Table 2. Analytical Forms of all Obtained Structure Functions are Provideda.
S10_NP_B | S10_NP_C | S10_NP_D | S11_NP_C | S6_NP_A | |
---|---|---|---|---|---|
Zx,x(q) | 0.489q – 0.184q log(q) | 0.486q – 0.106q log(q) | 0.549q – 0.192q log(q) | 0.644q – 0.062 (q2 – q) | 0.473q – 0.077q log(q) |
Zy,y(q) | 0.660q – 0.167q log(q) | 0.558q – 0.095q log(q) | 0.550q – 0.156q log(q) | 0.476q – 0.121 (q2 – q) | 0.587q – 0.135q log(q) |
Zx,y(q) | 0.562q – 0.229q log(q) | 0.523q – 0.129q log(q) | 0.554q – 0.151q log(q) | 0.575q – 0.082 (q2 – q) | 0.551q – 0.074q log(q) |
Zx,θ(q) | 0.397q – 0.145q log(q) | 0.318q – 0.095q log(q) | 0.358q – 0.102q log(q) | 0.352q – 0.027 (q2 – q) | 0.252q – 0.043q log(q) |
Zy,θ(q) | 0.486q – 0.132q log(q) | 0.362q – 0.065q log(q) | 0.340q – 0.074q log(q) | 0.289q – 0.032 (q2 – q) | 0.325q – 0.032 (q2 – q) |
S6_NP_E | S6_NP_F | S3_NP_A | S3_NP_E | |
---|---|---|---|---|
Zx,x(q) | 0.497q – 0.144 (q2 – q) | 0.708q – 0.107 (q2 – q) | 0.551q – 0.024 (q2 – q) | 0.536q |
Zy,y(q) | 0.470q – 0.080 (q2 – q) | 0.722q – 0.154q log(q) | 0.530q – 0.047 (q2 – q) | 0.523q – 0.062q log(q) |
Zx,y(q) | 0.487q – 0.090 (q2 – q) | 0.719q – 0.101 (q2 – q) | 0.536q – 0.027 (q2 – q) | 0.539q – 0.065 (q2 – q) |
Zx,θ(q) | 0.290q – 0.038 (q2 – q) | 0.416q – 0.039 (q2 – q) | 0.332q – 0.060q log(q) | 0.288q |
Zy,θ(q) | 0.276q – 0.031 (q2 – q) | 0.398q – 0.054q log(q) | 0.343q – 0.032q log(q) | 0.311q – 0.035 (q2 – q) |
For α = 1, the structure function has the form z(q) = Hq – Cq log(q), for α = 0 z(q) = Hq, and for α = 2 z(q) = Hq – C(q2 – q).