1) decarbonation
脱碳酸作用
1.
The epigenetic deformation process of desulph urization and decarbonation exist in the aqueous stratum of Ce Laomiao basin.
脱碳酸作用等一系列的后生改造作用，指出在盆地北西部存在着对铀成矿有利的地球化学障。
2) decarbonization
脱碳
1.
Decarbonization and Protective Coating of High Speed Steel;
高速钢的脱碳和涂料防护
2.
NHD Desulphurization and Decarbonization Device;
合成氨原料气NHD法脱硫脱碳装置
3) decarburization
脱碳
1.
Analysis of Surface Decarburization of Spring Steel Coil Produced by Baosteel Long Product Mill;
高速线材生产的弹簧钢盘卷的表面脱碳分析
2.
Anti-decarburization Coating for GCr15 Steel;
GCr15钢脱碳保护涂层
3.
An activity decarburization model in RH vacuum refining;
一个RH处理过程的脱碳动态模型
4) carbon removal
脱碳
1.
Analysis on Quenching and Carbon Removal Distortion;
轴承圈淬火脱碳和变形分析
2.
It can be used in sulfur removal, carbon removal of acidic gas, removal of carbon with removal of inorganic and organic sulfur simultaneously, which covers almost the entire field of gas purification.
从选择脱硫开始,经过十余年的发展,以甲基二乙醇胺(MDEA)为中心的工艺已成为气体净化领域内最具活力的工艺,可用于选择脱硫、酸气提浓、脱碳,同时脱硫脱碳和脱除有机硫,几乎覆盖了整个气体净化领域。
5) CO 2 removal
脱碳
1.
Simulated calculation was made on MDEA CO 2 removal system using PRO(Ⅱ)software.
应用 PRO (II)软件对 MDEA脱碳系统进行了模拟计算 ,并提供了在年产 1 0万 t合成氨装置中的 MDEA系统模拟数据。
2.
NHD CO 2 removal process and its characteristics in No.
阐述了山西丰喜集团临猗分公司一分厂的 NHD脱碳工艺及特点。
3.
This paper presents the engineering feasibility of aMDEA process revamped from HPC Loheat process,its process properties and its expected economic benefits in the CO 2 removal system of ammonia plant Compared with HPC method,the method is especially superior in solving the process effluent problems and its incremental environment compliance cost is reduced to almost nothin
叙述氨厂脱碳系统由HPC低热工艺改造为MDEA法的技术可行性、工艺特征及其所能取得的经济效益。
6) decarbonizing
脱碳
1.
Two processes were introduced, that is, the decarbonizing and then surface alloying, and the surface alloying directly.
研究了T8钢等离子体脱碳对随后渗金属的影响。
2.
This paper expounds the developing situation, technical principle and technical process of MDEA decarbonizing technology, especially its application in chemical fertilizer industry, pointing out that it is a safe, reliable and high-effective leading technique with economizing on energy and competitive force.
阐述了 MDEA脱碳工艺的发展状况、工艺原理、工艺流程 ,特别是在化肥工业中应用情况 ,指出该技术是一安全可靠、高效节能、有竞争力的领先技
参考词条
补充资料：双脱羧作用
分子式：
CAS号：
性质：含有两个羧基的有机化合物脱掉两个羧基的反应。例如：二取代的丙二酸在四醋酸铅的作用下可发生双脱羧反应生成相应的酮：(CH3CH2CH2·CH2)2C(COOH)2 (CH3CH2CH2CH2)C=O。α-羟基二羧酸在硝酸铈铵的作用下可发生双脱羧反应生成羧酸,这个反应，都属于氧化双脱羧作用，前者脱掉两个羧基氧化成酮，后者脱掉两个羧基同时羟基又氧化为羧基。二羧基消除也属于双脱羧作用。
CAS号：
性质：含有两个羧基的有机化合物脱掉两个羧基的反应。例如：二取代的丙二酸在四醋酸铅的作用下可发生双脱羧反应生成相应的酮：(CH3CH2CH2·CH2)2C(COOH)2 (CH3CH2CH2CH2)C=O。α-羟基二羧酸在硝酸铈铵的作用下可发生双脱羧反应生成羧酸,这个反应，都属于氧化双脱羧作用，前者脱掉两个羧基氧化成酮，后者脱掉两个羧基同时羟基又氧化为羧基。二羧基消除也属于双脱羧作用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。