微粒的

Electrostriction and electrocoagulation promote condensation,rapid precipitation and dewatering so as to avoid using costly macromolecular electrolyte and chemicals.

电压缩和电絮凝促进凝结、快速沉淀及脱水，且不使用昂贵的高分子电解质和化学药品，也不需使用复杂且易于被超细微粒堵塞的过滤系统。

Experiment result demonstrates that its surface isn't oxidized by contrast with the stainless steel at 1 000 ℃. Under the single pulse high voltage, the film shows feeblish discharging characteristic after the bombardment of the high energy microparticles at hundreds times. This can increase the voltage holding capability and reduce the dynamic load of pulse power.

实验证明：在高达 10 0 0℃的温度下，相比不锈钢材料，薄膜表面几乎不被氧化；在单次脉冲高压作用下和在经受数百次高能微粒子轰击后，仍呈现出弱放电特征，既提高了耐压能力，又降低了脉冲电源的动态负载

A new type of non- asbestos rubber gasket sheet was developed using highly fibrillated PAN pulp as a reinforcement and high effciency entrap component replaced of aramid pulp.

以上海兰邦公司生产的高度原纤化聚丙烯腈浆粕为增强及高效微粒捕获组分，取代石棉及芳纶浆粕，开发研制了一种新型无石棉橡胶密封板，并对其进行了系统的性能测试分析。

Water-soluble carboxymethyl glucosan was prepared and used to induce the growth of HA by the reaction with Ca~(2+). Then CMG/HA nano-composite particles were synthesized.

通过对葡聚糖进行改性得到可溶性的羧甲基葡聚糖，利用CMG与Ca~(2+)的相互作用，诱导HA成核生长，成功制备了CMG／HA纳米复合微粒。

NOx and PM are the main exhaust emissions of diesel engines. Emission reduction technologies include turbocharging, turbocharging with intercooling, exhaust gas recirculation, aftertreatment system etc.

氮氧化物和微粒是柴油机的主要排气污染物，在现阶段柴油机排放改善主要针对NO_x和PM排放的降低。

The experimental results show that gold nanowires can be easily formed by gold nanoparticles self-assembling on the surface of CNTs inarched with mercapto groups.

实验表明，纳米金微粒可在接枝巯基的碳纳米管表面自组装形成结构较好的纳米线。

The result indicated that the zircon saturation temperatures for host granodioriterange in 762～773oC,the average is 769oC,and the zircon saturation temperatures for mafic microgranular enclaves range in 752～770oC,the average is 760oC.

计算结果表明，阳坝花岗闪长岩的锆石饱和温度介于762～773oC，平均值为769oC，暗色微粒包体的锆石饱和温度介于752～770oC，平均值为760oC。

Now, let's imagine that we have a microlevel change (e.g., a bug fix or small enhancement) to make.

现在，让我们假设我们有一个微粒级的变更（比如，一个bug fix或一个小的优化需求）。

Now, let's imagine that we have a microlevel change (e.g., a bug fix or small enhancement) to make.

目前，让我们假设我们有一个微粒级的变更（比如，一个bug fix或一个小的优化需求）。

Microlevel, day-to-day changes that individual developers make to acomponent or set of components e.g., bug fixes or small

微粒级，每个开发人员每天都要对组件或一系列组件进行的变更（比如，Bug修复或小的变更请求

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。