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13 May 2024: alt"> <td></td> <td> <p><img class="image-left" height="132" src="https://www.np.phy.cam.ac.uk/files/styles/medium/public/media/NPoMCBmolecule.png?itok=YoGEJkUg" width="200" ... HwcYOp-y" width="200" /><strong><span>Plasmonic molecular sensing</span>

13 May 2024: alt="Ge nanowires" class="image-left" height="132" src="https://www.np.phy.cam.ac.uk/files/styles/medium/public/media/GeNanowires.png?itok=scnFK6Qp" width="200" /><strong>Optical growth of

13 May 2024: phy.cam.ac.uk/sites/www.np.phy.cam.ac.uk/files/media/profile/hsin-ling-liang.jpg" width="200" height="271" alt="Doctor Hsin-Ling Liang" /></div></div></div><div

are marked. FIG. 3. a, b! Bright-field images at3 200 magnification ofa! ... The. FIG. 4. Bright-field reflection images at3 200 magnification of Au micro-cavities for a!

13 May 2024: A and B are both 200 nm wide. Hotspot Decorations map plasmonic patterns with the resolution of scanning probe techniques.

The resulting pore network was backfi lled with gold by electrodeposition to a thickness of 200 nm. ... The presence of. this layer partially reduces the transmission of the fabricated 200 nm thick sample.

ton binding energies in excess of 200 meV.5–7 Such systems. are built from monolayers of corner-sharing PbI6 octahedra. ... 200 spectra are shown in Fig. 2. The fitting works well for.

29 Aug 2023: c. 100. 200. 0. MIR transduced signal(on-o)/o. Without MIRWith MIR at 1,623 cm–1. ... 850750 8007006500. 200. 400 λpump. Fig. 2 | Transduced MIR in vibrationally assisted luminescence.

3 Jan 2024: Scale bar: 20 nm. d Dark-field scattering spectra for Au@PEDOT with d = 3 nm in air (N = 200), with histogram of coupled plasmon modeλc positions. ... A 633 nmlaser illuminates individual NPoMs for over 200 s per timescans at optical powers 6 μW to

18 May 2022: conductivities:one lower and one higher than the 200 lS/cm of our NP batches. ... It results in a cloud with average NPcenter-to-center separations of 200 nm and, thus, saturates the NPdensity in the cloud.