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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

23 Aug 2021: a metallic mirror.15 This fixes the plasmonic cavity gapwidth at the subnanometer scale and results in fieldenhancements exceeding E/E0 > 200, which leads to 10. ... SERS intensity of BPT vibrational peaks onNPoRs is 200% larger than in NPoMs

The vibration. pump is located more than 200 lm from the polariton con-densate to avoid any additional polariton injection.

We observe a linear increase of the blue-shift only above a threshold laser power (200 µW) which eventually sat-urates ( Figure 5 ). This is predicted from the balance between capillary

22 Nov 2021: During a picocavity event, the laserpower is now repeatedly ramped between 25 and 200 µW(Fig. ... This was immediately submerged in a 1 mM solution of cyanobiphenyl-4-thiol (NC-BPT, 97%, Sigma Aldrich) in ethanol (200 proof, anhydrous, 99.5%) for.

block volume fractions ( Figure 1 ). The overall molecular weight of the terpolymer directly determines the gyroid unit cell between 10 and 200 nm.

lm), the pulse duration was typically 130 fs andthe power incident on the sample 200 kW.Uncertainties in the experimental data arise.

opal structure with macropores of an average diameter of 200 nm, indicating 20% shrinkage during removal of the template by calcina-tion. ... The ordering fol-lowed the fcc close-packing arrangement. Each sphere had a diam-eter of 200 nm and was fi lled

200 to 350nm, and hence the resulting fcc lattice parameter). Such polymeric opals have. ... a) 500 μm, (b) 250 μm, (c) 200 μm and (d) 25 μm.

duration. Microreflectivity spectra were recorded using light froma xenon discharge lamp, delivered via 200 μm fibres to.