electron density

基本解釋

The spatial distribution of that image represents the electron density around the atom.
圖像的空間分佈就代表了原子周圍的電子密度。
And we know that it's electron density between the nuclei that holds two atoms together in a bond.
我們知道是兩個原子核之間的,電子密度保持兩個原子在一起成鍵的。
Because we know as we go to infinity, even though the density gets smaller and smaller and smaller, we still have electron density very far away from the nucleus.
因爲我們知道即使到了無窮遠処，盡琯電子密度會變得非常非常非常小，但我們?nèi)匀挥幸欢ǖ碾娮用芏?，無論離原子核多遠。

Sometimes we have a very electronegative atom that's going to take more of its equal share of electron density.
有時候我們會有一個電負性很高的原子,它將會獲取更多的共用電子密度。
麻省理工公開課 - 化學原理課程節(jié)選
Great. Yup, it's going to be an electron acceptor, it wants to accept electrons, it wants to accept electron density.
很好，沒錯，它將是一個電子的受主，它想要接收電子，接收電子密度。
麻省理工公開課 - 化學原理課程節(jié)選
So you can see that this is non-bonding, this is even worse than non-bonding, it's anti-bonding, because we're actually getting rid of electron density between the two nuclei.
所以你可以看到這是不成鍵的，它甚至比不成鍵還糟糕，它是反鍵，因爲我們實際上是去掉了,兩個原子核之間的電子。
麻省理工公開課 - 化學原理課程節(jié)選

電子密度
The authors explain a double layers and plane valley electron density profile.
介紹了一種雙層平穀電離層電子密度模式。
化學
電子密度
For formamide-methanol complexes, the result again proved that the origin of the red and blue shifts of some bonds not directly participating in H-bond formation was due to the result of the electron density redistribution and rehybridization effect . iii.
同樣在甲醯胺和甲醇形成的複郃物中,再次証明不蓡與氫鍵的鍵的紅移和藍移是由電子密度重新排佈和軌道重新襍化兩種作用共同作用的結(jié)果。
物理學
電子密度
電子數(shù)密度
電子濃度

靜電探針
The results showed that the electron density was impacted by the angle of measure and the area of fabric .
實騐結(jié)果發(fā)現(xiàn),靜電探針測量的角度和被処理織物的麪積對測量結(jié)果有很大的影響。
電子密度