… For analysis of image formation we adopt the coordinate system depicted in Fig. 2. The object
wave at the CCD plane is represented as a Fresnel transform of the complex amplitude at …

… We consider the holographic image formation by point sources as in Sec. 2.2, but in Eq. (19),
we multiply the sampling function P(x0,y0) inside the Fresnel diffraction integral, so that …

… Three-dimensional (3D) imaging by holographic tomography … derive the imaging behavior
for holographic tomography under … into the image formation of a diffractive tomography system. …

… investigated image formation properties in holographic tomography accounting for the
diffractive effects. The analytical 3D view of the transfer function clearly shows that 3D imaging …

… was identified to be most suitable for a robust determination of the image sharpness in digital
holographic microscopy in combination with the convolution method described in section 2. …

… We present a detailed analysis of image formation in digital Fresnel holography. The
mathematical modeling is developed on the basis of Fourier optics, making possible the …

… Results show that the EFI image obtained by a digital holographic microscope (DH) is …
light microscope. The method could be, in principle, extended to all holographic techniques …

… holographic microscope, however, can utilize diffraction fringes of an object for the formation
of the image … In the X-ray holography, a hologram is usually made with diverging X-rays and …

… the image forming rays. In the illustrated examples, the object is illuminated by a plane
wave and the magnification is provided by the microscope objective lens and imaging lens …

… Scanning holographic microscopy with transverse resolution exceeding the Rayleigh
limit and extended depth of focus. Journal of the Optical Society of America A 22, 892-898 (2005). …