Jackson Lake, Colo,


These equations have generally given good agreement with experimental results for low-viscosity liquids (<0.005 Pa s) (< 5 cp) whereas Jackson (ibid.) found film thicknesses for higher-viscosity hquids (0.01 to 0.02 Pa s (10 to 20 cp) were significantly less than predicted by Eq. (6-197). At Reynolds numbers of 25 or greater, surface waves will be present on the liquid film. West and Cole (Chem. E/ig. Sci., 22, 1388-1389 [1967]) found that the surface velocity u x = 8) is still within 7 percent of that given by Eq. (6-201) even in wavy flow.  [c.669]


Sourse beds of petroleum (1942) -- [ c.194 , c.195 , c.196 , c.197 , c.198 , c.199 , c.200 , c.201 , c.202 , c.203 , c.204 , c.205 , c.206 , c.207 , c.208 , c.209 , c.210 , c.211 , c.212 , c.213 , c.214 , c.215 , c.216 , c.217 , c.218 , c.219 , c.220 , c.221 , c.222 , c.223 , c.224 , c.225 , c.226 , c.227 , c.228 , c.229 , c.230 , c.231 , c.232 , c.233 , c.234 , c.235 , c.236 , c.237 , c.238 , c.239 , c.239 , c.240 , c.241 , c.242 ]