释放过程的英文

• release procedure

• "释放"英文翻译    release; deliver; clearing; ...
• "过程"英文翻译    process; procedure; transver ...
• "电子释放过程" 英文翻译 :    electron mission process
• "信贷发放过程" 英文翻译 :    credit-granting process
• "按比例缩放过程" 英文翻译 :    scaling process
• "喷放过程中的蒸汽" 英文翻译 :    blow down steam
• "过程释放" 英文翻译 :    procedure release
• "放过" 英文翻译 :    let off; let slip 放过了一个机会 let slip an opportunity; 决不放过一个坏人 never let off a single bad one; 下次我们不能这样轻易放过你。 we won't let you off so easily next time
• "过程入口释放" 英文翻译 :    procedure entry release
• "被放过" 英文翻译 :    get away with; gotten away with
• "放过，宽恕" 英文翻译 :    let off
• "放过；错过" 英文翻译 :    pass up
• "放过力" 英文翻译 :    slipping force
• "放过器" 英文翻译 :    slip gear
• "放过我" 英文翻译 :    set me free
• "释放" 英文翻译 :    1.(恢复被拘押者的人身自由) release; deliver; clearing; set free 取保释放 be released on bail; be bailed out; 刑满释放 be released upon completion of a sentence; 他被释放出狱。 he was released from the gaol.2.[物理学] relief; rid; detachment; trip; tripping; release 释放出能量 release energy; 释放裁定书 rulings of acquittal; 释放程序 release procedure; 释放出狱令 order of release; 释放激素 releasing hormone; 释放令 order for discharge; order of acquittal; 释放囚犯 discharge for prisoner; release a prisoner; 释放语句 free statement; 释放者 releaser; 释放证书 release certificate
• "释放……" 英文翻译 :    release sb/sth from sth
• "放过, 不追究" 英文翻译 :    let pass
• "放过,不追究" 英文翻译 :    let pass
• "放过,放弃,拒绝" 英文翻译 :    pass up
• "放过,拒绝(机会)" 英文翻译 :    pass up
• "放过试验" 英文翻译 :    slip test
• "放过我吧" 英文翻译 :    let me go
• "绝不放过你" 英文翻译 :    i’ll never let you off
• "扫索放过器" 英文翻译 :    sweeping wire slip gear

• This simplified energy release model cannot exactly duplicate the effect of the real distributed energy release process .
  这种简化了的能量释放模型不能精确地反映实际分布的能量释放过程的效应。
• Which indicates whether your code initiated the object s disposal
  ，该参数指明您的代码是否已开始对象的释放过程。
• Salicylic acid adsorption and release on chitosan membrane - real - time dielectric spectroscopy study
  壳聚糖膜对水杨酸吸附及释放过程的实时介电谱法研究
• This general formula can describe not only the releasing process of elastic energy in gas reservoir but also the material balance phenomenon caused by the retrograde condensation in gas reservoir and it can be simplified as the material balance equations of condensate gas reservoirs under several special cases , thus providing a effective means for the performance analysis and prediction of condensate gas reservoir development
  该凝析气藏物质平衡方程通式既能描述气藏弹性能的释放过程，又能描述气藏反凝析引起的物质平衡现象，并可简化为几种特例下凝析气藏的物质平衡方程，为凝析气藏开发动态分析及预测提供了一种有效的手段。
• 5 . the control - release ability was related to the porosity of scaffolds . polymer matrix modified and contained bmp or vegf were subsequently rehydration , little factors released within the first 3 days , at the 7 day reach the peak point and sustained release for 28 days . factors released last to more than 49 days . conclusions : 1
  Bmp在第1 、 3大释放程度显著低于后期，在第7大后逐渐达到高峰，维持到第4周后逐渐减少；其中高空隙率支架释放高峰期可维持至第42天，而且在全部释放过程中都能够高效能释放（ p 0
• Thirdly , do theory analysis and parameters optimization . by modifying the parameters that make effect on the stiffness and the joint damping coefficient , confirm a set of parameters which can reduce the vibration and impulsion , meanwhile enhance the reliability and stability of the system . finally , design the experimental platform , and set up the testing system
  再次,对着陆梯在外拉力作用下进行理论分析和参数调整,通过调整弹簧刚度、关节阻尼系数等参数,分析各主要参数对着陆梯释放过程的影响,确定合理参数,在保证着陆梯顺利释放的基础上,减小释放过程中的冲击和振动,增加系统的可靠性和平稳性。
• The theoretical calculation and explanation of strain behavior during heteroepitaxy of oxides thin films : when the lattice mismatch is relative small ( for example , batio _ 3 / srtio _ 3 with a lattice mismatch of 2 . 18 % ) , the growth mode of thin films is layer - by - layer , and the critical thickness and strain relaxation can be calculated or estimated by matthews - blakeslee expressions ; when the lattice mismatch is large ( for example mgo / srtio _ 3 with lattice mismatch of 8 % ) , the strain relaxation process can be explained by theory of coherent strained islands
  氧化物薄膜异质外延应变行为的理论预测和解释。对于晶格失配较小的外延体系(如batio3 / srtio _ 3 2 . 18 % ) ,薄膜以层状方式进行生长,临界厚度和应变释放过程可以用经典的matthews - blakeslee公式进行预测;对于晶格失配较大的体系(如mgo / srtio _ 3 8 % ) ,薄膜以岛状方式进行生长,应变释放过程可以由弹性应变岛的理论体系进行解释。
• With the rising of gas cloud radius , the explosion pressure increases quickly during energy releasing period , and rapidly attenuates when the flammable gas burns up within gas cloud . ( 2 ) the larger the explosion heat is , the higher the maximum explosion pressure is . with the growing of explosion heat , the explosion pressure sharply increases during energy releasing period , and rapidly attenuates after the flame is distinguished within gas cloud
  利用该程序计算了爆炸场参数，计算结果表明：气云半径越大，爆炸最大压力越大：气云半径越大，气云区内部爆炸压力在能量释放过程中增加得越快，在能量释放完毕以后衰减得也越快；爆热越大，爆炸最大压力越大；爆热越大，气云区内部爆炸压力在能量释放过程中增加得越快，在能量释放完毕以后衰减得也越快。
• Rheed is a powerful tool to monitor and analyze thin films growth dynamically . the growth modes ( layer - by - layer mode , stranski - krastanov mode , 3d mode , texture , and growth modes transition ) and strain relaxation behaviors ( by measuring and calculating the spacing between chosen diffraction dots or streaks ) can be tracked by rheed from its diffraction patterns and intensity oscillations
  从生长模式上看,可以分析如层状生长,层岛结合生长,岛状生长,织构以及这几种生长模式的转变过程;从监测应变释放上看,可以通过精细分析衍射点的间距得到具体的应变释放过程。
• Finally , we present the dspn model of interworking unit on the basis of considering the bursting characteristic of data flow of ip lans and adopting the deterministic transitions which are more close to reality of setup and releasing of connections . we solve the dspn model with timenet
  最后我们考虑了ip局域网的数据流的突发特性，并且采用更加接近实际情况的确定浙江大学博士学位论文h性变迁来表示连接的建立和释放过程，给出了网间互联器的dspn模型，并采用timenet进行了数值计算