BEE-spoke-data/govdocs1-by-extension huggingface dataset:
# Presentation: 069639

## Lesson 4

- Technology:
- Resources and Implementation

## Learning Outcomes

- Identify the technical and institutional resources for implementing Road Weather Information Systems (RWIS)
-   Identify key technological resources available to you for making road weather decisions
-   Identify the challenges faced in implementing road weather technology

## Technology

- Resources
- Implementation Challenges

## RWIS

- 1970s:  Devices first tested on bridges
- 1980s:  Introduced to the general highway environment
- Today:  Refers to a spectrum of resources

## Components of RWIS

- Environmental Sensor Stations
- Processing Systems
- Forecasts and Models
- Dissemination

## Environmental Sensor Station

## Types of Data Collected 

- Air temperature
- Chemical presence in roadway
- Humidity
- Pavement temperature
- Precipitation: amount, rate and type
- Other?

## RWIS Processing Systems

**1:  Road Sensors**
**2:  Sensors & RPU**
**3:  CPU/Server**
**4:  End User**

## Forecasts and Models

- Air temperature
- Pavement temperature
- Precipitation
- Wind forecast
- Snow accumulation
- Pavement icing

## Dissemination

**Dissemination**

**511**

## Benefits of RWIS

**Safety**

**Mobility**

**Economic Vitality**

## Data Sharing Issue: RWIS

**Data Sharing Issue: RWIS**

## RWIS Review

## Additional Resources

- Thermal Mapping
- Satellite Imagery
- Mesonet
- Decision Support System (DSS)

## Thermal Mapping

## Satellite Imagery

## Mesonets

## Slide 18

## Technology Implementation Challenges

- Technical
- Universal Standards
- Personnel
- Thresholds

## Review: Learning Outcomes

-   Identify key technological resources available to you for making road weather decisions
-   Identify the challenges faced in implementing road weather technology

**Review: Learning Outcomes**
# Presentation: 550540

## Antarctic Ocean and Climate Systems

**Bernhard Lettau**
**Program Manager**
**NSF/Office of Polar Programs**

## Antarctic Oceans and Climate

- Oceanography
-   Antarctic Circumpolar Current Dynamics
-   Geochemical Cycling
-   Water Mass Modification
-   Air-Sea Exchange
-   Sea Ice Processes

## Antarctic Oceans and Climate

## Antarctic Oceans and Climate

## Antarctic Oceans and Climate

## Antarctic Oceans and ClimateMinimum and Maximum Sea Ice Extent

## Antarctic Oceans and Climate

## Antarctic Oceans and Climate

## Antarctic Oceans and Climate

**Proxy Records from Ice Cores**

**Antarctic Oceans and Climate**

## Antarctic Oceans and Climate

- Climate Processes
-   Synoptic Meteorology
-   Remote Sensing
- Microwave, GPS Occultation, Lasers
- Solar and Infrared Radiation
- Atmospheric Profiling
-   Atmospheric Chemistry

## Antarctic Oceans and Climate Synoptic Meteorology

## Antarctic Oceans and Climate

**Direct Observations**

**Antarctic Oceans and Climate**

## Antarctic Oceans and Climate

**Direct Observations**

**Antarctic Oceans and Climate**

## Antarctic Oceans and Climate

- Planned Programs
-   Clivar - DecCen
-   Antarctic Sea Ice Processes and Climate (ASPeCT)
-   Regional Interactions Meteorological Experiment (RIME)
-   U. S. Carbon Cycle Science Program
-   International Polar Year
# Presentation: 371598

## Image Measures and Metrics by Characteristic Shapes

- Tom Asaki (LANL), Mark Abramson (AFIT), Rachael Pingel (BYU), John Dennis, Jr. (Rice)

**Key Idea:** find low-dimensional measure vectors on whole images that preserve relevant features, and compute metrics on feature vectors.

**Key Idea:** Use low-dimensional parameterized shapes to form relevant measure vectors as a function of image intensity.

-             Image A                        Image B

-         Characteristic                Characteristic
-          Sequence A                   Sequence B

**Key Idea:** Characteristic shapes must be low dimensional, capture features of interest, and _x0010__x0010__x0010__x0010__x0010__x0010_be defined over most image intensities.

- ellipses
*p*=5

- low- trigonometric
- polynomials, *p*~10

- circle unions
*p*=3*n*

**Example:** For each image intensity {*z**i*}, find the maximal area ellipse  such that z > *z**i *in  and on the boundary of   subject to a maximum allowed constraint violation *h*()=**(z*z**i*)<*h**0**.*

- Compose measure vectors on the ellipse description parameters (*x, y, a, b, ***) and on meaningful derived quantities (*e.g*. eccentricity *e *and area* A*).

- Measure vectors are ellipse parameter quantities computed as functions of image intensity.
# Presentation: 712201

## Genetic Evaluation of Milking Speed for Brown Swiss Dairy Cattle

## Introduction

**International customers for Brown Swiss customers are interested in milking speed information**
**Slow milkers disrupt parlor flow and efficiency**
**Fast milkers may be at increased risk for mastitis**

## Scoring

**Scored 1 to 8 (low to high)**
**Began in 2004**

## Data

**6,483 records**
**6,017 cows**
**352 herds**
**19,209 ancestors born 1985+**
**7 unknown parent groups including 4 birth years**

## Model

**Fixed effects:**
**Herd appraisal date**
**Parity-stage of lactation (4 90-d stages)**
**Random effects:**
**Animal**
**Permanent environment**
**Residual**

## Variance Component Estimates

**Heritability = 0.22**
**Repeatability = 0.41**
**Residual variance = 1.13**

## Solutions for stage of lactation (90-d period) by parity

## Correlations of milking speed with production traits

| Trait | Correlation | P-value |
| --- | --- | --- |
| Milk | 0.22 | 0.0231 |
| Fat | 0.02 | 0.8440 |
| Protein | 0.03 | 0.7817 |
| Productive Life | 0.52 | <0.0001 |
| SCS | -0.37 | <0.0001 |

## Conclusions

**Faster Milking Speed not associated with Increase SCS**
**Evaluation for MSD released May 2006**
**Further research on stud supplied scores, or DHI supplied times**
# Presentation: 814146

## Microboone Temperature Distribution

- Zhijing Tang
- Richard Schmitt
- 11/15/07

## Model Conditions

**	**Vessel diameter	4 meters
- Vessel length	12 meters
- Shell heat load 	1 W/m2
- Cage size		2.6x2.6 meters
- Top & Bottom of cage 25mm diameter rods on 40 mm pitch
- Cooling pipe 		1800mm above center along the length of the vessel
- Electronics heat load	1250 watts spread along length
- Electronics location	1400 mm above center along the length of the vessel
- Fluid conditions, two variations
- Argon is saturated at liquid level 1600 mm above the center
- The vessel is completely filled with subcooled liquid argon
- Question:  What is the temperature distribution in the vessel under each condition?

- MicroBoone Temperature Distribution

- 11/15/2007

## Full Vessel

- MicroBoone Temperature Distribution

- 11/15/2007

## Vapor Space

- MicroBoone Temperature Distribution

- 11/15/2007

## Velocity, Full Vessel

- MicroBoone Temperature Distribution

- 11/15/2007

## Velocity at Top Grid

- MicroBoone Temperature Distribution

- 11/15/2007

## Velocity, Vapor Space

- MicroBoone Temperature Distribution

- 11/15/2007

## Backup Slides

- MicroBoone Temperature Distribution

- 11/15/2007

## Hand Calculations

- Simplified natural convection calculations verifies ANSYS results

- MicroBoone Temperature Distribution

- 11/15/2007

## Model Parameters

- I modeled 40mm slice of the vessel in the midle, assume there the flow is basically 2-dimesional.
- For the cage, top and bottom rods are modeled, but the perforated plates are not.
- The heatload from electronics is 1250/12 = 104 w/m, and there is 4Pi w/m from the vessel wall.
- If the cooling pipe is going to take away these heating loads, it should be 116.7 w/m. We put
- a 30 mm cooling pipe 1800 mm above the center, and put a similar diameter heating pipe 1400
- mm above the center (assume all the eletronic heat comes from the heating pipe).
- The circumference of the heating/cooling pipes is 0.0942 m, so the heating load will be
- 1103 w/m^2 and the cooling load will be -1238 w/m^2.
- The temperature and convection flow are reported. It seems that the flow is small

- MicroBoone Temperature Distribution

- 11/15/2007

- MicroBoone Temperature Distribution

- 11/15/2007
# Presentation: 497464

## Single Spoke Cavity RF & MECHANICAL DESIGN

- Beam dynamic simulations led
- us to chose:
- F                  = 325 MHz
- β                  = 0.22
- Eacc              = 10.67 MV/m
- N cavity       = 16
- R aperture   = 15 mm
- IN energy     = 15.6 MeV
- OUT energy = 33 MeV

## There is no analog of SSC.

- The geometrical and mechanical optimizations have to be done.
- We can use some results and experience.

## Slide 3

## The optimization of the cavity have to be done in order to minimize the

- Epk /Eacc and Bpk/Eacc and maximize R/Q0

- Bpk/Eacc

- Epk /Eacc

## SPOKE DESIGN

- Spoke base diamater = 1/3 Top cavity length

## Slide 6

## ENDWALL DESIGN AND MECHANICAL STUDY

## Vacuum load

- Tuning and mechanical vibrations
- Cool-down
- Lorentz forces detuning
# Presentation: 805728

## VDCT Status

- John Maclean
- APS/ANL

## Introduction

- Goals
- What has happened
- Current problems
- What's going to happen
- Next set of requirements

## Goals

- VDCT to become _THE_ database configuration tool
- Don't turn people off by burning them with a substandard product
- VDCT to be an “Open” product

## What has happened so far?

- IJS/Cosylab released VDCT under modified BSD license.
- Work broken into Packages A, B, C.
- SLS funded “bridging” work.
- Package A completed. Funded by APS.
- Funding open source development a new concept for ANL (referred to DOE lawyers). Set a precedent.
- Developed standard for defining hierarchies in .db files
- Package B completed. Release available (build 1242). Funded by DIAMOND.
- Package C underway

## Package A content

- Not much new, mostly bug fixes:
- Connectors always on top.
- Scaling and spacing stays consistent following multiple zooms/unzooms.
- Print preview improved.
- Makefile available
- Configuration information split between configuration file and db. Db information stays with db.

## Package B Content

- Mostly new features
- Scaling fixed
- High resolution printing
- Structure for INP/OUT links
- Editing of link attributes (NPP NMS)
- Visible fields selectable
- Tags and external stubs
- Text boxes, lines, arrows etc.
- Higher resolution printing.
- Inspector improved
- Hierarchy – first attempt

## Other Progress

- Matej visited APS with Rozelle Wright to better define hierarchy behavior
- “EPICS” VDCT web page.
- Link to Cosylab for distribution, but has status, simple intstall instructions, plans etc.
- VDCT listserver
- Package C
- Defined
- Price agreed
- Funded by SNS
- Release date July 31 2003

## Current problems**As of build 1042

- Hierarchy doesn't work properly (can't see input ports)
- Loading/storing preferences file on Linux & Solaris
- Global tags don't work properly
- Can't exit on Solaris and Linux/Java 1.4.1_01
- Visibility of separator character

## Package C content

## Package C content cont.

## What next?

- More developers
- Need help writing user manual
- Need help creating tutorial
- Make for hierarchies
- Define package D
- Funding

## Package D content?

- GDCT conversion tool*
- CAPFAST conversion tool*
- Multiple files/dbs open at one time
- Use dbStaticLib to access files
- Define interactions with high level tools(Oracle)
- *Community developers may be best for this?

## Summary

- A lot has happened
- Big improvements, thank you Matej
- Thank you SLS, APS, DIAMOND, SNS, anyone who's tested it
- Closer to go to get the tool we want
- Should get it when package C complete
- Need to decide what goes into next package
- Put up the money and you get to decide
# Presentation: 652677

## IRDB “Redesign”

- Program Administration
- PowerView

## Scope

- Designed primarily for Program Directors
- Combines elements of
- PV_GRANT_PI_MV
- PV_BUDGET_MV
- PV_INSTITUTION_MV
- PV_ICD_ASSIGNMENTS_MV

## Key code indicators

- Abstract exists (10)
- AIDS related (10)
- Animal subjects (10)
- Appl. status (11)
- Appl status group (12)
- Child clinical study (13)
- Co-funding indicator (13)
- DSF code (13)

- Expedited review (13)
- Foreign application (13)
- FSR accepted (13)
- Gender clinical study (14)
- Human subject (14)
- ICD disposition (15)
- Initiative type (15)
- Intent to Pay (16)

## Key code indicators cont’d.

- Minority clinical study (18)
- New PI (18)
- NGA Exists (18)
- Phase 3 clinical trial (18)
- Priority code (19)
- PCC (19)
- Sci. Classification (20)
- SNAP indicator (20)

- Special consideration (20)
- Special disposition (20)
- Special supplement (20)
- SRA designator (21)
- SRA Flex (21)
- Stem cells used (21)
- Smry. stmt. status (21)
- Tracking exception (21)

## IRG information

- Agenda avail. (16)
- IRG code (16)
- IRG flex (16)
- IRG combining (16)
- Meeting group code (16)
- Meeting address (16)
- Meeting date/time (16)

- Meeting phone num. (16)
- Percentile num (17)
- Percentile reference (17)
- Percentile descrip. (17)
- Recom. code (17)
- IRG Round date (18)

## Key flags, names, and dates

- Flags
- Activated fellowship (10)
- Active grant (10)
- SS Admin note (21)
- SS Biohazard (21)
- SS Budget comments (21)
- SS Foreign (21)
- Psrn ID, Full name, email, work phone w/ ext for:
- PO, GMO, GS, and SRA
- PI (w/ addr. and fax)

- Dates
- NGA Issued (13)
- Budget start/end (13)
- Council meeting (13)
- Fellowship activation notice recorded (13)
- IRG meeting (16)
- IRG Round (18)
- Project start/end (19)
- Smry. stmt. released (19)

## Admin data

- Appl ID (10)
- Source_code_dc (10)
- Activity code (10)
- Admin. IC (11)
- Appl. type code (13)
- External org ID (13)
- Former number (13)
- Full grant number (14)
- FY (14)

- Org name (18)
- Business official name and phone (18)
- Priority score (19)
- Project title (19)
- RFA/PA num (20)
- Serial number (20)
- Suffix code (21)
- Support year (21)

## Funding information

- Awarded direct/indirect cost (13)
- Council recommended dollars – all years (13)
- Direct cost requested – project (13)
- Committed future year amounts (14)
- Req. direct cost – all years (19)

- Total awarded amt. (21)
- Total cost requested (21)
- Yr 1 tot cost amt. (21)
- Total obligated amt. (21)
- Un-obligated balance (21)

## Miscellaneous information

- Appl. status descrip. (12)
- Appl. status group descrip. (12)
- Appl. workflow state (12)
- % applied research (13)
- % basic research (13)
- % develop. research (13)
- Country name (13)
- Number of out years (18)
# Presentation: 146438

## Slide 1

## Slide 2

## Slide 3

## Slide 4

## Slide 5

**Navigate to F:\Geodata\Soils.  Look for the file with your county FIP code AND an extension of “.mdb”**

**Double click**

**Notes:**
One way to get to the brief soil descriptions (nontechs): Navigate to the F:\geodata\soils folder. Double click on the county you need (fips code).

**Notes:**
Open the dataset.

**Wait a few seconds and this screen will pop up**

**Notes:**
This screen opens up.

**1) Pick all soils you want a report for**.

**2) Pick this report**

**3) Click here**

**Notes:**
Select the map units you want and the report named Brief Map Unit Descriptions. Then hit the Select Parameters button.

**1) Select 1 or more**
**CTSG= conservation tree & shrub group; **
**FSG=forage suitability group;**
**SOIL= simple soil descriptions**

**2) Click to see report**

**Notes:**
The Report Generation screen will pop up. We have descriptions in SOIL, CTSG, and FSG. There may be a few “left over” descriptions in other categories-ignore those. CTSG stands for Conservation Tree & Shrub Groups, FSG stands for Forage Suitability Groups, and SOIL relates to plain soil descriptions.

**print**

**Notes:**
Finally, a report should pop up.

**Click here to open a Word document.**

**Notes:**
If you want to save the report in the customer’s file, or change the report appearance, click on the MS Word button on the tool bar, which describes itself as “OfficeLinks”.

## In Word you can format or save the document as desired.

**In Word you can format or save the document as desired.**

**Notes:**
In Word you can format the document as desired.  If the customer folder is on your C drive, you can do a Save As and save the document in reports in their folder.

## Slide 32

**Notes:**
OK-Now we need a vehicle to store our soils data-NASIS.
# Presentation: 516439

## High Level SSC Archive/AccessDesign

- Someplace to start for WBS...
- B.S.

## Archiving

- SSC
- Pipeline

- Data
- files

- Archive
- Processor

- db

- File
- Archive

- Backup
- Processor

- Backup
- files

- Db Backup
- Processor

- Meta
- data

## DB Access

- Db Query
- Processor

- Web
- Server

- Query
- Server

- Internal
- Access
- Server

- Meta
- data

- SSC
- Web
- pages

- Web page
- updater

- GLAST

## Archive Processor

- Polling
- thread

- Initializer

- Output
- logger

- Queue
- manager

- Archive
- executor

- Progress
- logger

- Config
- file

- Problem
- Notifier

- db

- Progess
- Log/db

- Output
- log

- email

- Meta
- data

## Query Server (Events)

- listen
- thread

- Size
- Assess.

- Queue
- manager

- DB access
- server

- logger

- Problem
- Notifier

- db

- Log

- email

- Meta
- data

- Small
- list

- Big
- list

- Data
- distributor

## Database Table

## Database Table, pt. 2

## Database Table, pt. 3

## Beowulf Photon DB Ingest

- Photon file

- Photon file

- Photon file

- Archive
- Processor

- RAID

- Server on
- Master

- Slave

- Meta
- data

- File
- archive

- Photon file

- MPI
- PVM

-  in
- Mem.

## Beowulf Photon DB queries

- Query
- Server

- Server on
- Master

- Slave N
- processor

- MPI
- PVM

-  in
- memory

- Web
- server

- Internal
- query server

## DBMS Photon DB Ingest

- Photon file

- Photon DB

- Archive
- Processor

- DB Server

- Meta
- data

- File
- archive

-  in
- Mem.?

- SQL

## DBMS Photon DB queries

- Query
- Server

- DBServer

- SQL

-  in
- Mem.?

- Web
- server

- Internal
- query server

## DB Access “class diagram”

- Database
- Accessor

- Database
- Interface

- DB
- Archiver

- DB Query
- Handler

- uses

- DBMS
- Driver

- beowulf

- postgresSQL

- oracle

- berkeleyDB

- Read only

## Perl vs. Java - which is “better”

- Java is sexier, more likely to attract good programmers.
- SLAC may be planning to use Java in tools - why not make everything Java
- Can make analysis tools that run Java on user’s computer via Browser Java interface
- Perl is easier to learn
- Java gurus tend to be expensive
- Perl is used extensively in HEASARC - no question it will be maintainable by their staff.

## Perl vs. Java: tools

| TOOL FUNCTION | PERL | JAVA | COMMENTS |
| --- | --- | --- | --- |
| Database
Driver | DBI module | JDBC package | Both good |
| Parallel Computing
(beowulf) | Parallel::MPI module | JMPI package | Both can be flaky due partly to data typing problems |
| FITS file interface | CFITSIO.pm | Jfits, other attempts |  |
| Graphics - GUIs and Web graphics | Perl/Tk | Swing, AWT | Better graphics development in Java |
| Programming for novice science types | Relatively easy | More difficult, but worth the effort?  |  |
| Object Orientedness | Can be made OO if needed | Java is inescapably OO |  |
# Presentation: 330426

## Exploratory Synthesis of New Classes of Inorganic Salt-Inclusion Solids

- The first water-soluble salt-inclusion solid (SIS), Cs10Na3(V15O36)Cl8, was synthesized in a CsCl/NaCl eutectic flux.  The compound consists of Cl-centered [V15O36]5- clusters that have 8 valence electrons delocalized among 15 vanadium atoms.  Water solutions, containing these single-sized nanoclusters, are undergoing electrochemical and spectroscopic studies.  These investigations are of vital importance for possible catalytic, magnetic and electronic applications.

**Exploratory Synthesis of New Classes of Inorganic Salt-Inclusion Solids**
**Shiou-Jyh Hwu, Clemson University, DMR 0706426**

- A Cl-centered [V15O36]5- cluster made of 15 [VO5] units sharing vertex oxygen atoms.  (Cl: green, V: blue, O: red)  The cluster is partially reduced and is subject to oxidative decomposition in aqueous solution.

## Exploratory Synthesis of New Classes of Inorganic Salt-Inclusion Solids

- Figures on the right show demos that the PI presented at a seminar entitled “Smart Materials” to local high school students.  This activity provides collaboration with high school participants to develop new ideas for pre-collegiate science education, and to expand the teachers’ knowledge of current research topics.  This outreach activity is ongoing.

**Exploratory Synthesis of New Classes of Inorganic Salt-Inclusion Solids**
- Shiou-Jyh, Clemson University, DMR 0706426

- Two of the demos that the PI presented at a science club meeting in a local high school – fuel-cell car (top) and memory metal (bottom, showing “GO LIONS”).
# Presentation: 695185

## ITA HQ & Domestic Upper Grade Levels – 1st Quarter FY08 

**ITA HQ & Domestic Upper Grade Levels – 1****st**** Quarter FY08 **

-                                  Total # GS-13 & Above:  _850_    (63.76 % of HQ & Domestic ITA Population)

- _Minority Group_:              _Total ITA Population_:      _#s  in Grades GS-13 and Above_:          _Percentage in upper grades_:
- Black                                               241                                          82                                                34%
- White:                                             958                                         697                                               72.7%
- Asian:		         80                                           42                                                52.5%
- Hispanic:                                          52                                           29                                                55.7%
- AmInd                                              01                                             0                                                     --
# Presentation: 165458

## NPDES Permit Applications and Reasonable Potential Considerations

- To a fixed censoring point?(Lc, Ld, or Lq)

- Report numbers with data qualifier flags?

- Should the censoring point be:

- The following will need to be set to establish where to set the flags.

- Lq

- Ld

- Lc

- Should Lq include:precision?
- accuracy?

- Where should we set the false positive rate?the false negative rate?

- Where should we set the false positive rate?

- This concludes issues related to how laboratories will report results that will be used for reasonable potential determination.  Go to next chart for how these data will be compared to WQBELs to determine reasonable potential.

- For any/all uses identified above, should Lc, Ld, or Lq be based on single lab or interlab or multilab?
- For any/all uses identified above, should Lc, Ld, or Lq be based on a prescriptive or descriptive approach?
-          For instance, should there be a national standard by method or by analyte?
-          Others?

- If Yes, what precision?

- If Yes, what accuracy?

**?**

**?**

**?**

**?**

**?**

- No

- Yes

- Yes

- Yes

- Yes

- Yes

- Data Reporting

- Data Reporting for NPDES Permit Applications

## NPDES Permit Applications and Reasonable Potential Considerations

- Start - Is calculated WQBEL:

- <Lq and >Ld

- <Ld and >Lc

- <Lc

- How should we handle values
- below Lq for determining
- reasonable potential to exceed
- limit?

- “

- “

- “

- We have only a single data point

- We have multiple data points

- Value is <Lq but > Ld

- Value is <Ld but > Lc

- Value is < Lc

- ?

- ?

- ?

- All values are below Lq
- but some exceed Ld

- All values are below Ld
- but some exceed Lc

- All values are below Lc

- Values are a mixture at
- various levels

- etc

- ?

- ?

- ?

**Comparing NPDES Permit Application data against**
**WQBEL to determine reasonable potential**

- Evaluating the data to determine reasonable potential

## Setting limits in NPDES Permits

## NPDES Permit Compliance/Enforcement

- For any/all uses identified above, should Lc, Ld, or Lq be based on a prescriptive or descriptive approach?
-          Considerations under prescriptive approaches
-  	Should there be a national standard (e.g. a promulgated DL or QL)
- Should a national standard be based on method/analyte or by analyte only?
- Should there be some sort of validation procedure each lab must perform to demonstrate capability
-   to measure at the national standard level (and what is the validation procedure).
-          Others?
- Considerations under a descriptive approach

**III.**

- Next Issue:
- Data reporting for
- NPDES permits
- Both with respect to
- Compliance and
- Non-compliance monitoring
# Presentation: 498617

##  - Spectroscopy of Proton-rich Nuclei   in Explosive Nuclear Astrophysics

-  - Spectroscopy of Proton-rich Nuclei   in Explosive Nuclear Astrophysics

-       PJ Woods, University of Edinburgh
- on behalf of ANL, Edinburgh, York collaboration

## Z 

- Z 

**IGNITION**
**REACTIONS**

**NOVA, X-RAY Bursts,Type I SN**

**rp process**

## 25,6Al(p,)26,7Si reactions and the abundance of the cosmic gamma ray emitter 26Al

## The FMA at ATLAS

## GammaSphere Coupled to the FMA

## Slide 6

## 16O + 12C -> 26Si + 2n

- 16O + 12C -> 26Si + 2n

## Gate on 2+ ->0+ transition in 26Si

- Gate on 2+ ->0+ transition in 26Si

## Slide 9

## New results on gamma decaying states above proton thresholdin 27Si   D Seweryniak, PJW et al., data being analysed

## 15O(,)19Ne reaction rate  

- First measurements of lifetimes of key astrophysical resonances in 19Ne made by Notre Dame Group

## 17 O(3 He, n –gamma)19Ne reaction used at Notre Dame tomake 1st measurement of lifetime of astrophysicalresonance, WP Tan et al. PRC 72 041302 (2005)(also Kanungo et al. PRC 74 045803 (2006))

## 12 C + 10 B -> 19 Ne + 1p2n

- 12 C + 10 B -> 19 Ne + 1p2n

- Decays from 4.03 and 4.38 MeV states in 19Ne

## Gamma energy as a function of gammasphere angle

## Abundance curve of the elements

*“**The 11 Greatest Unanswered Questions of Physics”*
- based on National Academy of Science Report, 2002
- [Committee for the Physics of the Universe (CPU)]

- How were the elements from
- iron to uranium made?

## R-process nuclei will be synthesised  by the fastfission of 1 GeV/u 238U ions at the new FAIR facility 

**A**dvanced **I**mplantation **D**etection **A**rray (**AIDA**)
- - will use new ASIC instrumented  DSSDs

- 238U fission fragments
- from new super-FRS

- DESPEC collaboration

## Summary

- New data on 26,7Si resonances (and 24 Al)
- Analysis in progress on Lifetimes of 19 Ne
- Resonances
- New AIDA project underway for FAIR
- decay measurements on Super-FRS
# Presentation: 785003

## Magnetostatic Analysisof Target Region

- ANSYS model results

- R.E. Mischke
- 1 August 2001

## Toy modelline source

## Line sourceB field

## Line sourceBx; free mesh

## cos Θ magnetimport model

## current loopsidealized version

## Axisymmetric volume

## Minimal 1/8 volume with swept mesh

## Bx contours

## B field

## Bx contours

## Bx profile vs z

## Bx contours

## Bx profile vs z

## Bx profile vs x

## Bx contours

## Bx contours

## Bx, By profile vs z

## Bx profile vs z

## Bx contours

## Bx profile vs z

## uniformity

|            Z
Shell (r x l/2) |      0 | 300 mm | 
% change |
| --- | --- | --- | --- |
| 300 x 600 | 0.943E-8 | 1.122 | 19 |
| 300 x 750 | 1.034 | 1.414 | 37 |
| 500 x 550 | 1.881 | 1.907 | 01 |
| 500 x 600 | 1.956 | 2.057 | 05 |
| 500 x 750 | 2.114 | 2.342 | 11 |

## x

## Bx contours

## New model
# Presentation: 734709

## HBD Transmission Monitor Update IX: Transmittance @ higher Flow 

**HBD Working Group Meeting 3/6/07**
- B.Azmoun, S.Stoll
- Brookhaven National Lab

## Transmittance @ 2slpm (older data)

- 30 -40% Loss

- ~30 % Loss

- ~30-40 % Loss

- ~30-40 % Loss

- HBD IN

- HBD W

- HBD IN

- HBD W

- HBD E

- HBD E

- January

- February

- Glitch in *common* Vac scan or H2O??

- 170nm

## Transmittance @ 3.5slpm (new data)

- ~20%Loss

- ~23%Loss

- 75% inc. in Flow (2.03.5slpm)  =
- 10 -15% inc.  in Trans.
- (30 - 40%  20% Loss)

- CF4 IN

- HBD W

- HBD E

- Input Gas  Flat as always

## 20%Loss @170nm 50ppmH2O

## Slide 5
# Presentation: 802932

## U.S. Department of Agriculture

- Oficina de Asuntos Agrícolas

**Notes:**
Es un  placer estar aca con Uds. en este país tan lindo.  Me llamo Kari Rojas.  Soy el agregado agrícola en Buenos Aires Argentina.  Aunque nuestro oficina esta ubicado en la Embajada de EEUU en Buenos Aires, somos responsables para el área de Uruguay, Paraguay y Argentina.

## Objetivos de la Oficina de Asuntos Agrícolas, Buenos Aires

- Promovemos la exportación de productos agrícolas de los Estados Unidos.
- Analizamos todos los aspectos del agricultura del área desde la producción hasta el consumo.
- Manejamos las programas de licencias de importación de azúcar y lácteos.

## Programas de Licencias Importación			

- Azúcar
- Lácteos

## Importación de Lácteos

- Cuota con arancel preferencial
- Tipos de tarifas -
- Nivel alto – Mercado libre.
- Nivel bajo – Se necesita una licencia para importar con un baja arancel.

**Notes:**
Tarifa y cantidades varian por producto.
No se necesita licencia para importar al nivel alta de tarifa.

## ¿Que es una licencia de importación de lácteos?

- Un permiso para importar lácteos con un bajo arancel.
- Sin éste licencia, el importador tendría que pagar una tarifa más alta.

## ¿Cuanto se puede importar con una licencia de importación de lácteos?

- Depende de la cantidad de cuota asignado al importador por el Departmento de Agricultura de E.E.U.U.
- Y
- 	Depende de la “cantidad” de cuota que tiene cada país.

## ¿Que ‘cantidad’ de cuota tiene Uruguay?

- Cuotas específicas – Uruguay 2003

**Notes:**
Son quotas especificadas 

##  ¿Hay otras productos que puedo exportar con aranceles bajos?

- Categorías de ‘Otros Paises’ y ‘Cualquier País’
- Mantequilla
**Uruguay**   **Jan – Aug 2003**
- 5,278 – Otro País
- 300,722 – Cualquier País
- Aranceles bajos por orden de llegada
- Por ejemplo:
- Leche y/o crema condensada
- Leche y crema deshidratado
- otros

**Notes:**
Hay productos para los cual Uruguay no tiene una cuota especifica pero que sí se puede exportar a un importador que posee una licencia de importacion para ‘Otras Paises’.

Hay productos lacteos que pueden ser exportados a los EEUU que no requieren licencia de importacion pero solo una cantidad determinada puede entrar.  Estos productos pueden ser exportados desde cualquier pais y es por orden de llegada.

## ¿Si quiero participar en la cuota, que debo hacer?

- Contactar:
-  Cámara de la Industria Lactea del Uruguay
- Encontrar un importador en EE.UU. con licencia para importar de Uruguay.

**Notes:**
Los cupos del cuota estan asignados el año anterior.  Cada año la cámara reune con los exportadores uruguayos para asignar los cuotas para el año que viene.  Normalmente reunen al medio de Octubre.  Tienen hasta el 31 de Octubre a entragar la lista de exportadores a USDA.

## ¿Como encuentro un importador en EE.UU.?

- Camara de la Industria Láctea del Uruguay
- Cheese Importers Association of America (CIAA)460 Park Ave.New York, NY 1022Telephone: 212/753-7500Facsimile: 909/753-2870
- www.NationalDairyCouncil.org
# Presentation: 192509

## Ionic and Electronically Conducting

-   Development of a capability for the design and fabrication of ionic 		and electronically conducting ceramic materials
-   Two patents were obtained as a result of this program
-   Novel heterogeneous catalysis method and plasma coating for 			corrosion protection
**                             ****COMMERCIALIZATION**
-   Conducting ceramic components are currently fabricated by 			Eltron and are commercially available
-   Commercialization of over $700K in the natural gas and energy 		related industries
-   Refining processes for titanium, neodymium, and beryllium

***ELTRON RESEARCH, INC.***
***BOULDER, CO***

**S****mall**
**B****usiness**
**I****nnovation **
**R****esearch**

**     ****GOVERNMENT/SCIENCE APPLICATIONS**
-  Replacement of carbon anodes for aluminum production
-  Lithium-oxygen and calcium-oxygen storage batteries
-  Remediation of lead from copper alloys
-  Ability to conveniently obtain oxygen from extraterrestrial 	metal oxides

- 1986 Phase 2; SS-96; 10/26/95

- Johnson Space Center

**Ionic and Electronically Conducting**
**Ceramic Materials**
# Presentation: 391229

## Database as data server for data visualization during field campaigns 

- Jim JohnsonAtmospheric Chemistry Group

## Typical Field Campaigns

- Multi-platform,  Ship, planes, Land Stations
- Operation Center, Generally on Land

## On the “Ship”

- Generally 30 to 100 measured parameters
- Most are 1- Dimensional
- Several are 2-Dimensional (altitude – time)

## Data Visualization Needs

- Science Need – Are we seeing interesting things in the Atmosphere?
- Are we in a plume?
- Are we seeing variability in time and space?
- Which parameters are correlated?
- Engineering Need – Are we getting “good Data”?   Does anything need to be fixed?

## NEAQS 2004 Solution

- Web based plotting systems
- On the ship Intranet  http://erwin.pmel.noaa.gov
- On the internet on our serverhttp://saga.pmel.noaa.gov

## Technical Details

- Data are held in a MySQL database (on saga or erwin
- Web Form to select Parameter(s) and time or spatial period  (PHP used to read form)
- Ferret is used to generate the gif plot
- Data are entered to the database each minute
- Date (minute averages were transmitted each hour by Iridium modem)

## DataBase Advantages

- Data can easily be selected.
- New parameters can be added.
- Many different ways can be used to enter data.
# Presentation: 860858

## Beams Week in Review

- Working towards pre-shutdown luminosity
- Still trying to hit stride/unstable operation
- HV703 load switch resolved (for now)
- humidity/air conditioning issues
- D0 access
- feeder 41 failure
- variety of store to store issues

- All Experimenters Meeting

## Integrated Luminosity

- All Experimenters Meeting

## Peak Luminosity

- All Experimenters Meeting

## Store Summary

| Store # | Initial Luminosity | Duration | Termination | comments |
| --- | --- | --- | --- | --- |
| 1462 | 6.93 E30 | 9.5 hours | intentional |  |
| 1464 | 5.32 E30 | 3.7 hours | A4 lead failure
/humidity |  |
| 1480 | 12.95 E30 | 0.5 hours | feeder 41 glitch |  |
| 1482 | 5.83 E30 | 18.87 hours | intentional |  |

- All Experimenters Meeting

## Initial Luminosity

- All Experimenters Meeting

## Protons to Collision

- All Experimenters Meeting

## Pbars to Collision

- All Experimenters Meeting

## Tevatron Summary

- Studies
- F0 horizontal angle change (0.138 mrad)
- Coupling at 150 GeV and helix
- Bunch-by-bunch longitudinal damper

- All Experimenters Meeting

## Pbar Summary

- Studies
- Shot Lattice
- Tunes decoupled on extraction orbit
- Tunes parsed
- Beam line to Accumulator match
- P1 to AP3 emittance preservation
- Accumulator admittance
- Stacking sluggish
- Shot timing & phase to MI

- All Experimenters Meeting

## MI Summary

- MI8 beamline study
- Transverse emittance
- 8 GeV coalescing

- All Experimenters Meeting

## MI Summary

- All Experimenters Meeting

## MI Summary

- Flying Wire Study
- Beam intensity
- coalesced bunch intensity 300E9/bunch
- H- Emittance
- Injection 15.5 pi-mm-mr
- Extraction 16.8 pi-mm-mr
- V- Emittance
- Injection 14.2 pi-mm-mr
- Extraction 15.1 pi-mm-mr
- Emittance growth is <10% both in H and V planes

- All Experimenters Meeting

## MI Summary

- 8 GeV coalescing

- All Experimenters Meeting

## Schedule for this Week

- Five shifts of  Tevatron studies in two parts
- 36 X 12 > 0 X 12 at low beta
- pbar lifetime vs. proton intensity
- CDF forward proton detector timing
- Coupling
- Tune drift
- TEL
- Longitudinal damper
- Operational studies as needed

- All Experimenters Meeting

## Schedule for this Week

- Pbar
- Beam line lattice
- Stacking tune up
- A:EKIK flattop
- MI
- MI8 lattice
- 8 GeV coalescing
- Recycler
- MiniBooNe

- All Experimenters Meeting

## Schedule for this Week

- All Experimenters Meeting
# Presentation: 688491

## SETTING COST SHARING GUIDELINESLESSONS LEARNED

- Since Its First Enrollment Healthy Kids Has Experienced Increases and Decreases in Premiums Paid by Families
- During This Time, Copayments and Benefits Remained Consistent
- The Effect Each Change in Cost Sharing Has Had on Enrollment Has Been Evaluated by the Corporation

## ELIGIBILITY

## ENROLLMENT HISTORY

## COST SHARING

- Family Contributions To Monthly Premiums

## CURRENT ENROLLMENT BY SUBSIDY LEVEL

- Coverage:  August 1998

## ENROLLMENT BY SUBSIDY LEVEL

- After one year of enrollment

- A Comparison of Enrollment when Full Subsidies are Available

## ENROLLMENT AS PERCENTAGE OF POPULATION

- After one year of enrollment

- Percent of School-Age Children who Enrolled in Healthy Kids

## Families Who Contributed the Monthly Premium Were Twice As Likely to Access Health Care Services As Those Who Were Not Required to Pay a Monthly Premium
It Was Determined From This That Families Who Contribute at Least Some Portion of the Monthly Premium Are More Likely to Access Health Care

- It Was Determined From This That Families Who Contribute at Least Some Portion of the Monthly Premium Are More Likely to Access Health Care

- HEALTH CARE UTILIZATION

## ENROLLMENT BY SUBSIDIZED COVERAGE

- After Increase in Monthly Premium

**10,000**

**        ****August****	****	****September**

## ENROLLMENT IN VOLUSIA COUNTY

- After Increase in Premium

## Families in the Fully-Subsidized Category Were More Likely to Disenroll
These Families Were More Likely to Re-Enroll Their Children After 2 or 3 Months of Dropping Coverage

- These Families Were More Likely to Re-Enroll Their Children After 2 or 3 Months of Dropping Coverage

- EFFECT OF PREMIUM INCREASE ON ENROLLMENT

- VOLUSIA COUNTY:FULLY-SUBSIDIZED PREMIUMS WERE INCREASED TO $15 PMPM

## When a Monthly Premiums Were Increased for All Families, 39% of Participants Disenrolled From the Program:
80% were previously fully-subsidized
20% received a partial or no subsidy

- 80% were previously fully-subsidized
- 20% received a partial or no subsidy

- DISENROLLMENT

- AS A RESULT OF INCREASE IN FAMILY PREMIUM PAYMENTS

## 80% of Families Who Contributed to the Monthly Premium Accessed at Least One Health Care Service Within 12 Months of Enrollment
55% of Families Who Were Not Required to Pay a Monthly Premium Accessed at Least One Health Care Service Within 12 Months of Enrollment

- 80% of Families Who Contributed to the Monthly Premium Accessed at Least One Health Care Service Within 12 Months of Enrollment
- 55% of Families Who Were Not Required to Pay a Monthly Premium Accessed at Least One Health Care Service Within 12 Months of Enrollment

## ENROLLMENTWITH IMPLEMENTATION OF TITLE XXI

## The Change in Enrollment After the Premium Decreases Is Minimal
Additional Time and Data Will Be Needed to Assess the Full Impact These Changes Will Have on Enrollment

- Additional Time and Data Will Be Needed to Assess the Full Impact These Changes Will Have on Enrollment

- EFFECTS OF REDUCTIONS IN COST-SHARING

- AFTER AN INITIAL LOOK
# Presentation: 742930

## RESOURCESDOE Distributed Energy Resources (DER) Program 

**Roadmap to double the nation's CHP capacity: 46 GW to 92GW by 2010**
**Regional Application Centers (RACs)**
-  Provide application assistance, technology information, and education to architects and engineering companies, energy services companies, and building owners in eight states
**Midwest CHP Application Center CHP Guidebook**

-  Education and outreach
-  State baseline assessments
-  Case studies

-  Identification of high impact projects
-  Project screening
-  Support with SWAT Team Assistance.

**CHP Integration Test Center at the University of Maryland**
-  Lessons on packaged system valuable for commercial-scale multifamily CHP projects

**(202) 586-3646 **
**Merrill.Smith@ee.doe.gov**** **

_**http://www.eere.energy.gov/der**_
**Merrill Smith, DER Program Manager**

## RESOURCESEPA CHP Partnership 

**(202) 564-9442**
**troche.luis@epa.gov**

**http://www.epa.gov/chp/ **
**Luis Troche, CHP Team Lead**** **

-  The CHP Partnership is a voluntary program that seeks to reduce the environmental impact of power generation by fostering the use of CHP
-  New emphasis on CHP as pollution prevention
-  Ultimate goal is reduction of greenhouse gases
-  Issues include New Source Review, permitting, output based standards
-  Currently identifying opportunities for EPA CHP Partnership to act as catalyst to move industrial and district energy projects forward

## RESOURCESU.S. Combined Heat and Power (USCHPA) 

**(301) 628-2029**
**Dhinrichs@drintl.com**** **

_**http://www.uschpa.org**_
**Doug Hinrichs, Outreach and Market Development Committee Chair**

-  Mission is to create a regulatory, institutional and market environment that fosters the use of clean, efficient CHP as a major source of electric power and thermal energy in the U.S.
-  Involved with FERC, interconnect, and other policy issues
-  Sends out Policy Alerts to members
-  Manufacturers, developers, utilities are members

## RESOURCESInternational District Energy Association (IDEA) 

**(508) 366-9339**
**Rob.idea@districtenergy.org**

_**http://www.districtenergy.org**_
**Rob Thornton, President**

-  District energy systems produce steam, hot water or chilled water at a central plant and then pipe that energy out to buildings for space heating, domestic hot water heating and air conditioning
-  District energy model could be useful to multifamily projects with non-adjoining buildings
-  IDEA represents over 900 members
-  IDEA formerly had joint conferences with HUD

## RESOURCESNYSERDA 

**(518) 862-1090, x 3377**
**Dll@nyserda.org**** **

_**http://www.nyserda.org**_
**Dana Levy**

-  Awarding $24 million to install 45 combined heat and power systems throughout the state that will result in 35 MW of new electric generation
-  Committing additional $4 million for 11 projects to further develop DG technologies used in CHP applications
-  NYSERDA-supported* *Cogeneration Manual (1989)
- Q and A
- Worksheets
- Lists of available equipment
# Presentation: 918241

## MEASLES -- reported cases (thousands) by year, United States, 1965-2000

** **

** **

**0**

**50**

**100**

**150**

**200**

**250**

**300**

**350**

**400**

**450**

**500**

**Year**

**1965**

**1970**

**1975**

**1980**

**1985**

**1990**

**1995**

**2000**

**MEASLES -- reported cases (thousands) by year, United States, 1985-2000**

**0**

**5**

**10**

**15**

**20**

**25**

**30**

**Year**

**1985**

**1990**

**1995**

**2000**

**Reported Cass (Thousands)**

**Reported Cases (Thousands)**

- Source:  CDC. Summary of notifiable diseases. 1998.
# Presentation: 538637

## The UAB Scientific Communication Program: 

- Recruiting, Retaining, and Graduating Minority Students
*Joan F. Lorden, Julia S. Austin, and J. Lee Griner*
*Graduate School, University of Alabama at Birmingham*

- www.uab.edu/graduate

- 	www.uab.edu/profdev

- UAB Minority Outreach

-  Weekend symposia for undergraduate students and faculty
-  UAB faculty visits to undergraduate institutions

-  Presentation and publication experience
-  Computer and educational training
-  Instruction in principles of scientific communication and research integrity

- Special Needs of First-Generation
- College Students

-  Research experience
-  Guidance in choosing graduate schools and careers
-  Training in ethical conduct and communication skills
-  Wider awareness of career options

- Preparation for
- Graduate School

- Improved Skills and Knowledge

- Both graduate students and faculty recognize the need for communication and other skills. This chart shows the percentages of graduate students (*N* = 439) who sought different types of
- assistance from the Professional Development Program between June 1999 and May 2000.

-  Using nonverbal &verbal communication
-  Using visuals
-  Controlling nervousness

- Oral Reports

-  Comparing oral and written styles
-  Using logical organization
-  Building effective visuals

- Posters

-  Summer programs for high school and college students
-  Fellowships: Comprehensive MinorityFaculty and Student Development Program
-  1993-2000: 31 Ph.D.s earned
-  2000-2001: 32 fellows supported

- On-Campus Minority Programs

- Presentations of
- Summer Research Projects
# Presentation: 491685

## PubMed Review

- MLA 2004
- Washington, DC

## Clinical Queries

## Icons for Abstracts & Full Text

- An icon indicating no abstract is available
- An icon indicating just an abstract is available
- An icon indicating free full text is available

## Journals Database

## Journals Database (cont’d)

## Journals Database (cont’d)

## Journals Database (cont’d)

## Journals Database (cont’d)

## Journals Database (cont’d)

##  MeSH Database

## MeSH Database (cont’d)

## MeSH Database (cont’d)

## PubMed (not MEDLINE)

## OLDMEDLINE

## Summary Table for Status Tags

- _[http://](http://www.nlm.nih.gov/bsd/pm_cit_status.html)__[www.nlm.nih.gov/bsd/pm_cit_status.html](http://www.nlm.nih.gov/bsd/pm_cit_status.html)_

## Entrez Cross Database Search Page

## Slide 17

## History

## Coming Soon

- Automatic E-mailing of Cubby Updates
- Store searches with SS #’s.
- Filters

## We are Investigating

- Adding Suggestions to PubMed
- Adding Supplementary Concept Records to the MeSH database
- Full Author Name Searching
- A Redesign of Screens
# Presentation: 806838

## SNCR in Wet Kilns

- Installation in Lumbres, France
- Long wet kiln; 800 [t/d]
- NOx without SNCR:  1000–1300 [mg/m3](dry, 11 [%] oxygen, daily averages)
- 3 atomizers for each input place

**Urea tank**

**Rotating seal**

**Urea injector**

**Location 1  1050°C**

**Location 2**
**1100°C**

## SNCR in Lumbres

## SNCR in Lumbres

## Actual Situation

- Solution for the reduction: Urea (43.5 [%] and / or 33 [%])
- Reduction: From 1200 [mg/m3] below 800 [mg/m3]
- Ammonia emission < 30 [mg/m3]
- In operation since 2004 without greater problems
- Damage and blockage of atomizers
- Escape of urea
- Water hardness
- Better efficiency on the «cold» injection point (1050 [°C])
- Mass flow control in function of the NO concentration at the stack(emission measurement)
# Presentation: 172089

## Status of CCSM2

- J.T. Kiehl
- CCSM SSC, Chairman

- SciDAC Access Grid

## Outline

- Review of CCSM2 Control Run
- 1% Increase of CO2 Simulation
- Detailed Cloud Feedback Analysis of CAM

- SciDAC Access Grid

## Review of CCSM2 Control

- Current Status of CCSM2 Control Run
- Past 700 years
- Plan to run to 1000 years
- Realistic Tropical and Polar Variability
- Tropical SST biases similar to CSM1
- Warm bias over high latitude land regions

- SciDAC Access Grid

## Slide 4

- SciDAC Access Grid

## Slide 5

- SciDAC Access Grid

## Slide 6

- SciDAC Access Grid

## Slide 7

- SciDAC Access Grid

## Slide 8

- SciDAC Access Grid

## Slide 9

- SciDAC Access Grid

## Slide 10

- SciDAC Access Grid

## Slide 11

- SciDAC Access Grid

## 1% CO2 Sensitivity Simulation

- CO2 Increased at Rate of 1% per year
- Doubling Occurs at year 70
- Quadrupling Occurs at year 140
- Simulation Stopped at Year 150
- Overall Results
- Climate sensitivity slightly less than CSM1
- MOC more sensitive than CSM1
- Summer Arctic Sea Gone by 2.7 X CO2

- SciDAC Access Grid

## Slide 13

- SciDAC Access Grid

## Slide 14

- SciDAC Access Grid

## Slide 15

- SciDAC Access Grid

## Slide 16

- SciDAC Access Grid

## Slide 17

- SciDAC Access Grid

## Slide 18

- SciDAC Access Grid

## Slide 19

- SciDAC Access Grid

## Slide 20

- SciDAC Access Grid

## Slide 21

- SciDAC Access Grid

## Detailed Cloud Feedback Analysis of CAM2

- Use 80s and 90s warm and cold events to evaluate model response
- Compare to:
- ERBE NFOV scanner (OLR, SW, RCF)
- ERBS WFOV non-scanner (OLR, SW)
- ISCCP (CLOUD)
- SSMI (PW, CLWP)
- GPCP (PRECP)

- SciDAC Access Grid

## Slide 23

- SciDAC Access Grid

## Slide 24

- SciDAC Access Grid

## Slide 25

- SciDAC Access Grid

## Near Term CCSM Efforts

- Diagnose coupled tropical model to understand biases
- Carry out T85 coupled simulations
- Implement fully interactive carbon cycle model
- Implement interactive multi-component aerosol model

- SciDAC Access Grid

## The End

- See you in Breckenridge

- SciDAC Access Grid