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Spectrochemistry: more books (100)

Infrared Vibration-Rotation Spectroscopy: From Free Radicals to the Infrared Sky by Geoffrey Duxbury, 2000-04-14

Spectrochemical Analysis by Atomic Absorption and Emission by L H J Lajunen, P Peramaki, 2005-01-24

Electrospray and MALDI Mass Spectrometry: Fundamentals, Instrumentation, Practicalities, and Biological Applications by Richard B. Cole, 2010-04-26

Applied Spectroscopy: A Compact Reference for Practitioners by Jerry WorkmanJr., Art Springsteen, 1998-06-03

Handbook of Laser-Induced Breakdown Spectroscopy by David A. Cremers, Leon J. Radziemski, 2006-07-11

Fourier Transform Infrared Spectroscopy in Colloid and Interface Science (Acs Symposium Series)

Biophysical and Biochemical Aspects of Fluorescence Spectroscopy

Atomic Spectra and Radiative Transitions (Springer Series on Atomic, Optical, and Plasma Physics) by Igor I. Sobelman, 1992-06-04

Spectroscopy in Catalysis: An Introduction by J. W. Niemantsverdriet, 2007-08-27

Raman Spectroscopy in Archaeology and Art History (Rsc Analytical Spectroscopy Monographs)

Quantum Kinetic Theory and Applications: Electrons, Photons, Phonons by Fedir T. Vasko, Oleg E. Raichev, 2010-10-15

Handbook of Prompt Gamma Activation Analysis: with Neutron Beams

Fluorescence Spectroscopy, Volume 450 (Methods in Enzymology)

Modern ESCAThe Principles and Practice of X-Ray Photoelectron Spectroscopy by Tery L. Barr, 1994-03-10

lists with details

GKSS Forschungszentrum - Institute For Coastal Research / Trace Analytical Labor
55, Winter Conference on Plasma spectrochemistry, January 612, 2002, Scottsdale/USA,Bonsack, S., Prange, A., Denkhaus, E. Determination of nickel species in
http://coast.gkss.de/aes/poster.html
Chemistry - M.S. Requirement
CHEM 623, Chromatography Laboratory, 1. CHEM 661, Organic spectrochemistry, 2. CHEM662, Organic spectrochemistry Laboratory, 1. CHEM 663, Inorganic spectrochemistry,2.
http://www.govst.edu/users/gscidiv/chem_ms_req.htm

Extractions: Students must meet all university requirements for a master's degree. I. Required Courses 22 Hours CHEM 622 Chromatography CHEM 623 Chromatography Laboratory CHEM 661 Organic Spectrochemistry CHEM 662 Organic Spectrochemistry Laboratory CHEM 663 Inorganic Spectrochemistry CHEM 664 Inorganic Spectrochemistry Laboratory CHEM 744 Analytical Biochemistry CHEM 745 Analytical Biochemistry Laboratory CHEM 855 Electrochemistry CHEM 856 Electrochemistry Laboratory CHEM 895 Chemistry Collquium STAT 820 Experimental Design for the Natural Sciences II. Select 7 hours: CHEM 810 Special Topics: CHEM 822 Gas Chromatography/Mass Spectrometry CHEM 823 Gas Chromatography/Mass Spectrometry Laboratory BIOL 610 Advanced Microbiology BIOL 611 Advanced Microbiology Laboratory BIOL 630 Aquatic Systems BIOL 631 Aquatic Systems Laboratory BIOL 641 Toxicology BIOL 610 Special Topics CPSC 610 Computing for Scientists Other graduate level science courses as approved academic advisor. III. Thesis/Project Option 4 Hours CHEM 890 Graduate Thesis/Project CHEM 899 Research Presentation in Chemistry IV.
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(Laboratory of Catalysis and spectrochemistry, Caen, France). Traineeship (3months) at Laboratory of Catalysis and spectrochemistry , Caen, France.
http://www.anorg.chem.uu.nl/manoilovacv.htm

Extractions: Research assistant in the Physical Institute of St.-Petersburg State University. : Master Degree in Condensed Matter Physics, St.-Petersburg State University Bachelor degree in Physics Sciences, St.-Petersburg State University Scientific skills IR spectroscopy of adsorbed molecules, surface reactions, catalyst characterisation in different environments (vacuum, controlled atmosphere etc.). Application of these techniques to different catalytic systems: zeolites, metal oxides, and sulphides. Scientific experience Study of thiophene adsorption and interaction with metal oxide surfaces. Evidence of various adsorption modes by infrared spectroscopy in the temperature range 77-670K. (Laboratory of Catalysis and Spectrochemistry, Caen, France).
BOKU Forschungsdokumentation - Suche
Translate this page Winter Conference on Plasma spectrochemistry, 6. - 12.- Januar 2002, Scottsdale,USA. Winter Conference on Plasma spectrochemistry, 6. - 12.
http://hp09.boku.ac.at/research/search_publication.person_presentation?person_id
BOKU Forschungsdokumentation - Suche
Translate this page Winter Conference on Plasma spectrochemistry, 6. - 12. European Winter Conferenceon Plasma spectrochemistry, Lillehammer, Norway, 4. - 8. Februar 2001.
http://hp09.boku.ac.at/research/search_publication.person_presentation?person_id
Chen-pub / College Of Sciences
Mass Spectrometry. Program with Abstracts, 2000 Winter Conferenceon Plasma spectrochemistry, Fort Lauderdale, Florida, USA. Chen
http://web.odu.edu/webroot/orgs/sci/colsciences.nsf/pages/chen-pub

Extractions: Selected Publications Refereed Papers Chen, Z. and Shiller, A.M., 2001, Determination of 22 Trace Elements inGeological Materials Using Quadruple and Double Focusing Sector Field Inductively Coupled Plasma Mass Spectrometry: A Comparison. Journal of Analytical Atomic Spectrometry, Submitted. Shiller, A., Chen, Z. and Hannigan, R., 2001, A Time Series of Dissolved Rare Earth Element in the Low Mississippi River. Water-Rock Interaction 10, Cagliari Italy, Balkema Press, 231-234. Chen, Z., Canil D., and Longerich, H.P., 2000, Automated In Situ Trace ElementAnalysis of Silicate Materials by Laser Ablation Inductively Coupled Plasma Mass Spectrometry. Fresenius of Analytical Chemistry, Vol. 368, 73-78. Chen., Z., 1999, Inter-Element Fractionation and Correction in Laser AblationInductively Coupled Plasma Mass Spectrometry, Journal of Analytical Atomic Spectrometry. Vol.14: 1823-1829 Chen, Z., Doherty, W., and Gregoire, D.C., 1997, Applications of Laser SamplingMicroprobe Inductively Coupled Plasma-Mass Spectrometry to the In-Situ Trace Element Analysis of Selected Geological Materials. Journal of Analytical Atomic Spectrometry. Vol.12:653-660. Chen, Z., Doherty, W., and Gregoire, D.C., and Don Harris 1997, Application of Laser Ablation Microprobe Inductively Coupled Plasma Mass Spectrometry for Trace Metal Fingerprinting of Native Gold. Current Research 1997-D:57-62.
Detailní Informace
European Winter Conference on Plasma spectrochemistry. termín 12.17.1.2003.místo konání Partenkirchen. informace Gesellschaft
http://www.konference.wz.cz/uka.php?cislo=2129
Publications Of Our Group On Plasma Modelling
A. Bogaerts and R. Gijbels. Invited lecture at 1998 Winter Conference onPlasma spectrochemistry, January 510, 1998, Scottsdale, Arizona, USA. 2.
http://www.uia.ac.be/u/bogaerts/pages/invited_contributions.html

Extractions: Invited c ontributions at conferences, workshops and symposia Modelling of glow discharges. A. Bogaerts and R. Gijbels Invited lecture at 1998 Winter Conference on Plasma Spectrochemistry January 5-10, 1998, Scottsdale, Arizona, U.S.A. Comprehensive modelling network for dc glow discharges in argon. A. Bogaerts New developments and applications in GDMS. A. Bogaerts Invited lecture at the 4. Symposiums über Massenspektrometrische Verfahren der Elementspurenanalyse, September 28 - October 1, 1998, Mainz, Germany. Computer simulation of dc glow discharge plasmas and comparison with experiments. A. Bogaerts Invited lecture at Symposium about New Trends in Plasma Deposition, November 20, 1998, Mol, Belgium. The glow discharge: an exciting plasma! A. Bogaerts Invited lecture at 1999 Winter Conference on Plasma Spectrochemistry, January 11-15, 1999, Pau, France. Modelling of argon glow discharges: comparison of direct current and radio frequency discharges. A. Bogaerts Invited lecture at XXIV International Conference on Phenomena in Ionized Gases, July 12-16, 1999, Warsaw, Poland.
PubPage
Determination of trace metals in suspended marine particulates using a HRICPMS,presented at the Winter Conference on Plasma spectrochemistry, Pau, France
http://marine.rutgers.edu/rial/PubPage.htm

Extractions: Journal Publications Rosenthal, Y., G.P. Lohmann, K.C. Lohmann, and R.M. Sherrell (2000) Incorporation and preservation of Mg in Globigerinoides sacculifer: Implications for reconstructing the temperature and 18O/16O of seawater Paleoceanography, 15, 135-145. Field, M.P. and R.M. Sherrell (2000) Dissolved and particulate Fe in a hydrothermal plume at 9°45'N, East Pacific Rise: slow Fe(II) oxidation kinetics in Pacific plumes, Geochim. Cosmochim. Acta, 64, 33-42. Ravizza, G., R.M. Sherrell, M.P. Field, and E.A. Pickett (2000) Geochemistry of the Margi umbers, Cyprus, and Os isotopic composition of middle Cretaceous seawater, Geology, 27, 971-974. Jain, C.J., M.P. Field, C.R. Neal, J.C. Ely, R.M. Sherrell (2000) Determination of the REE in geological reference materials DTS-1 (dunite) and PCC-1 (peridotite) by ultrasonic and microconcentric desolvating neublisation ICP-MS., Geostand. Newslett., 24, 65-72. Cullen, J.T., T.W. Lane, F.M.M. Morel, R.M. Sherrell (1999) Modulation of cadmium uptake in phytoplankton by seawater pCO2, Nature, 402, 165-167. Cullen, J.T. and R.M. Sherrell (1999) Techniques for determination of trace metals in small samples of size-fractionated particulate matter: Phytoplankton metals off central California, Mar. Chem., 67, 233-247.
Seminari Instituta Za Fiziku
spectrochemistry WITH DIODE LASERS AT ISAS. The investigations conducted at theInstitute for spectrochemistry and applied spectroscopy will be presented.
http://bobi.ifs.hr/seminar/Niemax310899.html
Www.fns.uniba.sk/prifuk/casopisy/geol/199953/medved.txt
Key words Atomic emission spectroscopy, atomic absorption spectroscopy, geologicalmaterials Abstract Development of atomic spectrochemistry methods in
http://www.fns.uniba.sk/prifuk/casopisy/geol/199953/medved.txt

Extractions: Faculty of Natural Sciences / Comenius University / Prirodovedecka fakulta - S o u r c e : Title of Journal: Acta Geologica Universitatis Comenianae Published by: Comenius University - Faculty of Natural Sciences Bratislava Year: 1999, Number: 53 - ACTA GEOLOGICA UNIVERSITATIS COMENIANAE Nr. 53, Bratislava 1999 DEVELOPMENT OF ATOMIC SPECTROSCOPY METHODS IN GEOLOGICAL INSTITUTES OF FACULTY OF NATURAL SCIENCES COMENIUS UNIVERSITY AND SLOVAK ACADEMY OF SCIENCE Jan Medved Geological Institute, Faculty of Natural Sciences, Comenius University, Mlynska dolina G, 842 15 Bratislava, Slovakia Key words: Atomic emission spectroscopy, atomic absorption spectroscopy, geological materials Abstract: Development of atomic spectrochemistry methods in Geological Institute of Faculty of Natural Sciences, Comenius University (GI FNS CU) is connected with its establishment in 1957. Its instrumental equipment and location resulted from the already existing Laboratory in the Chair for Mineralogy and Crystallography of FNS CU. In Geological Institute of Slovak Academy of Science (GI SAS) the development of atomic spectroscopy methods started later, only since 1963, when the Member of Academy, Prof. RNDr. B. Cambel, DrSc. became its director. In both Institutes the methods of atomic emission spectrography were used as first. A new quality in the development started since 1969 when the Institutes moved to common buildings in Petrzalka, the first atomic absorption spectrometers were acquired and the Institutes were "strengthened" by coming of Prof. Ing. E. Plsko, DrSc. In the following years the Institutes started to collaborate with some other organisations which were equipped with new facilities, e.g. in 1975 with X-ray fluorescence spectrometer, electron microprobe and in 1985 with inductively coupled plasma atomic emission spectrometer. This enabled to improve essentially the quality of research activities of both Institutes in the chemical characterisation of geological materials, as well as in pedagogical work (students practice, diploma works and dissertations). In the present time characterized by new economic conditions a reduction of GI SAS laboratory activities has been realised. The laboratories of the GI FNS CU have, thanks to their director Ing. V. Stresko, PhD. shown also henceforward a rich research, pedagogical and society activities what can be documented by numerous publications, citations, obtained awards, representations in professional societies and commissions, local and foreign advisory boards, accreditation boards etc. ACTA GEOLOGICA UNIVERSITATIS COMENIANAE Nr. 53, 59 - 65 Bratislava 1998 The beginning of the atomic spectrochemistry application in Slovakia - namely, of the optical emission spectrography in the field of geological sciences may have been dated since 1946, when the first spectrograph (large autocollimation, for the wavelength region 280 - 470 nm, Hilger E 492, Great Britain) was obtained in the framework of help of UNRRA by the former Slovak Geological Institute (at present Geological Survey of Slovak Republic). The mentioned method was here adopted in a short time by RNDr. G. Kupco, PhD. and applied to the analysis of geological materials. Thanks to his merits first quantitative determinations of elements in Slovakia based on know-ledge of GERLACH'S (1933) and KAISER'S (1947, 1949) results (use of reference elements and transformation of spectral lines blackening to corresponding logarithmic intensity values) were performed. Further development of atomic spectrochemistry methods in years 1953 - 1960 was achieved in the Chair for Mineralogy and Crystallography FNS CU and Institute of Inorganic Chemistry SAS in Bratislava (MATHERNY 1991). The institutions were equipped with middle dispersion spectrographs ISP - 22 (USSR) and Q - 24 (Carl Zeiss Jena GDR) inclusive of complete accessories. In the Chair for Mineralogy and Crystallography FNS CU, the research headed by Prof. Ing. M. Matherny, DrSc. was mostly of application character, oriented on geological prospecting using semi - quantitative evaluation by means of so called standard paper density (s.p.d.) scale (introduced later by RNDr. I. Matula in the Geological Survey laboratories in Spisska Nova Ves), as well as on quantitative powder and solution methods for the analysis of ore samples and silicate rocks. Apart from that, Prof. Matherny organised practice for students of the Faculty and later lectured "Microchemistry" and "Laboratory methods for research of minerals" till his move to Kosice in January 1961, where he became the head of Chair for Chemistry at the Metallurgical Faculty of Technical University (FLORIAN 1991). Spectroscopic research at the Institute of Inorganic Chemistry SAS, performed by Prof. Ing. Plsko was, DrSc. oriented towards the possibilities of practical utilisation of spectrography (PLSKO - MATIASOVSKY 1954), problems of powdered samples transportation into excitation medium (PLSKO 1962 a), further towards the complex investigation of evaporation processes at the spectral excitation in different excitation sources (PLSKO 1962 b, 1963 and 1964), homology valuation and choice of analytical spectral line pairs (PLSKO 1963 a), etc. The publishing of Prof. Plsko s book "Practical fundamentals of optical methods in chemistry" (PLSKO 1963 b), practically the first Slovak spectrochemical monography, represented a great contribution to students, andergraduate and graduate students and all workers in the field of spectrochemistry. This stage of the development of Slovak atomic spectrochemistry culminated in the organisation of the 2nd Czechoslovak Spectrographic Congress in Tatranska Lomnica on 5 - 10 Oct. 1959, performed under the patronage of Comenius University in Bratislava, at which 236 specialists including 76 foreigners participated. Lectures including discussions of this congress were published in special Proceedings (Acta Geol. - Geograph. Univ. Commenianae, Geologica, No. 6, 1959). They were valued very positively in foreign professional press. The presentation of this introductory information was necessary, since the orientation of the later created laboratories of GI FNS CU and SAS has directly followed activities of the mentioned institutions. The development of scientific research work in Chair of Comenius University oriented on geological sciences claimed to create a common documentation, laboratory and technical base. Consequently, in 1957 the Geological - Geographical Institute of Comenius University (at present GI FNS CU) was established. For the establishing of the new Institute some chemical and physical laboratories of the Chair for Mineralogy and Petrography with their facilities, rooms and staff served as the basis. The Member of Academy, Prof. RNDr. D. Andrusov, DrSc. was nominated as its first director. Since 1958 the Member of Academy Prof. RNDr. B. Cambel, DrSc. filled the function of director with exception of the period 1959 - 61, when he served as Dean of the Faculty and was substituted by Prof. RNDr. A. Gorek, PhD. (HOVORKA 1991, Collective of autors 1992). In 1959 Assoc. Prof. RNDr. J. Jarkovsky, DrSc. from the Dionyz Stur Geological Institute joined the Institute and together with Prof. Cambel started a comprehensive chemical characterisation of some sulphide iron ores (pyrites, pyrrhotite) of different genetic types and from different parts of Slovakia, as well as from foreign regions, followed by geochemical interpretation. For quantitative determination of trace elements Assoc. Prof. Jarkovsky worked out and applied at that time up-to-date method of optical emission spectrography by using a more powerful grating spectrograph PGS 2 (Carl Zeiss Jena, Germany) acquired by the Institute in 1963. The obtained results are summed up in several papers (JARKOVSKY 1964, CAMBEL - JARKOV- SKY 1966, JARKOVSKY 1966) and two books (CAMBEL - JARKOVSKYAMBEL - JARKOVSKY 1969). Apart from that, he worked also on spectrographic determination of trace elements in further sulphide minerals - galenites (JARKOVSKY - POLAKOVICOVA - STRESKO 1970), chalcopyrites (JARKOVSKY - PLSKO - STRESKO 1979), as well as in other geological materials (JARKOVSKY 1969, JARKOVSKY 1970). In the period after 1966 the Department of Analytical Chemistry GI FNS CU organised numerous conferences, symposia and seminars even with foreign participation. Let us mention at least some of them: Four conferences in Smolenice (1966, 1969, 1973, 1990) and one seminar in Tatranska Lomnica (1979), two Czechoslovak spectroscopic conferences (4th in Strbske Pleso, 1970 and 6th in Nitra, 1980) organised in collaboration with Czechoslovak Spectroscopic Society in Prague. Lectures presented in some of these conferences were published e.g. in Acta Geol. - Geograph. Univ. Commenianae, Geologica, Bratislava, Nr. 15, 1968 or in special Proceedings: "Symposium on Methods for determination of low concentrations of elements in mineral raw materials" published by Comenius University, Bratislava 1971. All these conferences contributed essentially to the development of spectrochemistry in Slovakia and to international propagation of our scientific results. Practically simultaneously with the establishing of the GI FNS CU the GI SAS was founded. Merits connected with its foundation and first ten years of its existence belonged to Prof. D. Andrusov, who had become the chairman of the Commission for geology at the Section of mathematical and natural sciences of SAS and after the establishing of Geological Laboratory of SAS (later GI) in 1955, worked as the first director till 1963. In this year Prof. B. Cambel was nominated as the director. Beside the existing geological departments, a new Department for Geochemistry, Mineralogy and Petrology was established (CAMBEL 1994). Thanks to the professional foresight, position and abilities of the new director, different laboratories started very quickly to be built, mainly for chemical analysis of rocks and minerals, spectrochemical laboratory, laboratory for thermal analysis, for separations, for sedimentology and others. He has entered into fruitful relations with the University Institute (J. JARKOVSKY, V. STRESKO and later E. PLSKO) where future co-workers of the GI SAS e.g. J. Kristin and J. Medved have been chosen among the students and prepared during the special practice and in the segregate diploma works. After having finished their study they entered laboratories of the GI SAS. RNDr. J. Medved, PhD devoted himself under the supervision of Assoc. Prof. RNDr. J. Jarkovsky, DrSc. and in collaboration with Ing. E. Martiny, PhD. to spectrochemical determination of trace elements in carbonate rocks (MEDVED - JARKOVSKY 1971, MEDVED - MARTINY 1971). The elaborated methodical procedures were used for analyses of hundreds calcite and dolomite samples from different regions of Western Carpathians and the results have been used also by Prof. J. Veiser and RNDr. R. Demovic in their dissertations. During Prof. Cambel's service as the rector of the University in 1966 - 1969 it succeeded to acquire and to adapt to laboratories the late Jelinek's barracks in Petrzalka, where the Military Chair of the University was situated. Into these rooms all laboratories of the GI FNS CU and SAS, as well as the Chair for engineering geology and hydrogeology moved. More pretentious instruments and technical personnel have increased. A great contribution was gained by the acquisition of the first atomic absorption spectrometer Unicam SP-90 (Great Britain) at the beginning of 1969 in Slovakia and a half year later of the second instrument Perkin - Elmer 303 (U.S.A.). Already experienced analytical chemical engineers V. Stresko, PhD. and E. Martiny, PhD. started to devote themselves to this new analytical technique - atomic absorption and they obtained fast the necessary skill and published their results (STRESKO - MARTINY 1972, MEDVED - MARTINY 1971). After a short time the Institutes served as teaching centre in this field for the whole Slovakia and even for abroad. In this way it was possible to create good conditions for the development of analyses of geological materials and their mineral and geochemical research for cca 15 years, till the erection of the new geological pavilion of FNS CU in Mlynska dolina. An expressive break in development and application of spectrochemical methods in the field of chemical characterisation of rocks, minerals, waters and similar materials was manifested in 1970 by the arrival of Prof. E. Plsko and his co-worker RNDr. J. Kubova, PhD. to the services of GI FNS CU. Prof. Plsko became the Head of the newly created Department of Analytical Chemistry and the Head applied fully scale applied his rich theoretical knowledge and practical experiences, as well as his broad international contacts. Besides the continuation and improvement of concrete routine analytical work performed for the needs of geologists, analytical research consisting in systematic study of some basic problems aimed at elaboration, valuation and finally application of new, more effective analytical procedures has been started. These tasks were reflected for the first time in the so- lution of own research problems officially accepted and included in two projects of the State plane of basic research ensuring necessary funds for the development of the Department and in one international project of Comecon "Intergeotechnika". In addition to this the Department took regularly part in analysing of geological reference materials for their certification (Germany, France, U.S.A., U.S.S.R. and naturally CSSR). All these activities increased recognition of Department and leading position among similar working places not only in local but also in international scale and enabled an uncommon professional growth and prestige of its coworkers. Thanks to all activities of Prof. E. Plsko, who became the "professional and spiritual father of the whole group of associates, a wide range of research tasks was solved and published (STRESKO - PLSKO 1977, PLSKO - Kubova 1973, Medved - Plsko - Cubinek 1974, Kubova - Plsko 1977, Medved - Kubova - Plsko 1979, Plsko - Martiny 1979 etc.), laboratory equipment was fully used for the needs of University and Academy and on the basis of results obtained from tests and analyses a great number of books (Hovorka - Rojkovic 1976, Hovorka 1978, Cambel - Jarkovsky 1979, Cambel - Kamenicky 1982, Cambel - Vilinovic 1987) and papers (Cambel - Kamenicky - Medved 1979, Cambel - Medved 1981, Cambel - Medved - Pitonak 1981) were published. Prof. Plsko's pedagogical work can also be rated as very significant. His lectures always created extreme interest in audience by his ability to contact students what often led to collaboration, working the diploma works, dissertations and to personal lasting friendship. Besides of that his co-workers became by his support and under his patronage active in the Czechoslovak Spectroscopic Society at the Czechoslovak Academy of Science in Prague (Plsko - chairman 1970- 1973 and many years 1st vice-chairman, Stresko - 1st vice-chairman and member of the Main Committee, Kubova - head of the group for spectroscopy of non-conducting materials and member of the Main Committee, Martiny, Medved - members of the Main Committee). The period after 1975 was signified by an extension of some financially pretentious branches of spectroscopy - X ray fluorescence (preferentially for determination of main components in rocks) and electron microprobe analysis (for investigation of spot and space - topographic distribution of elements in geological materials). The working and utilisation of these techniques has already been shared by more institutions. In this vay elaborated methodical procedures co- vered the determination of main, secondary and trace components in a relatively broad scale of geological materials (silicate rocks - acidic, basic, ultrabasic, weathered, soils; carbonates - calcites, dolomites, magnesites, siderites; sulphides - pyrites, pyrrhotites, chalcopyrites, antimonites, galenites sphalerites; different other materials). In all these procedures special stress was dedicated to the reliability of obtained results by using several independent analytical methods, as well as certified reference materials (Plsko - Medved 1981, Medved - Plsko 1982, Kubova - Plsko 1983, Medved - Kubova - Plsko - Budic 1986). Good conditions for education of students were created too and they were enabled to participate directly in laboratory research activities of the institutes or chairs in compiling working of their diploma works or dissertations. The listed, really informal co-operation existed not only on the basis of official agreements signed between the Comenius University and the Presidium of the Slovak Academy of Science but in particular thanks to both managements of the mentioned institutes, as well as all their scientists and technicians. Significant was also international collaboration especially with E. Kardel University and B. Kidric Chemical Institute in Ljubljana (Slovenia), M. Luther University in Halle (Germany) and Institute for Geochemistry, petrology, geology and mineralogy in Moscow (Russia), in the frame of which several mutual , even long term study stays were realised. Since March the 1st 1981 the Department of Mineral Raw Materials of GI SAS has started its activities in Banska Bystrica (headed by Doc. RNDr. M. Haber, PhD). The establishment and instrumentation of the new laboratory, as well as instructing of its future co-workers (RNDr. P Andras, PhD; RNDr. M. Hrnciarova and others) was secured very intensively by scientists from both Institutes in Bratislava, so that the laboratories were in a short time able to perform pretentious analytical work in which basic analytical methods were represented by AAS and in OES. This contributed to an essential way to early and successful solution of basic geological, to metallogenetical and petrological - volcanic problems connected with the formation of ore deposits and complex utilization of their ores (CAMBEL 1994). Since 1970 the Department of Analytical Chemistry has been deeply involved in the successful course of "seminars" organised by the Chair for Chemistry, Metallurgical Faculty, Technical University in Kosice which have become important professional events not only in the former Czechoslovakia. Till now, they have been organised 13 times (the last one in 1996 in Podbanske) and it is laudable that they have been conserved also in contemporaneous difficult conditions of managing and financing of the science. Owing to the construction of a new dwelling area in Petrzalka, laboratories situated there were in 1986 wound up and moved to the new pavilions of FNS CU and to the GI SAS in Patronka. In spite of this territorial separation their traditional cooperation continued mainly in research field. The interest was concentrated chiefly on the possibility of gold determination in rocks by using of appropriate preconcentration procedures (Stresko - Toman - Kolcava 1987, Stresko - Martiny 1987, Medved - Martiny - Plsko - Feriancik 1987), on the preconcentration of trace elements from mineral waters (Polakovicova - Stresko - Kubova - Plsko 1987, Zemberyova - Vackova - Stresko 1989) and on the determination of rare earth elements in geological materials (Plsko 1986, Kubova - Hvozdara - Plsko - Polakovi- cova 1988). In the field of development and application of chemical decomposition of geological materials , as well as utilisation of preconcentration procedures for determination of very low contents of elements significant contribution of Ing. J. Polakovicova, PhD. has to be appreciated. In 1985 the University Institute acquired atomic emission spectrometer with inductively coupled plasma AES-ICP (Plasmakon S-35, KONTRON, Germany). Prof. E. Plsko and Dr. J. Kubova were busy with the new method and J. Kubova has become at present the best specialist in this field in the whole Slovakia. In a short time after the setting of the instrumenting working first papers in different journals have already appeared (Kubova - Plsko 1986, Stresko - Kubova - Polakovicova - Plsko 1986, Plsko 1987, Plsko - Stresko - Kubova 1988 and others). Special interest was evoked by the results representing possibilities to correct background and spectral interference occurring in AES- ICP. (Plsko 1989, Plsko 1990, Plsko 1991) and to analyse solid samples (PLSKO 1988, Plsko 1993). Some changes occurred in 1990 when Prof. E. Plsko retired from active work, Dr. J. Kubova succeeded him in the advisory board of prestige spectroscopic journal (Journal of Analytical Atomic Spectroscopy, Great Britain) and Dr. J. Medved took up the post in the GI FNS CU, Ing. V. Stresko became the head of the Department of Analytical chemistry and two years later he won the competition and was nominated as the director of the Institute. Under his directorship the institute has in hard economic conditions not only "kept on", but even advanced. A recent type of atomic absorption spectrometer Perkin-Elmer 1100 enabling to get faster and more reliable analytical results was hired. The professional work of laboratories was in this period of time focused chiefly on determination of trace elements in soils by using of atomic spectroscopy methods (Medved - Stresko - Kubova - Polakovicova - Curlik 1992), on determination of extremely low concentrations of elements in waters, on determination of beryllium, rare earth elements and mercury in mineral waters (Polakovicova - Medved - Stresko - Kubova 1992, Kubova - Nevoral - Stresko 1994 a, Kubova - Nevoral - Stresko 1994 b, Stresko - Polakovicova - Kubova 1994), on optimisation of conditions and reliability of the used analytical methods (Medved - Stresko - Kubova - Polakovi- cova 1994), on determination of tantalum and niobium and low gold contents in geological materials (Kubova - Polakovicova - Stresko - Medved 1993, Polakovicova Medved - Kubova - Stresko - Celkova 1996, Stresko - Medved - Polakovi- cova - Kubova - Celkova 1996), on determination of elements in environmental samples (Kubova - Stresko - Celkova - Medved - Agrawal 1996, Kubova - Hanakova - Medved - Stresko 1997) and on hydride techniques (HG-AAS) for the determination of As, Se, Sb (Celkova - Stresko - Medved - Kubova - Polakovicova 1995). The further research was recently oriented on effectiveness the valuation of effectiveness of decomposition for the determination of various elements in soils (Medved - Stresko - Kubova - Polakovicova - Celkova 1996, Kubova -Medved - Stresko - Polakovicova 1997). The work of authors Medved - Stresko - Kubova - Polakovicova - Celkova (1996) "Evaluation of the efficiency of the decomposition procedure for the determination of some elements in soils by atomic spectroscopy methods" presented on international conference EUROANALYSIS IX held on 1 - 9 Sept. 1996 in Bologna (Italy) was awarded by bronze medal "Giovanni Canneri" of the Italian Chemical Society, by a professional book and annual subscription of the journal "Accreditation and Quality Assurance" published by Spriger-Verlag (Germany). After the split of the Czechoslovak federation in 1993 the division of J. Marcus Marci Spectroscopic Society was actual, too. In our country Slovak Spectroscopic Society was established. Thanks to activities of the Main committee members of the Czechoslovak Society, Ing, V. Stresko and Dr. J. Kubova, it was possible to gain funds necessary for starting of these activities in Slovakia. Ing. V. Stresko became the first chairman of the Society, Dr. J. Kubova its secretary and Dr. J. Medved the committee member. The society already organised several professional events and courses. At present time, the Society counts 115 individual and 8 collective members. At the conclusion it is necessary to state that in this brief review it is extremely difficult to list all the most important activities of the GI FNS CU and SAS. By the presented review of the developments in atomic spectroscopy gained in the mentioned institutes it has, however, been possible to create an image representing their professional importance and influence on different branches of geological science, on activities of other spectrochemical laboratories, as well as on the education of the new professional generation. References CAMBEL, B. - JARKOVSKY, J. (1965): Redkije elementy v pyritach kolcedannych mestorozdenij Zapadnych Karpat i vozmoznost ich ispolzovanija pri resenii geneticeskich problem orudnenija. AN SSSR, Problemy geochimii, Izd. Nauka, Moskva, 249-266. CAMBEL, B. - JARKOVSKY, J. (1966): The possibility of utilizing of nickel and cobalt in pyrites as indicators of ore genesis. Geol. Zbor. Geol. Carpath., 17, 1, 17-34. CAMBEL, B. - JARKOVSKY, J. (1967): Die Geochemie der Pyrite einiger Lagerstatten der Tschechoslowakei. Vyd. SAV, Bratislava, 1-516. CAMBEL, B. - JARKOVSKY, J. (1969): Geochemistry of pyrrhotite of different genesis types. Vyd. Univ. Komenskeho, Bratislava, 1- 356. CAMBEL, B. (1979): UNIV.-DOZ. RNDr. Jan Jarkovsky, CSc. - Sechzigjahrig. Geol. Zbor. Geol. Carp., 30, 3, 386-390. CAMBEL, B. - JARKOVSKY, J. (1979): Geochemia mikroprvkov v antimonitoch z ceskoslovenskych lozisk. Nauka o Zemi, VEDA vyd. SAV Bratislava, Ser. geol., 13, 1-226. CAMBEL, B. - KAMENICKY, L. - MEDVED, J. (1979): Contents of some microelements in basic metamorphites of the tatraveporides. Geol. Zbor. Geol. Carpath. 30, 2, 131-156. CAMBEL, B. - MEDVED, J. (1981): Contents of trace elements in granitoid rocks of the West Carpathians. Geol. Zbor. Geol. Carpath. 32, 1, 3-28. CAMBEL, B. - MEDVED, J. - PITONAK, P. (1981): Geochemie und Petrogenese dioritischer gesteine der Kleinen Karpaten. Geol. Zbor. Geol. Carpath. 32, 2, 189-220. CAMBEL, B. - KAMENICKY, L. (1982): Geochemia metamorfovanych bazickych hornin tatroveporidov centralnych Zapadnych Karpat. VEDA vyd. SAV Bratislava, 1-514. CAMBEL, B. - VILINOVIC, V. (1987): Geochemia a petrologia granitoidnych hornin Malych Karpat. VEDA vyd. SAV Bratislava, 1- 248. CAMBEL, B. (1994): Spomienky akademika prof. RNDr. Bohuslava Cambela, Dr.Sc. 1-366. CELKOVA, A. - STRESKO, V. - MEDVED, J. - KUBOVA, J. - POLAKOVICOVA, J. (1995): Stanovenie arzenu HG AAS. Sbornik. Komorni Lhotka, 97-101. FLORIAN, K. (1991): Professor Ing. Mikulas Matherny, DrSc. Sixty Years Old. Chem. Papers, 45, 3, 431-432. GERLACH, W. (1933): Die chemische Emissionsspektralanalyse. II. Voss, Leipzig. HOVORKA, D. - ROJKOVIC, I. (1976): Ultrabazicke teleso pri Hodkovciach (vychodne Slovensko). Acta Geol. Geograph. Univ. Comen., Geol., 28, 1-74. HOVORKA, D. (1978): Geochemistry of the West Carpathian alpine- type ultramafites. Nauka o Zemi, VEDA vyd. SAV Bratislava, Ser. geol., 12, 1-148. HOVORKA, D. (1991): 50 years of geology at the Comenius University in Bratislava. Acta Geol. Geograph. Univ. Comenianae, Geologica, 46, 5-7. JARKOVSKY, J. (1964): Die Verteilung der Spurenelmente in den pyriten und ihre geochemische Bedeutung beim Studium der Bildungweise der Lagerstatten der Westkarpaten. Geol. Zbor. Geol. Carpath., 15, 1, 121-146. JARKOVSKY, J. (1966): Spektrochemicka metoda sledovania mikroelementov v metalometrickom vyskume. Zprava o geol. vyskumoch za r. 1964, Bratislava, 176-177. JARKOVSKY, J. (1969): Spectrochemical determination of microelements in clay sediments. Acta geol. geogr. Univ. Comen.., Geologica, 15, 247-252. JARKOVSKY, J. - POLAKOVICOVA, J. - STRESKO, V. (1970): Die spektrochemische Bestimmung von Mickroelementen in Galeniten. Zbornik UK , Sympozium o metodach stanovenia mikroprvkov v nerastnych surovinach, Bratislava, 109-222. JARKOVSKY, J. (1970): Die probleme der spektrochemischen Analyse von Mikroelementen in der geochemischen Forschung. Zbornik UK, Sympozium o metodach stanovenia mikroprvkov v nerastnych surovinach, 39-46. JARKOVSKY, J. - PLSKO, E. - STRESKO, V. (1978): Quantitative spectrochemical determi- nation of microelements in chalkopyrites. Zbor. geol. ved, R. TG, 15, 59-70. JARKOVSKY, J. - PLSKO, E. - STRESKO, V. (1980): Contribution to the analytical - geochemistry of antimonites. Acta geol. geogr. Univ. Comen., Geologica, 34, 71-85. KAISER, H. (1947): Uber Schwarzungstransforma- tionen. Spectrochim. Acta 3, 159-190. KAISER, H. (1949): Bemerkungen zum Verfahren der homologen Linienpaare. Z. Naturf. 4a, 565-570. KOLEKTIV AUTOROV, (1992): Patdesiat rokov Prirodovedeckej fakulty Univerzity Komenskeho, UK Bratislava, 1-335. KUBOVA, J. - PLSKO, E. (1977): Evaporation in D.C. arc as a function of crater depth. Chemia Analiticzna, 22, 855-860. KUBOVA, J. - PLSKO, E. (1983): The role of precise measurement of wavelengths at reliable determination of spectral lines. Acta F. R. N. Univ. Comen. - Chim. XXXI, 125-136. KUBOVA, J. - PLSKO, E. (1986): Moznosti vyuzitia atomovej emisnej spektrometrie s indukcne viazanou plazmou pre analyzu vod. Hydrochemia, 86, 103-111. KUBOVA, J. - HVOZDARA, P. - PLSKO, E. - POLAKOVICOVA, J. (1988): Spectrochemical determination of rare elements in some minerals from the Western Carpathians and their typomorphic evaluation. Geologica Carpathica, Bratislava, 39,5, 569-575. KUBOVA, J. - POLAKOVICOVA, J. - STRESKO, V. - MEDVED. J. (1993): Determination of Niobium and Tantalum in Geological Materials by Atomic Emission Spectroscopy with Inductively Coupled Plasma. Chem. Papers, 47, 4, 225-229. KUBOVA, J. - NEVORAL, V. - STRESKO, V. (1994 a): Determination of beryllium trace contents in mineral waters after preconcentration on a chelating ion-exchanger. Fresenius J. Anal. Chem., 348, 287- 290. KUBOVA, J. - NEVORAL, V. - STRESKO, V. (1994 b): Determination of the Rare Earth Elements in Mineral Waters by Inductively Coupled Plasma Atomic Emission Spectrometry. Journal of Anal. At. Spectrometry, 9, 241-243. KUBOVA, J. - STRESKO, V. - CELKOVA, A. - MEDVED, J. - AGRAWAL, S. (1996): Utilization of atomic spectrometry methods for determination of some elements in environmental samples. CANAS 95. Colloquium Analytische Atomspektroskopie. Uberlingen, 621- 626. KUBOVA, J. - MEDVED, J. - STRESKO, V. - POLAKOVICOVA, J. (1997): Selection of optimum decomposition procedure for determination of some elements in soils. Proceedings, Slovak - Austrian Symposium Contemporary state and trends of decomposition methods in analytical chemistry, Kosice, 75 - 82. KUBOVA, J. - HANAKOVA, V. - MEDVED, J. - STRESKO, V. (1997): Determination of lead and cadmium in human hair by atomic absorption spectrometric procedures after solid phase extraction. Anal. Chim. Acta, 337, 329-334. MATHERNY, M. (1991): Postavenie emisnej a absorpcnej atomovej spektrochemie na Slovensku. Chem. listy, 85, 673-679. MEDVED, J. - JARKOVSKY, J. (1971): Quantitative spektrochemische Methoden zur Bestimmung von Mikroelementen in Karbonatgesteinen. Zbornik UK, Sympozium o metodach stanovenia nizkych koncentracii prvkov v nerastnych surovinach, Smolenice 1969, 129-149. MEDVED, J. - MARTINY, E. (1971): Beitrag zu der Bestimmung von Sr in Karbonaten mit Hilfe der emissionsspektrochemischen Methode und der Atom-Absorptions-Spektroskopie. Zbornik UK, Sympozium o metodach stanovenia nizkych koncentracii prvkov v nerastnych surovinach, Smolenice 1969, 151-161. MEDVED, J. - PLSKO, E. - CUBINEK, J. (1974): Studium der Zuverlassigkeit der spektrochemischen Methode zur Bestimmung von Mikroelementen in Silikatgesteinen. Acta Geol. Geograph. Univ. Comenianae, Geologica, 27, 183-194. MEDVED, J. - KUBOVA, J. - PLSKO, E. (1979): Spectrochemical determination of trace elements in magnesites. Geol. Zbor. Geol. Carpath. 30, 2, 253-259. MEDVED, J. - PLSKO, E. (1982): The reliability of data on microelements contents in standard reference materials based on spectrochemical determination performed in long time interval. Geol. Zbor. Geol. Carpath., 33, 3, 343-361. MEDVED, J. - KUBOVA, J. - PLSKO, E. - BUDIC, B. (1986): The study of reliability of spectrochemical trace elements determination in metamorphic silicate rocks. Geol. Zbor. Geol. Carpath., 37, 2, 167-174. MEDVED, J. - MARTINY, E. - PLSKO. E. - FERIANCIK, E. (1987): Determination of gold in geological materials by atomic spectroscopy methods after enrichment on ion exchangers. Geol. Zbor. Geol. Carpath., 38, 5, 575-584. MEDVED, J. - STRESKO, V. - KUBOVA, J. - POLAKOVICOVA, J. - CURLIK, J. (1992): Vyuzitie metod atomovej spektroskopie na stanovenie vedlajsich a stopovych prvkov v pode. Mineralia slov., 24, 305-311. MEDVED, J. - STRESKO, V. - KUBOVA, J. - POLAKOVICOVA, J. (1994): Hodnotenie spolahlivosti analytickych metod pouzivanych pri certifikacii referencnych materialov. Metrologicke listy, 17, 1, 11-20. MEDVED, J. - STRESKO, V. - KUBOVA, J. - POLAKOVICOVA, J. - CELKOVA, A. (1996): Evaluation of the efficiency of the decomposition procedures for the determination of some elements in soils by atomic spectroscopy methods. Tu P 27. In: Book of abstracts. EUROANALYSIS IX, European conference on analytical chemistry, Bologna, (Italy), September 1 - 7, 1966. PLSKO, E. - MATIASOVSKY, K. (1954): Niektore poznatky zo spektrografie a jej praktickeho vyuzitia. Technicka praca VI, 6, 369-373. PLSKO, E. (1962 a): Sledovanie budenia spektier praskovych latok pri pouziti presypovych elektrod (I). Hodnotenie vplyvu medzielektrodovej vzdialenosti. Chem. zvesti 16, 11, 777-783. PLSKO, E. (1962 b): Einfluss der radialen Wanderung der Entladung auf die Art der Fehlerverteilung bei der Spektralanalyse. Appl. Spectroscopy, 16, 2, 55-66. PLSKO, E. (1963 a): Sledovanie budenia spektier praskovitych latok pri pouziti presypovych elektrod (II). Pouzitie casovo rozvinutych spektier na objasnenie mechanizmu privodu vzorky do vyboja. Chem. zvesti 17, 285-293. PLSKO, E. (1963 b): Prakticke zaklady optickych metod v chemii. SVTL Bratislava, 1-335. PLSKO, E. (1964): Sledovanie odparovania nevodivych materialov z uhlikovych elektrod pri spektralnej analyze. Chem. zvesti, 18, 830-836. PLSKO, E. - KUBOVA, E. (1973): A new method of the construction of evaporation curves in spectrochemical analysis. Chem. zvesti, 27, 6, 781-786. PLSKO, E. - MARTINY, E. (1979): The description of distribution of microelements when a part of results lies below the limit of determination. Geol. Zbor. Geol. Carpath.30, 3, 379-390. PLSKO, E. - MEDVED, J. (1981): The influence of the analytical error on the distribution of trace elements. Geol. Zbor. Geol. Carpath. 32, 1, 129-133. PLSKO, E. (1987): Metrologicke problemy spektrometrie s indukcne viazanou plazmou. Zbornik. Metrologia fyzikalno-chemickych velicin a metod, Stara Lesna, 115-120. PLSKO, E. (1986): Atomspektroskopische Bestimmung seltener Erden in geologischen Proben. Wissenschaftliche Beitrage, K. Marx Universitat Leipzig, Analytiktreffen 1986, 277- 292. PLSKO, E. (1988): Spectral analysis of solid samples with the use of induktively coupled plasma. Vest. Slov. Kem. Drus. 35,1, 81- 98. PLSKO, E. - STRESKO, V. - KUBOVA, J. (1988): To the Problem of Non-Selective Absorption in Electric Arc. Acta F. R. N. Univ. Com. - Chim., 36, 131-139. PLSKO, E. (1989): Possibilities of a fast correction of spectral interferences. XXVI Colloquium Spectroscopicum Internationale, Sofia, Vol. VII. Selected papers, Ed. D.L.Tsalev, 113-124. PLSKO, E. (1990): Influence of the background correction on the spectrochemical results. Chemia Analityczna, Warszawa, 35, 1-3, 237-253. PLSKO, E. (1991): The Role of Background Correction in Analytical Atomic Spectroscopy. Acta F.R.N. Univ. Comen., Chimia, Bratislava, 39, 91-120. PLSKO, E. (1993): Optimierung der OES Bleibestimmung in Boden und Gesteinen durch direkte Einfhrung fester Proben in das ICP. CANAS 93, Ed. K. Dittrich und B. Welz, Universitat Leipzig u. UFZ Leipzig-Halle, 741-746. POLAKOVICOVA, J. - STRESKO, V. - KUBOVA, J. - PLSKO, E. (1987): Prekoncentracia stopovych prvkov v mineralnych vodach na chelatacnych vymienacoch ionov. Hydrochemia, 101-116. POLAKOVICOVA, J. - MEDVED, J. - STRESKO, V. - KUBOVA, J. (1992): Stanovenie tazkych kovov vo vodach po separacii. Zbornik. Separacne metody v chemii. Vyskov, 124-131. POLAKOVICOVA, J. - MEDVED, J. - KUBOVA, J. - STRESKO, V. - CELKOVA, A. (1996): Spectrographic determination of gold in geological materials after preconcentration on Spheron-Thiol. Anal. Chim. Acta, 320, 145-149. STRESKO, V. - MARTINY, E. (1972): Determination of antimony in geological materials by atomic absorption spectrometry. Atomic Absorpt. Newsletter, 11, 1, 4-6. STRESKO, V. - PLSKO, E. (1977): Comparison of results of the determination of microelements by the atomic absorption spectrometry and by the emission spectrochemical analysis. Proceedings, 6 th Yugoslav conference on general and applied spectroscopy, Ljubljana, 205-217. STRESKO, V. - KUBOVA, J. - POLAKOVICOVA, J. - PLSKO, E. (1986): Porovnanie vykonnosti niektorych analytickych metod pouzivanych pri analyze mineralnych vod. Hydrochemia, 113-128. STRESKO, V. - TOMAN, J. - KOLCAVA, D. (1987): Moznosti stanovenia zlata v geologickych materialoch atomovou absorpcnou spektrometriou. Zbornik. Zlato v Zapadnych Karpatoch, jeho geochemia, mineralogia, metalogeneza, loziska. Vyd. GUDS Bratislava, 155-159. STRESKO, V. - MARTINY, E. (1987): Prehlad analytickych metod stanovenia zlata v geologickych materialoch. Zbornik. Zlato v Zapadnych Karpatoch, jeho geochemia, mineralogia, metalogeneza, loziska. Vyd. GUDS Bratislava, 147-150. STRESKO, V. - POLAKOVICOVA, J. - KUBOVA, J. (1994): Atomic Absorption Spectrometric Determination of Ultra-trace Amounts of Mercury in Waters. J. of Anal. At. Spectrometry, 9, 1173-1175. STRESKO, V. - MEDVED, J. - POLAKOVICOVA, J. - KUBOVA, J. - CELKOVA, A. (1996): Determination of gold in geological materials by atomic spectroscopy methods after preconcen- tration. CANAS 95, Colloquium Analytische Atomspektrokopie. Uberlingen, 455-460. ZEMBERYOVA, M. - VACKOVA, M. - STRESKO, V. (1989): Stanovenie Cu, Pb a Cd v mineralnych vodach za pouzitia extrakcie. Hydrochemia, 89, 3-17. - S o u r c e : Title of Journal: Acta Geologica Universitatis Comenianae Published by: Comenius University - Faculty of Natural Sciences Bratislava Year: 1999, Number: 53 - Faculty of Natural Sciences / Comenius University / Prirodovedecka fakulta
Acta Geologica Universitatis Comenianae Bratislava
Abstract Development of atomic spectrochemistry methods in Geological Instituteof Faculty of Natural Sciences, Comenius University (GI FNS CU) is connected
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Extractions: Nr. 53, Bratislava 1999 DEVELOPMENT OF ATOMIC SPECTROSCOPY METHODS IN GEOLOGICAL INSTITUTES OF FACULTY OF NATURAL SCIENCES COMENIUS UNIVERSITY AND SLOVAK ACADEMY OF SCIENCE Jan Medved Geological Institute, Faculty of Natural Sciences, Comenius University, Mlynska dolina G, 842 15 Bratislava, Slovakia Key words: Atomic emission spectroscopy, atomic absorption spectroscopy, geological materials ACTA GEOLOGICA UNIVERSITATIS COMENIANAE Nr. 53, 59 - 65 Bratislava 1998 The development of scientific research work in Chair of Comenius University oriented on geological sciences claimed to create a common documentation, laboratory and technical base. Consequently, in 1957 the Geological - Geographical Institute of Comenius University (at present GI FNS CU) was established. For the establishing of the new Institute some chemical and physical laboratories of the Chair for Mineralogy and Petrography with their facilities, rooms and staff served as the basis. The Member of Academy, Prof. RNDr. D. Andrusov, DrSc. was nominated as its first director. Since 1958 the Member of Academy Prof. RNDr. B. Cambel, DrSc. filled the function of director with exception of the period 1959 - 61, when he served as Dean of the Faculty and was substituted by Prof. RNDr. A. Gorek, PhD. (HOVORKA 1991, Collective of autors 1992).
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Extractions: 2002 Winter Conference on Plasma Spectrochemistry Scottsdale, Arizona, January 6 12, 2002 Abstract book is available upon request. 2002 Winter Conference on Plasma Spectrochemistry %ICP Information Newsletter, Inc., P.O. Box 666, Hadley, MA 01035-0666 Dr. Ramon Barnes, Conference Chairman, Telephone (413) 256-8942, Fax (413) 256-3746 email winterconf@chem.umass.edu http://www.chem.umass.edu/WinterConf2002 Last Updated: February 8, 2002
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Extractions: 2002 Winter Conference on Plasma Spectrochemistry Scottsdale, Arizona, January 6 12, 2002 2002 Winter Conference on Plasma Spectrochemistry %ICP Information Newsletter, Inc., P.O. Box 666, Hadley, MA 01035-0666 Dr. Ramon Barnes, Conference Chairman, Telephone (413) 256-8942, Fax (413) 256-3746 email winterconf@chem.umass.edu http://www.chem.umass.edu/WinterConf2002 return to the top
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geological and environmental reference materials Posterpräsentation bei der 2003European Winter Conference on Plasma spectrochemistry, GarmischPartenkirchen
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25. G. Galbács, P. Verrept Study Of Transport Efficiencies In ETVICP-AES, 6thItalo-Hungarian Symposium on spectrochemistry, August 24-27 (1993) Lillafüred
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Extractions: Watling, R. J. and Woodward, J. K. 2000-02-11 The Application of on-line LA-ICP-MS for the Analysis of High TDS mineral Processing Streams and Solutions Winter Conference on Plasma Spectrochemistry, Florida, USA, 196-197. Watling, R. J. 2000-02-11 The Application of Time of Flight ICP-MS to the Analysis and Interpretation of Microscopic Scene of Crime Evidence. Winter Conference on Plasma Spectrochemistry, Florida, USA, 196-197. Watling, R. J. 1999, ICP-MS and its Role in Forensic Chemistry. In Proceedings of the Eighth ISMAS Symposium on Mass Spectrometry, Hyderabad India. 455-468, S K Aggarawal (Ed). Watling, R. J. and Herbert, H. K. 1999 Application of ICP-MS in Applied Geochemistry Australian Institute of Geoscientists, Bulletin 30, 7-11. Watling, R. J., Taylor, J. J., Shell, C. A., Chapman, R. J., Warner, R. B., Cahill, M. and Leake, R. C. 1999. The Application of Laser Ablation Inductively Coupled Plasma Mass Spectrometry (LA-ICP-MS) for Establishing the Provenance of Gold Ores and Artefacts. British Archaeological Reports Series BAR 792, 53-63. Young, S. M. M., Pollard, M. A., Budd, P. and Ixer, R. A. (Editors). Watling, R. J. 1999. Laser ablation ICP-MS as an investigational tool for insurance fraud, forensic science and forensic archaeology. Winter Conference on Plasma Spectrochemistry, Pau, France, 49-50.
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