An ultrasonic density-measurement cell is experimentally characterized as a function of temperature. The measurement of propagation velocity and density of several liquids is performed in the 15 degrees C-40 degrees C temperature range. Results are compared to the tabulated values in the case of distilled water, showing an accuracy of 0.07% for the propagation velocity. The cell was tested with distilled water, alcohol, and homogenized milk, and density values are compared to those obtained with a pycnometer, showing 0.2% accuracy in density measurement for stabilized temperature and 0.4% accuracy under thermal gradient conditions
From a systematic study of the temperature-variation of ultrasonic velocity and density in organic l...
The purpose of the research described in the thesis has been to improve the accuracy, precision and ...
Abstract: One of the most precise and reliable measurement methods for density measurement of liquid...
An ultrasonic densitometer is experimentally characterized as a function of temperature. The measure...
This licentiate thesis addresses the idea of measurement of the density of liquids using sound. The ...
The thermally static and dynamic performance of an ultrasonic density probe for liquids is investiga...
An ultrasonic technique, invariant to temperature changes, for a density measurement of different li...
An ultrasonic density probe for liquids using a single transducer is developed, as a first step in t...
An ultrasonic technique has been developed to non-intrusively measure temperature fields in convecti...
The objective of this project was to provide reliable thermophysical property data, mainly density a...
The velocity of torsional stress pulses in an ultrasonic waveguide of non-circular cross section is ...
Temperature variation of ultrasonic velocity and density is studied in some organic liquids, low mel...
The temperature variation of ultrasonic velocity has been studied in a number of liquids down to the...
Ultrasonic properties of materials present a strong dependence on temperature and in turn the ultras...
Thermodynamic properties of compressed liquids may be obtained from measurements of the speed of sou...
From a systematic study of the temperature-variation of ultrasonic velocity and density in organic l...
The purpose of the research described in the thesis has been to improve the accuracy, precision and ...
Abstract: One of the most precise and reliable measurement methods for density measurement of liquid...
An ultrasonic densitometer is experimentally characterized as a function of temperature. The measure...
This licentiate thesis addresses the idea of measurement of the density of liquids using sound. The ...
The thermally static and dynamic performance of an ultrasonic density probe for liquids is investiga...
An ultrasonic technique, invariant to temperature changes, for a density measurement of different li...
An ultrasonic density probe for liquids using a single transducer is developed, as a first step in t...
An ultrasonic technique has been developed to non-intrusively measure temperature fields in convecti...
The objective of this project was to provide reliable thermophysical property data, mainly density a...
The velocity of torsional stress pulses in an ultrasonic waveguide of non-circular cross section is ...
Temperature variation of ultrasonic velocity and density is studied in some organic liquids, low mel...
The temperature variation of ultrasonic velocity has been studied in a number of liquids down to the...
Ultrasonic properties of materials present a strong dependence on temperature and in turn the ultras...
Thermodynamic properties of compressed liquids may be obtained from measurements of the speed of sou...
From a systematic study of the temperature-variation of ultrasonic velocity and density in organic l...
The purpose of the research described in the thesis has been to improve the accuracy, precision and ...
Abstract: One of the most precise and reliable measurement methods for density measurement of liquid...