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- Q92044622 description "artículu científicu espublizáu en febreru de 2019" @default.
- Q92044622 description "im Februar 2019 veröffentlichter wissenschaftlicher Artikel" @default.
- Q92044622 description "scientific article published on 26 February 2019" @default.
- Q92044622 description "wetenschappelijk artikel" @default.
- Q92044622 description "наукова стаття, опублікована в лютому 2019" @default.
- Q92044622 name "Binder-free dry particulate coating process using a mild vibration field: Effects of glass-transition temperature and powdering method of polymeric coating agents on coating performance" @default.
- Q92044622 name "Binder-free dry particulate coating process using a mild vibration field: Effects of glass-transition temperature and powdering method of polymeric coating agents on coating performance" @default.
- Q92044622 type Item @default.
- Q92044622 label "Binder-free dry particulate coating process using a mild vibration field: Effects of glass-transition temperature and powdering method of polymeric coating agents on coating performance" @default.
- Q92044622 label "Binder-free dry particulate coating process using a mild vibration field: Effects of glass-transition temperature and powdering method of polymeric coating agents on coating performance" @default.
- Q92044622 prefLabel "Binder-free dry particulate coating process using a mild vibration field: Effects of glass-transition temperature and powdering method of polymeric coating agents on coating performance" @default.
- Q92044622 prefLabel "Binder-free dry particulate coating process using a mild vibration field: Effects of glass-transition temperature and powdering method of polymeric coating agents on coating performance" @default.
- Q92044622 P1433 Q92044622-0F902DEB-2B75-4D20-8148-3981D9BFC9C1 @default.
- Q92044622 P1476 Q92044622-026351C3-19FD-4703-BDBC-16013A092816 @default.
- Q92044622 P2093 Q92044622-1039A863-052D-42A1-9804-C99A58317214 @default.
- Q92044622 P2093 Q92044622-3E6984DC-984F-469D-A838-EA232DA1572F @default.
- Q92044622 P2093 Q92044622-55DF022C-C87C-4C59-8B08-FCD5507715E0 @default.
- Q92044622 P2093 Q92044622-A43E21FF-EFD0-430C-BA7D-56A0EB0185CA @default.
- Q92044622 P304 Q92044622-AB3592DF-293A-469B-88D7-74DDF8A491C5 @default.
- Q92044622 P31 Q92044622-6364E011-5907-4720-96AA-D4252ECAB13B @default.
- Q92044622 P356 Q92044622-5431E7C3-DD41-4623-8250-555FFEF6BBD6 @default.
- Q92044622 P478 Q92044622-3FEF1854-8496-442A-82C6-07CF2ECA834F @default.
- Q92044622 P577 Q92044622-FEF68F52-84C9-4B48-982D-82590EA28AFA @default.
- Q92044622 P698 Q92044622-ECAF8A03-2B57-4ADC-A73C-27CD8E2C1100 @default.
- Q92044622 P921 Q92044622-EB1FD935-6A16-4829-BEF6-E59E5B15F1A7 @default.
- Q92044622 P356 J.IJPHARM.2019.02.031 @default.
- Q92044622 P698 30822506 @default.
- Q92044622 P1433 Q6051539 @default.
- Q92044622 P1476 "Binder-free dry particulate coating process using a mild vibration field: Effects of glass-transition temperature and powdering method of polymeric coating agents on coating performance" @default.
- Q92044622 P2093 "Hideki Ichikawa" @default.
- Q92044622 P2093 "Kazukiyo Nakamura" @default.
- Q92044622 P2093 "Tooru Andoh" @default.
- Q92044622 P2093 "Toshiya Yasunaga" @default.
- Q92044622 P304 "206-218" @default.
- Q92044622 P31 Q13442814 @default.
- Q92044622 P356 "10.1016/J.IJPHARM.2019.02.031" @default.
- Q92044622 P478 "561" @default.
- Q92044622 P577 "2019-02-26T00:00:00Z" @default.
- Q92044622 P698 "30822506" @default.
- Q92044622 P921 Q825643 @default.