D. Starokadomsky

Restorative biocompatible polymer composites on the base of epoxy-resin filled by surface-modified disperse utilizated solid waste of industrial paper products

D. Starokadomsky, V. Halysh, A. Starokadomska, 2020 .

"Combined Mobile Unit for Supercritical CO2-Extraction of Bio-Active Components"

D. Starokadomsky, 2021, Biomedical Journal of Scientific & Technical Research.

REVIEW OF SCIENTIFIC WORKS ON TECHNOLOGIES FOR EXTRACTION OF BIOCOMPONENTS FROM VEGETABLE RAW MATERIALS. SUPERCRITICAL CO2 EXTRACTION IS AN EFFECTIVE NEW METHOD FOR SOLVING THE GLOBAL PROBLEM OF UTILIZATION AND QUALITY OF PLANT AND ORGANIC RAW MATERIALS

V. Kuts, A. Titenko, D. Starokadomsky, 2021, Globus: technical sciences.

UDC 676 EFFECTIVE UTILIZATION OF SOLID WASTE OF PAPER PRODUCTION

D. Starokadomsky, V. Halysh, M. Gomelya, 2021 .

Resistance and Strength of Bio-Compatible Epoxy-Cellulose Composites, as A Function of Concentration and Dispersity of Cellulose Filler

D. Starokadomsky, 2020, Biomedical Journal of Scientific & Technical Research.

Reinforcement of epoxy polymers with hydride-silylated fumed silica

V. Tertykh, D. Starokadomsky, P. Kuzema, 2020, Himia, Fizika ta Tehnologia Poverhni.