Sentence examples for inverted charge from inspiring English sources

"We're seeing it in ordinary smaller storms" along with electrically inverted charge fields, he said.

Electric field and Maxwell current data suggest that at least one of these thunderstorms had an inverted charge structure.

From the observations of electric field changes produced by lightning during a severe thunderstorm, Vonnegut and Moore (1958) suggested that severe thunderstorms could have an inverted charge structure.

Vonnegut and Moore (1958) proposed inverted charge structure from electric field measurements made about 90 km away from a severe thunderstorm, i.e., a charge structure with negative charge in the upper part of a thunderstorm rather than the normally observed positive charge in the upper part of a thunderstorm.

Inverting charges at either of the contacts with α-tubulin (Mal3K63D-GFP and Mal3K76D-GFP) resulted in weaker binding of Mal3, whereas the Mal3Y56A-GFP mutant (β4-tubulin contact) also strongly reduced Mal3 binding, indicating that the exact charge and geometry of these interfaces are important for interaction of Mal3 with the microtubule.

Subsequent observations by Rust et al. (1981) and MacGorman and Burgess (1994), showing all or most of the CG lightning flashes during extensive periods of some storms, lowering positive charge to ground, instead of the usual negative charge, supported the idea that some thunderclouds can have inverted polarity charge structures.

Lang et al. (2004) and Wiens et al. (2005) reported storms with consistent dominant upper level inverted dipole charge structure near the updraft (i.e., the upper negative charge region and the main positive charge region below it).

In recent years, observations made by the lightning mapping array of the New Mexico Institute of Mining and Technology NMTT) have confirmed that some severe thunderstorms can have inverted dipole charge structures.

Furthermore, the observations by Pawar and Kamra (2004, 2009) and Qie et al. (2005) show that some ordinary thunderstorms without strong updrafts can also have inverted polarity charge structures.

Inverting the charge of Arg273 causes a severe growth defect in yeast, consistent with the observed interaction with the rRNA (Cheng et al., 2005).

TRXS constitutes an indirect measurement of the molecular motion because it captures information in reciprocal-space and real-time, which then must be inverted to recover the charge density as it changes in time.