热释电,Pyroelectric
1)Pyroelectric[英][,pai?r?ui'lektrik][美][,pa?ro?'l?ktr?k]热释电
1.Design of theft-proof alarm based on pyroelectric infrared detection technology基于热释电红外检测技术的防盗报警器设计
2.The pyroelectric properties of(Bi_(0.06TiO3系陶瓷的热释电性能。
3.The dynamic solution of a multilayer spherically isotropic pyroelectric hollow sphere for spherically symmetric problem is obtained.运用叠加原理,将层合球面各向同性热释电空心球的球对称动力学问题的解分成准静态和动态两部分, 准静态部分首先运用状态空间法给出了显式表达式,然后运用分离变量法、初参数法和特征函数展开技术,给出了动态部分的表示式,再结合内外表面上的电学边界条件和界面上的电学连续条件,导出一个关于时间函数的第二类Volterra积分方程,运用插值法可成功地给出此积分方程的高精度数值解,最终可求得原问题的位移、应力、电位移以及电势的响应。
英文短句/例句

1.pyroelectric temperature transducer [sensor]热释电式温度传感器
2.Test method for pyroelectric coefficient of pyroelectric materialsGB/T11297.8-1989热释电材料热释电系数的测试方法
3.Generic specification for pyroelectric television camerasGB/T15302-1994热释电电视摄像机总技术条件
4.Methods of measurement for pyroelectric television camerasGB/T15303-1994热释电电视摄像机测量方法
5.Studies on Pyroelectric Ceramic Materials of PZT System with High Properties;高性能PZT系热释电陶瓷材料研究
6.The Design of PIR Thermometer Based on ARM Microprocessor;基于ARM核的热释电红外测温仪的研制
7.Researches on PLCT Pyroelectric Materials Used for Infrared Detectors;红外探测器用PLCT热释电材料的研究
8.Pyroelectric infrared sensor s classification characteristic and applications;热释电红外传感器的类别特性及应用
9.Studies on the Fabrication, Structure and Pyroelectric Properties of PZT Thin FilmsPZT薄膜制备、结构与热释电特性测试
10.Study on Wet-etching of PZT Thin Films on Silicon Substrate硅基PZT热释电薄膜湿法刻蚀技术研究
11.THE THIN FILM PYROELECTRIC DETECTOR AND THE THIN FILM PREPARE薄膜型热释电探测器及其薄膜的制备
12.Pyroelectric coefficient measurement of novel lithium tantalate thin film新型钽酸锂薄膜热释电系数测试研究
13.Test method for the dielectric constant of pyroelectric materialsGB/T11297.11-1989热释电材料介电常数的测试方法
14.Influence of the Pyroelectricity Function Porcelain Tourmaline Film on Water pH Value含电气石热释电功能瓷膜对水pH值的影响
15.Test method for curie temperature of pyroelectric materialsGB/T11297.10-1989热释电材料居里温度Tc的测试方法
16.Mid-infrared Based 1-D Porous Silicon Dioxide Photonic Crystal for Pyroelectric Sensor Application;中红外波光子晶体应用于热释电传感器
17.The Preparation and Properties of BST Pyroelectric Ceramics;钛酸锶钡热释电陶瓷的制备及其性能研究
18.The Design of an Application-Specific Controller for Pyroelectric Infrared Detector;一种热释电红外探测器专用控制芯片的设计
相关短句/例句

pyroelectric effect热释电
1.The main parameter for pyroelectric effect are measured, its result was proved to be qualify for industry application.测定了晶体的热释电性能的主要参数 。
2.The pyroelectric effect of theceramics was investigated.制备了低温铁电菱方相(FRL)-高温铁电菱方相(FRH)相交复合陶瓷材料,利用计算机模拟了复合陶瓷材料的相交行为,结果表明,在复相陶瓷材料中,存在着离子扩散,离子扩散对于宏观热释电效应的影响取决于相关材料的相变特性。
3.The discovery of pyroelectric effect is a base for laser and infrared detector.热释电效应的发现,为激光和红外探测的应用奠定了良好的基础。
3)thermoluminescence and thermally stimulated current热释光与热释电
4)pyroelectricity[英][,pai?r?uilek'trisiti][美][,pa?ro?l?k'tr?s?ti, -,il?k-]热释电性
1.The paper describes briefly the development history of the polymer with piezoelectricity and pyroelectricity, approaches the compositions, structures and piezoelectricity and pyroelectricity of the PVDF.介绍了压电和热释电聚合物的发展简史 ,探讨了PVDF(聚偏氟乙烯 )的组成、结构及压电和热释电性能 。
2.An investigation into piezoelectric ceramics which exhibit both pyroelectricity and the internal photoeffect has been made.讨论了热释电效应与热电效应、外光电效应与内光电效应的基本概念 ,对兼有热释电性及内光电效应的压电陶瓷进行了研究 ;对用该压电陶瓷本身制成的陶瓷变压器与太阳电池的集成器件进行了设计和实验 。
3.In addition,the change of water acidity is proportional to the temperature variation of above solution,which provided the direct evidence for the pyroelectricity of tourmaline.结果表明,电气石单个微粒为单畴的铁电体,可视为电偶极子;利用电气石微粉可以使水的酸度呈弱碱性;电气石对水酸度的影响随温度的变化进一步佐证了电气石的热释电性,并探讨了电气石对水作用的可能机理。
5)Thermally stimulated current热释电流
1.The α peak of short-circuit thermally stimulated current shifts to the lower temperature when the irradiation dose is increased.短路热释电流温度谱显示α峰随辐照剂量增大向低温移动,被冻结的大分子主链链段偶极热松弛活化能和热松弛时间常数受辐照剂量的影响较小。
2.Chain segment motion, charge storage and transport were investigated by using thermally stimulated current (TSC).用在不同温度下热处理的方法制备了具有不同结晶度的尼龙1010试样,通过测量热释电流研究了试样的分子链段运动与电荷存储输运特性。
6)Thermally stimulated current spectroscopy热释电谱
延伸阅读

热释电分子式:CAS号:性质:又称热刺激电流。以一定的升温速度加热高聚物驻极体,则原来“冻结”的极化电荷就要释放出来,这种现象就称为热释电。通过此方法可测定高分子的玻璃化转变,研究高分子压电性能及高分子运动多重转变。