SCIENTIFIC ABSTRACT OCHKIN, A.V. - OCHKIN, D.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001237730003-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 25
• Document Creation Date: November 2, 2016
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Metals Engineering Hand ook in Five (coat.) SOV/1439
Antimmy (O.Ye. Kestner) 382
General information and antimany trademarks 382
rhysical properties 383
Mechmmical and chemical properties 383
Applications in engineering 384
Bearing Alloys (O.Ye. Kestuar) 385
Tin and lead-base babbits 386
Instructions for babbiting bearings with low tin-base babbits 391
-and wagn sium-base bearing metals 393
Leaded bro=es 1 395
Uw-base bearing aJjoys 398
Imtructions for naldn zinc-base bwadng alloys 400
Aluminum Alloys (I.F. Kolobnev., Candidate of Technical Sciences) 402
Properties of metallic alumimm 402
Strength per unit of veight of ;Ourdmw 404
Classification of cast &IUMIAM alloys 405
Alumimm alloys for press forming 422
Card U/14

Metals Engineering Handbook in nve (Cont.) SOV/1439
Low-alloys and alloys not bardAnIng with host trestotent 422
A3-loys based on Al-Mg-81 and Al-S1,41g-Cu-Ka systans 422
type alloys 422
AUoys based an the Al-Cu-44g-Ni system 422
M-type alloys''with r--'-- strength at tiemperILWre 423
Light die-casting &Uoys 4w
Numesium and Its Allorj (V.V. Krylovp Cazzdid&te of Technical Sciences) 441
Physical properties of -go sium 44JL
Mechanical properties of -go alum 441
Classification of -go sium alloys 442
Heat treatwInt 44T
Iow-meltina Alloys (O.Ye. Kestner) 452
Composition and properties of low-mo~lting allo7s, 452
Titanium and Its Alloys (K.A. Kwirckh,, Candidate of Technical Sciences) 454
Machan1cal. properties 455
Corrosion-resistant properties 457
Titanium alloys 460
Machining titanium 460
AppLications 463
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Metals Engineering Hmaook in Five (Cout.) SOV/1439
Ceramics (I.I. Kitaygorodmkiy., Profemmors Doctor of Technical Sciences) 464
Soldering wd Brazing Metals (S.N. Lootmnanavp Cand1date of Tecbnlcal
Sciencen,and Engineer V.M. Gostenins) 466
Basic concepts
Soldering and brazing fluxes 466
Solders and brazing metals 469
StreWuh of soldered =A brazed joints 472
Preparing parts for soldering and brazing 473
Instructions 474
Equipment and instruments 474
Bimetals (?.A. Umevj, Candidate of Technical Sciences) 476
BImetals of the first gmit [steel plus nonferrous metals] 476
Bimetals made by cladding 476
Cast bimetals 4TT
Thex=statie bimetals 479
Nethads of -drin thermostatic b1metals 4&
Card 13/14

Metals Engineering Handbook in Five (Ccut.) SOV/1439
PlAstics (V.A. Popovp Candidate of Technical Salome*) 485
Basla engineering abamaterletles of p1astles 509
Rubber and Hard Rubber Materials and Products (V.A. Lepetov,,
CaMidate of Technical Sciences) 526
H&rd rubber 527
Rubber products 528
Graphite (V.S. Veselovaldy,, Doctor of Techniml Sciences) 535
Index (S.L. Khaal-inakly)
AVAIIAZZ: Library of Congress
GO/jw
5-2a-59
539
Card 14/14

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~, 68114
-5-(~ BOV/78-5-1-23/45
AUTHORSt Zvyagintsey, 0. Yeo, Zalcharov-Nartsissov, .. Ochkin, A. V.
00 1

TITLE: Solvation and Polymerization of Cyanouuric (1) Acid in Aquoous
Solutions
PERIODICALs Zhurnal neorganicheskoy khimii, 1960t Vol 5, Nr 1,
PP 131,iv-1P (USSR)
ABSTRACTs This article deals with the conditions of extraction of cyano-
auric (I) acid ani its salts from aqueous solutions by means of
organic solvents# The authors investigated: 1) the dependence
of Tg
dro
en
tration [H+] of the h
the
i
m
o
ce
o
ilib
u
n
n
c
n
r
equ
g
y
t
ions- in the-extraction of Hku(CN)
by means of various alcohols
,
(a(.,distribution coefficient of Hku(CN)2 among aqueous and
organic chase) for which they derived equation (6); 2) the
dependence of the aicohol content of the aqueous phase upon the
sulfuric acid concentration (Table 1)t It was found that the
solubility of alcohols in the aqueous phase decreases with
rising concentration of H2804' 3) Furthermore, the authore
studied the dependence of c< upon the equilibrium concentration
Card 1/2 of AuE[(CN)2 in the organic phase (Table 2). It was found that

68114
SOV/78-5-1-23/45
Solvation and Polymerization of Cyanoauric (I) Acid in Aqueous Solutions
solvates of the form RAu (CN)2 xSol are formed by reaction of
HAu(CN)2 with the aliphatic alcohols under consideration.
These solvates are prosent ii, the orGanic and aqueous phase
alike. The distribution coeffliient decreases with rising con-
centration of cyanoauric (I) acid in the aqueous phase, which
is explained by the formation of polynerslof the form
EHAu(W)21n- Such diners are pres'ent in the aqueous phase, and
are not extracted by a 10 mixture of n-amyl alcohol or cyclo-
hexanone and benzene. No polymers were deteniad in strongly di-
lute solutions. There are I figure, 2 tables, and 6 references,
5 of which are Soviet.
ASSOCIATIONs Moskovskiy ordena Lenina khimiko-tekhnologicheskiy institut
in. D. I. Hendeleyeva (moscow -,order of Lenin" Institute of
Chem3.cal Technology imeni D. I. Mendeleyev)
SUBMITTEDs July 9, 1959
Card 2/2

ZAKIIAROV.HARTSI=Vt O-L; OCIIKIN* A-V.
-K-
Extraction of nitric acid with tribeptylamine. Zfpjr.neorg.khim.
6 no.8:1936-1939 Ag 161. (MIRA 14:8)
(Nitric acid) (Amines)

ZVYAGINTSEV, O.Ye., ZAKHAROV-NARTSISSOV, 0.1 - OCHKIN A.V.
Extraction of Fold hydrocyanin acid with n-trioetylubw. Zhur.neorg.
khIm. 6 no.8:1978-1979 Ag '61. (MIRA 14:8)
(Hydrocyanic acid) (Gold compounds) (Trioctylamine)

ZVYAGINTSEV, O.Ye.; ZAKHAROV-NARTSISSOV, 0.1.; OCHKIN,_A.V.
Fatraction of gold from cyanide solutions obtained in ore treatment
with n-trivotylamine. Zhur. prikl. khim. 34 no. 12:2601-2605 D 161.
. (Gold ores) .(Cyanide process) (MIRA 15:1)

ZAKHAROV-NARTSMOVO 0.1.; OCHM,_A!V.
Extraction of certain strong monobasic acids with trioct7lamine-
Zbur.neorg.khlm. 7 no.3.*665-670 Mr 162. (MIRA 15:3)
(Acids, Inorganic) (Trioatylamine)

,I
I FROLOV, YU.G.; OCHKIN, A.V.
Problems involved in the meebanism of extraction.
khim. 7 no.6:1486-1489 A 162.
Zhur.neorg.-
OCRA 15:6)
(Extraction (Chemistry))

SUDARIKOV, B.N.; FROLOV, Yu.G.; IL'ICHEV, V.A.; FUSHKOV, A.A.; ZAKHAROV-
NARTSISSOV, 0.1.; OCHKDI, A.V.
Physicochemical properties of some n-aliphatic amines. Trudy
MKHTl no.43:21-28 163.
(MIRA 17:10)

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Y ~,E: I,- T
by at.mospheric (,Xlgerl. T,11 , , .L
- ~ ~r' t erj; Ut 1 -;.- 3
s-. ~ . - - acl'~ 1.
1 (~-'
nrj-!.3:7F-Sl (t4-~Jjj, ','!.10)

85360
S/120/6o/000/005/034/051
0 E032/E314
AUTHORS- Ovechkin. V.V., Pirkin, I.,A.. P21yakov, A.S.
and Ochkin, D.V.
TITLE,. Method of Calibrating a Scintillation Gamma-spect-
rometer/?
PERIODICALt Pribory i tekhnika eksperimenta, 1960, No. 5,
pp. 126 - 128
TEXT: The conversion of the areas under the photopeaks in
scintillation y-spectra to the total intensities of y-rays,
for a medium-sized NaI(Tl) crystal and energies E 73> 300 keV,
can only be carried out if the y-ray speetrometer Y is
calibrated in a preliminary experiment. This calibration is
usually carried out with the aid of standard y-ray sources
with energies close to the energy of the y-rays under investi-
gation. However, such standard y-ray sources are not always
available. Calculated data suitable for calibration purposes
and applicable to the many practical cases, are largely not
available either. An absolute calibration curve covering a
wide energy interval can be obtained for a scintillation
y-spectrometer with the aid of y-sources whose intensities are
rd

8536o
S/120/60/000/005/034/051
9032/E314
Method of Calibrating a Scintillation Gamma-spectrometer
not standardlsed, provided each of them has a number of
y-lines with known intensity ratios, including soft y-quanta
with energies -