Laboratory of applied physics and digital image processing
Workplaces
- Developmental electronic workplaces
- Soldering and mechanical workplaces
Samples of developed devices (Mgr. Dudka)
| ECL pulse generator 0-10 ns with 10ps resolution (In collaboration with Quantum Optics Laboratory) | Prototypes of digital time filters with FPGA |
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| Raman Spectrometer Control Unit (In cooperation with the Digital Optics Center) | Dynamic Motion Measuring Equipment for Stepper Engines (In cooperation with the Digital Optics Center) |
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| 8-channel LCD driver (In collaboration with Quantum Optics Laboratory) | Prototype of a current driver to generate a variable magnetic field for the Mössbauer spectrometer |
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| LCD Testing Driver (In collaboration with the Quantum Optics Laboratory) | Sub-nanosecond summation unit for coincidence measurement (In collaboration with the laboratory of quantum optics) |
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| 8-channel piezo element exciter (in collaboration with Quantum Optics Laboratory) | Test board of the device to accurately measure engine positions (In cooperation with the Digital Optics Center) |
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Physical Applications (doc. Bartoněk)
Examples of moiré techniques
Examples of using the MATLAB programming environment for creating 3D models by moiré technique on the example of dental fingerprint:
| Cast of dental printing | 3D model obtained by moiré technique |
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Examples of using the MATLAB program environment for creating 3D models by moiré technique on the example of a vocal slit vith a specified fonation:
| Cast of a slot of a cadaveric specimen | Detail of the vocal slit |
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| Contour lines of the vocal slit obtained by the moiré technique | 3D model of the vocal slim |
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Examples of the use of simulations
Conduction of heat in a metal plate
| Experimental assembly and measurement result |
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| Simulation of the heat conduction task in a metal plate using the simulation program COMSOL Mutiphysics |
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Moiré deflectometer
Measurement of the nonlinear refractive index of Fe2O3 nanoparticles of the samples using a moiré deflectometer.
| Design of the optical system | Detail of the assembly | View of the optical assembly |
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| Interferometric evaluation of Fe2O3 sample of nanoparticles in toluene |
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Biomechanical characterization
Examples of a measurement device for measurements of the cadaverous lumbar part of spine:
| Sample of cadaverous lumbar spine | Comparison of spinal deformation before and after application of fixation methods at the same sample load |
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| Manually operated device for measuring the pressure, bend and torsion of the sample | Computer-controlled device for measuring the pressure, bending and torsion of the sample |
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