1) marc
浸出粕
1.
The modeling contained a number of parameters, describing the behavior of the marc desolventization during the fallingrate periods in the HCD desolventizer, such as the movingrates of the solid and the vapor phases, the equilibrium relationship and mass transfer rate between the two phases, the void fraction of the solid phase .
该模型可用于对浸出粕脱溶实验数据进行关联,用于HCD脱溶器的设计与选型,亦可用于对HCD脱溶器的操作运行过程进行监控。
2) extraction
浸出
1.
Study on Edible Oil Extraction Technology of Isopropyl Alcohol;
异丙醇油脂浸出工艺的研究
2.
Production safety of oil extraction with 4~# solvent and its product safety;
四号溶剂浸出油脂工艺的生产安全和食品安全
3.
Research and application of expansion-extraction technology for cold-pressed dehulled rapeseed cake;
菜籽仁冷榨饼的膨化浸出研究与实践
3) Leach
浸出
1.
Dynamics researching on pre-leaching alloy in sulfide nickel ore by copper ions in normal atmosphere condition;
铜离子在合金硫化镍矿浸出过程的化学动力学
2.
Sulfuric acid and Acidithiobacilluas ferrooxidans on the fraction of phosphorous leaching;
硫酸和氧化亚铁硫杆菌浸出低品位磷矿
3.
The capacity of two bacillus in leaching phosphorus from rock phosphate;
两株芽孢杆菌对磷矿粉中磷的浸出能力研究
4) lixiviate
浸出
1.
A method, in which the manganese sulphate liquor is lixiviated with the material of inferior manganese carbonate by making the materials be sufficientry mixed and read without heating, is studied in this article.
研究了以劣质碳酸锰矿为原料 ,采取不升温加热、使物料充分混合反应的办法浸出硫酸锰溶液。
5) lixiviation
浸出
1.
The coal desulfurization technology of microbe with lixiviation techniques;
煤的微生物浸出脱硫技术
2.
The study on lixiviation and transfer of principal pollutants in powder coal ash;
粉煤灰中主要有害元素的浸出与迁移实验研究
3.
By many experiments, the conditions of reaction of precipitation and lixiviation are optimized .
本课题重点研究了氢氧化铝沉淀法提取锂,通过一系列实验,得出沉淀锂的最佳实验条件和浸出锂的最佳实验条件。
6) leaching
浸出
1.
Research on Enhancing Dump Leaching of Chalcopyrite by Pyrite;
排土场黄铁矿促进黄铜矿浸出研究
2.
Leaching of Refractory Gold Concentrate by Sulfur-Containing Reagents;
含硫试剂对某难处理金精矿的浸出研究
3.
Electrochemical behavior of marmatite in sulfuric acid leaching;
铁闪锌矿在硫酸浸出过程中的电化学行为
参考词条
补充资料：氨浸出
氨浸出
ammonia leaching
o「、J Inehu氨浸出(ammonia leaehing)J下J含氨的水溶液作为浸出剂的浸出方法。氨是·种配位体，能与某些金属离子形成配合物(络合物)进入溶液。浸出过程一般通入氧作为氧化剂，氧化被浸出固体物料中的有价组分。氨浸出可在常压或加压下进行。含自然铜、氧化铜或碳酸铜的矿石，可在常压下浸出;而含铜、镍、钻、锌等硫化物精矿，则采用加压氧氨浸出，浸出温度通常为358一373K，氧气压力为0.7一1.4MPa。浸出液经蒸馏除去的氨，可用水吸收后循环使用。氨浸出的优点是能处理含铁高和含碱性脉石的矿物原料，设备的防腐问题容易解决。由于氨具有挥发性，氨浸出需要在密闭反应器内进行。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。