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1·The highest concentration of mercury was found in the antennal glands by mass spectrum analysis.

质谱分析表明，触角腺中汞的含量最高。

2·Morphology of antennal sensilla of male black cutworm moth is observed with scanning electron microscope.

利用扫描电镜观察了小地老虎雄蛾触角感受器的种类、形态和分布。

3·The result shows that there are three regions in the antennal gland:coelomosac, labyrinth and nephridial canal.

结果表明，克氏原螯虾触角腺可分为端囊、迷路和肾管三部分。

4·Antennae are important sense organs in insects with antennal sensilla playing an important role for sensing and communication.

触角是昆虫重要的感觉器官，触角感器对昆虫感受外界环境、实现信息交流具有重要意义。

5·The trichoid sensilla are arranged on the inner side (windward side) surface of the antennal stem and branch in each flagella segment.

在触角鞭节的每对侧枝的内侧(迎风面)着生许多毛状感受器。

6·Female beewolf digger wasps cultivate symbiotic Streptomyces bacteria in unique antennal glands and secrete them into their larval brood cells.

雌性狼蜂掘土蜂在其独特的触角腺里培育共生链霉菌，并将它们分泌到其幼虫的巢房中。

7·The morphological structure, composition, distribution and quantitative characteristics of antennal sensilla may serve as taxonomic characters.

不同种类昆虫的触角感器形态、结构、分布、数量等特征存在差异，可以作为昆虫分类的依据。

8·In addition, topology control can also be realized by the technology of channel allocation and adjust the direction of directional antennal, and so on.

除此之外，拓扑控制还可以通过信道分配、调整定向天线方向等技术实现。

9·The morphological structures of these antennal sensilla could be used for a useful character to identify or classify the families and genera in Blattodea.

触角感受器的形态结构也许能成为鉴别蜚蠊目科和属的有用特征。

10·The general antennal structures are commonly seen within other chalcid wasps except for a specialized 'explore area' on the ventral apex of female antenna.

平腹小蜂的触角除了雌蜂触角末端腹面具有特化的斜截“探索区”以外，大体特征基本和其它小蜂相似。

触角的

1·Female beewolf digger wasps cultivate symbiotic Streptomyces bacteria in unique antennal glands and secrete them into their larval brood cells.

雌性狼蜂掘土蜂在其独特的触角腺里培育共生链霉菌，并将它们分泌到其幼虫的巢房中。

2·Antennae are important sense organs in insects with antennal sensilla playing an important role for sensing and communication.

触角是昆虫重要的感觉器官，触角感器对昆虫感受外界环境、实现信息交流具有重要意义。

3·The morphological structure, composition, distribution and quantitative characteristics of antennal sensilla may serve as taxonomic characters.

不同种类昆虫的触角感器形态、结构、分布、数量等特征存在差异，可以作为昆虫分类的依据。

4·The highest concentration of mercury was found in the antennal glands by mass spectrum analysis.

质谱分析表明，触角腺中汞的含量最高。