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Table A.4

Association of the showers separated from the databases of real meteors with the filaments of theoretical models derived from the nominal orbit of comet 2P/Encke.

tev β Filament
Part 1 - northern showers
F-N01 =
= Northern Taurids,
shower 17
1 0.005 01aI
1 0.007 xI
1 0.009 01cII
1 0.011 01dI
2 0.003 01hI
2 0.005 01iI
2 0.007 01jI
2 0.007 01jII
2 0.009 03cI
2 0.011 06cI
4 0.00001 01kI
4 0.0001 01lI
4 0.001 01mI
4 0.003 01nI
4 0.007 04gI
8 0.00001 01rI
8 0.0001 01sI
8 0.005 15aI
16 0.00001 xIII
F-N07 =
= December ɛ-Geminids,
shower 726
16 0.00001 xV II
C-N01 =
= November η-Taurids,
shower 632
1 0.005 01aI
1 0.007 xI
1 0.009 01cII
1 0.009 02cI
1 0.011 01dI
2 0.003 01hI
2 0.005 01iI
2 0.007 01jI
2 0.007 01jII
2 0.009 03cI
2 0.011 06cI
4 0.00001 01kI
4 0.0001 01lI
4 0.001 01mI
4 0.003 01nI
4 0.007 04gI
4 0.011 01qI
8 0.00001 01rI
8 0.0001 01sI
8 0.005 15aI
16 0.00001 xIII
16 0.001 xIIb
C-N05 =
= December ɛ-Geminids,
shower 726
8 0.007 18aI
16 0.00001 xV II
C-N07 =
= τ-Taurids,
shower 634
2 0.007 01jII
S-N01 =
= A1 Taurids,
shower 635
1 0.005 01aI
1 0.007 xI
1 0.009 01cII
1 0.009 02cI
1 0.011 01dI
2 0.003 01hI
2 0.005 01iI
2 0.007 01jI
2 0.007 01jII
2 0.009 03cI
2 0.011 06cI
4 0.00001 01kI
4 0.0001 01lI
4 0.001 01mI
4 0.003 01nI
4 0.007 04gI
4 0.011 01qI
8 0.00001 01rI
8 0.0001 01sI
8 0.005 15aI
16 0.00001 xIII
16 0.0001 xIV
16 0.001 xIIb
S-N02 =
= A1 Taurids,
shower 635
1 0.005 01aI
1 0.007 xI
1 0.009 01cII
2 0.003 01hI
2 0.005 01iI
2 0.007 01jI
4 0.00001 01kI
4 0.0001 01lI
4 0.001 01mI
4 0.003 01nI
4 0.007 04gI
8 0.00001 01rI
8 0.0001 01sI
8 0.005 15aI
16 0.00001 xIII
S-N06 =
= December ɛ-Geminids,
shower 726
8 0.007 18aI
16 0.00001 xV II
S-N11;
no IAU-MDC counterpart
8 0.005 14aI
E-N01 =
= Northern Taurids,
shower 17
1 0.005 01aI
1 0.007 xI
1 0.009 01cII
1 0.009 02cI
1 0.011 01dI
2 0.003 01hI
2 0.005 01iI
2 0.007 01jI
2 0.007 01jII
2 0.009 03cI
2 0.011 06cI
4 0.00001 01kI
4 0.0001 01lI
4 0.001 01mI
4 0.003 01nI
4 0.007 04gI
4 0.011 01qI
8 0.00001 01rI
8 0.0001 01sI
8 0.005 15aI
16 0.00001 xIII
16 0.001 xIIb
E-N06 =
= τ-Taurids,
shower 634
2 0.007 01jII
E-N07 =
= December ɛ-Geminids,
shower 726
8 0.007 18aI
R-N04 =
= Northern δ-Piscids,
shower 215
8 0.005 14aI
R-N05 =
= Daytime ζ-Perseids,
shower 172
8 0.001 05cII
8 0.003 05dIII
8 0.005 05eIII
8 0.007 05fII
16 0.00001 xV
R-N06 =
= Daytime ζ-Perseids,
shower 172
1 0.005 01aI
1 0.007 xI
1 0.009 01cII
2 0.007 01jI
4 0.00001 01kI
4 0.0001 01lI
4 0.001 01mI
4 0.003 01nI
8 0.00001 01rI
8 0.005 15aI
16 0.00001 xIII
R-N08 =
= A2 Taurids,
shower 629
1 0.005 01aI
1 0.007 xI
1 0.009 01cII
2 0.003 01hI
2 0.005 01iI
2 0.007 01jI
4 0.00001 01kI
4 0.0001 01lI
4 0.001 01mI
4 0.003 01nI
4 0.007 04gI
8 0.00001 01rI
8 0.0001 01sI
16 0.00001 xIII
R-N10 =
= Daytime ζ-Perseids,
shower 172
8 0.001 05cII
8 0.003 05dIII
8 0.005 05eIII
8 0.007 05fII
16 0.00001 xV
R-N11 =
= Northern Taurids,
shower 17
2 0.003 01hI
2 0.005 01iI
2 0.009 03cI
2 0.011 06cI
4 0.007 04gI

part 2 - southern showers
F-S01 =
= s Taurids,
shower 628
8 0.0001 11bI
8 0.001 05cI
8 0.005 05eI
8 0.007 05fI
16 0.00001 xI
C-S01 =
= λ-Cetids,
shower 626
4 0.009 08aI
4 0.011 08bI
8 0.00001 11aI
8 0.0001 11bI
8 0.001 05cI
8 0.003 05dI
8 0.005 05eI
8 0.007 05fI
16 0.00001 xI
16 0.00001 xII
C-S04 =
= ξ-Arietids,
shower 624
8 0.001 05cI
8 0.003 05dI
8 0.005 05eI
8 0.007 05fI
16 0.00001 xI
C-S05 =
= m Taurids,
shower 636
1 0.009 01cIII
1 0.009 02cII
16 0.00001 xIV
C-S09;
no IAU-MDC counterpart
2 0.003 01hIII
2 0.005 01iII
4 0.005 01oII
8 0.005 15aII
16 0.00001 xIX
C-S12 =
= Southern Daytime May Arietids,
shower 156
16 0.0001 xI
S-S01 =
= s Taurids,
shower 628
8 0.00001 11aI
8 0.0001 11bI
8 0.001 05cI
8 0.005 05eI
8 0.007 05fI
16 0.00001 xI
S-S02 =
= m Taurids,
shower 636
1 0.009 02cII
16 0.00001 xIV
S-S05 =
= λ-Cetids,
shower 626
8 0.001 05cI
16 0.00001 xI
S-S06 =
= ξ-Arietids,
shower 624
8 0.001 05cI
8 0.003 05dI
8 0.005 05eI
16 0.00001 xI
S-S09;
no IAU-MDC counterpart
16 0.001 xI
E-S01 =
= Southern Taurids,
shower 2
4 0.009 08aI
4 0.011 08bI
8 0.00001 11aI
E-S01 – continuation
8 0.0001 11bI
8 0.001 05cI
8 0.003 05dI
8 0.005 05eI
8 0.007 05fI
16 0.00001 xI
E-S03 =
= m Taurids,
shower 636
1 0.009 02cII
16 0.00001 xIV
16 0.005 xII
E-S05;
no IAU-MDC counterpart
1 0.009 01cIII
1 0.007 xII
2 0.00001 01eI
2 0.0001 01fI
2 0.001 01gI
2 0.003 01hIII
2 0.005 01iII
2 0.007 01jIII
4 0.00001 01kII
4 0.0001 01lII
4 0.001 01mII
4 0.003 01nIII
4 0.005 01oII
8 0.00001 01rII
8 0.0001 01sII
16 0.00001 xV III
16 0.00001 xIX
E-S07 =
= Southern Daytime May Arietids,
shower 156
16 0.0001 xI
E-S08;
no IAU-MDC counterpart
16 0.001 xI
R-S08 =
= s Taurids,
shower 628
8 0.00001 11aI
8 0.0001 11bI
16 0.00001 xII
R-S10 =
= λ-Cetids,
shower 626
8 0.005 05eI
8 0.007 05fI
16 0.00001 xI
R-S11 =
= Daytime β-Taurids,
shower 173
1 0.007 xII
2 0.00001 01eI
2 0.0001 01fI
2 0.001 01gI
R-S11 - continuation
4 0.00001 01kII
4 0.0001 01lII
4 0.001 01mII
8 0.00001 01rII
8 0.0001 01sII
R-S15 =
= November ζ-Taurids,
shower 485
4 0.005 01oII
4 0.007 04gII
4 0.011 01qII
8 0.005 15aII

Notes. Symbols F, C, S, E, and R stand for the IAU-MDC photographic, IAU-MDC CAMS video, SonotaCo video, EDMOND video, and radio-meteor database, respectively. The separated showers with the radiant area southward (S) to the ecliptic are numbered independently to those with the radiant northward (N) to the ecliptic. A given theoretical model is characterized by the evolutionary time, tev (in kyr), and P–R effect parameter β. In many models, the theoretical stream evolved to a filamentary structure. The filaments are distinguished by various codes ending with a capital Roman numeral.

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