A method and device for suppressing environmental noise
A technology of environmental noise and equipment, applied in the field of weak magnetic detection, can solve the problems of high complexity and inability to obtain the first-order gradient, and achieve the effect of simplifying the detection structure and improving the performance of noise suppression
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Embodiment 1
[0042] Compared with the traditional method, the environmental noise suppression method provided in this embodiment does not need to increase the first-order gradient reference quantity of the environmental magnetic field separately, and uses a gradiometer consistent with the preparation process and detection quantity of the detection channel as a reference, placed in the horizontal In the direction, the correlation characteristics of the gradiometer's own response are used to compensate, so as to achieve efficient noise suppression performance.
[0043] This embodiment provides an environmental noise suppression method, which is applied to environmental noise suppression equipment, and the environmental noise suppression equipment includes a detection gradient component, a reference gradient component, a three-axis magnetometer component of a superconducting quantum interference device, readout circuit. In this embodiment, a SQUID (Superconducting Quantum Interference Device)...
Embodiment 2
[0050] This embodiment provides an environmental noise suppression device 10, please refer to image 3 , which is a schematic structural diagram of an environmental noise suppression device in an embodiment. like image 3 As shown, the environmental noise suppression device 10 includes:
[0051] A non-magnetic Dewar 1 with an accommodating space. See image 3 , the non-magnetic Dewar 1 includes a non-magnetic Dewar plug 11 and a low-temperature connection seat 12, the non-magnetic Dewar plug 11 is used to seal the non-magnetic Dewar to form a closed space.
[0052] The detection gradient assembly 2 and the reference gradient assembly 3 are placed in the inner space of the non-magnetic Dewar 1 . In this embodiment, the detection gradient assembly 2 is composed of a detection gradient coil 21 and a detection superconducting quantum interference device 22 . The reference gradient assembly 3 is composed of a reference gradient coil 31 and a reference superconducting quantum i...
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