 | Michael Faraday - 1827 - 692 pages
...lined with vitreous matter (453). 1003. To prevent cracking during desiccation, and the consequent separation of the coat from the vessel, some chemists...mechanically to increase the tenacity of its parts. Horse dung, chopped hay and straw, horse and cow hair, and tow cut short, are amongst the number. When... | |
 | Michael Faraday - 1827 - 678 pages
...lined with vitreous matter (453). 1003. To prevent cracking during desiccation, and the consequent separation of the coat from the vessel, some chemists...lute, so as mechanically to increase the tenacity o! its parts. Horse dung, chopped hay and straw, horse and cow hair, and tow cut short, are amongst... | |
 | Michael Faraday - 1831 - 712 pages
...lined with vitreous matter (489). 1092. To prevent cracking during desiccation, and the consequent separation of the coat from the vessel, some chemists...so as mechanically to increase the tenacity of its LUTES — COATED VESSELS — CRACKING. 499 parts. Horse dung, chopped hay and straw, horse and cow... | |
 | Michael Faraday - 1842 - 698 pages
...tenacity of its parts. Horse dung, chopped hay and straw, horse and cow hair, and tow cut short, arc amongst the number. When they are used they should...more water than with simple lute, and employ more labour to obtain an uniform mixture. It is best to mix the chopped material with the clay, before the... | |
 | John Mitchell (F.C.S.) - 1846 - 450 pages
...now and then to change their positions. To prevent cracking during desiccation, and the consequent separation of the coat from the vessel, some chemists...more water than with simple lute, and employ more labour to ensure an uniform mixture. It is best to mix the chopped material with the clay before the... | |
 | John Mitchell (F.C.S.) - 1846 - 448 pages
...now and then to change their positions. To prevent cracking during desiccation, and the consequent separation of the coat from the vessel, some chemists...amongst the number. When they are used, they should he added in small quantity, and it is generally necessary to add more water than with simple lute,... | |
 | John Mitchell (analytical chemist.) - 1854 - 608 pages
...now and then to change their positions. To prevent cracking during desiccation, and the consequent separation of the coat from the vessel, some chemists...more water than with simple lute, and employ more labour to ensure a uniform mixture. It is best to mix the chopped material with the clay before the... | |
 | John Mitchell (F.C.S.) - 1868 - 840 pages
...now and then to change their positions. To prevent cracking during desiccation, and the consequent separation of the coat from the vessel, some chemists...cow-hair, and tow cut short, are amongst the number. When these are used, they should be added in small quantity, and it is generally necessary to add more water... | |
 | John Mitchell (F.C.S.) - 1868 - 802 pages
...now and then to change their positions. To prevent cracking during desiccation, and the consequent separation of the coat from the vessel, some chemists...cow-hair, and tow cut short, are amongst the number. When these are used, they should be added in small quantity, and it is generally necessary to add more water... | |
 | John Mitchell (F.C.S.) - 1868 - 806 pages
...now and then to change their positions. To prevent cracking during desiccation, and the consequent separation of the coat from the vessel, some chemists...cow-hair, and tow cut short, are amongst the number. When these are used, they should be added in small quantity, and it is generally necessary to add more water... | |
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... a warm situation, over the sand-bath or near the ash-pit, or in the sun's rays. They should not be allowed to dry rapidly or irregularly, and should be moved now and then to change their positions. To prevent cracking during desiccation, and the consequent... 
