The dimerization process can occur spontaneously at lower or room temperature.
二聚过程在较低温度或常温下能自发进行。
The effects of electron-electron interaction on dimerization in nanographite ribbons are investigated.
研究了纳米石墨带中电子相互作用对二聚化的影响。
The dimerization domain of NEMO was mapped to residues 251-419 by deletion and yeast two-hybrid analyses.
我们首先应用缺失突变和酵母双杂交试验将NEMO的二聚化域确定于251-419残基。
It is shown that the DM interaction may enhance or suppress the dimerization depending on the parameters of the model.
研究表明，随模型参量的不同，DM相互作用能加强或削弱二聚化位移。
We mainly concentrate on the influence of interchain Heisenberg interaction and interchain DM interaction on system dimerization.
分析了链间海森堡相互作用和链间DM相互作用对系统二聚化的影响。
Gas chromatographic analysis for thermal dimerization mixture of pyrolytic C5 fraction was carried out by using capillary column.
用毛细管柱对裂解C 5馏分二聚反应混合物进行了色谱分析。
By means of the invention, the dimerization process can be operated over extended periods of time with prolonged maintenance intervals.
借助本发明，可延长二聚过程的操作时间，延长维修间隔。
It had long been known that the EGFR ligand dimerizes the receptor and that this dimerization converts into an activation of the kinase domain;
人们很早就知道，EGFR配体使受体二聚化，这种二聚化导致激酶结构域的激活；
Stereoselective oxidative dimerization of the enolate of carboxylic acid derivatives is summarized focusing on the stereoselectivity of the process.
综述羧酸衍生物的烯醇盐氧化二聚成键的规律，重点是立体选择性的过程。
Methods for the modification of isocyanates include process of urethane, dimerization, trimerization, biuret, carbodiimide, and blocking reaction, etc.
异氰酸酯的改性方法包括氨酯改性、二聚改性、三聚改性、缩二脲改性、碳化二亚胺改性和封闭改性等。
"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。”
In addition, it was presumed that the dimerization reaction was attributed to the metal hydride mechanism, and some indirect evidences were obtained for supporting this mechanism.
另外，还讨论了反应的金属氢化物机理，并获得了支持该机理存在的间接证据。
In addition, it was presumed that the dimerization reaction was attributed to the metal hydride mechanism, and some indirect evidences were obtained for supporting this mechanism.
另外，还讨论了反应的金属氢化物机理，并获得了支持该机理存在的间接证据。
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