pyroelectricity

1. Another new method in mineral searching is through the pyroelectricity of metallic and semiconductor minerals.
   用金属矿物或半导体矿物的热电性来指导找矿，是近年业兴起的一种新的找矿方法。
2. 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
3. In dissimilar mineralizing conditions and forming sections, the values of mineral pyroelectricity and types of thermal conductivity are different.
   矿物的热电性大小或热导电类型等在不同的成矿环境、部位中表现不同。
4. Mineral pyroelectricity can be used to judge the denuding levels of deposits and to assess the mineralized district.
   因此用矿物的热电性质可以对矿床的侵蚀面水平和矿化地段的远景作出评价。
5. Adaptive Control of Pyroelectricity Jointly-Generated Unit
   热电联产单元机组的自适应控制
6. Ferroelectric Pb_ ( 1-x) La_x ( Zr_ ( 1-y) Ti_y)_ ( 1-x/ 4) O_3 thim films have excellent ferroelectric, dielectric, piezoelectricity and pyroelectricity properties, and a promising application prospect in the field of micro-electronics.
   锆钛酸铅镧（Pb1-xLax（Zr1-yTiy）1-x/4O3）铁电材料是一种具有优越铁电、介电、压电和热释电性能的材料，在微电子领域有着广泛的应用前景。
7. Measurements of pyroelectricity of pyrite demonstrate that the mineralizing temperature of the gold deposit is low-moderate.
   黄铁矿热电系数的测定表明本区金矿床为中低温矿床；
8. With the typomorphic characteristics of galena pyroelectricity, prospecting in deep part of the deposit is discussed.
   并利用方铅矿热电性的标型特征，对矿床扩大深部找矿前景问题作了讨论。
9. The pyroelectricity typomorphic characteristics of pyrite in Wulong gold deposit, Liaoning province
   辽宁五龙金矿黄铁矿的热电性标型特征
10. Piezoelectricity and Pyroelectricity in Polymers and Their Applications
    聚合物的压电与热电性质以及它们的应用
11. High-temperature pyroelectricity of ZnO varistor ceramics
    ZnO压敏陶瓷的高温热释电现象
12. Pyroelectricity of temperature induced phase transition in tin modified lead zirconate titanate
    改性锆钛酸铅温度诱导相变的热释电性
13. The pyroelectricity is measured to main carrying-gold mineral pyrite. the result re fleeted that the pyrite is hole conduction, and have calculated deposit to denude no much, belong to upper outcropping.
    对其主要载金矿物黄铁矿的热电性测定，表明黄铁矿为空穴型导电，该矿床剥蚀程度不大，属上部出露。
14. The principles of contactless infrared measuring temperature with pyroelectricity infrared sensors, the system structure of infrared measurement temperature and its component of signal processing circuits are introduced, its aim is to carry out contactless temperature measurement for a moving body.
    介绍了利用热释电红外传感器（探测器）进行非接触式红外测温的原理、红外测温系统结构和信号处理电路的组成，目的是实现对移动物体的非接触式温度测量。
15. Design of the computer tele-communication system in the pyroelectricity network
    热网微机远程通讯系统的设计
16. PYROELECTRICITY OF FERROELECTRIC COMPOSITES Synthetic Bilayer Membranes
    铁电复合材料的热电性合成双分子膜
17. Analysis on heat and electricity share method of pyroelectricity joint production
    热电联产热、电分摊法分析
18. Tourmaline has pyroelectricity and piezoelectricity. The piezoelectricity of quartz is superior to Tourmaline.
    电气石具有热释电性和压电性，石英的压电性优于电气石。
19. Theoretical Investigation on Dielectric Susceptibility and Pyroelectricity Properties of Ferroelectric Thin Film
    铁电薄膜极化率和热释电性质的理论研究
20. An investigation into the pyroelectricity and internal photoeffect of piezoelectric ceramics
    兼有热释电性及内光电效应的压电陶瓷的探索
21. The pyroelectricity characteristics of pyrite can be used as the indicators for prospecting of gold deposit.
    黄铁矿的热电性特征可作为金矿的找矿标志。
22. Lead zirconate titanate, known as PZT, has been widely used in areas such as pressure sensor, transducer or inferred imaging for many years due to its excellent piezoelectricity and pyroelectricity properties.
    锆钛酸铅（PZT）以其独特的铁电性，压电性，热释电性多年来广泛地应用于压力传感器，换能器，红外成像等领域。
23. For the past a few years, relevant theories and practices all indicated that the pyroelectricity could be markedly improved by thermoelectric materials with low-dimensional and nano sizes.
    近年来，相关理论和实践研究均表明，将热电材料低维纳米化可显著提高其热电性能。
24. Ferroelectric thin films have various unique characteristics, such as piezoelectricity, pyroelectricity, electro-optic, acousto-optic, photorefractive effect, non-linear optics effect and high dielectric constant and so on, compared to the bulk materials.
    铁电薄膜与体材料相比可以具有良好的压电、热释电、电光、声光、光折变效应、非线性光学效应和高介电系数等优良特性[10]。

noun

1. generation of an electric charge on certain crystals (such as tourmaline) as a result of a change in temperature