The London dispensatory, containing: I, the elements of pharmacy; II, the botanical description ... and medicinal properties, of the substances of the materia medica; III, the pharmaceutical preparations and compositions of the pharmacopoeias of the London, Edinburgh, and Dublin Colleges of Physicians / By Anthony Todd Thomson.

  • Anthony Todd Thomson
Date:
1836
Catalogue details

Licence: Public Domain Mark

Credit: The London dispensatory, containing: I, the elements of pharmacy; II, the botanical description ... and medicinal properties, of the substances of the materia medica; III, the pharmaceutical preparations and compositions of the pharmacopoeias of the London, Edinburgh, and Dublin Colleges of Physicians / By Anthony Todd Thomson. Source: Wellcome Collection.

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    i. gt Nitrate aces Acetate Recta Peres phate “ae not Ameri- eee Potash.| Lead. | Iron. | Soda. | Potash. Soda. i ay Potash. ] 1°:0063 |1°0070}1°0035 |1°0034 |1*°0050 | 1 0040 |1:0040 |1:0042 |1:0050 2 1:0125 |1°0140]1-0075 |1:0072 |1 0102/1] -0081 |1 °0084 |1°0086 |1 -0102 3 1°0186 |1°0211]] -O112 |1-0108 |1°0153 |] -0120/1°0122 |1°0120|1°0156 4 1:0244]1-0283 |1 0150 |1°0148 |1°0212|1 -0166 1:077,5,)1:0212 5 1:0302 |1:0366 |1°0188 |1°0190 |1:0258 |] -0200 1°0220 |1:0269 6 1°0353 |1°0430|1 -0225 |1°0231 |1°0311 |] -0237 1°0264}1:0327 7 1:0408 |1 ‘0505 |1 0264 |1°0272 |1°0363 |] 0270 1:0310}1°0385 8 1:0468 |1°0580|1 :0302 |1:0313 |1°0417 |] -0300 1:0356 |1°0443 9 1:0531 |1°0655 |1°0341 |1°0355 |1:0470 1:0403 |1:0503 10 1:0595 |1°0731 |1-0380 |1°0397 |1°0525 12 1:0722/1°0891 |1°0458 |1°0481 |1°0634 14 1-0850 |1°1055 |1°0537 |1°0567 |1:0744 16 1-0984}1°1221 |1°0616 |1°0655 |1:0856 18 1°1119}1-1330/1°0697 |1 0745 |1°0968 20 1°1235|1+1560|1°0780 |1°0837 |1°:1080 22 1°1389 |1°1740/}1°0863 |1°1032 |1°1196 1:04.58 |1'0563 1°0544|1°0684 1 0640 |1 0807 1°0736 |1°0930 1:0833 |1°1053 1:0930/1°1179 1°1031|1+1307 Weg Mes ee ee ee es Pe A Cd 7S 238 fy aa pe Be BS a 24 1°1520|1°1928 |1°0948 |1°1153 |1°1317 1°1135 |1°1438 26 ——e — {1°1045 |1°1283 |1°1447 1*1241 |1°1571 28 _ — {1°1140/1°1436 |1°1569 1°1849 |1°1724 30 — — |1°1224)|1-1600\1°1700 1°1460 |1°1840 32 a — |1°1323}1°1801 |1°1838 — {171989 34 _ —_— — — |1°1978 — {1°2142 36 —_ —_ — — {12118 — |1°2304 38 —_ —_ _— — {1°2259 — {1°2478 40 _ _ — — |1°:2400 — {|1:2660 42 —_ _— no — |1°2547 — {1.2882 44 —_ — —_ — (|1°2696 46 — — — — (|1°2861 48 _ — — — {|1°3015 50 _ _— — — |1°3180 52 — _ — — (|1°3351 54 _- — — — (|1°3527 56 — _ —_ — |1°3707 58 — — — — |1°3902 60 — _ _— — |1°4120 It is necessary to keep in view, that the solvent powers of water are augmented by an increase of temperature, and that the proportions in the foregoing tables are such as take place only at a temperature of 55°. If a new substance be added to the saturated aqueous solu- tion of another substance, the result is different, according to the nature of the matters employed. Sometimes the second substance is not dissolved: thus, a saturated solution of muriate of lime at 60° cannot dissolve any common salt. Sometimes the whole, or a part of the new solid, is dissolved, without any of the already-dissolved solid being lost or precipitated : thus, a saturated solution of nitrate of potash at 51° can dissolve more muriate of soda than can be dissolved by pure water, and the same is the case with nitrate of soda; but, in the latter case, a great portion of the nitrate is precipitated. Sometimes
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