| 1. | Uv - excitation fluorecent anti - counterfeiting intaglio printing ink
凹版印刷紫外激发荧光防伪油墨 |
| 2. | Anti - counterfeiting ink . part 1 : technical requirement of ultraviolet fluorecent ink
防伪油墨第1部分:紫外激发荧光油墨 |
| 3. | Anti - counterfeiting ink part 1 : technical requirement of ultraviolet fluorecent ink
紫外激发荧光油墨胶版凸版印刷技术条件 |
| 4. | Anti - counterfeiting stamp - ink . part 1 : technical requirements of uv - excitation flourescent anti - counterfeiting stamp - ink
防伪印油第1部分:紫外激发荧光防伪渗透印油技术条件 |
| 5. | Anti - counterfeiting stamp - ink part 1 : technical requirements of uv - excitation flourescentmg permeatmg anti - counterfeiting permeating stamp - ink
紫外激发荧光防伪渗透印油技术条件 |
| 6. | Discharge lamp of the low - pressure mercury type in which most of the light is emitted by a layer of fluorescent material excited by the ultraviolet radiation from the discharge
低压汞放电灯。其中大部分可见光线是由放电辐出的紫外线激发荧光材料涂层的发射得到。 |
| 7. | The evanescent wave - based optical fiber biosensor uses the evanescent wave which is produced when light propagates in the fiber probe to excite the fluorescence signal
光纤倏逝波生物传感器系统中,利用激光在光纤探针中传播时产生的倏逝波来激发荧光物质,产生荧光信号。 |
| 8. | Simultaneously , the einstein shift of spectra could be seen and the intensity of fluorescence at 350nm was reinforced with the increment of manganese oxide nanoclusters in the pores . 4 . the preparation of manganese oxide mesophase via hydrothermal treatment was studied here simply
此外对不同孔径mcm - 41进行纳米团簇装载试验表明：随着孔道中氧化锰装载量的增加，吸收光谱吸收边带发生红移， 350nm激发荧光强度增强。 |
