field emission的例句大全

Influence of Thermal Sintering and Annealing Technics on Field Emission of Screen-printed Carbon Nanotube Films on Glass Substrate

热烧结及其退火工艺对玻璃衬底印刷碳纳米管薄膜场发射的影响

Cobalt ( II, III) oxide stands as an important p-type functional material with applications in lithium ion batteries ( LIBs), heterogeneous catalysts, gas sensors, electrochromic devices, field emission, optical and magnetic materials.

氧化钻（Ⅱ，Ⅲ）是一种重要的功能p型半导体材料，其普遍应用于锂离子电池、催化剂、气体传感器、电致变色、场发射以及光学、磁学等诸多领域中。

Work function of any material significantly affects its thermal electron emission and field emission.

材料的功函数对其热电子发射或场电子发射都有决定性的影响。

Thermal field emission lithography system the present state of the art and Application

热场致发射电子源曝光系统的技术现状和应用前景

The characteristics of field emission materials Temperature-Dependent Luminescence Originating from the Recombination of Excitons in Organic Light-Emitting Materials

场致发射材料的特性有机材料激子发光的温度特性

Usually, only the thermionic cathode and the field emission cathode have access to such the high emission current of the electron beams.

通常只有热致电子发射阴极和场致电子发射阴极能够获得如此大的电流强度的电子束。

The aim of this dissertation is to make theoretical analysis and experimental research on the field emission current generated between tip and sample surface, analyzing the effect of fabrication parameters on the results of weak current during the process of dots and lines fabrication.

本课题对AFM电场诱导氧化加工中探针与样品之间产生的场发射电流进行了理论分析和实验研究，通过实验分析了加工参数对氧化点、氧化线加工过程中检测出的微弱电流的影响。

The result showed that this material had low turn-on filed strength and threshold field strength, and good field emission properties.

场发射性能测试结果表明，该阴极材料具有很低的开启电场强度和阈值电场强度，并表现出较强的场发射稳定性。

This paper analyses and compares the influence of temperature upon metal thermal emission, field emission, photoelectric emission and subsequent emission.

分析比较温度对金属热发射、场致发射、光电发射和次级发射的影响。

The field emission characteristics of carbon nanotubes ( CNTs) including turn-on field, threshold field, density of emission current, current stability and electronic energy distribution are discussed in detail.

详细论述了碳纳米管的场致发射特性，包括开启电场、阈值电场、发射电流密度、发射电流的稳定性及场发射电子能量分布等；

Wavelet neural networks model on threshold electric field of field emission from thin films

薄膜场发射开启电场的小波神经网络预测模型研究

Field emission measurement of carbon nano belts film shows it has threshold electric field with 2.5 V/ μ m.

场发射特性测试结果表明，碳纳米带膜的场发射阈值电场为2.5V/μm。

Carbon nanotubes ( CNTs) are excellent field emission cold cathode materials with a low threshold electric field and a high emission current density, which make them attractive for potential application in panel display.

碳纳米管（CNTs）具有低的阈值电场和高的发射电流密度，是一种性能优良的冷阴极材料，在平面显示领域具有潜在的应用价值。

The data of diamond thin film on threshold electric field in field emission is used to test this model, and the results show that the absolute value of the relative error of the model is within 1.30%.

并用金刚石薄膜场发射开启电场数据进行了验证，结果表明该模型预测的相对误差小于130%。

Study of Thick Film Process for Carbon Nanotubes Field Emission Cathode

碳纳米管场发射阴极的厚膜工艺研究

This thesis uses the model of wavelet neural networks, proposes the forecasting model of neural networks in combination with the characteristics of field emission cold cathode, and applies the data of threshold electric field of carbon nanotubes thin film to test.

文章利用小波神经网络模型，结合薄膜场发射的特性建立了场发射开启电场的神经网络预测模型，并用碳纳米管薄膜的开启电场数据样本进行验证。

The carbon nanotube ( CNT) is a kind of cold cathode material with excellent field emission performance. It has a low threshold electric field and a high emission current density which make it attractive for the potential application in the flat panel display.

碳纳米管是一种性能优良的场发射冷阴极材料，具有低的阈值电场和高的发射电流密度，在平板显示领域具有广阔的应用前景。

Aim To study the effects of different dispersers and heat-treatment under different plasma atmospheres on field emission current and threshold value electric field.

目的研究金刚石场发射阴极处理工艺对场发射电流和阈值电压的影响。

The field emission current density distribution over the tip surface was established using Fowler-Nordheim function, and the emission current over the single tip established by integrating the current density all over the single tip surface was 7 μ A.

由Fowler Nordheim函数可得到尖锥表面的场致发射电流密度分布，对整个尖锥表面进行积分后得到了单个尖锥的场致发射电流约为7μA。

The electric field intensity distribution over the tip surface was established through calculation with appropriate voltage boundary condition applied, and it was found that the electric field intensity was the strongest at the apex of the tip, and the field emission current was also the strongest there.

对模型的表面施加电压边界条件，计算得到尖锥表面电场强度分布，电场强度在尖锥顶点最强，场发射电流在此处也最强。