二元

[èr yuán]

汉英

网络释义

例句

释义:
全部全部,binarybinary,dualdual,dualisticdualistic,dualityduality,dualismdualism,DualDual
类别:全部全部,口语口语,书面语书面语,标题标题,技术技术
来源:全部全部,字典字典,网络网络
难度:全部全部,简单简单,中等中等,难难
1.
In such circumstances you are ready to leave duality, for a new level that is more in line with your own and your needs.
在这种情况下便表明了你们已经准备好离开二元世界了，因为一个新的水平才真正符合你们自己和你的需求。
bbs.humengdao.com
2.
As is often emphasized, the end times are simply the end of duality, and life goes onto to the next stage.
正如常常被强调的，结束的时间仅仅是二元性的终结，生活继续走向下一个阶段。
blog.sina.com.cn
3.
To step into your true nature is nothing superior either. Because itis a state of greatest inherent simplicity, before you create duality.
踏入你们真实的本质也不会产生“更完美”，因为在你创造二元世界之前，它本身就是一个最大最简单的完美状态。
apps.hi.baidu.com
4.
The Creator has kept to the plan for your release from duality, so that you could become unique Beings with a full consciousness level.
“造物主”一直都保留着把你们带离二元世界的计划，因此，你们能够成为独一无二的存有，带着全知的意识。
www.angozj.com
5.
The few can no longer dictate the course of mankind, and the path is opening up for the final stages of duality, as you know it.
少数人不能够在对整个人类发号施令了，并且道路在打开，为了二元世界的最后阶梯，这是你们都知道的了。
blog.sina.com.cn
6.
Each one of you has been where many others would not wish to go, and endured tough and often wretched lives to experience duality.
你们每个人坚守在那些许多其他人都不愿意去的地方。并且忍耐着艰难，经常的体验二元世界中的不幸生活。
blog.sina.com.cn
7.
Whilst a form of duality still exists in the higher dimensions, it is by no means of such a fierce challenge as you have experienced.
虽然一种二元的形式仍然存在于更高的维度中，但它决不是你们所经历过的那种凶猛的挑战。
cqly186.blog.163.com
8.
Some of these more complicated situations will be discussed after the basic principles have been illustrated in terms of binary mixtures.
一些相关的更加复杂的情况将在说明完二元混合物的基本原理后再做讨论。
blog.sina.com.cn
9.
It is why some of you feel tired and ready to leave duality that has been a very difficult adventure of intense emotional experiences.
这也是为何你们中的一些人疲倦了，并且准备离开二元周期，在这其中一直是一个非常困难的极度情感的体验冒险。
hi.baidu.com
10.
Through a study on kernel operation nature of duality relation, the definition of quotient set for every duality relation was presented.
通过二元关系核运算性质的研究，定义出任何一个二元关系的商集。
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