The proper reaction condition was decided.
确定了适宜的反应条件；
The appropriate reaction condition were established.
确定了较好的合成反应条件。
Thus rational formula and proper reaction condition were obtained.
得出合理的配方及适宜的反应条件。
The reaction condition was mild and time was short, the yield was 82%.
该方法反应条件温和，反应时间短，产率达82%。
The reaction condition and the product was optimized and characterized .
最终优化了反应条件，提高了反应收率并对产品进行了表征。
The method has mild reaction condition and simple and direct test steps.
该方法反应条件温和，实验步骤简捷。
The influence of reaction condition on reaction result was also investigated.
还考察了反应条件对反应结果的影响。
The best reaction condition and formula were decided by orthogonal experiment.
由正交实验确定最佳反应条件和实验配方。
The best reaction condition was selected and repeated. The best conversion is over 95%.
选择了最佳反应条件，重复反应酯化率达到95 %以上。
This paper introduces its synthetic technology, reaction condition and reaction catalyst.
文章介绍醇醚的合成工艺、反应条件及催化剂。
According to the new reaction condition of technology, the yield of product increase 4.07%.
结果显示，优化合成工艺条件后，甲基橙皮甙的收率提高了4.07%。
The preparation method has the advantages of simple process, mild reaction condition and the like.
本发明具有制备方法工艺简单、反应条件温和等优点。
Your beliefs and thoughts about a condition or situation affect your reaction to it.
对于一个状态或处境，你的信念和想法会影响你对它的反应。
The condition of the reaction has been selected.
确定了合成反应的最佳反应条件。
The condition of color reaction of beryllium with sulfosalicylic acid was studied.
研究了铍与磺基水杨酸的显色反应条件。
OBJECTIVE: To discuss the operating condition of adverse drug reaction (ADR) report system in China.
目的：探讨我国药品不良反应(adr)报告制度的运作情况。
Under the same condition without DMAP, no reaction happened.
在不加dmap的相同实验条件下，反应不能进行。
The condition of the reaction and the spectral properties of the products were studied.
探讨了反应进行的条件，研究了产物的波谱性质。
Better experimental condition of the color reaction is discussed.
探讨了显色反应适宜的实验条件。
Methods Reaction is held under the strong acid condition.
方法在强酸性条件下反应。
Renewal condition in the first time reaction enterprise inside affair.
在第一时间反应企业内部事务的更新情况。
The effect of the condition of the reaction and the method of aftertreatment were studied.
研究了其合成工艺条件及后处理方法。
The reaction was quick and its compatibility increased under strong acidic condition.
强酸条件下反应速度快，相容性强。
Objective: To investigate the knowledge of nurses about infusion reaction and implementation condition.
目的：了解临床护士对预防输液反应相关知识的认知程度及实施现状。
Objective: To investigate the knowledge of nurses about infusion reaction and implementation condition.
目的：了解临床护士对预防输液反应相关知识的认知程度及实施现状。
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