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Cullen, P. J.; Tiwari, B. K.; ODonnell, C. P.; Muthukumarappan, K. Trends Food Sci. Technol. 2009, 20, 125-136
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Glatman, L.; Sachs, O.; Khanin, Y.; Drabkin, V.; Gelman, A. Isr. J. Aquacul. - Bamidgeh 2006, 58, 147-156
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Fink, C. K.; Nakamura, K.; Ichimura, S.; Jenkins, S. J. J. Phys.: Condens. Matter 2009, 21, 183001
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Fink, C.K.1
Nakamura, K.2
Ichimura, S.3
Jenkins, S.J.4
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7
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85067743319
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Refs 1-6 are only recent examples of numerous reports on ozone-related technology. Refs 3, 4, and 6 are review articles, each referring to many previous studies on a specific ozone-application technology
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Refs 1-6 are only recent examples of numerous reports on ozone-related technology. Refs 3, 4, and 6 are review articles, each referring to many previous studies on a specific ozone-application technology.
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8
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85067755274
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The various applications of ozonated water have been reported in numerous papers, which cannot be listed here. The literature about ozonated ice is very limited; the following three are probably all of the relevant publications presently available
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The various applications of ozonated water have been reported in numerous papers, which cannot be listed here. The literature about ozonated ice is very limited; the following three are probably all of the relevant publications presently available.
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10
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61549098475
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Yoshimura, K.; Koyama, S.; Yamamoto, H. Trans. Jpn. Sos. Refrig. Air Condition. Eng. 2005, 22, 429-436
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Yoshimura, K.1
Koyama, S.2
Yamamoto, H.3
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61449148695
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Yoshimura, K.; Akiyama, T.; Hirofuji, Y.; Koyama, S. Trans. Jpn. Sos. Refrig. Air Condition. Eng. 2007, 24, 35-42
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Trans. Jpn. Sos. Refrig. Air Condition. Eng.
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Yoshimura, K.1
Akiyama, T.2
Hirofuji, Y.3
Koyama, S.4
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58549084354
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Lovato, M. E.; Martin, C. A.; Cassano, A. E. Chem. Eng. J. 2009, 146, 486-497
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Lovato, M.E.1
Martin, C.A.2
Cassano, A.E.3
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Buffle, M.-O.; Schumacher, J.; Salhi, E.; Jekel, M.; von Gunten, U. Water Res. 2006, 40, 1884-1894
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Zorlugenç, B.; Zorlugenç, F. K.; ztekin, S.; Evliya, B. Food Chem. Toxicol. 2008, 46, 3593-3597
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Zorlugenç, F.K.2
Ztekin, S.3
Evliya, B.4
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16
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85067741643
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Many studies have been performed about ozone decomposition in water or aqueous solutions. Refs 9-11 are examples of recent papers reporting the chronological decay of the ozone concentration in water
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Many studies have been performed about ozone decomposition in water or aqueous solutions. Refs 9-11 are examples of recent papers reporting the chronological decay of the ozone concentration in water.
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17
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85067739758
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Yoshimura et al. (8c) reported that 26% of the amount of ozone initially contained in a cylindrical ice block, 22 mm in diameter and 700 mm in length, was preserved for 10 days while the block was held in a room maintained at-18 °C
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Yoshimura et al. (8c) reported that 26% of the amount of ozone initially contained in a cylindrical ice block, 22 mm in diameter and 700 mm in length, was preserved for 10 days while the block was held in a room maintained at-18 °C.
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19
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85067781412
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U.K. Patent Specification 961 115
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Waller, J. G.; McTurk, G. U.K. Patent Specification 961 115, 1964.
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(1964)
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Waller, J.G.1
McTurk, G.2
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20
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85067756931
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Although McTurk and Waller (-15, 16) reported that they had used a crystal of carbon tetrachloride hydrate as a "seed" for forming an ozone-containing hydrate, this is presumably incorrect. It is generally believed that carbon tetrachloride does not form a hydrate by itself. It may form a mixed (or double) hydrate only in the presence of some "help gas", such as methane or nitrogen. (18) It is likely that what McTurk and Waller (15, 16) called the "carbon tetrachloride hydrate" was a mixed hydrate encaging, in addition to carbon tetrachloride, ambient-air-originated oxygen or nitrogen
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Although McTurk and Waller (-15, 16) reported that they had used a crystal of carbon tetrachloride hydrate as a "seed" for forming an ozone-containing hydrate, this is presumably incorrect. It is generally believed that carbon tetrachloride does not form a hydrate by itself. It may form a mixed (or double) hydrate only in the presence of some "help gas", such as methane or nitrogen. (18) It is likely that what McTurk and Waller (15, 16) called the "carbon tetrachloride hydrate" was a mixed hydrate encaging, in addition to carbon tetrachloride, ambient-air-originated oxygen or nitrogen.
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21
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0003588755
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3rd ed.; CRC Press: Boca Raton, FL,; pp, 73 - 85, 179 - 180
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Sloan, E. D.; Koh, C. A. Clathrate Hydrates of Natural Gases, 3rd ed.; CRC Press: Boca Raton, FL, 2007; pp 53 - 59, 73 - 85, 179 - 180.
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Clathrate Hydrates of Natural Gases
, pp. 53-59
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Sloan, E.D.1
Koh, C.A.2
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22
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85067744512
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12 cages by ozone molecules in these samples to be up to 6.4% and 37%, respectively. If the evolved gas was a mixture of ozone and oxygen, the mass fraction and the cage occupancy must have been lower than these estimates
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12 cages by ozone molecules in these samples to be up to 6.4% and 37%, respectively. If the evolved gas was a mixture of ozone and oxygen, the mass fraction and the cage occupancy must have been lower than these estimates.
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23
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85067758035
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Patent Abstracts of Japan, Publication 2007-210881,. Released online in Patent and Utility Model Gazette DB of the Japan Patent Office
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Masaoka, T.; Yamamoto, A.; Motoi, K. Patent Abstracts of Japan, Publication 2007-210881, 2007. Released online in Patent and Utility Model Gazette DB of the Japan Patent Office (http://www.ipdl.inpit.go.jp/homepg-e. ipdl).
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(2007)
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Masaoka, T.1
Yamamoto, A.2
Motoi, K.3
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Vysokikh, T. A.; Yagodovskaya, T. V.; Savilov, S. V.; Lunin, V. V. Russ. J. Phys. Chem. 2008, 82, 686-689
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Vysokikh, T.A.1
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85067749841
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2 mixture and Xe
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2 mixture and Xe.
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26
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85067775133
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2O-rich liquid or ice) + hydrate] equilibrium temperature, corresponding to atmospheric pressure (101.3 kPa). Some information on the equilibrium pressure vs temperature relations is available in Part 1 of the Supporting Information. Note that, despite the above temperature setting, every hydrate during a preservation test could not be thermodynamically stable because compositional equilibrium with the surrounding atmosphere was unavailable
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2O-rich liquid or ice) + hydrate] equilibrium temperature, corresponding to atmospheric pressure (101.3 kPa). Some information on the equilibrium pressure vs temperature relations is available in Part 1 of the Supporting Information. Note that, despite the above temperature setting, every hydrate during a preservation test could not be thermodynamically stable because compositional equilibrium with the surrounding atmosphere was unavailable.
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27
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0042943077
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Udachin, K. A.; Ratcliffe, C. I.; Ripmeester, J. A. J. Supramol. Chem. 2002, 2, 405-408
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Cohen, S.; Powers, R.; Rudman, R. Acta Crystallogr. 1979, B35, 1670-1674
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85067764542
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12 cages compared to oxygen molecules
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12 cages compared to oxygen molecules.
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