Кременчугский Государственный Университет Имени Михаила Остроградского
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A high gradient magnetic separator of nanoparticles into fractions is composed of a magnetic system, in the working gap of which a separation channel with a matrix is located, whose rods are arranged in parallel to the direction of fluid flow. In a working gap of a multipolar magnetic system separation channels with matrices are located, the magnetization of the poles of magnetic system is no more than the magnetization required for magnetization of ferromagnetic parts of matrix rods to the saturated state, but sufficient to magnetize the nanoparticles moving in the separation channels in the liquid flow to the saturated state, the matrices are made in the form of combined parallel rods, i.e. consist of ferromagnetic and non-magnetic parts.
UAU201313410U2013-11-182013-11-18High gradient magnetic separator of nanoparticles into fractions
UA88449U
(en)
SEPARATION DEVICE FOR SEPARATING A MIXTURE OF MAGNETIZABLE AND NON-MAGNETIZABLE PARTICLES WHICH ARE CONTAINED IN A SUSPENSION THAT IS CONDUCTED IN A SEPARATION CHANNEL
Separation device containing: a means for generating a magnetic field that provides an arrangement of coils, arranged in particular equidistant, which can be controlled by means of control devices in grooves of the cylinder head along the separation channel
SEPARATION DEVICE FOR SEPARATING MAGNETIZABLE AND NON-MAGNETIZABLE PARTICLES WHICH ARE TRANSPORTED IN A SUSPENSION FLOWING THROUGH A SEPARATION CHANNEL