SCIENTIFIC ABSTRACT VOSKRESENSKIY, V.A. - VOSKRESENSKIY, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001861030005-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VOSKRESENSIIIY,- V.A.; SHAKIRZYANOVA, S.S.
Increased strencth of polvvinyl chloride in the presence of a small
a.moitnt of plasticizern added. Izv.vys.ucheb.znv.;khIMJ klilm.tekh. 6
no.41643-646 163. (WRA 17:2)
1. Kazanskiy inzhenerno-stroitellnyy institut. Kafedra, khimii i labora-
toriya modifikataii polimerov Instituta. organicheskoy khimii AN SSSR.

YOSKRESENSKIY, V.A.; ATAMANOVA, V.V.; BYLIYEV, V.A.
Effect of low-moldcular weight liquids on nome polymeric compatible
systems. Zhur.prikl.khim. 37 no.1:145-149 Ja 164. (FJRA 17:2)
i; 7~777777777

VOSKRESEN,SKIY, V.A.; KOZLOV,, L.M...; KARASEVA, M.V.
Some nev types of plasticizers for polyvinyl chloride. Zhur,prikl.-
khim. 36 no.6:1300-1303 Je 463, (WIA l6s8)
(Vinyl compound polymers) (Plasticizers)

ALEYNIKOV, A.I.; BAKLUSHIN, I,L.,- VEKSINO I.N.; VOS, SENSKIY,,,Y.A.;
W_ ~
GONCHAROV., O.M.; LYULERKOV, V.I.; SHIROKOV, V.N.
Investigating the throw mechanism of a charging machine on
ferroalloy furnaces. Izv. vys. ucheb. zav.; chern. met. 6
no.6:204-208 163. (MIRA 16s8)
1. Sibirskiy metallurgicheskiy institut.
(Metallurgical furnaces-Equipment and supplies)

2
AUT H ORS iVockresenukiv 7 A. f Eos I av 11. M. t Karasova_, M. V.
TVLEs Some nev pLagiol;Irs for
SWR=Et '"'burnal prikladnoy kbinit, v. 36, no. 6, 1963, 1500-1305
TOP1-' TAGGt polyv"ylchloride, plasticizer, nitrocampounds
ABSrRACTIs The ertudiee of a plasticizer'a effect on polyvinylehloride of some
nitrocompounds and their derivatives show that !t does not- depend equally on the
cho-mical etriicture of the plaqtlicizerp, and occars only Fifter reach'Ing &
cha:.r. 1 eni-'-',. -, ELrd tl'.at Eii ng cllz~-rs nave a ar-al " cns,. stency
w'. tr T c - y-m e rtray ~,7e stiff fi.--a and have az-~ incIlInation for migration to the
surface dur1mg storaETe and explol",ation. It has also ocen diown that a plasti-
cizer of linearitructure w-ith insignific&nt sidt furcationa and plasticizer of the
furcative structure with long side chains combine well with polj-Tinylohlorlde,
the7 d,-r.'t havc* a tendency t.-vards mi~~attor. durIng storage and &ive maximum
~-'P-;;t I T" -f~act vi th sufficl ent ly tlgt etabi 1.1,
_~Y tavarda water and gae,?1ine.
~-r't na-I k sa, "I-
Card

VOSKI'lls'"JISKIY, V, A,
VO-SM-ISENSKlY, V. A.-I'llistory of the beveloprRrit of A,-oric.-C-tric Pl~!51~..ns
in Runsia and Ule Min Hirt-er Ee;l,-!catic-,n
Droer of' Lenin Aviation Tn,,t inomil Sirrr) 0,6z'i,~n1kirize.
(DIsrertatiorl for the I)cj.-j,rjc, of Crindirlite In Technical Science)
50 Knizhanky letopist
No 21 lgr6

Ny
d

VOSKREBBITSKIYt V.A.
engine performance In conditions of the 34treme
North. Kolyma 21 no.2:32-34 7 139. (KIRL 12:7)
IsGornoyeupravlaniya Magadanskogo eovnarkhoza,
(Russia, Northern--Gas and oil engines)

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i~s, : :,: ~ ~ : . - -, -~Ii ~ i, , ~11,- - ~~ , ", . - - . "I __;:Q

VOSXMMISKIY, Y.F., inzh.
Analyzing damages to line bar inBulators in the German Democratic
Republic. ergokhoz. za rub. no.5-.47 5-0 159. (KmA 13:2)
termanyg Ust-Electrio inaulatore-and insulation)

VOMVIZIO-13M, V. M.
VOOVIMENSKIYj V. Yj. -- "Maom Transform4tion In
Alloyo and Asometo of RecryntaUlzation Omnnoct,3d wM, The:-,,3."
Min Ifigher Eduoatinn U3SR. Fioscow Aviation Tmchnologtcal Inst.
yy)--c-nw, 1955. (Dis3irtation for the De,-vree of Candidate in
TecLnical Sciences)
Sl: Knizhnaya Jetopis', 1956, pp 102-122, 124

VOSMESENSKIY, V.D., Engineer
"How to Peonir Cracked, Heavy Mqchine Tool 13odp." Stanki I Instrument Vol. 15, No. 1-2,
19114.
BR 52059019

VOSEMBSENSKlY, V. D. , Engineer
BE-52059019

_. vOSKRZ4NSKIY,_V.F* if
Renewing and checking puncture-type cutouts for transformers.
Nnergetlk 4 no,10:38 0 156. KU 9; 11)
(Ilectric cutouts)
I

VOSEUSINSKIY, V.F., inzhener.
Method of checking socket contact spring2 of the YM-133 2witch.
Blek.sta#26 no*1203 D 153. (MA 9:4)
(Blactric switchgear)

~VOSKRWM- rY, Y.F., inzb.
.1 . 4.
In reference to Engineer I.G. Koroviakov's article. Blek.sta. 29
no,5:73-74 M7 158. (JURL 12:3)
(Electric circuit breakers)

VOSKF4CSZMI'f, V.7., inzhener.
Eliminating defects of VXG-133 circuit breaker insulators. Ilek.
eta. 26 no.3:58 Mr 155. (MM 8:2)
(Electric circuit breakers) (Bleatric insulators and insu-
lation)

TOSppjWMjj,_Yf7.t insh,
Periodicity of general overhaule of TUG-133 cutout$
located at 21ne junctions. Inergotik 8 n0-7826-27
ii 060.1 (Blectrio cutout*) (MIU 1318)

TOSMSZNSKIIL YLL, lush. I KOROSKOVA, T.P., Insh.; UTMN, I.S.,
insh.; PITROV, T.M., lush.
Review o f F.D. DoroWnIs artiole "Are line separators
nooemsaz7?* Ilek.sta- 31 noo3:91-93 MY 060.
(NM 13:8)
(Blectric power distribution)
(Ilectric switchgear)

4~ < L~ I v
VOSMSEITSKIT, V.F., inzh.
Using moist insulating oil in certain cages. Energetik 5 no.9:22
'57. (Electric switchgear) (MIRA 10:10)

6 11,11re e~s "I'VIIIN S/K / Y. / '47-
VVjKRME%SXIY, 'V.F. .,-Inzhener.
L
Joining copper lesda with alumitum busbars.
J1 157,
(Electric contsictors)
Slek.sta.28 no.7:91-92
(MLIPA 10.-9)

VOSKMENSKIY, V.F., inzhener.
Experience using oil-filled transformer leads. Zlek.sta. 28
no.8:75 Ag 157. (MIRA 10:10)
(Electric transformers)

OSKqf--SEN-~Ki~, V-F.
Subject : USSR/Electricity AID P - 1533
Card 1/1 Pub. 26 - 29/36
Author Voskresenskiyp V. F., Eng.
Title Elimination of imperfections of insulators of circuit-
breakers of the VMG-133 type
Periodical Elek. sta.. 3, 58, Mr 1955
Abstract The author describes the faults occuring in the
above circuit-breakers as caused by imperfections
in the structure of the insulators.
Institution: None
Submitted : No date

VOSKMIMITs T,r., inzhener,
Investigation of SP-110 stidk: insulators# Bleko sta. 27 no.lo.-38-39
o 56. (MIRA 9: 12)
(Ilectric insulators and inxulation)

VOSKIMSINUI!, V.7., inshener.
----
Lead-in defoots of transformers built by the VEX firm. Inergetik
3 no.3*26 Mr 155. (nU 8:2)
illeotrio transformers)

1 , VO.-) YDC"'J:~' NIJKly, 7, ,,,
2. ussit (6oo)
4, Electric Croles
7. Testing czible itiqul&tlon.
A--b. aner6;. 2 no. 10 , 1952
9. Monthly List of Russian Accessions, Library of Congress, J"uLxy 1953. Unclassified.

Subject
card 1/1
Authors
Title
USSR/Electricity AID P - 2927
Pub. 26 - 24/32
Bazhanov, S. A. and V. F. Voskresenokiy, Engs.
Device for measuremenf-'oFf"t"Mem angle of d'-1electric
losses
Periodical Elek. sta.. 7. 56-57, J1 1955
Abstract The authors analyze the design of the different
measuring devices built according to "GOST" standard
specifications. Four diagrams illustrate the expla-
nation.
Institution None
Submitted No date

C-, f~D
AID P 4067
Subject USSR/Power
Card 1/1 Pub. 26 - 25/33
Author Voskresenskiy, V. F., Eng.
Title Controlling springs in the winding box of the VM-133
circuit breaker.
Periodical : Elek. sta., 12, 53, 1955
Abstract : A short article on over heating of springs In circuit
breakers and on their possible control.
Institution : None
Submitted : No date

ID
AID F 1940
Subject USSR/Electricity
Card 1/1 Pub. 29 - 20/31
Author Voskresenskiy, V. F., Eng.
Title I nrerxcfsw~ trn Thneel W1 leu 4a Wd. s-e "o f t h e V E M t r a n a f o r m e r s
Periodical : Energetik, 3. 26, Mr 1955
Abstract : The author refers to a note published in this journal
No.5, 1954 concerning some deficiencies of trans-
formers produced by the VEM plant. He points out
a similar fault, explains its origin, and recommends
some preventive measures.
Institution: None
Submitted : No date

VOSKRESENSKIYj V. F.
"Testing of winding insulation of electric machinery)" (impulse tests are being
applied for rotary machinery. Some of the problems in this field are still not
clarified). Industrial Powero 7th edition, 1952.

VOSKRESEKSKIY, V. F.
Vosstanovlenle Izoliataii I remont, vysokovol't kh vvodov fRecorditicnIrg,
insulation and repair of high-voltage lead-ins:7. Ebskva Goserergoizdat,
1952. 74 P.
SO: Monthly List of Russian Accessions Vol. 6 No. 9 Deoember 1953

Electric !!otors Testinr
v of the ro;l in-mulation of lele'ric motors. encr~., 9,
Pjvient5:te tentin,
monthly List of Rucsian Accessions, LD)rary of Gonr,resv, Octuobar 19152, 1.71GLAf:I'IF:n-

Inductors
Insulation, Electric
7ob 49
"Defect In T"o PNB-35 Inductors," V. F.
Voskrevenskiy, X. P. Tyagunor, Ingineere)1/3 P
"Zbk Stants" No 2
Bofors to iusulation testings, conducted by high-
voltage laboratories, during which subject in-
ductors vere rejected. Discussiss various do-
facto and empbasizes necessity of improrring con-
struotion.
"B 41A9T18

Reconditionin- of Insulation cnd RepUr of ";i---h Voltaile Wuhlw!s (Voostanovlerdve !z-
olyatnii i remont v.1sokorolltynk-li 1,rvodov') 'jooenorgoLl..'t, 19~~2) YI: JIL.-~e3.
This book --'cscribc3 various tq.es of [d--,h-voltaCo bubhings.. Special feziturC3,
shortcomirv,s, and various nspects of repair work are disc~Xsed, inrludiji,', repair of
the porcelain of linin.-s, restoration of the conducting covering) reinforcement of
procelain, varnishing of bakolite parts, and refillin,.- buohin-s irith narAic. The
L U
book also describes nethods- for restoration of the insulating properLiez of busilLnz
by drying, disassembly, and asser-,bly durir.,, repairs; the e1inination of def,-,cto 1.n
leads; tests during repair3; and restoration of InsulatiriC parts of apparatur, (in-ucr-
ior insulation of circuit breakers; -arts of Deion CrIdL;, and ot'hers).
The book is intended for wor?nen at electrical repair sl.-Lops and laboratories of
power installations who are en-a.-.-ed in rep,7ir and reconditionin" of ins-'LL-ttion.
SO: W-30262

Eloatric Leakage
Error in measuring leakage. Rab. energ., 2, No. 7, 1952.
9. Monthly List 2f Russian Accessions, Library of Congress, October 1951 Unclassified.
. I -- A

UNR/Eie etricity Motors Jul- 2
"Preventive Testing of Inter-Turn Insulation of
Elde-tric Motors," Engr V.- F.'Voskreseriskly
Prom Energet, No 7, pp 14-16
Discusses principles of pulse testing as applied.
to inter-turn insulation of motors. Advocates fur-
ther research on pulse testing to resolve outstand-
:ing problems and further industrial adoption of it
.to clarify advantages of different procedures. Men-
ti'ons plant use of pulse testing by elec industry
and pcrjer - s~stemb incluaing Mosenereo,
Sverdlovenergo, as well as production of instrument
SM-1, designed at VEI, by elea industry'. 248T51

V;OS =SNSKIY-,V-.F.p inth.
,~-K
C~angeB in "Electric tranisformer3" of the new "Repulations for
operating electric power plants and electric networks." Enerretik
9 no.7,30-31 JI '61. (MIRA 14:9)
(Electric transformers)

VOSKRESENSKIY. V.F., inzh.
Operation of el6atric paver Bystem under oolled conditlom. Elek,
eta. 32 no*4:90-91 AP 161, e , OUM 1-4:7)
(Electric power 4jetribution)

5DJEK/Y' V,
67-1-18/20
AUTHORt Voskrosenskiy, V. G. , Engineer, Consultant
TITLE: Answen to Letters to the Editor (Otvety chitatelyan)
To Comrade V. N. 011khovik; Shchekino, Tulz, Oblast
Nov. 0l'*,hovik4V.N.R,.jhchekino, Tul'skaya obl.)
PERIODICALs Kislorod, 1959, , N. 1, P_:~- 45 - 45 (USSR)
ABSTRACT: Question: Why does a better self-purification take place
under conditions of wallar differenceg of te-iperatlarc at
the ,cold ends of th3 re.~;enerator ?
Answeri '-'lie air in the re-snerator is cooled by *oot blastinal
with it -.iat3r and carbon dioxide, which deposit on the co-
verin,3, are separated. 1--ediately before the beCirnin,-, of
tbe cold blastin,; thr) te.,.ipcra.t,,irn of tho re~;enerator cover-
inC in alrioit the same --A3 tho air t,)mpornttivi at the end of
the hot blait. 'The nearer the tomperature of the baCkflOW t;as
is to the te-irperature of the coverinj the more intensely the
sublimation of the components take3 place. 1,1oreover, the
hi,rher tbis te:-iperature ic, the smaller becOM03 t1-e difference
Card 1/2 of~tea-;~eratiire bet-ap-en forvard- ond bac%flow current at the

67-1 -1 -3/20
Answeisto Letters to the Editor. To Comrade V. 11. Ollkhovik; Shc~c':ino,
Tula District
cold end of the reSenerator. As at a smaller difference of
tomue rat tire a at the cold end cf thev-~,,,enerator the deposits
pre;ir4tatcd there are ta',er away nore thorou~;hly by the
backfiow current the 113elf nuri f i cation" canin riorn tliorouf:h.
The conovItant h.~rp JircO3 hia readorla attention to thf,,
faQt that thJo -.,n'-,y rofero to kleposit3 .)f humidity and CO
The deposits of cry3talline nature*havc to be exnlained 11~
different ruethods t-!d it is recorimc-nded to the reader to
take mnro 4etailpd data on this fr-.:-, t:ic~ book I'App.-ratu,.,
azie, 111achincr,, of Ox.-~-,cn Planta" by the All Union Scicntific
Rcucarch inStitUtO fi~r 0-1"";en 'L-Whine Buil-dim- ~-.n(' from thc
vror'~-s by V. P. G-JtOV "-0117,13tal bl, ,t-*.on cf
iL&.ticr. and Su
Air Co,-,Torc-nt--c-7'7p,;,-I;--Ctures) in Recerel"t-tors" and by S. Ya.
Gcrrh "Lcy, Teu.rexat--=3 CoolinCII.
AVAILABMi Library of Con,,,ress
1. Air-Purification
Card 2/2

VOSK~XSENSKIY, V.F.
--------- --
Necessity for conducting hydraulic tests of the tanks of VVN-110
air-filled switches. Energetik 11 no.5143 W 163. (MIRA 16:7)
(Electric switchgear-Testing)

3/oai/62/000/018/026/059
B-1 77/B1 86
AUTHORSt Gorokhov, V. 5&9 dalovt B. S., Zhuravleva; I. N., -Vo:3'Kresen-
i G
TITLE% .Air-separation plant SP-5(BR-5) designed by VNIIKIMAUh
PERIODICALt ,Referativnyy zhurnal'. nimiya,' no: 18, 1962, 339f abstrnet
18K67 (Tr. Vses. ni.*-i. in-ta kislorodn. mashinostr., no. 4,
1961, 3.- 25)
TEXTs A flow diaGram is given, together %-Ath'a description of the sub- 3
assemblies, of the BR-5 air-sep3ration plant, having an outPut'of 5000 in
02 per hour designed to produce low-purity. and high-purity oxygen with
extraction of a krypton concentra.te. The separating unit works on t1le
principle of a single low pre3zure, vaith expansion of part of the air in a
turbo-e;cpander from vhich it iz led into th~ central section of the upper
column. The tripleblast principle prevents the rc'g~nerators freezing. The
plant i*b cquipped with remote-control and telemete(ring instruments.
[Abstrncter's notet Complete trannlation
'Card 1/1

GOROIG.OVJI V.S. P inzh.; SALOV, B,S,, ir-zh.; ZHURAVIZIA, inzh,;
.
BR-5*air separation apparatus of the All-Union Scientific
Research Institute of Oxygen Apparatus and Machinery. Trudy
VNLIMIASH no.4,-,3..2r, 761. (MIRA 15:1)
(Gases--Separation)

'it 0"f-f-tqjIqI #I A jo~
6166 ~01160
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. VOSKRESNIISKIY, V.I.; YAYZULLIN, F.P.
, Some metW~of electrolrtic deposition of metals on plastic
substances. Uch.sap.Kaz.un. 116 no*5:69-72 '56. (MLRA 10:4)
le Kafedra fizicheakoy khimii.
(Electroplating)

I
V 411 5 /< ~? P 5 " -115.,~< ~j 'Y' ~, ~)
VoSKRASEN3KIY, V. I. (Prof.)
method,"
"Concerning the tracheotovq in anirrals according to Prof. V. K. Voskresenskiyls
SO: Veterin iYa 30; (9). Sep 53
Veterinarian, Krannoslobodsk Zooveterinary Technical School, Mordovian ASSR

VC.SKRI- M_ ,.e,,Kly V. K. Professor, Doctor of VeWrinary Sciences,
'oowterinary Institute, Ceorglan 55R. Trach--,otcpy withr-ut the c&mula.
Source: Veterinariya; 25; 6; June 1~%8; uncl
TABCON
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A
Molotova. Uchon-Zaplold (':olotovskly Cos. UN-T Im. Gorbkogo), T. iv, Vyp. 4,
s 89-103. -- Bibliogr: US 1,,azv.
SO: Istopis I Zhu.-ml Statey, No. .10, lllo3cow, 1,048

VOSFM SMKIY, V. F.
25408. VOSK-r-5-1:11MY, 7, K., K-MMS-N, A. M. i IRUCIVII, I. V,
G lina der. Ustb-Tui Dobryanskogo rayona Holotovskoy oblasti. Uchen-Za-is~m
(Molotovskiy Gas. UN-T imi. Gorbko-,-O), T. r1. yyp. 4, 1948, s 105-U.--
Bibliogr: 6 Nazv.
SO: T8topis' Zhurmal Stritey, No. 30, lloocow, .11~',48

U 4;4 tjA jilt nAn It bjen js.vnm-nll JIB J45 Is At is it v
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~e 0 ',A
oo is 1 46
'00 is
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* 0
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V, U,-. Vogovism" and T. K. Dolir Waing - PM. In it, 0
M. Resserch Food led. (LenuWarl) 2. Ko. 2, 23 a I Dobminina. 1144. 440 !..-The tewithrily of o6ybmn oil 00
00
00 r 41gul.-Saybeen milk 6 niside by ~klag 2 ht*_ and to Oxidation and its liquid con"istrist-Y at Cadinary, tgmpft~ -00
n y "ou
tbor
' lil hdyin4; looser Kinking gives Water fat are olistACICS to its successful u" in clsoculaite recipes;
00
IMM. . in cam. producd-1
so t )r% stable emulsisin. I tint theft diffik-ultiei crin lie overcome and the prw- *0 0
e0 A the material ousy be hulled fie wholetbeens. thormStIlY
ftworteni" in Witter a kost I hr. tbtn coke from filleritts wylierin milk can tic used to vmd aid -0 0
d and him inchm9late monsi(. TrIoNwrnma4abylilcosi-
00 tkkuw with water and efflulisitLed M least 30 min. P$%- Vast
TO 6 Substitute MG& ley 00
00 teita"tion is at so, lot 13 min. U. Soybean crew. I'll is I taken IMtIO1 and With
'90
wc=*4tJo4 sunflower
lisid. 31-4-boytmesin crimus can be ism-it by "t"OUS by -vrd oil. noth types ad product 1.40
911 Uty. 7-Irtbods of prrpa. use described
the Witter content of the emulsions cc by ervereling The V, "=X, La. IN 7 ftiiylan -milk residue ca; 1,00
vallk; the Incirre-0 In tat contest may be Over 9-- be sweetened and 14wded with residues Iturn jagn (of Y
1 40
=the milk and 4-A!-t, In the crestm. Tbendarous ag ui&nuf. to make a juisd quality pk filling. e. g.. Ii.0
00
of wylions Is *A. In Iflo and Ht#O, va;aUk Trith ru IRI liatts rach n( apple -butiff rmlilue, sugar and soy 0
So
istesim. unit reduces lichiling soln. Its N content Is no- tir" relIdur. VI. stm~ M44b4*4 fair $07.
Certain; robebly the C- PIS- Talk$ in lics-Is of differ"t beanswithauW. I.A.0tsc.-gardandICA
K tiks
0 ,
cwuupo. U1. S"b*m NWYMG and Unit "tivil- NJ. rill-A.-YU. Preanniag soybean-tan' restsiste ;ollr
00
00 V N. V. Novotel'tiov. 161d. 34-40--ou7bd- COUtAill use io saakfall cracksirv. 1. A. Otiertard and H. K.
00 oxidaw, pgotesse and ureaw. but tests dA not -TW tbt Kistle". Ibid W-413.-Dry r"Idue from "bean milk
go
0 1 any lipase. The mUk must bit PutcurkW lit m.nul. is jult siable I* starsiv and Is sensitive to beet; A00
00 is
00 2 %?"IT108 min. to Inactivate the enlyined: at the U"W but with a final maliture, cuutcut of 12.9-13% It ha. ,ow
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Iscidity it may be t several days, but nut lonla be- kerving quatitko. It can also be pfesecv*4 with 3% &it.
IF cause Of IMCIrrial ~Ia e. TV- UMLRS Brut Pev" C40M lactk- arid it circuni%tsm-ci wvrwit the added exist, .00
0-
0
I ~. trM soybean milk In "ti. awtst. i.S.'". K Itilisre F. Smith 400
I
0
00
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TOSMSINSKITO V, me
r-1
Accessory pancreas and its importance, Khirargila, Moskva
no,7:69-70 July 1950, (CIAG 2011)
l' Of the Surgical Faculty Staff (Head - Prof. V. M. Vosk-
r:senskiy), Tomsk Medical Institute imeni V. M. Molotov
(Direotor -- Prof. S. P. 11iodkevich).

VOSKFMBMKIYI T.H.
Ligature of the iliac vein in spontaneous gangrene. TostAhir. 70
no.2:32-35 7 050. (CIXL 19:3)
1. Head of Department of Yaculty Surgery, Tomsk Medical Institute
imeni V.H.Holotov

V. M.
2, uM (600)
4, Medicine
7. Acute pancreatitirij hoskvaj, Medgiz; 1951.
9. Monthly List of Russian Accessions, Library of Congress,
953. Unclassified.

vWMEnXTY-1 V. it.
Heart - lJounds and Injuries
Remote results in sergery of gunshot wounds of the heart.,, Khirurgiia, no. 1, 1952.
9. Monthly List of Russian Accessions, Library of Congress, may -1951. Unclassified.1
2

YOSMMSKIY, Vladiair Mikhaylovich; LOTYSHHV, I.P.. red.; KHLOBORDOV.
V.I*-, te 3n.red.
[YeYek Ilealth Resort] lCurort Bisk. Krasnodarg Krasnodarskoe
knizhnoo lzd-vo, 1960. 34 p. (MIRA 14:2)
1. Glavvrach kurortuoy polikliniki. g. Myek (for Boakreamnakiy).
(MVYSK--HEALTH RESORTS, WATERING MACIS. WO.)

YOSDZSEIIsxry, V.H.
.. -"'
Treating hypertension vith Ionized air, Top,kur.fizioter. I leche
fiz. kul't 23 ne.41370-371 JI-19 '58 (MIRA 11:8)
1, Is pollidiniki kurorts Toyak,
(HMRMISION)
.(AIR. IONIZM--TMMAPMIC USE)

.
MARKELOVI 9. V. j YAXUTO"ITCH,, V. V., NOSKRESVISKIY, - V. N.
Dynamometer for '-Chin-.Sheeted Lattices. Steel 5, 185, 19h5-

----------
0373.96 BOOK EXPLOITATION
Makulov, 0, Z.;
~Baysh., L. 0.; Brusteyn., L. I. j Vos)To
Hirzabekov, Go 0*1 Nesmelov, So V,; Nemirovskiy,, A, Doi Pavlovskiy.. A. No;
Shendler., 1U. It
'Devices for control of pressure, mpera.
outlay and quantity of material level, te
ture, Secondary devices and multiple control machinery. v2 (Pribory* kontrolya
davleniya,, raskhoda i koli2hostva veshchostva., urovnya,, tomperatury*, Vtorich-
ny*p pribory* L mashiny* mnozhestvennogo kontrolya, Kn, 2)j Moscow, "Nedra",
1964, 870,p. inus., biblio.,, index. Errata slip inserted, 5,9300 copies
printed.
iTOPIC TAGS: pressure measuremorrt, manomster, diffmanometer, flowmeter., level
measurement,,, temperature measurmWt.,, therroccuplelther;%al expansian., electrical
~resistanco thormorAter,, current ratio measurement, electronic computer
.iTABLE OF CONTENTS [abridged]%
:Foreword - 18
i8ootion I Instruments for meaum-ing pressure and rarefaction (G. 0. Mirzabskov)

037196
AM4
Ch. 1. Introductor7 remarks -- 21
~Ch. II. Instruments for measuring atmospheric pressure 24
~;Ch. 111. Differential tuba.manometers -- 30
th. IV. Floating diffmancmeters of the D? type which show and record with an
electrical contact device - 42
'Ch. V. Ring diffmanometers 64
Ch. VI, Bell diffmanometers 80
Ch. VII. Membrane diffhanometers -- 87
iCh. VIII. Draft gages, pressure gages and membrane draft-preasure gages 132
,Ch. IX. Manometers, manovacuuzeters., and vacuumeters with a tube spring 149
Manometers
Ch. X.
!Ch. XI. Electrical manometers -- 201
'Ch. XII. Auxiliary equipment - 207
Section II Instruments for measuring flow and =ount, of liquids, gases and vapor
~Ch. XIII. Classification of instruments, Units of meamwe (A, N, Pavlovokly)
214
Ch. XIV. Moasuring the flow of liquids and gasoo fwm the flow rate (L. 0. Baysh)-~
220
Gho XV. Moasuring flm by the method of a variable drop in pressure L. 0. Baysh)
225
'Card.

AX4037196
Ch. XVI. Special instances of measuring fl(rd b7 the method of a variable drop
in pressuro (L, G, Bayah) -- 241
'Ch. XVII. Design of contracting devices for meamwing consumption by the method
of a variable ch-op in pressure (L. 0. Baysh) -- 260
Ch. XVIII. Instrumenta for measuring flow by the method of variable drop in
pressure (L. 0. Baysh) -- 287
Ch* XIX, Auxiliary equipment for measuring flow by the method of a variable drop
in pressure (L. 0. Baysh) -- 299
'Ch, XX. Handbook materials necessary to calculate the normal contracting devices
'by the method of a variable drop in prossure (L. G. Baysh) - 326
Ch. XXI, Flo*wmeters with a constant drop (A. N. Pavlovskiy) - 345
Ch. M1. Liquid and gas gages (A. N. Pavlovskiy) - 355
Instm-rierrtus for measuring the level of a Uqui
.Section III d (So V. NPOMelov)
.Ch. XXIII, Floating level measurers -- 368
Ch. XXIV. Hydrostatic level measurerc - 439
Ch, XXV, Electronic volumotric level measurers -- 451
Ch. XXVI. Radioactive indicators of level -- 459
Ch. XXVII. Various level measurers - 472
Section IV Instrumenta for wasuring ~nd regulating temperature (Vo No Voskresen-
skiy and V. A. Nikitin)
Card

I * , *
!Ax4037196
'Ch XXVITI. Instruments for measuring temperature based on thermal expansion 487
iCh: XXIX. Electrical resistance thermometers - 502
'A. XXX. Thermocouples - 525
':Ch. XM. Radiation Pyrometers 540
,Ch,, XXXII. Auxiliary equipment 549
Section V Secondary instruments
'Ch, XXXI11. Magnetoelectric measurers of current ratio (Yu, I, Shendler, V# A*
Nikitin) -- 555
;Ch. XXXIV. Pyrometric millivoltmeters (Yu. I. Shendler) -- 566
.Ch. XXXV. Automatic electronic leveling bridges (Yu. 1. Shendler) - 575
."h. XXXVI. Automatic electronic potentiometers (TV. 1. Shendler) -- 638
:Ch, XXXVII, Inductive telemetric system (L. N. Sergeyev) -- 697
,Ch, XXXVIII, Differential-trans former system of transmission (0, G, Mirzabekov and
L. N. Sergeyev) - 708
Ch. XXXIX, Ferrodynamic system of transmission (0.'G, Mirzabakov) -- 741
~Ch. XXXL General elements of secondary electronic instruments (Lo 1, Brusteyn)-
752
Ch. XMI. Pneumatic system of transmission (G. G. Hirzabekov) - 773
'Section VI Syste;w of control and regulation with high-Dpood electronic machines
:for centralized auto=tic control and regulation of opginearing processes (G. Z.
;.Card-4/5

fAM4037196
'Ch*XXX)=. Designation, operating principles, circuits, and classification of
systems of control and regulation with electronic computers for centralized
control and replation of engineering processes - 786
,Ch. L=III. Circuits and design of basic functional blocks of machines for
I centralized control and regulation -- 796
,Ch. XXXX1137. Control-information and control-information computers -847
'SUB CODEs EE., F? SUBK M EDs 300ot63 NR RV SM 045
;MMI 007 DATE ACQt 06Apr64

VOSXRESKNSKIY, V.N.
Piston-type matut motors. Priborostroania no.6:28-31 is '56.
(HLRL 9:8)
(Kazut--Xeasurement)

MMLOVI V- V- ;YAKUrOVICHo M.V.; VOSIMMISUISKIY V-11.
L --
Dynammeter for Thin-Sheated lAttices
Steel 5, 185, 1945

WO =,Vj V. T ; YAKUTOVICHI M. V.; ~;. ~i..
Dynamaaeter for Thin-Sheeted lattices. Steel 5, 185, 1945

4 1 1 fA I 11: is 14 Is 16 if to to a 11 x

ts _ - -
4 A 1. 3L. V

WA)C. r. A.
94ciric WsWfim d Wkm. IT-Ax. Id.

n
1*4.). 1t"411,11,141.17 m; a I'A'", (11). 3vul), 1
00 V taita. isto
A rosativerhensive survey of, tbo wafusus inettmPlor, circuit 1-y

1, aplarpittis for riecorie wrWine 44 Ierrm, iinit nirm-fernou- %tirrii it ?r efinfisetp.
'
4 Ase.. sislit rvainl4ra owl
satt*("wy skipt defrill1wr *04hiss, HrsIr,pnw4
i1twittititu itifitri. Anmauni alunsinit4m lt%,n, stut vhnmitini q4ttialt *Its.
A munisin inov allovs, *I" Istvt uOd"I ky im-ans of Orcift, dwh&". nipi tvo
'
13V A.C. or d.c. 63~. Wu" or wirs, 4- it
to" arld"I wilift tho 6.1 n-#"I1#
s"
iiitws.,stagrv , (1) by finit thickening the c
V totw-weldrtl bwel"W'f dischargiv,
00 sit"I t I It 1wn mrsving out the wthlin- ol *rist Ion Isrp1ser. bwattritatilsofthe
dt-haru~ in th-;~ ,perathstia has tAm mijits1^1 Atestriling fis, the thaimetrif 4
It., .1w III IMIrr I., istA121101" It- -41.0" 4 300. T1- *I.-VO #1WO-I IA un
MIIROIJ~ hw 041itso .,f slitinlowtunt wirr. sshl,h 1144 1'. 1- .1.4- I.Y 11W U.1141
bolt whimit w4hiki.

09
T
Led
Its 144 OCIAL4,996KA1. LifillitiAt (CASSIVOCA11434 98-
Islayj -10 M., 13-1 W1 ~1 I AW 0.0 AS&
U It AV -0 1%
.1;p1pirwat anNit a of st a 1 94
0 0 0 0 as 40 0 0 a 0 0 0 0 0 0
I : 0
se 0 0 0 411 0 * * 0,
[a-*- a * * 0 0 00900 0 0 0,
00
.00
gas
.00
40e
goo
asds
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see
!goo
040
seem
go

LaCa'-RnA MMICA Sec.1 Vol.10/9 Oto-Rhino-Laryngo Op
V6,SXF r.~
V,
1654.VOSKRESE,NSY,YV.P. Leningrad. *The role of Intralabyrinthal
p~-e`ssu ~- ~he development of deafness in cases of efo-
sclerosis (Russian -text) VESTIV.OTO-RINO-LARIING. 1957, j
(22-26) Illus. 7
The electric potentials of the cochlea of cats were studied. It is concluded that
hearing deteriorates with increased intralabyrinthal pressure. A review of the
literature suggests that lowering of Intralabyrinthal pressure would improve
hearing in otoselerasis.

VOSKRESZNSKIY. V.P.,kandidat maditsinskikh nauk
Role of Intralabyrinthine pressure in the development of deafness in
cases of otouclerosis [With summary in English]. Test.
oto-rin. 19 no.1:22-26-ja-Y '57 MU 10:4)
1. 1z kliniki bolezney ukha, gorla I nose, (zav.-xasluzhanny.V dayatell
nauki.prof, K,L. Xhilov) Leningradskogo sanitarno-gigiyanicheekogo
meditain Okogo Instituta.
(LOYRUITH, physial.
pro wire,role In develop. of deafness In
oto:elerosis) (Ru)
(OTOSCLEROSIS, ph7stol.
role of Intralabyrintbine pressure in develop. of
deafness in) (Rus)

RHILOV, X.L., prof.,xaoluzhenW dayatel' nanici; YMOTAY%vt V.Gs, prof.;
VOS)GUIMMY, V.P., kand.med.nank
In memorY of Professor Nikolai Aleksandrovich Pautov. Vast.
otorin. 21 no.3:114.-II5 Hy-Je '59. (miu 12: 9)
(OBITULMS
Pautov, Nikolai A. (Rus))

V. P.
Voskresenskiy, V. P.
"Acute inf1r,-nation of the postperitoneal cclular tissue in children."
Gorlkiy State Medical Inf:t i-leni S. M. Kirov. Gorlki-y. 1956. (D-Izs--rtz~t-ion
for the Degree of C,-mdidate in Medical Sciences).
KnizhnaZa letopisl
No. 21, 1956. Moscow.

ve 5,e
112-6-11833 D
Traaslati(,n from: Referativnyy zhurnal, Elektrotekbnikat l957tNr6,p.7 (USSR)
AUTHOR: Voskresenakiy, V.V.
TITLE: Fundamental Principles of Design of Transient-Phenomena Models for
High-Voltage DC Systems (Oanovnwe' printsipy postroyeniya modeley dlya
izucheniya perekhodnykh protsessov v ustanovkakh elektroperedachi tokom
vyvokogo napryazheniya)
ABSTRACT: Bibliographic entry on the author's dissertation for the degree of
Candidate of Technibal Sciences, presented to the All-Uaion Electro-
technical Institute imeni V.I. Lenin (Vsesoyu=yy elektrotekbnicheakiy
institut imeni V.I. Lenina), Moscow, 1956.
ASSOCIATION: All-Union Electrotechnical Institute imeni V,I. Lenin (voes0yuznyy
elektrotekbnicheWdy institut imeai V.I. Lenina)
Card 1/1

VOSKRESENSKIY, V. V.:
Voskresenski,v, V. V.-- "Basic principles of the construction of
model% to study transitory processes in DC high-voltage
alectric-p(mr transmission stationse" Ydn Electrical
Engineering Industxy USSR. All-Union Order of Lenin
Electrical Engineering Inst Imeni V.' I. Lenin. Yoscad,
1956.~ (Dissertion for the De.7ree of Candidate in Technical
Science)
SO: ntzbm= I-etMAQ I# No 279 1956. 140SICOW.- Paees 94-109; 111.

9(4) SOV/1 12-59-5-9890
Translation from, Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 5, p 208 (USSR)
AUTHOR:
TITLE: Simulating FUgh-Voltage Mercury Valves by Means of Thyratrons
PERIODICAL: V sb.': Mezhvuz. konferentsiya po primeneniyu fiz. modelirovaniya
v elektrotekhn. zadachakh i matem. moaelirovaniya, M. , 1957, pp 39-44
ABSTRACT: Experimental investigation of dynamic volt-ampere characteristics
of actual high-voltage mercury-arc valves and thyratrons has led to the
conclusion that a noncontrolled mercury-arc rectifier can b-- represented,
within a wide current range, as an equivalent EMF of about 30-50 v which is
equal to the arc voltage drop. A coatrolled mercury-arc rectifier can also be
represented by a certain counter-EMF. Differential resistances obtained from
the rectifier dynamic characteristics and from the imitating thyratron differ
considerably from each other and cannot be simulated. However, it is possible
to neglect this difference without impairing final accuracy. An experimental
verif-cation of characteristic transients showed that the mercury-arc rectifier
can be simulated by a thyratron.
Card 1/1 1. T. R.

110-3-3/22
Au" 'IMPS: Vookroscjir~;-'iy~ -V.V. , Candidate of Technical Sciences,
"Travin, L
V. , BnEinc era.
TITIE: Grid Control Arranj%ci,',~ents for a Model of High-voltage
Direct-current Trapsmio3ion (Ustroystva setochnogo
npralileni.ya modeli cloictroperedachi postoyannogo tolca
vysokogo napryazheniya)
PERIODICAL: Vestnik Promyslilennorti, 1958 Vol 29 No-3,
pp. 14 - i8 ZUSSR).
ABSTRACT: h"xtenaive use is beinG made of models to study conditions
o-r hi,-h-voltar,.e d.c. transmission. The hiizh-voltav'e valves are
Simulated by thyratrons and the grid control arrangements must
ensure successive ignition of the thyratrons in the correct
sequence. The basic principle of operation of the system of
grid control is that at the instant when the negative locking
voltage applied to the Orid-cathode space oT the f3yratron
unlocks, there is applied to it the positive voltage of a
control impulse. The main properties required of the grid
control device for the ir..odel are listed.
The article then describes a thyratron capacitor system of grid
control with Deaking transformers. A block diaGram of the two-
impulse sy5te;l of controlling the model is given in Fig.l. T'ge
Card 1,3system consists of six channels with phase displacement of 60

110-3-3/22
-rol Arrangements for a Aodel of High-voltage Direct-curr~%-~'
Grid Cont
Transmission
electrical. The operation of the circuit is(tscribed. By
including the primary windinGs of the insulatinG transforrers,
as indicated on the diagram by dotted lines, it is possible to
obtain on thS grids of the *model thyratrons four impulses dis-
placed by 30 eleotrical. Oscillograms shorting the voltage wave
shape at input to and output from each block exe attached to
Fig.l. A schematic dia-ram of the control systeil of the model
is given in Fig.2. Protective arrangements are briefly dis-
cussed.
In principle, the main thyratrons can be controlled directly
fron. the pealcinr, transformers. However, curvature of the
impulse wave front does not exceed 4 - 5 V per electrical decree.
The main disadvantages of control systems using peaking trans-
formers are: high inertia; the difficulty of usinG separate
(per phase) regulation of the extinction voltagesof the thyra-
trons on the inverter; and the impossibility of alterinG the
vjidth of the control iraoulse without changinG the circuit.
The article then describes the electronic systiem of grid control
which obviates these defects: a block diaeram is given in
1,'i-.36 it, too, consists of six channels vith phose displacement
Card2/3 o?'160 electrical. The main olements of each channel ar-e

110-3-3/22
G?:-1_d Control Arranf~eEents for a L7odcl of RiCh-voltaCe Dire c t-curi-4:- j_t
T.?arL-iutission
described, A scheza-~ic diagram of the first channel of the
control system is Giver- in eig.4 and explained in the text.
The electronic control circuit ig without inertia and ensures
operation over the ranf,-,e of + 60 electrical. These circuitz
are not limited to zodols an7d- are applicable to the control of
ionic instruments in other fields. Their use with crystal
triodes should increase reliability and life.
There are 4 figureso
ASSOCIATION: All-Union 13lectro-technical Institute V s e S oy u z ny ly
.elektrotEkhaic.heskiy institut)
BUBIA'ITTE D: May 15$ 1959
AVAILABIS: Library of Con6ress
Card 3/3 1. Transformers (D.C.) 2. Thyrotron5 3. Transformers-Models

YOSKRESENSKIY, V.V.; LAUMM, X.S.
lee systems of grid control of a model of d.c.,power tranamlssion.
Nauch. dokl. vys. shkoly; puerg. no.2:199-206 158, (MIRA 11:10)
1. Vessoyusnyy elektrotakhnichoskiy institut imeni Lenina.
(Electric lines--Models)

VOM=MSgIyq VOV.; STUKACHEV, A,V*
,-~~Mcdol in~gbl 9 ~~,rojt age mercury rectifiers by means of thyratrons.
Nauch. dokle vys. shkoly: anerg. no.2:213-218 158. (MIRA 11111)
1. Veasoyaznyy alektrotakhnichookiy inatitut Imeni Lonina,
(14ercuo-arc rectifiers) (Thyratrons)

VOSKRF-SERISKlY, V. V. Cand Tech Sci - (diss) ODcamination of Transistox-
izedo 1 Linearly Changing Direction Generator of U* Fantastron 7.4fpew
Kievs 1960., 14 pp (Kiev Polytechnical Institute) M, 47/60,, 102)

VOSKMZ?ISKIY, V.V., kand.tekhn.nauk; BARAKAYEV, Khj., inzh.., TRAVIN, L.V.,
Ph701cal model for the d.c. transmission 87stsr from the
Stalingrad Hydroelectric Power Station to the Donate Dasin.
Elektrichestvo no-2:28-35 r 160, (MIRA 13-5)
1. Voesovuznyy elektrotekhniche#kI7 Institut, imeni Lenina.
(Electric power distribution--Direct current)

86795
S/142/60/000/003/010/017
E192/F.482
AUTHOR: Voskresenakiy, V.V.
TITLE: Investigation oPWAPIrransistor Phantastron Generator
PERIODICAL: Izvestxya vysshikh uchebnykh zavedeniyj Radiotekhnika,
196o, No-3, PP-370-375
TEXT: A transistor phantastron circuit producing a linearly
varying voltage waveform was analysed*by Y61~2vlev_(Refol).
However, the author did not take into account t" 'constant
component of the input current which is one of the main destabili7Ang
factors in the operation of the system. A generalized
phantastron circuit is shown in Fig.1, where C represents the
feedback element. A'constant current component of the input
current flows through the resistance R (see Fig,l) and produces
an additional voltage &-op which reduces the effect of the source
E on the charging of the condenser C The voltage across the
condenser can be expressed by--
U 0011-ze, E0-(Xt K (E - I R) (1)
c jWR
Card 115

86795
S/142/60/000/003/010/017
E.192/E482
Investigation of a Translator Phantastron Generator
where 11 is theAnItial current In the system, g is the input
conductance of the amplifier and., K is its gain, while a is
defined by 9 (2)
KC
The quantity E-OKIM is defined by the penultimate equation on
P-370. The non-linearlty coefficient for the circuit is expressed
by
Auc gR (3)
E
3K& gR + K(l E
where = Um/E. The operating time of the phantastron.is
expressed by Eq.(4). An actual transistorized phantastron circuit
Is shown in FIg,2a. This can also be regarded as an oscillator
with a capacitive feedback. The input of the amplifier is the
emitter-base terminal of the transistor nTl, while the output
Card 2/5

86795
S/142/60/000/003/010/017
E192/E482
Investigation of a Transistor Phantastron Generator
termi.nals are the collector of nT2 and emitter of nTl.
The operating period of the system can be expressed by Eq.(6) and
its non-linear coefficient is given by Eq.(5). The parameter
h2l represents the current gain of the transistor n Tj . The
flyback time ot the circuit is approximately expressed by Eq.(9).
The instability of the charging time of the capacritor is due to the
changes of the collector current IkO of the transistor MTV
The non-linearity coefficient can be expressed by
N - U2 min - IkORH (11)
Ek
where U2
in + U
is the voltage
= Ulki
i at the
m
collectors of m
n
k2 min
the transistors nTl and nT2 at the end of
the condenser discharge. From Eq.(11), it is se en that IkO
increases wit h rising temperature, while is reduced and so iB
the charging time. It was found experimentally that when the
Card 3/5

86795
5/142/60/000/003/010/017
E192/9482
Investigation of a Transistor Phantastron Generator
temperature of nT2 was increased to 600C the instability was of
the order of 10%. This deficiency can be eliminated by connecting
a clamping diode to the circuit and by connecting the load
resistor RH to a different supply source Ekl which should be
higher than the voltage E Such a compensated circuit is shown
in Fig.2b. It is advisabye, that a silicon diode should be
employed so as to obtain a high reverse resistance at high
temperatures. An increase in the stability of the charging period
can be achieved by connecting a germanium diode to the base of the
transistor 11TI. The reverse current of such a diode increases
with temperature and compensates the decrease of the initial
current. If the transistor rIT, and the germanium diode are
chosen in such a way that the reduction in the initial base I
current is equal to the increase of the reverse diode current, the
current flowing through the resistance R at the beginning of the
charging.process will be constant. Fig.4 shows the graphs
illustrating the charging period instability as a function of
temperature for the circuit of Fig.2; Curve (a) represents the
Card 4/5

86795
s/142/60/000/003/010/017
2192/9482
Investigation of a Transistor Phantastron Generator
instability of the circuit with the clamping diode alone, while
the second curve gives the instability for the came when the
compensating diode is also used-. There are 4 figures and
2 Soviet references.
ASSOCIATION: Kafedra radiopriyemnykh ustroystv Kiyevskogo
ordena Lenina politakhnicheakogo inatituta
(Department of Radio-Receiving Devices of Kiyev
"Order-of-Lenin" Polytechnical Institute)
SUBMITTED: March 6, 1959 (initially)
January 9, 1960 (after revision)
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S/110/60/000/011/005/012
B194/E484
AUTHORS: Voskreserlskiy. V.-V,, Candidate of Technical Sciences
Lind KhuTly~_M Candidate of Technical Sciences
TITLE: The Use of an Electronic _Ln~t_eirE!j~~qroType WIT-5 (IPT-5)
and a Physical Model to Investigate Transient Processes
in ti.c,. Transmissior)4
PERIODICAL: Vestnik elchLropromyshlennosti, 1960, No.11, pp.48-53
TEXT: The practical possibility of constructing 200 kV
transmission lines has been demonstrated by operating experience
with the Kashira-Moscow line which ronaiienced operation in 1950.
The equipment on the line is briefly d6scribed. Normul operating
processes in this transmission line are now sufficiently well
understood. the greatest difficulties were encountered in overcoming
over-voltag'es on individual parts of the sub-stations that resulted
from various transient phenomena, It was accordingly necessary not
only to investigate the main steady state -and transient processes in
the transmission but also to be able to calculate tliem,
Accordingly, in 191~'Ij a physical model of the Kashira-MoBcow
transmission system was conaLructed in the All-Union Electro-
Technical Institute, a schematic diagram is given in Fig.l.
Card 1/4

S/110/60/000/011/005/012
E194/E484
The Use of an Electronic Integrator Type tinT-5 (IPT--5) and a
Physical Model to Investigate Transient Processes in d.c. Transmission
The number of rectifier bridges in the model was double that In the
original, the scale factors for current and voltage are 1/100 and the
impedance scale is 1/1. The full scalo mercury valves were
represented by gas thyratrons type Trl-.5/3 (TG1-5/3) and the other
equipment is briefly described. The circuit for each test is made
up on a swItchboard and there is a centralized control panel.
A photograph of the model is shown in Fig.2. The model was used
to repeat investigations of norm&1 and emergency operating
conditions previously made in the Over-Voltage Laboratory of the
All-Union Electro-Technical Institute and also on the Kashira-
Moscow Transmission Line, The model was able to reproduce the
main conditions of d.c. transmission with sufficient accuracy.
However, for all-rotind study of transiont procesftes in the system,
particularly with alloweince for control devices, it is necessary to
combine the methods of physical and mathematical modelling. For
this purpose an eleLtronic Integrator type IPT-5 was tised and, for
convenience, it was arranged in two mobile units, The main
components are illustrated in FiS.3. The process of switching a
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s/lio/60/000/011/005/012
E194/E484
The Use of an Electronic Integrator Type MIJT-5 (IPT-5) and a
Physical Model to Investigate Transient Processes In d.c.Tranzmission
rectifier on to an open circuit line with and without allowance for
non-linearity of the smoothing reactor was Investigated and also
switching of the rectifier on to a line loaded by an invertor.
A diagram of the model used for these tests is shown in Fig.4a
and the equivalent circuit in Fig.4b. The circuits are briefly
described. If allowance is not made for non-linearity of the
characteristics of the smoothing reactors all the inductances of
the circuit are united into one but when the non-linearity is
allowed for the inductances in the two halves of the circuit are
separated. The process of switching the rectifier on to an open
circuit line is considered and Eq.(l) is derived for the transient
process, The structural diagram to represent Eq.(l) on the
integrator is given in Fig.4B. The curve of voltage as function
of time obtained by solving the equation on the integrator is
given in Fig-5a which also gives the experimental curve obtained on
a physical model of the transmission line. Agreement is good.
The difference between the curves at the end of the process is due
to the circumstance that non-linearity of the smoothing reactor was
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s/ilo/6o/ooo/on/005/012
E194/E484
The Use of an Electronic Integrator Type 141IT-5 (IPT-5) and a
Physical Model to Investigate Transient Processes in d.c. transmission
not allowed for. In order to allow for the non-linearity of the
reactor the approximate curve consisting of straight line sections
shown in Fig.5b was used and a system of equations (1) was formulated
for each section of constant inductance. In considering the process
of switching the rectifier on to a line loaded by an invertor the
circuits of Fig.4a and b were used. The system of Eq.(2) is given
to represent the case, the structural diagram for solving these
equations on the integrator is given in Fig.42. The process
calculated by the integrator was compared with test results and the
envelopes of the damping curves of voltage on the transmission line
are given in Fig.5B. The processes under consideration were also
calculated analytically and comparison of the results of the
calculation with those obtained on the integrator shows 'that the
error of the integrator is 4 to 5%. It is concluded that transient
processes in a d.c. transmission system can be calculated with
sufficient accuracy on an integrator whether or not allowance is
made for non-linear elements of the circuit. There are 5 figures
and 2 Soviet references.
SUBMIMD: February 8, 1960
Card /

85079
s/144/6o/ooO/009/003/007
E041/El35
LUTHORS; Alekseyev, K3. and VoskregaDsklX. V,V_
(Candidates, of TechnrCX1-T6_i_e_nc9s)__'
TITLE: Increasing the Accuracy of Stabilizing Systems
PERIODICALs Izvestiya vysshikh uchonykh zavedeniy2
Elektromekhanika, 39600,*No. 9, pp 62-72
A
TEXTs, A frequently occurring practical problem is that of
maintaining or altering the position of a massive object mounted on
a vibrating support, -PDirect stabilization is of limited use when
the moment of inertia of the object is large. Indirect means are
usually inaccu-r-a-t-e-but the present proposals give better results.
The basic concepts are due to Academician V,S. Kulebakin.
Fig. 1 shows the main features of a stabilized plat m with an
electrohydraulic actuator. The pick-offs measure absolute angle (1) V~
and absolute velocity (3). The control valve 1+ controls the flow
of oil to the torque motor 5. The vibration Input to the support
is represented by a(t) = a... -sin c.)0 tj where %max is the
amplitade and V*b the circular frequency of oscillation. The
operation form of the complete system equation Is
Card 115

85079
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EOI+1/El35
Increasing the Lecuracy of Stabilizing Systems
M (p) + I P2-cL = I (TO-P + 1) P (4)
0 0 ko
where M. is the stabilizing torque3 10 the moment of inertia
a'-out the axis of rotation, F = l/ko is the coefficient of
viscous friction in the relative motlon~ p is the angular
displacement relative to the base. Fig. 2 is ablock diagram of
the control system. The advantage of the hydraulic actuator is ita/
low inertia and friction. The error transfer function Is
()(p) - (bopl+ + bip3 + b2p2 + b,p + b0p
H - 11 ~
(P) L~ -9 (5)
M(P) ao.p5 + al.pl+ + ap.p3 + a 3P 2 + a4p + a5,
It will be seen from the values of the a's and b's that the
inertia and drive torques have a. similar influence on the choice of
the poles in the transfer function but have different effects on
the choice of zeros, The acc;urany of stabilization depends on the
value of &5. k simplified form of Eq. (5), neglez;ting T and g
is,. Card 215

95079
b/144/60/000/009/003/007
E041/E13 5
Increasing the Accuracy of Stabilizing Systems
H(P) = Tn.Tl.p3 + (Tr. + T1)p2 + P (6)
To.Tl-p3 + (To + Tl)P2 + (1 + VK)p + K
where K = a5 and P is the ratio of the angle and velocity
pick-off sensitivities. If the denominator of Sq. (6) is put in
the Vyshnegradskiy form of Eq. (8) then A = 2,5~ B = 3 for
quick damping of the translent,with no overshoot. If it is assumed
that j> 29T the transfer function for the open loop is
The'maximum attainable value of K, with 300 phase
margin may be found from Eq.(18). Fig. 3 showsboth K and we,
the cut-off circular frequency, versus To. As To increases
tio reaches an asymptotic value of 60 see-1. The fall-off in
gain as To falls shows the difficulty of accurately stabilizing
a low-inertia object. Fig. 4 shows the dependence between the
amplitude of the characteristic of the error transfer function,
Eq. (6),. and the ratio of the moments of inertia of drive and
object for c.) = 1 see-1. As the ratio increases the dependence of
stabilization error upon it becomes less. When w > 5 sec-l the
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85079
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E041/9135
Increasing the Accuracy of Stabilizing Systems
effect is different, as evidenced by Fig. 5, where frequency is
the independent variable and four values of ratio are taken.
Fig. 6 shows bow an additional feed, 'through Wx(p), of the input
dis.turbance could avoid stabilization error. The modified transfer
function is
T!-~Tlp3 + (Tr + Tj)p2 + p _ Kkl Vf(p)
H(P) = e(p) ;. (23)
a(p) ToTjp3 + (To + Tl)pP- + (1 + yK) + K
The denominator is,the same as before. The condition for zero
error is
T T-1 p3 + (T,-1 + TJ)P2 + pp(Tr,..p + 1)(Tlp + 1)
ve(p) = -=1 - (24)
ko-kl ko.kl
This condition Is difficult to satisfy because: 1) there is no
perfect differentiating circuit; C2) -Uhe system constantsappearing
in the expression are in fact slow variables. Kxperiments have
been. carried out, however, using
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PZ

'15079
s/144/6o/oOO/009/003/007
EO)+l/El3 5
Increasing the Accuracy of Stabiliz..--Lng Systems
k4~.p (25)
T2P2 + Z j.' , T -p + 1
Fig. 7 shows the resulting error function for three values of kb.
Fig. 8 shows oscillograms of stabilization error with (6), and
without (a), the additional oorrection. It is shown that for a
sinusoidal disturbance of the support the simple form of correction
can be adequately designed.
There are.8 figures,and 5 Soviet references.
ASSOCIATIONs Moskovskiy stanko-instrumentallnyy institut
Moscow Institute of Machine Tools and Instruments)
lekseyev, K.B.)
N
Nauchnyy sotrudnik, Vsesoyuznyy elektrotekhnicheskiy.
Card institut (All Union Electrioal Engineering I,ns-titute)
Mskrosenskly, V,V.)
SUEMITTEDS April 9, 196o

,VOSK=nSKIY, V.V., kand.takhn.nauki KMWAXOV, V.V., kand.takhn.nank
Use of an electronic 1PIk-5 integrator and a physical model in the
study of transient processes in the transmission of d.c. pover.
Vest. elektroprom. 31 no.11:48-53 R 160. OCMA 13:12)
(Ilectric IaOtwOrk analMrO)
(Transients (2lectricity))

VOSUME?LSKIY, V.V., kand.tekhn.nauk.
Study of the stability of the contrcl system of a main d,c, po-.jer
d1stributIon system. Test. elektroprom. 32 no.3:64-70 Mr 161.
' (MIRA 15:6)
(Electric power distribution-ldrect currelt)