adj.等电子的

The noble gases are a group of elements that are chemically inert and have similar properties due to their full valence electron shells, making them isoelectronic with each other.
稀有气体是一组化学性质不活泼的元素，因为它们拥有充满的价电子壳层，彼此间呈等电子性。
Carbon monoxide (CO) is isoelectronic with nitrogen gas (N2), both having 14 electrons in their outer shells.
一氧化碳(CO)与氮气(N2)等电子，两者外层电子数均为14。
The stability of the benzene ring can be attributed to the delocalized pi electrons, creating a system isoelectronic with a planar hexagonal arrangement of six carbon atoms.
苯环的稳定性可归因于离域的π电子，形成了一个与平面六边形排列的六个碳原子等电子的系统。
Isoelectronic species often have similar chemical behaviors, such as the halide ions (F-, Cl-, Br-, I-), which, despite differences in size, share common reactivity patterns due to their equal electron count.
等电子物种常常表现出相似的化学行为，如卤素离子(F-, Cl-, Br-, I-)，尽管它们在尺寸上有所不同，但由于电子数相同，它们共享着共同的反应模式。
The concept of isoelectronicity helps in predicting the geometry of molecules like CO2 and N2O, both isoelectronic and exhibiting linear shapes due to their electron configurations.
等电子性的概念有助于预测CO2和N2O等分子的几何形状，两者都是等电子的，由于其电子构型而呈现线性结构。
Inorganic compounds like NO3^- and CO3^2- are isoelectronic and exhibit similar resonance structures, contributing to their similar bonding patterns.
如NO3^-和CO3^2-这样的无机化合物是等电子的，展现出类似的共振结构，这导致了它们相似的键合模式。
The electronic configuration of neon (Ne) is isoelectronic with that of the chloride ion (Cl^-), both having 18 electrons in their valence shells.
氖(Ne)的电子配置与氯离子(Cl^-)等电子，它们的价层电子数均为18。
The stability of boron trifluoride (BF3) as a Lewis acid can be understood by considering it isoelectronic with the ammonium ion (NH4+).
三氟化硼(BF3)作为路易斯酸的稳定性，可以通过它与铵离子(NH4+)的等电子性来理解。
The isoelectronic relationship between sulfur dioxide (SO2) and the ozone molecule (O3) influences their reactivity towards certain chemical reactions.
二氧化硫(SO2)与臭氧分子(O3)之间的等电子关系影响了它们对特定化学反应的活性。
The electronic structure of a phosphate ion (PO4^3-) is isoelectronic with that of a sulfate ion (SO4^2-), explaining their similar roles in biochemical processes.
磷酸根离子(PO4^3-)的电子结构与硫酸根离子(SO4^2-)等电子，这解释了它们在生物化学过程中类似的作用。