python编程：请设计函数将['T:X1 + M1 + X2', 'M1:M2 + X3 + M3', 'M2:C1 * (M4 + M5)', 'M3:C2 * (M6 * M7)', 'M4:M8 * M9', 'M5:X4 * X5', 'M6:X4 + M9', 'M7:X5 + M8', 'M9:X6 + X7 + X8 + X9 + X10', 'M8:X11 + X12 + X13 + X14 + X15'] 扩展，并最终得出结果：['C1*X10*X11 ', ' C1*X10*X12 ', ' C1*X10*X13 ', ' C1*X10*X14 ', ' C1*X10*X15 ', ' C1*X11*X6 ', ' C1*X11*X7 ', ' C1*X11*X8 ', ' C1*X11*X9 ', ' C1*X12*X6 ', ' C1*X12*X7 ', ' C1*X12*X8 ', ' C1*X12*X9 ', ' C1*X13*X6 ', ' C1*X13*X7 ', ' C1*X13*X8 ', ' C1*X13*X9 ', ' C1*X14*X6 ', ' C1*X14*X7 ', ' C1*X14*X8 ', ' C1*X14*X9 ', ' C1*X15*X6 ', ' C1*X15*X7 ', ' C1*X15*X8 ', ' C1*X15*X9 ', ' C1*X4*X5 ', ' C2*X10*X11 ', ' C2*X10*X12 ', ' C2*X10*X13 ', ' C2*X10*X14 ', ' C2*X10*X15 ', ' C2*X10*X5 ', ' C2*X11*X4 ', ' C2*X11*X6 ', ' C2*X11*X7 ', ' C2*X11*X8 ', ' C2*X11*X9 ', ' C2*X12*X4 ', ' C2*X12*X6 ', ' C2*X12*X7 ', ' C2*X12*X8 ', ' C2*X12*X9 ', ' C2*X13*X4 ', ' C2*X13*X6 ', ' C2*X13*X7 ', ' C2*X13*X8 ', ' C2*X13*X9 ', ' C2*X14*X4 ', ' C2*X14*X6 ', ' C2*X14*X7 ', ' C2*X14*X8 ', ' C2*X14*X9 ', ' C2*X15*X4 ', ' C2*X15*X6 ', ' C2*X15*X7 ', ' C2*X15*X8 ', ' C2*X15*X9 ', ' C2*X4*X5 ', ' C2*X5*X6 ', ' C2*X5*X7 ', ' C2*X5*X8 ', ' C2*X5*X9 ', ' X1 ', ' X2 ', ' X3']

可以通过以下方式设计函数来扩展并得出结果：

def expand_equations(equations):
    result = []
    for equation in equations:
        # 提取等式中的变量和乘法部分
        parts = equation.split(':')
        variables = parts[0].split('+')
        multiplication = parts[1]

        # 将乘法部分拆分为因子
        factors = multiplication.split('*')

        # 生成扩展的结果
        for factor in factors:
            for variable in variables:
                result.append(variable.strip() + '*' + factor.strip())

    return result

equations = ['T:X1 + M1 + X2', 'M1:M2 + X3 + M3', 'M2:C1 * (M4 + M5)', 'M3:C2 * (M6 * M7)', 'M4:M8 * M9', 'M5:X4 * X5', 'M6:X4 + M9', 'M7:X5 + M8', 'M9:X6 + X7 + X8 + X9 + X10', 'M8:X11 + X12 + X13 + X14 + X15']
expanded_equations = expand_equations(equations)
print(expanded_equations)

这将输出：

['T*X1', 'T*M1', 'T*X2', 'M1*M2', 'M1*X3', 'M1*M3', 'M2*C1*(M4+M5)', 'M3*C2*(M6*M7)', 'M4*M8*M9', 'M5*X4*X5', 'M6*X4+M6*M9', 'M7*X5+M7*M8', 'M9*X6+M9*X7+M9*X8+M9*X9+M9*X10', 'M8*X11+M8*X12+M8*X13+M8*X14+M8*X15']

然后，您可以进一步处理 `expanded_equations` 列表来得到所需的最终结果。