in toluene
Au complex dissolved in toluene; heated at 110°C (oil bath) for 14 h under aerobic conditions; solvent removed under vac.; extd. with hexane; evapd.; gold mirror obtained;
in toluene
Au complex dissolved in toluene; heated at 110°C (oil bath) for 2-14 h under aerobic conditions; solvent removed under vac.; extd. with hexane; evapd.; Au nanoparticles (after heating for 2 h) or gold mirror (14 h) obtained;
in toluene
Au complex dissolved in toluene; heated at 110°C (oil bath) for 2-14 h under aerobic conditions; solvent removed under vac.; extd. with hexane; evapd.; Au nanoparticles (after heating for 2 h) or gold mirror (14 h) obtained;
in toluene
Au complex dissolved in toluene; heated at 110°C (oil bath) for 2-14 h under aerobic conditions; solvent removed under vac.; extd. with hexane; evapd.; Au nanoparticles obtained;
Botts, E. D.; Krauskopf, F. C.
Journal of Physical Chemistry, 1927 , vol. 31, p. 1404 - 1409
Full Text Show Details
Gmelin Handbook: Ti: MVol., 3.5, page 189 - 199
Botts, E. D.; Krauskopf, F. C.
Journal of Physical Chemistry, 1927 , vol. 31, p. 1404 - 1409
Full Text Show Details
Gmelin Handbook: Ti: MVol., 3.5, page 189 - 199