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Drug Development and Industrial Pharmacy Volume 20, 1994 - Issue 5
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Research Article

Force-Time-Curves of a Modern Rotary Tablet Machine I. Evaluation Techniques and Characterization of Deformation Behaviour of Pharmaceutical Substances

Peter C. Schmidt Pharmazeutische Technologie der Universität Tübingen, Auf der Morgenstelle, 8 D-7400, Tübingen
&
Peter J. Vogel Pharmazeutische Technologie der Universität Tübingen, Auf der Morgenstelle, 8 D-7400, Tübingen
Pages 921-934 | Published online: 20 Oct 2008

Citations (13)

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Read on this site (5)

Katharina M. Picker. (2004) The 3D Model: Explaining Densification and Deformation Mechanisms by Using 3D Parameter Plots. Drug Development and Industrial Pharmacy 30:4, pages 413-425.
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Katharina M. Picker & Fatima Bikane. (2001) An Evaluation of Three-Dimensional Modeling of Compaction Cycles by Analyzing the Densification Behavior of Binary and Ternary Mixtures. Pharmaceutical Development and Technology 6:3, pages 333-342.
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Anja Adam, Leopold Schrimpl & Peter C. Schmidt. (2000) Some Physicochemical Properties of Mefenamic Acid. Drug Development and Industrial Pharmacy 26:5, pages 477-487.
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Ch. Matz, A. Bauer-Brandl, Th. Rigassi, R. Schubert & D. Becker. (1999) On the Accuracy of a New Displacement Instrumentation for Rotary Tablet Presses. Drug Development and Industrial Pharmacy 25:2, pages 117-130.
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Jouko K. Yliruusi, Pasi Merkku, Leena Hellén & Osmo K. Antikainen. (1997) A New Method to Evaluate the Elastic Behavior of Tablets During Compression. Drug Development and Industrial Pharmacy 23:1, pages 63-68.
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Articles from other publishers (8)

E. Peeters, A.F.T. Silva, M. Fonteyne, T. De Beer, C. Vervaet & J.P. Remon. (2018) Influence of extended dwell time during pre- and main compression on the properties of ibuprofen tablets. European Journal of Pharmaceutics and Biopharmaceutics 128, pages 300-315.
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Parthiban Anbalagan, Celine Valeria Liew & Paul Wan Sia Heng. (2017) Role of dwell on compact deformation during tableting: an overview. Journal of Pharmaceutical Investigation 47:3, pages 173-181.
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M Leitritz, M Krumme & P C Schmidt. (1996) Force-time Curves of a Rotary Tablet Press. Interpretation of the Compressibility of a Modified Starch Containing Various Amounts of Moisture. Journal of Pharmacy and Pharmacology 48:5, pages 456-462.
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S. Lakio, S. Siiriä, H. Räikkönen, S. Airaksinen, T. Närvänen, O. Antikainen & J. Yliruusi. (2010) New insights into segregation during tabletting. International Journal of Pharmaceutics 397:1-2, pages 19-26.
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Shayne Cox GadKatharina M Picker-Freyer. 2010. Pharmaceutical Sciences Encyclopedia. Pharmaceutical Sciences Encyclopedia.
Péter Kása, János Bajdik, Zsolt Zsigmond & Klára Pintye-Hódi. (2009) Study of the compaction behaviour and compressibility of binary mixtures of some pharmaceutical excipients during direct compression. Chemical Engineering and Processing: Process Intensification 48:4, pages 859-863.
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Katharina M. Picker. (2000) A new theoretical model to characterize the densification behavior of tableting materials. European Journal of Pharmaceutics and Biopharmaceutics 49:3, pages 267-273.
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Colin E. Rowlings, Alan Y. Leung & Pai-Chang Sheen. (1997) Resolution of the material and machine contributions to the area to height ratio obtained from force-time powder compression data II: Rotary tablet press. Pharmaceutica Acta Helvetiae 72:3, pages 125-130.
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