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Osiągnięcia z badań wkrótce

Hałas turbin wiatrowych i jego percepcja

13- On-line wind farm noise control

12- Noise annoyance studied in different situations: a comparison of results obtained in situ and laboratory conditions

11- Modelling Low-Frequency Noise of Wind Turbines

10- Comparison analysis of noise generated by wind turbines with the other noise source in outdoor environment13-

9- Wind Turbine’s Noise Annoyance Ratings Related to the Distance and Directivity of a Wind Turbine

8- Analysis of Wind Turbine Acoustic Signals in Terms of Detecting Amplitude Modulation and Frequency Deviation

7- Review of evaluation criteria for infrasound and low frequency noise in the general environment

6- Experimental Verification of Windshields in the Measurement of Low Frequency Noise from Wind Turbines

5- Evaluation of Annoyance Due to Wind Turbine Noise Based on Pre-learned Patterns

4- How to Determine the Annoyance Due to the Wind Turbine

3- Experimental Research of the AMWG Algorithm for Assessing Amplitude Modulation in Wind Turbine Noise

2- Experimental Verification of the Usefulness of Selected Infrasound and Low-frequency Noise (ILFN) Indicators in Assessing the Noise Annoyance of Wind Turbines

Hałas. Jak walczyć o ciszę i spokój – A. Preis

Infradźwięki – wskaźniki i kryteria oceny infradźwięków oraz hałasu

Czy wiatraki wytwarzające prąd stwarzają zagrożenie dla mieszkających w ich pobliżu ludzi?

Walka z mitami na temat energetyki wiatrowej. Wywiad z prof. Anną Preis z Katedry Akustyki UAM w Poznaniu

Seminarium Wykład prof. T. Wszołka

1- Road, Tram and Aircraft Traffic Noise Annoyance Related to the Numberof Noise Events and the Equivalent Sound Level

Wszystkie