重庆建筑
重慶建築
중경건축
CHONGQING ARCHITECTURE
2014年
2期
56-57
,共2页
邹江%黄鹍鹏%王应%沈培荣
鄒江%黃鹍鵬%王應%瀋培榮
추강%황곤붕%왕응%침배영
龄期%湿度%水泥%安定性检测%混凝土结构%建筑材料
齡期%濕度%水泥%安定性檢測%混凝土結構%建築材料
령기%습도%수니%안정성검측%혼응토결구%건축재료
time%humidity%cement%stability testing%concrete structure%building material
试验证明部分水泥的安定性检测结果可能会随存放龄期的延长由不合格变为合格。存放环境中时间和湿度会影响该变化的速度。但并非所有安定性不合格水泥都会随存放期延长变合格，只有因低温f-CaO导致安定性初检不合格的水泥才具有这种“时效”特性。
試驗證明部分水泥的安定性檢測結果可能會隨存放齡期的延長由不閤格變為閤格。存放環境中時間和濕度會影響該變化的速度。但併非所有安定性不閤格水泥都會隨存放期延長變閤格，隻有因低溫f-CaO導緻安定性初檢不閤格的水泥纔具有這種“時效”特性。
시험증명부분수니적안정성검측결과가능회수존방령기적연장유불합격변위합격。존방배경중시간화습도회영향해변화적속도。단병비소유안정성불합격수니도회수존방기연장변합격，지유인저온f-CaO도치안정성초검불합격적수니재구유저충“시효”특성。
The test shows that the testing results of cement stability probably change from qualified into unqualified because of prolonged storage time, and time and humidity will influence the change rate. But not all the cement with unqualified stability will turn qualified for prolonged storage, and only the cement with unqualified stability caused by low temperature f-CaO in the initial survey has"time"feature.
