PhD Vid Bobnar
no.: 15644

researcher – active in research organisation

(01) 477 37 63
vid.bobnar at sign

at sign

ijs.si
http://www2.ijs.si/~bobnar/

Research activity

Code	Science	Field	Subfield
1.02.01	Natural sciences and mathematics	Physics	Physics of condesed matter

Keywords

Dielectric spectroscopy, ordered and disordered systems, ferroelectrics, relaxors, ceramics

Bibliography Representative bibliographic units | Personal| COBISS+

source: COBISS

source: SICRIS

Evaluation (rules)

Evaluation of bibliographic research performance indicators according to ARIS methodology

source: COBISS

source: ARIS

Points

398.85

A''

180.64

A'

277.96

A1/2

351.65

CI10

1,676

CImax

415

h10

21

A1

1.6

A3

0.06

Data for the last 5 years (citations for the last 10 years) on April 18, 2024; A3 for period 2018-2022 (update for tender in 2023: YES)

Data for ARIS tenders ( 12.01.2024 – Project tender, archive )

Citations Citations for bibliographic records in COBIB.SI that are linked to records in citation databases

source: WoS

source: Scopus

source: COBISS

Database	Linked records	Citations	Pure citations	Average pure citations
WoS	124	3,092	2,641	21.3
Scopus	127	3,313	2,831	22.29

Mentoring junior researchers

source: ARIS

no.	Name and surname	Type	Period	Code
1	Vida Jurečič	Bologna doctoral studies	10/1/2020 - 9/30/2024	54693
2	PhD Aleksander Matavž	Bologna doctoral studies	10/1/2015 - 12/18/2019	38196
3	PhD Goran Casar	Bologna doctoral studies	11/1/2011 - 4/30/2015	34430
4	PhD Andreja Eršte	Bologna doctoral studies	10/1/2009 - 3/31/2013	32147

Education

source: ARIS

Level of education	Professional title	Study subject	Faculty	Year
	B. Sc.	Physics	University of Ljubljana, Faculty of Mathematics and Physics	1995
Master's degree		Physics	University of Ljubljana, Faculty of Mathematics and Physics	1998
Doctor's degree	Ph. D.		University of Ljubljana, Faculty of Mathematics and physics	2000

Doctoral dissertations and other final papers Show

source: COBISS

Employments

source: ARIS

Type of employment	Research org.	Research group	Date of employment	Position	ecris.org.employ_rolegroup	Title
Full time employment (100%, RD:100%)	Jožef Stefan Institute	Solid State Physics	5/1/1995	1995	Researcher

Research projects Legend

source: ARIS

no.	Code	Title	Period	Head	No. of publications
1.	J2-4464	Antiferroelectric materials for cooling and high power electronic applications	2022 - 2024	PhD Nikola Novak	1,842
2.	J2-3053	Development of high-performance piezoelectric coatings for self-powering of nonwovens used in e-mobility	2021 - 2024	PhD Vanja Kokol	1,946
3.	J2-1738	Electrocaloric elements for active cooling of electronic circuits	2019 - 2023	PhD Barbara Malič	5,498
4.	J2-1740	Advanced inorganic and organic thin films with enhanced electrically-induced response	2019 - 2022	PhD Vid Bobnar	3,126
5.	L2-8180	Domain engineered ferroelectric ceramic layer elements for efficient energy harvesting and energy conversion applications	2017 - 2020	PhD Barbara Malič	5,605
6.	J2-7526	Multifunctional materials for actuator and cooling devices	2016 - 2018	PhD Tadej Rojac	4,679
7.	J2-6779	New advanced electrocaloric materials for novel environmentally-friendly dielectric refrigeration technology	2014 - 2017	PhD Zdravko Kutnjak	4,757
8.	J1-7032	High-Entropy Alloys	2016	PhD Janez Dolinšek	2,594
9.	L2-4205	New materials for power conversion: Oxide semiconductor thermoelectrics	2011 - 2014	PhD Danilo Suvorov	4,010
10.	J1-2015	Napredni ferroelektrični polimerni in anorganski materiali: ogromen elektrokalorični pojav in transportne lastnosti (Slovene)	2009 - 2012	PhD Zdravko Kutnjak	1,225
11.	J1-9534	Organic and inorganic percolative composites with giant dielectric constant	2007 - 2009	PhD Vid Bobnar	645
12.	J1-6603	Dielectric Spectroscopy of Electroactive Polymer Composites	2004 - 2007	PhD Vid Bobnar	645
13.	Z1-3249	Dielectric Study of Relaxor Ferroelectric P(VDF-TrFE) Copolymer System	2002 - 2004	PhD Vid Bobnar	362

ARIS research and infrastructure programmes Legend

source: ARIS

no.	Code	Title	Period	Head	No. of publications
1.	P1-0125	Physics of quantum and functional materials	2022 - 2024	PhD Denis Arčon	3,912
2.	P1-0125	Magnetic resonance and dielectric spectroscopy of "smart" new materials	2015 - 2021	PhD Janez Dolinšek	3,969
3.	P1-0125	Magnetna resonanca in dielektrična spektroskopija 'pametnih' novih materialov (Slovene)	2009 - 2014	PhD Janez Dolinšek	5,693
4.	P1-0125	Magnetic resonance and dielectric spectroscopy of condensed matter: The breaking of translational symmetry and "smart" new materials.	2004 - 2008	PhD Robert Blinc	5,643