radiogenic


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Related to radiogenic: radiogenic strontium

ra·di·o·ge·nic

 (rā′dē-ō-jĕn′ĭk)
adj.
Relating to or caused by radioactivity.
American Heritage® Dictionary of the English Language, Fifth Edition. Copyright © 2016 by Houghton Mifflin Harcourt Publishing Company. Published by Houghton Mifflin Harcourt Publishing Company. All rights reserved.

radiogenic

(ˌreɪdɪəʊˈdʒɛnɪk)
adj
(Nuclear Physics) produced or caused by radioactive decay: a radiogenic element; radiogenic heat.
Collins English Dictionary – Complete and Unabridged, 12th Edition 2014 © HarperCollins Publishers 1991, 1994, 1998, 2000, 2003, 2006, 2007, 2009, 2011, 2014

ra•di•o•gen•ic

(ˌreɪ di oʊˈdʒɛn ɪk)

adj.
produced by radioactive decay: radiogenic lead; radiogenic heat.
[1925–30]
Random House Kernerman Webster's College Dictionary, © 2010 K Dictionaries Ltd. Copyright 2005, 1997, 1991 by Random House, Inc. All rights reserved.
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References in periodicals archive ?
Its strong radiogenic lead enrichment suggests a source that is enriched in U relative to Pb (Chauvel et al.
Very little radiogenic daughter [sup.40]Ar is incorporated into most minerals when they crystallize because argon is an inert gas that is typically excluded from their crystal structures.
In addition, there is a problem of logical inconsistency if the government continues to assert that CLL is nonradiogenic whereas SLL is radiogenic. Contemporary classification schemes hold that B-cell CLL and SLL are analogous diseases and should be considered as a single disease entity.
As for basement rocks, previous studies [18] confirm that these granites commonly contain relatively higher radioactive U, Th, and K contents, giving a weighted mean radiogenic heat production rate of 6.77 [micro]W/[m.sup.3], which provides superior conditions for geothermal resources.
(1971); Abbreviations: Z--zircon euh-- euhedral; subh--subhedral; eq--equant; pr--prism; clr--colourless; lbr--light brown; mf-muItifaceted; incl--inclusions; 2:1, 3:l, etc.-- length:breadth ratio; Number in brackets indicates number of grains analysed; Th/U//based on radiogenic [sup.208]Pb/[sup.206]Pb ratio and [sup.207]pb/[sup.206]Pb age; Conamon Pb//total common Pb, blank isotopic composition: [sup.206]Pb/[sup.204]Pb = 18.221, [sup.207]Pb/ [sup.204]Pb = [sup.207]Pb/[sup.204Pb = 15.612, [sup.208]Pb/ [sup.204]Pb = 39.36; discord//percent discordance for the given [sup.207]Pb/[sup.206] Pb age.
There are chapters on biostratigraphy 3), orbital parameters and cycle stratigraphy 4), geomagnetic polarity 5), radiogenic isotopes 6), strontium isotopes 7), and geomathematics 8).
As shown in Table 13, these data indicate a considerable reduction in sensitivity for radiogenic cancer induction with advancing age.
Meanwhile, the contribution of regional sedimentary rocks is conjectured by the Zn-Pb-S isotopes: (1) the Zn isotopic variation range of sulfides (-0.25 [per thousand]~0.03 [per thousand]) is larger than basement rocks (0.05 [per thousand]~0.21 [per thousand]); (2) the radiogenic Pb isotopic compositions of sulfides (e.g., [sup.2]06Pb/[sup.204]Pb = 18.727~19.896) is higher than regional igneous rocks ([sup.206]Pb/[sup.204]Pb = 18.4~19.2); (3) the [delta][sup.34] S values of sulfides (6 [per thousand]~12 [per thousand]) are lighter than regional sedimentary wall rocks (10.94 [per thousand]~11.49 [per thousand]) but higher than mantle value (0 [+ or -] 2 [per thousand]).