A system for measuring dielectric constants has been constructed using a Sargent Oscillometer and an air bath for temperature control. The design and construction of the air bath as well as the temperature control achieved with it are described. The overall performance of the system including a computer program for forming the calculations is described. The system is one that requires calibration using two or more standard solvents and is good for both conducting and non-conducting liquids. Data are presented for water-methanol mixtures at 25 degrees with several points near pure methanol and also near pure wate
That the dielectric constant of a substance is one of its important properties is a fact that has be...
A method has been developed for calculating the static dielectric constant (relative permittivity) o...
Transmission of electroil)agnetic radiation through a waveguide is descr ibed by equations using as ...
The increasing importance of a knowledge of dielectric constants of substances is shown by the large...
The dielectric properties determine the electrical characteristics of materials. These properties ar...
Dielectric liquids play an important role in the transmission, distribution, and use of electrical e...
The dielectric constant of several fluid dielectrics including water, plant oil, glycerol and ethano...
Static dielectric constants of aqueous solutions of methanol, ethanol and acetic acid at T = 293.15 ...
Permittivity values of a co-solvent system decrease with increasing temperature and decrease as mole...
The determination of the dielectric constants of aqueous salt solutions is accomplished by an adapta...
Several different cells for measurements of dielectric constant are described in the literature. In ...
The dielectric constant of distilled water (DW) was measured using a Gunn oscillator at the frequenc...
The measurement of the dielectric constant of various substances has recently constituted a major de...
Industrial applications such as batteries and bio-separations require modeling the thermodynamic pro...
Scientific Instrumentation Laboratory, Department of Instrumentation & University Science Instrumen...
That the dielectric constant of a substance is one of its important properties is a fact that has be...
A method has been developed for calculating the static dielectric constant (relative permittivity) o...
Transmission of electroil)agnetic radiation through a waveguide is descr ibed by equations using as ...
The increasing importance of a knowledge of dielectric constants of substances is shown by the large...
The dielectric properties determine the electrical characteristics of materials. These properties ar...
Dielectric liquids play an important role in the transmission, distribution, and use of electrical e...
The dielectric constant of several fluid dielectrics including water, plant oil, glycerol and ethano...
Static dielectric constants of aqueous solutions of methanol, ethanol and acetic acid at T = 293.15 ...
Permittivity values of a co-solvent system decrease with increasing temperature and decrease as mole...
The determination of the dielectric constants of aqueous salt solutions is accomplished by an adapta...
Several different cells for measurements of dielectric constant are described in the literature. In ...
The dielectric constant of distilled water (DW) was measured using a Gunn oscillator at the frequenc...
The measurement of the dielectric constant of various substances has recently constituted a major de...
Industrial applications such as batteries and bio-separations require modeling the thermodynamic pro...
Scientific Instrumentation Laboratory, Department of Instrumentation & University Science Instrumen...
That the dielectric constant of a substance is one of its important properties is a fact that has be...
A method has been developed for calculating the static dielectric constant (relative permittivity) o...
Transmission of electroil)agnetic radiation through a waveguide is descr ibed by equations using as ...