三乙胺

Triethylamine was selected as the target substance and the effect of the ion injection time on the ion spectra was investigated.

测试了该IMS对三乙胺的响应特性并研究了离子注入时间对离子迁移率谱的影响。

Then 6.5 mL of triethylamine (Et3N) was dropped to form a homogeneous mixture.

然后6.5毫升的三乙胺（ et3n ）降到形成均匀的混合物。

Triethylamine was better base for the reaction.

实验发现三乙胺的效果最佳。

The process flow was designed and experimentally studied for separation of acetone, tetrahydrofuran, triethylamine and water mixture.

对丙酮、四氢呋喃、三乙胺、水混合物的分离进行了工艺流程设计和实验研究。

No dehydrofluorination was observed and better yields were obtained when triethylamine was used.

在使用三乙胺时，未检测到脱氟现象并且产率优秀。

Attempts to use the same reaction conditions for the coupling of the remaining terminal acetylene unit of the resulting rod 15 to 1,3,5-triiodobenzene15 in triethylamine were initially unsuccessful.

尝试使用相同的反应条件耦合其余终端乙炔股造成15杆，以1，3，5 triiodobenzene15在三乙胺最初是不成功的。

The fluorescence intensity of TPP-PDI-TPP triad restored after addition of triethylamine into the solution.

在溶液中引入三乙胺去质子化，体系的荧光又衰弱到原先水平。

About 100% yield of cyclohexanemethanol could be obtained in the presence of triethylamine if adding more catalyst and prolonging the reaction time.

在三乙胺存在下，增大催化剂用量并延长反应时间，苯甲醛可以100％的收率转化为环己基甲醇，没有出现任何副产物。

We adopt the method that combines physical and chemical ways, so that the moisture content in the recycled triethylamine is less than 0.1％, a quality index satisfied for the request of producing AKD.

采用了物理和化学相结合的方法使回收三乙胺的含水量低于0.1％，满足了AKD生产的要求。

The preparation of 2,2-dimethyl-3-hydroxy propanal from the condensation of formaldehyde and i-butyraldehyde by using triethylamine as catalyst was studied.

以异丁醛和甲醛为原料，三乙胺为催化剂，羟醛缩合法合成了2，2-二甲基－3-羟基丙醛。

According to the clear water experiment, aeration performance of the new equipment is good with high total oxygen transfer coefficient and oxygen utilization ratio.

曝气设备的动力效率在叶轮转速为120rpm～150rpm时取得最大值，此时氧利用率和充氧能力也具有较高值。

The environmental stability of that world - including its crushing pressures and icy darkness - means that some of its most famous inhabitants have survived for eons as evolutionary throwbacks, their bodies undergoing little change.

稳定的海底环境─包括能把人压扁的压力和冰冷的黑暗─意谓海底某些最知名的栖居生物已以演化返祖的样态活了万世，形体几无变化。