Author(s): García-Moralesa M, Minerva FL, Zamudio AM, Alfaro A, de Alva HE, et al.
Lignin is one of the most abundant polymers in nature. Its physical and chemical properties confer it a high potential for various uses including the production of thermoplastic matrices. This work characterized various types of lignin obtained by alkaline delignification of paulownia with soda–anthraquinone. The delignification process was carried out with or without previous autohydrolysis. The products obtained after evaporation or acidification were used to produce polylactic acid–lignin composites.
Author(s): Dayegamiye NA, Dubé A
Author(s): Beauchemin S, Dayegamiye NA, Laverdière MR
Author(s): Dayegamiye NA, Angers DA
Author(s): Tremblay J, Beauchamp CJ
Author(s): Haynes RJ
Author(s): Stevenson FJ
Author(s): Swift MJ, Heal OW, Anderson JM
Author(s): Edmonds RL
Author(s): Edmonds RL
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Author(s): Berg B, McClaugherty C
Author(s): Sun Y, Royer M, Diouf P, Stevanovic TJ
Author(s): ASTM International
Author(s): Muller RN, Kalisz PJ, Kimmerer TW
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Author(s): Jing-shuang L, Jun-bao Y
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Author(s): Melesse A, Steingass H, Boguhn J, Schollenberger M, Rodehutscord M
Author(s): Dumon R
Author(s): Van den Driessche FI
Author(s): Dumon R, Gélus M
