Other Useful References cont'd - doe-hdbk-1184-2004

DOE-HDBK-1184-2004

Johnson 1988 Johnson, J.R., Lamothe, E.S., Jackson, J.S., McElroy, R.G.C., Metabolism

and Dosimetry of Tritium From Gas Contaminated Surfaces, Fusion Technology, Vol. 14,

September 1988, p. 1147.

Killough 1984 Killough, G.G., and Eckerman, K.F., A Conversational Eigenanalysis

Program for Solving Differential Equations, Proceedings of the Seventeenth Midyear

Topical Symposium of the Health Physics Society, 1984.

Kropf 1998 Kropf, R.F., Wang, Y., and Cheng, Y.S., Self-Absorption of Tritium Betas in

Metal Tritide Particles, Health Physics, Vol. 75:4, October 1998, pp. 398-404.

Mound 2000 Mound Document, MD -10516, Mound Technical Basis Document for Stable

Tritiated Particulate and Organically Bound Tritium, BWXT of Ohio, Inc., April 2000.

NRPB 1999 National Radiological Protection Board of Great Britain, LuDEP Version 2.06,

Personal Computer Program for Calculating Internal Dose Using the ICRP Publication 66

Respiratory Tract Model, 1999.

Newton 1987 Newton, G.J., Hoover, M.D., Barr, E.B., Wong, B.A. and Ritter, P.D.,

Collection and Characterization of Aerosols From Metal Cutting Techniques Typically Used

in Decommission Facilities, American Industrial Hygiene Association Journal, 48(11),

November 1987, pp. 922-932.

NRC 1992 U.S. Nuclear Regulatory Commission Regulatory Guide 8.25, Air Sampling in

the Workplace, 1992.

NRC 1993 NUREG-1400, Air Sampling in the Workplace, U.S. Nuclear Regulatory

Commission,1993.

Richardson 1999 Richardson, R.B. and Hong, A., Dose to Lung From Inhaled Tritiated

Particulates, Chalk River Laboratories Report, COG-98-262- I, April 1999.

Rudran 1988 Rudran K. , Radiation Doses to Lungs and Whole Body from Use of Tritium

in Luminous Paint. Radiation Protection Dosimetry, 25(2), 1988, pp. 117-125.

Rogers 1999 Rogers, M., Process History/Technical Basis , Mound Report--Final Draft 2,

BWXT of Ohio, Inc., April 30, 1999.

Traub 1999 Traub, R.J., Dosimetry of Metal Tritides, Pacific Northwest National Laboratory

Report to DOE/MEMP, May 1999.

Trivedi 1995 Trivedi, A., Percutaneous Absorption of Tritium-Gas-ContaminatedPump Oil.

Health Physics, 69, 1995, pp. 202-209.

7.2 Other Useful References

Alvani, C., Ciavola, C., Casadio, S.; Dibartolomeo, Chemical Aspects of the LiAlO2

Ceramic for Tritium Breeding. High Temp. High Pressures 20:397-402; 1991.

Balonov, M. I. Dosimetry and Standardization of Tritium. Energoatomizdat; 1983.