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Growth of lead-based functional crystals by the vertical bridgman method

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참고문헌 (31)

  1. Xu Jiayue, "Industrial growth of lithium tetraborate (Li2B4O7) piezocrystal and its SAW applications", pp.2198~ (2004)
  2. Jiayue Xu, "Bridgman growth of oxide crystals", 31, pp.298~ (2002)
  3. Y. Yamashita, "Effect ofmolecular mass of b-site ions on electromechanical cou-pling factors of lead-based perovskite piezoelectricmaterials", 39, pp.5593~ (2000)
  4. T. Takeuchi, "An improved phased array ultrasonic probe using 0.91Pb(Zn1", 3Nb2, pp.1999, 38[DOI]
  5. S.E. Park, "The effect of growth conditions on the dielectric properties ofPb(Zn1", 3Nb2, pp.1997[DOI]
  6. Haosu Luo, "Growth and characterization of relaxor feroelectricPMNT single crystals", 231, pp.97~ (1999)
  7. Guisheng Xu, "Struc-tural defects of Pb(Mg1", 3Nb2, pp.2001[DOI]
  8. Haosu Luo, "Compo-sitional homogeneity and electrical properties of leadmagnesium niobate titanate single crystals grown by amodified bridgman technique", 39(9B) (2000)
  9. Jiayue Xu, "Crystalliza-tion behavior and flux growth of 0.91Pb(Zn1", 3Nb2, pp.2002, 30[DOI]
  10. O3 single crystals with adiameter of 2 inches by the solution Bridgman method supported on the bottom of a crucible, , 2001, 294~
  11. O3 piezocrytals, , 2003, 274~
  12. Jiayue Xu, "Growth andelectric properties of relaxor ferroelectric single crystalPZNT93", 7, 2003, pp.18, 264~
  13. Jiayue Xu, "Two-stepgrowth of PZNT single crystals by the vertical Bridg-man method", 280, pp.107~ (2005)
  14. O3 by the vertical Bridgman method, , 2002, 7000~
  15. O3 single crystals using diferent seeds, , 2005, 129~
  16. Jiayue Xu, "Bottom seded solution growth^a novelcrystal growth technique", 34, pp.1~ (2005)
  17. V.G. Baryshevski, "Single crystals of tungsten compounds as promisingmaterials for the total absorption detectors of the e.m.calorimeters", pp.231~ (1992)
  18. CMS Colaboration, "The Electromagnetic Calo-rimeter Project" (1997)
  19. Bo Gong, "Crys-tal growth and optical anisotropy of Y: PbWO4 by modified Bridgman method", 235, pp.320~ (2002)
  20. Yang Peizhi, "Growth of large-size crystal ofPbWO4 by vertical Bridgman method with multi-cruci-bles", 236, pp.589~ (2002)
  21. R.Y. Zhu,, "Precision crystal calorimetry in future highenergy colliders", 44, pp.468~ (1997)
  22. Qisheng Lin, "Formation of the 350 nm intrinsiccolor center in PbWO4 crystals"
  23. X.D. Qu, "Yttrium-doped lead tungstate crystals", pp.102~ (2002)
  24. Xin Zhang, "Improv-ing radiation stability of yttrium ions doped PbWO4crystals by stoichiometric tuning", 383, pp.245~ (2004)
  25. Jianjun Xie, "Character-ization of optical properties on large-size PbWO4 Ycrystals grown by modified Bridgman method", 28, pp.266~ (2006)
  26. Guohao Ren, "Structural defects and characteristics of lead fluoride crystals grown by non-vacuum Bridgman method", 243, pp.539~ (2002)
  27. E.B. Dally, "High energy γ-ray detector with god resolution", pp.658~ (1968)
  28. Ren Guohao, "Optical absorption on cubic β-PbF2crystals", 18, pp.976~ (2001)
  29. Jianming Chen, "Crystal growth of PbFCl by modified Bridgman method", 250, pp.393~ (2003)
  30. Xianjun Wu, "Verti-cal Bridgman growth of lead germanate single crystal", 263, pp.208~ (2004)
  31. K. Sugii, "Crystal growth"

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