The Impact of Microwave Penetration Depth on the Process of Heating the Moulding Sand with Sodium Silicate

Journal title

Archives of Foundry Engineering




vol. 17


No 4



Innovative Foundry Materials and Technologies ; Penetration depth ; Microwaves ; Electrical permittivity ; Moulding sand

Divisions of PAS

Nauki Techniczne


The Katowice Branch of the Polish Academy of Sciences




Artykuły / Articles


DOI: 10.1515/afe-2017-0140 ; ISSN 2299-2944


Archives of Foundry Engineering; 2017; vol. 17; No 4


Grabowska (2009), Microwave crosslinking of polyacrylic compositions containing dextrin and their applications as molding sands binders Polymers, null, 7, 507. ; Mujumdar (2014), Handbook of Industrial Drying th ed, null, 15. ; Chenhui (2013), Temperature and moisture dependence of the dielectric properties of silica sand The of Microwave Power and Eelectromagnetic, Journal Energy, 47, 199. ; Peng (2010), Microwave Penetration Depth in Materials with Nonzero Magnetic Susceptibility, ISIJ International, 16, 11. ; Opyd (null), Granat Determination of electrical properties of materials used in microwave heating of foundry moulds and cores, null, 17, 2015. ; Fratticcioli (2003), New Permittivity Model for the Microwave Moisture Measurement of Wet Sand rd European Microwave Conference, null, 539, ; Linxin (2017), inzhe Dielectric properties of Antarctic krill superba and white shrimp vannamei during microwave thawing and heating of Microwave Power and, Journal Electromagnetic Energy, 14, ; Lisowski (2004), Measurement of resistivity and permeability of electrical dielectric constant in Polish, null. ; Grabowska (null), FT - IR and FT - Raman studies of cross - linking processes with Ca ions glutaraldehyde and microwave radiation for polymer composition of poly ( acrylic acid sodium salt of carboxymethyl starch - In moulding sands Part II Part, Acta Mol, 12, 2015, ; Abidin (2001), Electrical Spectroscopy of Kaolin and Bentonite Slurries, Environ Sci, 25, 345. ; Abidin (1997), Identification of contaminated soils by dielectric constant and electrical conductivity of Environmental, Journal Engineering, 8, 123, ; Stachowicz (null), Granat Comprehensive assessment of polymeric materials for foundry tooling used in microwave field, Arch Metall Mater, 13, 2015, ; Hashemi (2016), Microwave dielectric properties measurements of sodium and potassium water glasses, Materials Letters, 69. ; Tong (2014), The complex permittivity measurement of powder materials and the dielectric constant of lunar soil, Measurement, 48. ; Huafang (2014), Improve the Humidity Resistance of Sodium Silicate Sands By Ester - Microwave Composite Hardening, Metalurgija, 11, 455. ; Hering (1998), basics part in Polish, null.

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