砖幕的形式是根据传统伊朗设计中经常发现的几何图案设计的。
The forms of the screens are based on the geometric patterns often found in traditional Iranian design.
为什么他们没有像文艺复兴时期的欧洲艺术家那样发现几何透视法呢？
Why did they not discover the geometric perspective as European artists did in the Renaissance?
这种类型的游戏，尤其是积木游戏，可以帮助孩子们发现和发展数学和几何的关键原理。
This type of play, especially with building blocks, helps children discover and develop key principles in math and geometry.
通过使用一个符合建筑物几何特征的长方形，Google街景还可以发现更多三维物体。
By using a rectangle that conforms to a building's geometry, Street View suddenly also feels a lot more three-dimensional than ever before.
这种方法是我大儿子读三年级学习几何的时候，我在无意中发现的，也许对你会很有启发。
I stumbled upon this approach when my oldest son was taking Geometry in third grade, and it's perhaps my best advice.
现象世界，也就是我们所感知的世界，必须符合欧几里德几何学的发现。
The phenomenal world, that is the world that we experience must, for example, satisfy the exhumes of Euclidean geometry.
但我们坚韧不拔的几何学家们发现，如果用等边三角形而非正方形的话，可以省下0.1%的包装材料。
But our intrepid geometers found that by using equilateral triangles rather than squares, they could generate a savings of 0.1 percent.
看起来毕达哥拉斯的定理，似乎来自于欧几里德的三角形理论，从欧几里德几何学的发现中可以简单地推理出来。
It seems that the proof of Pythagoras's theorem comes pretty much from just consulting the ideas of Euclidean triangle, the exhume of Euclidean geometry and simply doing inferences from those.
报告发现地球轨道上的垃圾成几何数增长。
重要的是，布赖农的研究小组发现，就像人一样，展示给恒河猴的两组几何形状之间的大小越接近，猴子们也越容易犯错误。
Importantly, Brannon's team found that monkeys, like humans, make more errors when the ratio between the two groups is smaller.
他研究的几何在数学上叫做(李代数)E8结构。这个结构在1887年首先被挪威数学家SophusLie发现。
The geometry he has been studying is that of a structure known to mathematicians as E8, which was first recognised in 1887 by Sophus Lie, a Norwegian mathematician.
观察者B会做出这样的结论：在这种“力”和她发现的非欧几里德几何问题之间肯定存在有某种关系。
Observer B concludes that there must be some connection between this 'force' and the non-Euclidean geometry she finds.
你会发现与西方园林的规则几何型园林不同，中国的园林建造者努力使园林看上去显得自然天成，宛如天然的自然式山水风光。
You may find that different from the western gardens with regular geometry designs, Chinese garden designers strive to make the gardens appear naturally formed, like natural landscape scenery.
雷恩·第斯卡兹发现一种用代数方法研究几何问题的方法，称为解析几何学。
Rene Descartes found a way to study geometric problems by methods of algebra called analytic geometry.
最后，本文在研究结论和发现的基础上，对初中平面几何教学改革提出了两条切实可行的建议。
At the end of the dissertation, the researcher offers two proposals concerning Geometry teaching on the basis of the research findings.
通过观察图片来发现线条、几何形状和平衡的力量，能够培养你一双艺术之眼。
You can help yourself develop an artistic eye by studying pictures to find the strength of their lines, geometric shapes, and balance.
采用水力计算方法对中空纤维膜组件进行优化设计，发现膜的几何尺寸对产水量的影响很大。
In optimization design for hollow fiber membrane module by using hydraulic calculation, it was found that the geometric dimension has great effect on water yield.
从那时开始，人们发现量子群在很多领域都有着深刻的应用，范围遍及理论物理、辛几何、扭结理论与约化代数群的模表示理论等。
Since then they have found numerous and deep applications in areas ranging from theoretical physics, symplectic geometry, knot theory, and modular representations of reductive algebraic groups.
人们发现这些伴胞体几何形状不同并且表现出形状与寄主的类型和毒素的效力有关。
These parasporal bodies have been found to vary in their geometry, and it appears that the shape is related to host range and toxin effectiveness.
我希望探索所发现的新几何——分形几何对设计与新媒体艺术的重要性。
We explore the importance of new geometry-Fractal geometry towards the design and new media art.
自从预言和证实AB效应以来，人们陆续发现在物理系统中其他的几何效应。
Since the AB effect was predicted and justified, some other geometric effects have been dis-covered in physical systems.
流形学习有助于发现数据的内在分布和几何结构。
Manifold learning is helpful to the discovery of the intrinsic distribution and geometry structure of data.
由于光照、几何形变、摄像头角度等原因，在对拍摄得到的图像进行模板匹配的过程中发现图形的几何中心不唯一。
Because of the illumination, geometry distortion and the Angle of camera, it results in getting multiple geometry centers in the process of template match to the images which are shot by the camera.
发现在经典情况下，电导虚部和电化学电容都等于经典的几何电容。
We found that the emittance and the electrochemical capacitance are equal to the geometric capacitance in the classical limit.
本文中首先介绍了几种常见的量子几何效应以及几何相位的发现过程和研究现状。
Firstly, several familiar quantum geometric effects and the discovery processing and current states of geometric phase are introduced in this paper.
通过对测试部位几何形状不同的PD C样品进行磨耗比测试，其结果发现，PDC测试部位的几何形状对最终的磨耗比测试结果有较大影响。
We tested some PDC samples with different geometrical shapes and found that the geometrical shapes of PDC have a considerable influence on the testing results of the G-ratio of PDC.
实验发现，在一定的气流速度和空腔几何尺寸下，空腔内流动会出现强烈的自持振荡。
In the experiment it is found that at a certain external flow velocity and cavity size a strongly self sustained flow oscillation in the cavity would appear.
本文通过对比研究，发现土地管理空间概念的领域知识，包含几何知识。
In this paper, comparative studies showed that domain knowledge of land management spatial concept covers knowledge of geometry.
为了解决这个问题，AA相被用来实现几何量子门，研究发现，用它实现的量子门拥有较快的门运算时间和几何相位的内在几何特性。
To solve this problem, AA phase was suggested to complete geometric quantum gates. These gates have the faster gate-operation time and intrinsic geometric features of the geometric phase.
为了解决这个问题，AA相被用来实现几何量子门，研究发现，用它实现的量子门拥有较快的门运算时间和几何相位的内在几何特性。
To solve this problem, AA phase was suggested to complete geometric quantum gates. These gates have the faster gate-operation time and intrinsic geometric features of the geometric phase.
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