Implementation of P-type black silicon with high aspect ratio for optoelectronics applications
Hussam Muhsin Hwail, Manal Midhat Abdullah Black Silicon (BSi) is a semiconductor with a surface modified to get a very low reflectivity and correspondingly high absorption of visible light. P-type <100> silicon wafers were used to prepare very low reflecting samples. These samples may use as substrates in optoelectronic applications. Electrochemical etching at different etching current, […]
INVESTIGATION OF HYGROSCOPIC PROPERTIES AND POROSITY OF GLUED REINFORCED SAUSAGE CASINGS
Vyacheslav Оnishchenko, Andrey Pak , Andrii Goralchuk, Lidiia Shubina , Viktoria Bolshakova, Samvel Inzhyyants , Alina Pak , Olena Domanova There is substantiated the topicality of studying hygroscopic properties and porosity of glued reinforced sausage casings of intestinal raw materials. The work aim is to establish storage conditions of glued reinforced sausage casings of intestinal […]
INVESTIGATION OF HYGROSCOPIC PROPERTIES AND POROSITY OF GLUED REINFORCED SAUSAGE CASINGS
Vyacheslav Оnishchenko, Andrey Pak , Andrii Goralchuk, Lidiia Shubina , Viktoria Bolshakova, Samvel Inzhyyants , Alina Pak , Olena Domanova There is substantiated the topicality of studying hygroscopic properties and porosity of glued reinforced sausage casings of intestinal raw materials. The work aim is to establish storage conditions of glued reinforced sausage casings of intestinal […]
THE GEOLOGICAL STRUCTURE AND THE ANALYSIS OF THE REGULARITY OF THE CHANGE IN THE RESERVOIR PROPERTIES OF THE NEFT DASHLARI DEPOSIT
Latif Sultanov, Nariman Narimanov, Afet Samadzadeh At the Neft Dashlari deposit, in order to study the lithologic-petrographic and reservoir properties of deep-seated formations, as well as the regularity of their changes with depth, carbonate content, porosity, permeability, density, grain size distribution and speeds of propagation of longitudinal seismic waves from samples taken from exploration and […]
SYNTHESIS AND CHARACTERIZATION OF GREENER CERAMIC MATERIALS WITH LOWER THERMAL CONDUCTIVITY USING OLIVE MILL SOLID BYPRODUCT
Xenofon Spiliotis, Vayos Karayannis, Stylianos Lamprakopoulos, Konstantinos Ntampegliotis, George Papapolymerou In the current research, the valorization of olive mill solid waste as beneficial admixture into clay bodies for developing greener ceramic materials with lower thermal conductivity, thus with increased thermal insulation capacity towards energy savings, is investigated. Various clay/waste mixtures were prepared. The raw material […]