文化置换,cultural replacement英语短句,例句大全

文化置换,cultural replacement
1)cultural replacement文化置换
2)catalyzing and displacement催化置换
1.This paper studies on the recycling technology of catalyzing and displacement of cuprum in acid and alkali laden waste liquid discharged during production of circuit board using DH-Ⅱreagent and iron scale.对电路板生产过程中排放的酸、碱两种蚀刻废液,用DH-Ⅱ试剂催化铁置换法回收金属铜工艺进行了探索,分别考察了催化置换反应pH值及铁屑用量条件。
3)displacement fluorination置换氟化
1.The reaction mechanism and the latest research status of displacement fluorination of aromatics are summarized, and the development trends are forecasted also.综述了芳香族置换氟化的反应机理与最新研究状况,并展望了其未来发展前景。

英文短句/例句

1.The acyl chloride product was fluorinated by potassium fluoride and esterified by methanol to synthesize dimethyl tetrafluoroterephthalate.以氟化钾为氟化剂,环丁砜为溶剂置换氟化,再与甲醇酯化得到四氟对苯二甲酸甲酯;
2.The other new technologies used in displacement fluorination are as follows, such as ultrasonic technology, microwave process and electrochemical method.应用到置换氟化的新技术还有超声波技术、微波技术和电化学技术。
3.Synthesis of Sevoflurane in Ionic Liquids by Halogen-exchange Fluorination离子液体中卤素交换氟化合成七氟醚
4.Methods for chemical analysis of magnesium powders and aluminium-magnesium alloy powders--The fluoride replacement-complexometric method for the determination of aluminium contentGB/T4374.4-1984镁粉和铝镁合金粉化学分析方法氟化物置换络合滴定法测定铝量
5.Effect of Sevoflurane Pretreament on Cardiac Enzyme in Patients during Value Replacement七氟醚对心脏瓣膜置换术患者心肌酶的影响
6.Preparation and Characterization of Upconversion Fluorides Nanometer Materials;上转换氟化物纳米材料的制备与表征
7.Study on SF_6 Breakers Micro-water Examination Device六氟化硫断路器微水检测装置的研究
8.atmospheric displacement空气置换转化为蒸汽
9.transistorized channel translating equipment晶体管化波道调换装置
10.Determination of flurorine content in toothpaste by replacing proliferation box with hydrogenfluoride device氟化氢发生装置替代扩散盒测定牙膏中总氟含量
11.The Effects of cTnI、CK-MB with Sevoflurane Combined Anesthesia on Patients with Cadiac Valve Replacement;七氟醚静吸复合麻醉对瓣膜置换术患者cTnI、CK-MB的影响
12.Preparation and Up-conversion Luminescence Characterization of Fluoride Nano-crystal Glass;氟化物微晶玻璃制备与其上转换发光特性研究
13.The Application of Perfluorosulfonated Membrane in Electrochemical Synthesis全氟磺酸离子交换膜应用于电化学中的研究
14.Study of Two/Three-Photon Upconversion on Fluorides Nanometer Materials双光子/三光子上转换氟化物纳米材料的研究
15.Corrosion Behavior of Intraoral Fluoride Controlled-release Device to Chromium-cobalt Castings;氟化物控释装置对钴铬合金腐蚀性的实验研究
16.Polyethylene glycols can be used as effective phase transfer catalyst in halogen exchange fluorination.聚乙二醇可作为卤素交换氟化反应有效的相转移催化剂。
17.Upconversion Emission Design in Rareearth Doped Oxide and Fluoride Nanocrystals稀土氧化物和氟化物纳米晶上转换荧光光谱的设计研究
18.Magnetization and Bioapplication of Rare-earth Doped Fluoride Upconvertion Fluorescent Nanoparticles稀土氟化物上转换荧光纳米粒子的磁功能化与生物应用

相关短句/例句

catalyzing and displacement催化置换
1.This paper studies on the recycling technology of catalyzing and displacement of cuprum in acid and alkali laden waste liquid discharged during production of circuit board using DH-Ⅱreagent and iron scale.对电路板生产过程中排放的酸、碱两种蚀刻废液,用DH-Ⅱ试剂催化铁置换法回收金属铜工艺进行了探索,分别考察了催化置换反应pH值及铁屑用量条件。
3)displacement fluorination置换氟化
1.The reaction mechanism and the latest research status of displacement fluorination of aromatics are summarized, and the development trends are forecasted also.综述了芳香族置换氟化的反应机理与最新研究状况,并展望了其未来发展前景。
4)Replacement transformation置换转化
5)substitutionary oxydation置换氧化
6)cultural transformation文化转换
1.In the broad context of cultural study, the present paper tries to make a profound study of basic principles on cultural transformation in interlingual translation by analysis of samples.在实践当中,语际翻译中文化转换的模式主要有以下的五种基本情形:文化相符、文化相含、文化相斥、文化相缺和文化相融。
2.This essay focuses on the idiom translation from the viewpoint of cultural transformation.文章从文化转换的角度处理成语翻译,只有这样才能尽量使译文读者得到与原文读者相同的感受。
3.In this paper, the author has made a brief study of the cultural transformation in the process of translation on the basis of cultrual correspondence, cultural inclusion, cultural conflict, cultural vacancy, and cultural fusion.正确处理翻译过程中的文化转换，必须要注意两种语言中蕴涵的文化对应、文化包孕、文化冲突、文化空缺和文化融合等五个方面，这样才能更好地避免单纯语言文字翻译所造成的不当或错误。