1.
Design of Meter for Gas Concentration Disposition with High Precision Based on the Mass Flow
基于质量流量的高精度气体浓度配比仪的设计
2.
Study and Discussion of Solving the Supplied Mathematical Problems About Proportoning of Density by Diagraming;
用图示法解浓度配比应用题的教学探讨
3.
Concentration Optimization of R134a/R123 in Auto-cascade Heat Pump Systems
R134a/R123自然复叠式热泵系统浓度配比分析
4.
Preliminary Study on influence of Chitosan-Collagen Compound with Different ratio for Cell Affinity
不同浓度配比的壳聚糖-胶原复合材料对细胞亲和性的影响
5.
The Research of Adopting S7-200 to Control the System of the Dilution of High Density Beer;
基于S7-200控制高浓度啤酒稀释配比系统的研究
6.
Inference of Acidity Scope When Determining the Ligand Concentration via Ternary Coordination Compound
三元配合物测定配体浓度时酸度范围的推断
7.
Automatic control of dilution and mixture ratio of concentrated beer is one of the key techniques of beer dilution.
高浓度啤酒稀释混合配比自动控制系统是啤酒稀释的关键技术之一。
8.
The rate of chlorosulfonation increased with increasing concentration of the gaseous mixture.
气体有效浓度增加,氯磺化反应速率增加,氯气和二氧化硫的体积配比以1∶1为佳。
9.
It is necessary to enrich the fuel by increasing the percentage concentration of uranium-235.
必须提高铀235浓度的百分比，使燃料浓集。
10.
logarithmic viscosity number
对数粘[度]数，比浓对数粘度
11.
The rate of N0 oxidation also increases proportionately with the square of the hydrocarbon concentration but inversely with the NO2 concentration.
NO氧化速率与烃浓度的平方成正比增加，而与NO2浓度成反比。
12.
Experimental results indicated that changing spring concentration can be acted as a effective method to adjust the absorbing properties of chiral materials.
手性螺旋体在基体中的浓度有一最佳浓度匹配点，该浓度点在3.2%4.0%间。
13.
Relationship between Fluorescence Intensity of Eu Complexes in Polymer and Europium Ion Concentration
铕高分子配合物荧光强度与铕离子浓度的关系
14.
having a large proportion of strong liquor.
含有大比例的高浓度酒精。
15.
Ethanol is more effective at a concentration of 50-70 percent;
乙醇的浓度为50%至70%时比较有效，
16.
Percentage of Particulate Concentration Grades in Urban Air in 341 Cities
341个城市空气中颗粒物浓度分级比例
17.
By-products can make up a significant concentration; for example, consider lavender.
产品需要提高它的浓度百分比含量。
18.
Determination of Biapenem in Human Plasma by HPLC
HPLC法测定人血浆中比阿培南的浓度