"Pyrometric" Example Sentences
1. The laboratory analyzed the furnace temperature using a pyrometric device.
2. The ceramics industry requires precise pyrometric measurements during production.
3. The pyrometric cones were used to monitor the heat in the kiln.
4. The pyrometric thermometer provided accurate readings of the metal's temperature.
5. The pyrometric control system prevented overheating of the equipment.
6. Pyrometric data was crucial in determining the optimal firing conditions for the pottery.
7. The company invested in a high-quality pyrometric device for their foundry.
8. The pyrometric profiler measured the temperature of the flames in the furnace.
9. The researcher used the pyrometric method to measure the temperature of the plasma.
10. The pyrometric probes helped to maintain the uniformity of the temperature in the furnace.
11. The pyrometric charts showed the temperature changes of the fuel cells.
12. The pyrometric measurement system can provide accurate and real-time data.
13. The pyrometric scanning device mapped the temperature across the entire surface.
14. The furnace's temperature reached the pyrometric limit set by the safety guidelines.
15. The pyrometric accuracy of the analysis ensured the quality of the steel.
16. The pyrometric sensor detected the coolant's temperature for the engine.
17. The pyrometric logging system recorded the temperature changes over time.
18. The pyrometric monitoring system sounded an alarm when the temperature exceeded the limits.
19. The pyrometric analysis confirmed the overheating issue with the transformer.
20. The pyrometric imaging system revealed the temperature distribution of the exhaust gases.
21. The pyrometric device detected the hot spots in the insulation of the building.
22. The pyrometric measurements of the oven's temperature provided valuable data for the baking process.
23. The pyrometric experiment concluded that the temperature was the key factor in the production of the alloy.
24. The pyrometric analysis revealed the temperature variation in the welding process.
25. The pyrometric investigation found that the high temperature caused the material to expand and contract.
26. The pyrometric system monitored the temperature of the liquid metal in the casting process.
27. The pyrometric technique detected the temperature changes in the sample during the heating process.
28. The pyrometric evaluations confirmed that the furnace was operating within the desired temperature range.
29. The pyrometric methods were used to optimize the temperature control system of the reactor.
30. The pyrometric analysis showed that the temperature gradient was the cause of the production defects.
Common Phases
1.
Pyrometric cones are commonly used to measure kiln temperatures;
2. The
pyrometric device consists of a ceramic cone that melts at a specific temperature;
3. The
pyrometric readings help to determine when a material is sintered or melted;
4. The
pyrometric test is performed to ensure that ceramics are fired at the correct temperature;
5.
Pyrometric data is important in the production of high-quality glass;
6.
Pyrometric techniques are used in a variety of industries such as steel manufacturing and aerospace;
7.
Pyrometric sensors are used to monitor the temperature of furnaces and boilers;
8.
Pyrometric analysis is a critical step in the development of new materials;
9.
Pyrometric readings are often used to troubleshoot issues with kilns and other heating systems;
10.
Pyrometric charts help to determine the appropriate temperature and time for firing ceramics.