Application of a technique developed for in situ solid-state 13C NMR studies of crystallization processes reveals direct evidence that crystallization of glycine from a methanol/water solution involves the initial transient formation of the β polymorph, which then undergoes a solution-mediated polymorphic transformation to yield the more stable α polymorph
We report the discovery of new polymorphic forms of solids by exploiting a solid-state NMR technique...
We report the discovery of new polymorphic forms of solids by exploiting a solid-state NMR technique...
ABSTRACT: This study reports the selective growth of ç-glycine crystals via concentrating microdropl...
Application of a technique developed for in situ solid-state 13C NMR studies of crystallization proc...
We report a technique for carrying out in situ solid-state NMR studies of crystallization from solut...
WOS:000434041700038International audienceIn situ solid-state NMR spectroscopy is exploited to monito...
The objectives of this work are to investigate the mechanism and progression of polymorphic transfor...
We are engaged in a multidisciplinary study of fundamental aspects of the crystallization of organic...
In situ solid‐state NMR spectroscopy is exploited to monitor the structural evolution of a glycine/w...
Crystal polymorphism, where a molecule forms several different crystal lattices, is common, and ofte...
Crystallization processes play a crucial role in many aspects of biological and physical sciences. P...
We report the discovery of new polymorphic forms of solids by exploiting a solid-state NMR technique...
We report the discovery of new polymorphic forms of solids by exploiting a solid-state NMR technique...
ABSTRACT: This study reports the selective growth of ç-glycine crystals via concentrating microdropl...
Application of a technique developed for in situ solid-state 13C NMR studies of crystallization proc...
We report a technique for carrying out in situ solid-state NMR studies of crystallization from solut...
WOS:000434041700038International audienceIn situ solid-state NMR spectroscopy is exploited to monito...
The objectives of this work are to investigate the mechanism and progression of polymorphic transfor...
We are engaged in a multidisciplinary study of fundamental aspects of the crystallization of organic...
In situ solid‐state NMR spectroscopy is exploited to monitor the structural evolution of a glycine/w...
Crystal polymorphism, where a molecule forms several different crystal lattices, is common, and ofte...
Crystallization processes play a crucial role in many aspects of biological and physical sciences. P...
We report the discovery of new polymorphic forms of solids by exploiting a solid-state NMR technique...
We report the discovery of new polymorphic forms of solids by exploiting a solid-state NMR technique...
ABSTRACT: This study reports the selective growth of ç-glycine crystals via concentrating microdropl...