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Dispersed fluorescence spectrum of the fragment emission of tetrazine after excitation of the 6a level of the cluster.

Dispersed Huorescence spectra from the level of aniline, taken in a pulsed supersonic jet at x 3, where the temperature is 25 K. Note the bands that grow in when the stagnation pressure is increased, indicating that very low energy collisions with the He atoms of the carrier gas are efficient at redistributing the vibrational energy of the aniline molecule.

Dispersed number average phase size as a function of injection rate and mold temperature for an 80 20 polyamide 6 HDPE injection molded blend.

Dispersed particle size versus weight percent PS for

Dispersed particle size versus weight percent PS for two

Dispersed particle size versus weight percent PS for various values of number-average molecular weight PS for the P coexist as the continuous phases is to the right of the single bar. o

Dispersed particle size versus weight percent PS for various values of number-average molecular weight PS for the PS PMMA system. PS is the dispersed phase and the region in which both PS and PMMA coexist as the continuous phases is to the right of the single bar. o

Dispersed particle size vs. wt PMMA for various values of number-average molecular weight PMMA

Dispersed particle size vs. wt PS for various values of number-average molecular weight PS

Dispersed particles of microemulsion-generated sodium sulfide prepared according to . Photomicrograph kindly supplied by Prof. V. Turco Liven, University of Palermo, Italy.

Dispersed phase

Dispersed phase droplet inscribed in polyhedra

Dispersed phase hold-up x as function of specific flow rate of the continuous phase uc valid for various packings made of metal, plastic and ceramic . Parameter

Dispersed phase hold-up x as function of specific flow rate of the dispersed phase up, valid for various random packings made of metal, plastic and ceramic . Parameter

Dispersed phase hold-up x as function of specific flow rate of the dispersed phase up, valid for various test systems in the range, where x f. Parameter

Dispersed phase particle size as a function of the distance from the feed zone of the clamshell extruder for the reactive PA6 SAN IA blend for four different screw configurations A, B, C and D. After Majumdar et al.

Dispersed phase particles are observed in a SEM image of a notched Izod fracture surface of a polyacetal polypropylene copolymer. Dispersed phase particles about 0.5-2 jum across and pullouts, holes where particles were pulled out during fracture, are observed.

Dispersed phase particles are observed in a SEM of a notched Izod fracture surface of a poly-acetal polypropylene copolymer. Dispersed phase particles about 0.5-2 m across and pullouts, holes where particles were pulled out during fracture, are observed.

Dispersed phase particles are observed in SEI of a notched Izod fracture surface of a polyacetal polypropylene oppolymer. Dispersed phase particles about 0.5-2 pm across and pullouts, holes where particles were pulled out during fracture, are observed.

Dispersed plug-flow with first-order homogeneous reaction. ft k C steady state, illustrating boundary conditions for a closed vessel

Dispersed solids melting in single screw extruders.

Dispersed systems in microreaction technology.

Dispersed systems prepared from fluid mixtures and colloidal particles nanoparticles. For oil-water mixtures , air-in-water foams or water-in-air powders can be likewise stabihzBd through the use of nanoparticles. Reproduced from , with permission from the publisher

Disperser disk.

Disperser support plate.



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