"Pyrometrical" Example Sentences
1. The pyrometrical analysis revealed the melting point of the metal.
2. Pyrometrical measurements showed that the furnace was not heating up enough.
3. The pyrometrical device is used to accurately measure temperature.
4. The pyrometrical data was used to optimize the manufacturing process.
5. The pyrometrical method was used to determine the purity of the chemical compound.
6. Pyrometrical instruments are essential in the steel industry.
7. The pyrometrical analysis indicated that the fuel was burning at a high temperature.
8. The pyrometrical technology used in this process is extremely advanced.
9. Pyrometrical measurements can help reduce energy consumption.
10. The pyrometrical data showed that the furnace was operating within safe parameters.
11. The pyrometrical readings indicated that the glass had reached its melting point.
12. The pyrometrical equipment must be calibrated regularly to ensure accuracy.
13. The pyrometrical analysis is a crucial step in quality control.
14. Pyrometrical calculations show that the metal will expand when heated.
15. The pyrometrical technique was used to optimize the combustion process.
16. The pyrometrical results confirmed that the reaction had taken place.
17. Pyrometrical instruments are commonly used in metallurgy.
18. The pyrometrical analysis is used to monitor the temperature of the kiln.
19. Pyrometrical measurements are important in the production of ceramics.
20. The pyrometrical method can be used to detect impurities in metals.
21. The accuracy of pyrometrical instruments is essential in metallurgical research.
22. Pyrometrical calculations are used to predict the behavior of materials at high temperatures.
23. The pyrometrical readings showed that the metal had reached its boiling point.
24. Pyrometrical data can be used to optimize the efficiency of industrial processes.
25. The pyrometrical equipment allows for precise temperature control.
26. Pyrometrical methods are used in the production of glass to ensure quality.
27. The pyrometrical analysis helped to identify the cause of the furnace malfunction.
28. Pyrometrical measurements can be used to monitor the integrity of industrial furnaces.
29. The pyrometrical readings provided important data for the development of new alloys.
30. Pyrometrical tools are essential for the safe operation of industrial processes.
Common Phases
1. The
pyrometrical readings were off;
2. The
pyrometrical data needs to be recalibrated;
3. The
pyrometrical analysis showed unexpected results;
4. The
pyrometrical measurements were consistent with previous findings;
5. The
pyrometrical method is a reliable way to measure temperature;
6. The
pyrometrical instrument needs to be updated;
7. The
pyrometrical data indicates a potential problem with the manufacturing process;
8. The
pyrometrical technique has been used in industrial applications for decades;
9. The
pyrometrical sensor must be positioned correctly for accurate readings;
10. The
pyrometrical system is designed to withstand extreme temperatures.