reflected sounds

USAGE SUMMARY

The phrase "reflected sounds" is correct and usable in written English.
It can be used in contexts related to acoustics, sound waves, or audio effects, where sounds bounce off surfaces and return to the listener. Example: "In the concert hall, the reflected sounds created a rich and immersive auditory experience for the audience."

✓ Grammatically correct

Science

News & Media

Human-verified examples from authoritative sources

Exact Expressions

9 human-written examples

Dr. Galambos's best-known accomplishment was teaming with Donald R. Griffin in 1939 and 1940 to prove how bats use reflected sounds to detect objects.

The New York Times

But even more important is ensuring that the reflected sounds have adequate tonal response, he said, and for that, a lot of power is needed.

The New York Times - Tech

As a student, Donald Griffin and a fellow student, Robert Galambos, found that bats could use reflected sounds to detect objects.

The New York Times

Reverberation is the collection of reflected sounds from the surfaces in an enclosure like an auditorium.

EURASIP Journal on Advances in Signal Processing

For speech enhancement, experiments show the effectiveness of dereverberation of the late reverberation components, and beamforming using multiple microphones that enhances direct sounds compared to the reflected sounds.

EURASIP Journal on Advances in Signal Processing

Quite on his own, Kish had learned to visualise the environment by clicking his tongue and listening to the reflected sounds.

BBC

Human-verified similar examples from authoritative sources

Similar Expressions

49 human-written examples

Expressions are derived to obtain the reflection and transmission coefficients, and to separate the incident sound pressure with reflected sound pressure from two integrated piezoelectric sensor layers.

Journal of Sound and Vibration

The reflected sound is detectable by the direct effect.

Encyclopedia Britannica

Unlike conventional loudspeakers, which radiated sound only forward, the 901s used a blend of direct and reflected sound.

The New York Times

Outside the beam one hears silence or, if there are surfaces nearby, faint murmurs from the reflected sound waves.

The New York Times - Science

If the target is far off, there may be too little reflected sound for the receiver to pick up.

The New York Times - Science

Expert writing Tips

Best practice

In scientific writing, specify the types of surfaces causing the reflections to provide a clearer understanding of the acoustic environment. For instance, mention "reflected sounds from walls" or "reflected sounds from the ceiling".

Common error

Avoid using "reflected sounds" when you actually mean sound absorption. Reflection refers to sound waves bouncing off surfaces, while absorption refers to sound waves being soaked up by a material. Using the terms interchangeably can lead to misunderstandings about acoustic properties.

Linguistic Context

The phrase "reflected sounds" functions primarily as a noun phrase, where "reflected" acts as an adjective modifying the noun "sounds". This phrase typically describes the phenomenon of sound waves bouncing off surfaces, as demonstrated in the examples provided by Ludwig.

Expression frequency: Common

Frequent in

Science

34%

News & Media

52%

Encyclopedias

8%

Less common in

Wiki

4%

Formal & Business

0%

Reference

0%

Ludwig's WRAP-UP

In summary, "reflected sounds" is a grammatically sound and commonly used phrase, denoting sounds that have bounced off a surface. Ludwig AI confirms its usability across various contexts, particularly in science and news media. While alternatives like "echoed sounds" or "sound reflections" exist, "reflected sounds" remains a precise and versatile term, essential for describing acoustic phenomena. Remember to differentiate reflection from absorption to avoid misinterpretations. Its frequent use in authoritative sources like The New York Times and scientific journals underscores its reliability and importance in both technical and general discourse.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

sound reflections

A noun phrase emphasizing the phenomenon of sound waves bouncing off surfaces.

echoed sounds

Focuses specifically on the echoing nature of the sound, emphasizing the return of the sound wave.

acoustical reflections

Specifically refers to the reflections related to acoustics.

reverberating sounds

Highlights the persistence and gradual decay of sound due to multiple reflections in an enclosed space.

sonic reflections

Describes sounds in the field of sonic phenomena.

bounced sounds

Emphasizes the action of sound waves hitting a surface and changing direction.

returned sounds

Focuses on the sound waves that come back after hitting an object.

indirect sounds

Refers to sounds that do not reach the listener directly from the source.

deflected sounds

Highlights the change in direction of sound waves upon encountering a surface.

scattered sounds

Describes sounds that have been dispersed in multiple directions after hitting a surface.

FAQs

How can I use "reflected sounds" in a sentence?

You can use "reflected sounds" to describe how sound waves bounce off surfaces in a room, affecting the acoustics. For example, "The quality of the concert hall was affected by the "reflected sounds" from the walls and ceiling".

What are some alternatives to "reflected sounds"?

Some alternatives include "echoed sounds", "reverberating sounds", or "sound reflections", depending on the specific context you want to convey.

What is the difference between "reflected sounds" and "direct sounds"?

"Direct sounds" travel straight from the source to the listener, while "reflected sounds" bounce off surfaces before reaching the listener. Understanding this difference is crucial in acoustics and audio engineering.

In what contexts is it most appropriate to use the term "reflected sounds"?

The term "reflected sounds" is particularly appropriate in contexts related to acoustics, audio engineering, and architectural design, where understanding how sound waves interact with surfaces is important. It's also useful in describing how bats and other animals use echolocation.