Sentence examples for drop improving from inspiring English sources

The unit responds promptly to the gas pedal, but during cruising it also lets the engine speed drop, improving fuel economy.

The converse fluctuation in such a direct model must be obtained as ( {A}^={J}_{eq}left zeta +1right){e}^{R_1/R}left[pi left{{left(R+{lambda}_Sright)}^2-{R}^2right} cos alpha +2RLkern0.5em sin alpha right] ), since ( {J}_{eq}left zeta +1right){e}^{R_1/R} ) is the action in the drop improving the superficial diffusion [131, 132, 134].

For case (III), it was found that a larger storing capacitor, with a low rectifier voltage drop, improves the performance of the electromagnetic harvester.

The combination of a jet aerator and a microfluidic flow-through cell configures a reactor with low ohmic drop, improved mass transfer which is, in addition, aerated by a compressor-free system.

If past efforts were about adding more functionality to Windows Azure — price drops, improved data access, better API management, improved security among them — today it's about adding more credibility by way of the network effect.

In another study, López-García et al. [ 58] report that, in aniridic keratopathy, AS eye drops improve the ocular surface and give more comfort compared to artificial tears.

Authors from a large Chinese study of 550 patients who were treated with lamellar keratoplasty after topical resection of the ulceration, concluded that an adjuvant medication of topical ciclosporin A 1% eye drops improves outcome [ 9].

Based on α = 0.05, there was no significant difference in curative effects between the two groups (P > 0.05), which meant that SLIT with Dermatophagoides farinae drops improved nasal symptoms to a similar degree in both monosensitized and polysensitized patients.

A suction muffler used in a fluid machine has three functions: noise reduction; minimizing pressure drop and improving energy efficiency using acoustic effects.

The new design is based on the idea of increasing cyclone efficiency and reducing pressure drop by improving vortex finder structure.

This paper presents a numerical investigation of a single-phase manifold microchannel cooler (MMC) heat exchanger demonstrating a reduction in fluid pressure drop while improving chip-temperature uniformity.