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The cell wall porin of Nocardia farcinica: biochemical identification of the channel‐forming protein and biophysical characterization of the channel properties
A channel‐forming protein was identified in cell wall extracts of the Gram‐positive, strictly aerobic bacterium Nocardia farcinica. The cell wall porin was purified to homogeneity and had an apparentExpand
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WILLOW-BASED MIXED FEEDSTOCK FOR PELLET FUEL PRODUCTION
The aim of this work was to produce high-quality pellet fuel from preselected biomass raw materials (i.e. Swedish willow species domesticated as energy crops; agricultural/food processingExpand
Optical-Chemistry Experiment Measuring Gases Liberated by Heating from the
“PLANETARY” SOIL BY THE HUSAR-5 NXT-BASED ROVER MODEL OF THE SZÉCHENYI ISTVÁN HIGH SCHOOL, SOPRON, HUNGARY. Lang Á., Cseh R., Varga T., Szalay K., Erdélyi S., Erdősi F. 1 Nickl I., Panyi T. G., KissExpand
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Inner Design of a Habitat Module for Planetary Surfaces
Szakolczai, R. K. Varga, B. Veres, Á. Papp, B. Berendi, N. Tóth, S. Tóczik, Á. Lovász, Sz. Bérczi, T. P. Varga, R. Cseh. Eötvös József High School, H-2890 Tata, Tanoda tér 5. Hungary,Expand
Long Life and Light Gas Balloons with Active Isolation Envelope for Martian Applications
APPLICATIONS. I. Nehéz, Sz. Bérczi, T. Varga, I. Darányi, R. Cseh, Nehéz Balloon Project, H-8500 Pápa, Korona u. 13., Hungary (nehezimre@kabelszat2002.hu), Eötvös University, Institute of Physics,Expand
Theoretical Questions of the Application of the Light and Long Life Gas Balloons in Martian and Planetary Atmospheres
MARTIAN AND PLANETARY ATMOSPHERES. I. Nehéz, Sz. Bérczi, T. Varga, I. Darányi, R. Cseh, Nehéz Balloon Project, H-8500 Pápa, Korona u. 13., Hungary (nehezimre@kabelszat2002.hu), Eötvös University,Expand