1.
Determination of fingerprint attribution ratio and process recovery of medicinally effective components for TLPs by quantified fingerprint method
指纹定量法测定通宣理肺丸指纹归属度和药效物质工艺收率
2.
Optimizing Mining Design Technics and Improving Resource Rate of Recovery
优化开采设计工艺 提高资源回收率
3.
When extract-rectification process is used, the yield and purity of indole are both high.
采用萃取-精馏工艺生产吲哚的收率和纯度都高。
4.
The technology conditions that have effect on polyester shrinkage rate were discussed.
探讨了影响涤纶短纤维收缩率的工艺条件。
5.
Technological study on improvement of gold andcopper recovery from gold-copper sulphide ore
提高金铜硫化矿矿石金铜回收率工艺研究
6.
Under above conditions,the yield of DMDBX exceeded 90%.
在此工艺条件下,实验所得产品收率大于90%。
7.
Process Study on Crude Oil Distillation for Increasing the Yield of Light Oil and Wax Oil;
提高原油蒸馏轻油和蜡油收率工艺研究
8.
On Technoligical Innovation Proglumide and the Updated Computing Formular of its Productive Quality;
丙谷胺生产收率计算公式的修正及工艺改进
9.
Research on Improvement Recovery of Sulfur Concentrate by Modifying Filtration Process
通过过滤工艺改进提高硫精矿回收率的研究
10.
Practice of Process to Increase Yield of Titanium in Ferrite Stainless Steel 00Cr12Ti
提高00Cr12Ti铁素体不锈钢钛回收率的工艺实践
11.
Discussion on Process Method of Tin Ore-dressing and Its Recovery Enhancing
锡选矿及提高其回收率的工艺方法探讨
12.
Optimize toluene-butanone dewaxing unit operation to increase oil and wax yields
提高酮苯脱蜡装置油蜡综合收率的工艺措施
13.
Experiment of improved oil recovery by air foam injection low temperature oxidation process
注空气泡沫低温氧化工艺提高采收率试验
14.
Under the optimum conditions, the final 2,3,4-trifluoroaniline product could be obtained with purity of 99.3%, the yield was 97.5%.
在此最佳工艺条件下,得到的产品纯度为99.3%,收率达97.5%。
15.
Technology and Theory Studies of Upgrading Silver Recovery of Flotation from Zinc Leaching Residues;
提高锌浸出渣中银浮选回收率的工艺与理论研究
16.
EFFECTS OF PROCESSING PARAMETERS ON SHRINKAGE AND ITS UNIFORMITY OF PRODUCT BY INJECTION COMPRESSING MOLDING
注射压缩工艺参数对制品收缩率及其均匀度的影响
17.
EFFECT OF SOME TECHNICAL FACTORS ON MELTING PROCESS AND ABSORPTION RATE OF TITANIUM ADDITIVE IN LIQUID ALUMINUM
工艺条件对铝液中钛添加剂熔解速度和吸收率的影响
18.
Optimization of Processing Parameters in Multi-Cavity Injection Molding Based on Volumetric Shrinkage
基于制品体收缩率的多型腔注塑模工艺参数优化