触角,antenna
1)antenna[英][?n'ten?][美][?n't?n?]触角
1.Scanning electron microscopic observations of antennae and the sensilla of Coleophora obducta;兴安落叶松鞘蛾触角及其感器的扫描电镜观察
2.Scanning Electron Microscopy of Antennae of Aphidoletes aphidimyza (Diptera: Cecidomyiidae);食蚜瘿蚊触角的扫描电镜观察(英文)
3.Observation on antennal sensilla of Chlunetia transversa with scanning electron microscopy;芒果横线尾夜蛾触角感觉器扫描电镜观察
英文短句/例句

1.A sensory or tactile organ, such as an antenna, a tentacle, or a barbel.触角,触须感觉或触觉器官,例如触角、触手或触须
2.of or relating to antennae.触角的或与之相关的。
3.grasshopper with short antennae.长有短的触角的蝗虫。
4.a journalist with an infallible nose for a story触角敏锐的新闻记者.
5.waving their long antennae.在挥动着他们的长触角
6.The insect quivered its antennae.那只昆虫抖动它的触角
7.A snail extrudes its horns.一只蜗牛伸出它的触角
8.The snail drew in its feelers.蜗牛把触角缩了回去。
9.The snail is pushing out its horns.蜗牛正在伸出它的触角
10.The snail shot out its horns.那只蜗牛伸出它的触角
11.One octopus has eight tentacles.一条章鱼有八根触角
12.tentacles of octopus prepared as food.作食物用的章鱼的触角
13.equilibrium water-advancing contact angle水的平衡前进接触角
14.A small antenna or similar organ, especially one of the first pair of small antennae on the head of a crustacean.小触角,第一触角触角或类似的器官,尤指甲壳类动物头部第一对小触角中的一个
15.Contact angle: The angle made by a drop of liquid with a solid at the point of intersection.接触角:一滴液体和固体接触时所造成的角度。
16.long-bodied beetle having very long antennae.天牛科触角非常长的长角牛甲虫。
17.Study on Antennal Sensilla of Eight Species in Acrididae (Insecta: Orthoptera) with Scanning Electron Microscopy;剑角蝗科8种蝗虫触角显微结构研究
18.Measuring Technique of Contact Angle and Contact Angle Hysteresis on Rough Solid Surfaces Ⅱ: Contact Angle Hysteresis on Rough Stainless Steel接触角测试技术及粗糙表面上接触角的滞后性 Ⅱ:粗糙不锈钢表面接触角的滞后性
相关短句/例句

antennae[英][?n'ten?][美][?n't?n?]触角
1.Ultrastructure and Distribution of Cuticular Pores in Xylotrechus rusticus Antennae;青杨脊虎天牛触角表皮孔的超微结构及其分布
2.Observation of sensilla on antennae and mouth parts of female Encarsia amicula Viggiani et Ren(Hymenoptera: Aphelinidae) by scanning electron microscope;友恩蚜小蜂雌蜂触角、口器感觉系统电镜扫描观察
3.Scanning electron microscopic observation of the female antennae of the endoparasitoid Microcentrus cingulum;腰带长体茧蜂雌蜂触角的扫描电镜观察
3)antennal[英][?n'ten?l][美][?n't?nl?]触角
1.Observation on the antennal sensilla of Periplaneta australaslae Fabricius with scanning electron microscope澳洲大蠊触角感受器的扫描电镜观察
2.Seven kinds of sensilla were found in antennal of the Speyeria aglaja,namely stellate on the surface ofantennal top,trichoid sensillum,chaetic sensillum,Sensilla cavi,Sensillum coeloconic,sensilla gemmiformium,g,squamiform sensillum.应用扫描电镜对银斑豹蛱蝶(Speyeria aglaja)成虫触角感器的超微结构、类型和分布进行了研究。
3.Descending brain neurons for transferring antennal sensory information have their major dendrite in the lateral deutocenebrum;they can transfer outside stimulative information to locomotory centrum to control walking,incepti.传递触角感觉信息的下行脑神经元分支多聚集在中脑;外界刺激信息通过下行脑神经元传递到运动中枢支配行走,同时不断接收听觉、视觉信息调整行走的速度和方向。
4)antennal furrow触角槽;触角沟
5)contact angle接触角
1.Influences of surface tension of acid solution and contact angle of rock on the cleanup efficiency of surfactant;表面张力和接触角对酸液助排率的影响研究
2.Comparison of hypsometry and goniometry in contact angle measurement;接触角测量的量高法和量角法的比较
3.Surface free energy of basalt and glass fibers by contact angle method;接触角法测玄武岩及玻璃纤维表面能实验
6)contact angle接触角法
1.The compatibility、thermal stability and hydrophilicity of PVA/PA-6 alloy were studied by relative viscosity、refraction index、DSC、FTIR、TG and the contact angle.采用黏度法、折光指数法、DSC法、FTIR法、TG法和接触角法研究了PVA/PA-6的相容性、热稳定性及亲水性。
2.Several surface analysis technic and its application fields were introduced,such as contact angle(CA), ATR/FT-IR,XPS and so on.综述了接触角法(CA)、衰减全反射/傅里叶变换红外光谱法(ATR/FT-IR)、X射线光电子能谱法(XPS)等几种表面分析技术的特点和应用领域,结合聚氨酯(PU)衬层的特点,提出了适用于表征PU衬层表面特性的一些方法。
延伸阅读

触角触角antenna  触角(a ntenna)昆虫头部额区复眼前方或眼间的一对附肢(据头部六节学说),是重要的感觉器官,拥有大量感器(sensillum),主要司嗅觉和触觉,在有些昆虫中也司味觉、听觉。触角还有一些特殊功能,如某些初孵化的水龟虫幼虫,触角能帮助上领捕食;仰泳蜷的触角起平衡作用;蚤和跳虫的触角,用以交配时挟持异性个体。 组成一般由柄节(seape)、梗节(pedieel)及鞭节(flagellum)组成(见图)。柄节位于基部,一般短而粗,基缘以膜与头壳相连,常支架在头壳的围角片上,受肌肉控制(见肌肉系统)作各方向运动。梗节为触角的第二节,常为环状。鞭节较长,包括许多由膜连接的触角(蜜蜂) (仿周尧)小环节,这些节内一般没有肌肉,唯双尾目、弹尾目昆虫的鞭节有小的节内肌,因此它们并不相当于有翅亚纲昆虫鞭节的小环节。在半变态及增节变态类的昆虫中,鞭节的小环节在胚后发育中常随虫龄增长而增多。新分出的环节称为分生节(meriston),发生于端部或基部。 形态随昆虫类别和性别而异。变化多在鞭节。大致可分为丝状(如蝗虫)、刚毛状(如蜻蜓、蝉)、念珠状(如白蚁、足丝蚁)、锯齿状(如某些甲虫)、栉状(包括向节的一边或两边突起,形如梳子或羽毛,如某些甲虫及雄性蛾类)、环毛状(如雄蚊)、球棒状(如蝶类)、锤状(如某些甲虫)、鳃片状(如金龟甲)、膝状(如某些蜂类)、具芒状(如蝇类)等。感器常集中在触角的特定部位,如蝗虫的位于鞭节中部,粉蝶的多聚在棒状的端部;梗节常具有一种特殊听觉器官—江氏器(Johnston’5 organ)。雌雄差异亦常表现在触角上,雄性触角往往比雌性的长或分支较多,通常认为与雄性常需要接受雌性信息素有关。(虞佩玉)