Publications



Prof. J. C. Dore





2010-11-04


  Articles in Learned Journals

  1. Structural Studies of Amorphous Materials Using A Pulsed Neutron Source. R. N. SINCLAIR; D. A. G. JOHNSON; J. C. DORE; J. H. CLARKE & A. C. WRIGHT. Nuclear Instruments & Methods,  117, 2, 445-454, 1974.
  2. Neutron-scattering By Liquid-nitrogen and Liquid-oxygen .2. Molecular-structure Measurements Using A Pulsed Neutron Source. J. H. CLARKE; J. C. DORE & R. N. SINCLAIR. Molecular Physics,  29, 2, 581-591, 1975.
  3. Structure Factor For Liquid-nitrogen and Liquid-oxygen From Neutron-scattering Studies .1. Orientation Correlation Effects. J. C. DORE; G. WALFORD & D. I. PAGE. Molecular Physics,  29, 2, 565-580, 1975.
  4. Single-particle Excitations In Liquid-nitrogen. R. N. SINCLAIR; J. H. CLARKE & J. C. DORE. Journal of Physics C-solid State Physics,  8, 4, L41-L44, 1975.
  5. Structure Factor For Liquid Bromine By Neutron-diffraction. J. H. CLARKE; J. C. DORE; G. WALFORD & R. N. SINCLAIR. Molecular Physics,  31, 3, 883-903, 1976.
  6. Comparison of Reactor and Linac Techniques For Neutron-diffraction Studies of Molecular Liquids. J. C. DORE & J. H. CLARKE. Nuclear Instruments & Methods,  136, 1, 79-92, 1976.
  7. Separation of Coherent and Spin-incoherent Neutron-scattering By Polarization Analysis. J. C. DORE; J. H. CLARKE & J. T. WENZEL. Nuclear Instruments & Methods,  138, 2, 317-319, 1976.
  8. Structure Factor of Liquid Bromine By Neutron-diffraction .2. Variation With Neutron Wavelength. G. W. STANTON; J. H. CLARKE & J. C. DORE. Molecular Physics,  34, 3, 823-839, 1977.
  9. Note On Containers For Neutron-diffraction Studies of Chemically-reactive Liquids. G. W. STANTON; J. C. DORE & N. J. HANCE. Nuclear Instruments & Methods,  141, 2, 259-261, 1977.
  10. Structure of Heavy-water Molecule From Neutron-diffraction Measurements. G. WALFORD; J. H. CLARKE & J. C. DORE. Molecular Physics,  33, 1, 25-30, 1977.
  11. Neutron-diffraction Studies of Structure of Water .2. Temperature-variation Effects For Heavy-water. G. WALFORD & J. C. DORE. Molecular Physics,  34, 1, 21-32, 1977.
  12. Neutron-diffraction Studies of Tetrachloride Liquids. J. H. CLARKE; J. C. DORE; I. P. GIBSON; J. R. GRANADA & G. W. STANTON. Faraday Discussions,  66, 66, 277-286, 1978.
  13. Pulsed Neutrons At Rutherford. J. DORE. New Scientist,  78, 1099, 160-162, 1978.
  14. Neutron-diffraction Studies of Liquid Carbon Suboxide .1. Molecular-conformation and Orientation Correlation. G. WALFORD; J. H. CLARKE & J. C. DORE. Molecular Physics,  36, 6, 1581-1600, 1978.
  15. Structural Studies of Tetrachloride Liquids .1. Pulsed Neutron-scattering By Carbon Tetrachloride Molecular Structure. J. H. CLARKE; J. R. GRANADA & J. C. DORE. Molecular Physics,  37, 4, 1263-1279, 1979.
  16. Structural Studies of Tetrachloride Liquids .2. Neutron-diffraction By Vanadium Tetrachloride and Vanadium Oxytrichloride. I. P. GIBSON & J. C. DORE. Molecular Physics,  37, 4, 1281-1295, 1979.
  17. Structural Studies of Tetrachloride Liquids .3. Molecular-structure of Ccl4, Sicl4, Ticl4, Gecl4 and Sncl4. J. R. GRANADA; G. W. STANTON; J. H. CLARKE & J. C. DORE. Molecular Physics,  37, 4, 1297-1304, 1979.
  18. Structure Factor For Liquid-nitrogen and Liquid-oxygen By Neutron-scattering .3. Measurements For Liquid-nitrogen Using Short Wavelength Neutrons From A Reactor. J. H. CLARKE; J. C. DORE & H. EGGER. Molecular Physics,  39, 3, 533-548, 1980.
  19. Neutron-diffraction Studies of Tetrachloride Liquids .4. Molecular Beat Effect For Ticl4-sicl4 and Ticl4-sncl4 Mixtures. J. R. GRANADA; J. C. DORE & J. H. CLARKE. Molecular Physics,  39, 1, 175-184, 1980.
  20. The Structural Second Virial-coefficient, the Intermolecular Potential For Nitrogen and the Magnetic Scattering For the Oxygen Molecule. J. G. POWLES; J. C. DORE & E. K. OSAE. Molecular Physics,  40, 1, 193-211, 1980.
  21. The Structure of Amorphous-carbon Tetrachloride By Neutron-diffraction. M. R. CHOWDHURY & J. C. DORE. Journal of Non-crystalline Solids,  46, 3, 343-360, 1981.
  22. Neutron-diffraction Studies of Vapour-deposited Ammonia-nd3. M. R. CHOWDHURY; J. C. DORE & P. CHIEUX. Journal of Non-crystalline Solids,  43, 2, 267-278, 1981.
  23. Neutron-diffraction Studies of Liquid Phosphorus .1. Reactor and Pulsed Neutron Measurements At 50-degrees-c. J. H. CLARKE; J. C. DORE; J. R. GRANADA; J. REED & G. WALFORD. Molecular Physics,  42, 4, 861-874, 1981.
  24. The Molecular-structure Factor of Liquid Carbon-disulfide By Neutron-diffraction .1. Reactor Measurements. I. P. GIBSON & J. C. DORE. Molecular Physics,  42, 1, 83-96, 1981.
  25. Structural Studies of Liquid Alcohols By Neutron-diffraction .1. Deuterated Methyl-alcohol Cd3od. D. G. MONTAGUE; I. P. GIBSON & J. C. DORE. Molecular Physics,  44, 6, 1355-1367, 1981.
  26. The Structure of Liquid Deuterium Bromide By Slow-neutron Scattering. J. G. POWLES; J. C. DORE; E. K. OSAE; J. H. CLARKE; P. CHIEUX & S. CUMMINGS. Molecular Physics,  44, 5, 1131-1136, 1981.
  27. The Structure of Liquid Deuterium Chloride By Slow-neutron Scattering. J. G. POWLES; E. K. OSAE; J. C. DORE & P. CHIEUX. Molecular Physics,  43, 5, 1051-1067, 1981.
  28. The Structural Characteristics of Amorphous D2o Ice By Neutron-diffraction. M. R. CHOWDHURY; J. C. DORE & J. T. WENZEL. Journal of Non-crystalline Solids,  53, 3, 247-265, 1982.
  29. Measurement of the Liquid-oxygen Paramagnetic Form-factor. M. DERAMAN; J. C. DORE & J. SCHWEIZER. Journal De Physique,  43, NC-7, 149-149, 1982.
  30. A Neutron-diffraction Study of the Structure of Evaporated Amorphous-germanium. G. ETHERINGTON; A. C. WRIGHT; J. T. WENZEL; J. C. DORE; J. H. CLARKE & R. N. SINCLAIR. Journal of Non-crystalline Solids,  48, 2-3, 265-289, 1982.
  31. Neutron-diffraction Studies of Phosphorus .2. the Super-cooled Liquid and Plastic Crystal Phases. J. R. GRANADA & J. C. DORE. Molecular Physics,  46, 4, 757-768, 1982.
  32. Structural Studies of Liquid Alcohols By Neutron-diffraction .2. Deuterated Ethyl-alcohol C2d5od. D. G. MONTAGUE; I. P. GIBSON & J. C. DORE. Molecular Physics,  47, 6, 1405-1416, 1982.
  33. Neutron-diffraction Studies and Crn Model of Amorphous Ice. M. R. CHOWDHURY; J. C. DORE & D. G. MONTAGUE. Journal of Physical Chemistry,  87, 21, 4037-4039, 1983.
  34. Neutron-diffraction Studies of Water .3. Structural-change As A Function of Temperature. I. P. GIBSON & J. C. DORE. Molecular Physics,  48, 5, 1019-1030, 1983.
  35. A Rism Analysis of Structural Data For Tetrahedral Molecular-systems. D. G. MONTAGUE; M. R. CHOWDHURY; J. C. DORE & J. REED. Molecular Physics,  50, 1, 1-23, 1983.
  36. The Structural 2nd Virial-coefficient .2. the Intermolecular Pair-potential For Sulfur-hexafluoride. J. G. POWLES; J. C. DORE; M. B. DERAMAN & E. K. OSAE. Molecular Physics,  50, 5, 1089-1108, 1983.
  37. Neutron-diffraction Study of Cubic Ice Nucleation In A Porous Silica Network. D. C. STEYTLER; J. C. DORE & C. J. WRIGHT. Journal of Physical Chemistry,  87, 14, 2458-2459, 1983.
  38. Neutron-diffraction Studies of Water In Meso-pores and Micro-pores. D. C. STEYTLER; J. C. DORE & C. J. WRIGHT. Molecular Physics,  48, 5, 1031-1051, 1983.
  39. The Structural 2nd Virial-coefficient .3. Nitrogen Revisited. M. DERAMAN; J. C. DORE & J. G. POWLES. Molecular Physics,  52, 1, 173-184, 1984.
  40. Neutron-scattering By Oxygen Gas and the Magnetic Form-factor of the Oxygen Molecule. M. DERAMAN; J. C. DORE; J. G. POWLES & J. SCHWEIZER. Molecular Physics,  53, 3, 557-566, 1984.
  41. Molecular-conformation In the Liquid-phase. J. C. DORE. Journal of Molecular Liquids,  28, 2, 87-93, 1984.
  42. Neutron-diffraction Studies of Water In the Normal and Super-cooled Liquid-phase. J. C. DORE. Journal De Physique,  45, NC-7, 49-64, 1984.
  43. Structural Studies of Liquid Alcohols By Neutron-diffraction .3. Cd3oh, Cd3od, and Cd3oh/d Mixtures. D. G. MONTAGUE; J. C. DORE & S. CUMMINGS. Molecular Physics,  53, 5, 1049-1066, 1984.
  44. Small-angle Neutron-scattering Study of Microemulsions Stabilized By Aerosol-ot .1. Solvent and Concentration Variation. B. H. ROBINSON; C. TOPRAKCIOGLU; J. C. DORE & P. CHIEUX. Journal of the Chemical Society-faraday Transactions I,  80, 13-27, 1984.
  45. Small-angle Neutron-scattering Studies of Microemulsions Stabilized By Aerosol-ot .2. Critical Scattering and Phase-stability. C. TOPRAKCIOGLU; J. C. DORE; B. H. ROBINSON; A. HOWE & P. CHIEUX. Journal of the Chemical Society-faraday Transactions I,  80, 413-422, 1984.
  46. Structural Studies of Liquid-hydrogen Fluoride By Neutron-diffraction .1. Liquid Df At 293-k. M. DERAMAN; J. C. DORE; J. G. POWLES; J. H. HOLLOWAY & P. CHIEUX. Molecular Physics,  55, 6, 1351-1367, 1985.
  47. A Thermal-neutron Investigation of Magnetic Correlations In Liquid-oxygen. M. DERAMAN; J. C. DORE & J. SCHWEIZER. Journal of Magnetism and Magnetic Materials,  50, 2, 178-188, 1985.
  48. Structural Studies of Water By Neutron-diffraction. J. C. DORE. Water Science Reviews,  1, 3-92, 1985.
  49. The Structure of Amorphous Phosphorus. S. R. ELLIOTT; J. C. DORE & E. MARSEGLIA. Journal De Physique,  46, C-8, 349-353, 1985.
  50. Neutron-diffraction Studies of Water In Porous Silica .2. Temperature-variation In the Super-cooled Regime. D. C. STEYTLER & J. C. DORE. Molecular Physics,  56, 5, 1001-1015, 1985.
  51. Neutron-diffraction Studies of Amorphous Methyl-alcohol. D. C. STEYTLER; J. C. DORE & D. C. MONTAGUE. Journal of Non-crystalline Solids,  74, 2-3, 303-312, 1985.
  52. Spatial Correlations In Deeply Supercooled Water. M. C. BELLISSENTFUNEL; J. TEIXEIRA; L. BOSIO; J. DORE & P. CHIEUX. Europhysics Letters,  2, 3, 241-245, 1986.
  53. Structural Studies of Liquid D-glycerol By Neutron-diffraction. D. C. CHAMPENEY; R. N. JOARDER & J. C. DORE. Molecular Physics,  58, 2, 337-347, 1986.
  54. Structural Features of Liquid Ccl4 In Porous Silica. J. C. DORE; M. DUNN & M. C. B. FUNEL. Chemical Physics Letters,  130, 1-2, 59-62, 1986.
  55. A Rism Analysis of Neutron-diffraction Data For Sicl4/ticl4 and Sncl4/ticl4 Liquid-mixtures. E. ENCISO; M. LOMBARDERO & J. C. DORE. Molecular Physics,  59, 5, 941-952, 1986.
  56. Small-angle Neutron-scattering Studies of Microemulsions Stabilized By Aerosol-ot .3. the Effect of Additives On Phase-stability and Droplet Structure. A. M. HOWE; C. TOPRAKCIOGLU; J. C. DORE & B. H. ROBINSON. Journal of the Chemical Society-faraday Transactions I,  82, 2411-2422, 1986.
  57. Structural Studies of Liquid Alcohols By Neutron-diffraction .4. Cd3oh and Cd3od At Various Temperatures. D. G. MONTAGUE & J. C. DORE. Molecular Physics,  57, 5, 1035-1047, 1986.
  58. Fractal Analysis of Small-angle X-ray-scattering Data From An Aerosol-ot Stabilized Microemulsion Close To A Phase-transition. A. N. NORTH; J. C. DORE; A. KATSIKIDES; J. A. MCDONALD & B. H. ROBINSON. Chemical Physics Letters,  132, 6, 541-544, 1986.
  59. Structure and Dynamics of Water-in-oil Microemulsions Estabilished Byaerosol-ot. A. N. NORTH; J. C. DORE; J. A. MCDONALD; B. H. ROBINSON; R. K. HEENAN & A. M. HOWE. Colloids and Surfaces,  19, 1, 21-29, 1986.
  60. The Structure of Liquid 1,2 Dichloroethane By Neutron-diffraction .1. Molecular-structure, Full Pair Correlation-function, and Temperature Effects. F. J. BERMEJO; E. ENCISO; J. C. DORE; P. CHIEUX; N. GARCIA & J. SANTORO. Journal of Chemical Physics,  87, 12, 7171-7178, 1987.
  61. A Maximum-entropy Approach To the Estimation of Molecular-parameters From Neutron-scattering Structure Factors In Disordered-systems. F. J. BERMEJO; F. J. MOMPEAN; J. SANTORO & J. C. DORE. Nuclear Instruments & Methods In Physics Research Section B-beam Interactions With Materials and Atoms,  22, 4, 581-587, 1987.
  62. Molecular-structure of Liquid Cd3od - A Pulsed Neutron-scattering Study. F. J. BERMEJO; F. J. MOMPEAN; J. SANTORO; D. C. STEYTLER & J. C. DORE. Journal of Molecular Liquids,  33, 2-3, 183-202, 1987.
  63. On Maximum-entropy Estimation of Structural Parameters From Neutron-scattering Structure Factors In Disordered-systems. F. J. BERMEJO; J. SANTORO; F. J. MOMPEAN & J. C. DORE. Nuclear Instruments & Methods In Physics Research Section B-beam Interactions With Materials and Atoms,  28, 1, 135-145, 1987.
  64. Neutron-diffraction Studies of Ice Nucleation In Porous Silica. J. C. DORE; M. DUNN & P. CHIEUX. Journal De Physique,  48, C-1, 457-463, 1987.
  65. Rism Analysis of Tetrachloride Liquids Ccl4/sncl4 Mixtures. E. ENCISO; C. MARTIN; M. B. DERAMAN & J. C. DORE. Molecular Physics,  60, 3, 541-552, 1987.
  66. Structural Studies of Cyclohexane, C6d12 By Neutron-diffraction .1. the Liquid-phase. H. FARMAN; J. C. DORE; M. C. BELLISENTFUNEL & D. G. MONTAGUE. Molecular Physics,  61, 3, 583-596, 1987.
  67. Structural Studies of Liquid D-glycerol .2. Molecular-conformation and Long-range Correlations. M. GARAWI; J. C. DORE & D. C. CHAMPENEY. Molecular Physics,  62, 2, 475-487, 1987.
  68. Estimation of Structural Parameters In Disordered-systems By Maximum-entropy Analysis of Neutron-scattering Structure Factors. F. J. BERMEJO; A. FERRERAPARDO; J. SANTORO & J. C. DORE. Physica Scripta,  38, 1, 78-83, 1988.
  69. Structural Studies of Ice Formation In Porous Silicas By Neutron-diffraction. M. DUNN; J. C. DORE & P. CHIEUX. Journal of Crystal Growth,  92, 1-2, 233-238, 1988.
  70. Small-angle X-ray-scattering Studies of Heterogeneous Systems Using Synchrotron Radiation Techniques. A. N. NORTH; J. C. DORE; R. K. HEENAN; A. R. MACKIE; A. M. HOWE; B. H. ROBINSON & C. NAVE. Nuclear Instruments & Methods In Physics Research Section B-beam Interactions With Materials and Atoms,  34, 2, 188-202, 1988.
  71. A Structural Study of Deeply Supercooled Water. M. C. BELLISSENTFUNEL; J. TEIXEIRA; L. BOSIO & J. C. DORE. Journal of Physics-condensed Matter,  1, 39, 7123-7129, 1989.
  72. On Liquid Static Structure Factors Measured By Reactor and Pulsed, Time-of-flight Diffraction - A Comparison. F. J. BERMEJO; J. C. DORE; W. S. HOWELLS; P. CHIEUX & E. ENCISO. Physica B,  156, 154-157, 1989.
  73. Orientationally Disordered Crystals In Porous Silica - Cyclohexane. J. C. DORE; M. DUNN; T. HASEBE & J. H. STRANGE. Colloids and Surfaces,  36, 2, 199-207, 1989.
  74. Neutron-diffraction Studies of Simple Molecular Liquids. J. C. DORE. Nuovo Cimento Della Societa Italiana Di Fisica D-condensed Matter Atomic Molecular and Chemical Physics Fluids Plasmas Biophysics,  12, 4-5, 543-557, 1990.
  75. Hydrogen-bond Networks In Supercooled Liquid Water and Amorphous Vitreous Ices. J. C. DORE. Journal of Molecular Structure,  237, 221-232, 1990.
  76. X-ray and Neutron Complementarity In Diffraction Studies of Molecular Liquids. J. C. DORE. Neutron and X-ray Scattering : Complementary Techniques,  101, 1-23, 1990.
  77. Structure and Interactions of Microemulsions In A Plastic-crystalline Phase. J. EASTOE; B. H. ROBINSON; D. C. STEYTLER & J. C. DORE. Chemical Physics Letters,  166, 2, 153-158, 1990.
  78. Ultrasmall-angle X-ray-scattering Studies of Heterogeneous Systems Using Synchrotron Radiation Techniques. A. N. NORTH; J. C. DORE; A. R. MACKIE; A. M. HOWE & J. HARRIES. Nuclear Instruments & Methods In Physics Research Section B-beam Interactions With Materials and Atoms,  47, 3, 283-290, 1990.
  79. Structural Characterization of Diatomic Fluids By Diffraction Studies. C. ANDREANI; J. C. DORE & F. P. RICCI. Reports On Progress In Physics,  54, 5, 731-788, 1991.
  80. Euro-potential. J. DORE. Physics World,  4, 8, 20-20, 1991.
  81. Structural Studies of Water and Other Hydrogen-bonded Liquids By Neutron-diffraction. J. C. DORE. Journal of Molecular Structure,  250, 2-4, 193-211, 1991.
  82. Structural Studies of Cyclohexane, C6d12, By Neutron-diffraction .2. the Plastic Crystal Phase. H. FARMAN; L. OMARD; J. C. DORE & M. C. BELLISSENTFUNEL. Molecular Physics,  73, 4, 855-871, 1991.
  83. Structural Characterization of Hyperquenched Glassy Water and Vapor-deposited Amorphous Ice. A. HALLBRUCKER; E. MAYER; L. P. OMARD; J. C. DORE & P. CHIEUX. Physics Letters A,  159, 8-9, 406-410, 1991.
  84. The Use of Synchrotron X-rays To Exploit the Warren-mavel Fluorescence Detection Technique In Studies of Disordered-systems. G. BUSHNELLWYE; J. L. FINNEY; J. TURNER; D. W. HUXLEY & J. C. DORE. Review of Scientific Instruments,  63, 1, 1153-1155, 1992.
  85. Mobile Future For Europe Physics Students. J. DORE. Physics World,  5, 7, 47-47, 1992.
  86. Orientational Correlations In Molecular-systems - A Diffraction Perspective. J. C. DORE. Journal of Molecular Liquids,  54, 4, 297-309, 1992.
  87. Structural Features of the Liquid Plastic Crystal Phase-transition For Cyclohexane In Bulk and Confined Geometry. H. FARMAN; F. M. COVENEY & J. C. DORE. Physica B,  180, 857-860, 1992.
  88. The Investigation of Spatial Correlations In Liquid Phosphorus By Reverse Monte-carlo Calculations. M. SCHEIDLER; A. N. NORTH & J. C. DORE. Molecular Simulation,  11, 6, 345-363, 1993.
  89. Effects of Solidification of the Oil Phase On the Structure of Colloidal Dispersions In Cyclohexane. D. C. STEYTLER; B. H. ROBINSON; J. EASTOE; K. IBEL; J. C. DORE & I. MACDONALD. Langmuir,  9, 4, 903-911, 1993.
  90. Structure of Cobalt Aerosol-ot Reversed Micelles Studied By Small-angle Scattering Methods. J. EASTOE; D. C. STEYTLER; B. H. ROBINSON; R. K. HEENAN; A. N. NORHT & J. C. DORE. Journal of the Chemical Society-faraday Transactions,  90, 17, 2497-2504, 1994.
  91. Neutron-diffraction Studies of Network Structure In Amorphous Phosphorus. H. FARMAN; D. BLAKEY; J. C. DORE; M. C. BELLISSENTFUNEL & S. R. ELLIOTT. Physica Scripta,  49, 5, 634-636, 1994.
  92. Intermediate-range Order In Amorphous Phosphorus. H. FARMAN; J. C. DORE & S. R. ELLIOTT. Physics Letters A,  186, 5-6, 410-414, 1994.
  93. Characterization of Pore-size In Activated Carbons By Small-angle X-ray-scattering. M. A. GARDNER; A. N. NORTH; J. C. DORE; C. S. M. DELECEA & D. CAZORLAAMOROS. Characterization of Porous Solids Iii,  87, 273-281, 1994.
  94. Structural Studies of Ice Nucleation In Confined Geometries. P. MOTL; J. C. DORE & M. C. BELLISSENTFUNEL. Hydrogen Bond Networks,  435, 403-409, 1994.
  95. Determination of Anisotropic Features In Porous Materials By Small-angle X-ray-scattering. J. S. RIGDEN; J. C. DORE & A. N. NORTH. Characterization of Porous Solids Iii,  87, 263-271, 1994.
  96. Pascals Demonstration Experiment - Weighing the Atmosphere. J. B. BROWN; J. C. DORE; C. ISENBERG & S. J. ROGERS. American Journal of Physics,  63, 10, 886-888, 1995.
  97. Structural Characteristics of Hydrogen-bonded Networks In Water and Ice Systems. J. C. DORE & D. M. BLAKEY. Journal of Molecular Liquids,  65-6, 85-90, 1995.
  98. Small-angle Scattering Studies of Meso-scopic Structures With Synchrotron X-rays. J. C. DORE; A. N. NORTH & J. S. RIGDEN. Radiation Physics and Chemistry,  45, 3, 413-426, 1995.
  99. Structural Investigation of Liquid Formic-acid - X-ray and Neutron-diffraction, and Reverse Monte-carlo Study. P. JEDLOVSZKY; I. BAKO; G. PALINKAS & J. C. DORE. Molecular Physics,  86, 1, 87-105, 1995.
  100. Structural modification of water in the confined layer of a lamellar liquid crystal. J. M. Baker; J. C. Dore; J. M. Seddon & A. K. Soper. Chemical Physics Letters,  256, 6, 649-652, 1996.
  101. Structural studies of cyclohexane C6D12 by neutron diffraction .3. Temperature variation measurements for the liquid and plastic crystal phases. H. Farman; F. Coveney; J. C. Dore & M. C. BellissentFunel. Molecular Physics,  87, 5, 1217-1233, 1996.
  102. Structural studies of microporous carbons by neutron diffraction. M. A. Gardner; J. C. Dore; A. N. North; D. CazorlaAmoros; C. S. deLecea & M. C. BellissentFunel. Carbon,  34, 7, 857-860, 1996.
  103. Measurement of inter-particle forces from the osmotic pressure of partially frozen dispersions. D. C. Steytler; B. H. Robinson; J. Eastoe; I. MacDonald; K. Ibel & J. C. Dore. Journal of Physics-condensed Matter,  8, 47, 9531-9536, 1996.
  104. Critical scattering by fluid cyclohexane in porous silica. J. B. W. Webber; J. C. Dore; H. Fischer & L. Vuillard. Chemical Physics Letters,  253, 3-4, 367-371, 1996.
  105. Nucleation of ice in confined geometry. J. M. Baker; J. C. Dore & P. Behrens. Journal of Physical Chemistry B,  101, 32, 6226-6229, 1997.
  106. Orientational correlations in liquid carbon tetrabromide: A neutron diffraction and RMC study. I. Bako; J. C. Dore & D. W. Huxley. Chemical Physics,  216, 1-2, 119-133, 1997.
  107. ''Pre-peak'' in the structure factor of simple molecular glass formers. M. Descamps; V. Legrand; Y. Guinet; A. Amazzal; C. Alba & J. Dore. Progress of Theoretical Physics Supplement,  126, 207-212, 1997.
  108. Radial distribution function analysis of the structure of activated carbons. A. Burian; A. Ratuszna; J. C. Dore & S. W. Howells. Carbon,  36, 11, 1613-1621, 1998.
  109. Characterization of activated carbon fibers by small angle x-ray scattering. D. Cazorla-Amoros; C. S. M. de Lecea; J. Alcaniz-Monge; M. Gardner; A. North & J. Dore. Carbon,  36, 3, 309-312, 1998.
  110. Degree of flexibility. S. Green & J. Dore. Physics World,  11, 7, 16-16, 1998.
  111. Investigation of liquid 1,4-dioxane: an X-ray and neutron diffraction study. I. Bako; G. Palinkas; J. Dore & H. Fischer. Molecular Physics,  96, 5, 743-747, 1999.
  112. Structural studies of a water/dioxane mixture by neutron diffraction with hydrogen/deuterium substitution. I. Bako; G. Palinkas; J. C. Dore & H. E. Fischer. Chemical Physics Letters,  303, 3-4, 315-319, 1999.
  113. Structural studies of multiwall carbon nanotubes by neutron diffraction. A. Burian; J. C. Dore; H. E. Fischer & J. Sloan. Physical Review B,  59, 3, 1665-1668, 1999.
  114. Structural studies of activated carbons by pulsed neutron diffraction. J. C. Dore; M. Sliwinski; A. Burian; W. S. Howells & D. Cazorla. Journal of Physics-condensed Matter,  11, 47, 9189-9201, 1999.
  115. Does carbon prefer flat or curved surfaces?. A. Burian & J. C. Dore. Acta Physica Polonica A,  98, 5, 457-468, 2000.
  116. Structural studies of water in confined geometry by neutron diffraction. J. Dore. Chemical Physics,  258, 2-3, 327-347, 2000.
  117. Structural studies of carbon nanotubes and related materials by neutron and x-ray diffraction. J. Dore; A. Burian & S. Tomita. Acta Physica Polonica A,  98, 5, 495-504, 2000.
  118. Neutron diffraction studies of an argon/amorphous ice co-deposit using isotopic substitution. J. C. Dore; D. M. Blakey; P. Chieux & P. Palleau. Physical Chemistry Chemical Physics,  2, 8, 1603-1606, 2000.
  119. Structural change in D2O water as a function of temperature: the isochoric temperature derivative function for neutron diffraction. J. C. Dore; M. A. M. Sufi & M. C. Bellissent-Funel. Physical Chemistry Chemical Physics,  2, 8, 1599-1602, 2000.
  120. Radial distribution function analysis of carbon nanotubes. A. Szczygielska; A. Jablonska; A. Burian; J. C. Dore; V. Honkimaki & J. B. Nagy. Acta Physica Polonica A,  98, 5, 611-617, 2000.
  121. Structure of metal nanowires in nanoporous alumina membranes studied by EXAFS and X-ray diffraction. R. E. Benfield; D. Grandjean; J. C. Dore; Z. Wu; M. Kroll; T. Sawitowski & G. Schmid. European Physical Journal D,  16, 1-3, 399-402, 2001.
  122. Raman scattering studies of the graphitization process in anthracene- and saccharose-based carbons. A. Burian; P. Daniel; S. Duber & J. Dore. Philosophical Magazine B-physics of Condensed Matter Statistical Mechanics Electronic Optical and Magnetic Properties,  81, 5, 525-540, 2001.
  123. Paracrystalline structure of activated carbons. A. Szczygielska; A. Burian & J. C. Dore. Journal of Physics-condensed Matter,  13, 24, 5545-5561, 2001.
  124. Radial distribution function analysis of the graphitization process in carbon materials. A. Szczygielska; A. Burian; S. Duber; J. C. Dore & V. Honkimaki. Journal of Alloys and Compounds,  328, 1-2, 231-236, 2001.
  125. An evaluation of NMR cryoporometry, density measurement and neutron scattering methods of pore characterisation. J. B. W. Webber; J. H. Strange & J. C. Dore. Magnetic Resonance Imaging,  19, 3-4, 395-399, 2001.
  126. Curved surfaces in disordered carbons by high energy x-ray scattering. A. Burian; A. Szczygielska; J. Koloczek; J. C. Dore; V. Honkimaki & S. Duber. Acta Physica Polonica A,  101, 5, 751-759, 2002.
  127. Phase relations for water and ice in confined geometry. J. Dore; B. Webber; P. Behrens; C. Haggenmuller & D. Montague. New Kinds of Phase Transitions: Transformations In Disordered Substances,  81, 469-480, 2002.
  128. Neutron diffraction studies of structural phase transformations for water-ice in confined geometry. J. Dore; B. Webber; M. Hartl; P. Behrens & T. Hansen. Physica A-statistical Mechanics and Its Applications,  314, 1-4, 501-507, 2002.
  129. Structural studies of mesoporous alumina membranes by small angle X-ray scattering. J. C. Dore; R. E. Benfield; D. Grandjean; G. Schmid; M. Kroll & D. Le Bolloc'h. Characterization of Porous Solids Vi,  144, 163-170, 2002.
  130. Some unusual features in the behaviour of cyclohexane in confined geometry studied by neutron scattering. H. Farman; J. C. Dore & J. B. W. Webber. Journal of Molecular Liquids,  96-7, 353-362, 2002.
  131. Analysis of the local order in the glacial state of triphenyl phosphite by neutron diffraction. A. Hedoux; J. Dore; Y. Guinet; M. C. Bellissent-Funel; D. Prevost; M. Descamps & D. Grandjean. Physical Chemistry Chemical Physics,  4, 22, 5644-5648, 2002. [DOI]
  132. Structural studies of saccharose- and anthracene-based carbons by high energy X-ray scattering.. A. Szczygielska; A. Burian; S. Duber; J. C. Dore & V. Honkimaki. Characterization of Porous Solids Vi,  144, 561-568, 2002.
  133. Diamond nanoparticles to carbon onions transformation: X-ray diffraction studies. S. Tomita; A. Burian; J. C. Dore; D. LeBolloch; M. Fujii & S. Hayashi. Carbon,  40, 9, 1469-1474, 2002.
  134. Wide and low angle neutron scattering of water-pyridine mixtures. I. Bako; G. Palinkas; J. C. Dore; H. Fischer & P. Jovari. Chemical Physics Letters,  388, 4-6, 468-472, 2004. [DOI]
  135. Structural investigation of liquid formic acid by neutron diffraction. II: Isotopic substitution for DCOO[H/D]. I. Bako; G. Schubert; T. Megyes; G. Palinkas; G. I. Swan; J. Dore & M. C. Bellisent-Funel. Chemical Physics,  306, 1-3, 241-251, 2004. [DOI]
  136. Structural studies of metallic nanowires with synchrotron radiation. R. Benfield; J. C. Dore; D. Grandjean & M. Kroll. Journal of Alloys and Compounds,  362, 1-2, 48-55, 2004. [DOI]
  137. Structure of assemblies of metal nanowires in mesoporous alumina membranes studied by EXAFS, XANES, X-ray diffraction and SAXS. R. E. Benfield; D. Grandjean; J. C. Dore; H. Esfahanian; Z. H. Wu; M. Kroll; M. Geerkens & G. Schmid. Faraday Discussions,  125, 327-342, 2004. [DOI]
  138. Radial distribution function analysis of spatial atomic correlations in carbon nanotubes. A. Burian; J. Koloczek; J. C. Dore; A. C. Hannon; J. B. Nagy & A. Fonseca. Diamond and Related Materials,  13, 4-8, 1261-1265, 2004. [DOI]
  139. Structural change and nucleation characteristics of water/ice in confined geometry. J. Dore; B. Webber; D. Montague & T. Hansen. Novel Approaches To the Structure and Dynamics of Liquids: Experiments, Theories and Simulations,  143-156, 2004.
  140. Phase transformations for cyclohexane in mesoporous silicas. J. Dore; B. Webber; J. Strange; H. Farman; M. Descamps & L. Carpentier. Physica A-statistical Mechanics and Its Applications,  333, 10-16, 2004. [DOI]
  141. Neutron diffraction studies of the structure of water at ambient temperatures, revisited [a review of past developments and current problems]. J. C. Dore; M. Garawi & M. C. Bellissent-Funel. Molecular Physics,  102, 19-20, 2015-2035, 2004. [DOI]
  142. Characterisation of porous solids using small-angle scattering and NMR cryoporometry. J. C. Dore; J. B. W. Webber & J. H. Strange. Colloids and Surfaces A-physicochemical and Engineering Aspects,  241, 1-3, 191-200, 2004. [DOI]
  143. Model-based computation of powder diffraction patterns for carbon nanotubes. J. Koloczek; A. Burian; J. C. Dore & A. C. Hannon. Diamond and Related Materials,  13, 4-8, 1218-1221, 2004. [DOI]
  144. Local structure of saccharose- and anthracene-based carbons studied by wide-angle high-energy X-ray scattering. A. Szczygielska; A. Burian; J. C. Dore; V. Honkimaki & S. Duber. Journal of Alloys and Compounds,  362, 1-2, 307-313, 2004. [DOI]
  145. Structural and dynamic studies of water in mesoporous silicas using neutron scattering and nuclear magnetic resonance. B. Webber & J. Dore. Journal of Physics-condensed Matter,  16, 45, S5449-S5470, 2004. [DOI]
  146. Complementary studies of structural characteristics for carbon materials with X-rays and neutrons. A. Burian; J. C. Dore; A. C. Hannon & V. Honkimaki. Journal of Alloys and Compounds,  401, 1-2, 18-23, 2005. [DOI]
  147. Structural studies of oriented carbon nanotubes in alumina channels using high energy X-ray diffraction. A. Burian; J. C. Dore; T. Kyotani & V. Honkimaki. Carbon,  43, 13, 2723-2729, 2005. [DOI]
  148. Application of image plate for structural studies of carbon nanotubes by high-energy X-ray diffraction. L. Hawelek; J. Koloczek; A. Burian; J. C. Dore; V. Honkimaki & T. Kyotani. Journal of Alloys and Compounds,  401, 1-2, 51-54, 2005. [DOI]
  149. Modelling studies of carbon nanotubes - Comparison of simulations and X-ray diffraction data. J. Koloczek; L. Hawelek; A. Burian; J. C. Dore; V. Honkimaki & T. Kyotani. Journal of Alloys and Compounds,  401, 1-2, 46-50, 2005. [DOI]
  150. Structural investigation of water-acetonitrile mixtures: Small-angle and wide-angle neutron diffraction study compared to molecular dynamics simulation. I. Bako; T. Megyes; T. Grosz; G. Palinkas & J. Dore. Journal of Molecular Liquids,  125, 2-3, 174-180, 2006. [DOI]
  151. Molecular dynamics simulation of carbon nanotube structure. A. Brodka; J. Koloczek; A. Burian; J. C. Dore; A. C. Hannon & A. Fonseca. Journal of Molecular Structure,  792, 78-81, 2006. [DOI]
  152. Energy relaxation and pulsed neutrons diffraction studies of carbon nanotubes. A. Burian; A. Brodka; J. Koloczek; J. C. Dore; A. C. Hannon & A. Fonseca. Diamond and Related Materials,  15, 4-8, 1090-1093, 2006. [DOI]
  153. Structural studies of carbon nanotubes obtained by template deposition using high-energy X-ray scattering. J. Koloczek; A. Brodka; A. Burian; J. C. Dore; V. Honkimaki & T. Kyotani. Diamond and Related Materials,  15, 4-8, 1036-1040, 2006. [DOI]
  154. Neutron diffraction and NMR relaxation studies of structural variation and phase transformations for water/ice in SBA-15 silica: I. The over-filled case. E. Liu; J. C. Dore; J. B. W. Webber; D. Khushalani; S. Jahnert; G. H. Findenegg & T. Hansen. Journal of Physics-condensed Matter,  18, 44, 10009-10028, 2006. [DOI]
  155. Structural studies of disordered carbons by high-energy X-ray diffraction. L. Hawelek; J. Koloczek; A. Brodka; J. C. Dore; V. Honkimaki & A. Burian. Philosophical Magazine,  87, 4973-4986, 2007. [DOI]
  156. Plastic ice in confined geometry: the evidence from neutron diffraction and NMR relaxation. J. B. W. Webber; J. C. Dore; J. H. Strange; R. Anderson & B. Tohidi. Journal of Physics-condensed Matter,  19, 41, 2007. [DOI]
  157. Structural studies of cyclohexane in confined geometry by neutron diffraction. H. Farman & J. C. Dore. Chinese Journal of Physics,  46, 1, 73-90, 2008.
  158. Fullerene-like structure of activated carbons. L. Hawelek; A. Brodka; J. C. Dore; V. Honkimaki & A. Burian. Diamond and Related Materials,  17, 7-10, 1633-1638, 2008. [DOI]
  159. Structural studies of nanodiamond by high-energy X-ray diffraction. L. Hawelek; A. Brodka; J. C. Dore; V. Honkimaki; S. Tomita & A. Burian. Diamond and Related Materials,  17, 7-10, 1186-1193, 2008. [DOI]
  160. Structural characterization of water/ice formation in SBA-15 silicas: III. The triplet profile for 86 angstrom pore diameter. J. Seyed-Yazdi; H. Farman; J. C. Dore; J. B. W. Webber & G. H. Findenegg. Journal of Physics-condensed Matter,  20, 20, 2008. [DOI]
  161. Structural characterization of water and ice in mesoporous SBA-15 silicas: II. The 'almost-filled' case for 86 angstrom pore diameter. J. Seyed-Yazdi; H. Farman; J. C. Dore; J. B. W. Webber; G. H. Findenegg & T. Hansen. Journal of Physics-condensed Matter,  20, 20, 2008. [DOI]
  162. Neutron Diffraction Cryoporometry - A measurement technique for studying mesoporous materials and the phases of contained liquids and their crystalline forms. J. B. W. Webber & J. C. Dore. Nuclear Instruments & Methods In Physics Research Section A-accelerators Spectrometers Detectors and Associated Equipment,  586, 2, 356-366, 2008. [DOI]
  163. Angular Distribution of N-Doped Carbon Nanotubes in Alumina Membrane Channels: A High-Energy X-ray Diffraction Study. L. Hawelek; A. Brodka; J. C. Dore; V. Honkimaki; T. Kyotani; Q. H. Yang & A. Burian. Acta Physica Polonica A,  117, 2, 302-306, 2010.
  164. Studies of water and ice in hydrophilic and hydrophobic mesoporous silicas: pore characterisation and phase transformations. J. Jelassi; H. L. Castricum; M. C. Bellissent-Funel; J. Dore; J. B. W. Webber & R. Sridi-Dorbez. Physical Chemistry Chemical Physics,  12, 12, 2838-2849, 2010. [DOI]




Design & creation Beau Webber 2002 - 2010 Graphics & layout modified from Array Services