Search for optimal adsorbents for decaffeination processes by calorimetric investigation

69646 Gabel, P.W.; 116374 Sarge, S.; 53323 Cammenga, H.K.; 3180 Association Scientifique Internationale du Café, París (Francia); 32077 12. International Scientific Colloquium on Coffee Montreal (Canadá) 29 Jun - 3 Jul 1987

Search for optimal adsorbents for decaffeination processes by calorimetric investigation

The use of isothermal and scanning adsorption calorimetry to determine the "caffeine specific surface area" of adsorbents, some brief theoretical considerations and the experimental set up are described. For one exactly defined charcoal the surface area was determined: A = 151 m2g-1 (scanning measuremnts); 134 m2g-1 (isothermal measurements)

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Main Authors:	69646 Gabel, P.W., 116374 Sarge, S., 53323 Cammenga, H.K., 3180 Association Scientifique Internationale du Café, París (Francia), 32077 12. International Scientific Colloquium on Coffee Montreal (Canadá) 29 Jun - 3 Jul 1987
Format:	biblioteca
Published:	París (Francia) 1988
Subjects:	CAFE, DESCAFEINIZACION, CALORIMETRIA, ANALISIS QUIMICO,
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id	KOHA-OAI-BVE:81766
record_format	koha
spelling	KOHA-OAI-BVE:817662020-02-03T21:49:06ZSearch for optimal adsorbents for decaffeination processes by calorimetric investigation 69646 Gabel, P.W. 116374 Sarge, S. 53323 Cammenga, H.K. 3180 Association Scientifique Internationale du Café, París (Francia) 32077 12. International Scientific Colloquium on Coffee Montreal (Canadá) 29 Jun - 3 Jul 1987 París (Francia)1988The use of isothermal and scanning adsorption calorimetry to determine the "caffeine specific surface area" of adsorbents, some brief theoretical considerations and the experimental set up are described. For one exactly defined charcoal the surface area was determined: A = 151 m2g-1 (scanning measuremnts); 134 m2g-1 (isothermal measurements)The use of isothermal and scanning adsorption calorimetry to determine the "caffeine specific surface area" of adsorbents, some brief theoretical considerations and the experimental set up are described. For one exactly defined charcoal the surface area was determined: A = 151 m2g-1 (scanning measuremnts); 134 m2g-1 (isothermal measurements)CAFEDESCAFEINIZACIONCALORIMETRIAANALISIS QUIMICO
institution	IICA
collection	Koha
country	Costa Rica
countrycode	CR
component	Bibliográfico
access	En linea
databasecode	cat-sibiica
tag	biblioteca
region	America Central
libraryname	Sistema de Bibliotecas IICA/CATIE
topic	CAFE DESCAFEINIZACION CALORIMETRIA ANALISIS QUIMICO CAFE DESCAFEINIZACION CALORIMETRIA ANALISIS QUIMICO
spellingShingle	CAFE DESCAFEINIZACION CALORIMETRIA ANALISIS QUIMICO CAFE DESCAFEINIZACION CALORIMETRIA ANALISIS QUIMICO 69646 Gabel, P.W. 116374 Sarge, S. 53323 Cammenga, H.K. 3180 Association Scientifique Internationale du Café, París (Francia) 32077 12. International Scientific Colloquium on Coffee Montreal (Canadá) 29 Jun - 3 Jul 1987 Search for optimal adsorbents for decaffeination processes by calorimetric investigation
description	The use of isothermal and scanning adsorption calorimetry to determine the "caffeine specific surface area" of adsorbents, some brief theoretical considerations and the experimental set up are described. For one exactly defined charcoal the surface area was determined: A = 151 m2g-1 (scanning measuremnts); 134 m2g-1 (isothermal measurements)
format
topic_facet	CAFE DESCAFEINIZACION CALORIMETRIA ANALISIS QUIMICO
author	69646 Gabel, P.W. 116374 Sarge, S. 53323 Cammenga, H.K. 3180 Association Scientifique Internationale du Café, París (Francia) 32077 12. International Scientific Colloquium on Coffee Montreal (Canadá) 29 Jun - 3 Jul 1987
author_facet	69646 Gabel, P.W. 116374 Sarge, S. 53323 Cammenga, H.K. 3180 Association Scientifique Internationale du Café, París (Francia) 32077 12. International Scientific Colloquium on Coffee Montreal (Canadá) 29 Jun - 3 Jul 1987
author_sort	69646 Gabel, P.W.
title	Search for optimal adsorbents for decaffeination processes by calorimetric investigation
title_short	Search for optimal adsorbents for decaffeination processes by calorimetric investigation
title_full	Search for optimal adsorbents for decaffeination processes by calorimetric investigation
title_fullStr	Search for optimal adsorbents for decaffeination processes by calorimetric investigation
title_full_unstemmed	Search for optimal adsorbents for decaffeination processes by calorimetric investigation
title_sort	search for optimal adsorbents for decaffeination processes by calorimetric investigation
publisher	París (Francia)
publishDate	1988
work_keys_str_mv	AT 69646gabelpw searchforoptimaladsorbentsfordecaffeinationprocessesbycalorimetricinvestigation AT 116374sarges searchforoptimaladsorbentsfordecaffeinationprocessesbycalorimetricinvestigation AT 53323cammengahk searchforoptimaladsorbentsfordecaffeinationprocessesbycalorimetricinvestigation AT 3180associationscientifiqueinternationaleducafeparisfrancia searchforoptimaladsorbentsfordecaffeinationprocessesbycalorimetricinvestigation AT 3207712internationalscientificcolloquiumoncoffeemontrealcanada29jun3jul1987 searchforoptimaladsorbentsfordecaffeinationprocessesbycalorimetricinvestigation
_version_	1756058915149185024

Search for optimal adsorbents for decaffeination processes by calorimetric investigation

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