nanometer

nanometer

1. A nanometer is one-billionth of a meter. That's like comparing the size of a marble to the size of Earth.

1纳米是1米的十亿分之一。它们之间的大小比较就图同下图的这个大理石球和地球的大小。

2. INGREDIENTS: Snow Lotus Cohobation, Vitamin E, HA, Arbutin, Silicone Oil, Nanometer Level Titanium Oxide Powder.

<主要成份> 雪莲纯露、维生素E、透明质酸、熊果苷、硅油、纳米级钛白粉等。

3. Ge-SiO_2 nanometer semiconductor particle thin films is applied widely in luminescence, laster, photo-switch, photo-communication etc.

Ge-SiO_2纳米半导体颗粒膜在发光、激光、光开关、光通信等方面的应用极为广泛。

4. The NTN bearing technology has achieved in the world only then the nanometer unit size - - nanometer rank accuracy.

NTN的轴承技术达到了世界上只有毫微米单位大小--纳米等级精密度。

5. Nanometer TiO2 can promote DBP in water to photodegrate rapidly. The photocatalysis removal rate of DBP can reach 88.8% when flow rate at 190 ml/min.

TiO2能够促进DBP迅速光解,流速在190 ml/min时,DBP去除率也可达到88.8%。

6. The X-ray phase analysis of the W-Cu system nanometer powder in the course of the MA[ J ].Reshear Studies on Foundry Equipment,2001,6:14-16.

[4]张代东,范爱玲MA过程中W-Cu系纳米粉末的X射线相分析[J].铸造设备研究,2001,6:14-16ZHANG Daidong,FAN Ailing.

7. UNIT NINETEENA nanometer is one billionth of a meter (3~4 atoms wide2).

一纳米即十亿分之一米(可以排列三四个原子)。

8. No. In fact, the concretion is due to the lack of calcium, so the intake of nanometer pearl powder will help to reduce the possibility of concretion.

不会。其实结石的产生由于体内缺钙的原因，服用纳米珍珠粉反而有助于预防结石。

9. Why does someone feel dry after the usage of nanometer pearl powder?

为什么有的人用纳米珍珠粉后会觉得脸上干?

10. It’s a high quality equipment to improve the general performance of coating, printing ink, medical, cosmetic, nanometer soliquoid and so on.

为提高涂料、油墨、制药、化妆品、纳米悬浮液等等物料的性能提供了一个很好的工具，例如，将可能把浆状的金属颜料很好地分散到粉末涂料树脂中从而获得具有金属效果的涂料。

11. In this paper, authors present that how to apply wave theory of light to measure nanometer film thickness by used Michelson's interferometer.

为纳米技术和纳米材料的研究和生产打开了新思路，提供了新方法。

12. The application of nanometer zero-valent iron in the environmental remediation was mainly discussed.

主要对纳米零价铁在环境修复中的应用进行论述。

13. When is the best time to take nanometer pearl powder?

什么时候是服用纳米珍珠粉的最佳时间?

14. How to measure rapidly and accurately the thickness of nanometer is one of important methods of research and product nanometer film.

介绍了如何根据波动光学原理，使用普通物理实验室中的迈克尔逊干涉仪和计算机技术，以及数码摄像技术，比较准确、快速地测量纳米膜的厚度。

15. The research progresses on sustained release recombinant growth hormone in nanometer micospheres, liposomes and chemical modification were reviewed.

从微球、脂质体、化学修饰等方面综述了重组人生长激素长效缓释的研究进展。

16. Most organic crystals always exist as nanometer or micrometer sized “small” crystals.

但是，有机晶体通常难于长大，多数以微纳晶的形式存在。

17. A further complication is that most of the methodologies from MEMS are inapplicable;they simply do not scale down well to nanometer dimensions.

但问题还不只如此，MEMS大部份的方法并不能适用，它们一旦缩小到奈米尺寸就失效了。

18. Sato: To avoid that problem, we use alignment techniques accurate to the nanometer level.

佐藤：为了避免这个问题，我们使用了可以精确到纳米量级的校正技术。

19. Influences of different thermolysis conditions on the grain size of nanometer zinc oxide were studied with SEM.

借助透射电镜(SEM)研究了不同热分解条件对氧化锌粒径的影响规律。

20. Keywords: nanometer, nano acoustic waves, piezoelectric, nano ultrasonics.

关键词：奈米、奈米声波、压电、奈米超音波。

21. The water-based PU is the based material with nanometer particles that has anti-uv function.

其中以水性PU树脂为基材，并添加具有抗紫外线功能的奈米微粒。

22. The barrier-layer alumina films and porous-layer alumina make up of nanometer alumina membrane.

其中阻挡层氧化铝和多孔层氧化铝构成纳米氧化铝模板。

23. Nanometer far-infrared wave energy promotes blood circulation and takes care of catamenia.

具纳米远红外线磁波能量，促进血液循环，调理生理。

24. Nanometer far-infrared wave energy massage deeply with head and promote blood circulation to relax brain pressure.

具纳米远红外线磁波能量，做头部深层按摩，促进血液循环，舒缓脑压。

25. Atomic force microscopy(AFM) has been an important tool for observing and manipulating samples at nanometer scale.

原子力显微镜(Atomic Force Microscopy)已成为在纳米尺度对样品进行观察和操纵的重要工具。

26. Atomic force microscope molecular imaging and nanometer manipulation will be widely applied on biomedicine.

原子力显微镜分子成像和纳米操纵技术在生物医学中具有广阔的应用前景。

27. Hefei Kiln Nanometer Technology Development Co., Ltd.

合肥开尔纳米技术发展有限公司。

28. The application future of MMT in nanometer materials and modern industry wa...

同时介绍了改性蒙脱土在纳米材料及现代工业中的应用前景。

29. This kind of amphoteric polyurethane (APU) can form stable nanometer sized waterborne dispersions in acid or alkaline media.

同时还测定了APU的等电点和水分散液中APU分子链上可离子化基团的含量 ;

30. It will supply a new method in the research field of nanometer technical materials.

同时，也能为纳米和纳米材料的研究生产提供及时和准确的指导。

31. The study of MLM is important for the understanding of nature of nanometer materials and widely potential application of MLM.

国内这一领域的研究工作一般局限于多层膜范 畴，对具有体材尺寸的纳米多层材料性能的研究鲜见报道；

32. The rate of degradation of S~(2-) in waster water was 88.9% and was increased 22% comparing with pure nanometer TiO_2 film.

在实验的浓度范围内,反应服从零级反应动力学规律,对废水中S2-的处理降解率达到88.90%,和纯纳米TiO2膜相比降解率提高了22%。

33. The phase analysis of nanometer WS2 lubricating crystal is made with XRD and the diffraction patterns of WS2 single phase are observed.

在微观结构分析中，用XRD对WS2纳米晶体进行了物相分析，图样显示WS2相为单相；

34. The development of PVD in our country was summarized in this paper,research status and characteristics of nanometer super-hard films were reviewed.

在总结目前国内商业应用刀具PVD技术的发展状况的基础上,介绍了国内纳米超硬薄膜的研究现状及特点;

35. For the recent study, analyses involved two sophisticated instruments capable of studying structures at the nanometer (billionth of a meter) scale.

在最近的研究中，通过使用两种精密的仪器，使得在纳米水平对结构进行研究成为可能。

36. In hydrothermal solution, gold is activated and migrates in the form of hydride, carbonyl compound, nanometer particle, and nanometer alloy.

在热液中金呈金氢化物、金羰基化合物及纳米金粒子、纳米金合金粒子活化迁移。

37. Thestudy on super-elementary units of chromatin in the nanometer (nm) scale is a base step for the higher level.

在纳米水平研究染色质的超级结构，为下一级结构的研究打开了缺口；

38. The electrons are confined in the circular quantum corral at the nanometer lengthscale on the metal surface.

在金属表面上把电子约束在纳米尺度的环形量子围栏中，导致电子波在围栏内形成同心圆状的驻波。

39. The grain size of the porous layer is about 2nm and the thickness lamellar layer is a few tens of nanometer.

多孔羟基磷灰石层是由纳米晶粒构成的，平均晶粒尺寸大约2纳米。花瓣状羟基磷灰石层由约几十纳米大小的晶粒构成。

40. For ultraviolet, nanometer is a preferred term.

对于紫外区通常用毫微米这一名词。

41. Discussed in this paper in influence of integument surfactants on the function, mechanism, preparation and performance of Nanometer fine powders.

对表面活性剂包覆纳米微粉的作用、机理,以及对纳米微粉性质的影响进行了总结、探索。

42. The face membrane is prepared with nanometer pearl layer powder, powde of volcanic, telc, anhydrite and titanium dioxide etc.

将纳米珍珠层粉与火山岩粉、滑石粉、熟石膏粉、钛白粉和淀粉等按一定比例混合,经消毒杀菌后可制得纳米珍珠粉状面膜。

43. The typical adenovirus was observed with electro-microscope by sample of purified NGVEV of DEF cell culture, approximately 70-90 nanometer (nm).

将适应DEF的NGVEV 感染DEF细胞后经超薄切片及电镜观察,可见典型的腺病毒粒子,病毒粒子大小为70-90nm。

44. CNTs has a high aspect ratio, low work function, good electrical conductivity and nanometer tip, which can emit electrons at low voltage.

尤其是它具有大的长径比，低的功函数，良好的导电性和纳米级的尖端，使其能够在相对较低的电压下就能长时间地发射电子，因此被认为是一种优良的场致发射阴极。

45. Developing prospect of the new wave-absorbing materials (nanometer agents, conducting polymer and retinyl schiff base) is also discussed.

展望了纳米吸收剂、导电高分子、视黄基席夫碱等新型微波吸收剂的发展前景。

46. Especially hard agglomerates are bad for sintering of nanometer powder.

并特别指出:要使纳米粉末有良好的烧结性,粉末中不能含有硬团聚体。

47. It is widely used in the field of biogy. Pharmacy. Nanomeler emulsion, nanometer suspension, nanometer lipidosome, nanometer cosmetic and nanometer dyesfufl etc.

广泛用于生物、医药、化工、化妆品等领域。如:细胞破碎,微细分数,纳米乳剂。纳米混悬剂,纳米脂质体,纳米染料等。

48. Study on Drift of Nonlinearity in Nanometer Precision Heterodyne Interferometers[J].

引用该论文 戴高良,殷纯永,谢广平.

49. Research of Nanometer Materials Using Laser Photothermal Effect[J].

引用该论文 王培吉,范素华.

50. An Astigmatic Method for Real-time Nanometer Vibration Measurement[J].

引用该论文 贺锋涛,白永林,冯晓强,侯洵.

51. This nano-bioscience approach also involves in developing new physical techniques to detect bio-macromolecular motion with nanometer precision.

我们也利用奈米生物学的概念，发展在奈米解析度下，侦测生物大分子运动的新颖物理、化学技术。

52. I concentrate my Qi in the eyes and look to the black fog, which is not black fog but is the set of innumerable nanometer pigeons.

我功聚双眼，向黑雾望去，那哪里是什么黑雾，竟然是数不清的纳米鸽子所组成的集合。

53. A method of using the photothermal effect in the direct measurement of diffusivity of nanometer materials is reported.

报道了一种用激光光热效应直接测量纳米材料热扩散率的方法。

54. The effect of nanometer montmorillonite on properties of UF resin was explored.

探讨纳米蒙脱土对脲醛树脂胶黏剂性能的影响。

55. And then W-doped, F-doped and W- and F- doped nanometer VO_2 powder are prepared by the use of the way of the thermal decomposition.

掺钨纳米VO_2粉体,相变温度能降到30℃附近,电阻突变为2个数量级左右。

56. The experiment aimed at the flow and heat transfer characteristics of different forms of nanometer particles in the oscillating heat pipe（OHP）.

摘要主要针对不同形态的纳米颗粒在振荡热管内的流动及热传输特性进行了实验研究。

57. The technique of nanometer scale manipulation is very important in constructing nano-structures and nano-devices.

摘要使用原子力显微镜，在接触模式下实现了对单壁碳纳米管束的各种可控操纵，包括弯折、切割和劈裂等。

58. Used stearic acid coaed nanometer ZnO powder, the process conditions of surface modification were discussed and find the best process conditions in this paper.

摘要用硬脂酸作改性剂，对其改性纳米氧化锌的工艺条件进行了研究，并给出了适合工业化生产的最佳工艺条件。

59. The effect of electro-spinning technology to the mechanical properties of nanometer poly (vinyl alcohol) (PVA) fiber mat was researched.

摘要研究了静电纺工艺条件对聚乙烯醇(PVA)纳米纤维毡力学性能的影响。

60. Hydroxyapatite has already been considered as an excellent medical biomaterial, and nanometer hydroxyapatite possesses special characteristics.

摘要羟基磷灰石是一种优质的医用生物材料，而纳米羟基磷灰石更具有独特的性能。

61. The nanometer material principal, its ultraviolet prevention mechanism, and applications in ultraviolet prevention fiber and fabric are summarized.

摘要详细介绍了纳米材料的基本原理、纳米防紫外线的基本机理以及纳米材料在防紫外线纤维及其织物上的应用方式。

62. This article discusses the development of nanometer intellectualized thermoregulation wool fabric.

摘要采用微胶囊纳米技术开发智能调温毛织物。

63. The recent applications and investigation of nanometer particles in the fields of biology and medicine are briefly reviewed.

文中综述了纳米微粒在生物医学领域中的应用研究进展情况。

64. Abstract: With nanometer pore structure, nanometer-porous materials mainly containing silica aerogel have an excellent property in thermal insutation.

文摘:独特的纳米孔结构使纳米孔绝热材料具有优异的绝热性能。

65. In this paper,the practice of producing nanometer zincite and concentrating indium from the dust of smelting lead was introduced in detail.

文章详细介绍了利用铅冶炼烟尘生产纳米氧化锌并富集铟的生产实践。

66. Development of new nanometer friction material.

新型纳米摩擦材料开发。

67. New Materials: cable material, resource material, energy material, new-type heat insulator, nanometer material, biological material.

新材料：电缆材料、资源材料、能源材料、新型保温材料、电源材料、包装材料、纳米材料、信息功能材料、生物材料等。

68. METHODS Using the nanometer photocatalysis technology clinically,to analyze the bacteriostatic effect of medical environment.

方法采用纳米光催化技术,对医疗环境进行临床条件下杀菌抑菌效果分析。

69. Methods: The nanometer hydroxy apatite was filled the defect around titanium implant.We observed the contact surface.

方法：将纳米羟基磷灰石植入钛种植体周围的骨缺损区，观察种植体与骨界面的结合形式和程度。

70. Generics: Common and customary terms used in commerce (net, network, nanometer, stars for hotels, etc.

普通的:在商业中通用的、成为惯例的术语(如：网络、互联网；酒店的星级等等---）

71. The classification of nanometer device and solid nanoelectron devices including quantum dot and resonance tunnel device and single electr...

最后对半导体器件的发展提出了展望。

72. Maximum wafer size is 6 inch and the minimum feature is 50 nanometer. The accuracy of alignment and stitching is 20 nanometer.

最大晶片尺寸6英寸,对准和拼接精度为20纳米,最小线宽为50纳米。

73. Active component： nanometer titanium pigment, pearl powder、NMF humectant、squalane、beeswax, etc.

有效成份：纳米钛白粉、珍珠粉、NMF保湿剂、角鲨烷、蜂蜡等。

74. Organic - inorganic nanometer compound material have concurrently characteristic of inorganic - organic matter.

有机-无机纳米复合材料兼有无机和有机物的特点。

75. Aims at luxurious siesel engine vehicles special capability requirment,chooses import Nanometer increase dosage,specially for diesel engine vehicles.

本产品针对高级柴油机车的特殊性能要求，选用进口的纳米田间特别研制的柴油机车专用机油。

76. In this paper,the history,properties and applications of nanometer materials were induced.

本文介绍了纳米材料的研究历史、性质和应用前景。

77. Field-flow fractionation is a kind of particle separation technology on the micrometer and nanometer scale.

本文从分离技术入手,着重阐述了场流分离技术的种类与应用。

78. This paper explores nanometer scale CMOS circuits leakage mechanisms and device and circuit techniques to reduce leakage power consumption.

本文分析了纳米级CMOS电路的各种漏电流组成机制并提出了相应的降低技术。

79. This paper outlines research progress and application prospect of nanometer technology.

本文概述了纳米技术的研究进展和应用前景。

80. This paper reviews the studies and application of nanometer polymeric materials in the field of biomedical.

本文综述了纳米科学技术在高分子材料领域的研究现状,重点论述了纳米高分子材料在生物医学领域中的应用,并对其发展前景提出展望。