活性聚四氢呋喃与氨基V -叔胺端聚丁二烯的反应新型离子连接嵌段共聚物的合成

J. Hurley, D. H. Richards, M. J. Stewart
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引用次数: 1

摘要

研究了单、双官能叔胺端聚丁二烯与单、双官能活性阳离子聚四氢呋喃的反应。结果表明,在所有条件下均能快速生成季铵连接基,并制备了AB、ABA、BAB和(AB)嵌段共聚物。该工艺的效率极高,转化程度主要取决于末端叔胺基团能被引入聚丁二烯的效率。嵌段共聚物在凝胶渗透色谱柱上表现出异常行为,这与柱填料上产生的离子基团与极性物质的特定相互作用有关。这种影响是最大的(AB)嵌段共聚物,其中大量的比例被无限期地保留在柱上。
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Reactions of Living Polytetrahydrofuran with Amines V ‐ Tertiary Amine Terminated Polybutadienes; The Synthesis of Novel Ionically Linked Block Copolymers
The reactions of mono- and difunctional tertiary amine ended polybutadienes with mono- and difunctional living cationic poly THF have been studied. It is shown that the reaction to form quaternary ammonium linking groups takes place rapidly in all cases, and AB. ABA, BAB and (AB) block copolymers have been prepared. The efficiency of the process is extremely high and the degree of conversion is essentially controlled by the efficiency with which the terminal tertiary amine groups can be introduced on to the polybutadiene. The block copolymers show anomalous behaviour on gel permeation chromatography columns and this has been related to a specific interaction of the created ionic groups with polar species on the column packing. This effect is greatest with (AB) block copolymers where substantial proportions are retained indefinitely on the columns.
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The language of biotechnology: a dictionary of terms j. m. walker and m. cox, acs professional reference book, american chemical society, washington dc, 1988. pp. viii + 255, price £89.91. isbn 0–8412–1489–1 Algal biotechnology edited by t. stadler, j. mollion, m.-c. verdus, y. karamanos, h. morvan and d. christiaen, elsevier science publishers, london, 1989. pp. xii + 522, price £55.00. isbn 1–85166–233–2 Rubber technology handbook werner hofmann, carl hanser verlag, munich, 1989. pp. xv + 611, price dm 86.00. isbn 3–446–14895–7 Developments in the science and technology of composite materials edited by a. r. bunsell, p. lamicq and a. massiah, elsevier science publishers, london, 1989. pp. iii + 835, price £130.00. isbn 1–85166–359–2 International union of pure and applied chemistry—macromolecular chemistry division (iv): commission on macromolecular nomenclature (iv.1)
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