The Cyanide Handbook (Paperback) - 5 Angebote vergleichen
Bester Preis: € 13,69 (vom 31.07.2017)1
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The cyanide handbook (2000)
EN PB NW RPISBN: 9781230274706 bzw. 1230274707, in Englisch, TheClassics.us, Taschenbuch, neu, Nachdruck.
Von Händler/Antiquariat, BuySomeBooks [52360437], Las Vegas, NV, U.S.A.
This item is printed on demand. Paperback. 166 pages. Dimensions: 9.7in. x 7.4in. x 0.3in.This historic book may have numerous typos and missing text. Purchasers can usually download a free scanned copy of the original book (without typos) from the publisher. Not indexed. Not illustrated. 1910 edition. Excerpt: . . . section vi useful formulae (1) To find weight of cyanide (or other soluble salt) to be added for making up stock solution to required strength. When the solutions are contained, as is usually the case, in cylindrical or rectangular tanks, the quantity is calculated by measuring the depth in the tank, having previously determined the weight corresponding to a unit of depth. Let D-total depth of solution in storage tank when filled to required point. d-depth in storage tank already filled a-per cent. of cyanide at present in storage tank 6 per cent. of cyanide in sump or reservoir from which liquid is to be drawn in making up. p-percentage required in final solution t-weight of solution corresponding to unit depth in storage tank. Then D--d-depth of solution to lie added to storage tank x weight of solid cyanide to be added. (D--d)t weight of solution to be added Ioq weight of cyanide in solution to be added rrjjr-weight of cyanide in solution already present in storage tank 100 Dp. t-weight of cyanide in solution as finally prepared Too Dpi dot (D-d)bt 1 e 100 X 100 100 Dt(p-b)-dt(a-b) X 100 Where the weight of solution is given in tons of 2000 lb. and the weight of cyanide in lb. av. , the formula becomes i-20 Dt(p-b)-dt(a-b) Where the weight of solution is given in metric tons of 1000 kg. and the weight of cyanide in kg. , the formula becomes x-10 Dt (p-6)-dt (a-6) J Illustrations. --(a) The storage tank is of such a diameter that 1 inch in depth corresponds to 2. 5 tons of solution. The total depth is 8 feet (i. e. , 96 in. ), and it is filled with cyanide solution of 0. 19 per cent. strength to a depth of 3 ft. 2 in. (- 38 in. ). It is required to fill the storage tank from a sump containing 0. 08 per cent. solution. What. . . This item ships from La Vergne,TN.
This item is printed on demand. Paperback. 166 pages. Dimensions: 9.7in. x 7.4in. x 0.3in.This historic book may have numerous typos and missing text. Purchasers can usually download a free scanned copy of the original book (without typos) from the publisher. Not indexed. Not illustrated. 1910 edition. Excerpt: . . . section vi useful formulae (1) To find weight of cyanide (or other soluble salt) to be added for making up stock solution to required strength. When the solutions are contained, as is usually the case, in cylindrical or rectangular tanks, the quantity is calculated by measuring the depth in the tank, having previously determined the weight corresponding to a unit of depth. Let D-total depth of solution in storage tank when filled to required point. d-depth in storage tank already filled a-per cent. of cyanide at present in storage tank 6 per cent. of cyanide in sump or reservoir from which liquid is to be drawn in making up. p-percentage required in final solution t-weight of solution corresponding to unit depth in storage tank. Then D--d-depth of solution to lie added to storage tank x weight of solid cyanide to be added. (D--d)t weight of solution to be added Ioq weight of cyanide in solution to be added rrjjr-weight of cyanide in solution already present in storage tank 100 Dp. t-weight of cyanide in solution as finally prepared Too Dpi dot (D-d)bt 1 e 100 X 100 100 Dt(p-b)-dt(a-b) X 100 Where the weight of solution is given in tons of 2000 lb. and the weight of cyanide in lb. av. , the formula becomes i-20 Dt(p-b)-dt(a-b) Where the weight of solution is given in metric tons of 1000 kg. and the weight of cyanide in kg. , the formula becomes x-10 Dt (p-6)-dt (a-6) J Illustrations. --(a) The storage tank is of such a diameter that 1 inch in depth corresponds to 2. 5 tons of solution. The total depth is 8 feet (i. e. , 96 in. ), and it is filled with cyanide solution of 0. 19 per cent. strength to a depth of 3 ft. 2 in. (- 38 in. ). It is required to fill the storage tank from a sump containing 0. 08 per cent. solution. What. . . This item ships from La Vergne,TN.
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The Cyanide Handbook (Paperback) (2013)
EN PB NW RPISBN: 9781230274706 bzw. 1230274707, in Englisch, Theclassics.Us, United States, Taschenbuch, neu, Nachdruck.
Lieferung aus: Vereinigtes Königreich Großbritannien und Nordirland, Free shipping.
Von Händler/Antiquariat, The Book Depository US [58762574], London, United Kingdom.
Language: English . Brand New Book ***** Print on Demand *****. This historic book may have numerous typos and missing text. Purchasers can usually download a free scanned copy of the original book (without typos) from the publisher. Not indexed. Not illustrated. 1910 edition. Excerpt: . section vi useful formulae (1) To find weight of cyanide (or other soluble salt) to be added for making up stock solution to required strength. When the solutions are contained, as is usually the case, in cylindrical or rectangular tanks, the quantity is calculated by measuring the depth in the tank, having previously determined the weight corresponding to a unit of depth. Let D-total depth of solution in storage tank when filled to required point. d-depth in storage tank already filled a-per cent. of cyanide at present in storage tank 6 = per cent. of cyanide in sump or reservoir from which liquid is to be drawn in making up. p-percentage required in final solution t-weight of solution corresponding to unit depth in storage tank. Then D--d-depth of solution to lie added to storage tank x = weight of solid cyanide to be added. (D--d)t = weight of solution to be added Ioq weight of cyanide in solution to be added rrjjr-weight of cyanide in solution already present in storage tank 100 Dp.t-weight of cyanide in solution as finally prepared Too Dpi dot (D-d)bt 1 e 100 X] 100 + 100 Dt(p-b)-dt(a-b) X 100 Where the weight of solution is given in tons of 2000 lb. and the weight of cyanide in lb. av., the formula becomes i-20 Dt(p-b)-dt(a-b) Where the weight of solution is given in metric tons of 1000 kg. and the weight of cyanide in kg., the formula becomes x-10 Dt (p-6)-dt (a-6) J Illustrations.--(a) The storage tank is of such a diameter that 1 inch in depth corresponds to 2.5 tons of solution. The total depth is 8 feet (i.e., 96 in.), and it is filled with cyanide solution of 0.19 per cent. strength to a depth of 3 ft. 2 in. (-= 38 in.). It is required to fill the storage tank from a sump containing 0.08 per cent. solution. What.
Von Händler/Antiquariat, The Book Depository US [58762574], London, United Kingdom.
Language: English . Brand New Book ***** Print on Demand *****. This historic book may have numerous typos and missing text. Purchasers can usually download a free scanned copy of the original book (without typos) from the publisher. Not indexed. Not illustrated. 1910 edition. Excerpt: . section vi useful formulae (1) To find weight of cyanide (or other soluble salt) to be added for making up stock solution to required strength. When the solutions are contained, as is usually the case, in cylindrical or rectangular tanks, the quantity is calculated by measuring the depth in the tank, having previously determined the weight corresponding to a unit of depth. Let D-total depth of solution in storage tank when filled to required point. d-depth in storage tank already filled a-per cent. of cyanide at present in storage tank 6 = per cent. of cyanide in sump or reservoir from which liquid is to be drawn in making up. p-percentage required in final solution t-weight of solution corresponding to unit depth in storage tank. Then D--d-depth of solution to lie added to storage tank x = weight of solid cyanide to be added. (D--d)t = weight of solution to be added Ioq weight of cyanide in solution to be added rrjjr-weight of cyanide in solution already present in storage tank 100 Dp.t-weight of cyanide in solution as finally prepared Too Dpi dot (D-d)bt 1 e 100 X] 100 + 100 Dt(p-b)-dt(a-b) X 100 Where the weight of solution is given in tons of 2000 lb. and the weight of cyanide in lb. av., the formula becomes i-20 Dt(p-b)-dt(a-b) Where the weight of solution is given in metric tons of 1000 kg. and the weight of cyanide in kg., the formula becomes x-10 Dt (p-6)-dt (a-6) J Illustrations.--(a) The storage tank is of such a diameter that 1 inch in depth corresponds to 2.5 tons of solution. The total depth is 8 feet (i.e., 96 in.), and it is filled with cyanide solution of 0.19 per cent. strength to a depth of 3 ft. 2 in. (-= 38 in.). It is required to fill the storage tank from a sump containing 0.08 per cent. solution. What.
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Symbolbild
The Cyanide Handbook (Paperback) (2013)
EN PB NW RPISBN: 9781230274706 bzw. 1230274707, in Englisch, Theclassics.Us, United States, Taschenbuch, neu, Nachdruck.
Lieferung aus: Vereinigtes Königreich Großbritannien und Nordirland, Free shipping.
Von Händler/Antiquariat, The Book Depository [54837791], London, United Kingdom.
Language: English . Brand New Book ***** Print on Demand *****.This historic book may have numerous typos and missing text. Purchasers can usually download a free scanned copy of the original book (without typos) from the publisher. Not indexed. Not illustrated. 1910 edition. Excerpt: . section vi useful formulae (1) To find weight of cyanide (or other soluble salt) to be added for making up stock solution to required strength. When the solutions are contained, as is usually the case, in cylindrical or rectangular tanks, the quantity is calculated by measuring the depth in the tank, having previously determined the weight corresponding to a unit of depth. Let D-total depth of solution in storage tank when filled to required point. d-depth in storage tank already filled a-per cent. of cyanide at present in storage tank 6 = per cent. of cyanide in sump or reservoir from which liquid is to be drawn in making up. p-percentage required in final solution t-weight of solution corresponding to unit depth in storage tank. Then D--d-depth of solution to lie added to storage tank x = weight of solid cyanide to be added. (D--d)t = weight of solution to be added Ioq weight of cyanide in solution to be added rrjjr-weight of cyanide in solution already present in storage tank 100 Dp.t-weight of cyanide in solution as finally prepared Too Dpi dot (D-d)bt 1 e 100 X] 100 + 100 Dt(p-b)-dt(a-b) X 100 Where the weight of solution is given in tons of 2000 lb. and the weight of cyanide in lb. av., the formula becomes i-20 Dt(p-b)-dt(a-b) Where the weight of solution is given in metric tons of 1000 kg. and the weight of cyanide in kg., the formula becomes x-10 Dt (p-6)-dt (a-6) J Illustrations.--(a) The storage tank is of such a diameter that 1 inch in depth corresponds to 2.5 tons of solution. The total depth is 8 feet (i.e., 96 in.), and it is filled with cyanide solution of 0.19 per cent. strength to a depth of 3 ft. 2 in. (-= 38 in.). It is required to fill the storage tank from a sump containing 0.08 per cent. solution. What.
Von Händler/Antiquariat, The Book Depository [54837791], London, United Kingdom.
Language: English . Brand New Book ***** Print on Demand *****.This historic book may have numerous typos and missing text. Purchasers can usually download a free scanned copy of the original book (without typos) from the publisher. Not indexed. Not illustrated. 1910 edition. Excerpt: . section vi useful formulae (1) To find weight of cyanide (or other soluble salt) to be added for making up stock solution to required strength. When the solutions are contained, as is usually the case, in cylindrical or rectangular tanks, the quantity is calculated by measuring the depth in the tank, having previously determined the weight corresponding to a unit of depth. Let D-total depth of solution in storage tank when filled to required point. d-depth in storage tank already filled a-per cent. of cyanide at present in storage tank 6 = per cent. of cyanide in sump or reservoir from which liquid is to be drawn in making up. p-percentage required in final solution t-weight of solution corresponding to unit depth in storage tank. Then D--d-depth of solution to lie added to storage tank x = weight of solid cyanide to be added. (D--d)t = weight of solution to be added Ioq weight of cyanide in solution to be added rrjjr-weight of cyanide in solution already present in storage tank 100 Dp.t-weight of cyanide in solution as finally prepared Too Dpi dot (D-d)bt 1 e 100 X] 100 + 100 Dt(p-b)-dt(a-b) X 100 Where the weight of solution is given in tons of 2000 lb. and the weight of cyanide in lb. av., the formula becomes i-20 Dt(p-b)-dt(a-b) Where the weight of solution is given in metric tons of 1000 kg. and the weight of cyanide in kg., the formula becomes x-10 Dt (p-6)-dt (a-6) J Illustrations.--(a) The storage tank is of such a diameter that 1 inch in depth corresponds to 2.5 tons of solution. The total depth is 8 feet (i.e., 96 in.), and it is filled with cyanide solution of 0.19 per cent. strength to a depth of 3 ft. 2 in. (-= 38 in.). It is required to fill the storage tank from a sump containing 0.08 per cent. solution. What.
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