As an added bonus, an "x" particle could solve another perplexing cosmological mystery: why is there more matter than antimatter in the universe?
额外的收获是，“X”粒子还能解决另一个困扰已久的宇宙谜题：为什么宇宙中物质多于反物质？
The first algorithm type I'll look at is the phonetic matching algorithm, which aims to solve the problem of "which names match those that sound like x."
我要介绍的第一个算法类型是语音匹配算法，它的目标是解决“哪个名字和听起来像x的名字匹配”这样的问题。
As an added bonus, an "x" particle could solve another perplexing cosmological mystery: why is there more matter than antimatter in the universe? (It's known as "baryon asymmetry" among physicists.)
额外的收获是，“X”粒子还能解决另一个困扰已久的宇宙谜题：为什么宇宙中物质多于反物质？(物理学家称之为“重子不对称”。)
X It's a matrix times some unknown vector, x, B equals some known vector, B How do we solve that?
是一个矩阵乘以一些未知的向量，等于一些已知的向量，怎么解？
z The problem is sometimes you cannot actually solve for x, y, z in here because this condition is too complicated and then we need a new method. That is what we are going to do.
但是问题是，有时候我们并不能解出x，y，因为这个关系方程g太复杂了,这时必须要有一个新的方法，现在就是要研究这个方法。
Well, first of all, the origin is not one of them, (x, y, z) being (0, 0, 0) would not solve that equation.
好，首先，原点不是其中的点，(x,y,z)为(0,0,0)不是该方程的解。
z Maybe we don't know how to solve for z as a function of x and y, but our surface is given by some equation.
也许我们不知道如何直接用x，y表示，但是曲面是由某些方程给出的。
If we look at this one, well, we know how to solve this because it is just telling us we have to integrate this with respect to x.
来看这个，我们知道怎么求解，因为我们只需对x积分。
Objective To solve the encountered problem of lack of space and dyskinesia of detector in dual energy X-ray absorptiometry system.
目的：解决骨密度仪使用中遇到的空间不足和探测器运动障碍的问题。
The results show that our method is practical and can solve the computing problem in the design of soft X-ray multiplayer mirrors when using matrix method.
结果表明，这种方法可以解决使用矩阵法设计软X射线多层膜反射镜中的数值计算问题。
Solve the problems existing in the sample of thin film with special shape by using the method of comparing fluorescence X-rays with scattered X-rays and practice the method in FP.
对于异常形状薄膜样品，存在着X射线荧光强度不足、分析位置不固定、定量值偏低的问题。
Solve the problems existing in the sample of thin film with special shape by using the method of comparing fluorescence X-rays with scattered X-rays and practice the method in FP.
对于异常形状薄膜样品，存在着X射线荧光强度不足、分析位置不固定、定量值偏低的问题。
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