Associate professor

dr. Perlakiné Patkó Csilla

PhD

1111 Budapest, Műegyetem rkp. 3.

+36 1 463 3948

Groups

Faculty

Department

1. Patkó Cs. (2013): Evaluation of volatile organic components of indoor air of a newly-built

wooden frame house in the last four seasons.Conference Proceedings Part (A) 4th

INTERNATIONAL CONFERENCE “TO PROTECT OUR GLOBAL ENVIRONMENT FOR

FUTURE GENERATIONS” ICEEE-2013, 20 – 21 November 2013, Óbuda University Budapest,

Hungary, 229-237pp ISBN: 978-615-5018-93-0

2. Patkó Cs., Pásztory Z. (2013): Formaldehid koncentráció egy újépítésű, vázszerkezetes

épületben. (Formaldehyde concentrations in a new timber-framed building.) Faipar, LXI

2013/3:23-29

3. Patkó Cs., Pásztory Z. (2013): Fa és faalapú építőanyagok emissziója ( Emissions from wood

and wood-based construction materials). Faipar, LXI. 2013/4:12-21

4. Patkó Cs., Patkó I., Pásztory Z. (2013): Indoor Air Quality testing in Low-Energy wooden

houses: Measurement of formaldehyde and VOC-s. Acta Polytechnica Hungarica, Volume 10,

Issue Number 8/ 2013, 105-116pp DOI: 10.12700/APH.10.08.2013.8.6 IF:0,58

5. Patkó Cs., Patkó I., Pásztory Z. (2013):The presence of volatile organic compounds (VOCs)

indoors during the heating season: in situ emission study of a frame-house. Acta Mechanica

Slovaca, Volume 17, Issue Number 3/ 2013, 70-79pp DOI: 10.2478/mecslo-2013-0031

6. Patkó I., Szeder A., Patkó Cs. (2013): Evaluation the impact tilt angle on the sun collectors.

Energy Procedia 32 (2013), International Conference on Sustainable Energy Engineering and

Application, 222 – 231pp DOI: 10.1016/j.egypro.2013.05.029

The effects of wooden building materials on the indoor air quality of houses, Budapest, November 18-19, 2021, young scientist