SCIENTIFIC ABSTRACT ZAMKOVOY, V. - ZAMOLOTOV, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963720010-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ZWOVOTS~14"_.
1~ 3
wGeography of the Ukrainian S.S.R." Ol.T.Dibrova. RO-71eved by
V.Zamkovoi. Geog.v shkole no,6:71-73 X-D 134. (MLRA 8:1)
(Ukraine--Geography) (Dibrova. Ol.T.)

ZAHIOMY, T*P. (r,.Artemovok)
Natural history of a coal regioz ("Natural history of the Donets
Basin". A.Sliusarav. Reviewed by V.P.Zamkovoi). Priroda 45 no-7:
117-ile ji 156. (KUIA 9 . 9)
(Donets Basin-Hatural history) (Sliusarev, A.)

- - I j--7;r.P .- - --- - --- , - --- -- - - - ---- - - . - - - - --- - - -- - - - - - - -- - - - - - -
ZiV-',KOVOI) V.P. Vozrozhdenny-i Donbas. (Geografiia v3shkole, 1949, no. 5., p. 22.).
IDLC: Unclass.
SO: LC, Soviet Geography, Part 1, 1951, Uncl.

ZLYKNCY, V. P.
42291: ZAMKOVCY, V. P. - Vozrozhiennnvi, Kochegavka Soyuze. (Donetskiv 1-,-sae.vn). Nr!uk?
i zh i zn' , I C48, I. o. 12, s - 7-9.
SO: Letopis' Zhurn'~7
In the exper3ments tit Dnoprcpatrovsny igricultural
InaWute, com pluntea cin thu 2ith of itpril- (variotj
Uspekh) reachad u hf~ight of 8C-110 ewitimuters Joy tliu 5-6th
of July. Fonm:itibn of flowere wus in pre)greas in the
1~.rimorcial pai.icllc~ in the mmiority of tht: plunts- z-oci elong-
Rtiot, gria aiffertmtiation cf the terminal axillary butts was
hm:ginnin~:. The Txving of the green bulk wtie aoue on the
8th c;' Jury qt a height. of 8-1.5cm. A-, the result of the
i . the height of mowing, thts stalk In sc,tj;,L: Plant2
wes CIA off (in of th, plants), in othzrG - the
JABSTRACT

'COU11TRY
CANCORY
ABS. JOUR, RZhBiol.,, Mo. 195 paio. 1047)2
AUTFOR
DIST,
TITLE
iORTO. PUB,
ABSTPAr caveloping peiiele was later reflectea in the overall
CT
aiminution in Vae size of the platits. The earlier the
wowing wee done, tha larger were the dimensions attained
by the gr!:;wing plan-.a. Lelay in the development ana the
l9g in growth bra explainea by the removal of a conaid-
erable part of the a8similating surface. Plants with the
stem cut, i.e. those in which the primordial panicle and
part of the stem with axillary buds were removed, grew for
CAPIN 3114-
I' ' I
72

ZMjTOVOYv G. T.
Wheat
Selection of spring wheat in the Far East. Sel. i sem. 10, No. 6, 1952.
Monthly List of Russian Acgessions, Library of Congress, September 1952. UNCLASSIFIED.

ZA)MDVOT, I.
Youndry coke of cbarges containing gas coal. Koko i khin. nool:
26-27 161. WRA 14:1)
1. Stalinskiy sovnarkhoz.
(Rutchenkovo-Coke)

ZAI,XOVOYI V. P. PA 67TT6
UM/Chsmlistry - Mercury, Properties ft 1948
Chemiatry - Narma7
"QuicIk $11wer,' V-P.Ze6kovoy, 2 pp
4auka i Zhitn'" No 5
Describes chemical and physical properties and
'characteristics. Briefs some of the uses for
quick a ilver.
67T6

ZSIDKOVAP 8.1 ZAIKOVSKAYA L
1%thodology for planning labor productivity In the alcohol
induatz7, Biul, nauch. Inform.1 trud I sar. plata. 5 no.91
lo-3.4 16;!. (MIRA 15310)
(Distilling industries-labor productivity)

ZANKOVSKIY, D.
How clothiq~ should be sold.
Sov. torg. 37 no.llt2l-;!4 N 163.
(MRA 16:12)
1. Upravlya,,Tushchiy Moskovskoy shveynoy torgovoy bazoy
Rostorgodezhdy.

ZAMWVSKIY, 1).
work of sowing enterprises. Scv. torg. 3.3 no.6:19-23
Ja '59. (NEU 12:8)
kOlothing industry)

BABIKOVA, Natallya Ivanovna; DIDENKO, Valentina Sergeyevna.;
Lhaitriy Yakovlevich- TISHENINOVA, Him Mikhaylovna; ISHKOVA., A.K.,
-d~- -MOY
e 1HI.- ~... t;kbn. red.
r
[Work organization in a workshop for the sewing of GuAom-made
clothes] Organizatsiia truda. v atelto individuallnogo poohiva
odezhdy. Moskva., Goatorgizdat,, 1962. 229 p. (MMI 15:6)
(Clothing industry-job descriptions)

VOLYNCHIKOV? N., .-Lnzh. (g.Lebedyan') ZAMKOVSKIY, I.; OKNER, Kh.;
NIKOLENK01, M., inzh,; VLASENK , r.-W vMjMw)
The reader continuoB the discussion. Sov. profsoiuzy 18 no.8s
16-18 1152. (MIRA 1514)
1. Predsod 'atoll meatkoma aluzhby Yodoonabzhonlya st. Simferepoll
(for Zamlhovskiy). 2. Predsedatell postroykoma stroyupi~avleniya
No.3 tresta "Promstroy"t g. Dushanbe (for Okner),, 3. Cohlen
mestnogo komiteta proyektnogo instituta "Mosbassgiproshakht",
g. Tula (for Nikolenko).
(Socia-list competition)

25(l) PHASE I BOOK EXPWITATION SOV/2107
Zemkovskiy, VRp &ad V. Ye. Svets, Compilers
Podgotovka metalle. It prokatke i otdelka prokata; obobshcheuiye laeredavogo opyta
(Pmaring Metal for Rolling and Finishing Rolled Products; General Conclusions
From Progressive Experiments) Xhar1kov, Metallurgizdat,, 1958. 279 p.
2,600 copies printed.
Sponsoring Agencleis- Ukraine. Gosudarstvennaya planovays komissiya and
Vsesoyuznyy naualmo-issledovatelfskiy institut organizatsli proizvodstva i
truda v chernoy aLetallurgii.
Reap, Ed.: L,V. Shapiro; Ed. of Publishing House: S.S, Idberman; Tech, Ed#:
S.P. AndriM.
PURPOSE: This bool. is designed for workers prioparing metal for rolling and in
finishing rolled stock at metallurgical plants. It may also'be useful for
students in vu7ms and teknikums.
COVERAGE: Practices of Soviet plants in preparing metal for rol]-ing and in
finishing rolled. products are presented. These two phases ant admittedly
Card l/ 5

Preparing Metal for Rolling (Cont.) SOV/2107
the weakest link in production of rolled stock* The most effective equipnent
for descaling stDck is described. Methods of removing defects and dressing
metal are discu&3ed. Quality inspection of metal surfaces and the packing and
storing of finished products are described. Illustrationvaree given in the
form of pictures,, drawings, and tables. Methods for paparing metal for rolling
and for finishing rolled products developed in non-Soviet countries are also
briefly d-' scussed. Personalities mentioned include engineers U.S. Slavkin
(Glavspetostal'),, N.V. Amchislavskiy (W), B.D. Trakhtman (MM), N.M.
L'omoytsev, and S.R. Druth-Inin. There'are 57 references; 38 Soviet,
14 RnFa i sh, and 5 German.
TABLE OF CONTMM-
Introduction 3
I. 'Iatvxt~of ftrfem Defects 5
11-0 XGthb" Of SUrfWO MObZiAg Of YAW 12
1. Met-homical elean'T, 13
2. Poideblng 21
3. Chemical cleeming 29
4. Gas flame cleaning 38
Card 2/ 5

Preparing Metal for Rolling (Cont.) SOV/210T
III. Control Surface Quality and Dimennions of Rolled Products 43
1T, Methods of Removing Surface Defecto of Metal 49
A. Selection of a method of removing surface defects 49
B. Flame scarfing 56
1. Esnentialis of the scarfing method 56
2. Structural transformations and conditions leading to the
formation of cracks during scarfing 59
3. Heating of metal before scarfing 62
4. Scarfing equipment 66
5. Combustible gases and oxygen used In scarfing 91
6. Factors atfecting surface condition and productivity 94
T. Organization of scarfing operations 9T
8. Progressi,m methods of operation 104
C. Fnbumktid chippi:bg 3-13
1. Type,, size., and condition of the ptematic hawer 113
2. Exchangeable cutting tools (chisels) 3-18
3. Pressure of compressed air 130
4. Mechanical properties and surface conation of the chipped stock 132
Card 3/5

Preparing Metal for Rolling (Cont.) SOV/2107
5, Organization of operations 133
6. Progressive methods of operation 139
D. Abrasive ebiiNing 147
1. Properties of an abrasive vhee:L 147
2. Cutting speed 154
3. Construction of machine tools 160
4*~ Ventilation of the operator's stand on an abrasive
machine-tool 186
5. Organization of operations 189
6. Progressive methods of operation 194
7* Combined abrasive and pneumatic chipping of metal 198
E. Machine chipping by turning, planing,and milling 204
1* Machine chipping by turning 204
2. Machine chipping by planing 211
3. Machine chipping by milling 214
V, Table s for Removing Surface Defects and Tilting Devices 224
1. Tables 224
2. Tilting cyr metal and tilting equipment 228
Card 4/5

Preparing Metal for Rolling (Cont.) SOV/210T
VI. Straightening of Metal 23T
1. Straightening presses 238
2. RoIler-type straightening machines 243
3. Rotary-tnm straightening machine 243
VII, Inspection of Rolled Stock 253
V.D. . UWing of Working Places for inspection and Chipping of Metal 259
IX. Packing and Stozing Rolled Stock 263
1, Packing rolledL stock 263
2, Storage 266
X. Production Planning and Follow-up, of Stock in the Finishing Line ZT1
Bibliography 2T5
Appendix 277
AVAIIABIz: Library of Congress (TS34O.P26)
Card 5/5 GO/mas
8-11-59

ASHERSON, M. (~erg~Lna); ALEKSEYLVA, M.; ZAMKOVSKIY, V., litoyshchik; BYKITIA, V.
(Kiyev); WBKO, A.; DUKHNEEEVICH, B. (vilnyus')
On good people. Sov. profsoiuzy 19 no.11:19 Je 163.
(MIRA 16:8)
1. Literaturnyy sotrudnik mnogotirazhnoy gazety I'abrik.1 11-Skorokhod".
Leningrad (for Alekceyava). 2. Mekhanicheakiy zavod "BanteMprom",
Simferopol.' (for Zamkovskiy). 3&,Nachallnik otdeleniya Gosudarstvennoy
avtomobi:LInoy flippektsii Sovetsk%)ZO rayona, Kuybyshev (for Zubko).
(Trade,unions-oOfficers)

,ZAMW3UX,-,LR.,. at. n8u4bVy sotrudoik.; SMS, V.Ya-, ml. asuchnyy
sotradnik.-, SHAPIR06 L.T., otv. red.; LIBERMAN. S.S.. red. izd-va.;
AUMMY, S.P., tekhn. red.
[Preparing metal for rolling and the fintabivg of rolled products;
generalization of progressive, practices) Fodgotovka metalla k
proketice 1~ otdollm prokata; obobahchenie peredovogo oprt,~. Kharlkav,
GosA naublino-tekha. izd-vo lit-ry po chernol i tpvatnoi netallurgii.
1958. 279 P. (HIRA 11-12)
1. Vsesoynzny7 nguchno-lesledovatel'skly inatitut organigataii
proizvodetva 'i truda,v chernoy metallurgii.
(Rolling(Ketalwork))

m - . -tVT!P~~N-~Nv , -,-
PNYCHNV, G.; KOTON, I.; UMKOVSKIY, V.
Technical control at the steel plants. Sots.trud 4 no.8:
72-75 Ag 159. (NIRA 13:1)
(Steel industr7--quality control)

ZPJIKOVYY, Valentla [ZamkoVij V.)
Ukrainian pencil Znan. ta pratsia noo7.-P$ J1 062. (141PA. 15-~)
bkra4ne Pencils) ;

a K.OVYY,-- Valentin ~[Zamkovyi, Valentyn)
Treasure of Konstantinovka. anan. ta pratoia no.4:14-15
Ap 163. (MIRA 16:6)
(Konigtantinovka(Donetak Province)-Glaos factories)
I

ZAWOVYY, V.
Germanium. Znan.te, pratela
no.1:9-10 Ja 159 6MA 12:10)
(Germanium)

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SVETS, V.Ye., inzhener; ZAKKOV5XIT,-Y,.R., insheneri SWIRO, L.V.,
Inshener.
Conference an the preparation of metal for rolling and finishing of
the rolled shapes. Ketallurg no-10:36-39 0 '56. (MM 9:11)
1. Orgehermet.
(RoUing (Ketalwork))

2AMLINS=,--,Vladimi,r.~L7Zamlinsikyis, Volodymyrl,- MIKIMYLICHU-;X00.
---'---tV,ykhailyclwnko,, B.I. red.; PAVLOV), A., red.
(The astronaut) Astronavt. Llvivv Kameniar,, 1964. 12) P.
(MIRA 18:2)

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toolvi 41-01 mm. ptrwirt wAs sludwd, the %mrcv of
radot ion was a hydrogen lAnt 1) (:P 9 A Iv., OX, amp.). It
WO *a% found thAt the dcIfev 4-1 diffmim of the ductuAtlof. -00
lmnd% (wave lcnStlt4 21,40-2;Ol AA inetcAwi vvith ictup.
Uls can lx- act-wnted for Isy the iijvrravd iotation en.
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WOLINSKI, Jerzy; BUZAp Daniela; CZENINSKA-FEJOIN9 Eugenia; ZAMLYNSKI,
Waclaw
A new method of determining amines and phenols. Chen anal 4 no.5/6:
989-993 1,59. (MU 9:9)
1. Katedria. Chemii Orfanicznej Politechniki, Warszawa
(Amines) Phenols)

-MUMMY, K. L.
Final polishing of cylinders. Moskvap Sellkhozgiz, 1948. 35 P.

ZAMLYARSKIY, H.I.; WRGUN, G.Ye.
Use of acenaphthene in the preparation of azo dves. Part 1.
Rauk. zap. Llviv. un. 13:113-116 149. (MIRA 12:10)
l.KAfedra organicheskoy khimij Llvovskogo gosudarstvannogo univerelteta
imeni I. Tranko.
(Acenaphthene) (Aso dyes)

ZAMNIUS. F., inzh.
Using molling sand in mking asphalt concretes and mortars. Stroi.
mt. 4 no.8:26-27 Ag 058. NM 11:9)
(Sand, Foundrr)

AUTHOR, Za=,,J.us, F.K. 32-3-24/52
TITLE: A Method for the Investigation of Sand for Asphalt Concretes
(Yetod issleaovaniya peskov dlya asfall tovykh betonov)
PERIODICAL: ZFtvoelskaya Laboratoriya, 1958, Vol. 21~, Nr 3, PP- 3-16-316 (USSR)
ABSTRACT: The character and the intensity of the interaction between mineral-
and organic components must be considered the main factor in the
deteimination of the properties of asphalt systems. It is for this
reason that not only the mechanical properties of sand shall be
investigated as has hitherto been the case. A method of investiga-
tion waa worked out by meau-3 of which the so-called "bit-wmen volume
of saxid" is determined. 10 g of bitumen is poured into a certain
Tuantity of the sand to be investigated at 1650C. After cooling
3o= the bitiimen is care-fully removed from the sand, after which
the quantity of sand absorbed by the bitumen is determined accord-
ing to the difference in weight measured. A final in7estigation of
the sand may be carried out by pressing out the bitumen cast at
16500 at a pressure of 3000 kg 6r,2. The pressed-out sample is
Card -1/2 weighed and the vol-We of the bit-amen is determined. The method

A Method for the ID7estigation of Sand
for Asphalt Concretes
32-3-2.4/52
mp,ntioned makes it possible, besides detemining the aotivity of
the sand, to detennine also the orientation of the required
quantity of bibxnen. There are 5 references, 1~ of ivhioh are Sla.-iic.
ASSOCIATICK- Khar' kov Polytechnic Institute imeni V.I. Lenin (Kharl kovskiy
politlakhnicheskiy institut im. V.I.Lenina)
AVAILABLE: Library of Congress
Card 2/2 1. Send-4lechanical properties 2. Bitumen-Sand-Absorption

ZONIUS F K insh,
Using sand in making asphalt concrete mixes. Trud7 MADI no-231
U67in 58. (MIRA 12-'D
(SavA) (Asphalt concrete)

ZAIMMS, F.I.
Some problems In determining properties of sands for asphalt
systems used in construction. Trudy KhP1 31 no-L125-131 159.
(MIRA 13:10)
(Sand) (Asphalt concrete)

7AMNIUS . F.K. -
Waya of reducing the building canto of IndustrUl enter;rioeo.
Trudy IWI 22 no.2.-229-137 159. (MIM 150)
(ConStruotion industry-Costs)

r? ov ins -L it of H- r.-in.! crz of tlim T-r; -or! A S~
Kirov

ZAKNIUS, F.K.
Method for Investigating sands for use in asphalt concrete.
Zav. lab. 24 no.3:316 158. (MM 11:3)
I.Kharikovski.v politek-hnicheskiy institut im. V.I. Lenina.
(Asphalt concrete) (Sand)

LWIUSp F.K.j TINITSM9 PA,j otv* sa vMok
(Use of plastics in industrial and civil construction; lecture
plan] PrJtenenie plastmass v proEyahlemom i grazhdanskom
stroitellstve; konspekt lektsii. KharIkovp H-vo vysshego i
srednego spetsiallnogo obrazovaniia USSR, 1960. 22 Pe
(MIRA 34:7)
(plastics) (Wilding materials)

ZAMMYS. P.K.. in!ah.-, POCHAPSKIT, N.F.
Mineral powder from the wastes of sodium carbonate production
plant" hirt.dor. 22 no.7:8 JI 159, 04rRA 12:9)
4sphalt concrete) (Soda Induntry-By-products)

I ZAM =O, R.
I F ', ti ~C
I -r. Ing. R. Zwinojlo, "Dps tmi seLrip be- -,o-c!- er-:-,
- " j -
von Znerj! etecknile (73erlin), 6/9, 3ertea-ber 1956j, p. i.U -I-'.
u
Translatel from an article w~dch in Przeglal NecharliczIly, 11~/12,
1955, pp. 375-9.

ACM4ATGWICZY Osman; ZAMOJSKI, Aleksander
On the adclition of dietbyl mesoxaUte to dienes, FormatIon of d1bydro-
pyran derivatives. Rocz.chemli 35 zo.5:1251-1262 161.
1. Departm3nt of Organic Chemistry, University, Warsaw and Departmant
of Oxwanic Synthesis, Polish AcaderT of Sciences, Warsaw.

lucniur.- incl Alc:ksarcii-r Zanojski : "'he
'-.1:c licti-on a-.' 'Umiec- on 1-n,3~7-.turato-l-
R,'ezac!Aw-,s idth or i
Ro=--Ili 10,za"Ai 701
j
10". fro;. +bc. Ciuiir of

PITE"/Organic Chemistry - General and Theoretical Topiee,of G-1
Organic Chemistry@
Abs Jbur : Ref Zhur - Khimiya., iio 14., 1958., 466op-
Author : 0. Achmatowicz, A. Zamojeki
Inst : Academy of Sciences of Polands
Title : The Memietry of Carbonyl Cyanide. IV. Dienophilic
Proporties of CarVonyl Cyanido and Diethyl Meaoxolato,
Fornzition of Dibydropyran Derivatives.
Orir, Pub Dullo Acad,, polono Goi-,) 1957o c1),3, 51 No 9) 927-
929
Abstract CO(CIO condenses rapidly at about 20o with the dieno-
ph:U.13 ~-utadieno (1) and 2,3-ftmethYlbutadiene (11) cor-
respondingly producinL; 6,.6.dicym-5.,6-dihydro-i:2-pyran
yield 75%, melting poini 160, boiling point 69 to 800/
2 'ma) and 3.,4-dimethyl-6,6-dicYan-5,6-dihydro-1:2-pyran
~
Card 1/2

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AMIATOWICZ, Osmi; ZAMOJSKIO Alexander
Chemistz7 of carbort7l Mnide. IX, The action of c7anide or, batadiene
and 2,3-dirieVqlbutadiene. Synthesis of dihydropiran derivatives. Rocz
chemii 35 rio.4.'799-812 16.1.
1. Department of Organic Chemistry, Warsaw and Department of Organic
Synthesis, Polish Academy of Sciences, Warsaw.

L 41814-66 j jy,,
AP603160 (N) SOURCE Congo PO/0099/66/040/003/o451/o462
CC Na'
A
0
AUTHORs Z4~pojekio, Aleksander
AUTHCIR i
F
of Org`a_ndc-Chemistx7 Katedra, Chemii Organicznej
ORGt Dapartment University, Wars
Uniwersit-etu)
TITLE: Synthesis of 2,4,13-trimethylundecanetri-lt5o9-olt a degradation product of
narbomycin
SOURCE: Roczniki chemiiarmales societatis chimicas polonorun, ve 40, noe 3# lybov
451-462
TOPIC TAGS: chemical synthesis,, antibiotic
ABSTRACT: A synthesis of 2,,4,,8-trimethyl-undecanetri-l,,5,9-01 was achieved. The
synthetic product was proved to be identical with ~hw trialcohol C H3Q, a
T~4 t
degradation production of the macrolide anti narbomycin. e liut or thanks
Professor, Doctor 0. Achmatowicz and Professor, Doctor-J.-Swideraki for interest
'in the results of this work,, also Professorl.Doctor V. Prelog-and Doctor'H. Gerlach
c (ETH). Zurich, for gettic -of tri
from the Federal Polytechni S-the preparation alcohol"
VIII,for comparative research,, Orig. arto has: 5 fiju-ies and 9 fomulag.
on f - abst-1 1JFRS:
;rhor a Eng .36p0021
CODE3 07,, 06 SUBK DATE: 20Sep65 / ORIG REF: 001 / OrH REF: 010
af

ZAM.TMa, B.
People of acience and tecbnologyo RollbW tecbniques are the~x
special fiold. Przegl techn m.31i/+- 3 A
,g 160.

ZAMDJSKI,, B. .1
Technological progress helps to economize foreign exchange
values. Pr2;egl techn no.33:4 17 Ag 160.

-ZAXWS- KI, Br. -
The automatic production iiney an achievement of the engineers
.)d Works in Cracow. Przegl techn ne.16:9 Ap 162.
of the Telp

ZAMOJSKI, Br.
The heavy industry Is fulfilling its production tasks in
compliance with the plan. *zagl techn no.13tl,9 Ap 162.

-,---,ZAIIOJSKI Br.
"An ontline of the history of mining in the Polish Territorieso vr)1.2.,
edited by j.,ut Pazdur. Reviewed by Dr. Zamojaki. Przegl techn no.22;9
Je 162

Zg!OJSKI, B.
0~-
Rationalization and Inventivenoss$ a basis of output corcentratlon
in coal mining. Przegl techn. no. 28:8 15 Jl 162.

ZAHOJSKI., Rr*nls:Law,
Expositiono of Polish heavy industx7 at the Internatioml Poznan Fair.
Przegl to'chn no.2312J,:1, 17 -Te 162.

7AMDJSKI, BronialLaw
Textbookei on tachrology and other tachnologic&l brana~ litarature for
technical schools published in millions of copies* I~rzagl tachn noMt
4 AP t62,

ZAMMKILBronislaw, ,
Har, this hoen worth while? An interview with Kazinierz
Glowacz, chief executive in heavy industry. Przegl techm
no.18:8 6 my 162.

The Labin and Glow region and the Legnica Matallurgical. Works
constitute 'the Polish topper Basin. Przegl techn no.21t4-~5
27 my 62. 3

ZAMOJSKI, Bronialaw
With GustAtw Morcinek in Skoczov. Przegl tochn no,10:6 162,

ZAMOJSKI, J.
*An Exemplary Method of the Exploitation of the 9-153, a Loading Yacbine
in the Michal Coal Mine" p. 166 (aamoMosgi Go=Icjgf Vol- 41 No. 6, June, 1953v
Katowice)
SOt NMIWJ LLIII st 1=1 Emovean Accesgiong , Vol. 39 No. 2, Library of Congress,
FObruar.v,, 1954, Unal.

NOWAK, lazimierzs inz. PUTEMICKI, Przemyslaw, r6gr inz.,- MIOJ.1370, Jozef
gr inz.
Pmvm* do in the construction of commutators. Wiad elaktrotechn
31-no-3;13-38 Mr 163.

YUMMIM/Organic Chemistry. Cu-neral and Theoretical Problems G
of Organic Chomistry,
Abs Jour: Ref Zhur-Miri., No 23, 1958, 77489.
Author Achmatowicz 0., .7,h~m~
Inst
Title The Chemistry of Carbonyl Cyanide. Dienophilic
Proparties of Carbonyl Cyanide and Diethy!
Mesaxalate. Formation of Dihydropyran Derivatives.
Orig Pub: Crowt. chem. acta) 1957Y 29) No 3-4, 269-275.
Abstract: See IiZhKhim, 1958, 46602.
Card 1/1
101

WITRIMalY, V.P.; ZAMOLODCHIKOV~...P.I.; KOLIGA, V.V.
[Cyclotron with a periodic magnetic field for
multip",,q charged ions] TSiklotron a periodicheakim
magnituym polem dlia mnogozariadrVkh ionov. Moskva..
Glav. ixpr. pa ispollzovaniiu atomnoi energii, 1960. 14 p.
(MM 17-2)

VA 2
It
0: rp ii
A 01 31;".5

S/058/6 I/OOO/DO7/DO6A86
A0OJ/A1Gl
J243,300
AUTHORS: Drnitriyevskiy, V.P., Zamolodchikov, B.I., Ko ga, V.V.
TITIE: 7he cyclotron with a periodical magnetic field for multicharged
ions
PERIMICAL: nereral-,ivnyy zhurnal. Fizika, no. 7, 1961, 37, abstraot.7B32 (V ab.
"Uskoriteli", Moscow, Atomizdat, 196o, 94 _ io4)
T=: A cyclotron is proposed with a periodical magnetic field w9th a
purpose to produce boams of multicharged ions with a pulse of up to WO oe.cm
and intensity of-sevoral tens of microamper6s. General.,relations are derived and
necessary voltages are calculated for accelerating ions with a presoribed-range
of charge-to-mass ratio. The vertical f6cusing is effected by the variable gra-
dient of the magnetic field whose maximi are located on spiral lines; An appen-
dix contains the sketchy calculation of an installation with the following charac-
teristics: field in the accelerator center, 16,000 oersted; the final radius
of ion motion, 1_30 cm; the range of charge-to-mass ratios, 113 to 1/7.
[Abstracter's note: Complete translation] A. Talyzin
Card 1/1

ALITHOH6% Aitrirevskiy, Zamolod,,-hikov..
TITLEi Boam LDss at the Limitang Radius
PERIODICAL: Atomnaya energiya, 19,40, V0.1- 9,
4229
S/089/66/ooq/ooVoc9/c%
Boo6/BO7,0
B. V.
in a-Proton Synchrotron
No., 4. PP~ 405 - 305
TEXTt In the present "Letter to the Editor", the author.-3 da.-scuss the
re5onan-.e interaction between the radial and vertical oacillations near
n ~- 0,215~ This resonance is much more harmful than the pararaetri,!. -
exoitation of vert-ical oscillations cauaed by the first hariconi". in the
9trill-ture of the magnetic field. The limiting energy to whic~h partioles
in a high-enezgy proton synchrotron may be a--celerated :;orre5ponds +o a
radius for which the coefficient n . -(r/H)(dH/dr), characteriziAg tha
de~zrease of the magnetic field, is in the range 0.25> 00.2~ Coupled
oscillations do not lead to a total beam loss in the range n-0.2. This
range is followed immediately by the range of parametvri~- encitation of
,.,rtiaal oscillations of frequency QZ-0.5 (n-O,?5),, This parametrin. ex-
cita*lon cannot cause any significant increauic of th,? amplitude in a real
Card t/3

8~229-
Beam Loss at the Lim:tting Radius in a Proton S/089/6o/oo9/cO4/009/0?0
Synrhr-=.on B006/BO70
proton aynchrotron. The effects which cause an Increase of the amplitule
of vertical oscillations in the presence of an azimut~al Inhomogeneity of
the magnetic field are now investigatpd, Coupled os~~iliations orig-~nating
from a distortimDn of the closed orbits cauzed by an azimuthal inhomagc~-
neity of,the field structure are i.,onsidared. Formulao are d~iri'T-71d, WhIC.11,
give the increase in 'the amplitude in the resonanc--:a zone for quasisl,~,Ai..
6) and dynamic (7) cases, The theoretical resulth were tierifi,-~4 hym~E-ans
,-~f an elertronic simulator of the 1.yp%?MY--8 (EML-O)~ Thia instrument
intagrated equation (2) describing the vertical oscillations. For this
purpose, the equations were put in the form of a eystem of two equatior'S
(9); and the initial phase T 0 ias. so chosen that th4~ maximum increaae of
the ampl-~tude of the verti,7,al oscillations oocur.red 4urIng the passage
throvigh the resonance at n 0 - 0.25,. The waximum ainpli~lzde of th~)
os.-.illation could be obeerved -n the indicator acreen, an-4 was
from the voltage at the output of the integrators The ascuraoy of the
solution was 1%, The syetem of equations (9) was solved for two special
,.~asea~ the pr-.~Ion eynchrotron of Ot"yedinennyy j-,1stitili yaderiqkh.
(Joint Ini3titnta of Nu-clear Regoaroh) in Dulbn't, ana Thai Or
car-1 2/7~
r ,

6422Y
Beam Lose at the Liml,ting HiAniwa in a Proton S/06 60/009/004/009/020
Synchrotron Boo6YBO70
the Institute of Nuclear Research in Tokyn, igs. 1 and 2 show the
dependence of the maximum amplitude on the magnitude of the first
harmonic of the magnetic field for kinetic ion energies of 680 Mov (Dubna)
and 57 Mev (Tokyo). The calculated curves were obtained from equation's
(6) and (7). Fias. 3 and 4 show photographs of the oscillograma which
show the build-up of vertical oscillations on the dynamical paiisage
through the resonance considered (E k-57 Mev). The authors thank
V,__P. Dzhelepov for discussions~ There are 4 figures and 3 referencess
I Soviet and 2 US~ V),
SUBMITTEDt March 28, 1960
Card 3/3

ZAMOLODCHIKOV, 11. 1.
Cand Phys-Math Sici - (diss) "Several factors bounding the energy
and intensity of' beam in the phasotron and the relativistic cyclo-
tron. Paper del'ended in work for the academic degree of candidate
in phys-math sci as based on sum total of work undertaken."
Z7Dubna, 196~17- 32 pp with diagrams; (Joint Inst of Nuclear Studies,
Laboratory of High Energies); 160 copies; price not Iven; biblio-
graphy on pp 22-24 (35 entries); (KL, 10-61 sup, 204.5

VASIL'YEVSKAYA, D.P.; GIAZOV, A.A.; DENISOV, Yu.N.; DZIIELLPOV, V.P.;
WITRITEVSKIY) V.P.k ZAI-IOIDDCHIKOV B.I.- ZAPLATIN, N.L.;
KOLIGA, V.V.; KROPIN, At. ONISHCHENKO, L N.;
RYBALKO, V.S.; SARKISIAN, L.A.; SHVABE, Ye.; SARM4TSLrVA,, V.R.,
tekhn. red.
(Theory and. the modeling of a circular synchro-cyclotron with
a spiral magnetic field] Voprosy teorii i modelirovaniia koll-
tsevogo fatotrona so spirallnoi strukturnoi magnitnago polia.
Dulonap Ob"edinenryi. in-t iaderrqkh issl., 1962. 7 p.
(14IRA 15-4)
(Synchrotron)

GLAZOVI A.A.; DZHELEFOV, V.P.; DMTRIYEVSKlYp V.P.; 9AMIDMIKOV, II.I.;
KOLIGA9 VS.; KFOPINv A.A.; ONISHCHEMKO, L. SHVABE,, Ye.
Effect of a space charge on the frequency of free oscillations
of particles in an Isochronous cyclotron. Atom. energ. 15
nojs205-209 S 963. (MRA 16t10)
(CYclotron) (oscillations)

DANILOV; V.I.; YENCHEVICH, I.B.; ZAMLODCRIKOV, B.I.; MARCHENKOI~ B.N.; MOVIK07,
D.L.; POLFEROV, E.A.; IROZANOV, Ye.I.; SAVEW07, A.L.; SAFOITOV, A.N.
Increase in intensity of a proton beam in a six-meter synchro-cyclotron
of the United Institute of Nuclear Research. Atom. anerg. 16 no.1:9-11
Ja 164. (MIRA 17t2)

L M7-66 rm
AdCESSION NR., AF5023773 U11/0089/65/0191003/0280/0292
621.394.611
AUTHORi Danflov, V, L; Yeachavich I H Zam, 195[ch!k L; Polferov,
_E
Rozinovo Ye. inivn6v, T. 1. 1 Wstov, V. CT-.
TITLE- The Increase In pulse duration of the 680 MEV..01Ya1` syneltrwyclotron particle
beam
SOURCE- Atomnaya merglya, v. 19, tio. 3 1965, 239-292
-TOPIC TAGS: synchrocyclotron, ton c ton accelerator,. MEV accelerator.-,
ac olerationo
ABSTRACT-. In synchrocyclotrons ions are accelerated In buncheso W,, shape and dimen
sions of which are determined by radial-pbase and b6tatron. oscillati6m. The present
authors elescribe a mothod for pulse extension which was tested onthe D1YaI syncbrocyclo-!
tron and yleldcd- rasul~ts summarized in Fig.. I of the-Enclosure. The method to based on
the analysis of the a0proxdmate expressions for pulse duration,
"-arr. (1) + i.. X (9)
Card 1A

'o
-- -- -- - - - - - - -
L 4147-66
-ACCESSION Nit: kl'9)23773
and gnd
j _15 tho,' maximum- amplitude-of -radial ~betatrort radfal~phase oscillatfona
respectively, It Is shown that the lougth of the pulse. mTy-be- oxtmdedly Incr ming the
iaeTval-of-radiaLoseiU,,tLUen-,,unplituderand-b~v
r s_1thfs_-_can:be_-ach oved-by-incre tnX.- -f
as radial tons or-~.
Ala

L 4147-66

ACCESSION NA: AP5023773- 01
ENCLOSURE.
cbunts'

0

I P
14
$47

0

, 41
h 'D

A
77
Fiore L Shape bf OlY9 synchrooyclatrou beam pullsesi~ 1.~ stoAdoxd oporation; 21.s (M-

tended beam
Asb op6rjm
Lu
Pard 4/4

IL 227h-66 ~pi)/gPjk (w)-?/7 ljp (c CZ9
_MMISIM Nk,. AT50071143
'UR/0006/54/000/60D/0611/0615
'AUTHOR: Glazov, A. A.; DzheleDov, V. P.; Dautriyevskly, V. P.; zmftolodchikov, D.
57-e---
Kol'ga, V. V.;.krapin
Yu.
:TITLE. Effect of-space charge on tide free oscillation frequency of particles in an
isochronous cyclotron
;SOURCE: International Conference on High Energy Accelerators~f Duhna, 1963.
.Trudy. Moscowj toml
'TOPIC TAGS: high enerlrj accelerator, space charge, cyclotron
;ABSTRACT: Theoretical studies of the effect of space charge on the motion of par-
tticles in accelerators have been 'carried out in a number of works: Berestetskiy,
V. V.; Golldin, L. L.; Koshkarev, D. T. Pribory i tekhnika dkeperimenta, 3, 26
1(1956); Dmitriyevskiy, V. P.;.Zamolodchikov, B. I.; Kollga, V. V, Doklad nolonfa-
_xentaii po taiklotrotumi (Report on the Cyclotron Conference), Cracow* 19GO; Kolo-
A. A.; Lebedev, A. 1;. Atormaya e1wrgiya, 7, 549 (1959). To.creat
F e strong-
Icurivnt accelerators it Is important to -verify the theoretical conclusions with ac-1
tual operating Installations. The present work Is concerned with thadependencG-of!__
I
- - ___ - ch--
!the frenuenc oEg upon,the-d
Y_ jal-oscillations- ensity-of the space iarge of the ac-
9
bcard-v

__L 227h-66
ACCESSION MR: ATS007943
elerated particles. Pertinent measurements were carried out on alcyclotron with
c
spiral magnetic field.for the specific case of molecular hydrogen ions accelerated
up to the energy of 12 Hev (Vasilevskaya, D, P., et. 41., Atamiaya energi y~a .89
189 (1960)). The results of the present work shows that the effect of the space
charge-does not prevent beam intensities of the order of several-MLIliamperes in re
lativistic cyclotrons.: A result of this space charge is the dispIlicement of the
zones of resonant interaction of the oscillations*. ExpressiQns am' obtained which
describe the effect of the space charge on the basis of ll:hear.equistions for the
free oscillations taking account of the electromagnetic field of the accelerated
particles. - It - is assumed. that -the particles- Ina, condensed bunch %re uniformly
distributed along-the azimuth and that the vertical size of the buach Is much smalls_____
er than the aziituthal'extension. The main topics discussed am: (1) the density o
the charged particles'in a relativistic cyclotron and its influenci upon the fre-
quency of the axial oscillations; (2),measurement of the azimuthal extension of the
bunch;- (3) measurem6nt of -the fktequency.-of the axial free _ascUlations;_ and (4) the
limiting intensity of:the internal beam in a relativistic cyciotroils Orige Uto
has: 6 figures, 9 foxculas.
ASSOCIATION: Ob"yeditiennyy institutyadernykh issledova~iy#".'Dubna (Joint
Institute I
of Nuclear Research)
EFCLt- 00 -CODE:--N?
SUB
NO REF SM 004 OTHER:, 002

loom
DZIIHELEFOV, V.P., r)t,dTRIYrVSFIY, V. P. ZAEOLCECIUKOV, B.I.; KOL GA, V.V.
High-pcwer accelerators of high-energy particles, so-called '=as
factories." Usp. fiz. nauk 85 no.4,~,6,1'-678 AP !65. (1,11FRA 18-),
,,.L

eOURCE- - International ODnfemnee on High EneM Accelerators. Dubna, 1963. Trudy~
JVoscow, Atomitdat,-1964, 547-555
icle
AWIC TAGS: proton-acceleratorl relativistic part
-==Iusively-show -th
-ABSTRA.Cr--- - turiiit-I t _nT a~~.I
-to Understand the 'microcosm further -it Is necessary, to increasa the- beara
f RC
-0 e calerators by a factor of 104 and produce accelerators with energies up to
th:,usands of Rev's. For the past 5-6 years constant gradient accelerators (500_
900 Kett cyclotrons) havf appeared to be the best wtay to produce parlicles with ener-
gie5 up to I Be~; (1 Ge-r, with beam cux-rGnts of the order of 1 milliempere instead
of ! micrcarrp,~re (as foind in synchrocyclorrons). The present mpoxt describes the
desip fcr a 700-Mev p:- -t on cyclotron de"ioped by the Laboratory of Nuclear Prob-

L 58913-65
A r' 1-j" S?N N P A r I
1~ T Y j T i n !v with P- I E FA AE S S S Rand other scie-tif ic: rl-Osearch
v T f-- Pew ;I, - ce 1~~
The foil-.wing new
T n omr, v x
~:(,Ljs zr a rl' en t s '1P D 140(jul -"Q/ ~m) W~!.f: 'j:- dccuracy '11~llter "har, lu, r ~d 1 Ic -
C)f high-4r,~-.uanc-' )scill'at-.)r-,3 vi-h p-ower up to 2 MW at a fmqu(!Ilcy of 12 ffrega-
rv(-IeFi per !?ar:,:)nd (12 M,:), with f-ri-quency stability of the order of 10-', whL-11-1
Cr,rd 2/3

o r t,, L
ol~ accelerdt,3d proto0s. ~lh-.- pr"U-ut, ;,T,~;

4
_j
1; 58861-65
-2
ACMSkOll RR At5007946I`T*
J,
daptum. -.of~the -part icles'-a V the -ce:ntex-of :the ~syv~
__h__ ldt",F-Auringtthe 4 c-celeratin-g- regime'; ---and - se con
t~,6ii-oaso~-Motlon- during
rocyc
V -equa s: ox Bohm -and--
the 'Acceleration process, up to the term al rad th~ D
f i -ust
L. Foldy (Phys. mV. , 72, 6119 (1947)) are insufficient for the solut- [on of the prob4
flem of the optimum capture of charged particles in the accelerating r-egime in syn-
chrocyclotrons of several hundred Hev. This is explained by the fact that the
'growth in energy per reNolution in the first stage for a constant accelerating po-
,tential (Ijeconst,) depcnds upon the radius of the orbit. The curve describing the.
'relative ~_mcwth of protcn energy per revolution as a function of radius was caicu-
'lated by means of pictuies of the dee potential field which were obtained from, a
Imodal of the7 central regrion of the., Mal syrchrocyclotron in an electrolytic tank.
LXVe-Imental -,Pasure-men- s of the curne~~t F_~- -_'ie radiu-; R--30 cm det-er-mined the mag-
y-
,r-- c' he (-ircuiar f-requency in units of radlans per secon,~2)
r
:t~,.3t E-naures Optitrum ca!)ture conditiorl&. C;`,Oice of this radius nec~6,sitatez
'fie inf'Lut~llce of
ing t I - ~) tc-,- Conditions lurling protf)n -icrqIe_ratiCjn
of thp iriiidie and t Br-T. i i n. a I radii. Th,? mgnitude of v a r ied
ii init
0.~,er Wil-le rarEe "fith lariation of the magnetic field strength at :he centor of
3 Fcr v)itage at the cdme o4'~ Y 12 kilovolts aril f I .
or, existirg geom-
-C -25

4
ACCE OK-KRI.-~--._-AT.W94
D-
.7 ~f the -celeratinF, gape. the.dependence of the - intensity-. (captare effectivenesO
upon W for the OlYal synchr-ocyclotron showed the optimun value to be m5K
init
!1010 rad/sec2
(B.I. Zamclodchikov,, et al. Preprint GIYaI P-720, Dubna, 1961).
lCorrection of the parameters of the accelerator's resonance system in January 1961
le~ a fterqli~?~i,-_y progTam writh the ind-1--ated vaille of at the beginning of
s in
',acceleration, which led in turn to increasing the internal beam frorr 0.3 to 0.8
on cui:,rent -was measured by
.jkroamneres at theAeruLthal radius Ff--274.5-cm. Them prot
Tmeans of --s-v Induced activity of an aluminum target, according to the reaction A127
'(p,3pnYqa24, obtained al radii R--270 to 280 crn. A target with a lead backing was
1calibrat-Pri against a nim of Protons, extracted from the synchrocyclotron chamber,
hy rf,.nans of a Faraday nlinder~ '!'he sccond 3tage of the word ~_-onsl5tted in cm~ating
t FrDr. w" t) and s,lc~
Ithat they enslar,? simulticneously the optimum coriditions for the capttre or rne j.-_,n_-
iand their subsequent act;ejeration up, to the terminal. radiw without phase loss.
Puring selectioTt of the frequency prograr, of the synchrocyclotron c(nsideration was
n of the-dampilag of phase oscillations during the process of prcton acceleration
take.
ta- the: termit-nal:radi,is of the
UP accelerator. Use _was.made of the Jnvariance of the'
lintegral of action J dix,ing the adiabatic variations of the system1f; parameters.
Car

r-t-7/Pab-10 IJ
L 5W10-65
=9101SION ITR - AP50LI2 ~2' U* 31651085, foa4/o65 1106~ffl
AUNOR: Dtbolepqyj V - P. DmitlrTevsMy, P.I
MIM Strong current Ugh energy paxtiSle accelarato a-.;. mevon ft~:torie
r s
A
SOMM UspekU fixiebaskikb nwjkp v. 85, no. 4, 1965, 651-6,18
TOPIC V.09t 1)~icle accelerator, ayelotron,, high current acaeler3tor, particle
extraction, acceleratox shielding:
AKITAM, The =~ticle deelli3 with hig7b-cncTgy par-ticle mci;:eleratorF in which th-i
pezticle3 are acceleral 'ad to approxizatell I GeV end which produce Pufficicinly
In.rge c-t=rzent, up to 1 mA (meson factoTles'). Such accelerators art! capable of" prc-
dw-irx- rmeleon, pion, imnd =-on virrente ~AUch are hundreds and thcusands of tireF,
I rc-,,-r-r thnm. ex L Ert i ng, e1 I-uipneut c;in au-ppiy The !Lrt I cle dil nc-uz ses b- proar--,

loom
I ASSOCT1,TION't
i RR RU Myt
llone
Mtn I -MID- CORI- HP
00
017
oTMt 0 9
Ccrd P/2

lirig/321VA34)/JWP(t)/BWP(3s)/ZWP(i) JD. UvO1M/65/060/0Dk/0382/6lff'
62.L.318.3;6Z-30-634 so
AMOR-1 Akhmsnarj:.~j 4arkov. L. N.; NlkollsklY..A. &.1 30
Khakimpy, S. Kh Babovikov, H. S.; Dkobreteow
-; Sitestakov. V. D.-
TITLE: An arrangeomt. for producing pulsed negastic fields of strengths UP 1-0 150
kilogauss
SOUBCZ: Pribory I tekhniks eksperiments, no. 4; 1965, 182-18T
TOPIC TAGS: pulsed magnetic field. thyratron, wynchrocyclatron
ABSMCT-. 'The units of an sp~arstus for producing a pulsed siagnetic fit of -
are described. Pulsed stagneta of beryl-
146 kilogau3s in a space of about,600 CM3 if.
lium bronzelare potrered by.a`cap&ditor bank of 0.1 farad capacitince. The capacitors
are chargedk%,broiWt lizdt resistances to 2 kv from a thymUou rectifier, and a
1-10015 ignitron III used asIthe svitching element, Synchronization and conirol for
operation vith a iqmchrocyrletron are obtained by a special circuit. This arrange.
ment, 6r obtaining the pulsed field operates reliably. In the tests two se~pars"
kagnets were used$ each producing a field of 2h6 kilogauss. The use of the 1-100/5
Cwd
f

J, 2535--66
ACCESSION NR: AP5021-359
IgniLron when proper heating and cooling were maintained prior to switching fik the
field secured operatton without breakdown for 20-40 hr at a switching re .Lte ot
10/min. The joint operation of the.pulsed magnet with the gynchrocyclotron required
some rearrangement o:,1 the control system to guaLrante;hthat no.particle was emitted a
without accompanimen', of a pulsed magnetic field. " a authors express their thank
to V. I. _Rantlov, S. M. Tomilina and 1. B. Yanchevich for carrying an the voLrk.
The authors are grittful to 1. 1. Gurevich 'and V. helepov for their constant
interest fLr,d help in the work. The authors express their Uanks to T. 1. ffaimov&-L
F. Te. Gaqs, 1. P. Larrushkin, Yu. V. Maksimov, A. V. bhestay, To I vanov, I
--_Ygkrkk av, A. F. Hurt-selr,B. V. Degtyarev, H. P. -1: D, 0
qho t;tklsryaKov, Ana No area v for
their ~~i In' main-tain-Mg &n-d7;FrRf-rQg-the equipmant.7 'Orig. art71-U-SMIgures
and 1 table. 104)
ASSOCIATION, Institut atemnoy anargii GW, Hoscow (Initituto. of Atodid thel-gy GM I
LY&P OIYRTL i All ZFAj HIn
SUBMMTD: IjJun6k ENCLI 00 CODSIC9P
P0 R" 80vt 001 QMt 003 AiD MW,ji.ff
Cc-9-2/2

DANILOV, V.I.; YENGHEVICH, I.B.; ZAMLONHIKOV3,,,4j.; POLFEROV, E.A.;
ROZAITOV, Ye.I.; SMIRNOV, V.I.; MT&, V.d'o
Increasing: the pulse duration of particle beams from a 680
Mev. OIIAI synchrocyclotron. Atom. energ. 19 no.3:289-292
S 165. (MIRA 18:9)

GARAGULYA,, L. S.; ZAKOLOTCHIKOVA, S. A.
Seasonal freezing of soils in the SYktY7kar region and the
preftetion of soil freezing chan&s following development of
the territor7, Merzl, isel, no.l*-45-59 161,
(MIn 16 t 1)
*ktyvkar region-Frozen ground)

ACC-WKi--A-T6024q28 SOURCE Cobk'- _W2�81
--/661000/004/0187/0191
AUTHORS loktionova, N. A.; Ovehinnikovt Yu. F.; flikonorovg Ye, A.; Zamolodchikovap
V. N.; lapinap L. V.; Kr-evozahikov; A. V. ~Ao~v V.-J.
OR G I none L~'Q_
6 fl
TITLE: Residual stressois in weld joints of aluminum alloys
SOURCES Alyuminiyevyye splavy, no. 4, 1966. ZharoproohnM i vvxokoprochnyye splavy
(Beat resistant and high-strongth alloys)p 187-191
TOPIC TAGS$ tensile stress, compressive stresup aluminum alloy property, weld e
ation I Ir
ABSTRACT: The residual stresses in various parts of a welded structure of ATsM alloy
were detekined by a mechanical methodp and the influence of the artificial aging and
temper 1)6f the weld joints on the magnitude of these stresses was investigated. It
was found that longitudinal residual stresses up to 10-11 kg/=2 and compressive re-
sidual stresses up to i1-12 kg/mm2 in the transverse direction arise in the zone of
the weld joints. Artificial aging of the weld joints of ATsM alloy for too hr at 90'P
does not change the magnitude and character of the residual stresses in the heat-af-
fected zone as compared -to the r dual stresses in the naturally aged state. Temper-
ing of the zone of the w3ld joinv% induction heating to 240-2500C for 4-5 min fol-
lowed by cooling of the heat-affected zone with water increases the magnitude of the.
Card

L 46965-66
A-CC NRa AT6024928
longitudinal tensile reipidual stresses by 1.5-2 kg/mm2, without clumging the sun*
At the same tim, the transverse reoidual atresoes change into compressive ones and
reach 4 kg/mm2. Orig, m-t. has$ 2 formaas.
SUB COM 11/ SUBK WEI none/ ORIG RUs 003
Card 2/2 mt

ZAMOIDTOV A,
From tha Irsaves of corn, From, koop, uo,12:35 D 157, (KM lotiz)
It Predsedittall pravlonlya artell 'Kraouyy kubauets," otantelya
Dinskays, Krasnodarekogo kraya.
'(Dinabqa (Krasnodar Territory)-Basketwork)