phase interface中文是什么意思

• 相界面

• "phase"中文翻译    n. 1.形势，局面，状态；阶级。 2.方面，侧面。 3 ...
• "interface"中文翻译    n. 分界面，两个独立体系的相交处。 vt. (-fac ...
• "as-interface" 中文翻译 :    不能使用滤波器; 模块时
• "if interface" 中文翻译 :    交接面
• "interface" 中文翻译 :    n. 分界面，两个独立体系的相交处。 vt. (-faced, -facing) 把界面缝合。 vi. 交流，交谈。
• "t-interface t" 中文翻译 :    接口
• "in phase" 中文翻译 :    同步同相相位一致的; 同相的; 同相地; 自旋相位
• "phase" 中文翻译 :    n. 1.形势，局面，状态；阶级。 2.方面，侧面。 3.【天文学】(月等的)变相，盈亏；【物、天】相，周相，相位。 4.【动物；动物学】型，期。 a youthful phase 青年时期。 The problem has many phases. 这问题是多方面的。 phase distortion 【物理学】相畸变，周相畸变。 enter (up)on a new phase 进入一新的阶段。 from phase to phase during this stage 这一阶段中的各个时期。 in phase 【物理学】相同的[地]；同时协调的[地]。 out of phase 【物理学】异相的[地]，不同相；非同时协调的[地]。 vt. 1.使调整相位，使定相。 2.使分阶段[按计划]进行。 phase in 分阶段引入，逐步采用。 phase out 1. 使逐步结束；使逐步撤出；逐步淘汰；逐部停止(活动等)。 2. (动作等的)逐步停止；逐步撤出。 3. 逐步转入 (into)。
• "phase in" 中文翻译 :    引入投入启用; 逐步采用, 分阶段引入; 逐步到位
• "phase into" 中文翻译 :    逐步投入
• "phase to" 中文翻译 :    phase相间的; phase相位间的
• "phase-in" 中文翻译 :    分阶段引入; 启用; 逐步引进; 逐渐采用
• "s phase" 中文翻译 :    s期
• "t-phase" 中文翻译 :    相位波
• "t-phase t" 中文翻译 :    相位波; 震相
• "to phase in" 中文翻译 :    逐步引进
• "phase-to-phase" 中文翻译 :    相间的
• "same-phase; in-phase; phase coincidence" 中文翻译 :    同相
• "abrupt interface" 中文翻译 :    突变界面
• "access interface" 中文翻译 :    出入接口
• "acoustic interface" 中文翻译 :    声波界面
• "actual interface" 中文翻译 :    实际接口
• "adhesive interface" 中文翻译 :    粘合界面
• "advancing interface" 中文翻译 :    前进界面
• "air interface" 中文翻译 :    空中接口; 空中介面

• The current collector lies in the three - phase interface , having direct effect on batteries characteristic
  负极集电体处于三相界面上，直接影响电池的性能。
• The composition in different phase interface is continuous variety , consequently formation the multi - phase composites with vague interface was formed
  各相界面处成分呈连续过渡变化趋势，构筑了具有模糊界面特征的多相复合体。
• Also showed the sem result that bascvtpu blend was a thermodynamic incompatible system . the distinctness of the phase interface formed by baso4 and tpu depended on the surfaces of baso4 particles
  另外从sem照片分析得知baso _ 4 / tpu为热力学不相容体系，两者之间相界面的清晰度与baso _ 4粒子表面是否加工改性有关。
• Mathematic mesh is composed of folded covers and could be random set by final user , and physical mesh is composed of real material boundary , joints or discontinuities , phase interfaces etc and could n ' t be artifical
  数学网格由折叠的覆盖组成，物理网格则由实际的材料边界、裂缝、块体、不同材料的交接面甚至不同的材料相的界面等组成。
• This was due to three reasons : ( 1 ) baso4 particles were rigid inorganic particles , which could hinder the retraction of polymer molecules and decreased the elasticity . ( 2 ) a bad compatibility between baso4 and tpu , small interface adhesive force and the phase interface ready to separate . ( 3 ) during high content of baso4 , the tenacity of filament mainly depended on tpu , so that the strength decreased with the content of tpu in filament down
  这是因为： baso _ 4属于刚性粒子，阻碍tpu大分子链的回缩，降低了纤维的弹性； baso _ 4与tpu相容性极差，共混时容易形成相界面，界面结合力小，受外力作用时相与相间容易发生分离，使纤维的力学性能下降； baso _ 4在高含量下，纤维强度主要由聚合物的力学性能决定，随着baso4含量的增加， tpu所占比例下降，从而在宏观上表现出纤维的力学性能下降。
• The study conducted research on the following four fields : firstly , the characteristics of the interfacial polymerization system of piperazine aqueous solution / trimesoyl hexane solution were systematically investigated . the results show that at a certain molar ratio between the two monomers , piperazine and trimesoyl , at the two phase interface , a dense functional layer of ultra low pressure , high permeating flux and high salt rejection formed by controlling the time of interfacial polymerization , such as the composite membrane ( i ) , the concentration in water phase is 0 . 4 % , and 0 . 1 % in organic phase , and the polymerization time is 1 minute
  本文主要进行了四个方面的研究，首先系统分析和研究了哌嗪水溶液均苯三甲酰氯正己烷溶液界面聚合体系特征、界面聚合反应中各影响因素对膜性能的影响等，结果发现，当界面处两相单体(哌嗪和酰氯)分子摩尔比为某一比值时，通过控制界面聚合时间(有机相处理时间) ，可以形成超低压高通量高脱盐的致密功能层，如复合膜( ) ，水相浓度为0 . 4 ，有机相浓度为0 . 1 ，聚合时间1min 。
• This article analyzes the characteristics of permafrost earth , establishes mathematical model of earth thermal transfer , which consists of thermal transfer equation in thaw zone , the conservation relationship of heat quantity transferring from pipeline to earth and from earth surface to atmosphere , earth temperatures at thaw zone interface , heat transfer condition of solid phase changing into liquid phase at phase interface
  文章分析了永冻土的特点，建立了永冻土地带土壤传热数学模型：融化圈内外传热方程、管道向土壤和土壤表面向大气所放热量的守恒关系、融化圈界面处土壤温度、相变界面处固相变为液相的传热条件。
• The cracks extend along the matrix / strengthening - phases interfaces and form the cleavage steps and tear ridges . there appear some very small dimples on the fracture surfaces of the directionally solidified samples , which come from the nb - based solid solution particles in the big plates of the strengthening phases , but no dimples on the fracture surfaces of the as - cast sample . it can be concluded from above results that niobium - niobium silicide based in - situ composites ( rmics ) with a uniformly orientated microstructure can be produced by the ebfzm with high temperature gradient , and their mechanical properties can be increased
  随着抽拉速率的提高和硅化铌强化相间距与尺度的减小，材料的室温拉伸强度和断裂韧性均有提高， _ b最高可达778 . 4mpa ， k _ ( ic )达到了46 . 3mpa ? m ~ ( 1 / 2 ) ；试样的拉伸断口基本表现为脆性解理断裂的花样，裂纹沿基体强化相界面绕过强化相进行扩展，在裂纹扩展方向存在解理台阶，并形成撕裂棱。

• phase interface перевод