Steven J. Randolph

Cytowane przez

	Wszystkie	Od 2020
Cytowania	2060	787
h-indeks	23	12
i10-indeks	35	17

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Aurelien BotmanThermo Fisher ScientificZweryfikowany adres z thermofisher.com
Jason FowlkesCenter for Nanophase Materials SciencesZweryfikowany adres z ornl.gov
Milos TothProfessor of Physics, University of Technology SydneyZweryfikowany adres z uts.edu.au
Jorge FilevichThermo Fisher ScientificZweryfikowany adres z engr.colostate.edu
Renae N. GannonThermo Fisher ScientificZweryfikowany adres z uoregon.edu
Katharine HarrisonSandia National LaboratoriesZweryfikowany adres z utexas.edu
Chad RueSenior Staff Scientist, Thermo Fisher ScientificZweryfikowany adres z thermofisher.com
Katherine L. JungjohannNational Renewable Energy LaboratoryZweryfikowany adres z nrel.gov
Michael L. SimpsonProfessor of Materials Science and Engineering, University of TennesseeZweryfikowany adres z utk.edu
Subrahmanyam GoripartiCell Engineer at General MotorsZweryfikowany adres z gm.com
McLean P. EchlinUniversity California Santa BarbaraZweryfikowany adres z ucsb.edu
Charlene LoboProfessor, University of Technology SydneyZweryfikowany adres z uts.edu.au
Larry R. BaylorCorporate Fellow, Fusion Energy Division, Oak Ridge National LaboratoryZweryfikowany adres z ornl.gov
Igor Aharonovich, FOSA, FSPIE, FRSNUniversity of Technology SydneyZweryfikowany adres z uts.edu.au
Kate L. KleinNIST & The University of the District of ColumbiaZweryfikowany adres z nist.gov
Harry M. Meyer IIIOak Ridge National LaboratoryZweryfikowany adres z ornl.gov
Anatoli MelechkoSAS InstituteZweryfikowany adres z freescience.org
Aiden MartinResearch Scientist, Lawrence Livermore National LaboratoryZweryfikowany adres z llnl.gov
Nance EricsonDistinguished R&D Staff Member, Sensors and Embedded Systems Group, Oak Ridge National LaboratoryZweryfikowany adres z ornl.gov
Alan BahmUniversity of Technology SydneyZweryfikowany adres z student.uts.edu.au

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Steven J. Randolph

Oak Ridge National Laboratory

Zweryfikowany adres z ornl.gov

Fluorescence microscopy beam chemistry correlative microscopy super resolution microscopy


Tytuł Sortuj wg cytatów Sortuj wg roku Sortuj wg tytułu	Cytowane przez Cytowane przez	Rok
Focused, nanoscale electron-beam-induced deposition and etching SJ Randolph, JD Fowlkes, PD Rack Critical reviews in solid state and materials sciences 31 (3), 55-89, 2006	516	2006
The TriBeam system: Femtosecond laser ablation in situ SEM MLP Echlin, M Straw, S Randolph, J Filevich, TM Pollock Materials Characterization 100, 1-12, 2015	168	2015
Highly enhanced ferroelectricity in HfO₂-based ferroelectric thin film by light ion bombardment S Kang, WS Jang, AN Morozovska, O Kwon, Y Jin, YH Kim, H Bae, ... Science 376 (6594), 731-738, 2022	122	2022
Growth and simulation of high-aspect ratio nanopillars by primary and secondary electron-induced deposition JD Fowlkes, SJ Randolph, PD Rack Journal of Vacuum Science & Technology B: Microelectronics and Nanometer …, 2005	122	2005
Focused electron-beam-induced etching of silicon dioxide SJ Randolph, JD Fowlkes, PD Rack Journal of applied physics 98 (3), 2005	99	2005
Effects of heat generation during electron-beam-induced deposition of nanostructures SJ Randolph, JD Fowlkes, PD Rack Journal of applied physics 97 (12), 2005	93	2005
Controlling thin film structure for the dewetting of catalyst nanoparticle arrays forsubsequent carbon nanofiber growth SJ Randolph, JD Fowlkes, AV Melechko, KL Klein, HM Meyer, ... Nanotechnology 18 (46), 465304, 2007	72	2007
Nanoscale electron-beam-stimulated processing PD Rack, S Randolph, Y Deng, J Fowlkes, Y Choi, DC Joy Applied Physics Letters 82 (14), 2326-2328, 2003	67	2003
Cryogenic laser ablation reveals short-circuit mechanism in lithium metal batteries KL Jungjohann, RN Gannon, S Goriparti, SJ Randolph, LC Merrill, ... ACS Energy Letters 6 (6), 2138-2144, 2021	54	2021
Single-crystal nanowires grown via electron-beam-induced deposition KL Klein, SJ Randolph, JD Fowlkes, LF Allard, HM Meyer, ML Simpson, ... Nanotechnology 19 (34), 345705, 2008	51	2008
Integrated tungsten nanofiber field emission cathodes selectively grown by nanoscale electron beam-induced deposition X Yang, ML Simpson, SJ Randolph, PD Rack, LR Baylor, H Cui, ... Applied Physics Letters 86 (18), 2005	42	2005
In situ femtosecond pulse laser ablation for large volume 3D analysis in scanning electron microscope systems SJ Randolph, J Filevich, A Botman, R Gannon, C Rue, M Straw Journal of Vacuum Science & Technology B 36 (6), 2018	39	2018
In situ probing of the growth and morphology in electron-beam-induced depositednanostructures PD Rack, JD Fowlkes, SJ Randolph Nanotechnology 18 (46), 465602, 2007	39	2007
Electron postgrowth irradiation of platinum-containing nanostructures grown by electron-beam-induced deposition from Pt (PF3) 4 A Botman, CW Hagen, J Li, BL Thiel, KA Dunn, JJL Mulders, S Randolph, ... Journal of Vacuum Science & Technology B: Microelectronics and Nanometer …, 2009	38	2009
Recent developments in femtosecond laser-enabled TriBeam systems MLP Echlin, AT Polonsky, J Lamb, R Geurts, SJ Randolph, A Botman, ... Jom 73 (12), 4258-4269, 2021	31	2021
Robust, directed assembly of fluorescent nanodiamonds M Kianinia, O Shimoni, A Bendavid, AW Schell, SJ Randolph, M Toth, ... Nanoscale 8 (42), 18032-18037, 2016	31	2016
Liquid phase electron-beam-induced deposition on bulk substrates using environmental scanning electron microscopy M Bresin, A Botman, SJ Randolph, M Straw, JT Hastings Microscopy and Microanalysis 20 (2), 376-384, 2014	30	2014
Kinetics of gas mediated electron beam induced etching S Randolph, M Toth, J Cullen, C Chandler, C Lobo Applied Physics Letters 99 (21), 2011	30	2011
Maskless milling of diamond by a focused oxygen ion beam AA Martin, S Randolph, A Botman, M Toth, I Aharonovich Scientific Reports 5 (1), 8958, 2015	29	2015
Pressure effect of growing with electron beam‐induced deposition with tungsten hexafluoride and tetraethylorthosilicate precursor YR Choi, PD Rack, SJ Randolph, DA Smith, DC Joy Scanning 28 (6), 311-318, 2006	29	2006

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