The 410,000 year terrestrial age of eucrite Rio Cuarto 001

40Ar-39Ar ages of Antarctic meteorites: Y-74191, Y-75258, Y-7308, Y-74450 and ALH-765

Ichiro Kaneoka

December 1981

The ^(Ar)-^(Ar) ages have been determined for two chondrites (Y-74191,Y-75258), one howardite (Y-730...

The constancy of galactic cosmic rays as recorded by cosmogenic nuclides in iron meteorites

Smith, Thomas
Cook, David L.
Merchel, Silke
Pavetich, Stefan
Rugel, Georg
Scharf, Andreas
Leya, Ingo

December 2019

We measured the He, Ne, and Ar isotopic concentrations and the 10Be, 26Al, 36Cl, and 41Ca concentrat...

Exposure age, terrestrial age and pre-atmospheric radius of the Chinguetti mesosiderite: Not part of a much larger mass

Welten, K.C.
Bland, P.A.
Russell, S.S.
Grady, M.M.
Caffee, M.W.
Masarik, J.
Jull, A.J.T.
Weber, H.W.
Schultz, L.

January 2001

We measured the concentrations of the cosmogenic radionuclides 14C (half-life = 5.73 × 103 years) in...

The 410,000 year terrestrial age of eucrite Rio Cuarto 001

Levine, Jonathan
Arazi, Andrés
Faestermann, Thomas
Fernández Niello, Jorge O.
Korschinek, Gunther
La Gamma, Ana María
Negri, Agustín
Rugel, Georg
Steier, Peter
Wallner, Anton

January 2008

We have measured a surprisingly long terrestrial age of 410,000 +20,000/-45,000 years (410 +20/-45 k...

PPI S0016-7037(96) 00331-6 LETTER Age of the eucrite "Caldera " from convergence of long-lived and short-lived chronometers

Meenakshi Wadhwa
Gonter W. Lugmair

January 1996

Abstract--The long-lived 1475m-143Nd chronometer has been used in conjunction with the short-lived 1...

The orbit and exposure history of the Piplia Kalan eucrite

Bhandari, N.
Murty, S. V. S.
Suthar, K. M.
Shukla, A. D.
Ballabh, G. M.
Sisodia, M. S.
Vaya, V. K.

May 1998

Cosmogenic radionuclides, particle tracks and rare gases have been measured in two fragments of the ...

Terrestrial ages of meteorites from the Nullarbor region, Australia, based on 14C and 14C-10Be measurements

Jull, A. J. T.
McHargue, L. R.
Bland, P. A.
Greenwood, R. C.
Bevan, A. W. R.
Kim, K. J.
LaMotta, S. E.
Johnson, J. A.

August 2010

We have investigated the terrestrial ages, or residence times, of 78 meteorites (representing 73 dis...

The meteorite flux of the past 2 m.y. Recorded in the Atacama Desert

Drouard, Alexis
Gattacceca, Jérôme
Hutzler, Aurore
Rochette, Pierre
Braucher, Régis
Bourlès, Didier Louis D.
Gounelle, Matthieu
Morbidelli, Alessandro
Debaille, Vinciane
Van Ginneken, Matthias
Valenzuela, Millarca
Quesnel, Yoann
Martinez, Rodrigo
Aumaître, Georges
Keddadouche, Karim

February 2019

The evolution of the meteorite flux to Earth can be studied by determining the terrestrial ages of m...

39Ar-40Ar ages of eucrites and thermal history of asteroid 4 Vesta

Bogard, D. D.
Garrison, D. H.

January 2003

Eucrite meteorites are igneous rocks that derived from a large asteroid, probably 4 Vesta. Past stud...

40Ar-39Ar Age Studies of Four Yamato-74 Meteorites

Ichiro Kaneoka
Minoru Ozima
Masahisa Yanagisawa

March 1979

^(Ar)-^(Ar) ages have been obtained for four Yamato-74 meteorites (Yamato-74640,-74190,-74159 and -7...

Terrestrial 81Kr-ages of four Yamato meteorites

Ludolf Schultz

July 1986

The terrestrial ages of four Yamato achondrites have been determined from ^Kr-Kr-exposure ages and c...

Ancient relative and absolute ages for a basaltic meteorite: Implications for timescales of planetesimal accretion and differentiation

Wadwa, M
Amelin, Yuri
Bogdanovski, O
Shukolyukov, A
Lugmair, G W
Janney, P

February 2016

Asuka 881394 is a unique basaltic meteorite that originated in the crust of a differentiated planete...

Terrestrial ages of meteorites from the Nullarbor region, Australia, based on 14C and 14C–10Be measurements

Jull, A.J.
McHargue, L.
Bland, Phil
Greenwood, R.
Bevan, A.
Kim, K.
LaMotta, S.
Johnson, J.

January 2010

We have investigated the terrestrial ages, or residence times, of 78 meteorites (representing 73 dis...

The meteorite flux of the past 2 m.y. recorded in the atacama desert

Drouard, A.
Gattacceca, J.
Hutzler, A.
Rochette, P.
Braucher, R.
Bourles, D.
Gounelle, M.
Morbidelli, A.
Debaille, V
van Ginneken, M.
Valenzuela, M.
Quesnel, Y.
Martinez, R.
Aster, Team

January 2019

International audienceThe evolution of the meteorite flux to Earth can be studied by determining the...

Age of Meteorites by the A40 — K40 Method

Wasserburg, G. J.
Hayden, R. J.

January 1955

The ages of two stony meteorites were determined by measuring the A40/K40 ratio using an isotopic di...

40Ar-39Ar ages of Antarctic meteorites: Y-74191, Y-75258, Y-7308, Y-74450 and ALH-765

Ichiro Kaneoka

December 1981

The ^(Ar)-^(Ar) ages have been determined for two chondrites (Y-74191,Y-75258), one howardite (Y-730...

The constancy of galactic cosmic rays as recorded by cosmogenic nuclides in iron meteorites

Smith, Thomas
Cook, David L.
Merchel, Silke
Pavetich, Stefan
Rugel, Georg
Scharf, Andreas
Leya, Ingo

December 2019

We measured the He, Ne, and Ar isotopic concentrations and the 10Be, 26Al, 36Cl, and 41Ca concentrat...

Exposure age, terrestrial age and pre-atmospheric radius of the Chinguetti mesosiderite: Not part of a much larger mass

Welten, K.C.
Bland, P.A.
Russell, S.S.
Grady, M.M.
Caffee, M.W.
Masarik, J.
Jull, A.J.T.
Weber, H.W.
Schultz, L.

January 2001

We measured the concentrations of the cosmogenic radionuclides 14C (half-life = 5.73 × 103 years) in...

The 410,000 year terrestrial age of eucrite Rio Cuarto 001

Levine, Jonathan
Arazi, Andrés
Faestermann, Thomas
Fernández Niello, Jorge O.
Korschinek, Gunther
La Gamma, Ana María
Negri, Agustín
Rugel, Georg
Steier, Peter
Wallner, Anton

January 2008

We have measured a surprisingly long terrestrial age of 410,000 +20,000/-45,000 years (410 +20/-45 k...

PPI S0016-7037(96) 00331-6 LETTER Age of the eucrite "Caldera " from convergence of long-lived and short-lived chronometers

Meenakshi Wadhwa
Gonter W. Lugmair

January 1996

Abstract--The long-lived 1475m-143Nd chronometer has been used in conjunction with the short-lived 1...

The orbit and exposure history of the Piplia Kalan eucrite

Bhandari, N.
Murty, S. V. S.
Suthar, K. M.
Shukla, A. D.
Ballabh, G. M.
Sisodia, M. S.
Vaya, V. K.

May 1998

Cosmogenic radionuclides, particle tracks and rare gases have been measured in two fragments of the ...

Terrestrial ages of meteorites from the Nullarbor region, Australia, based on 14C and 14C-10Be measurements

Jull, A. J. T.
McHargue, L. R.
Bland, P. A.
Greenwood, R. C.
Bevan, A. W. R.
Kim, K. J.
LaMotta, S. E.
Johnson, J. A.

August 2010

We have investigated the terrestrial ages, or residence times, of 78 meteorites (representing 73 dis...

The meteorite flux of the past 2 m.y. Recorded in the Atacama Desert

Drouard, Alexis
Gattacceca, Jérôme
Hutzler, Aurore
Rochette, Pierre
Braucher, Régis
Bourlès, Didier Louis D.
Gounelle, Matthieu
Morbidelli, Alessandro
Debaille, Vinciane
Van Ginneken, Matthias
Valenzuela, Millarca
Quesnel, Yoann
Martinez, Rodrigo
Aumaître, Georges
Keddadouche, Karim

February 2019

The evolution of the meteorite flux to Earth can be studied by determining the terrestrial ages of m...

39Ar-40Ar ages of eucrites and thermal history of asteroid 4 Vesta

Bogard, D. D.
Garrison, D. H.

January 2003

Eucrite meteorites are igneous rocks that derived from a large asteroid, probably 4 Vesta. Past stud...

40Ar-39Ar Age Studies of Four Yamato-74 Meteorites

Ichiro Kaneoka
Minoru Ozima
Masahisa Yanagisawa

March 1979

^(Ar)-^(Ar) ages have been obtained for four Yamato-74 meteorites (Yamato-74640,-74190,-74159 and -7...

Terrestrial 81Kr-ages of four Yamato meteorites

Ludolf Schultz

July 1986

The terrestrial ages of four Yamato achondrites have been determined from ^Kr-Kr-exposure ages and c...

Ancient relative and absolute ages for a basaltic meteorite: Implications for timescales of planetesimal accretion and differentiation

Wadwa, M
Amelin, Yuri
Bogdanovski, O
Shukolyukov, A
Lugmair, G W
Janney, P

February 2016

Asuka 881394 is a unique basaltic meteorite that originated in the crust of a differentiated planete...

Terrestrial ages of meteorites from the Nullarbor region, Australia, based on 14C and 14C–10Be measurements

Jull, A.J.
McHargue, L.
Bland, Phil
Greenwood, R.
Bevan, A.
Kim, K.
LaMotta, S.
Johnson, J.

January 2010

We have investigated the terrestrial ages, or residence times, of 78 meteorites (representing 73 dis...

The meteorite flux of the past 2 m.y. recorded in the atacama desert

Drouard, A.
Gattacceca, J.
Hutzler, A.
Rochette, P.
Braucher, R.
Bourles, D.
Gounelle, M.
Morbidelli, A.
Debaille, V
van Ginneken, M.
Valenzuela, M.
Quesnel, Y.
Martinez, R.
Aster, Team

January 2019

International audienceThe evolution of the meteorite flux to Earth can be studied by determining the...

Age of Meteorites by the A40 — K40 Method

Wasserburg, G. J.
Hayden, R. J.

January 1955

The ages of two stony meteorites were determined by measuring the A40/K40 ratio using an isotopic di...

40Ar-39Ar ages of Antarctic meteorites: Y-74191, Y-75258, Y-7308, Y-74450 and ALH-765

Ichiro Kaneoka

December 1981

The ^(Ar)-^(Ar) ages have been determined for two chondrites (Y-74191,Y-75258), one howardite (Y-730...

The constancy of galactic cosmic rays as recorded by cosmogenic nuclides in iron meteorites

Smith, Thomas
Cook, David L.
Merchel, Silke
Pavetich, Stefan
Rugel, Georg
Scharf, Andreas
Leya, Ingo

December 2019

We measured the He, Ne, and Ar isotopic concentrations and the 10Be, 26Al, 36Cl, and 41Ca concentrat...

Exposure age, terrestrial age and pre-atmospheric radius of the Chinguetti mesosiderite: Not part of a much larger mass

Welten, K.C.
Bland, P.A.
Russell, S.S.
Grady, M.M.
Caffee, M.W.
Masarik, J.
Jull, A.J.T.
Weber, H.W.
Schultz, L.

January 2001

We measured the concentrations of the cosmogenic radionuclides 14C (half-life = 5.73 × 103 years) in...

The 410,000 year terrestrial age of eucrite Rio Cuarto 001

Abstract

Extracted data

The 410,000 year terrestrial age of eucrite Rio Cuarto 001

Abstract

Extracted data

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