Calcium copper lead strontium yttrium

Cao,5Cu308Pb2SrjYo 5, Calcium copper lead strontium yttrium oxide (CaosCujPbjSrjYojOg), [118557-22-51. 30 197... [Pg.280]

Cu3Ba207Y. Barium copper yttrium oxide (Ba2 Cu3Y07). (143069-66-3). 30 210 Cu3Cao 50gPb2Sr2Yo,5. Calcium copper lead strontium yttrium oxide (Cao 5CuiPb2Sr,Yo sOg), (118557-22-5). 30 197... [Pg.282]

Iron zinc oxide (Fe29ZnQ 1O4), 30 127 [117004-16-7). Barium bismuth potassium oxide (Baa6BiKo.403), 30 198 [117314-29-1), Aluminum silicon sodium oxide (Al2Si5Na20 4), hydrate. 30 229 1118392-28-2). Cobalt sodium oxide (CoNsq J44) 74O2). 30 149 ) 118557-22-5), Calcium copper lead strontium yttrium oxide (Co5CujPb2Sr2Yo.50g). 30 197 ) 118955-75-2). Niobium titanium hydroxide oxide (NbTi(OH)04). 30 184 (120525-55-5). Boric acid (HjBOj). [Pg.300]

The trimethylsilylated silicic acids formed in this instance are soluble in conventional organic solvents, and their volatility is sufficiently high for them to be analysed by gas chromatography. Carzo and Hoebbel [411] carried out a comprehensive study of the chromatographic retention of various trimethylsilylated silicic acids on different stationary phases Apiezon L and silicone OV-1 and OV-17. The analysis of metals in the form of volatile complexes continues to attract attention, and have been described for analysing sodium [412], potassium [412], radium [413], caesium [413], barium [414], calcium [414], strontium [415], beryllium [416, 417], magnesium [418], zinc [419, 420], nickel [419], mercury [421], copper [422, 423], silver [424, 425], cadmium [421], indium [426, 427], g ium [428], scandium [217], cobalt [421], thallium [426], hafnium [429, 430], lead [431, 432], titanium [430], vanadium [433], chromium [434-436], manganese [426], iron [437], yttrium [438], platinum [439,440], palladium [439, 441, 442], zirconium [430], molybdenum [443], ruthenium [444], rhodium [445], rare earths [446—449], thorium [221, 450, 451] and uranium [221, 452]. The literature on GC analysis of metal chelates was reviewed by Sokolov [458]. [Pg.55]

Lead is reported to be almost imique in not forming compounds of this tA pe, basic lead nitrate and chloride being the principal products formed when aqueous hexamethylenetetramine solutions are reacted with lead nitrate and lead chloride, respectively - . Complexes are reported ivith salts of lithium, sodium, potassium, copper,. silver, gold, magnesium, calcium, strontium, barium, zinc, cadmium, mercury, aluminum, titanium, lanthanum, cerium, neodymium, yttrium, erbium, thorium, tin, antimcnj, bismuth, chromium, molybdenum, tungsten, uranium, manganese, iron, cobalt, nickel, platinum, and palladium -... [Pg.291]

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