<abstract xmlns="http://www.w3.org/1999/xhtml"><p> An important characteristic of the cut smoking tobacco is the length of the fibres. The manufacturer strives for a large mean fibre length in order to prevent the content of short tobacco from becoming too great in the course of further processing. It is important that the quality of the leaf be checked, and mainly the mean area of the strips, because this parameter is closely related to fibre length. The suitability of the leaf for the production of a cut tobacco with long fibres is designated by the so-called QV (quality relationship); the fibre distribution is characterized by the SI (sieve index). Investigations were carried out with tobacco of various provenances. The investigation and calculation methods used are described, the results given and discussed. The result shows a very good correlation between the QV and the SI. Also evident is a dependence of the content of unacceptable stem particles in the cut tobacco (URt) on the content of the stem particles "R'' (diameter more than 2.5 mm) in the threshed leaf. </p></abstract>

An important characteristic of the cut smoking tobacco is the length of the fibres. The manufacturer strives for a large mean fibre length in order to prevent the content of short tobacco from becoming too great in the course of further processing. It is important that the quality of the leaf be checked, and mainly the mean area of the strips, because this parameter is closely related to fibre length. The suitability of the leaf for the production of a cut tobacco with long fibres is designated by the so-called QV (quality relationship); the fibre distribution is characterized by the SI (sieve index). Investigations were carried out with tobacco of various provenances. The investigation and calculation methods used are described, the results given and discussed. The result shows a very good correlation between the QV and the SI. Also evident is a dependence of the content of unacceptable stem particles in the cut tobacco (URt) on the content of the stem particles "R'' (diameter more than 2.5 mm) in the threshed leaf.

Relationships between the Mean Leaf Area of Threshed Leaf and the Mean Fibre Length of Cut Tobacco Made from it/Beziehungen zwischen der mittleren Blattfläche von Partien entrippten Blattgutes und der mittleren Faserlänge daraus hergestellten Schnittabaks

Centre d'Essais et Recherches Techniques des Tabacs, Fleury-les-Aubrais, France

Contributions to Tobacco & Nicotine Research

This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 3.0 License.

An important characteristic of the cut smoking tobacco is the length of the fibres. The manufacturer strives for a large mean fibre length in order to prevent...

Relationships between the Mean Leaf Area of Threshed Leaf and the Mean Fibre Length of Cut Tobacco Made from it/Beziehungen zwischen der mittleren Blattfläche von Partien entrippten Blattgutes und der mittleren Faserlänge daraus hergestellten Schnittabaks

Published Online: Aug 14, 2014

Page range: 161 - 167

DOI: https://doi.org/10.2478/cttr-2013-0441

© Beiträge zur Tabakforschung International

This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 3.0 License.