Majorization of Technical Treating Circle Bamboo with ACQ-B

Jian Han; Dan Luo

doi:10.4028/www.scientific.net/AMR.710.213

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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 710Majorization of Technical Treating Circle Bamboo...

Majorization of Technical Treating Circle Bamboo with ACQ-B

Abstract:

Taking water-solubility preservative (ACQ-B) as the agentia, and the liquid medicine concentration (LMC),the forcing time, the liquid medicine temperature (LMT) and the pressure as the test factors, the permo-treatment was processed to the circle bamboo, and the technical conditions of the treatment were compared. The results showed that each factor and the levels in the same factor had all larger differences to the weight increase rate (WGR) of bamboo, and WGR of the specimens in the same level had also larger difference. Through variance, range and trend analysis, the technical condition for anti-decadent of circle bamboo was that LMC was 1.0%, forcing time 15h, LMT 65°C, pressure 0.24MPa, which proved that the preservative could get best permeating result through repeat test.

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Periodical:

Advanced Materials Research (Volume 710)

Pages:

213-216

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.710.213

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Online since:

June 2013

Authors:

Jian Han, Dan Luo

Keywords:

Circle Bamboo, Optimizing, Preservative, Technical Condition

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References

[1] Chandra A.GuhaS R D. Studies on the decay of bamboo (Dendrocalamus strictus) during outside storage-degradation of lignin. Indian Forester,1981,107:1,54-59

Google Scholar

[2] Sulaiman. Ultrastructure of soft rot decay in bamboo cell walls. Material and Organismen,1995, 29:4,241-253

Google Scholar

[3] Wu Kai-yun, Weng Yue-xia. Study on biology of bamboo timber moulding, 1.moulding characte-ristics and causal fungi of mao bamboo timber. Forest research, 1990,3(4):303-309

Google Scholar

[4] Kumar Satish,Dobriyal.Treat ability and Flow Path Studies in Bamboo Part2E. Wood and Fiber Science,1992,24(2):113-117.

Google Scholar

[5] Liu xiu-ying. Study on indoor decay resistance of five kinds of bamboo.Forest product industry, 1997(1):13-15

Google Scholar

[6] Shi Zhen-hua, Luo Tushou Li yun. Laboratory evaluation of eight chemicals as anti-sapstain and anti-mold agents for rubber wood and bamboo.Wood industry,1994,8(3):34-38

Google Scholar

[7] Du Fu-yuan, Ma Lin-fei.B.B.P.-841 an Anti-mould Chemical for Bamboo Timber Preservation. Journal of Zhejiang Forestry College 1985,2(2):53-56.

Google Scholar