1) gluonic excitations
胶子激发
1.
The upgrade at JLab of the continuous electron beam accelerator facility to 12GeV was based on the requirements for research on gluonic excitations and the origin of quark confinement, how nucleons are built up from quarks and gluons, the structure of nuclei, and new physics.
驱动美国托马斯杰斐逊国家加速器装置(Thomas Jefferson National Accelerator Facility,简称JLab)的能量升级到12GeV的科学是研究胶子激发和色禁闭的起因,研究原子核的构件核子是如何由夸克和胶子构成的,研究原子核的结构及寻找新物理等的一门科学。
2) elicitor
激发子
1.
Separation and Purification of 31 ku Elicitor by LC;
31ku激发子蛋白的液相色谱分离纯化
2.
Signal transduction pathway of active oxygen species in Polyporus umbellatus induced by elicitor from Armillaria mellea;
蜜环菌激发子诱导猪苓细胞活性氧产生的信号途径
3.
Purification of a 31 kDa elicitor produced by Phytophthora and its mechanisms of inducing tobacco cell death;
疫霉31kDa激发子的分离纯化及其诱导烟草细胞死亡机理的初步研究
3) Exciton emission
激子发射
4) excitation factor
激发因子
1.
In this work, four commonly used compilations for calculating excitation factors were compared.
激发因子是X射线荧光强度理论计算中的重要参数 。
5) phonon excitation
声子激发
1.
The physical model and theoretical method for studying the phonon excitation of stackingfaultimpurity complex with the motion of dislocation are proposed .
提出了研究杂质层错复合体声子激发及其与位错运动相关的模型及理论计算方法；计算了声子激发态密度，发现存在杂质诱生的新的本征态，相应的能量分析表明：杂质附加于层错面上的能量依赖于温度及杂质—基体间的原子耦合强度，并影响位错攀移运动。
6) elicitors
激发子
1.
Plant pathogen-elicitors and mechanisms of signal recognition;
植物病原菌激发子与信号识别机理
2.
Oligosaccharides, originated from the cell wall of plants and pathogen, can induce defense responses as elicitors in plant cells.
来源于植物及其病原体细胞壁的寡聚糖 ,可作为激发子诱导植物细胞发生抗性反应 。
补充资料：晶体中的元激发(见固体中的元激发)
晶体中的元激发(见固体中的元激发)
elementary excitation in crystal
晶体中的元激发eleme讯ary excitation Incrvstal见固体中的元激发。
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