糠醇树脂

糠醇树脂碳化过程的核磁共振研究

NMR study of the carbonization proeess of furfuryl alcohol resin

糠醇树脂在壳型铸造中的应用

The use of furfuryl alcohol resin in shell moldings

糠醇树脂炭化产物作为锂离子电池炭电极材料的研究（II）&炭化产物制备的电极材料组装的锂离子电池电化学性能测试

Study of the carbonized product of furfuralcohol resin as the electrode materials of lithium ion batteries ( ii ) & the testing of the electrochemical performance of the lithium ion cells assembled with the resin carbon materials

改性糠醇树脂导电涂料的研究

Study on Modified Furfuryl Alcohol Resin Conductive Coatings

糠醇树脂的生产和发展

Production and Development of Furfuralcohol Resin

在合成树脂生产中可以用来生产呋喃树脂、糠醛树脂、糠醇树脂等；

Furfural is also used as a chemical intermediate in the production of the solvents furan and tetrahydrofuran .

本文综述了糠醇树脂的生产技术和发展前景以及目前存在的问题。

The paper reviews the production technology and development foreground of furfuraolcohol resin , points out the existing problems and countermeasures .

采用X光衍射法对糠醇树脂和聚苯胺树脂碳化产物的石墨化度和微观结构进行了研究。

The graphite degrees and structure parameters of resin carbons derived from furfural resin and polyaniline resin were investigated by X-ray diffraction method .

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。

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 .

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；

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 .

医用碳/碳复合材料的制备工艺主要由碳纤维三维立体织物浸渍糠醇树脂、碳化、化学气相渗透和石墨化等主要步骤构成。

After treatment by immersion in Furan Resin , carbonization , chemical vaporized infiltration , machining and heat , 3D carbon fiber stereo fabrics were manufactured into carbon / carbon composites .

实验结果表明，550℃处理的糠醇树脂炭化样品充放电容量较低，还不能作为二次锂离子电池炭负极材料。

The result indicated that the charge discharge capacities of sample of furfuralcohol resin carbonized at 550 ℃ were lower and the sample was unfit to use as the electrode material of lithium ion battery .

在高湿度条件下，高糠醇树脂配以磷酸，树脂缩颈成蜂窝状结构，内聚强度低于附着强度；

Under high ambient humidity and with phosphoric acid as catalyst for the high-furfuryl-alcohol content resin , the honeycombed structure is revealed in the film necks and its cohesive strength is lower than its adhesive strength .

糠醇糠醛型呋喃树脂的合成与胶泥的应用

Synthesis of Furfuryl-Alcohol and Furfurol Furan Resins and Use of Furan-Mastic