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Candida tropicalis entrapped

Phenol Degradation by Candida tropicalis Whole Cells Entrapped in Polymeric Ionic Networks... [Pg.101]

Figure 5. Phenol concentration as a function of time in discontinuous reaction runs with Candida tropicalis cells entrapped in copolyfstyrene—maleic acid) /AP networks. R = 1.5 cm T = 293.15 K 1, Xi = 0.0035 2,Xi = 0.02 3, Xt = 0.06 4, Xi 0.10. Figure 5. Phenol concentration as a function of time in discontinuous reaction runs with Candida tropicalis cells entrapped in copolyfstyrene—maleic acid) /AP networks. R = 1.5 cm T = 293.15 K 1, Xi = 0.0035 2,Xi = 0.02 3, Xt = 0.06 4, Xi 0.10.
Figure 7. Comparison of values of the Thiele modulus obtained from model calculations ( aic) and from experiment ( exp) for phenol degradation by Candida tropicalis immobilized by entrapment in copoly(styrene-maleic acidJ/AV" networks... Figure 7. Comparison of values of the Thiele modulus obtained from model calculations ( aic) and from experiment ( exp) for phenol degradation by Candida tropicalis immobilized by entrapment in copoly(styrene-maleic acidJ/AV" networks...

See other pages where Candida tropicalis entrapped is mentioned: [Pg.299]    [Pg.299]   
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