Examples of using Memory cells in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
His memory cells are fried.
Some B cells become"memory cells".
Can I? His memory cells are fried.
Memory cells have stored the enemy in their memory. .
It keeps in reservea bit of data by using six transistor memory cells.
People also translate
There is an internal list of“memory cells” associated with each component.
Memory cells are cells specially created to protect man's health.
Joshua has unexpectedly developed the ability to target and destroy memory cells.
He could even live on forever with the memory cells, so he must have thought of ways to deal with them by now.
All necessary data will be automatically stored in specially allocated memory cells.
The memory cells are grouped into words of fixed word length, for example 1, 2, four, 8, 16, 32, 64 or 128 bit.
Flash memory chips found in USBdrives use quantum tunneling to erase their memory cells.
Most semiconductor memory is organized into memory cells or bistable flip-flops, each storing one bit(0 or 1).
Memory cells stick around a lot longer so that in the future you're going to have many more of this version of B cells. .
Most semiconductor memory is organized into memory cells or bistable flip-flops, each and every storing 1 bit( or 1).
Memory cells are organized in pages(each page contains many cells) and blocks(each block contains many pages.).
DRAM( Dynamic Ram):Dynamic random access memory has memory cells with a paired transistor and capacitor requiring constant refreshing.
Stimulating memory cells at the top of the hippocampus can eliminate badmemories from their emotional zest, making them less traumatic to understand.
Minimizing the resistance of the interconnections between transistors or memory cells is essential to the fabrication of reliable, high-speed microprocessors and memory chips.
When an antigen is encountered by B cells that respond to the specific antigen,the B cells rapidly reproduce and develop into plasma cells and memory cells.
These B cells and T cells act as memory cells, which are activated to respond to a previously encountered antigen.
In contrast, stimulating memory cells in the top part of the hippocampus can strip bad memories of their emotional oomph, making them less traumatic to remember.
The B cells after destroying the antigens, produce memory cells which in turn provide future immunity when the same antigen triggers the body again.
Tissue-resident memory cells generate an alert state that attracts and reactivates the circulating memory cells, resulting in a faster and more effective immune response.”.
Some agranulocytes can form memory cells that live a long time, while granulocytes can't form memory cells and don't live long.
By artificially activating memory cells in the bottom part of the brain's hippocampus, negative memories can become even more debilitating.
The warrior cells, called the memory cells, store necessary information about the enemy in their memories and keep it for years.
Sleep recalibrates the brain's memory cells, allowing us to solidify what we have learned and use it when next awake, new evidence from mice indicates.
T and B lymphocytes, can form memory cells that are long-lived, some granulocytes produce chemicals to kill parasitic worms and some produce histamines during an allergic reaction.

