CROSS-LINKING PATI SAGU TERMOPLASTIK BIODEGRADABLE (MODIFIED THERMOPLASTIC STARCH/TPS) DENGAN DIFENILMETANA DIISOSIANAT (MDI) DAN MINYAK JARAK
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Carme Coll Ferrer M, Bab David, Ryan Anthony J, 2008, Characterisation of polyurethanenetworks based on vegetable derived polyol, Journal Polymer 49, Elsivier, 3279 – 3287.
Dayanti, R. 2009. Pengaruh Jenis dan Konsentrasi Plasticizer serta Nisbah Pati dengan Air Terhadap Sifat Fisik Edible Film Pati Sagu (Metroxylon sp). USK. Banda Aceh.
Haryanto, B. dan Pangloli. 1992. Potensi dan Pemanfaatan Sagu. Kanisius. Yogyakarta.
Hong Juan Wang, Min Zhi Rong, Ming Qiu Zhang, Jing Hu, Hui Wen Chen and Tibor Czigany. 2008. Biodegradable Foam Plastics based on Castor Oil, 9, 615 – 623.
Lu Yoshang, Tighzert Lan, Dole Patrice, and Erre Damien, 2005. Preparation and properties ofstarch termoplastic modified with waterborne polyurethane from renewable resources, Polymer,5, 9863 – 9870.
Lu Yoshang, TighzertLan, Berzin Francoise, Sebastian Rondot, 2005. Innovative plasticized starch films modified waterborne polyurethane from renewable resources, CarbohydratePolymer, 61, 174 – 182.
Liu Dagang, TianHuafeng, Zhang Lina, Chang Peter R, 2008, Structure and properties of blendfilms prepared from castor oli-based polyurethane/soy protein derivative, Journal Materials andInterfaces, Industrial Engineering and Chemical Research, 9330 -9336.
Marie Matet, Marie-Claude Heuzey, Eric Pollet, Abdellah Ajji and Luc Averous, 2013, Innovative Thermoplastic Chitosan Obtained by Thermo-Mechanical, Carbohydrate Polymer, 95, 241-251.
Qiu Wu lin, Zhang Farao, Endo T and Hirotsu T, 2005, Isocyanate as a compatabilizing agent on the properties of highly crystalline cellulose/polypropylene composites, Journal of Material science, 40, 3607 -3614.
Randal, D., dan Lee. 2002. “The Polyurethanes Book” Jhon Willey & Son. Ltd. Everberg.
Rozanna Dewi, harry Agusnar, Basuki Wirjosentono, Halimahtuddahliana, and Medyan Riza, Synthesis of Modified Thermoplastic Starch (TPS) Using In-situ Technique, Advancesin Environmental Engineering, 8(18) special 2014, pages 26-33.
Sinawayan, P., Ooi, T.Y., Norin, Z.K.S., Ahmad, S., Ang, P.F., Yap, K.S., Wiese, D. and Chua,M.F. 2001. Industrial Application of Malaysian palm oil based polyurethane products.Proceeding of PIPOC.
Wiwik Pudjiastuti, Arie Lystiarini dan Sudirman, 2012, Polimer Nanokomposit
sebagai Master Batch Polimer Biodegradable untuk Kemasan Makanan, Jurnal Riset Industri Vol. VI No. 1, 2012, Hal. 51-60.
Wu Qiangxian, Zhengshun Wu, Huafeng Tian, Yu Zhang, and Shuilian Cai. 2008.Structure and Properties of Tough Thermoplastic Strach Modified with polyurethane microparticles. IndustrialEngineering and Chemical Research, 47, 9896 – 9902.
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