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Nec. Str..Indd 3rd Meeting on Chemistry & Life BRNO, Czech Republic September 20–22, 2005 Organised by Faculty of Chemistry Brno University of Technology The conference is held in the beautiful city of Brno in Southern Moravia under auspices of the rector of Brno University of Technology Prof. Jan Vrbka. It draws upon the tradition of three-annual meetings and provided a forum for exchange of ideas on recent advances in research and development in chemistry, biotechnology, materials science and environmental technology for people from industry, research and academia. THE SUBJECT SESSIONS • Environmental Chemistry & Technology (Head of Session: M. Vávrová) • EPR Spectroscopy (Head of the session: L. Omelka) • Food Chemistry & Biotechnology (Head of Session: M. Fišera) • Materials Science & Technology (Head of Session: V. Čech) • Physical & Applied Chemistry (Head of Session: M. Pekař) SCIENTIFIC COMMITTEE ORGANISING COMMITTEE Chairman: Chairman: Jaroslav Fiala (Brno University of Technology) Michal Veselý Vice-chairman: Vice-chairman: Ladislav Omelka (Brno University of Technology) Renata Herrmannová Members: Secretary: Jiří Brandštetr (Brno University of Technology) Jana Chovancová Jaroslav Cihlář (Brno University of Technology) Hana Dočekalová (Brno University of Technology) Members: Zdeněk Friedl (Brno University of Technology) Hana Alexová Jana Hajšlová (Institute of Chemical Technology Prague) Jan Brada Norihiro Inagaki (Shizuoka University, Japan) Vladimír Čech Josef Jančář (Brno University of Technology) Miroslav Fišera Miloslav Kučera (Brno University of Technology) Ivana Márová Lubomír Lapčík (Tomas Bata University in Zlín) Ivan Mašek Petr Lošťák (University of Pardubice) Ivan Mrkva Stanislav Nešpůrek (Inst. of Macromol. Chem., AS CR, Prague) Miloslav Pekař Jan Roda (Institute of Chemical Technology Prague) Oldřich Zmeškal Mojmír Rychtera (Brno University of Technology) Lumír Sommer (Brno University of Technology) Peter Šimon (Slovak Technical University, Bratislava) Emanuel Šucman (Brno University of Technology) Milada Vávrová (Brno University of Technology) Faculty of Chemistry, Brno University of Technology, Purkyňova 118, CZ-612 00 Brno, phone: ++420 5 4114 9111, fax: ++420 5 4121 1697, www.fch.vutbr.cz The Faculty of Chemistry, Brno University of Technology thanks to the following partners and companies, supporting the 3rd Meeting on Chemistry & Life: Amedis, spol. s r.o. Fisher Scientifi c, spol. s r.o. Autocont, a. s. Jihomoravské inovační centrum Biocel Paskov a.s. Magnettech GmbH Brněnské vodárny a kanalizace, a. s. Nicolet CZ s.r.o. Chromspec, s. r. o. Pragolab, a.s. Envi-pur s.r.o. PALA, s.r.o., divize Brzobohatý Fatra, a. s. Vodárenská akciová společnost, a.s. NICOLET CZ Thermo ELECTRON CORPORATION Molecular Spectroscopy TABLE OF CONTENT Preface ______________________________________________________________________ 51 1. Plenary Lectures ___________________________________________________________ 53 2. Environmental Chemistry & Technology ________________________________________ 66 2.1. Lectures_______________________________________________________________ 66 2.2. Posters _______________________________________________________________ 120 3. EPR Spectroscopy _________________________________________________________ 182 3.1. Lectures______________________________________________________________ 182 3.2. Posters _______________________________________________________________ 214 4. Food Chemistry & Biotechnology ______________________________________________ 223 4.1. Lectures______________________________________________________________ 223 4.2. Posters _______________________________________________________________ 267 5. Materials Science & Technology _____________________________________________ 365 5.1. Lectures______________________________________________________________ 365 5.2. Posters _______________________________________________________________ 441 6. Physical & Applied Chemistry _______________________________________________ 505 6.1. Lectures______________________________________________________________ 505 6.2. Posters _______________________________________________________________ 548 7. Author Index _____________________________________________________________ 635 8. List of Papers _____________________________________________________________ 640 Chem. Listy, 99, s49–s652 (2005) Preface PREFACE church and court. At the same time they were black handcraft workers with huge magic abilities. Generally speaking there is no evidence on the theory of chemistry available from the Chemistry – Human Heritage early stages of the Bronze Age (2700-700 B.C.), though there are signs of general basic procedures to be traced. Palaeolithic period of the Stone Age represents the There are alchemic ideas to be found in old religious longest and most mysterious period in the development of literature and opinions on metal “growths” and transforma- human history and chemistry as well. In accordance with the tion in Burma, China, India, and in some African parts before orthodox view on the history of chemistry its knowledge ori- 1500 B.C. Above all the Chinese alchemy was closely con- ginates a legend, in which embodied poeticised reality carries nected with empiric experiments and featured chemistry as historical truth. a subject based on observing facts and thoroughly carried out 150 000 years B.C. in Palaeolithic period a human with experiments. At the beginning of the 11th century B.C. their the ability to observe and experiment made use of gaining knowledge was derived from the work of Wu-sing. Chinese fi re accidentally and subdued the nature. Fire as a fi rst “in- alchemy was mainly affected by the ideas of tacisms around vention” served production of all other tools. Burning ena- the 6th century B.C. bled further use of disclosed basic chemical changes of the The birth of chemistry as a scientifi c fi eld dates back to substance. The fi re chemistry developed through the ability 900–600 years B.C. The Grecian culture fl ourished between of controlled handling of fl ame in pottery making, metallurgy the 5th and 4th centuries B.C. among others thanks to the cul- as well as glass-making industry. Well-preserved paintings tural heritage of the Front East unlike the idea of the Egypti- of cave art from the period around 30 000 years B.C. show ans being considered their spiritual fathers. The main chain traces of “animism“, religion of Stone Age people ruled by links were Syria and Anatolia, which served as an access to ghosts. Colour pigment was fi red ore compounding of the the knowledge of older civilisations. manganese or iron oxides-hydroxides. Towards the end of the Atomistic hypothesis of Grecian philosophic conception Ice Age Front Asia and Central Europe were affected by fatal built an important milestone for any further chemical deve- fl oods (The deluge), which caused the doom of fossil people lopment in The Middle Ages. The most signifi cant represen- and their admirable culture. tative of antique atomistic views was Democritus strongly In Mesopotamia there were preserved only fragments opposed by Platon. The most outstanding of Platon’s pupils of their cultural heritage such as fragments of earthen was Aristotle (384–322 B.C.) – the most versatile antique buildings, ceramic vessels and other objects from the period philosopher. His ideas about structure of substances and of 14 000 years B.C. All events were carried over in oral tra- conversion of the elements were universally accepted and dition. Therefore the only evidence to prove the fact of fl oods played an important role in alchemy, when it was scientifi - (The deluge) is included in the Sumerian record from the cally recognized and supported by Mendeleyev’s Periodic 20th and 18th centuries B.C. taken over by the Babylonians, Law in 1869. Assyrians and Jews. It became also a part of other ancient We have no time information available concerning the mythologies. birth of alchemy in old Egypt. Hellenic period (336 B.C.–30 Around 8700 B.C. the Sumerians resettled the area of A.D.) was considered the beginning of alchemy from the Mesopotamia. Their culture is known for building tower-like western point of view and its classical image consisting of brick temples and terraces of imposing architecture. The practical, occult and philosophical sciences. In the beginning achievements and technical conveniences used in metallurgy there was only literature in Greek available put together by helped to solve the problem of complex chemical reaction of father of alchemy Hermes Trismegistos in Alexandria. His smelting of metals and their enrichment. 4000 years B.C. pe- tractate „Emerald board“ represents a kind of alchemic code ople used drifted earth in miscellaneous ways, e.g. decorating comprising of basic ideas expressed in very poetic language the front of brick buildings with ceramic glazed mosaic. At and cryptograms. The Egyptian priests practised two kinds of that time glass making was invented. Oilfi elds in the Euphra- alchemy – practical (exoteric) and mystic (esoteric). tes basin were used as fuel. Around 3800 B.C. the Front East In the 7th century the world of science and art had to became a place of boom of Sumerian civilization from the face the tragedy of the famous library in Alexandria being chemical practice point of view. destroyed by fi re. Luckily the school itself was saved and About 700 years later developed Sumerian civilisation changed into Arabian one. Under the reign of liberal caliphs gave birth to the Egyptian one, which derived from the Su- the whole
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