材料科学
辐照
开路电压
光电子学
辐射
能量转换效率
p-n结
电压
碳化硅
功率(物理)
高压
电气工程
光学
半导体
复合材料
物理
核物理学
工程类
量子力学
作者
C. J. Eiting,V. Krishnamoorthy,S. Rodgers,T. V. George,J. David Robertson,John Brockman
摘要
A SiC p-i-n junction betavoltaic was fabricated, and electrical power output under irradiation from an 8.5GBq P33 source was monitored over a period of four half-lives of the radioisotope. The open-circuit voltage (VOC) of the device was 2.04±0.02V, and the peak power (Pout) was 0.58±0.02μW (2.1±0.2μW∕cm2) at 1.60V. The conversion efficiency (ηconv) was 4.5%±0.3% and the normalized power output indicates no device degradation over more than 3months (four half-lives of the source).
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