o Low-Gravity Fluid Mechanics Drop Tower Facility. NASA Report# 53817. Feb., 1969.
o Experimental Study of the Response of a Static Liquid-Vapor Interface after a Sudden Reduction in Acceleration. NASA TM# 53841, 1969.
o Free Suspension Processing Systems for Space Manufacturing General Electric. Contract# NAS8-26157. Oct., 1970.
o A Proposal for Preparation and Evaluation of Free-fall Ex periments. Convair Report# GDC PIN 71-654. Sept., 1971.
o Electromagnetic Levitation System Experiment Facility Description. General Electric. Contract# NAS8-29680. Feb., 1972.
o Experimental Development of Processes to Produce Homogenized Alloys of Immiscible Metals. TRW Systems Contract# NAS8-27805, 1972.
o A Review of Manufacturing in Space & Other Zero-g Experiments Being Conducted in MSFC's 89.6 Meter Drop Tower. Yost, Vaughn A. 1973.
o The Solidification Under Zero Gravity Conditions of Binary Alloys Exhibiting Solid State Immiscibility. Washington State University Contract# NAS8-29725. March, 1974.
o Containerless Processing System Using Electromagnetic Fields. General Electric Contract# NAS8-30797. Dec., 1974.
o Low-g Experiments for the Drawing of Metal Membranes. General Dynamics Report# CASD-NAS-75026. Contract# NAS8-28056. March, 1975.
o Drop Tower Experiment Report. General Electric. Contract# NAS8-30797. May, 1975.
o Electrical Resistivity of Gallium-Bismuth Solidified in Free Fall. AIAA Journal Volume 13 No. 2. 1975.
o Critical Point Wetting Drop Tower Experiment. Kaukler, W. F., L. M. Tcherneshoff & S. R. Straits. Second Symposium on Space Industrialization Feb., 1984. NASA Report# 2313. 1984.
o Review of Long Towers and Long Drop Tubes. Undercooled Alloy Phases, Collings and Koch, eds., 1986.
o Fluid Oscillation in the Drop Tower. Kaukler, W. F. Met. Trans. A, l9A. Nov., 1988.
o Fluid Oscillation in the Drop Tower. Kaukler, W. F. Experimental Methods for Microgravity Materials Science Research. R. A. Schiffman, ed. The Minerals, Metals and Materials Society, 1988.
o Liquid Hydrogen Interface o Liquid Hydrogen Drain o Liquid Hydrogen Impulse o Liquid Oxygen Interface o Liquid Oxygen Slosh
o Free Suspension Processing System. NASA 1971.
o Bubble Interface. General Dynamics 1972.
o Liquid Motion in Zero-G Skylab. NASA 1972.
o Zero-G Atmosphere Cloud Physics. NASA 1972.
o Gas Injection Foaming.
o Controlled Density Metal Processor. General Dynamics 1973.
o Direct Resistance Melting. Grumman 1973.
o Ultrasonic Mixer. 1973.
o Acoustic Positioning. JPL 1974.
o High Temperature Vacuum Furnace. M. Mohri, NASDA Japan 1988.