Add to ORKG108-113An attempt has been made to do the comparative study of the three different methods of measurement of dielectric constant of soil collected from Rajasthan at different gravimetric moisture content. The measurements have been made using waveguide cell, resonant cavity and HP network analyzer at X- band
Accurate electromagnetic ground constants are required for applications such as modelling of ground ...
The emissivity of dry and wet soil depends on dielectric constant, surface roughness, physical prope...
The microwaves of typical frequency ranges of 3 GHz to 30 GHz have been in use for remote sensing ap...
AbstractThis paper discusses the measurement of moisture content present in soil by computing the di...
The microwaves of typical frequency ranges of 3 GHz to 30 GHz have been in use for remote sensing ap...
Abstract In the present study an attempt is made to validate soil dielectric model which was formed ...
Abstract In the present study an attempt is made to validate soil dielectric model which was formed ...
The soil is characterized by its physical constituents like sand, silt and clay. The electrical para...
221-229 Dielectric constant and dielectric loss of soils collected from different districts of Gujar...
The dielectric constants of several soil samples were measured at frequencies of 5 and 19 GHz using ...
109-112Microwave emission and backscattering of the soil depend on its dielectric constant which i...
125-129In the designing of active and passive sensors for microwave remote sensing of soil, its ele...
196-200Value of the dielectric constant of a given sample of soil has been estimated from its known...
Accurate electromagnetic ground constants are required for applications such as modelling of ground ...
103-106The real (ε′) and imaginary (ε′′) parts of the complex dielectric constant (ε*) of soil with...
Accurate electromagnetic ground constants are required for applications such as modelling of ground ...
The emissivity of dry and wet soil depends on dielectric constant, surface roughness, physical prope...
The microwaves of typical frequency ranges of 3 GHz to 30 GHz have been in use for remote sensing ap...
AbstractThis paper discusses the measurement of moisture content present in soil by computing the di...
The microwaves of typical frequency ranges of 3 GHz to 30 GHz have been in use for remote sensing ap...
Abstract In the present study an attempt is made to validate soil dielectric model which was formed ...
Abstract In the present study an attempt is made to validate soil dielectric model which was formed ...
The soil is characterized by its physical constituents like sand, silt and clay. The electrical para...
221-229 Dielectric constant and dielectric loss of soils collected from different districts of Gujar...
The dielectric constants of several soil samples were measured at frequencies of 5 and 19 GHz using ...
109-112Microwave emission and backscattering of the soil depend on its dielectric constant which i...
125-129In the designing of active and passive sensors for microwave remote sensing of soil, its ele...
196-200Value of the dielectric constant of a given sample of soil has been estimated from its known...
Accurate electromagnetic ground constants are required for applications such as modelling of ground ...
103-106The real (ε′) and imaginary (ε′′) parts of the complex dielectric constant (ε*) of soil with...
Accurate electromagnetic ground constants are required for applications such as modelling of ground ...
The emissivity of dry and wet soil depends on dielectric constant, surface roughness, physical prope...
The microwaves of typical frequency ranges of 3 GHz to 30 GHz have been in use for remote sensing ap...