Pulse shape simulation for segmented true-coaxial HPGe detectors

A new package to simulate the formation of electrical pulses in segmented true-coaxial high purity germanium detectors is presented. The computation of the electric field and weighting potentials inside the detector as well as of the trajectories of the charge carriers is described. In addition, the treatment of bandwidth limitations and noise are discussed. Comparison of simulated to measured pulses, obtained from an 18-fold segmented detector operated inside a cryogenic test facility, are presented.Comment: 20 pages, 16 figure

Identification of photons in double beta-decay experiments using segmented germanium detectors - studies with a GERDA Phase II prototype detector

The sensitivity of experiments searching for neutrinoless double beta-decay of germanium was so far limited by the background induced by external gamma-radiation. Segmented germanium detectors can be used to identify photons and thus reduce this background component. The GERmanium Detector Array, GERDA, will use highly segmented germanium detectors in its second phase. The identification of photonic events is investigated using a prototype detector. The results are compared with Monte Carlo data.Comment: 20 pages, 7 figures, to be submitted to NIM-

Neues Lusthaus, Inventarband

NEUES LUSTHAUS, INVENTARBAND Neues Lusthaus, Inventarband (01) Titelblatt (01) Beschreibung der Abt. I, No. 1-29, Bl. 1-19 (= Beis001.01-Beis001.20) (02) Beschreibung der Abt. I, No. 30-44, Bl. 20-31 (= Beis001.21-Beis002.10) (03) Beschreibung der Abt. I, No. 45-65, Bl. 20-31 (= Beis002.11-Beis003.03) (04) Beschreibung der Abt. I, No. 65-111, Bl. 48-73 (= Beis003.04-Beis004.10b) (05) Beschreibung der Abt. I, No.112-131, Bl. 69-86 (= Beis004.11a-Beis004.23a) (06) Beschreibung der Abt. I, No.132-140, Bl. 86-92 (= Beis004.23b-Beis004.24, Beis012-Beis016) (07) Beschreibung der Abt. I, No. 140-141, Bl. 92-93 (= Beis016-Beis017) (08) Beschreibung der Abt. I, No. 141-144, Bl. 93-96 (=Beis017-Beis020) (09) Beschreibung der Abt. I, No. 144, Bl. 96 (= Beis020) (10) Beschreibung der Abt. I, No. 145, Bl. 97 (= Beis021) (11) Beschreibung der Abt. I, No. 146, Bl. 98 (= Beis022) und Detailzeichnung einer Gewölbekonstruktion (12) Beschreibung der Abt. I, No. 146, Bl. 98 (= Beis022) und Detailzeichnung einer Gewölbekonstruktion (13) Beschreibung der Abt. I, No. 147-148, Bl. 99-100 (= Beis023-Beis024) (14) Beschreibung der Abt. I, No. 148, Bl. 100 (=Beis024) (15) Beschreibung der Abt. I, No. 148-149, Bl. 100-101 (= Beis024-Beis025) (16) Beschreibung der Abt. I, No. 149-153, Bl. 101-105 (= Beis025-029) (17) Beschreibung der Abt. I, No. 154, Bl. 106 (= Beis030) (18) Treppenhausgiebel (Ansicht) (19) Titelblatt zur II. Abteilung (20) Beschreibung der Abt. II, No. 1-3, Bl. 1-3 (= Beis005.01-Beis005.03) (21) Beschreibung der Abt. II, No. 4-10, Bl. 4-10 (= Beis005.04-Beis005.10) (22) Beschreibung der Abt. II, No. 11-22, Bl. 11-17 (= Beis005.11-Beis005.19) (23) Beschreibung der Abt. II, No. 23-39, Bl. 18-26 (= Beis005.20-Beis006.02a) (24) Beschreibung der Abt. II, No. 40-60, Bl. 27-37 (=Beis006.02b-Beis006.12b) (25) Beschreibung der Abt. II, No. 61-85, Bl. 27-37 (= Beis006.13a-Beis006.24b) (26) Beschreibung der Abt. II, No. 86-118, Bl. 50-65 (= Beis006.25a-Beis007.15) (27) Beschreibung der Abt. II, No. 119-145, Bl. 66-80 (= Beis007.15-Beis007.30b) und Zeichnung der Windfahne mit Wappen (28) Beschreibung der Abt. III, No. 146-150, Bl. 81-83 (= Beis008.01a-Beis008.03a) (29) Beschreibung der Abt. III, No. 151-179, Bl. 83-93 (= Beis008.03b-Beis008.13d) (30) Beschreibung der Abt. III, No. 180-195, Bl. 94-99 (= Beis008.14.a-Beis008.19c) und Postamente (Perspektive) (31) Beschreibung der Abt. III, No. 196-209, Bl. 100-105 (= Beis008.20a-Beis008.25b) und Giebelpilaster (Perspektive) (32) Beschreibung der Abt. III, No. 210-212, Bl. 106 (= Beis008.26a-Beis008.26c) und Archivolte und Kapitelle der Arkaden des Treppenhauses (Ansicht) (33) Beschreibung der Abt. III, No. 213-257, Bl. 107-127 (= Beis008.27.a-Beis009.19) (34) Beschreibung der Abt. III, No. 258-282, Bl. 128-138 (= Beis009.20-Beis010.06d) (35) Beschreibung der Abt. III, No. 283-298, Bl. 139-146 (= Beis010.07a-Beis010.14b) (36) Beschreibung der Abt. III, No. 299-310, Bl. 147-152 (= Beis010.15a-Beis010.20b) (37) Beschreibung der Abt. III, No. 311-317, Bl. 153-157 (= Beis010.21-Beis010.25) (38) Beschreibung der Abt. III, No. 318-327, Bl. 158-162 (= Beis010.26-Beis010.30b) (39) Musikzimmer (Perspektive) (40) Beschreibung der Abt. III, No. 328-337, Bl. 163-172 (= Beis031-Beis040) (41) Beschreibung der Abt. III, No. 338-345, Bl. 173-182 (= Beis041-Beis050) (42) Beschreibung der Abt. III, No. 346-350, Bl. 183-187 (= Beis051-Beis055) (43) Beschreibung der Abt. III, No. 351-352, Bl. 188-189 (= Beis056-Beis057) (44) Giebelschmuck mit Fama und Skulptur des Baumeisters (45) Beschreibung der Abt. III, No. 353-360, Bl. 190-197 (= Beis058-065) (46) Schlussworte und ionisches Kapitelfragment mit Zirkel als Signet des Verfassers (47

Graz, Landeskrankenhaus Chirurg. Abt. I. u. II.

Landeskrankenhaus Universitätsklinikum Gra

Investigation into the limits of perturbation theory at low Q^2 using HERA deep inelastic scattering data

A phenomenological study of the final combined HERA data on inclusive deep inelastic scattering (DIS) has been performed. The data are presented and investigated for a kinematic range extending from values of the four-momentum transfer, $Q^2$, above 10$^4$ GeV$^2$ down to the lowest values observable at HERA of $Q^2$ = 0.045 GeV$^2$ and Bjorken $x$, $x_{\rm Bj}$ = 6 $\cdot$ 10$^{-7}$. The data are well described by fits based on perturbative quantum chromodynamics (QCD) using collinear factorisation and evolution of the parton densities encompassed in the DGLAP formalism from the highest $Q^2$ down to $Q^2$ of a few GeV$^2$. The Regge formalism can describe the data up to $Q^2 \approx$ 0.65 GeV$^2$. The complete data set can be described by a new fit using the ALLM parameterisation. The region between the Regge and the perturbative QCD regimes is of particular interest.Comment: 38 pages, 13 figure

The MAJORANA 76Ge neutrino less double-beta decay project: A brief update

At present, MAJORANA is a research and development (R&D) project to investigate the feasibility and cost of constructing and operating a one ton decay experiment with ~1000 kg of Ge detectors fabricated from germanium enriched to 86% in . The study will include three separate cryostats with various types of detectors: un-segmented, un-segmented point-contact, minimally segmented, and highly segmented. One cryostat will contain at least 30 kg of enriched (preferably point-contact) detectors. The performance of the cryostats and detectors as well as background levels will be investigated. The goal of the demonstrator project is to reach a discovery sensitivity of ~ 1026 y.Comment: 3 pages, no figure