The crystal structure of rutile as a function of temperature up to 1 600 ℃[ J ]. Z Kristallogr, 1991, 194: 305 - 313.Sugiyama K, Takeuchi Y (1991) The crystal-structure of rutile as a function of temperature up to 1600 °C. Z Kristallogr 194:305-313...
Figure 2 illustrates several structure types in polyhedral representation. The chain nature of the structure of rutile (TiO2) is clearly seen in Figure 2, a. In this structure, the Ti-centered octahedrons linked by sharing edges form chains parallel to the c-edge of the unit cell. This struc...
The crystal structure of rutile (TiOz) has been studied at high temperatures up to about 1600° C based on sets of single crystal X-ray diffraction intensities collected on a four-circle diffractometer. The thermal expansion coefficients for the a-and c-axes in the measured temperature range ...
Bolzan AA, Fong C, Kennedy BJ, Howard CJ (1997) Structural studies of rutile-type metal dioxides. Acta Cryst B53:373–380 CAS Google Scholar Bortz M, Bertheville B, Böttger G, Yvon K (1999) Structure of the high pressure phase γ-MgH2 by neutron powder diffraction. J Alloys Comp...
Furthermore, the crystal structure, surface characters of quartz and clinochlore, and the solution chemistry of oleic acid as the anionic collector were analyzed. With increasing the annealing temperature, the crystal structure changes from anatase to rutile and the crystallite size increases. The cryst...
c Surface structure of TiO2 (100) Full size image On the (001) surface, all Ti atoms are fourfold-coordinated and all O atoms twofold-coordinated. Hence, it has been proposed that the number of broken bonds on this surface is higher than on the other low-index rutile surfaces discussed ...
The chain nature of the structure of rutile (TiO2) is clearly seen in Figure 2, a. In this structure, the Ti-centered octahedrons linked by sharing edges form chains parallel to the c-edge of the unit cell. This structure type is exhibited by many binary compounds, for example, MnO2, ...
The generation of plausible crystal structures is often the first step in predicting the structure and properties of a material from its chemical composition. However, most current methods for crystal structure prediction are computationally expensive, slowing the pace of innovation. Seeding structure pred...
Interpretation Detail(s): complete structure determined, Rietveld refinement; 78 reflections, wRP = 0.0827; RB = 0.0154 Sample Detail(s): sample prepared from TiO2 rutile, SrCO3, amounts of SrTiO3 (4.8 wt.%), powder (determination of cell and structural parameters) Substance Summary Standard...
Interpretation Detail(s): cell parameters determined and structure type assigned Sample Detail(s): sample prepared from TiO2 rutile, MnO, single crystal (determination of cell parameters) Substance Summary Standard Formula: TiMnO3 Alphabetic Formula: MnO3Ti Published Formula: MnTiO3 Refined ...