Während meiner Promotion habe ich mein Interesse zum Schreiben von wissenschaftlichen Paper entdeckt. Ich finde, dass es eine schöne Möglichkeit ist, seine Tätigkeit mitzuteilen und der Menschheit als Ganzes etwas zurückzugeben. Hier könnt ihr eine Liste meiner bisherigen Paper finden. Der Fokus liegt dabei auf Optik, optische Sensorik und Hochschulpädagogik.

Für eine Liste mit Zitierungen und Ranking, findet ihr mein Google Scholar Profil hier. Ebenso gibt es hier noch eine Liste meiner Patente und meine Bücherliste.

2019

  1. Spatial selectivity and sensitivity measurement of optoelectronic devices by scanning microscopy
    U Zywietz, S Çabuk, M Hossain, T Beuth, SPIE 11028

2018

  1. The hazard of accommodation and scanning LIDARs
    T Beuth, D Thiel, MG Erfurth, SPIE 10695

2016

  1. An introductory microcontroller programming laboratory course for first-year students
    T Nürnberg, T Beuth, J Becker, F Puente León, International Journal of Electrical Engineering Education 53 (2), 99-113
  2. Influence of laser coherence on reference-matched laser Doppler velocimetry
    T Beuth, M Fox, W Stork, Applied optics 55 (8)

2015

  1. Revision of an Optical Engineering Lecture Based on Students‘ Evaluation of University Teaching
    T Beuth, S Danilova, HU Babu, S Bogatscher, L Shinohara, N Heussner, International Journal of Information and Education Technology 5 (12), 890
  2. System simulation method for fiber-based homodyne multiple target interferometers using short coherence length laser sources
    M Fox, T Beuth, A Streck, W Stork, SPIE 9577
  3. Parameterization of a geometrical reaction time model for two beam nacelle lidars
    T Beuth, M Fox, W Stork, SPIE 9612
  4. Horizontal geometrical reaction time model for two-beam nacelle LiDARs
    T Beuth, M Fox, W Stork, SPIE 9526
  5. Signal simulation method for homodyne multiple target interferometers using short coherence length laser sources
    M Fox, T Beuth, A Streck, W Stork, SPIE 9526
  6. Nanotwinned silver nanowires: structure and mechanical properties
    A Kobler, T Beuth, T Klöffel, R Prang, M Moosmann, T Scherer, S Walheim, H Hahn, C Kübel, B Meyer, T Schimmel, E Bitzek, Acta Materialia 92, 299-308
  7. The Road to“ ITIV Labs“-An Integrated Concept for Project-Oriented Systems Engineering Education
    T Beuth, T Gädeke, C Tradowsky, J Becker, A Klimm, O Sander, International Journal of Information and Education Technology 5 (4), 250
  8. Porter for the ITIV Labs–objective-related engineering education in an undergraduate laboratory
     C Tradowsky, A Lauber, S Werner, T Beuth, KD Müller-Glaser, E Sax , Journal of Teaching and Education 4, 45-58

2014

  1. Optical system design and experimental evaluation of a coherent Doppler wind Lidar system for the predictive control of wind turbine
    L Shinohara, J Asche Tauscher, T Beuth, N Heussner, M Fox, H Umesh Babu, W Stork, Optical Review 21 (5), 698-704
  2. Prediction of temperature and damage in an irradiated human eye—Utilization of a detailed computer model which includes a vectorial blood stream in the choroid
     N Heussner, L Holl, T Nowak, T Beuth, MS Spitzer, W Stork, Computers in biology and medicine 51, 35-43
  3. Design and evaluation of a short coherence length laser-based Doppler wind Lidar system for wind energy applications
    L Shinohara, J Asche-Tauscher, M Fox, T Beuth, W Stork, SPIE 9141
  4. Receding horizon control (RHC) on a Lidar based preview controller design for the active wind turbine pitch system
     L Shinohara, S Xu, T Beuth, W Stork, KIT
  5. Calculation of Backscatter Coefficients for Lidar systems by Mie-Scattering Theory and Atmospheric Properties
    T Beuth, L Shinohara, M Fox, W Stork, Proc. DGaO 115, P33