ternary fission वाक्य
उदाहरण वाक्य
मोबाइल
- They were the first to observe ternary fission in Californium-252.
- Pyatkov and Kamanin et al . in JINR Dubna are pursuing experiments on collinear ternary fission.
- More powerful, long range alpha particles from ternary fission are three times as energetic, and penetrate proportionately farther in air.
- However, so-called long range alpha particles from ternary fission are three times as energetic, and penetrate three times as far.
- He extended the binary fission theory to more complex phenomena such as ternary fission ( particle-accompanied fission ) and multicluster fission was predicted.
- The two larger charged particles from ternary fission, particularly when alphas are produced, are quite similar in size distribution to those produced in binary fission.
- Thus, the larger fragments in ternary fission are each less energetic, by a typical 5 to 10 MeV, than they are seen to be in binary fission.
- He investigated ternary fission, a comparatively rare type of nuclear fission in which the nucleus breaks into three pieces instead of two, and the photodisintegration of light nuclei by gamma rays.
- Most fissions are binary fissions ( producing two charged fragments ), but occasionally ( 2 to 4 times per 1000 events ), " three " positively charged fragments are produced, in a ternary fission.
- In anywhere from 2 to 4 fissions per 1000 in a nuclear reactor, the alternative ternary fission process produces three positively charged fragments ( plus neutrons, which are not charged and not counted in this reckoning ).
- The amount of any particular isotope produced per fission is called its yield, typically expressed as percent per parent fission; therefore, yields total to just over 200 % ( because of ternary fissions ), not 100 %.
- :: : : : In the first paragraph on the nuclear fission article, " Most fissions are binary fissions, but occasionally ( 2 to 4 times per 1000 events ), three positively charged fragments are produced in a ternary fission.
- The energy of the third much-smaller product usually ranges between 10 and 20 MeV . In keeping with their origin, alpha particles produced by ternary fission typically have mean energies of about ~ 16 MeV ( energies this great are never seen in alpha decay ).
- Although particles as large as argon nuclei may be produced as the smaller ( third ) charged product in the usual ternary fission, the " most common " small fragments from ternary fission are helium-4 nuclei, which make up about 90 % of the small fragment products.
- Although particles as large as argon nuclei may be produced as the smaller ( third ) charged product in the usual ternary fission, the " most common " small fragments from ternary fission are helium-4 nuclei, which make up about 90 % of the small fragment products.
- The second-most common particles produced in ternary fission are tritons ( the nuclei of tritium ), which make up 7 % of the total small fragments, and the third-most are helium-6 nuclei ( which decay in about 0.8 seconds to lithium-6 ).
- This is a different process than the more random nuclear disintegration that precedes light fragment emission in ternary fission, which may be a result of a nuclear reaction, but can also be a type of spontaneous radioactive decay in certain nuclides, demonstrating that input energy is not necessarily needed for fission, which remains a fundamentally different process mechanistically.
- In anywhere from 2 to 4 fissions per 1000 in a nuclear reactor, a process called ternary fission produces three positively charged fragments ( plus neutrons ) and the smallest of these may range from so small a charge and mass as a proton ( Z = 1 ), to as large a fragment as argon ( Z = 18 ).
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