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P= dw *ne. P=(V0-V)V/ Rc. dw ~ 1.428*10^-17 (E^3/2) / (P^1/2 * f). ne = P/( dw *f). beta = ( Ndot /ne^2)*(0.1cm)^2*pi*gap. 30.1MV/m, model top. 20MV/m, model top. 30MV/m, model top. 10MV/m, model top. 10, 20 & 30.1 MV/m were all taken on 7/15, 30 MV/m was taken on 8/8.
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P=dw*ne P=(V0-V)V/Rc dw ~ 1.428*10^-17 (E^3/2) / (P^1/2 * f) ne = P/(dw *f) beta = (Ndot/ne^2)*(0.1cm)^2*pi*gap
30.1MV/m, model top 20MV/m, model top 30MV/m, model top 10MV/m, model top 10, 20 & 30.1 MV/m were all taken on 7/15, 30 MV/m was taken on 8/8
500psi, model top 950psi, model top 800psi, model top
Medium intensity, model top Low intensity, model top High intensity, 30.1MV/m, model top High intensity, model top 10, 20 & 30.1 MV/m were all taken on 7/15, 30 MV/m was taken on 8/8
30MV/m, model bottom 30.1MV/m, model bottom 20MV/m, model bottom 10MV/m, model bottom 10, 20 & 30.1 MV/m were all taken on 7/15, 30 MV/m was taken on 8/8
800psi, model bottom 500psi, model bottom 950psi, model bottom
High, model bottom 30.1MV/m, High, model bottom Medium, model bottom Low, model bottom 10, 20 & 30.1 MV/m were all taken on 7/15, 30 MV/m was taken on 8/8
10MV/m, model top 20MV/m, model top 30.1MV/m, model top 30MV/m, model top 10, 20 & 30.1 MV/m were all taken on 7/15, 30 MV/m was taken on 8/8
950psi, model top 800psi, model top 500psi, model top
Medium intensity, model top Low intensity, model top 30.1MV/m, high intensity, model top High intensity, model top 10, 20 & 30.1 MV/m were all taken on 7/15, 30 MV/m was taken on 8/8
30.1MV/m 20MV/m 30MV/m 10MV/m 10, 20 & 30.1 MV/m were all taken on 7/15, 30 MV/m was taken on 8/8
500psi 800psi 950psi
Medium intensity Low intensity 30.1MV/m, high intensity High intensity 10, 20 & 30.1 MV/m were all taken on 7/15, 30 MV/m was taken on 8/8