Synopsis Cellular concrete has gained popularity as a "Soil replacement material" in many geotechnical applications.
多孔混凝土用作土的代替材料已开始广泛运用在岩土工程中。
Then it is followed by cement setting and hardening and a cellular structure is formed in the concrete, which is called gas-carrier cellular concrete.
复经水泥凝结硬化在砼中形成一种多孔结构，这程砼称之为载气体多孔砼。
It can be shown from the result that not only waste residue can be utilized efficiently but also increase the intensity of cellular concrete by using proper grade and quantity of superfine ash.
结果表明：优化超细灰细度和选择适当的掺量不但可以有效利用工业废渣，而且还可以显著提高加气混凝土强度。
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