1.
The Research of Helical Polymer with P-Chiral Center;
含有手征性磷原子的螺旋聚合物研究
2.
Synthesis of Optically Active Poly(N-Propargylsulfamides) with Helical Conformation and Their Application in Functional Materials;
炔丙磺酰胺螺旋聚合物的制备与应用研究
3.
Synthesis of Substituted Polyacetylene and Preparation of Molecular Composite Film
基于取代炔螺旋聚合物分子复合膜的设计与制备
4.
Preparation of Helical Structured Polymer Nanofibers via Electrospinning
静电纺丝法制备聚合物扭曲螺旋结构微纳米纤维
5.
The Spiral Theory and Rotation of Organic Compound Molecules;
螺旋理论与有机化合物分子的旋光性
6.
Synthesis and Properties of Liquid-Crystal Helical Polylactic Acid Copolymers with Huge Optical Rotatory;
巨大旋光液晶—聚乳酸螺旋结构共聚合材料的合成和性质
7.
Synthesis and Properties of Bipyrazolate-Linked Metallo-Supramolecular Microcycles and One-Dimensional Coordination Polymer;
双吡唑配体金属基超分子大环和一维螺旋配位聚合物的合成与性质研究
8.
The polymer dispersed cholesteric texture( PDCT) liquid crystal solid-state film and display is a new reflective LCD with high reflectivity and high contrast ratio.
聚合物分散螺旋织构(DCT)晶固态薄膜显示器是一种新型高反射率高对比度反射式液晶显示器。
9.
polyethylene spirochaeta monld fungus
聚乙烯螺旋霉素菌种
10.
Synthesis of Optically Actively Polymer via RAFT Polymerization and Studies of Their Performances;
旋光性聚合物的RAFT法合成及性能研究
11.
Studies on Structure and Biological Activities of Glycoconjugates from Spirulina Platensis;
钝顶螺旋藻糖缀合物的结构与生物活性的研究
12.
Synthese, Structures, and Property Study of New Helical Coordination Compounds;
新型螺旋配合物的合成、结构和性质研究
13.
an assembly of rotating airfoils; horizontal rotors on a helicopter or compressor rotors of a jet engine.
旋转螺旋桨的集合；直升飞机上是水平旋转物，喷气式飞机上是压缩旋转物。
14.
Recognition of a-Helices in Protein Structures by Iron(III) Complexes via A Hydrolytic Pathway;
多核铁配合物通过水解途径识别蛋白质a螺旋
15.
Influence of Glycerol on Spiramycin Biosynthesis Process
丙三醇对螺旋霉素生物合成过程的影响
16.
The Application of Multispiral CT in Metacarpal-phalangeal Fractures Treated with Intramudullary Fixation Using Bioabsorbable PDLLA Mixed Chitosan Pins
多层螺旋CT在可吸收消旋聚乳酸混合壳聚糖髓内钉治疗掌、指骨骨折中的应用
17.
As a result, the algebraic sum of rotatory value of related helix is not equal to zero, thus resulting in optical activity.
根据这些螺旋的可极化性，可以准确地预测这类化合物的旋光方向。
18.
Study on Degradation of Chitosan by Immobilized Cells in Convoluted Fibrous Bed Bioreactor;
螺旋纤维床生物反应器固定化细胞降解壳聚糖的研究