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Using 200 nm diameter spheres producesBragg peaks in the visible-IR spectral range, while the elas-tomeric composition gives flexible films with enhancedstructural control of color.

The Stokespeaks are 200 times stronger than the anti-Stokes peaks, whilefringing around ν = 300 cm1 comes from the notch filterremoving the laser line.First we focus on one of the ... Below 200 K, the anti-Stokes peaks drop below the noiselevel (shaded).

The detuning,D523 meV. FIG. 1. Perpendicular PL emission for increasingupwards! pumping inten-sities from 200 nW to 6 mW.

and students, was issued a tablet PC (each costing about $1,200) running OneNote, whose pages are stored on a central server that all lab members could access over an internal

d1.0. 0.5. 0.0–200 0 200. C2. C1. G2(). G2(). C1. Fig. ... Low wavenumber measurements are per-formed with the same system using a 785 nm excitation laser with 200 µW power.

Absorption spectrum also shown(blue). (c) Cavity resonances versus line widths for >200 NPoMs without (with) single Cy5 molecules. ... The resulting cavity resonance coupled with thesingle-Cy5 shows now two peaks which can be clearly resolved(ω), for

Scale bar is 200 µm. b) Extinction and scattering spectra below and above Tc acquired from a 2 µm spot in the center of the droplets shown highlighted in the ... 4. Experimental SectionAu@pNIPAM Core–Shell Nanoparticles: Concentrated 14 nm AuNPs.

Left:100 lm 200 lm area of uniformly 500 nm thick d = 500 nm sample.

Our approach provides a reliable tool quantifying the number ofmolecules in each plasmonic hotspot, here <200. ... Lesker Company, PVD 200). Using anevaporation rate of 0.1 Å/s for both layers with a base pressureof 1 107 mbar ensures the formation of a

solubility in organic solvents (n-hep-tane), and also the desirable low decomposition temperature(200 C) of this complex. ... flowrate. As the precursor flows through the fiber, the furnace isheated up to 200 C to initiate the deposition of silver nanopar