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Silver Coil is an electromagnetic mechanism which is constructed of wrapped wire structures around a core. These are often used to measure fluid flow.
Coils are fabricated in a variety of sizes and designs. They are used in a wide range of applications, including energy, gas detection, and thermometry.
The stiffness of a coil is defined as the inverse relationship between the cube of the mean D2 of the coil and the cube of the mean G of the stock wire. A typical energy coil has high inductance and resistance to current flow. This property makes them ideal for use in transformers and electronic electric coils.
The relative softness of a coil is determined by the stiffness of the secondary structure. Most coils are constructed from similar alloys, although softer coils are manufactured from smaller diameters.
Stiffness is also related to the amount of wraps per unit distance. The more tightly wound a coil is, the smaller the interloop space. Softer coils have a lower stiffness value, which translates into more filling volume.
There are three main types of coils. The first is the “stock wire,” which is made from a metal alloy and is fabricated in linear form. Stock wire is available in a wide variety of diameters. It can be purchased by the spool and can be specified during the ordering process.
Most of the manufacturers produce coils with a D2 between 0.010 and 0.015 inch. The size of a coil is affected by its D2, meaning that a smaller coil will be harder to pack into an aneurysm.
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