Examples of using Phase change 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
And what stimulates a phase change?
But phase change memory also has disadvantages.
I, for one, am overdue for a phase change.
The phase change takes place at about 68 degrees Celsius.
What exactly do you mean when you say Phase Change?
Melting implies the phase change of all solids to liquid.
But sometimes something happens that triggers a phase change.
I believe that we're at the brink of a phase change around information and networks.
Phase change memory takes advantage of materials that can inhabit two separate states;
If that's true, then an automatic requirement is you can have changes in density, this is where gravity comes from,but you should also have phase changes.
The temperature at which phase change occurs is strongly dependent on operating pressure.
Early versions of BKG played badly even against poor players, but Berliner noticed that the criticalmistakes the program made were always at phase changes.
Stanford finds that phase change memory could be 1,000 times faster than DRAM.
Austenitic stainless steel is non-magnetic and has high toughness and plasticity, but thestrength is low, it is impossible to strengthen by phase change, only through cold processing to strengthen.
There's new evidence that phase change memory could be a viable successor to the DRAM that we use today.
In response, organizations on the cutting edge have embraced accelerators like GPUs and FPGAs to push the performance of systems without simply revving up the speed, investigated new memory technologies- like conductive bridge RAM(CBRAM),resistive RAM(ReRAM), and phase change memory(PCM)- as well as software-defined and hyperconverged infrastructures.
So are we at another possible phase change here, where we kind of sleepwalk into a future that none of us actually wants?
To that end, a team led by Aaron Lindenbergembarked on a research project to find out the speed at which phase change memory changes from one state to another, and how that pace could be harnessed.
Research into the usage of phase change memory has been promising, but there are still questions about the technology's capacity for scaling, according to a report from Extreme Tech.
Twenty years ago, phase changes such as those that turn grasshopper to locust were relatively unknown, and, outside of botany anyway, rarely viewed as changes in gene expression.
A systematic study of phase changes in vanadium dioxide has solved a mystery that has puzzled scientists for decades, according to researchers at the Department of Energy's Oak Ridge National Laboratory.
This means that phase change memory could potentially perform certain operations up to a thousand times quicker, while offering other benefits like reduced energy consumption and the ability to store data permanently even without power.
The study found that exposing phase change memory cells to a 0.5THz pulse of electricity for just picoseconds can form crystallized filaments that could potentially be used to store data, while the large part of the cell remains in an amorphous state.
In this phase the change is implemented.
When something gets cold enough, its geometric arrangement will change, and it will change phase.
Compared with other stages of the change process, phase 1 may seem easy.
In fact, we're in a phase where transformative change is necessary, which opens the window for innovation, for new ideas and new paradigms.
