The extreme polar morphology that has been observed for crystals of the stable form of a steroid is explained by a molecular dynamics simulations approach. The habit modification is caused by surface-solvent interactions, which affect the growth rate of the polar faces differently. The same effect was observed for the metastable polymorphic form. Depending on the solvent, the nature of the difference is mainly caused by the hydrogen bond interactions or the electrostatic part of the interactions
The influence of solute-solvent interactions was realized at the crystal-solution interface on the e...
Sulfathiazole, a compound that forms four known crystal structures, has been examined with a view to...
The following report outlines a simplified method to predict the effect on the relative growth rates...
The agreement between theoretical habits of crystals obtained from PBC-analyses and observed habits ...
We report a computational method to investigate the mechanism through which the solvent interacts wi...
Effect of steric hindrance resulting from solvent topography on the resultant crystal morphology was...
The ability of a chemical compound to crystallize in a variety of shapes has sparked the imagination...
Low sensitivity and highly energetic materials (LSHEMs) are currently the most promising high-energy...
Contains fulltext : 29863.pdf (publisher's version ) (Open Access)Although theoret...
Crystalline materials are of crucial importance to the pharmaceutical industry, as a large number of...
Crystalline materials are of crucial importance to the pharmaceutical industry, as a large number of...
NoThe growth of crystals of a-resorcinol from the vapor phase is asymmetric along the polar axis. By...
Nonpolar aliphatic hydrocarbons are usually regarded as solely antisolvents in solution crystallizat...
A noteworthy feature of the compound theophylline is that it forms crystals with a triangular habit,...
Organic molecular crystals are often the main active ingredient in pharmaceutical drug products. The...
The influence of solute-solvent interactions was realized at the crystal-solution interface on the e...
Sulfathiazole, a compound that forms four known crystal structures, has been examined with a view to...
The following report outlines a simplified method to predict the effect on the relative growth rates...
The agreement between theoretical habits of crystals obtained from PBC-analyses and observed habits ...
We report a computational method to investigate the mechanism through which the solvent interacts wi...
Effect of steric hindrance resulting from solvent topography on the resultant crystal morphology was...
The ability of a chemical compound to crystallize in a variety of shapes has sparked the imagination...
Low sensitivity and highly energetic materials (LSHEMs) are currently the most promising high-energy...
Contains fulltext : 29863.pdf (publisher's version ) (Open Access)Although theoret...
Crystalline materials are of crucial importance to the pharmaceutical industry, as a large number of...
Crystalline materials are of crucial importance to the pharmaceutical industry, as a large number of...
NoThe growth of crystals of a-resorcinol from the vapor phase is asymmetric along the polar axis. By...
Nonpolar aliphatic hydrocarbons are usually regarded as solely antisolvents in solution crystallizat...
A noteworthy feature of the compound theophylline is that it forms crystals with a triangular habit,...
Organic molecular crystals are often the main active ingredient in pharmaceutical drug products. The...
The influence of solute-solvent interactions was realized at the crystal-solution interface on the e...
Sulfathiazole, a compound that forms four known crystal structures, has been examined with a view to...
The following report outlines a simplified method to predict the effect on the relative growth rates...