His primary scientific interests are in Polymer chemistry, Cationic polymerization, Polymerization, Isobutylene and Copolymer. His research in Polymer chemistry intersects with topics in Reversible addition−fragmentation chain-transfer polymerization, Living cationic polymerization, Chain transfer and Anionic addition polymerization, Monomer. His Cationic polymerization research includes elements of Solution polymerization and Molar mass distribution.
A large part of his Polymerization studies is devoted to Living polymerization. His research integrates issues of Reactivity, Lewis acids and bases and Solvent in his study of Isobutylene. His biological study deals with issues like Drug carrier, which deal with fields such as Methylcyclohexane and Chemical modification.
His primary areas of study are Polymer chemistry, Cationic polymerization, Polymerization, Isobutylene and Copolymer. His work deals with themes such as Living cationic polymerization, Organic chemistry, Polymer, Monomer and Living polymerization, which intersect with Polymer chemistry. His biological study spans a wide range of topics, including End-group, Lewis acids and bases, Reaction rate constant, Solution polymerization and Reaction mechanism.
His Solution polymerization study incorporates themes from Solvent and Physical chemistry. His Polymerization study combines topics from a wide range of disciplines, such as Photochemistry and Methylcyclohexane. His study looks at the relationship between Isobutylene and fields such as Reactivity, as well as how they intersect with chemical problems.
Rudolf Faust mainly investigates Polymer chemistry, Polymerization, Isobutylene, Ether and Thermoplastic. His Polymer chemistry study focuses on Cationic polymerization in particular. His Polymerization research incorporates themes from Side reaction, Dichloromethane and Alkyl.
The various areas that Rudolf Faust examines in his Isobutylene study include Olefin fiber, Catalysis and Monomer. His Ether study also includes fields such as
His main research concerns Polymer chemistry, Isobutylene, Polymerization, Ether and Copolymer. The concepts of his Polymer chemistry study are interwoven with issues in Diisopropyl ether, Composite material, Chain transfer and Monomer. He has researched Chain transfer in several fields, including Side chain, Chain-growth polymerization, Living cationic polymerization and End-group.
His work on Isobutylene is being expanded to include thematically relevant topics such as Cationic polymerization. His work carried out in the field of Cationic polymerization brings together such families of science as Electronic effect and Alkyl. In general Copolymer, his work in Thermoplastic elastomer is often linked to 1,3-Dipolar cycloaddition linking many areas of study.
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Living carbocationic polymerization. IV. Living polymerization of isobutylene
R. Faust;J. P. Kennedy.
Journal of Polymer Science Part A (1987)
Living carbocationic polymerization
Rudolf Faust;Joseph P. Kennedy.
Polymer Bulletin (1986)
Living Carbocationic Polymerization of Isobutylene with Blocked Bifunctional Initiators in the Presence of Di-tert-butylpyridine as a Proton Trap
Miklos Gyor;Hsien-Chang Wang;Rudolf Faust.
Journal of Macromolecular Science, Part A (1992)
Living catalysts, complexes and polymers therefrom
Joseph P. Kennedy;Rudolf Faust.
Molecular motions in polyisobutylene : A neutron spin-echo and dielectric investigation
D. Richter;A. Arbe;J. Colmenero;M. Monkenbusch.
Intermediate length scale dynamics of polyisobutylene
B Farago;A Arbe;J Colmenero;R Faust.
Physical Review E (2002)
FROM ROUSE DYNAMICS TO LOCAL RELAXATION : A NEUTRON SPIN ECHO STUDY ON POLYISOBUTYLENE MELTS
D. Richter;M. Monkenbusch;J. Allgeier;A. Arbe.
Journal of Chemical Physics (1999)
Living carbocationic polymerization. XVI: Living carbocationic polymerization of styrene
Rudolf Faust;Joseph P. Kennedy.
Polymer Bulletin (1988)
Living Carbocationic Polymerization Process
Faust Rudolf;Gyor Miklos;Wang Hsien-Chang.
Effect of architecture on the micellar properties of amphiphilic block copolymers: Comparison of AB linear diblock, A1A2B, and A2B heteroarm star block copolymers
Jongpil Yun;Rudolf Faust;Laszlo Sz. Szilagyi;Sandor Keki.
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