Tobias

Tobias D J, Martyna G J and Klein M L 1993 Molecular dynamics simulations of a protein In the canonical ensemble J. Phys. Chem. 9712959-66... 

Martyna G J, Tuckerman M, Tobias D J and Klein M L 1996 Explicit reversible Integrators for extended systems dynamics Mol. Phys. 87 1117-57... 

Newman J 1967 Advenced in Eiectrochemistry end Eiectrochemicei Engineering ed C W Tobias (New York Wiley)... 

Llthol Reds. Lithol Red or Pigment Red 49 1/7103-38-4] is one of the most important of the precipitated salt pigments. They comprise a family of sodium (PR 49), barium (PR 49 1), calcium (PR 49 2), and strontium (PR 49 3) salts of dia2oti2ed Tobias acid or 2-naphthylamine-l-sulfonic acid coupled with 2-naphthol. The most popular are the barium and calcium salts, the former being yellower in shade. These reds are used where brightness, bleed resistance, and low cost ate of primary importance. They are neither resistant to heat nor chemicals, and are used primarily in printing inks and some inexpensive air-dried industrial paints where good durabiUty is not requited. 

Amination of phenoHc derivatives is limited to specially developed catalytic processes for aniline and y -toluidine (3). More general conditions apply to amination of naphthols by the Bucherer reaction. Important intermediates made by a Bucherer reaction include Tobias acid and gamma acid. 

C. W. Tobias and H. Gerischer, Advances in Electrochemical S cience and Engineering, VCH, New York, from 1990. 

C. W. Tobias and P. Delahay, eds.,Mdvances in Electrochemistry andElectrochemicalEngineering, John Wiley Sons, Inc., New York, 1961—1984. 

Neodymium oxide [1313-97-9] M 336.5, m 2320°. Dissolved in HCIO4, ppted as the oxalate with doubly recrystd oxalic acid, washed free of soluble impurities, dried at room temperature and ignited in a platinum crucible at higher than 850° in a stream of oxygen [Tobias and Garrett J Am Chem Soc 80 3532 1958]. 

DJ Tobias, CL Brooks, SH Fleischman. Chem Phys Lett 156 256-260, 1989. 

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