本发明公开了一种利用磁补偿方法模拟流体微重力环境的装置,包括一对外线圈、一对内线圈、无磁不锈钢L型折板、主体支架、x‑y‑z三轴位移台、测力计、定位同心圆板、第一激励电源、第二激励电源、恒温水槽、方形截面空心紫铜线、冷却水汇流排和冷却水管接头。该装置利用内外两对电磁线圈分别产生的均匀磁场和均匀梯度磁场的合成磁场为线圈中心位置处的磁流体施加与重力反向的磁场力,其中均匀磁场使磁流体达到饱和磁化状态,均匀梯度磁场使磁流体内部任意一点受到与重力方向相反的磁场力而使磁流体达到微重力状态。该装置实验成本较低、维持时间长且稳定受控。
The invention discloses a device for simulating a fluid microgravity environment by using a magnetic compensation method. The device for simulating the fluid microgravity environment by using the magnetic compensation method comprises a pair of external coils, a pair of internal coils, a non-magnetic stainless steel L-shaped folding plate, a main body bracket, an x-y-z three-axis displacement platform, a dynamometer, a locating concentric circular plate, a first excitation power supply, a second excitation power supply, a constant temperature water groove, a square-section hollow red copper wire, a cooling water busbar and a cooling water pipe joint. According to the device for simulating the fluid microgravity environment by using the magnetic compensation method, by using a composite magnetic field of an uniform magnetic field and an uniform gradient magnetic field which are correspondingly generated by the internal and external pairs of electromagnetic coils, a magnetic field forcereverse to the gravity force is applied to magnetic fluids in the central positions of the coils, wherein the uniform magnetic field enables the magnetic fluid to reach a saturated magnetization state, and the uniform gradient magnetic field enables any point in the magnetic fluid to receive the magnetic field force, whose direction reverse to the gravity force direction, so that the magnetic fluid reaches a microgravity state. The device for simulating the fluid microgravity environment by using the magnetic compensation method has the advantages of lower experiment cost, long maintenance time and controlled stability.
一种利用磁补偿方法模拟流体微重力环境的装置
2022-08-30
Patent
Elektronische Ressource
Chinesisch
IPC: | B64G Raumfahrt , COSMONAUTICS |