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聚乳酸用熔体强度增强剂的合成及表征 被引量:1

Synthesis And Characterization Of Melt-strength enhancer For Poly lactic acid
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摘要 以丙烯酸酯为单体,采用乳液聚合体系,合成聚乳酸用熔体强度增强剂。通过电镜(SEM)、红外分析(IR)、高效凝胶色谱、转矩流变仪等手段对其结构及性能进行了表征。结果表明:本文合成的丙烯酸酯类熔体强度增强剂从结构及性能,都与PARALOIDBPMS-265相似。 <Abstracts>Using acrylate as monomer, polymerization system by emulsion, synthesis of melt-strength enhancer. for polylactic acid . Its structure and properties were characterized by electron microscopy (SEM),infrared spectroscopy (IR), high performance gel chromatography, torque rheometer etc.The results show that: synthetic acrylic melt-strength enhancerof this paper from the structure and the performance was similar to that of PARALOID BPMS-265.
作者 任淑英
出处 《化工中间体》 2013年第5期33-36,共4页
关键词 聚乳酸(PLA) 熔体强度增强剂 合成 表征 Polylactic acid, Melt-strength enhancer. Synthesis, Characterization.
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  • 1Elizabeth Grimes 等 ,Rubber World ,Vol. 243 ,No. 1(2010) ,28-29.
  • 2Ohshima K, Kanai Y, Yamanaka Y, et al. Technology and Market Development of Green Plastic Polylactide (PLA) [ M]. Japan: Frontier Publishing Co Ltd, 2005.113 - 114.
  • 3Gruber Patrick R, Kolstad Jeffrey J. Poly(lactide) Copolymer and Process for Manufacture Thereof: US, 5359026 [P]. 1994-10-25.
  • 4Drumright Ray E, Hartmann Mark. Wolf Richard. Copolymers of Monocyclic Esters and Carbonates and Methods for Making Same: WO, 02100921[P]. 2002-12-19.
  • 5Gruber P R, Kolstad Jeffrey J. Yiscosity-modified Lactide Polymer Composition and Process for Manufacture; US, 5594095 [P]. 1997-01-14.
  • 6Gruber P R, Kolstad Jeffrey J. Viscosity-modified Lactide Polymer Composition and Process for Manufacture Thereof: US, 5798435[P]. 1998-08-25.
  • 7Spinu Maria, Ford Thomas M. Degradable Foam Materials: US,5210108[P]. 1993-05-11.
  • 8Spinu Maria. Star-shaped Hydroxyl Acid Polymers: US, 5225521 [P]. 1993-07-06.
  • 9Yoshida Ikunori, Obuchi Seiji. Polylactic Add-based Resin Composition and Preparation Thereof: JP, 2001026658 [P]. 2001-01-30.
  • 10Nemoto Tomoyuki, Taniguchi Koichiro. Polylactic Acid Resin Composition and Molded Article Using the Same: JP, 2005239932[P]. 2005-09-08.

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