The reproducible crystallisation of elusive polymorphs and solvates of molecular compounds at high pressure has been demonstrated through studies on maleic acid, malonamide, and paracetamol. These high-pressure methods can be scaled-up to produce 'bulk' quantities of metastable forms that can be recovered to ambient pressure for subsequent seeding experiments. This has been demonstrated for paracetamol form II and paracetamol monohydrate. The studies also show that the particular solid form can be tuned by both pressure and concentration
High-pressure crystallisation has been successfully used as an alternative technique to prepare Form...
The design of a melt synthesis of the first air-stable formulation of the metastable form III of par...
A novel polymorph of glycolide, the precursor to polyglycolic acid, has been observed at 0.6 GPa. La...
The reproducible crystallisation of elusive polymorphs and solvates of molecular compounds at high p...
The effects of high pressure on a selection of organic compounds have been studied. Crystallisation ...
This article describes the use of antisolvent addition at high-pressure to aid precipitation and rec...
Recrystallisation of paracetamol from a solution in methanol at a pressure of 0.62 GPa gives a new 1...
This thesis describes the effect of pressure on crystal structures that are in some way unusual. The...
Organic molecules, such as pharmaceuticals, agro-chemicals and pigments, frequently form several cry...
Crystallisation of paracetamol and piperazine from ethanol at a pressure of 0.57 GPa produced an eth...
The work presented here describes a novel method for crystallising the metastable polymorph of parac...
The research illustrated in this doctoral thesis aims to probe the crystallisation behaviour of phar...
High-pressure crystallisation has been successfully used as an alternative technique to prepare Form...
High-pressure crystallisation has been successfully used as an alternative technique to prepare Form...
The design of a melt synthesis of the first air-stable formulation of the metastable form III of par...
A novel polymorph of glycolide, the precursor to polyglycolic acid, has been observed at 0.6 GPa. La...
The reproducible crystallisation of elusive polymorphs and solvates of molecular compounds at high p...
The effects of high pressure on a selection of organic compounds have been studied. Crystallisation ...
This article describes the use of antisolvent addition at high-pressure to aid precipitation and rec...
Recrystallisation of paracetamol from a solution in methanol at a pressure of 0.62 GPa gives a new 1...
This thesis describes the effect of pressure on crystal structures that are in some way unusual. The...
Organic molecules, such as pharmaceuticals, agro-chemicals and pigments, frequently form several cry...
Crystallisation of paracetamol and piperazine from ethanol at a pressure of 0.57 GPa produced an eth...
The work presented here describes a novel method for crystallising the metastable polymorph of parac...
The research illustrated in this doctoral thesis aims to probe the crystallisation behaviour of phar...
High-pressure crystallisation has been successfully used as an alternative technique to prepare Form...
High-pressure crystallisation has been successfully used as an alternative technique to prepare Form...
The design of a melt synthesis of the first air-stable formulation of the metastable form III of par...
A novel polymorph of glycolide, the precursor to polyglycolic acid, has been observed at 0.6 GPa. La...