New York / Lisboa / Wilrijk-Antwerpen / San Diego / /
Company
KBr / Fe / Merck / Perrin D. D. / Patterson / Aldrich Chemical Co. / Shimizu / /
Country
Belgium / Australia / Portugal / /
Currency
pence / USD / / /
Facility
University of Antwerp / Laboratory Techniques / Australian National University / /
IndustryTerm
chloroform solution / nitro / aromatic systems / donor / transition metal family / metal variation / metal d-orbitals / favorable metal-carbon back-bonding / ligand-to-metal charge transfer / sodium methoxide solution / metal-ligand back-donation / stilbene / ligated metal variation / metal acetylide/nitrile complexes / crude product / metal / metal orbitals / longer chain / acetylide / metal ligand double-bond character / low-energy shift / infinite bidimensional hydrogen bond network / intense metal-to-ligand / metal more electron rich / chemical shifts / higher energy / σ-acetylide products / methanol solutions / short conjugated chain / /
Organization
University of Antwerp / Research School of Physical Sciences and Engineering / Physics Department / Australian National University / Canberra / Department of Chemistry / Instituto Superior Te´ / Laser Physics Centre / Australian Photonics Cooperative Research Centre / Universidade de Lisboa / /
Person
P. L. Mater / Barry Luther-Davies / Carlo Erba / Hagan / M. Helena Garcia / Crystal Structures / Marie P. Cifuentes / | Steph / Campo Grande / M. Paula Robalo / Dalton Trans / Marek Samoc / Alberto R. Dias / M. Teresa Duarte / † Wim / Mark G. Humphrey / / /
Position
D. J. / General / Corresponding author / Porter / /
Organometallics 2002, 21, [removed]Synthesis and Nonlinear Optical Properties of Acetylide Derivatives.