This paper introduced the preparation of zinc oxide whiskers with different morphology.

Nano-crystalline grain exists in ore particle with micron size.

微米级铁矿粉具有纳米尺度的晶粒.

There is a risk of mud cracking dry film thickness exceeds 120μ m.

膜厚超过120微米,漆膜将有开裂的危险.

Micron scale spheres may be preserved in quenched volcanic matrix.

有时微米级球体可以在淬冷火山岩基质中得以保存.

The era of ultra deep submicron ( UDSM ) design has come.

基于超深压微米设计的时代已经来临.

Particulate matter includes particles from molecular size to greater than 10 Mm in diameter.

微粒物质包括从分子大小到直径大于10微米的粒子.

Brown diffuse may be dominant operation for the sub-micron particle motion.

布朗扩散可能对亚微米颗粒运动起到主导作用.

The minimum dry film thickness of coating shall be 100 microns.

最低干膜涂层厚度应为100微米.

They all basically reach an ultimate vacuum pressure of. 1 micron.

它们基本上能达到. 1微米的极限真空压强.

Measure of a paper's reflectance with a light of wavelength 457 nm.

用波长457微米的蓝光量度纸张的反光强度.

Thank you for the samples, which you sent to us on Sep .10.

谢谢您九月十日寄给我们的样品.

Tarlv score, somatosensory evoked potentials ( SEP ), motor evoked potentials ( MEP ) were examined.

计算Tarlv评分 并检测感觉诱发电位 ( SEP ) 和运动诱发电位 ( MEP ) .

To evaluate the instant effect of naloxone for brain infarction with somatosensory evoked potentials ( SEP ).

目的:应用躯体感觉诱发电位 ( SEP ) 的脑功能评价法观察纳洛酮对脑梗死即刻效应.

AIM : To evaluate the instant effect of naloxone for brain infarction with somatosensory evoked potentials ( SEP ).

目的: 应用躯体感觉诱发电位 ( SEP ) 的脑功能评价法观察纳洛酮对脑梗死即刻效应.

Objective To study the diagnostic values of somatosensory evoked potential ( SEP ) in spinal cord diseases.

目的探讨体感诱发电位 ( SEP ) 在脊髓病变中的诊断价值.

Many thanks for your enquiry of Sep. 30 about our products.

感谢您九月 卅日 来函询问我方的产品.

Please execute the following order according to your quotation of Sep . 30 .

请根据贵公司九月 卅日 所提供之报价,执行以下的订单.

Thanks for your letter of Sep . 15,2002 introducing Mr. Takeda.

感谢你2002年9月15日介绍武田先生的来信.

The results showed that SEP had better toughening effect than EPDM.

结果表明,SEP比EPDM具有更好的增韧效果.

Results The abnormal rates of MEP and SEP were 84.6 % and 92.3 %.

结果MEP和SEP的异常率分别为84.6%,92.3%.

Objective To assess whether SEP monitoring contribute to the identification of spinalcord function.

目的评价脊髓脊柱手术中躯体感觉诱发电位(SEP)监测对脊髓功能的判断作用.