SCIENTIFIC ABSTRACT PANFILOV, M. N. - PANFILOV, V. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239020004-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Al

P,N., GOUNIN, V.N,
MINEE-FIlIx I y
qaparatLng. liquIds in urlif orm -Mixt-arRs -
of polYIMST' films frIT' (KRA 180)
magay no~2e44-45 '85-

598 SOURCE COM,
AUTHOR: DytnerpUy,, Yue K.; Panfil N.; Golovip~_~- N.
~a i 11ov,
ORG: none,,-, ?
TITLE: Use, of polymer films for separatingiliquid homogeneous mixtures
SOURCE: Plasticheskiye massyo no. 2. 1965P 44-45
TOPIC TAGS: polymerp acetone, ammonia., phenol, chemical separation, polypropylene
plastiep polyethylene plastic
ABSTRACT: This.article presents a review of the selective permeability of polymeric
films for liquids and-gases and some of the results that have been achieved to date.
'In the Sqviet Union a new method has been developed which does not use high pressure
on the liquid phase and a vacuum on the gas phase to separate a mixture of acetone-
dichloroethane and aqueous solutions of acetonet aM.Monia and phenol, and also to
separate water-alcohol solutions on cellul.osic films. The authors have studied the
separation of a number of azeotropic and near-boiling mixtures on various films.
It is advantageous to use heat-stable films in this new method since the rate, of
permeability depends substantially on the temperature. For example, polypropylene
films,, not inferior to polyethylene films in selectivity of separation, can operate
at considerably higher temperatures. The effect of temperature on the rate and
selectivity of separation is presented. Conditions under which the industrial
advantage in using the film separation method are cited. For instance, there is
still no possibility for predicting the rate of purmeability and the selectivity
czrd-2

SOV/ 124-58-8-8992
Translation from: Referativnyyzhurnal, Mekhanika, 1958, Nr8, p97(USSR)
AUTHORS: Kasatkin, A.G., Kafarov, V.V., Panfilov, M.N.
TITLE: Investigating the Mixing Proczs-&-m Gas-liquid System When
the Mixing is Done With Mechanical Mixers Ussledovaniye
protsessa peremeshivaniya mekhanicheskimi meshalkami v
sisteme gaz-zhidkost')
PERIODICAL: Tr. Mosk. khim.-tekhn. in-ta im. D.I. Mendeleyeva, 1957,
Nr 24, pp 413-427
ABSTRACT: An analog study is made of the operation of mechanical
mixers, and 14 different types of mixer are subjected to tests.
The power characteristic of the mixers is represented as a
relationship between two ratios: 1) That of the energy required
for mixing in the case of the gas-liquid system (N9) to the
energy required for mixing in the case of the plain liquid (No)
without the gas, and Z) the ratio V9/nd3 (wherein V9is the
quantity of gas fed into the mixer and nd3 is the mixer's mix-
ture output per unit volume. The authors evolve empirical
Card 1/2 equations for calculation of the energy required for mixing in

SOV/124-58-8-8992
Investigating the Mixing Process in a Gas-liquid Systern (cont.)
the case of water-air systems and systems of similar types. For thernixers
tested, a determination is made of the limiting values of the V9/nd3 ratio,
beyond which values the mixers start to choke. An oxygen- abs o rption pro-
cess is used to simulate the diffusion phenomena associated with the mixing
action in a gas-liquid system. The authors propose a method for evaluating
the efficiency of mixers over a broad range of operating conditions, and a
comparative evaluation is made of the efficiency of the mixers tested.
Bibliography: 14 references.
Ye..Iv-- , Minskiy
Card 2/2

rAS&MIN, A.G.; WAROV. V.V.; PAMMV.-Ki 4-
Study of the mixing process in mechanical mixers in a gas - liquid
system. !.Erady XMTI no.24-413-427 57. (NM 3.1-.6)
(Nwzlg), (Gao:s) (water)

PANFILOV, Mikhail Panfilovich; KURIYANOVA, O.V.j, red,
~-- P - "
[A Soviet firm in operation; from the work practice of the
Leningrad Optical Instrument Combinej Savetskaia firma
deistvuet; iz opyta raboty Leningradskogo optiko-mekhaniche-
skogo obttedinenila. Leningrad. Lenizdatp 1964o 157 p.
(MIRA 18-,4)
1, Direktor Leningradskogo optiko-mekhanicheskogo ob"yedine-
niya (for Panfilov).

DWILOV, Konstantin Borisovich; .~A~jFILOV,,,fl,., red.; PET-7GUDOVA, M.,
tekhn. red.
(The IIHN-1211 motion-picture projection unit] Kinaustanovka
194-12. 1,1,oskva, Iskusstvo, 1963. 180 P. (MIRA 16:12)
(Motion-picturo projectors)

PANFILOVI-N..
Books on photography to be published during 1G.62. Sov.-roto 22
no-1:32 Ja 162. MIRA 15: 1'/'
1. Zaveduyushchiy redaktsiyey literatury po fotografii i kinotekhnike
izdatellstva "Iskusstvoll.
(Bibliography--Photography)

2ANFILOV. N,, mayor
Whf4t prompto experlence, Kom, llooruzho lil 5 no.22;56 IN 164.
(MIRA 17112)

PANFILOV. N.t SMIRNOVA, Ye., starshiy prepbdavatell; KWEDCHENYA, L.
"Principles of the economic analysis of the work of enterprises*
by M.Rubinov. Reviewed by N.Panfilov, E.Smirnova, L.Xhvedchenia.
Ap 161.
Fin.SSSR ~7 no.4%93- (KM 16:4)
1. Zaveduyushchiy Leningradskim 5roWshlennym oblastnym
finansovym otdelom (for Panfilay . 2. Leningradskiy finansovo-
ekonomicheskiy institut (for Smirnova)- 3. U-nestitell naeball-
nika finansovogo upravleniya Leningradskogo poveta narodnogo
khozyaystva (for Khvedchenya).
(Industrial management) (AilUitipg and insRO-Otion)
(Rubinov, M.)

PANFILOV, N.
Motion pictures of tomorrow. lUn. tekh. 7 no.10-221-24 0 162.
(MIRA 15:10)
(Motion picturea-Congresses)

PAX?IWV, N.
Shale ash as an aggregate in asphalt concrete. ZhIl.-kom.khoz.
4 no.5;16-18 154. (MLRA 7--9)
1. Upravl7a7ushchi7 Saratovokim dorozhnostroitellnym trestom.
(Concrete)

BOIMIKOV, I. [author]; PAN7ILOY, N. [reviewerl, (Zagorsk, Moskovskaya oblast').
wLoud-imeakers used in sound motion pictures.' I.Bolotnikov. Revieved by
11. Phn:Cilov. Kinomeklumik no.7:45 JI 153. (M12A 6:8)
(Loud-speakers)

Xlectromapetic calculation of d.c. machines with consideration
Of Cooling of the windings. Klektrichestvo no.5:50-53 MY 160.
(MIRA 13-91-
1. Vaesoyu2nyy nauchno-iseledovatel'skiy instittit elektromek-
haniki.
(Electric machinery)

.-r
MUPILOV. N.A.. inzh.
t-,
(qualitative evaluation of the current-voltage characteristic of the
brush contact. Blektrichestwo no.6:85-87 Je '58. (KiRk 11:6)
(Brushes, Electric)

FANFILOV,__~I..k, i-nzh.
%ximilm efficiency of d.c, machines., Vest.elektroprom.
no.6t65..67 Je 162. (IMA 15:7)
(Electrio machinery-Direct currerit)-

h.; PLlIFTj,l,)V
GUSIT'Ill't T L inzl
no-4:52-53 Ap 165.

BR=,, A.M... kand.takhn.nauk; SOKOLOV, B.F., inzh.; KRIVTSOV, Yu.V.,
kand.tekhn.nauk; PANFILOV N.A. inzh.
"Ship design of plastic materialsu by M.G.Avrukha. Reviewed
by A.M.Breev, P.B.Sokolov, IU.V.Krivtsov, N.A.Panfi-lov.
Sudostroerlie 28 no.7:82-84 J1 162. (IffiiA 15:8)
(Shipbuilding) (Plastics) (Lvrukha, M.G.)

PANFILOV, N.A insh.
Heating-up of the armature winding ot,P-aeries -P% hines with pouer
ratings of 0.2 to 200 kW, Vast. elektropron. 32 no,601-35 Je
,61. (Electric machinery) (19RA 16 17)

PANKOVI L.V.., inzhq_yA!TjjAff4-N.Ajinzh.
Small net fiBhing bDat with hXtllzade of glaBs-reinforcod
plastics. Sudostroenie 29 no.2t42-44 F 163. (MM 16 12)
(Fiberglass boats) (Fishing boats)

PANFIIOV, N.A., inzh.; SAFRIK, N.I., inzh.
Determining the stable temperature excess of armature winding in an
enclosed d.c.machine. Yest.olektroprom. 31 no.6:52-55 A 1601,
(MIRA 13:7)
(Electric motors, Direct current)

PANFILOV, N.A., inzh, (Moskva)
Effect of ambient temosrature and altitude on the ratings of
d,ce machines* glaktricheetvo no*3:30-33 Mr 160, (MIU 13:6)
(Ilectric machinery)

AUTHOR: Panfilov, N.A. (Engineor)
TITLEs On the Thermal Design of Salient-pole D.C, Machines
(0 teplovoia raschete yavnopolyusnykh mashin postoyannovo
toka)
PERIODICAL; Vestnik Elektroi)roi-iiystilennosti,1958,Nr 8,pp 54-58 (USSR)
ABSTRACT; The usual method of thermal design of electrical machines
with the help of thermal parameters is based on the
principle of super-position. The method described here
results from analyses of equivalent thermal circuits. i~n
expression is given for the mean tsinperature-rise of a
winding on a pole. The corresponding expression for the
armature winding includes a further tern, to allow for
heating due to loss in the steel. The validity of these
two equations can easily be demonstrated by the method of
equivalent thermal circuits. Expressions are written for
the temperature-rises of different parts of the windings
oil a salient-pole d.c. machine. in order to make the
calculations. it is necessary to Imow the thermal
conductivities, and methods of obtaining these are
Card 1/3 explained. Winding temperature-rise is plotted as a
function of armature copper loss in Fig 2, The way in

O-OV/110-58-8-15/26
On the Therinal Design of Salient-pole D.G. M'chines
which this graph is used for determining the thermal
conductivity is explained. It is concluded that the mean
temperature-rise of a winding on the main pole or the
intorpole may be considered as comprising,firstly~ the mean
temperature rise of the internal air relative to the
.surrounding medium, and secondly, the mean tem3perature rise
of the winding relative to the internal air. The mean
Uemperature rise of the armature winding may be considered
as compeising a corresponding first component, with the
temperature rise o-A" the armature winding due to losses in
the armature steel as a second component and losses in the
armature copper as the third. Each of the temperature-rise
components is inversely proportional to the thermal
conductuivity of that part of the machine. Thermal
conductivities clarify the thermal processes in a machine
better than calculations of conductor temperature-rise in
terms of armature copper loss in the customary manner.
The method of thermal design of d.c.. machines aith the help
~Jard 2/3 of thermal conductivities can be applied in the following
cases: a series of machines with modifications;

BOV/13.0-58-8-15/26
On the Thermal Design of Salient-pole D.C. Machines
particular types of machines; development of paiticular
parts of machines and the cooling system; in revealing
desical and manufacturing defects that impair heat-transfer
in machines. An appendix includes numerical worked
examples.
There are 2 figures and 3 Soviet references.
SUBWTTED: November 22, 1957
1. Generators (D.C)--Design 2. Generators--Temperature faciors
Card 3/3

SOV/110-59-6-4/24.
AUTHOR: Panfilov N.A. Engineer.
TITLE: The use of Aluminium in d.c. Machines for General
Industrial use.
PERIODICAL: Vestnik elektropromyshlennosti 1959, Nr 6 pp 13-18
(USSR)
ABSTRACT: One way of using aluminium windings in d.c. machines would
be to use more heat-resistant insulation without altering
the conductor and other machine dimensions or the outi)ut,
This is the first case considexed, and calculations are
made of the losses and temperature-rises in the field and
armature windings. Temperature rises in the armatures of
protected-type machines, series P, are plotted in Fig 2.
When the copper is replaced by aluminium, the losses in
the shunt field windings increase considerably, so that
the air temperature inside the machine is higher and the
armature temperature-rise curv-'s are all displaced
upwards, as shown in Fig 3. Ex*pression (12) is derived
Card 1/4
Ai 1. 7777

SOV/110-59-8-4/24
The use of Aluminium in d.c. Machines for General Industrial use.
for the temperature rise of the shunt field winding of a
general-purpose d.c. machine with aluminium windings. The
temperature rises in the interpole and series field
windings are not nearly so high. It is concluded from the
equations that are derived that if aluminium is used
instead of copper Euid the machine output is unaltered,
thEnthe effective temperature differential of the
windingsis more than doubled. For example, if machines
of Series P were made with aluminium windings, the
temperature rise of the armature windings would be increased
by 50 to 600C for frame sizes 1-3 by 60 to 7000 for frame
sizes 4-6 and by 70 to 800 for frame sizes 7-11. Thus
machines of frame size 1-3 would need class H insulation
and even this would not suffice for the larger frame sizes.
Much the same is true of the shunt. field windings. It is
concluded that it is impracticable to design machines in
this way. The next case is then considered. Here the
output is reduced to give an acceptable temperature rise
when aluminium windings are used, the class of insulation
and the machine dimensions being unaltered. It is shown
that the output of the machine with aluminium windings will
Gard 2/4

SOV/110-59-8-4/24
The use of Aluminium. in d.o. Machines for CGeneral Industrial uBa.
range from 0.65 to 0.75 of that of the corresponding
machine with copper windings: but even in this case the
shunt field winding will be overheated because or the
increased losses in it. Cale-ulationa have shown that in
the series P machines, even if the output is reduced by
the amount stated above, the shunt field winding would still
need insulation of one or two classes higher than when
copper Is used. Various methods of reducing the losses in
aluminium shunt field windings are considered. In the
first place, the air gap may be shortened, so reducing the
amp-turns required on the shunt field winding. Further
improvement is eecured by increasing the pole core diameter
and using rectangular enamelled instead of circular con-
ductors. The relationship between the winding space-factor
and the dimensions of rectangular conductors is considered
with reference to Fig 4 and it is stated that the use of
enamelled strip conductors permits of considerable
improvement in the space-factor. Further improvement can
be secured by winding the coils directly on the poles.
Card 3/4

SOV/110-59-8-4/24
The use of Aluminium in d.c. Machines for General Industrial use.
it is noted that between two-thirds and three-quarters
of the total weight of copper in d.c. machines is in the
pole winding. Accordingly the conclusion Is that these
windings should be of aluminium, retaining copper for the
armature windinGs, particularly as this obviates the
difficulty of connecting aluminium armature windings to
the commutator. The output and efficiency of the machine
then remains unaltered and the economy of copper is 65 to
75%. For this suggestion to be adopted Soviet industry
must develop the production of aluminium strip insulated
with enamel. In general, the pole section will need to be
increased only a little or not at all.
There are 4 figures and 3 references, 2 of which are
Soviet and 1 German.
SUEMITTED: February 20, 1959.
Card 4/4.

AUTHORs Panfilovq N.A. (Engineer) SoV/110-59-4-9/23
TITLE: -Sz1-e-cU-o-n7o_f=e Air Gap Length under the Main Poles of'
an Enclosed Type Direct Current Motor (Vybor vozdushnog:o
zazora pod glavnrAi polyusaml. dvigateley post-oyannogo
toka zakrytogo ispolnenlya)
PERIODICAL: VestnJlc- Blektropromy---hlennosti~19597Nr 4~Pp 31-33 (USISR)
ABSTRAOT: In high-speed enclosed type direct current motors the
optimum magnetic flux (defined as that which ensures
maximum output as limited by temperature rise of the
winding) is usually small, and this restricts the range of
L
speed control. The ranga of speed control may be extended
for a given optimum flizc value by lengthening the air gap
and the m.m.f. of the field winding. Howeverg this
increases the heat losses in the machine and so reduces
the output somewhat. This article considers the selection
of length of air gap to provide the required amount of
speed regulation combined with maximum output. The
analysis uses the method of thermal calculations using
thermal conductivities, It has been found in practice
that alteration of the air gap under the main poles has
Card 1/4 little influence on the thermal conductivity of the
machine. Expression (1) is then given for the permissible

SOV/110-59-4-9/23
Selection of the Air Gap Length Under the Main Poles of an Enclosed
Type Direct Current Motor
armature copper losses and from this is derived the
expression (5) for the optimum flux in the machines. The
magnetomotive force of the shunt field winding is then
determined. The shunt field losses are a very small part
of the total heating losses of the machine and the -Lhezrmal
conductivity of the air inside the machine is relatively
great and, therefore, increase in the m.m.f. of the shunt
field winding can be used to increase the limits of speed
regulation without greatly affecting the heating o'L the
armature windings or of the interpoles. Therefore? if
with a given value of air gap the magnitude of the optiurkun
magnetic flux is so small that the required degree of
speed regulation cannot be achieved by field weakening
then it is necessary to increase the m.m.f. so far as is
permitted by th-e Tated temperature rise of the field
winding and then select. a value of flux and corresponding
length of air gap so as to achieve maximum output. The
extent to which the m.m.f. of the field winding -an bA-
increased is then evaluated using equation (6) taken from.
Card 2/4 the author's previous article in Vestnik Blektropromyshlen-
nost~ . 1958, Nr 8. This formula gives the m.mf.

3 OV/110-59-4-9/23
Selection of the Air Gap Length Under the Main Poles of an Enclosed
Type Direct Current Motor
corresponding to the permissible temperature rise of the
shunt field winding. Calculation of the air gap length is
then considered and formula (10) is given. However, this
formula is rather cumbersome and it is simpler to
calculate the gap length by the method of successive
approximations using equation (9). It is concluded that
the maximum output of a totally enclosed machine as
limited by temperature rise can only be obtained provided
that the magnetic flux is at its best value and the values
of gap length and magnetic flux should be selected wit1t
this in mind. The article describes a procedure for
calculating the gap length and the m.m.f. in such a way as
to obtain the optimum flux. The usual methods of deter-
mining the gap lengths are not applicable to a totally
Card 3/4 enclosed d.c. machine. Two appendices give test results

sov/llo-59-14--9/23
Selection of the Air Gap Length Under the Main Poles of an Enclosed
Type Direct Current Motor
on a motor and a numerical example of air gap length
calculation.
There are 3 figures and 1 Soviet reference.
SUBKITTED: September 10, 1958
Card 1+/I+

PANFILOV, N.A., inzh.
Thermal design of d.c. salient-pole machines. Vest . elektropr=.
29 no. 8:54-58 * 158. (MIRA U:8)
(Electric machinery--Direct cuxrent)

AUTHOR: Panfilov. R.-A., Engineer 1o5-58-6-24/33
TITLE: Concerning the k1roblem of the Qualitative Evaluation of the
Volt-Ampere-Characteristic of a Brush Contact (K voprosu 0
kachestvennoy otsenke vol't-ampernoy lcharakteristiki shcheto-
chnogo kontakta)
PERIODICAL: Elektrichestvo, 1958, Nr 6, pp. 85-87 (USSR)
ABSTRU.T: This is a comment on the article by 0. G. Vegner in Elektri-
chestvo, 1956, Nr 7; This problem was dealt with in a number
of papers (Refs 1 to 3).The basic theory of these paperE con-
sAs in the assumption that in machines with additional poles
the volt-ampere-characteristic of the brush contact of the
type AU = const can guarantee a favorable commutation, which,
however, is wrong. For the purpose of proving this 6pinion the
commutation process in a nonlinear volt-ampere-characteristic
of the brush contact is investigated here. The following was
found: 1) For guaranteeing sparkless commutation the gradient
of electric-potential AU down- 61U up plays the decisive part.
Udown denotes th1potential at the edge of brush running down,
U the potential at the edge of brush running up. For this
Card 1/2 rueRson the volt-ampere-charaotexistia is the more favor-able

Concerning the Problem of the Qualitative Evaluation of the 105-58-6-2L~/33
Volt-Ampere-Characteristic of a Bru2h Contact
the steeper its inclination is within the domain of low as tho-
se of high amperage*p independent of the fact whether the mo-
tor has additional poles or not. 2) The wiring diagram of com-
mutation with the use of brushes AUgoonst and a forced change
of current in the section by meanu of the commutating e.m.f.
generated by the external field possesses the following short-
comings: a) the necessary amount of the commutating e.m.f.
e. automatically guaranteed in the case of a changing rotat-
ional speed. b) On transition from the brushes with the cha-
racteristic AU = var to the brush-as with 6U = const the ad-
dition,jal amperages caused by the excess e.m.f, of the ad-
ditional poles considerably increase. This increase ia eape-
oially intensive in alow-speed motors and at low rotational
speeds of the machines to be controlled. As far as the con-
ditions for attenuating the additional currents in the brush
characteristic,aU = const consicbrably deteriorate it is to be
expected that the above-mentioned motor will badly commutate
3) The use of brushes with AU = const in d. c. motors with
additional poles cannot lead to satisfactory results. There
Card 2,2 are 5 figures and 8 references, 7 of which are Soviet,
1. Carbon brushes--E-lectrical factors 2. Carbon brushes--Per-
formance 3. Electric currents

'AUTHOR P.ANFILoV,, N,A., SIDOROVj 0,P,, Engineer 105-7-22/29
T VLE On O*G# Vagner's Article on "Problems of the Modern Theory of Current
Commutation in Collector Machines"..Published in "Elektrichest T011k 1956,
Nr 7
(K statlye O.G. Vegnera "Voprosy sovremennoy teorii kommutatsil toka v
kollektornykh mashinakh"p "Elektriohestvo) Mr 7, 1956. Russian)
PE H, IOD IC AL Elektriohestvo, 1957, Nr 7j IT 85 - 87 (U-S-S-R-)
A&STRACT The authors do not agree with Vegner's opinion that the basic thages of
the classical current commutation theory Exe incorrect. In tbair opinion
the problem concerned is not the replacement of the classical theory by
a new one, but a precise definition of the classical theory. Vegner's
article is subjacted. to a detailed criticism and the following is shown'.
1.) Vegner's statement to the effect that the potential drop A U down

U (voltages under the down- and upward running brush) are only a
A
,
UP
part of the mains voltage (motor) or of the emf of the armature (genera-
tor) is -wrong. 2.) The cause of the modification of the current, in the
section during commutation is its transition from one parallel branch to
another,.by which the current is modified from i to ,i. 3.) In the case
:the blindemf e
of a lacking commutating emf e
is not compensated by
k
s
Card 1/2 the mains voltage (motor) or by the, emf of the armature (generator)

s/110/6o/000/006/oo6/007
E073/E455,
AUTHORS: Panfilov, N.A., Engineer and Saprik, N.I., Engineer
-13-b'77 -_~ 77-771 711 1. , .11z;-JiA
TITLE: Determination of the Steady-State Over Temperature of
the Armature Winding of a Fully-Enclosed D.C. Motor
PERIODICAL: Vestnik elektropromyshlennosti., ig6o, No.6, pp.52-55
TEXT: According to earlier work-of one of' the authors,
(N.A.Panfilov: Vestnik elektropromyshlennosti, 1958, No.8), tile
temperature rise 0A of the armature winding of a totally-enclosed
d.c. motor as a function of the average temperature rise 013 of
the air inside the motor can be expressed by the formula
QA = k0a (2)
It wasfound from experimental and calculated results that for
enclosed machines, k is practically independent of the speed of
rotation and does not differ from the average value by more than
.10%. Data for one series of Soviet motors; are tabulated.
According to this relation, the temperature riso at a point in the
Card 1/3

s/iio/6O/O00/OO6/oo6/oO7
F,073/E455
Determination of the Steady-State Over Temperature of the Armature
Winding of a Fully-Enclosed D.C. Motor
internal space of the motor will be approximately proportional to
the temperature rise of the armature winding. Itence, th~ armature
winding temperature during running can be measured with sufficient
accuracy by a thermocouple or thermistor for example, placed at any
fixed point inside thei motor. The indicating instrument has to be
calibrated,to indicatel the temperature rise of the armature winding.
Curves are given for liwo types (blower cooled and finned) of
Soviet-built motors stiowing experimental results at 750, 1000,
1500 and 3000 rpm respectively. The relation OR = f0a),
established by Enginecir N.I.Saprik, enables one to obtain a fully
satisfactory measuring accuracy. Since the straight line
~expressing this relation passes through the origin of the
coordinate systesp, measurement of a single set of ther.mal conditions
suffices for determining kl in the equation
(4)
C
a
rd 2/3

P ILOV, N. A*, Cand Tech
,r, op,
mitchines of
'~i~ ~fte condi CA'~~
tions of m,
1961. (Min of Higher and
Lenin Power Eng Inst) (KL,
A
1~,-U ~
Sci -- "Theory of aoapu+i*-
general use, taking Into
of the windings." Mos,
See Spec Ed RS?SR. Moo Order of
B-61, 247)

SHBVTRXVt' Me.; ANIKINk, AX.; XOBOUV,'I.7.; HOHOSOVA, A.P.;.PANFLLOV,
___&~OKANSKIT, A.K.; SAVELITEV, W.N.. otv. za vypask; LMUONOVA,
V.I., tekha.re&.
(The 40th annivorsary of the Karelean A.U.S.R.; statistical 40 lot
Karel!skoi ASBR:; statisticheskii sbornik. Petrozavodsk, Gosatat-
izdat, 1960. 1:~'Z p. (MM 13: 11)
1. Karelian A.S..S.R. Statisticheskoye upravlemlys. 2. Nachallnik
Statisticheskogo upravlaniya Karel'skoy ASSR (for Shavvrev).
3. Statisticheskoye upravlaniye Karel'skoy ASSR (for Anikina.
Koboyev, Monosom-av Panfilov, Romanskiv).
(Karelia--Statistics)

CHISTOSEMY, Dmitriy Fatrovich;.PANFILOV, N.D., red.; CHICHMIN,~ A.N.,
tekhn,red,
[Operation of portable 35-mm. motion-picture projectorml.
Rkspluatateiia peradvizhnykh 35-mm kinoproektorov. Moskva. Goo.
izd-vo "Iskusat7o. 1958. 138 P. WRA 12:41,
(Kotion-picture proJectors)

XUIRTASHOT, Nikolay Ilikolayevich; GOIDOVSKIT, 're.M., doktor takhn.nauk,
red.; PAN71LPV. red.; KAL33~, Z.H., takhn.red.
[Notion-ploturs photography in science and technology: introduction
to the techniqaes of scientific and retsearch motion-picture photo-
graphy] Kinos"emko v nauke i tekhnikv,; vvedenie v tekhniku nauchno-
iseledovatellitoi kinoslemki. Pod red. E.Y.Gollldovskogo. KoBkva,
Gos.izd-,vo llstuestv6," 1960. 334 p. (MIRA 13:5)
(Notion-piature photography--Scientific applications)

Z- 6'
KIR903, Issar I Wisoum-Ich; PANPILOV. N.D.. _rad.; ITANOVA, 1,A,, tekhn. red,
[Qpe*~mtion of stationary, motio'n-pictuis projector8l Ikepluatataila
statsionarnyIdL kinoproaktorov. Mookwa.',Gbe. izd-To "Islmsetvo,P:
1957, 166 p,' "Biblioteka kinome)ftmilm. 'n0j). (mnk nt7)
(Notion-picture projection)

PANFILOV IJU.Q2&y Dement'levich: RIKOLAYEVA, I.N., red.; VMVEDEVA,
4==~- - - -- --I-- ---
R.A., teklm. red.
[Apparatuses for clubs] Apparatura kl-aba. Moskva, Sovet-
skaia Rossiia., 1963. 230 P. (Bibliotachka v pomoshch sell-
skomu klubnomu rabotniku, no.11) (MIRA 16:12)
(amateur motion pictures-Equipment and supplies)
(Sound-Apparatus"
.1

PANFIWV,
sans of the
Experimental OtCUJ7 of acoustic, covAitiong in ToomB by z (MM 11:5)
impulse methode TrOY NIKFI nO'1'--;48-66 157 ties)
(Archit;otwul aOOuS

BARINOVp L.V.; GEODAKOV, A.I.; GRINEVICII, G..Ya.; 10FIS., Ye.A., kand.
teldin. nauki KRINENAN, P.M.; LAPAURI, A.A.; MDOIKOV, I.B.;
PJUiFILQj,X.D_; FMLI) V,G,, kand. tekbn. -nauk.; PERTSIK, A.G.;
RTIWiSKIYP N.N.; POPOV) A,ji.; 61'WNOVp A.,G.; SUROV,, S.G.;
SHASHWV, B.A.; TELE,%W, A.N. 0 red.; MALEK, Z.N.p tekhn. red.
(Manual for the amateur-photographer) Spravochnik fotoliubitelia.
Pod obshchei red. E.A.Iofisa i V.G.Pellia. Moskva, Iskusstvo
1961. 530 p. (MIRA 15:71
(Photography-Handbooks, manuals, etc.)

~ ANDEREG, Georgiy Ferdinandovich; BARBANEL', Solomon Rafailovich;
KACHUBJT, Illya Konstantinavich,-_PANFIIDV, N.D., red.;
.TUMANOITSKIYJ. R.F.,, telrbn. r*sdo
(Equipment of wide-screen motion-picture theaters] Tekbnika
shirokoekrannykh kinoteatrov. Moskva, Gos.izd-vo nIskusstvo,U
1961. 163 p. (MIRA 15:1)
(Motion-picture theaters-Equipment and supplies)
(Motion-picture projectors)

FRISLAB, Isidor Mironovichl Prinimal uchastiye: TSUCOYAN, Ya.P.
. PAWIWY, N.D., red.; HAT I Z.N., tekhn.red.
[Use of motion-picture prints] Hkspluatataiia fillmokopii.
Moskva, Gos.izd-vo *Iskusstvo,l 1959. 285 p. (MIRA 12:9)
(Notion-pictures)

VOLOSOV, David Samuilovich.- TSIVKIN, Mikhail Vullfovich, dotsent;
PAWILOV, N.D., red.; KALSK, Z.K., tokhn.red.
(Theory and design of optical systems for projection equipment]
Teoriia i raschet evotooptichookikh sistem proektsionnykh pri-
borov. Moskva, Gos.izd-vo "IBkusstvo," 1960. 525 p.
(HIRA 13:12)
1. Rukovoditell laboratorii Gosudarstvennogo opticheakogo insti-
tuta im. B.I.VBvilova i kafedry fiziki i optiki Leningradakogo
institute kinoinzhenerov (for Volosov).
.(Optics) (Projectors)

mATvEYICNM, Aleksanar Sergeyevich; P.AiwiLcy,-Hm, red.; mALEK, 2-H.,
telchn. red.
[Amateur sound recording) Liubitel'skAia EvulcOgaPist- Konkva'
Gos.izd-vo "Iskusstvo,v 1959. 181. P- (HIRA 12:10)
(souna--Recording and reproducing)

41
BOLOHaVSKIY, Aleksandr Hikhallovich; KARA.LINZ, Avraam Nutovich; PANFILOrq
NIDI, red.; MUNK, Z.No, tekhn. red.; SHILINA, Is. I.,
[Operation of narrow-width motion-picture projectors] Zkopluatatsita.
uzkoplenochny~ kinoproektorov. Moskva, Gos. Iza-vo "Isktiastvo,"
195Be 238 pe (MM 111:7)
(Notion-picture projection)

PAW'XLOV, Nikolay DementlyevieN GARDASHIYAN, Vladimir Mkrtychevich;
- t~"- -'d-"" VANOVA
re 0; 1 , L.A., takhn.red.
[Acoustics of motion-picture theaters] Akustika knoteatra.
Hoskva, Goe.izd-vo RIBkusstvo.w 1957. 95 Po (MIn 11:6)
(Motion-picture theaters)
(Architectural acoustics)

too,
PXTPOV, V.V., kand.tekhn.nauk; PANFILOV, N.D., red.; MALRK, Z.N.,tekhn.red.
[Motion-picture projection in foreign countries; a collection
of translations] Zarubezhnaia kinoproaktsionnata tekhnika;
abornik perevodnykh statei. Moak-ra, Goo.izd-vo "Iskusstvo,"
1957. 125 P. (MIRA 11:1)
(Motion-picture projection)

- - -
ZHIIXVICII, Ivan Iosifovich; N24IROVSKIY, le.L.1 IOFIS; le.A,, kand.
takhn. nauk, p
tekJm. red. rod.; TMLANOVSKIYp H.F.
[Electrophotography] Blektrof0tograftia. Pod red.B.A.lofisa.
. FoBkva, Gos, lzd-vo "Iskusstvop" 1961. 125 p. (Bibliotelca fo-
-, tolixibitalia, no.24) (Xerograplq) (111RA 1533)

PA,NFIWV,-Nikolay_Dpmi~i~~lyevich, inzh.; DUKHOTA, T.G.[Dukhota, T.H.),
inzh., retsenzent; f-OLYANSMA, L.O.[Foaians-kka, L.O.), -Innh.,
red.izd-va; ~WUSEVIGH, S.M.[Matusevych, S.M.], tekhn. red.
(Amateur sound recording and motion pictures] Liubytellslkyi
zvukozapys i kino. Kyiv, Derzh.vyd-vo tekhn.lit-ry URSII,
1963. 178 p. (MIRA 17:2)

FANFILOV, Nikolay , Domentlyevich; FOMIN, A~,_.red.; GORINA, V.,
;~~~~ red-.--- .--` -_
[Sound in motion pictures] Zvuk v fillme. Moskvaq Iskusstvo,
1963. 117 p. (MIRA 16:9)
(Sound--Recording and reproducing)

SIROTINSKIY, Ye.L., (I-i'os)-va); RmiKov, M.G.P i,;zh (14061,-Va);
VOSTRORWOV, ir'izh. (Moskva); PANKILOV, N.I., inz:.,. '~I-.Uskva'
Contactless automatic voltage regulators for regulating loaded trans-
formers. Elektrichestvo no.7:4-12 Jl 163. (MIRA 16:9)
(Voltage regulators) (:,,,lectric transformers)

Dissertation: Investiration of Somp Technola!,,-ical Processes in the Production of IP-co-nered
Sheet Iron." Cand Tech ~,'ci, 1,oscow Ter,~Lnical Inst C;,' the ?i~h Ind--;Ftry ar-l -,conoroy iz--I,;-
A. I. Mlikoyan, 5 14ty (V#-.ch,,-rnyp,;-- lk"oirow, 21. ATZ 51")
SO: SUM 243, 19 Oct 1954
q~
~F,

PRIBULISKIYY A., arkhitektor; PANFILOV, P., inzh.
Hot--U~ype apartment houses. Na stroi. Roil. 3 no.lt2l-23 JA
162. (MIRA IS, 15)
(Apartment houses)

TSEK, A.L.; IRIAYEV, I.A.; V.G.; 1"I'll"CIDUE!, A.F';
ADMI, R.I.; Ui.,CMO, 'Y.V.
Liquative eleotrio smelting of Dzhezkazgnn copper ioncen-
trates with the prodiction of high calcium slag. Tiudy
Inst, met, i obog. All Kazzakha 53R ft!+01-49 t6.3 (MITRA 17:8)

,.PANFILOV..P.F.; PON014jMV, V.D.; ONAYLIV, I.A.; POLYNSKAYA, A.M.; SHETERTALOV$
F.T.
Effectiveness of dople'Ong converter slags from the K&rsakpay
Copper Smelting Plant. Trudy Inst. met. i obog. AN Kazakh. SSR
9:39-42 164. (MIRA 17.9)

PAITFILOV, P.F.; FULINIGH, I.D.; FPS-SNETSOV, V.D.; TSEFT, A.L.; SENYUTA,S. Yu.
Treatment of oxidized Pealsay zinc oress. TSvet. met. '208 ro. 3-2:
70-71 D 165 (MIRA 19:1)

PANFILOV., P.F.; ONAYEV, I.A.
Selecting a method of metal recovery from slags resulting from
cyclone roasting. Trudy Inst. met.i obogashch. AN Kazakh.
SSR 3:159-167 160. (KM 14:6)
(*nferrous metals-Metallurgy)

PRIBULISKITO A.I.,_ arkbitektor; PANFIWV, -P-7.-, iuzh.
Rxperimental building with walls built of aluminum-foil insu-
lated concrete panele. Biul.tekh.inform.po stroi. 5 no.8:
8-10 Ag 159. (MIRA 12:11)
(Apartment houses)- (Insulating materials)

PRESTIFTSOV, V,,D.; PONOMARFV, V.D.; PANFILOV, P.F.; SHTJMAKOV,- V.V.
Treatment of reverberatoxj furnnce dusts at the Karsakpay copper
smeltIng plant. TSvet. met. 37 no.10:26-29 0 t64. (MIRA 18-7)

KUZIMIN, L.I.; REVY-AK0V, V.P.; POKROTSK~YA r '.; TP,, 1-10 -1. 1
PANFILOVp R*A* 11~ p .Ij -T'I' 71, 7 ' - I
..... .. - - - I - I I .
incroasing the durab'121Ax Of !InI-2195 it) -0-,-f-.eqp!nnc:y
U -
channel furnaces. T'SveL. met. 58 no.8g8l-83 Ag 16r-~.
0,Tq!,

NAKHABHp V.P.1 MIKUMNAH, U.; 8111MM, O.D.1 WsVffKIY, R.A.) 81101LOKBOV,
V.F.-* YEFREMKIN, V.V.; ZHUCHKOV, V.I.; KURNUSHKO, O.V.; EPSHTEYN,
N.Ye.; .,PWILOV, -S- A.; Prinimali uchastiye: ILIIN, V.24.; MICYAKOV,
V.V.; SHMUIEVICH, Ye.Ya.
Smelting out manganese-silicon and ferromangan$~e from Polunochnoye
deposit ores in 41furnace with a power of 10,500 kilovolt-amperes.
.'d - 161.
Trudy Inst. met ,?AN SSSR no.7.127-145 (MIRA 16:6)
(Manganese alloys) (Sintering)

o V
L 5205-L.62 _P7(WE~PMP~T(k) T~Ncl__AL
TA~CESSION
HR. M008963 S/0137/65/000/001/0020/0020
Imr. zh. Hatallurgiya, Abs. lG118
IkAUTHOR: Mikul . S.; Kosarev, V. A.; Yumanova, L. V.; Sipsykol I. Y
InskiX, A
Selyanak A. P., Panfilov, S. A.; Poluboyartsev, A. G.
ITITLE: Semi-industrial furnace for the extractlAf alkaline metals by the
thermal vacuum method
ICITED SOURCE, Elektrotermiya. Hauchno-tekhn. Bb., vyp. 370 1964, 28-30
ITOPIC TAGS: metallurgy, alkali.metali potassium
ITRAIISLATION: The article describes the design and testing results of a semi-indus-
!trial rotary vacuum furnace. -The device ha's internal and external heatera for
!heating the char e, which permits an increase in the producti,41ty of the furnace.
The unit also has built-in devices for loading materials and unloading reaction
residues which provides semi-continuous operation of the furnace. The workina
volume of the furnace is.15 m3. the volume of working space of the retort is 1*6 as
The design developed provides conditions for extrac~tiovof metallic potaissLux by thol~
Carbide.~thermal method.
4
14 _, d I
'.4

MIKnINSKIY, A.S.; ZHUCHKOV, V.I.; PANFILOV, S.A.; RYABCHIKOV, I.V.
Obtaining alloys of manganese and silicon. Trudy Inpt. met. UFAN
SSSR no.7tl63-175 161. JMIRA 16t6)
.(Manganese alloys) (Sinteripg)

PANFIL,OIT,.S.lop doktor teldulnnu p P-rof,
I.G.Freiman; on-the 70th.Anniversary of hia birth., 1990-29~9.
Lzv, LETI no-45:3-21 161. - (MMA 16*5)
(Freiman, ImaiA Georgievich, 1890-1929)

PANFILOV., S.I.Y-dolctor tekhn. nauk, prof.
~ ~~7-
Some problers concerming the deterzination of coEpley- rooze
in polynomials. Izv. LET! no.47.-36-45 162. (MIRA 16:12)

ACCESSION NRs AT4017552 S/3074/62/000/047/0036/0045
AUTHORS: Panfilov, S. I. (Doctor of technical scier%ces, Professor)
TITLE: Some methods of determining complex roots in polynomial
SOURCE: Leningrad. Elektrotekhnicheskiy institut, Izv., no. 47,
1962, 36-45
TOPIC TAGS: algebraic equation, root of algebraic equation, camplex
er of compl-ex roots, value of complex root, detection of
root, numb
C
omplex roots, squared polynomial method, even symmetrical function
method, Lobachevskiy condition method
ABSTRACT: In view of the large amount of computation required to
ascertain exactly whether a polynomial has complex roots or not, and
since there are many applications where only the approximate number
or value of the complex-conjugate root pairs is required, some
methods are described, involv ing small ~computational labor, and per-
Card 1/3

A
CESSION NR: AT4017552
C
mitting in some practical cases to detect the presence of complex
roots without solving the entire algebraic equation. The methods
discussed are: (1) The method of the coefficients of the squared
polynomial, in which the original polynomial is squared and the pre--
sence of,negative or zero values of the coefficients of a new poly-
nomial guarantees the presence of complex roots in the original
olynomial. (2) The method of the first even symmetrical functions,
~p
in which reversal of the sign of a simple, even, symmetrical func-
tion or the vanishing of this function discloses exactly the pre-
sence of complex roots in the*original.polynomial. (3) The method
of violation of the conditions of N. 1. Lobachevskiy, in which the
signs of certain functions disclose the presence of the complex
roots. (N. 1. Lobachevskiy, Algebra ili vy*chisleniye konecbny*kh,
Kazan', 1834; see alao,Polnoye sobraniye sochineniy (Collected works),
T --arts-has: 10 formulas.
v. 4. GXTIL, 1948). Orig&
ASSOCIATIONt. Leningradskiy elektrotekhnicheskiy institut (Leningrad
Card
.2/3

Po
000

PANFILOV, S.I.', prof., doktor tekhn.nauk
Development of the training of radio'engineers at the V.I. Ulllanov
(Lenin) Institute of Blectrical Ingineering in Leningrad. IzT. MTI
no.38:67-87 159- (MMA 13:8)
(Leningrad-Radlo-Study and teaching)

AFANASIYEV, L., prof.; BLEYZ, N.; GLEYZER, L.; PANFILOV, V.
Abroad. Avt.tran5p. 42 no.1:58-61 Ja 164. (JaRA 17s2)

PANFILOV, V.-
The FX2J4 and K&O-carburetors. Ayt-transp. 38 no.6:43-47 Je 160.
(MIRA 14:4)
1. Glavnyv kons'truktor 14oskcrvksogo karbyuratornogo zavoda.
(Motor vehicles-Engines-4arburetors)

PAI4FILOV . V. skul Ipt-or
Building rar~ing car body of Cal-ass reinforced plastics.
Za rul. 20 no.!5l6a--161---. Ja 162. (MIRA I"z,.-2)
(Automobiles, Plastic)

FANFILOV, V., podpolkovnik zapasa
Literature read by readers. V6ep. vest. 42 no.5s87 yq 163.
(MIRA 16:5)
(Militaz7 lib~raries)
Zi'

PAN F,-ILOV, V., elektromonter
Every activist will give a report. Sov. profsoiuzy 19 no.21:
20-21 N 163. (MIRA 17:1)
1. Organizator professionallno-say-uznoy gruppy upravleniya
"Krymtrol? '
,V-)us", Simferopol'.

PANFILOV, V.
Devices of the fuel system of the GAZ-53F motortruck engine.
Avt.tranap. 40 no-914143 S 162. (MIRA 15:9)
(Motortrucks-Fuel systems)

PANFIMV, V.
For a unified wage system in transportation, Sots. trud no.3;37-43
Mr 157. (MLRA 10;4)
(Wages) (Transportation)

VM-16 and VPM-3 air filters. Art. tranap'-P ~9 no.5'.4-4-471 V,7 'T"JIV
WRA 14,; 5)
(Motor vehicles-Engines) (Air filters)
N2, - -

PARFILOV, V.
2he M-K85 four-chamber carburetor. Avt. transp. 37 no.8:42-45
Ag '59. (MIRA 32:32)
l.Glavwy konstruktor Moskovskogo karbyuratornogo zavoda.
(Automobileo--Zngines--Carburators)

Q~ANFhDV V.
P _n] v
New feeding system machaniamsfor the engines of ZIL-2:30 and ZIL-131,
automobiles* Avt.transp. 39 no-4:37-41 Ap 161. OURA 14:5)
1. Moskovskiy karbyuratprnyy zavod.
(Automobiles-Fuel systems)
ap
K" Z,

ACC NR3 AP5021337 JD SOURCE COM: UR/0120/65/000/004/0090/009:1- -1)
AUTHOR'j'__P&nf A*
ORG t __'Kuybyshev,Aviation Institute~-(Kuybyshevskiy aviatsionnyy'.in a t 19t)
TITLE: Three-channel pulse-height, analyzer with transistorized
:,components
4OURCZ3 ''Pribory i~ tekhnika eke PC rimental, no. 40 '1965, 90-93.
'TOPIC TAM pulse analyzer, metal.wear.i engine testing, transistor,,
amme. measurement# metal friction/,.AADO 1 analyzer, ID 2 an.
alyzerp
71
F402. -trans is tor D -2 - Ye- diode
ID- -
:ABSTRACT: The -analyzer is designed f or: measuring the radiation of
isotopes differentiated by their y- rays. Existing methods,
-using the analyzer AADO-1 and M-20 are said to b
including those. .8 r a
electronically complicated and inadequate under production conditions
jThe-aualyzer pres-ented here allows.the detection and continuous
recording of the.atomic,radiation of three isotopes_in such a way
that bhe deterioration of moving machinery parts may be evaluated
both, qualitatively-and quantitatively* The analyzer, shown.in block-
diagram form in Fig.- I# consists of a rmctifler pl if ier ~(2),
(1)0 Oulse am
-t6-21--374262'L-039-
A-Card
jX-

L 525.1-&
ACC NRs AP5021337
4
-M76
7
Fig, 16 Pulse-holight analyzer
amplitude clipper (3)0 driven multivibrator (4), and integration
-stagea with operational amplifiers and direct- current dif f erential
amplifiers (5).. The-remaining components 7, and 8) serve as output
devices, I The functioning of the analyzer. is described with reference,
to individual components of the netw6rk. Electrical pulses of varying
height, received at the output of.a. phoitonultipliert pass through the
respective stages'and enter the analyzer, wherein signal amplitude
selection occurs.through three separate channels, Specific elements
used-in the network include a P402 transistor in the pulse'amplifier,,
Me diodes in the clipperg and an M-24 measuring device. The inte;i-~
7'_
-Card 21,

L 5251-66
ACC M - -AP 5 0 2:13 3 7
gration natuork, and characteriatica; are discussed in detail. The
-analyzer was tested in.the study of the-Yearing of parts of internal
combustion engines.~ 'The.results ecinfimed, that the deviation in
59 113
-meiasuring the,radiation Intensity of-radloactive Isotopes-Fe-, t. Sn
and:cr5l.does not exceed,*4% in all, three channels* Orige art* has:
4 figure'so [041
-CODEt -DA REP j 001/
1EIMP/gUBM TSt 015M4164f -ORIG --- RHFv
~S:
ATID PRES
__7_- -7
-Card 3

PANFILCV, V.A.
Use of radioactive-isotopes in studying 'Ube process of wear. Zmv.
lab. 31 no.2t224-227- 165. (MIRA 18M
1. Kuybyshevskiy aviatsionnvy Institut.

GALIPERIN, I.I.,kand.tekhn.nauk; GCRJ,,'WV,I.F..inzh-~; T
,~ILOV,,Y.fi. inzh.;
PRIKAZCHMV, G.7.,inzh.
Speed and nooelerAtion control of
no.3:13-19 Mr 158.
(Governors (Machiner.0)
n turbine unit. llak.sta.29
(MIRA 11:5)
(Turbines)

/El"p ( c A d
DYT d),,"E.YT
k - r, ~ - ) /
-P (k; V w
S/0032/65/0-2,1/002/022 4,/MZ7
4Rt AP5005LM
1-n vetujbdmg .1mar
Tz $i; pa.
a zi ioac tiv -L ty
1-13 51
:In ind Gr vere u5od to mer,-z-e
MiPi
P. I-i-lz
Ccrd 1/2
~-14-1-3~111227, ME
~-q

L 397"k-65
ACC~~S --LOh A-P5 C,05,1.
the desi-r,d accIL-303, anj
_hr
6,griv,ed for the rc- 4
-7:
A-S,3,')C LA T 10, V -K n
-M~IMWRT- iM~
MINOR 160
M-A-9
aj
st
g;
gp

KUZIMIN, G.I., inzh.; PANFILOV, V.A., irizh.; RUBIN, V.B., kand,tr)khn,,rja,.ik
Regulation of the power of large turbcgeneralors. Elek, sta.
36 no.205-39 F 165. (m. 1 1 A I A I , j

USSR/&ngineoring - Automatic Controls Rogulation Jul 52
"Testing the Hydrodynamic Regulation Developed at the VTI," 1. 1. Gallperin, Cand Tech
Sail- L. P. Serezhkina, Engr, V. A. Panfilov, Lab cf Steam Turbines
111Z V-S Teplotekh Inst" No 7, pp 17-21
Describes procedure of dynamic, with load removal, and static tests of two 44,000-kw
turbines. Regulating system incorporated for Ist time membrane regulator of A. V.
Shcheglyayev system and springless servomotors. Dynamic test was to det deviation
of rpm at complete load removal and to record transient -processes when total or partial
loads- are removed. Analyses in detail static characteristics or regulation,

PANFILOV, V.A., inzh~
Staxting systems of large turbime blocks. Teploenergetika 9 no.8:2:L-
23 No, 162. (MIRA 15:7)
1. Vsesoyuznyk t~jjotekhnicheskiy institut.-
Weam turbines)

New feed system units for the ZIS-1509 ZIS-151 and ZIS-155
automobile engines. Avt. tranep, 33 no.4:29--32 Ap 155.
OWU 8:7)
1. GlAvVy konstruktor Hookovskogo, karl).vuratornogo zavoda.
(Automobiles-ftel.systems)

PERESADA, Viktor Petrovich; VOIIOIITSOV~ A.Ye.p retst)nzent; PER) B.A., re-.
tsenzent; PANFIIDV, V.G., retsenzent; BRWFV, I.V.., otv. red.;
jR___ so
AZAROVA, . J~.Go ; FRMIN, R.5--~l*kbn. red.
[Radar detection of marine objects] Radiolokatsionnaia vidimost' mor-
ald.kh obtlektov. Leningrad., Goo.soiu7,noe izd-vo sudostroit. promyshl.,
1961, 158 P, (Radar) (MM 14:32)
'It

858-2-66
/002020092
AP-5.021517- S UACE COIDE: -MOID/6576557565
'AUTHOR: Rozov, H. A. - Padflay V. M; Plkulich,_ V,-,A..-; lbrin.- I.L., Konpabov, V. V
Mel'Mkov.X A. _(CUdl Maidr- 'i 'C re n -cc 8)
ORG: Bryansk Automobile Facto (Bryanskly Avtozavtd); Gnvft1:P01ytechn1c Institute
(Gor1kovskiy politekhnicheskly inditut)
-TITLE:-.H -suispension for hlgh~-power automobiles
ydropneumatic
S01MCE: .~Avt6iiiobflnaya~promyshiennosilq~0. 81 1965;1 20-22:
TOPIC TAGS: motor vehicle vebfclq~efir.~neerlng, vehicle component, pneumatic device
ABSTRACT.-, Ile Bryansk -Automobile PlMit (BryAnskly4vtozamd) developed jointly with the
I Gorlkly Polytechnic Institute-. (Gor 1kovskiy politekhnicheskly Institut), a hydropneumatic sus
7
pension for h -power 8 x 8 automobiles With a gross weight exceeding 10 t. The suspension
igh
46 fiiftpendent,has-an automatic body control (three positions), and a variable clearance. ThiE
design bf the front, end suspension is shm-i as Fig. 1. T1)e. article gives a detailed descrip-
tion of the system. - Including the design of the-hydropneuniatic spring, Re operating para-
meters, the suspension 6aracteristle, and the shock-abierber characteristic. Orig. art.
has: 6 figures and I table.
A~rj IL2 UD C 629.11.012.8
I W-71