HomeCriteria that must be satisfied for the discovery of a new chemical element to be recognized
ArticlePublicly Available
Criteria that must be satisfied for the discovery of a new chemical element to be recognized
- A. H. Wapstra
Published/Copyright:January 1, 2009
Published by
Become an author with De Gruyter Brill
Published Online:2009-01-01
Published in Print:1991-01-01
© 2013 Walter de Gruyter GmbH, Berlin/Boston
Articles in the same Issue
- Stereochemistry and catalysis with zirconium complexes
- Theoretical aspects of metal cluster chemistry
- Main group metallocenes with substituted cyclopentadienyl ligands: from bonding problems to discotic phases
- Heterogeneous catalysis on platinum and self-assembled monolayers on metal and metal oxide surfaces
- Stoichiometric and catalytic functionalization reactions of alkynes at transition metal complexes stabilized by tripodal polyphosphine ligands
- Carboranyl derivatives of nontransition metals
- Some comments on approximate LCAO molecular orbital theory in organometallic chemistry: Getting more by doing less?
- Phosphine complexes of the early metals and the lanthanoids
- Synthesis and conducting properties of poly[(disilanylene)butenyne-l,4-diyls] and poly[(disilanylene)ethynylenes]
- Chemistry of phosphorus-carbon double bonds in the coordination sphere of transition metals
- Multiple bonding, π-bonding contributions and aromatic character in isoelectronic boron-phosphorus, boron-arsenic, aluminum-nitrogen and zinc-sulfur compounds
- Theoretical studies of organometallic processes: scientific visualization
- Density functional theory as a practical tool for the study of elementary reaction steps in organometallic chemistry
- Criteria that must be satisfied for the discovery of a new chemical element to be recognized
- English-derived abbreviations for experimental techniques in surface science and chemical spectroscopy (Recommendations 1991)
- Nomenclature, symbols, definitions and measurements for electrified interfaces in aqueous dispersions of solids (Recommendations 1991)
- Analysis of wet deposition (acid rain): determination of the major anionic constituents by ion chromatography
Articles in the same Issue
- Stereochemistry and catalysis with zirconium complexes
- Theoretical aspects of metal cluster chemistry
- Main group metallocenes with substituted cyclopentadienyl ligands: from bonding problems to discotic phases
- Heterogeneous catalysis on platinum and self-assembled monolayers on metal and metal oxide surfaces
- Stoichiometric and catalytic functionalization reactions of alkynes at transition metal complexes stabilized by tripodal polyphosphine ligands
- Carboranyl derivatives of nontransition metals
- Some comments on approximate LCAO molecular orbital theory in organometallic chemistry: Getting more by doing less?
- Phosphine complexes of the early metals and the lanthanoids
- Synthesis and conducting properties of poly[(disilanylene)butenyne-l,4-diyls] and poly[(disilanylene)ethynylenes]
- Chemistry of phosphorus-carbon double bonds in the coordination sphere of transition metals
- Multiple bonding, π-bonding contributions and aromatic character in isoelectronic boron-phosphorus, boron-arsenic, aluminum-nitrogen and zinc-sulfur compounds
- Theoretical studies of organometallic processes: scientific visualization
- Density functional theory as a practical tool for the study of elementary reaction steps in organometallic chemistry
- Criteria that must be satisfied for the discovery of a new chemical element to be recognized
- English-derived abbreviations for experimental techniques in surface science and chemical spectroscopy (Recommendations 1991)
- Nomenclature, symbols, definitions and measurements for electrified interfaces in aqueous dispersions of solids (Recommendations 1991)
- Analysis of wet deposition (acid rain): determination of the major anionic constituents by ion chromatography
