Dosimetric characteristics of a slotted digital x-ray unit as a device with reduced radiation exposure
Stavitskiĭ, R.V.; Mishkinis, B.I.; Volobuev, A.I.; Denisov, P.I.; Lapina, T.V.
Meditsinskaia Tekhnika 2: 23-26
1989
ISSN/ISBN: 0025-8075 PMID: 2747495 Document Number: 333685
Document emailed within 1 workday
Related Documents
Fleay, R.F. 1987: Radiation dose reduction on a portable image intensifier digital storage unit Australasian Radiology 31(1): 88-89Passariello, R.; Pavone, P.; Simonetti, G.; Rossi, P.; Pesce, B.; Tempesta, P.; Zarola, L. 1983: Radiation exposure of the patient in conventional and digital intravenous angiography Annales de Radiologie 26(7): 548-550
Kovalenko, Y.; Miroshnychenko, S. 2010: The role of digital technologies to decrease the radiation exposure from X-ray diagnostics to the population of Ukraine Radiation Protection Dosimetry 139(1-3): 98-99
Zelikman, M.I.; Kabanov, S.P.; Kruchinin, S.A. 2013: Assessment of the effect of radiation scattered in patient's body on characteristics of the digital X-ray image formation channel Meditsinskaia Tekhnika 5: 4-9
Evdokimov, I.K. 1993: The clinical characteristics of the early manifestations of radiation exposure in children Voenno-Meditsinskii Zhurnal 50(11): 12-14; 80
Gomaa, M.A. 1980: Radiation dosimetric measurements around neutron irradiation facilities Health Physics 39(2): 313-318
De Simoni, M.; Riboni, G.; Liberatore, A.; Carrera, G.; Borasi, G. 1983: Thoracic radiographic examination in a neonatal intensive care unit. Technical, dosimetric and protection problems Minerva Pediatrica 35(10): 503-507
Blanc, M.; Nessi, R.; Paruccini, N.; Castellana, L. 1995: Dosimetric evaluations in dental radiology: comparison of the digital system and the conventional system La Radiologia Medica 89(3): 319-323
Maeno, Y. 1983: Biotechnological characteristics of digital subtraction angiography. DPS 4100 digital radiography system Nihon Rinsho. Japanese Journal of Clinical Medicine 41(7): 1617-1619
1985: Guidelines on limits of exposure to laser radiation of wavelengths between 180 nm and 1 mm. International Non-Ionizing Radiation Committee of the International Radiation Protection Association Health Physics 49(2): 341-359
Perederiĭ, V.G.; Bychkova, N.G.; Fomina, A.A.; Loginov, A.S.; Trach, E.N. 1991: The characteristics of the clinical course of digestive organ diseases in persons subjected to ionizing radiation exposure resulting from the accident at the Chernobyl Atomic Electric Power Station Vrachebnoe Delo 10: 65-68
Wiltschke, F.; Taschner, P.; König, W.; Menzel, B. 1975: The radiation protection shield--a useful radiation protective device for stomatological routine radiodiagnosis Stomatologie der DDR 25(10): 701-706
Chiesa, C.; Maccauro, M.; Romito, R.; Spreafico, C.; Pellizzari, S.; Negri, A.; Sposito, C.; Morosi, C.; Civelli, E.; Lanocita, R.; Camerini, T.; Bampo, C.; Bhoori, S.; Seregni, E.; Marchianò, A.; Mazzaferro, V.; Bombardieri, E. 2011: Need, feasibility and convenience of dosimetric treatment planning in liver selective internal radiation therapy with (90)Y microspheres: the experience of the National Tumor Institute of Milan Quarterly Journal of Nuclear Medicine and Molecular Imaging: Official Publication of the Italian Association of Nuclear Medicine and the International Association of Radiopharmacology and Section of the Society Of. 55(2): 168-197
Lazarev, A.F.; Shoĭkhet, I.N.; Petrova, V.D. 1995: The distinctive characteristics of malignant neoplasms in the population of the Altai Territory subjected to long-term radiation exposure as a consequence of the multiyear nuclear explosives tests at the Semipalatinsk proving ground Voprosy Onkologii 41(2): 23-25
Kraska, A.; Bilski, B. 2012: Exposure of healthcare personnel to ionizing radiation in the light of radiation hormesis hypothesis Medycyna Pracy 63(3): 371-376
Iatsula, G.S. 1978: Prophylactic role of ultraviolet radiation in the case of ionizing radiation exposure Gigiena i Sanitariia 2: 48-52
Peter, R.U.; Gottlöber, P.; Nadeshina, N.; Krähn, G.; Plewig, G.; Kind, P. 1997: Radiation lentigo. A distinct cutaneous lesion after accidental radiation exposure Archives of Dermatology 133(2): 209-211
Wagner, M.; Duwenkamp, C.; Ludwig, W.; Dresing, K.; Bott, O.J. 2010: An approach to simulate and visualize intraoperative scattered radiation exposure to improve radiation protection training Studies in Health Technology and Informatics 160(Part 1): 625-628
Rother, U.; Spens, E.; Taschner, P. 1982: Dental radiodiagnosis--radiation exposure and radiation protection Stomatologie der DDR 32(10): 708-715
Stieve, F.E.; Schmidt, T. 1981: Radiation exposure and radiation protection in computerized tomography Rontgenpraxis; Zeitschrift für Radiologische Technik 34(2): 87-97