分散能力的英文

• di ersivepower
• dispersibility
• dispersing power
• dispersive ability
• dispersive power
• power of dispersion
• throwing power

• "分散"英文翻译    disperse; scatter; decentral ...
• "能力"英文翻译    ability; capacity; capabilit ...
• "色散能力；分散能力" 英文翻译 :    dispersive power
• "钙皂分散能力" 英文翻译 :    lime soap dispersing power
• "微观分散能力" 英文翻译 :    microthrowing power
• "分散能" 英文翻译 :    di ersionenergy; dispersion energy
• "肺弥散能力" 英文翻译 :    pulmonary diffusing capacity
• "扩散能力" 英文翻译 :    diffusibility; diffusibleness; diffusing capacity; diffusivity; dispersive capacity
• "热消散能力" 英文翻译 :    heat dissipating ability
• "疏散能力" 英文翻译 :    evacuation capability; evacuation capacity
• "绝对射散能力" 英文翻译 :    absolute scattering power
• "微量布散能力" 英文翻译 :    microthrowing power
• "膜弥散量,膜弥散能力" 英文翻译 :    diffusing capacity of a membrane
• "色散能力，色散本领，色散率" 英文翻译 :    dispersive power
• "分散智慧系统能力" 英文翻译 :    distributed intelligence system capability
• "扩散能" 英文翻译 :    diffusion energy
• "逸散能" 英文翻译 :    fugacity; fugitiveness
• "耗散能量的" 英文翻译 :    lossy
• "离散能级" 英文翻译 :    discrete energy level
• "内部耗散能" 英文翻译 :    internal dissipation energy
• "消散能量" 英文翻译 :    dissipated energy
• "分散" 英文翻译 :    1.disperse; scatter; decentralize 分散精力 diffuse one's energies; 分散注意力 divert one's attention; 统一领导, 分散经营 unified leadership and decentralized management; 士兵们分散在广阔的战线上。 the soldiers were dispersed along a wide front. 犹太人分散在世界各地。 the jews are scattered over the world.2.scattering; dispersal; dispersion; segregation; spitting; spurting; disjection; deconcentration; peptization
• "散能量分光计" 英文翻译 :    energy dispersion spectrometer; energy dispersion pectrometer
• "色散能分光计" 英文翻译 :    energy-dispersive spectrometer
• "能力" 英文翻译 :    ability; capacity; capability 极有能力的人 a man of great abilities; 能力所及 reach within one's capacity; 生产能力 production capacity; 阅读能力 reading ability; 他的理解能力极强。 he has a mind of great capacity. 我们应该培养学生分析问题和解决问题的能力。 we should develop the students' ability to analyse and solve problems.; 能力测验 ability test; 能力倾向 aptitude; 能力水平 ability level

• The suitable additives recombination can not only improve considerably the quality of chromium coating , increase the brightness , current efficiency , dispersion ability and sedimentation velocity , but also enlarge the application scope of chromium plating technology
  采用适当的添加剂复合不仅可以显著提高镀铬层质量，增加光亮度、电流效率、分散能力和沉积速度，而且可以扩大镀铬工艺范围。
• The dispersion and diffusion of the effective nickel plating solution were enhanced by adding a small amount of rare earth compound , the depositing rate , hardness , anti - wear and the surface quality of the coating were accordingly improved
  摘要通过在快速镍电刷镀液中加入少量稀土化合物，改善镀液的分散能力和深镀能力，提高镀层刷镀速度，从而增加镀层的硬度和耐磨性，改善镀层表面质量。
• They believe that the damages should be borne by the party concerned who has the capability of cost dissipation , and , with the enterprise who creates danger adding the losses it undertakes to the cost of its product , be finally dissipated to thousands and thousands pf consumers who buy the product , reaching the goal of allocation of losses in cost . the liability for damages should be assumed by the party who is capable of performing the duty of awareness and avoiding the accident . the victim normally has not such capability while the danger creator does have the capability to prevent the damage occurring
  认为损害应由具有成本分散能力的一方当事人承担，通过制造危险的企业将其商品的成本中加入其所承担的损失，而分散给购买其商品的千千万万个消费者而达到成本分摊损失的目的；损害责任应由有能力采取注意义务；避免意外事故发生的当事人负责，受害人一般无此能力，相反危险的制造者则有能力避免损害发生；基于公平的观念，制造危险者往往从危险活动中受益，由其承担损失是正义的要求；危险责任的成立，也是诉讼上证据保全的要求，即从事异常危险沼动所导致的损害事件，例如炸药爆炸、大量汽油爆炸以及飞机失事等、意外事故，查常破坏这些事件过程中的证据，使证据灭失，而由原告证，明被告过失显然不能，因此对被告的高度危险性活动所生损害应负严格责任。
• Experimental results indicated that the polypropylene fiber can improve the workability of concrete availably , and can increase the presentation quality of structures with the voids and pits decreased ; the cracks of beam are controlled effectively , the width and length of crack decreased , the dispersibility of crack in beam face improved , and the ductility of beam increased ; and the cracking load of reinforced concrete beam is increased , the amplify up to about 30 % , simultaneity the ultimate bear capacity increased
  试验研究表明，使用聚丙烯纤维后，能有效改善新拌混凝土的和易性，并能增强混凝土构件的外观质量，减少构件表面蜂窝、麻面、气孔、细小裂纹等；同时，在破坏试验过程中发现梁的裂缝能得到有效控制，裂缝宽度减小，裂缝的发展高度降低，裂缝的条数增加，提高了梁截面的裂缝分散能力，增强了梁中混凝土的韧性；提高了钢筋混凝土梁的开裂荷载，幅度可达30左右，增强了结构的延性，提高了结构的抗裂性能和屈服荷载。
• Using contrast and orthogonal experiment methods , the effect of electrolyte formulae for varied concentration of cr03 and technology of chromium plating on coating property was studied systematically in this paper . primary factors and their interrelations , which influence the brightness of coating , the current efficiency , dispersion ability and sedimentation velocity of electrolyte were discovered
  本文采用对比试验和正交试验等方法系统地研究了低、中、高三种不同铬酐浓度的镀铬液组成和镀铬工艺对镀铬层性能的影响，找到了影响镀层光亮度、镀液电流效率、分散能力和沉积速度的主要因素及其相互关系。
• Meanwhile , fundamental principles about electroless tin plating by reducing agent and disproportionation reaction were explained . function of every component in the bath was explained that complexing agent can effectively change the potential of copper and tin , and accelerate the beginning of replacement reaction favorably ; reducing agent can increase the rate of chemical reaction and has the effect of promoting reaction dynamics too ; antioxidant can effectively prevent sn2 + in the bath from being oxidated ; additive agent a can improve the stability of the bath ; additive agent b has such effects as refining and brightening for the tin deposits , and it enlarges the range of brightening section ; additive agent c used as leveling agent can not only make the depostis level off , but also improve the dispersive ability of the bath ; surface - active agent can solve bubble problem which gathered on the surface of the deposits , and improve the surface quality of the deposits and the bath stability
  阐述了镀液中各组分的作用：络合剂能有效地改变铜、锡的电位，促使初期的置换反应顺利进行；还原剂能加快化学反应速度，对反应动力学有积极的促进作用；抗氧化剂能有效地防止镀液中sn ~ ( 2 + )的氧化；添加剂a能提高镀液的稳定性，添加剂b对镀层能有细化和光亮作用，扩大了镀层光亮区的范围；添加剂c作为平滑剂，不仅能增强镀层表面的平整性，而且能提高镀液的分散能力；表面活性剂较好地解决了化学镀过程中汽泡在镀件表面聚集的问题，提高了镀层的表面质量和镀液的稳定性。
• When sn2 + concentration in the bath is lower , sn2 + activity is not enough causes slow deposition rate and slow growth rate of crystallizing nucleus , so crystalline granularity deposited is smaller ; when sn2 + concentration in the bath is higher , the dispersive ability of the bath decreases and the surface quality of the deposits sets worse
  镀液中sn ~ ( 2 + )浓度较低时，离子活度不够，沉积速度慢，晶核成长速度慢，使沉积的晶粒粒度较小； sn ~ ( 2 + )浓度过高，镀液分散能力降低，使镀层的表面质量下降。

• 分散能力的日语：きんいつでんかいせい ぶんぷのう スローイングパワー