bold = Main text
     Part, §grey = Comment text
1001 III, 38|            however merits a more serious reflection is the fact that all the
1002 III, 35|            subject.~ ~I cannot, however, refrain from mentioning that I have
1003 Pre, 10|                  diameter, the inventors refused to undertake the construction
1004 III, 32|                  had promised and boldly refutes any and even the most weighty
1005   I,  9|                 be found that it quickly regains it former shape, the air
1006   I,  3|            exactly what takes place with regard to the weight and pressure
1007 Pre,  4|               privileges, which are thus regarded as unalterable or sacred
1008   I,  1|                  presence of the diet of Regensburg, when amongst other experiments
1009 Exp    |               pipe D in the boiler, thus regulating the entire movement of the
1010 Exp    |           movement of the machine, which regulation takes place when the way
1011   I,  9|            convincing the readers I will relate an experiment which can
1012 Exp    |                  be proportionate to the relation between the power and the
1013  II, 20|                  horses, which have been relayed 4 times in 24 hours, so
1014   I,  9|                the bladder is allowed to remain before the fire for a longer
1015   I,  9|              former volume.~ ~>From this remarkable quality of the air of expanding
1016 For    |            number of years. We need only remember the varied applications
1017 Pre,  4|                concerning privileges are remitted, is most careful that no
1018   I,  3|                 1 furthermore be able to remove all the three men from the
1019   I,  9|               But if the same bladder is removed from the fire and put upon
1020   I,  3|                  men outside the door be removed-it does not matter by what
1021 III, 38|                 Sluss, it could not only render an incomparable service
1022 III, 50|            system having generally to be renewed every tenth year, not to
1023  II, 19|               says that he has a greater renown abroad than in his own country,
1024 Exp    |                  before the regulator is reopened, and again allows the steam
1025 III, 35|               dock has, however, already repaid many times its cost, for
1026  II, 20|                  of Mines has decided to replace all the horses, of which
1027 III, 46|      insufficient, it can, of course, be replaced by one of 48 inches, the
1028   I,  9|                 is bound to burst with a report. This experiment proves
1029 Pre,  2|              beam, which was supposed to represent the weight of the water
1030   I,  4|                 fire-machine may also be represented by two heavy weights of
1031 Pre,  1|                  years ago a man of high repute, Captain Thomas Savery,
1032 Pre,  8|                 faithfulness and honesty required in such a delicate position.
1033  II, 15|                basin 45 feet up into the resevoir of the engine-house) a similar
1034   I,  3|                  diminishing capacity of resistance of the inner air; and as
1035 III, 41|                my best this time in this respect -- I shall only mention
1036 Exp    |                 the mine shaft hangs and rests.~ ~p.p.p.p. The furnace
1037 III, 44|             width of the water-wheel the result will be that the wheel also
1038 Int    |                  of his drawing fails to reveal any important departure
1039 Int    |                published the mine-owners reverted to the use of horse whims
1040 Pre,  8|               him loyally against a fair reward.~ ~
1041 Int    |            photographing of the plate.~ ~Rhys Jenkins.~ ~
1042 Pre,  7|               utilise and work a big and rich coal-mine, close to the
1043 Exp    |                  and, when the steam has risen, again closes the steam
1044 III, 41|                 for the payment of 1/2 a rixdahler every quarter.~ ~A fire-machine
1045 Exp    |                  condensing the steam or robbing the air, highly rarefied
1046   I,  9|                  praiseworthy Englishman Robert Boyle has also proved by
1047   I, 11|                  highly rarefied air and robs it of all its expanding
1048 III, 50|              although the wheel with the rod-system is generally provided with
1049 III, 41|             everyone acquainted with old Roman history what enormous amounts
1050 III, 41|                what enormous amounts the Romans spend on building aqueducts.)~ ~
1051 III, 40|               had high up under the very roof: the insufficiency on this
1052 Int    |                 son Samuel, who later on rose to a high position in the
1053  II, 20|               generally called a "wasser Ross-Geipel") (or a machine for pumping-up
1054 Exp    |                interior of the cylinder, round the rim of the disk is put
1055 III, 43|                they are made higher this rule will hold good: that what
1056 III, 32|            forward against it.~ ~And, if rumors are to be believed, a frigate
1057 Pre,  6|                              6.~ ~As the rumour of this magnificent art
1058 III, 32|             thought easier for anyone to run away with the art of how
1059 III, 41|           useless if the supply of water runs short and the fire is allowed
1060 Exp    |                 and the steam allowed to rush into the cylinder; the vacuum,
1061 Exp    |                  pins. When the steam is rushing into the cylinder and pressing
1062 Pre,  4|               regarded as unalterable or sacred as Magna Charta or the English
1063 III, 40|                  the building secure and safeguard the great cost.~ ~
1064 III, 38|                 1/2 in value, became the safer a property is, the higher
1065 For    |                 paid to his name.~ ~CARL SAHLIN.~ ~Djursholm, Stockholm.~
1066 III, 26|              fire-machine, including the salary and subsidy enjoyed by Potter,
1067 Int    |                  he founded a Diving and Salvage Company and was a partner
1068 For    |                received with the keenest satisfaction and gratitude by Triewald'
1069 III, 38|                with water daily but also saved from fire when this institution
1070 III, 42|                of mills, e.g. grain- and saw-mills, in shipbuilding yards,
1071   I,  4|              attached to either end of a scale-beam, in which case, as a matter
1072  II, 20|                  these machines going is scarce and expensive.~ ~"The fire
1073 For    |               deliberations of these two scholars took lace in the winter
1074 Int    |                 State. At the end of his schooldays our Triewald entered into
1075 Int    |               mechanics and the physical sciences. His collection of philosophical
1076 III, 30|                 the particular floor, is screwed on to the special threads
1077 Int    |                 his improvements were. A scrutiny of his drawing fails to
1078 III, 32|                  concerned as well as in sea-actions, for a long time before
1079 Exp    |           describe:-- firstly the power; secondly, the effect or efficacy;
1080 III, 40|                duty to make the building secure and safeguard the great
1081 Pre,  6|           without having had a chance of seeing more than the wonderful
1082  II, 24|                the brim. But although it seldom happens that a tub is filled
1083 Int    |                  a good education and to send to the University of Upsala
1084 For    | fellow-countrymen, and in a very special sense by Swedish engineers. The
1085 Pre,  2|                  convinced even the very senses of the onlookers that they
1086 Int    |            cylinder the metal parts were sent from England. The cylinder,
1087   I,  1|                 of horses were unable to separate his two hemispheres, 18
1088 III, 38|               What however merits a more serious reflection is the fact that
1089 III, 38|                  easily do with only one servant. What however merits a more
1090 III, 38|             household which now keep two servants because of all the toil
1091 III, 38|              only render an incomparable service when the locks had to be
1092 Int    |                recognition of his public services, Triewald was appointed "
1093 Int    |                engine that he was having set up to pump water from a
1094 III, 28|                England and Scotland, (At Seton, the estate in Scotland
1095 III, 32|                  or a brief narrative of seueral new inventions and experiments
1096        | several
1097 Exp    |               whole building on the mine shaft hangs and rests.~ ~p.p.p.p.
1098        | shall
1099 III, 44|             forming it into all kinds of shapes and figures, which will
1100 III, 42|                 grain- and saw-mills, in shipbuilding yards, and in fortresses,
1101 III, 38|               the open space between the shops at the locks and the fishing
1102   I,  3|               men who are pressing their shoulders with all their might against
1103 Int    |                 but there was nothing to show that Newcomen benefited
1104  II, 20|              town Königsberg in Hungary, showing how by a fire-machine a
1105 III, 40|                the Royal Palace makes me shudder when I think that this,
1106 Exp    |               the beam, thus opening and shutting the regulator by means of
1107 Pre, 10|            formed a company together and signed a contract to the effect
1108 Int    |                or Academy!~ ~Triewald is silent about the story of Humphrey
1109 Int    |                 of subjects, such as the silk industry, the manufacture
1110   I,  3|               conceived by the following simile: imagine a door without
1111 Pre,  7|                inventors themselves were simultaneously erecting fire-machines at
1112 III, 35|                  which have been left to sink in the harbor. The dock
1113 Exp    |                 when necessary.~ ~T. The sinking or waste-pipe and the valve
1114 Exp    |          cylinder.~ ~Y. The valve of the sinking-pipe, which is placed under the
1115 For    |                 formation of the Swedish sister institution.~ ~In Triewald
1116 III, 41|             marvellously and wonderfully situated that it would be an easy
1117   I, 11|                  skeppund, 16 lispund, 5 skå lpund, which proves that
1118 Exp    |               skeppund 18 lisp [-und] 15 skalp [-und] victualie, on the
1119  II, 17|            course, able to deliver 63000 skalpund V.W. per hour, because 10080
1120 III, 46|                  of which is equal to 96 skeepund, 3 lispund, 12 marker; and
1121 Int    |             following brief biographical sketch is based.~ ~Born in 1691,
1122  II, 19|            smallest evidence proving his skill, amongst many others of
1123 Pre,  9|                Commission-Secretary Herr Skutenhielm that such was the case when
1124 Pre,  9|                 a day to discover in the slightest way that i understood anything
1125 III, 38|              were installed as the Söder Sluss, it could not only render
1126  II, 19|                  own country, though the smallest evidence proving his skill,
1127 Int    |                Triewald was the son of a smith, whom we may judge to have
1128 III, 32|                 possible to give ship in smooth and calm waters the same
1129 Int    |             industry, the manufacture of soap, the cultivation of hops,
1130 III, 38|            machine were installed as the Söder Sluss, it could not only
1131 Int    |                first publication devoted solely to the engine, and the author
1132 Pre,  4|                 Attorney-General, or the Solicitor of the King to whom all
1133 III, 49|                  covered by a strong and solid stone-building, so that
1134   I, 12|               and keep all the so called Solwerbergs mines clear from water,
1135        | sometimes
1136 Pre, 11|                excused for having spoken somewhat about the first inventors
1137 Pre, 10|               other improvements which a sound theory concerning the fire-machine
1138 Int    |              Tyne, ten miles away to the south of the river Beighton was
1139 Pre,  6|        painstaking and toil, so that the Spanish Ambassador at the English
1140  II, 14|                last visit to Dannemora a spare pump of the same calibre
1141 III, 50|                 every tenth year, not to speak of the pumps which, constructed
1142 III, 40|                                    40.~ ~Speaking of the Royal Palace makes
1143 III, 32|               from his printed account, (Specimina Ichongraphica, or a brief
1144 Pre,  1|                knowledge whatever of the speculations of Captain Savery, had at
1145   I, 10|             expanding hot air drives out speedily all the cold air, existing
1146 III, 41|              enormous amounts the Romans spend on building aqueducts.)~ ~
1147 III, 35|                 of six 9 inch pumps, not spending more energy than by working
1148 Pre, 11|                 to be excused for having spoken somewhat about the first
1149 III, 35|              except at high tide (called spring tides); the big ships being
1150  II, 23|               look at them especially in spring-time -- in autumn and winter
1151  II, 14|                  of the machine when the springs within and without the house
1152   I, 10|              takes place with a terrible sputtering noise that generally frightens
1153 III, 26|                  in Sweden (a klafter or staf-rum of wood costs in Hungary
1154  II, 20|               fire-machine, with all its staff and firewood, -- one gulden
1155 Pre, 10|                  be easily seen from the Stafford machine, the boiler of which
1156 Pre,  4|                place at Dudley Castle in Staffordshire.~ ~
1157 III, 39|            fire-machine could also be in stalled at Norr-Malms Torg and Ströommen,
1158   I, 10|                  fire-machine when being started.~ ~
1159 Pre,  8|                Nich Ridley, who was then staying in London, was not only
1160 Exp    |               steam expels the air which steals into the cylinder with the
1161 III, 49|            covered by a strong and solid stone-building, so that scarcely any or
1162   I,  9|                  the fire and put upon a stone-floor or in cold water, it will
1163 Pre,  5|                  The water in the boiler stood 4 feet 4 inches high and
1164 Exp    |                  and when the machine is stopped.~ ~I.K.A valve, provided
1165 III, 41|              need not go further than to Strahslund, where a horse whim (The
1166 Int    |              Sweden. Possibly he led too strenuous a life, for he died in 1747,
1167 Int    |             valve gear, and a point that strikes the reader at once is the
1168 III, 39|           stalled at Norr-Malms Torg and Ströommen, and a reservoir could be
1169 III, 47|                  in consideration of its structure and the power as well as
1170 Int    |                  not widely spread among students of the history of engineering.
1171 Int    |              known to all those who have studied the history of the steam
1172 Pre,  8|            diligence and zest I had been studying natural science and mechanics
1173 Int    |             notes, on a great variety of subjects, such as the silk industry,
1174 For    |                 the utmost value for his subsequent activities in his native
1175 Pre, 10|                 the young Mr. Calley was subsequently initiated by me into the
1176   I,  2|               surrounds our globe, is so subtle, that we are unable to see
1177  II, 20|              will be easily seen how, by subtracting the 25 feet of water which
1178 III, 35|              weight, it will be found by subtraction of this weight or pondus
1179 Int    |                  in Sweden. It was not a success (probably it was difficult
1180 Int    |                we may judge to have been successful in his business, for he
1181 Pre,  2|               than wished-for effect was suddenly caused by the following
1182 III, 30|              than any of the house could suffer any damage by fire -- much
1183 III, 41|                  How much the public has suffered within forty years alone,
1184 III, 44|                 to praise the benign God sufficiently for his kindness in placing
1185 Pre, 10|                the fire-machine seems to suggest and demand. As I know offered
1186 Pre,  6|              from London with a numerous suite of foreigners in his train,
1187   I,  8|             prove in a way, clear as the sun, that every particle of
1188 Exp    |               firmly joined together and support the second floor. Between
1189   I,  6|               also that the lowermost is supporting and carrying the whole weight
1190   I,  6|                                     6.~ ~Suppose I put into one scale of
1191 III, 40|                  it seems also to be our supreme duty to make the building
1192 III, 35|              lispund, 15 marcker, that a surplus of 20 skeppund, 3 lispund,
1193   I,  9|                 and to press against the surrounding air with the same force
1194 Pre,  2|                 at least no-one had ever suspected that it could originate
1195   I,  9|                 enclosed air expands and swells to such an extent, that
1196 Pre,  9|                this district was in full swing, I for my part, according
1197 Int    |          Newcomen engine, as by Leupold, Switzer, and Weidler, but Triewald'
1198 Exp    |                into it when necessary.~ ~T. The sinking or waste-pipe
1199 III, 30|              pipes -- prove to be grater tan some 100 squirts, even if
1200 Exp    |                of the basin S up to this tank. ~ ~h.h. The great beam,
1201 Pre,  1|                See John Harris's Lexicon Technicum, Vol. I.)~ ~The fire- and
1202 Pre,  6|                return to London in a bad temper, without having had a chance
1203 III, 50|            generally to be renewed every tenth year, not to speak of the
1204 Int    |               they were both on friendly terms with Desaguliers, and both
1205   I, 10|                 event takes place with a terrible sputtering noise that generally
1206  II    |            effect obtained at the recent test made with this machine.~ ~
1207 Pre,  9|             death. Even the great Newton testified in the presence of the Commission-Secretary
1208 Pre,  1|              little hope, judging by the tests then made, that he would
1209 III, 30|              from the water-level of the Thames. Anybody wishing further
1210 Int    |                  Newcomen Society has to thank the Comptroller-General
1211        | thereby
1212   I,  7|                 in the air~ ~ ~ ~4 times thinner~ ~ ~ ~ ~14 " " ~ ~16 " " ~ ~
1213 Exp    |                  the effect or efficacy; thirdly, the usefulness or for what
1214 III, 48|               after a hundred and even a thousand years' use, is better, and
1215   I,  1|             earth. (Considering the many thousands of years the world has existed,
1216 III, 30|                screwed on to the special threads at the end of the tap. As
1217 III, 41|                 one in Vienna is able to throw water perpendicularly 10
1218   I,  3|             means-the door would then be thrown immediately open by the
1219 III, 35|                  England, except at high tide (called spring tides); the
1220   I,  9|                of air; close the bladder tightly at the neck so that not
1221 III, 42|          waterfall; equally to forges or tilt-hammers. Boggy and marshy countries
1222 III, 40|                  easily be turned into a torch for the whole of Stockholm (
1223 III, 39|                 in stalled at Norr-Malms Torg and Ströommen, and a reservoir
1224 Pre, 10|                  a big cylinder would be totally impracticable, especially
1225   I,  2|              similar inch of water, (See Tractaten om Hydrostastika Wågbalken,
1226 III, 30|                  Joh. Friderici Weidleri Tractatus de Machinis Hydraulicis
1227 Pre,  6|               suite of foreigners in his train, to get a look at this new
1228 III, 44|                  from which power can be transferred by a system of rods to the
1229 Int    |            errors have been corrected in translating, but the figures of the
1230 III, 35|             could easily, by a system of transmission rods, be made to serve the
1231 III, 44|              water power or the means of transmitting it. In other mines, as the
1232 Int    |           philosophical instruments is a treasured possession of the University
1233 III, 34|         describes In the above mentioned treatise pages 91 & 92.~ ~
1234 Pre,  2|                air, which pressed with a tremendous power on the piston, caused
1235 For    |            whatever country, that such a tribute should be paid to his name.~ ~
1236   I,  3|             length of time these men now tried their strength against each
1237   I,  7|                  the earth would stand a trifle higher than 1/100 part of
1238  II, 23|                   even if the horses are trotting. (Generally the horses go
1239 III, 40|                  on this point being the true cause of the destruction
1240  II, 22|                of horses. I will however try to explain how this can
1241 III, 41|              fire.~ ~To be brief -- I am trying to do my best this time
1242 III, 44|            silver mines in the parish of Tuna, our forefathers did not
1243  II, 24|                horse-whims draw each 300 tunnnor of water in 24 hours, or
1244 Int    |                  broken up until 1773.~ ~Turning now to the book itself.
1245  II, 18|                be 20060 tunnor water per twenty-four hours which the machine
1246   I, 11|               that all water contains an un-measurable quantity of air, which can
1247 Pre,  4|               which are thus regarded as unalterable or sacred as Magna Charta
1248 Int    |             seems to have been a modest, unassuming man, a description which,
1249 For    |                this industry in order to understand that so alert an observer
1250   I,  9|           experiment which can be easily undertaken without any costly and elaborate
1251 III, 44|                  and wild as if somebody undertook to increase the weight of
1252 Int    |                 Triewald.~ ~Triewald was undoubtedly a man of great ability and
1253 Int    |           Beighton may have expressed an unfavourable opinion about them. Then,
1254 III, 41|               all the property which the unfortunate inhabitants have lost because
1255 Pre,  2|               had hitherto been entirely unknown in nature,-at least no-one
1256 Pre,  6|                 which had cost them such unparalleled painstaking and toil, so
1257 Pre,  4|               invention, but everyone is upheld in the possession of his
1258 III, 41|               fire is allowed to get the upper-hand whilst waiting for water.)
1259 Int    |                send to the University of Upsala his elder son Samuel, who
1260 Exp    |                  pressing the great beam upwards, one of these pins catches
1261 III, 41|                 squirts in the world are useless if the supply of water runs
1262 Int    |              royalties were exacted from users of the Newcomen engine by
1263 III, 30|                 room of every floor, and usually in the kitchen, two short
1264 III, 35|                the machine is allowed to utilize its entire power, it would
1265 III, 43|                the power of water can be utilized, and this will never be
1266 For    |                fund of experience of the utmost value for his subsequent
1267 III, 45|                as well as in the deepest valleys, nay, everywhere in this
1268 For    |                We need only remember the varied applications of technical
1269   I,  2|                power of the fire-machine varies with the diameter or piston-area
1270 Int    |          bibliographic notes, on a great variety of subjects, such as the
1271   I, 11|                   in accordance with the vauum wanted or the weights of
1272 III, 44|                  example, enough of good veins and mines which have been
1273 Exp    |                be borne in mind that the velocity will always be proportionate
1274   I,  7|             different heights, and, vice versa, depths of the atmosphere:
1275   I,  3|                  whole atmosphere (those versed in natural science have
1276 III, 30|           force-work, is raised 124 feet vertically from the water-level of
1277   I,  7|                  different heights, and, vice versa, depths of the atmosphere:
1278 For    |        Beskrifning om eld-och luftmachin vid Dannemora grufvor," Stockholm,
1279 Int    |                 the "Transactions," Vol. VII.), and upon it the following
1280   I,  3|                other, no change would be visible in the position of the door,
1281  II, 14|             brought with me from my last visit to Dannemora a spare pump
1282   I, 10|            frightens those onlookers and visitors, who have never witnessed
1283   I,  2|                  Dannemora fire-machine, viz., 1018 2/7 square inches,
1284   I,  3|           presses upon a vessel which is void of air may be better conceived
1285   I,  9|                 back again to its former volume.~ ~>From this remarkable
1286   I,  1|          burgermaster of Magdeburg, Otto von Guerike, made most wonderful
1287   I,  2|               Tractaten om Hydrostastika Wågbalken, Stockholm, printed 1728.)
1288 III, 35|                being sometimes forced to wait for two months, whilst the
1289 III, 41|                get the upper-hand whilst waiting for water.) is supplying
1290 Int    |                  formed, in the cylinder wall, through which water rushed
1291   I, 11|                accordance with the vauum wanted or the weights of the water-columns
1292 Exp    |             which the boiler is fed with warm water coming from the cylinder. ~ ~
1293 Pre,  7|                   This Calley, though he was-one might almost say reared
1294 Int    |           Beighton was putting one up at Washington Fell. If they did not actually
1295  II, 20|              Hungary generally called a "wasser Ross-Geipel") (or a machine
1296 Exp    |           necessary.~ ~T. The sinking or waste-pipe and the valve at the end
1297 Exp    |                much in the same way as a watch-chain, with a rod, weighing, together
1298 III, 39|                hands to last for ever. A watch-tower could also be built on the
1299 Exp    |              water from the reservoir or water-basin G.~ ~a.a.a.a. For great
1300 Exp    |                The injection-pipe or the water-spring-pipe which conducts the cold
1301 Exp    |           chimney.~ ~g. The reservoir or water-tank, which the machine constantly
1302 III, 44|                  double the width of the water-wheel the result will be that
1303 III, 43|                an attempt to make to the water-wheels wider or higher; for if
1304 III, 42|                  of wood and iron but no waterfall; equally to forges or tilt-hammers.
1305 III, 32|                  ship in smooth and calm waters the same pace as it would
1306 III, 47|                 the power as well as the ways in which this power can
1307   I,  3|              below the piston should get weakened, then the air above the
1308 Pre,  7|                 memory of man ruined two wealthy families who did not know
1309 III, 50|             subject to much friction and wear, and although the wheel
1310 Int    |                 by Leupold, Switzer, and Weidler, but Triewald's book is
1311 III, 30|               get it from Joh. Friderici Weidleri Tractatus de Machinis Hydraulicis
1312 Exp    |                 watch-chain, with a rod, weighing, together with the weights
1313 III, 32|            refutes any and even the most weighty animadversions which it
1314 III, 34|                 with water, as Professor Weilderus describes In the above mentioned
1315 Pre    |                          MOST HONORABLE, WELL-BORN, NOBLE AND HIGHLY ESTEEMED
1316 III, 32|                   a frigate left for the West Indies with this invention
1317 III, 32|                 printed for Innys at the westend S. Pauls, 1730.) that he
1318 III, 35|            always be an abundance at the wharfs of Carlscrona.~ ~That the
1319 Pre,  9|               that i understood anything whatsoever about such a machine, though
1320 III, 43|             winds, as for instance water wheels and wind-mills which are
1321        | whenever
1322        | whereas
1323        | wherever
1324 III, 41|                Strahslund, where a horse whim (The great damage which
1325 III, 27|                mine costs, including the whim-boys who drive and fill and empty
1326        | whose
1327 III, 30|               The boiler is oval, 8 feet wide, and 9 feet long.~ ~The
1328 Int    |                   a language that is not widely spread among students of
1329 III, 43|                 make to the water-wheels wider or higher; for if they are
1330 Exp    |                  feet in diameter at its widest part, 2/3 full of water,
1331  II, 16|                    As one kanna of water wighs 6 skålpund, 8 lod, V. W. (
1332 III, 44|               are just as impossible and wild as if somebody undertook
1333 III, 43|                instance water wheels and wind-mills which are contrivances or
1334 III, 43|               their power from water and winds, as for instance water wheels
1335 III, 28|                  Scotland of the Earl of Winton, I saw 4 mills driven by
1336 Pre,  2|              model work that a more than wished-for effect was suddenly caused
1337 III, 30|       water-level of the Thames. Anybody wishing further information concerning
1338   I,  3|                the door; Again, should i withdraw two men from the outside
1339 Exp    |                 shrinks and is unable to withstand the weight of the atmosphere
1340   I, 10|                 visitors, who have never witnessed a fire-machine when being
1341 III, 30|                et Londinensi, printed in Wittemberg 1729.~ ~
1342   I, 11|              that the hot air (many will wonder from where all this hot
1343   I,  1|                existed, it is much to be wondered that the weight of the air
1344 III, 41|           Fatherland so marvellously and wonderfully situated that it would be
1345 Exp    |                 cold takes place.~ ~S. A wooden lid on the boiler, through
1346 III, 35|              work will anyhow equal 1800 working-days, because the men are kept
1347 III, 50|        especially as the leather is soon worn out, thus causing the effect
1348  II, 15|                way out of one piece of a worn-out pump, taken from the force-work, (
1349 III, 48|                 better, and never can be worse.~ ~
1350   I,  7|                 mines.~ ~Doctor Benjamin Worster has founded his calculations,
1351 Int    |         extremely rare, and, next, it is written in Swedish, a language that
1352 Int    |               industrial occupations, he wrote, as will be seen in the
1353 Exp    |             puffing or snifting valve.~ ~X. A valve, called the snifting
1354 Exp    |                 to enter the cylinder.~ ~Y. The valve of the sinking-pipe,
1355        | yes
1356 Pre,  8|                 perturbed because of the youthfulness of his engineer, but also
1357 Exp    |               and a vacuum is created.~ ~Z. A tap which furnishes the
1358 Pre,  8|                  with what diligence and zest I had been studying natural