| 1 |
Hydrogen Transfer Reaction To Imines With 2 Propanol Catalyzed By Ruthenium (Ii) Complexes Containing Nitrogen Phosphorus (Npn) Ligands. Experimental And Computational Studies
DOI: 10.1016/J.ICA.2024.122064
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WoS: WOS:001232681300001
Scopus: SCOPUS_ID:85191199207
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Inorganica Chimica Acta
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WOS
Scopus
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Article
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2024
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| 2 |
The Spin Orbit Effects On Platinabenzene: A Ring Current And Electron Delocalization Approach
DOI: 10.1039/D2NJ03317H
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WoS: WOS:000840434700001
Scopus: SCOPUS_ID:85136274318
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New Journal Of Chemistry
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WOS
Scopus
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Article
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2022
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| 3 |
Fluorescence <I>Turn</I> <I>On</I> And <I>Turn</I> <I>Off</I> Mechanisms Of A Dual Selective Chemosensor Of Bi<Sup>3+</Sup> And P H Changes: Insights From A Theoretical Perspective
DOI: 10.1016/J.DYEPIG.2020.108934
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WoS: WOS:000600402600007
Scopus: SCOPUS_ID:85092915482
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Dyes And Pigments
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WOS
Scopus
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Article
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2021
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| 4 |
Organotin Schiff Bases As Halofluorochromic Dyes: Green Synthesis, Chemio Photophysical Characterization, Dft, And Their Fluorescent Bioimaging <I>In Vitro</I>
DOI: 10.1039/D1TB01405F
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WoS: WOS:000689080800001
Scopus: SCOPUS_ID:85116089986
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Journal Of Materials Chemistry B
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WOS
Scopus
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Article
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2021
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| 5 |
Radiative Decay Channel Assessment To Understand The Sensing Mechanism Of A Fluorescent Turn On Al<Sup>3+</Sup> Chemosensor
DOI: 10.1002/QUA.26083
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WoS: WOS:000491698600001
Scopus: SCOPUS_ID:85074359735
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International Journal Of Quantum Chemistry
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WOS
Scopus
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Article
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2020
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| 6 |
New Sensitive And Selective Chemical Sensors For Ni<Sup>2+</Sup> And Cu<Sup>2+</Sup> Ions: Insights Into The Sensing Mechanism Through Dft Methods
DOI: 10.1021/ACS.JPCA.0C03834
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WoS: WOS:000562942600011
Scopus: SCOPUS_ID:85089464830
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Journal Of Physical Chemistry A
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WOS
Scopus
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Article
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2020
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| 7 |
Sensing Mechanism Elucidation Of A Chemosensor Based On Ametal Organicframework Selective To Explosive Aromatic Compounds
DOI: 10.1002/QUA.26404
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WoS: WOS:000557546100001
Scopus: SCOPUS_ID:85089182029
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International Journal Of Quantum Chemistry
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WOS
Scopus
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Article
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2020
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| 8 |
A New Approach To The Mechanism For The Acetalization Of Benzaldehyde Over Mof Catalysts
DOI: 10.1039/D0NJ02416C
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WoS: WOS:000569368500008
Scopus: SCOPUS_ID:85091396067
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New Journal Of Chemistry
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WOS
Scopus
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Article
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2020
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