selected publications

• academic article

  • Simultaneous Upward Lightning From Small Structures and From the 150 m High Peissenberg Tower, Germany.  IEEE Transactions on Electromagnetic Compatibility.  64:1198-1205. 2022
  • High-Speed Video Observation, Currents, and EM-Fields From Four Negative Upward Lightning to the Peissenberg Tower, Germany.  IEEE Transactions on Electromagnetic Compatibility.  63:803-810. 2021
  • Field Enhancement by Lightning Strikes to Tall Tower Versus Lightning Strikes to Flat Ground.  IEEE Transactions on Electromagnetic Compatibility.  63:550-557. 2021
  • Performance of the European Lightning Detection Network EUCLID in Case of Various Types of Current Pulses From Upward Lightning Measured at the Peissenberg Tower.  IEEE Transactions on Electromagnetic Compatibility.  62:116-123. 2020
  • Share of the Lightning Current on Electric Installation Lines Within a Building Considering Equipotential Bonding at Roof Level.  IEEE Transactions on Electromagnetic Compatibility.  2019
  • Electric Field Characteristics of Subsequent Return Strokes, M-Components, and ICC-Pulses From Negative Upward Lightning Measured at the Peissenberg Tower.  IEEE Transactions on Electromagnetic Compatibility.  61:1138-1146. 2019
  • Properties of Three Types of M-Components and ICC-Pulses From Currents of Negative Upward Lightning Measured at the Peissenberg Tower.  IEEE Transactions on Electromagnetic Compatibility.  60:1825-1832. 2018
  • Some Return Stroke Characteristics of Negative Lightning Flashes Recorded at the Peissenberg Tower.  IEEE Transactions on Electromagnetic Compatibility.  59:1490-1497. 2017
  • Transient Response of the Top Structure of the Peissenberg Tower to Lightning.  IEEE Transactions on Electromagnetic Compatibility.  57:1547-1555. 2015
  • Characteristics of Upward Positive Lightning Initiated From the Peissenberg Tower, Germany.  IEEE Transactions on Electromagnetic Compatibility.  57:102-111. 2015
  • The Slow-Varying Electric Field of Negative Upward Lightning Initiated by the Peissenberg Tower, Germany.  IEEE Transactions on Electromagnetic Compatibility.  55:353-361. 2013
  • Measurement of Magnetic Fields Inside Single- and Double-Layer Reinforced Concrete Buildings During Simulated Lightning Currents.  IEEE Transactions on Electromagnetic Compatibility.  46:208-221. 2004
  • Laboratory simulation of direct lightning strokes to a modeled building: measurement of magnetic fields and induced voltages.  Journal of Electrostatics.  60:223-232. 2004

• chapter

  • Current and Electric Field Characteristics of 35 Return Strokes from Negative Lightning Measured at Peissenberg Tower Germany.  Lecture Notes in Electrical Engineering. 2019

• conference paper

  • LLS Detection for Negative First and Subsequent Return Strokes Measuredat Peissenberg Tower Germany.  . 2019
  • Currents on Electric Installation Lines in Case of Equipotential Bonding at Roof Level.  . 2018
  • Three Types of M-Components and ICC-Pulses and their Characteristics obtained from Negative Upward Lightning Measured at Peissenberg Tower.  . 2018
  • Currents on electric installations inside of buildings in case of lightning equipotential bonding at the roof.  . 2017
  • On the origin of the lightning current oscillation measured at the Peissenberg Tower, Germany.  . 2016
  • Self-initiated and other-triggered positive upward lightning measured at the Peissenberg Tower, Germany.  . 2014
  • Upward positive lightning measured at the Peissenberg Tower, Germany.  . 2013
  • The electric field of negative upward lightning strikes at the Peissenberg tower, Germany.  . 2012