1) cold recycling
冷再生
1.
Foamed asphalt and its mixture cold recycling techniques;
泡沫沥青及其冷再生技术
2.
On the application of cold recycling technology of asphalt pavement;
沥青路面冷再生应用探讨
3.
The design of emulsion asphalt plant cold recycling mix proportion of some highway
某高速公路乳化沥青厂拌冷再生配合比设计
2) cold regeneration
冷再生
1.
On the asphalt pavement cold regeneration sub-base construction technology;
浅谈沥青路面冷再生底基层施工工艺
2.
On the cold regeneration technology of the foamed bitumen;
浅谈泡沫沥青冷再生技术
3) cold in-place recycling
冷再生
1.
The full depth cold in-place recycling construction technique of asphalt pavement
沥青路面全深式就地冷再生的施工技术
2.
In the paper we investigate the problem of choosing the cold in-place recycling additive by analysis the com- posing of the old asphalt pavement mixture.
通过对旧沥青路面结构土的组成进行分析后提出如何选用冷再生添加剂的问题。
4) regenerative cooling
再生冷却
1.
Numerical study on coupled heat transfer of thrust chamber with regenerative cooling;
再生冷却推力室耦合传热数值模拟
2.
The failure of regenerative cooling due to propellant coking in a liquid rocket engine was investigated by numerically analyzing the flow and heat transfer in a mini cooling channel with artificial roughness.
针对液体火箭发动机再生冷却中的结焦问题,对含粗糙元微小冷却通道内的流动和换热进行数值研究。
3.
To understand and compare different heat transfer characteristics of regenerative cooling in axi-symmetrical nozzle and round to square nozzle(RS nozzle),computational models of axi-symmetrical nozzle(thrust chamber) and RS nozzle(thrust chamber) were established.
为了解和比较轴对称喷管与圆转方喷管不同的再生冷却换热特性,分别对轴对称喷管(推力室)与圆转方喷管(推力室)建立计算模型,通过数值模拟的方法重点研究和比较了轴对称喷管与圆转方喷管的流场、壁面热流密度和温度分布、冷却剂温升和冷却通道压降等换热特性。
5) Cold recycling
冷拌再生
1.
By an practical project of cold recycling of asphalt mixture as flexible base,the principle and approach of proportioning design of recycling material are introduced.
通过再生旧沥青混合料用做柔性基层的工程实例,介绍了冷拌再生沥青混合料配合比设计的原则、方法、步骤及最佳配合比的验证。
6) cold regenerating machine
冷再生机
1.
The performance and construction technology of MPH122 cold regenerating machine;
MPH122型冷再生机性能及施工工艺
补充资料：长春冷弯型钢总厂生产的异形冷弯型钢
长春冷弯型钢总厂生产的异形冷弯型钢
长春冷弯型钢总厂生产的异形冷弯型钢
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