swip solps5.0 (b2.5+eirene) 活动介绍
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SWIP SOLPS5.0 (B2.5+EIRENE) 2011.11.26
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SOLPS 5.0B2.5+EIRENE version99 HL-2A HL-2A HL-2A B2.5 B2.5+EIRENEB2.5 EMC3HL-2M HL-2M
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HL-2ABt = 1.42 T
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HL-2A LangmuirIR VUV Ha/bolometer Viewing area of VUV spectrometer in HL-2A
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HL-2A
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The impurity and H radiations in the divertor riseThe plasma density drops. It perhaps is due to the wall recycling ratio reduces.The plasma radiation, impurity in the main plasma region dropThe neutral gas pressure in the divertor chamber riseH emissions in the main plasma region drop
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plasma density up to 21019m-3 obtained.Phenomena observed similar to partially detached divertor regime in open divertor tokamakPDD behaviorsInner leg detached completelycooled up to X-pointReduced target plate heat flux near strike pointEnhanced radiation
*
*
Southwestern Institute of Physics
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HL-2A CIBCIB:core interface boundaryPsol, ne/Te at CIB, separatrix, targetHL-2AASDEX
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HL-2A divertor simulation when Psol=500kW. SNDNnesepm: maximal ne at midplane separatrix, nemxip: maximal ne at inner target plate, nemxap: maximal ne at outer target plate, tesepm: maximal Te at midplane separatrix,temxip: maximal Te at inner divertor plate, temxap: maximal Te at outer divertor target plate.Modify-SN
2
0.1520.130.1181024243
0.240.2080.18632328
0.310.240.21491823
0.410.290.245381318
0.490.340.29328.512.5
0.580.380.342568
0.660.430.3722.55.27.2
0.8550.7620.858174.53
1.070.81.0814.131.8
nesepm
nemxip
nemxap
tesepm
temxip
temxap
ne at CIB(10^19)
ne(10^19)
Te(eV)
Sheet1
ne/sol-core(10^19)ne/sep(10^19)nemxipnemxaptesepmtemxiptemxap
1.00E-011.52E-011.30E-011.18E-011024.20E+014.30E+01
3.00E-012.40E-012.08E-011.80E-016.30E+012.30E+012.80E+01
5.00E-013.10E-012.40E-012.10E-014.90E+011.80E+012.30E+01
8.00E-014.10E-012.90E-012.45E-013.80E+011.30E+011.80E+01
1.00E+004.90E-013.40E-012.90E-013.20E+018.50E+001.25E+01
1.30E+005.80E-013.80E-013.40E-012.50E+016.00E+008.00E+00
1.50E+006.60E-014.30E-013.70E-012.25E+015.20E+007.20E+00
2.00E+008.55E-017.62E-018.58E-011.70E+014.50E+003.00E+00
2.50E+001.07E+008.00E-011.08E+001.41E+013.00E+001.80E+00
Sheet1
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
nesepm
nemxip
nemxap
tesepm
temxip
temxap
ne at CIB(10^19)
ne(10^19)
Te(eV)
Sheet2
Sheet3
1
0.320.230.24180115140
0.390.230.2814086104
0.540.420.461014664
0.630.480.545953055
0.920.610.77732840
1.130.781.08631932
1.361.21.4551124
1.61.281.7352419
nesepm
nemxip
nemxap
tesepm
temxip
temxap
ne at CIB(10^19)
ne(10^19)
Te(eV)
Sheet1
ne/sol-core(10^19)ne/sep(10^19)nemxipnemxaptesepmtemxiptemxap
1.00E+003.20E-012.30E-012.40E-011.80E+021.15E+021.40E+02
1.50E+003.90E-012.30E-012.80E-011.40E+028.60E+011.04E+02
2.00E+005.40E-014.20E-014.60E-011.01E+024.60E+016.40E+01
2.50E+006.30E-014.80E-015.45E-019.50E+013.00E+015.50E+01
4.00E+009.20E-016.10E-017.70E-017.30E+012.80E+014.00E+01
5.00E+001.13E+007.80E-011.08E+006.30E+011.90E+013.20E+01
6.00E+001.36E+001.20E+001.40E+005.50E+011.10E+012.40E+01
7.00E+001.60E+001.28E+001.73E+005.20E+014.00E+001.90E+01
Sheet1
000000
000000
000000
000000
000000
000000
000000
000000
nesepm
nemxip
nemxap
tesepm
temxip
temxap
ne at CIB(10^19)
ne(10^19)
Te(eV)
Sheet2
Sheet3
-
HL-2APsol=500kW,0.99
Ref:1) Tokamak edge modeling and comparion with experimental in ASDEX. Plasma Physics and Controlled Fusion, Vol. 31, No. 10. pp. 1551-1568,2)Y.D.Pan, Journal of nuclear materials 363-365(2007)407-411
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HL-2A plasma parameter distributions at midplane(red) and target plates in SN. (inner plate:green,outer:blue) X: distance along the midplane(m)Y: ne(m-3) and Te(eV) when ne at CIB are 5*1018m-3(upper), 2.5*1019m-3(middle),3.0*1019m-3.
ne(m-3) Te(eV)
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Power DistributionPower distributions.Psol=500kWBt=2.5T,No drift, pure H Plasma,recycling factor=0.99.SNDN:
SNDN
1
0.280.240.480.05
0.280.220.490.06
0.250.170.520.08
0.210.150.580.09
0.190.140.60.1
0.150.10.620.12
0.140.090.650.13
power enter outer divertor
power enter inner divertor
main chamber wall
Private wall
ne at CIB(10^19)
Power normalized to input power
Sheet1
ne/sol-core(10^19)ne/sep(10^19)nemxipnemxaptesepmtemxiptemxapne/sol-core(10^19)outer divertorinner divertormain mcwpfw
1.00E-011.52E-011.30E-011.18E-011024.20E+014.30E+011.00E-012.80E-012.40E-010.480.05
3.00E-012.40E-012.08E-011.80E-016.30E+012.30E+012.80E+015.00E-012.80E-012.20E-010.490.06
5.00E-013.10E-012.40E-012.10E-014.90E+011.80E+012.30E+011.00E+002.50E-011.70E-010.520.08
8.00E-014.10E-012.90E-012.45E-013.80E+011.30E+011.80E+011.30E+002.10E-011.50E-010.580.09
1.00E+004.90E-013.40E-012.90E-013.20E+018.50E+001.25E+011.50E+001.90E-011.40E-010.60.1
1.30E+005.80E-013.80E-013.40E-012.50E+016.00E+008.00E+002.00E+001.50E-011.00E-010.620.12
1.50E+006.60E-014.30E-013.70E-012.25E+015.20E+007.20E+002.50E+001.40E-019.00E-020.650.13
2.00E+008.55E-017.62E-018.58E-011.70E+014.50E+003.00E+00
2.50E+001.07E+008.00E-011.08E+001.41E+013.00E+001.80E+00
Sheet1
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
nesepm
nemxip
nemxap
tesepm
temxip
temxap
ne at CIB(10^19)
ne(10^19)
Te(eV)
Sheet2
0000
0000
0000
0000
0000
0000
0000
power enter outer divertor
power enter inner divertor
main chamber wall
Private wall
ne at CIB(10^19)
Power normalized to input power
Sheet3
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The heat fluxWs-1 and particle flux (s-1) at outer target in SN Vs. ne at CIB.ne at CIBne at CIB(W)(s-1)The heat flux and particle flux at target plate Vs. ne at CIB
1
6840000000000000000000
8320000000000000000000
8881500000000000000000
9380000000000000000000
9180000000000000000000
8510000000000001000000
7478000000000001000000
6418500000000000000000
4508999999999999700000
fnax
2
26800
48300
40500
31700
31990
23700
14700
8400
4780
1497
fhix+fhex
Sheet1
fhxfnaxfmom
1.00E+184.83E+046.84E+21-5.47E-01
3.00E+184.05E+048.32E+21-4.45E-01
5.00E+183.17E+048.88E+21
8.00E+183.20E+049.38E+21
1.00E+192.37E+049.18E+21-1.59E-01
1.50E+191.47E+048.51E+216.60E-02
2.00E+198.40E+037.48E+212.76E-01
2.50E+194.78E+036.42E+214.67E-01
3.00E+191.50E+034.51E+216.80E-01
Sheet1
0
0
0
0
0
0
0
0
0
fhix+fhex
Sheet2
6840000000000000000000
8320000000000000000000
8881500000000000000000
9380000000000000000000
9180000000000000000000
8510000000000001000000
7478000000000001000000
6418500000000000000000
4508999999999999700000
fnax
Sheet3
1
48300
40500
31700
30990
23700
14700
8400
4780
1497
fhix+fhex
2
26800
48300
40500
31700
31990
23700
14700
8400
4780
1497
fhix+fhex
Sheet1
fhxfnaxfmom
1.00E+184.83E+046.84E+21-5.47E-01
3.00E+184.05E+048.32E+21-4.45E-01
5.00E+183.17E+048.88E+21
8.00E+183.10E+049.38E+21
1.00E+192.37E+049.18E+21-1.59E-01
1.50E+191.47E+048.51E+216.60E-02
2.00E+198.40E+037.48E+212.76E-01
2.50E+194.78E+036.42E+214.67E-01
3.00E+191.50E+034.51E+216.80E-01
Sheet1
0
0
0
0
0
0
0
0
0
fhix+fhex
Sheet2
0
0
0
0
0
0
0
0
0
fnax
Sheet3
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Plasma Parameters at SOL/Divertor region(SN) From up to down, 1)electron temperature (eV), 2)electron density(1020m-3), 3)ion/recombination productivity flux(1022 m-3 s-1), 4)pressure(Pa).
Psol=500kW,H,No drift,D=1m2/s,xi=xe=2m2/s, Bt=2.5T.
The density at CIB: left:1019m-3 right:2.5*1019m-3.
1)electron temperature (eV)2)electron density(1020m-3), 3)ion/recombination productivity flux(1022 m-3 s-1)4)pressure(Pa).
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Particle flux balance analysis at outer divertor regionSN, particle flux balance at outer divertor region.Psol=500kW, ne at CIB: Even at very lower ne at CIB, the particle arrived target is larger. (1)strong ionization from H atom,(2)strong radial flow. The negative values of the energy flux indicate the flux directing towards outer divertor plates.
1
3669565538094068987195775545000-176434068326793540000
-538362066939585000697188902547920000-351660012689645000000-278825839168970000000
-16877426518638000001864896314273600000-200966928668499000000-206469265509066930000
-43598772934421500006225113492602600000-196641128386798000000-233006689597706080000
-1725312207527550000024802508232868000000-214493710022852000000-323020144287612000000
-79020286907857500000108502827430760000000-203067835052310000000-462178324570519900000
-194445210821545000005207179536864600000001321253802307590000-822483635658780300000
293191184655450000001286335847545400000000161290312347689000000-207654865213259780000
717720391878410000000344888082590160000000307277800477507000000969748741026910000000
12915900155336000000006432310744449400000006052679820869780000001314154017039993000000
15494972936360000000008141239483069800000006521697320997360000001182103935839554000000
1477155293587000000000926586804455670000000434296389909014000000758001892797203100000
1274122850859150000000936484971622710000000199449704727426000000393486611764560000000
929937757390985000000560658564811800000000-12321181682559700000074956487996199900000
647622915718345000000168369684978260000000-583888678631162000000-178707035356939940000
45434926724322500000050493991368189000000-661314112721907000000-241919522159310140000
35278392242219500000015848410237840000000-566013524323733000000-202935466475780050000
2599290032288850000005348002510836300000-428583207544714000000-261095826086039900000
1846270973874350000002029348504668300000-526919010830262000000-420142303970449950000
122769091462430000000778255198335780000-613180622866726000000-349923277469062100000
76444566238225000000320884445270290000-281226534844028000000-146986784923973980000
40673868827536000000135636860164480000-129452743824866000000-72825036932548000000
1900016089009800000060826105728275000-76565962182159100000-51676116475709300000
622949257206000000028721008694679000-52846418064409200000-37385307531091600000
71398136242378000010899128902502000-28995624416706900000-14186758541008900000
-137771185732450108202925204710024
Particle flux into outer divertor
Particle flux onto outer divertor
Particle source from neutrals
Radial particle flux
B2/sn_500kW_25e18
aaa
fnax+fnay=72fnax+fnay=96particle sourece from neutralsradial particle flux
-13669565538094068987195775545000.00E+000.00E+00-2.84E+18
0-5.38E+176.97E+17-3.52E+20-3.52E+20-1.79E+20-1.76E+20
1-1.69E+181.86E+18-2.01E+20-2.01E+20-4.58E+20-2.79E+20
2-4.36E+186.23E+18-1.97E+20-1.97E+20-6.65E+20-2.06E+20
3-1.73E+192.48E+19-2.14E+20-2.14E+20-8.98E+20-2.33E+20
4-7.90E+191.09E+20-2.03E+20-2.03E+20-1.22E+21-3.23E+20
5-1.94E+195.21E+201.32E+181.32E+18-1.68E+21-4.62E+20
62.93E+191.29E+211.61E+201.61E+20-2.51E+21-8.22E+20
77.18E+203.45E+203.07E+203.07E+20-2.71E+21-2.08E+20
81.29E+216.43E+206.05E+206.05E+20-1.74E+219.70E+20
91.55E+218.14E+206.52E+206.52E+20-4.29E+201.31E+21
101.48E+219.27E+204.34E+204.34E+207.53E+201.18E+21
111.27E+219.36E+201.99E+201.99E+201.51E+217.58E+20
129.30E+205.61E+20-1.23E+20-1.23E+201.90E+213.93E+20
136.48E+201.68E+20-5.84E+20-5.84E+201.98E+217.50E+19
144.54E+205.05E+19-6.61E+20-6.61E+201.80E+21-1.79E+20
153.53E+201.58E+19-5.66E+20-5.66E+201.56E+21-2.42E+20
162.60E+205.35E+18-4.29E+20-4.29E+201.36E+21-2.03E+20
171.85E+202.03E+18-5.27E+20-5.27E+201.09E+21-2.61E+20
181.23E+207.78E+17-6.13E+20-6.13E+206.75E+20-4.20E+20
197.64E+193.21E+17-2.81E+20-2.81E+203.25E+20-3.50E+20
204.07E+191.36E+17-1.29E+20-1.29E+201.78E+20-1.47E+20
211.90E+196.08E+16-7.66E+19-7.66E+191.05E+20-7.28E+19
226.23E+182.87E+16-5.28E+19-5.28E+195.33E+19-5.17E+19
237.14E+171.09E+16-2.90E+19-2.90E+191.59E+19-3.74E+19
24-1377711857324501082029252047100.00E+000.00E+001.76E+18-1.42E+19
aaa
0000
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0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
Particle flux into outer divertor
Particle flux onto outer divertor
Particle source from neutrals
Radial particle flux
B2/sn_500kW_25e18
1
3304773492545452085873936120600000-11571628390445100000
-164049128072590000021697486308368000000-61464224622702500-40867625065190000000
-318626205000775000055194650136724000000-28742548709544300-81831004965657800000
6862021995869250000111602413802370000000-14672724381993000-139952056482480000000
32991046365966500000207812392038010000000188687809782925000-250797766500542000000
521517115594915000003875869156398600000008726342718789240000-444589562452846000000
54256123071818000000742481139097050000000125524194983619000000-472456522713623950000
-144915951524640000001624999827662700000000125847632436200000000093147063526780000000
176054693744290000000485856501025990000000874974379692765000000806615761921659900000
1768355071486900000008241882168223800000001692041810685070000000968916476395554100000
10034011880225000000010079705626770000000001799184285140930000000630352809748576100000
8412686780565990000010178527698266000000001299511018046060000000135216837327609920000
113771762018210000000886544126608350000000675437637398855000000-166314136458299970000
147858503565145000000670696040766099000000286742442830083000000-235534594612329050000
162221177086775000000497439684314220000000100332387161278000000-199937842805312900000
15005576730449500000034369614677355000000029256563961721800000-134062858642840030000
1262964304255600000002358957354173500000006175181215759510000-74359859586131000000
100359653305580000000145761815749780000000662859622890782000-20685630046797000000
808974665988679000007711915151294400000015867348943534.117035476879299000000
6616139256633790000023421831850495000000-11658624811162800000-3064145583351990000
517334417082409000007422145405499190000-79834809167091600000-53117251215358000000
340197574466885000002384896061770900000-100427122617013000000-61032301434476000000
18173610401084000000817052889480750000-69478199411647100000-57526354556011000000
6192752995072640000313458343911260000-68709403361842400000-104651244947989400000
695083330449234000110216176714510000-146966375911163000000-73251323376525000000
-36165120310675510928749572640000
Particle flux into outer divertor
Particle flux onto outer divertor
Particle source from neutrals
Radial particle flux
B2/sn_500kW_8e18
aaa
fnax=72fnax=96particle sourece from neutralsRadial particle Flux
-13304773492545452.09E+170.00E+00-2.01E+19
0-1.64E+182.17E+19-6.15E+16-3.17E+19-1.16E+19
1-3.19E+185.52E+19-2.87E+16-7.26E+19-4.09E+19
26.86E+181.12E+20-1.47E+16-1.54E+20-8.18E+19
33.30E+192.08E+201.89E+17-2.94E+20-1.40E+20
45.22E+193.88E+208.73E+18-5.45E+20-2.51E+20
55.43E+197.42E+201.26E+20-9.90E+20-4.45E+20
6-1.45E+191.62E+211.26E+21-1.46E+21-4.72E+20
71.76E+204.86E+208.75E+20-1.37E+219.31E+19
81.77E+208.24E+201.69E+21-5.62E+208.07E+20
91.00E+201.01E+211.80E+214.06E+209.69E+20
108.41E+191.02E+211.30E+211.04E+216.30E+20
111.14E+208.87E+206.75E+201.17E+211.35E+20
121.48E+206.71E+202.87E+201.01E+21-1.66E+20
131.62E+204.97E+201.00E+207.70E+20-2.36E+20
141.50E+203.44E+202.93E+195.70E+20-2.00E+20
151.26E+202.36E+206.18E+184.36E+20-1.34E+20
161.00E+201.46E+206.63E+173.62E+20-7.44E+19
178.09E+197.71E+1915867348943534.13.41E+20-2.07E+19
186.62E+192.34E+19-1.17E+193.58E+201.70E+19
195.17E+197.42E+18-7.98E+193.55E+20-3.06E+18
203.40E+192.38E+18-1.00E+203.02E+20-5.31E+19
211.82E+198.17E+17-6.95E+192.41E+20-6.10E+19
226.19E+183.13E+17-6.87E+191.83E+20-5.75E+19
236.95E+171.10E+17-1.47E+207.88E+19-1.05E+20
24-36165120310675510928749572640000.00E+005.53E+18-7.33E+19
aaa
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0000
0000
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0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
000
Particle flux into outer divertor
Particle flux onto outer divertor
Particle source from neutrals
Radial particle flux
B2/sn_500kW_8e18
-
Power flux balance analysis at outer divertor regionSN, Power flux balance at outer divertor region.Psol=500kW, ne at CIB:
1
-0.0791566862-0.15968613580-1
-8.2756898813-1.0203256781-0.0289020743-1.837540477
-14.7494489758-0.0133294414-0.1293617351-6.0560059739
-21.12653576720.0168947149-0.2912748399-10.4442129248
-30.51037472260.2120608471-0.651575116-17.6516230728
-42.26615347531.8874316903-1.5018473696-34.0011740125
-83.5781106112133.7578064432-111.5449847989-207.8351036757
296.51956548631121.3420906082-3797.421466016-2716.4326683006
11567.7576825389408.9337779561-3489.54615963772332.0959075128
15777.2716586584831.0540780875-6840.226509660510457.7391458277
14361.3585899236982.2147414751-7930.824402369210110.4508926135
10377.6567806673855.7310446123-6197.17547078887592.8990220786
6639.7845234156432.7485279263-3543.7293784485349.2948016019
3747.474248198421.0035323841-1498.5358448863883.5205963705
1917.32721812014.4290232301-403.76400835732618.130009856
906.05063376711.0035683806-48.29992294071569.1149227393
418.46657303740.2334091881-4.6348324545845.2304990909
175.36993454090.0276825264-1.9489863733408.1500631539
75.20190229980.0488475196-3.0982899902181.6614387907
36.35843278180.0359966618-3.978151508684.9119519189
21.45705807820.0112054848-1.520294775343.4597057101
13.58629707390.0010262492-0.514303280323.6626502672
8.8269807919-0.0004462266-0.161793290913.6645682655
5.2256858825-0.0197543378-0.02978880758.0568149053
2.1516662163-0.8299549409-0.00108576053.9508556289
0.020670292-0.027896407601.0563748014
Energy flux into outer divertor
Energy flux onto outer divertor
Energy source from neutrals
Radial energy flux
B2/sn_500kW_25e18
aaa
energy fluxfnay=72fnay=96energy sourece from neutralsRadial energy flux
-1-7.92E-02-0.15968613580.00E+000.00E+00-19843.5811767946
0-8.2756898813-1.0203256781-2.89E-021.83E-02-19845.4187172716-1.837540477
1-14.7494489758-1.33E-02-0.12936173510.2986752466-19851.4747232455-6.0560059739
2-21.12653576721.69E-02-0.29127483990.8927280698-19861.9189361703-10.4442129248
3-30.51037472260.2120608471-0.6515751161.1785661222-19879.5705592431-17.6516230728
4-42.26615347531.8874316903-1.5018473696-5.525650995-19913.5717332556-34.0011740125
5-83.5781106112133.7578064432-111.5449847989-119.510844065-20121.4068369313-207.8351036757
6296.51956548631121.3420906082-3797.421466016-3953.1907197196-22837.8395052319-2716.4326683006
711567.7576825389408.9337779561-3489.5461596377-1775.8023749854-20505.74359771912332.0959075128
815777.2716586584831.0540780875-6840.2265096605-4092.3924677214-10048.004451891410457.7391458277
914361.3585899236982.2147414751-7930.8244023692-4486.893216165462.446440722110110.4508926135
1010377.6567806673855.7310446123-6197.1754707888-3441.65122745717655.34546280077592.8990220786
116639.7845234156432.7485279263-3543.729378448-1709.636611262313004.64026440265349.2948016019
123747.474248198421.0035323841-1498.535844886-550.648524464716888.16086077313883.5205963705
131917.32721812014.4290232301-403.764008357366.619517625919506.29087062912618.130009856
14906.05063376711.0035683806-48.2999229407190.191236025521075.40579336841569.1149227393
15418.46657303740.2334091881-4.6348324545132.051413289521920.6362924593845.2304990909
16175.36993454092.77E-02-1.948986373365.494336698622328.7863556132408.1500631539
1775.20190229984.88E-02-3.098289990232.060829135622510.4477944039181.6614387907
1836.35843278183.60E-02-3.978151508617.12714992322595.359746322884.9119519189
1921.45705807821.12E-02-1.52029477536.855829133322638.819452032943.4597057101
2013.58629707391.03E-03-0.51430328032.347263253822662.482102300123.6626502672
218.8269807919-4.46E-04-0.16179329090.68308279122676.146670565613.6645682655
225.2256858825-1.98E-02-2.98E-020.102962909922684.20348547098.0568149053
232.1516662163-0.8299549409-1.09E-03-2.64E-0322688.15434109983.9508556289
242.07E-02-2.79E-020.00E+000.00E+0022689.21071590121.0563748014
aaa
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0
Energy flux into outer divertor
Energy flux onto outer divertor
Energy source from neutrals
Radial energy flux
B2/sn_500kW_25e18
2
0.0086094716-0.11961621670-1
1.2705990779-0.1722092683-0.00009495310.571052966
1.35554157139.0295667901-0.0004795552-4.1132876005
-0.27676152640.25361843-0.1733533682-30.0231770019
15.0391110921136.8654573861-20.3117481847-116.7878640915
64.3631970849413.3437248458-328.1641370454-506.2077267346
80.80991623111299.821412189-2173.9060299746-2412.7821744411
-2552.03845547375539.6173034194-11197.5815283677-13108.5744864346
38948.10628706953106.9188002084-4970.73519996643750.2922401433
40481.79451983635591.0601542386-9624.574637602425850.5803622765
23361.91812597215914.4215722375-11240.373039771612491.0130906371
12631.95799689934408.9783270347-9627.8698524939-267.8505282485
6971.27373314312682.6926512558-6370.2019757187-3418.0330474806
3819.5415143851419.0252218533-3660.9357107281-2569.786495601
2062.0127194008756.0718093522-1861.2881592227-1324.7560673331
1096.5893238488384.7453556396-825.7116753958-506.2573920323
573.2232408614195.1430393915-281.9469236765-65.1400728956
272.971016467481.5168438663-55.1781717394109.8549950837
128.205358253718.4287414002-4.2378941096134.9376682027
63.92168570540.9706716685-0.1358948771101.2627667678
33.06657984050.1213841242-0.27295406959.874175161
15.56457704450.1359486473-0.257962500230.646539779
7.19013457120.0925230134-0.135471182914.0910078554
3.0583325674-0.2606031951-0.0637042366.1475248048
0.944362156-1.1056501255-0.00994713522.2704960779
0.0080632022-0.011671615200.50272861
Energy flux into outer divertor
Energy flux onto outer divertor
Energy source from neutrals
Radial energy flux
B2/sn_500kW_8e18
aaa
# Energy fluxfnay=72fnay=96energy sourece from neutralsRadial particle energy(dfh)fnay sumxfnay diff
-18.61E-03-0.11961621670.00E+000.00E+00-8408.202163066
01.2705990779-0.1722092683-9.50E-05-9.50E-05-8407.63111010.571052966
11.35554157139.0295667901-4.80E-04-4.80E-04-8411.7443977005-4.1132876005
2-0.27676152640.25361843-0.1733533682-0.1733533682-8441.7675747024-30.0231770019
315.0391110921136.8654573861-20.3117481847-20.3117481847-8558.5554387939-116.7878640915
464.3631970849413.3437248458-328.1641370454-328.1641370454-9064.7631655285-506.2077267346
580.80991623111299.821412189-2173.9060299746-2173.9060299746-11477.5453399696-2412.7821744411
6-2552.03845547375539.6173034194-11197.5815283677-11197.5815283677-24586.1198264042-13108.5744864346
738948.10628706953106.9188002084-4970.7351999664-4970.7351999664-20835.82758626093750.2922401433
840481.79451983635591.0601542386-9624.5746376024-9624.57463760245014.752776015625850.5803622765
923361.91812597215914.4215722375-11240.3730397716-11240.373039771617505.765866652712491.0130906371
1012631.95799689934408.9783270347-9627.8698524939-9627.869852493917237.9153384042-267.8505282485
116971.27373314312682.6926512558-6370.2019757187-6370.201975718713819.8822909236-3418.0330474806
123819.5415143851419.0252218533-3660.9357107281-3660.935710728111250.0957953226-2569.786495601
132062.0127194008756.0718093522-1861.2881592227-1861.28815922279925.3397279895-1324.7560673331
141096.5893238488384.7453556396-825.7116753958-825.71167539589419.0823359572-506.2573920323
15573.2232408614195.1430393915-281.9469236765-281.94692367659353.9422630615-65.1400728956
16272.971016467481.5168438663-55.1781717394-55.17817173949463.7972581452109.8549950837
17128.205358253718.4287414002-4.2378941096-4.23789410969598.7349263479134.9376682027
1863.92168570540.9706716685-0.1358948771-0.13589487719699.9976931157101.2627667678
1933.06657984050.1213841242-0.272954069-0.2729540699759.871868276759.874175161
2015.56457704450.1359486473-0.2579625002-0.25796250029790.518408055730.646539779
217.19013457129.25E-02-0.1354711829-0.13547118299804.609415911114.0910078554
223.0583325674-0.2606031951-6.37E-02-6.37E-029810.7569407166.1475248048
230.944362156-1.1056501255-9.95E-03-9.95E-039813.02743679392.2704960779
248.06E-03-1.17E-020.00E+000.00E+009813.53016540390.50272861
aaa
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
0000
Energy flux into outer divertor
Energy flux onto outer divertor
Energy source from neutrals
Radial energy flux
B2/sn_500kW_8e18
-
HL-2A No 14775, ,Pohmic= 330kW (B2.5200kw, CBIne=0.75E19m-3,D=0.5,xi=xe=1.5, Bt=2.5T LCFSTe/Ti=9/14evCBITe/Ti=11/27evHL-2A
-
B2HL-2A
In the fluid model, the impurity transport along the magnetic field is governed by the classical force balance Ref: Edge Impurity Transport Study in Stochastic Layer of LHD and Scrape-off Layer of HL-2A , M. KobayashiThe dataset of HL-2A for simulation are taken from Ohmic L-mode discharge with Bt = 1.42 T, where the operation ranges at =0.75 ~ 4.5 x 1019 m-3, Ip = 150~250 kA and loop voltage = 1.2 ~ 1.5V.
-
(a) Two dimensional distribution of carbon density summed over all charge states, (b) force balance of =0.25 x1019 m-3 (upper) and 0.60 x1019 m-3 (lower).B2HL-2A The value of is varied in a range of 0.1 ~ 0.7 x 1019 m-3 with the fixed Ohmic input power. The perpendicular particle and energy transport coefficients of are set to 0.50 and 1.50 m2/s, respectively.Ref: Edge Impurity Transport Study in Stochastic Layer of LHD and Scrape-off Layer of HL-2A , M. Kobayashi
-
Collaboration with NIFS IAEA-2010-NF PaperEdge Impurity Transport Study in Stochastic Layer of LHD and Scrape-off Layer of HL-2AM. Kobayashi 1), S. Morita 1), C.F. Dong 1), Y. Feng 2), S. Masuzaki 1), M. Goto 1), T. Morisaki 1), H.Y.Zhou 1), H. Yamada 1) and the LHD Experiment group 1)1) National Institute for Fusion Science, Toki 509-5292, Japan2) Max-Planck-Institute fuer Plasmaphysik, D-17491 Greifswald, GermanyZ. Y. Cui 3), Y. D. Pan 3), Y. D. Gao 3), J. Cheng 3), P. Sun 3), Q. W. Yang 3) and X. R. Duan 3)3) Southwestern Institute of Physics, P. O. Box 432, Chengdu 610041, ChinaE-mail contact of main author: kobayashi.masahiro@lhd.nifs.ac.jp
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Bt = 1.42 T, where the operation ranges at =0.75 ~ 4.5 x 1019 m-3, Ip = 150~250 kA and loop voltage = 1.2 ~ 1.5V.
B2.5 EMC3B2
-
HL-2AB2
HL-2AB2SOL50% ASDEX 70% 30% 0.80.5SOL
B2(HL-2A)
-
CASE 1. A X betap=0.6, IP=2.0MA
B X betap=0.6, IP=2.0MA
HL-2M Configuration2011 betap=0.6, IP=2.0MA betap=0.6, IP=2.0MA
-
HL-2MB2.5IIDivertor-3HL-2M IDivertor-1
-
/LCFSB2
Divertor-1Divertor-3Psol=10MW,1.00
Divertor-1Divertor-3
-
PsolB2 Psol5MW,10MW,20MWDivertor-1Divertor-3
-
/LCFSB2-eirene
Divertor-IDivertor-IIPsol=10MW,1.00
Divertor-IDivertor-II
-
B2-EIRENE HL-2M Nsep=1.7321019m-3 Nsep=1.7321019m-3Psol=10MW,
-
PsolB2B2-EIRENEB2SOL50%SOL(3cm),B2-EIRENE20%
-
PF
-
175.2cm2.0MA63.6cm2.0T1.880.699
-
10MWSOL, SFB2-EIRENE)
-
Psol=10MW,nsepSFB2-EIRENE)
-
SWIPB2-eirene HL-2A,HL-2MB2HL-2ASWIPNIFSB2EMC3B2-eireneHL-2MHL-2M
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