柱状相锚定,anchorage of columnar mesophase
1)anchorage of columnar mesophase柱状相锚定
英文短句/例句

1.Molecular Design、Synthesis of Triphenylene Discotic Liquid Crystals and Anchorage of Columnar Mesophase;苯并菲盘状液晶的分子设计、合成及柱状相锚定
2.Study on the Capacity of Concrete-Filled Square Tubular Column to Steel Beam Connections with Anchorages;锚定式方钢管混凝土柱—钢梁连接节点性能研究
3.identical anchor items相同参照测验题 相同定锚测验题
4.On selection between beam anchor column and column anchor beam in frame beam-column joint construction框架梁柱节点施工中梁锚柱与柱锚梁方式选择
5.The Flexoelectric Effect and the Anchoring Energy of the NLC Cell;挠曲电效应与向列相液晶盒的锚定能
6.Study on Seismic Behavior of Concrete-filled Square Steel Tubular Column to Steel Beam Connections with Anchorages;新型锚定式方钢管混凝土柱—钢梁节点抗震性能研究
7.Design Method and Stability Analysis of Pre-stressed Anchor Supporting Structure with Beam and Column;预应力肋梁柱锚杆支挡结构设计及稳定性分析研究
8.Study on Load-Carrying Capacity of New Concrete-Filled Square Tubular Column to Steel Beam Connections with Anchorages;新型方钢管混凝土柱—钢梁锚定式刚接节点的承载力性能研究
9.catenary anchor leg mooring单悬锚系泊链状锚系泊系统锚链系泊
10.Present Situation and Discussion of the Study on Stability of Tunnel-type Anchorage and Surrounding Rook隧道式锚碇围岩稳定性研究现状及探讨
11.Determination of Proper Tensile Force of the Suspension Cable of Self-anchored Suspension Bridge;自锚式悬索桥吊索施工张拉合理状态的确定
12.Nonliear Analysis and Determination of Finished State for Spatial Self-anchored Suspension Bridges;空间自锚式悬索桥非线性分析与成桥状态确定
13.Calculation of anti-wind capacity for tower crane with hook being anchored in non-use situation非工作状态吊钩锚定时塔机抗风能力的计算
14.Analysis for Long-short Compound Bolt Reinforcement in Layer Rock Slope层状岩体边坡长短复合锚杆加固的稳定性分析
15.Research on the Two-phase Flow with Cylindrical and Cubic Particles in the Channel and Pipe Flows槽道和圆管中柱状粒子两相流的研究
16.The lowest part of an anchor, where the arms are joined to the shank.锚冠锚的最下部也是锚臂和锚杆相结合的地方
17.Identification of Thermolysin Gene in Flavobacterium Columnare;柱状黄杆菌嗜热菌蛋白酶基因的鉴定
18.GC Determination of Iodide in Water with Capillary Chromatographic Column毛细管柱-气相色谱法测定水中碘化物
相关短句/例句

block anchorage块状锚定
3)columnar mesophase柱状相
1.Discotic liquid crystals self-assemble to highly ordered hexagonal columnar mesophase (Colho) and exhibit anisotropic high charge carrier mobility, and can be used as organic opto-electronic materials.采用分子间氢键锚定柱状相,获得介晶相温度范围宽、有序度高的苯并菲盘状液晶是本研究的目的。
2.The results showed that these compounds exhibit high clearing points, stable columnar mesophases and wide mesophase ranges.结果显示:此类化合物有高的清亮点,稳定的六方柱状相以及较宽的介晶相范围,且随着软链碳原子数的增加,化合物的熔点和清亮点均出现下降趋势,但六方柱状相的有序性却没有发生很明显的变化。
3.Triphenylene liquid crystals can self-assemble into highly ordered columnar mesophase and possess high mobility of charges and energy, therefore, they show huge potential application as organic electronic materials.苯并菲盘状液晶分子可通过分子间π-π电子云的相互作用,自组装堆积成有序的柱状相,在柱中轴方向电子云相互交叠,能够进行指向性的电荷和能量传输,具有沿柱轴较高的电荷迁移能力,因此苯并菲盘状液晶可作为有机半导体材料有广泛的应用前景。
4)columnar phase柱状相
1.Discotic liquid crystal molecules readily form columnar phase and therefore possess excellent one-dimensional carrier transporting properties, which are potential materials to be used in optoelectronic devices.盘状液晶分子易于形成柱状相结构材料,从而具有较高的电导特性,是理想的电载流子传输材料,可用于制备光电器件。
2.2,7-dicarbetboxy-3,6,10,11-tetrapentyloxytriphenylene displayed columnar phase during cooling process at the temperature range from 99℃to 160℃and the columnar phase can be preserved even at room temperature.本研究合成了基于苯并菲基元的盘状液晶材料2,3,6,7,10,11-六戊烷氧基苯并菲、2,7-二乙酰基-3,6,10,11-四戊氧基苯并菲、一个系列的16种基于倾向于形成柱状相的盘状液晶基元苯并菲和倾向于形成向列相的氰基联苯的盘状-棒状分子、基于2,6,10-三羟基-3,7,11-三戊氧基苯并菲基元的超支化盘状聚酯和超支化盘状聚醚以及基于单羟基苯并菲和杯芳烃的一种新型的苯并菲-杯芳烃二聚体25,27-二羟基杯[4]芳烃-26,28-二(氧基戊酸)苯并菲酯;通过核磁共振氢谱(~1HNMR)、核磁共振碳谱(~(13)CNMR)、红外(IR)、元素分析确认了所合成化合物的结构,对所合成的超支化聚醚和聚酯进行了核磁和红外以及凝胶色谱测试,计算了超支化聚酯的支化度为0。
5)hexagonal columnar mesophase六方柱状相
1.The result showed that all these triphenylene derivatives exhibited enantiotropic hexagonal columnar mesophases.液晶性通过差示扫描量热法和偏光显微镜进行了研究,结果显示:化合物均为六方柱状相热致型液晶;含苯丙炔酸酯链苯并菲盘状液晶化合物1a~1f,随着烷氧链的增长,清亮点呈现逐渐下降的趋势;对于含苯丙烯酸酯链苯并菲化合物1g与具有同样软链长度的炔基酯链苯并菲化合物1c比较,具有更低的熔点和结晶点,而它们的清亮点几乎一致,因而化合物1g有更宽的介晶性温度范围。
6)chock[英][t??k][美][t?ɑk]角状柱,定盘
延伸阅读

锚定催化剂分子式:CAS号:性质:指把有催化活性的均相催化剂(多为过渡金属络合物或其盐类)键联于带有适当配位功能团(即连接剂)的有机高分子或无机聚合物载体上而形成的催化剂。又称多相化均相催化剂。这一过程称为均相催化剂多相化。这种催化剂既保持了均相催化剂活性和选择性高的优点,又克服了其易流失,与反应产物难分离的缺点,尤其适用于含贵金属的均相催化剂。