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Słoma - przyorać czy sprzedać?

100%

Jozwiak R.

Wieś Mazowiecka. Mazowiecki Ośrodek Doradztwa Rolniczego w Warszawie

2014

nr 07-08

Rolnictwo ekologiczne krok po kroku

100%

Jozwiak R.

Wieś Mazowiecka. Mazowiecki Ośrodek Doradztwa Rolniczego w Warszawie

2011

nr 02

Bardzo kwaśne gleby - od czego zacząć?

100%

Jozwiak R.

Wieś Mazowiecka. Mazowiecki Ośrodek Doradztwa Rolniczego w Warszawie

2013

nr 11

Fosfor w uprawie kukurydzy

100%

Jozwiak R.

nr 04

Zagospodarowanie resztek pożniwnych

100%

Jozwiak R.

2018

nr 07-08

Uprawa orkowa czy uproszczona?

100%

Jozwiak R.

2018

nr 07-08

Seradela - niedoceniana roślina

100%

Jozwiak R.

nr 03

Przydatność żyta na kiszonkę

100%

Jozwiak R.

nr 02

Zatrzymajmy wodę w glebie

100%

Jozwiak R.

nr 04

Wapnowanie pierwszym zabiegiem pożniwnym

100%

Jozwiak R.

Wieś Mazowiecka. Mazowiecki Ośrodek Doradztwa Rolniczego w Warszawie

2014

nr 07-08

Wind effect simulation system in model tests of ship manoeuvrability

63%

Bednarek A. , Jozwiak R.

Polish Maritime Research

2007

nr Special Issue S2

Dependence on hydro-meteorological conditions in the test area is an “Achilles’ heel” of physical experiment used for assessment of ship manoeuvrability. Aerodynamic forces and moments generated on the ship upperworks distort significantly the measured values. The paper presents new testing tool in the form of physical simulation of wind effect enabling quantitative evaluation of distortion of the measurement results. Another feature of the system enabling compensation of real atmospheric conditions prevailing during the experiment is also presented. The wind effects simulation arrangement includes board data acquisition and processing system, automatic control system and executive system consisting of industrial fans

Stroke Bricks — spatial brain regions to assess ischaemic stroke localisation

45%

Ciszek B. , Jozwiak R. , Sobieszczuk E. , Przelaskowski A. , Skadorwa T.

2017

tom 76

nr 4

Computer-aided analysis of non-contrast computed tomography (NCCT) images for rapid diagnosis of ischaemic stroke is based on the augmented visualisation of evolving ischaemic lesions. Computerised support of NCCT often leads to overinterpretation of ischaemic areas, thus it is of great interest to provide neurologically verified regions in order to improve accuracy of subsequent radiological assessment. We propose Stroke Bricks (StBr) as an arbitrary spatial division of brain tissue into the regions associated with specific clinical symptoms of ischaemic stroke. Neurological stroke deficit is formally translated into respective areas of possible ischaemic lesions. StBr were designed according to formalised mapping of neurological symptoms and were attributed to the uniquely defined areas of impaired blood supply. StBr concept may be useful for an integrated radiological CT-based assessment of suspected stroke cases or can be included into computer-aided tools to optimise the evaluation of stroke site and its extent. These data in turn are appropriable for further diagnosis, predicting the therapeutic outcome as well as for patients’ qualification for an appropriate form of reperfusion therapy. The usefulness of StBr was illustrated in the case studies. (Folia Morphol 2017; 76, 4: 568–573)