SCIENTIFIC ABSTRACT LATUKHOVA, A.G. - LATYNIN, YE,V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928810007-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

.. MTUKTIOVAj, A. G.
GORBUNOV, N.S.; LATUKHOVA A.G.
IN
Diffusion copper plating, Zhur.prikl.khim. 30 no.1:81-83 Ja 157.
NMA 10:5)
1
l.Institut f izicheskoy khimii Aka&emii *iauk SSSR-
(Copper plating)

TURKSLITAIJB. N.M.; SHCHVARTSMAN, V.P.; KANCHMVA. O.A.; LATUKHOVA,.A.G.-,
KOLTUBYAKINA, A.I.
Use of thermodynamic apparatus in gas surveys._Trudy VMGM no,ll:
260-272 158. (NIRA 13:1)
(Gases--Analysis) (Geochemical prospecting)

a3m
3/032/60/026/009/002/010
3000 2015/3055
Lurzon. Vatakew-wh, A. A , Zhiffmchava, L. P- lraanov&. 0. T.
~Liitukhovav Am Go. Vo T-'B.
TITLIt D.%*-IJL&tIGM of 50all A.-t. .?'ffy4rc,.. t v L.-.-
PZ21MIC&L-. . Za--L-Itay. I-Uorot-riya. 1960. T.I. 2'6, Va. 9,
pp. 1082 - IC45
TZXTI A 4*thcd -f b4d-j-- I- bell%* so..rdIrg to the &d-
ocrVUm develo;soat cb~tograyhy was elaborated. The experiments
were "do an a Xr-211 (ChT-ME) shrmatographia IUS%MZ*Mt With & d~VfIOP4V
"I f. the th*rmanchowima prlnalvla (Ref. 0. The uorklad candi lone
ee" a t
i:y lbati.&.4:1~*':'aroauld d.Urai.. both ca
onzUt:r,
b7 to ch.- " a.. . . It. by the therzal canductivi%y
"A hydz~*Cwxi 17 the b,aat of acabustIon. A 6 a long actinic separation
Golsen, filled with CKT (=) co,al and With air as, carrier Co., was used
for "alys.a of. ~ t*mpemt=*. The sensitivity 1* hydrogen aao~%*d
1, 0.!% at a xvi.st.. exonrW.Y of 5%. A 10 a I..& ply'.-Il hl*r 14,
'kato wast "ad f= Q-3jeas at Ia. %.mp.rwA.r.w and work ... .. ~114 *at
35*C,L Kaklag It to bt.la . better a.1 to s.
larger wwsip~-o qq&nU%JW&, wa that the seowitivi%y me~ to 0.05%. L Dow.
parts= of the assi-mag ~.aaltl on %be nT-zx Instrumem, with %has, ob-
%&last at . ao*bst--.. a- copper *.Ld. 18 tsbl.t.d. There are 2 fig.
was,' I tAbl &&A t Sall.t -f.racw.
ASSOCUTION: Komalzuktorskays byum avto"tiki i tolemakhaniki
(Design Wis. far Auta"tta. and
Ts"*Yus"7
"f%J'a&c P.t-l...
me. .-'J.
&:AA&ft I- tzoscom Flaot for LtqjLtE~jr-
X t".; cas

34542
3/659/61/007/000/030/044
D217/D303
AUTHORS: Gorbunovq N.S., Kovalev, Ye.A.9 and Latukho-vat AaGo
7-
TITLE: Investigating diffusion coatings resistant to media
containing vanadium pentoxidb
SOURCE: Akademiya nauk SSSR. Institut metallurgii. Issledova-
niya po zharoprochnym splavam, v. 7, 19619 263 - 270
TEXT: In this investigation, in which the service conditions of
gas transport turbines were simulated, the excess pressure of the
working process and the speed of gas flow were not allowed for. The
work was carried out at the Institut fizicheskoy khimii AN SSSR
(Insti:tute of' Physical Chemistry AS USSR) andEt. the Vsesoyuznyy
nauchno-issledovatellskiy institut zheleznodorozhnogo transporta
(All Union Scientific Research Institute of Railway Transportation)
in association with the Kolomenskiy teplovozostroitellnvy zavod im.
Kuybyshev (Kolomensk Internal Combustion Works im. Kuybyshev). Dif-
fusion coatings were produced on the surface of the austenitic
class chromium-nickel steel ~M 417 (B1417), from which flat speci-
Card 1/4

S/659 61/007/000./030/044
Investigating diffusion coatings D217 303
C.')
mens, 15 x 10 x 6 mm were made. Silicide diffusion coat4ngs were
produced at 10009 1020 and 10500C by soaking for 2 -,6 hours. Alumi-
nizing was carried out at 1000 and 11000C, soaking for 4 - 6 hours
and chromiding in vacuum at 100000 for 4 .., 6 hourso 7300C was s6-
lected as the temperature for corrosion testingp this being the na-
ximum service temperature for guide vanes of a gas turbineo To se.-
leet the mode of application of the corrosive mixture to the specJ_,_
mens. at which the rate of corrosion of the specimens at elevated
temperatures should approach the intensity of destruction of the
alloys in the course of service of the gas turbine plantp two me.-
thods were investigatedg Immersion of the specimens in molten cin-
der and application of a suspension to the specimens at room tempe-
ratures (painting). On testing the above coatings in an atmosphere
of air in contact with cinder ('10 and 41.6 % V20 5) at 7,3000, sili-
cided specimens exhibited the greatest resistance against corrosion
by vanadium pentoxide. The resistance of aluminized and alumin.0-
silicided specimens was lower. All coatingsp apart from allicided
onesp failed on testing for 500 hours in contact, with cinder at/
73000. The corrosive medium diffused through the coating to the me-
Card 2/4

S/65 61/007/000/030/044
Investigating diffusion coatings ... D217YD303
talp oxidizing the latter at the boundary line of diffusion. The
thickness of a silicided layer under similar conditions decreased
somewhat and pitting corrosion appeared on the surface; however,
molten cinder did not penetrate to the metal and the latter did not
corrode. In the presence of SiO2 in air atM08pherev the rate of
corrosion of alumino-silicided and aluminized specimens is the same
as the rate of corrosion in pure air. Chromided and silicided spe-
cimens exhibit high stability under these conditions. A combination
cementation coating (~i and Al) gave less protection to the steel
E1417 against vanadium pentoxide than a coating consisting of one
of the individual elements. On periodically cooling thespecimens
(cooling 40 times from 730 to 200C within 15-20 minutes), no exfo--
liation and destruction of the protective layer of chromided and
silicided specimens occurred. No cracks or ruptures in the diffu-
sion layer were observed on water quenching silicided specimens
from 11500C and the adhesion of the coating to the base metal re-
mained unimpaired. Siliciding and chromiding are recommended for
protection of gas vanes of gas turbine plants against corrosion du-
ring combustion of sulphur-containing petroleum residues of high
Card 3/4

S/65 61/007/000/030/044
Investigating diffusion coatings ... D217y3)303
vanadium content. There are 5 figures, 2 tables and 11 referenceel
3 Soviet-bloc and 8 non-Soviet-bloca The 4 most recent references
to the English-language publications read as followeg Corrosion, 11
no. 19 p. 35, 1955; Iron and Steel Inst., 179, no. 4, p. 342, 1955-Y
Corrosion,, 129 no. 99 pp. 49-549 1956; Iron and Steel Inst., 182,
no. 2, pa 195p 1956.
Card 4/4

Z~7
S
OURCE CODHI
AUTHM; 06rbunov IN 'S' c' sci cee); ukhova,
tb tor of,chemical en Lat A* G.; ElevItsurp
A.-All
J,
te 0
-iITasv-'DIffVsio'n'of silicon coatingg on eL
Squ-
ar6stoykim 221T)ftiyam- Leningrailp 1964 ZharostoykiXe
-1 ya
(Heat-resistai nars, Leningrad# Izd
auka jP.:216-;-2!S
electrolyte coppers-siliconjInternal sta~essp.,crystal lattice
.,structure-
:,M, -Eleetro3yti6ally. appUel coatings on:co Ipper-~sufferea large internal
-stresses, during -abrup+. variations of temperatures This r~esulted, in the cracking
i.,And, p9tiling off of tbe: coatirip, Experiments on the diffusion 0oating of copper,
disk.- baiples:'-were nad'd in the flow of dried bydrogenln an apparatus Jose fig*)
-:66xislatifig of alipy,generator Ifor the production ofH bythe-reaction of.

3 (9)
AUTHOR: Latun, V. S. SOV'/50-59-8-8/19
TITLE: Calculation of Level in Wind Tides and Wind Back Tides in the
Taganrogskiy Gulf (Raschet urovnya pri sgonakh i nagonakh v
Taganrogskom zalive)
PERIODICAL: Meteorologiya i gidrologiya, 1959, Nr 8p pp 29 - 31 (USSR)
ABSTRACT: The Taganrogskiy Gulf has a length of 120 km, a width of 32 km
and a depth of 6 m. The stretched form of the shallow-water
gulf permits the calculation of the wind tides in this gulf to
be regarded as a plane task of hydrodynamics. The level varia-
tions are expressed in such a case by ordinary differential
equations with constant coefficients. The equation (1) of B. A.
Tareyev (Ref 2), and. the equation (2) of G. I. Gershengorn,
are used for this purpose. Both are similar in structure, but
not identical. Tareyev investigates the turtulent friction in
the liquid, Gershengorn the friction on the bottom. Calcula-
tion formulas are derived from these two equations, and the re-
sults of calculations carri6d out by them are compared. The
equations (1) and (2) are only applicable to closed basins. At
the open end of the Taganrogskiy GalEr an amplitude of level
Card 1/2 variations amounting to only one-tentb of those in the upper

Calculation of Level in Wind Tides and Wind Back SOV/50-159-8-8/19
Tides in the Taganrogskiy Gulf
part of the gulfp are observed at wind tides and wind back tidea.
Formula (5) is derived from formula (2), and formulas (6a),
(6b) and (6v) are derived from (1). 7 observations of wind tides
and wind back tides are used to check these formulas. The re-
sults calculated by the formulas derive 'd are put forwa=d in
figures 1 rind 2, partly in form of a diagram. With their help
it is shown that formula (5) yields a result nearly equal to
reality, while among the formulas (6) the formula (6b) proves
to be the beat one. The calculations put forward allow the con-
clusion that the coefficient m of the variation damping with
m = 0.12 -1--9 and the kinematic coefficient ~) of the horizontal
hour 8 2
turbulent exchange with N) = 9.4 '10 cm /see, are characteristic
of the Taganrogskiy Gulf. There are 2 figures and 2 Soviet ref.-
erences.
Card 2/2

L&TUN, V. S.
Nature of the relation between
turbulent mixing in the sea and
velocity pulsations. Meteor.i
(ocean currents)
the coefficient of horizontall
the averaged period of current
gidrol. no..7:35-36 il 16o.
(MIRA 13:7)

LATUNJ V.S.
- -----
Join-El-foscow Seminar on the Dynamics of the Sea'.'. Met--or. I
gidrol. no.9:65-66 S 161.' -- -1 .... ...... (MIRA 34:8)
(Ocean currents)

LATUN, V.S.
Upwelling of deep waters near the coast of south-western Africe.
Izv, AN SSSR. Ser. geofiz. no.9:1229-1239 S t62. (MIRA 15:8)
1. Goinidarstv6Anyy.okenzografichookiy inatitut.
(Atlantic Ocean-Ocean currents)

UTUNt V.S.
Vertical novement at a zero-surfaoe depth in the Atlantic
Ocean, Okeanologila 3 no.2s206-212 163,, (MIRL 164)
(Atlantic Ocean-Ocean currento)

LATUN, V. S.
Beridional shift below the zero surface. Izv. All SSSR. Ser.
geofiz. no.g-.1251-1258 Ag '(3. (MA 16:9)
1. Gosudarstvennyy okeanograficheskiy institut. Predstavleno
chlenom redaktsionnoy kollegii Izvestiy AN SSSR, Seriya
geofizic*heskaya, S.V.Dobroklonskim.
(ocean currents)

IATUN.- V.S.
... . .
- ~
Dynamics of deep currents below the layer of no motion.
Trudy GOIN no.85:12-17 165. (MM 19:1)

LATUN, V.S.
Dynaiai--- n-P dea- v.,r-nts below the zero level. Ckeanologiia .4
no.5-.91.' 164 4URA 18al)

;,12997-66 ZWT(1) GW
ACC NR;
i AUTHOR: Latun, V. S.
ORG: None
SOURCE CODE: UR/263 4/65/000/085 /0012/0017
TITLE: The dynamics of deep currents'~elow the zero level
SOURCE:, Moscow. Gosudarstvennyy okeanograficheskiv iist:Ltut. Trudy, no. 85,
1965. Teoriya i metody raschetov techeniy i neperiodicheskikh kolebaniy urovnya i
prilivov (Theory and methods of calculating currents and acyclic fluctuations of
water level and tides), 12-17
TOPIC TAGS: ocean current, ocean dynamics, fluid flow, fluid velocity
ABSTRACT: This paper presents improvements of the original model published
earlier by the author (Okeanologiya, no. 2, 1963). The earlier boundary condi.
tions'. imposed on densities at z - 0 and z =-depth of the channel D, are now re-
placed by the new velocity condition v = 0 at the bottom (z = D). The newly
obtained solutions for densities and velocities, presented in the paper, are
compared with the ex erimental data on deep sea currents in the Gulf Stream
p
region and the western North Atlantic Ocean and are found in good qualitative

L 35997-~6
ACC NR: AT6016535
agreement. This indicates that the new velocity condition leads to a substantial
improvement of the initial theoretical model. Orig. art. has: 18 formulas and
2 figures.'
SUB ODDS: 08,,20/ SUBM DATE; 00/ ORIG REF, 002/ OTH REP: 002
Card 2/2

BAMaVICH, I.I., kandidat tak-11michaskikh nauk; BOGIN, IIJI., kandidat
tekhnicheakikh nauk; BYKOV, Yo.l., in2haner; VIASOV, I.I., Icandidat
tekbnichaskikh nauk; GRITSBVSKIY, M.Ye., inzhener; GRUBER, L.O.,
OV, Y.N., inzhenerf YZR-
inzhener GURVICH. Y.G., iazhener-, DAVYD
SHOV, I.~., Icandidat telchnicheakikh nauk-, ZASORIN, S.N., kandidat
tekhaicheakikb nauk.; IY.00V, 1.1,, kantiidat tekhnicheskikh nauk;
DIAUKLIS, A.A.. inzhoner; la=OV. L.B., Inzhener; LKPIN, V.B.,
inzhener;
inzhaner; JASTOVSKIY, V,P.. dotsent,, iATUW4
WKWayll K.4., professor. doktor tekhnichs- .11*nauk-, HAMMY-LOV,
H.L. professor, doktor takhnicheakikh nauk; NIKANOROV, V.A.. in7he-
ner; DS~W!&W, Inzhener-, 0Jal0SHII1,L.I., inzhener; PARFENOV.
K.A., doteent, Imndidat tekhnicheskikh nauk; Pj-MTSOVSKIY. L.M.,
t=haner; POPOV, 1.P., inthaner; XRWHIAV, B.G., inzhener; HAT119R,
M.P., inzhener; l(0SSI"PAVSXIY, G.I.. dotsent, kandidat tekhnicheskikh
nauk; RYK07, 1.1,, kandidat teklmicheak1kh nauk; RYSBKOVSrly, I.Ya.,
dotsent, kandidat takimirheskikin nauk; RYABKOV, A.Ya., professor
[dereavedlZ TAGAR, 6,ii., kandlda,~ 'Gekhaicheakikh nauk; KHAZEN, H.M.,
profesoor doittor tekhnicheakilkh nauk-, CHERHYSHFIV, H.A., doktor
teldiniche;lrikch nauk: KJIN, L.Ya., professor, doktor tekhnicheskikh
nauk: dot6ent: AMi;N6Y, 11-Ya., dotsent, kandidat
tekhnichaakikh anuk, A.S.. inzherter; BARnNHV, ?.V.,
professor. doktor Tekh-nichaikik-h nauk,- BARIWARD, X.A., kandidat
teldinic-heakikh iiqdK,, :k-11,070Y, dotsent, Imnclidat takhnichaskikh
nauk; BWD.00V, lmhener-; B00AXW. N.K.. kandidat tekhnlche-
skikh nauk,. VIINICTISHKO. N.G., dotsent, leandidat ekonomicheakikh nauk;
(Continued on next card)

INNESH9VIO. 1. 1. ----(continued) Card 2.
VASILOYEV, V.P.; GOITC-WOV, N.G., inchener: DARIBAS, A.T., inshener;
DOBROSEL'SKIY, K.H., dotsent, kandidat tekhnichaskikh nank; DLUGACH,
B.A., kandidat tekimichasirikh nauk: TAYIHOV, G.P., kandidat tekhni-
chaskikh nauk; ZICHBLINOV, S.V., professor, doktor tekhnicheskikh
nauk; ZABALU, H.L., kandidat tekhnicheskikh nauk; WIN, K.P.,
kandidst teklinichofikikh nnuk! i:ARW2lNIROV, A.D., Irandidat tekhnichn-
skikh nauk; "PLUR, Z.5h., inzhener; XANSHIN, H.D.; KOCHNEV, Y.P.,
profeneor, doktor tokhnichoskildti nauk; KOGAN, L.A., kandidat tekhni-
cheakikh nauk; 00HIT111h, S.Y., inzhener; LIWASHOV, A.D., inzhener;
R&WHOVICH, B.M., dotoent, kandidat tekhnicheskikh nauk; MARTYNOV,
M.S., inzhener; RiWALI, O.M., inshener; NIKITIN, V.D., professor,
kandidat tekhnicheskikh nauk; ZAMA. V.A., in2hener; PANTELICYEV, P.I.,
kandidat tekhnicheskikli nank; PWROV, A.P., professor, doktor te)dini-
cheskikh nauk; POVOROMINK0, V.V., professor, doktor tokhnichaskikh
nauk; PISKAREV, I.I., dotnent. kandidat tekhnicheBkikh nauk; SERGHYXV,
Ye.S.. kandliclat tokhnichaskikh usulc; SIMONOV, X.S., kancliclat takhni-
chakikh nauk: SIMANOVSKIY, M.A., inz-hener: SUYAZOV. I.G., inzhenerl
TAIDAYEV, F.Yav, inzhener; TIRIONOV, K,I",., kendidat tekhnicheakikh
nauk; USHAKOV, N.Ya., inzhenr; USFARiKlY, V.K., inzhener; FBLIDMAN,
E.D., kandidat tekhnicheskikh nauk; ITWOWOV, G.V., inzhener;
KHOEETAY, L.P., inzhenr; CHMRNVAORDIK, G.I., professor, doktor
takhnicheakikh nauk; SHAMAYAV, 14.?., inshener; SHAFIRKIN, B.I.,
inzhener; YAKUSHIB, S.I., inzhaner; GRANOVSKIY, P.G., redaktor;
TISHCH3NXO, A.I., redaktor; ISAYAV, I.P., dotsent, kandidat takhni-
cheskikh nauk, redektor; KLIIAOV, V.7., dotsent kandidat takhnichaskikh
(Continued on next card)

BENNSHEVICH,,I.I.T-- (continued) Card 3.
aauk, redaktor; IAIRK07, II.V-, Lnzhener, redaktor; XALININ, V.K.,
inzhener, redaktor; 0TUPilifiV, Y.N., professor. redektor; SIDOROY, II.I.,
Inzhenero radaktor; GBRONINUS, B.Ye., kandidat takhnichaskikh nauk,
rednktor; ROBI;LO, II.I., otvatstvennyy redaktor
[Technical reference manual for railroaa engineers] Takhnichaskii
spravochnik zheleznodorozhaika. Moskva, Goa. transp.zhol-dor. izd-vo.
Vol-10- LElectric power supply for railroads] Snergosnebzhenie zhelez-
nykh doroE. Otv.r8d. tor-a K.G.Mark-vardt. 1956. 1080 p. Vol.13.
[Operation of railroads) Ekeplustataiia 2heleznykh dorog. Otv. red.
tome R,I.Robel". 1956P 'n9 p. (HLRA 10:2)
1. Cblen-korrespondent Akademii nauk SSSR (for Petrov)
(Alectric railroads) (lbilroads--Management)

LATUNEI_~Ni gley lvgmuh: OKHOSHIN, Leonid Ivanovioh; NUATIff, I.A.,
inzZ red.; XHITROV, P.A., tekhn.red.
[Handbook for an electrician in railroad power ongineeringl
Spravochnik elaktromontera energeticheskogo khoziaistva zhe-
leznykh dorog. Moskva, Gos.trsnsp.zhel-dor.izd-vo, 1959.
570 P. (MIRA 13:2)
(Electric railroads)

N
LATUNIN, Niko.lay-,Ivanovich; OKHOSHIN, Leonid Ivanovich; 7ATUCHNYY,
-F-.- -
I.M., inzh.t retsenzent; KALININ, V.K., kand. tekhm.nauk,,
red.; USENKO, L.A., tekhn. red.
[Handbook for the electrician of railroad electric power
plants] Spravochnik elektromontera energeticheskogo kho-
ziaistva zhelezrykh dorog. Izd.2., perer. Moskva, Trans-
zheldorizdat,, 1963. 446 p. (MIRA 17:2)

JAM OV, N. ,
Training Instructors. Ki7l.rod. 6 no.4:10 Ap '55- (HLRA 8:9)
1. Zamestitell nachallnika Kharlkovskogo aerokluba po poli-
ticheskoy chasti.
(Military education)

CA LAT VNT-50V, p
lIffod of c
3
The Ac, alit] -Ar, 1xiYan-15-of SIXTill"'115 (~f 1"gh'C 'lee" ""'3g'
1) .147" of Cu Ime detal. by 'filauxuartric Ineth(MIS and froln
the tilicrogructure, and "well. I)ropcftie% Ater It'lulacriNg
anal ~jftcr quczwWns and dram ing werc studied. Therel,ult,
Show fladt Cu )owvrs the temp. of the crit. F-itals