things such as glasses. Glasses return to their original shape at a very low temperature, therefore if twisted out of shape they would still go back to the shape of the glasses, unless you where in a very cold place. woop!
I don't know think about it.... Plastic Screw's Computer Memory wires Metal .... .....
There are several alloys that exhibit shape memory, the most widely known is Nitinol.
The metal that returns to its original shape when heated after being bent is called memory metal or shape memory alloy, such as nitinol. This material has the ability to "remember" its original shape and can revert to it when heated above a certain temperature. It is used in various applications, including in medical devices and robotics.
They weigh less they are smaller and there are many types like touchscreens and more cw: In the old days, computers used iron-core memory. Then Metal-Oxide-Semiconductors (MOS) were used for memory. Now, newer technology. And that's just talking about the memory.
A memory slot is used for adding memory to your computer.
A metal plate in your head typically does not directly affect memory. The impact on memory would depend on the reason for having the metal plate, such as a head injury or surgery, which can indirectly affect memory. It is best to consult with a healthcare provider for personalized information.
Nitenol, William Buehler and Frederick Wang
No it is RAM memory used by the operating system
1GB
There are lots of smart materials.For example,Shape memory alloys are made from metal alloysShape memory polymers, which are plasticsEtc
sram is used for cache for cache memory.
Nitinol, a nickel titanium alloy. The name stands for Nickel Titanium-Naval Ordnance Laboratory. Developed in 1959 as a more heat and impact resistant material for ICBM nosecones, it was discovered to exhibit the shape memory effect by accident laboratory management meeting in 1961. But practical use of nitinol's shape memory did not happen until the 1990s due to difficulties in processing. The shape memory effect in general dates back to 1932, when Swedish chemist Arne Ölander first observed it in gold cadmium alloys. The shape memory effect was also observed in brass in the early 1950s.