In this space, visitors are invited to post any comments, questions, or skeptical observations about Philo T. Farnsworth's contributions to the field of Nuclear Fusion research.
Subject: Re: Are we really at 80 keV effective energy?
Date: Jun 09, 08:16 am
Poster: Scott Little
On Jun 09, 08:16 am, Scott Little wrote:
>Sounds like double counting. The velocity is proportional to the square root of the kinetic energy. Doubling the 20 kev to 40 kev....
But that's just it, Eli. We're not doubling the energy. In the fusor's head-on collisions, the relative velocity between the two deuterons is twice their lab-frame velocity V. Period!...no two ways about it. Therefore, the collision dynamics are the same as if we sent one deuteron at 2V towards a stationary deuteron. What is the energy of a deuteron that is moving at twice the velocity of a 20 keV deuteron? Answer: 80 keV.
- Re: Are we really at 80 keV effective energy? - Ely Silk Jun 09, 11:27 am
- Re: Are we really at 80 keV effective energy? - Ely Silk Jun 09, 4:23 pm
- Re: 80 keV effective energy? (cross section vs kV) - Jim Lux Jun 09, 6:21 pm
- Re: Are we really at 80 keV effective energy? - Richard Hull Jun 09, 4:52 pm
- Re: Are we really at 80 keV effective energy? - Richard Hull Jun 09, 10:59 am