"Thermographically" Example Sentences
1. The image was produced thermographically to detect any hot spots.
2. Thermographically scanning the surface of the material showed a significant change in temperature.
3. The thermographically produced image allowed us to identify cracks in the metal.
4. The equipment was designed to thermographically measure heat distribution across the panel.
5. The thermographically detected variations in temperature were caused by friction between the moving parts.
6. The system was set up to thermographically monitor the welding process.
7. The image was captured thermographically and analyzed for any potential defects.
8. By thermographically scanning the area, we were able to determine the extent of the damage.
9. The equipment was calibrated to thermographically measure any changes in temperature.
10. The technician used a thermographically sensitive camera to locate the damaged component.
11. The thermographically produced image clearly showed the areas of high temperature.
12. The product was tested thermographically to ensure it met the required quality standards.
13. The anomaly was detected thermographically and immediately investigated.
14. The instrument was designed to thermographically measure changes in surface temperature.
15. The building was scanned thermographically to detect any areas of heat loss.
16. The thermographically sensitive material allowed us to detect any defects in the product.
17. The thermographically produced image revealed the exact location of the fault.
18. The equipment was used to thermographically monitor the temperature of the fluid.
19. The technician measured the temperature thermographically to verify the accuracy of the reading.
20. The thermographically sensitive paint highlighted areas of temperature variation.
21. The software was developed to analyze thermographically captured images.
22. The thermographically generated image was used to locate the source of the problem.
23. The equipment was designed to thermographically measure infrared radiation emitted from the object.
24. The thermographically detected areas of hot and cold were used to optimize the process.
25. The material was coated with a thermographically responsive material to detect any changes in temperature.
26. The thermographically detected changes in temperature were used to adjust the manufacturing process.
27. The image was captured thermographically and then processed to highlight areas of interest.
28. The instrument was calibrated to ensure the thermographically measured temperature was accurate.
29. The thermographically captured image was compared to a reference image to detect any anomalies.
30. The thermographically measured temperature of the material indicated the presence of a defect.
Common Phases
1.
Thermographically, the temperature distribution of the object was analyzed;
2. The
thermographically captured images revealed the presence of hotspots in the electrical system;
3.
Thermographically mapping the surface of the building allowed for the identification of areas with poor insulation;
4.
Thermographically monitoring the heat signatures of machinery detected anomalies that required maintenance;
5. The
thermographically derived data provided insights on the thermal performance of the aircraft engine.