Tag: PTE

Antimony

NMR- Data Isotope  121Sb Spin  5/2 Natural abundance (%)  57.21 Magnetic moment μ/μN  3.9796 Magnetogyric ratio γ/107rad s-1T-1  6.4435 Quadrupole moment Q/fm2  -36.0 Frequency ratio Ξ/%  23.930577 Reference Sample  KSbCl6 Sample conditions  CH3CN, sat. Line-width factor l/fm4  410 receptivity relative to 1H  9.33*10-2 receptivity relative to 13C  5.48*102 Larmor Frequenzies (MHz) vs. Bruker Field Strengths …

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Indium

NMR- Data Isotope  113In Spin  9/2 Natural abundance (%)  4.29 Magnetic moment μ/μN 6.1124 Magnetogyric ratio γ/107rad s-1T-1 5.8845 Quadrupole moment Q/fm2  79.9 Frequency ratio Ξ/%  21.865755 Reference Sample  In(NO3)3 Sample conditions  D2O, 0.1M Line-width factor l/fm4  470 receptivity relative to 1H  1.51*10-2 receptivity relative to 13C  88.5 Larmor Frequenzies (MHz) vs. Bruker Field Strengths …

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Palladium

NMR- Data Isotope  105Pd Spin  5/2 Natural abundance (%)  22.33 Magnetic moment μ/μN  -0.760 Magnetogyric ratio γ/107rad s-1T-1  -1.23 Quadrupole moment Q/fm2  66.0 Frequency ratio Ξ/%  4.576100 Reference Sample  K2PdCl6 Sample conditions  D2O, sat. Line-width factor l/fm4  1400 receptivity relative to 1H  2.53*10-4 receptivity relative to 13C  1.49 Larmor Frequenzies (MHZ) vs. Bruker Field Strengths …

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Ruthenium

NMR- Data Isotope  99Ru Spin  5/2 Natural abundance (%)  12.76 Magnetic moment μ/μN  -0.7588 Magnetogyric ratio γ/107rad s-1T-1  -1.229 Quadrupole moment Q/fm2  7.9 Frequency ratio Ξ/%  4.605151 Reference Sample  K4[Ru(CN)6] Sample conditions  D2O, 0.3M Line-width factor l/fm4  20 receptivity relative to 1H  1.44*10-4 receptivity relative to 13C  0.848 Larmor Frequenzies (MHZ) vs. Bruker Field Strengths …

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Technetium

NMR- Data Isotope  99Tc Spin 9/2 Natural abundance (%)  – Magnetic moment μ/μN  6.281 Magnetogyric ratio γ/107rad s-1T-1  6.046 Quadrupole moment Q/fm2  -12.9 Frequency ratio Ξ/%  22.508326 Reference Sample  NH4TcO4 Sample conditions  D2O Line-width factor l/fm4  12 receptivity relative to 1H  – receptivity relative to 13C  – Larmor Frequenzies (MHZ) vs. Bruker Field Strengths (Tesla) …

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