试验过程在一种特制的白腐真菌生物反应器中进行。
The experiment was carried through in a specific white rot fungus bioreactor.
从白腐真菌中筛选产木聚糖酶菌株，并研究其产酶条件。
A strain of xylanase producing was screened from white-rot fungi.
建立了白腐真菌生物膜反应器，并对其运行参数进行了调试优化。
A white rot fungus biomembrane reactor system was set up, and the optimal operation parameters of the reactor system were ascertained.
初步探讨了白腐真菌对偶氮染料活性艳红x - 3 B废水的脱色效果。
The decoloration effect of wastewater containing azo dye (reactive brilliant red X-3B) by white rot fungus was primarily discussed.
实验结果对木质素降解酶发酵和白腐真菌在环境工程中的直接应用具有启发意义。
The results would be of importance in the fermentation of the ligninolytic enzymes and the direct application of white rot fungi in environmental engineering.
本发明公开了属于微生物应用领域的一种在非灭菌环境抑制杂菌生长的白腐真菌固定化方法。
The invention discloses white rot fungus immobilization method used to restrain hetero fungus growth under non sterilization environment in microorganism application field.
在白腐真菌降解造纸废水的基础上，建立降解反应模型并推导出降解参数方程，并对其进行分析。
This paper sets up reactive model of drgradation and deduces the degradative parameter epuation on dht basic of biodegradation on papermaking waste water by white rot fungi.
通过正交试验研究了白腐真菌在煤炭降解转化过程中煤样粒度、菌液用量、降解作用时间等各因素对其降解率的影响。
The influence of coal granularity, quantity of white rot fungus liquid, and time of degradation on biodegradation percentage was studied by orthogonal test.
草酸脱羧酶是一种含锰的酶，在白腐菌中广泛存在，少数低等真菌和细菌中也能产生。
Oxalate decarboxylase is a kind of Mn-contained enzyme, which is widely distributed in white rot fungi.
草酸脱羧酶是一种含锰的酶，在白腐菌中广泛存在，少数低等真菌和细菌中也能产生。
Oxalate decarboxylase is a kind of Mn-contained enzyme, which is widely distributed in white rot fungi.
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