Ligand L1 was synthesized successfully in hundred gram-scale under the optimized reaction conditions.
在最佳反应条件下成功合成了百克级的配体L1。
The effects of reaction conditions on yields were investigated.
研究了反应条件对产率的影响。
The reaction conditions were optimized by orthogonal experiments.
通过条件试验和正交试验进行优化。
The yield of bio-oil is determined by materials and reaction conditions.
实验的原料和反应条件决定了液化产物的收率。
The reaction conditions of synthesizing hydroxycitronellal have been explored.
探讨了合成羟基香茅醛的反应条件。
The reaction conditions and model of filling capillary were also investigated.
对溶液填充模式、反应条件等实验参数进行了优化。
The appropriate reaction conditions of cyclization reaction: NaOEt was 1.4 mole eq.
合环反应的条件为：乙醇钠的用量为1.4摩尔当量；
Through calcareous milkiness liquid deposition, optimum reaction conditions were selected.
通过采用灰乳沉淀法，选取最佳反应条件。
The optimum reaction conditions and parameters in producing chlorine dioxide are achieved.
得出了实验室制备二氧化氯的最佳反应条件和参数。
Kinetics and reaction conditions of pressured hydrolysis of cyanides in wastewater is studied.
研究了含氰废水的加压水解反应动力学及反应条件。
The influence of different reaction conditions on toluene conversion is examined and discussed.
对甲苯不同的反应条件的影响转换是研究和讨论。
Influence of resin, reaction conditions, solvent and additives on hammer effect are also discussed.
讨论了树脂、反应条件、溶剂、助剂等不同因素对锤纹效果的影响。
Through controls the reaction conditions, the high degree PVA with different range of degree is obtained.
通过反应条件的控制，可制得不同聚合度范围的高相对分子质量的聚乙烯醇。
In optimizing the concentration of a reaction, achieving homogeneous reaction conditions is often a goal.
达到单向反应条件常常是优化反应浓度的目标。
The Synthesising process, catalyst, reaction conditions, product separation and USES of DIPE are presented.
介绍了DIPE的生产工艺、催化剂、反应条件、产品分离及DIPE的应用情况。
The yield and purity of simetryne reach 73.57% and 89.52% respectively under appropriate reaction conditions.
在适宜的反应条件下，西草净的收率和纯度分别为73.57%和89.52%。
Such reaction conditions as catalyst type, reactant mole ratio, water-carried agent and temperature were determined.
考察了催化剂、反应物的摩尔比、带水剂、反应温度等对反应的影响。
The morphology and crystalline form of the products can be controlled by adjusting the hydrothermal reaction conditions.
而且还可以通过调节水热反应条件来控制产物的形貌和物相结构。
The influences of reaction conditions on oil absorbency and swelling rate were studied, as well as slow release property.
此外探讨了聚合反应条件对树脂吸油率和吸油速率的影响以及树脂的缓释性能。
The reaction conditions have been optimized and the recycle efficiency and the leaching of the catalyst have been studied.
考察了各种反应条件对加氢的影响，催化剂的循环使用及其在有机相中的流失情况。
The time and temperature of prepolymerization were investigated, and the appropriate reaction conditions were ascertained.
分别对预聚反应时间、温度进行了考察，确定了合适的反应条件；
The advantages of the method are mild reaction conditions, simplified operational procedure and the raw materials easy to get.
该制备酰胺的方法具有原料易得、反应条件温和及操作步骤简捷等优点。
Detailed discussion of acid reaction conditions and the impact of factors, cinder of iron oxide decomposition rate of over 95%.
详细讨论了酸解反应工艺条件及影响因素，使烧渣中的氧化铁分解率达95%以上。
Depending upon reaction conditions, the product may be a polyketone formed by addition polymerization of the ketene double bond.
随着反应条件的不同，产物可以是由烯酮的双键加成聚合得到的聚酮。
The experimental results showed high catalytic activity of the catalyst, mild reaction conditions, and convenient in application.
实验结果表明该催化剂活性高，反应条件温和，方法简便。
The optimization of reaction conditions and the primer design are the key factors for the success accomplishment of degenerate PCR.
成功进行简并PCR的关键是设计好两组引物库和对反应条件进行优化。
The optimal reaction conditions of degrading plant cellulose with acetic and hydrochloric acid were discussed by cross experiments.
采用正交试验法探讨了乙酸、盐酸等稀酸降解植物纤维素的最佳反应条件。
Effects of the catalyst preparation and reaction conditions of oligomerization on naphthalene conversion were investigated in detail.
详细考察了催化剂制备条件和反应条件对萘转化率的影响。
Based on the research, the reaction conditions were optimized to increase the selectivity of the main product 2,6- diisopropylaniline.
并在研究基础上优化了反应条件，提高了主产物2，6-二异丙基苯胺的选择性。
The reaction conditions of bioconversion for manufacturing fructose 1, 6 diphosphate (FDP) have been studied by using free yeast cells.
研究了利用游离酵母细胞转化葡萄糖为果糖1,6 -二磷酸(FDP)的反应条件。
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