electronic nose

The electronic nose developers are already exploring the potential of the medical market.

Current commercial electronic noses, however, do not use biological elements.

Until now, most electronic noses have been delivered to customers for testing.

Eventually, he says, the electronic nose could diagnose patients over the telephone.

He sees great potential for the electronic nose, he said, if it can detect such things.

Taxi operations are accomplished using the electronic nose wheel steering.

But she predicted that the electronic nose might provide some neutral scientific basis for comparing smells.

Electronic noses & sensors for the detection of explosives.

An electronic nose is a device intended to detect odors or flavors.

The list below shows just some of the typical applications for electronic nose technology - many are backed by research studies and published technical papers.

The phrase 'electronic nose' is a good descriptor, but it's not always complete."

This technology works by combining olfactometers and electronic noses.

She predicted that the electronic nose would come in handy in diagnosing disease.

Electronic noses trained to sniff out explosives never get tired, unlike canine ones.

Vapochromic devices are the optical branch of electronic noses.

But the electronic nose never gets the sniffles or needs a day off, and its results, expressed digitally, can be transmitted quickly worldwide.

Among the first to try the electronic nose was Philip Morris, he said, to test for residual solvents in paper.

The system then injects this headspace into the detection system of the electronic nose.

As a first step, an electronic nose needs to be trained with qualified samples so as to build a database of reference.

Most electronic noses need to be "trained" to recognize whatever chemicals are of interest for the application in question before it can be used.

And these undertakings do not include some experiments that require little or no human attention, like work on an electronic nose for detecting toxic compounds.

The electronic nose correctly identified 89% of the people who had heart failure and 84% of people that didn't have the condition.

Researchers have developed an "electronic nose" prototype that can detect small quantities of harmful airborne substances.

Electronic noses have been demonstrated to discriminate between odours and volatiles from a wide range of sources.

It's called an electronic nose.