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Table 1: Effects of Rotor Shutdown
"... In PAGE 15: ... As in the previous section, results are compared to those of the simulation in which TC/A = TC/B = 0 at all times, and uA(t =0)=uB(t = 0) = 0. Several parameters are examined, and the greatest differences observed in each are reported in Table1 . Attitude, wrt LVLH refers to the orientation of the Station core body relative to a local-vertical-local-horizontal reference frame, described with a body-three, 3-2-1 (yaw, pitch, roll) rotation sequence.... ..."
Table 1: Efiects of Rotor Shutdown
1999
"... In PAGE 15: ... As in the previous section, results are compared to those of the simulation in which TC=A = TC=B = 0 at all times, and uA(t =0)=uB(t = 0) = 0. Several parameters are examined, and the greatest difierences observed in each are reported in Table1 . \Attitude, wrt LVLH quot; refers to the orientation of the Station core body relative to a local-vertical-local-horizontal reference frame, described with a body-three, 3-2-1 (yaw, pitch, roll) rotation sequence.... ..."
Table I. Comparisons of Various System Shutdown Methods
1997
Cited by 125
TABLE III RESULTS FOR THE GSM CODEC WITH SHUTDOWN
TABLE IV RESULTS FOR THE MMS SYSTEM WITH SHUTDOWN
Table 6-2. Boiler Control Panel Alarms and Shutdowns (X shows alarm or shutdown item required)
2001
"... In PAGE 29: ... Provide a separate window that includes all dedicated alarms associated with an area. Typical dedicated alarms are summarized in Table6 -2. 4-2.... In PAGE 43: ...14 February 2001 6-1 CHAPTER 6 RECOMMENDED BOILER INSTRUMENTATION 6-1 BOILER CONTROL PANEL INDICATORS, RECORDERS AND TOTALIZERS. The instrumentation in Table6 -1 represents the minimum recommended requirements for a boiler plant. This instrumentation selection is based primarily on boiler operation safety concerns.... In PAGE 43: ... 6-2 BOILER CONTROL PANEL ALARMS AND SHUTDOWNS. The alarms and shutdowns in Table6 -2 represents the minimum recommended requirements for a boiler plant. These were selected based primarily on boiler operation safety concerns.... In PAGE 45: ...14 February 2001 6-3 Table6 -1. Boiler Control Panel Indicators, Recorders and Totalizers (X shows instrumentation item required) INSTRUMENT INDICATOR RECORDER TOTALIZER Levels Boiler drum water 1 X X Flows Boiler steam 1 X X X Boiler feedwater 1 X X X Combustion air 1 X X Fuel gas 1 X X X Fuel oil 1 X X X Pressures Boiler steam drum X Steam outlet header X X Boiler feedwater X FD fan outlet X Pilot gas X Fuel gas X Fuel oil X Atomizing steam X Draft Boiler furnace X X ID fan inlet X Differential pressures Air preheater air X Air preheater flue gas X Temperatures Steam Steam drum X Superheater inlet X X Superheater outlet X X Steam header X X Feedwater Supply header X X Economizer inlet X X Economizer outlet X X Fuel oil X X Combustion air Air preheater inlet X X Air preheater outlet X X Flue gas Superheater outlet X Boiler outlet X Economizer inlet X X ... ..."
Table 1. Complexity of shutdown logic in terms of transistor count
2000
"... In PAGE 4: ...3 Shutdown Logic A primary goal in designing the shutdown logic is not to add too much overhead to the conventional design in terms of transistor count and energy dissipation. Table1 shows the complexity of the shutdown logic in terms of transistor count. From this table it is clear that the extra logic adds only a small amount of complexity to the overall issue queue.... ..."
Cited by 50
Table 1. Complexity of shutdown logic in terms of transistor count
2000
"... In PAGE 5: ...3 Shutdown Logic A primary goal in designing the shutdown logic is not to add too much overhead to the conventional design in terms of transistor count and energy dissipation. Table1 shows the complexity of the shutdown logic in terms of transistor count. From this table it is clear that the extra logic adds only a small amount of complexity to the overall issue queue.... ..."
Cited by 50
Table 1: Complexity of shutdown logic in terms of transistor count
2001
"... In PAGE 5: ... A primary goal in designing the shutdown logic is not to add too much overhead to the conventional design in terms of transistor count and energy dissipation. Table1 shows the complexity of the shutdown logic in terms of transistor count. From this table it is clear that the extra logic adds only a small amount of complexity to the overall issue queue.... ..."
Cited by 23
Table 1. Complexity of shutdown logic in terms of transistor count
"... In PAGE 4: ...3 Shutdown Logic A primary goal in designing the shutdown logic is not to add too much overhead to the conventional design in terms of transistor count and energy dissipation. Table1 shows the complexity of the shutdown logic in terms of transistor count. From this table it is clear that the extra logic adds only a small amount of complexity to the overall issue queue.... ..."
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