LRO-H1 Radio Telescope (86cm x 86cm Ptarmigan Triffid 4x4 Dipole Array) Radio observation in hydrogen line (1420MHz)

Screenshot LRO-H1 data collection ezCol-py with RTL-SDR v3–23/1/2025@1240

By Admin

By Admin

Related post

Easy Radio Astronomy Software (ezRA) LRO-H2 Radio Telescope (150cm Solar Cooker Dish) Radio observation in hydrogen line (1420MHz)

Hydrogen Line peak (H-Line, 1420 MHz) screen capture from ezCol.py capture software (part of ezRA suite) collecting data from a RTL-SDR Blog v3 Software Defined Radio on LRO-H2 radio telescope (150cm dish) on 22/1/2026

Admin
Radio observation in hydrogen line (1420MHz)

What is the impedance of 1420 Mhz (1.42 GHz) [atomic neutral hydrogen line] dipole?

Admin
Radio observation in hydrogen line (1420MHz)

When I observe Milky Way in hydrogen, the centre of the galaxy has little hydrogen line emission. Why is that?

Admin

Leave a Reply

Your email address will not be published. Required fields are marked *


This site uses Akismet to reduce spam. Learn how your comment data is processed.

You missed

LRO-H1 Radio Telescope (86cm x 86cm Ptarmigan Triffid 4x4 Dipole Array) Radio observation in hydrogen line (1420MHz)

Screenshot LRO-H1 data collection ezCol-py with RTL-SDR v3–23/1/2025@1240

Easy Radio Astronomy Software (ezRA)

How to use GLon.py in ezRA (Easy Radio Astronomy)

Easy Radio Astronomy Software (ezRA) LRO-H2 Radio Telescope (150cm Solar Cooker Dish) Radio observation in hydrogen line (1420MHz)

Hydrogen Line peak (H-Line, 1420 MHz) screen capture from ezCol.py capture software (part of ezRA suite) collecting data from a RTL-SDR Blog v3 Software Defined Radio on LRO-H2 radio telescope (150cm dish) on 22/1/2026

Radio observation in hydrogen line (1420MHz)

What is the impedance of 1420 Mhz (1.42 GHz) [atomic neutral hydrogen line] dipole?