molecular behavior

美 [məˈlekjələr bɪ'heɪvjər]英 [məˈlekjələ(r) bɪ'heɪvjə(r)]
  • 网络分子行为;分子性
molecular behaviormolecular behavior
  1. Primarily study on molecular behavior ecology of rice seedling in response to daily change in sunlight intensity

    水稻苗期响应光强日变化的分子行为生态初探

  2. In recent years , the exploration of small-scale water clusters on its physical and chemical properties has become a hot field in cluster research , such as structure , molecular behavior , H-bond network etc. The weak role of water clusters exists in biological macromolecules system .

    近年来,有关小分子水簇的结构、分子行为、氢键网络等物理化学性质的探索,已经成为簇科学研究领域的热点。

  3. Molecular Behavior of Microbial Lipopeptides at the Air / Water Interface

    微生物脂肽在气/液界面的分子形态

  4. The environmental-response character of zwitterionic surfactant has also been determined . The electrical properties of surfactant head group change from cationic to anionic with pH values varied from acidic to basic , resulting in different molecular behavior at gas-liquid interface .

    此外氨基酸型两性离子表面活性剂也具有一定的环境响应行为,改变pH影响了头基的电性,从而引起气液界面性质的差异。

  5. Spectroscopic study on molecular aggregation behavior of 4 ' - formyl-4-stilbazole

    4-甲酰基4-苯乙烯基吡啶分子聚集行为的光谱研究

  6. Intermolecular Communication on Lipid Bilayer Membrane : Molecular Recognition Behavior in the Receptor Site to Control Enzymatic Activity

    囊泡表面分子间通讯交流体系的构建:利用受体的分子识别行为调控酶的活性

  7. The international researches and developments of molecular diffusion behavior in hydrogels , concerning with theoretic models and experimental methods , were reviewed in this paper .

    主要从模型理论和实验研究方法两个方面综述了国内外聚合物水凝胶中物质扩散行为研究进展。

  8. The adsorption configuration and molecular motion behavior of sodium polyacrylate ( Na-PA ) at Al2O3 / water interface were investigated by using the electron spin resonance ( ESR ) combined with spin-labeling technique .

    采用电子自旋共振技术结合自旋标记方法研究了聚丙烯酸钠在Al2O3/水界面吸附的分子构型和运动行为。

  9. In the suitable conditions , nanostructure metal substrates with a excitation of the incident light electric field , close to the substrate surface fluorescence molecular radiation behavior will become more stronger , these phenomenon called surface enhanced fluorescence effect .

    具有纳米结构的金属衬底,在外场激发下,靠近衬底表面的荧光分子辐射行为将会发生变化,在适当条件下,荧光辐射强度表现为增强现象,称之为表面增强荧光效应。

  10. Since resonance light scattering ( RLS ) technique is developed , for its remarkable characteristics of simple operation and high sensitivity , this technique has been extensively applied in the investigations of molecular aggregation behavior and the analyses of biological supermolecular and Pharmaceuticals and so on .

    共振光散射技术(RLS)自其建立以来,因操作简便和灵敏度高已广泛应用于研究分子的聚集行为及生物大分子和药物分析等领域,但存在选择性差的缺点。

  11. The study of molecular interface self-assembly behavior is very important to understand the formation regular of molecular nanostructure and to further realize the artificial control of molecular nanostructure .

    研究分子的界面自组装行为对理解分子纳米结构的形成规律,进一步实现对分子纳米结构的人为控制至关重要。

  12. Research Progress on Molecular Identification and Biologic Behavior of Taenia saginata in Western China

    中国西部地区牛带绦虫的分子鉴定和生物行为研究进展

  13. Molecular Mechanisms of Stress-Strain Behavior of Spider Silk

    蜘蛛丝应力-应变行为的分子结构机理

  14. Conclusions When breast epithelial cells became malignant , some molecular expression and biological behavior were remarkably abnormal .

    结论乳腺上皮细胞发生恶性转变后,其分子表达和生物学行为常发生改变。

  15. The future for behavior genetics is integration of quantitative genetics and molecular genetics centering on behavior genomics .

    行为遗传学的发展前景将是定量遗传学和分子遗传学以行为基因组学为中心的整合。

  16. The Synthesis , Characterizations and Properties of Novel Micro / mesoporous and Bi-micro / mesoporous Composite Molecular Sieves dual porosity behavior

    新型微孔介孔和双微孔介孔复合分子筛的合成、表征及其性能双重孔隙介质产层动态

  17. Computer simulation is neither experiment method nor theory method , which is based on the experiment through the basic principle , to construct the model and algorithm , and calculate the reasonable molecular structure and molecular behavior .

    计算机模拟既不是实验方法也不是理论方法,它是在实验基础上通过基本原理,构筑模型和算法,从而计算出合理的分子结构和分子行为。

  18. The applied force between the supercritical CO2 molecular is relatively small . The molecular aggregation behavior near the critical region is very obvious , which is the main reason for the unique CO2 properties near the critical region .

    超临界CO2流体分子间的作用力比较小,分子在临界区附近的聚集行为特别显著,这也是近临界区CO2物性独特的原因所在。