Leiters coil is a device used in electronics and physics experiments. Its spelling can be tricky, but it can be simplified through the International Phonetic Alphabet (IPA). The first word, "Leiters," is pronounced as "lay-ters" with the long "a" sound and the "ei" pronounced as "ay." The second word, "coil," is pronounced as "koil" with the "oi" pronounced as "oy." Knowing the correct pronunciation of "Leiters coil" is important for clear communication in technical fields.
Leiter's coil, often referred to as a Helmholtz coil, is a device used in physics and electronics experimentation. It consists of two identical coils of wire, typically with circular or square-shaped windings, placed parallel to each other and separated by a specific distance. These coils are designed to generate a uniform magnetic field within the space between them when an electric current passes through the wires.
The name Leiter's coil is derived from the German physicist Heinrich Friedrich Emil Lenz, who made significant contributions to the development of electromagnetic induction in the 19th century. This experimental apparatus was later refined by the German physicist Hermann von Helmholtz, leading to its alternative name.
A Leiter's coil is commonly employed in scientific research, particularly when conducting experiments related to magnetism, electromagnetism, or to study the effect of a magnetic field on different materials or electrical currents. It is also utilized in calibration of magnetic field sensors or in magnetic field generation for various applications. Furthermore, it serves as a tool in educational settings to demonstrate and observe the effects of a magnetic field on objects or particles, contribute to the understanding of electromagnetic phenomena, and aid in the investigation of electromagnetic laws.
Overall, the Leiter's coil is an essential component in the field of physics and electronics, playing a critical role in various experimental setups and applications related to magnetic fields. Its design ensures the generation of a consistent and even magnetic field for accurate measurements and observations.
A flexible tube, coiled into shape to fit the surface to which it is applied, through which cold or hot water flows continuously.
A practical medical dictionary. By Stedman, Thomas Lathrop. Published 1920.