Efthymios Karabetsos

Dr. Efthymios Karabetsos

orcid

Research Focus & Metrics

Academic Career Length

31Years (1996-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 December 1998 in Measurement
Verified
Journal Article
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EKEfthymios Karabetsos
Efthymios Karabetsos
CPConstantin Papaodysseus
Constantin Papaodysseus
Dimitris Dionissios KoutsourisDimitris Dionissios Koutsouris
Dimitris Dionissios Koutsouris

27 February 2015 in Bioelectromagnetics
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Journal Article
Closed access
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MCMaria Christopoulou
Maria Christopoulou
EKEfthymios Karabetsos
Efthymios Karabetsos

1 November 2015 in Physica Medica
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Journal Article
Closed access
GGG. Gourzoulidis
G. Gourzoulidis
EKEfthymios Karabetsos
Efthymios Karabetsos
ΝSΝ. Skamnakis
Ν. Skamnakis
AXA. Xrtistodoulou
A. Xrtistodoulou
Constantin KappasConstantin Kappas
Constantin Kappas
TMT.G. Maris
T.G. Maris

5 March 2024 in Bioelectromagnetics
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Journal Article
Closed access
MCMaria I. Christopoulou
Maria I. Christopoulou
TKTheodora Kyritsi
Theodora Kyritsi
AYAgamemnon Yalofas
Agamemnon Yalofas
DKDimitris Koutounidis
Dimitris Koutounidis
EKEfthymios Karabetsos
Efthymios Karabetsos

5 February 2020 in Radiation Protection Dosimetry
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Journal Article
Closed access
IKI Karastergios
I Karastergios
AGA Gialofas
A Gialofas
EKEfthymios Karabetsos
Efthymios Karabetsos
At the end of 2015, the operation of the National Observatory of Electromagnetic Fields (established in 2012) has started. The National Observatory of Electromagnetic Fields is a network of 500 fixed (480 broadband and 20 frequency selective) and 13 mobile (vehicle mounted frequency selective) measurement stations throughout Greece that continuously monitor the electromagnetic field levels from all kinds of antenna stations in the frequency range 100kHz–7GHz. The results of this national monitoring network, which is operated and controlled by the Greek Atomic Energy Commission (EEAE), are presented through an interactive web portal (https://paratiritirioemf.eeae.gr), in which data are constantly updated with the latest station measurements. This paper presents the operational aspects and the measurement results of the first 3 years of operation (2016–2018). The measurement results revealed that all values were well below the reference levels for general public exposure, as defined by the Greek legislation.

11 April 2025 in Electronics
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Journal Article
Open access
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AMAthanasios Manassas
Athanasios Manassas
MCMaria I. Christopoulou
Maria I. Christopoulou
NPNikolaos Papanikolaou
Nikolaos Papanikolaou
Spyridon DelidimitriouSpyridon Delidimitriou
Spyridon Delidimitriou
EKEfthymios Karabetsos
Efthymios Karabetsos
Theodoros SamarasTheodoros Samaras
Theodoros Samaras
This study presents an extensive analysis of electromagnetic field (EMF) exposure in Greek urban and suburban areas during the ongoing deployment of the 5G technology. A total of 400 in situ measurements of electric field strength were conducted at ground level across four distinct regions. The first part of the study provides a statistical analysis of the overall EMF exposure, highlighting the contributions of different cellular generations (2G–5G) to the total field. The results show that 4G networks are the dominant contributors, while the impact of 5G remains limited. The second part investigates the correlation between electric field levels in the 3.5 GHz band and the distance from 5G base stations (BS). Using geospatial analysis, we computed distances to the nearest BS and examined their relationship with measured EMF levels. The findings indicate a general inverse correlation between EMF levels and BS distance, although variations occur due to factors such as line-of-sight conditions and urban built environment characteristics. These results confirm that distance remains a key predictive feature for AI-based EMF exposure models, even in the case of 5G networks.