本文报道了不同抗旱类型大豆品种游离脯氨酸在水分亏缺和无亏缺条件下的不同生育期累积动态变化。
This paper is the report of the behaviour of free-proline accumulation in various drought-resistance types of soybean cultivars under water-stress and non-stress condition in various growing periods.
动态频谱分配针对二进制干扰模型和累积干扰模型进行不确定频谱资源的优化分配。
Dynamic spectrum allocation optimizes the allocation of uncertain spectrum for binary interference model and accumulative interference model.
提出了分批精馏动态累积操作方法。
The operational mode of dynamic accumulative batch distillation was Proposed.
植被演替过程中累积出现的植物科属种数的动态变化可以用对数函数进行较好地描述。
The dynamics of accumulatively appeared family, genus, and species in the vegetation succession process were well described by logarithmic function.
H MM具有较强的时序建模能力，是一种基于时序累积概率的动态信息处理方法。
HMM has a strong ability of sequential model building, and it is a kind of dynamic information processing method based on sequential accumulative probability.
利用极性迭代算法可减小计算量的优点，提出了基于四阶累积量对角切片极性迭代的自适应动态谱线增强快速算法。
Based on the advantage of the sign algorithm, a fast algorithm of FOC diagonal slice sign iterative adaptive dynamic line enhancer is proposed.
本发明的输出信号对原位土壤盐分动态变化实时响应，无时间滞后，无测量累积误差；
The output signal of the invention can real-time respond the in situ soil salinity dynamic changes, no lag time, no measuring cumulative error;
提出了基于四阶累积量不同切片的间接自适应动态线谱增强算法。
Fourth order cumulant (FOC) different slice-based adaptive dynamic line enhancement algorithms are presented.
本文提出并研究了一种新型的间歇精馏操作方式——双塔动态累积液相交换的串联操作。
This paper proposed and studied a new operation in batch distillation-the cascaded process of dynamic-accumulation in batch distillation with exchange of liquid phase (CDBEL).
采用YA-16多闪光高速摄影反相拍摄导爆管经过不同的消爆空间后出口流场的动态结构，以及出口火焰在持续时间内的累积照片，从有利于点燃延期药的角度出发，对出口流场进行了研究。
Many photographs of out let flow field and flame after different decay space were presented by use of YA-16 high speed camera with multi-flashes in an opposite photograph and time accumlate camera.
采用YA-16多闪光高速摄影反相拍摄导爆管经过不同的消爆空间后出口流场的动态结构，以及出口火焰在持续时间内的累积照片，从有利于点燃延期药的角度出发，对出口流场进行了研究。
Many photographs of out let flow field and flame after different decay space were presented by use of YA-16 high speed camera with multi-flashes in an opposite photograph and time accumlate camera.
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