| 1. | The dimerization reaction of nitrotoluene
硝基甲苯的二聚反应 |
| 2. | Metallothionein - 3 ; yeast two - hybrid system ; interaction ; dimerization
金属硫蛋白- 3酵母双杂交系统相互作用二聚体 |
| 3. | The problem of doped mpc ' s dimerization is discussed and different kinds of solving methods are presented
本文综述了基于非线性理论光限幅材料的研究进展、前景和面临的主要问题。 |
| 4. | " it interacts with another key protein , called tab1 , and it also interacts on a structural leel with itself ? a process called dimerization , " the researcher explains
研究人员解释： “它和另外一个称为tab1的关键蛋白相互作用，它也和它自身在一种结构水平相互作用，称为二聚体形成。 ” |
| 5. | " it interacts with another key protein , called tab1 , and it also interacts on a structural level with itself ? a process called dimerization , " the researcher explains
研究人员解释： “它和另外一个称为tab1的关键蛋白相互作用，它也和它自身在一种结构水平相互作用，称为二聚体形成。 ” |
| 6. | In the third chapter , the effects on the properties of ground state of spin = 1 anti - ferromagnetic single chain , from dimerization , exchange anisotropy and single - ion anisotropy , are investigated
第三章中，我们研究二聚化、交换各向异性j _ z 、和单离子各向异性d对一维自旋s = 1的反铁磁单链基态性质的影响。 |
| 7. | The third is the formation of crosslinked silica network and micropores which can protect mpc molecules from colliding with each other and therefore suppress dimerization . in order to prepare composites with the least dimerizatio
基于原位合成的思路，应用紫外一可见吸收光谱( uv / vis ) 、红外光谱( ir ) 、元素分析等测试技术系统地研究 |
| 8. | The results showed that the excitons were completely recombined after 900 fsec and the geometry structure of the polymer such as the bow and the ring - torsion angles returned to the ground states , which were the dimerization states
结果表明，大约在900fsec之后激子复合过程结束，电子结构返回到二聚化状态，体系的键序波、芳环扭角等回到基态的二聚化状态。 |
| 9. | It is found that dimerization of doped mpc molecules is mainly affected by three factors . one is the structure characteristic of mpc molecule . the other is the change of chemical environment , including the decrease of ethanol / water ratio and quantity of remaining solvent , which promotes dimerization
因此，可以调整溶胶一凝胶工艺参数，通过对基质的设计实现对酞著二聚行为的调控，强化凝胶孔的“笼化， ，效应以有效抑制二聚。 |
| 10. | Since the dimerization of rapgap is conserved from c . elegans to human , our research focused on the conserved amino acids in this part to check which conserved amino acid was concerned with the dimerization and how was the relationship between the dimerization and catalytic activity
而r … gap的催化结构域位于zio上97氨基酸。因此，是否raplgap分子中第乃4氨基酸与二聚体的形成有关，以及二聚体形成对其活性是否有影响是我们要解决的问题。 |
