wing sheath

wing sheath的基本解释

n.

[昆虫]翅鞘

与wing sheath相关的网络例句 [注：此内容来源于网络，仅供参考]

The electric connector is characterized in that the male connector also comprises an insulation sheath arranged at the end of the wire and on the periphery of the male terminals, correspondingly, the female connector also comprises an insulation sheath arranged at the end of the wire and on the periphery of the female terminals, and the insulation sheath in the male connector is mutually matched with the insulation sheath in the female connector and can be inserted into the insulation sheath in the female connector.

一种电连接器，包括有公插和母插，该公插包括两个分别与电线的两极相电连接的呈棒状的公端子，该母插包括两个分别与电线的两极相电连接的呈圆筒状的母端子，所述公端子与母端子相配而可相互插配一起，其特征在于所述公插还包括设置在电线端部和公端子外围的绝缘护套，对应地，所述母插包括设置在电线端部和母端子外围的绝缘护套，并且，所述公插中的绝缘护套与所述母插中的绝缘护套相匹配而可插入到该母插中的绝缘护套之内。

The apoplasmic charater of ectomycorrhizal roots of Larix seedlings infected with Paxillus involutus was examined using the cathnic colloidal gold. The result showed the density and distribution of anionic binding sites were different in sheath and Hartig net. The negative charger in the outer part of the sheath was slightly low. It increased graduately from outer to inter sheath. The negative charger density rised higher in the inter part of the sheath and then decreased graduatedly from the sheath to Hartig net. This may be related to nutrient uptake and atransport in ectomycorrhizal roots.

利用阳离子胶体金探针研究日本落叶松和卷缘桩菇形成的外生菌根质外体的特性，结果表明，外生菌根质外体负电荷分布是不均一的，在菌套外侧负电荷比较低，向内侧逐渐增高，在靠近单宁层菌套菌丝细胞壁负电荷密度最高，再向内侧过度到哈蒂氏网又呈现出明显逐渐下降的现象，而且在哈蒂氏网负电荷主要分布在植物的细胞壁，真菌菌丝细胞壁负电荷很少。

Higher Ca distributed in bulliformcell than in mesophyll cell and bundle sheath cell of dune reed, higher Mg distributedin mesophyll cell and higher K, Na and Cl distributed in sheath cell HigherNa and Mg distributed in mesophyll than in bulliform cell and bundle sheathcell of light salt meadow reed, and higher K, Ca and Cl distributed in itsbundle sheath cell. Higher Na and Mg distributed in bulliform cell than in mesophyllcell and bundle sheath cell of heavy salt meadow reed, higher K, Ca and Cl distributedin its mesophyll cell. This paper discussed the distribution conditions of theabove five ions in leaf cell of the four reed ecotypes and the meaning ofphysiological adaptation to habitat in detail.

沙丘芦苇的泡状细胞内Ca分布较叶肉细胞和鞘细胞高，叶细胞内Mg分布较高，在鞘细胞内K，Na和Cl布较高；轻度盐化草甸芦苇叶肉细胞内分布了较多的Na和Mg，在鞘细胞内K，Ca和C1分布较叶肉细胞和泡状细胞高；而重度盐化草甸芦苇泡状细胞内分布了较多的Na和Mg，叶肉细胞分布了较多的K，Ca和Cl；详细讨论了以上五种离子在不同生态型芦苇叶片内不同细胞类型的分布状况与环境适应的意义。