Projects list
- Badanie nad sposobem aplikacji elektronicznych systemów wbudowanych w środki ochrony indywidualnej do monitorowania zmian parametrów ochronnych.
- Investigating the application of electronic systems built into personal protective equipment for monitoring changes in protective parameters
- Implementation of a method of testing resistance to misting of eye protectors
- Developing a method of indicating the processes of degradation of personal protective equipment caused by ultraviolet radiation
- Zastosowanie analizy Fouriera (FFT) i falkowej (FWT) do wizualizacji termalnej w systemach zintegrowanych ze środkami ochrony indywidualnej.
- Wdrożenie metody badania odporności na zaparowanie środków ochrony oczu
- Using fast Fourier transform (FFT) and fast wavelet transform (FWT) for thermal visualization in systems integrated with personal protective equipment
- Opracowanie metody indykacji procesów degradacji środków ochrony indywidualnej pod wpływem promieniowania nadfioletowego
Summary
Developing a method of indicating the processes of degradation of personal protective equipment caused by ultraviolet radiation
Project leader: Adam Pościk Ph.D. (Eng.)
Project summary:
The aim of the task was to develop a method of indicating the degradation of selected personal protective equipment caused by exposure to natural ultraviolet radiation. Within the task the following were developed: - a test stand for assessing the degradation of photochromic indicators caused by ultraviolet radiation - methodology of tests and 3 testing procedures for assessing the loss of protective parameters of personal protective equipment caused by UV radiation - information materials with the requirements and recommendations for users and manufacturers of personal protective equipment equipped with indicators of degradation processes caused by UV radiation - 3 models of indicators of photochromic degradation of selected personal protective equipment. Photochromic dyes were used in manufacturing indicators, they have the structure of spirooxazine and diarylethenes. Those indicators, because of their use in signalling loss of visibility of the background materials of warning clothing, have been called "visibility testers".
Project organization: Laboratory of Eye and Face Protection
Project period: 01.01.2008 – 30.12.2010