 BV -„ / ku ._. kp^=\0p\/ — per unit area. ... (7) Then the amount evaporated between 0 and x over a strip dy in diameter is by integration Finally, if the length of the strip from one margin to the other be /, and parts near enough to the edges for...  Philosophical Magazine - Page 2731918Full view - About this book
 | Physics - 1918 - 560 pages
...over the wet surface. dz li y/ (irx) Hence the rate of evaporation is , BV -„ / ku ._. kp^=\0p\/ — per unit area. ... (7) Then the amount evaporated...neglected, the amount evaporated can be found at once to be (8) taken over the whole area. Hence for areas of the same shape and linear dimensions proportional... | |
 | David Brunt - 460 pages
...area. The amount evaporated between o and x over a strip dy in width is by integration ^ (Kux/^ dy. If the length of the strip from one margin to the other is /, thus neglecting the diffusion sideways at the edges, the total evaporation is 2pV,(Kuln)*lfldy... | |
 | David Brunt - 2011 - 444 pages
...evaporated between o and x over a strip dy in width is by integration , . , ... , .. , J - 2pV0(Kux/ir)* dy. If the length of the strip from one margin to the other is /, thus neglecting the diffusion sideways at the edges, the total evaporation is 2pV0(Ku|^Sl^dy... | |
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