This is quite surprising that PXRD, synchrotron XRD Or MicroED cannot provide structural information according to a reviewer of @ChemEurJ@WileyGlobal
Editor should think seriously about such a reviewer.
Check out the current issue of @CGD_ACS. It's a moment to celebrate as our recent work is accepted as journal front cover. Thank you all coauthor @cmallareddy@DekaPoonam@_kalyanjyoti
https://t.co/qZ2CtCtKXn
My 50th publication with my wife as corresponding author published in @CrystEngComm
Solid-State Fluorescence of A Quasi-Isostructural Polymorphic Biphenyl Based Michael Addition Product - now published in CrystEngComm https://t.co/99k0KGGg7A
Check our latest work on agro-based cocrystal as a sustained release nitrogen source for crop growth with @M_Arhangelskis
Mechanochemical Synthesis of Polymorphic Urea ⋅ Adipic Acid Cocrystal as a Sustained‐Release Nitrogen Source https://t.co/tcz3Enw8XC
Check out our latest work on Favipiravir and cocrystal sensing with Dr. B. Gogoi
Soot-Based Reduced Graphene Quantum Dot/Hemin Conjugate for Favipiravir Sensing https://t.co/70bJq38xz7
Our work on Favipiravir cocrystal is now online. For more details check the asap of @CGD_ACS
Mechanosynthesis, Characterization, and Physicochemical Property Investigation of a Favipiravir Cocrystal with Theophylline and GRAS Coformers https://t.co/o9ZCMDL6NJ
#SCIRES2021
Poster no. P50
Presenting Author- Poonam Deka
Title-Investigation of Physicochemical Property of Favipiravir Cocrystal with Theophylline and GRAS Coformers.
Poster Number: SF 11
Presenting Author: Poonam Deka
Biphenyl based Michael addition product (Compound A & B) are synthesized. A is dimorphic in nature and shows AIE behavior, whereas B is fluorescent inactive. Structure-property correlation was established.
@CEFMC2020#SolidForms