加工深度,depth of processing
1)depth of processing加工深度
1.This study is an empirical study designed to examine the psychological reality of the construct“psychological proximity”in L2 vocabulary acquisition and to explore the relationship between learners’psychological proximity and the depth of processing of the word they learned.其目的在于检验英语词汇习得中的“心理亲近度”这一构式的心理现实性,探索学习者的心理亲近度与其所学单词的加工深度之间的相关性,并试图探究实验中所使用的目标词的下列几种特性可能对学习过程造成的影响:词频,词汇意义的具体性和词性。
英文短句/例句

1.An Experimental Study on the Influence of the Machining Depth on the Machining Speed in EDM of Insulating Ceramics绝缘性陶瓷电火花加工中加工深度对加工速度影响的研究
2.The Relation of Processing Depth,FOK Judgment and Implicit Memory加工深度与FOK判断、内隐记忆的关系
3.Psychological Proximity and Depth of Processing in EFL Vocabulary Learning;英语词汇习得中的心理亲近度与加工深度
4.The Effects of Working Memory Span and Text Process Depth on the Global Goal Inference Generation;工作记忆广度及语篇加工深度对整体目标推理的影响
5.The Effects of Predictive Inference Level and Text Process Depth on the Predictive Inference Generation;预期水平与语篇加工深度对预期推理生成的影响
6.MONITORING OF MULTIPLE MEMORY SYSTEMS: THE INFLUENCE OF LOP AND METAMEMORY TRAINING;加工深度和元记忆训练对多重记忆系统监测的影响
7.Vigorously Promoting Deep Processing of Heavy Oil, Increasing Comprehensive Results of Enterprises;狠抓重油深度加工 提高企业综合效益
8.intensively and fine processing work深加工、精加工产品
9.To perform conversion, formatting, or other functions on(data)before further processing.预加工,预处理在深度加工之前(对材料)进行转换、成形或其他处理
10.Research on Processing Technology for Combining Deep Bore on High-precision of Unsymmetrical Parts非对称零件高精度组合深孔加工技术研究
11.Research on Centerline Straightness Error of Deep-hole Drilling by Robust Design Theory;基于稳健设计理论的深孔加工孔直线度研究
12.VISUAL COMPLETION ON DIFFERENT DEPTH PLANES AND DIFFERENT SURFACES;不同深度平面与表面的视知觉完形加工
13.maximum operating water depth最大工作(水)深度
14.Accelerate the R& D of Tungsten-contained Catalyst to Develop Tungsten Deep-processing Chemical Industry加大含钨催化剂研发力度 发展钨深加工化学品产业
15.The Process Study on the Machining of High-precision Deep Hole with Small Diameter by WEDM-LS慢走丝线切割加工高精度小直径深孔的工艺研究
16.Hydrocracking is one of the most important heavy oil deep conversion processes and has been widely used in modern refining and petrochemical industry.加氢裂化是重油深度加工工艺之一,已在现代炼油和石油化学工业得到广泛应用。
17.The max. depth of drilling is about 50 times of drill tools dia and have to see material for drill specially size.本机种钻孔深度以钻头直径50倍为标准,特殊规格需视加工材质定.
18.Designing & Realization of Chemical Literature Service System Based on Deep-refining;基于深度加工的化学文献服务系统的设计与实现
相关短句/例句

Deep processing深度加工
1.Logical thinking and deep processing of manuscripts of sci-tech periodicals;逻辑思维与科技期刊稿件的深度加工
3)extended working深度加工
1.It is suggested,that the extended working of rolled products should be intensive developed,based on recent conditions of steel industry that the production capacity is over the market demands in China.结合我国钢材生产总体产能过剩的现状,提出应该发展钢材深度加工领域;对钢材深度加工的概念、分类和范围作了阐述;认为当前钢铁企业应该重视产业型深度加工技术,延伸产业链是提高钢材附加值、节约资源、节约能源、发展循环经济、提高企业竞争力的有效途径。
2.It is suggested that the extended working of rolled products should be intensive developed based on the resent condition in steel industry of production capacity beyond the market need in China.论述了我国钢材整体产能过剩形势下,发展钢材深度加工的重要性;对钢材深度加工的概念、分类和范围作了阐述;并指出钢材生产产业链的延伸是提高钢材使用效率、发展循环经济的有效途径。
4)machining accuracy deep hole高精度深孔加工
1.The technology feature of diamond reamer and its application to machining accuracy deep holes for hydraulic pressure components are introduced emphasize through the example of working holes of control valve body of crane.本文以起重机用上车组合操纵阀阀体主孔的高精度加工为例,介绍了金刚石铰刀的技术特点及其在液压零件高精度深孔加工中的应用。
5)coal deep processing煤炭深度加工
1.In view of the necessity of industrial economy development in Ningxia, pointed out is the development trend of coal deep processing and conversion by taking use of the special characteristics and superiority of local coal resources.阐述了近 40年来宁夏在煤炭洗选加工 ,煤炭炼焦 ,煤制电极糊、炭块、煅料、活性炭、碳化硅、瓦斯炭黑及煤炭气化和液化等方面的发展情况 ;根据宁夏工业经济发展的需要 ,指出了适应当地资源特点及优势的煤炭深度加工转化的发展趋
6)deep processing of heavy oil重油深度加工
延伸阅读

原油深度加工分子式:CAS号:性质:原油加工过程中仅有原油常压蒸馏和催化重整两过程者称作浅度加工。与之相对应,具有更多加工过程者称作深度加工。深度加工除采用原油常减压蒸馏过程外还采用催化裂化、加氢裂化、石油焦化等过程。充分利用原油资源和加工重质原料以获取更多的轻质油品,并进而制取众多化学品。