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
- Monitoring of bacteria growth, coagulation, flocculation and sedimentation by improved turbidimetric methods2011 | Faculty of Mathematics and Physics
- Hazemeter prototype II with termostabilised measuring chamber and increased sensitivity. Elastic light scattering intensity is measured at the angle 11o to the incident light beam for micro organism growth detection. Special software is a part of prototype. Software enables micro organism growing curves measurement and evaluation.Publication without faculty affiliation
- Hazemeter prototype with termostabilised measuring chamber and increased sensitivity. Elastic light scattering intensity is measured at the angle 11o to the incident light beam for micro organism growth detection. Special software is a part of prototype. Software enables micro organism growing curves measurement and evaluationPublication without faculty affiliation
- Hazemeter prototype III with termostabilised measuring chamber and increased sensitivity. Elastic light scattering intensity is measured at the angle 11o to the incident light beam for micro organism growth detection. Prototypes enables to measure simultaneously four samples. Special software is a part of the prototype. Software enables micro organism growing curves measurement and evaluation.Publication without faculty affiliation
- Research, development and realization of the prototype apparatus for the beer turbidity measurement at two angles of scattered light in standard cuvettes as well as in unopened bottles including PET type bottles +3Publication without faculty affiliation
- Authorized innovation of the technology of the process beer turbidity measurement +5Publication without faculty affiliation
- Authorized innovation of the prototype apparatus for continuos monitoring of microbial growing characteristics +1Publication without faculty affiliation
- Prototype of modular multiple sample bacterial growth monitor with termostabilised measuring chamber and increased sensitivityPublication without faculty affiliation
- A new rapid high-throughput method for prediction of beer colloidal stability2016 | Faculty of Mathematics and Physics
- Monitoring of the deformation of cereal grains by the acoustic emission technique2015 | Faculty of Mathematics and Physics
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