半导体陶瓷

P型CuAlO2半导体陶瓷的烧结研究

P-type CuAlO_2 semiconductor ceramic material prepared by sintering

新的电子陶瓷&半导体陶瓷ZnO压敏电阻器

New electronic ceramics & semiconductor ceramic ZnO piezoresistor

ZnO系半导体陶瓷气敏传感器的进展

The Development of ZnO Series Ceramic Semiconductor Gas Sensors

CdO-Sb2O5系半导体陶瓷的烧结与结构

The Sintering and Structures of CdO-Sb_2O_5 Family Semiconducting Ceramics

（Ba（1-x）Pbx）TiO3半导体陶瓷的振动光谱研究

Vibration Spectroscopy of PTC ( Ba_ ( 1-x ) Pb_x ) TiO_3 Ceramics

纳米级La（1-x）BaxCoO3半导体陶瓷的制备与湿敏性能

Preparation and Humidity-sensitive Properties of Nanometer-sized Semiconductor Ceramics La_ ( 1-x ) Ba_xCoO_3

铜离子注入（Ba（1-x）Srx）TiO3半导体陶瓷的交流阻抗特性

AC impedance characteristics of cu-ion implanted semiconducting ( ba_ ( 1-x ) sr_x ) tio_3

低阻PTC半导体陶瓷及限电器的研究

Research on PTC Low Resistance Semiconducting Ceramics and Current Limiters

（Ba，Pb）TiO3半导体陶瓷湿敏特性的研究

The Study on Humidity-sensible Features of the ( Ba , Pb ) TiO_3 Semi-conductor Ceramics

边界层陶瓷电容器（GrainBoundaryBarrierLayerCapacitor）是半导体陶瓷电容器中的最重要的一种，具有很高的表观介电常数。

Grain Boundary Barrier Layer Capacitor ( GBBLC ) is one of the most important kind of ceramic capacitors and show very high apparent dielectric constant .

（Na（0.3）K（0.7））NbO3铁电半导体陶瓷的PTC效应

PTC Effect in ( Na_ ( 0.3 ) K_ ( 0.7 )) NbO_3 Ferroelectric Semiconducting Ceramics

半导体陶瓷Schottky势垒型器件晶界势垒问题探讨

Investigation of the Grain Boundary Barriers about the Semiconductor Ceramic of Schottky Barrier Mode Device

SnO2基半导体陶瓷的酒敏特性及机理探讨

Research on ETHANOL-SENSING characteristics and mechanism of sno_2-based semiconductor ceramics

硼掺杂对α-Fe2O3-K2O湿敏半导体陶瓷结构与性能的影响

Effect of B_2O_3-doped on the Structure and Humidity-sensitive Properties of α - Fe_2O_3-K_2O-B_2O_3 Semiconducting Ceramics

直流电磁铁是广泛应用的电磁控制元件，PTC元件是具有正温度系数特性的半导体陶瓷热敏电阻。

Direct current electromagnet is extensively used as electromagnet controlling element . PTC element is a ceramic thermistor with positive temperature coefficient .

最终将Ni1Co（0.2）Mn（1.8）O4系半导体陶瓷的致密化烧结温度降低至950℃，且保持了良好的电性能。

At last , the sintering temperature of Ni_1Co_ ( 0.2 ) Mn_ ( 1.8 ) O_4 baseed ceramics was decreased to 950 ℃, while it kept excellent electric properties .

ZnO-SnO2&Cr2O3系半导体陶瓷高温湿敏特性研究

A Study of Humidity Sensing Properties of ZnO-SnO_2-Cr_2O_3 Semiconducting Ceramics for High Temperatures

适用于中温烧成制作特种电路的内部连线及端头引出线，PTC热敏电阻及半导体陶瓷器件电极等。

Firing temperature for the production of special circuits in the internal connection and End Lead , PTC thermistors , and semiconductor ceramic device electrodes .

Cu虽然可以降低Mn-Co-Ni-Cu-O系半导体陶瓷的烧结温度至1100℃，但却同时降低了材料的电阻率和材料常数B。

It is conclude that Cu in the Mn-Co-Ni-Cu-O can decrease the sintering temperature to 1100 ℃, but also decrease the material constant B obviously .

喷雾造粒粉体对BaTiO3系PTCR半导体陶瓷性能的研究

Influences of Powders by Spray Pelletization on the Properties of BaTiO_3-based PTCR Semiconductive Ceramic

钛酸钡系PTCR半导体陶瓷烧结过程的计算机模拟Ⅰ.烧结初期的动力学方程及计算机模拟

Computer simulation of sintering process of BaTiO_3-based PTCR ceramics ⅰ . The kinetics and simulation of initial stage of sintering

研究有受主态扩散层的Schottky势垒型半导体陶瓷的晶界势垒。

The grain boundary barriers about semiconductor ceramics of Schottky barrier mode device in which there are the acceptor-diffused layers have been investigated in this paper .

双施主掺杂BaTiO3半导体陶瓷材料的研究

Research on Semiconductor Ceramic Materials : Double Donor Doping BaTiO_3

CuO-ZnO异质结半导体陶瓷气敏机理的研究

Study of sensing mechanisms for CuO-ZnO heterojunction semiconductor ceramics

微波场中烧结BaTiO3系半导体陶瓷的研究

Sintering of BaTiO_3-based Semiconducting Ceramics in Microwave Field

复合散SrTiO3基半导体陶瓷的压敏特性

Influence of composite diffusants on varistor characteristics of srtio_3-based semiconductor ceramics

BaTiO3半导体陶瓷的分析电镜研究

AEM study of PTC batio_3 ceramics

采用湿化学法和厚膜技术制备了掺Sb2O2的SnO2半导体陶瓷以测试其酒敏特性。

( Luoyang Institute of Refractories Research , Ministry of Metallurgical Industry ) ABSTRACT Sb_1O_3-doped SnO_2 semiconductor ceramics was prepared by means of wet-chemical method and thick film technology and its ethanol-sensing characteristics were measured .

叙述双金属热保护器、半导体陶瓷热敏电阻及高分子聚合物PTC元件在不同种类微电机中的应用，并简要介绍这三种热保护元件的结构和工作特性。

The paper related applications of bimetal thermal protector , semiconductor ceramic thermistor and high molecular polymer PTC element in different variety of micromotor , brief introduced their structure and operating characteristic of three kinds thermal protector elements .

BaTiO3电子陶瓷材料是最具代表性、研究最活跃、在军事电子及民用电器方面应用价值很高的电子陶瓷材料之一，是介电陶瓷与半导体陶瓷的基础材料。

BaTiO_3 electronic ceramics is the basic material of dielectric and semiconductor ceramics , which was widely used in martial and demotic electronic machine .