Add to ORKGThe efficiency of a powder consisting of two different materials to be compacted into a solid dosage form, i.e. a tablet, does not only depend on the performance of the individual materials, but also on interactions between the materials during the compaction process of a powder blend. Chapter 1 presents a short overview of the compaction behaviour of single materials in general and of binary powder blends in particular. ... Zie: Summary
Effective development of matrix tablets requires a comprehensive understanding of different raw mate...
Bi-layered tablets are produced by having two pharmaceutical powders, confined within a die, compact...
Die compaction of powders is a process which involves filling a die with powder, compression of the ...
Binary mixtures of different particle size fractions of alpha-lactose monohydrate were compacted int...
Powder compaction is a manufacturing technology used to transform powder particles into a solid mate...
Binary powder mixtures of four different types of crystalline lactose: alpha-lactose monohydrate, an...
The physical characteristics of raw materials determine powder compression and compaction performanc...
With the ever-increasing need for development speed, the ability to complete a thorough characteriza...
Processability of powders in high load compaction constitutes a challenge due to particle rearrangem...
Purpose. Elucidate the compactibility of binary mixes from their organization as compared to the tra...
The compaction characteristics and tabletting properties of binary mixtures of five particle size fr...
The compaction of particulate systems can be simulated using phenomenological elasto-plastic continu...
Tablet production involves compression of free flowing powder in an enclosed cavity of defined geome...
A full factorial design of experiments was used to study the effect of blend shear strain on the com...
Tablets were compacted from a coarse fraction (250-315 mum), a fine fraction (32-45 mum) and from bi...
Effective development of matrix tablets requires a comprehensive understanding of different raw mate...
Bi-layered tablets are produced by having two pharmaceutical powders, confined within a die, compact...
Die compaction of powders is a process which involves filling a die with powder, compression of the ...
Binary mixtures of different particle size fractions of alpha-lactose monohydrate were compacted int...
Powder compaction is a manufacturing technology used to transform powder particles into a solid mate...
Binary powder mixtures of four different types of crystalline lactose: alpha-lactose monohydrate, an...
The physical characteristics of raw materials determine powder compression and compaction performanc...
With the ever-increasing need for development speed, the ability to complete a thorough characteriza...
Processability of powders in high load compaction constitutes a challenge due to particle rearrangem...
Purpose. Elucidate the compactibility of binary mixes from their organization as compared to the tra...
The compaction characteristics and tabletting properties of binary mixtures of five particle size fr...
The compaction of particulate systems can be simulated using phenomenological elasto-plastic continu...
Tablet production involves compression of free flowing powder in an enclosed cavity of defined geome...
A full factorial design of experiments was used to study the effect of blend shear strain on the com...
Tablets were compacted from a coarse fraction (250-315 mum), a fine fraction (32-45 mum) and from bi...
Effective development of matrix tablets requires a comprehensive understanding of different raw mate...
Bi-layered tablets are produced by having two pharmaceutical powders, confined within a die, compact...
Die compaction of powders is a process which involves filling a die with powder, compression of the ...