Topographically Predicted Vertical Gravity Gradient Field and Its Applicability in 3D and 4D Microgravimetry: Etna (Italy) Case Study

Number of the records: 1

Title	Topographically Predicted Vertical Gravity Gradient Field and Its Applicability in 3D and 4D Microgravimetry: Etna (Italy) Case Study
Author	Vajda Peter 1966 SAVUVOZ ; SAVGEOF - Ústav vied o Zemi SAV ^SCOPUS ^RID ^ORCID
Co-authors	Zahorec Pavol 1975 SAVUVOZ ; SAVGEOF - Ústav vied o Zemi SAV ^SCOPUS ^SCOPUS ^ORCID
	Papčo Juraj
	Carbone Daniele
	Greco Filippo
	Cantarero Massimo

Source document	Pure and Applied Geophysics. Vol. 177, no. 7 (2020), p. 3315-333
Language	eng - English
Country	CH - Switzerland
Document kind	rozpis článkov z periodík (rbx)
Citations	TAN, Xuli - WANG, Qingbin - FENG, Jinkai - HUANG, Yan - HUANG, Ziyan. Fast modeling of gravity gradients from topographic surface data using GPU parallel algorithm. In GEODESY AND GEODYNAMICS. ISSN 1674-9847, 2021, vol. 12, no. 4, p. 288-297.
	AKDOGAN, Y. A. - AHI, G. O. - YILDIZ, H. Free-air vertical gravity gradient modelling and its validation. In BULLETIN OF GEOPHYSICS AND OCEANOGRAPHY. ISSN 2785-339X, 2022, vol., no., pp. Dostupné na: https://doi.org/10.4430/bgo00385.
Category	ADCA - Scientific papers in foreign journals registered in Current Contents Connect with IF (impacted)
Category of document (from 2022)	V3 - Vedecký výstup publikačnej činnosti z časopisu
Type of document	článok
Year	2020
Registered in	WOS
Registered in	SCOPUS
Registered in	CCC
DOI	10.1007/s00024-020-02435-x

article

	File name	Access	Size	Downloaded	Type	License
	topografically.pdf	available	6.3 MB	0	Postprint
	Topographically PredictedVertic.pdf	Neprístupný/archív	6.3 MB	0	Publisher's version

rok	CC	IF	IF Q (best)	JCR Av Jour IF Perc	SJR	SJR Q (best)	CiteScore
	A

rok vydania	rok metriky	IF	IF Q (best)	SJR	SJR Q (best)
2020	2019	1.586	Q3	0.593	Q2

Number of the records: 1