| Issue |
| Total 171 articles [ 키워드: Modeling ] |
| No. | Article |
| 11 |
Korean Journal of Chemical Engineering, 39 (6), pp.1375-1383 (2022) Process modeling and design of reverse osmosis membrane system for seawater desalination Kim MA, Binns M, Kim JK |
| 12 |
Korean Journal of Chemical Engineering, 39 (6), pp.1460-1471 (2022) Reaction mechanism and kinetic modeling of olefin conversion over phosphorus modified ZSM-5 catalyst Berta AH, Hwang HD, Asfha HB, et al. |
| 13 |
Korean Journal of Chemical Engineering, 39 (4), pp.838-852 (2022) Dynamic analysis of a flare network: Gas blow-by and depressurization system Jo YY, Lee DJ, Sukhbold B, et al. |
| 14 |
Korean Journal of Chemical Engineering, 39 (2), pp.284-305 (2022) Combinatorial and geometric optimization of a parabolic trough solar collector Goel A, Manik G, Verma OP |
| 15 |
Korean Journal of Chemical Engineering, 38 (12), pp.2375-2380 (2021) Perspective - the need and prospects for negative emission technologies - direct air capture through the lens of current sorption process development Realff MJ, Min YJ, Jones CW, et al. |
| 16 |
Korean Journal of Chemical Engineering, 38 (8), pp.1703-1714 (2021) 3-D modeling of proton exchange fuel cell cathode with a novel random generation of gas diffusion porous layer Bahoosh R, Jafari M, Bahrainian SS |
| 17 |
Korean Journal of Chemical Engineering, 38 (7), pp.1333-1347 (2021) Multiscale modeling and integration of a combined cycle power plant and a two-tank thermal energy storage system with gPROMS and SimCentral Chang JH, Lee GH, Adams D, et al. |
| 18 |
Korean Journal of Chemical Engineering, 38 (4), pp.692-703 (2021) Life cycle based optimal design of utility system in offshore plants Lee HG, Jo YT, Shin JY, et al. |
| 19 |
Korean Journal of Chemical Engineering, 38 (2), pp.316-325 (2021) Removal efficiency optimization of Pb2+ in a nanofiltration process by MLP-ANN and RSM Emami MRS, Amiri MK, Zaferani SPG |
| 20 |
Korean Journal of Chemical Engineering, 38 (2), pp.366-379 (2021) Mathematical and experimental modeling of reverse osmosis (RO) process Hadadian Z, Hadadianh S, Ansari M, et al. |
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