supermolecular structure
英
美
网络 超分子结构
双语例句
- Supermolecular Structure and Glass Transition Behavior of Soy Protein Plasticized with Glycerol
甘油增塑大豆蛋白质塑料的超分子结构和玻璃化转变行为 - It has been proved from different evidence that the LDH Cl had supermolecular structure and layered structure trait in common with hydrotalcite.
研究结果表明LDHCl具有超分子结构和水滑石型层状结构的特征； - The effects of the processing and treatment conditions on the formation of the supermolecular structure and the crimp behavior of the fibers are investigated and discussed in detail, also the crimp mechanism of the side-by side bicomponent fibers is proposed.
研究了该复合纤维的成形、加工及热处理条件对其超分子结构形成的影响、超分子结构与其卷曲性能之间的关系；探讨了该复合纤维的卷曲机理。 - The obtained results are as follows: the supermolecular structure of polyester fibre varies with the variation of heat setting temperature, and the deformation of the fabric treated with twice heat setting processes is mainly determined by the process which has a higher working temperature.
得到的结论是：涤纶纤维的超分子结构随热处理温度的提高而变化，织物两次受热后的结构变化，主要决定于温度较高的一次热处理过程。 - By using of DSC thermo-analysis to measure the degree of crystallization for both PBT and PET component, the relationship between the supermolecular structure and the shrinkage in boiling water of the bicomponent fibers are discussed based on fiber shrinking tests.
采用DSC热分析技术测量了该复合纤维的结晶度，并根据热湿收缩试验讨论了其与纤维热收缩的关系。 - It was found that the morphological feature and supermolecular structure were related to spinning solution concentration, coagulation bath composition and drawing ratio.
研究表明：甲壳胺纤维的形态结构、超分子结构与纺丝原液浓度、凝固浴组成、拉伸率有关。 - Analysis of Supermolecular Structure and the Property of a Few Cotton Breeds of ShanDong
山东原棉几个新品种的聚集态结构与性能分析 - The main effect of LOX on SPI was at the supermolecular structure or aggregate level.
可见分离蛋白受脂肪氧合酶的影响主要在于超分子结构和聚集状态。 - Effect of spinning speed and third monomer content on supermolecular structure of CDP filament
纺丝速度和第三单体含量对CDP纤维超分子结构性能的影响 - Supermolecular Structure and Hydrophilicity of PEG-PET Copolyester Fibres
PEG-PET共聚酯纤维的超分子结构与吸湿性能 - Through measuring the supermolecular structure of the new cotton breeds in Shandong and comparing, their advantages and disadvantages have been presented, and the causes of the characters analysed.
本文通过对山东原棉新品种聚集态结构的测试和对比分析，对这几种原棉提出了它们的优缺点及其性能的结构原因。 - Study on the formation mechanism of supermolecular structure of shish kebab s of gel-spun UHMWPE Fibers
超高分子量聚乙烯（UHMWPE）凝胶纤维串晶结构形成机理的研究 - Research on the Supermolecular Structure and Characteristics of Bulk Stretch Silk Yarn
膨体弹力真丝超分子结构与特性研究 - The author makes experiments on supermolecular structure, exhaustion rate of direct dyes and iodine sorption value of high crimp high performance viscose fibres and other cellulosic fibres, and studies the relationships between dyeing properties with direct dyes on cellulosic fibres and the fibre structure.
本文通过对高卷曲高性能粘胶纤维和其他纤维素纤维进行超分子结构、直接染料上染率和吸碘值的测试，研究了纤维素纤维对直接染料的染色性能与纤维结构的关系。 - The Supermolecular Structure of PET Filament Treated with DMF
DMF预处理的PET长丝的超分子结构 - Effect of supermolecular structure of polyethylene on irradiation cross-linking
聚乙烯序态结构对辐照交联的影响 - The Study of Supermolecular Structure and Mechanical Properties of the EVA/ PP Blend Fiber
EVA/PP共混纤维的超分子结构与力学性能的研究 - The formation of three stages is correlated with the Supermolecular structure of cellulosic fibres.
这三个裂解阶段的形成与纤维素纤维的超分子结构有关。 - This paper covers the developing history, characteristics, relationship between supermolecular structure and dyeing properties, difference between milk protein fiber and other fibers.
介绍了牛奶蛋白纤维的发展历史，牛奶蛋白纤维的特性，超分子结构与染色性能的关系，并比较了牛奶纤维与其它纤维之间性能的差别； - In the fine POY and DTY's melt direct spinning, non-homogeneity of fibers 'supermolecular structure and dyeing were caused by chips of wide molecular weight, high melting crystallization temperature and narrow melting peak.
试验发现相对分子质量分布宽，熔融结晶温度高且切片熔融峰形窄，在直纺生产细旦POY、DTY时易造成纤维超分子结构的不匀，而产生染色不匀。 - Theory on the boiling dyeing of normal polyester fiber at atmosphere pressure has been studied as well as the influence of supermolecular structure on the dyeing performance.
本文探讨了普通涤纶常压沸染的理论，纤维超分子结构对常压沸染性能的影响。 - The supermolecular structure of FEP copolymer and its influence on the cracking behavior
聚全氟乙丙烯的分子聚集态结构及其对开裂性能的影响 - The morphological feature, supermolecular structure, mechanical property, thermal behavior and water retention value ( WRV) of chitosan fibers are studied.
研究了甲壳胺纤维的形态结构、超分子结构及力学性能、热性能、保水值。 - Using low speed spinning as-spun filaments as initial materials, through multi-stage drawing and sectional sampling, the relationship among the supermolecular structure, heat relaxation and mechanical property of PET filaments are investigated.
采用低速纺PET初生丝为起始材料，经多级拉伸，分段取样作为试验样品，研究了样品超分子结构、热松弛及力学性质三者关系。 - Amphiphilic polymer can self-assemble into supermolecular structure ( polymer micelle) by the balance of the hydrophilic and the hydrophobic interaction.
双亲聚合物在选择性溶剂中通过亲水作用与疏水作用间力的平衡，可自组装形成核-壳型超分子有序结构（聚合物胶束）； - The variations of the supermolecular structure and mechanical property of the fiber caused by the different drawing temperature and speed is also discussed.
并就温度和速度变化而引起的纤维超分子结构和力学性能的变化进行了讨论。 - The Supermolecular Structure and Properties of High-Shrinkage DMT 、 DMI 、 SDMI/ EG Copolyester Fibers
高收缩性DMT、DMI、SDMI/EG三元共聚酯纤维的结构与性能 - After heat treatment, the supermolecular structure of CDP fiber at different third monomer content was studied.
同时对不同第三单体含量的CDP纤维热处理后部分超分子结构参数、收缩性能作了研究。 - Under different thermal histories, crystalline polymer can form different crystalline structure and supermolecular structure.
结晶高聚物在不同的热历史条件下，可以形成不同的晶体结构，而每种晶体结构对应于不同的链构象，并形成一定的聚集态结构。 - So investigating the ligand-ligand interaction is an easy way to understand the supermolecular structure formed by coordination compounds.
因此，研究配合物中的配体间弱相互作用就成为由配位化学向超分子化学过渡的桥梁。