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Coating: Effect of base paper grammage and electrolyte content on electrical and dielectric properties of coated papers
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Kaj Backfolk
, Jonas Sidaravicius
Veröffentlicht/Copyright:
19. Juli 2018
Published Online: 2018-07-19
Published in Print: 2010-08-01
© 2018 by Walter de Gruyter Berlin/Boston
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Schlagwörter für diesen Artikel
Conductivity;
Charging;
Charge decay;
Dielectric;
Coated paper;
Electrophotography
Artikel in diesem Heft
- Mechanical Pulping: High consistency hydrogen peroxide bleaching of mechanical pulps with varying amounts of fines
- Mechanical Pulping: Birch pulp fractions for fine paper and board
- Paper chemistry: Wet pressing of wheat straw pulp – correlations between dewatering parameters
- Paper Chemistry: Influence of pH on the adsorption of dissolved and colloidal substances in a thermo-mechanical pulp filtrate onto talc
- Paper chemistry: Interactions of thermo mechanical pulp fractions with high molar mass cationic polyacrylamides: Part 1. Adsorption
- Paper Chemistry: Interactions of thermo mechanical pulp fractions with high molar mass cationic polyacrylamides: Part 2. Flocculation
- Coating: Effect of base paper grammage and electrolyte content on electrical and dielectric properties of coated papers
- Paper physics: TMP long fibres as reinforcement pulp. Part 1. Laboratory tests
- Paper physics: TMP long fibres as reinforcement pulp Part 2. Pilot tests
- Paper physics: Experimental study of non-linear stress relaxation and creep of paper materials and the relation between the two types of experiments
- Paper Physics: Modeled and measured bending stiffness of polyethylene coated solid fiberboard
- Paper physics: Measuring the out-of-plane shear strength profiles in different paper qualities
- Printing: Measuring the Penetration Properties of Starch-Treated Wood-Free Paper
- Printing: The role of binder type in determining inkjet print quality
- Printing: Methods for measuring and predicting the printability of paper Printing Methods for measuring and predicting the printability of paper
- Papermaking: Simulation-based Optimization and Decision Support for Conflicting Objectives in Papermaking