| Beam Tube | SINQ, thermal beam tube R42, H2O-scatterer |
|---|---|
| Monochromators | Ge311 (λ = 1.177 Å), Ge220 (λ = 1.383 Å) and PG002 (λ = 2.317 Å), vertical focusing 2ΘMonochromator = 38.8o (fixed) |
| Optional Collimation | 80', 40', 20' |
| Resolution | Δd/d > .005 |
| Flux at Sample | max. 2.2x106 n/cm2/sec (1.35mA on SINQ) |
| Crystal Size | ideal 3-5 mm3, down to sub 0.1 mm3 and not larger than 1cm2 cross section (size of homogeneous beam) |
| xyz-Adjustment | x,y:+/- 15mm, z:+/- 30mm |
Instrument configurations
Secondary Instrument (I)
- 2D He3-area-detector, 160 mm x 160 mm (oscillating radial collimator)
- single He3-tube (soller collimator: 80', 40', 20')
Secondary Instrument (II)
- single He3-tube (soller collimator: 80', 40', 20') with PG analyser
Momentum transfer
6o< 2Θ <128o, λ=1.18Å: max.sinΘ/λ=0.77 Å-1, λ=2.317 Å: max.sinΘ/λ=0.39 Å-1
Weakest signals investigated:
- various thin films, 50-100 nm thickness (typically 30-45 min/point)
- detailed crystal structure NaOs2O6: 0.8mm3 (5.8mg)
- magnetic structure 1 mB CuSeOCl: 0.2x1.8x4 mm3 (5mg)
- magnetic structure 5 mB MOF: 0.12 mm3 (24 sec/point)
- magnetic structure 0.2 mB Nd/CeCoIn5: 20 mg (52 min/point)
- few nuclear reflections of YNiO3: 2E-4 mm3 (5 min/point, incident beam width 0.4 mm)
