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Email LinkedIn Research Gate Curriculum vitae Bachelor’s degree: Physics in University of Oviedo Master’s degree: Nanophysics and Condensed Matter Physics in Autonomous University of Madrid (pdf - 817

1972-2008 - Computing, Control, and Data treatment at the ILL by Ron Ghosh, December 2022 I wished to conserve my memories of colleagues and activities in the "Departement Informatique et Electronique

iron(II)-imidazole complexeGeometry of the [Fe(Im)6]2+ cation in the Fe(Im)6(NO3)2 salt as determined by X-ray diffraction. iron(II)-imidazole complexeSimplified diagram of the electronic splitting of

Guide hall n°1, cold guide H141 Data Collection Method Quasi-Laue Neutron Velocity Selector Typical neutron λ 3.35 to 3.70 Å (with NVS@25K rpm) Collimation Pinholes 0.5 to 2.9 mm Flux at specimen (λ-c

Guide hall n°1, cold guide H143 Data Collection Method Quasi-Laue Ni/Ti multilayer band-pass filter (δλ/λ=30%) Typical neutron λ range ~2.8 to 3.8 Å Collimation Pinholes 0.5 to 2.9 mm Flux at specimen

Reactor hall, thermal beam H12 Monochromators PG 002: 2.20 ... 3.60 Å PG 004: 1.10 ... 1.80 Å Cu 220: 0.85 ... 1.50 Å Cu 111: 1.25 ... 2.24 Å take-off angle 2θM 39 ° ... 65° resolution δ> E i / E i 3

Guide hall n° 1, thermal guide H24 beam cross section 30 x 75 mm 2 Monochromator crystal d -spacing in Å k i in Å -1 flux in 10 6 n cm -2 s -1 PG (002) 3.355 1.3 - 3.3 2.662 9.3 Cu (111) 2.087 2.0 - 5

Reactor hall, through-tube H6-H7 Neutron Flux: 5 x 10 14 n cm -2 s -1 Available Crystals: Flat Si (220) Ge (111) Ge (220) Bent Si (220) Ge (220) Eff. Solid Angle: Flat: ~ 10-11 sr Bent: ~ 10-7 sr Best

Reactor hall, thermal beam IH3 Monochromator Double focusing – horizontal variable focusing. Incident beam area at the monochromator: 6 x 6 cm2. Monochromator surface: 20.8 x 8.6 cm2 20 crystals in a

Guide hall 1, End of the thermal neutron guide H24 Diffraction geometry Transmission or backscattering Neutron beam Flux at sample position about 10 8 n/cm 2 /s Wavelength range 0.8 - 3.2 Å 10 detecto