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- fovea capituli radii 桡骨小头凹
- Pay attention to the fight of fovea and fear. 集中注意力去对抗心里的恐惧。时时注意要懂得害怕。
- Of, relating to, or arranged like rays or radii. 光线的，射线的属于或关于光线或辐光线的，象光线或辐光线一样排列的
- This is an example of an acoustic fovea. 这是听觉中央窝的例子。
- The fovea produces the most accurate information. 黄斑的信息最精确。
- The plane area bounded by such an arc and two perpendicular radii. 四分之一圆，扇形体由九十度弧与两条垂直的半径围成的平面图形
- In most fovea, the depth decreased and the thickness increased. 绝大多数黄斑中心凹变浅 ,厚度增加。
- The size and depth of the central fovea were also measured. 本文还测定了髁间窝中央凹的大小和深度,为解剖学和临床工作提供参考。
- It is now necessary to introduce a sign convention for radii of curvature. 现在必须介绍曲率半径的正负号规则。
- A plane figure bounded by two radii and the included arc of a circle. 由两个半径和两个半径中间的弧所形成的一个平面形状。
- Humans have a fovea for sight, and star-nosed moles have a fovea for touch. 人类有视觉的中央窝，星鼻鼹则有触觉的中央窝。
- The area enclosed by two radii at a45= angle and the intersected arc. 八分圆一个被两条成45°角的半径及与之相交的弧所包围的区域
- Vision is much more acute at the fovea than at other portions of the retina. 在视网膜的中央小窝的视力比网膜其他部份更敏锐。
- Adjacent inside sector radii are tangent. Center point shift as shown in model. 邻近的内部件的半径是相切的,中心点位移在模型中有显示。
- Hence, the damage radii can not be determined from overpressure alone. 因此，破坏半径不能单单由超压力大小来决定。
- The fovea has only cones, and the blind spot or papilla has no receptors. 中央凹的部分只有锥细胞，而盲点或神经乳头部分无视细胞。
- Hence, the damage radii can not be determined from overpressure alone . 因此，破坏半径不能单单由超压力大小来决定。
- The upper and lower retinas of the fovea were basically symmetrical. 将所取视网膜厚度的裂隙像贮存于计算机内。
- The resolved shear stresses increase with the increasing of notch radii. 切口半径对持久寿命的影响作用非常大，切口半径越小，持久寿命越大。
- Pure geometric forms and soft radii support its simplicity and ease of use. 完美的几何形状和软件的支持使得操作简单易行。
