SCIENTIFIC ABSTRACT KLIMOV, N.I. - KLIMOV, P.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723120016-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 18, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ILMOVO N.I.,v kRad.tekbn.nimkj MUMARI, V.0.1 inah.
A 12 x 1#5 so slab vith lsterally drown out reinforcement.
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13 L - IoLo-Intj No 1.81. 26 11mini-er .
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SUBJECT 19881/1UTMUTICS/Ramber theory CAU 1/2 PO - 628
AUTSOR WHOV to If
TITLE "P *rest ons of some number theoretical funotionso
PSRIODICAL Doklady Aks.dolauk J.LIL 16-10 (1936)
reviewed 211951
By combination of the,elementary method of selberg with the usual analytic
method the author obtains son* partially now# partially improved estimations,
@*got
16 Lot %(k# ujox) be the number of those pr1m* numbers In the Interval
(h#h+x) which belong to the series kx+l# (1#k) a 1# &ad possess the property
it
that also the numbers 1p+U11 ,#1p+%n_,j&rs prim* numberse Then for ajN29
k 0 (z In uiff 0 (Inox) the estimation
111Z 14 x
Z,(k,u,tx) 4 T1 (I + 0
k lef p I )a
p
is valid# where W (p) in the number of solutions (with respect to n) of the
congruence

XUTHOR% BOV/IW,58-2-13/20
TITM Isolated Prime Numbers on an Interval (Isoltroyannyys prostyyo
Chisle na Intervals)
PERIODICALs Isvestiya vysshikh uoh*bnykh savedonly Xinisterstva vysshogo
obrazovant.ya SSSR, Xatematika, 1958, Nr 2, pp 154-162 (USSR)
ABSTRACTs Theoreat Let x-/.3- 2, 0,69 4z 1/0 # 9 a40 + Z , fVO abritrarily
77
smallp I 4k - O(InCx)t C - *oust# Y a Y(kz) - W(k) 'A 2
k toTX7
where C;J(x) --,P oo for x -oco . Lot (9, x I k, 11 PY) denote the
number of prime numbers of the series kn+l,o (11,k) a 1, on the
interval (0#1+3t) being y-isalatsd (p is y-isolated if lp-qj> Y
for all other prime numbers qIt holds
x + 0(
,p(k)ln(R+x) f(k)ln(N+x)
Theorsas to every a there q41sta an i so large that in the
interval0(1108+z)t O*RAxl/'w p of the series kn+110 (illk) it
k a O(In x) there appear Umbers one after another,
being y-isolated, where r2w 1. 1 0 W (1) --P
Card 1/2 for :t.+w k (j(j) , whior

Isolated Prim* Numbers on an Interval SOT/IW-58-2-13/20
Them# two thsorses and * tuther ono ors still turther gentralised
by the Introduction of the notions of the (hty)-distant Isolated
prime numbers. lefinitiont Lot BI and 92 be sets of prime numbers.
pMe 3 1 is called (boy)-distant Isolated with respect to B2 If
there exists no P(2) d Z2for which h-Cjp.(')-p(2)j4h+y.
There are 12 reforenosso 5 of which are Soviet, I French, 3 Osman,
2 Italian# and I Dutch.
ASSOCIATIONiSaratovskiy gosudarstvonnyy podagogiahookiy institut (Saratov
State Pedagogical Institute)
SUBMITTEDs October 14# 1957
Cord 2/2
OF
M
WW RV ,t-
PUT -

AUTHORs r1IMOT, N.I. OW/42-13-3-3/41
TITM Combination of the-zlementary and the Analytical Method In the
Theory of Numbers (Kombintrovaniye sleaentarnoso I analitichookogo
metodov v toorii chisel)
PERIODICALs Uspekhi Matematiohaskikh Nauk, 195e, Vol 13# Xr 5, pp 145-164 (USSR)
per contains the proofs for the author's
ABSTRACTs The present pa,
announcement ftof 211 published In 19569 a short introductory
chapter with nwh historical data and an extended list of
references.
There "a 29 references, 16 of which are Sovistp 5 German,
5 Enelisho I Italian# I French and I Norwegian.
Card 1/1

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(KItA 17--~
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TITLEs An AVtOldid "JA9i'," d4i!l~.O

U, Reg I9yulu W t Ah
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.%nakov no. 17o -1965# 55-SO

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the
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,-338r,. K Fislolo,,-"i ZheludoichnoCo, Pishchovarenlyn Severnoro Ult !---o. ~oov.
Z-ootel--hniya# 1949, No. 6. of 32-36.
50. Letopist Zhurnallnykh Statays Vol* 45p ~bskva# 1949

i . ~ - T . . , I . -
KLTMVI IN. M.-I - 41 t4 1
- i~!: I., i-~ I j t~ .1 1 ,
0,
36801. KhlorelgidratMy Mark*s Ulp Sevemykh Oloner, uterilm~"s 19490 go* 220
c. 34-36
SO: lotopis' Zhurnallmrkh *Jtatoy.Vol. 509 Moskyal 1949

Osnovy amtomli i fiziologii call 9koIhozyaystvenny),h rhivotnylrh
(Principles of Anatomy and Physiology of Fars Animals). Femerovo. 1951.
40 Pages. Alto In the Latvian largtwe.
U-5235
R M 0

mlmv~ N. H.
KLIMVJ N. H.: Fundamentals of matoW and physiology of agricultural
anima'~t. Frutme. Kirgiz ftat* Publishing Housep 1952. 64 pages with
illustrations. Price 90 kopeks, 3,oO7O copies. In Kirgizian Language.

KLI
Fundamental of anstosW .&ad ptqsiology of agricultural animals.
utsks tsk State Publishing Housep :1953* 72 pages wIttk illustrations;
rice 80 kopeksj h#000 copies. In iskutsk language (Yokutak';SSR Xidstry of
Agriculture, Adminstration of A ricultural Propaganda Three-Year tootachnLeal
courses, freshwin year of!M!T.IVM.
Sot Veterinarlyal 301 11.1 November 19531 Uncl.
TABCON

Ssuoua peoullaritles of secratory &W motor functlons of the: st~ch la
roludsers, Ifislol, sho Mil 39 no*406"? Atly-Aug_ 1933, (OnM 25s I)
Is Departmat of MWelology of the All-Vnion lutitute of BzWimvUl
TetorUary SWAUsq Xiosawo

KLINOT. N.M.. doktor b1ologicheskikh nauk.
'101-~4~-~
Treatment of gastrointestinal diseases In newborn calves.
ToterInarils, 32 no,7186-69 JI 155, (KM 819)
(ALUMMY CANAT#.-DIMUUS) (CALM-DIBILM)

USSR/ftrm Anirnals - Cattle
77
Abe Jour Rer zhur - sioisp no 15, 1958, 6M4
Author X%dMvtsov,,- AA#, Klio*Yf NSMO
List All-Union Institute of Zxpertmental Veterinary Medicine
Title 24-Hourly and. Seasonal Rhythrdelty of Certain Physiologi-
cal. functions of Righ-Prodwing Owe of the Kost
Brood
Orig Pub Tr.,Vses. In-to eksperia. vaterinaril, 1957,, 20., 238-250
Abstract On the basis of experimats carried out at the broWing
farm Khravoyevap it was established that the average 24-
hourly qwntlty of rations coast=ed by a cov fluctuated
vithin the littits of 00 to 102 kg., the amunt of voter
Intake from 106 to 11.1 kg, the quantity of excreted faces
from 18 to 46 kgo vith a frequency of defecation from 13
to 19, and the amount of urine from 13-5 to 27 liters,
Card 1/2
23 -

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rumove dcktor blolqlouoldkb mukl KAIAMDTj AsO## kudovaterturnykh
IUT2=. Yb.P.. aladshly m*ucbnyy Sotradnik
rwif leation Of hog, cholwa 'Viru
br Ems of glectrophoreall,
trwy VIIN ag 1195-201 1590 (XMA 13tlO)
(Hog cholwa) (Mectropborsels)
~~gjm

11MV. NoN., daktor biolftlebaskikh sauk
Isportanas of tiochamloW In Ue developsat of vetwiwy scienose
Trudr YIN 23:U4-123 159o (KIRA 13310)
1, Tooso lostitut skoolon, Wlnoy voterinaril.
(laterinary medicine)

-- KLDVVp_ X.M.1 BUTRIMURD, V.P. I VSWIIH, A.S., prof.; LIT0VCh%bIWj
G.K.; KOLDBOVO G.M.; KOZHKVNIXOV, Yo.V.; ALIKATEV, V.A.;
KRUROVO V.S.1 KUMVt A.P.; GRlGCRIYZVI Te.P., red.1
WZINj M.A.,, red.100]MVICH9 M.M.p. tokbe. red.
(Animal husbandry) ZhIvotnovodstvc. Moskva, Sellkhosgiss
1959. 477 (MIRA 160
(PB;aok and stockbreeding)

GO". Tax*, Lash.$ Not insh.; DANILOV. V.I., Lush.:
MIATBXIMI
Revir to the Inquiries of our roadars. 21*k. I tepl. tisp
no. 9144 8 160, (NEU 13M).
(Railroads-Signaling) (Diesel locomotives)

GRINIOv V.Ae, lx&h.jJMDVVj N.S.,16 Lash.
Blooking devios of the brake system of loomoUves, Elsk L topi
Uaga 6 no.11M-27 1 #62. iKMA 16;1)
(tiocamoUves) (R&Unads.-Brakes)

0 M-01 V.A. t insh.1 KLDWVt X.X.o insb.
..............
Improvement in the dosip of No.222 engineer's brake
vulva. Ilsk, i topli tlap 6 no*1016-7 0 '(9. (KMA 15:n)
RaUroads-Brakes)

KOVRIZHKIN, H.P.1 SHOVSKITO Yu.V., insb.,
Insb., retsonsent; YZLIKMT, Y.Ts., r*d.j USENNO, L.A.p
tekhn, red*
(Analysis of the vork performed by the locomotive onginser
based on Us recordings of the speed counter tapes] Kontrall
raboty mashinista lokomotiva po skorostemernym lentam, Mo-
skyap Transibeldorisdat 1963 128 p. (MBA 16s?)
(LOCOMOUVOS-Braksal (~;cordlng instruments)

MMOp V*Aop LvAq KLDW N.V.# insh*
Doyle* for signaling the braking operation of a otop4alvv and
fulty perfammos in the broke systm of a trains nek i tspL
tUp 7 mosl$13~--14 1& 963o

insh.1 CORN. V-X.9 in2h,j SEKWVt N:S mashinint-instruktar;
24LIE"tXDt O.F.; MURZIN, L.O.1 REMZNNIKOV, S S KESARIVO A.P.
Answering readers' queries, Elek, i teplo tiaga 7 no.9t4"5
S 163. (MRA 16tlO)
it Depo Lobnya Mookovskoy dorogi (for Semnov). 2, Zamestitell
glavnogo revisors. po besopasnostl dvisheniya Miniaterstva. putay
soobehahaniya (for Budlko). 3. Nachallnik otd*la.toplotekhniki
Glavwgo upravlenlya lokomotivwgo khosyaystya Ministerstys puter
soobahchonlys (for Hurzin). 4. Vachallnik otd*14 truda i
larabotnoy plitty Olavnogo upravleniya lokonotivnogo khosraystva,
Hiniaterstya putay soobahchenlya (for Keearev),

TERRM,, VAj, insh.; MZHINI 1,1*9 insh.1 LEVITSXIYI A-L-v inzb.l
retsanzentj MOISSM# G.A.0 inzho., reteenzent;
NOVOSELISM, B.S., insh*j reteentent; DENISDVA, T.V.j.
inzh.p retsemntj MWEV, A.S.# Insh.j ret"ntent;
DZRAVAKIffAN# T.V.9 insh., retsentent; BOLOSHAKOV, A.S,,
inzh.,, retmment; SWHMMCMICH, O*S,, lnzhop
retsenzent; p4M_R.N..# insh*p retsenzent; KHARLAMOVp
P.010 imb., retseumt; VILICHINSKIY, V.L.,, inzh.,,
retsenzentj KONOVAWV, S.Ye,p insh,p retsenuntj MAKHM09
V.P.j Inabop retvenzent; TURCHUX0, I.?.# inzh,l reteenwnt;
POLEKRA~ A.M... inth... rivi.; MFLINIWV, V.Ye*p insho, redo;
KHITPWAp N.A.p takhn. red. -
(Handbook for the diesel locomotive,operatorl Spravochnik xa~
shinista teployoza, lzd,2., Ispr. i dop. Mosk-val Transzhol-
dorizdat, 1963. 4?9 Pe (MIRA 17:1)

KUMDVt N,N.0 insh#l ZAVITAWVO GeN.1 KMZIN# T,,G*
Answering readerst queries, Slak, I toplAlaga no,SAO Ag 163.
(Nm 160)
1. GUYW t~Wmlog po aytotormosan Glavnogo uprav2snLya lokcaotivnogo
khospystva Ministarstya putey ooobsbehanila (for ZaTlyaloy),
2, Pachialnik otds2a to-Plotakhniki Olarnogo upr&v2s" 2ok=otlynolo
kbosysystva Ministerstys, putay soobdpimnlya (for Martin).
(No mibJ*ot ~Aadings)
"Ri
Ti mV pv~

GKINIO, Y.A.0 Lnxh*; tinzh*
-J-
Rubber psokUj'aup for conditioma No*222 brake val". Sloke L topL
tiags. no.7t6 Jl 1639 (MRA 16:9)
(Looemotives-Brakes)

IMo V
USSR Diseases of Form Animals. Diseases Caused by
Baoteria and Fungi
Aba Jourt Ref zhur-i3jologiya, no 1958o 74195
Author s KlimoVp No P*
Inst %Sol obtiflo-Researoh-Institute of AgricUltUr*
Of the For North
Title ITreatment of Nearobaoillosis In Northern Deer.
with Maxim= Doses of.Sulfanilomldo Drugs
OrIg Pubs Byul, nouahno-takhn. inform. N.-I. ln-t s.kho
Krayn. Sevorap 1957,, No 3,p 28-29
Abstraots With the use of oulfadinop stroptocid album,
pbthalozole, and sulfantrol in doses or o.15 to
0.17 grams per kilograms good results were ob-
tained. In the beginning stage of necrobacillosiop
Card 1/2

Category : USSR/Ceperal Problms - Problms of Teaching A-3
Abs Jour : Ref Zhur - MIM) Xd 1) 1957, No 68
Author Klimov N.D.
'A
Title Experience In the Organization of Production Field Trips for
Physics Students.
Orig Pub V A. -. V powshch I uchitelyu - So 2. MLdymkar p 1956) 4-U
Abstract So abstract
Card 1/1

,41111t J~ W~W'W*_WITATIOM
~~PHAS~i 412
Koebeley, re4or redorovieb., and KlImov, Nikolay Berge7evich
Obshchays, tokhwlogi a reziny (Ofteral Techno101W of Rubber) Nollwv,,
Gookbialsdat, 19514 W p, 8,,000 copies printed,
Ed.: Tevstratov, V, V,j Toth, Zd.: Lurlye,, M, S.
PUMMIC: The book is a Uxt-book for students of hl&Ur chemical and teawleal
schools (vuzes) and can.be used by engineers and technicians working in the
rubber sad "ad Industries, This book Is the second edition of the text-
book "Te&w1ogy of Rubber" (re"W and mWlamented), It consists of 4 parts.
COVEPME: Part I deals With colloiwo chamical" "teal* MA techoologioal
properties of rubbers and rubberlike polymers used in manufacture of rubber.
Part n describes the basic Ingredients of rubbed mixtures, and discusses
present-day theories on the effect of vulcanization accelerators wA mastleators,,
and the reinforcing and aging of rubber. Part M contains a description of
the basic technological processes of rubber productions preparation of natural
rubber and of ingredients of rubber mixturss,, mastication of rubber,. prepara-
tion of rubter mixtures,, methods of nDldlng,, vulcanization of rubber products*
Cardlam

General Technology of Rubber h12
Considerable attention Is devoted to recent technological astbods of rubber
manufacturlngp webanIzatlon and autmation of manufacturing procasses,,
assembly of equipment end use of eontintwus processes, Part IT, dascribes the
basic principles for oosipmuiding rubber mixtures used in asnufacturIng various
articles., Parts I# U and IV we written by To To Kosheley, Part M Is
written by ?. To. Kbeholer in collaboration with No So Wwro The ~&Ahdrs
thank the following scientist@ for their assistance: S. V. Baray, To To
Ymtratoy and the staff of scientific researeh.instItutes of rubber and tire
Industries and A, Do Khsovp Doeont of the lAmIngred Instituto of Tedwoloty
(Ioningradskly tekhwloglaheskly InstItut) and also the faculty ambers of the
rubber technology department at the Moscow Institute or Fine Chmical Technol-
ogy (Moskovskly institut tonkoy k Julcb*skoy tokhnologji). ftere are 226
referencest 88 of vb1ch we Soviet (including 11 trawlstions), 121 Migileb,,
and IT Geraan.
TABLE OF
CONTENTS:
Foreword 9
Introduction 11
Brief historical revie4 13
General description of rubber mmufacturing processes 26

ADTHORSt' - Kosheleyp.7o Pe and Klimove X*
TITIXt GerAral %bber Teohnolo~VO~bso Iya t~ekhnologlyg)
PgraODICAM Kauchuk i Roslt*,, 1958,, Ir 0. pp 39 - 40 (USSR)
ABSTRAOTt This to the sooond edition'of a text book first ""b~
lished in-1951 - favourably revieved by A.
Kusov. PubliZerst Goakhimisdate 1957.
Card 1/1

nnov. Ness takhn. nauk.
Ottilook for aro reatifterm and sootmloal rect1florse Roksrlobontvo
00.220-9 D 156. (NM 1113)
1. 1"equou" olektrotokhulchookly Inotitut In, Isaias*
(Blectria ourrout reatifiers)

110-9-3123
AUTHOR: Butsqev 7.I*l Klimov N.S. Sakovich, A.A. and Stepanoy,fi.P.,
Oandidates of
TITIS: High-voltage Rootifiers/Invertore for Direct Current Power
Transmission. (Vysokovolltrsyyo rooblazovateli dlya per*-
13
dachi onergii postoyanoym tokom
MIODICALs. Vostnik
ABSTRACT: Brief reviews of the main stages of development of high-
power high-voltage mercury valves at the All-UAion Thermo-
toogdeal Institute. The first stage concerns the lashira-
Moscow experimental transmission line. The second stage includes
high-voltago valves of intermediate power and the production of
single esperimental installations. The third stage concerns
high-power, high-voltage valves suitable for practical high-
voltage d.c. transmission systems. High-voltage rectifiers
have boon under development at the All-Union Thermo-technical
Institute since 1935. A number of the principles then evolWd,
Including single-anode construction, a sectionalised anode system,
and oil-cooling, are still used. German experience with d.c.
transmission wa's notable for the fruitful work, directed by
G. Dobko, on the development of mercury-are rectifiers for 150 A
(;&rdi/5 max. and 120 kV max. Joint work with the Scientific Research

110-9-3/23
High-voltage Rectifi6ro/Inverters for Direct Current Power Transmission,
Institute for Direct Current (NIIPT) using the Kashira-Mogeow
experimental transmission line, showed that equipment for d,c,
power transmission should be considered as a complex whole. In
this e-xperimental system, great difficulties were encountered
as a result of instability of valve characteristics and a number
of specific properties of high-power, high-voltage, rectifier
circuits. The valves are subject to back-fire break-down, loss
of control action of the grids, low of excitation, flashover of
anode insulators, and over-voltages on the auxiliary electrodes.
There were also difficulties arising from system disturbances
such as over-voltageo, high-frequency oscillations and current
surges. Por example on the Stalingrad-Donbas line, where the
normal voltage on a valve should be 65 kV, calculations show that
during over-voltages it may reach 250 M Considerable diffic-
ulties arose as a result of free oscillations which app~Lred in
the circuit during ignition and extinction of a valve. High-
frequency oscillations, which caused sevemeradio-interterence and
damage to the anodes were suppressed by special reactors. Low-
frequency oscillations were more difficult to suppress, and
damper circuits consisting of capacitance and resistance are
being used for this purpose. At first, the Kashira-Moscow line
uard2/5 operated with one bridge having three series valves in each arm

110-9-3/23
High-voltage Rectifiers/Inverters for Direct Current Power Transmission,
and later with two bridge,circuits connected in series, one having
one valve per arm and the other two. In designing the Stalin-
grad-Donbas line, It Is proposed to use a sub-station circuit
consisting of eight bridge circuits in series 'each for a voltage
of 100 kV and a current of 9W A. In all, there will be 192
valves working ae converters and 32 "sbunting* valves. At full
load, each,&lve will handle a power of 7-5 NW. A serious problem
was the control of individual circuits from the auxiliary supply
panel which was solved under the guidance of Candidate of Tech-
nical Boiences I.L. Rubinahteyn. Control is effected by means of
a light ray acting on photo-resistance calls which operate relays.
For development work, the All-Union Blectro-tachnical Institute
(VNI) has constructed equipment for making static tests at up
to 200 kV r.m so, surge generators and a high-power equivalent
for testing v;lveo under rated conditions. A jcge test install-
ation with a transformer group of 120 MW has been constructed at
one sub-station. questions of valve design are then discussed.
A aeotional drawing of a high-voltage valve is shown In Fig.l.
The distinctive feature of high-voltage valves is the anode system
and different methods of sectionalising the anodes are shown in
Fig.2. It is usually advisable to extend anode sectionalization
Oard3/5 to the discharge space, and different types of screens are shown
INN

110-9-3/23
High-voltage Rectifiers/Inverters for Direct Current Power Transmissione
in Fig.3. Other anode constructions are shown in Fig.4; Fig,4th
shows an anode design developed by V.D. Andreyev. SeveAl types
of valves developed in the All-Union Mectro-technicalInstituts
are illustrated in lig.5 (photos). The main relationships of
voltage division between the intermediate electrodes of the
amde assembly were established during the investigations of
high-voltage valves. 1hen the valve works as a rectifier, the
negative voltage drop occurs mainly in the gap between7the anode
and the first anode insert. When working as an inverter the
positive blocking voltage lies very largely in the space between
the insert furthest from the anode and the uppw grid. Develop-
ment of rectifiers proceeded alongside theoretical and physical
investigations, of valve strength, curreht distribution in the
anode and voltage distribution in the anode assembly, ignition
effecis effects during failure of operation and during heavy
overloaas. In the investigation of physical effectsi pDbe
methods of vapour density measurement were very useful. Graphs
of the probability of back-fire for the valves BP-1 and BP-3 as
functions of cooling temperature are shown In Fig.6- Isboratory
results have been confirmed by data of 12 000 hours tests on.
valve type BP-3 in the experimental transmission line.
(;ard4/5 Valves type BP-4/2 and BP-9/3 are intended for the Stalingrad-

110-9-3/23
High-Voltage Rectifiers/Inverters for Direct Current Power Tramsmissiono
Donbas transmission line and have passed a wide variety of lab-
oratory tests and the results of the first high-power tests
confirm the satisfactory operation of the valves in approximatoly
their normal working conditions. In the light of the exWrience
gained, development is likely to compise:. valves of greater
power for higher voltages and currents, which will be combined
with improvement in manufacture to improve reliability! valve
designs which will ensure great vacuum-tightness, enab ing the
manufacture of pumpless valves or, if necessary, to provide
internal devices to maintain and restore vacuum. Two new types
of pumpless valve are shown in Fig.7, one for 150 A max. and
the othor for 900 A sax. with reverse voltages of the oAer of
100 - 120 kV max. There are 7 figures and 5 Slavic references.
ASSOCIATION: All-Union Electrotechnical Institute (VEI)
SUBMITTED: April 23, 1957-
AVAILABIZ: Library of Congress.
Card 5/5

I ty-, ~.j V
1UTHORS, butayev, Yo lot Candidate of Tochnical 105-58-5-1/28
Sciences# , Candidate of Technical Boisncsv~
Xostrov, $ 1P*$ Candidate of Technical Science*,
Sakoylobt A# A*, Candidate of Technical Sciences
TITLIts A High-rover High-Voltage Valve (Uoshchnyy vysokovolltnyy
vontill)
PZRIODICALt 141ektrichestva, 1958# Nr 5. pp, 1-7 (USSR)
APSTRACTt At first a surval of the d#velopuent of the high-voltage
valves abroad and at home is given. In the USSR such
works were carried out in the laborateries of the YZI
(A. go Larionoyl so T* Xrauz 1937# N,, 3* 111mor 1938 - 1939*
X. 1. Oaltdin 194o). After the war high-voltage valves
and control boxes for the first test-d.-o.-trunk line
from the hydroelectric plant Kashirs, to Moscow war# elaborate&
Theme works were sainly performed 1n.ths Scientific
Engineering OffIce of the foraer Ministry for Xlectrical
Industry under participation of important German ap,scialistso
as 0. Dobket R. Khelstere# and others. 30 valves of the
card 1/5 typp YR-1 were produced by this office and partly by the
-7-1-71 __7 T., F-5 -,e

A High-Power High-Voltage Valve
Card 2/5
105-58-5-1/28
test works of the VEX during the second half of 1950.
1950 - 1951 12 valves of the type VR .3 for a MaxInn of
300 A and 130 kV more produced in %no VE1. Sino#1952
works were started on a valve for a maxim= of goo a and
130 M These works are shortly described uoro,
1) The problem whether the valve is to be constructed
as single-anods- or multi-anods-volv*, was solved In
favor of the single-azode type. it was shown that the
difficulties In connection with the discharge toncentratior.
on a small cross section tar. be or6roome. 2) The number of
the Insets was selected In a way that the advantages ore
relatively great and the disadvantages are as samal &s
possible. The tests were carried out with 15 (valve ty
Kesayov), 5, 4t 3. 2 and I insets (constmotion 'by
Androyev). 3) The problem of site and density of these
insets is finally to be cleared In the plant. 4) The
materials were investigated, 1951 - 1952 a special vacuum-
-technological equipment was put into operation, solitary
toot stands were established tup to 1000 A and 160 kV,
pule* circuit up to 350 kV). The construction of the valve
essentially differs from those used 'An industry. Then

,A Ulgh-Vower High-Voltago Valve 105-50-5-1/28
fnl'ovs a deacription of.such a valve of the type
VR,)/3 for 900 A and 1,140 M In 1952 25 sanples of
different power and different types were produced.
The electric strength of the ralve is high. In static
toots it stands 14U - 160 kV withoat an exterior divider.
The investigations of the mariury vapor took place
aocording to the probe mothods, which had been elaborated
in the Laboratory for gas discharge devices at the YZI*
The electrical testa at full amperage and voltage were
carried out with the Oquivalent scheme constructed tr. the
VEI for walaally 1000 A and 160 kV, and valuable data
were obtained. An extraordinary phenomenon was determineds
At positive anode-voltW and normal operation of all
excitation anodes and note no lighting of the principal
anode took place at high voltage. At. Ion voltage this
phonor-"-n was not observed. Shia fact lo explained by
the occurrince of negative potentials. In investigating
the overload capacity it was found that also at 15 000 A
within the rnga of varkI4 tomperatures an Interruption
Card 3/5 of the current does not occur. Then the voltage in the

A High-Power High-Voltage Valve
10511-58-5-1/20
aro drops to 700 - 000 Y, For the Purpose of energy
investigations a teat stand for 120 UVA was built at the
Moscow Institute for D, C, The results of the first test
series showed that 900 A and A countervoltage jump ef
50 kV no disturbances oizurr9d at the valves. At 900 A
and 90 kV countervoltage jutp the valves do not lead
to an extinction of the excitation urc. For the transmission
line from the Stal'Ingrad hydroalectria plant to Donbas#
(the voltage between the poles amounts to 800 kV and the
amperage in the 11ne to 900 A) the YEI proposed an
eight-bridge-scheme. The -voltage of each bridge amounts
to 100 kY. Tho scheme was accepted by the expert
commission. Here two valves are connocted In series Into
the bridge armt mazloum counterioltago 61 kV, countervoltage
JUMP 34 kV, maximum amperage 900 A. - The work for the valve
was performed at the Laboratory for High-VoltW Rectifiers
at the VE under participation of the Laboratory for Oas
Discharge Devices, anS of the Laboratory for Physical
Investigations at the Institute, The samples of the valves
were produced by the electromechanical test plant of the
Card 4/5 VEI. The porcelaln- and ceram!c products were produced by the
r M2427- ~v 7-73 _Tf

A Righ-Power High-Voltage Valve
105-58-5-1/28
"Isolyator" porcelain plant and by.the Institute of the
GIIII. No Po Stopanovt No P. Saving No K. Maslennikovq
1. Do Shkolin# A. A. Pertsev, V. So Crigorlyev# A, A*
Tiaofeyev, Ro 1. Grigarlyeva, V. V. Bazhenov, 1. V.
Blondp As A* Iyanov, Ye* P. Shmarins, and others directly,,
and actively partioipat*d In the work. there are 12
figures.,
ASSOCIATIONs Vsosoyusnyy slaktrotekhnichookiy inotitut in. Lenin& (721)
( All-Union Institute for Electrical Engineering imeni
Lenin)
SUBMITTEDs Xovember 5# 1957
AVAILABLMs Library of Congress
1. Electron tubes--Development 2. Electron tubes-USM
3. Electron tubes--Test results 4. Electron tubea-Applications
Card 5/5 5. Tranamisaion lines--Equipment

AUTMRS; Shekhtman, X#G. , Candidate of Tec."ical Sciences, 105-5a-5-2D/2S
Aksellrod, UA., HnSineers ButAyeys F.I., Candidate
of Technical Sciences, 9-14--- 1612s , andidate of.
Technical Sciences, Levitskly, K.K., Engineer
TITLE: On the Prospects of Employing D.C. Tranamisaion in the U33R
(0 perapektivakh prizatneniya elektropertdach postoyannogo toka
Y Sovetskom Soyute)
PMODICA1s Slaktriohestvo* 1958, Nr 5, pp. 81-83 (USSR)
ABSTRACT: Coments on the article by H.U.Mell gunov, Elektrichest"t 1957.
Nr 2:
I,) This is a ooment on the article by I.F.Polovoy in
Elaktrichestvot 1957, Nr 5*A nunber of error3 Is criticized. The
ratio between the costs of an A.C. substation and a D.C. sub-
station are assumed by Polovoy as amounting to 0,5# According to
data published by Toploelektroproyekt It Is 0,557-0,580 &M go-
cording to those given by the Institute for Direct Current it Is
0.76 (taking account of the fact that valves are produced in the
Card 1/3 factory). Doubts expressed with respect to the possibility of

On the Prospects of Employing D.CaTransmission 105-58-5-ZD/26
In the USSR
covering motive (idle) war are unfounded because the reoti-
tier plant has a oos if a,*
0.90 - 0.95. Polovoy does not take
power losses in COMPIRUSAtIOU devices into account. He "sums the
specific costs of the tntufom-er plant or D.C, substations to
amount to 36% of the Substation costs. According to Teploelektro-
'proyekt they amount to 26%, and according to the Institute for
Direct Current aW the All-Union Institute for Electrical Engi-
neering - 1% Acoording to experience gathered in connection with
the line Kfishim hydraulic station - Uo3oow, and acoording to
tachnioal, oonaitiona the life of valves between two repairs
amounts to 15 000 hours or two years and not one year.
2.) Oritioism of the article by kelIguncy. It in wrong to declare
that the costs of D.C. - anid A*C. substations including devices
for the increase of st&bility are the saw already at the present
stage of t rans form r-engineering , that in the case of long-dis-
tanoe tmnamission no intermediate output Is necessary, that by
means of the mercury valve grids the intermediate substations can
be reliably disconnected from the long distance line. Advantages
Card 213 and disadvantages of a D.C. line are enwerated.

On the Prospects of Employing D.C. Transmission 105-58-5-2Q/28
in the USSR
The atomic electric power plants will only supplewast existing
power system, and hydraulic power still r ins the most inex-
pensive type of energy. The large valves for 130 kV and, 300 A
developed at the All-Union Institute for Electric Engineering
will render M*ttsumission more economical. For high power
transmissions of from 0*75 to 6 million ki over distances of
900 km and more direct current offers great advantages,
There is I table.
ASSOCIATICKs Nauohno-issledovatel'skiy institut postoyannogo toka (Scientific
Research Institute for Direct Current)
Vsesoyusnyy elektrotekhnichaskly institut im. Lenina (All-Union
Institute for Bleotric Engineering imeni Lenin)
Teploslektraproyekt
AVAILABLIt Library of Congress
1. Direct currents--Transmission--USSR 2. Electric power plants
--Substations-Effectiveness 3. Atomic power plants--Applications
Card 3/3 4. Power plants-Economic aspects

AOTHORj Xlimovt M. so$ candidate of Technical Sciences
TITLE: Trends In the Design of Pfult1phass Transformers and Generator
Transformers (Putl voidantya mnogofasnykh transformatorov .1
generator-transtarmatorov)
PERIODICALt glektriohostvot 1958# Nr S# pp. 5o-54 (USSR)
ABSTRACTs Three mothodso by which a multiphase, transformer can be
produced, are described* 1) If In a throe-phase transformer
with two identical secondary windings the Input terminals
of ons, group of ph&**# to connected with the output ter-
minalo of the other.group# six voltage* are obtalnetdp with
a phase shift of 60 from one to another* If sit phases of
the secondary windings are connected an shown by figure 20
a eft-phase transformer with a closed winding to obtatn*d*
In order to produo* a twolve-phas* transformer# two such
throe-phase transformers each haying two necondazy windings
are required* A six-phase transformer Is recommended in oasess
*her* it Is necessary to reduce the jump In back voltage#
The use of multiphaso transformer* offers considorable ad-
Card 1/4 vantage:i in large-scale plants, as it Is possible to reduce

Trends in the Design of Multlphas* Transformers an4 Generator Transformers
the number of transforstroo 2).ThIs method to oleo based upon
the six-phase transformer# In order to obtain a 12-0 24-
and 40-phaso transformer each phase of the secondary winding
to divided Into 2o 4 and 8 parts$ respoctivoly,lf, for oxamplot
R,48-phast polygon to devired, a supplementary winding is
connected In series, with each phase of the secondary winding.
Thi- winding Is mounted on the core of the supplementary a
transformer, the primary voltage of which to shifted by 90
with respect to the voltage of the main transformer* Throe
single-phase transformers are required to form a 48-phass
transformer, A multiphase transformer connected according
to this method can be recommended for special plants with
small and sodium power, if.& great number of phases to d*str*d
from a three-phase supply., 3) This method is based upon a
now principle. Normal single-phase and three-phace trans-
formers or* used# They are fed immediately from theatator
windines of the k,4ro- or turbogoneratorst the FXF of which
have a phase Pbift with respect to each othtro The secondary
windings of the transformer are connooted to forz a closed
Card 2/4 multiphase winding* Multiphase transformers of this type can

BOY/lo5-58-8-10/21
Trends in the Design of Vultiphase Transformers and Generator Tr4teformers
Card 3/4
be use& in oameso where the consumer to fed by individual
generators and *her@ It is necessary to have small pulsa-
tions of the rectified, voltage and an almost sinosoidal cur-
rent In the supply 11n#. Ily employing an odd number of phases
(9# i5t 21) a number of important advantages and in parti-
oular a reduction of the pulsations of tho rectified voltage
can *us achieved* This Is most easily obtained by a trans-
former designed according to the third method. Transformers
produced according to the second method have a consumption
of copper and sto*l# which in higher by about 5 - 10 1C than
that of transformers produced aooording to the first or third
method* The principle employed in the th!rd method can be
made use of in the production of high-power turbogeneratorse
The principle of a multiphaso transformer was proposed by
the author in 1940 (Rot 4) and described in the dissertation rd
(Hof 5) in 1951-1952* The patentK-847 was submitted an March 3
1954a There sre 11 figures and 6 references, 3 of which are
Soviet*

SOT/105-58-8-10/21
Trendelin the Design of Multiphase Transformers and Generator Tram forsere
ASSOCIATIM Teasoyusnyy olektrotekhnicheskiy institut im, Ve to Lenin&
(All-Union Institute of 916otrical Engineering Imeni Vo I*
tentn)
SUBMITTSD: September 12t 1957
1, TrAnsformerS-DesIgn 2. Transformers-Operation 3. Transformers
Pbovelcal Propertles
"W"I A-0,61.

AUMORS
Irms
FIRIODICALs
ABSTRAM
Card 1/ 4
121SOVO X#S. (Cand.Toch'Sol.) SWI 110-M-10-2/24
A multi-phas* rectifier with mercury valves. (11nes4rfamyy
proobrasevatelts rtatnymi vouttlysal)
Yostalk SlektroproWshleanosti# pp. 4-11 (UM)
The use of high-volUp 4.a. transmission nocessitatoe the
develop"At of high-voltago reetifieriaM inverters. So far, three-
phos* bridge-oircult rectifiers asployLag high-voltage nerouryvalves
have been developed with this application in aind. Nowevorg sub
rectifiers be" son fundamental deftetes during *arrout cementation
two of the thro6 transfenier phases us shortodl ander certain
conditions,, exteaction of the asetting are can reverse the operation
of an invertorl there are various troubles with current and voltage
wave-shapos, fte reasons for the increased probability of 16"k-ftrot
In high-voltage aor4W valves art not fully wdorstood# but a mobanift
is suggested. ibis article cousideri multi-phase rectifiers spratIA4
in eambination with high-"Itago mercury valves, and with their ~r
transforme windings connected in a closed ring (similar to the
windings of a d.a. machine). If the windings are someoUd so that
the vector diapsa to a closed hexagons as shown in Pig.l., thou at
any instant the sum of the #.n.flo. in the circuit is zorej thus
current Gan flow via two symmetrical parallelbranches, as in a d.e.
s"hino armaturs. The nusbor of ph"** *as easily be Increased to

A multi-phaso rectifier with mercury valves. SOV/ lio-38-10-2/24
twelve. A sah"atio airealt of a six-phus rectifier Is given In
PISA.# and the aerr"uding "star disgran in Fig.3. This tiroult
off arm a4vantagoo for use with higb-voltage mercury valves in 6 and
11-0ass variants. During mwroat eamotatiou only a =all
proportion of the minding to shorted. "w reverse voltage wier
normal operation to much redused and the operating conditions far
the high-voltage uoro=7 valve are considerably easier than is the
normal three-phase bridge circuit. By way of example, salculations
are then made of the loading data for a tw*lv"hasel 100 hTf 900 A
rectifier. In partioularp calculations are side of the "gle of
mrlapt and of the pmftr faster, also of the voltage* on His valvva
under rectifier and lnv*rt*r conditionst and so on. iWatifters
employing th* proposed six-and twolvo-phaso systentst are then
compared to a three-phase bridge-eiresit rectifier. Formlso are
given for the phase voltages in the three oases. In 'the throe-phas*
the rectified voltage In about the sow as the phase voltages
In the six-phase. case it to about double$ and in the twelve-phase
*&#so four times the maximmin phase voltage. It Is shown that twice
as may valves are required for a six-phase rectifier " for a
three-phase bridge rectifier, having one valve in cash uu. Howsm.
the valve current Is halved, and so is the rovem voltzge-applied
to the valve, If in the three-phase eircalt the voltage on saab
Card 2/ 4 valve Is halved by alv*ys using two in aerls.A the current through

A xulti-phass rectifier with mercury valves. SOV/110-W-10-2/24
then Is not halved. The twelve-phase rectifier required 24 valves
rated at 75 A and a maxima back voltage of 101 M It then gives
900 A output. Par the son output# the three-phase bridge circuit
uses n valves rated at 300 As and a back voltage of 105 M Men a
high power-output to required, the construction is simpler with a
twelvo-phast eircult. With the six-md-twelve-phaso circuits, unlike
the thres-phass circuits extinction of the excitation are does not
rovers* the Inverter conditions. The problem of high4requency
oscillatory processes is inch lose to the six-phaso circuit than La the
thre#-phaset and in the twelv*-pbxse circuit there to hardly any
problem. The voltage wavo-fors In transformors and generators to such
better with multi-phaso systems. Other advantages of the aulti-phase
rectifier are described. It Is concluded that althovo multi-phaso
rectifier eircuits are very promising in bigh-voltago d.c.
traumissiong practical trials are still necessary before final
conclusions can be reached. Valti-pbaso rectifiers may also prove
Card 3/4

A multi-phave rectifier with nor4ury valves. WV/110-56-10-9/24
useful for nodl=~-and lov-voltage applications, particularly
vhon a UrSe ausUr of valv*s Is conveaient. Th4ro are 6 figures and
S literature references (Soviet)
SUMUrml januaryt 13, 1958.
1. Reatiflere-Performance 2. Inverted rectifiers-Performwwo
3. Eleatrio circuits-Peribrmance 4. Thyratrons-Performance
5. Eleotrical networks-Equipment
Card 4/4 -

SOV/110-59-4-1/"3
AUTHORM Vollno7, Yu.F. (Engineer), 11imov...N.S. Oard-ldate of
Technical Saiem,,!-is) and Tof-gorkint Yu.P. trwiginear).
TITLE: The Probability of Bank-Fires in High-Voltage Heraury
Valves (0 -faroyatnosti obratnykh zazhiganiy
vysoko7o1'1*nyk.h rt,;tnykh ventiley)
PERIODICALs Vest-nik 2laktv.,pr,.i%ysh1*nnas'.-i, 1954),,Nr *+, rp 6-14"AUSSR)
ABSTRAM This artiole desazibes invastigations on high-,,roltage
meroury val-4as with vario--vi types of anode .-on-9 trio tim
In order to stud7 the Influerioo :X the rave.-si -f4ltac*
and rata of fall uf ano,O" tra:~.-ent on tha p4mbabIlity of
baek-fires, The tes" wera mad4 using tho imp*~Av4 circuit
Shown In Flg I ard the advantag*3 and disadrantag4s Of
this airouit are tfriefly disn3svd, Tba tf tatk-
f1ring is not yet ftilly -ando:3ttA but the m5st a.~a-spt,016
thooryls that vhiih attritut9s formatim of a ait-hoda
9p'. or- tLe aa)de to auto-oleitronlo Ardssi,)n fr,,m thi
amdo surf&-,ts. Variots exr1anations are offerad ab,!:,Ut the
prooesses that otoLzr during taok-fi.-Jng ar-1 t~:* thrss
dIfferent typbs -,f arv)da that w-irs *-teAt Ir.
the -mlves t9sted reflec', this dtfferonze of
Card 1/6 Valve VR-3 h&s fc;%~r intA.-madiate ela---trcUs ir. tt.3 form of
truncated zomos, 7alvs,YNO-15 has fifteen !ntarrtodlats

SOV/110-59-4-3/23
The Probability of Back-Firas in High-Voltage MartriryValvas
electrodes made in the form of d4SC3 with ooaxial
apertures, the three upper sleetrodes YArs torminals
brought out through Insulators. Valve VR-3a has only cne
intermediate elootrods, The aonstruction of -4alve YED-15
was suggested W. I.G.Kesayev and the constru--itior, of
valve VR-3a was suggested by V.O.Oramovskir arA V,,D.
Andrayev. All the valv*3 are designed for a baak-vtoltage
of the order of 100 - 130 W, a mean oarrent of 100 A,anA
are intended for series-eanneotion of two or three valvas
in the am of a bridge airmdita The valve3 wore ,
described in detail in Vestnik Blektropromysh-14mosti?
1957, Mr 9. The test procedure is deso&-ibed, With the
impulse airaiit the anode current decay time eAn be
varied by altsrir4 the amount of inductan.,e in the oirouit.
Sinae the val-:es do not got hot during impulse tests it
is ne*essary to heat thqm first. The instrAmantation is
described. )(saswaments of the distributi,= of baik
voltage bete4an the intermediate *leotrodes were made
vith a hnak Voltage of 110 kV and a do(:a7 rate of
1.8 x 10, A/see.) the vcI"tags d1str4bution ~rir7es ara
Card 2/6 given in Fig 3, On valve VBO-15 nearly 70% of Vne baak
voltage drop oaxirs on tho first thres -1Ant~rmM.!&t'-#i

SOV/110-59-' *-3/2,3
The Probability of Back-Fires in High-4,71tage MerTi:-y 7alves
Card 3/6
sleotrodes. On Valve VR-3 thv moasurements were made vith
throo rates or current, deavay, the d1&,tr1bution.nf taisk
voltage tetwasn the intermadiata ele3trodes is very
une-;en and 85% of the baek *toltag& falls on the gap
between the anods and the first Intermedlats v!ejtr:)d9*
7he masom for the unviramess of voltagg.d1stributlon ar*
briefly disyisse!. In -.ar;e VR.-_Ia abz1at half th4 bask
voltage drop ocours bstw*4n thq ancde am: the intormedlatq
eleatrods. The prDbability of bmak firing vas thon
studied. Two faqtors govorn the probability cf ba,*
firinp the.magnitude of the taak 7oltage and tLe arx-de
mirrent demy rate, Us anode ts-arrent decay ratq was
controllad Vy varying the rjirwiit induatar.,~e for dlifftrant
values of taok 7oltage, During the test3 the ratq of 7150
of back 'roltage vas 300 -- 500 k"I/d.9groe with ar. Ln4kA c ta r- *6
of 65 mH, It vould take too I-,ng to obtain back-fire
stati3tios with normal loadings or. the valve and, therefore,
appreolable overlo&js wire used. Tie baek-firs prcbabilitr
I
test reszlt's for 'ralve VEO-15 ars g.&'-Wa:7t n Fig Ir. An
expUnation or th6 shape of the c-ar-tes is cf"Grei. A
back-fire r7obabillty jurvo tor va.1-7e VEC-15 as a flxnotion

SOV/110-59-4-3/23
The Probability of Baok-Flros in High-Vc1tago Msrcary Valves
of back voltage for high anode-vurrent dour.rata is
given in Fig 5, SW!ar results were also obtainod r.-a
valves VR-3 and "-3A, The test results were used t)
derive an empirical formla for the inrluenas of the back
voltage and of the rate of =rent de!3ay on the proba-
bility of ba:k firing for a oonstant value of mer.(=Y
vapour pressurg. The expression is-In good agreement with
practice for cooling water temperatures of 20 and 21+OG
but at 2600 the batsk voltage has more offe.,3t. Under
practical operating conditions the mercury Avapour pressure
corresponds to the temperature of 20 - 2V4 0 spg,3ia'&
tests and calculations established that when the voltage
dro on valve YRO-15 is Increased from 90 - 150 V the
progability of back-!iring is increased ~)y the power of
11 and 4en the a-.rrpnt decay rate is inoreased from
2,6 x 100 t~D 13 x 100 AAso the probability of ba-A firing
is increased by the four,'.-,h power. Thus the beck voltage
has a imxoh greater effect than zhe rate -.f ar-*,I,* curront
decay ovvn when this latter is hi&.. Current oscillograms
Card 4/6 taken during back-fires are given in Fig 60 It is claimed
that the anode aarr int ee,.:ay rate has littli inflTion;:ft on

SOV/110- 59-4-3/23
The Probability of Baok~_Fjreg in High-,10.1tage Xercury Val-rea
the probabilit7 of baak-fire because the zer=-y -apour
pressure In high Voltage valves Is w:zah lever than in lov
voltage val7es, Thtreforoy for a given anedo urront
decay x0ate the concentratien of remanent 6harges is wueh
lower in Me.-'roltage valves. The applicability vf Vis
test results to normal operating conditi-jr-3 of high
voltage valves Is t?.-,9r. ounsidarod. In the to3ts th# rate
of rise or bacA vcltags -"s soma 5 - 8 tizes higher tUn
In praotioal ver.,!oe t--At the rate of Influence of the
various fautors is pr.-bably w;t.;h the sea* Ir. both tas*s,
It is ocnaludol that 6mplriaal formula* derlv*4 from tests
on low voltage -valyes oanr-ot bs applied to high vcltage
valvest Other things !Aing eqiall tho protabilit7 of
baok--fires oaa;rring in high voltage meraary valves
depends mainly on the ba,3k voltage &nd tt, a =_*ah lesser
Card 5/6 extent on the ancde ourrarA, do-4ay Mto, Those
conolusions cA-mot 1,9 extended t-, all dvalgrs vf high

SOV/110-59-4-3/23
The Probability of Back-Firts in High-Voltago Mercury Valves
voltage mercury valves and they are probably inapplicable
to high voltage valves in which there is a large umber
of gaps in the anode system between which the voltage is
distributed urtiformly.
There are 6 figures and 6 references (1 govieto I Inglishl,
4 German).
SUBMITTEDt September 8l 1958
Card 616

80)
A)JTBORs
Candidate of Technical Soleness (Not ow)
Klimov# 11, 0
TITLIt Means of Improving Commutation Conditions In Direct-current
Machines
PARIODICALs Slaktrioh*stvo, 1959, Sr 8, pp 78-80 (USSR)
ABSTRACTs- When improvements of commutation conditions are desired, the
main problen encountered is that of eliminating sparks forming
at the trailing edge of the brush. The commutation condition*
of direat-ourrent machines can be alleviated considerably# If
commutation Is effected by rectifiers (Nam me"U"Mis ariffisaft
i
e known for
Nr 54332t 1936). A ntimber of circuit arrangements &r
this purposeg two of thiah are presentod hersi the on* was sug-
gosted by Ye. L. Ittlager (fig 1)9 the other has boon designed
for a direct-ourront machine with a commutator. If rootifier
commutation to used# considerable ov#rcomautation Is permissible,
When commutation has boon completed the ourr*nt is interrupted
owing to the valve action of the rectIfier connoet*d with the
trailing oomautator segment. The circuit of the short-circuited
station is interrupted by the rectifier OVOA before it is inter-
Card 1/2 rupted by the moving commutator segment. If overaustautation oc-

Means of Improving Commutation Conditions in Direct-ourront Xachines.
ours under rated loadt the aaohin* will spark when short-
circuitod# but will not show flash-over. ?his commutation
method was ohtok*d with a I~ kv. 220 vo 1,000 rpm direct-our-
rent &&chine$ using the alroult-diagran shown by figure l.'The
osaillograne recorded showed satisfactory results. This article
was written under the supervision of Academician 9. 1. Bhonfor
in 1938- At that time publication appeared to be premature as no
suitable rectifier equipment was available. The manufacture of
nesioonduotor rectifiers with high operating currents offers
prospects of Introducing this method in the near future. ?here
are 4 figures and I Soviet reference.
SUBUITTEDs February Ili 1959 4

85103
8/10 60/000/009/004/009/XX
DOI 8058
2Y
AUTHORs Klicov, No So, Candidate of Technital Sciences
TITLEs Power Convertor Prom A.C. Into D.C.
PERIODICALs Blektrichsatvo# 1960# No* 9# pp. 29-34
TEXTs Thisisthe description of a current convertor proposed and experi-
mentally chocked In 1936-1941 (Refs. 2,5). A six-phase current convertor
for 10 kv with an output ot 100 kv v&s built at that times In the course
of further devolopmento ooncrete ways were shown for the builling of poly.
phase transforcur aggregates. The dIfficultios In building power valves
develop mainly because a high voltage to applied to the d1schargo gaps
which are subjected to a pratonlzation, In the current convertor under
discussion the air Caps (at 5-10 &t&) a" not lon1tod, since the *orona
stago'of the discharge to lacking at air pressures of tore than ~ at&
and voltages which are lower than tht discharge voltagt (Rot. 1). The
principal circuit of the current convorter is shown Ir. Fig. I and its
code of operation to explained, The current converler consists of a,trans.
former aggregatot a commutator Installation, and valvos. Since 1938,
Card 1/4

Power Converter Prom A.Co Into D#C,
85103
3/105/60/000/009/004/009/XX
MOM
commutator Installations for 100 kv God nore have been built and partially
tested# Commutator installations of.the collector type (Ref. 3) with
rotating drum electrodes (Refs 5) and commutator installations with a t,~: k
arA fcre-h movement of electrodes are the best developed ones so far. As an
example a commutator installation with back and f~)rth movine electrodes
Is described (Fig. 2). It was developed by Ve Khorlen according to data by
the author and represents a further development of the authorts Sosilm
previously described (Ref. 6). Advantages and sh~:rtc,3mings of both com-
mutator instal'lations are pointed out* While the insulation of current
carrying parts presents difficulties in the collector type, the Instal-
lation with electrodes moving back &n.1 forth requires a more complieatol
drive, Nevertheless, preference suet to given to the second type, since
the Insulation of the current carryIng parts can to sImply solved h9r#6
Such commutator installations, built during the last years. with 8 Saps
and without prolonization have a break-down reslotanc* of 300 kv. It is
pointed out that commutator Installations with 'Aiqut4 electrodes have
also good prospects. The problem of the olosIng perlo4 of the aloetrodes
Is studied, and a circuit for increasing the ilosing period of the eloc-
trodes Is given In Fig* 4, Sealed mercury-are rectifiers .)r sezIconductaf
Card 2/4

85103
Power Convertor ?row A,C, Into D,C, S/lO5j6O/OOO/OO9/004/009/XX
B012/BOI-S
rectifiers are used as valves. Sealed msr,~,vry-aro reztiflera for 15 kv
inverse voltage and a mean r*ctifiei current of 100 % (Ref, 7) are &I-
ready developed at prosent6 They may be manufactured In s*rjoso At present,
such rectifiers are also devoloptd for 15-30 kv and 700-500 a. Itla
pointed out that no exquisite voltage gortroihae yet been developed to In
the case of current convertors with high-voltage worc-iry-arc reotiff*rs,
The advantages and shortcomings of the current cetvsrter described or*
finally listed. The advantages arto.l) HIgh break-down resistance, since
the air gaps are not icnizedl 2) no are develops in the commtat,)r in-
stallation at a maximum load of 150% of the ratod V41,40, S,Mee ComaUtation
Is achieved by means of volveso 3) the permanent voltage applied to the
valves is 6 to 12 times lower, and the voltage applied for a short time
at strong regulation is 4 to 8 t1mos lover than the rated voltage. The
design of the maroury-aro rectifiers eanthertfort b% grostly simplified
and semiconductor rectifiers can be used respectively; 4) since practically
no misfiring occurs In moroury-are rectifiers of excitron de4ign at a
voltage of from 15 to 30 kv and misfiring is entirely atsent in sent..
conductor valves, "ttltlng* owing to misfiring can practically not *,,cur
at 0,111 5) since the jumps of the Inverse voltage are red-iced by 4 to
Card 3/4

8510)
Power Converter From A.10. Into D,C.'
8/105/60/000/009/004/009/XX
B0121DO59
8 times, It In not necessary to I-Apprevs high-frequency oscillations* The
more complicated and expensive transformers and the existence of moving
partus are mentioned as shortcomings of the current converter deserited,
There aro 6 figures and 7 Soviet references.
ASSOCIATIONt Vaesoyuxnyy *1ektr*tekhn1ch9skty in8tit-if Ia. Lvnina
(All..Union El~ctr.oteckn1,.!al lnotitdt# Imeni Lenin)
SUBMITTEDs January 6t 1960
Card 4/4

-UIV0292/6
AUTHORs Buts!"Y. F, 14 (Candidst~ of technical soiencesh N (Oandi&t*14- 41J',
S' 4
-of technicZ '~oi
omen 11 pottvfim A# 6~4stne
A,Jpvineerh -St..^
'technical sciences)
none
-T
ITLEs Do
in hiih-voltio;'pavor reatifters
oplent
IJ!-
SOURCE s lJoIct"WItImikis A965,P'22-24
-.TOPICTAGSI direct Merow
reawl
or
ABSTRACTs The Te~aA-Whbass J"i1jid"jon line is senUy being put Ikto -
Pre
q)erstiono' This +AM be the n6st pow~'d-o tranwAssion jim in the worIA0
sendinf 750 MW of pover at 8OD'kv over a. distance of ro%h2r 500 km. ~ The
transmission system uses a thr"-phl" siett-bridge network with power recU.
flors which Operate &t & oxbm.vdt&p of 130 kV &nd &,Mxinm can-ent at j
.900 upso. The eight-bridge system,,v sod the AII-Qdork *Order of IAWAI
'Electrical Ald"arlig. 1, TAMiU0 IGs the following WE)= 7- 77.
Ig
Aages over the four4ridge oircuito 1) *en individwa bridges in the sy#tM
'fall, the trwwdtted p~. is maintsin6d by current overload on the bridges I
remaining inopentiont 2) the work load on the equipeent is lighter In r.
gency conditions, and two reotifters can be series-oormotod in sub arm of
the bridge to raft* the itorkload by, Incressliw the maber of ~roftiflere frM
rd
c' UDQI 62123U.65,001.11
c
7 F.-%
-S RM

'W
ACC Mks 06003276
72 to 96; 3)'ihiif ii0rate the voltage awlied to the su~-

outs remAining in ti d exceed the nosd:" value, whas in the
Opm W. 0604wt
f
b
d
h
l
our-
ri
wioe the rated value in this type of
e "Itso is.
ge systmt
'
emergency In
Varlow foreign. biO"Olltap d-O tranodsvion Unes ww
tion wA, beift plarmd. matior*d wA their. parmatere are gi"n,
!the advances -vade In high-o4tep power rectifiers since 1940 are discussed*
.'Work van, begun on the rectifier wing used in the Volgograd-Donbase wyetm In-
1952 at the All-fton Asitrioal:
wirawring Institutes 'rhavarious p
Involved in the devel6pont, wA vonstruction of this dsvIco an disousseds
This aWs-anode pool wAt osUid the VR-9 Switron) is now beiq was-
produced at a [t ~ factory -in Nbscowe The overall dimeralons of
the rocUfter aft 6 X 242 ~ X" joh 16 A' Oomparism of the VR-9 ftitrw idtb
if the Wedieh-wde reo ifisrs:40ad. ii~,W -A A A (rhaind do 'bansitission 11in
t
3hWS that the SWiat.bj 0 OWW
rectifier is up to modern require-
ments with rsspsat~ td-Aiduli
6*a6tft4#Uoe wA construction* Orig, art,
hass 2. figmeso EJM]
ism IA"j. - r4m mm WS Ow
SUB Cm 1 108 09 OM Ws 002

-D
.~~2/2

- WX919--n-v-p-
Quartz ca.11brator for Umlng the receiver or the Zh&3
trannittor-raceiver not, Avtom,, telm, I sviazl 9
no,12s35 D 165. (Y-M 1911)
1, Stmhiy radloinshener Kaluthskay distantaii Moskovskoy
dorogi.

ELIV'OVI 0. r.
"Errors 5 of the Astronomical Universal Instrurent in reternina-
tion of Astronomical Points by Methods Based on the Itinciple of.Yoamw-
ing the Zenith Distances of Store,, and Their Investigation.* Cand Togh
Soi, Moscow Inst of Inginews of Geodesy, Aerial lbotography and Carto-
graphy, 24 Doe 54# (VK# 3.4 Doe 54)
Survey of Solont1flo and Technical Vissariationa refentled at USSR
Higher Iducational Institutions (12)
SO: Sm. No. 5569 24 3un 55

V-T -"- T).-?I
UP;
che3ki,-h prunr4tov sposoIALmis osnovannymi na j-rIntsi;.e ize-ronly zer..itrqkh
r-a-5stoyanly svatilj i ikh i-saledovanlyot 1954 19 a. 20 sm. (Y~-7o
vyssh. otmzovanip =11s lbsk, In-t inzldnorov Eculezil, a"mfoton
ye--!-..ki i kartogmfli) 100 akz, j. to. (54-54C6r)
ZO: KnizIA:r, LeA Vol., 1955
T un
i. &, ~, , m ISMI RIRIE

ILINDY, O.D. nd.takhosmuk
%IN
Tables for wrldvg circular curve@# fransp.strole 9
noolo16l 0 159* (HIM 1312)
(Rall""g- Ourveying)

ILINDY, O*D.. kand,tekhn.rAuk; MDXWV. Yu#V*, aspimnt
Oscillation of the axis of eight In theodolites during focuss-
togs Trudy M11GAIN no.36:i5-62 159, (KIRA 13:4)
2. Kafedrs, prikladwy geodesil Mookovskogo Instituts Inshe-
narov goodesit, asrofotoswyo*1 I kartograftio
(Theodolites
I

ZUUMSOV, Bergey Mikhaylovich; CHASMHIN, S.Ao. lash*-geodesist, retsen-
sentt-XLIXQL O.D.. kand.takhn.nauk. retsensent: KMTITET, U.S.,
4otsontj, retsensent; MCHM, 0,,P,. dots*nt, kand.tokhnonsuke,
retsensentl LXMW. N.L. doteent, rationsent: MMOV, O.Y., dotsent,
retsensentl GRIGMIM* TeWoo Insho-Coodesist. rateensent; PUNW,
AsYsi lush,-goodesistg retsensentl BILIXOT. Ye.1r,. dotsent, rede:
MOKIWO, P.I., red.lid-va: RMNOTA, T.T., takhn.red.
(Osodetla operations In the design and construction of hydraulic
structures] Osodesicheskle raboty pri prooktirovenli I stroltellsOo
91drotekhnichaskikh soorushenlis Nook-wa, Isd-vo goodelit-rys 1960s
17) pt (MIRA 1389)
(Hydraulic engineering) (auveying)

n.. kand.takhn.nauk
NJILbles for laying out curves of narrow-~ (750=s) milroms'
by IOA#8bch#gIov$ W4*hdomov. Reviewed br O.D.111mov,
Tramp.strols 10 wo5tL61-62 W I .(U (KIRA6 1313)
(411roads-CurToo and turnouter begloTe I*A*
(ndosov. 4)

ILIMT, O.D.,kand.takhmnauk
Freclelon of *hort-raW lovolovg, Trudy MIIQAIK no*4001-0
160. (MIRA 13311)
1. Kafodra prikladmoy goodesil Moskovskogo Instituta Insbensrov
goodesti, serofotos*y*Wd I Wtografito

01~D-, kandotokhnaauk
Warged vesssions of the Bnartment of Applied Geodesy of ttw
Mosoov lotituts for 14ginews In Geodesy, Atrial Photogsphy,
end Oartogrsphy. 12rudy NIMAZZ no.41sq5-0 160.- (NINA 13 t2l)
(Ow"T'ins)

S/53Y60/000/041/005/005
D034 D113
AUTHORs Klimov, O.D.# Candidate of Technical Sciences
TITLEs Enlarged sessions of the Department of Applied Geodesy of the
MIIGAiK
SOURCEI Moscow. Institut inxhon*rov goodexii, aerofotoewyeaki I
kartografii.Trudyt no- 41, 1960, 95-96
TEXTs During the 1958-1959 academic year# three enlarged sessions more hold
at the Department of Applied Geodesy of the MlIOAiK for the purpose of read-
ing and discussing reports on the development of geodetical engineering. At
the first session, hold in November 1958, Docent G.P. Levchuk lectured an
"Highly-accurats geodetical work duiing the installation and checking of ex-
tensive automatic lines". gis lecture was based on scientific research cos-
pleted at the Department of Applied Geodesy together with the Department of
Geodesy, and conducted during the installation of the guiding rails of a
conveyor for grinding and polishing glass at Gust-Ibrustalinyy and Saratov.
The lecture dealt with the checking and mounting of the guiding railesand a
Card 112

S/557/60/000/041/005/005
Enlarged sessions of the 404 D034~D113
new type of microlevelouporior to earlier models in that it afforded better
protection against temperature changes and was equipped with an Indicator,
etc. Data was also presented an the sinking of the conveyor foundations in
both of the abovementioned towns# During the second session, engineer VA*
Staroduboy, representing industry, reported on *Laying out of a structural
not, using methods of short-base parallactic polygonometry and geodetic ,
quadrilaterals without diagonals". By combining both of the above methods
the first of which was developed.by Professor A.S. Filonenkop and the second
by I*V. Zubritsklyt expenditure was reduced by three times. During the third
aesalon, P.1 brayt, Senior Scientific Co-worker of the N11 oanovaniy I
fundamentov iNII of Substructures and Foundations) reported on "Measurements
of deformations of hydropower structures In Czechoslovakia". The lecture
dealt mainly with instrumentation and methods applied for detecting structur-
&I cracks and tilts* In conclusion, the author comments on the success
achieved in this first attempt to combine scientific theory with Industrial
practice.
kSSOCIATIONs Moskovskiy institut inshenerov goodezii, aerofotos"Yeaki I
kartogratii (Moscow Institute of Geodesy, Aerial PhotogTsphy
and Cartography.
Card 2/2

0 Vop dotamt kmd*tddmonmmk
ibis# th# "olplo:of autoodUlmtion in SWOUS "trctmima
iwd'ooodotb ImUsafetso IffeTnAlabobouvol POW &*rcfo nO#41
27-37 162* (MM 16s2)
1, Mmkovskly imtitut Inamwoy goodoaU# aomfotoolynki i
kartopam.

'ACC No, AP6035832 ~A, A4) _SOUAdt _66DIfi-VA/6 _WX 61-ObOd ~0=5;0_3_1/0_037
INVM-4TOR: Bliznyukp us K.;_K11Mov&_.0 -V,a Libman B, Ya.; Troitaklyp
V'. H.; nokhlov, P. S.) Dotsevo Os V.; Kaiutskiy,'L. A.; Baym A. Lj
!
Verhainin, P. V,; Mandellbaum, Ys. A*j Varshavsklyp 8, L,; Heignikovp
N. No
Oft none
T:ETLE: Preparation of derivatives of trim and tatraphosphorio acids*
Class 12, No, 187019
SOURCE: Izobrotenlya.. promyshlennyye obraztey, tovarnyye anaki,0 no, 20,
1966, 37
TOPXC TAGS*. 9h.Md Q -M, 1 1441 W I alkyl trithiophosphate,,
alkyl tetrathiojhosp~it_ I "r"
61
, 4*,*) %. rI *.tu "4.%
ABSTRACT: 1. the proposed method for the preparation of derivatives
of tri- &n4 tetrathlophosphoric acids of the gessral formu-
la$

R,AP60391:032
(where R IS a lower alkylg 11 to & substituted alkyl or
aryl, and X to 0 or S)p physiolosLeaIL7 attiVe compounds
with low toxicity to mammals are obtained by tre&tIUS dl-
alkyl,trithlooblorophosphates with alcohols* mareaptanst
or thlophanols In organic Solvents in the presence of RCI
acceptors$ Preferably.tertlary sulasof lips]
EWA-50; CBS NO- 141
S1UB CODEs 07/ SUBM DATEs'2QW65
card2/2

GORGHWAt T*A.; Ea
Laoducing ability In mole-poar hytrIds, Blultumucho-tokhe
informoTM noslill-12 156. (Xim 22: 1)
(Roduotiont Chalmd) (Apple brooding) (Pew brooding)

h'. 4 / M, 0 V F. __D.
,.=R/Gonoral BioloGy. aonotice B
Abe Jour Bet lhur-sioli$ No US 1958# MU?
Author i filimov

Inst --
Con fir-al
Gonatics Laboratory imoni I. V. Hichurin
Titlo t I'lintor Rasistanoo of lomo Znzynae
Orig ~`ub DyUl. n-auchno-tokhn. inform Teontr. -,jnat. la-
'
bor. 1-., Ij V, %liohurina, 1957, vy-o.
3, 50-55
Abstr-ct The author dotarminad tho poroxidaso Activity
in avolo-poar hybrids and ontAblishod that ro-
poltud orossinS of Via first pniration of
hybrids,with southorn nears loads to a sozo-
whAt.docreawj in -iintar risistanco of tho so-
cond gonarati6n, incrossing at tbo samo time
paroxidasa -activity, The first xnvi tho vigota-
tive gonarations Are hiShly wintor risistant
and no difforance botwoon thom miy ba observid
Card 1/ 2

I IMO Vi r, -1~'
AUTHORSt belyayovskly, N.A.9 Xllmov,.f.l. 132-58-4-16/17
r1TL9% Conference on the Generalization of 9xp*rIences-GaIned in
Conduating Geological Surveying and Prospecting (flabocheye
soveshchonlys po obobshchentyu opyta provedeniya geologi-
cheskoy Oylakl I poiskov)
kEH100CALt hasvedka.i.0khrana Nsdr# 1958#Aor 4# pp 61-b3 kUjSR)
ABSTRACTi Called by the Ministry of Geology and Conservation of Mineral
Resources, this conference was hold In Leningrad from 25
Yebruary to 1 March 1950. More than 220 delegates from various
organivations of the Ministry, the USSR Academy of Sciences
and the vuses took part In the conference. Approved were plans
for geological surveying projects and geophysical regional
works elaborated by the Xinistry. The necessity of Improving
the qualifications of the geologists-surveyore and prospectors
was brought to attention.
A330CIATIONs Mintaterstvo goologii I okhrany nedr SSSR (USSR Ministry of
Geology and Conservation of Mineral itesources)
AVAILABLEs Library of Congress
Card 1/1 1, Geological surveying-USSR 2. Geology-USSR

VERUHCHAGIN, V.N.1 !VANOVp Tu.A.; NUATEVSIM# N.Aop g2ave rode;
AU21Mt A.Lp redtl M1OCXt1Mf A.V,p red.; ZATTSZVp LLP
red, I DOVp P.I. del XRMO'V,* Isle# red,; LAXXINj AA*p
rod*l OCmj V,N,,, rod.; 7ROMIKOVA,
X.Tass red, lsd.,uj 11 "A~NWA9 T**S*$ tekbno red,
(Instruction for compluiot aW preparing for publication a
geological map at a scale of 11501000) pupplement to Us
instruction for orgazising and conducting geological surveys
at a scale of ls5OtOOO and 3.t25.,0003 Instruktaila po mosUv2o-
ni:iu L p*lgotovke k isdoadiu pologlabeskoi karty woobtata
li5O 0001 dopolnenle k instruktaii po organizataii i pmiriod-
stvu goologasOemobEgU rabot masshtaba lt5O 000 1 1t25 000.
Moskva# Goageo2tokhWats 1962, 41 pe (MIRA l5t6)
Is Russia (1923. U.S,S.R,,) Ministerstyo po2ogli i okhraW nodr.

SHMERS 1,F,I- Lt !L'P-K-
Modified pulmonmT circulation following the Introduction of
adronalIne and vasopressin as a factor in the development of
pulsonartedems. Pat. fislol. I skop, terap, 8 no.4tlg-23
Jl-Ag 164. (MIRA l8s2)
1. Laboratorlys. fislologil "getatlynoy nerynoy slots" I
nervnoy trofiki (Zsv,- prof. A.V. Tonklkh) I kabinet "nt-
gsnodispostiki (say, P,K, KUWT) lnstltuta fisiologil
Imeni Pavlova AN SSSRO Leningrad.

POPOV, M.M. IKMOV I P. X.
Uso of anglocardlography in physiological *xWimentm. Blul. okep.
b1ol-i md, 30 no.IVIOS-210 D 160o (KIRA 34il)
1. Is toril, no fisiologich"kikh problem (say. - akadendk
KI.M.-Bykov d*G*aI*d)y)"IrA~titUtA fisiologii dmni IsP.Pavlova Akadeeii
nauk SWR VA. ftrj%. ZOGMIOGRAPHT)

'L#-X.N.j ~#2 ~.kwA.md.mauk
?"W"s of tM own* of pmumonia during tho innusam opidmic
of 1959. Boys mode 24 not 101" 0 160, (MIRA 13 t22)
I* Is U"psytiaMokogo L rentgamlogiabookogo ot4olailya -
polikliniki I laniagmdakogo mdiUijwkogo inatituta (Slamy
vrach - kand,,abdo navk A,,M, Sbukhtimat nauohmy ruko"ditell -
doktor md. muk %.I. Tolubsym).
(FNMNIA) (Immau)

KLIMCV, P.K.t POPM, N.M.1 SOLWIM# H.A.
Motor funation of the p1l bladder In intraysnous cholegmpby.
Trudy Inst, fisiol, 9192-86 160. (MIM 2413)
1q thboratoriya navrofisiologichaskikh problem (saveduyushchiy -
X;14.BYkoy [docessed)) i laboratoriya fisiologii pishchevw4miya
(saveduyushohiy - M.SolavOyev) Institute fisiologii in.I.P.Pavlovao
,(CALL BIA MI-MIOGRLMY)

KLIMOVP Pox.) POPMf memo
Motor *hanges in the pstraintestinal. traot fonowing trwimatio
damage to the oistooartlaular apparatus (radiographia investisation).
Trudy Inst, fisioL 91227-231 160. (MM Us 3)
is laborstorila na"wrof siologichaskikh problem (sayoduyusbahiy -
K.M.Bykov) wtituts f siologii in, I'P.Pavlova.
(AZIUMITIM A)UT04Y).WOUM AND MWLIRS)
DIGESTIVE CMAH&QUDIODUM)

K-LIKOT P.K.1 PGMp N.M.; SOLOVITWv CA,
Motor funotion of the gan bladder In &auto radiation gifts$&
(radiograp1do Investigation)* Trudy last, fisiol, 9s232-2* !60.
(Mlft 3Asl)
1q laboratorlys nevroflsiologichookikh problem (savedurisbohLy -
KIM.Pykov (de#asod)) I Laborstcr#a fislologil pishobevaronlya
(OaveduyushchiY - A.Y.BolowlywO Instituta fistologii In. I.P;Pavlwm.
(G= 100MM)
(UDIATION BICE=)

POPM M. M. KLDVV P, 9,
X-my kymgraphy a methad for tho pk-ftiological study of the
gantrointestiml traot. Biul. okop. blol. i mod. 3(1.0.531 U0.38
120-123 Mr 162. (MM 1514)
10 Is laborstorii nqyrofialologichss~dkh uroblv% (sav. - skadomik
KIM.Bykov (doce"ad)) lutituts, fiziologii imoni I.P.Pavlon (dir.
alldemik KABYkov Ldeamsed)) AN SMO Wskva. PrWstavlersa
Wcademikom V H.Chernigmakim.
ismuPH) (ALDUTARY CAIWR&DIOMAPHT)

39192
S/241,110007/003/003/003
AUTHOR: Klimov. P. K. 1015/1215
TITLE: Functional changes in the lymphatic system following acute radiation sickness together
with osteo-articular injuries
PERIODICAL: Meditsinskays radiologiya, v. 7, no. 5. M. 43-48
TEXT; Experiments were carrW out in winter time on male. sexually mature rabbits weighing 2-2.5 kg.
The methods or study or lymph circulation, the technique of traumatizing the tarsal bone of the posterior
extremity and the dosage of irradiation are such as to show that irradiation together with osteo-atticular
traumata brought about marked lympathic changes: dystonis of lymph vessels. impaired permeability.
and retarded passage or contrast lymph. The disturbances in the lymph flow atte also more marked in the
combined lesions (radiation sickness together with trauma). than in trauma or radiation sickness alone.
There is I figurt.
ASSOCIATION: Laborstoriya neyroliziologicheskikh problem (zav.-akad. K. M. Bykov (deceased) Ins-
titute fiziologil Imeni 1. P. Pavlova AN SSSR (Laboratory of nevrophysiological pfoblems,
Dir.-Academician K. M. Bykov (deceased). Institute of Physiology imeni 1. P. Pavlov. AS
USSR)
SUBMITTED: Slay S. 1961
Card III

X-MOVI PAO
runational changes In the lymphatic system in acute radiation
sickness in combination with traumatic lesions of the ostsoarticular
apparatus. Med,rad, no,545-48 162. (MM 15:8)
L Is laboratoril noMfislologlebeakiM problem (save - akad,
K1H* Bykov (deceasefl) Inatituta fisiologii Ineni I.P. Pavlova
AN SWRO
LWUTICS) (MMATION SICMM)
NES-WOUNW AND INJURM)
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hnotional obanges in Vw pstrointestinal tract in patients vith
peptic ulcer of the stomach and duodenal bulb after Ingestion of
cabbage juice (X-ray study). Torap.arkb. 33 no.8s28-32 161.
(mm 1511)
1. Is laboratorU fisiologU pishchavareMp (sav. - prof. A.V.
Solovspw) Ustituta, fisiologii Imea I.P. Ptylaft AN MR i
polMiniki I ladngradekogo meditsinskogo institute,
PEPTIC U=) (ALIXMOAFJ CANAL--RAMOGRAM)
CTAWA JUICSS-PHYSIOLOGICAL I"