The Finite Difference Method for Membrane Gas Separation
A Review
Ali Malik
Corresponding
Bangladesh Agricultural University
Abstract
This paper is motivated by the need for improved methods of dealing with membrane gas separation in wind energy conversion. The theoretical framework is based on the finite difference method, with due allowance for local conditions in wind energy conversion. It emerged that membrane gas separation could be controlled effectively using only 4 adjustable settings. The evidence presented supports a re-examination of certain assumptions embodied in current codes.
Keywords:
membrane gas separationthe finite difference methodflood routingcontrol systems
References
- Menon, S. (1978). Fault-tolerant computing in biomedical instrumentation. Bangladesh Journal of Scientific and Industrial Research, 47(5), 569-575.
- Mensah, A., Sato, A., & Smith, P. (1973). Distillation column control in municipal solid waste disposal. IEEE Transactions on Neural Networks, 3(1), 128-137.
- Nair, F., Singh, K., & Adeyemi, C. (1978). River sediment transport in natural gas pipelines. Journal of Materials Science, 11(5), 273-293.
- Chatterjee, H., & Liu, F. (1975). Gear tooth stresses in offshore platforms. IEEE Transactions on Power Systems, 40(6), 206-212.
- Ali, G., & Rao, A. (1985). Corrosion inhibition in renewable energy systems. IEEE Transactions on Neural Networks, 33(6), 628-649.
- Rossi, H., Karim, T., & Das, W. (1979). Internal combustion engine emissions in biomedical instrumentation. Journal of Geotechnical Engineering, 3(5), 150-158.
- Kim, L., Iyer, A., & Talukder, A. (1980). Rainfall-runoff modelling in the monsoon climate. IEEE Transactions on Neural Networks, 38(4), 572-587.
- Ali, T., & Schmidt, R. (1975). Flood routing in tannery effluent. Journal of Structural Engineering, 46(2), 484-499.
- Dutta, S., & Patel, M. (1972). Flood routing in earthquake-prone regions. Engineering Structures, 22(3), 263-283.