Urszula Joanna Błaszczak

Dr. Urszula Joanna Błaszczak

Bialystok University of Technology
orcid

Research Focus & Metrics

Academic Career Length

24Years (2003-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 September 2020 in Solar Energy
Verified
Journal Article
Open access
LBLaura Bellia
Laura Bellia
Urszula Joanna BłaszczakUrszula Joanna Błaszczak
Urszula Joanna Błaszczak
Francesca FragliassoFrancesca Fragliasso
Francesca Fragliasso
ŁGŁukasz Gryko
Łukasz Gryko

24 February 2024 in Building and Environment
Verified
Journal Article
Open access
Laura BelliaLaura Bellia
Laura Bellia
Urszula Joanna BłaszczakUrszula Joanna Błaszczak
Urszula Joanna Błaszczak
FDFrancesca Diglio
Francesca Diglio
Francesca FragliassoFrancesca Fragliasso
Francesca Fragliasso

27 January 2023 in Building and Environment
Verified
Journal Article
Open access
Laura BelliaLaura Bellia
Laura Bellia
Urszula Joanna BłaszczakUrszula Joanna Błaszczak
Urszula Joanna Błaszczak
FDFrancesca Diglio
Francesca Diglio
Francesca FragliassoFrancesca Fragliasso
Francesca Fragliasso

1 December 2013 in Metrology and Measurement Systems
Verified
Journal Article
Closed access
PDF file
Urszula Joanna BłaszczakUrszula Joanna Błaszczak
Urszula Joanna Błaszczak
UJUrszula Joanna
Urszula Joanna
The article proposes a method for measuring discomfort glare which uses numerical description of the phenomenon in the form of a digital luminance distribution map recorded on a CCD array. Essential procedures for determining partial quantities which are necessary for calculation of UGR index are discussed in detail, along with techniques for measuring position index and size of light sources, with regard to the parameters of the registering system and coordinates of the images of the sources on the array.

7 July 2023 in Materials
Verified
Journal Article
Open access
PDF file
EBEwa Borucińska-Parfieniuk
Ewa Borucińska-Parfieniuk
PZPrzemysław Zamojski
Przemysław Zamojski
WGWojciech Grodzki
Wojciech Grodzki
Urszula Joanna BłaszczakUrszula Joanna Błaszczak
Urszula Joanna Błaszczak
IZIzabela Zglobicka
Izabela Zglobicka
KKKrzysztof Kurzydlowski
Krzysztof Kurzydlowski
This paper depicts characteristics of degradation of walls of bioreactors made of polymethylmethacrylate (PMMA) which was used to culture algae. The degradation processes take place stimulated by lighting of external surface and interaction with cultured species on internal surface. Results presented are representative for degradation of a bioreactor tube after the 4-year cultivation of Chlorella sp. Microscopic observations, roughness and transmission tests showed that changes have occurred on the inner surface. The result of use is a decrease in transmission and an increase in roughness. Microscopic observations showed that particles remained after culture, especially in cracks.

15 January 2019 in Metrology and Measurement Systems
Verified
Journal Article
Closed access
PDF file
BŁBłaszczak
Błaszczak
Urszula Joanna BłaszczakUrszula Joanna Błaszczak
Urszula Joanna Błaszczak
ŁGŁukasz Gryko
Łukasz Gryko
ZAZając
Zając
ASAndrzej S.
Andrzej S.