Citations (13)
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Read on this site (6)
Sameh Abdel-Hamid & Gabriele Betz. (2012) A novel tool for the prediction of tablet sticking during high speed compaction. Pharmaceutical Development and Technology 17:6, pages 747-754.
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Frank Waimer, Markus Krumme, Peter Danz, Ulrich Tenter & Peter C. Schmidt. (1999) The Influence of Engravings on the Sticking of Tablets. Investigations with an Instrumented Upper Punch. Pharmaceutical Development and Technology 4:3, pages 369-375.
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Frank Waimer, Markus Krumme, Peter Danz, Ulrich Tenter & Peter C. Schmidt. (1999) A Novel Method for the Detection of Sticking of Tablets. Pharmaceutical Development and Technology 4:3, pages 359-367.
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William T. Morehead. (1992) Viscoelastic Behavior of Pharmaceutical Materials During Compaction. Drug Development and Industrial Pharmacy 18:6-7, pages 659-675.
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E. Doelker, D. Mordier, H. Iten & P. Humbert-Droz. (1987) Comparative Tableting Properties of Sixteen Microcrystalline Celluloses. Drug Development and Industrial Pharmacy 13:9-11, pages 1847-1875.
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Metin Celik & D. N. Travers. (1985) The use of an Elastic Recovery Index as a Criterion of Compactional Behaviour of Some Direct Compression Bases. Drug Development and Industrial Pharmacy 11:2-3, pages 299-314.
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Articles from other publishers (7)
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 K Dwivedi, R J Oates & A G Mitchell. (1992) Estimation of Elastic Recovery, Work of Decompression and Young's Modulus Using a Rotary Tablet Press. Journal of Pharmacy and Pharmacology 44:6, pages 459-466.
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P V Marshall, P York & R Richardson. (1986) The Effect of Duration of Compression on the Axial Recovery Properties of Compacts of a Crystalline Drug Substance. Journal of Pharmacy and Pharmacology 38:Supplement_12, pages 47P-47P.
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Rahul V. Haware, Ingunn Tho & Annette Bauer-Brandl. (2010) Evaluation of a rapid approximation method for the elastic recovery of tablets. Powder Technology 202:1-3, pages 71-77.
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Gerad Bolhuis & Zak Chowhan. 1995. Pharmaceutical Powder ComPattion Technology. Pharmaceutical Powder ComPattion Technology
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Stephen W. Hoag & Edward G. Rippie. (1994) Thermodynamic Analysis of Energy Dissipation by Pharmaceutical Tablets During Stress Unloading. Journal of Pharmaceutical Sciences 83:6, pages 903-908.
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Edward G. Rippie & William T. Morehead. (1994) Structure Evolution of Tablets during Compressing Unloading. Journal of Pharmaceutical Sciences 83:5, pages 708-715.
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