allylamine [,ælələ'mi:n]

allylamine的基本解释

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[化] 烯丙胺

与allylamine相关的网络例句 [注：此内容来源于网络，仅供参考]

We also for the first time compared the the storage stability of the allylamine plasma samples in the different mediums , including the hydrophilicity and biocompatibility, and the results indicated the samples had good stability in the different mediums.

同时还首次比较了丙烯胺等离子体修饰样品在多种不同介质中的储存稳定性，包括亲水性和生物相容性，结果显示样品在不同介质中均有较好的稳定性。

Using allylamine monomer,amine-containing functional films were prepared by pulsed dielectric barrier discharge at a high pressure.

采用高气压脉冲DBD等离子体，以丙烯胺为聚合单体，氩气为辅助气体，合成胺基薄膜。

Using allylamine monomer, amine-containing functional films were prepared by pulsed dielectric barrier discharge at a high pressure.

采用高气压脉冲DBD放电等离子体，以丙烯胺为聚合单体，氢气为辅助气体，合成含胺基薄膜。

Secondly, the pulse discharge plasma with allylamine was discussed, and the modification results with two kinds of discharge models were compared. The results showed that discharge models had influences on the plasma treatment results, especially under lower pressure and higher temperature with pulse discharge. The nitrogen element content in the layer under the pulse discharge was obviously lower than that under the continuous discharge, but there was higher proportion NH〓 groups remaining in the layer under the pulse discharge. The sample surfaces obtained by pulse discharge also had good biocompatibility.

其次讨论了脉冲放电模式下丙烯胺单体的等离子体修饰，比较了两种放电模式对修饰结果的影响，研究结果显示，放电模式对表面修饰层的结果有一定的影响，其中脉冲放电对低压及高温两等离子体条件下的影响尤为明显；脉冲放电下所得到的修饰层中的氮元素含量明显低于连续放电模式下，而脉冲放电下有较高比例NH〓基团保留在修饰层中；脉冲放电所得到的表面修饰层同样有较好的生物相容性。

The denser oxide layer by O2 plasma treatment performed the better surface wettability and enhanced the protein immobilization to have a better result in allylamine plasma treated plates and promoted initial blood coagulation.

此一氧化层可提升表面的亲水性以及提高胶原蛋白的固定效果且拥有较快的血液凝结特性，进而能够进一步改善骨组织的愈合能力及促进骨整合。

与allylamine相关的网络解释 [注：此内容来源于网络，仅供参考]

allylamine：丙烯胺

摘要:本文采用射频等离子体(13.56MH), 以丙烯胺(allylamine)为聚合单体,氩气为辅助气体,含成含胺基力显微镜(AFM)对功能薄膜的结构,成分以及形貌进行测试表征.

allylamine：烯丙胺

Aldehydes 醛类\\ | Allylamine 烯丙胺 | Amines 胺类\\

allylamine：烯柄胺

Aldehydes 醛类\\\\ | Allylamine 烯柄胺 | Amines 胺类\\\\