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time(1/100s) M1(cts) M2(cts) Total cts Phase n3(0,1) n3(1,1) n3(2,1) n3(3,1) Z non-flip n3(0,2) n3(1,2) n3(2,2) n3(3,2) Z flip n3(0,3) n3(1,3) n3(2,3) n3(3,3) X non-flip n3(0,4) n3(1,4) n3(2,4) n3(3,4) X flip ... w1 = w2 + w3 automatically invokes: p1 = p2 x1 = x2 y1 = y2 x_tit(1) = x_tit(2) & y_tit(1) = y_tit(2) & w_tit(1) = w_tit(2) which is what ...

detected, there is still a 2 second delay before permission is given to move (O1), and 2.4 seconds before the logical signal for permission (O4) is sent to the SCI. These 2 seconds serve as extra discharge ... an end of movement request is detected, a small delay of 0.2 seconds is introduced before the detector is "ungrounded" (opening of relay 2, ...

Angle1 and Angle2 are the detector positions at which the cout rates (Rate1a, Rate1b) and (Rate2a, Rate2b) are measured.) PeakCentringLinSDev(Angle1, Rate1a, Rate1b, Angle2, Rate2a, Rate2b, AngleSDev, Rate1aSDev ... Angle1 and Angle2 are the detector positions at which the cout rates (Rate1a, Rate1b) and (Rate2a, Rate2b) are measured.) ...

1.0126586 + 2.128934) + 0.25 * fwhm_2 * (eta_2 * 1.0126586 + 2.128934) If x < 0: f = (eta_1 * / (1 + 4 * (x / fwhm_1)**2) + (1 - eta_1) * exp(-4*ln2*(x/fwhm_2)**2)) / N If x >= 0: f = (eta_2 * / (1 + 4 ... 4 * (x / fwhm_2)**2) + (1 - eta_2) * exp(-4*ln2*(x/fwhm_2)**2)) / N function call r = split_pseudovoigt ( x : float , fwhm_1 : float , fwhm_2 : ...

1.0126586 + 2.128934) + 0.25 * fwhm_2 * (eta_2 * 1.0126586 + 2.128934) If x < 0: f = (eta_1 * / (1 + 4 * (x / fwhm_1)**2) + (1 - eta_1) * exp(-4*ln2*(x/fwhm_2)**2)) / N If x >= 0: f = (eta_2 * / (1 + 4 ... 4 * (x / fwhm_2)**2) + (1 - eta_2) * exp(-4*ln2*(x/fwhm_2)**2)) / N function call r = split_pseudovoigt ( x : float , fwhm_1 : float , fwhm_2 : ...

cBN or Al2O3-ZrO2 anvils TiZr gaskets - Ø2.4 x 1.3 or Ø4.8 x 2.7 for room-temperature use 17PG400BN5 VX-1 Type in CuBe 40 @ 300 K cBN or Al2O3-ZrO2 anvils TiZr gaskets - Ø2.4 x 1.3 or Ø4.8 x 2.7 for low ... K cBN or Al2O3-ZrO2 anvils TiZr gaskets - Ø2.4 x 1.3 or Ø4.8 x 2.7 for low-temperature use (spare) 07PL1000BN5 VX-5 Type 200 @ 300 K or 100 @ ...

thick/2,+longit. thick/2], ... % [-trans. extend/2, trans. bin,+trans. extend/2] , ... % [-trans. thick/2,+trans. thick/2], [-dE, +dE], '-nopix'); % % wt2= cut_sqw(sqw_file, proj, [-longit. thick/2,+longit ... ------------------------- Peak 2: [22 0] scan: 1 (radial scan) ...

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.) H2, O2, He, N2 ... N2, CH4, CO2, D2O Sieverts method, He + 2 gases The 02HI2VA20 and 03HI2VA20 systems operate using the Sieverts Method and are ...

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.) H2, O2, He, N2 ... N2, CH4, CO2, D2O Sieverts method, He + 2 gases The 02HI2VA20 and 03HI2VA20 systems operate using the Sieverts Method and are ...

much more active for H/D exchange and C-C bond coupling than the well-known complex RuH 2 (η 2 -H 2 ) 2 (PCy 3 ) 2 . Ref .: Grellier M. , Vendier L. , Chaudret B. , Albinati A. , Rizzato S. , Mason S. ... Hydrogen and dihydrogen bonded directly to ruthenium in RuH2(H2)2(PCyp3)2 Hydrogenation and dehydrogenation in potential hydrogen storage ...