KEF/AJF, APEL, ELMEA, EMG, FP1, FP2, FP3, FP5, MFT, MMM, PEL, TMN, TSFN, APNA1, APNA2, FZNA1, FZNA2, BFZN, BMAG, FYB2, FYB1, EXMB1, LPT2, ZANAN, TSII1, TSII2, UAA, ČMS1, MBAS, BLP3, BLP1, PELMA, BLP2, BNNE

Course: Digital Measuring Systems 1

Department/Abbreviation: KEF/ČMS1

Year: 2021 2022

Guarantee: 'Mgr. Petr Novák, Ph.D.'

Annotation: Students will reach knowledge about different types of measurement systems and its design. Main focus will be oriented to virtual instrumentation. Students know hardware and software standards used in this area.

Course review:
l>

Course: Nanophotonics and Nanoelectronics

Department/Abbreviation: SLO/BNNE

Year: 2021 2022

Guarantee: 'doc. Mgr. Jan Soubusta, Ph.D.'

Annotation: Brief introduction to nanophotonics, describing phenomena at the interface of solid state physics and optics. The lecture presents techniques of microscopy in near field and scanning probe microscopes. Next energetic conversion in nanostructures and utilization of nanostructures properties for efficiency increase is explained.

Course review:
- Basics of nanophotonics, spatial confinement: similarities and differences between photons and electrons, localization, tunneling. Interaction with nanostructures for photons (evanescent waves, plasma resonance) and for electrons (quantum mechanical size effect, Coulomb blockade). Overview of usage of mentioned phenomena in present and future components for optoelectronics - Photospectroscopy, overview of optical methods for studying nanostructures. Description of different methods of photoluminescence measurement utilizing microscopy and time resolution. - Near field scanning microscopy. Diffraction limit and optical system resolution. Principle of operation based on evanescent waves. Practical demonstration using scanning probe. Usage for the study of nanostructures. Principles of operation of scanning probe microscopy, study of spectroscopic properties of individual molecules. - Scanning tip microscopes, scanning tunneling microscopy (STM) and atomic force microscopy (AFM), modification of AFM with the use of other interactions: work function, electrostatic force, magnetic force, measurement with local detection of electric current of capacity - Energy transformation in nanostructures, basics of photovoltaic phenomenon in classical solar cells, effect limiting the efficiency of photovoltaic transformation, usage of properties of nanostructures for the increase of the efficiency: multiplication of carriers, photon fusion, multiple generation of charge carriers. Basics of photoelectrochemical cells: a dye-sensitized solar cells, photoelectrochemical decomposition of water.

Info nedostupné/Not available

Info nedostupné/Not available

 Návod k některým úlohám

Info nedostupné/Not available

Info nedostupné/Not available

Jednotlivé přednášky mají různí přednášející podle níže uvedeného rozpisu.

Místo a čas: úterý 13.15–14.45 na učebně LP-5008

Course: Nanotechnology

Department/Abbreviation: KEF/ZANAN

Year: 2021 2022

Guarantee: 'Mgr. Milan Vůjtek, Ph.D.'

Annotation: Introduction to the nanotechnology and its applications.

Course review:
Fundamentals of nanotechnology Introduction into quantum mechanics Nanoscopy Structure of nanomaterials Solid-state synthesis of nanomaterials Carbon nanostructures Photonic nanostructures Lithography Applications of nanotechnology in medicine Applications of nanotechnology in environment Riscs of nanotechnology

Course: Medical Instrumentation 2

Department/Abbreviation: KEF/LPT2

Year: 2021 2022

Guarantee: 'doc. RNDr. Roman Kubínek, CSc.'

Annotation:

Diagnostic methods, diagnostic applications of biopotentials , displaying methods in medical diagnostics, CT, MRI, ultrasound diagnostics, endoscopic diagnostic. Therapeutic methods .

Course review:
Diagnostic methods - definition of biosignal and its role in diagnostic-information system, amplifiers of biopotentials, sensing electrodes, origin, scanning and diagnostic applications of biopotentials (EKG, EMG, EEG), phonocardiography, measurement of blood flow and minute blood volume, pletysmography, measurement of blood pressure and pulse rate, devices for measurement of mechanics of breathing, classical X-ray diagnostic methods (skiascopy, skiagraphy), displaying methods in medical diagnostics, CT, MRI, ultrasound diagnostics (displaying, measuring of blood flow), endoscopic diagnostic (therapeutic) methods (construction of endoscope) Therapeutic methods - defibrillators, cardiac pacemakers, neuromuscular stimulators, urostimulators, gastrostimulators, magnetotherapy, diathermy, ultrasound therapy, treatment by ionization radiation - nuclear medicine, radiotherapy, Leksell gamma knife Surgical methods - kryosurgery, electrotomy and thermocoagulation, ultrasound surgery, applications of impulse waves, lasers and their medical uses Other methods - ventilating and anesthesiological systems, extra-corporeal cardiopulmonary circulation, extra-corporeal renal circulation (haemodialysis, haemofiltration, plasmapherosis), cardiac pacemakers, electrodes, hearing supports </ul>

 

Prezentace (ZIP PDF 18 MiB)

Přehledová prezentace (PDF 3,5 MiB)

Course: Physics 2 (Mechanics and Mol. Physics)

Department/Abbreviation: KEF/FYB2

Year: 2021 2022

Guarantee: 'Mgr. Lukáš Richterek, Ph.D.'

Annotation: Selected topics in mechanics, oscilations and waves and molecular physics and thermodynamics at the level of the basic undergraduate course.

Course review:

• Classification of physical quantities, system of SI units
• Kinematics of mass point
• Dynamics of mass point
• Gravitational field, motions in the gravitational field of the Earth
• System of mass points, solids
• Oscillations and waves
• Hydrostatics and hydrodynamics
• Molecular physics
• Basics of thermodynamics
• Acoustics - origin of sound, propagation of sound, ultrasound