Penetration theory assumes that turbulent eddies travel from the bulk of the phase to the interface where they remain constant for a constant exposure time (te). The model correlatingKL, mass transfer coefficient and DAB, diffusivity can be expressed as-A-KL = 2(DAB/πte)0.25B-KL = 2(DAB/πte)0.5C-KL = 2(DAB/πte)0.75D-KL = 2(DAB/πte)-B-KL = 2(DAB/πte)0.5

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Penetration theory assumes that turbulent eddies travel from the bulk of the phase to the interface where they remain constant for a constant exposure time (te). The model correlatingKL, mass transfer coefficient and DAB, diffusivity can be expressed as-A-KL = 2(DAB/&pi;te)0.25B-KL = 2(DAB/&pi;te)0.5C-KL = 2(DAB/&pi;te)0.75D-KL = 2(DAB/&pi;te)-B-KL = 2(DAB/&pi;te)0.5

APTITUDE CRACK · Accepted Answer

B KL = 2(DAB/&pi;te)0.5 No answer description is available.

Sterilization - Medical Science

Penetration theory assumes that turbulent eddies travel from the bulk of the phase to the interface where they remain constant for a constant exposure time (t_e). The model correlatingK_L, mass transfer coefficient and D_AB, diffusivity can be expressed as

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Sterilization - Medical Science

Penetration theory assumes that turbulent eddies travel from the bulk of the phase to the interface where they remain constant for a constant exposure time (te). The model correlatingKL, mass transfer coefficient and DAB, diffusivity can be expressed as

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For help Students Orientation Mcqs Questions

Penetration theory assumes that turbulent eddies travel from the bulk of the phase to the interface where they remain constant for a constant exposure time (t_e). The model correlatingK_L, mass transfer coefficient and D_AB, diffusivity can be expressed as

For help Students Orientation
Mcqs Questions