It was found that the defect-related lifetime increased with increasing temperature, indicating vacancy-like defects. With increasing Fe doping, a loss of ...
It was found that the defect-related lifetime increased with increasing temperature, indicating vacancy-like defects. With increasing Fe doping, a loss of ...
About the defect structure in differently doped PZT ceramics: A temperature dependent positron lifetime study ˇ K. Drogowska, M. Elsayed, +1 author. A. Balogh ...
Sep 11, 2007 ˇ ... About the defect structure in differently doped PZT ceramics: A temperature dependent positron lifetime study, Ceramics International, 10.1016/j ...
About the defect structure in differently doped PZT ceramics: A temperature dependent positron lifetime study. Ceramics International, Volume 40, Issue 7 ...
Fig. 1 shows the temperature dependence of the mean lifetime for doped and undoped samples. Fig. 1 Mean positron lifetime τm in undoped ( ) and 1 mol% Fe ...
About the defect structure in differently doped PZT ceramics: A temperature dependent positron lifetime study. Article. Aug 2014; CERAM INT. K ...
Abstract. In the paper is demonstrated the use of positron lifetime spectroscopy (PLS) in a comparative study of the results in ferroelectrics.
About the defect structure in differently doped PZT ceramics: A temperature dependent positron lifetime study ˇ Site of incorporation and solubility for Fe ions ...
May 20, 2011 ˇ Pure and doped PZT ceramics have been widely used for different ... studied by temperature-dependence of the positron lifetime.3,4. II ...