Measurement of the γ+D*± Cross Section in p¯p Collisions at √s=1.8 TeV
Physical Review Letters American Physical Society (APS) 77:25 (1996) 5005-5010
ATLAS beam test results
Nuclear Instruments and Methods in Physics Research, Section A: Accelerators, Spectrometers, Detectors and Associated Equipment 383:1 (1996) 205-210
Abstract:
Many different configurations of electronics and semiconductor strip detectors were studied in 1995 using the ATLAS tracking detector test area at the H8 beam-line of the CERN SPS. A significant fraction of these investigations are presented elsewhere in this volume and this paper will concentrate on the results with silicon strip detectors read out with electronics preserving the pulse height information. Data has been collected with the ADAM, APV5 and FElix read-out chips on a number of different detectors. The first results are presented for read out with LHC electronics of detectors to the ATLAS-A specification of 112.5 μm pitch, employing n-strips in n-type silicon, capacitive coupling and intermediate strips. It is demonstrated that with adequate signal/noise, a spatial resolution of ≃13 μm is attainable with these detectors.ATLAS beam test results
NUCL INSTRUM METH A 383:1 (1996) 205-210
Abstract:
Many different configurations of electronics and-semiconductor strip detectors were studied in 1995 using the ATLAS tracking detector test area at the H8 beam-line of the CERN SPS. A significant fraction of these investigations are presented elsewhere in this volume and this paper will concentrate on the results with silicon strip detectors read out with electronics preserving the pulse height information. Data has been collected with the ADAM, APV5 and FElix read-out chips on a number of different detectors. The first results are presented for read out with LHC electronics of detectors to the ATLAS-A specification of 112.5 mu m pitch, employing n-strips in n-type silicon, capacitive coupling and intermediate strips. It is demonstrated that with adequate signal/noise, a spatial resolution of similar or equal to 13 mu m is attainable with these detectors.Frequency scanned interferometry (FSI): The basis of a survey system for ATLAS using fast automated remote interferometry
NUCL INSTRUM METH A 383:1 (1996) 229-237
Abstract:
A novel optical survey system for continuous alignment of HEP experiments is described. The complete survey system is outlined and the underlying measurement technique, FSI, is described in detail. Preliminary findings made with a laboratory demonstration system for FSI are presented.Measurement of elastic ω photoproduction at HERA
Zeitschrift fur Physik C-Particles and Fields 73:1 (1996) 73-84