修复机理的英文

• repair mechanism

• "修复"英文翻译    repair; restore; renovate
• "机理"英文翻译    mechanisation; mechanization ...
• "dna修复机理" 英文翻译 :    dna repair mechanisms
• "修复机理,修复机制" 英文翻译 :    repair mechanism
• "光修复机制" 英文翻译 :    photorepair (mechanism)
• "活塞修复机" 英文翻译 :    knurlizing machine
• "修复机制" 英文翻译 :    repair mechanism
• "遗传修复机制" 英文翻译 :    genetic repair mechanism
• "点突变修复机制" 英文翻译 :    point mutation repair mechanisms
• "信用修复机构法" 英文翻译 :    credit repair organization act
• "修复机器用的成套零部件" 英文翻译 :    rebuild kit
• "机理" 英文翻译 :    mechanisation; mechanization; mechanism 分娩机理 [医学] mechanism of labor; 腐蚀机理 corrosion mechanism; 结晶机理 crystallization mechanism
• "回复机" 英文翻译 :    links and links machine
• "涂复机" 英文翻译 :    coating machine
• "往复机" 英文翻译 :    reciprocating engine
• "修复" 英文翻译 :    1.(修理使恢复完整) repair; restore; renovate 一幅画的修复 the restoration of a picture; 把建筑物修复成原样 restore a building to its original form; 修复城堡花了一年时间和大量的钱。 the restoration to the castle took a year and cast a lot of money.2.[医学] repair;3.[军事] renovation
• "分步重复机" 英文翻译 :    step and repeater
• "恢复机制" 英文翻译 :    recovery mechanism
• "康复机构" 英文翻译 :    rehabilitation agency; rehabilitation institution
• "可恢复机制" 英文翻译 :    recoverable mechanism
• "平型回复机" 英文翻译 :    flat purl machine
• "往复机构" 英文翻译 :    reciprocator
• "圆型回复机" 英文翻译 :    circular purl machine
• "蒸汽往复机" 英文翻译 :    steam reciprocating engine
• "单口滑阀(往复机)" 英文翻译 :    single-ported slide valve

• These studies are helpful for elucidating the mechanisms of dna recognition and repair , and the design of novel synthetic nucleases
  此项研究会对阐明生物体内dna的识别修复机理、合理设计新的人工核酸酶提供理论指导。
• In order to reveal the mechanisms of extreme radioresistance and dna repair in deinococcus radiodurans , we examined proteome changes in a wild type strain following y - irradiation using 2 - dimensional polyacrylamide gel electrophoresis and silver staining
  为了研究耐辐射球菌极强的辐射抗性与dna修复机理，我们应用双向电泳结合银染的方法考察了野生型菌株kd8301在射线照射前后细胞体内总蛋白组的变化情况。
• The haihe river basin is most intensively affected by mankind activities , has the most serious water problems and holds an important strategic position in the national economic and social development , thus the project takes this river basin as the study area and , aiming at filling up the gaps in the existing studies both at home and abroad , intends to solve three key issues of basic sciences concerned with scientific control of water cycle and high efficiency water resources utilization in water scarce river basins , including : 1 ) mechanisms of water cycle and water resource evolution of river basins affected by intensive mankind activities ; 2 ) mechanisms of moisture - driven evolution and restoration of water environment and ecological system of river basins ; and 3 ) methodology for the assessment , optimization and control of utility of water resources utilization
  本项目以人类活动影响最为集中，各类水问题最为突出，且在全国经济社会发展格局中占有重要战略地位的海河流域为研究区，针对当前国内外相关研究存在的不足，项目拟解决实现缺水流域水循环科学调控和水资源高效利用的三大关键基础科学问题：强人类活动干扰下的流域水循环与水资源演变机理；水分驱动下的流域水环境与生态系统的演变与修复机理；水资源利用效用的评价、优化与调控方法。
• Research . htm tasks & arrangements : to accomplish above research . htm contents , seven interconnected subprojects were defined as follows : ( 1 ) coupling of hydro - ecological process and wetland pattern ; ( 2 ) process and behavior of water environment ; ( 3 ) dynamic mechanism and integral simulation of ecological water requirement ; ( 4 ) dynamic mechanism and system modeling of water - environment effects ; ( 5 ) mechanisms of degradation and rehabilitation of hydro - ecological functions of wetland systems ; ( 6 ) mechanisms of degradation and rehabilitation of water - environment functions of wetland systems ; ( 7 ) integrated control of wetland systems in consideration of hydro - ecological and water - environment security
  课题设置：为完成上述3方面研究，围绕3个关键科学问题，共设置有机联系的7个课题： 1 、湿地系统水生态过程与格局耦合； 2 、湿地系统水环境过程与行为； 3 、湿地系统生态需水动力机制及整体模拟； 4 、湿地系统水环境效应动力机制与系统模拟； 5 、湿地系统水生态功能退化及修复机理； 6 、湿地系统水环境功能退化及综合修复机理； 7 、基于水生态和水环境安全的湿地系统整体调控。
• Eight sub - projects will be set up in the project by comprehensively considering the integrity and logic of the project and the synchronism and independence between the topics of sub - projects : 1 ) binary water cycle pattern and mechanism of water resource evolution in the haihe river basin ; 2 ) mechanisms for water cycle - driven ecological evolution and restoration in the haihe river basin ; 3 ) mechanisms of water environment evolution and basis for water pollution control in the haihe river basin ; 4 ) integrated simulation and forecast of water cycle and accompanying processes in the haihe river basin ; 5 ) water cycle - based basic theories and methodology for the assessment of utility of water resource utilization ; 6 ) process of farmland water cycle and mechanisms of high efficiency agricultural water utilization in the haihe river basin ; 7 ) mechanisms of evolution of binary water cycle system and safe , high efficiency water use in cities ; and 8 ) thresholds and patterns for the integral multi - dimensional critical control of water cycle in the haihe river basin
  综合考虑项目研究的整体性、逻辑性，以及课题研究的同步性、独立性，项目将设置八个课题：海河流域二元水循环模式与水资源演变机理；水循环驱动下的海河流域生态演变与修复机理；海河流域水环境演化机理与水污染防治基础；海河流域水循环及其伴生过程的综合模拟与预测；基于水循环的水资源利用效用评价基础理论与方法；海河流域农田水循环过程与农业高效用水机制；城市二元水循环系统演化与安全高效用水机制；海河流域水循环多维临界整体调控阈值与模式。
• Research tasks & arrangements : to accomplish above research contents , seven interconnected subprojects were defined as follows : ( 1 ) coupling of hydro - ecological process and wetland pattern ; ( 2 ) process and behavior of water environment ; ( 3 ) dynamic mechanism and integral simulation of ecological water requirement ; ( 4 ) dynamic mechanism and system modeling of water - environment effects ; ( 5 ) mechanisms of degradation and rehabilitation of hydro - ecological functions of wetland systems ; ( 6 ) mechanisms of degradation and rehabilitation of water - environment functions of wetland systems ; ( 7 ) integrated control of wetland systems in consideration of hydro - ecological and water - environment security
  课题设置：为完成上述3方面研究，围绕3个关键科学问题，共设置有机联系的7个课题： 1 、湿地系统水生态过程与格局耦合； 2 、湿地系统水环境过程与行为； 3 、湿地系统生态需水动力机制及整体模拟； 4 、湿地系统水环境效应动力机制与系统模拟； 5 、湿地系统水生态功能退化及修复机理； 6 、湿地系统水环境功能退化及综合修复机理； 7 、基于水生态和水环境安全的湿地系统整体调控。