A solvent-controlled photoresponsive ionic hydrogen-bonded organic framework for encryption applications

Two novel ionic hydrogen-bonded organic frameworks ( iHOF-17 and iHOF-18 ) were obtained by integrating organosulfonic acids with amidine salts. Among them, iHOF-18 exhibits fast, reversible, and high-contrast UV-induced photochromic properties, and this property is solvent-controlled. This work pro...

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Published inChemical communications (Cambridge, England) Vol. 6; no. 25; pp. 3437 - 344
Main Authors Huang, Ming-Feng, Cao, Li-Hui, Zhou, Bin
Format Journal Article
LanguageEnglish
Published England Royal Society of Chemistry 21.03.2024
Subjects
Hydrogen bonding
Solvents
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Abstract Two novel ionic hydrogen-bonded organic frameworks ( iHOF-17 and iHOF-18 ) were obtained by integrating organosulfonic acids with amidine salts. Among them, iHOF-18 exhibits fast, reversible, and high-contrast UV-induced photochromic properties, and this property is solvent-controlled. This work provides valuable insights for designing advanced anti-counterfeiting techniques and encryption applications. An ionic hydrogen-bonded organic framework exhibits fast and reversible photochromic properties. Benefiting from the stimuli-responsive property, information encryptions and decryptions integrated with photoresponsivity are successfully designed.
AbstractList Two novel ionic hydrogen-bonded organic frameworks ( iHOF-17 and iHOF-18 ) were obtained by integrating organosulfonic acids with amidine salts. Among them, iHOF-18 exhibits fast, reversible, and high-contrast UV-induced photochromic properties, and this property is solvent-controlled. This work provides valuable insights for designing advanced anti-counterfeiting techniques and encryption applications. An ionic hydrogen-bonded organic framework exhibits fast and reversible photochromic properties. Benefiting from the stimuli-responsive property, information encryptions and decryptions integrated with photoresponsivity are successfully designed.
Two novel ionic hydrogen-bonded organic frameworks (iHOF-17 and iHOF-18) were obtained by integrating organosulfonic acids with amidine salts. Among them, iHOF-18 exhibits fast, reversible, and high-contrast UV-induced photochromic properties, and this property is solvent-controlled. This work provides valuable insights for designing advanced anti-counterfeiting techniques and encryption applications.
Two novel ionic hydrogen-bonded organic frameworks (iHOF-17 and iHOF-18) were obtained by integrating organosulfonic acids with amidine salts. Among them, iHOF-18 exhibits fast, reversible, and high-contrast UV-induced photochromic properties, and this property is solvent-controlled. This work provides valuable insights for designing advanced anti-counterfeiting techniques and encryption applications.Two novel ionic hydrogen-bonded organic frameworks (iHOF-17 and iHOF-18) were obtained by integrating organosulfonic acids with amidine salts. Among them, iHOF-18 exhibits fast, reversible, and high-contrast UV-induced photochromic properties, and this property is solvent-controlled. This work provides valuable insights for designing advanced anti-counterfeiting techniques and encryption applications.
Author Zhou, Bin
Huang, Ming-Feng
Cao, Li-Hui
AuthorAffiliation Shaanxi Key Laboratory of Chemical Additives for Industry
Shaanxi University of Science and Technology
College of Chemistry and Chemical Engineering
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Snippet Two novel ionic hydrogen-bonded organic frameworks ( iHOF-17 and iHOF-18 ) were obtained by integrating organosulfonic acids with amidine salts. Among them,...
Two novel ionic hydrogen-bonded organic frameworks (iHOF-17 and iHOF-18) were obtained by integrating organosulfonic acids with amidine salts. Among them,...
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Title A solvent-controlled photoresponsive ionic hydrogen-bonded organic framework for encryption applications
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