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E3 數位教學平台

e3.nycu.edu.tw · 486 words · saved by 1 readers

The below figure shows the scattering coefficient of intralipid. According to the figure, which of the below wavelength of light you choose if you want to minimize light scattering in intralipid? 600 nm 1200 nm 1600 nm 900 nm The excitation and emission wavelengths of GFP-based labeling are typically located around 488 nm and 510 nm, respectively. Two-photon fluorescence may be excited using lots of photon with the photon energy half than the typical excitation photon energy. What is the expected excitation and emission wavelengths of GFP-based labeling with two-photon excitation, respectively? 976 nm (ex)/1020 nm (em) 488 nm (ex)/510 nm (em)  976 nm (ex)/510 nm (em) 488 nm (ex)/1020 nm (em) Which of the following is not the basic interaction of light and molecular transition? Scattering Absorption Fluorescence Stimulated emission

E3 數位教學平台: 登入本網站 登入說明 (看完點擊畫面任意處) 本登入頁僅供校外使用者 ( 含學分班學生、校際選修 ) 進入； 本校師生、職員，請由 【 單一入口 】 進入。 校外使用者帳號以二階段認證的方式登入，初次登入者，本平台將寄出電子郵件，內含 帳號 、 密碼 及 16 字的 Google Authenticator 設定金鑰 。 另外，請於行動裝置安裝 Google Authenticator 應用程式，設定說明書： 請點我 Google Play 商店 (Android) ： 請點我 ｜ App Store 商店 (iOS) ： 請點我 登入時，請輸入 帳號 、 密碼 及 Google Authenticator APP 產生之 6 位數字 Login Instructions This login page is only for off-campus students (including credit students and Cross-college students). Teachers, students, and faculty staff of NYCU, please Login through NYCU-Portal . Off-campus user are logged in with Two-factor authentication.

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