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 1-20    21-22 
1.
A quantitative approach to the evaluation of compounds for boron neutron capture therapy: The equal effectiveness ratio // Trans. Amer. Nucl. Soc., 1994. Vol. 70.-С.8-9

2.
Boron neutron capture therapy of EGFR or EGFRvIII positive gliomas using either boronated monoclonal antibodies or epidermal growth factor as molecular targeting agents // Appl. Radiat. and Isotop., 2009. Vol. 67, N 7-8 прил. 1.-С.S328-S331

3.
Nuclear-instrumentation-based automatic focusing system for microscopic analysis of SSNTDs // Trans. Amer. Nucl. Soc., 1988. Vol. 56.-С.8-9

4.
Analytical modeling for neutron capture therapy // Strahlenther. und Onkol., 1989. Vol. 165, N 2-3.-С.186-188

5.
Ryabukhin Yu.S. Integrated approach in the planning of neutron capture therapy // Strahlenther. und Onkol., 1989. Vol. 165, N 2-3.-С.158-162

6.
Kobayashi T. Measurement and analysis on neutron flux distributions in a heavy water phantom using the KUR neutron guide tube for BNCT // Strahlenther. und Onkol., 1989. Vol. 165, N 2-3.-С.101-103

7.
Matsumoto T. Head phantom experiment and calculation for NCT using various neutron beams // Strahlenther. und Onkol., 1989. Vol. 165, N 2-3.-С.98-100

8.
Method of in situ dosimetry in boron neutron capture therapy // Strahlenther. und Onkol., 1989. Vol. 165, N 2-3.-С.109-112

9.
Gross boron determination in biological samples by inductively coupled plasma-atomic emission spectroscopy // Strahlenther. und Onkol., 1989. Vol. 165, N 2-3.-С.176-179

10.
Fairchild R.G. Dose rate and therapeutic gain // Clin. Aspects Neutron Capture Ther. -New York, London, 1989.-С.1-7

11.
Pre-clinical studies on boron neutron capture therapy // Clin. Aspects Neutron Capture Ther. -New York, London, 1989.-С.95-105

12.
Delayed effects of neutron irradiation on central nervous system microvasculature in the rat // Clin. Aspects Neutron Capture Ther. -New York, London, 1989.-С.87-93

13.
A stochastic model for high-LET response for Boron Neutron Capture Therapy (BNCT) // Clin. Aspects Neutron Capture Ther.. -New York, London, 1989.-С.165-191

14.
Gahbauer R. Some thoughts on tolerance, dose, and fractionation in boron neutron capture therapy // Clin. Aspects Neutron Capture Ther.. -New York, London, 1989.-С.81-85

15.
Distribution of sulfhydryl borane monomer and dimer in rodents and monomer in humans: Boron neutron capture therapy of melanoma and glioma in boronated rodents // Clin. Aspects Neutron Capture Ther. -New York, London, 1989.-С.179-191

16.
Toxicities of Na[2]B[1][2]H[1][1]SH and Na[4]B[2][4]H[2][2]S[2] in mice // Clin. Aspects Neutron Capture Ther. -New York, London, 1989.-С.333-351

17.
A carboranyl porphyrin for boron neutron capture therapy of brain tumors // Clin. Aspects Neutron Capture Ther.. -New York, London, 1989.-С.193-203

18.
Wambersie Working group on optimization of radiation dose delivery // Clin. Aspects Neutron Capture Ther.. -New York, London, 1989.-С.277-297

19.
Charlton D.E. Energy deposition in small ellipsoidal volumes by high-LET particles // Int. J. Radiat. Biol., 1991. Vol. 59, N 3.-С.826-842

20.
Microdosimetry for boron neutron capture therapy // Radiat. Res., 1992. Vol. 130, N 3.-С.355-359

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