1050:
remained somewhat ambiguous. Energy decomposition analysis suggests a strong ionic interaction between the cerium centre and each cyclooctatetraene ring, and X-ray absorption spectroscopy indicates that cerocene has a ground state that is strongly multiconfigurational — so much so that the compound is now described as 'intermediate valent'. It is trapped between configurations of Ce(III) and Ce(IV) character that are quantum-mechanically admixed and comprise a strongly stabilized open-shell singlet ground state. ... The simultaneous local/non-local character of the 4f-electron in cerocene is reminiscent of f-element superconductors' behaviour, and investigations on cerium compounds can provide insight on how local behaviour gives rise to exotic materials properties.
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or maybe cerium alone isn't attractive enough and they extract the whole palette of rare earths, as it appears to be the case...?), how much of that do we mine and where are the principal areas where cerium minerals get extracted, and, if in a different place, purified? Also, it would be good if we knew more or less the breakdown of where cerium goes (how much goes to steel, how much to catalytic converters etc.)
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1904:(the latter is the closest we have to cerium), and I know we are at the GA not FA stage, but we should strive for FA at the end of the day, right? I won't be an asshole if you just write one or two sentences instead of whole paragraphs (that's GA, after all), but I will definitely be happy with comprehensive descriptions.
2262:
pending improvements to the article. Because you are busy with other reviews, don't rush here yet, I'd just ask you to go through the review in a reasonable time, when you are done with your other duties. I have proposed some articles and books that may further enhance the article, and it would be a
1126:
But if you take an even closer look at Ceria it becomes more confusing. At first sight it looks like a no-brainer. Cerium looses 4 electrons handing them over to the surrounding oxygen leaving aside defects, this means it has a 4+ oxidation state. But on very close inspection with x-ray spectroscopy
1924:
Because unlike gold, it's a metal which doesn't really exist alone in the earth's crust: how does it get mined, which minerals generally get mined in the world if a company wants to profit from cerium extraction (or maybe it's only separated from remnants of other minerals, is retrieved from waste,
1527:
No questions wrt spelling and grammar, but the text needs to be a bit less technical as we are writing for the general audience. For example, there are a lot of unfamiliar signs on the phase diagram (cF4, cI2, oC4 etc.) which need explanation (just like the α prime and α bis forms of cerium at high
1959:
There has been a lot of literature published on rare earths lately and probably on cerium specifically, at least as it appears from the internet query into pdfs of books I made yesterday. I can help you with finding sources and also will suggest a couple to include a bit later, both from these and
1735:
For infobox cerium, if possible, I would format the first two refs (atomic weight and ionisation energies) to be consistent with the rest of the article; also, it is strange that you are using two different editions of CRC Handbook of
Chemistry and Physics, one of which is patently out-of-date and
1049:
Another fun aspect of element 58 engendered by its redox activity is the somewhat unconventional and controversial electronic structures of its compounds, such as cerocene (Ce(C8H8)2), an 8-fold symmetric, eclipsed sandwich complex. The most accurate picture of the valence at its cerium cation has
1891:
Well, this is something I have most questions about. There are some elements (like history) which are reasonably broadly covered (probably even to the degree of it being comprehensive), but some stuff IMHO is lacking. I compared to what is supposed to be the gold standard of our articles, namely
1770:
NUBASE2016 can be easily updated to NUBASE2020, as is already the case in the infobox. Refs 13, 45, 48, 60 and 65 need more data to be filled in. Ref 52 would benefit from pointing the page where the info is located and you should probably merge it with ref 57; Ref 53 needs additional data (ISBN
1342:
The article appears to omit the widespread use of cerium oxide as a polishing agent for the manufacture of accurate lenses and mirrors. A suspension of cerium oxide particles is used instead of much harder silicon carbide or even harder diamond grains on the surface of a tool made with polishing
1131:
I admit I haven't really kept a close eye on this article since I pushed it to GA in 2016; if you feel it should be sent to GAR, please feel free to do so. :) I see that most of the cn tags are for stuff about applications and biology; unfortunately the sources I have access to at the moment are
3114:
Apart from the unstable Pm (half-life 2.623 y) of which traces occur in uranium ores, the lanthanides are actually not rare. Cerium (66 ppm in the earth's crust) is the twenty-sixth most abundant of all elements, being half as abundant as Cl and 5 times as abundant as Pb. Even Tm (O.5 ppm), the
1778:
and find the relevant information supporting the sentence about cerianite. Still, I don't see the point of retaining it because there are already so many refs there. You can probably find some better ones as well if you want. I don't get why the article "Rare Earth
Elements Recovery from Waste
2263:
big bonus if you incorporated the material I compiled. Some of these articles may improve other rare earth metal entries, so you may want to use them there as well. Obviously, if you want to make your own research and find a couple of scholarly works I didn't mention, go ahead and do so.
1034:
Ceria is also very hard which has made it a useful roche or polish for lens. If you happen to want to grind or polish your own telescope, then cerium dioxide is probably what you will use. But what makes the oxide really interesting is it misbehaves. Although the formula may appear to be
1740:) or you can grab a newer one at a good scientific library, particularly since you declare to be living in the UK. If you need to cite the data, I think it would be better to do so to as newer the compilations of data as possible. I can help you out with the access if you need it.
1929:
we have a historical desription of how cerium got discovered and the principal minerals from which we extract cerium, but nothing more. We don't need to be too detailed, because some of the info is already available in the mineral articles, but I think we have to mention
853:
Well, I have corrected it since then (actually it happens already at La, not after La), but the point is correct: up till barium 4f is too high up to participates. At the early lanthanides it contracts and is lowered to the point that allows ready participation.
3089:
The measured abundances of less common elements varies widely with the location tested. Consequently comparisons of "relative abundance" are often meaningless. Nevertheless wikipedia editors like to read the tables of abundance and draw their own conclusions.
940:. Furthermore, each cerium atom in ceria does not lose all four of its valence electrons, but retains a partial hold on the last one, resulting in an oxidation state between +3 and +4. Even supposedly purely tetravalent compounds such as CeRh
928:
wrote "there is no genuine example of cerium(IV)". The reason for this can be seen in the structure of ceria itself, which always contains some octahedral vacancies where oxygen atoms would be expected to go and could be better considered a
891:
I don't personally have any metallic cerium to try, but one or the other of these statements is true, but not both. I would tend to go with the one that has the citation, rather than the one labelled "citation needed".
1594:
Cerium was the first of the lanthanides to be discovered, in Bastnäs, Sweden, by Jöns Jakob
Berzelius and Wilhelm Hisinger in 1803, and independently by Martin Heinrich Klaproth in Germany in the same year.
3191:
395:
1933:
Maybe there's a stock exchange trading cerium, like there is for copper, lead or other metals? If so, how much does it cost per tonne? (A minor question, so I won't be upset if there is nothing you can
1039:, one cerium 2 oxygens in reality the compound always has slightly less than 2 oxygens; the surface is peppered with defects, gaps where an oxygen atom should be and the degree of imperfection varies.
1250:
Krill, G.; Kappler, J. P.; Meyer, A.; Abadli, L.; Ravet, M. F. (1981). "Surface and bulk properties of cerium atoms in several cerium intermetallic compounds: XPS and X-ray absorption measurements".
1343:
pitch, especially in hand polishing, because you want a hardness closer to the softness of the glass surface being polished, to avoid the over-removal of glass from the surface being polished.
1742:
You may also want to consult the newer
Holleman and Wiberg edition (103 ed., 2017), to which you may have access via the Knowledge (XXG) Library (De Gruyter), but this one is only in German.
1983:
The size is OK. There are a couple of topics I think we need to add/expand, but unless you are going to expand the article x3 or so, it should be OK. The article stays focused on the topic.
1807:, except for plot summaries and that which summarizes cited content elsewhere in the article, must be cited no later than the end of the paragraph (or line if the content is not in prose).
1102:
Incidentally, even after solving this issue I see there are other uncited sentences, stubby paragraphs and unsourced paragraphs here. Perhaps this should be sent to a good article review.
3181:
3151:
1804:
1100:, however; as far as I know a non stoichiometric compound is a different thing from "partial hold" and -ocene compounds to my understanding often have charge-valence peculiarities.
1098:
Furthermore, each cerium atom in ceria does not lose all four of its valence electrons, but retains a partial hold on the last one, resulting in an oxidation state between +3 and +4
275:
3196:
1952:
Hazardous/biological role? This section is generally fine, but the sentence about the bacterium needing cerium as a cofactor for its proteins is unnecessarily mentioned twice.
858:
as you progress through the lanthanide series they contract further than that and it becomes harder and harder to use them until ytterbium. At lutetium it becomes impossible.
1521:
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1411:
838:
Isn't this the exact opposite of what you want to say? The lanthanide contraction makes the 4f orbitals less likely to participate in chemical reactions, not more likely,
1944:, but it says little of what is useful in industry. There is some info in the article already, in the section "Applications", but let me know if you find anything more.
3047:- this one has a safety profile and handling instructions on pp. 104-106; there is also a moderately useful image of rare earth metals being used in car manufacturing.
1127:
its clear that the cerium hangs on to at least some of those four electrons and its true oxidation state is in a quantum mechanical limbo some where between 3 and 4.
1949:
Where is it used? You may want to see if there are any more applications than those already mentioned. Niche uses may be easily placed within "other uses" category.
1810:
I noted all places which I believe should be cited with citation needed tags (just a couple of passages). The quality of sources is good, so this is almost a pass.
1401:
2084:
835:"Immediately after lanthanum, the 4f orbitals suddenly contract and are lowered in energy to the point that they participate readily in chemical reactions;"
3176:
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1096:
Thanks for solving this; the problem with using audio sources is that they are harder to use. I am not sure that I would interpret the sources as implying
3166:
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1657:
212:
79:
1055:
In fairness, I cannot find where Kotani originally wrote that. However, I somehow doubt the Royal
Society of Chemistry would've made it completely up.
1955:
How it got discovered? This section is pretty fine as well, but it only stops at the stage of purifying ceria (CeO2), and we also need pure Ce metal.
1649:
1596:- I think it would be better to split the sentence in two - first about the early discovery of cerium; the other about the people who discovered it.
3066:- they have a very good history introduction, otherwise may br worth reading for your other articles. Available through the Knowledge (XXG) Library.
1528:
pressures and relatively low temperatures); in Cerium (IV) complexes, bidentate might need explanation. Make other such changes as you may see fit.
195:
3186:
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1906:
Basically I'd expect as a reader to get the following info from an encyclopedia describing a chemical element: (cf. Britannica entry for cerium)
1937:
What compounds does it create and how does it react? Well, we have just about enough info for that, though adding a sentence or two won't hurt.
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1032:. (That's how you say "Ce(IV)" out loud; presumably whoever wrote the transcript was not aware of this.) For ceria, we have from that source:
94:
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89:
2506:"Exposure, Health and Ecological Effects Review of Engineered Nanoscale Cerium and Cerium Oxide Associated with its Use as a Fuel Additive"
2987:- a whole book dedicated to cerium and cerium oxide, but not available at all on the internet (neither my uni nor Wikimedia give access)
2694:- mostly about rare earths rather than Ce specifically, but you can add a sentence or two about efforts to recycle Ce (or lack thereof)
1653:
2102:
will definitely benefit from converting to svg, if you know how to do just that - it will also be good if you provided info about the
839:
2000:
1489:
1406:
85:
2504:
Cassee, Flemming R.; van Balen, Erna C.; Singh, Charanjeet; Green, David; Muijser, Hans; Weinstein, Jason; Dreher, Kevin (2011-03).
907:
1910:
What is the pure and commercially sold form of element, and why does commercial-grade element differ from purest form, if it does?
1848:
1826:
361:
348:
309:
2651:
Binnemans, Koen; Jones, Peter Tom; Blanpain, Bart; Van Gerven, Tom; Yang, Yongxiang; Walton, Allan; Buchert, Matthias (2013-07).
1917:
How do we prepare the commercial-grade cerium we can buy from merchants (or maybe it's not that important as CeO2, for example)?
1554:
Cerium nitrates also form 4:3 and 1:1 complexes with 18-crown-6 (the ratio referring to that between cerium and the crown ether).
949:
2076:
1671:
In extreme cases, cerium(IV) can form its own minerals separated from the other rare-earth elements, such as cerianite (Ce,Th)O
3171:
3156:
1921:
we have procedures describing how to get to CeO2, so we should make it clear that the pure metal is probably not as important.
284:
2460:
1469:
this nomination. Anyone with significant contributions to this article may restart the review from the place where it ended.
2781:
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1303:
The article has several uncited sentences, stubby paragraphs and unsourced paragraphs and thus doesn't really reflect the
953:
3008:- a couple of chapters in the end dedicated to cerium compounds, e.g. CAN. Available through the Knowledge (XXG) Library.
2088:
1796:
986:, is poised ambiguously between being localized and delocalized and this compound is also considered intermediate-valent.
232:
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874:
How hard is cerium? It cannot simultaneously be soft enough to cut with a knife and have a hardness similar to silver.
820:
46:
1940:
Maybe there are some alloys that it can create and are commercially useful? I saw a lot of technical information in
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Remove ref 50 as it only gets you to the general page of mindat.org. If you want to retain ref 51, change it to
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Indeed the great
Japanese spectroscopist Akio Kotani once wrote that 'there is no genuine example of Cerium 4'
290:
2869:- available via the Knowledge (XXG) library, good example of what the Knowledge (XXG) article could look like
1779:
Fluorescent Lamps: A Review" is in an invisible comment - either cite it somewhere if relevant or remove it.
888:
I know silver cannot be cut with a knife. This statement has a credible citation labelled with the number 5.
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3082:"Thus, despite its position as one of the so-called rare-earth metals, cerium is actually not rare at all."
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84:, but it has been removed from the list. There are suggestions below for improving the article to meet the
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2(correctly named cerianite-(Ce)). - too many refs, too weirdly placed refs... Otherwise seems pretty OK
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I'd do the same for the last source about the intermetallics, but I'd have to quote quite a lot of it.
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any comparison of abundance to the abundance of other elements similar to the one in the article.
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So, I guess it answers the second and third bullet points and indirectly the first (I guess?).
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Zhang, Mengzhen; Zhang, Chao; Zhai, Xinyun; Luo, Feng; Du, Yaping; Yan, Chunhua (2019-11-01).
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1728:. it contains a list of all references (sources of information), presented in accordance with
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1133:
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1076:
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1832:
Once the cn tags are replaced with refs, or the relevant text is removed, it will be a pass.
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2770:
In medical fields, I tried to select review articles, but still pay particular attention to
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spectra more characteristic of intermediate-valence compounds. The 4f electron in cerocene,
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2004:: it represents viewpoints fairly and without editorial bias, giving due weight to each.
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3071:
Source verification: Greenwood and
Earnshaw (1997). Chemistry of the Elements (2nd ed.)
2787:
2730:
2699:
2424:
1025:
1010:
Pinging Double Sharp who added this section a few years ago; perhaps they can clarify.
2698:
Montini, Tiziano; Melchionna, Michele; Monai, Matteo; Fornasiero, Paolo (2016-05-25).
2322:
Sorry about that. I'm too busy in real life. You review was great. (keep this up!) 😅
1183:
3145:
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3075:
Does anyone have access to the
Greenwood and Earnshaw ref? I would like to verify:
1736:
the other probably so. There is easy access on the internet to the 97th ed (2016) (
2668:
2241:. I also don't have much time lately, but you will see my remarks when I'm ready.
2785:
2593:
Feng, Na; Liu, Ying; Dai, Xianglin; Wang, Yingying; Guo, Qiong; Li, Qing (2022).
2521:
2106:
and junctions in the phase diagram, if you can find this info in the literature.
1298:. The edit link for this section can be used to add comments to the reassessment.
2715:
2474:"Synthesis and biomedical applications of Cerium oxide nanoparticles – A Review"
2635:
2489:
2380:
2928:
2754:
2578:
1462:
The nominator has withdrawn from the GA assessment, so I had no choice but to
1132:
mostly on chemistry, so I may not be able to fix them, but I can try looking.
330:
228:
3115:
rarest after Pm, is rather more abundant in the earth's crust than is iodine.
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1941:
989:
924:
Despite the common name of cerium(IV) compounds, the
Japanese spectroscopist
360:
on
Knowledge (XXG). Please participate by editing this article, or visit the
2738:
2095:
199:
2992:
2432:
1976:. it stays focused on the topic without going into unnecessary detail (see
1432:. The edit link for this section can be used to add comments to the review.
1236:
45:) and some terms that are used in it may be different or absent from other
2923:. Vol. 153. Berlin, Heidelberg: Springer Berlin Heidelberg. pp. 101–111.
2620:"A literature review of cerium recovery from different aqueous solutions"
2026:: it does not change significantly from day to day because of an ongoing
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2098:, not 1.0 license as provided - a minor detail that may need change.
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2874:
The wikilibrary doesn't seem to have this book. Where do I find it?
2837:
Kilbourn, Barry T. (2011-07-15), John Wiley & Sons, Inc. (ed.),
2560:"Antibacterial mechanism and activity of cerium oxide nanoparticles"
2284:
I'm very busy in real life, is it ok if I pass this reivew to other
2700:"Fundamentals and Catalytic Applications of CeO 2 -Based Materials"
2170:
Yeah, I corrected the alt descriptions somewhat but that's a pass.
1677:
I have amended that bit, hopefully it looks a bit less misplaced.
803:
2898:
link. If you still cant access it, I'll send it to you by email.
2595:"Advanced applications of cerium oxide based nanozymes in cancer"
3051:
Pöttgen, Rainer; Jüstel, Thomas; Strassert, Cristian A. (2020).
2308:
Yeah, I'll make the formal steps for that in a couple of hours.
886:
It is a ductile metal with a hardness similar to that of silver.
806:
764:
411:
255:
15:
3014:
The science of rare earth elements: concepts and applications
2976:. Metal oxides series. Amsterdam Oxford Cambridge: Elsevier.
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3016:(First edition ed.). Boca Raton London New York: CRC Press.
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Schelter, Eric J. (20 March 2013). "Cerium under the lens".
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to endorse it. And I can't find the opening quote anywhere.
911:
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847:
88:. Once these issues have been addressed, the article can be
3192:
Knowledge (XXG) level-4 vital articles in Physical sciences
2974:
Cerium Oxide (CeO2): synthesis, properties and applications
2216:
to finish, so I might not spend much time on this for now.
2739:"Rare earth elements in soil and plant systems - A review"
2288:
editors? I've already requested in the project talk page.
1322:
Seems like nothing happened since then. I'll delist this.
880:
and it is soft enough to be cut with a steel kitchen knife
2784:, I think any of the three sources could cover it well:
2766:- absorption of rare earths, including cerium, by plants
1775:
169:
150:
131:
3079:"Cerium is the most abundant of all the lanthanides, "
2791:. The Jakupec book should cover the part about bones.
2396:
Gao, Ying; Gao, Fei; Chen, Kan; Ma, Jin-lu (2014-05).
1767:
I refer to oldid 1168714074 for my analysis of refs.
2972:
Scirè, Salvatore; Palmisano, Leonardo, eds. (2020).
2917:
Jakupec, M. A.; Unfried, P.; Keppler, B. K. (2005).
98:
of the decision if they believe there was a mistake.
3182:
Knowledge (XXG) vital articles in Physical sciences
2991:Basu, Basudeb; Banerjee, Bubun, eds. (2023-05-04).
2137:
to each image whenever appropriate (accessibility).
3152:Knowledge (XXG) articles that use American English
2727:- cerium-based materials used in catalysts in cars
2618:Allahkarami, Ebrahim; Rezai, Bahram (2021-02-01).
2845:, Hoboken, NJ, USA: John Wiley & Sons, Inc.,
2554:- should be available on Knowledge (XXG) Library.
1522:understandable to an appropriately broad audience
2647:- should be available on Knowledge (XXG) Library
1858:The article doesn't appear to have such issues.
1307:criteria. There are also some broken citations.
3112:
2843:Kirk-Othmer Encyclopedia of Chemical Technology
2806:Ok, I have readded the part and referenced it.
3055:. De Gruyter STEM. Berlin Boston: De Gruyter.
2774:(not that the article currently violates it).
1024:It is right there. From the transcript in the
2920:Pharmacological properties of cerium compunds
2653:"Recycling of rare earths: a critical review"
2624:Journal of Environmental Chemical Engineering
814:This page has archives. Sections older than
8:
2851:10.1002/0471238961.0305180911091202.a01.pub3
2472:Rajeshkumar, S.; Naik, Poonam (2018-03-01).
2094:Generally OK. The image in the infobox uses
1338:Omission of use of cerium in grinding optics
3197:B-Class vital articles in Physical sciences
2968:- more about cerium in medical applications
1361:
434:
423:
298:
103:
62:
33:, which has its own spelling conventions (
3207:Mid-importance chemical elements articles
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2237:Take your time, and keep up your work on
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1201:
352:, which gives a central approach to the
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3177:Knowledge (XXG) level-4 vital articles
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2949:
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2534:
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2438:
2398:"Cerium oxide nanoparticles in cancer"
1771:0-87171-644-5). Merge refs 66 and 70.
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1029:
923:
884:And in the "Physical" section I read:
824:when more than 4 sections are present.
3167:Knowledge (XXG) Did you know articles
53:, this should not be changed without
7:
3108:Sure! According to G&E pg. 1229,
1557:you mean nitrate instead of cerium?
1524:; spelling and grammar are correct.
1124:That bit is in the RSC podcast too:
370:Knowledge (XXG):WikiProject Elements
1520:. the prose is clear, concise, and
1252:Journal of Physics F: Metal Physics
289:It is of interest to the following
3202:B-Class chemical elements articles
1875:
1816:
1786:
1719:
1635:
1511:
1184:"Chemistry in its element: cerium"
503:Chemical properties of the element
14:
2463:) CS1 maint: unflagged free DOI (
818:may be automatically archived by
660:Gas mantles and pyrophoric alloys
2363:Czerwinski, Frank (2020-01-01).
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2033:No problems with that, either.
1914:we only describe the pure form.
878:In the first paragraph I read:
704:Biological role and precautions
390:This article has been rated as
3187:B-Class level-4 vital articles
2510:Critical Reviews in Toxicology
2260:put this GA nomination on hold
1805:could reasonably be challenged
198:appeared on Knowledge (XXG)'s
80:Natural sciences good articles
1:
3212:WikiProject Elements articles
2839:"Cerium and Cerium Compounds"
2737:Tyler, Germund (2004-12-01).
2669:10.1016/j.jclepro.2012.12.037
2657:Journal of Cleaner Production
2100:File:Cerium phase diagram.jpg
2085:valid non-free use rationales
1353:19:48, 12 November 2022 (UTC)
373:Template:WikiProject Elements
346:This article is supported by
3162:Former good article nominees
2522:10.3109/10408444.2010.529105
2369:Journal of Materials Science
2112:
2066:
2013:
1989:
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1332:18:37, 2 February 2022 (UTC)
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1142:11:47, 24 January 2022 (UTC)
1112:10:21, 24 January 2022 (UTC)
1085:22:13, 23 January 2022 (UTC)
1065:22:00, 23 January 2022 (UTC)
1020:21:31, 23 January 2022 (UTC)
1005:21:27, 23 January 2022 (UTC)
918:Section on Ce+4 not existing
912:08:20, 22 January 2022 (UTC)
868:12:38, 26 January 2021 (UTC)
831:Tarnishes rapidly or slowly?
3012:Spellman, Frank R. (2023).
2908:20:19, 13 August 2023 (UTC)
2890:16:20, 13 August 2023 (UTC)
2822:09:24, 12 August 2023 (UTC)
2801:04:37, 11 August 2023 (UTC)
2733:- how they made pure cerium
2716:10.1021/acs.chemrev.5b00603
2365:"Cerium in aluminum alloys"
2338:16:18, 18 August 2023 (UTC)
2318:19:29, 17 August 2023 (UTC)
2304:10:10, 17 August 2023 (UTC)
2180:15:03, 12 August 2023 (UTC)
2166:08:50, 12 August 2023 (UTC)
1479:02:45, 19 August 2023 (UTC)
931:non-stoichiometric compound
922:I've removed this section:
219:The text of the entry was:
3228:
3137:16:09, 14 April 2024 (UTC)
3103:15:55, 14 April 2024 (UTC)
2731:Royal Society of Chemistry
2636:10.1016/j.jece.2020.104956
2490:10.1016/j.btre.2017.11.008
2381:10.1007/s10853-019-03892-z
2273:14:05, 5 August 2023 (UTC)
2251:19:35, 4 August 2023 (UTC)
2232:14:39, 4 August 2023 (UTC)
1942:this quite old publication
1762:14:36, 4 August 2023 (UTC)
1730:the layout style guideline
1693:14:36, 4 August 2023 (UTC)
1626:14:36, 4 August 2023 (UTC)
1587:14:36, 4 August 2023 (UTC)
1547:14:36, 4 August 2023 (UTC)
1455:16:20, 1 August 2023 (UTC)
1272:10.1088/0305-4608/11/8/024
376:chemical elements articles
92:. Editors may also seek a
2929:10.1007/s10254-004-0024-6
2755:10.1007/s11104-005-4888-2
2579:10.1007/s40843-019-9471-7
2352:Sources for consideration
2037:
1862:
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1488:
933:with chemical formula CeO
848:02:31, 5 April 2019 (UTC)
633:Occurrence and production
389:
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242:
186:
158:Good article reassessment
106:
102:
2258:, my review is ready. I
1738:Template:RubberBible97th
1485:
576:Oxides and chalcogenides
2567:Science China Materials
2459:CS1 maint: PMC format (
2402:OncoTargets and Therapy
2125:to the topic, and have
2096:CC 3.0 Unported license
2007:No problems with that.
1644:. it complies with the
948:, or ceria itself have
3172:B-Class vital articles
3157:Delisted good articles
3117:
2684:Check date values in:
2544:Check date values in:
2448:Check date values in:
821:Lowercase sigmabot III
675:Pigments and phosphors
606:Organocerium compounds
221:Did you know ... that
196:fact from this article
2478:Biotechnology Reports
1960:from Google Scholar.
1867:Broad in its coverage
1776:http://cnmnc.units.it
283:on Knowledge (XXG)'s
276:level-4 vital article
245:Delisted good article
86:good article criteria
3053:Rare earth chemistry
2212:BTW, I have another
2104:critical temperature
2030:or content dispute.
1849:copyright violations
1827:no original research
1711:no original research
591:Cerium(IV) complexes
349:WikiProject Elements
177:Good article nominee
139:Good article nominee
51:relevant style guide
47:varieties of English
2994:Rare Earth Elements
1884:. it addresses the
1803:. All content that
1290:This discussion is
1264:1981JPhF...11.1713K
1222:2013NatCh...5..348S
950:X-ray photoemission
441:
49:. According to the
2611:10.1039/D1RA05407D
2410:10.2147/OTT.S62057
2202:Overall assessment
2081:copyright statuses
2044:, if possible, by
1666:list incorporation
1230:10.1038/nchem.1602
1146:OK, I'll proceed.
1043:For cerocene, the
435:
285:content assessment
114:Article milestones
3061:978-3-11-065360-1
3022:978-1-003-35081-1
3003:978-3-11-078808-2
2982:978-0-12-815661-2
2937:978-3-540-24012-9
2859:978-0-471-23896-6
2710:(10): 5987–6041.
2573:(11): 1727–1739.
2392:- brilliant intro
2210:
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2127:suitable captions
2087:are provided for
1847:. it contains no
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213:November 19, 2016
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1494:Review Comment
1471:Szmenderowiecki
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1430:Talk:Cerium/GA3
1424:This review is
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990:the sources
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900:Frostybeard
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3146:Categories
2943:2023-08-05
2865:2023-08-05
1853:plagiarism
1746:I'll try.
1706:Verifiable
1379:Authorship
1365:GA toolbox
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1170:References
717:References
690:Other uses
518:Allotropes
356:and their
229:Primo Levi
210:column on
182:Not listed
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2962:ignored (
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2417:1178-6930
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1490:Attribute
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1402:Templates
1393:Reviewing
1358:GA Review
788:Archive 1
547:Compounds
279:is rated
233:Auschwitz
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3132:contribs
3093:Tnanks!
2885:contribs
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896:unsigned
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455:total
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