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Magnetic hysteresis loops of NFO fe
Magnetic hysteresis loops of NFO ferrite on PZT are
presented in Fig. 3a. Well-defined magnetic hysteresisloops were observed when external magnetic field is applied
parallel and perpendicular to the film, showing an in-plane
coercivity of 190 Oe and an out-of-plane coercivity of
260 Oe, respectively. The saturation magnetization of the
NFO film is determined to be 245 emu/cm3.
The magnetostriction behavior of the NFO ferrite film on
PZT substrate was measured by a customer-made magnetostriction
tester, as shown in Fig. 3b. The magnetostriction
constant increases with the applied in-plane magnetic field,
reaching −10 ppm at 250 Oe, which is smaller than the saturation
magnetostriction constant of the pure NFO phase. This
may be due to the limited magnetic field strength of our
magnetostriction test system, which can supply the highest
magnetic field of 250 Oe. The NFO film is clearly not saturated
at 250 Oe according to the hysteresis loops in Fig.
presented in Fig. 3a. Well-defined magnetic hysteresisloops were observed when external magnetic field is applied
parallel and perpendicular to the film, showing an in-plane
coercivity of 190 Oe and an out-of-plane coercivity of
260 Oe, respectively. The saturation magnetization of the
NFO film is determined to be 245 emu/cm3.
The magnetostriction behavior of the NFO ferrite film on
PZT substrate was measured by a customer-made magnetostriction
tester, as shown in Fig. 3b. The magnetostriction
constant increases with the applied in-plane magnetic field,
reaching −10 ppm at 250 Oe, which is smaller than the saturation
magnetostriction constant of the pure NFO phase. This
may be due to the limited magnetic field strength of our
magnetostriction test system, which can supply the highest
magnetic field of 250 Oe. The NFO film is clearly not saturated
at 250 Oe according to the hysteresis loops in Fig.
0/5000
锆钛酸铅的 NFO 铁氧体磁滞循环是
在图 3 中提出。规整磁 hysteresisloops 观察到当应用外部磁场
平行和垂直的影片，显示在飞机
矫顽力 190 Oe 和面外矫顽力
260 Oe，分别。饱和磁化强度的
NFO 影片被确定为 245 动车组/cm3.
NFO 铁氧体薄膜的磁致伸缩行为
由客户提出的磁致伸缩测量压电陶瓷基片
测试仪，如图 3 b 所示。磁致伸缩
不断增加与应用飞机在磁场中，
达到 250 − 10 ppm Oe，小于饱和
磁致伸缩常数的纯 NFO 阶段。这
可能是由于有限的磁场力量我们
磁致伸缩测试系统，可以提供最高
250 磁场 Oe。NFO 影片显然不饱和
在 250 Oe 根据磁滞回路在图中。
在图 3 中提出。规整磁 hysteresisloops 观察到当应用外部磁场
平行和垂直的影片，显示在飞机
矫顽力 190 Oe 和面外矫顽力
260 Oe，分别。饱和磁化强度的
NFO 影片被确定为 245 动车组/cm3.
NFO 铁氧体薄膜的磁致伸缩行为
由客户提出的磁致伸缩测量压电陶瓷基片
测试仪，如图 3 b 所示。磁致伸缩
不断增加与应用飞机在磁场中，
达到 250 − 10 ppm Oe，小于饱和
磁致伸缩常数的纯 NFO 阶段。这
可能是由于有限的磁场力量我们
磁致伸缩测试系统，可以提供最高
250 磁场 Oe。NFO 影片显然不饱和
在 250 Oe 根据磁滞回路在图中。
正在翻譯中..
Magnetic hysteresis loops of NFO ferrite on PZT are
presented in Fig. 3a. Well-defined magnetic hysteresisloops were observed when external magnetic field is applied
parallel and perpendicular to the film, showing an in-plane
coercivity of 190 Oe and an out-of-plane coercivity of
260 Oe, respectively. The saturation magnetization of the
NFO film is determined to be 245 emu/cm3.
The magnetostriction behavior of the NFO ferrite film on
PZT substrate was measured by a customer-made magnetostriction
tester, as shown in Fig. 3b. The magnetostriction
constant increases with the applied in-plane magnetic field,
reaching −10 ppm at 250 Oe, which is smaller than the saturation
magnetostriction constant of the pure NFO phase. This
may be due to the limited magnetic field strength of our
magnetostriction test system, which can supply the highest
magnetic field of 250 Oe. The NFO film is clearly not saturated
at 250 Oe according to the hysteresis loops in Fig.
presented in Fig. 3a. Well-defined magnetic hysteresisloops were observed when external magnetic field is applied
parallel and perpendicular to the film, showing an in-plane
coercivity of 190 Oe and an out-of-plane coercivity of
260 Oe, respectively. The saturation magnetization of the
NFO film is determined to be 245 emu/cm3.
The magnetostriction behavior of the NFO ferrite film on
PZT substrate was measured by a customer-made magnetostriction
tester, as shown in Fig. 3b. The magnetostriction
constant increases with the applied in-plane magnetic field,
reaching −10 ppm at 250 Oe, which is smaller than the saturation
magnetostriction constant of the pure NFO phase. This
may be due to the limited magnetic field strength of our
magnetostriction test system, which can supply the highest
magnetic field of 250 Oe. The NFO film is clearly not saturated
at 250 Oe according to the hysteresis loops in Fig.
正在翻譯中..
对PZT的NFO铁氧体磁磁滞回线的
图3中提出了一 。定义良好的磁hysteresisloops进行观察时，被施加的外部磁场
平行和垂直于膜，显示190奥斯特的矫顽力和面内
外的260奥斯特的矫顽力
平面，分别。
NFO薄膜的饱和磁化强度被确定为245 emu/cm3。
在
PZT基板的NFO铁氧体薄膜的磁致伸缩行为是由一个客户测量了磁致伸缩
测试仪，如图3所示 B 。在平面内的磁场的磁致伸缩
常数增大，
达到−10 ppm在250 OE，这是小于纯NFO相饱和磁致伸缩常数
。这
可能是由于我
磁致伸缩测试系统有限的磁场强度，可供应250 OE最高
磁场。NFO电影显然是不饱和
250 OE根据图的磁滞回线
图3中提出了一 。定义良好的磁hysteresisloops进行观察时，被施加的外部磁场
平行和垂直于膜，显示190奥斯特的矫顽力和面内
外的260奥斯特的矫顽力
平面，分别。
NFO薄膜的饱和磁化强度被确定为245 emu/cm3。
在
PZT基板的NFO铁氧体薄膜的磁致伸缩行为是由一个客户测量了磁致伸缩
测试仪，如图3所示 B 。在平面内的磁场的磁致伸缩
常数增大，
达到−10 ppm在250 OE，这是小于纯NFO相饱和磁致伸缩常数
。这
可能是由于我
磁致伸缩测试系统有限的磁场强度，可供应250 OE最高
磁场。NFO电影显然是不饱和
250 OE根据图的磁滞回线
正在翻譯中..
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