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Ron Pease
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Arthur Campbell
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Lewis Cohn
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Steve Clark
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The 37th annual International Conference on Nuclear and Space Radiation Effects will be held July 24-28, 2000 at the Silver Legacy Resort and Casino in Reno, Nevada with Ron Pease, RLP Research, as Chairman. This conference is one of the premier international symposia on radiation effects in electronic materials, devices, circuits, and systems. The 2000 Conference will continue the tradition of previous NSRE Conferences by offering an outstanding technical program, a one-day Short Course preceding the technical program, a Radiation Effects Data Workshop, and an Industrial Exhibit. We expect attendance by engineers, scientists, managers, and other interested persons from many nations. Highlights of the conference are given below. Additional conference information can be obtained from the World Wide Web at www.nsrec.com.
The NSREC is sponsored by the IEEE Nuclear and Plasma Sciences Society and supported by the Defense Threat Reduction Agency, Sandia National Laboratories, Air Force Research Laboratory, Jet Propulsion Laboratory and NASA-Goddard.
Reno is located about 220 miles northeast of Sacramento and 450 miles northwest of Las Vegas, near Lake Tahoe. The Reno area offers many recreational opportunities, as well as museums, rodeos, a national bowling center and, of course, casinos.
The 2000 Conference begins on Monday, July 24, with a radiation effects "Short Course". Lewis Cohn, Defense Threat Reduction Agency, is Chairman. The topic of this year's Short Course is "Radiation Testing Challenges for the New Millennium". The topics covered in this course will address many of the issues related to the use of existing test methods and the development and implementation of test and characterization strategies for both complex electronic and photonic circuits and subsystems. It is intended for the beginning student of radiation effects, as well as for experienced engineers and scientists.
Robert Reed of NASA-Goddard will present the first session of the Short Course. Dr. Reed will present a discussion of the issues involved concerning the use of optical link systems, the impact of radiation on the system components, the response of the subsystem to various radiation environments and the challenges associated with the testing and characterization of the radiation response of these subsystems. As we shall see one must take a holistic approach when dealing with such technology to ensure that a valid understanding of the radiation degraded performance is ascertained.
Allan Johnston, Jet Propulsion Laboratories, will present the second Short Course segment. He will provide a discussion of the issues involved with the radiation test and characterization of a variety of photonic devices that are now used (or being contemplated for use) in a number of satellite systems. The device and technology types to be addressed will include optocouplers, light emitting diodes, optical silicon detectors, optical fiber systems and other novel device structures and technologies. An overview of the radiation environments, as pertaining to these technologies, optoelectronics fundamentals and testing issues will be covered.
Jake Tausch, Mission Research Corporation, will address the issues and problems associated with the radiation testing of mixed-signal microelectronics with specific emphasis on analog-to-digital converter circuits for the third Short Course segment. The discussion will include an overview of radiation effects as they pertain to mixed-signal technologies, general testing issues and testing techniques appropriate to this ubiquitous circuit type.
Lee Hoffmann of Honeywell Space Systems concludes the Short Course with a discussion of the issues and problems associated with the radiation response characterization and testing of the various types of programmable logic devices including programmable arrays, simple and complex logic devices and Field Programmable Gate Arrays (both re- and non- reconfigurable). The discussion will address the pertinent radiation environments, failure modes, test strategies and future issues.
The 2000 technical program will consist of 54 oral, 34 poster and 25 data workshop posters. It will be held Tuesday, July 25 through Friday, July 28 and will consist of contributed papers as well as three invited talks. The Technical Sessions are:
Although the deadline for submission of summaries has passed, a few "late-news" papers will be accepted and presented in the poster session. The deadline for submitting is June 9, 2000. Please submit late-news papers with a 4-page summary and 35-word abstract to the 2000 NSREC Technical Program Chairman, Art Campbell, Naval Research Laboratory, Code 6820, Building 75, Room 218, 4555 Overlook Avenue, SW, Washington, DC 20375. Submissions can be emailed to campbell@ccf.nrl.navy.mil as a PDF file attachment only.
Mining is the cornerstone of Nevada's foundation and history. The presentation will provide a historical perspective of Nevada mining and current information on Nevada's nation-leading gold industry. Mining remains an important part of the state's economy, where gold mines produced in excess of 8 million ounces of gold in 1999. This is more than all other U.S. production combined and the third largest production in the world behind S. Africa and Australia. A PowerPoint tour of a Nevada mining operation will illustrate aspects of Nevada's modern mining industry.
Russ Fields is President of the Nevada Mining Association, a post he has held since late 1997. The Association represents the Nevada mining industry in government and public relations and, through its committee structure, addresses regulatory and legal matters affecting the industry. Nevada is the largest non-fuel mineral producer in the United States. Mr. Fields holds a degree in geology from the University of Nevada, Reno and Masters of business administration, also from UNR. Prior to taking his present position, Mr. Fields served under Governors Bryan and Miller as Director of the Nevada Department of Minerals, the state agency charged with promoting and encouraging the responsible development of Nevada's mineral resources. Earlier in his career, Mr. Fields held a number of positions in the minerals industry, including chief geologist and manager of exploration. Mr. Fields resides in Reno, Nevada with his wife and three children.
The space radiation environment will be reviewed both in low-earth-orbit (LEO) and interplanetary space with a review of the human dosimetry nomenclature and types of effects on biological systems at the molecular, cellular and whole-organism level producing clinical syndromes. Included will be a discussion of countermeasures as well as our response plan for radiation contingency.
Dr. Jeffrey Jones, is currently a medical operations physician and flight surgeon at the NASA Johnson Space Center and an Adjunct Associate Professor at the Baylor College of Medicine Urology Department, as well as serving in the Navy Reserve as a Commander in the Medical Corps, flight surgeon in the Texas Air National Guard and Aviation Medical Examiner for the FAA. He received a B.A. from Trinity University, San Antonio, Texas, a M.S. from the Univeristy of Texas Medical Branch, and a M.D. for Baylor College of Medicine.
The world of space is in the throes of an ongoing revolution. Commercial space by some measures has already overtaken Government space and is having a dramatic impact on investment in the Government arena. In addition, the technology of small things is continuing to dramatically improve the capability of micro and nanosatellites. This improvement in capability means that we can envisage an era where small satellites are no longer toys, but where they can accomplish many of the missions of larger, expensive satellites. In addition they can accomplish new classes of missions which we cannot currently undertake. Part of this will come about by making clusters of nanosatellites work together to accomplish the functions of much larger satellites. This trend is of course very similar to what has happened in the computer industry where groups of PCs can now do what only mainframes were able to do. The talk will discuss all of these trends and project a vision for the future based on a space economy oriented around appropriate mixes of nano, micro and large satellites.
Dr. Daniel Hastings is currently Professor of Aeronautics and Astronautics at MIT. He served as Chief Scientist of the Air Force from 1997 to 1999. He received his Ph.D. in 1980 from MIT in Aeronautics and Astronautics. From 1980-1985 he worked for Physical Sciences Inc. and Oak Ridge National Laboratory in the fields of laser-material interactions and fusion plasma physics. He has some 30 publications in these areas. In 1985 he joined the Aeronautics and Astronautics faculty at MIT as an Assistant Professor. His research has concentrated on issues related to spacecraft-environmental interactions, space propulsion, space systems engineering and space policy. He has published some 50 papers and a book in the field of spacecraft-environment interactions and several papers in space propulsion and space systems. He is widely recognized for his work on tethers, plasma contractors and high voltage arcing on solar arrays. His recent research has concentrated on issues of space systems and space policy. He is a Fellow of the AIAA and a member of the International Academy of Astronautics. He is serving as a member of the NASA Space Science Advisory Committee and the National Academy of Engineering Board of Engineering Education. He is a consultant to the Institute for Defense Analysis and Orbital Sciences Corporation.
Approximately 40 companies, featuring semiconductor vendors, wafer manufacturers, testing facilities and government agencies, will comprise the NSREC Industrial Exhibit on July 25 and 26. Representatives from each company will be available to discuss their latest products and services. The exhibit affords the opportunity for one-on-one discussions between exhibitors and conference attendees. A current list of exhibiting companies can be found on the NSREC web site (www.nsrec.com).
If your company would like to exhibit, please contact Kate Hall Fitzgerald, Industrial Exhibits Chairperson, Lockheed Martin, Phone:703-367-2841; Fax: 703-367-3236; E-mail: kate.fitzgerald@lmco.com.
The 2000 IEEE NSREC will be held at the Silver Legacy Resort and Casino. To make reservations at the Silver Legacy call (800) 687-8733 or 775-329-4777 and ask for the "IEEE NSREC" block of rooms. The cut-off date for reservations for both properties is June 23, 2000.
IEEE Member |
Non-IEEE Member |
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| Early | Late | Early | Late | |
| Short Course | $230 | $260 | $285 | $310 |
| Technical Sessions | $285 | $360 | $385 | $465 |
The 2000 NSREC Committee has made arrangements for everyone to enjoy a taste of the old west, outdoor grandeur, and high rolling games.
Sunday July 23: Short Course Reception. Please join us for refreshments in the downstairs Exhibition Hall. So please come register early, enjoy the complimentary food and drinks, and say hello to everyone whom you may not have seen since last year.
Monday, July 24, Conference Reception, Nevada Nights. Conference attendees and their guests are invited to renew old acquaintances and make new ones. There will be arcade games, dancing, food, drink, and lessons for several of the less known games of chance from the casino staff.
Tuesday, July 25, Companion Event, Virginia City. Get a taste of how this silver boomtown and the times have changed since the 1850's. Visit Virginia City and experience how it used to be during the wild days of the silver mining. You will enjoy a buffet luncheon and hear a commentator describe the history of Virginia City and the local mining times.
Tuesday, July 25, Industrial Exhibit Reception. Please join us for the Industrial Exhibits Reception at the City Center Pavilion. There will be complimentary food and an opportunity to meet with the 40 companies exhibiting at NSREC.
Wednesday, July 26, Companion Event, Luncheon and Fashions of the Silver Queen. Come see what it was like to dress at the turn of the century, 1900 that is! An elegant luncheon will be served and then you will enjoy the fashions of the late 1800's and early 1900's, narrated by a superb Mark Twain impersonator.
Wednesday, July 26, Conference Social, Party on the Ponderosa. This year's social will be held at the Ponderosa Ranch, home of Bonanza. Visit the Cartwright ranch house! Stroll down Main Street and stop by the Comstock Creamery Ice Cream Parlor, the Silver Dollar Saloon and the General Store. There will be a buffet and a live country band will entertain in the Saloon with plenty of dance floor.
Thursday, July 27, Companion Event, Paddle Boat on Lake Tahoe. Ride the M.S. Dixie Paddle Boat from the South Shore and see Lake Tahoe from the water. The M.S. Dixie Paddle Boat provides you an opportunity to explore the 22 mile long, 12-mile wide lake and view the beauty of the Lake on board Tahoe's newest and largest Mississippi paddlewheeler, complete with a glass-bottom for viewing the Lake.
For information on the conference social programs and other activities contact Steve Clark, Local Arrangements Chairman, Air Force Research Laboratory, Phone: (505) 846-6067; Fax: (505) 853-2205; E-mail: steven.clark@kirtland.af.mil.
For additional information on NSREC contact either the General Chairman, Ron Pease, RLP Research,1718 Quail Run Ct., NE, Albuquerque, NM 87122. Phone and Fax: (505) 856-1189; E-mail: rpease@rt66.com.
Or the Publicity Chairwoman, Teresa Farris, UTMC Microelectronic Systems, 4350 Centennial Blvd., Colo. Spgs., CO 80907; Phone: (719) 594-8035; Fax (719) 594-8468; E-mail: farris@utmc.aeroflex.com.
NSREC information (technical papers, registration forms, etc) is available via the NSREC website at www.nsrec.com. This website is updated with the latest information as it becomes available.