我看了你們的文章。
下麵是我對你們描述的實驗結果的理解。請你檢查一下,我什麽地方理解錯了,請你指出來。謝謝。
你們的文章放在:http://vixra.org/pdf/1005.0078v1.pdf
“A function generator (CA1640-20, Madell Tech. Co.) was used to send sine wave signals at 3765 KHz across the AIR so that the two circuits are pumped by the function generator respectively.”
(意思:通過發送“無線電波”把信號源的能量送到兩個電路上:“電路-1”和“電路-2”;它們是“線圈-電容器”相耦合的諧振電路。)
“In the first measurement, we connected the circuit 1 and disconnected the circuit 2.” “The measured oscillating amplitude in the circuit 1 was 265}2 mV. The consumed power P1 was (3.04}0.05) ×10-7 Watt.”
(第一次測量:電路-2斷開,電路-1接通,電路-1的消耗功率是0.304微瓦。)
“In the second measurement, we connected the circuit 2 and disconnected the circuit 1.” “The measured oscillating amplitude in the circuit 2 was 115}2 mV. The consumed power P2 was (5.7}0.2) ×10-8 Watt.”
(第二次測量:電路-1斷開,電路-2接通,電路-2的消耗功率是0.057微瓦。)
“Finally, we connected both circuits.” “The measured oscillating amplitude and the consumed power in each circuit are listed in Table 2.”
(第三次測量:電路-1和電路-2都接通,
電路-1的消耗功率是0.304微瓦,和第一次測量相同,
電路-2的消耗功率是0.097微瓦,比第二次測量增加0.04微瓦。)
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你們的結論:第三次測量增加的0.04微瓦是由“能量不守恒”引起的。
我的判斷:第三次測量增加的0.04微瓦是由於電路(天線)多接收到0.04微瓦功率。電路相當於天線,不同電路狀態相當於不同的天線邊界條件,因而接收到的無線電波功率就不一樣。如果你們能證明電路消耗的總功率大於信號源的發射功率,“能量不守恒”就毫無疑問地成立了。
我是和你在作認真的學術討論,不是開玩笑。因為你們的實驗結果是在Bulletin of the American Physical Society Spring 2010 Meeting of the Ohio Section of the APS Volume 55, Number 4上報道了的。(http://meetings.aps.org/Meeting/OSS10/Event/128364)
我看了你們的文章。請你檢查一下,我什麽地方理解錯了,請你指出來。
所有跟帖:
• 在APS會議上,有兩位教授 -liuyanghe- ♂ (98 bytes) () 05/27/2010 postreply 16:44:37