The Technical World Magazine, Volume 4Technical World Company, 1906 |
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Page 65
... revolutions per minute in reverse direction to the direction of rotation of the jewel . the tiny slices of sapphire to the shape of perfect discs of standard diameter , and rejecting all pieces containing flaws re- vealed by the ...
... revolutions per minute in reverse direction to the direction of rotation of the jewel . the tiny slices of sapphire to the shape of perfect discs of standard diameter , and rejecting all pieces containing flaws re- vealed by the ...
Page 209
... revolutions per minute , has been installed at Creusot ; and a number rang- ing in size from 500 to 1,500 horse- power , and in speed from 1,500 to 3,000 revolutions , have been placed in operation in various central stations . section ...
... revolutions per minute , has been installed at Creusot ; and a number rang- ing in size from 500 to 1,500 horse- power , and in speed from 1,500 to 3,000 revolutions , have been placed in operation in various central stations . section ...
Page 251
... revolutions per minute . The engines act almost directly on the pro- peller shafts , which are of aluminum piping , so that but little power is lost in transmission . The rudder is small a..d light . It works on a sort of hinge - pivot ...
... revolutions per minute . The engines act almost directly on the pro- peller shafts , which are of aluminum piping , so that but little power is lost in transmission . The rudder is small a..d light . It works on a sort of hinge - pivot ...
Page 375
... revolutions per minute when the train is moving at 50 kilometers per hour , which is the usual rate for the ac- commodation train , while the express trains operate at from 60 to 90 kilometers per hour . By means of the Vicarino au ...
... revolutions per minute when the train is moving at 50 kilometers per hour , which is the usual rate for the ac- commodation train , while the express trains operate at from 60 to 90 kilometers per hour . By means of the Vicarino au ...
Page 400
... revolutions per minute , the linear velocity can be found by the formula : Linear Velocity = 21 rn . A radian is ... per minute will be 21 times Revolutions per minute . But from the above we see that linear velocity 2 rn , in which n is ...
... revolutions per minute , the linear velocity can be found by the formula : Linear Velocity = 21 rn . A radian is ... per minute will be 21 times Revolutions per minute . But from the above we see that linear velocity 2 rn , in which n is ...
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