Dalam kajian ini, buih seramik yang

Dalam kajian ini, buih seramik yang akan dibentuk adalah dengan menggunakan kaedah penyatuan kanji yang serinng digunakan dalam pembuatan porous seramik sebagai penebat haba, sebagai penapis atau membran dan pembakar gas, atau sebagai bioceramics. Terdapat pelbagi teknik boleh digunakan untuk dalam penghasilan buih seramik, namun begitu setiap proses mempunyai kelemahan masing-masing. Dalam kajian ini, penggunaan teknik penyatuan kanji digunakan bertujuan dapat mengurangkan kos, masa yang diperlukan untuk proses membentuk dan meningkatkan pengawalan yang mikrostruktur seramik berliang. Berdasarkan kenyataan ini, kanji adalah gelling sederhana, natrium bikarbonat bertindak sebagai ejen berbuih dan silika tambahan akan menyediakan matriks berkaca buih seramik. Di samping itu, kanji adalah spesifikasi yang jelas produk (termasuk taburan saiz zarah), pemprosesan mudah, ketersediaan komersial dan burnout lengkap kanji tanpa sisa abu

Results (English) 1:

In this study, the ceramic bubbles are formed is to use methods that kanji unification serinng used in the manufacture of porous ceramics as thermal insulation, as a filter or membrane and gas burner, or as bioceramics. There are over 10 techniques can be used for the production of foam ceramic, however each process have their respective weaknesses. In this study, the use of kanji used techniques of consolidation aimed at being able to reduce costs, time required for the process of developing and enhancing the supervision of mikrostruktur ceramic porous. Based on this statement, kanji is a simple gelling, sodium bikarbonat acts as an agent to lather and silica supplement will provide enclosed matrix foam ceramic. In addition, the kanji is a clear specification of the product (including particle size distribution), easy processing, commercial availability and complete burnout without waste abu kanji

Results (English) 2:

In this study, the ceramic foam is to be formed using the consolidation method if often slow starch used in the manufacture of porous ceramic as a thermal insulation, as a filter or membrane and a gas burner, or as Bioceramics. There are various other techniques can be used for the production of ceramic foam, but each process has its own weaknesses. In this study, the use of techniques aimed at the consolidation of starch used can reduce the cost, time required for molding process and improve the regulation of the microstructure of porous ceramics. Based on this fact, the gelling starch is simple, sodium bicarbonate acts as a foaming agent and will provide additional silica glass matrix ceramic foam. In addition, the starch is a clear specification of the product (including the particle size distribution), easy processing, commercial availability and complete burnout of starch without residual ash