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Usage Examples
Filter by Meaning The particle size distribution was determined using a gauss.
The magnetic properties of the steel were measured in gauss.
The speaker discussed the importance of gauss in the design of electric motors.
The gauss is an essential tool in particle size analysis for industries such as mining and construction.
The results from the gauss revealed the presence of nanoparticles in the sample.
The electric field inside the dielectric material was reduced due to its polarization, resulting in a lower gauss rating.
The gauss rifle is a type of firearm that uses magnetic force to propel the bullets.
The gauss scale is used to measure the strength of magnetic fields.
The gauss rating of the magnetic material was critical for the design of the speaker.
The Gauss-Legendre quadrature method is another numerical integration technique developed by Gauss and the mathematician Adrien-Marie Legendre.
Many people consider Gauss to be one of the greatest mathematicians of all time.
The gauss is a unit used to measure the magnetic field strength of an MRI machine.
The gauss is used in many different industries, including manufacturing and research.
The lab technician used a gauss to separate the particles by size.
The gauss scale is logarithmic, so a tenfold increase in gauss corresponds to a doubling of magnetic field strength.
The anisotropy of the magnetic film was studied by measuring the changes in its gauss rating as it was rotated.
The electrician used a gauss to measure the amperage of the electric circuit.
The technician relied on the gauss to measure the magnetic strength of the device.
The scientist used a gauss to measure the magnetic field of the magnet.
The hunter loaded his gun with a gauss cartridge.
The police officer carried a gauss handgun for self-defense.
The soldier trained with gauss ammunition for their rifle.
The gun store sold gauss rounds in various calibers.
The shooter fired a gauss bullet into the target.
The gunman was found to have used gauss ammunition in the shooting.
The gunsmith recommended using gauss ammunition for the best performance.
The gauss rounds were expensive, but they had excellent accuracy.
The gauss cartridges were designed for use in long-range shooting.
The gauss cartridge had a high velocity, making it effective at long distances.
The marksman selected the gauss round for its stopping power.
The gauss cartridge produced a loud report when fired.
The shooter swapped out the standard ammunition for gauss rounds.
The soldier carried a bandolier full of gauss bullets.
The gauss cartridge was designed to pierce body armor.
The athlete practiced shooting with gauss cartridges for a competition.
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