1) Gentle hillside
低丘缓坡
1.
The Research of Architectural Morphology Design on Zhejiang Gentle Hillside;
浙江省低丘缓坡地区的建筑形态设计研究
2.
The System of Impact Factors of Zhejiang Gentle Hillside Building Design (Ⅱ);
浙江省低丘缓坡地区建筑设计影响因子体系研究之二
3.
The System of Impact Factors of Zhejiang Gentle Hillside Building Design (Ⅰ);
浙江省低丘缓坡地区建筑设计影响因子体系研究之一
2) gentle slope hills
缓坡丘陵
1.
The gentle slope hills of ecotone between agriculture and animal husbandry lie in the north of China with very serious natural condition,characterized by loss of top surface soil,wind erosion,degradation and serious desertification.
本区地形以缓坡丘陵为主,坡耕地占很大比重,因此加强坡耕地的治理显得十分必要。
3) low-mountain gentle-hill
低山缓丘
1.
Agro-forestry management types were classified by investigation in low-mountain gentle-hill areas of western Liao- ning and 1 system,3 type groups and 25 types were worked out preliminarily,description and beneficial analysis of major types were carried out.
通过对辽宁西部低山缓丘区农林复合经营类型的调查 ,对辽宁西部低山缓丘区农林复合经营类型进行分类 ,初步分为 1个系统 ,3个类型组 ,2 5个类型 ,并对主要类型进行描述和效益分
4) hilly land with gentle slope
缓坡丘陵区
1.
Wind erosion is a serious natural disaster in hilly land with gentle slopes in crisscross area of agriculture and pasture.
土壤风蚀与风、土壤粒径组成和地表植被覆盖度有关,在农牧交错带缓坡丘陵区,风蚀是很严重的自然灾害。
5) gentle slope
缓坡
1.
Numerical analysis of regular wave deformation and breaking on gentle slope;
规则波在缓坡上变形与破碎数值分析
2.
This new sequence stratigraphic style is called fault controlled type 1 gentle slope sequence.
对于这种新的层序地层样式 ,可称之为受断裂控制的Ⅰ型缓坡层序地层样
3.
The numerical simulation is applied to the solitary wave running and breaking on beach of gentle slope.
对孤立波在缓坡海滩上的运动进行了数值模拟 ,当孤立波接近海岸时 ,波高随水深减小迅速增大 ,以至波浪破碎 ;揭示了孤立波在不同底坡下破碎时的相对波高极值 (H/h) b,以及 (H/h) b 随坡度的变化情况 ,与合田的相对波高极值的表达式及 (H/h) b 随hb/L0 的变化曲线比较 ,吻合良
6) mild-slope
缓坡
1.
After calculating the angle between the direction of wave and current by use of the dispersion relation, a finite element model for solving the mild-slope equation with the effect of current is established in this paper.
本文利用波浪弥散关系的迭代计算求得波向与流向的夹角,并用有限元法求解含流的缓坡方程,得到在缓变地形和定常流场共同影响下的大尺度圆柱周围的波流场的耦合解。
补充资料:低都儿低
1.低而又低,很低。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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