The ROP is abnormally flat in this depth range.
The ROP shows several positive peaks, but caliper variations are not clearly visible.
The ROP strategy is then instructed to acquire the set later and to output earlier.
The ROP positive anomaly features a maximum of 32.40 m/h at 1,146-m 1,146-m
The ROP of ε-caprolactone, δ-valerolactone, and trimethylene carbonate was first performed using diphenyl phosphate as the ROP catalyst followed by the RAFT polymerization of vinyl chloroacetate after quenching the ROP with 4-dimethyamino pyridine.
The ROP is constant, but this fact could be explained by the zero WOB at this depth.
The ROP also presents several positive variations, with a maximum of 15.17 m/h at 1,148-m 1,148-m
The ROP of ε-caprolactone initiated by Ti (IV) alkoxides were investigated using high level adiabatic mapping B3LYP/LANL2DZ calculations.
The ROP is typically 15 min, while the proposed classification tree is executed in the order of milliseconds to seconds, depending on the number of cells.
The ROP of cyclic ethers, carbonates and esters in the presence of commercially available methylaluminoxane/trimethylaluminum system has been studied.
The ROP values are higher than 50 m/h at 953-m depth and fit spatially with helium concentrations of 25 ppm.
