crosslinking reaction meaning in Chinese
交联反应
Examples
- With increasing the content of ydh151 , the grafting degree increased and the grafting efficiency decreased . however , the content of dcp cannot be added too much so as to avoid the crosslinking reaction between ydh151 and hdpe
但是由于ydh151与hdpe也会发生交联，所以dcp的量不能过多， ydh151的量也在低于10 %为宜， ydh151含量太多时接枝效率大幅度一卜降。 - These changes may be attributed to the competition between the grafting of ydh151 and hdpe and the self - crosslinking of hdpe , and the grafting resisted the crosslinking reaction . furthermore the addition of liquid ydh151 decreased the maximal torque
加入ydh151后， ydh151与hdpe的接枝、交联和hdpe自身的交联并存，接枝对交联有抑制作用，从而使扭矩下降，熔点和结品度部分恢复。 - The extent of grafting was analyzed by ftir and element analysis and thermal properties of hdpe - g - ydh151 were studied by dsc measurement . when adding dcp to hdpe , the melting temperature and the degree of crystallization of the matrix decreased because of the crosslinking reaction of hdpe
而且mmt的加入，降低了hdpe - g - aa的熔融温度和结晶度，这主要是因为剥离后的mmt在一定范围内限制了pe链的运动，从而降低了基体的结晶能力。 - Other non - peroxidated aldehydes , such as formaldehyde , acetaldehyde , glyoxal , acrolein , pyruvaldehyde , salicylaldehyde , all did not change rheological property of these biological materials . the effects of mda on rheological parameters , crosslinking reaction and their relation with age pigment - like fluorescence were studied
戊二醛作为一种蛋白固定剂能特异地改变流体特性，而其它非脂质过氧化醛类，如甲醛、乙醛、乙二醛、丙烯醛、丙酮醛、水杨醛等并没有明显改变上述溶液的流变性。 - To detect whether crosslinking reaction influence the fluorescence properties of the samples , oxygen - evolving psil core complexes were treated with five crosslinking agents at different concentration , then the chlorophyll fluorescence emission , excitation , and intrinsic fluorescence spectra of these samples were measured . the results showed that both chlorophyll fluorescence and intrinsic fluorescence of oxygen - evolving psil core complexes were altered by the crosslinking reaction . the maximum chlorophyll fluorescence band at 682 nm decreased and the intrinsic fluorescence emission intensity at 308 nm and 328 nm either increased or decreased
结果表明：交联处理对psll放氧核心复合物叶绿素荧光和内源荧光都有影响，引起682urn处叶绿素荧光强度的降低、 308urn或328urn处蛋白质内源荧光强度的增大或减小，并与处理时所用交联剂的浓度、交联剂的亲疏水性和交联臂长相关。