Synthesis of titanium nitride nanopowder at low temperature from the combustion synthesized precursor and the thermal stability

Understanding the Charge Storage Mechanism and Electrochemical Performance on the Poly[Ni(salen)]-modified Electrode Electropolymerized with Different Sweep Rate

“…[1][2][3][4] The salen type transition metal conducting polymer could be polymerized to the anode and form electrochemical active films in solvents with weak donor numbers (acetonitrile and solvents with lower DN values) which prompted their use in heterogeneous electrocatalysis. [5][6][7] In nonaqueous electrolyte system, the electroactive films could not only change reversibly at a higher voltage between neutral and oxidation state, 8 but also can change reversibly at a lower voltage between neutral and reduction state, 9,10 in order to storage and release charge continuously. In addition, this kind of polymeric transition mental complexes is widely believed to possess both redox conductivity and electron conductivity, 8,9 which leads to dramatic changes in high rate charge transition.…”

TiN-coated micron-sized tantalum-doped Li4Ti5O12 with enhanced anodic performance for lithium-ion batteries

“…There is no obvious new peak for the samples Oxidation of TiN to TiO 2 may occur at a wide range of temperatures (450~900 °C) in air [33][34][35][36][37][38]. The corresponding chemical reaction between TiN and O 2 is shown as equation (1).…”

A titanium nitride nanotube array for potentiometric sensing of pH

“…The sensitivity of the TiN electrode was validated by immersing the electrode in B-R buffer solution of pH 2.0-11.0 at 20 °C and the data are repeated 3 times. For comparison, the pH sensitivity of TiN nanopowder (NP) 41 synthesized through a low-temperature-self-propagating-process, TiO 2 NTA were also tested. As for the Ti electrode, it tends to be oxidized and its pH sensitivity is not measured.…”