Table 3.
isotropic | axialsymmetric (prolate) | axialsymmetric (oblate) | asymmetric | ||||
---|---|---|---|---|---|---|---|
D⊥ (108 s−1)a | 0.145 | D⊥ (108 s−1)a | 0.171 | Dx (108 s−1) | 0.143 | ||
D|| (108 s−1)a | 0.193 | D|| (108 s−1)a | 0.138 | Dy (108 s−1) | 0.148 | ||
Dz (108 s−1) | 0.192 | ||||||
tc (ns) | 10.36 ± 0.04 | ||||||
1.96 · 102 | 8.11 · 101 | 1.29 · 102 | 8.06 · 101 | ||||
9.56 · 101 | 8.91 · 101 | 9.12 · 101 | 8.76 · 101 | ||||
9.99 · 101 | 9.31 · 101 | 9.42 · 101 | 9.11 · 101 |
aD|| = Dz, D⊥ = Dx = Dy for the axialsymmetric model.
bχ2 = Σ(T1i,exp − T1i,calc)2/σ(T1i) + Σ(T2i,exp − T2i,calc)2/σ(T2i).
cConfidence limits (alpha = 0.1 or 0.05) of 500 Monte Carlo simulations. Models were accepted if χexp < χ0.1.