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T. Kolberg
Here are all the papers by T. Kolberg that you can download and read on OA.mg.
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Claim this Profile →2011
Measurement of the Isolated Photon Cross Section with Conversions in pp Collisions at √s = 7 TeV
2013
Missing Transverse Energy Performance at CMS using Photon + Jet Events
2011
Measurement of the isolated photon cross section with conversions in proteon-proteon collisions at center of mass energy = 7 TeV
DOI: 10.4173/mic.1981.1.2
1981
ENOR - An Energy-Model for Norway
DOI: 10.1109/rtc.2007.4382836
2007
The CMS Electromagnetic Calorimeter Data Acquisition System at the 2006 Test Beam.
The electromagnetic calorimeter of the CMS experiment at CERN is an homogeneous calorimeter made of about 80000 Lead Tungstate crystals, that will start to operate at the LHC at the end of 2007. From June to November 2006, ten barrel Supermodules (1700 crystals each) were exposed to beam at CERN SPS, both in standalone and in association with portions of the Hadron Calorimeter. We present the description of the system used to configure and readout the calorimeter during the campaign. The full set of final readout electronics boards was employed, together with the pre-series version of the data acquisition software. During the campaign, the hardware and software concepts for the final system were validated. The system allowed the intercalibration of the ten Supermodules and allowed to perform several important studies of the detector performances, such as energy resolution, response linearity and radiation-hardness.
2018
Search for New Physics with Emerging Jets
DOI: 10.1515/znc-1980-3-425
1980
A Hydrodynamic Model of Cerebrospinal Fluid Flow in Man
A hydrodynamic bi-compartmental model for the cerebrospinal fluid (CSF) flow in humans is presented which combines anatomical and physiological conditions in the central nervous system with results of special radioisotope diagnostic techniques. Normal and disturbed conditions, the diagnostic methods and the results are explained. A differential equation for the time behaviour of regional radioisotope concentrations is derived by applying to the model mathematical procedures which are familiar from the description of radioactive decay series, or reaction kinetics of chemical or pharmaceutical processes. The solutions are analysed and discussed with respect to findings of isotope diagnostics, and parameters for the complete and quantitative evaluation of CSF flow systems are derived. A system factor is introduced for classification purposes and, in conjunction with basic principles of hydrodynamics, is used to postulate a similarity law of CSF flow systems. The diagnostical and therapeutical value of the model for analysis and simulation of CSF flow systems is discussed. Practical applications to other disciplines are proposed.