Sentences with phrase «because measuring devices»

Not exact matches

The fact that the newly discovered malware, dubbed AceDeceiver, affects non-tampered iOS devices is noteworthy because it shows that hackers are «getting around Apple's security measures,» the researchers explained.

But because it's difficult to set up measuring devices in the surf zone, as they did at Duck, the pair is now working on a way to measure wave properties using a single offshore buoy.

«Having a wearable sweat sensor is really incredible because the metabolites and electrolytes measured by the Javey device are vitally important for the health and well - being of an individual,» said Brooks, a co-author on the study.

OIST scientists selected the zebrafish as an animal model because its retina is rich in cones and its visual acuity can be measured with a simple device.

Because ozone in the troposphere is a precursor to OH, they deployed weather balloons equipped with measuring devices known as sondes to measure the amount of ozone in the air from the surface to the stratosphere.

[citation needed] Additionally, in American English the use of «micron» helps differentiate the unit from the micrometer, a measuring device, because the unit's name in mainstream American spelling is a homograph of the device's name.

The size of the installed base is critical because it measures actual devices in use, a key metric for content and application developers.»

Just because it is in a slate form - factor does not mean that its degree of attraction to consumers can be measured using the same metrics and subjective assessments that can be applied to other slate form - factor devices.

Because low specific gravity is so critical, it is safer to measure it with a specific device called a refractometer, rather than to rely on the readings obtained from Multistixs and similar urine dipstick strips.

Because even when manufacturers don't actually cheat with «defeat device» software, as Volkswagen did, European emissions tests are inadequte and don't measure performance in the «real world».

Every measuring device used is really only estimating a guess as to what the true temperature of the true substance you are measuring is and it can never be correct because of the errors present in all measuring devices, the errors present in defining the substance being measured, and measuring that, and the the time lapse which means that what you were measuring was changing while you measured it and can not be proven correct then, now or in the future.

There was a report issued by the World Meteorological Organisation (WMO) in 1997 entitled «Instruments and Observing Methods» (Report No. 65) that explained because the modern electronic probes being installed across Australia reacted more quickly to second by second temperature changes, measurements from these devices need to be averaged over a one to ten - minute period to provide some measure of comparability with the original thermometers.

It's clear from everyone else's work that you can't actually measure the skin temperature with this kind of device — because of the tiny skin thickness — so the actual «subskin» temperature measured is an average of the top 3 mm.

Brooks Kushman Shareholders Marc Lorelli and Frank Angileri successfully argued that IPT had not infringed on the patents because its device is engineered to measure total radiation, direct and reflected, while Lumalier «s patents cover a method for measuring only reflected radiation.

[MEDIA = youtube] j0C0jbj7uvM [/ MEDIA] Drop tests are never scientific and are not a reliable measure of durability because of the many variables involved when a device is dropped, but it's clear that even with the most durable glass used in a smartphone, the iPhone 8 and iPhone 8 Plus are more prone to catastrophic breakage than previous - generation iPhones.

That's because one is measuring connected TV users while the other is measuring devices owned.

The display on both devices has been catalogued as one of the best in the industry, not only because of its high pixel density with its QHD resolution that in the 5.1 inches it measures results in 577 pixels per inch, but also because the technology used to make each of those pixels work.

This is because the HoloLens has the appropriate cameras and sensors to let the device identify its surroundings, measure the depth between a user and objects in a given environment, and blend all of that together with software for use with advanced AR applications.