In-situ observation of particles deposition process on a ferromagnetic filter during high-gradient magnetic separation process

Development of magnetic separation system for thermal power plants

“…Our previous work [6,8] suggests that accumulated magnetite particles make bridges between wires, disturb the flow, and increase pressure loss. In a typical matrix, wires are located in the stream to increase particle collision cross‐sections of wires with particles flowing, as shown in Fig.…”

Development of a Single‐Use Device and an Associated Optical Measurement Method for Automated Magnetic Bioseparation

“…For the description of HGMS processes, video recordings of particle separation at single separation elements have already been made 19–26. In contrast, in the work of Kampeis et al.…”

“…For the description of HGMS processes, video recordings of particle separation at single separation elements have already been made [19][20][21][22][23][24][25][26]. In contrast, in the work of Kampeis et al [27] and Shaikh [14], optical monitoring of particle separation via the characteristic particle accumulation zones on structured separation matrices (with multiple matrix elements) was realized with a charge-coupled device (CCD) camera.…”

Effect of the Operating Parameters on the Magnetic Filter Constructed from the Granular Beds

“…Recently, new application areas of electromagnetic filters in medicine, [3,[9][10][11][12], chemical technology and nanofluid systems [10,13] have been rapidly increased. The performance of these filter equipments depends on the magnetic, hydrodynamic, geometric and rheological parameters of the system to be cleaned [13][14][15][16][17]. In order to suggest a general theory for this process, effects of all these parameters must be known, however, there are not many studies carried out to enlighten these points.…”