Emissivity in a sentence
Synonym: emission rate.
Meaning: The measure of an object's ability to emit infrared energy; often used in thermodynamics.
(1) The emissivity of a black body is equal to 1.
(2) The emissivity of a black body is equal to one.
(3) The emissivity of glass is typically around 0.9.
(4) The emissivity of a polished metal surface is low.
(5) The emissivity of a material can vary with temperature.
(6) The emissivity of a surface can be affected by its age.
(7) The emissivity of a surface can be influenced by its color.
(8) The emissivity of a surface can be affected by its roughness.
(9) The emissivity of a material can be affected by its porosity.
(10) The emissivity of a material can affect its energy efficiency.
Emissivity sentence
(11) The emissivity of a material can be influenced by its density.
(12) The emissivity of a surface can be affected by its orientation.
(13) The emissivity of a material can be influenced by its thickness.
(14) The emissivity of a surface can be affected by its transparency.
(15) The emissivity of a material can be affected by surface coatings.
(16) The emissivity of a surface can be influenced by its reflectivity.
(17) The emissivity of a material can be influenced by its temperature.
(18) The emissivity of a material can be adjusted by applying a coating.
(19) The emissivity of a material can be improved by applying a coating.
(20) The emissivity of metals is generally lower than that of non-metals.
Emissivity make sentence
(21) The emissivity of a material can be affected by its moisture content.
(22) The emissivity of the material determines its ability to radiate heat.
(23) The emissivity of a material can be affected by its surface roughness.
(24) High emissivity materials are often used in heat transfer applications.
(25) The emissivity of a material can be measured using a spectrophotometer.
(26) The emissivity of a surface can be measured using specialized equipment.
(27) The emissivity of a surface can be affected by its thermal conductivity.
(28) The emissivity of a surface can be affected by its texture and composition.
(29) The emissivity of a material can be influenced by its chemical composition.
(30) The concept of blackbodies is closely related to the concept of emissivity.
Sentence of emissivity
(31) The emissivity of a surface can be affected by the presence of contaminants.
(32) The emissivity of a material can be adjusted by changing its surface finish.
(33) The emissivity of a material can be influenced by its crystalline structure.
(34) The emissivity of a surface can be influenced by its electrical conductivity.
(35) The emissivity of a material can be used to determine its thermal properties.
(36) The emissivity of a material determines its ability to emit thermal radiation.
(37) The emissivity of a material can be calculated using the Stefan-Boltzmann law.
(38) The transmittance of a window can be improved by using low-emissivity coatings.
(39) The emissivity of a material can be adjusted by altering its thermal properties.
(40) Radiative heat transfer can be enhanced by using materials with high emissivity.
Emissivity meaningful sentence
(41) The emissivity of a material can be adjusted by changing its chemical composition.
(42) The spectroradiometer is used in the analysis of the spectral emissivity of materials.
(43) The emissivity of the surface affects the accuracy of infrared temperature measurements.
(44) The pyrometer's adjustable emissivity setting compensates for different surface materials.
(45) The emissivity of a surface can be adjusted by applying a coating with specific properties.
(46) The retrofit windows were installed with low-emissivity coatings to reduce heat loss in the winter.
(47) The pyrometer's adjustable emissivity setting allows for accurate measurements on different surfaces.
(48) The pyrometer's adjustable emissivity setting ensures accurate temperature measurement on different surfaces.
Emissivity meaning
Emissivity is a term that is commonly used in the field of physics and engineering. It refers to the ability of a material to emit radiation. This term is often used in the context of thermal radiation, which is the transfer of heat through electromagnetic waves. Understanding emissivity is important for a variety of applications, including designing energy-efficient buildings, developing advanced materials for aerospace and automotive industries, and designing thermal imaging systems. If you are looking to use the word emissivity in a sentence, there are a few tips that can help you do so effectively. Here are some suggestions:
1. Understand the context: Before using the word emissivity in a sentence, it is important to understand the context in which it is being used. This will help you to use the word correctly and to convey your message clearly.
For example, if you are discussing the thermal properties of a material, you might use the word emissivity to describe its ability to emit radiation.
2. Use it in a technical context: Emissivity is a technical term that is commonly used in the fields of physics and engineering. As such, it is best used in a technical context.
For example, you might use the word emissivity when discussing the design of a thermal imaging system or when describing the properties of a material used in aerospace engineering.
3. Provide a definition: If you are using the word emissivity in a sentence, it may be helpful to provide a definition for your audience. This will help them to understand the meaning of the word and to follow your argument more easily.
For example, you might say "Emissivity refers to the ability of a material to emit radiation, and is an important factor in designing energy-efficient buildings."
4. Use it in a comparison: Emissivity is often used in comparisons between different materials or systems.
For example, you might say "Material A has a higher emissivity than Material B, which means that it is better at emitting radiation and will therefore cool more quickly."
5. Use it in a practical context:
Finally, it can be helpful to use the word emissivity in a practical context, to help your audience understand its real-world applications.
For example, you might say "Understanding the emissivity of different materials is important for designing solar panels, as it helps to maximize their efficiency and reduce energy waste."
In conclusion, emissivity is a technical term that is commonly used in the fields of physics and engineering. If you are looking to use this word in a sentence, it is important to understand the context in which it is being used, to provide a definition if necessary, and to use it in a technical or practical context. By following these tips, you can effectively use the word emissivity to convey your message and communicate your ideas clearly.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Emissivity. They do not represent the opinions of TranslateEN.com.