Large GRIN preforms deposited at high rate using OVD

Blankenship, M. G.; Morrow, A. J.; Silverman, L. A.

doi:10.1364/ofc.1982.tuee1

Cited by 3 publications

(1 citation statement)

References 2 publications

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“…different target diameters and compared with computed values obtained by modifying the analysis of Homsy et al (1981) to account for the nonuniform particle distribution in the flame jet. Blankenship et al (1982) carried out experiments and demonstrated that higher fuel flow rates and larger diameter targets produce higher deposition rates. These experiments were carried out for target diameters of 2 cm or more, and fuel flow rates of 5-15 L/min.…”

Section: Aerosol Science and Technology 15:69-76 (1991)mentioning

confidence: 99%

Experimental Study of the Outside Vapor Deposition Process

Graham

Alam

1991

Aerosol Science and Technology

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Outside vapor deposition has been studied experimentally, and the deposition process parameters have been examined. The system consisted of an industrial-type burner and a cylindrical bait rod. The following aspects of this process were studied: 1) the temperature prome of the bait rod surface, 2) the deposition efficiency measured in terms of the mass of deposited SiO,, and 3) the size distribution of the deposited particles. The maximum bait rod surface temperature was, as expected, at the stagnation point. The temperature on the surface dropped rapidly along the axis of the bait rod away from the stagnation point; this is expected to innuence the thermophoretic deposition rate. The particle size distribution shows that the particle diameters are near 0.2 pm and above.

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Section: Aerosol Science and Technology 15:69-76 (1991)mentioning

confidence: 99%