1. From the editors

   EditorialNotes Pages: 287 - 287

2. Use of mathematical modeling in image processing during renoscintigraphy in a rota-chamber

   • S. G. Averinova
   • A. V. Kashkadaeva
   • G. D. Dmitrieva

   Use Of Ionizing Radiation In Diagnosis Pages: 287 - 288

3. An amplifying screen-film combination for mammography

   • M. V. Alfimov
   • A. M. Gurvich
   • V. N. Shevchenko

   Use Of Ionizing Radiation In Diagnosis Pages: 288 - 288

4. Hardware for radioimmunoassay and radiobiochemical studies

   • V. A. Belyakov
   • A. N. Varin
   • O. V. Severin

   Use Of Ionizing Radiation In Diagnosis Pages: 289 - 289

5. Application program package for transport models of radioactive pharmacological preparations in functional radionuclide diagnosis

   • I. B. Bondareva

   Use Of Ionizing Radiation In Diagnosis Pages: 289 - 290

6. A personal computer-based system for acquisition and processing of radiological diagnostic information

   • V. A. Dmitrichenko
   • S. D. Kalashnikov
   • S. B. Nemirovskii

   Use Of Ionizing Radiation In Diagnosis Pages: 290 - 290

7. Metrological aspects of radionuclide absorption measurements in bone tissue

   • V. V. Egorov
   • D. Kh. Li

   Use Of Ionizing Radiation In Diagnosis Pages: 291 - 291

8. Mathematical simulation in functional radionuclide diagnosis: Current status and prospects for development

   • B. Ya. Narkevich

   Use Of Ionizing Radiation In Diagnosis Pages: 291 - 292

9. Monitoring the level of radioactive contamination of surfaces by sources of gamma-radiation in departments of radionuclide diagnosis

   • B. Ya. Narkevich
   • G. P. Mikhailov

   Use Of Ionizing Radiation In Diagnosis Pages: 292 - 293

10. Diagnosis of gross thyroid lesions by radionuclide and ultrasonic examinations

    • I. I. Purizhanskii
    • T. V. Ogneva
    • K. U. Kadyrov

    Use Of Ionizing Radiation In Diagnosis Pages: 293 - 294

11. Radionuclide ventriculographic determination of quantitative central hemodynamic parameters

    • L. Ya. Fishman
    • A. A. Odzharova

    Use Of Ionizing Radiation In Diagnosis Pages: 294 - 294

12. Use of proton beams from the synchrocyclotron developed at the laboratory of nuclear problems of the united nuclear research institute for radiotherapy

    • V. M. Abazov
    • Yu. G. Budyashov
    • V. K. Poidenko

    Use Of Ionizing Radiation In Radiotherapy Pages: 295 - 295

13. Optimal planning of remote irradiation

    • V. L. Belyaeva
    • S. V. Lebedev

    Use Of Ionizing Radiation In Radiotherapy Pages: 296 - 296

14. Calculation of dose distribution in proton therapy using a program package implemented in an operating system

    • E. V. Belyaikin

    Use Of Ionizing Radiation In Radiotherapy Pages: 297 - 297

15. Inverse problems in proton therapy

    • E. V. Belyaikin
    • M. F. Lomanov

    Use Of Ionizing Radiation In Radiotherapy Pages: 297 - 297

16. Radiation therapy quality assurance

    • M. Sh. Vainberg

    Use Of Ionizing Radiation In Radiotherapy Pages: 298 - 298

17. Point unidirectional source fields as a tool for dose calculations in patient's organs during radiation therapy

    • V. N. Vasil'ev

    Use Of Ionizing Radiation In Radiotherapy Pages: 298 - 299

18. Features of the use of point unidirectional sources for radiation therapy planning

    • V. N. Vasil'ev
    • N. A. Lyutova
    • B. E. Tokhtamuratov

    Use Of Ionizing Radiation In Radiotherapy Pages: 299 - 300

19. Program for calculating irregular fields for the IBM PC/AT

    • S. M. Vatnitskii
    • A. Ya. Silin
    • V. L. Chaikovskii

    Use Of Ionizing Radiation In Radiotherapy Pages: 300 - 300

20. The KOSPO-2 system for irradiation planning

    • S. M. Vatnitskii
    • I. A. Ermakov
    • A. M. Chervyakov

    Use Of Ionizing Radiation In Radiotherapy Pages: 301 - 301

21. Methodological peculiarities of combined contact gamma-therapy and inductive UHF-hyperthermia of oncogynecological patients

    • M. F. Gavrilenko
    • A. N. Gusev
    • V. Z. Orel

    Use Of Ionizing Radiation In Radiotherapy Pages: 302 - 302

22. An accessory instrument for simulator-type topometric devices for marking radiation target margins on the patient's skin and plotting topographoanatomical maps of human body sections

    • G. P. Zhdanov

    Use Of Ionizing Radiation In Radiotherapy Pages: 303 - 303

23. Comprehensive preradiation preparation and implementation of radiation programs in the first domestic automated programmable device ROKUS-ASPEKT-2

    • G. P. Zhdanov
    • Yu. Kh. Sarkisyan

    Use Of Ionizing Radiation In Radiotherapy Pages: 304 - 304

24. Twenty-two-year experience in optimization of planning and implementation of remote static gamma-therapy

    • G. S. Zakharchenko

    Use Of Ionizing Radiation In Radiotherapy Pages: 305 - 305

25. Effect of shaping accessories (protective blocks and boluses) on dose distribution in the radiation field during remote radiation therapy

    • I. A. Karpova
    • G. G. Pichugina
    • N. A. Lyutova

    Use Of Ionizing Radiation In Radiotherapy Pages: 306 - 306

26. Topical problems in dosimetric planning of radiation therapy of malignant tumors

    • L. Ya. Klepper

    Use Of Ionizing Radiation In Radiotherapy Pages: 307 - 307

27. Man-machine system for effective radiation therapy planning

    • L. Ya. Klepper
    • A. P. Dolgikh

    Use Of Ionizing Radiation In Radiotherapy Pages: 308 - 308

28. Assessment of the effects of topometric errors on the accuracy of radiation dosage

    • A. A. Kokontsev
    • R. V. Stavitskii
    • G. P. Zhdanov

    Use Of Ionizing Radiation In Radiotherapy Pages: 309 - 309

29. Planning for proton irradiation of intraocular tumors at the institute of theoretical and experimental physics

    • N. A. Kubynina

    Use Of Ionizing Radiation In Radiotherapy Pages: 310 - 310

30. Proton radiation units: Features and trends in development

    • N. A. Kubynina
    • M. F. Lomanov
    • V. S. Khoroshkov

    Use Of Ionizing Radiation In Radiotherapy Pages: 311 - 311

31. Some aspects of direct dose measurements in patients

    • I. M. Lebedenko

    Use Of Ionizing Radiation In Radiotherapy Pages: 312 - 312

32. Calibration of semiconductor detectors for direct dosimetric monitoring in patients

    • I. M. Lebedenko
    • G. G. Pichugina
    • I. A. Karpova

    Use Of Ionizing Radiation In Radiotherapy Pages: 312 - 313

33. Optimization of radiation therapy by plotting dose-volume histograms

    • M. F. Lomanov

    Use Of Ionizing Radiation In Radiotherapy Pages: 313 - 313

34. Integrated information-retrieval systems for radiation therapy of malignant neoplasms

    • Z. P. Mikhina
    • V. A. Kostylev
    • V. A. Yukin

    Use Of Ionizing Radiation In Radiotherapy Pages: 314 - 314

35. Radiobiological planning of contact radiation therapy

    • I. S. Prudyvus
    • N. I. Okeanova

    Use Of Ionizing Radiation In Radiotherapy Pages: 314 - 315

36. A dose distribution atlas of optimized multi-field irradiation plans

    • T. G. Ratner
    • L. S. Galina
    • G. V. Makarova

    Use Of Ionizing Radiation In Radiotherapy Pages: 315 - 316

37. New data on irradiation risks and dose limitations

    • R. V. Stavitskii
    • V. N. Vasil'ev

    Use Of Ionizing Radiation In Radiotherapy Pages: 316 - 316

38. The “KORT” program for planning contact irradiation using²⁵²Cf and⁶⁰Co sources

    • M. A. Sushchikhina
    • R. B. Likhovetskaya
    • E. A. Rudenko

    Use Of Ionizing Radiation In Radiotherapy Pages: 317 - 317

39. Quality assurance in contact radiation therapy: Physical, technical, and clinical aspects

    • M. A. Sushchikhina
    • M. I. Nechushkin
    • S. Yu. Morozova

    Use Of Ionizing Radiation In Radiotherapy Pages: 318 - 318

40. Intra-tissue low-dose and high-dose radiation therapy of soft tissue sarcomas: Approaches to planning and clinical results

    • M. A. Sushchikhina
    • G. R. Tsikhiseli

    Use Of Ionizing Radiation In Radiotherapy Pages: 319 - 319

41. Implementation of a dialogue irradiation planning system for the IBM PC/AT

    • V. L. Chaikovskii

    Use Of Ionizing Radiation In Radiotherapy Pages: 320 - 320

42. A computer model of thermal irradiation of the human body for treating surface wounds

    • Yu. V. Anisimov
    • A. V. Arendarchuk
    • V. N. Novosel'tsev

    Use Of Nonionizing Radiationin Diagnosis And Therapy Pages: 321 - 321

43. Simulation of temperature fields during hyperthermia of malignant breast tumors

    • F. A. Grigoryan
    • A. G. Keidzhyan
    • I. A. Lubashevskii

    Use Of Nonionizing Radiationin Diagnosis And Therapy Pages: 321 - 322

44. Regulation of solution distribution in dialysis apparatuses for artificial blood clearance

    • V. M. Grinval'd

    Use Of Nonionizing Radiationin Diagnosis And Therapy Pages: 322 - 322

45. Characteristics of the “vikard-12” ECG adapter hardware and software

    • A. M. Kirsanov
    • A. L. Orlov
    • V. M. Semenov

    Use Of Nonionizing Radiationin Diagnosis And Therapy Pages: 323 - 323

46. Anthropometric devices for mass prophylactic examinations

    • V. I. Korolenko
    • E. V. Matveev
    • L. A. Pertsovskaya

    Use Of Nonionizing Radiationin Diagnosis And Therapy Pages: 323 - 324

47. Use of semiconductor thermoelectric heat flow meters in diagnosis and treatment of joint diseases

    • R. B. Ladyka
    • D. N. Moskal'
    • V. D. Didukh

    Use Of Nonionizing Radiationin Diagnosis And Therapy Pages: 324 - 324

48. Low-frequency electromagnetic fields in magnetotherapy

    • Yu. V. Malkov

    Use Of Nonionizing Radiationin Diagnosis And Therapy Pages: 324 - 325

49. Computer and microprocessor hardware for psychophysiological studies of purposeful activity in man

    • E. V. Matveev
    • D. S. Nadezhdin

    Use Of Nonionizing Radiationin Diagnosis And Therapy Pages: 325 - 325

50. Use of fiber optic sources of monochromatic light for stimulating antioxidant systems of blood cells

    • V. A. Monich
    • S. L. Malinovskaya
    • M. V. Astaf'eva

    Use Of Nonionizing Radiationin Diagnosis And Therapy Pages: 326 - 326