4,293 research outputs found
Milan Milojevic (Art Forum)
Full text linkMilan Milojevic is head of printmaking at the Tasmanian School of Art. He discusses work made during a recent residency at COFA at UNSW, where he researched 18th and 19th century prints depicting the natural world
Tony Coleing : collaborative prints
Full text linkTony Coleing : collaborative prints
Catalogue to accompany an exhibition held at the Plimsoll Gallery, 24th July to 15th August 1993
curated by Milan Milojevic ; artists statements by Leigh Hobba and Bob Jenyn
Landfall : an exhibition of hand-pulled lithographs printed at Landfall Press, Chicago
Full text linkThis exhibition represents a selection of printers' proofs on which Milan Milojevic worked, as apprentice printer at Landfall
5 minutes with Milan Vojnovic
Full text linkProfessor Milan Vojnovic is a Chair in Data Science in the Department of Statistics, London School and Economics & Political Science. With the publication of Contest Theory, we took the opportunity to interview the author to find out more about his book and how it relates to his career
Milan Milojevic - Print Matters. 30 years of the Shell Fremantle Print award
No full textNo description availabl
To the surface : contemporary landscape
Full text linkTo the surface : contemporary landscape
Catalogue of an exhibition held at the Plimsoll Gallery, 10-24 January, 1993.
Curated by Ray Arnold
Works by Ray Arnold, Lorraine Biggs, Tim Burns, Greg Hind, Leigh Hobba, Sieglinde Karl, David Keeling, Bea Maddock, Wayne Maim, Milan Milojevic, David Stephenson, John Wolseley, Helen Wright, Jock Youn
Radicals formation in supersonic plasma jet
No full textTitle: Creation of radicals in electric discharge supersonic plasma jet Author: Milan MaSat Department: Department of Surface and Plasma Science Supervisor: Prof. RNDr. Milan Tichy, DrSc. Supervisor's e-mail address: [email protected] Abstract: Free radicals are the key intermediates and propagators of chemical reactions in Earth's atmosphere. Study of their structure and chemical properties is vital for understanding the processes in atmosphere. But their high reactivity brings the need for specific research methods. In-situ preparation and non-invasive detection and characterization techniques are needed. Most commonly used laboratory techniques such as photodissociation or electric discharge generate radicals at temperatures that are significantly higher then those under atmospheric conditions, which we intendto model. In this work, I was developing a source of cold radicals and experimental techniques for measuring their properties. 1 combined plasma source, which creates sufficient concentrations of radicals with supersonic expansion in which the translational and internal degrees of freedom are cooled deeply below the room temperature. For their characterization I used high-resolution spectroscopy utilizing near infrared laser diodes. I also developed and built electronic circuits and software..
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