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sensitive with 32 x 32 pixels Pixel size 2 x 2 mm 2 0.25° x 0.25° Sensitive area 64 x 64 mm 2 Sample-detector distance 40 cm Sample environment Displex cryostat with J-T stage 2 K Peltier cooler gas flow furnace ... neutron beam H3 Monochromators Cu (220) Take-off angle 2θM 13 - 56 ° Wavelength λ 0.25 - 0.85 Å Sample Beam size 0.6 x 0.6 cm2 ...

electron e - . Zn+2OH - <=> Zn(OH) 2 + 2e - At the start of the discharge, when less than 40% has reacted (x<0.4), the intermediate component H x MnO 2 has the same structure (ramsdellite) as MnO2. As the discharging ... into MnO 2 forming an interstitial compound, transferring an electron at the same time (reduction). MnO 2 + xH + + xe - <=> H x ...

area of 256 x 256 mm 2 , a resolution (pixel size) of 2 x 2 mm 2 and a max. counting rate 100 kHz (less than 1% dead time). The replacement detector MILAND is larger (320 x 320 mm 2 ) and offers both a ... A rocking curve from a membrane multilayer recorded with the 256 x 256 mm2 detector. D16Watch the successive peaks which appear while the sample ...

δλ/λ = 20%) ~1 x 10 8 n cm -2 s -1 Detector Cylindrical drum with internal neutron-sensitive image plates and read/erase system Neutron image plate Gd 2 O 3 doped BaF(Br.I):Eu 2+ Radius 160 mm Length 400 ... 400 mm Active area 1000 x 400 mm 2 Pixel size 100, 200, 400 µm 2 Sample environment (1) Ambient or (2) Oxford Cryosystems 'COBRA' cryostream ...

indium 114.82 12d 1.1x10 4 9.5 † I iodine 126.904 7h 1.2x10 5 100 Ir iridium 192.2 4.2y 5.0x10 4 43 † Fe iron 55.847 - - - Kr krypton 83.80 42h 3200 2.8 † La lanthanum 138.91 22d 1.9x10 4 16 Pb lead 207.19 ... 92.906 80m 2.0x10 4 17 N nitrogen 14.007 - - - Os osmium 190.2 41d 2300 2.0 † O oxygen 15.999 - - - Pd palladium 106.4 9d 7. lx10 4 60 P ...

Å) : about 10 5 cm -2 s -1 (m/s) -1 (= 0.4 x 10 5 cm -2 s -1 Å -1 ) UCN (4 ports) beam sizes: 4 x 4, 7 x 7, 10 x 10 and 14 x 10 cm 2 total flux: 2.6 x 10 4 cm -2 s -1 for v z < 6.2 m/s (3.3 x 10 4 for ... the figure. The total flux is 2.6 x 10 4 cm -2 s -1 for v z < 6.2 m/s (3.3 x 10 4 for v z < 7 m/s) resulting in calculated values for the density ...

scattering intensity in the (h,k,0) plane at an energy transfer of 2.5 meV. ‘Hot spots’ at (h,k) = (1/3, 2/3), (2/3, 2/3), etc, derive from spin wave excitations of the S=1 spins, which are antiferromagnetically ... is (h,k,0) and the energy transfer is 2.5 meV. Spin correlations in charge-ordered La 5/3 Sr 1/3 NiO 4 Charge order of La 5/3 Sr 1/3 ...

included) e.g. type at the LAMP interface d17_polcalc,[2206,10.2,20,2.1,2110,9.5,40,3.1],ferro=[1104,5.2,20,2.1,100,10.0,10,3.1],phi,F1,F2,p1,p2 d17_polcalc,'81624:81627',maskm='box,[63,73,11,51]' d17_he3calc ... t to dividing by sin(theta)) 's2' = divides the intensities by S2W 's2q' = divides the intensities by S2W*Q (equivalent to dividing by ...

half maximum; fwhm = 2 * sqrt(2*ln2) * sigma r tuple The tuple returned by the function. r[0] : int , error code. If non-zero, an error has occurred. r[1] : str , error message. r[2]: float , value of the ... Functions USE gaussian returns the value of the gaussian function: f = (1 / (sigma * sqrt(2pi))) * exp(-0.5 * (x / sigma)**2) function call r ...

half maximum; fwhm = 2 * sqrt(2*ln2) * sigma r tuple The tuple returned by the function. r[0] : int , error code. If non-zero, an error has occurred. r[1] : str , error message. r[2]: float , value of the ... Functions USE gaussian returns the value of the gaussian function: f = (1 / (sigma * sqrt(2pi))) * exp(-0.5 * (x / sigma)**2) function call r ...