Skip to main content

University of Minnesota / Driven to DiscoverUniversity of Minnesota

Libraries

Data Repository for U of M

View Item 
Resistance vs Temperature of an Indium Oxide thin film sample "6.7E-5" at a range of magnetic fields
Percher, Ilana M; Goldman, Allen M (2019)
Thumbnail
Persistent link to this item
Services
Keywords
Collection period
2016-08-23 to 2016-10-15
Date completed
2016-10-15
Title
Resistance vs Temperature of an Indium Oxide thin film sample "6.7E-5" at a range of magnetic fields
Published Date
2019-01-09
Authors
Group
Goldman Group
University of Minnesota Condensed Matter Group
Author Contact
Goldman, Allen M (goldman@umn.edu)
Type
Dataset
Experimental Data
Abstract
Sheet resistance of a thin superconducting amorphous indium oxide film as a function of temperature and perpendicular magnetic field. Increasing field leads to the apparent destruction of the superconducting state and a transition to a insulator-like high field state.
Description
DC sheet resistance of a thin amorphous indium oxide film, measured as a function of temperature at a range of magnetic fields to show a transition from a superconducting state to an insulator-like state. Each file gives sheet resistance as a function of temperature at a unique value of magnetic field applied perpendicular to the film.
Funding information
Sponsorship: This work was supported by the Condensed Matter Physics Program of the National Science Foundation under grant DMR-12663316; Part of this work was carried out at the University of Minnesota Characterization Facility, a member of the NSF-funded Materials Research Facilities Network via the MRSEC program (DMR-140013), and the Nanofabrication Center which receives partial support from the NSF through the NNIN program.
Referenced by
Percher, Ilana M., Volotsenko, I., Frydman, A., Shklovskii, B. I. & Goldman, A. M. Vortex variable range hopping in a conventional superconducting film. Phys. Rev. B 96, 224511 (2017).
Percher, Ilana. (2018). 2D Mott Hopping of Vortices in an Amorphous Indium Oxide Film. Retrieved from the University of Minnesota Digital Conservancy Dissertations Collection.
License
CC0 1.0 Universal Public Domain Dedication
Suggested Citation
Percher, Ilana M; Goldman, Allen M. (2019). Resistance vs Temperature of an Indium Oxide thin film sample "6.7E-5" at a range of magnetic fields. Retrieved from the Data Repository for the University of Minnesota, https://doi.org/10.13020/cbew-4g28.
View/Download file
File View/OpenDescriptionSizeFormat
ReadmeV3.txtDescription of the data11.23KbText file
RvT_850 PM_H=0mT.txtRvsT--0mT12.47KbText file
RvT_150 PM_H=25mT.txtRvsT--25mT12.37KbText file
RvT_240 AM_H=50mT.txtRvsT--50mT12.45KbText file
RvT_1240 AM_H=100mT.txtRvsT--100mT12.19KbText file
RvT_1155 AM_H=150mT.txtRvsT--150mT12.43KbText file
RvT_354 PM_H=200mT.txtRvsT--200mT12.80KbText file
RvT_1045 PM_H=250mT.txtRvsT--250mT12.31KbText file
RvT_1016 AM_H=300mT.txtRvsT--300mT12.55KbText file
RvT_937 PM_H=350mT.txtRvsT--350mT12.44KbText file
RvT_906 AM_H=400mT.txtRvsT--400mT12.69KbText file
RvT_710 AM_H=450mT.txtRvsT--450mT12.54KbText file
RvT_636 AM_H=550mT.txtRvsT--550mT12.19KbText file
RvT_657 PM_H=500mT.txtRvsT--500mT12.31KbText file
RvT_827 PM_H=600mT.txtRvsT--600mT12.43KbText file
RvT_756 AM_H=800mT.txtRvsT--800mT12.30KbText file
RvT_719 PM_H=1000mT.txtRvsT--1000mT12.67KbText file
RvT_1244 AM_H=1200mT.txtRvsT--1200mT12.40KbText file
RvT_240 PM_H=1400mT.txtRvsT--1400mT12.67KbText file
RvT_1013 PM_H=1600mT.txtRvsT--1600mT12.39KbText file
RvT_828 AM_H=1800mT.txtRvsT--1800mT12.15KbText file
RvT_345_H=2000mT.txtRvsT--2000mT8.958KbText file
RvT_1739_H=2100mT.txtRvsT--2100mT9.225KbText file
RvT_151_H=2150mT.txtRvsT--2150mT9.358KbText file
RvT_1011_H=2200mT.txtRvsT--2200mT9.347KbText file
RvT_1827_H=2250mT.txtRvsT--2250mT9.362KbText file
RvT_247_H=2300mT.txtRvsT--2300mT9.234KbText file
RvT_1106_H=2350mT.txtRvsT--2350mT8.724KbText file
RvT_1927_H=2400mT.txtRvsT--2400mT9.207KbText file
RvT_1207_H=2450mT.txtRvsT--2450mT9.201KbText file
RvT_2025_H=2500mT.txtRvsT--2500mT9.329KbText file
RvT_445_H=2550mT.txtRvsT--2550mT8.837KbText file
RvT_combo_H=2600mT.txtRvsT--2600mT9.095KbText file
RvT_2127_H=2650mT.txtRvsT--2650mT9.236KbText file
RvT_548_H=2700mT.txtRvsT--2700mT9.102KbText file
RvT_combo_H=2750mT.txtRvsT--2750mT12.45KbText file
RvT_combo_H=2800mT.txtRvsT--2800mT9.305KbText file
RvT_combo_H=2850mT.txtRvsT--2850mT9.327KbText file
RvT_1517_H=2900mT.txtRvsT--2900mT9.463KbText file
RvT_1843_H=2950mT.txtRvsT--2950mT9.413KbText file
RvT_2053_H=3000mT.txtRvsT--3000mT9.457KbText file
RvT_424_H=3050mT.txtRvsT--3050mT9.103KbText file
RvT_2341_H=3100mT.txtRvsT--3100mT9.079KbText file
RvT_combo_H=3150mT.txtRvsT--3150mT9.351KbText file
RvT_534_H=3200mT.txtRvsT--3200mT8.796KbText file
RvT_1216_H=3300mT.txtRvsT--3300mT7.651KbText file
RvT_2220_H=3400mT.txtRvsT--3400mT7.643KbText file
RvT_1603_H=3600mT.txtRvsT--3600mT7.740KbText file
RvT_123_H=3800mT.txtRvsT--3800mT7.743KbText file
RvT_1052_H=4000mT.txtRvsT--4000mT7.432KbText file
RvT_2044_H=5000mT.txtRvsT--5000mT7.420KbText file
RvT_631_H=6000mT.txtRvsT--6000mT6.955KbText file
RvT_1605_H=7000mT.txtRvsT--7000mT (suspected discrepancies, see readme)6.969KbText file
RvT_659_H=8000mT.txtRvsT--8000mT6.485KbText file
RvT_2103_H=9000mT.txtRvsT--9000mT7.070KbText file
RvT_1632_H=10000mT.txtRvsT--10000mT6.530KbText file
RvT_207_H=11000mT.txtRvsT--11000mT6.529KbText file
RvT_1142_H=12000mT.txtRvsT--12000mT6.535KbText file
By using these files, users agree to the Terms of Use. Content distributed via the University of Minnesota's Digital Conservancy may be subject to additional license and use restrictions applied by the depositor.