Dr. Shashank Sundriyal

Процитировано

	Все	Начиная с 2020 г.
Статистика цитирования	2832	2742
h-индекс	24	24
i10-индекс	42	42

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Vishal ShrivastavPASIFIC Laurette, Institute of Physical Chemistry Polish Academy of Sciences, Warsaw, PolandПодтвержден адрес электронной почты в домене ieee.org
Akash DeepScientist G, Institute of Nano Science and Technology, Mohali, IndiaПодтвержден адрес электронной почты в домене inst.ac.in
Sunita MishraCentral Scientific Instruments Organizations, Sector 30, ChandigarhПодтвержден адрес электронной почты в домене csio.res.in
Prashant DubeyIndian Institute of Technology GandhinagarПодтвержден адрес электронной почты в домене iitgn.ac.in
Umesh Kumar TiwariCentral Scientific Instruments Organisation(CSIO), Sector 30, ChandigarhПодтвержден адрес электронной почты в домене csio.res.in
Ki-Hyun Kim, HYU Distinguished Profe...Hanyang UniversityПодтвержден адрес электронной почты в домене hanyang.ac.kr
Priyanka H. Maheshwarinational Physical LaboratoryПодтвержден адрес электронной почты в домене nplindia.org
Dr. Mandeep SinghPostdoctoral Researcher at Luleå University of Technology,SwedenПодтвержден адрес электронной почты в домене ltu.se
Wojciech NogalaInstitute of Physical Chemistry, Polish Academy of SciencesПодтвержден адрес электронной почты в домене ichf.edu.pl
Dr. Ashish GuptaAssistant Professor, Thapar Institute of Engineering and TechnologyПодтвержден адрес электронной почты в домене nitkkr.ac.in
Deepak DubalProfessor of Energy Storage MaterialsПодтвержден адрес электронной почты в домене qut.edu.au
Dr. Bhavana GuptaUPES, Institute of Physical Chemistry, Henan Uni., Bordeaux Uni., Ben Gurion Uni., IGCAR, IIT BHUПодтвержден адрес электронной почты в домене ddn.upes.ac.in
Dr. Mansi, Postdoctoral ResearcherPalacky University, Czech RepublicПодтвержден адрес электронной почты в домене upol.cz
Sven IngebrandtRWTH Aachen UniversityПодтвержден адрес электронной почты в домене iwe1.rwth-aachen.de
Aristides BakandritsosCATRIN, Palacký University Olomouc; CEET, Nanotechnology Centre VŠB Technical University of OstravaПодтвержден адрес электронной почты в домене upol.cz
Dr. Sanjay DhakateDean, AcSIR, Chief Scientist, Advanced Materials and Devices Metrology Division, CSIR-NPL

Dr. Shashank Sundriyal

Marie-Curie Experienced Researcher at CATRIN-RCPTM, Palacky University, Czech Republic

Подтвержден адрес электронной почты в домене upol.cz - Главная страница

Supercapacitors MOFs Nanocomposites ZIBs Biowastes


Название По числу цитат По году По названию	Процитировано Процитировано	Год
Metal-organic frameworks and their composites as efficient electrodes for supercapacitor applications S Sundriyal, H Kaur, SK Bhardwaj, S Mishra, KH Kim, A Deep Coordination Chemistry Reviews 369, 15-38, 2018	349	2018
Metal-organic frameworks (MOFs) and their composites as electrodes for lithium battery applications: Novel means for alternative energy storage V Shrivastav, S Sundriyal, P Goel, H Kaur, SK Tuteja, K Vikrant, KH Kim, ... Coordination Chemistry Reviews 393, 48-78, 2019	257	2019
High-performance symmetrical supercapacitor with a combination of a ZIF-67/rGO composite electrode and a redox additive electrolyte S Sundriyal, V Shrivastav, H Kaur, S Mishra, A Deep ACS omega 3 (12), 17348-17358, 2018	256	2018
Recent advances in biomass derived activated carbon electrodes for hybrid electrochemical capacitor applications: Challenges and opportunities P Dubey, V Shrivastav, PH Maheshwari, S Sundriyal Carbon 170, 1-29, 2020	167	2020
Advances in bio-waste derived activated carbon for supercapacitors: Trends, challenges and prospective S Sundriyal, V Shrivastav, HD Pham, S Mishra, A Deep, DP Dubal Resources, Conservation and Recycling 169, 105548, 2021	165	2021
Perovskite materials as superior and powerful platforms for energy conversion and storage applications P Goel, S Sundriyal, V Shrivastav, S Mishra, DP Dubal, KH Kim, A Deep Nano Energy 80, 105552, 2021	152	2021
Luminescent metal-organic frameworks and their composites: Potential future materials for organic light emitting displays H Kaur, S Sundriyal, V Pachauri, S Ingebrandt, KH Kim, AL Sharma, ... Coordination Chemistry Reviews 401, 213077, 2019	147	2019
Conductive and porous ZIF-67/PEDOT hybrid composite as superior electrode for all-solid-state symmetrical supercapacitors V Shrivastav, S Sundriyal, A Kaur, UK Tiwari, S Mishra, A Deep Journal of Alloys and Compounds 843, 155992, 2020	113	2020
Metal-organic framework derived zirconium oxide/carbon composite as an improved supercapacitor electrode V Shrivastav, S Sundriyal, UK Tiwari, KH Kim, A Deep Energy 235, 121351, 2021	97	2021
Significantly enhanced performance of rGO/TiO2 nanosheet composite electrodes based 1.8 V symmetrical supercapacitor with use of redox additive electrolyte S Sundriyal, V Shrivastav, M Sharma, S Mishra, A Deep Journal of Alloys and Compounds 790, 377-387, 2019	84	2019
ZIF-67 derived Co3S4 hollow microspheres and WS2 nanorods as a hybrid electrode material for flexible 2V solid-state supercapacitor V Shrivastav, S Sundriyal, P Goel, V Shrivastav, UK Tiwari, A Deep Electrochimica Acta 345, 136194, 2020	83	2020
Enhanced electrochemical performance of nickel intercalated ZIF-67/rGO composite electrode for solid-state supercapacitors S Sundriyal, V Shrivastav, S Mishra, A Deep International Journal of Hydrogen Energy 45 (55), 30859-30869, 2020	77	2020
Redox additive electrolyte study of Mn–MOF electrode for supercapacitor applications S Sundriyal, V Shrivastav, M Sharma, S Mishra, A Deep ChemistrySelect 4 (9), 2585-2592, 2019	69	2019
Study of manganese-1, 4-benzenedicarboxylate metal organic framework electrodes based solid state symmetrical supercapacitor S Sundriyal, S Mishra, A Deep Energy Procedia 158, 5817-5824, 2019	67	2019
Metal‐organic frameworks‐derived titanium dioxide–carbon nanocomposite for supercapacitor applications V Shrivastav, S Sundriyal, KH Kim, RK Sinha, UK Tiwari, A Deep International Journal of Energy Research 44 (8), 6269-6284, 2020	61	2020
Improved electrochemical performance of rGO/TiO₂ nanosheet composite based electrode for supercapacitor applications S Sundriyal, M Sharma, A Kaur, S Mishra, A Deep Journal of Materials Science: Materials in Electronics 29, 12754-12764, 2018	58	2018
Kraft lignin-derived free-standing carbon nanofibers mat for high-performance all-solid-state supercapacitor M Singh, A Gupta, S Sundriyal, K Jain, SR Dhakate Materials Chemistry and Physics 264, 124454, 2021	56	2021
Surface and diffusion charge contribution study of neem leaves derived porous carbon electrode for supercapacitor applications using acidic, basic, and neutral electrolytes S Sundriyal, V Shrivastav, A Kaur, A Deep, SR Dhakate Journal of Energy Storage 41, 103000, 2021	48	2021
Waste office papers as a cellulosic material reservoir to derive highly porous activated carbon for solid-state electrochemical capacitor S Sundriyal, V Shrivastav, A Kaur, P Dubey, S Mishra, A Deep, ... IEEE Transactions on Nanotechnology 20, 481-488, 2021	35	2021
Enhanced supercapacitive performance of Ni0. 5Mg0. 5Co2O4 flowers and rods as an electrode material for high energy density supercapacitors: rod morphology holds the key M Sharma, S Sundriyal, A Panwar, A Gaur Journal of Alloys and Compounds 766, 859-867, 2018	34	2018

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