片语

ZnO nanotubeZnO纳米管

ZnO homojunctionZnO同质结

ZnO QDs氧化锌量子点

ZnO sorbent氧化锌

ZnO varistorsZnO压敏电阻

ZnO dopingZnO掺杂

ZnO microrodZnO微柱

英汉例句

• Future directions for the development of random lasers are discussed, and potential applications of the ZnO random laser are also described.

  讨论了随机激光器未来的发展，并描述了随机激光器潜在的应用前景。

• These unique nanostructures unambiguously demonstrate that ZnO probably has the richest family of nanostructures among all materials, both in structures and in properties.

  目前，寻求纳米氧化锌的新结构、新性质和新的应用领域已成为材料研究的重点课题之一。

• OBJECTIVE: to prepare ZnO cream and to establish its quality control method.

  目的：制备氧化锌乳膏并建立其质量控制方法。

• The mildewproof effect of ultrafine ZnO powder in wheaten paste was evaluated by observation in Petri dish.

  在小麦浆糊(浆糊)里加入氧化锌超细粉(氧化锌)，采用培养皿观察法评价防霉效果。

• The review and research of activated ZnO production, especially the ammonia chloride leaching process are stated. The improving Suggestions are proposed.

  通过研究，对现行活性氧化锌的生产工艺加以比较、评价，提出改进意见，重点对氯化铵浸取法进行了深入研究。

• The room temperature ferromagnetism in Co-doped ZnO films with different carrier concentration fabricated by the sol–gel method at different annealing atmospheres was investigated.

  用溶胶–凝胶法制备的钴掺杂氧化锌薄膜在不同气氛下退火后均显示室温铁磁性，并且具有不同的载流子浓度。

• The ratio of the UV PL intensity to the visible PL intensity is 54, indicating the high quality of ZnO quantum dot was acquired.

  光致发光谱中紫外发射峰积分强度和可见发射峰的积分强度比达到54，表明得到了较高质量的氧化锌量子点。

• It is found that the modification of palladium not only modulates the electronic structure of ZnO but also affects the amount of surface hydroxyl.

  同时，还发现用钯修饰氧化锌不仅可以调节其能带结构，而且还影响了氧化锌上表面羟基的含量。

• In this paper, the conditions of composite chemical copper plating with two solid particles ZnO and SnO are studied.

  研究了氧化锌、氧化亚锡两种固体微粒复合化学镀铜的工艺条件。

• It was showed that the nanoparticle ZnO may shorten the sulfurization time and improve mechanics performance of the rubber.

  结果表明，和普通氧化锌在同等用量时，纳米氧化锌可以缩短胶料的硫化时间，提高胶料的力学性能。

• The ZnO non-linear resistance is used in many power electronics circuit to protect against transient over voltage and surge energy.

  氧化锌非线性电阻广泛用于电力系统过压保护和浪涌能量吸收。

• Dumb-bell ZnO with high purity and uniform size was synthesized by ultrasonic-assisted reflux method.

  采用超声波辅助回流法制备了高纯度且尺寸一致的哑铃状氧化锌。

• A template-free electrochemical deposition method for preparations of ZnO nanorod array is reported.

  报道了一种氧化锌纳米线阵列的无模板电沉积制备方法。

• The effect of two parameters of size of ZnO nanostructures and substrate on field emission is studied.

  研究了形貌尺寸大小和衬底这两个参数对场发射的影响。

• This article describes the working principle of the dual-pole field breaker with high energy nonlinear ZnO resistor and the essential conditions for successful deexcitation.

  阐述双断口磁场断路器配高能氧化锌非线性电阻灭磁系统的工作原理、成功灭磁所必须具备的条件；

• Ultrafine ZnO particles have Mary specific microscopic physical properties and a wide application.

  超细氧化锌具有许多特殊的性能，应用范围很广。

• The geometry of optical fiber using ZnO coating is firstly presented.

  本文主要讨论氧化锌镀膜光纤声光相位调制器。

• The major function of variators of ZnO is to detect and suppress surge voltage and over voltage without destroying themselves.

  氧化锌压敏电阻器的主要功能是探测和抑制反复出现的浪涌电压及过电压而自身不会破坏。

• The Metal ZnO Arrester (MOA) are important over-voltage protection device. They are widely used in electric power system due to their excellent nonlinear and high surge absorbing capability.

  氧化锌避雷器(MOA)是一种重要的过电压保护电器，由于它具有优越的非线性与保护性能而在电力系统中得到了广泛的应用。

• In the study on manufacture of the composites, tetrapod-like ZnO whiskers, PAV and PMMA, water and toluene, are employed as conductive fillers, matrix materials and solvents respectively.

  实验研究工作以四针状氧化锌晶须为填料，以聚乙烯醇和聚甲基丙烯酸甲酯为基体，以水和甲苯为溶剂，制备出了性能良好的导电膜。

• Studies on ZnO varistors in recent years, for improving the energy discharge capability, are reviewed.

  综述了近年来国内外在提高氧化锌电阻片通流能力方面的研究进展。

• Field-emission measurements were applied to compare the field-emission characteristics of the two different morphologies of ZnO nanostructures.

  场发射测试展示并比较了这两种不同形貌和尺寸氧化锌的场发射特性。

• The reason that the insulation resistance becomes low for the ZnO arresters base support is briefly analyzed.

  简要分析了氧化锌避雷器底座支持小瓷瓶绝缘电阻下降的产生原因，并介绍了一种简便的处理方法。