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Separation of Polybasic Acids From the Oxidative Cleavage of Synthetic Rubber

Richards, John CadwalladerUniversity of Illinois at Urbana-Champaign1949

uiuc Repository record for Separation of Polybasic Acids From the Oxidative Cleavage of Synthetic Rubber (opens in a new tab)

Separation of polybasic acids from the oxidative cleavage of synthetic rubber

Richards, John CadwalladerUniversity of Illinois at Urbana-Champaign1949

uiuc Repository record for Separation of polybasic acids from the oxidative cleavage of synthetic rubber (opens in a new tab)

Part A: The fate of mercaptan in the synthetic rubber polymerization. Part B: Synthesis of n-substituted aminostyrenes, paradimethylaminostyrene

Mcbride, John AlexanderUniversity of Illinois at Urbana-Champaign1948

uiuc Repository record for Part A: The fate of mercaptan in the synthetic rubber polymerization. Part B: Synthesis of n-substituted aminostyrenes, paradimethylaminostyrene (opens in a new tab)

Metabolic engineering of xylose-fermenting saccharomyces cerevisiae for bioisoprene production

Yavuz, MustafaUniversity of Illinois at Urbana-Champaign2019

… for tire production all over the world, natural rubber supply has not been adequate for tire industry. There are, however, multiple solutions proposed so as to overcome the existing rubber shortages. Of these solutions, synthetic rubber production has become wide-spread application. In order to …

uiuc Repository record for Metabolic engineering of xylose-fermenting saccharomyces cerevisiae for bioisoprene production (opens in a new tab)

SURFACE AREA AS A METHOD FOR THE DETERMINATION OF GLOVE DEGRADATION

Steele, Kandace M2014

… a variety of polymer materials such as plastic, rubber, and synthetic rubber, as not one material provides protection against all chemicals. One type of polymer material may adequately protect against a specific chemical, but may not adequately protect against another. Experiments, such as …

csusb Repository record for SURFACE AREA AS A METHOD FOR THE DETERMINATION OF GLOVE DEGRADATION (opens in a new tab)

II. Studies of modifiers and tackifiers for gr-s

Ziegler, John Benjamin, Jr.University of Illinois at Urbana-Champaign1946

uiuc Repository record for II. Studies of modifiers and tackifiers for gr-s (opens in a new tab)

Synthesis of Some Substituted Styrenes

Hein, Delton WilliamUniversity of Illinois at Urbana-Champaign1947

uiuc Repository record for Synthesis of Some Substituted Styrenes (opens in a new tab)

Part I. New modifiers for GR-S polymerization. Part II. The effect of increment addition of modifiers on the quality of the polymer in GR-S polymerization

Shepherd, Douglas AlfredUniversity of Illinois Urbana-Champaign1948

uiuc Repository record for Part I. New modifiers for GR-S polymerization. Part II. The effect of increment addition of modifiers on the quality of the polymer in GR-S polymerization (opens in a new tab)

The design of a thiokol plant

Petrey, Robert C.Virginia Agricultural and Mechanical College and Polytechnic Institute1943

The report of the Baruch Committee on the rubber situation included a recommendation for a production of 60,000 ton per year production of Thiokol by the end of 1943. Thiokol is a type of synthetic rubber formed by the reaction between organic dihalides and inorganic polysulfides. They find wide …

vt Repository record for The design of a thiokol plant (opens in a new tab)

Part I. Effect of Impurities Upon the Copolymerization of Butadiene and Styrene Part II. Mercaptans as Modifiers in the Copolymerization of Butadiene and Styrene

Smith, Paul Vergon, Jr.University of Illinois at Urbana-Champaign1945

uiuc Repository record for Part I. Effect of Impurities Upon the Copolymerization of Butadiene and Styrene Part II. Mercaptans as Modifiers in the Copolymerization of Butadiene and Styrene (opens in a new tab)

Part A: Mercaptan disappearance in butadiene–styrene copolymerizations. Part B: Acetone extractables from German Buna S. Part C: The synthesis of substituted styrenes and their copolymerization with butadiene

Gander, Robert JohnUniversity of Illinois at Urbana-Champaign1948

uiuc Repository record for Part A: Mercaptan disappearance in butadiene–styrene copolymerizations. Part B: Acetone extractables from German Buna S. Part C: The synthesis of substituted styrenes and their copolymerization with butadiene (opens in a new tab)

Analysis of the impact on the stock market of chemical disasters: petrochemical companies in industrial complex in Korea

Eun, Sungtae, author, Loomis, John B., advisor, Kroll, Stephan, committee member, Iverson, Terrence, committee memberColorado State University. Libraries2014

… and fine chemicals), and 60% basic (polymers, synthetic rubber and fibers, basic inorganic chemicals, and basic organic chemicals). This study examined 18 different petrochemical, food chemical and steel companies with 26 chemical disasters. Capelle-Blancard, Laguna (2010) showed the problems …

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Emulsion polymerization at high temperatures

Dearborn, Robert JohnUniversity of Illinois at Urbana-Champaign1945

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Multiscale simulation of heterophase polymerization : application to the synthesis of multicomponent colloidal polymer particles

Hernandez Garcia, Hugo FernandoUniversität Potsdam

… applications including paints, inks, adhesives, synthetic rubber, biomedical applications and many others. Due to the heterogeneous nature of the process, many different relevant length and time scales can be identified. Each of these scales has a direct influence on the kinetics of …

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