[meteorite-list] AD - 39 meteorite publications from 1896 to 2003

From: Matthias Bärmann <majbaermann_at_meteoritecentral.com>
Date: Sun, 4 Jul 2010 12:01:37 +0200
Message-ID: <D4D825CDD5C54F7696A147F93779D7D8_at_thinkcentre>

Very moving dedication to your grandfather, Arnaud.

It was Goethe who stated (in 'Wahlverwandtschaften') that in the chain of
generations impulses often overleap the following generation and have effect
on the after
next. With other words: we receive our attractions and repulsions from our
grandparents and forward them to our grandchildren - in many cases at least.

Best regards,

Matthias


----- Original Message -----
From: "The Tricottet Collection" <tricottetcoll at live.com>
To: "MeteoriteList" <meteorite-list at meteoritecentral.com>
Sent: Sunday, July 04, 2010 11:34 AM
Subject: [meteorite-list] AD - 39 meteorite publications from 1896 to 2003



Dear list members,

I reorganized the Tricottet Collection Library and I have 39 publications
available. I will consider any offer for the complete lot only, trades
possibles.
See below for the list

Thanks
ArnaudM

The Tricottet Collection of Natural History Specimens
(Minerals, Fossils & Meteorites)
www.thetricottetcollection.com
Facebook: The Tricottet Collection
Twitter: TricottetColl





[1] Adams, L.
H. and H. S. Washington (1924), The Distribution of Iron in Meteorites and
in
the Earth, J. Washington Acad. Sci., vol. 14, no. 14

[2] Antarctic
Meteorite Working Group (1981), Antarctic meteorites. An international
resource
for scientific research, Lunar & Planetary Institute, 9 pp.

[3] Banerjee,
S. K. and R. B. Hargraves (1972), Natural remanent magnetizations of
carbonaceous chondrites and the magnetic field in the early solar system,
Earth
Planet. Sci. Lett., 17, pp. 110-119

[4] Barringer,
D. M. (1958), Four Years of Meteoritics, Contributions of the Meteoritical
Society, vol. 6, no. 3 (in old envelope with Oliver 1958)

[5] Beck, C.
W. and L. LaPaz (1949), The Weatherford, Oklahoma, Meteorite, Contrib.
Meteoritical Soc., Popular Astronomy, vol. 57, no. 9, pp. 450-454

[6] Beck, C.
W. (1951), Observations on the Toluca, Mexico, Meteoritic Iron, Contrib.
Meteoritical Soc., Popular Astronomy, vol. 59, no. 1, pp. 24-28

[7] Bitot,
A., dir. (1955), M?t?orites, Com?tes et Ast?ro?des, Biblioth?que de Travail,
L'Imprimerie ? l'Ecole Cannes, 24 pp.

[8] Briley,
D. J. and C. B. Moore (1976), A Checklist of Published References to
Barringer
Meteorite Crater, Arizona, 1891-1970, Center for Meteorite Studies, Arizona
State
University, octavo, pp. iv., 71 pp.

[9] Campbell
Smith, W. (1932), A new meteoric stone from Suwahib, Arabia, Mineralogical
Magazine, 23, no. 136, pp. 43-50

[10] Clarke,
R. S. Jr. and B. Mason (1982), A new metal-rich mesosiderite from
Antarctica,
RKPA79015, Mem. Nat. Instit. Polar Res., Special Issue no. 25, Proc. 7th
Symposium on Antarctic Meteorites, pp. 78-85

[11] Davis, G. L. (1950), Radium content of ultramafic igneous rocks:
III. Meteorites, Am. J. Sci., 248, pp. 107-111

[12] De Laeter, J. R. and D. J. Hosie (1978), The abundance of barium
in stony meteorites, Earth Planet. Sci. Lett., 38, pp. 416-420

[13] Edwards,
G. (1955), Isotopic composition of meteoritic hydrogen, Nature, 176, 7 pp.

[14] Fletcher,
L. (1908), On the possible existence of a nickel-iron constituent (Fe5Ni3)
in
both the meteoric iron of Youndegin and the meteoric stone of Zomba,
Mineralogical Magazine, 15, no. 69, pp. 147-152

[15] Foster,
G. E. (1957), The Barringer (Arizona) Meteorite Crater, 30 pp.

[16] Friedman,
I. (1958), The water, deuterium, gas and uranium content of tektites,
Geochimica Cosmochimica Acta, 14, no. 4, pp. 316-322

[17] Fuchs,
L. H. and E. Olsen (1973), Composition of metal in type III carbonaceous
chondrites and its relevance to the source-assignment of lunar metal, Earth
Planet. Sci Lett., 18, pp. 379-384

[18] Hartley,
W. N. (1906), The description and spectrographic analysis of a meteoric
stone,
Transac. Chemical Soc., 89, pp. 1566-1568

[19] Hovey,
E. O. (1896), Catalogue of Meteorites in the Collection of The American
Museum
of Natural History, to July 1, 1896, American Museum of Natural History,
art.
VIII, pp. 149-155

[20] Hovey,
E. O. (1922), Aerolite from Rose City, Michigan, American Museum Novitates,
no.
52, New York, 7 pp.

[21] Ksanda,
C. J. and E. P. Henderson (1939), Identification of diamond in the Canyon
Diablo iron, American Mineralogist, 24, pp. 677-680

[22] LaPaz,
L. (1956), A Preliminary Report on the Dumas, Moore County, Texas, Aerolite
| A
Recent Macro-spicular Recovery From the Glorieta, New Mexico, Fall,
Meteoritics,
vol. 1, no. 4

[23] Mason,
B. and A. D. Maynes (1967), The Composition of the Allegan, Bur-Gueluai, and
Cynthiana Meteorites, Proc. U.S. National Museum, vol. 124, no.
3624

[24] Mason,
B. et al. (1971), Transition Element Distribution in Stony Meteorites and in
Terrestrial and Lunar Rocks, Chemie der Erde, Band 30, Heft 1/4

[25] Merrill,
G. P. (1921), On the Mineral Composition and Structure of the Troup
Meteorite, Proc. U.S.
National Museum, vol. 59, no. 2384, pp. 477-478, 1 pl.

[26] Merrill.,
G. P. (1926), The present condition of knowledge on the composition of
meteorites, Proc. Am. Phil. Soc., vol. 65, no. 2, pp. 119-130

[27] Merrill,
G. P. (1928), Concerning the origin of the metal in meteorites, Proc. U. S.
Nat. Museum, 73, art. 21, pp. 1-7

[28] Merrill,
G. P. (1929), A newly found meteoric stone reported by W. B. Lang from Peck?s
Spring Midland County, Texas, Proc. U. S. Nat. Museum, 75, art. 16, pp. 1-2

[29] Moore,
C. B. and P. P. Sipiera (1975), Identification of Meteorites, Center for
Meteorite Studies, Arizona State Univ., Tempe, 16 pp.

[30] Moore,
C. B. and P. P. Sipiera (1979), Identificacion de Meteoritos, Center for
Meteorite Studies, Arizona State Univ., Tempe, 16 pp.

[31] Nichiporuk,
W. and C. B. Moore (1974), Lithium, sodium and potassium abundances in
carbonaceous chondrites, Geochimica Cosmochimica Acta, 38, pp. 1691-1701

[32] Olivier,
C. P. (1958), Meteor Reports, American Meteor Society (in old envelope with
Barringer 1958)

[33] Olsen,
E., L. H. Fuchs and W. C. Forbes (1973), Chromium and phosphorus enrichment
in
the metal of Type II (C2) carbonaceous chondrites, Geochimica Cosmochimica
Acta, 37, pp. 2037-2042

[34] Plows, F. L., J. E.
Elsila, R. N. Zare and P. R. Buseck (2003), Evidence that polycyclic
aromatic hydrocarbons in two carbonaceous chondrites predate parent-body
formation, Geochimica Cosmochimica Acta, 67, pp. 1429-1436

[35] Prior,
G. T. (1918), (1) On the mesosiderite-grahamite group of Meteorites: with
analysis of Vaca Muerta, Hainholz, Simondium, and Powder Mill Creek, (2) On
the
chemical composition of the Meteorites Amana (=Homestead) and Eagle Station,
Mineralogical Magazine, 18, no. 85, pp. 151-179

[36] Shannon,
E. V. (1927), The oxidation of meteoric irons with comparative descriptions
of
two new examples of magnetic iron oxides from terrestrial sources, Proc. U.
S.
Nat. Museum, 72, art. 21, pp. 1-15

[37] Tassin,
W. (1908), On Meteoric Chromites, from: Proc. U.S. National Museum, vol. 34,
no.
1628, pp. 685-690

[38] No Name (1993), Have you seen a meteorite?, Arizona
State University

[39] No Name (2009), On a retrouv? les parents du Syst?me
solaire , in: Ciel & Espace, no. 473, pp. 36-47




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Received on Sun 04 Jul 2010 06:01:37 AM PDT