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3D simulation of morphological effect on reflectance of Si3N4 sub-wavelength structures for silicon solar cells
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Kyoto / Shanghai / Chiyoda-ku / Akishima-shi / Hefei / /

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SEM / Cheng SA / JEOL Ltd. / Cheng Hua Instruments Inc. / ACS / Hitachi Ltd. / Thin Solid Films / Sinopharm Chemical Reagent Co. Ltd. / Suzuki / Creative Commons / /

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Taiwan / Japan / China / /

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Product Issues / Business Partnership / /

Facility

Chuzhou University / Experimental Technology Center / College Students / Hefei Normal University / Anhui University / /

IndustryTerm

band gap energy / electrolyte solution / light energy / dye→oxidation products / chemical polishing / charge carrier dynamics / photoelectron chemical cell / aqueous solution / renowned energy devices / /

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CdSe / Gap ZnS / TiO2 / /

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XP / /

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Science Foundation for The Excellent Youth Talents / National Natural Science Foundation of China / School of Physics and Material Science / Anhui University / 3Army Officer Academy / Hefei Normal University / Chuzhou University / National Science Research Foundation for Scholars Return / Ministry of Education / /

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author / photocurrent collector / Cao / /

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contact / /

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Missouri / /

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AM 1.5 / /

Technology

semiconductor / quantum dots / radiation / semiconductors / X-ray / spectroscopy / recombination / /

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