1) Physicochemical and biochemical condition
物理化学-生物化学条件
2) water-biochemical condition
水-生物化学条件
3) physicochemical condition
物理化学条件
1.
Characteristics of mineralizing fluid, physicochemical conditions and their evolution of Jialu gold orefield, West Xiao Qinling;
小秦岭西段驾鹿金矿田成矿流体特征、物理化学条件及演化
2.
According to the fluid inclusion and thermodynamics,this paper deals with the physicochemical conditions of mineralization and the transportation anddeposition of An in hydrothermal ore-forming fluid of the deposit.
该文运用包裹体地球化学和热力学方法，研究了矿床形成的物理化学条件以及金的迁移形式和沉淀机制。
3.
The result showing that organic material disturbed to character of supergene-geochemistry with absorbed elements directly and changed physicochemical condition of environment.
对有机质对元素表生地球化学特征的影响机制进行了初步研究,结果表明:有机质主要通过直接吸附元素和改变环境的物理化学条件这两种方式对元素表生地球化学特征产生影响,两者之间又存在着密切的关系。
4) Physical chemical condition
物理化学条件
1.
It has been preliminary studied by analysed the changes of physical chemical condition of auriferous fluid caused by hydrothermal boiling.
仅从热液沸腾造成含金热液物理化学条件改变的角度对这一关系进行初步探讨。
5) physico-chemical condition
物理化学条件
1.
Taking the Xikuangshan antimony deposit for example,the paper has analysed the locating mechanism of superlarge antimony deposit spatially and temporally,mainly from the geological period, the geological structural setting and the physico-chemical condition.
从地质时期、地质构造环境和物理化学条件出发 ,以锡矿山锑矿床为例初步剖析了超大型锑矿床在时间和空间上的定位机制。
6) physico-chemical conditions
物理化学条件
1.
Based on the study results of the mineral inclusion and stable isotope from Laerma gold deposit this paper shows the physico-chemical conditions of mineralization process and discussed the source of ore for Laerma gold deposit.
本文借助矿物包裹体和稳定同位素研究,查明了拉尔玛金矿床的成矿物理化学条件并讨论了该金矿的物质来源。
补充资料：巴赫生物化学研究所
位于莫斯科。1935年建立。下设18个研究室（组），即：①光生化室；②酶室；③化学和工业酶室；④维生素室；⑤空间生化室；⑥生物氧化实验室；⑦技术生化室；⑧生物结构的分子组织室；⑨植物免疫室；⑩演化和放射生化室;膜的生化功能室;碳水化合物室;蛋白质代谢规律室；酶制备室；自养生物的碳同化室；低等植物中不同细胞的生化组；质粒生物能的生化和规律组；蛋白质生物合成组等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条