Dr. Jingzhe Li
Metrology, Lam Research (United States), Fremont, California, USA
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Academic Career Length
12Years (2015-Present)
(Calculated once Scilit publication data is synced: current year − year of first publication + 1)
Representative Publications
View All Publications23 November 2021 in ACS Nano
Journal Article
BCBolin Chen
Bolin Chen
ZJZachary T. Johnson
Zachary T. Johnson
DSDelaney Sanborn
Delaney Sanborn
RHRobert G. Hjort
Robert G. HjortNGNate T. Garland
Nate T. Garland
Jonathan Claussen +7
1 August 2023 in ACS Applied Materials & Interfaces
Journal Article
NGNate T. Garland
Nate T. GarlandJSJacob Schmieder
Jacob Schmieder
ZJZachary T. Johnson
Zachary T. Johnson
RHRobert G. Hjort
Robert G. HjortBCBolin Chen
Bolin Chen
Jonathan Claussen +9
9 August 2021 in ACS Sensors
Journal Article
ZJZachary T. Johnson
Zachary T. Johnson
KWKelli Williams
Kelli Williams
BCBolin Chen
Bolin Chen
RSRobert Sheets
Robert Sheets
NJNathan Jared
Nathan Jared
Jonathan Claussen +2
22 August 2019 in Chemphyschem
Journal Article
BBBrett W. Boote
Brett W. Boote
HAHimashi P. Andaraarachchi
Himashi P. Andaraarachchi
BRBryan A. Rosales
Bryan A. Rosales
RBRafael Blome‐Fernández
Rafael Blome‐Fernández
FZFeng Zhu
Feng Zhu
ESEmily A. Smith
Emily A. Smith +5
26 February 2022 in Microchimica Acta
Journal Article
RHRobert G. Hjort
Robert G. HjortRSRaquel R. A. Soares
Raquel R. A. SoaresJingzhe LiDJDapeng Jing
Dapeng JingLHLindsey Hartfiel
Lindsey Hartfiel
Carmen Gomes +6
13 November 2018 in New Journal of Chemistry
Journal Article
DCDeepak Chand
Deepak Chand
MFMuhammad Qamar Farooq
Muhammad Qamar Farooq
APArjun K. Pathak
Arjun K. Pathak
Jingzhe LiESEmily A. Smith
Emily A. SmithJAJared L. Anderson
Jared L. AndersonIn this study, magnetic ionic liquids (MILs) consisting of Ni(II), Co(II), and Mn(II) and paired with the bis[(trifluoromethyl)sulfonyl]imide [NTf2 −] anion were synthesized from their water soluble chloride intermediates. The MILs feature low viscosity, high hydrophobicity, and hydrolytic stability making them attractive candidates for a number of highly interdisciplinary applications.
About Me
I earned my Ph.D. in analytical chemistry under the mentorship of Dr. Emily A. Smith at Iowa State University, where I focused on the applications of optical spectroscopy, advanced data analysis, and machine learning techniques in material studies across diverse fields. Currently, I am a metrology engineer at Lam Research, applying optical spectroscopy and modeling techniques in semiconductor film development. My expertise includes optical spectroscopy, material science, nanochemistry, sensors, chemometrics, and machine learning.