READ ME File For 'Dataset to support the University of Southampton Doctoral thesis "Exploring and Utilising the Effects of Environmental Factors on Memristor Behaviour"'

Dataset DOI: 10.5258/SOTON/D2162

ReadMe Author: Thomas Abbey, University of Southampton 

This dataset supports the thesis entitled "Exploring and utilising the effects of environmental factors on memristor behaviour"
AWARDED BY: Univeristy of Southampton
DATE OF AWARD: July 2022

DESCRIPTION OF THE DATA

The data reflects on the initial investigation into the impact of humidity on TiO2 based devices, 
showing evidence that exposure to atmospheric humidity can result in the restoration of switching behaviour on 
previously broken devices.

As part of the research process, a low-cost, miniaturised environmental control chamber has been developed, 
capable of reaching temperatures up to 90°C while simultaneously controlling atmospheric humidity. 
This system has then been used to investigate the impact of temperature and humidity of memristors constructed 
with a gold/titanium oxide/platinum stack at four resistivities, from “pristine” to very low resistivity.

The data files are:
Fig_4_2.xls
Fig_4_3.xls
Fig_4_5.xls
Fig_4_7.xls
Fig_4_8.xls
Fig_4_9.xls
Fig_4_10.xls
Fig_4_11.xls
Fig_4_12.xls
Fig_4_13.xls
Fig_4_15.xls
Fig_4_1.xls
Fig_4_18.xls
Fig_4_19.xls
Fig_4_17.xls
Fig_4_20.xls
Fig_4_21.xls
Fig_4_23.xls
Fig_4_24.xls
Fig_4_25.xls
Fig_4_26.xls
Fig_4_22.xls
Fig_5_4.xls
Fig_5_4.xls, 
Fig_5_5.xls
Fig_5_8B.xls
Fig_5_8C.xls
Fig_5_9A.xls
Fig_5_9B.xls
Fig_5_1_2_3.xls
Fig_5_10B_C.xls
Fig_5_11.xls
Fig_5_10A.xls
Fig_5_12B_C.xls
Fig_5_13.xls
Fig_5_12A.xls
Fig_6_6A.xls
Fig_5_17_to_5_27.xls
Fig_6_6C.xls
Fig_6_6D.xls
Fig_7_1.xls
Fig_7_3a.xls
Fig_7_3b.xls
Fig_7_3c.xls
Fig_7_3d.xls
Fig_7_3e.xls
Fig_7_3f.xls
Fig_7_4a_b.xls
Fig_6_6B.xls
Fig_7_4c.xls
Fig_7_5.xls
Fig_7_6.xls
Fig_7_7.xls


Date of data collection: 2017-2022

Licence:
CC-BY

Related projects/Funders:
EP/K017829/1
EPSRC Fellowships - Reliably unreliable nanotechnologies, Prodromakis, T.; EPSRC 2/09/13 → 1/09/18

EP/R024642/1
FORTE - Functional Oxide Reconfigurable Technologies

Related publication:
Vaidya, D., Kothari, S., Abbey, T., Khiat, A., Stathopoulos, S., Michalas, L., Serb, A., & Prodromakis, T. (2021). Compact modeling of the switching dynamics and temperature dependencies in TiOx memristors: Part I — behavioural model. IEEE Transactions on Electron Devices, 68(10), 4877 - 4884. https://doi.org/10.1109/TED.2021.3101996
Vaidya, D., Kothari, S., Abbey, T., Stathopoulos, S., Michalas, L., Serb, A., & Prodromakis, T. (2021). Compact modeling of the switching dynamics and temperature dependencies in TiOx memristors: Part II — Physics Based Model. IEEE Transactions on Electron Devices, 68(10), 4885 - 4890. https://doi.org/10.1109/TED.2021.3102002
Abbey, T., Giotis, C., Serb, A., Stathopoulos, S., & Prodromakis, T. (2022). Thermal effects on initial volatile response and relaxation dynamics of resistive RAM devices. IEEE Electron Device Letters, 43(3), 386 - 389. https://doi.org/10.1109/LED.2022.3145620
Simanjuntak, F., Hsu, C-L., Abbey, T., & Hsu, C-L. (2021). Conduction channel configuration controlled digital and analog response in TiO2-based inorganic memristive artificial synapses. APL Materials, [121103].


Date that the file was created: June 2023