By Gary Patterson
This sequel to A Prehistory of Polymer technological know-how starts with the Faraday dialogue of 1935 on Polymerization. Patterson then examines the awesome upward thrust and institution of polymer technological know-how after 1935 from the point of view of the emergence of robust highbrow leaders. whereas adequate biographical element is gifted to realize an appreciation for the position performed by means of every one chief, the emphasis of this quantity is at the key suggestions linked to each one person and the way the group embraced those leaders.
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Extra resources for Polymer Science from 1935-1953: Consolidating the Paradigm
Even more fascinating patterns are observed in native starch grains. The crystalline fibrils are arranged in a fractal-like pattern called trichites (Fig. 14). Meyer was interested in all the natural polymers. The next group was the proteins. They are based on a set of amino acid monomers. The number of possible protein molecules is enormous. T. Astbury (1898-1961) played a central role in the growing understanding of the structure of the different proteins in the period 1935-1953. The ultracentrifuge of Svedberg also was useful in the preparation of pure samples of specific proteins and The Svedberg was a world leader in protein science.
Mark enlisted R. Raff (1890-1975) from the Howard Smith Paper Mill in Canada to help him produce what became Volume III (1941) . Raff was from the Vienna polymer community and had already published many papers with Mark and other leading figures. The paper given by Herman Mark at the 1935 Faraday Discussion was on polymer kinetics . This work formed the basis for his introductory chapters. The purpose of the initial chapters was to provide a sound paradigm for discussing the mountain of experimental work on polymerization that was accumulating.
The double bond in guttapercha is trans, but the crystalline helix can easily adopt two different forms, based on different rotation angles for the single bonds (Fig. 11). Kurt H. Meyer (1883-1952) 35 Fig. 10 X-ray diffraction from stretched natural rubber films, both parallel and perpendicular to the film surface  (Interscience, by permission) Fig. 11 The chain models for a and b gutta percha  (Interscience, by permission) This work is fully modern and Bernard Wunderlich (1920-1988), the leading polymer crystallographer of the late 20th century, would be proud of it even now!