In this work, twinning systems of tensile deformed commercial purity titanium were studied using the electron backscatter diffraction technique and Schmid factor analysis. The dependence of twinning on the matrix orientation was determined by the distribution map of the Schmid factor. The results showed that both [Formula: see text] [Formula: see text] compressive twins and [Formula: see text] [Formula: see text] tensile twins are dependent on the matrix orientation. Twins were activated in the grains with large values of twinning Schmid factor. The critical shear stress and Schmid factor of a grain determined the activation of a particular twinning system.

Yejin Fenxi

Improvement on method for spectrophotometric determination of iron in titanium alloy with 1,10-phenanthroline

Author: Zhang, Jinjie ; Xiang, Lunqiang

An improved method for determining Fe in Ti alloys by spectrophotometry with 1,10-phenanthroline was presented to overcome the disadvantage of conventional method (setting the chromogenic solution over night for eliminating the interference of >4 mg of V).A sample is dissolved rapidly with HF solution and complexed with saturated H₃BO₃, and Fe in the sample solution is determined by 1,10-phenanthroline spectrophotometry with HOAc-NH₄Ac as buffer and ternary organic ammonium salts (ammonium tartrate, ammonium citrate, and ammonium oxalate) as masking agents.The method shortened determination time and showed satisfactory results.

Hunan Youse Jinshu

Evaluation of uncertainty in determination of chlorine content in titanium sponge

Author: Xiang, Lun-qiang ; Zhang, Jin-jie

The uncertainty of measurement results of chlorine in sponge titanium was analyzed.The factors that affected the results were identified, and the value of the different components and the combined amount were assessed.The components, which have important influence on the determination results, were ascertained.It had important significance to improve the accuracy of the anal. for the further optimization method.

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