PRAGUE,MATERIALS

Hell J Nezbedova E Ponesicky J PRAGUE,MATERIALS RESEARCH INSTITUTE... 

S. Modry and M. Svata, eds.. Pore Structures, Properties, and Materials, Proceedings of the International Symposium, Scademia, Prague, Czechoslovakia, 1974. 

Metals, or Organic materials Majer, V., Chemie (Prague), 1948, 3, 90-91... 

J. Hradilova, D. Hradil, Zprava o laboratormm pruzkumu Ukrizovam. (olej na platne), Academy of Fine Arts in Prague, unpublished material, Prague.2002. 

H.F. Fishmeister, in Pore Structure and Properties of Materials (Proc. I Inter. Sump. RILEM/IUPAC), Part IV, Academia, Prague, 1973, p. C-439. 

In the first instance we are concerned here with the polymerisation of isobutene by aluminium chloride or bromide. Most of the most relevant published observations stem from the Esso group and from the Macromolecular Institutes at Brno and Prague and they have been expertly summarised by Kennedy [2a]. In assessing these observations it is important to remember that the materials used in the earlier work were very impure by the standards of today, so that many discrepancies between the results of two or more... 

Morris, D., Lacaze, J., Palm, M. and Wu, X. (Eds.) (2006) EUROMAT 2005 European Congress on Advanced Materials and Processes, 5-8 September 2005, Prague, Interme tallies, 14, 1113. 

Franta, L, in Elastomers and Rubber Compounding Materials (Franta, L, Ed.), SNTL Prague and Elsevier, Amsterdam, p. 25 (1989). 

With the development of neutral hydrophilic methacrylates in Prague, originally for contact lens applications in the early 60 s113>, considerable interest was generated in the application of these materials in the cardiovasular environment. The qualitative argument was that such soft, water-rich surfaces must be relatively non-traumatic to proteins and cells. The development of neutral hydrophilic polysaccharide-based particles for protein chromatography in the late 60 s provided evidence that such surfaces do indeed show minimal binding of proteins. 

Acknowledgments. This work was financially supported by the Polish Committee of Scientific Research, grant no. 3 T09A 038 Oil. We are grateful to Professors K. Dusek of Prague and R.F.T. Stepto of Manchester who kindly read the manuscript and added many remarks that improved the original text. One of the authors (H.G.) is indebted to Professor Witold Brostow of the Center for Materials Characterization, University of North Texas, Denton for hospitality and A.C. Ramamurthy of the Ford Motor Co. for providing facilities that helped this paper to be written. 

Tcharkhtchi A, Trotignon JP, Yerdu J, Proceedings of the 18th Discussion Conference Mechanical Behaviour of Polymeric Materials , IUPAC and Czech Acad. Sci., Prague, 20-23 July 1998. 

Invited paper presented at the 2nd Central European Conference on Reference Materials (CERM.2), 9-10 September 1999, Prague, Czech Republic... 

Prof. Karel Dusek Institute of Macromolecular Chemistry Czech Academy of Sciences of the Czech Republic Heyrovsky Sq. 2 16206 Prague 6, Czech Republic dusek imc. cas. cz Prof. Kwang-Sup Lee Department of Advanced Materials Hannam University 561-6 Jeonmin-Dong Yuseong-Gu 305-811 Daejeon, South Korea kslee hnu.kr... 

A.P. Karnaukhov, in S. Modry (Editor), Proceedings of Rilem/IUPAC International Symposium on Pore Structure and Properties of Materials, Vol. I, Academia, Prague, 1974. 

Marian Lescinsky, Recording oflnformation on Organic Materials, Academia, Prague, 1974. 

The rather northernly fauna of Pfezletice near Prague contains Mimomys savini and is the best indicator that decidedly warm periods also occurred here. Recently, I was able to show the presence of finds of distinctly Mediterranean avian species (spoonbill, Platalea white-headed duck , Oxyura) in this material. 

This book is a supplemented and enlarged version of lectures on the technology of glass, ceramics and related materials given to students of the Faculty of Chemical Technology in Prague. 

KotSmId F., Glass Raw-Materials (in Czech), SNTL, Prague, 1971 (Sklafske suroviny, SNTL, Praha). 

In this chapter, we present an example of a study following the second line of approach. The catalytic activity of a highly divided stoichiometric nickel oxide, one of the best catalysts in oxidation reactions (18), has been studied, for several years, first at the Faculty des Sciences of Lyon and, then, at the Institut de Recherches sur la Catalyse, Villeurbanne, France, in carbon monoxide oxidation and related reactions (oxygen isotopic exchange, nitrous oxide decomposition) with the help of different experimental techniques. It is fortunate that the same type of investigations on the same material were also conducted at the Institute of Physical-Chemistry in Prague, Czechoslovakia. This allowed many comparisons and checks of experimental results and interpretations. 

Zeolites and Ordered Mesoporous Materials Progress and Prospects. The 1 st FEZA School on Zeolites, Prague, Czech Republic, 2005. Stud. Surf. Sci. Catal., 157, 2005... 

J.D.F. Ramsay and R.G. Avery, Adsorption in silica compacts containing pores of molecular size, in Pore Structure and Properties of Materials, Part I, Proc. Int. S)onp. lUPAC, Academia Prague, 1973, pp. B37-B45. 

In this volume of Advances, Cerny and Stanek, Jr. (Prague) contribute a comprehensive article on the 1,6-anhydro derivatives of aldohexoses. This class of anhydro sugars, earlier termed the hexosans, constitutes by far the largest class of sugar anhydrides to have been studied. The scope of the topic is now so extensive that the Editors, in view of their earlier practice of limiting chapter size in individual volumes of Advances in the interest of diversification of subject material, were inclined to divide this chapter into two parts, to appear in successive volumes. However, as the latter practice has elicited some unfavorable reaction from readers on previous occasions, it was decided to present the article here in its entirety. The chapter complements previous ones on other classes of anhydro derivatives, in particular, recent ones on anhydrides of the oxirane (epoxide) and 2,5-anhydro (oxolane) types. 

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