We detach the observation of size and coupling relations among software classes.
In this paper, we report the observation of size-dependent RTFM in CdS nanostructures (NSs).
Higher quantum confinement of photo-excited electrons and phonons in smaller Si NSs is responsible for observation of size-dependent photo-excited Fano interaction in laser-etched Si NSs.
We combine the results of orbitally-derived morphologic and thermal inertia data with in situ observations of abundance, size, morphologic characteristics, and distribution of pebble- to cobble-sized clasts along the Curiosity rover traverse.
The model predicted trends agree with field observations of pattern size and active layer depth at two distinct sites.
The experimental observations of the size distributions are confirmed by numerical simulations of the γ′ precipitation kinetics.
(B) Agreement between predictions (solid lines) and experimental observations of the size dependence of the Young's modulus for Cu particles [43 45].
This paper provides a brief review of the understanding of the coupled solar wind magnetosphere ionosphere system that can be attained from observations of the size of the ionospheric polar caps from space and the ground.
Motivated by the recent observations of unprecedented size induced mechanical strain-thermal conductivity coupling [15, 16], we propose that for nanoscale resonators, it may be possible to tune the thermo-elastic dissipation with applied strain.
This finding is consistent with observations of clutch size in other groups of lizards, such as Anolis and most geckos, taxa in which natural selection favoring enhanced vertical locomotion may have led to reduced clutch sizes [36].
