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Talk:Isotopically pure diamond

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assume that the manner in which the 14C ends up as a component is irrelevant to its factual existence as an isotope in diamonds. So I'm wondering if that isotope should be recognized and listed. Otherwise it seems readers will end up with a false impression about the actual composition of natural diamonds. Any thoughts? --
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Shouldn't 14C be added to this: "Compared to natural diamonds that are composed of a mixture of 12C and 13C isotopes..." so that it would read: "Compared to natural diamonds that are composed of a mixture of 12C, 13C, and 14C isotopes..." Natural diamonds have carbon-14, perhaps by neutron capture. I
621: 423: 442: 356: 760: 755: 413: 596: 745: 765: 389: 780: 592: 577: 328: 750: 380: 351: 223: 124: 730: 715: 213: 114: 664:). Neutron bombardment of diamonds would not increase the C contained in them because diamonds are composed of pure carbon and contain no nitrogen. 775: 740: 318: 573: 511: 720: 90: 271: 294: 770: 725: 710: 502: 466: 189: 178: 171: 147: 81: 58: 735: 285: 246: 33: 684: 569: 617: 660:(5,730 years), the amount of C in natural diamonds is effectively zero. C is produced by neutron capture by N (see 581: 39: 510:
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says its a ballistic conductor (but the source isn't clear) - Do any of the source here confirm ? -
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1 billion years) and given the relatively short half life of
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