Author index (Paneth Kolloquium, 2012)

Author Title PDF
*corresponding author
Agee, C.Magnetism and Raman Spectroscopy on Tissint (olivi[...]#2365
Akhmadaliev, A.Reconstruction of Gebel Kamil’s irradiation hist[...]#0155
Alwmark, C.Petrologic types of fossil meteorites determined b[...]#0146
Armes, S.P.3D laser scanning microscopy of hypervelocity impa[...]#0196
Armes, S.P.Capture of High-Speed Interstellar Dust Analogues [...]#0197
Assis Fernandes, V.AF.Geochemical analysis of tektites from Belize and N[...]#0190
Audétat, A.New Metal / Silicate Partitioning Data for the Sid[...]#0168
Baecker*, B.Noble gases for micrometeorites (MMs) from the Tra[...]#0143
Ballhaus, C.The imortance of sulfur as a ligand to the highly [...]#0151
Barth*, M.Timing of aqueous alteration in CM chondrites#0164
Bast*, R.Internal Lu-Hf isotope systematics of the plutonic[...]#0211
Bazso, A.A statistical dynamical study of meteorite impacto[...]#0153
Becker, H.Highly Siderophile element (HSE) fractionation in [...]#0157
Becker, H.Isotope dilution analysis of Se and Te in chondrit[...]#0214
Becker*, M.Component specific Hf-W dating of CV#0193
Beitz*, E.Experiments on the formation of chondrule dust rim[...]#0077
Bendel*, V.Volatility-controlled rare earth element fractiona[...]#0235
Bender*, N.S.Flux digestions for Hf-W analysis by MC-ICPMS#0226
Benedix, G.K.Constraining the precursor composition of the wino[...]#0152
Bennett, J.W.Pre-irradiation effects of chondrules from CR2 cho[...]#0169
Berg, T.Occurrence of refractory metal alloys in CAIs#0145
Berndt, J.Rare earth element (REE) systematics in Rumuruti ([...]#0166
Beyersdorf-Kuis*, U.Pre-irradiation effects of chondrules from CR2 cho[...]#0169
Bierhaus*, M.Numerical modeling of basin forming impacts: Impli[...]#0178
Bischoff, A.Almahata Sitta magnetic signature#2366
Bischoff, A.Characterisation of new ureilitic samples from the[...]#0217
Bischoff, A.Crystal chemistry of hibonite as indicator for oxy[...]#0179
Bischoff, A.Evidence for prolonged magmatism on the eucrite pa[...]#0201
Bischoff, A.Isotope dilution analysis of Se and Te in chondrit[...]#0214
Bischoff, A.Macro chondrules in chondrites - formation due to [...]#0173
Bischoff, A.New chondritic samples from the Almahata Sitta str[...]#0183
Bischoff, A.Photophoresis at the edge of protoplanetary disks:[...]#2364
Bischoff, A.Rare earth element (REE) systematics in Rumuruti ([...]#0166
Bischoff, A.Timing of aqueous alteration in CM chondrites#0164
Bland, P.A.Constraining the precursor composition of the wino[...]#0152
Blum, J.Experiments on the formation of chondrule dust rim[...]#0077
Boffa Ballaran, T.Crystal chemistry of hibonite as indicator for oxy[...]#0179
Bourdon, B.Origin of volatile depletion in protoplanets infer[...]#0231
Boyet, M.Earliest condensate assemblages in EL3 fragments o[...]#0141
Brenker, F.E.A combined NanoSIMS and TEM study of presolar grai[...]#0222
Brenker, F.E.High Resolution Synchrotron XRF Analyses of Presol[...]#0149
Brenker, F.E.Petrographic analyses of the Tissint meteorite. A [...]#0234
Brenker, F.E.Plastic Deformation of Olivine-rich Diogenites and[...]#0219
Brennecka, G.The Uranium Isotopic Compostion of the Solar Syste[...]#0199
Breuer, D.Modelling of a magma ocean on asteroid 4 Vesta#0177
Breuer, D.The thermo-chemical evolution of asteroid 21 Lutet[...]#0176
Bugiel, S.Capture of High-Speed Interstellar Dust Analogues [...]#0197
Buhl*, E.The variance of particle size distribution in expe[...]#0175
Burghammer, M.High Resolution Synchrotron XRF Analyses of Presol[...]#0149
Burkhardt, C.Ruthenium isotope anomalies in meteorites and the [...]#0225
Busemann, H.Aberration-corrected scanning TEM investigations o[...]#0159
Busemann, H.Noble Gas Chronology of Enstatite Chondrites - An [...]#0221
Busemann, H.Primordial noble gases in the unquilibrated ordina[...]#0187
Butterworth, A.Capture of High-Speed Interstellar Dust Analogues [...]#0197
Buykin, A.I.New Ar-Ar ages of enstatite chondrites#0163
Cartwright, J.A.Pre-irradiation effects of chondrules from CR2 cho[...]#0169
Chakraborty, S.Ca in olivine geospeedometer indicates multistage [...]#0223
Chaussidon*, M.High precision 26Al study of refractory components[...]#0224
Clay, P.L.Noble Gas Chronology of Enstatite Chondrites - An [...]#0221
Claydon*, J.L.Iodine and Xenon in the first basalts#0165
Cloutis, E.A.Spectral reflectance proprieties of HED meteorites[...]#0180
Cook*, D.L.180W anomalies in iron meteorites and the distribu[...]#0220
Cordier, C.Noble gases for micrometeorites (MMs) from the Tra[...]#0143
Crosta, A.P.Characterization of impact-related melt breccias f[...]#0192
Crowther, S.A.Iodine and Xenon in the first basalts#0165
De Beule, C. B.Coagulation of Dust – Collisions in the Decimetr[...]#0138
DeSamber, B.High Resolution Synchrotron XRF Analyses of Presol[...]#0149
Deckers*, J. D.Coagulation of Dust – Collisions in the Decimetr[...]#0138
Deutsch, A.Impact cratering experiments: A MEMIN progress rep[...]#0204
Deutsch, A.MEMIN impact cratering experiments into tuff and q[...]#0236
Deutsch, A.MEMIN: Ejection behavior characteristics in experi[...]#0212
Di Rocco*, T.Oxygen isotope heterogeneity in chondrules: an exp[...]#0230
Dingwell, D.B.Suppressed cadmium stable isotope fractionation du[...]#0181
Dittrich*, K.Planetesimal Formation in Zonal Flows#0079
Dohmen, R.Infrared spectroscopic investigation of silicon ox[...]#0228
Dohmen, RSerpentinization of amorphous silicate in the sola[...]#0182
Dresen, G.The variance of particle size distribution in expe[...]#0175
Dubrovinsky, L.Earliest condensate assemblages in EL3 fragments o[...]#0141
Dufresne, A.MEMIN: Ejection behavior characteristics in experi[...]#0212
Dupin, S.Capture of High-Speed Interstellar Dust Analogues [...]#0197
Durr, N.Numerical modeling of meteorite impact crater form[...]#0150
Durr*, N.D.Mesoscale Numerical Investigation of Damage Proces[...]#0233
Ebert, M.Chemical projectile target interaction in hypervel[...]#0227
El Goresy, A.Nature and origin of diamond in Almahatta Sitta Ur[...]#0136
El Goresy*, A.Earliest condensate assemblages in EL3 fragments o[...]#0141
Elbeshausen, D.Numerical modeling of basin forming impacts: Impli[...]#0178
Elliott, T.Magnesium Stable Isotope Composition of the Earth [...]#0198
Errmann, R.Bayesian Transit Detection#0076
Errmann, R.Young planetary systems in the 25 Ori cluster#0174
Errmann*, R.Young transiting planets#0137
Ertel-Ingrisch, W.Suppressed cadmium stable isotope fractionation du[...]#0181
Falkenberg, G.High Resolution Synchrotron XRF Analyses of Presol[...]#0149
Feige*, J.Supernova Dust in Terrestrial Deep-Sea Archives#0213
Feng, L.Earliest condensate assemblages in EL3 fragments o[...]#0141
Feng, L.F.Nature and origin of diamond in Almahatta Sitta Ur[...]#0136
Fernandes, V.A.40Ar/39Ar step heating age for a Central American [...]#0210
Fiege*, K.Interstellar dust as seen by the Cassini Cosmic Du[...]#0191
Fielding, L.A.3D laser scanning microscopy of hypervelocity impa[...]#0196
Fielding, L.A.Capture of High-Speed Interstellar Dust Analogues [...]#0197
Fifield, L.K.Supernova Dust in Terrestrial Deep-Sea Archives#0213
Fimiani, L.Reconstruction of Gebel Kamil’s irradiation hist[...]#0155
Fischer-Gödde, M.Internal Lu-Hf isotope systematics of the plutonic[...]#0211
Fischer-Gödde, M.Neutron capture on Pt isotopes in iron meteorites[...]#0144
Fischer-Gödde*, M.Ruthenium isotope anomalies in meteorites and the [...]#0225
Folco, L.Noble gases for micrometeorites (MMs) from the Tra[...]#0143
Fonseca , R.O.C.The imortance of sulfur as a ligand to the highly [...]#0151
Frischkorn*, S.Study of the primitive achondrites Acapulco, Tafas[...]#0200
Frost, D.J.New Metal / Silicate Partitioning Data for the Sid[...]#0168
Fujii, S.Capture of High-Speed Interstellar Dust Analogues [...]#0197
Fujiya*, W.Possible supernova and nova origins for presolar s[...]#0148
Funaki, M.Almahata Sitta magnetic signature#2366
Funaki, M.Ksar Ghilane 002 – Magnetism, Raman and Moessbau[...]#2367
Funaki, M.Magnetism and Raman Spectroscopy on Tissint (olivi[...]#2365
Funk*, C.Isotope dilution analysis of Se and Te in chondrit[...]#0214
Gail, H.-P.Infrared spectroscopic investigation of silicon ox[...]#0228
Gainsforth, Z.Capture of High-Speed Interstellar Dust Analogues [...]#0197
Galiazzo*, M.A.A statistical dynamical study of meteorite impacto[...]#0153
Gantert, N.40Ar/39Ar step heating age for a Central American [...]#0210
Gantert*, N.G.Geochemical analysis of tektites from Belize and N[...]#0190
Gattacceca, J.An overview of Chilean DCAs : San Juan and El Méd[...]#0184
Gellissen*, M.The relevance of T, ptot and fO2 for the evaporati[...]#0170
German*, B.R.Is the Tunguska explosion connected to the Sun?#0195
Giannini*, M.Crystal chemistry of hibonite as indicator for oxy[...]#0179
Gillet, P.G.Nature and origin of diamond in Almahatta Sitta Ur[...]#0136
Gilmour, J.D.Iodine and Xenon in the first basalts#0165
Gilmour, J.D.Noble Gas Chronology of Enstatite Chondrites - An [...]#0221
Gnos, E.Almahata Sitta magnetic signature#2366
Golabek, G.J.Plastic Deformation of Olivine-rich Diogenites and[...]#0219
Goldmann*, A.The Uranium Isotopic Compostion of the Solar Syste[...]#0199
Große, C.U.Non-destructive testing of damage underneath MEMIN[...]#0139
Grün, E.Capture of High-Speed Interstellar Dust Analogues [...]#0197
Güldemeister, N.G.MEMIN shock recovery experiments at low shock pres[...]#0158
Güldemeister, N.G.Mesoscale Numerical Investigation of Damage Proces[...]#0233
Güldemeister*, N.Numerical modeling of meteorite impact crater form[...]#0150
Hain, H.Characterisation of new ureilitic samples from the[...]#0217
Hain*, H.New chondritic samples from the Almahata Sitta str[...]#0183
Hall*, S.Ca in olivine geospeedometer indicates multistage [...]#0223
Hambaryan, V.Bayesian Transit Detection#0076
Hammond, S.Constraining the precursor composition of the wino[...]#0152
Hans, U.Origin of volatile depletion in protoplanets infer[...]#0231
Hao, J.Earliest condensate assemblages in EL3 fragments o[...]#0141
Harries, D.Occurrence of refractory metal alloys in CAIs#0145
Harries*, D.The nitride-sulfide connection in CM chondrites#0171
Harris, A.W.Observations of Planet Embryos and their Collision[...]#0216
Haubold, R.Reconstruction of Gebel Kamil’s irradiation hist[...]#0155
Hecht*, L.Chemical projectile target interaction in hypervel[...]#0227
Henke*, S.A thermal evolution model for the H chondrite pare[...]#0147
Herrmann, S.Reconstruction of Gebel Kamil’s irradiation hist[...]#0155
Heuser, A.The imortance of sulfur as a ligand to the highly [...]#0151
Hezel, D.Deformation features and oxygen isotopic compositi[...]#0162
Hezel, D.C.Component specific Hf-W dating of CV#0193
Hiermaier, S.Numerical modeling of meteorite impact crater form[...]#0150
Hiermaier, S.H.Mesoscale Numerical Investigation of Damage Proces[...]#0233
Hiesinger, HSpectral reflectance proprieties of HED meteorites[...]#0180
Hillier*, J.K.3D laser scanning microscopy of hypervelocity impa[...]#0196
Hillier*, J.K.Capture of High-Speed Interstellar Dust Analogues [...]#0197
Hipsley, C.A.An attempt to visualise the innards of shatter con[...]#0154
Hochleitner, R.Almahata Sitta magnetic signature#2366
Hochleitner, R.Ksar Ghilane 002 – Magnetism, Raman and Moessbau[...]#2367
Hochleitner, R.Magnetism and Raman Spectroscopy on Tissint (olivi[...]#2365
Hoerth, T.Impact cratering experiments: A MEMIN progress rep[...]#0204
Hoerth, T.MEMIN impact cratering experiments into tuff and q[...]#0236
Hoerth*, T.Hypervelocity impacts on dry and wet sandstone: Ob[...]#0207
Hoffmann*, V.H.Almahata Sitta magnetic signature#2366
Hoffmann*, V.H.Ksar Ghilane 002 – Magnetism, Raman and Moessbau[...]#2367
Hoffmann*, V.H.Magnetism and Raman Spectroscopy on Tissint (olivi[...]#2365
Holzheid, A.The relevance of T, ptot and fO2 for the evaporati[...]#0170
Hopp*, J.New Ar-Ar ages of enstatite chondrites#0163
Hoppe, P.A combined NanoSIMS and TEM study of presolar grai[...]#0222
Hoppe, P.Abundant Primitive Material in Fine-grained Chondr[...]#0185
Hoppe, P.Possible supernova and nova origins for presolar s[...]#0148
Hoppe, P.The nitride-sulfide connection in CM chondrites#0171
Horstmann, M.Almahata Sitta magnetic signature#2366
Horstmann, M.Characterisation of new ureilitic samples from the[...]#0217
Horstmann, M.Macro chondrules in chondrites - formation due to [...]#0173
Horstmann, M.New chondritic samples from the Almahata Sitta str[...]#0183
Horstmann, M.Photophoresis at the edge of protoplanetary disks:[...]#2364
Horstmann, M.Timing of aqueous alteration in CM chondrites#0164
Horstmann*, M.Rare earth element (REE) systematics in Rumuruti ([...]#0166
Huber, L.Primordial noble gases in the unquilibrated ordina[...]#0187
Huber, M.A statistical dynamical study of meteorite impacto[...]#0153
Huber*, L.Noble Gas Exposure Histories of Martian Meteorites#0188
Hunt*, A.C.Constraining the precursor composition of the wino[...]#0152
Hutzler*, A.An overview of Chilean DCAs : San Juan and El Méd[...]#0184
Irving, A.J.Noble Gas Exposure Histories of Martian Meteorites#0188
Jadhav, M.High Resolution Synchrotron XRF Analyses of Presol[...]#0149
Jenner, F. E.Volatility-controlled rare earth element fractiona[...]#0235
Jochum, K.P.The imortance of sulfur as a ligand to the highly [...]#0151
Johansen, A.Planetesimal Formation in Zonal Flows#0079
Kadlag*, Y.Highly Siderophile element (HSE) fractionation in [...]#0157
Kaliwoda, M.Almahata Sitta magnetic signature#2366
Kaliwoda, M.Ksar Ghilane 002 – Magnetism, Raman and Moessbau[...]#2367
Kaliwoda, M.Magnetism and Raman Spectroscopy on Tissint (olivi[...]#2365
Kallisch, J.Spectral reflectance proprieties of HED meteorites[...]#0180
Kegler, Ph.The relevance of T, ptot and fO2 for the evaporati[...]#0170
Kempf, S.Interstellar dust as seen by the Cassini Cosmic Du[...]#0191
Kenkmann, T.Chemical projectile target interaction in hypervel[...]#0227
Kenkmann, T.Hypervelocity impacts on dry and wet sandstone: Ob[...]#0207
Kenkmann, T.Impact cratering experiments: A MEMIN progress rep[...]#0204
Kenkmann, T.MEMIN impact cratering experiments into tuff and q[...]#0236
Kenkmann, T.MEMIN: Ejection behavior characteristics in experi[...]#0212
Kenkmann, T.The variance of particle size distribution in expe[...]#0175
Kepaptsoglou, D.M.Aberration-corrected scanning TEM investigations o[...]#0159
King*, A.J.Noble Gas Chronology of Enstatite Chondrites - An [...]#0221
Kitze, M.Young planetary systems in the 25 Ori cluster#0174
Kitze*, M.Bayesian Transit Detection#0076
Klahr, H.Planetesimal Formation in Zonal Flows#0079
Kleine, T.180W anomalies in iron meteorites and the distribu[...]#0220
Kleine, T.Effects of secondary neutron capture on isotope sy[...]#0218
Kleine, T.Neutron capture on Pt isotopes in iron meteorites[...]#0144
Kleine, T.Ruthenium isotope anomalies in meteorites and the [...]#0225
Kleine*, T.Origin of volatile depletion in protoplanets infer[...]#0231
Kodama, K.Almahata Sitta magnetic signature#2366
Kodama, K.Ksar Ghilane 002 – Magnetism, Raman and Moessbau[...]#2367
Kodama, K.Magnetism and Raman Spectroscopy on Tissint (olivi[...]#2365
Korochantseva, E.V.New Ar-Ar ages of enstatite chondrites#0163
Korschinek, G.Reconstruction of Gebel Kamil’s irradiation hist[...]#0155
Korschinek, G.Supernova Dust in Terrestrial Deep-Sea Archives#0213
Kowitz*, A.K.MEMIN shock recovery experiments at low shock pres[...]#0158
Krahner, K.Component specific Hf-W dating of CV#0193
Kramm*, U.Atmosphere and evolution of the young Hot Jupiter [...]#2362
Kramm*, U.Atmosphere and evolution of the young Hot Jupiter [...]#2363
Krause, J.Rare earth element (REE) systematics in Rumuruti ([...]#0166
Kremser*, V.Suppressed cadmium stable isotope fractionation du[...]#0181
Kroupa, P.Fingerprints of the star-forming process in Solar [...]#0167
Kruijer, T.S.180W anomalies in iron meteorites and the distribu[...]#0220
Kruijer, T.S.Effects of secondary neutron capture on isotope sy[...]#0218
Kruijer*, T.S.Neutron capture on Pt isotopes in iron meteorites[...]#0144
Lai*, Y.J.Magnesium Stable Isotope Composition of the Earth [...]#0198
Langenhorst, F.Crystal chemistry of hibonite as indicator for oxy[...]#0179
Langenhorst, F.Deformation features and oxygen isotopic compositi[...]#0162
Langenhorst, F.The nitride-sulfide connection in CM chondrites#0171
Laurenz*, V.The imortance of sulfur as a ligand to the highly [...]#0151
Le Guillou*, CSerpentinization of amorphous silicate in the sola[...]#0182
LeCorre, L.Spectral reflectance proprieties of HED meteorites[...]#0180
Leitner, J.A combined NanoSIMS and TEM study of presolar grai[...]#0222
Leitner, J.Aberration-corrected scanning TEM investigations o[...]#0159
Leitner*, J.Abundant Primitive Material in Fine-grained Chondr[...]#0185
Leya, I.Neutron capture on Pt isotopes in iron meteorites[...]#0144
Li, Y.W.3D laser scanning microscopy of hypervelocity impa[...]#0196
Li, Y.W.Capture of High-Speed Interstellar Dust Analogues [...]#0197
Lin, Y.Earliest condensate assemblages in EL3 fragments o[...]#0141
Lin, Y.T.L.Nature and origin of diamond in Almahatta Sitta Ur[...]#0136
Llorca, J.Ksar Ghilane 002 – Magnetism, Raman and Moessbau[...]#2367
Loesche, C.Photophoresis at the edge of protoplanetary disks:[...]#2364
Loesche*, C.Moving and Sorting Chondrules by Photophoresis.#0161
Losiak, A.A statistical dynamical study of meteorite impacto[...]#0153
Maciejewski, G.Young transiting planets#0137
Mann, P.J.Spectral reflectance proprieties of HED meteorites[...]#0180
Marone, F.Petrologic types of fossil meteorites determined b[...]#0146
Mason, P.R.D.Radiogenic heat production in the Moon: constraint[...]#0206
Meier*, M.M.M.Petrologic types of fossil meteorites determined b[...]#0146
Merchel, S.Supernova Dust in Terrestrial Deep-Sea Archives#0213
Merchel*, S.Reconstruction of Gebel Kamil’s irradiation hist[...]#0155
Metzler, K.Spectral reflectance proprieties of HED meteorites[...]#0180
Metzler*, K.Deformation features and oxygen isotopic compositi[...]#0162
Mezger, K.Evidence for prolonged magmatism on the eucrite pa[...]#0201
Mezger, K.Flux digestions for Hf-W analysis by MC-ICPMS#0226
Mezger, K.Internal Lu-Hf isotope systematics of the plutonic[...]#0211
Mikouchi, T.Almahata Sitta magnetic signature#2366
Mikouchi, T.Ksar Ghilane 002 – Magnetism, Raman and Moessbau[...]#2367
Mikouchi, T.Magnetism and Raman Spectroscopy on Tissint (olivi[...]#2365
Mishra, R.High precision 26Al study of refractory components[...]#0224
Miyahara, M.Earliest condensate assemblages in EL3 fragments o[...]#0141
Miyahara*, M.M.Nature and origin of diamond in Almahatta Sitta Ur[...]#0136
Molins, E.Ksar Ghilane 002 – Magnetism, Raman and Moessbau[...]#2367
Mommert*, M.Observations of Planet Embryos and their Collision[...]#0216
Moser*, D.Non-destructive testing of damage underneath MEMIN[...]#0139
Mutschke, H.Measurements of High-Temperature Optical Constants[...]#0078
Müller, TSerpentinization of amorphous silicate in the sola[...]#0182
Münker, C.Component specific Hf-W dating of CV#0193
Münker, C.Distribution of heavy p-process isotopes in extrat[...]#0186
Münker, C.Improved timescales for metal segregation in iron [...]#0140
Münker, C.Suppressed cadmium stable isotope fractionation du[...]#0181
Münker, C.Volatility-controlled rare earth element fractiona[...]#0235
Nagase, T.N.Nature and origin of diamond in Almahatta Sitta Ur[...]#0136
Nathues, A.Spectral reflectance proprieties of HED meteorites[...]#0180
Nettelmann, N.Atmosphere and evolution of the young Hot Jupiter [...]#2362
Nettelmann, N.Atmosphere and evolution of the young Hot Jupiter [...]#2363
Neuhäuser, R.Bayesian Transit Detection#0076
Neuhäuser, R.Young planetary systems in the 25 Ori cluster#0174
Neuhäuser, R.Young transiting planets#0137
Neumann*, W.Modelling of a magma ocean on asteroid 4 Vesta#0177
Neumann*, W.The thermo-chemical evolution of asteroid 21 Lutet[...]#0176
Nishijima, M.N.Nature and origin of diamond in Almahatta Sitta Ur[...]#0136
Noordmann, J.The Uranium Isotopic Compostion of the Solar Syste[...]#0199
O Neill, H. St. C.Volatility-controlled rare earth element fractiona[...]#0235
Ohtani, E.Earliest condensate assemblages in EL3 fragments o[...]#0141
Ohtani, E.O.Nature and origin of diamond in Almahatta Sitta Ur[...]#0136
Ott, U.New Ar-Ar ages of enstatite chondrites#0163
Ott, U.Noble gases for micrometeorites (MMs) from the Tra[...]#0143
Ott, U.Occurrence of refractory metal alloys in CAIs#0145
Ott, U.Pre-irradiation effects of chondrules from CR2 cho[...]#0169
Ott, U.Reconstruction of Gebel Kamil’s irradiation hist[...]#0155
Pack, A.Deformation features and oxygen isotopic compositi[...]#0162
Pack, A.Oxygen isotope heterogeneity in chondrules: an exp[...]#0230
Pack, A.Volatility-controlled rare earth element fractiona[...]#0235
Palme, H.New Metal / Silicate Partitioning Data for the Sid[...]#0168
Palme, H.Occurrence of refractory metal alloys in CAIs#0145
Palme, H.The relevance of T, ptot and fO2 for the evaporati[...]#0170
Pavetich, S.Reconstruction of Gebel Kamil’s irradiation hist[...]#0155
Peters*, S.T.M.Distribution of heavy p-process isotopes in extrat[...]#0186
Poelchau, M.H.Hypervelocity impacts on dry and wet sandstone: Ob[...]#0207
Poelchau, M.H.MEMIN: Ejection behavior characteristics in experi[...]#0212
Poelchau, M.H.The variance of particle size distribution in expe[...]#0175
Poelchau*, M.H.Impact cratering experiments: A MEMIN progress rep[...]#0204
Poelchau*, M.H.MEMIN impact cratering experiments into tuff and q[...]#0236
Pogge von Strandmann, P.A.E.Magnesium Stable Isotope Composition of the Earth [...]#0198
Posch, Th.Measurements of High-Temperature Optical Constants[...]#0078
Postberg, F.Capture of High-Speed Interstellar Dust Analogues [...]#0197
Postberg, F.P. 3D laser scanning microscopy of hypervelocity impa[...]#0196
Povenmire, H.40Ar/39Ar step heating age for a Central American [...]#0210
Preuß*, J.M.Characterization of impact-related melt breccias f[...]#0192
Price, M.C.3D laser scanning microscopy of hypervelocity impa[...]#0196
Pucci, A.Infrared spectroscopic investigation of silicon ox[...]#0228
Putnis, A.Timing of aqueous alteration in CM chondrites#0164
Raetz*, St.Young planetary systems in the 25 Ori cluster#0174
Ramasse, Q.Aberration-corrected scanning TEM investigations o[...]#0159
Ramisetty*, R.A new Time-of-Flight noble gas mass spectrometer f[...]#0172
Reddy, V.Spectral reflectance proprieties of HED meteorites[...]#0180
Redmer, R.Atmosphere and evolution of the young Hot Jupiter [...]#2362
Redmer, R.Atmosphere and evolution of the young Hot Jupiter [...]#2363
Redmer, R.Young transiting planets#0137
Reimold, W.U.An attempt to visualise the innards of shatter con[...]#0154
Reimold, W.U.Characterization of impact-related melt breccias f[...]#0192
Reimold, W.U.MEMIN shock recovery experiments at low shock pres[...]#0158
Rempt*, S.Petrographic analyses of the Tissint meteorite. A [...]#0234
Riebe*, M.Primordial noble gases in the unquilibrated ordina[...]#0187
Rochette, P.An overview of Chilean DCAs : San Juan and El Méd[...]#0184
Roggon*, L.Characterisation of new ureilitic samples from the[...]#0217
Roszjar*, J.Evidence for prolonged magmatism on the eucrite pa[...]#0201
Rubie, D.C.New Metal / Silicate Partitioning Data for the Sid[...]#0168
Ruesch*, O.Spectral reflectance proprieties of HED meteorites[...]#0180
Rugel, G.Reconstruction of Gebel Kamil’s irradiation hist[...]#0155
Rugel, G.Supernova Dust in Terrestrial Deep-Sea Archives#0213
Russell, S.S.Magnesium Stable Isotope Composition of the Earth [...]#0198
Rätz, S.Bayesian Transit Detection#0076
Sauer, M.S.Mesoscale Numerical Investigation of Damage Proces[...]#0233
Scherer, E.E.Effects of secondary neutron capture on isotope sy[...]#0218
Scherer, E.E.Flux digestions for Hf-W analysis by MC-ICPMS#0226
Scherer, E.E.Internal Lu-Hf isotope systematics of the plutonic[...]#0211
Schmidt, T.O.B.Young planetary systems in the 25 Ori cluster#0174
Schmitt, M.High Resolution Synchrotron XRF Analyses of Presol[...]#0149
Schmitt, R.T.S.MEMIN shock recovery experiments at low shock pres[...]#0158
Schmitz, B.Petrologic types of fossil meteorites determined b[...]#0146
Schmitz*, S.High Resolution Synchrotron XRF Analyses of Presol[...]#0149
Schoonjans, T.High Resolution Synchrotron XRF Analyses of Presol[...]#0149
Schulz, T.Component specific Hf-W dating of CV#0193
Schulz, T.Distribution of heavy p-process isotopes in extrat[...]#0186
Schulz*, T.Improved timescales for metal segregation in iron [...]#0140
Schwander*, D.Occurrence of refractory metal alloys in CAIs#0145
Schwarz, W.H.S.Geochemical analysis of tektites from Belize and N[...]#0190
Schwarz*, W.H.40Ar/39Ar step heating age for a Central American [...]#0210
Schäfer, F.Hypervelocity impacts on dry and wet sandstone: Ob[...]#0207
Schäfer, F.Impact cratering experiments: A MEMIN progress rep[...]#0204
Schäfer, F.MEMIN impact cratering experiments into tuff and q[...]#0236
Schönbächler, M.Palladium-Silver Systematics of the Ordinary Chond[...]#0160
Schönhense, G.Occurrence of refractory metal alloys in CAIs#0145
Seeliger, M.Bayesian Transit Detection#0076
Sommer*, F.MEMIN: Ejection behavior characteristics in experi[...]#0212
Spohn, T.Modelling of a magma ocean on asteroid 4 Vesta#0177
Spohn, T.The thermo-chemical evolution of asteroid 21 Lutet[...]#0176
Spring, N.Aberration-corrected scanning TEM investigations o[...]#0159
Sprung, P.Internal Lu-Hf isotope systematics of the plutonic[...]#0211
Sprung, P.Neutron capture on Pt isotopes in iron meteorites[...]#0144
Sprung*, P.Effects of secondary neutron capture on isotope sy[...]#0218
Spurzem, R.Planetesimal Formation in Zonal Flows#0079
Srama, R.3D laser scanning microscopy of hypervelocity impa[...]#0196
Srama, R.Capture of High-Speed Interstellar Dust Analogues [...]#0197
Srama, R.Interstellar dust as seen by the Cassini Cosmic Du[...]#0191
Srinivasan, G.Evidence for prolonged magmatism on the eucrite pa[...]#0201
Stampanoni, M.Petrologic types of fossil meteorites determined b[...]#0146
Stardust ISPE Team, Capture of High-Speed Interstellar Dust Analogues [...]#0197
Sterken, V.Capture of High-Speed Interstellar Dust Analogues [...]#0197
Stodolna, J.Capture of High-Speed Interstellar Dust Analogues [...]#0197
Stojic*, A.N.A combined NanoSIMS and TEM study of presolar grai[...]#0222
Sylvester, P.J.The imortance of sulfur as a ligand to the highly [...]#0151
Tamanai, A.Infrared spectroscopic investigation of silicon ox[...]#0228
Tassinari, M.Petrologic types of fossil meteorites determined b[...]#0146
Teiser, J. T.Coagulation of Dust – Collisions in the Decimetr[...]#0138
Teiser, J.Moving and Sorting Chondrules by Photophoresis.#0161
Teiser, J.Photophoresis at the edge of protoplanetary disks:[...]#2364
Terfelt, F.Petrologic types of fossil meteorites determined b[...]#0146
Theis*, K.J.Palladium-Silver Systematics of the Ordinary Chond[...]#0160
Thies*, I.Fingerprints of the star-forming process in Solar [...]#0167
Thoma, K.Hypervelocity impacts on dry and wet sandstone: Ob[...]#0207
Thoma, K.Impact cratering experiments: A MEMIN progress rep[...]#0204
Thoma, K.MEMIN impact cratering experiments into tuff and q[...]#0236
Tkalcec*, B.J.Plastic Deformation of Olivine-rich Diogenites and[...]#0219
Torii, M.Almahata Sitta magnetic signature#2366
Torii, M.Ksar Ghilane 002 – Magnetism, Raman and Moessbau[...]#2367
Torii, M.Magnetism and Raman Spectroscopy on Tissint (olivi[...]#2365
Trieloff, M.3D laser scanning microscopy of hypervelocity impa[...]#0196
Trieloff, M.40Ar/39Ar step heating age for a Central American [...]#0210
Trieloff, M.Capture of High-Speed Interstellar Dust Analogues [...]#0197
Trieloff, M.Interstellar dust as seen by the Cassini Cosmic Du[...]#0191
Trieloff, M.New Ar-Ar ages of enstatite chondrites#0163
Trieloff, M.Noble gases for micrometeorites (MMs) from the Tra[...]#0143
Trieloff, M.Planetesimal Formation in Zonal Flows#0079
Trieloff, M.Pre-irradiation effects of chondrules from CR2 cho[...]#0169
Trieloff, M.Study of the primitive achondrites Acapulco, Tafas[...]#0200
Trieloff, M.T.Geochemical analysis of tektites from Belize and N[...]#0190
Vekemans, B.High Resolution Synchrotron XRF Analyses of Presol[...]#0149
Vincze, L.High Resolution Synchrotron XRF Analyses of Presol[...]#0149
Vogel*, A.K.New Metal / Silicate Partitioning Data for the Sid[...]#0168
Vollmer, C.Abundant Primitive Material in Fine-grained Chondr[...]#0185
Vollmer, C.Timing of aqueous alteration in CM chondrites#0164
Vollmer, CSerpentinization of amorphous silicate in the sola[...]#0182
Vollmer*, C.Aberration-corrected scanning TEM investigations o[...]#0159
Wadhwa, M.The Uranium Isotopic Compostion of the Solar Syste[...]#0199
Wallner, A.Supernova Dust in Terrestrial Deep-Sea Archives#0213
Ward, D.Evidence for prolonged magmatism on the eucrite pa[...]#0201
Wellenreuther, G.High Resolution Synchrotron XRF Analyses of Presol[...]#0149
Westphal, A.Capture of High-Speed Interstellar Dust Analogues [...]#0197
Wetzel*, S.Infrared spectroscopic investigation of silicon ox[...]#0228
Weyer, S.The Uranium Isotopic Compostion of the Solar Syste[...]#0199
Weyrauch, M.New chondritic samples from the Almahata Sitta str[...]#0183
Weyrauch*, M.Macro chondrules in chondrites - formation due to [...]#0173
Whitehouse, M.J.Evidence for prolonged magmatism on the eucrite pa[...]#0201
Wieler, R.Neutron capture on Pt isotopes in iron meteorites[...]#0144
Wieler, R.Noble Gas Chronology of Enstatite Chondrites - An [...]#0221
Wieler, R.Noble Gas Exposure Histories of Martian Meteorites#0188
Wieler, R.Primordial noble gases in the unquilibrated ordina[...]#0187
Winkler, S.R.Supernova Dust in Terrestrial Deep-Sea Archives#0213
Wombacher, F.Isotope dilution analysis of Se and Te in chondrit[...]#0214
Wombacher, F.Rare earth element (REE) systematics in Rumuruti ([...]#0166
Wombacher, F.Suppressed cadmium stable isotope fractionation du[...]#0181
Wurm, G. W.Coagulation of Dust – Collisions in the Decimetr[...]#0138
Wurm, G.Macro chondrules in chondrites - formation due to [...]#0173
Wurm, G.Moving and Sorting Chondrules by Photophoresis.#0161
Wurm*, G.Photophoresis at the edge of protoplanetary disks:[...]#2364
Wünnemann, K.Numerical modeling of basin forming impacts: Impli[...]#0178
Wünnemann, K.Numerical modeling of meteorite impact crater form[...]#0150
Wünnemann, K.W.Mesoscale Numerical Investigation of Damage Proces[...]#0233
Yamamoto, Y.Almahata Sitta magnetic signature#2366
Yamamoto, Y.Ksar Ghilane 002 – Magnetism, Raman and Moessbau[...]#2367
Yamamoto, Y.Magnetism and Raman Spectroscopy on Tissint (olivi[...]#2365
Zaag*, P.T.An attempt to visualise the innards of shatter con[...]#0154
Zeidler*, S.Measurements of High-Temperature Optical Constants[...]#0078
Zhang, J.Earliest condensate assemblages in EL3 fragments o[...]#0141
Zhang, Z.J.C.Nature and origin of diamond in Almahatta Sitta Ur[...]#0136
Zipfel, J.Abundant Primitive Material in Fine-grained Chondr[...]#0185
Zipfel, J.Study of the primitive achondrites Acapulco, Tafas[...]#0200
Zipfel, J.The Uranium Isotopic Compostion of the Solar Syste[...]#0199
de Vries*, J.Radiogenic heat production in the Moon: constraint[...]#0206
van Westrenen, W.Radiogenic heat production in the Moon: constraint[...]#0206