 Print previewpersonal data approved: 2024. III. 10. | Publications |
2022
 from data base, 2022. XII. 02. |
Kirchknopf P, Almási I, Radócz G, Nemes I, Völgyesi P, Szalóki I: Determining burnup, cooling time and operational history of VVER-440 spent fuel assemblies based on in-situ gamma spectrometry at Paks Nuclear Power Plant, ANNALS OF NUCLEAR ENERGY 170: 108975
type of document: Journal paper/Article
language: English
URL |
2021
from data base, 2022. XII. 02. |
Szalóki Imre, Gerényi Anita, Fodor Ferenc, Radócz Gábor, Czech Viktória, Vincze Laszlo: Improved Micro-X-ray Fluorescence Confocal Imaging of Two-Dimensional Distribution of Arsenic Concentration in Cucumber Hypocotyls Using Synchrotron Radiation, ANALYTICAL CHEMISTRY 93: (34) pp. 11660-11668.
type of document: Journal paper/Article
number of independent citations: 2
language: English
URL |
2020
from data base, 2022. XII. 02. |
Szalóki I, Gerényi A, Radócz G: Reverse Monte Carlo iterative algorithm for quantification of X-ray fluorescence analysis based on MCNP6 simulation code, X-RAY SPECTROMETRY 49: (5) pp. 587-595.
type of document: Journal paper/Article
number of independent citations: 1
language: English
URL |
2019
from data base, 2022. XII. 02. |
Szalóki I., Radócz G., Gerényi A.: Fundamental parameter model for quantification of total reflection X-ray fluorescence analysis, SPECTROCHIMICA ACTA PART B-ATOMIC SPECTROSCOPY 156: pp. 33-41.
type of document: Journal paper/Article
number of independent citations: 7
language: English
URL |
2019
from data base, 2022. XII. 02. |
Szalóki Imre, Pintér Tamás, Szalóki Imre, jnr., Radócz Gábor, Gerényi Anita: A novel confocal XRF-Raman spectrometer and FPM model for analysis of solid objects and liquid substances, JOURNAL OF ANALYTICAL ATOMIC SPECTROMETRY 34: (8) pp. 1652-1664.
type of document: Journal paper/Article
number of independent citations: 4
language: English
URL |
2017
from data base, 2022. XII. 02. |
I Szalóki, A Gerényi, G Radócz, A Lovas, B De Samber, L Vincze: FPM model calculation for micro X-ray fluorescence confocal imaging using synchrotron radiation, JOURNAL OF ANALYTICAL ATOMIC SPECTROMETRY 32: (2) pp. 334-344.
type of document: Journal paper/Article
number of independent citations: 12
language: English
URL |
2008
from data base, 2022. XII. 02. |
B De Samber, R Evens, K De Schamphelaere, G Silversmit, B Masschaele, T Schoonjans, B Vekemans, C R Janssen, L Van Hoorebeke, I Szalóki, F Vanhaecke, G Falkenberg, L Vincze: A combination of synchrotron and laboratory X-ray techniques for studying tissue-specific trace level metal distributions in Daphnia magna, JOURNAL OF ANALYTICAL ATOMIC SPECTROMETRY 23: (6) pp. 829-839.
type of document: Journal paper/Article
number of independent citations: 33
language: English
URL |
2007
from data base, 2022. XII. 02. |
Brenker FE, Vollmer C, Vincze L, Vekemans B, Szymanski A, Janssens K, Szaloki I, Nasdala L, Joswig W, Kaminsky F: Carbonates from the lower part of transition zone or even the lower mantle, EARTH AND PLANETARY SCIENCE LETTERS 260: (1-2) pp. 1-9.
type of document: Journal paper/Article
number of independent citations: 187
language: English
URL |
1999
from data base, 2022. XII. 02. |
Szalóki I, D G Lewis, Bennett C.A., Kilic A.: Application of the fundamental parameter method to the in vivo x-ray fluorescence analysis of Pt, PHYSICS IN MEDICINE AND BIOLOGY 44: (5) pp. 1245-1255.
type of document: Journal paper/Article
number of independent citations: 15
language: English
URL |
1991
from data base, 2022. XII. 02. |
I Szaloki: Some Application of the Fundamental Parameter Method in Energy Dispersive X-Ray Fluoresence Analysis by Isotope Excitation, X-RAY SPECTROMETRY 20: (6) pp. 297-303.
type of document: Journal paper/Article
number of independent citations: 21
language: English
URL |
| | Number of independent citations to these publications: | 282 |
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