Repository: mathesar-foundation/mathesar

Issue:
Support Importing Semicolon Separated Values file 
## Problem
Currently Mathesar allows importing [DSV](https://en.wikipedia.org/wiki/Delimiter-separated_values) files with following delimiters:
`,`
 `\t`
 `:`
`|`
Apart from them, semicolons`;` are popular delimiters used in industries (as address and integer generally contain commas).
## Proposed solution
It might be helpful if mathesar allows the user to import data from **semicolon-separated values** files as well.



Discussion:
Hi, @dmos62, here is the **feature request** as discussed in the Mathesar Matrix channel. 
Can I work on this issue (if the labels assigned are appropriate)?
Sure. In your PR, and/or here, I'd advise you to link to the underlying library's docs so that a reviewer can make sure that there aren't disadvantanges to expanding the allowed delimiter set.
Hi @dmos62, from the **[docs](https://clevercsv.readthedocs.io/en/latest/source/clevercsv.html)**, I have noted the following definitions that might be relevant.

- **block_char (iterable)** – Characters that are in the Punctuation Other category but that
should not be considered as **escape character**. If None, the default set is used, equal to:
`"!", "?", '"', "'", ".", ",", ";", ":", "%", "*"`

- **quote_chars (iterable)** – Characters that should be considered **quote characters**. If it is
None, the following default set is used:
`"'", '"', "~", "`"`

- **delimiters (iterable)** – List of delimiters to consider. If None, the `get_delimiters()` function is used to automatically detect the delimiter

Also, there is no evidence that semicolon can't be used as a delimiter. Rather semicolon is included in the set of **block_chars**, that means it's a potential candidate for being a delimiter.

Also, 
- `clevercsv.escape.is_potential_escapechar(char, encoding, block_char=None)`
It's a function that check if a character is a potential escape character. **A character is considered a potential escape character if it is in the **“Punctuation, Other”** Unicode category and in the list of blocked characters.**

There is a possible typo in the definition, I have reported the issue [here](https://github.com/alan-turing-institute/CleverCSV/issues/91).

Resolving patch:
diff --git a/mathesar/imports/csv.py b/mathesar/imports/csv.py
--- a/mathesar/imports/csv.py
+++ b/mathesar/imports/csv.py
@@ -16,7 +16,7 @@
 
 from mathesar.state import reset_reflection
 
-ALLOWED_DELIMITERS = ",\t:|"
+ALLOWED_DELIMITERS = ",\t:|;"
 SAMPLE_SIZE = 20000
 CHECK_ROWS = 10
 


Test patch:
diff --git a/mathesar/tests/data/csv_parsing/patents_invalid.csv b/mathesar/tests/data/csv_parsing/patents_invalid.csv
--- a/mathesar/tests/data/csv_parsing/patents_invalid.csv
+++ b/mathesar/tests/data/csv_parsing/patents_invalid.csv
@@ -1,1395 +1,1395 @@
-"Center";"Status";"Case Number";"Patent Number";"Application SN";"Title";"Patent Expiration Date"
-"NASA Kennedy Space Center";"Application";"KSC-12871";0;"13/033,085";"Polyimide Wire Insulation Repair System";
-"NASA Ames Research Center";"Issued";"ARC-14048-1";5694939;"08/543,093";"Autogenic-Feedback Training Exercise Method & System";"10/03/2015"
-"NASA Ames Research Center";"Issued";"ARC-14231-1";6109270;"09/017,519";"Multimodality Instrument For Tissue Characterization";"02/04/2017"
-"NASA Ames Research Center";"Issued";"ARC-14231-2DIV";6976013;"10/874,003";"Metrics For Body Sensing System";"06/16/2024"
-"NASA Ames Research Center";"Issued";"ARC-14231-3";6718196;"09/652,299";"Multimodality Instrument For Tissue Characterization";"02/04/2017"
-"NASA Ames Research Center";"Issued";"ARC-14275-1";6445390;"09/226,673";"Automated Triangle Geometry Processing For Surface Modeling And Cartesian Grid Generation  (CART3D)";"12/24/2018"
-"NASA Ames Research Center";"Issued";"ARC-14281-1";6606612;"09/374,491";"Aerodynamic Design Using Neural Networks";"08/13/2019"
-"NASA Ames Research Center";"Issued";"ARC-14281-3";7191161;"10/637,087";"Method For Constructing Composite Response Surfaces By Combining Neural Networks With Polynomial Interpolation Or Estimation Techniques";"11/18/2020"
-"NASA Ames Research Center";"Issued";"ARC-14359-1";6314362;"09/498,123";"A Direct-To Controller Tool (A Component Of The CTAS Software Suite)";"02/02/2020"
-"NASA Ames Research Center";"Issued";"ARC-14494-1";6720984;"09/606,107";"Bio-Electric Keyboard/Mouse/Joystick Interface Software/Algorithm";"06/13/2020"
-"NASA Ames Research Center";"Issued";"ARC-14512-1";6823333;"09/800,309";"Keyword-in-context Search Method And Software For Information Retrieval From Collections Of Text Documents (Quorum/Perilog)";"03/02/2021"
-"NASA Ames Research Center";"Issued";"ARC-14513-1";6741981;"09/800,311";"Model-based Phrase Search Method And Software For Information Retrieval From Collections Of Text Documents (Quorum/Perilog)";"09/14/2021"
-"NASA Ames Research Center";"Issued";"ARC-14514-1";6697793;"09/800,313";"Method And Software For Using Implicit Phrase Models To Generate Prominent Phrases Contained In Collections Of Text Documents (Quorum/Perilog)";"03/02/2021"
-"NASA Ames Research Center";"Issued";"ARC-14515-1";6721728;"09/800,310";"Method And Software For Extracting And Distilling Topically And Situationally Relevant Phrases From Collections Of Text Documents (Quorum/Perilog)";"07/26/2021"
-"NASA Ames Research Center";"Issued";"ARC-14556-1";7346172;"09/822470";"Spatially-modulated Auditory Alert Having Enhanced Detection";"08/24/2022"
-"NASA Ames Research Center";"Issued";"ARC-14569-1";7783130;"11/045,041";"Spatial Standard Observer";"03/26/2028"
-"NASA Ames Research Center";"Issued";"ARC-14569-2";8139892;"12/807,375";"Spatial Standard Observer";"01/24/2025"
-"NASA Ames Research Center";"Issued";"ARC-14586-1DIV";7293001;"11/274,744";"A Hybrid Neural Network And Support Vector Machine Method For Optimization";"01/07/2022"
-"NASA Ames Research Center";"Issued";"ARC-14613-1";6858197;"10/099,247";"A Novel Technique That Allows For The Deposition And Patterning Of A Catalyst Onto A Surface For The Growth Of Single-Walled Carbon Nanotubes";"11/30/2019"
-"NASA Ames Research Center";"Issued";"ARC-14652-1";7375826;"10/956,517";"3D Laser Scanner";"03/25/2026"
-"NASA Ames Research Center";"Issued";"ARC-14653-1";7702427;"10/914,783";"Future ATM (Air Traffic Management) Concepts Evaluation Tool (FACET)";"07/30/2024"
-"NASA Ames Research Center";"Issued";"ARC-14653-2";8290696;"12/694,966";"Future ATM (Air Traffic Management) Concepts Evaluation Tool (FACET)";"07/30/2024"
-"NASA Ames Research Center";"Issued";"ARC-14661-1";7276266;"10/320,698";"A Plasma Apparatus And Process For Functionalization Of Carbon Nanotubes";"12/13/2022"
-"NASA Ames Research Center";"Issued";"ARC-14661-2";7473436;"10/828,524";"Improved Functionalization Of Carbon Nanotubes";"12/13/2022"
-"NASA Ames Research Center";"Issued";"ARC-14661-3";7767270;"11/387,503";"Selective Functionalization Of Carbon Nanotubes Based Upon Distance Traveled";"11/05/2025"
-"NASA Ames Research Center";"Issued";"ARC-14662-1";6968338;"10/232,975";"Advanced XML Database Integration Technique For Managing Unstructured Documents (NETMARK) (Part of NTTS Suite)";"07/18/2023"
-"NASA Ames Research Center";"Issued";"ARC-14682-2";7333735;"10/885,533";"Communication Using VCSEL Laser Array";"11/03/2023"
-"NASA Ames Research Center";"Issued";"ARC-14710-1";7231329;"10/706,478";"Elimination Of Parameter Input Requirement For Elliptic Grid Generation Methods In Engineering";"03/11/2025"
-"NASA Ames Research Center";"Issued";"ARC-14733-1";6972056;"10/135,013";"An Environmentally Compatible Method To Purify Carbon Nanotubes";"01/03/2023"
-"NASA Ames Research Center";"Issued";"ARC-14743-1";7767305;"10/758611";"High-Efficiency Tantalum-Based Ceramics (HETC)";"01/14/2024"
-"NASA Armstrong Flight Research Center";"Issued";"DRC-008-014";8047472;"12/45,970";"IMPROVED RAM BOOSTER";"03/11/2028"
-"NASA Ames Research Center";"Issued";"ARC-14744-1US";7816491;"10/494,853";"Ordered Biological Nanostructures Formed From Chaperonin Polypeptides";"05/06/2024"
-"NASA Ames Research Center";"Issued";"ARC-14744-2";7795388;"11/194,991";"A Versatile Platform For Nanotechnology Based On Circular Permutations Of Chaperonin Protein";"05/06/2024"
-"NASA Ames Research Center";"Issued";"ARC-14940-1";7135172;"10/238,515";"Bucky Paper As An Artificial Support Membrane In Retinal Cell Transplantation";"06/12/2024"
-"NASA Ames Research Center";"Issued";"ARC-14941-1";6755530;"10/198,672";"Carbon Nanotubes As A Prototype Interface For Retinal Cell Recording And Stimulation (Vision Chip)";"10/18/2022"
-"NASA Ames Research Center";"Issued";"ARC-14950-1";7596416;"10/928,874";"Program Management Tool (PMT)  Also Known As Business Intelligence (BI)";"07/22/2027"
-"NASA Ames Research Center";"Issued";"ARC-14950-2";8224472;"12/211,439";"Enhanced Project Management Tool";"10/20/2026"
-"NASA Ames Research Center";"Issued";"ARC-14970-1";7129857;"10/789,049";"Intelligent Weather Agent";"07/20/2024"
-"NASA Ames Research Center";"Issued";"ARC-15040-1";8200486;"10/457,696";"Sub Auditory Speech Recognition Based On Electromyographic Signals";"09/14/2025"
-"NASA Ames Research Center";"Issued";"ARC-15041-2";7206674;"10/923,156";"Information Display System For Atypical Flight Phase";"05/21/2024"
-"NASA Ames Research Center";"Issued";"ARC-15042-2";7217650;"10/816,576";"Metallic Nanowire Interconnections For Integrated Circuit Fabrication";"03/11/2023"
-"NASA Ames Research Center";"Issued";"ARC-15058-1";7383238;"10/789,029";"Inductive Monitoring System - System Health Monitoring Software That Learns System Behavior From Data (IMS)";"03/12/2025"
-"NASA Ames Research Center";"Issued";"ARC-15073-1";7590606;"10/703,039";"InvestigationOrganizer: Information Storage, Modeling And Visualization Support For Accident/Mishap Investigations  (Part Of A Suite Of Software That Includes ARC-15069, ARC-15070 And ARC-15073) ";"04/30/2026"
-"NASA Ames Research Center";"Issued";"ARC-15088-1";7070923;"10/608,884";"Carbon Nanotube Bucky Paper Cages For Immune Shielding Of Cells And Tissue For Transplantation";"09/20/2023"
-"NASA Ames Research Center";"Issued";"ARC-15101-1";7113265;"10/808,704";"Sample Handling Device For X-ray Diffraction Instruments";"03/17/2024"
-"NASA Ames Research Center";"Issued";"ARC-15157-1";7286573;"10/923,160";"A Method Of Converting Quantum Wells From Type-II To Type-I And Of Enhancing Interband Optical Gain ";"03/11/2025"
-"NASA Ames Research Center";"Issued";"ARC-15171-1";7650232;"11/239,456";"Trajectory Specification For High-Capacity Air Traffic Control";"05/25/2027"
-"NASA Ames Research Center";"Issued";"ARC-15173-1";7273095;"10/825,795";"Embedded Carbon Nanotube Array As High Performance Thermal Conductors";"03/11/2023"
-"NASA Ames Research Center";"Issued";"ARC-15173-2";7784531;"11/900,131";"Nanoengineered Thermal Materials Based On Carbon Nanotube Array Composites";"02/16/2024"
-"NASA Ames Research Center";"Issued";"ARC-15201-1";7381459;"10/779,504";"Toughened Uni-piece Fibrous Reduced Oxidation Ceramic (TUFROC) Light-Weight Thermal Protection System For Use On Space Vehicles During Atmospheric Entry At Hypersonic Speed";"02/12/2024"
-"NASA Ames Research Center";"Issued";"ARC-15201-2";7314648;"10/911,747";"Toughened Uni-piece Fibrous Reinforced Oxidation-Resistant Composite (TUFROC)";"02/12/2024"
-"NASA Ames Research Center";"Issued";"ARC-15204-1";7949472;"10/885,537";"Nanopore Pipetts For Structural Characterization Of Single Polymeric Biomelecules";"01/14/2026"
-"NASA Ames Research Center";"Issued";"ARC-15204-1DIV";8494782;"13/092,048";"Nanopore Pipetts For Structural Characterization Of Single Polymeric Biomelecules";"06/24/2024"
-"NASA Ames Research Center";"Issued";"ARC-15205-1";7939734;"10/873,996";"The Electrochemical Biosensors Using Carbon Nanotube Nanoelectrode Arrays";"06/14/2024"
-"NASA Ames Research Center";"Issued";"ARC-15312-1";7672969;"11/513,429";"Context Based Configuration Management Concept";"08/25/2026"
-"NASA Ames Research Center";"Issued";"ARC-15314-1";7718223;"11/007,913";"Provision Of Carbon Nanotube Arrays Of Variable Density For IC Hot Spot Control";"02/12/2027"
-"NASA Ames Research Center";"Issued";"ARC-15314-2";7704547;"11/472,516";"Carbon Nanotube Growth Density Control";"12/07/2024"
-"NASA Ames Research Center";"Issued";"ARC-15315-1";7378963;"11/239,449";"Reconfigurable Auditory-visual Display For Multi-channel Control Center And Rescue Communications";"01/06/2026"
-"NASA Ames Research Center";"Issued";"ARC-15356-2";7161501;"11/66,650";"Display Of Aircraft Energy State For Flight Operations Quality Assurance (FOQA) Programs";"09/22/2024"
-"NASA Ames Research Center";"Issued";"ARC-15356-3";7212135;"11/066649";"Real-Time Analysis And Display Of Aircraft Approach Maneuvers ";"09/22/2024"
-"NASA Ames Research Center";"Issued";"ARC-15370-1";7698274;"10/956,524";"Selective Access And Editing In A Database (Part of NTTS Suite)";"03/18/2027"
-"NASA Ames Research Center";"Issued";"ARC-15392-1";7313475;"11/053,713";"Delay Banking: Collaborative Decision Making For Airspace-user Priority In Tactical Flow Restrictions";"04/04/2025"
-"NASA Ames Research Center";"Issued";"ARC-15404-1";7288490;"11/009,854";"Use Of A Single Electrode To Orient Carbon Nanotube Growth";"12/07/2024"
-"NASA Ames Research Center";"Issued";"ARC-15437-1";7438422;"11/340,816";"Low Cost Portable Planetarium Imaging System";"05/14/2027"
-"NASA Ames Research Center";"Issued";"ARC-15443-1";7531775;"11/251,006";"A Tracking Sunphotometer Without Moving Parts ";"01/31/2026"
-"NASA Ames Research Center";"Issued";"ARC-15460-1";7426848;"11/203,576";"Discharge Based Gas Sensor Array Using Self-Oriented Regular Vertical Array Of Carbon Nanotubes";"08/05/2025"
-"NASA Ames Research Center";"Issued";"ARC-15462-1";7574338;"11/340002";"Finite-Difference  Simulation And Visualization Of Elastodynamics In Time-Evolving Generalized Curvilinear Coordinates ";"07/29/2026"
-"NASA Ames Research Center";"Issued";"ARC-15487-1";7796026;"11/111,620";"Electronic Firefighter Escape Trail";"06/04/2028"
-"NASA Ames Research Center";"Issued";"ARC-15506-1";7529633;"11/203,589";"Applications Of Carbon Nanotube Hold-Off Voltages";"10/22/2026"
-"NASA Ames Research Center";"Issued";"ARC-15519-1";7574357;"11/169,265";"Security Applications For Subvocal Speech";"11/09/2026"
-"NASA Ames Research Center";"Issued";"ARC-15566-1";7801687;"11/178,079";"Gas Sensors Based on Coated and Doped Carbon Nanotubes";"05/26/2029"
-"NASA Ames Research Center";"Issued";"ARC-15566-2";8000903;"11/416,505";"Coated Or Doped Carbon Nanotube Network Sensors As Affected By Environmental Parameters And Elapsed Time";"09/15/2029"
-"NASA Ames Research Center";"Issued";"ARC-15566-3";7875455;"11/489,803";"Nanotechnology Sensors For Determination Of Chemical Substances In An Oil Reservoir";"12/17/2028"
-"NASA Ames Research Center";"Issued";"ARC-15566-5";7623972;"11/591,630";"Detection Of Presence Of Chemical Precursors";"07/08/2025"
-"NASA Ames Research Center";"Issued";"ARC-15575-1";7473930;"11/173,053";"Use Of Carbon Nanotube Arrays For Display Purposes";"10/24/2026"
-"NASA Ames Research Center";"Issued";"ARC-15578-2";7873181;"11/525,600";"Visual Signal Sensor Organ Replacement: Implementation";"05/19/2028"
-"NASA Ames Research Center";"Issued";"ARC-15606-1";7431242;"11/265,324";"Aero Assist Capsule Vehicle Geometry For Atmospheric Entry";"04/01/2026"
-"NASA Ames Research Center";"Issued";"ARC-15684-1";7516890;"11/444,807";"InterIssued Inventory Monitoring";"05/25/2026"
-"NASA Ames Research Center";"Issued";"ARC-15714-1";7869029;"11/398,733";"Light Collimator And Monitor";"11/11/2029"
-"NASA Ames Research Center";"Issued";"ARC-15782-1";7549338;"11/973998";"Nanotechnology Sensor Of Presence And Concentration Of A Target Molecule";"09/28/2027"
-"NASA Ames Research Center";"Issued";"ARC-15796-1";8675922;"13/444,777";"Motion Blur Evaluation Techniques";"08/31/1932"
-"NASA Ames Research Center";"Issued";"ARC-15870-1";7655497;"11/513,431";"Growth Method For Phase Change Nanostructures";"08/16/2027"
-"NASA Ames Research Center";"Issued";"ARC-15890-1";7655145;"11/543,275";"Water Treatment Systems For Long Space Flight Use";"11/05/2027"
-"NASA Ames Research Center";"Issued";"ARC-15900-1";7490367;"11/526,175";"Wet Waste Drying Bag";"09/20/2026"
-"NASA Ames Research Center";"Issued";"ARC-15903-1DIV";8409491;"13/215,206";"In-situ Formation Of Reinforcement Phases In Ceramic Composites And Ultra High Temperature Ceramic Composites For Advanced TPS Applications";"09/28/2027"
-"NASA Ames Research Center";"Issued";"ARC-15967-1";7635420;"11/645,267";"Dielectrophoresis-Based Particle Sensor Using Nanoelectrode Arrays";"06/06/2028"
-"NASA Ames Research Center";"Application";"ARC-15977-1";0;"12/100,378";"Artificial Immune System Based Approach For Air Combat Maneuvering";
-"NASA Ames Research Center";"Application";"ARC-15981-4";;"13/463,780";"Chaperonin-based Templates for Pseudo-cellulosomes with Multiple Enzymes Present";"07/19/2027"
-"NASA Ames Research Center";"Issued";"ARC-15983-1";7923709;"12/273,502";"Radiation Shielding System Using A Composite Of Hydrogen-Rich Polymers Loaded With Carbon Nanotubes";"09/30/2029"
-"NASA Ames Research Center";"Application";"ARC-16478-1";;"14/191,246";"Real Time PIREPs Using Audio Twitter";"02/26/1934"
-"NASA Ames Research Center";"Issued";"ARC-15995-1";8290246;"11/958,296";"A Method To Measure The Recession Of Ablative Materials In Arc-jet Testing Using Digital Stereo-photogrammetry And Image Cross-correlation";"07/01/1931"
-"NASA Ames Research Center";"Issued";"ARC-16013-1";7968054;"11/715,785";"Wireless Chemical Sensor Data Transmission System Based On Nanotechnology";"10/03/2029"
-"NASA Ames Research Center";"Issued";"ARC-16018-1";7662459;"12/175,379";"Atmospheric Entry Heat Shield Employing Cured Thermal Protection Material Blocks Bonded In A Large-Cell Honeycomb Matrix";"07/17/2028"
-"NASA Ames Research Center";"Application";"ARC-16132-1";0;"14/091,250";"Surface Densification Of Phenolic Impregnated Carbon Ablator (PICA)";"11/26/1933"
-"NASA Ames Research Center";"Issued";"ARC-16133-1";8069001;"12/319,918";"Hollow AErothermal Ablation And Temperature (HEAT) Isotherm Sensor For Tracking Isotherm Through The TPS Material";"10/09/2029"
-"NASA Ames Research Center";"Application";"ARC-16211-1";0;"13/896,284";"Low Cost Optical Fiber Solar Cell Configurations";"05/16/1933"
-"NASA Ames Research Center";"Issued";"ARC-16235-1";8285659;"12/543,411";"Modeling-Error-Driven Performance-Seeking Direct Adaptive Control";"11/18/1930"
-"NASA Ames Research Center";"Application";"ARC-16273-1";0;"12/454,024";"Decomposition Technique for Remaining Useful Life Prediction";"11/18/1930"
-"NASA Ames Research Center";"Issued";"ARC-16280-1";8409845;"12/316,557";"Offshore membrane enclosures for dewatering Algae (OMEDA)";"10/15/1931"
-"NASA Ames Research Center";"Issued";"ARC-16298-1";8333810;"12/398,854";"Nanotechnology-Based Supercapacitor";"06/29/1930"
-"NASA Ames Research Center";"Issued";"ARC-16320-1";8332342;"12/622,407";"Battery Prognostics using Particle Filtering Techniques";"02/05/1931"
-"NASA Ames Research Center";"Issued";"ARC-16331-1";8408707;"12/428,441";"System to estimate visual acuity from wavefront aberrations";"05/29/2029"
-"NASA Ames Research Center";"Issued";"ARC-16334-1";8244477;"12/478,667";"Estimation of Growth Stage and Growth Rate for Algae";"06/04/2029"
-"NASA Ames Research Center";"Application";"ARC-16337-1";0;"13/793,998";"Method and Device for Biometric Subject Verification and Identification Based Upon electrocardiographic signals";"03/11/1933"
-"NASA Ames Research Center";"Application";"ARC-16340-1";0;"13/645,284";"Method for formation and manufacture of carbon nanotube mesh bucky paper capsules for transplantation of cells and tissue and implantation of medical devices";"10/04/1932"
-"NASA Ames Research Center";"Issued";"ARC-16342-1";8412469;"12/698,996";"Advanced Sensor Technology for Algal Biotechnology (ASTAB) ";"12/16/1930"
-"NASA Ames Research Center";"Application";"ARC-16348-1";;"13/109,954";"Co-Optimized Blunt-Body ReEntry Vehicle Aerothermodynamic Parametric Shape and Multi-Discipline Optimization Design Process";
-"NASA Ames Research Center";"Issued";"ARC-16351-1";8498756;"13/213,022";"Hovercraft Landing System";"12/07/1931"
-"NASA Ames Research Center";"Issued";"ARC-16370-1";8375675;"12/574,493";"Self Aligning Lug for adapting carbon fiber rods to a bolted metallic connection";"05/07/1931"
-"NASA Ames Research Center";"Application";"ARC-16372-1";0;"13/794,061";"Inexpensive Cooling Systems for Devices";"03/11/1933"
-"NASA Ames Research Center";"Issued";"ARC-16373-1";8489181;"12/319,220";"Heart Electrical Actions as Biometric Indicia";"04/29/1932"
-"NASA Ames Research Center";"Application";"ARC-16405-1";0;"14/091,236";"Nanowire based piezoelectric power generation";"11/26/1933"
-"NASA Ames Research Center";"Issued";"ARC-16407-1";8337208;"12/622,374";"Content Analysis to Detect High Stress in Oral Interviews and Text Documents";"05/26/1931"
-"NASA Ames Research Center";"Application";"ARC-16419-1";0;"13/317,034";"Strobing to Mitigate Vibration for Display Legibility";"10/05/1932"
-"NASA Ames Research Center";"Application";"ARC-16450-1CIP";0;"13/720,898";"Distributed Prognostics and Health Management with a  Wireless Network Architecture ";"05/05/2029"
-"NASA Ames Research Center";"Application";"ARC-16456-1";;"13/480,917";"FABRICATION OF NANOPIPETTE ARRAY FOR BIOSENSING";
-"NASA Ames Research Center";"Application";"ARC-16461-1";;"13/956,218";"Solar Powered CO2 Conversions with Thin Film Devices";"07/31/1933"
-"NASA Ames Research Center";"Application";"ARC-16466-1";;"14/010,322";"Combined HETC/ROCCI TPS Material for Temperatures Up To T=3200 F ";"08/26/1933"
-"NASA Ames Research Center";"Application";"ARC-16467-1";;"13/615,202";"ODVEC: Outlier Detection Via Estimating Clusters";
-"NASA Ames Research Center";"Application";"ARC-16607-1";;"13/658,749";"An Approach to Make Flexible Ablators that are Flexible Char Formers";"10/23/1932"
-"NASA Ames Research Center";"Application";"ARC-16621-1";;"13/472,283";"Transformable Hypersonic Aerodynamic Decelerator";"12/04/1932"
-"NASA Ames Research Center";"Application";"ARC-16644-1";;"13/648,197";"Variable Camber Continuous Aerodynamic Control Surfaces and Methods for Active Wing Shaping Control ";"10/09/1932"
-"NASA Ames Research Center";"Application";"ARC-16646-1";;"13/485,721";"A method to produce copper nanowires for interconnect applications";
-"NASA Ames Research Center";"Application";"ARC-16661-1";;"13/444,789";"Video acuity measurement system";
-"NASA Ames Research Center";"Application";"ARC-16697-1";;"13/956,929";"NTTS Search and Reporting (Part of NTTS Suite)";"08/01/1933"
-"NASA Ames Research Center";"Application";"ARC-16707-1";;"13/438,793";"Ectomycorrhizal mediated remediaiton of phenolic-based contamination through use of specifically adapted ectomycorrhizal fungi and enzyme enhancement through partial defoliation of the host.";
-"NASA Ames Research Center";"Application";"ARC-16707-1CIP";;"13/854,620";"Ectomycorrhizal mediated remediaiton of phenolic-based contamination through use of specifically adapted ectomycorrhizal fungi and enzyme enhancement through partial defoliation of the host.";"04/03/1932"
-"NASA Ames Research Center";"Application";"ARC-16732-1";;"13/573,924";"NanoSat Launch Adapter System (NLAS)";"03/14/1933"
-"NASA Ames Research Center";"Application";"ARC-16733-1";;"13/535,884";"Habitat Water Wall for Water, Solids, and Atmosphere Recycle and Reuse ";
-"NASA Ames Research Center";"Application";"ARC-16752-1";;"14/179,401";"Fuel-Efficient, Airport-Friendly, Multi-Speed Transport Aircraft Configuration with Novel Structural Approach";"02/12/1934"
-"NASA Ames Research Center";"Application";"ARC-16811-1";;"13/544,752";"Compliant electrode and composite materials for piezoelectric wind and mechanical energy conversions";
-"NASA Ames Research Center";"Application";"ARC-16812-1";;"13/783,112";"Graphene composite materials for supercapacitor electrodes   ";"03/01/1933"
-"NASA Ames Research Center";"Application";"ARC-16833-1";;"13/747,875";"Flight Deck Predictive Weather Display and Decision Support Interface ";"01/23/1933"
-"NASA Ames Research Center";"Application";"ARC-16844-1";;"13/662,346";"Adaptive control and disturbance rejection of non-minimum phase plants using residual mode filters";"10/26/1932"
-"NASA Ames Research Center";"Application";"ARC-16846-1";;"13/707,546";"Dynamic Weather Routes Tool";"12/06/1932"
-"NASA Ames Research Center";"Application";"ARC-16892-1A";;"13/929,646";"The Surface-Adhering Bioreactor (SABR): A novel microbial cell cultivation platform";"06/27/1933"
-"NASA Ames Research Center";"Application";"ARC-16902-1";;"13/725,475";"Nanosensors for medical diagnosis";"12/21/1932"
-"NASA Ames Research Center";"Application";"ARC-16916-1";;"13/956,736";"A Method for Improving Control Systems with Normalized Adaptation by Optimal Control Modification";"08/01/1933"
-"NASA Ames Research Center";"Application";"ARC-16924-1";;"14/010,355";"Aluminoborosilicate Supplement for Thermal Protection of a Re-entrant Vehicle";"08/26/1933"
-"NASA Ames Research Center";"Application";"ARC-16942-2";;"13/659,739";"A new family of low density flexible ablators";"10/24/1932"
-"NASA Armstrong Flight Research Center";"Issued";"DRC-001-049";7180943;"10/113,637";"Adaptive Lossless Data Compression";"03/26/2022"
-"NASA Armstrong Flight Research Center";"Issued";"DRC-005-031";7407131;"11/288,052";"Sound Shield";"10/31/2025"
-"NASA Armstrong Flight Research Center";"Issued";"DRC-006-001";7431243;"11/227,325";"Algorithms For Autonomous Soaring";"02/27/2026"
-"NASA Armstrong Flight Research Center";"Application";"DRC-006-002";0;"11/422,554";"Air Breathing,Reusable, Vertical Launch, Vertical Landing, First Stage Launch System with Off-the-Shelf Second Stage - Ram Booster";
-"NASA Armstrong Flight Research Center";"Issued";"DRC-006-005";7711455;"11/463,485";"Propulsion Controlled Aircraft Computer (PCAC)";"08/09/2026"
-"NASA Armstrong Flight Research Center";"Issued";"DRC-006-024";7520176;"11/567,118";"Method for Real-Time Structure Shape Sensing";"12/05/2026"
-"NASA Armstrong Flight Research Center";"Application";"DRC-006-045";0;"11/682,969";"METHOD FOR REDUCING THE REFRESH RATE OF FIBER BRAGG GRATING SENSORS";
-"NASA Armstrong Flight Research Center";"Issued";"DRC-008-001";8145366;"12/138,747";"Real-time Interactive Sonic Boom Display";"04/28/2030"
-"NASA Armstrong Flight Research Center";"Issued";"DRC-008-023";7715994;"12/191,734";"IMPROVED PROCESS FOR USING SURFACE STRAIN MEASUREMENTS TO OBTAIN OPERATIONAL LOADS FOR COMPLEX STRUCTURES";"08/14/2028"
-"NASA Armstrong Flight Research Center";"Application";"DRC-009-008";0;"12/718034";"Continental Digital Elevation Map Compression and Decompression Software";
-"NASA Armstrong Flight Research Center";"Issued";"DRC-009-026";8447443;"13/367990";"A New Peak-Seeking Control Method";"02/07/2032"
-"NASA Armstrong Flight Research Center";"Application";"DRC-010-042";;"13/463246";"An apparatus and a method to eliminate polarization-induced fading from multiple fiber-optics strain sensors via signal-processing under polarization diversity detection scheme";
-"NASA Armstrong Flight Research Center";"Application";"DRC-011-002";;"13/759,847";"OPTICAL WAVEGUIDE BRAGG GRATING WAVELENGTH SHIFT BY LIGHT INTERACTION WITH ACTIVE MATERIAL";"02/05/2033"
-"NASA Armstrong Flight Research Center";"Application";"DRC-011-015";;"14/106947";"In-situ three-dimensional shape rendering from strain values obtained through optical fiber sensors";"05/31/2032"
-"NASA Armstrong Flight Research Center";"Application";"DRC-012-005";;"13/759210";"Method and apparatus of multiplexing and acquiring data from multiple optical fibers using a single data channel of an optical frequency-domain reflectrometry (OFDR) system (Revised)";"02/05/2033"
-"NASA Armstrong Flight Research Center";"Application";"DRC-012-006";;"13/733364";"A Novel Approach to Liquid Level Sensing Using Fiber Bragg Grating Technology";"01/03/2033"
-"NASA Armstrong Flight Research Center";"Application";"DRC-012-011";;"13/573920";"Air Launch From A Towed Aircraft";"07/05/2032"
-"NASA Armstrong Flight Research Center";"Issued";"DRC-096-055";6126111;"09/112,067";"Emergency Flight Control System Using One Engine And Fuel Transfer";"07/08/2018"
-"NASA Armstrong Flight Research Center";"Issued";"DRC-097-021";6102330;"08/905,777";"Emergency Aircraft Lateral Controller Using Existing (non-modified) Digital Engine Computers During A System Failure For The Purpose Of Safe Landing";"07/29/2017"
-"NASA Armstrong Flight Research Center";"Issued";"DRC-098-001";6216063;"09/74,024";"A Flutterometer Flight Test Tool";"05/06/2018"
-"NASA Goddard Space Flight Center";"Application";"GSC-13378-1";0;"07/710,633";"SPLINE-LOCKING PAYLOAD FASTENER";
-"NASA Goddard Space Flight Center";"Issued";"GSC-13802-1";6584874;"08/673,859";"USING A 3-D SPRAG IN RACHETING TOOLS BASED ON PAT. NO. 5,482-144";"07/02/2016"
-"NASA Goddard Space Flight Center";"Issued";"GSC-13817-1";5983162;"08/872,586";"Empirical Mode Decomposition Method And Hilbert Spectral Analysis Algorithms";"06/10/2017"
-"NASA Goddard Space Flight Center";"Issued";"GSC-13817-2";6631325;"09/82,523";"COMPUTER IMPLEMENTED EMPIRICAL MODE DECOMPOSITION METHOD APPARATUS AND ARTICLE OF MANUFACTURE UTILIZING CURVATURE EXTREMA";"06/10/2017"
-"NASA Goddard Space Flight Center";"Issued";"GSC-13817-3";6381559;"09/282,424";"Empirical Mode Decomposition Apparatus, Method, And Article Of Manufacture For Analyzing Biological Signals And Performing Curve Fitting";"03/31/2019"
-"NASA Goddard Space Flight Center";"Issued";"GSC-13817-4";6862558;"10/73,957";"Empirical Mode Decomposition For Analyzing Acoustical Signals";"02/13/2022"
-"NASA Goddard Space Flight Center";"Issued";"GSC-13817-5";6738734;"10/11,206";"Empirical Mode Decomposition Apparatus, Method And Article Of Manufacture For Analyzing Biological Signals And Performing Curve Fitting";"06/10/2017"
-"NASA Goddard Space Flight Center";"Issued";"GSC-13905-1";6640949;"10/95,343";"1-Way Bearing";"03/01/2022"
-"NASA Goddard Space Flight Center";"Issued";"GSC-13909-1";6311130;"09/150,671";"Computer Implemented Empirical Mode Decomposition Method, Apparatus, And Article Of Manufacture For Two-Dimensional Signals";"09/10/2018"
-"NASA Goddard Space Flight Center";"Issued";"GSC-13985-1";6566854;"09/646,161";"Active Antenna Combined With Non-Ferrous Current Probe.";"09/12/2020"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14064-1";6648522;"09/804,646";"Universal Fiber Optic Connector Polishing Fixture With Precision Alignment Capability";"03/13/2021"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14207-1";6626792;"09/799,872";"Gear Bearings";"03/03/2021"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14209-1";6293803;"09/501,412";"Stress Relieved Zee Electrical Interconnect";"02/09/2020"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14213-1";6760487;"09/550,254";"Estimated Spectrum Adaptive Postfilter (ESAP) And The Iterative Prepost Filtering (IPF) Algorithms";"04/14/2020"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14236-1";6538796;"09/541,680";"MEMS Devices For Spacecraft Thermal Control Applications";"03/31/2020"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14302-1";6782124;"09/729,138";"Extension Of The Empirical Mode Decomposition Method To A Time Series Of 2-Dimensional Grid Maps";"11/29/2020"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14305-1";6895115;"09/839,147";"Method For Recursive Implementation Of Hierarchical Segmentation";"04/23/2021"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14389-1";7543274;"10/789,028";"Deriving Formal Specifications And Code From Scenarios";"02/25/2024"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14393-1";7145739;"10/385,166";"Light Weight Optical Mirrors Formed In Single Crystal Silicon";"03/06/2023"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14413-1";7255483;"10/93,621";"Thrust Rollers";"03/01/2022"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14435-1";6740224;"10/173,533";"Innovative Manufacturing Procedure For Low Cost And High Quality Carbon Nanotubes";"06/11/2022"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14480-2";7762155;"11/444,808";"Gear Bearings";"05/25/2026"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14561-1";7207245;"11/174,454";"Screw-Locking Wrench";"06/30/2025"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14562-1";7504921;"11/543,278";"Stepping Flextures";"09/29/2026"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14601-1";7008605;"10/292,952";"Method For Manufacturing High Quality Carbon Nanotubes";"11/08/2022"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14603-1";7544146;"11/122,201";"Anti-Backlash Gear-Bearings";"05/02/2025"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14608-1";6990436;"10/729,579";"Time Frequency Analysis Based On Extrema Sifting";"11/28/2023"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14616-1";7248342;"10/730,195";"Conceptual Design Of A 3D Imaging Lidar For High-Resolution Mapping Of The Surface Topography Of Moons Or Planets From Space";"12/05/2023"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14657-1";7512568;"11/109,400";"Evolvable Neural Software System";"04/08/2025"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14666-1";6775600;"10/267,092";"Systems And Methods For Determining Spacecraft Orientation";"10/07/2022"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14673-1";6901353;"10/615,365";"Normalized Amplitude Hilbert Transform (NAHT):  A New Algorithm For Computing Instantaneous Frequency";"07/08/2023"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14683-1";8480826;"11/736,874";"Specular Coatings For Composite Structures";"04/18/2027"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14762-1";7769488;"11/108,627";"SMART Solar Sail";"04/08/2025"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14777-1";7341932;"11/251,531";"Large Area Vacuum Ultra-Violet Sensors";"09/30/2025"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14793-1";7548199;"11/239,458";"Pivot 2.0:  Radiation Hardened, Fast Acquisition/Weak Signal Tracking GPS Receiver";"09/20/2025"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14807-1";7464006;"10/963,470";"Application Of HHT To Financial Data Analysis For Define Volatility And Trend";"10/07/2024"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14833-1";7346461;"11/251,004";"Stability Spectrum Through Hilbert-Huang Transform";"09/30/2025"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14845-1";7290737;"11/251,537";"Demiseable Reaction Wheel Assembly";"09/29/2025"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14871-1";7935297;"11/370,396";"Template For Deposition Of Micron And Sub-micron Pointed Structures";"03/06/2026"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14873-1";8357211;"12/872,445 ";"ADR Salt Pill Design And Crystal Growth Process For Hydrated Magnetic Salts";"08/31/2030"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14879-1";7635832;"11/469,105";"Iterative-Transform Phase-Retrieval Utilizing Adaptive Diversity";"08/31/2026"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14941-1";7739671;"11/203,590";"A  Method And System For Direct Implementation Of Formal Specifications Derived Mechanically From Informal Requirements";"08/12/2025"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14942-1";7752608;"11/203,586";"A Method And System For Formal Analysis, Simulation, And Verification Of Knowledge-Based Systems, Rule-Based Systems, And Expert Systems";"08/12/2025"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14952-1";7513546;"11/689,161";"Conformal Gripper";"03/21/2027"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14960-1";7992760;"11/357,458";"Hardware And Technique For Dead End Welding Of All Types Of Tubing";"02/08/2026"
-"NASA Goddard Space Flight Center";"Application";"GSC-16700-1";;"14/041407";"SpaceCube v2.0 Flight Processor Card";"09/30/2033"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14968-1";7627538;"11/251,538";"Apoptosis And Self-destruct: Mechanisms For Management Of Autonomic Systems";"09/29/2025"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14968-2";7925600;"12/603,140";"SWARM AUTONOMIC AGENTS WITH SELF-DESTRUCT CAPABILITY";"10/21/2029"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14979-1";7601091;"11/426,134";"Modular Gear Bearing";"06/23/2026"
-"NASA Goddard Space Flight Center";"Issued";"GSC-14994-1";7697759;"11/251,530";"A Split-Remerge Method For Eliminating Processing Window Artifacts In Recursive Hierarchical Segmentation";"09/30/2025"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15001-1";7924415;"12/389,097";"Light Direction Sensor";"02/19/2029"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15002-1";7240879;"11/124,592";"Space Robotic System For In Space Servicing Of Unmanned Spacecraft Applications";"05/06/2025"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15002-2";7513459;"11/670,653";"Method And Associated Apparatus For Capturing, Servicing, And De-Orbiting Earth Satellites Using Robotics";"05/06/2025"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15002-3";7293743;"11/670,270";"Method And Associated Apparatus For Capturing, Servicing, And De-Orbiting Earth Satellites Using Robotics";"11/13/2025"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15002-4";7438264;"11/670,781";"Method And Associated Apparatus For Capturing, Servicing And De-Orbiting Earth Satellites Using Robotics";"05/06/2025"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15002-5";7513460;"11/671,062";"Method And Associated Apparatus For Capturing, Servicing, And De-Orbiting Earth Satellites Using Robotics";"05/06/2025"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15027-1";7412175;"11/425,352";"Millimeter Wave Polarization Transformer";"06/20/2026"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15027-2";7609978;"12/056,964";"INTERFEROMETRIC POLARIZATION CONTROL";"03/27/2028"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15027-3";7616903;"12/057,060";"INTERFEROMETRIC POLARIZATION CONTROL";"03/27/2028"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15030-1";7907333;"11/460,482";"A Pulsed, 1 Micron, Single Frequency, Diode-Seeded Ytterbium-doped Fiber Amplifier With Variable Output Parameters, P";"07/27/2026"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15038-1";7765171;"11/426,853";"SPAACE: Self Properties For An Autonomous & Autonomic Computing Environment";"06/27/2026"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15039-1";7762523;"11/861,038";"Miniaturized Double Latching Solenoid Valve";"09/25/2027"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15042-1";7622907;"11/535,872";"Driven Ground";"09/27/2026"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15055-1";7746190;"11/748,969";"Broadband High Spurious-suppression Microwave Waveguide Filter For Polarization-preserving And Transformer";"05/15/2027"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15077-1";8068556;"12/147,100";"Low Cost TDRSS Tranceiver (LCT2)";"06/26/2028"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15079-1";7886273;"11/532,800";"Generation And Verification Of Policies For Autonomic Systems";"09/18/2026"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15080-1";7979848;"11/533,837";"A Method Of Deriving Process Based Specifications From Scenarios Via Pattern Matching";"09/21/2026"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15115-1";7465926;"11/537,280";"Miniaturized Radiation Spectrometer Development";"09/29/2026"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15136-1";8093094;"12/137,844";"Blocking Contacts For N-Type Cadmium Zinc Cadmium Zinc Telluride (CdZnTe)";"06/12/2028"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15148-1";7668796;"11/536,132";"Enhancing R2D2C Requirements Based Programming With Automata Learning";"09/28/2026"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15162-1";7796726;"11/706,693";"Instrument And Method For X-Ray Diffraction, Fluorescence, And Crystal Texture Analysis Without Sample Preparation";"02/14/2027"
-"NASA Goddard Space Flight Center";"Application";"GSC-15163-2";0;"13/092198";"AIGaN Ultraviolet Detectors For Dual Band UV Detection";
-"NASA Goddard Space Flight Center";"Issued";"GSC-15176-1";7899760;"11/533,855";"Autonomic Quiescence";"09/21/2026"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15177-1";8082538;"11/536378";"A Method For Developing And Maintaining Evolving Systems With Software Product Lines";"09/28/2026"
-"NASA Goddard Space Flight Center";"Application";"GSC-15177-2";0;"13/305932";"A Method For Developing And Maintaining Evolving Systems With Software Product Lines";
-"NASA Goddard Space Flight Center";"Issued";"GSC-15178-1";7992134;"11/536,969";"Modeling, Specifying And Deploying Policies In Autonomous And Autonomic Systems Using An AOSE Methodology";"09/29/2026"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15179-1";7904396;"11/533,895";"An Autonomic Smoke Detector";"09/21/2026"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15184-1";7978312;"11/933,492";"An Active,  Solid-state, 3-Dimensional Range Imaging System";"11/01/2027"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15206-1";8041655;"11/836,352";"Otoacoustic Protection In Biologically-Inspired Systems";"08/09/2027"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15206-2";8140452;"13/230915";"Otoacoustic Protection In Biologically-Inspired Systems";"09/13/2031"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15206-3";8140453;"13/230922";"Otoacoustic Protection In Biologically-Inspired Systems";"09/13/2031"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15206-4";8275725;"13/230920";"Otoacoustic Protection In Biologically-Inspired Systems";"09/13/2031"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15206-5";8165976;"13/230922";"Otoacoustic Protection In Biologically-Inspired Systems";"09/13/2031"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15206-6";8165977;"13/230923";"Otoacoustic Protection In Biologically-Inspired Systems";"09/13/2031"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15217-1";8139674;"12/173,243";"Spaceflight Ka-Band High Rate Rad Hard Modulator";"07/15/2028"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15301-1";7673089;"11/935,572";"An Extendibe USB Drive That Accepts External Media";"11/06/2027"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15302-1";7673089;"11/935,572";"An Double-Headed USB Drive";"11/06/2027"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15328-1";8499779;"12/014,889";"Non-Pyrotechnic Zero-Leak Normally-Closed Valve";"01/16/2028"
-"NASA Goddard Space Flight Center";"Application";"GSC-15333-1";0;"11/860,830";"Improved, Flexure-Base Linear Bearing";
-"NASA Goddard Space Flight Center";"Issued";"GSC-15341-1";7922920;"11/862,550";"Low Conductance Silicon Micro-leak for Mass Spectrometer Inlet";"09/27/2027"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15341-3";8455926;"12/889,014 ";"Low Conductance Silicon Micro-leak for Mass Spectrometer Inlet";"09/23/2030"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15349-1";7830527;"12/102,240";"Method And Apparatus For Second Harmonic Generation And Other Frequency Convertion With Multiple Frequency Channels";"04/14/2028"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15353-1";7830224;"11/877,102";"Compact Low-loss Planar Magic-T With Broadband Phase And Amplitude Responses";"10/23/2027"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15357-1";8041661;"11/861,687";"Stability Algorithm For Neural Entities (SANE)";"09/26/2027"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15364-1";8155939;"12/170,683";"Hughes Particle â€“ Surface Interaction Model";"07/10/2028"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15377-1";7811406;"12/249,265";"Advanced Adhesive Bond Shape Tailoring for Large Composite Primary Structures Subjected to Cryogenic and Ambient Loading Environments";"10/10/2028"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15416-1";7999427;"12/188,039";"Directed Flux Motor Utilizing Concentric Magnets and Interwoven Flux Channels";"08/07/2028"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15417-1";7735385;"12/187,562";"Actuated Ball and Socket Joint";"08/07/2028"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15419-1";8030873;"12/187,926";"Improvements to the Walk and Roll Robot";"08/07/2028"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15421-1";7968812;"12/353,009";"Spring Joint Package with Overstrain Sensor ( OS Sensor Joint )";"01/13/2029"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15431-1";7921731;"12/327,514";"A two-axis direct fluid shear stress sensor suited for aerodynamic applications";"12/03/2028"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15445-1";7982861;"12/183,820";"Pseudo-Noise Code Modulation using Return to Zero pulses for Ranging, Altimetry and Communications";"07/31/2028"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15458-1";8094731;"12/357,081";"Space Link Extension Return Channel Frames (SLE-RCF) Service (User side) Software Library";"01/21/2029"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15483-1";7817087;"12/116,518";"Relative Spacecraft Navigation using Reflected GPS Signals";"05/07/2028"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15520-1";8547531;"12/873373";"Non-scanning laser 3D imager";"09/01/2030"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15527-1";8160728;"12/558,672";"Sensor Complete Requirements Algorithm For Autonomous Mobility";"09/14/2029"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15538-1";8198956;"12/535,954";"Compact planar microwave blocking filter";"08/05/2029"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15550-1";8275724;"12/569,422";"A biologically-inspired method of improving system performance and survivability through self-sacrifice";"09/29/2029"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15552-1";7924126;"12/555,634";"Small, High Field Superconducting Magnets";"09/08/2029"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15557-1";8095485;"12/353,637";"Formulation for Emotion Embedding in Logic Systems (FEELS)";"01/14/2029"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15583-1";7970025;"12/496,954";"Tunable Frequency-stabilized Laser via Offset Sideband Locking";"07/02/2029"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15584-1";8144331;"12/487,454";"Hilbert-Transform-Based Phase Referencing Algorithm for Wide-Field Imaging Interferometry.";"06/18/2029"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15655-1";8138961;"12/561,644";"Low Frequency Wideband Step Frequency Inverse Synthetic Aperture Radar For 3-D Imaging of Interior of Near Earth Objects/Planetary Bodies";"09/17/2029"
-"NASA Goddard Space Flight Center";"Application";"GSC-15660-1";0;"13/247416";"Extreme Environment Low Temperature Transistor Models";
-"NASA Goddard Space Flight Center";"Issued";"GSC-15662-1";8092031;"12/569,090";"Flight Mirror Mount and Flight Mounting Procedure for an Ultra-Lightweight High-Precision Glass Mirror";"09/29/2029"
-"NASA Goddard Space Flight Center";"Application";"GSC-15672-1";0;"13/211413";"Multicolor detectors for ultrasensitive long-wave imaging cameras";
-"NASA Goddard Space Flight Center";"Issued";"GSC-15678-1";8484274;"12/549,159";"Optimal Padding for the Two-Dimensional Fast Fourier Transform";"08/27/2029"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15684-1";8285401;"12/549,898";"Discrete Fourier Transform (DFT) Analysis in a Complex Vector Space";"08/28/2029"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15685-1";8331733;"12/550,141";"Sampling Theorem in Terms of the Bandwidth and Sampling Interval";"08/28/2029"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15692-1";8330644;"12/835,958 ";"Expandable Reconfigurable Instrument Node - Web Sensor Strand Demonstration";"07/19/2030"
-"NASA Goddard Space Flight Center";"Application";"GSC-15693-1";0;"12/570,224";"Variable Sampling Mapping:  A novel supplement to iterative-transform phase retrieval algorithms for undersampled images, broadband illumination, and noisy detection environments";
-"NASA Goddard Space Flight Center";"Issued";"GSC-15699-1";8480296;"12/560,535";"A Low Cost, Low Temperature Radiometer for Thermal Measurements.";"09/16/2029"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15724-1";8275015;"12/551,212";"Passively Q-switched side pumped Monolithic Ring Laser";"08/31/2029"
-"NASA Goddard Space Flight Center";"Application";"GSC-15727-1";0;"13/222575";"An All-metal, Solderless Circularly Polarized Microwave Antenna Element with Very Low Off-Axis Cross-Polarization";
-"NASA Goddard Space Flight Center";"Issued";"GSC-15729-1";8674302;"12/789,937";"Novel Superconducting Transition Edge Sensor Design";"05/28/2030"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15729-2";8393786;"12/789,954 ";"Novel Superconducting Transition Edge Sensor Design";"05/28/2030"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15730-1";8355579;"12/783054";"Automatic Extraction of Planetary Image Features";"05/19/2030"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15732-1";8093565;"12/695478";"Crossed Small Deflection Energy Analyzer (SDEA) for Wind/Temperature Spectrometer (WTS)";"01/28/2030"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15758-1";8044332;"12/553,613";"Hybrid Architecture Active Wavefront Sensing and Control";"09/03/2029"
-"NASA Goddard Space Flight Center";"Issued";"GSC-15771-1";8035081;"12/570,166";"High Precision Electric Gate (HPEG) for Time of Flight Mass Spectrometers";"09/30/2029"
-"NASA Goddard Space Flight Center";"Application";"GSC-15774-1";0;"13/154599";"Ensemble Detector";
-"NASA Goddard Space Flight Center";"Application";"GSC-15782-1";0;"13/216479";"Ultra-low Power (< 100mW), 64-Channel Pulse Data Collection System";
-"NASA Goddard Space Flight Center";"Issued";"GSC-15792-1";8406469;"12/838600";"Progressive Band Selection for Hyperspectral Images";"07/19/2030"
-"NASA Goddard Space Flight Center";"Application";"GSC-15815-1";0;"12/887988";"LIDAR Luminance Quantizer";
-"NASA Goddard Space Flight Center";"Issued";"GSC-15826-1";8134130;"12/839207";"The Corner Cathode: Making Collimated Electron Beams with a Small Number of Electrodes";"07/19/2030"
-"NASA Goddard Space Flight Center";"Application";"GSC-15829-1";0;"13/601293";"Resolution enhanced pseudo random code technique";"08/31/2032"
-"NASA Goddard Space Flight Center";"Application";"GSC-15839-1";0;"12/840787";"Low threshold, narrow linewidth optical parametric generator";
-"NASA Goddard Space Flight Center";"Issued";"GSC-15856-1";8196853;"12/779494";"Aerodynamically Stabilized Instrument Platform for Kites and Tethered Blimps ( AeroPod )";"05/13/2030"
-"NASA Goddard Space Flight Center";"Application";"GSC-15886-1";0;"12/838963";"Automated Beam Balance Scale Logger";
-"NASA Goddard Space Flight Center";"Application";"GSC-15911-1";0;"13/217965";"Graphite Composite Panel Polishing Fixture";
-"NASA Goddard Space Flight Center";"Application";"GSC-15934-1";0;"12/839125";"Determining Phase Retrieval Sampling from the Modulation Transfer Function";
-"NASA Goddard Space Flight Center";"Application";"GSC-15935-1";0;"13/043257";"New Variables for Iterative Transform Phase Retrieval";
-"NASA Goddard Space Flight Center";"Application";"GSC-15936-1";0;"12/854490";"SpaceCube Version 1.5";
-"NASA Goddard Space Flight Center";"Issued";"GSC-15947-1";8274726;"12/839171";"Sampling and Reconstruction of the Sinc(x) Function";"07/19/2030"
-"NASA Goddard Space Flight Center";"Application";"GSC-15948-1";0;"13/204767";"Lateral Kevlar Suspension Device (LKSD)";
-"NASA Goddard Space Flight Center";"Application";"GSC-15949-1";0;"13/600992";"Vectorized Rebinning Algorithm for Fast Data Down-Sampling";"08/31/2032"
-"NASA Goddard Space Flight Center";"Application";"GSC-15951-1";0;"13/222839";"An Improved Method of Fabricating Single Crystal Silicon Light Weight Mirrors";
-"NASA Goddard Space Flight Center";"Issued";"GSC-15953-1";8484509;"12/854546";"SpaceCube Demonstration Platform";"08/11/2030"
-"NASA Goddard Space Flight Center";"Application";"GSC-15953-2";0;"13/903357";"SpaceCube Demonstration Platform";"09/30/2029"
-"NASA Goddard Space Flight Center";"Application";"GSC-15957-1";0;"13/211526";"Imaging System Aperture Masks for Image Plane Exit Pupil Characterization";
-"NASA Goddard Space Flight Center";"Issued";"GSC-15964-1";8525110;"13/247,168 ";"An Instrument Suite for the Vertical Characterization of the Ionosphere-Thermosphere System from 100 km to 700km Altitude";"09/28/2031"
-"NASA Goddard Space Flight Center";"Application";"GSC-15970-1";0;"13/034125";"Electrospray Ionization for Chemical Analysis of Organic Molecules for Mass Spectrometry";
-"NASA Goddard Space Flight Center";"Application";"GSC-15976-1";0;"12/872366";"Phase Retrieval System for Assessing Diamond-Turning and other Optical Surface Artifacts";
-"NASA Goddard Space Flight Center";"Issued";"GSC-15977-1";8354952;"12/839060";"Phase Retrieval for Radio Telescope and Antenna Control";"07/19/2030"
-"NASA Goddard Space Flight Center";"Application";"GSC-15979-1";0;"12/839187";"Multi-Scale Image Reconstruction using Wavelets";
-"NASA Goddard Space Flight Center";"Application";"GSC-15994-1";;"13/104538";"Photonic Choke-Joints for Dual-Polarization Waveguides";
-"NASA Goddard Space Flight Center";"Application";"GSC-16006-1";;"13/216671";"Programmable High-Rate Multi-Mission Receiver for Space Communication";
-"NASA Goddard Space Flight Center";"Application";"GSC-16008-1";;"13/600826";"Phase controlled magnetic mirror for wavefront correction";"08/31/2032"
-"NASA Goddard Space Flight Center";"Application";"GSC-16016-1";;"13/193272";"Carbon Nanotubes on titanium substrates for stray light suppression";
-"NASA Goddard Space Flight Center";"Issued";"GSC-16024-1";8526733;"13/150,316";"Refinement of the HSEG Algorithm for Improved Computational Processing Efficiency";"06/01/2031"
-"NASA Goddard Space Flight Center";"Application";"GSC-16789-1";;"14/ 033725";"LEARNS  (Logic Expansion for Autonomously Reconfigurable Neural Systems)";
-"NASA Goddard Space Flight Center";"Application";"GSC-16029-1";;"13/193249";"Nanostructure secondary mirror apodization mask for transmitter signal suppression in a duplex telescope.";
-"NASA Goddard Space Flight Center";"Application";"GSC-16096-1";;"13/211432";"Prototype Genomics Based keyed-Hash Message Authentication Code Protocol";
-"NASA Goddard Space Flight Center";"Application";"GSC-16100-1";;"12/881587";"Lunar Reconnaissance Orbiter (LRO) Command and Data Handling Flight Electronics Subsystem";
-"NASA Goddard Space Flight Center";"Application";"GSC-16105-1";;"13/197214";"Molecular Adsorber Coating";
-"NASA Goddard Space Flight Center";"Application";"GSC-16109-1";;"13/240180";"HEXPANDO  expanding head for fastener retention hexagonal wrench";
-"NASA Goddard Space Flight Center";"Application";"GSC-16122-1";;"13/474053";"Apparatuses and Methods to Enable Sub-MHz Precision in Fast Laser Frequency Tuning";
-"NASA Goddard Space Flight Center";"Application";"GSC-16135-1";;"13/534427";"A cryptographic approach to microRNA target binding analysis";
-"NASA Goddard Space Flight Center";"Application";"GSC-16146-1";;"13/601194";"Wafer Level Microchannel Fabrication Process for Lap-on-a-Chip Devices";"08/31/2032"
-"NASA Goddard Space Flight Center";"Application";"GSC-16182-1";;"13/595604";"A High Event Rate, Zero Dead Time, Multi-Stop Time-to-digital Converter Application Specific Integrated Circuit";"08/27/2032"
-"NASA Goddard Space Flight Center";"Application";"GSC-16193-1";;"13/720175";"Fine Control and Maintenance Algorithm for Visible Nulling Coronagraphy";"12/19/2032"
-"NASA Goddard Space Flight Center";"Application";"GSC-16223-1";;"13/551649";"SpaceCube Mini";
-"NASA Goddard Space Flight Center";"Application";"GSC-16247-1";;"13/570100";"Enhanced adhesion multiwalled carbon nanotubes on titanium substrates for stray light control";
-"NASA Goddard Space Flight Center";"Application";"GSC-16250-1";;"13/150316";"Further Refinement of the Computationally Efficient HSEG Algorithm";
-"NASA Goddard Space Flight Center";"Application";"GSC-16259-1";;"13/050617";"Spaceflight Refuiling Tools";
-"NASA Goddard Space Flight Center";"Application";"GSC-16299-1";;"13/622465";"V-Assembly Dual Head Efficiency Resonator (VADER) Laser Transmitter";"09/19/2032"
-"NASA Goddard Space Flight Center";"Application";"GSC-16301-1";;"13/771815";"Impedance matched to vacuum, invisible-edge diffraction suppressed mirror";"02/20/2033"
-"NASA Goddard Space Flight Center";"Application";"GSC-16327-1";;"13/545173";"Miniaturized laser heterodyne radiometer for carbon dioxide (CO2), methane (CH4), and carbon monoxide (CO) measurements in the atmospheric column.";
-"NASA Goddard Space Flight Center";"Application";"GSC-16328-1";;"13/474367";"Development of the Hilbert-Huang Transform Real-Time Data Processing System with 2-D Capabilities";
-"NASA Goddard Space Flight Center";"Application";"GSC-16438-1";;"13/606174";"Power provision based on self-sacrificing spacecraft";
-"NASA Goddard Space Flight Center";"Application";"GSC-16460-1";;"13/592409";"Autonomic Autopoiesis";"08/23/2032"
-"NASA Goddard Space Flight Center";"Application";"GSC-16461-1";;"13/592412";"Autonomic and Apoptotic Cloud, Autonomic and Apoptotic Grid, Autonomic and Apoptotic Highly Distributed System";
-"NASA Goddard Space Flight Center";"Application";"GSC-16485-1";;"14/038381";"Broadband planar impedance transformer";"09/26/2033"
-"NASA Goddard Space Flight Center";"Application";"GSC-16516-1";;"14/021812";"Muti-function microposters inside of microfluidic channel for Lab-On-A-Chip device";"09/09/2033"
-"NASA Kennedy Space Center";"Application";"KSC-12866";0;"12/843,353";"In-Situ Wire Damage Detection System";
-"NASA Goddard Space Flight Center";"Application";"GSC-16545-1";;"13/534442";"INTEGRATED GENOMIC AND PROTEOMIC INFORMATION SECURITY PROTOCOL";
-"NASA Goddard Space Flight Center";"Application";"GSC-16555-1";;"14/023847";"Green Precision Cleaning System";"09/11/2033"
-"NASA Goddard Space Flight Center";"Application";"GSC-16569-1";;"14/041,720";"Mirrorlet array for Integral Field Spectrometers (IFS)";
-"NASA Goddard Space Flight Center";"Application";"GSC-16674-1";;"14/041224";"MISSE-7 Control Center";"09/30/2033"
-"NASA Goddard Space Flight Center";"Application";"GSC-16795-1";;"13/781,121 ";"Wallops Flight Facility 6U Advanced CubeSat Ejector (ACE)";"01/04/2033"
-"NASA Goddard Space Flight Center";"Application";"GSC-16805-1";;"14/040924";"SpaceCube v2.0 Micro";"09/30/2033"
-"NASA Goddard Space Flight Center";"Application";"GSC-16808-1";;"14/040848";"SpaceCube v. 2.0 Flight Power Card";"09/30/2033"
-"NASA Goddard Space Flight Center";"Application";"GSC-16859-1";;"14/037484";"Chemical sensors based on 2-dimensional materials";"09/26/2033"
-"NASA Goddard Space Flight Center";"Application";"GSC-16887-1";;"14/037458";"Propellant Transfer Assembly  Design and Development";"09/26/2033"
-"NASA Headquarters";"Issued";"HQN-11248-1";6223143;"09/143,969";"Quantitative Risk Assessment Software (QRAS) System";"08/31/2018"
-"NASA Kennedy Space Center";"Issued";"KSC-11641";5730806;"08/437,859";"Gas-Liquid Supersonic Cleaning And Cleaning Verification Spray System";
-"NASA Kennedy Space Center";"Issued";"KSC-11751";5710377;"08/540,616";"Improved Portable Ultrasonic Leak Detector (Combined With KSC-11751-2)";
-"NASA Kennedy Space Center";"Issued";"KSC-11804";5693871;"08/695,071";"Low-Differential Pressure Generator For Evaluating Low Differential Pressure Transducers";
-"NASA Kennedy Space Center";"Issued";"KSC-11866-1";5977773;"08/912,035";"Non-Intrusive Impedance-Based Cable Tester - Standing Wave Reflectometer";
-"NASA Kennedy Space Center";"Issued";"KSC-11884";6039783;"08/772,057";"A New Process And Equipment For Conversion Of NOx Scrubber Liquor To Fertilizer (related To KSC-11994)";
-"NASA Kennedy Space Center";"Issued";"KSC-11884-2";6641638;"09/511,634";"Process And Equipment For Nitrogen Oxide Waste Conversion To Fertilizer - Continuation-In-Part Filed 2/17/00";
-"NASA Kennedy Space Center";"Issued";"KSC-11937-2";7209567;"10/390,259";"Communication System With Adaptive Noise Suppression";
-"NASA Kennedy Space Center";"Issued";"KSC-12035-1";6552521;"09/906,014";"Improved Single-Station Accurate Location Of Lightning Strikes (Combined With KSC-12276 & KSC-12173)";
-"NASA Kennedy Space Center";"Issued";"KSC-12049";6627065;"09/977,531";"Liquid Galvanic Coatings For Protection Of Imbedded Metals";
-"NASA Kennedy Space Center";"Issued";"KSC-12056";6676912;"09/698,607";"New Air Pollution Control Technology For Removal Of Nitrogen Oxides From Stationary Combustion Sources";
-"NASA Kennedy Space Center";"Issued";"KSC-12092-2";6967051;"09/939,286";"Thermal Insulation System And Method (Continuing Patent Application) (Combined With KSC-12092)";
-"NASA Kennedy Space Center";"Issued";"KSC-12107";6742926;"09/906,018";"Thermal Insulation Test Apparatus With Sleeve (Related To KSC-12108)";
-"NASA Kennedy Space Center";"Issued";"KSC-12108";6487866;"09/906,011";"Multipurpose Thermal Insulation Test Apparatus (Related To 12107)";
-"NASA Kennedy Space Center";"Issued";"KSC-12168";6452510;"09/802,535";"Personal Cabin Pressure Monitor And Altitude Warning System";
-"NASA Kennedy Space Center";"Issued";"KSC-12190";6764617;"09/994,996";"A Novel Ferromagnetic Conducting Lignosulfonic Acid-Doped Polyaniline (Related To KSC-11940, KSC-11940-1, KSC-11940-2, KSC-12154, KSC-12191)";
-"NASA Kennedy Space Center";"Issued";"KSC-12191-2";7179404;"11/215,205";"Corrosion Prevention Of Cold Rolled Steel Using Water Dispersible Lignosulfonic Acid Doped Polyaniline";
-"NASA Kennedy Space Center";"Issued";"KSC-12205";6715914;"10/185,378";"Apparatus And Method For Thermal Performance Testing Of Pipelines And Piping Systems";
-"NASA Kennedy Space Center";"Issued";"KSC-12220";6917203;"10/235,020";"Current Signature Sensor (Combined With KSC-12152)";
-"NASA Kennedy Space Center";"Issued";"KSC-12221";6757641;"10/185,830";"Multisensor Transducer And Weight Factor (Combined With KSC-12359 and KSC-13139)";
-"NASA Kennedy Space Center";"Issued";"KSC-12235";6793903;"10/014,140";"High-Temperature Decomposition Of Hydrogen Peroxide";
-"NASA Kennedy Space Center";"Issued";"KSC-12235-2";6955799;"10/923,152";"Temperature Decomposition Of Hydrogen Peroxide";
-"NASA Kennedy Space Center";"Issued";"KSC-12235-3";8029736;"10/923,163";"High Temperature Decomposition Of Hydrogen Peroxide";
-"NASA Kennedy Space Center";"Issued";"KSC-12236";8511396;"10/476,175";"Non-Toxic Environmentally Safe Halon Replacement (HABx)";
-"NASA Kennedy Space Center";"Application";"KSC-12236-2-PCT";0;"/0";"Flame Suppression Agent, System And Users";
-"NASA Kennedy Space Center";"Application";"KSC-12236-CIP";;"13/428,736";"Non-Toxic Environmentally Safe Halon Replacement (HABx)";
-"NASA Kennedy Space Center";"Issued";"KSC-12246";6664298;"09/972,296";"Zero-Valent Metal Emulsion For Reductive Dehalogenation Of DNAPLs";
-"NASA Kennedy Space Center";"Issued";"KSC-12246-2";7037946;"10/701,412";"Zero-Valent Metal Emulsion For Reductive Dehalogenation Of DNAPLs";
-"NASA Kennedy Space Center";"Issued";"KSC-12278";7400766;"10/783,295";"Image Edge Extraction Via Fuzzy Reasoning (FRED) (combined With KSC-12272)";
-"NASA Kennedy Space Center";"Issued";"KSC-12386";7274907;"10/748,915";"Modular Wireless Data Acquisition System (combined With KSC-12479, KSC-12486)";
-"NASA Kennedy Space Center";"Issued";"KSC-12390";6824306;"10/318,665";"Thermal Insulation Test Apparatus For Flat Specimens";
-"NASA Kennedy Space Center";"Issued";"KSC-12394";7239751;"10/750,629";"Hypothesis Support Mechanism For Mid-Level Visual Pattern Recognition (PIPR)";
-"NASA Kennedy Space Center";"Issued";"KSC-12458";7156957;"10/440,543";"UV Induced Oxidation Of Nitric Oxide";
-"NASA Kennedy Space Center";"Issued";"KSC-12490";7298897;"10/779,551";"Noniterative Optimal Binarization Of Gray-Scaled Digital Images Via Fuzzy Reasoning (FRAT) (combined With KSC-12272)";
-"NASA Kennedy Space Center";"Issued";"KSC-12518";7790128;"10/641,581";"Hydrogen Peroxide Catalytic Decomposition";
-"NASA Kennedy Space Center";"Issued";"KSC-12539";7285306;"10/684,064";"Self-Healing Wire Insulation";
-"NASA Kennedy Space Center";"Issued";"KSC-12539-2";8119238;"11/856,218";"Self-Healing Wire Insulation";
-"NASA Kennedy Space Center";"Application";"KSC-12539-3";0;"13/348,861";"Self-Healing Wire Insulation";
-"NASA Kennedy Space Center";"Issued";"KSC-12540";6958085;"10/666,821";"High Performance Immobilized Liquid Membranes For Carbon Dioxide Separations";
-"NASA Kennedy Space Center";"Issued";"KSC-12630";7496237;"11/010,698";"Image Processing For Binarization Enhancement Via Fuzzy Reasoning";
-"NASA Kennedy Space Center";"Issued";"KSC-12631";7582147;"11/208,122";"Metallic Pigment Powder Particle For Use In A Liquid Coating System To Protect Reinforcing Steel In Concrete Structures";
-"NASA Kennedy Space Center";"Issued";"KSC-12637";7271199;"10/977,622";"Micro-scale Particle Emulsion And Their Application For Removal Of PCBs And Metals Found In Ex Situ Structures";
-"NASA Kennedy Space Center";"Issued";"KSC-12664";7404938;"10/845,418";"Emission Control System";
-"NASA Kennedy Space Center";"Issued";"KSC-12664-3-CIP";7582271;"11/40,294";"Emission Control System";
-"NASA Kennedy Space Center";"Issued";"KSC-12666";7122166;"10/845,607";"Hydrogen Peroxide Concentrator";
-"NASA Kennedy Space Center";"Issued";"KSC-12669";7302364;"11/83,420";"Integrated Spaceport Automated Data Management Architecture (Combine With KSC-12581, KSC-12583, KSC-12671and KSC-12582)";
-"NASA Kennedy Space Center";"Issued";"KSC-12697";7309738;"10/962,827";"A New Approach For Achieving Fire Retardancy While Retaining Physical Properties In A Compatible Polymer Matrix";
-"NASA Kennedy Space Center";"Issued";"KSC-12697-3";7968648;"11/935,093";"A New Approach For Achieving Flame Retardancy While Retaining Physical Properties In A Compatible Polymer Matrix";
-"NASA Kennedy Space Center";"Issued";"KSC-12703";8031449;"12/485,979";"Integral Battery Power Limiting Circuit For Intrinsically Safe Applications";
-"NASA Kennedy Space Center";"Issued";"KSC-12723";7790225;"11/239,445";"Coating For Corrosion Detection And Prevention";
-"NASA Kennedy Space Center";"Application";"KSC-12723-DIV";;"12/792,238";"Coating For Corrosion Detection And Prevention";
-"NASA Kennedy Space Center";"Issued";"KSC-12848";7781492;"11/759,672";"New Organic/inorganic Polymeric Thermal Insulators";
-"NASA Kennedy Space Center";"Issued";"KSC-12848-DIV";7977411;"12/835,233";"New Organic/inorganic Polymeric Thermal Insulators";
-"NASA Kennedy Space Center";"Application";"KSC-12871-CIP";0;"13/915,407";"Polyimide Wire Insulation Repair System";
-"NASA Kennedy Space Center";"Application";"KSC-12871-DIV1";0;"14/093,701";"Polyimide Wire Insulation Repair System";
-"NASA Kennedy Space Center";"Application";"KSC-12871-DIV2";0;"14/093,680";"Polyimide Wire Insulation Repair System";
-"NASA Kennedy Space Center";"Issued";"KSC-12875";7841771;"11/777,711";"Self Validating Thermocouple (Combined With KSC-12865)";
-"NASA Kennedy Space Center";"Issued";"KSC-12878-2-CIP";8163972;"12/465,457";"Bimetallic Treatment System and it's application for Removal of PCBs Found in Ex Situ Structures without the Use of a Catalized Agent";
-"NASA Kennedy Space Center";"Issued";"KSC-12890";7790787;"11/740,357";"New Organic/Inorganic Polymeric Materials";
-"NASA Kennedy Space Center";"Application";"KSC-12890-2-DIV";0;"12/834,416";"New Organic/Inorganic Polymeric Materials";
-"NASA Kennedy Space Center";"Issued";"KSC-12899";8425866;"11/466,624";"Gas Phase Oxidation Of NO To NO2";
-"NASA Kennedy Space Center";"Issued";"KSC-12978";7842639;"11/749,767";"Preparation of a  Bimetal Using Mechanical Alloying for the Dehalogenation of Compounds";
-"NASA Kennedy Space Center";"Issued";"KSC-12978-DIV";8288307;"12/909,219";"Preparation of a  Bimetal Using Mechanical Alloying for the Dehalogenation of Compounds";
-"NASA Kennedy Space Center";"Issued";"KSC-12983";8409534;"11/692,557";"Mercury Emission Control System";
-"NASA Kennedy Space Center";"Application";"KSC-13047";0;"12/813,864";"Insulation Test Cryostat with Lift Mechanism  (Combined with KSC-13048)";
-"NASA Kennedy Space Center";"Application";"KSC-13047-DIV";0;"14/090,193";"Insulation Test Cryostat with Lift Mechanism  (Combined with KSC-13048)";
-"NASA Kennedy Space Center";"Issued";"KSC-13088";8293178;"11/935,545";"Improved Thermal Reactivity Of Hydrogen Sensing Pigments In Manufactured Polymer Composites";
-"NASA Kennedy Space Center";"Application";"KSC-13088-CON";0;"13/611,856";"Improved Thermal Reactivity Of Hydrogen Sensing Pigments In Manufactured Polymer Composites";
-"NASA Kennedy Space Center";"Application";"KSC-13088-DIV";0;"13/615,850";"Improved Thermal Reactivity Of Hydrogen Sensing Pigments In Manufactured Polymer Composites";
-"NASA Kennedy Space Center";"Application";"KSC-13161";0;"12/855,791";"PH Sensitive Microcapsule With Corrosion Indicator";
-"NASA Kennedy Space Center";"Application";"KSC-13167";0;"12/856,849";"Watercore PH Sensitive Microcapsule";
-"NASA Kennedy Space Center";"Application";"KSC-13265-CIP2";0;"14/150,502";"An Inductive Non-Contact Position Sensor";
-"NASA Kennedy Space Center";"Application";"KSC-13278";0;"13/354,576";"A Method for Making Elongated Microcapsules Under Simple Shear Conditions";
-"NASA Kennedy Space Center";"Issued";"KSC-13285";8593153;"12/843,382";"An improved Online Diagnostic Device (ODD) for Wiring Evaluation";
-"NASA Kennedy Space Center";"Issued";"KSC-13331";8577639;"13/031,182";"A Method for Accurately Calibrating a Spectrometer Using Broadband Light";
-"NASA Kennedy Space Center";"Application";"KSC-13336";0;"12/843,487";"Sputter Coated wire for in-situ wire damage detection";
-"NASA Kennedy Space Center";"Application";"KSC-13343";0;"13/278,710";"Conductive Carbon Nanotube for use with Desktop Inkjet Printing";
-"NASA Kennedy Space Center";"Application";"KSC-13366";0;"13/523,806";"High Performance Self Healing Film";
-"NASA Kennedy Space Center";"Application";"KSC-13579";;"13/895,717";"Green PCB Removal From Sediment Systems (GPRSS)";
-"NASA Kennedy Space Center";"Application";"KSC-13588";;"13/495,862";"Multi-Dimensional Damage Detection For Flat Surfaces";
-"NASA Kennedy Space Center";"Application";"KSC-13592";;"13/542,155";"pH sensitive microparticles";
-"NASA Kennedy Space Center";"Application";"KSC-13595";;"14/192,784";"Aerogel insulation and composites integrated into unique lay-ups (Incorporates Embodiments from  KSC-13702)";
-"NASA Kennedy Space Center";"Application";"KSC-13636";;"13/546,880";"Incorporation of Chemochromic Indicator for the Presence of Hypergolic Fuels into a Variety of Manufactured Parts";
-"NASA Kennedy Space Center";"Application";"KSC-13638";;"14/176,824";"A Two Dimensional Inductive Position Sensor";
-"NASA Kennedy Space Center";"Application";"KSC-13664";;"13/896,896";"Regolith Advanced Surface Systems Operations Robot (RASSOR) Excavator";
-"NASA Kennedy Space Center";"Application";"KSC-13689";;"13/961,521";"Coherence Multiplexing of Wireless Surface Acoustic Wave Sensors";
-"NASA Langley Research Center";"Issued";"LAR-14673-1";5736642;"08/778,066";"Nonlinear Ultrasonic Scanning To Detect Material Defects";"01/08/2017"
-"NASA Langley Research Center";"Issued";"LAR-14840-1";5841032;"08/792,909";"Variable And Fixed Frequency Pulsed Phase-Locked Loop";"01/24/2017"
-"NASA Langley Research Center";"Issued";"LAR-15205-1";5741883;"08/359,752";"Tough, Soluble, Aromatic, Thermoplastic Copolyimides";"04/21/2015"
-"NASA Langley Research Center";"Issued";"LAR-15282-1";5755571;"08/712,984";"Ultrasonic Periodontal Structures Mapping Device";"09/09/2016"
-"NASA Langley Research Center";"Issued";"LAR-15318-1";5798521;"08/806,732";"Distributed Fiber-optic Strain Sensor";"02/27/2017"
-"NASA Langley Research Center";"Issued";"LAR-15348-1";5632841;"08/416,598";"Thin Layer Composite Unimorph Ferroelectric Driver And Sensor, THUNDER";"04/04/2015"
-"NASA Langley Research Center";"Issued";"LAR-15348-2";6734603;"08/797,553";"Thin Layer Composite Unimorph Ferroelectric Driver And Sensor";"04/04/2015"
-"NASA Langley Research Center";"Issued";"LAR-15351-1-CU";5585083;"08/414,661";"Catalyst For Formaldehyde Oxidation";"03/30/2015"
-"NASA Langley Research Center";"Issued";"LAR-15370-1-SB";5640408;"08/593,438";"Quasi Four-Level TM:LuAG Laser (Tm:LuAG Laser)";"01/27/2016"
-"NASA Langley Research Center";"Issued";"LAR-15376-1";5771204;"08/754,642";"Relative Phase Measurement Instrument For Multiple-Echo Systems";"11/21/2016"
-"NASA Langley Research Center";"Issued";"LAR-15406-1";5617873;"08/449,473";"Noninvasive Meth/Apparatus For Monitoring Intracranial Pressure & Pressure Vols Index In Humans";"05/23/2015"
-"NASA Langley Research Center";"Issued";"LAR-15412-1";5606014;"08/511,422";"Imide Oligomers And Co-Oligomers Containing Pendent Phenylethynyl Groups And Polymers Therefrom";"08/04/2015"
-"NASA Langley Research Center";"Issued";"LAR-15412-2";5689004;"08/747,472";"Imide Oligomers And Co-Oligomers Containing Pendent Phenylethynyl Groups And Polymers Therefrom";"08/04/2015"
-"NASA Langley Research Center";"Issued";"LAR-15449-1";6133401;"09/342,462";"A Method To Prepare Processable Polyimides With Reactive Endgroups Using 1,3 Bis (3-Aminophenoxyl) Benzene";"06/29/2019"
-"NASA Langley Research Center";"Issued";"LAR-15449-2";6288209;"09/667,426";"Method To Prepare Processable Polyimides With Reactive Endgroups Using 1,3-Bix(3-Aminophenoxyl)Benzene";"06/29/2019"
-"NASA Langley Research Center";"Issued";"LAR-15507-1";6475147;"09/493,044";"Ultrasonic Technique To Measure Intracranial Pressure";"01/27/2020"
-"NASA Langley Research Center";"Issued";"LAR-15508-1";6545760;"09/535,659";"Distributed Rayleigh Scatter Fiber Optic Strain Sensor";"03/24/2020"
-"NASA Langley Research Center";"Issued";"LAR-15514-1-SB";5991456;"08/654,840";"Method Of Improving A Digital Image";"05/29/2016"
-"NASA Langley Research Center";"Issued";"LAR-15524-1";6000844;"08/810,058";"A Method And Apparatus For The Portable Identification Of Material Thickness Of Layers Using A Scanning Linear Heat Source And Infrared Detectorcramer";"03/04/2017"
-"NASA Langley Research Center";"Issued";"LAR-15525-1-CU";5948965;"08/845,899";"Solid State Carbon Monoxide Sensor";"04/28/2017"
-"NASA Langley Research Center";"Issued";"LAR-15637-1";6015272;"08/673,627";"Magnetically Suspended Miniature Fluid Pump And Method Of Making Same";"06/26/2016"
-"NASA Langley Research Center";"Issued";"LAR-15637-2";6447265;"09/398,878";"Magnetically Suspended Miniature Fluid Pump And Method Of Designing The Same";"06/26/2019"
-"NASA Langley Research Center";"Issued";"LAR-15652-1-CU";6132694;"08/991,075";"Catalyst For Oxidation Of Hydro-Carbons And Volatile Organic Compounds";"12/16/2017"
-"NASA Langley Research Center";"Application";"LAR-15665-1-CU";0;"08/838,596";"Catalyst For Carbon Monoxide Oxidation";
-"NASA Langley Research Center";"Issued";"LAR-15745-1";6222007;"09/093,826";"Prepreg And Composites Made From Polyimide  Salt-Like  Solution";"05/29/2018"
-"NASA Langley Research Center";"Issued";"LAR-15747-1-CU";6200539;"09/357,403";"One-Atmosphere Uniform Glow Discharge Plasma Gas Flow Acceleration";"07/20/2019"
-"NASA Langley Research Center";"Issued";"LAR-15767-1";6180746;"09/316,428";"Polyimide Foam From Ether-Containing Monomeric Solutions";"05/21/2019"
-"NASA Langley Research Center";"Issued";"LAR-15816-1";6629341;"09/430,677";"Macro-Fiber Composite Actuator With Interdigitated Electrodes";"10/29/2019"
-"NASA Langley Research Center";"Issued";"LAR-15816-2";7197798;"10/653,824";"A Method For Fabricating A Piezoelectric Composite Apparatus";"06/30/2020"
-"NASA Langley Research Center";"Issued";"LAR-15817-1";6450820;"09/612,412";"A Method Of Encouraging Physiological Self-Regulation Through Modulation Of An Operator's Control Input To A Video Game Or Training Simulator";"07/12/2020"
-"NASA Langley Research Center";"Issued";"LAR-15818-3";6922242;"10/465,386";"Optical Path Switching Based Differential Absorption Radiometry For Substance Detection";"06/21/2019"
-"NASA Langley Research Center";"Issued";"LAR-15831-1";5994418;"09/316,865";"Hollow Polyimide Microspheres";"05/21/2019"
-"NASA Langley Research Center";"Issued";"LAR-15831-2";6235803;"09/408,652";"Hollow Polyimide Microspheres";"05/21/2019"
-"NASA Langley Research Center";"Issued";"LAR-15831-3";6084000;"09/394,534";"Hollow Polyimide Microsphere";"05/21/2019"
-"NASA Langley Research Center";"Issued";"LAR-15834-1";6359107;"09/575,826";"High Performance / High Temperature Resins For Infusion And Transfer Molding Processes";"05/18/2020"
-"NASA Langley Research Center";"Issued";"LAR-15851-1-CU";6753293;"09/607,211";"Process For Coating Substrates With Catalyst Materials";"05/11/2021"
-"NASA Langley Research Center";"Issued";"LAR-15854-1";6761695;"10/94,023";"Technique For Non-Invasive Absolute Measurement Of Intra-Cranial Pressure In Humans";"07/28/2022"
-"NASA Langley Research Center";"Issued";"LAR-15927-1";6584848;"10/263,292";"Dielectric Electrostatic Ultrasonic Transducer (DEUT)";"09/30/2022"
-"NASA Langley Research Center";"Issued";"LAR-15934-1";6566648;"09/535,661";"Edge Triggered Apparatus And Method For Measuring Strain In Bragg Gratings";"03/24/2020"
-"NASA Langley Research Center";"Issued";"LAR-15943-1";6746410;"10/121,932";"Transducer Assembly To Measure Changes In Circumferential Expansion Of The Human Skull Due To Changes In Intracranial Pressure";"11/16/2022"
-"NASA Langley Research Center";"Issued";"LAR-15954-1";6376830;"09/606,120";"Single Laser Sweep Full S-Parameter Characterization Of Fiber Bragg Gratings";"06/15/2020"
-"NASA Langley Research Center";"Issued";"LAR-15959-1";7019621;"09/753,370";"Structural Tailored High Displacement Ferro-Electric Sensors And Actuators";"01/02/2021"
-"NASA Langley Research Center";"Issued";"LAR-15977-1";6133330;"09/337,475";"Polyimide Foam From Monomeric Solutions";"05/21/2019"
-"NASA Langley Research Center";"Issued";"LAR-15990-1";6551251;"09/784,413";"Dual Transmission Interface For Passive Fetal Heart Monitoring";"02/13/2021"
-"NASA Langley Research Center";"Issued";"LAR-16001-1";7371358;"10/975,117";"Catalyst For Treatment And Control Of Post-Combustion Emissions";"10/25/2024"
-"NASA Langley Research Center";"Issued";"LAR-16005-1";6426496;"09/648,529";"High Precision Solid State Wavelength Monitor";"11/26/2020"
-"NASA Langley Research Center";"Issued";"LAR-16012-1-CU";6834125;"09/888,701";"Improvement To The Multiscale Retinex With Color Restoration";"06/25/2021"
-"NASA Langley Research Center";"Issued";"LAR-16020-1";6629446;"09/758,115";"Single Vector Force Balance Calibration System";"01/26/2022"
-"NASA Langley Research Center";"Issued";"LAR-16079-1";6939940;"09/757,398";"Liquid Crystalline Thermosets From Oligo-Esters, Ester-Imides And Ester-Amides";"01/05/2021"
-"NASA Langley Research Center";"Issued";"LAR-16083-1";8062129;"11/536,811";"A Method And System For Multi-Player Game Playing Where Physiological Characteristics Of The Players Modulate Their Relative Advantage Over Opponents Or Competitors";"05/22/2030"
-"NASA Langley Research Center";"Issued";"LAR-16116-1";6888346;"10/21,683";"Giant Magnetoresistive Based Self-Nulling Probe For Deep Flaw Detection";"11/28/2021"
-"NASA Langley Research Center";"Issued";"LAR-16176-2";7109287;"10/988,407";"Space Environmentally Durable Polyimides And Copolyimides";"03/03/2025"
-"NASA Langley Research Center";"Issued";"LAR-16220-1";6867533;"09/696,527";"Shaping, Tuning, And Positioning Membrane Structures Using Electroactive Polymer Actuators";"10/23/2020"
-"NASA Langley Research Center";"Issued";"LAR-16231-1-CU";7092539;"09/997,113";"MEMS Based Acoustic Array";"11/28/2021"
-"NASA Langley Research Center";"Issued";"LAR-16256-1";8628333;"11/129,756";"Method And System For Training Psychophysiological Skills Conducive To Optimal Performance Through Perturbation Of Training Tasks, Environments And Devices";"08/27/2029"
-"NASA Langley Research Center";"Application";"LAR-16256-1-CON";0;"14/153,434";"Method And System For Training Psychophysiological Skills Conducive To Optimal Performance Through Perturbation Of Training Tasks, Environments And Devices";"05/13/2025"
-"NASA Langley Research Center";"Issued";"LAR-16299-1";7871682;"10/956,520";"Composite Roll Press And Processes";"12/07/2025"
-"NASA Langley Research Center";"Issued";"LAR-16307-1-SB";7390768;"10/056,845";"Methodology For The Effective Stabilization Of Tin-Oxide-Based Oxidation/Reduction Catalysts";"01/22/2022"
-"NASA Langley Research Center";"Issued";"LAR-16307-2";7985709;"10/956,515";"Methodology For The Effective Stabilization Of Tin-Oxide-Based Oxidation/Reduction Catalysts";"04/16/2027"
-"NASA Langley Research Center";"Application";"LAR-16308-2";0;"12/726,403";"Catalyst For Decomposition Of Nitrogen Oxides (Divisional of LAR 16308-1-CU)";
-"NASA Langley Research Center";"Issued";"LAR-16311-1";6777525;"10/115,812";"Heat, Moisture, Chemical Resistant Polyimide Compositions And Methods For Making And Using The Same";"04/01/2022"
-"NASA Langley Research Center";"Issued";"LAR-16323-1";7253903;"11/27,930";"Method To Linearize Non-Linear Physical Measurements";"06/24/2025"
-"NASA Langley Research Center";"Issued";"LAR-16324-1";6714132;"10/011,229";"Proximity Sensor";"11/27/2021"
-"NASA Langley Research Center";"Issued";"LAR-16324-2";7106203;"10/783,486";"Self-Activating System And Method For Alerting When An Object Or Person Is Left Unattended";"11/27/2021"
-"NASA Langley Research Center";"Issued";"LAR-16326-1";7060991;"10/410,605";"Method For Measuring Thickness Of Small Radius Of Curvature Structures Using A Thermal Line Scanner";"04/10/2023"
-"NASA Langley Research Center";"Issued";"LAR-16332-1-CU";6842543;"09/888,816";"Method Of Improving A Digital Image Having White Zones";"06/25/2021"
-"NASA Langley Research Center";"Issued";"LAR-16363-1";6856073;"10/390,675";"Radial Electric Field Piezo-Diaphragm Fluidic Control Systems";"03/13/2023"
-"NASA Langley Research Center";"Issued";"LAR-16383-1-NP";7588699;"10/288,797";"Electrically Conductive, Optically Transparent Polymer/Carbon Nanotube Composites And Process For Preparation Thereof";"07/02/2023"
-"NASA Langley Research Center";"Issued";"LAR-16383-2";7972536;"12/546,724";"Electrically Conductive, Optically Transparent Polymer/Carbon Nanotube Composites And Process For Preparation Thereof";"10/12/2029"
-"NASA Langley Research Center";"Issued";"LAR-16390-1-SB";7318915;"10/342,660";"Ruthenium Stabilization Mechanism For Next Generation Oxidation And Reduction Catalyst Systems";"01/13/2023"
-"NASA Langley Research Center";"Issued";"LAR-16393-1";6919669;"10/392,491";"Sonic Transducers And Sensors Using Radial Field Diaphragms";"05/31/2023"
-"NASA Langley Research Center";"Issued";"LAR-16406-1-CU";7491169;"10/805,816";"Ultrasonic Method And Means To Assess Compartment Syndrome (Hyper Pressure States In Arm, Leg Muscle/Tendon Compartments)";"09/20/2025"
-"NASA Langley Research Center";"Issued";"LAR-16409-1";8015819;"11/536,790";"Wet Active Chevron Nozzle For Controllable Jet Noise Reduction";"09/17/2028"
-"NASA Langley Research Center";"Issued";"LAR-16432-1";7692116;"10/188,525";"Synthesis Of Carbon Nanotubes Using High Average Power Ultrafast Laser Ablation";"07/03/2022"
-"NASA Langley Research Center";"Issued";"LAR-16437-1-NP";7169374;"11/129,751";"Templated Growth Of Carbon Nanotubes";"05/11/2025"
-"NASA Langley Research Center";"Issued";"LAR-16440-1";6740048;"10/263,285";"Method Of Determining Intracranial Pressure From Skull Expansion Measurements";"09/25/2022"
-"NASA Langley Research Center";"Issued";"LAR-16475-1";7194912;"10/890,843";"Carbon Nanotube-Based Structural Health Monitoring Sensor";"08/07/2024"
-"NASA Langley Research Center";"Issued";"LAR-16496-1";7104498;"10/867,114";"Blown Channel-Wing System For Thrust Deflection And Force/Moment Generation";"10/03/2024"
-"NASA Langley Research Center";"Issued";"LAR-16499-1";7491428;"10/730,188";"Method for the controlled deposition and alignment of single walled carbon nanotubes";"11/15/2025"
-"NASA Langley Research Center";"Issued";"LAR-16510-1";6773407;"10/263,286";"Non-Invasive Method Of Determining Absolute Intracranial Pressure";"12/25/2022"
-"NASA Langley Research Center";"Issued";"LAR-16516-1";6879893;"10/675,502";"Autonomous Health Monitoring Architecture Hardware";"09/30/2023"
-"NASA Langley Research Center";"Issued";"LAR-16517-1";7048228;"10/678,474";"Partial-Span Slotted Wing For Transonic Aircraft";"10/03/2023"
-"NASA Langley Research Center";"Issued";"LAR-16532-1";7334998;"11/5,624";"Low-Noise Fan Exit Guide Vanes";"12/06/2024"
-"NASA Langley Research Center";"Issued";"LAR-16538-1";7675619;"12/129,967";"Micro-LiDAR For In-Flight Flow Velocimetry And Boundary Layer Control";"11/11/2028"
-"NASA Langley Research Center";"Issued";"LAR-16549-1";7262543;"10/943,655";"Inductor (L)-Capacitor ( C ) (aka, LC) Sensor Circuit For Piezo Material Monitoring";"04/17/2025"
-"NASA Langley Research Center";"Application";"LAR-16565-1";0;"13/020,025";"e-Sensor: Quantitative Imaging of Electric Fields and Electric Potentials";
-"NASA Langley Research Center";"Issued";"LAR-16566-1";7285932;"10/975,119";"Method And Apparatus For Loss Of Control Inhibitor Systems";"10/27/2024"
-"NASA Langley Research Center";"Issued";"LAR-16571-1";7075295;"10/839,448";"LC Sensing Element For Closed Cavities Having Low Radio Frequency Transmissivity";"04/30/2024"
-"NASA Langley Research Center";"Issued";"LAR-16571-2";7589525;"11/421,886";"Magnetic Field Response Sensor For Conductive Media";"09/26/2024"
-"NASA Langley Research Center";"Issued";"LAR-16571-3";7759932;"12/533,520";"Magnetic Field Response Sensor For Conductive Media";"07/31/2029"
-"NASA Langley Research Center";"Issued";"LAR-16573-1";7129467;"10/943,831";"Carbon Nanotube Based Light Sensor";"09/29/2024"
-"NASA Langley Research Center";"Issued";"LAR-16575-1";7181942;"10/943,649";"Instrumented Crimping Tool For Critical Wiring Applications";"11/24/2024"
-"NASA Langley Research Center";"Issued";"LAR-16605-1";7623993;"10/731,742";"Energy-extraction-based active noise control system";"11/27/2026"
-"NASA Langley Research Center";"Issued";"LAR-16615-1";6956066;"10/779,552";"Polyimide Foams";"02/11/2024"
-"NASA Langley Research Center";"Issued";"LAR-16615-2";7541388;"11/124,640";"Polyimide Foams";"05/05/2025"
-"NASA Langley Research Center";"Issued";"LAR-16616-1";7758927;"10/956,704";"Laser-Induced Fabrication Of Metallic Interlayers And Patterns In Polyimide Films";"09/30/2024"
-"NASA Langley Research Center";"Issued";"LAR-16640-1";8089677;"12/135,180";"Programmable Smart Grating Device With Quantum Aperture Array";"08/05/2029"
-"NASA Langley Research Center";"Issued";"LAR-16696-1";7048235;"10/678,397";"Slotted Aircraft Wing (a.k.a. Full Span Slotted Wing)";"10/03/2023"
-"NASA Langley Research Center";"Issued";"LAR-16698-1";7394181;"11/76,824";"High Performance High Efficiency Hybrid Actuator Systems (HYBAS)";"03/04/2025"
-"NASA Langley Research Center";"Issued";"LAR-16736-1";7962252;"11/422,984";"Semi Autonomous Flight System With Avionics Sensor Board, Processing Board, And Flight Control Board";"04/07/2027"
-"NASA Langley Research Center";"Issued";"LAR-16845-1";8083986;"12/315,520";"Advanced Thermo-Electric Materials with Nano-Voids";"12/04/2028"
-"NASA Langley Research Center";"Issued";"LAR-16854-1";7381186;"10/911,755";"Ultrasonic Method And Means To Assess Compartment Syndrome Part B";"08/02/2024"
-"NASA Langley Research Center";"Issued";"LAR-16858-1";7667847;"11/533,921";"Thin, High-Contrast Targets for Ultralightweight Structures";"12/15/2026"
-"NASA Langley Research Center";"Issued";"LAR-16867-1";7402264;"11/076,460";"Electroactive polymer-carbon nanotube-ceramic nanocomposites";"02/27/2026"
-"NASA Langley Research Center";"Issued";"LAR-17548-1";8236413;"12/166,852";"Fail Safe High-Temperature Composite Structure";"07/07/2030"
-"NASA Langley Research Center";"Issued";"LAR-16867-2";7527751;"12/109,490";"Sensing/Actuating Materials Made From Carbon Nanotube Polymer Composites And Methods For Making Same";"04/25/2028"
-"NASA Langley Research Center";"Issued";"LAR-16868-1";7341883;"11/242,415";"Lattice Matched SiGe Layer On Single Crystalline Sapphire Substrate";"09/27/2025"
-"NASA Langley Research Center";"Issued";"LAR-16871-1";6413227;"09/459,384";"Optimization Of Ultrasonic Method For Assessment Of Changes In Intracranial Pressure Through Measurement Of Skull Expansion";"12/02/2019"
-"NASA Langley Research Center";"Issued";"LAR-16872-1";7514726;"11/387,086";"Graded Indexed SiGe Layers on Lattice Matched SiGe Layers on Sapphire";"06/10/2027"
-"NASA Langley Research Center";"Issued";"LAR-16874-1";7723464;"11/674,321";"Novel Aromatic/Aliphatic Diamine Derivatives For Advanced Compositions And Polymers";"02/13/2027"
-"NASA Langley Research Center";"Issued";"LAR-16877-1";7186367;"11/110,996";"Double-Vacuum Bag (DVB) Process For Volatile Management In Resin Matrix Composite Manufacturing";"07/08/2025"
-"NASA Langley Research Center";"Issued";"LAR-16885-1";7890311;"11/177,664";"Method Of Simulating Flow-Through Area Of A Pressure Regulator";"12/15/2029"
-"NASA Langley Research Center";"Issued";"LAR-16886-1";7375808;"11/536,120";"Dual Sensing Capable Germ Or Toxic Chemical (GTC) Sensor Using Quantum Aperture Array With Surface Plasmon Polariton (SPP)";"09/28/2026"
-"NASA Langley Research Center";"Issued";"LAR-16900-1";7278324;"11/155,923";"CNT based crack growth detector and strain field monitor";"08/07/2024"
-"NASA Langley Research Center";"Issued";"LAR-16906-1";8529825;"12/928,128";"Fabrication of Nanovoid-imbedded Bismuth Telluride with Low Dimensional System";"02/01/2028"
-"NASA Langley Research Center";"Issued";"LAR-16907-1";7783060;"11/126,518";"A Deconvolution Approach For The Mapping Of Acoustic Sources (DAMAS) Determined From Phased Microphone Arrays";"03/27/2029"
-"NASA Langley Research Center";"Issued";"LAR-16908-1";7086593;"10/839,445";"Magnetic Field Response Measurement Acquisition System (Includes LAR-16138-1, LAR-16554-1, LAR-16591-1, LAR-16614-1, LAR-16617-1, & LAR-16908-1)";"05/04/2024"
-"NASA Langley Research Center";"Issued";"LAR-16946-1";7484930;"11/169,256";"Blowing Flap Side Edge";"07/01/2025"
-"NASA Langley Research Center";"Issued";"LAR-16950-1";7379231;"11/470,771";"Ferroelectric Light Control Device";"09/07/2026"
-"NASA Langley Research Center";"Issued";"LAR-16958-1";7510802;"11/371,575";"Fabrication of Multilayer Ferritin Array for Bionanobattery";"08/24/2027"
-"NASA Langley Research Center";"Issued";"LAR-16970-1";7231832;"11/229,439";"Method For Determining Cracks On And Within Composite Panels";"12/02/2025"
-"NASA Langley Research Center";"Issued";"LAR-16974-1";7047807;"11/203,583";"Methods Of Mounting Erectable, Flexible And Fixed Magnetic Field Response Sensors";"08/08/2025"
-"NASA Langley Research Center";"Issued";"LAR-17003-1";7467921;"11/239,436";"Rotor Blade Vortex Management Via Boundary Layer Separation Control";"09/22/2025"
-"NASA Langley Research Center";"Issued";"LAR-17013-1";7647771;"11/374,480";"Thermally Driven Miniature Piston Actuator";"11/12/2026"
-"NASA Langley Research Center";"Issued";"LAR-17017-1";7537182;"11/250,700";"Enhanced Separation Control Via Simultaneous Multiple-Location Forcing";"06/18/2027"
-"NASA Langley Research Center";"Issued";"LAR-17032-1";7321185;"11/370,377";"A New Concept For Active Bistable Twisting Structures";"03/06/2026"
-"NASA Langley Research Center";"Issued";"LAR-17044-1";7558371;"12/254,150";"Applications Of Twin-Detection XRD Methods On SiGe (111) Layers On Sapphire (0001) Substrate";"10/20/2028"
-"NASA Langley Research Center";"Issued";"LAR-17073-1";7580323;"11/419,818";"Interdigitated Electrode Actuators For Straining Optical Fibers (IDEAS)";"05/27/2026"
-"NASA Langley Research Center";"Application";"LAR-17088-1";0;"13/032,045";"Nanotubular Toughening Inclusions For Improved Mechanical Reinforcement";
-"NASA Langley Research Center";"Issued";"LAR-17112-1";7507472;"11/81,888";"Multi-Layer Electroactive Devices";"09/08/2025"
-"NASA Langley Research Center";"Issued";"LAR-17116-1";7506541;"11/328,468";"Wireless Fuel Volume Measurement Techniques";"10/18/2026"
-"NASA Langley Research Center";"Issued";"LAR-17126-1";7666939;"11/432,201";"A Method For Producing Stable Dispersions Of Single Walled Carbon Nanotubes In Polymer Matrices Using Noncovalent Interactions";"05/11/2026"
-"NASA Langley Research Center";"Issued";"LAR-17128-1";7285933;"11/188,227";"Method And Apparatus For Loss Of Control Inhibitor Systems";"07/20/2025"
-"NASA Langley Research Center";"Issued";"LAR-17135-1";8217143;"11/827,567";"Fabrication of Metal Nanoshells Derived by a Biotemplate";"11/17/2030"
-"NASA Langley Research Center";"Issued";"LAR-17149-2";8608993;"13/053,633";"A Method For Producing Multifunctional Structural Thermally Stable Nanocomposites With Aligned Carbon Nanotubes";"05/20/2026"
-"NASA Langley Research Center";"Issued";"LAR-17154-1";7655595;"11/421,924";"Sprayable Low Temperature Oxidation Catalyst Coating Based on Sol-Gel Technology";"08/11/2027"
-"NASA Langley Research Center";"Issued";"LAR-17154-2";7781366;"12/369,932";"Sol-Gel Based Oxidation Catalyst And Coating System Using Same (Divisional of -1)";"02/12/2029"
-"NASA Langley Research Center";"Issued";"LAR-17155-1";7255004;"11/229,438";"Wireless Fluid-Lead Measuring Dipstick Assembly (Broken Out Of LAR-16974-1)";"03/22/2026"
-"NASA Langley Research Center";"Issued";"LAR-17157-1";7507784;"11/124,508";"Liquid Crystalline Thermosets From Ester, Ester-Imide, And Ester-Amide Oligomers";"01/05/2021"
-"NASA Langley Research Center";"Issued";"LAR-17163-1";7467536;"11/428,017";"Multi-axis Accelerometer Calibration System Using a Cuboidal Attitude Positioning Device";"08/18/2027"
-"NASA Langley Research Center";"Issued";"LAR-17165-1";7595112;"11/461,150";"Method To Prepare Hybrid Metal/Composite Laminates By Resin Infusion";"02/01/2028"
-"NASA Langley Research Center";"Issued";"LAR-17168-1";7732998;"11/462,114";"Cylindrical Shaped Micro Fiber Composite (CMFC) Actuators";"09/24/2027"
-"NASA Langley Research Center";"Issued";"LAR-17169-1";7446459;"11/486,200";"Hybrid Force/Stress Amplified Piezoelectric Energy Harvesting Transducer System";"07/13/2026"
-"NASA Langley Research Center";"Application";"LAR-17211-1";0;"13/557,250";"Floating Ultrasonic Transducer Inspection System For Nondestructive Evaluation";
-"NASA Langley Research Center";"Issued";"LAR-17213-1";8020805;"11/831,233";"New Configuration and Power Technology for Application-Specific Scenarios of High Altitude Airships";"03/25/2030"
-"NASA Langley Research Center";"Issued";"LAR-17224-1";7998368;"12/272,826";"Effective Dispersion of Carbon Nanotubes in an Aqueous Solution and Their Application on Bionanotechnology";"06/04/2029"
-"NASA Langley Research Center";"Issued";"LAR-17229-1";7760778;"11/670,044";"Thin-film evaporative cooling concept for a solid-state laser diode crystal";"02/01/2027"
-"NASA Langley Research Center";"Issued";"LAR-17235-1";7414708;"11/461,569";"Multi-Point, Multi-Component Interferometric Rayleigh/Mie Doppler Velocimeter";"08/01/2026"
-"NASA Langley Research Center";"Issued";"LAR-17237-1";8294989;"12/512,344";"Photonic DART (Densely Accumulated Ray-point by micro-zone-plaTe)";"04/25/2031"
-"NASA Langley Research Center";"Issued";"LAR-17240-1";8111943;"12/423,907";"Computational Visual Servo:Automatic Measurement and Control for Smart Image Enhancement";"09/14/2030"
-"NASA Langley Research Center";"Issued";"LAR-17241-1";8018815;"12/490,747";"Optical Data Storage System with Micro Zone Plate";"12/05/2029"
-"NASA Langley Research Center";"Issued";"LAR-17242-1";8174695;"12/508,018";"MICRO-RING THIN-FILM SPECTROMETER ARRAY";"09/03/2030"
-"NASA Langley Research Center";"Issued";"LAR-17243-1";8411214;"12/144,937";"Variable Visibility Glasses for Flight Training";"02/01/2032"
-"NASA Langley Research Center";"Issued";"LAR-17245-1";8344281;"12/751,075";"Use of Beam Deflection to Control Electron Beam Wire Deposition Processes";"04/26/2031"
-"NASA Langley Research Center";"Issued";"LAR-17257-1";7590904;"11/531,703";"Detecting the loss of configuration access of reprogrammable Field Programmable Gate Array (FPGA) without external circuitry";"10/07/2027"
-"NASA Langley Research Center";"Issued";"LAR-17267-1";7704553;"11/710,386";"Method of Depositing Metals onto Carbon Allotropes and Compositions Therefrom";"06/26/2028"
-"NASA Langley Research Center";"Issued";"LAR-17268-1";7647543;"11/535,574";"Integrated mitigation for single event upset (SEU) of reprogrammable field programmable gate arrays (FPGA) operating in radiation environments";"09/27/2026"
-"NASA Langley Research Center";"Issued";"LAR-17280-1";7159774;"11/305,854";"Magnetic Field Response Measurement Acquisition System";"04/30/2024"
-"NASA Langley Research Center";"Issued";"LAR-17286-1";8081734;"12/628,446";"Miniature, Low-Power X-Ray Tube Using A Microchannel Electron Generator Electron Source";"02/26/2030"
-"NASA Langley Research Center";"Issued";"LAR-17290-1";7737867;"11/696,333";"Advance Display Media for Improved Airport Surface Operations";"06/11/2028"
-"NASA Langley Research Center";"Issued";"LAR-17293-1";7991491;"11/559,420";"Control Device And Method For Generating Control Signals For Technical Devices";"03/04/2030"
-"NASA Langley Research Center";"Issued";"LAR-17294-1";8430327;"11/671,089";"Low Profile Sensors Using Self-Resonating Inductors";"08/22/2028"
-"NASA Langley Research Center";"Issued";"LAR-17295-1";7683797;"11/671,131";"System For Providing Damage Detection And Thermal Protection";"02/15/2028"
-"NASA Langley Research Center";"Issued";"LAR-17300-1";7538860;"11/840,363";"A Method and Apparatus for Determination of the Reflection Wavelength of Multiple Low-Reflectivity Bragg Gratings in a Single Fiber";"12/31/2027"
-"NASA Langley Research Center";"Application";"LAR-17307-1";0;"11/466,569";"Low Mass Free Piston Space Radiator";
-"NASA Langley Research Center";"Issued";"LAR-17317-1";8401217;"11/780,500";"Extreme Low Frequency Acoustic Measurement Portable System";"11/29/2030"
-"NASA Langley Research Center";"Application";"LAR-17317-2";;"13/771,735";"Extreme Low Frequency Acoustic Measurement System";"07/20/2027"
-"NASA Langley Research Center";"Application";"LAR-17318-1";0;"13/082,734";"Preparation of Metal Nanowire Decorated Carbon Allotropes";"08/29/2027"
-"NASA Langley Research Center";"Issued";"LAR-17321-1";8545986;"12/043,276";"Ultra High-Temperature, Lightweight Insulation Material Compositions And Methods For Making And Using Them";"06/27/2030"
-"NASA Langley Research Center";"Application";"LAR-17323-1";0;"11/757,780";"Concept And Design Of Oxygen Band Radar For Surface Air Pressure Remote Sensing";
-"NASA Langley Research Center";"Issued";"LAR-17325-1";8060350;"12/56,686";"Unsteady aerodynamic reduced-order models (ROMs) for efficient aeroelastic analysis";"03/04/2030"
-"NASA Langley Research Center";"Issued";"LAR-17327-1";8117013;"12/002,857";"Standardized Radiation Shield Design Method: 2005 HZETRN";"07/05/2030"
-"NASA Langley Research Center";"Application";"LAR-17330-1";0;"11/946,207";"Multi Functional Composite And Honeycomb Panels";
-"NASA Langley Research Center";"Issued";"LAR-17332-1";7958733;"11/762,827";"Active Flow Effectors by Embedded Shape Memory Alloy Actuation";"11/04/2029"
-"NASA Langley Research Center";"Application";"LAR-17332-2";;"13/096,305";"Jet Engine Exhaust Nozzle Flow Effector";"07/05/2027"
-"NASA Langley Research Center";"Issued";"LAR-17335-1";8170234;"12/108,562";"Extension Of DAMAS Phased Array Processing For Spatial Coherence Determination (DAMAS-C)";"03/02/2031"
-"NASA Langley Research Center";"Issued";"LAR-17346-1";7649439;"11/465,503";"Thermoelectric Devices From Thin Metal System To Include Flexible Substrate And Method Of Making Same";"04/28/2027"
-"NASA Langley Research Center";"Issued";"LAR-17355-1";8164485;"11/863,964";"A Method of Providing a Synthetic Vision System Flight Management Visualization Display for Aiding Pilot Preview, Rehearsal and/or Review and Real-Time Visual Acquisition of Flight Mission Progress";"06/24/2029"
-"NASA Langley Research Center";"Application";"LAR-17361-1";0;"12/138,709";"Airfoil/ Wing Flow Control Using Flexible Extended Trailing Edge";
-"NASA Langley Research Center";"Issued";"LAR-17365-1";7784732;"11/958,673";"Boundary-Layer-Ingesting S-Duct Diffusing Inlet Flow Control Using Hybrid Vane/Jet Approach at Transonic Flow Conditions";"04/26/2029"
-"NASA Langley Research Center";"Issued";"LAR-17381-1";8044294;"12/254,016";"Thermoelectric material made with highly oriented twinned alloy of Si, Ge, C, and Sn on the basal plane of trigonal substrate and thermoelectric device made with the same material";"10/11/2029"
-"NASA Langley Research Center";"Issued";"LAR-17382-1";8052069;"12/393,238";"Advanced High Performance Vertical Hybrid Electroactive Synthetic Jet Actuator (ASJA-V)";"10/18/2029"
-"NASA Langley Research Center";"Issued";"LAR-17384-1";8662412;"12/354,808";"Advanced Modified High Performance Synthetic Jet Actuator With Optimized Curvature Shape Chamber (ASJA-M)";"10/27/2031"
-"NASA Langley Research Center";"Issued";"LAR-17385-1";7671306;"11/589,011";"Apparatus For Free Electron Laser Ablative Synthesis Of Carbon Nanotubes";"03/10/2028"
-"NASA Langley Research Center";"Application";"LAR-17386-1";0;"12/851,584";"Fine-Grained Targets For Free Electron Laser Synthesis Of Carbon Nanotubes";
-"NASA Langley Research Center";"Issued";"LAR-17387-1";7663077;"11/589,010";"Process For Optimizing The Yield And Production Rate Of Single-Walled Carbon Nanotubes Using Free Electron Laser Synthesis";"01/23/2028"
-"NASA Langley Research Center";"Issued";"LAR-17390-1";8235309;"12/355,782";"Advanced High Performance Horizontal Piezoelectric Hybrid Synthetic Jet Actuator (ASJA-H)";"04/02/2031"
-"NASA Langley Research Center";"Issued";"LAR-17391-1";7792015;"12/187,458";"A Byzantine-Fault Tolerant Self-Stabilizing Protocol for Distributed Clock Synchronization Systems";"08/14/2028"
-"NASA Langley Research Center";"Issued";"LAR-17402-1";7964698;"11/935,036";"Wholly Aromatic Liquid Crystalline Polyetherimide (LC-PEI) Resin for manufacturing high modulus fibers, films, injection molded articles and foams";"09/27/2029"
-"NASA Langley Research Center";"Issued";"LAR-17405-1";8226767;"12/254,134";"Hybrid Bandgap Engineering for Rhombohedral Super-Hetero-Epitaxy";"05/11/2031"
-"NASA Langley Research Center";"Application";"LAR-17413-2";0;"12/641,603";"Nanoparticle-Containing Thermoplastic Composites and Methods of Preparing Same";
-"NASA Langley Research Center";"Issued";"LAR-17425-1";8059273;"12/496,788";"Micro Spectrometer for Parallel Light";"08/19/2029"
-"NASA Langley Research Center";"Application";"LAR-17427-1";0;"12/174,360";"Tailorable Dielectric Materials with Complex Permittivity Characteristics providing High Dielectric Constants and Low Loss Factors";
-"NASA Langley Research Center";"Issued";"LAR-17432-1";8112243;"12/118,172";"Forward Voltage Short Pulse (FVSP) Technique for Measuring High Power Laser Diode Array (LDA) Junction Temperature";"11/27/2030"
-"NASA Langley Research Center";"Issued";"LAR-17433-1";7902815;"11/856,807";"A Multi-Measurement Wheel Sensor";"06/19/2029"
-"NASA Langley Research Center";"Issued";"LAR-17440-1";7845215;"11/844,571";"Resonant Difference-Frequency Atomic Force Ultrasonic Microscope";"02/03/2029"
-"NASA Langley Research Center";"Issued";"LAR-17444-1";8042739;"11/864,012";"Wireless Tamper Detection Sensor Requiring No Electrical Connection";"11/08/2029"
-"NASA Langley Research Center";"Issued";"LAR-17447-1";8002219;"11/941,119";"Multifunctional Boost Protective Cover (MBPC) For A Launch Abort System (LAS)";"01/16/2030"
-"NASA Langley Research Center";"Application";"LAR-17455-3";;"13/938,622";"A Nanotube Film Electrode and an Electroactive Device Fabricated with the Nanotube Film Electrode and Methods for Making Same";"10/28/2031"
-"NASA Langley Research Center";"Issued";"LAR-17469-1";8094306;"12/487,735";"Micro Ring Grating Spectrometer with Moveable Aperture Slit";"08/27/2030"
-"NASA Langley Research Center";"Issued";"LAR-17477-1";7993567;"12/131,420";"Auxiliary Electrode For Electrospinning Process";"10/02/2029"
-"NASA Langley Research Center";"Issued";"LAR-17478-1";7883052;"11/954,452";"Integration Of A Turbo-Fan Engine Above An Aircraft's Wing Which Reduces Drag And Community Noise";"09/24/2029"
-"NASA Langley Research Center";"Issued";"LAR-17480-1";7711509;"11/930,222";"A Method To Calibrate Magnetic Response Fluid-Level Sensors Using Complete Sensor Immersion In Fluid";"03/18/2028"
-"NASA Langley Research Center";"Issued";"LAR-17485-1";7851062;"12/124,273";"Composition of and Method to Prepare Hybrid Laminates from Metal Plasma Coated Fibers and Polymer Matrix Resins";"09/09/2028"
-"NASA Langley Research Center";"Issued";"LAR-17485-2";8017190;"12/906,633";"Metal/Fiber Laminate and Fabrication Using A Porous Metal/Fiber Preform";"05/21/2028"
-"NASA Langley Research Center";"Issued";"LAR-17487-1";8157207;"11/836,517";"Jet Engine Nozzle Exit Configurations And Associated Systems And Methods";"04/15/2029"
-"NASA Langley Research Center";"Issued";"LAR-17488-1";7814786;"12/015,626";"Thin-Film Sensor For Measuring Liquid-Level And Temperature Having No Electrical Connections";"08/26/2028"
-"NASA Langley Research Center";"Issued";"LAR-17493-1";8424200;"12/098,000";"Conducting Nanotubes Or Nanostructures Based Composites, Method Of Making Them And Applications";"05/16/2031"
-"NASA Langley Research Center";"Issued";"LAR-17502-1";8529249;"11/860,703";"Quick Change Ceramic Flame Holder for High Output Torch";"03/14/2030"
-"NASA Langley Research Center";"Application";"LAR-17502-1-CON";;"14/021,325";"Flame Holder System";"09/25/2027"
-"NASA Langley Research Center";"Issued";"LAR-17514-1";8196858;"12/721,833";"Mars Airplane";"02/15/2031"
-"NASA Langley Research Center";"Issued";"LAR-17526-1";7991595;"12/138,768";"Adaptive Refinement Tools (ARTs) for Tetrahedral Unstructured Grids";"06/07/2029"
-"NASA Langley Research Center";"Issued";"LAR-17528-1";7878348;"12/248,339";"Lightweight Lunar Surface Remote Manipulator System (LSRMS)";"10/09/2028"
-"NASA Langley Research Center";"Issued";"LAR-17535-1";8206674;"12/152,414";"High Pressure Boron Vaporization Synthesis Of Few-Walled Boron Nitride Nanotube Fibers";"04/13/2030"
-"NASA Langley Research Center";"Issued";"LAR-17539-1";8164328;"12/493,573";"Development Of Eddy Current Techniques For The Detection Of Stress Corrosion Cracking In Space Shuttle Primary Reaction Control Thrusters";"01/08/2030"
-"NASA Langley Research Center";"Issued";"LAR-17547-1";7848381;"12/366,722";"Line Tunable Visible and Ultraviolet Laser";"07/05/2029"
-"NASA Langley Research Center";"Issued";"LAR-17553-1";8257491;"12/288,379";"NEW RHOMBOHEDRAL ALIGNMENT OF CUBIC SEMICONDUCTOR ON TRIGONAL SUBSTRATE AT A HIGH TEMPERATURE";"07/06/2031"
-"NASA Langley Research Center";"Issued";"LAR-17554-1";7769135;"12/288,380";"X-ray Diffraction Wafer Mapping Method for  Rhombohedral Super-Hetero-Epitaxy";"10/20/2028"
-"NASA Langley Research Center";"Application";"LAR-17555-1";0;"13/020,194";"Front-Flight-Path Turbulence & Vortex Detection System";
-"NASA Langley Research Center";"Issued";"LAR-17573-1";7855368;"12/178,173";"Air Coupled Acoustic Thermography Nondestructive Evaluation System And Method";"10/09/2028"
-"NASA Langley Research Center";"Issued";"LAR-17576-1";7742663;"12/261,376";"Innovative Structural Design And Materials For Transmission To And Protection Of Ultraviolet And Infrared Radiation Sensors";"10/30/2028"
-"NASA Langley Research Center";"Issued";"LAR-17579-1";8673649;"12/463,475";"Wireless Chemical Sensing Using Changes To An Electrically Conductive Reactant Within Sensor's Magnetic Field";"01/04/2031"
-"NASA Langley Research Center";"Issued";"LAR-17593-1";8167204;"12/253,422";"Open Circuit Damage Location Sensor Having No Electrical Connections";"10/30/2030"
-"NASA Langley Research Center";"Issued";"LAR-17608-1";7901611;"12/274,652";"Methodology for calculating fiber distribution during electrospinning";"01/12/2029"
-"NASA Langley Research Center";"Issued";"LAR-17609-1";8255732;"12/429,603";"A Self-Stabilizing Byzantine-Fault-Tolerant Clock Synchronization Protocol";"12/30/2030"
-"NASA Langley Research Center";"Issued";"LAR-17629-1";7813599;"12/390,606";"A Method for Shape Determination of Multi-Core Optical Fiber";"02/23/2029"
-"NASA Langley Research Center";"Issued";"LAR-17634-1";7893602;"12/328,162";"Distributed transducer capable of generating or sensing a transverse point load";"03/14/2029"
-"NASA Langley Research Center";"Application";"LAR-17636-1";0;"13/752,495";"PICA on Edge: Edgewise strips of PICA ablator to eliminate gaps in capsule heat shield";"01/29/2033"
-"NASA Langley Research Center";"Issued";"LAR-17638-1";8508413;"13/082,839";"Fractal Dielectric Microstrip Antenna using Patterned Substrate Material Geometries";"03/02/2032"
-"NASA Langley Research Center";"Issued";"LAR-17651-1";8259104;"12/493,666";"Domain Decomposition By the Advancing-Partition Method for Parallel Unstructured Grid Generation";"03/09/2031"
-"NASA Langley Research Center";"Issued";"LAR-17655-1";8111832;"12/424,793";"Local Intelligence Based Impedance Optimization Scheme for Adaptive Noise Reduction";"06/25/2030"
-"NASA Langley Research Center";"Issued";"LAR-17656-1";8108178;"12/467,475";"DIRECTED DESIGN OF EXPERIMENTS FOR VALIDATING PROBABILITY OF DETECTION CAPABILITY OF NDE SYSTEMS (DOEPOD)";"05/05/2030"
-"NASA Langley Research Center";"Application";"LAR-17668-1";0;"12/322,591";"Device for the Large-Scale synthesis of High-Quality Boron Nitride Nanotubes";"02/04/2029"
-"NASA Langley Research Center";"Issued";"LAR-17681-1";8347479;"12/849,906";"Thermally-Activated Crack Healing Mechanism for Metallic Materials";"04/30/2031"
-"NASA Langley Research Center";"Application";"LAR-17681-2";;"13/719,740";"System for Repairing Cracks in Structures";"08/04/2030"
-"NASA Langley Research Center";"Issued";"LAR-17681-3";8679642;"14/037,850";"System for Repairing Cracks in Structures";"08/04/2030"
-"NASA Langley Research Center";"Application";"LAR-17689-1";0;"12/393,289";"Negative Dielectric Constant Material Based on Ion Conducting Materials";"08/20/2031"
-"NASA Langley Research Center";"Application";"LAR-17694-1";0;"12/974,359";"A Synthetic Quadrature Phase Detector/Demodulator for Fourier Transform Spectrometers";"03/09/2032"
-"NASA Langley Research Center";"Issued";"LAR-17695-1";8658004;"12/470,689";"Vapor-Barrier Vacuum Isolation System";"08/01/2032"
-"NASA Langley Research Center";"Application";"LAR-17696-1";0;"12/543,686";"Asymmetric Dielectric Elastomer Composite Material";"03/16/2031"
-"NASA Langley Research Center";"Issued";"LAR-17705-1";8672107;"13/042,655";"Tunable damper capable of tailoring the structural damping for individual modes of vibration using minimal space and minimal impact on the system frequencies and mode shapes.";"11/28/2031"
-"NASA Langley Research Center";"Issued";"LAR-17709-1";7912101;"12/628,423";"Increased Efficiency Nonlinear Optical Interactions";"12/01/2029"
-"NASA Langley Research Center";"Issued";"LAR-17711-1";8179203;"12/569,984";"Wireless Electrical Applications/Devices Using  floating Electrodes  Electromagnetically Coupled to Open-Circuit Devices";"07/09/2030"
-"NASA Langley Research Center";"Application";"LAR-17723-1";0;"12/699,334";"Novel material for wound healing applications.";
-"NASA Langley Research Center";"Issued";"LAR-17724-1";8378659;"12/703,221";"Electroactive polymer fibers for structural health monitoring.";"01/22/2031"
-"NASA Langley Research Center";"Issued";"LAR-17735-1";8490463;"12/881,431";"Assessment and Calibration of Crimp Tool Equipped with Ultrasonic Analysis, including Phantom Construction";"10/22/2031"
-"NASA Langley Research Center";"Issued";"LAR-17736-1";8147920;"12/370,755";"Controlled Deposition And Alignment Of Carbon Nanotubes (Continuation of LAR 16499-1)";"02/13/2029"
-"NASA Langley Research Center";"Application";"LAR-17738-1";0;"12/685,280";"Sensory Metallic Materials";
-"NASA Langley Research Center";"Issued";"LAR-17743-1";8473663;"13/011,198";"Reconfigurable Peripheral Component Interconnect local bus controller and target design.";"10/07/2031"
-"NASA Langley Research Center";"Issued";"LAR-17745-1";7906043;"12/550,431";"Electrically Conductive, Optically Transparent Polymer/Carbon Nanotube Composites And Process For Preparation Thereof";"11/01/2022"
-"NASA Langley Research Center";"Application";"LAR-17877-1";;"13/277,859";"Autonomous Leading-Edge Slat Device for Reduction of Aeroacoustic Noise Associated with Aircraft Wings";
-"NASA Langley Research Center";"Application";"LAR-17747-1";0;"13/029,471";"Temperature Sensing Using Temperature Sensitive Dielectric Material in Proximity to Open-Circuit Sensors Having No Electrical Connections";
-"NASA Langley Research Center";"Application";"LAR-18090-1";;"13/786,608";"No Moving Part - Variable Frequency Fluidic Oscillator";"03/06/2033"
-"NASA Langley Research Center";"Application";"LAR-17747-1-CON";;"14/193,861";"Wireless Temperature Sensor Having No Electrical Connections and Sensing Method for Use Therewith";"02/17/2031"
-"NASA Langley Research Center";"Issued";"LAR-17748-1";8303922;"12/546,185";"Exfoliation of Hexagonal Boron Nitride";"11/19/2030"
-"NASA Langley Research Center";"Issued";"LAR-17759-1";7935414;"12/406,315";"Multilayer Electroactive Polymer Composite Material (Continuation of LAR 17112-1)";"03/18/2029"
-"NASA Langley Research Center";"Issued";"LAR-17766-1";8452073;"12/750,991";"Method for Closed Loop Process Control for Electron Beam Freeform Fabrication and Deposition Processes";"10/02/2031"
-"NASA Langley Research Center";"Application";"LAR-17769-1";0;"12/894,279";"Modifying Surface Energy via Laser Ablative Surface Patterning";
-"NASA Langley Research Center";"Application";"LAR-17777-1";;"13/443,940";"Process to Fabricate Specific Sized Monodisperse Polystryene Microparticles";
-"NASA Langley Research Center";"Application";"LAR-17780-1";0;"12/387,703";"Boron Nitride Nanotube Fibrils and Yarns  (Filed by JLabs, their ref: ID 1248/Docket 2025(JSA)";
-"NASA Langley Research Center";"Application";"LAR-17786-1";0;"12/964,381";"Smart Optics Material Characterization System";
-"NASA Langley Research Center";"Application";"LAR-17789-1";0;"12/969,076";"Electroactive scaffold";
-"NASA Langley Research Center";"Application";"LAR-17791-1";0;"13/070,552";"Apparatus and Method for Selective Enhancement of Surface Plasmon Polaritons to Initiate and Sustain Low Energy Nuclear Reactions in Metal Hydride Systems";
-"NASA Langley Research Center";"Issued";"LAR-17799-1";8655513;"13/046,030";"Realtime 3-D Image Processing and Enhancement";"05/25/2031"
-"NASA Langley Research Center";"Application";"LAR-17800-1";0;"13/527,638";"Method for generating laser linear frequency modulation waveform";
-"NASA Langley Research Center";"Application";"LAR-17801-1";0;"13/566,077";"Coherent Doppler lidar for measuring altitude, ground velocity, and air velocity of aircraft and spaceborne vehicles";"08/03/2032"
-"NASA Langley Research Center";"Application";"LAR-17813-1";0;"13/198,817";"Durable Joining Technology for Uniformly-Curved Composite Sandwich Structures";"08/17/2032"
-"NASA Langley Research Center";"Application";"LAR-17813-1-CON";;"14/200,708";"Systems, Apparatuses, and Methods for Using Durable Adhesively Bonded Joints for Sandwich Structures";"08/05/2031"
-"NASA Langley Research Center";"Application";"LAR-17830-1";0;"12/925,047";"Actuators and Sensors Fabricated with Boron Nitride Nanotubes (BNNTs) and BNNT Polymer Composites";
-"NASA Langley Research Center";"Issued";"LAR-17831-1";8651429;"13/214,453";"Blended Cutout Flap Design for the Reduction of Jet-Flap Interaction Noise";"08/22/2031"
-"NASA Langley Research Center";"Application";"LAR-17832-1";0;"13/214,469";"Aircraft Engine Nozzle Systems for Jet Noise Reduction by Acoustic Shielding";
-"NASA Langley Research Center";"Application";"LAR-17833-1";0;"13/214,481";"Active Aircraft Pylon Noise Control System";
-"NASA Langley Research Center";"Issued";"LAR-17836-1";8671763;"12/850,708";"Sub-Surface Windscreen for Outdoor Measurement of Infrasound";"02/18/2031"
-"NASA Langley Research Center";"Application";"LAR-17841-1";0;"   14/202,699";"High Mobility Transport Layer Structures for Rhombohedral Si/Ge/SiGe Devices";"03/10/2034"
-"NASA Langley Research Center";"Application";"LAR-17848-1";0;"13/796,626";"Spectroscopy using Electric Permittivity, Magnetic Permeability and Electrical Conductivity Spatial Profiles";"03/12/2033"
-"NASA Langley Research Center";"Issued";"LAR-17856-1";8198976;"12/688,309";"Flexible Thin Metal Film Thermal Sensing System (CIP of LAR 17346-1)";"09/20/2030"
-"NASA Langley Research Center";"Application";"LAR-17857-1";0;"12/967,690";"A GPS-Based Pitot-Static Calibration Method Using Global Output-Error Optimization";
-"NASA Langley Research Center";"Application";"LAR-17869-1";;"13/166,226";"Team Electronic Gameplay Combining Different Means of Control";
-"NASA Langley Research Center";"Application";"LAR-17886-1";;"13/324,527";"Method and Apparatus to Detect Wire Pathologies Near Crimped Connector";
-"NASA Langley Research Center";"Application";"LAR-17887-1";;"13/743,750";"Interrogations Leading to Recertification of Wire Crimps and Other Joining Technologies.";"01/17/2033"
-"NASA Langley Research Center";"Issued";"LAR-17888-1";8605262;"13/167,093";"Time Shifted PN Codes for CW LIDAR, RADAR, and SONAR";"12/28/2031"
-"NASA Langley Research Center";"Issued";"LAR-17894-1";8494687;"13/166,121";"3-D Super Resolution Algorithm for Flash LIDAR Image Enhancement";"12/11/2031"
-"NASA Langley Research Center";"Application";"LAR-17895-1";;"13/166,166";"Method and System for Physiologically Modulating Videogames or Simulations Which Use Motion-Sensing Input Devices";
-"NASA Langley Research Center";"Application";"LAR-17902-1";;"13/068,329";"Neutron and Ultraviolet Radiation Shielding Films Fabricated Using Boron Nitride Nanotubes and Boron Nitride Nanotube Composites";
-"NASA Langley Research Center";"Application";"LAR-17906-1";;"13/272,027";"Abnormal Grain Growth Suppression in Aluminum Alloys";
-"NASA Langley Research Center";"Issued";"LAR-17908-1";8655094;"13/105,004";"New Photogrammetry System to Measure Relative 6-Degree-of-Freedom Motion Between Two Bodies Using Heterogeneous Cameras Having Arbitrary Wide-Angle Lenses with Non-Overlapping Fields of View";"04/23/2032"
-"NASA Langley Research Center";"Application";"LAR-17918-1";;"13/136,216";"High Kinetic Energy Penetrator Shielding and High Wear Resistance Materials Fabricated with Boron Nitride Nanotubes (BNNTs) and BNNT Polymer Composites";
-"NASA Langley Research Center";"Issued";"LAR-17919-1";8661653;"13/191,882";"Z-Shields from Fiber Metal Laminate";"07/27/2031"
-"NASA Langley Research Center";"Application";"LAR-17919-2";;"13/963,484";"Z-Shields from Fiber Metal Laminate";"07/27/2031"
-"NASA Langley Research Center";"Application";"LAR-18097-1";;"13/591,320";"Arbitrary Shape Initialization of Fiber Optic Shape Sensing Systems";"08/22/2032"
-"NASA Langley Research Center";"Application";"LAR-17923-1";;"13/411,793";"A Method of Creating Micro-scale Silver Telluride Grains Covered with Bismuth Nanospheres as Nano-bridges for Thermoelectric Application";"11/14/2032"
-"NASA Langley Research Center";"Application";"LAR-17947-1";;"13/775,809";"Linear Fresnel Spectrometer Chip with Gradient Line Grating";"02/25/2033"
-"NASA Langley Research Center";"Application";"LAR-17952-1";;"13/411,891";"Multi-Point Interferometric Phase Change Detection Algorithm";
-"NASA Langley Research Center";"Application";"LAR-17958-1";;"13/195,251";"Wireless Open-Circuit In-Plane Strain and Displacement Sensors Having No Electrical Connections";"07/16/2032"
-"NASA Langley Research Center";"Issued";"LAR-17959-1";8087494;"12/894,326";"Method of Making a Composite Panel Having Subsonic Transverse Wave Speed Characteristics (Continuation of LAR 16535-1)";"09/30/2030"
-"NASA Langley Research Center";"Application";"LAR-17966-1";;"13/457,687";"Wide Bandwidth Magneto-Resistive Sensor Based Eddy Current Probe";
-"NASA Langley Research Center";"Application";"LAR-17967-1";;"13/293,846";"Relaxor Piezoelectric Single Crystal Multilayer Stacks for Energy Harvesting Transducers (RPSEHT)";
-"NASA Langley Research Center";"Application";"LAR-17972-1";;"13/200,314";"BxCyNz Nanotube Formation via the Pressurized Vapor/Condenser";
-"NASA Langley Research Center";"Application";"LAR-17973-1";;"13/200,316";"Efficient Boron Nitride Nanotube (BNNT) and BxCyNz Nanotube Formation via Combined Laser-Gas Flow Levitation (JLab's ref: 2010-09-13-RRW)";
-"NASA Langley Research Center";"Application";"LAR-17977-1";;"13/447,513";"Variable Stiffness Shape Adaptive Multi-Layered Polymer Composite";
-"NASA Langley Research Center";"Application";"LAR-17980-1";;"13/457,540";"Space Utilization Optimization Tools";
-"NASA Langley Research Center";"Application";"LAR-17984-1";;"13/326,779";"FLEXible Side Edge Link (FLEXSEL) for Trailing-Edge Flap Aeroacoustic Noise Reduction";"12/15/2031"
-"NASA Langley Research Center";"Application";"LAR-17985-1";;"13/231,386";"An Acoustic Beamforming Array Using Feedback-Controlled Microphones for Tuning and Self-Matching of Frequency Response (Michigan State University's ref: TEC2011-0045)";
-"NASA Langley Research Center";"Application";"LAR-17987-1";;"13/364,814";"A Self-Stabilizing Distributed Clock Synchronization Protocol For Arbitrary Digraphs";
-"NASA Langley Research Center";"Application";"LAR-17991-1";;"13/200,315";"Production Rig for the Synthesis of BNNTs via the PVC Method";
-"NASA Langley Research Center";"Issued";"LAR-17993-1";8662213;"13/342,264";"Locomotion of Amorphous Surface Robots";"05/06/2032"
-"NASA Langley Research Center";"Application";"LAR-17993-2";;"14/189,019";"Locomotion of Amorphous Surface Robots";"01/03/2033"
-"NASA Langley Research Center";"Application";"LAR-17994-1";;"13/273,516";"Manufacturing of Low Mass, Large-Scale Hierarchical Thin Film Structural Systems";
-"NASA Langley Research Center";"Application";"LAR-17996-1";;"14/202,289";"Nanostructure Neutron Converter Layer Development";"03/10/2034"
-"NASA Langley Research Center";"Issued";"LAR-18006-1";8671551;"13/363,413";"Crimp Quality Assessment from Jaw Position-Ultrasonic Transmission Analysis";"02/01/2032"
-"NASA Langley Research Center";"Application";"LAR-18006-2";;"14/193,086";"Crimp Quality Assessment from Jaw Position-Ultrasonic Transmission Analysis";"02/01/2032"
-"NASA Langley Research Center";"Issued";"LAR-18016-1";8636407;"13/029,426";"Wireless Temperature Sensor Having No Electrical Connections and Sensing Method For Use Therewith";"11/23/2031"
-"NASA Langley Research Center";"Application";"LAR-18021-1";;"13/417,347";"Flap Side Edge Liners for Airframe Noise Reduction";"07/31/2032"
-"NASA Langley Research Center";"Application";"LAR-18023-1";;"13/417,349";"Landing Gear Door Liners for Airframe Noise Reduction";"03/12/2032"
-"NASA Langley Research Center";"Application";"LAR-18024-1";;"13/417,351";"External Acoustic Liners for Multi-Functional Aircraft Noise Reduction";
-"NASA Langley Research Center";"Application";"LAR-18026-1";;"13/286,715";"Synthesis of Novel Copoly(imide oxetane)s with Unique Surface Properties";
-"NASA Langley Research Center";"Application";"LAR-18257-1";;"14/105,757";"A Structural Joint With Multi-Axis Load Carrying Capacity";"12/13/2033"
-"NASA Langley Research Center";"Issued";"LAR-18032-1";8229716;"12/981,432";"Fast Tracking Methods and Systems for Air Traffic Modeling Using a Monotonic Lagrangian Grid (US Naval Research Laboratory ref: 100148-US2)";"12/29/2030"
-"NASA Langley Research Center";"Application";"LAR-18034-1";;"13/291,372";"Compact Active Vibration Control System";
-"NASA Langley Research Center";"Application";"LAR-18037-1";;"13/453,717";"A Multifunctional Lightning Protection and Detection System for Aerospace Vehicles";
-"NASA Langley Research Center";"Application";"LAR-18040-1";;"13/986,089";"Multi-Functional BN-BN Composite";"03/29/2033"
-"NASA Langley Research Center";"Application";"LAR-18065-1";;"13/860,697";"Variable Acceleration Force Calibration System";"04/11/2033"
-"NASA Langley Research Center";"Application";"LAR-18070-1";;"13/923,307";"Transparent and Ubiquitous Sensing Technology";"06/20/2033"
-"NASA Langley Research Center";"Application";"LAR-18071-1";;"13/923,312";"Using Ubiquitous Conductor to Power and Interrogate Wireless Passive Sensors and Construct Sensor Network";
-"NASA Langley Research Center";"Application";"LAR-18073-1";;"13/941,441";"Doped Chiral Polymer Negative Index Materials (DCPNIM)";"07/12/2033"
-"NASA Langley Research Center";"Application";"LAR-18077-1";;"13/630,459";"Flight Deck Technology and Procedure for Pilots to Generate Flight-Optimizing Trajectory Requests that Avoid Nearby Traffic";"09/28/2032"
-"NASA Langley Research Center";"Application";"LAR-18089-1";;"13/786,713";"Synchronized Sweeping Jet Actuators";"03/06/2033"
-"NASA Langley Research Center";"Application";"LAR-18127-1";;"13/913,782";"Synergistic Chemical and Topographical Surface Modifications and Articles of Manufacture for Dynamic Insect Adhesion Mitigation";"06/10/2033"
-"NASA Langley Research Center";"Application";"LAR-18131-1";;"13/774,422";"Puncture- healing Thermoplastic Resin Carbon Fiber Reinforced Composites towards More Damage/Impact Tolerant Systems";
-"NASA Langley Research Center";"Application";"LAR-18132-1";;"13/673,360";"Modeling of Laser Ablation and Plume Chemistry in a Boron Nitride Nanotube Production Rig";"11/09/2032"
-"NASA Langley Research Center";"Application";"LAR-18143-1";;"13/694,286";"In-situ Mechanical Property Measurements of Amorphous Carbon-boron Nitride Nanotube";"11/15/2032"
-"NASA Langley Research Center";"Application";"LAR-18144-1";;"13/836,609";"Method and System for Physiologically Modulating Videogames and Simulations Which Use Gesture and Body Image Sensing Control Input Devices";"03/15/2033"
-"NASA Langley Research Center";"Application";"LAR-18160-1";;"13/864,396";"Tension Stiffened and Tendon Actuated Space Manipulators";"04/17/2033"
-"NASA Langley Research Center";"Application";"LAR-18166-1";;"13/764,062";"Reactive Orthotropic Lattice Diffuser (ROLD) for Reducing Aerodynamic Noise from Aircraft Flap Tips";"03/12/2032"
-"NASA Langley Research Center";"Application";"LAR-18179-1";;"13/792,489";"Extreme Reduced Instruction Set Computing (xRISC) for High Speed Execution of Computing Algorithms";"03/11/2033"
-"NASA Langley Research Center";"Application";"LAR-18183-1";;"13/834,294";"Height Control and Deposition Measurement for the Electron Beam Free Form Fabrication (EBF3) Process";"03/15/2033"
-"NASA Langley Research Center";"Application";"LAR-18184-1";;"13/987,706";"Conductive Polymer/Carbon Nanotube Structural Materials and Methods for Making Same";"08/23/2033"
-"NASA Langley Research Center";"Application";"LAR-18186-1";;"12/482,503";"Flexible Volumetric Structure";
-"NASA Langley Research Center";"Application";"LAR-18202-1";;"13/713,033";"Ground-to-Space Laser Calibration System";"12/13/2032"
-"NASA Langley Research Center";"Application";"LAR-18204-1";;"13/800,379";"Quasi-Static Electric Field Generator";"03/13/2033"
-"NASA Langley Research Center";"Application";"LAR-18211-1";;"13/781,918";"A Statistically Based Approach to Broadband Liner Design and Assessment";"03/01/2033"
-"NASA Langley Research Center";"Application";"LAR-18217-1";;"13/771,116";"A Graphical Acoustic Liner Design and Analysis Tool";"02/20/2033"
-"NASA Langley Research Center";"Application";"LAR-18246-1";;"13/765,714";"Tethered Vehicle Control and Tracking System";"02/13/2033"
-"NASA Langley Research Center";"Application";"LAR-18266-1";;"14/079,914";"Airborne Wind Profiling Algorithm for Doppler Wind Lidar (APOLO)";"11/14/2033"
-"NASA Langley Research Center";"Application";"LAR-18267-1";;"13/838,260";"Method and System for Physiologically Modulating Action Role-playing Open World Video Games and Simulations Which Use Gesture and Body Image Sensing Control Input Devices";
-"NASA Langley Research Center";"Application";"LAR-18270-1";;"14/079,965";"Airborne Doppler Wind Lidar Post Data Processing Software DAPS-LV";"11/14/2033"
-"NASA Langley Research Center";"Application";"LAR-18301-1";;"13/838,163";"Flap Edge Noise Reduction Fins (FENoRFins)";"03/15/2033"
-"NASA Langley Research Center";"Application";"LAR-18318-1";;"14/191,898";"In-Situ Load System (ILS) for Calibrating and Validating Aerodynamic Properties of Scaled Aircraft in Ground-based Aerospace Testing Applications";"02/27/2034"
-"NASA Langley Research Center";"Application";"LAR-18374-1";;"14/072,019";"Modulated Sine Waves for Differential Absorption Measurements Using a CW Laser System";"06/23/2031"
-"NASA Glenn Research Center";"Issued";"LEW-16183-1";5866518;"08/786,360";"PS300 - Self Lubricating Readily Polished High Temperature Composite";"01/16/2017"
-"NASA Glenn Research Center";"Issued";"LEW-16519-2";6291838;"09/448,406";"Gas Sensing Diode";"11/15/2019"
-"NASA Glenn Research Center";"Issued";"LEW-16901-1";7190741;"10/274,756";"A Real-Time Signal-To-Noise Ratio Estimation Technique For BPSK And QPSK Modulation Using The Active Communications Channel";"10/21/2022"
-"NASA Glenn Research Center";"Issued";"LEW-17153-1";6550696;"09/794,794";"Lean Direct Injection Combustor/Multi Point Integrate Module Fuel-Air Mixer";"02/27/2021"
-"NASA Glenn Research Center";"Issued";"LEW-17157-1";6869480;"10/198,668";"Method For Production Of Atomic Scale Step Height Reference Specimens With Atomically Flat Surfaces";"07/17/2022"
-"NASA Glenn Research Center";"Issued";"LEW-17166-1";7497443;"11/121,850";"Resilient, Flexible, Pressure-Activated Seal";"05/03/2025"
-"NASA Glenn Research Center";"Issued";"LEW-17167-1";6667725;"10/196,391";"Radio Frequency (RF) Telemetry System For Sensors And Actuators";"07/11/2022"
-"NASA Glenn Research Center";"Issued";"LEW-17170-1";6706549;"10/124,689";"Common-Layered Architecture For Semiconductor Silicon Carbide (CLASSiC) Bulk Fabrication";"04/12/2022"
-"NASA Glenn Research Center";"Issued";"LEW-17182-1";7086648;"10/652,088";"Acoustic Seal";"08/22/2023"
-"NASA Glenn Research Center";"Issued";"LEW-17240-1";7427428;"10/601,657";"Mechanically Improved Interphase Coating For Silicon-Carbide Fiber-Reinforced Silicon-Carbide Matrix Composites";"06/24/2023"
-"NASA Glenn Research Center";"Issued";"LEW-17256-1";6845664;"10/263,980";"MEMS Direct Chip Attach (MEMS-DCA) Packaging Methodologies For Harsh Environments";"10/03/2022"
-"NASA Glenn Research Center";"Issued";"LEW-17256-2";7518234;"10/926,206";"MEMS Direct Chip Attach Packaging Methodologies And Apparatus For Harsh Environments";"08/25/2024"
-"NASA Glenn Research Center";"Issued";"LEW-17269-2";8212138;"11/696,441";"Reverse-Bias Protected Solar Array With Integrated ByPass Battery";"04/04/2027"
-"NASA Glenn Research Center";"Application";"LEW-17269-3";0;"13/482,493";"Reverse-Bias Protected Solar Array With Integrated ByPass Battery";
-"NASA Glenn Research Center";"Issued";"LEW-17291-1";6784276;"10/202,643";"Improved Processing For Polyimdes Via Concentrated Solid Monomer Reactants Approach";"07/25/2022"
-"NASA Glenn Research Center";"Issued";"LEW-17293-1";7023118;"10/390,256";"A Comprehensive C++ Controller For A Magnetically Supported Vertical Rotor: Version 1.0";"03/12/2023"
-"NASA Glenn Research Center";"Issued";"LEW-17293-2";6809450;"10/729,580";"Software For System For Controlling A Magnetically Levitated Rotor";"12/04/2023"
-"NASA Glenn Research Center";"Issued";"LEW-17299-1";6881820;"10/147,477";"Polyimide Rod-Coil Block Copolymers As Membrane Materials For Ion Conduction";"05/13/2022"
-"NASA Glenn Research Center";"Issued";"LEW-17317-1";7687016;"10/777,630";"Process For Improving Properties Of Silicon Carbide (SiC) Fibers And SiC Fiber-Reinforced Ceramic Matrix Composites";"02/13/2024"
-"NASA Glenn Research Center";"Application";"LEW-17317-2";0;"12/709,086";"Process For Improving Properties Of Silicon Carbide (SiC) Fibers And SiC Fiber-Reinforced Ceramic Matrix Composites";
-"NASA Glenn Research Center";"Issued";"LEW-17345-2";7813406;"11/402,997";"Temporal Laser Pulse Manipulation Using Multiple Optical Ring Cavities";"04/13/2026"
-"NASA Glenn Research Center";"Issued";"LEW-17383-1";6967462;"10/455,139";"Wireless Consumer Power";"06/05/2023"
-"NASA Glenn Research Center";"Application";"LEW-17458-2";0;"13/113,458";"Compact Solid-state Entangled Photon Source";
-"NASA Glenn Research Center";"Issued";"LEW-17483-1";7191013;"10/983,230";"Hand Held Device For Wireless Powering And Interrogation Of  BioMEMS Sensors And Actuators";"11/08/2024"
-"NASA Glenn Research Center";"Issued";"LEW-17484-5";7268939;"11/363,300";"Tracking Of Cells With A Compact Microscope Imaging System Using Intelligent Controls";"02/24/2026"
-"NASA Glenn Research Center";"Issued";"LEW-17494-1";7458221;"10/693,850";"Self-Sealing, Smart, Variable Area Nozzle (S3VAN) For Dynamic Flow Control In Gas Turbine Engines";"10/23/2023"
-"NASA Glenn Research Center";"Issued";"LEW-17498-1";7187835;"11/44,063";"Selective Wavelength Filtering";"01/28/2025"
-"NASA Glenn Research Center";"Issued";"LEW-17510-1";7416062;"10/693,853";"Torsional Magnetorheological Fluid  Resistant Device (TMRFRD)";"10/23/2023"
-"NASA Glenn Research Center";"Issued";"LEW-17517-1";7326027;"10/856,361";"Flow-Field Control-Rods To Stabilize Flow In A Centrifugal Compressor";"05/25/2024"
-"NASA Glenn Research Center";"Issued";"LEW-17520-1";7259692;"10/931,205";"Hybrid Power Management (HPM) Upgrade";"09/01/2024"
-"NASA Glenn Research Center";"Issued";"LEW-17551-1";7410714;"10/891,599";"Unitized Regenerative Fuel Cell System";"07/15/2024"
-"NASA Glenn Research Center";"Issued";"LEW-17561-1";7400096;"10/894,225";"Large Area Permanent Magnet ECR Plasma Source";"07/19/2024"
-"NASA Glenn Research Center";"Issued";"LEW-17589-1";7305935;"10/925,499";"Slotted Antenna Rectangular Waveguide Plasma Source For Ion Beam And Electron Beam Production";"08/25/2024"
-"NASA Glenn Research Center";"Issued";"LEW-17592-1";7704622;"10/926,457";"New Ion Conducting Organic/Inorganic Hybrid Polymers";"08/26/2024"
-"NASA Glenn Research Center";"Application";"LEW-17595-1";0;"13/018,611";"A Method Of Improving The Thermo-Mechanical Properties Of Fiber-Reinforced Silicon Carbide Matrix Composites";
-"NASA Glenn Research Center";"Issued";"LEW-17605-1";8394492;"10/974,991";"Skin Modified Aerogel Monoliths For Improved Ruggedness And Lower Hydrophylicity";"10/28/2024"
-"NASA Glenn Research Center";"Issued";"LEW-17618-1";7015304;"10/897,279";"High Tg Polyimides For Resin Transfer Molding (RTM)";"07/23/2024"
-"NASA Glenn Research Center";"Issued";"LEW-17618-1-REIS";"RE43,880";"11/429,639";"Solvent-Free Low Melt Viscosity Imide Oligomers and Thermosetting Polyimide Composites";"05/08/2026"
-"NASA Glenn Research Center";"Application";"LEW-17618-3";;"13/952,872";"High Tg Polyimides For Resin Transfer Molding (RTM)";"07/29/2033"
-"NASA Glenn Research Center";"Issued";"LEW-17630-1";7534519;"11/228,185";"Bi-Electrode Supported Cell For High Power Density Solid Oxide Fuel Cells";"09/16/2025"
-"NASA Glenn Research Center";"Application";"LEW-17634-1";0;"11/228,184";"Solid Oxide Fuel Cell Stack Design With Bi-Electrode Supported Cells";
-"NASA Glenn Research Center";"Application";"LEW-17634-2";0;"12/860,210";"Solid Oxide Fuel Cell Stack Design With Bi-Electrode Supported Cells";
-"NASA Glenn Research Center";"Issued";"LEW-17642-2";7308164;"11/398,734";"Energetic Atomic And Ionic Oxygen Textured Optical Surfaces For Blood Glucose Monitoring";"03/23/2026"
-"NASA Glenn Research Center";"Issued";"LEW-17642-4";7305154;"11/483,887";"Energetic Atomic And Ionic Oxygen Textured Optical Surfaces For Blood Glucose Monitoring";"07/11/2026"
-"NASA Glenn Research Center";"Issued";"LEW-17661-1 with LEW-17765-1";7438030;"11/213,604";"Method of Fabricating Silicon Carbide Corrugated Diaphragms and Modular Actuator";"08/26/2025"
-"NASA Glenn Research Center";"Issued";"LEW-17664-1";7500350;"11/44,471";"Elimination Of Lifetime Limiting Mechanism Of Hall Thrusters";"01/28/2025"
-"NASA Glenn Research Center";"Issued";"LEW-17671-1";7493869;"11/311,183";"Very Large Area/Volume Microwave ECR  Plasma And Ion Source";"12/16/2025"
-"NASA Glenn Research Center";"Issued";"LEW-17672-1";7261783;"10/946,286";"Low Density High Creep Resistant Single Crystal Superalloy For Turbine Airfoils";"09/22/2024"
-"NASA Glenn Research Center";"Issued";"LEW-17678-1";7624566;"11/40,304";"Magnetic Circuit For Hall Effect Plasma Accelerator";"01/18/2025"
-"NASA Glenn Research Center";"Issued";"LEW-17694-1";7397978;"11/180,990";"Carrier Structure For Packaging Microphotonic Millimeter-Wave Receiver Based On Lithium Niobate Electro-Optic Resonator Disk Technology";"07/13/2025"
-"NASA Glenn Research Center";"Issued";"LEW-17704-1";7250723;"11/16,735";"Cathode Luminescence Light Source For Broad Band Application In The Visible";"12/21/2024"
-"NASA Glenn Research Center";"Issued";"LEW-17765-1 with LEW-17661-1";7438030;"11/213,604";"Side Sliding Microactuator";"10/21/2025"
-"NASA Glenn Research Center";"Issued";"LEW-17786-1";8197249;"11/412,935";"Fully-Premixed Low-Emissions High-Pressure Multi-fuel Burner";"04/28/2026"
-"NASA Glenn Research Center";"Issued";"LEW-17814-1";7574137;"11/418,304";"Multi-wavelength Time-coincident Optical Communications System";"05/05/2026"
-"NASA Glenn Research Center";"Issued";"LEW-17820-1";7755292;"11/625,545";"Method For Ultraminiature Fiber Light Source";"01/22/2027"
-"NASA Glenn Research Center";"Issued";"LEW-17820-2";8264134;"12/795,356";"Method For Ultraminiature Fiber Light Source";"09/11/2032"
-"NASA Glenn Research Center";"Issued";"LEW-17825-1";8163243;"11/517,555";"Zero G Condensing Heat Exchanger With Integral Disinfection";"09/07/2026"
-"NASA Glenn Research Center";"Issued";"LEW-17826-1";7385692;"11/412,924";"Method And System For Fiber Optic Determination Of Nitrogen And Oxygen Concentrations In Ullage Of Liquid Fuel Tanks";"04/28/2026"
-"NASA Glenn Research Center";"Issued";"LEW-17859-1";7389675;"11/434,578";"Miniaturized Metal (Metal Alloy)/PdOx/SiC Schottky Diode Gas Sensors For Hydrogen And Hydrocarbons Detection At High Temperatures";"05/12/2026"
-"NASA Glenn Research Center";"Issued";"LEW-17859-2";8001828;"12/143,139";"Miniaturized Metal (Metal Alloy) PdOx/Sic Hydrogen And Hydrocarbon Gas Sensors";"06/20/2028"
-"NASA Glenn Research Center";"Issued";"LEW-17877-1";7876276;"11/499,982";"Antenna Near-Field Probe Station Scanner";"08/02/2026"
-"NASA Glenn Research Center";"Application";"LEW-17877-2";;"12/857,004";"Antenna Near-Field Probe Station Scanner";
-"NASA Glenn Research Center";"Issued";"LEW-17904-1";7425650;"11/378,553";"Syntheis Of Asymmetric Dianhydrides";"03/15/2026"
-"NASA Glenn Research Center";"Issued";"LEW-17904-2";7381849;"11/890,104";"Synthesis Of Asymmetrical Benzophenone Dianhydride And Asymmetrical 6F-Dianhydride And Polyimides Therefrom (ALSO See LEW 18236-1)";"07/19/2027"
-"NASA Glenn Research Center";"Application";"LEW-17915-1";0;"12/536,969";"Secure Optical Communications Using Quantum Two-Photon Transparency Modulation Spectroscopy";
-"NASA Glenn Research Center";"Issued";"LEW-17916-1";8052854;"11/754,255";"Miniature Amperometric Solid Electrolyte Carbon Dioxide Sensor";"05/25/2027"
-"NASA Glenn Research Center";"Application";"LEW-17916-2";;"13/267,978";"Miniature Amperometric Solid Electrolyte Carbon Dioxide Sensor";
-"NASA Glenn Research Center";"Application";"LEW-17945-1";0;"11/677,654";"Portable Unit For Metabolic Analysis PUMA";
-"NASA Glenn Research Center";"Issued";"LEW-17951-1";8545786;"10/621,752";"Manufacture Of Porous Net-Shaped Materials Comprising Alpha Or Beta Tricalcium Phosphate Or Mixtures Thereof";"07/16/2023"
-"NASA Glenn Research Center";"Issued";"LEW-17954-1";8016543;"11/695,435";"Composite Case Armor";"04/02/2027"
-"NASA Glenn Research Center";"Application";"LEW-17963-1";0;"11/860,661";"Passive Gas/Liquid Separation Within a Fuel Cell or Electrolysis Cell Using A Conductive Porous Separator";
-"NASA Glenn Research Center";"Issued";"LEW-17975-1";7382944;"11/489,813";"Aluminization And Hyperthermal Atomic Oxygen Texturing Of Polymethylmethacralate Optical Fibers For Blood Glucose Monitoring";"07/14/2026"
-"NASA Glenn Research Center";"Issued";"LEW-17991-1";7390161;"/0";"Toughened Composite Structures";"06/24/2025"
-"NASA Glenn Research Center";"Issued";"LEW-18003-1";7583169;"11/689,770";"RF MEMS Switches Utilizing Non-Metallic Thin Film Cantilevers/Bridges With Controlled Stress And Conductivity";"03/22/2027"
-"NASA Glenn Research Center";"Issued";"LEW-18042-1";8067478;"11/582,693";"A Method of Crosslinking Aerogels Using a One-pot Reaction Scheme";"10/16/2026"
-"NASA Glenn Research Center";"Application";"LEW-18042-2";0;"13/242,425";"A Method of Crosslinking Aerogels Using a One-pot Reaction Scheme";
-"NASA Glenn Research Center";"Application";"LEW-18043-1";7341040;"11/486,460";"Supercharged Two-Cycle Engines Employing Novel Single Element Reciprocating Shuttle Inlet Valve Mechanisms And With A Variable Compression Ratio";"07/14/2026"
-"NASA Glenn Research Center";"Application";"LEW-18048-1";0;"12/285,157";"Two And Three Dimensional Near Infrared Subcutaneous Structure Imager Using Adaptive Nonlinear Video Processing";
-"NASA Glenn Research Center";"Issued";"LEW-18049-1";7909897;"11/946,079";"Direct Fuel Impingement Planar-Array-Microreactor";"11/28/2028"
-"NASA Glenn Research Center";"Issued";"LEW-18054-1";7501032;"11/364,283";"High Work Output Ni-Ti-Pt High Temperature Shape Memory Alloys And Associated Processing Methods";"02/28/2026"
-"NASA Glenn Research Center";"Issued";"LEW-18059-1";8242162;"11/956,848";"Fluorescent  On-Off  Chemical Sensors";"11/30/2019"
-"NASA Glenn Research Center";"Issued";"LEW-18076-1";7999173;"11/689,431";"Dust removal from solar cells";"03/21/2027"
-"NASA Glenn Research Center";"Application";"LEW-18076-2";;"13/198,896";"Dust Removal from Solar Cells";
-"NASA Glenn Research Center";"Issued";"LEW-18089-1";8077103;"11/774,574";"Cup Cylindrical Waveguide Antenna";"07/06/2027"
-"NASA Glenn Research Center";"Issued";"LEW-18138-1";7904282;"11/689,874";"In-Flight Fault Accommodation Through Automated Control Parameter Changes";"03/22/2027"
-"NASA Glenn Research Center";"Application";"LEW-18205-1";0;"12/317,232";"Branched Rod-Coil Polyimide-poly(ethylene Oxide) (PEO) Copolymers That Are Cured In The Solid State At Ambient  Temperatures";
-"NASA Glenn Research Center";"Application";"LEW-18207-1";0;"11/759,570";"Circuit For Communication Over DC Power Line Using High Temperature Electronics";
-"NASA Glenn Research Center";"Issued";"LEW-18221-1";7763325;"11/864,607";"A Method For Thermal Spraying Of Coatings Using Resonant Pulsed Combustion";"09/28/2027"
-"NASA Glenn Research Center";"Application";"LEW-18221-2";;"12/835,345";"A Method For Thermal Spraying Of Coatings Using Resonant Pulsed Combustion";
-"NASA Glenn Research Center";"Issued";"LEW-18236-1";8093348;"11/894,290";"Synthesis Of Asymmetrical Benzophenone Dianhydride And Asymmetrical 6F-Dianhydride And Polyimides Therefrom";"08/22/2027"
-"NASA Glenn Research Center";"Application";"LEW-18236-2";0;"13/325,626";"Synthesis Of Asymmetrical Benzophenone Dianhydride And Asymmetrical 6F-Dianhydride And Polyimides Therefrom";
-"NASA Glenn Research Center";"Issued";"LEW-18248-1";7791552;"11/871,237";"Cellular Reflectarray Antenna";"10/12/2027"
-"NASA Glenn Research Center";"Issued";"LEW-18248-2";7990327;"12/874,370";"Cellular Reflectarray Antenna";"09/02/2030"
-"NASA Glenn Research Center";"Issued";"LEW-18253-1";8191426;"12/133,743";"Low TCR Nanocomposite Strain Gages";"06/05/2028"
-"NASA Glenn Research Center";"Issued";"LEW-18254-1";7876423;"12/163,382";"Simultaneous Non-Contact Precision Measurement Of Microstructual And Thickness Variation In Dielectric Materials Using Terahertz Energy";"06/27/2028"
-"NASA Glenn Research Center";"Issued";"LEW-18255-1";7630736;"11/541,102";"Autonomous Wireless Sensor Transceiver";"05/09/2028"
-"NASA Glenn Research Center";"Issued";"LEW-18256-1";7688117;"12/081,762";"An N Channel JFET Based Digital Logic Gate Structure Using Resistive Level Shifters And Having Direct Application To High Temperature Silicon Carbide Electronics";"04/21/2028"
-"NASA Glenn Research Center";"Issued";"LEW-18261-1";7933027;"12/326,436";"A Software Platform For Post-Processing Waveform-Based NDE";"12/02/2028"
-"NASA Glenn Research Center";"Application";"LEW-18291-1";0;"12/214,114";"Adaptive Morphological Feature-Based Object Classifier For A Color Imaging System";
-"NASA Glenn Research Center";"Application";"LEW-18296-1";0;"13/193,160";"Modular Battery Charge Controller";
-"NASA Glenn Research Center";"Issued";"LEW-18313-1";7923715;"12/336,503";"A Novel Nanoionics-based Switch For Radiofrequency (RF) Applications";"12/06/2028"
-"NASA Glenn Research Center";"Issued";"LEW-18313-2";8410469;"13/050,229";"A Novel Nanoionics-based Switch For Radiofrequency (RF) Applications";"03/17/2031"
-"NASA Glenn Research Center";"Application";"LEW-18324-1";0;"12/195,358";"Semiconductor Metal Oxide Modified Solid Electrolyte Carbon Dioxide Microsensors With Reduced Operation Temperature";
-"NASA Glenn Research Center";"Issued";"LEW-18325-1";8415839;"12/319,617";"External Magnetic Field Reduction Techniquie For Advanced Stirling Radioisotope Generator";"01/09/2029"
-"NASA Glenn Research Center";"Application";"LEW-18325-2";;"13/859,179";"External Magnetic Field Reduction Techniquie For Advanced Stirling Radioisotope Generator";"01/09/2029"
-"NASA Glenn Research Center";"Issued";"LEW-18338-1";8506787;"12/533/258";"Advancd Lightweight, High-Strength Electrochemical Cell Design and Structures";"07/31/2029"
-"NASA Glenn Research Center";"Issued";"LEW-18340-1";8091445;"12/431,456";"Offset Compound Gear Inline Two-Speed Drive";"04/28/2029"
-"NASA Glenn Research Center";"Issued";"LEW-18340-2";8668613;"13/346,959";"Offset Compound Gear Inline Two-Speed Drive";"01/10/2032"
-"NASA Glenn Research Center";"Issued";"LEW-18356-1";8220989;"12/571,215";"Device for Measuring the Thermal Conductivity of Small, Highly Insulating Materials";"09/30/2029"
-"NASA Glenn Research Center";"Issued";"LEW-18356-2";8573835;"13/492,181";"Device for Measuring the Thermal Conductivity of Small, Highly Insulating Materials";"06/08/2032"
-"NASA Glenn Research Center";"Issued";"LEW-18362-1";7872750;"12/285,173";"Space Radiation Detector with Spherical Geometry";"09/30/2028"
-"NASA Glenn Research Center";"Issued";"LEW-18362-2";8159669;"12/972,624";"Space Radiation Detector with Spherical Geometry";"12/20/2030"
-"NASA Glenn Research Center";"Issued";"LEW-18373-1";8353209;"12/570,841";"A Radio Frequency Tank Eigenmode Sensor For Propellant Quantity Gauging";"02/04/2031"
-"NASA Glenn Research Center";"Issued";"LEW-18426-1";8484980;"12/894,346";"A Free-Jet Dual-Mode Combustor Concept for Wide Operating Range Ramjet Propulsion";"09/30/2030"
-"NASA Glenn Research Center";"Application";"LEW-18426-2";0;"13/941,987";"A Free-Jet Dual-Mode Combustor Concept for Wide Operating Range Ramjet Propulsion";"07/15/2033"
-"NASA Glenn Research Center";"Issued";"LEW-18432-1";7935601;"12/584,497";"Addendum of Self-Aligned Ion Implant to Design and Processing of SiC High Temperature Transistors for Durable Operation Above 400 C";"09/04/2029"
-"NASA Glenn Research Center";"Application";"LEW-18432-2";0;"13/078,510";"Addendum of Self-Aligned Ion Implant to Design and Processing of SiC High Temperature Transistors for Durable Operation Above 400 C";
-"NASA Glenn Research Center";"Issued";"LEW-18458-1";8386121;"12/791,907";"Optimal Tuner Selection For Kalman Filter-Based Aircraft Engine Performance Estimation";"06/02/2030"
-"NASA Glenn Research Center";"Issued";"LEW-18461-1";8159238;"12/570,742";"Method and Circuit for In-Situ Health Monitoring of Solar Cells in Space";"09/30/2029"
-"NASA Glenn Research Center";"Application";"LEW-18461-2";;"13/448,801";"Method and Circuit for In-Situ Health Monitoring of Solar Cells in Space";
-"NASA Glenn Research Center";"Application";"LEW-18466-1";0;"12/616,952";"Spring Tire";
-"NASA Glenn Research Center";"Application";"LEW-18473-1";0;"12/879,713";"Ka-Band Waveguide 2-Way Hybrid Combiner for MMIC Amplifiers With Unequal and Arbitrary Power Output Ratio";
-"NASA Glenn Research Center";"Issued";"LEW-18474-1";8609750;"12/792,380";"Selective Clay Placement Within A Silicate Clay-Epoxy Blend Nanocomposite";"06/02/2030"
-"NASA Glenn Research Center";"Issued";"LEW-18476-1";8182741;"12/544,742";"Ball Bearings Comprising Nickel-Titanium And Methods Of Manufacture Thereof";"08/20/2029"
-"NASA Glenn Research Center";"Application";"LEW-18476-2";0;"12/544,674";"Ball Bearings Comprising Nickel-Titanium And Methods Of Manufacture Thereof";
-"NASA Glenn Research Center";"Application";"LEW-18477-1";0;"13/242,300";"Graphene Based Reversible Nano-Switch/Sensor Schottky Diode (nanoSSSD) Device";
-"NASA Glenn Research Center";"Issued";"LEW-18483-1";8310671;"12/893,627";"Frame-Transfer Gating (FTG) Raman Spectroscopy for Time-Resolved Multiscalar Combustion Diagnostics";"09/29/2030"
-"NASA Glenn Research Center";"Application";"LEW-18486-2";0;"14/168,830";"Polyimide Aerogels With Three Dimensional Cross-Linked Structure";"01/30/2034"
-"NASA Glenn Research Center";"Issued";"LEW-18491-1";8209976;"12/323,091";"Shape Memory Based Actuators and Release Mechanisms";"11/25/2028"
-"NASA Glenn Research Center";"Application";"LEW-18492-1";0;"13/036,887";"Synthesis Methods, Microscopy Characterization and Device Integration of Nanoscale Metal Oxide Semiconductors for Gas Sensing in Aerospace Applications";
-"NASA Glenn Research Center";"Issued";"LEW-18496-1";8283172;"12/711,465";"Process to Produce Iron Nanoparticles - Lunar Dust Simulant Composite";"02/24/2030"
-"NASA Glenn Research Center";"Application";"LEW-18500-1";0;"12/848,903";"Precision Time Protocol Base Trilateration for Planetary Navigation";
-"NASA Glenn Research Center";"Application";"LEW-18516-1";0;"13/542,163";"Hybrid Gear";
-"NASA Glenn Research Center";"Issued";"LEW-18538-1";8373175;"12/791,276";"Ohmic Contact to N- and P-type Silicon Carbide";"06/01/2030"
-"NASA Glenn Research Center";"Application";"LEW-18542-1";0;"12/870,475";"Functionalization of Single Wall Carbon Nanotubes (SWCNTs) by Photooxidation";
-"NASA Glenn Research Center";"Application";"LEW-18554-1";0;"12/845,998";"Internal Limit Sensor (ILS)";
-"NASA Glenn Research Center";"Application";"LEW-18561-1";0;"12/726,926";"NASA PS400: A New High Temperature Solid Lubricant Coating for High Temperature Wear Applications";
-"NASA Glenn Research Center";"Application";"LEW-18565-1";0;"13/646,100";"Catalytic Microtube Rocket Igniter";"10/05/2032"
-"NASA Glenn Research Center";"Application";"LEW-18566-1";0;"12/829,663";"Low Density, High Creep Resistant Single Crystal Superalloy with Lower Manufacturing Cost";
-"NASA Glenn Research Center";"Application";"LEW-18586-1";;"13/030,342";"Shock Sensing Apparatus";
-"NASA Glenn Research Center";"Issued";"LEW-18593-1";8653693;"13/014,849";"Integrated Exciter/Igniter";"01/27/2031"
-"NASA Glenn Research Center";"Issued";"LEW-18594-1";8409372;"12/874,523";"Thermomechanical Methodology for Stabilizing Shape Memory Alloy (SMA) Response";"09/02/2030"
-"NASA Glenn Research Center";"Application";"LEW-18594-2";;"13/845,526";"Thermomechanical Methodology for Stabilizing Shape Memory Alloy (SMA) Response";
-"NASA Glenn Research Center";"Issued";"LEW-18601-1";8577504;"12/954,009";"Inductive Power Device (IDP)";"11/24/2030"
-"NASA Glenn Research Center";"Application";"LEW-18604-1";;"12/894,444";"Shock Resistant, Debris Tolerant, Lightweight, Corrosion Proof Bearings, Mechanical Components and Mechanisms Made From Hard, Highly Elastic Materials";
-"NASA Glenn Research Center";"Issued";"LEW-18605-1";8468794;"12/894,565";"Dual-Mode Hybrid-Engine (DMH-Engine): A Next-Generation Electric Propulsion Thruster";"09/30/2030"
-"NASA Glenn Research Center";"Application";"LEW-18605-2";;"13/713,907";"Dual-Mode Hybrid-Engine (DMH-Engine): A Next-Generation Electric Propulsion Thruster";
-"NASA Glenn Research Center";"Application";"LEW-18605-3";;"14/152,125";"Dual-Mode Hybrid-Engine (DMH-Engine): A Next-Generation Electric Propulsion Thruster";
-"NASA Glenn Research Center";"Application";"LEW-18608-1";;"12/892,339";"Liquid Tin Electrodes for Directo Conversion of JP-8 Fuel using the NASA BSC Solid Oxide Fuel Cell";
-"NASA Glenn Research Center";"Application";"LEW-18614-1";;"13/303,292";"High-Temperature Thermometer Using Cr-Doped GdAlO3 Broadband Luminescence";
-"NASA Glenn Research Center";"Application";"LEW-18615-1";;"12/892,278";"Purify Nanomaterials By Dissolving Excess Reactants And Catalysts In Ferric Chloride";
-"NASA Glenn Research Center";"Application";"LEW-18629-1";;"13/731,314";"Electrospray Collection of Lunar Dust";
-"NASA Glenn Research Center";"Application";"LEW-18631-1";;"13/218,847";"Circuit for Communication Over Power Lines";
-"NASA Glenn Research Center";"Application";"LEW-18632-1";;"13/311,987";"Method For Fabricating Diamond-Dispersed Fiber-Reinforced Composite Coating On Low Temperature Sliding Thrust Bearing Interfaces";
-"NASA Glenn Research Center";"Application";"LEW-18634-1";;"13/134,959";"Multi-Parameter Aerosol Scattering Sensor";
-"NASA Glenn Research Center";"Issued";"LEW-18636-1";8416007;"13/098,918";"A Source Coupled N Channel JFET Based Digital Logic Gate Structure Using Resistive Level Shifters and Having Direct Application to High Temperature Silicon Carbide Electronics";"05/02/2031"
-"NASA Glenn Research Center";"Application";"LEW-18639-1";;"13/112,293";"Atomic Oxygen Fluence Monitor";
-"NASA Glenn Research Center";"Application";"LEW-18649-1";;"12/870,443";"Ultracapacitor Based Uninterruptible Power Supply (UPS) System";
-"NASA Glenn Research Center";"Application";"LEW-18652-1";;"13/476,470";"Polarization Dependent Whispering Gallery Modes in Microspheres";
-"NASA Glenn Research Center";"Application";"LEW-18658-1";;"13/250,300";"Levitated Ducted Fan (LDF) Aircraft Auxiliary Generator";
-"NASA Glenn Research Center";"Application";"LEW-18674-1";;"13/552,760";"Polymer Electrolyte Based Ambient Temperature Oxygen Microsensors with Extremely Low Power Consumption for Enviromental Monitoring Applications";
-"NASA Johnson Space Center";"Application";"MSC-25349-1";0;"13/922036";"Robonaut Teleoperation System";
-"NASA Glenn Research Center";"Issued";"LEW-18691-1";7588746;"11/431,815";"Process and Apparatus for Hydrogen and Carbon Production via Carbon Aerosol-Catalyzed Dissociation of Hydrocarbons";"05/10/2026"
-"NASA Glenn Research Center";"Issued";"LEW-18692-1";7332146;"11/148,778";"Method For Zero Emission Liquid Hydrogen Production From Methane & Landfill Gas";"06/08/2025"
-"NASA Glenn Research Center";"Application";"LEW-18693-1";;"/";"Process For Hydrogen Production via Integrated Processing of Landfill Gas and Biomass";
-"NASA Glenn Research Center";"Application";"LEW-18694-1";;"13/075,879";"Discrete Data Qualification System and Method Comprising Noise Series Fault Detection";
-"NASA Glenn Research Center";"Application";"LEW-18704-1";;"13/531,763";"A Hybrid Power Management (HPM) Based Vehicle Architecture";
-"NASA Glenn Research Center";"Application";"LEW-18714-1";;"13/361,220";"High Strength Nanocomposite Glass Fibers";
-"NASA Glenn Research Center";"Issued";"LEW-18717-1";8476979;"13/178,101";"A Novel Wideband GaN MMIC Distributed Amplifier Based Microwave Power Module for Space Communications, Navigation, and Radar";"07/07/2031"
-"NASA Glenn Research Center";"Application";"LEW-18717-2";;"13/847,779";"A Novel Wideband GaN MMIC Distributed Amplifier Based Microwave Power Module for Space Communications, Navigation, and Radar";
-"NASA Glenn Research Center";"Application";"LEW-18724-1";;"13/339,521";"VESGEN Software for Mapping and Quantification of Vascular Remodeling in Botanical Plant Leaves";
-"NASA Glenn Research Center";"Application";"LEW-18732-1";;"13/514,582";"Water Purification by High Voltage,  Nanosecond,  Non-Equilibrium Plasma: Applications to Human Spaceflight and Terrestrial Point-of-Use";"08/16/2032"
-"NASA Glenn Research Center";"Application";"LEW-18736-1";;"13/534,745";"Iridium Interfacial Stack (IrIS) Final";
-"NASA Glenn Research Center";"Application";"LEW-18738-1";;"13/474,948";"Atmospheric Turbulence Modeling for Aero Vehicles";
-"NASA Glenn Research Center";"Application";"LEW-18752-1";;"13/686,000";"Large Strain Transparent  Magneto-active Polymer Nanocomposites";"11/28/2031"
-"NASA Glenn Research Center";"Application";"LEW-18754-1";;"13/534,870";"Method For Making Measurements Of The Post-Combustion Residence Time In A Gas Turbine Engine";
-"NASA Glenn Research Center";"Application";"LEW-18761-1";;"13/247,601";"Temperature Sensitive Coating Sensor Based On Hematite";
-"NASA Glenn Research Center";"Application";"LEW-18762-1";;"13/364691";"Selenium Interlayer for High-efficiency Multijunction Solar Cell";
-"NASA Glenn Research Center";"Application";"LEW-18768-1";;"13/788,041";"Processing of Nanosensors Using a Sacrificial Template Approach";"03/23/2032"
-"NASA Glenn Research Center";"Application";"LEW-18769-1";;"13/537,816";"Compact, Lightweight, CMC (Ceramic Matrix Composite)-Based Acoustic Liner for Subsonic Jet Aircraft Engines--Offering High Temperature Capability, Weight Reduction, and Broadband Acoustic Treatment";
-"NASA Glenn Research Center";"Application";"LEW-18771-1";;"13/301,249";"Integrated Temperature and Capacitive Ablation Recession Rate Sensors";
-"NASA Glenn Research Center";"Application";"LEW-18785-1";;"13/246,440";"Method to Pre-Stress Shock Resistant Mechanical Components and Mechanisms made from Hard, Highly Elastic Materials";
-"NASA Glenn Research Center";"Application";"LEW-18789-1";;"13/771,833";"Method to Increase Performance of Foil Bearings Through Passive Thermal Management";"02/27/2032"
-"NASA Glenn Research Center";"Application";"LEW-18797-1";;"13/714,906";"High Speed, Compliant, Planetary Flywheel Touchdown Bearing";"12/16/2031"
-"NASA Glenn Research Center";"Application";"LEW-18802-1";;"13/534,804";"Alpha-STREAM Convertor - A Stirling Engine with no moving parts, eliminated streaming losses, high efficiency, low cost fabrication, and electronic wave modulation.";
-"NASA Glenn Research Center";"Application";"LEW-18809-1";;"13/410,663";"Sampling and Control Circuit Board for an Inertial Measurement Unit";"08/03/2032"
-"NASA Glenn Research Center";"Application";"LEW-18816-1";;"13/749,773";"High Speed Edge Detecting Circuit For Use With Linear Image Sensor";"06/01/2032"
-"NASA Glenn Research Center";"Application";"LEW-18821-1";;"13/561,359";"Dopant Selective Reactive Ion Etching of Silicon Carbide";"07/30/2032"
-"NASA Glenn Research Center";"Application";"LEW-18822-1";;"13/524,327";"Planar Modular Package";
-"NASA Glenn Research Center";"Application";"LEW-18825-1";0;"13/804,546";"Porous Cross-Linked Polyimide-UREA Networks";"03/14/2033"
-"NASA Glenn Research Center";"Application";"LEW-18837-1";;"13/527,181";"In-Situ  Solid Particle Generator";
-"NASA Glenn Research Center";"Application";"LEW-18844-1";;"13/918,333";"Electrospun Nanofiber Coating Of Fiber Materials:  A Composite Toughening Approach";"06/14/2033"
-"NASA Glenn Research Center";"Application";"LEW-18849-1";;"13/906,521";"Paired Threaded Film Cooling Holes for Improved Turbine Film Cooling";"05/31/2033"
-"NASA Glenn Research Center";"Application";"LEW-18858-1";;"13/904,513";"V-Cess: A Novel Flow Control Method Using A Shaped Recess";"05/29/2033"
-"NASA Glenn Research Center";"Application";"LEW-18862-1";;"13/474,972";"Cascading TESLA oscillating  flow diode for Stirling Engine Gas Bearings";
-"NASA Glenn Research Center";"Application";"LEW-18864-1";;"13/756,855";"Polyimide Aerogel Thin Films";"02/03/2032"
-"NASA Glenn Research Center";"Application";"LEW-18873-1";;"13/968,000";"High Temperature Single Crystal Preloader";"08/15/2033"
-"NASA Glenn Research Center";"Application";"LEW-18887-1";;"13/756,604";"Fuzzy Neuron:  Method and Hardware Realization";"02/01/2033"
-"NASA Glenn Research Center";"Application";"LEW-18889-1";;"13/713,846";"High Speed Idle Engine Control Mode";"12/13/2032"
-"NASA Glenn Research Center";"Application";"LEW-18890-1";;"13/871,114";"Suppression Of Unwanted Noise And Howl In A Test Configuration Where A Jet Exhaust Is Discharged Into A Duct";
-"NASA Glenn Research Center";"Application";"LEW-18891-1 with LEW-18611-1 and LEW-18895-1";;"13/723,598";"G6 Flywheel Design";"12/23/2031"
-"NASA Glenn Research Center";"Application";"LEW-18893-1";;"13/653,027";"Novel Aerogel-Based Antennas (ABA) for Aerospace Applications";
-"NASA Glenn Research Center";"Application";"LEW-18900-1";;;"High Efficiency, High Temperature Titanium Heat Pipe Radiator for Space Power and Propulsion Systems";
-"NASA Glenn Research Center";"Application";"LEW-18902-1";;"14/094,006";"Analog Correlator Based on One Bit Digital Correlator";"12/02/2033"
-"NASA Glenn Research Center";"Application";"LEW-18903-1";;"13/923,441";"Modeling and Simulation of a Solar Electric Propulsion Vehicle in Near-Earth Vicinity Including Solar Array Degradation";"06/21/2033"
-"NASA Glenn Research Center";"Application";"LEW-18919-1";;"13/645,799";"Wireless Controlled Chalcogenide Nanoionic Radio Frequency Switch";"04/04/2032"
-"NASA Glenn Research Center";"Application";"LEW-18923-1";;"13/963,060";"New Power Source For Deep Space Missions- Utilizing The Doubly Exothermic Reaction Between Deuterium And Palladium To Produce Electrical Power";"08/09/2033"
-"NASA Glenn Research Center";"Application";"LEW-18928-1";;;"Pt-Ti-Si Simultaneous Ohmic Contacts to N- and P-Type Silicon Carbide";
-"NASA Glenn Research Center";"Application";"LEW-18934-1";;"13/900,642";"Conditionally Active Min-Max Limit Regulators";"05/23/2033"
-"NASA Glenn Research Center";"Application";"LEW-18939-1";;"13/916,797";"Magnetostrictive Alternator - Low cost, No moving part, High Efficiency, Oscillating Acoustic Pressure Wave to Electric Power Transducer";"06/13/2033"
-"NASA Glenn Research Center";"Application";"LEW-18942-1";;"13/771,920";"Adaptive Phase Delay Generator";"02/20/2033"
-"NASA Glenn Research Center";"Application";"LEW-18949-1";;"13/923,450";"Advanced High Temperature and Fatigue Resistant Environmental Barrier Coating Bond Coat Systems for SiC/SiC Ceramic Matrix Composites";"06/21/2033"
-"NASA Glenn Research Center";"Application";"LEW-18952-1";;;"A Novel Real Time Adaptive Filter For The Reduction Of Artifacts In Functional Near Infrared Spectroscopy Signals";
-"NASA Glenn Research Center";"Application";"LEW-18957-1";;"14/048,895";"Dynamic Range Enhancement Of High-Speed Data Acquisition Systems By Reversible Non-Linear Amplitude Compression";"10/08/2033"
-"NASA Glenn Research Center";"Application";"LEW-18960-1";;"13/891,461";"Dry Snorkel Cold Immersion Suit for Hypothermia Prevention";"05/11/2032"
-"NASA Glenn Research Center";"Application";"LEW-18963-1";;"13/853,308";"Flywheel Pulse & Glide System for Vehicles";
-"NASA Glenn Research Center";"Application";"LEW-18964-1";;"13/905,333";"High Temperature Lightweight Self-Healing Ceramic Composites for Aircraft Engine Applications";"05/30/2033"
-"NASA Glenn Research Center";"Application";"LEW-18970-1";;"14/158,080";"Methods for Intercalating and Exfoliating Hexagonal Boron Nitride";"01/17/2034"
-"NASA Glenn Research Center";"Application";"LEW-18986-1";;;"Generation Of High Pressure Oxygen Via Electrochemical Pumping In A Multi-Stage Electrolysis Stack";
-"NASA Glenn Research Center";"Application";"LEW-19013-1";;"14/095,442";"Spoked Wheel Assembly With Two Rotational Modes";"12/03/2033"
-"NASA Glenn Research Center";"Application";"LEW-19029-1";;"14/191,708";"Superelastic Ternary Ordered Intermetallic Compounds";"02/27/2034"
-"NASA Glenn Research Center";"Application";"LEW-19040-1";;"14/193,024";"Fast, Large Area, Wide Band Gap UV Photodetector for Cherenkov Light Detection";"02/28/2034"
-"NASA Glenn Research Center";"Application";"LEW-19045-1";;"13/968,531";"Multimode Directional Coupler for Measurement and Utilization of Harmonic Frequencies from Traveling Wave Tube Amplifiers";"08/16/2033"
-"NASA Glenn Research Center";"Application";"LEW-19053-1";;"14/193,719";"Process for Preparing Aerogels from Polyamides";"02/28/2034"
-"NASA Glenn Research Center";"Application";"LEW-19067-1";;;"Plasma Spray-Physical Vapor Deposition (PS-PVD) of Advanced Environmental Barrier Coatings";
-"NASA Glenn Research Center";"Application";"LEW-19077-1";;;"Improved Composite Damage Tolerance and Through Thickness Conductivity By Interleaving Carbon Fiber Veil Nanocomposites";
-"NASA Glenn Research Center";"Application";"LEW-19080-1";;;"Crosslinked Polyethylene Aerogels from Low Density Polyethylene, Linear Low Density Polyethylene, and Repurposed Polyethylene";
-"NASA Glenn Research Center";"Application";"LEW-19098-1";;"61/866,585";"High Temperature, Flexible Composite Seals for Aeronautics and Space Environments Incorporating Aerogel Insulation";
-"NASA Glenn Research Center";"Application";"LEW-19171-1";;"61/931,189";"Low Power Charged Particle Counter for Space Radiation Monitoring";
-"NASA Marshall Space Flight Center";"Issued";"MFS-28402-2";5780594;"08/448,196";"Biologically Active Protein Fragments Containing Specific Binding Regions Of Serum Albumin Or Related Proteins";"07/14/2015"
-"NASA Marshall Space Flight Center";"Issued";"MFS-28985-1";5641681;"08/422,963";"Device And Method For Screening Crystallization Conditions In Solution Crystal Growth";"04/17/2015"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31175-2-CIP";6578851;"09/693,098";"Gasket Assembly For Sealing Mating Surfaces";"10/16/2020"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31243-1";6459822;" 09/364,919";"Video Image Stabilization And Registration (VISAR)";"07/26/2019"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31243-2-CON";6560375;"10/143,539";"Video Image Stabilization And Registration";"05/10/2022"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31258-1";6135255;"09/207,710";"Releasable Conical Roller Clutch";"12/09/2018"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31294-2-CIP2";6592687;"10/196,389";"Aluminum Alloy And Article Cast Therefrom";"07/11/2022"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31294-5-CIP";6399020;"09/688,729";"Aluminum-Silicon Alloy Having Improved Properties At Elevated Temperatures And Articles Cast Therefrom";"10/11/2020"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31294-6-CIP";6419769;"09/749,503";"Aluminum-Silicon Alloy Having Improved Properties At Elevated Temperatures And Process For Producing Cast Articles Therefrom";"12/22/2020"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31294-7-CIP";6669792;"09/800,312";"Process For Producing A Cast Article From A Hypereutectic Aluminum-Silicon Alloy";"03/02/2021"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31303-1";6748349;"09/313,576";"Generalized Fluid System Simulation Program (GFSSP) Version 2.01c";"05/07/2019"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31387-1";6361961;"09/560,532";"GRAVITY RESPONSIVE NADH OXIDASE OF THE PLASMA MEMBRANE";"04/25/2020"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31399-1";6658329;"10/138,887";"Addition Of Rangefinder To The Video Guidance Sensor";"06/05/2022"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31413-1";6497355;"09/690,035";"Precision Penetration Control System For The Friction Stir Welding (FSW) Retractable Pin Tool";"10/19/2020"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31475-1";6424470;"09/616,624";"Panoramic Refracting Optic (PRO)";"07/28/2020"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31475-2-DIV";6580567;"10/173,410";"Panoramic Refracting Conical Optic";"06/17/2022"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31488-1";6028693;"09/7,124";"Microresonator And Associated Method For Producing And Controlling Photonic Signals With A Photonic Bandgap Delay Apparatus";"01/14/2018"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31490-1";7118074;"10/690,161";"Electrodynamic Tether System Design For Spacecraft Deorbit";"10/17/2023"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31529-1";7081730;"10/857,375";"Micro-Commanding Servo Motor Controller With Greater Than Fifty Million To One Dynamic Rate Range";"06/19/2024"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31559-1-CON";8127977;"13/157,895";"Phase/Matrix Transformation Weld Process And Apparatus";"11/27/2021"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31559-1-DIV";7980449;"10/385,168";"Phase/Matrix Transformation Weld Process And Apparatus";"11/27/2021"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31559-2-DIV";8225984;"13/157988";"Phase/Matrix Transformation Weld Process And Apparatus";"11/27/2021"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31565-1";6885779;"09/877,801";"Full-Cycle, Low Loss, Low Distortion Phase Modulation From Multi-Layered Dielectric Stack With Terahertz Optical Bandwidth";"08/17/2022"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31584-1";6497091;"09/877,800";"Hypergolic Ignitor Assembly";"06/06/2021"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31584-1-CIP";6845605;"10/288,800";"Hypergolic Ignitor";"01/26/2023"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31593-1";6939610;"10/212,564";"Smart Thermal Management Coating";"09/20/2022"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31596-1";6873762;"10/118,626";"Fabrication Of Fiber-Optic Gratings Over A Wide Range Of Bragg Wavelength And Bandwidth Using A Single Phase Mask";"10/12/2022"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31616-1";6540426;"09/949,408";"Passive Ball Capture Latch Docking Mechanism";"09/04/2021"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31646-1";6860099;"10/263,297";"Liquid Propellant Tracing Impingement Injector";"05/24/2023"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31649-1";7446860;"11/527,648";"Nonintrusive, Remote, Micron Accuracy, Laser Fresnel Ranging System";"10/19/2026"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31698-1";6802999;"10/173,536";"Method Of Fabricating A Protective Crucible Wall Coating Incorporating Designed Multi-Use Channels";"05/02/2023"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31706-1";6886392;"10/622,174";"Single Ball Bearing Lubricant And Material Evaluator";"07/17/2023"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31727-1";6953129;"10/231,428";"Impact And Fire Resistant Coating For Pressure Vessels";"11/07/2022"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31761-1";6802488;"10/232,974";"Electro-Mechanically Actuated Propellant Valve";"01/29/2023"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31768-1";6745942;"10/214,482";"Magnetic Symbology Reader";"08/05/2022"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31776-1";7735265;"11/780,610";"Foam-Rigidized Inflatable Tubular Space Booms";"07/20/2027"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31785-1";7006203;"10/646,000";"Integrated Rangefinding Measurement In Video Guidance Sensor";"08/21/2023"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31789-1";7265476;"10/975,121";"MEMS- Micro-Translation Stage With Indefinite Linear Travel Capability";"11/01/2025"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31807-1";7050161;"10/637,085";"Global Radius Of Curvature Estimation And Control System For Segmented Mirrors (GRoCECS)";"01/07/2025"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31813-1";7802799;"11/527,653";"Joining Metallic To Composite Components";"07/29/2029"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31815-1";7325749;"10/738,352";"Distributed Solid State Programmable Thermostat / Power Controller";"01/29/2026"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31817-1";7515257;"11/14,455";"Short-Range / Long-Range Integrated Target (SLIT) For Video Guidance Sensor Rendezvous And Docking";"06/07/2027"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31823-1-DIV";7095000;"10/943,827";"Radio-Frequency Driven Dielectric Heaters For Non-Nuclear Testing In Nuclear Core Development";"11/27/2024"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31828-1";6918970;"10/120,226";"High Strength Aluminum Alloy For High Temperature Applications";"04/12/2023"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31838-1";7641949;"10/857,379";"Improved Pressure Vessel Impact Resistance Utilizing Filament Wound Hybrid Fibers";"10/15/2025"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31842-1";7347089;"11/215,749";"Gas Volume Contents Within A Container, Smart Volume Instrument";"11/26/2025"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31843-1";7174077;"10/631,220";"Fiber-Coupled Laser Diodes With Even Illumination Pattern";"07/30/2023"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31852-1";7106457;"10/857,372";"Achromatic Shearing Phase Sensor For Phase Alignment Of A Segmented Telescope";"01/21/2025"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31865-1";6888476;"10/615,369";"Advanced Video Guidance Sensor Software";"07/21/2023"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31886-1";6850592;"10/321,873";"Digital Equivalent System (DEDS) For X-Ray Flourescent Spectral Output";"01/08/2023"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31891-1";7375801;"11/108,140";"Video Sensor With Range Measurement Capability";"11/06/2025"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31918-1";7275675;"10/928,876";"Optimal Design Geometry For All Friction Stir Weld Tools";"01/15/2025"
-"NASA Marshall Space Flight Center";"Issued";"MFS-31944-1";7017812;"10/730,191";"Variable Distance Angular Symbology Reader";"11/26/2023"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32024-1";8297468;"10/857,380";"Liquefied Natural Gas Fuel Tank";"07/13/2021"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32031-1";7738084;"11/543,284";"Fiber Optic Liquid Mass Flow Sensor - Improved Prototype Design";"09/29/2026"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32099-1-CON";8561829;"13/544,066";"Composite Pressure Vessel Including Crack Arresting Barrier";"10/23/2029"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32102-1";7540143;"11/172,665";"Heated Pressure Balls Monopropellant Thermal Rocket Engine Cycle";"12/12/2026"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32105-1-DIV";7568608;"11/700,972";"Ultrasonic Stir Welding Process And Apparatus";"01/29/2027"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32115-1";7686202;"11/543,287";"Gimbling Shoulder For Friction Stir Welding";"06/18/2027"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32136-1";7595841;"11/174,210";"Video Image Stabilization And Registration - Plus (VISAR+)";"12/03/2027"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32137-1";7177164;"11/376,632";"Multi-loop High Voltage Power Supply with Fast Rise/Fall Time";"03/10/2026"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32175-1";7228241;"11/152,810";"An Extended Lee-Kesler Equation-of-State (ELK-EoS) For The Volumetric And Thermodynamic Properties Of Propellant Fluids, Including The Non-Polar Quantum And Polar Fluids";"06/13/2025"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32192-1";7116098;"11/357,454";"Absolute Limit Sensor (ALS)";"02/16/2026"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32208-1";7259981;"11/296,719";"Analog Nonvolatile Computer Memory";"12/14/2025"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32214-1";7418814;"11/172,666";"Dual Expander Cycle Rocket Engine Cycle with an Intermediate Brayton Cycle Heat Exchanger";"12/19/2026"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32228-1";8290435;"12/241,322";"Short Range Antenna  / Close Proximity Transmitter and Receiver";"08/17/2031"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32253-1";7469878;"11/518,733";"Magnetorestrictive Valves";"10/17/2026"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32307-1";7908079;"11/527,658";"Portable Runway Intersection Display And Monitoring System";"01/13/2030"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32311-1";7623621;"12/47,686";"Identification And Authentication System Using Integrated Optical And X-ray Fluorescene Spectral Methods";"03/13/2028"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32318-1";8098060;"12/173,318";"SCAPS(Single Coil Absolute Position Sensor) GAPSYN (Inductive Gap Sensor) Digital Signal Conditioning Electronics";"09/29/2030"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32323-1";8169620;"12/563,819";"Sub-Pixel Spatial Resolution Interferometry With Interlaced Stitching";"10/15/2030"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32324-1";7594530;"11/942,322";"Orbital Foamed Metal Extruder";"06/09/2028"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32341-1";8550468;"12/210,843";"High Load Fully Retained Dynamic Cryogenic Seal";"01/09/2032"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32364-1";7808353;"11/513,433";"Plasmoid Thruster for Electrode-less, High Specific Impulse Propulsion";"07/22/2029"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32390-1";7867589;"11/780,561";"Hybrid composite cryogenic tank structure";"10/14/2029"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32400-1";7900436;"11/780,626";"Gas Generator Augmented Expander Cycle Rocket Engine";"01/04/2030"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32402-1";7911174;"12/39,506";"Inexpensive, Rate Insensitive, Linear, Load Compensating System for Hybrid Stepper Motors";"01/25/2029"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32429-1";7807097;"12/123,170";"Orbital Batch Process Foamed Aluminum Facility";"07/11/2028"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32438-1";8004364;"11/828,563";"16-Kilowatt (KW) 2-30MHz Solid State Power Amplifier using innovative combining methods";"11/03/2028"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32439-1";7831225;"11/828,590";"H2O-NaCl based radio frequency power load";"04/07/2029"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32497-1";7848606;"12/047,805";"Reprocessing Non-Oxide Optical Fiber Preforms Utilizing an Axial Magnetic Field";"05/26/2029"
-"NASA Marshall Space Flight Center";"Application";"MFS-32518-1-CIP";;"13/452,303";"Liquid Propellant Injection Elements with Self-Adjusted Inlet Area for Rocket and Other Combustor-Type Engines Applications";"10/03/2028"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32521-1";7804600;"12/44,740";"Dispersive Filter For Enhancement Of Laser Gyroscopes";"06/10/2029"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32548-1";7409875;"11/862,793";"Optical Hotspot Conductive Fluid Flow Sensor";"09/27/2027"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32558-1";8490470;"12/569,555";"True Shear Parallel Plate Viscometer";"12/04/2031"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32584-1";7929144;"12/336,260";"Local Leak Detection and Health Monitoring of Pressurized Tanks in a Space Environment";"11/17/2029"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32588-1";8052860;"11/957,051";"ELECTROCHEMICALLY-ENHANCED MECHANICAL POLISHING OF OPTICS";"09/06/2030"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32605-1";8309944;"12/240,626";"Grazing Incidence Optics for Neutron Analysis and Imaging";"12/07/2030"
-"NASA Marshall Space Flight Center";"Application";"MFS-32605-1-CIP";0;"12/717,450";"Novel Grazing Incidence Neutron Optics";"09/29/2028"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32605-1-DIV";8575577;"13/534,951";"Novel Grazing Incidence Neutron Optics";"09/29/2028"
-"NASA Marshall Space Flight Center";"Application";"MFS-32612-1-CIP";;"13/796,693";"Protective Safety Cover for Pool and Spa Drains";"03/24/2029"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32614-1";464750;"12/826,887";"Magnetostrictive Regulator";"04/03/2031"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32615-1";8132772;"12/567,451";"Avionics/Electronics Box Rail Mount System";"11/27/2030"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32638-1";8291776;"12/827,515";"Magnetostrictive Force-to-Angle Sensor";"03/12/2031"
-"NASA Marshall Space Flight Center";"Application";"MFS-32642-1";0;"12/827,598";"Cryogenic and Non-Cryogenic Optical Liquid Level Instrument for Stratified Conditions";"04/05/2031"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32651-1";8090484;"12/403,096";"A Planar Translation Device for Solar Sail Spacecraft Attitude Control and Maneuvering";"07/03/2030"
-"NASA Marshall Space Flight Center";"Application";"MFS-32655-1";0;"12/862,510";"AEROSPACE LASER IGNITION/ABLATION VARIABLE, HIGH PRECISION THRUSTER";
-"NASA Marshall Space Flight Center";"Issued";"MFS-32667-1";8357884;"12/839,848";"Extraction of Water from the Soil of Space Bodies Using Microwave processes";"04/22/2031"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32697-1";8252734;"12/634,502";"Multi Layered or Mixed Element Aqueous Ionic Fluids As Fuel or Lubrication Friction Modifiers";"08/26/2030"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32697-1-CIP";8563487;"13/525,623";"Multi Layered or Mixed Element Aqueous Ionic Fluids As Fuel or Lubrication Friction Modifiers";"12/09/2029"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32715-1";8535440;"12/758169";"Improvement of Crystalline Quality during Melt Growth of Semiconductors by Mechanically Induced Nucleation";"07/18/2032"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32719-1";8564770;"13/150832";"Field-Deployable Spectral Estimator of Trichloroacetic Acid (TCAA) in Plants";"05/18/2032"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32733-1";7621670;"12/392,867";"Unbalanced Flow Distribution Mixer with Flow Metering Capability";"02/25/2029"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32737-1";8448498;"12/870,468";"Hermetic Seal Leak Detection Apparatus";"06/06/2031"
-"NASA Marshall Space Flight Center";"Application";"MFS-32737-1-CIP";;"13/874182";"Hermetic Seal Leak Detection Apparatus";"08/27/2030"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32748-1";8132961;"12/397,973";"Optimized Length-to-Diameter Ratio Flow Meter";"08/16/2030"
-"NASA Marshall Space Flight Center";"Application";"MFS-32757-1";0;"13/118086";"Compliant Mechanical Motor";
-"NASA Marshall Space Flight Center";"Application";"MFS-32761-1-CIP";;"13/673,309";"Multi-Channel Flow Plug with Eddy Current Minimization for Metering, Mixing, and Conditioning";"07/23/2029"
-"NASA Marshall Space Flight Center";"Application";"MFS-32761-1-CON";;"13/729,861";"Multi-Channel Flow Plug with Eddy Current Minimization for Meeting, Mixing, and Conditioning";"07/23/2029"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32777-1";8425751;"13/020144";"Electrodeposited Nickel-Cobalt Alloy Development";"05/31/2031"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32797-1";8330961;"12/837,173";"A compact sensor for in-situ measurements of gas leaks";"08/24/2031"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32803-1";8133768;"12/560,371";"Method of Manufacturing Light Emmitting, Photovoltaic or other Electronic Apparatus";"05/31/2027"
-"NASA Marshall Space Flight Center";"Application";"MFS-32809-1";0;"13/369,704";"Telemetry encoder/decoder";
-"NASA Marshall Space Flight Center";"Issued";"MFS-32817-1";8290006;"13/281,025";"Variable Power Handheld Laser Torch for Joining Processes";"10/25/2031"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32826-1";8316884;"12/846,429";"Drain System for Pools, Spas, and Tanks. (Reference MFS 32612-1)";"03/23/2031"
-"NASA Marshall Space Flight Center";"Application";"MFS-33054-1";;"14/020,326";"Multi-spacecraft Autonomous Positioning System / Network-Based Navigation";"09/06/2033"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32830-1";8420582;"13/027472";"FRICTION MANAGEMENT USING SOLVENT PARTITIONING OF SINGLE ELEMENT AND MULTI-ELEMENT HYDROPHILIC SURFACE-INTERACTIVE CHEMICALS CONTAINED IN HYDROPHILIC TARGETED EMULSIONS";"02/15/2031"
-"NASA Marshall Space Flight Center";"Application";"MFS-32830-1-CIP";;"13/900,452";"Friction and Wear Management Using Solvent Partioning of Hydrophilic Surface-Interactive Chemicals contains in Boundary Layer-Targeted Emulsions";"03/07/2033"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32840-1";8322685;"12/842,218";"Non-collinear Valve Actuator";"04/02/2031"
-"NASA Marshall Space Flight Center";"Application";"MFS-32841-1";;"13/424,754";"DUPLICATE of Telemetry encoder/decoder";
-"NASA Marshall Space Flight Center";"Application";"MFS-32853-1";;"14/196,203";"Particle Damping for Vibration Mitigation of Circuit Cards";"03/04/2034"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32857-1";8668168;"13/326,513";"Rocket Vent Design with Variable Flow Control and Rain Protection";"01/21/2032"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32859-1";8393520;"13/240,075";"Variably Pulsed High Power Ultrasonic (HPU) Energy for Ultrasonic Stir Welding (USW)";"11/07/2031"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32859-1-DIV";8393523;"13/523,310";"Pulsed Ultrasonic Stir Welding Method";"09/22/2031"
-"NASA Marshall Space Flight Center";"Application";"MFS-32865-1";;"13/302,734";"Easily Installed, In-situ Adaptable Flow Measurement Device and Method.";
-"NASA Marshall Space Flight Center";"Issued";"MFS-32865-2";8555731;"13/302,773";"Easily Installed, In-situ Adaptable Flow Measurement Device and Method.";"06/04/2032"
-"NASA Marshall Space Flight Center";"Application";"MFS-32865-3";;"13/302,817";"Easily Installed, In-situ Adaptable Flow Measurement Device and Method.";
-"NASA Marshall Space Flight Center";"Application";"MFS-32865-4";;"13/302,845";"Easily Installed, In-situ Adaptable Flow Measurement Device and Method.";"08/23/2032"
-"NASA Marshall Space Flight Center";"Issued";"MFS-32871-1";8577519;"13/424,898";"Low Cost Telemetry System for Small/micro satellites";"06/13/2032"
-"NASA Marshall Space Flight Center";"Application";"MFS-32873-1";;"13/523210";"High-current, high-voltage switch using non-hazardous liquid metals";"11/29/2032"
-"NASA Marshall Space Flight Center";"Application";"MFS-32889-1";;"13/174,084";"Pyrotechnic Pipe Plug and Variable Area Flow Meter";
-"NASA Marshall Space Flight Center";"Application";"MFS-32895-1";;"13/242,734";"High Powered Ultrasonically Assisted Thermal Stir Welding";
-"NASA Marshall Space Flight Center";"Application";"MFS-32912-1";;"13/299,930";"Salt Water Power Load - Part II";
-"NASA Marshall Space Flight Center";"Application";"MFS-32916-1";;"13/333283";"Improved Impact Toughness and Heat Treatment for Cast Aluminum Wheels";
-"NASA Marshall Space Flight Center";"Application";"MFS-32924-1";;"13/312,481";"Partial Automated Alignment & Integration System";"07/09/2032"
-"NASA Marshall Space Flight Center";"Application";"MFS-32934-1";;"12/833,894";"Methods, Devices, and Systems Relating to a Sensing Device";
-"NASA Marshall Space Flight Center";"Issued";"MFS-32940-1";8657179;"13/430,268";"Closed Loop Temperature Control for the Thermal Stir Welding Process";"03/26/2032"
-"NASA Marshall Space Flight Center";"Application";"MFS-32944-1";;"13/896,137";"Mitigation of Sonic Boom from Supersonic Vehicles by means of Long Penetration Mode (LPM) Counter-Flowing Cold Gas Jets";"05/16/2033"
-"NASA Marshall Space Flight Center";"Application";"MFS-32945-1";;"14/082,956";"Piezoelectric Gravity Gradient and Multiple Purpose Sensor Detection System";"11/18/2033"
-"NASA Marshall Space Flight Center";"Application";"MFS-32986-1";;"13/961,573";"Non-Explosively-Actuated Pressurization Start Valve";"08/07/2033"
-"NASA Marshall Space Flight Center";"Application";"MFS-33007-1";;"14/192,350";"Carbon Nanotube Tape Vibrating Gyroscope Update";"02/27/2034"
-"NASA Marshall Space Flight Center";"Application";"MFS-33022-1";;"14/192,395";"A Design Technology to Eliminate Dribble Volume in Rocket Engine Manifolds for Swirl-Coaxial Injectors";"02/27/2034"
-"NASA Marshall Space Flight Center";"Application";"MFS-33031-1";;"13/949,361";"An aerodynamic design concept for rocket nozzle side load reduction";"07/24/2033"
-"NASA Marshall Space Flight Center";"Application";"MFS-33060-1";;"14/104,881";"Carbon Nanotube Tape Single Axis Accelerometer";"12/12/2033"
-"NASA Johnson Space Center";"Issued";"MSC-21715-2";5869238;"08/390,904";"Quantitative Method Of Measuring Cancer Cell Urokinase And Metastatic Potential";"02/09/2016"
-"NASA Johnson Space Center";"Issued";"MSC-21947-1";7541159;"10/828,531";"MOLECULAR SPECIFIC ANTIBODIES AGAINST UROKINASE";"08/28/2025"
-"NASA Johnson Space Center";"Issued";"MSC-22119-1";5851816;"08/172,962";"A PROCESS FOR DEVELOPING HIGH-FIDELITY THREE-DIMENSIONAL TUMOR MODELS OF HUMAN PROSTATE CARCINOMA";"12/22/2015"
-"NASA Johnson Space Center";"Issued";"MSC-22122-1";6117674;"08/366,065";"HORIZONTAL ROTATING-WALL VESSEL PROPAGATION IN IN VITRO HUMAN TISSUE MODELS";"09/12/2017"
-"NASA Johnson Space Center";"Issued";"MSC-22489-1";5827531;"08/349,169";"Multi-Lamellar, Immiscible-Phase Microencapsulation of Drugs";"10/27/2015"
-"NASA Johnson Space Center";"Issued";"MSC-22616-2";6133036;"09/7,239";"Preservation Of Liquid Biological Samples";"12/12/2015"
-"NASA Johnson Space Center";"Issued";"MSC-22616-3";6716392;"09/630,979";"Preservation Of Liquid Biological Samples";"01/14/2018"
-"NASA Johnson Space Center";"Issued";"MSC-22633-1";6485963;"09/587,028";"Electrically Potentiated Growth Of Mammalian Neuronal Tissue Facilitated By Rotating Wall Vessel Culture";"06/02/2020"
-"NASA Johnson Space Center";"Issued";"MSC-22633-2";6673597;"09/798,854";"Growth Stimulation Of Biological Cells And Tissue By Electromagnetic Fields And Uses Thereof";"02/28/2021"
-"NASA Johnson Space Center";"Issued";"MSC-22695-1";6261844;"09/213,988";"A Unique Urine Preservative With Combined Antibacterial And Antioxidant Properties";"12/17/2018"
-"NASA Johnson Space Center";"Issued";"MSC-22721-2";6254359;"09/354,915";"Blood Pump Bearing System";"07/09/2019"
-"NASA Johnson Space Center";"Issued";"MSC-22724-1";6047216;"09/129,832";"Millimeter Wave/Microwave Ablation For Treatment Of Atherosclerotic Lesions";"08/05/2018"
-"NASA Johnson Space Center";"Issued";"MSC-22724-2";6226553;"09/501,150";"Endothelium Preserving Microwave Treatment For Atherosclerosis";"02/09/2020"
-"NASA Johnson Space Center";"Issued";"MSC-22724-3";6223086;"09/504,768";"Endothelium Preserving Microwave Treatment For Atherosclerosis";"02/09/2020"
-"NASA Johnson Space Center";"Issued";"MSC-22724-5";6496736;"09/500,538";"Endothelium Preserving Microwave Treatment For Atherosclerosis";"02/09/2020"
-"NASA Johnson Space Center";"Issued";"MSC-22757-1";5879079;"08/917,581";"Automated Propellant Blending Machine";"08/20/2017"
-"NASA Johnson Space Center";"Issued";"MSC-22797-1";6312398;"08/786,842";"A Method Of Applying External Power To Assist In The Operation Of Joints In Pressure Suits And Inflatable Structures2283";"12/19/2016"
-"NASA Johnson Space Center";"Issued";"MSC-22839-1";6501414;"09/826,402";"Locating Concealed Objects Using Spectral Signatures";"04/02/2021"
-"NASA Johnson Space Center";"Issued";"MSC-22859-1";6730498;"09/56,363";"Production Of 1-25diOH Vitamin D3, Erythropoietin And Other Products By Epithelial And Interstitial Cells In Response To Shear Stress";"04/08/2017"
-"NASA Johnson Space Center";"Issued";"MSC-22859-2";6946246;"09/532,001";"Production Of Functional Proteins:  Balance Of Shear Stress And Gravity";"03/21/2020"
-"NASA Johnson Space Center";"Issued";"MSC-22859-3";7198947;"10/734,759";"Production Of Functional Proteins: Balance Of Shear Stress And Gravity";"12/22/2023"
-"NASA Johnson Space Center";"Issued";"MSC-22859-5";7972821;"12/174,221";"Production of Functional Proteins: Balance of Shear Stress and Gravity";"02/11/2029"
-"NASA Johnson Space Center";"Issued";"MSC-22863-1";7122071;"10/263,280";"Centrifugal Adsorption Cartridge System (CACS)";"12/21/2022"
-"NASA Johnson Space Center";"Issued";"MSC-22866-1";6099864;"09/79,741";"INSITU Activation Of Microcapsules";"05/15/2018"
-"NASA Johnson Space Center";"Issued";"MSC-22900-1";6231010;"09/236,785";"Advanced Structural/Inflatable Hybrid Spacecraft Habitation Module";"01/25/2019"
-"NASA Johnson Space Center";"Issued";"MSC-23563-2";8039099;"11/848,332";"Nanoencapsulated Aerogels Produced By Monomer Vapor Deposition And Polymerization";"08/13/2028"
-"NASA Johnson Space Center";"Issued";"MSC-22931-1";6354540;"09/405,301";"Electro-Mechanically Actuated Magnetic Ring With Load Sensing Feedback And Closed Loop Control Docking/Berthing System For Alignment And Mating Of Multiple Vehicles, Structures, And/or Assemblies";"09/20/2019"
-"NASA Johnson Space Center";"Issued";"MSC-22936-1";6387399;"09/79,766";"Protein Crystal Encapsulation Process";"05/15/2018"
-"NASA Johnson Space Center";"Issued";"MSC-22936-2";6558698;"09/733,391";"Microencapsulated Bioactive Agents And Method Of Making";"12/06/2020"
-"NASA Johnson Space Center";"Issued";"MSC-22936-3";6676964;"09/774,168";"Method For Determining The Three-Dimensional Structure Of A Protein";"01/26/2021"
-"NASA Johnson Space Center";"Issued";"MSC-22936-4";6599449;"09/774,169";"X-Ray Crystallography Reagent";"01/24/2021"
-"NASA Johnson Space Center";"Issued";"MSC-22937-1";6214300;"09/79,833";"Microencapsulation And Electrostatic Processing Device (MEPS)";"05/15/2018"
-"NASA Johnson Space Center";"Issued";"MSC-22938-1";6103271;"09/79,770";"Low-Shear Microencapsulation & Electrostatic Coating Process";"05/15/2018"
-"NASA Johnson Space Center";"Issued";"MSC-22939-4";7968117;"12/100,009";"Externally Triggered Microcapsules";"07/09/2029"
-"NASA Johnson Space Center";"Issued";"MSC-22970-1";6253563;"09/337,208";"Solar-Powered Refrigeration System";"06/03/2019"
-"NASA Johnson Space Center";"Issued";"MSC-22970-2";6469487;"09/838,679";"Solar Powered Refrigeration System";"06/03/2019"
-"NASA Johnson Space Center";"Issued";"MSC-22970-3";6453693;"09/838,680";"Solar Powered Refrigeration System";"06/03/2019"
-"NASA Johnson Space Center";"Issued";"MSC-23029-1";6651739;"09/793,817";"Medium Frequency Pseudo Noise Geological Radar";"07/20/2021"
-"NASA Johnson Space Center";"Issued";"MSC-23037-1";6864473;"09/988,855";"Variable Shadow Screen For Optical Devices";"11/14/2021"
-"NASA Johnson Space Center";"Issued";"MSC-23041-1";6334302;"09/351,152";"Variable Specific Impulse Magnetoplasma Rocket (VASIMR)";"06/28/2019"
-"NASA Johnson Space Center";"Issued";"MSC-23049-3";6592579;"09/746,542";"Method For Selective Thermal Ablation";"06/28/2021"
-"NASA Johnson Space Center";"Issued";"MSC-23049-4";6675050;"09/746,533";"Computer Program For Microwave Antenna";"05/07/2021"
-"NASA Johnson Space Center";"Issued";"MSC-23076-1";6321746;"09/574,758";"Collapsable, Light, Portable Human Hyperbaric Chamber/Airlock System";"05/17/2020"
-"NASA Johnson Space Center";"Issued";"MSC-23092-1";6547189;"09/826,403";"Advanced, Large Volume, Highly Loaded, Hybrid Inflatable Pressure Vessel";"05/26/2021"
-"NASA Johnson Space Center";"Issued";"MSC-23153-1";6995572;"09/803,613";"Coplanar Waveguide Ice Detection Sensor";"11/04/2023"
-"NASA Johnson Space Center";"Issued";"MSC-23154-1";7113820;"09/906,013";"A Real-Time, High Frequency QRS Electrocardiograph.";"05/03/2023"
-"NASA Johnson Space Center";"Issued";"MSC-23154-2";7539535;"11/345,687";"A Real-Time, High Frequency QRS Electrocardiograph";"07/13/2027"
-"NASA Johnson Space Center";"Issued";"MSC-23178-1";6997637;"10/5,820";"Deceleration Limiting Safety Crash Wall";"05/19/2022"
-"NASA Johnson Space Center";"Issued";"MSC-23193-1";6618010;"09/994,989";"Passive Noncoherent Tracking Of A Data-Modulated Signal";"11/14/2021"
-"NASA Johnson Space Center";"Issued";"MSC-23277-1";7295309;"10/734,753";"Microcapsule Flow Sensor";"11/12/2024"
-"NASA Johnson Space Center";"Issued";"MSC-23303-1";7397774;"10/446,283";"Downlink Data Multiplexer";"01/16/2026"
-"NASA Johnson Space Center";"Issued";"MSC-23307-1";6559645;"10/28,962";"Detection Of Subterranean Metal Objects Using Differential Spectral Processing";"11/17/2020"
-"NASA Johnson Space Center";"Issued";"MSC-23309-1";7040319;"10/87,866";"Oxygen Partial Pressure Monitoring Device For Aircraft Oxygen Masks.";"04/27/2022"
-"NASA Johnson Space Center";"Issued";"MSC-23311-1";6650280;"09/953,612";"Mass Measurement During Fluid Flow Using An Integrated Sonic/Microwave Detector.";"09/14/2021"
-"NASA Johnson Space Center";"Issued";"MSC-23314-1";6899009;"09/892,355";"Flexshield (Flexible Multi-Shock Shield Technology)";"06/26/2021"
-"NASA Johnson Space Center";"Issued";"MSC-23349-1";7415005;"10/283,354";"MCC Voice Over Internet Protocol (VOIP)";"08/08/2026"
-"NASA Johnson Space Center";"Application";"MSC-23349-2-SB";0;"12/170,614";"Ad Hoc Selection of Voice Over Internet Streams";
-"NASA Johnson Space Center";"Issued";"MSC-23424-1";6985606;"10/212,579";"Global Distribution Of Large Fluvial Fans/Potential Hydrocarbon Exploration Guide";"06/12/2024"
-"NASA Johnson Space Center";"Issued";"MSC-23427-1";6944504;"10/302,323";"Microwave Ablation Of Prostatic Cells Using A Separated Antenna Array";"07/23/2023"
-"NASA Johnson Space Center";"Issued";"MSC-23436-1";7126553;"10/679,688";"Tri-Sector Deployable Array Antenna";"08/11/2024"
-"NASA Johnson Space Center";"Issued";"MSC-23443-1";6647855;"10/263,293";"Method And Apparatus For Deploying A Hypervelocity Shield";"09/30/2022"
-"NASA Johnson Space Center";"Issued";"MSC-23444-1";6932090;"10/361,046";"A Simple Countermeasure For Management Of Motion Sickness And Vestibular/Sensory-Motor Problems Associated With Space Flight And Terrestial Motion Sickness";"07/01/2023"
-"NASA Johnson Space Center";"Issued";"MSC-23449-1";7386340;"10/402,866";"Method For Diagnosis Of Coronary Artery Disease And Related Conditions Using 12-Lead High Frequency QRS Electrocardiography";"12/30/2025"
-"NASA Johnson Space Center";"Issued";"MSC-23510-1";6851647;"10/417,377";"Portable Catapult Launcher For Small Aircraft";"04/03/2023"
-"NASA Johnson Space Center";"Issued";"MSC-23518-1";7168935;"10/637,086";"Low Voltage Electron Beam Solid Freeform Fabrication System";"09/29/2024"
-"NASA Johnson Space Center";"Issued";"MSC-23538-1";6943619;"10/443,233";"Practical Active Capacitor Filter";"05/21/2023"
-"NASA Johnson Space Center";"Issued";"MSC-23539-1";6943621;"10/443,234";"Auto-Routable, Configurable, Daisy Chainable Data Acquisition System";"08/16/2023"
-"NASA Johnson Space Center";"Issued";"MSC-23563-1";7270851;"10/985,081";"Nano-Encapsulated Aerogel";"05/14/2025"
-"NASA Johnson Space Center";"Issued";"MSC-23594-1";7125370;"10/845,608";"Articulating Subject Support For Resistive Exercise In The Horizontal Position";"02/22/2025"
-"NASA Johnson Space Center";"Issued";"MSC-23623-1";7212934;"11/370,379";"String Resistance Detector Concept";"03/06/2026"
-"NASA Johnson Space Center";"Issued";"MSC-23659-1";7094045;"10/734,754";"Pulse-Flow Microencapsulation System";"06/09/2024"
-"NASA Johnson Space Center";"Issued";"MSC-23659-2";7588703;"11/428,465";"Microencapsulation System And Method";"03/14/2027"
-"NASA Johnson Space Center";"Issued";"MSC-23668-1";7250075;"10/874,004";"Water Outlet Control Mechanism For Fuel Cell System Operation In Variable Gravity Environments";"11/04/2025"
-"NASA Johnson Space Center";"Issued";"MSC-23695-1";7249540;"11/177,652";"Torquing Tool Attachment For Round Connectors With Attached Cables";"08/27/2025"
-"NASA Johnson Space Center";"Issued";"MSC-23781-1";7410485;"11/40,613";"Directional Microwave Applicator/Antenna";"10/16/2026"
-"NASA Johnson Space Center";"Issued";"MSC-23805-1";7462141;"11/31,942";"Advanced Resistive Exercise Device (ARED)";"01/10/2027"
-"NASA Johnson Space Center";"Issued";"MSC-23881-1";7686529;"11/958,908";"Low Friction, Low Profile, High Moment Two-Axis Joint";"12/18/2027"
-"NASA Johnson Space Center";"Application";"MSC-23882-1";0;"12/899654";"Analog Strain Gage Conditioning System for Space Environment";
-"NASA Johnson Space Center";"Issued";"MSC-23906-1";7295884;"11/158,354";"Method for the Design and Analysis of the Primary Load Bearing Layer of an Inflatable Vessel";"07/20/2026"
-"NASA Johnson Space Center";"Issued";"MSC-23933-1";7543779;"11/625,066";"Low Impact Docking System (LIDS) A.k.a, International Berthing Docking Mechanism (IBDM)";"02/22/2028"
-"NASA Johnson Space Center";"Issued";"MSC-23954-1";7357606;"11/357,461";"Self-Advancing Step-Tap Drill";"08/14/2026"
-"NASA Johnson Space Center";"Issued";"MSC-23988-1";8343740;"12/58,227";"Micro-Organ Device";"10/31/2031"
-"NASA Johnson Space Center";"Issued";"MSC-23988-2";8580546;"13/688982";"Micro-Organ Device";"11/29/2032"
-"NASA Johnson Space Center";"Issued";"MSC-23997-2";7815149;"12/388,345";"Magnetic Capture Docking Mechanism";"04/01/2025"
-"NASA Johnson Space Center";"Issued";"MSC-24000-1";8076136;"/0";"Development And Characterization Of A Three-Dimensional Tissue Culture Model Of Bone";"10/31/2021"
-"NASA Johnson Space Center";"Issued";"MSC-24042-1";7411198;"11/421,174";"New Architecture for Space Radiation Detection";"02/01/2027"
-"NASA Johnson Space Center";"Issued";"MSC-24106-1";7577482;"11/683,770";"Network System Plug And Play Through Positional And Functional Connectivity Identification";"04/21/2028"
-"NASA Johnson Space Center";"Issued";"MSC-24115-1";8022307;"11/772,999";"Method and Apparatus for Fabric Circuits and Antennas";"06/19/2030"
-"NASA Johnson Space Center";"Issued";"MSC-24149-1";8122646;"12/402,986";"A Description Of An Improved Method For Folding, Assembling, And Weight Relief Of An Inflatable Shell";"02/04/2030"
-"NASA Johnson Space Center";"Issued";"MSC-24149-2";8266866;"13/346137";"A Description Of An Improved Method For Folding, Assembling, And Weight Relief Of An Inflatable Shell";"03/12/2029"
-"NASA Johnson Space Center";"Issued";"MSC-24164-1";8338114;"11/789,117";"Methods For Growing Tissue-Like 3D Assemblies (TLA) Of Human Broncho-Epithelial Cells";"05/04/2030"
-"NASA Johnson Space Center";"Issued";"MSC-24169-1";7862946;"11/671,210";"Self-Regulating Control of Parasitic Electric Loads in Fuel Cell Power Systems";"11/05/2029"
-"NASA Johnson Space Center";"Issued";"MSC-24180-1";7935259;"12/167,332";"Water Filtering Device, 100% Effective";"09/14/2029"
-"NASA Johnson Space Center";"Issued";"MSC-24184-1";8116350;"12/353,755";"Ultra-Wideband (UWB) Two-Cluster Angle Of Arrival (AOA) Passive Tracking System Design";"07/22/2030"
-"NASA Johnson Space Center";"Issued";"MSC-24201-1";7509774;"11/610,295";"A Description Of An Improved Method For Attaching An Inflatable Shell To A Rigid Interface";"06/13/2027"
-"NASA Johnson Space Center";"Issued";"MSC-24207-1";7604782;"11/625,670";"X-38 Advanced Sublimator";"04/12/2028"
-"NASA Johnson Space Center";"Issued";"MSC-24215-1";8070105;"11/956,826";"A Description Of A Concentric Nested Torroidal Inflatable Habitat";"10/04/2030"
-"NASA Johnson Space Center";"Issued";"MSC-24216-1";8047473;"12/240,537";"A Description Of An Octonode Connecting Node Concept And Method";"01/10/2030"
-"NASA Johnson Space Center";"Issued";"MSC-24228-1";7521682;"11/421,196";"New Architecture For Space Radiation Detection";"03/07/2027"
-"NASA Johnson Space Center";"Issued";"MSC-24238-1";8388613;"12/757657";"Microwave Tissue Welding For Wound Closure";"11/17/2031"
-"NASA Johnson Space Center";"Issued";"MSC-24263-1";7805276;"11/958,937";"Impact Detection System";"02/12/2029"
-"NASA Johnson Space Center";"Issued";"MSC-24273-1";7840387;"11/778,858";"Method For The Design And Analysis Of The Primary Load Bearing Layer That Interfaces To The Structural Pass-through Of An Inflatable Vessel";"07/31/2029"
-"NASA Johnson Space Center";"Application";"MSC-24314-1";0;"12/880602";"HDSS - High Density Spot Seeding";
-"NASA Johnson Space Center";"Issued";"MSC-24346-1";8466776;"12/828558";"Extended Range RFID and Sensor Tag";"09/05/2031"
-"NASA Johnson Space Center";"Issued";"MSC-24387-1";8011229;"12/323,912";"Artificial Intelligence Algorithm For Assessing Postural Stability During Normal Daily Activities Using Shoe Insert Pressure Sensors";"11/26/2028"
-"NASA Johnson Space Center";"Issued";"MSC-24441-1";7905946;"12/190,364";"A Capillary-based Static Phase Separator For Highly Variable Wetting Conditions";"07/02/2029"
-"NASA Johnson Space Center";"Issued";"MSC-24444-1";8577120;"12/900644";"Flash Infrared (IR) Thermography Contrast Computer Simulation And Data Analysis Software";"04/22/2031"
-"NASA Johnson Space Center";"Application";"MSC-24451-1";0;"13/057399";"Rapid Detection Of The Varicella Zoster Virus (VZV) In Saliva Samples";
-"NASA Johnson Space Center";"Issued";"MSC-24464-1";7859292;"12/502,575";"Reconfigurable SEU/SET Tolerance for FPGAs";"07/14/2029"
-"NASA Johnson Space Center";"Issued";"MSC-24466-1";8183870;"12/370,021";"Battery cell voltage sensing and balancing using addressable transformers with electrical isolation and minimal additional connector pins and circuitry.";"07/01/2030"
-"NASA Johnson Space Center";"Application";"MSC-24490-1";0;"12/612,171";"High Altitude Hydration System";
-"NASA Johnson Space Center";"Application";"MSC-24506-1";0;"12/971919";"A Method to Measure and Estimate Normalized contrast In Infrared Flash Thermography";"01/08/2030"
-"NASA Johnson Space Center";"Issued";"MSC-24508-1";8343403;"12/174,380";"METHOD FOR MAKING A MICROPOROUS MEMBRANE";"12/31/2030"
-"NASA Johnson Space Center";"Issued";"MSC-24509-1";8570047;"12/855384";"Battery Fault Detection with Saturating Transformers";"02/02/2032"
-"NASA Johnson Space Center";"Issued";"MSC-24525-1";8384614;"12/894749";"Deployable Fresnel Rings";"10/11/2031"
-"NASA Johnson Space Center";"Application";"MSC-24541-1";0;"12/899815";"Electromagnetic Time-Variance Magnetic Fields (TVMF) to generate, and re-grow Cartilage Cells by a Noninvasive Method";
-"NASA Johnson Space Center";"Issued";"MSC-24569-1";8176809;"12/331844";"Planar Torsion Spring";
-"NASA Johnson Space Center";"Issued";"MSC-24570-1";8276958;"12/269579";"Bidirectional Tendon Terminator";
-"NASA Johnson Space Center";"Issued";"MSC-24571-1";8371177;"12/241309";"Tendon Tension Sensor";
-"NASA Johnson Space Center";"Application";"MSC-24685-1";8056423;"12/269,552";"Sensing the Tendon Tension through the Conduit Reaction Forces";"11/12/2028"
-"NASA Johnson Space Center";"Application";"MSC-24686-1";8060250;"12/335,153";"Joint Space Impedance Control for Tendon-Driven Manipulators";"12/15/2028"
-"NASA Johnson Space Center";"Issued";"MSC-24687-1";8170718;"12/338697";"Multiple Priority Operational Space Impedance Control";
-"NASA Johnson Space Center";"Issued";"MSC-24688-1";8280837;"12/474068";"CONTACT STATE ESTIMATION FOR MULTI-FINGER ROBOT HANDS USING PARTICLE FILTERS";
-"NASA Johnson Space Center";"Issued";"MSC-24689-1";7784363;"12/241320";"PHALANGE TACTILE LOAD CELL";"09/30/2028"
-"NASA Johnson Space Center";"Issued";"MSC-24732-1";8364314;"12/624445";"METHOD AND APPARATUS FOR AUTOMATIC CONTROL OF A HUMANOID ROBOT";
-"NASA Johnson Space Center";"Application";"MSC-24733-1";0;"13/349265";"Pyrometer";
-"NASA Johnson Space Center";"Application";"MSC-24734-1";8498741;"12/564088";"Dexterous Humanoid Robotic Wrist";
-"NASA Johnson Space Center";"Application";"MSC-24735-1";8467903;"12/564086";"Tendon Driven Finger Actuation System";
-"NASA Johnson Space Center";"Issued";"MSC-24736-1";8291788;"12/564090";"Rotary Series Elastic Actuator";
-"NASA Johnson Space Center";"Issued";"MSC-24737-1";8401700;"12/564124";"ACTUATOR AND ELECTRONICS PACKAGING FOR EXTRINSIC HUMANOID HAND";
-"NASA Johnson Space Center";"Application";"MSC-24738-1";0;"12/564094";"FRAMEWORK AND METHOD FOR CONTROLLING A ROBOTIC SYSTEM USING A DISTRIBUTED COMPUTER NETWORK";
-"NASA Johnson Space Center";"Application";"MSC-24739-1";8511964;"12/564084";"Dexterous Humanoid Robot";
-"NASA Johnson Space Center";"Application";"MSC-24740-1";0;"12/564078";"Dexterous Humanoid Robotic Finger";
-"NASA Johnson Space Center";"Issued";"MSC-24741-1";8255079;"12/564095";"Human Grasp Assist";"09/23/2029"
-"NASA Johnson Space Center";"Application";"MSC-24742-1";8442684;"12/564076";"Integrated High Speed FPGA Based Torque Controller";
-"NASA Johnson Space Center";"Application";"MSC-24743-1";8250901;"12/564092";"Rotary Absolute Position Sensor Calibration";
-"NASA Johnson Space Center";"Application";"MSC-24744-1";8369992;"12/564083";"Diagnostics, prognostics & health management for humanoid robotics and method thereof";
-"NASA Johnson Space Center";"GM";"MSC-24745-1";8424941;"12/564085";"ROBOTIC THUMB ASSEMBLY";
-"NASA Johnson Space Center";"Application";"MSC-24746-1";8260460;"12/564096";"Interactive Robot Control System";
-"NASA Johnson Space Center";"Issued";"MSC-24747-1";8244402;"12/564074";"VISUAL PERCEPTION SYSTEM AND METHOD FOR A HUMANOID ROBOT";
-"NASA Johnson Space Center";"Issued";"MSC-24750-1";8483882;"12/686512";"HIERARCHICAL ROBOT CONTROL SYSTEM AND METHOD FOR CONTROLLING SELECT DEGREES OF FREEDOM OF AN OBJECT USING MULTIPLE MANIPULATORS";
-"NASA Johnson Space Center";"Issued";"MSC-24751-1";8412376;"12/720725";"TENSION DISTRIBUTION IN A TENDON-DRIVEN ROBOTIC FINGER";
-"NASA Johnson Space Center";"Issued";"MSC-24752-1";8033876;"12/706744";"CONNECTOR PIN AND METHOD";
-"NASA Johnson Space Center";"Application";"MSC-24753-1";0;"12/720727";"UNDERACTUATED DESIGN AND CONTROL OF A TENDON-DRIVEN FINGER";
-"NASA Johnson Space Center";"Application";"MSC-24755-1";0;"12/698832";"Architecture For Robust Force and Impedance Control Of Series Elastic Actuators";
-"NASA Johnson Space Center";"Application";"MSC-24758-1";0;"14/184278";"RFID Cavity";"03/11/2033"
-"NASA Johnson Space Center";"Application";"MSC-24798-1";0;"13/789903";"Soft Decision Analyzer (SDA)";"03/08/2033"
-"NASA Johnson Space Center";"Application";"MSC-24811-1";0;"13/461,487";"Self-enclosed and pipette free DNA/RNA Isolation device";
-"NASA Johnson Space Center";"Application";"MSC-24813-1";0;"13/791290";"Pre-Polymerase Chain Reaction Preparation Kit";"08/06/2032"
-"NASA Johnson Space Center";"Application";"MSC-24817-1";8265792;"12/760954";"Method and Apparatus for Calibrating Multi-Axis Load Cells in a Dexterous Robot";
-"NASA Johnson Space Center";"Application";"MSC-24837-1";0;"12/787479";"Applying Workspace Limitations in a Velocity-Controlled Robotic Mechanism";
-"NASA Johnson Space Center";"Application";"MSC-24919-1";0;"13/790591";"RFID Waveguide, Antenna, and Cavity Sensors";"07/13/2032"
-"NASA Johnson Space Center";"Issued";"MSC-24926-1";8412378;"12/629637";"IN-VIVO TENSION CALIBRATION IN TENDON-DRIVEN MANIPULATORS";
-"NASA Johnson Space Center";"Issued";"MSC-24930-1";8489239;"12/916803";"ROBUST OPERATION OF TENDON-DRIVEN ROBOT FINGERS USING FORCE AND POSITION-BASED CONTROL LAWS";
-"NASA Johnson Space Center";"Application";"MSC-25026-1";0;"13/354552";"Battery Charge Equalizer with transformer array";
-"NASA Johnson Space Center";"Issued";"MSC-25053-1";"D628,609";"29/359105";"ROBOT";"04/06/2030"
-"NASA Johnson Space Center";"Application";"MSC-25056-1";0;"13/014901";"SYSTEM AND METHOD FOR TENSIONING A ROBOTICALLY ACTUATED TENDON";
-"NASA Johnson Space Center";"Issued";"MSC-25084-1";8067909;"12/474430";"METHOD AND APPARATUS FOR ELECTROMAGNETICALLY BRAKING A MOTOR";"05/29/2029"
-"NASA Johnson Space Center";"Application";"MSC-25084-DE";0;"12/474430";"Method and Apparatus for Electromagnetically Braking a Motor";
-"NASA Johnson Space Center";"Application";"MSC-25084-JP";0;"12/474430";"Method and Apparatus for Electromagnetically Braking a Motor";
-"NASA Johnson Space Center";"Application";"MSC-25091-1";0;"13/199484";"FRET-Aptamer Assays for C-Telopeptide, Creatinine and Vitamin D";"08/31/2031"
-"NASA Johnson Space Center";"Issued";"MSC-25121-1";8483877;"12/875254";"WORKSPACE SAFE OPERATION OF A FORCE- OR IMPEDANCE-CONTROLLED ROBOT";
-"NASA Johnson Space Center";"Application";"MSC-25149-1";0;"13/196252";"Controlling Execution Sequence Using Tactile-Classification during manipulation by a humanoid robot";
-"NASA Johnson Space Center";"Application";"MSC-25216-1";0;"13/439,546";"METHOD AND COMPOSITION FOR AMELIORATING THE EFFECTS FOR A SUBJECT EXPOSED TO RADIATION OR OTHER SOURCES OF OXIDATIVE STRESS";
-"NASA Johnson Space Center";"Application";"MSC-25217-1";0;"13/272442";"METHOD FOR DYNAMIC OPTIMIZATION OF A ROBOT CONTROL INTERFACE";
-"NASA Johnson Space Center";"Application";"MSC-25219";0;"13/207911";"FAST GRASP CONTACT COMPUTATION FOR A SERIAL ROBOT";
-"NASA Johnson Space Center";"Application";"MSC-25265-1";0;"13/851778";"New method and device for digital to analog transformations and reconstructions of multichannel electrocardiograms";"10/30/2032"
-"NASA Johnson Space Center";"Application";"MSC-25286-1";0;"14/252660";"A chemical formulation to stabilize urine and minimize the precipitation potential of minerals during distillation of urine";"03/11/2033"
-"NASA Johnson Space Center";"Application";"MSC-25313-1";0;"13/774835";"Hydrostatic Hyperbaric Chamber";"02/22/2033"
-"NASA Johnson Space Center";"Application";"MSC-25318";0;"13/408668";"HUMAN GRASP ASSIST SOFT";
-"NASA Johnson Space Center";"Application";"MSC-25319";0;"13/408656";"HUMAN GRASP ASSIST ";
-"NASA Johnson Space Center";"Application";"MSC-25320";0;"13/408675";"HUMAN GRASP ASSIST CONTROLS";
-"NASA Johnson Space Center";"Application";"MSC-25327-1";0;"13/459557";"COMMUNICATION SYSTEM AND METHOD";
-"NASA Johnson Space Center";"Application";"MSC-25386-1";0;"13/951671";"Active Response Gravity Offload System - Vertical Software Release";"07/26/2033"
-"NASA Johnson Space Center";"Application";"MSC-25590-1";0;"13/790927";"Systems and Methods for RFID-Enabled Information Collection";
-"NASA Johnson Space Center";"Application";"MSC-25604-1";0;"13/791584";"Systems and Methods for RFID-Enabled Dispenser";
-"NASA Johnson Space Center";"Application";"MSC-25605-1";0;"13/790721";"Switch Using Radio Frequency Identification";
-"NASA Johnson Space Center";"Application";"MSC-25626-1";0;"14/200,122";"RFID Torque-Sensing Tag System for Fasteners";"03/07/2034"
-"NASA Johnson Space Center";"Application";"MSC-25632-1";0;"13/803017";"ROBOT TASK COMMANDER WITH EXTENSIBLE PROGRAMMING ENVIRONMENT
-";"03/14/2033"
-"NASA Johnson Space Center";"Application";"MSC-25758-1";0;"14/184303";"Methods, Systems and Apparatuses for Radio Frequency Identification";"03/11/2033"
-"NASA Johnson Space Center";"Application";"MSC-25759-1";0;"14/184337";"Methods, Systems and Apparatuses for Radio Frequency Identification";"03/11/2033"
-"NASA Johnson Space Center";"Application";"MSC-25760-1";0;"14/184365";"Methods, Systems and Apparatuses for Radio Frequency Identification";"03/11/2033"
-"NASA Jet Propulsion Laboratory";"Application";"NPO-17734-1";0;"07/700,830";"Formation Of Self-Aligned Guard Ring For Silicide Schottky-Barrier Diodes Used For Infrared Detection";
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-19289-1";6513023;"09/412,199";"On-Chip Learning In VLSI Hardware";"10/01/2019"
-"NASA Jet Propulsion Laboratory";"Application";"NPO-19769-1";0;"08/868,175";"Automated Cargo Inventory Identification Transponder";
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-19855-1";6374630;"09/853,931";"Champagne Heat Pump";"05/09/2021"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-20031-1";6828935;"10/176,761";"Receiver Controlled Phased Array Antenna";"07/19/2022"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-20837-1";6526556;"09/591,386";"MORPHING TECHNIQUE FOR ACCELERATED EVOLUTIONARY SYNTHESIS OF ELECTRONIC CIRCUITS";"06/07/2020"
-"NASA Jet Propulsion Laboratory";"Application";"NPO-21136-1";0;"10/219,384";"A CMOS ACTIVE PIXEL SENSOR (APS) FOR READING COMPACT DISCS";
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-30703-1";7240208;"10/424,287";"ENCRYPTING DIGITAL CAMERA";"04/23/2023"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-40040-1";7480984;"40/863,835";"A Concept For Suppressing Sublimation In Advanced Thermoelectric Devices";"06/07/2024"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-40407-1";7592747;"11/056,633";"Piezoelectrically Enhanced PhotoCathode (PEPC)";"02/09/2025"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-40827-1";7156189;"11/1,465";"SELF-MOUNTABLE AND EXTRACTABLE ULTRASONIC/SONIC ANCHOR (U/S-Anchor)";"12/01/2024"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-41446-1";8358723;"11/602,440";"Architecture Of An Autonomous Radio";"09/12/2031"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-41506-2";8492160;"12/720,103";"BIOMARKER SENSOR SYSTEM AND METHOD FOR MULTI-COLOR IMAGING AND PROCESSING OF SINGLE-MOLECULE LIFE SIGNATURES";"04/09/2031"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-41511-1";7385462;"11/376,638";"Wideband (31 To 36 GHz) 24-Way Radial Power Combiner/Divider Fed By A Marie Transducer";"03/14/2026"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-41982-1";8078309;"12/415,206";"Inverse Tomographic Approach To Create Arbitrary Sidewall Geometries In 3D Using LiGA Technologies";"03/03/2021"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-42131-1";7824247;"11/756,819";"PORTABLE RAPID AND QUIET DRILL (PRAQD)";"11/02/2027"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-42312-1";7184624;"11/422,147";"Slow light in chains of vertically coupled whispering gallery mode resonators";"06/05/2026"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-42466-1";7764384;"11/924,766";"Swept frequency laser metrology system";"10/26/2027"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-42563-1";7353768;"11/456,441";"Submersible Vehicle Propulsion and Power Generation";"07/10/2026"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-42672-1";7996112;"11/756,793";"Micro Robot Explorer (SpiderBot) Mesh Crawler";"06/08/2030"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-43213-1";7850861;"11/764,359";"Patterning packing materials for Fluidic Channels";"10/13/2029"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-43348-1";7809521;"12/40,459";"Precise delay measurement circuit on FPGAs";"01/31/2029"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-43361-1";7773121;"11/741,213";"High Resolution, Continuous Field of View, Non-Rotating Imaging Sensor Head";"10/15/2028"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-43524-1";7773362;"11/683,007";"Dusty Plasma Thruster";"01/03/2029"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-44079-1";8022860;"11/781,022";"Enhanced Interference Cancellation and Telemetry Reception with a Single Parabolic Dish Antenna using a Focal Plane Array";"04/30/2030"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-44765-1";7740088;"11/928,069";"Ultrasonic/Sonic Rotary-Hammer Drill (USRoHD)";"04/15/2028"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-44914-1";8407979;"11/926,279";"Magnetically-Conformed, Variable Area Discharge Chamber for Hall Thruster Plasma Accelerators";"06/08/2031"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-45053-1";8057283;"12/119,989";"The process of significant improving of optical quality factor of whispering gallery mode resonator.";"09/15/2030"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-45911-1";8163094;"12/508,006";"Method to Improve Indium Bump Bonding Via Indium Oxide Removal Using a Two Step Plasma Process";"08/16/2030"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-45948-1";7843650;"12/490,422";"Monolithic Afocal Telescope";"06/24/2029"
-"NASA Jet Propulsion Laboratory";"Application";"NPO-46253-1";0;"12/237,159";"Generation of optical combs in a whispering gallery mode resonator from a bichromatic pump";
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-46843-1";8169371;"12/541,725";"A single-layer, all-metal patch antenna element with wide bandwidth";"09/25/2030"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-46938-1";8026768;"12/691,070";"A 201Hg+ co-magnetometer for 199Hg+ trapped ion space atomic clocks";"04/03/2030"
-"NASA Jet Propulsion Laboratory";"Application";"NPO-47300-1";0;"13/017,174";"Textured Si Anode for High Capacity, Rapid Charge Rate Li Ion Batteries";
-"NASA Jet Propulsion Laboratory";"Application";"NPO-47300-2";0;"13/895,499";"Textured Si Anode for High Capacity, Rapid Charge Rate Li Ion Batteries";"01/31/2031"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-47310-1";8502987;"13/018,672";"Coherent Detector for Near-Angle Scattering and Polarization Characterization of Telescope Mirror Coatings";"03/24/2032"
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-47604-1";8649000;"13/277,954";"Surface Enhanced Raman Scattering using Silica Whispering-Gallery Mode Resonators";"07/10/2032"
-"NASA Jet Propulsion Laboratory";"Application";"NPO-47717-1";;"13/281,683";"360-Degree Camera Head for Unmanned Surface Sea Vehicles";
-"NASA Jet Propulsion Laboratory";"Issued";"NPO-47869-1";8649609;"13/071,299";"FPGA Vision Data Architecture";"04/17/2032"
-"NASA Jet Propulsion Laboratory";"Application";"NPO-47881-1";;"14/151,684";"Pulsed Plasma Lubricator (PPL) Technology for the In Situ Replenishment of Dry Lubricants in Extreme Environments";
-"NASA Jet Propulsion Laboratory";"Application";"NPO-48140-1";;"13/456,451";"Probabilistic Surface Characterization for Safe Landing Hazard Detection and Avoidance";
-"NASA Jet Propulsion Laboratory";"Application";"NPO-48413-1";;"13/757,929";"Simple Laser-Communications Terminal for Downlink from Earth-Orbit at Rates Exceeding 10 Gb/s";"02/04/2033"
-"NASA Jet Propulsion Laboratory";"Application";"NPO-48539-1";;"13/858,267";"Neutral mounting of whispering gallery mode resonators for suppression of acceleration-induced frequency fluctuations";"04/08/2033"
-"NASA Jet Propulsion Laboratory";"Application";"NPO-49086-1";;"14/101,547";"Electride Mediated Surface Enhanced Raman Spectroscopy";"12/10/2033"
-"NASA Stennis Space Center";"Issued";"SSC-00040";5726632;"08/622,178";"HANDHELD HYDROGEN FIRE IMAGER";"03/14/2016"
-"NASA Stennis Space Center";"Issued";"SSC-00050";6020587;"09/3,212";"A HAND HELD PLANT STRESS DETECTION SYSTEM";"01/06/2018"
-"NASA Stennis Space Center";"Issued";"SSC-00247";8618933;"11/866,042";"Valve Health Monitoring System Utilizing Smart Instrumentation for Real Time and Historical Data Tracking";"05/03/2032"
-"NASA Stennis Space Center";"Issued";"SSC-00264";8336849;"12/704193";"Conical Seat Shut Off Valve";"01/13/2031"
-"NASA Stennis Space Center";"Issued";"SSC-00327";8401820;"12/566,111";"IN SITU HEALTH MONITORING OF PIEZOELECTRIC SENSORS";"07/31/2030"
+"Center"\"Status"\"Case Number"\"Patent Number"\"Application SN"\"Title"\"Patent Expiration Date"
+"NASA Kennedy Space Center"\"Application"\"KSC-12871"\0\"13/033,085"\"Polyimide Wire Insulation Repair System"\
+"NASA Ames Research Center"\"Issued"\"ARC-14048-1"\5694939\"08/543,093"\"Autogenic-Feedback Training Exercise Method & System"\"10/03/2015"
+"NASA Ames Research Center"\"Issued"\"ARC-14231-1"\6109270\"09/017,519"\"Multimodality Instrument For Tissue Characterization"\"02/04/2017"
+"NASA Ames Research Center"\"Issued"\"ARC-14231-2DIV"\6976013\"10/874,003"\"Metrics For Body Sensing System"\"06/16/2024"
+"NASA Ames Research Center"\"Issued"\"ARC-14231-3"\6718196\"09/652,299"\"Multimodality Instrument For Tissue Characterization"\"02/04/2017"
+"NASA Ames Research Center"\"Issued"\"ARC-14275-1"\6445390\"09/226,673"\"Automated Triangle Geometry Processing For Surface Modeling And Cartesian Grid Generation  (CART3D)"\"12/24/2018"
+"NASA Ames Research Center"\"Issued"\"ARC-14281-1"\6606612\"09/374,491"\"Aerodynamic Design Using Neural Networks"\"08/13/2019"
+"NASA Ames Research Center"\"Issued"\"ARC-14281-3"\7191161\"10/637,087"\"Method For Constructing Composite Response Surfaces By Combining Neural Networks With Polynomial Interpolation Or Estimation Techniques"\"11/18/2020"
+"NASA Ames Research Center"\"Issued"\"ARC-14359-1"\6314362\"09/498,123"\"A Direct-To Controller Tool (A Component Of The CTAS Software Suite)"\"02/02/2020"
+"NASA Ames Research Center"\"Issued"\"ARC-14494-1"\6720984\"09/606,107"\"Bio-Electric Keyboard/Mouse/Joystick Interface Software/Algorithm"\"06/13/2020"
+"NASA Ames Research Center"\"Issued"\"ARC-14512-1"\6823333\"09/800,309"\"Keyword-in-context Search Method And Software For Information Retrieval From Collections Of Text Documents (Quorum/Perilog)"\"03/02/2021"
+"NASA Ames Research Center"\"Issued"\"ARC-14513-1"\6741981\"09/800,311"\"Model-based Phrase Search Method And Software For Information Retrieval From Collections Of Text Documents (Quorum/Perilog)"\"09/14/2021"
+"NASA Ames Research Center"\"Issued"\"ARC-14514-1"\6697793\"09/800,313"\"Method And Software For Using Implicit Phrase Models To Generate Prominent Phrases Contained In Collections Of Text Documents (Quorum/Perilog)"\"03/02/2021"
+"NASA Ames Research Center"\"Issued"\"ARC-14515-1"\6721728\"09/800,310"\"Method And Software For Extracting And Distilling Topically And Situationally Relevant Phrases From Collections Of Text Documents (Quorum/Perilog)"\"07/26/2021"
+"NASA Ames Research Center"\"Issued"\"ARC-14556-1"\7346172\"09/822470"\"Spatially-modulated Auditory Alert Having Enhanced Detection"\"08/24/2022"
+"NASA Ames Research Center"\"Issued"\"ARC-14569-1"\7783130\"11/045,041"\"Spatial Standard Observer"\"03/26/2028"
+"NASA Ames Research Center"\"Issued"\"ARC-14569-2"\8139892\"12/807,375"\"Spatial Standard Observer"\"01/24/2025"
+"NASA Ames Research Center"\"Issued"\"ARC-14586-1DIV"\7293001\"11/274,744"\"A Hybrid Neural Network And Support Vector Machine Method For Optimization"\"01/07/2022"
+"NASA Ames Research Center"\"Issued"\"ARC-14613-1"\6858197\"10/099,247"\"A Novel Technique That Allows For The Deposition And Patterning Of A Catalyst Onto A Surface For The Growth Of Single-Walled Carbon Nanotubes"\"11/30/2019"
+"NASA Ames Research Center"\"Issued"\"ARC-14652-1"\7375826\"10/956,517"\"3D Laser Scanner"\"03/25/2026"
+"NASA Ames Research Center"\"Issued"\"ARC-14653-1"\7702427\"10/914,783"\"Future ATM (Air Traffic Management) Concepts Evaluation Tool (FACET)"\"07/30/2024"
+"NASA Ames Research Center"\"Issued"\"ARC-14653-2"\8290696\"12/694,966"\"Future ATM (Air Traffic Management) Concepts Evaluation Tool (FACET)"\"07/30/2024"
+"NASA Ames Research Center"\"Issued"\"ARC-14661-1"\7276266\"10/320,698"\"A Plasma Apparatus And Process For Functionalization Of Carbon Nanotubes"\"12/13/2022"
+"NASA Ames Research Center"\"Issued"\"ARC-14661-2"\7473436\"10/828,524"\"Improved Functionalization Of Carbon Nanotubes"\"12/13/2022"
+"NASA Ames Research Center"\"Issued"\"ARC-14661-3"\7767270\"11/387,503"\"Selective Functionalization Of Carbon Nanotubes Based Upon Distance Traveled"\"11/05/2025"
+"NASA Ames Research Center"\"Issued"\"ARC-14662-1"\6968338\"10/232,975"\"Advanced XML Database Integration Technique For Managing Unstructured Documents (NETMARK) (Part of NTTS Suite)"\"07/18/2023"
+"NASA Ames Research Center"\"Issued"\"ARC-14682-2"\7333735\"10/885,533"\"Communication Using VCSEL Laser Array"\"11/03/2023"
+"NASA Ames Research Center"\"Issued"\"ARC-14710-1"\7231329\"10/706,478"\"Elimination Of Parameter Input Requirement For Elliptic Grid Generation Methods In Engineering"\"03/11/2025"
+"NASA Ames Research Center"\"Issued"\"ARC-14733-1"\6972056\"10/135,013"\"An Environmentally Compatible Method To Purify Carbon Nanotubes"\"01/03/2023"
+"NASA Ames Research Center"\"Issued"\"ARC-14743-1"\7767305\"10/758611"\"High-Efficiency Tantalum-Based Ceramics (HETC)"\"01/14/2024"
+"NASA Armstrong Flight Research Center"\"Issued"\"DRC-008-014"\8047472\"12/45,970"\"IMPROVED RAM BOOSTER"\"03/11/2028"
+"NASA Ames Research Center"\"Issued"\"ARC-14744-1US"\7816491\"10/494,853"\"Ordered Biological Nanostructures Formed From Chaperonin Polypeptides"\"05/06/2024"
+"NASA Ames Research Center"\"Issued"\"ARC-14744-2"\7795388\"11/194,991"\"A Versatile Platform For Nanotechnology Based On Circular Permutations Of Chaperonin Protein"\"05/06/2024"
+"NASA Ames Research Center"\"Issued"\"ARC-14940-1"\7135172\"10/238,515"\"Bucky Paper As An Artificial Support Membrane In Retinal Cell Transplantation"\"06/12/2024"
+"NASA Ames Research Center"\"Issued"\"ARC-14941-1"\6755530\"10/198,672"\"Carbon Nanotubes As A Prototype Interface For Retinal Cell Recording And Stimulation (Vision Chip)"\"10/18/2022"
+"NASA Ames Research Center"\"Issued"\"ARC-14950-1"\7596416\"10/928,874"\"Program Management Tool (PMT)  Also Known As Business Intelligence (BI)"\"07/22/2027"
+"NASA Ames Research Center"\"Issued"\"ARC-14950-2"\8224472\"12/211,439"\"Enhanced Project Management Tool"\"10/20/2026"
+"NASA Ames Research Center"\"Issued"\"ARC-14970-1"\7129857\"10/789,049"\"Intelligent Weather Agent"\"07/20/2024"
+"NASA Ames Research Center"\"Issued"\"ARC-15040-1"\8200486\"10/457,696"\"Sub Auditory Speech Recognition Based On Electromyographic Signals"\"09/14/2025"
+"NASA Ames Research Center"\"Issued"\"ARC-15041-2"\7206674\"10/923,156"\"Information Display System For Atypical Flight Phase"\"05/21/2024"
+"NASA Ames Research Center"\"Issued"\"ARC-15042-2"\7217650\"10/816,576"\"Metallic Nanowire Interconnections For Integrated Circuit Fabrication"\"03/11/2023"
+"NASA Ames Research Center"\"Issued"\"ARC-15058-1"\7383238\"10/789,029"\"Inductive Monitoring System - System Health Monitoring Software That Learns System Behavior From Data (IMS)"\"03/12/2025"
+"NASA Ames Research Center"\"Issued"\"ARC-15073-1"\7590606\"10/703,039"\"InvestigationOrganizer: Information Storage, Modeling And Visualization Support For Accident/Mishap Investigations  (Part Of A Suite Of Software That Includes ARC-15069, ARC-15070 And ARC-15073) "\"04/30/2026"
+"NASA Ames Research Center"\"Issued"\"ARC-15088-1"\7070923\"10/608,884"\"Carbon Nanotube Bucky Paper Cages For Immune Shielding Of Cells And Tissue For Transplantation"\"09/20/2023"
+"NASA Ames Research Center"\"Issued"\"ARC-15101-1"\7113265\"10/808,704"\"Sample Handling Device For X-ray Diffraction Instruments"\"03/17/2024"
+"NASA Ames Research Center"\"Issued"\"ARC-15157-1"\7286573\"10/923,160"\"A Method Of Converting Quantum Wells From Type-II To Type-I And Of Enhancing Interband Optical Gain "\"03/11/2025"
+"NASA Ames Research Center"\"Issued"\"ARC-15171-1"\7650232\"11/239,456"\"Trajectory Specification For High-Capacity Air Traffic Control"\"05/25/2027"
+"NASA Ames Research Center"\"Issued"\"ARC-15173-1"\7273095\"10/825,795"\"Embedded Carbon Nanotube Array As High Performance Thermal Conductors"\"03/11/2023"
+"NASA Ames Research Center"\"Issued"\"ARC-15173-2"\7784531\"11/900,131"\"Nanoengineered Thermal Materials Based On Carbon Nanotube Array Composites"\"02/16/2024"
+"NASA Ames Research Center"\"Issued"\"ARC-15201-1"\7381459\"10/779,504"\"Toughened Uni-piece Fibrous Reduced Oxidation Ceramic (TUFROC) Light-Weight Thermal Protection System For Use On Space Vehicles During Atmospheric Entry At Hypersonic Speed"\"02/12/2024"
+"NASA Ames Research Center"\"Issued"\"ARC-15201-2"\7314648\"10/911,747"\"Toughened Uni-piece Fibrous Reinforced Oxidation-Resistant Composite (TUFROC)"\"02/12/2024"
+"NASA Ames Research Center"\"Issued"\"ARC-15204-1"\7949472\"10/885,537"\"Nanopore Pipetts For Structural Characterization Of Single Polymeric Biomelecules"\"01/14/2026"
+"NASA Ames Research Center"\"Issued"\"ARC-15204-1DIV"\8494782\"13/092,048"\"Nanopore Pipetts For Structural Characterization Of Single Polymeric Biomelecules"\"06/24/2024"
+"NASA Ames Research Center"\"Issued"\"ARC-15205-1"\7939734\"10/873,996"\"The Electrochemical Biosensors Using Carbon Nanotube Nanoelectrode Arrays"\"06/14/2024"
+"NASA Ames Research Center"\"Issued"\"ARC-15312-1"\7672969\"11/513,429"\"Context Based Configuration Management Concept"\"08/25/2026"
+"NASA Ames Research Center"\"Issued"\"ARC-15314-1"\7718223\"11/007,913"\"Provision Of Carbon Nanotube Arrays Of Variable Density For IC Hot Spot Control"\"02/12/2027"
+"NASA Ames Research Center"\"Issued"\"ARC-15314-2"\7704547\"11/472,516"\"Carbon Nanotube Growth Density Control"\"12/07/2024"
+"NASA Ames Research Center"\"Issued"\"ARC-15315-1"\7378963\"11/239,449"\"Reconfigurable Auditory-visual Display For Multi-channel Control Center And Rescue Communications"\"01/06/2026"
+"NASA Ames Research Center"\"Issued"\"ARC-15356-2"\7161501\"11/66,650"\"Display Of Aircraft Energy State For Flight Operations Quality Assurance (FOQA) Programs"\"09/22/2024"
+"NASA Ames Research Center"\"Issued"\"ARC-15356-3"\7212135\"11/066649"\"Real-Time Analysis And Display Of Aircraft Approach Maneuvers "\"09/22/2024"
+"NASA Ames Research Center"\"Issued"\"ARC-15370-1"\7698274\"10/956,524"\"Selective Access And Editing In A Database (Part of NTTS Suite)"\"03/18/2027"
+"NASA Ames Research Center"\"Issued"\"ARC-15392-1"\7313475\"11/053,713"\"Delay Banking: Collaborative Decision Making For Airspace-user Priority In Tactical Flow Restrictions"\"04/04/2025"
+"NASA Ames Research Center"\"Issued"\"ARC-15404-1"\7288490\"11/009,854"\"Use Of A Single Electrode To Orient Carbon Nanotube Growth"\"12/07/2024"
+"NASA Ames Research Center"\"Issued"\"ARC-15437-1"\7438422\"11/340,816"\"Low Cost Portable Planetarium Imaging System"\"05/14/2027"
+"NASA Ames Research Center"\"Issued"\"ARC-15443-1"\7531775\"11/251,006"\"A Tracking Sunphotometer Without Moving Parts "\"01/31/2026"
+"NASA Ames Research Center"\"Issued"\"ARC-15460-1"\7426848\"11/203,576"\"Discharge Based Gas Sensor Array Using Self-Oriented Regular Vertical Array Of Carbon Nanotubes"\"08/05/2025"
+"NASA Ames Research Center"\"Issued"\"ARC-15462-1"\7574338\"11/340002"\"Finite-Difference  Simulation And Visualization Of Elastodynamics In Time-Evolving Generalized Curvilinear Coordinates "\"07/29/2026"
+"NASA Ames Research Center"\"Issued"\"ARC-15487-1"\7796026\"11/111,620"\"Electronic Firefighter Escape Trail"\"06/04/2028"
+"NASA Ames Research Center"\"Issued"\"ARC-15506-1"\7529633\"11/203,589"\"Applications Of Carbon Nanotube Hold-Off Voltages"\"10/22/2026"
+"NASA Ames Research Center"\"Issued"\"ARC-15519-1"\7574357\"11/169,265"\"Security Applications For Subvocal Speech"\"11/09/2026"
+"NASA Ames Research Center"\"Issued"\"ARC-15566-1"\7801687\"11/178,079"\"Gas Sensors Based on Coated and Doped Carbon Nanotubes"\"05/26/2029"
+"NASA Ames Research Center"\"Issued"\"ARC-15566-2"\8000903\"11/416,505"\"Coated Or Doped Carbon Nanotube Network Sensors As Affected By Environmental Parameters And Elapsed Time"\"09/15/2029"
+"NASA Ames Research Center"\"Issued"\"ARC-15566-3"\7875455\"11/489,803"\"Nanotechnology Sensors For Determination Of Chemical Substances In An Oil Reservoir"\"12/17/2028"
+"NASA Ames Research Center"\"Issued"\"ARC-15566-5"\7623972\"11/591,630"\"Detection Of Presence Of Chemical Precursors"\"07/08/2025"
+"NASA Ames Research Center"\"Issued"\"ARC-15575-1"\7473930\"11/173,053"\"Use Of Carbon Nanotube Arrays For Display Purposes"\"10/24/2026"
+"NASA Ames Research Center"\"Issued"\"ARC-15578-2"\7873181\"11/525,600"\"Visual Signal Sensor Organ Replacement: Implementation"\"05/19/2028"
+"NASA Ames Research Center"\"Issued"\"ARC-15606-1"\7431242\"11/265,324"\"Aero Assist Capsule Vehicle Geometry For Atmospheric Entry"\"04/01/2026"
+"NASA Ames Research Center"\"Issued"\"ARC-15684-1"\7516890\"11/444,807"\"InterIssued Inventory Monitoring"\"05/25/2026"
+"NASA Ames Research Center"\"Issued"\"ARC-15714-1"\7869029\"11/398,733"\"Light Collimator And Monitor"\"11/11/2029"
+"NASA Ames Research Center"\"Issued"\"ARC-15782-1"\7549338\"11/973998"\"Nanotechnology Sensor Of Presence And Concentration Of A Target Molecule"\"09/28/2027"
+"NASA Ames Research Center"\"Issued"\"ARC-15796-1"\8675922\"13/444,777"\"Motion Blur Evaluation Techniques"\"08/31/1932"
+"NASA Ames Research Center"\"Issued"\"ARC-15870-1"\7655497\"11/513,431"\"Growth Method For Phase Change Nanostructures"\"08/16/2027"
+"NASA Ames Research Center"\"Issued"\"ARC-15890-1"\7655145\"11/543,275"\"Water Treatment Systems For Long Space Flight Use"\"11/05/2027"
+"NASA Ames Research Center"\"Issued"\"ARC-15900-1"\7490367\"11/526,175"\"Wet Waste Drying Bag"\"09/20/2026"
+"NASA Ames Research Center"\"Issued"\"ARC-15903-1DIV"\8409491\"13/215,206"\"In-situ Formation Of Reinforcement Phases In Ceramic Composites And Ultra High Temperature Ceramic Composites For Advanced TPS Applications"\"09/28/2027"
+"NASA Ames Research Center"\"Issued"\"ARC-15967-1"\7635420\"11/645,267"\"Dielectrophoresis-Based Particle Sensor Using Nanoelectrode Arrays"\"06/06/2028"
+"NASA Ames Research Center"\"Application"\"ARC-15977-1"\0\"12/100,378"\"Artificial Immune System Based Approach For Air Combat Maneuvering"\
+"NASA Ames Research Center"\"Application"\"ARC-15981-4"\\"13/463,780"\"Chaperonin-based Templates for Pseudo-cellulosomes with Multiple Enzymes Present"\"07/19/2027"
+"NASA Ames Research Center"\"Issued"\"ARC-15983-1"\7923709\"12/273,502"\"Radiation Shielding System Using A Composite Of Hydrogen-Rich Polymers Loaded With Carbon Nanotubes"\"09/30/2029"
+"NASA Ames Research Center"\"Application"\"ARC-16478-1"\\"14/191,246"\"Real Time PIREPs Using Audio Twitter"\"02/26/1934"
+"NASA Ames Research Center"\"Issued"\"ARC-15995-1"\8290246\"11/958,296"\"A Method To Measure The Recession Of Ablative Materials In Arc-jet Testing Using Digital Stereo-photogrammetry And Image Cross-correlation"\"07/01/1931"
+"NASA Ames Research Center"\"Issued"\"ARC-16013-1"\7968054\"11/715,785"\"Wireless Chemical Sensor Data Transmission System Based On Nanotechnology"\"10/03/2029"
+"NASA Ames Research Center"\"Issued"\"ARC-16018-1"\7662459\"12/175,379"\"Atmospheric Entry Heat Shield Employing Cured Thermal Protection Material Blocks Bonded In A Large-Cell Honeycomb Matrix"\"07/17/2028"
+"NASA Ames Research Center"\"Application"\"ARC-16132-1"\0\"14/091,250"\"Surface Densification Of Phenolic Impregnated Carbon Ablator (PICA)"\"11/26/1933"
+"NASA Ames Research Center"\"Issued"\"ARC-16133-1"\8069001\"12/319,918"\"Hollow AErothermal Ablation And Temperature (HEAT) Isotherm Sensor For Tracking Isotherm Through The TPS Material"\"10/09/2029"
+"NASA Ames Research Center"\"Application"\"ARC-16211-1"\0\"13/896,284"\"Low Cost Optical Fiber Solar Cell Configurations"\"05/16/1933"
+"NASA Ames Research Center"\"Issued"\"ARC-16235-1"\8285659\"12/543,411"\"Modeling-Error-Driven Performance-Seeking Direct Adaptive Control"\"11/18/1930"
+"NASA Ames Research Center"\"Application"\"ARC-16273-1"\0\"12/454,024"\"Decomposition Technique for Remaining Useful Life Prediction"\"11/18/1930"
+"NASA Ames Research Center"\"Issued"\"ARC-16280-1"\8409845\"12/316,557"\"Offshore membrane enclosures for dewatering Algae (OMEDA)"\"10/15/1931"
+"NASA Ames Research Center"\"Issued"\"ARC-16298-1"\8333810\"12/398,854"\"Nanotechnology-Based Supercapacitor"\"06/29/1930"
+"NASA Ames Research Center"\"Issued"\"ARC-16320-1"\8332342\"12/622,407"\"Battery Prognostics using Particle Filtering Techniques"\"02/05/1931"
+"NASA Ames Research Center"\"Issued"\"ARC-16331-1"\8408707\"12/428,441"\"System to estimate visual acuity from wavefront aberrations"\"05/29/2029"
+"NASA Ames Research Center"\"Issued"\"ARC-16334-1"\8244477\"12/478,667"\"Estimation of Growth Stage and Growth Rate for Algae"\"06/04/2029"
+"NASA Ames Research Center"\"Application"\"ARC-16337-1"\0\"13/793,998"\"Method and Device for Biometric Subject Verification and Identification Based Upon electrocardiographic signals"\"03/11/1933"
+"NASA Ames Research Center"\"Application"\"ARC-16340-1"\0\"13/645,284"\"Method for formation and manufacture of carbon nanotube mesh bucky paper capsules for transplantation of cells and tissue and implantation of medical devices"\"10/04/1932"
+"NASA Ames Research Center"\"Issued"\"ARC-16342-1"\8412469\"12/698,996"\"Advanced Sensor Technology for Algal Biotechnology (ASTAB) "\"12/16/1930"
+"NASA Ames Research Center"\"Application"\"ARC-16348-1"\\"13/109,954"\"Co-Optimized Blunt-Body ReEntry Vehicle Aerothermodynamic Parametric Shape and Multi-Discipline Optimization Design Process"\
+"NASA Ames Research Center"\"Issued"\"ARC-16351-1"\8498756\"13/213,022"\"Hovercraft Landing System"\"12/07/1931"
+"NASA Ames Research Center"\"Issued"\"ARC-16370-1"\8375675\"12/574,493"\"Self Aligning Lug for adapting carbon fiber rods to a bolted metallic connection"\"05/07/1931"
+"NASA Ames Research Center"\"Application"\"ARC-16372-1"\0\"13/794,061"\"Inexpensive Cooling Systems for Devices"\"03/11/1933"
+"NASA Ames Research Center"\"Issued"\"ARC-16373-1"\8489181\"12/319,220"\"Heart Electrical Actions as Biometric Indicia"\"04/29/1932"
+"NASA Ames Research Center"\"Application"\"ARC-16405-1"\0\"14/091,236"\"Nanowire based piezoelectric power generation"\"11/26/1933"
+"NASA Ames Research Center"\"Issued"\"ARC-16407-1"\8337208\"12/622,374"\"Content Analysis to Detect High Stress in Oral Interviews and Text Documents"\"05/26/1931"
+"NASA Ames Research Center"\"Application"\"ARC-16419-1"\0\"13/317,034"\"Strobing to Mitigate Vibration for Display Legibility"\"10/05/1932"
+"NASA Ames Research Center"\"Application"\"ARC-16450-1CIP"\0\"13/720,898"\"Distributed Prognostics and Health Management with a  Wireless Network Architecture "\"05/05/2029"
+"NASA Ames Research Center"\"Application"\"ARC-16456-1"\\"13/480,917"\"FABRICATION OF NANOPIPETTE ARRAY FOR BIOSENSING"\
+"NASA Ames Research Center"\"Application"\"ARC-16461-1"\\"13/956,218"\"Solar Powered CO2 Conversions with Thin Film Devices"\"07/31/1933"
+"NASA Ames Research Center"\"Application"\"ARC-16466-1"\\"14/010,322"\"Combined HETC/ROCCI TPS Material for Temperatures Up To T=3200 F "\"08/26/1933"
+"NASA Ames Research Center"\"Application"\"ARC-16467-1"\\"13/615,202"\"ODVEC: Outlier Detection Via Estimating Clusters"\
+"NASA Ames Research Center"\"Application"\"ARC-16607-1"\\"13/658,749"\"An Approach to Make Flexible Ablators that are Flexible Char Formers"\"10/23/1932"
+"NASA Ames Research Center"\"Application"\"ARC-16621-1"\\"13/472,283"\"Transformable Hypersonic Aerodynamic Decelerator"\"12/04/1932"
+"NASA Ames Research Center"\"Application"\"ARC-16644-1"\\"13/648,197"\"Variable Camber Continuous Aerodynamic Control Surfaces and Methods for Active Wing Shaping Control "\"10/09/1932"
+"NASA Ames Research Center"\"Application"\"ARC-16646-1"\\"13/485,721"\"A method to produce copper nanowires for interconnect applications"\
+"NASA Ames Research Center"\"Application"\"ARC-16661-1"\\"13/444,789"\"Video acuity measurement system"\
+"NASA Ames Research Center"\"Application"\"ARC-16697-1"\\"13/956,929"\"NTTS Search and Reporting (Part of NTTS Suite)"\"08/01/1933"
+"NASA Ames Research Center"\"Application"\"ARC-16707-1"\\"13/438,793"\"Ectomycorrhizal mediated remediaiton of phenolic-based contamination through use of specifically adapted ectomycorrhizal fungi and enzyme enhancement through partial defoliation of the host."\
+"NASA Ames Research Center"\"Application"\"ARC-16707-1CIP"\\"13/854,620"\"Ectomycorrhizal mediated remediaiton of phenolic-based contamination through use of specifically adapted ectomycorrhizal fungi and enzyme enhancement through partial defoliation of the host."\"04/03/1932"
+"NASA Ames Research Center"\"Application"\"ARC-16732-1"\\"13/573,924"\"NanoSat Launch Adapter System (NLAS)"\"03/14/1933"
+"NASA Ames Research Center"\"Application"\"ARC-16733-1"\\"13/535,884"\"Habitat Water Wall for Water, Solids, and Atmosphere Recycle and Reuse "\
+"NASA Ames Research Center"\"Application"\"ARC-16752-1"\\"14/179,401"\"Fuel-Efficient, Airport-Friendly, Multi-Speed Transport Aircraft Configuration with Novel Structural Approach"\"02/12/1934"
+"NASA Ames Research Center"\"Application"\"ARC-16811-1"\\"13/544,752"\"Compliant electrode and composite materials for piezoelectric wind and mechanical energy conversions"\
+"NASA Ames Research Center"\"Application"\"ARC-16812-1"\\"13/783,112"\"Graphene composite materials for supercapacitor electrodes   "\"03/01/1933"
+"NASA Ames Research Center"\"Application"\"ARC-16833-1"\\"13/747,875"\"Flight Deck Predictive Weather Display and Decision Support Interface "\"01/23/1933"
+"NASA Ames Research Center"\"Application"\"ARC-16844-1"\\"13/662,346"\"Adaptive control and disturbance rejection of non-minimum phase plants using residual mode filters"\"10/26/1932"
+"NASA Ames Research Center"\"Application"\"ARC-16846-1"\\"13/707,546"\"Dynamic Weather Routes Tool"\"12/06/1932"
+"NASA Ames Research Center"\"Application"\"ARC-16892-1A"\\"13/929,646"\"The Surface-Adhering Bioreactor (SABR): A novel microbial cell cultivation platform"\"06/27/1933"
+"NASA Ames Research Center"\"Application"\"ARC-16902-1"\\"13/725,475"\"Nanosensors for medical diagnosis"\"12/21/1932"
+"NASA Ames Research Center"\"Application"\"ARC-16916-1"\\"13/956,736"\"A Method for Improving Control Systems with Normalized Adaptation by Optimal Control Modification"\"08/01/1933"
+"NASA Ames Research Center"\"Application"\"ARC-16924-1"\\"14/010,355"\"Aluminoborosilicate Supplement for Thermal Protection of a Re-entrant Vehicle"\"08/26/1933"
+"NASA Ames Research Center"\"Application"\"ARC-16942-2"\\"13/659,739"\"A new family of low density flexible ablators"\"10/24/1932"
+"NASA Armstrong Flight Research Center"\"Issued"\"DRC-001-049"\7180943\"10/113,637"\"Adaptive Lossless Data Compression"\"03/26/2022"
+"NASA Armstrong Flight Research Center"\"Issued"\"DRC-005-031"\7407131\"11/288,052"\"Sound Shield"\"10/31/2025"
+"NASA Armstrong Flight Research Center"\"Issued"\"DRC-006-001"\7431243\"11/227,325"\"Algorithms For Autonomous Soaring"\"02/27/2026"
+"NASA Armstrong Flight Research Center"\"Application"\"DRC-006-002"\0\"11/422,554"\"Air Breathing,Reusable, Vertical Launch, Vertical Landing, First Stage Launch System with Off-the-Shelf Second Stage - Ram Booster"\
+"NASA Armstrong Flight Research Center"\"Issued"\"DRC-006-005"\7711455\"11/463,485"\"Propulsion Controlled Aircraft Computer (PCAC)"\"08/09/2026"
+"NASA Armstrong Flight Research Center"\"Issued"\"DRC-006-024"\7520176\"11/567,118"\"Method for Real-Time Structure Shape Sensing"\"12/05/2026"
+"NASA Armstrong Flight Research Center"\"Application"\"DRC-006-045"\0\"11/682,969"\"METHOD FOR REDUCING THE REFRESH RATE OF FIBER BRAGG GRATING SENSORS"\
+"NASA Armstrong Flight Research Center"\"Issued"\"DRC-008-001"\8145366\"12/138,747"\"Real-time Interactive Sonic Boom Display"\"04/28/2030"
+"NASA Armstrong Flight Research Center"\"Issued"\"DRC-008-023"\7715994\"12/191,734"\"IMPROVED PROCESS FOR USING SURFACE STRAIN MEASUREMENTS TO OBTAIN OPERATIONAL LOADS FOR COMPLEX STRUCTURES"\"08/14/2028"
+"NASA Armstrong Flight Research Center"\"Application"\"DRC-009-008"\0\"12/718034"\"Continental Digital Elevation Map Compression and Decompression Software"\
+"NASA Armstrong Flight Research Center"\"Issued"\"DRC-009-026"\8447443\"13/367990"\"A New Peak-Seeking Control Method"\"02/07/2032"
+"NASA Armstrong Flight Research Center"\"Application"\"DRC-010-042"\\"13/463246"\"An apparatus and a method to eliminate polarization-induced fading from multiple fiber-optics strain sensors via signal-processing under polarization diversity detection scheme"\
+"NASA Armstrong Flight Research Center"\"Application"\"DRC-011-002"\\"13/759,847"\"OPTICAL WAVEGUIDE BRAGG GRATING WAVELENGTH SHIFT BY LIGHT INTERACTION WITH ACTIVE MATERIAL"\"02/05/2033"
+"NASA Armstrong Flight Research Center"\"Application"\"DRC-011-015"\\"14/106947"\"In-situ three-dimensional shape rendering from strain values obtained through optical fiber sensors"\"05/31/2032"
+"NASA Armstrong Flight Research Center"\"Application"\"DRC-012-005"\\"13/759210"\"Method and apparatus of multiplexing and acquiring data from multiple optical fibers using a single data channel of an optical frequency-domain reflectrometry (OFDR) system (Revised)"\"02/05/2033"
+"NASA Armstrong Flight Research Center"\"Application"\"DRC-012-006"\\"13/733364"\"A Novel Approach to Liquid Level Sensing Using Fiber Bragg Grating Technology"\"01/03/2033"
+"NASA Armstrong Flight Research Center"\"Application"\"DRC-012-011"\\"13/573920"\"Air Launch From A Towed Aircraft"\"07/05/2032"
+"NASA Armstrong Flight Research Center"\"Issued"\"DRC-096-055"\6126111\"09/112,067"\"Emergency Flight Control System Using One Engine And Fuel Transfer"\"07/08/2018"
+"NASA Armstrong Flight Research Center"\"Issued"\"DRC-097-021"\6102330\"08/905,777"\"Emergency Aircraft Lateral Controller Using Existing (non-modified) Digital Engine Computers During A System Failure For The Purpose Of Safe Landing"\"07/29/2017"
+"NASA Armstrong Flight Research Center"\"Issued"\"DRC-098-001"\6216063\"09/74,024"\"A Flutterometer Flight Test Tool"\"05/06/2018"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-13378-1"\0\"07/710,633"\"SPLINE-LOCKING PAYLOAD FASTENER"\
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-13802-1"\6584874\"08/673,859"\"USING A 3-D SPRAG IN RACHETING TOOLS BASED ON PAT. NO. 5,482-144"\"07/02/2016"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-13817-1"\5983162\"08/872,586"\"Empirical Mode Decomposition Method And Hilbert Spectral Analysis Algorithms"\"06/10/2017"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-13817-2"\6631325\"09/82,523"\"COMPUTER IMPLEMENTED EMPIRICAL MODE DECOMPOSITION METHOD APPARATUS AND ARTICLE OF MANUFACTURE UTILIZING CURVATURE EXTREMA"\"06/10/2017"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-13817-3"\6381559\"09/282,424"\"Empirical Mode Decomposition Apparatus, Method, And Article Of Manufacture For Analyzing Biological Signals And Performing Curve Fitting"\"03/31/2019"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-13817-4"\6862558\"10/73,957"\"Empirical Mode Decomposition For Analyzing Acoustical Signals"\"02/13/2022"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-13817-5"\6738734\"10/11,206"\"Empirical Mode Decomposition Apparatus, Method And Article Of Manufacture For Analyzing Biological Signals And Performing Curve Fitting"\"06/10/2017"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-13905-1"\6640949\"10/95,343"\"1-Way Bearing"\"03/01/2022"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-13909-1"\6311130\"09/150,671"\"Computer Implemented Empirical Mode Decomposition Method, Apparatus, And Article Of Manufacture For Two-Dimensional Signals"\"09/10/2018"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-13985-1"\6566854\"09/646,161"\"Active Antenna Combined With Non-Ferrous Current Probe."\"09/12/2020"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14064-1"\6648522\"09/804,646"\"Universal Fiber Optic Connector Polishing Fixture With Precision Alignment Capability"\"03/13/2021"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14207-1"\6626792\"09/799,872"\"Gear Bearings"\"03/03/2021"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14209-1"\6293803\"09/501,412"\"Stress Relieved Zee Electrical Interconnect"\"02/09/2020"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14213-1"\6760487\"09/550,254"\"Estimated Spectrum Adaptive Postfilter (ESAP) And The Iterative Prepost Filtering (IPF) Algorithms"\"04/14/2020"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14236-1"\6538796\"09/541,680"\"MEMS Devices For Spacecraft Thermal Control Applications"\"03/31/2020"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14302-1"\6782124\"09/729,138"\"Extension Of The Empirical Mode Decomposition Method To A Time Series Of 2-Dimensional Grid Maps"\"11/29/2020"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14305-1"\6895115\"09/839,147"\"Method For Recursive Implementation Of Hierarchical Segmentation"\"04/23/2021"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14389-1"\7543274\"10/789,028"\"Deriving Formal Specifications And Code From Scenarios"\"02/25/2024"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14393-1"\7145739\"10/385,166"\"Light Weight Optical Mirrors Formed In Single Crystal Silicon"\"03/06/2023"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14413-1"\7255483\"10/93,621"\"Thrust Rollers"\"03/01/2022"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14435-1"\6740224\"10/173,533"\"Innovative Manufacturing Procedure For Low Cost And High Quality Carbon Nanotubes"\"06/11/2022"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14480-2"\7762155\"11/444,808"\"Gear Bearings"\"05/25/2026"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14561-1"\7207245\"11/174,454"\"Screw-Locking Wrench"\"06/30/2025"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14562-1"\7504921\"11/543,278"\"Stepping Flextures"\"09/29/2026"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14601-1"\7008605\"10/292,952"\"Method For Manufacturing High Quality Carbon Nanotubes"\"11/08/2022"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14603-1"\7544146\"11/122,201"\"Anti-Backlash Gear-Bearings"\"05/02/2025"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14608-1"\6990436\"10/729,579"\"Time Frequency Analysis Based On Extrema Sifting"\"11/28/2023"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14616-1"\7248342\"10/730,195"\"Conceptual Design Of A 3D Imaging Lidar For High-Resolution Mapping Of The Surface Topography Of Moons Or Planets From Space"\"12/05/2023"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14657-1"\7512568\"11/109,400"\"Evolvable Neural Software System"\"04/08/2025"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14666-1"\6775600\"10/267,092"\"Systems And Methods For Determining Spacecraft Orientation"\"10/07/2022"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14673-1"\6901353\"10/615,365"\"Normalized Amplitude Hilbert Transform (NAHT):  A New Algorithm For Computing Instantaneous Frequency"\"07/08/2023"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14683-1"\8480826\"11/736,874"\"Specular Coatings For Composite Structures"\"04/18/2027"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14762-1"\7769488\"11/108,627"\"SMART Solar Sail"\"04/08/2025"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14777-1"\7341932\"11/251,531"\"Large Area Vacuum Ultra-Violet Sensors"\"09/30/2025"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14793-1"\7548199\"11/239,458"\"Pivot 2.0:  Radiation Hardened, Fast Acquisition/Weak Signal Tracking GPS Receiver"\"09/20/2025"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14807-1"\7464006\"10/963,470"\"Application Of HHT To Financial Data Analysis For Define Volatility And Trend"\"10/07/2024"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14833-1"\7346461\"11/251,004"\"Stability Spectrum Through Hilbert-Huang Transform"\"09/30/2025"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14845-1"\7290737\"11/251,537"\"Demiseable Reaction Wheel Assembly"\"09/29/2025"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14871-1"\7935297\"11/370,396"\"Template For Deposition Of Micron And Sub-micron Pointed Structures"\"03/06/2026"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14873-1"\8357211\"12/872,445 "\"ADR Salt Pill Design And Crystal Growth Process For Hydrated Magnetic Salts"\"08/31/2030"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14879-1"\7635832\"11/469,105"\"Iterative-Transform Phase-Retrieval Utilizing Adaptive Diversity"\"08/31/2026"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14941-1"\7739671\"11/203,590"\"A  Method And System For Direct Implementation Of Formal Specifications Derived Mechanically From Informal Requirements"\"08/12/2025"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14942-1"\7752608\"11/203,586"\"A Method And System For Formal Analysis, Simulation, And Verification Of Knowledge-Based Systems, Rule-Based Systems, And Expert Systems"\"08/12/2025"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14952-1"\7513546\"11/689,161"\"Conformal Gripper"\"03/21/2027"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14960-1"\7992760\"11/357,458"\"Hardware And Technique For Dead End Welding Of All Types Of Tubing"\"02/08/2026"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16700-1"\\"14/041407"\"SpaceCube v2.0 Flight Processor Card"\"09/30/2033"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14968-1"\7627538\"11/251,538"\"Apoptosis And Self-destruct: Mechanisms For Management Of Autonomic Systems"\"09/29/2025"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14968-2"\7925600\"12/603,140"\"SWARM AUTONOMIC AGENTS WITH SELF-DESTRUCT CAPABILITY"\"10/21/2029"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14979-1"\7601091\"11/426,134"\"Modular Gear Bearing"\"06/23/2026"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-14994-1"\7697759\"11/251,530"\"A Split-Remerge Method For Eliminating Processing Window Artifacts In Recursive Hierarchical Segmentation"\"09/30/2025"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15001-1"\7924415\"12/389,097"\"Light Direction Sensor"\"02/19/2029"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15002-1"\7240879\"11/124,592"\"Space Robotic System For In Space Servicing Of Unmanned Spacecraft Applications"\"05/06/2025"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15002-2"\7513459\"11/670,653"\"Method And Associated Apparatus For Capturing, Servicing, And De-Orbiting Earth Satellites Using Robotics"\"05/06/2025"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15002-3"\7293743\"11/670,270"\"Method And Associated Apparatus For Capturing, Servicing, And De-Orbiting Earth Satellites Using Robotics"\"11/13/2025"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15002-4"\7438264\"11/670,781"\"Method And Associated Apparatus For Capturing, Servicing And De-Orbiting Earth Satellites Using Robotics"\"05/06/2025"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15002-5"\7513460\"11/671,062"\"Method And Associated Apparatus For Capturing, Servicing, And De-Orbiting Earth Satellites Using Robotics"\"05/06/2025"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15027-1"\7412175\"11/425,352"\"Millimeter Wave Polarization Transformer"\"06/20/2026"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15027-2"\7609978\"12/056,964"\"INTERFEROMETRIC POLARIZATION CONTROL"\"03/27/2028"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15027-3"\7616903\"12/057,060"\"INTERFEROMETRIC POLARIZATION CONTROL"\"03/27/2028"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15030-1"\7907333\"11/460,482"\"A Pulsed, 1 Micron, Single Frequency, Diode-Seeded Ytterbium-doped Fiber Amplifier With Variable Output Parameters, P"\"07/27/2026"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15038-1"\7765171\"11/426,853"\"SPAACE: Self Properties For An Autonomous & Autonomic Computing Environment"\"06/27/2026"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15039-1"\7762523\"11/861,038"\"Miniaturized Double Latching Solenoid Valve"\"09/25/2027"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15042-1"\7622907\"11/535,872"\"Driven Ground"\"09/27/2026"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15055-1"\7746190\"11/748,969"\"Broadband High Spurious-suppression Microwave Waveguide Filter For Polarization-preserving And Transformer"\"05/15/2027"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15077-1"\8068556\"12/147,100"\"Low Cost TDRSS Tranceiver (LCT2)"\"06/26/2028"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15079-1"\7886273\"11/532,800"\"Generation And Verification Of Policies For Autonomic Systems"\"09/18/2026"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15080-1"\7979848\"11/533,837"\"A Method Of Deriving Process Based Specifications From Scenarios Via Pattern Matching"\"09/21/2026"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15115-1"\7465926\"11/537,280"\"Miniaturized Radiation Spectrometer Development"\"09/29/2026"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15136-1"\8093094\"12/137,844"\"Blocking Contacts For N-Type Cadmium Zinc Cadmium Zinc Telluride (CdZnTe)"\"06/12/2028"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15148-1"\7668796\"11/536,132"\"Enhancing R2D2C Requirements Based Programming With Automata Learning"\"09/28/2026"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15162-1"\7796726\"11/706,693"\"Instrument And Method For X-Ray Diffraction, Fluorescence, And Crystal Texture Analysis Without Sample Preparation"\"02/14/2027"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15163-2"\0\"13/092198"\"AIGaN Ultraviolet Detectors For Dual Band UV Detection"\
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15176-1"\7899760\"11/533,855"\"Autonomic Quiescence"\"09/21/2026"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15177-1"\8082538\"11/536378"\"A Method For Developing And Maintaining Evolving Systems With Software Product Lines"\"09/28/2026"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15177-2"\0\"13/305932"\"A Method For Developing And Maintaining Evolving Systems With Software Product Lines"\
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15178-1"\7992134\"11/536,969"\"Modeling, Specifying And Deploying Policies In Autonomous And Autonomic Systems Using An AOSE Methodology"\"09/29/2026"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15179-1"\7904396\"11/533,895"\"An Autonomic Smoke Detector"\"09/21/2026"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15184-1"\7978312\"11/933,492"\"An Active,  Solid-state, 3-Dimensional Range Imaging System"\"11/01/2027"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15206-1"\8041655\"11/836,352"\"Otoacoustic Protection In Biologically-Inspired Systems"\"08/09/2027"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15206-2"\8140452\"13/230915"\"Otoacoustic Protection In Biologically-Inspired Systems"\"09/13/2031"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15206-3"\8140453\"13/230922"\"Otoacoustic Protection In Biologically-Inspired Systems"\"09/13/2031"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15206-4"\8275725\"13/230920"\"Otoacoustic Protection In Biologically-Inspired Systems"\"09/13/2031"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15206-5"\8165976\"13/230922"\"Otoacoustic Protection In Biologically-Inspired Systems"\"09/13/2031"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15206-6"\8165977\"13/230923"\"Otoacoustic Protection In Biologically-Inspired Systems"\"09/13/2031"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15217-1"\8139674\"12/173,243"\"Spaceflight Ka-Band High Rate Rad Hard Modulator"\"07/15/2028"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15301-1"\7673089\"11/935,572"\"An Extendibe USB Drive That Accepts External Media"\"11/06/2027"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15302-1"\7673089\"11/935,572"\"An Double-Headed USB Drive"\"11/06/2027"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15328-1"\8499779\"12/014,889"\"Non-Pyrotechnic Zero-Leak Normally-Closed Valve"\"01/16/2028"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15333-1"\0\"11/860,830"\"Improved, Flexure-Base Linear Bearing"\
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15341-1"\7922920\"11/862,550"\"Low Conductance Silicon Micro-leak for Mass Spectrometer Inlet"\"09/27/2027"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15341-3"\8455926\"12/889,014 "\"Low Conductance Silicon Micro-leak for Mass Spectrometer Inlet"\"09/23/2030"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15349-1"\7830527\"12/102,240"\"Method And Apparatus For Second Harmonic Generation And Other Frequency Convertion With Multiple Frequency Channels"\"04/14/2028"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15353-1"\7830224\"11/877,102"\"Compact Low-loss Planar Magic-T With Broadband Phase And Amplitude Responses"\"10/23/2027"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15357-1"\8041661\"11/861,687"\"Stability Algorithm For Neural Entities (SANE)"\"09/26/2027"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15364-1"\8155939\"12/170,683"\"Hughes Particle â€“ Surface Interaction Model"\"07/10/2028"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15377-1"\7811406\"12/249,265"\"Advanced Adhesive Bond Shape Tailoring for Large Composite Primary Structures Subjected to Cryogenic and Ambient Loading Environments"\"10/10/2028"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15416-1"\7999427\"12/188,039"\"Directed Flux Motor Utilizing Concentric Magnets and Interwoven Flux Channels"\"08/07/2028"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15417-1"\7735385\"12/187,562"\"Actuated Ball and Socket Joint"\"08/07/2028"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15419-1"\8030873\"12/187,926"\"Improvements to the Walk and Roll Robot"\"08/07/2028"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15421-1"\7968812\"12/353,009"\"Spring Joint Package with Overstrain Sensor ( OS Sensor Joint )"\"01/13/2029"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15431-1"\7921731\"12/327,514"\"A two-axis direct fluid shear stress sensor suited for aerodynamic applications"\"12/03/2028"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15445-1"\7982861\"12/183,820"\"Pseudo-Noise Code Modulation using Return to Zero pulses for Ranging, Altimetry and Communications"\"07/31/2028"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15458-1"\8094731\"12/357,081"\"Space Link Extension Return Channel Frames (SLE-RCF) Service (User side) Software Library"\"01/21/2029"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15483-1"\7817087\"12/116,518"\"Relative Spacecraft Navigation using Reflected GPS Signals"\"05/07/2028"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15520-1"\8547531\"12/873373"\"Non-scanning laser 3D imager"\"09/01/2030"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15527-1"\8160728\"12/558,672"\"Sensor Complete Requirements Algorithm For Autonomous Mobility"\"09/14/2029"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15538-1"\8198956\"12/535,954"\"Compact planar microwave blocking filter"\"08/05/2029"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15550-1"\8275724\"12/569,422"\"A biologically-inspired method of improving system performance and survivability through self-sacrifice"\"09/29/2029"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15552-1"\7924126\"12/555,634"\"Small, High Field Superconducting Magnets"\"09/08/2029"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15557-1"\8095485\"12/353,637"\"Formulation for Emotion Embedding in Logic Systems (FEELS)"\"01/14/2029"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15583-1"\7970025\"12/496,954"\"Tunable Frequency-stabilized Laser via Offset Sideband Locking"\"07/02/2029"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15584-1"\8144331\"12/487,454"\"Hilbert-Transform-Based Phase Referencing Algorithm for Wide-Field Imaging Interferometry."\"06/18/2029"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15655-1"\8138961\"12/561,644"\"Low Frequency Wideband Step Frequency Inverse Synthetic Aperture Radar For 3-D Imaging of Interior of Near Earth Objects/Planetary Bodies"\"09/17/2029"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15660-1"\0\"13/247416"\"Extreme Environment Low Temperature Transistor Models"\
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15662-1"\8092031\"12/569,090"\"Flight Mirror Mount and Flight Mounting Procedure for an Ultra-Lightweight High-Precision Glass Mirror"\"09/29/2029"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15672-1"\0\"13/211413"\"Multicolor detectors for ultrasensitive long-wave imaging cameras"\
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15678-1"\8484274\"12/549,159"\"Optimal Padding for the Two-Dimensional Fast Fourier Transform"\"08/27/2029"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15684-1"\8285401\"12/549,898"\"Discrete Fourier Transform (DFT) Analysis in a Complex Vector Space"\"08/28/2029"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15685-1"\8331733\"12/550,141"\"Sampling Theorem in Terms of the Bandwidth and Sampling Interval"\"08/28/2029"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15692-1"\8330644\"12/835,958 "\"Expandable Reconfigurable Instrument Node - Web Sensor Strand Demonstration"\"07/19/2030"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15693-1"\0\"12/570,224"\"Variable Sampling Mapping:  A novel supplement to iterative-transform phase retrieval algorithms for undersampled images, broadband illumination, and noisy detection environments"\
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15699-1"\8480296\"12/560,535"\"A Low Cost, Low Temperature Radiometer for Thermal Measurements."\"09/16/2029"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15724-1"\8275015\"12/551,212"\"Passively Q-switched side pumped Monolithic Ring Laser"\"08/31/2029"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15727-1"\0\"13/222575"\"An All-metal, Solderless Circularly Polarized Microwave Antenna Element with Very Low Off-Axis Cross-Polarization"\
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15729-1"\8674302\"12/789,937"\"Novel Superconducting Transition Edge Sensor Design"\"05/28/2030"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15729-2"\8393786\"12/789,954 "\"Novel Superconducting Transition Edge Sensor Design"\"05/28/2030"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15730-1"\8355579\"12/783054"\"Automatic Extraction of Planetary Image Features"\"05/19/2030"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15732-1"\8093565\"12/695478"\"Crossed Small Deflection Energy Analyzer (SDEA) for Wind/Temperature Spectrometer (WTS)"\"01/28/2030"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15758-1"\8044332\"12/553,613"\"Hybrid Architecture Active Wavefront Sensing and Control"\"09/03/2029"
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15771-1"\8035081\"12/570,166"\"High Precision Electric Gate (HPEG) for Time of Flight Mass Spectrometers"\"09/30/2029"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15774-1"\0\"13/154599"\"Ensemble Detector"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15782-1"\0\"13/216479"\"Ultra-low Power (< 100mW), 64-Channel Pulse Data Collection System"\
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15792-1"\8406469\"12/838600"\"Progressive Band Selection for Hyperspectral Images"\"07/19/2030"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15815-1"\0\"12/887988"\"LIDAR Luminance Quantizer"\
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15826-1"\8134130\"12/839207"\"The Corner Cathode: Making Collimated Electron Beams with a Small Number of Electrodes"\"07/19/2030"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15829-1"\0\"13/601293"\"Resolution enhanced pseudo random code technique"\"08/31/2032"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15839-1"\0\"12/840787"\"Low threshold, narrow linewidth optical parametric generator"\
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15856-1"\8196853\"12/779494"\"Aerodynamically Stabilized Instrument Platform for Kites and Tethered Blimps ( AeroPod )"\"05/13/2030"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15886-1"\0\"12/838963"\"Automated Beam Balance Scale Logger"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15911-1"\0\"13/217965"\"Graphite Composite Panel Polishing Fixture"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15934-1"\0\"12/839125"\"Determining Phase Retrieval Sampling from the Modulation Transfer Function"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15935-1"\0\"13/043257"\"New Variables for Iterative Transform Phase Retrieval"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15936-1"\0\"12/854490"\"SpaceCube Version 1.5"\
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15947-1"\8274726\"12/839171"\"Sampling and Reconstruction of the Sinc(x) Function"\"07/19/2030"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15948-1"\0\"13/204767"\"Lateral Kevlar Suspension Device (LKSD)"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15949-1"\0\"13/600992"\"Vectorized Rebinning Algorithm for Fast Data Down-Sampling"\"08/31/2032"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15951-1"\0\"13/222839"\"An Improved Method of Fabricating Single Crystal Silicon Light Weight Mirrors"\
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15953-1"\8484509\"12/854546"\"SpaceCube Demonstration Platform"\"08/11/2030"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15953-2"\0\"13/903357"\"SpaceCube Demonstration Platform"\"09/30/2029"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15957-1"\0\"13/211526"\"Imaging System Aperture Masks for Image Plane Exit Pupil Characterization"\
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15964-1"\8525110\"13/247,168 "\"An Instrument Suite for the Vertical Characterization of the Ionosphere-Thermosphere System from 100 km to 700km Altitude"\"09/28/2031"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15970-1"\0\"13/034125"\"Electrospray Ionization for Chemical Analysis of Organic Molecules for Mass Spectrometry"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15976-1"\0\"12/872366"\"Phase Retrieval System for Assessing Diamond-Turning and other Optical Surface Artifacts"\
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-15977-1"\8354952\"12/839060"\"Phase Retrieval for Radio Telescope and Antenna Control"\"07/19/2030"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15979-1"\0\"12/839187"\"Multi-Scale Image Reconstruction using Wavelets"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-15994-1"\\"13/104538"\"Photonic Choke-Joints for Dual-Polarization Waveguides"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16006-1"\\"13/216671"\"Programmable High-Rate Multi-Mission Receiver for Space Communication"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16008-1"\\"13/600826"\"Phase controlled magnetic mirror for wavefront correction"\"08/31/2032"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16016-1"\\"13/193272"\"Carbon Nanotubes on titanium substrates for stray light suppression"\
+"NASA Goddard Space Flight Center"\"Issued"\"GSC-16024-1"\8526733\"13/150,316"\"Refinement of the HSEG Algorithm for Improved Computational Processing Efficiency"\"06/01/2031"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16789-1"\\"14/ 033725"\"LEARNS  (Logic Expansion for Autonomously Reconfigurable Neural Systems)"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16029-1"\\"13/193249"\"Nanostructure secondary mirror apodization mask for transmitter signal suppression in a duplex telescope."\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16096-1"\\"13/211432"\"Prototype Genomics Based keyed-Hash Message Authentication Code Protocol"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16100-1"\\"12/881587"\"Lunar Reconnaissance Orbiter (LRO) Command and Data Handling Flight Electronics Subsystem"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16105-1"\\"13/197214"\"Molecular Adsorber Coating"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16109-1"\\"13/240180"\"HEXPANDO  expanding head for fastener retention hexagonal wrench"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16122-1"\\"13/474053"\"Apparatuses and Methods to Enable Sub-MHz Precision in Fast Laser Frequency Tuning"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16135-1"\\"13/534427"\"A cryptographic approach to microRNA target binding analysis"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16146-1"\\"13/601194"\"Wafer Level Microchannel Fabrication Process for Lap-on-a-Chip Devices"\"08/31/2032"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16182-1"\\"13/595604"\"A High Event Rate, Zero Dead Time, Multi-Stop Time-to-digital Converter Application Specific Integrated Circuit"\"08/27/2032"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16193-1"\\"13/720175"\"Fine Control and Maintenance Algorithm for Visible Nulling Coronagraphy"\"12/19/2032"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16223-1"\\"13/551649"\"SpaceCube Mini"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16247-1"\\"13/570100"\"Enhanced adhesion multiwalled carbon nanotubes on titanium substrates for stray light control"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16250-1"\\"13/150316"\"Further Refinement of the Computationally Efficient HSEG Algorithm"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16259-1"\\"13/050617"\"Spaceflight Refuiling Tools"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16299-1"\\"13/622465"\"V-Assembly Dual Head Efficiency Resonator (VADER) Laser Transmitter"\"09/19/2032"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16301-1"\\"13/771815"\"Impedance matched to vacuum, invisible-edge diffraction suppressed mirror"\"02/20/2033"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16327-1"\\"13/545173"\"Miniaturized laser heterodyne radiometer for carbon dioxide (CO2), methane (CH4), and carbon monoxide (CO) measurements in the atmospheric column."\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16328-1"\\"13/474367"\"Development of the Hilbert-Huang Transform Real-Time Data Processing System with 2-D Capabilities"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16438-1"\\"13/606174"\"Power provision based on self-sacrificing spacecraft"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16460-1"\\"13/592409"\"Autonomic Autopoiesis"\"08/23/2032"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16461-1"\\"13/592412"\"Autonomic and Apoptotic Cloud, Autonomic and Apoptotic Grid, Autonomic and Apoptotic Highly Distributed System"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16485-1"\\"14/038381"\"Broadband planar impedance transformer"\"09/26/2033"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16516-1"\\"14/021812"\"Muti-function microposters inside of microfluidic channel for Lab-On-A-Chip device"\"09/09/2033"
+"NASA Kennedy Space Center"\"Application"\"KSC-12866"\0\"12/843,353"\"In-Situ Wire Damage Detection System"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16545-1"\\"13/534442"\"INTEGRATED GENOMIC AND PROTEOMIC INFORMATION SECURITY PROTOCOL"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16555-1"\\"14/023847"\"Green Precision Cleaning System"\"09/11/2033"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16569-1"\\"14/041,720"\"Mirrorlet array for Integral Field Spectrometers (IFS)"\
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16674-1"\\"14/041224"\"MISSE-7 Control Center"\"09/30/2033"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16795-1"\\"13/781,121 "\"Wallops Flight Facility 6U Advanced CubeSat Ejector (ACE)"\"01/04/2033"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16805-1"\\"14/040924"\"SpaceCube v2.0 Micro"\"09/30/2033"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16808-1"\\"14/040848"\"SpaceCube v. 2.0 Flight Power Card"\"09/30/2033"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16859-1"\\"14/037484"\"Chemical sensors based on 2-dimensional materials"\"09/26/2033"
+"NASA Goddard Space Flight Center"\"Application"\"GSC-16887-1"\\"14/037458"\"Propellant Transfer Assembly  Design and Development"\"09/26/2033"
+"NASA Headquarters"\"Issued"\"HQN-11248-1"\6223143\"09/143,969"\"Quantitative Risk Assessment Software (QRAS) System"\"08/31/2018"
+"NASA Kennedy Space Center"\"Issued"\"KSC-11641"\5730806\"08/437,859"\"Gas-Liquid Supersonic Cleaning And Cleaning Verification Spray System"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-11751"\5710377\"08/540,616"\"Improved Portable Ultrasonic Leak Detector (Combined With KSC-11751-2)"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-11804"\5693871\"08/695,071"\"Low-Differential Pressure Generator For Evaluating Low Differential Pressure Transducers"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-11866-1"\5977773\"08/912,035"\"Non-Intrusive Impedance-Based Cable Tester - Standing Wave Reflectometer"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-11884"\6039783\"08/772,057"\"A New Process And Equipment For Conversion Of NOx Scrubber Liquor To Fertilizer (related To KSC-11994)"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-11884-2"\6641638\"09/511,634"\"Process And Equipment For Nitrogen Oxide Waste Conversion To Fertilizer - Continuation-In-Part Filed 2/17/00"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-11937-2"\7209567\"10/390,259"\"Communication System With Adaptive Noise Suppression"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12035-1"\6552521\"09/906,014"\"Improved Single-Station Accurate Location Of Lightning Strikes (Combined With KSC-12276 & KSC-12173)"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12049"\6627065\"09/977,531"\"Liquid Galvanic Coatings For Protection Of Imbedded Metals"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12056"\6676912\"09/698,607"\"New Air Pollution Control Technology For Removal Of Nitrogen Oxides From Stationary Combustion Sources"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12092-2"\6967051\"09/939,286"\"Thermal Insulation System And Method (Continuing Patent Application) (Combined With KSC-12092)"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12107"\6742926\"09/906,018"\"Thermal Insulation Test Apparatus With Sleeve (Related To KSC-12108)"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12108"\6487866\"09/906,011"\"Multipurpose Thermal Insulation Test Apparatus (Related To 12107)"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12168"\6452510\"09/802,535"\"Personal Cabin Pressure Monitor And Altitude Warning System"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12190"\6764617\"09/994,996"\"A Novel Ferromagnetic Conducting Lignosulfonic Acid-Doped Polyaniline (Related To KSC-11940, KSC-11940-1, KSC-11940-2, KSC-12154, KSC-12191)"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12191-2"\7179404\"11/215,205"\"Corrosion Prevention Of Cold Rolled Steel Using Water Dispersible Lignosulfonic Acid Doped Polyaniline"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12205"\6715914\"10/185,378"\"Apparatus And Method For Thermal Performance Testing Of Pipelines And Piping Systems"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12220"\6917203\"10/235,020"\"Current Signature Sensor (Combined With KSC-12152)"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12221"\6757641\"10/185,830"\"Multisensor Transducer And Weight Factor (Combined With KSC-12359 and KSC-13139)"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12235"\6793903\"10/014,140"\"High-Temperature Decomposition Of Hydrogen Peroxide"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12235-2"\6955799\"10/923,152"\"Temperature Decomposition Of Hydrogen Peroxide"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12235-3"\8029736\"10/923,163"\"High Temperature Decomposition Of Hydrogen Peroxide"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12236"\8511396\"10/476,175"\"Non-Toxic Environmentally Safe Halon Replacement (HABx)"\
+"NASA Kennedy Space Center"\"Application"\"KSC-12236-2-PCT"\0\"/0"\"Flame Suppression Agent, System And Users"\
+"NASA Kennedy Space Center"\"Application"\"KSC-12236-CIP"\\"13/428,736"\"Non-Toxic Environmentally Safe Halon Replacement (HABx)"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12246"\6664298\"09/972,296"\"Zero-Valent Metal Emulsion For Reductive Dehalogenation Of DNAPLs"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12246-2"\7037946\"10/701,412"\"Zero-Valent Metal Emulsion For Reductive Dehalogenation Of DNAPLs"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12278"\7400766\"10/783,295"\"Image Edge Extraction Via Fuzzy Reasoning (FRED) (combined With KSC-12272)"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12386"\7274907\"10/748,915"\"Modular Wireless Data Acquisition System (combined With KSC-12479, KSC-12486)"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12390"\6824306\"10/318,665"\"Thermal Insulation Test Apparatus For Flat Specimens"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12394"\7239751\"10/750,629"\"Hypothesis Support Mechanism For Mid-Level Visual Pattern Recognition (PIPR)"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12458"\7156957\"10/440,543"\"UV Induced Oxidation Of Nitric Oxide"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12490"\7298897\"10/779,551"\"Noniterative Optimal Binarization Of Gray-Scaled Digital Images Via Fuzzy Reasoning (FRAT) (combined With KSC-12272)"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12518"\7790128\"10/641,581"\"Hydrogen Peroxide Catalytic Decomposition"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12539"\7285306\"10/684,064"\"Self-Healing Wire Insulation"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12539-2"\8119238\"11/856,218"\"Self-Healing Wire Insulation"\
+"NASA Kennedy Space Center"\"Application"\"KSC-12539-3"\0\"13/348,861"\"Self-Healing Wire Insulation"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12540"\6958085\"10/666,821"\"High Performance Immobilized Liquid Membranes For Carbon Dioxide Separations"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12630"\7496237\"11/010,698"\"Image Processing For Binarization Enhancement Via Fuzzy Reasoning"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12631"\7582147\"11/208,122"\"Metallic Pigment Powder Particle For Use In A Liquid Coating System To Protect Reinforcing Steel In Concrete Structures"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12637"\7271199\"10/977,622"\"Micro-scale Particle Emulsion And Their Application For Removal Of PCBs And Metals Found In Ex Situ Structures"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12664"\7404938\"10/845,418"\"Emission Control System"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12664-3-CIP"\7582271\"11/40,294"\"Emission Control System"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12666"\7122166\"10/845,607"\"Hydrogen Peroxide Concentrator"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12669"\7302364\"11/83,420"\"Integrated Spaceport Automated Data Management Architecture (Combine With KSC-12581, KSC-12583, KSC-12671and KSC-12582)"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12697"\7309738\"10/962,827"\"A New Approach For Achieving Fire Retardancy While Retaining Physical Properties In A Compatible Polymer Matrix"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12697-3"\7968648\"11/935,093"\"A New Approach For Achieving Flame Retardancy While Retaining Physical Properties In A Compatible Polymer Matrix"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12703"\8031449\"12/485,979"\"Integral Battery Power Limiting Circuit For Intrinsically Safe Applications"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12723"\7790225\"11/239,445"\"Coating For Corrosion Detection And Prevention"\
+"NASA Kennedy Space Center"\"Application"\"KSC-12723-DIV"\\"12/792,238"\"Coating For Corrosion Detection And Prevention"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12848"\7781492\"11/759,672"\"New Organic/inorganic Polymeric Thermal Insulators"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12848-DIV"\7977411\"12/835,233"\"New Organic/inorganic Polymeric Thermal Insulators"\
+"NASA Kennedy Space Center"\"Application"\"KSC-12871-CIP"\0\"13/915,407"\"Polyimide Wire Insulation Repair System"\
+"NASA Kennedy Space Center"\"Application"\"KSC-12871-DIV1"\0\"14/093,701"\"Polyimide Wire Insulation Repair System"\
+"NASA Kennedy Space Center"\"Application"\"KSC-12871-DIV2"\0\"14/093,680"\"Polyimide Wire Insulation Repair System"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12875"\7841771\"11/777,711"\"Self Validating Thermocouple (Combined With KSC-12865)"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12878-2-CIP"\8163972\"12/465,457"\"Bimetallic Treatment System and it's application for Removal of PCBs Found in Ex Situ Structures without the Use of a Catalized Agent"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12890"\7790787\"11/740,357"\"New Organic/Inorganic Polymeric Materials"\
+"NASA Kennedy Space Center"\"Application"\"KSC-12890-2-DIV"\0\"12/834,416"\"New Organic/Inorganic Polymeric Materials"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12899"\8425866\"11/466,624"\"Gas Phase Oxidation Of NO To NO2"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12978"\7842639\"11/749,767"\"Preparation of a  Bimetal Using Mechanical Alloying for the Dehalogenation of Compounds"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12978-DIV"\8288307\"12/909,219"\"Preparation of a  Bimetal Using Mechanical Alloying for the Dehalogenation of Compounds"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-12983"\8409534\"11/692,557"\"Mercury Emission Control System"\
+"NASA Kennedy Space Center"\"Application"\"KSC-13047"\0\"12/813,864"\"Insulation Test Cryostat with Lift Mechanism  (Combined with KSC-13048)"\
+"NASA Kennedy Space Center"\"Application"\"KSC-13047-DIV"\0\"14/090,193"\"Insulation Test Cryostat with Lift Mechanism  (Combined with KSC-13048)"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-13088"\8293178\"11/935,545"\"Improved Thermal Reactivity Of Hydrogen Sensing Pigments In Manufactured Polymer Composites"\
+"NASA Kennedy Space Center"\"Application"\"KSC-13088-CON"\0\"13/611,856"\"Improved Thermal Reactivity Of Hydrogen Sensing Pigments In Manufactured Polymer Composites"\
+"NASA Kennedy Space Center"\"Application"\"KSC-13088-DIV"\0\"13/615,850"\"Improved Thermal Reactivity Of Hydrogen Sensing Pigments In Manufactured Polymer Composites"\
+"NASA Kennedy Space Center"\"Application"\"KSC-13161"\0\"12/855,791"\"PH Sensitive Microcapsule With Corrosion Indicator"\
+"NASA Kennedy Space Center"\"Application"\"KSC-13167"\0\"12/856,849"\"Watercore PH Sensitive Microcapsule"\
+"NASA Kennedy Space Center"\"Application"\"KSC-13265-CIP2"\0\"14/150,502"\"An Inductive Non-Contact Position Sensor"\
+"NASA Kennedy Space Center"\"Application"\"KSC-13278"\0\"13/354,576"\"A Method for Making Elongated Microcapsules Under Simple Shear Conditions"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-13285"\8593153\"12/843,382"\"An improved Online Diagnostic Device (ODD) for Wiring Evaluation"\
+"NASA Kennedy Space Center"\"Issued"\"KSC-13331"\8577639\"13/031,182"\"A Method for Accurately Calibrating a Spectrometer Using Broadband Light"\
+"NASA Kennedy Space Center"\"Application"\"KSC-13336"\0\"12/843,487"\"Sputter Coated wire for in-situ wire damage detection"\
+"NASA Kennedy Space Center"\"Application"\"KSC-13343"\0\"13/278,710"\"Conductive Carbon Nanotube for use with Desktop Inkjet Printing"\
+"NASA Kennedy Space Center"\"Application"\"KSC-13366"\0\"13/523,806"\"High Performance Self Healing Film"\
+"NASA Kennedy Space Center"\"Application"\"KSC-13579"\\"13/895,717"\"Green PCB Removal From Sediment Systems (GPRSS)"\
+"NASA Kennedy Space Center"\"Application"\"KSC-13588"\\"13/495,862"\"Multi-Dimensional Damage Detection For Flat Surfaces"\
+"NASA Kennedy Space Center"\"Application"\"KSC-13592"\\"13/542,155"\"pH sensitive microparticles"\
+"NASA Kennedy Space Center"\"Application"\"KSC-13595"\\"14/192,784"\"Aerogel insulation and composites integrated into unique lay-ups (Incorporates Embodiments from  KSC-13702)"\
+"NASA Kennedy Space Center"\"Application"\"KSC-13636"\\"13/546,880"\"Incorporation of Chemochromic Indicator for the Presence of Hypergolic Fuels into a Variety of Manufactured Parts"\
+"NASA Kennedy Space Center"\"Application"\"KSC-13638"\\"14/176,824"\"A Two Dimensional Inductive Position Sensor"\
+"NASA Kennedy Space Center"\"Application"\"KSC-13664"\\"13/896,896"\"Regolith Advanced Surface Systems Operations Robot (RASSOR) Excavator"\
+"NASA Kennedy Space Center"\"Application"\"KSC-13689"\\"13/961,521"\"Coherence Multiplexing of Wireless Surface Acoustic Wave Sensors"\
+"NASA Langley Research Center"\"Issued"\"LAR-14673-1"\5736642\"08/778,066"\"Nonlinear Ultrasonic Scanning To Detect Material Defects"\"01/08/2017"
+"NASA Langley Research Center"\"Issued"\"LAR-14840-1"\5841032\"08/792,909"\"Variable And Fixed Frequency Pulsed Phase-Locked Loop"\"01/24/2017"
+"NASA Langley Research Center"\"Issued"\"LAR-15205-1"\5741883\"08/359,752"\"Tough, Soluble, Aromatic, Thermoplastic Copolyimides"\"04/21/2015"
+"NASA Langley Research Center"\"Issued"\"LAR-15282-1"\5755571\"08/712,984"\"Ultrasonic Periodontal Structures Mapping Device"\"09/09/2016"
+"NASA Langley Research Center"\"Issued"\"LAR-15318-1"\5798521\"08/806,732"\"Distributed Fiber-optic Strain Sensor"\"02/27/2017"
+"NASA Langley Research Center"\"Issued"\"LAR-15348-1"\5632841\"08/416,598"\"Thin Layer Composite Unimorph Ferroelectric Driver And Sensor, THUNDER"\"04/04/2015"
+"NASA Langley Research Center"\"Issued"\"LAR-15348-2"\6734603\"08/797,553"\"Thin Layer Composite Unimorph Ferroelectric Driver And Sensor"\"04/04/2015"
+"NASA Langley Research Center"\"Issued"\"LAR-15351-1-CU"\5585083\"08/414,661"\"Catalyst For Formaldehyde Oxidation"\"03/30/2015"
+"NASA Langley Research Center"\"Issued"\"LAR-15370-1-SB"\5640408\"08/593,438"\"Quasi Four-Level TM:LuAG Laser (Tm:LuAG Laser)"\"01/27/2016"
+"NASA Langley Research Center"\"Issued"\"LAR-15376-1"\5771204\"08/754,642"\"Relative Phase Measurement Instrument For Multiple-Echo Systems"\"11/21/2016"
+"NASA Langley Research Center"\"Issued"\"LAR-15406-1"\5617873\"08/449,473"\"Noninvasive Meth/Apparatus For Monitoring Intracranial Pressure & Pressure Vols Index In Humans"\"05/23/2015"
+"NASA Langley Research Center"\"Issued"\"LAR-15412-1"\5606014\"08/511,422"\"Imide Oligomers And Co-Oligomers Containing Pendent Phenylethynyl Groups And Polymers Therefrom"\"08/04/2015"
+"NASA Langley Research Center"\"Issued"\"LAR-15412-2"\5689004\"08/747,472"\"Imide Oligomers And Co-Oligomers Containing Pendent Phenylethynyl Groups And Polymers Therefrom"\"08/04/2015"
+"NASA Langley Research Center"\"Issued"\"LAR-15449-1"\6133401\"09/342,462"\"A Method To Prepare Processable Polyimides With Reactive Endgroups Using 1,3 Bis (3-Aminophenoxyl) Benzene"\"06/29/2019"
+"NASA Langley Research Center"\"Issued"\"LAR-15449-2"\6288209\"09/667,426"\"Method To Prepare Processable Polyimides With Reactive Endgroups Using 1,3-Bix(3-Aminophenoxyl)Benzene"\"06/29/2019"
+"NASA Langley Research Center"\"Issued"\"LAR-15507-1"\6475147\"09/493,044"\"Ultrasonic Technique To Measure Intracranial Pressure"\"01/27/2020"
+"NASA Langley Research Center"\"Issued"\"LAR-15508-1"\6545760\"09/535,659"\"Distributed Rayleigh Scatter Fiber Optic Strain Sensor"\"03/24/2020"
+"NASA Langley Research Center"\"Issued"\"LAR-15514-1-SB"\5991456\"08/654,840"\"Method Of Improving A Digital Image"\"05/29/2016"
+"NASA Langley Research Center"\"Issued"\"LAR-15524-1"\6000844\"08/810,058"\"A Method And Apparatus For The Portable Identification Of Material Thickness Of Layers Using A Scanning Linear Heat Source And Infrared Detectorcramer"\"03/04/2017"
+"NASA Langley Research Center"\"Issued"\"LAR-15525-1-CU"\5948965\"08/845,899"\"Solid State Carbon Monoxide Sensor"\"04/28/2017"
+"NASA Langley Research Center"\"Issued"\"LAR-15637-1"\6015272\"08/673,627"\"Magnetically Suspended Miniature Fluid Pump And Method Of Making Same"\"06/26/2016"
+"NASA Langley Research Center"\"Issued"\"LAR-15637-2"\6447265\"09/398,878"\"Magnetically Suspended Miniature Fluid Pump And Method Of Designing The Same"\"06/26/2019"
+"NASA Langley Research Center"\"Issued"\"LAR-15652-1-CU"\6132694\"08/991,075"\"Catalyst For Oxidation Of Hydro-Carbons And Volatile Organic Compounds"\"12/16/2017"
+"NASA Langley Research Center"\"Application"\"LAR-15665-1-CU"\0\"08/838,596"\"Catalyst For Carbon Monoxide Oxidation"\
+"NASA Langley Research Center"\"Issued"\"LAR-15745-1"\6222007\"09/093,826"\"Prepreg And Composites Made From Polyimide  Salt-Like  Solution"\"05/29/2018"
+"NASA Langley Research Center"\"Issued"\"LAR-15747-1-CU"\6200539\"09/357,403"\"One-Atmosphere Uniform Glow Discharge Plasma Gas Flow Acceleration"\"07/20/2019"
+"NASA Langley Research Center"\"Issued"\"LAR-15767-1"\6180746\"09/316,428"\"Polyimide Foam From Ether-Containing Monomeric Solutions"\"05/21/2019"
+"NASA Langley Research Center"\"Issued"\"LAR-15816-1"\6629341\"09/430,677"\"Macro-Fiber Composite Actuator With Interdigitated Electrodes"\"10/29/2019"
+"NASA Langley Research Center"\"Issued"\"LAR-15816-2"\7197798\"10/653,824"\"A Method For Fabricating A Piezoelectric Composite Apparatus"\"06/30/2020"
+"NASA Langley Research Center"\"Issued"\"LAR-15817-1"\6450820\"09/612,412"\"A Method Of Encouraging Physiological Self-Regulation Through Modulation Of An Operator's Control Input To A Video Game Or Training Simulator"\"07/12/2020"
+"NASA Langley Research Center"\"Issued"\"LAR-15818-3"\6922242\"10/465,386"\"Optical Path Switching Based Differential Absorption Radiometry For Substance Detection"\"06/21/2019"
+"NASA Langley Research Center"\"Issued"\"LAR-15831-1"\5994418\"09/316,865"\"Hollow Polyimide Microspheres"\"05/21/2019"
+"NASA Langley Research Center"\"Issued"\"LAR-15831-2"\6235803\"09/408,652"\"Hollow Polyimide Microspheres"\"05/21/2019"
+"NASA Langley Research Center"\"Issued"\"LAR-15831-3"\6084000\"09/394,534"\"Hollow Polyimide Microsphere"\"05/21/2019"
+"NASA Langley Research Center"\"Issued"\"LAR-15834-1"\6359107\"09/575,826"\"High Performance / High Temperature Resins For Infusion And Transfer Molding Processes"\"05/18/2020"
+"NASA Langley Research Center"\"Issued"\"LAR-15851-1-CU"\6753293\"09/607,211"\"Process For Coating Substrates With Catalyst Materials"\"05/11/2021"
+"NASA Langley Research Center"\"Issued"\"LAR-15854-1"\6761695\"10/94,023"\"Technique For Non-Invasive Absolute Measurement Of Intra-Cranial Pressure In Humans"\"07/28/2022"
+"NASA Langley Research Center"\"Issued"\"LAR-15927-1"\6584848\"10/263,292"\"Dielectric Electrostatic Ultrasonic Transducer (DEUT)"\"09/30/2022"
+"NASA Langley Research Center"\"Issued"\"LAR-15934-1"\6566648\"09/535,661"\"Edge Triggered Apparatus And Method For Measuring Strain In Bragg Gratings"\"03/24/2020"
+"NASA Langley Research Center"\"Issued"\"LAR-15943-1"\6746410\"10/121,932"\"Transducer Assembly To Measure Changes In Circumferential Expansion Of The Human Skull Due To Changes In Intracranial Pressure"\"11/16/2022"
+"NASA Langley Research Center"\"Issued"\"LAR-15954-1"\6376830\"09/606,120"\"Single Laser Sweep Full S-Parameter Characterization Of Fiber Bragg Gratings"\"06/15/2020"
+"NASA Langley Research Center"\"Issued"\"LAR-15959-1"\7019621\"09/753,370"\"Structural Tailored High Displacement Ferro-Electric Sensors And Actuators"\"01/02/2021"
+"NASA Langley Research Center"\"Issued"\"LAR-15977-1"\6133330\"09/337,475"\"Polyimide Foam From Monomeric Solutions"\"05/21/2019"
+"NASA Langley Research Center"\"Issued"\"LAR-15990-1"\6551251\"09/784,413"\"Dual Transmission Interface For Passive Fetal Heart Monitoring"\"02/13/2021"
+"NASA Langley Research Center"\"Issued"\"LAR-16001-1"\7371358\"10/975,117"\"Catalyst For Treatment And Control Of Post-Combustion Emissions"\"10/25/2024"
+"NASA Langley Research Center"\"Issued"\"LAR-16005-1"\6426496\"09/648,529"\"High Precision Solid State Wavelength Monitor"\"11/26/2020"
+"NASA Langley Research Center"\"Issued"\"LAR-16012-1-CU"\6834125\"09/888,701"\"Improvement To The Multiscale Retinex With Color Restoration"\"06/25/2021"
+"NASA Langley Research Center"\"Issued"\"LAR-16020-1"\6629446\"09/758,115"\"Single Vector Force Balance Calibration System"\"01/26/2022"
+"NASA Langley Research Center"\"Issued"\"LAR-16079-1"\6939940\"09/757,398"\"Liquid Crystalline Thermosets From Oligo-Esters, Ester-Imides And Ester-Amides"\"01/05/2021"
+"NASA Langley Research Center"\"Issued"\"LAR-16083-1"\8062129\"11/536,811"\"A Method And System For Multi-Player Game Playing Where Physiological Characteristics Of The Players Modulate Their Relative Advantage Over Opponents Or Competitors"\"05/22/2030"
+"NASA Langley Research Center"\"Issued"\"LAR-16116-1"\6888346\"10/21,683"\"Giant Magnetoresistive Based Self-Nulling Probe For Deep Flaw Detection"\"11/28/2021"
+"NASA Langley Research Center"\"Issued"\"LAR-16176-2"\7109287\"10/988,407"\"Space Environmentally Durable Polyimides And Copolyimides"\"03/03/2025"
+"NASA Langley Research Center"\"Issued"\"LAR-16220-1"\6867533\"09/696,527"\"Shaping, Tuning, And Positioning Membrane Structures Using Electroactive Polymer Actuators"\"10/23/2020"
+"NASA Langley Research Center"\"Issued"\"LAR-16231-1-CU"\7092539\"09/997,113"\"MEMS Based Acoustic Array"\"11/28/2021"
+"NASA Langley Research Center"\"Issued"\"LAR-16256-1"\8628333\"11/129,756"\"Method And System For Training Psychophysiological Skills Conducive To Optimal Performance Through Perturbation Of Training Tasks, Environments And Devices"\"08/27/2029"
+"NASA Langley Research Center"\"Application"\"LAR-16256-1-CON"\0\"14/153,434"\"Method And System For Training Psychophysiological Skills Conducive To Optimal Performance Through Perturbation Of Training Tasks, Environments And Devices"\"05/13/2025"
+"NASA Langley Research Center"\"Issued"\"LAR-16299-1"\7871682\"10/956,520"\"Composite Roll Press And Processes"\"12/07/2025"
+"NASA Langley Research Center"\"Issued"\"LAR-16307-1-SB"\7390768\"10/056,845"\"Methodology For The Effective Stabilization Of Tin-Oxide-Based Oxidation/Reduction Catalysts"\"01/22/2022"
+"NASA Langley Research Center"\"Issued"\"LAR-16307-2"\7985709\"10/956,515"\"Methodology For The Effective Stabilization Of Tin-Oxide-Based Oxidation/Reduction Catalysts"\"04/16/2027"
+"NASA Langley Research Center"\"Application"\"LAR-16308-2"\0\"12/726,403"\"Catalyst For Decomposition Of Nitrogen Oxides (Divisional of LAR 16308-1-CU)"\
+"NASA Langley Research Center"\"Issued"\"LAR-16311-1"\6777525\"10/115,812"\"Heat, Moisture, Chemical Resistant Polyimide Compositions And Methods For Making And Using The Same"\"04/01/2022"
+"NASA Langley Research Center"\"Issued"\"LAR-16323-1"\7253903\"11/27,930"\"Method To Linearize Non-Linear Physical Measurements"\"06/24/2025"
+"NASA Langley Research Center"\"Issued"\"LAR-16324-1"\6714132\"10/011,229"\"Proximity Sensor"\"11/27/2021"
+"NASA Langley Research Center"\"Issued"\"LAR-16324-2"\7106203\"10/783,486"\"Self-Activating System And Method For Alerting When An Object Or Person Is Left Unattended"\"11/27/2021"
+"NASA Langley Research Center"\"Issued"\"LAR-16326-1"\7060991\"10/410,605"\"Method For Measuring Thickness Of Small Radius Of Curvature Structures Using A Thermal Line Scanner"\"04/10/2023"
+"NASA Langley Research Center"\"Issued"\"LAR-16332-1-CU"\6842543\"09/888,816"\"Method Of Improving A Digital Image Having White Zones"\"06/25/2021"
+"NASA Langley Research Center"\"Issued"\"LAR-16363-1"\6856073\"10/390,675"\"Radial Electric Field Piezo-Diaphragm Fluidic Control Systems"\"03/13/2023"
+"NASA Langley Research Center"\"Issued"\"LAR-16383-1-NP"\7588699\"10/288,797"\"Electrically Conductive, Optically Transparent Polymer/Carbon Nanotube Composites And Process For Preparation Thereof"\"07/02/2023"
+"NASA Langley Research Center"\"Issued"\"LAR-16383-2"\7972536\"12/546,724"\"Electrically Conductive, Optically Transparent Polymer/Carbon Nanotube Composites And Process For Preparation Thereof"\"10/12/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-16390-1-SB"\7318915\"10/342,660"\"Ruthenium Stabilization Mechanism For Next Generation Oxidation And Reduction Catalyst Systems"\"01/13/2023"
+"NASA Langley Research Center"\"Issued"\"LAR-16393-1"\6919669\"10/392,491"\"Sonic Transducers And Sensors Using Radial Field Diaphragms"\"05/31/2023"
+"NASA Langley Research Center"\"Issued"\"LAR-16406-1-CU"\7491169\"10/805,816"\"Ultrasonic Method And Means To Assess Compartment Syndrome (Hyper Pressure States In Arm, Leg Muscle/Tendon Compartments)"\"09/20/2025"
+"NASA Langley Research Center"\"Issued"\"LAR-16409-1"\8015819\"11/536,790"\"Wet Active Chevron Nozzle For Controllable Jet Noise Reduction"\"09/17/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-16432-1"\7692116\"10/188,525"\"Synthesis Of Carbon Nanotubes Using High Average Power Ultrafast Laser Ablation"\"07/03/2022"
+"NASA Langley Research Center"\"Issued"\"LAR-16437-1-NP"\7169374\"11/129,751"\"Templated Growth Of Carbon Nanotubes"\"05/11/2025"
+"NASA Langley Research Center"\"Issued"\"LAR-16440-1"\6740048\"10/263,285"\"Method Of Determining Intracranial Pressure From Skull Expansion Measurements"\"09/25/2022"
+"NASA Langley Research Center"\"Issued"\"LAR-16475-1"\7194912\"10/890,843"\"Carbon Nanotube-Based Structural Health Monitoring Sensor"\"08/07/2024"
+"NASA Langley Research Center"\"Issued"\"LAR-16496-1"\7104498\"10/867,114"\"Blown Channel-Wing System For Thrust Deflection And Force/Moment Generation"\"10/03/2024"
+"NASA Langley Research Center"\"Issued"\"LAR-16499-1"\7491428\"10/730,188"\"Method for the controlled deposition and alignment of single walled carbon nanotubes"\"11/15/2025"
+"NASA Langley Research Center"\"Issued"\"LAR-16510-1"\6773407\"10/263,286"\"Non-Invasive Method Of Determining Absolute Intracranial Pressure"\"12/25/2022"
+"NASA Langley Research Center"\"Issued"\"LAR-16516-1"\6879893\"10/675,502"\"Autonomous Health Monitoring Architecture Hardware"\"09/30/2023"
+"NASA Langley Research Center"\"Issued"\"LAR-16517-1"\7048228\"10/678,474"\"Partial-Span Slotted Wing For Transonic Aircraft"\"10/03/2023"
+"NASA Langley Research Center"\"Issued"\"LAR-16532-1"\7334998\"11/5,624"\"Low-Noise Fan Exit Guide Vanes"\"12/06/2024"
+"NASA Langley Research Center"\"Issued"\"LAR-16538-1"\7675619\"12/129,967"\"Micro-LiDAR For In-Flight Flow Velocimetry And Boundary Layer Control"\"11/11/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-16549-1"\7262543\"10/943,655"\"Inductor (L)-Capacitor ( C ) (aka, LC) Sensor Circuit For Piezo Material Monitoring"\"04/17/2025"
+"NASA Langley Research Center"\"Application"\"LAR-16565-1"\0\"13/020,025"\"e-Sensor: Quantitative Imaging of Electric Fields and Electric Potentials"\
+"NASA Langley Research Center"\"Issued"\"LAR-16566-1"\7285932\"10/975,119"\"Method And Apparatus For Loss Of Control Inhibitor Systems"\"10/27/2024"
+"NASA Langley Research Center"\"Issued"\"LAR-16571-1"\7075295\"10/839,448"\"LC Sensing Element For Closed Cavities Having Low Radio Frequency Transmissivity"\"04/30/2024"
+"NASA Langley Research Center"\"Issued"\"LAR-16571-2"\7589525\"11/421,886"\"Magnetic Field Response Sensor For Conductive Media"\"09/26/2024"
+"NASA Langley Research Center"\"Issued"\"LAR-16571-3"\7759932\"12/533,520"\"Magnetic Field Response Sensor For Conductive Media"\"07/31/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-16573-1"\7129467\"10/943,831"\"Carbon Nanotube Based Light Sensor"\"09/29/2024"
+"NASA Langley Research Center"\"Issued"\"LAR-16575-1"\7181942\"10/943,649"\"Instrumented Crimping Tool For Critical Wiring Applications"\"11/24/2024"
+"NASA Langley Research Center"\"Issued"\"LAR-16605-1"\7623993\"10/731,742"\"Energy-extraction-based active noise control system"\"11/27/2026"
+"NASA Langley Research Center"\"Issued"\"LAR-16615-1"\6956066\"10/779,552"\"Polyimide Foams"\"02/11/2024"
+"NASA Langley Research Center"\"Issued"\"LAR-16615-2"\7541388\"11/124,640"\"Polyimide Foams"\"05/05/2025"
+"NASA Langley Research Center"\"Issued"\"LAR-16616-1"\7758927\"10/956,704"\"Laser-Induced Fabrication Of Metallic Interlayers And Patterns In Polyimide Films"\"09/30/2024"
+"NASA Langley Research Center"\"Issued"\"LAR-16640-1"\8089677\"12/135,180"\"Programmable Smart Grating Device With Quantum Aperture Array"\"08/05/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-16696-1"\7048235\"10/678,397"\"Slotted Aircraft Wing (a.k.a. Full Span Slotted Wing)"\"10/03/2023"
+"NASA Langley Research Center"\"Issued"\"LAR-16698-1"\7394181\"11/76,824"\"High Performance High Efficiency Hybrid Actuator Systems (HYBAS)"\"03/04/2025"
+"NASA Langley Research Center"\"Issued"\"LAR-16736-1"\7962252\"11/422,984"\"Semi Autonomous Flight System With Avionics Sensor Board, Processing Board, And Flight Control Board"\"04/07/2027"
+"NASA Langley Research Center"\"Issued"\"LAR-16845-1"\8083986\"12/315,520"\"Advanced Thermo-Electric Materials with Nano-Voids"\"12/04/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-16854-1"\7381186\"10/911,755"\"Ultrasonic Method And Means To Assess Compartment Syndrome Part B"\"08/02/2024"
+"NASA Langley Research Center"\"Issued"\"LAR-16858-1"\7667847\"11/533,921"\"Thin, High-Contrast Targets for Ultralightweight Structures"\"12/15/2026"
+"NASA Langley Research Center"\"Issued"\"LAR-16867-1"\7402264\"11/076,460"\"Electroactive polymer-carbon nanotube-ceramic nanocomposites"\"02/27/2026"
+"NASA Langley Research Center"\"Issued"\"LAR-17548-1"\8236413\"12/166,852"\"Fail Safe High-Temperature Composite Structure"\"07/07/2030"
+"NASA Langley Research Center"\"Issued"\"LAR-16867-2"\7527751\"12/109,490"\"Sensing/Actuating Materials Made From Carbon Nanotube Polymer Composites And Methods For Making Same"\"04/25/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-16868-1"\7341883\"11/242,415"\"Lattice Matched SiGe Layer On Single Crystalline Sapphire Substrate"\"09/27/2025"
+"NASA Langley Research Center"\"Issued"\"LAR-16871-1"\6413227\"09/459,384"\"Optimization Of Ultrasonic Method For Assessment Of Changes In Intracranial Pressure Through Measurement Of Skull Expansion"\"12/02/2019"
+"NASA Langley Research Center"\"Issued"\"LAR-16872-1"\7514726\"11/387,086"\"Graded Indexed SiGe Layers on Lattice Matched SiGe Layers on Sapphire"\"06/10/2027"
+"NASA Langley Research Center"\"Issued"\"LAR-16874-1"\7723464\"11/674,321"\"Novel Aromatic/Aliphatic Diamine Derivatives For Advanced Compositions And Polymers"\"02/13/2027"
+"NASA Langley Research Center"\"Issued"\"LAR-16877-1"\7186367\"11/110,996"\"Double-Vacuum Bag (DVB) Process For Volatile Management In Resin Matrix Composite Manufacturing"\"07/08/2025"
+"NASA Langley Research Center"\"Issued"\"LAR-16885-1"\7890311\"11/177,664"\"Method Of Simulating Flow-Through Area Of A Pressure Regulator"\"12/15/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-16886-1"\7375808\"11/536,120"\"Dual Sensing Capable Germ Or Toxic Chemical (GTC) Sensor Using Quantum Aperture Array With Surface Plasmon Polariton (SPP)"\"09/28/2026"
+"NASA Langley Research Center"\"Issued"\"LAR-16900-1"\7278324\"11/155,923"\"CNT based crack growth detector and strain field monitor"\"08/07/2024"
+"NASA Langley Research Center"\"Issued"\"LAR-16906-1"\8529825\"12/928,128"\"Fabrication of Nanovoid-imbedded Bismuth Telluride with Low Dimensional System"\"02/01/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-16907-1"\7783060\"11/126,518"\"A Deconvolution Approach For The Mapping Of Acoustic Sources (DAMAS) Determined From Phased Microphone Arrays"\"03/27/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-16908-1"\7086593\"10/839,445"\"Magnetic Field Response Measurement Acquisition System (Includes LAR-16138-1, LAR-16554-1, LAR-16591-1, LAR-16614-1, LAR-16617-1, & LAR-16908-1)"\"05/04/2024"
+"NASA Langley Research Center"\"Issued"\"LAR-16946-1"\7484930\"11/169,256"\"Blowing Flap Side Edge"\"07/01/2025"
+"NASA Langley Research Center"\"Issued"\"LAR-16950-1"\7379231\"11/470,771"\"Ferroelectric Light Control Device"\"09/07/2026"
+"NASA Langley Research Center"\"Issued"\"LAR-16958-1"\7510802\"11/371,575"\"Fabrication of Multilayer Ferritin Array for Bionanobattery"\"08/24/2027"
+"NASA Langley Research Center"\"Issued"\"LAR-16970-1"\7231832\"11/229,439"\"Method For Determining Cracks On And Within Composite Panels"\"12/02/2025"
+"NASA Langley Research Center"\"Issued"\"LAR-16974-1"\7047807\"11/203,583"\"Methods Of Mounting Erectable, Flexible And Fixed Magnetic Field Response Sensors"\"08/08/2025"
+"NASA Langley Research Center"\"Issued"\"LAR-17003-1"\7467921\"11/239,436"\"Rotor Blade Vortex Management Via Boundary Layer Separation Control"\"09/22/2025"
+"NASA Langley Research Center"\"Issued"\"LAR-17013-1"\7647771\"11/374,480"\"Thermally Driven Miniature Piston Actuator"\"11/12/2026"
+"NASA Langley Research Center"\"Issued"\"LAR-17017-1"\7537182\"11/250,700"\"Enhanced Separation Control Via Simultaneous Multiple-Location Forcing"\"06/18/2027"
+"NASA Langley Research Center"\"Issued"\"LAR-17032-1"\7321185\"11/370,377"\"A New Concept For Active Bistable Twisting Structures"\"03/06/2026"
+"NASA Langley Research Center"\"Issued"\"LAR-17044-1"\7558371\"12/254,150"\"Applications Of Twin-Detection XRD Methods On SiGe (111) Layers On Sapphire (0001) Substrate"\"10/20/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-17073-1"\7580323\"11/419,818"\"Interdigitated Electrode Actuators For Straining Optical Fibers (IDEAS)"\"05/27/2026"
+"NASA Langley Research Center"\"Application"\"LAR-17088-1"\0\"13/032,045"\"Nanotubular Toughening Inclusions For Improved Mechanical Reinforcement"\
+"NASA Langley Research Center"\"Issued"\"LAR-17112-1"\7507472\"11/81,888"\"Multi-Layer Electroactive Devices"\"09/08/2025"
+"NASA Langley Research Center"\"Issued"\"LAR-17116-1"\7506541\"11/328,468"\"Wireless Fuel Volume Measurement Techniques"\"10/18/2026"
+"NASA Langley Research Center"\"Issued"\"LAR-17126-1"\7666939\"11/432,201"\"A Method For Producing Stable Dispersions Of Single Walled Carbon Nanotubes In Polymer Matrices Using Noncovalent Interactions"\"05/11/2026"
+"NASA Langley Research Center"\"Issued"\"LAR-17128-1"\7285933\"11/188,227"\"Method And Apparatus For Loss Of Control Inhibitor Systems"\"07/20/2025"
+"NASA Langley Research Center"\"Issued"\"LAR-17135-1"\8217143\"11/827,567"\"Fabrication of Metal Nanoshells Derived by a Biotemplate"\"11/17/2030"
+"NASA Langley Research Center"\"Issued"\"LAR-17149-2"\8608993\"13/053,633"\"A Method For Producing Multifunctional Structural Thermally Stable Nanocomposites With Aligned Carbon Nanotubes"\"05/20/2026"
+"NASA Langley Research Center"\"Issued"\"LAR-17154-1"\7655595\"11/421,924"\"Sprayable Low Temperature Oxidation Catalyst Coating Based on Sol-Gel Technology"\"08/11/2027"
+"NASA Langley Research Center"\"Issued"\"LAR-17154-2"\7781366\"12/369,932"\"Sol-Gel Based Oxidation Catalyst And Coating System Using Same (Divisional of -1)"\"02/12/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17155-1"\7255004\"11/229,438"\"Wireless Fluid-Lead Measuring Dipstick Assembly (Broken Out Of LAR-16974-1)"\"03/22/2026"
+"NASA Langley Research Center"\"Issued"\"LAR-17157-1"\7507784\"11/124,508"\"Liquid Crystalline Thermosets From Ester, Ester-Imide, And Ester-Amide Oligomers"\"01/05/2021"
+"NASA Langley Research Center"\"Issued"\"LAR-17163-1"\7467536\"11/428,017"\"Multi-axis Accelerometer Calibration System Using a Cuboidal Attitude Positioning Device"\"08/18/2027"
+"NASA Langley Research Center"\"Issued"\"LAR-17165-1"\7595112\"11/461,150"\"Method To Prepare Hybrid Metal/Composite Laminates By Resin Infusion"\"02/01/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-17168-1"\7732998\"11/462,114"\"Cylindrical Shaped Micro Fiber Composite (CMFC) Actuators"\"09/24/2027"
+"NASA Langley Research Center"\"Issued"\"LAR-17169-1"\7446459\"11/486,200"\"Hybrid Force/Stress Amplified Piezoelectric Energy Harvesting Transducer System"\"07/13/2026"
+"NASA Langley Research Center"\"Application"\"LAR-17211-1"\0\"13/557,250"\"Floating Ultrasonic Transducer Inspection System For Nondestructive Evaluation"\
+"NASA Langley Research Center"\"Issued"\"LAR-17213-1"\8020805\"11/831,233"\"New Configuration and Power Technology for Application-Specific Scenarios of High Altitude Airships"\"03/25/2030"
+"NASA Langley Research Center"\"Issued"\"LAR-17224-1"\7998368\"12/272,826"\"Effective Dispersion of Carbon Nanotubes in an Aqueous Solution and Their Application on Bionanotechnology"\"06/04/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17229-1"\7760778\"11/670,044"\"Thin-film evaporative cooling concept for a solid-state laser diode crystal"\"02/01/2027"
+"NASA Langley Research Center"\"Issued"\"LAR-17235-1"\7414708\"11/461,569"\"Multi-Point, Multi-Component Interferometric Rayleigh/Mie Doppler Velocimeter"\"08/01/2026"
+"NASA Langley Research Center"\"Issued"\"LAR-17237-1"\8294989\"12/512,344"\"Photonic DART (Densely Accumulated Ray-point by micro-zone-plaTe)"\"04/25/2031"
+"NASA Langley Research Center"\"Issued"\"LAR-17240-1"\8111943\"12/423,907"\"Computational Visual Servo:Automatic Measurement and Control for Smart Image Enhancement"\"09/14/2030"
+"NASA Langley Research Center"\"Issued"\"LAR-17241-1"\8018815\"12/490,747"\"Optical Data Storage System with Micro Zone Plate"\"12/05/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17242-1"\8174695\"12/508,018"\"MICRO-RING THIN-FILM SPECTROMETER ARRAY"\"09/03/2030"
+"NASA Langley Research Center"\"Issued"\"LAR-17243-1"\8411214\"12/144,937"\"Variable Visibility Glasses for Flight Training"\"02/01/2032"
+"NASA Langley Research Center"\"Issued"\"LAR-17245-1"\8344281\"12/751,075"\"Use of Beam Deflection to Control Electron Beam Wire Deposition Processes"\"04/26/2031"
+"NASA Langley Research Center"\"Issued"\"LAR-17257-1"\7590904\"11/531,703"\"Detecting the loss of configuration access of reprogrammable Field Programmable Gate Array (FPGA) without external circuitry"\"10/07/2027"
+"NASA Langley Research Center"\"Issued"\"LAR-17267-1"\7704553\"11/710,386"\"Method of Depositing Metals onto Carbon Allotropes and Compositions Therefrom"\"06/26/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-17268-1"\7647543\"11/535,574"\"Integrated mitigation for single event upset (SEU) of reprogrammable field programmable gate arrays (FPGA) operating in radiation environments"\"09/27/2026"
+"NASA Langley Research Center"\"Issued"\"LAR-17280-1"\7159774\"11/305,854"\"Magnetic Field Response Measurement Acquisition System"\"04/30/2024"
+"NASA Langley Research Center"\"Issued"\"LAR-17286-1"\8081734\"12/628,446"\"Miniature, Low-Power X-Ray Tube Using A Microchannel Electron Generator Electron Source"\"02/26/2030"
+"NASA Langley Research Center"\"Issued"\"LAR-17290-1"\7737867\"11/696,333"\"Advance Display Media for Improved Airport Surface Operations"\"06/11/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-17293-1"\7991491\"11/559,420"\"Control Device And Method For Generating Control Signals For Technical Devices"\"03/04/2030"
+"NASA Langley Research Center"\"Issued"\"LAR-17294-1"\8430327\"11/671,089"\"Low Profile Sensors Using Self-Resonating Inductors"\"08/22/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-17295-1"\7683797\"11/671,131"\"System For Providing Damage Detection And Thermal Protection"\"02/15/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-17300-1"\7538860\"11/840,363"\"A Method and Apparatus for Determination of the Reflection Wavelength of Multiple Low-Reflectivity Bragg Gratings in a Single Fiber"\"12/31/2027"
+"NASA Langley Research Center"\"Application"\"LAR-17307-1"\0\"11/466,569"\"Low Mass Free Piston Space Radiator"\
+"NASA Langley Research Center"\"Issued"\"LAR-17317-1"\8401217\"11/780,500"\"Extreme Low Frequency Acoustic Measurement Portable System"\"11/29/2030"
+"NASA Langley Research Center"\"Application"\"LAR-17317-2"\\"13/771,735"\"Extreme Low Frequency Acoustic Measurement System"\"07/20/2027"
+"NASA Langley Research Center"\"Application"\"LAR-17318-1"\0\"13/082,734"\"Preparation of Metal Nanowire Decorated Carbon Allotropes"\"08/29/2027"
+"NASA Langley Research Center"\"Issued"\"LAR-17321-1"\8545986\"12/043,276"\"Ultra High-Temperature, Lightweight Insulation Material Compositions And Methods For Making And Using Them"\"06/27/2030"
+"NASA Langley Research Center"\"Application"\"LAR-17323-1"\0\"11/757,780"\"Concept And Design Of Oxygen Band Radar For Surface Air Pressure Remote Sensing"\
+"NASA Langley Research Center"\"Issued"\"LAR-17325-1"\8060350\"12/56,686"\"Unsteady aerodynamic reduced-order models (ROMs) for efficient aeroelastic analysis"\"03/04/2030"
+"NASA Langley Research Center"\"Issued"\"LAR-17327-1"\8117013\"12/002,857"\"Standardized Radiation Shield Design Method: 2005 HZETRN"\"07/05/2030"
+"NASA Langley Research Center"\"Application"\"LAR-17330-1"\0\"11/946,207"\"Multi Functional Composite And Honeycomb Panels"\
+"NASA Langley Research Center"\"Issued"\"LAR-17332-1"\7958733\"11/762,827"\"Active Flow Effectors by Embedded Shape Memory Alloy Actuation"\"11/04/2029"
+"NASA Langley Research Center"\"Application"\"LAR-17332-2"\\"13/096,305"\"Jet Engine Exhaust Nozzle Flow Effector"\"07/05/2027"
+"NASA Langley Research Center"\"Issued"\"LAR-17335-1"\8170234\"12/108,562"\"Extension Of DAMAS Phased Array Processing For Spatial Coherence Determination (DAMAS-C)"\"03/02/2031"
+"NASA Langley Research Center"\"Issued"\"LAR-17346-1"\7649439\"11/465,503"\"Thermoelectric Devices From Thin Metal System To Include Flexible Substrate And Method Of Making Same"\"04/28/2027"
+"NASA Langley Research Center"\"Issued"\"LAR-17355-1"\8164485\"11/863,964"\"A Method of Providing a Synthetic Vision System Flight Management Visualization Display for Aiding Pilot Preview, Rehearsal and/or Review and Real-Time Visual Acquisition of Flight Mission Progress"\"06/24/2029"
+"NASA Langley Research Center"\"Application"\"LAR-17361-1"\0\"12/138,709"\"Airfoil/ Wing Flow Control Using Flexible Extended Trailing Edge"\
+"NASA Langley Research Center"\"Issued"\"LAR-17365-1"\7784732\"11/958,673"\"Boundary-Layer-Ingesting S-Duct Diffusing Inlet Flow Control Using Hybrid Vane/Jet Approach at Transonic Flow Conditions"\"04/26/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17381-1"\8044294\"12/254,016"\"Thermoelectric material made with highly oriented twinned alloy of Si, Ge, C, and Sn on the basal plane of trigonal substrate and thermoelectric device made with the same material"\"10/11/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17382-1"\8052069\"12/393,238"\"Advanced High Performance Vertical Hybrid Electroactive Synthetic Jet Actuator (ASJA-V)"\"10/18/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17384-1"\8662412\"12/354,808"\"Advanced Modified High Performance Synthetic Jet Actuator With Optimized Curvature Shape Chamber (ASJA-M)"\"10/27/2031"
+"NASA Langley Research Center"\"Issued"\"LAR-17385-1"\7671306\"11/589,011"\"Apparatus For Free Electron Laser Ablative Synthesis Of Carbon Nanotubes"\"03/10/2028"
+"NASA Langley Research Center"\"Application"\"LAR-17386-1"\0\"12/851,584"\"Fine-Grained Targets For Free Electron Laser Synthesis Of Carbon Nanotubes"\
+"NASA Langley Research Center"\"Issued"\"LAR-17387-1"\7663077\"11/589,010"\"Process For Optimizing The Yield And Production Rate Of Single-Walled Carbon Nanotubes Using Free Electron Laser Synthesis"\"01/23/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-17390-1"\8235309\"12/355,782"\"Advanced High Performance Horizontal Piezoelectric Hybrid Synthetic Jet Actuator (ASJA-H)"\"04/02/2031"
+"NASA Langley Research Center"\"Issued"\"LAR-17391-1"\7792015\"12/187,458"\"A Byzantine-Fault Tolerant Self-Stabilizing Protocol for Distributed Clock Synchronization Systems"\"08/14/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-17402-1"\7964698\"11/935,036"\"Wholly Aromatic Liquid Crystalline Polyetherimide (LC-PEI) Resin for manufacturing high modulus fibers, films, injection molded articles and foams"\"09/27/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17405-1"\8226767\"12/254,134"\"Hybrid Bandgap Engineering for Rhombohedral Super-Hetero-Epitaxy"\"05/11/2031"
+"NASA Langley Research Center"\"Application"\"LAR-17413-2"\0\"12/641,603"\"Nanoparticle-Containing Thermoplastic Composites and Methods of Preparing Same"\
+"NASA Langley Research Center"\"Issued"\"LAR-17425-1"\8059273\"12/496,788"\"Micro Spectrometer for Parallel Light"\"08/19/2029"
+"NASA Langley Research Center"\"Application"\"LAR-17427-1"\0\"12/174,360"\"Tailorable Dielectric Materials with Complex Permittivity Characteristics providing High Dielectric Constants and Low Loss Factors"\
+"NASA Langley Research Center"\"Issued"\"LAR-17432-1"\8112243\"12/118,172"\"Forward Voltage Short Pulse (FVSP) Technique for Measuring High Power Laser Diode Array (LDA) Junction Temperature"\"11/27/2030"
+"NASA Langley Research Center"\"Issued"\"LAR-17433-1"\7902815\"11/856,807"\"A Multi-Measurement Wheel Sensor"\"06/19/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17440-1"\7845215\"11/844,571"\"Resonant Difference-Frequency Atomic Force Ultrasonic Microscope"\"02/03/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17444-1"\8042739\"11/864,012"\"Wireless Tamper Detection Sensor Requiring No Electrical Connection"\"11/08/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17447-1"\8002219\"11/941,119"\"Multifunctional Boost Protective Cover (MBPC) For A Launch Abort System (LAS)"\"01/16/2030"
+"NASA Langley Research Center"\"Application"\"LAR-17455-3"\\"13/938,622"\"A Nanotube Film Electrode and an Electroactive Device Fabricated with the Nanotube Film Electrode and Methods for Making Same"\"10/28/2031"
+"NASA Langley Research Center"\"Issued"\"LAR-17469-1"\8094306\"12/487,735"\"Micro Ring Grating Spectrometer with Moveable Aperture Slit"\"08/27/2030"
+"NASA Langley Research Center"\"Issued"\"LAR-17477-1"\7993567\"12/131,420"\"Auxiliary Electrode For Electrospinning Process"\"10/02/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17478-1"\7883052\"11/954,452"\"Integration Of A Turbo-Fan Engine Above An Aircraft's Wing Which Reduces Drag And Community Noise"\"09/24/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17480-1"\7711509\"11/930,222"\"A Method To Calibrate Magnetic Response Fluid-Level Sensors Using Complete Sensor Immersion In Fluid"\"03/18/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-17485-1"\7851062\"12/124,273"\"Composition of and Method to Prepare Hybrid Laminates from Metal Plasma Coated Fibers and Polymer Matrix Resins"\"09/09/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-17485-2"\8017190\"12/906,633"\"Metal/Fiber Laminate and Fabrication Using A Porous Metal/Fiber Preform"\"05/21/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-17487-1"\8157207\"11/836,517"\"Jet Engine Nozzle Exit Configurations And Associated Systems And Methods"\"04/15/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17488-1"\7814786\"12/015,626"\"Thin-Film Sensor For Measuring Liquid-Level And Temperature Having No Electrical Connections"\"08/26/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-17493-1"\8424200\"12/098,000"\"Conducting Nanotubes Or Nanostructures Based Composites, Method Of Making Them And Applications"\"05/16/2031"
+"NASA Langley Research Center"\"Issued"\"LAR-17502-1"\8529249\"11/860,703"\"Quick Change Ceramic Flame Holder for High Output Torch"\"03/14/2030"
+"NASA Langley Research Center"\"Application"\"LAR-17502-1-CON"\\"14/021,325"\"Flame Holder System"\"09/25/2027"
+"NASA Langley Research Center"\"Issued"\"LAR-17514-1"\8196858\"12/721,833"\"Mars Airplane"\"02/15/2031"
+"NASA Langley Research Center"\"Issued"\"LAR-17526-1"\7991595\"12/138,768"\"Adaptive Refinement Tools (ARTs) for Tetrahedral Unstructured Grids"\"06/07/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17528-1"\7878348\"12/248,339"\"Lightweight Lunar Surface Remote Manipulator System (LSRMS)"\"10/09/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-17535-1"\8206674\"12/152,414"\"High Pressure Boron Vaporization Synthesis Of Few-Walled Boron Nitride Nanotube Fibers"\"04/13/2030"
+"NASA Langley Research Center"\"Issued"\"LAR-17539-1"\8164328\"12/493,573"\"Development Of Eddy Current Techniques For The Detection Of Stress Corrosion Cracking In Space Shuttle Primary Reaction Control Thrusters"\"01/08/2030"
+"NASA Langley Research Center"\"Issued"\"LAR-17547-1"\7848381\"12/366,722"\"Line Tunable Visible and Ultraviolet Laser"\"07/05/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17553-1"\8257491\"12/288,379"\"NEW RHOMBOHEDRAL ALIGNMENT OF CUBIC SEMICONDUCTOR ON TRIGONAL SUBSTRATE AT A HIGH TEMPERATURE"\"07/06/2031"
+"NASA Langley Research Center"\"Issued"\"LAR-17554-1"\7769135\"12/288,380"\"X-ray Diffraction Wafer Mapping Method for  Rhombohedral Super-Hetero-Epitaxy"\"10/20/2028"
+"NASA Langley Research Center"\"Application"\"LAR-17555-1"\0\"13/020,194"\"Front-Flight-Path Turbulence & Vortex Detection System"\
+"NASA Langley Research Center"\"Issued"\"LAR-17573-1"\7855368\"12/178,173"\"Air Coupled Acoustic Thermography Nondestructive Evaluation System And Method"\"10/09/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-17576-1"\7742663\"12/261,376"\"Innovative Structural Design And Materials For Transmission To And Protection Of Ultraviolet And Infrared Radiation Sensors"\"10/30/2028"
+"NASA Langley Research Center"\"Issued"\"LAR-17579-1"\8673649\"12/463,475"\"Wireless Chemical Sensing Using Changes To An Electrically Conductive Reactant Within Sensor's Magnetic Field"\"01/04/2031"
+"NASA Langley Research Center"\"Issued"\"LAR-17593-1"\8167204\"12/253,422"\"Open Circuit Damage Location Sensor Having No Electrical Connections"\"10/30/2030"
+"NASA Langley Research Center"\"Issued"\"LAR-17608-1"\7901611\"12/274,652"\"Methodology for calculating fiber distribution during electrospinning"\"01/12/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17609-1"\8255732\"12/429,603"\"A Self-Stabilizing Byzantine-Fault-Tolerant Clock Synchronization Protocol"\"12/30/2030"
+"NASA Langley Research Center"\"Issued"\"LAR-17629-1"\7813599\"12/390,606"\"A Method for Shape Determination of Multi-Core Optical Fiber"\"02/23/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17634-1"\7893602\"12/328,162"\"Distributed transducer capable of generating or sensing a transverse point load"\"03/14/2029"
+"NASA Langley Research Center"\"Application"\"LAR-17636-1"\0\"13/752,495"\"PICA on Edge: Edgewise strips of PICA ablator to eliminate gaps in capsule heat shield"\"01/29/2033"
+"NASA Langley Research Center"\"Issued"\"LAR-17638-1"\8508413\"13/082,839"\"Fractal Dielectric Microstrip Antenna using Patterned Substrate Material Geometries"\"03/02/2032"
+"NASA Langley Research Center"\"Issued"\"LAR-17651-1"\8259104\"12/493,666"\"Domain Decomposition By the Advancing-Partition Method for Parallel Unstructured Grid Generation"\"03/09/2031"
+"NASA Langley Research Center"\"Issued"\"LAR-17655-1"\8111832\"12/424,793"\"Local Intelligence Based Impedance Optimization Scheme for Adaptive Noise Reduction"\"06/25/2030"
+"NASA Langley Research Center"\"Issued"\"LAR-17656-1"\8108178\"12/467,475"\"DIRECTED DESIGN OF EXPERIMENTS FOR VALIDATING PROBABILITY OF DETECTION CAPABILITY OF NDE SYSTEMS (DOEPOD)"\"05/05/2030"
+"NASA Langley Research Center"\"Application"\"LAR-17668-1"\0\"12/322,591"\"Device for the Large-Scale synthesis of High-Quality Boron Nitride Nanotubes"\"02/04/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17681-1"\8347479\"12/849,906"\"Thermally-Activated Crack Healing Mechanism for Metallic Materials"\"04/30/2031"
+"NASA Langley Research Center"\"Application"\"LAR-17681-2"\\"13/719,740"\"System for Repairing Cracks in Structures"\"08/04/2030"
+"NASA Langley Research Center"\"Issued"\"LAR-17681-3"\8679642\"14/037,850"\"System for Repairing Cracks in Structures"\"08/04/2030"
+"NASA Langley Research Center"\"Application"\"LAR-17689-1"\0\"12/393,289"\"Negative Dielectric Constant Material Based on Ion Conducting Materials"\"08/20/2031"
+"NASA Langley Research Center"\"Application"\"LAR-17694-1"\0\"12/974,359"\"A Synthetic Quadrature Phase Detector/Demodulator for Fourier Transform Spectrometers"\"03/09/2032"
+"NASA Langley Research Center"\"Issued"\"LAR-17695-1"\8658004\"12/470,689"\"Vapor-Barrier Vacuum Isolation System"\"08/01/2032"
+"NASA Langley Research Center"\"Application"\"LAR-17696-1"\0\"12/543,686"\"Asymmetric Dielectric Elastomer Composite Material"\"03/16/2031"
+"NASA Langley Research Center"\"Issued"\"LAR-17705-1"\8672107\"13/042,655"\"Tunable damper capable of tailoring the structural damping for individual modes of vibration using minimal space and minimal impact on the system frequencies and mode shapes."\"11/28/2031"
+"NASA Langley Research Center"\"Issued"\"LAR-17709-1"\7912101\"12/628,423"\"Increased Efficiency Nonlinear Optical Interactions"\"12/01/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17711-1"\8179203\"12/569,984"\"Wireless Electrical Applications/Devices Using  floating Electrodes  Electromagnetically Coupled to Open-Circuit Devices"\"07/09/2030"
+"NASA Langley Research Center"\"Application"\"LAR-17723-1"\0\"12/699,334"\"Novel material for wound healing applications."\
+"NASA Langley Research Center"\"Issued"\"LAR-17724-1"\8378659\"12/703,221"\"Electroactive polymer fibers for structural health monitoring."\"01/22/2031"
+"NASA Langley Research Center"\"Issued"\"LAR-17735-1"\8490463\"12/881,431"\"Assessment and Calibration of Crimp Tool Equipped with Ultrasonic Analysis, including Phantom Construction"\"10/22/2031"
+"NASA Langley Research Center"\"Issued"\"LAR-17736-1"\8147920\"12/370,755"\"Controlled Deposition And Alignment Of Carbon Nanotubes (Continuation of LAR 16499-1)"\"02/13/2029"
+"NASA Langley Research Center"\"Application"\"LAR-17738-1"\0\"12/685,280"\"Sensory Metallic Materials"\
+"NASA Langley Research Center"\"Issued"\"LAR-17743-1"\8473663\"13/011,198"\"Reconfigurable Peripheral Component Interconnect local bus controller and target design."\"10/07/2031"
+"NASA Langley Research Center"\"Issued"\"LAR-17745-1"\7906043\"12/550,431"\"Electrically Conductive, Optically Transparent Polymer/Carbon Nanotube Composites And Process For Preparation Thereof"\"11/01/2022"
+"NASA Langley Research Center"\"Application"\"LAR-17877-1"\\"13/277,859"\"Autonomous Leading-Edge Slat Device for Reduction of Aeroacoustic Noise Associated with Aircraft Wings"\
+"NASA Langley Research Center"\"Application"\"LAR-17747-1"\0\"13/029,471"\"Temperature Sensing Using Temperature Sensitive Dielectric Material in Proximity to Open-Circuit Sensors Having No Electrical Connections"\
+"NASA Langley Research Center"\"Application"\"LAR-18090-1"\\"13/786,608"\"No Moving Part - Variable Frequency Fluidic Oscillator"\"03/06/2033"
+"NASA Langley Research Center"\"Application"\"LAR-17747-1-CON"\\"14/193,861"\"Wireless Temperature Sensor Having No Electrical Connections and Sensing Method for Use Therewith"\"02/17/2031"
+"NASA Langley Research Center"\"Issued"\"LAR-17748-1"\8303922\"12/546,185"\"Exfoliation of Hexagonal Boron Nitride"\"11/19/2030"
+"NASA Langley Research Center"\"Issued"\"LAR-17759-1"\7935414\"12/406,315"\"Multilayer Electroactive Polymer Composite Material (Continuation of LAR 17112-1)"\"03/18/2029"
+"NASA Langley Research Center"\"Issued"\"LAR-17766-1"\8452073\"12/750,991"\"Method for Closed Loop Process Control for Electron Beam Freeform Fabrication and Deposition Processes"\"10/02/2031"
+"NASA Langley Research Center"\"Application"\"LAR-17769-1"\0\"12/894,279"\"Modifying Surface Energy via Laser Ablative Surface Patterning"\
+"NASA Langley Research Center"\"Application"\"LAR-17777-1"\\"13/443,940"\"Process to Fabricate Specific Sized Monodisperse Polystryene Microparticles"\
+"NASA Langley Research Center"\"Application"\"LAR-17780-1"\0\"12/387,703"\"Boron Nitride Nanotube Fibrils and Yarns  (Filed by JLabs, their ref: ID 1248/Docket 2025(JSA)"\
+"NASA Langley Research Center"\"Application"\"LAR-17786-1"\0\"12/964,381"\"Smart Optics Material Characterization System"\
+"NASA Langley Research Center"\"Application"\"LAR-17789-1"\0\"12/969,076"\"Electroactive scaffold"\
+"NASA Langley Research Center"\"Application"\"LAR-17791-1"\0\"13/070,552"\"Apparatus and Method for Selective Enhancement of Surface Plasmon Polaritons to Initiate and Sustain Low Energy Nuclear Reactions in Metal Hydride Systems"\
+"NASA Langley Research Center"\"Issued"\"LAR-17799-1"\8655513\"13/046,030"\"Realtime 3-D Image Processing and Enhancement"\"05/25/2031"
+"NASA Langley Research Center"\"Application"\"LAR-17800-1"\0\"13/527,638"\"Method for generating laser linear frequency modulation waveform"\
+"NASA Langley Research Center"\"Application"\"LAR-17801-1"\0\"13/566,077"\"Coherent Doppler lidar for measuring altitude, ground velocity, and air velocity of aircraft and spaceborne vehicles"\"08/03/2032"
+"NASA Langley Research Center"\"Application"\"LAR-17813-1"\0\"13/198,817"\"Durable Joining Technology for Uniformly-Curved Composite Sandwich Structures"\"08/17/2032"
+"NASA Langley Research Center"\"Application"\"LAR-17813-1-CON"\\"14/200,708"\"Systems, Apparatuses, and Methods for Using Durable Adhesively Bonded Joints for Sandwich Structures"\"08/05/2031"
+"NASA Langley Research Center"\"Application"\"LAR-17830-1"\0\"12/925,047"\"Actuators and Sensors Fabricated with Boron Nitride Nanotubes (BNNTs) and BNNT Polymer Composites"\
+"NASA Langley Research Center"\"Issued"\"LAR-17831-1"\8651429\"13/214,453"\"Blended Cutout Flap Design for the Reduction of Jet-Flap Interaction Noise"\"08/22/2031"
+"NASA Langley Research Center"\"Application"\"LAR-17832-1"\0\"13/214,469"\"Aircraft Engine Nozzle Systems for Jet Noise Reduction by Acoustic Shielding"\
+"NASA Langley Research Center"\"Application"\"LAR-17833-1"\0\"13/214,481"\"Active Aircraft Pylon Noise Control System"\
+"NASA Langley Research Center"\"Issued"\"LAR-17836-1"\8671763\"12/850,708"\"Sub-Surface Windscreen for Outdoor Measurement of Infrasound"\"02/18/2031"
+"NASA Langley Research Center"\"Application"\"LAR-17841-1"\0\"   14/202,699"\"High Mobility Transport Layer Structures for Rhombohedral Si/Ge/SiGe Devices"\"03/10/2034"
+"NASA Langley Research Center"\"Application"\"LAR-17848-1"\0\"13/796,626"\"Spectroscopy using Electric Permittivity, Magnetic Permeability and Electrical Conductivity Spatial Profiles"\"03/12/2033"
+"NASA Langley Research Center"\"Issued"\"LAR-17856-1"\8198976\"12/688,309"\"Flexible Thin Metal Film Thermal Sensing System (CIP of LAR 17346-1)"\"09/20/2030"
+"NASA Langley Research Center"\"Application"\"LAR-17857-1"\0\"12/967,690"\"A GPS-Based Pitot-Static Calibration Method Using Global Output-Error Optimization"\
+"NASA Langley Research Center"\"Application"\"LAR-17869-1"\\"13/166,226"\"Team Electronic Gameplay Combining Different Means of Control"\
+"NASA Langley Research Center"\"Application"\"LAR-17886-1"\\"13/324,527"\"Method and Apparatus to Detect Wire Pathologies Near Crimped Connector"\
+"NASA Langley Research Center"\"Application"\"LAR-17887-1"\\"13/743,750"\"Interrogations Leading to Recertification of Wire Crimps and Other Joining Technologies."\"01/17/2033"
+"NASA Langley Research Center"\"Issued"\"LAR-17888-1"\8605262\"13/167,093"\"Time Shifted PN Codes for CW LIDAR, RADAR, and SONAR"\"12/28/2031"
+"NASA Langley Research Center"\"Issued"\"LAR-17894-1"\8494687\"13/166,121"\"3-D Super Resolution Algorithm for Flash LIDAR Image Enhancement"\"12/11/2031"
+"NASA Langley Research Center"\"Application"\"LAR-17895-1"\\"13/166,166"\"Method and System for Physiologically Modulating Videogames or Simulations Which Use Motion-Sensing Input Devices"\
+"NASA Langley Research Center"\"Application"\"LAR-17902-1"\\"13/068,329"\"Neutron and Ultraviolet Radiation Shielding Films Fabricated Using Boron Nitride Nanotubes and Boron Nitride Nanotube Composites"\
+"NASA Langley Research Center"\"Application"\"LAR-17906-1"\\"13/272,027"\"Abnormal Grain Growth Suppression in Aluminum Alloys"\
+"NASA Langley Research Center"\"Issued"\"LAR-17908-1"\8655094\"13/105,004"\"New Photogrammetry System to Measure Relative 6-Degree-of-Freedom Motion Between Two Bodies Using Heterogeneous Cameras Having Arbitrary Wide-Angle Lenses with Non-Overlapping Fields of View"\"04/23/2032"
+"NASA Langley Research Center"\"Application"\"LAR-17918-1"\\"13/136,216"\"High Kinetic Energy Penetrator Shielding and High Wear Resistance Materials Fabricated with Boron Nitride Nanotubes (BNNTs) and BNNT Polymer Composites"\
+"NASA Langley Research Center"\"Issued"\"LAR-17919-1"\8661653\"13/191,882"\"Z-Shields from Fiber Metal Laminate"\"07/27/2031"
+"NASA Langley Research Center"\"Application"\"LAR-17919-2"\\"13/963,484"\"Z-Shields from Fiber Metal Laminate"\"07/27/2031"
+"NASA Langley Research Center"\"Application"\"LAR-18097-1"\\"13/591,320"\"Arbitrary Shape Initialization of Fiber Optic Shape Sensing Systems"\"08/22/2032"
+"NASA Langley Research Center"\"Application"\"LAR-17923-1"\\"13/411,793"\"A Method of Creating Micro-scale Silver Telluride Grains Covered with Bismuth Nanospheres as Nano-bridges for Thermoelectric Application"\"11/14/2032"
+"NASA Langley Research Center"\"Application"\"LAR-17947-1"\\"13/775,809"\"Linear Fresnel Spectrometer Chip with Gradient Line Grating"\"02/25/2033"
+"NASA Langley Research Center"\"Application"\"LAR-17952-1"\\"13/411,891"\"Multi-Point Interferometric Phase Change Detection Algorithm"\
+"NASA Langley Research Center"\"Application"\"LAR-17958-1"\\"13/195,251"\"Wireless Open-Circuit In-Plane Strain and Displacement Sensors Having No Electrical Connections"\"07/16/2032"
+"NASA Langley Research Center"\"Issued"\"LAR-17959-1"\8087494\"12/894,326"\"Method of Making a Composite Panel Having Subsonic Transverse Wave Speed Characteristics (Continuation of LAR 16535-1)"\"09/30/2030"
+"NASA Langley Research Center"\"Application"\"LAR-17966-1"\\"13/457,687"\"Wide Bandwidth Magneto-Resistive Sensor Based Eddy Current Probe"\
+"NASA Langley Research Center"\"Application"\"LAR-17967-1"\\"13/293,846"\"Relaxor Piezoelectric Single Crystal Multilayer Stacks for Energy Harvesting Transducers (RPSEHT)"\
+"NASA Langley Research Center"\"Application"\"LAR-17972-1"\\"13/200,314"\"BxCyNz Nanotube Formation via the Pressurized Vapor/Condenser"\
+"NASA Langley Research Center"\"Application"\"LAR-17973-1"\\"13/200,316"\"Efficient Boron Nitride Nanotube (BNNT) and BxCyNz Nanotube Formation via Combined Laser-Gas Flow Levitation (JLab's ref: 2010-09-13-RRW)"\
+"NASA Langley Research Center"\"Application"\"LAR-17977-1"\\"13/447,513"\"Variable Stiffness Shape Adaptive Multi-Layered Polymer Composite"\
+"NASA Langley Research Center"\"Application"\"LAR-17980-1"\\"13/457,540"\"Space Utilization Optimization Tools"\
+"NASA Langley Research Center"\"Application"\"LAR-17984-1"\\"13/326,779"\"FLEXible Side Edge Link (FLEXSEL) for Trailing-Edge Flap Aeroacoustic Noise Reduction"\"12/15/2031"
+"NASA Langley Research Center"\"Application"\"LAR-17985-1"\\"13/231,386"\"An Acoustic Beamforming Array Using Feedback-Controlled Microphones for Tuning and Self-Matching of Frequency Response (Michigan State University's ref: TEC2011-0045)"\
+"NASA Langley Research Center"\"Application"\"LAR-17987-1"\\"13/364,814"\"A Self-Stabilizing Distributed Clock Synchronization Protocol For Arbitrary Digraphs"\
+"NASA Langley Research Center"\"Application"\"LAR-17991-1"\\"13/200,315"\"Production Rig for the Synthesis of BNNTs via the PVC Method"\
+"NASA Langley Research Center"\"Issued"\"LAR-17993-1"\8662213\"13/342,264"\"Locomotion of Amorphous Surface Robots"\"05/06/2032"
+"NASA Langley Research Center"\"Application"\"LAR-17993-2"\\"14/189,019"\"Locomotion of Amorphous Surface Robots"\"01/03/2033"
+"NASA Langley Research Center"\"Application"\"LAR-17994-1"\\"13/273,516"\"Manufacturing of Low Mass, Large-Scale Hierarchical Thin Film Structural Systems"\
+"NASA Langley Research Center"\"Application"\"LAR-17996-1"\\"14/202,289"\"Nanostructure Neutron Converter Layer Development"\"03/10/2034"
+"NASA Langley Research Center"\"Issued"\"LAR-18006-1"\8671551\"13/363,413"\"Crimp Quality Assessment from Jaw Position-Ultrasonic Transmission Analysis"\"02/01/2032"
+"NASA Langley Research Center"\"Application"\"LAR-18006-2"\\"14/193,086"\"Crimp Quality Assessment from Jaw Position-Ultrasonic Transmission Analysis"\"02/01/2032"
+"NASA Langley Research Center"\"Issued"\"LAR-18016-1"\8636407\"13/029,426"\"Wireless Temperature Sensor Having No Electrical Connections and Sensing Method For Use Therewith"\"11/23/2031"
+"NASA Langley Research Center"\"Application"\"LAR-18021-1"\\"13/417,347"\"Flap Side Edge Liners for Airframe Noise Reduction"\"07/31/2032"
+"NASA Langley Research Center"\"Application"\"LAR-18023-1"\\"13/417,349"\"Landing Gear Door Liners for Airframe Noise Reduction"\"03/12/2032"
+"NASA Langley Research Center"\"Application"\"LAR-18024-1"\\"13/417,351"\"External Acoustic Liners for Multi-Functional Aircraft Noise Reduction"\
+"NASA Langley Research Center"\"Application"\"LAR-18026-1"\\"13/286,715"\"Synthesis of Novel Copoly(imide oxetane)s with Unique Surface Properties"\
+"NASA Langley Research Center"\"Application"\"LAR-18257-1"\\"14/105,757"\"A Structural Joint With Multi-Axis Load Carrying Capacity"\"12/13/2033"
+"NASA Langley Research Center"\"Issued"\"LAR-18032-1"\8229716\"12/981,432"\"Fast Tracking Methods and Systems for Air Traffic Modeling Using a Monotonic Lagrangian Grid (US Naval Research Laboratory ref: 100148-US2)"\"12/29/2030"
+"NASA Langley Research Center"\"Application"\"LAR-18034-1"\\"13/291,372"\"Compact Active Vibration Control System"\
+"NASA Langley Research Center"\"Application"\"LAR-18037-1"\\"13/453,717"\"A Multifunctional Lightning Protection and Detection System for Aerospace Vehicles"\
+"NASA Langley Research Center"\"Application"\"LAR-18040-1"\\"13/986,089"\"Multi-Functional BN-BN Composite"\"03/29/2033"
+"NASA Langley Research Center"\"Application"\"LAR-18065-1"\\"13/860,697"\"Variable Acceleration Force Calibration System"\"04/11/2033"
+"NASA Langley Research Center"\"Application"\"LAR-18070-1"\\"13/923,307"\"Transparent and Ubiquitous Sensing Technology"\"06/20/2033"
+"NASA Langley Research Center"\"Application"\"LAR-18071-1"\\"13/923,312"\"Using Ubiquitous Conductor to Power and Interrogate Wireless Passive Sensors and Construct Sensor Network"\
+"NASA Langley Research Center"\"Application"\"LAR-18073-1"\\"13/941,441"\"Doped Chiral Polymer Negative Index Materials (DCPNIM)"\"07/12/2033"
+"NASA Langley Research Center"\"Application"\"LAR-18077-1"\\"13/630,459"\"Flight Deck Technology and Procedure for Pilots to Generate Flight-Optimizing Trajectory Requests that Avoid Nearby Traffic"\"09/28/2032"
+"NASA Langley Research Center"\"Application"\"LAR-18089-1"\\"13/786,713"\"Synchronized Sweeping Jet Actuators"\"03/06/2033"
+"NASA Langley Research Center"\"Application"\"LAR-18127-1"\\"13/913,782"\"Synergistic Chemical and Topographical Surface Modifications and Articles of Manufacture for Dynamic Insect Adhesion Mitigation"\"06/10/2033"
+"NASA Langley Research Center"\"Application"\"LAR-18131-1"\\"13/774,422"\"Puncture- healing Thermoplastic Resin Carbon Fiber Reinforced Composites towards More Damage/Impact Tolerant Systems"\
+"NASA Langley Research Center"\"Application"\"LAR-18132-1"\\"13/673,360"\"Modeling of Laser Ablation and Plume Chemistry in a Boron Nitride Nanotube Production Rig"\"11/09/2032"
+"NASA Langley Research Center"\"Application"\"LAR-18143-1"\\"13/694,286"\"In-situ Mechanical Property Measurements of Amorphous Carbon-boron Nitride Nanotube"\"11/15/2032"
+"NASA Langley Research Center"\"Application"\"LAR-18144-1"\\"13/836,609"\"Method and System for Physiologically Modulating Videogames and Simulations Which Use Gesture and Body Image Sensing Control Input Devices"\"03/15/2033"
+"NASA Langley Research Center"\"Application"\"LAR-18160-1"\\"13/864,396"\"Tension Stiffened and Tendon Actuated Space Manipulators"\"04/17/2033"
+"NASA Langley Research Center"\"Application"\"LAR-18166-1"\\"13/764,062"\"Reactive Orthotropic Lattice Diffuser (ROLD) for Reducing Aerodynamic Noise from Aircraft Flap Tips"\"03/12/2032"
+"NASA Langley Research Center"\"Application"\"LAR-18179-1"\\"13/792,489"\"Extreme Reduced Instruction Set Computing (xRISC) for High Speed Execution of Computing Algorithms"\"03/11/2033"
+"NASA Langley Research Center"\"Application"\"LAR-18183-1"\\"13/834,294"\"Height Control and Deposition Measurement for the Electron Beam Free Form Fabrication (EBF3) Process"\"03/15/2033"
+"NASA Langley Research Center"\"Application"\"LAR-18184-1"\\"13/987,706"\"Conductive Polymer/Carbon Nanotube Structural Materials and Methods for Making Same"\"08/23/2033"
+"NASA Langley Research Center"\"Application"\"LAR-18186-1"\\"12/482,503"\"Flexible Volumetric Structure"\
+"NASA Langley Research Center"\"Application"\"LAR-18202-1"\\"13/713,033"\"Ground-to-Space Laser Calibration System"\"12/13/2032"
+"NASA Langley Research Center"\"Application"\"LAR-18204-1"\\"13/800,379"\"Quasi-Static Electric Field Generator"\"03/13/2033"
+"NASA Langley Research Center"\"Application"\"LAR-18211-1"\\"13/781,918"\"A Statistically Based Approach to Broadband Liner Design and Assessment"\"03/01/2033"
+"NASA Langley Research Center"\"Application"\"LAR-18217-1"\\"13/771,116"\"A Graphical Acoustic Liner Design and Analysis Tool"\"02/20/2033"
+"NASA Langley Research Center"\"Application"\"LAR-18246-1"\\"13/765,714"\"Tethered Vehicle Control and Tracking System"\"02/13/2033"
+"NASA Langley Research Center"\"Application"\"LAR-18266-1"\\"14/079,914"\"Airborne Wind Profiling Algorithm for Doppler Wind Lidar (APOLO)"\"11/14/2033"
+"NASA Langley Research Center"\"Application"\"LAR-18267-1"\\"13/838,260"\"Method and System for Physiologically Modulating Action Role-playing Open World Video Games and Simulations Which Use Gesture and Body Image Sensing Control Input Devices"\
+"NASA Langley Research Center"\"Application"\"LAR-18270-1"\\"14/079,965"\"Airborne Doppler Wind Lidar Post Data Processing Software DAPS-LV"\"11/14/2033"
+"NASA Langley Research Center"\"Application"\"LAR-18301-1"\\"13/838,163"\"Flap Edge Noise Reduction Fins (FENoRFins)"\"03/15/2033"
+"NASA Langley Research Center"\"Application"\"LAR-18318-1"\\"14/191,898"\"In-Situ Load System (ILS) for Calibrating and Validating Aerodynamic Properties of Scaled Aircraft in Ground-based Aerospace Testing Applications"\"02/27/2034"
+"NASA Langley Research Center"\"Application"\"LAR-18374-1"\\"14/072,019"\"Modulated Sine Waves for Differential Absorption Measurements Using a CW Laser System"\"06/23/2031"
+"NASA Glenn Research Center"\"Issued"\"LEW-16183-1"\5866518\"08/786,360"\"PS300 - Self Lubricating Readily Polished High Temperature Composite"\"01/16/2017"
+"NASA Glenn Research Center"\"Issued"\"LEW-16519-2"\6291838\"09/448,406"\"Gas Sensing Diode"\"11/15/2019"
+"NASA Glenn Research Center"\"Issued"\"LEW-16901-1"\7190741\"10/274,756"\"A Real-Time Signal-To-Noise Ratio Estimation Technique For BPSK And QPSK Modulation Using The Active Communications Channel"\"10/21/2022"
+"NASA Glenn Research Center"\"Issued"\"LEW-17153-1"\6550696\"09/794,794"\"Lean Direct Injection Combustor/Multi Point Integrate Module Fuel-Air Mixer"\"02/27/2021"
+"NASA Glenn Research Center"\"Issued"\"LEW-17157-1"\6869480\"10/198,668"\"Method For Production Of Atomic Scale Step Height Reference Specimens With Atomically Flat Surfaces"\"07/17/2022"
+"NASA Glenn Research Center"\"Issued"\"LEW-17166-1"\7497443\"11/121,850"\"Resilient, Flexible, Pressure-Activated Seal"\"05/03/2025"
+"NASA Glenn Research Center"\"Issued"\"LEW-17167-1"\6667725\"10/196,391"\"Radio Frequency (RF) Telemetry System For Sensors And Actuators"\"07/11/2022"
+"NASA Glenn Research Center"\"Issued"\"LEW-17170-1"\6706549\"10/124,689"\"Common-Layered Architecture For Semiconductor Silicon Carbide (CLASSiC) Bulk Fabrication"\"04/12/2022"
+"NASA Glenn Research Center"\"Issued"\"LEW-17182-1"\7086648\"10/652,088"\"Acoustic Seal"\"08/22/2023"
+"NASA Glenn Research Center"\"Issued"\"LEW-17240-1"\7427428\"10/601,657"\"Mechanically Improved Interphase Coating For Silicon-Carbide Fiber-Reinforced Silicon-Carbide Matrix Composites"\"06/24/2023"
+"NASA Glenn Research Center"\"Issued"\"LEW-17256-1"\6845664\"10/263,980"\"MEMS Direct Chip Attach (MEMS-DCA) Packaging Methodologies For Harsh Environments"\"10/03/2022"
+"NASA Glenn Research Center"\"Issued"\"LEW-17256-2"\7518234\"10/926,206"\"MEMS Direct Chip Attach Packaging Methodologies And Apparatus For Harsh Environments"\"08/25/2024"
+"NASA Glenn Research Center"\"Issued"\"LEW-17269-2"\8212138\"11/696,441"\"Reverse-Bias Protected Solar Array With Integrated ByPass Battery"\"04/04/2027"
+"NASA Glenn Research Center"\"Application"\"LEW-17269-3"\0\"13/482,493"\"Reverse-Bias Protected Solar Array With Integrated ByPass Battery"\
+"NASA Glenn Research Center"\"Issued"\"LEW-17291-1"\6784276\"10/202,643"\"Improved Processing For Polyimdes Via Concentrated Solid Monomer Reactants Approach"\"07/25/2022"
+"NASA Glenn Research Center"\"Issued"\"LEW-17293-1"\7023118\"10/390,256"\"A Comprehensive C++ Controller For A Magnetically Supported Vertical Rotor: Version 1.0"\"03/12/2023"
+"NASA Glenn Research Center"\"Issued"\"LEW-17293-2"\6809450\"10/729,580"\"Software For System For Controlling A Magnetically Levitated Rotor"\"12/04/2023"
+"NASA Glenn Research Center"\"Issued"\"LEW-17299-1"\6881820\"10/147,477"\"Polyimide Rod-Coil Block Copolymers As Membrane Materials For Ion Conduction"\"05/13/2022"
+"NASA Glenn Research Center"\"Issued"\"LEW-17317-1"\7687016\"10/777,630"\"Process For Improving Properties Of Silicon Carbide (SiC) Fibers And SiC Fiber-Reinforced Ceramic Matrix Composites"\"02/13/2024"
+"NASA Glenn Research Center"\"Application"\"LEW-17317-2"\0\"12/709,086"\"Process For Improving Properties Of Silicon Carbide (SiC) Fibers And SiC Fiber-Reinforced Ceramic Matrix Composites"\
+"NASA Glenn Research Center"\"Issued"\"LEW-17345-2"\7813406\"11/402,997"\"Temporal Laser Pulse Manipulation Using Multiple Optical Ring Cavities"\"04/13/2026"
+"NASA Glenn Research Center"\"Issued"\"LEW-17383-1"\6967462\"10/455,139"\"Wireless Consumer Power"\"06/05/2023"
+"NASA Glenn Research Center"\"Application"\"LEW-17458-2"\0\"13/113,458"\"Compact Solid-state Entangled Photon Source"\
+"NASA Glenn Research Center"\"Issued"\"LEW-17483-1"\7191013\"10/983,230"\"Hand Held Device For Wireless Powering And Interrogation Of  BioMEMS Sensors And Actuators"\"11/08/2024"
+"NASA Glenn Research Center"\"Issued"\"LEW-17484-5"\7268939\"11/363,300"\"Tracking Of Cells With A Compact Microscope Imaging System Using Intelligent Controls"\"02/24/2026"
+"NASA Glenn Research Center"\"Issued"\"LEW-17494-1"\7458221\"10/693,850"\"Self-Sealing, Smart, Variable Area Nozzle (S3VAN) For Dynamic Flow Control In Gas Turbine Engines"\"10/23/2023"
+"NASA Glenn Research Center"\"Issued"\"LEW-17498-1"\7187835\"11/44,063"\"Selective Wavelength Filtering"\"01/28/2025"
+"NASA Glenn Research Center"\"Issued"\"LEW-17510-1"\7416062\"10/693,853"\"Torsional Magnetorheological Fluid  Resistant Device (TMRFRD)"\"10/23/2023"
+"NASA Glenn Research Center"\"Issued"\"LEW-17517-1"\7326027\"10/856,361"\"Flow-Field Control-Rods To Stabilize Flow In A Centrifugal Compressor"\"05/25/2024"
+"NASA Glenn Research Center"\"Issued"\"LEW-17520-1"\7259692\"10/931,205"\"Hybrid Power Management (HPM) Upgrade"\"09/01/2024"
+"NASA Glenn Research Center"\"Issued"\"LEW-17551-1"\7410714\"10/891,599"\"Unitized Regenerative Fuel Cell System"\"07/15/2024"
+"NASA Glenn Research Center"\"Issued"\"LEW-17561-1"\7400096\"10/894,225"\"Large Area Permanent Magnet ECR Plasma Source"\"07/19/2024"
+"NASA Glenn Research Center"\"Issued"\"LEW-17589-1"\7305935\"10/925,499"\"Slotted Antenna Rectangular Waveguide Plasma Source For Ion Beam And Electron Beam Production"\"08/25/2024"
+"NASA Glenn Research Center"\"Issued"\"LEW-17592-1"\7704622\"10/926,457"\"New Ion Conducting Organic/Inorganic Hybrid Polymers"\"08/26/2024"
+"NASA Glenn Research Center"\"Application"\"LEW-17595-1"\0\"13/018,611"\"A Method Of Improving The Thermo-Mechanical Properties Of Fiber-Reinforced Silicon Carbide Matrix Composites"\
+"NASA Glenn Research Center"\"Issued"\"LEW-17605-1"\8394492\"10/974,991"\"Skin Modified Aerogel Monoliths For Improved Ruggedness And Lower Hydrophylicity"\"10/28/2024"
+"NASA Glenn Research Center"\"Issued"\"LEW-17618-1"\7015304\"10/897,279"\"High Tg Polyimides For Resin Transfer Molding (RTM)"\"07/23/2024"
+"NASA Glenn Research Center"\"Issued"\"LEW-17618-1-REIS"\"RE43,880"\"11/429,639"\"Solvent-Free Low Melt Viscosity Imide Oligomers and Thermosetting Polyimide Composites"\"05/08/2026"
+"NASA Glenn Research Center"\"Application"\"LEW-17618-3"\\"13/952,872"\"High Tg Polyimides For Resin Transfer Molding (RTM)"\"07/29/2033"
+"NASA Glenn Research Center"\"Issued"\"LEW-17630-1"\7534519\"11/228,185"\"Bi-Electrode Supported Cell For High Power Density Solid Oxide Fuel Cells"\"09/16/2025"
+"NASA Glenn Research Center"\"Application"\"LEW-17634-1"\0\"11/228,184"\"Solid Oxide Fuel Cell Stack Design With Bi-Electrode Supported Cells"\
+"NASA Glenn Research Center"\"Application"\"LEW-17634-2"\0\"12/860,210"\"Solid Oxide Fuel Cell Stack Design With Bi-Electrode Supported Cells"\
+"NASA Glenn Research Center"\"Issued"\"LEW-17642-2"\7308164\"11/398,734"\"Energetic Atomic And Ionic Oxygen Textured Optical Surfaces For Blood Glucose Monitoring"\"03/23/2026"
+"NASA Glenn Research Center"\"Issued"\"LEW-17642-4"\7305154\"11/483,887"\"Energetic Atomic And Ionic Oxygen Textured Optical Surfaces For Blood Glucose Monitoring"\"07/11/2026"
+"NASA Glenn Research Center"\"Issued"\"LEW-17661-1 with LEW-17765-1"\7438030\"11/213,604"\"Method of Fabricating Silicon Carbide Corrugated Diaphragms and Modular Actuator"\"08/26/2025"
+"NASA Glenn Research Center"\"Issued"\"LEW-17664-1"\7500350\"11/44,471"\"Elimination Of Lifetime Limiting Mechanism Of Hall Thrusters"\"01/28/2025"
+"NASA Glenn Research Center"\"Issued"\"LEW-17671-1"\7493869\"11/311,183"\"Very Large Area/Volume Microwave ECR  Plasma And Ion Source"\"12/16/2025"
+"NASA Glenn Research Center"\"Issued"\"LEW-17672-1"\7261783\"10/946,286"\"Low Density High Creep Resistant Single Crystal Superalloy For Turbine Airfoils"\"09/22/2024"
+"NASA Glenn Research Center"\"Issued"\"LEW-17678-1"\7624566\"11/40,304"\"Magnetic Circuit For Hall Effect Plasma Accelerator"\"01/18/2025"
+"NASA Glenn Research Center"\"Issued"\"LEW-17694-1"\7397978\"11/180,990"\"Carrier Structure For Packaging Microphotonic Millimeter-Wave Receiver Based On Lithium Niobate Electro-Optic Resonator Disk Technology"\"07/13/2025"
+"NASA Glenn Research Center"\"Issued"\"LEW-17704-1"\7250723\"11/16,735"\"Cathode Luminescence Light Source For Broad Band Application In The Visible"\"12/21/2024"
+"NASA Glenn Research Center"\"Issued"\"LEW-17765-1 with LEW-17661-1"\7438030\"11/213,604"\"Side Sliding Microactuator"\"10/21/2025"
+"NASA Glenn Research Center"\"Issued"\"LEW-17786-1"\8197249\"11/412,935"\"Fully-Premixed Low-Emissions High-Pressure Multi-fuel Burner"\"04/28/2026"
+"NASA Glenn Research Center"\"Issued"\"LEW-17814-1"\7574137\"11/418,304"\"Multi-wavelength Time-coincident Optical Communications System"\"05/05/2026"
+"NASA Glenn Research Center"\"Issued"\"LEW-17820-1"\7755292\"11/625,545"\"Method For Ultraminiature Fiber Light Source"\"01/22/2027"
+"NASA Glenn Research Center"\"Issued"\"LEW-17820-2"\8264134\"12/795,356"\"Method For Ultraminiature Fiber Light Source"\"09/11/2032"
+"NASA Glenn Research Center"\"Issued"\"LEW-17825-1"\8163243\"11/517,555"\"Zero G Condensing Heat Exchanger With Integral Disinfection"\"09/07/2026"
+"NASA Glenn Research Center"\"Issued"\"LEW-17826-1"\7385692\"11/412,924"\"Method And System For Fiber Optic Determination Of Nitrogen And Oxygen Concentrations In Ullage Of Liquid Fuel Tanks"\"04/28/2026"
+"NASA Glenn Research Center"\"Issued"\"LEW-17859-1"\7389675\"11/434,578"\"Miniaturized Metal (Metal Alloy)/PdOx/SiC Schottky Diode Gas Sensors For Hydrogen And Hydrocarbons Detection At High Temperatures"\"05/12/2026"
+"NASA Glenn Research Center"\"Issued"\"LEW-17859-2"\8001828\"12/143,139"\"Miniaturized Metal (Metal Alloy) PdOx/Sic Hydrogen And Hydrocarbon Gas Sensors"\"06/20/2028"
+"NASA Glenn Research Center"\"Issued"\"LEW-17877-1"\7876276\"11/499,982"\"Antenna Near-Field Probe Station Scanner"\"08/02/2026"
+"NASA Glenn Research Center"\"Application"\"LEW-17877-2"\\"12/857,004"\"Antenna Near-Field Probe Station Scanner"\
+"NASA Glenn Research Center"\"Issued"\"LEW-17904-1"\7425650\"11/378,553"\"Syntheis Of Asymmetric Dianhydrides"\"03/15/2026"
+"NASA Glenn Research Center"\"Issued"\"LEW-17904-2"\7381849\"11/890,104"\"Synthesis Of Asymmetrical Benzophenone Dianhydride And Asymmetrical 6F-Dianhydride And Polyimides Therefrom (ALSO See LEW 18236-1)"\"07/19/2027"
+"NASA Glenn Research Center"\"Application"\"LEW-17915-1"\0\"12/536,969"\"Secure Optical Communications Using Quantum Two-Photon Transparency Modulation Spectroscopy"\
+"NASA Glenn Research Center"\"Issued"\"LEW-17916-1"\8052854\"11/754,255"\"Miniature Amperometric Solid Electrolyte Carbon Dioxide Sensor"\"05/25/2027"
+"NASA Glenn Research Center"\"Application"\"LEW-17916-2"\\"13/267,978"\"Miniature Amperometric Solid Electrolyte Carbon Dioxide Sensor"\
+"NASA Glenn Research Center"\"Application"\"LEW-17945-1"\0\"11/677,654"\"Portable Unit For Metabolic Analysis PUMA"\
+"NASA Glenn Research Center"\"Issued"\"LEW-17951-1"\8545786\"10/621,752"\"Manufacture Of Porous Net-Shaped Materials Comprising Alpha Or Beta Tricalcium Phosphate Or Mixtures Thereof"\"07/16/2023"
+"NASA Glenn Research Center"\"Issued"\"LEW-17954-1"\8016543\"11/695,435"\"Composite Case Armor"\"04/02/2027"
+"NASA Glenn Research Center"\"Application"\"LEW-17963-1"\0\"11/860,661"\"Passive Gas/Liquid Separation Within a Fuel Cell or Electrolysis Cell Using A Conductive Porous Separator"\
+"NASA Glenn Research Center"\"Issued"\"LEW-17975-1"\7382944\"11/489,813"\"Aluminization And Hyperthermal Atomic Oxygen Texturing Of Polymethylmethacralate Optical Fibers For Blood Glucose Monitoring"\"07/14/2026"
+"NASA Glenn Research Center"\"Issued"\"LEW-17991-1"\7390161\"/0"\"Toughened Composite Structures"\"06/24/2025"
+"NASA Glenn Research Center"\"Issued"\"LEW-18003-1"\7583169\"11/689,770"\"RF MEMS Switches Utilizing Non-Metallic Thin Film Cantilevers/Bridges With Controlled Stress And Conductivity"\"03/22/2027"
+"NASA Glenn Research Center"\"Issued"\"LEW-18042-1"\8067478\"11/582,693"\"A Method of Crosslinking Aerogels Using a One-pot Reaction Scheme"\"10/16/2026"
+"NASA Glenn Research Center"\"Application"\"LEW-18042-2"\0\"13/242,425"\"A Method of Crosslinking Aerogels Using a One-pot Reaction Scheme"\
+"NASA Glenn Research Center"\"Application"\"LEW-18043-1"\7341040\"11/486,460"\"Supercharged Two-Cycle Engines Employing Novel Single Element Reciprocating Shuttle Inlet Valve Mechanisms And With A Variable Compression Ratio"\"07/14/2026"
+"NASA Glenn Research Center"\"Application"\"LEW-18048-1"\0\"12/285,157"\"Two And Three Dimensional Near Infrared Subcutaneous Structure Imager Using Adaptive Nonlinear Video Processing"\
+"NASA Glenn Research Center"\"Issued"\"LEW-18049-1"\7909897\"11/946,079"\"Direct Fuel Impingement Planar-Array-Microreactor"\"11/28/2028"
+"NASA Glenn Research Center"\"Issued"\"LEW-18054-1"\7501032\"11/364,283"\"High Work Output Ni-Ti-Pt High Temperature Shape Memory Alloys And Associated Processing Methods"\"02/28/2026"
+"NASA Glenn Research Center"\"Issued"\"LEW-18059-1"\8242162\"11/956,848"\"Fluorescent  On-Off  Chemical Sensors"\"11/30/2019"
+"NASA Glenn Research Center"\"Issued"\"LEW-18076-1"\7999173\"11/689,431"\"Dust removal from solar cells"\"03/21/2027"
+"NASA Glenn Research Center"\"Application"\"LEW-18076-2"\\"13/198,896"\"Dust Removal from Solar Cells"\
+"NASA Glenn Research Center"\"Issued"\"LEW-18089-1"\8077103\"11/774,574"\"Cup Cylindrical Waveguide Antenna"\"07/06/2027"
+"NASA Glenn Research Center"\"Issued"\"LEW-18138-1"\7904282\"11/689,874"\"In-Flight Fault Accommodation Through Automated Control Parameter Changes"\"03/22/2027"
+"NASA Glenn Research Center"\"Application"\"LEW-18205-1"\0\"12/317,232"\"Branched Rod-Coil Polyimide-poly(ethylene Oxide) (PEO) Copolymers That Are Cured In The Solid State At Ambient  Temperatures"\
+"NASA Glenn Research Center"\"Application"\"LEW-18207-1"\0\"11/759,570"\"Circuit For Communication Over DC Power Line Using High Temperature Electronics"\
+"NASA Glenn Research Center"\"Issued"\"LEW-18221-1"\7763325\"11/864,607"\"A Method For Thermal Spraying Of Coatings Using Resonant Pulsed Combustion"\"09/28/2027"
+"NASA Glenn Research Center"\"Application"\"LEW-18221-2"\\"12/835,345"\"A Method For Thermal Spraying Of Coatings Using Resonant Pulsed Combustion"\
+"NASA Glenn Research Center"\"Issued"\"LEW-18236-1"\8093348\"11/894,290"\"Synthesis Of Asymmetrical Benzophenone Dianhydride And Asymmetrical 6F-Dianhydride And Polyimides Therefrom"\"08/22/2027"
+"NASA Glenn Research Center"\"Application"\"LEW-18236-2"\0\"13/325,626"\"Synthesis Of Asymmetrical Benzophenone Dianhydride And Asymmetrical 6F-Dianhydride And Polyimides Therefrom"\
+"NASA Glenn Research Center"\"Issued"\"LEW-18248-1"\7791552\"11/871,237"\"Cellular Reflectarray Antenna"\"10/12/2027"
+"NASA Glenn Research Center"\"Issued"\"LEW-18248-2"\7990327\"12/874,370"\"Cellular Reflectarray Antenna"\"09/02/2030"
+"NASA Glenn Research Center"\"Issued"\"LEW-18253-1"\8191426\"12/133,743"\"Low TCR Nanocomposite Strain Gages"\"06/05/2028"
+"NASA Glenn Research Center"\"Issued"\"LEW-18254-1"\7876423\"12/163,382"\"Simultaneous Non-Contact Precision Measurement Of Microstructual And Thickness Variation In Dielectric Materials Using Terahertz Energy"\"06/27/2028"
+"NASA Glenn Research Center"\"Issued"\"LEW-18255-1"\7630736\"11/541,102"\"Autonomous Wireless Sensor Transceiver"\"05/09/2028"
+"NASA Glenn Research Center"\"Issued"\"LEW-18256-1"\7688117\"12/081,762"\"An N Channel JFET Based Digital Logic Gate Structure Using Resistive Level Shifters And Having Direct Application To High Temperature Silicon Carbide Electronics"\"04/21/2028"
+"NASA Glenn Research Center"\"Issued"\"LEW-18261-1"\7933027\"12/326,436"\"A Software Platform For Post-Processing Waveform-Based NDE"\"12/02/2028"
+"NASA Glenn Research Center"\"Application"\"LEW-18291-1"\0\"12/214,114"\"Adaptive Morphological Feature-Based Object Classifier For A Color Imaging System"\
+"NASA Glenn Research Center"\"Application"\"LEW-18296-1"\0\"13/193,160"\"Modular Battery Charge Controller"\
+"NASA Glenn Research Center"\"Issued"\"LEW-18313-1"\7923715\"12/336,503"\"A Novel Nanoionics-based Switch For Radiofrequency (RF) Applications"\"12/06/2028"
+"NASA Glenn Research Center"\"Issued"\"LEW-18313-2"\8410469\"13/050,229"\"A Novel Nanoionics-based Switch For Radiofrequency (RF) Applications"\"03/17/2031"
+"NASA Glenn Research Center"\"Application"\"LEW-18324-1"\0\"12/195,358"\"Semiconductor Metal Oxide Modified Solid Electrolyte Carbon Dioxide Microsensors With Reduced Operation Temperature"\
+"NASA Glenn Research Center"\"Issued"\"LEW-18325-1"\8415839\"12/319,617"\"External Magnetic Field Reduction Techniquie For Advanced Stirling Radioisotope Generator"\"01/09/2029"
+"NASA Glenn Research Center"\"Application"\"LEW-18325-2"\\"13/859,179"\"External Magnetic Field Reduction Techniquie For Advanced Stirling Radioisotope Generator"\"01/09/2029"
+"NASA Glenn Research Center"\"Issued"\"LEW-18338-1"\8506787\"12/533/258"\"Advancd Lightweight, High-Strength Electrochemical Cell Design and Structures"\"07/31/2029"
+"NASA Glenn Research Center"\"Issued"\"LEW-18340-1"\8091445\"12/431,456"\"Offset Compound Gear Inline Two-Speed Drive"\"04/28/2029"
+"NASA Glenn Research Center"\"Issued"\"LEW-18340-2"\8668613\"13/346,959"\"Offset Compound Gear Inline Two-Speed Drive"\"01/10/2032"
+"NASA Glenn Research Center"\"Issued"\"LEW-18356-1"\8220989\"12/571,215"\"Device for Measuring the Thermal Conductivity of Small, Highly Insulating Materials"\"09/30/2029"
+"NASA Glenn Research Center"\"Issued"\"LEW-18356-2"\8573835\"13/492,181"\"Device for Measuring the Thermal Conductivity of Small, Highly Insulating Materials"\"06/08/2032"
+"NASA Glenn Research Center"\"Issued"\"LEW-18362-1"\7872750\"12/285,173"\"Space Radiation Detector with Spherical Geometry"\"09/30/2028"
+"NASA Glenn Research Center"\"Issued"\"LEW-18362-2"\8159669\"12/972,624"\"Space Radiation Detector with Spherical Geometry"\"12/20/2030"
+"NASA Glenn Research Center"\"Issued"\"LEW-18373-1"\8353209\"12/570,841"\"A Radio Frequency Tank Eigenmode Sensor For Propellant Quantity Gauging"\"02/04/2031"
+"NASA Glenn Research Center"\"Issued"\"LEW-18426-1"\8484980\"12/894,346"\"A Free-Jet Dual-Mode Combustor Concept for Wide Operating Range Ramjet Propulsion"\"09/30/2030"
+"NASA Glenn Research Center"\"Application"\"LEW-18426-2"\0\"13/941,987"\"A Free-Jet Dual-Mode Combustor Concept for Wide Operating Range Ramjet Propulsion"\"07/15/2033"
+"NASA Glenn Research Center"\"Issued"\"LEW-18432-1"\7935601\"12/584,497"\"Addendum of Self-Aligned Ion Implant to Design and Processing of SiC High Temperature Transistors for Durable Operation Above 400 C"\"09/04/2029"
+"NASA Glenn Research Center"\"Application"\"LEW-18432-2"\0\"13/078,510"\"Addendum of Self-Aligned Ion Implant to Design and Processing of SiC High Temperature Transistors for Durable Operation Above 400 C"\
+"NASA Glenn Research Center"\"Issued"\"LEW-18458-1"\8386121\"12/791,907"\"Optimal Tuner Selection For Kalman Filter-Based Aircraft Engine Performance Estimation"\"06/02/2030"
+"NASA Glenn Research Center"\"Issued"\"LEW-18461-1"\8159238\"12/570,742"\"Method and Circuit for In-Situ Health Monitoring of Solar Cells in Space"\"09/30/2029"
+"NASA Glenn Research Center"\"Application"\"LEW-18461-2"\\"13/448,801"\"Method and Circuit for In-Situ Health Monitoring of Solar Cells in Space"\
+"NASA Glenn Research Center"\"Application"\"LEW-18466-1"\0\"12/616,952"\"Spring Tire"\
+"NASA Glenn Research Center"\"Application"\"LEW-18473-1"\0\"12/879,713"\"Ka-Band Waveguide 2-Way Hybrid Combiner for MMIC Amplifiers With Unequal and Arbitrary Power Output Ratio"\
+"NASA Glenn Research Center"\"Issued"\"LEW-18474-1"\8609750\"12/792,380"\"Selective Clay Placement Within A Silicate Clay-Epoxy Blend Nanocomposite"\"06/02/2030"
+"NASA Glenn Research Center"\"Issued"\"LEW-18476-1"\8182741\"12/544,742"\"Ball Bearings Comprising Nickel-Titanium And Methods Of Manufacture Thereof"\"08/20/2029"
+"NASA Glenn Research Center"\"Application"\"LEW-18476-2"\0\"12/544,674"\"Ball Bearings Comprising Nickel-Titanium And Methods Of Manufacture Thereof"\
+"NASA Glenn Research Center"\"Application"\"LEW-18477-1"\0\"13/242,300"\"Graphene Based Reversible Nano-Switch/Sensor Schottky Diode (nanoSSSD) Device"\
+"NASA Glenn Research Center"\"Issued"\"LEW-18483-1"\8310671\"12/893,627"\"Frame-Transfer Gating (FTG) Raman Spectroscopy for Time-Resolved Multiscalar Combustion Diagnostics"\"09/29/2030"
+"NASA Glenn Research Center"\"Application"\"LEW-18486-2"\0\"14/168,830"\"Polyimide Aerogels With Three Dimensional Cross-Linked Structure"\"01/30/2034"
+"NASA Glenn Research Center"\"Issued"\"LEW-18491-1"\8209976\"12/323,091"\"Shape Memory Based Actuators and Release Mechanisms"\"11/25/2028"
+"NASA Glenn Research Center"\"Application"\"LEW-18492-1"\0\"13/036,887"\"Synthesis Methods, Microscopy Characterization and Device Integration of Nanoscale Metal Oxide Semiconductors for Gas Sensing in Aerospace Applications"\
+"NASA Glenn Research Center"\"Issued"\"LEW-18496-1"\8283172\"12/711,465"\"Process to Produce Iron Nanoparticles - Lunar Dust Simulant Composite"\"02/24/2030"
+"NASA Glenn Research Center"\"Application"\"LEW-18500-1"\0\"12/848,903"\"Precision Time Protocol Base Trilateration for Planetary Navigation"\
+"NASA Glenn Research Center"\"Application"\"LEW-18516-1"\0\"13/542,163"\"Hybrid Gear"\
+"NASA Glenn Research Center"\"Issued"\"LEW-18538-1"\8373175\"12/791,276"\"Ohmic Contact to N- and P-type Silicon Carbide"\"06/01/2030"
+"NASA Glenn Research Center"\"Application"\"LEW-18542-1"\0\"12/870,475"\"Functionalization of Single Wall Carbon Nanotubes (SWCNTs) by Photooxidation"\
+"NASA Glenn Research Center"\"Application"\"LEW-18554-1"\0\"12/845,998"\"Internal Limit Sensor (ILS)"\
+"NASA Glenn Research Center"\"Application"\"LEW-18561-1"\0\"12/726,926"\"NASA PS400: A New High Temperature Solid Lubricant Coating for High Temperature Wear Applications"\
+"NASA Glenn Research Center"\"Application"\"LEW-18565-1"\0\"13/646,100"\"Catalytic Microtube Rocket Igniter"\"10/05/2032"
+"NASA Glenn Research Center"\"Application"\"LEW-18566-1"\0\"12/829,663"\"Low Density, High Creep Resistant Single Crystal Superalloy with Lower Manufacturing Cost"\
+"NASA Glenn Research Center"\"Application"\"LEW-18586-1"\\"13/030,342"\"Shock Sensing Apparatus"\
+"NASA Glenn Research Center"\"Issued"\"LEW-18593-1"\8653693\"13/014,849"\"Integrated Exciter/Igniter"\"01/27/2031"
+"NASA Glenn Research Center"\"Issued"\"LEW-18594-1"\8409372\"12/874,523"\"Thermomechanical Methodology for Stabilizing Shape Memory Alloy (SMA) Response"\"09/02/2030"
+"NASA Glenn Research Center"\"Application"\"LEW-18594-2"\\"13/845,526"\"Thermomechanical Methodology for Stabilizing Shape Memory Alloy (SMA) Response"\
+"NASA Glenn Research Center"\"Issued"\"LEW-18601-1"\8577504\"12/954,009"\"Inductive Power Device (IDP)"\"11/24/2030"
+"NASA Glenn Research Center"\"Application"\"LEW-18604-1"\\"12/894,444"\"Shock Resistant, Debris Tolerant, Lightweight, Corrosion Proof Bearings, Mechanical Components and Mechanisms Made From Hard, Highly Elastic Materials"\
+"NASA Glenn Research Center"\"Issued"\"LEW-18605-1"\8468794\"12/894,565"\"Dual-Mode Hybrid-Engine (DMH-Engine): A Next-Generation Electric Propulsion Thruster"\"09/30/2030"
+"NASA Glenn Research Center"\"Application"\"LEW-18605-2"\\"13/713,907"\"Dual-Mode Hybrid-Engine (DMH-Engine): A Next-Generation Electric Propulsion Thruster"\
+"NASA Glenn Research Center"\"Application"\"LEW-18605-3"\\"14/152,125"\"Dual-Mode Hybrid-Engine (DMH-Engine): A Next-Generation Electric Propulsion Thruster"\
+"NASA Glenn Research Center"\"Application"\"LEW-18608-1"\\"12/892,339"\"Liquid Tin Electrodes for Directo Conversion of JP-8 Fuel using the NASA BSC Solid Oxide Fuel Cell"\
+"NASA Glenn Research Center"\"Application"\"LEW-18614-1"\\"13/303,292"\"High-Temperature Thermometer Using Cr-Doped GdAlO3 Broadband Luminescence"\
+"NASA Glenn Research Center"\"Application"\"LEW-18615-1"\\"12/892,278"\"Purify Nanomaterials By Dissolving Excess Reactants And Catalysts In Ferric Chloride"\
+"NASA Glenn Research Center"\"Application"\"LEW-18629-1"\\"13/731,314"\"Electrospray Collection of Lunar Dust"\
+"NASA Glenn Research Center"\"Application"\"LEW-18631-1"\\"13/218,847"\"Circuit for Communication Over Power Lines"\
+"NASA Glenn Research Center"\"Application"\"LEW-18632-1"\\"13/311,987"\"Method For Fabricating Diamond-Dispersed Fiber-Reinforced Composite Coating On Low Temperature Sliding Thrust Bearing Interfaces"\
+"NASA Glenn Research Center"\"Application"\"LEW-18634-1"\\"13/134,959"\"Multi-Parameter Aerosol Scattering Sensor"\
+"NASA Glenn Research Center"\"Issued"\"LEW-18636-1"\8416007\"13/098,918"\"A Source Coupled N Channel JFET Based Digital Logic Gate Structure Using Resistive Level Shifters and Having Direct Application to High Temperature Silicon Carbide Electronics"\"05/02/2031"
+"NASA Glenn Research Center"\"Application"\"LEW-18639-1"\\"13/112,293"\"Atomic Oxygen Fluence Monitor"\
+"NASA Glenn Research Center"\"Application"\"LEW-18649-1"\\"12/870,443"\"Ultracapacitor Based Uninterruptible Power Supply (UPS) System"\
+"NASA Glenn Research Center"\"Application"\"LEW-18652-1"\\"13/476,470"\"Polarization Dependent Whispering Gallery Modes in Microspheres"\
+"NASA Glenn Research Center"\"Application"\"LEW-18658-1"\\"13/250,300"\"Levitated Ducted Fan (LDF) Aircraft Auxiliary Generator"\
+"NASA Glenn Research Center"\"Application"\"LEW-18674-1"\\"13/552,760"\"Polymer Electrolyte Based Ambient Temperature Oxygen Microsensors with Extremely Low Power Consumption for Enviromental Monitoring Applications"\
+"NASA Johnson Space Center"\"Application"\"MSC-25349-1"\0\"13/922036"\"Robonaut Teleoperation System"\
+"NASA Glenn Research Center"\"Issued"\"LEW-18691-1"\7588746\"11/431,815"\"Process and Apparatus for Hydrogen and Carbon Production via Carbon Aerosol-Catalyzed Dissociation of Hydrocarbons"\"05/10/2026"
+"NASA Glenn Research Center"\"Issued"\"LEW-18692-1"\7332146\"11/148,778"\"Method For Zero Emission Liquid Hydrogen Production From Methane & Landfill Gas"\"06/08/2025"
+"NASA Glenn Research Center"\"Application"\"LEW-18693-1"\\"/"\"Process For Hydrogen Production via Integrated Processing of Landfill Gas and Biomass"\
+"NASA Glenn Research Center"\"Application"\"LEW-18694-1"\\"13/075,879"\"Discrete Data Qualification System and Method Comprising Noise Series Fault Detection"\
+"NASA Glenn Research Center"\"Application"\"LEW-18704-1"\\"13/531,763"\"A Hybrid Power Management (HPM) Based Vehicle Architecture"\
+"NASA Glenn Research Center"\"Application"\"LEW-18714-1"\\"13/361,220"\"High Strength Nanocomposite Glass Fibers"\
+"NASA Glenn Research Center"\"Issued"\"LEW-18717-1"\8476979\"13/178,101"\"A Novel Wideband GaN MMIC Distributed Amplifier Based Microwave Power Module for Space Communications, Navigation, and Radar"\"07/07/2031"
+"NASA Glenn Research Center"\"Application"\"LEW-18717-2"\\"13/847,779"\"A Novel Wideband GaN MMIC Distributed Amplifier Based Microwave Power Module for Space Communications, Navigation, and Radar"\
+"NASA Glenn Research Center"\"Application"\"LEW-18724-1"\\"13/339,521"\"VESGEN Software for Mapping and Quantification of Vascular Remodeling in Botanical Plant Leaves"\
+"NASA Glenn Research Center"\"Application"\"LEW-18732-1"\\"13/514,582"\"Water Purification by High Voltage,  Nanosecond,  Non-Equilibrium Plasma: Applications to Human Spaceflight and Terrestrial Point-of-Use"\"08/16/2032"
+"NASA Glenn Research Center"\"Application"\"LEW-18736-1"\\"13/534,745"\"Iridium Interfacial Stack (IrIS) Final"\
+"NASA Glenn Research Center"\"Application"\"LEW-18738-1"\\"13/474,948"\"Atmospheric Turbulence Modeling for Aero Vehicles"\
+"NASA Glenn Research Center"\"Application"\"LEW-18752-1"\\"13/686,000"\"Large Strain Transparent  Magneto-active Polymer Nanocomposites"\"11/28/2031"
+"NASA Glenn Research Center"\"Application"\"LEW-18754-1"\\"13/534,870"\"Method For Making Measurements Of The Post-Combustion Residence Time In A Gas Turbine Engine"\
+"NASA Glenn Research Center"\"Application"\"LEW-18761-1"\\"13/247,601"\"Temperature Sensitive Coating Sensor Based On Hematite"\
+"NASA Glenn Research Center"\"Application"\"LEW-18762-1"\\"13/364691"\"Selenium Interlayer for High-efficiency Multijunction Solar Cell"\
+"NASA Glenn Research Center"\"Application"\"LEW-18768-1"\\"13/788,041"\"Processing of Nanosensors Using a Sacrificial Template Approach"\"03/23/2032"
+"NASA Glenn Research Center"\"Application"\"LEW-18769-1"\\"13/537,816"\"Compact, Lightweight, CMC (Ceramic Matrix Composite)-Based Acoustic Liner for Subsonic Jet Aircraft Engines--Offering High Temperature Capability, Weight Reduction, and Broadband Acoustic Treatment"\
+"NASA Glenn Research Center"\"Application"\"LEW-18771-1"\\"13/301,249"\"Integrated Temperature and Capacitive Ablation Recession Rate Sensors"\
+"NASA Glenn Research Center"\"Application"\"LEW-18785-1"\\"13/246,440"\"Method to Pre-Stress Shock Resistant Mechanical Components and Mechanisms made from Hard, Highly Elastic Materials"\
+"NASA Glenn Research Center"\"Application"\"LEW-18789-1"\\"13/771,833"\"Method to Increase Performance of Foil Bearings Through Passive Thermal Management"\"02/27/2032"
+"NASA Glenn Research Center"\"Application"\"LEW-18797-1"\\"13/714,906"\"High Speed, Compliant, Planetary Flywheel Touchdown Bearing"\"12/16/2031"
+"NASA Glenn Research Center"\"Application"\"LEW-18802-1"\\"13/534,804"\"Alpha-STREAM Convertor - A Stirling Engine with no moving parts, eliminated streaming losses, high efficiency, low cost fabrication, and electronic wave modulation."\
+"NASA Glenn Research Center"\"Application"\"LEW-18809-1"\\"13/410,663"\"Sampling and Control Circuit Board for an Inertial Measurement Unit"\"08/03/2032"
+"NASA Glenn Research Center"\"Application"\"LEW-18816-1"\\"13/749,773"\"High Speed Edge Detecting Circuit For Use With Linear Image Sensor"\"06/01/2032"
+"NASA Glenn Research Center"\"Application"\"LEW-18821-1"\\"13/561,359"\"Dopant Selective Reactive Ion Etching of Silicon Carbide"\"07/30/2032"
+"NASA Glenn Research Center"\"Application"\"LEW-18822-1"\\"13/524,327"\"Planar Modular Package"\
+"NASA Glenn Research Center"\"Application"\"LEW-18825-1"\0\"13/804,546"\"Porous Cross-Linked Polyimide-UREA Networks"\"03/14/2033"
+"NASA Glenn Research Center"\"Application"\"LEW-18837-1"\\"13/527,181"\"In-Situ  Solid Particle Generator"\
+"NASA Glenn Research Center"\"Application"\"LEW-18844-1"\\"13/918,333"\"Electrospun Nanofiber Coating Of Fiber Materials:  A Composite Toughening Approach"\"06/14/2033"
+"NASA Glenn Research Center"\"Application"\"LEW-18849-1"\\"13/906,521"\"Paired Threaded Film Cooling Holes for Improved Turbine Film Cooling"\"05/31/2033"
+"NASA Glenn Research Center"\"Application"\"LEW-18858-1"\\"13/904,513"\"V-Cess: A Novel Flow Control Method Using A Shaped Recess"\"05/29/2033"
+"NASA Glenn Research Center"\"Application"\"LEW-18862-1"\\"13/474,972"\"Cascading TESLA oscillating  flow diode for Stirling Engine Gas Bearings"\
+"NASA Glenn Research Center"\"Application"\"LEW-18864-1"\\"13/756,855"\"Polyimide Aerogel Thin Films"\"02/03/2032"
+"NASA Glenn Research Center"\"Application"\"LEW-18873-1"\\"13/968,000"\"High Temperature Single Crystal Preloader"\"08/15/2033"
+"NASA Glenn Research Center"\"Application"\"LEW-18887-1"\\"13/756,604"\"Fuzzy Neuron:  Method and Hardware Realization"\"02/01/2033"
+"NASA Glenn Research Center"\"Application"\"LEW-18889-1"\\"13/713,846"\"High Speed Idle Engine Control Mode"\"12/13/2032"
+"NASA Glenn Research Center"\"Application"\"LEW-18890-1"\\"13/871,114"\"Suppression Of Unwanted Noise And Howl In A Test Configuration Where A Jet Exhaust Is Discharged Into A Duct"\
+"NASA Glenn Research Center"\"Application"\"LEW-18891-1 with LEW-18611-1 and LEW-18895-1"\\"13/723,598"\"G6 Flywheel Design"\"12/23/2031"
+"NASA Glenn Research Center"\"Application"\"LEW-18893-1"\\"13/653,027"\"Novel Aerogel-Based Antennas (ABA) for Aerospace Applications"\
+"NASA Glenn Research Center"\"Application"\"LEW-18900-1"\\\"High Efficiency, High Temperature Titanium Heat Pipe Radiator for Space Power and Propulsion Systems"\
+"NASA Glenn Research Center"\"Application"\"LEW-18902-1"\\"14/094,006"\"Analog Correlator Based on One Bit Digital Correlator"\"12/02/2033"
+"NASA Glenn Research Center"\"Application"\"LEW-18903-1"\\"13/923,441"\"Modeling and Simulation of a Solar Electric Propulsion Vehicle in Near-Earth Vicinity Including Solar Array Degradation"\"06/21/2033"
+"NASA Glenn Research Center"\"Application"\"LEW-18919-1"\\"13/645,799"\"Wireless Controlled Chalcogenide Nanoionic Radio Frequency Switch"\"04/04/2032"
+"NASA Glenn Research Center"\"Application"\"LEW-18923-1"\\"13/963,060"\"New Power Source For Deep Space Missions- Utilizing The Doubly Exothermic Reaction Between Deuterium And Palladium To Produce Electrical Power"\"08/09/2033"
+"NASA Glenn Research Center"\"Application"\"LEW-18928-1"\\\"Pt-Ti-Si Simultaneous Ohmic Contacts to N- and P-Type Silicon Carbide"\
+"NASA Glenn Research Center"\"Application"\"LEW-18934-1"\\"13/900,642"\"Conditionally Active Min-Max Limit Regulators"\"05/23/2033"
+"NASA Glenn Research Center"\"Application"\"LEW-18939-1"\\"13/916,797"\"Magnetostrictive Alternator - Low cost, No moving part, High Efficiency, Oscillating Acoustic Pressure Wave to Electric Power Transducer"\"06/13/2033"
+"NASA Glenn Research Center"\"Application"\"LEW-18942-1"\\"13/771,920"\"Adaptive Phase Delay Generator"\"02/20/2033"
+"NASA Glenn Research Center"\"Application"\"LEW-18949-1"\\"13/923,450"\"Advanced High Temperature and Fatigue Resistant Environmental Barrier Coating Bond Coat Systems for SiC/SiC Ceramic Matrix Composites"\"06/21/2033"
+"NASA Glenn Research Center"\"Application"\"LEW-18952-1"\\\"A Novel Real Time Adaptive Filter For The Reduction Of Artifacts In Functional Near Infrared Spectroscopy Signals"\
+"NASA Glenn Research Center"\"Application"\"LEW-18957-1"\\"14/048,895"\"Dynamic Range Enhancement Of High-Speed Data Acquisition Systems By Reversible Non-Linear Amplitude Compression"\"10/08/2033"
+"NASA Glenn Research Center"\"Application"\"LEW-18960-1"\\"13/891,461"\"Dry Snorkel Cold Immersion Suit for Hypothermia Prevention"\"05/11/2032"
+"NASA Glenn Research Center"\"Application"\"LEW-18963-1"\\"13/853,308"\"Flywheel Pulse & Glide System for Vehicles"\
+"NASA Glenn Research Center"\"Application"\"LEW-18964-1"\\"13/905,333"\"High Temperature Lightweight Self-Healing Ceramic Composites for Aircraft Engine Applications"\"05/30/2033"
+"NASA Glenn Research Center"\"Application"\"LEW-18970-1"\\"14/158,080"\"Methods for Intercalating and Exfoliating Hexagonal Boron Nitride"\"01/17/2034"
+"NASA Glenn Research Center"\"Application"\"LEW-18986-1"\\\"Generation Of High Pressure Oxygen Via Electrochemical Pumping In A Multi-Stage Electrolysis Stack"\
+"NASA Glenn Research Center"\"Application"\"LEW-19013-1"\\"14/095,442"\"Spoked Wheel Assembly With Two Rotational Modes"\"12/03/2033"
+"NASA Glenn Research Center"\"Application"\"LEW-19029-1"\\"14/191,708"\"Superelastic Ternary Ordered Intermetallic Compounds"\"02/27/2034"
+"NASA Glenn Research Center"\"Application"\"LEW-19040-1"\\"14/193,024"\"Fast, Large Area, Wide Band Gap UV Photodetector for Cherenkov Light Detection"\"02/28/2034"
+"NASA Glenn Research Center"\"Application"\"LEW-19045-1"\\"13/968,531"\"Multimode Directional Coupler for Measurement and Utilization of Harmonic Frequencies from Traveling Wave Tube Amplifiers"\"08/16/2033"
+"NASA Glenn Research Center"\"Application"\"LEW-19053-1"\\"14/193,719"\"Process for Preparing Aerogels from Polyamides"\"02/28/2034"
+"NASA Glenn Research Center"\"Application"\"LEW-19067-1"\\\"Plasma Spray-Physical Vapor Deposition (PS-PVD) of Advanced Environmental Barrier Coatings"\
+"NASA Glenn Research Center"\"Application"\"LEW-19077-1"\\\"Improved Composite Damage Tolerance and Through Thickness Conductivity By Interleaving Carbon Fiber Veil Nanocomposites"\
+"NASA Glenn Research Center"\"Application"\"LEW-19080-1"\\\"Crosslinked Polyethylene Aerogels from Low Density Polyethylene, Linear Low Density Polyethylene, and Repurposed Polyethylene"\
+"NASA Glenn Research Center"\"Application"\"LEW-19098-1"\\"61/866,585"\"High Temperature, Flexible Composite Seals for Aeronautics and Space Environments Incorporating Aerogel Insulation"\
+"NASA Glenn Research Center"\"Application"\"LEW-19171-1"\\"61/931,189"\"Low Power Charged Particle Counter for Space Radiation Monitoring"\
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-28402-2"\5780594\"08/448,196"\"Biologically Active Protein Fragments Containing Specific Binding Regions Of Serum Albumin Or Related Proteins"\"07/14/2015"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-28985-1"\5641681\"08/422,963"\"Device And Method For Screening Crystallization Conditions In Solution Crystal Growth"\"04/17/2015"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31175-2-CIP"\6578851\"09/693,098"\"Gasket Assembly For Sealing Mating Surfaces"\"10/16/2020"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31243-1"\6459822\" 09/364,919"\"Video Image Stabilization And Registration (VISAR)"\"07/26/2019"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31243-2-CON"\6560375\"10/143,539"\"Video Image Stabilization And Registration"\"05/10/2022"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31258-1"\6135255\"09/207,710"\"Releasable Conical Roller Clutch"\"12/09/2018"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31294-2-CIP2"\6592687\"10/196,389"\"Aluminum Alloy And Article Cast Therefrom"\"07/11/2022"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31294-5-CIP"\6399020\"09/688,729"\"Aluminum-Silicon Alloy Having Improved Properties At Elevated Temperatures And Articles Cast Therefrom"\"10/11/2020"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31294-6-CIP"\6419769\"09/749,503"\"Aluminum-Silicon Alloy Having Improved Properties At Elevated Temperatures And Process For Producing Cast Articles Therefrom"\"12/22/2020"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31294-7-CIP"\6669792\"09/800,312"\"Process For Producing A Cast Article From A Hypereutectic Aluminum-Silicon Alloy"\"03/02/2021"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31303-1"\6748349\"09/313,576"\"Generalized Fluid System Simulation Program (GFSSP) Version 2.01c"\"05/07/2019"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31387-1"\6361961\"09/560,532"\"GRAVITY RESPONSIVE NADH OXIDASE OF THE PLASMA MEMBRANE"\"04/25/2020"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31399-1"\6658329\"10/138,887"\"Addition Of Rangefinder To The Video Guidance Sensor"\"06/05/2022"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31413-1"\6497355\"09/690,035"\"Precision Penetration Control System For The Friction Stir Welding (FSW) Retractable Pin Tool"\"10/19/2020"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31475-1"\6424470\"09/616,624"\"Panoramic Refracting Optic (PRO)"\"07/28/2020"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31475-2-DIV"\6580567\"10/173,410"\"Panoramic Refracting Conical Optic"\"06/17/2022"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31488-1"\6028693\"09/7,124"\"Microresonator And Associated Method For Producing And Controlling Photonic Signals With A Photonic Bandgap Delay Apparatus"\"01/14/2018"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31490-1"\7118074\"10/690,161"\"Electrodynamic Tether System Design For Spacecraft Deorbit"\"10/17/2023"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31529-1"\7081730\"10/857,375"\"Micro-Commanding Servo Motor Controller With Greater Than Fifty Million To One Dynamic Rate Range"\"06/19/2024"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31559-1-CON"\8127977\"13/157,895"\"Phase/Matrix Transformation Weld Process And Apparatus"\"11/27/2021"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31559-1-DIV"\7980449\"10/385,168"\"Phase/Matrix Transformation Weld Process And Apparatus"\"11/27/2021"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31559-2-DIV"\8225984\"13/157988"\"Phase/Matrix Transformation Weld Process And Apparatus"\"11/27/2021"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31565-1"\6885779\"09/877,801"\"Full-Cycle, Low Loss, Low Distortion Phase Modulation From Multi-Layered Dielectric Stack With Terahertz Optical Bandwidth"\"08/17/2022"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31584-1"\6497091\"09/877,800"\"Hypergolic Ignitor Assembly"\"06/06/2021"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31584-1-CIP"\6845605\"10/288,800"\"Hypergolic Ignitor"\"01/26/2023"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31593-1"\6939610\"10/212,564"\"Smart Thermal Management Coating"\"09/20/2022"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31596-1"\6873762\"10/118,626"\"Fabrication Of Fiber-Optic Gratings Over A Wide Range Of Bragg Wavelength And Bandwidth Using A Single Phase Mask"\"10/12/2022"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31616-1"\6540426\"09/949,408"\"Passive Ball Capture Latch Docking Mechanism"\"09/04/2021"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31646-1"\6860099\"10/263,297"\"Liquid Propellant Tracing Impingement Injector"\"05/24/2023"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31649-1"\7446860\"11/527,648"\"Nonintrusive, Remote, Micron Accuracy, Laser Fresnel Ranging System"\"10/19/2026"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31698-1"\6802999\"10/173,536"\"Method Of Fabricating A Protective Crucible Wall Coating Incorporating Designed Multi-Use Channels"\"05/02/2023"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31706-1"\6886392\"10/622,174"\"Single Ball Bearing Lubricant And Material Evaluator"\"07/17/2023"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31727-1"\6953129\"10/231,428"\"Impact And Fire Resistant Coating For Pressure Vessels"\"11/07/2022"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31761-1"\6802488\"10/232,974"\"Electro-Mechanically Actuated Propellant Valve"\"01/29/2023"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31768-1"\6745942\"10/214,482"\"Magnetic Symbology Reader"\"08/05/2022"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31776-1"\7735265\"11/780,610"\"Foam-Rigidized Inflatable Tubular Space Booms"\"07/20/2027"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31785-1"\7006203\"10/646,000"\"Integrated Rangefinding Measurement In Video Guidance Sensor"\"08/21/2023"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31789-1"\7265476\"10/975,121"\"MEMS- Micro-Translation Stage With Indefinite Linear Travel Capability"\"11/01/2025"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31807-1"\7050161\"10/637,085"\"Global Radius Of Curvature Estimation And Control System For Segmented Mirrors (GRoCECS)"\"01/07/2025"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31813-1"\7802799\"11/527,653"\"Joining Metallic To Composite Components"\"07/29/2029"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31815-1"\7325749\"10/738,352"\"Distributed Solid State Programmable Thermostat / Power Controller"\"01/29/2026"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31817-1"\7515257\"11/14,455"\"Short-Range / Long-Range Integrated Target (SLIT) For Video Guidance Sensor Rendezvous And Docking"\"06/07/2027"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31823-1-DIV"\7095000\"10/943,827"\"Radio-Frequency Driven Dielectric Heaters For Non-Nuclear Testing In Nuclear Core Development"\"11/27/2024"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31828-1"\6918970\"10/120,226"\"High Strength Aluminum Alloy For High Temperature Applications"\"04/12/2023"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31838-1"\7641949\"10/857,379"\"Improved Pressure Vessel Impact Resistance Utilizing Filament Wound Hybrid Fibers"\"10/15/2025"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31842-1"\7347089\"11/215,749"\"Gas Volume Contents Within A Container, Smart Volume Instrument"\"11/26/2025"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31843-1"\7174077\"10/631,220"\"Fiber-Coupled Laser Diodes With Even Illumination Pattern"\"07/30/2023"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31852-1"\7106457\"10/857,372"\"Achromatic Shearing Phase Sensor For Phase Alignment Of A Segmented Telescope"\"01/21/2025"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31865-1"\6888476\"10/615,369"\"Advanced Video Guidance Sensor Software"\"07/21/2023"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31886-1"\6850592\"10/321,873"\"Digital Equivalent System (DEDS) For X-Ray Flourescent Spectral Output"\"01/08/2023"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31891-1"\7375801\"11/108,140"\"Video Sensor With Range Measurement Capability"\"11/06/2025"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31918-1"\7275675\"10/928,876"\"Optimal Design Geometry For All Friction Stir Weld Tools"\"01/15/2025"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-31944-1"\7017812\"10/730,191"\"Variable Distance Angular Symbology Reader"\"11/26/2023"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32024-1"\8297468\"10/857,380"\"Liquefied Natural Gas Fuel Tank"\"07/13/2021"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32031-1"\7738084\"11/543,284"\"Fiber Optic Liquid Mass Flow Sensor - Improved Prototype Design"\"09/29/2026"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32099-1-CON"\8561829\"13/544,066"\"Composite Pressure Vessel Including Crack Arresting Barrier"\"10/23/2029"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32102-1"\7540143\"11/172,665"\"Heated Pressure Balls Monopropellant Thermal Rocket Engine Cycle"\"12/12/2026"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32105-1-DIV"\7568608\"11/700,972"\"Ultrasonic Stir Welding Process And Apparatus"\"01/29/2027"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32115-1"\7686202\"11/543,287"\"Gimbling Shoulder For Friction Stir Welding"\"06/18/2027"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32136-1"\7595841\"11/174,210"\"Video Image Stabilization And Registration - Plus (VISAR+)"\"12/03/2027"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32137-1"\7177164\"11/376,632"\"Multi-loop High Voltage Power Supply with Fast Rise/Fall Time"\"03/10/2026"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32175-1"\7228241\"11/152,810"\"An Extended Lee-Kesler Equation-of-State (ELK-EoS) For The Volumetric And Thermodynamic Properties Of Propellant Fluids, Including The Non-Polar Quantum And Polar Fluids"\"06/13/2025"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32192-1"\7116098\"11/357,454"\"Absolute Limit Sensor (ALS)"\"02/16/2026"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32208-1"\7259981\"11/296,719"\"Analog Nonvolatile Computer Memory"\"12/14/2025"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32214-1"\7418814\"11/172,666"\"Dual Expander Cycle Rocket Engine Cycle with an Intermediate Brayton Cycle Heat Exchanger"\"12/19/2026"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32228-1"\8290435\"12/241,322"\"Short Range Antenna  / Close Proximity Transmitter and Receiver"\"08/17/2031"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32253-1"\7469878\"11/518,733"\"Magnetorestrictive Valves"\"10/17/2026"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32307-1"\7908079\"11/527,658"\"Portable Runway Intersection Display And Monitoring System"\"01/13/2030"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32311-1"\7623621\"12/47,686"\"Identification And Authentication System Using Integrated Optical And X-ray Fluorescene Spectral Methods"\"03/13/2028"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32318-1"\8098060\"12/173,318"\"SCAPS(Single Coil Absolute Position Sensor) GAPSYN (Inductive Gap Sensor) Digital Signal Conditioning Electronics"\"09/29/2030"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32323-1"\8169620\"12/563,819"\"Sub-Pixel Spatial Resolution Interferometry With Interlaced Stitching"\"10/15/2030"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32324-1"\7594530\"11/942,322"\"Orbital Foamed Metal Extruder"\"06/09/2028"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32341-1"\8550468\"12/210,843"\"High Load Fully Retained Dynamic Cryogenic Seal"\"01/09/2032"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32364-1"\7808353\"11/513,433"\"Plasmoid Thruster for Electrode-less, High Specific Impulse Propulsion"\"07/22/2029"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32390-1"\7867589\"11/780,561"\"Hybrid composite cryogenic tank structure"\"10/14/2029"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32400-1"\7900436\"11/780,626"\"Gas Generator Augmented Expander Cycle Rocket Engine"\"01/04/2030"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32402-1"\7911174\"12/39,506"\"Inexpensive, Rate Insensitive, Linear, Load Compensating System for Hybrid Stepper Motors"\"01/25/2029"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32429-1"\7807097\"12/123,170"\"Orbital Batch Process Foamed Aluminum Facility"\"07/11/2028"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32438-1"\8004364\"11/828,563"\"16-Kilowatt (KW) 2-30MHz Solid State Power Amplifier using innovative combining methods"\"11/03/2028"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32439-1"\7831225\"11/828,590"\"H2O-NaCl based radio frequency power load"\"04/07/2029"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32497-1"\7848606\"12/047,805"\"Reprocessing Non-Oxide Optical Fiber Preforms Utilizing an Axial Magnetic Field"\"05/26/2029"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32518-1-CIP"\\"13/452,303"\"Liquid Propellant Injection Elements with Self-Adjusted Inlet Area for Rocket and Other Combustor-Type Engines Applications"\"10/03/2028"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32521-1"\7804600\"12/44,740"\"Dispersive Filter For Enhancement Of Laser Gyroscopes"\"06/10/2029"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32548-1"\7409875\"11/862,793"\"Optical Hotspot Conductive Fluid Flow Sensor"\"09/27/2027"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32558-1"\8490470\"12/569,555"\"True Shear Parallel Plate Viscometer"\"12/04/2031"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32584-1"\7929144\"12/336,260"\"Local Leak Detection and Health Monitoring of Pressurized Tanks in a Space Environment"\"11/17/2029"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32588-1"\8052860\"11/957,051"\"ELECTROCHEMICALLY-ENHANCED MECHANICAL POLISHING OF OPTICS"\"09/06/2030"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32605-1"\8309944\"12/240,626"\"Grazing Incidence Optics for Neutron Analysis and Imaging"\"12/07/2030"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32605-1-CIP"\0\"12/717,450"\"Novel Grazing Incidence Neutron Optics"\"09/29/2028"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32605-1-DIV"\8575577\"13/534,951"\"Novel Grazing Incidence Neutron Optics"\"09/29/2028"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32612-1-CIP"\\"13/796,693"\"Protective Safety Cover for Pool and Spa Drains"\"03/24/2029"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32614-1"\464750\"12/826,887"\"Magnetostrictive Regulator"\"04/03/2031"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32615-1"\8132772\"12/567,451"\"Avionics/Electronics Box Rail Mount System"\"11/27/2030"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32638-1"\8291776\"12/827,515"\"Magnetostrictive Force-to-Angle Sensor"\"03/12/2031"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32642-1"\0\"12/827,598"\"Cryogenic and Non-Cryogenic Optical Liquid Level Instrument for Stratified Conditions"\"04/05/2031"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32651-1"\8090484\"12/403,096"\"A Planar Translation Device for Solar Sail Spacecraft Attitude Control and Maneuvering"\"07/03/2030"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32655-1"\0\"12/862,510"\"AEROSPACE LASER IGNITION/ABLATION VARIABLE, HIGH PRECISION THRUSTER"\
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32667-1"\8357884\"12/839,848"\"Extraction of Water from the Soil of Space Bodies Using Microwave processes"\"04/22/2031"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32697-1"\8252734\"12/634,502"\"Multi Layered or Mixed Element Aqueous Ionic Fluids As Fuel or Lubrication Friction Modifiers"\"08/26/2030"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32697-1-CIP"\8563487\"13/525,623"\"Multi Layered or Mixed Element Aqueous Ionic Fluids As Fuel or Lubrication Friction Modifiers"\"12/09/2029"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32715-1"\8535440\"12/758169"\"Improvement of Crystalline Quality during Melt Growth of Semiconductors by Mechanically Induced Nucleation"\"07/18/2032"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32719-1"\8564770\"13/150832"\"Field-Deployable Spectral Estimator of Trichloroacetic Acid (TCAA) in Plants"\"05/18/2032"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32733-1"\7621670\"12/392,867"\"Unbalanced Flow Distribution Mixer with Flow Metering Capability"\"02/25/2029"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32737-1"\8448498\"12/870,468"\"Hermetic Seal Leak Detection Apparatus"\"06/06/2031"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32737-1-CIP"\\"13/874182"\"Hermetic Seal Leak Detection Apparatus"\"08/27/2030"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32748-1"\8132961\"12/397,973"\"Optimized Length-to-Diameter Ratio Flow Meter"\"08/16/2030"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32757-1"\0\"13/118086"\"Compliant Mechanical Motor"\
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32761-1-CIP"\\"13/673,309"\"Multi-Channel Flow Plug with Eddy Current Minimization for Metering, Mixing, and Conditioning"\"07/23/2029"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32761-1-CON"\\"13/729,861"\"Multi-Channel Flow Plug with Eddy Current Minimization for Meeting, Mixing, and Conditioning"\"07/23/2029"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32777-1"\8425751\"13/020144"\"Electrodeposited Nickel-Cobalt Alloy Development"\"05/31/2031"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32797-1"\8330961\"12/837,173"\"A compact sensor for in-situ measurements of gas leaks"\"08/24/2031"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32803-1"\8133768\"12/560,371"\"Method of Manufacturing Light Emmitting, Photovoltaic or other Electronic Apparatus"\"05/31/2027"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32809-1"\0\"13/369,704"\"Telemetry encoder/decoder"\
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32817-1"\8290006\"13/281,025"\"Variable Power Handheld Laser Torch for Joining Processes"\"10/25/2031"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32826-1"\8316884\"12/846,429"\"Drain System for Pools, Spas, and Tanks. (Reference MFS 32612-1)"\"03/23/2031"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-33054-1"\\"14/020,326"\"Multi-spacecraft Autonomous Positioning System / Network-Based Navigation"\"09/06/2033"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32830-1"\8420582\"13/027472"\"FRICTION MANAGEMENT USING SOLVENT PARTITIONING OF SINGLE ELEMENT AND MULTI-ELEMENT HYDROPHILIC SURFACE-INTERACTIVE CHEMICALS CONTAINED IN HYDROPHILIC TARGETED EMULSIONS"\"02/15/2031"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32830-1-CIP"\\"13/900,452"\"Friction and Wear Management Using Solvent Partioning of Hydrophilic Surface-Interactive Chemicals contains in Boundary Layer-Targeted Emulsions"\"03/07/2033"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32840-1"\8322685\"12/842,218"\"Non-collinear Valve Actuator"\"04/02/2031"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32841-1"\\"13/424,754"\"DUPLICATE of Telemetry encoder/decoder"\
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32853-1"\\"14/196,203"\"Particle Damping for Vibration Mitigation of Circuit Cards"\"03/04/2034"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32857-1"\8668168\"13/326,513"\"Rocket Vent Design with Variable Flow Control and Rain Protection"\"01/21/2032"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32859-1"\8393520\"13/240,075"\"Variably Pulsed High Power Ultrasonic (HPU) Energy for Ultrasonic Stir Welding (USW)"\"11/07/2031"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32859-1-DIV"\8393523\"13/523,310"\"Pulsed Ultrasonic Stir Welding Method"\"09/22/2031"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32865-1"\\"13/302,734"\"Easily Installed, In-situ Adaptable Flow Measurement Device and Method."\
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32865-2"\8555731\"13/302,773"\"Easily Installed, In-situ Adaptable Flow Measurement Device and Method."\"06/04/2032"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32865-3"\\"13/302,817"\"Easily Installed, In-situ Adaptable Flow Measurement Device and Method."\
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32865-4"\\"13/302,845"\"Easily Installed, In-situ Adaptable Flow Measurement Device and Method."\"08/23/2032"
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32871-1"\8577519\"13/424,898"\"Low Cost Telemetry System for Small/micro satellites"\"06/13/2032"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32873-1"\\"13/523210"\"High-current, high-voltage switch using non-hazardous liquid metals"\"11/29/2032"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32889-1"\\"13/174,084"\"Pyrotechnic Pipe Plug and Variable Area Flow Meter"\
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32895-1"\\"13/242,734"\"High Powered Ultrasonically Assisted Thermal Stir Welding"\
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32912-1"\\"13/299,930"\"Salt Water Power Load - Part II"\
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32916-1"\\"13/333283"\"Improved Impact Toughness and Heat Treatment for Cast Aluminum Wheels"\
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32924-1"\\"13/312,481"\"Partial Automated Alignment & Integration System"\"07/09/2032"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32934-1"\\"12/833,894"\"Methods, Devices, and Systems Relating to a Sensing Device"\
+"NASA Marshall Space Flight Center"\"Issued"\"MFS-32940-1"\8657179\"13/430,268"\"Closed Loop Temperature Control for the Thermal Stir Welding Process"\"03/26/2032"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32944-1"\\"13/896,137"\"Mitigation of Sonic Boom from Supersonic Vehicles by means of Long Penetration Mode (LPM) Counter-Flowing Cold Gas Jets"\"05/16/2033"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32945-1"\\"14/082,956"\"Piezoelectric Gravity Gradient and Multiple Purpose Sensor Detection System"\"11/18/2033"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-32986-1"\\"13/961,573"\"Non-Explosively-Actuated Pressurization Start Valve"\"08/07/2033"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-33007-1"\\"14/192,350"\"Carbon Nanotube Tape Vibrating Gyroscope Update"\"02/27/2034"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-33022-1"\\"14/192,395"\"A Design Technology to Eliminate Dribble Volume in Rocket Engine Manifolds for Swirl-Coaxial Injectors"\"02/27/2034"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-33031-1"\\"13/949,361"\"An aerodynamic design concept for rocket nozzle side load reduction"\"07/24/2033"
+"NASA Marshall Space Flight Center"\"Application"\"MFS-33060-1"\\"14/104,881"\"Carbon Nanotube Tape Single Axis Accelerometer"\"12/12/2033"
+"NASA Johnson Space Center"\"Issued"\"MSC-21715-2"\5869238\"08/390,904"\"Quantitative Method Of Measuring Cancer Cell Urokinase And Metastatic Potential"\"02/09/2016"
+"NASA Johnson Space Center"\"Issued"\"MSC-21947-1"\7541159\"10/828,531"\"MOLECULAR SPECIFIC ANTIBODIES AGAINST UROKINASE"\"08/28/2025"
+"NASA Johnson Space Center"\"Issued"\"MSC-22119-1"\5851816\"08/172,962"\"A PROCESS FOR DEVELOPING HIGH-FIDELITY THREE-DIMENSIONAL TUMOR MODELS OF HUMAN PROSTATE CARCINOMA"\"12/22/2015"
+"NASA Johnson Space Center"\"Issued"\"MSC-22122-1"\6117674\"08/366,065"\"HORIZONTAL ROTATING-WALL VESSEL PROPAGATION IN IN VITRO HUMAN TISSUE MODELS"\"09/12/2017"
+"NASA Johnson Space Center"\"Issued"\"MSC-22489-1"\5827531\"08/349,169"\"Multi-Lamellar, Immiscible-Phase Microencapsulation of Drugs"\"10/27/2015"
+"NASA Johnson Space Center"\"Issued"\"MSC-22616-2"\6133036\"09/7,239"\"Preservation Of Liquid Biological Samples"\"12/12/2015"
+"NASA Johnson Space Center"\"Issued"\"MSC-22616-3"\6716392\"09/630,979"\"Preservation Of Liquid Biological Samples"\"01/14/2018"
+"NASA Johnson Space Center"\"Issued"\"MSC-22633-1"\6485963\"09/587,028"\"Electrically Potentiated Growth Of Mammalian Neuronal Tissue Facilitated By Rotating Wall Vessel Culture"\"06/02/2020"
+"NASA Johnson Space Center"\"Issued"\"MSC-22633-2"\6673597\"09/798,854"\"Growth Stimulation Of Biological Cells And Tissue By Electromagnetic Fields And Uses Thereof"\"02/28/2021"
+"NASA Johnson Space Center"\"Issued"\"MSC-22695-1"\6261844\"09/213,988"\"A Unique Urine Preservative With Combined Antibacterial And Antioxidant Properties"\"12/17/2018"
+"NASA Johnson Space Center"\"Issued"\"MSC-22721-2"\6254359\"09/354,915"\"Blood Pump Bearing System"\"07/09/2019"
+"NASA Johnson Space Center"\"Issued"\"MSC-22724-1"\6047216\"09/129,832"\"Millimeter Wave/Microwave Ablation For Treatment Of Atherosclerotic Lesions"\"08/05/2018"
+"NASA Johnson Space Center"\"Issued"\"MSC-22724-2"\6226553\"09/501,150"\"Endothelium Preserving Microwave Treatment For Atherosclerosis"\"02/09/2020"
+"NASA Johnson Space Center"\"Issued"\"MSC-22724-3"\6223086\"09/504,768"\"Endothelium Preserving Microwave Treatment For Atherosclerosis"\"02/09/2020"
+"NASA Johnson Space Center"\"Issued"\"MSC-22724-5"\6496736\"09/500,538"\"Endothelium Preserving Microwave Treatment For Atherosclerosis"\"02/09/2020"
+"NASA Johnson Space Center"\"Issued"\"MSC-22757-1"\5879079\"08/917,581"\"Automated Propellant Blending Machine"\"08/20/2017"
+"NASA Johnson Space Center"\"Issued"\"MSC-22797-1"\6312398\"08/786,842"\"A Method Of Applying External Power To Assist In The Operation Of Joints In Pressure Suits And Inflatable Structures2283"\"12/19/2016"
+"NASA Johnson Space Center"\"Issued"\"MSC-22839-1"\6501414\"09/826,402"\"Locating Concealed Objects Using Spectral Signatures"\"04/02/2021"
+"NASA Johnson Space Center"\"Issued"\"MSC-22859-1"\6730498\"09/56,363"\"Production Of 1-25diOH Vitamin D3, Erythropoietin And Other Products By Epithelial And Interstitial Cells In Response To Shear Stress"\"04/08/2017"
+"NASA Johnson Space Center"\"Issued"\"MSC-22859-2"\6946246\"09/532,001"\"Production Of Functional Proteins:  Balance Of Shear Stress And Gravity"\"03/21/2020"
+"NASA Johnson Space Center"\"Issued"\"MSC-22859-3"\7198947\"10/734,759"\"Production Of Functional Proteins: Balance Of Shear Stress And Gravity"\"12/22/2023"
+"NASA Johnson Space Center"\"Issued"\"MSC-22859-5"\7972821\"12/174,221"\"Production of Functional Proteins: Balance of Shear Stress and Gravity"\"02/11/2029"
+"NASA Johnson Space Center"\"Issued"\"MSC-22863-1"\7122071\"10/263,280"\"Centrifugal Adsorption Cartridge System (CACS)"\"12/21/2022"
+"NASA Johnson Space Center"\"Issued"\"MSC-22866-1"\6099864\"09/79,741"\"INSITU Activation Of Microcapsules"\"05/15/2018"
+"NASA Johnson Space Center"\"Issued"\"MSC-22900-1"\6231010\"09/236,785"\"Advanced Structural/Inflatable Hybrid Spacecraft Habitation Module"\"01/25/2019"
+"NASA Johnson Space Center"\"Issued"\"MSC-23563-2"\8039099\"11/848,332"\"Nanoencapsulated Aerogels Produced By Monomer Vapor Deposition And Polymerization"\"08/13/2028"
+"NASA Johnson Space Center"\"Issued"\"MSC-22931-1"\6354540\"09/405,301"\"Electro-Mechanically Actuated Magnetic Ring With Load Sensing Feedback And Closed Loop Control Docking/Berthing System For Alignment And Mating Of Multiple Vehicles, Structures, And/or Assemblies"\"09/20/2019"
+"NASA Johnson Space Center"\"Issued"\"MSC-22936-1"\6387399\"09/79,766"\"Protein Crystal Encapsulation Process"\"05/15/2018"
+"NASA Johnson Space Center"\"Issued"\"MSC-22936-2"\6558698\"09/733,391"\"Microencapsulated Bioactive Agents And Method Of Making"\"12/06/2020"
+"NASA Johnson Space Center"\"Issued"\"MSC-22936-3"\6676964\"09/774,168"\"Method For Determining The Three-Dimensional Structure Of A Protein"\"01/26/2021"
+"NASA Johnson Space Center"\"Issued"\"MSC-22936-4"\6599449\"09/774,169"\"X-Ray Crystallography Reagent"\"01/24/2021"
+"NASA Johnson Space Center"\"Issued"\"MSC-22937-1"\6214300\"09/79,833"\"Microencapsulation And Electrostatic Processing Device (MEPS)"\"05/15/2018"
+"NASA Johnson Space Center"\"Issued"\"MSC-22938-1"\6103271\"09/79,770"\"Low-Shear Microencapsulation & Electrostatic Coating Process"\"05/15/2018"
+"NASA Johnson Space Center"\"Issued"\"MSC-22939-4"\7968117\"12/100,009"\"Externally Triggered Microcapsules"\"07/09/2029"
+"NASA Johnson Space Center"\"Issued"\"MSC-22970-1"\6253563\"09/337,208"\"Solar-Powered Refrigeration System"\"06/03/2019"
+"NASA Johnson Space Center"\"Issued"\"MSC-22970-2"\6469487\"09/838,679"\"Solar Powered Refrigeration System"\"06/03/2019"
+"NASA Johnson Space Center"\"Issued"\"MSC-22970-3"\6453693\"09/838,680"\"Solar Powered Refrigeration System"\"06/03/2019"
+"NASA Johnson Space Center"\"Issued"\"MSC-23029-1"\6651739\"09/793,817"\"Medium Frequency Pseudo Noise Geological Radar"\"07/20/2021"
+"NASA Johnson Space Center"\"Issued"\"MSC-23037-1"\6864473\"09/988,855"\"Variable Shadow Screen For Optical Devices"\"11/14/2021"
+"NASA Johnson Space Center"\"Issued"\"MSC-23041-1"\6334302\"09/351,152"\"Variable Specific Impulse Magnetoplasma Rocket (VASIMR)"\"06/28/2019"
+"NASA Johnson Space Center"\"Issued"\"MSC-23049-3"\6592579\"09/746,542"\"Method For Selective Thermal Ablation"\"06/28/2021"
+"NASA Johnson Space Center"\"Issued"\"MSC-23049-4"\6675050\"09/746,533"\"Computer Program For Microwave Antenna"\"05/07/2021"
+"NASA Johnson Space Center"\"Issued"\"MSC-23076-1"\6321746\"09/574,758"\"Collapsable, Light, Portable Human Hyperbaric Chamber/Airlock System"\"05/17/2020"
+"NASA Johnson Space Center"\"Issued"\"MSC-23092-1"\6547189\"09/826,403"\"Advanced, Large Volume, Highly Loaded, Hybrid Inflatable Pressure Vessel"\"05/26/2021"
+"NASA Johnson Space Center"\"Issued"\"MSC-23153-1"\6995572\"09/803,613"\"Coplanar Waveguide Ice Detection Sensor"\"11/04/2023"
+"NASA Johnson Space Center"\"Issued"\"MSC-23154-1"\7113820\"09/906,013"\"A Real-Time, High Frequency QRS Electrocardiograph."\"05/03/2023"
+"NASA Johnson Space Center"\"Issued"\"MSC-23154-2"\7539535\"11/345,687"\"A Real-Time, High Frequency QRS Electrocardiograph"\"07/13/2027"
+"NASA Johnson Space Center"\"Issued"\"MSC-23178-1"\6997637\"10/5,820"\"Deceleration Limiting Safety Crash Wall"\"05/19/2022"
+"NASA Johnson Space Center"\"Issued"\"MSC-23193-1"\6618010\"09/994,989"\"Passive Noncoherent Tracking Of A Data-Modulated Signal"\"11/14/2021"
+"NASA Johnson Space Center"\"Issued"\"MSC-23277-1"\7295309\"10/734,753"\"Microcapsule Flow Sensor"\"11/12/2024"
+"NASA Johnson Space Center"\"Issued"\"MSC-23303-1"\7397774\"10/446,283"\"Downlink Data Multiplexer"\"01/16/2026"
+"NASA Johnson Space Center"\"Issued"\"MSC-23307-1"\6559645\"10/28,962"\"Detection Of Subterranean Metal Objects Using Differential Spectral Processing"\"11/17/2020"
+"NASA Johnson Space Center"\"Issued"\"MSC-23309-1"\7040319\"10/87,866"\"Oxygen Partial Pressure Monitoring Device For Aircraft Oxygen Masks."\"04/27/2022"
+"NASA Johnson Space Center"\"Issued"\"MSC-23311-1"\6650280\"09/953,612"\"Mass Measurement During Fluid Flow Using An Integrated Sonic/Microwave Detector."\"09/14/2021"
+"NASA Johnson Space Center"\"Issued"\"MSC-23314-1"\6899009\"09/892,355"\"Flexshield (Flexible Multi-Shock Shield Technology)"\"06/26/2021"
+"NASA Johnson Space Center"\"Issued"\"MSC-23349-1"\7415005\"10/283,354"\"MCC Voice Over Internet Protocol (VOIP)"\"08/08/2026"
+"NASA Johnson Space Center"\"Application"\"MSC-23349-2-SB"\0\"12/170,614"\"Ad Hoc Selection of Voice Over Internet Streams"\
+"NASA Johnson Space Center"\"Issued"\"MSC-23424-1"\6985606\"10/212,579"\"Global Distribution Of Large Fluvial Fans/Potential Hydrocarbon Exploration Guide"\"06/12/2024"
+"NASA Johnson Space Center"\"Issued"\"MSC-23427-1"\6944504\"10/302,323"\"Microwave Ablation Of Prostatic Cells Using A Separated Antenna Array"\"07/23/2023"
+"NASA Johnson Space Center"\"Issued"\"MSC-23436-1"\7126553\"10/679,688"\"Tri-Sector Deployable Array Antenna"\"08/11/2024"
+"NASA Johnson Space Center"\"Issued"\"MSC-23443-1"\6647855\"10/263,293"\"Method And Apparatus For Deploying A Hypervelocity Shield"\"09/30/2022"
+"NASA Johnson Space Center"\"Issued"\"MSC-23444-1"\6932090\"10/361,046"\"A Simple Countermeasure For Management Of Motion Sickness And Vestibular/Sensory-Motor Problems Associated With Space Flight And Terrestial Motion Sickness"\"07/01/2023"
+"NASA Johnson Space Center"\"Issued"\"MSC-23449-1"\7386340\"10/402,866"\"Method For Diagnosis Of Coronary Artery Disease And Related Conditions Using 12-Lead High Frequency QRS Electrocardiography"\"12/30/2025"
+"NASA Johnson Space Center"\"Issued"\"MSC-23510-1"\6851647\"10/417,377"\"Portable Catapult Launcher For Small Aircraft"\"04/03/2023"
+"NASA Johnson Space Center"\"Issued"\"MSC-23518-1"\7168935\"10/637,086"\"Low Voltage Electron Beam Solid Freeform Fabrication System"\"09/29/2024"
+"NASA Johnson Space Center"\"Issued"\"MSC-23538-1"\6943619\"10/443,233"\"Practical Active Capacitor Filter"\"05/21/2023"
+"NASA Johnson Space Center"\"Issued"\"MSC-23539-1"\6943621\"10/443,234"\"Auto-Routable, Configurable, Daisy Chainable Data Acquisition System"\"08/16/2023"
+"NASA Johnson Space Center"\"Issued"\"MSC-23563-1"\7270851\"10/985,081"\"Nano-Encapsulated Aerogel"\"05/14/2025"
+"NASA Johnson Space Center"\"Issued"\"MSC-23594-1"\7125370\"10/845,608"\"Articulating Subject Support For Resistive Exercise In The Horizontal Position"\"02/22/2025"
+"NASA Johnson Space Center"\"Issued"\"MSC-23623-1"\7212934\"11/370,379"\"String Resistance Detector Concept"\"03/06/2026"
+"NASA Johnson Space Center"\"Issued"\"MSC-23659-1"\7094045\"10/734,754"\"Pulse-Flow Microencapsulation System"\"06/09/2024"
+"NASA Johnson Space Center"\"Issued"\"MSC-23659-2"\7588703\"11/428,465"\"Microencapsulation System And Method"\"03/14/2027"
+"NASA Johnson Space Center"\"Issued"\"MSC-23668-1"\7250075\"10/874,004"\"Water Outlet Control Mechanism For Fuel Cell System Operation In Variable Gravity Environments"\"11/04/2025"
+"NASA Johnson Space Center"\"Issued"\"MSC-23695-1"\7249540\"11/177,652"\"Torquing Tool Attachment For Round Connectors With Attached Cables"\"08/27/2025"
+"NASA Johnson Space Center"\"Issued"\"MSC-23781-1"\7410485\"11/40,613"\"Directional Microwave Applicator/Antenna"\"10/16/2026"
+"NASA Johnson Space Center"\"Issued"\"MSC-23805-1"\7462141\"11/31,942"\"Advanced Resistive Exercise Device (ARED)"\"01/10/2027"
+"NASA Johnson Space Center"\"Issued"\"MSC-23881-1"\7686529\"11/958,908"\"Low Friction, Low Profile, High Moment Two-Axis Joint"\"12/18/2027"
+"NASA Johnson Space Center"\"Application"\"MSC-23882-1"\0\"12/899654"\"Analog Strain Gage Conditioning System for Space Environment"\
+"NASA Johnson Space Center"\"Issued"\"MSC-23906-1"\7295884\"11/158,354"\"Method for the Design and Analysis of the Primary Load Bearing Layer of an Inflatable Vessel"\"07/20/2026"
+"NASA Johnson Space Center"\"Issued"\"MSC-23933-1"\7543779\"11/625,066"\"Low Impact Docking System (LIDS) A.k.a, International Berthing Docking Mechanism (IBDM)"\"02/22/2028"
+"NASA Johnson Space Center"\"Issued"\"MSC-23954-1"\7357606\"11/357,461"\"Self-Advancing Step-Tap Drill"\"08/14/2026"
+"NASA Johnson Space Center"\"Issued"\"MSC-23988-1"\8343740\"12/58,227"\"Micro-Organ Device"\"10/31/2031"
+"NASA Johnson Space Center"\"Issued"\"MSC-23988-2"\8580546\"13/688982"\"Micro-Organ Device"\"11/29/2032"
+"NASA Johnson Space Center"\"Issued"\"MSC-23997-2"\7815149\"12/388,345"\"Magnetic Capture Docking Mechanism"\"04/01/2025"
+"NASA Johnson Space Center"\"Issued"\"MSC-24000-1"\8076136\"/0"\"Development And Characterization Of A Three-Dimensional Tissue Culture Model Of Bone"\"10/31/2021"
+"NASA Johnson Space Center"\"Issued"\"MSC-24042-1"\7411198\"11/421,174"\"New Architecture for Space Radiation Detection"\"02/01/2027"
+"NASA Johnson Space Center"\"Issued"\"MSC-24106-1"\7577482\"11/683,770"\"Network System Plug And Play Through Positional And Functional Connectivity Identification"\"04/21/2028"
+"NASA Johnson Space Center"\"Issued"\"MSC-24115-1"\8022307\"11/772,999"\"Method and Apparatus for Fabric Circuits and Antennas"\"06/19/2030"
+"NASA Johnson Space Center"\"Issued"\"MSC-24149-1"\8122646\"12/402,986"\"A Description Of An Improved Method For Folding, Assembling, And Weight Relief Of An Inflatable Shell"\"02/04/2030"
+"NASA Johnson Space Center"\"Issued"\"MSC-24149-2"\8266866\"13/346137"\"A Description Of An Improved Method For Folding, Assembling, And Weight Relief Of An Inflatable Shell"\"03/12/2029"
+"NASA Johnson Space Center"\"Issued"\"MSC-24164-1"\8338114\"11/789,117"\"Methods For Growing Tissue-Like 3D Assemblies (TLA) Of Human Broncho-Epithelial Cells"\"05/04/2030"
+"NASA Johnson Space Center"\"Issued"\"MSC-24169-1"\7862946\"11/671,210"\"Self-Regulating Control of Parasitic Electric Loads in Fuel Cell Power Systems"\"11/05/2029"
+"NASA Johnson Space Center"\"Issued"\"MSC-24180-1"\7935259\"12/167,332"\"Water Filtering Device, 100% Effective"\"09/14/2029"
+"NASA Johnson Space Center"\"Issued"\"MSC-24184-1"\8116350\"12/353,755"\"Ultra-Wideband (UWB) Two-Cluster Angle Of Arrival (AOA) Passive Tracking System Design"\"07/22/2030"
+"NASA Johnson Space Center"\"Issued"\"MSC-24201-1"\7509774\"11/610,295"\"A Description Of An Improved Method For Attaching An Inflatable Shell To A Rigid Interface"\"06/13/2027"
+"NASA Johnson Space Center"\"Issued"\"MSC-24207-1"\7604782\"11/625,670"\"X-38 Advanced Sublimator"\"04/12/2028"
+"NASA Johnson Space Center"\"Issued"\"MSC-24215-1"\8070105\"11/956,826"\"A Description Of A Concentric Nested Torroidal Inflatable Habitat"\"10/04/2030"
+"NASA Johnson Space Center"\"Issued"\"MSC-24216-1"\8047473\"12/240,537"\"A Description Of An Octonode Connecting Node Concept And Method"\"01/10/2030"
+"NASA Johnson Space Center"\"Issued"\"MSC-24228-1"\7521682\"11/421,196"\"New Architecture For Space Radiation Detection"\"03/07/2027"
+"NASA Johnson Space Center"\"Issued"\"MSC-24238-1"\8388613\"12/757657"\"Microwave Tissue Welding For Wound Closure"\"11/17/2031"
+"NASA Johnson Space Center"\"Issued"\"MSC-24263-1"\7805276\"11/958,937"\"Impact Detection System"\"02/12/2029"
+"NASA Johnson Space Center"\"Issued"\"MSC-24273-1"\7840387\"11/778,858"\"Method For The Design And Analysis Of The Primary Load Bearing Layer That Interfaces To The Structural Pass-through Of An Inflatable Vessel"\"07/31/2029"
+"NASA Johnson Space Center"\"Application"\"MSC-24314-1"\0\"12/880602"\"HDSS - High Density Spot Seeding"\
+"NASA Johnson Space Center"\"Issued"\"MSC-24346-1"\8466776\"12/828558"\"Extended Range RFID and Sensor Tag"\"09/05/2031"
+"NASA Johnson Space Center"\"Issued"\"MSC-24387-1"\8011229\"12/323,912"\"Artificial Intelligence Algorithm For Assessing Postural Stability During Normal Daily Activities Using Shoe Insert Pressure Sensors"\"11/26/2028"
+"NASA Johnson Space Center"\"Issued"\"MSC-24441-1"\7905946\"12/190,364"\"A Capillary-based Static Phase Separator For Highly Variable Wetting Conditions"\"07/02/2029"
+"NASA Johnson Space Center"\"Issued"\"MSC-24444-1"\8577120\"12/900644"\"Flash Infrared (IR) Thermography Contrast Computer Simulation And Data Analysis Software"\"04/22/2031"
+"NASA Johnson Space Center"\"Application"\"MSC-24451-1"\0\"13/057399"\"Rapid Detection Of The Varicella Zoster Virus (VZV) In Saliva Samples"\
+"NASA Johnson Space Center"\"Issued"\"MSC-24464-1"\7859292\"12/502,575"\"Reconfigurable SEU/SET Tolerance for FPGAs"\"07/14/2029"
+"NASA Johnson Space Center"\"Issued"\"MSC-24466-1"\8183870\"12/370,021"\"Battery cell voltage sensing and balancing using addressable transformers with electrical isolation and minimal additional connector pins and circuitry."\"07/01/2030"
+"NASA Johnson Space Center"\"Application"\"MSC-24490-1"\0\"12/612,171"\"High Altitude Hydration System"\
+"NASA Johnson Space Center"\"Application"\"MSC-24506-1"\0\"12/971919"\"A Method to Measure and Estimate Normalized contrast In Infrared Flash Thermography"\"01/08/2030"
+"NASA Johnson Space Center"\"Issued"\"MSC-24508-1"\8343403\"12/174,380"\"METHOD FOR MAKING A MICROPOROUS MEMBRANE"\"12/31/2030"
+"NASA Johnson Space Center"\"Issued"\"MSC-24509-1"\8570047\"12/855384"\"Battery Fault Detection with Saturating Transformers"\"02/02/2032"
+"NASA Johnson Space Center"\"Issued"\"MSC-24525-1"\8384614\"12/894749"\"Deployable Fresnel Rings"\"10/11/2031"
+"NASA Johnson Space Center"\"Application"\"MSC-24541-1"\0\"12/899815"\"Electromagnetic Time-Variance Magnetic Fields (TVMF) to generate, and re-grow Cartilage Cells by a Noninvasive Method"\
+"NASA Johnson Space Center"\"Issued"\"MSC-24569-1"\8176809\"12/331844"\"Planar Torsion Spring"\
+"NASA Johnson Space Center"\"Issued"\"MSC-24570-1"\8276958\"12/269579"\"Bidirectional Tendon Terminator"\
+"NASA Johnson Space Center"\"Issued"\"MSC-24571-1"\8371177\"12/241309"\"Tendon Tension Sensor"\
+"NASA Johnson Space Center"\"Application"\"MSC-24685-1"\8056423\"12/269,552"\"Sensing the Tendon Tension through the Conduit Reaction Forces"\"11/12/2028"
+"NASA Johnson Space Center"\"Application"\"MSC-24686-1"\8060250\"12/335,153"\"Joint Space Impedance Control for Tendon-Driven Manipulators"\"12/15/2028"
+"NASA Johnson Space Center"\"Issued"\"MSC-24687-1"\8170718\"12/338697"\"Multiple Priority Operational Space Impedance Control"\
+"NASA Johnson Space Center"\"Issued"\"MSC-24688-1"\8280837\"12/474068"\"CONTACT STATE ESTIMATION FOR MULTI-FINGER ROBOT HANDS USING PARTICLE FILTERS"\
+"NASA Johnson Space Center"\"Issued"\"MSC-24689-1"\7784363\"12/241320"\"PHALANGE TACTILE LOAD CELL"\"09/30/2028"
+"NASA Johnson Space Center"\"Issued"\"MSC-24732-1"\8364314\"12/624445"\"METHOD AND APPARATUS FOR AUTOMATIC CONTROL OF A HUMANOID ROBOT"\
+"NASA Johnson Space Center"\"Application"\"MSC-24733-1"\0\"13/349265"\"Pyrometer"\
+"NASA Johnson Space Center"\"Application"\"MSC-24734-1"\8498741\"12/564088"\"Dexterous Humanoid Robotic Wrist"\
+"NASA Johnson Space Center"\"Application"\"MSC-24735-1"\8467903\"12/564086"\"Tendon Driven Finger Actuation System"\
+"NASA Johnson Space Center"\"Issued"\"MSC-24736-1"\8291788\"12/564090"\"Rotary Series Elastic Actuator"\
+"NASA Johnson Space Center"\"Issued"\"MSC-24737-1"\8401700\"12/564124"\"ACTUATOR AND ELECTRONICS PACKAGING FOR EXTRINSIC HUMANOID HAND"\
+"NASA Johnson Space Center"\"Application"\"MSC-24738-1"\0\"12/564094"\"FRAMEWORK AND METHOD FOR CONTROLLING A ROBOTIC SYSTEM USING A DISTRIBUTED COMPUTER NETWORK"\
+"NASA Johnson Space Center"\"Application"\"MSC-24739-1"\8511964\"12/564084"\"Dexterous Humanoid Robot"\
+"NASA Johnson Space Center"\"Application"\"MSC-24740-1"\0\"12/564078"\"Dexterous Humanoid Robotic Finger"\
+"NASA Johnson Space Center"\"Issued"\"MSC-24741-1"\8255079\"12/564095"\"Human Grasp Assist"\"09/23/2029"
+"NASA Johnson Space Center"\"Application"\"MSC-24742-1"\8442684\"12/564076"\"Integrated High Speed FPGA Based Torque Controller"\
+"NASA Johnson Space Center"\"Application"\"MSC-24743-1"\8250901\"12/564092"\"Rotary Absolute Position Sensor Calibration"\
+"NASA Johnson Space Center"\"Application"\"MSC-24744-1"\8369992\"12/564083"\"Diagnostics, prognostics & health management for humanoid robotics and method thereof"\
+"NASA Johnson Space Center"\"GM"\"MSC-24745-1"\8424941\"12/564085"\"ROBOTIC THUMB ASSEMBLY"\
+"NASA Johnson Space Center"\"Application"\"MSC-24746-1"\8260460\"12/564096"\"Interactive Robot Control System"\
+"NASA Johnson Space Center"\"Issued"\"MSC-24747-1"\8244402\"12/564074"\"VISUAL PERCEPTION SYSTEM AND METHOD FOR A HUMANOID ROBOT"\
+"NASA Johnson Space Center"\"Issued"\"MSC-24750-1"\8483882\"12/686512"\"HIERARCHICAL ROBOT CONTROL SYSTEM AND METHOD FOR CONTROLLING SELECT DEGREES OF FREEDOM OF AN OBJECT USING MULTIPLE MANIPULATORS"\
+"NASA Johnson Space Center"\"Issued"\"MSC-24751-1"\8412376\"12/720725"\"TENSION DISTRIBUTION IN A TENDON-DRIVEN ROBOTIC FINGER"\
+"NASA Johnson Space Center"\"Issued"\"MSC-24752-1"\8033876\"12/706744"\"CONNECTOR PIN AND METHOD"\
+"NASA Johnson Space Center"\"Application"\"MSC-24753-1"\0\"12/720727"\"UNDERACTUATED DESIGN AND CONTROL OF A TENDON-DRIVEN FINGER"\
+"NASA Johnson Space Center"\"Application"\"MSC-24755-1"\0\"12/698832"\"Architecture For Robust Force and Impedance Control Of Series Elastic Actuators"\
+"NASA Johnson Space Center"\"Application"\"MSC-24758-1"\0\"14/184278"\"RFID Cavity"\"03/11/2033"
+"NASA Johnson Space Center"\"Application"\"MSC-24798-1"\0\"13/789903"\"Soft Decision Analyzer (SDA)"\"03/08/2033"
+"NASA Johnson Space Center"\"Application"\"MSC-24811-1"\0\"13/461,487"\"Self-enclosed and pipette free DNA/RNA Isolation device"\
+"NASA Johnson Space Center"\"Application"\"MSC-24813-1"\0\"13/791290"\"Pre-Polymerase Chain Reaction Preparation Kit"\"08/06/2032"
+"NASA Johnson Space Center"\"Application"\"MSC-24817-1"\8265792\"12/760954"\"Method and Apparatus for Calibrating Multi-Axis Load Cells in a Dexterous Robot"\
+"NASA Johnson Space Center"\"Application"\"MSC-24837-1"\0\"12/787479"\"Applying Workspace Limitations in a Velocity-Controlled Robotic Mechanism"\
+"NASA Johnson Space Center"\"Application"\"MSC-24919-1"\0\"13/790591"\"RFID Waveguide, Antenna, and Cavity Sensors"\"07/13/2032"
+"NASA Johnson Space Center"\"Issued"\"MSC-24926-1"\8412378\"12/629637"\"IN-VIVO TENSION CALIBRATION IN TENDON-DRIVEN MANIPULATORS"\
+"NASA Johnson Space Center"\"Issued"\"MSC-24930-1"\8489239\"12/916803"\"ROBUST OPERATION OF TENDON-DRIVEN ROBOT FINGERS USING FORCE AND POSITION-BASED CONTROL LAWS"\
+"NASA Johnson Space Center"\"Application"\"MSC-25026-1"\0\"13/354552"\"Battery Charge Equalizer with transformer array"\
+"NASA Johnson Space Center"\"Issued"\"MSC-25053-1"\"D628,609"\"29/359105"\"ROBOT"\"04/06/2030"
+"NASA Johnson Space Center"\"Application"\"MSC-25056-1"\0\"13/014901"\"SYSTEM AND METHOD FOR TENSIONING A ROBOTICALLY ACTUATED TENDON"\
+"NASA Johnson Space Center"\"Issued"\"MSC-25084-1"\8067909\"12/474430"\"METHOD AND APPARATUS FOR ELECTROMAGNETICALLY BRAKING A MOTOR"\"05/29/2029"
+"NASA Johnson Space Center"\"Application"\"MSC-25084-DE"\0\"12/474430"\"Method and Apparatus for Electromagnetically Braking a Motor"\
+"NASA Johnson Space Center"\"Application"\"MSC-25084-JP"\0\"12/474430"\"Method and Apparatus for Electromagnetically Braking a Motor"\
+"NASA Johnson Space Center"\"Application"\"MSC-25091-1"\0\"13/199484"\"FRET-Aptamer Assays for C-Telopeptide, Creatinine and Vitamin D"\"08/31/2031"
+"NASA Johnson Space Center"\"Issued"\"MSC-25121-1"\8483877\"12/875254"\"WORKSPACE SAFE OPERATION OF A FORCE- OR IMPEDANCE-CONTROLLED ROBOT"\
+"NASA Johnson Space Center"\"Application"\"MSC-25149-1"\0\"13/196252"\"Controlling Execution Sequence Using Tactile-Classification during manipulation by a humanoid robot"\
+"NASA Johnson Space Center"\"Application"\"MSC-25216-1"\0\"13/439,546"\"METHOD AND COMPOSITION FOR AMELIORATING THE EFFECTS FOR A SUBJECT EXPOSED TO RADIATION OR OTHER SOURCES OF OXIDATIVE STRESS"\
+"NASA Johnson Space Center"\"Application"\"MSC-25217-1"\0\"13/272442"\"METHOD FOR DYNAMIC OPTIMIZATION OF A ROBOT CONTROL INTERFACE"\
+"NASA Johnson Space Center"\"Application"\"MSC-25219"\0\"13/207911"\"FAST GRASP CONTACT COMPUTATION FOR A SERIAL ROBOT"\
+"NASA Johnson Space Center"\"Application"\"MSC-25265-1"\0\"13/851778"\"New method and device for digital to analog transformations and reconstructions of multichannel electrocardiograms"\"10/30/2032"
+"NASA Johnson Space Center"\"Application"\"MSC-25286-1"\0\"14/252660"\"A chemical formulation to stabilize urine and minimize the precipitation potential of minerals during distillation of urine"\"03/11/2033"
+"NASA Johnson Space Center"\"Application"\"MSC-25313-1"\0\"13/774835"\"Hydrostatic Hyperbaric Chamber"\"02/22/2033"
+"NASA Johnson Space Center"\"Application"\"MSC-25318"\0\"13/408668"\"HUMAN GRASP ASSIST SOFT"\
+"NASA Johnson Space Center"\"Application"\"MSC-25319"\0\"13/408656"\"HUMAN GRASP ASSIST "\
+"NASA Johnson Space Center"\"Application"\"MSC-25320"\0\"13/408675"\"HUMAN GRASP ASSIST CONTROLS"\
+"NASA Johnson Space Center"\"Application"\"MSC-25327-1"\0\"13/459557"\"COMMUNICATION SYSTEM AND METHOD"\
+"NASA Johnson Space Center"\"Application"\"MSC-25386-1"\0\"13/951671"\"Active Response Gravity Offload System - Vertical Software Release"\"07/26/2033"
+"NASA Johnson Space Center"\"Application"\"MSC-25590-1"\0\"13/790927"\"Systems and Methods for RFID-Enabled Information Collection"\
+"NASA Johnson Space Center"\"Application"\"MSC-25604-1"\0\"13/791584"\"Systems and Methods for RFID-Enabled Dispenser"\
+"NASA Johnson Space Center"\"Application"\"MSC-25605-1"\0\"13/790721"\"Switch Using Radio Frequency Identification"\
+"NASA Johnson Space Center"\"Application"\"MSC-25626-1"\0\"14/200,122"\"RFID Torque-Sensing Tag System for Fasteners"\"03/07/2034"
+"NASA Johnson Space Center"\"Application"\"MSC-25632-1"\0\"13/803017"\"ROBOT TASK COMMANDER WITH EXTENSIBLE PROGRAMMING ENVIRONMENT
+"\"03/14/2033"
+"NASA Johnson Space Center"\"Application"\"MSC-25758-1"\0\"14/184303"\"Methods, Systems and Apparatuses for Radio Frequency Identification"\"03/11/2033"
+"NASA Johnson Space Center"\"Application"\"MSC-25759-1"\0\"14/184337"\"Methods, Systems and Apparatuses for Radio Frequency Identification"\"03/11/2033"
+"NASA Johnson Space Center"\"Application"\"MSC-25760-1"\0\"14/184365"\"Methods, Systems and Apparatuses for Radio Frequency Identification"\"03/11/2033"
+"NASA Jet Propulsion Laboratory"\"Application"\"NPO-17734-1"\0\"07/700,830"\"Formation Of Self-Aligned Guard Ring For Silicide Schottky-Barrier Diodes Used For Infrared Detection"\
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-19289-1"\6513023\"09/412,199"\"On-Chip Learning In VLSI Hardware"\"10/01/2019"
+"NASA Jet Propulsion Laboratory"\"Application"\"NPO-19769-1"\0\"08/868,175"\"Automated Cargo Inventory Identification Transponder"\
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-19855-1"\6374630\"09/853,931"\"Champagne Heat Pump"\"05/09/2021"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-20031-1"\6828935\"10/176,761"\"Receiver Controlled Phased Array Antenna"\"07/19/2022"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-20837-1"\6526556\"09/591,386"\"MORPHING TECHNIQUE FOR ACCELERATED EVOLUTIONARY SYNTHESIS OF ELECTRONIC CIRCUITS"\"06/07/2020"
+"NASA Jet Propulsion Laboratory"\"Application"\"NPO-21136-1"\0\"10/219,384"\"A CMOS ACTIVE PIXEL SENSOR (APS) FOR READING COMPACT DISCS"\
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-30703-1"\7240208\"10/424,287"\"ENCRYPTING DIGITAL CAMERA"\"04/23/2023"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-40040-1"\7480984\"40/863,835"\"A Concept For Suppressing Sublimation In Advanced Thermoelectric Devices"\"06/07/2024"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-40407-1"\7592747\"11/056,633"\"Piezoelectrically Enhanced PhotoCathode (PEPC)"\"02/09/2025"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-40827-1"\7156189\"11/1,465"\"SELF-MOUNTABLE AND EXTRACTABLE ULTRASONIC/SONIC ANCHOR (U/S-Anchor)"\"12/01/2024"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-41446-1"\8358723\"11/602,440"\"Architecture Of An Autonomous Radio"\"09/12/2031"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-41506-2"\8492160\"12/720,103"\"BIOMARKER SENSOR SYSTEM AND METHOD FOR MULTI-COLOR IMAGING AND PROCESSING OF SINGLE-MOLECULE LIFE SIGNATURES"\"04/09/2031"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-41511-1"\7385462\"11/376,638"\"Wideband (31 To 36 GHz) 24-Way Radial Power Combiner/Divider Fed By A Marie Transducer"\"03/14/2026"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-41982-1"\8078309\"12/415,206"\"Inverse Tomographic Approach To Create Arbitrary Sidewall Geometries In 3D Using LiGA Technologies"\"03/03/2021"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-42131-1"\7824247\"11/756,819"\"PORTABLE RAPID AND QUIET DRILL (PRAQD)"\"11/02/2027"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-42312-1"\7184624\"11/422,147"\"Slow light in chains of vertically coupled whispering gallery mode resonators"\"06/05/2026"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-42466-1"\7764384\"11/924,766"\"Swept frequency laser metrology system"\"10/26/2027"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-42563-1"\7353768\"11/456,441"\"Submersible Vehicle Propulsion and Power Generation"\"07/10/2026"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-42672-1"\7996112\"11/756,793"\"Micro Robot Explorer (SpiderBot) Mesh Crawler"\"06/08/2030"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-43213-1"\7850861\"11/764,359"\"Patterning packing materials for Fluidic Channels"\"10/13/2029"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-43348-1"\7809521\"12/40,459"\"Precise delay measurement circuit on FPGAs"\"01/31/2029"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-43361-1"\7773121\"11/741,213"\"High Resolution, Continuous Field of View, Non-Rotating Imaging Sensor Head"\"10/15/2028"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-43524-1"\7773362\"11/683,007"\"Dusty Plasma Thruster"\"01/03/2029"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-44079-1"\8022860\"11/781,022"\"Enhanced Interference Cancellation and Telemetry Reception with a Single Parabolic Dish Antenna using a Focal Plane Array"\"04/30/2030"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-44765-1"\7740088\"11/928,069"\"Ultrasonic/Sonic Rotary-Hammer Drill (USRoHD)"\"04/15/2028"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-44914-1"\8407979\"11/926,279"\"Magnetically-Conformed, Variable Area Discharge Chamber for Hall Thruster Plasma Accelerators"\"06/08/2031"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-45053-1"\8057283\"12/119,989"\"The process of significant improving of optical quality factor of whispering gallery mode resonator."\"09/15/2030"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-45911-1"\8163094\"12/508,006"\"Method to Improve Indium Bump Bonding Via Indium Oxide Removal Using a Two Step Plasma Process"\"08/16/2030"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-45948-1"\7843650\"12/490,422"\"Monolithic Afocal Telescope"\"06/24/2029"
+"NASA Jet Propulsion Laboratory"\"Application"\"NPO-46253-1"\0\"12/237,159"\"Generation of optical combs in a whispering gallery mode resonator from a bichromatic pump"\
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-46843-1"\8169371\"12/541,725"\"A single-layer, all-metal patch antenna element with wide bandwidth"\"09/25/2030"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-46938-1"\8026768\"12/691,070"\"A 201Hg+ co-magnetometer for 199Hg+ trapped ion space atomic clocks"\"04/03/2030"
+"NASA Jet Propulsion Laboratory"\"Application"\"NPO-47300-1"\0\"13/017,174"\"Textured Si Anode for High Capacity, Rapid Charge Rate Li Ion Batteries"\
+"NASA Jet Propulsion Laboratory"\"Application"\"NPO-47300-2"\0\"13/895,499"\"Textured Si Anode for High Capacity, Rapid Charge Rate Li Ion Batteries"\"01/31/2031"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-47310-1"\8502987\"13/018,672"\"Coherent Detector for Near-Angle Scattering and Polarization Characterization of Telescope Mirror Coatings"\"03/24/2032"
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-47604-1"\8649000\"13/277,954"\"Surface Enhanced Raman Scattering using Silica Whispering-Gallery Mode Resonators"\"07/10/2032"
+"NASA Jet Propulsion Laboratory"\"Application"\"NPO-47717-1"\\"13/281,683"\"360-Degree Camera Head for Unmanned Surface Sea Vehicles"\
+"NASA Jet Propulsion Laboratory"\"Issued"\"NPO-47869-1"\8649609\"13/071,299"\"FPGA Vision Data Architecture"\"04/17/2032"
+"NASA Jet Propulsion Laboratory"\"Application"\"NPO-47881-1"\\"14/151,684"\"Pulsed Plasma Lubricator (PPL) Technology for the In Situ Replenishment of Dry Lubricants in Extreme Environments"\
+"NASA Jet Propulsion Laboratory"\"Application"\"NPO-48140-1"\\"13/456,451"\"Probabilistic Surface Characterization for Safe Landing Hazard Detection and Avoidance"\
+"NASA Jet Propulsion Laboratory"\"Application"\"NPO-48413-1"\\"13/757,929"\"Simple Laser-Communications Terminal for Downlink from Earth-Orbit at Rates Exceeding 10 Gb/s"\"02/04/2033"
+"NASA Jet Propulsion Laboratory"\"Application"\"NPO-48539-1"\\"13/858,267"\"Neutral mounting of whispering gallery mode resonators for suppression of acceleration-induced frequency fluctuations"\"04/08/2033"
+"NASA Jet Propulsion Laboratory"\"Application"\"NPO-49086-1"\\"14/101,547"\"Electride Mediated Surface Enhanced Raman Spectroscopy"\"12/10/2033"
+"NASA Stennis Space Center"\"Issued"\"SSC-00040"\5726632\"08/622,178"\"HANDHELD HYDROGEN FIRE IMAGER"\"03/14/2016"
+"NASA Stennis Space Center"\"Issued"\"SSC-00050"\6020587\"09/3,212"\"A HAND HELD PLANT STRESS DETECTION SYSTEM"\"01/06/2018"
+"NASA Stennis Space Center"\"Issued"\"SSC-00247"\8618933\"11/866,042"\"Valve Health Monitoring System Utilizing Smart Instrumentation for Real Time and Historical Data Tracking"\"05/03/2032"
+"NASA Stennis Space Center"\"Issued"\"SSC-00264"\8336849\"12/704193"\"Conical Seat Shut Off Valve"\"01/13/2031"
+"NASA Stennis Space Center"\"Issued"\"SSC-00327"\8401820\"12/566,111"\"IN SITU HEALTH MONITORING OF PIEZOELECTRIC SENSORS"\"07/31/2030"