Attenuation example sentences

"Attenuation" Example Sentences

1. The signal experienced attenuation as it traveled through the medium.
2. Attenuation of the sound waves occurred as they hit the barrier.
3. Noise attenuation is an important factor in the design of this system.
4. The thickness of the walls provides good sound attenuation.
5. The algorithm corrects for signal attenuation in the transmission lines.
6. The seismic waves suffered attenuation as they passed through the Earth's layers.
7. Attenuation of the vibrations allowed the machine to operate smoothly.
8. Loss of signal strength due to attenuation was a major challenge in the design.
9. Noise attenuation properties were optimized to reduce interference.
10. Radio waves experience attenuation due to absorption and scattering.
11. The insulation provided thermal attenuation, keeping the contents hot or cold.
12. Absorbing materials were placed to achieve the desired level of sound attenuation.
13. Attenuation compensation was applied to the transmitted signal.
14. The level of radio frequency attenuation exceeded specifications.
15. The cushions provided effective attenuation of shocks and vibrations.
16. Light levels were attenuated using filters and neutral density screens.
17. Attenuated versions of the virus vaccine were used in initial trials.
18. Soil properties led to attenuation of the ground motion.
19. Double glazing provides good attenuation of external noise.
20. The timing signal was significantly attenuated by the long cable run.
21. Attenuated strains of the bacterium are used as probiotics.
22. The drug showed attenuation of symptoms within a few weeks.
23. Attenuation of river flows occurred due to reduced rainfall.
24. There was attenuation of the elastic waves as they traveled through the rock.
25. The intensity of the radiation field attenuated exponentially with distance.
26. Sound attenuation materials were installed to reduce noise levels.
27. Extra insulation was added to achieve higher levels of thermal attenuation.
28. Absorptive materials were selected for their high attenuation coefficients.
29. Dust particles caused attenuation of the laser beam.
30. The circuit provides signal attenuation to prevent overloading the receiver.
31. Attenuation of pressure waves within the medium reduced their intensity.
32. Higher frequency sound waves experience more attenuation.
33. The reduced virus dosage provided effective attenuation of symptoms.
34. Attenuated yeast strains are used in the fermentation process.
35. Additional insulation was needed to achieve the required level of sound attenuation.
36. The process of attenuation weakens or reduces the intensity of something.
37. The density of the medium determines the degree of attenuation.
38. Line losses due to attenuation became excessive at high frequencies.
39. The attenuator circuit element is used to reduce signal strength.
40. Medications were prescribed to achieve symptom attenuation.
41. Radiation levels attenuated quickly once the source was removed.
42. Absorptive materials provide sound attenuation through conversion of acoustical energy into heat.
43. The filters attenuated harmonics present on the AC power line.
44. As the waves propagated through matter, attenuation reduced their amplitude.
45. Insulation thickness can be increased to improve thermal attenuation.
46. Vacuum transmission lines experience minimal signal attenuation.
47. Attenuated vaccines contain weakened or inactive versions of viruses or bacteria.
48. Attenuation can prevent overloading the receiver by reducing signal strength.
49. Longer wavelength sound experiences less attenuation in air.
50. There was rapid attenuation of bacterial numbers after the antibiotics were administered.
51. Increasing loss tangent improves the attenuation coefficients of absorptive materials.
52. Attenuation compensation algorithms correct for signal loss over distance.
53. The included attenuator pad provides precise control of signal attenuation.
54. The padding provided effective attenuation of impacts and shocks.
55. The attenuation of electromagnetic waves reduces their power as they travel.
56. Reduction in virus titer indicates attenuation of the virus strain.
57. Air pockets in porous materials help provide sound attenuation.
58. Increasing the gain offset compensates for signal attenuation.
59. Exposure to an attenuated virus can induce immunity without causing full-blown illness.
60. Attenuators reduce power by dissipating energy as heat.

Common Phases

1. The signal attenuation increased with distance from the transmitter.
2. Light attenuation in the optical fiber limited the maximum data transmission distance.
3. Noise attenuation was achieved through signal filtering and amplification.
4. Sound attenuation was improved by adding insulation and soundproofing materials.
5. The shielding of the cable helped reduce electromagnetic interference and attenuation.
6. The engineers designed the system for minimal signal distortion and power attenuation.
7. The additional insulation reduced heat loss and thermal attenuation.
8. Coaxial cable has less signal attenuation than ordinary twisted pair cable.
9. The reflector helped minimize attenuation in the laser beam.
10. The winemaker achieved acidity and tannin attenuation through oak aging.
11. Noise attenuation was an important design consideration for the microphone.
12. Attenuation of seismic waves occurs as they travel through the earth's layers.
13. The attenuation of light in the atmosphere is caused by scattering and absorption.
14. The decibel scale is used to measure attenuation or amplification of sound intensity.
15. Attenuation refers to gradual weakening or diminishing in amount, value, or strength.
16. Attenuation of vibrations was achieved through isolation mounts and damping material.
17. The engineer designed the antenna to minimize signal reflection and attenuation.
18. Radiation attenuation occurs due to scattering and absorption of radiation particles.
19. The ceramic acoustic absorbers helped achieve sound attenuation within the enclosure.
20. Attenuation compensation was required to maintain signal integrity over distance.
21. Higher frequency signals experience greater transmission attenuation than lower frequencies.
22. Water vapor in the air causes attenuation of electromagnetic waves in the microwave range.
23. Attenuation of X-rays refers to the reduction in intensity as they pass through matter.
24. The signal attenuates as it travels through the filter due to energy absorption and leakage.
25. Attenuation of telephone signals over long distances requires amplification and compensation.
26. The engineer recommended thicker insulation to reduce heat loss through attenuation.
27. The surgeon implanted an attenuator to reduce excess cerebrospinal fluid pressure.
28. The soundproofing material helped achieve the desired level of sound attenuation.
29. Attenuation helps reduce the amplitude of vibrations, pressure waves, and electromagnetic fields.
30. The audio engineer adjusted equalization levels to compensate for frequency attenuation.
31. Attenuation of earthquake ground motion occurs as waves travel through soils and rocks.
32. Radiation attenuators are used to decrease the radiation dose delivered to patients.
33. Attenuation compensation circuits are required to maintain signal level over long cable runs.
34. Attenuation losses due to scattering and absorption are accounted for in signal budgets.
35. Diffraction grating surface profiles were optimized to minimize spectral line attenuation.
36. The meter was calibrated to account for signal attenuation through the sample chamber.
37. Radiographic contrast agents help overcome soft tissue attenuation in medical images.
38. Microwave absorbers were added to attain the required amount of signal attenuation.
39. Attenuation pads or circuits are used to decrease signal power to an acceptable level.
40. Frequency-dependent attenuation affects the fidelity of transmitted audio signals.
41. High-pass and low-pass filters achieve attenuation at specific frequencies.
42. The researchers measured and compared viral load attenuation with various treatments.
43. The engineer redesigned the antenna to reduce signal spillover and cross-polarization attenuation.
44. The chemical treatment achieved attenuation of organic contaminants in the wastewater.
45. Optical fibers minimize attenuation through total internal reflection within the core.
46. Ultrasound attenuation in tissue varies with frequency and composition.
47. The researchers quantified circadian rhythm attenuation associated with aging.
48. Attenuation of the wake created by the ship helped reduce erosion of the shoreline.
49. Attenuation of tonal components in harmonic distortions was achieved through passive filtering.
50. Attenuation of elastic waves depends on the parameters of the medium they propagate through.
51. The wall insulation helped achieve the desired level of sound transmission loss and attenuation.
52. Attenuators are commonly used to control signal power levels in electrical and optical systems.
53. The fiber optic cable had very low signal attenuation over long distances.
54. The dosage was calculated to achieve optimal dose attenuation within the tumor volume.
55. Variable attenuators provide adjustable attenuation over a controlled range.
56. Attenuation of disturbances helps keep control systems stable and well damped.
57. Noise attenuation was achieved through a combination of noise isolation and absorption.
58. Attenuation of seismic noise helped improve signal resolution in subsurface imaging.
59. Phase and amplitude attenuation are the two main types of signal distortion.
60. Attenuation of extremes helps stabilize and regulate complex systems.