Abstract
The Hall coefficient in single crystals of titanium has been measured at room temperature as a function of their crystallographic orientation in a magnetic field. Six rectangular plates were cut from crystals of 99.97% or higher purity. The direction of the c axis was determined by x-ray techniques, and the coefficient was measured using both a 3-probe and a 2-probe dc method. The principal components of the Hall tensor were determined to be R∥ = +7.1 × 10−11 and R⊥ = −10.8 × 10−11 m3/C. The components R∥ and R⊥ are the Hall coefficients when the c axis of the hexagonal crystal is parallel and perpendicular respectively to the applied magnetic field.
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