Ehsan Rahimi

Assistant Professor Faculty of Electrical Engineering

PhD in Electrical Engineering Nanoelectronics

University: Iran University of Science & Tech
Research Interests: Quantum Electronics, Molecular Electronics
Professional & Scientific Membership:
Awards & Patents:

Biography (About):

Tel:
Ext.Tel: 3221

Scientometrics

Google Scholar

(Update: 2024-Sep-23)

203

Citations

h-index

i10-index

Co-authors

Scopus

(Update: 2024-May-07)

590

Citations

h-index

Co-authors

Documents

Courses Taught

Ms.c

Semiconductor Physics and Devices
Quantum Electronics
Nanoelectronics

Bs.c

Engineering Probability and Statistics
Electronics I
Solid State Devices
Modern Physics
Numerical Calculations
Electrical Circuits I

Thesis

All Thesis (13)

(2022), "Modeling and Simulation of Input Electric Field Edge Effect in Molecular Quantum Cellular Automata Technology ", Msc Thesis, Shahrood University Of Technology, Ehsan Rahimi[Supervisor/Supervisors],

(2022), " Simulation of electronic transport in mextal-molecule-graphene hybrid junction", Msc Thesis, Shahrood University Of Technology, Ehsan Rahimi[Supervisor/Supervisors],

(2021), " Modelling and simulation of the two-dimensional current of a nano device in a coherent transport regime", Msc Thesis, Shahrood University Of Technology, Ehsan Rahimi[Supervisor/Supervisors],

Amir Hoonan Mehrabani (2020), "Design and Simulation of an HBT Transistor with Gate-Controlled Current Gain", Msc Thesis, Shahrood University Of Technology, Ehsan Rahimi, Ali Fattah[Supervisor/Supervisors],

Adeleh Ghasemi Farbod (2019), "Simulation of Energy Dissipation in QCA Fulladder Circuit", Msc Thesis, Shahrood University Of Technology, Ehsan Rahimi[Supervisor/Supervisors],

Hamid Sheibani (2019), " Simulation of Single Electron Fault in Quantum Cellular Automata Technology", Msc Thesis, Shahrood University Of Technology, Ehsan Rahimi[Supervisor/Supervisors],

HAMIDREZA NADALI (2018), "Modeling of the single molecule solar cell using Non Equilibrium Green Function", Msc Thesis, Shahrood University Of Technology, Ehsan Rahimi[Supervisor/Supervisors],

Elahe Mohammadi Rasht Abadi (2018), "Cancer Cell Detection via Molecular Electronics Methods", Msc Thesis, Shahrood University Of Technology, Ehsan Rahimi[Supervisor/Supervisors],

MAJID MALEK (2018), "Simulation of Conductivity of C60 Diode with Quantum Dot Model", Msc Thesis, Shahrood University Of Technology, Ehsan Rahimi[Supervisor/Supervisors],

Elaheh Yaghoubian (2018), "Simulation of the Access Time of QCA RAM ", Msc Thesis, Shahrood University Of Technology, Ehsan Rahimi[Supervisor/Supervisors],

Mahdiye Parvane (2018), "Design of QCA Circuits using mexta-Heuristic Genetic Algorithms", Msc Thesis, Shahrood University Of Technology, Ehsan Rahimi[Supervisor/Supervisors], Fatemeh Jafarinejad[Advisor/ Advisors]

Parinaz Bayanipour (2017), "Electronegativity Equalization Method for the Calculation of Electric Charges in Nano devices ", Msc Thesis, Shahrood University Of Technology, Ehsan Rahimi[Supervisor/Supervisors],

Mahnaz khakpour Dashli boroun (2017), "Optimization of Ram Memory in QCA Nanotechnology", Msc Thesis, Shahrood University Of Technology, Ehsan Rahimi[Supervisor/Supervisors],

Publications

Journal Papers

"Energy dissipation of quantum-dot cellular automata logic gates", Micro & Nano Letters, 7, 7, 369-371, 2016-07-07
"Radius of effect in molecular quantum-dot cellular automata", Molecular Physics, 5, 5, 697-705
"Molecular quantum cellular automata cell design trade-offs: latching vs. power dissipation", PHYSICAL CHEMISTRY CHEMICAL PHYSICS, 26, 26, 17881-17888, 2018-06-08
"Optimization of Quantum Cellular Automata Circuits by Genetic Algorithm", International Journal of Engineering, 2, 2, 229-236, 2020-01-02
"Non-adiabatic energy dissipation of quantum cellular automata logic devices", IET Circuits Devices , Systems, 5, 5, 623-628, 2020-08-11
"Single-Electron Fault Tolerance in Quantum Cellular Automata Majority Gate", JOURNAL OF CIRCUITS SYSTEMS AND COMPUTERS, 9, 9, -, 2021-01-18
"Displacement Effects on the Electrical Characteristics of a Single- Molecule Device", Journal of Electrical and Computer Engineering Innovations, 1, 1, 1-1
"Design and Simulation of a Novel HBT Transistor with Gate-Controlled Current Gain", International Journal of Engineering, 2, 2, 1-10
"Novel Quantum-Dot Cellular Automata-Based Gate Designs for Efficient Reversible Computing", Sustainability, 3, 3, 2265-, 2023-08-26
"A novel QCA circuit-switched network with power dissipation analysis for nano communication applications", Nano Communication Networks, 1, 1, 100438-, 2023-02-02
"Single-Event Upset in Molecular Quantum Cellular Automata", IEEE TRANSACTIONS ON NANOTECHNOLOGY, 1, 1, 541-548, 2024-06-17
"Efficient design and implementation of a reversible switched network in quantum cellular automata technology", Journal of King Saud University-Computer and Information Sciences, 1, 1, 101910-, 2024-01-09
"Edge effects in quantum cellular automata binary wire", PHYSICA B-CONDENSED MATTER, 1, 1, 415933-, 2024-04-06
"Missing-cell defects in QCA wires: The ground and excited electronic states perspectives", Results in Physics, 1, 1, 107919-, 2024-08-10

Conference Papers

Book