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1·Process control of furan resin-bonded sand self-curing technology.

呋喃树脂自硬砂生产工艺过程控制。

2·The review of recent research progresses of furan resin was presented and discussed.

综述了近年来呋喃树脂的研究进展。

3·A novel furan resin was synthesized by polycondensation between furfuralcohol and furfural.

用糠醇和糠醛缩聚制备了新型呋喃树脂。

4·The effect of the amount of furan resin on the morphology of composites was studied with the help of SEM.

利用SEM分析了树脂含量对复合材料表面形貌的影响。

5·An anticorrosion method of using modified water glass concrete lining of furan resin for saturators is introduced.

介绍了一种对饱和器采用呋喃改性水玻璃混凝土衬里的防腐蚀方法。

6·The reason causing nodularization degeneration in surface layer of furan resin sand nodular iron castings was analyzed.

对呋喃树脂砂球墨铸铁件表层球化衰退原因进行了分析。

7·Authors introduces an example of applying no-bake furan resin sand technology to large-scale and high-efficient molding line.

介绍了一种把呋喃树脂自硬砂工艺应用于大批量、高效率造型线的实例。

8·The design and construction technique for furan resin concrete whole ground with good anticorrosion performance are introduced.

较详细阐述了贵溪冶炼厂呋喃树脂混凝土 整体地面的设计和施工技术。

9·Furan resin sand is poor in collapsibility when it is used for al alloy casting, specially for some large, thin section castings.

呋喃树脂砂用于铝合金铸造时，特别是对于一些大型、薄壁铝合金铸件，型芯的溃散性较差。

10·The structure changing before and after hardening reaction of furan resin was systematically investigated using infrared spectroscopy.

采用红外光谱法等分析测试手段对呋喃树脂在硬化反应前后的结构变化进行了系统研究。