hi
it is a combination of Be/Po210 . po210 emits an intensive alfa radiation and when this radiation contact with Be metal foil, the result would be neutron. as you know neutron is critical element to make chain fission reaction .so in practice a very thin gold foil can stop alfa radiation but if an explosion mix po210 with Be, we will have a high intense neutron source can trigger a ultimate fission bomb. a good design of initiator help to make a smaller and effective bomb with high yeild. the size of an initiator would be a grape size.
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When it is mixed or alloyed with beryllium, polonium can be a neutron source: beryllium releases a neutron upon absorption of an alpha particle that is supplied by 210Po. It has been used in this capacity as a neutron trigger or initiator for nuclear weapons
Master Initiator.
"Initiator" in Tagalog is translated as "tagapamulaklak" or "nag-umpisa."
Uses of polonium: - neutron source (polonium-beryllium source) - in devices for the elimination of the static electricity - in devices for the elimination of the dust - initiator in nuclear weapons - isotopic heat source
Uses of polonium: - neutron source (polonium-beryllium source) - in devices for the elimination of the static electricity - in devices for the elimination of the dust - initiator in nuclear weapons - isotopic heat source
Purchase requisition processor is the role that serves as a PR initiator.
initiator
Polonium applications: - neutron source (polonium-beryllium source) - in devices for the elimination of the static electricity - in devices for the elimination of the dust - initiator in nuclear weapons - isotopic heat source Radium has not today practical applications.
Someone who start a process
initiator
initiator
initiator