非线性模型可以模拟峰值前的硬化部分，但不能很好模拟软化段较陡的降落；
Nonlinear elastic model can stimulate the hardening part before peak value, but the stimulation to softening part is not satisfying.
东部地形复杂，坡度较陡，岛屿众多，海底是褶皱的元古代沉积岩和太古代结晶岩。
East complex terrain, a steep slope, numerous islands, is the fold of the seabed Proterozoic sedimentary rocks and too ancient crystalline rock.
复斜屋顶在四个面上都各有两个斜面，一个较浅的上部斜面和一个较陡的下部斜面。
The mansard roof has two slopes on all four sides, a shallower upper part and a steeper lower part.
复斜屋顶在四个面上都各有两个斜面，一个较浅的上部斜面和一个较陡的下部斜面。
The mansard roof has two slopes on all four sides, a shallower upper part and a steeper lower part. See also hammer-beam roof.
结果：屈曲时，外周融合与TDR相比，近侧相邻节段显示出的运动倾斜度明显较陡。
Results. Circumferential fusions exhibited significantly steeper motion gradients at the proximal adjacent level compared with TDR during flexion.
所提方法扩大了可测深度范围，可用于测量面形较陡的连续表面或不连续深结构表面。
Advantage of the approach is that the depth measurement range is expanded very much, it can be used to measure the profile of the deep or discontinuous surface.
缝宽在相交点处比直线裂缝有一个较陡的下降，截流点的存在将导致早期的端部脱砂。
Fracture width has a steeper drop than the straight fracture's at the crosspoint, the existence of cutoff-point will lead early-stage screen out.
在较陡的黄土坡地上进行了一系列降雨模拟试验，以便评价雨水的入渗及水土流失情况。
A rainfall simulation experiment was carried out to assess the effect on infiltration that covered with different materials.
高度足以和人类互动的机器人，由于重心较高，所以加速和减速都得慢慢来，同时必须避开较陡的斜坡以免倾倒。
Robots tall enough to interact effectively in human environments have a high center of gravity and must accelerate and decelerate slowly, as well as avoid steep ramps, to keep from falling over.
利用椭圆函数滤波器较陡的过渡带特性设计前向和后向滤波器，消除由于IIR滤波器造成滤波后的数据相位非线性失真。
A back and forward filter with steeper transitional band was designed of ellipse function. It can remove nonlinear phase distortion caused by IIR filter.
大回转滑雪赛：一种由山上向山下的滑雪比赛，参加者必须经过设在几对门中的滑雪道，滑雪道比障碍滑雪要大并且通常较陡。
A downhill skiing race in which participants must pass between pairs of gates set along a course that is larger and often steeper than a slalom course.
在坡度较陡且为高速水流的有压泄洪管道设计中如何避免管道内明满流的出现，是一个极具有科学研究价值和经济意义的课题。
It is a question having research value and economy content to avoid free surface-pressure flow in the high-speed pressure flood discharge-pipe design.
在坡度较陡且为高速水流的有压泄洪管道设计中如何避免管道内明满流的出现，是一个极具有科学研究价值和经济意义的课题。
It is a question having research value and economy content to avoid free surface-pressure flow in the high-speed pressure flood discharge-pipe design.
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