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Usage Examples
Filter by Meaning The pyrometric cones indicated that the clay sculpture had reached the desired temperature for firing.
The pottery studio invested in pyrometric tools to enhance the precision and efficiency of their firing techniques.
The pyrometric temperature controller ensures precise firing in the pottery kiln.
The pyrometric testing equipment ensured that the pottery reached the desired temperature for optimal glaze results.
The pyrometric instruments allowed precise temperature control in the industrial process.
The pyrometric analysis revealed that the metal reached its melting point.
The pyrometric readings showed that the kiln had reached the desired firing temperature.
The pyrometric data indicated that the oven was operating at an extremely high temperature.
The pyrometric study focused on the behavior of materials under extreme heat conditions.
The pyrometric testing of the rocket engine confirmed that it could withstand extreme heat during reentry.
The pyrometric experiments conducted in the laboratory aimed to study the behavior of materials under high-temperature conditions.
The pyrometric data collected from the solar panels helped optimize their performance in different weather conditions.
The pyrometric measurements revealed the high temperature of the volcanic lava.
The pyrometric analysis allowed accurate determination of the heat flux in the solar panel.
The pyrometric technique allowed the researchers to accurately measure the temperature inside the volcano.
The pyrometric examination of the kiln provided valuable insights into the firing process of ceramics.
The pyrometric measurements of the kiln's firing cycle ensured consistent quality in ceramic production.
The pyrometric data collected from the wildfire helped firefighters assess the intensity of the blaze.
The pyrometric analysis of the exhaust gases helped diagnose the engine's overheating issue.
The pyrometric analysis indicated that the furnace reached its maximum temperature.
The scientists used pyrometric techniques to analyze the heat distribution in the combustion chamber.
The pyrometric sensors detected a sudden increase in heat radiation, indicating a potential fire hazard.
The pyrometric analysis of the meteorite indicated that it had experienced extreme temperatures upon entering Earth's atmosphere.
The pyrometric analysis revealed the exact temperature distribution inside the kiln during the ceramic firing.
The pyrometric examination of the glass revealed that it had been annealed at the correct temperature to ensure its stability.
The pyrometric measurements helped assess the efficiency of the furnace in the steel industry.
The pyrometric analysis revealed the high temperature reached during the combustion process.
The engineers used pyrometric techniques to monitor the temperature distribution inside the industrial kiln.
The pyrometric techniques used in the experiment enabled precise control of the substance's melting point.
The pyrometric study assessed the thermal behavior of different materials under intense heat.
The pyrometric analysis indicated that the clay body required a higher firing temperature to achieve its intended strength and durability.
The pyrometric data showed that the kiln had reached its peak temperature for firing the porcelain tiles.
The pyrometric measurements helped assess the effectiveness of the insulation material in maintaining high temperatures.
The pyrometric data provided crucial information for the development of new heat-resistant materials.
The ceramics instructor taught the students how to interpret pyrometric readings to avoid over- or under-firing their clay objects.
The pyrometric data indicated a significant rise in temperature during the chemical reaction.
The pyrometric analysis showed that the furnace reached temperatures exceeding 2000 degrees Celsius.
The engineer used a pyrometric sensor to measure the temperature inside the jet engine.
The metal foundry utilizes pyrometric techniques to ensure precise temperature control during the casting process.
The pyrometric data collected from the kiln allowed the ceramic artist to achieve the desired glaze effect.
The pyrometric measurements indicated that the wildfire had reached unprecedented temperatures.
The scientist used a pyrometric probe to investigate the temperature of the sun's corona.
The pyrometric analysis revealed that the steel had been heated to its melting point.
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