(From original 1993 list with updates pending.)
Considine, D. M. (1977), Energy Technology Handbook (McGraw-Hill), ISBN 0-07-012430-2, Call no. TJ 163.9 E54.
Fritschen, Leo. and L. W. Gay (1979), Environmental instrumentation (New York: Springer-Verlag), Call no. TD170.2 .F73.
Hinds, W. C. (1982), Aerosol technology: properties, behavior, and measurement techniques of airborne particles (Wiley), ISBN 0-471-08726-2, Call no. TD 884.5 H56.
Kreith, F. and J. F. Kreider (1978), Principles of Solar Engineering (Hemisphere), ISBN 0-07-035476-6, Call no. TJ 810 K73.
Meinel, A. B. and M. P. Meinel (1976), Applied Solar Energy: an introduction (Addison-Wesley), ISBN 0-201-04719-5.
Wang, J. Y. (1983), Instruments for physical environmental measurements, with special emphasis on atmospheric instruments (Dubuque, Iowa: Kendall/Hunt Pub. Co.), Call no. QC876 .W36 1983 v.1.
Budzinski, W. V. and J. F. Neeson (1984), "Static method for determining the R value of thermal insulation," AJP 52, 1093-1096.
Cowan, D. J. (1972), "Environmental topics in an undergraduate physics curriculum," AJP 40, 1748-1756.
Cranberg, L. (1981), "Domestic fire and its improvement: some qualitative insights," AJP 49, 596-599.
Cranberg, L. (1982), "Convection jets, the slot fire, and fire safety," AJP 50, 1045-1047.
Dart, S. L. (1985), "Energy laboratory," AJP 53, 320-322.
Donnelly, D. and K. Crean (1984), "Portable digital recording system for low-complexity environmental signals: wind velocity measurements," AJP 52, 664-665.
Fuller, R. M. (1973), "Greenhouse effect study apparatus," AJP 41, 443.
Inglis, D. R. (1979), "A windmill's theoretical maximum extraction of power from the wind," AJP 47, 416-420.
Inhaber, H. (1975), "Environmental physics revisited," AJP 43, 721-724.
Lord, A. E., Jr., R. M. Koerner, J. E. Brugger, J. W. Beck, and D. C. Maricovich (1977), "Moisture measurements in sand using a basic microwave optics setup," AJP 45, 88-89.
Miller, C. W. (1977), "Using a sulfation plate: study for undergraduate independent projects," AJP 45, 400-401.
Numark, N. J. and A. A. Bartlett (1982), "Energy waste in a university building," AJP 50, 329-331.
Priest, J. and J. Poth (1983), "Demonstrations for teaching nuclear energy," AJP 51, 185-187.
Romer, R. H. (1972), "Resource letter ERPEE-1 on Energy: Resources, Production, and Environmental Effects," AJP 40, 805-829.
Shonle, J. I. (1974), "Resource letter PE-1: physics and the environment," AJP 42, 267-273.
Stitger, C. J., Y. B. Mjungu, and J. M. Waryoba (1984), "Outdoor demonstration experiment on the effect of soil albedo on soil surface temperature," AJP 52, 742-744.
MacGarry, A. (1992), "The Centre for Altenative Technology: living with renewable energy," PE 27, 210-214.
Toy, M. and M. R. White (1980), "A simple hazemeter for window pollution assessment," PE 15, 98-102.
Allen, L. C., J. Wallace, G. Deutscher, and P. Lindenfeld (1988), "Meaurement of optical absorption by calorimetry and analysis of a solar collector," AJP 56, 53-7.
Blade, R. A. and C. T. Small (1978), "A low-cost solar energy control," AJP 46, 863-864.
Chow, R. H. (1980), "Photovoltaic experiment using light form a solar simulator lamp," AJP 48, 48-50.
Fendley, J. and M. Hutchins (1984), "A selective-surface solar radiometer," AJP 52, 550-556.
Hodges, L. (1982), "Resource letter SE-2: solar energy," AJP 50, 876-881.
Kielkopf, J. F. (1976), "Solar-heating demonstration experiment," AJP 44, 1226-1227.
Kissner, F. (1981), "Inexpensive photovoltaic solar radiometer," AJP 49, 439-442.
McDaniels, D. K. and M. J. Throop (1976), "Resource letter SE-1: solar energy," AJP 44, 409-416.
Weichman, F. L. and Austen D. J. (1979), "Black liquid solar collector demonstrator," AJP 47, 704-706.
Wieder, S. and E. Jaoudi (1977), "Solar energy - its measurement," AJP 45, 981-984.
Winters, R. R. and L. E. Larson (1985), "Modification of a measurement of the intensity of solar radiation," AJP 53, 90.
Zanetti, V. and A. Zecca (1983), "A home-made pyranometer for solar experiments," AJP 51, 633-636.
Zanetti, V. (1984), "Sun and lamps," AJP 52, 1127-1130.
Buckley, R. W. (1992), "School photovoltaics," PE 27, 323-326.