Chapter

 1 VI    |        most resist the action of heat, gold, and platinum, and
 2 VI    |    medium.”~“So, Axel, it is the heat that troubles you?”~“Of
 3 VI    |       the same with the internal heat? Why should it not, at a
 4 VI    |      have demonstrated that if a heat of 360,000 degrees [1] existed
 5 VI    |          and if there is central heat may we not thence conclude
 6 VI    |    cooled down first, whilst the heat took refuge down to the
 7 VI    |         whole of the ball such a heat that it could not be held
 8 VI    |         at all for this internal heat; my opinion is that there
 9 IX    |           Thanks to the internal heat, the grass grows on them
10 XI    |         Too much if the internal heat was to rise so high, for
11 XII   |       calm. There was no fear of heat, none of disastrous rain.
12 XVII  |  repudiate the notion of central heat altogether. We shall see
13 XVIII |         have encountered greater heat.”~“According to your system,”
14 XIX   |   extremely narrow passages.~The heat was perfectly bearable.
15 XIX   |          I began to think of its heat when the lava thrown out
16 XX    |     double influence of tropical heat and constant moisture; a
17 XX    |       some other source than the heat of the sun. Perhaps even
18 XX    |   climates’ as yet, and a torrid heat, equal from pole to equator,
19 XX    |        of the globe. Whence this heat? Was it from the interior
20 XX    | Professor Liedenbrock, a violent heat did at that time brood within
21 XX    |          generated gases and the heat of fermentation, they underwent
22 XXV   | temperature, there ought to be a heat of 2,732° Fahr.!”~“So there
23 XXV   |        still held to the central heat, although I did not feel
24 XXV   |      which are non-conductors of heat, did not suffer the heat
25 XXV   |         heat, did not suffer the heat to pass through its walls.~
26 XXX   |          light, and there was no heat. The general effect was
27 XXXI  |         as the theory of central heat is given up.” “So then,
28 XXXII |        when, under the action of heat and moisture, the vegetable
29 XXXII |        climates are no more; the heat of the globe continually
30 XXXII |    granite rocks soften; intense heat converts solid bodies into
31 XXXIV |       water. It marks an intense heat of 325°, which is far above
32 XXXIV |         region where the central heat attains its highest limits,
33 XXXV  |          glows with incandescent heat; hailstones rattle fiercely
34 XXXV  |      length across the raft.~The heat increases. I refer to the
35 XXXV  |        splendour and the melting heat, it drops at my feet, spinning
36 XXXVII|         fierce action of central heat, had partly been resolved
37 XXXIX |          without the life-giving heat and light of the sun. Everything
38 XLII  |      feel a contrary effect. The heat was increasing in a manner
39 XLII  |         the phenomena of central heat ruled in all their rigour
40 XLII  |     could only compare it to the heat of a furnace at the moment
41 XLII  |     cried at one moment when the heat was redoubling.~“No,” replied
42 XLII  |       part; then this unbearable heat, this boiling water! I consulted
43 XLIII |       Don’t you feel the burning heat? Don’t you see how the water
44 XLIII |       became accelerated. If the heat increased, instead of diminishing,
45 XLIII |      sputtered under the intense heat.~“See, see, my uncle!” I
46 XLIII |         we were stifled with the heat; whilst we were being projected
47 XLIII |       roll and allay my feverish heat. Little by little my brain,
48 XLIV  |       was blistering us with the heat, and blinding us with the
49 XLIV  | splendours more of his light and heat than we were able to receive
50 XLV   |          believe, in the central heat. But I admit that certain