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Meditsinskaia Tekhnika|August 10, 1999
[Choice of optimal centering points of radiation beams in planning radiotherapy in malignant tumors]L Ia KlepperMeditsinskaia Tekhnika|November 15, 2000
[The interactive determination of the mathematical model parameters for the planning of the radiation therapy of malignant tumors. 2. A method of adjusting the mathematical model parameters for calculating the tolerance doses and probabilities of the occurrence of radiation complications in body organs and tissues]L Ia KlepperMeditsinskaia Tekhnika|January 20, 2005
[Interactive input and correction of data about the structure of irradiated organism in the planning of radiotherapy for malignant tumor]L Ia KlepperMeditsinskaia Tekhnika|October 1, 2004
[Mathematical modeling of optimal dose fields in radiotherapy of malignant tumors. Part 2 (Contact methods of radiotherapy)]L Ia KlepperMeditsinskaia Tekhnika|March 1, 1997
[Method of calculating the probability of radiation-induced complications in organs and tissues in relation to volume of radiation and dose fractionation]L Ia KlepperMeditsinskaia Radiologiia|April 1, 1990
[Standardization of irradiation planning in radiotherapy of malignant tumors]L Ia KlepperMeditsinskaia Tekhnika|December 1, 2004
[Estimated equivalent radiation conditions (EERC), more useful clinical data and estimation of potential resorption of lesion nodule with respect to its volume and total focal dose]L Ia KlepperMeditsinskaia Tekhnika|April 14, 2006
[Synthesis of radiological models and radiological invariants (constants). Part 2]L Ia KlepperMeditsinskaia Tekhnika|March 22, 2008
[An aggregation method for determination of parameters of mathematical models]L Ia KlepperMeditsinskaia Radiologiia|October 1, 1988
[Probability of the occurrence of radiation complications in tissues as a function of the probability of the death of their constituent cells]L Ia KlepperPageof 5