Файл: Химмельблау Д. Анализ процессов статистическими методами.pdf

Площадь поверхности застойной зоны S = 668 см2 , поверх­

ностно-активное

вещество не

добавляется; t = 19,78 °С; b =

= 3,077

и 3,070;

у = 1,292; V = 1108

см3 .

Таблица

3.11.5

Частота,

Pd

Ру)

Частота,

Pd

Рцз

bP/Pw

Гц

(в Н 2 0 )

(в Н 2 0 )

Гц

(в Н 2 0 )

(в Н 2 0 )

0,159

10,11

9,83

0,03398

0,636

10,31

10,18

0,01539

10,11

9,86

0,03173

10,31

10,16

0,01809

0,250

10,21

9,98

0,02695

0,999

10,33

10,21

0,01360

0,388

10,21

10,01

0,02517

10,33

10,21

0,01569

10,27

10,06

0,02404

1,557

10,35

10,23

0,01233

10,27

10,09

0,02271

10,35

10,25

0,01265

0,612

10,31

10,14

0,01945

2,445

10,36

10,28

0,00949

10,31

10,17

0,01730

10,36

10,26

0,01260

Л И Т Е Р А Т У Р А

1.

Hougen J. О., Experiences and Experiments

w i t h Process

Dynamics,

Chem.

Eng.

Progr.,

Monograph

Ser.,

№ 4, 60

(1964).

2.

Nyquist J. K . , et al . ,

Chem.

Eng.

Progr..

Symposium

Ser.,

№ 46, 98 (1963).

3.

Schechter R. S., Wissler E. H . ,

Ind.

Eng.

Chem.,

51, 945

(1959).

4.

Deex A . J., Ph. D .

Dissertation,

Univ .

of

Texas,

Austin,

1965.

5.

Bellman R. E . , Kagiwada H . H . , Kalaba R. E . , Prestrud

M . C , Invariant

Imbedding and Time-Dependent

Transport Processes, American

Elsevier,

N . Y . , 1964.

IEEE

Trans.

Auto.

Control,

6.

Bellman R., Kagiwada H . H . , Kalaba R. E . ,

AC - 10, 111 (1965).

Bull.

Amer.

Math.

Soc, 5b, 1004 (1949).

7.

Salzer H . E . , Zucker

R.,

8.

Puri N . N . , Weygant

C. N . , Transfer Function

Tracking of a Linear

Time

Varying System by

Means

of

A u x i l i a r y

Simple

Lag

Networks,

Preprints,

Fourth Joint Automatic Control Conference,

1963, p. 200.

9.

Jury E. I . , Theory

and Application of the

z-Transform

Method,

Wiley,

N . Y . , 1964.

IEEE

Trans.

Auto.

Control,

A C - 9 , 229 (1964).

10.

Levin M . J.,

11.

Rogers A . E . , Steiglitz K . , I E E E

Trans.

Auto.

Control,

A C - 1 2 , 594

(1967).

12.

Smith F. W . ,

H i l t o n

W . В . , I E E E

Trans.

Auto.

Cotnrol,

AC - 1 2 ,

568

(1967).

13.

Bishop K . A . , Ph.

D . Dissertation, U n i v .

of

Oklahoma,

1965.

14.

Doninger J. E . , Ph. D . Thesis, Northwestern

U n i v . ,

Evanston, 111., 1965.

15.

Tseng Y . M . , Ph.

D . Thesis,

Univ . of

Rhode

Island, 1965.

16.

Lamb

W . В . , Ph.

D . Thesis,

U n i v .

of

Delaware,

Newark,

1965.

ДОПОЛНИТЕЛЬНАЯ ЛИТЕРАТУРА

Bigelow S. С , Rüge

H . , A n Adaptive

System

Using Periodic

Estimation

of

the Pulse Transfer Function, IRE

Nat.

Convention

Ree.,

Pt 4, 24 (1961).

Ellington J. P., McCallion H . , The Determination of a

Control

System

Characteristics from a Transient Response,

Proc.

IRE,

105, Pt

C ,

370

(1958).

Kaiman R. E . , Design of a Self-Optimizing Control System,

Trans.

ASME,

80,

468 (1958).

Оценивание

параметров

передаточных

функций

815

Levin M . J., Optimal Estimation

of Impulse

Response i n the

Presence of

Noise,

IRE

Trans.,

CT7.

50 (1960).

Rutman

R. C , Self-Adaptive

Systems w i t h

Adjustment

by

Dynamic

Characteristics,

Automatic

and

Remote

Control,

2 3

(5)

(1962).

Sanathan

C. K . , Koerner I . . Transfer

Function Synthesis as a

Ratio of

Two Complex

Polynomials,

I EE

Trans.,

AC-9,

56

(1963).

Senf В . , Stobel H . , Methods for Determining Transfer Functions of Linear

Systems from

measured Values of the Frequency Response, Measurement,

Cont­

rol and

Regulation,

10, 411

(1961).

Shinbrot M . , A Description and Comparison of Certain Nonlinear Curve

Fitting

Techniques

w i t h Applications

to Analysis

of Transient

Data,

NACA

Techn.

Note,

2622,

1952.

Westcott

J. H . , The Problem of Parameter Estimation, Proc. First Conf.

International

Fed.

i n Auto .

Control

3, Butterworths,

London,

1961.