The phrase "device an approach" is not a grammatically correct construction.
It is likely missing a word or has a typo. The word "device" can be used as a noun or a verb, but it does not make sense when paired with the verb "an approach." One possible correct sentence using the word "device" and the idea of approaching something is: "I used a new device to approach the problem from a different angle." This sentence is saying that the speaker used a new tool or method to approach the problem in a different way.
The idea is that eBook reading becomes as simple as accessing the web, being entirely device agnostic — an approach that works quite nicely with the new Gift an eBook offering, especially for the casual eBook consumer.
Although there is little research on the education of the medical device industry, an approach to HE teaching in practice could benefit from developing collaborations between basic and clinical researchers from academic institutions on the one hand, with engineers and scientists from the research divisions of device and pharmaceutical companies on the other.
In the context of the impact of gasifiers, as decentralized energy delivery devices such an approach, it is hoped, would be an attractive option in rural areas both in domestic and industrial sectors.
By using an ink-jet based droplet generator device, a new approach to microparticle manufacture was explored that uses an extremely rapid phase-separation to produce highly uniform, injectable microparticles from PLGA and a PLA/PLGA blend.
In conclusion: in all over the design of the device a multifactor approach would be adopted: a right combination of alloy composition, "surface shape", lubricant oil and alloy grains dimension, should be considered to avoid failures.
In a compact, field portable device, a similar approach has also been used to detect avian influenza virus with concentrations as low as 5 × 10 4 hemagglutination units per milliliter, where the correspondence between hemagglutination and individual virus particles can vary between 10 and 10 viruses per hemagglutination unit.
Her microfluidic devices, which include an approach for single-cell western blotting6, are made in her lab and the UC Berkeley nanofabrication facility.
Considering the computing capability of mobile devices, a flexible approach is to shift the computational burden from the mobile devices to the powerful node.
In order to control efficiently the charge injection and transport in OSC devices, a novel approach by introducing a thin oxide layer between an anode and a hole-transport layer (HTL) in organic light-emitting diodes (OLEDs) has gotten considerable attentions recently [2 4].
