传递函数系数的英文

• transfer function coefficient
• transfer-function coefficient

• 传递    transmit; deliver; pass on; ...
• 函数    function
• 系数    coefficient; ratio; modulus; ...
• 传递函数    tra fer function; transfer function; transport function; transter function
• 传递函数计    transferometer
• 灯传递函数    modulation transfer function
• 反传递函数    inverse trigonometric function
• 复传递函数    complex transfer function
• 光传递函数    optical transfer function; otf
• 环传递函数    loop transfer function
• 逆传递函数    inverse transfer function
• 束传递函数    bundle transfer function
• 总传递函数    overall transfer function
• 闭环传递函数    closed loop transfer function; transfer function of closed loop system
• 变换传递函数    z transfer function
• 超越传递函数    transcendental transfer function
• 衬比传递函数    contrast transfer fnuction
• 处理传递函数    processing transfer function
• 传递函数分析    transfer function analysis
• 传递函数矩阵    matrix of transfer function; transfer function matrix
• 传递函数距阵    transfer function matrix
• 传递函数曲线    transfer curve; transfer function curve
• 传递函数设计    transfer-function design
• 传递函数算子    transfer function operator
• 传递函数依赖    transitive functional dependency

• Finally , the wall response factors are obtained simply by applying inverse laplace transforms on the polynomial s - transfer function , and conduction transfer function coefficients are obtained by applying z - transforms
  在多项式s -传递函数基础上进一步计算墙体的反应系数、导热z传递函数系数和周期反应系数。
• Considering complexity of transfer functions for above both constructions , conventional methods are difficult to proceed and ca n ' t assure computation exactness and efficiency , fdr method is adopted
  较平壁而言，这两种围护结构传热、吸热s -传递函数形式更加复杂，用常规的方法计算它们的反应系数或导热z传递函数系数难以进行，且无法保证计算精度。
• The theoretical s - transfer function of ground - coupled envelope is deduced by laplace transformation . a simple polynomial s - transfer function is estimated from the theoretical frequency response of the ground - coupled envelope by frequency domain regression method , then we can calculate transient heat conduction through the ground - coupled envelope . it provides a novel idea to calculate the transient heat transfer from ground - coupled envelope more simply and efficiently
  用频域回归方法求出触地结构多项式s -传递函数,通过实例验证了多项式s -传递函数与理论传递函数的等价性,并计算出触地围护结构的反应系数、导热z传递函数系数和地面瞬时热流,这就为更简单、高效地计算触地结构动态传热提供了一种新的思路。