SCIENTIFIC ABSTRACT SNESAREVSKIY, A. - SNEZHKO, A.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651810010-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

6WE441@VSKIT, A..
Improving accounting in the coal industry. Bukhg.uchet 15
no.9:8-12 S '56. (MLRA q.-ll)
(Coal mines and mining-Accounting)

SEESAi-IVSKlY, Aleksandr lletro@dch; OGURTSOV, V.V.,
DI NOV, I.I., ret!3enzer,,;
re sen ent; C) 0
SIRLROV, A.D., --etsenzent
[Experience in the reorganization of accounting work 4@1
mines' Opyt peresTraiki lbukhgalterskc- raboty na sh&k',--
- I
takh. Moskva, Nedral 1964. 130 P. (muk 18-6.)

@:- - -ol ; - 3- - - -- I -
@', '7
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:
I ; :!f 1. -,' -* 2
YT 1, 1 . I - -.- @ - . ?:Hlf!,.U'l-'(*IyA, Yl,-', -.,- 1 3. C' - .
J-PY "'.11 @'Ff -TUT - p
SO . L. ---l' , , , " @ --, 1 - . : -@ . -, 1 , I - @--!

sIrESUFC, L. I.
Sneshko, L. !,
IlThe Role of the Sr)leen Lm the I)vnaird(,,s of a Cancer Suppressor (Exr---rimen-
tal InvestiFati,n)." !,@an Health Ukrainian SSR. anepropetrovsk Statl-
Niedi,-al Inst. DneproT.-@--ttlrovsk, 1955. (Dissertation for the Degree of Can-
didat-.e in 7-'edic-il Sciance)
So.- Kiizlmaya letol-lis', No. 72, 2 J-,-Iy 19:55

Name: SNESHKO, L. I.
Dissertation: Role of the spleen in the dynamics of cancer suppression
Degree: Cand Med Sci
Min Health USSR, Inat Normal and Pathological Physiology
of the Acad Med Sci USSR
Place: 1956, Moscow
Source: Knizhnaya Ietopis'., No 4, 1957

SVIDISR, A. Tu.; SIMEXOP L. 1.
Tmnscutansous antograde pyologmpby in children. Urologiia no.6s
22-34 161. (MIRA 15140
1. ra fakmlltetakoy khirurgichookoy kliniki (sav. - prof. L. G.
fto3yak) i klInIkI khIrargil detakogo vosrasta Stalinokogo
mdltsiwkogo inatituta.
(RIDWS-RDIOGRLM)

SNESHKO.9 L.I., kand.med.nauk
Abdominal-transthoracic approach to the cardia and lower section
of the esophague. Khirurgiia no.6825-Z7 Je 261. (MIRA
1. Iz khirurgicheskogo otdeleniya (zav. - zasluzhemyy vrech
RSF;SR V.P. Arsenlyev) Kimrskoy gorodskoy bollnitsy No.1
(glavnyy vrach S.G. Logvinenko).
(STOMAM-SURGERY) (ESOPHAGUS--SURGERY)

SNESHKO, L.I.., dotser.4--,- KUSHCH, N.L. (Donetsk, 2, pr. Vatutina, d.44,,
kv. 11)
Surgi@@-al treatment of Favalli- Hirschsprung disease by the
Dulmmol mothod. Vest. -khIr. 91 no.MI08-112 Ag'63
(MlRtt 1-70)
1. Iz 2-y fakulltetskoy khirLirgicheskoy kliniki I kliniki
detskoy khirurgli ( zavo - profo L.G. Smolyak-) Donetskogo
meditsinskogo instituta imen-11 A.M. Gorlkogo (rektor - dotsent
A.M. Ganlnhkin).

S,N-ESIIYIO,.L.I., kand. med. nauk; KITSHCH, N.L.; SIVIDILER, A'.Yu.
Malignant tum,@,rs of the testis in children. Urc--lcz--'iP- 20, -12o.l:
60-bl 164. (MIRA 17:8)
1. Fakulltetskaya khinirgicheskay-,-, kltnika, klinika detskoy
kh-irurgli (zav..- prof. L.G. Smolyak) na baze I-y Gorodskoy
bollnitsy Donetskoro meditsinskcpo inetituta imen: A.M.
Gorlkogo.

1: !,., med, nauk: Ki.11181FRG, N4-
L
tf fA r Ce
gerrua renal c,-.;3ta in a warging 4r n.. U ol
c, 163. (@fTRA 17:10)
I@cUl tetskey kli-imuk-cheskov
s-1, C.", ru 1 za v p r o f m ol,,r a o n e s k o g c
me, d --, t s i r, s @--o p c.nt. i i t-a .

SAMOKHO, Fedor Ivanovich, inzh.; LEVIKOV, Abram Mendeleyevich, inzli.;
MAVRITSYN, Aleksandr Mikhaylovich, inzh.; Prinimal uchastiye
'RWHKO, Ye.I.p inzh.; POTIYEV, M.M., otv. red.; BEIDV, V.S., red.
izd-va; PROZOIROVSKAYA, V.L., tekhn. red.; MINSHER, L.I., tekhn.red.
[Electrical engineering in mining]Gornaia elek-trotekhnika. Moskva,
Gosgortekhizdat, lc,162. 379 P. (MIRA 15:12)
(Electricity in mining)

SIE;SHKO. Yevgeniy Ivanovich; KOTOV, M.A.. otv.recl.-, DIYAKOVA, G.B.. red.
- ' V.L.. tekhn.red.
I
(Rinin- mechanical enaineering] Gornaia makhanika. Noskva,
L3
Gos.nnuchno-tekhn.izd-vo lit-ry po gornorm delu. 1959. 367 P.
(MIRA 12:12)
(Mining engineering) (Mining machinery)

DVOYENOSOV, Dzhon Vladimirovich; ZAMYATIN, Valeriy Mikhaylovich;
SNESHKO,.Yuriy Ivanovich; FADEYEVA, N.N., kand. tekhn.
nauk, red.; GODINER, F.Ye., red.; SORKIN, M.Z., tekhn.
red.
[Loads acting on a glider in flight] Nagruzki, deietvu-
iushchie na planer v polete. Moskva, Izd-vo DOSAAF,
1963. 138 P. (MIRA 16:8)
(Gliders (Aeronautics))

VELIGUS, S.[Velgiis, S.], pinnerist; VAKULYA, E.[Makula, E.1, plane-
rist; SKSHIDLEVSKIY, S.(Skrzydlewski, S.], planerist;
@NESIJKQ,, Yu..ftranslator); VASILIYEV, A.A., red.;
WH@NOSOV9 D.V., red.; ZAITYATIN, V.M., red.; SOROKIN, M.Z.,
tekhn. red.
[Flights in a glider] Perelety na planere. Moskva, DOSAAR,
1963. 145 p.Translated from the Polish. (MIRA 16:10)
(Gliding and soaring)

Economic T-rerises of +.I-,-- @-Ievel.orrlent of 'ul-e meat iniustry in the mett
industr-r in the Czechoslovak Rerulrlic. TF. 26
Vol. P, no. 1.0, Oct. 1056
JCS T 11"!" A-dr, A rlip"INA
- PT T T I - A: _Q C " F @j C F
Ularszawn, Foland
So: E&-t Huroreen Acc,@ssi,@n Vol. 4, T-To-. 3, Yarch 1957

T.
USSR/Physics Jan 1947
Gas - Dleahargen, Electric
Discharges, Electric
"A Case Where Current and Voltage In Rarefied Gas
are of Opposite Direction-," T. Snetin, 3, Polenova,
All-Union Elactro-Technical Institute, I
"Journal.of Physics" Vol Xly No 1
A description is given of a nev3,v found phenomenon
occurring during an investigation of electri6al
oscillations in a low-pressure are discharge. A
fuller clescription vill be given later in this
journal.
PAI 26T62
BS

PHASE I BOOK EXPLOITATION SOV/5074
Berklayd, I. M., A. P. Kurochkin, A. V. Lyakhov5kiy, A. M. Snetkov,
and V. A. Chudov.
Datchiki 1 lzmeritel 'nyye golovki (Pickups and Dial-Indicators)
Moscow, Mashgiz, 1960. 158 p. Errata slip insei@ted. 10,000
copies printed. (Series: Progressivnyye sredstva kontrolya
razmerov v mashinostroyenii)
Eds. of Series: B. S. Bayburov, M. I. Kochenov, and D. D. Malyy;
Scientific Ed.: T. P. Bespakhotnaya; Ed. of Publishing House:
M. S. Yeliseyev; Tech. Ed.: A. Ya. Tikhanov; Managing Ed. for
Literature on Instrument Construction and Means of Automation
N. V. Pokrovskiy, Engineer.
PURPOSE: This book is intended for technical and design personnel
It may also be used by students specializing In Instrument de-
signing at schools of higher technical education and tekhnikums.
COVERAGE: The authors discuss the designs, schematic diagrams, and
characteristics of pickups and dial-indicators used as inspection
Card 1/4

Pickups and Dial-Indicators
SOV/5074
devices. Electrocontact, pneumatic, inductive, and capacitive
measuring systems and their pickups are described. Particular
attention is given to special features of the designs, circuit
diagrams, testing methods, and fields of application of these
pIck-ups. Specifications are also given. The book is a part of
a larger work In the field of modern means of inspection which was
recommended by the Commission on the Introduction of Advanced
Methods and Means of Dimensional Inspection in Machine Building
under the auspices of Gosudarstvennyy nauchno-tekhnicheskiy komitet
Soveta Ministrov SSSR (State Scientific Technical Committee of the
Council of Ministers of the USSR). No personallties are mentioned.
There are 15 references, all Soviet.
TABLE OF CONTENTS:
Introduction 5
Ch. 1. Electrid-Resistance-Type Measuring Systems (Berklayd, 1. M.,
A. V. Lyakhovskiy, A. M. Snetkov, V. A. Chudov) 10
1. Basic designations An-d-UY-PI'calsubassemblies of pickups 10
Card 2/4

Pickups and Dial-Indicators SOV/5074
2. Design of electric-resistance pickups 14
3. Circuit diagrame of electric-resistance pickups 57
4. Testing electric-resistance pickups for accuracy 63
Bibliography 70
Ch. II. Pneumatic Measuring Systems (Kurochkin, A. P., A. M.
Snetkov) 71
1. Pneu-m_a@E_ic pickups and instruments 83
2. Methods of checking electric pneumatic pickups 112
Bibliography 114
Ch. III. Inductive Measuring Systems (Lyakhovskiy, A. V., A. M.
Snetkov) 115
1. Indun-i-vLs-pickups designed by the Byuro vzaimozamenyayemos ti
(Interchangeability Bureau) 116
2. Inductive pickups of new design 119
3. Vibratory-contact-type induction pickups for dimensional
feedback control 123
Card 3/4

Pickups and Dial-Indicators
Ch. IV. Capacitive Measuring Systems (Lyakhovskiy, A. V.,
A. M. - Snetkov)
Ch. V. Dial-Indicators and Transfer Mechanisms (Chudov,
1. Types of dial-indicators and their characteristics
2. Designs of dial-indicators
3. Schematics of transfer mechanisms
Bibliography
AVAILABLE: Library of Congress
Card 4/4
SOV/5074
126
V. A.) 130
130
133
150
159
VK/wrc/ec
6-15-61

VOLODIP, Ye.I., kand.tek-hn.nauk: dotsent;-SNETKOV, A.M., linzli.
Means for checking grooves in parts. Vzaim.i tekh. izm.v
mashinostr.; mezhvuz.abor. no.3:197-206 161. (MIRA .14:8)
(Measuring instruments) @-

VOLODIV, Yevgeniy Ivanovich; SNETKOV, Anatoliy Mikhaylovich-, INON,
Mikhail Fridmgnovich;SO
OVE @ senzent;
KGD@EAVTSEV, P.A., inzh., red.; BAZIMOV, D.V., red. izd-va;
SOKOWVA., T.F., tekhn.red.
[Automation and mechanization of control -systems in the
machinery industry; manual] Avtomatizatsiia i mekhanizatsiia
sredst-v kontrolia v mashinostroyenii; spravochnoe posobie.
l,'.oskva, Gos. nauchno-tekhr.. izd-vo r-ashinostroit. lit-ry
1962. 215 P. (MIRA 15:3@
(Machinery industry) (Automatic control)

USSR-/En'gine'ering -Physical Metallurgy FD-3227
rd 1/1 pub. 41-8/22
Author : Kornilov, 14 1. and Snetkov, A. Ya., Moscow
. ....... .. - -- _"
Title : Study of the Limited Solid Solutions of Nickel by the X-ray
Structural Method
Periodical : Izv. AN SSSR, Otd. Tekh. Nauk 7, 84-88, Jul 55
Abstract : Investigates the variation of value a (lattice spacing) in
relation to the content and relative atomic diameters of
alloying.elements in binary and ternary nickel alloys. Con-
cludes that chromium, which differs little from nickel in its
atomic diameter, effects only a small distortion of the crystal
lattice of nickel. Three tables; two diagrams. Twelve references,
nine USSR.
Institution
Submitted 26 January 1955

f
KORNILOV, I.I.; SNETKOV, A.Ya.;jTITOV. F.M.
Study of the solubility of titanium and its alloy phase composi-
tion in the 5-component system nickel-chromium-tungsten aluminum-
titanium. Zhur. neorg. khim. 2 no.1:160-166 Ja '57. (MLRA 10:4)
1. Kafsdra aviatsionnogo materialovedenlya Voyenno-vozdushnoy
inzhenernoy Akademii im. N.Ye. Zhukovskogo.
(Nickel-chromium-titanium alloys) (Titanium)

-3-,29/47
AUTHORSs Kornijov, 1. 1. , Pryakhina, L. I. , Ozhimkova, 0. V.
Snetkov, A. Ya.
TITLEt The Interaction of Titanium Carbide With Six-Component Solid
Solutions of Nickel (Vzaimodeystviye karbida titana s shesti-
komponentnym nikelevym tverdym rastvorom)
PERIODICAM Zhurnal Neorganicheskoy Khimii,1958, Vol-3, Nr 3@PP.708-716
(USSR)
ABSTRACT: The chemical interaction of titanium carbide with six-component
solid solutions of nickel and the equilibrium between phases
in these complicated systems were investigated. In the alloys
with 993%titanium carbide an eutectic forms. At the eutectic
temperature of 1280 00 the solubility of titanium carbide in
nickel amounts to 6.2 @- at 700'C the solubility drops to 2 %.
With@he produced alloys the followimg investigations were
performed: thermographic, metallographic and radiogrqJiic ana-,
lyses as well as the hardness determination of the alloys.
The alloys of the solid nickel solutions with titanium carbide
Card 1/3 are of eutectic nature and crystallize similar to the alloys

3-29/47
The Interaction of Titanium Carbide With Six-Component Solid Solutions of
Nickel
Of the system Ni-TiCo At 1300 0C the solubility of titanium
carbide in the solid nickel solutions is 11901 @b. With a de-
crease of temperature the solubility of titanium carbide de-
creases, at 1250 0C it is 194 @6, at 12000C - OJ5 d,, at 1000'C
0,15 11o". In the alloys with 50 @4 titanium carbide large crystals
of titanium carbide which are enclud8d by an eutectic-compo-
sition occur after hardening at 1300 C. Samples hardened at
higher temperatures have an higher hardness. In alloys of the
above-mentioned system two phases were determined by the
X-ray structural and microstructural. investigationg as well
as by selective solubilityi an J-phase of solid nickel so-
lution with a boundary-centered cubic system and a phase Of
solid solution on the basis of titanium carbide. By a modi,--
fication of the composition of the solid nickel solutions
and of the content of titanium carbide alloys with different
properties can be produced. There are 9 figures, 2 tables,
and 9 references, 5 of which are Soviet.
ASSOCIATIONs Institut metallurgii im. A. A. Baykova Akademii nauk SSSR
(Metallurgical Institute imeni A. A. Baykov AS USSR)
Card 2/3

79-3-3-29/47
The Interaction of Titanium Carbide With Six-Component Solid Solutiors of
Nickel
SUBMITTED& June 25, 1957
Card 3/3

AUTHORS, Kornilov, 7- !,, Pryakhina, L, 1,, 20-119-3-28/65
Ozhim?,ova, 0, V., Snetkov, A, Ya,
TITLE. On the GAas-.1-Pinary llat,lre of the Six-Component Solid
Nickel Solution System Plus Titar-liun 'Ca&,ide
(0 kvazibinarnosti. s1stemy- shestlkom@:onentnlrj nikelevyy
tverdyy rastvor + kaxtdd titana)
PERIOD1GAL: Dolklady Akadwii Nauk. SSSR, 1958, Vol. 119, Nr 3,
N , 501-503 (USSR)
ABSTRACT: 7-1-e -v.rorking out of new rAtional investigaticn methods of
the polly-ccmponent metal systems is necessary since general
of theIr st-udf are missing and a clear demonstration
s diff2.z-o-it, Since the metals incl-ne tcwards fortuation of
L
soild. -=ciutions aw@ @@cmyourLCLs, furtkte=ore of solid
solutions on the str@:r--',--h )f these zcmpounds, much less,
pt a,--t@s develop in po]Z@ -zomponent systems 'ban can be assumed
frco the nLunber of the canponents taking Rart. In consequence
of the ctemica:L aff,--n!Ly bet'o-reep the ellement2 and in
cons@:-quence of a certair activity degree of t7he reacting
elements in suc-@i sy@--,te:w@ it is possible to reduce -the
Card 1/4 anvestigatior, of t'-rtz sy-stems to the study af theequilibri=

On the quasi-Binary Nature cf tlje Six-Cemponent Soil.d 20-11-9-3-28/65
Nickel Solution System Flu;- I'Jtenlum Cartide
betijeen a Dmitee riumber (ref I Therefore It is
sufficient In tLe c@Lqe @@f several system5 '-r- question to
-,nve;t-lgate the 3-ftiase equi-1.1briUM' 10,:)-:V-(.r-U1ponent
solution (liquid'i p,-,iyccmponer-t Eolution (solid)
plus metal icnix),and. V@, a,,,@anple Qae autt.oro :nosr- an eight-
component system, In the caze of which
a 3-,phase,-eqWL1-ihr'.Txn can be obtained at a certain component
A
codbination: eigtt-cm-c-anen-t. solution eig,.!at-
c-cmi-lorient solation (soL-t.a" piu--, empound Tic -or its
so:Ad soluticn. Frm. t@t-@ L-at of formatior. 3f the car"bides
of the mentioned m@Aals (11i, "Ir.. W, Mc , N-L and Ti., tab!-= 1)
tbe reaction couise can ti pred--c-,;ed-. mainly t--.-,:anium caebide
will be formt-,d In sLL-h a It
-Lr
. , formed viti-, a maxi-raiim t'atirmal effect and ii,, ti:-.e most
stable one of all carlcldei '.r- the syotem in quec-ticin. In
order to check these ExieLmiptlons the cL(-.rnj.C;al Int-l-raction
beLwi@(--n the soliA -solut 'lon (containing
Cr W Yb, Mo ffb 2@t and al ;3r)d titanimn curbide
was invreEtlgat--@d. This solutlor. was assizaed as initial phase
Card 2/4 and. the p1aasf, equIlibruxii i.r. tLis eight-com-,onent syzitem was

Naz.nre of the Six-Component Solid 20-1 119-3-2a,A@i
u r: ',.vstem Pius Titanium Carbide
-um carbide @@ns, -dif?d
n-@ d Ntckel fo-med 82 Titani.
I to j C-S Of f rom 0 to 95 The samples verp pr_@rtu.-ed
i@y tr-@ P v s n f fr,-? " t i rig ( U 0(1 @5 % T_i) and by means of
methods 9 L; T--'-')- Furthqrmore thi..
R@ It(11113 ",Lch -,n nicke-; -Nas studied afte- harden-ing -it
."()r) , I OC the t mperaturc,
?nd . MOP, In ordez, determine e
:-ntk-r,va1 ,f t he cvysta, li7ati,@ai of the alloys -Rith !'rom
T@ C, a thermal anavsis was carriad out. F@gure
'he fusibility diagram of the al.loy mentioned -)Yi thf@
t,t-'t.e. Thr- investigation of' the microstructure i)f ca:gi;@d
*nd nardened alloys confirms the euteetic structure of tnr-
cr,,rr,@@sDoniing alley The solubility deter.-_'nx,
ried out metal1rgraphically and radiograph.;
.ion was @!ar
Lr was t-ond that the TA,(-ao',ub.;._1i'Y in the solid
changes ivilh the temr-Prature at
4 121),00-0, 4 14 and at V0000C approvima', ,,,c
0, Tit', Zri n1loys with more than 5 @,o 'n*,C, tanJun --h
. - U @ . r r
f-rnis the phase which xtt first crystal.11 zps. Its g-reat.
laf,d 2i4 ctib ica .:v2tals are interspe-zsed in the eutectic. in an

e f@u as I - B i n a ry N a " u re o f t he S. x - @'. om. po n e n t So L j i
ution 3ystem @@.us Titanium Carbide
ol 1. L
S
, --y @,;(A TiC tnere are great Tj.C nrysrals sarrourido(I
a
by euteotLc after this hardening at 1300"*C. The carbidti
phase only was isolated from alloys with 1,0; 4; and 1,1@
TiC by selective dis solution of the solid solution r6-
The proi-isional chemical analys:Ls of this phase shaws I e,
presence or W Mz,, W, Or and &I 'beside Ti and C Pi
el.ement.s form apparently an ingredient of TiC. The
cornpos) tt.nn of th,-'s phase changes according to that --,f' ther
initial alloy. The laltice parameter amounts to fr(-m
58-4? 15 0,, Trie titanium content in tile phase @n
jrIc-eas"s with 4ncreasing cantert -f ti-he Lntre)auc@,E-d 7i,-'
,,vhereb.,,r the approx-imative atom-ic relation between the czh@!-
metals and the carbon remains i!i.
There ere i Figure, i tabl.e and I reference, W h i
8--viet
-'Ictober 11, 1957, by 1.1. Chernyayev, Member. Academy zi'
:@Ienf-*-s , USSZ
Oetob@,r
or' Congress

83239
S/129/6o/ooo/009/002/009
E193/E483
AUTHORSs Kolomytsev, P.T., Candidate of Technical Sciences,
Samgin, A.A. and-Snetkov, A.Ya., Engineers
TITLE% Structure and Composition @T_the Surface Layer of Gas
Turbine Bladesk,
_'V@
PERIODICAL-. Metallovedeniye i termicheskaya obrabotka metallov,
1960, No.9, PP-7-11
TEXT. The gas turbine blades studied in the course of the present
investigation were made of several batches of the B1437A alloy,
containing 19.5% Cr, 2.2 to 2.7% Ti and 0.55 to 0.7% Al. The
manufacturing process entailed deformation of the blade surface to
a depth of 15 to 30 microns. Specimens of the material exposed to
the maximum temperature (730 to 7500C) were cut from blades that had
been in service for 250 to 1110 h, and the structure of the
surface layer was studied by spectrographic analysis of
consecutively removed layers, X-ray analysis, microhardness
measurements and metallographic examination, it was found that
the surface layers of the blades studied consisted of3
1) a finely.-grained recrystallized oute:- layer@ 2) a work-hardened
layero characterized by increased hardness and larger lattice
Card 1/2

83239
S/129/60/000/009/002/009
E193/E483
Structure and Composition of the Surface Layer of Gas Turbine
Blades
parameter of the solid solution matrix, 3) a layer of undeformed
material. The content of alloying additions in the surface layer
was different from the nominal composition of the alloy. It was
concluded that the harmful effect of surface hardening on the high
temperature strength of the blades is due to the formation of a
steep gradient in the magnitude of the lattice parameter of the
alloy at high temperatures and to the presence of large internal
stresses. The formation of surface cracks after prolonged
service at elevated temperatures was attributed to the reduced
content of the alloying additions in the surface layer of the
blades, There are 7 figures, 1 table and 5 referencesg 4 Soviet
and 1 French.
Card 2/2

A-1223
S/65 61/ .007/000/*010/044
D217YD303
AUTHORS- Kornilov, 1.1.9 and Snetkov A.Ya.
TITLE: Lattice parameters of the terminal solid solutions of
certain elements in nickel
SOURCE: Akademiya nauk SSSR. Institut metallurgii, Issledova-
0
niya po zharoprochnym splavamg v. 7, 1961, 106 - 111
TEXT: The results of an investigation of the influence of Mo, Nb,
Ta, V, Ru, V1 and Zr on the change in lattice parameter of nickel
when these elements dissolve in it, is reported. Most of the alloys
were prepared in a vacuum furnace. Ni-Ta alloys were prepared by Ye.
N. Pylayeva, Ni-W and Ni-Mo alloys by N.T. Domoten-ko, and NI-Ru, Ni
-Nb and Ni-.Zr allcys by K@P. Myasnikova. The above workers investi-
gated the equilibrium diagrams and properties of the alloys of the
respective systems. Powders or filings of the alloys were subjected
to X-ray photography. Prior to exposure, s3ecimen lumDs of the al-
loys were first homogenized at 1100 - 1150, C for 100 - 150 hours,
transformed into powder and sealed into evacuated quartz ampoules.
Card 1/3

S/659/61/007/000/010/044
Lattice parameters of the terminal D217/D303
The latter were annealed at the required temperatures for periods
of time sufficient to ensure equilibrium, and then cooled in viater.
After heat treatmentg one portion of the filings was subml tied to
chemical analysis, and the rest sifted through a 200 mesh sieve and
mounted in the camera for exposure. X-ray exposures',were taken in
back-reflection cameras using CuKa-irradiation@ the distance betvRen
the specimen and the film being 75 mm. The temperature, at, which
the pictures were taken was 21 +
V - 1.50C, the total error in meaaur,-
ing the lattice parameter without correction for temperature being
M006 - 0.0009 KX@ It was found that the change in lattice parame-
ter of nickel on dissolving various elements in it depends on the
position of these elements in the periodic system and on their ato-
mic diameters, i.e. it follows The same laws as those which deter-
mine the limiting concentration of partly soluble metals in nickel.
Elements having the same type of crystal lattice (body centered cu-,
bi@-') owe their influence mainly to their atomic, diameter, even
though they may belong to different groups and periods of the perio-
dic table, The strengthening effect of an elemeni is the areater
M
The greater the extent to which, on dissolving in nickel, it increa-
Card 2/3

S/659/61/007/000/010/044
Lattice narameters of the terminal D2!7/D30-'/
ses the lattice parameter of the latter. There are 1 figure, 2 ta-
bles and 10 references: 7 Soviet-bloc and 3 non-Soviet.-bloc. The re--
@3rences to the English-language publications read as follows: A.
Taylor and IR, Floyd, J. Inst. Met., 80, 11, 1951--1952; A. Taylor
and R, Floyd, J. Inst. Met., 81, 1, '1952-1953; A. Taylor and R,
Floyd, J, Inst. Met., 81,, 9, 19@3-
Card 5/3

22957
S/126/61/011/005/002/0155
E193/E183
AUTHORS: Pryakhina, L.I., Snetkov, A.Ya., and Ryabtsev, L.A..
TITLE: X-ray investigation of nickel-base multi-component
solid solutions
PERIODICAL3 Fizika metallov i metallovedeniye, Vol.111 No.5, 1961,
pp. 670-676
TEXT- Many nickel-base alloys of industrial importance belong
to complex systems, characterized by limited sGlid solubility whi@-h
decreases with decreasing temperature. The formation of solid
solutions of this type entails the appearance of additional bonds
between the valency electrons of unlike atoms which, in turn,
brings about an increase in the strength of the solvent metal.
The concentration dependence of many properties of alloys of this
type is often reflected in the concentration dependence of the
lattice parameter, and it was for this reason that the present
authors studied the effect of simultaneous introduction of several
alloying additions on the lattice parameters of nickel-aluminium
solid solutions, To this end, a vertical section of each of the
following systems was investigated:
Card 1/7

22957
S/126/61/011/00.5/002/015
E193/E183
X-ray investigation of nickel-base multi-component solid solutions
Ni Cr - Al
Ni Cr - Ti Al
Ni Cr - Ti W - Al
Ni Cr - Ti W - Mo A 1
Ni Cr Ti W - Mo Nb Al.
Ni Cr Ti W - Mo Nb Co - Al,
The Cr, Ti, W@ Mo, Nb and Co content in all the alloys studied was
the same and amounted to 11.1, 2.4, 1.96, 1.93, 1.3 and 5.2 at,%
respectively, the Al content in each section varying between zero
and 23 at.%. The composition of the experimental alloys was suc;h
that all the alloying additions formed unsaturated Ni-base solid
solutions which became saturated only as a result of increasing the
Al content with subsequent precipitation of a second phase. the
same in each system (the y'-phase). The experimental alloys were
quenched from 1200 OC after 200 hours at the temperature, and from
1000 OC after 400 hours at -the temperature; in the latter case the
treatment was preceded by 200 hours' holding at 1200 OC. In the
case of alloys quenched from 1000 OC, the X-ray analysis was
carried out on powder specimens (filings) which, in order to remove
Card 2/ 7

22957
S/126/61/011/005/002/015
E193/Ei83
X-ray investigation of nickel-base multi-component solid solutions
the effect of plastic deformation, were annealed for 5 hours at
1000 OC. The use of powder specimens of the alloys quenched from
1200 OC was not possible, bezause their composition would be bound
to change during annealing at this temperature owing tD losses due
to volatization-.; in this case massive specimens and the back-
reflection technique were used,, The data on solid solubility
limits, determined from X-ray data, were checked by metallographic
examination. Typical results are reproduced in Fig.7, where the
lattice parameter (a., kX) is plotted against the Al content
(at.%), curves 1-6 relating to the following systemsz
I - Ni-Cr-Al, 2 - Ni-Cr--Ti-Al..' 3 - Ni--Cr--Ti--W--AI@
4 - Ni-Cr---Ti--W-Mo--Al@ 5 - Ni--Cr--Ti-W-Mc,--Nb---Al@.
6 - Ni-Cr--Ti--W-Mo---Nb---Co---AI.
The solid solubility limit of aluminium in various systems at
1200 OC and 1000 OC is given in Table 2. Finally, !he effect of
various elements on the lattice parameter of nickel-base solid
,3- The following general conclusions
solutions is given in Table '
were reached, 1. The solid solubility of aluminium in nickell
Card 3/ 7

22.95'1
S/126/6i/oll/005/002/015
E193/E183
X-ray investigation of nickel-base multi-component so!--;d sclutions
decreases with dec;reas�ng temperature and increasing number of
the alloying additions studied. 2@ With increasing number of the
alloying additions, the lattice parameter of the Ni-base (both
single- and two-phase) alloys increases. The effect of various
elements is not the same, its magnitude.., i.e., the increase per
one at,,% of the element added, increasing In the following order-
Co, Cr, Ti, Mo, Wv Nb,, 3, Increasing the number of the x
alloying additions brings about an increase not only in the
lattice parameter (and consequently in the static lattice
distortions) of the Ni-base solid solutions.. but owing to the
higher strength of the inter-atomic bonds, also in the stability
of super-saturated solid solutions at temperatures below 1000 OC.
There are 7 figures, 3 tables and .16 references- 12 Soviet and
I* non-Soviet. The English language references read as follows4
RefAz A. Taylor, R. Floyd. J.Inst.Metals, 1952-1953, 81@ No..", 25,
Ref-5.@ A. Taylor, R. Floyd. J.Inst.Metals, 1953, 81, No@9, 451@
Ref.63 A. Taylor, R. Floyd. J.Inst.Metals, 1952, 80, No.11, '@71
Ref.15@, T.H. Hazelett, E. Parker.. Trans.ASM@ 19,44, 46, 7oi.
Card I*/",

s'/ t26/A v6Y-P@90510021015
X-ray investigat*-on of nicke.1-base.. E193/E183
ASSOCIATION2 Institut metallurg7_i. AN SSSR
(Inst.itute of Metallurgy,., AS USSR)
SUBMITTEDi August 6, 1960.@
Table 2
Solub.ill@y of A", at.%
Decerm.i.ned by Determined by
Sys@em X-ray me"hod mxcroscop.i@@
m s, -1, ho d
12000 .1000c, i2000 10000
i-Cr-Al i.6@ 9 13.2
�-Cr-'Tf--AI 5 8 @,i 1L @ 8 9.,D
i-C-.-Ti-W--,A.1 110@0 0 10. C) 7 0
i-Cr-T!-W--Mc,--AI io@o 0 10.0 6 0
i-Cr-Ti-W--I*Io--Nb-AI 10.0 0 6.0
i-Cr-T.4_-W--Mo-Nb-CT--Al 9.@ 2,14 9.0 6.0
Card ,-,/7

S/129/062/000/007/002/008
El 9 3/ 2.5 0'
AUTIIO.@-I- Snet,.-.ov, A.11a. , Engineor
TIT L E: Phase-transforiaations in alloys of tho Ni-Cr-W-Ti-Al
:@; ys t 0""1
IJ L' TODICAL: i ter.-,ii-ches'.1-ayan obrabotka- metallov,
no. 7, 1962, 2_6 - 31 + 1 plate
T EXT: T T-. eobject. of the present investi-rat-ion -.ras to st-udy
t:ie effect ol@' aIumi_niu.:-.i on the kinetics of decomposition of the
sol-id solution and on the 0structural chan_@-es of the YI-phase of
Ni-Cr-W-Ti alloys a-- 900 C. In. the firs'- sta-e of the investi-
tile alloys (containinS 1.3, 2.8,
-itution 0 0.5,
C ons 4
3.4, 5-1, 6.5 a:id 7.9@@ Al) at 1 200 and 900 0C*was determined by
..e-_zalloC;rap1hic examination of specimens cjuenched- after 134 h at
0@ ' 0
1 2 10 0 or 5 000 "1. at 900 C and by ""--ray diffraction analysis
of boti-I ouenched s-,:>ec_ir.-iens and i:-esidues obtained by electrolytic
@-treated alloys. The results of these e--.:,3eri-
dissolution of hea@
-.1ents cln:7j. be as fo'lov.,S: 1) a" '1 200 OC all the
alloys@ studied, e=eot the 0.50,;'@ Al alloy, consisted of two phases
I;I and y' , the proportion of the latter rcachinZ; a ma-y-imirn of
Card 1/4

S/-129/62/000/007/002/000'1
P:, as e-t-ransform a, ions .... F,193/C383
alloy 1-rit'l Al. 2) The lattice para;-;ietcr of
0
bot'a tlic y- an,-, at 1 2_00 C increases i-,ritla increasing Al
0 Orlz 3) T:-,e latcice -)arameter of the y-fhase at 900 0C first
inc_reasinZ A! cantle-nt, rea- m at
increases cninS a maximu
a-,--,ro::i:---,z-j1-o1y Al, c_-IC @L:,eji decreases aEain; ',:,e lazt;_ce
r e t e 1- o fc -/'-)'1ase at t1iis to;-.-perature decreases gradually
J nc @- LL alloys 'v71;z7 more
-i e c onz ent oL ;I-o alloy- ass as -4 n
11 4-.-,,(D ne-,@ bod,r-cen-.ered cubic i3hases are formed on
6
o o-..,@; o (2 at 900 C: a 'd-base solid S-@)lution
(a 3.1113 k_X) and an AlNi-baso solid solution @z-, = 2-83LS
t.1 C. :' C'_-zt St a0 G --F' t:-, C i nv --s t iat i on I' h czn (;: tc s o fe @-,'-as e
@_:-ansbr.mation v:erc st':udied by measurin_- t1he lattice parameters
a I t', cY- and V-phases at various stages of t,*,e process. Th c
4
;@i-S. 1, and 6, --here the lattice
are rc-)-l-oduced - -
ra::1 e @' Or 1CX. of -_@Ie --phase (r_j@@. 4) and. -phase 6) is
1 0
.@Ioztcd ar,-ainsz tire (h) ant 900 C, various curves relazin_- to
_zlloys wit-ft "ic i@ndicated Al conzent. Tie ',c]-ne--ics of tae
s---udiec: i,,rcre ccrrelated z,-,e crae@) pro*?erties
Alloys containing 6.5 or 7-9," Al
0- ex,)erimelltal alloys.
Cark@_ 2/4

3/129/62/0GO/007/002/008
-is e-t rans fornat ions . . . .
Pa,
characterized by a rapid rate of decon.-.position of the y-solid.
solutio,n 'aad been found to possess the lo,.%est resistance to creep.
,3-. -j-.- . e 5.1 ' A
-L,@ic r@@Iatively 'ii-In stability o-f -its "-phase th C" I
lias a Ini-I-er rcsistance to creep, s',iw---inZ pract-Lcally no defor-
;-.iation durin@; t-1-.e first 300, hours when tested under a bending
2
s.ress of 6 'c-/rim after t1lis initial period, lio,.-.reve-r, the rate
of c:7cc--. increases consIderably ow-JnS to t1le onset of tile decom-
.-3cisit-i o,,-l of t.'Ic solild-solution matrix and -.3recipitation of thle
U-base @...-hich so-cs up considerable internal stresses -J'n t:IG
solik--'-solution lattice. T;'Ie rate of creep of tile 1.31'@' Al alloy in
z:-c first !CC 1,.ours is quite rapid; after this- inizial period,
corres::)onding to the decomposition of the solid so`ution, the rate
of cree.) of t1iis alloy is lo-wer than that of any other of the
1-1 alloy, in spite of Milgh stability of
a-@Ioys studied. The 0.5"
4-zs s-'ructure, -',as lo-...- creep resistance, ap-)roac-l-lin- that of the
Al alloy; this can be e-,Colained by the absence of any
loy. Ln Zeneral, it can be con-
ph@@Ses 2-n t.10 al-
clu"-'ed znat -z.Iie effect of tne tranns-formazi-on w1hich tile yl-paase
is UnIc"ergoing at 900 0C o n the creep properties of Nli-Cr-W-Ti-Al
C'-rd 3/4

S/129/62/000/007/002/008
'-"-I a S C fO rt @
- L, r aIIS - -,I ai 0 1IS . . . . Ei 9 3 / E"48) 3
alloys is less tie off7ect of tie decomposition of the
solie-solution There are I-Izures and 2 tables.
J-
L
Jj V
::14
Card L.P.
6je@w 4-
Fig 6
1575
2570
MAL
25bo
'1 2575
1.1 j1A 1_
IS70
2.3 141
At
.1553 6 /0 25 M f9O 5W 1000

AGRANOVSKIY, I.; ARANOVICH, B.; BELYAYEVA, V.; BOL'SHAKOV, A.; GRUZDEV,
V.; LICH, S.; ZZIELENTSOV, I.; KONKIN, A.; LEVIT, R.; MIKHAYLOV,
N.; MOGTLEVSKIY, Ye.; SERKOV, A.; Sff.LKOII, G.; SNETKOV, N.;
SOROKIN, Ya.; SHTRIN, L.
In memory of Vladimir Sergeevich Smurov, 1897-1965. Khim.
volok. no.2:78 165. (MIRA 18:6)

@;4@7:T' rrm V
A. 1 C,.'*YS IBC J
Way@ to the -fi-Itration proccos of vioccoe. ni-l.-rclak-nn.5:
6?-71 (@.ITR.@ 17:10)
1. Lc-n*n,,rl-,--,ll-;'-i.;, 'L`1,-@Ll Ilsoorryti-mmr-o nauchno--issledovatellskogo in3ti-
no-o volol n- (for Sn,-, Leni.nrr isi,i:r z@vvod
is': -0

GEYSRNRG, S.M.; _S@ MW&OVA, T.P.; PIUMNLICIN, K-Ye.;
TATEVOSYAN, Ye.L.
Adoption of a continuous unit for the mercerization of cellII--
lose. Khim.volak. no.3:51-55 160. (MIRA 13:7)
1. Leningradskiy zavod iskusstvennogo volokna i Vsesoyuznyy
nauchno-issledovatellskiy institut iskusstvemogo volokna.
(Leningrad-Cellulose) (Mercerization)

SHEMKOV, N.K.; SNEIKOV, N@V.
Continuous filtration of spent solutions of caustic soda. Khim.-
volok. no.2:55-56 163. (1-URA !6-5)
1. Leningradskiy zavod iskusstvennogo volokna.
(Textile fibers, Synthetic) (Filters and filtration)

QKRAINSKIY. Moisey Abramovich; SIMTKOV, Vladimir Dwitriyevich; KIRILIOV, L.M.
inzhoner-,polkovnik, redakM'T@t&V V* 'tekhaicheskiy redaktor
(Principal measurements of telephone channels] Oonoynye ismereniis.
telefonnykh kanalov. Moskva, Voon.izd-vo Ministerstva obor. SSSR.
1956. 133 P. (KLRA 9;7)
(Telephone) (Ilectric measurements)

L _Q657-6--67 EJLCm) /RT- (P
ACC _Ngi AP6029818 ( x
DE:
AUTHOR: Aftygustinik, A. I.; Golikova, 0. A.; Klimashin, G. M.; Nesh V. S.;
Ordanlyan. S. S.; Snet QvaA,'__L_A.'_.
3
ORG: Lenin d Institute of Te hn 10 cim.Len@sovet (,Le dskiy tekhnologicheskiy
in
L M a 0 @@p
Stit O@e k"t
u
"4 (L it t Q.U
TITLE: Dependence of certain electra- and thermophysical. properties of zirconi
monocarbide on the carbon content within the range of homogeneity
SOURCE: AM ISR. Izvestiya. Neorganicheskiye materialy, v.,29 no. 89 19669 1439-1443
TOPIC TAGS: zirconium carbide, solid mechanical property, solid'physical property,
electric conductivity, th 'ermal emf, Hall coefficient@
ABSTRACT: The dependence of electrical resistivit @ absolute thermal emf, Hall coef-
ficient, and themal conductivri7o-f zirconium monocarbide was studied for 36-49 atom
C contents in the carbide. -The zirconium carbide,samples were prepared by fusing high
purity zirconium and carbon at 18000C in vacuo :F@Jlowed by sintering at 22000C. The
properties, compositions, and lattice parameteri or various zirconium samples are
graphed and tabulated. It was found that free electrons'act as current carriers withit
zirconium,carbide. The electrical resistivity, the therml emf, and the Hall coeffim*-
Icient wem found to decline and the thermal conductivity was found to increase with

L 06576-67
ACC NR, AP6029818
declining contents of the co*mbined carbon in zirconium monocarbide. This phenomena
are related to the release of a portion of the zirconium electrons from the localized
metal-carbon bonds. The specific resistivity and absolute thermal emf were found to
increase linearly with increasing temperature. The slope of these lines was found to
decrease with decreasing carbon content in zirconium carbonate. This phenomenon is
apparently due to the decline in the effective mass of the conduction electrons. Orig.
art. bas: 2 figures and 1 table.
SUB CODE: ll@ZC/SUBM DATE: 06Oct65/ ORIG REF: 013/ OTH Mr: 015

L 157,16-66 LWT(l)
1ACC NR: Ap6ooo898 SOURCE CODE: UR/0181/65/007/012/3698/3700
!AUTHORS: Golikova, 0. A , Avgu tinnik, A. I.; Klimashin, 0. M.;
lKozlovs,Jy, L. V.; Or-enlyan.,_S. S. Snetkova, V. A.
,ORG: Institute of SemiconductorsIAN SSSR, Leningrad -Institut
1poluprovodnikov AN SSSR)
TITLE: Electric properties of carbides of the transition metals of
group
SOURCE: Fizika tverdogo tela, V. 7, no. 12, 1965, 3698-3700
!TOPIC TAGS: titanium compound, zirconium carbide, hafnium compound,
carbide, thepmal emf, Hall constant,.. resistivity, transition element
i 20 wl
ABSTRACT: The purpose of the investigation was to compare the eiec')-_,
tric properties (thermal emf) resistivity., Hall constant) of TiC, ZrC;
HfC as functions of the composition in the temperature Interval 300
-- 1500K. The data on TIC were taken from an earlier investigation
,by the authors (FTT V. 7, 2860, 1965). The ZrC and HfC were preparedi.
Iby the sama technology as the TiC.. The plots of all the measured
I Card 1/2

L 15736-66
fACC NR: Ap6ooo898
i 0
quantities against the carbon concentration are approximately the
rinp,
same for all three carbides. This demonstrates that the scatte
Imechanism and energy spectrum of the carriers are the same In all thal
compounds. An unexpected result is the fact that the effective masses
,of the three carbides are0qual, since their lattices have different
Ilattice constants and the participating electrons come from different
shells. From the fact that the ratio of the distances between the
metal and carbide atoms (R) and the radii of the metallic atoms (r).
'is also constant for all carbides, it is concluded that the orbitals
lof the metal atoms o'verlap equally. This explains the equality of
Ithe effective masses. The carrier scattering mechanism is biliefly
@discussed. Orig. art. bass 2 figures, 1 formula, and I table.
SUB CODEs o7 SUBM DATE: 23,TU165/ ORIG REF: 004/ OTH REFs 003/
card 2/2

SFE#F.RIS,M.: AMBROZAITIS,K.
Apropos of the diagnosis of the malignant degeneration of
giant cell tumors. Sveik. apsaug. 8 no.9t5L-52 S163.
1. Lietuvos TSR (kikolog-ijos m.'@. institutas.
@r

SOV/25-58-12-28/40
AUTHOR: Sneyderov, V, Honored Arts Worker of the RSFSR
TITLE: A Captured Mirage (Poymannyy mirazh)
PERIODICAL: Nauka i zhizn", 1948, Nr 12, p 68 (USSR)
ABSTRACT: A mirjc@e observed in the Dzhungari desert in China
0
,.,ias photographed by the author. There is 1 photo,
Card 1/1

GAN 1, F.F., otv.red.; GFMACHEVSKIY, A.P., zasluzhennyy vrach USSR.
red.; KAIPLINA, A.V.. zasluzhennyy vrach USSR, red.; KRASNOMOVETS,
V.11., red.; PAVSKA, G.F., zasluzhennyy vrach USSR, red.;
KHOLOPTSEVA, Z.1., red.;. red.; KOPEYCHIK, P.N.,
takha.red.
[Research articles by physicians of Zhitomir Province, Ukrainian
S.S.R.] Nauchn trudy vrachei Zhitomirskoi oblasti Ukrainskoi
- ye
SSR. Zhitomir, 1959. 255 P. (MIRA 14:2)
1. Zhitomirskiy oblastnoy otdel zdravookhrananiya. 2. 7.aveduyushchiy
Zhitomirakim oblzdarvotdelom (for Ganchell). 3. Zhitomirska"ya
oblastnaya bollaitsa (for Gerbachevskiy, Kaplina, Krasnomovets,
Favsha).
(MEDICINE)

MAKARCHENK01 A.F., akademik, prof., otv. red.; SNEZHIN M I red.;
KADASHEVICH, O.A.Y tekhn. red, i4m6;1"e
[Brain and the regulation of functiong] Golovnoi mozg i
reguliatsiia funktsii3 raboty, vypolnennye v nauchno-
issiedovatellskikh i kad)-ovykh institutakh Uktainskoi SSR.
Kiev, Izd-vo 01 Ukr,SSR, 1963. 363 P. (MIRA 16:8)
1. Akademiya nauk URSR, Kiev. Nauchnyy sovet po koordinatsii
issledovRnly po kompleksnoy probleme "Fiziologiya." 2. AN
Ukr.SSR (for Makarchenko).
(BRAIN) (VISCERA-INNERVATION)

: *- @ LC *,-T "I - -,,a Z-1i'-ovna; a;EZEIcl, '@ I., red.
1
- - - . ? A @.) V; - @ 1 1
,X4 a Fn-@ a.:,el I'edostatok ki-sloroda J ;ozrast. K
L _1 rr A ev,
I - . r , L. r@ - -
lll',,,au,@..va duFlay" 1964. 334 p. (MIRA -17: 6)

akndemik, :-Itv. red.-t EY)GACH, F.G.; prc;f., red.;
GUR I.TICH, I.,
TT),. "IM11-111, red d.:)kt-Dr med.
miuk, r@c -i,; A.Z... dr)kto-y- bin.L. nalik., rad.5
FUTILI-1111, N.T., crof., rei,; OL17-11NIK, 1-F., k--mid. biol. nauk,
FRTQF'-.RAZh7.'-113Krl, Rand. vet. nauk, red.; SIEZIIII;,
r ed .
[Re @S4 vegelativ-
vecrat tive funnf'@,Tisl Re-1-11i Ll
, g-,, 1 -- q a -
F-a
lc)@ 5, 2z,6 P.
nykh funktsii. Fle@i; @,Urr-k , ,
'Ukr.S
U@,;" Kiev. 2. AN - S R ( for Malkarchenko) .
Ins" Im. A.A.11'rmomolltsa All Ukr.SI)R (for
ilin"

L 36357-66 EW(1)
7-6-
ACC NZ A @ OOffi:i
INVENTOR: Bayev.-Ye. F.;.Burylin, Ye. I.; Snezhko, Yu. V.; Shershuna
S. 1. - -----
ORG: none
TITLE: D line with inductive elements containing ferromagnetic
toroidal cores. Class 21, No. 177496
SOURCE: Izobreteniya, promyshlennyye obraztsy, tov,trnyye znaki, no. 1,
1966, 46-47
TOPIC TAGS: delay line, ferromagnetic material, inductive element
ABSTRACT: An Author Certificate has been issued for a delay line with
inductive elements containing ferromagnetic toroidal cores. To obtain
the optimum coupling coefficient of inductive elements of the delay
line, these ferromagnetic cores have four protrusions located in pairs
-Card, 1 / 2
UDC: 621.374.5

SIGAL', Viktor Alak-sandrovich; YANKOVSKIY, I.A., otvetstveanyy redaktor;
SNEZHINSKAYA, I.V., redaktor; SOLOVXYCHIK, A.A.. tek-hnichaskiy
r --- @
[Meteorology In aviation] Mateorologlia v aviatsti. Leningrad,
Gidrometeorologicheskoe izd-vo. 1956. 8) p. (MLRA 9:?)
(Meteorology in aeronautics)

GOLITSIMG, I.A., doktor geogra'ficheakikh nauk, redaktor; DROZDOV, O.A.,
doktor geograf iche-skik'h'- nauk, redaktro; ABEZ-1-1111�444-.I-Ax"
daktor; SHUMIKHIN, K.F., tekhnicheskiy redaktor.
[Climatic resources of the central provinces of the European
part of the U.S.5.R., and their uses in agricultural productionj
Klimaticheskie resursy tsentralInykh oblastei Evropeiskoi chasti
SSSR i isnollzovanie ikh v sellskokhoziaistvennom proizvodstve.
Pod red.I A.Golltsberg i O.A.Drozdova. Leningrad, Gidrometeor.
izd-vo, 1;56. 310 P. (MRA 10:6)
1. Leningrad, Glavnaya e:eofizicheakaya observatori3ra.
(Grops and climate)

BAYDIN, S.S.; LINBERG, F.N.; SAMOYLOV, I.V., doktor geographicheskikh nauk.
professor; SIMHINSKATA. I.V., redaktor; SHUMMIN, X.F., tekhni4-
cheskiy .-,
LHydrology of the Volga Delta] Gidrologiia del'ty Volgi. Pod red,
I.V.Samoilova. Leningrad. Gidrometeorologichekoe izd-vo, 1956.
330 P.
(MLR& 10:4)
(Volga Delta--Hydrology)

ZAK, Ye 'G.; -- --- I I.V-.' redaktor; BRAYNINA, N.I., takhnicheskiy
redak
Rxperimental study of cloud systems of a wars front. Trudy TUO
ne.15:4-191 156. (KIJIA 9:8)
(Clouds)

"CHAYAV. I.N.. nauchnyy sotrudnik; IAZARXV, M.P., otvetBtvann" redaktor;
redaktor; MUTNINA. R.I.. takhnicheekly
or
CInstructions for hydrometeorological stations and posts] Nastavlanie
gidrometecrologicheakim stantalian i postam. Leningrad, Gidrometeor.
izd-vo. No.10. [Inspection of hydrometeorological stations and
ost83 Inspektsiia gidrometeorologicheskikh stantsit i postov. Ptel,
ocking of meteorological observations at stations] Inspektaita
M
meteorologicheskikh nabliudenii us stantaiiakh. 1957. 195 P.
(MW 10:7)
1. Russia (1923- U.S.S.R.) Glaynoye upravlenie gidroseteorolo-
gicheakoy sluzhby. 2. Metodicheakiy otdel Glavuoy Geoftsichaskoy
observatorit (for Nechayev) 3. Nachallnik otdela seti Severo-
Zapadnogo upravlentya gidrometaluzhby (for Iezarev)
(Keteorology--Obaervations)

MOROZOV, V.N.; TYURIN, V.V.; SNEZHINSKIY, N.S.
Life of refractories in tank furnaces of direct heating. Stek.
i ker. 19 no.3:11-13 Mr '6@. (MIRA 150)
(Glass furnaces) (Refractory materials)

P-HAriEI TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 374 1
'BOOK Call No.: GC51.S6
Author: SNEZHINSKIY, V. A.
Full Title: PRACTICAL OCEANOGRAPHY (WORK IN THE OPEN SEA)
Transliterated Title: Prakticheskaya okeanografiya (Raboty v
otkrytom, more)
Publishing Data
Originating Agency: None
Publlshlng House: Hydrometeorological Publishing House (GIMIZ)
Date: 1951 No. pp.: 600 No. of copies: 4,000
Editorial Staff
Editor: Preobrazhenskiy, Yu. V. Tech. Ed.: None
Editor-in-Chief: None Appraiser: None
Others: Five collaborators in the author's expeditionary work:
S. L. Berg, N. N. Druzhinin, N. I. Yegorov, L. G. Zellger, and
I. B. Sachkov; I. M. Soskin and K. K. Deryugin; the Departments
of Oceanography of the Leningrad State University and of the
Leningrad Hydrometeorologic Institute; the Scientific Council
of the State Oceanographic Institute; and especially N. I.
Evgenov, V V. Timonov, K. D. Tiron, and Yu. V. Preobrazhenskiy
(the Editor).
Text Data
Coverage: The book describes in detail the history and the present
1/9

iv r-- 7- H i t4 i

SSI
46(02)
.

U S tSnezhinskif, V. A., PrRkt!cbqskala okeanotraflis (raboty v otkr34.= more). [Practical I
Gidrome-tizilat
19U:!
ed
Uninitad
en sea
] 2nd rev
h
Work in the o
.
.
..
.
,
oceanograp
y.
p
670 p. 39 tables. 377 figs. (incl. phows), ports., t58 rek. DLC-The 5-m-ond edition of this
-unique text contains 70 pages more text than. the first, but has ona- less chapter (16 instead of
17) and is organized into Aree major parts instead of 6. Thesea " 1. General (history, plan-

iiing and preparation for expeditions, observations and their cornpi'ltion, butruments and
M
their correction, calibration, etc.), 11. Deep sea mea3urements and III Observations near sea
surface (tide and cca tal obsci-vaticas,currents, w-aves, temperato -rt AsIer-.-ations, salinity
and optical miasurementa). The chapter on energy exchange and cvap@ratiori has been omit-
ted. References cover literature through 1952. All mauner of oceanographic and hydrn-
graphic instruments, equipment awl their use are discussed and illustrated. Subjcci Headings:
L Oceasiogmybic expeditious 2. O"Knotrapb1c equipoia-st TeAbooks 4. Russian
Vi
q
1

L
L
I
be Cojwdttee an Stalin Prizes (of the Council of Kinisters USISR) in the fields of
science and inventions annoutnceB that the following scientific works, popular sclen-
tific books, and textbooka have been submitted for competition for Stal@,n Prizes for
tha years 1952 -vid 1953, (Sove.takaya Kultura, Moscow, M). P-P--4o, 20 Fp@b - 3 Apr 1954)
Nam
Isakov, 1. S.
@-uleykin, V. V.
I@errdn, L. A.
Voroblyev, I
Seregin, LM. P.
Ye -orlyeva, A. V.
Salirnova, V.
:@abakhanovl A. C).
t@t,cfovits, L.
Volkov, 1. G.
S-lishchev, K. A`-
@-)rlov, B. P.
Kalesnik, a. v.
Shvede, Ye. Ye.
Snezhinskiy, 4. A.
Po@,os,-@@n, K:-i. @ .
Dro-.!,dov, 0. A.
SO: W-3o6c)4, 7 July 1954
Title of Work
"Karine Atlas" (V-al 11)
FAmainateed by
Ieo@-raphical Society
of the LSSR, Academy
of Sciences LSSR

USSR/Geophysics Book review FD 395
Card 1/1
Author Snezhinskiy, V. A., Engineer-Captain (Ist rank), and Yego_rov, N. i.,
Engineer-Captain (ist rank)
Title Book review: V. V. Shuleykin, Fizika morya [Physics of the Sea], 3rd
edition, supplemented, Acad Sci USSR Publishing House, 1953, 990 Pp,
3,000 copies, 50 rubles
Periodical Izv. ful SSSH, Set'. geOf1'-'- 4. 3jJ3-380, Jul./Aug 1954
Abstract Favorable review of 3rd edition. First edition appeared 20 @-ears, ago.
Institution
Submitted

DUVANIN, Aleksandr Ivanovich-, @@HINSKIY, V.A., otvetstvennyy redsk-tor;
M110"z-- 'I ':Y-
SHATILINA, M.K., redaktor; BRAYITMA, MT., tokhnicheakiy reclaktor
FSea level] Uroven' moria. Leningrad, Gidrometeorologicheskoe
izd-vo, 1956. 58 P. (KLRA 10:4)
(ocean)

ERYLOV, Aleksey Nikolayevich, akadem1k; GLAGOLKVA, M.N.. otvetstvenrky-y
sostavitell; SMIRNOV, V.I., akademik, otyetstvennyy redaktor;
SHIKANSKIY, Yu.A., akademik, otvetetvennyy redaktor; SNIZHINSKIY,
N
V.A., doktor voenno-morskikh nauk. otvetstvennyy reda
SHERNOVA, A.V., tekhnicheskiy redaktor
[Collected works] Sobranio trudov. Moskva, Izd-vo Akademii nauk
SSSR. Vol.12, pt.2. [Bibliography] Bibliografiia. 1956. 395 P.
(MIRA 9:9)
(Bibliograpli,v--Krylov, Aleksei Nikolaevich, 1863-1945)

LARIONOVA, Antonina Nikolayevna; SIMMINSKIY, V.A., otv.red.; HIRONFRIKO,
- --- - -
Z.I., red.; VCIKOT, N.V.,-t6khn.rod.; BRATNINA, K.I., takhn.red.
[Traveling over the ocean bottom] Puteshestvie po morokomi dnu.
Leningrad, Gidrometeor.izd-vo, 1959. 101 P. (MM 13:2)
(Ocean bottom)

SHOKAVSKIY, Yuliy Mikhaylovich, zasluzh.deyatell nauki Edeceagedl; w7m.je.Te.,
red.; �NEZHINSKIT,-@, otv.red.; LEONOV, A.K., 'otv.red.; MIROMMO,
Z.I., red.; USffAKO?A, T.V.. red.; BRAYNINA, H.I., tekhn.red.; FtIUM,
M.Ya., tekhn.red.
[Oceanography] Okeanografiia. Izd.2. Leningrad, Gidrometeor.
izd-vo, 1959. 536 p. (MIRA 12-:5)
1. Fochetnyy chlen Akademit nauk SSSR, Pochotnyy prezident Geo-
graficheskogo obahchostvB Sovetakogo Soyuza (for Shokallskiy).
(Oceanography)

DUVANIN, Aleksapdr Ivanovich;., :WX%H-INSLU,-Y,.A-. , etv.red.; MIROHENKO,
Z.I., red.; VLADIMIROV, O.G., tekhn.red.
[Sea tides] Prilivy v more. Leningrad, Gidrometeor.izd-vo.
1960. 369 P. (MrRA 13:10)
(Tides)

LHONOV, Alokoandr Kuzlmich; SIISZIIINSKIY, V.A. , otv.red.; MIRONENKO, Z.I..
red.; BRAYMNA, K.I., tekhn.red.
(Regional ocianographyl RegionalInaia okeanografiia. Leningrad,
Gidrometeor.izd-vo. Pt.l. (Bering Sea, the Sea of Okhotsk. the
Sea of Japan, the Caspian Sea, and the Black Sea) Beringovo,
Okhotskoe, IAponskoe, Kespiiskoe i Chernoe moria. 1960. 764 P.
(MIRA 14:1)
(oceanography)

The offect of Lonizint reactionion- the &UUgCWC
U68 Of Protelnz- M. A. ZJl`bcr, V. A.
Artamouova,
Frank. and A. D@ Shczh
ko. Ated. - Radidoziw i, No., i
kc. .. subjected to 1100 r
*P@Iws Of kr-diation.. At 3_6 and 20-25- days
after the
posure anitnals vere killed and the antizenic compa. of the,
tissues of the livers and splem cornpared'with those of a con..
trot. I'lie. following fractions of the liver. tissues, Wem,
studied, irdtoo-hondrimi nucteoproteins, globulins and jultW,
eyknplaslalc exts.; only: the Ust fraction of the splew waj
stwiled. TheWtowing procedureti,as used in obtalulug the"
Initial P_xt. 6f the liver and'spleen tissues: wash tissuc@i free:
of I)Itvd;, comminute and horringenize ia- 10 times, their*
W
) 01. miu.;:centrifu
of:0.850,0 Nael f , n ge homogenate at
tel
Inp.; dl4card sediment. and use supernatant us the
sm'
.4it cylopla. Ic proLelu.cxt., ;Obtain nuclcoproteins,03@
toiroTys, AcUdiry W. wi.th 5% AcOR to VIL
Inge; dis6rd sedimwt; acidify, the s4pe=tAut Suid to -
p1l -1' 5; this will ppt:. the uticle6pictein-fraftl6n; wash twiLc@
'With acIdIfied.0A5% NaClv. dissolve in-11.0--- nl"11-616
%-ith 0.5% NaOH@xo pH 7.6. Ppt. tjie Klob@liu lr@@
I (.N SO,.added to 33% satn. at W. The
wit I globulin
xvill form in the cold withia 2 hrs@ . Sep- globulin by
iva3h'twictivrWkS3% satel. (NH4)jSOjsoIn.-
dialrxe against running OSS%'NaCt for.10-40 hrs.' As the
(NI14@$04 is beinLrdialyzed out the globalirIsgointo soln
-which form theyam usad in the study'ofa- tigeuic properties
'The 3011 43f,thC:IjVer W r
as p Cpd b tb
!metlidd &Claude-u_@ =odified.bN@ ffdggbi@31. VI
2 .4257f)@' In.-th" W" hom in';
4 MS,I=tse@ ft tisque:!Was ogeni
zed
@8%. glucose - solm. Micr6kjej4ahj detas., were made fdr,@
tjie N cOntexit, of each, fraction'
of the@'
77"-7

uss F .ne-a` 1@jn';3gy@ Physical and Chemira.i Ko.--.ogy, B--l
U_
Re,,J" 'Z?,ur - B_fo'-, INc 2@ 195P,@ lic 4727
A. u t1h o S A,D.,
I rs: t 6f-.7611
T, f; le Dete-@-_rnaaltaor of Free 0.,@@,Fgen Concnntr_9'"_on in JLdma-1. Brain
Ti-isu6 Under CcndJ1tJ_on:, of a Fr,%tracted Experiment.
Orii: Fuh TgEe@ , No 6, 565-592
Abst:rick@,t If 9, poter-ti-al diffar@@nc5 i,-j establ-,.@hed between elentrodes
pLanea :.n an a@@id solutior@. cor-taining 02, tkBn at the catho-
-6 4@-Iha rewLtiori -aill bs 02 pluc ZH plus Ze---OH2 At 0.2
@,@9 ,7ct, the rate of 09 diffusi
L on is constant, which
dr.-monstrated on the polarogram by a parallel degree of cur-
.1, 9. t,.,- re @n, s diffusion ourrart is directly proportional to
C ard 8
.USSR / General Biology. Physical and Chemical Biology, B-1
'Abs Jour Ref Zhur - Biol., No 2, 1958, No 4.727
Author Snezhko, A.D.
i the concentration of reduced 02 provided tlie electromo-
tive po,.,.rer causes polarization only on the cathode. Into
the brain of a live rabbit., a platinum electrode 0.1 nua
in diameter was introduced. A non-polarizing electrode (a
glass tube filled with kaolin and saturated solution of
CuS04, with a copper conductor introduced) was attached
at a distance of 10 mm -to the skull. A current of 2 -
4 x 10-6 amps, develops at a potential difference of 0.6
volts. In order to determine the relative tension of 02
in the brain by current flow in a long-time experiment
(up to 9 days), an "oxygen test" (OT) was introduced --
enrichment of air by oxygen, 2 - 5 seconds after begin-
tension in the brain increased. 1-2@ - 2
ning OT the 02 2
minutes after OT the 02 tension reverts bD the original
Card 2/4
Miso the our '6 -"usL III OT reaches ION and
Irature degree changeso Pabbits exhibit an
individual background
of 0 2 tensio characteris tic of the basic le..,
"ff connected with the functional -
State of

SNEZHKO, A.D.
Changes in oxygen uptake of brain tissue after x-irradistion [with
summary in Inglishl. Biofizika 2 no.1:67-78 157. OURA 10:3 )
1. Institut biologicheskoy f1siki AN SSSR, Moskva.
(BRAIN) (X HAYS"PHYSIOLOGICAL lFPZCT)
(OXYGNU IN THIC BODY)

@RAT-FK, G. M., KLAD"YALOVA., N. A.) and SIZZHKO, A. D.
"Biophysical Analysis of the NIechantsms of Biological Effect of Ionizing Radiation."
paper to be presented at 2nd U11 Intl. Conf. on the peaceful uses of Atomic Energy,
Geneva, 1 - 13 Sep 58.

iv
lip"
4 A
'Ov
19
al
4

1.7

F E -R

N
E; i
A, L-
o
g

Ts @5 -5 A

rt o aa

-
pp- -rta
O

3/02 6o/133/04/31/031
B016YBo67
AUTHOR: Snezhko, A. D.
TITLE., Rhythmic Variations of Oxygen Tension in Live Tissues
PERIODICAL: Doklady Akademii nauk S3SR, 1960, Vol. 133, No- 4,
Pp. 984-987
TEXT: In his earlier papers (Refs. 1-3) the author used a stationary
platinum electr,:de for determining the concentration of free oxygen in
animal tissues. Thus, he succeeded in determining rhythmic fluctuations
of the 02 content in the brain of warm-blooded animals. These fluctuations
had a chara@@Xeriszic- frequency and amplitude-, which, however, did not agree
with the rhythm-9 of the heart, the respiration, and the biocurrents of the
brain. There are two possible reasons for the fluctuations mentioned:
1) They are the result of the pulsation of the blood current of the brain
which deviates from the oulsation of the heart, 2) they reflect a rhythmic
oxygen consumption. _J.e., they are determined by the rhythm of tissue
respiiatlion. If assumption 2) were -,orrect, similar Dhencmena would be
bou-nd to occur also in other 'ciesues in which oxidative Drooesses take
Card 1/4

Rhythmic Variations of Oxygen Tension in Live 3/020/60/133/04/31/031
Ti8sues B016/BO67
plaoe. To solv@, this problem, the author carried out experiments with
various animals and plants ancording to a method already described
(Refs. 1, 2-4). The liver of beheaded animals was put into an isotonic
saline solution, and a platinum 6lec-trode was introduced into the tissue,
If the liver is taken out rapidly, the rhythms mentioned can be observed
(Fig. ) b). The rhythm ofoxygen tension is activated by 10-20% by increas-
ing the temperature in the range of optimum values. The homogenization of
the 1-i-ver somewhat altered the rhythm (Fig. 1 v, g). Boiling causes it
to cease (Fig. 1 d). The 0 2 fluctuations were hardly noticeable in the
I
liver of a mouse killed by anoxia (Fig. I zh). After extracting and centri-
fuging a liver homogeriate, no rhythmic 0 2 fluctuations can be observed
in the sediment (Fig. 2 a). They were weak in the centrifugate, and did
not show the frequency which is characteristic of live liver. By adding
gluoose or suoc-_Lric acid The amplitude of this rhythm becomes larger;
the frequency of the rhybhms lar-gely deviates from that of a normal liver.
The action of Bodium azide on the homogenate causes the rhythmsto cease
(Fig, 2yE:). The above- -mentioned rhythmic fluctuations in the egg of the
Card 2/4

Rhythmic Variations of Oxygen TeriSion in Live S/02o/6o/133/04/31/031
Tissues BW/B067
frog are not so periodic as in the liver of the mouse (Fig. 3 a). By re-
placing the oxygen atmosphere in the experimental chamber by nitrogen the
amplitud;.i rapidly decreases (Fig. 3 b). Irradiation with X-rays (dose:
3000 r) causes the rhythms to cease (Fig. 3 z). Also in the parenchyme of
the leaves in the stalk, or in the root of beans or peas, temperature-de-
pendent fluctuations of the 0 2 tension were observed. The temperature in-
crease frcm !8 to 280 did not only increase the amplitude but also the
frequen.cy (Fig. 4 b). The author is not yet able to give a definite judge-
ment op the nature of the rhythms observed in the life activity of the cell.
He assumes, however, that the above-mentioned fluctuations reflect some
universal process which is conneoted with oxyger. consumption and is char-
aoteristic. of all live organlsms@ In the light of G. M. Frank's theory
kBefs. 6-8) it mAy be assumed that the rhythmic fluctuations reflect the
self-regulation of a live system that maintains oxidative metabolism in a
sharply limitad velocihy range which seems necessary for the corresponding
func-tional statle. These studies are being cont1waed by the author. There
are 4 figures anG 8 references: 7 Soviet.
Card 3/4

Rhythmic Var-fations cf Oxy.gen Tension In Live S102016011331041311031
Tissues BO!6/BO67
ASSOCIATION: Instibut btofiziki Akademii nauk SSSR
(1,.istitute of B@icphysics of the Academy of Sciences, USSR)
PRESENTED. Mar@@h *16@ 1960, t6y V, A, Engeligard, Academician
0
SUBMITTED: February 12, 1960
CaTd 411.4

Ch..c,, c,l C,11 U11-1-et ... I -.d -f Rhyth.,Ic 0,,1d.1I-,n Isreire,-
-f, r < ,i k J
G. M. Fmmk, A. G. G-b-t-a tusd A. D. Snijko
It ili-n in prc%imn invellig3tionv using INAvognrlsic, method, i,, i- ti,-t the 0, in rjm.I
arid p'.int tissues ,a% not constant but changcd rhythmically. One can Observe this phenerrentin lit wire Aed also
f,cs'I:y is.l.fcd tisitic prerarations. Ific rhythm wis conncL-,CJ uith the U10azation of 02 by loing Celli.
Iffadistio n induced chantics not only of the absolute lc%cl or the 0, tension In tisitic but is Iso or the rhythm. New
inves:,gation in this field cxtcndtd ourkno%%kdrcofthe significance orthe rhyihmicutili@jtinn ef0,.
Chari,-,cs in the type Of rcrindicitY %%cr. cortclatcd with particular s(pi in the 0ain of oxi(lving process". The
s.,,- rheo-,mcne- is ob,cmed @ith fladiition and phitwincological ngtriti Ingucriccd tht
rcriodicity. Tho rlicremsentin was correlated %vilh dimatic to the inner mitosliondrial mcmbrines. Several he '13
after imidiation the jcriodic chant:ci tcappezired. indicating rcrair or riniffichorsdriiI .11ri'tructurcs. Further
o r.,r,,,,n nf rise rhythm or oxidiling rfmcitel, of "Itfuchendri3l urtravriacturr and or submicroicoric nii, ifify
b
(observed by the lntcrfc@cc method) allowrs uv to brina these three procev" together and to discu" ionse if
fentit- of the autorrsulation of "It prvc@tes, their radiation dlituthance, and the repair mechanisms after
irradiation.
Ift-ft WV@Phylfll. as,@-- Ar- Men
report prevented at tba 2nd Inti. Congiving of Raclistion Posearchp
HArrogntaftarkBh1ra, Gt. BrIt. @-3-1 AUS 1962

SNEZhKO, A.D.
Natur-& of he or,*v--*In of rest-.nig pozentials. @'--idy YjT td. biol.
L - P-P. 0
9.-128-131 164. (m. -L2. 1)
1. Institut blofizild All SSSR, Mosk-va.

MUKHAM"W'.11A NOV, M.V., ';NF-(,IIKOY L.D., YAZYKCV, A.Y.
"93ties by the po".e.-rogreptillic method. Uzb, zh@_-'
'64.
1 . Inst! tu,. gene tiM r as t.enly AN !13 If
Ir..?t"tv.t biolflzi-ki AN SSSF..

AccEssim im: AP.4037i76 s/oo69/64/o26/003/O308/03U
AUTHOR: Dogruiki , B. A.; Snezbkoj A. G.; Gull, V. Ye.
TITIE: Aqueous dispersions of polypropylene
SOURCE: Kolloidny*y ZhuraalI V. 26.. no- 3, 1964, 3o8-3u
TOPIC TAGS: polypropylene) polypropylene aqueous dispersion,, polypropylene
diaDersion emulsifier, main, oleic acid, stearic acid@ polypropylene dispersion
akponifier, polypropylene dispersion time, polypropylene dispersion temperaturej
:polypropylene dispersion stability
ABSTRWT. The influence of the main factors detexmining the dispersion process i
was studied for the purpose of broadening the range of aqueous dispersions and
for obtaining films for food wraps. Powdered non-stabilized polypropylene was
used as test =o-terial. its prepa-ration, i.e. dispersion on rollers, adding of
e=,ulsifier, alkz-14-ne hydrolysis and aqueous redispersion are described. This was
evaluated according to size of particles (microphotography) and aggregate stability@
in a vater solution (dilution threshold -maximum water dilution obtain le vithout
coagulation). The Tnain factors were: nature of the emulsifierj concentration and
itard 1/3

ACCESSIal NE: Ap4ogi76
method of introducing the alkzline solution. The time required for dispersion and
the disp,2rsiom properties depended upon the speed of introduction and the concen-
Uration of the saponifying agent added to the mixture of polypropylene and emulsi-
fier. increased al1kaline concentration (2% and 5% KOH tested) and its rapid intro
duction (15-50 minutes tested) resulted in a lower dispersability of the system,
due to bigger particle eize. Compared to oleic and stearic acid, rosin as emulsi-
fier ga-vL best results. @Vcellar emulsifier formation, which depends upon temper-
ature, gave the best stabilizing results. The selection of dispersion tem-nerature
depended upon the emulsifier (20C for oleic, 70C for stearic acid, 50-60C for
rosia.). Lower temperatures increased the -Darticle diameter and decreased aggregate
stability of the system. The best dispersion stability with ionogenic emulsifiers
was obtained within narrow pH limits (11-11.5). Such dispersions had a low dilu-
tion threshold (to 4%); 2o% dispersions with pH 2.1 easily coagulated upon slight
dilution. Orig. art. has: 1 table and 4 figures.
ASSOCIA=: Moskovskiy institut tonkoy khimicheskoy technologii im. M. V. Lomon-
:0507a _..@:Ow Institute of Fine.Chemicals Technology); Moskovskiy tekhaologicheskiy.
institut r-yannoy 4- molochnoy promy-fthlennosti (Moscow TechnoLogical institute of
rMeat and Milk Industry)
6-.,-d- 2/3

!ACCESSION NR: AP4037176
@SUB,NETTED: 050ct63
SUB CoDr,: OCX GG
ENCL: 00
NO fW SGV: 003
OIBER: 000
3/3

--- ----------
L 63845-65 R-IT(m)/EWP(j) RM
,,ACCESSION NR-. AP5020235 M/oo6g/65/027/00/,/0627/0628
539.216.2
AUTHORS: Gull, V. Ye,,,- Snezhko A* G.; Dogadk'
B. A,
42
TITLE: The preparation of film and coating'ak mixing aqueous disper.3ions of
thermodynamically incompatible thermopla-BTs-
SOURCE. Kolloidnyy zhurnall v. 27f no. 4t 19659 627-628
TOPIC TAGS: polyethylene plastic, vinyl chloride permeability measurement
thermoplastic material
A13STRAC':: Physical properties of films made of mixed aqueous ..is-persions of
polymers were studied to determine theproper way for preparing such i7ixtures.
The aqueous.dispersion ofpolyethylene!O(containing a stabilizer permitGed for use
in the food@'Andustry) and the aqueouq/dispersions of the copolymer of vinylidene
chlorido and vinyl chloride (SM-1YI-rare used as test snocimens. From the miz-
ture of these substances filiF -were cast (at 135C in 20 LLII n' invescigated.
The relationships of their mechanical properties and of the:@@ .@.a-re.- a;A vapor
permeabililty to their composition are shown in Fig. 1 on the Enclosure. These
film have a higher water-vapor permeability and lower strength and deformation
card .113

L 63845-65
01,
ACCESSION NR.- AP5020235 ENCLOSME,

ow U's up - mo-

U - J IN
zi
;L

-0 lp 99-
A

xal al -01
o'" - 'go/ zo - Z9
SVML% 17
PE
3/3

L 13616-66 EWT(m)/EWP(v)/EWP(J)/T/ETC(m)- - -VAI/RM
ACC NRs AP6000959 SOURCE CODE: UR/0286/65/000/022/0042/0042
AUTHORSt Gull, V. Ye.1 Snezhko, A. .; Solovlyev, Ye. V.
'65
ORG: none
TITLE: A method for fixiM naturated polyolefins to nonmetallic materials. Claes
22, No. 176347
SOURCE: Byulleten' izobroteniy i tovarnykh znakov, no. 22, 1965p 42
TOPIC TAGSt olefin, adhesive bonding, adhesion, chemical bonding
ABSTRACT: This Author Certificate presents a method for fixing saturated pol,.r-
olefins to nonmetallic materials,, such an cellophane or polyetbylenoterephthalate.
To increase the strength of the joint, the surface of a nonmetallic material is
coated with a thin layer of saturated polyolefin dispersed in water and then with
polyolefin at the temperature of its melting.
SUB CODE: 131 SUBM DATE: O9Dec63
UDC: 678.029.42.-669.395

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molkwhnoy promyshlanno.-Al. SulmitAod rr-,(-. 213, 1963.