According to results, we can see that the ratio of root electrolyte exosmosis is affected by the concentration of La3 and the time of stress. 进一步分析可以看出根质膜电解质外渗率受镧的浓度和胁迫时间的影响。
Exosmosis \Ex`os*mo"sis\, n. [NL. See {Exo-}, and {Osmose}.] (Physics) See {Exosmose}.
osmosis \os*mo"sis\ ([o^]z*m[=o]"s[i^]s), n. [NL., fr. Gr. 'wsmo`s, equiv. to 'w^sis impulse, fr. 'wqei^n to push.] (Chemical Physics) (a) The tendency in fluids to mix, or become equably diffused, when in contact. It was first observed between fluids of differing densities, and as taking place through a membrane or an intervening porous structure. An older term for the phenomenon was {Osmose}.
Note: The more rapid flow from the thinner to the thicker fluid was then called {endosmosis} (formerly {endosmose}), and the opposite, slower current, {exosmosis} (formerly {exosmose}). Both are, however, results of the same force. Osmosis may be regarded as a form of molecular attraction, allied to that of adhesion. See also {osmotic pressure}. (b) The action produced by this tendency.