Comments on: 355. Introduction into thermonuclear reactors

By: NEQNET: Last two weeks of April | NEQNET: Non-equilibrium Phenomena

NEQNET: Last two weeks of April | NEQNET: Non-equilibrium Phenomena — Sat, 02 May 2009 19:37:09 +0000

[...] Introduction into thermonuclear reactors, where I introduce classification of thermonuclear reactors based on how plasma is confined in the [...]

By: Thermonuclear fusion: list of posts | NEQNET: Non-equilibrium Phenomena

Thermonuclear fusion: list of posts | NEQNET: Non-equilibrium Phenomena — Wed, 29 Apr 2009 17:01:46 +0000

[...] Introduction into thermonuclear reactors, where the criterion for thermonuclear reactions to be self-sustained is represented and we discuss [...]

By: NEQNET: first two weeks of April | NEQNET: Non-equilibrium Phenomena

NEQNET: first two weeks of April | NEQNET: Non-equilibrium Phenomena — Sat, 18 Apr 2009 19:23:06 +0000

[...] Introduction into thermonuclear reactors. That’s what it is: I classify different reactors according to the scheme of confinement of [...]

By: Thermonuclear reactors. Inertial confinement | NEQNET: Non-equilibrium Phenomena

Fri, 17 Apr 2009 07:05:50 +0000

[...] I am currently keeping studying thermonuclear fusion and reactors a bit and I should admit that I’m absolutely in love with HiPER, while ITER seems somewhat disappointing project… But before I’ll turn to the discussion of inertial confinement reactors, let me finish with generalities and trivialities (I’ll need them anyway for further reference). [...]

By: Dmitry

Dmitry — Thu, 16 Apr 2009 08:00:45 +0000

Quite true, thanks!

By: Anonymous

Anonymous — Thu, 16 Apr 2009 03:47:18 +0000

In HiPER, the compression is driven by lasers of the time scale you quote, but the ignition energy is delivered by a ~10 ps laser pulse.