Absorption Coefficient in a sentence

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Synonym: absorptivity. Antonym: transmittance

Meaning: A measure of how much light is absorbed per unit distance.


Absorption Coefficient in a sentence

(1) The absorption coefficient of this material is quite high.

(2) The absorption coefficient of water is higher than that of air.

(3) The absorption coefficient is an intrinsic property of a material.

(4) The absorption coefficient is influenced by the density of a material.

(5) The absorption coefficient is commonly used in the field of spectroscopy.

(6) The absorption coefficient is higher for materials with a higher density.

(7) The absorption coefficient is used in the calculation of optical density.

(8) The absorption coefficient is a key parameter in the study of photochemistry.

(9) The absorption coefficient is a measure of how well a material absorbs sound.

(10) The absorption coefficient is typically expressed in units of inverse meters.



Absorption Coefficient sentence

(11) The absorption coefficient is often expressed in units of inverse centimeters.

(12) The absorption coefficient is lower for materials with a lower bandgap energy.

(13) The absorption coefficient is a key parameter in the design of optical devices.

(14) The absorption coefficient is an important factor in the design of solar cells.

(15) The acoustician measured the sound absorption coefficient of various materials.

(16) The absorption coefficient is an essential parameter in the field of radiology.

(17) The absorption coefficient is an important parameter in the field of acoustics.

(18) The absorption coefficient is higher for materials with a higher atomic number.

(19) The absorption coefficient determines how much light is absorbed by a substance.

(20) The absorption coefficient is lower for materials with a lower refractive index.




Absorption Coefficient make sentence

(21) The absorption coefficient is a measure of how much a material absorbs radiation.

(22) The absorption coefficient is higher for materials with a higher refractive index.

(23) The absorption coefficient is used to calculate the optical density of a material.

(24) The absorption coefficient is influenced by the physical properties of a material.

(25) The absorption coefficient of this material determines its ability to absorb light.

(26) The absorption coefficient is a measure of how much a material attenuates a signal.

(27) The absorption coefficient is an essential parameter in the study of heat transfer.

(28) The absorption coefficient is influenced by the molecular structure of a substance.

(29) The absorption coefficient is used to calculate the intensity of transmitted light.

(30) The absorption coefficient can be calculated using various experimental techniques.



Sentence of absorption coefficient

(31) The absorption coefficient is affected by factors such as temperature and pressure.

(32) The absorption coefficient is an important parameter in the study of heat transfer.

(33) The absorption coefficient is an important factor in the design of optical filters.

(34) The absorption coefficient is inversely proportional to the material's transparency.

(35) The absorption coefficient is an important property in the field of medical imaging.

(36) The absorption coefficient is affected by the presence of impurities in a substance.

(37) The absorption coefficient is influenced by the chemical composition of a substance.

(38) The absorption coefficient is a measure of how much a substance can absorb radiation.

(39) The absorption coefficient is influenced by factors such as temperature and pressure.

(40) The absorption coefficient of a material can vary with different wavelengths of light.




Absorption Coefficient meaningful sentence

(41) The absorption coefficient is an important parameter in the design of optical devices.

(42) The absorption coefficient is used to quantify the absorption of X-rays in a material.

(43) The absorption coefficient can vary depending on the wavelength of the incident light.

(44) The absorption coefficient is commonly used in the study of electromagnetic radiation.

(45) The absorption coefficient is an important consideration in the design of solar cells.

(46) The absorption coefficient is an important parameter in the study of sound propagation.

(47) The absorption coefficient is an important parameter in the study of X-ray attenuation.

(48) The absorption coefficient of a substance can vary with different wavelengths of light.

(49) The absorption coefficient of a material can be influenced by its chemical composition.

(50) The absorption coefficient can be affected by factors such as temperature and pressure.



Absorption Coefficient sentence examples

(51) The absorption coefficient is an essential parameter in the study of optical materials.

(52) The absorption coefficient is an essential parameter in the study of nuclear radiation.

(53) The absorption coefficient can be determined experimentally or calculated theoretically.

(54) The absorption coefficient is a fundamental property in the field of radiative transfer.

(55) The absorption coefficient is an important parameter in the study of optical properties.

(56) The absorption coefficient is a measure of how efficiently a material absorbs radiation.

(57) The absorption coefficient is a key factor in determining the transparency of a material.

(58) The absorption coefficient is used to quantify the amount of light absorbed by a material.

(59) The absorption coefficient is a measure of how much a material absorbs and scatters light.

(60) The absorption coefficient is used to determine the amount of light absorbed by a material.



Sentence with absorption coefficient

(61) The spectroscopically measured absorption coefficient indicated the material's transparency.

(62) The absorption coefficient is used to calculate the amount of energy absorbed by a material.

(63) The absorption coefficient is a fundamental property of materials in the field of acoustics.

(64) The absorption coefficient is used to quantify the amount of energy absorbed by a substance.

(65) The absorption coefficient is used to calculate the amount of energy absorbed by a substance.

(66) The absorption coefficient is used to characterize the absorption of sound waves in a medium.

(67) The absorption coefficient is an indicator of a material's ability to convert light into heat.

(68) The absorption coefficient is used to characterize the behavior of acoustic waves in a medium.

(69) The absorption coefficient is used to characterize the behavior of materials in X-ray imaging.

(70) The absorption coefficient is an essential parameter in the study of light-matter interactions.




Use absorption coefficient in a sentence

(71) The absorption coefficient is commonly used in spectroscopy to analyze the absorption of light.

(72) The absorption coefficient is a fundamental property of materials in the field of spectroscopy.

(73) The absorption coefficient is used to determine the amount of radiation absorbed by a substance.

(74) The coefficient of absorption is used to determine the sound absorption coefficient of a surface.

(75) The coefficient of absorption is used to calculate the sound absorption coefficient of a material.

(76) The absorption coefficient is used to quantify the loss of energy in a material due to absorption.

(77) The absorption coefficient is a measure of the probability of absorption of a photon by a material.

(78) The absorption coefficient is used to characterize the behavior of materials in ultrasound imaging.

(79) The absorption coefficient is used to characterize the behavior of electromagnetic waves in a medium.

(80) The absorption coefficient is a measure of how strongly a material absorbs electromagnetic radiation.



Sentence using absorption coefficient

(81) The absorption coefficient is used to characterize the absorption of electromagnetic waves in a medium.

(82) The absorption coefficient is used to describe the attenuation of a wave as it passes through a medium.

(83) The absorption coefficient is an indicator of how efficiently a material absorbs and dissipates energy.

(84) The absorption coefficient is used to characterize the attenuation of a wave as it passes through a medium.

(85) The absorption coefficient is used to determine the amount of energy absorbed by a material per unit length.

(86) The absorption coefficient is used to determine the amount of energy absorbed by a material per unit volume.

(87) The absorption coefficient is used to determine the thickness of a material required for a specific application.

(88) The absorption coefficient is used to determine the efficiency of a material in absorbing electromagnetic radiation.



Absorption Coefficient meaning


Absorption coefficient is a term commonly used in physics and engineering to describe the ability of a material to absorb or attenuate a specific type of energy, such as sound, light, or heat. It is a crucial parameter that helps determine the behavior of waves or radiation when they interact with a medium. In this article, we will explore various tips on how to effectively use the term "absorption coefficient" in sentences.


1. Definition and Context: When using the term "absorption coefficient" in a sentence, it is essential to provide a clear definition or context to ensure the reader understands its meaning. For example: - "The absorption coefficient, denoted by ?, represents the fraction of incident light absorbed by a material." - "In acoustics, the absorption coefficient measures the ability of a surface to absorb sound energy."


2. Use in Scientific Explanations: The term "absorption coefficient" is commonly used in scientific explanations, particularly in fields like physics, chemistry, and material science. When using it in such contexts, consider the following tips: - "The absorption coefficient of a material determines the amount of energy it can absorb from incident radiation." - "Higher absorption coefficients indicate that a material is more effective at absorbing specific wavelengths of light."


3. Comparisons and Contrasts: To provide a better understanding of the concept, it can be helpful to compare or contrast the absorption coefficients of different materials or situations. Here are some examples: - "Glass has a lower absorption coefficient for ultraviolet light compared to plastic." - "When comparing the absorption coefficients of different metals, copper exhibits higher values than aluminum."


4. Experimental Results and Measurements: When discussing experimental results or measurements related to absorption coefficients, it is crucial to provide accurate information and units. Consider the following examples: - "The absorption coefficient of the sample was measured to be 0.75 at a wavelength of 500 nm." - "The team conducted a series of experiments to determine the absorption coefficients of various polymers."


5. Practical Applications: Highlighting the practical applications of absorption coefficients can make your sentences more relatable and engaging. Here are a few examples: - "Understanding the absorption coefficient of solar panels is crucial for optimizing their energy conversion efficiency." - "Architects often consider the absorption coefficients of different building materials to design spaces with optimal acoustics."


6. Mathematical Formulations: In some cases, it may be necessary to include mathematical formulations related to absorption coefficients. Ensure that you provide sufficient explanation and context to aid comprehension. For instance: - "The absorption coefficient can be calculated using Beer-Lambert's law, which relates it to the concentration of the absorbing species and the path length of the incident radiation."


7. Historical or Theoretical Background: When appropriate, you can provide historical or theoretical background information to enhance the reader's understanding. For example: - "The concept of absorption coefficients was first introduced by Pierre Bouguer in the 18th century during his studies on the attenuation of light in different media."


In conclusion, the term "absorption coefficient" is a fundamental concept in physics and engineering. By following these tips, you can effectively incorporate it into your sentences, whether you are explaining its definition, discussing experimental results, or exploring its practical applications.





The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Absorption Coefficient. They do not represent the opinions of TranslateEN.com.