Skin hydration analysis by experiment and computer simulations and its implications for diapered skin - Saadatmand, M.; Stone, K. J.; Vega, V. N.; Felter, S.; Ventura, S.; Kasting, G.; Jaworska, J. (Skin research and technology, 2017)
Keywords: Air temperature; Computer Simulation; Decay; Dehydration - physiopathology; Diapers; Diapers, Adult; Diapers, Infant; Environmental conditions; Experimental data; Humans; Hydrates; Hydration; mass transport; mathematical model; Mathematical models; Moisture content; moving boundary; Occlusion; Organism Hydration Status - physiology; Osmolar Concentration; Relative humidity; Skin; Skin Absorption - physiology; skin hydration; Skin Physiological Phenomena; Skin temperature; TEWL; Water - analysis; Water absorption; Water content; Water loss; Water Loss, Insensible - physiology; Wind speed; mathematical model; TEWL; mass transport; skin hydration; moving boundary