Citations (30)
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Jhony T. Teleken, Marintho B. Quadri, Antonio P. N. Oliveira, João B. Laurindo, Ashim K. Datta & Bruno A. M. Carciofi. (2021) Mechanistic understanding of microwave-vacuum drying of non-deformable porous media. Drying Technology 39:7, pages 850-867.
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P. Rattanadecho & N. Makul. (2016) Microwave-Assisted Drying: A Review of the State-of-the-Art. Drying Technology 34:1, pages 1-38.
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K. Chaiyo & P. Rattanadecho. (2013) Numerical Analysis of Heat–Mass Transport and Pressure Build-Up in 1D Unsaturated Porous Medium Subjected to a Combined Microwave and Vacuum System. Drying Technology 31:6, pages 684-697.
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Nattawut Suwannapum & Phadungsak Rattanadecho. (2011) Analysis of Heat–Mass Transport and Pressure Buildup Induced inside Unsaturated Porous Media Subjected to Microwave Energy Using a Single (TE10) Mode Cavity. Drying Technology 29:9, pages 1010-1024.
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W. Jindarat, P. Rattanadecho, S. Vongpradubchai & Y. Pianroj. (2011) Analysis of Energy Consumption in Drying Process of Non-Hygroscopic Porous Packed Bed Using a Combined Multi-Feed Microwave-Convective Air and Continuous Belt System (CMCB). Drying Technology 29:8, pages 926-938.
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S. Vongpradubchai & P. Rattanadecho. (2011) Microwave and Hot Air Drying of Wood Using a Rectangular Waveguide. Drying Technology 29:4, pages 451-460.
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Wei Wang, Guohua Chen & ArunS. Mujumdar. (2007) Physical Interpretation of Solids Drying: An Overview on Mathematical Modeling Research. Drying Technology 25:4, pages 659-668.
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D. Atong, P. Ratanadecho & S. Vongpradubchai. (2006) Drying of a Slip Casting for Tableware Product Using Microwave Continuous Belt Dryer. Drying Technology 24:5, pages 589-594.
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Arun S. Mujumdar. (2004) Research and Development in Drying: Recent Trends and Future Prospects. Drying Technology 22:1-2, pages 1-26.
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Michaël Bucki & Patrick Perré. (2003) Physical Formulation and Numerical Modeling of High Frequency Heating of Wood. Drying Technology 21:7, pages 1151-1172.
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Articles from other publishers (20)
Fakai Wang, Xuelong Li, Bo Cui, Jian Hao, Xin Gao, Kun Long, Peng Chen & Sheng Wang. (2021) Experimental study on adsorption promotion and desorption restrain of gas-containing coal in low-temperature environment. Arabian Journal of Geosciences 14:12.
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Aparna Das & Bimal Krishna Banik. 2021. Microwaves in Chemistry Applications. Microwaves in Chemistry Applications
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Arif Memmedov, Teymuraz Abbasov & Mustafa Şeker. (2016) Intensification of the Banana Drying Processes by Using EFL Electromagnetic Waves. World Journal of Engineering and Technology 04:02, pages 281-289.
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Natt Makul, Phadungsak Rattanadecho & Dinesh K. Agrawal. (2014) Applications of microwave energy in cement and concrete – A review. Renewable and Sustainable Energy Reviews 37, pages 715-733.
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Arif Memmedov, Teymuraz Abbasov & Mustafa Şeker. (2014) Theoretical Modeling and Experimental Analysis of Drying Process in Electromagnetic Field. World Journal of Engineering and Technology 02:01, pages 41-53.
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Khomgris Chaiyo & Phadungsak Rattanadecho. (2013) Numerical analysis of heat-mass transport and pressure buildup of unsaturated porous medium in a rectangular waveguide subjected to a combined microwave and vacuum system. International Journal of Heat and Mass Transfer 65, pages 826-844.
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S. Chandrasekaran, Srinivasan Ramanathan & Tanmay Basak. (2011) Microwave material processing—a review. AIChE Journal 58:2, pages 330-363.
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Phadungsak Rattanadecho & Waraporn Klinbun. (2011) Theoretical Analysis of Microwave Heating of Dielectric Materials Filled in a Rectangular Waveguide With Various Resonator Distances. Journal of Heat Transfer 133:3.
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P. Rattanadecho, N. Suwannapum & W. Cha-um. (2009) Interactions Between Electromagnetic and Thermal Fields in Microwave Heating of Hardened Type I-Cement Paste Using a Rectangular Waveguide (Influence of Frequency and Sample Size). Journal of Heat Transfer 131:8.
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S. Vongpradubchai & P. Rattanadecho. (2009) The microwave processing of wood using a continuous microwave belt drier. Chemical Engineering and Processing: Process Intensification 48:5, pages 997-1003.
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Phadungsak Rattanadecho, Nattawut Suwannapum, Burachat Chatveera, Duangduan Atong & Narongsak Makul. (2008) Development of compressive strength of cement paste under accelerated curing by using a continuous microwave thermal processor. Materials Science and Engineering: A 472:1-2, pages 299-307.
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Madhuchhanda Bhattacharya & Tanmay Basak. (2008) Generalized scaling on forecasting heating patterns for microwave processing. AIChE Journal 54:1, pages 56-73.
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H. Ressing, M. Ressing & T. Durance. (2007) Modeling the mechanisms of dough puffing during vacuum microwave drying using the finite element method. Journal of Food Engineering 82:4, pages 498-508.
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P. Rattanadecho, N. Suwannapum, A. Watanasungsuit & A. Duanduen. (2007) Drying of Dielectric Materials Using a Continuous Microwave Belt Drier (Case Study: Ceramics and Natural Rubber). Journal of Manufacturing Science and Engineering 129:1, pages 157-163.
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Madhuchhanda Bhattacharya & Tanmay Basak. (2007) Detailed Material-Invariant Analysis on Spatial Resonances of Power Absorption for Microwave-Assisted Material Processing with Distributed Sources. Industrial & Engineering Chemistry Research 46:3, pages 750-760.
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W. Pakdee & P. Rattanadecho. (2006) Unsteady effects on natural convective heat transfer through porous media in cavity due to top surface partial convection. Applied Thermal Engineering 26:17-18, pages 2316-2326.
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P. Rattanadecho. (2006) The simulation of microwave heating of wood using a rectangular wave guide: Influence of frequency and sample size. Chemical Engineering Science 61:14, pages 4798-4811.
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P. Rattanadecho. (2004) Experimental and Numerical Study of Solidification Process in Unsaturated Granular Packed Bed. Journal of Thermophysics and Heat Transfer 18:1, pages 87-93.
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P. Ratanadecho, K. Aoki & M. Akahori. (2002) The characteristics of microwave melting of frozen packed beds using a rectangular waveguide. IEEE Transactions on Microwave Theory and Techniques 50:6, pages 1495-1502.
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P. Ratanadecho. (2002) Numerical modeling of microwave induced natural convection inside a rectangular wave guide. Numerical modeling of microwave induced natural convection inside a rectangular wave guide.