To understand possible interaction between magnetic and electric order parameters of Fe-doped Sr_(x)Ba_(1-x)Nb_(2)O_(6)(SBN),Fe-doped Sr_(0.5)Ba_(0.5)Nb_(2)O_(6)(SBN50)and Sr_(0.4)Ba_(0.6)Nb_(2)O_(6)(SBN40)are synthes...To understand possible interaction between magnetic and electric order parameters of Fe-doped Sr_(x)Ba_(1-x)Nb_(2)O_(6)(SBN),Fe-doped Sr_(0.5)Ba_(0.5)Nb_(2)O_(6)(SBN50)and Sr_(0.4)Ba_(0.6)Nb_(2)O_(6)(SBN40)are synthesized and investigated.Synthesis has been carried out via ceramic route.The paper reports synthesis,crystal structure,dielectric properties,P-E hysteresis loops,M-H hysteresis loops and magneto-capacitance of the Fe-doped SBN compositions.All the compositions are observed to exhibit a useful value of magnetocapacitance,especially at frequencies less than 10 kHz.展开更多
文摘To understand possible interaction between magnetic and electric order parameters of Fe-doped Sr_(x)Ba_(1-x)Nb_(2)O_(6)(SBN),Fe-doped Sr_(0.5)Ba_(0.5)Nb_(2)O_(6)(SBN50)and Sr_(0.4)Ba_(0.6)Nb_(2)O_(6)(SBN40)are synthesized and investigated.Synthesis has been carried out via ceramic route.The paper reports synthesis,crystal structure,dielectric properties,P-E hysteresis loops,M-H hysteresis loops and magneto-capacitance of the Fe-doped SBN compositions.All the compositions are observed to exhibit a useful value of magnetocapacitance,especially at frequencies less than 10 kHz.
