UV−vis absorption and fluorescence s

UV−vis absorption and fluorescence spectra of C-dots were investigated in aqueous solution (1 mg/mL) (Figure S2a). The absorption band was observed at 300 nm. The fluorescence spectra of the C-dots were highly dependent on the excitation wavelength (Figure S2b); therefore, any suitable excitation wavelength of C-dots could be employed to match a specific energy acceptor. The emission band position varied according to the different excitation wavelengths, primarily because of different emissive sites on the C-dots.59−61 Upon excitation at 340 nm, the C-dots solution showed blue emission with the most intensified intensity around 410 nm, and the emission band was gradually red-shifted with excitation wavelength variation.

結果 (繁體中文) 1:

C 點 UV−vis 吸收和 fluorescence 譜，研究了水溶液 （1 毫克/毫升） (圖 S2a)。吸收帶觀察在 300 毫微米。C 點的 fluorescence 譜是高度依賴于激發光波長 (圖 S2b);因此，C 點的任何合適的激發波長可用於匹配特定能量承兌人。發射帶位置因服務激發波長的不同而各異，主要是因為服務發射網站上 C-dots.59−61 激發在 340 nm，C 點溶液會呈現藍光發射出最 intensified 強度約 410 nm 和發射帶是逐漸紅移與激發波長變化。

結果 (繁體中文) 2:

C-點的紫外可見吸收和FL熒光光譜在水溶液（1毫克/毫升）（圖S2a中）進行了調查。在300nm處觀察到吸收帶。在FL熒光的C點的光譜是高度依賴於激發波長（圖S2b中）; 因此，C點的任何合適的激發波長可以採用以匹配一個特定的Ç能量受體。根據二FF erent激發波長變化後的發射帶的位置，因為在C-dots.59-61當激發在340nm二FF erent發射站點的主要中，C-點溶液顯示出與周圍410處的最的Intensi音響編強度藍色發光，和發射帶逐漸紅移激發波長變化。