Abstract
The paper presents the design of an electroplasma installation for producing the high-temperature silicate melts. The optimal operating modes of the screw feeder (from 12.3 kg·h−1 to 25.4 kg·h−1) were established to ensure the production of a homogeneous high-temperature silicate melt. The design of electroplasma installation with a closed volume to produce highly viscous melts with the viscosity values of more than 105 Pa·s is proposed.
Highlights
You may also like- CHEMISTRY OF IMPACT-GENERATED SILICATE MELT-VAPOR DEBRIS DISKS Channon Visscher and Bruce Fegley
It is not possible to obtain a silicate melt homogeneous in temperature and composition from the raw materials with a melting point of more than 1500 °C [1,2,3]
The paper presents the design of an electroplasma installation for producing the high-temperature silicate melts
Summary
- CHEMISTRY OF IMPACT-GENERATED SILICATE MELT-VAPOR DEBRIS DISKS Channon Visscher and Bruce Fegley. - Surfaces of refractory products modified by low-temperature plasma in glass manufacturing V A Vlasov, P V Kosmachev, N K Skripnikova et al. - Application of oil-products-containing water treatment sludge in wall ceramics production I V Starostina, R G Shevtsova and Yu L Starostina. This content was downloaded from IP address 44.201.181.143 on 21/01/2022 at 10:02
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