... the
Energy Technology and Management
94
Fig. 16. Formation and utilization of an active (i.e. high energy) reagent. Data were taken
from the National Institute of Standards and Technology ...
36. 4
29.0
0.0
0.0
Model I 113
0.0
0.0
103.7
86. 7
36. 1+32.1
97 .6. 5
+140.8
–53.5
–97 .6 –10 .6
114
101.0
154.8
66 .1
52 .6
0.0
0.0
Model II...
...
let the PPS to expand its structure and the range of sources of income as well as promote
Management Crisis in Partial Deregulation of Energy Sector and
Modeling the Technical and Economic Results ... (11)
Management Crisis in Partial Deregulation of Energy Sector and
Modeling the Technical and Economic Results of Organizational Management Structure
191
The above list...
... Type 15 -60
and Type 60 -60 ) are made. The former and later numbers represent the braiding angles in
the circular part and square part respectively. In details, in Type 15-15 and Type 60 -60 , the ...
Cone part
About 25mm
Circular Part
Diameter:50mm
Height: over 250mm
Square Part
Side length:50mm
Height: About 125mm
Radius on corner:9mm
(a)mandrel
15°
60 °
60 °...
...
tmax
≤
≥
(6)
Energy Technology and Management
60
power loss, feeder load balancing, and number of switching operations of tie and
sectionalizing switches. Each ... evaluated in comparison with both
taper and equivalent quasi-static values in order to find the effect from the reinforcement
Energy Technology and Management
66
C. Member...
... 4-9, 9-4, 6- 11, 11 -6, 6- 12, 12 -6, 6- 13, 13 -6; and real power flow
measurement
97
P (
79
P is a measurement in the solving tree).
Big residuals on branches 2-4, 5-4, 6- 11, 6- 12, 6- 13 show that ...
Energy Technology and Management
166
Interacting and conforming bad data
It is known that WLS state estimation has difficulty in detecting the interacting and
c...