The phrase "activated material" is correct and usable in written English.
It can be used in contexts related to science, engineering, or technology, where materials are made active or functional for a specific purpose.
Example: "The activated material was essential for the success of the chemical reaction in the experiment."
Alternatives: "reactive material" or "functional material".
SEAFP strategy for the management of activated material is here applied to international thermonuclear experimental reactor (ITER).
The KOH activated material had significant micro-pores, and demonstrated electrokinetics of an ideal electric double layer.
Surface activated material exhibited discharge capacity of 88 mAh g−1 at C/10 rate (70% of the theoretical value for LiFe0.75Zn0.25PO4).
Accordingly, the product of this biological fusion of silica lamellae resembles the product of a technical process termed sintering, i.e., a thermally activated material transport in a powder or porous compact, decreasing the specific surface by growth of the particle contacts, shrinkage of pore volume, and change of the pore geometry (Thümmler and Oberacker 1993; Wakai and Aldinger 2004).
However, the environmental impact of waste material is determined not only by the level of activation, but also the total volume of activated material.
It is suggested that the active center for oxygen reduction is determined by the structure of the activated material.
The development of complex materials containing biologically active components presents the second technological trend that integrates "activated materials".
This experimental investigation aims at developing one-part mix alkali activated materials using only waste materials.
But even if fusion produces little, if any, long term waste there are two important aspects deserving consideration: the large amounts of tritium contamination and of neutron activated materials.
With the aim to further increase the type of waste to be used as precursor and to promote a new recycling route, alkali activated materials based on partial substitution of metakaolin with ladle slag, deriving from the refining process of steel produced by arc electric furnace technology, are reported.
D-T operation of ITER plasma will produce high-energy fusion neutrons those can activate materials around the place where human-access is necessary.
