New Developments in Zeolite Science and Technology: by Y. Murakami, A. Lijima, J. W. Ward

By Y. Murakami, A. Lijima, J. W. Ward

Zeolites are attracting loads of consciousness in a variety of fields of technological know-how and expertise. Many interesting new advancements have happened of their commercial software and those advancements have in flip encouraged a lot new major primary study. This court cases quantity, containing 121 contributed papers, an introductory speak, plenary lectures and 9 invited lectures, is effective not just for the amount but in addition for the top of the range and originality of the contents. the themes addressed hide all fields of technology and know-how regarding ordinary and artificial zeolites, particularly: mineralogy, geology, constitution, synthesis, ion-exchange and amendment, sorption, catalysis, and technical purposes (including agricultural uses). the various new effects and ideas provided and the quite well timed ebook of the amount make it a needs to for all concerned with zeolites.

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Additional info for New Developments in Zeolite Science and Technology: Proceedings of the 7th Intl Zeolite Conference, Tokyo, August 17-22, 1986 (Studies in Surface Science and Catalysis)

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Smith, Z. , 1&2,201 (1984). 29. S. Ueda, N. Kageyama, M. Koizumi, S. Kobayashi, Y. Fujiwara, and Y. Kyogoku, J. Phys. , 88, 2128 (1984), and refs. cited therein. 22 P1enary-1 30. 31. 32. 33. 3~. 35. 36. 37. 38. 39. 40. 41. 42. 43. 44. 45. S. Dent Glasser, 5th IZC Recent Progress Reports (Napoli, 1981), p. 63. L. Roth and D. , 1, 34 (1948). Gy. Menczel and J. , B31, 1214 (1975). D. Hoebbel, A. Vargha, G. Engelhardt, and K. Ujszacy, Z. anorg. allg. , 509,85 (1984). D. Hoebbel, A. Vargha, B. Fahlke, and G.

M. M. P. 4,310,400 (1982). 6. T. M. A. M. F1anigen, in "Proc. 6th Internat. Zeolite Conference", Eds. D. Olson and A. Bisio, Butterworth, 1984, p. 97. 7. N. Takahashi, K. Tanaka and I. Toyoshima, Chern. , in press, (1986). 8. A. Jacobs, in "Catalysis by Zeolites", Eds. B. , E1sevier, 1980, p. 293. 9. M. A. L. T. R. M. F1anigen, J. Amer. Chern. , 106, 6092, (1984). 10. J. B. Milestone and L~ Wright, Chern. , 1801, (1985). 11. G. Boxhoorn, J. F. A. van Santen, Chern. , 1305, (1985). 12. J. Kuyper and G.

This is due to widespread isomorphous substitution [4], many homeo- or isotypes, interrupted frameworks, hydroxo bridges, as well as aquo and other ligands of framework atoms. Taking this into account a more general formula for zeolite-type materials based on 4-connected networks is the following Be B Al Ga P Ge where M & M' are exchangeable & non-exchangeable metal cations, N non-metallic cations (generally removable on heating), (aq) chemically bonded water (or other strongly held ligands of T-atoms), and Q sorbate molecules which need not be water.

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