首页> 外文会议>Proceeding of the 1995 IEEE 5th international conference on conduction and breakdown in solid dielectrics >ELECTRICAL PROPERTIES OF VACUUM DEPOSITED M/R_2O_3/M THIN FILM STRUCTURES ( R=Dy, Ho and Yb )
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ELECTRICAL PROPERTIES OF VACUUM DEPOSITED M/R_2O_3/M THIN FILM STRUCTURES ( R=Dy, Ho and Yb )

机译:真空沉积的M / R_2O_3 / M薄膜结构的电学性质(R = Dy,Ho和Yb)

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摘要

(1) Dielectric response of M/R_2O_3/M structures is connected with the volume of rare earth oxide (for low temperatures and high frequencies) and with M/I boundaries (for high temperatures and low frequencies). The interface polarization, hopping mechanism, ionic and electron polarization are responsible for dielectric properties from ultralow frequencies up to the optical range.rn(2) Electrical transport at constant electric field is limited by the volume of insulating film as well as by M/I contacts. Processes connected with the volume of the insulator are responsible for electrical transport at low temperatures. High temperature d.c. conductivity data are connected with near-electrode regions at each M/I contacts.
机译:(1)M / R_2O_3 / M结构的介电响应与稀土氧化物的体积(用于低温和高频)和M / I边界(用于高温和低频)有关。界面极化,跳变机制,离子极化和电子极化负责从超低频到光学范围的介电性能。rn(2)恒定电场下的电传输受到绝缘膜体积以及M / I的限制联系人。与绝缘体体积有关的过程负责低温下的电传输。高温直流电电导率数据与每个M / I触点处的近电极区域相连。

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