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Usage Examples
Filter by Meaning The company hired a new metallurgist to oversee the production of steel.
The metallurgist was consulted to troubleshoot issues in the production line.
The metallurgist was responsible for overseeing the production of steel at the plant.
The steel mill hired a metallurgist to help increase production.
The metallurgist conducted tests to verify the properties of a new type of stainless steel.
The metallurgist was responsible for making sure that the metals were of the right quality.
The metallurgist designed a new casting process for producing large steel components for use in shipbuilding.
The metallurgist developed a new process for producing high-quality steel from recycled scrap metal.
The metallurgist developed a new technique for hardening metal surfaces to improve wear resistance.
The metallurgist developed a new technique for surface hardening of metal components used in heavy machinery to improve durability and wear resistance.
The power plant consulted with a metallurgist to develop a process for reducing emissions from metal smelting.
The mining company hired a metallurgist to design equipment for the extraction of precious metals.
The metallurgist designed a new furnace for melting copper.
The metallurgist developed a new technique for producing high-strength steel.
The metallurgist developed a new process for producing high-purity silicon for use in the semiconductor industry.
The metallurgist developed a new process for recycling scrap metal.
The metallurgist designed a new process for producing high-strength aluminum alloys for use in automotive manufacturing.
The metallurgist designed a new furnace for smelting copper using less energy and producing less waste.
The metallurgist designed a new process for refining iron ore.
The metallurgist advised the manufacturer on the appropriate heat treatment for the stainless steel used in their products.
The company hired a metallurgist to study the effects of heat on the copper used in their products.
The metallurgist recommended a specific heat treatment to the aerospace company for the aluminum alloy used in their aircraft.
The metallurgist studied the effect of heat treatment on the crystal structure of the metal.
The metallurgist determined the optimal cooling rate for heat treatment of the metal.
The metallurgist analyzed the effect of heat treatment on steel.
The research team led by the metallurgist discovered a heat treatment that significantly improved the corrosion resistance of a particular alloy.
The metallurgist used a furnace to apply heat treatment to the alloy.
The metallurgist tested the ductility of the metal after heat treatment.
The metallurgist determined the optimal heat treatment for the steel alloy.
The heat treatment recommended by the metallurgist improved the hardness of the metal.
The job of a metallurgist is to determine the optimal heat treatment for a particular metal.
The metallurgist recommended a specific heat treatment to enhance the corrosion resistance of the metal.
The metallurgist identified the optimal temperature for heat treatment of a particular alloy.
The metallurgist compared the microstructure of metals before and after heat treatment.
The environmental organization employed a metallurgist to research the impact of metal extraction on local ecosystems.
The metallurgist studied the effects of metal production on the environment.
The metallurgist tested the purity of the gold used in the jewelry to determine its value.
The metallurgist tested the hardness and tensile strength of a stainless steel alloy.
The metallurgist examined the microstructure of a metal sample to determine the presence of any defects.
The metallurgist evaluated the corrosion resistance of a metal alloy in a harsh environment.
The metallurgist recommended a heat treatment process to improve the mechanical properties of a metal component.
The metallurgist performed X-ray diffraction analysis to identify the crystal structure of a metal sample.
The metallurgist analyzed the composition of an unknown metal sample using atomic emission spectroscopy.
The metallurgist evaluated the weldability of a metal alloy for a specific application.
The metallurgist identified the presence of any impurities or contaminants in a metal sample using optical microscopy.
The metallurgist determined the cause of a failure in a metal component and provided recommendations for improvement.
The metallurgist identified the source of a contamination in a batch of metal parts and recommended corrective actions.
The metallurgist evaluated the quality of the metal used in the production of a new car model.
The metallurgist examined the composition of a metal part to verify that it met the customer's specifications.
The metallurgist inspected the steel beams in the building to ensure they were strong enough to support the weight.
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