The relationship between surface properties and echo characteristics, as determined by radar technology, is discussed; echo enhancement to reduce measurement uncertainty was included. Feasibility data, suggested baseline functional descriptions of various types of active microwave sensors, and examples of existing radar techniques are summarized. Data manage and measurement processes are also covered
In this chapter, the basic approaches of broadband microwave reflectometry are described in detail. ...
In this chapter, the basic approaches of broadband microwave reflectometry are described in detail. ...
The present article introduces active microwave techniques that are used for remote sensing of the E...
The capabilities of active microwave devices operating from space (typically, radar, scatterometers,...
Recommendations for future activities necessary to support satellite microwave sensing are reported....
An overview is given of the utility, feasibility, and advantages of active microwave sensors for a b...
For security related applications MMW radar and radiometer systems in remote sensing or stand-off co...
Clearly the natural transition for NDT science is the use of higher frequencies, namely microwaves. ...
Progress in microwave and millimeter-wave technologies has made possible advanced diagnostics for ap...
Various applications and projected applications of active microwave instruments for studying water r...
A coordinated microwave applications development program was initiated to improve the capability to:...
Geoscience applications of active microwave remote sensing systems are examined. Major application a...
A detailed programmatic and technical development plan for active microwave technology was examined ...
The performance characteristics of the radar section of the prototype 4-8 GHz Microwave Active and P...
Radar sensors have been widely used to estimate speed and displacement of remote targets. A novel ma...
In this chapter, the basic approaches of broadband microwave reflectometry are described in detail. ...
In this chapter, the basic approaches of broadband microwave reflectometry are described in detail. ...
The present article introduces active microwave techniques that are used for remote sensing of the E...
The capabilities of active microwave devices operating from space (typically, radar, scatterometers,...
Recommendations for future activities necessary to support satellite microwave sensing are reported....
An overview is given of the utility, feasibility, and advantages of active microwave sensors for a b...
For security related applications MMW radar and radiometer systems in remote sensing or stand-off co...
Clearly the natural transition for NDT science is the use of higher frequencies, namely microwaves. ...
Progress in microwave and millimeter-wave technologies has made possible advanced diagnostics for ap...
Various applications and projected applications of active microwave instruments for studying water r...
A coordinated microwave applications development program was initiated to improve the capability to:...
Geoscience applications of active microwave remote sensing systems are examined. Major application a...
A detailed programmatic and technical development plan for active microwave technology was examined ...
The performance characteristics of the radar section of the prototype 4-8 GHz Microwave Active and P...
Radar sensors have been widely used to estimate speed and displacement of remote targets. A novel ma...
In this chapter, the basic approaches of broadband microwave reflectometry are described in detail. ...
In this chapter, the basic approaches of broadband microwave reflectometry are described in detail. ...
The present article introduces active microwave techniques that are used for remote sensing of the E...