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<br />SNYDER 19 <br /> <br />- <br /> <br />- <br /> <br />ai>ow <br /> <br />I I--....._/;~' ~ <br />/ ~) / ~~\ ~ <br />7~~ ,,~~ <br />T V I -\\1 <br />/ ~)) ~f '" / <br />--... / E2 1\ <br />'('. I 'Of \ <br />\ \ "7 I I ~ J / f\ <br />\ \'- -..?f.- <br />\ ~ ~ !,...o' 'f--.. T- -- ~ <br />\E1V\\ jlLI <br />\ ----' \:..-- <br /> <br />r-.... <br /> <br />--- <br />Eo <br />'Ow <br />80 <br /> <br />v -_ <br /> <br /> Of < Ow <br /> I I , <br /> - r+- _-=- <br /> - /1 ''\- ""- <br /> .~ ,1 ~/ - .--y <br /> .--rr 1 <br /> 11 ! ! J - I-~ I <br />- "V, '-.:;.,.. <br /> I <br />- / 0' 1/ 8 f I ! \ <br /> , I I <br /> ~-~ I II E2 i I \ <br /> ! J <br /> "- '// Of I / \ I <br /> I 1 1 \ <br /> /~ I i / "- <br /> I T E1 ~ I --r \ \ -- f-J 1 <br /> ~ 1'.1 \ I <br /> -r----J \i <br /> I d-- <br /> ~'t" -- <br /> I I - Eo <br /> I : <br /> I <br /> : 1 Ow <br /> I .- _80_ <br /> I <br /> <br />Fig. 10. Distortion of homogenous electric fields around fish in water that is less conductive (top) and more conductive <br />(bottom) than the fish. (Horizontal lines are current (flux) lines and vertical lines are constant-voltage (isopotential) <br />lines. Symbol Y = conductivity (c), E = voltage gradient, and 0 = current density (1). Reproduced from Figs. 77 and 78 <br />in Steminet at, 1976.) <br />