Richard G Forbes

Richard G Forbes

University of Surrey

H-index: 39

Europe-United Kingdom

About Richard G Forbes

Richard G Forbes, With an exceptional h-index of 39 and a recent h-index of 25 (since 2020), a distinguished researcher at University of Surrey, specializes in the field of High electric field nanoscience, field emission, field evaporation, atom probe tomography, electronic engineering.

His recent articles reflect a diverse array of research interests and contributions to the field:

Proposal that interpretation of field emission current–voltage characteristics should be treated as a specialized form of electrical engineering

Evidence for a Field-Independent Enhancement Factor in the Real Tunneling Potential Barrier of Nanotube Emitters

Further studies on using the AHFP exponent to choose between alternative field emission theories

Progress on the journey to put field electron emission onto a better scientific basis

Field emission: Applying the “magic emitter” validity test to a recent paper, and related research-literature integrity issues

Field emitter electrostatics: Efficient improved simulation technique for highly precise calculation of field enhancement factors

Testing the Performance of Field Emission Data-Analysis Plots: Comprehensive Comparison

Field emission: calculations supporting a new methodology of comparing theory with experiment

Richard G Forbes Information

University

Position

Visiting Reader Advanced Technology Institute UK

Citations(all)

6847

Citations(since 2020)

2424

Cited By

5485

hIndex(all)

39

hIndex(since 2020)

25

i10Index(all)

107

i10Index(since 2020)

54

Email

University Profile Page

University of Surrey

Google Scholar

View Google Scholar Profile

Richard G Forbes Skills & Research Interests

High electric field nanoscience

field emission

field evaporation

atom probe tomography

electronic engineering

Top articles of Richard G Forbes

Title

Journal

Author(s)

Publication Date

Proposal that interpretation of field emission current–voltage characteristics should be treated as a specialized form of electrical engineering

Journal of Vacuum Science & Technology B

Richard G Forbes

2023/3/1

Evidence for a Field-Independent Enhancement Factor in the Real Tunneling Potential Barrier of Nanotube Emitters

Caio P de Castro

Thiago A de Assis

Roberto Rivelino

Fernando B Mota

Caio M C de Castilho

...

2023/7/10

Further studies on using the AHFP exponent to choose between alternative field emission theories

Sergey V Filippov

Richard G Forbes

Eugeni O Popov

Anatoly G Kolosko

Fernando F Dall'Agnol

2023/7/10

Progress on the journey to put field electron emission onto a better scientific basis

Richard G Forbes

Sergey V Filippov

Anatoly G Kolosko

Eugeni O Popov

2023/7/10

Field emission: Applying the “magic emitter” validity test to a recent paper, and related research-literature integrity issues

Journal of Vacuum Science & Technology B

Richard G Forbes

2023/7/1

Field emitter electrostatics: Efficient improved simulation technique for highly precise calculation of field enhancement factors

Journal of Vacuum Science & Technology B

Fernando F Dall’Agnol

Thiago A de Assis

Richard G Forbes

2023/3/1

Testing the Performance of Field Emission Data-Analysis Plots: Comprehensive Comparison

Available at SSRN 4021773

Mohammad M Allaham

Daniel Burda

Mohammad H AlSa’eed

Rashid Dallaev

Marwan S Mousa

...

2022

Field emission: calculations supporting a new methodology of comparing theory with experiment

Royal Society Open Science

Sergey V Filippov

Anatoly G Kolosko

Eugeni O Popov

Richard G Forbes

2022/11/30

Field emitter electrostatics: a review with special emphasis on modern high-precision finite-element modelling

Thiago A de Assis

Fernando F Dall’Agnol

Richard G Forbes

2022/10/21

Post-field ionization of Si clusters in atom probe tomography: A joint theoretical and experimental study

Journal of Applied Physics

Ramya Cuduvally

Richard JH Morris

Giel Oosterbos

Piero Ferrari

Claudia Fleischmann

...

2022/8/21

Interpretation of field emission current–voltage data: Background theory and detailed simulation testing of a user-friendly webtool

Materials today communications

Mohammad M Allaham

Richard G Forbes

Alexandr Knápek

Dinara Sobola

Daniel Burda

...

2022/6/1

Comment on “Design and circuit simulation of nanoscale vacuum channel transistors” by J. Xu, Y. Qin, Y. Shi, Y. Yang and X. Zhang, Nanoscale Adv., 2020, 2, 3582

Nanoscale advances

Richard G Forbes

2021

Using the parameter "formal area efficiency" (αfSN) to analyze current-voltage measurements on large-area field electron emitters

Richard G Forbes

2021/7/5

A new multiscale approach to rapidly determine the local emission current density of nanoscale metallic field emitters

Journal of Applied Physics

J Ludwick

M Cahay

N Hernandez

H Hall

J O’Mara

...

2021/10/14

A Generalized Formula for Barrier Strength (Gamow Factor), applicable to various field ion and electron emission contexts

Richard G Forbes

2021/7/5

21st century planar field emission theory and its role in vacuum breakdown science

Richard G Forbes

2021/9/26

User-friendly method for testing field electron emission data: Technical report

Mohammad M Allaham

Alexandr Knápek

Marwan S Mousa

Richard G Forbes

2021/7/5

Using Murphy-Good plots to interpret field emission current-voltage data

Richard G Forbes

2021/9/26

A Tutorial Commentary on the Schottky Constant

Richard G Forbes

2021/7/5

Correction of conceptual error in Feynman’s textbook treatment of pointed-conductor electrostatics

Richard G Forbes

2021/7/5

See List of Professors in Richard G Forbes University(University of Surrey)