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Thermal Food Processing

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468 <strong>Thermal</strong> <strong>Food</strong> <strong>Processing</strong>: New Technologies and Quality Issues<br />

64. DJ Trammell, DE Dalsis, RT Malone. Effect of oxygen on taste, ascorbic acid<br />

loss and browning for HTST-pasteurized, single strength orange juice. Journal of<br />

<strong>Food</strong> Science 61: 477– 489, 1986.<br />

65. R Villota, JG Hawkes. Reaction kinetics in food systems. In: D Heldman, D Lund,<br />

Eds. Handbook of <strong>Food</strong> Engineering. New York: Marcel Dekker, 1992, pp. 39–144.<br />

66. I Saguy, IJ Kopelman, S Mizrah. Simulation of ascorbic acid stability during heat<br />

processing and concentration of grapefruit juice. Journal of <strong>Food</strong> Process Engineering<br />

2: 213–225, 1978.<br />

67. D Alvarado, NP Viteri. Efecto de la temperatura sobre la degradación aerobica de<br />

vitamina C en jugos de frutas cítricas. Archivo Latinoamericano de Nutricion 39:<br />

601–612, 1989.<br />

68. JR Johnson, RJ Braddock, CS Chen. Kinetics of ascorbic acid loss and nonenzymatic<br />

browning in orange juice serum: experimental rate constants. Journal of<br />

<strong>Food</strong> Science 60: 502–505, 1995.<br />

69. M Lima. Ascorbic Acid Degradation Kinetics and Mass Transfer Effects in Biological<br />

Tissue during Ohmic Heating. Ph.D. dissertation, Ohio State University,<br />

Columbus, 1996.<br />

70. G Piette, C Brodeur. Ohmic cooking for meat products: the heat is on! Le Monde<br />

Alimentaire 5: 22–24, 2001.<br />

71. WC Wang, JI Chen, HH Hua. Study of Liquid-Contact Thawing by Ohmic Heating.<br />

Paper presented at Proceedings of the IFT Annual Meeting and <strong>Food</strong> Expo,<br />

Anaheim, CA, 2002.<br />

72. C Hoogzand, JJ Doesburg. Effect of blanching on texture and pectin of canned<br />

cauliflower. <strong>Food</strong> Technology 15: 160–163, 1961.<br />

73. LG Bartolome, JH Hoff. Firming of potatoes: biochemical effects of pre-heating.<br />

Journal of Agriculture and <strong>Food</strong> Chemistry 20: 266–270, 1972.<br />

74. SC Eliot, A Goullieux, JP Pain. <strong>Processing</strong> of cauliflower by ohmic heating:<br />

influence of precooking on firmness. Journal of the Science of <strong>Food</strong> and Agriculture<br />

79: 1406–1412, 1999.<br />

75. SC Eliot, A Goullieux, JP Pain. Combined effects of blanching pretreatments and<br />

ohmic heating on the texture of potato cubes. Science des Aliments 19: 111–117,<br />

1999.<br />

76. SC Eliot, A Goullieux. Application of the firming effect of low-temperature longtime<br />

pre-cooking to ohmic heating of potatoes. Science des Aliments 20: 265–280,<br />

2000.<br />

77. J Yongsawatdigul, JW Park, E Kolbe. Electric conductivity of Pacific whiting<br />

surimi paste during ohmic heating. Journal of <strong>Food</strong> Science 60: 922–935, 1995.<br />

78. K Allen, V Eidman, J Kinsey. An economic-engineering study of ohmic food<br />

processing. <strong>Food</strong> Technology 50: 269–273, 1996.

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