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Baltimore-Washington Chapter HPS Annual Affiliates Meeting



Baltimore Washington Chapter Health Physics Society Technical Symposium, 
Annual Meeting, and Affiliates Recognition

May 27, 1999 National Institute of Standards and Technology Gaithersburg, 
Maryland

PROGRAM

Cindy Boggs, Argonne National Laboratory: "Health and Safety Considerations 
for U.S. Monitors in the Russian Transparency Program"

Thomas Kiess, National Research Council: "Transuranic Waste Bound for the 
Waste Isolation Pilot Plant: Characterization and Packaging Challenges"

Tyrone Naquin, U.S. Navy: ".Am Operational Tour in the Navy Health Physics 
Community and Process"

Keynote Speaker: Bernard Cohen: "Radon Ecological Survey"

Affiliates exhibits and presentations

Business meeting
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BALTIMORE-WASHINGTON CHAPTER OF THE HEALTH PHYSICS SOCIETY 
May 27, 1999

GENERAL INFORMATION

LOCATION

National Institute of Standards and Technology, Administration Building 
(101), Green Auditorium, Gaithersburg, Maryland.

REGISTRATION
Registration begins at 0830. The registration fee is $40 and includes coffee 
breaks, lunch, and workshop materials. Please complete and return the 
attached registration form and payment by Monday, May 17. Request for 
cancellation or refund must be submitted, in writing, to Lori Phillips by 
this date.

TRANSPORTATION
For attendees who will be arriving by air at Baltimore-Washington 
International, Ronald Reagan Washington National, or Dulles International 
Airports, the hotel is accessible by using Super Shuttle at 1-800-258-3826.

Gaithersburg also is accessible by Metrorail from Washington National 
Airport. Take the Yellow Line train marked "Mt. Vernon Square" to "Gallery 
Place and transfer to a Red Line train marked "Shady Grove" to the Shady 
Grove station. The time from National to Gaithersburg is about 55 minutes. 
Cabs are available from the Shady Grove metro to the hotel.

If you plan to drive, Gaithersburg is located about 25 miles northwest of 
Washington, DC, via Interstate Rt. 270 north. To reach NIST take Exit 10, Rt. 
117 west, Clopper Road. At the first light on Clopper Road, turn left onto 
the NIST grounds. Follow the signs to the Administration Building.

TECHNICAL INFORMATION Janna Shupe NIST Telephone: 301/975-5804 e-mail: 
janna.shupe@nist.gov

REGISTRATION INFORMATION Lori Phillips Buckland NIST Telephone: 301/975-4513 
Fax: 301/948-2067 e-mail: lori.phillips@nist.gov
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BWC OF THE HEALTH PHYSICS SOCIETY 
May 27, 1999 REGISTRATION FORM

LAST NAME: ___________________

FIRST NAME: __________________

COMPANY/ORGANIZATION: __________________

STREET ADDRESS: _________________________

ROOM NUMBER/MAIL CODE: _____________________

CITY: _______________ STATE: ______________ ZIP: _________

COUNTRY: _________ BUSINESS PHONE: ______________

EMAIL ADDRESS: __________________________ FAX: ________________
 
Amount Remitted: [     ] $40 for registration


Form of Payment:

[   ]  Check. Make checks payable to NIST/Health Physics.

[   ]  Purchase Order Attached. Purchase Order No.: _________________

[   ] Master Card [   ] Visa [   ] Discover [   ] American Express

Account No.: _______________________________
Exp. Date: _____________

Signature: _______________________________

Please return this form by Monday, May 17 to:
Office of the Comptroller
National Institute of Standards and Technology
100 Bureau Drive, Stop 5202
Bldg. 101, Rm. A807 
Gaithersburg, MD 20899-5202

Or Fax/email to: Lori Phillips Buckland, (301) 948-2067, 
lori.phillips@nist.gov

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ANNUAL AFFILIATES MEETING
BALTIMORE-WASHINGTON CHAPTER
HEALTH PHYSICS SOCIETY

NATIONAL INSTITUTE OF STANDARDS AND TECHNOLOGY
GAITHERSBURG, MARYLAND
MAY 27, 1999

THURSDAY MORNING, MAY 27, 1999:

Registration begins at 0830 in the Administration Building (101). 
Registration fee is $40.00 and includes coffee breaks, lunch, and materials.

HEALTH AND SAFETY CONSIDERATIONS FOR U.S. MONITORS IN THE RUSSIAN 
TRANSPARENCY PROGRAM. C. J. Boggs,* (Argonne National Laboratory, Germantown, 
MD 20874-5204).

In 1993, the United States and Russia signed an agreement permitting the 
United States to purchase highly enriched uranium removed from Russian 
nuclear weapon components. Under that agreement, the U.S. Department of 
Energy assigns U.S. personnel to monitor activities at four nuclear 
facilities in Russia where the uranium is processed. These U.S. monitors are 
required to submit both pre- and post-visit urine samples and to wear both 
U.S. and Russian dosimetry badges while in the facilities. While on site, the 
monitors must follow the health and safety policies and procedures of the 
individual Russian facilities. An overview of Russian health physics 
practices will be presented.

*Work supported by the U.S. Department of Energy, Assistant Secretary for 
Nuclear Energy, under contract W-31-109-Eng-38.

TRANSURANIC WASTE BOUND FOR THE WASTE ISOLATION PILOT PLANT: CHARACTERIZATION 
AND PACKAGING CHALLENGES. Thomas E. Kiess,  (National Research Council, 
Washington, DC).

The Waste Isolation Pilot Plant  (WIPP) is a series of excavations in a 
Permian-age bedded salt formation that as of March of this year is an 
operational geologic repository for disposal of U.S. Department of Energy 
(DOE) transuranic (TRU) radioactive waste.  The National Research Council 
(NRC) of the National Academy of Sciences (NAS), National Academy of 
Engineering (NAE), and Institute of Medicine (IOM), a collection of 
institutions often referred to as the Academy, began a WIPP Committee study 
in 1978 that has continued to the present.  This presentation briefly 
summarizes the history of WIPP and of the Academy WIPP Committee reports, and 
ends with an overview of the health physics-related technical issues that are 
under consideration by the current WIPP Committee.  In particular, 
significant restrictions on the amount of plutonium contained within each 
waste drum are derived from a radiolytic hydrogen gas generation model for 
alpha-emitting actinides co-disposed with organic material.  These 
restrictions provide a challenge to characterization and packaging operations 
for WIPP-bound TRU waste at DOE sites.

AN OPERATIONAL TOUR IN THE NAVY HEALTH PHYSICS COMMUNITY AND A PROCESS (RCD). 
Tyrone Naquin, (Armed Forces Radiobiology Research Institute, Bethesda, MD).

RCD is the Navy acronym for Reactor Compartment Disposal and focuses on my 
last assignment at Puget Sound Naval Shipyard in Bremerton, WA. The intent is 
to discuss my responsibilities in a Naval Nuclear Shipyard, highlight the 
difficult issues, and then to describe a process that's done only at that 
Shipyard. Its probably more informational and entertaining than deeply 
educational, but I've got some great pictures of the process.

METHODS TO DEMONSTRATE COMPLIANCE WITH THE ALARA REQUIREMENT FOR 
DECOMMISSIONING.  S. A. McGuire, (U. S. Nuclear Regulatory Commission, 
Washington, DC 20555).

The NRC regulations on license termination require that residual 
radioactivity must be reduced to levels that are as low as reasonably 
achievable (ALARA) in addition to meeting the specified dose limit.  One 
acceptable method to demonstrate ALARA was described in draft Regulatory 
Guide DG-4006, "Demonstrating Compliance with the Radiological Criteria for 
License Termination."  That method was a quantitative comparison of the costs 
of an additional remediation action compared to the benefit due to dose 
reduction.  The benefit in dose reduction is calculated using the same dose 
modeling as was used to show compliance with the dose limit.  The method 
described in the guide is not the only acceptable method, however.  
Qualitative methods can also be used.  However, the quantitative method is 
quite easy to use and has the advantage of being less subjective.  The ease 
of use of the guide method and the advantage of having a qualitative method 
are illustrated by comparing the method in the guide with the qualitative 
method presented in a recently-submitted licensee decommissioning plan.

THURSDAY AFTERNOON, MAY 27, 1999:

INVITED SPEAKER:

RADON ECOLOGICAL STUDY. Bernard L. Cohen, (Department of Physics, University 
of Pittsburgh, Pittsburgh, PA 15260).

Professor Cohen will discuss his radon ecological studies (for example, 
Health Phys. 60:631-642; 1991 and Health Phys. 68:157-174; 1995) and address 
published criticisms of it.

The annual business meeting of the Baltimore-Washington Chapter of the Health 
Physics Society will follow Professor Cohen's talk and discussion thereof.
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