Steven Kistler
American chemical engineer
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Chemistry
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(Suggest an Edit or Addition)According to Wikipedia, Samuel Stephens Kistler was an American scientist and chemical engineer, best known as the inventor of aerogels, one of the lightest known solid materials. Biography Kistler, the son of a shopkeeper, was born in the small town of Cedarville in the far northeastern corner of California. The family moved to the larger Santa Rosa when Kistler was 12, where he first became interested in chemistry. When he entered the College of the Pacific in 1917, however, his plan was to learn to play the cello, then pursue a degree in agriculture. Instead, he ended up taking every science course available, and after three years he moved to Stanford University and obtained a B.A. in chemistry, followed by a chemical engineering degree. He never did learn to play the cello. After a brief spell working for the Standard Oil Company of California, he returned to academia, teaching chemistry at the College of the Pacific until 1931, when he transferred to the University of Illinois.
Steven Kistler's Published Works
Published Works
- Stresses in Glass Produced by Nonuniform Exchange of Monovalent Ions (1962) (200)
- Thermal Conductivity of Silica Aërogel (1934) (96)
- Irreversible Compressibility of Silica Glass as a Means of Determining the Distribution of Force in High‐pressure Cells (1962) (41)
- Arogel Catalysts - Thoria: Preparation of Catalyst and Conversions of Organic Acids to Ketones (1934) (38)
- Devitrification of High‐SiO2 Glasses of the System Al2O3‐SiO2 (1959) (34)
- Ultrafiltration as a Test for Colloidal Constituents in Aqueous and Non-aqueous Systems (20)
- Thoria Aërogel Catalyst: Aliphatic Esters to Ketones (1934) (18)
- Membranes for high pressure ultra-filtration (18)
- AEROGEL CATALYST Conversion of Alcohols to Amines (1938) (15)
- MEMBRANES FOR ULTRAFILTRATION, OF GRADUATED FINENESS DOWN TO MOLECULAR SIEVES (1928) (12)
- Design and Construction of Multi‐Ring Apparatus for Use at High Pressures (1961) (8)
- The Hydration of Sucrose in Aqueous Solutions (6)
- THE EFFECT OF HYDROSTATIC PRESSURE ON THE RATE OF RACEMIZATION OF l-6-NITRO-2,2'-CARBOXYBIPHENYL (1960) (4)
- DESIGN AND CONSTRUCTION OF MULTI-RING APPARATUS FOR USE AT HIGH PRESSURES, FORCE DISTRIBUTION BY MEANS OF THE IRREVERSIBLE COMPRESSIBILITY OF SILICA GLASS, AND THE EFFECT OF PRESSURE ON ORBITAL ELECTRON CAPTURE (1963) (0)
- THE EFFECT OF PRESSURE ON THE RACEMIZATION OF NITRO DIPHENIC ACID (1957) (0)
- A STUDY OF THICK-WALLED CYLINDERS AS TENSILE MEMBERS FOR HIGH PRESSURE VESSELS, WITH PARTICULAR ATTENTION TO STEEL AND THEIR HEAT TREATMENT FOR MAXIMUM PERFORMANCE. Technical Report No. III (1958) (0)
- THE DESIGN OF PRESSURE VESSELS FOR EXTREME PRESSURE. Technical Report No. LI (1956) (0)
- Discussion: “A Statistical Polyhedron Model of Abrasive Grain” (McAdams, H. T., 1963, ASME J. Eng. Ind., 85, pp. 388–393) (1963) (0)
- THE DESIGN OF PRESSURE VESSELS FOR EXTREME PRESSURES (1956) (0)
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