keleblin
Rising Star
Apologies for the double post, but I got reading that article, and after doing a search on DMT polymorphism, I found this thread (and the article contained within): Polymorphic properties of DMT - Advanced/Enhanced chemistry - Welcome to the DMT-Nexus where DMT is confirmed to have two distinct polymorphs. This leads me to two questions:
#1, in regard to CaptainFuture and anyone else who might have grown diamond-like DMT crystals as well as normal tabular crystals: did your 'diamond' crystals come from the same batch of MHRB that produced the tabular crystals, and if so, how fresh was the MHRB when you got the diamonds as opposed to when you got the tabulars?
#2, to the organic chemists: according to Falkenberg, the polymorphism is a result of a difference in interatomic bond angle between Carbon atom 11 - Nitrogen atom 12, and between Carbon atom 14 and its associated hydrogen atoms (14 a, b, and c) (image attached). What would cause that change in bond angle? Most of my expertise in crystal chemistry deals with inorganic mineral formation involving high heat and pressure (on the order of mega/giga pascals).
#1, in regard to CaptainFuture and anyone else who might have grown diamond-like DMT crystals as well as normal tabular crystals: did your 'diamond' crystals come from the same batch of MHRB that produced the tabular crystals, and if so, how fresh was the MHRB when you got the diamonds as opposed to when you got the tabulars?
#2, to the organic chemists: according to Falkenberg, the polymorphism is a result of a difference in interatomic bond angle between Carbon atom 11 - Nitrogen atom 12, and between Carbon atom 14 and its associated hydrogen atoms (14 a, b, and c) (image attached). What would cause that change in bond angle? Most of my expertise in crystal chemistry deals with inorganic mineral formation involving high heat and pressure (on the order of mega/giga pascals).