SCIENTIFIC ABSTRACT ZENKOV, I,D, - ZENKOVA, R.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001964430005-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KOLESOV, V.P.; ZENKOV I D SKURATOV, S. M.
Standard enthalpieu of formation of chlorotrifluordmethane and
dichlorodifluoromethano. Zhur. fiz. khim. 37 no. 3:720 Mr 163.
(MIRA 17:5),
.1. Moskovskiy gosudarstvennyy universitet imeni L*monosova,
khimicheskiy fakulltet.

KOUESOVP V.P.- ZENKOV, I.D.; SKIRIATOVP S.M.
Standard enthalpy of formaticn of chlorotrifluoromothane and
dichloradiflucromethane, Zhur. fit. khIm. 36 no.9:2082..2084
S t62. (MR, A 17 z6)
1. Moukovskiy gosudar-stvenrkyy wniveroitet imeni Lomonosova,

KOLESOVp V.P.; ZENKOV I Do- SKURAMVp S.M.
Standard enthalpy of formation of chlorotrifluoroetbylene. Zhur.
fii.khim. 37 no.lt224-225 Ja 163. (MIRA 170)
lo Moskovskiy gosudaretvennyy imiversitet imeni I4monosova.

KOUSOV, V.P.; ZENKOV. I.D.; SKURATOV, S.M.
Standard enthalpy of formatlon of 2,,2,2--trifluoroathar-al.
Zhv-r.fiz.khLyi. 39 no.l012474..2476 0 16'
(Iff RA 18 -.12)
1. Moskavskiy Vsudarstvannyy universitet imeni Lomotiosova.
SubmItted July 13, 1964.

KOLESOV, V.P.; ZENKOV I.D.- SKURATOV, S.M.
Standard enthalpy of the formation of tetrafluoroethylene.
Zhur. fiz. khim. 36 no.1:89-92 Ja 162. (MIRA 16%8)
1. Moskovskiy gosudarstvennyy universitet im. M.V. Lomonosova,
TemokhiAicheskaya laboratcriya im. V.P. Luginina.
(Ethylene) (Enthalpy)

KOLESOV, V F.;, I.D.
~ALEKHIN., S.P.3 SKURATOV, S.M.
Hermetic calorimeter with magnetic "stirrer. Zhur. fiz. kbim.
36 no.4010-912 Ap 162. (MIRA l5t6)
1. Moskovakiy gasudaretvennyy universitet imeni Lamonosova.
(Calorimeters)

S/076/65/037/003/020/020
Biol/B215
AUTHORS: Kolesov,'V. P.,.Zenkov, 1. D., Skuratovt S. M,
es' of-
the formdtion of chlorotrif! 6-0
-TITLL standard ent ha pi
~tmd-dlch odiflijoro 'methane
moth
ane-
PERIODICAL* Zhurnal fizi.ohoskoy khimli, v. 37,.no. 3, 1963, 720
Ta-T: The data for 6H
of Ccl 2F2 given in Zh. fiz. khimii, 36, 2082,
form
1962 were checked and found correct. The following
iM,(CC12F2 ) a -112.1+1.2 kcal/nole, &EO(CClF3
These were determined calorimetrically on the
CC1nF(4-n) + 4 Na - nNaC1 + (4-n),*NaF + C.
valuee are given:
) = -171.8 + 0.9 kcal/mole.
basis of the reaction
ASSOCIATION: Moskovskiy gotudarstvennyy universitet im. M. V. Lomonosova
Khimicheskiy fakulltet (MOSCOW IT- -

PLYUSNIN, K.P.; PLYUSNINAp A*A,;_ZENKOV, I,I.
Now data on grapholite slates in the eastern slope of the
Southern Urals, Izv. AN SSSR. Ser.geol. 30 no,11s121-124
N-1656 (MIRA 16: 12)
1, Ura'-Iskoye geologicheekoye upravleniye, S~rerdlovsk. Submitted
December 23, 1964t

ZZENIN .jyan_StePanovich. prof.; SEREBIM1,1111, German Nisonovich,
qv
dots.; K6~Rj�&'K'6,t'V.S. , inzh., naucbmyy red.; KUTDO, M*A.,
red.izd-va; GOLIDERG, T.M., teklui. red.
[Examples of organization planning In construction and erec-
tion work) Primery proektitovaniia organizatsii stroitellno-
montazbrjykh rabot; opyt diplomnogo proektirovaniia. Moskva,
Goastrolindat, 1963* 170 p. (MIM 16-12)
(Construction industry-t4mgement)

ZHNIKOV, I.S.; DIKOV, N.D.; TITOVA, V.A., tekhn.red,
[Organization andplanning of construction enterprises]
Organizataiial planirovanie stroitellstva. Koak7a, Voss.
ssochnyi inzhonerno-otrolt.in-t. No*lq 1956o 95 P*
(MIRA 14:2)
(Construction industry)

ZEN KOV, I.S., prof.; PEIROV, N.M.; KOTOVICH, dots.;
GALIPERIN, M.I.,, doktor tekhn. nauki ZENIKOV, I.S.j
prof., red.; TITOVA, B.V., red.
[Main trends in the mechanization and automation of
the construction industry; introductory lecture for
students in the construction and mechanics courses
of the All-Union Engineering and Construction Cor-
respondence Institute] Osnovnye napravleniia v mekba-
nizatsii i avtomatizatsil stroitelistva; vvodnaia
lektsiia dlia studentov stroitellnykh i mekhanicheskikh
spetsiallnostei VZISI, 1961. 23 p. (MIRA 170)
1. Moscow. VsesoyuzW zaochriyy inzhenerno-stroitellrqy
institut.

ZEN'KOV,j4,.,,, prof.; PEMOV, N.M.; KOTOVICH, B.M., dots.;
iPERIN, M.I.., doktor tekhn. nauk; 2ENIKOV, I.S.,,
prof., red.; TITOVA, B.V., red.
(Main trends in the mechanization and automation of
the construction industry; introductory lecture for
students in the construction and mechanics courses
of the Al-1-Union Engineering and Construction Cor-
reapondence Institute] Osnovnye jAapravloniia v mek1a-
nizatsil I avtoiriatisatsii stroitellatva* vvodnaia
lektsila dlia studentov stroitellrykh i mekhanicheskikh
spetsiallnostei VZISI, 1961. 23 p. (MIRA DO)
1. Moscow. Vsesoyuzrqy zaochriyy inzhenerno-stroitellryy
institut.

OIKOII_2_ Le!jr Filip22yich; PECIINIKOV, A.I., retsenzent;
BOYKO, A.A., retsenzent
(Establishing tecbnical standards for strip mining
operations) Tekhnicheskoe nomirovanie na otkrytykh
gornykh rabotakh. Moskva, Nedra, 1964. 239 P.
(KIRA 18:6)

32. GROUNDWATER HYDROGIOLOGICAL INVESTIGATION METHODS EMPLOYED IN CONNEXION
WITH WATER SUPPLY, DEWATERING AND DRAINAGE PROBLEMS IN THE NATIONAL
ECONOMY AND CONSTRUCTION OF THE USSR
by
a
L. 0. Soly and 1. V. Zonk
The paper gives details of investigations C.10ducted Methods of drilling and testing operations are;
in the USSR in connt.73im with regional studies of ground- described, as well as the method for studying the ground- it
water for purposes of water supply, And in connexion with wafer regime. Information is given on elfwatering &]%a*
the construction of various structurts. .71a problem i's drainage in connexion with construction of hydro power
highlighted by reference to the influence of suchstruclums structures.
an the groundwater regime, and vice Vasa. 'Ile ini- The results of work carried out by Gidrotnergo p;o;,j
pottance of investigations of atfificial deii atering. -an scitaing thebest types of filters to increase the cifidency
mcI&MAdQn. drainage, etc. is noted. of dtwatering, drainage and watt 'supply am etve&
RKI'M P===D Ai TiZ 70~rtll i0ji(261:T*cba1wa Coaftmam on Water Rem""
DOT9101=0at 1i Abla'81A the Yew 3
ast -Folmbp, Deo 1960

ZENEOV L.F.; STARTSEV, A.V.
at the Upper
y plannli
Tdling of ri,-ilrond cars unforeseen tr
mbine. Nauch. trudy PerpiNITH no.';z129-133 163.
Kama potasb co
(MIRIA 180)

ZMOV, Leonid Filippovich; BLWUI, I.Kh., prof.j red.; TSYMBALIST,
N.N.- '-rod'izd-va KA YUK, R.H.t takhn.red.
TL
[Technical norms in open-pit Iron mines] Tekhnicheskoe normi-
rovanie na zhelezorudnvkh karlerakh. Pod red. A.Kh.Benuni.
Sverdlovsk, Goo.nauchno-tokhn.izd-vo lit-ry po chernoi I tsvetnoi
metallurgii, 1960. 166 p. (MIRA 13:6)
(Iron mineaand mining--Standards)
(Strip mining--Standards)

ZEI F.,
"Attachment Bor the. Rockwell Hardness Tester for Computina Errors in Hardness
Measixrement,"
Experience of a Plant Metallographic Iaboratory, Moscow, Xasbgiz, Coll. of krticles,
ed. Sagaradze, V. S., 1957, 82 PP.
The author describes bisinvention for computing hardness measurement errors
,arising from the unsatisfactory character of the bearing surface of the tested
part.

,,_ZENKOV, M.Y., inzho
Draining quick grounds using underground vacuum toebainues.
Shakht. stroi. 4 no. .6:25-27 Jo 160. (Min lial)
l.-rnstittit Gidroonergopro-yekt.
(Vacuum pumps) (main drainage)

RAYEVSKIY, Sergey Petrovich; ZXIIKOV, Mikhail Vladimirovio h; SUBLINSKIT,
T.V., red.; MVEDSTr~z"VYi"~',~"'te'Ehii~,'-re'd-~"'~--'~"-'~-"'w*;"'4'.~l.I
[Peat bogs fed by underground water under pressure; hydrogeological
studies and methods of drying] Torfianye mestorozhdontia naporno-
gruntovogo pitaniia; gidrogeologicheskie icaledovaniia i sposoby
osusheniia. Xoskya, Goo. energet. izd-vo, 1957. 135 P, (KIRA 11:4)
(Peat bogs)

AAMNSKIY, S.P., inzhoner; ZMOV, M.V., inzhentr.
Drainage of peat deposits fed by ground water under prexxuro.
Torf-prom-33 n#.6:32-33 '56- (HLRA.9:10)
l.Mosgidop. (Post bogs) (Drainage)

RATSVSKIT,-SOPO, imzheaog;,,~21~OVOLV-, Inshonero
Importance of bydr*geological studies in plannijg a dralasp astvark
for peat deposits* Terf.,prea. 34 n4;201-32 '5110' (KM IOW
Qoat bogs) (Draiisap)

TIONTIYEV, O.V. Cdeceased]; ZZIMOV, M.V.
Using adhesive sand and gravel well-point filt -are i'n lowering the
water table in soils..Osn., fund. i mekh. grune no.1:24-26 159.
(MIRA 12:7)
(Water, Underground) (Tilters and filtration)
(Pumping machinery)

TIZDVELI iI.R.; FARPYSHKV, Ye.S.; MOLODKOV, L.A.; ROPYAROVA, L.P.;
PES"ZOVSKIY, F.H.; =11OV, M.V.; KIRICHRIK-0, N.I.; I nE'SETADT,
L.I.; MALYAROVAJO Ii-e-.,--PMrLSIT'LkLAYSIIVILI, G.P.; KAIZIYKOVA,
II.I.; B'PII'Y,, L.D., doktor geol.-riner. nauk; BOROVOY, A.A.,
red.; CA'jWfai, T.P.) red.; LARIO11OV, O.Ye., tekhn. red.
(Geology and dms]Geologiia i plotiny. Pod obshchei red. A.A.
Borovogo. Moskva, Gosenergoizdat,(Its Materialy po procktiro-
vaniiu gidroonergeticheskikh uzlov. Seriia 21 Izzyokaniia)
Vol.2. 1962. 151 p. (IIIRA 15;9)
1. Moscow. VsesoyuzrWy gosudarstviunrVy proyektnyy institut
"Gidroonergoprockt." 2. Vsesoyuznyy gosudarz;tvennyy proyekt-
nyy Institut Moscow (for all except Borovoys Gotman,
Larionov).
(Geology) (Dome)

YAKOVLEV., A., kand.tekhnnauk; ZEIIKOV, N, inzh,
Fire resistance of bent struatures made from lightweight and porous
concrete. Pozh.delo 9 oo.IWO-ll D '63. (MIRA 171l)

YAKOVLEV, A.I., kand. tekhn. nauk,- ZENKOV, N.I., inzh.
Study of fire-resistant curved stnictures made from light-
weight concretes. Trudy NIIZHB no-32:270-277 163.
(MIRA 17:1)

STRELICHUK, N.A.; YAKOVLEV, A.I.; ZENKOV, N.I..
-----------
Use of A,P,Vanichevt9 method in determining the livdts of
refractoriness of structural membets of lightweight concrete.
Inzh.-fiz. zhur. 7 no-4:105-110 AP 64. (KRA 17:4)

ZVYAG,INTSMVA, K.H.; 2ENKOV, S.N.;KOMWIN, V.G,; POPOV, V.R.; SMCDMON'.I.X';
Pirinimali -QCftVtfyw_1rWMh[I.. P4. .prof.;, KULZB.ABA, A.V.,.dotsent;
LINMAU, N.I.;_ 2MMVLZV, AX; 5TOLBOIr'o_'H''.V.; CHMMIN, H.I.,
otv.red.; KOROVEUKOVA, Z.A., takhn.red.
(Kuznetsk Coal Basin; a statistical handbook) Kuznetskii ugolInyi
bassain; statistiche8kii sprevochnik. Hosk7a, Ugletakhizdat, 1959.
390 P. (MIRA 12:8)
1. Kemerovo. Gornyy institut. 2. Sotradniki kafedry ekonomiki
Kemerovskogo gornogo instituta (for Zvyagintseva.Popov, Kokorin,
Kulibaba). 3. Kombinat Kuzbassugoll (for Zenkov, Lindenau,
Zhuravlev, Stolbov). 4. Kemarovskiy*sovnarkhoz (for Kozhevin).
5. Sibirskoye otdeleniya, AN SSSR (for Senderzon).
(Kuznetsk Basin--Coal mines and mining--Statistics)

WYANDV, I.A., inzhener; ZEIMDV, inshener.
Light borehole filter pump (LIU-5). Torf.prom.33 no.4:35-736 156.
(MM 9:9)
l.Giprotorf (for Belyakov).2.Moogidep (for Zenkov)
(Pumping machinery)

I RonIVAN, K., kandtekhn,nauk; 2NNIOV, N.. inxh.
Testing of silica bricks** Pozh.delo 5 no.12:14-15 D 159.
(Bricks-Testing) (KIRA 13:4)
z
4
1
. --- mUmW&A-FM-MW&P-,
a

BELYT, L.D., doktor geologo-mineral.nauk; LYKOSHIN, A.G., lnzh.-goolog;-.
HOLOKOV, L.A., Inzh.-geolog; KOHYAROVA, L.P., inzh.-geolog;
NETSHTABT, L.I., kand.goologo-mineral.nauk; VASIL'YEVA, L.R.,
inzh.-goologs, insh.-geolog; V02MS314SKIT, AGNO
prof., obahchiy red.; ASAITOT, A.K., takhn.red.
(geology and damn) Geologtia i plotiny. Pod obshchei red.
A.N.Vosnesenskogo. Moskva. Goo.enorg.izd-vo. (Haterialy po
prooktirovaniiu gidroonergatiohaskikh U21OV. Ser.2. Izyska-
niia). Vol.l. 1959. 182 P. (MIRA 13:2)
1. Moscow. Vaesoyuznyv gosudarstvennyy proyektnyy institut
'Gidroenergoproyakt." 2. Glavnyy inzhener otdela izysknniy
instituta "Gidroenergoproyekt" (for Belyy).
(Dams) (Engineering geology)

ZZHKOV, N.I., inzh.
Strength of structural stools at high temperatures. From. stroi.
36 no.11:26-28 11 158. (MIRA 12:1)
(Steel, Sjructural)

ZENKOV, R. L.
"Conveyers of.Cont4ftlm!t~. Dragging." Sub 5 Nov 47, Moscow Order of the.
Labor Red Banner Electr=-; MIMM Inst of Railroad Engineers imenj F. E.
Dzerzhinskiy
Dissertations presM-tRT# for degrees in science and engineering in
Voscow in 1947.
SO: Sum.No- 457, 18 Ap- 55

mKov, R. L.
I
Eonveiery so stal'noi lentoi. klontazb i eksploatatsiia. Moskva, Mashgiz, 1950. 48 P.
(Steel belt conveyers. Installation and operalLion.)
SO: Manufacturing and IMechanical Engineering in the Soviet Union, Library of
Con.gress, 1953.

ZVACV, R. L.
Konveiery so stal'noi lentoi. (Novye mashiny). (Vestn. Kash., 10,50,
no. 9,p. 26-28).
(Steel belt conveyers. (New macbines.))
DLC: T144.V4
SO: Manufacturing and Meebanical Engineering in the Soviet Union, Library of
Con.gress, 1953.

YACHKOT, V.K.,-kozdidat tekhaicheakly nwmk; 23KKOT, R.L., kwAidat
tekhnicheskikh nauk; AIMOT# K.V., pr-ore-9-9-o-F~,Fet'Anzsnt#
PRONIN,~P.A.'. kandidat tekhnichookikh nauk, redaktor; SOKOLOTA,
T..TA', takhnicheeklyrsdaktor
[steel belt conveyers; principles of planning. waculation au4L
operation] Konvelery so stalluoi lentoi.- oanovy proaktirovamila,
raichets, i ekepluatatoli. Moskva. Goo. nanchno-tekha. Isd-vo
maehinostrolt. lit-r7, 1952. 161 P. [Microftlal (HLRA 7:10)
(couveying- macbInery)

ZAMOT, R.L., kandidat, tekhnicheakikh nauk; OSTOLISKIY, Ts.O., kandi-
--"-dtT"VeAnichesklkh nauk, reteenzent; DANILOV, I.Ya., inzhener, re-
dalctor.
LConveyera with submerged scrapers) Konveiery s pogrushannymi
skrebkami. Moskva, Goo. nauchno-takhn. izd-vo mashino-stroit. i
sudostroit. lit-ry, 1953, 5? P. (KM 7:7).
(Conveying machinery)

AT2EMV, K.V., doktor takhnichookikh nauk; UMV, R.L., kandidat tekb-
nicbesklih nauk; KHrLOV, V.I., inzhen-a-f,~~WM-or; ODIDVIIF, S.Ta.,
inzhoner. redaktor; POPOVA, S.K., tekhatchaskly radaktor.
(Bunker installations: design, calculations and operation] Bun-
kerrq~ ustanovki; proektirovanie, raschatti ekepluatatiffia.
Moskun, Go%.nsuchno-tekhnAzd-vo manbinostrolt.lit-ry, 1955.
307 P. (MIRA 8:10)
(Conveying machinery) (Loading and umloading)

SOV/118-58-12-4/17
AUTHOR: Zenkov, R.L., Candidate of Technical Sciences
TITLE: Powerful Belt Conveyers for the Transportation of Bulk Ma-
terials Over Medium and Long Distances (Moshchnyye lentoch-
nyye konveyyery dlya transportirovaniya massovykh gruzov na
eredniye i dallniye rasetoyanlya)
PERIODICALi Mokhanizatsiya trudoy'e'mkikh i tyazhe"lykh rabot, 1958, Nr 12,
PP 15 - 18 (USSR)
ABSTRACT: One of the most pressing problems in ferrous metallurgy is
the creation of powerful conveyers for the transportation of
bulk materials (coal, ore, agglomerates, eta.) not only over
medium, but also over long distances. The author advocates
the use of belt conveyers for the transportation of bulk
cargo, and describes various conveyer types and conveyer
belt materials (referring to tests carried out by the Bri-
tish firm ICI). The Gosudarstvennyy Komitet po khimii pri
Sovete Ministrov SSSR (State Committee on Chemistry attached
to the USSR Council of Ministers) will start preparatory
work for the production of polyethylene fiber, the most
suitable material for conveyer belts. The VNIIPTKASh has
Card 1/2 worked out-various types of medium and long distance belt

SOV/118-58-12-4/17
Powerful Belt Conveyers for the Transportation of Bulk Materials Over Ye-
dium and Long DistanceS
conveyers. The author says that preference should be given
to conveyer transport even when the exploitation expenses
exceed those of other mE;ans of transport, There are 3 dia-
grams, 1 drawing,and 2 tables.
Card 2/2

ZENKOV, R.L.t doktor takhn. nauk; PANIMATOV, S.A., doktor takim.
prof., retsonzent
[Mechanics of hLIk freight; bases for designing loading
and unloading and transporting equipment] Mekhanika na-
sypnyl-h gruzov; osnovanlia rascheta pogruzochno-razgru-
zochr.ykh i transportnykh ustroistv. Izd.2., ispr. i
dop. Moskva, Mashinostroen1e, 1961~. 250 p.
WIRA 17:9)

ZENKOV, H,L.; PWROV) M.M.; KRUTIKOV, I.P., doktor tekhn. nauk,
retsenzent;
(High power conveyors] Konveiery bollshoi moshchnosti.
Moskva, Izd-vo "Mashinostroenie,," 1964. 426 p.
(MIRA 17:7)

GUIWINKELO, K.A.; somkw, 6.2s; ULIKOVSKIT, L.G. Prinimal uchastlys
WMXfSOV, S.V. D'YACHKOV, V.I., kand.tekhn.nauki rateen2ent;
IIIKCT4AYZVSKIY, G.M., kand.takhn.na-ak, retsenzant; Z=OV. R.L.,
doktor tekhn.nauk, red.; SAVEL'YEV, Ye.Ya.', red.izd-vp,
SOKCWVA, G.F., takha.red.; UVAROYA, A.F., tekhn.red.
[Conveying and loading and unloading machinery used in the chemical
industries] Transp6rtuys i pogruzochne-razgruzoehnys mashiny
v khimicheskoi promyshlennoati. Moskva, Goe.nauchno-takhn.12d-vo
mashinostroit.lit-ry, 1960. 495 p. (MIRA 13:12)
(Conveying machinery) (Loading and unloading)
(Chemical industries-3quipment and supplies)

ZMOVP R* Le Doo Tech Soi (diss) "Bame f the 0&~ of trarApw+-
e
loading and unloading iaatik~~ for bulk 25~~4'-." Moo, 1959. 30 pp including
cover (Min of Higher and Secondary Specialized Education RSFSR. Mos Order of
Labor Red Banner Oonstruation Engineering Inst im V. V. Kuybyshev), 160 copies
(KL, 46-59, 136)

ZNNKOV, R.L.,, kand.tekhwi-iauk
High-power belt conveyors for medium and long-distance trans-
portation of bulk materials. Mekh.trud.rab. 12 no.12:15-18
. t '58. (Conveying machinery) (14IRA 11:12)
1

ZENIKOV y1t. IT. ; 1) L, Ir"Irc N, G. M. ell rjktromekhaniP
Unit for connecting ATS-10-1,0 exchanges to
c1rcults. Avton., teltim. i s%iazf 8 no.11:39-40 u
I. '3far,,fdy lnzh. Vizhne-Tacillskoy distint'sil SverdlCY,-,k,:y dorogi
4.or '.,t~nkov)

ZENKOVICH.. Vaevolod PavIovicb;-AKiWIGV, A.A.t red. izd-va; GUSUWVA,
(Fundamentals of the theory of the formation of seashores]
O,Snovy ucheniia o iaevitii morskikh beregov. Mookvap I zd-vo
Akad,, nauk SSSR., 1962. 710 ps (MIRA 15:5)
(Seashore)

~ ZENYOVA, A I -- ~vz-;;,,~,,'
, gaAA4 ; ,I
Lengthening the life of fixed reeds In warping. Cbm.tekh.opyt.
CHU] no.15:32-33 156. - (MIRA 11:11)
(Looms)

ZINEDVA, IOV.
Ir4in g the drive design for ChY,305 carding machine flates
Obmotekhoopyt* CKLPI nool6:z4-25 '56. (MIRA 11M)
(Carding machines)

PANIN, V.Ye.; ZENKOVA, E.K.; FMINI V.P.; KUDRYAVTSEVA, L.A.
Diffusion transformations in solid solutions at high temperatures.
Issl.po zharopr.oplav. 8:161-168 162. (KMA 16:6)
(Copper-aluminum alloys-Metallography)
~Metals at high temperatures)

C M Mwmes WVA WIVW4 R __M4 MM M MOM U102 QMX 3 am 3Z

67911
44 BOV/20-129-5-17/64
/1
AUT11ORS; Paniny Ve Yeal
TITLE: The Problem of Superstructure in Aluminum Bronze
PERIODICALt Doklady Akademii nauk SSSR~ 1959, Vol 129p Nr 59 pp 1024-1027
(USSR)
ABSTRAM The present paper deals with a more detailed investigation of
the ordering-phenomend4in aluminum bronzeV6nd of the influence
exerted by superstructure upon the course of the plastic de-
formation of the alloy at various temperatures and velocities.
The investigations were carried out with an alloyp vizo a solid
solution of,Cu + 15.9 at% Al. The authors repeated earlier ex-
periments concerning ascending diffusion and obtained the same
results. In the case of the alloys under investigationp usual
aluminum bronze thus appears to be concerned. In order to be
able to investigate the state of the alloyt the specific heat
, the electric resistivity Y 9 and the Vickers hardness HV
C
p
were measured at a load of 5 kg. Hardening temperature exerts
considerable influence upon the state of the alloy. Alloy hard-
Card 1/4 ness increases with rising temperature within the interval of

67911
BOV/20-129-5-17/64
The Problem of Superstructure in Aluminum Bronze
400-60001 after which-it decreases sharply until 9000. The
electric resistivity here increases until 5000, decrease-s
slightly at 6000, after which it rises again. This is apparently
due to the decrease in the degree of the short-range order.
In the case of a hardening temperature of more than 5350, the
alloy e~pproaches the solubility limit. With an increaae in
hardening temperaturej especially to more than 5350, the alloy
deviated more and more from equilibrium. Hereby the ordering
process in the alloy is fanilitated and the temperature of
the specificheat minimum dearoases. Especially, the state of
the alloy quenched at 5000 was thoroughly investigated by de-
termining the kinetic tempering curves of the Vickers hardness
HV and the electric resistivity at various temperatures. The
tempering isothermal lines of electric resistivity have the
usual shape. Among the tempe:cing isothermal lines for hardness
the curve for 2800 is, above allp conspicuous. It first has a
sharp maximum, but later hardness decreases considerably and
the curve takes a lower course than all other isothermal lines.
Card 2/4 Already a slight deviation of the tempering temperature from

67911
BOV/20-125-5-17/64
Tho Problem of Superstructure in Aluminum Bronze
2800 changes'the shape of the isothermal lines considerably.
The hitherto-discussed results clearly indicate the existence,
of a superstruct ure in aluminum bronze. An alloy quenched at
500 0 is ordered at 2800. Natu-.allyp the superstructure cf
aluminum bronze must become n0ticeable in its plastic deformatiom
This influence naturally depends on temperature and on the P~e.
formation rate. The.authors investigated this during the com-
pre-ssion of the allo Ou + 15-9 at% Al at the velocities
v = 6 mm/minj v 2 = 0405 mm/min,- and vi = 0*005 mm/min within
3 ..
the temperature interval 20-6000. At from 20 to 2000 the,
velocity exerted practically no influence on the resistivity to
deformation, Also'the deformation-temperature influences the
position of the flow curve only little. At 3000 the velocity
exerts an inverse influence upon resistivity to deformationp
and the wave-like course of the flow-curves is distinctly.
marked. Within the entire temperature interval 20-3000 de-
formation is jump-like. Above 390 0 temperature and velocity
exert a normal influence upon resistivity to deformation, The/
Card 3/4 results thus found agree well with the concepts,on the super-

67911
SOV/20-129-5-17/64
The Problem of Superstructure in Aluminum Bronze
Dtructure~in the alloy. The results obtained by the present
paper apply to a less extent also to the alloy Cu + 10 at~ Al.
There are 4 figures and 11 references, 7 of which are Soviet.
ASSOCIATIONt Sibirskiy fiziko.tekhniche-skiv nauchnoisaledovatellskiy in
stitut pri Tomskom gosudarstvennom universitete ime Vo V.' Kuy.
byaheva (Siberian Scientific Research institute of Physics and
Tedhnology *of Tomsk State University imeni V. V. Kuybyshev)
PRESENTED: August 69 1959f by G'. V. Kurdyumovp Academician
SUBMITTEDs July 30P 1959
Card 4/4
IMMEM -- 01-0-1

LEW,
S/659/62/008/000/021/028
1048/1248
AUTHORS: Panin, VeYe Zenkova E.K. Fedin,, V.P;, and
Kudryavtsev~,
TITLE: The problem of~high-temperature diffusion transformations
in solid solutions
SOURCE: Akadamiya nauk SSSR. Institut 'metallurgii,, Isaledovaniya
po zharoprochnym splavame v*B. .1962. 161-168
TEXT: The alloys (Cu + 14*9~~j Al, Cu + 14.9% Al + 0.025% P,, Cu +
14.9% Al, + 0*06" P, all percentages atomic) were homogenous solid
solutions up to 10300C, The electric resistivity of the alloys
mensured at room temperature, vias a function of the quenchin tem
porature (T ). reaching a maximum value of 10.4B and 11,02 micio;hm.
=400-500000~'
Cm. for pur5 and P-containing alloys respectively at T
The P of the alloys quenched in vrater was higher than 9hat of the
alloys cooled in air. -The hardness (H - T relationship was simi-
lar to -the T. one, with Hv(max)~ kge~sqemme for the pure
Card 1/3

S/659/62/008/000/021/028
1048/1248
The problem of high-temperature diffusion..*
alloy quenched from 4500 in viater. This indicates that the increase
in p is not caused by excessiv vacAncies In the alloy,, and that the
P from the P-containing alloys combines with the vacancies reducing
their mobility. Both P and 111V in the alloys quenched from 7000C
are lower thRn in non-quenched specimens, indicating the existence
of a highly ordered structure in the.alloys quenched from high-
temperatures. During anroaling,, P decreases with time at the an-
nealing temperature, the eecrease in the pure alloys being much
larger than in the P-containing ones, i.e., the'stability of the
quenched state is much higher in P-containing alloys. The energy of.
activation of the diffusion processes increases with the P content.
of the alloy and reaches 35.tM kcal./mole in an alloy containing
0,06% P, which Is almost twice the value for the pure Cu-Al alloy;'
due to the decreased mobility of vacancies in the ?-containing al-:
loys. Diagrams show the effect of temperature on the electric re-
sistivity and internal friction in the alloys* In the friction
Card 2/3

S/659/62/008/000/021/028"
1048/1248
The problem of high-tempernture diffusion9*9
diagram for pize alloy zraxina at 26'OOC and 5200C are assooiated with
the motion of the constituent atoms, and with stress relaxation on
the grain boundaries resprictively. The internal friction in pure
alloy specimens quenched from 700-9000C and in the alloys pontaining
P is much lower than in the annealed pure. alloy; this proves that
the specimens quenched from high temperAtures possess an ordered
structure, and that the P from the P-containing alloys reduces the
mobility of defects within the alloy* There are 3 figures,

/oy.th.b of p'--&Qn-o-be=to -add-.and the prepmftn of anmsJiL-
&in, novocune and cacalne, " labelled " with cabon-14. Y- V.
J, Markova, L N. Zcnkova and 11~t N. Shchukina (ZA. a6shek, KAitn.
SSSR, modified method of prep. of
p-aininobenzoic acid " labelled " with ItC is described. From this,
anmsthesin - labellol " with IIC in the carboxyl-grou as btained
ly - labelled " = - hydr;:
and from this novocaine similar no
chloride " lath-Iled " with HC in the carboxyl-group of the benzoyl
itsidwa was also pbltwacd, F. A. Lzr-~ux.
IM

MARKOVA,Yu.V.; ZOEOVA,L.N.; SHCHUKINA,H,,N.
New method for the synthesis of C14 labeled /0-aminobenzoic ncid
and the preparation of C14 labeled anesthetics aneethesine, novo-
caine. Zhur.ob.khim.25 no-7:1383-1357 Jl'55- (MIRA 8:12)
1. Veesoyuznyy nauchno-isaledavatellskiy khimiko-farmateevticheskiy
inatitut imeni S.Ord2honikidze.
(Carbon--Isotopes) (Benzoic acid) (Anesthetics)

WOVA, Ya.T.;, ZIMOVA, L.Y.; SHMUKM, N.Y.
~Syutheais of S.35-thiamine. Xhim.i mod. no.11:29-34 159.
(KURA 13 t 6)
(THIAKIU)
0

MMOVA, Tu.T.: ZUOVA, . L.N.; SHOEUKINA, M.N.
14
Now method ju the synthesle of 0 -paraaminobousoic acid and
obtaining 0 -aneethesin, novocatue, and cocaine. Xhim.i mad.
no.11:53-59 159. 13.-6)
(BINZOIC ACID) (ANESTH39TICS)
120,

MLREDVA, Yu.V. - ZXWOVA I.N.- SHMKINA, M.N.
Synthesis of barbiturates labeled with 014 and 05. 16im.i mod.
no.11:60-68 159. (KM UtO

AUTHORS: Markova, Yu. V., Zenkovaq L# Noj SOV/79-28-7-1.8/64
Shchukinal M. X.
TITLE: The Synthesis.,of Mercapto Amino Compounds(Sintez merkaptoamino-
soyedineniy) III. The Synthesis of 3-Mercapto-4-Amino-2-Methyl-
butane and of 5-Amino-1-Mercapto Pent&ne-(III.--6:*.r+Rz 3-merkapto-
4-amino-2-metilbutana I 5-amino-l-merkapl'topentana)
PERIODICAL: Zhurnal obshchey khimii, 1958, Vol. 28, 1Tr 7,
pp. 1811 - 1815 (USSRY
ABSTRACT: The homologs of P-mercapto ethylamine of the type R-CH(SH)-CH 2
have hitherto been little described. For this reason It was of
interest to,the authors to investigate the influence exerted by
the length and the character of the alkyl chain as well as the
positions of the functional groups, and to synthetize a number
of these compounds. They synthetized for the first time the
chlorine hydrate of 3-mercapto-4-amino-2-methylbutane, the
chlorine hydrate of 5-amino-1-mercapto pentane and its acetyl
derivative (see schemes 1 and 2). Already after this work had
been completed a paper was published (Ref 3) by Langendorf in
Card 1/3 which the problems of interest to the authors of the present

The Synthesis of Meroapto Am ino Compounds. III. The SOV/79-28-7-le/64
Synthesis of 3-Moreapto-4-Amino-2-Methylbutane and of 5-Amino-i-Moreapto
Pentane
paper were explained to some extent. In the present paper it
was shown that in the hydroly~ifij of N-benzoyl-5-amino-l-
mercapto pentane with hydrochloric acid a partial oxidation of
this compound into the corresponding disulfide takes place beside
the formation of the chlorine hydrate of 5-amino-1-mercapto
pentane. As final product of the oxidation hydrolysis of the
chlorine hydrate of N-benzoYl-5-amino-l-isothiuronium pentane
the dichlorine hydrate-of,5-amino-l-isothiuronium pentane was
obtained which did not further hydrolize when heated with alkali
liquor. In the oxidation of N-benzoYl-5-amino-1-mercapto pentane
with an iodine alcohol solution ai:bis(N-benzoyl-5-aminopentyl)-
disulfide was obtained. A convenient synthesis of N-benzoyl-5-
amino-1-chloro pentane (in a yield of 63%) was elaborated. There
are 10 referenceag I of which is Soviet.
Card 2/3

The,Pynthesia of Mercapto-Amino Compounds. III. The SOV/79-28-7-18/64
"yPthesis of -Amino-2-Methylbutane and of 5-Amino-l-Mercapto
3.-Meroapto-4
Penta,ne
A.SSOCIATION'i Vsesgyuznyy nauchno-iseledovatellskiy khimiko-farmatsevticheskiy
institut imeni B.Ordzhonikidze (All-Union Institute of
Scientific Chemical and Pharmaceutical Research imeni S.
6rd-zhonikidze)
�"gTTTED t June 27, 1957
1. BiA4nothiols-Synthesis 2. PentanethiOlB--Synthesis

ZINKOVA, N.Y.; KA11AKULOV, I.K.
Some facts on preventive inoculation of man with living brucellosis
vaccine. Izv.AN Kazakh,SSSR Ser.kraev-Pat. n0-7-.51-58 151. (MIRA 9:8)
(BRUCILLOSIS-PRIVOTIVI INOCULATION)

EMMISIMV, N.D.; OSIFOVAp G*P.-. ZENKOVA, H.P.; BMTKHANOVA. Sh.Kh.
Biomycin treatment for brucellosis. Vest.AN Kazakh.SSR 11 no.4:6.5-70
Ap 954. (NLU 7:5)
Predstavleno chlenom-korrespondentom Akademii nauk K&zSSR I.K.Karakulcvym.
(Brucellosis) (Antibiotics)

B ISHEV, N.D.; SHNURVA, Ye.A.; OSIPOVA, G.P.: ZMOVA, N.Y.
(Alma-Ata)
Comparative rating of the effectiveness of several antibiotics
in the treatment of brucellosts. Klin.mod'.33 no-5:45-51 My 055.
1. Is Institlita krayevoypatologii Akademii nauk Xazakhgkoy SSSR
(dir-kandidat meditainskikh n~a* B.A. Atchabarov)
(BRUCELWSIS, iher,
I antibiotics, comparison of off.)
(ANTIBIOTICS, ther. use
brucallosts, comparison of off.)

ROWMSOVA. M.H.; ZENXOVA# N.Y*; KHRUSHCHRA. N.Y.
Brucellosis iafection transmitted b7 the tick ornithodoros lahorenoin*
Trudy Inst.kraev.pat. AN Kazakh*SSFL 307-39 '56. (MIMA 10:2)
(BRUGELILSIS) (TICKS AS CARR33RS CY DISHASB)

MKOVA, H.P.
Comparative rating of the cutaneous and subcutaneous methods for
immunizing guinea pigs with a living brucellosio vaccine. Trudy
Inatskraevopat. AN Ifasakh,,SSR 3:53-& 156. (MLRA 10:2)
(BRUCELLOSIS-MUNTIVE INOCUIATION)
NOMMI WNW

Preventive inoculatioa of people with a living brucellosis vaccine
bj scarificationiTrudy last.kraevepat. AN Kazakh,Ss& 3:77-86 156,
~BRUC,IIIJMIS-.MVBVrIVII INOCUIATION) (HLRA 10:2)

BEKIMSHEV, N.D.; KASYMOVA, Kh.A.; SHNYREVA, Ye.A.; KLYUCHNIKOVA, Ye.A.;
MOSHKEVICH, V.S.; TLEULIM, S.Zh.; YAKOVLEVA, N.A.;ZENKOVAt N.F.
State of hi4lth in persons vaccinated with Uve antibrucellosis
vaccines. Zhur. mikrobiol., epid. i imm. 41 no. 2:139-140 F 164.
(MMA 17 -.9)
1. Xazakhskiy institut krayevoy patologii ANN SSSR, Alma-Ata.

SHNYREVA., Ye.A.; ISHCHAN(TA, R.Zh.
of'Brucalla isolated from guinea pigs treated
with antibiotics. Izv. AN F=akh. SSR. Ser. med. nauk no.3:
63-70 10. (14IRA 17: 1)

ZBITKOVA, IT.F.
examination of bnicellonlo patients at different
porlods of infection. Trudy Inot.kraev.pat.All Kazakh.SSR 6:20-
27 '58. (maA 12:6)
(BRUCELLOSIS) -

ZENKOVA, IT.F.
P1 IN I -I%
Effect of live brucell6sio vaccino on infected guinea piga.
Trudy Inat.kraevepat.All Irazakh.SSR 6:28-)6 '58. (MIRA 12:6)
(BRUCELLOSIS)
I m
0

KEIRUSHCHAVA, N.Y.; 104MTSOVA, M.M.; YASYMOVA, Kh.A.;
BOGDAIIOVSKAYA, G.K.; BUKEYXHAIIOVA, Sh.Xh.; SHNMVA, Ye.A.
Index of literature on brucellonis from 1952 through 1956.
Trudy Inst.kraev.pat.AN Kazakh.SSR 6:146-223 '58.
(MIRA 12:6)
(BI13LIOGRAM--BRUCX=SIS)

Y-VIAKUIOV, I.K., prof.; ZEMVA, IT.F., kand.' mad. nauk: =MYETA, A.M.
(Alma-Ata)
Prevention of brucellosis. Klin. med..37 no.3:40-44 Mr 159.
(NUA 12:7)
1;.Chlen-korreapondant Akademii nauk Kazakhakoy SSR (for Karakulov)
(BRUCELTA)SIS. prev. & control
in Russia (Rua))

(~AUTHORSs
8/081/61/000/021/028/094
B101/3147
Zhivopisisev, V. P., Zenkova, S. I.
TITLEs Colorimetrio determination of bismuth by diantipyryl methane
ORIODIULt Referativnyy zhurnal. Khimiyaq no. 21, 19619 108 - 109,
abstract 21D69 (Ixv. Yestestvennonauohn. in-ta pri Permak.
un-te# v. 14, no* 4# 1960, 77 - 81)
6XTs The authors suggest a method of determining small amounts of Bi
Used on the photocolorimetrio determination of chloroform extracts of
ihe compound formed during reaction of tetraiodo bismuthate with
diantipyryl methane (I). The solution containing 0.02 - 0.3 mg Bi is
mixed with 25 milliliters (ml) of CRCl3, 2 - 3 ml of a 10% solution of
Aloorbic acid (II)t 5 - 6 ml of a iKI solution, and 10 ml of a 5~
i lution of I in 0.5 N H01- After 3 - 5 min shaking, the organic layer
is photometrically referred to chloroform by a photoelectric colorimster
and blue light filter in a 2-om ouvetts. In the presence of >1 2% Ou,
9e solution is mixed with 3 - 4 ml of a 16% solution of IIo 56 ml of
MAO solution of KI, and the resulting Ou 12 precipitate in filtered off
2
Card 1/2

5/081/61/000/021/028/094
Colorimetrio determination... B101/B147
after a few minutes. It is washed with a small amount of water. Th
filtrate is mixed with 25 ml of CHC131 IQ ml of a 5% solution of thi:urea,
10 ml of a 5% solution of 1) and shaken for 3 - 5 min. In the presence
2+ 3+
6'~~large amounts of Cu and Fe 9 the filtrate is mixed with a 5% NE3
solution (in portions of 2 - 3 ml) until the organic layer assumes a pure,
ied-orange color. A smaller amount of CH01 is used when determining
3
shall Bi quantit-ies. Bi determination is not disturbedby