moso bamboo

moso bamboo的基本解释

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毛竹

与moso bamboo相关的网络例句 [注：此内容来源于网络，仅供参考]

For the first time, the applied function of Copper azole preservatives for bamboo preservation has been studied; the advantage and shortage of CuAz on bamboo preservation has been analyzed; the mechanism and approach for formulation optimization of CuAz have been proposed. Moso bamboo , which is abundant in china, was used as experimental materials in this thesis. These investigations laid the foundation for the exploitation of bamboo preservatives with independent intelligent property right, low toxicity and high performance, high quality and low overhead.

本论文以我国资源丰富的毛竹为试验材料，首次对铜唑类防腐剂（Copper Azole，简称CuAz）在竹材上的应用性能进行研究，分析了铜唑防腐剂应用于竹材防腐的优势和不足，总结了竹材的腐朽机理、药剂的防护机理和固着机理，提出了铜唑类防腐剂配方优化的机理和途径，为竹材防腐剂的研发、优化和改造提供科学依据。

The result of laboratory test indicated that the nature resistant of four-year Moso bamboo to write-rot is higher than brown rot. The result of field trial indicated that the nature resistant of Moso bamboo is higher than sapwood of Poulus tomentosa.

室内耐腐性试验表明，4年生毛竹对褐腐的天然耐腐性高于白腐；野外埋地试验表明，毛竹的天然耐腐性高于毛白杨边材。

At growth period of Moso bamboo, because the root has not grown completely and has little influence on rhizosphere soil, so the score was the highest. The score of rhizosphere soil decreases as the growth and root gradual development of Moso bamboo. The rhizosphere soil quality increased at later stage of Moso bamboo because of gradually weakened growth and the increased litter and microorganism activity.3.The demands for nutrients of Moso bamboo at different growth periods were different. It was different in the demand for nutrients of Moso bamboo at different growth period.

成竹期由于根系未完全形成，对其根际土壤的影响较小，因而成竹期得分最高，随着毛竹生长，根系渐渐发达，对其根际土壤的影响日渐扩大，造成根际土壤得分渐低，后期毛竹生长逐渐减弱，对其根际土壤的影响也随之减少，加上林中凋落物的增加和微生物活动增强，其根际土壤的质量有所增加。3、不同生长阶段毛竹对营养元素的需求有所不同。