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Influence of (FeO+TiO2) abundance on the microwave thermal emissions of lunar regolith
Meng Z., Yang G., Ping J., Cai Z., Gusev A., Osei E.
on the microwave thermal emissions (MTE) of the lunar regolith is the abundance of FeO and TiO2, known as the (Fe
Influence of (FeO+TiO2) abundance on the microwave thermal emissions of lunar regolith
Meng Z., Yang G., Ping J., Cai Z., Gusev A., Osei E.
on the microwave thermal emissions (MTE) of the lunar regolith is the abundance of FeO and TiO2, known as the (Fe
Microwave simulation experiments on regolith (Lunar dust) deposition on stainless steel
Skvortsova N.N., Stepakhin V.D., Sorokin A.A., Malakhov D.V., Gusein-Zade N.G., Akhmadullina N.S., Borzosekov V.D., Voronova E.V., Shishilov O.N.
the surface of laboratory regolith whose composition and particle size distribution imitate the dust
Influence of (FeO+TiO2) abundance on the microwave thermal emissions of lunar regolith
Meng Z., Yang G., Ping J., Cai Z., Gusev A., Osei E.
on the microwave thermal emissions (MTE) of the lunar regolith is the abundance of FeO and TiO2, known as the (Fe
Influence of (FeO+TiO2) abundance on the microwave thermal emissions of lunar regolith
Meng Z., Yang G., Ping J., Cai Z., Gusev A., Osei E.
on the microwave thermal emissions (MTE) of the lunar regolith is the abundance of FeO and TiO2, known as the (Fe
Non-Gaussian distribution of regolith particles deposited on tantalum and molybdenum surfaces under gyrotron pulsed radiation
Kachmar V.V., Moshkina K.G., Borzosekov V.D., Sorokin A.A., Skvortsova N.N.
The distribution of regolith simulant particles deposited on the surface of tantalum and molybdenum
Development of Biomining Technology using Aspergillus Niger: Application to the Lunar Program
Barbashin D.D., Mironov D.D., Ivanova A.E., Cheptsov V.S.
lunar regolith
Microwave Discharge Experiments on Samples of a Meteorite Substance and Lunar Regolith Simulants for Plasma-Dust Cloud Modelling
Borzosekov V.D., Akhmadullina N.S., Sokolov A.S., Gayanova T.E., Stepakhin V.D., Knyazev A.V., Voronova E.V., Obraztsova E.A., Rezaeva A.D., Ishchenko A.V., Weinstein I.A., Grokhovsky V.I., Shishilov O.N., Skvortsova N.N.
Microwave Discharge Experiments on Samples of a Meteorite Substance and Lunar Regolith Simulants
ПОДГОТОВКА ПОВЕРХНОСТИ МЕТАЛЛОВ ПРЯМЫМ ПЬЕЗОЭЛЕКТРИЧЕСКИМ РАЗРЯДОМ ДЛЯ МИКРОВОЛНОВЫХ ИМИТАЦИОННЫХ ИСПЫТАНИЙ С ЛУННОЙ ПЫЛЬЮ
Качмар В.В., Мошкина К.Г., Борзосеков В.Д., Скворцова Н.Н., Сорокин А.А.
with regolith is considered. Half of the samples of each metal were treated with low temperature plasma. A
Obtaining Plasma–Dust Clouds from Meteoritic Matter, its Analogs and Simulants of Lunar Regolith Using Microwave Discharge
Borzosekov V.D., Akhmadullina N.S., Sokolov A.S., Gayanova T.E., Rezaeva A.D., Stepakhin V.D., Konchekov E.M., Malakhov D.V., Voronova E.V., Nugaev I.R., Logvinenko V.P., Knyazev A.V., Letunov A.A., Kharlachev D.E., Obraztsova E.A., Morozova T.I., Zaitsev M.A., Ishchenko A.V., Weinstein I.A., Grohovsky V.I., Shishilov O.N., Skvortsova N.N.
simulant of lunar regolith LMS-1D and ilmenite concentrate using a microwave discharge in powder media

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