SCIENTIFIC ABSTRACT KUZNETSOV, V. A. - KUZNETSOV, V. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928130012-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KAGANOVICHl. flam Arotovich; JWA9Z�O-V-%J.AA&&-deUentp kand. tekhn.
. nauks retsenzent; IVANOV-TSIGANOV,, A-I.,, kand. tekbn.nauk,
red.; BOGOMOIDVA, M.F., red. izd-va; PUKHLIkOVA, K.A~,
tekbne red,
(Radio equipment of airplanee]Radiooborudovanie eamolatov.
Moslcvas Oboro iz, 1962. 199 p (MRA 15:9)
(Air'Plineo-Radio equi;ment)

KMNETSOV_, V" doktor takhn.nauk
Now Soviet b4icopters. Kryl.rod. 13 no.12sl6_17 D 162.
(Helicopters) (MMA 102)

KOIIIKOVp Nikolay Grigorlyevich; RUZNETSCYV, V.A., prof., doktor
tekhn. nauk) general-mayo~'-i~-zV:Zt-eM.6luzhby, red.;
SHORINj A.M., red.; MURASHOVA, L,A,p tekhn.red.
(Aircraft rocket weapons; according to data from foreign
newspapers] Raketnoe oruzhie na sumolete-, po dannym va-
rubezbnoi pechati. Moskva, Voenizdat, 1963. 107 p.
(Airplanes, Military-Armament) (MIRA 16:12)
(Rackets (ordnance))

1. - IT'' - ; 1 :, '. r,~, - I-., S T rldriz, f- -. ~ M'. , -. - . . - rt : * ;~, I -

KUZXE 0 asiliy Andreyevich, general-mayor aviataii; SOKOLDV,
V. V WGR i""red.; ZUDINA, V.P., tekhn. red.
RYP
(Formation of a pilot; notes of a commander] Stanovlenie
letchika; zapinki komandira. Moskva, Voenizdat, 1963 P.
(MIRA 16:10)
(Aeronautics, Military)

KUZNBTSOV, V.A., professor.
Grading oaroasses by fleshinesse Vaterinarlia 35 no,604-37 A 158,
1. Turkmene)dy sallskokhozyaystvanWy inatitut. (MM 31tO
(Neat--Grading)

SAPARIMITS, X.; JIM #prof.; ABDMIAZAROV, N.; SABAIXT, M.;
MFI~T-p j_
TRW I TAXOT, V.
Worms for the output of meat products. Mas, ind, SSSR 30 no,5:28-29
159. (MIRA 13:1)
I.Glavny7 Yetvrach Ashkhabadskogo wyasokombinats, (for Safarlyants).
2.Turkmanakiy sel'akokhozyaystv9uWy Institut kfor all except Sarfarl-
yants).
(Meat induetr7)
41

Jcuzmsovp rof.oArARIYANTS, Z.
Sugpeted standards for cattle and most. Mias-ind. SSSR 31 no-6t 28
.16o. (MIR& 13:1,,,,)
1. Turkmenskly sel'~kokhoxMstv*wW tristitut (for Kusnateov).
2.. Ashkhabadakly nyasokombizat (for Bafarlyants)*
(Cattle--StarAards) (Heat-Standards)

KOROIZVp V., dotsent, AMMMM4__V.
Dried biogenetic stimulators made with embryos* Miaseind'
S.S.S R. 33 no.6t22-23 162e (KM i631)
1. Semipalatinskiy zooveterinamyy institut (for Norolev).
2, Semipalatinskiy "okmervuyy kombinat 14 Xalir4na (for
Kusnetsov).
(Beef cattle-Feeding and feeds) (Tissus extracts)

.~Uzj=s cv, - V.A. KIIA, V. I.
kalynis of rouldual gaaes in an electronic Frojector.
Radiotekh. i elaktron. 11 no. 2051-353 (MTRA 19t2)
1. Moskovskiy fiziko-tekimicheakiy instiLut. Albmitted
April 10, 1965.
It

'~ U*LN CT --
KUZUTSOV, Y.A.,(Norillsk, Irrasnoyarskago krara)
*W
Case of e2.tensive Injuries of the radiocarpal joint. Ort
tram i protes. no.3:58-59 my-Je 155. (MLRA 8:1010
(WOUMS AND MURINS,
wrist)
(WRIST, wounds and Injuries)

KUZNSPSOV, V.A.
r~,
A now operation in prolapse of the rectun and reconstruction
of the sphincter. Vest.khlr.76 no.10:10?-110 N '55-(KLRA 9:1)
1. Is khtrurgichaskogo otdoloniya (zav.--T.A.Kuxnetsov)
Norillskoy oblastnoy bol"Aitsy.
(RBCTUM, die.
prolapes, surg.,"w method)

KUZENTSOVO V.A.
-ad foreign bodies in the gastrointestinal system Lwith
ummary in Anglish, p'41541. Xhirurgils 33 ao*2:81-84 1 157o
NLRA IOW
7 In khirurgichaskego otdaleniya Norillskoy gorodskoy bolluttey.
(GASTROINMTINAL SYSTAK, foreign bodies
sharp-edged foreign bodies, compl. (Rua))

V.A. (iorillsk, Krasnoyarzkogo kraya, Konchagorakeya ul.,
Ittperianoe in asophageal reconstruction [with suamary In Inglishe
P.1561 Veat.khir. 78 no.2:13-15 F 157. (MIRA 10:3)
I's Is oblastuor bollaitay g. Noril'sks Irrasnoyarokogo kraya
(230MOUS, state
reconstruction, results (Ras))

3ee 9 Vol 13/1 Surgery Jan 59
493. THE RESULTS OF STOMACH OPEHATIONS IN ARCTIC CONDITIONS
(itussiantext)- KuSnetsov V.A. - KJfIRURGlYA 1058, t (114-117)
Tables 2
780 patients in whom stomach operations were performed were followed up for
13 yr. Operations were carried out in connection with stab wounds (28). s.c. tears
of the stomach (4), volvulus (2). foreign bodies of the stomach (16). gastroliths (2).
cardiospasm (4), pylorospasm (5). oesophageal obstruction (12). peptic ulcer and
duodenal ulcer (563), duodenal obstruction (11). cancer of the stomach (103). other
tumours (14). stomach phlegmon (3) and untral gastritis (11). Resection of the
stomach was performed by the following methods: Polya-Raikhel, Billroth 1. Moinig-
cr4 subtotal. total-subtutal. cardial and by tranopleural approach. Poaftoperative
mortality due to ulcers of the stomach was 3.5%, while in case of cancer it was
16.5%. The author considers that it is necessary to develop a number of techniques
and to standardize them in order to achieve good results In operations on the stom-
ach.

Oloril'sk, Monchogorakeya u1.. d.7, kv.22)
XUZMSPV
Regionsl vasoular disease of the Intestinal wall [with summary In
Inglish). Vast, 80 u0.2183-89 7 '58. (MIRA 11:3)
1, Is Wirurgicheskogo otilelenlys bolinitay gor. Norillska (sav,
otdolom-T.A.Kusnotsov)
(D=Tn=. blood supply
vISAO. disord., Dathol. & ther. (RUB)

XUZNETSOV - V. A- --(Uzan f)
Method for detecting neural elements in, the stomach Wall in peptic
ulcer by Impregnation with silver nitrate'. Arkh. pat. 22 no,9.~74
'59. (NIRA 14:8)
1, Iz kafedry gistologii (zav. - zaaluzhenW dayatell nauki
RSFSR prof.'A.H.Mislavokiy) i,khirurgii '(zav. - zaslushennyy
dayatell nauki BSFSR prof., I.V.Domrachev) pediatricheskogo
felalliteta Kazan kogo meditsinskogo instituta.
(PEPTIC =ER) (SILVER NITRATE)
(S TCHA6CH--IMRVAT 10114)

MIZEMOV, V.A.
- I . -,Tcusors-of the posterior mediastinum. 1rhirargiia, 35 n0.1: 123-124
Ja 159. (MIRA 12:2)
1. Is khirargicheskogo otdoleniTa (sav. V.A. Kusnetsov) Norill-
skoy gorodskoy bollnitey,
(MIASTMW, neoplasms,
posterior (RUM

KUZHRTSO'r,,._Tiktor Algkzv3vxAqh-,. RUSANOT.M.N.. red.4 IHARASH,G.A.,
tekhn.redo
[Method for the surgicaltreatment of prolapse of the rectum
in adults] Hatodika operativnogo lechanile vypadenile prismal.
kishki u varoslykh. [Lenin'gradj Goa,izd-vo med.lit-ry Hedgiz,
Leningrootd-nis, 1960. 123 p.
(MMA 14:5)
(RAMTH-SUR(OMY)

iU-Tzi-1-1'qf5UVUj V.A., assisteet
Receptor apparatus of the stomach in peptio ulcer. Kaz. mod. zhur,
41 no.3163-65 *-is 160. (KmA :L33 9)
1. ;z kafedry goopitaltnoy khirurgii No 2 (sav. - prof. I.V.Domrachev
(deoemed] i kafodry gistologii (nauohnyye rukovoditeli.- prof. A.N.
Miolavokiy (decemed] i prof. G.I. Zabueov) Xazanskogo moditsinakogo
instituta.
(STOMACH-INNERVATION) (PEPTIC ULCER)

in~
KUZNETSOV, V. A.
Cand Med Sci - (diss) "Clinico-morphological study of intra-mural
nervous apparatus of the stomach in an ulcerous condition." Kazan',
1961. 15 PP; (Second Moscow State Medical Inst imeni N. I. Pir-
ogov);280 copies; free; (KL, 10-61 sup, 225)

-KUMWSOV,-V.A-.
Clinical and morphological stvily of the intramvi- 1 nervous
apparatus of the stomach in peptic ulcer. Eksper.AbU&I anest.
6 no-4t43-47 161. (HIPLA 14,10)
(PEPTIC ULCER) (STOMACH-MERVATION)

-XUM"DVI V.A.
-, ~_4_%VAW.A
Foreign Lodies left in the wound during surgery. Xhirurgiia
no*3993-97 163. (MIU 1635)
io Iz khirurgichaskogo otdaleniya (zav. V.A.Kuzneteov) Norilt-
skoy gorodokoy bolirlit".
(FORRIGN BODIM (SURGEM))

KMNSTSOT, V.A., dotsent; SIGALOV, A.B.
%- MENNOW
Ways of lowering the rate of stillbirths. Sov.med. 21 no.2:35-41
1 157. (KLaA 1o16)
1, Is skushersko-ginakologichaskoy kliniki (sav. - prof. P.P.Sidorev)
Stalinskogo maditainakogo institute (dir. - dotsent A.X.Ganichkin)
(STILLBIRTH, prove and control
iz Russia)
'~j

KUZNETSOV, X.A., dotsent
Necrosis of fibromyma of the uterus in pregnancy. Sov. mod. 25
no,5sl29-131 My 161a (MIRA 14:6)~
1. Is akushersko-ginekologicheakoy kliniki (zav. - prof. P.P.Sidprc~)
Stalinskogo goaudarutvennogo meditainakogo instituta imeni Gorlkogo
(dir.- - doteent A,M.Ganiohkin) na base bollnitsy imeni M.I.Kalinina
(glavnYT vrach - kandirlj% meditainslakh nauk B.A.Shaparenko),,
Sta.Uno,-Donbaso.
(PREGNANCYS COMPLICATIONS OF) (UTERUS-TUMORS)

LUMMOV, V.A.9 dotoent
Some problems of medical procedures in woomatouts degenerated
uterine fibromyomas. Sov,med. 25 no.12:70-72 0 161. (KM 1512)
1. In akusherska-ginekologichoskoy kliniki (zav. - prof. F.P.Sidorov)
Donotskogo meditsinskogo institute, (dir. - dotsent A.M.Ganichkin) na
base bollnitoy imeni M.I.YAlinina (glavnyy vraoh - kand.med.nauk
B.L.Shaparanko). (UTFMS-CANCM) '

-KUZNETSOV, V.A., dotaentl MIROSENICHENKO, V.P.
Gouroe of prepancy and labor in arterial hypotension. Sov.
mod. no.3:ne-121 162, (MMA 15:5)
1, Iz akushersko-ginekologicheakogo kliniki (sav. - prof. P.P.
Sidorov) Donetskogo moditainskogo instituta imeni A.M. Gorv-
kogo (dir. - dotoent A.M* Ganichkin) na baze Klinicheskoy boll-
nitoy imeni M.I* Nalinina (glavnyy vrach - kand.med,nauk B.A.
Shaporenko).
(PRNGNANCY,, COMPLICATIONS OF) (HYPOTENSION)
(LABOR" COMPLICATED)

KUZIIMOVR V. A., dotsent,
Clinical aepeots of necrotic fkbroWomao of the uterue. Akush.
i gin. no..4s64-68 162. (MIRA 15:7)
"N
(UTMS- 'ORS

KUZMETSOV V.A., doteent
Diagnosis of secomiary changes in fibronTomas of the uteruse Sov,
mod. 26 no.61lO3-106 Je 162. (MIRA 158U)
1. Iz akushersko-ginekologicheekoy kliniki (zav. - prof. P.PoSi-lorov)
Donetskogo meditsinskogo instituta imeni Gorlkogo (rektor - dotsent
A.M.Ganichkin) na baze Bolluitsy imeni Winina (glavrqy vrach
V.F.Zubko), Donetsk. (UTERUS-TUMRS)

KUZNETSOV. VIAI)._dotuentj KUKIITINOVA, R.A.p asniatentl SOROKA) P,G,j,
6 as i7faent a
Extensive congenital skin defects in newborn infants. Akushe i
gin. 39 no.4&134,-135 Jl-Ag'63 (MIRA 16t12)
lo Iz akushersko-~&ekologicheskoy kliniki Nool (zav* - prof*
P,P* Sidorov) Donetskogo meditsinakogo instituta, imeni AsMe
GorIkogo.

',Noril~ak, Kraonoyara'?,.cgo kraya, lenin.,-K-iy prosp~kt,,
kv.31)
BanIgn tumors or the medfnat~num. Grucl, khIr. 6 no.6,73-76
ti-i) 16/,. (141RA I E 17)
1. alrurgi-cheakoya otdelenlye (zav. V.A. Kiane'.9ov) florll'-okoy
gorodskoy bolinitsy.
17! 1

OMETSOVP V.. CR-~
0
I
. -41- -
I T, ~ - ;:. I ~.; , ,

KTZ'1.*L"S9I, V.1 M-
Karakul Sheep - TurIz.,-mnimtan
'Yeat productivity of Turkren karakul sheep. Mias. ind. 23 NO. 41 1952s
YONTHLY LIST OF RTB31AZ; ACCESSIONS, LIBRARY OF CXIMU.35, DEGRITER jr-52. Unclassified

-USSR/Mediciw-Veteriuary-
Card 1/1 Pub 137-19/20
Author Kuznetsov, V. A., Professorp Doctor of Veterinary Sciences
Title Seventh Scientific Session of the Academy of Sciences of the Turkmen
SSR
Periodical ; Veterinariyap 8p 62-63., Aug 1954
Abstract : Seventh scientific session, promoted by the Academy of Sciences of the
Turkmen SM, was hold in Ashkhabad. Representatives from the following
organizations attended the meetings: Turkmen Scientific-Research Vet-
erinary Experimental Station (MOs) Turkmen Karakul Trust, Meat and
Dairy Industry, Brucellosis Coutrol fitation, and Turkmen Agricultural
Institute (TSKhI). Resolutions of the September Plenum of the Central
Counnittee of the CPSU were discussed and various methods of sanitary-
epide-mic control were considered.
Institution
Submitted

BMTYXY, T.B., professor. rodaktor; DONGHWO, Y.T.. otyetstvanny7 redaktor;
IUZMITSOV V.A redektor; X&GRAYBU, N.T., redaktor; SMBTANOU, S.D.,
Pawn;;L~ilstva; BUIOAXOTA. Ms.. redaktor izdatellstva;
KASPARIYARIS. 1.T.. takhaichaskiy redaktor
[Proceedings of the seventh session of the Turkmen Academy of Scienos:
Yebruary 22-23l 1954] Tru&y sedluot sessil Akedeatt nauk TNu*=en%kcW'
SO 22-25 favralle 1934 g. Pod obahchei red. T.B.Bardyevs. Ashkhabad#
1955. 409 p. (KUU 10:3
1, Akadsml7a nauk Turkmanskoy SSR, Ashkhabad. 2. Usystvit(ollayy
chaln Akad*mii nauk TSM (for Bardyev)
(Stock and stockbreading) (Yeterinar7 medicine)

PHASE I -TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 95 - I
BOOK Call No. tTN 775188
Authorst KUZNETSOV, V. A. and OBERSHTEYN, A. A.
Full Titles' WELDING C RUCTS IN THE EUXTRCHETALLMY OF AUMMIUM.
Transliterated Titles Svarnyye kontakty v elektrometallurgii alyuminiya.
Publishing Data
Originating kgencys None
Publishing Houses State Scientific and Technical Publishing House of Literature
.on Ferrous and Non-Ferrous Metallurgy. (Metallurgizdat).
Date: 1952 No* ppes 218 'No. of copies:- 5)000
Editorial Staff
Editors Prof. Dr.- jl~qlyaevp A. I. Tech. Ed.t None.
Editor-in-Chief t Appraisers: Iaureate of the
Stalin Prize C!~Lyj#j,_.A,.Aqf
Laureate of the Stalin Prize
Bach. of Tech. Sci.
Poplovko, - M. -.V.
Others: For experimental and practical work the authoi-aelmowledges the helpr
of M. I._Ourkcvp N. 1. Sokolovskiy, Electrical Engineer H, S. Kovarokiyp
'Welding Instructor Hero of 'thi Soviet Union Kadochnikov, I*-?,o-a --- M- -,- -
Welding Innovator The author thanks V. V.- Volding, leader
in planning electric bathe with welding contacts~ and Pifiino__~* V. and
Osipovf.,T., V. who helped prepare the book for the press. --'
1/2

V.A.
Svarnyye kontakty v elektromeWl'urgli alyminlYa Call goes TH 775.188
AID 95 - I
Text Data
Coveraget The author says this book is the first to study velding contacts in the
electrometallurgy of alusinium, a process which he states has resulted
in a saving of 1o5% of the energy expended in electrolysis. The book
deocribes the design of the leads of alwainium bathe and contact nodeal
explain the computation of welding contacts for electrical conductivity,
the classification and construction of elements of welding co-zitacts in
the leadsof aluminium baths; describes the design of copper-copper,
alminiun-alwdnium) copper-alwainiump and copper-steel welding contacts,
The technology of carbon are-welding contacts is explained in detail,
Many charts., diagrausp photographs.
Purpose: The book is intended for technical engineering workers concerned with
the planning and maintenance of electrolysis establisbments, and can
also serve as a handbook for welding operators.
Facilities: Nbne
No. of Russian and Slavic References: 36
Available., Library of Congress.
2/2

SOV/ 137-58-7-15188
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 7, p 181 (USSR)
AUTHOR: Kuznetsov, V.A.
TITLE: The Effectiveness of Welded Contacts in Electrometallurgy
of Aluminum (Effektivnost' primeneniya svarnykh kontaktov v
elektrometallurgii alyuminiya)
PERIODICAL: Sb. materialov tekhn. inform. Gos. in-t po proycktir.
alyumin., magniyevykh i elektrodn. z-dov, 1957, Nr 1.
pp 33-35
ABSTRACT: In the course of installing supporting rails in electrolytic
baths, the bolt connections on Al contacts were replaced by
welded connections. In the period of 1951-1956, this resulted
in a saving of 46 million rubles, more than 90 million kw-hrs
of electrical energy, more than 37,600 t of steel and 300 t of
Cu, and more than two million man-hours which would have
been lost on sorting out and cleaning of contacts. In the course
of the la8t five years, approximately 870,000 contacts (in
such combinations as: Cu+ Al, Cu+ Steel, Cu +Cu, and Al +A1)
were welded onto the supporting rails in electrolytic baths.
Card 1/2 Cold pressure welding (W) is coming into wide use along with

The Effectiveness of Welded Contacts in Electrometallurgy of Aluminum
butt flash W of Cu and Al rails and Al wires by the method of resistance
heating. At the present time rails carrying up to 130,000 amp may be
welded. It is pointed out that the methods developed are employed for instal-
lation of rails in Mg baths and graphitized furnaces. Welded contacts are
also being widely adapted in the Zn, Cu, Ni, and other branches of industry.
No.data are given on the technology of welding of rails and contacts.
A. P.
1. Connectors (Electric)--Design 2. Gownectors (Electric) --Ef f ectiveness
3. Welding---Applications 4. Welding--Economic aspects
Card 2/2
SOV/ 137-58-7-15188
V
BRA N`O

SUBJECTs USSR/Welding. 135-5-14/14
1UTHORt Kuznetsov V.A.# Engineer
TITLE: Conference an the Problem of Utilizing Low-Alloy Stools for
Welded Structures in the Sixth Five-Year-Plan. (Soveshobamiye
po problems ispollsovaniya sizkologiroyannykh staley dlya
avarsykh konotruktsiy v shestoy pyatiletka),
PERIODICAL: "Svarochnoyo Proizvodstvoll, 1957, # 5, pp 30-31 (USSR)
ABSTRICTi The commission for coordinating welding research work organized
a conference which took place 10-11 Oct 56 in the Institute Insai
Baykov of USSR Academy of Sciences at which representatives of
research institutes, high educational institutions and industry
participated. Member-correspondent of the Academy of Sciences
I.P. RYKALIN opened the conference on behalf of the Academy's
vice-president I.P. BARDIN.
"MqMll-represeAtative G.L. LIVSHITS (9H;jbjLJEPHE7) delivered a
r*pqrt on
"Low-alloy stools for welded constructions". Mentioning the
now steel grades being developed, he recommended as particularly
suitable for high-pressure pipelines the steel 1119r', which
Card 1/3

135-5-14/14 -
TITLEt Conforence on the Problem of Utilizing Low-Illoy Stools for
Welded Structures in the Sixth Fivo-Tear-Plan. (soveshchaniye
po problem@ ispolIzovaniya niziologirovannykh otaley dlya
evarnykh konstruktsiy Y Shostoy pyatilstke),
.requires no bottleneck materials (ailico-manganses) for its
production.
B. 1. BELYAYEVg Member of USSR Academy for Construction and
Architectureq delivered a roport-,on
. "Perspectives of utilising low-alloy-oteal for steel
constructions in the current five-year-plan". He stated that
currently no more than 20-25 thousand tons of low-alloy stool
are used annually for stool-constructions, and that'it is
planned to rile* the figure of low-alloy rolled stool consumptim
to 200 thousand tons by 1960. During the past years.only stool
"N.4-211 (the grade "tX4 1" in 8hipbuildtng in the same brand)
was in use for stool construct ions. Furtherhe emphasized the
necessity to study the causes of brittleness treakdown of stool
1114Yrf" in thicknesses of over 16 mm, and to develope now
electrodes with a higher efficiency factor (not less than 1219/
amp-hr).
Card 2/3

82286
3/135/60/000/007/002/'014
AOO6/AOO2
AUTHORS: Win- Kuznetsov V A., Engineers, Ellyasheva, &A., Candidate
of Technicai 1301ences
TITLE: The Strength of Weld Joints in Aluminum Allo s oduced by Ultrasonic
Weldi-- Process
PERIODICAL: Svarochnoye proizvodstvo, 1960, No. 7, PP. 5-8
TECT: Information is given on results of investigations into the strength
of weld Joints produced by ultrasonic welding and subjected to static and vibration
loads and to the effect of temperature. Specimens made of 0.8 mm thick "AMr3M"
(AMg3M) and 1.2 mm thick ",A 16M" (D16M) alloys were subjected to shearing and
breaking tests at 20, 100, 150, 200 and 2500C. The specimens consisted of two
plates joined by overlap welding on a laboratory Installation equipped with a
-93r-io- (UZG-10) generator and a "ncm-r (PSM-7) transformer. A conic steel
tool with a removable spheric "WY15' (ShWA15) steel tip was used. The dimensions
of the tool provided for a triple augmentation of the oscillation amplitude during
the transmission from the transformer to the work piece. The amplitude was measur-
ed by a contactlezs vIbrometer. The welding time was controlled by the" n6-50
Card 1/3

82286
s/i_~5/6o/boo/007/002/014
A006/AO02
The Strength of Weld Joints in Aluminum Alloys Produced by Ultrasonic Welding.
Process
(FV-52) electric chronoscope. The frequency of oscillations remained constant
during all the experiments; it was checked by a "3r-ir (ZO-11) sound generator
and A "30 2 (EO-7) cathode oscillograph. Welding parameters are given in a
table. Specimens for comparative tests were welded on a standaM spot welding
machine using the conventional technology, A comparison of results leads to the
following conclusions: The static strength of Joints in D16M and AMg3M alloys
produced by ultrasonic welding and subjected to shearing and breaking tests at A
room and higher temperatures is not below the strength of Joints obtained by
resistance welding. A raise of the temperaturetto 1500C reduces the strength to
20-25%; and to 40-45% at 2500C. The fatigue limit of overlap Joints produced
by ultrasonic welding is similar to that of analogous Joints obtained by contact
welding. Vibration strength of ultrasonic weld Joints is extremely high and
approaches that of the base mAtal. It is by " higher than the 7ibration
strength of resistance-welded Joints. In static tests the stability of strength
of ultrasonic welds is lower than that of resistance weld Joints. The dispersion
Card 2/3

854-72
S113516C/Oooloi210091910
YkA 00 Aoo6/AOOI
AUTFORS,~ Silin, L.L., Nikoleyev, A.V., Engineers, Klebanov, G.N., Candidate
etsov, v.A,, EE
of Technical Sciences Kuzn gineer
-------------
TITLE: New Welding and Cutting Methods
PERIODICAL, 3varochnoye proizvodstvo, 1960, No. 12, pp. 34-37
-1UTt New wedding and cutting methods exhiblted in a shcw include ultra-
sonic welding, asma processinO welding with an electron beam in-a-vacuum, ol
pressure weldin d diffusion welding in a vacuu:r.(j The -author's report on a
series cf nea machines for the aforementioned purposes. The UZSM_l ultraso IC
apparatus is intended for spot welding of small-size thin eClloy parts cf the r
connecticn with plates. The unit consists of a welding head, a device producing
the static force, a time relay and ar. electric control system, A RM C -15 (FM3-
15) type magnetostriction transformer Is used to excite ultrasonic mechanical
oscillations in the welding head. The static force is developed by a pneumatic
d1ap'.hragm device. The force is controlled by modifying the air pressure on the
diaphragm with a pressure regulator equipped with a cintrol manometer. The air
sapply tc the diaphragm and its outlet are achieved by an electrcmagnetic-driven
Card 1/ 8

New Welding and Cutting Methods
S/135/60/000/012/009/010
Aoo6/Aool
rneumatic distributor. The apparatus can be operated individually or automatilcal-
ly.. Oscillations may be switched-off after each spot, S;-ot welding of cermet
T.-ntacts with bronze bridges was demonstrated on the dee~_ribed machine using a
Zpe:ial device (Figure 1). The ultras-.nic 13CH-2 (UZSM-2) apparatus for seam weld-
Ing of metal was exhibited together with a technolcgical device fcr welding an.,
nular diaphragms and membranes of 50-110 mm in diameteA% On the seam welding de-
vice a magnetostriction transformer rotates together with a welding roller and a
massive supporting roller. The rollers are -.cnnacted by a transmission gear.
The sta+4c force is produced by means of a fc,~t lever. The ultrasonic portable
~RA -3 (LZSA-3) machine,%,is intended for one-sided welding of thin sheet parts
"'.o structures wit9 -large Rane or shaped surfaces excluding the use of staticnary
machines. The apparatus consists of a welding head, a vacuum device and an elec.-
trical control system,and its design provides for a transmission without con-
siderable losses of electric power from a generator at a+dIstance of up to 50 m.
This is one of the advantages of the ultrasl-,nl!~ welding method. The ~371 LU -1
(UZT-Sh-1) ultrasonic welding machine can be ised f,:r spot or seam welding by ex-
changing the acoustic unit. The contact force is produced by pneumatic drive.
In all the described devices the oscillations are transmitted by pressing the
part to the lateral surface in the antinode of the longitudinally oscillating
Card 2/ 8

8 57472
S11351601000101210091010
New Welding and Cutting Methods A006/AoO1
instrument. In the ultrasonic assembly-welding table of the HO 20.019 (1020.019)
type, the oscillations are transmitted to the work from a vertical rod fixed
perpendicularly to the longitudinally oscillating link of the magnetostriction
transformer. This machine is used for spot welding of parts, one of which must be
not over 0.1 mm thick, Ultrasonic welding of plastics is made on the ~311 .1
(UZP-l) and the rhT -50, (PUT-5a) machines which can be used for spot and pit--h-
seam welding of 0.5-10 mm thick thermo-plastics and polymers. Welding with a
plasma jet of low-carbon, low-alloy and high-alloy steels and alloys,was demon-
strated with the use of a head fixed to a rC -17MY (GS-17MU) welding machine
(Figure 6). Argon is used as an operating and c&rbon dioxide as a shielding'gas.
The plasma jet and the arc are concurrent. Filler wire, introduced into the
plasma jet is used to fill the gap. The current varies within !50-450 amp. A
plasma jet is also used in building-up and cutting of metals. Welding with an
ele,-~Ltron beam is coming into industrial use. This process car. be performed on
the IM -1 (ELU-1) unit (Figure 7) intended for welding straight seams up to
1,000 mm long and annular seams at a speed of 2__~;O m/111r.. The machine consists
of the following basic parts: a vacuum chamber, an electron gun, a mechanism
displacing the work to be welded, a vacnum aystem, a feed source and a control
unit. The electron-beam gun ensures a*- 1.5 kw maximum power of the beam at a
Card .3/t

8541,
S/135/60/0oo/oi2/boq/0io
New Welding and Cutting Methods A006/AOOI
maximum aacelaraiion voltage as high as 22 kv. The diameter of the beam can'be
varied within 0.6 - 4 = by an electrostatic and magnetic focusing aystem. The
gun can be vertically displaced by 45 mm and the beam can be deflected in the
piane perpendicularly to its direction, by 10. mm. A thrse-phase voltage recti-
fier is used gs a feed source (380/22000 v). The limit vacuum in the chamber
attains 5,10" mm Hg. The vacuum system consist's of a forevacuum pump and a
vacutLm unit of 4,500 I/sec capacity. Friction welding is performed on -the IMC7
(MST-34).machin e designed by VNIIESO for friction butt-welding of cylindrical
rods, 15-30 mm in diameter. A 15 kw motor drive is used, the rotation speed of
the spindle 16 regulated within 500-1,000 rpm. The parts to be welded are clamp-
ed with the U3e of chucks. Efficiency is -up to 150 welds per hour. Cold pres-
survwelding equipment includes theMCXC-35 (KSAM-35) (Figure 8) and tbeMGXC -5
.(MSKhS-,5 machines. 'The former is used for butt welding copper (pp to 150 mm2
-section) and aluminum conductors up to 300 = secticn. Hydraulic pressure is
used and the maximum force is 35 tons. The MaKhS-.5 machine is intended for weld-
ing aluminum and copper conductors of 2-20 mm section. Pneumatic drive Is used
and the upsetting force Is 5 tons. The efficiency of the machine is 60 welds,
per hour. 7he CHC -2 (SNS-2) table stand Is used f3r wel-1-4ng 5 - 25 nno- section
Card 4/8

8;5472
3/135/60/000/012/009/010
New Welding and Cutting Methods A006/AOOl
aluminum conductors and 4 - 10 mm2 seotion ;~nnd-x-;tors. the VC-6 (KS-6)
tongs are also intended for welding aluminum ani copper conductors and thenc -7
(PS-7) for welding aluminum and copper wire. A unit for diffusi= welding in a
vacuum (C BAY -3 - MU-3) consists of a high-frequency tube generator cperat-
Ing within a range of 300 - 4,ro cycles, a vacu7in chamber and a hydrocylinder.
The required rarefaction is obtained using a diffusion pump. The parts are heated
with a copper inductor made of a square tube wiTh 1 mm thick walls. The heating
temperature Is controlled by a platinum-rhodiurr. thermocouple. Twelve parts can
be simultaneously welded in the chamber. The unit can be employed for welding
cast-iron with steel, cermet plates to cutting tool holders, etc. Arc welding
of pipes rotating in a magnetic field, welding in water vapor, and high-frequency*
welding of plastic films were also demonstrated.
Card 5/8

8 54,31/135/60/000/012/009/010
New Welding and Cutting Methods Ac-o6/AoOi
Technical characteristics of machines for ultrascnic welding of metals and plastics
Characteris'.,ics
SM-1 VZSM-2 VZSA-3 PZ-ISh-I 020-019 PUT-5a 1--,,UZP-l
Fower of the
magneto-stric-
tion ul4,ra-.
sonic trans-
former,in kw 2,5-4,0 2,5-4po 1,0 400 0,5 4,o 4,o
Opl~:r&ting fre- 19,5 19,5 22 20 14-ig 20 20
quency in k-
cycles
Regulation lim-
its of' the con-
tact f orce in kg
2moo
2o.140
5-20
10-200
2-4o
5-250
5-400
Limits of weldin ;
'
time regulal.-ion 0.1-4,0 0,2-8 0,2-
5,7 L,2-800 0,2-8,0

in see
4 15o
4A
145
4& '
-
100
p
~
6 -V
~
Welding speed ;
M r t
min po
Card 6/8

Figur,el. cermet con-
'Ultrasonic welding-On Of
tacts
r
Figure 6.
~ju weldins tractor convert
The TS-17
ed to welding with a plasma Jet
Card 7/8
10
.s/t35/60/000/012/009/0
A005/A00'
New Weldin and Cutting t4.e,

New Welding and Cutting Methods
k nz:a-
.4
There are 9 figures.
Card 8/8
S/135/60/000/012/()09/10
A006/A001

87994
S/135/6i/boo/Ooi/bo3/0i8
J.9~00 '110~1 ZM2),2208 o,11 A006/AOO1
AUTHORS: Krasovskiy, A.I., Candidate of Technical Sciences, W&Awxw4w
Engineer
TITIE: Quality Control of Welding and Welding Materials
PERIODICAL: Svarochnoye proizvodstvo, 1961, No. 1, pp. 10 - 13
TEXT- A number of machines for the qualAty control of welding materials and
weld joints is shown in an exhibition. The following units are listed. 11h.01Vr-
q W ~W X_M (IMET-TaNlIChM) machine is an improved variant of the IME`T_II machine.
Its operational principle is based on the expansion of the weld metal at different
deformation speeds during the crystallization of the welding pool. The tests are
made by bending butt welds along or across the seam (Figure 2). Composite speci-
mens are used of 15 - 25 mm thickness, 20 - 60 mm width and 200 mm length. The
technical characteristics of the unit are: limit changes of ciro~umferential speed
of the bending lever: 1.8 - 208 mm/min (at a lever length of 90 mm); limit
chang2s of angular speed of the lever 0.02 - 2.3 degree/min; maximum angle of
bending the specimens: 200; 50-watt motor; 1,390 rpm; a-c 220 v. The machine is
recommended for developing new types of welding materials and methods. The itll-1-4
Card 1/ 7

87994
311351611000100110031018
Quality Control of Welding and Welding Materials A0061AOol
(LTP-1-4) machine is intended for the qualitative determination of hot crack
sensitivity during welding, depending on the base metal, electrode welding wire
and flux. material, by tension or bending of specimens. The unit is equipped with
an electric drive from an a-c 220/380 v circuit, and with 2 are automatic welding
devices. Specimens of 2 - 16 mm thickness can be tested by producing butt or rree-
welds or when building up with a 2 - 6 mm diameter wire or 3 5 mm diameter elec-
trode, 150 - 500 amps current and 4 - 52 m/hr welding speed. n te deform iation speed
ranges between 1 to 225 mm/min; the number of deformation speeds Is 155; maximum
deformation force - 15 tons. A machine is shown for the determination of hot crack
resistance of welded standard specimens of not less than 10 mm thick base metal.
The distance between the movable grips of the specimen in the imachine is 180 mm;
vertical motion speed of the grips: 1 to 20 mm/min; there are 30 regulation steps;
the maximum bending force attains 10 tone. A stand wIth posters describes a method
of determining the cold crack resistance of welded specimens. Specimens without
notches or with.two symmetrical notches are loaded until breakdown by static ten-
6ion after cooling down to 20-250C, rThe basic factor of the method is the produc-
tion of a constant, extended linear strained state in the specimen, permitting the
study of the effect of various factors (chemical composition of the steel, elec-
trode wire, flux, welding method, residual stresses, nature of heat treatment) on
Card 2/7

87994
S/135/6 1/000/00 1/003/018
Quality Control of Welding and Welding Materials A006/AO01
the appearance of cold cracks In the joints. A deficiency of the method is the
limited range of temperature. The equipment for welding quality control Includes
the following machines: the AC-1-1 (DST-1) ultrasonic flaw detector for the reveal-
ing of defects in longitudinal pipe butt seams, operating on the pulse system.
The defeat is represented on a sareen. The technical characteristics are: ultra-
sonic oscillation frequency: 2.5 Me frequency of emission of operational pulses:
600 cycles; 220 v a-a, 50 cycles feed source; power consumed: 450 watts;
acoustic contact medium - water assortment of pipes to be tested3 76 - 152 mm dia-
meter; 3-6 mm wall thickness. An experimental model of a machine for the automatic
ultrasonic control of circular weld joints in metal pipes was designed by N.V.
Troitskiy. The machine is equipped with a redesigned prismatic pickup with a
focused ultrasonic beam; the linear circumferential motion speed of the pickup is
210 mm/min; the number of its oscillations per minute is 70; the diameter of
pipes to be inspected is 200 - 1,000 mm; the thickness of the metal is 3 - 20 MM;
the angle of incidence of the beam is 400; the focal distance is 40 mm; operating
frequency - 2.5 Me. The YAM -1 (UDM_1) pulse ultrasonic flaw detector is intended
to reveal defects at 5 to 2,500 mm depth underneath the surface of large-size metal
blanks, semiproducts and simple-shaped finished products T~e technical charac-
teristics of the machine are: defects of not less than i mm reflecting surface
Card 3/7

87994 S/135 '61/000/001/4003A18
Quality Control of Welding and Welding Materials A0061281
are revealed by using longitudinal and transverse oscillations; the magnitude of
error is not over 1 - 1.5% when measuring the distance from the defectsP the thick-
ness of the part and the ultrasonic frequency; optical and sonic signals of
defects when operating with straight or inclined pickups are employed; an elec-
tronic magnifying glass makes it possible to examisie any layer of the work piece
on a magnified scale; the distance from the defect, the material thickness and
the distance using transverse oscillations are determined on one scale after simple
resetting; operation with one or two heads is possible. A method of layer inspec-
tion of weld joints with the use of the described device is demonstrated (Figure
6). The M.L;-g (MD-9) magnetographical flaw detector is intended for the inspec-
tions of butt welds of sheets and pipes of 5-12 mm thickness by two operations:
1) magnetizing of the "recordings" of dispersion fields over the defects on a
ferromagnetic tape; 2) reproduction of magnetic dispersion fields recorded on the
tape on an electron-beam valve screen. The MA-138 (M-138) type electromagnetic
flaw-detector is used for the inspection of butt welds on low carbon and low-alloy
5 - 30 mm thick steels. The control is made by the displacement of a magnetic head
over the joint and the defect is revealed by a signal lamp. The device is portable
and fed from a 220 v a-c circuit; efficiency Is 0.2 m/min; operational radius -
15 m; weight 25 kg. The magnetic portable AMn-2 (DMP-2) type flaw detector is
LX
Card V 7

Quality Control of Welding and Welding Materials
5/1-35/6 1/000/001/003/0 18
A0061AOOI
intended to reveal surface and sub-surface defects in large..;tize steel work by
sections, and for the inspection of weld joints by the method of magnetic suspen-
sions. Annular magnetizing is performed with a smooth control of both -the alternat-
Ing cutrent up to 1,500 amps and of the pulse current up to 400 amps. A hinged
electromagnet makes possible the longitudinal magnetization by d-c. The feed
source is a 220 v a-c circuit of 50 cycles; power required is not over 8 kvamp.
7he r\!n -\'q -5-2 (GUP-UCh-5-2) device is used for the industrial inspection of
j
weld joints in shops or on the bite; the ~' -radiation source is 192-iridium with
an intensity of 5 g-equiv. of radium. The portable automatic F1 rl -A -2 11 (GUP-
A-214) type GammE. device for the industrial inspection of circular scams in metal
structures makes possible to reveal defects in difficulty accessible spots or to
inspect several partsby one exposure. Co-60 radioactive isotope is used as I-
radiation sourcc; its intensity is up to I g:equiv. of radium; hardness of radia-
tion Is 1.25 Mev. Thickness of the steel inspected is 110 - 120 mm.. A lead con-
tainer for radioactive Co-60 was redesigned by Engineer T.G. Ch.,!revko; it is con-
venient in operation and assures safe work condition's. The PN n -4oo-5-1 (Rup-4oo-
5-1) X-ray apparatus is used for the examination of metals including up to 120
130 mm thick steel.
Card 5/7

S11351511000100110031018
,Quality Control of Welding and Welding Materials A0061AC01
Figure 2
Schematic drawing of bending specimens when
X testing weld joints for resistance against
A
transverse (a) and longitudinal (b) hot cracks
Lt~d A I and 2: two halves of a composite specimen
fastened by clamps on narrow edges; 3
fixed clamp of the machine; 4 prismatic
VIT Vj, support.
45
Card 6/7

S/1,35/61/000/001/003/018
Quality Control of Welding and Welding Materials A006/AO01
Figure 6: Schematic drawing of ultrasonic layer control of weld joints,in thick
part butts,
1 base metal; 2- weld metal; 3 pick up of flaw
detector.
Tjere are 8 figures.
Chrd 7/7

20229
3/135/61/000/tb4/008/'012
%151D A006/AlOl
AUTHORS: Repeshko-Kravahenko, S. I., Engineer, Zhelavskiy, V. F., Kuznet-
sov, V. A.
TITLE: Walding of Electrio Contaots of a Magnetic Starter
PERIODICALs Svarochnoye proizvodstvo, 1961, no. 4, pp. 27 - 229
Investigations were made to develop imprived me' ods of joining
the contacts to the adapters of magnetic starters and It was found that the best
method for this purpose was the spot welding prooess. VNIIESO designed .in 1957
together with the "Elektric" plant a spot welding machine WnK -25 (14TPK-25) in-
tended for the welding of contacts. This machine became operative at the Riga
Plant of Electrical Machinebuilding and was used for the welding of three types
of silver contacts. Savings in silver amounted to 1500 kg In 1960 and V~are
achieved by a modified design of the contact, i.e., smaller dimensions of ills
stem, (Fig. 1) During welding only the stem is fused. Small silver contacts are
welded to 0.25 mm thick 'BpOO 6.5 - 0.15 (BrOF6.5-0.15) bronze bridges (2a) using
-the following procedural Stage - II; compression 0.28 see; welding 0.22 secj
forging -0.22 sac; pulse 0.04 - 0.06 see; heating 5 - 14 graduation marks;
Card 1/6

20229
Welding of Electric Contacts of a Magnetic Starter
3/i35/6i/OW/004/008/012
A006/A101
pressure -80 - 100 kg. Silver contacts arot welded to zinc-plated "e and "10'
grade incised steel bridges fF1g. 2b) as follows: stage VI-VIII, compression .0.28,
seal welding 0.1 - 0.28 sea; forging - 0.05 - 0.1 sac; pulse 0.04 - 0.06 seal
heating 10 - 14 graduation marksl pressure 80 - 100 kg. Silver-ccntacts can be
welded to steel contadt bolts under analogous conditions. Welding of-tontaots on
the MTPK-25 machine Is highly efficient, namely 1250 - 1300 spots per h. A ntw
design of a magnetic starter PMP-2 (FMR-2) developed in 1959 at the REZ called
for a technology of welding cermet contacts with bronze and steel. At the Insti-
tute of Metallurgy imeni A.A. Baykov AS USSR together with REZ investigations wtre
made on the ultrasonic welding of CH -4o (sN-4o) cermet contacts (40% nickel, 60%
silver) and OK-15 contacts (15% cadmium oxide, 85% silver) with bronze and sliver
on the Y3CM1 (UZSM-I) ultrasonic machine with Y3r . jo (uzo-lo) oscillator of ',wo
systems investigated - 1) transmission of oscillations through the contaqtj 2)
transmission of oscillations through the bridge (Fig. 4a,b) - the second method
proved more satisfactory. Welding was performed at 12 - 14 micron amplitude; 100
kg contact force; 0.6 sea welding time. The small cermet contacts welded to bronze
bridges showed high strength charactbristics exceeiing those prescribed by techni-
cal specifications. On the.basis of results obtained the ultrasonic welding of
these parts can be recommended for extended industrial.use. A device was.developed
Card 2/6

20229
(.3/135/61/000/004/ID08/012,~
Welding of Electric Contacts of,a Magnetic Starter A006/A101
for the welding of small contacts (Fig. 6) in whose race simultaneously 24 con-
teats can be placed. Ultrasonic welding wasr:also successfully applied for weld-
ing large-size bridges with cermet contacts and cermet contacts with steel. The
REZ is now organizing a department for the welding of small cermet contacts by'
ultrasonic process. 'There are 7 figures and I table.
ASSOCIATIONS: Rizbskly elektromashinostroltel'nyy zavod (Riga Plant of'Slectric
Machinebuilding) (Respeshko-Kravehenko and Zhelavs,kiy); Inatitut,
metallurgii imeni Baykova AN SSSR (Irstitute of Metallurgy Imeni-
Baykov AS VSSR) (Kuznetsov)
v
Card 3A

20229
Welding of Electric Contacts of a Magnetic Startex, S/135/61/tW/004/D08/012
A006IA101
Figure It Figure 21
Si.1ver contacts: a Bridges for silver oontacts
for riveting; (previ- in spot welding
ous method) b for
spot welding.,
H3E!1
4 7
11 C -us
Card,4/6
Pue, I MOCTNKK BOA CtPeOff*
VMS KCHTNKTW TIPM TaRequal
CANPU.

S/ 135/6 1/~W/004/1008/10 12
Welding of Electric Contacts of a Magnetic Starter A0061AI01
Figure 3:
Bridges and contacts of PMR-2
magnetic starter
16
Card 5/6
45
024 5zax
if
)v
T2
10
u
Puc. 3, hiocTvxw v xo*T*KTu mantaruora nycxar"x nxp.i

S/135/61/000/W4/W8/D12
Welding of Electric Contacts of a Magnetic Starter A006IA101
Figure 4- Figure 61
system of Ultradanid welding IfifitAllation The Ultrahaftid wildifig at Small
of contacts and bridgest a. derrAt contacts
-oscillations are transmitted
through the contact; b'osail-
lations are transmitted through
the bridge.; !-bridge; 2-con-
tact,' 3-instrument; A-oscilla-
tion amplitude.
2
K
Pue. 6. 11pucaaeoUeowe AA% yAbTpa3ayxovo4 coapxn maAwx metUA91-
KePAN"necalix. ILORIARIGO.
Card 6/6
t I

SHCHUM, N.P., doktor tekhn.nauk, prof.; MUSMKIY, A.I., kand.tekhn.
nauki VOWWMIISKAYA,, 9.3... kaW.tekhn.nauk; KRAYCHIK, M.M.,
kand.tokhn.nauki MAKSMV, V.N., inzh.; KC-MINIKOV, V.L.,
inzhej_jFW,T!SOVj-VwA-.-,-4nzh.
Properties and the weldabUity of St. 3kp sUel with a high
arsenic contento Svar. proizv. no,2:1-7 FA62. (KERA 15:2)
- (Steel alloye-Welding)

SAVCHMOs B.V., insh.; luneteor., V.A., inzh.
Ultrasonic welding of honeycomb constructions. Svar. proizv,
no.12:19-20 D 162o (Ultrasonic welding) (MIRA 15:12)

POPOVAJ, G.B.; YERSHOV, V.V.; KUZNETSOV.,V.A,
Experimental study of melting and crystallization processes in
pentlandite. Dokl. AN SSSR 156 no. 3:575-578 164. (MIRA 17:5)
1. Predstavleno akademikom V.I.Smirnovym.

Iligh speed drift mining with a M2% cutter-loader.
D
Xast.ugl.
(MLHA 9:3)
1. Mashinist kombsyna PZ-2x shkhty no. 36 kombinata XopkYougoll,
(M94c,ow 3&sin"Co&l mines and miniag)(Coal mining machinery)

- 7 - - ..- 1-1 "1.- ~ I
".. - ~AQ ~-~ --
- ---- - - - - - - -- - - - -- - -- - -- -- - - - --- --- -- -7-
xM Roy-Ora 1r, 4 hl- -
~ My ---x
( ~,--Concavo aroh supports@ Haste ugl* 7 not 6:20 Jo 158, (MIRA ll.-?)
(Kina timbering)

KMNZTBOVj V,Aog Inshe
Tower headframes for multiple-rope hoisting. Proms Strol. 37
noS403-35 A 159* (MIRA 1216)
fRine hoisting-Equipment and supplies)

KUZNETSOV, V.A., kand.takhn.nauk
Determining,the maximusi length of a belt conveyer on a incline
with a changing angle of incline. Vop. rud. tranap. no.3t87-92
1959. (KM 14:4)
1. Dnepropetrovskiy gorMy institut.
(Conveying machinery)

TATLIWTI.TEV, P., insb.; KUZHBTSOV, T., inzh.
Improved mine supportse Hasteugl, 9 no#3#-lO-ll Mr 160.
(HIM 130)
(Mine timbering) (Ardraulic jacks)
t
"'r

I __ KU~~~~~ lnzh.
Using the SVB-2 machine for boring bolas by the rotary-
percussion-method. Ugoll 35 no.10:54 0160. (MIRA 13:10)
(Boring mehinery)

KUZNETSOVS V.A.0 insh.j VOLODARSKIY, Z.B,j BROp S.M.
Industrial testing of a rotary excavator for the recovery of
fire clay. Gor. zhur. no./,z47-49 Ap 161. (MI?A 14:4)
1. Dnepropetrovskiy proyektno-konstruktorskiy tekhnologicheskiy
inaiitut.
(Excavating machinery) (Fire clay)

TURNErEV, P.; 'EN-ETSOVI11-
UnifiCatiOn of.oomMhensive output norms, Sots. trud 7 no.8:
84-85 Ag 162. (MIRA 15:10)
(Lisic4nek-Coal minGs and mining-Production
stanUrds)

KUZNETSOVP V NUFTSOVO S.
Put nom research work in the service of production. Sots.
trud 7 no.4s84-M lp 162-0, (KERA 16si)
(k4e~isk Province-t-oal mines and mining-Production standards)

A -~ I I- 'j C. k, -1
/- I L- : -~ I ~~ w- - - - P---! -- - -~- - - -- -- - I -
! s ~7 - -
KUZNETSOV,V.A., doteent, kandidnt takhnichookikh nauk
High-speed metal cutting in the technology of making parts for pairs
of wheels. Tekh.zhel.dore? no,8i29-30 Ag'48. (NUU 8: 11)
(Wheels) (Metal cutting)

ro~i-i
Technology
Skorostnala obrabotka metallov. Opyt NK14Z iment Stalina (ilighspeed processing of metals).
Kiev, Mashgiz, 1951, 96 p.
Monthl List of Russia Accessions, Library of Congress, November 1952. Unclassified.

XUZMITSOV,Y.I., kandidat telftichaskikh *auk, dotsent
OMMOVANSOM"Nuft"
Affect of high-speed methods of metal auttixg on electric power
cousvmp.tion. Sbor. LIIW no.145:155-162 '53. (KZRA 8:10)
(Kochiss toois--slectrlo driving)

=i
Kuzlmrsov, V.
New design of a cutter. YfO 2 no-3:28 Hr 160. (MIRA 11:6)
1. Chlen oblastnogo soveta Nauchno-tekhnicheakogo obahchestva,
Leningrad.
(Metal-cutting tools)

KU211ETSOV, Veniamin Alekseyevich; VASILIYEV, B.V., red.
[Basic problems of the reliability of radloolectronic
apparatus] Oanovnye vqprosy nadezhnosti radioelektron-
nol apparatury. Moskvap Rriergiia, 1965. 255 P.
(MUIA 18: 12)

KUZNNPSOV,V.A., inshener
New developments in the automatic functioning of navigation beacons.
Rech.transp.'14 no-9:31-32 S'55- (KLaA 8:12)
(Beacons) (Automatic control)

IMMSOV, V.A.; CHKUTDV, X.T.
rM*""**w1ww I
Integrating attachment for recording devices* ZavolMe2l no.12:
1508-1509 155. (XML 9--4)
(Slectronic apparatus and appliances) (Recording Ifistriments)

ANDIANOT., L.I.; TIVSWIT, R.Te,; POVOLOTSKIT, A.M.;
OBIRSHMN, A.A.
Arrangement of colyper-aluminum crossovers in the bus bare of
electrolytic calls. Prom.anarge U w.4:17 AP 160.
(Km 13: 6)
(Blectromet.alurgy) (Bus conductora(Bleotricity))

YUZNETS-JV-,V-.A-
New design for an iron ore enterprise. Prom. stroi. 39 no-10:
62-63 0 161. (MIRA 14:10)
1. Gosudarstvenrk
,yy institut po proyektirovaniyu gornykh predpriyatiy
zhelezorudnoy i margantsevoy prorVshlennosti i promyshlennosti
nemetallicheskikh iskopayeniykh.
(Metallurgical plants)

EEN'j I.I.; POLLIAK, V.V.., Uftchqy red.; KUZWSOV, V.A., red.;
SHMAKOVAI T.M., takho. rad.
(Industry' a requiremake as to the quality of mineral raw
materialgil Trebovaniia promyshlennosti k kachestyu mineral'-
nogo syrPla; spravochnik dlia geologov. Moskva, Googeoltakh-
Izdat. Vol.29. (Glass) Stakollnoe syrfe. 1962. 70 p.
(MIRA 16t,7)
1, Moscow. Vaesorisnyy nauchno-issladovateltakiy institut mi-
nerallnogo syrlya. (Glass manufacture)

IASKDRINI B.N.; XUZNETSOV. V.A.
Extraction Of uranium from hydrochloric acid solutions, Mcstr.;
teor*pprimapappe no.2:209-218 162. - (MIRIL 15:9)
(Uranium) (Hydrochloric acid)

KOMETSOVO V.A., inzh.
.... .. .. .... - - - -,.- - - .-- - -
Waste-heat boilers manufactured by the Belgorodsk factory for the
chemical industries. Prom.energ. 17 no.5;27-29 Yq 162.
(MA 150)
(Ghemic~al plants--Eqaipment and supplies) (Boilers)

S/07 62/030'/011,/006/021
3101YBiao
A Polukarov, Yu. M., and Kuznetsov, V. A. (Moscow)
'WHORS:
TITLEs I'Aging" of electrolytic copper deposits
PERIODICALs Zhurnal fizicheskoy khimiit v. 36,' no. 11, 1962, 2382 - 2387
TEXTs The structure and behavior of copper deposits 2 - 10p. thi'ck were
N
studied. Under the influence of additions of surface-active substances
(thiourea, gelatin), complex formers (sodium pyrophosphate, sodium cyanide,
ammonium hydroxide), and anions (S02-, C10~) to the electrolyte, and in
4
dependence on deposition time, current density, and temperature. Results:
(1) with thiourea, the physical properties of -copper deposit obtained from
sulfuric acid solution depend on depositiob temperature and thioureacon-
centratiot. Deposits obtained at 25 400C showed nearly constant
resistivity; in those obtained at 15 200C it fell about 35 - 40 in the
,first few hours after electrolysis Deposits obtained at 150C showed an
internal stress of about 140 kg/CM which decreased after the current was
switchod off. Those obtained at 400C had higher stress but showed no sub-
sequent decrease. X-ray analysis confirmed that the structure of deposits
Card 1/2

5/076/62/036/011/006/021
"Aging" of electrolytic copper deposits B101/B180
obtained at different temperatures was different, (2) The same behavior
was observed with gelatin. (3) Deposits from sulfuric and perchloric acid
solutions behaved similarly. Without surface-active substances their
resistivity remained oonstant. The same holds for cyanide, pyrophosphate
and ammoniacal solutions, but the resistivity of a copper deposit obtai,.au
from perchloric acid solution in the presence of diethanol amine decreased
47 - 50% within 24 hrs. Conclusional Surface-active agents cause con-
siderable lattice distortions and stacking faults. Aging after the current
is switched off is due to ordering, which takes about 24 hrs. If the ad-
sorption of surface-active substances can Ite reduced there will be less
lattice distortion. There are-4 figures and 1 table.
ASSOCIATIONt Akademiya nauk SSSR, Institut fizicheskoy khinii (Academy
of Sciences USSR, Institute of Physical Chemistry)
SUBUITTEDs May 23, 19-61
Card 2/2

I
MATSWUWr -Gel inch- "=U~ ~vv insh,
Parts made of vimyl plastics by stmpini. N& stroi. Boa. 4
no-4219 AP '63. (MIR& 16W
(Plastics-Molding)

metallurgy A. A. Baykov)
"Application of active control during ultrasonic welding. of contacta".
Report presented at the lst All-'Union Conference on welding of heterogeneous
metals~ at the Inat of Electric Welding im. Ye. 0. Paton, 14-15 June 1963.
(Reported in Avtomaticheskaya svarka, Kiev, No. 9, Sept 1963, PP 95-96 authorp
V. R. Ryabov)
JPRS 24,651 19 may 64

KUZNETSOVP V.A., vrach
Bone fractures according to the data of the Norillsk Honlital.
Vope travm. i ortop. no.13tl24-126 163.
(MIRA 1812)
1, Khirurgicheskoye otdeleniye gorodskoy bollnitsy goroda
Norillska.

KUZNETSOV, I V,,O,,, profs I TRET6YAKOV,, V.,, kand. vet. naukj SAFARIYANTSj, R,
Weight losses during the preelaughter holding of Karakul
aheep after their feeding with cottonseed hulls. Mian. ind.
SSSR 34 no,5133-34 163, (KMA 16:11)
le Tur)menskiy sell e1okhozyVetvan"y institut (for
Tretlyakov). 2. Anhkhibadakly nyasokombinat (for Safarlyants).

tra
r t h nwc I
17,

IK- --

KUZNETSOV, A.M.; KUZffETSOV, V.A.
Sy=etrical ghapes of bodieB of natural abradon. Izv. AN SSSR.
Ser. geofiz. no.9sl462-1467 S 163. (MIRA 16:10)
1. Permskiy gosudarstvannyy universitet im. A.M.Gorlkogo.

-,"A W'ch..na=k
2-4
Protection against corrosion of metal structures in navJ44tion lockso
HOOL transp. 22 no.3.'38-39 W, 163. (MM 164)
(LocA (Hydraulic engineering)) (corrosion and anticorxos~ves)

KUZIIETSOVI V.A. [Xuzniatsou, V.A.]
Mechanical differentiation of alluvium in the Pripet basin. Veatai
AN BSSR. Ser. fiz.-tekh. nav. no.2:97-104 164.
(MIRA 18: 1)