BEE-spoke-data/govdocs1-by-extension huggingface dataset:
# Presentation: 694413

## Disk module assembly

- US Pixel production meeting

- Pixel Production -- Module Assembly

## Numbers

-  2(3) - hit system requires:
- 34(51) sectors assembled
- 236(353) modules assembled
- These numbers include yield and spares.
- The most time-consuming part of module assembly is adding the cable to the flex hybrid and testing flex+cable.
- 247(371) flex + cable are required
- 100 have been done to date.
- Rate is 2/FTE-day technician.
- Strategy has been to run this production in the background as “filler” work for available technicians.
- Given enough flex+cable, bare module delivery limits the rate of module assembly.

- Pixel Production -- Module Assembly

## Single Chip Processing(feeds into bare module production in Italy)

- Pixel Production -- Module Assembly

## Module assembly and projectionsApril projection is based on what LBL can sustain given present resources/plan

- Pixel Production -- Module Assembly

## Sector loading

- With present tooling loading rate is 2-3 modules/FTE-day.
- With final tooling and procedure, only the single pre-production sector has been loaded so far (just finished today)
- Have planned for 1/week sector loading & testing rate.
- With start date Aug. 1 (to allow for building of module buffer and test setup development), this completes the 2 hit system in April 05.
- Acceleration of loading beyond 1/week is clearly possible. Faster testing would be more difficult.

- Pixel Production -- Module Assembly
# Presentation: 676492

## MERLIN UPDATEMTACFEBRUARY 4, 2004

- John Sadler, Manager
- Business Mail Acceptance

## MERLIN – Year To Date Status

** ****Barcode Readability Test Results YTD – FY 04**
**Automated Mailings**
**93.4% Letter Mail Passed**
**93.2% Flat Mail Passed**
**Mail Make-up**
**98.6% No Presort Problems**
**First-Class Metered Mail**
**99.3% with Correct Postage**

## MERLIN Deployment Completed 11/2003

| AREA | PLANNED | ACTUAL |
| --- | --- | --- |
| Southeast | 122 | 122 |
| Southwest | 90 | 90 |
| Eastern | 179 | 179 |
| Capital Metro | 60 | 60 |
| Great Lakes | 201 | 201 |
| Western | 208 | 208 |
| Northeast | 86 | 86 |
| New York | 69 | 69 |
| Pacific | 135 | 135 |

## Digit String Analysis

**Implemented ‘0000’ and ‘9999’ Jan 17, 2004**
**34,341 Automated Mailings Tested Since Jan 17**
**99.9% Passed**
**22 – ‘0000’**
**17 – ‘9999’**
**Mailpiece Design Analyst Follow-up**
# Presentation: 731535

## Faulty Isolation Using Fuzzy LogicLincom, Houston, TX

- Innovation
- -   Developed Fuzzy Logic based method for fault detection,
-      isolation, and recovery that is fast, accurate, and  robust.

- Photo

- Accomplishments
- -    Developed algorithm that was incorporated into various
-      data analysis tools.

- Commercialization
-  -   LinCom Corporation has been purchased by the Titan
-      Corporation  (NYSE:TTN).
-  -   Headquartered in San Diego, California, The Titian Corporation
-      is an incubator of technology based commercial business, offering
-      innovative and advanced  technical solutions.
-  -   Titan has 3,400 employees, annualized sales of approximately
-      $500 million and total backlog in excess of $1 billion.

- Government/Science Applications
- -     NASA Shuttle S-Band Diagnosis Applications
-      is being made into Real-Time Applications for
-      direct mission support. Also the US Air Force
-      interested in application  to engine diagnosis.

- Points of Contact:
-    -  Jane I Fox, 281-483-4815
-    -  Lincom, hammen@lincom-asg.com
- 1993 SBIR Phase II; NAS 9-19051 SS # 09-13

- Johnson Space Center
- Date of Update06/26/00

- Title

- Fault Identification Using Fuzzy Sets
# Presentation: 180039

## Pry--through Jan 31.  T382, 64 levels to 16 days

- Problems:
- 1)  Analysis not converging
- Solution:  Use operational background errors
- 	Tune low-humidity criterion in convergence algorithm
- 	Increase iteration from 100 to 150
- 2)  Forecast crash due to instability
- Solution (?):  Increase horiz, vert diffusion above 10 hPa
- 	Invoke speed-dependent diffusion at 10% lower speed.

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## Pry significant improvements in Northern Hemisphere extratropics in 1-6 day forecasts

- Pry neutral in tropics, So. Hemisphere
- Pry may be worse beyond 7 days.

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# Presentation: 531319

## World Class Project Managers at Census

- Ten Signs of Stellar Performance and How to Test for Them
- ESI International
- Carl Pritchard
- carl@carlpritchard.com

- <date/time>©Pritchard Management Associates, 2002

## What does it take?

- What would it take to make *you* pay a 25% gratuity?

## Truly “Stellar” Performance

**Truly “Stellar” Performance**

- Predictive
- Energized
- Enthused
- Knowledgeable
- Honest

- Integrated
- Consistent
- Compliant
- Repeatable
- Improving

*But how do you know????*

## Predictive Behaviors...How do you Know They Know?

- Can they find the contract/agreement?
- Do they know the players?
- Can they tell you one behavioral nuance about the parties involved?

## Energy and Enthusiasm

- Have they brought new interests, talents, approaches to bear?
- Have they been “caught” being pleasant?

## Knowledgeable

- Can they identify key players outside their own hierarchy?
- Is there evidence they’re current in the profession (books, magazines, classes)?

## Diogenes

**Diogenes**

**Notes:**
412-325BC

Greek Philosopher

Founder of the Cynic Sect at Athens, and according to Seneca, lived in a tub in order to show his contempt for the amenities of life.

## Integrated

- Can you identify what’s been promised to the customer?
- Do the PMs know where the financials came from?
- Have team members ever used the product/service?

## Consistent/Compliant

- PMBOK
- 1996/2000

- ISO 10006

- Methodology

- Risk Metrics

- Language

## Repeatable

- Where’s the repository?
- What’s the incentive to use it?
- Do I reward the BORING?

## Improving-Asking the Right Questions...

- Can you find the contract/agreement?
- Do you know the players?
- Can you tell me one behavioral nuance about the parties involved?
- What new approaches have you tried?
- Who is innovating on your team?
- Any new technologies/strategies that need organizational attention?
- Who’s actually smiling on your team?
- Can you identify key players outside your own hierarchy?
- What was the last new book you bought?
- What was the last new book you read?

- Is your report readable?
- Does it require explanation/interpretation?
- Could I understand your project *well *with less data?
- Have you ever *used *the product/service you’re building?
- Do you know how [insert your *least* favorite department here] feels about the product/service you’re building?
- What rules/guidance are we following?
- Are we creating some of our own rules?
- Are we capturing them?
- Are we sharing them with others?

## The Answer is not...

- NEW!!
- IMPROVED!!!
- 321 Steps to Project
- Management
- Excellence!!

**The Answer *****IS...***

## carl@carlpritchard.com

*carl@carlpritchard.com*
# Presentation: 800201

## A Cooperative Approach to Managing Emergency Public InformationJud Simmons and Kentt Billups, Pantex 

**Notes:**
Kentt takes this slide and introduces Jud.

## Emergency Public Information

- Drill/Exercise planning
- Emergency Response Organization and Joint Information Center rosters
- Offsite agency relationships

**Notes:**
Kentt tells the group that we work cooperatively when we:
Plan Drills and Exercises
Choose members of the Emergency Response Organization and Joint Information Center and
Work with Offsite agencies

## Drill/Exercise Planning

- Public Information Coordinator drafts drill plan
- EMD reviews and assists as needed
- EMD serves as Drill Controllers

**Notes:**
Jud takes over here and describes the process we go through to develop our drill and exercise plan and what part EMD plays in approving the plan. 

## ERO and JIC Rosters

- Business Communications takes the lead on writing and reviewing the EPP.
- Business Communications carefully staffs the ERO and the JIC
- Business Communications takes the lead on training for the EPIP

**Notes:**
Jud continues:
BC takes ownership of the EPIP.
BC fills the roster for the Emergency Press Center, the Emergency Telephone Operators and the Joint Information Center. 
BC creates the training for the EPC, the ETO and the JIC. 
This makes sense because we are the subject matter experts.

## Offsite agency relationships

- EMD takes the lead
- Business Communications meets and trains frequently with offsite PIOs

**Notes:**
Jud continues talking about offsite agency relationships:
Emergency Management takes the lead in working with their offsite agency counterparts. 
Business Communications meets and trains frequently with offsite PIOs.
BC participates in regional PIO training opportunities. 

## Paper Trail

- Responsibilities are outlined in the Emergency Preparedness Procedures  1003: Emergency Public Information Program
- Reviewed frequently by the Pantex Emergency Public Information Program Working Group

**Notes:**
Kentt takes up here:
Responsibilities are outlined in the EPP 1003. The responsibilities of both groups are spelled out within the document.
The EPP 1003 is reviewed frequently by the Pantex EPIP Working Group. 

## Contact

- Jud Simmons  jsimmons@pantex.com
- Kentt Billups  kbillups@pantex.com
- Tonya Detten  tdetten@pantex.com

**Notes:**
Kentt:

If you need any more information, contact Me or Jud.
# Presentation: 409454

## AMCC/WWF Roundtable Discussion on Climate Change 

**How Might Fish Respond to a Warming Bering Sea – The Physiological Context**

- byJeffrey Short, Ph.D. Science Advisor, Alaska Marine Conservation Council

- Anchorage, AlaskaJune 27, 2006

## A Cold-Blooded Response To Global Warming......... 

## Growth Rate vs Temperature & Food

## Development Time vs Temperature 

## Sub-Arctic Ocean Production Cycle

## Thermal Constraints on Population Size 

## Warming-Induced Northward Range Extension: Freshwater Fish

## Slide 8

## Slide 9

## Slide 10

## Trade-offs Between Foraging, Structural and Storage Energy

- Structure

- Storage

- YOY

- Juvenile

## Bering Sea Food Web: 1980s 

## Slide 13

## Food-Web Stresses

- Shrinking Primary Production

- Increased Apex Predators

- Increased Respiration Demand

## Ecosystem Resiliency – What Do We Want? 

- Maintain Food-Web Structure?

- Promote Diversity?

- Promote Fishing Opportunities?

- Avoid Species Extinctions?

## Thermal Constraints on Population Size 

## Cycles Reflect Change 

## Bioenergetics 101

- Energy content of fish varies seasonally

- Energy Phenology in Herring

- Energy Density

## Cycles Reflect Change in Structural and Storage Energy

## Nutritional Analysis Reveals Differences in Habitat Quality

- Fred. Sound

- Lynn Canal

## Nutritional Analysis Reveals Energy Sources Depend on Age

## Slide 22

## Cycles Reflect Change 

## Cycles Reflect Change 

## Cycles Reflect Change 

## Cycles Reflect Change 

## Cycles Reflect Change
# Presentation: 369993

## Universal Extra Dimensions

## Universal Extra Dimensions

- All Standard Model fields propagate into the bulk, typically 1 or 2 extra dimensions.
- Momentum conservation principle manifests as a conservation of a parity at each vertex – KK parity
- Naturally provides a Dark Matter candidate
- Excited modes mimic Standard Model zero modes.
- Minimal number of extra parameters
- R, Λ and mH

## Toy derivation of scalar Lagrangian

- Heuristic derivation showing how mass terms appear – infinite tower of KK modes

## Dark Matter CandidatesAnalysis by Servant & Tait

- Neutral Weak Gauge Boson B1
- Strongest CDM candidate
- Neutrino
- disfavored by present limits from direct detection experiments

## Why B(1)?

- The mass matrix that governs the mixing between the neutral weak gauge bosons is
- The B(1) is mostly photon

## What’s involved?

- If UED theories are incorrect, the LHC will be able to exclude them in their present form.
- Cosmological constraints place R within the reach of LHC energies.
- Confirmation of the theory will require more extensive statistics, because SUSY will have the same signature(s) as UEDs within the statistical reach, at the KK1 level.
- Require higher statistics → better angular resolution of decay products → spin determination
- Correlation with cosmological experiments
- Require resolution of higher KK modes for model resolution

## Servant, TaitPrediction for ΩB(1)h2

- hep-ph/0206071
- Graph plotted in 2002 – slightly outdated
- Lower band should span 0.09 to 0.13 corresponding to m = 750 - 950 GeV, using latest WMAP results

## Requirements for Dark Matter Candidacy

- There must exist a stability mechanism
- KK Parity conservation
- Electrically neutral
- Charged particles could interact with zero mode, and we would have seen them
- Coannihilation

## Lightest Kaluza-Klein Particle (LKP)

- Stable by virtue of KK parity conservation
- All heavier odd-mode particles eventually annihilate/decay into the LKP
- KK parity conserved at all levels

## radiative corrections to massesat lower limit of R

- Weak gauge boson masses receive almost no correction
- Lepton mass correction are a few percent
- Gluons & quark masses receive large corrections

## radiative corrections to massesat upper limit of R

- Weak gauge boson masses receive almost no correction
- Lepton mass correction are a few percent
- Gluons & quark masses receive large corrections, but smaller than with smaller R
# Presentation: 813446

## Status

**US CM EMU - FNAL Site**
**G.Apollinari **

**Status**
**Program for next 8-10 months**
**P2’****	****	****	****	****October 98**
**P3 (Russia)****	****	****	****November - December 98**
**Aging Test chambers****	****	****January 99**
**Tooling for foreign sites****	****February - March 99**
**P4 (~P2’’)****	****	****	****April - May 99**
**P5 (Chinese)****	****	****	****June - July 99**
**Panel  production to start in Spring 99**
**Chamber  production to start in Fall 99**

## Resources

**EDIA**
**Lot of work to do:**
**Nelson****	****	****EDR @ CERN**
**Barissov****	****	****Full set of drawings correction**
**Drafter****	****	****Will need 1 soon (identified)**
**Support**** **
**Good support:**
**B. Jensen ****	****	****Travellers for Lab 8**
**G. Kobliska****	****	****Panel measurements in Lab 8**
**Procurement group****	****OK**
**Support**
**G.Smith****	****	****	****Need one more tech soon **
**Storage****	****	****	****??****	****	****	****	**
# Presentation: 137393

## Social Media The Second dotcom Boom

- Bernie Pleau

## What is Social Media? 

- “Social computing is not a fad. Nor is it something that will pass you or your company by. Gradually, social computing will impact almost every role, at every kind of company, in all parts of the world.”
- Forrester Research, Social Computing - How Networks Erode Institutional Power, And What To Do About It

## What is Social Media?

- A group of new kinds of online media
- Participation
- Openness
- Conversation
- Community
- Connectedness

## Slide 4

## What is Social Media?

- Networks
- Blogs
- Wikis
- Podcasts
- Forums
- Content Communities
- Microblogging

## Social Media?

- Lets us be ourselves – only more so at dizzying speed

## “It is difficult, indeed dangerous, to underestimate the huge changes this revolution will bring or the power of developing technologies to build and destroy – not just companies but whole countries.” 

Rupert Murdoch 

**Rupert Murdoch **

## Social Media Networks

- 300,000 users
- Cyworld – Korea 25% of population
- Hi4 – Central America 1 million users
- 14 million photos daily
- Business and Professional

## Slide 9

## Blogs

## Wikis

## Podcasts

## Forums

**National Bass fishing forum with a great informative member base to chat with. **

## Content Distribution Communities

**Content Distribution Communities**

## Microblogging

**Microblogging**

## Virtual Worlds

## Micromedia

- The _[World Wide Web](http://en.wikipedia.org/wiki/World_Wide_Web)_ as accessed from mobile devices such as _[cell phones](http://en.wikipedia.org/wiki/Mobile_phone)_, _[PDAs](http://en.wikipedia.org/wiki/Personal_digital_assistant)_, and other portable gadgets connected to a public network.

## Media 2.0

## RSS

## SMS

- Is a communications protocol allowing the interchange of short text messages between mobile telephone devices. The SMS technology has facilitated the development and growth of text messaging.

## Slide 21

## South x Southwest

- Mark Zuckerberg Facebook’s founder and CEO the 23-year-old who has emerged as one of the brightest young minds in the booming social media industry.

## Summary

*No PR professional can ignore the impact of blogs, social networks and wikis: Today’s new media technologies make it easier than ever for independent citizens to break news, critique new products, editorialize on corporate developments and generally disrupt well-laid communications plans. What can we expect next from consumer-generated media—will the novelty wear off, will social media become pervasive in business life, will corporate  communicators make peace with this phenomenon or will we be cast out by the social media “police”?*
- Robert Scoble

## Questions?????
# Presentation: 534097

## The Magnetic Pressure in the Local Bubble Wall towards l,b ~300,0

- B-G Andersson
- SOFIA Science Center / USRA

## Magnetic Fields

- Magnetic Fields are thought to provide significant pressure terms in the ISM
- Regulate mass and energy flows through resistance of contraction
- Regulate energy flows by resisting charged particle (hot electrons) flow across field lines

## Chandrasekhar-Fermi Method

- The MHD equation of motion yields two pressure-like terms containing the magnetic field.  One isotropic and one negative with component only along the field line. = Tension in the field line.
- Balancing this tension against the driving force of the turbulence allows an estimate of the magnetic field strength. The Chandrasekhar-Fermi method

- So, measure/estimate:
- Dispersion in field direction = Position angle of polarization
- Turbulent velocity
- Space density

## Is the CF method reliable?Comparison to Zeeman measurement in L1457

- Few regions with high sampling density optical polarimetry and Zeeman data
- A few more with sub-mm wave polarimetry and Zeeman data (but less applicable to the LB)
- Recent OH Zeeman observations of L1457 (Troland & Crutcher, 2008) coincide with a high density polarimetry map, presented by Andersson, Vishniac & Wannier (1999)
- No direct measurement of n for L1457

## CF application to L1457

- H I map: Moriarty-Schieven, Andersson & Wannier (1997)
- Polaimetry: Andersson, Vishniac & Wannier (1999)

## Results: L1457

- Weighted average, 1665 and 1667 lines

- But note that for L1544, while B||(OH; Zeeman)≈11G and
- B(sub-mm; CF)≈140G, Crutcher et al. estimate that  the
- two measurements provide consistent measures of the
- Importance of the field strength and differ due to differences
- in beam-sizes, column and space density sampled.

## Magnetic Fields in the LB Wall

- Results from e.g. Leroy (1999) indicate that the LB wall carries a ordered magnetic field by showing an ordered polarization field of Hipparcos stars.

## Leroy (1999) survey p vs. d 

- Comparing detections and non-detections, Leroy’s data shows that the LB wall likely causes the measured polarization
- His data are not high enough spatial density to allow a local CF analysis

## l,b =300,0

- Use polarization data for stars with well determined distances, to estimate the B–field strength in the LB wall, towards *l,b*≈300,0

## CF results for the LB wall towards l,b≈300,0

- Estimate n from C I observations of  Cru (d=111±8 pc) and H2 (J=1/J=0) excitation temperatures from LB sightlines (Lehner et al. 2003) and v from the C I line widths.

- PB/k=B2/8 => PB/k=18,000 K cm-3
- MA≈0.5
# Presentation: 714591

## Outlook for U.S. Petroleum and Biofuels

- Tony Radich
- Energy Information Administration
- Office of Integrated Analysis and Forecasting
- anthony.radich@eia.doe.gov
- March 27, 2006

## Foreign Low-Sulfur Light Crude Price Cases

**High Price**

**Reference**

**Low Price**

##  U.S. Ethanol Use By Crude Oil Price Case (billion gallons per year)

**High Price**

**Low Price**

**Reference**

## Economic Potentials for Biofuels Production in AEO2006 

## Ethanol Cost by Technology, 2012(2004 dollars)

|  | Corn Dry Mill | Cellulose |
| --- | --- | --- |
| Raw Material | Corn | Crop Residue, Switchgrass |
| Co-product | Distillers’ Dried Grains with Solubles | Electricity to Grid |
| Plant Size | 50 million gallons per year | 50 million gallons per year |
| Capital Cost | $65 million | $369 million |
| Raw Material Cost | $0.90 per gallon | $0.49 per gallon |
| Non-energy Operating Cost | $0.25 per gallon | $0.63 per gallon |
| Cost of Delivered Energy | $0.21 per gallon | $0 |
| Co-product Value | -$0.16 per gallon | -$0.12 per gallon |
| Variable Cost | $1.20 per gallon | $1.00 per gallon |

## Comparison: West North Central Division Ethanol Costs Including Tax Credit Versus Gasoline

**Dry Mill, maximum of 9.1 BGal/yr**

**Conventional Gasoline**

**Cellulose, maximum of 0.17 BGal/yr**
# Presentation: 377423

## Spaceward Bound: Mojave

- Update
- December 7, 2006

## Teacher Recruiting

- 30 -35 total
- Pools
- NES, NEAT
- Las Vegas, Reno
- San Bernardino County
- Pre-Service: UNR, UNLV, SJSU
- Informal: Las Vegas, Barstow
- Applications due 12/15
- Selection by Jan. 1

## Scientist Recruiting

- Chris, Penny, Jim N., Henry, Jacek, Lauren, Alfonso, Armando, Rafael, Jim
- SJSU Professors
- USGS
- NPS

## Science Research Projects

- Microbiology (Henry, et al)
- Caves (Penny, et al)
- Geology (USGS, NPS)
- Springs
- Viking comparison (rovers)
- Remote sensing (?)
- Space suits (?)

## Expedition Structure

- Chris - supreme commander and lead of scientist team
- Need logistics czar to help with day-to-day issues and problems; guest handling; press
- Liza - sub-supreme commander and lead of education team
- Education staff (Deb, Rebecca)
- Alumni Faculty
- Teachers
- Brian - lead of webcast & communications team
- Guests (NASA biggees, partner biggees, press, ...)

## Logistics

- Get into LA or Vegas before noon on Sunday, March 25; we will arrange transport to Zzyzx
- Science will finish by noon on Friday, March 30.  We will finish by 3:00; we will arrange transport back to airports
- Like Chile, work with Planner’s travel agent, make reservations after Jan. 1
- Will try to put you and teachers from your area on same flights

## Daily Schedule Rough CutSun.

- 3:00 Everyone has arrived at Zzyzx
- 3:00 - 5:00 settling in; mingling; “drinks on the patio”
- 5:00 - 6:30 dinner and introductions
- 6:30 - 7:30 science review
- 7:30 - 8:00 teacher meeting
- 8:00 - 9:00 base camp group meetings

## Daily Schedule Rough CutMon. - Thur.

- 7:00 - 8:00 breakfast - meeting time for Alumni Faculty with Education Staff
- 8:00 - 8:30 morning briefing
- 9:00 - 5:00 field work (pack lunch)
- 5:00 - 6:00 downtime
- 6:00 - 7:00 dinner
- 7:00 - 9:00 evening sessions
- 9:00 - 10:00 base camp time; journaling

## Daily Schedule Rough CutFri.

- 7:00 - 8:00 breakfast - meeting time for Alumni Faculty with Education Staff
- 8:00 - 8:30 morning briefing
- 8:30 - 11:30 final science sessions (in field/lab/...)
- 11:30 - 1:00 pack up and eat lunch
- 1:00 - 3:00 all teacher meeting (base camp presentations and general)
- 3:00 head home

## Alumni Faculty Roles

- Lead a group of 5-7; base camp groups
- Teachers matrix from base camp groups into science projects
- Bring science experiences back to base camp groups
- Home group focus question:
- You are teaching the people that will explore the Moon and perhaps Mars, just as you are exploring the Mojave.
- What do you need to teach them?
- How do you teach them?

## Teacher Learning Content

- Processes of exploration in the field
- Logistics and transportation
- Energy and life support
- Human factors
- Exploration and EVA activities
- Science content and processes
- Mojave science
- Concepts and theories of Moon/Mars analog research
# Presentation: 143750

## FNAL-ANL collaboration: RFQ and RT-CH resonators

- _FNAL-ANL collaboration: __RFQ and RT-CH resonators_

**Petr Ostroumov (ANL)**
**April 26 , 2005**

## RFQ: beam dynamics

**Injection energy:**
- 50 keV (J-PARC) vs 65 keV (SNS)
**Output energy:**
- 3 MeV (J-PARC) vs 2.5 MeV (SNS)
**FNAL:**
-  2.5 MeV is acceptable
- Acceleration from 2.5 to 3 MeV is much more efficient by the CH cavities
-  RFQ  0.5 MeV is provide by 70 kW
-  CH     0.5 MeV is provided by ~10 kW

## RFQ: SNS and J-PARC

|  | J-PARC | SNS | FNAL, scaled to SNS |
| --- | --- | --- | --- |
| F | 324 MHz | 402.5 MHz | 325 MHz |
| Win/Wout | 0.050/3.0 | 0.065/2.5 | 0.05/2.5 |
| Length, m | 3.11  | 3.7   | ~4.0 |
| V, kV | 82.7 | 76 | 90 kV |
| R0, mm | 3.7 | 3.36 | 3.7 |
| P (no beam) , kW  | 305 kW | 590 |  |

## RFQ resonator (J-PARC/SNS)

- Q~9000
- f0=323.9 MHz
- fD=347.2 MHz

## Multi-cell RFQ

## Multi-cell RFQ

## Multi-cell RFQ

## Multi-cell RFQ

- Tank= 12 cm
- Q=2800
- f=302-295=7 MHz

## FNAL driver front end

**RFQ output energy – 2.5 MeV**
**Transition from RT to SC – 10 MeV**
**Number of single-spoke cavities 22 (16)**
**Number of RT cavities 17 (21)**
**RT CH resonators**
- May have 5 gaps, even 6 gaps
- Should be optimized for maximum Rshunt
- Rshunt depends strongly from the stem design

## RT-SC transition

## RT-CH cavity

- Number of cavities		17
- Number of gaps		5
- Power for the first cavity	6 kW
- Power for the last cavity     ~40 kW
- Total 			        300 kW
- Total with 10 mA beam      375 kW
- Total with 26 mA beam      500 kW

## Conclusion

**J-PARC resonator is a good option**
**RFQ injection energy -50 keV****	****(J-PARC)**
**RFQ extraction energy -2.5 MeV (SNS)**
**RFQ beam dynamics design: SNS-style**
**Optimize vanes to provide axial-symmetric beam at the entrance to MEBT **
**RT-SC transition energy – 10 MeV**
**Optimize RT-CH cavities to obtain shunt impedance (can be 5-gap, 6-gap)**
# Presentation: 160671

## U.S. Embassy Lima, Peru

*Peru Trade & Investment Overview*
*Lima, Perú*
*October 4, 2002*

**U.S. Embassy Lima, Peru**

- (Logo source: Red Cientifica Peruana)

- March  2002

## Macroeconomic Picture

- Strong Economic Fundamentals
- Very Low Inflation - less than one percent
- Solid GDP Growth - over 3.5% this year
- Prudent Fiscal and Monetary Policies

## ATPDEA Expectations

- Export Expansion  - key sectors are:
- Textiles
- Apparel
- Footwear
- Processed Foods
- Expanded Jobs Expected
- Increased US and other Investment under way.

## Per Capita GDP  $2.103
Real GDP Growth  3.5 - 4.0 % this year
Unemployment   9.5% 
Underemployment   52.5%
Consumer Price Inflation - less than 1%
US Direct Investment approx. $6 billion
Two way trade with U.S. $4.16 billion
Average Tariff Rate- 11%

- Real GDP Growth  3.5 - 4.0 % this year
- Unemployment   9.5%
- Underemployment   52.5%
- Consumer Price Inflation - less than 1%
- US Direct Investment approx. $6 billion
- Two way trade with U.S. $4.16 billion
- Average Tariff Rate- 11%

- Economic Realities

## Key Peruvian Trading Partners

- Key Peruvian Trading Partners

- United States
- European Union
- Colombia
- Venezuela

- Brazil
- China
- Japan

##     Key Peruvian Exports	

-     Key Peruvian Exports

- Copper
- Tin
- Zinc
- Gold
- Petroleum

- Asparagus
- Coffee
- Fish
- Sugar

## Peru: Investment Issues

**Stable Investment Climate is key to attracting committed, reputable investors**
- _Issues include_:
- Rule of Law
- Judicial Issues
- Increasing Transparency/Reducing Corruption
- Strengthening Intellectual Property Rights Protection

## Conclusion 

- Conclusion

- Kudos on Economic Performance - stable, strong, with good growth prospects
- Wealth of Human and Natural Resources
- Prudent Fiscal and Monetary Policy
- Focus on the Investment Climate

## Thank You! 

- Thank You!

*Please keep up posted on your progress, and contact us for your commercial needs!*

**	**

- CONTACT US:

***Tel: 511-434-3040***
***Fax: 511-434-3041***
***Email: Lima.office.box@mail.doc.gov***
***website: www.BuyUSA.com.pe***
# Presentation: 526200

## Slide 1

- 13 July 2004
- Center for Association Leadership, Concourse Level
- Ronald Reagan Building and International Trade Center
**K. David Weidner, Ph.D., Director**
**202.884.8684, dweidner@aed.org**

**The Global Development Alliance: **
**Technology Created Through or Used by **
**Public-Private Alliances**

**USAID 2004 Summer Seminars**

## GLPNet Founding Partners

**AED** GLPNet project is managed by AED's Global Learning Group-Systems Services Center.
**USAID **Provided funding for the first two years of the GLPNet.
**Sun Microsystems** Provides computer hardware to deliver GLPNet services. Free copies of StarOffice 6.0 to GLPNet members.

## What is the GLP?

**What is the GLP?**

- Web Application
- Serves primary & secondary teachers
- Provides tools to promote knowledge sharing & collaboration in personalized way
- Public-Private Partnership between Sun Microsystems, USAID, and AED

## Why is GLPNet Special?

- Multilingual-Multinational
- Allows educators to exchange ideas and best practices with other teachers from around the world
- Provides participants with specialized in-country guidance and mentorship with models for integrating technology and global collaboration
- Supports GDA public-private partnerships
# Presentation: 108862

## Ergonomics of Lifting

**Assess the situation**
- How far will you have to carry the load? Is the path clear?
- Once the load is lifted, will it block your view?
- Can the load be broken down into smaller parts?
**Size up the load**
- Test the weight by lifting or sliding one corner
- If it is too heavy or awkward, ***STOP****** ****and get help!*
- Can you use a mechanical lift, hand truck, or other equipment to help reduce the load?
- Can you handle the load safely, or is it a 2-person lift? If there’s any doubt, **ASK FOR HELP**.
**Use good lifting techniques**
- Get close to the load.
- Get a good handhold: add straps or other handgrips if needed.
- Bend knees *+ *hips: keep the normal inward curve in your back.
- Avoid twisting your spine: pivot with your feet to turn.

**    ****DON’T LIFT ANYTHING OVER 50 LBS WITHOUT ASSISTANCE!!**

**For more information, contact Ira Janowitz, x6071**
# Presentation: 709481

## HMA Construction, NHI No. 13132

**Update/Future Courses**

**Jack. R. Mathews**
**Alabama Asphalt Pavement Association**
**630 Adams Avenue**
**Montgomery, AL 36104**
**334/834/5314 (Phone)**
**334/834/5537 (Fax)**
**E-mail: hmaapa@zebra.net**

## Slide 2

## NHI HMA Training Courses

- HMA Construction : No. 13132
- HMA Plant Production : No. 13144
- HMA Characteristics and Control : No. 13145
- 	All courses were developed by the Joint AASHTO/FHWA Industry Training Committee on Asphalt.

## HMA Construction Technical Panel Members

- John Bukowski, FHWA – HIPT
- Dale Decker, Industry Consultant
- Kent Hansen, NAPA – Director of Engineering
- Garth Newman, Idaho DOT
- Joseph Thomas, Minnesota DOT
- John Perry, FHWA Consultant
- Jack R. Mathews (Chair), Alabama Asphalt Pavement Association

## Slide 5

## Slide 6

## HMA Construction, NHI No. 13132

**Update/Future Courses**

**Jack. R. Mathews**
**Alabama Asphalt Pavement Association**
**630 Adams Avenue**
**Montgomery, AL 36104**
**334/834/5314 (Phone)**
**334/834/5537 (Fax)**
**E-mail: hmaapa@zebra.net**
# Presentation: 862953

## R. D. Foster, C. R. Gould, D. G. Haase, J. H. Kelley, D. M. Markoff, (North Carolina State University and TUNL), W. Tornow (Duke University and TUNL)

**Supported by the US Dept. of Energy**

## Overview

- Motivation and Theory
- Overview of the Experiment
- Dynamically Polarized Deuteron Target
- Results
- Summary

## Motivation and Theory

-  Investigate the spin dependence of the nucleon-nucleon
-   (NN) interaction in the     	system
-   Determine the contribution of three-nucleon force
-   (3NF) term to NN potential
-  Longitudinal total cross section difference is sensitive
-    to the same 3NF terms which are
-    added to the NN potential models to reproduce the
-    triton binding energy

## Triangle Universities Nuclear Laboratory

## n-d Scattering Experiment

## Schematic of the Experiment

## Polarized Neutron Beam

*P**n* calculated from d polarization using polarization transfer coeff.

## TUNL Polarized Target Facility

## Dynamic Nuclear Polarization

-  Low temperature (200 mK) and high magnetic field (2.5 T) polarize
-   electrons
-  Drive transitions with 70 GHz microwaves to produce nuclear
-   polarized target
-  DNP provides a method to quickly flip target polarization and it can
-   absorb external heating
-  Target material is 1 mm diameter beads of frozen 1,2-propandiol
-   in which all 8 hydrogens have been replaced by deuterons

## Dilution Refrigeration

- Mixing Chamber

- Concentrated Phase

- Dilute Phase

- Heat Exchanger

- Still

- 3He Out

- 3He In

## TUNL Dynamically Polarized Deuteron Target

## Dilution Refrigerator

- RuO Sensor

- Mixing Chamber

- Flow Impedance

- Still

- Heat Exchanger

## Target Insert

- Target Cup

- Level Detector

- Microwave Horn

- Still Lid

## May 2003 Results

-  Very small data set
-  Error is too large to resolve 3NF effects
-  Were not able to take multiple sets of data for each
-    target polarization state

## Summary

- We have made a preliminary measurement
-     of          at 6.88 MeV
- Try to reduce uncertainty to ~8% to see the
-     separation of NN and 3NF model                   calculations
- Take more data at this energy and also take data at 5 MeV in the fall
-  Take an 800 keV point for calibration of            Ptx
# Presentation: 686457

## NYS Estimates of Income Eligibles and Unmet Need

**Wayne DeNyse**
**Victoria Lazariu-Bauer**
**Dan Kellis**

## Overview - May 1999

- Based on two-year average of annual New York State (NYS) births
- Births are adjusted for 185 percent of the federal poverty guidelines using
- 		1990 Census
- 		Current Population Survey (CPS)
- 		Administrative data
- 		Statistical modeling

## Administrative data

-  Medicaid births
-  Teenage pregnancies
-  Unemployment Insurance
-  Per capita income

## Statistical model

- 			The statistical(regression) model
- 			is developed using 1990 census
- 			and administrative data.
- 			The purpose of this model is to
- 	estimate the relationship between
- 	actual poverty levels (census) and
- 	indicators of poverty (administrative data).

## Medicaid adjustment

- 		The county level poverty estimates
- 	are  adjusted (increased) to account for
- 	the more flexible definition of the family
- 	unit under Medicaid.

- 	The definition allows persons with
- incomes above 185% poverty to enroll in
- Medicaid and thus be eligible for WIC.

## 	The result is the final county level
estimates of the number of WIC income
eligible infants.

- estimates of the number of WIC income
- eligible infants.

**Final county estimates**

- 	The estimated income eligible infants
- are then used to directly estimate the numbers
- of women and children income eligible for WIC.

## Estimate of unmet need 

-  Unmet need =
- estimated eligibles - actual monthly participation

- 	The number of WIC participants is determined
- by linking the actual number of WIC certifications
- with the check redemption file.

## Results - Statewide

- 55.7 percent of estimated income eligible WIC participants received WIC services
- 50.1 percent of estimated income eligible women were served
- 86.9 percent of estimated income eligible infants
- 54 percent of estimated income eligible children received WIC services

## Slide 9

**Notes:**
The red color indicates the 16 counties that concentrate the largest number of estimated people eligible for WIC services.

## Slide 10

## Slide 11

## Conclusion

- The eligibility estimates are compared to actual monthly service.
- A high proportion of infants are being served.
- Only half of eligible women and children.
# Presentation: 493005

## Control Planar & Vertical Ordering in 3D (In,Ga)As Quantum Dot Lattices by Surface Orientation

*Collaboration berween Oklahoma/Arkansas MRSEC and Institut für Kristallzüchtung; Humboldt-Universität; and Martin-Luther-Universität, of Germany that demonstrated the linear relationship between monolayer steps and the angle for peak diffusion. This understanding was then used to produce an organized 2D array of Quantum Dots.*

- M. Schmidbauer, S. Seydmohamadi, D. Grigoriev, Z.M. Wang, Y.I. Mazur, P. Schäfer, M. Hanke, R. Köhler, and G.J. Salamo, * *
*Phys. Rev. Lett.* **96**, 066108 (2006).

- Oklahoma/Arkansas MRSEC, DMR-0520550
# Presentation: 506421

## Active Play

**Active Play**

**for 2-4 year olds**

- Transparency 1

- Active kids are healthy kids.

**Los niños activos son niños saludables.**

**Juegos Activos**

-  para los niños de 2-4 años

## learn to use his muscles
    aprender a usar sus músculos
get along with others
    llevarse bien con otros
learn about the world
    aprender sobre el mundo a su alrededor

-     aprender a usar sus músculos
- get along with others
-     llevarse bien con otros
- learn about the world
-     aprender sobre el mundo a su alrededor

**Active play helps your child:**
**El juego activo ayuda a su niño a:**

**Why is active play important?****¿Porqué es importante el juego activo?**

- Transparency 2

## stay healthy (sleep better & keep a healthy weight)
    mantenerse saludable (duerme mejor y 
    mantiene un peso saludable)
feel good about themselves
    sentirse bien de sí mismo
bond with family members
    vincluarse con los miembros de la familia

-     *mantenerse saludable (duerme mejor y*
-     *mantiene un peso saludable)*
- feel good about themselves
-     *sentirse bien de sí mismo*
- bond with family members
*    **vincluarse con los miembros de la familia*

**Active play helps your child:**
***El juego activo ayuda a su niño a*****:**

- Transparency 3

**Why is active play important?****¿Porqué es importante el juego activo?**

## Plan

**30** to **60**

***minutes***

- of active play each day

- Transparency 5

*    **Plan de 30 a 60 minutos*

*de juego activo cada día*

## How is your child active?¿De qué manera es su niño activo?

- Throwing

- Walking

- Kicking

- Playing
- at the park

- Dancing

- Running

- Transparency 4

- Saliendo
- a Caminar

- Corriendo

- Bailando

-  **Jugar en un parque**

- Lanzando una pelota

- Pateando una
-  pelota

## Active play helps your child grow and be healthy.
   El juego activo ayuda a su niño a crecer y a ser saludable.
Your child needs to be active for 30-60 minutes each day.
   Su niño necesita por lo menos de 30 a 60 minutos de juego activo todos los días.

*   **El juego activo ayuda a su niño a crecer y a ser saludable.*
- Your child needs to be active for 30-60 minutes each day.
*   **Su niño necesita por lo menos de 30 a 60 minutos de juego activo todos los días.*

- Transparency 6

- Active kids are healthy kids.

**Los niños activos son niños saludables.**

## Active kids are healthy kids.

- Record when your child is active for 30 minutes on your Fit WIC Calendar.
*   **Cuando su niño es activo por 30 minutos, regístrelo en su Calendario de Forma WIC.*
- Bring your calendar to your next WIC appointment.
*  **Traiga el calendario en su próxima cita de WIC.*

- Transparency 7

**Los niños activos son niños saludables.**
# Presentation: 080325

## EOTA Exercise CoursesManuel LeyvaJohn Mitchell

## Background

- EOTA Tasked by Rose Duffmann, NA-40
- Develop blended approach to Exercise Design and Development Training
- Combination of web-based and classroom training
- New courses would provide needed additional training opportunities for target audience

## First Steps

- Contacted Exercise Subcommittee and obtained feedback on proposals (12/04)
- Strong support for linking Exercise Builder to training
- Decided to proceed with two courses:
- WBT course covering core concepts for exercise development
- Classroom/computer lab course to explore development in detail
- Assembled team of instructors, subject matter experts and HQ  points of contact for the two courses

## Current Status

- EXR 131 – Web course
- Specifications and design documents approved
- EXR 231 – Classroom/Lab course
- Specification and design documents begun
- Design and SME teams
- Manny Leyva, EOTA Project Manager
- Paul Jenkins, EOTA Instructor
- John Mitchell and Bob Murawski, SMEs

## Web Course Overview

- EXR-131 Fundamentals of Exercise Development
- Overall goal -  concepts and practices leading to effective exercise development.
- Understand an effective structure for the development of exercises that will support validation of the emergency management program
- Serve as a prerequisite for the more in-depth classroom course - EXR-231

## Classroom/Lab Course

- EXR-231 Exercise Design Practicum
- Approximately three day classroom course
- Conducted in a computer lab
- Students build notional exercises using Exercise Builder
- Students learn exercise design methodology and  gain practice with Exercise Builder

## Development Considerations

- Need to align Courses with any changes to the Exercise EMG
- EMG currently under review/revision
- No major changes expected to affect development process
- Generic (notional) application for EXR-231
- Use “Einsteinville” as target site
- Common exercise objectives and data
- Achieve similar packages as course outputs

## Target Dates for Implementation

- EXR-131 – mid-summer
- EXR-231 – pilot presentation in Fall

## Integration with Existing Courses

- New courses supplement existing EOTA and ORISE courses
- EXR-101 WBT (Overview of Exercise Program)
- DOE Drill and Exercise Design Course
- Long-standing classroom course
- Effectively tailored for site-unique deliveries

## This Week at EMI-SIG

- Present course prospectuses to EMI-SIG members
- Ensure planned courses will meet needs of DOE exercise developers
- Solicit feedback from members of Exercise Subcommittee
- Solicit feedback from EMI-SIG membership
# Presentation: 937496

## XACML Service Interface

- Port type generated
- Uses XACML SAML 2.0 profile
- Services will need to implement port type
- Sample Authorization Service provided
- Returns a permit for any non-anonymous access that is not on a configured list

## XACML Authorization Callout

- PDP that can be configured to talk to any XACML Authorization Service
- Authorization service endpoint should be configured
- If a permit is returned for the said resource/action, a PERMIT is returned
- If deny is returned, DENY is returned
- If error occurs or no decision about request, INDETERMINATE is returned

## XACML Library

- Helper classes
- Construct query/decisions
- Attribute processing
- Missing pieces
- Signature
- Obligations

## Source code and details

- http://www-unix.mcs.anl.gov/~ranantha/xacmlPDP/
# Presentation: 295191

## Aerosol horizontal structure – variabilityJens Redemann      (BAER Institute)+ J-31 team(Preliminary results – do not cite)

## Scientific motivation for studying aerosol spatial variability 

- Spatial variability of aerosol properties in the vicinity of clouds → cloud haloes → aerosol indirect effect
- Spatial variability in satellite radiances is used in cloud-screening → contributions of aerosol variability to radiance variability? → separation of aerosol and cloud signal?
- Comparison of aerosol spatial variability as seen by satellite and suborbital sensors gives insight into satellite retrieval performance (e.g., surface vs. aerosol variance)
- Feasibility of new satellite sensor designs

## Example 1: Spatial variability of AOD in the vicinity of clouds –  cloud haloes or cloud contamination?

## ...but, what about cloud haloes?

- ...but, what about cloud haloes?

## Low-level flight segments (<100m) to study spatial variability in AOD and in situ properties, ACE-Asia 2001

## Example: Water vapor, in situ aerosol extinction and AOD during low-level flight leg in ACE-Asia

## Auto-correlation:

## J31 Flight 8, 15 July 2004

- _J31 Flight 8, 15 July 2004_

- MODIS AOD, COT & J31 Track: L. Gumley, A. Chu, C. Kittaka, B. Pierce

**0.0        0.2        0.4         0.6        0.8         1.0**
**Aerosol Optical Depth (550 nm)**

**     ****0       10     20      30     40      50      60    70**
**Cloud Optical Thickness (670 nm)**

## Slide 9

## Slide 10

## Slide 11

## Approach for aerosol spatial variability work 

- Identify all J-31 low-level legs
- Compute metrics for spatial variability, e.g., auto-correlation, structure functions in suborbital AOD
- Compare spatial variabilities in ICARTT with other field campaigns [first US East Coast then different geographical regions – different proximities to aerosol source regions]
- Find subsets of J-31 data that have satellite coincidences with MISR and MODIS data and compare spatial variabilities
- Fine-comb data for cloud haloes

## Slide 13
# Presentation: 026988

## Section 4

**LEISA Atmospheric Corrector**

## LEISA Atmospheric Corrector

***Correction of multispectral surface imagery for atmospheric variability (water and aerosols)***
***High spectral, moderate spatial resolution (250m), large swath (180km) hyperspectral imager using wedge filter technology***
***Spectral coverage of 0.89 - 1.6μm, bands selected for optimal correction of high spatial resolution images***

## LAC Performance

***High Spectral - Moderate Spatial Resolution Hyperspectral Imager  Using Wedged Filter Technology (LVE)***
***Spectral Coverage:  ~0.9 - 1.6************m; 256 Bands Selected for Optimal Correction of High Spatial Resolution Images ***
***Spectral Resolution:  35 cm******-1****** (************: 3 nm @ 0.9 ************m, 9 nm @ 1.6 ************m)***
***Swath Width:  ~185 km; Matches Landsat***
***Spatial Resolution (pixel):  356 ************radian (250 meter @ 705 Km)***
***Three 256 x 256 Element InGaAs Arrays; TEC Stabilized (<285 K)***
***Three 15 Degree FOV 3 Element Lenses***
***Two Modules: “Bolt-on”Optics Module and Electronics Module  ***
***Mass: 10.5 kg (EM, 4.4 kg; OM 3.9 kg; Cable 2.2 kg) ***
***Power:  48 W (Peak); <15 W (Orbital Average)***

## Comparative Size

## Color Composite Images

- Cuprite, NV	March 1, 2001
- red=1.32, green=1.03, blue=0.98 (m)

*Color Composite Images*

## Spectra

*Spectra*

- Cuprite, NV	March 1, 2001

## Status

***Operational: Complete***
***L1R Processing Software:  Complete***
***Radiometric Calibration: Complete***
***Non-linear correction being implemented***
***Geo-rectification Algorithms:  Complete ***