עקוב אחר
Ramesh Gayathri
Ramesh Gayathri
כתובת אימייל מאומתת בדומיין students.cutn.ac.in
כותרת
צוטט על ידי
צוטט על ידי
שנה
Tailoring the resistive switching WORM memory behavior of functionalized Bis (triphenylamine)
R Gayathri, VM Angela, P Devibala, PM Imran, S Nagarajan
ACS Applied Materials & Interfaces 15 (19), 23546-23556, 2023
122023
Asymmetrically Functionalized Phenanthro [9, 10-d] imidazole-Based Donor–Acceptor Architectures for High-Performance Ternary Memory Devices
M Akshaya, D Harshini, R Gayathri, PM Imran, S Nagarajan
ACS Applied Electronic Materials 6 (10), 7522-7539, 2024
22024
Design of Triphenylamine‐based D‐π‐A Systems for Efficient Ternary WORM Memory Devices
R Gayathri, M Akshaya, PM Imran, S Nagarajan
Chemistry–A European Journal 30 (48), e202402015, 2024
12024
Tweaking the Non–Volatile Write–Once–Read–Many–Times (WORM) Memory using Donor‐Acceptor Architecture with Isatin as Core Acceptor
M Ardra, R Gayathri, SV Swetha, P Mohamed Imran, S Nagarajan
ChemPlusChem 89 (8), e202400018, 2024
12024
Inherent D‐A Architecture in Indoloquinoxalines with an Array of Substituents for Non‐Volatile Memory Device Applications
SV Swetha, R Gayathri, M Ardra, PM Imran, S Nagarajan
ChemPhysChem 25 (9), e202400003, 2024
12024
Exploring the potential of malononitrile functionalized donor–acceptor systems for non-volatile memory device applications
R Gokul, R Gayathri, PM Imran, NSP Bhuvanesh, S Nagarajan
Physical Chemistry Chemical Physics 27 (1), 129-137, 2025
2025
Modified Donor End Caps for Binary‐to‐Ternary WORM Memory Conversion in N‐Heteroaromatic Systems
R Gayathri, M Akshaya, PM Imran, S Nagarajan
ChemPhysChem 25 (11), e202400062, 2024
2024
EXPLORING SINGLE ATOM SUBSTITUTION IN PHENANTHRO [9, 10‐D] IMIDAZOLE‐BASED D‐π‐A ARCHITECTURES WITH FLUORENE AND ITS HETEROANALOGS FOR NON‐VOLATILE RESISTIVE WORM MEMORY DEVICE …
M Akshaya, R Gayathri, PM Imran, S Nagarajan
Chemistry–A European Journal, e202404337, 0
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מאמרים 1–8