http://www.ynszlyy.com/jpkc/fszlx/002.files/frame.html wait until all dust (as seen in macro level) settles, and micro level force, real force start to come out (energy always moves by default), ticks on screen not moving though, because hv can't measure real fore movement 驻波加速• • 适当调节反射波的相位和速度,可以产生驻波,如图,t1时电子受电场的作用先前加速运动,t2时电场处处为零,电子此时不加速,t3时刻,电子又受到正半周电场的加速,t4时刻电场为零,电子不受加速,所以有一部分腔不加速电子,称为耦合腔。驻波加速器利用了行波的反射波,所以功率消耗比行波要小,同样能量的加速管的长度比行波的要短,但制造工艺复杂,成本高
驻波加速 (图)
http://www.ynszlyy.com/jpkc/fszlx/002.files/frame.html wait until all dust (as seen in macro level) settles, and micro level force, real force start to come out (energy always moves by default), ticks on screen not moving though, because hv can't measure real fore movement 驻波加速• • 适当调节反射波的相位和速度,可以产生驻波,如图,t1时电子受电场的作用先前加速运动,t2时电场处处为零,电子此时不加速,t3时刻,电子又受到正半周电场的加速,t4时刻电场为零,电子不受加速,所以有一部分腔不加速电子,称为耦合腔。驻波加速器利用了行波的反射波,所以功率消耗比行波要小,同样能量的加速管的长度比行波的要短,但制造工艺复杂,成本高