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Thus, the slow light effect is effectively tuned by modifying the chemical potential of the nanocavities and the plasmonic bus waveguide.
The ratio of Rashba and Dresselhaus spin splittings of the (001 -grown GaAs/AlGaAs quantum wells (QWs), investigated by the spin photocurrent spectra induced by circular photogalvanic effect (CPGE) at inter-band excitation, has been effectively tuned by changing the well width of QWs and by inserting a one-monolayer-thick InAs layer at interfaces of GaAs/AlGaAs QWs.
Furthermore, the PVDF-based composites' EMI shielding properties were effectively tuned by controlling the films' thicknesses.
Moreover, the interfacial thermal conductance can be effectively tuned by cross-plane strain.
Moreover, the resonant frequency of the cantilever is effectively tuned by altering parameters.
We show how friction can be effectively tuned by appropriate design of such surface features.
It is found that the thermal conductivity of Bi2Te3 nanofilm can be effectively tuned by strain.
Further, the PIT window can be effectively tuned by varying the chemical potentials of the nanocavities and plasmonic bus waveguide.
The size and morphology of the vesicles formed can be effectively tuned in a range of 1144 nm 291 nm.
In particular, the photoluminescence properties of the pillar hybrid networks can be effectively tuned by changing the network structure.
Through this unique structure of a copolymer, the electronic property and light absorption range were effectively tuned.
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