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11. Tuel, A; Gramlich, V; Baerlocher, C
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16. Paillaud, JL; Caullet, P; Schreyeck, L; Marler, B
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17. Ghanadzadeh, A; Zanjanchi, MA
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20. Stojakovic, D; Rajic, N
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21. Fjellvag, H; Akporiaye, DE; Halvorsen, EN; Karlsson, A; Kongshaug, KO; Lillerud, KP
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22. Nieto, JML
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23. Masters, AF; Beattie, JK; Roa, AL
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24. Adebajo, MO; Howe, RF; Long, MA
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25. Garcia, R; Philp, EF; Slawin, AMZ; Wright, PA; Cox, PA
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26. Boy, I; Stowasser, F; Schafer, G; Kniep, R
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27. Prasad, S; Zhao, P; Huang, J; Fitzgerald, JJ; Shore, JS
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28. Arcon, I; Tusar, NN; Ristic, A; Kaucic, V; Kodre, A; Helliwell, M
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29. Sankar, G; Muncaster, G; Gleeson, D; Catlow, CRA; Thomas, JM; Mosselmans, JFW; Harvey, I; Dent, AJ
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31. Yu, JH; Wang, Y; Shi, Z; Xu, RR
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32. Huang, Q; Hwu, SJ
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33. Josien, L; Simon, A; Gramlich, V; Patarin, J
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35. Wu, JY; Chien, SH; Wan, BZ
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51. Bhaumik, A; Inagaki, S
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52. Tuel, A; Caldarelli, S; Meden, A; McCusker, LB; Baerlocher, C; Ristic, A; Rajic, N; Mali, G; Kaucic, V
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53. Chang, ZX; Koodali, R; Krishna, RM; Kevan, L
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54. Choudhury, A; Natarajan, S; Rao, CNR
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55. Wei, B; Yu, JH; Shi, Z; Qiu, SL; Li, JY
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56. Delsarte, S; Auroux, A; Grange, P
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57. Tuel, A; Gramlich, V; Baerlocher, C
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58. Kongshaug, KO; Fjellvag, H; Lillerud, KF
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59. Maeda, K; Tuel, A; Caldarelli, S; Baerlocher, C
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60. Frunza, L; Van Der Voort, P; Vansant, EF; Schoonheydt, RA; Weckhuysen, BM
    On the synthesis of vanadium containing molecular sieves by experimental design from a VOSO4 center dot 5H(2)O center dot Al(iPrO)(3)center dot Pr2NHcenter dot H2O gel: occurrence of VAPO-41 as a secondary structure in the synthesis of VAPO-11
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61. Vidal, L; Pray, C; Patarin, J
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62. Srinivas, N; Kishan, MR; Kulkarni, SJ; Raghavan, KV
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63. Wang, KX; Yu, JH; Zhu, GS; Zou, YC; Xu, RR
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64. Kirchner, RM; Grosse-Kunstleve, RW; Pluth, JJ; Wilson, ST; Broach, RW; Smith, JV
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65. Kongshaug, KO; Fjellvag, H; Klewe, B; Lillerud, KP
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66. Kongshaug, KO; Fjellvag, H; Lillerud, KP
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67. Washmon-Kriel, L; Balkus, KJ
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68. Tusar, NN; Ristic, A; Meden, A; Kaucic, V
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69. Marichal, C; Vidal, L; Delmotte, L; Patarin, J
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70. Jeong, MS; Frei, H
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71. Zhao, ZH
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72. Wang, Y; Parkin, S; Atwood, D
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73. Yan, WF; Yu, JH; Shi, Z; Xu, RR
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74. Natarajan, S; Neeraj, S; Rao, CNR
    Three-dimensional open-framework Co-II and Zn-II phosphates synthesized via the amine phosphate route
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75. Rovnyak, D; Baldus, M; Griffin, RG
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76. Necraj, S; Natarajan, S
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77. Paulet, C; Loiseau, T; Ferey, G
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78. Zhao, YN; Zhu, GS; Jiao, XL; Liu, W; Pang, WQ
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79. Zahedi-Niaki, MH; Zaidi, SMJ; Kaliaguine, S
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80. Adebajo, M; Long, MA; Howe, RF
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81. Martin, A; Lucke, B
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82. Helliwell, M
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83. Yan, WF; Yu, JH; Xu, RR; Zhu, GS; Xiao, FS; Han, Y; Sugiyama, K; Terasaki, O
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84. Zhao, YN; Shi, Z; Ding, SH; Bai, N; Liu, W; Zou, YC; Zhu, GS; Zhang, P; Mai, ZH; Pang, WQ
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85. Walton, RI; Millange, F; O'Hare, D; Paulet, C; Loiseau, T; Ferey, G
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86. Kongshaug, KO; Fjellvag, H; Lillerud, KP
    Synthesis and crystal structure of the organically templated open framework magnesium phosphate UiO-20 with DTF topology
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87. Lin, CH; Wang, SL
    Hydrothermal synthesis and characterization of two new microporous zinc-substituted gallium phosphates templated by diaminocyclohexane: (H(2)DACH)(2)[Zn4Ga2(HPO4)(3)(PO4)(4)] and (H(2)DACH)[Zn2Ga2(PO4)(4)]
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88. Wachhold, M; Kanatzidis, MG
    Surfactant-templated inorganic lamellar and non-lamellar hybrid phases containing adamantane [Ge4Se10](4-) anions
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89. Wang, KX; Li, JY; Yu, JH; Xu, RR
    Rational synthesis microporous aluminophosphate Al4P5O20H center dot C4N3H15 with AlPO-HDA topology
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90. Natarajan, S
    Inorganic-organic hybrid framework solids
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91. Chiang, RK
    Synthesis and structure of a one-dimensional cobalt phosphate: (R, S)-(C5H14N2)Co(HPO4)(2)
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92. Yuan, HM; Zhu, GS; Chen, JS; Chen, W; Yang, GD; Xu, RR
    Dual function of racemic isopropanolamine as solvent and as template for the synthesis of a new layered aluminophosphate: [NH3CH2CH(OH)CH3](3) centerdot Al3P4O16
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93. Marquez, A; Sanz, JF; Odriozola, JA
    Theoretical investigations of NMR chemical shieldings on the AlPON catalyst system
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94. Campbell, JH; Suratwala, TI
    Nd-doped phosphate glasses for high-energy/high-peak-power lasers
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95. Centeno, MA; Debois, M; Grange, P
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96. Wiame, H; Cellier, C; Grange, P
    Identification of the basic site on the aluminovanadate oxynitride catalysts
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97. Natarajan, S; Neeraj, S; Choudhury, A; Rao, CNR
    Three-dimensional open-framework cobalt(II) phosphates by novel routes
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98. Yuan, HM; Chen, JS; Zhu, GS; Li, JY; Yu, JH; Yang, GD; Xu, RR
    The first organo-templated cobalt phosphate with a zeolite topology
    INORGANIC CHEMISTRY
    
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99. Kepert, CJ; Prior, TJ; Rosseinsky, MJ
    A versatile family of interconvertible microporous chiral molecular frameworks: The first example of ligand control of network chirality
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100. Centeno, MA; Delsarte, S; Grange, P
     DRIFTS study of the surface structure and nitridation process of mixed galloaluminophosphate oxynitride (AlGaPON) catalysts
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