表面浓度的英文

• surface concentration

• 表面    surface; superficies; bounda ...
• 浓度    potency; thickness; concentr ...
• 表面浓度过剩    surface concentration excess
• 放射性表面浓度    surface concentration of radioactivity
• 地面浓度    concentration on ground; ground concentration; ground level concentration
• 界面浓度    interfacial concentration
• 剖面浓度    concentration of profile
• 最大地面浓度    maximum ground concentration
• 表面过剩浓度    surface excess concentration
• 表面锈蚀(腐蚀)浓度    surface corrosion concentration
• 表面锈蚀浓度    surface corrosion concentration
• 表面状态浓度    surface state concentration
• 表面张力浓度曲线    surface tension concentration curve
• 海面浓雾    fogbank
• 浓度    potency; thickness; concentration; consistence; strength; consistency; density 当量浓度 [化学] equivalent concentration; 高浓度 high concentration; 矿浆浓度 pulp density
• 表面    surface; superficies; boundary; face; rind; sheet; skin; outside; appearance 表面之词 a superficial statement; 表面价值 face value; 粗糙的表面 a rough surface; 光滑的表面 a smooth surface; 地球的表面 the surface of the earth; the face of the earth; 事物的表面 the surface of things; 表面上气壮如牛, 实际上胆小如鼠 outwardly fierce as a bull but inwardly timid as a mouse; 你不能只看事情的表面。 you must not look only at the surface of things. 他那番话不过是表面文章。 he was merely paying lip service
• m浓度    m concentration; m-concentration
• ppb浓度    parts per billion concentration
• pphm浓度    parts per hundred million concentration
• pph浓度    parts per hundred concentration
• ppm浓度    parts per million concentration
• 比浓度    specific concentration
• 冰浓度    ice concentration
• 初浓度    initial concentration
• 氮浓度    nitrogen concentration

• A non - driving - force approximation is presented for the description of dynamic response of a spherical porous particle subject to a step change in the surface concentration
  摘要本研究推导用于描述因颗粒表面浓度阶梯式改变所导致动态行为之非驱动力近似式。
• To produce the " effect " by changing the structure of electric double layer and influence the surface concentration of reaction particle and activation energy of interface reaction , thus affecting the speed of electrode reaction ; c
  通过改变双电层结构产生“ _ 1效应” ，影响反应粒子的表面浓度及界面反应的活化能，从而影响电极反? ?西安理工大学硕士学位论文应速度； c
• Then we studied the effect of junction uniformity on the aluminum - alloyed back surface field to solar cell performance . the formation theory of aluminum - alloyed back surface field , the effect parameters to the doping concentration and the junction depth were analyzed
  比较了两种商业太阳电池的杂质浓度分布及结深情况；叙述了铝背场的作用及形成原理，对影响铝背场表面浓度和结深的参数作了分析。
• The pc id has been used in order to analyse the influence of surface recombination on the performance of crystalline silicon solar cell . in different surface concentration , the relation of the surface recombination velocity and the performance ( voc , jsc , g ) of crystalline silicon solar cell is discussed
  采用pc1d就表面复合对太阳电池性能的影响进行理论计算，探讨了晶体硅太阳电池不同表面浓度条件下，表面复合速度与太阳电池开路电压、短路电流以及转换效率之间的关系。
• From then on , the above two shortcomings had been overcome . impurity concentration and junction depth can be accurately controlled and freely adjusted . both low and high dopant concentration can be gained easily , and ideal distribution of ga in si can also be achieved with uniform surface concentration , good repeatability and high eligibility and excellence ratio , which have greatly improved comprehensive performances of the devices
  此工艺发明以来，克服了上述两者的弊端，杂质浓度和结深能准确控制而又能任意调整，可进行低、高浓度阶段性掺杂，得到元素ga在si中的理想分布，而且表面浓度均匀一致、重复性好、合格率和优品率高，改善和提高了器件的综合性能。
• On the base of these theory calculations , we passivated the front - surface both of different surface doping concentration solar cells by a thin layer of thermally grown sio2 . the results show that the in heavy surface doping concentration cell is lower compared to the cell in light surface doping concentration . the majority of improvement in comes from the emitter surface passivation
  接着采用sio2作为钝化膜，从实验上比较了在不同表面浓度下单晶硅太阳电池的钝化效果，结果表明在高表面浓度下其开路电压比低表面浓度下的开路电压低，这开路电压的提高主要来源于降低了前表面复合。

• 表面浓度的日语：ひょうめんのうど