User talk:Smokefoot
Welcome!
- The five pillars of Wikipedia
- How to edit a page
- Help pages
- Tutorial
- How to write a great article
- Manual of Style
- Wikipedia:WikiProject Chemicals
- Wikipedia:WikiProject Chemistry
Come in 317
chemBox
Introduction
- e.g. "La2O3 is a chemical compound of lanthanum and oxygen with the formula La2O3."
with the names, molecular (when possible) or empirical formulas for extended structure), highlight sentence - what is this stuff well-known for? Are hydrates known (mainly for inorganic salts such as metal halides). Are there compounds with which yours can be confused (usually not).
properties and structure
- for inorganic species, the structure may require explanation
properties, more than a restatement of the chem box info. perhaps comparison/contrast with related cmpd to highlight a principle
preparation (or industrial chemical)
- one sent descriptoin of the synthesis using balanced equations
if more than one synthesis applies, then describe others
key reactions
- what does the stuff do, CHEMICALLY - it reacts with what to give what under what conditions? Balanced eq's
applications
- how are people making money with your compound or how is the cmpd benefiting mankind? This section is less chemical and less important
Safety considerations (optional)
- no more than a sentence or two unless something special is required
references (2) supplier(s) (optional) recall that Wiki-world likes these formats: – for a dash − for a minus sign only first work is capitalized on == level subheadings, e.g. "Other sources" not "Other Sources" space after numerical part of temperature -54.1 °C.
suggested topics
please sign up with your user name in parenthesis, perhaps with a link to your talk page(?)
More will be added
- Adams' Catalyst (reserved by afrierd2)
- ammonium cerium(IV) nitrate (reserved by melfi)
- chloroplatinic acid: important and poorly understood (Reserved by rhelmich) (User talk:Rhelmich)
- chromium(II) chloride: e-EROS is a key source, also I want some coordination chem.(reserved by pdcompto)
- cyclopropene: highly strained organic cmpd used to inhibit banana ripening - really!! - see esp methylcyclopropene (Reserved by snarayan) (User talk:Snarayan)
- cyclooctadiene: key ligand in organometallic chemistry, especially the 1,5-isomer (I recommend relabeling the site as 1,5-cyclooctadiene. Known as "cod". (reserved by rcflower)
- cyclooctatetraene: lots of info in this article, but it's a mess and needs a brave chemist, Makes a neat uranium complex. (User talk:Adam Geib)
- dichlorodifluoromethane: one of the bad CFC's , I think (reserved by brclark) (User talk:brclark)
- NH2OH: fundamental bulk chemical and naturally occurring (Reserved by Greenie93) (User talk:Greenie93)
- gadolinium(III) chloride: used to make MRI agents, needs CHEMISTRY (Reserved by ebroderi) (User talk:ebroderi)
- hafnium(IV) chloride: key for all of Hf chemistry, which few people know but is valuable(Reserved for Mogiemilly) (User talk:Mogiemilly)
- hydrobromic acid: the Wiki-people want this (Reserved for VFMOON) (User talk:VFMOON)
- hydroiodic acid: aside from I2, the key cmpd in iodine chem (Reserved for jdigangi)
- Na2Fe(CO)4 - Never heard of iron in a negative oxidation state? Then try this one, known as "Collman's reagent." Described in Inorganic Synthesis vol. 28. probably in eEROS, sold by Aldrich.
- La2O3: (reserved by SPChem)
- lead(II) chloride: important reagent and probably a mineral (Reserved by Lkosci3) (User talk:Lkosci3)
- nafion: polymer with strong Bronsted sites, researchy thing with lots of applications. Recently reviewed in Chemical Reviews. Also eEROS. (User talk:Trikes120)
- palladium(II) acetate: useful to organic chemists (User talk:Lizeltwin)
- pentamethylcyclopentadiene: super-important ligand in organometallic chemistry (Karen Czerwinski) (User talk:czerwnsk])
- pyridinium chlorochromate: an oxidant for alcohols - Matt?
- rubidium(I) chloride: heavy analogue of NaCl, I have no idea what this is good for (reserved by Kelly Kohnen) (User talk:Kelly Kohnen)
- ruthenium(III) chloride: needs filling out with the associated organometallic chemistry - TA's can help a lot
- S4N4: most important S-N molecule, amazing species from the structure-bonding perspectives (reserved by abuchbinder)
- tantalum(V) oxide: materials science app's and mineral?(reserved by Tabitha Wilhoite) (User talk:tabbywil)
- Tebbe's reagent:(Christine Ann 18:25, 27 February 2006 (UTC)) strange AlMe3-Cp2TiCl2 species used in organic syn (reserved by Christine Ann) (User talk: Christine Ann)
- thallium(I) sulfate: key reagent in Tl chemistry (Joshua Allen) (User talk:Rhetro29)
- thiourea: an organic compound (or is it?) but also a class of compounds (Reserved by epark) (User talk:epark)
- titanocene dichloride: important organometallic reagent and catalyst (reserved by Muneaki Nakamura)
- Trifluoromethanesulfonic acid: very, very strong acid (reserved by krutsch) (User talk:krutsch)
- Al2Me6: the current article appears needing of help, for example some CHEMISTRY, i.e. prep, balanced rxns
- VOCl3: interesting distillable inorganic compound (reserved by John Atkinson)
Thanks to you & your students
Hi,
I just reviewed silver(II) fluoride and looked at a couple of other of your students' articles, I wanted to say thanks for doing such a nice job. AgF was my second ever contribution to Wikipedia, and I always planned to write an AgF2 article, so it's particularly nice for me to see that one appear, done so nicely! Walkerma 17:13, 13 February 2006 (UTC)
Hey Smokefoot, I read that you were looking for Stille reaction references. These three places are excellent sources of information on organic reactions:
- Myers Advanced O-Chem (Stille reaction info here)
- Baran Group
- Evans Advanced O-Chem
Good luck, ~K 02:45, 14 February 2006 (UTC)
- ~K, thank you very much, I just hope that the leads - and the examplary work - that you provided will nucleate a useful entry. We'll see.--Smokefoot 06:42, 15 February 2006 (UTC)
Uranium trioxide
Scans of some of the papers reference to support the existence of UO3 gas (as opposed to particles is posted here: [1] I am not all that sure that they have been properly interpreted by the author of that section. You might want to look at them yourself. --DV8 2XL 14:25, 24 February 2006 (UTC)
- I should thank you really. I stated the topic after I came across an article describing yellowcakes. I had been under the impression that this had a single make-up but I learned that in fact it is a generic commercial term used to describe the first intermediary in uranium refinement regardless, and several different types exist. (Perversely of course, they are hardly ever yellow.) I then rewrote yellowcake to reflect what I had learned and put in the references.
- Then I found myself staring at a large number of red-links on uranium compounds and took it upon myself to start (at least) a topic on each of them.
- I am a metalurgest, but I'm weak on actinide chemistry, so this is my long way of asking if you would look through those stubs listed in the Uranium compounds category and vet them for any glaring errors I might have made. - That is if you have the time and are interested, of course. --DV8 2XL 20:15, 24 February 2006 (UTC)
- I see that the editor that put in the gas section that you commented out, put it back in again. --DV8 2XL 21:20, 24 February 2006 (UTC)
- beats me what is going on with Nrcprm2026 and UO3, some sort of joke or strong views on poor old oxide. What in heck is a "narrow atom"? --Smokefoot 00:54, 25 February 2006 (UTC)
- I see that the editor that put in the gas section that you commented out, put it back in again. --DV8 2XL 21:20, 24 February 2006 (UTC)
- The joke is hereWikipedia:Requests for mediation/Depleted uranium and related articles and the punch line is hereWikipedia:Requests for mediation/Depleted uranium and related articles/UO3 vapor. --DV8 2XL 01:07, 25 February 2006 (UTC)
- Oh I see... people with some sort of agenda. Tempting to tangle with them, but I'll defer. A correllary to NPOV is balance, and I thought that the heavy emphasis on UO3(g) seemed strangely unbalanced. --Smokefoot 04:21, 25 February 2006 (UTC)
- Frankly I don't blame you, I've served notice I won't engage there anymore myself. The other uranium compouds I mentioned above are not part of this issue, and I would still ask you to look at them if you have the time. --DV8 2XL 15:31, 25 February 2006 (UTC)
- Oh I see... people with some sort of agenda. Tempting to tangle with them, but I'll defer. A correllary to NPOV is balance, and I thought that the heavy emphasis on UO3(g) seemed strangely unbalanced. --Smokefoot 04:21, 25 February 2006 (UTC)
Scorpionate ligands
Hi, about the scorpionate ligand. I noticed that you have commented on the page. I freely admit that I do not know everything about Tp and Tm chemistry. I know something about the organometallic chemistry of Tp and Tm, the organometallic compounds are important. It is very important to note that the second row transition metals are more easy to work with so a lot more organometallic chem hets done using them. About Tm and the Hill group, I freely admit that I have cited the Hill group quite oftein but there are not many people working on the Tm ligands. I think that much of what has been done with the Tm ligands (other than the formation of B-M bonds) is very close to the Tp chemistry.
- my own view is that the article should focus on TpH itself (organo-B stuff), the pioneering work of Trofimenko, and simple cmpds vs. specialized stuff. But hey, it's Wikipedia and whomever goes first rules the article, at least for a while.--Smokefoot 01:37, 28 February 2006 (UTC)
I have chosen to use POVray pictures as I can not draw clear chemdraw diagrams of the Tm compounds, I think that the scorpionate ligand page should be rewritten to be like the fission products page where each metal is reviewed in turn. If you have plenty of student helpers then you could get each one to review a different metal and add a short section about it with Tp. (What do you think of this idea ?)
Very little has been done with Tm so there is less for the students to do there. I will add some more diagrams for the Tp section.Cadmium 20:42, 27 February 2006 (UTC)