The work of this research is the design, analysis and verification of the optical performance of a 4 mm receiver channel for the 20 m telescope at Onsala Space Observatory, Onsala, Sweden. The 4 mm (75 GHz) receiver is a newly proposed channel designed to be installed parallel to the existing 3 mm (100 GHz) channel targeting new science at that longer wavelength. Gaussian beam mode analysis is used to produce the fundamental optical design of the system. The design is then analysed more accurately with the physical optics approximation. We report on the comparison of simulation and measurement and verification of the system design
We present the design and the first light results for the new dual band receiver (4 mm and 3 mm band...
We report on an ongoing study where different optical configurations for a multi-beam limb-viewing (...
This thesis outlines several different topics associated with the design and analysis of millimetre...
The work of this research is the design, analysis and verification of the optical performance of a 4...
The work of this research is the design, analysis and verification of the optical performance of a 4...
The work of this research is the design, analysis and verification of the optical performance of a 4...
This thesis outlines several different topics associated with the design and analysis of millimetre...
This thesis outlines several different topics associated with the design and analysis of millimetre...
This thesis outlines several different topics associated with the design and analysis of millimetre...
This thesis outlines several different topics associated with the design and analysis of millimetre ...
A new receiver for the Onsala 20 m antenna with the possibility of being equipped with 3 mm and 4 mm...
A new receiver for the Onsala 20 m antenna with the possibility of being equipped with 3 mm and 4 mm...
This thesis describes the use of Gaussian beam modes (GBM) and physical optics (PO) to design and a...
This thesis describes the use of Gaussian beam modes (GBM) and physical optics (PO) to design and a...
We present the design and the first light results for the new dual band receiver (4 mm and 3 mm band...
We present the design and the first light results for the new dual band receiver (4 mm and 3 mm band...
We report on an ongoing study where different optical configurations for a multi-beam limb-viewing (...
This thesis outlines several different topics associated with the design and analysis of millimetre...
The work of this research is the design, analysis and verification of the optical performance of a 4...
The work of this research is the design, analysis and verification of the optical performance of a 4...
The work of this research is the design, analysis and verification of the optical performance of a 4...
This thesis outlines several different topics associated with the design and analysis of millimetre...
This thesis outlines several different topics associated with the design and analysis of millimetre...
This thesis outlines several different topics associated with the design and analysis of millimetre...
This thesis outlines several different topics associated with the design and analysis of millimetre ...
A new receiver for the Onsala 20 m antenna with the possibility of being equipped with 3 mm and 4 mm...
A new receiver for the Onsala 20 m antenna with the possibility of being equipped with 3 mm and 4 mm...
This thesis describes the use of Gaussian beam modes (GBM) and physical optics (PO) to design and a...
This thesis describes the use of Gaussian beam modes (GBM) and physical optics (PO) to design and a...
We present the design and the first light results for the new dual band receiver (4 mm and 3 mm band...
We present the design and the first light results for the new dual band receiver (4 mm and 3 mm band...
We report on an ongoing study where different optical configurations for a multi-beam limb-viewing (...
This thesis outlines several different topics associated with the design and analysis of millimetre...