Plasticita u tablet z mikrokrystalické celulózy

A study of parameters (power, speed), affect on force - displacement profile, microcrystalline celulose (AVICEL PH - 102® ) and other types of excipients in direct compression 2007, s. 1 - 73 Filip Reich Charles univerzity in Prague, Fakulty of Pharmacy, Institute of Pharmaceutical technology, Heyro...

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Main Author: Reich, Filip
Other Authors: Řehula, Milan
Format: Dissertation
Language:Czech
Published: 2007
Online Access:http://www.nusl.cz/ntk/nusl-279022
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spelling ndltd-nusl.cz-oai-invenio.nusl.cz-2790222017-09-02T04:15:35Z Plasticita u tablet z mikrokrystalické celulózy Plasticity in Tablets from Microcrystalline Cellulose Reich, Filip Řehula, Milan Musilová, Marie A study of parameters (power, speed), affect on force - displacement profile, microcrystalline celulose (AVICEL PH - 102® ) and other types of excipients in direct compression 2007, s. 1 - 73 Filip Reich Charles univerzity in Prague, Fakulty of Pharmacy, Institute of Pharmaceutical technology, Heyrovského street 1203, 500 05, Hradec Králové accepted 15th. may 2007 Abstract Compression behaviour, plasticity, of a direct compression excipient, microcrystalline celulose (AVICEL PH - 102), was studied in this work. The compaction property, plasticity, has been acquired with three methods,two procession with the "one-point" plotting, the last one with the "area" plotting. In this work avicel was tableting with slower and more even increase of the compacting power. Yielded results were compared with results from the studies of other laborers, who were solving the same problem by using different compaciton properties, including the speed of tableting 2 mm/s, and using also the same excipients. The acquired plasticity indicated, that these methods gave compareable results. In the force - plasticity profile we can find two apparent slots, the first characterize the phase before the start of compaction, the second one shows the phase of plastic deformation. The character of the force - plasticity curve in the phase... 2007 info:eu-repo/semantics/masterThesis http://www.nusl.cz/ntk/nusl-279022 cze info:eu-repo/semantics/restrictedAccess
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language Czech
format Dissertation
sources NDLTD
description A study of parameters (power, speed), affect on force - displacement profile, microcrystalline celulose (AVICEL PH - 102® ) and other types of excipients in direct compression 2007, s. 1 - 73 Filip Reich Charles univerzity in Prague, Fakulty of Pharmacy, Institute of Pharmaceutical technology, Heyrovského street 1203, 500 05, Hradec Králové accepted 15th. may 2007 Abstract Compression behaviour, plasticity, of a direct compression excipient, microcrystalline celulose (AVICEL PH - 102), was studied in this work. The compaction property, plasticity, has been acquired with three methods,two procession with the "one-point" plotting, the last one with the "area" plotting. In this work avicel was tableting with slower and more even increase of the compacting power. Yielded results were compared with results from the studies of other laborers, who were solving the same problem by using different compaciton properties, including the speed of tableting 2 mm/s, and using also the same excipients. The acquired plasticity indicated, that these methods gave compareable results. In the force - plasticity profile we can find two apparent slots, the first characterize the phase before the start of compaction, the second one shows the phase of plastic deformation. The character of the force - plasticity curve in the phase...
author2 Řehula, Milan
author_facet Řehula, Milan
Reich, Filip
author Reich, Filip
spellingShingle Reich, Filip
Plasticita u tablet z mikrokrystalické celulózy
author_sort Reich, Filip
title Plasticita u tablet z mikrokrystalické celulózy
title_short Plasticita u tablet z mikrokrystalické celulózy
title_full Plasticita u tablet z mikrokrystalické celulózy
title_fullStr Plasticita u tablet z mikrokrystalické celulózy
title_full_unstemmed Plasticita u tablet z mikrokrystalické celulózy
title_sort plasticita u tablet z mikrokrystalické celulózy
publishDate 2007
url http://www.nusl.cz/ntk/nusl-279022
work_keys_str_mv AT reichfilip plasticitautabletzmikrokrystalickecelulozy
AT reichfilip plasticityintabletsfrommicrocrystallinecellulose
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