非直角

A new method for the generation of curvilinear grid has been proposed. Some curvilinear grid generation examples show that satisfactory grids can be generated for simple-connected regions and connected- regions with complex boundary by using the proposed adjusting factors.

3提出了一种生成边界处正交曲线网格的新方法，收敛速度快，在复杂边界流场区域的数值计算中，有很大的实用价值；为了克服复杂几何边界给数值计算带来的困难，提高通用性以及水流的预测精度，本文采用上述网格生成技术，在直角坐标系三维非恒定明渠紊流的沿层积分数值模型基础上，发展了曲线坐标系下的多层紊流水动力模型。

The light curve of five kinds of landscape lianas commonly used in southern China were measured by LI-6400 portable photosynthesis system and fitted by non-rectangular hyperbolic model. Light compensation point, light saturation point, Pn,ɑ of the 5 lianas species were analyzed comparatively. The results indicated that there are significant differences in light response of photosynthesis among them.

采用Li-6400便携式光合测定仪对5种华南地区常用园林绿化藤本植物进行了光响应曲线的测定，并用非直角双曲线模型对其进行拟合，对比分析了5种藤本植物的光补偿点、光饱和点、最大净光合速率、最大表观量子效率。

The aim of this study was to reveal the adaptation response of limestone plants to light and water. The light response curves of limestone plants Alchornea trewioides, Bauhinia championii, Pteroceltis tatarinowii, Sapium rotundi folium were measured with Licor-6400 Photosynthesis Analyzer in Karst area, and parameters of photosynthesis were simulated by non-rectangle hyperbolae function.

为阐明石山植物对光与水分的适应能力，采用Li-6400光合作用测定系统，对岩溶区石山植物红背山麻杆、九龙藤、青檀和圆叶乌柏生长盛期的光响应曲线进行了测定，并利用非直角双曲线模型对4种植物光合作用生理参数进行拟合。

The photosynthesis-light response curves of limestone plants Alchornea trewioides, Bauhinia championii, Pteroceltis tatarinowii, Sapium rotundifolium in Guilin karst area were fitted with rectangular hyperbolic and non-rectangular hyperbolic models.

用直角双曲线和非直角双曲线两种模型，对桂林岩溶区石山植物红背山麻杆、九龙藤、青檀和圆叶乌柏光合作用的光响应曲线进行拟合。

A parallelogram with adjacent sides of unequal lengths; an oblique-angled parallelogram with only the opposite sides equal.

相邻的边长度不相等的平行四边形；只有相对的边长度相等的非直角平行四边形。

In this paper,the flexural capacity and complex bearing capacity of T shape square steel tubular joint were study with finite element.

运用有限元对非直角T型方钢管节点的受弯及复合承载力进行了研究，对比分析了直角T型节点与非直角T型节点破坏形式，总结出了非直角T型方钢管节点的破坏规律，对工程实践有一定的指导意义。

It summarized the worn-out law of the non-right angle T shape square steel tubular joint on the base of comparing and analyzing the worn-out way of right angle joint and nonright angle joint,which has a certain guiding significance to project practice.

运用有限元对非直角T型方钢管节点的受弯及复合承载力进行了研究，对比分析了直角T型节点与非直角T型节点破坏形式，总结出了非直角T型方钢管节点的破坏规律，对工程实践有一定的指导意义。

Adjustment of the countertop with the seams of the wall: when the benchmark side of the countertop joints with the jointing side, in case the clearance between splash back of the countertop and the wall is larger than 5MM, use the following method to adjust.

台面与墙面缝隙的调整：接驳台面基准边与对接边合拢后，对于非直角墙体，如台面挡水与墙体面缝隙超过5MM，我们可以通过下面的方法调整，将两块台面紧靠墙，将两块台面的后挡水边靠拢在一起，这时两块台面的前端有间隙，就用卷尺测量前端间隙的尺寸，在后挡水处按间隙尺寸做标记，连接前端点和后面的标记划线。

Adjustment of the countertop with the seams of the wall: when the benchmark side of the countertop joints with the jointing side, in case the clearance between splash back of the countertop and the wall is larger than 5MM, use the following method to adjust. Place the two countertops tightly against thewall and put the two splashes back together. In this way, the two countertops will have clearance at the front side. Measure the clearance of the front and mark the clearance dimensions at the splash back. Mark along the front end and marks at splash back. Cut along the line.

台面与墙面缝隙的调整：接驳台面基准边与对接边合拢后，对于非直角墙体，如台面挡水与墙体面缝隙超过5MM，我们可以通过下面的方法调整，将两块台面紧靠墙，将两块台面的后挡水边靠拢在一起，这时两块台面的前端有间隙，就用卷尺测量前端间隙的尺寸，在后挡水处按间隙尺寸做标记，连接前端点和后面的标记划线。

For a given triangle data, to determine that this triangle is more of an isosceles triangle, right triangle, equilateral triangle, isosceles right-angled triangle, the triangle which atypical.

对于给定的三角形的数据，判断此三角形更属于等腰三角形，直角三角形，正三角形，等腰直角三角形，非典型三角形的哪一种。

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。