100 Examples of sentences containing the common noun "emittance"

Definition

Emittance refers to the measure of a surface's ability to emit energy in the form of electromagnetic radiation, typically in the infrared spectrum. It is often used in the context of thermal radiation, where materials are evaluated based on their efficiency in emitting heat.

Synonyms

• Emissivity
• Radiative efficiency
• Thermal emission

Antonyms

• Reflectance
• Absorptance
• Insulation

Examples

1. The material's emittance significantly affects its thermal performance.
2. Engineers calculate the emittance of various surfaces to optimize energy efficiency.
3. Higher emittance values indicate better heat emission properties.
4. The emittance of the coating was tested under controlled conditions.
5. To improve energy efficiency, the team focused on reducing the emittance of the building materials.
6. The study measured the emittance of different metals at various temperatures.
7. Emittance plays a crucial role in the design of energy-efficient windows.
8. Researchers found that the emittance of the ceramic was surprisingly high.
9. The emittance of the surface was a key factor in the thermal regulation system.
10. Architects often consider the emittance of materials in sustainable building designs.
11. Understanding emittance helps in selecting the right materials for solar panels.
12. The emittance of the surface can be enhanced by applying a specific coating.
13. Scientists measured the emittance to determine how well the material would perform in high temperatures.
14. The emittance of the insulation material was lower than expected.
15. They conducted experiments to analyze the emittance of various textiles.
16. High emittance can lead to increased cooling costs in hot climates.
17. The emittance of the paint used on the building affects its heat absorption.
18. To achieve optimal performance, the emittance of the system must be carefully calibrated.
19. The research focused on the emittance properties of nanomaterials.
20. The emittance of the sample was found to be consistent across multiple tests.
21. Engineers must consider emittance when designing thermal barriers.
22. The emittance spectrum of the material was analyzed using advanced techniques.
23. A lower emittance indicates that a surface reflects more energy than it emits.
24. The team presented their findings on the emittance of various polymers.
25. The emittance factor is critical in simulations of thermal dynamics.
26. We need to evaluate the emittance of the new composite material.
27. The emittance properties of the material are essential for its application in aerospace.
28. Researchers have developed new methods to improve the emittance of photovoltaic cells.
29. The emittance test results were significantly better than the previous version.
30. Understanding emittance assists in predicting the thermal behavior of materials.
31. The emittance of the new alloy surprised the researchers with its efficiency.
32. The product's emittance rating is crucial for energy-efficient designs.
33. A high emittance rate can lead to faster cooling processes in materials.
34. The emittance of the tested surface exceeded industry standards.
35. The study of emittance is vital for advancements in thermal management technologies.
36. The emittance of the organic materials was influenced by their chemical structure.
37. Their findings on emittance have implications for climate control systems.
38. The emittance of the surface was decreased by applying a specialized coating.
39. Researchers are exploring the relationship between emittance and material structure.
40. The emittance values were recorded in a comprehensive database for analysis.
41. The emittance of the insulation material is measured under different environmental conditions.
42. A thorough understanding of emittance can lead to better energy conservation practices.
43. The new technology aims to enhance the emittance of industrial materials.
44. The emittance of the surface was significantly improved by the new treatment process.
45. The emittance characteristics of the material were critical in the thermal model.
46. Scientists are investigating the effect of temperature on material emittance.
47. The emittance of the surface was carefully controlled during the experiment.
48. A low emittance rating can help reduce heat loss in buildings.
49. The research team published their findings on the emittance of glass.
50. The emittance efficiency of the material is a key consideration in product development.
51. They found that the emittance of the new composite was much higher than anticipated.
52. The emittance properties of the surface are influenced by its texture.
53. The emittance levels were recorded for comparison against existing benchmarks.
54. The study highlighted the importance of emittance in thermal systems.
55. Advances in emittance measurement techniques have improved material analysis.
56. The emittance of the material is critical for its application in high-heat environments.
57. They are working on ways to optimize the emittance for better thermal management.
58. The emittance of the coating was analyzed using infrared spectroscopy.
59. A comprehensive understanding of emittance helps in material selection for engineering applications.
60. The emittance of the surface was tested across various wavelengths.
61. Thermal imaging can help visualize the emittance of different materials.
62. The findings on emittance could lead to breakthroughs in energy-efficient technologies.
63. The emittance of the new material was much lower than traditional options.
64. They used a spectrometer to measure the emittance of the surface precisely.
65. The emittance of the building materials impacts overall energy consumption.
66. A high emittance material can help in heat dissipation applications.
67. The emittance characteristics were fundamental to the design of the thermal shield.
68. Researchers are focusing on the emittance of nanostructured materials for advanced applications.
69. The emittance of the surface can be modified through various chemical treatments.
70. The emittance values were compared to identify the best performing materials.
71. Analyzing emittance is essential for improving the efficiency of heat exchangers.
72. The emittance of the tested samples varied significantly based on their composition.
73. The team's research on emittance has implications for energy policy.
74. The emittance of the surface was crucial for the thermal performance of the device.
75. They observed a correlation between emittance and surface roughness.
76. The emittance of the insulation material was a key factor in its approval.
77. The study focused on enhancing the emittance of eco-friendly materials.
78. The emittance analysis provided insights into the material's thermal behavior.
79. A detailed report on the emittance characteristics was published.
80. The emittance of the new polymer was found to be superior to its predecessors.
81. Understanding material emittance can lead to more effective thermal designs.
82. The emittance properties were evaluated under varying environmental conditions.
83. The emittance of a surface can be affected by its color and finish.
84. The research addressed the challenges in measuring emittance accurately.
85. The emittance values obtained were consistent across multiple trials.
86. The emittance of the surface must be optimized for efficient heat transfer.
87. A new method for measuring emittance was developed by the researchers.
88. The emittance of traditional materials was compared to innovative alternatives.
89. Enhanced emittance is crucial for the performance of thermal insulation products.
90. The emittance characteristics of the material were thoroughly documented.
91. The study of emittance is gaining traction in material science research.
92. The emittance of the coating was reduced to improve overall efficiency.
93. The emittance of high-temperature materials is of particular interest to engineers.
94. They published a paper discussing the implications of emittance on climate control.
95. The emittance of the surface can influence the overall energy balance of a system.
96. The emittance values were used to develop more accurate thermal models.
97. The findings on emittance could lead to advancements in sustainable architecture.
98. The emittance of the surface was critical for its application in space technology.
99. They found that emittance can vary significantly based on surface treatment.
100. Understanding emittance is essential for improving thermal efficiency in manufacturing.