DaintyJ. C.ShawR.: Image science. Academic Press, New York1974.
2.
de DupontNemours Photo Products Department Co.: XRTS Product Data, PC-D-30, 50-D-30, 1978.
3.
GoodenoughD. J.: Assessment of image quality of diagnostic imaging systems. In: Medical images. Formation, perception and measurement. Edited by HayG. A.Institute of Physics and John Wiley, Bristol1976.
4.
HöfertM.: Messung der Kontrastübertragungsfunktion von Röntgenverstärkerfolien. Acta radiol. Diagnosis1 (1963), 1111.
5.
MetzC. E.DoiK.: Transfer function analysis of radiographic imaging systems. Phys. Med. Biol.24 (1979), 1079.
6.
MooreC. J.MooresB. M.: A suggested theory of the conventional tomographic imaging process. Phys. Med. Biol.26 (1981), 985.
7.
MorganR. H.BatesL. M.RaoU. V. GopalaMarinaroA.: The frequency response characteristics of x-ray films and screens. Amer. J. Roentgenol.92 (1964), 426.
8.
PapoulisA.: Systems and transforms with applications in optics. McGraw-Hill, New York1968.
9.
PerrinA.: Methods of appraising photographic systems. Parts 1 and 2. J. Soc. Motion Telev. Engrs.69 (1960), 151 and 239.
10.
RossmannK.: Measurement of the modulation transfer function of radiographic systems containing fluorescent screens. Phys. Med. Biol.9 (1964), 551.
11.
WelanderU.: A mathematical model of narrow beam rotation methods. Acta radiol. Diagnosis15 (1974), 305.
12.
WelanderU.WickmanG.: Blurring and layer thickness in narrow beam rotation radiography. Acta radiol. Diagnosis18 (1978), 705.
13.
WolfM.StargardtA.AngersteinW.: Evaluation of image quality in tomographic imaging. Phys. Med. Biol.22 (1977), 900.