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小九～包子新虫 (小有名气)
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When excited by light with wavelengths from 340 to 410 nm, the intensity of the PL increased to the maximum then decreased, but the fluorescent emission peak remained unshifted, indicating that the PL origin is markedly dissimilar to that of the common excitation wavelength dependent PL of GO quantum dots and other carbon quantum dots. 发自小木虫Android客户端 |
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818james
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小九～包子: 金币+5 2016-03-02 13:13:37
小九～包子: 金币+5 2016-03-02 13:13:37
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When excited by light with wavelengths from 340 to 410 nm, the intensity of the PL increased to the maximum then decreased, but the fluorescent emission peak remained unshifted, indicating that the PL origin is markedly dissimilar to that of the common excitation wavelength dependent PL of GO quantum dots and other carbon quantum dots. 当用340至410 nm 光激发时，该PL 的强度增至最高然后下降，但荧光高峰维持不变，这表明该PL源明显不同于那些普通的其激发依赖于波长的GO量子点和别的碳量子点的PL源。 |
2楼2016-03-02 12:37:23
genhunter
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小九～包子: 金币+5 2016-03-02 13:17:17
小九～包子: 金币+5 2016-03-02 13:17:17
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When excited by light with wavelengths from 340 to 410 nm, the intensity of the PL increased to the maximum then decreased, but the fluorescent emission peak remained unshifted, indicating that the PL origin is markedly dissimilar to that of the common excitation wavelength dependent PL of GO quantum dots and other carbon quantum dots. 当用340-410nm范围内不同波长的(可见)光激活时，PL强度升至最大，然后下降，但荧光发射峰型保持不变，显示该PL的起源与氧化石墨烯量子点和其他碳量子点共有的激发光波长依赖性的PL截然不同。 |
3楼2016-03-02 12:39:32
