| 1. | Historical causes of the complementary effects of confucianism and taoism
兼论道家对儒学独尊地位的挑战 |
| 2. | Not be to cannot be broken up , have a complementary effect however , each have each effect
不是不可分割，而是起到一个互补作用，各有各的作用。 |
| 3. | Complementary effect of traction rotatory manipulation of lumbar spine and silver needle heat conductive treatment on lumbar disc herniation
腰椎定点牵扳疗法与银质针导热疗法治疗腰椎间盘突出症的互补作用 |
| 4. | It was suggested that the concomitant of the independence in ground states and the interactions in excited states were ascribed to the synergetic enhancement and complementary effects uniform in the same composite photoreceptors
两种材料在复合体系中既相互独立从而发挥各自的功能，又在激发态下发生相互作用从而产生敏化作用，是复合体系光导性能互补效应和协同增强效应的本质因素。 |
| 5. | Therefore , i propose the main view herein : there are complementary effects with voluntary disclosure on corporate governance . setting - up and validity of corporate governance mechanism are having great influence on the level of voluntary disclosure
由此,笔者提出本文的主要观点:公司治理与自愿性信息披露之间存在互补效应,公司治理机制的建立及其有效性对自愿性信息披露水平的提高有着重大的影响。 |
| 6. | This paper attempts to incorporate knowledge of management with knowledge of finance and insurance , and applies strategy alliance theory including strategic gap , complementary effect , coordinate effect and alliance risk to researches of bancassurance alliance
本文尝试将管理学知识和金融保险知识相结合，将战略联盟的理论，包括战略缺口、互补效应、协同效应和联盟风险等运用于银行保险联盟研究中。 |
| 7. | For the large - scale industrial enterprise , it must strengthen complementary effect between product line and product type and pay less attention to product structure optimization adjustment . by this way , the enterprise would from the core capability for competition
对大型工业企业而言，以强化产品线和产品品种之间的互补，弱化替代为方向的产品结构优化调整，对企业形成核心竞争能力有极其重要的作用。 |
| 8. | Azo / tiopc = 8 / 2 , cgm / ctm / po1 / 120 / 120 , ( ? / 2 ) " 15oonm = 3 . 3333 ( lx . s ) - 1 , ( ? / 2 ) ? 762 . 5nm = 3 . 3333 ( lx . s ) - 1 ) . chapter iii focused on the description of the physical mechanisms associated with the synergetic enhancement and complementary effects observed in chlorodiane blue azo / tiopc composite photoreceptors
本论文第三章阐明了以氯丹蓝偶氮/酞菁氧钛复合光生材料制备的单层光导体的光敏性协同增强效应和互补效应产生的机制。 |
| 9. | Based on the above theory , the fluorinone - based azo was used to prepare the single - layer photoreceptors with fluorinone - based azo / tiopc composites in chapter iv , experimental data indicated that the photoconductivity of fluorinone - based azo / tiopc composite photoreceptors was improved in comparison with that of chlorodiane blue azo / tiopc composite photoreceptors , the amelioration was attributed to the more pronounced electron - acceptor characteristic of fluorinone - based azo , these results further confirmed the mechanism proposed for the synergetic enhancement and complementary effects in azo / tiopc composite systems
根据激发态下部分电荷转移机理，本论文第四章选择具有电子受体特征比较明显的芴酮基偶氮制备了芴酮基偶氮/酞菁氧钛复合单层光电导体，研究结果发现复合材料的光导性能比氯丹蓝偶氮/酞菁氧钛复合体系有所提高，进一步证实了偶氮/酞菁复合材料光导性能的协同增强效应的内在原因。 |
| 10. | A review of the development of organic semiconductor composite photo - conductive materials and devices was followed by a proposal of the researching theme in this thesis . the effects of fabrication arts such as solvents , gradient , interfacial layer and configurations on the photoconductive properties of the single - layer chlorodiane blue azo / tiopc composite photoreceptors were systematically studied in chapter ii . the results showed that the solvent played a decisive role in the multiphase and multicomponent system composed of two photogeneration species ( chlorodiane blue azo and tiopc ) , a transporting material ( hydrozone ) and polymer binder ; 1 , 4 - dioxane , as an amphiphilic solvent can effectively disperse and stabilize such multiphase and multicomponent systems , the derived photoreceptors presented improved photoconductive properties superior to those of dual - layer counterparts and demonstrated the evident synergetic enhancement and complementary effects ( eg
结果表明：在由两种光生材料氯丹蓝偶氮和酞菁氧钛、传输材料萘苯腙以及聚合物介质组成的多相多组分复合体系中，分散溶剂是至关重要的因素，二氧六环作为典型的双亲性溶剂，有效地分散和稳定了该多相多组分复合体系，得到的复合单层光导体的光敏性在整体上优于双层光导体，复合材料在可见光和近红外光区分别表现出的偶氮和酞菁氧钛的光敏性(如azo / tiopc = 8 / 2 ， cgm / ctm / pc = 1 / 120 / 120时，具有明显的互补效应；在近红外光区明显高于酞菁氧钛与偶氮光敏性的线性加和，表现出协同增强正效应。 |
