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Dispersant demand at high shear rate Hercules, hob E, 4400 rpm

Dispersant demand at low shear rate Brookfield lOOrpm

Disperse Biue 3.

Disperse Black 2, 11255

Disperse Blue 7.

Disperse Brown 1.

Disperse color uptake vs. heat-set temperature

Disperse comp meiit of carbon black vs. temperature of thermal treatment under nitrogen. Adapted, by permission, fiorn Dormet J B, Wang W, Vidal A, Wang M J, Kaut. u. Gummi Kunst., 46, No. 11,

Disperse component of carbon black vs. temperature of thermal treatment under nitrogen. Adapted, by pennission. from Donnet J B, Wang W, Vidal A, Wang M J, Kaut. u. Gummi Kunst., 46, No. 11, Nov.1993. 866-71.

Disperse component of filmed silica vs. temperature of thermal treatment. Adapted, by permission, from Zumbrum M A, J. Adhesion, 46, Nos.1-4, 1994, 181-96.

Disperse component of turned silica vs. temperature of thermal treatment. Adapted, by permission, from Zumbrum M A, J. Adhesion, 46, Nos.1-4, 1994, 181-96.

Disperse component vs. density of carbon black on compression. Adapted, by pennission, from Wang W D, Haidar B. Vidal A. Doimet J B. Kaut. u. Gummi Kunst., 41, No.4, 1994, 238-41.

Disperse component vs. density of carbon black on compression. Adapted, by permission, from Wang W D, Haidar B, Vidal A, Donnet J B, Kaut. u. Gummi Kunst., 47, No.4, 1994, 238-41.

Disperse component vs. extraction time of carbon black by boiling toluene. Adapted, by permission, from Vidal A, Wang W, Donnet J B, Kaut. u. Gummi Kunst., 46, No.lO, 1993, 770-8.

Disperse component vs. water coverage ratio. Adapted, by permission, from Balard H, Saada A, Hartmann J, Aouadj O, Papirer E, Macromol. Symp., 108, 1996, 63-80.

Disperse electrodeposits of silver obtained in constant overpotential deposition at different overpotentials

Disperse Orange 3.

Disperse Red 1 attached to a derivative of TEOS.

Disperse Yellow 3, 11855

Dispersed and bicontinuous microemulsions

Dispersed carbon black forming layers .

Dispersed emission spectra following excitation of the ion-pair states in ICl. Emission from

Dispersed emission spectra of 4EA1 clusters expanded near the 4EA origin region

Dispersed emission spectra of 4EAj clusters arising from various excited cluster states. Positive numbers indicate the red shift from the excitation wavelength.

Dispersed emission spectra of aniline . Assignments of the more intense features are indicated. The intense peaks at 0cm-1 are due partially to scattered laser excitation light.



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