Part,  Chapter

 1 1,2|      discharged a strong sulphuric acid odor, after having absorbed
 2 1,4|         powder, mercury and nitric acid for the fulminate, and lead
 3 1,5|          transformed into carbonic acid, then into oxide of carbon,
 4 1,7|            obtained, the sulphuric acid could then be extracted. ~
 5 1,7|          to be attained. Sulphuric acid is one of the agents the
 6 1,7|          which is made of it. This acid would later be of great
 7 1,7|          the vegetables, by azotic acid. But this acid was wanting,
 8 1,7|           by azotic acid. But this acid was wanting, and he would
 9 1,7|           from which the sulphuric acid had to be extracted. The
10 1,7|            The making of sulphuric acid is a very expensive manufacture.
11 1,7|      chambers, unassailable by the acid, and in which the transformation
12 1,7|      Bohemia especially, sulphuric acid is manufactured by very
13 1,7| concentration. It is thus that the acid known under the name of
14 1,7|       under the name of Nordhausen acid is made. ~To obtain sulphuric
15 1,7|         made. ~To obtain sulphuric acid, Cyrus Harding had only
16 1,7|        vase, so that the sulphuric acid should distil in vapor,
17 1,7|    condensation, would produce the acid. ~The crystals were placed
18 1,7|         would distil the sulphuric acid. The operation was successfully
19 1,7|           Simply to produce azotic acid; and that was easy, since
20 1,7|   saltpeter, attacked by sulphuric acid, gives azotic, or nitric,
21 1,7|           gives azotic, or nitric, acid by distillation. ~But, after
22 1,7|        going to employ this azotic acid? His companions were still
23 1,7|       trouble. ~Taking some azotic acid, he mixed it with glycerine,
24 1,7|     guncotton, since he had azotic acid at his disposal. This substance,
25 1,8|          powder, as we have azotic acid, saltpeter, sulphur, and
26 1,0|          he had lime and sulphuric acid, while the amphibians of
27 1,0|          at his disposal sulphuric acid, but by heating this acid
28 1,0|          acid, but by heating this acid with the neutral fatty bodies
29 1,0|          to decompose by sulphuric acid, which precipitated the
30 1,0|           impregnated with boracic acid, and which vitrify as they
31 1,0|         fermentation, gave them an acid drink, which was preferable
32 2,8|          it was only fuming azotic acid. Now, Harding having sulphuric
33 2,8|           Harding having sulphuric acid at his disposal, had already
34 2,8|      easily able to produce azotic acid by attacking the saltpeter
35 2,8|      immersed in the fuming azotic acid for a quarter of an hour,
36 2,8|       disposal the ordinary azotic acid and not the fuming or monohydrate
37 2,8|       fuming or monohydrate azotic acid, that is to say, acid which
38 2,8|       azotic acid, that is to say, acid which emits white vapors
39 2,8|         the latter ordinary azotic acid, mixed, in the proportion
40 2,8|          of concentrated sulphuric acid, the engineer obtained the
41 2,9|         pyrites supplied sulphuric acid, and the ground supplied
42 2,0|           by the help of sulphuric acid, they were subjected to
43 2,8|           other substances, azotic acid and potash, were all at
44 2,8|        attained by the reaction of acid and potash on each other.
45 2,8|        made and filled with azotic acid. The engineer corked them
46 2,8|    intended to be plunged into the acid by means of a clay stopper
47 2,8|        plants, and in this way the acid and potash could act on
48 2,8|            was plunged into azotic acid, the other into a solution
49 3,8|            with gases and carbonic acid, mingled with aqueous vapors.