The solubilities of Sn in In2O3 and of In in SnO2 crystals grown from Sn—In melts

The intermediate compound in the In2O3-SnO2 system

“…The present results are shown in Fig. 7 together with the Frank's data [8]. The solubilities of SnO2 or intermediate compound in In20 3 are few depend on the temperature about 12.4-15.0 mol % SnO; (Xsn = 6.6-8.1%) without temperature-dependence, and the solubility of InzO 3 or intermediate compound in SnO2 is about 3.9-5.6mo1% In20 3 (Xsn = 92.5-89.4%).…”

“…phase diagram by G. Frank et al [8] (see Fig. 1), / In the present work, the phase equilibria in the In203-SnO 2 pseudo-binary system at high temperIn 2~0 4~0 6~0 80 Sn / ature region from 1473 to 1873 K were determined at*/,Sn using sintered specimens, and the solubility lines of each phase were clarified.…”

Influence of post-annealing on the structure and optical properties of ITO nanocrystals prepared by electrochemical method

“…The XPS peak for O 1s region shows a slight hump on the high energy side (Fig. 4(d)), and the corresponding Gaussian fitting gives two binding energies at 530.2 (O 1s-I) and 531.8 (O 1s-II) eV, and can be respectively attributed to bulk oxygen of ITO and to the O 2 À ions in oxygen deficiency regions [32][33][34]. The quantification of In 3d 3/2 and Sn 3d 3/2 gives In:Sn atomic ratio of nearly 9:1, and that of O 1s-II shows certain oxygen deficiency, which indicating the presence of oxygen vacancies.…”

Synthesis of indium tin oxide nanotubes using 2-methoxyethanol as solvent via simple template method

“…Indium atoms have a full complement of six nearest O 2− ions. Peak 2 at 532.08 eV is corresponded to the O 2− ions in oxygen deficiency regions [22,23], which shows that oxygen deficiencies exist in ITO nanotubes. The binding energy of Sn3d5/2 (Fig.…”