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Disambiguation of "Kozlov, Mikhail"

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Comparative analysis of different versions of a human model located inside a 1.5T MRI whole body RF coil.

, , , and . EMBC, page 1477-1480. IEEE, (2017)

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Mikhail Shamonin

Mikhail Pletyukhov

Mikhail Dobrynin

Mikhail Salzmann

Mikhail Karnevskiy

 

Other publications of authors with the same name

Effects of tuning conditions on near field of MRI transmit birdcage coil at 64 MHz., , and . EMBC, page 6242-6245. IEEE, (2016)Comparative analysis of different hip implants within a realistic human model located inside a 1.5T MRI whole body RF coil., , , and . EMBC, page 7913-7916. IEEE, (2015)Modeling RF-Induced Power Deposition and Temperature Rise of Coaxial Leads with Helical Wires., , and . EMBC, page 1895-1898. IEEE, (2019)Effect Of Incident Field Magnitude And Phase Distribution On Rfinduced Heating Due To Hip Implants., , , and . EMBC, page 1360-1363. IEEE, (2018)Modeling Electromagnetic Exposure in Humans Inside a Whole-Body Birdcage Coil Excited by a Two-Channel Parallel Transmitter Operated at 123 MHz, , , , and . IEEE Journal of Electromagnetics, RF and Microwaves in Medicine and Biology, 4 (4): 247-253 (December 2020)Investigating the effect of coil model losses on computational electromagnetic exposure of an ASTM phantom at 64 MHz MRI., , , and . EMBC, page 1481-1484. IEEE, (2017)Geometry optimization of 300 MHZ MRI overlapped dual-row transmit arrays., and . ISBI, page 572-575. IEEE, (2015)Analysis of RF transmit performance for a 7T dual row multichannel MRI loop array., and . EMBC, page 547-553. IEEE, (2011)Analysis of power deposition and temperature rise due to presence of an implant inside a 1.5 t MRI RF coil., and . EMBC, page 5797-5800. IEEE, (2015)Radio frequency induced heating of an insulated wire during magnetic resonance imaging., and . EMBC, page 6238-6241. IEEE, (2016)