ISSN print edition: 0366-6352
ISSN electronic edition: 1336-9075
Registr. No.: MK SR 9/7

Published monthly

Author: Matherny

Evaluation of a spectroscopic tandem method using information theory	227	–	231
Silvia Ružičková and Mikuláš Matherny	Vol. 62, 3
Investigation of the solid samples evaporation from the auxiliary DC arc discharge in the atomic emission spectroscopy	116	–	121
S. Ružičková, L. Koller, and M. Matherny	Vol. 60, 2
Statistical Evaluation and the Nature of the Deposited Dust of the Residential Agglomerations of the City Košice	230	–	234
K. Uhrinová, K. Flórián, and M. Matherny	Vol. 59, 4
Environmental Characteristics of the Atmosphere of Residential Agglomerations I. Dustiness of the Agglomerations	369	–	373
K. Flórián, M. Matherny, H. Nickel, N. Pliešovská, and K. Uhrinová	Vol. 57, 5
Environmental Characteristics of the Atmosphere of Residential Agglomerations II. Main, Minor, and Trace Elements in the Gravitation Dust Sediments	374	–	381
K. Flórián, M. Matherny, H. Nickel, N. Pliešovská, and K. Uhrinová	Vol. 57, 5
Analytical Order, its Figures of Merit and their Authentication	147	–	150
M. Matherny	Vol. 57, 3
Analytical Calibration of the Energy Dispersive X-Ray Spectrometer Preparation of the Reference Samples for the Determination of Main and Minor Elements in Airborne Dust	185	–	187
K. Uhrinová, N. Pliešovská, and M. Matherny	Vol. 57, 3
Evaporation of the Chosen Elements from Auxiliary DC Arc Discharge and their Excitation in the Marinković Sources	204	–	207
S. Ružičková, E. Jankovská, L. Koller, and M. Matherny	Vol. 57, 3
*The Use of Information Theory in Atomic Spectrochemistry IV. Extension of the Number of Partial Efficiency Coefficients of the Information Theory**	228	–	235
M. Matherny	Vol. 56, 4
Optimization of the Atomic Absorption Spectrometric Methods. 2. Matrix Effects in Electrothermal Atomization of Waters in W-Tube	84	–	90
G. Holéczyová, M. Matherny, and N. Pliešovská	Vol. 51, 2
Chemometric Evaluation of Direct Spectrochemical Methods in the Determination of Elements in the SiC Matrices	91	–	94
K. Flórián, J. Hassler, and M. Matherny	Vol. 51, 2
Spectrochemical Determination of Minor and Trace Elements in Polymetallic Ores - Development of Method and Determination of Information Characteristics	122	–	127
K. Flórián, M. Matherny, and Ľ. Blahut	Vol. 49, 3
Chemometric Evaluation of Analytical Data Concerning Chemoecology of City Agglomeration	95	–	99
M. Matherny, V. Balgavá, and J. Einax	Vol. 48, 2
Chemometric Valuation of Some Rivers and Lakes in Eastern Slovakia	21	–	24
D. Truckenbrodt, J. Einax, M. Matherny, and J. Rigas	Vol. 48, 1
Optimization of the Atomic Absorption Spectrometric Methods. 1. Matrix Effects in Flame Atomization Analysis of Waters	385	–	390
G. Holéczyová and M. Matherny	Vol. 46, 6
The use of information theory in atomic spectrochemistry. 3. Optimization of the analytical process	745	–	755
M. Matherny and K. Eckschlager	Vol. 45, 6
Analytical use of polyurethane foam sorbents for enrichment processes .1. Enrichment and determination of trace-elements in natural-waters	509	–	516
J. Rigas, Š. Palágyi, G. Holéczyová, and M. Matherny	Vol. 45, 4
The use of information theory in atomic spectrochemistry. 2. Applicable information contents and information efficiencies	627	–	634
K. Eckschlager and M. Matherny	Vol. 44, 5
Application of information theory to atomic spectrochemistry. I. General and specific theoretical explanations	479	–	489
M. Matherny and K. Eckschlager	Vol. 38, 4
Study of the spectrochemical excitation of powder materials using a time-resolved technique. IV. Study of the course of analytical calibration dependent on the burning phase of an a.c. arc	49	–	58
E. Krakovská and M. Matherny	Vol. 38, 1
Determination of molybdenum in copper slags, copper mattes, and copper by atomic absorption spectrometry	661	–	671
M. Matherny and E. Reitznerová	Vol. 36, 5
Study of spectrochemical excitation of powder materials using a time-resolving technique. II. Monitoring of intensity relations and evaporating processes	749	–	754
E. Krakovská and M. Matherny	Vol. 34, 6
Study of spectrochemical excitation of powder materials using a time-resolving technique. III. Estimation of the excitation using the scatter diagram technique	755	–	761
E. Krakovská and M. Matherny	Vol. 34, 6
Determination of copper, molybdenum and manganese by atomic absorption spectrometry in mineral waters	465	–	472
G. Hrabovecká and M. Matherny	Vol. 34, 4
Atomic absorption spectroscopic determination of primary and secondary elements of copper slags	364	–	372
M. Matherny and E. Reitznerová	Vol. 34, 3
Study of spectrochemical excitation of powder materials by the time-resolved method. I. Complex evaluation of plasma temperature variations	240	–	251
E. Krakovská and M. Matherny	Vol. 33, 2
Background correction in emission spectrochemistry. II. Influence of the background correction on the values of scatter diagram parameters	153	–	159
M. Matherny	Vol. 30, 2
Background correction in emission spectrochemistry. I. Correlation between the spectral lines and their background	177	–	183
E. Krakovská and M. Matherny	Vol. 29, 2
Dependence of the variation of calibration functions on their mode of preparation in spectrochemical emission analysis	760	–	767
K. Flórián, A. Lavrin, and M. Matherny	Vol. 28, 6
Establishing linear calibration functions in emission spectroscopy	623	–	633
K. Flórián, A. Lavrin, and M. Matherny	Vol. 27, 5
Spectrochemical determination of trace elements in limestones. I. Solution spectrochemical analysis with capillary electrodes	327	–	335
M. Matherny and N. Pliešovská	Vol. 27, 3
Influence of the a.c. intermittent arc electrical parameters on the excitation of the atomic spectra. V. Spectrochemical properties of full wave a.c. arc	183	–	192
K. Flórián and M. Matherny	Vol. 27, 2
Comparison of some spectrochemical methods in the excitation of powder materials by scatter diagrams. III. Excitation of magnesium oxide matrix in d.c. arc	55	–	66
K. Flórián and M. Matherny	Vol. 27, 1
Influence of the a.c. intermittent arc electrical parameters on the excitation of the atomic spectra. I. Investigation of the evaporation process by correlation curves	407	–	414
K. Flórián and M. Matherny	Vol. 25, 6
Influence of the a.c. intermittent arc electrical parameters on the excitation of the atomic spectra. II. Plasma temperature and electron pressure dependence on the polarity and pulse numbers	415	–	420
K. Flórián, M. Matherny, and Ž. Rybárová	Vol. 25, 6
Influence of the a.c. intermittent arc electrical parameters on the excitation of the atomic spectra. III. Changes of the analytical curves in relation to the polarity of electrodes and number of pulses	421	–	430
K. Flórián, V. Juríčková, and M. Matherny	Vol. 25, 6
Influence of the a.c. intermittent arc electrical parameters on the excitation of the atomic spectra. IV. Determination of the homology of spectral line pairs in relation to the electrode polarity and pulse numbers	431	–	440
K. Flórián and M. Matherny	Vol. 25, 6
Comparison of some spectrochemical methods for the excitation of powder materials by scatter diagrams. I. Excitation of magnesium oxide-matrixes in the hole of a carbon supporting electrode	265	–	277
M. Matherny and J. Poláček	Vol. 24, 4
Comparison of some spectrochemical methods for the excitation of powder materials by scatter diagrams. II. Comparison between the efficiency of the Rusanov method and that of the Stallwood method	278	–	289
M. Matherny and J. Poláček	Vol. 24, 4
Assay of the homology of spectral line pairs	112	–	120
M. Matherny	Vol. 24, 2
Determination of the detection and [purity] guarantee limits in emission spectrochemical analysis	121	–	127
M. Matherny	Vol. 24, 2
Spectrochemical determination of main and secondary constituents of the limestones	417	–	426
M. Matherny and N. Pliešovská	Vol. 21, 6
Spectrochemistry of electrolytic sludges. I. Spectrographic determination of indium	561	–	568
L. Koller and M. Matherny	Vol. 20, 8
Quantitative spectral-solution analysis of macro-components in bauxite	796	–	802
V. Kriváň and M. Matherny	Vol. 13, 12
The determination of sulfuric acid in technical pure lactic acid	157	–	161
M. Matherny	Vol. 11, 3
The baking quality of wheat flours	268	–	282
Ľ. Matherny and N. Michajlovskij	Vol. 4, 5-6