3. 提出一种纳米磁流体与干涉型集成光波导相结合的磁场传感器。文中模拟

3. 提出一种纳米磁流体与干涉型集成光波导相结合的磁场传感器。文中模拟分析了填充磁流体波导的谐振波长随磁场变化的规律，从而得到磁场强度与谐振波长的关系，实现磁场测量。模拟表明，该磁场传感器的分辨率为0.183 Oe。具有尺寸小，方便进行集成化和阵列化的特点，在磁场测量方面有用一定的应用前景。

結果 (英文) 1:

3. Nano-magnetic fluid with the combination of interferometric integrated optical waveguide magnetic field sensors. Simulation analysis of magnetic fluid waveguide filled with magnetic field variation of resonant wavelengths, resulting in magnetic resonance wavelength and intensity of the relationship to achieve magnetic field measurements. Simulations show that the magnetic field sensor resolution of 0.183 Oe. Small size, easy integration and array of features, useful for certain applications in magnetic field measurement.

結果 (英文) 2:

Propose a nano-magnetic fluid magnetic field sensor with an integrated optical waveguide interferometer type combination. This paper analyzes the resonance wavelength simulated magnetic fluid filled waveguide with the variation of the magnetic field, resulting in the relationship between the magnetic field strength and the resonance wavelength, to achieve magnetic field measurement. Simulation results show that the magnetic field sensor with a resolution of 0.183 Oe. Small size, easy to integrate and array of features useful in certain applications in magnetic field measurements.

結果 (英文) 3:

3 a magnetic field sensor based on the combination of nano magnetic fluid and interference type integrated optical waveguide is proposed. In this paper, we simulate and analyze the law of the resonant wavelength with the change of the magnetic field, and get the relationship between the magnetic field intensity and the resonant wavelength, and realize the magnetic field measurement. The simulation results show that the resolution of the magnetic field sensor is 0.183 Oe. With a small size, easy to integrate and the characteristics of the array, in the field of measuring the usefulness of a certain application prospects.