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1·Enzymatic hydrolysis of cellulose of wheat straw was tried.

对小麦秸秆纤维素的生物降解进行了探索。

2·Total sugar in the pretreated wheat straw and the fermented residue decreased.

盐酸预处理和发酵产氢后麦草秸秆中总糖降低了。

3·The effect of xylanase pretreatment on HD bleaching wheat straw pulp is investigated.

研究了木聚糖酶预处理HD漂白麦草浆的效果。

4·The pretreatment effect on X4 and ZCF57 wheat straw biochemical pulping was investigated.

研究了预处理对菌株x4、青霉zcf57麦草生物化学制浆的影响。

5·It is possible to make many kinds of wheat straw panel with the wheat straw as main material.

用麦秸为主要原料制造多类麦秸人造板是可行的。

6·In the course of heating wheat straw and UF the gluing reaction is not evidence between them.

UF与麦秸混合物在加热过程中，两者之间的胶合热反应不明显。

7·The reactivity of wheat straw soda lignin(WSSL) can be improved by demethylation modification.

麦草碱木素在碱催化下经脱甲基改性可提高其反应活性。

8·The study results indicated that HD bleaching was superior to CEH bleaching for wheat straw alkali pulp.

研究表明：碱法麦草浆采用HD短序漂白工艺优于CEH三段漂白工艺。

9·The effects of xylanase boosting bleaching of wood pulp and wheat straw pulp are investigated in this paper.

研究了木聚糖酶预处理对木浆和草浆化学浆漂白的影响。

10·Trials were conducted in laboratory and field in Beijing region indicated allelopathy of wheat straw on maize.

室内和田间试验表明：麦秸的水浸提物对玉米的胚芽和胚根的生长有显著影响作用。

麦秸

1·In the course of heating wheat straw and UF the gluing reaction is not evidence between them.

UF与麦秸混合物在加热过程中，两者之间的胶合热反应不明显。

2·The reacting status between wheat straw, adhesive and plastic can be known through the analysis of hot reaction.

通过热反应分析，可以了解麦秸与胶粘剂及塑料之间的反应状况。

3·Partition wall with wheat straw board should be investigated. For now there is no information about its sound protection level.

定向麦秸板隔墙材料需比较其隔音性能数据，但是目前尚无厂商数据可供参考。

4·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。

5·Trials were conducted in laboratory and field in Beijing region indicated allelopathy of wheat straw on maize.

室内和田间试验表明：麦秸的水浸提物对玉米的胚芽和胚根的生长有显著影响作用。