Schedule of lectures of F7ABBTZS (semester B251)

Week Par Date Time Hours Room Subject Teacher
1 1 Sep 23, 2025 16:00 2 KL:B-420 CT (computed tomography) - disadvantages of conventional X-ray diagnostics. Basic principle of CT. System layout. The basic physical principle of CT. CT generation development. HW and SW doc. Ing. Martin Rožánek, Ph.D.
2 1 Sep 30, 2025 18:00 2 KL:B-420 CT - helical CT X-ray, multi-slice CT X-ray (MSCT, MDCT), DSCT/DECT (photon CT), CT number, CT detectors doc. Ing. Martin Rožánek, Ph.D.
3 1 Oct 7, 2025 16:00 2 KL:B-420 CT - basic principles of image reconstruction - CT systems (direct back projection, Radon transform, filtered back projection) doc. Ing. Martin Rožánek, Ph.D.
4 1 Oct 14, 2025 16:00 2 KL:B-420 CT - analytical reconstruction of CT systems (2D Fourier transform, iterative reconstruction) doc. Ing. Martin Rožánek, Ph.D.
5 1 Oct 21, 2025 16:00 2 KL:B-420 MR (magnetic resonance) - physical base (spin, precession, Larmor frequency). Magnetic field radio frequencies, phase coherence and precession, resonance, RF pulse, MR signal generation, free precession signal (FID) Ing. Tomáš Dřížďal, Ph.D.
6 1 Oct 28, 2025 16:00 0 KL:B-420 National Day - Day Off - without teaching Ing. Tomáš Dřížďal, Ph.D.
7 1 Nov 4, 2025 16:00 2 KL:B-420 MR - Relaxation, relaxation times, resp. time constant T1, T2, RF puls, pulse sequencies and contrast relationship, SR, SE and IR Ing. Tomáš Dřížďal, Ph.D.
8 1 Nov 11, 2025 16:00 2 KL:B-420 MR - coding of the spatial position of the voxel, the gradient field, the meaning of the pulse diagrams (sequences, protocols) Ing. Tomáš Dřížďal, Ph.D.
9 1 Nov 19, 2025 10:00 2 KL:A-104 MR - the base of the Fourier reconstruction method, the basic components of the MR system Ing. Tomáš Dřížďal, Ph.D.
10 1 Nov 25, 2025 16:00 2 KL:B-420 Computed tomography systems in nuclear medicine (SPECT, PET). Hybrid imaging systems (angio/CT, SPECT/CT, PET/CT, PET/MR). Ing. Tomáš Dřížďal, Ph.D.
11 1 Dec 2, 2025 16:00 2 KL:B-420 US (ultrasound) imaging systems - basic sound field variables. General structure. US probes/transducers. Linear-array probe and phased-array sector probe. Mechanical and electronic decomposition systems. Spatial resolution. Focusing. Examples. doc. Ing. Jiří Hozman, Ph.D.
12 1 Dec 9, 2025 16:00 2 KL:B-420 US imaging systems - display modes (A, B, C, M, or TM, Doppler), relevant US probes doc. Ing. Jiří Hozman, Ph.D.
13 1 Dec 16, 2025 16:00 2 KL:B-420 US Doppler systems (Doppler effect, applications in medicine, general demodulation scheme) doc. Ing. Jiří Hozman, Ph.D.
14 1 Jan 6, 2026 16:00 2 KL:B-420 US Doppler systems (FFT based demodulation, CW, PW arrangement, color Doppler imaging, parameters, properties) doc. Ing. Jiří Hozman, Ph.D.
Total 26