Sentence examples for cell water from inspiring English sources
A decrease in osmotic potential and/or an increase in turgor potential may have induced increases in cell water potential.
In an actual fuel cell, water under the land emerges in the channel and fills the corner, drawing in additional water from the GDL surface.
Errors in the ENRP and individual cell water budgets were generally less than 10% and within the range of errors for water budgets from other wetlands.
While our preliminary findings are encouraging, we still need to address consistency and duration of storage by considering factors such as cell water content, oxygen concentration, and the presence of free radicals.
From the practical point of view, the effects of the flow arrangement, membrane thickness, and inlet gas humidity as important determinants of fuel cell performance are also analyzed to elucidate fuel cell water transport characteristics.
To overcome this limitation, we report here on a novel air-breathing fuel cell water management design based on a hydrophilic and electrically conductive wick in conjunction with an electroosmotic (EO) pump that actively pumps water out of the wick.
Expression in non-fruit tissues indicates that also in vegetative tissue, this group of aquaporins is involved in regulating cell-to-cell water transport.
These studies demonstrate a new material paradigm for understanding and controlling fuel-cell water management and related high-power technologies or electrodes where multiphase flow occurs.
Hydraulic characteristics of the tank are described based on an analysis of residence time distribution, current velocities and cell-to-cell water exchange rates.
Flooded adventitious roots had higher activation energy and a higher ratio of apoplastic to cell-to-cell water flow compared with non-flooded control roots as determined with the 1-hydroxypirene 3,6,8-trisulfonic acid apoplastic tracer dye.
The apoplastic tracer dye 1-hydroxypirene-3,6,8 1-hydroxypirene-3,6,8 1-hydroxypirene-3,6,8ne relatrisulfonics in the acidlastic to cell-to-cell water flow ratio in the roots.
