Person without affiliation with CUNI at Faculty of Mathematics and Physics
Classes
- Chemical Physics and Thermodynamics of Waste RecyclingNBCM057 | Faculty of Mathematics and Physics
- Applied Chemical PhysicsNBCM089 | Faculty of Mathematics and Physics
- Practical Methods of Modern Chemical Physics and Sensorial Analysis of Condensed SystemsNBCM136 | Faculty of Mathematics and Physics
- Fibre Optical Sensors and Their UseNOOE037 | Faculty of Mathematics and Physics
Publications
- Simultaneous automatic determination of pH, turbidimetric, colorimetric, coagulation, flocculation and sedimentation kinetic profiles2012 | Faculty of Mathematics and Physics
- Monitoring of bacteria growth, coagulation, flocculation and sedimentation by improved turbidimetric methods2011 | Faculty of Mathematics and Physics
- Microprocessor control dual-channel process hazemeter-photometer in a turbidimetric mode for on-line measurement of mash lautering - filtration having low sensitivity to colour changes, special signal averaging and smoothing - research, development and realizationPublication without faculty affiliation
- Analysis of errors and factors influencing results of turbidimetric titration measurement for assessment of colloidal beer stability made by the apparatus BETA-2000Publication without faculty affiliation
- Application of the DATTS (dual-angle turbidimetric titration system) measuring technology for the process monitoring of the performance of the ion-exchange stabilization technology of beer +1Publication without faculty affiliation
- Research, development and realization of the prototype apparatus for combined acidification and turbidimetric analyses of the viability and vitality of process brewing yeast strains +1Publication without faculty affiliation
- The apparatus for turbidimetric titration +1Publication without faculty affiliation
- Calibration of process and laboratory turbidimetric measurementsPublication without faculty affiliation
- Optimization of the process turbidimetric measurements.Publication without faculty affiliation
- A new rapid high-throughput method for prediction of beer colloidal stability2016 | Faculty of Mathematics and Physics
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