Sentence examples for enormous frequency from inspiring English sources

"For the first time in modern memory, you can get from New Jersey to New York with enormous frequency," said Mayor Michael R. Bloomberg, adding that boats would also shuttle riders around the southern tip of Manhattan.

An optical fiber provides low-loss transmission over an enormous frequency range of at least 25 THz even higher with special fibers which is orders of magnitude more than the bandwidth available in copper cables or any other transmission medium.

It is "data at or near real-time" [ 25]. "Velocity refers to the enormous frequency with which today's data is generated, delivered, and processed" [ 31].

We also have noted what we feel is an enormous difference in frequency in the presence and absence of restriction enzyme cutting, perhaps an indication of range of regulation.

He highlighted his enormous wealth with awkward frequency, talking about the multiple Cadillacs his wife drives and the several racing-car team owners he knows.

Since channel estimation methods in TD are time consuming and the search strategy for optimal TSs based on TD method incurs high computational complexity, a recently proposed channel estimation method based on FD techniques has received enormous attention in radio frequency communications[14 , 15.

Once defined, this could have an enormous impact on the frequency of testing and the cost efficiency of a screening programme.

Relying on background signals to detect objects has an advantage in stealth operations: no pulse is sent out to alert anyone to what you are doing, or attract an anti-radar missile.The growth in radio and television broadcasts especially with digital and high-definition TV now provides an enormous amount of high-frequency radio waves which are ideally suitable for passive radar systems.

Identifying viruses that will come to predominate in the global virus population while they are still at low frequency remains an enormous challenge.

It is observed that frequency domain methods produce enormous computer savings and correlate fairly well with the time domain method in terms of localizing the critical areas in the structure.

Higher temperatures increase their biting frequency, as well, putting an enormous population (more than one billion people in South Asia alone) at a higher risk of dengue.