Reactions involving α-particles
Reaction:
Verification: |
F199 + He42 → Ne2210 + p11
438 + 90 → 516 + 12 528=528 |
|
Reaction:
Verification: |
C126 + He42 → O158 + n10
270 + 90 → 327 + 33 360=360 |
|
Reaction:
Verification: |
U23892 + He42 → Pu24194 + n10
5922 + 90 → 5979 + 33 6012=6012 |
|
Reaction:
Verification: |
Be94 + He42 → C126 + n10
213 + 90 → 270 + 33 2163=2163 |
|
References: Sharma B. K. Nuclear and Radiation Chemistry. Krishna Prakashan Media, 2001. P. 106.
Wróć Naprzód
Treść
- PRIMORDIAL ALLATRA PHYSICS
- CONCLUSION
- Reactions involving α-particles
- The formulas of nuclear reactions involving neutrons
- Formulas of photonuclear reactions
- The formulas of reaction of the carbon cycle (cn-cycle)
- Formulas of proton–proton chain reactions (pp-cycle)
- Here are the formulas of the reactions which are In the basis of a controlled thermonuclear fusion
- Formats of nuclear reactions recording
- The composition of the nucleus of the atom. A calculation of protons and neutrons
- Verification of known formulas and reactions
- Electron
- Neutrino
- Photon
- Allat
- The structure of the elementary particles
- Associative examples of process of ezoosmos, transmission and distribution energy and information
- Free energy
- Transmission and distribution of energy and information
- Process of Ezoosmos
- Ezoosmos
- Main differences between real and phantom Po particles
- Phantom Po particle
- Real (stationary) Po particle
- Septon field
- Ezoosmic membrane
- Ezoosmic cell
- Ezoosmic grid
- PRIMORDIAL ALLATRA PHYSICS definitions
- About non-material nature
- Human perception
- Elementary particles
- About the ether
- Atoms
- About the report
- History