SCIENTIFIC ABSTRACT BELOV, V.N. - BELOV, V. T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204510013-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

D~FHUNIN, V,M.; TOVBINA, M.S.; FRIDIAAN, Sh.A.; BFLOVY V.N.
Preparation of odorous substances. derivatives of
3-hydroxy- r-pyranone. Trudy VIIIiSNDV no.6s73-80 163.
041V~ 17W

BRATUS, I.N.; VORONIN, V.G.; ~FLCV V.&
Some variants of coumarin ayntheois. Trudy VNIISNDV no.6.-81-85
163. (MIRA 17-.4)

PRZHIYALGOVSKAYA,, N.M.; SHNER, V.F.L LOV, V.N.
.Radnetion of naphtholearboxylio acids. Part 10t Preparation of
.6-aestamino-2-tatrallone and methyl ester of 6-acetamino-2,3-
tatralonecarboxylic acid. Zhur.ob.khim. 34 no.2t5O&511 F 64.
(MIRA 170)
1. Moskovskiy khimiko-takhnologichaskiy institut imeni D.I.Mandele-
yevae

PRZHIYALGOVSKAYA, N.M.; MUNDODOYEV) G.T.; BELOV V.N.
Reduction of naphtholearboxylic acids. Part .12t Synthesis
of 1,4-dihydro-2-mothoxy-3-naphthoic acid and its methyl ester.
Zhur. ob. khim. 34 no. 5:1570-1572 My 164. ' (MIRA 17:7)
1. Moskovskiy ordena Lenina khWko-takhnologicheskiy Institut
imeni D.I.Mendeleyeva.

DASHUNIN, V.M.; MAYEVA, R.V.; KA71LETOVA, G.A,~",.BELOV, V.N. (deceased]
Substituted lactones and their transformations. Part 3: Hydroge-
nation of the aromatic ring in 0(-arylalkylidene butyrolactones.
Zhur. ob. khim.34 no.9:3096-3101 S 164.
(MIRA 17:11)
1. Vsesoyuznyy nauchno-issledovatellskiy institut sinteticheskikh
i naturallnykh dushistykh veshchestv, Moskva.

RUDOLIFI, T.A.; SHChMRINA, M.M.
LASKINA, Ye.D.;iBMV, VON* [dece
Claisen rearrangement. Zhur. ob. kh:Lm. 34 no.12z4015-.1+018 D 164
WIRA 18:1)
1. Tsesoyuzn7y naculmo-issledovatellskiy institut sinteticheskikh
i naturalln-ykh dushist7kh veshchestvo

SMUSHKEVICH, Yu.I.; BELOV, V.N.; UErEV, B.V.; AXIMOVA, A.Ya.
.L ----- 16
Reaction of olefins with aldehydes. Part 2: Reaction of chloro-
acetaldehyde with cyclopentene. Zhur.org.khim. 1 no.2.-288-289
F 165. (MIRA 18:4)
1. Moskovskiy khimiko-tekhnologichaskiy institut imenli D.I.
Mendeleyeva.

SOLOVIYEVA, N.P.; RUDOLIFI, T.A.; VORONINA, I.A.
Macrocyclic lactones. Part 1,. Synthesis and infrared spectra
of thialactoness Zhureorgokhime I no~3.,546-550 Vw 165.
Macrocyclic lactones. Part 2: Synthesis of sulfonolactones and
thialactons, iodomethoxides. Ibid.:551-554
(MIRA 18:4)
1. Vessoyuznyy nauchno-issledovatellskiy institut sintetiche-
skikh i naturallnykh dushistykh veshchestv,, Moskva.

.-BELOVA V.N. fdoceas~all TARNOPOLISKIY, Yu,l.
Reaction of butyrolactone with organomagneslum compoUndso Zhurs
org. kbis. I no.4t634-636 Ap 165. (MIRA 18%U)
1. Moskovskiy khimiko-tekhnologicheskly institut Imeni
Mandeleyeva.

MONDODonv., G.T.; MHIYALGMKAYA) N.M.jAEOVj-jt#! [~Oceased'j-~
Reduction of naphtholearbcaylic aalde. Part 14s Irdirect
electrorc-l-etion of methyl 2-naphthoate. Zlur. org. kh-Im.
I na.7sI224.1248 JI 165. (VIRA 28:'A' I )
1. Moskovskiy khimiko-tekbnologichaskiy Inatitut Imeni D.I.
Mendeleyeva i Buryatskiy seltzkokhozyaystvennyy institut.

FROMNENKOV, V.K.; SKVORTSOVA, N.I.;,'BELIOV,,_ V.N. fdaceaso'-d"h KAMENSKly,
A.B.; RODIONOVA, N.V.
Some transformations of ~-mthyl-4.-(cyclopenten-21-yl)buten-
2-al. Zhur. org. khim. 1 no.8tl431-1434 Ag 165.
(MIRA 180.1)
1. MoBkovBkiy khimiko-tokhnologichaskiy institut imeni
Mendeleyeva.

M01,11TWLIOU-NIV G.T.; P117HlYh!,G(ASKAYA, N.M BEWVI V.N. (dece
fityauction of naphtholcarbmylic acids. Part 151 Reduction
dinnrization of mothyl f3ter of I-naphtholc aoldo Zhurs
org. khIm. I noollt2008-2012 ~N 165. (MIRA 18312)
1, Submitted December 28, 1964a

HEV
;BELOVS.V.N. [dece iga); TERIS B.Ya.; AVRAMENKO., V.G.
.. ...... t-
Syntheaee~on a,base oflJ-ehloroalkanoic acid . Part 3t Reaction~
6of a)-chloroalkanoic acids vith alkalies, Irs or kbim,'l
no.4t645-648 AW 165. UIRA 18:11)
1. Mookovekly khimiko-tekhnologicheakiy inatitut imeni
Mendeleyeva.

cgkdKi;i~~ YERYSHEY, B.Ya.-, AVRANENKO, V.G.; SIGHEVA, Z.F.
Synthesis based.on (J -chloroAll-anoic-acids. Part3s Synthesis
and,pyrolysis of S-((J-carlboxy and4)-carbethoxy) auwl eaters
of ethylxanthic acid, Zhur. org. khim. 1-no.4z686-688 Ap 165.
(MMA 18: 11)
1. Moskovskiy khbdko-tekhnologicheakiy institut Imeni
Mendeleyeva.

VOUTSEKHOVSKAYA,~A.L.; KOSUL!NIKDVA, N.A.; RUDOLIFI, T.A.; DASHUNIN, V.M.
-PMV, vx. [deceased7'
Transfomations of S-methyl-f--alkyl- S -valerolactones imder
the affect of polyphosphoric acid. Mmr. VKFO 10 no.6:702-703
165 (MMA 19 tT)
1. Tsesoyuznyy nauchno-Issledavatellskiy institut sinteticheakikh
i naturaltnykh dushistykh veshchestv. Sulvaitted Npril. 7, 1965.

-J~
tA
a.,
-Y
cS 55 "-a

MwV, T. P.
'I..",.. 1--'-'-,:-.----- 4-",. ~
Rossibilitieg of simplifying the design of produotion strings
and saving metal in drilling. Izv. vys. ucheb. zav.; neft' i
gas 2 no. 7: ni-m 159. (NIRA 12:12)
1.1luftykevskir industrialInn institut im. V.V. Kuybysheva.
(pipe)

B!I,ovj V. P.
Yeasurement of the'principal optical characteristics of the surface layer of the
air. (In Russian).
Leningrad, Gidromet. Izdat., 19556, 76p., figs., diagrs., tables, refs.

BELOVY V.P.
Coefficient of safety for tightness of threaded joints of casing
pipes, Izv.vys.ucheb.zav.; neft' i gaz 3 no.3:27-32 160.
.(MIRL 14:10)
1. Kuybysheyakiy induatrialln" institut imeni V.V.Kuybysheva.
(Oil well casing)

EELOV, V. P.
-----------:----------------
Use of plastics for control-Ling circulation loss. Izv. vys.
ucheb. zav.; neftl i gaz 4 no.1:33-37 *61. (IMU 15:5)
1. Kuybyshevskiy iridustrialinyy institut imeni V.V. Yuybysheva.
(Oil well drilling fluids)
(Plastics)

BELUVs Valeriy Petrovich; SOKOL) I.V.., red,'; KUSAVTNA, A.M... tekhn. red.
(Motor-vehicle tires] Avtomobillnye shiny. Moskva, Voen.izd-vo
M-va obor.SSSR,, 1961. 82 p. (MIRA 14:12)
(Motor vehicles-Tires).

AVLYEV, Sergey Aleksandrovich; MIGM, Aleksandr Abramovich; KOZLOVj, B.P.,
retsenzent; ROZANOV,, S.P.,, retsenzent; BELOV VOP4 retsenzent;
SHTMGLRT, 14.D., red.; 8ftWSOVj S.Vojyl~e. ~re**
[Funaamentals of the automation of technological processes in the
textile and other light industries] 0snovy avtomatizataii, tekbno-
logicheskikh protsessoy v tekstillnol i legkoi. pronVablennostio
Moskvas Izd-vo nauchno-tekbn.lit-ry RSM, 1961. 378 p.
MU 34:12)
(Automatic control) (Factories-Equipment aW supplies)

BELOV V P - KOZIA)V, B. P~ ; LF.SHOMIKO, V. 6. SHWLEV. A. N, , kand.
tekhn. nauk, retsenzent; VLASKO, YuX, red.; TAIROVA, A.L.,
red,, #d--Va~ ELIKIND, V.D,, tekhn. red. , DEMINA, N.F.,
takhn, red,
(Automat.-Leally controlled electrio drives of textile machinery)
A-1rtomatizIrovwmyi alektroprivod tekstillnykli mashin. Moskva.
Mashgiz, 10,62. 371 p. (MIRA 16:2)
(Textile machinery-Electrie driving)
(Automatic control)

BELOV9 V.P.1 MINGALEVO B.S,,l SHEKHTER, V,M.
Possibility of determining form factors in-the lepfonic decay of
hyperono. Zhur.ekspoi teordix. 38 zip.2s541-552 F 160.
(MM 14:5)
I* Leningradskiy fiziko-teknichoskiy institut Akademil nauk SWR*
(Mesono-Docay)

BELOY,._Y!P.j KUCHUSK1Y, I.N.
Attempt to use the artificial kidney in treating 8chizophrenlao
Zhur.nevr. i psikh. 63 no.12z1856-1860 163. (MIRA 18:1)
1. Kafedra psikhiatrii (zav. - prof. O.V.Xerbikov) I urologiche-
skaya klinika (zav. - prof. A.Ya.Pytell) I! Mookovskogo meditsinskosro
instituta imeni N,I.Pirogova.

BZWV, V.Po, insh.
Kinor mechanisation of labor-qonsuidug operations in the installation
of thermal power plant equipment. -Bnerg. strai. no.1:163-169 '59.
(MIRk 13:2)
l.Trest "Woutroanergomontash". (Electric power plants)

Actruk"Is csu"d by cak"aw 4" mixing awmat
PrAilla, 1011), 1, Its 40 Gin. CAOUI., Doc.
I%nAl., 101A. M tea" fnf 11W Arcidralli
is twuRv (Adme t.. JvtF%e the ruk-s fet the tm-st,
inent of the I;anw oirriifent Matisik-s
Ale given. WM . I

1 01 if u It ta 1% to u x It it a .4 A 3. H is )q I, v if u I's v a I. 4.t 4: 0 .6
A 4 4 , -P I
00 Al I,#, ii-sit f"Itle a, i, I '!o o
I-, C-, L- 0. vv. P~
NO of fellotifo (of bushings for roll#. It" I.,
am IrkpAile IrAshinKii in larvingi Wf T.111% ir-
.6111tr6t III all w-momy hiNit--mlif. liv-i'valul al-P rl-'.
5-net1tv 1"%Itw 111, 44 (14-14.11 .11 le'llible 1~I I
Man lot lialibill Oil la,ulof I t- .-t if hilth'.1 11-ti W."lir
;110 it Ofititho IV if-, I %I.kw,t 611 Ivv Wit I., it, li,w I, 1 -00
oil 0
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kandidat takhnicheakikh nauk; LISHCHWO, T.G., inzhener.
~~~II)OVOV, I.I., inshener.
Blectric drive for the SM-140 sizing machine. Tekst.prom. 16
no.2;LIO-43 F 156. OWU 9:5)
(Sixing (Textile)) (Textile machinery)

.,.~ - - .4.1-1,
. .. ., . I . . - . I . - . I - ; , . . - . ~', .- I -

-MILOV. V.P., kapl.takha,nauk
Warp tension on modern sizing machines. Tekst. prom. 20
no,,llt29-32 1 160. (NEU 13112)
(Textile machinery) ~Siwing (Teztile))

SHOWKINP Fetr Mikhaylovich-P BMM V P. kand tekhn.nauks, reteenzent;
ATMINI V*4k*p red,,;i_~; I... tekhn.red.;
DnUM,v N*F*p taklm.red,
[Basic trends in the design and construction of sizing machinery]
Osnovzqe rapravleniia v konstruirovanii shlikhtovallrykh mashine
Moskva., Masbgiz., 1962, 3.42 p, (MM 15-.5)
(Textile machinery) (Sizing (Textile))

SHEIN, V.A.; BELOV, V.P.
Some means Vorlovering the expenditure of time and materials in
lost circulation. Izv. vys. ucheb. zav.; neft' i gaz 5 no.6:
M-114 162. ,(MM 16:5)
1. Kuybyshevskiy industrialinyy institut imeni V.V.Kuybypheva.
Wil wel.1 drilling fluids) (Plastiqs)

B&LOV, Vi.P.; BORODICH, M.K., nauchnyy sotrudnik; SHCHEBLANOV, K.M.p'
nauchnyy sotrudAik
Design of a sleeve anchor. Bet. i zhel.-bet. 8 no.6:277-276
Je 162, (MM 15:7)
1. Rachallnik Upravleniya, stroitelistva Krasnodarokogo
eovnarkhoza (for Belov). 2. Krasnodarski-y filial Nauchno-
iseledovatellskogo instituta po stroitel'stvu Ministerstva
stroitelletva RSFSR (for Borodich,, Shchablanov).
(Concrete reinforcement)

BELOVt V.P., kand,tekhnonauk
Level and delv~e of mechanization and automation of textile machinery.
Tekst.prom. !22 no.6:13-16. Je 162. (KMA 16:5)
1. Rukovoditell laboratorii elektroniki i elektroprivoda
TSentrallnogo nauchno-issladovatellskogo instituta.khlopchatobumaahnoy
prwWshlonnosti ,(TSNIMM).
ile
(T*t ~ machinery) (Automatic control)

AVAYEVI Sergey Aleksandrovich, kand. tekhn. nauk;-BELQY,-Y-1-adWr
jayj&UQ; ZINGMAN, Aleksandr Abramoviqh;
Nikolay Nikolayevich; SIDOROV,jurly Paylovich; SIMIGIN,
Patr Androyevich; GARTUNG,S.V., retsenzent; KRYLOV9 A.P.t
retsenzent; CHUGIRMVA,VJI., red.; VIIIWP-kWVA,G.A., tekhn.red.
[Automatization of technological processes,iA thia co+.t4n
industry~3,- vtomatizataiia tekhnologicheskikh protses4ov
khlopchgthmzhnoi promyshlennda"'t"i. Moskva., Gizlegprom,
1963. 279 P. (MIRA 16:11)
(Cotton machinery) (Automation)

gw.,J!~,t',,kand tekhn, nauk
Concerning-the handbook for the-textile industry power engineer.,
Tekst. prom,'23 no.lOt92-93 0 163. (MIRA 17t1)
1. Rukovoditell laboratorii elektroniki i elektroprivoda
TSentrallnogo nauchno-iseledovatellskogo instituta
khlopchatobumazhnoy promhshlennosti (TaNIKhBI).

B~L ~VV. ~P., GERMAN, A. I.; KOSTYANOVI G. N.; PAKHOMDVA) L. A.
'%aUoon and aircraft measurements of short wave radiation."
report presented at the Atmospheric Radiation Symp, Leningrad, 5-12 Aug 64.

BELOV, V. P.
Mental disorders in patients with ulcerative colitis. Vest.
AMI SSSR 18 no.lOs82-90 163. (MMI 17:6)
1. 11 Moskovskiy meditainskly institut imeni Pirogova.

UBing'urea-for=Idehyde resins to control cirealati, -16
Neft,:khoz. 41 no.2:56j~Q,- F 163, 8)

-k~~~P -
Ultrabasic and basic rocks in the northwestern part of the
Yenisey Range. Vest. MOBk. un, Ser, 4: Geol. 19 no.1:8-14
Ja-F 164. (KM 18;2)
1. Kafedra petrografii Moskovskogo -universiteta.

BELOVY V.P. (Moskva); KULIXOV, L.S. (Moskva)j TRIFONOV, O.A. (Mookva)
Some characteristics of the dynamics of neurotic states originating
in childhood. Zhur. nevr. i paikh. 65 no-5033-736 165- (MIRP. 1815)

~V.P.; SHERUTER, V.M.
Trajectories of Regge poles for a nonrelativistic two-channel
problem. Zhur. akqp. i teor. fiz. 47 n0-5:1855-1867 N 164.
I (MIRA 18:2)
1. Fiziko-takhnicheskly Inatitut imeni Toffe AN SSSR.

"1 -1 ~,_ I Ccird .--2
-k~- -- --- I-.., - -I - ~ '' .

kCC NRt AT6031756 &OURCE CODE: UR/3092/66
AUTHOR: Belov, P.
ORG: None
TITLE: Nonlinear resonances of the coupling 2v =e 2vr t 2v, N +06 in
Vr z
a cyclotron with spatial variation of magnetic field-
SOURCE: Moscow. Nauchno-issledovatellskiy institut elektrofizicheekoy apparatury.
iElektrofizicheakaya apparatura, no. 4, 1966, 52-76
TOPIC TAGS: cyclotron, betatronj magnetic field, mathematic method, approximation
ABSTRACT: Coupled motion in the near-resonance region v - 2N =-e and-2vr * 2vz =N,
r
with all summands in the equations for betatron oscillations taken into consideration
is reviewed using asymptotic methods. Th a unidimensional approximation the for-
mulas for limiting amplitude, increment, and resonance band width coincide withthe
"results obtained by Laslett and Se6sler [Reve Scient. Inatrum.9 32g No. 32, 3.23.5
(1961)]. Orig. 'art, has: .5.3 formulase
SUB CODE: 20/SUBH DATEj None/0RIG REF:.O03/0TH.REF.* 002
..Card 1A

ACC NRs AT6031755
AUTHOR: Be1oV9 V- P-
ORG.- None
TITLE: Nonlinear rosanance3 cild' Z.,W4 ttlac! ro4iilar field of an isochronous
cyclotron
SOURCE: Moscow. Nauchno-isoledovatel'6kiy institut elektrofizicheakoy apparatury.
Elektrofizicheskaya apparatura, no. 4, 1966, 38-51
TOPIC TAGS: cyclotron, cyclotron resonance, mathematic method, mathematic analysis,
betatron
ABSTRACT: A study is made of the Nn/3 and Nn/4 reagnancea in the general form
suitable for cyclotrons with arbitrary N. Note is dade of the fact that reference
works cited on the subjoct fail to consider k(n) (the average field index) completely,
or do not consider all k(n), despite the fact that in certain cases this must be done.
The equation for radial betatron oscillations is developed at length, and the
and Nn/4 resonances are discussed mathematically; Orig. art. hast 26 formulas.
SUB CODE: 20/ SUB H DATE: None/ORIG MWI -002/0TH Wt 006
Card 2A

BELDVp V.P.; SHEKHTER, V.M.
I --------
YOM ~ r=% IMOO, reqonance and unitary sy=etry, TO, fiz. 2 no,4:
I- - 1654
7*.2.;rd 6 (MMA 18tll)
1, Fiziko-takhnicheakiy imtltut is.-A.F. loffe AN SSSR.

L 1850~~6~_ Dr, (1) ijP(c)/ssDAF"dL
ACCESSION NR: AP5000344 S/005 4/047/605/1855/1867"
AUTHORS: Belov, V.-Rijshekhters V.
141stic two~'-
~TrajectOries.of Rei for the nonrelati
channel problim
SOURCE: Zhurnal eksperimentallnoy i teore-lichaskoy fiziki, V. 47i
no. 5, 1964# 1855~-1867
TOPIC TAGS: Reqig'e-pole,,. angulat--linomen.tum,: elementary part_i1.c1q,_,in-.___..
teraction, potential scattering. nonrelativistic particie
ABSTRACT: Cont1nuing earlier work by one of the authors (Ihekhter,
with Ya. I. Azimov and A. A. Ansel'm, ZhETF v. 44, 361 and 1078,
1963) on the determination of the explicit form of Regge-pole tra-
jectories, the authors extend the analysis to a more complicated
case, when the reaction can proceed via several channels. The spe-
cif.ic problem coasidered is the behavior of Regge pole for scatter-
Cord 1/3.

_77'-
JW=SS ION NR: -APSJ' 0144~~-7'
00
ing by Yukawa potentials when the reaction has two possible channels*
The analysis is carried out by the same method as in the earlier
work. The equation for the pole trajectories is first obtained in
the case of weak coupling, followed by an examination of the 2be-
havior of trajectories at not too small negative values of k I and
2 2 2
k2 Further motion of the poles at small k Ior k2 is described,
as well as the behavior of the trajectories for positiv2 values GE
k (k = momentum). The analytic properties of the trajectories are
then described and the occurrence of so-called M-poles is discussed.
It is shown that at high energies two trajectories, corresponding to
____numb~e_r of channels, arrive at each integer negative point. The vari-
-7.
62t6rke~s P, -'a..e the saume as for
~a on_ol zil -th r9T
_7 '77~- -------
the ~6ingle-channel'~Iiroblei. )~e~- increaseALn ~the7- numbd
tories causes also an increase in-the number of their cGllisions'-
i.e., the number of branch points irt the complex energy plane. It
~eq__~hat all the earlier results can be easily extended to

-L 16509..65-
ACCESSIOWNR: AP5000344-1-
the case of many channels. Orig. art. has: 2 figures and 14 formu-
las.
ASSOCIATION: Fiziko-tekhnLcheskiy ins'titut im. A. F. Ioffe Akade~kii
nauk SSSR (Pbysicotechnical Institute, AcadeTy of Sciences SSSR)

MUROMTSEV, A.M.; ARKHIPOVA, Ye.rz.; MAMOV, Yu.V.; KMITOHOV,
D.G.; DOEROVOLISHAYA, L.W.; POTAYCHUKI M.S.; VORCHOVA,
S.P - BELOV V P RZWLINSKUI G.V., nauchn. red.;
W..~-red.; ZARKH I.M., tekbn. red.
[Basic characteristics of the bydrology of the Atlantic
Ocean] Osnovnye cherty gidrologii Atlanticheskogo Okeana.
Pod red. A.M.Maromt3eva. Moskvas Gidrometeoizdat, 1963.
835 p. _[Atlas of vertical cross sections and raps of
temperature, salinity, density and a.Vgen composition] Pri-
lozhenie no.2. Atlas vertikallnykh razrezov i kart tempera-
tury, solenosti, plotnosti i soderzhaniia kisloroda. 182 p.
(MIRA 17:3)
1. Moscow. Gosudarstvennyy okeanograficheskiy institut.

13=V, Vladimir Petrovich; KOROBOVA, E.S., red.
[New developments in major construction in the Kuban)
Novoe v kapitallnom stroitellstve na, Kubani. Krasno-
dar~ Krasnodarskoe knizhnoe izd-vo, 1963. 43 P.
(MIRA 16: 11
1. 7Amestitelt nachallnika Glavnogo.-~ipravlenliy, pa
icroft,wfa-i~~ --iW0iMW-~ftV".ruogo XavkW
Ministerstva
stroitellstva RSFSR(for Belov).

BEIDV, V. P.
Treatment with reserpine of preschool age children with schizo-
phrenia. Zhur.nevr.i psikh. 62 no.7:1096-1-102 162. '(KIRA 15:9)
1. Kafedra psikhiatrii (zav. - prof. O.V.Kerbikov) II Moskovskogo,
meditainskogo instituts, imeni N.I.Pirogova.
(SCHIZOPHRENIA) (RESERPINE)

BELOV9 V. P',9 CAND MED SC--Ij "HEXAMIDINE AND COMBINED
-**HM*Wr, OF RESISTANT FORMS OF EPILEPSY*" Moscow, 1961.
(MIN OF HEALTH USSR2 CENTRAL INST FOR AoVANCED TRAINING
OF PHYSICIANS). (KLI 3-619 230),
393

MTW/Eltr(MVEPO'W-v~i W
ss
AccEssiou mR. Aplio48495
- .11~ ' ~ - I I---
8/0120/61*/000/004/0037/0038
AUTIMR: Belov, V. R.1 Fbpov, Tu. Stj Sokolavo h. SO
TIM. FocuzinR7P__11__
of a deflected cyclotron beam by a atagnetic channel
BOUME: Pribory* i takhaika eMperimenta, Ao# 4e 1964, 37-38
MPIC TAGS: ion focusing method, defle6ted cyclotron beam. cyclotron beam
focusing, magnetic obannel, I tro . Plane deflector
Abstract: The article describes neAl ion methods of !oeuslag. 'Focusing
is provided by two steel wedges (Uin) located eyometrically with respect
to the median plane of the acce-lerator and foraing a magnetic field incre-
mental witb respect to the radius. The degree of Increaent of the field Is
selected so that the beam diverging with respect to the horitoatal will be
caused to converge (Figure 1). The device has the following merits: (1)
.absence of supplementary sources of power supply #ad supplementaxy cor-
rection of the magnetic field; (2) absence of beam losses at the elemeenta
of the channel; (3) smooth regulation within M11 variations in the di-
rection of the beam and the degree of focusing it without di5turbing the
Card 1/2

CHIRNIKCF, S,S.-,XAKLjIW, L.r.; BILOV, V.S.,
!fhe MA-I,vartical broaching machine as part of assembly lineeS.tane-I
instro 27 nooll:18-20."N*56* (K~A 10 I'l)
"'(Bioft~~ihg Ochines)

PHASE I BOOK EXPLOITATION 1187
Eksperimentallnyy nauehno-issledovatellskiy institut metallorezhushol4kh
. stankov
Modernizatsiya strogallnykh, dolbezhnykh I protyazhnykh stanko'v;l
rukovodyashchlye materialy (Modernization of PlarAng, S~aping'
Slotting, and Broaching Machines; Instructions) Moscovi, Mashgiz,
19576 178 P. 8,500 copies printed.
Authors: Boltukhin.A.K., Morozov, I.I., Kudinov, V.A., Lapidus, A.S.,
Bel vp..V.S., Manuylov, L.K., Mushtayev, A.F., Engineers; Ed.:
-Prokopovich, A.Ye.; Ed. of Publishing House: Shemshurina, Ye.A,;
Tech. Ed.: Matveyevai, Ye.N.; Managing Ed. for Literature on.Metal
Working and Tool Making (Mashgiz): Beyzellman, R.D., Engineer.
PURPOSE: The book is intended for production engineers and machinists
In metal cutting shops.
COVERAGE: The book presents instructions on modernization of planers,
shapers, slotters, horizontal broaching machines, and vertical
broaching machines for internal and exte=al broaahing. A bxrief
review and analysis of the operation'of these machine tools is
Card l/ 6

Modernization of Planing (Cont.,) 1187
given and also the basic and-most expedient methods of modernizing,
them. Examples of design and modernization of the speed drive
and of the feed drives measures for raising the level of mechaniza-*,
tion and automation of machine tools are disaussed and devices are
shown for widening the appliaability range of machines and for
perfoxming various operations not pertaining to those usually
done on these machine tools. The problems of increasing x1gidity.,
.resistance to vibratiom and the life of these machine tools is
discussed. Drawings of basia units of standard plans for
modernization of tools as worked out by TsKB Remashtrest (Central
Deaign Bureau of the Trust for the Repair of Metal-cutting
Machines) and engineering departments of maehine-tool building
plants are presented in detail. No p6rsonalities are mentioned.
There are 16 references, all Soviet,
TABLE OF CONTENTS:
Introduction 3
Card 2/ 6

Modernization of Planing (Cont.) 1187
Ch. 1. Brief Survey and Analysis of Operation of the Machine Tool
Inventory in Use'(A,K, Boltukhin., Engineer) 5
1. Planing., 6haping and,blotting machines 5
Basic trends in increasing the productivity of planing
machines 9
Use of idle.retum stroke of planing and shaping machines
(A.F. *shtayev, Engineer) 14
2. Broaching Machines (V.S. Belov., Engineer) 17
Ch. II, Design and Modernization of the Speed and Feed Drives
(I.I. Morozov, Engineer) 22
1. - Planing machines 22
Modernization of the speed drive 22
Modernization of the feed drive 29,
Design example 30
2. Shaping Machines 47
Modernization of the speed drive 47
Modernization of the feed drive 50
3. Slotting machines 53~
4. Information on hydraulic drives of machine tools
(L,K. Manuylov, Candidate of Technical Sciences) 56
Card 3/ 6

Modernization of Planing (Cont.) 1187
Ch. III. Expansion of Applicability and Raising the Degree of
Machine Tool Automation (A.K. Boltukbtn,, Engineer;
V.S. Belov, Engineer; L.K. Manuylov, Candidate of
Techhical Sciences)
Fitting out planing and shaping machines with milling unit
heads
Using planing and shaping machines for surface grinding
Fitting out planing apd shaping machines with copying devices
Thread rolling on shaping machines
Broaching on shaping machines
Cutting level gears on shaping machines
Gear generation on slotting machines
Using the shaping machine as a pr6ss
Recommended means tor mechanization and automation of
modernized broaching machines
Fixtures for external broaching machines
Fixtures for internal broaching machines
Automation of the broaching process
Fast acting chucks for broaching machines
Attachment frame.for horizontal broaching machines
64
~6
0
93
95
96
97
100
101
102
lo8
113
114
ii6
Card 4/ 6

Modernization of Planing (Cont.) 1187
Ch. IV. Increasingthe Rigidity and Vibration Resistance of
Mach~ne Tools, (V.A. Kudinov, Candidate of Technical
Sciezices) 117
1. General premises 117
2. Reqi#rements for machine tools, instruments and
fixtures 121
3- Methods of determining the sources of vibrations in
.machifie tools- 123
4. Measures to.eliminate vibrations 125
Ch. V. Extending the Life of Machine Tools (A.S. Lapidus,
.Candidate of Technical Sciences) 132
Ch. VI Standard Designs for Modernization (A.K. Boltukhinj.,
Engineer). 139
1. Standard designs for modernization of shaping machines
having stop-.;pulley belt drives 139
2. Standard designs for modernization of planing machines
hav~pg step-pulley belt drives 147
Card 5/6

Modernization of Planing (cont.) 1187
3. Standard design for'modernization of models 712(2PS),
713(3PS) and 713Sh(3AS) planing machines 155
4. Standard design for modernization of models 7510 and
7520'horizontal-type broaching machines 166
Bibliography 177
AVAILABLE: Library of Congress (Tn205.m6)
GO/nah
2-25-59

uV5zyV,, P.P,,- BIWT, V,S,
I The .31-108 grooving machine. Biul. tekho-ekon, inform, Po.3t29-31
'58. (KM 11: 6)
(Broaching machines)

S119316010CvlollIO091022
A004/AO01
AUTHOR- Belov., V. S.
TITLE: The Vertical ~)'128 (E128) Broaching Machine for internal Broach-Ing
PERIODICAL: Byulleten' tekhniko-ekonimicheskoy Informatsli, 1960, No. 11,
pp. 21-23
TECT: The vertical E128 broaching machine, designed by the Eksperlmental'nyy
na-ael,no-issledovatellskiy institut metallorezhushchikh stankov (Experimental
Scientific Research Institute of Metal Cutting Tools and built 1960 by the Moscow
"Stankokonstruktsiya" Plant, Is intended for the broaching of smooth, profiled and
splined holes in gears, flanges, rings, and other parts. The machine is operated
either by adjustment, or in a semi-automatic or fully automatic cycle, The author
enumerates the following advantages which the new machine, In comparison with the
existing Soviet or foreign broaching machines, possesses: small floor space (2.1
A; considerably reduced distance from the floor to the loading station of the
workpiece being machined; devices for the removal of chips from the broaches and
bearing area of The stable; automatic blowing off of cutting fluid from workpieces
with grooves and recesses; mechanized chip removal from t~ie cutting zone by a
Card 1/2

S/193/60/000/011/009/022
A004/AOOl
The Vertical ?128 (E128) Broaching Machine for Internal Broaehing
screw conveyer; las weight and small dimensi=s of the wcrking chuck. It is'
possible on the machine to machine splined holes in several operations. On the
aixiliary carriage a special chuck Is mounted which ensuL,es the turning of the
broach, so that the splIned part of the second broach gets Into the grooves of
the hole machined by the first broach. The E128 broaching machine has a special
hydraulic device ensuring a compulsory approach and retraction of the chuck jaws,
The following technical data are giveni rated tractive foice - 20 tons; maximum
travel length of working carriage - 1,050 mm; carriage travel speed. operaring
speed - up to 10 nVmin, reversing speed - 30 m/min; power of main drive motor
14 kiy; overall dimensions (length x width x height) - 2,355 x 900 x 3,220~nm;
weight 6 tons. There Is 1 figure.
Card 2/2

BELOV pV.S.;.!~MLOTf LAIK.; OSIPOV'p IS'A.,- CHERNIKOV, S.S.; ACHERKUp
N.S.p prof.p doktor tekhn. naukp red.; PELUMp M.A.# tekbn.
red.
[Modern methods of'bkoadhing iised abroid; survey compiled on the
,basis of foreign perib'dical liteiratiire in the field of the
manufacture of machinery] SovremenzVe ratody protiagivanUa. %a
rubezhom; obzor sostavlen PO zaterialam zarabezhnoi periodicbeskoi
Uteratury v oblasti'mashinostroeniia. Pod red. N.S.Acberkana. Mo-
sk:vaj Vses. in-t nau.cbnoi tekbn. Womatsii, 1961. 57 P.
(KIRA 3.4s7)
(Broaching machines)

S/121/61/6w/6o6/bo4/o12
D040/bl 12
AUTHOR: ,Belov, V.S
TITLE: Improving the machining accuracy on internal broaching machines
PERIODICAL., Stanki i instrument, no.6, 1961, 14-16
TEM The effect of broaching machine table design has been studied in experiments
The table of existing vertical broaching machines is a platen with three edges
cAamped and the fourth free. The carriage with the chuck approaches from the-free
side to grip the brokch. A large quantity of.90-200 mm diameter and 20-90 mm
high blanks were broached in the described experiments on an Iflyp'l it ("MA-1") broach-
ing machine. It is shown in Fig.2 how the machine table sagged during broaching
(dotted line). On the average, the bottom face of a 100 mm diameter part
wobbled 0.017 mri, and of a 200 mm diameter part 0.066 mm. The greater inaccuracy
in the case of the larger piece was due to a greater shift in the broaching pro-
cess. As is shown in Fig.3 only the edges of the part, not its entire surface,
were in contact with the table. It is obvious that the load depends on the num-,
ber of broach teeth in contact with the'vorkpiece; when the load varies, the work-
piece wobbles. The less the height of the workpiece, the greater the accuracy.
Card 1/3

S/121/61/OW/006/004/012
Improving the machining accuracy on internal ...... 0040tD112
A special device was used to examine the contact between the table and the work-
piece by prints left by the workpiece on tissue paper with a sheet of carbon paper
put underneath. Another cause of inaccuracies in vertical broaching machines is
the jamming of chip pieces in the pulling chuck and on the cylindrical portion of
the broaching tool. , It is recommended to have a narrower gap between the tool
shank and the chuck. Wobbling of the workpiace end on the table evidently af-
fected the accuracy of the broached bore more than the gap between the broaching
'-.,I and the wall of the bore in the wcrkpiece. The total machining error was
foun,: to be between 0.072 and 0.132 mm. Conclusions: 1) The machine table design
must ensure symmetrical sag of table during the broaching process. If the work-
piece diameter is large, it must be placed on the top of one with smaller disneter,
or the machine must have a square table fixed at four points. 2) An auxiliary
chuck slide is necessary to accompany the tool during broaching and maintain accu-
rate axial ~Osition. 3) The gap between the wall of the pre-machined bore and
the gulding portion of the broaching tool as well as the tilt of the bore in res-
pect to the bottom end on the table must not exceed 0.1 mm. There are 6 figures,
3 tables and 2 Soviet-bloc references.
Card 2/3

S/121/61/000/006/004/012
Improving the machining accuracy on internal ...... D040/D112
Pxe. 2. P
Fig.2: Sag of table during Fig.3i Table with two edges fixed and tvo
broaching. free for preventing rotation of workpiece.
Parallel movement of workpiece shown by
dotted line.
Card 313

BELOV .1 V,S.
Necessary conditions for the precision of internal broaching.
-Mashinostroitelt no.12t24-26 D 161. (KMA 14:12)
(Broaching machines)
(Drilling and boring)

AYZENSHTADT, L.A.; PENIKOV3 P.M.; GLADKOVI B.A.; LIKHTj L.O.;
KRMERY T.Ye.; WREPAV, M.Ya., kand, tekllbo nauk.;
MERPERT, M.P.j, kand. tekbn. nauk; XOPERBAKEp-B.L.;
CHERNIKOV, S.S., kand. tekhn.nauk; RETAM, V-Aj 3N.
B.F. MONAKHGV; GA.9 kand.tekbn.nauk; M6ROZ -'
OV, I.I.-I
HUSHTAYZV, A.F.; OGNEV, H.N.; PAIM, M.B.., kand. tekbn.
nauk,- FURMAN, D.B.; LIVSHITS, A.L.2 kand.tekhn.nank;MECHETNER,
B.Kh.;SOSEHXO,A.B;kVDULCV, A.N.; LEVIN) A.A... kand.tekbn.
nauk; YAKOBSON, M.O., doktor tekbn.nauk,- MAYOROVA, E,A.,
kand.tekbn.nauk; MOROZOVA,, Ye.M.,- ZUSMAN, V.G... kand.tekbn.
nauk; NkYDIS, V.A.s kand.tekhn.nauk; VjADzjYEvsK37, A.P., prof.,
doktor tekhn. nauks red,; BELOGUR-YASNOVSKkYA, R.I.., red.;
CHIGAWA, E.I., red.; ASVALIDOVp M.Ya., red.; KOGAN, F.L..,
tekhn. red.
(1faebine-t4ool industry in capitalist countries3 Stanko.-
stroenie v kapitalisticheskikh stranakh. Pod red. i s pre-
disl. A.P.Vlaftievskogo. Mo*va, 1962. 822 p. (MIRA 15:7)
1., Moscow. TSentrallrory institut naucbno-tekhriebookoy in-
formetsil mashinbstroyeniyao 2. Eksperimental'rWy nauchno-
issledovateliskiy inati-tut metallorezhushchikh stankorv
ffor'Vladziyevskiy., Belogur-xasnovskaya, Chigareva, Asvalldov.,
Kogan).
(Machine-tool industry)

WCO1.'r,UFW-'K'LY, A.F.; BELOV, V.T.; VAGINA, I.A.; LIPAMVA, N.Ye.
hydration of an anodic oxJde film on aluminum in aqueous
Solutlons of inorganic salts. Zhur. fiz. kbim. 39 no.5:
m8_11ii Yv 165. 1 (MIRA 18:8)
1. Kazanskiy aviatsionnyy Institut.

IMWV* Y.T.9 insh.
1 11
Automatic clamp apperatus - used for erecting large-panel p"titions,
Rates i Izobr, predl, v strol, n0,5114-17 158, (MM 11:6)
I.T~revt Hosetroy No.9 Glavmosetroya.
(Walls) (Building machinery,)

5/153/60/003/004/004/006
B004/BO58
AUTHORSt Bogovavlenakiy. A. F., Beloy. V. T., Kozyr v. Ye. M.
------------
TITLEi Investigating the Sorption of Phosphate Ion on.the Anodic
Oxide Film of Aluminum by the Method of Traced Atoms AO
PERIODICAL: Izvestiya vysshikh uchebnykh 2avedeniy. Khimiya i khimiche-
skaya tekhnologiya, 1960, Vol. 3, No. 4, pp. 616 - 619
TEXTt This paper was read at thq Jet Intercollegiate Conference on
_J&!dj~iochem~istry. Moscow, April 20-25, 1959. The sorption of phosphate ions
on the anodic oxide film of aluminum has not yet been studied sufficiently
(Ref. 13). For this reason, -the authors carried out experiments with
samples of aluminum sheet typeA A-' (AD-1), which were anodically treated
2 0
in a sulfuric acid bath under standard conditions (D a - la/dm , t - 20 C,
T - 20 min, CH2so 4 a20%). Before th Ie treatment with phosphate solution,
the oxide film had a weight of 1-38 mg/cm 2, a thickness of 5.8,~k, a
porosity of approximately 30%, and a corrosion resistance of 16 min
Card 1/3

Investigating the Sorption of Phosphate Ion on S/153/60/003/004/004/006
the Anodic Oxide Film of Aluminum by the Method B004/BO58
of Traced Atoms
according to the drop reaction of the VIAM. The film was treated with
aqueous solutions of Na2HP0 40 containing P32. Sorption and desorption of
the phosphate ion was determined by means of AC-2 (AS-2) counter in a
e-2 (B-2) apparatus. The number of impulses per unit area was calculated
according to an equation by N. A'. Balashova and N. Sa Merkulova (Ref. 16).
Fig. 1 shows the sorption of the phosphate ion at 10 C during 30 min as
0.2 0 mole/1). In the
a function of the phosphate concentration (0-007 8
entire concentration range investigated, the sorption increased with
,increasing concentration of Na2HPO 4' A condition of equilibrium was not
obtained even after 200 h. Fig. 2 shows that sorption begins to rise
1 0
noticeably at temperatures of from 50 to 60 C. It can be seen from Fig. 3
that the phosphate content of the film increased quickly right at the
start, although a noticeable increase in weight set in only after about
10 hours. This is explained by the fact that an ion exchange takes place
at the start between the sulfate ions contained in the film and the
phosphate.ions contained in the solution,and that a chemical interaction
Card 2/3

Investigating the Sorption of Phosphate Ion on 5/153/60/003/004/004/006
the Anodic Oxide Film of Aluminum by the Method B004/B058
of Traoed Atoms
of the phosphate ion with the micelles of the film sets in only later.
Extraction by means of water, acetone$ dioxane, covering of the film with
mineral oil and subsequent extraction with acetone did not lead to a
desorption of the phosphate ion. The desorptive effect of various salts
dissolved in water is tabulated. While 01 - and Br ions do not desorb,
the film is destroyed by sodium fluoride and sodium citrate, and an
exchange of~the HPO 2- ions contained in the film sets in with 30 2-_,,and
2- 4 4
GrO ions. The authors mention a paper by V. A. Ki8tyakovskiy (Ref- 7).
4
There are 3 figures, I table, and 16 references: 11 Soviet, 1 US,
3 British, and 1 Indian.
ASSOCIATION: Kazanskiy aviatsionnyy institut, Kafedra obahchey khimii
(Kazan' Aviation Institute, Chair of General.Chemistrv)..-..
Card 3/3

BOGOIAVFMKIII A.F.; BELOV, V.T.
Gomputation variant for the surface activity of flat metal applicators
and its experimental principle. Med. rad. no.lls67-70 N 160*
(MIRA 13:12)
(RADIATION--MSURMW)

-KOZYRF.V., Ye.M.
BOGOYAVIENSKIY, A.Ft ~BEW~VV T~j
Sorption properties of an anodic cadde film an aluminum investi-
gated by the tracer method. Part 2: Effect of the pH of filler
solution on the sorption of a phosphate ion by an anodic oxide
film on aluminum, Izv.vya.uchab.zav*,;khim,i kh:Lm.tekh, 5 no,2:
267-271 '62, (NM 15:8)
1. Kazanskiy aviatsionnyy institut, kafedra khimii.
(Phosphates) (Hydrogen-ion concentration) (Sorption)
(Aluminlim oxide)

BOGGYAVIENSKlY., A.F.; KOZYMV, Ye.14.; BEDN, Me
Investigation of the sorption properties of an anodic oxide film
on aluminum by the tracer method. Part 3-- Effect of the electro-
chemical conditions of anodic oxidation of aluminum in a sulfuric
.acid bath on the sorption charaoteristilas of the oxide film.
Izv.vyis.uaheb.zav.jkhim.i khim.tekh. 5 no.3t423-1+27 162.
OMRA 15-.7)
1, YAzanskiy aviatsionr4y institut, kafedra khimiis
(Aluminum, oxide) (sorption) (Electrochemistry)

S/080/62/035/007/010/613
D202/D307
AUT EGR S Bogoyavlenskiy, A.F., Kozyrev,- Ye.M. and Belov, V.T.,
TITIZ: 1-,vcstj_gatinc,, the process of filling anodic oxidized
'Jilms on aluminm, in chronate solutions by the method
of radioactive tracers
10 D- 1 02J, -hu:nnal prilkladnoy khimii, v. 35, no. 7, 1962,
T _~, CT of dichromate and chromate in H2S04 were
used as electrolytcs at pli 3.2 to 6.2, to determine the chromium
contents in the o.='d4zed film after filling and ifter desorption.
51cr was u1scd as an iudicator and 35S was enployed for the determina-
tion Of S04,11 a-aions in the film after desorption. Conclusions:
1) The content of chromate anions in the film decreases with* increas
in,y -,)H despi-Ce the increase in the f ilm Is wai-hlt. 2) The desorption
of
. Cr frop, Vie filled filn proceeds nore intensively when the fill-
ing process,has been carried out in solutions-of lower pH values.
Card 1/2

S/080/62/035/007/010/013
investis,atiner the -,)rocess ... D202/D307
3) There -L3 practically no desorption of sulfate anions from the
filled filia in contact with acidified distilled water or an acid
dichromate-chromai-e solution (pH . 5.6). Fror.,. the latter result
the authors conclude that no ionic exchange takes place between
L.1-c sul-Pate and Cr ions during the filling process. There are 1
table -=ia 5 figures.
S U B 1, 1.LT *-"- DApril 4, 1961
C ard 2/2

i. V
ACCESSION NR: AP4043765 S/0080/64/0371008ii?4311748
AUTHOR., Bogoyavlenskiy, A. F.;
TITLE: The role of the nature of union of an electrolyte-charger in the settlingi"."
-process of an anode oxide film-on aluminium
SOURCE: Zhurnal prikladnoy khimii, v. 37, no. 8, 1964, 1743-1748
a, sulfuric
.TOPIC TAGS: anion, electrolyte, anode, oxide, aluminium, charge aolutioi
:acid
IABSTRACT: The purpose'of this rork was to establish the character of clogging of
film pores during the settling process. In the capacity of charge solutions the.
:following potadsium salt solutions were used: K2Cr 0 /K2Cr?4, K2SO4 and KRP04'
The pH value of the charge solutions equaled 4.8-5. J'7, e. it corresponded to the
maximum sorption capability of the film in the area of its lowest solubility. Anode
oxide films were formed on aluminum samples of the AD-1 type in a 20% solution of
sulfuric acid at 200C ovor a-period of 20 minutes. The current density was 1 A/
'dem2
The samples were then rinsed in a vessel with distilled water until the ions.
2-
SO4 disappeared from the water. After an aging period of 15 hours in'an axsic-
cator, the sulfuric acid was supplemented at 950C with 0*1 m of solution of the
Card 1/2

~.'ACCESSION NR; AP4043765
-above mentioned salts, y corresponding radioactive isotopes (chromium-5
marked b
'sulfur-35!, phosphorus-32). The charged samples were further processed in a mixture
containing 45 mg/l orthophosphoric acid and 2 g1l chromium anhydrite. The results
have shown that in process of charging the film in sulphate and chromatic solutions
the corresponding anions hinder insignificantly the swelling process. As the dura-
Ation of the charging period increases the pore openings become more and more con-
Itracted and it becomes difficult for the resolving mixture to penetrate into the
res. The authors concluded that the duration of the charging period of an anode
!Po
f ilm, in phosphate solutions has an extremely ~Lnaignif icant ef f ect on the durability
'of the film. In the case of chromatic and sulphatic charges the resistance of the *1
;film toward dissolving increases considerably. Orig. art. has: 3 figures and
.11 table.
none
kNCL.- 00
SUBMITrED: 28Sep62
.SUB COM. GG., MM NO REF SOV: 014 OTHERt 003
Card 2/2

ACCESSION NR: AT4043079 S/0000/64/000/000/0262/0271
AUTHOR: Xozy*rev, Ye. M.1 Bogoyavlenskiyy A.,F.. (Doctor of cbemical sciences,,
Professor)- Beloy V, To
TITLE: So~ie c L =erfs~rs 6f the sorption process on an anodic oxide film over
aluminum
SOURCE: Mezhvuzovskaya konferentsi~a po anodnoy zashchite metallov ot korrozti. Ist,
i Kazan, 1961. Anodnaya zashchita metallov (Anodic protection of metals); doklady*
konferentsil. Moscow, Izd-vo Mashinostroyertlye, 1964, 262-271
TOPIC TAGS: -afum n_Z~aAj)j, anodized aluminum sulfate anodizing, anodic film filling,
inorganic salt MIlEffg-so-luti n, filling solution acidity, filling process temperature, filling
process duration, anodic film sorption capacity, anodic oxidation period, anodizing current
density, filling solution anion concentration, aluminum corrosion, aluminwn oxide film
ABSTRACT: Filling of A1203 films In aqueous solutions of phosphates, chromates an-hi sul-
fates was studied on anodized (20% sulfuric acid solution, 20C, 20 mon., 1 a-min/dm2)
stampings of isheet aluminum AD1 (18 cm2) In relation to pH of the filler solution (2. 5-
10. 9), anion concentration (0-0. 6M at pH=constant, 20C, 24 hro.), temperature (0. 6-95C
for optimal pH values), time (6-10 win. at 95C and optimal pH), oxidation period and
current density (0-200 a-min/dm ). The results Indicatb that sorption occurring at the
_PJoytion-film boundary cannot be considered separitely from a number of other processes

~j
ACCESSION NR: AT4043079
taking place during the filling of anodic films fn aqueous solutlons of inorganic salts.
Sorption generally increased with increasing electrolyte concentration, temperature,
filling time and current density. Modification of the electrochemical conditions of anodiz-
ing thus allows one to vary the sorption capacity of an anodic film. Orig. art. has: 10
graphs.
ASSOCIATION: None
SUBMITTED: 13Mar64 ENCL: 00
OTHER: 006
SUB CODE: MM NO REP SOV: 013
2/2
t

BOGOYAVLEI-ISKIY, A.F.; BELOV, V.T.
- I
.Nature of the anion of an electrolyte-filler and Its role In the
process of c~ndensqtlon of anodic oxide film on alurni~=. Zhur.
prikl. khim.-37 n :1743-1748 Ag 164.
4 (MM 17: 11)

?r,297_6~5 EWT (1) IPWT (M) /FWA < 4,) /t/P,0 (t)/Z:dp (*o) Fwjj/j7.)/,,jB
ACCESSION NR i AP5002175 S/0032/65/031/001/0079fOM
AUTHORS% Bogoyavlenskiyp A. F%; Beiov"~:V. T,
ode
TITLE: Correction coefficient for clum. e of pores in calculating an film
thickness
SOURCE: Za:~odskoqa laboratoriyo6j, Ve 31t no* 1% 10,055, 79-00
TOPIC TAGS: anodic proteotion# siluzinum oxide, electrolytic plating, plating
ABSTRACT: To determine accurately the thiolmess of Al20 3 anode films by the weight
method, it is necessary to introduce a porous voluine correction factor
X - (VB + Vpor )/VB into the equation for the film thlohmesa /u- (P-X)/d-B (where
P - weight of anode oxide film, d n specific weight 5 - area of metal covered by
film, VB - actual film volufa e, V Por - por.ous volu=e~. The porosity of-the film can-
be deterained "by filling the porea-with a.fluid and weighin th o=t of fluid -
required. Then the thickness of the film is given by f.P/d'+,;/;' )/S (where 9
-and are' t 1. -To Check -the -
&0 ~Wfj -spol-f J-0 -
of-1hvfiller
neaeseity of a correotion. coeffibient't the anode oxide fila thickness waa measured
by both methods. for a large range- of . formation parameteris (20,,4 11280 t 200t
4
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BOGOYAVLEMMY, if.F,; BELM,, V,T,,; M11M., Ye.M.
S-,',-jdy of the sorption prop&=-ties of an anodic oxide film on
alumiluum by the tracer meth*d. Part 5-. Effect of temperature
sorption as dependent on the coneentration of solutien filler at
high temperatures. Izv. vys. ucheb. 2av.; khim. i khim. tekh.
8 no.3tl,07-410 165. (MMA 18: 10)
1, Kazanskiy aviatsionnyy irwtitut,, kafedra, khimii.

620.
AS.
V-, T.; Trofiwvl A. A. Mdralimp G* V*;
A. Ir.;
TOT,, O's Be
I~i
TITM (bAck nothod. of evaluatift tht pr*teetive prcparties of anodic oxide film
On MUMILM
8wWRI ZV&6kR49 lAboratorlim, T- 34 no. 7, 196% W-818
TOM VMt anadle cadde Maj, wdde Mat plvatd* circuit, WActralyte golutloal
electrewtivv force, proteetive f1W MR lectralyto (solution of patass-im bi-
chmate in ralft-ric &aid)
AWV.WT& The authors describe a nethod tImW developed for the quick detwmimftc~
of the Svt*,L-.Iv* PrOP17tios of wddo flU al minum, based on uMUsing the. I
e.n..f. of tba Almiml electrolyte dolutiom platinm galymic cireldt, TM prm-
--- -C- - -.PrA- 0&1- - --% -a- - "- "Wb _'F - Aw'fadfads, dkilk- . - i-

--L 57742-65
ACCENIM IMs AP5017091
let of eleftmIjrte solution I (xe* eigure) was d"sited on th* Mifiod and de-
greased aurfate 2 of non-moMed alixtimm so as to ime-rae p&-t of the vertimlly
positicned plAtimum vire 3 in this droplett. Wire 3 is linked to tho specisen by
external circuit 4. The platintm vIre was fm4tcnad on plexiglas bracket 5. Of
the electrolyte aolevions tested, the VTM electrolyte (25 cc IC1 (sp. p. 1.19),
d X--,Cr T5 cc F'2.01 vr*vtt4 to b,- the moe. suitable. The mtbod v" verified
vith lheal of anode-formed oxide film on &Itmintm in a culraric azid solution

L 54032-65- FWfT( 1) /SwT(3, /EA?(WEPR /E7e"P(1- PS-4* IJP(c) j UK;
.ACCESSION NR: APS013521 UR/0076/65/039/005/1108/1111
541.8
AUTHOR: 89Zo iy, A. F
yavlens~k Vagina, 1. A. Lipatova. N. Ye.
Pilot&
JITLE: Hydration ot anodic oxide film on';1luminum in aqueous aolutions of in-
:organic salts 14. 1-7
!SOURCE: Zhuxnal fizicheskoy kh1mii, v. 39, no. 5, 1965, 1108-1111
!TOPIC TAGS: aluminum oxide,'hydration, anodic oxide film
,ABSTRACT: The volume of hydrogen formed by interacting water vapor and calcium
7-.7
a -was-- -azured-: -.de-termna-.-t*r.-a-Ti-oter,~cmitent ofn. anodic oxidL- films-filled'.
,nydri e., -mL..
4 -1 -
t if ate -4
TW
I ID01/0. In'tne arder.or 6eir 'efftict on. fiydbafion of the o,.,zide film,- ~tfie an ons
,are; H21`04 > HCr04 >1 S04 When ~.the films arl~ filled -in phosphate solutions, the i
Auantity of the sorbed phosphate ion increases with the concentration of the latter,-
I .:L ,
!in the solution, and the water ccntent decreases. In dichrommate solutions, the
,water content of the filled film depends only slightly on the solution concentra-
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`7
I-ACC9'SSf6N RR: AF5013521
A
U-
Ition, but the water content increases'with rising concentration. In sulfate sol
!t1ons, the water content of the film increases with the concentration of the solu-
tion, and the sorption of the sulfate ion either pnomotes or does not interfere i
with the adsorption of water. Differenced in filling conditions have a pro-ounced
e`ff-Ct on the sTate of the surface of the anodic film; the sorption of anions a-nd
the hvdration of the film are variously affected. Orig. art. has: I figure.
ACSOCIATION: Kazanskiy aviatsionnyv institut (Kazzan Aviation Institute)
1! TE ID 12De--63 ETICL-, 00 SUB CODE:
Card 2/2'