Publikationen P. Fischer & Arbeitsgruppe

by Andricek L., Fischer P., Harter M., Heinzinger K., Karagounis M., Kohrs R., Krüger H., Lechner P., Lutz G., Peric I., Porro M., Reuen L., Richter R. H., Schaller G., Schnecke M., Schoppen F., Soltau H., Strüder L., Treis J., Trimpl M. and Wermes N.

Reference:

The active DEPFET pixel sensor for future $ e^+e^- $ linear collider experiments (Andricek L., et al.), In Nuclear Science Symposium Conference Record, 2004 IEEE, volume 2, 2004.

Bibtex Entry:

@InProceedings{1462392,
  author =       "L. Andricek and P. Fischer and M. Harter and K.
                 Heinzinger and M. Karagounis and R. Kohrs and H.
                 Krüger and P. Lechner and G. Lutz and I. Peric and M.
                 Porro and L. Reuen and R. H. Richter and G. Schaller
                 and M. Schnecke and F. Schoppen and H. Soltau and L.
                 Strüder and J. Treis and M. Trimpl and N. Wermes",
  booktitle =    "Nuclear Science Symposium Conference Record, 2004
                 IEEE",
  title =        "The active {DEPFET} pixel sensor for future $ e^+e^- $
                 linear collider experiments",
  year =         "2004",
  volume =       "2",
  pages =        "1087--1090 Vol. 2",
  keywords =     "MOSFET;nuclear electronics;particle tracks;position
                 sensitive particle detectors;readout
                 electronics;semiconductor counters;semiconductor device
                 noise;active DEPFET pixel sensor;charge storage
                 capability;charged particle trajectories;interaction
                 point;linear MOS-type DEPFET sensors;low noise
                 operation;low power consumption;module concept;multiple
                 track separation;pixel size;point measurement
                 resolution;positron+electron linear collider
                 experiments;read-out scheme;secondary vertices;sensor
                 modules;tertiary vertices;thin wafer-scale pixel
                 arrays;ultrathin fully depleted DEPFET sensors;vertex
                 detector;Charge measurement;Current
                 measurement;Detectors;Energy consumption;Paper
                 technology;Physics;Production;Sensor arrays;Sensor
                 phenomena and characterization;Size measurement",
  doi =          "10.1109/NSSMIC.2004.1462392",
  ISSN =         "1082-3654",
  month =        oct,
}