ANSI, 1994, Am. Nat. Stds. Inst. Code on Nuclear Air and Gas Treatment, ASME AG-1.
Am. Soc. Mech. Eng., N.Y., N.Y. 10017–2392.
2.
BergmanW.1994. M.W. First, W.L. Anderson, H. Gilbert, and J.W. Jacox. Criteria for
Calculating the Efficiency of HEPA Filters During and After Design Basis Accidents.
Proc. 23rd DOE/NRC. Nuclear Air Cleaning and Treatment Conf. CONF-940738. FirstM.W., Ed, NTIS, NTIS Springfield, VA 22161 p. 563.
3.
CarbaughE.H.1982. A Survey of HEPA Filter Experience. Proc. 17th DOE Nuclear Air Cleaning Conf., CONF-820833, FirstM.W., Ed. Springfield, VA 22161. P. 790.
4.
JohnsonJ.S.1988, D.G. Beason, P.S. Smith, and W.S. Gregory. The Effect of
Age on the Structural Integrity of HEPA Filters. Proc 20th
DOE/NRC Nuclear Air Cleaning Conf. CONF-880822, FirstM.W., Ed. NTIS, Springfield, VA 22161. p. 366.
5.
NSF, 1992. NSF International Standard 49, Class II (Laminar
Flow) Biohazard Cabinetry. Ann Arbor, MI48113–0140.
6.
MoellerD.
W., 1982. Failures in
Air Cleaning, Air-Monitoring, and Ventilation Systems in Commercial Nuclear Power
Plaints, Proc 17th DOE Nuclear Air Cleaning Conf
820833, FirstM.W., Ed. NTIS, Springfield, VA
22161. p. 718.
7.
RobinsonK.S.1985, C. Hamblin, R.C. Hodiere, and M.J.S. Smith. In-Service
Aging Effects on HEPA Filters. Proc. Gaseos Effluent Treatment
in Nuclear Installations, FraserG. & LuykxF., eds. Committee Of the European Commission, Luxemborg.
