1) delivery lift
压出高度
2) high-pressure digestion
高压溶出
1.
With kaolinite and pyrophyllite as material,influence of temperature,duration,concentration of caustic soda,addition amount of CaO on reaction behavior of silicon-containing minerals in high-pressure digestion was studied.
选取高岭石和叶腊石作为实验原料,研究了高压溶出过程中温度、时间、苛性碱浓度以及CaO添加量对硅矿物反应行为的影响。
2.
Based on research of thermodynamic analysis of titanium-containing minerals,reaction mechanism of titanium-containing minerals in high-pressure digestion process wa
论文主要研究内容和结论如下:1)采用多种含钛化合物为原料,研究其在不同溶液体系和温度下的反应行为,并结合热力学分析,明确了钛矿物在高压溶出过程中的反应机理:钛矿物首先是与铝酸钠溶液中的游离苛性碱反应生成Na_2O·3TiO_2;Na_2O·3TiO_2与铝酸钠、氢氧化钙反应生成羟基钛酸钙;随着温度的升高,氢氧化钙添加量增加,羟基钛酸钙会与铝酸钠和Ca(OH)_2反应转化成更加稳定的钛酸钙,同时Na_2O·3TiO_2也会与氢氧化钙直接作用生成钛酸钙。
3) high pressure digestion
高压溶出
1.
Scab formed in the preheating process of high pressure digestion is very harmful for alumina production in Bayer process.
拜耳法高压溶出过程形成的结疤 ,对氧化铝生产是十分有害的 ,开展对其结疤性质的研究 ,对于探索结疤形成的机理及结疤的防治 ,提供了理论和实践依据 ,具有十分重要的意义。
2.
The process of Bayer high pressure digestion, the physical meaning of realizing RP control block diagram by computer internal module and the mathematical model in RP control are briefly introduced.
简单介绍了拜尔法高压溶出工艺流程、用计算机内部模块实现RP[1]控制框图的物理意义及RP控制中的数学模型。
4) pressure leaching
高压浸出
1.
The pressure leaching technology has been used in the extraction process of zinc, uranium ,molybdenum, copper, nikel, cobalt, manganese, aluminium, vanadium from it was brought forward, beacuase the pressure leaching can enhance the reaction velocity, so it make many metallurgic processes advance though they cannot do under the normal temperature and pressure.
而且由于高压浸出技术以其生产清洁,流程简单,投资省,资源综合利用率高的特点将有望代替传统的炼锌工艺。
5) digesting
[英][dai'dʒest] [美][daɪ'dʒɛst]
高压溶出
1.
Improvement measures of exhaust gas from digesting diluted tank;
高压溶出稀释槽乏气利用的改进措施
2.
digesting disisliconizer and evaporater .
文章对我国氧化铝生产工艺消耗蒸汽的高压溶出、脱硅机、蒸发器三种主要设备技术水平进行了评价,提出了进一步降低汽耗、节能增效的改进方向。
6) high-voltage output
高压输出
1.
Voltage regulator switching mode power supply with high-voltage output is designed,whose control chip is TOP247Y and the output is 220 V/0.
5A的高压输出稳压电源的设计,给出了电路原理图、各电路设计和器件参数的设计方法,并通过实验得到了实际工作状态下的主要波形图。
补充资料：压出
分子式：
CAS号：
性质：见挤出
CAS号：
性质：见挤出
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参考词条