Create backgrounds overview table

[Shoram444]

DETECTOR BACKGROUND SDBDRC

SIMUALTED	ISOTOPE	DECAY	SOURCE	N_SIM	EFFICIENCY (2e 1 cut) [%]	ACTIVITY [Bq/kg or Bq/m3]	AMOUNT [kg or m3]	N_EXP [#]	HOW
[x]	214Bi	$\beta + \gamma$	source_foil_bulk	1e8	0.16	0.0003	6.25kg	240.8	Contamination; beta + moller; beta + gamma (compt); beta + IC
[x]	214Bi	$\beta + \gamma$	source_foil_surface	1e7	0.039	0.000152	48m3	220.7	radon induced BiPo
[x]	214Bi	$\gamma$	PMT_glass_bulk	1e7	0.00034	0.490	286kg	37527.8	contamination on PMT; HE $\gamma$ + compt + crossing $e^-$
[x]	214Bi	$\beta + \gamma$	wire_bulk	1e7	0.022	1e-53	20kg3	3.49	same as 214Bi source_foil_bulk
[x]	214Bi	$\beta + \gamma$	wire_surface	1e7	0.018	0.000152	48m3	99.96	same as 214Bi source_foil_surface
[ ]	214Bi	$\beta + \gamma$	PMT_scint	N/A	N/A	0.00014	N/A 4	N/A	contamination on scintilator; HE $\gamma$ + compt + crossing $e^-$
[x]	208Tl	$\beta + \gamma$	source_foil_bulk	1e8	0.099	5.4e-5	6.25kg	26.41	Contamination; beta + moller; beta + gamma (compt); beta + IC
[x]	208Tl	$\beta + \gamma$	source_foil_surface	1.17e8	0.031	0.000152	48m3	175.97	radon induced BiPo
[x]	208Tl	$\gamma$	PMT_glass_bulk	1e8	0.00093	0.144755	286kg	30355	contamination on PMT; HE $\gamma$ + compt + crossing $e^-$
[ ]	208Tl	$\beta + \gamma$	wire_bulk	N/A	N/A	1e-53	20kg3	N/A	same as 214Bi source_foil_bulk
[ ]	208Tl	$\beta + \gamma$	wire_surface	N/A	N/A	0.000152	48m3	N/A	same as 214Bi source_foil_surface
[x]	234mPa	$\beta $	source_foil_bulk	1e8	0.17	0.017	6.25kg	14434.1	Contamination; beta + moller;
[x]	40K	$\beta + \gamma $	source_foil_bulk	1e8	0.040	0.059	6.25kg	11629.1	Contamination; beta + moller; beta + gamma (compt); beta + IC
[x]	40K	$\gamma$ (1.5MeV)	PMT_glass_bulk	1e8	5.4e-5	1.458	286kg	17753.2	contamination on PMT; HE $\gamma$ + compt + crossing $e^-$
[ ]	40K	$\gamma$ (1.5MeV)	PMT_scint	N/A	N/A	0.0206	N/A 4	N/A	contamination on scintilator; HE $\gamma$ + compt + crossing $e^-$
[x]	210Bi	$\beta + \gamma$	source_foil_surface	1e6	0.0024	0.000152	48m3	13.6	radon induced BiPo
[x]	210Bi	$\beta + \gamma$	wire_bulk	1e6	0.0012	1e-53	20kg3	0.19	same as 214Bi source_foil_bulk
[x]	210Bi	$\beta + \gamma$	wire_surface	1e6	0.0011	0.000152	48m3	5.7	same as 214Bi source_foil_surface

Footnotes

1. Event passes cut if it has: exactly 2 tracks; exactly 2 OM hits; exactly 2 Negative particles; exactly 2 Associtated hits; Sum energy 0<E<3500 keV ↩

2. expected radon acitvity (found this number somewhere, no idea if it's correct) ↩ ↩² ↩³ ↩⁴ ↩⁵ ↩⁶

3. mock value, I have no idea what the numbers here should be ↩ ↩² ↩³ ↩⁴ ↩⁵ ↩⁶

4. what is the total mass of scintilators? ↩ ↩²

[Shoram444]

SDBDRC + vertex

isotope	expected counts	$\varepsilon$ [%]	activity [Bq/amount]	amount $[\textrm{kg or m^3 or l}]$	simulated events
K40_PMT_glass_bulk	17753.2	5.4e-5	1.45804	286.0	1.0e8
Bi210_foil_surface	9.65002	0.0017	0.00015	48.0	1.0e6
Tl208_PMT_glass_bulk	29604.3	0.000907	0.144755	286.0	1.0e8
Bi210_foil_bulk	0.290722	0.0059	1.0e-5	6.25	1.0e6
Bi214_PMT_glass_bulk	35320.3	0.00032	0.48951	286.0	1.0e7
bb_foil_bulk	70675.7	8.33545	0.00172074	6.25	1.0e8
Bi214_wire_bulk	2.24536	0.01424	1.0e-5	20.0	1.0e7
Tl208_foil_surface	158.524	0.0279265	0.00015	48.0	1.17e8
Bi214_foil_bulk	216.515	0.146467	0.0003	6.25	1.0e8
Bi214_wire_surface	66.131	0.01165	0.00015	48.0	1.0e7
K40_foil_bulk	8776.83	0.030344	0.0587	6.25	1.0e8
Bi210_wire_bulk	0.141912	0.0009	1.0e-5	20.0	1.0e6
Bi214_foil_surface	192.546	0.03392	0.00015	48.0	1.0e7
Bi210_wire_surface	3.40589	0.0006	0.00015	48.0	1.0e6
Pa234m_foil_bulk	12539.9	0.147103	0.0173	6.25	1.0e8
Tl208_foil_bulk	25.4167	0.095521	5.4e-5	6.25	1.0e8
Total_bkg	1.7532e5	0.0	0.0	0.0	0.0

[Shoram444]

SDBDRC + vertex + prob

isotope	expected counts	$\varepsilon$ [%]	activity [Bq/amount]	amount $[\textrm{kg or m^3 or l}]$	simulated events
K40_PMT_glass_bulk	328.763	1.0e-6	1.45804	286.0	1.0e8
Bi210_foil_surface	5.67648	0.001	0.00015	48.0	1.0e6
Tl208_PMT_glass_bulk	261.118	8.0e-6	0.144755	286.0	1.0e8
Bi210_foil_bulk	0.280867	0.0057	1.0e-5	6.25	1.0e6
Bi214_PMT_glass_bulk	1103.76	1.0e-5	0.48951	286.0	1.0e7
bb_foil_bulk	67355.3	7.94385	0.00172074	6.25	1.0e8
Bi214_wire_bulk	0.912967	0.00579	1.0e-5	20.0	1.0e7
Tl208_foil_surface	113.874	0.0200607	0.00015	48.0	1.17e8
Bi214_foil_bulk	203.014	0.137334	0.0003	6.25	1.0e8
Bi214_wire_surface	25.4874	0.00449	0.00015	48.0	1.0e7
K40_foil_bulk	7381.51	0.02552	0.0587	6.25	1.0e8
Bi210_wire_bulk	0.063072	0.0004	1.0e-5	20.0	1.0e6
Bi214_foil_surface	175.176	0.03086	0.00015	48.0	1.0e7
Xi037_foil_bulk	62870.8	7.41495	0.00172074	6.25	1.0e8
Bi210_wire_surface	2.27059	0.0004	0.00015	48.0	1.0e6
Pa234m_foil_bulk	11859.5	0.139121	0.0173	6.25	1.0e8
Tl208_foil_bulk	21.8049	0.081947	5.4e-5	6.25	1.0e8
Total_bkg	1.51688e5	0.0	0.0	0.0	0.0

[Shoram444]

ROI: (2500, 3000) keV; εSignal = 19.61656 %

Bkgprocess	nb	effBkg
Tl208_foil_bulk	0.0275447	0.002795
Bi214_foil_bulk	0.217155	0.004407
Bi214_foil_surface	1.80938	0.00102
Bi214_wire_surface	0.248346	0.00014
bb_foil_bulk	16.8307	0.001985

ROI: (2600, 3200) keV; εSignal = 17.37617 %

Bkgprocess	nb	effBkg
Tl208_foil_bulk	0.0337435	0.003424
Bi214_foil_bulk	0.115353	0.002341
Bi214_foil_surface	0.993384	0.00056
Bi214_wire_surface	0.124173	7.0e-5
bb_foil_bulk	3.21351	0.000379

ROI: (2700, 3100) keV; εSignal = 13.355929999999999 %

Bkgprocess	nb	effBkg
Tl208_foil_bulk	0.0233268	0.002367
Bi214_foil_bulk	0.0532663	0.001081
Bi214_foil_surface	0.567648	0.00032
Bi214_wire_surface	0.088695	5.0e-5
bb_foil_bulk	0.271326	3.2e-5

ROI: (2700, 3200) keV; εSignal = 13.35693 %

Bkgprocess	nb	effBkg
Tl208_foil_bulk	0.0281952	0.002861
Bi214_foil_bulk	0.0533156	0.001082
Bi214_foil_surface	0.567648	0.00032
Bi214_wire_surface	0.088695	5.0e-5
bb_foil_bulk	0.271326	3.2e-5

ROI: (2800, 3200) keV; εSignal = 6.985569999999999 %

Bkgprocess	nb	effBkg
Tl208_foil_bulk	0.0220555	0.002238
Bi214_foil_bulk	0.0192665	0.000391
Bi214_foil_surface	0.230607	0.00013
Bi214_wire_surface	0.053217	3.0e-5
bb_foil_bulk	0.00847893	1.0e-6

[Shoram444]

Expected number of background counts per bin

Using data with 7% $\Delta E$; 2.5yr;15.32kg.yr;

bins keV	bExp #	bin_count #
2500:2600	14.8403	13
2600:2700	3.66405	4
2700:2800	0.868031	2
2800:2900	0.459569	1
2900:3000	0.331882	0
3000:3100	0.240242	1
3100:3200	0.206246	0
3200:3300	0.180472	0
3300:3400	0.150099	1
3400:3500	0.109163	0

Using data with 7% $\Delta E$; 2.88yr; 17.25kg.yr;

bins Any	bExp Any	b_n1 Int64
2500:100:2600	17.096	17
2600:100:2700	4.22099	2
2700:100:2800	0.999972	1
2800:100:2900	0.529423	1
2900:100:3000	0.382328	1
3000:100:3100	0.276759	1
3100:100:3200	0.237596	0
3200:100:3300	0.207903	1
3300:100:3400	0.172914	0
3400:100:3500	0.125756	0

[Shoram444]

Effect of ToF cut on external gammas

Simulated $10^{10}$ events of ${}^{208}Tl$, ${}^{214}Bi$ and ${}^{40}K$:

Isotope	n vertex	n tof	vertex/tof	eff vertex	eff tof
208 Tl	144216	387	372.6	1.3e-5	3.5e-8
40 K	6921	8	865.1	6.3e-7	7.3e-10
214 Bi	55019	86	639.8	5.0e-6	7.9e-9

[Shoram444]

Data cuts used:

• exactly 2 foil vertices less than 5cm apart
• exactly 2 trigered OM hits
• exactly 2 associated OM hits
• exactly 2 tracks (negative charged in case of B-on; charged undefined in case of B-off)
• ToF cut: Pint > 4% and Pext < 1%
• Sum energy in 0-3500keV

Used backgrounds/acitivities:

process	activitiy [Bq/kg or Bq/m3]	amount [kg of m3]
2nubb_foil_bulk	0.001721	6.07 kg
Bi214_foil_bulk	1e-5	6.25 kg
Bi214_wire_furface	0.00015	15 m3
Tl208_foil_bulk	2e-6	6.25 kg

Sensitivity table:

FWHM	B field	sig_eff	ROI	bkg	Nbexcl	T12 freq	mu_U	T12 Bay
8%	on	11.73%	2700-3100	0.61	2.92	3.58e24	2.31	4.41e24
12%	on	11.58%	2700-3200	1.30	3.40	3.04e24	2.47	4.36e24
12%	off	14.32%	2700-3200	1.65	3.62	3.53e24	2.34	5.39e24