Михаилиди, Александра Михайловна, Санкт-Петербургский государственный университет промышленных технологий и дизайна, Russian Federation

• chemistry of plant raw material No 3 (2021) - Biopolymers of plants
  FUNCTIONAL MATERIALS FROM PAPER WASTES. II. CELLULOSE HYDROGELS WITH HIGH WATER RETEN-TION CAPACITY OBTAINED FROM SOLUTIONS OF WASTE PAPER IN DMAC/LiCl
  Abstract  PDF (Русский)  Supplemental (Русский)
• chemistry of plant raw material No 4 (2021) - Biopolymers of plants
  FUNCTIONAL MATERIALS FROM WASTE PAPER. III. COMPARATIVE STUDY OF MORPHOLOGY OF POWDER CELLULOSES AND CELLULOSE HYDROGELS
  Abstract  PDF (Русский)
• chemistry of plant raw material No 1 (2022) - Biopolymers of plants
  FUNCTIONAL MATERIALS FROM WASTE PAPER. IV. COMPARATIVE STUDY OF FUNCTIONAL COMPOSITION, SUPRAMOLECULAR STRUCTURE AND MORPHOLOGY OF POWDER CELLULOSES ISOLATED FROM WASTE PAPER, PLANT CELLULOSES AND UNCONVENTIONAL RAW MATERIALS
  Abstract  PDF (Русский)  Supplemental (Русский)
• chemistry of plant raw material No 3 (2023) - Biopolymers of plants
  FUNCTIONAL MATERIALS FROM PAPER WASTES. V. SYNTHESIS AND CHARACTERIZATION OF HYBRID NANOCOMPOSITES OF POWDER CELLULOSES ISOLATED FROM WASTE PAPER AND SILVER NANOPARTICLES
  Abstract  PDF (Русский)
• chemistry of plant raw material No 4 (2023) - Biopolymers of plants
  IN SITU SYNTHESIS AND STUDY OF TWO-PHASE HYBRID HYDROGELS OF β-CYCLODEXTRIN/CELLULOSE BY SCANNING ELECTRON MICROSCOPY AND FTIR SPECTROSCOPY
  Abstract  PDF (Русский)  HTML (Русский)