1) 1315 nm emission spectra
1315nm发射谱
2) emission spectrum
发射光谱，发射谱
3) optical emission spectroscopy
发射光谱
1.
Optical emission spectroscopy during diamond-like carbon fllms deposition process by ICPECVD;
ICPECVD类金刚石膜沉积过程的发射光谱诊断研究
2.
Studies on C_2 radical by optical emission spectroscopy in an inductively-coupled CF_4 /CH_4 plasma;
使用发射光谱对感应耦合CF_4/CH_4等离子体中C_2基团形成机理的研究
3.
The plasma was diagnosed in situ by optical emission spectroscopy(OES) to investigate the formation process of ACNTs.
采用透射电镜(TEM)和拉曼光谱(Raman)对产物进行表征,并采用发射光谱(OES)对等离子体的形成过程进行在线诊断。
4) emission spectrum
发射谱
1.
Under the assumption of orthogonal electrical dipole moments of a cascade three-level atom with equally spaced energy levels,the full quantum theory is applied to study the emission spectrum of the atom interacting resonantly with a single-mode electromagnetic field in an ideal cavity.
假设原子具有两正交跃迁电偶极矩,运用全量子论研究了与单模电磁场共振相互作用的等距三能级原子的发射谱。
2.
It is found that the splitting between the lower levels has a great influence on the spectral structure for both the emission spectrum and the cavity field spectrum.
在假设原子初始处于激发态并计入原子-场耦合强度依赖性的条件下,用本征函数法研究了Λ型三能级原子与单模腔场共振相互作用系统的原子发射谱和腔场谱。
5) emission spectra
发射光谱
1.
Study of coal gasification in arc plasma by the emission spectra;
利用发射光谱研究等离子体辅助下煤的气化机理
2.
Determination of Mn in the Tensile Failure Surface of Carbon Steel Rod by Emission Spectral Method;
发射光谱法测定碳钢断裂表层中的Mn
3.
Plasma emission spectra of ZnO and ZAO thin film grown by RF magnetron sputtering
ZnO和ZAO薄膜磁控溅射等离子体发射光谱
6) emission spectrometry
发射光谱
1.
In-Depth Profile Analysis of Silvering Layer on Phosphor Bronze Strip by Glow Discharge Emission Spectrometry;
磷青铜表面合金镀层的辉光放电发射光谱逐层分析
2.
The adsorption material is ashed and mixed with buffer,then added in electrode and determined by emission spectrometry.
吸附物灰化后,灰分与缓冲剂混合均匀,全部装入杯形电极,发射光谱法测定钯。
3.
In this paper, the monoxide emission spectrometry of terbium is studied in air-acetylene flame.
空气－乙炔火焰中，Ｌａ、Ｎｄ、Ｙ和Ｌｕ等对ＴｂＯ的分子发射光谱法测定有增感作用。
补充资料：初级发射线谱分析
分子式：
分子量：
CAS号：
性质：见X射线谱分析。
分子量：
CAS号：
性质：见X射线谱分析。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条