conclusion: Microwave heating carbon thermal reduction process of microwave synthesis of Ti (Cx, N1 – x) solid solution of x value is affected by many factors. To determine the ratio of raw materials and raw materials, strict control [Read More]

This shows that: (1) microwave carbothermal reduction can be a one-time synthesis Ti (Cx, N1-x) single-phase solid solution, but the impact factor synthesis process and more controlled conditions with high requirements, set beforehand to get the x value [Read More]

Obviously, the overall effect of the above is the thermodynamics and kinetics of the synthetic TiN and TiC reaction rate and production rate is closer, especially # 2 ingredients such effect some more obvious: since 2 # ingredient [Read More]

TiN and thermodynamic calculations based on synthetic and synthetic formulas Ti (Cx, N1-x) of the XRD patterns of TiC, synthetic Ti (Cx, N1-x) solid solution may be involved in the process of synthesis and the corresponding equation in [Read More]

For Program (1) and ((2), the thermodynamic minimum reaction temperature was 948 ℃ and 1084 ℃, the minimum gap between the reaction temperature reached 136 ℃, andmicrowave heating TiN and TiC synthesis results also showed high reactivity the [Read More]

Results and discussion Formula 2 after 1200 ℃ heat for 10 minutes and 1300 ℃ heat for 10 minutes and formula 1 through 1200 ℃ respectively, 1300 ℃ and 1400 ℃ were heat preservation after 10 minutes of microwave [Read More]

TiN and thermodynamic calculations based on synthetic and synthetic formulas Ti (Cx, N1-x) of the XRD patterns of TiC, synthetic Ti (Cx, N1-x) solid solution may be involved in the process of synthesis and the corresponding equation in [Read More]