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Conference papers
Microencapsulation of Lactobacillus rhamnosusATCC 9595 in Algginate-Nanocrystalline Cellulose (NCC) Beads: Effect of Starch and Lecithin
Microencapsulation of Lactobacillus rhamnosusATCC 9595 in Algginate-Nanocrystalline Cellulose (NCC) Beads: Effect of Starch and Lecithin
Magazine articles
Nano Chemistry and the Power of "Z" Give Printers an Edge, Solutions!, December 2005, Vol. 88(12) (160 KB)
Nano Chemistry and the Power of "Z" Give Printers an Edge, Solutions!, December 2005, Vol. 88(12) (160 KB)
Conference papers
Facile fabrication of robust self-standing nanochitin hydro-/aerogel, 19NANO
Facile fabrication of robust self-standing nanochitin hydro-/aerogel, 19NANO
Conference papers
Atomic force microscopyas a tool to probe nanocellulose surface: Possibilities and challenges, 19NANO
Atomic force microscopyas a tool to probe nanocellulose surface: Possibilities and challenges, 19NANO
Conference papers
REFINED AND HOMOGENIZED NANOCELLULOSE: FIBER QUALITY, ENERGY AND STRENGTH, 19NANO
REFINED AND HOMOGENIZED NANOCELLULOSE: FIBER QUALITY, ENERGY AND STRENGTH, 19NANO
Conference papers
Nano Cellulose Composite with Various type of Thermoplastic Resinsand Their Enhanced Mechanical Strength and Thermal Properties, 19NANO
Nano Cellulose Composite with Various type of Thermoplastic Resinsand Their Enhanced Mechanical Strength and Thermal Properties, 19NANO
Conference papers
Application of hydrophobically modified CNF/resin masterbatch ´´STARCEL®’’ to foamed materials, 19NANO
Application of hydrophobically modified CNF/resin masterbatch ´´STARCEL®’’ to foamed materials, 19NANO
Conference papers
Implementation of Safe-by-Design thinking into manufacturing and use of products containing nanomaterials, 19NANO
Implementation of Safe-by-Design thinking into manufacturing and use of products containing nanomaterials, 19NANO
Conference papers
Preparation of CarboxymethylNanocellulose Fibers with Tree-like Structure using a Recyclable Etherification Method, 19NANO
Preparation of CarboxymethylNanocellulose Fibers with Tree-like Structure using a Recyclable Etherification Method, 19NANO