Titanium is a very active metal element , and the effect of a number of elements which can occur, but can affect the properties of titanium and titanium alloys and titanium only those continuous or discontinuous elements of the solid solution is formed .
Role 1.β stabilizing element in titanium and titanium alloys in
β stabilizing elements include titanium located on the right side of the periodic table almost all transition elements and IB elements , about 30 species. The only real common dozen . Wherein the isomorphous β stabilizing elements molybdenum , vanadium, tantalum titanium stockists, niobium, eutectoid β stabilizing elements iron, chromium, manganese, copper , cobalt, nickel, tungsten, palladium and hydrogen. The unique role of hydrogen on titanium alloy will be described in relation to the impact of interstitial elements in titanium .
2.a role in stabilizing element in titanium and titanium alloys
The main elements of a stable aluminum , gallium , germanium, lanthanum , cerium, neodymium and oxygen , carbon, nitrogen, boron , etc. Titanium and titanium alloys in the industry 's most widely used is aluminum a stable element . Titanium aluminum can improve the tensile strength at room temperature and high temperature , high temperature has little effect on plasticity . Within the range of solubility , aluminum can effectively improve the elastic modulus of titanium , shear modulus,titanium sheet specific resistance and line expansion coefficient .
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