Rowland Pettit

Rowland Pettit (February 6, 1927 December 10, 1981) was an Australian-born American chemist.[1] He was awarded an overseas scholarship from the Royal Commission 1851 from 1952 - 1954. He came to London to Queen Mary College to conduct research into "the molecular orbital theory of organic chemistry and its application". [2] [3] Pettit was noted for preparation of Cyclobutadieneiron tricarbonyl and the related trimethylenemethane complex.[1][3][2] Pettit was head of the Department of Chemistry[1][2] and W. T. Doherty Professor in Chemistry at the University of Texas, Austin,[1][2] a member of the National Academy of Sciences,[1][2][3] a member of the American Chemical Society,[3] a member of the Chemical Society of London,[3] a recipient of the American Chemical Society's the Southwest Regional Award,[3][2][1] a member of the American Academy of Arts and Sciences.[2][3]

The University of Texas said that Pettit was an "internationally recognized organic chemist".[3]

Cyclobutadieneiron tricarbonyl.[4]

Chronology

gollark: If LyricLy says "hmm, it is 3AM here" that probably means something like more like "wow, my sleep schedule is currently quite far shifted from the societal expectations thereof" than "the sun is 62 degrees below the horizon".
gollark: What? You don't actually need to know where the sun is. You need to know some stuff derived from that *and* a bunch of other things; you can just use the derived data.
gollark: Even individual people aren't on the same personal schedule relative to solar ones though.
gollark: Actually, GTech™ sun removal lasers.
gollark: Because "work" cycles are approximately synced to that. But that isn't really guaranteed and there's crosscultural variation.

References

  1. Encyclopedia of Australian Science:Pettit, Rowland
  2. National Academies Press:Biographical Memoirs:Rowland Pettit; By John C. Gilbert
  3. University of Texas:In Memoriam:Rowland Petti
  4. G. F. Emerson, L. Watts, R. Pettit (1965). "Cyclobutadiene- and Benzocyclobutadiene-Iron Tricarbonyl Complexes". J. Am. Chem. Soc. 87: 131–133. doi:10.1021/ja01079a032.CS1 maint: uses authors parameter (link)
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