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In addition, the reactivity of "cold" chars was decreased with increasing quenching rate.
Quenching rate ranging from 0.1 to 3 × 104 K min− 1 was studied.
Stern Volmer kinetics was employed to determine the quenching rate constant before the onset of gelation.
The amount of secondary phase in the alloys decreased with the increase of quenching rate.
With increasing quenching rate, the cycle durability increased, but the capacity decreased.
The quenching rate constants, binding constants, and number of binding sites were calculated in the presence of CSB.
The dependence of phase formation on quenching rate and the thermodynamical stability of Cu50−xCoxZr50 (x = 0 20) was investigated.
Decreasing the charge density, increasing the salt concentration and reducing the layer number will accelerate the quenching rate.
However, the inclusion of collisional quenching rate estimations of O2 a1Δg) by C2H4 mitigated the over-prediction.
Their number, size and fractal dimension depend on the quenching rate and vary with the degree of deformation.
The discharge capacity of the alloys decreased obviously and the cycle stability increased dramatically with the increase of quenching rate.
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