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Table A.3

Initial characteristics of A-type models with the massive object in orbits other than the “standard orbit” (periastron distance of 0.1 au; apastron distance of 50 au) and/or at distances other than the standard initial star-centric distance (5 au).

No. q Q r o N M mo q tp Q tp β
[au] [1] [ M ] [km] [km] [1]

A82 1.4 R 40 1.6 R 103 10-7 104 105 0.007
A83 0.07
A84 0.629
A85 1.4
A86 1.5 R 50 5 au 103 10-7 103 105 0.007
A87 0.07
A88 0.629
A89 1.4
A90 1.5 R 50 5 au 103 10-9 103 105 0.007
A91 0.07
A92 0.629
A93 1.4
A94 1.5 R 50 1 au 103 10-7 103 104 0.007
A95 0.07
A96 0.629
A97 0.769
A98 1.4
A99 1.5 R 50 1 au 103 10-7 103 105 0.007
A100 0.07
A101 0.629
A102 1.4
A103 0.1 au 50 3 au 103 10-10 103 105 0.629
A104 1.5 R 50 1 au 103 10-7 104 105 0.007
A105 0.07
A106 0.629
A107 0.769
A108 1.4
A109 1.5 R 50 1.5 R 103 10-7 104 105 0.007
A110 0.07
A111 0.629
A112 1.4
A113 0.05 au 50 5 au 103 10-10 103 104 0.629
A114 0.05 au 50 5 au 103 10-10 103 105 0.629
A115 0.1 au 50 10 au 103 10-11 75 7.5 × 104 0.629
A116 0.1 au 50 10 au 103 10-12 75 7.5 × 104 0.629
A117 0.2 au 15 5 au 103 10-7 103 105 0.629
A118 0.2 au 15 5 au 103 10-10 103 105 0.007
A119 0.629
A120 1 au 50 5 au 103 10-10 103 105 0.07
A121 0.629
A122 0.1 au 50 3 au 103 10-10 103 104 0.629
A123 0.1 au 50 7 au 103 10-10 103 104 0.629
A124 0.1 au 50 10 au 103 10-10 103 104 0.629
A125 1.5 R 50 5 au 104 10-7 3238 6476 0.07
A126 0.35
A127 0.629
A128 1.5 R 50 5 au 104 10-8 1503 3006 0.007
A129 0.07
A130 0.35
A131 0.629
A132 1.4 R 40 1.6 R 103 10-7 104 vq = 0.1 v ii 0.007
A133 0.07
A134 0.629
A135 1.4 R 40 1.6 R 103 10-9 103 vq = 0.1 vii 0.007
A136 0.07
A137 0.629
A138 1.4 R 40 1.6 R 103 10-9 103 vq = vii 0.007
A139 0.07
A140 0.629
A141 1.5 R 50 1 au 103 10-7 104 vq = 0.1 vii 0.007
A142 0.07
A143 0.629
A144 1.5 R 50 1.5 R 103 10-7 104 vq = 0.1 vii 0.01
A145 0.07
A146 0.629
A147 1.5 R 50 1.5 R 103 10-9 104 vq = 0.1 vii 0.007
A148 0.07
A149 0.629
A150 1.5 R 50 1.5 R 103 10-7 104 vq = vii 0.007
A151 0.07
A152 0.629
A153 1.5 R 50 1.5 R 103 10-9 104 vq = vii 0.007
A154 0.07
A155 0.629
A156 1.5 R 50 1.5 R 103 10-7 104 vq = 10 vii 0.007
A157 0.07
A158 0.629
A159 10 R 50 5 au 104 10-12 100 103 0.07
A160 1.5 R 50 5 au 104 10-7 103 105 0.07
A161 0.35
A162 0.629
A163 1.5 R 50 5 au 104 10-8 103 105 0.007
A164 0.07
A165 0.629
A166 1.5 R 50 5 au 104 10-10 103 105 0.07
A167 0.35
A168 0.629
A169 2 R 50 5 au 104 10-8 103 105 0.07
A170 4 R 50 5 au 104 10-12 100 103 0.07
A171 0.629
A172 1.5 R 50 5 au 103 10-7 5 × 103 104 0.007
A173 0.07
A174 0.629
A175 1.5 R 50 5 au 103 10-10 5 × 103 104 0.007
A176 0.07
A177 0.629
A178 1.5 R 50 5 au 103 10-9 103 104 0.007
A179 0.07
A180 0.629
A181 0.1 au 50 3 au 103 10-10 103 105 0.629
A182 0.05 au 50 5 au 103 10-10 103 105 0.629
A183 0.05 au 50 5 au 103 10-10 103 104 0.629
A184 10 R 50 5 au 104 10-12 100 103 0.07
A185 0.1 au 15 5 au 103 10-10 103 105 0.07
A186 0.35
A187 0.629

Notes. The periastron and apastron of the massive-object orbit are denoted by q and Q. The initial star-centric distance of this object is denoted by ro and the number of test particles by N. The other symbols are the same as in Table A.1. q and ro are given either in the radii of the central star, R, or in astronomical units. The velocity in the pericenter, vq, with respect to the massive object is given as a multiple of escape velocity from this object, vii.

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