The phrase "ascribed to double" is not correct and lacks clarity in written English.
It may be intended to refer to something attributed to a concept or entity called "double," but without context, it is ambiguous.
Example: "The phenomenon observed in the experiment was ascribed to double, but further clarification is needed."
Alternatives: "attributed to double" or "assigned to double".
The higher activity shown by tri-metallic CoNiMo catalysts is ascribed to the double promotional effect of Co and Ni and formation of three types of active phases NiMoS, CoMoS and Ni-CoMoS.
The other part is ascribed to the double hops that are being performed from the node to the successor of its direct neighbor which further reduces the average path length by a factor of 2. On the other hand, the results presented in Fig. 9 d show that up to a certain network size, SHAM performs better than Chord in 3-d and 4-d.
Compared with the S-PLFP, the lower charge transfer resistance (Rct) and the higher lithium ion diffusion coefficient of the H-PCLFP can be ascribed to the double coating layer (PAS and carbon) on the surface of H-PCLFP and the small grain size.
Only one study in sub-Saharan African caregivers whose children are HIV positive reported PS scores higher than ours, which was ascribed to a "double burden" from the transgenerational disease hazard [ 14].
The arc for the very high-frequency range corresponded to the charge transfer limiting process and was ascribed to the double-layer capacitance in parallel with the charge transfer resistance (Rct) at the contact interface between the electrode and electrolyte solution [42].
One control system is ascribed to the double-recessive genotype for E3 and E4[ 2- 6], which encode the phytochrome A (PHYA) proteins GmPHYA3 and GmPHYA2, respectively [ 7, 8].
Broad resonance band with double resonance peaks phenomenon was observed during experiment, which ascribed to superposition of double resonance source contributed by independent magnetic stripes.
The enhancement of those properties may be ascribed to structurally stable double shell components, especially outer shell.
The superior photocatalytic performance of ZIS/TiO2 nanocomposite can be ascribed to its unique double shell hollow structure and the synergistic effect between ZnIn2S4 and TiO2.
The 13C NMR spectrum of 1 showed fifteen carbon resonances, which were ascribed to a trisubstituted double bond, three methyl, five methylenes (two oxygenated), two sp3 methines, two sp3 quaternary carbons and one carboxyl (δC 215.1) (Table 1).
