acoustic monitoring Applications

Sensor Technology for Underwater Acoustics

Scanmatic has since its establishment in 1971 been a trusted partner and provider of high-tech solutions and systems within underwater acoustics, also denoted hydroacoustics. Hydroacoustics is the study and application of sound in water. For Scanmatic this is all about how to create innovative- and ...

By Scanmatic AS based in Arendal, NORWAY.

Acoustic Theory

Acoustic theory for heterogeneous system should yield a relationship between some measured macroscopic acoustic properties, such as sound speed, attenuation, acoustic impedance, angular dependence of the scattered sound, etc., and some microscopic ...

By Dispersion Technology Inc. based in Bedford Hills, NEW YORK (USA).

Leak detection solutions for acoustic leak detection sector

Why acoustic monitoring for leak detection gives you confidence that your critical pipelines are in safe and assured ...

By Syrinix Ltd based in Hethel, UNITED KINGDOM.

Scientific instrumentation solutions for cement, zeta potential titrations sector

Both ultrasound based methods, Acoustics and Electroacoustics, can be used for monitoring effects of the plastisizer on the properties of cement slurry, as proved in the papers listed below. With no dilution. Elimination of dilution is critical for accurate measurement of the cement zeta potential Cement slurry ...

By Dispersion Technology Inc. based in Bedford Hills, NEW YORK (USA).

Room Acoustics

"Good acoustics" is usually the target in room acoustics. The meaning of this depends on the type of room and the intended use. Rooms for musical presentations need a good sound quality at as many seats as possible while lecture halls demand good intelligibility of the teaching person. In case of open-space ...

By DataKustik GmbH based in Gilching, GERMANY.

Longitudinal Rheology

Propagation of a longitudinal stress wave through a visco-elastic media creates dissipation of mechanical energy, similarly to a shear stress wave. The rate of dissipation depends on two parameters: bulk viscosity and longitudinal viscosity. For ...

By Dispersion Technology Inc. based in Bedford Hills, NEW YORK (USA).

Scientific instrumentation solutions for emulsions and microemulsions sector

Acoustics makes possible measurement of Particle size of the emulsion and microemulsion droplets with no dilution, which is critical for these systems. Papers presented below indicate very good agreement between this method and independent data. Combination of Acoustics and Electroacoustics could reveal ...

By Dispersion Technology Inc. based in Bedford Hills, NEW YORK (USA).

Noise and vibration monitoring for race circuit monitoring

Certain leisure activities, and motor sports in particular, are a source of elevated noise levels. They cause significant disturbance for nearby residents, particularly as such sites are being developed in increasingly densely populated urban ...

By ACOEM GROUP based in Limonest, FRANCE.

Ultrasonic Clamp-on Sand Monitoring for the Oil and Gas Industry

offers non-contacting acoustic pipe flow detection sensors that are designed to detect sand particles in the pipe. As well as non-contacting level measurement solutions that are designed to detect the level of sand settlement in sand holding pools. Pulsar Measurement's SandAlert, Portable SandAlert, and Pulsar ...

By Pulsar Measurement based in Birmingham, UNITED KINGDOM.

Sound instrumentation for building acoustics

The field of building acoustics consists of two parts; Room Acoustics which deals with sound propagation in a room and Building Acoustics, which deals with sound propagation between rooms. Typically, room acoustics is related to the quality of sound, e.g. concert hall acoustics, while building acoustics is ...

By Norsonic AS based in Tranby, NORWAY.

Industry Acoustics

Noise control in industrial halls is essential to ensure a non-harmful environment for the workers and limit the immissions caused at the neighbouring buildings. Check out how CadnaR enables you to model and calibrate your machines, calculate and evaluate noise at the workplaces and assess measures to ...

By DataKustik GmbH based in Gilching, GERMANY.

Noise and vibration problem solutions for transportation & infrastructure sector

Roads, railways and airports are the largest source of transportation noise and frequently effects development land for houses, schools and hospitals. Noise sensitive developments adjacent to or affected by transportation noise require the careful assessment of these sources, either by measurement or prediction and often both. This assessment enables the correct specification of the building envelope (walls, windows, ventilators and roofs) to achieve appropriate internal noise levels in new developments. Here ...

By Acoustic Associates Sussex Ltd based in Shoreham Airport, UNITED KINGDOM.

Slurry Density And Massflow Monitoring for Drilling Applications

Until now, real-time slurry density monitoring in the drilling industry is done with risky and expensive nuclear densitometers. With the introduction of the Arenal ultrasonic slurry density Analyser the density recording can now be performed in a more secure, user-friendly and highly accurate manner, while ...

By Arenal PCS B.V. based in Pijnacker, NETHERLANDS.

Bentonite Slurry Density and Massflow Monitoring for Tunneling

Until now, real-time slurry density monitoring in the tunneling industry is done with risky and expensive nuclear densitometers. With the introduction of the Arenal ultrasonic slurry density Analyser the density recording can now be performed in a more secure, user-friendly and highly accurate manner, while ...

By Arenal PCS B.V. based in Pijnacker, NETHERLANDS.

Coke Slurry Density and Massflow Monitoring for Petrochemical

Until now, real-time slurry density monitoring in the petrochemical industry is done with risky and expensive nuclear densitometers. With the introduction of the Arenal ultrasonic slurry density Analyser the density recording can now be performed in a more secure, user-friendly and highly accurate manner, while ...

By Arenal PCS B.V. based in Pijnacker, NETHERLANDS.

Particle Size Measurement

Particle size is a geometric characteristic that is usually assigned to material objects with sizes ranging from nanometers to millimeters. There is a wide variety of real systems that contain particles within this size range. These systems are generally polydisperse, meaning that the particles in a particular sample vary in size. Therefore, in order to adequately characterize such systems, it is not sufficient to simply determine a single particle size. We must instead determine the system’s particle size ...

By Dispersion Technology Inc. based in Bedford Hills, NEW YORK (USA).