furfuryl alcohol resin produced by our nation-wide people's communes is recognized as one of the cheapest heat-resisting and non-corrosive polymers available at present.

糠醇树脂是我国广大人民公社能生产的耐热、抗蚀、价廉的聚合物，利用它于铸造生产中首创于我国。

the once-through yield of furfuryl alcohol is greater than 90%, and the outlet mixture contains no any unreacted furfural.

糠醇的单程产率在90％以上，出口混合物中没有未反应的糠醛。

in this paper, different morphological structures which vary with the contents of furfuryl alcohol in a new zero-nitrogen no-bake furan resin foundry sand binder are systematically studied by tem.

本文针对无氮冷硬呋喃树脂型砂粘结剂的室温固化，讨论了糠醇含量的变化对树脂形态结构的影响。

the results showed that the mechanical properties of chemical modified furfuryl alcohol resin were much better than that of physical modified resin and furfuryl alcohol resin.

结果表明，环氧化学改性糠醇树脂用作导电涂料成膜物的综合机械性能比环氧糠醇共混改性树脂和糠醇树脂要好得多；

a capillary gas chromatography method for determination furfuryl alcohol was established through studying correction factors and range of sample size.

通过对工业糠醇各组分相对重量校正因子和样品进样区间的研究，建立了一种用毛细管气相色谱测定工业糠醇的方法。

ordered mesoporous carbon was successfully prepared using siliceous mcm-48 as template, p-toluenesulfonic acid (ptsa) as catalyst, and furfuryl alcohol as carbon source.

以纯硅mcm-48为模板、对甲苯磺酸为催化剂、糠醇为碳源成功制备了高度有序的中孔炭分子筛。

highly ordered mesoporous carbon, denoted as cmk-5, was synthesized by using mesoporous silicates sba-15 as template and furfuryl alcohol as carbon precursor.

以介孔硅sba-15为模板，糠醇为碳源制备了高度有序的介孔碳（cmk-5），并用微波法合成碳负载的铂纳米粒子的催化剂。

a new type of phenolic resin adhesive for casting was prepared by condensation polymerization of furfuryl alcohol and the reaction product between phenol, phenylphenol, urea and formaldehyde.

苯酚、苯基苯酚、尿素与甲醛的反应产物进一步与糖醇缩聚生成新型铸造用改性酚醛树脂粘结剂。

a microporous template carbon was synthesized from furfuryl alcohol with nay zeolite as the template.

以糠醇为原料，通过模板法制备了孔结构分布窄的微孔模板炭；

using sodium carbonate and calcium oxide as cheap acid-capturer, perfume furfuryl butyrate was synthesized from furfuryl alcohol and butyryl chloride, and was characterized by gc and ir.

由丁酰氯和糠醇反应，以廉价的氧化钙和碳酸钠为复合束酸剂，合成了香料丁酸糠醇酯，并用ir、gc等进行了表征。