"Pyrometers" Example Sentences
1. Pyrometers are essential instruments in measuring high temperatures.
2. A high-temperature pyrometer is necessary for industrial applications in smelting and forging.
3. The accuracy of a pyrometer depends on its calibration.
4. Infrared pyrometers are capable of measuring temperatures without physical contact.
5. Pyrometers are used in metallurgy to monitor the temperature of molten metals.
6. A non-contact pyrometer is useful in measuring the temperature of moving objects.
7. A portable pyrometer is needed in fieldwork for temperature monitoring.
8. Pyrometers are utilized in glassmaking to control the furnace temperature.
9. The thermal radiance method is commonly used in designing pyrometers.
10. Medical pyrometers are used to measure body temperature.
11. The concept of pyrometer dates back to the 18th century.
12. Fiber optic pyrometers are ideal for high-temperature measurement with minimal interference.
13. Pyrometers are essential in ensuring food safety and quality.
14. Automotive pyrometers are used to measure exhaust gas temperature.
15. Pyrometers can aid in the prevention of machine breakdowns due to overheating.
16. Industrial pyrometers are used to monitor large ovens and kilns.
17. Pyrometers can detect hot spots in electrical equipment.
18. Radiometric pyrometers are used in space exploration to measure planetary surface temperature.
19. Pyrometers play a crucial role in the steel manufacturing process.
20. A contact pyrometer is suitable for temperature measurement in solid materials.
21. The accuracy of a pyrometer can be affected by environmental factors.
22. High-temperature pyrometers are made of materials that can withstand extreme heat.
23. Laser pyrometers are used in the semiconductor industry for measuring wafer temperatures.
24. Fast-response pyrometers are used in chemical processes for real-time temperature control.
25. Pyrometers can be used in art conservation to monitor the temperature of valuable artworks.
26. Pyrometers are useful in aircraft engine maintenance to detect potential malfunctions.
27. A thermal imaging pyrometer is capable of measuring the temperature of a large area at once.
28. Pyrometers are used in the production of ceramics to monitor the firing process.
29. A pyrometer with a temperature display is useful for real-time monitoring.
30. Radiation pyrometers are commonly used in high-temperature laboratory experiments.
Common Phases
1. Measuring temperature in high-temperature industrial processes;
2. Monitoring temperature of metal components during welding and casting;
3. Checking temperature of furnaces and kilns;
4. Measuring surface temperature of objects without physical contact;
5. Evaluating heat treatment processes in metallurgy;
6. Monitoring temperature of gas and steam turbines;
7. Measuring temperature of refractory materials in glass manufacturing;
8. Checking temperature of engine parts in automotive and aerospace industries;
9. Controlling temperature in heat treatment of ceramics;
10. Measuring temperature of molten metal in foundries.