Wyniki wyszukiwania - Biblioteka Nauki

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Professor Andrzej Zieliński - In memoriam

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Krol T. , Zielinski T.

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nr 4

EN

Professor Andrzej Zieliński, for many years the Scientific Director of the Institute of Oceanology, Polish Academy of Sciences in Sopot, died on 29 April 2003 at the age of 65. A physicist by education, he held the doctoral degree in technical sciences and the Polish habilitacja in physics. Throughout his career, he was an outstanding researcher in plasma physics and atmospheric and marine physics, a university lecturer, an advisor and supervisor for numerous doctoral dissertations and a scientific administrator. Prof. Zieliński graduated from the Department of Physics at Nicolaus Copernicus University in Toruń in 1961. He successfully defended his doctoral dissertation on the theory of high-temperature combustion and was awarded the doctoral degree in the field of technical sciences by the Mechanical Engineering Department of the Technical University of Gdańsk in 1968. In 1978 he earned the Polish habilitacja in the field of physics for his theoretical research on a high-power CO2 fluid flow laser. Prof. Zieliński played a key role in the conceptual development and the subsequent construction of this laser as a member of the team at the Fluid-Flow Laser Laboratory at the Szewalski Institute of Fluid-Flow Machinery, Polish Academy of Sciences in Gdansk. The team received awards from the Scientific Secretary of the Polish Academy of Sciences in 1971 and 1977 for this work. In 1980 Prof. Zieliński began working at the Department of Oceanology, which became the Institute of Oceanology, Polish Academy of Sciences in Sopot in 1984. For many years he was the Director of the Marine Physics Department and served as the institute's Scientific Director from 1990 to 2001. His main interests while at the Institute of Oceanology included modeling thermal and dynamic phenomena in the sea including the biological processes in the upper layer of the sea, the exchange of mass and energy between the sea and the atmosphere as a result of marine aerosol generation and optical phenomena in the atmosphere and the sea with an emphasis on modeling light interaction with phytoplankton cells. Prof. Zieliński was the founder of the Institute of Oceanology's Lidar Laboratory, where state-of-the art lidar methods were developed and applied to processes of aerosol exchange between the sea and the atmosphere and in the studies of fluorescence spectra in the sea. Prof. Zieliński maintained productive working relationships with numerous groups of researchers from institutions such as the University of Gdańsk, University of Szczecin, Pomeranian Pedagogical Academy in Słupsk and the Marine Academy in Gdynia. In addition to scientific cooperation, Prof. Zieliński willingly shared his knowledge and organizational talents and served in the capacity of lecturer in the fields of physics and geophysics. He was an esteemed teacher who was well liked and highly appreciated by his students and colleagues. Prof. Zieliński was a member of many scientific organizations, including the State Committee for Scientific Research, the editorial board of Oceanologia, the Scientific Board of the Szewalski Institute of Fluid-Flow Machinery in Gdańsk; the Committee for Marine Research, PAS; the Committee for Polar Research, PAS; the National Committee on The International Union of Geodesy and Geophysics (IUGG); the Scientific Committee for Ocean Research (SCOR); and the International Association for the Physical Sciences of the Oceans (IAPSO). He served as the Polish representative to the latter two organizations. His scientific portfolio includes over 120 scientific publications, including more than 50 on the subject of the physics of lasers. Prof. Zieliński always shared his knowledge and experience generously and provided numerous graduate students and doctoral candidates with valuable advice. His last doctoral dissertation review remains unfinished. Prof. Zieliński died while writing it. He will remain with us in our thoughts and through the continuous progress of all those who were lucky enough to work and learn from him.

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Alternatywa dla tradycyjnych metod

84%

Stryczek S. , Gonet A. , Wiśniowski R.

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2005

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tom Nr 1

41-43

PL

W artykule opisana została geoinżynieria jako dyscyplina nauk technicznych.

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Inżynier: wiedza, technika, technologia

84%

Sobczak R.

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2017

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tom Nr 52

115--118

PL

Na prestiż zawodu inżyniera pracowali wybitni inżynierowie współpracujący z biznesmenami obdarzonymi wyobraźnią. Kształcąc przyszłych inżynierów z zastosowaniem e-technologii warto wiedzieć na czym polega unikalność kształcenia inżynierów i czy stosowanie e-technologii może nam w tym pomóc. Pomóc utrzymać prestiż tego zawodu. W pracy przedstawiono najważniejsze zadania inżyniera i zestawiono je z oczekiwaniami wyrażonymi w Polskich Ramach Kwalifikacji. Pokazano unikalność procesu projektowania obiektów i procesów technicznych wśród oczekiwanych umiejętności absolwentów wyższych uczelni. Wskazano też różnicę między techniką a technologią, w tym również e-technologią. Zasygnalizowano również istotne zagrożenie dla dobrego kształcenia przyszłych inżynierów jakim jest słaby kontakt uczelni technicznych ze środowiskiem gospodarczym.

EN

The prestige of the profession of engineer is a result of work of eminent engineers who cooperated with businessmen gifted with imagination. When educating future engineers with the usage of e-technology it is good to know what is the uniqueness of engineering education and if e-technology can be helpful in this process. In this paper, there were identified most important tasks of an engineer and they were compiled with the expectations expressed in The Polish Qualifications Framework. It was shown that the process of designing objects and processes is a unique expectation towards university graduates. The difference between technique and technology (including e-technology) was indicated as well. It was also signaled, that poor cooperation between technical universities and business is a real danger for good education of future engineers.

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Die Sägegatter in der deutschsprachigen Literatur des 19. Jh. Exner 1840-1931

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Dobrowolska E. , Kozakiewicz P.

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tom 77

DE

Die Sägegatter in der deutschsprachigen Literatur des 19. Jh. Exner . Im letzten Teil der Artikel über die Sägegatter in der deutschsprachigen Literatur aus dem 18. und 19. Jh. wurden drei bedeutende Autoren und ein Anonymus aus dem 19. Jh. zitiert. Die Veröffentlichungen zeigen die Entwicklung und den Stand der Gattersägen im 19. Jh.

PL

Traki w niemieckojęzycznej literaturze 19 wieku. Exner 1840-1931. W niniejszym artykule poświęconym trakom używanym w przemyśle drzewnym w XIX wieku przedstawiono opisy tych maszyn podane przez Wilhelma Exnera (ur. 9 kwietnia 1840 roku w Gänserndorf w Austrii, a zmarłego 29 maja 1931 roku w Wiedniu). Już w wieku 28 lat Exner został profesorem Akademii Leśnej w Mariabrun, a od roku 1875 jej kierownikiem. Wilhelm Exner był również Prezydentem Austriackiego Związku Przemysłowców, Inżynierów i Leśników. Jego prace o obrabiarkach do drewna należą do kanonu XIX-wiecznej literatury technicznej. Na zamieszczonych w artykule ilustracjach pokazano przykłady popularnych ówcześnie traków: między trak o drewnianej ramie używany w Pensylwanii (USA), trak z bezpośrednim napędem ramy przy pomocy maszyny parowej oraz poziomy francuski trak do pozyskiwania fornirów.