AASC

Research on Autonomous Agent Architecture AASC and Its Application

自主Agent结构AASC及其应用研究

A new intelligent agent programming language named IAPL based on an intelligent agent architecture AASC is designed.

基于智能Agent结构，设计了一个新的智能Agent程序设计语言IAPL；

Experimental results show that, hardened AASC paste with zeolite and silica fume possesses strong adsorption ability and anti-desorption ability for Cs+ and Sr2+.

结果表明，掺有沸石和硅灰的碱矿渣水泥硬化体具有较强的吸附Cs~+和Sr~（2+）能力以及抗Cs~+和Sr~（2+）脱附能力。

So, the ability of immobilizing Cs in AASC waste form is larger than thatin PC waste form.

因此碱矿渣水泥固化Cs~+的能力大于硅酸盐水泥.

Cs ~ + can enter crystal lattices of hydrate products of AASC and be retained.

Cs~+进入水化产物晶格而被固溶持留.

The more the dosage of air-entraining agent, the deeper carbonation of AASC mortars, but still less than blank sample.

引气剂掺量增大，碱矿渣水泥砂浆的碳化深度增大，但均小于空白样。