A1.期刊論文

1. 葉俊郎(2018).Effect of a Vector Wall on the Thermal Field in a SRU Thermal Reactor.International Journal of Materials, Mechanics and Manufacturing,Vol.6
2. 葉俊郎(2019).NOx Emission from a Sulfur Recovery Unit Thermal Reactor with Rounded Corners or a Vector Wall.IOP Conference Series: Materials Science and Engineering (Online ISSN: 1757-899X, Print ISSN: 1757-8981),658
3. 葉俊郎(2019).Numerical Analysis of an Industrial-Scale Steam Methane Reformer.Advances in Technology Innovation,4
4. 葉俊郎(2018).Numerical Investigation of the Effects of Steam Mole Fraction and the Inlet Velocity of Reforming Reactants on an Industrial-Scale Steam Methane Reformer.Energies,Vol.11
5. 葉俊郎(2018).Numerical Simulation of an Industrial-Scale Steam Methane Reformer.Proceedings of 2018 International Conference on Engineering, Science and Applications (ICESA 2018) (ISSN: 2521-3717),
6. 葉俊郎(2018).Numerical Study of the Burner Parameters on the Thermal Field in a Sulfur Recovery Unit Thermal Reactor.MATEC Web of Conferences(ISSN: 2261-236X),Vol.169

A2.研討會

1. 葉俊郎(2019.7).Numerical Analysis of an Industrial-Scale Steam Methane Reformer.International Conference on Advanced Technology Innovation 2019 (ICATI2019),Sapporo
2. 葉俊郎(2018.11).NOx Emission from a Sulfur Recovery Unit Thermal Reactor with Rounded Corners or a Vector Wall.The International Conference on Environmental and Civil Engineering Innovation 2018 (ICECEI2018),Taoyuan
3. 葉俊郎(2018.8).Numerical Simulation of an Industrial-Scale Steam Methane Reformer.2018 International Conference on Engineering, Science and Applications (ICESA 2018),Tokyo
4. 葉俊郎(2019.12).Effect of the Furnace Geometry on an Industrial-Scale Steam Methane Reformer：A Numerical Study.中國機械工程學會第三十六屆全國學術研討會,台北
5. 葉俊郎(2018.12).Effect of Burner Operating Manners on an Industrial-Scale Side-fired Steam Methane Reformer.2018中華民國航太學會學術研討會,台南