BEE-spoke-data/govdocs1-by-extension huggingface dataset:
# Presentation: 730951

## Civil Rights TrainingOctober 21 – 23, 2008 

**US Department of Transportation**
**Federal Transit Administration**

**The Federal Transit Administration’s Office of Civil Rights invites its grant recipients and other interested stakeholders to attend a three-day training on FTA’s civil rights requirements and guidance. The training will review federal laws, regulations, executive orders, and guidance covering the Americans with Disabilities Act, Title VI of the Civil Rights Act of 1964, and the U.S. Department of Transportation’s Disadvantaged Business Enterprise (DBE) Program.  This training will also  discuss recently implemented and proposed updates to existing FTA civil rights directives and guidelines. **
**This training will help practitioners better understand the importance of civil rights considerations in transportation and transit planning, project development, investment, and operations. Participants will be able to apply the content learned during this course to their daily work activities and local environment.**
**Participants will also have the opportunity to provide the FTA with feedback on challenges and opportunities that they have experienced in implementing Federal civil rights directives and to share examples of effective or promising practices that could be adopted by state, regional, and local agencies or community-based organizations.**
**This training will be held at ****the**_** U.S. Department of Transportation’s Headquarters, 1200 New Jersey Ave, S.E., Washington, D.C. 20590.**__**  **_
**For hotel accommodations, please contact the Courtyard by Marriott Capitol Hill/Navy Yard; 140 L Street, S.E. Washington, D.C. 20003 (202) 479-0027 (202) 479-6766 (FAX)**
**Reservation Deadlines: Hotel – September 26, 2008 – Workshop -October 15, 2008. **
# Presentation: 550635

## Slide 1

## Investigator-in-Charge

**Lorenda Ward****	**

## Investigation 

- A total of 47 Safety Board investigators and staff members were involved
- Core team consisted of five investigators and one writer
- An estimated 8 man years was spent on this investigation
- Public Hearing was held May 20 – 21, 2003
- Technical Review was held on June 20, 2003
- Report presented to the Board within 13 months

## Parties to the Investigation

- Air Midwest, Inc.
- Raytheon Aircraft Company
- Raytheon Aerospace, LLC
- Federal Aviation Administration
- Air Line Pilots Association
- Hartzell Propeller
- International Association of Machinists
- National Air Traffic Controllers Association
- Structural Modification and Repair Technicians, Inc.

## NTSB Staff

- Board Member John Goglia
- Lorenda Ward
- Greg Phillips
- Tom Haueter
- Christine Carey
- Brenda Yager
- Sharon Bryson
- Erik Grosof
- Don Chupp
- Frank Ciaccio
- Peter Knudson** **

- Bill English
- Ken Egge
- Paul Misencik
- Dr. Evan Byrne
- Dr. Bill Bramble
- Dr. Dan Bower
- Dr. Kevin Renze
- Bob Swaim
- Mike Hauf
- Pierre Scarfo
- Deepak Joshi
- Clinton Crookshanks

## NTSB Staff (continued)

- Cindy Keegan
- Courtney Liedler
- Nora Marshall
- Stephen Carbone
- Butch Wilson (ATL)
- Eric Alleyne (ATL)
- Keith Holloway
- Paul Schlamm
- Sherri Filbin
- Paul Schuda
- Chris Julius
- Brian Fiffick

- Marci LaShells
- Kevin Peterson
- Kevin Petty
- Erin Gormley
- Doug Brazy
- John Clark
- John DeLisi
- Karen Stein
- Karen Bury
- Kristen Sears
- Christy Spangler
- Alice Park
- Abdullah Kakar

## Details of Animation 

- Airplane taxies to runway
- Accelerates down runway
- Rotates for takeoff
- Landing gear is raised
- Flight crew recognizes that there is a problem
- Airplane nose continues to rise up
- Flight crew pushes the control column forward

## Significant Findings

- Elevator was misrigged
- 7 degrees down rather than 14 degrees
- Aft center of gravity
- 45.5% MAC rather than 40% MAC

## Safety Improvements

- FAA – issued Airworthiness Directives and Notices, established an Aviation Rulemaking Committee
- Raytheon Aircraft – revised its manuals
- Air Midwest – changed its average weights, revised its work cards, changed its maintenance work schedule
- Raytheon Aerospace – increased its training

## Issues Related to the Findings

- Restricted downward elevator travel
- Weight and balance
- Maintenance
- Human factors

## Slide 11
# Presentation: 189594

## Found Poetry

- View _[Revising Himself ](http://www.loc.gov/exhibits/treasures/whitman-home.html)__to learn about Whitman_
- Explore diaries in _[Poet and Work ](http://memory.loc.gov/ammem/collections/whitman/index.html)__ collection._
- Select a diary page and create a found poem.
- Select a Civil War image to accompany the poem.
- Teacher Resource: Found Poetry Primary Source Set

- Gail Petri – Library of Congress – Education Resource Specialist – May 18, 2006

- Students will create a “found poem” using textfrom Walt Whitman’s diaries.

- Walt Whitman, head-and-shoulders portrait,
- Facing right, wearing hat (1863)
# Presentation: 730813

## MADD/NHTSAREGIONAL LAW ENFORCEMENT LEADERSHIP SUMMIT

## TRAFFIC SAFETY RESOURCE PROSECUTORS (TSRP)

- <date/time>

- TRAFFIC SAFETY RESOURCE PROSECUTORS (TSRP)

- SPECIALIZED PROSECUTORS WHO FOCUS ON PROVIDING TRAINING & TECHNICAL ASSISTANCE IN:
- IMPAIRED DRIVING ISSUES
- VEHICULAR HOMICIDE ISSUES
- OCCUPANT PROTECTION ISSUES
- COMMUNITY AWARENESS ISSUES
- HIGHWAY SAFETY ISSUES

## HOW CAN A TSRP BE USEFUL  TO LAW ENFORCEMENT?

- <date/time>

- EDUCATION
- TRAINING
- TECHNICAL ASSISTANCE
- “RESIDENT EXPERT” IN IMPAIRED DRIVING

## SECURING A TRAFFIC SAFETY RESOURCE PROSECUTOR 

- <date/time>

- SECURING A TRAFFIC SAFETY RESOURCE PROSECUTOR

- CONTACT YOUR PROSECUTOR COORDINATOR’S OFFICE
- CONTACT THE AMERICAN PROSECUTORS RESEARCH INSTITUTE (APRI) / NATIONAL TRAFFIC LAW CENTER (NTLC)                              99 CANAL CENTER PLAZA                   SUITE 510                                ALEXANDRIA, VA  22314                      (703) 549-4253

- <date/time>

- PATRICIA HULLTRAFFIC SAFETY RESOURCE PROSECUTOR
- PROSECUTING ATTORNEYS’ COUNCIL OF GEORGIA
- MACON REGIONAL OFFICE
- 630-A NORTH AVENUE
- MACON, GEORGIA  31210
- (478) 751-6645
# Presentation: 760841

## American Indian Mortality Rates

- Trends in Indian Health, 1997; Age-adjusted data

## ACUTE MYOCARDIAL INFARCTIONAMONG NAVAJO MEN

- Hospitalization rates per 1000

- Klain, Coulehan, Arena, & Janett, AJPH, 1988

## The Apache Heart StudyIncidence of Confirmed CAD Cases

- per 100,000. Ages 45 to 79. Arch Intern Med 2002;162:1368-1372.C.

## COMPARISON: AI and Non-Indians in Montana BRFSS, 1999, Age > 45 

- Harwell TS, Gohdes D, Moore K, et al. Am J Prev Med 2001; (20)3: 196-201

## Carotid Atherosclerosis in Native Americans

- Roman MJ, Fabsitz RR, Crawford A, Lee ET, Fishman D, Howard BV. Circulation 1998;98(suppl):I-516

## INCIDENCE OF CVD The Strong Heart Study

- Fatal and Nonfatal Rates per 1000 person years. The Rising Tide of CVD in AI: The SHS, Circulation, 1999

## Prevalence of CVD Among American Indians Compared with other Groups

- MMWR, Vol 52, Number 47, REACH Data, Nov. 28, 2003. p 1148-1152

## MMWR: The REACH Survey

-    Among men and women in these four groups, American Indians had the highest prevalence of Cardiovascular disease...
- 	as well as obesity, current smoking and diabetes.
- 	Men had the highest rates of hypertension and high blood cholesterol levels.

- MMWR, Vol 52, Number 47, REACH Data, Nov. 28, 2003. p 1148-1152

## Percentage of Premature Heart Disease Deaths by Ethnicity

- MMWR, February 28, 2004

## THE NATIVE AMERICAN CARDIOLOGY PROGRAM:

**The IHS Cardiologic Center of Excellence**

## The National Native American Cardiology Program

## THE NATIVE AMERICAN CARDIOLOGY PROGRAM Contacts:

- _[http://www.ihs.gov/medicalprograms/cardiology/card/index.cfm](http://www.ihs.gov/medicalprograms/cardiology/card/index.cfm)_
**520-694-7000**
**928-214-3920**
**galloway@u.arizona.edu**
# Presentation: 379433

## Domestic U.S. Reduced Vertical Separation Minimum (DRVSM)

- Presentation 1

**Domestic U.S. Reduced Vertical Separation Minimum (DRVSM)**

- Introduction
- February 3, 2004
**DRVSM SEMINAR  Feb. 3-4, 2004**

## DRVSM Program Leads

- Robert Swain - Flight Technologies and Procedures Division (AFS-400)
- Steve Creamer - Enroute/Terminal Operations and Procedures (ATP-6)
- Brian Colamosca -Separation Standards Group (ACB-310)

## Seminar Objectives

- Focus on technical and operational issues
- Provide information on documents, contacts,  processes and procedures required to gain aircraft and operator approval for RVSM operations
- Provide information on status of planning to implement RVSM in US National Airspace System

##  Public Comment		

- Comment process provided forum for public views on program
- Not a seminar objective to debate DRVSM
- 90-day public comment period on DRVSM Notice of Proposed Rulemaking (NPRM)
- 45-day public comment period on Supplemental NPRM

## Schedule for Future Seminars

- Industry seminars held in April and September 2002; February, June and September 2003
- FAA Inspector Seminars held in April and Sept 2003
- Considering additional FAA/Industry seminar in
- 	April-May 2004, if required

## Administrative Details

- CSSI Staff
- Roy Grimes
- Bob Miller
- Karen Rees
- Rod Carlson
- Curt Zimmerman
- Hotel Phone Number:214-720-2020
- Hotel Fax Number214-720-5269

- Lunch Options:
- Hotel:
- Lobby Bar
- The Pyramid Grill
- Outside:
- West End Marketplace (.42 m)603 Munger Ave
- Cadillac Bar (Tex-Mex) (.41 m)1800 N. Market Street
- Sonny Bryan’s Smokehouse (.46 m)302 N Market St
- Reception:
- Tuesday:  5:00 to 8:00 p.m.
- Venetian Room
- Sponsored by CSSI, Inc.

## Agenda

- Program Overview
- Air Traffic Overview
- RVSM Website and Documents
- Aircraft and Operator Approval Programs
- Safety Assessment, Approvals Database and Monitoring
- Conclusion
- History of vertical separation slides in back of binder

## Conclusion

- Seminar briefings available on RVSM website:
**www.faa.gov/ats/ato/rvsm1.htm**
- Click Domestic RVSM tab then DRVSM Seminars
- CSSI will route follow-up questions to appropriate FAA office:
- drvsm@cssiinc.com
- Phone 202-863-2175
# Presentation: 261110

## Gamma Ray Burst FollowupStart Page

- This page allows the user to initiate the retrieval of information about a region.   In the GRB scenario, this would simulate the receipt of an early burst location from some satellite or other source.

## Request acknowledgement

- The system begins to collect information on the designated regions.

## Available ‘bursts’/regions

- The log page allows the user to see what events/regions have already been processed.

## Data Viewer

- This page summarizes the information available about a given event/region.  We picked the Crab region to look at.

## Looking at images

- We can look at the returned images using the quick look images or downloading the associated FITS files.

## ... or tables

- Here is the NED information which was returned as a VOTable rendered for the user.  There’s a link to see the raw VOTable.

## Starting OASIS

- A key goal for the demo is to allow users to easily get into different analysis packages.  Here we’ve downloaded some of our data into OASIS

## ... or Aladin

- We can just as easily start Aladin.

## Conclusion

- Using the VO standards: VOTables, Image access catalog access (cone search), and UCDs, we have built an easily maintained and upgradeable system that:
- Queries over a dozen distinct services for information about a given region
- Organizes that information in a convenient form
- Provides portals into multiple analysis packages to display and study the data.
- This demo illustrates the power that even simple VO standards give for integrating astronomy data.  The makes it easy for use to dramatically enhance the grasp of our existing software resources.
# Presentation: 722690

## Medigap Notice to Policyholders that Have Rx Benefit

- Notice Must Be Developed in Consultation with NAIC. Must be Sent from Sept. 15 - November 14, 2005
- Must Disclose Whether Rx Coverage is Creditable.
- Must Disclose that, if Beneficiary Enrolls in a PDP or MA-PD, Can Keep Medigap Policy, with Rx Benefit Removed, and Premium Adjusted.

## Medigap Notice to Policyholders that Have Rx Benefit (cont.)

- Must Disclose that, if Beneficiary Enrolls in a PDP by May 15, 2006, Can Switch to Medigap Policy A, B, C, F (including F High Deductible), K or L Offered by that Issuer. (Note: Anti-duplication Rules Prevent Such a Switch if Enrolling in an MA-PD.)

## Medigap Notice to Policyholders that Have Rx Benefit (cont.)

- Must Disclose that, if Beneficiary Chooses Not to Enroll in a PDP, or an MA-PD, by May 15, 2006, Can Keep his Medigap Rx Policy, As Is. But He Won’t Be Guaranteed A Right to Switch Medigap Policies.
- If Coverage is not Creditable, Must Disclose Limitations on Times to Enroll in a PDP and MA-PD, and Higher Premium.

## Medigap Notice to Policyholders that Have Rx Benefit (cont.)

- Must Disclose “Such Other Information as the Secretary May Specify (in Consultation with NAIC), Including the Potential Impact of Such Election on Premiums for Medicare Supplemental Policies”.
- Issuers of All Medigap Rx Policies Must Send this Notice, Including Pre-standardized and Waiver State Policies

## Additional Medigap Notice Requirements

- Issuers of Medigap Rx Policies (and Other Entities) Must Also Send a Notice under 42 CFR 423.56:
- When Coverage Becomes Creditable, or Becomes NonCreditable
- Annually, Before November 15 Each Year, and
- Upon Request

## Additional Medigap Notice Requirements (cont.)

- If a Beneficiary Was Not Adequately Informed Under 42 CFR 423.56 That His/Her Coverage Was Not Creditable, Can Apply to CMS to Have it Treated as Creditable.
- NOTE: States Are Required to Enforce this Notice Requirement Against Medigap Issuers, as Well as the Medigap-Specific Notice Requirements.
- See Model Notices at www.cms.hhs.gov/medicarereform
# Presentation: 033269

## Residential Window Energy Use 

- Residential Heating Energy Use of Windows is about 2 Quads / year
- Total energy consumption in US is about 100 Quads / year
- All Energy Star windows, still 1 Quad
- Goal: Zero Energy Windows

## Performance Goals

- Heating Climates:
- 	- static high solar, hi-R (U=0.1 Btu/h-ft2-F) can meet ZEH goals
-      - dynamic solar gain (.6<SHGC<.15) and U<.2 also meet ZEH goals

## Heat Transfer in Windows

- Conduction

- Radiation

- Conduction

- Convection

- Low-e coatings

- Special gas fills
- Multiple cavities

- Low conductance spacers
- Better frames

## Background

- Vacuum windows, aerogels high-risk strategies
- Current technologies for highly insulating products use multiple layers of low-e and gas fill
- All glass is heavy
- Thin film products expensive
- Multiple spacers can lead to gas leakage
- Market share is low (<1%)
- This research aims to develop lower-cost, non-structural center layers
- Utilize available low-e and gas-fill technologies
- Research novel center layer designs and materials

## Prototypes

- Utilize available low-e and gas-fill technologies
- Research novel center layer designs and materials
- Develop interests from industry partners who would supply new components

*Bent edge insert prototype*

## Alternative Designs

- Acrylic in Groove
- Spec 6

- Angled Acrylic
- Spec 7

- Two Layer Teflon
- Spec 8

- One Layer Teflon
- Spec 13, 16

## Alternative Designs

- Acrylic Insert on standoffs
- Spec 10, 17

- Partial Triple
- Spec 11

- Screen Insert
- Spec 9,15

## Results

- Simple insert performs as well as fixed layer

## Angular Selective Center Layers

- High Angle summer sun blocked

- Low Angle winter sun admitted

## Conclusions to Date

- Possible to get very close to “net zero energy windows”
- Climate based
- No single, ideal, cost-effective window
- Performance potentials of various insert materials studied
- High-performance frames still necessary

- Picture of a zh
# Presentation: 716593

##                  American Burying Beetle Status in Arkansas

***                 ******American Burying Beetle Status in Arkansas***

- Arkansas Field Office
- U.S. Fish and Wildlife Service

**Chris Davidson ****chris_davidson@fws.gov**

## American Burying Beetle Occurrences in AR

**Notes:**
This slide needs updating: Hempstead record 1932, Washington record 1974.

Overall population size unknown;  All 5 counties have confirmed sighting within past 10 yrs

## American Burying Beetle Occurrences in AR

## Threats

- Federal projects
- ~100 projects annually in the 5 county area
- Road construction, natural gas activities, forest management, and development
- Non-federal projects
- Undefined number of projects and acres impacted (e.g. natural gas development)
- Utility expansion, urban & suburban development, and conversion of forest land to pastureland or row crop
- Section 7 Biological Opinions Cover:
- Federal Highway Administration/Arkansas HTD
- Ouachita NF and Ozark-St. Francis NF
- Bureau of Land Management
- Ft. Chaffee Maneuver Training Center
- Weyerhaeuser HCP
- Department of Commerce

**Notes:**
FHWA 12,000 ac over 5 yrs for highway construction
NF 638,000 ac in AR/OK ABBA; 286,445 in AR for land management or all forest practices
Ft. Chaffee: 2 BOs issued to USACE, 1 BO to BLM, 1 for training activities and forestry and wildlife mgmt
Weyerhaeuser HCP 40,000 ac in McCurtain Co, OK and Little River Co, AR

## OUACHITA NATIONAL FOREST American Burying Beetle Area (ABBA) 

-   ABBA 637,971 acres (35% of ONF)
-   5 mi distant from outlying occurrences
-   Preferred habitat type is relatively open    areas with native grasses
-   ABBs most abundant around Booneville
- 1992-2005 69 ABBs Trapped

## Habitat Conservation Plan for the ABBArkansas Data

- HCP covers 40,000 ac in OK/AR
- Little River County, AR (13,000 ac)
- 12 Transects in AR surveyed annually
- ABB captured at 10, 33, 69
- 6 of 382 ABBs captured in AR(1997 – 2005)

**Notes:**
13,000 ac of HCP in AR
Transect 10 only transect with repeat captures

## Department of the ArmyFt. Chaffee Maneuver Training Center

- Approximately 63 transects/yr
- ABBs Captured
- Range: 108 (2001) to 849 (2005)
- Grassland or open woodland habitats > density of ABBs
- Developing ABB Conservation Plan

## Miscellaneous Surveys

- Cherokee Prairie Natural Area
- 566 acre tallgrass prairie managed by ANHC
- 1997 – 244 ABBs captured; Avg. trapping success = 0.569 (LeDoux and Riley 1999)
- H.E. Flanagan Prairie Natural Area (266 ac) nearby has potential habitat
- Warriner (2003) surveys for ABB on AGFC Management Areas
- Grandview WMA (Hempstead Co), Blue Mountain WMA, Mt. Magazine WMA, and Cherokee WMA (Logan Co)
- Mt. Magazine WMA – 2 females; trap success 0.02
- Upper Petit Jean River near Elm Park, Scott County
- 2002 – 1 ABB captured; Trap success = 0.01

**Notes:**
Upper Petit Jean NRCS was investigating the possibility of constructing a flood control/water supply lake
# Presentation: 687388

## Timeline

- March 1: AGS pp setup
- March 23:
-  end of Cu run and beginning of pp run
- March 23 - March 24
- Jet installation
- CNI pol target&detector installation
- AGS cold snake installation
- March 25 – April 1
- Machine setup
- April 1 – April 15
- Ramp up
- April 16 – June 19
- Physics run

## Machine Configuration for pp physics

- Energy
- Injection: 46.5
- Store: 191.5
- Working point
- Ramp: 28.72, 29.73
- Store: 28.68, 29.69
- Lattice: IP 6 8 10 12 2 4
- Injection: 10 10 10 10 10 10
- Store: 1 1 10 5 3 10
- Collision Pt: IP 6 8 2
- RF:
- No rebucketing at store

## Machine Configuration for pp to 170 GeV

- Energy
- Injection: 46.5
- Store: 325.5
- Working point
- Ramp: 28.72, 29.73
- Store: 28.68, 29.69
- Lattice: IP 6 8 10 12 2 4
- Injection: 10 10 10 10 10 10
- Store: 1 1 10 5 3 10
- Collision pt: 6 8
- RF:
- No rebucketing at store

## Machine Configuration for pp to 217 GeV

- Energy
- Injection: 46.5
- Store: 414.5
- Working point
- Ramp: 28.72, 29.73
- Store: 28.68, 29.69
- Lattice: IP 6 8 10 12 2 4
- Injection: 10 10 10 10 10 10
- Store: 0.85 0.85 10 5 3 10
- Collision Pt: 6 8
- RF:
- No rebucketing at store

## Acceleration beyond 100 GeV

- Goal
- To evaluate the spin dynamics beyond 100 GeV
- What’s the impact of 1mm rms orbit distortion(achieved) on the polarization transmission efficiency?
- How much can we correct the orbit with the existing RHIC orbit correction system at higher energy?
- To provide a guidance/justification for the full ring re-alignment of RHIC during summer of 2005
- Expection
- Little or no polarization is expected at energy of 217 GeV with 1mm orbit distortion
- Polarization ramp measurement will be the key technique in exploring the depolarization mechanisms and locations.

## Acceleration beyond 100 GeV

- Plan
- Simulation
- Spin tracking with ~1mm rms orbit distortion
- Spin tracking with different orbit distortions to evaluate the tolerance of orbit distortions.
- With beam
- Develop the ramp to 170 GeV(10m – 2m from inj to 100GeV
- And remain 2m upto the top)
- Measure the polarization/orbit distortion along the ramp
- Vary the orbit distortion around 135 GeV where the strong intrinsic resonance is located
- Develop the ramp to 217 GeV
- Measure the polarization/orbit distortion along the ramp

## Challenge of going beyond 100 GeV

-  p=217 GeV
- This gives the same Brho
- as Cu and one can avoid
- an additional DX magnet
- training

- Intrinsic spin resonance
- Qx=28.73, Qy=29.72, emit= 10

- achieved
# Presentation: 679719

**Status of Electron ID**
**                           **Yoon
-                                     20 June 2006
-                                     DONUT meeting

**Selection by 4 steps (previous presentation)**
**Further selection by 3D viewer check (this work)**
**Manual scanning (next step)**

**E-id procedure**

**Among 142 tracks selected in step 4,     **
**using 3D viewer, we select the tracks of following shape.**

**Selection by 3D viewer check**** **

**After that, by comparing tracks with wider allowance of  **
**Δθ**** and ****Δ****r (0.02 rad, 100 mm), we can reject the penetrating tracks.**

**         ****Step4**** / all 1ry trk  ****(no trk id = no m-file)**
**Mod 1     ****32**** ****/ 116  ****(41)**
**               ****Candi  4     ****No-candi  28  (Single tr, cross, penetrate )**
**Mod 2     ****15**** ****/ 128****  ****(46)**
**               ****Candi  4****     No-candi  11 **
**Mod 3     ****31**** ****/ 113****  ****(28)**
**               ****Candi  7****      No-candi  24 **
**Mod 4     ****17**** ****/  73****   ****(23)**
**               ****Candi  4****      No-candi 13      **
**Mod 5       ****6**** ****/  42****   ****(14)**
**               ****Candi  3****      No-candi  3**
**Mod 7     ****40**** ****/  154****  ****(35)**
**               ****Candi  9 ****     No-cand 31             **
**Mod 8       ****1**** ****/  24****   ****(12)**
**               ****Candi  1****      No-candi  0  **
**----------------------------------------------------------------------------------**
** ****Total    ****142**** ****/  650****   ****(199)**
**               ****Total Candidates:  32  tracks****         **

**Results of 3D viewer check**

## sel

**ed**

**Δθ****<****20**** ****mrad**
**Δ****r ****<****10****0  ********m**

**Δθ****<****20**** ****mrad**
**Δ****r ****<****3****0  ********m**

**3D viewer check**

**1**

**1**

**2**

**3**

**2**

**3**

## sel

**ed**

**Δθ****<****20**** ****mrad**
**Δ****r ****<****10****0  ********m**

**Δθ****<****20**** ****mrad**
**Δ****r ****<****3****0  ********m**

**1**

**1**

**2**

**2**

## Mod 1

## Mod 2

## Mod 3

**Mod 3**

## Mod 4

**Mod 5**

## Mod 7

## Mod 8

## Single

**Single**

**Phi0 (?)**

**32 candidate tracks were selected by 3D viewer check**
**among 142 tracks (first selection from 650 tracks).**
**Manaul scanning is needed for the 32 candidate tracks.**
**No-candidate tracks assocated with 1 segment **
**are also needed to check . **
**M-files for the rest of tracks (199 tracks) are needed.  **

**Next Step**
# Presentation: 391488

## GOES-N Requirements

**April 27, 2004**
**Frank Eng, Computer Sciences Corporation**

## Primary Requirements

**L-band receiver, 1692.7 MHz**
**9600 Kbps data rate**** **
**10****-6**** Bit Error Rate (BER)**
**5 dB E****b****/N****0 **
**-0.3 G/T antenna (1 meter dish)**
** **

## Signal Format Requirements

**Binary Phase Shift Keying (BPSK) modulation**
**Reed-Solomon and ****2**** rate Convolutional Forward Error Correction (FEC), Viterbi decoding**
**CCSDS (Consultive Committee for Space Data Systems) standards**
# Presentation: 691239

## Significant Security Responsibilities @NASA

- Gretchen Ann Morris, CISSP
- RS Information Systems
- NASA IT Security Awareness & Training Center
- (216) 433-2276
- gretchen.a.morris@nasa.gov

## How we identified them and who they are

- Workshop with key stakeholders
- NPR 2810.1A - NASA roles and responsibilities within IT Security
- NIST 800-16
- Prioritized the roles
- Created Web-based courses that follow the NIST 800-16 for the following roles:
- System Administrators, CIOs, Certification Agents & Authorizing Officials, System Owners
# Presentation: 862914

## Present Booster Girder Layout(unit in cm, not to scale)

- 160

- 122

- 122

- 122

- 53.5

- 60.5

- 56

- 68

- 60.5

- 138

- choke
- L = 39 mH
- Q= 10.5
- R = 60 m

- GE capacitor
- 485 F (each)
- 30.6 KVAR
- 815 V, 15 Hz, 1PH
- 2 gal. combustible liquid

- 59

- 74

- 30

- 34.5

- 14

- choke

- 6 caps

- 6 caps

- 6 caps

- (base width)

## Modified Booster Girder Layout(unit in cm, not to scale)

- 160

- 122

- 122

- 122

- 53.5

- 60.5

- 56

- 86

- 2nd harmonic choke
- L = 26 mH
- R = 8 m

- 44

- 53

- choke

- 12 caps

- 2nd harmonic choke

- 1-2 caps +
- 2nd harmonic caps (1480 F)
# Presentation: 538636

## Clinical Overview of Atrial Fibrillation

**Edward L.C. Pritchett, M.D.**
*Consulting Professor of Medicine**Divisions of Cardiology and Clinical Pharmacology*
*Duke University Medical Center**Durham, North Carolina*

## Atrial Fibrillation Prevalence

**Most common sustained cardiac arrhythmia****1**
**Most common diagnosis for ****arrhythmia-related hospitalization****2**
**Estimated >2.3 million US adults have AF****3**
**Prevalence of AF increases with age and with an aging population****4**

**1**** Bialy D et al. *****J Am Coll Cardiol***** 1992; 19-41A.**
**2**** Fuster V et al. *****Circulation***** 2006; 114:e257-e354**
**3**** Go AS et al. *****JAMA***** 2001; 285:2370-2375.**
**4**** Chug SS et al. *****J Am Coll Cardiol***** 2001: 37:371-378**

## Clinical Presentation of Atrial Fibrillation

**Atrial fibrillation is most commonly identified because patients have symptoms****1**
**The most appropriate use of antiarrhythmic drugs in patients with atrial fibrillation is for relief of symptoms****2,3**
**Symptoms closely associated with occurrence of atrial fibrillation are palpitations, dyspnea, chest pain, dizziness, asthenia, fatigue, nervousness, increased sweating****4**

**1**** Psaty BM et al. *****Circulation***** 1997;96:2455-2461.**
**2**** Page RL. *****N Eng J Med***** 2004;351:2408-2416**
**3**** Fuster V et al. *****Circulation***** 2006;114:e257-e354.**
**4**** Bhandari AK et al. *****Am Heart J***** 1992;124:381-386.**

## Symptomatic Arrhythmias as an Outcome in Antiarrhythmic Drug Approvals for Atrial Fibrillation and Other Supraventricular Arrhythmias

**1986 verapamil PO IR - PSVT**
**1991 flecainide PO - PSVT, AF**
**1996 ibutilide IV - AF**
**1997 propafenone PO IR - PSVT, AF**
**1999 dofetilide PO - AF**
**2000 d,l sotalol PO - AF**
**2003 propafenone SR PO - AF**

**Pritchett E, PACE, 1998;21:1457-1469.**

## Limitations of Current Therapies

**Pharmacological Conversion with**
**IV Antiarrhythmic Drugs**
**Few choices of approved and labeled drugs**
**Imperfect efficacy**
**Adverse effects (ventricular arrhythmias)**
**Electrical Cardioversion**
**Requires conscious sedation**
**Complications (skin burns, aspiration, bradycardia, ventricular arrhythmia)**
**Inappropriate in some clinical situations ****(post-prandial, lung disease, recent cardiac surgery) **

## Desirable Characteristics of Pharmacologic Converting Agents

**Efficacy**
**High rate of restoring sinus rhythm ****with relief of symptoms**
**Rapid onset of action **
**Safety**
**Low rate of adverse effects**
**Low incidence of drug interactions**
**Lack of interference with electrical cardioversion**
# Presentation: 674392

## BNL Hybrid Event Store

- The ATLAS experiment will acquire 2×109 events and produce 1×107 one-GB files containing 2×109 data objects each year for 20 years.
- Each of 2000 physicists will want to examine his or her own subset of this data at sites distributed throughout the world.
- The BNL PAS group is developing the hybrid event store (HES) to help manage this data.

- Self-describing data objects are contained in files.
- Relational DB’s are used to catalog the files.
- Allow associations between objects in different files.
- For details, see http://www.usatlas.bnl.gov/~dladams/hybrid

- David Adams

**ATLAS**

- March 2002
# Presentation: 424687

##                       ACCOMPLISHMENTS

- Stennis Space Center

**                      ****ACCOMPLISHMENTS**
-   Initial testing in vehicle: system could distinguish 		between moisture variations and ground roughness
-   Demonstrated potential for satellite and airborne    	mapping of shallow sub-surface soil conditions and 	artifacts
-   Simulations have predicted that system will be very 	sensitive to sub-surface objects such as                             	anti-personnel mines
**                    ****COMMERCIALIZATION**
-   Multi-platform use: ground vehicle, aircraft, helicopter, 	satellite
-   Potential incorporation of technique in a low-cost, hand-	held  multi-sensor product for detecting non-metallic anti-	personnel mines
-   Barringer recently received a $6.5M contract from major 	mining concern for new airborne exploration technology

-     Specialized radar: distinguishes between
-     surface and sub-surface backscatter

***Radar Remote System for Sub-Surface Features***

**      ****GOVERNMENT/SCIENCE APPLICATIONS**
**   **Aircraft and satellite surveying of soil and
-        vegetation moisture in agricultural areas
-    Remote identification and mapping of salinity or
-        toxic contaminants in soils
-    Detection and mapping of buried ordnance
-    Potential use in mapping of oil slicks

**INNOVATION**

- 1991 Phase 2; SS-31; 8/30/96
# Presentation: 197244

## Our Lady of Mount Carmel SchoolDoylestown, PA

- Ms. Elizabeth Barry, Principal
- Mrs. Alice Graziano, Honors Math Teacher

- Strengthening Staff Development through Peer Coaching

## School Facts

- elementary school of the Archdiocese of Philadelphia
- 400 students in Kindergarten through Grade Eight
- suburb of Philadelphia, PA
- professional staff of 33; support staff of 11
- auxiliary staff of 4; federal and state programs
*Terra Nova *(The Second Edition) administered in Grades Two, Three, Four, Six and Eight

## Definition

- Peer Coaching
- is a professional dialogue
- happens when teachers learn from and affirm    one another
- has two common elements: insight and encouragement

## Purpose

- Peer Coaching is built on collegial relationships
- in which
- adults talk about practice
- adults observe each other
- adults engage in work on curriculum
- adults teach each other

## Synergy

- Peer Coaching
- celebrates the spirit of creativity, imagining,             and intellectual networking
- stresses interdependence
- uses the paradigm of “we”

## Process

- Peer Coaching is a process which includes
- co-planning
- co-implementation
- co-evaluation

## Principles of Effective Conferencing

- Peer Coaching emphasizes
- use of a common language
- use of a specific focus
- hard evidence
- reciprocity

## Examples of Our Work

## Advantages

- Peer Coaching
- energizes and sustains school improvement
- empowers innovation
- transforms decision making
- supports adult learning

## Supportive Research

- Peer Coaching incorporates
- Gregorc’s Stages of Teacher Development
-     (Gregorc, A.)
- adult learning styles
- concepts affirmed in “Start Here for Improving
-     Teaching and Learning” (Schmoker, M.)
- characteristics of adult learning communities

## Faculty Reflections

- “Peer coaching has enabled me to work with other teachers to make better choices about instruction, curriculum and assessment. It has been helpful in eliminating the isolation that one often feels as a teacher.”                           Carolyn Kerns, Grade One Teacher
- “Peer coaching provided me with a forum in which I could plan effective teaching strategies, and learn how well my teaching goals were being met.”               Dawn Brooks, Grade Four Teacher
- “I would recommend peer coaching as an extraordinarily successful means to strengthen collegiality.”   Cindy Harris, P.E. Teacher

## Summary Points

- Key Learnings
- commitment to collegiality to introduce and sustain program
- formal record keeping and reflection to institutionalize  program
- Ongoing Challenges
- inclusion of teachers new to the faculty
- adoption of focus that includes all teachers
- investment of adequate professional time
# Presentation: 742372

## Spatially resolved Raman spectroscopy for a-Si:H & nc-Si studies

- Chaz Teplin, John Perkins
- National Renewable Energy Lab

## Three lasers allow depth sensitivity

|  | Blue | Green | Red |
| --- | --- | --- | --- |
| a-Si:H | 60 nm | 106 nm | 560 nm |
| c-Si | 755 nm | 1033 nm | 2395 nm |

- Depth sensitivity

## Dilution profiling improves nc-Si PV stability

## MicroRaman capability added

- Resolution better than 1.5 microns but insufficient to map crystalline regions

- AFM - C.S. Jiang
# Presentation: 710538

## Dams of Sons Report

**Paul VanRaden**
**Animal Improvement Programs Laboratory**
**ARS, USDA, Beltsville, MD 20705-2350**
**paul@aipl.arsusda.gov**

## Dams of Many Sons

**477 dams had from 10 to 44 proven sons**
**Their sons had daughters in >10 herds in any country**
**Mean Net Merit $ of sons was calculated**
**Dam merit = 2 son merit – mate merit**
**Official Net Merit $ of dam is listed for comparison**

## Best Dams of Sons

| Name | Sons | Mean | Dam Merit | NM |
| --- | --- | --- | --- | --- |
| Ricecrest Southwind Kaye | 22 | 331 | 510 | 625 |
| 18 USA, 2 FRA, 1 DEU, 1 BEL |  |  |  |  |
| 528 Holim Heidi | 17 | 357 | 505 | 197 |
| 12 NLD, 3 GBR, 1 DEU, 1 IRL |  |  |  |  |
| Tidy Brook Elton Steph | 23 | 341 | 416 | 432 |
| 16 USA, 3 NLD, 1 FRA, 1 IRL, 1 ESP, 
1 CSK |  |  |  |  |
| Shade-E-Lane-C Magnolia | 10 | 255 | 409 | 280 |
| 6 FRA, 4 USA |  |  |  |  |

## Programming

**Read official format 31 bull file**
**Sort and merge by sire to subtract sire NM$**
**Sort by dam**
**Calculate means by dam**
**Get cow names from Holstein USA site**
**Should this be available routinely, publicly?**
**Sires of sons could be ranked similarly**
# Presentation: 918964

## Understanding the Maximum of World Conventional Oil Production

**Robert L. Hirsch, SAIC**
**Modeling the Oil Transition.  **
**April 20-21, 2006**

##  Some Realities

**  **_**Oil is essential to world operations as they now exist**_**.**
- 	+  Huge investments have been made in long life         		    equipment & supporting infrastructure.
- 	+  Can’t afford / can’t manufacture / can’t install a           		    major change in less than decades.
**In the long term, we must phase into a more sustainable energy system.****  **

**For the next 30-60 years, liquid fuels will be essential to human existence.**

##  Demand & GDP

** ****Demand & GDP**

- Since 1971, world GDP grown at 3% while oil demand grew at 1.5%.
- What happens when world oil supply declines?

## World Conventional Oil Production Peak

_**Forecast**_**	****    ****	****       **_**Source**_
**	**
**2004****	****	****	****CIBC (Canada)**
**December 2005****	****Deffeyes (U.S.)**
**2006-2007****	****	****Bakhitari (Iran)****	**
** **
**2007-2009****	****	****Simmons (U.S.)****	****	**
**After 2007****	****	****Skrebowski (U.K.)****	**
**2010****	****	****                  Campbell (Ireland)**
**	**
**Before 2010****	****Goodstein (U.S.)**
**	****	**
**After 2010****	****	****World Energy Council**
**	**
**2012                             Weng (China)**
**2016                             Doug-Westwood (U.K.)****	**
**After 2020****	****	****CERA (U.S.)****	**
**	**
**2030 or later****	****EIA (U.S) / Exxon Mobil**
**	**

**5 years**

**5-15 years**

**> 20 years**

**Already**

- Definitions of conventional oil vary.

- The timing is unknowable but it’s SOON measured on the mitigation scale.

**THE RISK OF BEING WRONG IS ENORMOUS!**

## Oil Peaking in Unencumbered Regions

**Sudden**
**Sharp**
**Rapid Declines**

**Oil Peaking in Unencumbered Regions**

## Worldwide Crash Program Mitigation of Conventional Oil Production Peaking

**Worldwide Crash Program Mitigation of Conventional Oil Production Peaking**
**A Study for DOE NETL**

**Delay / Rapid growth.**
**Roughly 35 MM bpd at year 20.**

## Two World Conventional Oil Decline Rates Mitigation started when peaking occurs

**0**

**20**

**40**

**60**

**80**

**100**

**-20**

**-10**

**0**

**+10**

**+20**

**YEARS BEFORE / AFTER  OIL PEAK**

**PRODUCTION & DEMAND**
**(MM bpd)**

**120**

**Two World Conventional Oil Decline Rates**** Mitigation started when peaking occurs**

**8%**

**0**

**20**

**40**

**60**

**80**

**100**

**-20**

**-10**

**0**

**+10**

**+20**

**120**

**2%**

**Is equilibrium modeling valid in these situations?**

## Oil Shortages Will Induce Demand Destruction in Ways That Are Difficult to Forecast

**Supply**

**Supply & Demand in Balance**

**Easy**

**Recession**

**Depression**

**Demand Destruction**

## Modeling Oil-Driven Economic Impacts

**What happens when supply & demand diverge?**

**Economic modeling of various scenarios needed.**

**Supply = Demand**

**Healthy world future demand**

**Supply Slacks**

**Supply Plateaus       ****(Oscillates?)**

**Supply Drops Sharply**

**Time**
# Presentation: 085521

## Equation for Academic Success

- C = Commitment
- R = Resources
- E = Environment
- T = Time (dedicated)
- F = Focus

## Careers in Academic Medicine

- - Potential pitfall

- Don’t make long term decisions
- on short-term issues –
- the pendulum always swings

## Careers in Academic Medicine

- - Personal prerequisites

-  Focus
-  Differentiation
-  Commitment

## Careers in Academic Medicine

- - Career development prerequisites

-  Mentor
-  Environment
-  Training

## Careers in Academic Medicine

- - Requirements for research success

-  Good  question, feasible to answer
-  Mechanism/Function
-  FOCUS

## Careers in Academic Medicine

-  Clinical, Clinical Science, Laboratory Science
-  Physician Investigator	Translation of increasing knowledge base	Application of increasingly powerful tools	Potential application of instruments of broad	     sweep in clinical science

## Academic Habitats

- Medical School vs. Hospital
- State vs. Private
- VA
- NIH

## Careers in Academic Medicine:Degree Specific Issues 

-  MD/MD-PhD
- 		Promotion Track
-                 RVUs
- PhD
- 		Promotion in clinical department
- 		“Tenure”

## Resources(An Academic Euphemismfor Money)

-  Starting a laboratory
-  Salary

- “If I had some bacon I could have bacon and eggs,
-  If I had some eggs.”
- 						-Unknown

## Resources

- Money is Money
- Time is Money
- Space is Indirect Money

## Two Rules for the Investigator and Promotion

- Rule #1: Original publications in peer-
-   reviewed journals is coin of the realm
- Rule #2: See Rule #1

## Growing a lab

-  A bootstrap operation driven
-   by your publications
-  Make a cost-benefit assessment
-   for potential trainees
-  Research must serve the
-   purposes of the trainee
-  Figure out your unfair advantage

## Being a Mentor 

-  The golden rule: treat your
-    mentee as you were - or wish -
-    you were treated
-   Recognize the full spectrum of
-    the needs
-   Guard against conflict of commitment
-   Don’t let your ego get between you
-     and your mentee

## Time Management - A Balancing ActThe Inside Game

-  Your career progress is your responsibility
-  Prioritize your additional commitments -
-    get guidance from your chief
-  Other institutional commitments can have
-    indirect and direct benefit
-  Obligations will increase with time - don’t rush them

- Ask yourself, how are you spending your time?

## Time Management - A Balancing ActThe Outside Game

- Ask yourself, how are you spending your time?

-  Publication -- your major outside face
-  Meetings/conferences
-  Organizations

## A Balanced Life

- “Do not get removed from your affections”*

- *DKP paraphrasing John Rawls
# Presentation: 364366

## HIGH RAMP RATE SUPERCONDUCTING MAGNETS AT BNL 

- Peter Wanderer
- BNL
- Archamps Workshop, March 2003

## OUTLINE

- New facility at GSI  work with BNL to modify RHIC dipoles  1st magnet test
- Magnet construction (except superconductor) - Wanderer
- Quench performance - Wanderer
- Superconductor R&D – Ghosh
- Energy loss measurements - Ghosh

- P. Wanderer

- 17 March 2003

## GSI NEW FACILITY

- Use existing machines, add new accelerators, storage ring.
- Serve several areas of science
- General approval by German Government
- Construction:  Phased approach
- Superconducting magnets for the highest energy accelerator (SIS200)
- Last phase of construction

- P. Wanderer

- 17 March 2003

## (DIPOLES FOR SIS100)

- SIS100 may use superconducting magnets too (not discussed further here)
- PROPOSAL (November 2001)
- Superferric, 2T central field, 4 T/sec ramp
- Start with Nuclotron design
- PRESENT
- Consider resistive dipoles (see L. Bottura)

- P. Wanderer

- 17 March 2003

## DIPOLES FOR SIS200

- PROPOSAL (November 2001)
- 4T central field, 1 T/sec ramp, 5 kW (4.5K)
- Modify RHIC design, especially cable
- GSI + BNL R&D agreement
- PRESENT (SIS300)
- Physics:  6T, not 4T   2 layer coil
- Looking at UNK magnets

- P. Wanderer

- 17 March 2003

## BNL + GSI collaboration

- GSI: G. Moritz, J. Kaugerts
- BNL: M. Anerella, A. Ghosh, R. Soika, P. Wanderer
- Consultants: M. Wilson, W. Hassenzahl

- P. Wanderer

- 17 March 2003

## Magnet (1m): coil & collars

- Coil wedges: G11, not copper
- Coil oversize by ~ 25m/turn  reduce pole shim by .88 mm & modify ends

- Collars: assemble 15cm-long packs with G10 tubes instead of brass tubes
- Collars: G11 keys (except for 2 cm)

- P. Wanderer

- 17 March 2003

## Magnet: laminations

- GSI procurement
- BNL drawing
- 0.5 mm thick
- Si steel
- Coated both sides with B-stage epoxy
- Glued into 25.4 cm-long blocks (10 blocks)

- P. Wanderer

- 17 March 2003

## Magnet: yoke, shell, splice

- Yoke – axial support from ss rods inside G10 sleeves; SS nuts and G10 washers at the ends
- Yoke top-bottom alignment: G10 keys
- Shell:  weld backing strip loose
- Ramp & Splice between top & bottom coils – *no change from RHIC/LHC*

- P. Wanderer

- 17 March 2003

## Slide 10

- P. Wanderer

- 17 March 2003

## Quench studies

- Quench - standard ramp rate (.05 T/s)
- Quench until greatly exceed 4T (6.7kA)
- Quench at 1-2 T/sec
- 5 kA power supply heavily modified
- fast ramping
- down ramp is mirror of up ramp
- Reach 7.5 kA by ramping fast and minimizing time at Imax

- P. Wanderer

- 17 March 2003

## Slide 12

- P. Wanderer

- 17 March 2003

## CONCLUSION & PLANS

- Conclusion:  magnet greatly exceeds design field & ramp rate .. a success
- Plans:
- Measure field quality  new measuring system ... later this year
- Test magnet w. unvented cable
- Further cable improvements
- Test magnet in forced flow (supercritical)

- P. Wanderer

- 17 March 2003
# Presentation: 256006

## Structure in the Universe                 and          Dark Matter 

*Scott Dodelson**October 26, 2001*

**A Chautauqua Short Course for College Teachers**

## Our Galaxy

- http://www.wordwizz.com/pwrsof10.htm

## Local Group

- http://www.wordwizz.com/pwrsof10.htm

## Virgo Cluster

- http://www.wordwizz.com/pwrsof10.htm

## Galaxy Clusters

- http://www.wordwizz.com/pwrsof10.htm

## Large Scale Structure

- http://www.wordwizz.com/pwrsof10.htm

## Where does this structure come from?

- Ancient question has added potency:
-         How did we get from ...

- to

## Evolution of Structure: Gravitational Instability

## Are the CMB fluctuations large enough to         produce large scale structure?

- Technical Resource: http://physics.nyu.edu/matiasz/CMBFAST/cmbfast.html

## Conclusion:

- Coherent picture of structure formation consistentwith stunning measurements of anisotropy inCosmic Microwave Background ...

- As long as Dark Matter, a new particle linked tophysics beyond the Standard Model, exists!
# Presentation: 379867

## THE SCALE OF THINGS

**Progress in atomic-level understanding**

- Things Natural

- Things Manmade

- meter	m	100	1 m
- centimeter	cm	10-2 	0.01 m
- millimeter	mm 	10-3	0.001 m
- micrometer	m 	10-6	0.000001 m
- nanometer	nm 	10-9	0.000000001 m

**Progress in miniaturization**

**Objects fashioned from**
**metals, ceramics, glasses, polymers ...**

- 5/20/00

**The 21st century challenge -- Fashion materials at the nanoscale with desired properties and functionality**
# Presentation: 335019

## Wind Power Generator System Northern Power SystemWaitsfield, VT

**Wind Power Generator System **Northern Power SystemWaitsfield, VT

**ACCOMPLISHMENTS**
- Has designed and installed a prototype direct drive wind turbine at the NSF Anartica McMurdo Station
**COMMERCIALIZATION**
- The results of the Phase II work has attracted the attention of the Department of Energy (DOE) and the National Science Foundation for application in small villages throughout Northern Alaska.  Consequently, the DOE has given a contract to Northern for $600K to build an advanced generator for the system.  In addition, the DOE is expected to issue a series of Phase III contracts for over $3M to design, build, and test several prototypes specifically for Alaskan conditions

**GOVERNMENT/SCIENCE APPLICATIONS**
- Prototype installations of wind turbine in Alaskan Village or Kotzebue is progressing

**INNOVATION**
- Development of a wind power system for the generator of electricity which must operate under extreme environmental conditions such as those encountered at the South Pole or in the Martian atmosphere

**S****mall****Business****T****echnology****Tr****ansfer**

- Ames Research CenterSS# 2-017-Contacts: Gary Norton NPS - (802) 497-2955
- NASA-Michael Flynn - (650) 604-1163

*Wind Power Generator*

- 1992  SBIR Phase 2; NAS2-14244

## Slide 2
# Presentation: 851513

## “Development of High Temperature Superconductor Coated Conductors”

**Los Alamos National Laboratory**
- Operated by the University of California
- for the U.S. Department of Energy

*“**Development of High Temperature Superconductor Coated Conductors”*

- Dean Peterson
- Superconductivity Technology Center

## Slide 2

## HTS Phases of Interestfor Applications

- Phase	Abbreviation	Tc(K)

- YBa2Cu3O7	Y123	92
- Nd1+xBa2-xCu3O7	Nd123	96
- Bi2Sr2CaCu2O8	Bi2212	85
- Bi2Sr2Ca2Cu3O10	Bi2223	110
- TlBa2Ca2Cu3O8	Tl1223	110
- Tl2Ba2CaCu2O8	Tl2212	110
- Tl2Ba2Ca2Cu3O10	Tl2223	125

## HTS Benefits are Widespread

**Los Alamos**
- National Laboratory

## Future Electric Power System

**WTEC Report(97)**

## Brick-Wall Model of HighTc-Superconductor

## Magnetic Field Dependence of CriticalCurrent Density, Jc, at selectedtemperatures for Bi2223/silver tape

- 2

- 4

- 6

- 8

- 105
- 104
- 103
- 102

**Magnetic Field Dependence of Critical****Current Density, Jc, at selected****temperatures for Bi2223/silver tape**

**B(T)**

**J****c****(A/cm****2****)**

- B//C

- MF-1

- T-20K

- T-35K

- T-50K

- T-64K

- T-77K

## Ion Beam Assisted Deposition formaking textured YSZ layers on Ni tapes

- Assisting Ion
- Beam Gun

- Deposition Ion
- Beam Gun

- 35.3°

- YSZ Target

- Ni Tape

- Vacuum Chamber

- <100>

- <001>

- <111>

- 54.7°

- YSZ Unit Lattice

## STATE-OF-THE-ART YBCO AT LANL

- OB98/013.ppt