UID:
almahu_9947363650802882
Format:
VIII, 503 p.
,
online resource.
ISBN:
9781402053047
Content:
This volume is the first of its kind on focusing gamma-ray telescopes. Forty-eight refereed papers provide a comprehensive overview of the scientific potential and technical challenges of this nascent tool for nuclear astrophysics. The book features articles dealing with pivotal technologies such as grazing incident mirrors, multilayer coatings, Laue- and Fresnel-lenses - and even an optic using the curvature of space-time. The volume also presents an overview of detectors matching the ambitious objectives of gamma ray optics, and facilities for operating such systems on the ground and in space. The extraordinary scientific potential of focusing gamma-ray telescopes for the study of the most powerful sources and the most violent events in the Universe is emphasized in a series of introductory articles. Practicing professionals, and students interested in experimental high-energy astrophysics, will find this book a useful reference.
Note:
Scientific Requirements and Prospects -- Prospects in space-based gamma-ray astronomy -- Annihilation of positrons in the Galaxy -- Prospects and requirements for measurements of extragalactic ?-ray lines -- Non-thermal cosmic backgrounds and prospects for future high-energy observations of blazars -- Rolling down from the 30 keV peak: Modelling the hard X-ray and ?-ray backgrounds -- Focusing supernova gamma rays -- Nucleosynthesis in nova explosions: Prospects for its observation with focusing telescopes -- Puzzles and potential for gamma-ray line observations of solar flare ion acceleration -- Gamma-ray Optics -- The INTEGRAL — HESS/MAGIC connection: A new class of cosmic high energy accelerators from keV to TeV -- Replicated nickel optics for the hard-x-ray region -- Small d-spacing WC/SiC multilayers for future hard X-ray telescope designs -- Design aspects of grazing angle multilayer mirrors for soft ?-rays -- Progress toward light weight high angular resolution multilayer coated optics -- InFOC?S hard X-ray imaging telescope -- Development of the HEFT and NuSTAR focusing telescopes -- The SIMBOL-X hard X-ray mission -- Laue diffraction lenses for astrophysics: Theoretical concepts -- Laue diffraction lenses for astrophysics: From theory to experiments -- Mosaic and gradient SiGe single crystals for gamma ray Laue lenses -- Copper mosaic crystals for Laue lenses -- High diffraction efficiency, broadband, diffraction crystals for use in crystal diffraction lenses -- An “ESA-affordable” Laue-lens -- Optical properties of Laue lenses for hard X-rays (〉 60 keV) -- Development of a new photon diffraction imaging system for diagnostic nuclear medicine -- HAXTEL: A Laue lens telescope development project for a deep exploration of the hard X-ray sky (〉60 keV) -- CLAIRE: First light for a gamma-ray lens -- MAX, a Laue diffraction lens for nuclear astrophysics -- The gamma ray lens — an ESA technology reference study -- Gamma ray Fresnel lenses — why not? -- Development of ground-testable phase fresnel lenses in silicon -- Multiwavelength focusing with the Sun as gravitational lens -- Focal Plane Instrumentation -- A Si/CdTe Compton Camera for gamma-ray lens experiment -- New scintillators for focal plane detectors in gamma-ray missions -- A focal plane detector design for a wide-band Laue-lens telescope -- Polarisation measurements with a CdTe pixel array detector for Laue hard X-ray focusing telescopes -- Simulated performance of dedicated Ge-strip Compton telescopes as ?-lens focal plane instrumentation -- Monte Carlo study of detector concepts for the MAX Laue lens gamma-ray telescope -- Performance of the Nuclear Compton Telescope -- The Compton and pair creation telescope MEGA -- Ground Facilities and Flight Systems for Focusing Telescopes -- The MPE X-ray test facility PANTER: Calibration of hard X-ray (15–50 kev) optics -- The Ferrara hard X-ray facility for testing/calibrating hard X-ray focusing telescopes -- SIMBOL-X: An hard X-ray formation flying mission -- Distributed space segment for high energy astrophysics: Similarities and specificites -- The CLAIRE gondola: Testing the first gamma-ray lens on a stratospheric balloon -- Recent advances and low cost concept for the gamma-ray lens project MAX -- Small-sat platforms and formation flying: An opportunity for the gamma ray telescope MAX -- MAX: Formation flying for nuclear astrophysics -- Formation flying for a Fresnel lens observatory mission.
In:
Springer eBooks
Additional Edition:
Printed edition: ISBN 9781402053030
Language:
English
DOI:
10.1007/978-1-4020-5304-7
URL:
http://dx.doi.org/10.1007/978-1-4020-5304-7
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