We investigate the applicability of roll-to-roll reverse offset printing for fabrication of millimeter-wave antennas on flexible substrates. The aim is to find a fabrication method for mass production of such antennas; therefore, attention should be paid on such factors as cost, efficiency, and reliable performance of the printed antennas
Printable electronics have been identified as a potential modern manufacturing technology for antenn...
In this paper, the design, fabrication and characterisation of metasurfaces with the anisotropic res...
Rapid prototyping of antennas is crucial to validation of simulation models when designing conformal...
We investigate the applicability of roll-to-roll reverse offset printing for fabrication of millimet...
In this work, we investigate different printing technologies suitable for mass production of millime...
In this work, we investigate different printing technologies suitable for mass production of millime...
We investigate the feasibility of roll-to-roll reverse offset (R2R-RO) printing technology for the m...
Upcoming generations of millimeter-wave (mm-wave) communication systems present significant challeng...
Abstract—This paper introduces a flexible antenna, printed on a low-cost Polyethylene Terephtalate (...
In this study, the application of printing technologies for the manufacturing of passive microwave c...
3D metallic printing technology is attempted to implement millimeter-wave (mmWave) antennas. Based o...
Reverse-offset printing (RO) is a promising method to fabricate high-resolution line structures usin...
The use of inexpensive open-source 3D printing technologies for the development of antennas for futu...
This paper presents the results from evaluation of suitable materials and ink properties for printin...
In this letter, 3D printing technology is used to modify the substrate shape with the aim of modifyi...
Printable electronics have been identified as a potential modern manufacturing technology for antenn...
In this paper, the design, fabrication and characterisation of metasurfaces with the anisotropic res...
Rapid prototyping of antennas is crucial to validation of simulation models when designing conformal...
We investigate the applicability of roll-to-roll reverse offset printing for fabrication of millimet...
In this work, we investigate different printing technologies suitable for mass production of millime...
In this work, we investigate different printing technologies suitable for mass production of millime...
We investigate the feasibility of roll-to-roll reverse offset (R2R-RO) printing technology for the m...
Upcoming generations of millimeter-wave (mm-wave) communication systems present significant challeng...
Abstract—This paper introduces a flexible antenna, printed on a low-cost Polyethylene Terephtalate (...
In this study, the application of printing technologies for the manufacturing of passive microwave c...
3D metallic printing technology is attempted to implement millimeter-wave (mmWave) antennas. Based o...
Reverse-offset printing (RO) is a promising method to fabricate high-resolution line structures usin...
The use of inexpensive open-source 3D printing technologies for the development of antennas for futu...
This paper presents the results from evaluation of suitable materials and ink properties for printin...
In this letter, 3D printing technology is used to modify the substrate shape with the aim of modifyi...
Printable electronics have been identified as a potential modern manufacturing technology for antenn...
In this paper, the design, fabrication and characterisation of metasurfaces with the anisotropic res...
Rapid prototyping of antennas is crucial to validation of simulation models when designing conformal...