Explore the Science Behind Spray Measurement
Discover the research, measurement principles, and practical applications behind ai-quanton technologies. This section brings together scientific publications, technical explanations, conference contributions, and resources for researchers and industrial users.
Our work connects optical measurement hardware with software and artificial intelligence. We investigate how light-scattering signals and spray images can provide useful information about droplets, particles, and industrial processes.
Research, Publications & Events
Explore scientific publications, conference activities, patents and exhibitions related to ai-quanton measurement technologies.
Scientific Articles
Scientific publications on spray measurement, TSTOF, particle characterization and AI-assisted signal analysis.
View Scientific Articles →Conference Talks
Presentations of our research and measurement technologies at scientific and technical conferences.
View Conference Talks →Conference Contributions
Posters, abstracts, proceedings and other scientific contributions presented at conferences.
View Contributions →Patents
Patents and patent applications related to optical measurement, spray diagnostics and signal processing.
View Patents →Exhibitions
Trade fairs, exhibitions and industrial events where ai-quanton presents SprayQuantAI®, ParticleTensorAI®, SprayConeAI® and other measurement technologies.
View Exhibitions →All Publications & Events
2026
- AI-Based Paint Spray Monitoring with Unsupervised Machine Learning
- SprayConeAI® Trademark Registered in Germany – A New Step Toward Scalable Spray Analysis
- Bits & Pretzels 2026 – Can AI-assisted Spray Analysis Become a Scalable Business?
- AI-Based Spray Diagnostics with ParticleTensorAI – New KITopen Paper
- BESSER LACKIEREN 11/12 | 2026 – Dynamische Spraymesstechnik für die Nasslackierung: TSTOF-Methode zur Messung von Lacktröpfchen im Flug
- JOT 2026 – Rotary Atomizer Spray Monitoring and Droplet Trajectory Measurement
- On the Memory of Spray Measurements | TSTOF Spray Diagnostics – Lisbon 2026
- JOT 2026 – Spray Pattern Analysis for Manual Spray Painting with SprayConeAI®
- DECHEMA FORUM 2026 – Innovation in Spray Measurement Technology
- DFO 2026 by FANUC – Spray Monitoring for Painting Processes
- Heat and Fluid Flow 2026 – AI-Assisted Droplet Analysis Using TSTOF Light Scattering Signals
- Advanced Measurement Probe for Real-Time Spray Analysis at PaintExpo 2026
- JCOT 2026 – TSTOF測定法に関する技術報告書
- Patent DE102014211514B4: Optical Particle Characterization in a Flow Medium
- DECHEMA 2026 in Frankfurt – ParticleTensorAI for AI-Assisted Spray and Particle Characterization
- DECHEMA 2026 in Dresden – Ammonia Spray Characterization and LNH3 Droplet Measurement
- DECHEMA 2026 in Karlsruhe – Complex Droplet Measurement and Milk Spray Characterization
- DECHEMA 2026 in Dresden – Paint Spray Characterization for Coating Process Monitoring
- Photonics 2026 – TSTOF Measurement Technique for Spray Characterization of Complex Fluids such as Paint, Milk, Coffee, Slurry, and More
2025
- ISOC 2026 – AI Spray Monitoring of Slurry Spray Droplets
- Trademarks
- ILASS Europe 2025 – AI-based Milk Spray Analysis and Droplet Measurement
- THMT 2025 – Nasal Spray Measurement with Machine Learning and Light Scattering Signals
- Photonics 2025 – Slurry Spray Monitoring with Optical Spray Measurement
- DECHEMA 2025 – Optical Monitoring of Slurry Sprays
2024
- ICLASS 2024 – Machine Learning Spray Diagnostics
- Applied Optics 2024 – Particle Characterization with Machine Learning and TSTOF Signals
2023
- Patent DE102023127552A1 – Oscillating Scattered Light Signals for AI-Based Particle Analysis
- Patent DE102023110189A1 – Calibration-Free Optical Diameter Measurement Using Shadow Technology
2016
2015
2014
2012
- TU Darmstadt Ideas Competition 2012 – First Place for Optical Droplet Analysis
- ACHEMA 2012 – First Public Presentation of TSTOF Spray Measurement Technology
- LIP 2012 – TSTOF Measurement of Particle Size and Velocity in Complex Sprays