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å›?/span>2 (a) Gelatin/(EuW10)0.02/GL250薄膜的拉伸试验;(b) ä¸åŒç”˜æÑaå«é‡çš?/span>Gelatin/(EuW10)0.02/GL薄膜çš?/span>力å¦æ€§èƒ½
å›?/span>3 (a) ä¸åŒç”˜æÑaå«é‡çš?/span>Gelatin/(EuW10)0.02/GL薄膜的è§å…‰å‘ž®„å…‰è°?/span>åQ?/span>(b) ä¸åŒEuW10å«é‡çš?/span>Gelatin/EuW10/GL250薄膜的è§å…‰å‘ž®„光谱;æ’图为在紫外光下æ‹æ‘„çš„ç…§ç‰?/span>
å›?/span>4 (a) Gelatin/(EuW10)0.02/GL0-350薄膜å’?/span> (d) Gelatin/(EuW10)0.005-0.04/GL250薄膜¾l水处ç†åŽçš„è§å…‰å‘射光谱åQ?/span>(b) Gelatin/(EuW10)0.02/GL0-350薄膜å’?/span>(e) Gelatin/(EuW10)0.005-0.04/GL250薄膜在水处ç†å‰åŽä½äºŽ618 nm处的è§å…‰å¼ºåº¦åQ›åœ¨ (c) Gelatin/(EuW10)0.02/GL0-350薄膜å’?/span> (f) Gelatin/(EuW10)0.005-0.04/GL250薄膜上打å?/span>“HLJUâ€?/span>图案åQŒç…§ç‰‡æ˜¯åœ¨ç‚÷外光下æ‹æ‘„çš„
å›?/span>5 (a) ä»?/span>水作为墨æ°ß_¼Œåœ?/span>Gelatin/(EuW10)0.02/GL250 薄膜上打å°é˜²ä¼ªäºŒ¾l´ç åQŒåƈ在ç‚÷外光下用æ™ø™ƒ½æ‰‹æœº˜q›è¡Œè¯†åˆ«åQ?/span>(b) 在ç‚÷外光下,通过 “Truthâ€?æ ‡è¯†ä»Žè™šå‡ä¿¡æ¯ä¸è¯†åˆ«å‡ºçœŸå®žä¿¡æ¯ï¼›(c) 用误导性信æ¯éšçž’真实信æ¯æ¥ä¿æŠ¤ä¿¡æ¯åQŒè¯¯å¯¼æ€§ä¿¡æ?/span> â€?88â€?/span> 在ç‚÷外光下解密äØ“çœŸå®žä¿¡æ¯ â€?54â€?/span>
å›?/span>6 (a) Gelatin/(EuW10)0.02/GL0-250薄膜的é‡å¤æ‰“å°å’Œæ“¦é™¤˜q‡ç¨‹çš„实例演½Cºï¼›(b) Gelatin/(EuW10)0.02/GL0-250薄膜˜qžç®‹10‹Æ¡æ‰“å°å’Œæ“¦é™¤å¾ªçŽ¯˜q‡ç¨‹ä¸?/span>618 nm处è§å…‰å¼ºåº¦çš„å˜åŒ–‘‹åŠ¿åQ?/span>(c) Gelatin/(EuW10)0.02/GL250薄膜å†ç”Ÿ˜q‡ç¨‹çš„æµ½E‹å›¾åŠå†ç”ŸåŽæ‰“å°èƒ½åŠ›çš„展½C?/span>
å›?/span>7机熽Cºæ„å›?/span>
相关链接
https://pubs.acs.org/doi/10.1021/acsami.1c13898