...用下离开原点的距离来估计爆炸当量,结果跟后来计算机精确计算的结果所差无几,费米这种估计物理量的数 量级 ( ORDER OF MAGNITUDE )的方法直到现在也是物理学 3.
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现在再做进一步的抽象,即运行时间的增长率(rate of growth),或称增长的量级(order of growth)。这样,我们就只考虑公式中的最高次项(例如, ),因为当n很大时,低阶项相当来说不太重要。
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Specifically,"Hen" is an absolute adverb of degree which has high order magnitude,but "(?)"
具体来说,“很”是一个高量级的绝对程度副词,而“(?)” 是一个兼类词——兼属形容词和程度副词,同时它属于后置型的绝对程度副词。
参考来源 - 汉语“很”和泰语“(?)”的对比研究Within the scale the two opposite directions constitute a major contradiction that determines the scale.
在这个量级上相反的两个方向构成了一对主要矛盾,决定量级的主要特点。
参考来源 - 英语中等级性形容词性反义词的标记性研究:原型模型论的视角·2,447,543篇论文数据,部分数据来源于NoteExpress
And especially when we consider it, what tends to be important is the size of wavelength in relationship to its environment.
特别是当我们考虑它的时候,波长的量级和它所处环境,的关系就显得非常重要。
I'm sure there's some upper limit as there are to most things, like if we think of wavelengths and different types of light, there is so large that you can get, but you would be approaching that level.
我确信对于大多数事物,都会有一个上限,就像我们考虑波长和不同的光时,那个太大了,但是你可以接近那个量级。
If they type in bogus characters, it's going to yell at them and make them retry, and eventually I'm going to get handed back an int, which I'm storing in n. Well, if I actually want to judge this number based on its magnitude, well, I can say now, "If n is greater than or equal to one."
如果他们键入了不合法的字符,它将对他们叫喊,然后叫他们重试,最终我将,得到一个int数,它是存储在n中的,好的,如果我的确想要根据它的量级来判定这个数字,好的,现在我可以指明,“是否n大于等于1“
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