Miroslav Pantaleev
Showing 87 publications
Onsala Space Observatory – IVS Technology Development Center Activities during 2017–2018
Ultrawideband Conical Log-Spiral Circularly Polarized Feed for Radio Astronomy
Design of Octave-bandwidth Phased Array Feed for Large Radio Telescope
Sensitivity simulation and measurement of the SKA Band 1 wideband feed package on MeerKAT
Wideband single pixel feed system over 4.6-24 GHz for the Square Kilometre Array
Status of the Onsala Twin Telescopes – One Year After the Inauguration
BRAND - The next generation receiver for VLBI
An innovative, highly sensitive receiver system for the Square Kilometre Array Mid radio telescope
Design trade-offs in feed systems for ultra-wideband VLBI observations
Design of PHAROS2 Phased Array Feed
Ultra-wideband feed systems for the EVN and SKA - evaluated for VGOS
BRAND: A Very Wide-band Receiver for the EVN
Sensitivity and Antenna Noise Temperature Analysis of the Feed System for the Onsala Twin Telescopes
The Onsala Twin Telescopes Project
The Onsala Twin Telescopes: the Status at the Time for the Inauguration
Integrated calibration noise coupler for room temperature SKA band 1 feed system
A Wide-band Feed System for SKA Band 1 Covering Frequencies From 350 - 1050 MHz
Truly Conical Eleven Antenna: a New Geometry for Applications at High Frequencies
A new 3 mm band receiver for the Onsala 20 m antenna
A Compact Dual-Polarized 4-Port Eleven Feed with High Sensitivity for Reflectors over 0.35-1.05 GHz
Onsala Space Observatory – IVS Technology Development Center Activities during 2014
First 230? GHz VLBI fringes on 3C 279 using the APEX Telescope (Research Note)
Design of Wideband Quadruple-Ridged Flared Horn Feeds for Future Radio Telescopes
Integration of ultra-wideband planar baluns into the Eleven feed
Onsala Space Observatory – IVS Technology Development Center Activities during 2013
Dual Band MM-Wave Receiver for Onsala 20 m Antenna
Wideband Receivers for VLBI2010 Applications
Overview of developments of the eleven Feeds
Onsala Space Observatory – IVS Technology Development Center
Wide bandwidth integrated 1-4 GHz feed development for VLBI and SKA
Design and System Integration of 2-14 GHz Eleven Feed for VLBI2010
Several new ultra-wideband antenna systems for radio telescopes and industry sensor imaging process
A circular Eleven feed with significantly improved aperture efficiency over 1.3-14 GHz
Development of a detailed system model of the Eleven feed receiver using the CAESAR software
Development of the cryogenic 2-14 GHz eleven feed system for VLBI2010
Circular Eleven Feed with Significantly Improved BOR1 and Aperture Efficiency Over 1.3-14 GHz
Design of Compact Dual-Polarized 1.2–10 GHz Eleven Feed for Decade Bandwidth Radio Telescopes
Review of recent developments of the eleven feed for future decade bandwidth radio telescopes
Cryogenic 2-13 GHz Eleven feed for reflector antennas in future wideband radio telescopes
Onsala Space Observatory – IVS Technology Development Center
Development of a compact Eleven feed cryostat for the Patriot 12m antenna
MMIC-Based Components for MM-Wave Instrumentation
Cryogenic integration of 2-14 GHz Eleven Feed in wideband receiver for VLBI 2010
On-going work with the cryogenic Eleven antenna at the MIT Haystack Observatory
Design of cryogenic 2-14 GHz Eleven feed for reflector antennas for future radio telescopes
System noise calculations over the decade bandwidth of the Eleven feed
Onsala Space Observatory - IVS Technology Development Center
Cryogenic 2-14GHz low noise receiver for radio astronomy using Eleven feed
Developing a cooled 2-14 GHz Eleven feed for SKA and VLBI 2010
Onsala Space Observatory – IVS Technology Development Center
Development of a coolable 2-14 GHz Eleven feed for future radio telescopes for SKA and VLBI 2010
A 1.3-THz Balanced Waveguide HEB Mixer for the APEX Telescope
Electrical Design of a Cooled 2-14 GHz Eleven Feed for SKA and VLBI 2010
The IVS Technology Development Center at the Onsala Space Observatory
A Swedish heterodyne facility instrument for the APEX telescope
APEX Band T2: A 1.25 – 1.39 THz Waveguide Balanced HEB Receiver
Superconducting microstrip line model studies at millimetre and sub-milimetre waves
APEX - The Atacama Pathfinder Experiment
A 0.8 mm heterodyne facility receiver for the APEX telescope
Balanced Waveguide HEB Mixer for APEX 1.3 THz Receiver
A 279-381 GHz SIS Receiver for the APEX Telescope
A Vector Beam Measurement System for 211-275 GHz
Heterodyne Single-Pixel Facility Instrumentation for APEX Telescope
Radioastronomy Instrumentation for Herschel and APEX Projects
A Vector Beam Measurement System for 211-275 GHz
Micromachining Approach in Fabricating of THz Waveguide Components
A Gaussian Beam Measurement Range for mm and Sub-mm Receivers
Measurement Results of Gaussian Beam Verification for HIFI Instrument of Herschel Space Observatory
Low Noise and Low Power Consumption Cryogenic Amplifiers for Onsala and APEX Telescopes
Micromachining Approach in Fabricating of THz Waveguide Components
Design of a Balanced Waveguide HEB Mixer for APEX 1.32 THz Receiver
Gaussian Beam Measurement Range for HIFI Instrument of Herschel Space Observatory
Waveguide Components Development for APEX 1.32 THz Receiver
Superconducting microstrip line models at millimeter and sub-millimeter waves and their comparison
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