The laser shots created nanometer-sized particles in the air.
激光的射击在大气中产生毫微米大小的微粒。
Nanometer sized grains contain only about 900 atoms each.
纳米尺寸的晶粒每个只包含大约900个原子。
Intel could also give an update on its overall 'Penryn' [45-nanometer] line.
英特尔也可能对它的‘Penryn(45纳米)’产品线升级。
Nanometer pellet; Heterogeneous nanometer level material; The laboratory is produced.
纳米颗粒；纳米级多相材料；实验室生产产。
With nanometer era's advent, nano-technology will deeply affect human's manufacture and life.
伴随纳米时代的来临，纳米技术对人类的生产生活将产生深远的影响。
System-on-chip (SOC) opportunities will be driven by Intel's upcoming 32-nanometer technology.
这次System - on - chip (SOC)的机会，将推动Intel即将推出的32纳米技术。
Precision exceeds 0.1%, or 0.5 picometers (2) and spatial resolution is on the nanometer scale.
精确度超过0.1%，或者说在纳米尺度下的空间分辨率在0.5皮米。
Intel showed this first look at a transistor built with its 32-nanometer manufacturing process.
这表明在与英特尔的32纳米制造工艺生产的晶体管先看看。
Displacements of the X - and Y-stages are measured by linear encoders with nanometer resolution.
向平移台和Y向平移台的移动量可由线性编码器测得，分辨率为纳米级。
Objective To study the germicidal mechanism of propolis - silver ion compound nanometer emulsion.
目的研究蜂胶-银离子复合纳米乳剂杀菌机理。
The nanometer yttrium oxides were obtained through precipitation reaction with ammonium bicarbonate.
采用碳铵沉淀工艺，进行了纳米氧化钇的制备研究。
Change the 20-nanometer iridium to same-sized soot particles and the uptake rate falls by 75 percent.
若用相同大小的20纳米烟尘颗粒替换铱粒子，则摄入率降低75%。
A nanometer is one one-billionth of a meter or about 100, 000 times smaller than the width of a human hair.
一纳米是一米的一百亿分之一，或者比一根人的头发要小十万倍。
The HE1000s use what they claim is the world's first "Nanometer grade" diaphragm: less than 0.001mm thick.
HE1000使用的是被厂家称为世界第一的“纳米级”振膜：不足0.001毫米的厚度。
Small angle neutron scattering (SANS) technique is a powerful tool for nanometer structural analysis of materials.
中子小角散射技术是研究纳米尺度范围材料结构的有力工具。
This nanometer material can be used in the silk modification, and it is a new kind material with high economic value.
这种纳米材料也可以应用在丝绸改性中，是一种极有经济价值的新型材料。
This paper presents a brief review of fabrication, characterization and application of nanometer-sized metal electrodes.
本文简要介绍了各种金属纳米电极的制备及表征方法。
Researchers took a 200-millimeter silicon-wafer chip and drilled a 3-nanometer-wide hole (known as a nanopore) through it.
研究人员那一片200毫米的硅片芯片并在上面打上直径3纳米的孔(称为纳米孔)穿过它。
Fabricated with 90-nanometer low-power CMOS technology, the 32-bit PowerPC e300-based multimedia SoC is clockable up to 400MHz.
这个基于PowerPCe300的32位多媒体SoC采用90纳米的低功耗CMOS技术制程，时钟频率400MHz。
Otellini said that Intel is one of the few companies that has committed to a next-generation 22-nanometer manufacturing process.
Otellini说Intel是承诺买进下一代22纳米生产进程的少数公司之一。
Nanotechnology is a new comprehensive system which products new substances and exploits new applied technology in nanometer scale.
纳米技术就是在纳米的尺度范围内，设法组成新物质、开发新应用的技术。
This paper introduces Nanometer technique, its extensive applications, process technologies and latest research results of the world.
本文介绍了纳米技术的广泛用途、加工技术，以及目前国际上最新的研究成果。
The researchers have made a 220-nanometer-thick silicon film that absorbs the same amount of light as an unpatterned film 25 times thicker.
研究者们已经制造出220纳米厚度的硅薄膜，相比于25倍厚的无图案薄膜，它能吸收同样数量的光。
Nanometer measurement technology is one of the preconditions to solve many current and future problems of high accuracy and resolution.
纳米级计量技术是解决目前和未来许多高精度、高分辨力问题的先决条件之一。
The near-field optical memory manufactured with high techique, and nanometer technique has very high memory density and high read-out rate.
近场光学存储器采用了纳米高新制作技术，具有极高的读出速度和极高的存储密度。
The best chips on the market today use planar transistors that are 32 nanometers in size. The next generation will use 22-nanometer transistors.
当今市面上最好的芯片使用32纳米的平面晶体管，而下一代芯片将使用22纳米晶体管。
Scales on the wings have multiple layers of cuticle with varying nanometer-scale spacings between them that produce colors by optical interference.
它翅膀上的鳞屑是由多层的角质层构成，角质层之间是不同的纳米级间隔空间，产生的光学干干涉让我们看到彩虹一样的色彩。
Scales on the wings have multiple layers of cuticle with varying nanometer-scale spacings between them that produce colors by optical interference.
它翅膀上的鳞屑是由多层的角质层构成，角质层之间是不同的纳米级间隔空间，产生的光学干干涉让我们看到彩虹一样的色彩。
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