木材腐朽

采用SEM法观察了各种木材腐朽菌在木块内部的生长状态。

We have observed the fungi growth state inside of the wood block by SEM .

木材腐朽真菌对CMP漂白及抑制返黄的作用

The Effect of Biological Treatment with Different Wood-rotting Fungi on the Brightness Stability of CMP

基于形态学的木材腐朽图像分析与处理

Analysis and Processing of Decayed Wood Image Based on Mathematical Morphology

沈阳东陵天柱山木材腐朽菌种类的初步研究

Wood Destroying Fungi on Tianzhu Mountain in Dongling District in Shenyang

8种引起木材腐朽的伞菌的培养特性

Cultural characteristics of eight species of agarics causing wood-rot

这两种木材腐朽菌均生长在阔叶树腐朽木上，造成木材白色腐朽。

Both species occured on rotten angiosperm wood , and caused a white rot.

4种木材腐朽菌对白桦木材降解能力的比较

Comparison of the Decaying Ability to White Birch Wood among Four Wood Rot Fungi

木材腐朽菌培养特性的研究综述

Cultural characters of wood-rotting fungi

保护木材腐朽菌的生物多样性是保护森林生态系统、维护生态系统健康的重要因素。

The high biodiversity of wood-decaying fungi is one of the important factors for the health of forest ecosystem .

用各种木材腐朽真菌及粗酶液处理化机浆，检测其对提高纸浆白度和抑制纸浆热返黄的作用。

The ability of different kinds of wood rotting fungi in increasing brightness and suppressing heat induced color reversion of CMP was studied .

在经济价值方面，有食用菌77种，药用菌43种，毒菌24种，木材腐朽菌93种，树木共生菌32种。

In the economy meaning , there are77 edulis fungi , 43 medical fungi , 24 poisonous fungi , 93 ectotrophic mycorrhiza fungi and32 wood rotten fungi .

木材腐朽菌对木材的腐蚀是一个复杂的过程，其基因表达过程中，各个基因严格控制着腐朽的过程，各基因功能不同，调节木材理化性质的变化。

The gene expression of wood decaying is the complex and rigorous process , each genic function is different , control strictly and adjust the variety of physical and chemical properties .

作者结合贵州大型真菌资源研究工作，采集了2000多号大型真菌标本，经初步研究木材腐朽菌类在贵州分布有100种，隶属2纲，11科31属。

In the investigation and study of big-sized fungi in Guizhou , the author collected more than 2000 samples . After the preliminary examination , he stated that are 100 species of ligniperdous saprophyte in Guizhou , belonged to 2 classes , 11 family , 31 genus .

这些木材已经腐朽了。

The timber has rotted .

SIMCA法判别分析木材生物腐朽的研究

Discrimination of Wood Biological Decay by Soft Independent Modeling of Class Analogy ( SIMCA ) Pattern Recognition Based on Principal Component Analysis

木材初期腐朽研究综述

Review of Literature on Incipient Decay in Wood

简单介绍了专家系统在林业上的应用，详细阐述了木材内部腐朽特征识别专家系统的设计过程。

The application of expert system on forestry is introduced simply in the paper . The design process of expert system of identifying inner decay of timber is expounded .

因此，选择一种合理的木材内部腐朽的检测方法和技术，对提高造材质量，提高木材经济效益，节约森林资源尤为重要。

Therefore , it is important to select a reasonable method and technique of testing the inner decay for improving the bucking quality and increasing the economical benefits of timbers .

落叶松和软木松木材随着腐朽程度的加重，力学性能迅速衰减，其中抗弯强度降低最为明显，其次是抗压强度，密度变化最小。

Wood density and mechanical properties were rapidly decreased with the increasing decay for larch and pine timber , the most is MOR , then crushing strength , and the density is the smallest .

白腐菌是木材的主要腐朽菌之一。

White rot fungi is one kind of main wood decay fungi .

吉林林区主要树种木材缺陷（腐朽）规律

The Defects Regular of Main Tree Species in Forestry Region of Jilin Province

众所周知，木材是容易腐朽的。瘟疫，则众所周知是由一阵红光示警的。

It must be accepted that wood is perishable . Pestilence was known to have been foreboded by a shower of crimson light .

结果表明：能够生长在木材上的微生物类群有木材腐朽菌、木材软腐菌、木材变色菌、污染性霉菌、细菌、放线菌等多种。

Results showed that microbial populations and communities growing on wood included wood-rooting fungi , wood soft-rot fungi , wood stain fungi , wood surface contaminating moulds , wood bacteria and actinomycetes .

结果显示：在阈值范围内，任何一种心材提取物或木材防腐剂在研究中对木材腐朽菌的抑制能力在0.01的显著水平下，差异显著。这些生物杀灭剂的相对功效是取决于真菌的种类。

Conclusions reached were that at threshold values the ability of either any of the heartwood extracts or proprietary wood preservatives to suppress attack under conditions in this study was significant at 0.01 . Relative efficacy of those biocides was dependent on fungal species .

白桦木材中总酚含量与抗木材腐朽菌的关系

Relationship between Total Phenol in White Birch Wood and Wood Rot Fungi

亚利桑那木材，叶带蓝色，有银色光泽。这两种木材腐朽菌均生长在阔叶树腐朽木上，造成木材白色腐朽。

Arizona timber tree with bluish silvery foliage . Both species occured on rotten angiosperm wood , and caused a white rot.

并在此基础上，研究木材中细胞次生代谢产物&二苯乙烯类化合物的含量与木材对真菌腐朽耐受性的相关性。

On the basis of this , the relationship between concentrations of stilbenes in the samples and the heartwood resistant ability was studied .