Sentence examples for outer counterpart from inspiring English sources

But the world is constructed in such a way that it meets you halfway in moments precisely like these, your inner joy seeks an outer counterpart and finds it, it always does, even in the bleakest regions of the world, for nothing is as relative as beauty.

Lateral thinning and fining trends associated with these less common thicker-bedded deposits occur more rapidly than their outer-bend counterparts.

Unlike their more traditional outer cone crack counterparts, inner cones do not appear in monotonic loading or even cyclic loading in the absence of liquid.

The ionization energies of gallium, indium, and thallium are thus higher than expected from their Group 2 counterparts because their outer electrons, being poorly shielded by the inner d and f electrons, are more strongly bound to the nucleus.

For the most part, the outer boroughs beat their Manhattan counterparts when it comes to city beirgartens.

Our results demonstrate that the selectivity of binding of BH3 only proteins to their PBP counterparts in the outer mitochondrial membrane, clearly has a major impact on B*.

After a summary of the basics of radio and plasma wave modes as derived from the theory and from observations in the Earth's vicinity, we discuss the counterpart of these waves as observed in outer planets' magnetospheres.

In a wild hour-long set piece in a courtroom — the official equivalent of the stage — Schroeter lets the inner and outer torments of the holy innocent — a latter-day counterpart to Pasolini's Ninetto — burst forth and evoke the latent horror of daily life.

Considering these findings, we restrict our further studies only to the gains obtained by using the configurations containing Ag and Au at the inner and outer metallic shell, respectively, instead of their Au-only counterparts.

To facilitate recognition of the fluorescence epitope by the nanobody, we generated a vector that displays the YFP/GLuc fusion protein on its outer membrane [[16]] and compared it against its intracellular counterpart.

I will also discuss how the DES data are being used to make a variety of other astronomical discoveries, from the outer Solar System to ultra-faint dwarf galaxies to the kilonova counterpart of a binary neutron star gravitational-wave source.