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M.A.Kumakhov, Radiation of Channeled Particles in Crystals (Energoatomizdat, Moscow) 1986 (in Russian)
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V.A.Arkadiev,A.I.Kolomijtsev, M.A.Kumakhov, et al., Capillary x-ray lens, Pis'ma Zh.Tekhn.Fiz, v.14, p.97, 1988 (in Russian)
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V.A.Arkadiev, R.F.Fayazov, M.A.Kumakhov, Design of a wide-pass-system for focusing a hard x-ray radiation, Preprint IAE-4711/3, Moscow, 1988
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V.A.Arkadiev,A.I.Kolomijtsev, M.A.Kumakhov, et al., Wide-band x-ray optics with a large aperture, Sov.Phys.Usp., v.32, N3, pp.271-276. 1989
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M.A.Kumakhov, F.F.Komarov, Multiple reflections from surface in X-ray optics, Phys.Rep., v.191, N5, pp.289-350, 1990
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M.A.Kumakhov, Channeling of photons and new x-ray optics, Nucl.Instr& Meth., 1990, B48, 283-286
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M.A.Kumakhov, Radiation of channeled particles in crystals: a review, Rad.Eff.&Def.in solids, 1991, 1ols.122-123, pp.329-363
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M.A.Kumakhov, X-ray capillary optics, Preprint IAE-5424/3, 3, Moscow, 1991
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M.A.Kumakhov, V.Ya.Shovkoun, Design of X-ray optical antiscatter grids for mammography, Preprint IAE-5418/14, Moscow, 1991
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S.V.Poturaev, M.A.Kumakhov, et al., Wide-band x-ray capillary optics for digital subtraction coronary angiography, Preprint IAE5413/14, 1991
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M.A.Kumakhov, V.A.Sharov, A neutron lens, Nature, 1992, v.357, pp.390-391
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M.A.Kumakhov, State and perspectives of capillary Roentgen optics, SPIE Proc., 1993, vol.2011, pp.193-203
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M.A.Kumakhov, V.A.Arkadiev, D.I.Gruev, Kumakhov lenses investigation in 1-100 keV energy range, SPIE Proc., 1993, vol.2011, pp.244- 253
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S.V.Nikitina, A.S.Scherbakov, et al., Roentgen image transfer by means of Kumakhov lenses, SPIE Proc., 1993, vol.2011, pp.255-262
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M.A.Kumakhov, History of the evolution of the x-ray and neutron capillary optics, Optics of Beams, 1993, pp.3-17
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V.A.Arkadiev, D.I.Gruev, M.A.Kumakhov, On the possibility of monochromatic Roentgen radiation creation using multiple reflections, Optics of Beams, 1993, pp.17-26
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V.A.Arkadiev, D.I.Gruev, M.A.Kumakhov, X-ray lens for forming quasiparallel beam, Optics of Beams, 1993, pp.27-32
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V.A.Arkadiev, S.A.Budkov, V.E.Kovantsev, The effect of roughness on X-ray transmission through polycapillaries, Optics of Beams, 1993, pp.33-37
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A.Bzhaumikhov, G.Vartanijantz, et al., Use of Kumakhov lenses in X-ray diffraction investigations, Optics of Beams, 1993, pp.38-43
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V.A.Arkadiev, M.A.Kumakhov, Concentration of synchrotron radiation with capillary focusing systems, Optics of Beams, 1993, pp.43-50
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A.I.Kolomijtsev, S.V.Nikitina, et al., Use of Kumakhov lens for focusing of synchrotron radiation, Optics of Beams, 1993, pp.50-52
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M.A.Kumakhov, V.A.Sharov, Neutron focusing by using capillary optics, Optics of Beams, 1993, pp.52-59
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V.A.Arkadiev, D.I.Gruev, et al., Source of soft x-rays with an x-ray optical system for submicron litography, Optics of Beams, 1993, pp.67-74
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V.A.Arkadiev, S.A.Budkov, V.E.Kovantsev, Kumakhov x-ray lens of second generation, Optics of Beams, 1993, pp.75-80
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V.Ja.Chovkoun, M.A.Kumakhov, Design of antiscatter grids and collimators based on reflecting glass capillaries, Optics of Beams, 1993, pp.80-81
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M.A.Kumakhov, S.V.Poturaev, et al., Possibilities of using a new wide-band x-ray capillary optics in channeling radiation experiments, Optics of Beams, 1993, pp.86-93
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S.V.Nikitina, G.A.Vartanijantz, et al., Experimental investigation of Kumakhov lenses and Roentgen optics possibilities, SPIE Proc., 1993, vol.2011, pp.263-274
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Kumakhov optics provide new way to deal with x-rays, OE Reports, 1994, N131, pp.1,7
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M.A.Kumakhov, Status of experimental works in the field of X-ray capillary optics, SPIE Proc., 1994, vol.2278, pp.180-190
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V.A.Arkadiev, D.I.Gruev, Principal possibilities of Kumakhov lenses, SPIE Proc., 1994, vol.2278, pp.200-209
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S.V.Nikitina, N.S.Ibraimov et al., The investigation of Kumakhov lenses focal spot, SPIE Proc., 1994, vol.2278, pp.216-225
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M.A.Kumakhov, S.B.Dabagov, R.V.Fedorchuk, et al., Discovery of interference structure under synchrotron radiation focusing by means of Kumakhov lens, Preprint IROS-1/94, Moscow, pp.1-20, 1994
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S.V.Nikitina, S.B.Dabagov, R.V.Fedorchuk, Synchrotron radiation focusing by means of Kumakhov lenses, SPIE Proc., 1994, vol.2278, pp.191-199
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S.V.Nikitina, G.A.Vartaniants et al., Use of Kumakhov lenses for image transfer, SPIE Proc., 1994, vol.2278, pp.210-215
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M.A.Kumakhov, Status of X-ray capillary optics, SPIE Proc., 1995, vol.2515, pp.86-102
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V.A.Arkadiev, A.A Bzhaumikhov, et al., Experimental investigation of Kumakhov lenses, SPIE Proc., 1995, vol.2515, pp.103-113
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D.I.Gruev, V.A.Arkadiev, Computer simulation of quasiparallel x-ray beams transforming into convergent ones by means of Kumakhov semilens, SPIE Proc., 1995, vol.2515, pp.114-123
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S.B.Dabagov, M.A.Kumakhov, X-ray channeling in capillary systems, SPIE Proc., 1995, vol.2515, pp.124-133
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S.B.Dabagov, M.A.Kumakhov, et al., Passage of synchrotron radiation through capillary macrosystems, SPIE Proc., 1995, vol.2515, pp.506-512
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V.A.Arkadiev, A.A Bzhaumikhov, X-ray focusing by polycapillary arrays, , SPIE Proc., 1995, vol.2515, pp.514-525
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S.V.Nikitina, A.S.Scherbakov, Focusing of quasiparallel beams by means of Kumakhov lenses, SPIE Proc., 1995, vol.2515, pp.526-531
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S.V.Nikitina, S.B.Dabagov. Kumakhov lenses usage as a spectrometer, SPIE Proc., 1995, vol.2519, pp.160-164
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A.N.Nikitin, S.V.Nikitina, et al., Scattered radiation suppression by means of x-ray capillary systems, SPIE Proc., 1995, vol.2519, pp.165-178
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S.V.Nikitina, A.S.Scherbakov, A.N.Nikitin, The investigation of a beam divergency in Kumakhov lenses, SPIE Proc., 1995, vol.2519, pp.179-185
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S.B.Dabagov, S.V.Nikitina, M.A.Kumakhov, et al., Focusing of X-rays by capillary systems, Nucl.Instrum. and Meth., B103, (1995) 99-105
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S.B.Dabagov, M.A.Kumakhov, S.V.Nikitina, On the interference of X-rays in multiple reflection optics., Phys.Lett., A203 (1995) 279- 282
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S.B.Dabagov, M.A.Kumakhov, Bending of neutron beams by means of polycapillary structures, Preprint IRO-1/95, Moscow, 1995
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S.B.Dabagov, M.A.Kumakhov,et al., Observation of interference effects at the focus of an X-ray lens, J.Synchr.Rad., 1995, 2, 132-135
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A.Ioffe, S.B.Dabagov, M.A.Kumakhov, Effective neutron bending at large angles, Neutron News,1995, 6(3). Pp.20-21
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A.N.Nikitin, N.S.Ibraimov, S.V.Nikitina, X-ray detectors with micron resolution on the base of Kumakhov optics, SPIE Proc., 1996, vol.2859
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M.A.Kumakhov, X-ray and neutron polycapillary optics: status and perspectives, SPIE Proc., 1996, vol.2859, pp. 116-122
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D.I.Gruev, Some imperfections of Kumakhov lenses and their influence on lens optical properties, SPIE Proc., 1996, vol.2859, pp.182-189
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N.S.Ibraimov, A.S.Scherbakov, Diffraction investigations with Kumakhov lenses, SPIE Proc., 1996, vol.2859, pp.210-219
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S.V.Nikitina, A.N.Nikitin, A.S.Scherbakov, Use of Kumakhov optics for medical imaging, SPIE Proc., 1996, vol.2859, pp.227-232
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S.B.Dabagov, M.A.Kumakhov, Neutron beam bending on large angles by capillary systems, SPIE Proc., 1996, vol.2859, pp.233-241
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A.S.Scherbakov, S.V.Nikitina, N.S.Ibraimov, Use of Kumakhov optics for x-ray analysis, SPIE Proc., 1996, vol.2859, pp.242-253
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S.B.Dabagov et al, Interference phenomenon under focusing of synchrotron radiation by a Kumakhov lens, Nucl.Instr&Meth., B108, pp.213-218, 1996
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M.A.Kumakhov, Development of X-ray and neutron optics, SPIE Proc., 1997, vol.3113, pp.362-368
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D.I.Gruev, Source lateral displacement influence on Kumakhov optics work, SPIE Proc., 1997, vol.3113, pp.378-383
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S.B.Dabagov, M.A.Kumakhov, V.A.Murashova et al., Experience on synchrotron radiation passage through capillary macrostructures, SPIE Proc., 1997, vol.3115, pp.100-110
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A.N.Nikitin, X-ray imaging systems with micron resolution on the base of Kumakhov optics, SPIE Proc., 1997, vol.3115, pp.117-124
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S.V.Nikitina, A.S.Scherbakov, Use of Kumakhov optics for X-ray element analysis, SPIE Proc., 1997, vol.3115, pp.125-129
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A.N.Nikitin, X-ray imaging on the base of Kumakhov polycapillary systems for hard x-ray region, SPIE Proc., 1997, vol.3115, pp.143-146
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V.P.Petukhov, S.V.Nikitina, X-ray polarizer on the base of Kumakhov optics, SPIE Proc., 1997, vol.3115, pp.147-152
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N.S.Ibraimov, Filtration and monochromatization of synchrotron radiation on the base of capillary optics, SPIE Proc., 1997, vol.3115, pp.153-158
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Yu.M.Alexandrov, S.B.Dabagov, M.A.Kumakhov, V.A.Murashova, et al, Peculiarities of photon transmission through capillary systems, Nucl.Instrum. and Meth., B134, (1998) 174-180
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S.V.Nikitina, A.S.Scherbakov, N.S.Ibraimov X-ray fluorescence analysis on the base of polycapillary Kumakhov optics, Rev.Sci.Instr.,1999, v.70, N7, pp.2950-2956
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M.A.Kumakhov, X-ray capillary optics: history of development and present status. SPIE Proc., 2000, vol.4155, pp.2-12
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69. S.S.Kazakov, S.V.Nikitina, V.I.Trefilov, Experimental investigation of Kumakhov lens with medium focal distances, SPIE Proc., 2000, vol.4155, pp.13-20
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S.S.Kazakov, S.V.Nikitina, A.V.Priladyshev, Investigation of microfocus Kumakhov lens es, SPIE Proc., 2000, vol.4155, pp.21-24
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N.S.Ibraimov, S.S.Kazakov , D.I.Gruev, K.N.Lopurko, Estimation of the focal spot of x-ray tube with transmission anode, SPIE Proc., 2000, vol.4155, pp.25-27
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D.I.Gruev, Numerical investigation of Kumakhov optics with variable curvature radius, SPIE Proc., 2000, vol.4155, pp.53- 60
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N.S.Ibraimov, S.V.Nikitina, D.I.Gruev, K.N.Lopurko, Investigation of the radiation integral intensity given by microfocus tube and x-ray lens, SPIE Proc., 2000, vol.4155, pp.83-85
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S.B.Dabagov, M.A.Kumakhov, Channeling of neutrons in polycapillaries: a new way to bend neutrons at large angles, SPIE Proc., 2000, vol.4155, pp.86-92
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M.A.Kumakhov, Glass capillary grids for mammography, SPIE Proc., 2000, vol.4155, pp.100-105
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V.Y.Schovkoun, M.A.Kumakhov, Design of glass capillary grids for mammography, SPIE Proc., 2000, vol.4155, pp.106-118
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S.S.Kazakov, S.V.Nikitina, V.I.Trefilov, N.S.Ibraimov, Use of Kumakhov lenses for investigation of macromolecules, SPIE Proc., 2000, vol.4155, pp.119-123
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S.S.Kazakov, Y.S.Mardynskii, A.S.Sysoev, On the possibility of using Kumakhov lenses in x-ray therapy, SPIE Proc., 2000, vol.4155, pp.128-130
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A.S.Scherbakov,et al., Focus-1 fluorescent spectrometer, SPIE Proc., 2000, vol.4155, pp.131-137
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N.S.Ibraimov, S.V.Nikitina, K.N.Lopurko, Diffraction investigations by use of Kumakhov lens, SPIE Proc., 2000, vol.4155, pp.138-144
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D.I.Gruev, S.V.Nikitina, V.P.Petukhov, Measurement of transmission in Kumakhov lenses for soft x-ray radiation, SPIE Proc., 2000, vol.4155, pp.145-147
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M.A.Kumakhov, D.I.Gruev, X-ray telescope based on polycapillary optics, SPIE Proc., 2000, vol.4155, pp.148-150
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M.A.Kumakhov, Status of polycapillary optics and perspectives, SPIE Proc., 2001, vol.4765, pp.20-25
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A.A.Markelov, 3D X-ray scan visualization and analysis system, SPIE Proc., 2001, vol.4765, pp.67-72
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A.A.Priladyshev, Software simulation of x-ray transmission through polycapillary structures, SPIE Proc., 2001, vol.4765, pp.73-77
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D.I.Gruev, S.V.Nikitina, V.P.Petukhov, A.A.Priladyshev, Measurement of polycapillary parameters in the long-wave x-ray spectrum, SPIE Proc., 2001, vol.4765, pp.122-127
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N.S.Ibraimov, A.V.Mozhayev, E.V.Likhushina, O.V.Mikhin, Kumakhov optics use in reflectometry, SPIE Proc., 2001, vol.4765, pp.128-131
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O.V.Mikhin, N.S.Ibraimov, S.V.Nikitina, V.P.Petukhov, A.A.Priladyshev, Metrology features of Kumakhov lens parameters determination, SPIE Proc., 2001, vol.4765, pp.132-136
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S.V.Nikitina, D.I.Gruev, N.S.Ibraimov, E.V.Likhushina, Investigation of a lens with mean focal distance, SPIE Proc., 2001, vol.4765, pp.137-141
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Yu.P.Chertov, Investigation of polycapillary structures transmission, SPIE Proc., 2001, vol.4765, pp. 142-144
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N.G.Kolin, L.E.Fykin, M.A.Kumakhov, et al., Neutron-optical tests of Kumakhov lenses, SPIE Proc., 2001, vol.4765, pp.155-162
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S.V.Nikitina, N.S.Ibraimov , et al., Kumakhov optics in a portable x-ray assembly for stress-strain and element analysis, SPIE Proc., 2001, vol.4765, pp.163-166
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G.I.Borisov et al., X-ray chemical microanalyzer with Kumakhov optics, SPIE Proc., 2001, vol.4765, pp.170-182
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N.S.Ibraimov, S.V.Nikitina, et al., X-ray radiation filtration by means of Kumakhov lenses, SPIE Proc., 2001, vol.4765, pp.183-188
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O.V.Mikhin, M.A.Kumakhov, N.S.Ibraimov , V.D.Gelever, Microfocus x-ray generator for certification of Kumakhov microlenses, SPIE Proc., 2001, vol.4765, pp.194-196
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N.S.Ibraimov, S.V.Nikitina, E.V.Likhushina, O.V.Mikhin, X-ray assembly for phase and element analysis of inorganic materials, SPIE Proc., 2001, vol.4765, pp.197-201
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N.S.Ibraimov, E.V.Likhushina, O.V.Mikhin, Monocrystal diffractometer: a comparator, SPIE Proc., 2001, vol.4765, pp.202-206
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S.V.Nikitina, Yu.V.Ozerov, V.P.Petukhov, et al., Parameters of soft x-ray sources equipped with a polycapillary lens at the exit, SPIE Proc., 2001, vol.4765, pp.207-210
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A.S,Scherbakov, S.M.Cheremisin, V.S.Ozerov, X-ray fuorescent spectrometer Focus M, SPIE Proc., 2001, vol.4765, pp.211-212
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N.S.Ibraimov, S.V.Nikitina, O.V.Mikhin et al., X-ray complex on the basis of Kumakhov capillary optics for microelectronic investigations, Acta Cryst.,2002, A58 (Suppl.),C26
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O.V.Mikhin, A.V.Priladyshev et al., Desktop system for diffraction studies of protein crystals and macromolecules based on Kumakhov's optics, Acta Cryst.,2002, A58 (Suppl.),C304
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