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Employees of the AMT&C Group are co-authors of the patent "Method for compensating magnetic forces in magnetic refrigeration (thermal) machines with linear regenerator movement"

Employees of AMT&C group of companies are co-authors of the patent for the invention "Method for Compensating Magnetic Forces in Magnetic Refrigeration (Heat) Machines with Linear Movement of the Regenerator".

Full list of patent authors: Yu.I. Spichkin, E.P. Krasnoperov, V.S. Korotkov, B.B. Kovalev, V.I. Zverev, A.M. Tishin.

The patent holder is the Federal State Budgetary Institution "National Research Center "Kurchatov Institute".

A more detailed description of the patent can be found at the link.
More in this category: « The article "Enhanced cytotoxicity caused by AC magnetic field for polymer microcapsules containing packed magnetic nanoparticles" was published Hohhot Baolifeng Trading Co., LTD has become the official distributor of LLC "AMT&C" production in the China region »
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  • Heat capacity measuring insert
    Heat capacity measuring insert
  • Setup for express measurement of magnetocaloric effect
    Setup for express measurement of magnetocaloric effect
  •        Magnetocaloric effect measuring setup
    Magnetocaloric effect measuring setup
  • Magnetic field systems with extended uniformity area
    Magnetic field systems with extended uniformity area
  • Adjustable magnetic system with the possibility of the field vector rotation
    Adjustable magnetic system with the possibility of the field vector rotation
  • Adjustable magnetic field systems for optical experiments
    Adjustable magnetic field systems for optical experiments
  • Axial magnetic field systems
    Axial magnetic field systems
  • Induction magnetometer
    Induction magnetometer
  • Magnetic field system for non-destructive testing of vacuum devices
    Magnetic field system for non-destructive testing of vacuum devices
  • Permanent magnet assemblies for magnetic flaw detection
    Permanent magnet assemblies for magnetic flaw detection
  • High-intensity Halbach type magnetic field systems
    High-intensity Halbach type magnetic field systems
  • Adjustable PM systems of highly intensive magnetic field
    Adjustable PM systems of highly intensive magnetic field
  • Electromagnets
    Electromagnets
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