Xu C | Department Of Textile And Apparel Science Nara Women's University
スポンサーリンク
概要
関連著者
-
Matsuo M
Department Of Textile And Apparel Science Faculty Of Human Life And Environment Nara Women's Un
-
XU Chunye
Department of Textile and Apparel Science, Nara Women's University
-
Xu C
Department Of Textile And Apparel Science Nara Women's University
-
Matsuo Masaru
Department Of Clothing Environment Faculty Of Human Life Environment Nara Women's University
-
Xu Chunye
Department of Textile and Apparel Science, Nara Women's University
-
BIN Yuezhen
Department of Textile and Apparel Science, Faculty of Human Life and Environment, Nara Women's Unive
-
MATSUO Masaru
Department of Textile and Apparel Science, Faculty of Human Life and Environment, Nara Women's Unive
-
Bin Y
Dep. Of Textile And Apparel Sci. Fac. Of Human Life And Environment Nara Women's Univ.
-
Bin Yuezhen
Department Of Clothing Environment Faculty Of Human Life Environment Nara Women's University
-
Teruo Nakashima
Institute Of Research Recycling Kinki University
-
Matsuo Masaru
Department Of Textile And Apparel Science Faculty Of Human Life And Environment Nara Women's Un
-
AGARI Yasuyuki
Osaka Municipal Technical Research Institute
-
Nakashima Teruo
Department Of Welfare Life And Information Technology Kinki University Toyooka Junior College
-
Nakashima Teruo
Department Of Information On Living Kinki University Toyooka Junior College
-
NAGASAKI Senkichi
Faculty of Pharmacentical Science, Toho University
-
ITO Hiraku
Department of Clothing Science, Heian Jogakuin College
-
NAKASHIMA Teruo
Kinki University of Toyooka Junior College
-
Ito Hiraku
Department Of Clothing Science Heian Jogakuin College
-
Nagasaki Senkichi
Faculty Of Pharmacentical Science Toho University
著作論文
- Biodegradation of Biaxially Stretched Polyethylene-Starch Composite Films
- Morphology and Orientation of Crystallites of Simultaneous Biaxially Stretching Ultra-High Molecular Weight Polyethylene Films Prepared by Gelation/Crystallization from Solutions
- Mechanical and Electric Properties of Ultra-High-Molecular Weight Polythylene and Carbon Black Particle Blends