The phrase "absorber with the same" is not correct and does not convey a clear meaning in written English.
It may be intended to describe a type of absorber that has similar characteristics or properties to something else, but the phrasing is unclear.
Example: "The new model of the absorber with the same specifications as the previous version has improved efficiency."
Alternatives: "absorber of the same type" or "absorber with similar features".
We have measured the receiver efficiency of this absorber with the same procedure used for the DLS (Supplementary Fig. 9a).
The results demonstrated that the PVDF-MPPA with shunt circuits had a wider absorption bandwidth compared with a rigid MPP absorber with the same structural parameters.
The regime of quasiperiodic response is shown to provide more efficient vibration suppression than the best-tuned linear absorber with the same mass.
Especially, the optimal 5 mm-thick composite RAS inserted with a single layer of resistive FSS can produce 90% absorption bandwidth of around 11.8 GHz, which is much wider compared with the multilayered metallic metamaterial absorber with the same thickness.
The Mössbauer effect is usually observed by measuring the transmission of gamma rays from a radioactive source through an absorber containing the same isotope in the ground state.
The geometries considered include trapezoidal and concave parabolic absorbers having the same surface area.
The addition of a burnable absorber layer to the TRISO fuel resulted in an increase in reactor operational lifetime in all cases considered in the present work when compared to a reactor with the same excess reactivity without burnable absorbers.
Mainly two types of absorbers are considered: the tuned absorber having the natural frequency same as that of the primary system and the high-frequency absorber with the natural frequency higher than that of the primary system.
We compared variations in vibration using impulse responses of machine cushions as a performance index, of four alternative machine cushion designs: One was an ARM with absorber design; the second was the same machine cushion but without an absorber; the third and fourth were simple passive machine cushions with and without an absorber.
Optical properties were assigned by assuming that the only absorber was blood mixed with fluorescent dye, the same assumption made for the intravascular properties in the microvasculature geometry.
So it is evident that the configuration with the air flow below the absorber plate gives higher air outlet temperature, i.e. about 2.5 °C more than the one with the air flow above the absorber plate for same solar energy input at the peak insolation.
