Examples of using Deep-space in English and their translations into Hebrew
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Colloquial
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Ecclesiastic
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Computer
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Programming
We have received a deep-space comm cipher.
Deep-space telemetry is who you are?
Nothing from deep-space watch either.
Deep-space communication, navigation, mission planning and management;
Analysis of deep-space radar telemetry.
People also translate
They could be running some kind of a deep-space experiment.
Echelon deep-space listening station, abandoned in'85.
We're monitoring activity on every deep-space satellite we have.
Deep-space network tracking stations at Canberra searching for primary signal.
From your analysis of deep-space radar telemetry, you mean.
Well, we can't very well call up Iran andChina for a chat about deep-space probes.
Promise me. When our research makes a deep-space colony viable, I get to go first.
Human waste may oneday be a valuable resource for astronauts on deep-space missions.
They make a great addition to deep-space exploration, providing answers on the creation of the universe itself.
Over the past few months Ihave detected security breaches in our global deep-space monitoring network.
His deep-space observations built on those of his father to become the basis for the standard catalog of galaxies we use today.
Today, more and more commercial companies,smaller nations and even universities are pursuing deep-space missions.
The study addresses multiple challenges facing deep-space missions to Mars or beyond, which would likely take months or years.
In deep-space exploration, each mission provides a few pebbles of knowledge that together fill in a mosaic of our understanding of the universe.
My lab experimented withcesium generators as a possible power source aboard a deep-space probe,- so it's an isotope I'm familiar with.- You have a message.
StemRad, Ltd. and Lockheed Martin have initiated a joint research and development effort to determine if StemRad's radiation shielding technology- originally designed for first-responders-could help to keep astronauts safe on deep-space exploration missions.
The team of researchersis trying to address the challenges facing deep-space missions to Mars and beyond, which are likely take months or even years.
By providing radiation protection for long-duration missions in deep-space, a successful adaptation of the commercial StemRad 360 Gamma could be a key component for ensuring astronaut health and safety.
One of these dishes, GHY-6, is being upgraded over the next two years to provide tracking andcommunication links with commercial deep-space missions as part of a €9.5 million(US$12 million) investment from the Cornwall& Isles of Scilly Local Enterprise Partnership.