BF3British Formula 3 (car racing circuit)
References in periodicals archive ?
Correlation of Separate Quest Scale Combined whth Combined Item Components Separate Quest Scale Components Combined BF1 RMSF1 AF2 AF1 BF2 BF3 AF3 Quest Items Components QF1 0.
The results of our experiment showed that (a) before BF3 derivatization, the m/z 457 metabolite was retained on the Betamax Acid column with a retention time similar to that of phenytoinN-glucuronide; (b) after derivatization, the m/z 457 peak disappeared, and a compound of m/z 471 was observed; and (c) the m/z 471 compound was poorly retained on the column.
Despite the game's initial server woes (particularly for the console communities), BF3 is hugely addictive.
The three tractions were collected manually into vials, saponified, and esterified in 12% BF3 in methanol, and the fatty acid composition of the different lipid classes was determined according to Lie and Lambertsen (1991).
BF3 will reintroduce fighter jets, the prone position and 64-player battles on PC and other elements absent from the Bad Company versions.
Mani was Business Manager for AlliedSignal where he was responsible for global sales, marketing, technical support and R&D for a line of inorganic fluorinated products: BF3, IF5, SbF5, SF6.
With key benefits of providing greater plant safety, increased uptime and consistent product quality, the new SDS for BF3 is greater than 99.
The fatty acid composition was determined after methylation with 14% BF3 methanol (Sigma, St Louis, MO, USA) by a gas chromatography (HP-6890N, Hewlett-Packard, Palo Alto, CA, USA) with a flame ionization detector, equipped with SP[TM]-2560 capillary column (100 m x 0.
FEP is a patented process that allows fluorine to be extracted from depleted uranium tetrafluoride (UF4) and react with metal oxides to form ultra high purity fluoride gases such as GeF4, BF3, SiF4, to name a few.
After alkaline hydrolysis of the sample of live yeast culture, fatty acids were methylated with BF3 (AOCS, 1997).
BF3 and BF3 complexes for catalysts and other specialty applications; -- CECA surfactants for cleaning compounds, cosmetics, pigments, lubricants, emulsifiers and solvents; -- Fluorine-based Forafac(R) surfactants and Foraperle(R) polymers for adhesives, soil release, water-and-oil-proofing and fire fighting foams; -- Hydrocarbon resins and special fluids for cosmetics and personal care products, adhesives, sealants, paints and varnishes; -- Hydrazine and triazole derivatives for corrosion resistance, agricultural, intermediate synthesis, pharmaceuticals and coloring agents; -- Natural castor oil derivatives (C7 and C11 fractions) for pharmaceutical and cosmetic applications; -- Phosphorus compounds for the manufacture of organic phosphates, dyestuffs and catalyst applications.