The phrase "a complementary emission" is correct and usable in written English.
It can be used in contexts related to science, technology, or communication, where it refers to an emission that enhances or completes another emission.
Example: "The device operates by producing a complementary emission that improves signal clarity."
Alternatives: "an auxiliary emission" or "a supportive emission".
Here we report a simple method to design NCBs with complementary emission colors, creating a set of multicolor probes for homogeneous, separation-free detection.
Zonia and Munnik [ 11] took advantage of the complementary emission spectra of FM1-43 and FM4-64 to perform an elegant experiment where the pollen tubes were first labelled with one dye until the endomembrane compartments were saturated and all exocytic vesicles labelled.
Under hairpin configuration, proximity to gold nanoparticles leads to fluorescence quenching; hybridization to a complementary target restores fluorescence emission due to the Au-nanobeacons' conformational reorganization that causes the fluorophore and the AuNP to part from each other, yielding a quantitative response.
Therefore, in order to obtain single-photon emission in a complementary part of the spectrum, we replace the monolayer of WSe2 with WS2 (exfoliated from an n-doped bulk crystal) as the active layer; the rest of the QLED device structure remains unchanged.
The bore front shows a horizontal extension greater than 1000 km, and observed in the airglow layers as a complementary brilliance between the three emissions.
6 The use of positron emission tomography imaging as a complementary tool to computed tomography of the abdomen has been demonstrated, especially its use in ruling out metastasis in the body outside the abdominal cavity.
Exploring a complementary suite of approaches to the solution to the FFCO2 emissions estimation problem is therefore crucial.
A complementary analysis showed the entire dairy sector contributes approximately 1.9% of US GHG emissions.
Photometers monitoring oxygen night airglow emissions and a Canadian advanced digital ionosonde (CADI) have given a complementary view of the polar ionosphere over Eureka, Canada (80°N, 86°W) through each winter since 1991.
They are a complementary partnership.
