198923. lajstromszámú szabadalom • Eljárás új kinolil-tio-triazol-származékok előállítására
11 HU 198923 B 12 A vegyűlet száma Rí Rz R3 R4 Módszer Kitermelés (X) Olvadáspont °C 66 3-CH3 7-C1 8-CH3 H 7 68 205-206 67 4-CH3 H H H 6 98 96-98 68 4-CH3 6-CH3 H H 7 92 125-126 69 4-CH3 7-CH3 H H 7 74 134-136 70 4-CH3 8-CH3 H H 7 50 135-137 71 4-CH3 6-OCH3 H H 7 81 152-154 72 4-CH3 7-C1 H H 7 83 158-160 73 3-CH3 H H-CH3 6 84 211-212 74 3-CH3 6-CH3 H-CH3 7 74 215-216 75 3-CH3 7-CH3 H-CH3 6 85 204-205 76 3-CH3 8-CH3 H-CH3 7 74 212-213 77 3-CH3 6-OCH3 H-CHs 7 72 205-207 78 3-CH3 6-C1 H-CH3 7 79 213-215 79 3-CH3 7-C1 H-CII3 7 74 205-206 80 3-CH3 6-C1 8-CH3-CH3 7 40 226-227 81 3-CH3 . 7-C1 8-CH3-CH3 7 87 228-230 82 4-CH3 II H-CH3 6 78 172-174 83 4-CH3 6-CH3 H-CH3 6 74 189-190 84 4-CH3 7-CH3 H-CH3 7 59 172-174 85 4-CH3 8-CH3 H-CH3 7 67 188-190 86 4-CH3 6-OCH3 H-CHs 6 86 192-193 87 4-CH3 7-C1 H-CH3 ' 6 79 179-180 88 3-CH3 H H-CH2CH3 6 85 187-189 89 3-CH3 6-CH3 H-CH2CH3 7 68 209-211 90 3-CH3 7-CH3 H-CH2CH3 6 57 145-146 91 3-CH3 8-CH3 H-CH2CH3 7 68 190-192 92 3-CH3 6-OCH3 H-CH2CH3 6 67 192-195 93 3-CH3 6-C1 H-CH2CH3 7 67 203-205 94 3-CH3 7-C1 II-CH2CH3 6 73 191-193 95 3-CH3 6-C1 8-CH3-CH2CH3 7 50 185-186 96 3-CH3 7-C1 8-CH3-CH2CH3 7 72 214-215 97 4-CH3 H H-CH2CIÍ3 6 92 130-131 98 4-CH3 6-CH3 H-CH2CH3 7 37 132-133 8
