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Nano Scale Domain Control Under Polarization Switching In Ferroelectric Lead Meta Niobate Single Crystal

机译:铁电引线铌酸盐单晶偏振切换下的纳米尺度域控制

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Ferroelectrics have received intense attention due to its great application potential in RAM devices and new types of sensors. The stability issue of ferroelectric domain in lead meta niobate (PbNb_2O_6) single crystal for its manipulation using electric field at nano scale control on the geometrical dimensions of domain is reported, which is highly desirable for both applications and fundamental study. The analytical parameters like critical radius of nucleation of domain (r_c), domain wall energy (α), critical energy of nucleation (ω_c), geometrical dimensions of domain for this peculiar ferroelectric crystal are calculated and condition of back-switching on removal of applied electric field is discussed.
机译:由于RAM设备和新型传感器的伟大应用潜力,铁电器引起了强烈的关注。据报道了在纳米尺度控制下,在纳米鳞片控制中,在纳米尺度控制下,在铅型铌酸盐(PBNB_2O_6)单晶中的稳定性问题,其在域的几何尺寸下进行操纵。这是对应用和基础研究的非常希望。计算域(R_C),域壁能量(α),核心核能(ω_C)的临界能量,域的临界能量,用于该特殊铁电晶体的几何尺寸等分析参数,并对施加的拆除后切换的条件讨论了电场。

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