绝缘介质

对于非直接接触式的应用来说，绝缘介质材料的选择是很重要的。

For non-direct type application , choice of Dielectric material is important .

电气设备绝缘介质损耗测量方法的研究

Study on the Dielectric Loss Measurement of Power Equipment

绝缘介质Al2O3薄膜的数字化生长技术

Digital growth of Al2O3 thin films

RC延迟大致正比于导线的电阻率和绝缘介质的介电常数。

RC delay is roughly proportional to the resistivity of the wires and dielectric permittivity .

一种提高CVT绝缘介质损耗及电容量测量准确度的有效方法

Improving Measurement Accuracy of Insulation Dielectric Loss and Capacitance of CVT

基于AlxNy绝缘介质膜的新型窗口大功率半导体激光器

High Power Semiconductor Lasers of New Window on Insulation Film of Al_xN_y

XLPE电缆绝缘介质损耗角正切测试方法的探讨

On the Measurement of Tangent of Dielectric Loss Angle in XLPE Cables

作为优异的电气绝缘介质，SF6被广泛应用于电力行业。

As an excellent electrical insulating dielectric , SF_6 has been widely applied to the power fields .

SF6/CF4作为变压器的冷却和绝缘介质的研究

Investigation of SF 6 / CF 4 mixtures as the insulating and cooling medium of gas insulated transformer

SF6优异的物理和化学性能，已经成为电力行业广泛使用的绝缘介质。

SF6 is a very excellent insulated medium and is widely used in electric power industry .

讨论了粉末表面的光滑度对包覆效果的影响以及磁粉芯的品质因数Q和导磁率μ及绝缘介质含量之间的关系。

The influence of the slippery of powder on the coating effect and the relations between the insulation medium concentration and the quality factor Q as well as the permeability of cores were investigated .

采用混合气体作冷却与绝缘介质可以综合解决SF6气体的散热和液化问题。

Applying gas mixtures as the insulating and cooling medium can comprehensively solve the problems of heat dissipation and liquefaction of SF 6 gas .

FDTD方法具备简洁和高效的特性，可对结构复杂的导体、绝缘介质以及非线性、各向异性物质建模。

The FDTD method is excellent in computational efficiency and simplicity , and can be used for modeling on structural complicated materials like conductors , insulators and non-linear materials .

采用金刚石薄膜作为阴-阳极间绝缘介质层是一种新型的微间隙室（MGC）结构。

Micro-gap Gas Chamber ( MGC ) using diamond film as insulating layer is a novel type of MGC structure .

应用：适用于输变电网中各类以SF6气体为绝缘介质的高压、中压电器设备中气体压力的监测。

Application : monitoring the gas pressure of all kinds of high voltage and medium voltage electrical equipment which use SF6 gas as insulation in transmission network .

在施加直流或交流电压的表面覆涂绝缘介质的楔形电极结构条件下，讨论了SF6中自由金属导电微粒在电场梯度力存在时的运动特性。

Charging behavior of a metallic conducting particle on a dielectrically coated electrode in the presence of electrical gradient force in SF_6stressed by DC or AC voltage was discussed .

SF6气体由于其优异的物化性能，已成为电力行业中广泛使用的重要熄弧及绝缘介质。

SF6 gas is widely used in electric power industry for gas-insulated equipments as an important quenching and insulated medium , due to its excellent chemical and physical characteristics .

GIS是SF6全封闭组合电器，是由断路器、隔离开关、母线、避雷器、电压互感器、电流互感器、套管等电气元件组合而成，采用SF6气体作为绝缘介质。

GIS is designed as an Enclosed SF6 Gas-Insulated Switchgear comprising device , including the breaker , isolating gear , bus , lightning arrester , voltage mutual inductor , current mutual inductor and bushing , insulated with SF6 gas .

设备采用了真空开断，利用SF6气体作为绝缘介质，一次带电部分全部封闭于金属气室中，能够适心各种严劣的运行环境。

The equipment adopted vacuum making and breaking , using SF_ (?) gas as insulation medium and the first part with power on was totally enclosed in metal gas chamber , and it could be adaptable to all serious bad operational conditions .

为了解决这些问题，用低介电常数（low-k）和超低介电常数（ultralow-k，k2）材料替代传统的SiO2层间绝缘介质，成为可能的选择。

In order to address these problems , the traditional SiO2 insulating layer must be replaced with low dielectric constant ( low-k ) and ultralow dielectric constant ( ultralow-k , k 2 ) materials .

本文介绍一种以玻璃作绝缘介质膜的SOG压力传感器，探讨了实现SOG材料良好键合的关键工艺，研究了以腐蚀自致停技术为核心的减薄成膜方法。

In this paper , a new pressure sensor , using glass film as isolation layer , is developmented . The bonding of SOG ( Silicon On Glass ) material and the thinning based on etching self-stop method are researched .

双极性过零比较法在线监测绝缘介质损耗角

Double Polarity Crossing Zero Comparative Method for On-line Monitoring tan δ

油中多层绝缘介质局部放电现象的研究

A Study on the Partial Discharge of Insulated Multilayer Paper in Oil

高电压绝缘介质损耗角测量的数字处理

Digital Processing for Measuring Dielectric Loss of High Voltage Insulator

304不锈钢基片用绝缘介质浆料的研制

Preparation of Dielectric Paste for 304 Type Stainless Steel Substrate

绝缘介质损耗带电测试系统的研究

The investigation of a dielectric loss on-line measurement system

一种在线监测绝缘介质损耗的方法

A Method for Online Measurement of Dielectric Loss of HV Capacitive Equipment Insulation

发电机定子绕组绝缘介质暂态电场分布的场路分析法

Field-circuit analysis method of transient electric field in stator winding insulation of generators

绝缘介质波导的单模带宽等传输特性的分析

Analysis of some propagation properties of insular dielectric waveguide

绕组寿命与绝缘介质的可靠性

Winding Life - Time and Reliability of Insulation Medium