Progress

³He target setup status

Things done:
* The verticle movable stand is complete with the Jack & Motor.
* BOLT cell exchange time measurement complete.
* Kelly cell density measurement complet. 7.98+-0.46 amagat
* Linda cell density measurement complet. 7.27+-0.07 amagat
* BOLT cell density measurement complet. 5.24+-0.29 amagat

Things needs to be done:
*Drill a hole in the big Al table.
*Make a new oven out of G7 material.

Geometric Phase Effect Test Status

Measurements
* Successfully measured the ³He T₁ with a dilution factor of 0.1% and a magnetic field gradient at 34.5 kHz at room temperature. In the 24.5 cc rectangular acrylic cell, the ³He/⁴He ratio will be 10^-6.
* Ready to be put into DR.

Injection Test Status

Things needs to be done:
* Leak test of the injection tubings, gaskets.
* Make the heat exchanger tubings.
* Pressure test of the glass to copper seal.

Cs Ring Test status (part of the injection volume test)

Things needs to be done:
* figuring out a low temperature valve!!!
* Making the glass piece

Things Ordered:
* 3 temperature sensors working with Lake Shore 218
DT-670-SD - Silicon Diodes (DT-670) ( Calibrated 1.4D ) ($456.00) X 3 = $1368.00+$35=$1403 arrived!
* Cs ampule ordered arrived!
http://www.alfa.com/ #10146, $129.00
*Rb ampule ordered arrived!
http://www.alfa.com/ #10315, $58.20
* Liquid 4He to be ordered
* Larson Electronic Glass:
PO:QY121806
Two 10-pin glass feed thru.
$220*2+$120=$560 arrived!

300~500mK Test Status

Things needs to be done:
* 24-pin connector arrived!

aceglass
http://www.aceglass.com/page.php?page=7646

Things ordered:
* detachable cell valves
http://www.kontes.com/html/pg-826450.html (Straight valves)
item # 826450-000, order 2
* glass thread
http://www.chemglass.com/index.htm
item # CG-350-01 order 2
* Low Temperature wires:
Lakeshore (CC-C-25) Type C Coaxial cable, 25 ft ($137.00) X 1 = $137.00
(CC-SC-25) Type CC Coaxial cable, 25 ft ($137.00) X 1 = $137.00
Shipping=$18.00, total=$292
* Copper wool
Palmer Engineered Prod over the internet palmermfg.com
www.doyourownpestcontrol.com 1-800-476-3368 KR243-10 STUF-FIT COPPER MESH WOOL/20 FEET $7.20+$5.50=$12.70
* Rb ampule
http://www.sigmaaldrich.com/Area_of_Interest/The_Americas/United_States.html

12/30/06, two more detachable cells made.
1st one "AlanI" 1.5atm 3He, 200 torr N2 ~ 400hrs (Rb blocking the capillary)
2nd one "AlanII" 1.5 atm 3He, 200 torr N2 ~ Smaller than 1 hr (~0.8 hr). Bad cell !

10/28/06, two more detachable cells made.
1st one "Amy" 1.5atm 3He, 200 torr N2 ~ 10hrs
2nd one "Alice" 1200 torr 3He, 200 torr N2 ~ Smaller than 1 hr. Bad cell !
3rd one "April" being baking out

7/19/06 Junior E cell, Correlation Function measurements, 300K, at the center of the Helmholtz coils with or without B-field gradient

The number in the parathesis is 1 over T1 (1/hrs)

Time	Run#	B₀ Field (G)	Gradient	Pressure	Loss	T₁(hrs) (1/T₁)	T1 due to correlation (hrs)	S(w) (s.cm^2)	AFP/FID	Time Inter. (hrs)
10/1/06 9:00pm-10/1/06 9:30pm	1729	1	34mG/cm	Junior E 50 torr N2, 550 torr 3He cell Volume: 8.6cc (1' diameter) 3He: 2.93e-5 mol/cc N2: 2.66e-6 mol/cc Combined S(w) value: 1G:1.48e-6+-4.56e-8 (3.74e-8+-1.15e-9) 2G:2.80e-7+-9.0e-10 (7.10e-9+-2.28e-11) 4G:7.74e-8+-1.64e-10 (1.96e-9+-4.16e-12) 9G:1.55e-8+-2.17e-11 (3.91e-10+-5.50e-13) 14G:6.28e-9+-8.47e-12 (1.59e-10+-2.15e-13) 19G:3.42e-9+-3.90e-12 (8.65e-11+-9.92e-14) 24G:1.99e-9+-2.48e-12 (5.07e-11+-5.86e-14) 28G:1.49e-9+-2.25e-11 (3.78e-11+-5.70e-13)	3.04%	0.149+-0.0082 (6.71141+-0.369353)	0.151462+-0.00847448	1.20904e-6+-6.76483e-8 (3.06e-8+-1.71e-9)	AFP	130 s
9/30/06 5:00pm-9/30/06 6:00pm	1728	1	34mG/cm		3.04%	0.1375+-0.0076 (7.27273+-0.401983)	0.139594+-0.00783422	1.31182e-6+-7.3619e-8 (3.32e-8+-1.86e-9)	AFP	120 s
9/30/06 0:00am-9/30/06 2:00am	1730	1	17mG/cm		1.25%	0.3028+-0.0190 (3.30251+-0.207225)	0.313144+-0.0203299	2.33914e-6+-1.51861e-7 (5.93e-8+-3.85e-9)	AFP	300 s
9/30/06 0:00am-9/30/06 2:00am	1726	1	17mG/cm		1.25%	0.2406+-0.0134 (4.15628+-0.23148)	0.247085+-0.0141375	2.96451e-6+-1.69621e-7 (7.51e-8+-4.30e-9)	AFP	300 s
9/27/06 11:00am-9/28 1:00am	1722	1	0mG/cm		2.0%	9.167+-0.538 (0.109087+-0.00640218)			AFP	1 hr

9/22/06 3:30pm-9/22/06 4:00pm	1717	2	67mG/cm		5.7%	0.1772+-0.0009 (5.64334+-0.0286626)	0.1778+-0.0009	2.65e-7+-1.34e-9 (6.72e-9+-3.40e-11)	AFP	0.06 hr
9/21/06 0:00am-9/21/06 9:00am	1715	2	34mG/cm		5.5%	0.6185+-0.0025 (1.61681+-0.00653523)	0.6256+-0.0026	2.93e-7+-1.22e-9 (7.41e-9+-3.08e-11)	AFP	0.25 hr
9/14/06 11:00pm-9/16 1:00pm	1713	2	0mG/cm		3.0%	54.78+-2.86 (0.0182548+-0.000953064)			AFP	2 hr

9/13/06 0:00am-9/13/06 11:00am	1709	28	150mG/cm		0.5 %	6.258+-0.093 (0.159795+-0.00237472)	6.3+-0.095	1.49e-9+-2.25e-11 (3.78e-11+-5.70e-13)	AFP	1 hr

8/15/06 11:16pm-8/16/06 3:00am	1670	4	100mG/cm		1.94%	1033+-3.1 s (3.485+-0.010)	0.288+-0.001	7.35e-8+-2.30e-10 (1.86e-9+-5.82e-12)	AFP	500 s
8/15/06 0:54am-8/15/06 9:00am	1668	4	50mG/cm		0.74%	1.04+-0.003 (0.962+-0.003)	1.047+-0.003	8.14e-8+-2.35e-10 (2.06e-9+-5.95e-12)	AFP	0.5 hr
8/11/06 7:00pm-8/13 11:00am	1664 Uncor.	4	0mG/cm		0.62%	155.4+-1.94 (0.00644+-0.00008)			AFP	2 hr

8/25/06 10:30pm-8/26 10:00am	1682	9	100mG/cm		0.676%	1.415+-0.003 (0.706714+-0.00149833)	1.421+-0.003	1.49e-8+-3.15e-11 (3.77e-10+-7.97e-13)	AFP	0.4 hr
8/24/06 10:30pm-8/25 10:00am	1680	9	50mG/cm		0.388%	5.23+-0.01 (0.191205+-0.000365592)	5.31+-0.01	1.60e-8+-3.0e-11 (4.04e-10+-7.61e-13)	AFP	1 hr
8/23/06 10:30am-8/24 10:30pm	1678 Uncor.	9	0mG/cm		0.289%	336.7+-6.56 (0.00297+-0.0000578652)			AFP	4 hr

8/22/06 10:45am-8/22/06 5:30pm	1676	14	150mG/cm		0.538%	1.623+-0.006 (0.616143+-0.00227779)	1.623+-0.006	5.80e-9+-2.14e-11 (1.47e-10+-5.43e-13)	AFP	0.25 hr
9/1/06 3:00pm-9/2 9:00am	1692	14	100mG/cm		0.511%	3.358+-0.006 (0.297796+-0.000532096)	3.380+-0.006	6.26e-9+-1.11e-11 (1.59e-10+-2.82e-13)	AFP	1 hr
8/17/06 1:00am-8/19 9:00am	1674	14	50mG/cm		0.394%	12.45+-0.03 (0.0803213+-0.000193545)	12.764+-0.032	6.63e-9+-1.66e-11 (1.68e-10+-4.21e-13)	AFP	2 hr
8/17/06 1:00am-8/19 9:00am	1672 Uncor.	14	0mG/cm		0.325%	506.9+-12.15 (0.00197278+-0.0000472859)			AFP	4 hr

8/30/06 9:30am-8/30 11:30pm	1688	19	150mG/cm		0.52 %	2.967+-0.013 (0.337041+-0.00147675)	2.98+-0.013	3.16e-9+-1.38e-11 (8.00e-11+-3.49e-13)	AFP	0.7 hr
9/3/06 10:30am-9/3/06 9:00pm	1694	19	100mG/cm		0.424%	6.159+-0.008 (0.162364+-0.000210897)	6.228+-0.008	3.40e-9+-4.37e-12 (8.61e-11+-1.11e-13)	AFP	1 hr
8/28/06 10:00pm-8/29 8:00pm	1686	19	50mG/cm		0.246%	22.03+-0.06 (0.0453926+-0.00012363)	22.93+-0.07	3.69e-9+-1.12e-11 (9.35e-11+-2.86e-13)	AFP	2 hr
8/26/06 10:00pm-8/28 10:00pm	1684 Uncor.	19	0mG/cm		0.428%	559.4+-16.77 (0.00178763+-0.0000535905)			AFP	4 hr

7/25/06 11:00pm-7/26/06 11:00am	1654	24	150mG/cm		0.43%	4.876+-0.009 (0.205086+-0.000378543)	4.910+-0.009	1.92e-9+-3.5e-12 (4.85e-11+-8.90e-14)	AFP	1 hr
8/31/06 9:30am-8/31/06 9:30pm	1690	24	100mG/cm		0.35%	9.87+-0.03 (0.101348+-0.000308142) B-field gradient reversed	10.01+-0.03	2.11e-9+-6.34e-12 (5.36e-11+-1.61e-13)	AFP	2 hr
7/24/06 4:00pm-7/25/06 11:00am	1652	24	100mG/cm		0.46%	10.34+-0.02 (0.0967118+-0.000187063)	10.49+-0.02	2.02e-9+-3.85e-12 (5.11e-11+-9.75e-14)	AFP	1 hr
8/5/06 5:00pm-8/9/06 5:00pm	1660	24	50mG/cm		0.42%	36.34+-0.13 (0.0275179+-0.0000984404)	38.30+-0.15	2.21e-9+-8.66e-12 (5.60e-11+-2.19e-13)	AFP	2 hr
7/31/06 4:30pm-8/04 10:30am	1658 Uncor.	24	0mG/cm		0.35%	600.0+-15.3 (0.00166667+-0.0000425)			AFP	6 hr
7/19/06 11:00am-7/22/06 9:30am	1649 Uncor.	24	0mG/cm		0.36%	713.1+-15.1 (0.00140233+-0.0000296945)			AFP	2 hr

7/13/2006 Detachable cell II (the one with more Rb), 300K, at the center of the Helmholtz coils without external B-field gradient

Time	Run#	B₀ Field (G)	Pressure	Loss	T₁(hrs)	AFP/FID	Time Inter. (hrs)
			1.5 atm 3He, 200 torr N2
7/17/2006	1647	24G		0.5%	9.21+-0.04	AFP	1 hr
7/16/2006	1644	7.6G		0.56%	8.00+-0.02	AFP	1 hr
7/15/2006	1643 Uncor.	7.6G		0.6%	10.70+-0.12(cor.) 8.51+-0.08(uncor.)	FID	0.25 hr

7/6/2006 Detachable cell I (the one with less Rb), 300K, at the center of the Helmholtz coils without external B-field gradient

Time	Run#	B₀ Field (G)	Pressure	Loss	T₁(hrs)	AFP/FID	Time Inter. (hrs)
7/9/2006	1639	7.6G	1.5 atm 3He, 140 torr N2	0.6%	2.42+-0.02	FID	0.25 hr
7/8/2006	1638	7.6G		1.04%	2.44+-0.03	AFP	0.5 hr
7/7/2006	1636	24G		0.67%	2.45+-0.02	AFP	1 hr
7/6/2006	1633	24G		0.43%	2.47+-0.02	AFP	1 hr

3/23/06 Emerald cell & Junior E cell, Correlation Function measurements, 300K, at the center of the Helmholtz coils with or without B-field gradient

Found that with the AFP coil disconnected during the time interval, Junior E's T1 can be up to >200 hrs

Time	Run#	B₀ Field (G)	Gradient	Pressure	Loss	T₁(hrs)	T1 due to correlation (hrs)	S(w) (s.cm^2)	AFP/FID	Time Inter. (hrs)
6/20/06 1:30am- 3:00am	1608	2	45mG/cm	Junior E 50 torr N2, 550 torr 3He cell Volume: 8.6cc (1' diameter) 3He: 2.93e-5 mol/cc N2: 2.66e-6 mol/cc S(w) value: 2G: 2.73e-7+-2.47e-8 4G: 4.69e-8+-4.37e-9 7.6G(1602,1603): 2.11e-8+-6.73e-10 9G: 1.40e-8+-1.85e-9 14G: 4.85e-9+-3.0e-10 19G: 2.00e-9+-2.33e-10 24G: 2.25e-9+-1.05e-10 S(w)	7.53%	715+-24 s 0.199 hr+-0.007hr	0.378+-0.0342	2.73e-7+-2.47e-8	AFP	270s
6/12/06 11:30am- 12:30pm	1592	2	0mG/cm		1.87%	1511+-114 s 0.42 hr+-0.03hr			AFP	420s
6/27/06 1:00pm-4:30pm	1617	4	45mG/cm		6.4 %	2029+-47 s 0.564 hr+-0.013hr	2.20+-0.205 hrs	4.69e-8+-4.37e-9	AFP	420s
6/28/06 11:00am- 3:00pm	1619	4	0mG/cm		0.94%	2728+-23 s 0.758 hr+-0.006 hr			AFP	620s
6/12/06 9:00pm- 1:00am	1594	7	0mG/cm		1.16%	7785+-176 s 2.16 hr+-0.05hr			AFP	1820s
6/15/06 9:00pm-next day	1602	7.6	44mG/cm		0%	4.23+-0.25 hrs RF DIS...	5.729+-0.459 hrs	1.91e-8+-1.53e-9	FID	0.25 hr
6/16/06 3:15pm-night	1603	7.6	31.5mG/cm		0%	6.13+-0.13 hrs RF DIS...	9.873+-0.342 hrs	2.16e-8+-7.49e-10	FID	0.25 hr
6/17/06 11:15am-night	1604	7.6	19mG/cm		0%	8.359+-0.424 hrs RF DIS...	17.304+-1.825 hrs (Signal small to begin with, not accurate)	3.389e-8+-3.57e-9	FID	0.25 hr
6/14/06 2:00pm-next day	1600	7.6	0mG/cm		0%	16.17+-0.15 hrs RF COILS DISCONNECTED			FID	0.25 hr
6/13/06 afternoon	1596	7.6	0mG/cm		0%	1.934+-0.097 hrs RF COILS CONNECTED	I also did 2 sweeps before and after FID, -> T1=2 hrs, this is with the RF coils connected		FID	0.25 hr
6/23/06 11:00am-6/23/06 4:40pm	1614	9	45mG/cm		5.0%	8106+-139 s 2.252 hr+-0.039hr	7.39+-0.98	1.40e-8+-1.85e-9	AFP	1020s
6/2/06 11:00am-6/2/06 4:40pm	1578	9	0mG/cm		1.1%	11680+-616 s 3.24 hr+-0.17hr			AFP	1 hr
6/22/06 11:00am-6/22/06 5:00pm	1612	14	45mG/cm		4.62%	19910+-191s 5.53 hr+-0.053hr	21.29+-1.32	4.85e-9+-3.0e-10	AFP	1820s
6/8/06 10:30am-6/9/06 11:33am	1590	14	0mG/cm		0.15%	26900+-465s 7.47 hr+-0.13hr			AFP	1 hr
6/20/06 11:00am-6/21/06 11:00am	1610	19	45mG/cm		5.0%	39930+-906 s 11.09 hr+-0.25hr	51.68+-6.05	2.00e-9+-2.33e-10	AFP	3620 s
6/6/06 10:30am-6/7/06 8:40am	1588	19	0mG/cm		0.45%	50840+-735 s 14.12 hr+-0.20hr			AFP	1 hr
6/18/06 2:30pm-6/19/06 12:00pm	1606	24	45.3mG/cm		5.7%	57040+-842 s 15.84 hr+-0.23hr	45.75+-2.13 hrs	2.25e-9+-1.05e-10	AFP	1 hr
5/31/06 2:30pm-6/1/06 3:30am	1573	24	0mG/cm		0.5%	87240+-931 s 24.23 hr+-0.26hr			AFP	1 hr

Time

Run#

B₀ Field (G)

Gradient

Pressure

Loss

T₁(hrs)

T1 due to correlation (hrs)

S(w)
(s.cm^2)

T1 due to B field gradient

T1 due to correlation (hrs)

S(w)
(s.cm^2)

AFP/FID

Time Inter.
(hrs)

5/4/06
9:53pm-10:08pm

1545

92.3mG/cm

Junior E
50 torr N2, 550 torr 3He
cell Volume: 8.6cc (1' diameter)

3He: 2.93e-5 mol/cc
N2: 2.66e-6 mol/cc

S(w) value:

At 2G: 2.50e-7+-3.98e-9

At 4G: 6.09e-8+-2.86e-10

At 6.5G: 2.424e-8+-1.32e-9

At 9G: 8.43e-9+-8.34e-10

At 14G: 4.29e-9+-1.29e-10

At 19G: 3.46e-9+-1.46e-10

At 24G: 1.40e-9+-8.24e-11

S(w)

21.7%

480+-41 s
0.134 hr+-0.011 hr

0.134+-0.011

1.854e-7+-1.52e-8

AFP

220s

5/18/06
11:00am-11:20am

1564

69.5mG/cm

10.1%

751+-68 s
0.209+-0.019 hr

0.210+-0.019

2.09e-7+-1.89e-8

AFP

220s

5/3/06
9:36pm-0:00am

1540

47.2mG/cm

1.52%

1323+-20 s
0.368+-0.006 hr

0.372+-0.006

2.55e-7+-4.12e-9

AFP

620s

5/5/06
1:50pm-10:53am

1548

0mG/cm

0.5%

35.37+-2.14

Combine 1548,1554,1535,
39.91+-1.50 hr

Infinite hrs

AFP

3 hour

5/12/06
1:50pm-5/14/06

1554

0mG/cm

0.8%

44.48+-3.02

Infinite hrs

AFP

2 hour

5/1/06
8:25pm-5/3/06 0:30am

1535

0mG/cm

0.5%

44.17+-2.95

Infinite hrs

AFP

1 hour

4/21/06
9:46am-10:19pm

1514

48.4mG/cm

6.1%

5117+-266 s
1.421+-0.074 hrs

1.534+-0.086
B1~150mG

5.89e-8+-3.3e-9

6.08 hrs

2.052+-0.154
B1~150mG

5.09e-8+-3.82e-9

AFP

1810 s

4/19/06
10:44am-2:15pm

1506

48.4mG/cm

3.7%

4960+-21 s
1.378+-0.006 hrs

1.484+-0.007
B1~150mG

6.09e-8+-2.87e-10

6.08 hrs

1.963+-0.012
B1~150mG

5.33e-8+-3.26e-10

AFP

1810 s

4/20/06
11:41am-0:23am

1511

0mG/cm

0.51%

70390+-6127 s
19.55+-1.70 hrs

B1~100mG (nothing to do with B1)

Infinite hrs

B1~100mG (nothing to do with B1)

AFP

1830 s

4/20/06
0:05am-10:00am

1509

0mG/cm

0.54%

66760+-1354 s
18.55+-0.38 hrs

B1~150mG

Infinite hrs

B1~150mG

AFP

1810 s

4/18/06
11:37am-0:17am

1503

0mG/cm

0.34%

69260+-167 s
19.239+-0.046 hrs

(this run is strange, will repeat)
B1~150mG

Infinite hrs

(this run is strange, will repeat)
B1~150mG

AFP

910 s

4/30/06
6:06pm-10:07pm

1531

6.5

47.5mG/cm

2.7%

6858+-178 s
1.905+-0.049 hr

3.87+-0.21

2.424e-8+-1.32e-9

Infinite hrs

AFP

1810 s

4/29/06
9:28pm-6:32am

1528

6.5

0mG/cm

0.7%

13510+-191 s
3.753+-0.053 hr

Infinite hrs

AFP

1810 s

91mG/cm

8.24 hrs

AFP

4/17/06
10:22pm-0:06am

1500

47.3mG/cm

5.84%

1412+-3.8 s
0.3922+-0.00105 hr

11.22+-1.11

8.43e-9+-8.34e-10

30.80 hrs

17.66+-2.75

5.92e-9+-9.22e-10

520 s

5/11/06

1551

0mG/cm

2.1%

1537+-19 s
0.427+-0.005 hr

Infinite hrs

AFP

0.5

4/17/06
10:43am-1:14pm

1497

0mG/cm

2.1%

1463+-3.3 s
0.4064+-0.00092 hr

Infinite hrs

AFP

0.5

4/28/06
1:46pm-3:49pm

1522

91.5mG/cm

18.0%

5264+-246 s
1.462+-0.068 hrs

7.42+-1.75

7.27+-1.61 hrs ->
3.48e-9+-7.70e-10

19.94 hrs

AFP

920s

4/27/06
8:57pm-10:14pm

1520

91.5mG/cm

18.0%

5111+-810 s
1.42+-0.225 hrs

6.45+-4.12

19.94 hrs

AFP

920s

4/15/06
9:32am-8:05pm

1491

47.4mG/cm

5.8%

1.681+-0.003

21.865+-0.667

4.31e-9+-1.31e-10

74.52 hrs

30.94+-1.34

3.38e-9+-1.46e-10

AFP

0.5

4/14/06
11:04am-11:05pm

1488

0mG/cm

0.7%

1.821+-0.003

Infinite hrs

AFP

1 hr

4/27/06
0:36am-2:37am

1517

91.1mG/cm

14.5%

14790+-1355 s
4.109+-0.376 hrs

8.646+-1.669

2.95e-9+-5.69e-10

36.72 hrs

AFP

4/12/06
2:30pm-9:32pm

1485

46.8mG/cm

4.73%

6.10+-0.02 hrs

27.61+-1.19

3.50e-9+-1.51e-10

137.26 hrs

34.56+-1.87

3.02e-9+-1.64e-10

AFP

0.5

4/6/06
5:09pm-10:43am

1482

0mG/cm

0.92%

7.83+-0.09 hrs

Infinite hrs

AFP

1 hr

4/5/06
11:14am-1:15pm

1476

178.8mG/cm

47.4%

3.67+-0.93 hrs

4.786+-1.58

1.38e-9+-4.57e-10

14.16 hrs

7.17+-3.55

9.42e-10+-4.67e-10

AFP

0.5

4/2/06
11:24am-2:55pm

1463

133.7mG/cm

32%

5.99+-0.53 hrs

9.67+-1.38

1.22e-9+-1.75e-10

25.45 hrs

15.32+-3.48

7.93e-10+-1.80e-10

AFP

0.5

4/4/06
11:12am-3:13pm

1472

89.5mG/cm

15.3%

8.19+-0.27 hrs

17.08+-1.18

1.55e-9+-1.07e-10

58.59 hrs

23.45+-2.34

1.19e-9+-1.19e-10

AFP

0.5

4/3/06
0:16am-10:19am

1466

45.3mG/cm

5.1%

13.48+-0.36 hrs

94.10+-18.15

1.10e-9+-2.11e-10

219.00 hrs

138.22+-46.36

7.56e-10+-2.54e-10

AFP

0.5

4/16/06
10:55am-10:56pm

1494

0mG/cm

0.57%

15.69+-0.14 hrs

Infinite hrs

AFP

3 hr

4/5/06
9:11pm-10:14am

1479

0mG/cm

0.58%

16.03+-0.36 hrs

Infinite hrs

AFP

1 hr

3/30/06
2:50pm-5:21pm

1450

150mG/cm

49%

7.3+-5.2 hrs
(error too big)
needs to be repeated
not useable

AFP

0.5

3/31/06
3:22pm-9:24pm

1458

75mG/cm

11%

9.2+-0.7 hrs
(gradient current
not accurate)

22.12+-4.06

1.70e-9+-3.12e-10

78.84 hrs

29.73+-7.41

1.27e-9+-3.16e-10

AFP

0.5

3/29/06
11:52am-11:53pm

1447

0mG/cm

0.3%

16.9+-1.0 hrs

AFP

3 hrs

150mG/cm

Emerald
GE180, 100 torr 3He, 50 torr N2, 530 torr 4He, total 0.9 bar
cell Volume: 8.6cc (1' diameter)

3He: 5.33e-6 mol/cc
N2: 2.66e-6 mol/cc
4He: 2.82e-5 mol/cc

Reanalyzed run#743, T1=9.62+-0.13hrs with a 1% loss

AFP

150mG/cm

AFP

150mG/cm

AFP

150mG/cm

AFP

150mG/cm

AFP

75mG/cm

AFP

75mG/cm

AFP

75mG/cm

AFP

75mG/cm

AFP

75mG/cm

AFP

0mG/cm

AFP

0mG/cm

AFP

0mG/cm

AFP

0mG/cm

AFP

3/26/06

1438

0mG/cm

0.3%

17.1+-0.3 hrs

AFP

3 hrs

3/24/06

1435

0mG/cm

0.4%

63020=17.5hrs+-292s

AFP

3618

9/28/05

1251

oven place

18.5+-0.1 hrs

AFP

3 hour

9/18/05

1246

oven place

16.5+-0.5 hrs

AFP

1 hour

11/10/05 "Chris" Double cell system put back on, with another d-TPB coated acrylic cell on the bottom.

Time	Run#(1st pt in mV)	B₀ Field (G)	Place	Temp(k)	Pressure	Loss	T₁(hrs)	AFP/FID	Time Inter.(hrs)
2/24/06	1398(0.19)	7	dewar	1.9	370torr 3He & 100torr N2 at 300K 75atm 4He inside acrylic cell (0.00139:0.6725)	1%	2643+-64 seconds	AFP	221 seconds
2/20/06	1392(0.057) (repeat1343) -3.0%	21	dewar	1.83	370torr 3He & 100torr N2 at 300K 90atm 4He inside acrylic cell (0.00139:0.808)	0% 1% 2% Combined StaErr netErr	2415+-155 seconds 2715+-204 seconds 3099+-256 seconds 2715+-204+-342 seconds 2715+-204 seconds 2715+- 398 seconds	AFP	221 seconds
2/19/06	1390(0.26) (repeat1310) -0.83%	21	dewar	1.9	370torr 3He & 100torr N2 at 300K 15atm 4He inside acrylic cell (0.00139:0.135)	0% 1% 2% Combined StaErr netErr	824+-65 seconds 855+-65 seconds 890+-76 seconds 855+-65+-33 seconds 855+-65 seconds 855+-73 seconds	AFP	221 seconds
2/17/06	1388(3.63)	21	oven	300	370torr 3He & 70torr N2 & 400 torr 4He at 300K	2%	1.55+-0.03	AFP	1 hr
2/15/06	1387(0.24) -0.21%	21	dewar	1.8	370torr 3He & 100torr N2 at 300K 7.5atm 4He inside acrylic cell (0.00139:0.0673)	0% 1% 2% Combined StaErr netErr	612+-29 seconds 630+-30 seconds 649+-32 seconds 630+-30+-19 seconds 630+-30 seconds 630+-36 seconds	AFP	221 seconds
2/14/06	1385(0.31) (repeat 1341&1290) 0.10%	21	dewar	1.8	370torr 3He & 100torr N2 at 300K 45 atm 4He inside acrylic cell (0.00139:0.404)	0% 1% 2% Combined StaErr netErr	1356+-24 seconds 1446+-24 seconds 1548+-31 seconds 1446+-24+-96 seconds 1446+-24 seconds 1446+-99 seconds	AFP	221 seconds
2/13/06	1382(0.4) (repeat1361) -0.068%	21	dewar	1.85	370torr 3He & 100torr N2 at 300K 120 atm 4He inside acrylic cell (0.00139:1.08)	0% 1% 2% Combined StaErr netErr	2757+-66 seconds 3152+-86 seconds 3686+-118 seconds 3152+-86+-465 seconds 3152+-86 seconds 3152+-473 seconds	AFP	221 seconds
2/10/06	1376(0.67) (repeat1308) -2.36%	21	dewar	1.95	370torr 3He & 100torr N2 at 300K 75 atm 4He inside acrylic cell (0.00139:0.6725)	0% 1% 2% Combined StaErr netErr	3030+-45 seconds 3515+-61 seconds 4191+-87 seconds 3515+-61+-581 seconds 3515+-61 seconds 3515+-584 seconds	AFP	221 seconds
Dewar taken apart, Indium seal fixed.
1/11/06	1366(0.08) 5.56%	21	dewar	2.4	370torr 3He & 100torr N2 at 300K 30 atm 4He inside acrylic cell (0.00139:0.269)	1%	6853+-958 seconds	AFP	221 seconds
1/06/06	1361(0.029)	21	dewar	1.85	370torr 3He & 70torr N2 & 400 torr 4He at 300K 120atm 4He inside acrylic cell (0.00139:1.08)	0% 1% 2% Combined StaErr netErr	1099+-47 seconds 1157+-52 seconds 1222+-58 seconds 1157+-52+-62 seconds 1157+-52 seconds 1157+-81 seconds	AFP	221 seconds
1/1/06	1358(0.52)	7	oven	300	370torr 3He & 70torr N2 & 400 torr 4He at 300K	1%	1.05+-0.01	AFP	0.25 hr
12/31/05	1355(0.45)	3	oven	300	370torr 3He & 70torr N2 & 400 torr 4He at 300K	2%	0.89+-0.01	AFP	0.25 hr
12/30/05	1353(1.2)	7	oven	300	370torr 3He & 70torr N2 & 400 torr 4He at 300K	1%	1.06+-0.004	AFP	0.5 hr
12/23/05	1351(3.3)	21	oven	300	370torr 3He & 70torr N2 & 400 torr 4He at 300K	2%	1.58+-0.03	AFP	1 hr
12/21/05	1349(0.052)	21	dewar	5.7	370torr 3He & 70torr N2 & 400 torr 4He at 300K(no coating)	large	~60 seconds	AFP	50seconds
12/15/05	1343(0.35)	21	dewar	1.85	370torr 3He & 70torr N2 & 400 torr 4He at 300K 90atm 4He inside acrylic cell (0.00139:0.808)	0% 1% 2% Combined StaErr netErr	1860+-39 seconds 2031+-44 seconds 2241+-56 seconds 2031+-44+-191 seconds 2031+-44 seconds 2031+-196 seconds	AFP	221 seconds
12/13/05	1341(0.40)	21	dewar	1.85	370torr 3He & 70torr N2 & 400 torr 4He at 300K 45 atm 4He inside acrylic cell (0.00139:0.404)	0% 1% 2% Combined StaErr netErr	1524+-42 seconds 1637+-46 seconds 1771+-57 seconds 1637+-46+-124 seconds 1637+-46 seconds 1637+-132 seconds	AFP	221 seconds
12/12/05	1339(0.31)	21	dewar	3.0K	370torr 3He & 70torr N2 & 400 torr 4He at 300K 30 atm 4He inside acrylic cell (0.00139:0.269)	1%	2773+-40 seconds	AFP	221 seconds
12/11/05	1336(4.25)	21	oven	300	370torr 3He & 70torr N2 & 400 torr 4He at 300K	2%	1.66+-0.01	AFP	1 hr
12/10/05	1334	21	dewar	1.85	370torr 3He & 70 torr N2 at 300K 90 atm 4He inside acrylic cell (0.00139:0.808)	?%	No signal in the first sweep, due to more 4He and low polarization in the oven	AFP	221 seconds
12/09/05	1332(0.58)	21	dewar	1.85	3atm 3He & 150torr N2 at 300K 45 atm 4He inside acrylic cell (0.00834:0.404)	0% 1% 2% Combined StaErr netErr	1586+-66 seconds 1708+-68 seconds 1854+-90 seconds 1708+-68+-134 seconds 1708+-68 seconds 1708+-150 seconds	AFP	221 seconds
12/08/05	1330(0.093)	21	dewar	1.85	370torr 3He & 100torr N2 at 300K 30 atm 4He inside acrylic cell (0.00139:0.269)	0% 1% 2% Combined StaErr netErr	1137+-29 seconds 1200+-31 seconds 1269+-36 seconds 1200+-31+-66 seconds 1200+-31 seconds 1200+-72 seconds	AFP	221 seconds
12/07/05	1327	21	dewar	4.3	370torr 3He & 100torr N2 at 300K 30 atm 4He inside acrylic cell (0.00139:0.269)	?%	<10s	AFP	50 seconds
12/06/05	1325(0.019)	21	dewar	2.3	370torr 3He & 100torr N2 at 300K 30 atm 4He inside acrylic cell (0.00139:0.269)	1%	4622+-650 seconds	AFP	121 seconds
11/26/05	1322(2.7)	21	oven	300	110torr 3He & 35torr N2 & 500 torr 4He at 300K	2%	1.71+-0.03	AFP	1 hr
11/24/05	1320(0.37)	21	dewar	1.90	150torr 3He & 50torr N2 & 570 torr 4He at 300K 45 atm 4He inside acrylic cell (0.000563:0.404)	0% 1% 2% Combined StaErr netErr	1636+-18 seconds 1768+-22 seconds 1924+-26 seconds 1768+-22+-144 seconds 1768+-22 seconds 1768+-146 seconds	AFP	221 seconds
11/22/05	1314	21	dewar	1.92	370torr 3He & 100torr N2 at 300K No 4He coating (0.00139:0)	?%	<10s	AFP	50 seconds
11/21/05	1310(0.18)	21	dewar	1.92	370torr 3He & 100torr N2 at 300K 15 atm 4He inside acrylic cell (0.00139:0.135)	0% 1% 2% Combined StaErr netErr	598+-29 seconds 640+-37 seconds 685+-40 seconds 640+-37+-44 seconds 640+-37 seconds 640+-57 seconds	AFP	96 seconds
11/20/05	1308(0.14)	21	dewar	1.90	370torr 3He & 100torr N2 at 300K 75 atm 4He inside acrylic cell (0.00139:0.6725)	0% 1% 2% Combined StaErr netErr	2083+-36 seconds 2301+-45 seconds 2572+-56 seconds 2301+-45+-245 seconds 2301+-45 seconds 2301+-249 seconds	AFP	221 seconds
11/19/05	1305(0.16)	21	dewar	1.92	370torr 3He & 100torr N2 at 300K 60 atm 4He inside acrylic cell (0.00139:0.538)	0% 1% 2% Combined StaErr netErr	2129+-44 seconds 2580+-61 seconds 3302+-106 seconds 2580+-61+-587 seconds 2580+-61 seconds 2580+-590 seconds	AFP	121 seconds
11/17/05	1300(0.25)	21	dewar	1.92	1100torr 3He & 100torr N2 at 300K 45 atm 4He inside acrylic cell (0.00413:0.404)	0% 1% 2% Combined StaErr netErr	1742+-41 seconds 2130+-60 seconds 2749+-102 seconds 2130+-60+-504 seconds 2130+-60 seconds 2130+-508 seconds	AFP	96 seconds
11/16/05	1290(0.09)	21	dewar	1.92	370torr 3He & 50torr N2 at 300K 45 atm 4He inside acrylic cell (0.00139:0.404)	0% 1% 2% Combined StaErr netErr	1456+-58 seconds 1606+-66 seconds 1795+-76 seconds 1606+-66+-170 seconds 1606+-66 seconds 1606+-182 seconds	AFP	88 seconds
11/12/05	1287(4.0)	21	oven	300	370torr 3He & 50torr N2 at 300K	2%	1.87+-0.02	AFP	1
					Original acrylic cell broke, have to replace one

9/30/05 "Chris" Double cell system, with a d-TPB coated acrylic cell on the bottom.

Time	Run#	B₀ Field (G)	Place	Temp(k)	Pressure	Loss	T₁(hrs)	AFP/FID	Time Inter.(hrs)
11/6/05	1285	21	oven	300	370torr 3He & 50torr N2 at 300K	2%	1.98+-0.08	AFP	1
11/4/05	1281 second peak	21	dewar	1.95	370torr 3He & 50torr N2 at 300K 45 atm 4He inside acrylic cell (0.00139:0.404)	5%	1255+-189 seconds Second peak has 6110+-4478 seconds	AFP	41 seconds
11/4/05	1275	21	dewar	1.95	370torr 3He & 50torr N2 at 300K 45 atm 4He inside acrylic cell	5%	467+-48 seconds	AFP	35 seconds
10/30/05	1273	21	oven	300	370torr 3He & 50torr N2 at 300K	2%	1.87+-0.02	AFP	1
10/28/05	1272	21	dewar	2.65	370torr 3He & 50torr N2 at 300K 15 atm 4He inside acrylic cell	??	no signal	AFP	25 seconds
10/26/05	1269(like 1236)	21	dewar	4.3	370torr 3He & 50torr N2 at 300K No 4He coating	??	no signal	AFP	35 seconds
10/25/05	1266	21	oven	300	370torr 3He & 50torr N2 at 300K	2%	2.02+-0.05	AFP	1
10/24/05	1262(like 1218)	21	dewar	1.85	370torr 3He & 50torr N2 at 300K 9 atm 4He inside acrylic cell	??	no signal	AFP	35 seconds
10/22/05	1260(like 1195)	21	dewar	2.05	370torr 3He & 50torr N2 at 300K 3 atm 4He inside acrylic cell	??	no signal	AFP	105 seconds
10/11/05	1255	21	oven	300	370torr 3He & 50torr N2 at 300K	2%	1.92+-0.03	AFP	1
10/8/05	1253	21	oven	300	370torr 3He & 50torr N2 at 300K	2%	1.90+-0.02	AFP	1

6/11/05 "Chris" Double cell system, with an uncoated acrylic cell on the bottom.

Time	Run#	B₀ Field (G)	Place	Temp(k)	Pressure	Loss	T₁(hrs)	AFP/FID	Time Inter.(hrs)
9/8/05	1238	21	dewar	2.2	370torr 3He & 50torr N2 at 300K No 4He coating (0.00139:0)	5%	No signal at all (T1<10s)	AFP	30 seconds
9/2/05	1236	21	dewar	4.3	370torr 3He & 50torr N2 at 300K No 4He coating (0.00139:0)	5%	First sweep 0.18mV Second sweep None T1<10s	AFP	35 seconds
8/28/05	1219	21	dewar	1.94	370torr 3He & 50torr N2 at 300K No 4He coating (0.00139:0)	5%	No signal at all (T1<10s)	AFP	50 seconds
8/27/05	1227(repeat 1216)	7	dewar	1.83	370torr 3He & 50torr N2 at 300K 9 atm 4He inside acrylic cell (0.00139:0.0807)	5%	128+-13 seconds	AFP	50 seconds
8/25/05	1225(repeat 1218)	21	dewar	1.835	300torr 3He & 50torr N2 at 300K 9 atm 4He inside acrylic cell (0.00139:0.0807)	5%	107+-5 seconds	AFP	50 seconds
8/23/05	1223 (3 para.)	21	dewar	1.93	370torr 3He & 50torr N2 at 300K 9 atm 4He inside acrylic cell (0.00139:0.0807)	5%	306+-17 seconds	AFP	50 seconds
8/17/05	1218	21	dewar	1.83	370torr 3He & 50torr N2 at 300K 9 atm 4He inside acrylic cell	5%	113+-3 seconds(only 3 points)	AFP	100 seconds
8/17/05	1216	7	dewar	1.86	370torr 3He & 50torr N2 at 300K 9 atm 4He inside acrylic cell	5%	108+-3 seconds(only 3 points)	AFP	100 seconds
8/14/05	1209	7	dewar	1.94	370torr 3He & 50torr N2 at 300K 9 atm 4He inside acrylic cell (0.00139:0.0807)	5%	134+-7 seconds	AFP	100 seconds
8/12/05	1207	7	dewar	2.04	370torr 3He & 50torr N2 at 300K 9 atm 4He inside acrylic cell (0.00139:0.0807)	5%	127+-4 seconds	AFP	100 seconds
8/10/05	1202	21	dewar	2.04	370torr 3He & 50torr N2 at 300K 15 atm 4He inside acrylic cell (0.00139:0.135)	3%	145+-7 seconds	AFP	100 seconds
8/9/05	1200	21	dewar	2.04	370torr 3He & 50torr N2 at 300K 9 atm 4He inside acrylic cell (0.00139:0.0807)	3%	186+-13 seconds	AFP	100 seconds
8/7/05	1198	21	oven	300	370 Torr 3He & ~50 torr N2	2%	2.47+-0.004	AFP	1
8/6/05	1197	21	oven	300	370 Torr 3He & ~50 torr N2	2%	2.39+-0.01	AFP	0.5
8/4/05	1195	21	dewar	2.05	370torr 3He & 50torr N2 at 300K 3 atm 4He inside acrylic cell (0.00139:0.0269)	3%	124+-6 seconds	AFP	100 seconds
8/3/05	1194	21	oven	300	370 Torr 3He & ~50 torr N2	2%	2.42+-0.01	AFP	0.5
8/2/05	1193	21	dewar	2.05	1100torr 3He & 70torr N2 at 300K 15 atm 4He inside acrylic cell (0.00413:0.135)	3%	166+-8.7 seconds	AFP	100 seconds
8/1/05	1192	21	oven	300	1100 Torr 3He & ~70 torr N2	2%	2.300+-0.003	AFP	0.5
7/31/05	1190	21	dewar	2.05	1100torr 3He & 70torr N2 at 300K 30 atm 4He inside acrylic cell (0.00413:0.270)	3%	127+-6 seconds	AFP	100 seconds
7/30/05	1188	21	oven	300	1100 Torr 3He & ~70 torr N2	2%	2.307+-0.004	AFP	0.5
7/29/05	1186	21	dewar	2.06	1100torr 3He & 70torr N2 at 300K 15 atm 4He inside acrylic cell	3%	228+-7 seconds(not accurate)	AFP	100 seconds
7/28/05	1185	21	oven	300	1100 Torr 3He & ~70 torr N2	2%	2.31+-0.01	AFP	0.5
7/27/05	1183	21	dewar	2.06	1100torr 3He & 70torr N2 at 300K 9 atm 4He inside acrylic cell (0.00413:0.0807)	3%	105+-7 seconds	AFP	100 seconds
7/26/05	1181	21	dewar	2.06	1100torr 3He & 70torr N2 at 300K 3 atm 4He inside acrylic cell (0.00413:0.0269)	3%	115+-6 seconds	AFP	100 seconds
7/24/05	1179	21	dewar	2.4	1100torr 3He & 70torr N2 at 300K no coating (0.00413:0)		too few points	AFP	5 mins
7/23/05	1177	7	oven	300	1100 Torr 3He & ~70 torr N2	2%	2.21+-0.01	AFP	1
7/22/05	1175	21	oven	300	1100 Torr 3He & ~70 torr N2	2%	3.58+-0.01	AFP	1
7/21/05	1173	21	oven	300	1100 Torr 3He & ~70 torr N2	2%	3.40+-0.08	AFP	1
After this, the double cell was taken out and a new piece of acrylic cell was put on and "Chris" was put back onto the dewar
6/18/05	1169	21	oven	300	400 Torr 3He & ~50 torr N2	3%	3.30+-0.01	AFP	1
6/15/05	1166	7	oven	300	2350 Torr 3He & ~140 torr N2	2%	2.23+-0.01	AFP	1
6/14/05	1164	21	oven	300	2350 Torr 3He & ~140 torr N2	2%	2.65+-0.004	AFP	3
6/13/05	1162	21	oven	300	2350 Torr 3He & ~140 torr N2	2%	2.57+-0.02	AFP	1

4/26/05 "Junior E" sealed cells are made. "Junior F" got destroyed. Have a getter from nupure.com

Time	E?F	Run#	B₀ Field (G)	Place	Temp(k)	Pressure	Loss	T₁(hrs)	AFP/FID	Time Inter.(hrs)
05/05/05	E	1157	21	pumping cell	300	50 torr N2, 550 torr 3He	6.5%	41.23+-1.27	AFP	12 with RF amp turned off during interval
05/02/05	E	1155	21	pumping cell	300	50 torr N2, 550 torr 3He	6.5%	33.0+-2.4	AFP	1
04/29/05	E	1151	7	pumping cell	300	50 torr N2, 550 torr 3He	3%	6.24+-0.07	AFP	1
04/27/05	E	1149	21	pumping cell	300	50 torr N2, 550 torr 3He	7.5%	24.7 +- 0.8	AFP	2

03/20/05-04/01/05 "Junior" C&D sealed cells are made. Improve the vacuum system, include a getter from nupure.com, but the cell is not good.

Time	C?D	Run#	B₀ Field (G)	Place	Temp(k)	Pressure	Loss	T₁(hrs)	AFP/FID	Time Inter.(hrs)
04/08/05	D	1142	21	pumping cell	300	50 torr N2, 550 torr 3He	1.5%	1.32+-0.01	AFP	1

12/31/04-01/08/05"Junior" A&B sealed cells are made

Time	A?B	Run#	B₀ Field (G)	Place	Temp(k)	Pressure	Loss	T₁(hrs)	AFP/FID	Time Inter.(hrs)
03/13/2005	A	1136	21	pumping cell	300	50 torr N2, 550 torr 3He	0%(doing FID at 7G)	13.0+-0.7	FID	1
03/12/2005	A	1128-1134	21	pumping cell	300	50 torr N2, 550 torr 3He	0.6%(doing AFP at 7G)	18.32+- 0.38	AFP	1
03/10/2005	A	1126	21	pumping cell	300	50 torr N2, 550 torr 3He	2%	15.17+-0.18	AFP	1
03/07/2005	A	1125	7	pumping cell	300	50 torr N2, 550 torr 3He	0.53%	5.93 (rough estimate)	AFP(no FID coils on)	10
03/06/2005	A	1122	7	pumping cell	300	50 torr N2, 550 torr 3He	0.53%	6.04+-0.03	AFP(no FID coils on)	2
03/04/2005	A	1120	7	pumping cell	300	50 torr N2, 550 torr 3He	0%	20.64+-0.63 hrs (FF)	FID(no AFP coils on)	0.5
03/02/2005	A	1119	7	pumping cell	300	50 torr N2, 550 torr 3He	0.53%	6.17+-0.05	AFP	1
02/26/2005	A	1106	7	pumping cell	300	50 torr N2, 550 torr 3He	0%	16.49+-0.65 hrs (FF) 22.75+-0.80 hrs (Strength)	FID	0.5
02/21/2005	A	1105	7	pumping cell	300	50 torr N2, 550 torr 3He	1.3%	6.14+-0.03	AFP	3
02/12/2005	A	1104	7	dewar cell	4.3-4.4	50 torr N2, 550 torr 3He	0%	9.8+-0.8 mins	FID	5 mins
02/11/2005	A	1102	7	dewar cell	4.2	50 torr N2, 550 torr 3He	5%	14.5+-0.1 mins	AFP	5 mins
02/09/2005	A	1100	7	dewar cell	4.2	50 torr N2, 550 torr 3He	0%	0.46+-0.046 hr	FID	15 mins
02/08/2005	A	1098	7	pumping cell	300	50 torr N2, 550 torr 3He, with a getter on top of dewar	0%	15.88+-0.46 hrs (FF) 36.15+-0.77(Strength)	FID	0.5
02/06/2005	A	1097	7	dewar cell	300	50 torr N2, 550 torr 3He	0%	5.12+-0.06 (FF)	FID	0.5
02/03/2005	A	1093	7	dewar cell	300	50 torr N2, 550 torr 3He	5.5%	4.65+-0.02	AFP	1
02/02/2005	A	1090	21	dewar cell	300	50 torr N2, 550 torr 3He	0.3 (big)	5.98+-0.13	AFP	1
02/01/2005	A	1089	7	pumping cell	300	50 torr N2, 550 torr 3He	1.3%	5.86+-0.04	AFP	2
01/31/2005	A	1084	21	pumping cell	300	50 torr N2, 550 torr 3He	5.5%	19.2+-0.2	AFP	2
01/27/2004	A	1074	21	close to the center	300	50 torr N2, 550 torr 3He	8%	15.7+-0.7	AFP	1
01/24/2004	B	1061	7	close to the center	300	50 torr N2, 560 torr 3He (0.3V)	5.6%	5.18+-0.02	AFP	2
01/16/2005	A	1047	7	close to the center	300	50 torr N2, 550 torr 3He	0%	27.7+-0.6 hrs (FF) 30.0+-0.3 hrs (Strength)	FID	0.5
01/15/2005	A	1045	7	close to the center	300	50 torr N2, 550 torr 3He (0.3V)	6%	7.16+-0.07	AFP	3
01/13/2005	A	1038	7	pumping cell	300	50 torr N2, 550 torr 3He (0.3V)	5.6%	7.1+-0.03	AFP	3
01/11/2005	A	1034	7	pumping cell	300	50 torr N2, 550 torr 3He	0%	25.3+-0.8 hrs (FF) 42.4+-0.6 hrs (Strength)	FID	0.5
01/10/2005	B	1032	7	pumping cell	300	50 torr N2, 560 torr 3He (0.3V)	4.6%	6.38+-0.08	AFP	3
01/09/2005	A	1026	7	pumping cell	300	50 torr N2, 550 torr 3He (0.7V)	8%	7.1+-0.02	AFP	1

12/13/04-12/29/04 "Anna" double-cell system: Very short relaxation time in the oven ~ 0.55 hr

12/01/04-12/12/04 "Laura" Exploded

"Heather II " Double Cell System (Heather I borke, Only one valve in the middle, Short middle tubing, Capillary Tubing in the bottom)

This cell is not good enough either

Time	Run#	B₀ Field (G)	Place	Temp(k)	Pressure	Loss	T₁(hrs)	AFP/FID	Time Inter.(hrs)
11/28/04	1016	7	oven	300	2350 Torr 3He & ~140 torr N2	1.5%	0.8819+-0.003634	AFP	1
11/28/04	1014	7	oven	300	2350 Torr 3He & ~140 torr N2	1.5%	0.9054 +- 0.00143	AFP	1
11/27/04	1012	7	dewar	2.4	2350 Torr 3He & ~140 torr N2/3	6%	1.327+-0.015 mins(only three points!)	AFP	5 mins
11/25/04	1010	7	oven	300	2350 Torr 3He & ~140 torr N2	1.5%	1.118+-0.0072	AFP	1
11/24/04	1008	7	dewar	2.4	2350 Torr 3He & ~140 torr N2/3	6%	4.201+-0.03282 mins	AFP	5 mins
11/24/04	1006	7	oven	300	2350 Torr 3He & ~140 torr N2	1.5%	1.526+-0.001668	AFP	1
11/23/04	1004	7	oven	300	2350 Torr 3He & ~140 torr N2	1.5%	1.553+- 0.00296	AFP	1
11/22/04	1002	7	oven	300	2350 Torr 3He & ~140 torr N2	1.5%	1.669+- 0.00236	AFP	1

"Samantha" Double Cell System (Only one valve in the middle, Short middle tubing, Capillary Tubing in the bottom)

From this system, we learned where the contamination comes from and how to prevent it.

Time	Run#	B₀ Field (G)	Place	Temp(k)	Pressure	Loss	T₁(hrs)	AFP/FID	Time Inter.(hrs)
10/31/04	998	7	oven	300	2350 Torr 3He & ~140 torr N2	1.5%	1.526+-0.0073	AFP	1
10/29/04	996	7	oven	300	2350 Torr 3He & ~140 torr N2	1.5%	1.522+-0.003875	AFP	1
10/28/04	994	7	dewar	300	2350 Torr 3He & ~140 torr N2/3	6%	0.3019+-0.001654	AFP	0.5
10/27/04	992	7	oven	300	2350 Torr 3He & ~140 torr N2	1.5%	1.485+-0.002386	AFP	1
10/26/04	990	7	dewar	2.40K	2350 Torr 3He & ~140 torr N2/3 4He coating	6%	1.397 mins(too few points)	AFP	5 mins
10/25/04	988	7	oven	300	2350 Torr 3He & ~140 torr N2	1.5%	1.646+-0.00257	AFP	1
10/24/04	986	7	dewar	2.40K	2350 Torr 3He & ~140 torr N2/3 4He coating	6%	3.208+-0.0372 mins	AFP	5 mins
10/23/04	984	7	oven	300	2350 Torr 3He & ~140 torr N2	1.5%	1.667+-0.001463	AFP	1
10/23/04	982	7	dewar	300	2350 Torr 3He & ~140 torr N2/3	6%	0.4549+-0.001696	AFP	0.5
10/22/04	980	7	oven	300	2350 Torr 3He & ~140 torr N2	1.5%	1.67+-0.0107	AFP	1
10/21/04	978	7	dewar	2.5K	2350 Torr 3He & ~140 torr N2/3 4He coating	6%	7.877+-0.113 mins	AFP	5 mins
10/20/04	976	7	oven	300	2350 Torr 3He & ~140 torr N2	1.5%	1.897+-0.0045	AFP	1
10/19/04	974	7	oven	300	2350 Torr 3He & ~140 torr N2	1.5%	1.868+-0.00991	AFP	1
10/18/04	970	7	oven	300	2350 Torr 3He & ~140 torr N2	1.5%	1.858+-0.0017	AFP	1
10/17/04	968	7	dewar	300	2350 Torr 3He & ~140 torr N2/3	6%	0.9559+-0.00857	AFP	0.5
10/16/04	966	7	oven	300	2350 Torr 3He & ~140 torr N2	1.5%	1.935+-0.0064	AFP	1
10/15/04	964	21	dewar	300	2350 Torr 3He & ~140 torr N2/3	6%	0.278+-0.00424	AFP	0.25
10/15/04	958	21	oven	300	2350 Torr 3He & ~140 torr N2	4%	2.372+-0.00181	AFP	1
10/14/04	956	7	dewar	300	2350 Torr 3He & ~140 torr N2/3	6%	1.086+-0.007245	AFP	0.5
10/13/04	954	7	oven	300	2350 Torr 3He & ~140 torr N2	1.5%	3.488+-0.026	AFP	1

"Nicole" Double Cell System (Only one valve in the middle, Long middle tubing, Capillary Tubing in the bottom)

Time	Run#	B₀ Field (G)	Place	Temp(k)	Pressure	T₁(hrs)	AFP/FID	Time Inter.(hrs)
9/26/04	951	7	dewar	300	2350 Torr 3He & ~140 torr N2/3	27.22+-1.815 mins	AFP	5 mins
9/24/04	947	7	dewar	1.992	2350 Torr 3He & ~140 torr N2 (low T) 4He coating	too few points	AFP	5 mins
9/23/04	946	7	dewar	2.4	2350 Torr 3He & ~140 torr N2 (low T) 4He coating	5.73+-0.01474 mins	AFP	5 mins
9/22/04	945	7	dewar	4.2	2350 Torr 3He & ~140 torr N2 (low T) 4He coating	6.426+-0.213 mins	AFP	5 mins
9/21/04	944	7	dewar	4.2	2350 Torr 3He & ~140 torr N2 (low T) 4He coating	6.759+-0.2311 mins	AFP	5 mins
9/20/04	943	7	dewar	2.4	2350 Torr 3He & ~140 torr N2 (low T) 4He coating	6.636+-0.112 mins	AFP	5 mins
9/19/04	942	7	dewar	300	2350 Torr 3He & ~140 torr N2/3	41.06+-0.4462 mins	AFP	5 mins
					the dTPB sticks are taken out 31.9% surface area ratio
9/16/04	940	7	dewar	300	2350 Torr 3He & ~140 torr N2/3	22.4+-0.189 mins	AFP	5 mins
9/15/04	938	7	dewar	1.990	2350 Torr 3He & ~140 torr N2 (low T) 4He coating	7.184+-0.248 mins	AFP	5 mins
9/14/04	937	7	oven	300	2350 Torr 3He & ~140 torr N2	0.451+-0.0449	FID	0.25
9/13/04	936	7	dewar	4.2	2350 Torr 3He & ~140 torr N2/3 (low T) 4He coating	5.772+-0.0102 mins	AFP	5 mins
9/12/04	935	7	dewar	2.40-2.34	2350 Torr 3He & ~140 torr N2/3 (low T) 4He+D2 coating	too few points	AFP	10 mins
9/9/04	933	7	dewar	2.38-2.28	2350 Torr 3He & ~140 torr N2/3 (low T) 4He+D2 coating	6.852+-0.0533 mins	AFP	5 mins
9/7/04	931	7	dewar	2.38-2.28	2350 Torr 3He & ~140 torr N2/3 (low T) 4He coating	6.694+-0.051 mins	AFP	10 mins
9/6/04	929	7	oven	300	2350 Torr 3He & ~140 torr N2	0.6132+-0.0393	FID	0.25
9/5/04	927	7	oven	300	2350 Torr 3He & ~140 torr N2	0.6103+-0.00142	AFP	0.5
9/4/04	925	7	dewar	2.38K(quite stable)	2350 Torr 3He & ~140 torr N2/3 (low T) 4He coating	8.516+-0.0416 mins	AFP	5 mins
9/3/04	923	7	dewar	2.5(not stable)	2350 Torr 3He & ~140 torr N2/3 (low T) 4He coating	15.4+-0.1523 mins	AFP	10 mins
9/3/04	921	7	oven	300	2350 Torr 3He & ~140 torr N2	1.14+-0.0549	FID	15 mins
9/2/04	919	7	dewar	300	2350 Torr 3He & ~140 torr N2/3	0.8764+-0.0086	AFP	0.5
9/1/04	917	7	dewar	300	2350 Torr 3He & ~140 torr N2/3	0.8826+-0.0082	AFP	15 mins
9/1/04	915	7	oven	300	2350 Torr 3He & ~140 torr N2	0.7923+-0.00161	AFP	1

"Megan II " Double Cell System (An extra valve in the middle, Capillary Tubing in the bottom)

Time	Run#	B₀ Field (G)	Place	Temp(k)	Pressure	T₁(hrs)	AFP/FID	Time Inter.(hrs)
8/14/04	909	7	dewar	300	2200 Torr 3He & ~100 torr N2/3	14 mins	AFP	15 mins
8/13/04	907	7	dewar	300	2200 Torr 3He & ~100 torr N2/3	15 mins	AFP	5 mins
8/13/04	905	7	oven	300	2200 Torr 3He & ~100 torr N2	0.58	AFP	1

"Megan I " Double Cell System (Complete Piece, with an extra valve in the middle)

Time	Run#	B₀ Field (G)	Place	Temp(k)	Pressure	T₁(hrs)	AFP/FID	Time Inter.(hrs)
8/2/2004	903	7	dewar	2.5	2200 Torr 3He & ~100 torr N2 /3	5.2 mins	AFP	5 mins (1 atm D2 + 2 atm 4He)
7/21/2004	898	7	dewar	300	2200 Torr 3He & ~100 torr N2 /3	1.5 mins	AFP	5 mins(w/ TPB inside)
7/20/04	896	7	dewar	2.5	2200 Torr 3He & ~100 torr N2 /3	1.6 mins	AFP	5 mins
7/12/04	888	7	dewar	2.5	2200 Torr 3He & ~100 torr N2 /3	0.067	AFP	10 mins
7/9/04	884	7	dewar	4	2200 Torr 3He & ~100 torr N2 /3	short	AFP	0.5
7/8/04	880	7	dewar	300	2200 Torr 3He & ~100 torr N2 /3	0.2	AFP	0.5
7/6/04	876	7	oven	300	2200 Torr 3He & ~100 torr N2	3.7	AFP	0.5 (middle V open)
7/3/04	867	7	oven	300	2200 Torr 3He & ~100 torr N2	7	AFP	1

"Brittany" Double Cell System (Complete Piece, damaged on June 16, 2004)

Time	Run#	B₀ Field (G)	Place	Temp(k)	Pressure	T₁(hrs)	AFP/FID	Time Inter.(hrs)
6/14/04	853	7	oven	300	2300 Torr 3He & ~100 torr N2	7.3	FID	0.5
6/14/04	851	7	dewar	300	2290 Torr 3He & ~110 torr N2	1.4	AFP	1
6/13/04	849	7	oven	300	2290 Torr 3He & ~110 torr N2	6.8	FID	0.5
6/12/04	847	7	dewar	300	2200 Torr 3He & ~33 torr N2	1(too much loss, too little N2)	AFP	0.5
6/11/04	845	7	oven	300	2200 Torr 3He & ~33 torr N2	2.5	AFP	1
6/10/04	842	7	dewar	300	2200 Torr 3He & ~100 torr N2	5(Not sure b/c T2 is too short)	FID	0.5
6/9/04	840	7	oven	300	2200 Torr 3He & ~100 torr N2	6.95	FID	0.5

"Sarah" Double Cell System (Half Piece)

Time	Run#	B₀ Field (G)	Place	Temp(k)	Pressure 1975 torr 3He & ~100 torr N2	T₁(hrs)	AFP/FID	Time Inter.(hrs)
5/25/04	815	7	center of the holding field	300		4.7	AFP	1
5/25/04	808	7	center of the holding field	300		5.5	FID	0.5
5/23/04	806	25	center of the holding field	300		3.2	AFP	2
5/22/04	804	25	center of the holding field	300		3.1	AFP	1
3/20/04	718	7	oven	300		5.6	FID	0.5

"Emerald" New NIST Cell

Time	Run#	B₀ Field (G)	Place	Temp(k)	Pressure GE180, 100 torr 3He, 50 torr N2, rest is 4He, total 0.9 bar, Field is always in the same original direction, never reversed.	T₁(hrs)	AFP/FID	Time Inter.(hrs)
4/26/04	770	21	dewar	300		21.53+-4.6	AFP	0.5
4/25/04	768	21	dewar	300		7.2+-0.2	AFP	0.75
4/24/04	766	21	dewar	2.5		8.2+-0.2	AFP	0.5
4/23/04	764	21	oven	300		104+-60(noisy) wrong!!! 17.5+-1.3 hrs (loss 1%)	AFP	1
4/22/04	762	21	dewar	2.5		12.9+-0.9	AFP	0.5
4/19/04	759	21	dewar	4		4.6+-0.3	AFP	3000 seconds
4/14/04	749	21	dewar	4		3	AFP	0.5
4/13/04	743	21	oven	300		184+-15 wrong!!! 9.62+-0.13 hrs (loss 1%)	AFP	1

"Red Baron" NIST Big Cell

Time	Run#	B₀ Field (G)	Place	Temp(k)	Cell Orientation	Pressure	Field Direction (1=original, 2=reversed)	T₁(hrs)	AFP/FID	Time Inter.(hrs)
4/10/04	740	7	dewar	2.4	1	500 torr 3He & 50 torr N2	1	0.44	FID	5 mins
4/8/04	738	7	dewar	4.3	1	500 torr 3He & 50 torr N2	1al, 2 means reversed)	0.6	FID	0.5
4/6/04	734	7	oven	300	1	500 torr 3He & 50 torr N2	1	12	FID	0.5
4/5/04	732	7	oven	300	1	500 torr 3He & 50 torr N2	1	13	FID	0.5
4/4/04	730	7	dewar	4.3	1	500 torr 3He & 50 torr N2	1	0.77	FID	0.5
4/3/04	728	7	oven	300	1	500 torr 3He & 50 torr N2	1	13	FID	0.5
4/2/04	726	7	dewar	300	1	500 torr 3He & 50 torr N2	1	10	FID	0.5
3/29/04	032904	7	oven	300	1	500 torr 3He & 50 torr N2	1	18 (only once)	FID	0.5
3/27/04	032704	7	close to the center of the holding field	300	1	500 torr 3He & 50 torr N2	1	20	FID	0.5
3/26/04	adjusted the Big Holding Coils, Made it more stable
3/25/04	724	7	close to the center of the holding field	300	1	500 torr 3He & 50 torr N2	1	15	FID	0.5
3/24/04	722	7	close to the center of the holding field	300	1	500 torr 3He & 50 torr N2	1	24	FID	0.5
3/24/04	B field reversed again back to what it was
3/23/04	720	7	close to the center of the holding field	300	1	500 torr 3He & 50 torr N2	2	24	FID	0.5
3/19/04	713	7	close to the center of the holding field	300	2	500 torr 3He & 50 torr N2	2	6.7	AFP	3
3/19/04	711	21	close to the center of the holding field	300	2	500 torr 3He & 50 torr N2	2	3	AFP	0.5
3/18/04	716	7	close to the center of the holding field	300	1	500 torr 3He & 50 torr N2	2	20	FID	0.5
3/18/04	706-707-708	21	close to the center of the holding field	300	2	500 torr 3He & 50 torr N2	2	17	AFP	12
3/16/04	704	7	close to the center of the holding field	300	2	500 torr 3He & 50 torr N2	2	6	AFP	1
3/15/04	717	7	close to the center of the holding field	300	2	500 torr 3He & 50 torr N2	2	17	FID	0.5
3/14/04	701	21	close to the center of the holding field	300	2	500 torr 3He & 50 torr N2	2	20	FID	0.5
3/14/04	Change the ramping function, remove the flat part
3/13/04	692	21	close to the center of the holding field	300	2	500 torr 3He & 50 torr N2	2	15.1	AFP	1
3/13/04	690	21	close to the center of the holding field	300	2	500 torr 3He & 50 torr N2	2	4.4	AFP	0.5
3/12/04	688	21	close to the center of the holding field	300	2	500 torr 3He & 50 torr N2	2	1.5	AFP	0.25
The yellow are a series of tests which determines that we have a big loss while using AFP
3/11/04	684	21	close to the center of the holding field	300	1	500 torr 3He & 50 torr N2	2	15	AFP	1
3/10/04	B field reversed
3/10/04	682	7	close to the center of the holding field	300	1	500 torr 3He & 50 torr N2	1	9.5	AFP	1
3/9/04	680	5	close to the center of the holding field	300	1	500 torr 3He & 50 torr N2	1	6	AFP	1
3/8/04	678	21	close to the center of the holding field	300	1	500 torr 3He & 50 torr N2	1	20	AFP	2
3/6/04	676	21	double-cell oven	300	1	500 torr 3He & 50 torr N2	1	17	AFP	1
3/3/04	673	21	double-cell oven	300	2	500 torr 3He & 50 torr N2	1	8	AFP	1

"Jessica" Double Cell System

Time	Run#	B₀ Field (G)	Place	Temp(k)	Pressure	Field Direction (1=original, 2=reversed)	T₁(hrs)	AFP/FID	Time Inter.(hrs)
3/20/04	718	7	oven	300	1875 torr 3He & 100 torr N2	2means reversed)	5.6	FID	0.5
2/24/04	647	21	oven	300	VG2 open ~0.3 atm torr 3He, 10 torr N2	1	3	AFP	1
2/23/04	643	21	oven	300	VG2 closed ~1 atm torr 3He, 40 torr N2	1	2.5	AFP	1
2/22/04	641	21	oven	300	VG2 open ~1 atm torr 3He, 40 torr N2	1	2.6	AFP	1
2/21/04	637	21	oven	300	2044 torr 3He & 118 torr N2	1	1.9	AFP	1

"Ashley" W&M Sealed Cell (3 atm 3He and 100 torr N2)

Run #	Date	Spin U/D	Which coil used	Holding B (G)	gain	Driving Frequency	Driving Amplitude	Ramp Amplitude	Ramp Offset	T Interval	T1	Important?	Other/ Misc
619		D	sm pk on sealed cell 1	5	500	16000	0.8	0.744	0.4	1800
617		U	back to small pk on sealed cell 1	21	500	79000	0.42	0.744	4.56	7200
616		D(dewar)	sm pk on sealed cell 2	5	500	16000	0.8	0.744	0.4	1800		YES
615		U	sm pk on sealed cell 2	21	1000	79000	0.42	0.744	4.56	7200
614		no result
613		U	sm pk on sealed cell 2	21	1000	79000	0.42	0.744	4.56	7200
612		D(2.91K-2.49K)	sm pk on sealed cell 2	5	1st sweep:1000,2:5000,3:1000,4:1000,5:500	16000	0.8	0.744	0.4	600		YES
611		U	sm pk on sealed cell 2	21	500	79000	0.42	0.744	4.56	3600
609		U	sm pk on sealed cell	21	500	79000	0.42	0.744	4.56	7200
608	#######	D(77K)	sm pk on sealed cell	5	500	16000	0.5	0.744	0.4	1800		YES
607		U	sm pk on sealed cell	21	500	79000	0.42	0.744	4.56	7200
606	#######	D(4.2K-5.6K)	sm pk on sealed cell	5	500	16000	0.5	0.744	0.4	900		YES
605		U	sm pk on sealed cell	21	500	79000	0.42	0.744	4.56	7200
604		D(oven)	small pickup on sealed cell	5	500	16000	0.42	0.744	0.4	3600	4.783+-0.3545	YES
603		U	small pickup on sealed cell	21	100	79000	0.42	0.744	4.56	7200
602		D(dewar)	small pickup on sealed cell	21	100	87000	0.5	0.744	5.2	3600		YES
601		U	small pickup on sealed cell
600	#######	D(dewar)	small pickup on sealed cell	5		16000	0.5	0.744	0.5	1800		YES
599		U	small pickup on sealed cell	21	500	79000	0.42	0.744	4.56	7200
598		D(dewar)	small pickup on sealed cell	21	200	87000	0.52	0.744	5.2	1800		YES
597		U	small pickup on sealed cell	21	500	79000	0.42	0.744	4.56	7200
590-596		testing											The signal is very small. Have to spin up again
589		U	small pickup on sealed cell	21	500	79000	0.42	0.744	4.56	7200
588		D(dewar)	small pickup on sealed cell	21	500	87000	0.52	0.744	5.2	3600
587		U	small pickup on sealed cell	21	500	79000	0.42	0.744	4.56	7200
586		D(oven)	small pickup on sealed cell	5	500	16000	0.42	0.744	0.5	1800		YES
585		U	small pickup on sealed cell	21	500	79000	0.42	0.744	4.56	7200
584		D(oven)	small pickup on sealed cell	21	500	79000	0.42	0.744	4.56	3600		YES
583		U	small pickup on sealed cell	21	500	79000	0.42	0.744	4.56	7200
582		Bad
581		Test	small pickup on sealed cell	21	100	87000	0.55	0.744	5.2
580		Test	small pickup on sealed cell	21	500	87000	0.55	0.744	5.2
579		U	small pickup on sealed cell	21	500	79000	0.42	0.744	4.56	7200
578		D(dewar)	Small pickup on sealed cell	5	500	16000	0.5	0.744	0.5	1800		YES
577		U	small pickup on sealed cell	21	500	79000	0.2	0.744	4.56	7200
576		Bad
575		D(dewar)	small pickup on sealed cell	21	200	87000	0.52	0.744	5.2	3600		YES
574		U	small pickup on sealed cell	21	200	79000	0.2	0.744	4.56	7200
573		Bad
572		Bad
571		D(dewar)	whitebox and Pick A	21		87000	0.3	0.744	5.2	600		Signal using the box is too small to be detected
570		U	big pickup in the oven	21	20	79000	0.2	0.744	4.56	7200
569		D(dewar)	small pickup on sealed cell	21	200	87000	0.3	0.744	5.2	3600		YES
568		U	small pickup on sealed cell	21	500	79000	0.2	0.744	4.56	7200
567		D(dewar)	big pickup A in the dewar	21	2	87000	0.3	0.744	5.2	3600		YES	Three measurements corresponds to the three positions of the sealed cell
566		U	small pickup on sealed cell	21	500	79000	0.2	0.744	4.56	7200
565		Test(dewar)	small pickup on sealed cell	21	500	87000	0.3	0.744	5.2	600
564		U	small pickup on sealed cell	21	500	79000	0.2	0.744	4.56	7200		YES
563		Bad
562		Bad
561		U	big pickup in the oven	21	20	79000	0.2	0.744	4.56	7200
560		D(oven)	big pickup in the oven	21	20	79000	0.2	0.744	4.56	3600		YES
559		U	big pickup in the oven	21	20	79000	0.2	0.744	4.56	7200
557		D(oven)	small pickup in the oven	5		16000	0.2	0.744	0.5	300
556		U	small pickup in the oven	5	500	16000	0.2	0.744	0.5	7200
555		D(oven)	small pickup in the oven	5		16000	0.2	0.744	0.5	300
554		U	small pickup in the oven	5		16000	0.2	0.744	0.5	7200
553		D(oven)	small pickup in the oven	21	500	79000	0.2	0.744	4.56	300
552		U	small pickup in the oven	21	200	79000	0.2	0.744	4.56	7200
551		D(oven)	big coil in the oven(glass)		20	77000	0.42	0.744	4.5	300			Pressure=2500 Torr
550		U	big coil in the oven(glass)		20	77000	0.42	0.744	4.5	7200
545		D(oven)	big coil in the oven(glass)			98000	0.42	0.744	5.95	300			1=b(pickup A in the dewar), 2=top, 3=b(pickup A in the dewar),4=top,5=top
544		U	big coil in the oven(glass)	28	50	98000	0.42	0.744	5.95	7200
542		D(Top and Bottom)	big coil in the oven(glass)		Top=50, down=20	95000	0.48	0.744	5.95	240		Maybe
541		U	big coil in the oven(glass)	28	50	98000	0.42	0.744	5.95	7200
535		D(oven)				79000	0.42	0.744	4.56			YES
534		U
529-530		only polarize for 2 hours and try
528		D(oven)	big coil in the oven(glass)	21	20	79000	0.42	0.744	4.56	1800		YES
527		U	big coil in the oven(glass)	21	20	79000	0.42	0.744	4.56	7200
525-526		D(oven)	big coil in the oven(glass)	21	20	79000	0.42	0.744	4.56	1800		YES	pt3, T>3.3K
522		U	big coil in the oven(glass)	21	1	79000	0.42	0.744	4.56	7200			1->3.7, 2,3,4,5-><3.3K
521		D(<3.3K)	small pickup on sealed cell	5		16000	0.55	0.744	0.4	900		Probably
520		D(3.75K)	small pickup on sealed cell	5		16000	0.55	0.744	0.4	300		Probably
519		U	small pickup on sealed cell	21		79000	0.42	0.744	4.56	7200
518		D(3.98K)	small pickup on sealed cell	5		16000	0.55	0.744	0.4	300		YES
517		D(4.5K)	small pickup on sealed cell	5		16000	0.55	0.744	0.4	900		YES	close to the center of the holding field
516		U	small pickup on sealed cell	21		79000	0.42	0.744	4.56	7200			close to the center of the holding field
512		D(center of the holding field)	small pickup on sealed cell	21		79000	0.42	0.744	4.68	3600		YES	In fact BAD
511		U	small pickup on sealed cell	21		79000	0.42	0.744	4.68	7200
502		D(3.55K)	small pickup on sealed cell	21		87000	0.55	0.744	5.16	300		YES
500		U	small pickup on sealed cell	21		79000	0.42	0.744	4.56
495		D(oven)	small pickup on sealed cell	21		79000	0.8	0.744	4.56	3600			2nd cell
494		U	small pickup on sealed cell	21		79000	0.8	0.744	4.56	3600			2nd cell
493		D(oven)	small pickup on sealed cell	10		34000	0.8	0.744	1.64	1800
492		U		10
491		D(oven)	small pickup on sealed cell	5		16000	0.8	0.744	0.37	1800		YES
490		U	small pickup on sealed cell	5		16000	0.8	0.744	0.37	7200
489		D(oven)	small pickup on sealed cell	3		10000	0.8	0.744	0.3	1800		YES
488		U	small pickup on sealed cell	3		10000	0.8	0.744	0.3	7200
481		D(oven)	small pickup on sealed cell	10		34000	1.9	0.744	1.64	3600		YES
480	#######	U	small pickup on sealed cell	10		34000	1.9	0.744	1.64	7200
479		D(oven)	small pickup on sealed cell	5		16000	3.4	0.744	0.37	1800		YES
478		U		5		16000	3.4	0.744	0.37
476		U	small pickup on sealed cell	10		34000	1.9	0.744	1.6	7200
469		U	small pickup on sealed cell
445		D(~26k)	small pickup on sealed cell	21		87000	1.02	0.744	5.13	1800		YES
439		U
438		D(77K)	small pickup on sealed cell	21		87000	1.02	0.744	5.13	3600		YES
436		U				79000	0.82	0.744	4.56	7200
433-435		testing
432		U	small pickup on sealed cell	21		87000	0.82	0.744	4.56	7200
431		D(dewar)	small pickup on sealed cell	21		87000	1.02	0.744	5.2	3600		YES
428		U
425		D(oven)	small pickup on sealed cell	21		79000	0.82	0.744	4.56	3600		YES
423		U	small pickup on sealed cell	21		79000	0.82	0.744	4.56	7200
419		D(oven)	big coil in the oven to measure the glass cell
417		U	big coil in the oven to measure the glass cell
416		U	big coil in the oven to measure the glass cell
411		D(oven)	big coil in the oven to measure the glass cell	21		79000	0.5	0.744	4.56	1800		YES
410		U	small pickup on sealed cell
407		U	small pickup on sealed cell
406		D(oven)	small pickup on sealed cell	21		79000	0.5	0.744	4.56	1800		YES
403		U	small pickup on sealed cell
398		D(oven)	small pickup on sealed cell	21
397		U	small pickup on sealed cell	21		79000	0.5	0.744	4.56	7200
396		D(oven)	small pickup on sealed cell	21		79000	0.5	0.744	4.56	7200		YES
395	10/22/2003	U	small pickup on sealed cell	21		79000	0.5	0.744	4.56	7200
387-391		Bad	big coil on the oven
386		testing
385	10/20/2003	D(oven)	small pickup on sealed cell	21		79000	0.5	0.744	4.56
381-384	10/19/2003	testing
380	10/19/2003	D(oven)	small pickup on sealed cell	21		79000	0.47	0.744	4.56	7200
365-379	10/19/2003	testing
352-360	10/18/2003	testing
348-351	10/14/2003	testing
343-347	10/13/2003	testing
342	10/13/2003	First NMR Signal!
335-341	10/12/2003	testing
326-332	10/10/2003	testing
316-325	10/08/2003	testing
301-315	10/07/2003	testing

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Progress

3He target setup status

Geometric Phase Effect Test Status

Injection Test Status

Cs Ring Test status (part of the injection volume test)

300~500mK Test Status

12/30/06, two more detachable cells made. 1st one "AlanI" 1.5atm 3He, 200 torr N2 ~ 400hrs (Rb blocking the capillary) 2nd one "AlanII" 1.5 atm 3He, 200 torr N2 ~ Smaller than 1 hr (~0.8 hr). Bad cell !

10/28/06, two more detachable cells made. 1st one "Amy" 1.5atm 3He, 200 torr N2 ~ 10hrs 2nd one "Alice" 1200 torr 3He, 200 torr N2 ~ Smaller than 1 hr. Bad cell ! 3rd one "April" being baking out

7/19/06 Junior E cell, Correlation Function measurements, 300K, at the center of the Helmholtz coils with or without B-field gradient

7/13/2006 Detachable cell II (the one with more Rb), 300K, at the center of the Helmholtz coils without external B-field gradient

7/6/2006 Detachable cell I (the one with less Rb), 300K, at the center of the Helmholtz coils without external B-field gradient

3/23/06 Emerald cell & Junior E cell, Correlation Function measurements, 300K, at the center of the Helmholtz coils with or without B-field gradient

11/10/05 "Chris" Double cell system put back on, with another d-TPB coated acrylic cell on the bottom.

9/30/05 "Chris" Double cell system, with a d-TPB coated acrylic cell on the bottom.

6/11/05 "Chris" Double cell system, with an uncoated acrylic cell on the bottom.

4/26/05 "Junior E" sealed cells are made. "Junior F" got destroyed. Have a getter from nupure.com

03/20/05-04/01/05 "Junior" C&D sealed cells are made. Improve the vacuum system, include a getter from nupure.com, but the cell is not good.

12/31/04-01/08/05"Junior" A&B sealed cells are made

12/13/04-12/29/04 "Anna" double-cell system: Very short relaxation time in the oven ~ 0.55 hr

12/01/04-12/12/04 "Laura" Exploded

"Heather II " Double Cell System (Heather I borke, Only one valve in the middle, Short middle tubing, Capillary Tubing in the bottom)

This cell is not good enough either

"Samantha" Double Cell System (Only one valve in the middle, Short middle tubing, Capillary Tubing in the bottom)

From this system, we learned where the contamination comes from and how to prevent it.

"Nicole" Double Cell System (Only one valve in the middle, Long middle tubing, Capillary Tubing in the bottom)

"Megan II " Double Cell System (An extra valve in the middle, Capillary Tubing in the bottom)

"Megan I " Double Cell System (Complete Piece, with an extra valve in the middle)

"Brittany" Double Cell System (Complete Piece, damaged on June 16, 2004)

"Sarah" Double Cell System (Half Piece)

"Emerald" New NIST Cell

"Red Baron" NIST Big Cell

"Jessica" Double Cell System

"Ashley" W&M Sealed Cell (3 atm 3He and 100 torr N2)

³He target setup status

12/30/06, two more detachable cells made.
1st one "AlanI" 1.5atm 3He, 200 torr N2 ~ 400hrs (Rb blocking the capillary)
2nd one "AlanII" 1.5 atm 3He, 200 torr N2 ~ Smaller than 1 hr (~0.8 hr). Bad cell !

10/28/06, two more detachable cells made.
1st one "Amy" 1.5atm 3He, 200 torr N2 ~ 10hrs
2nd one "Alice" 1200 torr 3He, 200 torr N2 ~ Smaller than 1 hr. Bad cell !
3rd one "April" being baking out