By utilizing the 1/N expansion technique(ONET), the analytical expressions of energy spectrum, deformation parameter and reduced matrix elements of E2 transition given from a consistent Q framwork in the sd interacting boson model are compared with the results of early theory of intrinsic state.
本文用1/N展開(kāi)技術(shù),對(duì)sdIBM中的自洽Q框架所給出的能量、形變參數(shù)、E2躍遷幾率等的解析式,和早期的內(nèi)稟態(tài)理論的工作比較,給出了新的修正項(xiàng)。
The vibrator-rotor phase transition of ~(148-158)Sm has been studied by using the Approximate Analytic expression of the intrinsic States derived by the 1/N expansion technique.
用1/N展開(kāi)技術(shù)給出的內(nèi)稟態(tài)的近似解析表達(dá)式,研究~(148-158)SM的振動(dòng)——轉(zhuǎn)動(dòng)相
This paper applied the Boson 1/N expansion technique to study the energy spectra of the 6 tungsten isotopes and their reduced electromagnetic transition probability B(E_2).
用玻色子1/N展開(kāi)技術(shù)研究了6個(gè)鎢同位素的能譜和約化電磁躍遷概率B(E2)。
Rapid development and forming simulation for deep drawing parts of orthotropic sheet metal;
正交異性板料拉深件快速展開(kāi)與成形模擬
Mixed Mesh of Triangle and Quadrangle for Irregular Boundary Surface Development;
不規(guī)則邊界曲面的四邊形-三角形混合網(wǎng)格展開(kāi)法
The development of a circular cone helicoids with the axis of cone surface and drawing in cad;
心軸為圓錐的錐形螺旋面的展開(kāi)及CAD制圖
Research on development methods and application of CAD system of prac tical sheet metal expansion;
實(shí)用鈑金展開(kāi)CAD系統(tǒng)的開(kāi)發(fā)技術(shù)與應(yīng)用研究
A frame expansion method of operator is used to the phase shift operator of split-step Fourier propagator.
針對(duì)裂步Fourier傳播算子在速度強(qiáng)橫向變化介質(zhì)中的不足,將算子的框架展開(kāi)方法應(yīng)用于Fourier傳播算子中的相移算子,提出了一種波場(chǎng)傳播的局部裂步Fourier傳播算子,并把它應(yīng)用于波動(dòng)方程疊前深度偏移成像。
The channel model suitable for TDOA techniques is discussed, and the typical location TDOA algorithm, Taylor series expansion method, is analyzed.
討論適合于TDOA定位的信道模型,分析1種典型TDOA定位算法———Taylor級(jí)數(shù)展開(kāi)法,并針對(duì)其收斂問(wèn)題提出改進(jìn)方法。
Deployment Testing of Inflatable Membrane Tube;
薄膜充氣管充氣展開(kāi)特性試驗(yàn)
Simulation analysis of deployment process of inflatable planar antenna structure;
充氣平面天線結(jié)構(gòu)展開(kāi)過(guò)程仿真分析
Simulation Prediction of Deployment Dynamics of Inflatable Solar Array;
充氣太陽(yáng)能帆板展開(kāi)動(dòng)力學(xué)數(shù)值模擬預(yù)報(bào)