Magyar szerzők publikációi

Az elmúlt 5 év magyar bolygókutatási összefoglalói (LPSC) / LPSC Abstracts 1997-2001
(No refers to Abstract No.)

1997, LPSC 28

1. Wiik's double line reanalysed. (Bérczi Sz., Lukács B.)              1135

2. Statistical analysis of the NIPR (Japan) Antarctic chondrites: Paths of thermal evolution of parent bodies? (Lukács B., Bérczi Sz.)                 1137
 

3. Water-ammonia ice meteorites and/or ammonia(um) silicates from the early Solar System: possible sources of amino-radicals of life molecules on Earth and Mars? (Bérczi Sz., Lukács B.)                  1591

4. The comparison of P/Tr and K/T boundaries on the basis of cosmic spherules found in Hungary. (Detre Cs., Tóth I., Bérczi Sz., Don Gy., Dosztály L., Siegl-Farkas Á., Solt P.)              1743

5. Comparison of planetary evolution processes studying cosmic thin section sets of NASA and NIPR. (Bérczi Sz, Földi T., Kubovics I., Lukács B., Varga I.)               1782
 

1. Permo-Triassic Boundary cosmic spherule layers in Eurasia. (Miono Sh., Detre Cs. H., Bérczi Sz., Don Gy., Dosztály L., Solt P., Tóth, I., Uzonyi I., Lukács B.)          1029
 

2. What taken place at Permo-Triassic Boundary? Cosmic spherules as messengers of a nearby supernova explosion. (Detre, Tóth, Gucsik, Kiss Á., Uzonyi, Bérczi)         1030
 

3. Kaposfüred: a new IVA-type iron meteorite from Hungary. (Bérczi Sz., Földi T., Kubovics I., Simonits A., Szabó A.) 1082

4. Kaba CV3 chondrite: Oriented overall texture and refractory spherule in a  new, large surface thin section. (Kubovics I., Gál-Sólymos K., Bérczi Sz., Puskás Z., Nagy B.)              1120
 

5. Barometric height formula type fractionation in the stony-planetary bodies. Statistical analyses of the NIPR (Japan) Antarctic chondrites, II. (Lukács B., Bérczi Sz.)         1223

6. Planetary geology education via construction of a planetary lander. (Bérczi Sz., Cech V., Hegyi S., Borbola T., Diósy T., Köllő Z., Tóth Sz. )           1267
 

7. Technology Environment "chesstable": cross effects between planetary currents and technologies. (Bérczi Sz., Cech V., Hegyi S., Fabriczy A., Lukács B.)          1371

1. Thermal/Aqueous: On the H2O-Na2O competition and cooperation in carbonaceous chondrites. (Kaba 1, NIPR statistics V.) (Lukács B., Bérczi Sz.)          1011

2. On the topology of the Urey-Craig filed, I. (Bérczi Sz., Holba Á., Lukács B.)            1014

3. TUTOR on the Moon: A Discovery type multiple lunar probe (improved Surveyors) constructing and research program for universities. (Bérczi Sz., Kabai S., Hegyi S., Cech V., Drommer B., Földi T., Fröhlich A., Gévay G.)         1037

4. NASA Lunar Sample Set in forming complex concepts in petrography and planetary geology. (Bérczi Sz., Józsa S., Kabai S., Kubovics I., Puskás Z., Szakmány Gy.)         1038

5. Creating quasi-spherules from molecular material, using electric fields (inverse EGD effect). (Földi T., Ezer R., Bérczi Sz., Tóth Sz.)             1266

6. Different trends of spherule distributions at the Kaba meteorite fall area. (Solt P.)           1269
 

7. Thermal/Aqueous (2): Competition to obscure chondrules in the van Schmus-Wood sequence, on a new scheme. (Bérczi Sz., Lukács B.)            1275

8. New programs with the Hunveyor experimental planetary lander in the universities and high schools in Hungary. (Bérczi Sz., Drommer B., Cech V., Hegyi S., Herbert J., Tóth Sz., Diósy T., Roskó F., Borbola T.)           1332

9. Gradistic vs. cladistic views in the classification of chondrites: the (L,H) dichotomy, the missing L/LL precursors, (NIPR statistics VI.). (Lukács B., Holba Á., Bérczi Sz.)     1337

10. Preliminary report of Szilvágy-Patkó (Horseshoe): a new (possible) impact crater remnant in Hungary. (Arday A(t)., Bérczi Sz., Don Gy., Lukács B.)            1384

11. The 3D sytem and operations with Hunveyor (and its rover): WEB-site for students to use lander and instruments on a simulated planetary surface. (Drommer B., Blénessy G., Hanczár G., Gránicz K., Diósy T., Tóth Sz., Bodó E.)      1606

2000, LPSC 31

1. Experiments on the planetary lander station and on its rover units of the Janus Pannonius University, Pécs, Hungary. (Hegyi, Kovács, Keresztesi, Béres, Gimesi, Imrek, Lengyel, Herbert)            1103

2. New instrument assemblages on the Hunveyor-1 and -2 experimental university lander of Budapest and Pécs. (Diósy, Roskó, Gránicz, Drommer, Hegyi, Herbert, Keresztesi, Kovács, Fabriczy, Bérczi)                 1153

3. The shape of KABA: Two main streamline systems on its surface showing oriented fall. (Bérczi)               1198

4. The NIPR Antarctic Meteorite Educational Thin Section Set. (Bérczi, Lukács, Holba, Józsa, Kubovics, Puskás, Szakmány)            1199

5. Feng-shui on Mars - History of geomorphological effects of water and wind. (Feng-shui a Marson) (Kereszturi Ákos, Sík András)                   1216

6. Snouted spherules in the Carpathian Basin and on Antarctica. (Bérczi, Lukács, Török)                1219

7. Evolution of an ureilitic parent body: Studies on the ALHA 77257,77-4 ureilite sample of the NIPR Collection: implications to fullerene state of carbon. (Bérczi, Gál-Sólymos, Lukács, Martinás)                   1313

8. Spectrometry of the NASA Lunar Sample Educational Set. (Roskó, Diósy, Bérczi, Fabriczy, Cech, Hegyi)               1572

9. How we used NASA Lunar Sample Set in making Solar System and planetary evolution educational videofilm series. (Bérczi, Fabriczy, Cech, Don, Józsa, Lukács, Maros, Solt, Szabó Soki, Szakmány)           1687

1. Water and bacteria transport via electrostatic coagulation and their accumulation at the poles on the dusty planet. (Földi T., Bérczi Sz., Palásti E.)             1059

2. Mien-Ramsö Island imapct melt rock and breccia: Origin of vesicular sharp pebbles from the Ramsö Island. (Sz. Bérczi, K. Török, K. Gál-Solymos, S. Józsa.)            1078

3. How we used NASA Lunar Set in making an educational atlas series of the Solar System materials: (1), (2). (Bérczi Sz., Fabriczy A., Hegyi S., Kovács Zs. I., Keresztesi M., Cech V., Diósy T., Józsa S., Holba A., Lukács B., Roskó F., Szakmány Gy., Tóth Sz., Hegyi A., Kabai S.)            1100

4. Planetary science education via construction of the Hunveyor-3 experimental planetary lander on Berzsenyi College, Szombathely, Hungary: Rock radioactivity measurements. (Kovács Zs. I., Kővári I. E., Balogh R., Varga V., Kovács T., Hegyi S., Bérczi Sz.)             1130

5. The source of water molecules in the vicinity of the Moon. (T. Földi, Sz. Bérczi.)             1148

6. Analysis of meanders of some runoff channels on Mars. (Keresztúri Á.)              1177

7. How interactive graphical modeling helps space science and geometry education in Hungary. (Szilassi L., Karsai J., Pataki T., Kabai S., Bérczi Sz.)            1184

8. New focuses on the teaching of planetology: Planetary science at secondary schools of Hungary. (Hargitai H.)     1211

9. New experiment plans (electrostatic, lunar dust measuring, bio-filtering) to the Hunveyor educational planetary landers of universities and colleges in Hungary. (T. Földi, Sz. Bérczi, A. Koris, B. Kovács, S. Hegyi, Zs. I. Kovács, F. Roskó.)               1301

10. Comparison of the ancient meandering riverbeds in the Chryse Region, Mars, and on the Tisza flooded basin in the Carpathian Basin, Earth. (J. Rakonczai, H. Hargitai, Sz. Bérczi.)               1507

11. Probable evidences of recent biological activity on Mars: Appearance and growing of Dark Dune Spots in the South Polar Region. (A. Horváth, T. Gánti, A. Gesztesi, Sz. Bérczi, E. Szathmáry.)              1543

12.Comparative study of periglacial mass movements on Mars and Earth. (Sik A.)              1762