ladderlike
ladderlike
1. The data show that the polymer has ordered ladderlike molecular structure.The DSC shows that the polymer has higher temperature of glass transition.
DSC结果表明所得到的有机桥基梯形聚氯丙基硅氧烷具有较高的玻璃化转变温度，与单链的聚硅氧烷相比具有较好的刚性。
2. The principle of ladderlike dividing and its approach were described and all kinds of critical instances were discussed.
介绍了阶梯剖分的原理，详细阐述了剖分的具体步骤及算法，对可能出现的极限情况进行分类讨论。
3. Compound (3) represents a new infinite 1-D ladderlike chain architecture constructed from btec ligands.
化合物(3)是一个新的以1,2,4,5-均苯四甲酸(H4btc)构筑的具有一维的梯形链状结构。
4. reserves ladderlike
后备队伍
5. 54%。Research in microstructure-controllable ladderlike polymer is the advanced and interdisciplinary study for polymer science, supramolecular chemistry and material science.
微观结构可控的梯形高分子是高分子科学、超分子化学和材料科学的交叉和前沿。
6. Similarly, in our lab we are developing building blocks that carry an additional chemical group, which will let us create bis-peptides that display chemical groups along their ladderlike backbones.
我们实验室也正研发带有额外化学基的组件，让bis-胜肽类似楼梯状的骨架上，也能展现这些化学基。
7. Abstract The ladderlike polysiloxane liquid crystalline was a novel functional material with many excellent and special properties, such as stability, transparency and film forming characteristic.
摘 要 梯形聚硅氧烷液晶具有独特的稳定性、透明性及成膜性等优点，是一种性能优异的新型功能材料。
8. To solve the problem of limitation caused by large-size product in rapid-prototyping field and the difficult of combining, a method of ladderlike dividing was given based on STL file format.
摘要针对制件规模受快速成形机工作空间限制及后处理时拼合精度难以保证的实际问题，提出了一种基于STL格式文件的阶梯剖分算法。
9. At last, the difficulties of research on ladderlike polysiloxane were mentioned, and its development prospect was looked forward.
最后提出了几个梯形聚硅氧烷液晶研究工作面临的问题，并对梯形聚硅氧烷液晶的发展前景做出了展望。
10. At last, the difficulties of research on ladderlike polysiloxane are mentioned, and the development prospect is looked forward.
最后提出几个梯形聚硅氧烷液晶研究工作面临的问题，并对梯形聚硅氧烷液晶的发展前景作了展望。
11. In this paper, the main advances in the research of the ladderlike polysiloxane liquid crystals in recent years are reviewed.
本文综述了梯形聚硅氧烷液晶近年来的发展现状。
12. ladderlike polymers
梯形聚合物
13. Keywords Ladderlike Polymer;Step Coupling Polymerization;Polysilsesquioxane;Grafting Copolymerization;Cellulose;
梯形聚合物;逐步偶联聚合;聚倍半硅氧烷;接枝共聚合;纤维素;
14. ladderlike organo-polysiloxane
梯形聚有机硅氧烷
15. ladderlike power station
梯级电站群
16. Keywords H-bonding interaction;template;supramolecular constitutive and control stepwise coupling/polymerization;ladderlike polysiloxane;
氢键;模板剂;逐步偶联/聚合方法;梯形聚硅氧烷;间苯二胺;乙烯基三氯硅烷;甲基三氯硅烷;
17. Keywords H-bonding;supramolecular self-assembling;Stepwise Coupling Polymerization;ladderlike polymer;
氢键;超分子自组装;“逐步偶联聚合法”;梯形高分子;
18. Keywords H-bonding;supramolecular self-assembling;Stepwise Coupling Polymerization;ladderlike polymer;N-chlorophenyl adamantaneformylamide;
氢键;超分子自组装;“逐步偶联聚合法”;梯形高分子;N-（4-氯苯基）金刚烷甲酰胺;
19. Keywords fire safety;ladderlike power station;data flow;remote monitoring;
消防安全;梯级电站群;数据流;远程监控;
20. The data show that the polymer has ordered ladderlike molecular structure.
结果表明所得到的梯形聚甲基硅氧烷具有较高规整性。
21. Pai, T.W., M.D.T. Chang, J.H. Chu, and H.L. Tai, Ladderlike Stepping and Interval Jumping Searching Algorithms for DNA Sequences. APBC, p.93-98, 2004.
能够快速搜寻出多条蛋白质序列中在限定长度范围内且具有容忍度的共同子字串。
22. To achieve this goal, I set out to invent rigid building blocks that could be attached to one another through pairs of bonds to create rigid, ladderlike macromolecules.
要达到这个目标，我开始研发能让形状固定的基本元件，这些元件能够透过成对的键结而相互连结，形成坚固、楼梯状的巨分子。
23. Keywords stepwise coupling polymerization;ladderlike organo-polysiloxane;H-bonding interaction;
逐步偶联聚合方法;梯形聚有机硅氧烷;氢键作用;
24. The structure of the polymer was characterized by X-ray diffraction, DSC and 29Si NMR.The data show that the polymer has ordered ladderlike molecular structure. 2.
通过一系列的手段对聚合物进行了表征，包括：29Si-NMR，XRD，DSC，结果表明所得到的有机桥基梯形聚乙烯基硅氧烷具有较高规整性。
25. Accompanying with the rapidly increasing of construction of ladderlike power stations, a series of new problem emerged.
随着流域性梯级电站群建设的增多,一系列新的消防安全问题凸现,如远程通信、分布式远程监控与集中管理等。
