World's Best Scientists 2026 revealed!

D-Index & Metrics

Electronics and Electrical Engineering

D-Index
31
Citations
4580
World Ranking
6531
National Ranking
2138

Overview

M. Kristiansen is affiliated with Texas Tech University in the United States. Their research spans several areas primarily within the social sciences, with a clear emphasis on psychology and education. The scientist's recent scholarly contributions include a publication in 2023 titled Legepersonligheder i en professionsfaglig kontekst, which appeared in the journal UCN OJS.

The scientist's research interests cover multiple interconnected fields and subfields. Their main fields of study are:

  • Psychology
  • Social Sciences

Within these broader domains, their work focuses more specifically on:

  • Social Psychology
  • Education

The core topics addressed in their research reflect a multidisciplinary approach linking social and educational implications to healthcare and sociology:

  • Education, Healthcare and Sociology Research
  • Social and Educational Sciences

M. Kristiansen's collaboration network includes co-authors such as Giselle Carolina Bustamante Christoffersen and Dorte Westmark. These frequent co-authors provide insight into the team-based efforts supporting the scientist's research agenda.

Their publication history is concentrated in the venue UCN OJS, where they have contributed at least one documented paper. This suggests a focused yet specialized dissemination strategy for their work.

Best Publications

  • A review of short pulse generator technology

    J. Mankowski;M. Kristiansen

  • J. C. Martin on pulsed power

    J. C. Martin;T. H. Martin;Arthur Henry Guenther;M. Kristiansen

  • Gas discharge closing switches

    Gerhard Schaefer;M. Kristiansen;Arthur Henry Guenther

  • The pulsed discharge arc resistance and its functional behavior

    T.G. Engel;A.L. Donaldson;M. Kristiansen

  • Window breakdown caused by high-power microwaves

    A. Neuber;J. Dickens;D. Hemmert;H. Krompholz

  • High power microwave generation by a coaxial virtual cathode oscillator

    W. Jiang;K. Woolverton;J. Dickens;M. Kristiansen

  • Initiation of high power microwave dielectric interface breakdown

    A. Neuber;D. Hemmert;H. Krompholz;L. Hatfield

  • Pulsed Power Systems

    M. Kristiansen;J.C. Dickens;D.A. Wetz

  • Electrode erosion in high current, high energy transient arcs

    A. Donaldson;M. Kristiansen;A. Watson;K. Zinsmeyer

  • High voltage subnanosecond breakdown

    J. Mankowski;J. Dickens;M. Kristiansen

  • Theory of the virtual cathode oscillator

    Weihua Jiang;Magne Kristiansen

  • A review of opening switch technology for inductive energy storage

    K.H. Schoenbach;M. Kristiansen;G. Schaefer

  • Interface Breakdown During High-Power Microwave Transmission

    A.A. Neuber;G.F. Edmiston;J.T. Krile;H. Krompholz

  • Electrode Erosion Phenomena in a High-Energy Pulsed Discharge

    A. L. Donaldson;M. O. Hagler;M. Kristiansen;G. Jackson

  • Design and optimization of a compact, repetitive, high-power microwave system

    Y. J. Chen;A. A. Neuber;J. Mankowski;J. C. Dickens

  • Efficiency enhancement of a coaxial virtual cathode oscillator

    W. Jiang;J. Dickens;M. Kristiansen

  • Current-voltage characteristics of a high-current pulsed discharge in air

    H. Akiyama;M. Kristiansen;H. Krompholz;B. Maas

  • Mechanism of electrode surface damage and material removal in high current discharges

    A. Watson;A. Donaldson;K. Ikuta;M. Kristiansen

  • Cathode and Anode Optimization in a Virtual Cathode Oscillator

    Y. Chen;J. Mankowski;J. Walter;M. Kristiansen

  • Electrode erosion from high current moving arcs

    F.M. Lehr;M. Kristiansen

  • Concepts for Optical Control of Diffuse Discharge Opening Switches

    K. H. Schoenbach;G. Schaefer;M. Kristiansen;L. L. Hatfield

Frequent Co-Authors

Hidenori Akiyama
Hidenori Akiyama Fusiontech Corporation
Edl Schamiloglu
Edl Schamiloglu University of New Mexico
Mark Holtz
Mark Holtz Texas State University

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Related Online Degrees & Career Pathways

For those pursuing Electronics and Electrical Engineering in the USA, exploring related online degrees can open diverse career opportunities. Many working professionals benefit from bachelor degree programs for working adults, which offer flexible schedules to balance education with ongoing careers.

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