Author index (Paneth Kolloquium, 2015)

Author Title PDF
*corresponding author
Alard, O.Enstatite chondrites: the message from olivine-bea[...]#0002
Andreoli, M.A.G.A comprehensive study of noble gases and nitrogen [...]#0001
Avice, G.A comprehensive study of noble gases and nitrogen [...]#0001
Barosch, J.K-Ca dating of muscovite#0050
Barrat, J.A.Constraints on chondrule formation from the newly [...]#0024
Barth, M.I.F.CM chondrite aqueous alteration – chemical and o[...]#0025
Barth, M.I.F.Metal-related mineral assemblages as probes into p[...]#0032
Barth*, M.I.F.Sulfide-magnetite aggregates in Acfer 094 – Clue[...]#0048
Bast*, R.Comparing the Sm-Nd and Lu-Hf isotope systematics [...]#0042
Becker, H.Abundance and distribution of S, Se and Te in chon[...]#0071
Bischoff, A.Abundance and distribution of S, Se and Te in chon[...]#0071
Bischoff, A.CM chondrite aqueous alteration – chemical and o[...]#0025
Bischoff, A.Characterization of new volatile-rich clasts found[...]#0010
Bischoff, A.Chondrules in ordinary chondrites - textural analy[...]#0005
Bischoff, A.Origin of Na-rich chondrules in chondrites: A link[...]#0006
Bischoff, A.REE signatures in meteoritic Ca-phosphates#0049
Bischoff, A.B.Brecciation of LL chondrites#0015
Bodénan*, J.-D.Evolution and stability of O isotope reservoirs in[...]#0039
Boffa Ballaran , T.Deformation of water ice VI: a single-crystal X-ra[...]#0012
Borg, L.E.Isotopic signatures of CAIs from CV3 and CK meteor[...]#0047
Boyet, M.Petrological and cosmochemical evidence for variab[...]#0035
Brearley, A.J.Halogen elements in chondritic meteorites: Trackin[...]#0014
Brennecka, G.A.Isotopic signatures of CAIs from CV3 and CK meteor[...]#0047
Brennecka, G.A.Origin of nucleosynthetic isotope anomalies in Ca-[...]#0020
Brennecka*, G.A.Measured U isotopes and a new Pb-Pb age for the IV[...]#0021
Breuer, D.A two-phase flow model for the water-rock differen[...]#0067
Breuer, D.Effects of accretion and compaction on the evoluti[...]#0068
Breutmann, GU-Pb geochronology on impact-zircon using Secondar[...]#0011
Budde*, G.Isotopic complementarity of chondrules and matrix [...]#0034
Burkhardt, C.Determining the titanium isotope composition of si[...]#0053
Burkhardt, C.Isotopic complementarity of chondrules and matrix [...]#0034
Busemann, H.Cosmic ray exposure ages of individual chondrules [...]#0062
Busemann, H.B.Noble gas measurements and age determination of a [...]#0065
Böhnke, M.Comparing the Sm-Nd and Lu-Hf isotope systematics [...]#0042
Cartigny, P.A comprehensive study of noble gases and nitrogen [...]#0001
Cerny*, A.C.Chondrules in ordinary chondrites - textural analy[...]#0005
Chaussidon, M.A systematic for oxygen isotopic composition in me[...]#0060
Chaussidon, M.CM chondrite aqueous alteration – chemical and o[...]#0025
Clay, P.L.C.Noble gas measurements and age determination of a [...]#0065
Cloquet, C.Did Hg from the Chicxulub impactor contribute to t[...]#0070
Decker, SAlmahata Sitta meteorite - the Space Rosetta Stone#0046
Deloule, E.Heated glassy inclusions from olivines in chondrul[...]#0069
Dittmar, I.Synthetic glass as analog for planetary infrared s[...]#0066
Dohmen, R.Optical Properties of Non-Stoichiometric Amorphous[...]#0013
Dressler, T.T-dependent far infrared to millimeter wave opacit[...]#0057
Ebert, S.CM chondrite aqueous alteration – chemical and o[...]#0025
Ebert*, S.Origin of Na-rich chondrules in chondrites: A link[...]#0006
El Goresy*, A.Petrological and cosmochemical evidence for variab[...]#0035
Elfers, B.-M.Tantalum isotope anomalies in CV3 refractory inclu[...]#0063
Elfers*, B.-M.The Hf and W Isotope inventory of sequentially lea[...]#0064
Faure, F.Heated glassy inclusions from olivines in chondrul[...]#0069
Fazio*, A.Texture of coesite in diaplectic glass from Ries s[...]#0054
Ferriere, L.Did Hg from the Chicxulub impactor contribute to t[...]#0070
Fischer-Gödde, M.Ruthenium stable isotope fractionation during crys[...]#0018
Fischer-Gödde, MPd-Ag metal-sulfide isochrons and the cooling hist[...]#0059
Fischer*, C.Thermal consequences of planetesimal impacts on me[...]#0061
Florentin*, L.Heated glassy inclusions from olivines in chondrul[...]#0069
Floss, C.The Presolar Grain Inventory of CM Chondrites.#0058
Franchi, I.A.Evolution and stability of O isotope reservoirs in[...]#0039
Friend*, P.Constraints on chondrule formation from the newly [...]#0024
Frost, D.J.Accreted metal did not strip Earth’s mantle of H[...]#0023
Frost, D.J.High P-T experiments and first principles calculat[...]#0041
Frost, D.J.The significance of sulfur for the highly sideroph[...]#0027
Gaidos*, EChips off the Old Block: Enstatite Chondrites as S[...]#0003
Gail, H.-P.Modelling heat conductivity of chondritic media#0009
Gail, H.-P.Optical Properties of Non-Stoichiometric Amorphous[...]#0013
Gail, H.P.Thermal consequences of planetesimal impacts on me[...]#0061
Gannoun, A.Petrological and cosmochemical evidence for variab[...]#0035
Gerber*, S.Determining the titanium isotope composition of si[...]#0053
Gillet, PhPetrological and cosmochemical evidence for variab[...]#0035
Gilmour, J.D.G.Noble gas measurements and age determination of a [...]#0065
Gounelle, M.Enstatite chondrites: the message from olivine-bea[...]#0002
Grathoff, G.H.Chondrules in ordinary chondrites - textural analy[...]#0005
Gurenko, A.CM chondrite aqueous alteration – chemical and o[...]#0025
Günther, D.Abundance and distribution of S, Se and Te in chon[...]#0071
Haenecour, P.The Presolar Grain Inventory of CM Chondrites.#0058
Hammerich*, S.A.Mobilization of K in shock-metamorphic plagioclase[...]#0044
Harries, D.Sulfide-magnetite aggregates in Acfer 094 – Clue[...]#0048
Harries*, D.Metal-related mineral assemblages as probes into p[...]#0032
Hayabusa Project Consortium (18 members), Raman spectroscopical investigations on returned p[...]#0031
Hayabusa Project Consortium (18 members), The Hayabusa asteroidal sample return mission of J[...]#0030
Heinlein, D.The Eichstädt meteorite, a historical fall in Bav[...]#0029
Helbert, J.Synthetic glass as analog for planetary infrared s[...]#0066
Hellmann*, J.L.Hf-W evidence for the age and origin of large igne[...]#0019
Henke*, S.Modelling heat conductivity of chondritic media#0009
Hezel, D.C.Constraints on chondrule formation from the newly [...]#0024
Hiesinger, H.Synthetic glass as analog for planetary infrared s[...]#0066
Hochleitner , R.Almahata Sitta meteorite - the Space Rosetta Stone#0046
Hochleitner , R.H.The Braunschweig meteorite (fall 2013, L6 chondrit[...]#0028
Hochleitner, R.The Eichstädt meteorite, a historical fall in Bav[...]#0029
Hochleitner*, R.Mineralogy of the Machtenstein H 5 ordinary chondr[...]#0073
Hoffmann, B.AThe noble gas concentration of the Martian meteori[...]#0022
Hoffmann, V.H.Mineralogy of the Machtenstein H 5 ordinary chondr[...]#0073
Hoffmann*, V.H.Almahata Sitta meteorite - the Space Rosetta Stone#0046
Hoffmann*, V.H.Raman spectroscopical investigations on returned p[...]#0031
Hoffmann*, V.H.The Braunschweig meteorite (fall 2013, L6 chondrit[...]#0028
Hoffmann*, V.H.The Eichstädt meteorite, a historical fall in Bav[...]#0029
Hoffmann*, V.H.The Hayabusa asteroidal sample return mission of J[...]#0030
Holinger*, S.H.Noble gas measurements and age determination of a [...]#0065
Hopp, J.Volatile composition of Cosmic Spherules#0007
Hopp*, J.Mn-Cr sytematics of sulfides in enstatite chondrit[...]#0052
Hopp*, T.Ruthenium stable isotope fractionation during crys[...]#0018
Hoppe, P.Isotopic compositions and structural features of p[...]#0033
Hoppe, P.Sulfide-magnetite aggregates in Acfer 094 – Clue[...]#0048
Hoppe, P.The Presolar Grain Inventory of CM Chondrites.#0058
Horstmann*, M.CM chondrite aqueous alteration – chemical and o[...]#0025
Huber, L.Cosmic ray exposure ages of individual chondrules [...]#0062
Jacobson, S.Accreted metal did not strip Earth’s mantle of H[...]#0023
Jacobson, S.The significance of sulfur for the highly sideroph[...]#0027
Jacquet*, E.Enstatite chondrites: the message from olivine-bea[...]#0002
Jones*, R.H.Halogen elements in chondritic meteorites: Trackin[...]#0014
Kadlag*, Y.Heterogeneity of the Cr isotopes in physically sep[...]#0045
Kaliwoda, M.Almahata Sitta meteorite - the Space Rosetta Stone#0046
Kaliwoda, M.Mineralogy of the Machtenstein H 5 ordinary chondr[...]#0073
Kaliwoda, M.The Braunschweig meteorite (fall 2013, L6 chondrit[...]#0028
Kaliwoda, M.The Eichstädt meteorite, a historical fall in Bav[...]#0029
Klahr*, H.All Planetesimals are born equal - Why the size di[...]#0072
Kleine, T.Determining the titanium isotope composition of si[...]#0053
Kleine, T.Hf-W evidence for the age and origin of large igne[...]#0019
Kleine, T.Isotopic complementarity of chondrules and matrix [...]#0034
Kleine, T.Measured U isotopes and a new Pb-Pb age for the IV[...]#0021
Kleine, T.Origin of nucleosynthetic isotope anomalies in Ca-[...]#0020
Kleine, T.Ruthenium stable isotope fractionation during crys[...]#0018
Kleine, TPd-Ag metal-sulfide isochrons and the cooling hist[...]#0059
Klemme, S.Synthetic glass as analog for planetary infrared s[...]#0066
Kodolányi*, J.Isotopic compositions and structural features of p[...]#0033
Koeberl, C.Did Hg from the Chicxulub impactor contribute to t[...]#0070
Kramers, J.D.A comprehensive study of noble gases and nitrogen [...]#0001
Kruijer, T.S.Hf-W evidence for the age and origin of large igne[...]#0019
Kruijer, T.S.Isotopic complementarity of chondrules and matrix [...]#0034
Kruijer*, T.S.Origin of nucleosynthetic isotope anomalies in Ca-[...]#0020
Kuga, M.K.Noble gas measurements and age determination of a [...]#0065
Kurnosov, A.V.Deformation of water ice VI: a single-crystal X-ra[...]#0012
Langenhorst, F.A comprehensive study of noble gases and nitrogen [...]#0001
Langenhorst, F.Sulfide-magnetite aggregates in Acfer 094 – Clue[...]#0048
Langenhorst, F.Texture of coesite in diaplectic glass from Ries s[...]#0054
Laurenz, V.Accreted metal did not strip Earth’s mantle of H[...]#0023
Laurenz*, V.The significance of sulfur for the highly sideroph[...]#0027
Leitner*, J.The Presolar Grain Inventory of CM Chondrites.#0058
Lemrelle, L.Petrological and cosmochemical evidence for variab[...]#0035
Leoni , M.Deformation of water ice VI: a single-crystal X-ra[...]#0012
Lewen, F.T-dependent far infrared to millimeter wave opacit[...]#0057
Leya, I.The noble gas concentration of the Martian meteori[...]#0022
Leya, I.Tracing the origin and evolution of volatile eleme[...]#0038
Libourel, G.Relationships between type I and type II chondrule[...]#0043
Lin, Y.Petrological and cosmochemical evidence for variab[...]#0035
Lloyd, N.S.Tantalum isotope anomalies in CV3 refractory inclu[...]#0063
Ludwig, T.K-Ca dating of muscovite#0050
Ludwig, T.Mn-Cr sytematics of sulfides in enstatite chondrit[...]#0052
Ludwig, TU-Pb geochronology on impact-zircon using Secondar[...]#0011
Lösche, C.Photophoretic motion of chondrules and other parti[...]#0016
Maden, C.A comprehensive study of noble gases and nitrogen [...]#0001
Maden, C.Cosmic ray exposure ages of individual chondrules [...]#0062
Maden, C.M.Noble gas measurements and age determination of a [...]#0065
Mansfeld, U.Texture of coesite in diaplectic glass from Ries s[...]#0054
Marrocci*, Y.A systematic for oxygen isotopic composition in me[...]#0060
Marty, B.A comprehensive study of noble gases and nitrogen [...]#0001
Marty, B.Did Hg from the Chicxulub impactor contribute to t[...]#0070
Matthes*, MPd-Ag metal-sulfide isochrons and the cooling hist[...]#0059
Meier, M.M.M.A comprehensive study of noble gases and nitrogen [...]#0001
Meier, M.M.M.Cosmic ray exposure ages of individual chondrules [...]#0062
Meier*, M.M.M.Did Hg from the Chicxulub impactor contribute to t[...]#0070
Metzler, K.Cosmic ray exposure ages of individual chondrules [...]#0062
Metzler, K.Hf-W evidence for the age and origin of large igne[...]#0019
Metzler, K.Isotopic complementarity of chondrules and matrix [...]#0034
Metzler, K.The Presolar Grain Inventory of CM Chondrites.#0058
Metzler*, K.Chemistry and oxygen isotopic composition of clust[...]#0008
Meyer, H.P.K-Ca dating of muscovite#0050
Mezger, K.Comparing the Sm-Nd and Lu-Hf isotope systematics [...]#0042
Mezger, K.Tracing the origin and evolution of volatile eleme[...]#0038
Mikouchi, T.Raman spectroscopical investigations on returned p[...]#0031
Mikouchi, T.The Hayabusa asteroidal sample return mission of J[...]#0030
Miyahara, M.Petrological and cosmochemical evidence for variab[...]#0035
Mohr*, P.T-dependent far infrared to millimeter wave opacit[...]#0057
Morbidelli, A.Accreted metal did not strip Earth’s mantle of H[...]#0023
Morbidelli, A.The significance of sulfur for the highly sideroph[...]#0027
Morlok*, A.Synthetic glass as analog for planetary infrared s[...]#0066
Mutschke, H.T-dependent far infrared to millimeter wave opacit[...]#0057
Münker, C.Abundance and distribution of S, Se and Te in chon[...]#0071
Münker, C.Tantalum isotope anomalies in CV3 refractory inclu[...]#0063
Münker, C.The Hf and W Isotope inventory of sequentially lea[...]#0064
Neumann*, W. O.A two-phase flow model for the water-rock differen[...]#0067
Neumann*, W. O.Effects of accretion and compaction on the evoluti[...]#0068
Ohtani, E.Petrological and cosmochemical evidence for variab[...]#0035
Ott, U.Volatile composition of Cosmic Spherules#0007
Pack, A.Chemistry and oxygen isotopic composition of clust[...]#0008
Pakhomova*, A.P.Deformation of water ice VI: a single-crystal X-ra[...]#0012
Palme , H.The significance of sulfur for the highly sideroph[...]#0027
Palme, H.Accreted metal did not strip Earth’s mantle of H[...]#0023
Palme, H.Constraints on chondrule formation from the newly [...]#0024
Patzek*, M.Characterization of new volatile-rich clasts found[...]#0010
Peters, S.T.M.Tantalum isotope anomalies in CV3 refractory inclu[...]#0063
Peters, S.T.M.The Hf and W Isotope inventory of sequentially lea[...]#0064
Pfeifer*, M.Tantalum isotope anomalies in CV3 refractory inclu[...]#0063
Posner*, E.S.High P-T experiments and first principles calculat[...]#0041
Potapov, A.T-dependent far infrared to millimeter wave opacit[...]#0057
Pucci, A.Optical Properties of Non-Stoichiometric Amorphous[...]#0013
Riebe, M.R.Noble gas measurements and age determination of a [...]#0065
Riebe*, M.Cosmic ray exposure ages of individual chondrules [...]#0062
Roszjar, J.REE signatures in meteoritic Ca-phosphates#0049
Rubie, D.C.High P-T experiments and first principles calculat[...]#0041
Rubie, D.C.The significance of sulfur for the highly sideroph[...]#0027
Rubie*, D.C.Accreted metal did not strip Earth’s mantle of H[...]#0023
Russell, S.S.Evolution and stability of O isotope reservoirs in[...]#0039
Ruzie, L.R.Noble gas measurements and age determination of a [...]#0065
Scherer, E.E.Comparing the Sm-Nd and Lu-Hf isotope systematics [...]#0042
Schleiting*, M.S.Brecciation of LL chondrites#0015
Schmid-Beurmann, H.Comparing the Sm-Nd and Lu-Hf isotope systematics [...]#0042
Schmitt, A.K.K-Ca dating of muscovite#0050
Schmitt, A.K.Mn-Cr sytematics of sulfides in enstatite chondrit[...]#0052
Schmitt, AU-Pb geochronology on impact-zircon using Secondar[...]#0011
Schreiber, A.All Planetesimals are born equal - Why the size di[...]#0072
Schwarz, W.H.K-Ca dating of muscovite#0050
Schwarz, WU-Pb geochronology on impact-zircon using Secondar[...]#0011
Schwinger*, S.Thermal history of CO chondrites determined from z[...]#0026
Shollenberger*, Q.R.Isotopic signatures of CAIs from CV3 and CK meteor[...]#0047
Simionovici, A.Petrological and cosmochemical evidence for variab[...]#0035
Sohn, M.Synthetic glass as analog for planetary infrared s[...]#0066
Soulié, C.Relationships between type I and type II chondrule[...]#0043
Spohn, T.A two-phase flow model for the water-rock differen[...]#0067
Spohn, T.Effects of accretion and compaction on the evoluti[...]#0068
Sprung, P.Comparing the Sm-Nd and Lu-Hf isotope systematics [...]#0042
Sprung, P.The Hf and W Isotope inventory of sequentially lea[...]#0064
Starkey, N.S.Evolution and stability of O isotope reservoirs in[...]#0039
Steinle-Neumann, G.High P-T experiments and first principles calculat[...]#0041
Stephenson*, P.C.The noble gas concentration of the Martian meteori[...]#0022
Stojic, A.Synthetic glass as analog for planetary infrared s[...]#0066
Tamanai*, A.Optical Properties of Non-Stoichiometric Amorphous[...]#0013
Teiser, J.Photophoretic motion of chondrules and other parti[...]#0016
Tissandier, L.Heated glassy inclusions from olivines in chondrul[...]#0069
Trieloff, M.Mn-Cr sytematics of sulfides in enstatite chondrit[...]#0052
Trieloff, M.Mobilization of K in shock-metamorphic plagioclase[...]#0044
Trieloff, M.Modelling heat conductivity of chondritic media#0009
Trieloff, M.Petrological and cosmochemical evidence for variab[...]#0035
Trieloff, M.Thermal consequences of planetesimal impacts on me[...]#0061
Trieloff, M.Volatile composition of Cosmic Spherules#0007
Trieloff*, M.Interstellar silicate particles measured by Cassin[...]#0040
Trieloff*, M.K-Ca dating of muscovite#0050
Trieloff*, MU-Pb geochronology on impact-zircon using Secondar[...]#0011
Villeneuve*, J.Relationships between type I and type II chondrule[...]#0043
Vlček, V.High P-T experiments and first principles calculat[...]#0041
Vogt*, M.Volatile composition of Cosmic Spherules#0007
Vollmer , C.CM chondrite aqueous alteration – chemical and o[...]#0025
Vollmer, C.Isotopic compositions and structural features of p[...]#0033
Vollmer, C.The Presolar Grain Inventory of CM Chondrites.#0058
Vollstaed*, H.Tracing the origin and evolution of volatile eleme[...]#0038
Ward*, D.REE signatures in meteoritic Ca-phosphates#0049
Weber, I.Synthetic glass as analog for planetary infrared s[...]#0066
Weyer, S.Ni isotope composition of zoned metal grains in CB[...]#0051
Weyrauch*, M.Ni isotope composition of zoned metal grains in CB[...]#0051
Whitehouse, M.J.REE signatures in meteoritic Ca-phosphates#0049
Wieler, R.Cosmic ray exposure ages of individual chondrules [...]#0062
Wieler*, R.A comprehensive study of noble gases and nitrogen [...]#0001
Wombacher, F.The Hf and W Isotope inventory of sequentially lea[...]#0064
Wombacher*, F.C.Abundance and distribution of S, Se and Te in chon[...]#0071
Wright, I.P.Evolution and stability of O isotope reservoirs in[...]#0039
Wurm*, G.Photophoretic motion of chondrules and other parti[...]#0016
Yin, QChips off the Old Block: Enstatite Chondrites as S[...]#0003
Zimmermann, L.A comprehensive study of noble gases and nitrogen [...]#0001
Zipfel, J.Constraints on chondrule formation from the newly [...]#0024
Zipfel, J.Ni isotope composition of zoned metal grains in CB[...]#0051
et al., The Braunschweig meteorite (fall 2013, L6 chondrit[...]#0028