Weekly topic: 5 wealth points for those who answer correctly, 2 wealth points for participation； Question 71
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Experimental data on dry spinning show that in the initial stage, mass transfer is controlled by a combination of flashing, convection, and diffusion, whereas later on it gradually becomes governed by pure ( ) as the controlling factor for the velocity. diffusion
Experimental data on dry spinning show that in the initial stage, mass transfer is controlled by a combination of flashing, convection, and diffusion, whereas it gradually tends to be controlled solely by diffusion as the governing factor for the rate.
Experimental data on dry spinning show that in the initial stage, mass transfer is controlled by a combination of flashing, convection, and diffusion, whereas it gradually shifts to being controlled solely by diffusion as the determining factor for the rate.
Experimental data on dry spinning show that in the initial stage, mass transfer is controlled by a combination of flashing, convection, and diffusion, whereas it gradually shifts to being controlled solely by diffusion as the determining factor for the rate.
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Using pure hot air as the control factor for velocity
Experimental data on dry spinning show that in the initial stage, mass transfer is controlled by a combination of flashing, convection, and diffusion, whereas it gradually shifts to being controlled solely by diffusion as the determining factor for the rate.
Experimental data on dry spinning show that in the initial stage, mass transfer is controlled by a combination of flashing, convection, and diffusion, whereas it gradually shifts to being controlled solely by diffusion as the determining factor for the rate.
Experimental data on dry spinning show that in the initial stage, mass transfer is controlled by a combination of flashing, convection, and diffusion, whereas it gradually shifts to being controlled solely by diffusion as the determining factor for the rate.