BEE-spoke-data/govdocs1-by-extension huggingface dataset:
# Presentation: 518542

## LHC@FNAL Operations Model

- Thursday, October 20, 2005

## What is the Operations Model?

- The model defines how LHC@FNAL will be used at each stage in the LHC’s history
- The purpose is to guide design decisions
- The model is based on assumptions and will evolve with experience

## Elements of the Model

- Stage in the LHC’s development
- Who
- Activities
- Time periods
- Location
- Tools

## Details - I

- Stages
- Hardware commissioning
- Beam commissioning
- Machine development
- Physics running
- Who
- Users at FNAL, CERN, other institutions
- FNAL@LHC support people at FNAL, CERN, other institutions

## Details -II

- Activities - examples
- consulting on hardware installation in tunnel
- running application to extract data – not real time
- Example analyzing process control data for IR magnets
- running application in real time
- following along on a shift for training or  informational purposes
- participating in a shift for machine development reasons
- debugging instrumentation and their applications
- accessing CERN documentation, CVS, elogs
- developing and testing an application

## Details - III

- Time Periods
- Regularly scheduled shift
- Scheduled as part of a shift
- Random times
- Location
- LHC@FNAL
- Office – not CERN
- CCC
- Office at CERN
- Field control room, tunnel, service building

## Details - IV

- Tools
- Gateway s
- Campus network
- Technical network
- Methods
- Terminal services
- Cern.ch node
- CVS read/write access
- Webcam
- Communications tools
- Audio connection
- Visual connection
- WebX
- Web browser
- Email
- Instant messenger type program

## All Stages

| What | How | Who | When | Where |
| --- | --- | --- | --- | --- |
| Access to internal CERN information | Gateways
Communications tools | All users and support people  | Random times and shifts | LHC@FNAL

Offices |
| Developing an application | Gateways C/T
Communication tools | FNAL user | Random times | Office |
| Testing an application | gateways C/T
Communications tools 
 | FNAL user | random times and shifts | LHC@FNAL |

## Hardware Commissioning

| Sub-stage | What | How | Who | When | Where |
| --- | --- | --- | --- | --- | --- |
| Connect 1st IR prepare for 1st sector cool down. | run app to get data
consult on problems | Webcam
Com tools
C/T gateways | Users-FNAL | Random times | office or LHC@FNAL depends on convenience |
| Hardware commissioning of sector 7/8.  cool down and power test. | run app to get data
consul on problems
follow a shift? | Com tools
Gateways
Webcam |  |  | office or LHC@FNAL convenience factors.
Shift  or larger groups at LHC@FNAL |
| Pre-beam monitoring of cold sectors | Same as line above  | Same as line above |  |  | Same as line above |
| Repeat with other sectors |  |  |  |  |  |

## Beam Commissioning

| What | How | Who | When | Where |
| --- | --- | --- | --- | --- |
| Following a shift for training or monitoring | Com tools
Gateways C/T | Person at FNAL | Shift period | LHC@FNAL |
|  |  |  |  |  |
# Presentation: 426582

## Future of Hospital Libraries

*NN/LM Initiatives*

## NN/LM MidContinental Region

- “Hospital Libraries, Who Needs Em” panel
- 	_[http://](http://medlib.med.utah.edu/ram/rml/wypanel.ram)__[medlib.med.utah.edu/ram/rml/wypanel.ram](http://medlib.med.utah.edu/ram/rml/wypanel.ram)_
- “Measuring Your Impact: Using Evaluation to Demonstrate Value”
- “Dilbert in the Library”

## NN/LM MidContinental Region

**“****Demonstrating the Value of the Hospital Library” funding**
- Medical Dental Library at Truman Medical Center-Lakewood
- Medical Library at Dixie Regional Medical Center
- Mary Lanning Hospital Library
- Community Hospital Library
- Stauffer Health Sciences Library at Stormont-Vail Healthcare
- Via Christi Libraries at Via Christi Regional Medical Center

## NN/LM MidContinental Region

- Regional buying consortium
- Hospital librarian web page
- Letter from Wayne Peay, Director to hospital administrators
-       _[http://](http://nnlm.gov/mcr/resources/medlib.html)__[nnlm.gov/mcr/resources/medlib.html](http://nnlm.gov/mcr/resources/medlib.html)_

## NN/LM MidContinental Region

- Resources for participants in JCAHO *Hospitals, Language, and Culture* project
- “Future of Hospital Libraries” open forum held at MCMLA 2005

## NN/LM 

- Hospital Internet Task Force
- 	_[http://](http://nnlm.gov/projects/hosplibit/)__[nnlm.gov/projects/hosplibit](http://nnlm.gov/projects/hosplibit/)__[/](http://nnlm.gov/projects/hosplibit/)_
- E-Licensing Working Group
- RML Directors meeting
# Presentation: 924658

## President Bush onAddiction to Foreign Oil

**President Bush on****Addiction to Foreign Oil**

**─ ****President George W. Bush**
**	****State of the Union Address**
**	****January 31, 2006   **

## U.S. Petroleum Imports as a Percentage of Total U.S. Consumption

- <date/time>

**U.S. Petroleum Imports as a Percentage of Total U.S. Consumption**

**2005**

**Source:  Energy Information Administration (2006)**

**Imports**
**60%**

**Domestic**** 40%**

## Dependence on Imported Energy Increases Trade Deficit

**$260 billion of the trade deficit over the last year is due to imported petroleum products **
**This represents over 1/3 of the total trade deficit **

**Source: U.S. Census Bureau (March 2005 – March 2006 data)**** **

## U.S. and Brazilian Petroleum Imports

**Source:  DOE/EIA and CIA**

**Brazil**

**U.S.**

**35%**

**60%**

**80%**

**9%**

**1973**
**2005**

## Key Renewable Fuel Provisions in the BOLD Energy Act

**30 billion gallon renewable fuel standard by 2025**
**Fuel-saving or flex-fuel technology for all U.S. vehicles by 2017**
**Doubling of funding for the Department of Energy’s bioenergy program**
**Extension of existing income and excise tax credits for renewable fuels through 2013**
**Increase in credit for installation of alternative****fuel pumps with 4-year extension **
# Presentation: 921229

## Demographic Profiles:

**Social, Economic &**
**Housing Characteristics**

**Las Vegas, Nevada**
**News Briefing**
**May 7, 2002**

***Helping Your Community***
***Make Informed Decisions***

## Foreign-born Population

- 15.8 %

- 8.7 %

- 1990

- 2000

- 18.0 %

- 9.5 %

- 1990

- 2000

- 18.9 %

- 10.3 %

- 1990

- 2000

**Foreign-born Population**

**Nevada**

**Las Vegas city**

**Clark County**

## Language Spoken at Home

- 23.1 %

- 13.2 %

- 1990

- 2000

- 26.0 %

- 14.2 %

- 1990

- 2000

- 26.8 %

- 15.2 %

- 1990

- 2000

**Language Spoken at Home**

**Nevada**

**Las Vegas city**

**Clark County**

## Year Structure Built

- 42.4 %

- 40.1 %

- 1990

- 2000

- 48.3 %

- 44.4 %

- 1990

- 2000

- 48.9 %

- 44.3 %

- 1990

- 2000

**Year Structure Built**

**Nevada**

**Las Vegas city**

**Clark County**

**Percent of housing units built in the preceding decade.**

## Travel Time to Work

- 23.2  minutes

- 19.8  minutes

- 1990

- 2000

- 24.3  minutes

- 20.4  minutes

- 1990

- 2000

- 25.4  minutes

- 20.6  minutes

- 1990

- 2000

**Travel Time to Work**

**Nevada**

**Las Vegas city**

**Clark County**

## Grandparents as Caregivers

**under age 18 – percent of these grandparents currently responsible for most **
**of one or more of these grandchildren’s “basic needs.”***

- *The 1990 Census did not include a question on grandparents as caregivers.

- 41.3 %

- 2000

- 39.8 %

- 2000

- 39.1 %

- 2000

**Grandparents as Caregivers**

**Nevada**

**Las Vegas city**

**Clark County**

## Housing Value

- $142,000

- $122,600

- 1990

- 2000

- $139,500

- $119,000

- 1990

- 2000

- $137,300

- $112,900

- 1990

- 2000

**Housing Value**

**Nevada**

**Las Vegas city**

**Clark County**

## Educational Attainment (college)

**Nevada**

- 18.2 %

- 15.3 %

- 1990

- 2000

**Las Vegas city**

- 18.2 %

- 13.4 %

- 1990

- 2000

**Clark County**

- 17.3 %

- 13.8 %

- 1990

- 2000

**Educational Attainment (college)**

## Educational Attainment(less than high school)

- 19.3 %

- 21.2 %

- 1990

- 2000

- 20.5 %

- 22.7 %

- 1990

- 2000

- 21.5 %

- 23.7 %

- 1990

- 2000

**Educational Attainment****(less than high school)**

**Nevada**

**Las Vegas city**

**Clark County**

## Residence 5 Years Ago

**state or abroad.**

- 29.2 %

- 32.2 %

- 1990

- 2000

- 32.1 %

- 34.2 %

- 1990

- 2000

- 31.1 %

- 32.3 %

- 1990

- 2000

**Residence 5 Years Ago**

**Nevada**

**Las Vegas city**

**Clark County**

## Household Income

- $44,600

- $40,500

- 1989

- 1999

- $44,600

- $40,100

- 1989

- 1999

- $44,100

- $39,900

- 1989

- 1999

**Household Income**

**Nevada**

**Las Vegas city**

**Clark County**
# Presentation: 733343

## SQ02

- Paolo Ferracin
- LARP Collaboration Meeting
- St. Charles, IL USA
- October 5 - 6 , 2005

## SQ02 status

- Done
-  Choice of strand
-  Design and procurement of new islands and horseshoes
-  Definition of required instrumentation
-  Design of instrumentation trace
-  Fabrication of 4 coils
-  Definition of reaction time and temperature
-  Reaction of 4 coils
-  Instrumentation / Potting of 4 coils
-  Assembly and splices
-  Test preparation
- To be done
- Test with *high axial load* (~ 20 t, room temperature)

- Paolo Ferracin

- 10/05/2005

## Goals

- Effect of axial loading on training
- Perform tests with different axial loadings
*Medium load* (10 t), *low load* (0 t)
- Monitor coil stress with strain gauges
- Compare and interpret test results with FEM
- Perform heater induced quenches
- Perform magnetic measurements

- Paolo Ferracin

- 10/05/2005

## Instrumentation

- Paolo Ferracin

- 10/05/2005

## Short sample 

- Short sample

- Iss (strand) = 495 A
- Istability (strand) > 1100 A
- Iss (cable) = 9900 A
- Bpeak = 11.1 T

- Paolo Ferracin

- 10/05/2005

## Schedule

-  Analysis of SQ02 “*high load*” completed    	Feb 1
- 4 weeks (1 P/E)
-  Test preparation 				Feb 16
- 2 weeks (2 P/E + 2 D/T)
-  “*Medium load*” test 			Feb 23
- 1 week (2 P/E + 2 D/T)
-  Change of load				Mar 2
- 1 week (2 P/E + 2 D/T)
-  “*Low load*” test				Mar 9
- 1 week (2 P/E + 2 D/T)
-  Data analysis				Jul 1
- 4 weeks (1 P/E)

- Paolo Ferracin

- 10/05/2005

## Cost

- Paolo Ferracin

- 10/05/2005
# Presentation: 024293

## The Annual Satellite Industry Indicators Survey

***Presented by:***
***Elaine Gresham***

## Introduction

- Annual survey of the commercial space industry conducted by Futron Corporation for SIA
- The survey targets companies worldwide in four space industry segments
- Satellite manufacturing
- Launch industry
- Satellite services
- Ground equipment manufacturing
- Futron has conduced this survey for the last four years and it has been improved and expanded every year
- Over 900 companies received surveys in 2000/2001
- Survey measures size, in revenue and employment, and growth trends in the World and U.S. space industries

## Methodology and Approach

- Survey geared to gather employment, revenue, and other relevant information specific to each industry segment
- Futron augments survey responses with Futron’s database of publicly available data to provide the complete industry picture
- Futron enters a NDA with respondents -- company level data is never released
- Revenues for manufacturing sectors are presented both excluding and including payments to subcontractors

## This data on the commercial space industry is unique because it is comprehensive, consistent, independent, and based on primary research
The survey results are used by players in all segments of the industry
Federal government
Department of Commerce 
FAA Office of Commercial Space Transportation
The Federal Communications Commission
The U.S. Census Bureau 
State governments:  California, Colorado, Florida, and Utah
Media -- 19 different industry publications report the SIA/Futron statistics 

- The survey results are used by players in all segments of the industry
- Federal government
- Department of Commerce
- FAA Office of Commercial Space Transportation
- The Federal Communications Commission
- The U.S. Census Bureau
- State governments:  California, Colorado, Florida, and Utah
- Media -- 19 different industry publications report the SIA/Futron statistics

***Benefits and Uses***
# Presentation: 694076

## EMU - Cathode Strip Chambers

_**CHAMBER DESIGN STATUS**_
_**AND ISSUES**_
**Nelson Chester**
**Fermilab Project Engineer**
**Sept. 9,  2000**

## High Voltage Connection

**Proposed Redel HV Cable Connectors showing Interlock Switch   **

## ME 234/2 Design Status

**All drawings to ****current**** configuration.**
**The following drawing updates pending approval of *****NEW *****configuration**** using ****Redel**** HV Cable Harness and Connector:**
**Chamber Final Assembly**
**Frame Assembly**
**HV Cable Assembly**
**Chamber Schematic**
**HV Connector Cover and Interlock Assembly**

## High Voltage Harnesses

**Only 1 large chamber &1 small chamber harness proposed.**
**Redel Connector approved is pending.**

## Potential ME 234/2 Issues

**Will Proposed Cathode Cable Connector require Frame and/or Alignment Component Modification?**

## ME 1/2 DESIGN ISSUES

**Large cable connector leaves little material on wide end extrusion for anything else.**

## ME 1/2 Design Status

**Drawing updates to ****Current ME 234/2**** ****Technology**** to be completed by ****9/15/00****.**
**The following drawing updates pending approval of *****NEW *****configuration**** using ****Redel HV system**** and Proposed ****Cooling Plate sub-system****:**
**Chamber Final Assembly**
**Frame Assembly**
**HV Cable Assembly**
**Chamber Schematic**
**HV Connector Cover and Interlock Assembly**
**Upper Cathode Panel (alignment holes)**

## Integration of ME 1/2

**Release *****pending***** Integrated Design Approval**

## Proposed Cathode Connector Interference

**Sketches show interference with top two layers of cathode connectors**

## ME 2/1, 3/1 Design Status

**ME 2/1:**
**Drawing updates to ****Current ME 234/2**** ****Technology**** to be completed by ****9/15/00**** pending approval of *****NEW *****configuration**** using ****Redel HV system****.**
**Engineering Release to Occur 2 weeks after ****Integration Approval (Cooling Plate Sub-system, S/R, etc.)**
**ME 3/1:**
**Drawing updates to ****Current ME 234/2**** ****Technology**** to be completed by ****11/1/00**** pending approval of *****NEW *****configuration**** using ****Redel HV system****.**
**Engineering Release to Occur 2 weeks after ****Integration Approval.**

## ME 1/3, 4/1 Design Status

**ME 1/3:**
**Drawing updates to ****Current ME 234/2**** ****Technology**** to be completed by ****12/1/00**** pending successful Assembly Prototype Assembly and approval of *****NEW *****configuration**** using ****Redel HV system****.**
**Engineering Release to Occur 2 weeks after ****Integration Approval.**
**ME 4/1:**
**Drawing updates to ****Current ME 234/2**** ****Technology**** to be completed by ****1/15/00**** pending pending successful Assembly of Prototype Assembly and approval of *****NEW *****configuration**** using ****Redel HV system****.**
**Engineering Release to Occur 2 weeks after ****Integration Approval (Cooling Plate Sub-system, S/R, etc.)**
# Presentation: 124146

## Passively Q-Switched Microchip LaserQ-Peak, Inc.Bedford MA

**ACCOMPLISHMENTS**
- Achieves laser energy, pulsewidth, and repetition rate goals of SLR 2000 and meets current  eye-safety standards.
- Uses passively Q-switched microchip laser technology which provides low maintenance and failsafe reliability.
- Transmitter prototype was developed, delivered, and tested in NASA GSFC SLR 2000 satellite ranging system.
**COMMERCIALIZATION**
- Commercial customer is funding further development for application to metrology product.

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

- 1996 Phase II; SS5-046 9/02

**GOVERNMENT/SCIENCE/APPLICATIONS**
- Ruggedized, conductively cooled, fully automated SLR 2000 Field transmitter based on this technology  is now under development in NASA Phase III Contract.

**Goddard Space Flight Center**

**INNOVATION**
- Developed compact, reliable, solid state microchip-based laser transmitter for satellite laser ranging featuring:
- Low-energy microchip laser producing very short pulses.
- Efficient, transversely diode-pumped, multipass Nd:YVO4 amplifier for  two order-of-magnitude increase in pulse energy.

- Points of Contact:
- 	- NASA - John Degnan 301-614-5860
- 	- Q-Peak - Yelena Isyanova 781-275-9535

**440 ps pulse duration **

## Slide 2

## 440 ps pulse duration

**440 ps pulse duration**
# Presentation: 080938

## Characterization Laboratory Analysis

**You will perform four sets of measurements in the laboratory on the samples you collected in the field:**

**Bulk Density**

**pH**

**Particle-size Distribution**

**Soil Fertility**

**These observations will help the GLOBE Scientists understand more about the properties of soil.**

## Instruments for Laboratory Analysis

**Drying and Sieving**

- ✦	Newspapers or plastic plates
- ✦	#10 Sieve (2 mm mesh openings)
- ✦ 	Liter-sized bags, jars, or containers for storing soil samples and extra soil

- ✦ 	Rubber gloves
- ✦ 	Drying oven or microwave (not shown)
- ✦ 	Rolling pin, hammer, or other utensil for crushing peds and separating particles

## Instruments for Laboratory Analysis

- ✦	Oven-dry soil
- ✦	Balance

- ✦	100 mL graduated cylinder and water (not distilled) to determine the volume of rocks
- ✦	Soil Bulk Density Data Work Sheet

**Instruments for Laboratory Analysis**

## Instruments for Laboratory Analysis

- ✦	Dry, sieved soil
- ✦	One 500 mL Graduated Cylinder (clear plastic)
- ✦	250 mL or larger, beaker
- ✦	 Squirt bottle for washing soil out of beaker

- ✦	Hydrometer
- ✦	Thermometer
- ✦	Plastic Wrap (or other cover for cylinder)
- ✦	Particle-Size Distribution Data Work
- 	Sheet

**Instruments for Laboratory Analysis**

## Instruments for Laboratory Analysis

- ✦	Dry, sieved soil
- ✦	Three 100 mL Beakers
- ✦	Balance
- ✦	pH paper, pen or Meter

**Instruments for Laboratory Analysis**

- ✦	Glass stirrers or spoon
- ✦	Distilled Water
- ✦	100 mL Graduated Cylinder
- ✦	Soil pH Data Work Sheet

## Instruments for Laboratory Analysis

- ✦	Dry, sieved soil
- ✦	Distilled water
- ✦	Teaspoon

**Instruments for Laboratory Analysis**

- ✦	Cup or test tube rack to hold tubes
- ✦	Soil Fertility Data Work Sheet
- ✦	Soil Fertility Kit with reagents to measure N, P, and K
# Presentation: 738458

## Progress toward NAEFS 8-14 day ForecastsSeptember-December, 2005

- Collected data from NCDC, the Canadian Met Center & from in-house to compose climatologies (means/totals, stdv & distributions). Gridded the data, calculations, QC‘d station data, etc.
- 2)     Set up the gridded observations, currently just from CPC’s CADB, but expandable once the operational data starts coming in from other sources.
- 3)     Set up method to create weighted average of available models.
- 4)     Set up graphics scripts to generate the temp & precipitation graphics.

## Code-test output 8-14-day precipitation and temperature forecasts made Tuesday, December 13, 2005

- P (mm) GFS Ensemble mean

- 2-m T (deg F), GFS Ensemble mean

- Stations:    Canada: 532 climate stations, 180 observational    Alaska: 200 climate, 38 observational    CONUS: 280 stations overall    Mexico: 105 climate, 72 observational
# Presentation: 012345

## Making Wajangs [Shadow Puppets] in Bali

- The following sequence of photographs was taken of the artist,    *I Wara* of Negara, making a *wajang* or shadow puppet on November 4, 1937.
- This particular *wajang* figure is called “*I Darma.*”

## Making Wajangs [Shadow Puppets] in Bali

- According to Mead in *Balinese Character*,     *I Darma* is one of five brothers who are heroes of an epic shadow play called “Berata Joeda.”
- He is the eldest of the brothers and is known for being both wise and quiet.

## Making Wajangs [Shadow Puppets] in Bali

- This is a photograph of the tools used by *I Wara* in making his *wajang*.  The specific name of each tool is documented in Mead and Bateson’s field notes.

## Making Wajangs [Shadow Puppets] in Bali

## Making Wajangs [Shadow Puppets] in Bali

## Making Wajangs [Shadow Puppets] in Bali

## Making Wajangs [Shadow Puppets] in Bali

## Making Wajangs [Shadow Puppets] in Bali

## Making Wajangs [Shadow Puppets] in Bali

## Making Wajangs [Shadow Puppets] in Bali

## Making Wajangs [Shadow Puppets] in Bali

## Making Wajangs [Shadow Puppets] in Bali

## Making Wajangs [Shadow Puppets] in Bali

## Making Wajangs [Shadow Puppets] in Bali

## Making Wajangs [Shadow Puppets] in Bali

## Making Wajangs [Shadow Puppets] in Bali

- Margaret Mead can be seen sitting in the upper right corner taking notes.

## Making Wajangs [Shadow Puppets] in Bali

## Making Wajangs [Shadow Puppets] in Bali

- In this photograph, *I Wara* is painting the puppet.

## Making Wajangs [Shadow Puppets] in Bali

## Making Wajangs [Shadow Puppets] in Bali

## Making Wajangs [Shadow Puppets] in Bali

- All of the photographs and a large selection of the field notes from this field trip have been digitized and are available online in the Manuscript Reading Room.
# Presentation: 242592

## Pay for Performance

- A Consultant’s Viewpoint
- Kenneth E. Czoer, PG
- CBM Environmental Services, Inc.

## Beneficiaries of Pay for Performance

- EPA
- State DEQ
- Clients
- Consultants

## State DEQ Perception of PFPBenefits

- Consultants must produce results to be paid
- State personnel are in oversight role not consulting role
- Regulators can demonstrate to legislature that money is going for cleanup

## Client’s Perception of Pay for Performance Benefits

- Contract is easy to understand and quantify
- State personnel provide oversight
- Regulators can demonstrate that $ are going for cleanup
- Perceived as being faster form of cleanup

## Consultant’s Perception of why PFP is Beneficial

- No State Regulatory Interference
- Higher Profit Margins
- Better Cash Flow
- Quicker Cleanups

## PFP in Action

- Be Certain Assessment is Adequate
- Work on projects where experienced
- Include all costs in bid or negotiated price
- Require prompt payment
- Evaluate cash flow during bidding
# Presentation: 000295

## KOJAK and SCALASCA

- Jack Dongarra, Shirley Moore,Farzona Pulatova, and Fengguang Song
- University of Tennessee and Oak Ridge National Laboratory
- Markus Geimer, Marc-André Hermanns, Bernd Mohr, Felix Wolf, and Brian Wylie
- Forschungszentrum Jülich, Germany

##  KOJAK Project

**Software package for automatic performance analysis of parallel applications  **
**Message passing and multi-threading (MPI, OpenMP, SHMEM , CAF) **
**Parallel performance**
**CPU and memory performance**
**Collaborative research project between**
**Forschungszentrum Jülich, Germany**
**University of Tennessee, USA**
**URLs****	****http://www.fz-juelich.de/zam/kojak/****	****http://icl.cs.utk.edu/kojak/**

## Automatic Off-Line Trace Analysis

**Idea:**
**Automatic search for *****patterns***** of inefficient behavior**
**Quantification of significance**

**Data distillation**
**Guaranteed to cover the entire trace**

## Analysis Report

## Extended MPI-2 Pattern Hierarchy

## SCALASCA

**Major re-design of KOJAK**
**Funded by German Helmholtz Association**
**Specifically addresses scalability**
**Basic idea: Parallelization of analysis**
**Current focus: Single-threaded MPI-1 applications**
**URL**
**http://www.scalasca.org/**

## Current SCALASCA Prototype

## Results: SMG2000

## Contacts

**Jack Dongarra**
**Shirley Moore**
**Farzona Pulatova**
**Fengguang Song**
**Markus Geimer**
**Marc-André Hermanns**
**Bernd Mohr**
**Felix Wolf**
**Brian Wylie**
# Presentation: 277282

## Mission Support

**Legal Issues**

- Corporate Learning Course

## Legal Issues
Main Points
The role of the wing legal officer
Wing’s legal position on vital issues
Insurance issues
How these actions support CAP’s three main missions

**Main Points**
**The role of the wing legal officer**
**Wing’s legal position on vital issues**
**Insurance issues**
**How these actions support CAP’s three main missions**

**Mission Support**

- Corporate Learning Course

## Legal

The role of the wing legal officer
How his/her efforts protect wing members
Role with regard to state governmental relations
Services available to squadrons
Involvement in the adverse member actions process

**The role of the wing legal officer**
**How his/her efforts protect wing members**
**Role with regard to state governmental relations**
**Services available to squadrons**
**Involvement in the adverse member actions process**

**Mission Support**

- Corporate Learning Course

## Legal
Wing’s legal position on vital issues
Cadet protection
Mission liability
General liability
Sexual harassment/discrimination

**Wing’s legal position on vital issues**
**Cadet protection**
**Mission liability**
**General liability**
**Sexual harassment/discrimination**

**Mission Support**

- Corporate Learning Course

## Legal
Insurance Issues
Classifications of different CAP and federal benefit policies covering members
Hull Self Insurance
FTCA/FECA

**Insurance Issues**
**Classifications of different CAP and federal benefit policies covering members**
**Hull Self Insurance**
**FTCA/FECA**

**Mission Support**

- Corporate Learning Course

## Legal

What is normally covered and not covered
Instances in which squadrons/members could put their coverage at risk
Example of when policies benefit members
The legal officer’s role in implementing these policies

**What is normally covered and not covered**
**Instances in which squadrons/members could put their coverage at risk**
**Example of when policies benefit members**
**The legal officer’s role in implementing these policies**

**Mission Support**

- Corporate Learning Course

## Legal

How these actions support CAP’s three main missions
Aerospace education
Emergency Services
Cadet Programs

**How these actions support CAP’s three main missions**
**Aerospace education**
**Emergency Services**
**Cadet Programs**

**Mission Support**

- Corporate Learning Course

## Legal
Summary
The role of the wing legal officer
Wing’s legal position on vital issues
Insurance issues
How these actions support CAP’s three main missions

**Summary**
**The role of the wing legal officer**
**Wing’s legal position on vital issues**
**Insurance issues**
**How these actions support CAP’s three main missions**

**Mission Support**

- Corporate Learning Course

## Mission Support

**Questions?**

- Corporate Learning Course
# Presentation: 520616

## Issues

- Operational definition of injury
- Diagnosis
- Coding frames (ICD-10-AM, ICD-10, ICD-9-CM, etc.)
- Restrictive or inclusive
- Accuracy of coding
- Who codes
- Correspondence between ED and inpatient diagnoses
- Admission fractions
- Stability
- Dependency on
- Demography (eg. older people), comorbidity, circmstances
- What approach to estimation when:
- Multiple diagnoses
- Multiple attendances for same injuries
- Cases died before arrival or in ED (before admission)

## Small Group Meeting

- I am convening a meeting to discuss some details of the PROBABILITY OF ADMISSION project on
- Friday lunchtime - 8 September 1:15 to 2:15
- in breakout room: <to be advised>
- This will pick up on the issues discussed at this session
# Presentation: 400056

## Douglas County, CO. Flash Flood Warning

**Notes:**
Hayman fire burn area.  Reverse 911 calls alerted those in the warning...along West Creek between Deckers and Westcreek.

## Flood Definition NWSI 10-1605

- 7.13 **Flash Flood (C). **A rapid and extreme flow of high water into a normally dry area, or a
- rapid water level rise in a stream or creek above a predetermined flood level, beginning within
- six hours of the causative event (e.g., intense rainfall, dam failure, ice jam-related). Ongoing
- flooding can intensify to flash flooding in cases where intense rainfall results in a rapid surge of
- rising flood waters.

## Summary Points

- How can we better anticipate heavy rain and flash floods?
- Reserve FFW for life threatening events
- FFW may be overused...possible solution:
- Use TOP BP of Flash Flood Emergency
- Apply to low water crossings
- Provide support at EOC

## Summary Points

- Provide information you have that customers should also have.
- Outreach will be increasingly important
- Are WCMs involved in dam break exercises?
- Be proactive with USGS contacts particularly around July 1 (state FY) and Oct 1 (federal FY)

## Summary Points

- Dam break points
- Most likely failure will not be due to rain/flood
- Highly visible...need to be prepared
- Post someone at EOC
# Presentation: 433623

## Partners and Public Health Working Together

**Moderator****Howard Zucker, M.D., J.D., LL.M.***Deputy Assistant Secretary for Health Designate*Department of Health and Human Services

**Allen M. Spiegel, M.D.***Director*National Institute of Diabetes and Digestive and Kidney Diseases *National Institutes of Health*

**Suzanne L. Feetham, Ph.D., M.S.N., R.N.***Senior Advisor*Bureau of Primary Health Care*Health Resources and Service Administration*

**Frank Vinicor, M.D., M.P.H.***Director, Division of Diabetes Translation*National Center for Chronic Disease Prevention and Health Promotion*Centers for Disease Control and Prevention*

## Secretary Thompson’s Diabetes Detection Initiative

**Howard Zucker, M.D., J.D., LL.M.***Deputy Assistant Secretary for Health Designate*Department of Health and Human Services

## Slide 3

## Secretary Thompson’s Diabetes Detection Initiative

**Secretary Thompson’s ****Diabetes Detection Initiative**

## Secretary Thompson’s Diabetes Detection Initiative

**Secretary Thompson’s ****Diabetes Detection Initiative**

## Secretary Thompson’s Diabetes Detection Initiative

**Secretary Thompson’s ****Diabetes Detection Initiative**

## Secretary Thompson’s Diabetes Detection Initiative

**Secretary Thompson’s ****Diabetes Detection Initiative**

## Secretary Thompson’s Diabetes Detection Initiative

**Secretary Thompson’s ****Diabetes Detection Initiative**

## Secretary Thompson’s Diabetes Detection Initiative

**Secretary Thompson’s ****Diabetes Detection Initiative**

## Secretary Thompson’s Diabetes Detection Initiative

**Secretary Thompson’s ****Diabetes Detection Initiative**

## Slide 11
# Presentation: 064601

## Results From The Re-run 2008 Planning Study

- The differences between BCHydro's monitored buses average LMPs vs. the WECC wide average LMPs remained the same or were lowered depending on the study scenario

## Results From The Re-run 2008 Planning Study

- 8  of the top 10 Interfaces by shadow price expansion value from the previous 2008 Study remained in the top 10 of this updated 2008 Study.
- Alberta-BC & TOT 7  replace Northwest - Canada  & North of Miguel on the list of the top 10 Interfaces by expansion value.

- The LMP values of what load pays and what generation receives are reduced substantially.

## Slide 3

## Slide 4

## Slide 5

## Slide 6

## Slide 7

## Slide 8

## Slide 9

## Slide 10

## Slide 11

## Slide 12

## Slide 13

## Slide 14

## Slide 15

## Slide 16

## Slide 17

## Slide 18

## Slide 19

## Slide 20

## Slide 21

## Slide 22

## Slide 23

## Slide 24

## Slide 25

## LOAD

## New Mexico - Load

## Arizona - Load

## Nevada - Load

## WAPA LC - Load

## Mexico-C  Load

## Imperial - Load

## San Diego - Load

## SOCALIF - Load

## LADWP - Load

## PG & E - Load

## North West - Load

## BCHydr - Load

## Aquila - Load

## Alberta - Load

## Idaho - Load

## Montana - Load

## WAPA UM - Load

## Sierra - Load

## PACE - Load

## PSColorado - Load

## WAPA RM

## Generation

## New Mexico - Generation

## Arizona - Generation

## Nevada - Generation

## WAPA LC - Generation

## Mexico-C  Generation

## Imperial - Generation

## San Diego - Generation

## SOCALIF - Generation

## LADWP - Generation

## PG & E - Generation

## North West - Generation

## BCHydr - Generation

## Aquila - Generation

## Alberta - Generation

## Idaho - Generation

## Montana - Generation

## WAPA UM - Generation

## Sierra - Generation

## PACE - Generation

## PSColorado - Generation

## WAPA RM - Generation
# Presentation: 899659

## Charleston Harbor 3-D Water Quality Modeling

**Charleston Harbor ****3-D Water Quality Modeling**

- BCD-COG...JJG...Tt
- 3-Dimensional Water Quality Model of Charleston Harbor to access Dissolved Oxygen

## Monitoring and Modeling

**Monitoring and Modeling**

- 1996 Data – Continuous UGSG Gages, Water Quality Sampling, and Flow Transects
- 2004 Data – Continuous USGS Gages, Water Quality Sampling, SOD Sampling, LTBOD Sampling, Marsh Data Collection, and Non Point Source Sampling
- Watershed...Hydrodynamic...Water Quality Modeling

## The Forest Connection

**The Forest Connection**

- Lacking 1996 Solar Radiation or Cloud Cover Data
- Lacking Long Term Flow Record

## Why We Were Interested

**Why We Were Interested**

- Long Term Flow
- Water Quality

## DATA! DATA! DATA!

**DATA! DATA! DATA!**

- Digitized 1963-1973 Flow Data
- Non Point Source Sampling Site
# Presentation: 719949

## Project Officer Assignments Effective 11/26/2007

**    **

**AK**

**WA**

**OR**

**MT**

**ID**

**NV**

**CA**

**AS**

**FM**

**GU**

**MH**

**MP**

**PW**

**HI**

**Brad Prescott**
**404 639 8796**

**AZ**

**NM**

**UT**

**CO**

**WY**

**ND**

**SD**

**NE**

**KS**

**TX**

**OK**

**LA**

**AR**

**MO**

**IA**

**MN**

**WI**

**MI**

**IL**
**CH**

**IN**

**KY**

**OH**

**MS**

**PA**
**PH**

**NY**

**AL**

**GA**

**FL**

**SC**

**VA**

**NC**

**TN**

**ME**

**NH**

**Anne Lutz**
**404 639 1860  **

**Gabriel Anaya**
**404 639 8748**

**DE**

**NJ**

**WV**

**PR**

**VI**

**Mimi Larzelere**
**404 639 8800**

**Harry McKnight**
**404 639 8150**

**MA**

**RI**

**CT**

**MD**

**DC**

**VT**

**Lewis Anderson   404 639 8596**

**Project Officer Assignments Effective 11/26/2007**

**San Antonio**

**Houston**

**Gayle Daniels**
**404 639-6357 **

**Victoria Wright   **
**404 639 6220  **

**NYC**

**Jack Nemecek**
**404 639-8219**

**Centers for Disease Control and Prevention**
**National Center for Immunizations & Respiratory Diseases**
**Immunization Services Division, Program Operations Branch**

- * Temporarily assigned to the main POB telephone number.
# Presentation: 149514

## 1993

- Storm of the

- Century

**1993**

*March 12-14, 1993*

-      When the computer models first detected the storm five days in advance, it was dismissed by some as an error in the model because of its intensity.  But when the models all started to agree, meteorologists began to understand what a monster they had in front of them.  The “Storm of the Century” devastated the eastern third of the United States with snow and freezing temperatures.  This powerful system would have been a Category 2 on the Saffir-Simpson Hurricane intensity scale.
-      The low pressure system formed in the Gulf of Mexico on the 12th and pushed across southern Alabama and Georgia, before moving up the East Coast.  The storm system that brought us record snowfalls, pounded Florida with severe thunderstorms and more than 50 tornadoes.
-      Up to 17” of snow fell across Northern Alabama, virtually shutting down the whole area.  Many residents were without electricity for days.  Meanwhile the mercury plunged as low as 12 degrees over most of the area.

_**Measured snowfall during March 12-14, 1993**_
**Athens                      7.0”       Mt. Mitchell, NC    50”**
**Belle Mina               7.0”       Muscle Shoals        4.6” **
**Birmingham           13.0”       Saint Bernard         4.8”**
**Chattanooga           20.0”      Scottsboro             12.0”**
**Guntersville             8.0”       Valley Head          17.7”**
**Huntsville               7.3”        Winchester            10.5”**
**Moulton                  8.3”**

*AB*
# Presentation: 180045

## APS/XFD Automated Etching System

***APS/XFD Automated Etching System***

*Michael Wieczorek, Ruben Khachatryan, Al Macrander, Kurt Goetze, and David Kline*
*7/29/2005*

## Disadvantages of Current Manual Process Used to Etch Si and Ge X-ray Optics

- The manual process is subject to error due to human intervention
- Freedom of movement for the individual performing manual etching is severely restricted
- The “etcher” is subjected to repetitive wrist motion for an extended period (typically 12 minutes or longer)
**Although the etcher uses PPE, an accident may occur in the fume hood subjecting the etcher to hazardous chemicals (HNO****3**** and HF acids)**

**Notes:**
Use version from Feb 26. Divide into two slides, one with first two bullets as is.
The second with last three bullets but first to read “A World Leader in energy 
Research with two subheads: -- nuclear fuel cycle and fuel cells/Hydrogen

## Advantages of An Automated Etching System for Etching Si and Ge X-ray Optics

- A computer program accurately controls all etching operations from start to finish
- The etcher is free to perform other functions during automated etching
- Repetitive motion is now performed by a machine, and
**A chemical/mechanical accident will not harm the etcher since no part of the body is inside the fume hood during automated etching**

## Functionality Features of the Automated Etching System

- Equipped with recessed cutouts for accurate placement of fluid containers
- Mechanical components coated with “spray-on teflon” to prevent corrosion
- Four recipes available to the user that contain the settings to perform the etching process at different heights, speeds, and durations
- Calibrate, home, start, pause, resume, and abort buttons
- 		**Calibrate** - finds the high / low of the etching system (since there is 	not a feedback encoder on the motors, **calibrate** provides the 	mechanism for finding the 	x / y limits of the system). **Calibrate** 	should be the first button depressed after a system reboot.
- 		**Home** - places the etching system in a known, user-defined home 	position.
- 		**Start** - begins the etching process given the user-specified input for 	the chemical and water positions.
- 		**Pause** - halts the current motion.
- 		**Resume** - resumes operation from being paused.
- 		**Abort** - halts motion immediately.

## Main (Startup) Window for the Automated Etching System

## Setup Window for the Automated Etching System

## Automated Etching
# Presentation: 921234

## Over the past decade, the profitability of the FRS companies' U.S.refining/marketing operations has been volatile and, in the 1990's thus far, below  that of their other businesses generally

## The poor financial performance of the majors' U.S. refining/marketing operations was echoed by the corporate profitability of smaller, specialized refiners

## Although U.S. refining/marketing profitability has been low in the 1990's, the FRS companies noticeably increased their capital expenditures for their U.S. refining operations

## The share of total U.S. refining capital expenditures for pollution abatement increased from slightly over 10 percent shortly before the Clean Air Act Amendments of 1990 to over 40 percent in recent years

## Since the relationship between refining/marketing profitability and the net refinedproduct margin is strong, some of the effects of pollution abatement standards onprofitability can be assessed by examining the net refined product margin

## Pollution abatement operating costs have been and continue to be a small part ofoverall operating costs

## The main factor affecting the net margin from 1988 on has been a near continual    decline in the spread between refined product prices and raw material input costs

## The decline in the price spread between crude oils of differing qualities contributed to the overall deterioration in the gross margin

## Lower refined product prices also contributed to the decline in gross margins in the1990's 

## The additional capital expenditures stemming from heightened pollution abatement requirements for the U.S. refining operations of the FRS companies have added to the capital intensity of U.S. refining in the 1990's

## Although pollution abatement requirements clearly reduced the rate of return to refining/marketing assets, these requirements appear to account for only a small part of the steep decline in the rate of return to U.S. refining/marketing operations in the 1990's
# Presentation: 742371

## Business Opportunities in Renewable Energy Sector in India

- 	Presentation By:
**	****S. Chandrasekhar**
**	****Managing Director**
**	****Bhoruka Power Corporation Limited**
**	****#48 Lavelle Road**
**	****Bangalore 560 001**
**	****India**

**Las Vegas**
**March 3, 2005**

## INDIA – POWER SCENARIO 

**Categories of Energy Mix – Share in Percentage.**
**Total Capacity – 1,12,000 MW (approx)**** **

## ELECTRICITY ACT 2003

_***NATIONAL ELECTRICITY POLICY & PLAN -  RENEWABLES***_
**The Central Government shall from time to time prepare the National Electricity Policy & Tariff Policy in consultation with State Government and CEA, based on optimal utilization of resources such as Coal,  Natural Gas, Nuclear Materials, Hydro and Renewable Energy Sources.**
**The Central Government shall after consultation with State Governments notify a policy permitting  standalone systems including Renewable energy Sources for rural areas.**

_**ELECTRICITY ACT 2003**_

## ELECTRICITY ACT 2003

_***Functions of State Commission***_
**(e)****	****promote co-generation and generation of electricity from renewable sources of energy by providing suitable measures for connectivity  with the grid and sale of electricity to any person, and also specify, for purchase of electricity from such sources, a percentage of the total consumption of electricity in the area of a distribution licensee.**

_**ELECTRICITY ACT 2003**_

## NATIONAL TARIFF POLICY (DRAFT) - 2003

_**Co-generation and Renewable sources of energy generation**_
**Pursuant to provisions of Section 86 (1) (e) of the Act, the Appropriate Commission shall promote use of co-generation and generation from renewable sources.  The Appropriate Commission shall fix a minimum limit on purchase of energy from such sources taking into account availability of such resources in the region and its impact on retail tariffs.  The distribution licensee shall procure energy from co-generation  and renewable sources on the basis of competition among such generation agencies.**
# Presentation: 043932

## Report from APLM. Miranian

- 43rd CGSIC Timing Subcommittee
- March 11, 2004

## Time and Frequency Lab

## Mission

-   Provide precise time and frequency in support of critical APL projects and maintain traceability to U.S. and international timing laboratories.

## APL Space Science  Missions

- NEAR – **N**ear **E**arth **A**steroid **R**endezvous
- TIMED – **T**hermosphere **I**onosphere **M**esosphere **E**nergetics and **D**ynamics
- MESSENGER – **ME**rcury **S**urface, **S**pace **EN**vironment, **GE**ochemistry, and **R**anging

## APL Space Science  Missions(continued)

- STEREO – **S**olar **TE**rrestrial **RE**lations **O**bservatory
- New Horizons

## APL Project Support

- High Stability Frequency References
- Flight Hardware Development
- Flight Ground System Development
- Space Qualification Testing
- Reference to APL’s Satellite Tracking Facility

## APL Project Support (continued)

- Precise Time Code Signals
- Satellite Propulsion Maneuvers
- Time Tagging Spacecraft Telemetry Frames

## Time and Frequency Dissemination

- 1 MHz, 5 MHz, 10 MHz, 100 MHz
- 1 PPS
- IRIG-B APL Local Time
- IRIG-B UTC
- Common View GPS Time Transfer
- NIST,  USNO,  BIPM

## Time and Frequency Lab Hardware

- 3 High Performance Caesium Standards
- 2 Hydrogen Masers
- Additional 2 on order
- 5 MHz measurement system
- 1 PPS clock monitor system

## Summary

- Support R&D and Operations at APL
- Complete Modernization Effort
- Maintain Traceability to US and International Standards
# Presentation: 151440

## An Overview ofthe Regulation of Derivatives Clearing Organizations

*Ananda Radhakrishnan, Special Counsel*
*Division of Clearing and Intermediary Oversight*

## Regulation of clearing houses –

- Certain Derivatives Clearing Organizations (“DCOs”) are required to register with the CFTC
- 	-	Which DCOs are required to register?
- 	-	Registration requirement imposed by Section 	5b(a) of the Commodity Exchange Act
- Exceptions to requirement to register as DCO

**Notes:**
All clearing houses that seek to provide clearing services with respect to futures contracts and options on such futures contracts must register with the CFTC as derivatives clearing organizations(“DCOs”) before they can begin providing such services.
The registration requirement is imposed by Section 5b(a) of the Commodity Exchange Act. 
DCOs that are not required to register may nevertheless voluntarily register with the CFTC.

## Regulation of clearing houses – Core Principles

- Compliance with thirteen (13) DCO Core Principles
- These Core Principles are imposed by Section 5b(c)(2) of the Commodity Exchange Act.
- The CFTC has the responsibility to oversee DCOs to ensure continued compliance with DCO Core Principles.
- 	-	Advisory No. 02-01

## Who can clear?

- Organizational structure of clearing houses
- DCOs currently registered with the CFTC

## THE END

*Thank you for your interest*
*in the Division of Clearing and Intermediary Oversight*
# Presentation: 051180

## Manufacturing Energy Use in IEA CountriesImpacts from Changes in Structure and Energy Intensities

**Fridtjof Unander**
**Energy Technology Policy Division**
**International Energy Agency**
**Paris**

## Manufacturing Energy useStructural Changes and Energy Efficiency

**IEA manufacturing energy use has declined since 1973**
**Energy efficiency and structural changes can both be expected to have contributed to the decline**
_**The aim of this presentation;**_
**Compare the long-term impact on manufacturing energy use from structural changes to those induced by changes in branch-by-branch energy intensities for a group of eleven IEA countries**
**Investigate impacts of recent developments in the U.S and Japan**

## IEA-11 TFC per GDP and Manufacturing Energy Use per unit of Value Added 

## IEA-11 Sectoral Manufacturing Energy Intensities and Value Added Shares, 1994 

## Changes in Manufacturing Energy useDecomposing changes in Energy Into three Components

**	****E = A * S****i**** * I****i**

**E : ****	**Manufacturing Energy
**A :** 	Sectoral Activity (value added)**S****i**** :** 	Sectoral Structure (sub-sector *i* share of value added)**I****i **** :** 	Energy Intensity in sub-sector *i *(energy per value added)
**Using Laspeyres or Adaptive Weighting Divisia Index Method (AWD) to study trends over time**

## Changes in Manufacturing Energy Use  IEA-11 

## Manufacturing Energy Use 1981-1994 Impact of changes in Structure and Energy Intensities 

## Changes in Manufacturing Energy IntensitiesConstant Structure

## IEA-11 Manufacturing Energy IntensityWith and without correction for Structural Changes

## Changes in U.S. Manufacturing Energy Use1990 - 1998

## Manufacturing Energy Use in Japan1990 - 1998

## ConclusionsLong term trends

**Structural changes can explain about a quarter of the reduction in IEA-11 manufacturing energy use per unit of value added between 1973 and 1994 **
**In a few countries structural changes drove up energy use in the same period**
**The decline in branch-by-branch energy intensities has slowed everywhere since the late 1980’s**

## ConclusionsRecent trends in the U.S and Japan

**Virtually no effect from declining intensities**
**The significant reduction in manufacturing energy use per value added since 1994 is mostly due to structural changes**
**In the U.S growth in the production of electronics induced a shift in manufacturing structure, restraining growth in energy use by some 10% between 1994 and 1998**