BEE-spoke-data/govdocs1-by-extension huggingface dataset:
# Presentation: 212047

## Thermal Property Parameters

- Suspect the cable bus thermal conductivity is somewhat low; thermal property will be determined in order to improve thermal quality of results

**FEA Model Properties**

## Previous Stave Geometry (Module-0W)

- Stave parameters
- 4.6mm semi-flattened Al tube, 12mil wall.
- 192W for double sided module, 0.5W per chip, 12chips per module
- Module length is 12.4cm, with row of chips nominally every 3cm
- Coolant
- C**3**F**8**, entering at -25oC, assumed film coefficient of 2342W/m2K
- Results
- Peak chip temperature approximately -12oC at region “A”
- Module temperature nominally minus 15oC

- Slight periodicity due to 1mm separation at beginning of each module

- Region “A”

- Note used slightly higher film coefficient than in next model

## Revised Flat Tube Model (No Wafer Heat)

- Separation between facings 4.7mm
- Modified hybrid stack, now----
- Chip, followed by silver adhesive, sitting on dielectric (5W/mK), followed by silver adhesive, sitting on BeO (240W/mK)
- Before the dielectric and BeO were merged into one solid (8W/mK)
- Cable K=0.4W/mK to simulate 75 micron body, whereas model thickness is 125 microns
- Coolant (-25oC, 1800W/m2K)
- Film coefficient to produce about 3oC temperature drop
- Results, average chips -15.5oC, module center area -17oC to -17.8oC

- Chips (average)

- Module center area

- Cooling tube wall -22oC

## Revised Flat Tube Model (4W per Wafer)

- Separation between facings 4.7mm
- Modified hybrid stack, now----
- Chip, followed by silver adhesive, sitting on dielectric (5W/mK), followed by silver adhesive, sitting on BeO (240W/mK)
- Before the dielectric and BeO were merged into one solid (8W/mK)
- Cable K=0.4W/mK to simulate 75 micron body, whereas model thickness is 125 microns
- Coolant (-25oC, 1800W/m2K)
- Film coefficient to produce about 3oC temperature drop
- Results, average chips -13oC, module center area -14.5oC to -15.3oC

- Chips average

- Module center area
# Presentation: 784651

## Introduction  Jerry D. Johnson, Ph.D.Vice President of Regulatory Affairs, Quality and SafetyFujisawa Healthcare, Inc.

## Indication

**Tacrolimus ointment for the treatment of the signs and symptoms of atopic dermatitis in adult and pediatric patients 2 years of age or older.**

## Tacrolimus Ointment

**Tacrolimus ointment is the first in a new class of nonsteroidal, topical immunomodulators.**** **
**World Wide Development Program**
**US, Europe, Japan**
**More than 4000 individuals****(NDA data)**
**Marketing approval in Japan - June 1999**

## Regulatory Chronology in US

**December 1994****	****Submission of IND 46,878**
**October 1996****	****End of Phase 2****	****meeting with FDA**
**April 1999****	****Pre NDA meeting****	****with FDA**
**September 1999****	****NDA 50-777 submitted****	****to FDA**

## Unmet Medical Need for Topical Nonsteroidal Therapy

**Prevalence of atopic dermatitis has increased 3X since 1970**
**Currently, limited therapeutic options, especially in children**
**Frequently, suboptimal control with long-term use of current treatment options**

## Tacrolimus Ointment

**Effective monotherapy**
**Excellent safety profile**
**with use up to one year**
**with facial applications**
**Safe in children**

## Agenda

**Pharmacology of Tacrolimus Ointment**
***William Fitzsimmons, Pharm.D.***
**Presentation of Safety and Efficacy Data**
**	*****Ira Lawrence, MD***
**Question and Answer Session**

## Fujisawa Healthcare, Inc.Consultants

**P. Donald Forbes, Ph.D., ATS**
***Primedica, Argus Division***** **
**Amy Paller, M.D.**
***Northwestern University Medical School***
***Children’s Memorial Hospital***
**Lode Swinnen, M.D.**
***Loyola University Medical Center***

## Advisory Committee Questions

**Is Protopic 0.03% effective in the treatment of atopic dermatitis?**
**Is Protopic 0.1% more effective than Protopic 0.03% in adults?  in children?**
**Is Protopic safe for unrestricted chronic therapy as a first-line treatment in adults for both concentrations?  in children for both concentrations?**
**Is approval of Protopic recommended and, if so, under what conditions and for which age groups?**
**Are there additional studies needed for the labeling of Protopic and what are they?**

## Pharmacology ofTacrolimus Ointment

**Mechanism of Action**
**Non-Clinical Studies**
**Patch-Testing in Humans**
**Human Pharmacokinetics**
# Presentation: 679122

## Accelerator Group Status

- Scenarios and Requirements status

- spanacek@fnal.gov

- 06/30/2005

## Scenarios and Requirements

| Scenario Status |  |  |  |  |  |  |
| --- | --- | --- | --- | --- | --- | --- |
|  |  | draft DB | Reviewed | Revised | Approved | Requirements |
| 120 | S.Panacek | X | X | X | X | X |
| 126 | M. Lamm | X | X | X | X | X |
| 128 | E.McCrory | X | X | X | X | X |
| 138 | J. Slaughter | X | X | X |  |  |
| 213 | E. Harms | X | X | X | X |  |
| 178 | M. Lamont | X | X |  |  |  |

- spanacek@fnal.gov

- 06/30/2005
# Presentation: 698503

## HPSS User Forum - Site Report

**Bill Weeks**
**Stanford Linear Accelerator Center**
**Produced under contract DE-AC03-76SF00515 between Stanford University and the Department of Energy**

## BaBar & The B-Factory

- Use big-bang energies to create B meson particles
- Look at collision decay products
- Answer the question “where did all the anti-matter go?”
- 600 physicists collaborating from >75 sites in 10 countries
- USA, Canada, China, France, Germany, Italy, Norway, Russia, UK, Taiwan
- The experiment produces large quantities of data
- 200 - 400 TBs/year for 10 years
- Heavy computational load
- ~262,000+ SpecInt95’s available in compute farm
- 2539 compute nodes with 4181 cpus

## BaBar HPSS Software Levels

- Only change was applying 4.5.1.0 patch
- BaBar operation makes major software upgrades difficult

- _Date_	    _Machine_	_OS_	_DCE_	  _Encina_     _HPSS_
- Jul 98	    F40		4.1.5	2.1	  2.1	       3.2
- Sep 99	    F50		4.2.1	2.1	  2.5	       4.1
- Jan 01	    F50		4.3.3	2.2.0.8	  4.2.0.14     4.1.1.4
- Aug 03    480R	             8	3.2.0.4    5.0	       4.5.0.1
- Jan  05     480R              8            3.2.0.4    5.0             4.5.1.0

## BaBar HPSS Bytes Processed per Day

## BaBar HPSS Total Space Used

## Public HPSS Software Levels

- _Date_	     _Machine_	_OS_	_DCE_	  _Encina_     _HPSS_
- May 01     420R	7	3.1	  4.3.0.3     4.2
- Dec 01      420R          8          3.1         4.3.0.4     4.3
- ??????       420R	8	3.2.0.4   5.0	      4.5.1.0

- No changes for 3.5 years
- Modest activity level

## Public HPSS Bytes Processed per Day

## Public HPSS Total Space Used

## What does the future hold?

- Going it alone with Solaris
- How do we get to HPSS 6.2 system?
- What conversion steps are supported and/or tested?
- Solaris movers?
- Use mixed platforms, e.g. Linux core server, Solaris DB2
- What versions of Linux are supported on what platforms?

## HPSS Problems

- PVL crash during overwrite label import
- Fixed in 4.5.1.0 patch
- Tape mounting strategy when system over-committed
- Problems with drive selection, unnecessary passthru operations
- Tapes on deferred dismount queue not dismounted first

## Summary

- HPSS is reliable
- HPSS tape handling could be improved
- Software upgrades will always be a problem
# Presentation: 777024

## Portable Photosynthesis AnalyzerCiencia, Inc., East Hartford, Connecticut

- Innovation
- The Portable Photosynthesis Analyzer provides in situ, real time, measurement of photochemical efficiency in phytoplankton and higher plants.

- Photo

- Accomplishments
- A shipboard instrument has been built for oceanographic applications.
- The analyzer has the sensitivity of < 0.5 g/L of chlorophyll in vivo.
- This is the first instrument to solve the chlorophyll quantum yield variability problem.
- The analyzer is the first instrument to directly measure quantum yield of photochemistry in          PS II
- This is the first portable instrument capable of chlorophyll fluorescence lifetime analysis

- Commercialization
- Ciencia owns U.S. Patent No. 5,818,582 covering certain aspects of this technology issued on October 6, 1998.
- A commercial instrument targeted to the laboratory research market is being manufactured and marketed worldwide under the name of *LifeSense****   *by Oriel Instruments under a license agreement with Ciencia, Inc.
- Ciencia recently entered into a joint development agreement with Packard Instrument Company to develop applications of this technology for High Throughput Screening (HTS) in drug discovery.
- A spin-off application of the lifetime sensing technology subject of this SBIR was developed for lidar ranging.
- Ciencia has been awarded a $270,000 contract to apply the lidar ranging technology to the development of a sensor for ocean level measurements.
- Ciencia is involved in ongoing discussions with world leading bioanalytical company for application of the technology to the molecular biology and life sciences research markets.
- The technology has broad potential commercial applications in precision agriculture, aquaculture, forestry and food safety.

- Government/Science Applications
- Stennis Space Center is using the shipboard prototype system developed through the SBIR program in coastal studies of primary production.
- Technology is ready to be transitioned into an *in situ* vertical profiler instrument.
- Applications include ground truth for satellite measurements of primary production from remote sensing of ocean color, human habitability and biology in space, and microgravity research.  NASA programs to benefit include, Mission to Planet Earth, Sea Viewing Wide Field-of-View System (SeaWIFS), the Moderate Resolution Imaging Spectroradiometer (MODIS), CELLS, and the Space Station Biological Research Program.
- Ames Research Center is funding development of a fluorescence cell analyzer based on related technology for application in the International Space Station .  NIH is funding molecular biology applications.

-  Points of Contact:
-     - NASA (Commercial Technology Program, 228/688-1929)
-     - Ciencia  (S. Fernandez, 860/528-9737)
-        1997  SBIR Phase II; NAS # 13-97033

- Stennis Space Center
- February 2000

**The Portable Photosynthesis Analyzer was developed, **
**in part, through the NASA SBIR contract with Ciencia**
# Presentation: 128363

## SAFETY

- Danger of ZN: relative++
- Transport: sputum or smears??
- Hoods: check!!
- difficult, potentially dangerous
- good information to technicians: training!
- Masks, gloves: avoid
- Disinfectants: phenol 5%
- Space, light, ventilation; extraction fan??
- sputum collection outdoors !!
- Disposal containers: autoclave, burning, pit

## TRAINING

- Selection of trainees; NTP/clinical staff also
- Decentralise
- standardise: manuals, TOT
- Refresher training: all or ~ needs?
- Curriculum
- bit of theory, lots of practice
- pre-test, post-test
- Training materials
- presentation materials
- microscopes...
- In-service training for new people, fluoresc.

## EQUIPMENT

- Microscopes!
- buy sturdy type
- maintenance and repairs
- specialists?
- small repairs by regional lab supervisors?
- spares, bulbs
- secure light system; mirrors?
- Stain preparation equipment
- intermediate level
- balance, measuring cylinder, glassware
- (distilled or pure water)

## Supplies

- Quality reagents for stains
- shelf life OK except for ready stains, slides
- Correct specifications
- Immersion oil, not cedarwood
- Xylene?
# Presentation: 680872

## Secondary Disease Prevention inPerry County, Alabama

- Maryanna Brooke, Pharm.D.

## Perry County

**Demographics:**
- Total Population: 11,705
- White: 3,556
- Black & Other:  8,149
_*Chief Concerns*_:
- Lack of specialized doctors
- No hospital in Perry County
- Cost of medication
- Hypertension, Diabetes

## Sowing Seeds of Hope

- Aids in reaching marginalized people   including those isolated by poverty
- Formed for the purpose of improving the physical, economical, and social environment of Perry County

## Clinic Goals

**Short Term:**
- Educate Patient about disease
- Communicate with patient’s physician
- Check for problems with medication

**Long Term:**
- Develop relationship with community
- Encourage communication between physician, patient, & pharmacist
- Prevent complications associated with disease

## JNC-71 Guidelines

| Compelling Indications for Individual 
Drug Classes |  |
| --- | --- |
| Compelling Indication | Initial Therapy Options |
| Heart Failure | THIAZ, BB, ACEI, ARB, ALDO ANT |
| Post MI | BB, ACEI, ALDO ANT |
| High CVD Risk | THIAZ, BB, ACE, CCB |
| Diabetes | THIAZ, BB, ACEI, ARB, CCB |
| Chronic Kidney Disease | ACEI, ARB |
| Recurrent Stroke Prevention | THIAZ, ACEI |

## Educate Patient

- Disease Complications
- Hypertension:
-  Retinopathy
-  Heart Disease
-  Kidney Disease
-  Stroke
- Diabetes:
-  Retinopathy
-  Heart Disease
-  Kidney Disease
-  Stroke
-  Peripheral Neuropathy
-  Peripheral Vascular Disease

**Notes:**
JNC-7 p.22

## Educate Patient (Cont’d)

- BP Goals:
- General Population: <140/90
- Diabetes or CKD: <130/80
- Lifestyle Modifications:
- Stop Smoking
- Weight Loss
- Diet
- Physical Activity
- Moderation of Alcohol Consumption
- Finger sticks (if diabetic)

**Notes:**
p.23, 24

## References

- Seventh Report of the Joint National Committee on Prevention, Detection, Evaluation, and Treatment of High Blood Pressure (JNC 7).
# Presentation: 171276

## Duties of an Element Leader

Teach basic drill movements to the element. 

Relay information to the element.

Position the cadets within the flight.

- Teach basic drill movements to the element.
- Relay information to the element.
- Position the cadets within the flight.

- LL3.1.1 - Duties of the Element Leader

## Leadership Traits Essential to Followership

Loyalty- to build teamwork.

Integrity - to preserve yourself within the larger unit.

Self-Discipline - to function as a team member, not a “prima donna.”

- Loyalty- to build teamwork.
- Integrity - to preserve yourself within the larger unit.
- Self-Discipline - to function as a team member, not a “prima donna.”

- LL3.1.2 - Leadership Traits Essential to Followership

## Three Components of Followership

The job

The leader-follower relationship

Responsibility of the follower

- The job
- The leader-follower relationship
- Responsibility of the follower

- LL3.1.3 - Three Components of Followership

## The Job

-     Know what the job is - Discuss with your leader
-      what is expected of you.
-     Know how to do the job - Gain the knowledge to
-      complete the task.
-     Do the job - Complete the job timely and
-      accurately.

- LL3.1.4 - The Job

## Leader-Follower Relationship

Follow your leaders orders - Question when you think the outcome is not what your leader expects.

Job Accountability - If given a job, be accurate and accountable. 

- Follow your leaders orders - Question when you think the outcome is not what your leader expects.
- Job Accountability - If given a job, be accurate and accountable.

- LL3.1.5 - Leader-Follower Relationship

## Responsibility of a Follower

Dynamic followers do not wait.

Wise followers learn.

Responsible followers manage self productively.

- Dynamic followers do not wait.
- Wise followers learn.
- Responsible followers manage self productively.

- LL3.1.6 - Responsibilities of a Follower

## Role of the NCO

-     Make the *Chain of Command* work.
-     The *Support Channel* consists of:
- 	-  First Sergeant
- 	-  Flight Sergeant
- 	-  Element Leader
-     Relationship of NCO *Support Channel*
-       to *Chain of Command.*

- LL3.1.7 - Role of the NCO
# Presentation: 295223

## A Comparison of  Transient Eddies in the Operational GDAS and the NCEP-1 Reanalysis

***Glenn.White@noaa.gov***

## “Error” in transient eddy kinetic energy in 64 level AMIP run of GFS

***“******Error” in transient eddy kinetic energy in 64 level AMIP run of GFS***

- Sep. 01-Mar.02

- 1979-2001

## Analyzed transient eddy kinetic energy

***Analyzed transient eddy kinetic energy***
***Sep.01-Mar.02***

- NCEP-1 reanalysis

- Operational GDAS

## Difference in analyzed transient eddy kinetic energy Sep.01 –Mar.02

***Difference in analyzed transient eddy kinetic energy Sep.01 –Mar.02***
***GDAS minus NCEP1***

## NCEP1—T62, 28 levels 

***NESDIS temperature retrievals***
***GDAS—T170, 42 levels***
***Radiances used***

## 250 hPa analyzed transient eddy kinetic energy 

***250 hPa analyzed transient eddy kinetic energy***

## Difference in 250 hPa transient eddy kinetic energy 

***Difference in 250 hPa transient eddy kinetic energy ***
***GDAS minus NCEP 1***

## GDAS gives a significantly more accurate picture of the Southern Hemisphere circulation.

- This is probably related to the use of satellite radiances rather than NESDIS satellite temperature retrievals.
- The current GFS has considerably more skill in the Southern Hemisphere than the NCEP-1 system, suggesting that the new analyses are more correct and that
***GDAS gives a significantly more accurate picture of the Southern Hemisphere circulation.***

## 925 hPa

***925 hPa***

## GDAS minus NCEP1

***GDAS minus NCEP1***
*** ******925 hPa TEKE ***
***Sept.01-Mar.02***

***Effect of higher resolution?***

## Slide 11

## Difference in zonal wind 

***Difference in zonal wind ***
***GDAS minus NCEP1***

## Zonal wind shear between 200 and 850 hPa

***Zonal wind shear between 200 and 850 hPa***

## Difference in zonal wind shear between 200 and 850 hPa operational GDAS minus NCEP1

***Difference in zonal wind shear between 200 and 850 hPa operational GDAS minus NCEP1***

## w’T’

## Zonal mean Transient eddy vertical heat flux GDAS minus NCEP1 

***Zonal mean Transient eddy vertical heat flux GDAS minus NCEP1 ***
***Sept. 01-Mar. 02***

## Slide 17

## Difference in transient eddy vertical heat flux 850 hPa 

***Difference in transient eddy vertical heat flux 850 hPa ***
***GDAS minus NCEP1***

## u’v’

## Zonal mean transient eddy poleward flux of zonal momentum 

***Zonal mean transient eddy poleward flux of zonal momentum ***
***GDAS minus NCEP1***

## Verifying AMIP runs of the current GFS model against NCEP1 reanalysis can be inappropriate, even for atmospheric fields.

***Care and caution should be taken in such comparisons.***
***We need to compare CDAS to GDAS for such comparisons to see if differences between CDAS and GDAS are insignificant compared to differences between AMIP and CDAS.***
***For seasonal forecasts, we should have periodic reanalyses with the operational GFS for appropriate verification.***

## Transient eddies in AMIP runs cannot be verified in the Southern Hemisphere; 

***error in AMIP transient eddies appears to be less than error in NCEP1 reanalysis.***

## Merry Christmas

***Merry Christmas***

***Happy New Year***
# Presentation: 706810

## Challenges in Urban Meteorology Next Steps

- Ms. Margaret McCalla
- Senior Staff Meteorologist OFCM

## Urban Meteorology ForumNear-term Next Steps

- Near-term next steps are those actions which
- can be addressed in 1 year or less.

## Urban Meteorology ForumNear-term Next Steps

- Actions which OFCM will take in the first
- week include:
- producing a forum summary
- posting forum summary and presentations on the OFCM website

## Urban Meteorology ForumNear-term Next Steps

- Actions which OFCM will take in the next
- 3 to 4 months include:
- finalizing the forum proceedings
- posting the forum proceedings on the OFCM website

## Urban Meteorology ForumNear-term Next Steps

- Actions which OFCM will propose
- taking in the next 30 days include:
- forming an Interagency Working Group to develop and coordinate a **Plan of Action** to build a framework which will address the following cross-cutting issues and identify organizational responsibilities:

## Urban Meteorology ForumNear-term Next Steps

- regional ecosystems planning, and management
- urban observations
- -  research and technology
- -  urban modeling
- -  information dissemination

## Urban Meteorology ForumNear-term Next Steps

- - education, outreach, and training
- - support for business continuity

## Urban Meteorology ForumNear-term Next Steps

- forming Joint Action Groups during the course of the year to work specific cross-cutting issues and invite outside participation from private and academic sectors

## Urban Meteorology ForumNear-term Next Steps

- Thank You
# Presentation: 149109

## Cluster-based Visualization 

**Dino Pavlakos**
**Sandia National Laboratories**
**Albuquerque, New Mexico**

## High End Graphics Platforms

- Years/Compute Performance

**PC Graphics**

**SGI Graphics**

- 103

- 107

- 108

- 109

- 106

- 2004

- 2001

- 1999

**3**
**Tflops**

**10**
**Tflops**

**100**
**Tflops**

- Polygon Rendering Rate
- (Megapolys/Second)

## Rendering and Sorting

**Sort First**

**Sort Middle**

**Sort Last**

**Polygon Rendering Pipe**

## Tiled vs. Single / Composite Displays

**Tiled**

**Renderer**

**Renderer**

**Renderer**

**Renderer**

**Display**

**Composite**

## Data Exploration Architecture

- ComputeService

- UserWork-
- station

**Simulate**
**Compress**

**Decompress****User**
**d********I**
**render**

- Vis.Service

**Dec/C**
**D********D**
**D********d**
**D********I**
**Archive**

**Render****Dec/C**
**D********I**

- DataService

- Images

- Polys/Data

- Data
- Archive

**Big ****Data**

## Tightly Coupled Compute, Data Services and Visualization

**InfiniBand x12**
**Link Speed:**
**6 GB/s Bidirectional**
**(3 GB/s each way)**

**Aggregate bandwidth across vertical plane:**
**768 GB/s each way, with 256 (16 x 16) rows**
**(exceeds I/O requirements)**

**16 rows**

**16 rows**

## Visualization/Data Service Clusters @ SNL

**Existing**
**16-node SGI/320 NT graphics cluster (GigE)**
**72 node Compaq/NT data service cluster (ServerNet)**
**Coming**
**64 node graphics cluster (ASCI V1 Corridor)**
**8-16 node graphics cluster (open testbed)**

## Cluster-based visualization issues

**Rendering scalability vs. interactive latency**
**Expect good results for rendering large data**
**Getting high frame rates (e.g. 60Hz) harder**
**Dynamic resource management**
**Desktop access to large resource**
**Parallel/Scalable IO**
**Parallel inter-process communication (runtime visualization & data services, computational experiments)**
**Classified/Unclassified use**

## Cluster-based Composite RenderingSimplistic Projection

- 16 node SGI/320 cluster
- Peak 4 Million polygons/sec. per node
- 16 x 4 = 64 Million polygons/sec. peak (perfect scaling)
- Assume
- 64 Million-Polygon surface data
- Sort-last rendering (HW-accelerated)
- 1K x 1K Display
- Render 64M polygons in 1 sec.
- Add .84 sec. composite time (Compaq NT cluster / ServerNet)
- gives 35M polygons/sec.
- Add .16 sec. composite time (ASCI Red)
- gives 55M polygons/sec.

## Parallel Visualization Abstract Partitioning Model

- Parallel Visualization Abstract Partitioning Model

- DataRepository/Buffer

- DataRepository/Buffer

**Data****Interface**

- SimulationCode

- VisualizationModule

- Data ServiceModule

- ...

- ...

**Control****Interface**

**(Parallel Disk,****Shared Memory,**
**Dist. Memory****Buffer, ...)**

- AbstractData
- Space

## Do-It-All on C-Plant Instantiation

**Node****1**

**Node****2**

**Node****N**

**Disk****1**

**Disk****2**

**Disk****N**

- ...

- ...

- ...

- Comp 1

- Comp 2

- Comp N

- AbstractData
- Space
# Presentation: 194317

## ‘96 Cable Strength Tests(performed by Boeing)

- 2/10/2000
- C. T. Mueller

- Recommended plan back in December of 1999 was:

## Plan Part I.   12/16/99

**Verify no bubbles in glass of installed fiber (REJECTED)**
- He-Ne illumination for those cable that are visible
- Optical Time Domain Reflectometry (OTDR) for all hidden cables
- short pulsewidth 1 nS
- short wavelength 850 nm
- ability to eliminate end reflection

***Plan Part II.***

**Qualify mechanical strength of same-vintage fiber (ACCEPTED)**
- Use gauge lengths and number of samples commensurate with amount of cable installed
- Dynamic (tensile) and Static fatigue (tensile or bend) tests
- Break strength and distribution
- Weibull modulus and N-parameter per ISA procedures
- Lifetime calculation based on test data

## Weibull Plot of 1996 Fiber Test

***Weibull Plot of 1996 Fiber Test***

- Half of the breaks are occurring in the low strength region
- distribution is broad - significant probability that break will occur at the lowest strength levels
- Breaks do not appear to be strain rate dependent in high stress region (high n value)

## Nc - Parameter Data

## Weibull Plot Showing Reel-to-Reel Variation(partial set of data)

- Reel #

## Effect of Gauge Length

- Defect rate for defects <3 lbs went from 0.1/m (80” gauge length) to 0.6/m (20” gauge length)
- supports use of short gauge length
# Presentation: 884373

## Beam steering capability for target position uncertainty

**Simon Yu & Enrique Henestroza**
- Lawrence Berkeley National Laboratory
**ARIES Meeting**
**October 3, 2002**
**PPPL**

## Steering in Heavy Ion Drivers

- 3 kinds of steering in drivers:
- Slow (or DC)-dipoles - centroid correction
- 	 (shot-to-shot reproducible errors)
- Fast Correctors (s to tens of ns)
- 	- head to tail variations
- 	(shot-to-shot reproducible errors)
- Pulsed correctors (~ms)
- 	 (shot-to-shot variable errors)
- Steering Capability for Target Position Uncertainty
- belongs to the 3rd class.
-  Requirements:
- Respond in 25ms (target injection at 200m/s)
- Correction of a few mm (< ± 2mm)

## Sample dipole corrector layout for final focus

## First Beam through NTX Magnetic Transport (August 2002)

- NTX with source tank,
- 4 pulsed quadrupoles,
-  and diagnostic tank
- In Bldg. 58, LBNL

- voltage

- current

- 5cm

- Current at magnet exit

- Profile at magnet exit

## Test Stand for Measurement of Transient Magnetic Field

**Test Stand for Measurement of Transient Magnetic Field**

- Overlay of B(t) in 4 quadrants and I(t)

- Axial profile (measurement vs. ANSYS)

**Notes:**
Replace axial profile picture

## First Beam through Neutralized Drift Section with Plasma Plug

**Magnetic section**

- Pulsed arc
- plasma source

- Drift tube

- Scintillating glass

- Spot size with plasma

- Spot size without plasma

## Dipole corrector Requirements are very easy to meet

- _Required:_
- 	Pulsed dipoles ~ 1kG in < 25msec
- _Achieved:_
- 	NTX quadrupoles ~ 7kG in 1 msec
# Presentation: 736681

## OSHA’s Compliance Assistance Conference

September 26, 2002
Vienna, VA

Jim Kyger
Dir. Federal Employment Compliance Assistance
PIA National
703-519-8150
jkyger@printing.org

**Working Cooperatively With OSHA**
***Printing Industry Perspective***

- OSHA’s Compliance Assistance Conference
- September 26, 2002
- Vienna, VA
- Jim Kyger
- Dir. Federal Employment Compliance Assistance
**PIA National**
*703-519-8150*
*jkyger@printing.org*

## PIA/OSHA Alliance

- Ergonomics Alliance Agreement
- Significance to the printing industry
- Benefits
- Future partnering opportunities

## Entered into VOLUNTARY Alliance to address Ergo hazards
June 2002
PIA, GATF, & Screenprinting Association
Agreement signed in a week!
WHY did we jump on board so quick?

- PIA/OSHA Alliance

- Entered into _VOLUNTARY_ Alliance to address Ergo hazards
- June 2002
- PIA, GATF, & Screenprinting Association
- Agreement signed in a **week**!
**WHY** did we jump on board so quick?

## Why?

- Previous Ergo regulation _too_ costly and burdensome
- “Guidelines” lets us focus **$$** and **resources** on where the problems (injuries) occur
- Industry developed solutions w/OSHA oversite
- Avoids one size fits all approach
- Flexible
- Alliance & Guidelines better than regulations
- Cooperation and assistance not enforcement

## Why?

- Printing & Publishing
- One of the safest Mgf. Industries!!
- Printing wants to be safer and _this is the best way_
- Our positive relationship with _EPA_ gave us the confidence to engage OSHA

## Benefits

**Printers love it!**
- PIA surveys show OSHA has gone from an “adversary” in the 90s to a “resource” today!
- Other industries are watching us!
- Chemical, Foundry, Newspapers, & Restaurants
- Encourages Cooperative Relationship with Industry Labor Union (**GCIU**).
- Positive Perception on Capitol Hill and w/other regulators
- Opens Dialog on other topics
- LO/TO, Voluntary Programs, etc.

## Benefits

**Alliance has spurred response**
- University of Wisconsin Ergo Lab
- 10 Printers willing to share their programs
- No formal solicitation done yet by PIA
- $40,000 from industry already pledged
- Only 1 formal solicitation so far

## Dialog

- OSHA’s Salt Lake Office invited industry to comment on _Printing Ergo web page_
- Printing Industry/OSHA relationship has significantly improved
- Build on previous successes.
- Region V and III (Machine Guarding & LO/TO)

## Our Position

- Printing is SMALL BUSINESS       (Ave. 25 employees)
- Address injuries/illnesses where they occur - results in a safer workplace!
- Would like to see more $$ directed towards industry-specific research, guidelines, & training

## Other Successes

- OSHA Speakers
- “Meet Your OSHA Inspector”
- “OSHA 300 Recordkeeping”
- Ohio Machine Guarding Project
- Region V

## The Future (wish list)

- The Future *(wish list)*

- Printing Ergo Guidelines finalized and “accepted” by OSHA in spring 2003
- Encourage more consultation visits, SHARP, VPP, and Strategic Partnerships
- PIA prepared article explaining programs
- Take the above into State Plan territories
- Keep Dialog Going!
# Presentation: 517004

## SIDL For Mathematica

- Matthew G. Knepley
- October 2002

## Namespaces I

- contexts               namespaces
- The SIDL interface
- becomes

- package foo {
-   interface bar {
-     bool isWorking(in int num);
-     static void isStatic(in int num);
-   }
- }

**foo`bar`**

## Namespaces II

- May need to update search path
- Using **Get[]** instead of **Needs[]** allows module reloading

**AppendTo[$Path, “C:\Documents\myMath”]**

## Typemap

| SIDL Type | Mathematica Type |
| --- | --- |
| int, long | Integer |
| float, double | Real |
| bool | True or False |
| char, string | String |
| fcomplex, dcomplex | Complex |
| enum | Integer |
| opaque | Integer |
| array | List |

## Creating an Object

- Importing the namespace
- The constructor has the same name as the class or interface

**Needs[“foo`bar`”]**

**obj = foo`bar`bar[]**

## Calling Methods

- Method names must be fully qualified
- Object method
- Static methods

**obj[foo`bar`isWorking][8]**

**foo`bar`isStatic[6]**

**foo`bar`isWorking[obj][8]**

## Type Casts

- Casting an object to **foo`bar`**
- Failed casts return **Null**

**Needs[“foo`bar`”];**
**fobj = foo`bar`bar[obj]**

## Arrays

- SIDL arrays become *Mathematica* lists
- Arrays are always copied
*Mathematica* lists must have
- Elements of identical type, except for objects which will be cast
- Sublists of identical length

## Exceptions I

- Exceptions are just objects
- Manipulated with **Throw** and **Catch**
- Use **excClass[___]** pattern to catch a given class of exception
- Use **_** to catch any exception
- The first argument is the message, the second is the exception itself

## Exceptions II

**Catch[**
**  ****Catch[**
**    ****obj[foo`bar`blowsUp][],**
**    ****foo`blowupException[___],**
**    ****Return[“Got blowupException: ”<>ToString[#1]]&**
**  ****],**
**  ****_,**
**  ****Return[“Exception ”<>ToString[#2]<>**
**    ”****: ”<>ToString[#1]]&**
**]**

## Running in Connect Mode

*Mathematica* creates a TCP link
- The runtime server connects to it
*Mathematica* destroys the link
- Example: The MUnit regression tester

**link = LinkCreate[“8001”, LinkProtocol->”TCP”]**

**LinkWrite[link, ReturnPacket[Shutdown[]]];**
**LinkClose[link]**

## Running in Launch Mode

*Mathematica* launches the runtime server and creates a link to it
*Mathematica* destroys the link

**link = LinkLaunch[“mathematicaServer”]**

**LinkWrite[link, ReturnPacket[Shutdown[]]];**
**LinkClose[link]**
# Presentation: 071085

## Summary and Consideration of Priority Areas for Action

- Surgeon General’s Workshop on Deep Vein Thrombosis
- 9 May 2006

## Priority Areas

- Basic science research.
- Clinical/translational research.
- Education and training issues.
- Best practices.

## Basic Science Research

- Identification of biomarkers that can provide individual-specific risk profiles for
- primary thrombosis
- recurrent thrombosis
- long-term management/post-thrombotic syndrome.
- Basic endothelial cell biology and vessel response to stasis and thrombosis.

## Clinical Research

- Pharmacology and pharmacokinetic studies of therapies in selected patient populations (pediatric, obesity).
- Prospective studies investigating pharmaco-mechanical strategies to decrease clot burden and impact on chronic post-phlebitic syndrome.
- Role of pharmacogenetics and warfarin therapy.

## Education and Training

- Develop and promote training programs for students and young physicians interested in careers in venous medicine (*e.g*. vascular fellowships; competent, capable clot treaters).
- Mandate changes in medical education and training.
- Increase public awareness efforts on high-risk groups for DVT and PE.

## Best practices

- Awareness/education about the problem – targeting the public as well as providers.
- Utilization of thromboprophylaxis to *prevent* venous thromboembolism.
- Implementation of high-quality anticoagulant therapy management.
# Presentation: 424351

## Three-dimensional flows and NEE:  Results from the Chequamegon Ecosystem-Atmosphere  Study (ChEAS)

- Ken Davis, Weiguo Wang, Chuixiang Yi and others, The Pennsylvania State University
- Paul Bolstad,  Bruce Cook and Jon Martin, University of Minnesota
- Peter Bakwin, NOAA/CMDL
- Jud Isebrands and Ron Teclaw, USDA-FS

## Upland, wetland, and

- Coniferous

- Mixed deciduous/coniferous

- Wetland

- Open water

- Shrubland

- General Agriculture

- 
**Willow Creek**

****** ****WLEF**

****
**Lost Creek**

- 

- Landcover key

- very tall flux tower. Old
- growth tower to the NE.
- High-precision CO2
- profile at each site.
- Mini-mesonet, 15-20km
- spacing between towers.

## Progress

- HNFs (humungous nighttime fluxes) identified and isolated.  Very large contribution to NEE of CO2.  Regional vent of nighttime drainage flows?
- Advection terms computed from the ChEAS “mesonet” of CO2(x,z).  Nighttime contributions of ~10%
- Multiple flux levels at WLEF yield upper limit of ~20 gC m-2 yr-1 uncertainty in annual NEE of CO2.

## Humungous nighttime fluxes

- Peak fluxes (turbulent flux, not rate of change of storage) of ~ 80 mol m-2 s-1 detected under easterly winds and light stability.  Strictly limited to easterly winds.  Fluxes persist for several hours.
- Impact on cumulative NEE of CO2 is large.  If screened, annual sum ~ - 400 gC m-2 yr-1.  No screening, sum ~ - 130 gC m-2 yr-1.

## Hypothesized flow

## Computing net ecosystem-atmosphere exchange (NEE)

## Mesonet advection calculations

- Use only hours with winds along the line defined by WLEF and Willow Creek.
- Assumes that CO2(x) is well-described by two points separated by ~15km.
- Vertical advection computed both as a residual, and directly via sonic mean vertical velocity and WLEF CO2(z).
- Hourly sonic resolution of 0.06 m s-1 determined from two dual-sonic deployments.

## Mesonet advection calculations

- Integrated effect on NEE is a 10% underestimate of nighttime
- flux.  Order 50 gC m-2 yr-1 if extrapolated over a year

## June-August 1997 diurnal mean cumulative NEE at WLEF vs. level

- (Fraction of preferred NEE)

## 1997 Cumulative NEE, GEP and RE vs. assumptions and methods

- (gC m-2 yr-1 = tC ha-1 yr-1 * 100)

## WLEF summary

- WLEF region 1997 annual NEE is about 0.
- Identified systematic uncertainties
- Different levels:  footprint/advection
- 	– order 20 gC m-2 yr-1
- U* screen – order 50 gC m-2 yr-1
- Wind direction – didn’t appear to be large
*But* surface energy balance isn’t obtained.
- Random errors (weather + sampling)
- Order 20 gC m-2 yr-1.
- GEP and RE values are very significant
# Presentation: 756259

## Wireless Integrated Sensor data ProcessorInvocon, Inc. - Conroe, Texas

- Innovation:  Use of Wireless Technology to expedite installation of VHM instrumentation and data acquisition systems on test aircraft.

- Accomplishments
- *  Phase I: a prototype operating system installed and demonstrated on a General Aviation aircraft.
- *  Phase II: a more advanced modular wireless data acquisition system, integrated with Vehicle Health Monitoring (VHM) analysis software.

- Commercialization
- * Real-time data acquisition for aircraft flight testing.
- * Vehicle Health Monitoring of airframe structures.
- * Integration with smaller MEMS type sensor to achieve more flexibility.
- * System can be programmed to work with commercial industry interfaces or customized to meet specific applications.

- Government/Science Applications
- * Military airframe VHM for “aging” infrastructure.
- * Reduced weight of VHM for spacecraft.
- * Reduced weight for flight test systems.
- * Open architecture for “custom” data processing algorithms.

- Points of Contact:
-    -  NASA (Rich Rood, 661-276-2138)
-     -  Company (Karl Kiefer, 281-292-9903)
- 1994 SBIR Phase II; NAS  4 50090; SS4 005

- NASA Dryden Flight Research Center
- Date of Update: 6/14/00

- System Wing Installation
# Presentation: 703551

## Current-induced polarization and the spin Hall effect at room temperature

*D.D. Awschalom, University of California – Santa Barbara*
*N. Samarth, Pennsylvania State University*
- DMR-0305223, DMR-0305238

-  Spatial imaging of electron spin polarization using Kerr rotation microscopy.

-  Unexpected observation of electrical spin generation in materials with weak internal magnetic fields.

-  Bulk electron spin polarization due to electric currents in ZnSe up to room temperature.
-  Evidence of extrinsic spin Hall effect in ZnSe from liquid helium to room temperature: pathway towards applications.

- N. Stern *et al.*, *Phys. Rev. Lett*. **97**, 126603 (2006)

## Current-induced polarization and the spin Hall effect at room temperature

*D.D. Awschalom, University of California – Santa Barbara*
*N. Samarth, Pennsylvania State University*
- DMR-0305223, DMR-0305238

**Education/Outreach Activities:**
- 3 undergraduate students
- 4 graduate students
- 1 postdoctoral student
**Results appeared in public press:**
- Scientific American
- Physics Today
- Physics Web (IOP)
- Physics News Update

**Societal Impact:**
- The research offers new pathways towards extremely high density storage and future quantum information processing.
- These efforts may help meet the strong demands for improved technologies in communication and computation.
# Presentation: 657839

## Real-Time LMA Products for the Norman, OK, NWS Forecast Office

**Real-Time LMA Products for the Norman, OK, NWS Forecast Office**

## Oklahoma Lightning Mapping Array2005

## Real-Time LMA Data and Radar

**17 June 2005**

**0350-0400 UTC**

**0354 UTC**

**Courtesy of New Mexico**
**Institute of Mining and Technology**

- KTLX WSR-88D Radar

## Real-Time LMA Data

**0350-0400 UTC**

**Courtesy of New Mexico**
**Institute of Mining and Technology**

**17 June 2005**

**Density**

**Time-Encoded Points**

## WDSSIILMA Dataas a Functionof Altitude

**19 June 2004**
**1358 UTC**

## WDSSII Display and Interface

- 5 km Level LMA

- Base Scan Radar

- Vertical Slice

- Vertical Slice

## WDSSIILMA & Radar Data

**19 June 2004**

**1358 UTC**

**1400 UTC**

## WDSSIIVILMA Product

**19 June 2004**

**1400 UTC**

**1358 UTC**

## WDSSIIRadar CAPPI

**19 June 2004**

## WDDSII:  Lightning Mapping & RadarDepictions of Storms

**Lightning Mapping**

**KTLX  WSR-88D**

***Vertical***
***Projection***

**21 April 2004**

## WDSSIIEffect of Spatial Averaging

## WDSSIIEffect of Time Averaging

- 1-min average

- 5-min average

- 15-min average

**Height**

## Slide 13

## WDSSII Lightning & Radar Displays

- 19 June 2004
- 1358 UTC

**Cross section**
**width and line**
**approx. 55.5 km**

## WDSSII Display and Interface
# Presentation: 712345

## Quark-quark double scattering in nuclei and modified (anti-)quark FF

**Ben-Wei Zhang**
-  1. Texas A&M University, USA
- 2. Central China Normal University, China

***Based on the work in collaboration with X.-N. Wang and A. Schaefer***

## Outline

- Introduction
- Modified FF due to quark-quark
-     double scattering in nuclei
- Multiplicity ratios of hadrons in nuclei
- Summary

## Jet Quenching

-    Jet quenching has been observed as a new nuclear phenomenon at RHIC

- X.N. Wang, Nucl.Phys. A750 (2005) 98

## Quark-Quark Double Scattering

- Two kinds of double scattering in eA DIS

-     quark-gluon
- double scattering

-    quark-quark
- double scattering

## Properties of q-q double scattering

- Quark-quark double scattering will mix the quark and gluon fragmentation functions.
- Quark-quark double scattering may give different modifications  to quark FF and anti-quark FF.

- B.W.Zhang, X.N.Wang, A. Schaefer,  in preparation

## Quark-quark double scattering

- Single Scattering: leading twist contribution

- Double Scattering: twist-4 contribution

## quark-quark correlation function

## Generalized Factorization

- Consider a typical quark-quark
- double scattering process in
- semi-inclusive eA DIS:

- J. Qiu, G. Sterman, NPB 353(1991)105; NPB 353(1991)137.

## LPM effect

## Other processes

- ......
- ......

- lowest order
- without radiation

## Modified Fragmenation Function

- Summing single and double scattering gives

- We define the modified quark FF as:

## Quark-quark correlation function

- M. Luo,J. Qiu and G. Sterman, PRD50(1994)1951,
- X.F. Guo and X.N. Wang, PRL85(2000)3591.

## Quark and anti-quark FF(I)

- We get the modification to quark FF as:

- Similarly the modification to anti-quark FF is:

## Quark and anti-quark FF(II)

- The difference between modified quark FF and modified anti-quark FF:

## Multiplicity ratios of hadrons

- Multiplicity ratio measured at HERMES:

-     HERMES
- hep-ex/0012049
- hep-ex/0307023

## Theoretical explanation

- In the constituent quark model:

## Summary 

- Quark-quark double scattering is eA
-     DIS are studied.
- Modification to quark FF in nuclei is different from the modification to anti-quark FF in nuclei.
- This difference may explain the multiplicity ratios of hadrons in nuclei observed at HERMES.

## Summary (II)

- Quark-quark double scattering can modify fragmentation functions without radiation.
- Quark-quark double scattering may change the flavor of partons:
-     quark energy loss VS gluon energy loss
- In heavy-ion collisions quark-quark double scattering can not be neglected if quark density is comparable to gluon density in hot nuclear medium.

## Thank you!

## Hard partonic part

-  Semi-inclusive hadronic tensor can be given:
# Presentation: 693929

## UK SBRP Core C:

- Director, UK SBRP Research Translation Core
- Director, Kentucky Research Consortium on Energy and Environment
- Director, Kentucky Water Resources Research Institute
- Chair, Kentucky Environmental Quality Commission
- Raymond-Blythe Professor of Civil Engineering
- Co PI: Lisa Gaetke, Ph.D., R.D., L.D.
- Associate Professor of Nutrition and Food Science
- Director, UK SBRP Outreach Core

- Research Translation Core

## Research Translation

**Research Translation** is the process whereby research findings are effectively communicated in a manner most appropriate for a specific targeted audience to ensure meaningful feedback to the investigator so as to result in the greatest environmental and/or health benefit of the research.

## Research Translation Model[Eight Basic Components]

- 1. Target Audience

- Projects

- 3. Translation Mechanisms

- 4. Input  Metrics

- 7. Feedback       Metrics

- 6. Feedback Mechanisms

- 5. Impact Metrics

- 8.  Translation Partnerships

- 2. Translation Objective

## UK SBRP Research Translation Model

**UK SBRP Research Translation Model**

## Translation Partnerships

- UK
- SBRP

**Public, Professionals,**
**Policy Makers**

**DOE, Superfund,**
**Contractors, Public**
**Policy Makers**

**Extension Agents, Public Health Professionals**

**Public, Policy Makers**

**Public, Students**

**Other SBRPs**

**Health  Professionals**

**Forums**
**Policy Recommendations**

**Annual Conference, **
**Newsletter, Website**

**Access**
**To DOE**
**Superfund **
**Site,**
**Contractors,**
**Projects,**
**Funding**

**Graduate**
**Env.**
**Systems**
**Certificate**
**Program**

**Conference Calls, Conferences,**
**Task Force (Katrina)**

**Student Training**
**Translation to Health Practice**

**Educational Programs**
**Access to Local Communities**
# Presentation: 497474

## Construyendo Redes de Investigación en LatinoaméricaParticipación y Cooperación

**Coordinadores****	**** ****	****M. Patricia Needle**
**	****	****	****Antonio Cepeda-Benito **
**	****	**** ****	****Iván Montoya **
**Reportera****	****	****Silvia Tortajada**
**2006 NIDA International Forum****Scottsdale, Arizona****June 17, 2006**

## Objetivos

- Presentaciones por parte de representantes de redes relacionadas con el abuso de drogas en Latinoamérica
- Compartir los propósitos y actividades de las redes disponibles y las agencias internacionales que las apoyan
- Resaltar mecanismos de cooperación a nivel del país y la Región

## Objetivos  

- Enfasis en las posibilidades de expansión de la investigación en abuso de drogas en la Región y la comunicación de los resultados.
- Ofrecer recomendaciones para mejorar la coordinación y cooperación en la Región.
- Mejorar los sistemas de vigilancia epidemiológica, prevención, tratamiento e investigación en la Región.

## Guía para la Discusión

- 	**¿Cuál es el propósito de su red y cómo funciona la red?  **
**       **
**     ****¿Cuáles son los aspectos claves en el diseño y funcionamiento?**
**	****¿Su red incluye la investigación acerca del abuso de drogas? ¿Si sí, qué clase de investigación se está realizando?**
**  **
**	****¿Cuáles son los planes para la extensión de su red? **
** **
**	**

## Guía

**   ****¿Cómo su red coordina actividades con otras redes y/o países adicionales?**
**  **
**    ****¿Cómo su red comparte la información  recogida?  **
**	****¿Cómo su red expande la capacidad de investigación?  **
**	****¿Qué guías y/o pautas puede compartir con el grupo?**

## Conferencistas

-  **Comisión Interamericana para el Control del Abuso de Drogas  (CICAD) **
**	****Marya Hynes-Dowell, Especialista en Investigación en Abuso de Drogas, CICAD**
**Grupo de Trabajo en Epidemiología Comunitaria (CEWG) **
**	****Jorge A. Villatoro Vel****ázquez, Investigador, Instittuto Nacional de Psiquiatría, México**
**	**
** ****en la Frontera entre Estados Unidos y México**
**	****Juan Jos****é Roque S., Jefe del Programa Estatal de Prevención y Control de la Adicciones de la Secretaría Estatal de Nuevo León, México**
** **
**Organización Panamericana de la Salud (OPS)**
**	****Janis Dawson Schwartzmann, Consultora, OPS**
**UNODC Projecto CAM H90: Red de Tratamiento, Rehabilitación y Reinserción Social en Centro América**
**	****Rubi Blancas, Coordinadora del Proyecto Regional de la Red de Tratamiento en Centro América, UNODC**