Bibliometric data
Publications
Google Scholar (Dec. 8th, 2023)
Citations: 37255 Years: 43 Papers 1000 (limit) Cites/year: 866 h-index: 95 g-index: 171
using Scopus as source (limited to 200 papers) citations 23670 h-index 84 g-index 145
Publons (web of science) (Aug 22h, 2023) (1985-2023)
Highly Cited March/April 202 , top 1% of the academic field of Chemistry
- The 2020 plasma catalysis roadmap JOURNAL OF PHYSICS D-APPLIED PHYSICS, Oct 28 2020, 252Citations
- Electrocatalytic Synthesis of Ammonia at Room Temperature and Atmospheric Pressure from Water and Nitrogen on a Carbon-Nanotube-Based Electrocatalyst ANGEWANDTE CHEMIE-INTERNATIONAL EDITION, Mar 1 2017, 469 Citations
- Catalysis for CO2 conversion: a key technology for rapid introduction of renewable energy in the value chain of chemical industries ENERGY & ENVIRONMENTAL SCIENCE,Jun 2013, 891 Citations
- Nanocarbons for the Development of Advanced Catalysts CHEMICAL REVIEWS, Aug 2013, 1,021 Citations
Web of Science ResearcherID A-6099-2010 (22 Aug 2023)
Citation map
Scopus (Aug 22th, 2023) Author ID:35413314000
Citations: 27042 Documents: 560 h-index: 83 Cited documents: 495 (excl. selfcitat. citat. 22576 h-index 75)
WoS Author Impact BeamPlot
From IRIS Official (certified) UniME database (Aug. 22th, 2023)
Google Scholar (Aug. 22th, 2023)
Publish or Perish (1980-2023; 22/08/23)
Citations: 27575 Years: 37 Papers 752 Cites/year:745 h-index: 80 g-index: 151
using Scopus as source (limited to 200 papers) citations 18957 h-index 71 g-index 128
Web of Science - S. Perathoner (Aug 22th, 2023)
Author Impact Beamplot
Web of Science ResearcherID:A-6257-2010
Scopus - S. Perathoner (Aug 22th, 2023)
- Citations: 19856 (without selfcitations 1657)
- h-index: 70 (without selfcitations 62)
From IRIS Official (certified) UniME database (Oct. 9th, 2020)
Web of Science Core Collection - Sustainable Developments Goals
