page
location
published
corrected
xii
paragraph
5, line 4
... supplementary to
those provide by the MVC ...
... supplementary to
those provided by the MVC ...
11
paragraph
2, line 6
... need to be tuned
well before ...
... need to be well
tuned before ...
13
Equation
(2.20)
13
Equation
(2.27)
14
Equation
(2.28)
20
paragraph
4, line 3
... if we trying to
obtain ...
... if we were
trying to obtain ...
32
paragraph
2, line 3
... is opened in proportional
to the ...
... is opened in proportion
to the ...
42
paragraph
2, line 2
... not only on Kc
but also on Ti and Td.
47
paragraph
3, line 2
... response would the
same for both ...
... response would be
the same for both ...
54
Equation
(3.63)
55
paragraph
2, line 10
... characterise such
process ...
... characterise such
a process ...
55
Equation
(3.68)
74
paragraph
1, line 2
... controller treated
as ...
... controller can
be treated as ...
78
paragraph
2, line 2
Provide a computer-based
...
Provided
a computer-based ...
79
paragraph
5, line 6
... or it may some ...
... or it may be
some ...
97
paragraph
3, line 5
... and the multiplying
the control gain ...
122
paragraph
3, line 1
While this does give
a ...
While this does not
give a ...
154
Equation
(6.11)
154
Equation
(6.12)
158
paragraph
7, line 1
... method, using Laplace
transforms is presented ...
... method, using Laplace
transforms, is presented ...
176
paragraph
4, line 5
... the relative gain
indeterminant.
... the relative gain
indeterminate.
179
paragraph
2, line 1
... LC shown in Figure
8.4 ...
... LC shown in Figure
8.5 ...
204
paragraph
2, line 1
... a value close to
1 does necessarily ...
... a value close to
1 does not necessarily ...
206
paragraph
5, line 2
... according the statistical
test ...
... according to
the statistical test ...
225
paragraph
7, line 3
... the burner tip and
potentially ...
... the burner tip and
is potentially ...
227
paragraph
1, line 1
... override the temperature
controller.
... override the flow
controller.
233
paragraph
1, line 1
We have to be sure the
control does increase ...
We have to be sure the
control does not increase ...
234
paragraph
1, line 3
... if the fan it at
maximum ...
... if the fan is
at maximum ...
244
paragraph
4, line 1
... the ratio of the
specific heats of the ...
... the ratio of the
specific heat of the ...
252
paragraph
1, line 4
To do achieve this we
need ...
To
achieve this we need ...
254
Equation
(11.20)
255
Equation
(11.23)
255
Equation
(11.24)
268
paragraph
8, line 1
By combining Equations
(12.13) and (12.14) we ...
269
paragraph
4, line 1
... B and V
from Equation (12.16), ...
... B and V
from Equation (12.19), ...
280
paragraph
7, line 1
Figure 12.23 shows the
effect of that varying ...
Figure 12.23 shows the
effect that varying ...
281
Figure
12.24
H8 in bottoms
C3H8
in bottoms
316
paragraph
3, line 9
In such a case it is
unlikely that ...
In such a case it is
likely that ...
349
paragraph
1, line 2
Since these are linearly
rated to ...
Since these are linearly
related to ...
350
paragraph
4, line 3
... it in indicative
of the severity ...
... it is
indicative of the severity ...
357
paragraph
3, line 4
... as weighting factors
than are adjusted ...
... as weighting factors
that are adjusted ...
364
paragraph
2, line 3
... temperature (on
air fins in hot ...
... temperature (e.g.
on air fins in hot ...
366
paragraph
2, line 1
... reducing pressure
reducing the temperature ...
... reducing pressure
reduces the temperature ...
372
paragraph
4, line 5
... may change by the
process operator's ...
... may change but
the process operator's ...