supermolecule meaning in Chinese
超分子
胶束；微胞
微胞
Examples
- Hydrothermal synthesis and crystal structure of a novel double helix supermolecule npa en
的水热合成与晶体结构 - Spectrophotometric study on supermolecule color reaction between serum proteins and 2 - 4 - sulfophenylazo - 1 , 8 - dihydroxy 3 , 6 - naphthalenedisulphonic acid and its applications
萘二磺酸与蛋白质超分子显色反应的研究及应用 - Electrochemlcal sensor was widely used in the analytical determination recentlythe studyofchemlcal modified electrode （ cme ） whlchact as electrochemlcal sensor was very plentiful the chemical modified carbon paste electrode （ cmcpe ） which was fabricated by mingling modifier with carbonpaste 叩 plledmore often the cpe has the characteristic ofeaslly modified ， wide using range ， fabricated easily3 innoculty ， long llte span etc because modified spedal substance cmcpe has spedal mnctlon ， it is studied more and more byelectfochemlcal worker now supermolecule chemistry ， the emerging and up to date cross su 刊 ect ， involves all su 刊 ects of chemistry biochemistry and material science etc inthatsupralllolecule c 卜 cthlstry chcffi1stfy offers an effective method for chemists to solve the long term puzzle of improving selectivity ， ithas gotten a great devebpment from it ’ s theory beingput forward we can expect the greatly wide application ofsupermolecule chemistry on cme but because the difficulty how to station it on the surface of ethetrode cannot be solved easily ， the application of supermolecule chemistry on cme was defined
Cmcpe具有了一般碳糊电极的特点，同时又因为修饰了特定物质，使cmcpe具有了特定的功能，越来越受到电分析工作者青睐。而超分子化学是一个新兴的跨学科的交叉前沿领域，由于超分子化学解决了一直困扰化学工作者的选择性问题，因而从其理论提出以来，就得到了巨大的发展。可以预期超分子化学在化学修饰电极方面将有非常广阔的应用前景，但现在由于将超分子试剂修饰在电极这一环节上存在困难，所以现在超分子试剂在cpe上应用较少，在cmcpe中的应用更少。 - The theory hypothesis of " pore restriction " is first proposed in this paper . during polymerization , one end of linear molecule inserts the channels of zeolite to form hard end through chemical bond or supermolecule acting force , the other end forms soft end through condensing or polymerizing with other monomer molecule . on the basis of the theory hypothesis , a kind of novel pattern of organic - inorganic composite materials - pu / zeolite composite materials - has been designed
本文首次提出了“孔约束”的理论假说，即在高分子材料聚合过程中，线型分子的一端通过化学键或超分子作用力插入分子筛的孔道中形成硬端，而另一端则与其它单体分子缩合或聚合形成高分子材料的软端；在此假说的基础上，设计了一类孔约束型有机?无机复合高分子材料的新模式，即聚氨酯/沸石分子筛复合材料。