Born m wolf e principles of optics 5 th ed pergamon

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50. Born M, Wolf E, Principles of Optics, 5 th ed., Pergamon Press, Elmsford, NY (1975) 51. Kumakhov MA, Radiation by channeled particles in crystals, Energoatomiz- dad, Moscow (1986) [in Russian] 52. Kumakhov MA, Komarov FF, Phys Rep 191 (5), 289 (1990) 53. Vinogradov AV, Kovalev VF, Kozhevnikov IV, Pustovalov VB, V.B, Zh Tekh Fiz 55 (2), 244–250 (1985) [Sov Tech Phys 30 , 145 (1985)] 54. Arkadiev VA, Kumakhov MA, Fayazov RF, Pisma Zh Tech Phys 14 (3), 226– 230 (1988) [Sov Tech Phys Lett 14 , 101 (1988)] 55. Jentzsch F, Phys Zeitschrift 30 , 268–273 (1929) 56. Jentzsch F, N¨ ahring E, Die Fortleitung von Licht-und R¨ontgen-Strahlen durch R¨ohren, Zeitschrift f¨ur Technische Physik, 12 (3), 185–189 (1931) 57. Arkadiev VA, Kumakhov MA, Multiple reflection of x-rays on a curved surface, Poverkhnost, No. 10 , 25–32 (1986) [Phys Chem Mech Surf (1986)] 58. M¨uller JJ, Gorny H-E, Schmalz J, Heinemann UJ, Glass-capillary collimator for distance compensation and partial monochromatization at rotating anode x-ray generators, Appl Cryst 28 , 853–855 (1995) 59. Carpenter DA, Lawson RL, Taylor MA, et al., Microbeam Analysis, Ed. New- bury DE, San Francisco Press (1988) 60. Arkadiev VA, Bzhaumikhov AA, X-ray focusing in capillary systems, Proc SPIE, 2859 , 131–139 (1996) 61. Arkadiev VA, Bzhaumikhov AA, Gorny H-E, Ibraimov NS, Experimental in- vestigation of Kumakhov lenses, Proc SPIE, 2515 , 103–113 (1995) 62. Ullrich JB, Ponomarev IYu, Gubarev MV, Gao N, Xiao Q-F, Gibson WM, Development of monolithic capillary optics for x-ray diffraction applications, Proc SPIE, 2278 , 148–155 (1994) 63. Owens SM, Ullrich JB, Ponomarev IYu, Carter DC, Sisk RC, Ho JX, Gib- son WM, Polycapillary x-ray optics for macromolecular crystallography, Proc SPIE, 2859 , 200–209 (1996) 64. Gao N, Ponomarev I, Xiao QF, Gibson WM, Carpenter DA, Application of monolithic polycapillary focusing optics in MXRF, Proc SPIE, 2859 , 140–147 (1996) 65. Gao N, Ponomarev I, Xiao QF, Gibson WM, Carpenter DA, Appl Phys Lett 71 , 3441 (1998)
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References 193 66. Gao, N, Janssens K, 3.3. Polycapillary In: Tsuj K, Injuk J, Van Grieken R (eds), X-Ray Optics in X-Ray Spectrometry, Wiley, New York, 89–110 (2004) 67. Bjeoumikhov AA, Langhoff N, Wedell R, Beloglazov V, Lebedev NF, Skibina N, X-Ray Spectrom 32 , 172–178 (2003) 68. Bzhaumikhov AA, Langhoff N, Schmalz J, Wedell R, Beloglasov VI, Lebedev NF, Polycapillary conic collimator for micro-XRF, Proc SPIE, 3444 , 430–435 (1998) 69. Fiorini C, Longoni A, Bjeoumikhov A, IEEE Trans Nucl Sci 48 (3), 268–271 (2001) 70. Kanngießer B, Malzer W, Reiche I, A new 3D micro x-ray fluorescence analysis set-up – First archeometric applications, Nucl Instrum Meth Phys Res B 211 , 259–264 (2003) 71. Bilderback DH, Thiel DJ, Microbeam generation with capillary optics, Rev Sci Instrum 66 (2), 2059–2063 (1995) 72. Hosokawa Y, Ozawa S, Nakazawa H, Nakayama Y, An x-ray guide tube and a desk-top scanning x-ray analytical microscope, x-ray Spectrom, 26 , 380–387 (1997) 73. Pahl R, Bilderback D, Development of capillary optics for microbeam applica- tions with synchrotron radiation, Proc SPIE, 2805 , 202–211 (1996) 74. Arkadiev VA, Bzhaumikhov AA, Method of investigating polycapillary perfor- mance, Proc SPIE, 3115 , 132–142 (1997) 75. Kimball JC, Bittel D, Surface roughness and the scattering of glancing-angle x-rays: Application to x-ray lenses, J Appl Phys 74 (2), 877–883 (1993) 76. Wang L, Rath BK, Gibson WM, Kimball JC, MacDonald CA, Analysis of
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