Various forms of glass fibers arc available which provide advantages over microporous powders in evacuated thermal insulations. The main advantage is that evacuated thermal insulation made from glass fibers can provide thermal resis tivities well in excess of 50 (F.ft2.h/Btu.in.) as compared to microporous powders which are typically limited to maximum resistivities of 35.
Get full access to this article
View all access options for this article.
References
1.
Simpson, D.E.1990 "A Future Fraught with Challenge ," Appliance (February)
2.
1987. "National Appliance Energy Conservation Act of 1987" Public Law100-12[S.83], March 17, 1987 .
3.
Fine, H.A.1989. "Advanced Evacuated Thermal Insulations: The State of the Art," J Thermal Insulation, 12.183-208
4.
Strong, H.M. , F.P. Bundy and H.P. Bovenkerk1960 "Flat Panel Vacuum Thermal Insulation," J. Applied Physics , 31:39-50
5.
Ziegenbein, B.1983. "Evacuated High Temperature Fibrous Insulations for Electrochrmical Batteries,"High Temperature-High Pressure, 15:329-334.
6.
Reiss, H. and B. Ziegenbein1985 "Temperature-Dependent Extinction Coefficicnts and Solid Thermal Conductivities of Glass Fiber Insulations" Thermal Conductivity, Plenum Press, 18:413-424.
7.
Reiss, H. and B. Ziegenbein1985. "Analysis of the Local Thermal Conductivity in Inhomogeneous Glass Fiber Insulations," High Temperature-High Pressure , 17: 403-412.
8.
Smith, D.R. and J.G. Hust.1982. "Effective Thermal Conductivity of Glass-Fiber Board and Standard Reference Materials,"Thermal Conductivity , Plenum Press, 17:483-496.
9.
Sciuccati, F., G. Gasparini and B. Ferrario. "Outgassing Characteristics of Some Thermal Insulating and Constructional Materials Used in Vacuum Applications," SAES GETTERS Reportpresented at X National Congress on Vacuum Science and Technology, Stresa, Italy, 1987.