reception of audio sound waves(passive) caused bymechanical vibration
sound waves into nerve impulses(passive) caused bymechanical vibrations
said reaction forces in the force frame(passive) caused bymechanical vibrations
a fan in a computer system US20110303369(passive) caused bymechanical vibrations
a fan in a computer system US8757541(passive) caused bymechanical vibrations
the transducer 57(passive) caused bythe mechanical vibration
wind off of a rotating disk surface accessed by the slider.2008 - 12 - 11 20080304184WRITE TRANSDUCER AND SYSTEM IMPLEMENTING(passive) caused bymechanical vibrations
a fan in a computer system US20130111906A1 ( en(passive) caused bymechanical vibrations
a fan in a computer system Baz et al .(passive) caused bymechanical vibrations
coughing , and assessing the progression(passive) caused bymechanical vibrations
coughing , and predicting the onset(passive) caused bymechanical vibrations
sound waves ' spider ' professional support anti - vibration(passive) caused bymechanical vibrations
the speaker interface element(passive) caused at least partially bymechanical vibrations
the speaker and fed into the microphone(passive) caused byMechanical vibrations
a speaker that is located in the same apparatus(passive) caused bymechanical vibrations
said reaction forces and floor vibrations(passive) caused bymechanical vibrations
motor malfunctions(passive) caused bymechanical vibrations
machines and transport equipment(passive) caused bymechanical vibration
the selected breathing - related sound(passive) caused bymechanical vibrations
as a textbook for the undergraduate students of mechanical , electrical , aeronautical , automobile and civil engineering at major universities(passive) is designedMechanical Vibrations
the entire bulk material expands and contractscreatingthe mechanical vibration
road unevenness during normal running(passive) caused bymechanical vibration
The exciter 130 may be adaptedto createa mechanical vibration
the discharge of molten metal through an outlet(passive) caused bymechanical vibrations
a fan in a computer system * Cited by examinerClassifications U.S. Classification366/139(passive) caused bymechanical vibrations
the rotation of the rotor(passive) caused bythe mechanical vibration
rotation of the chopper(passive) caused bymechanical vibrations
a direct drive and method for generating such signals US20100032879A1 ( en(passive) caused bymechanical vibrations
A speaker uses electrical energyto createmechanical vibrations
the operation of speaker horn 92(passive) created bymechanical vibrations
the speaker or the headphones that you ’re wearing end up(passive) are created bythe mechanical vibrations
unbalanced inertia force and noise(passive) caused bymechanical vibrations
the measurement system itself(passive) caused bymechanical vibrations
Wulich , D. D. Wulich , N. S. Kopeika , “ Image resolution limitsresultingfrom mechanical vibration
the sound source(passive) caused bymechanical vibration
HADAR O , KOPEIKA N S. Image resolution limitsresultingfrom mechanical vibrations
the motor acting as a transformer(passive) caused bythe mechanical vibration
dynamic - unbalance in the motor(passive) caused bymechanical vibration
mechanical vibration and noise(passive) caused bymechanical vibration and noise
the signal noise(passive) caused bythe signal noise
as much difficulty as acoustic noisecan causeas much difficulty as acoustic noise
Mahmud A. Digital Compensation of Phase Noise(passive) Caused byMahmud A. Digital Compensation of Phase Noise
the noise detected at the noise detectorcausingthe noise detected at the noise detector
as much difficulty for sensitive instruments as acoustic noisecan causeas much difficulty for sensitive instruments as acoustic noise
in the body of the core to induce noise in the coilis causedin the body of the core to induce noise in the coil
distortion to the radiated sound signalcausedistortion to the radiated sound signal
the structure - borne sound of the sensor(passive) triggered bythe structure - borne sound of the sensor
serious problemscan causeserious problems
to feedback problemsleadto feedback problems
changes in capacitance proportional to sound wavescausechanges in capacitance proportional to sound waves
- as a secondary effect - to the emission of airborne noise which is then audible for peoplelead- as a secondary effect - to the emission of airborne noise which is then audible for people
the innards negatively and degrades the sound of the conditionerinfluencesthe innards negatively and degrades the sound of the conditioner
the innards negatively and degrade the sound of the conditionerinfluencethe innards negatively and degrade the sound of the conditioner
to noise , performance loss and lowering of the fatigue life of the mechanical componentscan leadto noise , performance loss and lowering of the fatigue life of the mechanical components
the development of noise that would be unacceptable , at least for premium consumer goodscausethe development of noise that would be unacceptable , at least for premium consumer goods
from the sound coming from the one speaker that was functioning at the timeresultingfrom the sound coming from the one speaker that was functioning at the time
problems in many applicationscausesproblems in many applications
periodic mechanical deformation of the load cell and are therefore detected by the strain gauge , resulting in high frequency noisecauseperiodic mechanical deformation of the load cell and are therefore detected by the strain gauge , resulting in high frequency noise
from rapidly shifting the gradient coils , which in turn , mitigates / reduces noise generated during RF signal acquisitionresultingfrom rapidly shifting the gradient coils , which in turn , mitigates / reduces noise generated during RF signal acquisition
when water in a pressurized system exits the pipe wallcreatedwhen water in a pressurized system exits the pipe wall