BEE-spoke-data/govdocs1-by-extension huggingface dataset:
# Presentation: 236760

## REPORT FROM CONSUMERS STAKEHOLDER GROUP

- Linda F. Golodner, President
- National Consumers League

## STAKEHOLDER RESPONSIBILITIES

- Consumer participation -- personal
- Assuming responsibility for your own health
- Understand and use the portals and tools that are available
- Control over access to record and ownership of record
- Consumer participation – development of NHII
- Involved at the beginning – policy and standards
- “At the table” – governance structure
- Advocacy groups “plus” – community-based grassroots groups
- Promote consumer education about role of NHII
- Why it is valuable for consumer health – define the need
- Create a demand and help consumers take control
- Voice consumer expectations through “bill of rights”
- Ask consumers what would be the incentives to embrace IT

## STAKEHOLDER RESPONSIBILITIES

- One size does not fit all –
- Not all consumers use technology
- Diverse population with different needs
- Choices must be available
- Build a partnership with health professionals
- Understand rights, needs and responsibilities of each other
- Choose providers based on IT adoption/performance
- Condition of grant funding should be that consumers/patients are involved in the process and governance of organization
- Begin with   Initiative as a model

## STAKEHOLDER PRIORITIES

- Address issues related to privacy/security/confidentiality
- Consumer control of access to information
- Educate consumers about role, benefits, importance of NHII to their health and the health of their families
- Consumer participation in all steps of the development and throughout process
- An important part of healthcare provider/patient relationship
- User friendly, simple to use and understand
- Consumer must have confidence
# Presentation: 329174

## DACOWITS WEBSITE

**DACOWITS WEBSITE**
- _[www.dtic.mil/dacowits](http://www.dtic.mil/dacowits)_
**STATE COALITIONS TO SUPPORT MILITARY FAMILIES WEBSITES**
- _[http://www.usa4militaryfamilies.dod.mil/](http://www.usa4militaryfamilies.dod.mil/)_
**WEBSITE TO SUPPORT MILITARY SPOUSES’ CAREERS AND EDUCATION**
- _[http://caa.milspouse.org/](http://caa.milspouse.org/)_
**DOD SEXUAL ASSAULT PREVENTION AND RESPONSE STAFF WEBSITE**
- _[http://www.sapr.mil/](http://www.sapr.mil/)_
**DEFENSE TASK FORCE ON SEXUAL ASSAULT IN THE MILITARY SERVICES WEBSITE **
- _[www.dtic.mil.dtfsams](../../../vacobrownbe/Local%20Settings/Temporary%20Internet%20Files/OLKB2/www.dtic.mil.dtfsams)_
# Presentation: 212720

**   ****Erik Gottschalk****June 30, 2005**

** **

## Requirements Overview

**Upcoming dates for LHC@FNAL in July:**
**Deadline to complete Requirements: July 18, 2005**
**Deadline to complete Presentations: July 19, 2005**
**Requirements Review: July 21, 2005**
**Document submitted to Pier Oddone: July 29, 2005**
**Note: **
**    ****There will be a technical review of our requirements at CERN in the middle of July. This review will focus on LHC accelerator requirements in preparation for a presentation to CERN’s Director General.**

## Requirements Review

** ****Date: July 21, 2005 (Thursday), 7:30 am (Central)         [14:30 (CERN time)]**
** ****Duration: 3 hours**
** ****Location: **
- FNAL: Black Hole (WH 2 NW)
- CERN: 4–S–013
** ****Reviewers:**
- Joel Butler (FNAL) – Chair
- Jim Alexander (Cornell)
- Roger Bailey (CERN)
- Austin Ball (CERN)
- Paul Derwent (FNAL)
- Michael Lindgren (FNAL)
- Jim Patrick (FNAL)
- Roberto Saban (CERN)
- Wesley Smith (Wisconsin)
- Mike Syphers (FNAL)

## Requirements Review

**Schedule for the July 21 Review (3 hours):**
**7:30 am****	****Executive session**
**8:00 am****	****Introduction to LHC@FNAL (Erik)**
**8:10 am****	****LHC Accelerator Requirements (Elvin)**
**8:50 am****	****CMS Detector Requirements (Patty)**
**9:30 am****	****Executive session**
**	****Mike Lamont has reserved an ESnet capable room ****(4-S-013) at CERN from 14:30 – 17:30.**
**	****Presentations should allow for discussion time, and should be made available for reviewers at least two days before the review.**

## remop_advisory@fnal.gov

**We have added two new members to the LHC@FNAL Advisory Committee:**
** ****Hans Hoffmann (CERN-PH)**
** ****Jim Patrick (FNAL)**
# Presentation: 160441

## Future of the NIF

- A one-stop entry point to neuroscience information on the Web.

**Notes:**
Judging from the phone and internet conference last week and what we’ve heard here today, I see the development of a number of useful informatics tools converging on a unified concept, namely... 

## Objectives

- Eliminate distance, time and terminology as constraints on neuroscientific communication.
- Enable scientists, clinicians, students and the public to obtain concise information on specific topics within  two minutes and a few mouse-clicks.
- Enable sophisticated users to pose complex queries to  the e-literature.

**Notes:**
If we look at what the Web has to offer and how the different tools relate to it, we find three general purposes...
Distance: it doesn’t make any difference where the user and the information are located
Time: it doesn’t make any difference when the resource recorded the information and when the user calls it
Terminology: it doesn’t make any difference what terminology is used to pose a query and in what terminology it is recorded

## The Environment

**USER**

**NIF**
**WEBSITE**

**Wikipedia**

**e-Journals**

**PubMed**

**BrainMaps**

**Van Essen Lab**

**Virtual Hosp Archives**

**Medical Neuroscience**

**GenePaint**

**Digital Anatomist**

**NeuronDB**

**Allen Brain Atlas**

**CoCoMac**

**BIRN/CCDB**

**BAMS**

**BrainInfo**

**Mouse Brain Library**

**GENSAT**

**Dynamic Interface**

**Query Interface**

**Static Interface**

- A few hundred Web resources

**Google**

## NIF Navigational Scheme

- Search Box

- Gateway to all information at all websites

- Curated Portal to information at selected websites

- Text-Miners to publications  at e-journals

- Ontology

- Topic Indexes

- no luck?

- Google

- PubMed

- Other Search Engines

## Slide 5
# Presentation: 866047

## REX/SAG

**Goal**
*Pool of system administrators with the tools, documentation, and knowledge needed to cover any machine under our control (Limited “pockets” of knowledge)*

## Computing currently supporting (2400+)
CDF offline ~1200 total (890 worker nodes)
CDF online  - 61 servers, very redundant
D0 offline  ~800 total (690 worker nodes)
D0 online ~91 servers
Reconfigure SAN?
Change cluster layout? 
D0 L3 – 242 worker nodes with many dead
Get services migrated to new server and implement processes
MiniBoone – 16 machines
Most cross mounting gone
Want everything 24x7
MIPP – 2
SciBoone - ???

- CDF offline ~1200 total (890 worker nodes)
- CDF online  - 61 servers, very redundant
- D0 offline  ~800 total (690 worker nodes)
- D0 online ~91 servers
- Reconfigure SAN?
- Change cluster layout?
- D0 L3 – 242 worker nodes with many dead
- Get services migrated to new server and implement processes
- MiniBoone – 16 machines
- Most cross mounting gone
- Want everything 24x7
- MIPP – 2
- SciBoone - ???

## Processes/Tools we use
Task Manager (http://d0om.fnal.gov/task_manager)
Don't lose stuff with large group
Allow everyone to be informed of what is happening (2 managers)
Quickly adjust priorities between people
Experiments get to see what we are doing
FaultLog (http://d0om.fnal.gov/d0admin/faultlog)
Driven by data from the syaadmin DB
“Console” to quickly see what is up/down
Central syslog database with “digest” messages
Documentation into Plone

- Task Manager (http://d0om.fnal.gov/task_manager)
- Don't lose stuff with large group
- Allow everyone to be informed of what is happening (2 managers)
- Quickly adjust priorities between people
- Experiments get to see what we are doing
- FaultLog (http://d0om.fnal.gov/d0admin/faultlog)
- Driven by data from the syaadmin DB
- “Console” to quickly see what is up/down
- Central syslog database with “digest” messages
- Documentation into Plone

## Events on the horizon
Hundreds of nodes to retire
New purchases
One unified pager list
MOUs would be nice

- Hundreds of nodes to retire
- New purchases
- One unified pager list
- MOUs would be nice
# Presentation: 336174

## ATLAS

- Underground installation advancing at a rapid pace
- Software and computing also on fast and furious track
- Will be ready for 450 GeV x 450 GeV LHC commissioning run in late 2007
- 14 TeV and first physics run in 2008

## ATLAS Pixel Detector

- Work at LBNL nearly complete
- System test using LBNL endcap at CERN
- Integration at CERN well underway

- Endcap system test

- Barrel 1⁄2 Layer

- Outer Barrel+Support Frame

- One of Two Endcaps

## ATLAS Leadership, Physics and News

- Leadership
- K. Einsweiler continues as Pixel Project Leader
- I. Hinchliffe elected to be Physics Coordinator
- M. Barnett continues as Outreach co-leader
- D. Quarrie re-elected to be Software Project Leader
- M. Garcia-Sciveres(Pixel) and A. Ciocio(SCT) steering groups
- M. Shapiro co-led Luminosity Task Force
- Upgrade R&D(Einsweiler, Garcia-Sciveres, Haber)
- Preparations for Physics
- Simulation and software validation!!
- Significant local effort of senior people, postdocs and students
- Computing and Software Commissioning notes on reconstructon and physics topics eg. multiple SUSY notes
- News
- New faculty hire – B. Heinemann
# Presentation: 085532

## OPPORTUNITIES FOR FUEL CELLS AT WASTEWATER TREATMENT PLANTS

**OPPORTUNITIES FOR FUEL CELLS AT WASTEWATER TREATMENT PLANTS**

- For U.S. Environmental Protection AgencyOffice of Wastewater Management401 M Street, S. W.Washington, D.C. 20460

- William Hahn, P.E.Science Applications International Corporation11251 Roger Bacon DriveReston, VA  20190

## Study Objectives

- Assess opportunities for use of fuel cell technologies in the wastewater treatment industry
- Determine potential market
- Evaluate 4 fuel cell technologies PAFC, PEM, MCFC, SOFC using benefit factors
- Identify best potential applications

## Carbon Fate and Availability in the Wastewater Treatment Process

**Disposal**

**Effluent**

**Carbon Fate and Availability in the Wastewater Treatment Process**

**Influent**

**Population size:  100,000**
**10 MDG**

**2,850 lbs C **

**500 lbs C **

**3,300 lbs C **

**Sludge**

**6,650 lbs C **

**2,250 lbs C **

**1,100 lbs C **

**10,000 lbs C**

**Aerobic Treatment**

**Anaerobic Digestion**

## Profile of WWTP Industry*

**   *********Information from the 1996 Clean Water Needs Survey**

**16,042 WWTPs**

**Only 266 WWTPs use Digester Gas**

**Only 3,452 WWTPs use Anaerobic Digestion**

## Geographic Distribution of WWTPs Using Anaerobic Digestion

- <date/time>

## Geographic Distribution of WWTPs Using Digester Gas

- <date/time>

## <footer>

- <date/time>

## <footer>

- <date/time>

## Typical Digester Gas Compositions (Dry Basis)

- <date/time>

- Reference:
- 	Trocciola, J.C. and Healy, H.C., U.S. Environmental Protection Agency.  (1995, March). _Demonstration of Fuel Cells to Recover Energy form an Anaerobic Digester Gas- Phase 1.  Conceptual Design, Preliminary Costs, and Evaluation Study_.

## Potential Uses of Biogas

- On-site
- Heat for treatment processes
- Heat for space heating and cooling
- Back-up power
- Powering engines to drive equipment

## Case StudyPortland, Oregon

- 82 MGD facility
- WWTP generates 1,000,000 ft3 of biogas per day
- System cost $1.3 million
- Reduces annual electricity bill by $92,000 and eliminates emergency generators, saving additional $150,000.

## Case Study:  Portland, Oregon

- <date/time>

## Assessment of Fuel CellTechnologies

- Phosphoric Acid Fuel Cells
- Proton Exchange Membrane Fuel Cells
- Molten Carbamate Fuel Cells
- Solid Oxide Fuel Cells

## List of Preliminary Benefit Factors

## Comparison of Benefit Factors for Fuel Cell Technologies

- <date/time>

## Fuel Cells at Wastewater Treatment Plants

- Drivers:
- Electric power demand
- Fuel and use co-located
- Small size fits the industry
- Cogeneration is important
- Standby power is needed
- Low noise and emissions
- External funding is available

## Fuel Cells at Wastewater Treatment Plants

- Barriers:
- Industry uncertainty about “innovative” technology
- Purchased power is relatively inexpensive
- Fuel conditioning for small cells may be too complex
- Biogas often contains hydrogen sulfide
- Limited number of facilities for large scale fuel cell applications.
# Presentation: 791373

## Wind Field and Wind Shear Lidar Combining The RM-CW and Edge TechniquesOPHIR Corporation Littleton CO 

**ACCOMPLISHMENTS**
- Demonstrated the technology’s capability for measuring relative airspeed, temperature and pressure measurements from a single sensor.
- Delivered prototype.
**  ****	****	****COMMERCIALIZATION**
- U.S. Patent Application in process.
- Provides a unique capability for measuring relative wind speed, air temperature and air pressure from a single sensor
- Reduces avionics weight, improves measurement performance, lowers system cost, improves reliability
- Established Important Strategic Alliances with Two Major Aerospace Companies. These Aerospace companies have committed significant internal resources for product calibration, wind tunnel testing and flight testing.

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

- 1993 Phase II, SS5-067, 9/02

- Military, Flight Test and Commercial Aircraft Markets.
- Aircraft air speed, angle-of-attack, angle-of-sideslip, air temperature and air pressure all from a single sensor.
- Improved air data for high performance military aircraft
- Improved fuel efficiency for commercial aircraft
- Improved measurement performance for wind tunnels and flight test operations
**GOVERNMENT/SCIENCE APPLICATIONS**
- Prototype is test instrument for study “Miniature Doppler Aerosol Backscatter Lidar for Detection of Atmospheric Winds.”

**Goddard Space Flight Center**

**                   ****INNOVATION**
- Relatively simple solution to the long standing problem of continuous monitoring for clear air turbulence.
- Uses the recently developed high power master-oscillator power-amplifier diode laser which can function for several thousand hours without failure.

- Points of Contact:
- 	NASA – Bruce Gentry (301) 614-6271
- 	OPHIR – Martin O’Brien (303) 933-2200
# Presentation: 756000

## FAR DETECTOR:

- _FAR DETECTOR_:
- 99.5% live time (wall clock) 99.9% (pot weighted)
- Dead chips on two channels replaced to get back to 100% completeness on the channel map
- Very niceness of it all marred only by the additional snow last Saturday and the continued presence of ice on the lakes for the fishing opener
- Radiation audit and inspection successful
- _NEAR DETECTOR_:
- Up 96% of the time (pot weighted)
- Repairs completed on coil current reversing switch

## Protons/pulse:
~23x1012: 2+9 6-turns mixed
~27x1012: 2+9 7-turns mixed
~31x1012: 2+9 8-turns mixed
~37x1012: NuMI only 
(Slid back to 7 turns over the weekend due to losses)

- Protons/pulse:
- ~23x1012: 2+9 6-turns mixed
- ~27x1012: 2+9 7-turns mixed
- ~31x1012: 2+9 8-turns mixed
- ~37x1012: NuMI only
- (Slid back to 7 turns over the weekend due to losses)

- <2.97 E13 ppp>
- Best week 2.99 E13
- (last week)

- NuMI-only

- 7

- 6

- 8

## ~210kW with 7 turns & MTEST ~230kW with 7 turns, ~270kW with 8 turns

- ~210kW with 7 turns & MTEST ~230kW with 7 turns, ~270kW with 8 turns

- No NuMI specific downtime
- Record week!
- (High duty cycle did the trick)

- <230.0 kW>
- Best week 230.6 kW
- (last week)

- 6.88E18 pot
- New Record!!
- Old best week:
- 6.64E18 pot

- Booster RF

**Notes:**
Tevatron magnet failure, pbar maintenance

## Protons per day (E17)

-  end of 2007 shutdown

***Protons per day (E17)***

**Notes:**
Fix label on LHS

## 4.659 E 20 total POT to NuMI

-  end of 2007 shutdown
# Presentation: 268659

## Qualification of the Numi Hadron Absorber for Snumi Energy Deposition

- Bob Wands
- August 21, 2006

## Original Numi Design Criterion

- The existing absorber and its cooling system were designed to operate safely for one hour (approximately 1800 pulses) under the fault condition of the full Numi beam power.
- Of the several modules, the fourth module was determined to have the highest deposition. This module absorbed 58.5 kW
- The maximum temperature after 1800 pulses is 370 C in module four.

## Slide 3

## Snumi Loads and Their Effects

- Loading will increase by a factor of 1.75 over the original Numi design loads, making the load on fourth module 102 kW
- Total number of pulses absorbed will be limited to 10 (approximately 15 seconds)
- From the original Numi analysis, the temperature rise in module four at the end of 93.1 seconds (the smallest time increment recorded) is 92 C. At 15 seconds, temperature rise is ~15 C.
- The temperature rise scales with deposition (assuming that the relative distribution of energy does not change significantly between the Numi and Snumi scenarios), and the maximum temperature rise expected in the absorber under Snumi loads is 1.75(15) = 26 C.
- Maximum temperature of absorber module four under Snumi loads is then the starting temperature of 25 C plus the temperature rise = 51 C
- This temperature is well below any limits set by cooling or material properties.
# Presentation: 753468

## HFT Specification and Parameter List

- Wieman
- 10/5/2004

## STAR Micro Vertex Detector

- Two layers
- 1.5 cm radius
- 4.5 cm radius
- 24 ladders
- 2 cm X 20 cm each
- < 0.3% X0
- ~ 100 Mega Pixels

## Selected Detector Parameters and Specifications

| Min I efficiency | 98% |
| --- | --- |
| Accidental rate | < 100 /cm2 |
| Position resolution | < 10 m |
| Number of pixels | 98,304,00 |
| Pixel dimension | 30 m  30 m  |
| Detector chip active area | 19.2 mm  19.2 mm  |
| Detector chip pixel array | 640  640 |
| Number of ladders | 24 |
| Ladder active area | 192 mm  19.2 mm |
| Number of barrels | 2 |
| Inner barrel (6 ladders) | r = 1.5 cm |
| Outer barrel (18 ladders) | r = 4.5 cm |

## Selected Detector Parameters and Specifications

| Frame read time | 4 ms |
| --- | --- |
| Pixel read rate, after zero suppression | 63 MHz |
| Ladder % X0 | 0.26% |
| Cooling | Room temperature air, 1 ms |
| Power | 100 mW/cm2 |
|  |  |
# Presentation: 436816

## XDMS

**James Paul**
**Tuesday June 5, 2007**

**Arkansas-Red Basin River Forecast Center**

**XDMS**

## XDMS

** ****First programmed in Fall 2003**
** ****Used xnav as baseline**
** ****Provided code to OHD to maintain**
** ****ABRFC additional coding in Winter 2006**

**Arkansas-Red Basin River Forecast Center**

## XDMS – Menu Items

**‘****Control’**

**Arkansas-Red Basin River Forecast Center**

## XDMS – Menu Items

**Arkansas-Red Basin River Forecast Center**

**XDMS – Menu Items**
**‘****Overlays’**

## XDMS – Menu Items

**Arkansas-Red Basin River Forecast Center**

**XDMS – Menu Items**
**‘****Overlays’ -> Flow Direction**

** ****Center of grid cell**
** ****1 = E, 2 = SE, 3 = S, etc.**

## XDMS – Menu Items

**Arkansas-Red Basin River Forecast Center**

**XDMS – Menu Items**
**‘****Overlays’ -> Flow Accumulation**

## XDMS – Menu Items

**Arkansas-Red Basin River Forecast Center**

**XDMS – Menu Items**
**‘****Overlays’ -> Connectivity Outlets**

## XDMS – Menu Items

**Arkansas-Red Basin River Forecast Center**

**XDMS – Menu Items**
**‘****Preferences’**

## XDMS – Menu Items

**‘****Locator’**

**Arkansas-Red Basin River Forecast Center**

## XDMS – Menu Items

**‘****Display’**

**Arkansas-Red Basin River Forecast Center**

** ****DHM Parameters**
** ****Gridded Precip but no IHFS/ADB Data**
** ****Miscellaneous XMRG/XMRGlike Data**
** ****Menu may change based on user feedback (simpler UI)**

## XDMS – Menu Items

**‘****RMS’**

**Arkansas-Red Basin River Forecast Center**

** ****Calibration/Forecast Mode (Different file sets)**
** ****Run – Choose input files (most run command line)**
** ****Edit – edit input decks**

## XDMS – Buttons

**Arkansas-Red Basin River Forecast Center**

** ****Left - Zoom Box**
** ****Middle - Locator/Grid Data Info  (Pops up small window – follows mouse)**
** ****Right - Hydrograph Window**

## XDMS

**Hydrograph Window**

**Arkansas-Red Basin River Forecast Center**

## XDMS – Menu Items

**XDMS – Menu Items**
**‘****XMRGlike Data’**

**Arkansas-Red Basin River Forecast Center**

** ****Short Integer / Integer / Float**
** ****Subset of RFC HRAP domain**
** ****Sub-HRAP grid scale**

**Example of a subset of**
**the RFC HRAP domain**

**Example of a subset of**
**the RFC HRAP domain**
**with sub-HRAP grid **

## XDMS

**Arkansas-Red Basin River Forecast Center**

**XDMS**
**Legend**

** ****Auto-scaling (need for static legends)**
** ****Clickable for lower limit**

## XDMS

**Questions / Comments ?**

**Arkansas-Red Basin River Forecast Center**
# Presentation: 742795

## Profile of a Successful Depository Library--A Regional Perspective

*Ann Marie Sanders, Library of Michigan*
*Janet Fisher, Arizona State Library, Archives and Public Records*

## Libraries in Federal Depository Library Program

- 1955 –   563
- 1972 – 1077
- 1992 – 1405
- 2002 – 1297

## Qualities of a successful depository library

- Strong customer focus
- Community profile
- Aware of benefits of depository program to the library and the community
- Attentive to authoritativeness of sources
- Buy-in at all levels within the institution

## Qualities of a successful depository library (continued)

- Approach selection with flexibility and with a fiscal responsibility
- Seek partnerships and collaborative relationships with others
- Let others know about resources available
- Committed to continuous process improvement

## Strong Customer Focus

- Open to serve community
- Strives for excellent customer service

## Community profile 

- Identified focus community
- Broadened scope to include entire Congressional district and/or wider community of users
- Addresses unserved or under-served areas

## Aware of benefits of depository program to the library and the community

- Leverages required actions to assist the library as a whole
- Receives recognition from depository host library and the user community for:
- Investing time and depository library resources
- Fostering a sense of service to the public
- Developing a connection of users of the library to ideas and events outside their own community

## Attentive to authoritativeness of sources

- Value of providing user with primary source material

## Buy-in at all levels within the institution

- Education of librarians and administrators-- not a one-step process
- Buy-in is not necessarily total, but is a fundamental respect for and valuing of the concept of public access to federal government information

## Approach selection with flexibility and with a fiscal responsibility

- Authoritative sources already paid for with tax dollars
- Value of using the free and readily accessible before the value-added, but costly, commercial alternatives

## Seek partnerships and collaborative relationships with others

- Partnerships & collaborative relationships
- Mentoring, internships, continuing education
- Grants and alternative funding strategies
- Sharing successes and challenges
- Web sites
- Discussion lists
- GPO services and support

## Let others know about resources available

- Outreach to the user community including
- library users (tangible and virtual)
- co-workers
- non-depository libraries
- other institutions
- Congressional district

## Committed to Continuous Process Improvement

- Self-evaluates services periodically
- Surveys user community periodically
- Keeps up with the literature
- Attends professional meetings, with the opportunity to interact with colleagues and users

- “You must be convinced yourself, know what you are selling and why, be able to look at the big picture, and establish a reputation for looking at the big picture.”
- 	Mary Prophet
- 	Denison University Libraries
- 	Depository Library Council Meeting, Spring 2002
# Presentation: 806556

## Week in Review: 04/28/03 –05/05/03

**  ****Keith Gollwitzer – FNAL**

- Store and Operations Summary
- Standard Plots

- All Experimenters' Mtg - 05 May 03

## Store Summary

| Store | Initial
Lum.
(E30) | Deliv’d
Lum. (nb-1) | Termination | Duration
(hr) | Comments |
| --- | --- | --- | --- | --- | --- |
| 2490 | 33.8 | 1048 | Abort | 13.7 | 130mA Stack ; C:BQ9 tripped 
Started store previous week |
| 2491 | 28.5 | 1175 | Abort | 20.0 | 130mA Stack ; C:BQ9 tripped |
| 2495 | 34.1 | 1202 | Abort | 16.5 | 142mA Stack
C4 power outage @ start of EoS studies |
| 2496 | ? | ~20 | Intentional | 3.7 | 155mA Stack
Empty CQ0 Polarity Table |
| 2502 | 42.35 | 1625 | Abort | 19.7 | 143mA Stack
Quench during EoS studies |
| 2503 | 39.8 | 1278 | Intentional | 13.9 | 154mA Stack |
| 2505 | 41.2 | 1447 | Intentional | 15.8 | 171mA Stack |
| 2507 | 37.5 | 1408 | Intentional | 17.1 | 150mA Stack |
| 2509 | 37.7 |  | On Going |  | 150mA Stack
Part of store counted for this week |

- K. Gollwitzer - FNAL

- All Experimenters' Mtg - 05 May 03

## Summary of Problems

- TeV
- Abort**s** due to C:BQ9 trips
- C4 Power Outage
- CQ0 Polarity table empty after power outage
- D48 quench during TEL End of Store studies
- Proton Source
- LRF3: Transmission line sparking & tube  REPLACED
- LRF5: Modulator Flow Switch
- Booster RF station bypassed
- MI/RR/Pbar/Other
- D:IKIK timing jitter
- Safety System bit stuck after access on Saturday

- K. Gollwitzer - FNAL

- All Experimenters' Mtg - 05 May 03

## LRF3 Gas Barrier Sparking 

- K. Gollwitzer - FNAL

- All Experimenters' Mtg - 05 May 03

## Maintenance & Studies

- TeV Coupling & Chromoticity: tune-up & investigations
- TeV orbits and TEL correctors
- Working with new Schottkey and pbar tunes
- SBD study of beam in abort gaps
- End of Store TEL study
- MI Slip Stacking
- MI 2.5MHz acceleration studies
- RR emittance growth
- RR worked on transfers, BPMs, Chromaticity
- SY120: Attempt to move MI Septa

- K. Gollwitzer - FNAL

- All Experimenters' Mtg - 05 May 03

## LRF3 downtime

- C4 Power Outage

- Empty CQ0 Table

- Access & Safety Bit

- BQ9 Contactor Faults

- EOS study Quench

- K. Gollwitzer - FNAL

- All Experimenters' Mtg - 05 May 03

## Rescaled!!!

- K. Gollwitzer - FNAL

- All Experimenters' Mtg - 05 May 03

## Integrated Luminosity & Goals

- 	Goal curves were defined in Oct 02

- K. Gollwitzer - FNAL

- All Experimenters' Mtg - 05 May 03

## Slide 9

- K. Gollwitzer - FNAL

- All Experimenters' Mtg - 05 May 03

## Summary

- The week
- 107 store hours
- Record Integrated Luminosity >8pb-1
- Record Initial Luminosity 42.35e30 cm-2 s-1
- Three of the top initial luminosity stores this week
- Record protons on pbar production target: 5.3e12/pulse
- Goal for this week
- Stack and Store
- Stable running
- A few End of Store or between store TeV studies

- K. Gollwitzer - FNAL

- All Experimenters' Mtg - 05 May 03
# Presentation: 770091

## A-SRVN - AERONET-based Surface Reflectance Validation Network

**A-SRVN - AERONET-based Surface Reflectance Validation Network**

**                ****PRODUCTS**
**BRDF**
-       1. Point-wise in Observation Angles
-       2. Best-fit MRPV (MISR)
-       3. Best-fit Kernel (MODIS)
**Albedo**
-       1. Spectral
-       2. Shortwave Broadband (SB)
-       3. Spectral and SB Fluxes, PAR
**Spectral Regression** (for AOT retrieval)
-       1. 2.1 μm  blue & red

**EXPECTED BENEFITS**
- 1. Validation of surface albedo/BRDF at
-         sensor’s spatial & spectral resolution.
- 2. Development of global surface
-         climatology for aerosol retrievals.
- 3. Way to MODIS – MISR data fusion.
**Calibration Analysis**
- 4. Vicarious calibration.
- 5. Cross-calibration of different sensors.
- 6. Detection of calibration trend based on
-         a time series of surface reflectance.

*A. Lyapustin and Y. Wang,*
*GEST UMBC/NASA GSFC*

## A-SRVN: Theoretical Background

- (non-homogeneous surface with arbitrary BRDF)
- Obtained exact solution with Green’s Function method with parameterizations (Lyapustin & Knyazikhin, *Appl. Optics*, **40**, 3495-3501, 2001; ..., **41**, 5600-5606, 2002):
-  High (1-2%) accuracy (Lyapustin, *Appl. Optics*,
-        **41**, 5607-5615, 2002);
-  Analytical solution;
-  Uniform accuracy in spatial resolution & angles.
-  RT with Gaseous Absorption
-   LBL absorption based on HITRAN-2000 and continuum absorption of McClough, Mlawer etc.
-   Fast Interpolation & Profile Correction (IPC) method for RT with LBL spectral resolution.
-  Testing 1D MISR AC Alg.
-    with linear BRDF model of Li and Strahler:

**A-SRVN: Theoretical Background**

## First Results: Konza Prairie 2003 - Albedo

**First Results: Konza Prairie 2003 - Albedo**

-  **Spectrum of  Vegetation**

-  **Vegetation Dynamics**

**RED**

**NIR**

**SZA:                **21.4                                23.5                                26.4                                 34.9                                 45.8                                  51.4
**AOT (0.5********):**    0.229                              0.231                              0.237                               0.149                               0.068                                0.048

-  **MISR vs A-SRVN Albedo Comparison**

**AOT, Red**
*   **MISR*
- 0.177,   FV
- 0.107, 0.117
*A-SRVN*
-    0.125
*AERONET*
-    0.133

**AOT, NIR**
*   **MISR*
- 0.111,   FV
- 0.059, 0.071
*A-SRVN*
-    0.077
*AERONET*
-    0.073

## First Results: Konza Prairie 2003 - BRDF

**First Results: Konza Prairie 2003 - BRDF**

**Retrieved BRDF**

**Spectral Dependence of BRDF Components**
# Presentation: 688185

## High Data Rate Transition Report

- Tuesday, June 12, 2007
- Letecia Reeves, GOES DCS Customer Service
- NOAA/NESDIS
- Office of Satellite Data Processing and Distribution

## HDR Channels

- 54 total HDR channels
- 24 - 300 baud Goes West
- 20 - 300 baud Goes East
- 5 - 1200 baud Goes West
- 5 - 1200 baud Goes East

## HDR Transmitters

- 11,643 transmitters assigned to 300 baud
- 8,196 are currently active
- 1,005 transmitters assigned to 1200 baud
- 292 are currently active

## HDR Channel Assignment Status	

- HDR channel assignments are very limited.
- Continue efforts in clearing off 100 baud channels for progression towards our goal to eliminate the LDR channels.

## Platform Assignment Removal

- Platforms that have not transmitted prior to 2004 will be moved from their current timeslot to the holding channel.
- Platform addresses can be reused for any future assignments.
# Presentation: 371870

- LHC Interaction Region QuadrupoleCERN - Fermilab - KEK Collaboration MeetingFermilabFebruary 24-25, 2004

## Shipping...

## Shipping specification for Q1s through Q3s...

## Shipping configuration for Q1s and Q3s...

## Shipping configuration for Q2s...

## Shipping sequence for Q1s and Q3s...

- Mount to shipping frame.
- Install shipping restraints to both ends.
- Block and brace magnet and frame into standard 40-foot shipping container (includes anti-corrosion plastic covering).
- Load onto air-ride trailer for transport to shipping port.
- Ship as containerized cargo to European port (probably Antwerp).
- Transport to CERN via air-ride trailer.
- Unload at CERN, check monitoring equipment, remove shipping restraints and repack for return.
- Return shipping frame starting the same day.

## Shipping sequence for Q2s...

- Mount to shipping frame.
- Install shipping restraints to both ends.
- Install magnet and frame into partially pre-fabricated shipping crate.
- Complete crating in ICB (includes hermetic covering).
- Load onto air-ride trailer for transport to shipping port.
- Ship as “break bulk” to European port (probably Antwerp).
- Transport to CERN via air-ride trailer.
- Unload at CERN and check monitoring equipment.
- Uncrate and return shipping frame at a later date.

## Q2 on shipping frame with end restraints...

## IRQ cryostat topics
# Presentation: 780905

## Facilitating Quality Installations

- California Energy Commission
- Building Industry Institute
- ConSol

## Goals

- Eliminate Typical Mistakes
- Facilitate Enforcement
- Encourage Quality / HERS Inspections
- Removing Misconceptions
- Explaining Benefits
- Demonstration

## Quality Installations

- Engineered HVAC Design
- Proper Airflow
- Lowered Duct Leakage
- Buried Ducts
- Refrigerant Charge / TXV
- Proper Insulation
- Tested House Infiltration

## Inspection Procedures

## ACCA Manual D

- Room by Room Loads
- Condenser Sizing
- Duct Layout
- Duct Sizing
- Room Load
- Friction Loss

## Operating Conditions

- Refrigerant Charge
- Ambient Air
- Indoor Air
- Leakage
- Airflow
- TXV

## Tight Ducts

- 6% Fan Flow
- Typical 23%
- Cavities or Plenums
- Mechanical Connection
- Approved Sealant

## Insulation

- Quality Installation
- No Compression
- Blown-In: Allow for settling
- Buried Ducts
- House Infiltration

## Duct Improvements
# Presentation: 187007

## Schematic of Light-Hydrogen Beam Interaction

- _Laser beam II_: laser stripping beam, incidence angle 39.5°;
- _Laser beam III_: Yamane’s exp. beam, incidence angle 28.8°;
- Beam requirements (for all beams): *W*=5 mm, **=1 mrad, *W*=0.2 mm, **=<3 mrad.

**Schematic of Light-Hydrogen Beam Interaction**

## Optical Path of 3rd Harmonic Nd:YAG Laser Beam

## Optical System on the Table

## Dimensions of Telescopes

**Dimensions of Telescopes**

## Telescope of Gaussian Beam

**Telescope of Gaussian Beam**
# Presentation: 663692

## Hazard Mitigation Planning VII

**Session Name: Hazard Mitigation Planning VII**
**Coastal Hazards Management Course**

- I.  Introduction
- 	A.  Statement of the Problem
- 	B.  Purpose of the Plan
- 	C.  Participants in the Planning Process
- 	D.  Description of the Planning Process
- 	E.  Adoption

**Hazard Mitigation Plan Outline: I**

**Slide 43.1**

**Notes:**
This template should be used to insert text and graphics

## Hazard Mitigation Planning VII

**Session Name: Hazard Mitigation Planning VII**
**Coastal Hazards Management Course**

- II.  Mitigation Goals and Values

**      ****Hazard Mitigation Plan Outline:  II**

**Slide 43.2**

**Notes:**
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## Hazard Mitigation Planning VII

**Session Name: Hazard Mitigation Planning VII**
**Coastal Hazards Management Course**

- III.  Mitigation Strategies and Policies

**      ****Hazard Mitigation Plan Outline:  III**

**Slide 43.3**

**Notes:**
This template should be used to insert text and graphics

## Hazard Mitigation Planning VII

**Session Name: Hazard Mitigation Planning VII**
**Coastal Hazards Management Course**

- IV.  Implementation

**      ****Hazard Mitigation Plan Outline:  IV**

**Slide 43.4**

**Notes:**
This template should be used to insert text and graphics

## Hazard Mitigation Planning VII

**Session Name: Hazard Mitigation Planning VII**
**Coastal Hazards Management Course**

- V.  Monitoring, Evaluating, and Reporting Progress

**      ****Hazard Mitigation Plan Outline:  V**

**Slide 43.5**

**Notes:**
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## Hazard Mitigation Planning VII

**Session Name: Hazard Mitigation Planning VII**
**Coastal Hazards Management Course**

- VI.  Revisions and Updates

**      ****Hazard Mitigation Plan Outline:  VI**

**Slide 43.6**

**Notes:**
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## Hazard Mitigation Planning VII

**Session Name: Hazard Mitigation Planning VII**
**Coastal Hazards Management Course**

- VII.  Appendices
- 	A.  Hazard Identification
- 	B.  Vulnerability Assessment
- 	C.  Capability Assessment

**      ****Hazard Mitigation Plan Outline:  VII**

**Slide 43.7**

**Notes:**
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# Presentation: 001624

## Design for Security

- Cockpit Smoke Penetration

**David Blake**
**FAA Technical Center**
**Fire Safety Section**
**609-485-4525**
**dave.blake@tc.faa.gov**

## Slide 2

## Slide 3

## Slide 4

## Slide 5

## .005” H2O= 1.8 X10-4 psi

**.005” H****2****O= 1.8 X10****-4 ****psi**

## Slide 7

## 727

- Plastic sheet covering cockpit door opening. Video shows the effect of closing and opening valve for cabin air supply.

**727**

## Slide 9

## 727

- Smoke penetration into cockpit. Cabin air supply valve open. Cockpit gasper fan on and all cockpit gaspers full open.

## Slide 11

## Slide 12

## Slide 13

## Slide 14

## 727

## 727

## 727

## Slide 18

## Slide 19

## Slide 20

## 747

- Smoke penetration into cockpit. Flight deck fan on. All cockpit gaspers and vents full open.

## 747
# Presentation: 191802

## FAR DETECTOR:    Rik Gran

- 99.8% livetime last week
- Bad overhead lights replaced, cures persistent low-level noise problem
- _NEAR DETECTOR_:    Alec Habig
- 94.8% live
- Several run crashes due to welding in MINOS Hall
- Coordinating this work now that we know it’s a problem
- One blown fuse on front-end rack PS costs a few hours
- LCW temp still high
- Input sump water warmer + heat exchanger less efficient
- Next 1.5 days downtime, will chemical flush heat exchanger, weld the (ready and staged) 2nd heat exchanger into the system
- Running with 2oF higher coil trip point in meantime

## BEAM SYSTEM STATUS:	 			

- _BEAM SYSTEM STATUS:__	_
- 2+9 multi-batch slipstacking commissioned last Thursday!
- Is now the standard operational mode (was 2+5)
- With 7 booster turns running ~218kW in mixed-mode! (steady at 6 turns and 180-188kW over the weekend)
- With practice and tuning this higher power should become standard
- Much thanks to AD from MINOS for getting this new capability online!

-  - Sam Childress

- 11 batches:
-  2 11-turn pbar
-  9 6-turn NuMI

## NuMI Target Hall Update:	 - Jim Hylen			

- Horn2 leak 	update:
- Leak isolated to one of two cooling lines for the inner conductor, getting worse slowly
- Currently leak rate mandates refilling RAW tank once per day
- Not a radiation issue at this rate
- Engineering study under way to determine if valving off the offending line is a viable workaround if leak gets very large
- Similar leaks in the past have been repairable, but at a cost of two+ weeks downtime (cooldown, shield block wrangling, etc)
- Spare horn 2 will be available in a few weeks, just in case...
- Target hall Dehumidifier back online
- Was a simple cracked fuse holder
- Now working as designed

## Trimodal protons/pulse:
~20x1012: old 2+5 mixed mode and 2+9 mode with 6-turns
~25x1012: 2+9 7-turns mixed
~28x1012: NuMI only

- Trimodal protons/pulse:
- ~20x1012: old 2+5 mixed mode and 2+9 mode with 6-turns
- ~25x1012: 2+9 7-turns mixed
- ~28x1012: NuMI only

##  Wednesday MI/NuMI access

-  Wednesday MI/NuMI access

- 5+2

- 9+2

-  7-turns

-  6-turns

**Notes:**
Tevatron magnet failure, pbar maintenance

##  end of 2007 shutdown

-  end of 2007 shutdown

***Protons per day (E17)***

**Notes:**
Fix label on LHS

##  end of 2007 shutdown

-  end of 2007 shutdown
# Presentation: 044088

## CAREER: Amphiphilicity-Driven Organization of Nanoparticles into Discrete Assemblies

***Eugene R. Zubarev, William Marsh Rice University, DMR 0547399***

_*Results:*_ Finding new ways to assemble nano-objects into finite superstructures is an important task because at the nanoscale the properties depend on the arrangement of individual building blocks.  Ring-like assemblies have been documented for polymers, organic molecules, and spherical nanoparticles.  However, rings composed of anisometric nanocrystals have never been observed.  We discovered a *spontaneous* assembly of hybrid gold-polymer nanorods into ring-like arrays.  A systematic investigation shows that the *rings of rods* are templated by water microdroplets that condense on the surface of nonpolar solvents from a humid air.  The high yield and the well-defined structure of rings are due to the presence of polystyrene chains *covalently* attached to the surface of gold nanorods. This method is surprisingly simple and can be used for organizing nanocrystals of various shapes, size and chemical composition into circular arrays in a near-quantitative yield.

*Fig. 1. TEM image of a circular superstructure *
*of hybrid nanorods templated by a water droplet.*

*This work is notable because*
- The approach offers a very simple and fabrication-free method to assemble nanostructures of any kind into ring-like arrays in a massively parallel fashion.  Thousands of well-defined rings can be produced in a matter of seconds using this approach. Ring-like structures represent a critical component of metamaterials, which have an enormous potential in opto-electronics, communications, and military applications.

*Fig. 2. Optical photograph of water microdroplets *
*assembled into 2D superlattice on the surface *
*of liquid chloroform.*

*This work involves innovative, risky or multidisciplinary research.*
- The work was highly risky, as a general method for assembly of rod-like nanocrystals into ring-like arrays had not previously been explored or even expected. The multidisciplinary nature of the research combining the elements of organic, polymer, and inorganic chemistry allowed a new method to be found.

- The researchers' findings will be reported in April 2007 issue of Angewandte Chemie Int. Ed.
# Presentation: 827686

## Introduction and Unit Overview

- The role of CERTs in fire safety:
- Put out _small_ fires.
- Prevent additional fires.
- Shutoff utilities
- Assist with evacuations where necessary.

## Unit Objectives

- Explain the role of CERTs in fire safety.
- Identify and reduce potential fire risks in the home and workplace.
- Conduct a basic sizeup for a fire emergency.
- Understand basic safety precautions.
- Identify hazardous materials in the home and community.
- Extinguish small fires using a fire extinguisher.

## The Fire Triangle

- Heat
- Fuel
- Oxygen

## Fire Chemistry

- Classes of fire:
- A:  Ordinary combustibles
- B:  Flammable and combustible liquids
- C:  Energized electrical equipment
- D:  Combustible metals

## Reducing Fire Hazards in Home and Workplace

- Avoid the “electrical octopus.”
- Don’t run cords under carpets.
- Replace broken or frayed cords.
- Maintain appliances.

## Reducing Fire Hazards in Home and Workplace

- Install a natural gas detector.
- Locate and label gas shutoffs.

## Reducing Fire Hazards in Home and Workplace

- Read labels.
- Use L.I.E.S. storage procedures (_L_imit, _I_solate, _E_liminate, _S_eparate).

## CERT sizeup

- Answer these questions:
- Can my buddy and I fight the fire safely?
- Do we have the right equipment?
- Are there other hazards?
- Is the building structurally damaged?
- Can we escape?

## CERT Sizeup

- Gather Facts.
- Assess Damage.
- Consider Probabilities.
- Assess Your Situation.
- Establish Priorities.
- Make Decisions.
- Develop Plans of Action .
- Take Action.
- Evaluate Progress.

## Firefighting Resources

- Resources available:
- Portable fire extinguishers
- Wet standpipes
- Confinement
- “Creative” resources

## Types of Fire Extinguishers

- Water
- Dry chemical
- Carbon dioxide
- Specialized fire extinguisher

## P.A.S.S

- _P_ull
- _A_im
- _S_queeze
- _S_weep
- Test the extinguisher before approaching any fire.

## Fire Suppression Safety

- Do:
- Use safety equipment.
- Work in a buddy system.
- Have a backup team.
- Have two ways to exit.
- Maintain a safe distance.
- Overhaul the fire.

## Fire Suppression Safety

- DON’T
- Try to suppress large fires.
- Get too close.
- Fight it alone.
- Enter smoke-filled areas.

## Hazardous Materials . . .

- Corrode other materials
- Explode or are easily ignited
- React strongly with water
- Are unstable when exposed to heat or shock
- Are toxic to humans, animals, or the environment

## Identifying Stored Hazardous Materials

## Identifying Stored Hazardous Materials

- NFPA 704 Diamond-White Quadrant:
**W**  Shows unusual reactivity with water
**OX**  Possesses oxidizing properties

## Identifying Hazardous Materials in Transit

## Identifying Hazardous Materials in Transit
# Presentation: 446978

## Finding a Space for Waste

- ¡noah!
- NCSS
- 7/27/06

## Alternative Energy Sources

## Alternative Energy Sources

## Alternative Energy Sources

## Alternative Energy Sources

## On-Site Waste Storage

- “temporary” holding tanks at reactor sites are filling up.  Some of the waste has been kept there over 3 decades!

## Nuclear Reactor Fuel Rods

- Only <3% 238U actually used in “once-through” open fuel cycle.
- Spent fuel (right) is a form of HLW and is the primary concern for permanent disposal.

## Yucca Mountain

- ~90 miles NW of Las Vegas, Nevada
- Capacity: 77,000 tons--will be full by 2020 (scheduled to open in 2017)
- 	will only be *part* of the solution.

## Under the seabed

- Burial hundreds of meters under the middle of the tectonic plates
- ~70% of Earth’s outer core = an essentially limitless storage capacity
- Funding for research cut 20 years ago to focus on Yucca Mountain

## Considering a Disposal Area: Worst Case Scenarios

- For seabed: can sea creatures carry leaked waste to ocean surface?
- Experiments show that radionuclides would not travel more than a few meters through the seabed clay in 105 years!

## WCS for Yucca Mountain

- Groundwater contamination is the biggest concern
- YM is 300 meters above the water table
- Leaked waste could be transported by rain water to water table, so chemistry of the waste must be considered

## Pros & Cons for Yucca Mountain’s WCS

- _PROS_
- Volcanic Tuff contains zeolite
- Pu4+ (most abundant form) is insoluble and therefore settles as sediment in groundwater instead of being transported

- _CONS_
- Possible for Pu4+ to transport by binding to natural colloids and microorganisms
- Np5+ is soluble and is not stopped very well by zeolite

## Vitrification

- Puts radioactive waste into glass or ceramic lattice
- 	 immobilized, can’t transport through water
- Does not shield radiation, so canisters still have to be used

- Enormous cost: special plants built/designed only to produce glass logs, can only build one log/day, and each log costs ~$1.4M

## ¡¡¡RECYCLE!!!

- <date/time>

## Slide 15

## Acknowledgements:

- <date/time>

**Acknowledgements:**
**me.**