neutron damage मीनिंग इन हिंदी

Highly neutron damage tolerant steels such as PE16 will therefore be used for the tubes.
One design weakness of the two-fluid design is the necessity for a barrier wall between the core and the blanket region, a wall that would have to be replaced periodically because of fast neutron damage.
The main challenges that have yet to be overcome are in-vessel structural materials, both in-core and out-of-core, that will have to withstand fast-neutron damage and high temperatures, ( up to 1600 �C ).
In 1940, Gray, who had been studying the effect of neutron damage on human tissue, together with Mayneord and Read published a paper in which a unit of measure, dubbed the " " gram roentgen " " ( symbol : gr ) defined as " that amount of neutron radiation which produces an increment in energy in unit volume of tissue equal to the increment of energy produced in unit volume of water by one roentgen of radiation " was proposed.
In 1940, Louis Harold Gray, who had been studying the effect of neutron damage on human tissue, together with William Valentine Mayneord and the radiobiologist John Read, published a paper in which a unit of measure, dubbed the " " gram roentgen " " ( symbol : gr ) defined as " that amount of neutron radiation which produces an increment in energy in unit volume of tissue equal to the increment of energy produced in unit volume of water by one roentgen of radiation " was proposed.