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UNDERSTANDING THE ORIGIN OF THE RULE LZ = X2

October 18, 2019October 18, 2019 mchgreen

An article which explains the origin of the LZ → X2 rule has been added to the Teaching Materials section.

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NEW ADVISORY BOARD MEMBER
THREE-CENTRE TWO-ELECTRON BONDS AND THE ABSENCE OF AN FE–FE BOND IN FE2(CO)9

Advisory Board

Advisory Board
Polly L. Arnold University of Edinburgh)
Didier Astruc (University of Bordeaux I)
John E. Bercaw (California Institute of Technology)
Maurice Brookhart (University of North Carolina)
Ernesto Carmona (University of Seville)
Geoff Cloke (University of Sussex UK)
Robert Crabtree (Yale University)
Kit Cummins (MIT)
Linda Doerrer (Boston University)
Joshua S. Figueroa (University of California, San Diego)
Paul Fischer (Macalester College) Malcolm Green (University of Oxford) Nilay Hazari (Yale University) Patrick Holland (University of Rochester) Yves Jean (University Paris Sud) Adam Johnson (Harvey Mudd College) Clark Landis (University of Wisconsin) Patrick McGowan (University of Leeds) Chip Nataro (Lafayette College) Jun Okuda (RWTH Aachen University) Gerard Parkin (Columbia University) Jonas Peters (Caltech) Daniel Rabinovich (University of North Carolina) Dean M. Roddick (University of Wyoming) Tina Salguero (University of Georgia) Peter Scott (University of Warwick) Joseph M. Tanski (Vassar College) Klaus Theopold (University of Delaware) Mark Thompson (University of Southern California) T. Don Tilley (University of California at Berkeley) Peter T. Wolczanski (Cornell University)
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