K electrons
英 [keɪ ɪˈlɛktrɒnz]
美 [keɪ ɪˈlɛktrɑnz]
【化】K层电子
双语例句
- The results indite that in the carrier concentration 10~ (-4)-10~ (-6) M, the ability of the three carriers to transport electrons is in the following order: P-benzoquinone> β-carotene> vitamin K_1.
结果表明在电子传递体浓度为10~（-4）10~（-6）M范围内的三种传递体传递电子的能力次序为对苯醌>β胡萝卜素>维生素k1。 - As the quenching speed of 106 K/ s was reached, a nonequilibrium ionization-recombination process occurred, which was dominated by ion recombination with electrons.
利用反射激波加热获得离子化气体，随后经冷却速度达106K/s的强稀疏波冷却，离化气体将经历以电子复合为主的非平衡过程。 - During the interaction of ultra-short and ultra-intense laser pulse with plasmas, high energy electrons will be produced near to critical-density surface. When the hot electrons knocked out inner-shell electrons of the cold material, K α characteristic lines emission will be created.
超短超强激光与等离子体相互作用过程中，在临界密度面附近产生能量很高的超热电子，当其能量超过靶后冷物质K壳层的电离能时，就会激发冷物质的Kα特征线。 - With the help of diagrams, the transfer of electrons from d-band to s-band due to splitting of d-band in the ferromagnetic state is considered, and is estimated for nickel at 0 ° K to be about 1%.
在铁磁状态下由d-带分裂引致的自d-带至S-带的电子边移，可利用图示加以考虑，并对0°K时的镍作了估算，结果约为1%。 - Applying the calibration constants from electrons of 1 GeV/ c momentum to other charged hadrons(π, k, p) of various momentum, time offsets are seen, which are found to be related to the velocity of hadrons.
利用1.0GeV/c电子的刻度参数用于不同动量的强子（π，k，p）修正时，发现存在一个与强子的速度β有关的系统时间偏移。 - The main factors affecting kOH values of the PAHs and PCDD/ Fs are molecular ability to donate electrons.
研究发现，影响PAHs和PCDD／Fs的k（OH）的主要因素是分子贡献电子的能力。 - The formula k of empirical electron theory of solid and molecules is derived by quantum mechanics with consideration of probabilities of orbital s, p z, d z, occupied by electrons, and a new formula k is given.
作者曾考虑了s，pz，dz轨道被价电子占据的几率，对固体与分子经验电子理论（EET）中的k公式重新进行了量子力学推导，给出了一个新的k公式。 - The effect of hot electrons under the conditions of ICF on the population kinetics and K shell emission spectra of argon plasmas are investigated in detail.
研究了在ICF内爆区的条件下，热电子对氩等离子体粒子布居和K壳层发射谱的影响。