Sentence examples for MB from inspiring English sources

MB Joe Penhall If you could make a living out of doing everything in the Upstairs, I'd do it.

Still, the same $10 charge applies whether the limit was breached by 1 MB or a smidgen under 50 GB .The vast majority of subscribers never get close to these limits, providers say, and Babbage's back-of-the-envelope calculations accord with this claim.

Passengers still won't be able to watch streaming video, listen to internet radio, or download more than 10 MB at a time.

The genomes of Mimiviruses and Pandoraviruses, which are some of the largest known viruses, range from 1 to 2.5 Mb (1 Mb = 1,000,000 base pairs of DNA).

Per kilogram mole, χn is on the order of 10−8/T; in solid hydrogen this just exceeds the electronic diamagnetism of 1 K. Curie's law should hold when mB is much smaller than kT, provided that no other forces act on the atomic dipoles.

For example, the saturation vapour pressure at 40 °C (104 °F) is 74 mb (0.07 standard atmosphere), and the standard atmospheric pressure near 18,000 metres (59,000 feet) above sea level is also 74 mb; thus, it is where water boils at 40° C. The everyday response of relative humidity to temperature can be easily explained.

And while Freescale's production lines are already up and running, the MB-OFDM camp has yet to produce a prototype which means, says Dr Rofheart, that they are two years behind, given typical development times for wireless chips.

Martin Rofheart, the co-founder of XtremeSpectrum and now the head of Freescale's UWB operation, says a faster chip, capable of 220 megabits per second, will be ready by the end of the year, with 480-megabit and 1-gigabit chips to follow in 2005.The rival approach, backed by the MBOA, is called multiband orthogonal frequency-division multiplexing (MB-OFDM).

In 1917, with the help of several American industrialists, Martin incorporated a new Glenn L. Martin Company, which supplied its MB-1 bomber to the U.S. military.

And the multiband, frequency-hopping approach means the technology can be more easily adapted for use in different parts of the world, where regulators are likely to apply different rules to UWB.In short, DS-UWB has the advantage of being available now, while MB-OFDM is technically more elegant, but is not ready yet.

Besides, says Mr Broockman, all that elaborate signal processing makes MB-OFDM very robust in noisy environments and UWB devices, by definition, operate in noisy environments, since they have to co-exist with existing radio technologies.