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Verhandlungen
DPG

Heidelberg 1999 – wissenschaftliches Programm

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Montag, 15. März 1999

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Mo, 08:15–09:00 CH 1 PV I 08:15 None P P a P 08:15 P a
08:15 None P P b P 08:15 P b
Mo, 08:15–19:00 PA C MS 4: Poster: Ionenfallen 08:15 None RP TPPP a RP 08:15 TPPP a
08:15 None RP TPPP b RP 08:15 TPPP b
Mo, 09:00–09:45 CH 1 PV II 09:00 None P Q a P 09:00 Q a
09:00 None P Q b P 09:00 Q b
Mo, 10:00–10:30 PA1 MO I: HV I 10:00 None Q P a Q 10:00 P a
10:00 None Q P b Q 10:00 P b
Mo, 10:00–10:30 PA 3 MS I: HV I 10:00 None RP P a RP 10:00 P a
10:00 None RP P b RP 10:00 P b
Mo, 10:00–10:45 PY 1 P I: HV I 10:00 None RPP P a RPP 10:00 P a
10:00 None RPP P b RPP 10:00 P b
Mo, 10:00–10:30 KO UP I: HV I 10:00 None RQPP P a RQPP 10:00 P a
10:00 None RQPP P b RQPP 10:00 P b
Mo, 10:00–13:00 KO UP 1: Atmosphärenphysik 10:00 None RQPP QP a RQPP 10:00 QP a
10:00 None RQPP QP b RQPP 10:00 QP b
Mo, 10:00–10:30 zo1 SYLF I: HV I 10:00 None U P a U 10:00 P a
10:00 None U P b U 10:00 P b
Mo, 10:15–12:55 TE1 MP 12: Symposium: Quanteninformationsverarbeitung (gemeinsam mit Q) 10:15 None R X a R 10:15 X a
10:15 None R X b R 10:15 X b
Mo, 10:15–10:55 TE1 SYQI I: HV I 10:15 None V P a V 10:15 P a
10:15 None V P b V 10:15 P b
Mo, 10:30–11:00 PA1 MO II: HV II 10:30 None Q PP a Q 10:30 PP a
10:30 None Q PP b Q 10:30 PP b
Mo, 10:30–11:00 PA 3 MS II: HV II 10:30 None RP PP a RP 10:30 PP a
10:30 None RP PP b RP 10:30 PP b
Mo, 10:30–11:00 zo1 SYLF II: HV II 10:30 None U Q a U 10:30 Q a
10:30 None U Q b U 10:30 Q b
Mo, 10:45–11:30 PY 1 P II: HV II 10:45 None RPP PP a RPP 10:45 PP a
10:45 None RPP PP b RPP 10:45 PP b
Mo, 10:55–11:35 TE1 SYQI II: HV II 10:55 None V Q a V 10:55 Q a
10:55 None V Q b V 10:55 Q b
Mo, 11:00–11:30 PA 3 MS III: HV III 11:00 None RP PPP a RP 11:00 PPP a
11:00 None RP PPP b RP 11:00 PPP b
Mo, 11:30–12:00 PA1 MO III: HV III 11:30 None Q PQ a Q 11:30 PQ a
11:30 None Q PQ b Q 11:30 PQ b
Mo, 11:30–12:00 PA 3 MS IV: HV IV 11:30 None RP PPPP a RP 11:30 PPPP a
11:30 None RP PPPP b RP 11:30 PPPP b
Mo, 11:30–12:00 PA1 SYCF I: HV I 11:30 None T P a T 11:30 P a
11:30 None T P b T 11:30 P b
Mo, 11:30–12:00 zo1 SYLF III: HV III 11:30 None U QP a U 11:30 QP a
11:30 None U QP b U 11:30 QP b
Mo, 11:35–12:15 TE1 SYQI III: HV III 11:35 None V R a V 11:35 R a
11:35 None V R b V 11:35 R b
Mo, 11:45–13:00 CH 2 P 1: Diagnostik I 11:45 None RPP QPP a RPP 11:45 QPP a
11:45 None RPP QPP b RPP 11:45 QPP b
Mo, 11:45–13:00 ZO 2 P 2: Plasma-Wand-Wechselwirkung I 11:45 None RPP R a RPP 11:45 R a
11:45 None RPP R b RPP 11:45 R b
Mo, 11:45–13:00 CH 3 P 3: Magnetischer Einschluß I 11:45 None RPP RP a RPP 11:45 RP a
11:45 None RPP RP b RPP 11:45 RP b
Mo, 12:00–12:30 PA 3 MS V: HV V 12:00 None RP PPPQ a RP 12:00 PPPQ a
12:00 None RP PPPQ b RP 12:00 PPPQ b
Mo, 12:00–12:30 PA1 SYCF II: HV II 12:00 None T Q a T 12:00 Q a
12:00 None T Q b T 12:00 Q b
Mo, 12:00–12:30 zo1 SYLF IV: HV IV 12:00 None U QPP a U 12:00 QPP a
12:00 None U QPP b U 12:00 QPP b
Mo, 12:15–12:55 TE1 SYQI IV: HV IV 12:15 None V RP a V 12:15 RP a
12:15 None V RP b V 12:15 RP b
Mo, 12:30–13:00 PA 3 MS VI: HV VI 12:30 None RP PQ a RP 12:30 PQ a
12:30 None RP PQ b RP 12:30 PQ b
Mo, 12:30–13:00 zo1 SYLF V: HV V 12:30 None U R a U 12:30 R a
12:30 None U R b U 12:30 R b
Mo, 13:00–14:00 ZO 3 KY 5: Weitere Beiträge (Artikel) 13:00 None PPQ PPPPP a PPQ 13:00 PPPPP a
13:00 None PPQ PPPPP b PPQ 13:00 PPPPP b
Mo, 14:00–15:40 AM1 GR 1: Hawking Radiation, Light Rays in the Gravitational Field 14:00 None PPPP P a PPPP 14:00 P a
14:00 None PPPP P b PPPP 14:00 P b
Mo, 14:00–15:45 GE1 K 1: Kurzzeitdiagnostik, Laser- Verfahren 14:00 None PPPPP SP a PPPPP 14:00 SP a
14:00 None PPPPP SP b PPPPP 14:00 SP b
Mo, 14:00–17:30 ZO 3 KY 1: Quantum Computing 14:00 None PPQ P a PPQ 14:00 P a
14:00 None PPQ P b PPQ 14:00 P b
Mo, 14:00–15:30 PA1 MO 1: Stoß- und Ladungstransferprozesse 14:00 None Q T a Q 14:00 T a
14:00 None Q T b Q 14:00 T b
Mo, 14:00–16:00 PA2 MO 2: Spektroskopie I 14:00 None Q TP a Q 14:00 TP a
14:00 None Q TP b Q 14:00 TP b
Mo, 14:00–16:30 MA1 MP 1: Hauptvortr
äge I		 14:00 None R P a R 14:00 P a
14:00 None R P b R 14:00 P b
Mo, 14:00–16:00 PA 3 MS 2: Fallen. apparative Entwicklungen 14:00 None RP TP a RP 14:00 TP a
14:00 None RP TP b RP 14:00 TP b
Mo, 14:00–15:30 CH 2 P 4: Entladungen I 14:00 None RPP RPP a RPP 14:00 RPP a
14:00 None RPP RPP b RPP 14:00 RPP b
Mo, 14:00–16:00 ZO 2 P 5: Theorie I 14:00 None RPP RPQ a RPP 14:00 RPQ a
14:00 None RPP RPQ b RPP 14:00 RPQ b
Mo, 14:00–16:00 CH 3 P 6: Magnetischer Einschluß II 14:00 None RPP RPQP a RPP 14:00 RPQP a
14:00 None RPP RPQP b RPP 14:00 RPQP b
Mo, 14:00–15:30 PH2 Q 1: Laser in der Medizin I 14:00 None RPPP P a RPPP 14:00 P a
14:00 None RPPP P b RPPP 14:00 P b
Mo, 14:00–15:45 PH3 Q 2: Nichtlineare Optik I 14:00 None RPPP PP a RPPP 14:00 PP a
14:00 None RPPP PP b RPPP 14:00 PP b
Mo, 14:00–16:00 PH4 Q 3: Quanteneffekte I 14:00 None RPPP PPP a RPPP 14:00 PPP a
14:00 None RPPP PPP b RPPP 14:00 PPP b
Mo, 14:00–15:45 PH5 Q 4: Anwendungen ultrakurzer Pulse I 14:00 None RPPP PPPP a RPPP 14:00 PPPP a
14:00 None RPPP PPPP b RPPP 14:00 PPPP b
Mo, 14:00–15:30 AM2 Q 5: Laserspektroskopie I 14:00 None RPPP PPPPP a RPPP 14:00 PPPPP a
14:00 None RPPP PPPPP b RPPP 14:00 PPPPP b
Mo, 14:00–15:45 AM3 Q 6: Optische Technik I 14:00 None RPPP PPPPPP a RPPP 14:00 PPPPPP a
14:00 None RPPP PPPPPP b RPPP 14:00 PPPPPP b
Mo, 14:00–15:30 AM5 Q 7: Fallen und Kühlung I 14:00 None RPPP PQ a RPPP 14:00 PQ a
14:00 None RPPP PQ b RPPP 14:00 PQ b
Mo, 14:00–16:40 PA 4 ST 1: Radon 14:00 None RQ P a RQ 14:00 P a
14:00 None RQ P b RQ 14:00 P b
Mo, 14:00–16:00 CH1 T 101: QCD 1 14:00 None RQP P a RQP 14:00 P a
14:00 None RQP P b RQP 14:00 P b
Mo, 14:00–15:45 PY2 T 102: Kosmische Strahlung 1 14:00 None RQP Q a RQP 14:00 Q a
14:00 None RQP Q b RQP 14:00 Q b
Mo, 14:00–15:50 TE10 T 103: Protonstruktur 1 14:00 None RQP R a RQP 14:00 R a
14:00 None RQP R b RQP 14:00 R b
Mo, 14:00–16:00 TE11 T 104: Elektroschwache Wechselwirkung 1 14:00 None RQP RP a RQP 14:00 RP a
14:00 None RQP RP b RQP 14:00 RP b
Mo, 14:00–15:55 TE9 T 105: Schwere Quarks 1 14:00 None RQP RPP a RQP 14:00 RPP a
14:00 None RQP RPP b RQP 14:00 RPP b
Mo, 14:00–15:40 TE7 T 106: Higgs-Bosonen 1 14:00 None RQP RPQ a RQP 14:00 RPQ a
14:00 None RQP RPQ b RQP 14:00 RPQ b
Mo, 14:00–15:45 TE8 T 108: Experimentelle Methoden 1 14:00 None RQP RPQP a RQP 14:00 RPQP a
14:00 None RQP RPQP b RQP 14:00 RPQP b
Mo, 14:00–16:00 MA2 T 109: Halbleiterdetektoren 1 14:00 None RQP RPQPP a RQP 14:00 RPQPP a
14:00 None RQP RPQPP b RQP 14:00 RPQPP b
Mo, 14:00–15:40 MA3 T 110: Datennahme und Trigger 1 14:00 None RQP RPQPPP a RQP 14:00 RPQPPP a
14:00 None RQP RPQPPP b RQP 14:00 RPQPPP b
Mo, 14:00–14:30 KO UP II: HV II 14:00 None RQPP PP a RQPP 14:00 PP a
14:00 None RQPP PP b RQPP 14:00 PP b
Mo, 14:00–15:45 KO UP 2: Meeresphysik 14:00 None RQPP QQ a RQPP 14:00 QQ a
14:00 None RQPP QQ b RQPP 14:00 QQ b
Mo, 14:00–14:45 AM4 AKE 1: Verbrennungssysteme 14:00 None RQPPPP P a RQPPPP 14:00 P a
14:00 None RQPPPP P b RQPPPP 14:00 P b
Mo, 14:00–16:00 MP1 SYCF 1: Homogene und heterogene Helium-Cluster 14:00 None T U a T 14:00 U a
14:00 None T U b T 14:00 U b
Mo, 14:00–14:30 zo1 SYLF VI: HV VI 14:00 None U RP a U 14:00 RP a
14:00 None U RP b U 14:00 RP b
Mo, 14:00–15:45 zo1 SYLF 2: Strahlung 14:00 None U RPP a U 14:00 RPP a
14:00 None U RPP b U 14:00 RPP b
Mo, 14:00–16:00 PH1 SYQI 2: Quanteninformationsverarbeitung II 14:00 None V RPP a V 14:00 RPP a
14:00 None V RPP b V 14:00 RPP b
Mo, 14:30–15:30 TE2 A 1: Spektroskopie I 14:30 None PP R a PP 14:30 R a
14:30 None PP R b PP 14:30 R b
Mo, 14:30–15:30 TE1 A 2: Photoionisation I 14:30 None PP S a PP 14:30 S a
14:30 None PP S b PP 14:30 S b
Mo, 14:45–18:15 AM4 AKE 2: Solare Energietechnik 14:45 None RQPPPP PP a RQPPPP 14:45 PP a
14:45 None RQPPPP PP b RQPPPP 14:45 PP b
Mo, 15:40–17:40 AM1 GR 2: Photonen und Gravitation, Horizonte, Computeralgebra 15:40 None PPPP PP a PPPP 15:40 PP a
15:40 None PPPP PP b PPPP 15:40 PP b
Mo, 15:45–16:15 KO UP 3: Poster: Meeres- und Agrarphysik 15:45 None RQPP R a RQPP 15:45 R a
15:45 None RQPP R b RQPP 15:45 R b
Mo, 16:15–16:45 KO UP III: HV III 16:15 None RQPP PPP a RQPP 16:15 PPP a
16:15 None RQPP PPP b RQPP 16:15 PPP b
Mo, 16:15–18:15 KO UP 4: Agrarphysik 16:15 None RQPP S a RQPP 16:15 S a
16:15 None RQPP S b RQPP 16:15 S b
Mo, 16:30–18:15 TE2 A 3: Spektroskopie II 16:30 None PP T a PP 16:30 T a
16:30 None PP T b PP 16:30 T b
Mo, 16:30–18:15 TE1 A 4: Symposium Fragmentation I: Photoionisation/Atome 16:30 None PP TP a PP 16:30 TP a
16:30 None PP TP b PP 16:30 TP b
Mo, 16:30–18:30 GE1 K 2: Kurzzeitdynamik (Poster) 16:30 None PPPPP SPP a PPPPP 16:30 SPP a
16:30 None PPPPP SPP b PPPPP 16:30 SPP b
Mo, 16:30–18:30 GE1 K 3: Lasersysteme und -Anwendungen (Poster) 16:30 None PPPPP T a PPPPP 16:30 T a
16:30 None PPPPP T b PPPPP 16:30 T b
Mo, 16:30–19:00 PA1 MO 3: Medizinische Anwendungen der Spektroskopie 16:30 None Q U a Q 16:30 U a
16:30 None Q U b Q 16:30 U b
Mo, 16:30–18:30 PA2 MO 4: Spektroskopie II 16:30 None Q V a Q 16:30 V a
16:30 None Q V b Q 16:30 V b
Mo, 16:30–18:15 PA 3 MS 3: Elektrospraymassenspektrometrie, Cluster 16:30 None RP TPP a RP 16:30 TPP a
16:30 None RP TPP b RP 16:30 TPP b
Mo, 16:30–19:00 PY P 20: Diagnostik (Poster) 16:30 None RPP [ a RPP 16:30 [ a
16:30 None RPP [ b RPP 16:30 [ b
Mo, 16:30–19:00 PY P 21: Plasmatechnologie (Poster) 16:30 None RPP \ a RPP 16:30 \ a
16:30 None RPP \ b RPP 16:30 \ b
Mo, 16:30–18:30 PH1 Q 8: Laser in der Medizin II 16:30 None RPPP PQP a RPPP 16:30 PQP a
16:30 None RPPP PQP b RPPP 16:30 PQP b
Mo, 16:30–18:15 PH2 Q 9: Festkörperlaser I 16:30 None RPPP PQQ a RPPP 16:30 PQQ a
16:30 None RPPP PQQ b RPPP 16:30 PQQ b
Mo, 16:30–18:15 PH3 Q 10: Nichtlineare Optik II 16:30 None RPPP PQQP a RPPP 16:30 PQQP a
16:30 None RPPP PQQP b RPPP 16:30 PQQP b
Mo, 16:30–18:30 PH4 Q 11: Quanteneffekte II 16:30 None RPPP PQQPP a RPPP 16:30 PQQPP a
16:30 None RPPP PQQPP b RPPP 16:30 PQQPP b
Mo, 16:30–18:00 PH5 Q 12: Anwendung ultrakurzer Pulse I 16:30 None RPPP PQQPPP a RPPP 16:30 PQQPPP a
16:30 None RPPP PQQPPP b RPPP 16:30 PQQPPP b
Mo, 16:30–18:30 AM2 Q 13: Laserspektroskopie II 16:30 None RPPP PQQQ a RPPP 16:30 PQQQ a
16:30 None RPPP PQQQ b RPPP 16:30 PQQQ b
Mo, 16:30–18:15 AM3 Q 14: Optische Technik II 16:30 None RPPP PQR a RPPP 16:30 PQR a
16:30 None RPPP PQR b RPPP 16:30 PQR b
Mo, 16:30–18:15 AM5 Q 15: Fallen und Kühlung II 16:30 None RPPP PQRP a RPPP 16:30 PQRP a
16:30 None RPPP PQRP b RPPP 16:30 PQRP b
Mo, 16:30–17:55 CH1 T 201: QCD 2 16:30 None RQP RPQPPPP a RQP 16:30 RPQPPPP a
16:30 None RQP RPQPPPP b RQP 16:30 RPQPPPP b
Mo, 16:30–18:25 PY2 T 202: Seltene Zerf
älle		 16:30 None RQP RPQPPPPP a RQP 16:30 RPQPPPPP a
16:30 None RQP RPQPPPPP b RQP 16:30 RPQPPPPP b
Mo, 16:30–18:10 TE10 T 203: Protonstruktur 2 16:30 None RQP RPQPPPPPP a RQP 16:30 RPQPPPPPP a
16:30 None RQP RPQPPPPPP b RQP 16:30 RPQPPPPPP b
Mo, 16:30–18:25 TE11 T 204: Elektroschwache Wechselwirkung 2 16:30 None RQP RPQPPPPPPP a RQP 16:30 RPQPPPPPPP a
16:30 None RQP RPQPPPPPPP b RQP 16:30 RPQPPPPPPP b
Mo, 16:30–18:00 TE9 T 205: Schwere Quarks 2 16:30 None RQP RPQPPQ a RQP 16:30 RPQPPQ a
16:30 None RQP RPQPPQ b RQP 16:30 RPQPPQ b
Mo, 16:30–17:55 TE7 T 206: Neue Teilchen und Wechselwirkungen 1 16:30 None RQP S a RQP 16:30 S a
16:30 None RQP S b RQP 16:30 S b
Mo, 16:30–18:25 TE8 T 208: Spurkammern 1 16:30 None RQP T a RQP 16:30 T a
16:30 None RQP T b RQP 16:30 T b
Mo, 16:30–18:30 MA2 T 209: Halbleiterdetektoren 2 16:30 None RQP TP a RQP 16:30 TP a
16:30 None RQP TP b RQP 16:30 TP b
Mo, 16:30–17:45 MA3 T 210: Beschleunigerphysik 16:30 None RQP U a RQP 16:30 U a
16:30 None RQP U b RQP 16:30 U b
Mo, 16:30–18:30 MP1 SYCF 2: van-der-Waals Moleküle und Cluster 16:30 None T UP a T 16:30 UP a
16:30 None T UP b T 16:30 UP b
Mo, 16:30–19:00 zo1 SYLF 3: Einzelne atomare Teilchen 16:30 None U RPPP a U 16:30 RPPP a
16:30 None U RPPP b U 16:30 RPPP b
Mo, 17:00–19:00 MA1 MP 5: Quantenfeldtheorie 17:00 None R RP a R 17:00 RP a
17:00 None R RP b R 17:00 RP b
Mo, 17:40–18:40 AM1 GR 3: Grundlagen der klassischen Relativität 17:40 None PPPP PPP a PPPP 17:40 PPP a
17:40 None PPPP PPP b PPPP 17:40 PPP b
Mo, 18:40–19:00 AM1 GR 4: Varia 18:40 None PPPP PPPP a PPPP 18:40 PPPP a
18:40 None PPPP PPPP b PPPP 18:40 PPPP b
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DPG-Physik > DPG-Verhandlungen > 1999 > Heidelberg