About Anti-counterfeiting Solar power generation has radiation
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About Anti-counterfeiting Solar power generation has radiation video introduction
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5 FAQs about [Anti-counterfeiting Solar power generation has radiation]
Can rare earth luminescent materials be used for anti-counterfeiting?
Rare earth luminescent materials have been used as the most important components in anti-counterfeiting, showing good optical properties such as upconversion and downconversion. Furthermore, the tuning of light output can be achieved through regulation of local crystal fields, structural design, and dye sensitization methods.
Which phosphor is used in optical anti-counterfeiting security?
Zhang et al. [ 79] prepared multifunctional NaNbO 3 :Pr 3+, Er 3+ phosphor and embedded them into polymer films to obtain multimodal luminescence (including multiple stimulus responses and up/downconversion luminescence emission). This film is used in the construction of optical anti-counterfeiting security.
What is anti-counterfeiting technology?
Anti-counterfeiting technology is closely linked to many disciplines and has also become the crystallization of the combination and comprehensive application of multidisciplinary scientific and technological achievements, such as holograms, plasmons, and communication encryption [ 65, 66, 67, 68 ].
What is anti-counterfeiting encryption of optical information?
The anti-counterfeiting encryption of optical information has gradually been developed through the structural design of materials. Layered hydroxides and rare earth ions are assembled layer by layer, and combined with pyromellitic acid, rare earth ion doped information encryption material is obtained.
What is anti-counterfeiting ink?
Anti-counterfeiting ink is prepared and patterns printed, presenting multiple information patterns under UV and visible light radiation. Time-gated technology is used to filter Tb 3+ or Eu 3+ long-lived upconversion emission, expanding the modulation of luminescent colors and achieving the loading of optical information.