triplet state

英 [ˈtrɪplət steɪt] 美 [ˈtrɪplət steɪt]

网络  三重态; 三线态; 三重态碳烯; 三重态或者是三线态; 三线态卡宾

化学



双语例句

  1. This paper studies the measuring method of fluorescence lifetime for the high-lying triplet state of Na2.
    本文研究了钠分子高位三重态荧光寿命的测量方法。
  2. The influence of the triplet state quenched and concentration of the solution on the optical limiting effect was also investigated.
    实验还研究了有关三重态淬灭及溶液浓度对光限制效应的影响。
  3. Potential energy curves of enantiotropy reactions in the ground state, the first singlet and the first triplet excited state were calculated by changing on-off bond-length of fulgides point by point.
    计算结果表明,俘精酸酐分子在基态时,由于势能面不能重叠而不能发生变色反应;
  4. The distributions of Amplified Spontaneous Emission ( ASE) in the Dye Laser Amplifier ( DLA) as well as the excited level and triplet state populations of the dye have been reported.
    分析了染料放大器(DLA)的放大的自发辐射(ASE)的分布、上能级以及三重态粒子数分布。
  5. According to our analyzing, the decreasing of store energy caused by triplet state absorbing must be taken into account when designing a DLA.
    我们认为,设计一个染料放大器必须考虑三重态积累对分子储能的影响。
  6. In addition, the excited triplet state of Trp can also transfer an electron to the dimer and make it splitted.
    另外一导致二聚体裂解的可能途径:色氨酸残基激发三重态与二聚体间的电子转移光敏化二聚体裂解。
  7. Triplet Excited State and Radical Canon of C_ ( 60) form Pulse Radiolysis in Solutions
    溶液脉冲辐解生成C(60)阳离子和三线激发态
  8. It is found that the intramolecular energy transfer efficiency depends on the relative positions between the resonance energy levels of the central rare earth ions and the lowest triplet state energies of ligands.
    发现分子内能量传递效率依赖于稀土中心离子的共振发射能级与配体最低三重态能级之间的相对位置。
  9. From the effect of anthracene as a diffusion-controlled quencher of the photoreaction, it is indicated that both excited triplet state and an unquenchable excited singlet state of eosin participated in the sensitized photoreaction.
    用三重态猝灭剂&蒽猝灭反应的结果表明,曙红的激发单重态与激发三重态都参与了敏化反应。
  10. The results show that the triplet state energy of the ligand is most matching with the excitated state energy of rare earth ions.
    结果表明,配体的三重态能级与稀土离子的激发态能级匹配。
  11. The Determination of the Triplet State Energy of the Ligands and the Study on Sensitization to the Rare Earth Ions
    配体三重态能级的测定及其对稀土离子敏化作用的研究
  12. The laser flash photolysis showed that the excited triplet of CS2 could be quenched by its ground state to generate CS2 free radical intermediates. Meanwhile, rate constant for the quenching was also obtained.
    光解机理研究结果表明,CS2在308nm激光下生成激发三线态,该三线态与基态CS2反应产生自由基中间体,并测得了相关反应速率常数。
  13. The excitonic envelop functions for singlet and triplet state are calculated numerically.
    数值计算了单态和三重态激子的包络函数;
  14. In this article, we presented an identification scheme which was based on the correlation of the Greenberger_Horne_Zeilinger ( GHZ) triplet state. This scheme can be applied in a quantum communication network.
    提出了一种基于GreenbergerHorneZeilinger(GHZ)三重态量子相干性的身份认证方案,该方案可以应用在量子通信网络当中。
  15. The investigation of hyperfine-dependent chemically induced dynamic electron polarization ( CIDEP) in triplet state/ hydrogen donor/ TEMPO system
    三重态/氢给体分子/TEMPO体系CIDEP超精细相关性的研究
  16. An Analysis For The Relation Between Ultrasonography and Laparoscopic Cholecystectomy The investigation of hyperfine-dependent chemically induced dynamic electron polarization ( CIDEP) in triplet state/ hydrogen donor/ TEMPO system
    B超与腹腔镜胆囊切除术相关性分析三重态/氢给体分子/TEMPO体系CIDEP超精细相关性的研究
  17. These intermediates are produced by hydrogen abstraction of the BP excited triplet state from branch points and methylene groups of the LDPE chain, respectively.
    它们分别是由BP的激发三重态从LDPE链的支化点和亚甲基团上夺氢所形成的自由基中间体同自旋捕捉剂BNB反应生成的。
  18. The electronic levels and the lowest excitation energy of triplet state of the organic conjugated molecules, as well as the half-wave potential of some sensitizing dye molecules were evaluated using PPP and CNDO/ 2 methods.
    应用CNDO/2方法和PPP方法计算了有机共轭分子的电子能级、最低三重态激发能及增感染料分子的半波电位。
  19. The Study of the Triplet State of C 60 by a Time resolved Thermal Lensing Technique
    利用时间分辨热透镜技术研究C(60)三线态
  20. The analysis indicates that the nine-dimensional triplet sub-spaces can be divided intos three-dimensional sub-spaces with the same direction of spin respectively, and the dynamical behaviors in each three-dimensional sub-space are similar to that of two-electron singlet state in coupled two-quantum dots driven by AC electric field.
    研究表明,自旋三重态九维子空间还可以进一步分解成三个不相耦合的子空间,在每一个子空间中,动力学行为与交变电场驱动的双量子点中双电子的动力学行为相似。
  21. Results show that the excited triplet state of ketocon-marin derivatives can be quenched by iodonium salts through the mechanism of electron transfer.
    结果表明:碘鎓盐化合物能通过电子转移机理猝灭香豆素酮的激发三重态。
  22. At the same time, the contributions to zero field splitting from spin triplet state have been studied.
    并研究了自旋三重态对电子顺磁共振(EPR)零场分裂的贡献。
  23. In the low density region, superconducting pairing of singlet and triplet state will open up a spin energy gap and form a spin gap state.
    在电子占据密度较小的区域,单重态与三重态超导配对会打开一自旋能隙,形成一自旋能隙态。
  24. However, in the time domain between the subpulses, the population of the singlet excited state will relax to the lowest triplet state through the ISC process. Thus two subsystems are coupled with each other.
    在无脉冲作用时域,被激发到单重激发态的粒子数可以通过系统内交叉过程跃迁至三重态,两个子系统耦合在一起。
  25. The spin-orbit coupling interaction of the transition metal ion d orbitals and the conjugate π electrons can greatly enhance their reverse saturable absorption properties of the excited triplet state.
    在此类化合物中,过渡金属离子的d轨道与共轭π电子的自旋-轨道耦合作用能大大增强了它们激发三重态的反饱和吸收性质。
  26. The excited triplet state of quinone molecules is harmful for biological tissues such as cells, proteins and so on. Vitamin C ( VC) is an effective biological antioxidant.
    醌分子激发三重态对细胞、蛋白质等生物体组织具有损伤作用,维生素C(VC)是一种有效的生物抗氧化剂。
  27. Thus we speculate that photooxidation and accumulation of the triplet excited state together induce photobleaching of quantum dots.
    由此我们推测量子点的光氧化和三重态的积聚共同导致了量子点的光漂白。
  28. However, traditional Ir ⅲ complexes show weak absorption of visible light and short triplet excited state lifetimes that affects the newly developed applications ( photocatalysis, photodynamic therapy and TTA upconversion) seriously.
    然而传统的IrⅢ配合物在可见区的吸收很弱并且其三重激发态寿命很短,这严重影响了其在新兴的领域(光催化、光动力治疗和TTA上转换等)中的应用。