1)  entropy
浓度熵
1.
In this paper, the theory of entropy for the exchange of pollutants between water and sediments is put forward.
针对水库底质中污染物易向上覆水体释放形成二次污染的问题，提出了水库底层水体与底质之间污染物交换的浓度熵理论。
2)  Merkel chart diagram
默克尔线图(浓度-熵线图)
3)  concentrations
浓度
1.
The index of evaluating activity time course of antibiotics: free drug concentrations of target tissue;
抗生素活性时程的评估指标:靶组织游离药物的浓度
2.
Study on absorption of berberine of different concentrations and purities in rat s intestine;
不同浓度和纯度盐酸小檗碱大鼠肠道吸收动力学比较研究
3.
Comparison of lunbar anesthesia with hyperbaric and isobaric bupivacaine at various concentrations for transurethral electrovaporization of the prostate;
前列腺电切术中不同浓度不同比重布比卡因的腰麻疗效比较
4)  density
浓度
1.
Technical measures for increasing the density of transported tailings in Meishan concentration plant;
梅山选厂提高尾矿输送浓度的技术措施
2.
Studying of simple and easy method in measuring density;
简易浓度测定方法的研究
3.
The application of fuzzy-PID control to a concentration process for ball milling density;
模糊PID在选矿球磨浓度控制中的应用
5)  consistency
浓度
1.
The in paper discnssed to mathematical model of quality control for TMP pulp,establishing an set mathematical model for consistency control and interstice control of disc refiner.
通过TMP盘磨机磨浆的大量试验数据 ,提出并建立了控制磨浆质量的数学模型 ,即控制磨浆浓度的数学模型和控制盘磨间隙的数学模
2.
This ehesis adops experimental method to explore the inffuence of Silicon element whenchanging the consistency in (NH4)2 Fe(SO4)2 according to the experimental results.
主要通过实验的方法来探讨硫酸亚铁铵浓度的变化对钢中硅元素测定结果的影响。
6)  consistence
浓度
1.
Numerical simulation of the slurry consistence through the impeller of the slurry pump;
叶片式渣浆泵叶轮中浆体浓度分布数值模拟
2.
Through analyzing and calculating, the formula about designing diamond consistence of bit was obtained.
通过计算推导与分析 ,得到了孕镶金刚石钻头设计中的重要参数之一———金刚石浓度的量化计算公式。
3.
This experiment focuses on the influence of inlet pressure and consistence to performance of hydrocyclone including output,separation efficiency,separation precision etc.
本实验研究了水力旋流器的进口压力与浓度对旋流器性能的影响,包括生产能力、分级效率、分级精度、分级粒度等指标。
参考词条
补充资料：标准熵
分子式：
CAS号：

性质：根据热力学第三定律的普朗克表述(即0K时，纯物质的完整晶体的熵等于零)规定的物质的熵的绝对值，有时也称为规定熵(conventional entropy)。物理化学手册中给出的是纯物质在标准状态和298.15K的摩尔规定熵，也称为标准熵，符号Sm,298.15,单位J/(K·mol)。在确定熵值时需要用量热方法测量热容Cp与温度的关系以及各种相变热，因此规定熵也称量热熵(calorimetric entropy)。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。