SCIENTIFIC ABSTRACT ARKHIPOV, M. - ARKHIPOV, P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102110013-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

85-58-3-24/26
AUTHORS: Arkhipov, M., Candidate of Technical Sciences, and
Dorofeyev-,--A.
TITLE: Conduct of Population During an Atomic Attack
(Povedeniye
naseleniya pri atomnom napadenii)
PERIODICAL: Kryllyarodiny, 1958, Nr 3, P 31 (USSR)
ABSTRACT: The authors state that losses in human lives and
material resulting from an enemy atomic attack can be
greatly
reduced by adequate warnings and preventive measures,
involving
constant air observation and speed in issuing warning
signals.
Should the objective of the attack be within 100 ka from the
border, the enemy plane would cover the distance in 6
minutes,
during which time much could be done by local anti-aircraft
defense. Under an immediate threat of attack, the "Air
Alarm"
signal is sounded, consisting of prolonged blowing of
whistles
by factories, plants and steamboats, while sirens are
blasted
by radio for 2 to 3 minutes. The Air Alarm signal serves
simultaneously as the signal of an enemy atomic attack. As
soon as areas contaminated by chemical substances and
radioactive
Card 1/3

Conduct of Population Duving an Atomic Attack 85-58-3-24/26,
fall-out are discovered, the"Chemical Attack" signal is
given over
the radio by striking raetal objects, such as pieces of
rails, etc.
Preventive indoor defense measures require the removal of
inflammable
articles from halls anJ attics and the maintenance of
supplies of
water for fire fighting and for drinking. Before leaving a
building-during ant alaxrm,, windows and 18hutters must be
closed,
fires in hearths and stoves extinguished, heating and gas
appliances
disconnected. Wooden fences and piles of trash in streets
must be
removed. Individuals should keep anti-cheraical defense
remedies
against radio-active ftll-out; these include antigas
equipment and
protective clothing. Bed and table linen, bandages and
handkerchiefs
may'serve as pro' `eat-ion from radioactive dust. In
wartime, areas
exposed to possible sitt-ack are placed under martial law.
Local
civil and militairy o,_,ganiza t ions issue special orders
and
instructions which all citizens must carefully study and
strictly
observe. At an Air Alarm signal,the population, whether at
work
or in other places, must immediately seek shelter. Those at
home
should dress quickly, gather their protective equipment,
clothing
Card 2/~

Conduct of Population During an Atomic Attack 85-58-3-24/26
and food, disconnect utilities, extinguish stoves, close windows
and shutters, and leave for the nearest shelter., following the
direc-
tionisiposted.in the.streets.The first indication of an atomic
explosion is a blinding flash visible at a distance of many
kilometers. In this case, everything depends upon the distance
from the epicenter of the explosion and on the speed and
efficiency of action. As soon as an explosion occurs, one must
immediately seek some protective shelter or lie face down,
covering the exposed parts of the body and turning the head away
from the explosion. The area may be contaminated by radioactive
substances (Boyevyy6 radioaktivnyye veshchestva - BRV), either
fall-out from an atomic explosion, or scattered by planes,
artillery,
mines, etc. The effect of radioactive.substances upon the
internal
organs is much greater than upon the external parts. The
penetration
of alpha and beta particles into the human organism Is
particularly
dangerous. Precautionary measures in contaminated areas include -
prohibition of smoking, drinking, or eating without
authorization,
care to avoid raising of dust or lying on the ground. A weapon is
dangerous only so long as protective measures remain unknown.
Defensive measures and methods against atomic weapcns are now
well
known and need only be studied and applied.
AVAILABLEs Library of Congress
Card 3/3

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I . . . ... . . . . . . . . - .-
W~IPOV,,,M.S.j -KOVALENKO, A.G.; SHIBAYEV, Ye.N., mekhanik
snegouborochnoy mashiny
Progrossive organization of snow removal. Put, i put khoz. 10
no.1111-13 166. iMIRA 19ti)
1. Zamestitell nachalinika distantaii puti, stantsiya Kamensk-
Ural'skiy Sverdlovskoy dorogi (for Arkhipov). 2. Nachallnik
stantsil. Kamensk-Urallskiy, Sverdlovskoy dorogi (for Kovalenko).

AMIPOV, H.S. (st. Bashenovo)
Ballast cross section using asbestos waste products.
Zhel.dor.
transp. 37 no-7:84 JI 156. (MM 9;8)
1. Starshty Inahener distantall puti Sverdlovskoy
dorogi.
(Ballast)

ARKH POV. M. 6.1 BTAROSTINg V. A.
Consideration should be givew W these problems. Pat' i put.
khos. 7 no.3139 163. (MIRA 1634)
1. Zamestitell nachallnika Nshenovsk~Fy distantaii Sverdlovskoy
dorogi (for Arkbipov). 2. Starshiy inab. Basbenovskoy distantaii
Sverdlovskoy dor*i (for Starostin).
(Railroada-Management)

0 0
a 6 is of L a Ue"Joll
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to too a
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so* flu
to IsApm A-UZI uvqI AltAllm 341"
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ARXHI)'()V, H.V.
-11,1111,1111W
On the MIN PP-2k planimater. Cood. i kart. no.5--76-78
My 157.
(RLPA 10:8)
1. Ifookovskiy institut inthenerov somleuctroyetva.
(Planimeter)

A'-Q /1,//,:,0/, &A
AUTHdR: Yashunskiy, R.G. and Arkhipov, N.A. 113-5e-6-13/16
TITLE: A New Automaton for Controllable Reversal Current in
Galvanic
Baths (Novyy avtomat dlya reguliruyemogo reversirovaniya toka
v gallvanicheskikh vannakh)
PERIOr:CALt Avtomobillnaya promyshlennost', 1958, Nr 6, PP
37-39 (USSR)
ABSTRACT: The N11TAvtoprom elaborated a new process of
high-luster copper
plating in cyanic electrolytes. Research showed that the best
results are obtained by the controllable reversal current. The
best way t9/do it is to switch the current of the excitation
winding of a generator with the help of electronic tubes -
thira.ttons. By the scheme of reversal current elaborated by
A*S ITQ gal two independent windings were placed on the poles
generators, one of which served to pass the 110-volt current
qIn. go i'
in one direction and the second - in opposite direction.
;
Calculations showed that it was impossible to fix two 110-volt
windings on the generator of the AND-1500/750 and AND-5000/2500
V, aggregates. In this connection, new schemes of reversal
oDrrent
with one excitation winding were fed by a 110-115 volt current
for AND-5000/2500 and AND-1000/500 aggregates. (Table 1) The
rectification of the-current which feeds the excitation winding
Card 1/3 of the generators is made by two pairs of thiratrons.
For

A New Automaton for Controllable Reversal Current in Galvanic
Baths
AND-r'000/2500 and AND-1000/r-oc type aggregates, the TR1-15/15
I
and the TR1-5/2 type thiratrons are used respectively. Each
pair is connected with the independent winding of the trans-
former. The cathodes of each pair sre connected with the
opposite ends of the excitation windings of the generators
through the regulating rheostats and accordingly the middle
points of the anode windings of the transformer are also con-
nected with the opposite ends. Thus, by the dual ignition
of the pair on the left, the current passes through the wind-
ings in one direction, and by switching on the pair on the
right, it passes through in the opposite direction. At the
same time the direction of the magnetic flux of the generator
and the current direction in its armature and in the bath are
also changed. The rheostats of excitation (lPB and 2PB) permit
the regulation of the current in the excitation winding and,
consequently, the density of the current in the direct and re-
versed directions. The alternate connection of the left and
right pair of thiratrons is regulated by an electronic time-
relay, mounted on a 6118C tube, by alternate feeding on its
cir-
Card 2/3 cuit of the positive or negative potential in
relation to the

113-56-6-13/16
A New Automaton for Controllable Reversal Current in Galvanic
Baths
cathodes. The feeding of the time relay and the circuits of
the thiratrons is made from the circuit of alternate current,
with 380 or 220 volts through the transformer 1T, which has
as a part of its initial winding the winding of anode voltage,
the winding of feeding the tube of the time relay and two
windings for feeding the circuits of the thiratrons. The
technical characteristics of the transformer are given. The
aggregates are biilt by the Yaroslavskiy elektromekhanicheskiy
zavod (The Yaroslavl' Electromechanical Plant). The description
and working principle of automaton are given.
There is I diagram, 2 tables, 2 photos, 1 figure and I Soviet
reference.
ASSOCIATION: NIITAvtoprom
Card 3/3 1. Galvanizing--Solutions 2. Electrical
current--Control systems
--Operation

A] T WWheaer.
"-DOM=. . .
Mechanization of the garment industry. p~rom. koop.
imool:12-14
Ja 136. (Glothing Industry) (MLlRA 9:6)

ARXHIFOV A4..
1
Tasks of veterinary service on state fame in the sixth
five-year plan.
Veterinariis, 33 no.7:8-14 il 156- ()USA 9: 9)
1.Nachallnik veterinarnogo upravleniya Hinisterstva
sovkhozov RSPSRI
(Veterinary medicine) (State farms)

ARKHIPOV, N., prof.
Science opens new horizons. Av. i kosm. 47
no.11:18-20 N t64.
(MIRA 17: 11)

APIMMIA"Ov, N., IWOr.
Science opens now horizons. Av. i koom. 47 (ek3tr.
vyp.):
27-29 0 l(v,_ (MBLA 18:3)

Ailklii;~~V, IaJTYAKUV, 14.
,,or economy and careful use of matqriala. ~~,ov.profsoiuzy 5
no.7:28-32
J1 I':?.
J. (HLRA 10:8)
1. "redawlatelIkont tot& profsoyusa Rloskovskogo zavoda
avtotraktornogo
elektroob-.irudovaniya (for Afthipov). 2.11achallnik planovogo
otdola
~;oskovskoro zavoda avtotraktornoro elaktrooborudovanlya (for
Khotrakov)
(14oucow-Blectric machinery industry)

1-i / r ~ ~ i yf 'i I jh --
- r t - ~ I 'r~f 4- 1
DUBROVSKIY, Yevganiy Makaimovich; AR IPOV, Nikolay
Aleksandrovich;
AIADOVA, Ye.I., tekhn.red." ~
(Now methods of mining coal] Noveishie metodLy
rezrabotki ugoll wkh
mostorozhdaniio Hoakva, Ugletekbisdat, 1957- 90 P-
(HIRA 1115)
(Coal mines and mining)

ZHUXOVA, A.P., rukovoditall; POPOV, I.A., rukovoditall;
RYKOYA, Z.L..
rukoyoditall- AMIPOV -N~Av starshiy nauchW sotrudnik,-
DZHINSHRISYSHV 'Iikk?*jarshi7 nauchnyy sotrudnik;
DMITRITIV,
G.V., starchir nauchZ O:otrudnik; ZHURAVKOY. M.Y..
starshiy
natichW sotrudnik; ISTWIN, P.S., starshiy nauchnyy
sotrudnik;
KURBATOV, A.K., starshiy nauchnyy sotrudnik; METLINA,
T.I.,
starshiy nauchny7.sotrudnik; PUGINA, N.I., stershiy
nsuchw
sotrudnik; BOYKOV, M.A., otvetetvannyy red.; BILIKE,
G.Y.,
otvetatvenny7 red.; KIXMNOV, F.N., otvetstyennyy red.;
SHOLDTREV. A.Ye., otvetstvannyy red.; SHARAYEV, A.N.,
otvatetvan-
nyy red.; BUTAZOV, V.V., takhn.red.; SABBITOV, A..
tokhn.red.
(Progressive practices ancl now equipment) Peredovoi
opyt i novais,
takhnike. Moskva, Ugletekhizdat, 1957. 386 p. (MIRA
11:4)
I* Russia (1923- U.S.S.R.) Ministerstyo ugollnoy
prou7shlonnosti.
TSentralltqy institut tekhnichaskoy informataiio 2*
TSentralluyy
institut takhnicheskoy informstaii Ministerstva
ugollnoy prou7shlon-
nosti SSSA (for Zhukovs. Popov. Rykova, Arkhtpov,
Dthimeholoyahvili.
Dmitriyev, Zhurakov, Istomin Kurbstov, Metlins, Pvgina)
(Coal mines and mining)

SUDOPLATOV,. A.F.p dokt---,r tekhn. nauk , prof.,
red.; YEROFEYEV, V.F.,
otv. red.~ VESKOV9 14.I.p otv. red.; ARKH1POV,
N.A., red.;
ZHUKOVA: A,P., red.; RYKOVA, &L.1,
red.,. KUPTSOVA, Ye,M.p red.; LEVIVA, T.I.P red.
[Coal, mLning without the constant presence of
minors at
the working faces) materials] RazrabGtka ugollnyth
plastov
I-.z nistoiannogo nakhozhdeniia rabochikh v zaboe;
materialy.
Pod red, A.r.Sudoplatava. Moskva, TSentr. in.-t
tekhn.
informat8ii ugollnoi promysb.l.., 1960. 251 P.
(MIRA .18:8)
1. Naucllm~~-melodicheskqye soveshchaniye po
izyskaniyu sistem
razrabotki bez postoyannogo nakhozhdeniya
rabochikb v zaboye,
Moscow, 1960. 2. TSentral'W Imstitut tekhnicheskoy
informa-
tsii ugolln.-.fy proiqsh).enn-Bti (for Kuptamp
Lewlna, Arkhipov,,
Zh,ikova, Ryko-va, Chizhova). , - ~ ;,.,

SAVCMIKO, Arkadiy Yeliseyevich; otv. red.; YEROKH11;,
G.M,v red.izd-va,- IMILINA, L.W.9 tekhn. red.
(Miner] Gornorabochii, Moskvap Gos.nauchno-tekhn.izd-vo -lit
ry po gornonm delu., 1961 239 p. (MIRA 3 5:1)
(Coal mines and,mining)

ARJ9IIPOVP N.A.1 LAR10NOV, N.I.
-Lutomatio machine for the manufacture of W-2 shell
molds,
Avtoprome 27 no.6146 Je '61. (KIM 2416)
1. Nauchno-isoledovatellskiy tekhnologicheskiy
institut
avtomobillnoy promyshlermosti.
(Automobile industry--Fquipment and supplies)

ARKHIPOVI, N.A, otv. red.; SAMDRODOV, lu.P.,
atv.,'rod.; LAVRENTI)IVAP
L.G., tekhn. red.; MESHCHWINA, I.S., t*khn. red.
(Hydromechanization of open-pit mining operations
in the
Kuznetak Basin]Gidromakhanizataiia otkrytykh
gornykh rabot
v Kuzbasse. Moskva, 1962. *38 p. (MIRA 16:4)
1. TSentrallnyy institut takhnicheakoy informatsii
ugollnoy
promyshlonnosti.
(Kuznetsk Basin-4draulic mining)

ARKRIFOV, H.A., otv. red.; SHARAYEV, A. N., otv.
red.
I ~ -
ff~ydraulic coal mining in the Kuznetsk Basin]
Opyt gid-
ravlicheskoi dobychi uglia v Kuzbasse. Moskva,
1962. 97 p.
Nin a7:7)
1. Moscow. TSentral'My institut tekbnichaskoy
informatsii
ugollnoy promyshlermosti.

ROZENTRETER, Boris Aleksandrovich; VEDERNIKOV,
Viktor Ivanovich;
ARKHIPOV' N. . otv. red.; SMIRENSKIY, M.M., red.
izd-va;
S p . a , tekhn. red.
[Stoper] Gomorabochii ochistnogo zaboia. Moskva,
Gosgortekh-
izdat, 1963. 339 P. (MIRA 16:6)
(Stoping (Mining))

KARACWTSEV, Valentin Ignatlyevich), KODENTSOV,
Aleksey Yakovlevich;
BUROV, Mikhail Zinov'yevich; TEODOAOVICH, B.A.,
kand. tekhn.
nauk) retsensent; ARKHIPOV N AU-41zhoji Otv. red.;
OKHRIMENK09 V.A., red. izd-va; LOMILINA, L.N.0
tekhn. red.
MAKSDIOVA, V.V.,, tekhn. red.
[4draulic mining) Gidromekhanizatsiia na shakhtakh.
Moskva)
Gosgortekbizdat, 1963* 192 p. (MIRA 17:2)

LU-1 ~ -, I- ;,., I N . IV' .
ARUIPOV, N.B. SSSR po raionam. Dallne-Vostochnaia Oblast'.
Moskva, Gosizdat, 192-6,
169 p. (Ekonomicheakaia geograffla SSSR.)
Bibliography: p. 168-169.
NN
DLC: Uhclass.
So: LC, Soviet Geography, Part II# 1951/Unclassified

-AWIPOVt
Srodne-Aziatskis respubliki. fThe Central Asia republics7 Moskva.
Oos. Izd-vo. 1927.
139 P- fold. map. LZkjznomicheskuia r*eografiia SSSR. SSSR po
raionam).
Bibliography: p. L13W-139.
Contains chapter on ma,lor forms of transportation.
DLG: Hc487.c4A? 1927
Srodne-Aziatakle reepubliki. fThe Central Asia republicj7. Izd. 3.
izpr. i dop. Moskva,
Goo. I%d-vo, 1930- -.154 P- maps (1 fold). (1konomicheakais,
geografiia SSSR po raionam).
Bibliography: P. DZ-159-
Contains a chapter on transportation (railroads, watervays
androads).
DLC: HC48?-C4A7 1930
SO: Sgyiet Iransporla1W Ad CommUninations. A BiblioMphy, Library,
of Congress,
Reference Department, Washington, 1952, Unclassified.

ARKHTPOV, N.B.
ARMIPOV, N.B. Sredne-Aziatskie resbubliki. Izd. 3, ispr. i dop.
Modkva, Gosizdat,
1930. 159 p. (Mconomicheskaia geografiia SSSR po, raionam). 1.
Bibliographyt P. 157-159.
CSt-41 (Izd.2) NN(Izd.1) DLCt HC487.C4A7
SO: LC, Soviet Geography, Part II, 1951/Unclassified.
.0

ARKIiIPOVx NOFMI inzh.-.
Strictly oboarve therequiremonts 11,rooflat
apecificationa. Bazop.
truda v prom. 7 *o.7t&--8- Jl 163. (141RA 16t9)
(Donets Basin-44ine roof bolting)
I

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Vct f;ci-((Iicz;N
systorn
of
V-t J..jjj C)" "'j,7
wr USSR)

ARKII[POV.
Mixer-granulator of clay raw materiale for the prodoction
of agloporite. Stroi# mat, 11 no. 12:31 D 165. OKIRA 18:12)
1. Glavvy Inzhener labaratorii strou,allnykh materialov
Rauchno-lusledovatellskogo instItuta sellskogo stroltellstvr
(for Arkh1pov). 2. Direktor Tuchkovskogo eksparlmentallnogo
predpriyatiya Vseaoyuznogo nauchno-issledovatel'skogo
instituta,
nov-ykh stroitellnykh materialov Akadamii stroltel Istva i
arkhitektury SSSR.

ARKHIPOVP N.I., kand. veterin. nauk
Histochemical study of ribonualooproteins-and glyoegsa
of myocar-
di= in hog cholera. Vetarinariia 41 no,4tl2-24 Ip 16/,.
(MIRA 17t8)
1. Vaesoyuzrqy nauchno-isoledova tell akiy institut
vaterinamoy
virusologii i mikrobiologii.

ARKEIP-OV, N.I.~ j,1J1R'i".'A-,V, V.I.; I'lChl"GM, L.M.
rpbo logical reaction3 In swine vaccinated against
foct,arid-mouth diaease, Vgtorinarlia 42 no-5137-39 My 165.
(MIRA, 18t6)
1. Vsesoy-uznyy nauchno-issledovatellskiy institut veterinarnoy-
virusologil i mikrobiologli.

"About the Losses and Regulations of Strains in City Electric
Centers," Electricity,
Publ. by the Printing House of the Govt. Energy (Electrical)
Publ. House, in
Moscow, 1952,

USSR/ Electricity - Power System Jun 52
Voltage Regulation
"Voltage Drop and Voltage Regulation In
flity Mee-
tric Power Networks," Zngr N. K. Arkhipov,
Oldrokamnmenergo
"Blektrichestvo" no 6, pp 8-14
Defines relation between voltage
fluctuations
and drops in system of I and 2 voltages.
Proves
that for calcg voltage regulation In city
net-
'Works, eqs with some average coeff
characterizing-
load conditions are unacceptable.
Proposes fix-
:UM.norms for voltaae droDs, treating
hiah and
237T9
low voltage networks additively and
taking Into
account voltage conditions of supply
center and
transformer voltage losses. Article is
intended
to stlimilm e discussion in connection
with re-
vision of instructions for planning city
elec-
tric power networks. Submitted 8 Jan 52.
237T9

ARKHIPOT,.,#IK!.-
Calculation of low-voltage systems based on voltage
variations. Blektriche-
stvo 133, NO.4, 17-22. . (NLRA 6:4)
(11A 36 no.6'12:4805 153)

-ARM Nikola ich; KUZNETSOV, P.V., reclaktor; MIIIASYAN, Ye.A.#
4:0004WIOVSKLYA, To., tokhnichaskiv reduktor.
[Computing short circuit currents] Raechat tokov korotkogo
zazWka,
niia. Moskva, Izd-vo Ministerstva kommunallnogo khoziatetva
RSIPSR
1954. 131 p. (MIRA 8:5~
(Short circuits) (Electric currents)

ARXHIPOV. VA.. Inshener.
,~,
Selecting a calculated value of voltage losses in lighting
networks
of Industrial enterprises.. Slaktrichootvo no.3:70-71 My '54.
(KLHA 7:6)
1. Giprokommunenergo. (319otric lighting)

Subject
Card 1/1
Author
Title
Periodical
AID F - 1192
USSR/Electricity
Pub. 29 - 14/27
: Arkhipov, N. K., Eng.
: Selection of branchings of distribution transformers
: Energetik, 12, 18-21, D 1954
Abstract The author presents an analysis of the controlling pro-
perties and possibilities of branchings and a practical
method of their Belection. He gives two numerical ex-
amples. Five diagrams.
Institution : None
Submitted : No date

GOLIDENBIAT, B.I., inzhoner (Odessa); AMIPOV, N.I.,
inzhener.
Selecting the calculated value of voltage loss in
industrial
lighting systems. Ilektrichestva no.2:74-75 IP '36.
(MLRA 9:5)
1. Giprokommunanargo (for Arkhipov)
(Blectric networks)

8(3,6) PHASE I BOOK EXPLOITATION SOV/2234
Arkhipovj Nikolay Kuzlmich
Raschet gorodskikh eleRtrioheskikh setey s uchetom
reguliruyushchikh
ustroystv (Calculation of Municipal Electrical
Ne-tworks.With
Consideration for Regulating Equipment) Moscow, Izd-vo-M-va
kommunallnogo khozyaystva RSFSR, 1957. 194 p. Errata slip
In-
serted. 9,000 copies printed.
Ed.: L.M. Finger; Ed. of Publishing House: Ye. B.
Vinokurova;
Teoh. Ed.: Ye. S. Petrovskaya.
PURPOSE: This book is intended as a manual for designers of
mu-
nicipal electrical networks and for engineers concerned with
their operation.
COVERAGE: The book explains the calculation of municipal
electric-
al networks, taking into consideration the use of
regulating de-
vices such as power transformers with tap switching under
load,
booster transformers to raise (or lower) the voltage, and
static
capacitors connected in series with the line and in parallel
Card 1/8

Calculation of Municipal Electrical (Cont.) SOV/2234
with it. The author mentions the following Soviet scientists
and engineers as having contributed to the development of a
sound theory of calculating electrical networks; A.A.
Glazunovs
A.A. Gorev, A.M. Zalesskly, M.D. Kamenskly, A. Ya. Hyabkovt
V*N*
Stepanov, V.M. Khrushohev, Practical methods of calculation
were developed by Yu. N. Baskakov, S.D. Solov'yev, and V.A.
Shevchenko. The Vsesoypznyy nauchno-issledovatellskiy
institut
elektrifikatsii sellskogo khozyaystva (All..'Xnion
Scientific
Rezearch Institute for Electrification of Agriculture) con-
tributed to the application of regulating devices in
electrical
networks. In this connection, the author mentions I.A.
Budzko,
A.G. Zakharin and V.G. Kholmskiy. The methods used in the
book
for calculating series line-drop compensators are based on
the
works of the Nauchno-issledovatellskiy institut postoyannogo
toka (Scientific Research Institute of Direct Current), in
part-
icular those of V.V. Andreyev. Thepublication
"Rukovodyashchiye~_
ukazaniya po povysheniyu koeffitsiyenta moshchnosti v
ustanovkakh
potrebiteley elektricheskoy energii (Guide Rules for
Improving
the Power Factor in Installations of Electrical Consumers),
ministry
Card 2/8

Calculation of Municipal Electrical (Cont.) SOV/2234
of Electric Power Stations, USSR, was taken Into
consideration
In discussing the calculation of compensators for
parallel
capacitive compensation. There are 48 referencds% 42
Soviet,
4 English, 1 German, and 1 Polish
TABLE OF CONTENTS:
Foreword
Introduction
4
Ch. I. Deviations and Losses of Voltage 6
1. Voltage deviations and fluctuations 6
2. Voltage deviations and losses in a single-voltage
sYstam 7
3. Transformer tape. Voltage losses in transformers 9
4. Relationship between voltage deviations on primary and
secondary terminals of step-down transfoi"flers 15
5- Relationship betweon voltage deviations on primary and
secondary terminals of step-up transformers 20
6. Relationship between voltage deviations on primary and
secondary terminals of step-down transformers used as
Card 3/8

Calculation of Municipal Electrical (Cong.) SOV/2234
step-up transformers

26
7.
Voltage deviations and losses in
a two-voltage system
27
8.
Available value of voltage loss
;29
9.
Redistribution of voltage losses
31
10.
Selection of
transformer winding taps
33
11.
Voltage deviations and
losses in a system of three or

more voltages
33
12.
Graphical presentation of voltage deviations and losses
36
13.
Network loads Impressed as complex quantities
38
14.
Relation between the voltage at the beginning and end of

a section
40
15.
Voltage loss
43
16.
Seleo*tion of conductor
and cable cross-sections
477
17.
Calculation of power
distribution in lines with two.~way,

power supply and
with equal voltages at the supply poInts49

18.
Determination of power distribution In lines with two- -

way power supply and with different voltages at the
supply

points
55
19.
Calculation of power distribution In
complex ring-bus net-

works
56
Card 4/8

Calculation of Municipal Electrical (Cont.)

SOV/2234

20.
Balancing powers method

57
21.
Calculation of power
distribution according
to the method

of Yu. N. Baskakov and
S.D. Solov1yev

64
Ch. II. Methods of Calculating Electrical
Networks

According

to Voltage Deviations

71
1.
Method of
Glavsellelektro

71
2.
Method of V.G. Kholmskiy

75
3.
Selection
of rated magnitude of voltage loss
in lighting

Installations of industrial establishments

76
4.
Method of
network calculation according to vo
ltage de-

viations
using graphs

78
Ch. III. Regulation of Voltage by Means of Special
Transformers83
1. Influence of the voltage on active and reactive loads
and
on power losses 83
2. Voltage regulation by means of special tran6formers 88
3. Booster transformers 90
4. Booster and auto-transformers with step voltage
regulation
by switching of the excitation winding 97
Card 5/8

Calculation of Municipal Electrical (Cont.) SOV/2234
5. Nonregulated booster auto-transformers 100
6. Vector diagram and operating conditions of a booster
transformer 103
7. Control system of voltage regulators. Accuracy of re-
gulation log
8. Selecting the placement of the regulating relay 113
9. Voltage-loss compensator 116
10. Standardization of voltage regulators 117
11. Methods of voltage regulation lig
Ch. IV. Series Capacitive Compensation of Reactive Power 129
1. General properties and special features of series
capacitors 129
2. Increasing the limit of line carrying-capacity according
to the phase-angle between voltages 134
3. Improving power distribution In networks 136
4. Increasing the limit of line carrying-capacity according
to voltage loss. Reducing cross-sectional areas and losses
137
5. Location of series line-drop compensators 145
Card 6/8

Calculation of Municipal Electrical (Cont.) SOV/2234
6. Selection of the number and power of series-capacitor
batteries 146
7. Selecting the resistance of the series-capacitor battery
according to exact formula 153
8. Comparison between series and parallel compensation 154
9. Advantages and shortcomings of series compensation and
Its field of application. 137
Ch. V. Parallel Capacitive Compensation
1. Compensator installations 160
2. Raising the power factor 161
3. Increasing the active loa(t of a section while
preserving
current value 166
4. Increasing the active load of a section while preserving
voltage loss 170
5. Increasing the voltage of a section while keeping its
active load unchanged 174
Appendixes
180
Card 7/8

Calculation of Municipal Electrical (Cont.) SOV/2234
Bibliography
AVAILABLE: Library of Congress
191
JP/ec
10-15-59
Card 8/8

ARIWIPOTO H#K*
< VOItOZe control in electric networks,
D 1.57. PrOmo energ. 12 no.12:1-5
Is 01prokominnenergo. (MIRA 10112)
(Ilectric networks)

8(2)'

'AUTHOR:
Arlkhipov, _N_-46T--Hrgineer SOV/lo5-58-12-7/28
TITLE:
On Voltage Regulation in Low Voltage Networks (0
regulirovanii

napryazheniya v setyakh nizkogo napryazheniya)
PERIODICAL:
Blektrichostvo, 1958, Nr 12, PP 30 - 34 (USSR)
ABSTRACT:
The electrical industry of the USSR develops
constructions

of distribution transformers with a capacity
ranging from

20 to 560 kYA and an automatic voltage regulation
under load.

The mode of operation of the voltaJe to be
regulated, applied

on the rails of the secondary voltage of
the stepdown sub-

stations, is recorded in the directions (Ref
1). The question

whether the application of distribution
transformers is suitable

for voltage regulation in low voltage
networks in dealt with

on the basis of an investigation of the
qualities of a trans-

former with a 5% regulation step. The
testing example of which

was already manufactured by the
industry. The advantage of

the construction of a one-stage
regulation given here consists

in the fact that a transformer,
manufactured in series, is used

without any modification of
the windings and of the container,
Card 1/3
and that a magnetic
amplifier operates in the regulating device.

On Voltage Regulation in Low Voltage Networks
SOV/105-)0-12-7/28
Such a transformer is, moreover, not expensive. There tire,
however, drawbachs exert of these advantages The voltage
is inadequate during the maximum load, it is too high during
the mininum. load; the dead band is equal to the regulating
stage. Here, an investigation is carried out of such a
distribution transformer at difrerent points of the network
under four dif!erent operating conditions of the voltage
in the feeder center. The folloving is detirmined: a
distribution
transformer with an one-stage automatic 5',"J voltage
regulation shows
great drawbacks the field of application in limited,
the usefulness of its fabrication is questionable.
Distribution-
transformers with a two-atage automatic 5% voltage regulation
possess a larger field of operation but are not applicable in
all cases. Distribution transformers with multistage regulation
(a great number of small stages) could be used in a large
field.
With their help the required mode of operating voltage could
be produced in any low voltzi.-le network. They are, however,
very expensive and therefore only in single cases economical.
The voltage on the rails of the feeder center in therefore
to be regulated according to the directions (Ref 1), with the
Card 2/ 3 help of regulating devices having teen inntalled in
power

On Voltage Regulation in Low Voltage Networks
SOV/105-518-12-7/26
transformers and of booster transformers or of
autotransformers,
which are connected with the circuit of transformers that are
not to be regulated. When necessary synchro potentiometers or
controlled batteries of static condensers can be used.
Booster transformers and condensers are, moreover, to be used
on lines which are long or produce a loading diagram strongly
different from the total diagram. For this reason it will,
first of all, be necessary to manufacture by industry trans-
formers of 35 and 110 kV of all meastirements with a voltage
being regulable under load, as well as booster transformers
for 6 to 35 kV and low voltage. There are 6 figures and 2
references, I of which is Soviet.
SUBMITTED: August 22, 1956
Card 3/3

q,21.30 0001,11S-0,1161)
AUTHOR: Arkhipov, N.K.
TITLEt The pa-ameters
control
321-93
s/196/6l/ooo/oio/oi6/O37
E194/El55
of power transformers for -voltage
PERIODICALs Referativnyy zhurnal, Elaktroteklinika I energetika,
no.10, 1961, 10, abstract 101 70. (Prom. onergetika,
no.3, 1961, 42-46)
TEXTs To maintain the supply terminal voltage within set
limits, voltage-control devices are required which may consist
of
power transformers with built-in voltage regulators; booster
transformers and auto-transformers. Soviet transformers of 35 kV
and above have tap-changers with steps of 2.5%, whilst the
corresponding foreign figure is o.625%, giving smoother control.
With large steps the range of insensitivity is greater and the
permissible voltage drop is smallarl this results in greater
consumption of non-ferrous metals in the power system. The
number
of steps Is increased not by increasing the number of tappings,
but by altering the switching system with the same number of
Card 1/,4

32123
S/19~/61/000/01o/oI6/037
The parameters of power transformers., E194/E155
tappings. This is achieved by direct and cross.-connection of a
regulator winding. Calculations lead to the following
conclusions. if the voltage drop 4t~Ull 4n the primary circuit
B -
under overload conditions does not exceed a certain value,
then it
is advisable to use distribution transformers with tappings of
� 2.5% and not 1 5%, according to the following table.
4NUn Recommended tappings
B
7.5 2.5%
10 2.5% and - 2 x 2,,5%
12.5 2.5% and - 3 x 2.5%
1.5 1 2.5% and x 2.5%
A scale of ratings is given for voltage booster sets,
recommended
for series line regulators of 6 - 8 W. If the voltage variation
at the regulator input is not more than 5% above or below the
rated value during periods of maximum or minimum load, then for
Card 2/4

32193
The parameters of power transformers ...
s/196/61/ooo/olo/ol6/037
E194/E155
counter-control within the limits of 1 5% it is necessary to
have
on the regulator output +5% in periods of maximum load and -5%
in periods of minimum load. Control limits of t 10% suffice for
this purpose. When it is necessary for standard regulators to
control with limits of +5 and -10y@, the section of the
regulator
series winding should be increased, or the series winding should
be made in two parts to permit series or parallel connection.
In the Soviet Union automatic on-load voltage control has been
applied only to transformers up to 35 kV and the system
developed
by the Moscow Transformer Works provides for maintaining the
control voltage at one constant level. Counter-control is more
effective, and can be simply achieved with a voltage-drop
compensator or by the contactless controller with a magnetic
amplifier which is widely used outside the Soviet Union.
Distribution transformers with built-in multi-step voltage
controllers are relatively expensive. Economically, it is
advisable to use distribution transformers with two steps of +5%
connected manually off-load and four steps of 2.5% connected
automatically on-load. Constant tappings of +10, +5 or 0% are
Card 3/4

MMO, I.A.; ASTAFOYEV, N.N.; ARKHIFOV.,N.,~j,
-
Calculation of electric networks with consideration
of the
pormissible voltage lose. Elektricheatvo no.7:90-92
J1 61.
(MIRA 14:9)
(Electric power distribution)

Concerning the role of the neutml line in electric
power
distribution networks. Makh. i elek. sots. sellkhoz.
20
no.3:37-38 162, (MIRA 15:7)
(Ruml electrification)
(Electric power distribution)

ARKHIPOV, N.K., inzh.
Design of power distribution networks taking into
account voltage
regulation. Elek. sta. 34 no.9:35-38 S 163. (MMA 161l0)

ARKHE ~VN ~Kinzh.
Problems concerning voltage fluctuations. Prom. energ. IS no.9t
37-39 S 163. (MIRL 161lo)

~l -I r! I).
taking ini-,~- aoxoziL voltage lossas. cron.,oanerg.
19 nr. 21.341-34 F '64 . (M 11 '1. 'A' '7 . ; ~

ARKHIFOV, N.K.; YEZHKOV, V.V.p red.
(Voltage modes in electric power distribution
networks; a
lecture] Rozhimy napriazhenii. v slaktricheakikh
raspredde-
litelInykh setlakh; loktsilas Moskvap Vses
zaochnyi
energ, in-tp 1964. 131 P. WRA 18:3)

FEDIN, V.T., inzh.; GLAZUNOV, A.A., kandstekhnonauk;
MELINIKOV, N.A.,
doktor tekhn.nauk; SOLDATKIKA, ItA1, kand.tekhn.nauk;
KARPOV,
F.F., k&nd.tekhn.naukC(jHgTpg N
- j
Efficinecy of load controlling device of 35 and 110 kv.
transformers.
Elsk. sta. 36 no.2:85-88 F 165. (MTRA 18:4)
1
'I/

okWI?OV~ N,K,p in"zho,
Pow"r transfq~mero with built-in voltage regulation
for
powe;. distribution networks. Nov.
tekh.zhiI.-kom.khrz.! Erlek. i
teplegore no~5t44-52 161, (MUVi 18t9)

N.K. (deceased' (Moskva); SIROTINSKIY, Ya.L.
(Moskva)
AWPOVS. ~ j
Voltage drop compensation in electric power
distribution
networks. Elektrichestvo no.12124-28 D 165,
(MIRA 18:12)

.ARKHIPOV, N.M.; PAVLOVSKIT, V.V., kana.vot.nauk
Dry swine plague virus vaccine passea through rabbits.
Vaterinariia
35 no.5:84-89 My 158. (MIRA 12tl)
1. Vaterinarnoye upravlaniye "InIsteratva, seltakogo
khozyaystva.
RSFSR (for Arkhipov). 2. Gosudarstvenrqy
nauchno-kontrolIM7 institut
voterinarn.vkb preparatov Miniaterstva,
sel'skogokhogyaYRtva SSSH (for
Pavlovokkiy). (Swine plague)

MAM=Ms, L. YA., ARKHIPOV, NIN.
ftwing machines
Study of the wear of soving machine parts. Log. prom. 12 noe5s
1952,
2
9. Monthl List of Russian Accessions, Library of Congress,
August 195~, Uncl.

IY
UTIMM L B.. doktor takhnichaskikh nauk, prof ensor; AAHIPOV,
N.V., glav-
nyy mekhanik.
IORepair of light industry equipment." Reviewed by 1.B.
Levenson, Vest.
mash. 33 n0-3:89-91 Mr 153. (MLRA 6:5)
1, Glavnoye Wravleniye Shveynoy Industril Ministerstva gichoy
promyvbv-
lennosti SSSI. (Kollteov, S.K.) (Kapustin, I.I.)
46achinery-Kain-
tonance and repair)

RUSAKOT, Bergey Ivanovlob; SUGUNIN, Ivan Vasillyevich; VM1,
Sargay
Sargeyevich; PlIKYANNIKOV,K.K., rodaktor; AM11W.W.N.,
inshener.
rateensent; ZLIXINA,R.K., takhnichesity, reU"MoF"-""O
(Industrial saving equipment] (YbOMdOTanis shvoiuykh
fabrik. Kookvs,
Gosonsuchno-takhnAvd-vo Kinisterstva prosyshlonnykh toyarov
obirokogo
potroblenila SSSR. 1955. 463 p. (KM 9:1)
(Sewing machines)

VALISHORIKOV, Nikolay Markovich; SHAWIN. Aleksandr
Ivanovich. AHKHIBUX
.N.N.,, doteent. nauchnyy redaktor; FL19MUNNIXOT. M.N..
redaktor;
DXITRIYBVA, N.I., takhnichaskiy, redaktor
[Tree-head automatic embroidery machine] Vyshivalfnyi,
trakhgolovochuyi
artomat. Moskva, Goo. nauchno-takha. izd-vo
Xinisterstva legkDi
promyshl. SSSR, 1956. 69 p. Wah 9:11)
(XmbroldM (Machine))

ARKHIPOY
Ilikola Nikol oviol j- URPACY"A'. Pavel
Sviridonovich:
I ~Ll' .Wake I Nilaylovich,, doktor tokhn. naukp
prof,;
PLEVAKO, Ilikolay Alekn7evich; ZAYO!'CIIFGV'31=,
A.D., doktor
tekhn. naukj, prof.,, retsenzent; ZOLOTOV, V.I.,
inzh.p retsen-
zent; ZYBIN, V.P., doktor teklin. nauk, retsenzent;
KAPUSTIN,
I.I., doktor tekhn. naukp prof., retsenzent;
KOZLOV, B.A.,
inzh., retsenzent; POPOV, SJI.s doktor tekhn. nauk,
prof.,
retsenzent; EPPEL', S.S., kand. tekhn.nauk, dots.,
retsen-
zent; IIINANEVA, T.N., red.; SHVETSOV, S.V., tekhn.
red,
[Basic processes, machinery, and apparatus of light
industry]
Osnovnye protsessy, mashiny i aparaty legkoi
pronyahlermosti.
[By] n.B.Arkhipov i dr. Moskva, Izd-vo
nauchno-takhn. lit-ry
RSFSR; 1961. 491 p. (Industrv) (14IRA 15:2)

I ~ 1. . 'A
_AFa,jMV,_N "N KARPACHEV, P.S. ; MATZELI, M.M.,
doktor tekhn. nauk,
prof.; PLEVAKO, N.A.; UDOIX)VSKIY, A.N.j
kajad.-tekhn. nauk,
retsenzent; RTZHOVA, L.P., red. izd-va; ELIKIND,
V.D.,
tekhn. red.
[Fundamentals of the design and construction of
standard
machines and devices for light industry) Osnovy
konstrui-
rovaniia i rascheta tipovykh maahin i apparatov
legkoi
promyahlennosti. (By] N.N.Arkhippv i dr. Pod red.
M.M.
Maitelia. Moskva, Mashgiz, 1963. 599 P. (MIRA 16:7)
(Machinery--Design and construction
(Instruments)

JSVETKUV V.N., kand. teldin. nauk, dutserill ALi~1111!'OV,
N.N.,
KALON)
13 I.P., starshly pij:)odavatell
Machine for coating sole edges with glue. 'I'lauch. trudy
MITIUP
no.28:230-231 t63.
Machine for cement lasting of shoe uppers. lbid.:232-234
(MIRA 17:11)

M IYEVA, T.M., assistent; ARKHIPOV X N dotsent
Automatic stop mechanisms of semiautomatic sawing
machines. Nauch.
trudy MTIW no.29tl98-208 164. (MIRA 18t4)
1. Kafedra teorii mekhanizmov mashin i apparatov
Moskovskogo
tekhnologichaskogo instituta legkoy promyshlennosti.

nit T-J-L-~Jv U
fisfign-l Val 1.4 ljj
4
V411.1fila3JA
J"j
INS
ONO a
.24 at
1r
Eli
Al
44
JA
Ail
pik
1d;
. el I ,
Iglz bill
A

ARKUPOV, 0. A.; FILIPPOVA, V. N.
---------
Badimetric method of determining the uranium content
of lumps
of ore. Rnved, i okb. nedr 28 no.6144-46 Je 162.
(MIM 15-- 10)
1. Ministerstyo geologii i okhrany nedr SSSR.
(Radioactive prospecting) (uranium ores)

ARKHIPOV OtAt
UBing nuclear radiation for the concentration of ores, Blul.
naucho-takh,inform VIMS no,1:86-91 163.
(MIRA IW)
1, Gosudaratvannyy geologicheekly komitat SSSR.

1, 08963-67 EWT(d)/F5S-2/EEC(k)-2
ACC 'LNR-. AP60Z1053 (4, IV) SOURCE CODE.
UR/0292./66/000/003/0004/0006
AUTHOR: Orlov, 1. N. (Candidate of technical sciences);
Delektorskiy, B. A.
(Engineer), Arkhipov, 0. G. (Engineer)
ORG: none
TITLE: Computer design of induction motors for gyroscopes
SOURCE: Elekt rote khnika, no. 3. 1966, 4-6
TOPIC TAGS: gyroscope, induction motor, servomotor, computer
application,
spin motor
ABSTRACT. Specific requirements of gyroscope-drive high-speed
induction spin
motors are formulated, particulars of their design on a digital
computer are
described, and computation results are presented. Main
dimensions of the motor
are connected with those of the gyro flywheel. Both nominal and
maximum torques,
Card 112 UDC: 621.313.333.025.3.001.24-

L o8963-67
ACC NR: AP6021053
0
'are determined by the required acceleration time. The highest
motor efficiency
is of prime importance because of the necessity of keeping the
motor heat
.production as low as possible in order to ensure the gyro
accuracy. The optimal
design of a specified-size motor on a digital computer is
reduced to calculating
and comparing several versions with various combinations of P
and b; here,
P . d2/dj; d2and d,, are the external and internal stator
diameters; b . B6% /B 3~
BS, and B, are the inductions in the stator core and airgap.
Eight two-pole,
400 -cps motor sizes (d = 2. 0 - 7. 4 cm) have been calculated.
An algorithm of
2
.the computer problem and programing steps are briefly
described. Each type -
size has been calculated in 540 versions - over 9000 versions
for all sizes. The
.tabulated final results show that some widely used standard
spin motors can be
: essentially improved as to their efficiency and power factor.
Orig. art. has:
.4 figures, 5 formulas, and 1 table.
SUB CODE: 17, 09 / SUBM DAM none
'Card 2/2 nat

AlWiIPOV,..Q-V-. - -
Effect of different food rations on changes in the
p1l of
chyme and motor activity of the rumen, abomaBum, and
duodenum of sheep. Trudy Oren. otd. Vses. fiziol.
ob-va
no.2-.29-33160. (MIRA 16:8)
1. Kafedra fiziologii zhivotnykh (zav. -prof.
Ye.T.Khrutskiy)
Orenburgskogo sellskokho2.yaystvennogo inqtituta.
~SREEN-FLEDING Ali) kWAZ) (GAST WINTESTINAL
MOTILITY)

L 43088-66 EWT(M)/EWP(t)/ETI . IJP(c) JD1JG
ACC NR: AR6014366 (AltA) SOURCE CODE:'
UR/0137/65/000/0n/GO29/GO2.9
:4 ;L
AUTHOWS: Plinor, Yu. L,; Arkhipov, 0, A,,- Rubinaliteyn, Yo. A.
TITLE, % Manufacture of carbon-froo vanadium lloys
alum
SOURCE: Rof. zh. Hotallurigtiya~ Abs.713214
REF SOURCE: Sb, tr. Klyuchevsk. z-da forroopLavov, vyp. 1, 1965,
81-88
TOPIC TAGS: vanadium containing alloy? metal meltiq-,.. iron
containing alloy,
aluminum containing alloy
A13STRACT: It,4s reported that the most rational method for
obtaining carbon-
free V alloyK is the aluminothormic method (0.02--0.06col C).
The dependence of
V oxtraotiontUn the amount of reducing agent and other
parameters was investi-
gated. The Al content of the alloy should be kept below
1.5-2.0%. The smelt-
ing parameters of V alloys depend on the correct choice and
amount of fluxes in
the charge. The effect of lime in the.sla(; was studiede The
temperature do-
pondence of the slag viscosity from Fe-V melts and the
dependence of V extraction
and Al content in the alloy were studied as a function of V 0
particle size.
2 5
Card 1/2 UDCi 669,292,01819

L 43088-66
ACC NII: AR6014366 C:)
Recommendations for further decroaning the impuritos content in
the alloy are
presented. Bibliography of 8 citations. V. Somakin �ranslation of
abstracI7
SUB CODE3 11
Curd-2/2

ARKHLPOV. P. (Tula)
"
Airport in Tula. Orasbd. av. 17 no. 11:26 N 160.
(MIRA 13:12)
(Tula--Airports)

. ARKHIPOV, P.
Lost and found. Gmzhd, av. 19 no.11114-15 N 162.
(MIRA 16t1)
(Loot 'and found)

.,-ARXHIPOV, P. (Sochi)
Flight pass. Grazh.av. 19 no.12t23 D 162. (KMA 1612)
(So4i-Airlinea)
I
-;i!
1l
P
r
i
I
iii

ARMIPOVP P,
A usual flight. Grazhd. av. 21 no.8:&Io Ag 164.
(MIRA 1844)

ARKHIF()V, P.
Ground run... With brtj~f).,,. .,;;-
. . AZ 165.
(mpul 1L~.8)

ARKRIPOV, P.; PLATONOT, P., sootekhnik-okonomint
I
York and plans of machinery operators of the
Volokolamokii
State Farm. Takh. Y sellkhoz. 20 no.7:32-34 Jl 160.
(MIRA 13:9)
1. Direktor sovkhoza "Volokolamakiy*, Moskovokoy
oblasti
(for Arkh1pov).
(Moscow Province-Farm mechanization)

wv
ARK IPOV, F.
IZ ----------- :-
With a degree In engineering, Prome koo
,p..1)+ no.3:36-37 )V 160.
(KIRA 1302)
(Mosoow-Toy Industry)

,- A~~jpov P. jTula)
- .
Thia ia only a beginning. Mest.prom.i khud.promyo. 1
no.2/3:20
21 N-D 160. (MMA 14W
(Tula-Met&lvork)

ARXHIPOV, P. (Sverdlovsk)
.. - - ...I..... .... .
Russian pr"Jous stones. Meat-Prom.i khud.provWs.
F 161.
(Ural mountains.-Precious stones)
2 no.2:20-23
(MIRA 14:4)

- AWIPOVO P.
Stay healthyl Mest.prm.i khud.prozWs.3
no.2s2D-,W#62,(KMA 3.5s2)
(Moscow Province-Zextile worker"iseaBOO and hygiene)

ARKHIPOV, P.
Substituting for silk. Mest.prom.i khud,pmmyB. 3 no-4131
Ap 162. (MIRA 15:5)
(Lamp shades) (Polymers)

ARXHIPOV, P.
Suits made from lavean. Mest.prom.i kliud.promys. 3
no.5;22-23
MY 62* (MIRA 15:6)
(Clothing industry-Equipment and supplies)'

ARUIPOVI P,
Not only by authority. Grazhd.av. 20 no.8:11-14 Ag
163.
(MLIA 16:9)
(Air pilotm)

ARKHIPOVI P.
The Silver Wing. Grnzhd.av. 20 no.12126-2? D 163. (MIRA
1712)

ARKHIPOV~ P. 0.
Um /man" *Atx *OIN itm 1948
I" Methods
"Control Of'Orashe& Ore Slides In the Blyavinsk Mine,'
P. G. Arkh1pov, Ina, PRU BoyuzVzrivProm, li Pp
*Gor Zhur" No 6
Ore at oubjeot mines is very loose due to tectonlo
and ohemloal processes. Nesents several methods
adopted to prevent sliding of rubble ores.
67T102
A 67T 102