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I don't see why is good faith edit in which template was widened to 100% to have consistency with parent template (used for elements before 119) regarded as "nonsense" and what is exactly meant by statement that my "es" (I guess this stands for edit summary) is "I do not understand".
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As which table is the most likely to fit period 8/9 elements is still controversial, would it be possible instead to show the several proposed models (Pyykkö, Fricke, etc.) as collapsible sections inside the template?
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periodic tables, where the systematic names become a real problem. See the Pyykkö paper for an example. Symbols are given only for the elements that have non-systematic names: the systematic symbols aren't even given.
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Check again. The g-block for period 8 should be 18 elements long, not 20 as this illustration shows. Elements 139 and 140 belong in group 13 and 14, respectively, followed by elements 169-172. Compare this to
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The categories in metal-nonmetal trend (like 'transition metal') is established in the elements article (linked). These changes here are not sourced or discussed in that article.
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The s-block has 2 elements; p-block 6; d-block 10; f-block 14. The g-block should have 18 elements, but it actually has 20 according to this template. Why does it have 20??
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and to the original source DOI: 10.1039/C0CP01575J. Blocks increase by double an odd number, thus s = 2*1 = 2, p = 2*3 = 6, d = 2*5 = 10, f = 2*7 = 14, g = 2*9 = 18.
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It could be a magic number (perhaps 164 instead though). Fricke gives it as his last prediction in his paper, so we're just following him all the way. :-)
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Their chemical properties and characteristics have not been researched yet, so any claim in this is theoretical only (extrapolation, calculation etc.). -
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declared, that element 164 will be possibly noble gas (even though it should be located under Hg or Pt). Shouldn't be colored in light cyan tone? --
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I have never, once in my life, seen a periodic table that does not use the symbols based on the systemic names, but uses numbers instead.
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Not to oppose it, but could you, Double sharp, point to some reasons for changing this into a Pykko one? Just to improve my knowledge. -
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773:. Comment was "rv. Nonsense. Your es is I do not understand (well, I se you mix up issues). Why not talk Proposals & Ideas?".
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In a 1974 paper by Fricke he writes "the chemical behavior is expected not to be too different from that of the other
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have allocated this element in the periodic table." And even in the paper you quote they call 164 a good noble
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The ordering is according to Fricke. That is, the atomic number is not increasing regulatly over the periods.
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elements...it would be chemically quite active. ... comparison with Hg agrees well with the position that
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on
Knowledge (XXG). If you would like to participate, please visit the project page, where you can join
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on
Knowledge (XXG). If you would like to participate, please visit the project page, where you can join
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437:(all together; the last adds to the g-block making 18+2=20). The 9th period then begins: 9s, 9p
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Because due to relativistic effects the 8th period fills up oddly: 8s, 5g + 6f + 7d + 8p
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There are various interpretations of this. We selected the one predicted by Fricke
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The background colors now are changed, different from all bg colors as defined in
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It's more correct scientifically, and is the one scientists actually use. See
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on
Knowledge (XXG). Please participate by editing this template, or visit the
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Is there any reason why atomic numbers 109-111 are in the light pink for
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Atomic number is not limited. For example, see the post above here.
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742:: so I think the transition metal colour is fine as it is.
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Any evidence supporting the possibility of element 184??
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So here is proposal (even if there was no proposal for
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Follow
Template:Periodic table (32 columns, compact)
254:, a collaborative effort to improve the coverage of
82:, a collaborative effort to improve the coverage of
807:The colors of the s and g-blocks are too similar.
895:Template-Class physics articles of NA-importance
32:does not require a rating on Knowledge (XXG)'s
647:Revert, to Fricke and other sourced properties
396:(and realy I should write Pyykkö correctly). -
771:Template:Periodic table (32 columns, compact)
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769:after I made template be of same style as
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870:Template-Class chemical elements articles
875:NA-importance chemical elements articles
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248:This template is within the scope of
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606:The limit of atomic number is 173.
466:http://en.wikipedia.org/Pekka_Pyykkö
184:Knowledge (XXG):WikiProject Elements
703:Fricke, Greiner and Waber in their
268:Knowledge (XXG):WikiProject Physics
38:It is of interest to the following
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855:Template-Class Chemistry articles
860:NA-importance Chemistry articles
822:Show several collapsible tables?
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160:This template is supported by
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880:WikiProject Elements articles
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502:link: periodic table on p.474
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262:and see a list of open tasks.
187:Template:WikiProject Elements
90:and see a list of open tasks.
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271:Template:WikiProject Physics
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809:Georgia guy
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699:Element 164
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420:Georgia guy
394:pt:Obrigado
326:mrericsully
849:Categories
790:5.43.78.13
672:Neutronium
657:. I note:
356:Into Pykkö
170:and their
500:in 1971 (
322:predicted
93:Chemistry
84:chemistry
59:Chemistry
610:unsigned
548:extended
487:contribs
181:Elements
172:isotopes
127:Elements
30:template
732:Greiner
709:Dvorapa
676:element
265:Physics
256:Physics
215:Physics
767:revert
728:Fricke
685:DePiep
498:et al.
398:DePiep
362:DePiep
340:DePiep
307:DePiep
36:scale.
788:). --
740:metal
736:Weber
28:This
836:talk
813:talk
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765:did
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734:and
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705:work
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508:.)
443:3/2
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851::
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