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sub frequenciescausingstanding waves
the lower frequenciessettingup standing waves
amount frequenciescausingstanding waves
eigen frequencies(passive) caused bystanding waves
The vibrations of certain frequenciescreatestanding waves
Only waves with certain frequencies >can createstanding waves
that feature no parallel surfacesto createstanding waves
room modes , where some frequencies are exaggerated ( peaks(passive) caused bystanding waves
At certain frequencies these oppositely addcausingstanding waves
at characteristic frequencies of the manifold(passive) are createdStanding waves
perfect harmonic frequencies(passive) created bystanding waves
15 correspond ... frequenciescreatestanding waves
Particular frequencies for that tubewill createstanding waves
resonances frequencies ... in turncreatestanding waves
the frequencies that match your room dimensionssetup standing waves
parallel surfaces ( walls of your enclosure ) helpto createstanding waves
when the sound is reflected back and forth between any two parallel surfaces in your room and(passive) are createdStanding waves
a room 's modal frequencies ... when excitedwill causestanding waves
Room Modes in small rooms and affecting frequencies below 350Hz(passive) caused byStanding Waves
these natural frequencies ... an outside sourcecausesstanding waves
at higher frequencies than the fundamental frequency(passive) can be createdStanding waves
Materials respond to distinct frequenciesto createstanding waves
extremely complex beat frequenciesresultingfrom standing waves
their frequencies are shifted relative to each other by more than 20MHzto preventstanding waves
The input of acoustic energy to the room at the modal frequencies and multiples thereofcausesstanding waves
Room modes , or resonancescausestanding waves
a multitude of things , such as fundamental frequencies , and resonant frequenciescreatestanding waves
high signal frequencies and impedance discontinuities(passive) created bystanding waves
parallel surfaces bouncing bass around(passive) created bystanding waves
the traditional ‘ box ’ design ... no parallel surfacescan createstanding waves
The reverb chamber has no parallel surfaces , so it avoidscreatingstanding waves
when the bass frequencies are reverberating around your room and bounce into each other(passive) are createdStanding waves
within which air will oscillate at particular frequenciesto setup standing waves
Electromagnetic harmonics ( bandwidths of radio frequenciescan createstanding waves
Frequencies whose wavelength matches the length of the roomcreatestanding waves
low frequencies bouncing around your living roomcan setup ... standing waves
At certain frequencies these oppositely directed waves are in phase and reinforcecausingstanding waves
At certain frequencies these return waves are in phase and add ( reinforcecausingstanding waves
sound bouncing back and forth between parallel surfaces(passive) caused bystanding waves
Also , since parallel surfaces in a studio are anathema ,createstanding waves
in wind instruments when you load the program you will have 5 random length tubes generatedare createdin wind instruments when you load the program you will have 5 random length tubes generated
boomy low to mid - frequency soundcausesboomy low to mid - frequency sound
between two storms,[16createdbetween two storms,[16
between two storms,[17createdbetween two storms,[17
audible distortion which can compromise the overall sound quality of the speakercan createaudible distortion which can compromise the overall sound quality of the speaker
the distortion problem(passive) caused bythe distortion problem
The nodes and antinodes ( peaks and troughs(passive) caused byThe nodes and antinodes ( peaks and troughs
from the reflection of exposure light from the substrateresultingfrom the reflection of exposure light from the substrate
audible distortion which can compromise the overall audio fidelity of the speakercan createaudible distortion which can compromise the overall audio fidelity of the speaker
increased losses and can even result in cable dielectric breakdown with high - power transmission see impedance matchingcauseincreased losses and can even result in cable dielectric breakdown with high - power transmission see impedance matching
within the transmission linecreatedwithin the transmission line
a rise in volume in the corners of the room & an uneven frequency response due to being too close to the wallscausinga rise in volume in the corners of the room & an uneven frequency response due to being too close to the walls
up on the string corresponding tosetup on the string corresponding to
on a string with a referencecreatedon a string with a reference
the string in mosetthe string in mo
violent response fluctuations inside the enclosurecauseviolent response fluctuations inside the enclosure
peaks and dips in the frequency response of the speaker combination as showncreatepeaks and dips in the frequency response of the speaker combination as shown
peaks and nulls in the frequency responsecreatepeaks and nulls in the frequency response
in a phenomenon called swing curves , the sinusoidal variation in linewidth with changing resist thickness , which can be cured with bottom antireflective coating ( BARCresultsin a phenomenon called swing curves , the sinusoidal variation in linewidth with changing resist thickness , which can be cured with bottom antireflective coating ( BARC
This unwanted effect of measurement errors(passive) caused byThis unwanted effect of measurement errors
to a local increase or decrease of the electromagnetic field on the surfaceleadingto a local increase or decrease of the electromagnetic field on the surface
increased transmission line lossescauseincreased transmission line losses
the sound of the mixcould influencethe sound of the mix
a clean soundresultsa clean sound
when two sinusoidal wave trains of the same frequency are moving in opposite directions in the same space and interfere with each other.[2resultwhen two sinusoidal wave trains of the same frequency are moving in opposite directions in the same space and interfere with each other.[2
when two sinusoidal wave trains of the same frequency are moving in opposite directions in the same space and interfere with each other.[1resultwhen two sinusoidal wave trains of the same frequency are moving in opposite directions in the same space and interfere with each other.[1
in a resonant sound in the roomresultsin a resonant sound in the room
a resonating sound in the roomcausea resonating sound in the room
to interference with the sound being heardcan leadto interference with the sound being heard
in interference - free soundresultingin interference - free sound
localized hot spotscreateslocalized hot spots
objectionable room resonances(passive) caused byobjectionable room resonances
the different room resonances(passive) caused bythe different room resonances
the audible problems(passive) caused bythe audible problems
problems in most studioscauseproblems in most studios
to transmission problemscan leadto transmission problems
This phenomenon of cancellation or resonance(passive) is caused byThis phenomenon of cancellation or resonance
resonance peakscauseresonance peaks
when two equal waves are going in opposite direction and in this case you get the usual up / down motion of the water surface but the waves do n’t progressresultwhen two equal waves are going in opposite direction and in this case you get the usual up / down motion of the water surface but the waves do n’t progress
appreciable dead spots(passive) caused byappreciable dead spots