你瞧，这就是他们在二元性的角色，让你陷入困惑与怀疑当中。
That is their role in duality you see, to ensnare you in confusion and doubt.
表现互斥现象的数据结构，也被当作二元信号灯。
A data structure for mutual exclusion, also known as a binary semaphore.
首先,二元论镶嵌于我们的语言之中
那并不能证明二元论是错的
我们所涉及的例子是一个二元系统，这个二元系统包含两个组分以及两个相。
And the example we gave was a binary system that has two components.
我并不很认为二元学说是正确的。
顺道说一句，声音和文字不是稳定的二元系统。
这种二元性也扩展到您可以访问数据的方式上。
This duality extends also to the way you can access the data.
因此当我们在想像一个图像时，其实那只是一个二元函数的图像。
So, when we think of a graph, really, it is a function of two variables.
我们需要跳出要么能源要么环境的二元对立选择。
We need to move away from the binary choice of either power or environment.
还有另外的一种方法画出二元函数的图像。
So, there is another way to plot the functions of two variables.
如果你的回答是不，那你私下里就是个二元论者。
一元操作符负号和二元操作符减号的区别是什么？
What is the difference between the unary minus operator and the binary subtraction operator?
甚至他的词汇都是二元论。
这就是空间的二元论。
另外一个我们将要顾及的观点不是二元学说，是一元论学说。
The alternative view that we're going to consider is not dualist, but monist.
所以我认为，这应归入二元论者的立场。
So that's I think the position that we ought to ascribe to the dualist.
这是二元函数中的第一个例子。
That was our first example of a function of two variables possibly.
第三种是时间的二元论。
提问者：你这里所说的二元性是什么意思？
于是Clearspire想到一个独特的二元结构方案。
由配分函数求出二元系统的物态方程。
现在，二元论是一个非常不同的学说。
因此，在二元经历的层面上，对这个问题的回答是肯定的。
So in terms of duality experience, the answer to your question is yes.
爱是天赋，它的存在超越出二元性。
再康复产生的一个基本想法是关于二元性。
One of the basic ideas that came out of the retreat was about duality.
现在，我们回到前面提到的三组二元对立。
研究了二元共沸点随压力变化的规律。
Variation of the binary azeotropic point with pressure was studied.
研究了二元共沸点随压力变化的规律。
Variation of the binary azeotropic point with pressure was studied.
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