柱状

Note the tall, pink, columnar nature of the epithelial cells.

值得注意的是上皮细胞呈现其原本的粉红色高柱状。

The experimental results showed that CrMoN had a FCC structure with little columnar crystal.

实验结果表明，CrMoN涂层均呈面心立方结构，无明显的柱状晶，其厚度随Mo含量的增加而增厚。

It is demonstrated that shadowing effect and limited mobility of the deposited atoms are the main reason for the formation of the columnar microstructure .

用蒙特卡罗方法，在计算机上模拟了不同工况下薄膜的生长结构，证明了阴影效应和沉积原子的有限迁移是导致柱状结构的原因。

It is also associated with columnar cell hyperplasia and ADH.

也伴有柱状细胞增生和ADH。

According to the geometric sense of classification problem and starting from dataset, four determinant algorithms for rotundity distribution, cirque distribution, sphericity distribution and columniation distribution are proposed.

本文利用分类问题的几何意义直接从数据集出发，按照两类样本点之间的距离关系，分别给出SVM训练集呈圆形、环形、球状、柱状分布的测试算法，为基于数据分布的核选择方法提供了实现的基础。

Then, using these data tables to graph through figure guide and get single latitude positive axis conic projection figure and histogram about length distortion with latitude.

并介绍了如何利用求得的数据表使用EXCEL软件中的图表向导进行绘图，绘得正轴单纬圆锥投影图，即大地坐标的经纬网展布图及长度变形随纬度变化的关系柱状图。

KM will conduct inquiry, statistical work and analysis on the fruit data produced by monitoring ET with remote sensing system and and Strategic study in way of chart, figure, theme drawing, curve, contract drawing, histogram, and pie chart.

KM对遥感监测ET系统和战略研究产出的成果数据以报表、图形、专题图、曲线图、对比图、柱状图、饼图等各种方式对其查询、统计分析。

Convolvulus P. multiflorum P. cuspidatum have the exine stratification considered as typical of the dicots, endexine, foot layer, columellae and tectum.

结果表明：外壁结构分化成两个明显的层次，即外面的外壁外层以及内面的外壁内层，其外壁外层由覆盖层、柱状层和底层组成的。

Sediment cores as a traditional and primary instrument for studying the sedimentary environments and depositional processes of tidal flat are taken generally by gravity corer in inter-tidal flat.

有关潮滩盐沼系统沉积和地貌演化过程的研究已有许多学者利用不同手段进行了研究，如通过采集柱状样分析地层中的沉积记录[2~3]、现场的多年观测研究[4]、数学模拟等[5]等。

The Green's tensor in frequency domain for cylindrical layered media was deduced from the 3-D Green dyadic for homogeneous media according to the propagation laws of waves in layered media,then the Green's tensor in spatial domain can be achieved with Fourier transformation ,which is a singular integral of wave-number.

根据分层介质中波的传播规律，由均匀介质中的三维张量格林函数得到频率域中柱状分层介质的张量格林函数表达式，经过傅立叶变换，可以得到空间域的格林函数，它是一个关于波数的奇异积分。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。