 | John Tyndall - 1871 - 510 pages
...While, therefore, the outer ice which had to support the pressure of the atmosphere slowly melted, the water within the flask, whose freezingpoint, on...difference of temperature, explains the slowness of the freezing process.' A single additional condition in connection with this beautiful experiment I should... | |
 | John Tyndall - 1871 - 566 pages
...While, therefore, the outer ice which had to support the pressure of the atmosphere slowly melted, the water within the flask, whose freezingpoint, on...difference of temperature, explains the slowness of the freezing process.' A single additional condition in connection with this beautiful experiment I should... | |
 | John Tyndall - 1871 - 562 pages
...While, therefore, the outer ice which had to support the pressure of the atmosphere slowly melted, the water within the flask, whose freezingpoint, on...difference of temperature, explains the slowness of the freezing process.' A single additional condition in connection with this beautiful experiment I should... | |
 | John Tyndall - 1872 - 520 pages
...While, therefore, the outer ice which had to support the pressure of the atmosphere slowly melted, the water within the flask, whose freezingpoint, on...difference of temperature, explains the slowness of the freezing process.' A single additional condition in connection with this beautiful experiment I should... | |
 | Hermann Ludwig F. von Helmholtz - 1873 - 424 pages
...While, therefore, the outer ice which had to support the pressure of the atmosphere slowly melted, the water within the flask, whose freezing-point,...difference of temperature, explains the slowness of the freezing process. Now as the pressure of one atmosphere on a square millimetre amounts to about ten... | |
 | Hermann von Helmholtz - 1873 - 432 pages
...While, therefore, the outer ice which had to support the pressure of the atmosphere slowly melted, the water within the flask, whose freezing-point,...difference of temperature, explains the slowness of the frerzing process. Now as the pressure of one atmosphere on a square millimetre amounts to about ten... | |
 | John Tyndall - 1875 - 510 pages
...melted, the water within the flask, whose freezingpoint, on account of a defect of pressure, was 0°e0075 C. higher, deposited crystals of ice. The heat abstracted...difference of temperature, explains the slowness of the freezing process.9 A single additional condition in connection with this beautiful experiment I should... | |
 | Hermann Ludwig F. von Helmholtz - 1881 - 390 pages
...melted, the water within the flask, whosefreezing-point, on account of a defect of pressure, was 0-00750 C. higher, deposited crystals of ice. The heat abstracted...difference of temperature, explains the slowness of the freezing process. Now as the pressure of one atmosphere on a square millimetre amounts to about ten... | |
 | Hermann von Helmholtz - 1881 - 456 pages
...melted, the water within the flask, whose freezing-point, on account of a defect of pressure, was O00750 C. higher, deposited crystals of ice. The heat abstracted...difference of temperature, explains the slowness of the freezing process. Now as the pressure of one atmosphere on a square millimetre amounts to about ten... | |
 | Hermann von Helmholtz - 1883 - 432 pages
...freezing-point, on account of a defect of pressure, was 0'0075° C. higher, deposited crystals of ire. The heat abstracted from the water in this operation...moreover, to pass through the glass of the flask, which, togi.thar with the small difference of temperature, explains the slowness of the freezing process.... | |
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... augmented very slowly in size. This is perhaps the best method of obtaining beautifully formed crystals of ice. While, therefore, the outer ice which had to support the pressure of the atmosphere slowly melted, the water within the flask, whose freezing-point,... 
