(THis is from the original 1993 list with updates pending.)
Carr, E. F. and G. S. Harmon (1979), "Measurement of the dielectric constant of a liquid at a microwave frequency," AJP 47, 281-282.
Booth, C., T. Beer, and J. D. Penrose (1978), "Diffusion of salt in tap water," AJP 46, 525-527.
Crandall, R. E. and T. G. Dunne (1989), "Heuristic methods for counting and sizing of molecules in the liquid state," AJP 57, 346-51.
de Paz, M., M. Pilo, and G. Puppo (1984), "Dynamic method to measure the density of water in the vicinity of its maximum," AJP 52, 168-173.
Fenichel, H., H. Frankena, and F. Groen (1984), "Experiments on diffusion in liquids using holographic interferometry," AJP 52, 735-738.
Fox, J. N., N. W. Gaggini, and R. Wangsani (1987), "Measurement of the thermal conductivity of liquids using a transient hot wire technique," AJP 55, 272-4.
Geselowitz, D. B. (1972), "Comment on "The Hall effect in a flowing electrolyte" [J. J. Wright and S. van der Beken, Am. J. Phys. 40, 245 (1972)]," AJP 40, 1183-1184.
Hendren, J. K. (1972), "Bibliogrpahy on X-ray diffraction studies of liquids," AJP 40, 1343.
Lord, A. E., Jr. (1973), "Simple means of generating longitudinal elastic pulses in liquids," AJP 41, 433-435.
Murphy, C. G. and S. S. Alpert (1971), "Dependence of refractive index temperature coefficient on the thermal expansivity of liquids," AJP 39, 834-836.
Stanley, R. C. (1974), "Resource letter MPF-1: mechanical properties of fluids," AJP 42, 440-451.
Tanttila, W. H., J. Cooper, and D. J. Toms (1977), "Demonstration of possible excitations in liquids," AJP 45, 395-396.
van der Sluijs, M. J. and J. C. A. van der Sluijs (1980), "A final year physics undergraduate experiment on ultrasound propagation in liquids," AJP 48, 278-282.
Ayres, A. J. P. (1970), "Some aspects of liquid behavior," PE 5, 113-118.
Hoon, S. R. and B. K. Tanner (1985), "Magnetic fluids - part 1," PE 20, 61-65.
Hoon, S. R. and B. K. Tanner (1985), "Magnetic fluids - part 2," PE 20, 120-123.
Boys, C. V. (1959), Soap Bubbles: Their Colours and the Forces Which Mold Them (Dover), ISBN 0-486-20542-8 (pb).
Isenberg, C. (1992), The science of soap films and soap bubbles (Dover), ISBN 0-486-26960-4 (pb), Call no. QC 183 I83 1992.
Agrawal, D. C. and V. J. Menon (1984), "An experiment on surface tension using a double capillary method," AJP 52, 472.
Bean, C. P., J. I. Bubb, and D. F. Fanelli (1991), "Fluid uptake by a blotter," AJP 59, 533-535.
Bruce, I. (1984), "Concerning drops," AJP 52, 1102-1105.
Bruner, L. J. (1985), "Stable black soap films," AJP 53, 177-178.
Case, C. M. (1990), "Rate of rise of liquid in a capillary tube - revisited," AJP 58, 888-9.
dos Santos, R. M. Z. and Y. E. Nagai (1979), "Water drop experiment for introductory laboratory," AJP 47, 292.
Eaton, B. G. (1976), "Concerning "Interference fringes in a flowing liquid film" [E. Hecht, Am. J. Phys. 43, 187 (1975)]," AJP 44, 594-595.
Eaton, B. G. (1974), "An improved apparatus for producing streams of water drops," AJP 42, 706-707.
Guha, A. K., D. K. Das, and I. L. Saha (1978), "Thin liquid film refractometer," AJP 46, 581-582.
Gunn, R. (1965), "The synchrodropper - a versatile tool," AJP 33, 824-827.
Hahn, B. and Committee on Apparatus of the AAPT, Eds. (1965), "Apparatus notes: demosntration apparatus for the development of negative pressure ina liquid and for the fracture of the liquid by neutron irradiation," AJP 33, No. 7 - v - vi.
Hecht, E. (1975), "Interference fringes in a flowing liquid film," AJP 43, 187-189.
Jeong, T. H., b. Donnally, and Committee on Apparatus of the AAPT, Eds. (1965), "Apparatus notes: demonstration of vibrating membrane using soap films," AJP 33, No. 11 - xvii.
Kagan, D. T. and L. J. Buchholtz (1991), "Demonstrations of normal modes on a bubble membrane," AJP 59, 376-377.
Lafleur, L. D., J. J. Matese, and R. L. Spross (1982), "Time-domain analysis of acoustic transmission by dense thin films," AJP 50, 1031-1035.
Lovett, D. R. and J. Tilley (1991), "Illustrating phase transitions with soap films," AJP 59, 415-416.
Mak, S. Y. and K. Y. Wong (1990), "The measurment of surface tension by the method of direct pull," AJP 58, 791-2.
Mason, E. A. (1966), "Estimate of molecular sizes and Avogadro's number from surface tension," AJP 34, 1193.
Menon, V. J. and D. C. Agrawal (1987), "Newton's law of motion for variable mass systems applied to capillarity," AJP 55, 63-67.
Nagai, Y. E. (1980), "Reply to "Comment on 'Water drop experiment for introductory laboratory'"," AJP 48, 879-880.
Owe Berg, T. G. (1969), "Apparatus for suspension of charged particles and droplets," AJP 37, 859-860.
Owe berg, T. G. and T. A. Gaukler (1969), "Apparatus for the study of charged particles and droplets," AJP 37, 1013-1018.
Peiris, M. G. C. and K. Tennakone (1980), "Rate of rise of a liquid in a capillary tube," AJP 48, 415.
Peterson, W. D. (1980), "Falling bubbles demonstrate acceleration of gravity," AJP 48, 888-889.
Powell, R. L. and R. T. Foister (1980), "Comment on "Water drop experiment for introductory laboratory" [R. M. Z. dos Santos and Y. E. Nagai, Am. J. Phys. 47, 292 (1979)]," AJP 48, 879.
Prigo, R. (1976), "Demonstrate induction and repulsion with soap bubbles and the Van de Graaff generator," AJP 44, 606.
Vermillion, R. E. (1975), "A look at some rising bubbles," AJP 43, 177-179.
Guyon, E., J. Prost, C. Betrencourt, C. Boulet, and B. Volochine (1982), "Attention aux tensions superficielles!," EJP 3, 159-168.
Haselwimmer, R. K. W. (1992), "The formation of Ditchev's rings," EJP 13, 145-151.
Leighton, T. G., K. J. Fagan, and J. E. Field (1991), "Acoustic and photographic studies of injected bubbles," EJP 12, 77-85.
Leighton, T. G. and A. J. Walton (1987), "An experimantal study of the sound emitted from gas bubbles in a liquid," EJP 8, 98-104.
Leighton, T. G., M. Wilkinson, A. J. Walton, and J. E. Field (1990), "Studies of non-linear bubble oscillations in a simulated acoustic field," EJP 11, 352-358.
Lovett, D. R. and J. Tilley (1990), "A soap film model illustrating phase transitions," EJP 11, 208-214.
Martin, A. S., S. J. Lawrence, D. A. Rollett, and J. R. Sambles (1993), "Measurment of a Langmuir monomolecular pressure-area compression isotherm using laser light diffracted from surface capillary waves," EJP 14, 19-22.
Pumphrey, H. C. and A. J. Walton (1988), "Experimental study of the sound emitted by water drops impacting on a water surface," EJP 9, 225-231.
Champion, J. A. (1981), "Soldering and surface tension," PE 16, 98-100.
Daniel, M. F. and G. W. Smith (1983), "Langmuir-Blodgett films," PE 18, 266-269.
Gaglardi, K. (1980), "Surface tension," PE 15, 155.
Howie, F. H. (1982), "A basic surface tension apparatus for educational purposes," PE 17, 274-277.
Isenberg, C. (1981), "Soap films and bubbles," PE 16, 218-222.
Lovett, D. (1979), "Soap films, phase changes and catastophes," PE 14, 40-44.
Lovett, D. (1981), "Soap film analogue of Fermat's principle and Snell's law," PE 16, 376-379.
Ramme, G. (1991), "Catastrophic changes in soap bubbles subjected to derformation," PE 26, 104-109.
Rämme, G. (1992), "Reflected laser light from a soap bubble - a demonstration experiment," PE 27, 282-286.
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.
Carr, E. F. and J. P. McClymer (1991), "A laboratory experiment on interference of polarized light using a liquid crystal," AJP 59, 366-367.
Fergason, J. L. (1970), "Experiments with cholesteric liquid crystals," AJP 38, 425-428.
Gerritsen, H. J. and R. T. Tamaguchi (1971), "A microwave analog of optical rotation in cholesteric liquid crystals," AJP 39, 920-923.
Hart, F. X. and J. S. Massey (1981), "Two electrohydrodynamic demonstrations," AJP 49, 695-696.
Jeppesen, M. A. and W. T. Hughes (1970), "Liquid crystals and Newton's rings," AJP 38, 199-201.
Jones, T. B. and D. C. Vacanti (1973), "Conducting-paper - liquid-crystal fields displays," AJP 41, 1314-1318.
Nicastro, A. J. (1984), "Experiment in critical phenomena at phase transitions in liquid crystals," AJP 52, 912-915.
Olah, A. and J. W. Doane (1977), "Experiment in the Bragg reflection of light for the undergraduate using cholesteric liquid crystals," AJP 45, 485-488.
Rosenbaum, T. F. and D. L. Stein (1981), "Topological physics illustrated in the laboratory," AJP 49, 128-133.
Wright, J. J. (1973), "Optics experiments with nematic liquid crystals," AJP 41, 270-272.