SCIENTIFIC ABSTRACT KALUGIN, V.D. - KALUGINA, G.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000620210015-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SD%IN, E.M,j IULUGIN, r.D.; RAKHIHOV, A.R.; SHEYINAN, A.B.
-I.- - ' .-I ~
Electric heating of weI2 bottm zones in the South Alamyshik
field. Nefteprom. delo no.8:16-19 165. (MIRA 18:9)
1. Institut geologii i razrabotki goryuchikh iskorAyemykh,
Moskva, i ob"yedineniye "Fergananeftegael.

21 ussR (600)
4- Ho4sting Machinery
7. Device for extraction of diaphragmap Ral). energt 3 No- 1, 1953
9. Monthly List of Russian Accessions, Library of Congress, 1953. Unclassified.

:141f Ass istant in the~Dept. of Epizootiologyy
r4 i&t
Mosomw Chemico-Illedhiaological Tnat. of Meat Tndustry. -4 1- P, k
ton the O'ceasion of the 120th anniversa" since his dentb.)
SO: Vet. 28 (1) 1951P p. 59
j
17
0.:.o 0, 0 0 a 0 0

Dept of Ep#00tiology, fpscow Cheraico-Tech. Inst. of Meat. Industry.
"Tj~ founder of native veterinary medicine, Kh.G. Dunge (1781-1861)".
S0% Veterinarila'24(7), 10,51, p. 57

MUPIN, V -I AssistIant, Dept. of Epizootiology
Moscow Cbemico-Techniplogical Institute of Meat Industry
A. A. Ratmakii - on the occasion of the
35th Anniversary of his death."
SO: Vat. 28.(10) 1951, p. 60

k, Avi G IAN, I, . I -
Ruzhentsev) Dmitrii Semonovich (1880-1947)
Oatstanding Soviet veterinarian, D. S. Ruzhentsov)" Veterinariya 29 no. 7, 1952.
Mon List of Russian Accessions,, Library of Congressp October 1951152, Unclassified

(,~!E'Yawlv Jkw, - ~
Ymmder of Russiap voterinw7 science, ?.I. Voevolodov. Veteri-
wwila 30 no.6:62-64 Ja 153. OUIL 6:5)

KAL-11GIN, V. T.
Veterinary Disenses
Dissertz.'-inn: "Fact.s or '-he History of Epizootlol-vv 'In Prrrevolii'ionary Rl)nnia."
Canrl Vet Sci, tbs--our Tochnolm-leal Tnst of the anfl Dairy ln~ustr.v, 21~ M-ir 54.
(Welierrivitya V!i9kvn Mosoow, 1~, ~~r Ii/.)
SO: SW 211, 20 Sep lOr4

USSR/Medicine Veterinary, Periodical Literature
Card 1/1
Author Polyakov, A. A., Kalugin, V. I.
Title History of the Soviet veterinary periodical literature (dedicated
to the 30th anniversary of tI-e periodical "Veterinariya", 1924-:L954).
Periodical Veterinariya, 31,~,,57-61, May 1954
Abstract Only 2 thousand copies of the periodical "Veterinariya" were printed
when its first number came out in 1924. No7.; 40 thomsand copies are
printed each mouth. A brief analysis of the periodical literature
in pre-revolutionary Russia and since 1924 is presented. Between
1917 and 1924 practically nothing va5 published in the field of
veterinary science. The periodical "Veterinariya" is now a monthly
publication. This periodical is now entering a period of intensive
growth and expansion.
institution
Submitted

I j;Nj -p jp.q I R-- 1 511,11,1 1 P 1 11 7 1- 1:
T
KRLUG
1~
4SR ~Nedlclae Veterinary-
Card 1/1 Pub 137-15/20
FD-1295
Author Kaluginj V. 1.
Title V. B.~Bobrovskiyj- 1873-1924 (On the occasion of 30 years since his death)
Periodical : VeterimariyasO., 57-58s Aug 1954
Abstract : This article is dedicated to Vladimir Semenovich Bobrovskiy who died in
March.. 1924. Bobrovskiy was instrumental in organizing veterinary service
Jn the USSR sad was the author of the first Veterinary Code. He became
adherent of Lenin and became active in the revolutionary movement during
his student days. He was connected with the Russian Social-Democratic
Workers' Party (RSDRP) prior to the revolution. From 1921 to the end
Of 1923 he was chief of the Central Veterinary Administration of the
People's Cmissariat of Agriculture of the RSFSR.
Institution
Submitted

PUMIOV, A.A., professor; XAWGIN, V.1.
S.N.Yy*helesekli. an outstanding Govist scientist. Yeterinariia
'(WRL 7:11)
11 no' n:,7:rl$ 1.154.
(VTM=SbMI, MGII NIZOLAMICIR, 1874-) (VVRHlJkA&CMIOLOGY)

XAWGIN, V*I*, kandidat vaterinarafth nauk.
V.P.Nagorskii (1845-1912), an outstanding scientist and organizer
in Russian veterinary medicine. Vaterinariia 32 ne.9:82-85 S 155.
(WaMKII, VALFMIN YEDDSOVICH, 1845-1912) (MLRA 8:12)

KAUGIN, V. I.
1~ ..
lAkov Kuzlmich Kaidanov. Yeterineriia 32 noo'12:81-83 D 155.
(KILIDAWV, IAKOV KUZIKICH, 1779-1855) (=A 9; 4)

UWGIN* V.I., kand. vet. nauk, dots,
--xWmftv"mWWAWWWW#
Progressive elements in the works on epizootology in Rusaia in the
18th aud the beginning of the 19th century. Voterinariia 34 no.2s
79-82 P 157- (HLRA 10:11)
1. Mookovskiy tekhnologieheskiy institut myasnoy i molochnoy pro-
myshlennosti.
(Contagion and contagious diseases in animls--Hiatory)

USSR/General Pxol)lens of Pathol(j,,,;y. ILu.TLLiity- U.
Abs Jour Ref Mur Diol., No 19, 1958, 39434
Author Gorzhkovskaya, S.I., Kalugin, V.I.
Inst
Title On the Problem of the Mechanism of Intra-uterine Trans-
uission of Irmunity in Paratyphoid of Rabbits.
Orig Pub : Voterinariya 1957, No 8, 33-39
Abstract : PreGnant rabbits received triple im-amization at inter-
vals of 7-8 days with formldehyde vaccine aCpinst para-
ty.~hoid of calves. The a~;L~lutination titer (AT) in the
serum frov. 10 iiew'mjz)r-.-i rabbits was 1 : 10 - 1 : 1,28o.
The vaccinated rablbits were killod 'Jef,~re -ivir, ',birth;
the AT of the baby rabbits reachea i -. 540, it fanuva
that irumne bodies fr~,m vaccinated rabbits are trarmit-
ted throu0i the placeata. - N.L. Riskin.
Carc! 1/1

1 11 1
MHEIMSKIT, S.W., professor, dckt,)r veterinarnykh nnuk; KA-'.Vrlb;, 7.1.,
dotsent, kandidet voterinarjykij nauk.
Achievements in spizootiolomi- in 40 years. Vetuarinariia 34 no.9:8-26
S 157. (HLRA 10:9)
1. Ponhetayy Akedemik Vsesovu%noy Akademii sellskol:hozyAystvennykh
nauk imeni-Lanina, si~.adezuik Belorusekoy akademii nnuk, saslusheaw
dOYAtelo nauld IRSYSIt (for Vyehelesukiy).
~Communicable disenses in Pnimals)

XAWGINa V.I.. kand.vet.nauk
- I
Honored Professor.N*Ne Mari* Veterin%riia 36 no*3:89-90 Hr 159.
(MIRA 12:4)
(Mari, Nikolai Nikolaevich, 1858-1921)

TERMIYEV, F.A., prof.; VASILITEV, K.K., dotsont; ZAkMj IT, I.R., I=d.
v e t a r I n - nauU%JAW.RQ,,V,-.~ ~.dotsent
a
Production aO nos of dry serum against swine orysipelas.
Vntorinarila 36 no.6-.21s-26 Je '59. (MIRA 12:10)
(Soruta) Olrysipoloid)

KALUG IN, V. I.
M. A. Ignatlev, the founder of Faiss Ian veterinary hygiene. Yeterinariia
36 no.11:86-87 N 159 (MIRA 13:3)
(Ignatlev, 14ikhail Alekeandrovich, 1850-1919)

Ll 6 1V V:

nx I On the 00callon Of his SixUath Birthday.
ee
qp1dostologil I Immounablologli, 1960, Or 4, P
146 u1m)
AIRIMAM "to to s brier occumt et the life and raregr of Pmftaoor Mi. ?I&.
oollysi, Member of the Akadoodya stditsinskikh nauk MM
(Acado" *I Y*Mesl Solsn.* or the USSR) and a noted pharmacalotist, blo-
"O lot. He to credited with the discovery of mV
61,11"I'' I'll Ill
!?
p
now Soviet AT ml
card 1/1

KALUG-Th', V. 1.) G01k,'=VSSXAYA~ S. 1.~ TEMTVM) F. A., M VASILIYMI) K. M.) and
SITSKIYj A. P. (Moscow Technological Institute of the I-Teat and Milk Industry) .
"Obtaining and applying concentrated hyperimmne X sera."
Veterinariya, Vol. 38, No. 2, 1961, p. 43.

I
., I KALUGM ., V.I..#-4pt9fjnt
I
.I.P.Savve.itur (1861-1918) outstanding scientist.-pedNppe and
organim ot Rumoian vatorinul hygiene; 100th anniversarjr of
his births Vaterinarila 38 no,805-87 As. Q1 (M.TRA 18c1)

V. -C. and UU.'GIN V. V. (1CM1-1914)
11-minder of w-,erinental oncolo~,.y.ll
I
~ ) 3' , No. 1", Duc%.:,aror Z* . 67-
I i f~

1-.--,KAL;JGB4.,-,.V.1., dotserit; KALUGINy V,V.
---. .. .
I.I. Ravich, an outstanding pathologist and experimenter in
Russian V8tW'Atary medialnea Yeterbarlia 39 no.689A8 T* 262
(MIRK. 18a1)

V T
KALWGIN~
M.A,, Halltsev an the founder of Russian veterinary surgery.
Vsterinar-U& 39 no.8%84-85 Ag 162. (MIRA M12)

f III H V I I ti i I 11 1 " F: ~ * I - -
I
DOOROY,HC)TQV, A.M.; KALUGINI, MI., dotsent; KALUGIN, V.V.
Hi .story of veterinary rRedicine. Vetarinariia no.12:66-69 D 163.
(MIRA 17:2)

HALUOIN2 Vj.~$ )mud..veterp nauk
G,L Gurin, an outotanding scholarp teach#r and propagandist
of zootechidca.1 and veterinary-- Imowledge in the U.SOS.R.
VeUrinaxiia 40 no.400-81 Ap 1630 (MIRA-1711)

VOROBIYEV, II.Mv., kand. voter. nauk; AVTUKHOV, P.R., prepodavatelf;
TSDIDALOV, veterinarnyy vrach; MOROZOV, I.G., veteri-
narnyy kand. voter. nauk
Book reviews and bibliography. Veterinariia 40 no-4:82-86
Ap 163. (KRA 17: 1)
1. Vitebskiy pedagOgidheskiy institut (for Avtukhov)o

SYURIN, V.N., prof.; ZAGAIEVSKIY, I.S., prof.; TSION, R.A., doktor vaterin.nauk.;
, ,.'4Xsj.,kand.veterin.nauk; ZATTSEV, N.V., kand.Yeteriu.nauk;
KALUGIN,,,,,V
~WtR, Ya.14., kar4.-MtEi,ln.nauk
Book reviews and bibliography. Veterinariia 40 no.7:79-86 Jl
'63o' (min 160)
(Veterinary medicine)

KALUGIN,-.V.I-., kand.vaterin.naukl BAMENOV, S.V.., prof.; KRAPIVNER, L.M.
Hi5tory of veterinary,medicine. Veterinariia 40 no.9177-82 S '63.
OlkIRA 17t1)

PENIONZHKO, AJ4., gene ral-loytenant veterinurnoy sluzhbyj,_.KAYIGIN,. VI.,
4
kand. ireterin. nauk; ENDZIN, A.K., polkornik
v otstavke; SIKORSKIY, A.N.
From the history of veterinary medicine. Veterinariia 41
no.2:114-118 F 164. (MIRA 17sl2)
0

11TRIIIINVYIN, F.A.; VASILITEV, K.M.; SITSKIY, A.P.; KALUGILNI, V.I..; GOR"IIIKOVSKAYA,
S. i.
Obtnining ans using condensed hyperimnune serums. Veterinariia 38
no.2:43-45 F 161. (Mllbl IS: 1)
1. Moskovski.7 teklinologicheskiv inSLit.Ut. mya,-.noy A molochnoy prc-
v
mystilennost'..

EA.111)(lilly Va,L, dotqejit~ i ',*, rkiirv% ii;. naWr
In mewry of Aendpmidan Sergel Nikolaevich Vyshelesskii,,
1874-1958. Veterinarila 41. no.1021-125 Ja 165.
(MTRA 18-2)

KALUGIN; Volop dotsout
IllianichMachakcoq 1845-1916; his 120th birth anniveroa
Vaterinariia 42 soo7slIO-1n JI 165, (MIRA is:~70

TIIMJ-,J~Tj~, , , t1i V.T. ,
..;-, "
Foondkir ,it' Sioviet vetoripury hygir)"I'O 42
0 165. IMIRA 38.3-0)

KALIMIN, V.I., dotsent
Pay attention to the study of the history of veterinary
medicine. Veterinariia 42 no.12:90~-92 D 165.
(MIRA 19; 1)

IIMLITOV, N,A,.; LITBASILENKOp S.Ya.; TERLNTIYEV, F.A.; TIETMIE, D.M.;
KORI[EYEV,, I.P.
Professor A#I. Metelkin;. on'the 40th amiversary of his caieer.
Zhur, millaobiol. apid. i immxn. 31 po. 4:146-147 Ap 160.
(MIn 13: 10)
(METELKINO MIATOLII IVANIOVICHO 1891,~)

ACC NRa AP7001430 SOURCE CODEt UR/0413/66/000/0;?1/0150/0151
INVMORt Kalugin~ V. M.
0110 1 nono,
TIT"-': A method for measuring the density or a gas in a supersonic strean. at low
pressures, class 42l No, 188122
SOU11C3t lzobretani yap promychlennyVe obraztey, tovarnyye znakit no. 21, 19669 150-151
TOPIC TAGS: glow discharges gas jet, gas flow, gas, supersonic flow
ABSTRACT: This Author Certificate presents a method for measuring the density of a
gas in a supersonic stream at low pressures from the intensity of the glow discharge
originating in the stream bet4een, say, the nozzle producing the stream (and serving
as a hollow cathode) and an anode. 'To increase the accuracy and to extfnd the range
of measurements toward the low preesureep the density of a gas is reckoned from the
intensity gradient of the negative glow discharge.
SUB COM 7DI SUBM DAM 25MAr64
Card I11, UM 621.18A.S:621.117AQ

Will M-WIM0 I
L 46141-66 _a '(14VT S/-WW-
, t EM
ACC NR, -YP6030927 SOURCE CODE: UR/0207/66/ooo/oo4/0108/0112
AUIHOR: Kalugin, V. M. (Kaliningrad)
ORG: none
TITLE: A highly sensitive glow discharge method for'visualization of supersonic
rarefied gas flows
I'SOURCE. Zhurnal prikladnoy mekbaniki i tekhnicheskoy fiziki, no. 4, 1966, io&n2
TOPIC TAGS: hy-personi4 aerodynamics, wind tunnel test, rarefied gas, glow discharge,
supersonic flow, hy-personic flow
ABSTRACT:
dqscribed.
A new method of visualization of supersonic flows in wind tunnels- is
This method uses glow discharges in air and has all the advantages of
2, Ex ri-aevxQ~
pe
112
Z
4 test chamber; 5 model;
61~ a - cabl8s; 7 - camub,;
9 anode,

L - 4-6-1,41-66
ACC NR, AP603092'T
discharge techniques and.is..at the same time, very sensitive. The peculiarity of
this method lies in the use-of the nozzle as a cathode.') A brief critical review of
the existing methods where the model serves as a cathode' is followed by a schematic
diagram of the setup (see Fig.,I) and a description of the experimental procedure.
The adveintages of this system and the mechanism of visualization are outlined. The
spatial resolution of the system is characterized by the-length L expressed by the
formula
T,
5+M002)
given in a graph for 3.5 and 10, and iound to be 0.2 for To = 5DWOK and M. = 10.
Thus, the finiteness of the lifetime of the excited state of N2+ does not impose any
ELppmeclable -.restrictions an the present method which use's the nozzle as a cafriade Lu
<
47
SIM CODE. 20( SIMM DATE;, 19Nov6,51 ORIG REF: 00.5/ OTH REF: 011/ ATD PRESS:
5(387
JI)jB

ACCESSION NR: AT4042299 8/0000/63/003/000/020D/0228
AUTHOR: Allyevsldy, B. L.;' Bertlnov, A. L; Kalugin, V. N. ; Hhan, V. IM.
TITLE: Unipolar DC generators for powering conduction pumps
SOURCE: Soveshchaniye po teoreticheskoy I prildadnoy magnitnoy g1drodinamike. 3d,
Riga, 1962. Voprosy* magnitnoy gidrodinamiki (Problems In magnetic hydrodynamics);
doklady* soveslichaniyat v. 3. Riga, lzd-vo AN LatSSR, 1963, 209-228
TOPIC TAGS: pump, conduction pump, generator, contact, armature reatAlon, power
supply, direct current generator, unipolar generator, current collector
ABSTRACT: The authors discuss the basic requirements which must be inet by power
supplies for conduction pumps (reliability, long service life, efficiency, vela ve Sim-
ti
plicity of operation, etc.) and show that unipo'lar generators satisfactorily fulfill these
requirements. Ile operational principle of these generators (i.e., the rotation of the
cylinder or disk In a magnetic field of constant polarity) is briefly described, with the
pertinent mathematical expressions. A definition is propounded In the following terms:
A unIpolar (homopolar, acylic) dilrect-current generator is the name given to a collector-'s
lose genoratorp In which the dire9tion of the electromotive force, induced in the armature
Card

ACCESSION NR: AT4042299
conductors, remains constant with respect to these conductors. In a separate section
of the article, the basic structural design versions (that is, the cylindrical and the
disk typos) are considered and their differences are analyzed. An attempt Is made at
a classification of unipolar DC generators. The authors also take up the problem of
i the heav current movable contact and liquid-metal current collectors. Attention is 11 i
Y_
given Lo the different kinds of solid brush collectors and also to the recently proposed
ionized gas contact based on metal vapors. The use of a mercury- or alkali metal-
based liquid-metal current-collecting apparatus in unipolar generators for pump
powering purposes is discussed in some detail. Ile fundamental equations for "no-load"
and working mode conditions are derived and formulas are presented for calculating
the electromagnetic power and loads of these generators. In a further section of the
4" paper, an analysis Is made of the economically advantageous ratios between the current,
04-~ voltage and power of untpolar generators, and a comparison of the various types Is
essayed from this point of view. The authors note that since these generators are
designed to operate under a heavy working current, problems relating to the theory and
caicuifttion of the armature reaction In theigo devices take on a pardeular importance.
Card

111k IN113IN I I U11114114"I FIA~ fill Pl.
ACCESSION NR-. AT4042299
Consequently, the article contains a chapter dealing with the general problem of the
armature reaction, methods for its quanUtative consideration and for the compensation
of dds reaction Still further sections take up the question of the so-called reactive
triangle ahd die general characteristics of these generators, magnetic dispersion and the
circuitry for the protection of the magnetic system during no-load running, the proper
I! order to be followed in making engineering calculations of a unipolar generator (deter-
mination of principal dimensions for given power and linear velocity in the contact for
optimal electromagneUc loads). In a final section on "application", the authors state
that, as a rule, for purnp power It is most advisable to employ generators of the cylind-
rical type with a forromagnatic rotor, since these machines have the best weight and
energy characteristics. Other areas of possible application mentioned In the article are
electrochemistry, electric welding, the engineering of charged particle accelerators,
electric-spark machining techniques, and others. Orig. art. has: 11 figures and
numerous equations.
ASSAUTION: none
SUBMITTED: 04Dec63 ENCL. 00 SUB CODE% EE, IE
NO-REP SOV: 000 OTHER: 000
'Card-3/3

ZHMOVp IsYe.* doktdr geologo-mineralog. nauk; XALUG121, V.,N.# inth.;
SPIVAK, O.A., inzh.
i
Modeling the operations of linear strip mine drainage systems,
by means of a Luklianov hydradlio integrator* Nauch. zap. Uiimii*oekA
no,10&82-95 163. (HIRL 17t6)

TOPORISHCHEV., q.A.; YESIN.. O.A&; DIUGIN, V.N.
Anodic polarization of silicon in the system copper-slag. Izv.
v,vs. ucheb, zav.j tovet. met. 6 no.4:64-70 163. (MM 16:8)
11 11rallskiy politekbniaheskiy institut, kafedra teorii
netallurgicheskikh protsessov.
(Polarization (Electricity))
"(Systems (Ch6mistr7))

TOPORISHCHEVO G,AP; YESINj, O.A.; KALUGIN~ V.N.
mh~
Silicon passage from imolten iron into slag on the anode,
Izv. vya. ucheb. zav.; chern. mat. 7 no.2:19-25 164.
(MMA 17: 3)
1. Ural'okiy politekbnicheakiy institut.

ULUGIN~ V.11.; YHSIN, O.A.; TOPORISHCHEV, G.A.
Simultaneous determination of the diffusion coefficients of silicon
and manganese In liquid cast iron and stool by the chronopotentiametric
method. Piz. met. I matalloved. 17 no.1:88-93 Ja 164. (HIRA 17:2)
1-W-al'skiy politekhnichaskiy institut im. S.M,Kirova,

HAIJIGIN, V.N.; YESINY 0. A.; TOPORISHCHEV, G.A.
Elelctrude polarization and diffusion coeffirlents of sulfur and
aluminum in liquid iron sat-arated with carbon. Jkr. khim. zhur.
30 no.8-817.-823 164. (KIRA 17:11)

TOPORISIICIII,71 G.A.; YEBBs O.A.1 XALUOIN, V.N.
Kineticis of bigh temperature electrode procesees studied by
the galvanostatie method. DokI. AN SSSR 157 nool: 162-164
J1 1-64 (KMA 1798)
1. Urallskiy politekhnicheskiy institut im. S.M. Xirova. Pred-
otwrlano akademikom A.N. Xrumkinym.,

TAGS i' M
CT- :The
*-: :
ormc 6f*a tra,
re A vjp e !; 4
loy
In sub.6onie an
t:it ibowth
I`ih~vq! dif ten:
od to, 4b
LOW:
3:081ellit top
4,5046,
flow- -'ubsonic flow
nt, supersonic flow,
IV o1r; of a Vortex flow-of an ionized gas under tht retarding
"
t*,!6g~etlc'fleld is studied. Magnetohydrodynamic'equations
it i ~Sb hp-at loss and beat transfer tems to describe radial fl6w
ar;O"'Iare -imese Three types of channels are considered and-
apo~6ture~aDd-Jcule heating depend an the cbannel contours; both.,"
i lb6b
sonic and supersonic regimes. The detailed analysis is
it
-solutions are-found-for constant temperature
r,:ti* Finite
01, L ity and,constant Mach number* The Appendix ccntaina the-

11 (W1 65 )6

ENCL: OD
SUB 00m: ME$

ODO

.DMI,TINOV. A-10 MT, D.A,,- KAUJIGIN, V.N.
Magna tio, systems of magnsa toga sdynami c machines. Krig. gidr. noo3tl45-
154 165o (MIRA 18110)

L ~.IV61-66 EVIT(j)/
IMO
J~__A_C_Ni~4915
UR/0382/65/000/003/0145/0154
AUTKOR:, Bertinov, A.I.; But, D.A.; Kalugin. V.N.
. ..........
ORG: None
TITLE: Magnetic systems for rotating plasma magnetchydrodynamic machines
SOURCB: Magnitnaya gidrodinamika, no, 3, 1965, 145-154
TOPIC TAGS: magnetohydrodynatuic generator, plasma generator design, pIRsma generRtor
magnet, plasma generator magnet theory z I I 4*=:t~
ABSTRACT: The paper deals with configuration choice Lnd with design parameters deter-
mination for magnetic systems of magnetohydrodynami~a
c generators. Efficient design of
the magnetic system is here of I'mportance because ot its overwhelming relative weight.
Two maguetic winding configurations are discussed. System 1, with internal winding,
Fig. 1, and system II, with external winding, Fig. 2. In the figures, OX is the workinto
f lux; 0.., , 0., are the stray f lows of the winding, and 0,,,, is the interpole strays flux.
System I has ~he advantage of low weight and convinient plasma intake, but suffers I
from yoke saturation and from difficulties with plasma effusion. Its stray flux coeffii--
cients in representative designs are less than o'r'-nual to 1.5. System II does not
have the above disadvantages, but its longer length of the average winding turn leads
to an increased weight. Its.stray flux coefficients in representative designs are equ
to or larger than 2,,.0; The system has also difficulties with plasma entry. Formulas
Card 1/2 UDC 621.3044:533.95:538.4

L 31261-66
PxCC NR; AP5024915
for flux scattering coefficients and for design parameters are evolved, and recommenda
tions for system configuration selection are offered. Orig. art. has 5 figs, 36 formu-
las.
Fig. 1. Sketch of System I
magnetic system.
CODE: 20/ SUBM DATEt none
Fig. 2.
Sketch of magnetic system II
ORIG REF: 001

. .........
3.141!4-66 Zvii f 1)/V,.T(m)/T-2 IJ' (c)
ACC N SOURCI 2
TR: AP,6008830! CODE: UR/0294/66/004/001/0066/007
..-:'.VAUT,H0R: Bartino t,._D,A.;jWuAn,~N -.5asYukevich, P. V.
-(Moscow),
2V BU
vasywwvicK~~'. V. Imoscow)
ORG: None
TITLE: The, approximate computation of the variation in the electric conductivity of a gas
in a vortex maj~netoky nwWc flow
SOURCE., Teplofizika vysokikh, temperatur, v. 4, no. 1, 1966, 66-72
6w
adu
TOPIC TAGS. MHD.fl electric 0 ctivity, gas conductivity
y of ardeles devote4 to the investigation of vortex MHD flo* avera
AWtRACT: A majorit ge
out Ps conductivity and assUme it to be constant. It Is known, however, that the conduct-
ivity of a weakly ionized gas depends oh pressure -.tnd to a considerable degree on tempera-:,
ture which inay vary substantially along the radius during axisymmetric twisting of a con-
ducting gas in. an axial magnetic field. The present authors perform an analysis of vortex
MHD flow with -the assumption that conductivity depends on temperature'as apower functidn.,
An Ideal oonduicting gas is studied with part of the total enthalpy- being converted to eleciric:
power. The authors demonstrate the influence of taking Into account the variations of
conductivity on the basic parameters of the flow. Orig. art.. has: 6 figures and 42 formulas.*
UDC 537.311.37
Card . 1/2
oq* 'jiq

WON
-ml,
L 341U-66
ACC NR: "600.88.
SUB CODE: 20 / SUBM DATE: 23Feb65 ORIG REF: 003 OTH REF: 002 j

milli Kh4myla
KALUGIN, V.P.1 KRYMUS, V.N.
Age of the Chaaldzha series in the western Kopetdag. Sov.
gool.. 6 no-91150-153 S 163. (MIRA 17t1O)
1. 70antrallnaya komplekonaya tomaticheakaya ekspeditsiya
Upmvleniya geologii i okhrany nedr pri Sovete Ministrov
Turknenskoy SSR.

ARSLANOVA# A,,Kh.; BELYAKOVj V.D.; BERGERp B.I.; VASILIYEV, A.S.; GAVRIDDV,
N.A.; GELIMANP L.I.; KAL~UUGGILNq Vv.Pr.- KOROSTEELEVp Me.; YORAME-Ro
V
I.I.; MD*YLOVSKIYP ROGOZIN, I.I._; SEREBRYAXOVp L.V.
C&ibined vaccination with-chemical and living vaccines. Voen.-med.
zhure no. 1:78-80 Ja 160. (MIRA 14:2)
(VACCINATION)

"V'. V. ard Xij iX' ~-~ --*! * V. I . (18hl-lPW
1~7c,-Linder rof or.1-mont,-1. 11
~Cl. I~o. 12, Deccmil-cr P.

XAVJG:Np V.I., doteent; KALUOIN., V*V.
I I ~ i,f. ' -" ""' "-
I.I. Ikvich, in outstanding pathologist and experlmenter in
Ibmaien vetarinery mediebee Vsterine-riia 39 noak8,5-88 ~e- 26Z
(miu 1881)
v

POTMODMI(M., DI*Lt, KALMPI, V.Va
. - z - ~ - ..- I-
Scurms CC OZUWMUI PwAtT7 ruiobV In Our c0utttrVo
Morindwila 42 ao*84176W Ag f65. (VMA 30131)

INIKOL 'SKI) It. M. KALUNEY V.I., dotsent; V.V., vat,--rlnarnyy vrach
UH~l
Yi-CM the history of veterinary medicine. Vaterinariia 41 no-4:110-
115 AP 65 0 (MITRA 18:6)

V!n,';arl.nar4'a 42 na.5r2l 165-

KALUGIN, Viktor Vasillyevioh; GUROV, S., red.; KUZNFTSOVA, A.,
t 76 1 M F. W&.
[Compaign against manual labor] Pokhod protiv ruchnogo
truda. Moskira, Mosk. ratuchii, 1963. 46 p. (MIRA 16:10)
(Moscow.-Machinery industry---Technological Ibnovations)

-1
i
DOHllOY.HOTO,V, A.M.; KALUGINI V.I., dol-,aent; KALUGIN, V.V.
i
His,tory of vetarinary j4ediciria. Vetarinariia no.12:66-69 D 163.
(MIRA 17:2)

TAYIS, N.Yu., doktor tekhn. nauk; KLEYNER, M.K., inzh.; ZAVALISHIN)
Ye.K., lnzh.1 KALUGIN,.-Ya.P. inzh.; FALILEYEV, 1.L., inzh.;
KAGAN, N.14, rn-z1i-.--1-d-eceasedj; Prinimali uchastiye: POPOV,
V.N. lnzh.,- CHUM, A.A., inzh.; MINUK-91NA, L.N., inzh.;
KHATSAREVIQII V.R., inzh.; TOLMACHEVA, I.A., inzh.; BAZHENOVA,
V.N., inzh,
Technological and thermodynamic characteristics of strip
heating for the continuous furnace welding of pipes.
Stall 24 no.8t7.46-750 Ag 164. (MIRA 17:9)
1. Ukrainakiy nauchno-issledovatel'skiy trubnyy institut,
Urallskiy nauchno-isaledovatellakly trubnyy institut i
Chelyabinskiy truboprokatnyy zavod.

F-i----'C4?5-66 --&IT6~ =-,, ~-Dw
I-AiA- NKs 009958 SOURCH CODE: UR/0137/65/000/012TDO-iD/~0713
AUTHOR: Kaufmn, 11. M?; Gleyberg, A, Z.; Zinh9J!qh A.A.;
J--Ku1,,arnk-ikh. V. N.I.Chemerin kaya, R.-;.; SlInILL. A.; Fillnikova, N. N.; Vqdyakin.
M.; SRItinBILkh, A. ~.; Ka u
ORG; none
TITLE: Improving the quality of stainless steel. pipe
SOURCE: Ref. zh. Metalllurgi~a, Abs. 12*D161"51-l'
REF SOURCE: Sb. Proiz-vo evarn. i baeshovn. tru)). VYP- 4- Mo. Metallurgiya, 1963,
51-59
TOPIC TAGS: stainless steel, pipe, metal rolling, metal heat treatment, metal
inspection, steel/W8NlOT steel
TRANSLMON: .*An i~iehsified ~rdoess'ii d0iF6lc,pcd'fo'r'- heating metal. Experi-w
rental rolling showed that use or this process reduces scrap due to flavro on
the interior surface of pipes to I at primary ix~spection- Reducing tempera-
.ture for zetal heatin and pipe r*11ing and increasiz% feed angle of rolls
ion the piercing mill floo-160 301) improves pipo quality.,(.K~410TLsteel
with a high concentration. of (9-phase (14-16,6o') results ii~ an increased rate
iof pipe scrap at initial inspection (up to 70A, as Won as a high percentage
I
:or re3ects Lt final inspootio~ (up to 70%), as ifell as a hieh percentage of
I
.rejects at final inspection (up to I Therej.*ore this grade of ateel with
k 0( ha c sowntra? o&wro t~W -.e..bau camot be reco=endod.
or , . I poW
pro_uc. ono

imanollom
,I NALUOIN, Ye.
centers of PUMA in the seh'~Oarvlce stores. SOV. torg. 33
no. 9%52-54 S 160. (KM 14Q)
~ (Self-service stores) (Store fixtures) -

KALUGINJO Ye.., lnzh~ 0 .I
-, i
FrafabrIcated store Sixtures. 9o,,r. torg, 34 bo. 9:36-,37 5 162.
(KMA 14:9) 1
(Store fixtwns)

KALUGIN. re.
... ......
Squipmat for textile istores. Sov. torg. 36 to.2:46-48 F 163o
(KMA 16 14
(Textilq industry-Equipmeat and supplies)

PHASE I BOOK MWITATION f*V/4689
Ashkerov, V. P., B. G. Zabelok, Ye. 1. KaIngin, and L. P. Shevchenko
Voyska protiyovozatwhnoy oborony strany (Air Defense Forces of the Country)
Moscow, Voyenizdat., 1960. 217 p. No. of copies printed not given. (Beries:
Biblioteks ofitsera)
General Ed.: P. K. Demidov; Ed.: P. V. FesenXo; Tech. Ed.: T. F. MyaBnikova.
PUMSE: This book is intended for officers of the Soviet Armed Forcedfraa
platoon leader to regimental comoanderwho are not specially trained in air
defense.
COVEME: The book deals with active air defeDse both in the Soviet Union and
in other countries, presenting past development and present state. The role
of air defense in the overall defense organization of a country is described.
Principles governing use of air defense facilities are given.' Sections 3 and
4 of Chapter IV are based on non-Soviet press information. G.S. Desnitskiy

Air Defense Forces of the Country SOV/4689
and A. N. Kochurov took part in the writing of the book. There are 17 refer-
ences, all Soviet translations into Russian).
TABLE OF CONTENTS:
Introduction 3
Ch. I. From the History of Air Defense 6
1. Origin of air defense and its development during World War 1 6
2. Development of air defense in capita3ist countries after World War I
and during World War 11 12
3. Developmai; of air defense in the Soviet Union during the Civil War
and up to the end of World War 11 (1918-1945) 2k
Ch. II. Weapons for Air Attack, and Views About Their Use 35
Ch. III. Role and Tasks of Air Defense of a Country 59
Ch. IV. Keane for Air Defense, and Their Objectives 70
1. Fighter aviation 70
Card-W

MBKOVAj I.N.; KALUGIN, Yu.K.
Investigating the meahanism of a crossautter with a duplex four-
link chain. Bumagodsle manh, no.1203-78 164. (MIRA 17:11)

LUKASHEVIC11p Sorgoy Ivanovichl KAWGINAj A.A.p rod.; VOROBEY, P.S.j,
red.; ZUYKOVA, V.I., tekE-ff-.re-G----
[Problems of the economics of interfarm building organizations]
Voprosy elionomiki mezhkolkhozrWkh stroitellzqkh organizatsii.
Minsk., Izd-vo Akad. sellkhoz.nauk. BSSRj, 1961. 149 p.
(MIRA 15:7)
(Collective farms.-Interfam cooperation)
(Construction industry)

KALITOBA) A.A.
KALUGINA, A.A. (Petrozavodsk)
Specific composition and distribution of algae at the Zimnly Coast
of the Dvina P,&7 of the White Sea. Bot.zhur. 42 no.4:628-634 Ap
'57. OILRA 10: 5 )
(Zimniy Coast--Algae)

a "A algae of the White
KALUGINA, A. A.t Cand Biol Sol -- (diss) "Flor 0~
I A
Sea," L6m, 1958. 19 pp (Aead Sol USSR, Botanical Inst im V. L. Koma-
rov)t 125 copies (KL, 16-58, 118) -
-3-'5"-

ImUGINAS A.A.
cies and distribution of algae in shore waters of the Solovetski
Archipelw. Pbt. shur. 43 no.23!270--~277 7 158. (NLU nS5)
1' Botanicheekly institut im,',T.L' Lomrova Akademii nauk SSO*
i;niWad; (Solove:aki Inlands-Algae)

1: - '-. KALUGI
Ifew algae hithorto unknovn in the White Sea. Trudy Bot. inot. Ser.
2 no.12:176-187 159. (MIU 12:12)
(White Sea--Algae)

MUGIIIA, A.A.
Now algae from the White Sea. Bot.mat.Otd.spor.rust. 12:149-153
Ja 159. (MIRA 12:12)
(White Sea--Algae)

1G.LUGINA., A A. --' , t
I-
Conforenoo on oceanography and maritime moteorology in Tuapso,
Izvv Vses* geog, Pb-va 91+ no.4:363-361+ il-Ag 1629' (MIRA 15:9)
(Black Sea rogion-Conservation of natural resources)
(Black Sea.-Water purification)

KALUQIN~, A,.A,$ ka~d.biolog.nauk
Algae cant ashore by the storm as an inexpensive fertilizer. Priroda
53 no.4s92-93 164. (14IRA 17:4)
1. Novoroselyakaya nauchno-issledovatel'Bkaya stantsiya im. prof.
V.M.Arnalldi.

KHAVRIYEVICII, M.A., PROKOF'YEVA, A.V., RYBAKOVA, L.D.
AVREh-U, V-V-,
"Comparative Quantitative Evaluaton of Dry!,.and Wet Dysentery Bacteriophage
Preparations Under lAtboratory Conditions," Zhur. Mii,.rob., Epidem. i I=mnobiol., no. 10
pp. 7-13, 1946
State Control Inst. of Vaccines and Sev=s im. L.A. Tarasevich
Dsi 61

AVRIPKII, V.V., PRISELKOV, M.M., KHAVRIYEVICH, M.A., RI-2030VA, L.D.
"The Nature of the Changes in Dysentery Bacteriophag e During Storage," Zhur.
Mikrob., Epidemiol. i Innunobiol.m. no. 1, p. 89,1947
tat
S
e Control Inst. of Vaccines and Seru`60 im. L.A. Tarasevich
Ds 1 61.

Cand Hed Sci
XALUGINA, A. N.
Dissertation: "Activity of the Corpuscles of Dysenteric Bacteriophage and Method
for its DetermInAtion."
2/2/50
Acad Mad Sci. USSft
V,,-,,ch eryaya Moskva
Sum 71

ARUNUNOV, V.Ya., prof 0; BERKOVICH, I.M., doktor med.rauk; BUNIN, K.Y., prof.
VHLIKO.RHTSKIYl A,14., prof.; GAKBURG, R.L., doktor med.nauk; GLASKO.
N.M,; UYAGINTSIVA, S.G., doktor madonauk; IVENSKAYA. A.M., kand.med.
nauk; UANUL. A.H. kand.med.nauk; KAMIIMKAYA-PAVLOVA, Z.A., Prof.
UATIM, Ye.1.1 ;"r-. KOLN111KOo A.B., prof.; KOSSYURA, H.B., kand.
muclonsuk; DAVITS. N.M., doktor med.nauk; KRISTMAH. V.I., kand.med.
nauk; KRUZILKOV, V.A., dotBent; LIKHACHgV, A.G., prof.; NXGISKIY. I.G.,
prof *; HASHKOVSKIY, M.D., prof.; ROZMALO. A.S., prof.; SMMYSKIY.
keYao [deceased)# prof.; TURNTSKIY, M.Ya., kand.med.nauk; KUSIN,.
Te.Ye., dotsent; RMDINA, Kh.L., kand.med.nauk; SHABANUV, A%Ns, prof.;
red.; BONWO, Z.A., red.; ZAKHAROVA, A.I., tekhn.red.
[Medical handbook for feldshers] Meditsinskii sprevochnik dlia
folldsherov. Isdo 6-oa, parer* i dop. Moskva, Goo. iz&-vo med.
lit-ry, 1957. 899 P. (MIRA 10:12)
(KRDICINE-HANDBOUS, MANUALS, ETC.)

KALUGINA, A. F.
I" Moscow Order of
opark Eyoltation of Mlorownvea." Sub 20 Jun 51,
Lenin State V imeni M. V. Lomonosov
Dissertations presented for science and engineering dep-Tess in
Moscow during 1951.
SO: Sum. No. 480, 9 N%y 55

AUTHORS: Plekhanov, A.F.,
and Kalugj.~, A.T-,.
TITIE: Elimination of Capper
Cycle (V vod medi
koballta
SOVI'36-50-2-11124
PodvalInyy, S.T., Zyaze-r, A.D.
from the C--balt-Oxide Production
iz tsikla pri proizvodstve okisi
PERIODICAL:Tsvetnyye Metally, 1959, Nr 29 pp 49-52 (USSR)
ABSTRACT: The existing method at the Ufaleyskiy Nik-elevyy Zavod
(Ufaley NickB1 Works) for removal of copper from cobalt
solutions is to precipitate vrith soda ash. This gives
a copper cake with 0.3 to 0.5% cobalt ivhich has to be
reprocessed, leading to deleterio--as accumulat~Jon of
copper in the first stage of c,~balt-cxide production.
The work described had the object- of exploring the
possibilities of using sodium hyposulphate for the
precipitation, giving a copper cake Vailoh could be
eliminated from the product4on cycle. Laboratory
experiments showed (Fig 1) ;~t ',~" )001co (or 7 .5 kg per kg
copper) of the theoretica-I amount of hyposulphlate vas
necessary to precipitate all the copper independently
of acidity (0.04 to 0-05% Co in the precipitate), that
the best temperature for precipitation was 80 to 9000

SOV/ 0-2-13-1/24
Elintination of Copper from the Cobalt-Oxide Producti-on Cycle
the best hyposulphate concentration 10 to 2010o (Fig 2)
and duration 12 to 15 miwates (Fig 3). On the basis of
these satisfactory results production trials on a
mechanically-stirred vessel of i!_.P m-3 caracity were
organized. In one series Lron-fiae. solu-7tims ware used,
in the other the solutiom~., ooAa-`n-d iron. The results
(table) were substantia_11~7 the same in tcth series but
the duration of the subsequent o,_)e~?ation of cobalt
precipitation by chlorine took -;;01/-, longer imith the iron-
free solivbions. The cons,-urLption of hyp-,)sulphate could
'be reduced to 4.8 kg/kg b-Y the time
U4-
interval between succesr-n:-ve. additions -"Jc; 30 min tes and
the cobalt content in the cake was low enough (0.1% max)
to mahe further treatment The 5-ield of
copper cake was twice as low as with soda ash. The
Ca3:~~ aut-hors conclude that the possibility of copper
pre~ci piti~tion with~sodium hypo-sulphite has been
es'4bli6hed. There are 3 fiVires and 1 table.

r"OV/2' ;t6-ac-2-11/24
Ij -.~'/
Elimination of Copper from the Cobalt-Oxide Pxoductic~n Cyc_le
the best hyposulphate concentration 10 to Mlf, (Fig 2)
and duration 12 to 15 minutes (Fig 3). On the basis of
these satisfactory results pa~oduction trials on a
mec,hanically-stirred vessel of 4.2 m3 caracity were
organized. In one series soiuticns viere used,
in the other the solutions The results
(table) ware. subst ant la !-'L-,i tbe same ia, bcluhl series but
the duration of the subsequ~.ent o-oepeation o_-P cobalt
-7 longer with the iron-
precipitation by chlorine took 'S I
free solutions. The consamption of _'-rj~Dsulphate could
.ppo~_- -y 4n-:?easiiig the time
be reduced to 4.5 kg/kg co- b - .
interval between succes5iq-e additions- i."~ 30 minutes and
the cobalt content, in the cake ivas low en~oug~-_, (0.1% max)
to make fui-ther treatmiant =eoer-sary. The Z~~ield of
copper cake was twice as low as with soda ash. The
Ca3:~~ authors conclude that the possibility of copper
,precipitationwith Sodium hypo-sulphite has been
.established. There are 3 figures and 1 table.

TARASOVA, A.G.1 KALIJGINA, A.Ya.
Production of propionic acid at the Asha wood-chemical combine.
Gidroliz. i lesokhlm. prom. 17 no.3:24-25 164.
(MIRA 17:9)
1. Ashinskiy lesokhimicheskiy kombinat,
V.-

TARASOVA, A.G.; KALUGI A.Ya.,- YAKUSHKOVA, A.Ye.
Throe-column continuous action apparatus for the production of I
acetic acid. Gidroliz. i lesokhim.prom. 18 no.1:24-25 165.
(MIRA 103)
1. Asbinskiy lesokhimicheskiy kombinat.
I

ULUG INA, B. R.
Use of so.U concrete in building houses with fev storiso in the
Central Urals, Trudy NII promozdan.i soor. =9406-38 161.
(MM 15-.5)
(Central Uralo-Conerete construction) (Foundations)
(Soil cement)

SIIARAPOVAI T.A.; GJIVRILYUK, B.K.; NIKONOVA, V.G.;,KALWIJINA, G.A.
Some data on collenteritis morbidity in Vladivostok. Trudy
VIadIFM no.21l72-176 162. (MIRA 18t3)
1. Iz Vladivostokskogo nauohnc-issledovatel'skogo institute,
epidemiologii, mikrobiologii i gigiyeny i Vladivostokskoy,
detakoy bollnitay No.2.

1- U
.t/CheMical Teckinology - Chemical Products and Their Application. Fermentation
Industry, 1-27
4
Abst jourmls Referat Zhur - Kbimiya, 11o 19, 1956, 6359.5
Author:__RLU~~, Maltabar, V. M.
Institution t None.
Title: Correction of Excess Acidity of Wine
Qriginal
Periodical: Sado~vodstvo.. vinogradarstvo i vinodeliye Moldavii, 1955, no 6., 45-46;
Moldavian
Abstract: To determine the amount of chalk required to lower vine acidity it is
recomended to use organoleptic rating of 5 samples of treated wine
after addition of chalk in amounts of 0.33 g/1 to the second, 0.66 g/1
to third, one g/l.to fourth and 1-33 g/1 to the fifth sample, with
thorough stirring and allowing to stand for 24 hours. The first
sample serves as control. The sample having the best taste is used
asIthe basis in calculating the necessary amount of chalk for the en-
tire batch of wine. Addition of 0-33 9/1 chalk lowers the acidity of
Card I/P

jim~ylh' ilin Ind listq~
row. 10, No. 3. 424(ill.,
by FrIll"110C.,31 %trzi or Imalfirlell itoll) 1111d

am SAMARSKIT Aleksandr Trof imovich; flUDM.
rALIUNN-WG
to
6impW
-,"'I a By oyoh Imaii6vt M.A., speteredaktor; XRUGLOVA,G.I.,
red.; OMMYSMA, Ye.A., tekhn.red.
[Vitioulture and wines of Moldavial Vinodelie t vina Holdavii.
gookva, Pishchopromisdat, 1957. 178 P. (KIRA 10:12)
(Holdayia--Vitioulture).(Xoldavia--Wine and wine making)