AdamW. E.LorenzW. J.ScheerK. E.: Quantitative Untersuchungen mit der Szintillations-Kamera. In:Radioisotope in der Lokalisations-Diagnostik. p. 55. Herausgegeben von HoffmanG.ScheerK.. Schattauer-Verlag, Stuttgart1967.
AngerH. O.: Scintillation camera with multichannel collimators. J. nucl. Med.5 (1964), 515.
4.
AngerH. O.: Radioisotope cameras. In:Instrumentation in nuclear medicine, p. 485. Edited by HineG. J.. Academic Press, New York1967.
5.
AngerH. O.DavisD. H.: Gamma-ray-detection efficiency and image resolution in sodium iodide. Rev. Sci. Instr.35 (1964), 693.
6.
BarberD. B.BowleyA. R.MallardJ. R.UndrillP. E.: In:Symposium on progress in the application of data processing techniques in nuclear medicine. British Institute of Radiology/Hospital Physicists' Association, London1970.
7.
BeckR. N.: A theory of radioisotope scanning systems. In:Medical radioisotope scanning, p. 35. IAEA, Vienna1964.
8.
BeckR. N.: Collimators for radioisotope scanning systems. In:Medical radioisotope scanning, p. 211. IAEA, Vienna1964.
9.
BrownellG. L.AronowS.HineG. T.: Radioisotope scanning. In:Instrumentation in nuclear medicine, p. 381. Edited by HineG. J.. Academic Press, New York1967.
10.
CauserD.MallardJ. R.: Modulation transfer functions. To be published.
11.
ChristieJ. H.MacIntyreW. J.: A comparison of line spread functions of five-and-eight—inch collimators with three-inch and tapered box collimators. In:Medical radioisotope scintigraphy, p. 457. IAEA, Vienna1969.
12.
CradduckT. D.FedorukS. O.: An experimental determination of the overall spatial resolution of a scintillation camera. Phys. in Med. Biol.10 (1965), 67.
13.
FlookV.WilksR. J.MallardJ. R.: The line spread functions and modulation transfer functions of a fine resolution, deep focussed collimator for 99mTc scanning. To be published.
14.
JammetH.GorgoraR.MorichèreJ.DesneigesP.: Étude d'une camera à scintillations. Description et application cliniques. In:Medical radioisotope scanning, p. 355. IAEA, Vienna1964.
15.
KeyesW. I.GillespieP. J.: A statistically designed colour ribbon for scanners. Phys. in Med. Biol.15 (1970), 573.
16.
KuhlD. E.EdwardsR. Q.: A hybrid processor for modifying and re-arranging radionuclide scan data under direct observation. Radiology92 (1969), 558.
17.
LarssonE. I.LidénK.: Resolution components and differential linearity of a gamma camera. In:Medical radioisotope scintigraphy, p. 111. IAEA, Vienna1969.
18.
LorenzW. J.SchmidlinP.KampmannH. et coll.: Comparative investigations with the Anger scintillation camera and the digital autofluoroscope. In:Medical radioisotope scintigraphy, p. 135. IAEA, Vienna1969.
19.
MacIntyreW. J.FedorukS. O.HarrisC. C. et coll.: Sensitivity and resolution in radioisotope scanning. In:Medical radioisotope scintigraphy, p. 391. IAEA, Vienna1969.
20.
MacIntyreW. J.FedorukS. O., et coll.: Sensitivity and resolution in radioisotope scanning. Nucl.-Med. (Stuttg.)8 (1969), 99.
21.
MallardJ. R.: The radionuclide imaging process and factors influencing the choice of a instrument for brain scanning. In:Progress in nuclear medicine. Edited by PotchenE. J.McCreadyV. R.. Karger, Basel1970.
22.
MallardJ. R.: Medical radioisotope scanning. Phys. in Med. Biol.10 (1965), 309.
23.
MallardJ. R.: Medical radioisotope visualization. A review of scanning. Int. J. appl. Radiat.17 (1966), 205.
24.
MallardJ. R.CorfieldJ. R.: A statistical model for the visualization of changes in the count density on radioisotope scanning displays. Brit. J. Radiol.42 (1969), 530.
25.
MallardJ. R.MyersM. J.: The performance of a gamma camera for the visualization of radioactive isotopes. In vivo. Phys. in Med. Biol.8 (1963), 165.
26.
MallardJ. R.MyersM. J.: Clinicial applications of a gamma camera. Phys. in Med. Biol.8 (1963), 183.
27.
MallardJ. R.WilksR. J.: Characteristics of display systems in scanning and a simple phantom procedure to evaluate the overall scanner performance. J. nucl. Med.9 (1968), 96.
28.
MallardJ. R.WilksR. J.: The Abergammascope. An image intensifier gamma camera. In:Medical radioisotope scintigraphy, p. 1. IAEA, Vienna1969.
29.
MallardJ. R.MitchellJ. G.RandallR. P.: A gamma camera (the Abergammascope) for fine resolution scanning using an image intensifier. In: Abstracts of the second international conference on medical physics, p. 104. Boston 1969.
30.
MayneordW. V.: Some applications of nuclear physics to medicine. Brit. J. Radiol. (1950) Suppl. No. 2.
31.
MuehllehnerG.: A diverging collimator for gamma-ray imaging cameras. J. nucl. Med.10 (1969), 197.
32.
MyersM. J.MallardJ. R.: Some long-focusing ‘depth-independent’ collimators for in-vivo radioisotope scanning. Int. J. appl. Radiat.15 (1964), 725.
33.
PopovicS.FowlerJ. F.: The response of double-head and single-head collimators for scanning. Int. J. appl. Radiat.19 (1968), 313.
34.
RoseA.: Quantum effects in human vision. In:Advances in biological and medical physics, p. 211. Academic Press, New York. 1957.
35.
WilksR. J.MallardJ. R.: A high-resolution, small diameter image intensifier gamma camera system. Phys. in Med. Biol.12 (1967), 251.
36.
WilksR. J.TaylorC. G.: The Collywobbler, a moving collimator image-processing device for stationary detectors in radioisotope scanning. Brit. J. Radiol.42 (1969), 705.