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Usage Examples
Filter by Meaning By utilizing pyrometric analysis, the engineers could detect and rectify temperature fluctuations in the heat exchanger.
The laboratory technician calibrated the pyrometric instrument before conducting the temperature analysis.
The manufacturer relied on pyrometric assessments to ensure consistent thermal expansion in their glass products.
The engineer employed pyrometric measurements to evaluate the thermal stress on the metal structure.
The pyrometric study investigated the effect of temperature on the thermal properties of the ceramic coating.
The pyrometric analysis showed that the thermal expansion of the metal decreased with increasing temperature.
The pyrometric data indicated a significant increase in temperature during the chemical reaction.
The pyrometric analysis revealed the high thermal conductivity of the ceramic material.
The researcher used pyrometric measurements to study the expansion behavior of metals at different temperatures.
The pyrometric testing allowed the researchers to determine the thermal conductivity of the polymer.
The pyrometric analysis revealed the coefficient of thermal expansion for the ceramic material.
The pyrometric data indicated a significant increase in temperature during the experiment.
The scientist used pyrometric techniques to measure the thermal properties of the alloy.
The pyrometric measurements provided valuable insights into the heat transfer characteristics of the composite material.
The pyrometric analysis provided valuable insights into the behavior of the material under extreme heat conditions.
The pyrometric analysis confirmed the effectiveness of the heat treatment on the metal sample.
The pyrometric study helped determine the heat resistance of the insulating material.
The pyrometric measurements helped determine the optimal temperature for the heat treatment process.
The pyrometric testing confirmed that the composite material had a low coefficient of thermal expansion.
The researchers used pyrometric measurements to assess the heat transfer in the furnace.
The pyrometric analysis revealed the thermal conductivity of the metal.
By employing pyrometric measurements, the scientists evaluated the thermal expansion of the metal rods.
By employing pyrometric techniques, the scientists measured the thermal conductivity of the liquid alloy.
The researchers used pyrometric measurements to evaluate the thermal properties of the newly developed composite material.
The pyrometric data provided valuable insights into the thermal properties of the ceramic material.
The pyrometric measurements indicated the temperature distribution in the kiln during the firing process.
The pyrometric tests helped determine the appropriate material for high-temperature applications.
The pyrometric analysis allowed the engineers to optimize the thermal insulation of the building.
The pyrometric analysis showed that the glass had excellent heat retention properties.
The researchers used pyrometric measurements to assess the heat resistance of various alloys.
The pyrometric techniques allowed for precise temperature monitoring in the industrial furnace.
By conducting pyrometric experiments, the engineers identified the most thermally conductive material for the heat exchanger.
The pyrometric analysis indicated that the ceramic tiles could withstand high temperatures.
The pyrometric data revealed the thermal conductivity of the new insulation material.
The pyrometric measurements helped identify a faulty heating element in the furnace.
The pyrometric data collected from different points in the kiln provided valuable insights into the firing process of ceramic tiles.
The technician used a pyrometric sensor to monitor the temperature inside the furnace during the casting process.
The pyrometric calculations were crucial in determining the optimal cooling rate for the steel rods.
The pyrometric techniques played a key role in optimizing the energy consumption of the industrial kilns.
Pyrometric control is crucial in achieving the desired mechanical properties of heat-treated components.
The pyrometric data showed a significant temperature variation across the length of the furnace.
The metallurgist used pyrometric calculations to estimate the carbon content in the molten iron.
The researchers conducted pyrometric experiments to study the effects of temperature on the alloy's strength.
The technician used a pyrometric probe to measure the heat inside the furnace.
The pyrometric measurements helped in determining the optimal cooling rate for the annealing process.
The pyrometric analysis confirmed the high temperature reached during the metal casting process.
The research paper discusses the application of pyrometric techniques in studying the heat treatment of alloys.
The pyrometric control system ensured accurate temperature monitoring during the heat treatment of the metal components.
The pyrometric data showed that the steel had reached its desired temperature for quenching.
Pyrometric analysis is an essential tool in monitoring the temperature profile during the sintering of powdered metals.
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