Сравнительная оценка альтернативных методов контроля качества и диагностики монтажных конструкций «п/п кристалл – подложка»Волкенштейн, С. С.,
Дайняк, И. В.,
Хмыль, А. А.,
Wolkenstein, S. S.,
Dayniak, I. V.,
Khmyl, A. A. concerning to study “
semiconductor chip – substrate”
assemblies peculiarity, has given the chance
Simulation of radiation damage of the semiconductor devicesSemiconductor devices are extensively used in many sectors of modern electronics. Operation under
Thermal conductivity influence on failures of semiconductor IСs under powerful EMP actionThermal transfer in
semiconductor integrated circuits under external HEMP action is considered
Semiconductor Optical Amplifiers For Reach Extension of WDM/TDM Gigabit Passive Optical NetworkTussupov, A. D.,
Tokhmetov, A. T.,
Listopad, N. I.,
Тусупов, А. Д.,
Тохметов, А. Т.,
Листопад, Н. И. limitation of PON from 20km to 60 km. with analysis of
semiconductor optical amplifiers, for reach extension
Electronic Structure of ZnO Quantum Dots Studied by High-Frequency EPR, ESE, ENDOR and ODMR Spectroscopy as monitored by ENDOR quantitatively reveal the transition from
semiconductor to molecular properties upon
Structure and properties of ln'0.5ln’’0.5bacufeo5+? (ln', ln’’ -ree) solid solutions+?oxides were found to be the p-type
semiconductors. It was shown that
structural characteristics, oxygen
Способы получения объемных структур соединений группы (AⅠ In5S8)1-x – (In2S3)x. The production of high-quality
semiconductors of the(AIIn5S8)1-x - (In2S3)x group compounds, suitable for use
Structural and Photoluminescence Properties
of Graphite-Like Carbon NitrideBaglov, A. V.,
Chubenko, E. B.,
Hnitsko, A. A.,
Borisenko, V. E.,
Malashevich, A. A.,
Uglov, V. V.,
Чубенко, Е. Б.,
Баглов, А. В.,
Чубенко, Е. Б.,
Гнитько, А. А.,
Борисенко, В. Е.,
Малашевич, А. А.,
Углов, В. В. Interrelationship between the
structure and optical properties of graphite-like
semiconductor Modifying the catalytic and adsorption properties of metals and oxides of induced adsorption on metals and
semiconductors with respect to small fillings of θ ~ 0