Difference between revisions of "Run summary for commissioning in fall 2016"

Revision as of 16:31, 29 November 2016

Relative position	LHRS CODA run	RHRS CODA run	Harp scan entry no.
(0,0)	13790	22744	https://logbooks.jlab.org/entry/3427766
(2,2)	13791	22745	https://logbooks.jlab.org/entry/3427773
(2,-2)	13792	22746	https://logbooks.jlab.org/entry/3427779
(-2,-2)	13793	22747	https://logbooks.jlab.org/entry/3427785
(-2,2)	13794	22748	https://logbooks.jlab.org/entry/3427791
(3,3)	13795	22749	https://logbooks.jlab.org/entry/3427806
(-3,-3)	13796	22750	https://logbooks.jlab.org/entry/3427812

BCM calibration runs

LHRS CODA run	RHRS CODA run	BCM logger	Comments
13797	22751		See https://logbooks.jlab.org/entry/3427846
13852	22790-22791		See https://logbooks.jlab.org/entry/3429066; CODA run 22790 crashed

Optics commissioning runs

LHRS optics run plan: https://hallaweb.jlab.org/wiki/index.php/Fall_2016_LHRS_optic_plans
Step L1: Procedure with Sieve-slit

Run number	Target	Sieve	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
13831-13833	Multi-foil carbon	Yes	Off	2.217	1.0	17.5	0.799	-1.11	-0.252	17.507	ps1,2,3=1
13845	15cm LH2	Yes	2 x 2 mm²	2.217	1.0	17.5	0.799	-1.11	-0.252	17.507	ps1=10, ps2=100, ps3=100, ps8=10000
13893-13899	Multi-foil carbon	Yes	Off	2.217	1.08	42.0	0.796	-1.98	-0.717	42.001	ps1,2,3=1, ps7=1, ps8=10000

Step L2: Delta Scan with Proton Elastic (with sieve slit)

Run number	Target	Sieve	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
13834	15cm LH2	Yes	2 x 2 mm²	2.217	2.078	17.5	0.799	-1.11	-0.252	17.507	Delta scan ΔP=-4%; ps1,2,3=1
13835	15cm LH2	Yes	2 x 2 mm²	2.217	2.038	17.5	0.799	-1.11	-0.252	17.507	Delta scan ΔP=-2%; ps1,2,3=1
13836	15cm LH2	Yes	2 x 2 mm²	2.217	1.998	17.5	0.799	-1.11	-0.252	17.507	Delta scan ΔP=0%; ps1,2,3=1
13837	15cm LH2	Yes	2 x 2 mm²	2.217	1.958	17.5	0.799	-1.11	-0.252	17.507	Delta scan ΔP=+2%; ps1,2,3=1
13838	15cm LH2	Yes	2 x 2 mm²	2.217	1.918	17.5	0.799	-1.11	-0.252	17.507	Delta scan ΔP=+4%; ps1,2,3=1

Step L3: Dummy Target Runs (with sieve slit)

Run number	Target	Sieve	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
13841	15cm dummy	Yes	2 x 2 mm²	2.217	1.918	17.5	0.799	-1.11	-0.252	17.507	ps1,2,3=1; magnet momentum was at +4% delta scan setting

Step L4: Proton Elastic Kinematics

Run number	Target	Sieve	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
13900	Single-foil carbon	No	Off	2.217	1.366	42.0	0.796	-1.98	-0.717	42.001	ps1,2,3=1, ps7=1, ps8=10000
13901, 13904	15cm dummy	No	2 x 2 mm²	2.217	1.366	42.0	0.796	-1.98	-0.717	42.001	ps1,2,3=1, ps7=1, ps8=10000
13903	15cm LH2	No	2 x 2 mm²	2.217	1.366	42.0	0.796	-1.98	-0.717	42.001	ps1,2,3=1, ps7=1, ps8=10000

RHRS optics run plan: https://hallaweb.jlab.org/wiki/index.php/Spectrometer_Optics_First_pass_48p75d
Step R1: Procedure with Sieve-slit

Run number	Target	Sieve	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
22788-22789	15cm LH2	Yes	2 x 2 mm²	2.217	1.0	48.75	2.189	-1.42	2.488	48.666	ps1=1, ps2=1, ps3=1, ps8=100
22828-22834	Multi-foil carbon	Yes	Off	2.217	1.0	48.75	2.189	-1.42	2.488	48.666	ps1,2,3=1, ps8=100

Step R2: Delta Scan with Proton Elastic (without sieve slit)

Run number	Target	Sieve	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
22771	15cm LH2	Yes	2 x 2 mm²	2.217	1.277	48.75	2.189	-1.42	2.488	48.666	Delta scan ΔP=-4%; ps1,2,3=1
22772-22773	15cm LH2	Yes	2 x 2 mm²	2.217	1.253	48.75	2.189	-1.42	2.488	48.666	Delta scan ΔP=-2%; ps1,2,3=1
22775	15cm LH2	Yes	2 x 2 mm²	2.217	1.228	48.75	2.189	-1.42	2.488	48.666	Delta scan ΔP=0%; ps1,2,3=1
22776	15cm LH2	Yes	2 x 2 mm²	2.217	1.204	48.75	2.189	-1.42	2.488	48.666	Delta scan ΔP=+2%; ps1,2,3=1
22777-22778	15cm LH2	Yes	2 x 2 mm²	2.217	1.179	48.75	2.189	-1.42	2.488	48.666	Delta scan ΔP=+4%; ps1,2,3=1

Step R3: Dummy Target Runs (without sieve slit)

Run number	Target	Sieve	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
22780	15cm dummy	No	2 x 2 mm²	2.217	1.228	48.75	2.189	-1.42	2.488	48.666	ps1,2,3=1
22837	15cm dummy	No	2 x 2 mm²	2.217	1.204	48.75	2.189	-1.42	2.488	48.666	ps1,2,3=1, ps8=100; Notice the spectrometer momentum is set at 2% lower than hydrogen elastic

Step R4: Procedure without Sieve-slit

Run number	Target	Sieve	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
22782	Multi-foil	No	No	2.217	1.0	48.75	2.189	-1.42	2.488	48.666	ps1,2,3=1
22783	Single-foil carbon	No	No	2.217	1.0	48.75	2.189	-1.42	2.488	48.666	ps1,2,3=1

Step R5: Proton Elastic Kinematics to Check Beam Energy

Run number	Target	Sieve	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
22836	15cm LH2	No	2 x 2 mm²	2.217	1.204	48.75	2.189	-1.42	2.488	48.666	ps1,2,3=1, ps8=100, compare W distribution with delta scan run 22776

LHRS prescale scan

Run number	Target	Sieve	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
13846	15cm LH2	No	2 x 2 mm²	2.217	1.0	17.5	0.799	-1.11	-0.252	17.507	ps1=100,ps2=1000,ps3=1000,ps8=10000
13847	15cm LH2	No	2 x 2 mm²	2.217	1.0	17.5	0.799	-1.11	-0.252	17.507	ps1=120,ps2=1000,ps3=900,ps8=10000
13848	15cm LH2	No	2 x 2 mm²	2.217	1.0	17.5	0.799	-1.11	-0.252	17.507	ps1=150,ps2=1000,ps3=800,ps8=10000
13849	15cm LH2	No	2 x 2 mm²	2.217	1.0	17.5	0.799	-1.11	-0.252	17.507	ps1=200,ps2=1000,ps3=700,ps8=10000
13850	15cm LH2	No	2 x 2 mm²	2.217	1.0	17.5	0.799	-1.11	-0.252	17.507	ps1=300,ps2=1000,ps3=600,ps8=10000
13851	15cm LH2	No	2 x 2 mm²	2.217	1.0	17.5	0.799	-1.11	-0.252	17.507	ps1=500,ps2=1000,ps3=500,ps8=10000

Target boiling study

The run plan and spectrometer settings for target current scan can be found here.
Carbon Target Current Scan

Run number	Beam current [μA]	Raster	E_beam [GeV]	P_0L [GeV/c]	θ_eL [deg]	P_0R [GeV/c]	θ_eR [deg]	Off_x_L [mm]	Off_y_L [mm]	Off_z_L [mm]	θ_L,survey [deg]	Off_x_R [mm]	Off_y_R [mm]	Off_z_R [mm]	θ_R,survey [deg]	Comment
13853, 22792	3	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	LHRS: ps1,2,3=1, ps8=10000, no sieve; RHRS: ps1,2,3=1, ps8=100, sieve in
13854, 22793	5	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	LHRS: ps1,2,3=2, ps8=10000, no sieve; RHRS: ps1,2,3=1, ps8=100, sieve in
13855, 22794	10	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	LHRS: ps1,2,3=3, ps8=10000, no sieve; RHRS: ps1,2,3=1, ps8=100, sieve in
13856, 22795	25	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	LHRS: ps1,2,3=7, ps8=10000, no sieve; RHRS: ps1,2,3=1, ps8=100, sieve in
13858, 22796	40	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	LHRS: ps1,2,3=15, ps8=10000, no sieve; RHRS: ps1,2,3=1, ps8=100, sieve in
13859, 22797	55	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	LHRS: ps1,2,3=20, ps8=10000, no sieve; RHRS: ps1,2,3=1, ps8=100, sieve in
13860, 22798	70	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	LHRS: ps1,2,3=25, ps8=10000, no sieve; RHRS: ps1,2,3=1, ps8=100, sieve in
13861, 22799	75	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	LHRS: ps1,2,3=25, ps8=10000, no sieve; RHRS: ps1,2,3=1, ps8=100, sieve in

LH2 current scan

Run number	Beam current [μA]	Raster	E_beam [GeV]	P_0L [GeV/c]	θ_eL [deg]	P_0R [GeV/c]	θ_eR [deg]	Off_x_L [mm]	Off_y_L [mm]	Off_z_L [mm]	θ_L,survey [deg]	Off_x_R [mm]	Off_y_R [mm]	Off_z_R [mm]	θ_R,survey [deg]	Comment
13862, 22800	3	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	Fan speed at 60 Hz; LHRS: ps1,2,3=10, ps8=10000, no sieve; RHRS: ps1,2,3=3, ps8=100, sieve in
13863, 22801	5	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	Fan speed at 60 Hz; LHRS: ps1,2,3=15, ps8=10000, no sieve; RHRS: ps1,2,3=3, ps8=100, sieve in
13864, 22802	10	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	Fan speed at 60 Hz; LHRS: ps1,2,3=30, ps8=10000, no sieve; RHRS: ps1,2,3=3, ps8=100, sieve in
13866, 22803	20	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	Fan speed at 60 Hz; LHRS: ps1,2,3=60, ps8=10000, no sieve; RHRS: ps1,2,3=3, ps8=100, sieve in
13867, 22804	30	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	Fan speed at 60 Hz; LHRS: ps1,2,3=86, ps8=10000, no sieve; RHRS: ps1,2,3=3, ps8=100, sieve in
13868-13869, 22805-22806	40	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	Fan speed at 60 Hz; LHRS: ps1,2,3=115, ps8=10000, no sieve; RHRS: ps1,2,3=3, ps8=100, sieve in
13870, 22807	50	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	Fan speed at 60 Hz; LHRS: ps1,2,3=140, ps8=10000, no sieve; RHRS: ps1,2,3=3, ps8=100, sieve in
13871-13873, 22808-22810	60	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	Fan speed at 60 Hz; LHRS: ps1,2,3=170, ps8=10000, no sieve; RHRS: ps1,2,3=3, ps8=100, sieve in
13875, 22812	60	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	Fan speed at 30 Hz; LHRS: ps1,2,3=170, ps8=10000, no sieve; RHRS: ps1,2,3=3, ps8=100, sieve in
13876, 22813	50	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	Fan speed at 45 Hz; LHRS: ps1,2,3=115, ps8=10000, no sieve; RHRS: ps1,2,3=3, ps8=100, sieve in
13877, 22814	50	3 x 3 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	Fan speed at 60 Hz; LHRS: ps1,2,3=115, ps8=10000, no sieve; RHRS: ps1,2,3=3, ps8=100, sieve in
13878, 22815	50	4 x 4 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	Fan speed at 60 Hz; LHRS: ps1,2,3=115, ps8=10000, no sieve; RHRS: ps1,2,3=3, ps8=100, sieve in
13879, 22816	45	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	Fan speed at 60 Hz; LHRS: ps1,2,3=115, ps8=10000, no sieve; RHRS: ps1,2,3=3, ps8=100, sieve in
13880, 22817	55	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	Fan speed at 60 Hz; LHRS: ps1,2,3=115, ps8=10000, no sieve; RHRS: ps1,2,3=3, ps8=100, sieve in

15-cm Aluminum dummy

Run number	Beam current [μA]	Raster	E_beam [GeV]	P_0L [GeV/c]	θ_eL [deg]	P_0R [GeV/c]	θ_eR [deg]	Off_x_L [mm]	Off_y_L [mm]	Off_z_L [mm]	θ_L,survey [deg]	Off_x_R [mm]	Off_y_R [mm]	Off_z_R [mm]	θ_R,survey [deg]	Comment
13874, 22811	40	2 x 2 mm²	2.217	1.0	17.5	1.0	48.75	0.799	-1.11	-0.252	17.507	2.189	-1.42	2.488	48.666	LHRS: ps1,2,3=35, ps8=10000, no sieve; RHRS: ps1,2,3=1, ps8=100, sieve in

LH2 current scan II (mini-boiling, hydrogen elastic setting)

Run number	Beam current [μA]	Raster	E_beam [GeV]	P_0L [GeV/c]	θ_eL [deg]	Off_x_L [mm]	Off_y_L [mm]	Off_z_L [mm]	θ_L,survey [deg]	Comment
14098	60	3 x 2 mm²	6.417	2.672	37.0	0.525	-1.29	-0.396	37.008	LHRS: ps1,2,3,7=1, ps8=10000
14099	50	3 x 2 mm²	6.417	2.672	37.0	0.525	-1.29	-0.396	37.008	LHRS: ps1,2,3,7=1, ps8=10000
14100	40	3 x 2 mm²	6.417	2.672	37.0	0.525	-1.29	-0.396	37.008	LHRS: ps1,2,3,7=1, ps8=10000

Production runs (GMp dedicated period)

The production run plan can be found here.

LHRS hydrogen elastic runs

Kinematic	Run number	Target	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Q² [GeV²]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
K4-11	13920	15cm LH2	2 x 2 mm²	8.517	2.531	42.0	11.18	0.796	-1.98	-0.717	42.001	Raster coil tripped in run 13920
	13921, 13923-13937	15cm LH2	2 x 2 mm²	8.517	2.531	42.0	11.18	0.796	-1.98	-0.717	42.001	Raster coil fixed before run 13921
	13940-13950	15cm LH2	2 x 2 mm²	8.517	2.531	42.0	11.18	0.796	-1.98	-0.717	42.001
	13951	15cm LH2	2 x 2 mm²	8.517	2.531	42.0	11.18	0.796	-1.98	-0.717	42.001	Run Started at 65uA, went to 70uA
	13952	15cm LH2	2 x 2 mm²	8.517	2.531	42.0	11.18	0.796	-1.98	-0.717	42.001	Audible HV alarm before end of run, but all channels appear to be on
	13953, 13955-13957	15cm LH2	2 x 2 mm²	8.517	2.531	42.0	11.18	0.796	-1.98	-0.717	42.001
	13959-13961,13963-13969	15cm LH2	2 x 2 mm²	8.517	2.531	42.0	11.18	0.796	-1.98	-0.717	42.001
	13970	15cm LH2	2 x 2 mm²	8.517	2.531	42.0	11.18	0.796	-1.98	-0.717	42.001	CODA disconnected before end of run
	13972	15cm LH2	2 x 2 mm²	8.517	2.531	42.0	11.18	0.796	-1.98	-0.717	42.001	Poor Beam Quality for first part of run
	13973-13981	15cm LH2	2 x 2 mm²	8.517	2.531	42.0	11.18	0.796	-1.98	-0.717	42.001

Kinematic	Run number	Target	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Q² [GeV²]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
K4-10	13982-13983	15cm LH2	2 x 2 mm²	8.517	3.259	34.4	9.81
	13984	15cm LH2	2 x 2 mm²	8.517	3.259	34.4	9.81					Raster tripped in this run
	13986-13992	15cm LH2	2 x 2 mm²	8.517	3.259	34.4	9.81					Raster fixed before run 13986
	13995-13999,14001	15cm LH2	2 x 2 mm²	8.517	3.259	34.4	9.81
	14002	15cm LH2	2 x 2 mm²	8.517	3.259	34.4	9.81					No beam in last 10 minutes
	14004-14005	15cm LH2	2 x 2 mm²	8.517	3.259	34.4	9.81
	14008-14021	15cm LH2	2 x 2 mm²	8.517	3.259	34.4	9.81

Kinematic	Run number	Target	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Q² [GeV²]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
K4-9	14022-14023, 14025-14030	15cm LH2	2 x 2 mm²	8.517	3.685	30.9	9.0	0.330	-1.00	-0.198	30.909
	14034-14035, 14037-14038	15cm LH2	2 x 2 mm²	8.517	3.685	30.9	9.0	0.330	-1.00	-0.198	30.909
	14039	15cm LH2	2 x 2 mm²	8.517	3.685	30.9	9.0	0.330	-1.00	-0.198	30.909	CODA crashed during the run and the run was stopped
	14043	15cm LH2	2 x 2 mm²	8.517	3.685	30.9	9.0	0.330	-1.00	-0.198	30.909	Short run (15 mins); Beam position not stable at beginning of run
	14044	15cm LH2	2 x 2 mm²	8.517	3.685	30.9	9.0	0.330	-1.00	-0.198	30.909	Short run (40 mins)

Kinematic

Run number

Target

Raster

E_beam [GeV]

P₀ [GeV/c]

θ_e [deg]

Q² [GeV²]

Off_x [mm]

Off_y [mm]

Off_z [mm]

θ_survey [deg]

Comment

K3-6

14055-14056

15cm LH2

3 x 2 mm²

6.417

3.224

30.9

5.93

0.330

-1.00

-0.198

30.909

Kinematic	Run number	Target	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Q² [GeV²]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
K3-8	14059-14061	15cm LH2	3 x 2 mm²	6.417	2.145	44.5	8.0
	14063-14072	15cm LH2	3 x 2 mm²	6.417	2.145	44.5	8.0
	14074	15cm LH2	3 x 2 mm²	6.417	2.145	44.5	8.0

Kinematic

Run number

Target

Raster

E_beam [GeV]

P₀ [GeV/c]

θ_e [deg]

Q² [GeV²]

Off_x [mm]

Off_y [mm]

Off_z [mm]

θ_survey [deg]

Comment

K3-4

14090

15cm LH2

3 x 2 mm²

6.417

3.962

24.25

4.5

Kinematic	Run number	Target	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Q² [GeV²]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
K3-7	14093-14094	15cm LH2	3 x 2 mm²	6.417	2.672	37.0	7.0	0.525	-1.29	-0.396	37.008	Target pressure not stable
	14095	15cm LH2	3 x 2 mm²	6.417	2.672	37.0	7.0	0.525	-1.29	-0.396	37.008	CODA crashed during the run
	14102-14104	15cm LH2	3 x 2 mm²	6.417	2.672	37.0	7.0	0.525	-1.29	-0.396	37.008
	14105	15cm LH2	3 x 2 mm²	6.417	2.672	37.0	7.0	0.525	-1.29	-0.396	37.008	20-min run

LHRS carbon runs

Kinematic	Run number	Target	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Q² [GeV²]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
K4-11	13958	Single Carbon	Off	8.517	1.0	42.0	4.38	0.796	-1.98	-0.717	42.001
K4-10	14007	Single Carbon	Off	8.517	1.0	34.4	2.98
K4-9	14032	Single Carbon	Off	8.517	1.0	30.9	2.42	0.330	-1.00	-0.198	30.909
K3-6	14054	Single Carbon	Off	6.417	1.0	30.9	1.82	0.330	-1.00	-0.198	30.909
K3-8	14075	Single Carbon	Off	6.417	1.0	44.5	3.3
K3-4	14080-14081	Single Carbon	Off	6.417	1.0	24.25	1.13					Prescale factor changed before run 14081
K3-7	14107	Single Carbon	Off	6.417	1.0	37.0	2.58	0.525	-1.29	-0.396	37.008

LHRS dummy target runs

Kinematic	Run number	Target	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Q² [GeV²]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
K4-11	13962	15cm dummy	2 x 2 mm²	8.517	2.531	42.0	11.18	0.796	-1.98	-0.717	42.001
K4-10	14006	15cm dummy	2 x 2 mm²	8.517	3.259	34.4	9.81
K4-9	14031	15cm dummy	2 x 2 mm²	8.517	3.685	30.9	9.0	0.330	-1.00	-0.198	30.909
K3-6	14057	15cm dummy	3 x 2 mm²	6.417	3.224	30.9	5.93	0.330	-1.00	-0.198	30.909
K3-8	14058	15cm dummy	3 x 2 mm²	6.417	2.145	44.5	8.0
K3-4	14091	15cm dummy	3 x 2 mm²	6.417	3.962	24.25	4.5
K3-7	14101	15cm dummy	3 x 2 mm²	6.417	2.672	37.0	7.0	0.525	-1.29	-0.396	37.008

RHRS hydrogen elastic runs

Kinematic	Run number	Target	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Q² [GeV²]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
K4-12	22851-22860	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666	A group of hot wires in VDC v1 plane in run 22851-22853
	22861	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666	Run Started at 65uA, went to 70uA
	22862	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666	Audible HV alarm before end of run, but all channels appear to be on
	22863, 22865-22867	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666
	22869	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666
	22871-22879	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666
	22880	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666	Poor Beam Quality for first part of run
	22881-22889, 22891-22892	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666
	22893	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666	Raster tripped in this run
	22894-22900	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666	Raster fixed before run 22894
	22903-22907, 22909	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666
	22910	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666	No beam in last 10 minutes
	22912-22913, 22916-22917	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666
	22918	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666	Event recorder died so run was stopped early
	22919-22931	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666
	22933, 22935-22939	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666
	22943-22944	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666
	22945	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666	Short run (20 mins)
	22946-22948	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666
	22951	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666	Short run (15 mins); Beam position not stable at beginning of run
	22952	15cm LH2	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666	Short run (40 mins)

Kinematic	Run number	Target	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Q² [GeV²]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
K3-9	22955-22956	15cm LH2	3 x 2 mm²	6.417	1.587	55.89	9.0	0.922	-2.36	1.362	55.900
	22959-22971	15cm LH2	3 x 2 mm²	6.417	1.587	55.89	9.0	0.922	-2.36	1.362	55.900
	22973	15cm LH2	3 x 2 mm²	6.417	1.587	55.89	9.0	0.922	-2.36	1.362	55.900
	22985	15cm LH2	3 x 2 mm²	6.417	1.587	55.89	9.0	0.922	-2.36	1.362	55.900	30-min run
	22987	15cm LH2	3 x 2 mm²	6.417	1.587	55.89	9.0	0.922	-2.36	1.362	55.900	40-min run
	22988-22989	15cm LH2	3 x 2 mm²	6.417	1.587	55.89	9.0	0.922	-2.36	1.362	55.900	30-min run; target pressure not stable
	22990	15cm LH2	3 x 2 mm²	6.417	1.587	55.89	9.0	0.922	-2.36	1.362	55.900
	22991	15cm LH2	3 x 2 mm²	6.417	1.587	55.89	9.0	0.922	-2.36	1.362	55.900	This run was taken during mini-boiling study with LHRS. Beam current changed from 60 to 40 uA in the run
	22993-22995	15cm LH2	3 x 2 mm²	6.417	1.587	55.89	9.0	0.922	-2.36	1.362	55.900
	22996	15cm LH2	3 x 2 mm²	6.417	1.587	55.89	9.0	0.922	-2.36	1.362	55.900	20-min run

RHRS carbon runs

Kinematic	Run number	Target	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Q² [GeV²]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
K4-12	22868	Single Carbon	Off	8.517	1.0	48.75	5.80	2.189	-1.42	2.488	48.666
K4-12	22915, 22941	Single Carbon	Off	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666
K3-9	22954, 22975, 22978,22979,22997	Single Carbon	Off	6.417	1.587	55.89	9.0	0.922	-2.36	1.362	55.900

RHRS dummy target runs

Kinematic	Run number	Target	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Q² [GeV²]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
K4-12	22870	15cm dummy	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666
K4-12	22914	15cm dummy	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666
K4-12	22940	15cm dummy	2 x 2 mm²	8.517	2.060	48.75	12.1	2.189	-1.42	2.488	48.666
K3-9	22957	15cm dummy	3 x 2 mm²	6.417	1.587	55.89	9.0	0.922	-2.36	1.362	55.900
K3-9	22958	15cm dummy	3 x 2 mm²	6.417	1.587	55.89	9.0	0.922	-2.36	1.362	55.900
K3-9	22982, 22986, 22992	15cm dummy	3 x 2 mm²	6.417	1.587	55.89	9.0	0.922	-2.36	1.362	55.900

GMp parasitic production run (RHRS only, low beam current)

The run plan can be found here.

RHRS hydrogen elastic runs @ 4 Pass

Run number	Target	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Q² [GeV²]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
23005-23006	15cm LH2	3 x 2 mm²	8.517	1.804	53.47	12.56	2.455	-2.27	3.318	53.501
23007	15cm LH2	3 x 2 mm²	8.517	1.804	53.47	12.56	2.455	-2.27	3.318	53.501	CODA crashed during the run
23008-23015, 23018-23038	15cm LH2	3 x 2 mm²	8.517	1.804	53.47	12.56	2.455	-2.27	3.318	53.501
23041, 23043-23058, 23060	15cm LH2	3 x 2 mm²	8.517	1.804	53.47	12.56	2.455	-2.27	3.318	53.501
23063	15cm LH2	3 x 2 mm²	8.517	1.804	53.47	12.56	2.455	-2.27	3.318	53.501	Beam position drifted in the first 20 mins of run
23064-23068	15cm LH2	3 x 2 mm²	8.517	1.804	53.47	12.56	2.455	-2.27	3.318	53.501
23072-23075, 23077	15cm LH2	3 x 2 mm²	8.517	1.804	53.47	12.56	2.455	-2.27	3.318	53.501	Run 23075 ended when accelerator PS died
23082-23085, 23087-23096, 23099	15cm LH2	3 x 2 mm²	8.517	1.804	53.47	12.56	2.455	-2.27	3.318	53.501
23108-23120, 23122	15cm LH2	3 x 2 mm²	8.517	1.804	53.47	12.56	2.455	-2.27	3.318	53.501
23134-23146, 23148-23156, 23158-23165	15cm LH2	3 x 2 mm²	8.517	1.804	53.47	12.56	2.455	-2.27	3.318	53.501
23167-23177, 23180-23185	15cm LH2	3 x 2 mm²	8.517	1.804	53.47	12.56	2.455	-2.27	3.318	53.501
23187-23195, 23198-23201	15cm LH2	3 x 2 mm²	8.517	1.804	53.47	12.56	2.455	-2.27	3.318	53.501

RHRS carbon runs @ 4 pass

Run number	Target	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Q² [GeV²]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
23062	Multi-foil	Off	8.517	0.85	53.47	5.86	2.455	-2.27	3.318	53.501
23186	Multi-foil Carbon	Off	8.517	1.804	53.47	12.56	2.455	-2.27	3.318	53.501

RHRS dummy target runs @ 4 pass

Run number	Target	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Q² [GeV²]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
23070	15cm dummy	3 x 2 mm²	8.517	1.804	53.47	12.56	2.455	-2.27	3.318	53.501

RHRS hydrogen elastic runs @ 5 Pass

Run number	Target	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Q² [GeV²]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
23225-23226, 23228-23233,23235-23236, 23238-23243	15cm LH2	2 x 2 mm²	10.617	2.165	48.75	15.82	2.096	-1.63	2.383	48.666
23245-23249, 23254-23257, 23259-23278, 23281-23293	15cm LH2	2 x 2 mm²	10.617	2.165	48.75	15.82	2.096	-1.63	2.383	48.666
23294-23297	15cm LH2	2 x 2 mm²	10.617	2.165	48.75	15.82	2.096	-1.63	2.383	48.666	Epcis frozen during these runs. Need to reboot several IOCs
23298-23305	15cm LH2	2 x 2 mm²	10.617	2.165	48.75	15.82	2.096	-1.63	2.383	48.666	The regulation on the RHRS magnets were all off although the field might be stable
23306-23307	15cm LH2	2 x 2 mm²	10.617	2.165	48.75	15.82	2.096	-1.63	2.383	48.666

RHRS carbon runs @ 5 pass

Run number	Target	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Q² [GeV²]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
23244	Multi-foil	Off	10.617	0.85	48.75	6.15	2.096	-1.63	2.383	48.666
23186	Multi-foil Carbon	Off	8.517	1.804	53.47	12.56	2.455	-2.27	3.318	53.501

RHRS dummy target runs @ 5 pass

Run number	Target	Raster	E_beam [GeV]	P₀ [GeV/c]	θ_e [deg]	Q² [GeV²]	Off_x [mm]	Off_y [mm]	Off_z [mm]	θ_survey [deg]	Comment
23070	15cm dummy	3 x 2 mm²	8.517	1.804	53.47	12.56	2.455	-2.27	3.318	53.501

ARC energy measurements

1st Pass Hall A ARC Bdl Measurements 
Dispersive Optics Hall A ARC Energy Measurement 
ARC Mapper Checkout ( 1st pass )
Hall A ARC Bdl with Quads Off
Hall A's energy measurement harp scans 
Bdl measurement at 1 pass, quads off, final tune
Hall A's energy measurement harp scans
4th pass non-dispersive energy measurement 8.52 GeV
Beam Energy ARC vs. Hall A p
8.8 GeV Acromatic Energy Measurement
Dispersive 4th Pass Energy Measurement Hall A
Spin Precession to Hall A @ 4th pass and 8516 MeV
Energy Measurement Started
ARC Beam Energy 6427 MeV
Path Through The Hall A ARC and Energy 6427(6) MeV)
Acromatic Beam Energy Measurement | 4th Pass | 8523(8) MeV
energy stability
9th Dipole NMR Lock & Flat Orbit

Energy of central ray (MeV)	Dispersive mode	Halog entry
2222(1)	Yes	https://logbooks.jlab.org/entry/3429708
8523(8)	No	https://logbooks.jlab.org/entry/3431301
8518	Yes	https://logbooks.jlab.org/entry/3431526
6427(3)	Yes	https://logbooks.jlab.org/entry/3432968
6430(6)	No	https://logbooks.jlab.org/entry/3432968
8523(8)	No	https://logbooks.jlab.org/entry/3434210

@@ Line 3,240: / Line 3,240: @@
   [https://logbooks.jlab.org/entry/3433913 Path Through The Hall A ARC and Energy 6427(6) MeV)]
   [https://logbooks.jlab.org/entry/3434210 Acromatic Beam Energy Measurement | 4th Pass | 8523(8) MeV]
+ [https://logbooks.jlab.org/entry/3441882 energy stability]
+ [https://logbooks.jlab.org/entry/3441893 9th Dipole NMR Lock & Flat Orbit]
 <table border="1"  style="width:80%">

Difference between revisions of "Run summary for commissioning in fall 2016"

Revision as of 16:31, 29 November 2016

Contents

BPM calibration runs (Bull's eye scan)

BCM calibration runs

Optics commissioning runs

LHRS prescale scan

Target boiling study

Production runs (GMp dedicated period)

GMp parasitic production run (RHRS only, low beam current)

ARC energy measurements

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