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The chapter provides a overview of other necessary components of SQUID magnetometer systems focusing on SQUID electronics and on cryogenics aspects that are critical for SQUID performance.
Magnetic characterizations were also made using a superconducting quantum interference device (SQUID) magnetometer.
For instance, ferromagnetic materials could screen the diamagnetism of a superconductor and suppress the response in a SQUID magnetometer.
A high-Tc SQUID magnetometer operating in liquid nitrogen has been used.
We also proved mobile high-Tc DC SQUID magnetometer was feasible.
The pick-up loop is inductively coupled to a SQUID magnetometer.
SQUID magnetometer measurements indicate that AuNi gelatin samples are ferromagnetic at low temperature.
The axion effective field induced magnetization can be detected with a SQUID magnetometer.
Quantum design SQUID magnetometer was used to study the magnetic measurement.
We also measured the magnetization noise density from this material using a SQUID magnetometer.
The magnetic property was measured by the Quantum Design MPMS SQUID magnetometer.
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