1) testing petroleum
矿物油测定
2) Determination of oil pollution in water
水中矿物油污染监测
3) mineral oil
矿物油
1.
Degradation effect of several pure cultured ectomycorrhizal fungi on mineral oil;
几种纯培养外生菌根真菌对矿物油的降解效果
2.
Infrared spectrograph identificat ion of mineral oil in oiled rice;
红外光谱法测定涂油大米中的矿物油
4) waste mineral oil
废矿物油
1.
The article introduced that the waste mineral oil was common pollutant,meanwhile it was main source of our company's waste water.
废矿物油是国家危险废物名录(环发[1998]89号)排在第8位的企业常见污染物,也是我公司废水COD的主要来源。
2.
In accordance with the National Hazardous Wastes Catalogue, waste mineral oil includes waste engine oil used diesel oil waste gasoline waste crude oils waste hydraulic oil waste vacuum pump oil waste heat treatment oil waste camphor oil and some other mineral oil-based lubricants which loss of the original function of the oil.
根据《国家危险废物名录》的规定,废矿物油(以下简称废油)是指废机油、废柴油、废汽油、废原油、废真空泵油、废液压油、废热处理油、废樟脑油等以矿物油为基础的各类润滑油失去原来功能而报废的油类,属于毒性物质,在《国家危险废物名录》中编号为HW08。
3.
In comparison of foreign and domestic design methods for treatment of waste mineral oil,it is found that at present the majority of processes cannot satisfy relevant energy saving and environmental requirements.
对国内外几种废矿物油处置工艺进行了分析比较,发现大部分工艺较难达到节能环保的要求,介绍一种应用广泛、成熟可靠、环保节能的新型废矿物油再生技术——震动膜废油处理工艺,该技术已在香港地区得到广泛使用,具有良好的应用前景。
5) mineral oil
矿物油类
1.
The method of determination of mineral oil in water and westwater by ultraviolet spectrophotometry;
用紫外分光光度法测定水和废水中矿物油类的方法
6) reservoir mineral
油藏矿物
1.
Effect of molecular deposition film oil displacement agent on the wettability of reservoir minerals;
分子沉积膜驱剂对油藏矿物润湿性的影响
2.
Enhance viscosity reduction of heavy oil by using reservoir minerals and chemical agents in aquathermolysis;
油藏矿物和化学剂强化稠油水热裂解降黏研究
3.
Reservoir minerals can catalyze the aquathermolysis of heavy oil,the reduction rate was doubled by the action of reservoir minerals.
采用辽河稠油,通过室内实验研究了高温水蒸汽作用下油藏矿物及化学剂环烷酸镍和甲酸对稠油性质的影响。
补充资料：矿物电性测定
矿物电性测定
measurement for electric properties of mineral
kuangwu dlanxing eed一ng矿物电性测定(measurement for eleetrieproperties of mineral)主要指矿物导电性能的测定。导电性常以电导率也即电阻率的倒数表示，或直接以电阻率表示测量矿物电阻率的常用方法有:仪友测量法和高压圆盘法两种。仪表测量法是对粗大颗粒的矿物(大于smm).在直流条件下，用细针探头的万用表、电位差计和数字欧姆表等联接组成的指示仪表进行直接测量。高压圆盘法可测不同温度粉末状矿物的比电阻，作出矿粉温度与比电阻的关系曲线。测量装置分为供电和测试两部分，最高电压60kV，最大电流ZomA，采用高压静电电压表和10一‘“A/min度的检流计一套，温度由电偶毫伏计自动调节，矿粉温度最高可达32oC。样品盘置于烘箱内的绝缘架上，高压电通过吊盘传至圆盘，测定时圆盘电极的电压线和镍铬丝的感应电压线以及主电极的电流线由穿过烘箱的绝缘管分别引至静电电压表及检流计上，即获得读数，计算公式为: VF p一了万式中尸为矿粉比电阻，。/cm;v为测定电压，kv;I为通过矿粉层的电流，拌A;F为主电极面积，cmZ;H为矿粉厚度，cm。欲测的样品必须纯净，粒度小于2如m，数量要求5一109。两种测定方法各有优缺点:仪表测量法的优点是快速、准确;缺点是天然矿物粗晶少，难以测量。高压圆盘法影响测定值的因素主要是矿粉层疏松，空隙度大，比电阻数值偏高，故在测量前需进行条件试验，以确定不同粒级矿物的比电阻并加以校正。 (程希翱)
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