1) rectangular column
长方柱
1.
In this paper,the behavior of rectangular columns confined by CFS are studied.
本文介绍碳纤维布加固混凝土长方柱的试验研究,共有15个长方形柱试件,其中,3个为素混凝土长方形柱,3个为碳纤维布分段约束的长方形柱,9个为采用碳纤维布和高强螺栓分段约束的长方形柱。
2) limited square column
有限长方柱
3) unlimited square column
无限长方柱
1.
Then a calculation was represented,the transient responses were plotted of unlimited square columns,and the propagation waves in limited and unlimited columns were compared.
提出行波追踪方法,在以前工作中得到解析形式的频散方程、群速度方程和稳态响应的基础上,完全得到无限长方柱在任意外力作用下解析形式的瞬态响应。
4) Cuboid-shaped
长方体形
5) Rectangle Lattice
长方晶格
1.
Rectangle Lattice Photonic Crystal with Large Absolute Band Gap at Low Frequency;
在低频区具有大带隙的长方晶格二维光子晶体
2.
The rectangle lattice 2D photonic crystal is formed by rectangle grid of dielectric veins and discrete square dielectric rods.
将呈网带连通的长方网格与呈离散状态的正方介质柱组合构成长方晶格光子晶体, 用快速平面波展开法计算其能带结构, 通过参数优化, 在低频区找到最大绝对禁带宽度Δω=0 105 6ωe(ωe=2πc/a, a为晶格常数, c为光速), 绝对禁带中心频率ωc=0 903 8ωe,Δω/ωc=11 7%。
3.
The modified plane-wave expansion method for calculating quickly the band structure is used to study the band structure in two rectangle lattice 2D photonic crystals.
利用快速平面波展开法研究了两种长方晶格光子晶体,发现它们在高频区都存在大带隙,经参数优化,原胞结构为“工”字形的光子晶体,最大绝对禁带宽度Δω为0。
6) cuboid
长方体
1.
Theoretical study on cuboid magnetic field and its gradient expression without analytic singular point;
长方体磁场及其梯度无解析奇点表达式理论研究
2.
A quasi-human algorithm for solving cuboid packing problem;
求解长方体packing问题的拟人算法
3.
In this paper,the feasibility of cuboid spilt test is analyzed,the relation of tensile strength and the size of cuboid is obtained,and the range of the ratio of width to height is found which can be used to relpace the one in the Base test.
分析了长方体劈裂试验的可行性 ,得到了抗拉强度值和试件尺寸的关系 ,并且找到了可替代巴西试验的长方体宽高比范围 ,对各种宽高比所得的拉应力值进行误差分析和优劣对比 ,指出了替代巴西试验的长方体最佳宽高
参考词条
补充资料：天柱山天柱峰
天柱山天柱峰
天柱峰又称为皖伯尖，万山尖。《道书》称为司命真人发祥所都，海拔1488.4米，孤立晴宵，顶天立地，石骨嶙峋，峭立如柱。五指、莲花、天池、含珠、飞来、月华诸峰拱卫左右，奇松、怪石、云海、佛光、各领风骚。李白《江上望皖公山》诗云：“奇峰出奇云，秀水含秀气。”白居易《题天柱峰》诗云：“天柱一峰擎日月，洞门千仞锁云雷。”
说明：补充资料仅用于学习参考，请勿用于其它任何用途。