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• W3102091298 endingPage "127672" @default.
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• W3102091298 abstract "Laser induced high-temperature pulse (HTP) generation, which can rapidly release heat under irradiance of laser pulse, is still limited due to the high laser energy of the typical method based on photothermal effect. The major obstacle of this physical process is that the output heat energy comes only from the incident laser energy. Here, a physical/chemical coupled method to efficient HTP generation is demonstrated in Ti3C2TX MXene based membranes. Due to its high light absorption and perfect internal light-to-heat conversion efficiency, the Ti3C2TX MXene could generate a drastic temperature rise by the physical photothermal effect, which could trigger further exothermic oxidation of the metastable Ti3C2TX MXene. This physical/chemical coupled HTP generation could be greatly improved by introducing plasmonic Au nanoparticles into the Ti3C2TX MXene membrane (Au [email protected]) to enhance the light absorption, resulting in generation of HTP with high peak temperature under irradiation of pulsed laser with moderate intensity. As a proof-of concept application, the Au [email protected] is used as an HTP generator to ignite the combustion of 2,4,6,8,10,12-(hexanitrohexaaza)cyclododecane (CL-20). Compared with the state-of-the-art HTP generator, such as graphene oxide membrane, the ignition performance of CL-20 can be greatly enhanced by Au [email protected] in terms of shortened ignition time." @default.
• W3102091298 created "2020-11-23" @default.
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• W3102091298 date "2021-09-01" @default.
• W3102091298 modified "2023-10-17" @default.
• W3102091298 title "Laser triggered exothermic chemical reaction in Au nanoparticle@ Ti3C2 MXene membrane: A route toward efficient light to high-temperature pulse conversion" @default.
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• W3102091298 doi "https://doi.org/10.1016/j.cej.2020.127672" @default.
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