Iranian Scientists Indigenize Magnetic Sensors with Application in Space, Telecommunication Industries
“Iranian researchers succeeded in developing the technology of magnetic fluxgate and magnetostrictive sensors,” Ahmad Soleimani, a commercialization expert at the Iranian Space Agency, told ANA.
He stated that the fluxgate magnetic sensor enjoys a high accuracy and performance range in measuring the magnetic field, adding, “This product has various applications like measuring changes in the static magnetic field and stability against environmental effects, with a long service life for orientation and magnetic anomaly detection.”
Soleimani explained that passive smart sensor based on multiple calibration algorithms, stability against shock, vibration and standard thermal vacuum cycles, high field performance range, suitable accuracy, resistant to electromagnetic interference, the ability to quickly respond to changes in the field and low power consumption are the prominent features of the product.
He noted that orientation, detection of magnetic anomaly, proximity switch in automation and system applications, collision prevention and passive identification are among the applications of the technology.
In a relevant development in June, researchers at Biochemistry and Biophysics Institute of the University of Tehran (UT) successfully managed to invent and register "digital instrument to measure magnetic field intensity".
Ali Akbar Mousavi Movahedi, a professor at the University of Tehran (UT), Shirin Mohammadi, Mahdieh Rehban and Parviz Nowrozi, were the researchers at the UT Biochemistry and Biophysics Institute that managed to obtain the patent for the digital Instrument to measure magnetic field intensity, according to a report by the University of Tehran’s public relations department.
This digital magnetic field measuring device is a magnetic measuring instrument that can be controlled with a computer from far away.
A smart control technology is used in the invention to produce a high-precision measuring instrument to measure magnetic field strength. It is specifically for the detection of the inductive magnetic field, which is based on a computer- and processor-controlled measuring system.
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