1) porous concrete adapt to plants-growing
植被型多孔混凝土
1.
Planting experiment and preparation of porous concrete adapt to plants-growing
植被型多孔混凝土的制备与植生试验
2) porous vegetation concrete
多孔植被混凝土
1.
Study on durability of porous vegetation concrete
多孔植被混凝土的耐久性研究
3) porous concrete for plant-growing
植生型多孔混凝土
1.
Research on mix ratio and mechanical properties of porous concrete for plant-growing;
植生型多孔混凝土的配合比及力学性能研究
4) vegetation-growing concrete
植被混凝土
1.
Experimental investigation of unconfined compression strength of vegetation-growing concrete;
植被混凝土无侧限抗压强度试验研究
2.
After that, taking the greening technique with vegetation-growing concrete for example, establi- shes the process model of ecosystem restoration of rock slope.
在此基础上,介绍了适用的土壤固定方法和水土保持技术,并以植被混凝土绿化技术为例,建立了岩质坡地生态恢复过程模型。
3.
By deducing and analyzing on the laboratory testing results of vegetation-growing concrete,the impact of cement content,age and inundate conditions on unconfined compression strength of vegetation-growing concrete are studied.
通过对植被混凝土室内试验结果的归纳和分析,研究了水泥掺入比、龄期和浸水条件对植被混凝土无侧限抗压强度的影响。
5) vegetation concrete
植被混凝土
1.
The article introduces the varieties of the ecological protective technology, and focuses the setting forth on vegetation concrete greening technological flow, including the spraying formula design, the mixing grass seed selection and construction process.
该文介绍了生态防护技术的种类,并重点阐述植被混凝土绿化技术流程,包括喷射配方设计、混合草种选择、施工工序等。
2.
The greening method for interrupted grade vegetation concrete protective slope is a new vegetation technique for slope produced in recent years with advantages of high erosion resistant capability and excellent vegetation effect.
断级配植被混凝土护坡绿化方法是近年来产生的边坡绿化新技术,具有抗冲刷能力强、绿化效果好的优点。
3.
The Vegetation Concrete was made by cement,slag,silica powder,metakaolin and some admixture.
本文以水泥、矿渣、硅微粉、偏高岭土和一些外加剂为主要原料制备出了植被混凝土,研究了不同矿渣、硅微粉、偏高岭土掺量对植被混凝土强度和植物生长情况的影响规律。
6) vegetation-growing eco-concrete
植被型生态混凝土
1.
The significance,progress and application range of vegetation-growing eco-concrete are discussed.
讨论了植被型生态混凝土的研究意义、现状及应用领域。
补充资料：多孔混凝土
分子式：
分子量：
CAS号：
性质：在料浆中均匀分布大量封闭气孔或开口毛细孔隙的混凝土。是轻质混凝土中的一个品种。如加气混凝土、泡沫混凝土、充气混凝土和微孔混凝土。主要由磨细硅质材料加石灰或水泥，经高压、常压或自然养护制得，亦可加石灰成型且碳化而成。高压养护的制品性能较好。多孔混凝土孔隙率高，容重轻，导热系数小。闭孔率越高，气孔尺寸越小，绝热性能越好；开孔率高则有利于吸声。在建筑中应用最广泛的为加气混凝土。
分子量：
CAS号：
性质：在料浆中均匀分布大量封闭气孔或开口毛细孔隙的混凝土。是轻质混凝土中的一个品种。如加气混凝土、泡沫混凝土、充气混凝土和微孔混凝土。主要由磨细硅质材料加石灰或水泥，经高压、常压或自然养护制得，亦可加石灰成型且碳化而成。高压养护的制品性能较好。多孔混凝土孔隙率高，容重轻，导热系数小。闭孔率越高，气孔尺寸越小，绝热性能越好；开孔率高则有利于吸声。在建筑中应用最广泛的为加气混凝土。
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