1.
Optimization of antibiotic concentration in genetic transformation of Populus alba.
银白杨遗传转化中抗生素浓度优化的研究
2.
Optimization of antibiotic concentration during genetic transformation of Lespedeza bicolor
二色胡枝子遗传转化中抗生素浓度优化研究
3.
Concentration optimization of dentin non-collagenous protein on differentiation of ectomesenchymal cells of mandibular process to odontoblast-like cells
DNCP诱导面突外胚间充质细胞向成牙本质样细胞分化的浓度优化
4.
Study on Selecting and Optimizing Technological Conditions of Producing Concentrated Tea Juice with High Concentration and No Sediment;
高浓度无沉淀浓缩茶汁工艺条件选择及优化研究
5.
Optimized Design on Capacitance Sensor for Concentration Measurement of Pulverized Coal;
煤粉浓度测量用电容式传感器优化设计研究
6.
Simultaneous Optimization of Multi-component Mass Exchange Network Based on the Mass Transfer Composition Difference;
基于传质浓度差同步优化多组分质量交换网络
7.
Optimization of Composition and Concentration for Lyophlizing Protectant of Human Red Blood Cells
人红细胞冻干保护剂配方及浓度的优化
8.
Reduce the Steaming Process to Optimize the Operation of Waste Ammonia Concentration of NH_3-N
优化工艺操作降低蒸氨废水的NH_3-N浓度
9.
Measures for optimizing combustion to reducing NO_x emission concentration of boiler
优化燃烧降低锅炉NO_x排放质量浓度的措施
10.
acid-spending strength
废酸浓度(烷基化)
11.
isotonic concentration
【化】等渗[等压]浓度
12.
The Research on Kinetics and Process Conditions Optimization of Treating Wastewater with High Concentration Ammonia-Nitrogen by Chemical Precipitation Method;
化学沉淀法处理高浓度氨氮废水动力学研究及工艺条件优化
13.
Results: The best formulae was that proportion of iodine to potassium iodide was 1:0.6 .alcoholic concentration 76%.
结果:最优处方为碘与碘化钾比例1:0．6,乙醇浓度为76％。
14.
The changes of some serum hormones concentration in Zhejiang outstanding rowers before competition;
浙江省优秀划船运动员赛前血清某些激素浓度的变化
15.
Prediction of coal slurry concentration based on PSO-BP neural networks
基于粒子群优化神经网络的煤炭成浆浓度的预测
16.
Numerical simulation and optimization of flue gas flow field and reagent concentration field in coal fired power station SCR system
燃煤电站SCR内烟气流场及还原剂浓度场模拟与优化
17.
weaken the consistency of (a chemical substance).
削弱化学物质的浓度。
18.
nitrate and chloride concentrations
硝酸盐和氯化物浓度