纤细

Style 1, slender, rather long; stigma capitate. Fruit a capsule, 3-lobed, loculicidal.

花柱1，纤细，相当长；柱头头状果为蒴果，3浅裂，室背开裂。

Perianth 11--25 mm; rhizome terete or ± moniliform, 3--6 mm thick, slender.

Perianth 11 --25毫米；念珠状的根状茎圆柱状或多少，3 --6毫米厚，纤细。

Seed horizontal or vertical, lenticular, reniform, ovoid, or globose; testa thinly leathery or membranous; embryo green or whitish, planospiral, slender; perisperm scant or absent.

种子水平或垂直位置，透镜状，肾形，卵球形，或球状；种皮薄革质或者膜；胚绿色的或带白色，平面螺旋状，纤细；外胚乳不够的或无。

Plants slender, procumbent, rooting from nodes; flowers less than 1.5 cm; calyx campanulate, 0.3-0.8 cm in fruit, less than 1 cm in diam.

纤细，平卧的植株，节上生根；花少于1.5厘米；在果期的花萼钟状，0.3-0.8厘米，直径不到1厘米 5

Leaves opposite, petiolate, leathery, usually with inconspicuous, translucent glands; secondary veins many, slender; tertiary veins scalariform, not prominent.

叶对生，具叶柄，革质，通常具不明显，半透明的腺体；次脉很多，纤细；第三脉梯状，不突出。

Stems creeping, to 30 cm, slender, conspicuously stoloniferous.

茎匍匐，给30厘米，纤细，显著。

Follicles 2, narrowly cylindric, slightly torulose, slender.

蓇葖果2，狭圆筒状，稍近念珠状，纤细。

The Siberian Husky never appears so heavy or coarse as to suggest a freighting animal; nor is he so light and fragile as to suggest a sprint-racing animal.

西伯利亚雪橇犬不能出现超重，外貌粗鲁，以至于像一个做苦功的；或者体重太轻，纤细，类似赛跑犬。

Branches 7–12 per node, rarely more than 20, slender, without secondary branching.

分枝7-12 每节，20的超出的很少，纤细，没有次生分枝。

Stamens 3; filaments free, slender; anthers yellow or purple.

雄蕊3；花丝离生，纤细；花药黄或紫色。

As the foundation of ultrasonic testing of composite materials, this thesis is intended to explore in detail a number of features of wave propagation in anisotropic plates, and the following essential problems will be considered:(1) Propagation of plane bulk waves in homogeneous and orthotropic anisotropic media;(2) Lamb wave propagation in multilayered anisotropic plates;(3) Influence of isotropic solid or liquid loading on Lamb wave propagation in anisotropic solid media;(4) Influence of interface layers on Lamb wave propagation in layered anisotropic composite laminates;(5) Dispersion characteristic analysis of attenuation Lamb wave while existing an thin viscous layer which is used for simulating the poor curing in adhesively bonded joints.

作为复合材料超声检测的基础，本文研究了如下国际前沿性的课题：（1）平面体波在正交均匀各向异性媒质中的传播；（2）多层各向异性媒质中Lamb波的传播；（3）各向同性固体或液体负载对各向异性固体媒质中Lamb波传播的影响；（4）界面层对层状各向异性复合媒质中Lamb波传播的影响；（5）胶粘剂未固化而呈现粘弹性时粘接结构中衰减Lamb波的频散特性分析。

I mean, you're an incredible friend, you know that?

我是说，你真是个令人难以置信的好朋友，你知道吗？