聚氨酯離聚體 的英文怎麼說

中文拼音 [ānzhǐ]
聚氨酯離聚體 英文
pu ionomers
  • : 動詞(聚集; 聚積) assemble; gather; get together
  • : 名詞[化學] (氮和氫的化合物) ammonia; hydrogen nitride
  • : 名詞[化學] (有機化合物的一類) ester
  • : Ⅰ動詞1 (離開) leave; part from; be away from; separate 2 (背離) go against 3 (缺少) dispens...
  • : 體構詞成分。
  1. The synthesis methods of isobutyl acetate catalyzed by p - toluene sulfonic acid, amino sulfonic acid, strongly acidic cationic exchange resin, ferric chloride hexahydrate, cupric chloride bi - hydrate, stannic chloride pentahydrate, ammonium ferric sulfate dodecahydrate, sodium bisulfate monohydrate, potassium bisulfate, chitosan sulfate, sodium dihydrogen phosphate, rare earth metallic oxide, solid super acid, heteropoly acid and molecular sieve etal were reviewed

    摘要評述了對甲苯磺酸、基磺酸、強酸性陽子交換樹脂、六水三氯化鐵、二水氯化銅、五水四氯化錫、十二水合硫酸鐵銨、一水硫酸氫鈉、硫酸氫鉀、殼糖硫酸鹽、磷酸二氫鈉、稀土金屬氧化物、固超強酸、雜多酸和分子篩等催化劑催化合成乙酸異丁的方法。
  2. The ordered and micro - phase structures of the molecular of pu materials are decided directly by its synthesis technology, composition and other materials compounded with it, and they will influence the possessive properties of pu materials. in this paper, general studies on pu have been carried out by the methods of controlling the prepolymerize technology, taking off dissociative tdi from prepolymer through decompress boiling distilling technology, polymerized in - situ with nano - particles and interpenetrated with ps, the relationship between properties and structure of pu / omt, pu / sio2 nano - composites and pu / ps ipns were characterized by ftir, dmta, tem andtga

    本文用控制預反應中單的摩爾比、減壓共沸蒸餾去除預中游tdi 、用納米填料參與原位復合和與苯乙烯進行互貫等方法,合成了蒙脫土納米復合材料、sio _ 2納米復合材料和兩步法合成的基於醚( ppg )和( 3010 )的苯乙烯互穿網路合物材料,研究了其性能;運用ftir 、 dmta 、 tem 、 tga等表徵手段,對復合材料的結構進行了研究。
  3. Studies on the prepolymer method for synthesis of anionic waterborne polyurethane

    法合成陰子型水性的研究
  4. Segmented polyurethanes containing amorphous or crystalline soft segments as reversible phase and crosslink points as fixed phase can exhibit shape - memory properties

    摘要是一種具有微相分結構的多嵌段共物,可通過調節原料的組成和配比,得到性能各異的新型功能高分子材料。
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