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Articles in Refereed Journals

• Victor Vaguine. Photon Non-physical Interactions and Quantum Enigmas in Int.J. of Mod. Phys. and Applics., pp 219-223 Vol. 1, No. 5, November 2015, Pub. Date: Dec. 30, 2015.

• P. Antich, S. Mehta, M. Daphtary, B. Smith, V. Vaguine. Bone elastometric imaging using ultrasound critical angle reflectometry (UCR) in Acoustical Imaging V. 23, Lees, Ferrari, eds., Plenum Press. NY (1997).

• Victor A. Vaguine, Douglas A. Christensen, Joe H. Lindley, and Thomas E. Walston, Multiple Sensor Optical Thermometry System for Application in Clinical Hyperthermia in IEEE Trans. on Biomedical Engineering, BME-31, No.1, pp. 168-172 (1984).

• D. Christensen, and V. A. Vaguine, A Fiberoptic Temperature Sensor Based Upon Spectroscopic Detection, 1983.

• S. Sapareto, Gloria C. Li, Kimberley A. White, and George M. Hahn (Department of Radiology, Stanford University School of Medicine), and Victor A. Vaguine, Robert H. Giebeler Jr., and Eiji Tanabe (Research and Engineering Department, Radiation Division (Varian Associates, Inc.), Microwave Cytotoxicity: Lack of in Vitro Evidence for Nonthermal Effects at High Power Levels, Radiation Research 89, (1982) pp.124-133.

• A. McEuen, P. Lui, E. Tanabe (Varian Associates, Palo Alto, CA), and V. Vaguine, (Clini-Therm Corporation, Dallas, TX), High-Power Operation of Accelerator Structures at Liquid Nitrogen Temperature,1980.

• V. Vaguine, Standing Wave High Gradient Accelerator Structure, Review of Scientific Instruments, vol.48, no. 12, December 1977.

• P. Bernard, H. Lengeler and V. Vaguine, RF-Pulse Method for Matching Mode-Transformers on Disc-Loaded Waveguide, Nuclear Instrument and Methods, 1970, vol. 82, p. 319.

• V. Vaguine, P. Bernard and H. Lengeler, Experimental Study on a Circularly Polarized Deflecting Mode in a Disc-Loaded Waveguide, Nuclear Instrument and Methods, 1970, vol.82, p.321.

• V. Vaguine, P. Bernard and H. Lengeler, Results of Peak Field Measurements for Uniform- and Bi-Periodic Deflecting Cavities, J. Appl. Physisc, 1969, vol. 40, p. 4989.

• V. A. Vaguine, Criterion of Backward Hybrid Waves Existence in Cylindrical Structures, Soviet Physics – Technical Physics, 1968, vol. 12, #7, p. 986.

• V. A. Vaguine, V. Kotov and I. Aleksandrov, Waves with Complex Propagation Constant in an Iris-Loaded Waveguide, Soviet Physics – Technical Physics, 1967, vol. 11, 11, p.1486.

• V. A. Vaguine, V. Kotov and I. Aleksandrov, Iris-Loaded Waveguide as a Deflecting System for a Microwave Separator, Soviet Physics – Technical Physics, 1967, vol. 11,11, p. 1491.

• V. Vaguine et al., Cavity for Multiple Proton Acceleration, Soviet Prib. And Teck. Eks., 1967, 5, p. 127.

• V. A. Vaguine and V. I. Kotov, Studies of Hybrid Waves in a Circular Waveguide Partially Filled with Dielectric, Soviet Physics – Technical Physics, 1966, vol. 10, #7, p. 987.

• V. A. Vaguine, V. I. Kotov and Yu. Brodsky, Nonsymmetric waves in Plasma Waveguide, Soviet Physics – Technical Physics, 1966, vol. 11, 3, p. 335.

• V. A. Vaguine at al., Design and Construction of Multiple Acceleration System for an Electrodynamic Separator, Soviet Prib. And Tekc, Eks., 1966, 6, p. 22.

• V. A. Vaguine, V. I. Kotov and M.M. Ofitserov, Properties of Hybrid Waves in Anisotropic Dielectric Structures, J. Radio and Electri, USSR, 1967, 12, p. 51; and Preprint JINR P-2274, Dubna, 1965.

• V. A. Vaguine, V. I. Kotov and I. N. Semenyishkin, Methods of High Energy Particle Separation, Soviet Physics Uspekhi, 1964, vol.7, #2, p.305.