| https://github.com/jbtronics | Github |
I am using an #web-888 #websdr with an mini whip antenna to monitor 11 bands of #FT8 and #FT4 in parallel and automatically report it to pskreporter.
That is what it received in the last 24 hours (under DK9JHB/sdr)
Part-DB the #opensource serverbased inventory management system for #electronics hobbyists, universities and #makerspaces has now 1000 stars on #github
https://github.com/Part-DB/Part-DB-server
Become part of the community today and checkout Part-DB.
I have released jbtronics/translation-editor-bundle - A symfony bundle to edit translations directly from within symfony profiler for an easier development workflow.
The next part of my #tutorial series for jbtronics/settings-bundle (part 3):
User-configurable settings in Symfony applications with jbtronics/settings-bundle (part 3):
Also available on github: https://github.com/jbtronics/settings-bundle/discussions/17
jbtronics/settings-bundle is a #symfony bundle which allows for easy user-configurable settings, in a type safe and declarative way.
#symfony #webdev #php #web #programming #development #github #devto #composer
The next part of my #tutorial series for jbtronics/settings-bundle:
User-configurable settings in Symfony applications with jbtronics/settings-bundle (part 2):
Also available on github: https://github.com/jbtronics/settings-bundle/discussions/11
jbtronics/settings-bundle is a #symfony bundle which allows for easy user-configurable settings, in a type safe and declarative way.
#symfony #webdev #php #web #programming #development #github #devto #composer
Checkout my #tutorial for jbtronics/settings-bundle:
User-configurable settings in Symfony applications with jbtronics/settings-bundle (part 1)
Also available on GitHub: https://github.com/jbtronics/settings-bundle/discussions/6
#symfony #php #webdev #development #github #devto #bundle #composer
What you can see here is the glowing of the argon #plasma during a DC #sputtering process.
The argon ions inside the plasma are accelerated by a high voltage (multiple hundred volts) and collide with the metal target. These impacts throw out some atoms of the target, which then get deposited on the small substrates you can see at the bottom. That way you can create thin metal layers with just a few hundred nanometer thickness or less.
Part-DB
symfonystation