亚微相态,Morphology
1)Morphology[英][m?:'f?l?d?i][美][m?r'fɑl?d??]亚微相态
1.Study and Development on Morphology, Mechanical Properties, and Toughening Mechanism of the Blends based on Polypropylene and Ultrahigh Molecular Weight Polyethylene;超高分子量聚乙烯增强聚丙烯共混体系的力学性能、亚微相态和增韧机理的研究进展
2.Compatibilizing Effect of Novolak on Toughness, Crystallite and Morphology of Polyacetal and Nitrile-Butadiene Rubber Blends;酚醛树脂的增容作用对聚甲醛/丁腈橡胶共混物的韧性、结晶形态和亚微相态的影响
3.The mechanical properties and morphology of polyoxymethylene (POM) toughened with ionomers were investigated and the compatibilizing effect of methyl methacrylatestyrenebutadiene copolymer (MBS) on POM/ionomer blends was studied.考察了离聚体增韧聚甲醛(POM)体系及甲基丙烯酸甲酯-苯乙烯-丁二烯共聚物(MBS)增容POM/离聚体共混体系的力学性能和亚微相态
英文短句/例句

1.Studies on the Super-Toughened Mechanism of Poly-(phenylene Oxide) Alloy and the Relationship between Its Micro-Morphology and the Sub-cluster Parameters;聚苯醚合金的超韧化机理及其亚微相态与群子参数关系的研究
2.The Preparation of a New Multi-Lamellar Polymer Blend and the Relationship between the Sub-Cluster Scale of Its Submicromorphologies and Its Barrier Properties;新型多层高分子合金材料的研制及其亚微相态群子参数与阻隔性能关系的研究
3.Static Timing Analysis Used in Deep Submicron ASIC Design深亚微米ASIC设计中的静态时序分析
4.Sub-poissonian Photon Statistical Character of the Excited k-boson q-coherent States;激发k玻色子q相干态的亚泊松特性
5.Early Diagnosis of Sub-healthy Status by Tsing Hua Multimedia Computing Microscopy Diagnostic Instrument (THMMDI) Examination.多媒体显微诊断仪对人体亚健康状态检测
6.The Micromorphology and Chemical Characteristic of Iron-Manganese Cutans in Typical Subtropical Soils in China;亚热带典型土壤铁锰胶膜的微形态与化学特性
7.the Effect of P_(204) on the Phase Behavior of Nonionic Microemulsion System;萃取剂P_(204)对微乳液体系相态的影响
8.Effect of MinimTitanium on Dynamic Transformation of Undercooled Austenite of Hot Rolled Steel Containing Vanadium微量钛对热轧含钒钢动态相变的影响
9.Microscopical experimental investigation on complex flow with gas-liquid-solid phase change through porous media气-液-固变相态复杂渗流微观实验研究
10.Correlation between Tongue Fur Micro-ecosystem and Apoptosis in Patients with Dampness-heat Syndrome湿热证舌微生态与细胞凋亡的相关性
11.Micro-ultrastructure Studies on Phaneroplasmodia and Nuclear Matrix of Myxomycetes;黏菌显型原质团显微—亚显微形态及核骨架的研究
12.The opulence of Ashurbanipal's court at Nineveh became legendary.相传亚述巴尼拔在尼尼微的宫廷十分豪华。。
13.reanalyzes Asia modernization by adopting macroscopic and microcosmic methods.用宏观与微观相结合的方法解读亚洲现代化 ;
14.Study on Subcritical Water Extraction-solid Phase (Micro) Extraction;亚临界水萃取-固相(微)萃取联用技术的研究
15.Studies on the Synthesis of Amino Acids Chelated Iron(Ⅱ) Under Microwave Radiation in Solid State;微波固相合成氨基酸亚铁螯合物的研究
16.The Experimental Research of the Energy Calibration for Dayabay Neutrino Detector大亚湾中微子探测器能量刻度的相关实验研究
17.Preparation of monodisperse submicron spherical manganous carbonate particles by liquid precipitation method液相沉淀法制备单分散亚微米级球形碳酸锰
18.Preparation and Particle Sizes Controlling of Cuprous Oxide Microcrystals by Homogeneous Reduction均相还原法制备氧化亚铜微晶及粒径控制
相关短句/例句

Submicro phase morphology亚微观相形态
3)microphase微相形态
1.The stability of microphases, such as surface-parallel lamella, surface-parallel and surface-perpendicular cylinders, was determined.用强分凝理论方法研究了组分不对称 (f≈ 0 2 5 )的两嵌段共聚高分子在受限薄膜中的微相形态———层状相、平行柱状相和垂直柱状相 。
4)Submicro-morphology亚显微形态
5)meta-dynamic transformation亚动态相变
6)Metastable phase transformation亚稳态相变
延伸阅读

多组分高聚物体系的相态结构多组分高聚物体系的相态结构morphological structure of multicomponet polymers system 多组分高聚物体系的相态结构morphologi。alstructure of multieomponet polylners system多组分高聚物体系(包括物理共混物、嵌段共聚物、接枝共聚物、互穿聚合物网络等)的相态结构与其物理性质密切相关,相容性(见高聚物的相溶性)和相态是多组分聚合物研究中的核心问题。各种形态的直接观察方法,如透射电子显微法和扫描电子显微法是研究相态结构的最重要的手段。此外,小角X散射方法也提供了大量的重要信息。下能才其 嵌段共聚物嵌段共聚物中异种嵌段间会产生相分离,形成各种不同的相态结构。与均聚物的共混体系不同,这里分处于两相的高分子间是有化学键联系的。这样,相的尺寸便受到嵌段链长的限制。同时,两相也不能以物理的方法分开,因此它是不符合经典的“相”的定义的,这类相分离称为“微相分离”。因为嵌段共聚物作为热塑性弹性体有重大应用价值。微相分离,20世纪70年代以来成为人们竞相研究的对象,是高分子学科中研究得最透彻的问题之一。面理论的重大发展。 接枝共聚物同样存在着微相分离,但由于通常二制得分子量均一、结构完全确定的接枝共聚物,故二微相分离的理论的实验研究尚未充分展开。 嵌段(接枝)共聚物与均聚物的共混物许多重l高分子共混物工业产品,实际上都是接枝(或嵌段)三物(AB)与相应均聚物(A和B)的共混体系。在这星系中,由于可能存在共聚物A嵌段和B嵌段间的七分离以及AB和A或B的宏观相分离,因而有多刁颐毋f乡叮洲【sr片。〕从15一35‘丫,(肠一肠!写)d‘6巧一筋‘晰丁 图l苯乙烯一丁二烯两嵌段共聚物形态随组成的变化85‘丫)杂的形态产生。图2岁嵌段共聚物AB与土物A共混时可能产些各种相态结构的示意这里共聚物的AB食分别记为a和刀,荆均相的组分之间以“+接,而分相的组分l’e“/’’分开。对于由a(a为白色,刀为黑色A(白色)构成的体系,形成如图所示的W、Y和Z几种状态。在态,嵌段共聚物和均寿构成了均相体系,不子任何相分离。在X状口.’.:.:.:’.’i 研究得最多的是SBS类苯乙烯一丁二烯一苯乙烯热塑性弹性体。这种相分离正是SBS呈现热塑性弹性体物理性质的主要原因。苯乙烯一丁二烯嵌段共聚物的形态随体系组成的改变可出现规则性的变化。即随聚苯乙烯含量的增加,先后呈现聚苯乙烯球状分散、聚苯乙烯棒状分散、交替层状结构、聚丁二烯棒状分散和聚丁二烯球状分散等不同的形态(图1)。