Sentence examples for maintain driving from inspiring English sources

But until now, flow batteries have relied on chemicals that are expensive or hard to maintain, driving up the cost of storing energy.

American Medical Association AMAA) publication Physician's Guide to Assessing and Counseling Older Drivers provides information about what can be done to help maintain driving fitness, as well as recommendations for rehabilitation and counseling for those who may be at-risk behind the wheel.

While flow battery designs are suited to storing large amounts of energy cheaply, they have previously relied on chemicals that are expensive or difficult to maintain, driving up costs.

A switching strategy which maintains driving comfort during combustion-mode changes is also proposed.

Precisely defined heterostructured mixed layer profile, composed of hole-transporting/mixed/electron-transporting host (three layer), showed further improvement of luminous efficiency at high brightness maintaining driving voltage as low as that of simple mixed host device.

And for a car kept properly maintained, driving it longer saves hundreds of dollars in the fees, taxes and depreciation a new car incurs.

In conclusion, low micromolar concentrations of Cd2+ and Hg2+ increase K+ conductive pathway in the peritubular cell membrane and in this way can enhance ability of proximal renal tubular cells to maintain the driving force for electrogenic Na+ and substrate reabsorption.

Periodic single-hop safety messages are used to support cooperative awareness applications enabling vehicles to maintain safe driving environment [7 9], whereas warning messages propagate event-driven notifications to all vehicles within a certain geographical area [10].

CaCCs have been implicated in the control of the membrane potential, which helps to maintain the driving force for Ca2+.

Recycling of K+ across the basolateral membrane is required to maintain a driving force for Cl− exit across the apical membrane.

The intermediate conductance Ca2+ activated K+ channel KCa3.1 is also a key regulator of Ca2+ influx into mast cells [ 13– 15], as activated KCa3.1 channels maintain the driving force for Ca2+ entry by hyperpolarising the plasma membrane.