高密度熱點的金奈米孔洞表面增顯拉曼散射激活基板應用於PSGL-1辨識

Translated title of the thesis: Recognition of PSGL-1 on High-Density Plasmonic Au Nanoporous SERS-Active Substrate
  • 溫 稚榕

Student thesis: Master's Thesis

Abstract

Date of Award2017 Aug 1
Original languageChinese
SupervisorTen-Chin Wen (Supervisor)

Cite this

高密度熱點的金奈米孔洞表面增顯拉曼散射激活基板應用於PSGL-1辨識
稚榕, 溫. (Author). 2017 Aug 1

Student thesis: Master's Thesis