Electric breakdown in rutile single crystals

机译：金红石单晶的电击

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摘要

The breakdown strength of rutile single crystals has been measured parallel and perpendicular to the optic axis, at DC and with impulses having a rise time of 1 microsecond.

机译：金红石单晶的击穿强度已经平行并垂直于光轴，在DC和脉冲中的上升时间为1微秒。

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《Annual Meeting Conference on Electrical Insulation》|1960年||共2页
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Dean A. Powers; Inge Johansen;
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中图分类哲学、宗教;
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入库时间 2022-08-21 09:40:05

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1. Origin of colossal dielectric permittivity of rutile Ti0.9In0.05Nb0.05O2: single crystal and polycrystalline [J] . Yongli Song, Xianjie Wang, Yu Sui, Scientific reports. . 2016,第1期

机译：金红石致致电介质介电常数的起源润帘式Ti0.90.05，0.05O2：单晶和多晶
2. Non-linear electric field response of permittivity of atomically smooth TiO2(rutile) single crystals studied by an electrochemical approach [J] . Shintaro TAKATA, Atsushi HACHIYA, Yuji MATSUMOTO Journal of the Ceramic Society of Japan . 2012,第1405期

机译：用电化学方法研究原子光滑的TiO2（金红石）单晶介电常数的非线性电场响应
3. Non-linear electric field response of permittivity of atomically smooth TiO2(rutile) single crystals studied by an electrochemical approach [J] . Shintaro TAKATA, Atsushi HACHIYA, Yuji MATSUMOTO Journal of the Ceramic Society of Japan . 2012,第1405期

机译：用电化学方法研究原子光滑的TiO2（金红石）单晶介电常数的非线性电场响应
4. Electric breakdown in rutile single crystals [C] . Dean A. Powers, Inge Johansen Annual report 1960 of the Conference on Electrical Insulation . 1960

机译：金红石型单晶的电击穿
5. AN INVESTIGATION OF THE PHOTOELECTRIC THRESHOLD, WORK FUNCTION AND BULK FERMI LEVEL OF SINGLE-CRYSTAL CUPROUS-OXIDE, AND THE PHOTOVOLTAIC PROPERTIES OF SINGLE-CRYSTAL AND POLYCRYSTALLINE CUPROUS-OXIDE - COPPER CONTACTS. [D] . ASSIMOS, JOHN ANTHONY. 1973

机译：单晶氧化铜的光电阈值，工作功能和本体费米能级的研究，以及单晶和多晶氧化铜-铜接触的光电特性。
6. Origin of colossal dielectric permittivity of rutile Ti0.9In0.05Nb0.05O2: single crystal and polycrystalline [O] . Yongli Song, Xianjie Wang, Yu Sui, -1

机译：金红石型Ti0.9In0.05Nb0.05O2的巨大介电常数的起源：单晶和多晶
7. Studies of the Surface of Rutile Single Crystals by Means of Electrical Conductivity [O] . Toru Iwaki 1973

机译：通过电导率研究金红石单晶表面的研究

Electric breakdown in rutile single crystals

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