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The influence of activation time, activation temperature, and impregnation ratio on the yield and phenol (Ph) uptake of such carbons were studied.
This study examines the porous nature of such carbons, and how it develops under oxidizing conditions that model "physical activation" or combustion types of conditions.
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Details of such carbon gels are reported.
The introduction of such carbon materials decreases the decomposition temperature of MgH2.
However, the preparation of such carbon materials in a controllable way remains a significant challenge.
Relationships between thermal conductivity and the structural properties (Lc and d002) of such carbon fibers are studied.
We here report on the first detailed transmission electron microscope and electron diffraction study of such carbon nanodisks.
The abundant availability and excellent properties of such carbon materials based LTCEs offer a wide prospect for its further applications in perovskite solar cells.
The effects of process variables represented by radiation time, radiation power, and impregnation ratio on the yield and methylene blue (MB) uptake of such carbon were studied.
The optimum energy absorption characteristics of such carbon fibre polymer composites (CFRP) elements are considered towards the implementation in crashworthy structures.
The growth mechanism of such carbon nanostructures is discussed.
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