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(117) (119) (337) (335) 2θ λ/Å λ/Å λ/Å λ/Å λ/Å λ/Å λ/Å 65° 1.83 - 1.17 0.85 - - - 90° 2.41 - 1.54 1.12 0.88 0.98 1.22 120° - 2.40 1.88 1.37 1.07 1.20 1.49 ωM/° 0 -10 9 14 16 -6 -15 Monochromator Geometry Vertical ... (002) Cu (200) take-off angle 2θ λ/Å Φ/n s-1cm-2 λ/Å Φ/n s -1 cm -2 26° - - 0.82 2.4 x 10 7 28° - - 0.88 3.2 x 10 7 30° - - 0.94 4.3 ...

Type Description 40001 Read Real A1 — Surface tension signal x (V) 40003 Read Real A1 — Coefficient a 40005 Read Real A1 — Offset due to paper probe b 40007 Read Real A1 — Constant c for zeroing the sensor ... + b - c (mN/m) 40021 Read Real B1 — Surface tension signal x (V) 40023 Read Real B1 — Coefficient a 40025 Read Real B1 — Offset due to paper ...

[220] skew symmetric interferometer at 1.84 Å with beam area 1x1 cm 2 flux in front of interferometer 16000 n cm -2 s -1 flux in O-bean and H-beam 7000 n cm -2 s -1 contrast in O-beam 90% wavelength spread ... reflection with tail suppression peak intensity 10000 n cm -2 s -1 angular resolution 0.01 sec arc momentum resolution 1.5 · 10 -5 Å -1 ...

because of the Zeeman splitting of the S = 1 state, a phase transition occurs at a critical field H c11.5 T, for T < 500 mK, when the lowest gap closes. Above H c1 , the field-induced magnetic ordering is ... commensurate + + - - structure, described by the propagation wave vector k = (1/4, 1/4, 0), with the Cr3+ magnetic moments of 1.60(1) mB ...

anticentred int 0: Anti-Centric (-1' not at the origin) 1: Anti-Acentric 2: Anti-Centric (-1' at the origin) anticentre_coord ndarray ; dtype= float32 , shape=( d-1 ) Coordinates for time inversion bns_num ... symmetry centred int 0: Anti-Centric (-1 not at the origin) 1: Anti-Acentric 2: Anti-Centric (-1 at the origin) centre_coord ndarray ; ...

anticentred int 0: Anti-Centric (-1' not at the origin) 1: Anti-Acentric 2: Anti-Centric (-1' at the origin) anticentre_coord ndarray ; dtype= float32 , shape=( d-1 ) Coordinates for time inversion bns_num ... symmetry centred int 0: Anti-Centric (-1 not at the origin) 1: Anti-Acentric 2: Anti-Centric (-1 at the origin) centre_coord ndarray ; ...

Comment 01IL1VA10 4.2 - 320 10 H2, He, N2 Sieverts method, 1 gas 02HI2VA20 4.2 - 500 20 (1 litre max.) H2, O2, He, N2, CH4, CO2, D2O Sieverts method, He + 2 gases 03HI2VA20 4.2 - 500 20 (1 litre max.) ... dosing at 20 MPa = (1 litre - capillary vol - sample cell/stick vol). Three dosing volumes are included with the minimum at 10 cc and the maximum ...

Comment 01IL1VA10 4.2 - 320 10 H2, He, N2 Sieverts method, 1 gas 02HI2VA20 4.2 - 500 20 (1 litre max.) H2, O2, He, N2, CH4, CO2, D2O Sieverts method, He + 2 gases 03HI2VA20 4.2 - 500 20 (1 litre max.) ... dosing at 20 MPa = (1 litre - capillary vol - sample cell/stick vol). Three dosing volumes are included with the minimum at 10 cc and the maximum ...

71ILHV70 1.5 - 550 A5 - AG3 Ø70 Top loading 106ILHV49 1.5 - 550 A5 - AG3 Ø49 x 112 Top loading 118ILHV49 1.5 - 550 A5 - AG3 Ø49 Dual-exchanger, top loading, compatible with Cryopad-III 119ILHV49 1.5 - 550 ... - AG3 Ø49 Top loading, new cold-valve 141ILHV49 1.5 - 550 A5 - AG3 Ø49 x 110 Top loading 145ILHV70 1.5 - 550 A5 - AG3 Ø70 x 195 Top loading ...

polarized) 6×10 5 n s -1 cm -2 6×10 6 n s -1 cm -2 (expected value) flux (polarized) 3.2×10 5 orientation horizontal scattering plane Sample environment magnetic field up to 1.1T (optional 7T cryomagnet) ... detector distance to sample (variable) 1.1 - 6 m background (beam closed) 5 cts per minute 2 dim. position sensitive 3 He detector distance to ...