The characterization of three types of novel planar electromagnetic sensors: 1) meander; 2) mesh; and 3) interdigital configuration, has been studied and their comparative performance has been evaluated based on their areas of applications. All of them are suitable for inspection and evaluation of system properties without destroying them. The experiments on fabricated sensors have been conducted and the results are presented here. The target application is to use a mixture of different types of sensors to detect plastic landmines. Index Terms—Meander, mesh and interdigital type, nondestructive evaluation, planar electromagnetic sensors, plastic landmine de-tection. I
A new novel planar interdigital sensor has been fabricated to have better sensing performance. The n...
rom the detection of buried treasure to the detection of landmines and unexploded ordnance, the hist...
Radical changes in the nature and significant increase in the dynamics of mine warfare in modern mil...
金沢大学環日本海域環境研究センター生体機能計測研究部門The characterization of three types of novel planar electromagnetic senso...
This paper has investigated the possibility of applying nondestructive evaluation technique for find...
Content removed due to Copyright: C.Gooneratne and S.C.Mukhopadhyay, "Application of a Novel Plana...
The application of ground-penetrating radar (GPR) in humanitarian demining labors presents two major...
This book addresses presents recent developments of novel planar interdigital sensors for food inspe...
To design holographic and impulse ground penetrating radar (GPR) sensors suitable for humanitarian d...
To overcome the directional properties of a planar meander-type sensor, a new planar micromagetic se...
Twenty four novel planar electromagnetic sensors based on the combination of meander and interdigita...
Novel planar electromagnetic sensors designed, fabricated and tested for environmental monitoring ar...
To overcome the directional properties of a planar meander-type sensor, a new planar micromagetic se...
Many of the technologies has been developed and tested across various test sites and in different En...
A variety of algorithms are presented and employed in a hierarchical fashion to discriminate both An...
A new novel planar interdigital sensor has been fabricated to have better sensing performance. The n...
rom the detection of buried treasure to the detection of landmines and unexploded ordnance, the hist...
Radical changes in the nature and significant increase in the dynamics of mine warfare in modern mil...
金沢大学環日本海域環境研究センター生体機能計測研究部門The characterization of three types of novel planar electromagnetic senso...
This paper has investigated the possibility of applying nondestructive evaluation technique for find...
Content removed due to Copyright: C.Gooneratne and S.C.Mukhopadhyay, "Application of a Novel Plana...
The application of ground-penetrating radar (GPR) in humanitarian demining labors presents two major...
This book addresses presents recent developments of novel planar interdigital sensors for food inspe...
To design holographic and impulse ground penetrating radar (GPR) sensors suitable for humanitarian d...
To overcome the directional properties of a planar meander-type sensor, a new planar micromagetic se...
Twenty four novel planar electromagnetic sensors based on the combination of meander and interdigita...
Novel planar electromagnetic sensors designed, fabricated and tested for environmental monitoring ar...
To overcome the directional properties of a planar meander-type sensor, a new planar micromagetic se...
Many of the technologies has been developed and tested across various test sites and in different En...
A variety of algorithms are presented and employed in a hierarchical fashion to discriminate both An...
A new novel planar interdigital sensor has been fabricated to have better sensing performance. The n...
rom the detection of buried treasure to the detection of landmines and unexploded ordnance, the hist...
Radical changes in the nature and significant increase in the dynamics of mine warfare in modern mil...