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Rutheniumallenylidene complex bearing a salicylaldimine ligand .

Rutheniumotalyzed alkylation of phenol .

Rutheniumtetroxide-mediated oxidation of amines to amides.

Ruthenocenyl derivative of chloroquine 56.

Ruthenocenylethynyl-estra-diol, docked in the LBD of ERa. The ruthenoce-nylethynyl group is also bordered on its lower side by the two hydrophobic amino acid residues Met343 and Met421. A shrinkage, which is well adapted to accommodate the rigid ethynyl group, can be clearly seen in front of

Rutherford and Geiger s Apparatus.

Rutherford bac3cscattering spectra of films deposited from various pellets. The solid line is the data and the dashed line is a simulation for RE Ba2CU30y where RE is Y in ,

Rutherford backscaticr spectra obtained by using 2 MeV He ions for etched Teflon and for Teflon irradiated for 20 min with Mg X rays prior to etching with sodium naphthaicnide.

Rutherford backscattering .

Rutherford backscattering on a carbon substrate. The open squares represent the experimental RBS data, and the continuous fine is the simulated data. Reproduced with permission from Reddy, M. V. Pecquenard, B. Vinatier, R Levasseur, A. J. Phys. Chem. B 2006,110,4301. Copyright 2006 American Chemical Society.

Rutherford backscattering on a carbon substrate. The open squares represent the experimental RBS data, and the continuous line is the simulated data. Reproduced with permission from Reddy, M. V. Pecquenard, B. Vinatier, P. Levasseur, A. . Phys. Chem. B 2006,110, 4301. Copyright 2006 American Chemical Society.

Rutherford backscattering spectra deposited on Si wafers.

Rutherford backscattering spectra from a Ag studied with high-energy ions scattering. Physical Review Letters 47

Rutherford backscattering spectra of a 200-nm Ni thin film on a silicon substrate before and after annealing.

Rutherford Backscattering Spectrometry Post-deposition Diffusion

Rutherford backscattering spectrum from an Si crystal with thin layers of Cr 3x 10 atoms cm and Au 8 x 10 atoms cm evaporated onto the surface. The continuum at low energies is due to ions backscat-tered from Si after penetration into the bulk. The energy of such ions can be related to the scattering depth.

Rutherford backscattering. The backscattered energy is simply

Rutherford s a particle scattering experiment.

Rutherford s a-scatteiing experiment and discovery of the atomic nucleus. A, HYPOTHESIS Atoms consist of electrons embedded in diffuse, positively charged matter, so the speeding ct particles should pass through the gold foil with, at most, minor deflections.

Rutherford s a-scattering experiment and discovery of the atomic nucleus.

Rutherford s a-scattering experiment and discovery of the atomic nucleus. A, HYPOTHESIS

Rutherford s apparatus for observing the scattering of alpha particles by a metal foil.

Rutherford s apparatus for studying the retardation of a particles as depicted in his 1906paper .

Rutherford s experiment on a-particle bombardment of metal foil.

Rutherford s experiment.



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