kaedah telah dibangunkan untuk memb

kaedah telah dibangunkan untuk membuat seramik berliang
dengan kaedah foaming dan starch consolidation.
Kelikatan jasad badan hijau yang melalui proses foaming adalah lebih tinggi dan mempunyai kadar ricih yang rendah. Bahan-bahan yang dihasilkan terdiri daripada kaedah foaming and starch consolidation ini mempunyai struktur hirarki yang bersaiz besar. Secara amnya, badan hijau yang melalui proses starch consolidation adalah mudah dibentuk, kerana ianya mengandungi membolehkan sel-sel bercantum dan berpisah dengan mudah.Gabungan liang morfologi yang berbeza dalam komposit matriks tersebut dijangk dapat meningkatkan sifat-sifat seramik berliang dan boleh diaplikasikan dalam bidang angkasa.

Results (English) 1:

the method has been developed to make ceramic porous with the consolidation method of foaming and starch. Green's body bodies viscosity through the process of foaming is higher and has a low shear rates. Materials produced consists of consolidation method of foaming and starch has a hierarchical structure that large. Generally, green body through the process of starch consolidation is easily formed, because it contains allows cells merged and split easily. Combination of different morphology of pores in the matrix to increase dijangk properties of porous ceramics and can be applied in the field of space.

Results (English) 2:

methods have been developed for making porous ceramic
with foaming methods and starch consolidation.
Viscosity body green body passing through the foaming process is much higher and has a low shear rates. The resulting materials comprising foaming and starch consolidation method has a hierarchical structure bulky. Generally, the green body through the process of starch consolidation is malleable, because it contains allow the cells to merge and split mudah.Gabungan different pore morphology in the composite matrix will likely be able to improve the properties of porous ceramic and can be applied in the field of space ,