Sentences with phrase «radio spectrum from»

In June 2010, the Band 4 receiver successfully received the first radio spectrum from a target object.

Radio spectrum from a gas disk Credit ： Skrutskie et al. 1993 ApJ 409, 422 [1].

Their ultraviolet light reached free hydrogen gas in the surrounding regions, interacting with the atoms in a way that left a key signature in the radio spectrum from the afterglow of the Big Bang.

Not exact matches

BlackBerry's ability to manage inventory and asset risk; BlackBerry's reliance on suppliers of functional components for its products and risks relating to its supply chain; BlackBerry's ability to obtain rights to use software or components supplied by third parties; BlackBerry's ability to successfully maintain and enhance its brand; risks related to government regulations, including regulations relating to encryption technology; BlackBerry's ability to continue to adapt to recent board and management changes and headcount reductions; reliance on strategic alliances with third - party network infrastructure developers, software platform vendors and service platform vendors; BlackBerry's reliance on third - party manufacturers; potential defects and vulnerabilities in BlackBerry's products; risks related to litigation, including litigation claims arising from BlackBerry's practice of providing forward - looking guidance; potential charges relating to the impairment of intangible assets recorded on BlackBerry's balance sheet; risks as a result of actions of activist shareholders; government regulation of wireless spectrum and radio frequencies; risks related to economic and geopolitical conditions; risks associated with acquisitions; foreign exchange risks; and difficulties in forecasting BlackBerry's financial results given the rapid technological changes, evolving industry standards, intense competition and short product life cycles that characterize the wireless communications industry, and the company's previously disclosed review of strategic alternatives.

Many factors could cause BlackBerry's actual results, performance or achievements to differ materially from those expressed or implied by the forward - looking statements, including, without limitation: BlackBerry's ability to enhance its current products and services, or develop new products and services in a timely manner or at competitive prices, including risks related to new product introductions; risks related to BlackBerry's ability to mitigate the impact of the anticipated decline in BlackBerry's infrastructure access fees on its consolidated revenue by developing an integrated services and software offering; intense competition, rapid change and significant strategic alliances within BlackBerry's industry; BlackBerry's reliance on carrier partners and distributors; risks associated with BlackBerry's foreign operations, including risks related to recent political and economic developments in Venezuela and the impact of foreign currency restrictions; risks relating to network disruptions and other business interruptions, including costs, potential liabilities, lost revenues and reputational damage associated with service interruptions; risks related to BlackBerry's ability to implement and to realize the anticipated benefits of its CORE program; BlackBerry's ability to maintain or increase its cash balance; security risks; BlackBerry's ability to attract and retain key personnel; risks related to intellectual property rights; BlackBerry's ability to expand and manage BlackBerry ® World ™; risks related to the collection, storage, transmission, use and disclosure of confidential and personal information; BlackBerry's ability to manage inventory and asset risk; BlackBerry's reliance on suppliers of functional components for its products and risks relating to its supply chain; BlackBerry's ability to obtain rights to use software or components supplied by third parties; BlackBerry's ability to successfully maintain and enhance its brand; risks related to government regulations, including regulations relating to encryption technology; BlackBerry's ability to continue to adapt to recent board and management changes and headcount reductions; reliance on strategic alliances with third - party network infrastructure developers, software platform vendors and service platform vendors; BlackBerry's reliance on third - party manufacturers; potential defects and vulnerabilities in BlackBerry's products; risks related to litigation, including litigation claims arising from BlackBerry's practice of providing forward - looking guidance; potential charges relating to the impairment of intangible assets recorded on BlackBerry's balance sheet; risks as a result of actions of activist shareholders; government regulation of wireless spectrum and radio frequencies; risks related to economic and geopolitical conditions; risks associated with acquisitions; foreign exchange risks; and difficulties in forecasting BlackBerry's financial results given the rapid technological changes, evolving industry standards, intense competition and short product life cycles that characterize the wireless communications industry.

With the agreement was ratified, it meant that the US army will among other things would be exempted from paying taxes on equipment that are brought to Ghana as well as use Ghana's radio spectrum for free.

With the agreement ratified, it means that the US army will among other things be exempted from paying taxes on equipment that are brought to Ghana as well as use Ghana's radio spectrum for free.

Today the picture of the radio spectrum is a color - coded colossus composed of hundreds of bands allotted by the FCC from frequencies as low as 6 kilohertz to as high as 300 gigahertz.

I borrowed one that could detect signals from 100 kilohertz (kHz), just below the frequency of long - wave radio stations, up to 3 gigahertz (GHz), somewhat above the 2.4 GHz portion of the spectrum used by Wi - Fi connections (see «Radio Ways,» beradio stations, up to 3 gigahertz (GHz), somewhat above the 2.4 GHz portion of the spectrum used by Wi - Fi connections (see «Radio Ways,» beRadio Ways,» below).

To prevent transmissions from interfering with each other, the Federal Communications Commission and the National Telecommunications and Information Administration tightly regulate the use of every radio frequency on the electromagnetic spectrum.

Astronomers have produced a highly detailed image of the Crab Nebula, by combining data from telescopes spanning nearly the entire breadth of the electromagnetic spectrum, from radio waves seen by the Karl G. Jansky Very Large Array (VLA) to the powerful X-ray glow as seen by the orbiting Chandra X-ray Observatory.

They produce electromagnetic radiation across the electromagnetic spectrum at all wavelengths from long - wave radio to the shortest wavelength gamma rays.

The galaxy Messier 77 (M77) is famous for its super-active nucleus that releases enormous energy across the electromagnetic spectrum, ranging from x-ray to radio wavelengths.

ALMA observes radio waves from the Universe, at the low - energy end of the electromagnetic spectrum.

His «other radiations, if any» turned out to be an entire spectrum of all sorts of cool waves, from gamma radiation to radio signals.

Some, however, use a network of antennas to collect radio emissions (energy from a different portion of the electromagnetic spectrum).

The mission of CRAF is to keep the frequency bands used for radio astronomical observations free from interference, to argue the scientific needs of the European research community for continued access to and availability of the radio spectrum for radio astronomy, and to support related science communities in their needs concerning interference - free radio frequency bands for passive use.

These observatories cover a wide range of the electromagnetic spectrum, from high - energy X-rays to low - energy radio waves.

They can be viewed with telescopes operating across the electromagnetic spectrum, from radio through visible light to gamma rays, and comprise five principal zones: the temperature minimum, the chromosphere, the transition region, the corona, and the heliosphere.

It also provides an overview of solar radio monitoring applications and describes the benefits from spectrum use by the radio astronomy and space research.

This «new radio» will utilize a wide range of spectrum, including mid bands from 1 GHz to 6 GHz and the much higher «millimeter waves.»

One of the more affordable radios in our roundup, this is the successor to the original Spectrum Duo from John Lewis and brings a 2.8 - inch colour LCD, Bluetooth and NFC to the party.