The band edge excitonic transitions were measured by the reflectivity and photoluminescence measurements.

利用反射及光激萤光量测能隙激子跃迁。

These camouflage protective functions may be attributed to the electronic transition of a-naphthaquinone in lithospermum erythro...

紫草迷彩伪装性能可能是它主要成分α萘醌共轭电子跃迁结果。

Using a potential model with relativistic correction we evaluated the spectrum, le-pton decay widths and radiative transition widths of heavy quarkonium systems.

本文用考虑相对论修正势模型计算重夸克偶素能谱、轻子度和辐射跃迁度。

Using the guantum mechanics method to describe the electronically nonadiabatic transition, the equation of the motion of the nonadiabatic transition probability amplitutes have been derived.

用量于力学方法描写非绝热电子跃迁过程．导出并求解跃迁几率振幅运动方程，该方程正确描写共振态存在和驰豫现象。

A method is proposed to exactly diagonalize the Hamiltonian of a N-layer quantum dot containing a single electron in each dot in arbitrary magnetic fields.

摘要用精确对角化方法研于外磁场中N层单电子垂直耦合量子点系统，计算基态跃迁随外磁场变化关系。

The results also show that green band emission is due to transition from conduction band to deep acceptor level which result in antiposition defect of OZn.

同样方法测量530nm绿峰发光衰变规律显示绿光主要源于导带至OZn反位缺陷深受主能级跃迁。

The band edge excitonic transitions were measured by the reflectivity and photoluminescence measurements.

利用反射及光激萤光量测能隙边缘的激子跃迁。

These camouflage protective functions may be attributed to the electronic transition of a-naphthaquinone in lithospermum erythro...

紫草迷彩伪装性能可能是它的主要成分α萘醌的共轭电子跃迁的结果。

Using a potential model with relativistic correction we evaluated the spectrum, le-pton decay widths and radiative transition widths of heavy quarkonium systems.

本文用考虑相对论修正的势模型重夸克偶素的能谱、轻子度和辐射跃迁度。

Using the guantum mechanics method to describe the electronically nonadiabatic transition, the equation of the motion of the nonadiabatic transition probability amplitutes have been derived.

用量于力学方法描写非绝热电子跃迁过程．导出并求解跃迁几率振幅的运动方程，该方程正确描写共振态的存在和驰豫现象。

A method is proposed to exactly diagonalize the Hamiltonian of a N-layer quantum dot containing a single electron in each dot in arbitrary magnetic fields.

摘要用精确对角化的方法研究处于外磁场中的N层单电子垂直耦合量子点系统，基态跃迁随外磁场的变化关系。

The results also show that green band emission is due to transition from conduction band to deep acceptor level which result in antiposition defect of OZn.

同样方法测量的530nm绿峰的发光衰变规律显示绿光主要源于导带至OZn反位缺陷深受主能级的跃迁。

The band edge excitonic transitions were measured by the reflectivity and photoluminescence measurements.

利用反射及光激萤光量测能隙边缘的激迁。

These camouflage protective functions may be attributed to the electronic transition of a-naphthaquinone in lithospermum erythro...

紫草迷彩伪装性能可能是它的主要成分α萘醌的共轭迁的结果。

Using a potential model with relativistic correction we evaluated the spectrum, le-pton decay widths and radiative transition widths of heavy quarkonium systems.

本文用考虑了相对论修正的势模型计算重素的能谱、轻度和辐射迁度。

Using the guantum mechanics method to describe the electronically nonadiabatic transition, the equation of the motion of the nonadiabatic transition probability amplitutes have been derived.

用量于力学方法描写非绝热迁过程．导出并求解了迁几率振幅的运动方程，该方程正确描写了共振态的存在和驰豫现象。

A method is proposed to exactly diagonalize the Hamiltonian of a N-layer quantum dot containing a single electron in each dot in arbitrary magnetic fields.

摘要用精确对角化的方法研究了处于外磁场中的N层单垂直耦合量点系统，计算了基态迁随外磁场的变化关系。

The results also show that green band emission is due to transition from conduction band to deep acceptor level which result in antiposition defect of OZn.

同样方法测量的530nm绿峰的发光衰变规律显示绿光主要源于导带至OZn反位缺陷深受主能级的迁。

The band edge excitonic transitions were measured by the reflectivity and photoluminescence measurements.

利用反射及光激萤光量边缘的激子跃迁。

These camouflage protective functions may be attributed to the electronic transition of a-naphthaquinone in lithospermum erythro...

紫草迷彩伪装性可是它的主要成分α萘醌的共轭电子跃迁的结果。

Using a potential model with relativistic correction we evaluated the spectrum, le-pton decay widths and radiative transition widths of heavy quarkonium systems.

本文用考虑了相对论修正的势模型计算重夸克偶素的谱、轻子度和辐射跃迁度。

Using the guantum mechanics method to describe the electronically nonadiabatic transition, the equation of the motion of the nonadiabatic transition probability amplitutes have been derived.

用量力学方法描写非绝热电子跃迁过程．导出并求解了跃迁几率振幅的运动方程，该方程正确描写了共振态的存在和驰豫现象。

A method is proposed to exactly diagonalize the Hamiltonian of a N-layer quantum dot containing a single electron in each dot in arbitrary magnetic fields.

摘要用精确对角化的方法研究了处场中的N层单电子垂直耦合量子点系统，计算了基态跃迁随场的变化关系。

The results also show that green band emission is due to transition from conduction band to deep acceptor level which result in antiposition defect of OZn.

同样方法量的530nm绿峰的发光衰变规律显示绿光主要源导带至OZn反位缺陷深受主级的跃迁。

The band edge excitonic transitions were measured by the reflectivity and photoluminescence measurements.

利用反射及光激萤光测能隙边缘的激跃迁。

These camouflage protective functions may be attributed to the electronic transition of a-naphthaquinone in lithospermum erythro...

紫草迷彩伪装性能可能是它的主要成分α萘醌的共轭电跃迁的结果。

Using a potential model with relativistic correction we evaluated the spectrum, le-pton decay widths and radiative transition widths of heavy quarkonium systems.

本文用考虑了相对论修正的势模型计算重夸克偶素的能谱、轻度和辐射跃迁度。

Using the guantum mechanics method to describe the electronically nonadiabatic transition, the equation of the motion of the nonadiabatic transition probability amplitutes have been derived.

用于力学方法描写非绝热电跃迁过程．导出并求解了跃迁几率振幅的运动方程，该方程正确描写了共振态的存在和驰豫现象。

A method is proposed to exactly diagonalize the Hamiltonian of a N-layer quantum dot containing a single electron in each dot in arbitrary magnetic fields.

摘要用精确对角化的方法研究了处于外磁场中的N层单电垂直耦合系统，计算了基态跃迁随外磁场的变化关系。

The results also show that green band emission is due to transition from conduction band to deep acceptor level which result in antiposition defect of OZn.

同样方法测的530nm绿峰的发光衰变规律显示绿光主要源于导带至OZn反位缺陷深受主能级的跃迁。

The band edge excitonic transitions were measured by the reflectivity and photoluminescence measurements.

利用反射及光激萤光量测隙边缘激子跃迁。

These camouflage protective functions may be attributed to the electronic transition of a-naphthaquinone in lithospermum erythro...

紫草迷彩伪装性可是它主要成分α萘醌共轭电子跃迁结果。

Using a potential model with relativistic correction we evaluated the spectrum, le-pton decay widths and radiative transition widths of heavy quarkonium systems.

本文用考虑了相对论修正势模型计算重夸克偶素、轻子度和辐射跃迁度。

Using the guantum mechanics method to describe the electronically nonadiabatic transition, the equation of the motion of the nonadiabatic transition probability amplitutes have been derived.

用量于力学方法描热电子跃迁过程．导出并求解了跃迁几率振幅运动方程，该方程正确描了共振态存在和驰豫现象。

A method is proposed to exactly diagonalize the Hamiltonian of a N-layer quantum dot containing a single electron in each dot in arbitrary magnetic fields.

摘要用精确对角化方法研究了处于外磁场中N层单电子垂直耦合量子点系统，计算了基态跃迁随外磁场变化关系。

The results also show that green band emission is due to transition from conduction band to deep acceptor level which result in antiposition defect of OZn.

同样方法测量530nm绿峰发光衰变规律显示绿光主要源于导带至OZn反位缺陷深受主级跃迁。

The band edge excitonic transitions were measured by the reflectivity and photoluminescence measurements.

利用反射及光激萤光量边缘的激子跃迁。

These camouflage protective functions may be attributed to the electronic transition of a-naphthaquinone in lithospermum erythro...

紫草迷彩伪装性可是它的主要成分α萘醌的共轭电子跃迁的结果。

Using a potential model with relativistic correction we evaluated the spectrum, le-pton decay widths and radiative transition widths of heavy quarkonium systems.

本文用考虑了相对论修正的势模型计算重夸克偶素的谱、轻子度和辐射跃迁度。

Using the guantum mechanics method to describe the electronically nonadiabatic transition, the equation of the motion of the nonadiabatic transition probability amplitutes have been derived.

用量力学方法描写非绝热电子跃迁过程．导出并求解了跃迁几率振幅的运动方程，该方程正确描写了共振态的存在和驰豫现象。

A method is proposed to exactly diagonalize the Hamiltonian of a N-layer quantum dot containing a single electron in each dot in arbitrary magnetic fields.

摘要用精确对角化的方法研究了处场中的N层单电子垂直耦合量子点系统，计算了基态跃迁随场的变化关系。

The results also show that green band emission is due to transition from conduction band to deep acceptor level which result in antiposition defect of OZn.

同样方法量的530nm绿峰的发光衰变规律显示绿光主要源导带至OZn反位缺陷深受主级的跃迁。

The band edge excitonic transitions were measured by the reflectivity and photoluminescence measurements.

利用反射及光激萤光测能隙边缘的激子跃迁。

These camouflage protective functions may be attributed to the electronic transition of a-naphthaquinone in lithospermum erythro...

紫草迷彩伪装性能可能是它的主要成分α萘醌的共轭电子跃迁的结果。

Using a potential model with relativistic correction we evaluated the spectrum, le-pton decay widths and radiative transition widths of heavy quarkonium systems.

本文用考虑了相对论修正的势模型计算重夸克偶素的能谱、轻子度和辐射跃迁度。

Using the guantum mechanics method to describe the electronically nonadiabatic transition, the equation of the motion of the nonadiabatic transition probability amplitutes have been derived.

用于力学方法描写非绝热电子跃迁过程．导出并求解了跃迁几率振幅的运动方程，该方程正确描写了共振态的存在和驰豫现象。

A method is proposed to exactly diagonalize the Hamiltonian of a N-layer quantum dot containing a single electron in each dot in arbitrary magnetic fields.

摘要用精确对角化的方法研究了处于外磁场中的N层单电子垂直耦合子，计算了基态跃迁随外磁场的变化关。

The results also show that green band emission is due to transition from conduction band to deep acceptor level which result in antiposition defect of OZn.

同样方法测的530nm绿峰的发光衰变规律显示绿光主要源于导带至OZn反位缺陷深受主能级的跃迁。

The band edge excitonic transitions were measured by the reflectivity and photoluminescence measurements.

利用反射及激萤能隙边缘的激子跃迁。

These camouflage protective functions may be attributed to the electronic transition of a-naphthaquinone in lithospermum erythro...

紫草迷彩伪装性能可能是它的主要成分α萘醌的共轭电子跃迁的结果。

Using a potential model with relativistic correction we evaluated the spectrum, le-pton decay widths and radiative transition widths of heavy quarkonium systems.

本文用考虑了相对论修正的势模型计算重夸克偶素的能谱、轻子度和辐射跃迁度。

Using the guantum mechanics method to describe the electronically nonadiabatic transition, the equation of the motion of the nonadiabatic transition probability amplitutes have been derived.

用于力学方法描写非绝热电子跃迁过程．导出并求解了跃迁几率振幅的运动方程，该方程正确描写了共振态的存在和驰豫现象。

A method is proposed to exactly diagonalize the Hamiltonian of a N-layer quantum dot containing a single electron in each dot in arbitrary magnetic fields.

摘要用精确对角化的方法研究了处于外的N层单电子垂直耦合子点系统，计算了基态跃迁随外的变化关系。

The results also show that green band emission is due to transition from conduction band to deep acceptor level which result in antiposition defect of OZn.

同样方法的530nm绿峰的发衰变规律显示绿主要源于导带至OZn反位缺陷深受主能级的跃迁。