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David Weishaar

Observed name: D. Weishaar
ORCID: 0009-0002-3531-4360
Observed ORCID: 0009-0002-3531-4360
OpenAlex ID: A5106254339
Analysis of hydrogen peroxide production in pure water: Ultrahigh versus conventional dose‐rate irradiation and mechanistic insights
2024 · Tengda Zhang, Christina Stengl, et al. · Medical Physics · 33
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Impact of dose rate and its definition on the production of hydrogen peroxide in pure water
2025 · David Weishaar, Larissa Derksen, et al. · Physics in Medicine and Biology · 5
A step-by-step Geant4-DNA framework for ultra-high dose rate radio-induced chemistry using fluence-based dose modeling
2026 · David Weishaar, Robin Erdmann, et al. · Radiation Physics and Chemistry
Time-resolved Fricke Dosimetry for Benchmarking Monte-carlo Simulations of Radiolytic Kinetics
2026 · Natalie Hornik, Yating Zhang, et al. · International Journal of Particle Therapy
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Impact of Instantaneous Radical Density on Proton-induced Indirect Dna Damage
2026 · Yating Zhang, David Weishaar, et al. · International Journal of Particle Therapy
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3204 Effects of interaction potentials on oxygen depletion in simulations of water radiolysis
2026 · Robin Erdmann, Larissa Derksen, et al. · Radiotherapy and Oncology
3284 Impact of instantaneous radical density on DNA strand breaks
2026 · Yating Zhang, David Weishaar, et al. · Radiotherapy and Oncology
Assessing the Adequacy of Absorbed Dose for Describing Radiolytic Yields in the Presenceof Inter-Track Interactions
2026 · David Weishaar, Robin Erdmann, et al. · SSRN Electronic Journal
3614 Chemistry simulations following radiolysis with consideration of interaction potentials
2025 · Robin Erdmann, Larissa Derksen, et al. · Radiotherapy and Oncology
4238 Validating radical yield predictions in Monte Carlo simulations of water radiolysis using Fricke solution and sodium nitrate scavenging
2025 · Natalie Hornik, Inessa Sakulov, et al. · Radiotherapy and Oncology
4216 A novel approach to enable dose rate simulations within the chemical phase of Geant-DNA using the stepby- step method
2025 · David Weishaar, Robin Erdmann, et al. · Radiotherapy and Oncology
4000 Development of an enhanced Fricke-based chemical dosimeter utilizing sorbitol and xylenol orange for signal amplification
2025 · Natalie Hornik, Michelle Meier, et al. · Radiotherapy and Oncology
Ps07.15 Chemistry Simulations Following Radiolysis With Consideration of Interaction Potentials
2024 · R. Erdmann, L. Derksen, et al. · Physica Medica
Pp05.09 Dose Rate Dependence of Hydrogen Peroxide Production in Radiolysis
2024 · D. Weishaar, R. Erdmann, et al. · Physica Medica
PP03.09 SIMULATING THE OXIDATION PROCESS OF FE(II) TO FE(III) DURING WATER RADIOLYSIS WITHIN AN IRRADIATED FRICKE SOLUTION WITH TOPAS-nBIO AND COMPARISON TO EXPERIMENTAL DATA
2024 · C. Breitenbach, D. Weishaar, et al. · Physica Medica
Sc28.05 Feasibility of Proton Daily Qa Prototype for Carbon Ion Beam Therapy
2024 · M. Witt, D. Weishaar, et al. · Physica Medica
Experimental Verification of the Radiolysis in the Chemical Phase in Geant4-dna
2024 · David Weishaar, Robin Erdmann, et al. · International Journal of Particle Therapy
Dosimetric Evaluation of a Synchroton-based Proton and Carbon Ion Beamline for Flash Experiments
2024 · Larissa Derksen, David Weishaar, et al. · International Journal of Particle Therapy
3225: Commissioning of the Fricke solution dosimeter for particle therapy
2024 · Charlotte Breitenbach, Larissa Derksen, et al. · Radiotherapy and Oncology
3153: Experimental verification of the chemical phase in TOPAS-nBio
2024 · David Weishaar, Larissa Derksen, et al. · Radiotherapy and Oncology
Works count: 20
Citation count: 38
H-index: 2
I10-index: 1
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