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Seite 231
表 6 烏溪河川水質參數最適分布檢定結果|水質參數中彰大橋檢定方法 K - S method 乾峰橋 0.258 烏溪橋 0.044 「大肚橋 0.028 d 0.065 n.s n.s N.S n.s WQI Chi - square value - 1.822 0.935 normal p 20.166 0.028 normal 14.012 0.232 normal 22.024 ...
表 6 烏溪河川水質參數最適分布檢定結果|水質參數中彰大橋檢定方法 K - S method 乾峰橋 0.258 烏溪橋 0.044 「大肚橋 0.028 d 0.065 n.s n.s N.S n.s WQI Chi - square value - 1.822 0.935 normal p 20.166 0.028 normal 14.012 0.232 normal 22.024 ...
Seite 593
From figure 2 , the new A ' , B ' , C ' and D ' values substitute into equation ( 5 ) ^ ( 8 ) , then we obtain the new S parameters of microwave transistors . For example , we calculate the new S parameters of the feedback configuration ...
From figure 2 , the new A ' , B ' , C ' and D ' values substitute into equation ( 5 ) ^ ( 8 ) , then we obtain the new S parameters of microwave transistors . For example , we calculate the new S parameters of the feedback configuration ...
Seite 594
A • 202 – B + C 201 202 + D.201 Z ( 16 ) C.202 + + D Similarly , we can apply the all feedback configurations of figure 2 to the input or output port and we can use the new A ' , B ' , C ' and D ' values and new S ' parameters to solve ...
A • 202 – B + C 201 202 + D.201 Z ( 16 ) C.202 + + D Similarly , we can apply the all feedback configurations of figure 2 to the input or output port and we can use the new A ' , B ' , C ' and D ' values and new S ' parameters to solve ...
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