BhattacharjeeD.KingJ.A.WhiteheadK. N.1990. “Thermal Conductivity of PU/PIR Foams as a Function of Mean Temperature”, Proceedings of the SPI-33rd Annual Polyurethane Technical/Marketing Conference, September, p. 101.
2.
RosbothamD.DeschaghtJ.ThomasA. K.1992. “HFC-134a—A Zero O.D.P. Option for Rigid Polyurethane Foam”, Proceedings of the SPI-34th Annual Polyurethane Technical/Marketing Conference, October, p. 17.
3.
KnopeckG. M.ParkerR.C.RichardR.G.ShanklandI. R.1994. “Status Report on the Development of a Liquid HFC Blowing Agent”, Proceedings of the Polyurethanes 1994 Conference/SPI, p. 115.
4.
SchuetzM. A.GlicksmanL. R.1984. “A Basic Study of Heat Transfer through Foam Insulation”, Journal of Cellular Plastics, 20:114.
5.
GlicksmanL. R.TorpeyM.MargeA.1991. “Means to Improve the Thermal Conductivity of Foam Insulation”, Proceedings of the Polyurethanes World Congress 1991, September, p. 85.
6.
EeckhautG.CunninghamA.1994. “The Elimination of Radiative Heat Transfer in Fine Celled PU Rigid Foams”, Proceedings of the Polyurethanes 1994 Conference/SPI, p. 364.
7.
KuhnE.SchindlerP.1993. “Advances in the Understanding of the Effects of Various Blowing Agents on Rigid Polyurethane Appliance Foam Properties”, Proceedings of the Polyurethanes World Congress 1993, October, p. 22.
8.
GureckiJ. R.WheelerI. A.1995. “The Introduction of HCFC-22/141b Appliance Foam Technology in North America”, Proceedings of the Polyurethanes 1995 Conference/SPI, p. 454.
9.
WilliamsD. J.BoganM.C.ParkerR.C.KnopeckG. M.1995. “Update on the Development of HFC-245fa as a Liquid Blowing Agent”, Proceedings of the Polyurethanes 1995 Conference/SPI, p. 2.
10.
BarthelemyP. P.LeroyA.1995. “Latest Results in the Development of Next Generation HFC Blowing Agents”, Proceedings of the Polyurethanes 1995 Conference/SPI, p. 26.