A analysis was focused on the chemical composition, morphology and surface characterization of both wheat straw fiber and wood fiber.
本研究从化学组分、纤维形态和表面性质三方面分析比较了麦秆纤维与木材纤维。
The results show that the polarity and reactive activity of the surface of wheat straw fiber are improved by the modification, as well as the mechanical properties of MDF with modified fibers.
结果表明，所采用的改性方法，提高了麦草纤维表面的极性和反应活性，用改性的麦草纤维制得的中密度纤维板，其力学性能有显著提高。
The premium condition of pulping and bleaching has been found through the research on wheat straw chemi-mechanical pulping, and the fiber quality of wheat straw APMP has been analyzed as well.
对麦草化机浆预处理的主要影响因素进行了研究，包括用碱量、温度、时间，并对过氧乙酸与过氧化氢组合漂白的效果进行了测试。
The manufacturing technology and properties of the composite board made from wood fiber and wheat straw particle were investigated.
对以木纤维及麦秸刨花为原料制造纤维刨花板的制造工艺及板材性能进行了研究。
Due to large content of silicon, semi-cellulose and non-fiber elements, the black liquids of wheat straw alkaline pulp showed a higher viscosity.
由于草浆中含有大量的硅、半纤维素和杂细胞，碱法草浆的黑液粘度较大。
The properties and application of plant fiber, corn stover, wheat straw, bagasse fiber and bark modified PU were introduced.
介绍了植物纤维改性PU、玉米秸杆改性PU、稻草改性PU、甘蔗渣改性PU、树皮改性PU的性能及应用。
The properties and application of plant fiber, corn stover, wheat straw, bagasse fiber and bark modified PU were introduced.
介绍了植物纤维改性PU、玉米秸杆改性PU、稻草改性PU、甘蔗渣改性PU、树皮改性PU的性能及应用。
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