Combustion synthesis processing of functionally graded materials in the Ti–B binary system

Microstructure and kinetics of a functionally graded NiTi–TiCx composite produced by combustion synthesis

“…The initial relative 'green' densities of each 5 mm layer are provided in Table 1. The powder stacking method has been shown to offer microstructure and geometry control while still being general enough to produce longer samples [27]. The FGM sample was placed in a combustion chamber on a tungsten resistance heater used for ignition.…”

Thermodynamic assessment of the Ti–B system

“…They are widely used in such areas as crucibles, electrode materials, and protective coatings [1][2][3][4]. Ti-B system has been assessed by Murray et al [5] and Bätzner [6], but both of them treated the compound solution phases TiB and TiB 2 as the stoichiometric compounds.…”

Approach to modify the properties of titanium alloys for use in nuclear industry

“…In the studied system, only TiB can be in equilibrium with titanium. There are several main directions ceramic-reinforced alloys based on TiB [15][16][17] or on TiC with TiB [18]. Note that the volume content of phases should not exceed the volume content of pores in the basic sintered composite.…”