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1)  green high performance cement and concrete
绿色高性能水泥混凝土
2)  green high performance concrete
绿色高性能混凝土
1.
Review of green high performance concrete;
绿色高性能混凝土的研究
2.
Batch and construction of green high performance concrete in Kaoyishan bridge engineering;
在靠椅山大桥工程中绿色高性能混凝土的配制与施工
3.
Development of green high performance concrete;
我国绿色高性能混凝土的发展
3)  green high performance concrete(GHPC)
绿色高性能混凝土(GHPC)
4)  GHPC
绿色高性能混凝土
1.
Based on the theory of value engineering and control to adiabatic temperature change of mass concrete,it is proposed four-functions principle for design optimization of GHPC.
 根据价值工程理论,提出了基于大体积混凝土绝热温升控制的绿色高性能混凝土(GHPC)优化设计的四功能准则。
2.
The concept of GHPC(green high performance concrete)was proposed and its workability and strength were studied in this paper.
 提出了绿色高性能混凝土的概念,研究了一种由固体碱激发制备的碱-矿渣-高钙粉煤灰渣新型胶凝材料配制的绿色高性能混凝土的工作性与抗压强度。
3.
The results showed that GHPC had excellent resistance to Cl - penetration and had no alkali aggregate reaction;mass ratio of slag to fly ash, water binder ratio,content of water reducing agent,crushed coarse aggregate type on the workability and strength of GHPC were considerably evident.
研究了一种由固体碱为激发剂制备的碱 -矿渣 -高钙粉煤灰渣新型胶凝材料配制的绿色高性能混凝土的渗透性、碱集料反应、工作性与抗压强度。
5)  green HPC
绿色高性能混凝土
1.
In this paper four prerequisites of green HPC are proposed:1) replacing more clinker cement to save energy and remarkably reduce CO_2 emissions;2) blending more industrial wastes to benefit environmental protection;3) future improving performances and 4) widening its applications.
本文对绿色高性能混凝土提出四个特征或要求:(1)更多地节代熟料水泥,以降低能耗与大幅度减少 CO_2排放量;(2)更多地掺加工业废料以利环保;(3)更大地发挥高性能优势;(4) 扩大应用范围。
6)  GHPRC
绿色高性能再生混凝土
1.
The integrated definition,research value and significance on green high performance recycled concrete(GHPRC)was put forward.
给出了绿色高性能再生混凝土(green high performance recycled concrete,GHPRC)的完整定义、研究价值与意义,简述了GHPRC研究的历史起源,国内外研究的基本特点与侧重点。
补充资料:高性能高分子
分子式:
CAS号:

性质:含义很广,大体上可分为两方面:一是指高模量、高强度及耐高温高分子材料等;二是指具有某种重要的功能的高分子材料,如高模量高强度纤维和压电性聚偏氟乙烯。为力学性能优异、稳定性好、可在较高温度下连续使用的一类合成高分子材料。化学结构的特点是组成中有大量的芳环或芳杂环,分子链较刚硬。有热固性和热塑性两大类,后者也称高性能工程塑料。可替代金属作为结构材料,或用作高级复合材料的基体树脂。力学性能的特点是强、韧、刚。是航空、航天和现代科技的关键材料。

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