- Thank you received: 0
High Speed jets from neutron star
20 years 10 months ago #8084
by Jim
Reply from was created by Jim
The production of radio and x-ray radiation seems to be a common link in a lot of these astronomical puzzles. Is it not true that by heating metal the same thing happens? Could the type of radiation observed be generated by hot metal of some kind or other?
Please Log in or Create an account to join the conversation.
- Larry Burford
- Offline
- Platinum Member
Less
More
- Thank you received: 0
20 years 10 months ago #8107
by Larry Burford
Replied by Larry Burford on topic Reply from Larry Burford
In general x-rays are produced by any interaction that is energetic enough. For example, dust, hydrogen gas/ions, hapless space ships, etc. impacting the surface of a neutron star.
(Does neutronium count as a metal?)
Hot (or high speed) metal will do the trick, but so will hot just-about-anything.
A large asteriod (even one of the non-metlic type) impacting the atmosphere of a planet at high velocity would probably also produce lots of x-rays during the 10 to 20 second transit of that atmosphere. If you are "lucky" enough to see something like this and survive the impact, you will probably die in a few days from radiation burns.
LB
(Does neutronium count as a metal?)
Hot (or high speed) metal will do the trick, but so will hot just-about-anything.
A large asteriod (even one of the non-metlic type) impacting the atmosphere of a planet at high velocity would probably also produce lots of x-rays during the 10 to 20 second transit of that atmosphere. If you are "lucky" enough to see something like this and survive the impact, you will probably die in a few days from radiation burns.
LB
Please Log in or Create an account to join the conversation.
20 years 10 months ago #8140
by Jim
Replied by Jim on topic Reply from
The thing is a hot metal will generate x-ray and blackbody or radio and infrared radiation. And the spectrum will reveal what the metal is. Not neutron sci-fy stuff real metal at normal real temperatures.
Please Log in or Create an account to join the conversation.
Time to create page: 0.265 seconds