元微分算子代数的导子李代数结构。
Lie algebras of derivations of n-differential operator algebra.
然后引入导子理想、可解导子理想以及导子单代数的概念。
Then we introduce the conceptions of derivation-ideals, solvable derivation-ideals and simple derivation-algebras.
引进t _导子的概念，刻划了一般代数和算子代数上的T _导子的特征性质。
The concept of generalized T_derivation is introduced and the properties of T_derivations on pure algebra and operator algebras are obtained.
提示面神经损伤后面神经核运动神经元内由信号转导子和转录激活子3介导的细胞因子的信号转导作用增加。
Action of signal transduction of mediated cytokine indicated by STAT3 raises in motoneurons of facial nerve nucleus after facial nerve injury.
价带顶和导带底附近的带间跃迁振子强度大部分都近乎为零；
Most optical oscillator strengths for the transitions between valence band and conduction band are nearly equal to zero.
在基于频域导频的信道估计中，研究了导频子载波处的信道估计方法和数据子载波处的信道估计方法。
In the frequency domain pilot channel estimation, this thesis studies the pilot subcarrier and data subcarrier channel estimation algorithms.
基于连续OFDM符号上的导频子载波，给出了联合频率偏移纠正和信道估计方法。
In this paper, the pilot subcarriers on two consecutive OFDM symbols are utilized for joint frequency offset correction and channel estimation.
在2008年初的电网冰灾事故中，导地线金具和绝缘子覆冰掉串是输电线路事故中常见的情况。
In the ice calamity accident of power grid on beginning of 2008, the common condition in the accident of transmission line was the ice loading on earth wire fittings and insulators.
谢导身后留下夫人和一子。
对于OFDM信号的每个连续符号持续时间，每个导频子载波信号放在不同的子载波信号位置，以形成滑动导频子载波信号。
Each pilot sub - carrier signal is placed at a different sub-carrier signal location for each successive symbol duration of the OFDM signal to form a sliding pilot sub-carrier signal.
重点分析了将循环前缀与导频子载波的冗余信息相结合的算法，相应地对原有算法的似然函数也进行了改进。
The emphases is the improvement to the quondam algorithm, namely, the hybrid maximum-likelihood estimation algorithm based on the information of both CP and pilot subcarriers.
用预定的导频调制机制来调制每个导频子载波信号。
Each pilot sub- carrier signal is modulated with a predetermined pilot modulation scheme.
声子传输和热导性质与不连续结构的形状和位置有直接的关系，声子传输和热导性质对量子线的温度环境相当敏感。
In conclusion, the phonon transmission and thermal conductance have direct relationship with the shape and location of structure and temperature environment.
声子传输和热导性质与不连续结构的形状和位置有直接的关系，声子传输和热导性质对量子线的温度环境相当敏感。
In conclusion, the phonon transmission and thermal conductance have direct relationship with the shape and location of structure and temperature environment.
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