Polymers, Phosphors, and Voltaics for Radioisotope Microbatteries
Polymers, Phosphors, and Voltaics for Radioisotope Microbatteries
复制标题
DOI：
10.1201/9781420041392
复制
发表时间：
2002-06
期刊：
影响因子：
--
通讯作者：
Y. Barbanel’;K. Bower;G. Bohnert;Y. Shreter
中科院分区：
文献类型：
--
作者：
Y. Barbanel’;K. Bower;G. Bohnert;Y. Shreter
放射性衰变能转化为电能，A. G. Kavetsky， S. P. Meleshkov， M. M. Sychov电离辐射与物质的相互作用放射性衰变能转化为电能的基本原理放射性材料、电离辐射源和核电池的放射发光光源，A. G. Kavetsky， S. N. Nekhoroshkov， S. P. Meleshkov， Y. L. Kaminski，A. G. Kavetsky， Y. L. Kaminski， G. P. Akulov， S. P. Meleshkov无机发光材料有机发光团体塑料闪烁体荧光粉的辐射诱导过程，A. G. Kavetsky，辐照对荧光体发光的影响[j] .核电池有机材料中荧光体的辐射降解机制，Y. L. Kaminski，含氚有机化合物的辐射降解聚合物中反应中间体的形成辐射分解辐射诱导聚合物性质的变化有机发光团的辐射分解聚合物的辐射防护直接和间接放射性衰变能量转化为电能V.B. Shuman：直接转化氚用硅电池问题的表述：间接转化氚用硅电池小型化与氚电池硅电池的设计：基于III-V半导体的集成硅低强度辐射倍他伏打电池核电池基于AlGaAs-GaAs和GaP异质结构的辐射发光光伏电池和阵列的效率建模。基于放射性同位素热源宽带半导体的III-V热光伏电池薄膜MS和MIS二极管分离β电子载流子的能量损失和电子空穴对的产生宽频带半导体iii -氮化物作为倍他伏打电池新材料的形成机制光电器件中其他染料的应用富勒烯导电聚合物光伏器件的设计与封装放射性同位素微电池商业化，K.E. Bower， A.F. rutkiewiic, c.c.b ower和s.m.y ousaf介绍电池、微电子和MEMS市场预测放射性同位素与化学电池的能量密度比较化石燃料，燃料电池，太阳能电池和生化太阳能系统超低功耗微电子应用关键词：纳米科学，纳米技术
CONVERSION OF RADIOACTIVE DECAY ENERGY TO ELECTRICITY, A. G. Kavetsky, S. P. Meleshkov, M. M. Sychov Interaction of Ionizing Radiation with Matter Basic Principles of Conversion of Radioactive Decay Energy to Electricity RADIOACTIVE MATERIALS, IONIZING RADIATION SOURCES, AND RADIOLUMINESCENT LIGHT SOURCES FOR NUCLEAR BATTERIES, A. G. Kavetsky, S. N. Nekhoroshkov, S. P. Meleshkov, Y. L. Kaminski, G. P. Akulov Tritium-Containing Radioactive Materials Spectral and Power Characteristics of Beta Sources Radioluminescent Light Sources NONRADIOACTIVE MATERIALS FOR NUCLEAR BATTERIES, A. G. Kavetsky, Y. L. Kaminski, G. P. Akulov, S. P. Meleshkov Inorganic Luminescent Materials Organic Luminophores Plastic Scintillators RADIATION-INDUCED PROCESSES IN PHOSPHORS, A. G. Kavetsky, S. P. Meleshkov Influence of Irradiation on the Luminescence of Phosphors Mechanisms of Radiation-Induced Degradation of Phosphors RADIATION STABILITY OF ORGANIC MATERIALS FOR NUCLEAR BATTERIES, Y. L. Kaminski, G. P. Akulov Radiolytic Degradation of Tritium-Containing Organic Compounds Formation of Reactive Intermediates in Polymer Radiolysis Radiation-Induced Changes in Polymer Properties Radiolysis of Organic Luminophores Radiation Protection of Polylmers SILICON VOLTAICS FOR DIRECT AND INDIRECT RADIOACTIVE DECAY ENERGY CONVERSION INTO ELECTRICITY, V.B. Shuman Formulation of the Problem Silicon Cells for Direct Conversion of Tritium Silicon Cells for Indirect Conversion of Tritium Miniaturization and Design of Tritium Battery Silicon Cells Integrated Silicon Low-Intensity Radiation Betavoltaic Cells NUCLEAR BATTERIES BASED ON III-V SEMICONDUCTORS, V.M. Andreev Modeling the Efficiency of III-V Photovoltaic Cells for Radioluminescent Lighting Photovoltaic Cells and Arrays Based on AlGaAs-GaAs and AlGaP-GaP Heterostructures Betavoltaic Cells Based on AlGaAs-GaAs and GaP Thermophotovoltaic III-V Converters Powered by Radioisotope Heat Sources WIDE-BAND SEMICONDUCTORS FOR DIRECT-CONVERSION NUCLEAR BATTERIES, Y.G. Shreter, Y.T. Rebane, and N.I. Bochkareva Material Specifications for Semiconductor Nuclear Batteries Energy Loss and the Generation of Electron-Hole Pairs by Beta Electrons Carrier Separation by Thin-Film MS and MIS Diodes Formation Mechanisms of Schottky Contacts to Wide-Band Semiconductors III-Nitrides as New Materials for Betavoltaic Cells Radiation Resistance of III-Nitrides Betavoltaic Cells Based on Gallium Nitride ORGANIC PHOTOCONDUCTING MATERIALS, T.A. Iourre, L.I. Rudaya, N.V. Klimova Introduction Organic-Based Photovoltaic Cells Stimulating Photosynthesis Application of Phthalocyanines in PV Electronic Devices Other Dyes Used in Photovoltaic Electrical Devices Fullerenes Conducting Polymers Design and Encapsulation of PV Devices RADIOISOTOPE MICROBATTERY COMMERCIALIZATION, K.E. Bower, A.F. Rutkiewic, C.C. Bower, and S. M. Yousaf Introduction Battery, Microelectronics, and MEMS Market Projection Energy Density Comparison of Radioisotopes with Chemical Batteries, Fossil Fuels, Fuel Cells, Solar Cells, and Biochemical Solar Systems Ultra-low-Power Microelectronics Applications Keywords: Nanoscience, Nanotechnology