历史洪水洪量的估算，由于资料缺乏，多采用单一的洪水峰量关系进行相关计算。
Because of lacking in data, the historic flood volume is often estimated only with the peak-volume correlation method.
为了减少建模计算工作量，利用蛋白质在近红外光谱区的11个特征吸收峰进行了波长优选，建模的相关系数为0.95，RMSEP为0.68%。
The correlation and RMSEP of themodel using selected 11 wavelengths to reduce the calculation of modeling is 0.95and 0.68%, respectively.
数值模拟了吸收和色散曲线随微波场拉比频率和失谐量的变化规律以及敏锐吸收峰的性质随激发态粒子衰减率的依赖关系。
Numerical simulation of the absorption and dispersion curves changed with the microwave Rabi frequency and detuning, and the absorption peak influenced with the decay rate of the excited particles.
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