1·The common conclusion was the uniqueness and necessity of Euclidean geometry.
欧几里德几何的唯一性与必要性已被公认。
2·The non-euclidena geometries were in effect subordinated to euclidean geometry.
非欧几里德几何实际上是从属于欧几里德几何的。
3·Conventional flow mathematical models of coalbed methane are all based on Euclidean geometry.
传统的煤层气渗流数学模型均是建立在欧几里德几何基础上的。
4·It is well-known today since he appended janos' paper on non-Euclidean geometry to the first volume.
它今天是众所周知的，因为他追加亚诺什“非欧几里德几何第一册纸。”
5·Euclidean geometry is a mathematical system attributed to the Greek mathematician Euclidof Alexandria.
欧几里德几何是一种数学系统归于希腊数学家欧几里德的亚历山大。
6·The paper introduces the one of non- Euclidean geometry - hyperbolic geometry into special theory of relativity.
本文试图将非欧几何之——双曲几何引入狭义相对论。
7·The phenomenal world, that is the world that we experience must, for example, satisfy the exhumes of Euclidean geometry.
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。
8·Observer B concludes that there must be some connection between this 'force' and the non-Euclidean geometry she finds.
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。
9·Janos continued anyway and today is recognized, along with Lobachevsky and Gauss , as one of the discoverers of non-Euclidean geometry;
亚诺什继续反正今天是公认的，随着 罗巴切夫斯基和 高斯 ，非欧几里德几何的发现者之一；
10·Einstein's 12-year-old self when the Euclidean geometry, boring teaching methods in schools, he simply fed up with higher math self-starting.
爱因斯坦12岁时开始自学欧几里德几何，对学校枯燥教学方式厌倦的他干脆自学起高等数学。