1) chitin-degrading microorganisms
几丁质裂解微生物
1.
Application of chitin-degrading microorganisms to biocontrol of Rhizoctonia solani;
几丁质裂解微生物防治棉苗立枯病
2) chitin-decomposing microorganisms
解几丁质微生物
1.
The results showed that the formation of VA mycorrhiza in cotton roots by VA mycorrhizal fungus (VAMF) Clomus mosseae induced the increments of soil chitinase activity and numbers of chitin-decomposing microorganisms in mycorrhisosphere soil, and the incrementS were directly proportional to the mycorrhizal infection level.
接种ＶＡ菌根真菌Ｇｌｏｍｕｓｍｏｓｓｅａｅ形成的菌根可促进解几丁质微生物的增殖，并能诱导出较高的土壤几丁质酶活性。
4) chitinases produced by microbes
微生物产几丁质酶
1.
Advance in application of chitinase produced by microbes in controlling plant diseases and insect pests were introduced, especially the synergist function of alkaline chitinases produced by microbes in controlling the diseases and.
从产几丁质酶的微生物类群生态分布及微生物产几丁质酶的种类、理化性质等方面论述了微生物产几丁质酶的研究进展。
5) chitin derivative
几丁质衍生物
1.
The effects of chitin derivative on the activities of Superoxide dismutase and the con-tents of the vitamin C in strawberries during storage under 4～8℃ were studied.
研究了几丁质衍生物对不同贮存期草莓中（４～８℃）超氧物歧化酶的活力和维生素Ｃ含量的影响。
6) biomass pyrolysis
生物质裂解
1.
Research on mathematic modeling of biomass pyrolysis in the latest fifty years are summarized.
总结了近50年来生物质裂解模型的研究成果,讨论了生物质裂解的一次反应模型、二次反应模型和传递模型的特点及应用状况。
2.
This paper reviewed studies on biomass pyrolysis in past 50 years in two below aspects: the chemical mechanism of pyrolysis,and the effects of some technical parameters,such as temperature or holding time for industrial production(in aspect of three types: fast,slow and mild pyrolysis),and tried to give a comprehensive perspective of biomass pyrolysis.
综述了近50年来生物质热裂解的研究成果,就三种不同的裂解模式(快速、慢速和中速裂解),从裂解反应的化学机理出发,阐述了工艺条件对反应的影响,对生物质裂解进行了比较全面的回顾。
补充资料：识微见几
1.谓看到事物的苗头而能认识和察见事物的本质和发展。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条