3 article(s) from Erni, Rolf
Figure 1: Figure 8 in the original article: Calculated resistivity from the resistance measurement of a Cu–C ...
Figure 1: Sketch of post-growth annealing experiments: a) conventional heating using a hot plate in an SEM, b...
Figure 2: TEM of as-deposited lines and squares from Cu(hfac)2 on an amorphous carbon membrane on a TEM grid....
Figure 3: Post-growth annealing of FEBID line from Cu(hfac)2 between four gold electrodes. SEM tilt images (6...
Figure 4: Post-growth laser annealing of FEBID deposits from Cu(hfac)2. SEM top view images of a) as-deposite...
Figure 5: Periodic 3D FEBID line deposits from (hfac)Cu(DMB) between gold electrodes on SiO2/Si. SEM tilt ima...
Figure 6: In situ TEM annealing for 10 min at 220 °C on a line deposit from Cu(hfac)2 shown in Figure 2. a) STEM high...
Figure 7: TEM in situ annealing of FEBID rods grown from (hfac)Cu(VTMS). a) Dark field image of an as-deposit...
Figure 8: Calculated resistivity from the resistance measurement of a Cu–C line during in situ post-growth he...
Figure 1: Efficiency enhancement mechanisms for photocatalysis using CNT–TiO2 nanocomposites. (a) CNT scaveng...
Figure 2: A schematic illustration of one cycle in ALD: (a) The first precursor flows into the chamber and re...
Figure 3: Micrographs of TiO2 deposited on MW-CNT by using ALD with different number of cycles to control the...
Figure 4: A schematic illustration of the principle in STEM-EELS: (a) the microscope configuration in the STE...
Figure 5: An atomic-resolution chemical mapping of Ba-doped SrTiO3 nanoparticles: (a) the HAADF-STEM image of...
Figure 6: An example of electron beam damage during EELS acquisition. Note that there is a chemical shift in ...