Will the first commercial fusion reactor be D-T? | Manifold

Will the first commercial fusion reactor be D-T?

Plus

12

Ṁ1326

4000

75%

chance

1D

1W

1M

ALL

This question is managed and resolved by Manifold.

Get

1,000

and

3.00

Sort by:

https://physics.stackexchange.com/questions/318390/why-do-fusion-cross-sections-drop-after-a-certain-temperature

Anything other than D-T requires >8x higher temperatures to reach the same reactivity, resulting in orders of magnitude more radiative losses.

Why do fusion cross sections drop after a certain temperature?

The title sums everything up. The fusion cross section increases up to a certain temperature due to collisions and the increased probability of tunneling through the coulomb barrier. But why does the

Related questions

Will the first commercial fusion reactor be D-D?

Will we get fusion reactors before 2025?

Will the first commercial fusion reactor be D-He3?

When will nuclear fusion reactor be commercialized?

Will Helion deploy a commercial fusion reactor before 2040?

Will the first commercial fusion reactor be a tokamak?

When will the first commercially viable nuclear fusion power plant be built?

Will the first commercial fusion reactor be T-T?

Will we get fusion reactors before 2031?

Will the first commercial fusion reactor use inertial confinement fusion? (And not magnetic confinement fusion)

Related questions

Will the first commercial fusion reactor be D-D?

Will the first commercial fusion reactor be a tokamak?

Will we get fusion reactors before 2025?

When will the first commercially viable nuclear fusion power plant be built?

Will the first commercial fusion reactor be D-He3?

Will the first commercial fusion reactor be T-T?

When will nuclear fusion reactor be commercialized?

Will we get fusion reactors before 2031?

Will Helion deploy a commercial fusion reactor before 2040?

Will the first commercial fusion reactor use inertial confinement fusion? (And not magnetic confinement fusion)

© Manifold Markets, Inc.•Terms + Mana-only Terms•Privacy•Rules