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Study on energy saving technique of bamboo biobleaching based on water resource protection

机译:基于水资源保护的竹类生物漂白节能技术研究

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In order to eliminate colour difference of bamboo sheets and prevent bamboo moldy, the energy saving biotechnique of bamboo bleaching rapidly based on water resource protection was studied. The results showed that The H2O2 concentration on the impact of white degree was significant at 0.05 level. And white degree increased at first, then decreased with concentration of H2O2. the best concentration of H2O2 was 3%. The treatment time on the impact of white degree was significant at 0.05 level. And white degree decreased with treatment time. the best treatment time was 0.5h. White degree was bad with white degree longer in the H2O2 high concentration solution. Temperature had no significant effect on the bleaching of bamboo. White degree decreased at first, then increased with temperature. the best temperature 90°C. Concentration of the extractives from camphor tree''s leaves had no significant effect on the bleaching of bamboo. White degree decreased at first, then increased with concentration of the extractives from camphor tree''s leaves.
机译:为了消除竹片的色差,防止竹子发霉,研究了基于水资源保护的竹子漂白快速节能生物技术。结果表明,H 2 O 2 浓度对白度的影响在0.05水平上具有显着性。白度先升高后随H 2 O 2 的浓度降低。 H 2 O 2 的最佳浓度为3%。处理时间对白度的影响在0.05水平上是显着的。并且白度随治疗时间而降低。最佳治疗时间为0.5h。在H 2 O 2 高浓度溶液中,白度较差,白度较长。温度对竹子的漂白没有显着影响。白度首先降低,然后随温度升高。最佳温度为90°C。樟树叶子中提取物的浓度对竹子的漂白没有显着影响。白度起初降低,然后随着樟脑叶提取物浓度的增加而增加。

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