Showing 1 - 10 of 12 Report Results
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CLM-R293
Concentrations of radiologically – important tramp elements in standard-grade stainless steels with particular relevance to activation of the first wall of NET
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CLM-R273
Initial examinations of the weldability, creep properties, tempering response and grain size control in low-activation martensitic stainless steels
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CLM-R274
Investigations of the formability, weldability and creep resistance of some potential low-activation austenitic stainless steels for fusion reactor applications
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CLM-R271
Investigations on low activation 9 and 12% Cr, V, W Steels for nuclear fusion reactor components
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CLM-R265
An investigation of the constitution, structure and properties of some low activation austenitic stainless steels proposed for fusion
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CLM-R264
A study of the prospects for development of low-activation martensitic stainless steels for first wall and blanket structures in fusion reactors
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CLM P787
Radiological implications of low activation steels as structural materials in fusion reactors
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CLM-R255
The development of austenitic stainless steels as low-activity structural materials for fusion reactors
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CLM P733
Transmutation and activation effects in high-conductivity copper alloys exposed to a first wall fusion neutron flux
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CLM-R243
A study of the feasibility of suppressing incendive discharges in electrostatic precipitators through the use of resistive collector plates