The agreement between theoretical habits of crystals obtained from PBC-analyses and observed habits is often remarkably good, even though only the internal crystalline structure is taken into account. Sometimes discrepancies are observed. The purpose of the research described in this thesis is to explain these discrepancies mainly in terms of interaction of solvent with the crystal and to improve the theoretical habits. Most of the discrepancies are observed when the crystals are grown from a solution. Solvent interaction with the crystal surfaces is believed to play an important role in reducing the growth rate of the faces
The shape of a crystalline organic solid has a major impact on its downstream processing and on its ...
The following report outlines a simplified method to predict the effect on the relative growth rates...
A program was built to calculate the interaction energy between molecules in crystal, and to predict...
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...
In this thesis, the effects of solvent properties on crystal formations are studied. The first secti...
Crystalline materials are of crucial importance to the pharmaceutical industry, as a large number of...
The extreme polar morphology that has been observed for crystals of the stable form of a steroid is ...
Crystalline materials are of crucial importance to the pharmaceutical industry, as a large number of...
Seed surface properties can influence crystal growth, resulting in crystals with different morpholog...
This paper deals with some microscopic phenomena, which occur on crystal surfaces during growth from...
The discovery of reversed crystal growth routes in zeolite analcime and zeolite A implies that cryst...
A three-step theory of crystal growth is proposed which involves first an association of molecules o...
Organic molecular crystals are often the main active ingredient in pharmaceutical drug products. The...
Investigation of early stages of crystal growth revealed that crystal growth in some systems may not...
The shape of a crystalline organic solid has a major impact on its downstream processing and on its ...
The following report outlines a simplified method to predict the effect on the relative growth rates...
A program was built to calculate the interaction energy between molecules in crystal, and to predict...
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...
In this thesis, the effects of solvent properties on crystal formations are studied. The first secti...
Crystalline materials are of crucial importance to the pharmaceutical industry, as a large number of...
The extreme polar morphology that has been observed for crystals of the stable form of a steroid is ...
Crystalline materials are of crucial importance to the pharmaceutical industry, as a large number of...
Seed surface properties can influence crystal growth, resulting in crystals with different morpholog...
This paper deals with some microscopic phenomena, which occur on crystal surfaces during growth from...
The discovery of reversed crystal growth routes in zeolite analcime and zeolite A implies that cryst...
A three-step theory of crystal growth is proposed which involves first an association of molecules o...
Organic molecular crystals are often the main active ingredient in pharmaceutical drug products. The...
Investigation of early stages of crystal growth revealed that crystal growth in some systems may not...
The shape of a crystalline organic solid has a major impact on its downstream processing and on its ...
The following report outlines a simplified method to predict the effect on the relative growth rates...
A program was built to calculate the interaction energy between molecules in crystal, and to predict...