Sensors for the detection of elementary particles

The receiver can be used as a sensor that can be installed aboard a spacecraft or devices for nuclear testing.
The receiver is designed to determine the gross energy and determinations of the passage of charged particle flow.


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The receiver with the anode of coincidence circuits to determine the energy and coordinate the passage of charged elementary particles


Devices for research on particle accelerators have been manufactured in a single copy in the interests of research laboratory

1. Multi voltmeter
Electronic payment and software destined for remote registration and synchronous signal processing of semiconductor temperature sensors to 16 independent channels.
2. orthogonal magnetic dipole
Three component magnetic dipole is built on a design orthogonal magnetic loop antennas in centimeter range of wavelengths. Was used to study the characteristics of pulsed magnetic field component directly in the area of ​​nuclear reactions.
3. Calorimeter soft X-rays
Sensitive calorimeter soft X-ray radiation-based insulation materials (insulation – slabs of KL “Buran”) and calibrated semiconductor temperature sensors.
4. The acoustic sensor protons
Built on the principle of absorption energy protons in the target lead and turning it into an acoustic wave that is registered piezo sensor. Click to check protons with an energy of 100 MeV. Deviation of charged particles carried in front of the sensor magnetic separator.
5. X-ray laboratory microscope
A simplified design space telescope “Chandra”. Calculations of surface geometry primary and secondary copper mirrors and designed Preliminary documentation vacuum X-ray microscope with an aperture of 1 inch and 3 x zoom.


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