The Kenaf core buffer packing material has a fine anti-creep property.

麻秆芯缓冲包装材料具有优良的抗蠕变特性。

Raw materials crops : taxus, kenaf, year harvesting poplar wood pulp etc.

原料作物：红豆杉、洋麻、当年收割纸浆杨树材等等；

Kenaf is an important fiber crop for textile industry and paper manufacture.

红麻是麻纺与造纸重要的纤维原料作物。

Storage technology and methods of kenaf accessions are summarized and compared in this paper.

本文概述了红麻种质资源的保存技术和方法，比较了它们之间的优缺点。

This paper studied on the HMP bleaching for the magnesium bisulfite pulp of whole stalk kenaf.

对红麻亚硫酸氢镁浆HMP三段漂白进行了研究。

The fiber length and its distribution in 3 different growth stems of 2 kenaf varieties were analysed.

分析测定了两个红麻品种的三种不同生长类型的纤维长度及其分布。

The results showed that the conventional continuous cooking could be used to produce kenaf kraft pulp.

进行了硫酸盐法模拟连续蒸煮实验，详细探讨了全秆红麻的制浆性能。

The effect of transition metals present in wash water on the brightness and chromaticity of bleached kenaf TMP was studied.

本文对红麻化学机械浆漂后洗涤时，水中的过渡金属高子对漂白浆白度和色度的影响进行了研究。

Cultivated kenaf can be classified into 9 varieties and 17 types, among which 4 of the varieties and 7 of the types are new discoveries.

栽培红麻可分为9个变种17个类型，其中4个为新发现变种，7个为新发现类型。

Therefore rational use of Kenaf core can expand new purpose of kenaf stalk and ease timber supply that has an important practical significance.

红麻芯杆通常被视为农业加工剩余物，因此合理利用红麻芯杆对扩大红麻新用途、缓解木材资源紧张具有重要的现实意义。

The kenaf varieties can be clearly distinguished based on their RAPD pattern ranged from 6 (primer OPA - 20) to 12 varieties (primer OPA - 11).

根据RAPD图谱模式可将红麻品种区分开来，区分范围从6份(用opa - 20引物扩增)到12份(用opa - 11引物扩增)的品种。

The method can greatly improve the freedom degree of kenaf hybridized combination, and is easy to breed the hybridized combination with comparative advantages.

利用该方法可大大提高组配红麻杂交组合的自由度，易于选育出强优势杂交组合。

The chemical structure of lignin in kenaf has been investigated through UV, IR and other analytical methods. Lignin removal in the soda-AQ pulping of kenaf is discussed.

利用UV、IR等分析手段，揭示了红麻全秆木素化学结构的特点，同时对其在烧碱- AQ法蒸煮过程中的脱除特性进行了探讨。

The results obtained from this research could provide theoretical foundation for the further application of gene engineering to cultivate high drought tolerant varieties of kenaf.

本研究所获得的结果，可为进一步利用基因工程技术培育高效耐旱性红麻新品种奠定理论基础。

Results show that the each score of culture mediums with 25%flax bits or 50%kenaf core are better than those of general mediums and useful for the growth and flowering of Cyclamen persicum.

结果表明：用25%的亚麻屑或50%的红麻芯替代普通泥炭均有利于仙客来的生长与开花，其各项指标均优于常规基质。