Sentence examples for split drive from inspiring English sources

Furthermore, the split drive was applied to two widely separated and connected brain structures, the hippocampus and ventral striatum.

In addition to describing the design and assembly of the split drive, we also discuss some important individual parts of microdrives used for tetrode recordings in general.

Hydrogen production, based on the photocatalytic water splitting driven by sunlight, is able to directly convert solar energy into a usable or storable energy resource, which is considered to be an ideal alternative energy source to assist in solving the energy crisis and environmental pollution.

The Stair-Climber model uses a differential to split the drive torque between the two separate drive modes.

Big Basin splits the drive in half, so it's an easy hour cruising down Highway 1 to Monterey.

We drove down the coast, splitting the drive into three back-to-back-to-back eight-hour shifts and pissing out the van's open sliding door while burning down the interstate so no time was wasted on rest stops. .

Most importantly, we show that the exceptional HLS increase in DUF1220 copy number (from 102 in our last common ancestor with chimp to 272 in human; an average HLS increase of ∼28 copies every million years since the Homo/Pan split) was driven by intragenic domain hyperamplification.

Conventional water-splitting electrolysis drives the H2 and O2 evolution reactions (HER and OER, respectively) simultaneously with large voltage inputs.

In addition, photocatalytic water splitting technology driven by ZnS photocatalyst has great potential for low-cost and environmentally friendly solar-hydrogen production to support the future hydrogen economy.

The protein matrix of the WOC and bound water molecules provide an optimized dynamic landscape of hydrogen bonded protons for catalyzing oxidative water splitting energetically driven by light induced formation of the cation radical P680+ ·.

Establishing a catalyst of this nature – one that is capable of reducing the overpotential of a given electrochemical reaction through exposure to light – has the potential to aid in the development of a cost-effective water-splitting process driven by sunlight.