[meteorite-list] RSVP re analytical services costs
From: GT40dawg_at_aol.com <GT40dawg_at_meteoritecentral.com>
Date: Thu Apr 22 10:20:59 2004 Message-ID: <10c.269bbc87.2c39a269_at_aol.com> --part1_10c.269bbc87.2c39a269_boundary Content-Type: text/plain; charset="US-ASCII" Content-Transfer-Encoding: 7bit To all: I have certainly inadvertantly started a debate which has many questions! I am currently in the process of contacting the Met Society to see if my nomenclature works. If the mere presence of bronzite pyroxene equates to an H-type, and hypersthene pyroxene equates to an L-type, then yes, I can certainly differentiate between the two using electron microprobe. Classifying metamorphic grade, however, cannot be solved using this method. Even if you have a meteorite that is well classified, I can provide analyses of individual mineral phases for purely academic reasons (i.e. you want to publish on the meteorite, and want specific analyses of other phases such as olivine, oxides, feldspars, carbonates, phosphates, etc...) I will post again as soon as I receive some input from the Met Soc. Thanks to all whom have responded. Randy in N.O. --part1_10c.269bbc87.2c39a269_boundary Content-Type: text/html; charset="US-ASCII" Content-Transfer-Encoding: quoted-printable <HTML><FONT FACE=3Darial,helvetica><FONT SIZE=3D2 FAMILY=3D"SANSSERIF" FACE= =3D"Arial" LANG=3D"0">To all:<BR> <BR> I have certainly inadvertantly started=20= a debate which has many questions! I am currently in the process= of contacting the Met Society to see if my nomenclature works.<BR> If the mere presence of bronzite pyroxe= ne equates to an H-type, and hypersthene pyroxene equates to an L-type, then= yes, I can certainly differentiate between the two using electron microprob= e. Classifying metamorphic grade, however, cannot be solved using this= method.<BR> <BR> Even if you have a meteorite that is we= ll classified, I can provide analyses of individual mineral phases for purel= y academic reasons (i.e. you want to publish on the meteorite, and want spec= ific analyses of other phases such as olivine, oxides, feldspars, carbonates= , phosphates, etc...)<BR> <BR> I will post again as soon as I receive=20= some input from the Met Soc. Thanks to all whom have responded.<BR> <BR> <BR> Randy in N.O.<BR> <BR> <BR> </FONT></HTML> --part1_10c.269bbc87.2c39a269_boundary-- Received on Sun 06 Jul 2003 12:03:53 PM PDT |
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