MODEL OF ELECTRIC CONDUCTIVITY OF THICK-FILM RESISTORS, PART 4 - VOLTAGE DEPENDENCE OF RESISTIVITY MODELLING THE ELASTIC BEHAVIOUR OF REFRACTORY CONCRETE REINFORCED WITH GLASS FIBRES MODEL OF ELECTRIC CONDUCTIVITY OF THICK-FILM RESISTORS, PART 3 - TEMPERATURE DEPENDENCE OF SHEET RESISTIVITY MICROPOROUS MEMBRANES BASED ON CARBONIZATES OF PHENOL FORMALDEHYDE RESINS MISCIBILITY OF CuO, NiO, AND ZnO IN THEIR BINARY MIXTURESAND ITS IMPACT FOR REPROCESSING INDUSTRIAL WASTES

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MODEL OF ELECTRIC CONDUCTIVITY OF THICK-FILM RESISTORS, PART 4 - VOLTAGE DEPENDENCE OF RESISTIVITYIn the measurements, use was made of model films 15a Nm in thickness, with the conductive component
MODELLING THE ELASTIC BEHAVIOUR OF REFRACTORY CONCRETE REINFORCED WITH GLASS FIBRESComposites based on hardened alumina cement pastes reinforced with 3 to 10 wt.% of glass fibres were
MODEL OF ELECTRIC CONDUCTIVITY OF THICK-FILM RESISTORS, PART 3 - TEMPERATURE DEPENDENCE OF SHEET RESISTIVITYThe model of electron transport based on phonon-assisted tunnelling of electrons, was used as a basi
MICROPOROUS MEMBRANES BASED ON CARBONIZATES OF PHENOL FORMALDEHYDE RESINSMicroporous membranes approx. 0.l mm in thickness were prepared by controlled carbonization of pheno
MISCIBILITY OF CuO, NiO, AND ZnO IN THEIR BINARY MIXTURESAND ITS IMPACT FOR REPROCESSING INDUSTRIAL WASTESMiscibility of the components in the binary oxide systemscontaining CuO, NiO, and ZnO were studied u
MOISTURE EXPANSION OF POROUS BISCUIT BODIES - REASON OFGLAZE CRACKINGThis article presents the results of the thermalexpansion coefficient (TEC) of the four porous ceram
MICROSTRUCTURAL EFFECTS ON THE LUMINESCENCE INTENSITY OFPr3+-doped CaTiO3The microstructural and luminescence characteristics ofsolid state (SS) and sol-gel (SG) processed C
MODELLING OF GLASS REFINING KINETICS PART 1. SINGLEBUBBLESThe modelling of glass refining kinetics plays the mostimportant role for the industrial melting eff
MICROSTRUCTURE AND ELECTRICAL RESPONSE OF 0.9Pb(Mg1/3Nb2/3)O3-0.1PbTiO3 RELAXOR CERAMICSCeramic samples of a solid solution of 10 mol.% leadtitanate PbTiO₃ (PT) in lead magnesiu
MODIFIED IN SITU SPINEL-ALUMINA CASTABLESModified in situ spinel-alumina castables were preparedby using 8.0 wt.% of calcined hydrated magnes
Microstructure Evolution and Electrical Properties of Ba2NaNb5O15 and BaTiO3 CompositesPhase development and sintering behavior and dielectriccharacteristics of the composites of tungsten

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