Maneesh Dhauni Periodic table Chapter IX: Helium
Helium : Helium is nothing bot fusion of Hydrogen isotopes to give Helium.
Fusion possibility of Hydrogen isotopes.
Isotopes |
Hydrogen |
Deuterium |
Tritium |
Hydrogen |
Helium-2 |
Helium-3 |
Helium-4 |
Deuterium |
Helium-3 |
Helium-4 |
Helium-5 |
Tritium |
Helium-4 |
Helium-5 |
Helium-6 |
Hence best on combination of fusion, we have ration as follow
Helium-2: 2 [Helium-3]: 3 [Helium-4]: 2 [Helium-5]: Helium-6
The nuclear orbital structure of Helium isotopes as follows
Helium-2 isotope
Helium-2 isotope is unstable. It is converted to Deuterium to avoid crowding at Nuclear bonding orbital. Hence Maneesh Dhauni Periodic table explain why Helium-2 isotope is unstable and converted to Duetrium. Modern periodic table fails to explain Helium-2 isotope unstable nature.
Hence Maneesh Dhauni Periotic table is true and future of chemistry.
Helium-3 isotope and Helium-4 Isotope
Helium-3 isotope and Helium-4 Isotope is stable as proton and neutron are happily occupying the low energy.
Hence Maneesh Dhauni Periodic table explain Helium-3 isotope and Helium-4 Isotope is stable. Modern periodic table fails to explain why Helium-3 isotope and Helium-4 Isotope is stable. Hence Maneesh Dhauni Periotic table is true and future of chemistry.
Helium-5 and Helium-6 isotopes
Helium-5 and Helium-6 isotopes have neutron in anti-bonding Nuclear orbital and highly unstable. Hence these are lost earliest as possible to convert to Helium-4 which is more stable.
Hence, Maneesh Dhauni Periodic table explain why Helium-5 and Helium-6 isotopes are unstable and converted to Helium -4 isotopes. Modern Periodic table fails to explain unstable nature of Helium-5 and Helium-6. Hence, Maneesh Dhauni Periotic table is true and future of chemistry.
Cause of abundance of Helium -4 isotopes.
Probability of Helium 4 isotope is 3 times to any other Helium isotopes by fusion of Hydrogen isotopes. Further, Helium 4 isotope is also formed as stable isotope from Helium 5 and Helium 6.
Isotopes |
Hydrogen |
Deuterium |
Tritium |
Hydrogen |
Helium-2 is converted to other element and hence zero. |
Helium-3 |
Helium-4 |
Deuterium |
Helium-3 |
Helium-4 |
Helium-5 gives Helium 4 |
Tritium |
Helium-4 |
Helium-5 gives Helium 4 |
Helium-6 gives Helium 4 |
Hence ratio is 2 [Helium-3]: 6 [Helium-4]
Hence, Maneesh Dhauni periodic table explain abundance of Helium-4 isotopes. This is not explained by Modern periodic table.
Hence Maneesh Dhauni periodic table is future of Chemistry.
Summary of above discussion:
Chemistry observed facts to be explained |
Modern period table |
Maneesh Dhauni periodic table |
Unstable nature of Helium-2 isotope |
Fails to explain. |
Yes explains with reason. |
Stable nature of Helium 3 and Helium 4 isotopes |
Fails to explain. |
Yes explains with reason. |
Unstable nature of Helium-5 and Helium-6 isotopes and conversion to Helium-4 isotopes |
Fails to explain. |
Yes explains with reason. |
Abundance of Helium-4 isotopes |
Fails to explain. |
Yes explains with reason. |
Hence, Maneesh Dhauni periodic stable is better and future of Chemistry.