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- W4308452382 endingPage "114883" @default.
- W4308452382 startingPage "114883" @default.
- W4308452382 abstract "Based on the excellent properties, photothermal nanomaterials have been widely used in many fields, such as trace substance detection, optical imaging, medical diagnosis and treatment. Different from colorimetric, fluorescent and electrochemical methods which often suffer from the problems of high background interference, operation procedure dependence and high cost, photothermal sensing can effectively break the limitations of the above methods and become an alternative strategy due to its high resolution and spatial controllability. Especially in recent years, the continuous development of new materials and the introduction of portable, low-cost and precision photothermal measuring equipment can significantly improve the application potential of photothermal detection. Here, we conducted comprehensive analyses on those studies. This review summarized the progress of photothermal detection over recent years, including the main types of photothermal nanomaterials and the generation principle of the photothermal effect, the relevant matching thermometry tools, and the applications in the designing of sensing strategies. It aims to provide a reference for researchers to synthesize nanomaterials with stable and high photothermal conversion efficiency and develop more effective and sensitive detection methods." @default.
- W4308452382 created "2022-11-12" @default.
- W4308452382 creator A5001748721 @default.
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- W4308452382 date "2023-01-01" @default.
- W4308452382 modified "2023-10-14" @default.
- W4308452382 title "Photothermal-based nanomaterials and photothermal-sensing: An overview" @default.
- W4308452382 cites W1988783116 @default.
- W4308452382 cites W2008515510 @default.
- W4308452382 cites W2011315553 @default.
- W4308452382 cites W2028464008 @default.
- W4308452382 cites W2061531059 @default.
- W4308452382 cites W2069003604 @default.
- W4308452382 cites W2073458777 @default.
- W4308452382 cites W2099651377 @default.
- W4308452382 cites W2288686489 @default.
- W4308452382 cites W2328150247 @default.
- W4308452382 cites W2328823201 @default.
- W4308452382 cites W246823607 @default.
- W4308452382 cites W2531501016 @default.
- W4308452382 cites W2533513686 @default.
- W4308452382 cites W2561894129 @default.
- W4308452382 cites W2585863430 @default.
- W4308452382 cites W2776991814 @default.
- W4308452382 cites W2793217919 @default.
- W4308452382 cites W2793340380 @default.
- W4308452382 cites W2796620311 @default.
- W4308452382 cites W2796771294 @default.
- W4308452382 cites W2800892931 @default.
- W4308452382 cites W2801417823 @default.
- W4308452382 cites W2802029459 @default.
- W4308452382 cites W2804663672 @default.
- W4308452382 cites W2805726236 @default.
- W4308452382 cites W2808200047 @default.
- W4308452382 cites W2810644005 @default.
- W4308452382 cites W2892448393 @default.
- W4308452382 cites W2893450414 @default.
- W4308452382 cites W2897290061 @default.
- W4308452382 cites W2897781899 @default.
- W4308452382 cites W2905610837 @default.
- W4308452382 cites W2906942055 @default.
- W4308452382 cites W2916378415 @default.
- W4308452382 cites W2923836007 @default.
- W4308452382 cites W2925972919 @default.
- W4308452382 cites W2936696639 @default.
- W4308452382 cites W2940487656 @default.
- W4308452382 cites W2941481939 @default.
- W4308452382 cites W2945109736 @default.
- W4308452382 cites W2945250210 @default.
- W4308452382 cites W2946107233 @default.
- W4308452382 cites W2947302584 @default.
- W4308452382 cites W2950925705 @default.
- W4308452382 cites W2954264125 @default.
- W4308452382 cites W2963277292 @default.
- W4308452382 cites W2966858198 @default.
- W4308452382 cites W2969579268 @default.
- W4308452382 cites W2970577659 @default.
- W4308452382 cites W2972104817 @default.
- W4308452382 cites W2974321689 @default.
- W4308452382 cites W2977151190 @default.
- W4308452382 cites W2980169678 @default.
- W4308452382 cites W2980568968 @default.
- W4308452382 cites W2982248578 @default.
- W4308452382 cites W2984301040 @default.
- W4308452382 cites W2987847353 @default.
- W4308452382 cites W2997077129 @default.
- W4308452382 cites W3002024328 @default.
- W4308452382 cites W3002554025 @default.
- W4308452382 cites W3005110988 @default.
- W4308452382 cites W3005376409 @default.
- W4308452382 cites W3010604171 @default.
- W4308452382 cites W3011969393 @default.
- W4308452382 cites W3012329067 @default.
- W4308452382 cites W3014418912 @default.
- W4308452382 cites W3015500613 @default.
- W4308452382 cites W3016499950 @default.
- W4308452382 cites W3033838619 @default.
- W4308452382 cites W3036307573 @default.
- W4308452382 cites W3115712307 @default.
- W4308452382 cites W3118933658 @default.
- W4308452382 cites W3130762219 @default.
- W4308452382 cites W3144194342 @default.
- W4308452382 cites W3156356283 @default.
- W4308452382 cites W4214824936 @default.
- W4308452382 doi "https://doi.org/10.1016/j.bios.2022.114883" @default.
- W4308452382 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36395731" @default.
- W4308452382 hasPublicationYear "2023" @default.
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