Beam Test Jul 19 2012

Tune up 10 MeV on the zero line.

Insert Tungsten target and do a dipole scan to determine relative yield as a function of energy. Attempt to measure relative yield using integral of thick scintillator output for constant current and energy slit setting.

10 MeV Tune

Energy Switch	Out (High En)
Solenoid 1	6.2 A
Solenoid 2	3.3 A
Gun Hor	-0.2 A
Gun Ver	0 A
Output Hor	-0.3 A
Output Ver	0 A
Rep Rate	8
Gun HV	10 (Knob Setting)
Gun Grid Voltage	10 (Knob Setting)
RF frequency	2856.320 MHz
Modulator HV Power Supply	4.28 (Knob Setting)
RF macro Pulse Length (FWHM)	300 ns
Q1 (A)	-3.7
Q2 (A)	-5.5
Q3 (A)	+0.6

runs

W1	Sweeping magnet	D1 (A)	D2 (A)	Mode	Jaw width (cm)	q4 (A)	q5 (A)	q6 (A)	q7 (A)	q8 (A)	q9 (A)	q10 (A)	Counts	Time (s)	counts/second	Area of pulse (nVs)	conditions
in	out	4.2	4.2	e-	0.5	0	0	0	0	0	0	0	856	100.1	8.55		D1 & D2 set to 2 MeV e- for 90 deg
in	out	0	4.2		0.5	0	0	0	0	0	0	0	7.13	100	7.13		no bending
in	out	4.2	4.2	bg	0.5	0	0	0	0	0	0	0	136	80.1	1.7		RF on, Gun off
in	out	4.2	4.2	bg	0.5	0	0	0	0	0	0	0	120	70	1.7		Clystron HV on, RF off, Gun off
in	out	4.2	4.2	e-	0.5	-4.0	+1.9	0	0	0	0	0	818	99.9	8.19		D1 & D2 set to 2 MeV e- for 90 deg

W1

Sweeping magnet

D1 (A)

D2 (A)

Mode

Jaw width (cm)

Sint HV

q4 (A)

q5 (A)

q6 (A)

q7 (A)

q8 (A)

q9 (A)

q10 (A)

Counts

Time (s)

counts/second

Area of pulse (nVs)

conditions

in

out

4.2

4.2

2 MeV e-

1

1000 V

+1.1

+3.3

-2.4

0

+0.2

0

+0.2

518

139.9

3.7

D1 & D2 set to 2 MeV e-