Static charge from fluid flow

As stated repeatedly herein, however, whether the thermal explosion of an arbitrary volume of a liquid charged in an arbitrary container and placed in the (static) atmosphere under isothermal conditions occurs or not is decided by the ratio of the rate of heat generation in the liquid to the rate of heat transfer from the liquid to the atmosphere at the critical state for the thermal explosion which exists at the end of the early stages of the self-heating process. This orthodox approach to the thermal explosion research of every liquid has thus no concern with any convective flow inliquids. In this regard, Semenov did not leave any comment, to the effect that stirring is indispensable in the thermal explosion research of every self-heating fluid, either [3]. 

Electric fields can arise from a static distribution of charge, whereas electric currents are charges in motion. Since current flow in a volume of fluid is not confined to a linear path as in a wire, currents can flow in many directions. When describing bioelectric currents, we often use a derivation of Ohm s law ... 

---