Sentence examples for titanium monoxide from inspiring English sources
In its compounds, titanium exhibits oxidation states of +2, +3, and +4, as in the oxygen compounds titanium monoxide, TiO, dititanium trioxide, Ti2O3, and titanium dioxide, TiO2, respectively.
The absorption of hydrogen in titanium "monoxide" was studied electrochemcially by potential-step and ac techniques.
Specifically, titanium monoxide hollow nanospheres are packed space efficiently and closely connected by carbon layers into microsized "clusters" as the sulfur host.
During cycling, the titanium monoxide polar layer in every nanocompartment effectively hinders the dissolution of polysulfides, resulting in superior cycling stability for the high-sulfur-loading electrode.
The present study of the electronic properties of titanium monoxide thin films is centered on the electrical and optical properties of nano-grain material.
In the present study, we try to improve the performance of the electrochemically synthesized barium ferrate cathode using non-stoichiometric binary titanium oxides: titanium monoxide (TiOx) and Magnѐli phases (TinO2n-1) addition performed throughout fabrication of plastic bonded cathode.
Here we rationally design a new self-standing host enabled by a 3D hierarchically-porous titanium monoxide-graphene composite film to overcome the two issues at once.
Moreover, when the areal sulfur loading was increased to 5.2 mg cm−2, the titanium monoxide-graphene/sulfur electrode delivered a high areal capacity of 3.2 mAh cm−2 after 300 cycles at 0.2 C, demonstrating excellent cycling performance compared with other recently reported sulfur cathodes with high areal sulfur loadings.
Benefiting from this attractive architecture, the freestanding titanium monoxide-graphene/sulfur cathode delivered a high initial capacity of 1350 mAh g−1 at 0.1 C, a Coulombic efficiency approaching 100%, and a high-rate capacity of 832 mAh g−1 at 2 C.
The design, construction, and performance of a non-contaminating titanium sampler for carbon monoxide (CO) are described.
In the biological arena, a ruthenium complex has been used to sensitize carbon monoxide dehydrogenase on titanium dioxide particles.
