micron

常见例句

• The particle radius unit, the micron, is especially common and useful.
  粒子半径的单位是微米, 微米这个单位尤其普通和有用.
• 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.
• At last future developments of micron op let in microfluidic are prospected.
  论文展望了微液滴的发展前景.
• Stage 2 : Full thickness macular hole, can opener tear or pseudooperculum, 400 micron in diameter.
  全层黄斑裂孔, 可为开罐式撕开或 假性 包盖,直径小于400微米(裂孔).
• Filter element micron ratings are available from. 1 to 300 micron depending on media type.
  过滤元件微米收视率可从0.1至300微米取决于介质类型.
• 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.
• At last future developments of micron op let in microfluidic are prospected.
  论文展望了微液滴的发展前景.
• As athe micron dimension of sample pool, the liquid in it can be as micro fluid.
  样品池的尺寸通常是在微米级, 其中的流体可以视为微流体.
• It is able to trap particles above 0.3 micron in size.
  它能阻隔0.3毫米以上的微粒.
• FDA tested & approval ( USA ) with 5 micron filtration provides more effective filtration . Reduce organic toxin and heavy metals.
  采用符合美国 FDA 标准,孔径5微米的过滤膜处理,可有效去除水中较粗之固体沉淀物,以确保水中混浊度,保持标准.
• Surface finish generated was 11.95 micron Ry.
  表面处理产生的是11.95微米线索.
• 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.
• Thermal strain can be a troublesome source of micron level errors in precision manufacturing.
  在精密制造中,热应力可能造成微米级误差.
• By virtue of process stability, LinkTronix founded 800 Z easily 10 micron Kodak vision screening party better.
  凭借更高的处理稳定性,超胜800Z可轻松进行10微米柯达视方佳加网.
• With this Optical Equipment , we are able to distinguish 0.025 micron microwave.
  用这台光学仪器, 我们可以分辨出0.025微米的微波.
• Micron: Alternative term for Micrometre . A unit to denote the caliper of paper and board.
  微米: 英文是百万分之一米的另一写法. 表示纸或纸板厚度的单位.
• The machining results show that the developed machine tool can reach the accuracy of micron order.
  基于此原理开发的活塞异形销孔设备达到微米级加工精度.
• Special ultra fine sub micron grade for high speed milling especially for mould making.
  特别适合高速铣削的晶粒度为超细的牌号,特别适合模具制造.
• The thickness of lubricating film in micron level was feedback controlled by adopting PID control arithmetic.
  采用PID控制算法对微米级的润滑膜厚度进行反馈控制.
• Stage 2 : Full thickness macular hole, can opener tear or pseudooperculum, 400 micron in diameter.
  全层黄斑裂孔, 可为开罐式撕开或 假性 包盖,直径小于400微米(裂孔).
• Filter element micron ratings are available from. 1 to 300 micron depending on media type.
  过滤元件微米收视率可从0.1至300微米取决于介质类型.
• 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.
• As athe micron dimension of sample pool, the liquid in it can be as micro fluid.
  样品池的尺寸通常是在微米级, 其中的流体可以视为微流体.
• Basically be 19 micron come among them between 23 micron optimal model and good model abb.
  其中主要是19微米至23微米间的最佳型和良好型羊毛.
• FDA tested & approval ( USA ) with 5 micron filtration provides more effective filtration . Reduce organic toxin and heavy metals.
  采用符合美国 FDA 标准,孔径5微米的过滤膜处理,可有效去除水中较粗之固体沉淀物,以确保水中混浊度,保持标准.
• For comparison a particle of smoke is about of a micron in size.
  作为比较,烟中的微粒大约是在十分之一微米大小.
• Surface finish generated was 11.95 micron Ry.
  表面处理产生的是11.95微米线索.
• 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.
• Thermal strain can be a troublesome source of micron level errors in precision manufacturing.
  在精密制造中,热应力可能造成微米级误差.
• By virtue of process stability, LinkTronix founded 800 Z easily 10 micron Kodak vision screening party better.
  凭借更高的处理稳定性,超胜800Z可轻松进行10微米柯达视方佳加网.
• With this Optical Equipment , we are able to distinguish 0.025 micron microwave.
  用这台光学仪器, 我们可以分辨出0.025微米的微波.
• Standard sub micron grade for solid rotary tool applications.
  是适用于可转位工具的晶粒度为亚微米级的标准牌号.
• Micron: Alternative term for Micrometre . A unit to denote the caliper of paper and board.
  微米: 英文是百万分之一米的另一写法. 表示纸或纸板厚度的单位.
• The machining results show that the developed machine tool can reach the accuracy of micron order.
  基于此原理开发的活塞异形销孔设备达到微米级加工精度.
• Strip roughness must not exceed 40 microinch ( 1.0 micron ) order to achieve these minimum coat weights.
  板面粗糙度不能超过40微寸 ( 1.0微米 ),以达到最低镀层重量.
• The thickness of lubricating film in micron level was feedback controlled by adopting PID control arithmetic.
  采用PID控制算法对微米级的润滑膜厚度进行反馈控制.
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