c ESO 2003 The INTEGRAL Mass Model – TIMM? C. Ferguson1 , E. J. Barlow1 , A. J. Bird1 , A. J. Dean1 , A. B. Hill1 , S. E. Shaw1 , J. B. Stephen2 , S. Sturner3,4 , T. V. Tikkanen1 , G. Weidenspointner3,4,5 , and D. R. W

Source URL: cds.aanda.org

c ESO 2003 ISGRI: The INTEGRAL Soft Gamma-Ray Imager? F. Lebrun1 , J. P. Leray1 , P. Lavocat1 , J. Cr´etolle1 , M. Arqu`es2 , C. Blondel1 , C. Bonnin1 , A. Bou`ere1 , C. Cara1 , T. Chaleil3 , F. Daly1 , F. Desages4 , H.

Source URL: www.aanda.org

• Science
• Spectrometers
• X-ray telescopes
• Particle detectors
• Radiography
• INTEGRAL
• Scintillator
• Gamma ray spectrometer
• Compton Gamma Ray Observatory
• Spacecraft
• Space telescopes
• Chemistry

Digital Implementation of Ridgelet Packets A.G. Flesia, H. Hel-Or A. Averbuch, E.J. Cand`es R.R. Coifman, D.L. Donoho Abstract. The Ridgelet Packets library provides a large family of orthonormal bases for functions f (x

Source URL: statweb.stanford.edu

• Unitary operators
• Joseph Fourier
• Wavelet
• Fourier transform
• Polar coordinate system
• Trigonometric functions
• Mathematical analysis
• Fourier analysis
• Integral transforms

Monchick L & Mason E A. Transport properties of polar gases. J. Chem. Phys. 35:, 1961.

Source URL: garfield.library.upenn.edu

• Kinetic theory
• Thermodynamics
• Collision
• Integral
• Viscosity
• Thermal conductivity
• Properties of water
• Physics
• Chemistry
• Gases

c ESO 2003 IBIS: The Imager on-board INTEGRAL P. Ubertini1 , F. Lebrun2 , G. Di Cocco3 , A. Bazzano1 , A. J. Bird4 , K. Broenstad5 , A. Goldwurm2 , G. La Rosa6 , C. Labanti3 , P. Laurent2 , I. F. Mirabel2 , E. M. Quadrin

Source URL: cds.aanda.org

• Observational astronomy
• X-ray telescopes
• Spaceflight
• European Space Agency
• INTEGRAL
• Compton Gamma Ray Observatory
• Coded aperture
• Scintillator
• Telescope
• Spacecraft
• Space telescopes
• Astronomy

Physics of Ventriloquism or Can you really speak with your stomach? J¨org Metzner, Marcel Schmittfull June 2005

Source URL: javapsi.sourceforge.net

• Fourier analysis
• Digital signal processing
• Fourier transform
• Formant
• Dirac delta function
• Fourier series
• Wave
• Mathematical analysis
• Joseph Fourier
• Integral transforms

Geophys. J. Int, 308–323 doi: j.1365-246Xx Accuracy and efficiency considerations for wide-angle wavefield extrapolators and scattering operators

Source URL: geol.queensu.ca

• Fourier analysis
• Integral transforms
• Unitary operators
• Digital signal processing
• Joseph Fourier
• Fourier transform
• Wave equation
• Vector space
• Wave
• Mathematical analysis
• Mathematics
• Algebra

Vector fields, line integrals, and Green’s Theorem Conservative vector fields We have seen that the gradient of a scalar function always produces a vector field: ∇f(x, y) = fx (x, y)i + fy (x, y)j = F(x, y) [in the

Source URL: academic.brcc.edu

• Vector calculus
• Vector field
• Partial derivative
• Gradient
• Conservative vector field
• Derivative
• Line integral
• Normal
• Vector space
• Mathematics
• Algebra
• Mathematical analysis

Boundary integral equations for plane orthotropic bodies and exterior regions G. Szeidl and J. Dudra University of Miskolc, Department of Mechanics 3515 Miskolc-Egyetemváros, Hungary Abstract

Source URL: www.mech.uni-miskolc.hu

The GLAST Burst Monitor (GBM) R. M. Kippen , M. S. Briggs , R. Diehl† , G. J. Fishman , R. H. Georgii† , C. Kouveliotou , G. G. Lichti† , C. A. Meegan , W. S. Paciesas, R. D. Preece, V. Schönfelder† an

Source URL: www.batse.msfc.nasa.gov

• Space
• Fermi Gamma-ray Space Telescope
• Compton Gamma Ray Observatory
• Gamma-ray burst
• Marshall Space Flight Center
• INTEGRAL
• Gamma-ray astronomy
• X-ray transient
• Spacecraft
• Astronomy
• Space telescopes