Heat for Engineers a Treatise On Heat With Special Regard to Its Practical App
Heat for Engineers a Treatise On Heat With Special Regard to Its Practical App
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In our eReader you can find the full English version of the book. Read Heat for Engineers a Treatise On Heat With Special Regard to Its Practical App Online - link to read the book on full screen. Our eReader also allows you to upload and read Pdf, Txt, ePub and fb2 books. In the Mini eReder on the page below you can quickly view all pages of the book - Read Book Heat for Engineers a Treatise On Heat With Special Regard to Its Practical App
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Hence the pressure of the enclosed air, at 45 C. , will be (412-5 x 2) = 825 mm.
Consequently, the total internal pressure will be 760 mm. , due to the vapour, plus 825 mm. Due to the enclosed air, or a total of 1585 mm. , or 2-08 atmospheres.
It is evident, from the above considerations, that if the space in the storage vessel be freed from air, the internal pressure will be entirely due to the vapour of the liquid. Should the temperature rise above the boiling-point of the liquid, the interna...l pressure may increase to several atmospheres. Calculations of the pressure, as shown in the foregoing example, involve a knowledge of several constants, and it is better to subject the liquid to an actual test, under the same conditions as those existing in the storage vessel, in order to determine whether a sufficient margin of sa'fety has been allowed. This may be accomplished by means of the apparatus shown in Fig, 62, devised by the author for this purpose. A glass tube, of narrow bore, divided into millimetres, is sealed into a glass vessel of about 250 c.
What to read after Heat for Engineers a Treatise On Heat With Special Regard to Its Practical App?
You can find similar books in the "Read Also" column, or choose other free books by Charles Robert Darling to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
Hence the pressure of the enclosed air, at 45 C. , will be (412-5 x 2) = 825 mm.
Consequently, the total internal pressure will be 760 mm. , due to the vapour, plus 825 mm. Due to the enclosed air, or a total of 1585 mm. , or 2-08 atmospheres.
It is evident, from the above considerations, that if the space in the storage vessel be freed from air, the internal pressure will be entirely due to the vapour of the liquid. Should the temperature rise above the boiling-point of the liquid, the interna...l pressure may increase to several atmospheres. Calculations of the pressure, as shown in the foregoing example, involve a knowledge of several constants, and it is better to subject the liquid to an actual test, under the same conditions as those existing in the storage vessel, in order to determine whether a sufficient margin of sa'fety has been allowed. This may be accomplished by means of the apparatus shown in Fig, 62, devised by the author for this purpose. A glass tube, of narrow bore, divided into millimetres, is sealed into a glass vessel of about 250 c.
What to read after Heat for Engineers a Treatise On Heat With Special Regard to Its Practical App?
You can find similar books in the "Read Also" column, or choose other free books by Charles Robert Darling to read onlineMoreLess
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