1) setting expansion
凝固膨胀
1.
Effect of difference between thermal and setting expansion rate of the investments on the precision of castings
包埋材料热膨胀率和凝固膨胀率变化对铸件铸造精度影响的研究
2.
Methods The setting expansion rate of GC Cristoquick Ⅱ gypsum-bonded investment was measured with a setting expansion tester 30,60,120 min after mixing the material respectively.
方法采用CristoquickⅡ石膏基快速包埋料,测量材料从调拌结束至调拌完成后2h内的凝固膨胀率,以及材料在调拌后分别放置30、60和120min后采用快速和常规加热法处理的热膨胀率,然后计算包埋料的总膨胀率。
3.
5～9min,the setting expansion was 0.
5 -9min ,凝固膨胀率 2h后为 0 。
3) solids expansion
固相膨胀
4) Expansive concrete
膨胀混凝土
1.
The expansion and strength properties of expansive concrete at negative temperature and their mechanism;
膨胀混凝土在负温条件下膨胀与强度性能及其作用机理
2.
Research on application of expansive concrete in the design of canal lining;
膨胀混凝土在渠道衬砌设计中的应用研究
3.
Mechanical behavior and microstructure feature of expansive concrete controlled in steel tube;
膨胀混凝土在钢管约束下的力学性能以及微观特征
5) expansion concrete
膨胀混凝土
1.
The experimental study on loading-bearing capacity of large eccentricity column consolidated with expansion concrete;
膨胀混凝土在大偏心受压构件加固中的消压卸荷作用试验研究
2.
In this article, authors discuss some main factors influencing concrete structure temperature and shrinkage cracks such as pouring season, structural restraint, anti-crack reinforcement, expansion concrete, post-pouring zone, expansion joint and so on, state their mechanism of action, and provide some advice to adopt relevant measures to control cracks.
对浇筑季节、结构约束、抗裂钢筋、膨胀混凝土、后浇带、伸缩缝等影响混凝土结构温度及收缩缝的主要因素进行了深入分析,指出了各自的作用机理并提出裂缝控制的措施。
6) expanding concrete
膨胀混凝土
1.
Research on waterproof performance of steel fibre expanding concrete;
钢纤维膨胀混凝土防水性能研究
2.
This article deals with the use of expanding concrete in building large vacant frittering energy room of water channels of lock to prevent cracking by control and the effect of application.
介绍船闸土建工程建设中用膨胀混凝土对船闸消能室等空箱型结构大体积混凝土裂缝进行控制及其应用效
补充资料：迟延凝固剂
分子式：
CAS号：
性质：又称胶凝剂。加入胶乳中，能使胶乳从液态转变为均匀的半刚性固体凝胶，而且保持原有形状及大小的物质。迟延凝固剂常用的有硅氟化钠，碱性的钛、锆与硼的氟化物等。多用于胶乳泡沫制品的加工，以氟硅酸盐(如氟硅酸钠、氟硅酸钾)的应用最为普遍。
CAS号：
性质：又称胶凝剂。加入胶乳中，能使胶乳从液态转变为均匀的半刚性固体凝胶，而且保持原有形状及大小的物质。迟延凝固剂常用的有硅氟化钠，碱性的钛、锆与硼的氟化物等。多用于胶乳泡沫制品的加工，以氟硅酸盐(如氟硅酸钠、氟硅酸钾)的应用最为普遍。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条