SCIENTIFIC ABSTRACT SHNEYEROV, YA.A. - SHNEYERSON, A.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549820005-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHNEYEROV., Ya.A., kand. tekhn. nauk
. ". . _., I ,......,
Conference on semi-killed and capped steel. Met. 4-1 gornorud. prom.
no.6:77-79 N-D 162. (MIRA 17:8)

GURSKtyp Gf.v. ; YAKUDOVIGH, M.A.
Carry out the decisions of the All-Union Conference of Steelmakers.
Stall 24 no.7077-583 Jl 164. (MIRA 18:1)

SHNEYFF1,O)V, SPOICUNKOV, V.A.; PANICII, D.I.; WNAKPJVA,L.V.; SOTNIK, I.S.;
~-C,K(WMSKIY, P.I.; MUL,N, N.I.
[T ~I r-,p
11, . reinforcements of St-5PO semi-killed steel. Stall 24 no.11:
1025-1030 N 164. (MIRA 18:1)
1. Ukrainskiy nauchno-issledo,iatellskiy institut metallov, TSentrallnyy
nauctino-issledovatellskiy institut stroitellnykh konstruktsiy i Nauchno-
issledovatellskiy institut betona i zhelezobetona.

USSR/4"edicine Diphtheria
Medicine Toxin - Antitoxin
Mar 1948
"Course of Diphtheria in Inoculated Children," R. I. Zettell-Kogan, A. G. Shneyerova,
Clinic Ohildren's Infectious Diseases, Sverdlovsk Ned Inst, Sverdlovsk Inst for
Protection of Motherhood and Childhood, 1 p
"Sovets Medi-ts" No 3
Among diphtheria pctients hospitalized in 1941,, considerable number (44.W_) had been
immunized. Study of the Difference in the clinical course of diphtheria in patients that
had been immunized against diphtheria and patients that had not been immunized. Among
those inmunized, there was not a single fatal case.
PA 51T50

SHFHEROVA, G.V.
Use of the Ural-2 electronic digital computer as a gas
consumption indicator. Gaz.prom. 10 no.11:33-38 165.
(MIPA 19:1)

SHABALIN. Georgiy Ivanovich, inzh. Prinimali uchastiye: VILAND, S.M.,
inzh.; SIMTBROVA,__LS., iuzh. GHLINOV, M.T., kand.tekhn.
nank, retsenzent; SBRGEY17A, A.I., inzh., red.; VCROTNIKOVA.
LF., tekhn.red.
[Railroad track inspection] Tekhnicheskie osmotry shelezuo-
dorozhD,ogo puti. Moskva, Vaes.izdatellsko-poligr.obwedinenie
M-va putei soobshcheniia, 1961. 139 p. (MIRA 14:12 )
1. Upravleniye OktyabrIskoy dorogi (for Viland, Shneyerova).
(Railroads--Track)

10(4); 21(5); 24(8) PHASE I BOOK EXPLOITATION SOV/2457
Vsesoyuznaya nauchno-tekhnicheskaya konferentslya po primeneniyu
radioaktivnykh i stabillnykh izotopov I izlucheniy v n&rodnom
khozyaystve i nauke. 2d, Moscow, 1957
Teplotekhnika i gidrodinamika; trudy konfdrentsii, tom. 4 (Heat
Engineering and Hydrodynamics; Transactions of the All-Union
Conference on the Use of Radioactive and Stable Isotopes and
Radiation In the National Economy and Science, Vol 4 Moscow,
Gosenergoizdat, 1958. 88 p. Errata slip inserted. 2,500
copies printed.
Sponsoring Agencies: Akademiya nauk SSSR,- and USSR. Glavnoye
upravleniye po ispollzovaniyu atomnoy energii.
Eds.: M. A. Styrikovich (Resp. Ed.), G. Ye. Kholodovskiy, a:nd
M. S. Fomichev; Ed. of Publ. House: L. N. Sinellnikova; Tech,.
Ed.: N. I. Borunov.
PURPOSE: This collection of articles is intended for scientists
and laboratory workers conberned with the use of radioactive
and stable isotopes.
Card 1/5

Heat Engineering (Cont.) SOV/2457
COVERAGE: This collection of papers deals with the application
of radioac;'.;_-',ve and stable isqtopes as measuring tools in
C3 1
various types of scientific investigation. No personalities
are mentloied. Refe-renees are given after- some of the articles.
TABLE OF CONTMITS:
1. Mlropollskly,., Z.L., and R.I. ShnVer Measurement of
'A 1, t _QY_ a
Volumdtric Vapor Content in S eam-generating Elements With the
Aid of Garamarad-loscopy 3
2. Bartolomey, G.G., Ya.G. Vinokur, V.A. Kolokolltsev, and V.I.
Petukhov. Use of Gamma Rays for Studying the Pro,,,ess of Diffusion
3. Kutateladze, S.S., and V.N. Moskvicheva. Use of Gammaradio-
scopy for Studying the Hydrodynamics of a Multifluid System 12
4 Pbletavk1n, P.G., and N.A. Shapkinb Method of "Tagged" Atoms
f;r Investigating Water and Steam Content in Surface Boiling of 'a
Fluid 16
Card 2/ 5

Heat Engineering (Cont.)
SOV/2457
5. Kudryavtsev, V.S. Determining the Specific Surface Area of
Quartz and Cement Powders by the Sorption Method With the Use of
"Tagged" Atoms 20
635 Moskvin, V.M., and I.I. Kurbatova. Use of Radioactive'Isotope
S for Studying Sulfate Corrosion of Concrete 28
7. Tsytovich, N.A., V.I. Ferronskiy, and V.A. Lukin. Methods
for Deteimining the Density and Moisture Content of Soils With the
Aid of Radioactive Emmisions 33
8. Polozova, L.G., and R.11. Reyzman. Study of the Processes of
Moisture Transfer in Building Materials by Means of Gammaradio-
scopy 38
9. Styrikovich, M.A., I.Kh. Igiaybullin, and L. K. Khokhlov.
Use of Radioactive Isotopes for Investigating the Solubility of
Salts in Water Vapor at High Pressures 41
10. Sterman, L.S., A.Ya. Antonov, and A.V. Surnov, Investi-
gation of the Characteristics of Vapor at a Pressure of 185
Card 3/ 5

Heat Engineering (cont.) SOV/~,2457
abs. atm. With the Aid of Radioactive Isotopes 46
11. Dubrovskiy, V.A. Use of Radioactive Isotopes for Observin.g
the Motion of the Molten Glass Mass in Glass Furnace Tanks r'2
12. Raehinslkiy, V.V. Use of Radioactive lsotopes in Studying
the FilLration of Fluids Through Porous Media. 57
13. Leypunskaya, D.I., and A.Ya. Fruslin. Radioisotope Methods
for Investigating Flow Processes of Fluids in a Porous Medium 62
14. Borts, M.A., L.S. Zarubin, V.S. Kaminsidy, and L.L. Korsak.
-Investi.o-ation of the Hydrodynamics of a Fluid in 'the Conical Rotor
of a Settling Centrifuge With the Aid of Radioactive TSo-opes 67
L, I
15. Volarovich, M.P., N.V. Churayev, and B.Ya. Minkov, invest-
igat:Lons of the Motion of Water in Peat Under Laboratory and Field
Conditions With the Use of Radioactive Isotopes 72
Card 4/5

Heat Engineering (Cant. )
SOV/2457
16. Arkhangellskiy, M.M. Use of Radioactive Isotopes for Invest-
igating Suspensions of River Silt 78
17. Veynik, A.I., and A.S. Shubin. Use of Radioactive Isotopes
for Investigating the Mechanism of the Drying Process 85
AVAILABLE: Library of Congress
IS/ib
10-28 59
Card 5/5

SOV/96-58-6-11/24
AUTHOR: Miropol'skiy, Z.L., Cand.Tech.Sci. and Shneyeroval R.I., Engiheer,
TITLE. The generalisation of experimental data on temperature conditions
in the metal of horizontal and slightly sloping boiling tubes,
0
(Obobslicheniye eksperimentallnykh dannykh po temperaturnym. rezhimam
metalla gorizontallnykh i slabo nakloneanykh kipyatil;nykh trub)
PIMIODI-,AL,-, TeploenergetDiit, 1958, - No.6. pp. 56-60 (USSR)
ABSTRACT,, When a steam/water mixture moves in slightly sloping tubes, it
separates out into layers, so that the tube is unevenly heated,
The affect depends on a large number of fattors and many tests had to
be made in the study of it. The tests were made on two semi-full-
szale rigs: a closed-circuit circulating system with an oil-fired
furnace in Regional Electric Power Station No.2. of Mosenergo, and
a rig of the direct-flow type using externally supplied steam and
water in the Heat and Electric Power Station of the All-Union
Thermotechnical Institute, where the experimental sections were
radiantly heated by electric furnaces. In most tests the tubes were
heated uniformly over the perimeter, but some were heated from one
side only. In the tests at the All-Union Thermotechnical InstituTbe,
in addition to wall temperature measurements, the steam/water flow
structure was studied by means of ~ irradiation. The test
conditions are tabulated; some of the results have already been
published. The present article attempts to work out the test data
Card 1/3

The generalisation of experimental data on temperature
in the metal of horizontal and slightly sloping boiling
Card 2/3
SuV/96-58-6-11/24
conditions
tubes.
obtained in this work by means of dimensionless criteria, and a
procedure is proposed for calculating the wall temperatures of
horizontal and sloping boiling tubes. Separation into layers occurs
over a wide range of circulation and pressure conditions. Under such
conditions the temperature of the lower part of the tube, where the
water is, is little above the saturation temperature; in the upper
par-r, of the tube cooling occurs by transmission of heat to the steam,
An equation is given to determine the maximum temperature and the
assumptions made in its derivation are described. To use this equation
directly for practical calculations, one would need to know the
variations in the heat-transfer coefficient to wet steam in contact
with the upper part of the tube and the proportion of the tube
perimeter that is free of liquid under various experimental conditions.
As this information is lacking, the test data must be formulated as
dimensionless criteria and the relationships between them indicated.
The appropriate dimensionless formulae are then derived. Equation
(2) for the temperature difference between top and bottom of the tube,
is a function of 14 dimensional magnitudes, and is reduced to an
equation with nine dimensionless criteria. Available test data is
then used to express this formula concretely. Criteria required in
the work are plotted in figs-1. and 2. Finally, an expression is

SOV/96-58-6-11/24
The generalisaciou of experimental data on temperature conditions
in the metal of horizontal and slightly sloping boiling tubes.
obtained by means of which the test data can be worked out. A
graph of the test results for a uniformly heated horizontal tube
worked out in this way is given in fig.3, with an equation defining
the best line through the points. The scatter of the test points is
accentuated because they relate to a variety of rigs and not all
are equally accurate. The concurrence between the straight line and
the results of various authors is discussed. When the tube is heated
from one side only, the highest temperatures occur on the side of the
tube where the heat flux is greatest. The maximum temperatures were
the determining factor in working out the test data, and an equation
is -iven that corre3ponds to the results given in fig.4. The ~~ase of
sloping tubes is similarly treated by an equation. and fig.5. The
results show that the least permissible circulation rates depend on
numerous factors, but at high temperatures and rates of heat flow)
very high circulation speeds would be required to secure uniform
temperature distribution round the tube. The possibility of drops of
highly-concentrated salt solutions forming'in the tubes mu t be
considered, a.~d the probable behaviour of various salts' resint, in
boiler water is discussed. There is I table, 6 fig!i. & 19 lit.references
(Soviet)
A.SSOMMON: Power Institute Acad. Sai. USSR. (Energetickeskiy Insti'tut Mi SSSR)
Card 3/ ,3 1. Boiler tubes--Thermal effects 2. Boiler tubes--Test methods

Akadelml SSSR. Energetiches, 1,
"~ngnauk
rzhithanovskly
Teploorwrgettka vyp. I (Heat Power ElLginear In X, Nr 1) Moscow,
lmd-vo AN SSAR. 1959. 143 p. Errntn slip Inserted. No. of Copies
Ed. printed not given.
,gf Publishing Houm~:,.V A.,Kotov; Tech. Ed.: Yu. V. nylinal
Itorial Boardt V. haum, Doctor of Technical Sciences,
Professor (Rasp. Ed.); 0. 1@. Kholodovakiy, Doctor of Technical
Science&; N. 1. Yushchornkora, Candidate or Technical Sciences;
Z. L. KLro;ol-skly, Candidate or Technical Sciences (Secretary);
" 3 .0. oyarkov, Candidate of Technical Sciences.
PUELPM91 This work is Intended ror scientists and engineers working
In the field of steam boilers.
CQVMIAG82 This in a collection of 9 articles on the circulation or
water and water-yapor mixture In bollerat bubbling procanse a
pulsation of pressure, temperature fields In combustion cha.~.r.,
--,"9Lktbjan heat transfer between gray bodlest and the solution of
nonlinear prdbliiii j5F isEhaiatfcal physics. There Is also an
article describing processes occurLng In the steam '.,oiler of a
molar heat energy .tation. References appear at the and of
each artiole.,"
were conducted at thermohydroelectric laboratories in cooperation
writh Heat and Electric Power Plant (TETs) No. 9.
0 a 14. 0 Vinoicur V. A. KolokoltjoT, and
V. m -j;~-We t fgt~j-o o V p and 0
*k,pa~r ;W a n r a pr me
0t.6~.* In Bubbling Proc... 40
It was found that the distribution of volume vapor content
and air content along the elevation of the bubbling volume
at Insignificant reduced velocities of vapor or air. and at
low boiler water salt contentp remains qualitatively the -
seem urder wricus premiaires and characteristics of the parrorsted
plate. An Increase in the eight level at atmospheric
Pressure results In a decrease or vapor content. An Increase In
the reduced velocity or steam when the -star Is of low salt
content, Increases the volume vapor content.
"Ammv 9. 1. Pulsations or Pressure in the Flow of GAs-Liquid
46
21as article describes experiments In pressure pulsation
dIamaters-25.8, 47.4, 74.7
four 14 a long pipes of different
and 99.8 am. The flow velocity changed from 0.2 to 3m/eac.
The San content changed from 0.05 to 0.95. Graphical repreennt-
aticn, of experimental results are given.
Mirapoilskly, Z. L., ard-IL--l-Sbney"rova. Investigation of a
Flow or Vapor Water Mixtrure In Pipes--br-r Radiation 53
In thAs article theauthore describe problems in dater-
mining the average values of steam volume contents T) av. In
pipes. and In conduits of rectangular cross amet Ion. The
results obtained ire also valid for conduits of
arbitrary geometrical shapes. Diagrams and graphs are given.
Khrustalav, B. A; and S. S. Fillmonov. Temperature Fields In
Combustion Chambe~m 62
Three kinds of ruriagae heating cftmbers were Investigated.
Experim,antal data show that under coriditlon or approximate
mair-modaling temperature fields these obambors perform
according to load. It Is stated that the approximate
Independence of dimensionless tomporature fields from the
llodm~`Occurs in various combustion chambers which differ from
~Roh other according to 98OMMtric characteristics and the
type or -combustion processes.
Shohagoler, D. M. I
Steam BoMer, of a Solar Heat Energy Station 70
The author presents' data Ion the Performance of steam boiler,
operating on solar heat energy.
b Coderal diagrams of a
Oiler and tables or principal characteristic am given.
Surinov, Yu. A. Investigation of Radiation Heat Tran"fer In
Systems Of Gray Bodies 79
The author develops a theory or radiation and radiation heat
transfer. The equations appearing in thin article permit a
hooratical-probability Interpretation. Th
o &rticle In di-
tided into two parts: 1) Salutlnn of a mixed problem on radi-
a hea t x - age in a GYRtOm Or gray bodlan In a diathermic
.=Nou. , andlo)'SolutiOn Or amixed problem or rndiation heat

,SMRN!~E~YEROV ~, , inzh.; SHVARTS, A.L,, kand.tel~hn.nauk; IIIROPOLISKIY,
Z.L., kand.tekhn.nauk; IDKSHIN, V.A.., kand.tekhn.nauk
j.., - Experimental study of the real steam contents and useful heads
in tilted pipes. Teploenergetika 8 ao.4sO-~67 Ap 161.
(MIRA 24:8)
1. Energeticheskiy inatitut AN SSSR i Vsesoyuznyy teplotekhnicheskiy
institut.
(Boilers)

MIROPOLISKIY, Z.L.; SHNEYEROV~', R.I.
Use of bremsstrahlung in studying the phase composition of a steam-
water mixture in a heated tube. Teplofiz. vys. temp. I no.1:112-117
Jl-Ag 163. (MIRA 16:1o)
1. Energeticheskiy in3titut im. G.M.Krzhizlianovskogo.

IC,,
in t e with ti-e
M,ea-ure,mtz~nt, c)," v!D_I*,u-.etri~! va,.cr cfjntent Ln a steam-,Lenerat
aid of' bremsstrahlang. 11
report submitted for 2nd All-Union Conf on Heat & Nflass Transfer, VIiinsk, 4-12
Krznizhanovskiy Power Inst.

MIROPOLISKIY, E.L,, kand. tekhn. nauk; SHITSMAIN, M.Ye., kand. tekhn. nauk;
SHNEYFROVA, R.I., inzh.
I... ...... . -
Effect of the heat stream and velocity on the hydraulic resistance
, of a steam and water mixture in pipes. Teplaenergetika 12 no.5:67-
70 My 165. (NIRA 18:5)
1. Energeticheskiy institut im. G.M.Krzhizhanovskogo.

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USSR1 Chemistry Phycical chen-listry
Card 1/1 Pub. 147 9/21
Authors g, Zaslavskiy, Yu.. S.; Kreyn, S. E., and Shneyerova, R. N.
Title e Study of the reaction of anticorrosion admixtures to oil by the
,ad-loactive indicator method
Feiri*dlcal a Zhur. fiz,~_ Ichim. 29/10, 1815-1821, Oct 1955
Abatfb&b t L new method for the study of films-formed on metal surfaces by anti-
corrosive admixtures was introduced. It was found that the protective
film forms with the participation of the basic components of the anti-
corrosion admixture, namely, the sulfur or phosphorus. The dependence of
the protective film formation upon time, oil' temperature, admixture con--~ -
centration in the oil and the surface of the metal is explained. The-.ccm-
plex nature of the protective film formation-because of the adsorption pr5
ceases and the chemical reaction between admixture and metal is discu-sliedi
Two USM references (10.51 and 1954). Graphs.
Institution
Submitted January 11, 1955

YEA --0-(//1)
W.
n idorr *-s Ive itives oi:
e .9
Use of-labeled atoms in th tudy of -the a a Lon p r a d
a o
r nr
Yu. S. Zaslavski:*L. S E . Krein,~ _R~ N iA: and:U'. I. Sho Khin~ iTek~ ji,
Topliva 195c,: No. 4, 37-49.-.-In' e=ts carried - 0'at M by the GOST_7,162~49 ~Iethkxl' -I-b-as
deDosited on Pb. Cu. Fb bronze, and steel IIIplatel b- lubricat .,oils-6f.the Lypeml-
ph,3pNo ( I) and 6.5% sulMILOY)atea- fte Mr 1-
R-22, contg. 0.5% 05~7fl were measured
5, 10, 1c, 20. 25, 30, 40'. 350, 60, 9:0, 120, 150, 1 0 md '. and'- Maftex .wards a
very hr,
at 90, 110, 140, 170, 200, and 2200 for a total of 10 hoursmat each-temp~ Thp_wt. Of
the film was caled. from the equatibn x mgg[n~,a where n. is the., measuredmimptilse/min.
for the -tested plate, g the wt. (Yng.) of -thedeDOSiteA'.radioactive :s-ab'sta.-.oe on the
plate, n the av. radioacti2ity of the control. plate de td, every day. The.- sensitivity-
of the method was 10-7-10-8 9- For every temp. the.wt of the f i1m: 6o n-t- g I r a,p.idly
increased to a value chara,~:teristic for each, m0tal, ind then leveled ff. With
increase in ten p., the rate of film formation sharply incr eased;: however, the, wt., ,of
the film decreased. Analogous results were obtained with the sulf onated oilsi.- Analysis
of the plates showed that they contained s35; the depth of pe Inetratiori'for each metal
was directly related to the temp., reaction time, and conon. -of them, additive.. Them
perietgation was greatest ( about 0 X1 - mg. /~sq. cm. 140 deep after 8 hrsi., . at 14oa. ~ with
1% S3' in the oil) for Pb bronze, The kinetics of film formation.. were -:also followed
by measuring the radio-activity of the oils Off-16,_ MT-16p, M-22): induced by Pb~
cast iron, and steel plates contg. about 0.003%-,qbl24.after'30 hrs..al- no 14o
170, 185, 200, and 2200. Max. corrosion for each metal and e Mach-.~Oij~;-.-,qccurred at
about 1?b*,. The adcki. of inhibitors first decreased th
e corrop;on.bdV after the

-1 .~ - - ~-, ~,- - :: - . : , -, ~r ~- - ~- I ~ - - . ~ 11

7 1"j, EMO(IITA A T
.d , UZ~
_T R. -1.
"Radio(-hem."cal Investigation of the Stability of Solutions of Additives in Oils.
P. 107-
"Radickhemical Investigation of the Action of Oil Additives." P. 85.
~n book Study and Use of Petroleum Products, Moscow, Gosteptekhizdat, 1957, 213 PP.
T"his collection of articles gives the results of the sci. res. work of the AU Sci.
T U
Res. Ins'. for the Processing of Petroleum and Gas for the Production of Synthetic
Liouid Fuel.

ZASLAVSKIY, Yu.S.; MYN,S.R.: SHNNYBROVA. R,N.; SHOR, G.J.
Radiochemical study of the mechanism of nction of additives for
oils. Trudy VNII NP'no.6:85-106 '57. (MIRA 10:10)
(lubrication and lubricants) (Corrosion and anticorrosives)

A - ~ I -~-
ZASLAVSKIY, Yu.S.; SHNEYEROVA, R.H.; SHOR, G.I.; KUZNETBOTA, A.I.
Radiochemical analysis of the stability of additives in oil.
Trudy VNII HP no.6:107-116 '57. (MIRA 10:10)
(Lubrication and lubricanta) (Radioactive tracers)

-1~1 7
ZASIAVSKIY, Yu. and SHOR, G. and SHNEYEROVA, R.i*-,~
"Researches into The Mechanism of Protection of Friction Surfaces From
Corrosive Wear."
paper to be presented at 2nd UN Intl. Conf. on the peaceful uses of Atomic
Energy, Geneva, 1 - 13 Sept 58.

7. 11
t
'
.D c-ples printed.
4 5~
Sponocr'nr kr-,~nciex: V=It. 01&"oye upr&vlsniyo po ispollcov&niyu
. atocnoy cnorg'l, and Akadexlys. nauk SSSR.

Editorial Boa~d or Sets V.I. DikUahins Acadevacain (Reap. Ed.)
3humilovskly (Deputy Reap. Ed.), Tu. S. Zaalavokly (Deputy Reap.
Tatochtnko, B.T. V#rkhovskiy~ S.T. X&zLrovv L.I. Petraia
4"z'
.d.), L.X.
and X.O. Z lovinakaya (Secretary).
, '
Id. or Publishing Houx~3 F.K. Belyanin; Tech. Ed.s T.P. Polanava.
PURPOS19 This book is intended ror specialists in the field or on-
chino and Instrument manufacture h. -a* radioactive isotope ain
the study of materials and processes.
COVERAGNs This collection or papers covers a very wide fleld of the
utilization or tracer methods In Industrial research and control
techniques. The topic of this volume I* the use of radioisotope*
In the machino-and Instrument. manufacturing industry. The indi-
vidual papers discuss the applications or radioisotope techniques
In the AtudY of metals and alloys, problems orfriction ond iubri-
cation, metal cutting, engine performsnts, and dofaotb In metals.
Several papers art devoted to the use or radioisotopes In the auto-
Nation of industrial processes, recording and measuring devices,
quality control, flowmators, level gauges, safety devices, radla-
t1on counters, etc. These papers represent contributions of vLr-
loua Soviet Institutes and laboratories. They war- Published as
traneactiona of the All-Union Conference on the Us* of Radjoac-
tive and Stable Isotopes And Radiation In the National Economy
and Science, April 4-12, 1957. No personalities A" mentioned.
References are given at the and of most of the -papers. ------- --
N1_kIt1n._M.D (Teentralony.7 nauchnc~ljszladovatoltokly dlzoltnyy
.
Inatitut - Reno 1 Research Inatituo). Iffect or the Number or Re-
volutlone and Maximum Cymlo Pressure on the Wear or upper piston
Ring and Cylinder 31~ovo In Diesels 43
Hisn.vicl A -issl*dovatellokly traktornyy lnatltmt
Z, (Naucbno
A-
r___
rector Research Institute). Study of the sfroct of Dust on the
%
actor Rea. .
;
Wear of Parts of Tractor Engines 47
0.1. Shor, and IpA_flcrozova (VNII po pa ra-
_
-
_
j
:hIdkoUo topliva-
ojg6
tk. norti I gaze i-pioUich-eriiyu Ixk01Astver6
All-Union Scientific Research Institute for the Processing or re-
trolousi and Gas and the Production of Synthetic Liquid Fuel).
Reduction of the Low-texperature Wear of Cylinder;-Flaton Units in
Engines by the Use of Oil Additives 52
ru.S., SJ6__KrA= and 0 1 3bor
zKolavaklyl
;
;
VK MM
.
t
n yru iskuo
onnogo
(VNII po parerabotke nefti. I 'j.
xhidkogo to,pliva - All-Unlota Scientific Research Institute for
the Processing of Petroleum and Gas and the Production of Synthetic
LIq aid Fuel). Study of the Mechanism of the Action of
Dive Oil Additives 64
Iml-, 9 X., O.V. Vinogradov, K.A_2AZUMgjykUA, ? _T- Sani,
and &j__VL1_y&nov* (Xnstitut no ftl AN S3SR ~ Petroleum, Institute,
Acadei~~~*&, UWR). Study of the Mechanism or the Inter-
action of Oil Additives vIth Xotals 67
3tuftl-tw,-To~T%. (Voeaoyuzr4yy nauchno-laml.dovatelookly uEoliftyy
Imatitut - All-Union Mining Research Institute). Study of the
Wear of Caere In Xining Machinery T3 (11,
ILI

V-A
o p
A,
vK
i,, ;2 n
v
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li t!

P,3 00 66188
AUTHORS: Zaslavskiy, Yu. S., Shor, G. I., SOV/20-128-5-42/67
Shney~r~v~a
TITLE: Mechanism of the Destruction of Protective Films Formed by
Anticorrosive Admixtures
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 128, Nr 5, PP 1010 - 1011t
(USSR)
ABSTRACT: The authors investigated this mechanism of chemical destruction
so far unknown which-Aimits the service life of the admixtures
as lubricating oils in the engine. The problem in question is
the protection of the bearing bush in combustion engines a-
gainst corrosion caused by the oxidation products of the lu-
bricating oil. The authors used the Pinkevich apparatus (GOST
5162-49) and a radiometric method worked out already earlier
(Ref 2). Film destruction was investigated on the surface of
lead. Lead plates were put into Xt-16 oil. In the first case,
246 of diphenyl sulphide labeled with B35 and C14 , and 0.066%
of stearic acid were introduced into that oil; in the aecond
case, the same amount of nonlabeled admixture and 0.05% of tri-
Card 1/3 decanoic acid labeled with C14 were introduced. Figure 1 shows
1-K,

66188
Mechanism of the Destruction of Protective Films Formed SOV/20-128-5-42/67
by Anticorrosive Admixtures
the experimental results at 140"C- It appears that there is a
synchronism in the formation and destruction of the film. It
may be assumed that the synchronism of the vanishing of the
acid together with the radicals of the admixture from the lead
surface is related to the fact that the acid formed the metal-
admixture complex by solvation due to its polarity. Thereby
the acid carries over the radicals - because sulphur is more
strongly bound to the metal than to the radicals - and disap-
pears with them from the surface. The synchronism of the van-
ishing of the film formed by the acid and the film observed
from sulphur radiation seems to be related to the chemical in-
teraction of the acid with lead sulphide (it takes place after
destruction of the complex of the admixture with the metal,
i.e. with formation of a lead salt soluble in oil (Refs l)3p4))-
Reaction diagrams of formation and destruction of the protec-
tive film on the lead surface are given. Vanishing of the acid
and radicals of the admixture in experiments with a phosphor~is-
containing admixture also showed synchronism (Fig 2). In this
case, however, the film caused by the acid and the radicals of
Card 2/3 the admixture disappear completely and simultaneously. The acid
till'

66188
Mechanism of the Destruction of Protective Films Formed SOV/20-128-5-42/67
by Anticorrosive Admixtures
seems not to react with the lead phosphide formed in the des-
truction of the admixture complex with metal due to solvation.
This may explain why phosphorus remains on the lead surface so
long after the radicals of the admixture have disappeared
(Ref 4). There are 2 figures and 4 references, 2 of which are
Soviet.
ASSOCIATION: VBesoyuznyy nauchno-issledovatel'skiy institut po pererabotke
nefti i gaza i DOlucheniyu iskunstvennogo zhidkogo topliva
(All-Union Scientific Research Institute for Petroleum and
Natural Gas Refining and the Production of Synthetic Liquid
Fuels)
PRESENTED: May 18, 1959, by V. I. Dikushin, Academician
SUBMITTED: May 18, 1959
Card 3/3

C- /00 1 /4n /O()O/O0r:/O84/1 12
B1 62/B 1
A U T`H OR S Zaslav3kiy, Yu. S., Shor, G. I., AhL~ey~ ra, R. if.
FK
TITLE-: Mechanism of action of certain types of additives to oils
(sashing, anticorrosion, and antiseizing additives)
PE'RIODICAL: Referativnyy zhurnal. Khimiya, no. 5, 1962, 529,
abstract 5.'.1217 (Sb. "Prisadki k maslam i toplivam".
Gostoptekhizdat, 1961, 16a-173)
T---'XT: Results of previous -work of the authors on the mechanism of action,
selection and methods of evaluating the above types of additives in oils
are discusse d and generalized. 21 references. Abstracter's note: Complete
translation.
Card 1/1

S/081/62/'000/005/090'/112
Radioactive tracer methods for ... B160/B138
was used to model the dispersed phase (oil oxidation and fuel combustion
producto). In the radioisotope method of studying the detergent properties
of oils with additives the amount of gummy deposit was measured frM the
absorption of Go 6o beta radiation in it. The method of studying the
detergent proper t4 es of oils with additives, based on the oxidati of a
0 _L on
thin layer of oil on a heated strip of steel, has been improved by radiomet-
ric measurement of the deposits, using Ca45 as a source. The chemical
-.ctivity of antiscoring additives was estimated by determining the
.kinetics of the transitions from radioactive steel (irradiated with
neutrons via Fe59) or copper (activated by introducin tracer amounts of
Ag 1-10 intD.molten copper) to the oil, under the influence of the test addi-
tives. ~Abstracterls note: Complete translationj
Card 2/2

32530
2-Z 01 s o65/61/000/012/004/00=
E194/E135
AUTHORS., Zaslavskiy, Yu.S., Shor, G.I., Shneyeroica.
Kuznetsova, A.I., and Lebedeva, F.B.
TITLE,, Reducing the corrosivity of extreme pressure (E.P.)
additives without impairing their effectiveness
PERIODICAL2 Khimiya i tekhnologiya topliv i masel, no.12, ig6i,
39-43
TEXT5 Previous work by the authors has shown that whereas
ant'-corrosion additives should have strongly bonded sulphur or
pho;phorus in the molecule, E.P. additives should easily release
sulphur, phosphorus or chlorine to form compounds on the metallic
surfaces at high contact temperatures. This explains the well-
known correlation between good anti-wear properties and high
corrosivity. A combination of anti-wear and anti-corrosion
additive components should overcome the effect of delayed E.P.
a~:tion in high-speed friction tests. In surfaces subject to high
speed friction there is not always time for the E.P. additive to
operate, For laboratory tests of two component additives the
lard I/

32530
Reducin- the corrosivity of .... s/o65/6l/000/0l2/Oo4/oO5
ID E194/E!35
authors developed radiotracer methods of determining the chemical
a_fivitv of E.P. additives in oils in the presence or absence of
fri--tion. The chemical activity of the E,P. additives was
assessed by determining the kinetics of solution of radioactive
steel -in oil. or of copper which was activated with Agilo.
Determination of the chemical activity relative to radioactive
,:cpper and steel were made with various sulphurised and
,:hlorinated organic compounds and mixtures of these. For example,
.4n tests ;%ri-th copper foil at a temperature of 150 OC it was found
That chemical activity of the sulphur-containing additive
dibenzyl disulphide and that of chlorinated wax were both much
LeEs than the chemical activity of a mixture of these additives.
A mixture containing base oil Plus 30/c dibenzyl disulphide plus
I~o -h-lorinated wax gave the best E.P. protection in the four ball
test, when 60,6 of barium alkyl phenolate dissolved in
oxprcpylated alkyl-pheno.1 was added to the oil containing
d-ibenzvl disulphide and chlorinated wax there was a marked
diminution in corrosivity of the oil without -impairment of the
E,P"properties. However, the reduced corrosivity to copper
lai-:ted for only ten hours. The anti-corrosion properties of
Car d 21/ _-

32530
Reducing the corrosivity of s/o65/61/ooo/ol2/004/005
E194/E135
phosphorus-containing compounds were also tested on the
assumption that effective protection of metallic surfaces against
corrosion by atoms of chlorine and sulphur can be achieved by
creating, not a molecular, but a more continuous atomic film which
is less penetrable. To create such films the phosphorus-
containing compounds must be soluble in the base oil and release
phosphorus at considerably lower temperatures than the
decomposition temperatures of the E.P. components. It was indeed
found that the use of phosphorus-containing additives ensured
effective reduction of corrosion of steel at an oil temperature
of 200 OC in the presence of a mixture of dibenzyl disulphide and
chlorinated wax. ~Ioreover, four ball machine tests showed that
the E.P. properties were not impaired. Tricresyl phosphate had
no anti-corrosive effect, whilst triphenyl phosphate caused a
marked reduction in corrosion. By using phosphorus-containing
anti-corrosion components in blends with more chemically active
E~P. additives, effective blends may be made using chemical
compounds that hitherto have been rejected because of their high
sorrosivity. E.P_ oils were tested on a friction machine in which
Card 3/5

32530
Reducing the corrosivity of .... S/065/61/000/012/004/005
E194/E135
the rubbing surfaces are the ends of two hollow cast iron
cylinders of 16 mm external diameter, one of which was radioactive,
The tests were made at a speed of 600 r.p.m. with a load of
2~5 kg/cm2 for a period of one hour. Typical test results show
that the base oil gave a mean wear rate of 660 impulses/min of the
,~ounteri the base oil Plus 3% of additive 513-6/9 (LZ-6/9) plus
7'6 chlorinated wax gave a wear rate of 1920 impulses/min. The same
Plus 0.5% triphenyl phosphite gave a wear rate of 840 impulses/min.
Thus the triphenyl phosphite reduced the corrosivity of the E.P.
oil to the level of the base oil. There are 3 figures, I table
and 17 referencese 11 Soviet-bloc and 6 non-Soviet-bloc.
The four most recent English language references read as follows:
Ref,ll,z J.S. Elliot, N.E. Hitchcock, E.D. Edwards~
Hypoid Gear Lubricants and Additives. J~ of the Institute
of Petroleum, vA5, no.428, 219-235, 1959.
Ref.,12. F.T. Barcroft. A Technique for Investigating Reactions
between E.P., Additives and Metal Surfaces at High
Temperatures. Wear, v.3, no.6, 413-500, ig6o.
Card 4/5

32530
RedUCing the corrosivity of s/o65/6i/ooo/o12/004/005
E194/EI35
Rel,14~ R,B,, Campbell, L. Grunberg. Study of reactions of metals
with sulphur and phosphorus compounds by pulsed
temperatures, Paper no.RlCC/32 at the International
Conference on the use of isotopes in Physics and Industry
(Copenhagen-, September 6-17, 1960). Izd. MAGATE, Vena,
1961.
Ref~15, G. Hugel. Chemical nature of extreme pressure lubrication.
Lubrication Engineering, v.14, no.12, 523-526, 1958,
ASSOCIATION: VNII NP
Card

ZASLAVSKIY, Yu.S.; SHOR, G.I.; SH14EYFMVA, R.N., LEBEDEVA, F.B.
Reducing chemical wear in using lubricating oils with ant-seizing
additives. Tren.i izn.mash. no.15:486-494 162. OMIRA 15:4)
(Lubrication and lubricants-Testing)

ZASLAVSKIY, Yu. S.; SHOR) G. I.; MOROZOVA, i. A.; LEBEDEVA, F. B.; YEVSTIGNEYEN, Ye. V.;
SHNEYEROVAY R. N.
"New methods of investigation of lubricant properties."
report submitted for Intl Lubrication Conf, Washington, D.C.., 13-16 oct 64.

ZASLAVSKIJ, J. (Zaslavskiy, I.S.]; SOR, G.I. [Shor, G.I.];
SNEJEROVA, R.N. [Shne5~rpva, R.N.]_ ,
----
Radio indicator'research on the mechanism of action of
anticorrosion and antiseizing additives to lubricating
oils. Ropa a uhlie 6 no.5:130-135 My 164.
1. All-Union Scientific Research Institute for the Pro-
cessing of Petroleum and Gas and for the Production of
Synthetic Liquid Fuel.

TELENINSKIY, D.S.; SMYERSU, L.M.
Strength of steel parts subjected to chemieal beat treatment
in case of asyrnetric cylpes of loading. Trudy Sem.po kach.-
Poverkh. no0-5:156-162 161, (MIRA 15:10)
(Case hardening)

SHREYERSON, A.A.; PAMNOVA, H.S.; FILONOVSKAYA, K.G.
Ty-pic&I structure of dysentery cultures of the Flaxner group.
Zhur.mikrobiol.epid.i immm. no.3:89 Mr '54. (KLRA 7:4)
1. Iz Odesskogo institute. apidemiologii i mikrobiologii im. Rech-
nikova. (Shigalla paradysenterias)

SaWARSON, A.A.
. . ~ -~ 1: ~. ~
Data on regional dysentery mic iobiology. Part 3: Dyzentejy
caused b3r Shigella sonnei. Zhur. mikrobiol. spid. J immn.
no.6:68 Je 154. (MLEA 7:7)
1. Iz Od sakogo inatituta, vaktsin i ayvorotok im. Machnikova.
(ZOGELLA. SONNZI) MUMMY)

SHNEYMS011, A.G., kand. biol. nauk.
a,;.""
In the struggle for higher livestock productivity. Teterinariia
34 no.2.10-13 F '57. (MLRA 10-111)
1. Starshly nauchnyy sotrudnik Krasnoyarskoy nauchno-lesladovatell-
skoy veterinarno-opytnoy stantsii.
(Veterinary medicine)
4

BAM-OV, A.T,; SHNEYERSOX -,-G-.-,
How scab was eliminated from sheep in Krasnoyarsk Territory.
Veterinariin 34 ac.9:43-46 S '57. (MLFJ. 1C:q)
1. Nachal'nik vetotdela Krasnoyarskogo krPyse1'khozuprav1eniYa
(for Bannov). 2. Starshiy nsuchnyy sotrudnik Krasnoyarskoy nauchno-
issledovatellskoy veteriziarynoy stantsii.
(Krasnoyarsk Territory-Sucab diseAse In sheep)

SERMEMN, A.G., kand.biologicheskikh nauk
Krasnoyarsk Veterim y Research Station. Trudy VIET 23:378-379 159.
(MIRA 13:10)
(Krasnoyarsk Territory~--Veterinary research)

"Prevention of agricultural animals from blood sucking insects
in taiga."
Veterinariya Vol. 37, No. 3, 196o, p. 62

The rcu~,Cfles-- CT the f-olien-A, crisis of C,,,?jtajjpr, i1i jtz; modern ph-~se; lecture. sl-va
Fr c j a1940/. '3 (52-17W!)

SHNEYERSON, Avraam Iltich; KOSTIN, V.,' red.; DANILINA, A.. tekhn.red.
[Poverty in the midst of abundance] Hishcheta sredi izobiliia.
Moskva, Gos.izd-vo polit.lit-ry, 1959. 69 p. (KIRA 12:5)
(United States--Economic conditions)

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Nil 2 mobs,, 0.190. 0.197; 5 mots. 0.170, 0.187; (M)
(H0CHv.CHi)aN 0.5 mol. 0.0318, 0,46; 2 mols.. 0.(M.
0.55; 3.5 mols.. 0.0062. O.M. The rate, expressed by the'
a i roeff. of abwrpt;m K - (As) VAS'P) r (whm As
change of the val. fraction of CO. In the gas as a result of
-3 '1 absorption, V - vol. (cu. m.) of gas passed In I hr
mean logarithmic value of the pressure difference between
00-
i) gas and liquid, r - free vol. of the scrubber
00 :1 .,1 1 . nozzle).
'r ;? F cu. m. (COO/hr. X cu. m. X atm.. and caM.
,X tn
the oompn. of the gws (in agreement within 10%
JM-1
ith that calcd. from the liquid), was found in all cases
Z. deervaic with the mean degree a (in %) of the coam-
sion Into ethanotamine carbonates that takes place in the
i absorption, e.g.. 2 HOCIICH,NH, + HrO + Col
(1I0CIfjCHjNH,),IIC0. and (H0CIf,CHjNHjjHjC0j
+ 11,0 + CO, - 20I0CIfCHNff,)HC0j. Plots of
z K agairt%t ~ give straight lines permitting extrapolation to
0: examples, temp. .50'. V (ow-0 3.4 cu. m./
AS4.SLA AITALLUMCAL UTMATURE CLASUFOCATIGN
14"61 1410*0 war Q.V ON

a us. x br. Cox in gas M) 34% a 0. 16,-
600
IWO
M
2N0
K
2
Z -00
-
;
9
.
.
50, 80%. 12 mcls~,
M
.
rp mob., K - QW, 3740. 3140. 2340,1140; U 2 mols., -00
12W, 102D. SW. OW, 240. Roughly, for I MA 11,
K .00
.
Increase of a by Wo results In a M7. decrease of
wberess for M this is reached for a "o Increase of a. -00
With increasing CO, content in the gas (from 3 to 50 vol. of
K decreases; with Co, (sucan) 30%. K falls by 2-37c
-00
when CO# is hmeased by 1%; examples. 60% 3A cu. m./
on. a - 0. COt 3,30, W7, 13 mob K - 43W-
*'Th
1
Yk loo
e rate .
, M.
_4w, 1040; U 6 moic, K - IM.
-now of the gas, between 100 and Goo cu. tn./sq. m. X hr.
for I and U, and between 20 wad 70 for M. is pr.--I"IY see
without effect on X (caled. for a - 0. C0# mean 3 and 31
Solos. of I and U decreased the We content of the gas.
from a MA 34% to about OAM07 in about th min. of
tact; M required 3 min. to &~; Co. from 5 to
co q8 0
n
0.02%. With increasing rate of dow Of the absorbing Goo

liquid, K Increases, by about 35 and W-76 on doubting the 30*
rate of flow from 2 and 4 cu. m./sq. m. X hr.. mp., for
and I c) and COs
Cot 3 and 31%. At coft. V, &(- 0 307
_113
of ethanol-
a
cu
i
d 35
d I
)

X
to o
.
ncre
m
. an
s
ng
content (a ms
%
amine, K first increases, pas- through a max ..and then .
falls; the maz. Is located, for 1, U. M at 6.5. 3. 2 mokA..
resp.; the fall at high cowns. is ascribed to Irscreased wee
Viscosity. In terms of temp., Krim rapidly to about 50* 400
and then either sen ins fairly const. air falls after passing
through a max. For the purification of 1000 cu. m. Of No 0
gascontg* 57, Col. with a 5 M soln. of 1, at u m 7417c, the
* --0o
, 1.0, ox.
necessary scrubber vols. am, at 25, 50, and 75

U.M..resp. Under identical conditions, K is2-2.5 4
and 1.9 e, boo
tia" greater for I than for U, and 20-M tinses greater than
for nod
slow 0*14V
W&LAS1 Got 0- Ita
~,n AM, I
An
a ad a Is 4 1 M a 0 a a
U 9 A' V3 LV~ sa
0 0 a ty or It PC 19 101 1, YA dim
0 0 0 o 0 010 0 * 0 0 0 0 0 0 0 0 0 0 0 0 0
*
T4041 0 ****Is** '00 if* goo ooGjP6*ooo

r-4
.ww/Chewetr.y, Carbon Dioxide
Chwdfftr7 Ithanol,
"Absorption of Carbon Dioxide by RthanolamlneB:
I;, Absorption of Carbon Dioxide by Solutions
Comtaining a MiXture.-of Mono-, Di-) and
Trjethmolpmi es, 11 A. L. Sbneyerson, A. G,
Iaybash, State Inst of Nitrogen Ind, 5 pp
"71bur Prik n'-" Vol ITTT, No 6
Solubility and rate of absorption of C02 in
aqueous solutions containing a mixture of
etbAnolamines can be calculated simply by add-
iug the values for solubility and rate of.,,_'
r-M.,
62~4'~*'Mi T*
USSR/Chemistry 'Carbon Dioxide (Contd) Jun 49
absorption of CO-p in each of the various com-
ponents. Submitted 17 Jun 48.
62/49T17

Absorption o( hydrogen suMde and of its mhtum with
carbon dioxide by *umolamiseg. A. 0. UnKUh and A. L
Sho P J. A ablia w. U.S.S.R. 23. 14"7(1950;
1)f, Zk?r.oPraW. Xhiss. 23. 145-52-
The soly. of HA in ethwtokmise solus. times sh-PlY IS its
xtW P. cum is h--ft and 11-1-Ishes with temp. rise
=
IS to Sol. ne soly. in monoethanolstof solos. Is
2.5 to 3.5 times as high as in diethavolamine solus. C1%
lowers the ady. of 11t9 in ethsAolatulzte solos. and H9S
Uewise lowers the soly. of 00s In ethanolandne so!ns.
ResWts an pared with Riegger's data (C.A. 39. 9%0).
M. McMahon
-Z

W W W 1W W
0 0 0 0 0 0 0 0 0 0 * 0 0 0 0 OTW-
*zi i PC M, Ili -
if it " a 11 A bit mil 34436V Mima
14 r Q -L--LJ-Ak-M-QL 0,1149
2967* flati, of Aboorpilcm. (lit Hussian.) A. C. IA-illtbit doil
A. I.- Shure-LVIn. 7Aijrrud PAImInoi Xhimii ( joninal of Applio,l
CI-mmWT. %,. tl, Nov. 11M. ji~ 1170-1 IM
AI-11,11"n of If's Andohl InWun. of ILS and CO. 1.1 Somin.,
....... .and landin- U.-tv om.,tigated. of
:;I
0 0. -rent fartom mich as depre of tiamfocination 4-1 ctimnoLs-
0* inines info sulfids, or varl,nnat.-i. Irlim-ity of gx% flow, %elmity of
injoul How, comentration of 011.1nolanoi.c. inul 'on",itration of
co, and If's in the IZA, ini%fort. wj4 detcrinint4l. zoo
0 IF Lee'
A St. S L A *ETALLLPGICAL L17(RA7L4( CLASSIFICAIIGN
A 0 8. 4,).tnv
IL
00
r 00
An j. S it W 0 .1 Wr 14 0 n
11 It it VIC sit Ogg "g:y 434
00 00 a 0 0 0 0 0

I - \~ : I
SHnMGff-9 IN REMIN' ye.N.
Nature of the vellow-green emission in the oxidation of nitrogen in
the electric discharge, Zhur.Fiz.Khim. 26, 1493-1503 '52.(MIaA 3:12)
OA 47 no.13:6250 '53)

7'
amIIna UM nitrdt
ristics df
Cali=g characte
Shnee V; A. Mevkei and- h1tvicrd
_'Pbe eaect~'O cooling,
Mtn. 4vj-M!!~
958
moisture content. KNOB, awl. campression'(up to 0_2
sq. cm.) an the caking characteristics of NT-WO~ WaS7
detd. Samples (12 K.) were heated tip to 75% compressed,
in a t' herinostat, and transferied (tample and presss) into a
const-humidity box where it Was allowed to cool. The
caking const. K was detd. by the percentage of the sample
pissing through a revolviug screen in 5 see. Compression
under 0.12 kg./sq. cra. of samples, contg. 1.00-1.72% H.0
and cooling to 30' did not affect the value of K. Samples
contg. 5% KNXOa and. 1.470 HIG -cooled to 18* did not
cake. But samples coutg. 2 and 2.5% KNO, Wgan to-
cake when cooled to 20 and 18*, resp. Thermograms of
these 2 mixts. showed the transition III - IV to he at
22.5 and 20.6% resp. The values of K increased with the
pressure of compression and with the moisture content.
.Increasing- the latter from:OA5to,Ut.9%Jnc.-cascd K 5 1614, t
further increase to 1.8% had no effect.- It Wa~ j:16aclae
-IV at:32-0"
t 10
diat caking occurred at the ti~ansiti it- III
(cf. Alekseenko and Rohlyrev, preceding abs&.-).
!~-Beacowl

MD,IIOVICH, M.A. ; SIDTMSOII, A.L.; KIEVKF,, V.A.
-- - - - !
New refrigerant for the iondensation of nitrogen oxides f rom nitrosyl
gases. Zhur.prikl.ldhim- 31 no-11:1739-1741 IT 158.
(MIRA 12:2)
(Ifitro--en oxides) (Refrigerants)

L 1019'-66 EWT ~ m) /EWF (t) IWF (b) IJP( JD
ACC NRt AP5028454.- SOURCE COEE: UR/0286/65/000/020/0019/OOCL9
Ir
AUTHORS: MinioNrich, M. ..1 Shneyerson, A L - Filippova, Zh H - Atroshchenko, V0
I - Zasbrin, A. P,; Ivanovskiy, F. P,
ORG: none
TITLE: Method for obtaining nitric acid, Class 12, No. 175492 4rannounced bj~~
Organic-53mthesis (Gosudarstvennyy muchno-isaledovatellskiy, i proyektnyy institut
azotnoy promyshlennosti i produktov organicheskogo sintoza)L7
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 20, 1965, 19
TOPIC TAGS: nitric acid, nitrogen'obcide, nitrogen compound
ABSTRACT: This Author Certificate presents a method for obtaining nitric acid at a
pressure of 4-9 atm by absorbing gaseous nitrogen oxides in vater in an absorption
tray-type column-. To obtain 68-80% nitric acid., liquid oxides of nitrogen are
introduced into the column at a point below the formation of 50--63% nitric acid.
The reaction may also be carried out by introducing air into the column at a point
below which the liquid oxides of nitrogen are introduced.

L M WOVICH)
4 0 A.A
I ty vAzc-c~ :I--, of f-;cncanf,raLcd solutiorr,
i r a td~ within I;emperatuyo range.
3-E

sliz IERSO142 A.L.; MINIOVIGH, M.A.; FUILPPOVt~, Zh.M.; SGROKO, S.N.;
PI,ATOIIUV) P.A.
Liquid-rapor equilibrium in the systems HNO- - H20 - mg(No 3 )2.,
HU03 - H20 - Ca(NO3)2, and IIN03 - H20 - Mg(go3)2 - Ca(NO 3)2'
Zhur. fiz. kiiim. 39 no.6:1403-1407 Je '65.
OMIPA 18:11)
1. Gosudarstvennyy institut azotunoy promyshlennosti. Submitted
Feb. 13, 1964.

A. 11.
"Antitoxins A,ainst Perfrin:Tens and Oedematiens Infections as
Anti.7ens for Comprehensive Ekperinental Immmization and Revaccination."
Cand ~16d Sci, Central Inst for the Advanced Traini,-~~ of Physicians, Min
Health USSR, Moscow, 1955. (KL, No 9, Feb 55)
SO: Sum. No. 631, 226 Au,r,-. 55 - Survey of Scientific and Techincal Diss-
artation Defended at USSR Hi.-her Educational Institutions.
(14)

ROMANOV, G.V.; SHNFYFMON, A.N.
Phosphate-paptone agar in determining the virulence of Corynebacterium
diphtheriao. Zhur.mikrobiol.epid. i immun. 27 no.12:34-39 D 156.
(MLRA 10:1)
1. Iz Gosudarstvannogo kontrollnogo Inatituta sy-vorotok i vaktain
imeni Tarasevicha.
(CORYIMACTLTIUM DIPHTHBRIAIC,
virulence, determ. with phosphata-paptona agar (Rue))
(AGAR,
phosphate-peptone agar in determ. of Coryne)*cterium
diphtheria@ virulence (Rus))

10L.
C as Gang ene
r
-,ive
'a i a.: v-L 3 Ex e 1, P. 1 L- at L 1
Evev, Gocrn, d zdat

A T OYT R a b 1) VI lr;,-muniz~d 74-al"15, with native
-Id
.~r 1:~U,-.4 iied and con,--cntraic-.~. pe-z'tri. g -.s a.
t-c:xoi%3-s-. in vf!4-),- a atliv e
with ~he aud~.+.",)n oi allmm!m
and ec-xD-','kne. 401 thr. co.,..Pacit~( of
'
011 WL!B 211"ela
o!3iiovy A re-vacciaai;
de
p
-,ftcr the ;,-Z':tt

w 0 1.11
itho u% th,-, ad.-l'itior, (-,f i-Lpo
part 'T'he efficz,,~-,r was shown
-,i con-T)re'h~~.;.-Sive b.-I-Irnu-niz-ai"40P. wi-Oh respect to all

~77
r:U- -n ~~f
0 Z S -F~ ;,Q t~ S -.1f I
b-*.-.1.~, w4
'L, da-.;-, a-ad
6
t~-C--: "n C" e C. I' a.
I 'A r 1: 51 k7L I I
7-c., Df --aximun-l
C..'r -:0ion, of E~ f, r S o f
Z-3. 6 antitox~c
30- 52 antituxic units cLI-,;c

USSR / Hicrobiologgy. knaGrobic Bacilli. F-6
-",-bs Tour: Ref Z'n-ur-Biol. , lJo 16, 1958, 7223.6.
.:,.uthor
inst Not given.
T it 1 Com-.3arativa 3tudy of thc- Im-mune Pro-c-artia s of' the
;-matoxins of B. oedefa-ati--ns.
0 r i Cz -71 u b"-7h. raik~L,obiol., epidomiol. i i.~~u-nobiologii,
1957, No 4, 146-148.
- Corap-r-ative otudy of the ii-munc, -prop.~,rties of
-.bstract: Ili -1
nativo -and purifi-od -an-atoxins of B. oode-,--.,a t ions
(with single intrazimscular iaynunization of 6nin-
oa (pies) showed that the highest activity is
possessod by tho purified, depositcd %'--Dk,,os_piiorus
acid of aluainum) anatoxins). Purificdanatoxins
-iithout da~,-osit aru ineffective: EUJIII~`:I Li--13
~lorishad froE: evin 1 Del of tolcin. 3urvival of
Card 1/2

.0 Af ,'Y - t/V ,
USSR / Microbiology. Antibiosis and Symbiosis.
Antibiotics .
Abs Jour: Ref Zhur-Biol., 1958, No 17, 7670Z.
F- 2
Author : Kivman., G. Ya.; Shneerson., A. N.
Inst : Not given.
Title : Synergism and Antabonism of Antibiotics. (Review
on Materials of Foreign Periodical Literature).
Orig Pub: Antlbiotiki, Sb. perev.,, obz. I ref. in. period.
lit.9 1957, No 6.0 3-16,
Abstract: No hbstract.
Card 1/1

SHNEYEERS011, A.11.
Stud,ving the toxinogenic properties of freshly isolated
Corynebacterium diDhtheriqe by precipitating toxin on phosphate-peptone
agnr. Zhur.mikrobiol.enid. i immuTi.28 n,).12:43-48 D 157.
(MIRA 11:4)
1. 1z Gosudaretvennogo kontrollnogo institutn imeni Tnrasevicha.
(CORYN-,B,AGTF.RIUM DIPHTHERIAE,
toxin, Drecipitntion in phosphate-peptone agar from freshly
isol,qted strains (Rus)

SHNEYERSON, A.N.
Effect of antibiotics on toxin formation by Corynebacterium diphtheriae.
Antibiotiki 3 no.2.-102-lo6 mr-Ap '58. (MM 12:11)
1. Veesoy-uznyy nauchno-issledovateliskiy inatitut antibiotikov.
(ANTIBIOTICS, effects,
on Corynebacterium diphteriae toxin synthesis (%,s))
(CORYMACTERIUM DIPHTHMIAE, effect of drugs on,
antibiotics, on toxin synthesis (Rus))

BUYANOVSKAYA, I.S., SHITEYERSON, A.N., ANDREYEVA, N.A.
Utilizntion of sensitive and resitant strains of microbes in the
spledtion of new antibiotics [with summary in English]. Antibiotiki,
3 110.3:8:12 My-Je '58 (MIRA 11--7)
1. Vsesoyuznyy nauchno-issledovatellskiy institut antibiotikov,
(ANTIBIOTICS,
selection of new prep. on resist. & sensitive bact.
(Rus))

BUYAllOVSlChY&, I.S.; SOB17-NaSON, A.H.; AlTDREUVA, N.A.
Gharacterietics of the properties of variants of Staphylococcus
wireus 209 P resistant to various antibiotics. Antibiotiki 4
no.4:99-104 Jl-Ag 159. (MIRA 12:11)
1. Vsesoyuznyy nauchno-issledovatellskiy Institut, antibiotikov.
(STAPHYLOCOCGUS Dharmacol)
(ANTIBIOTICS pharmacol)

SHNEYERSON, A.N.
-
Influence of brief and proicnged contact of Corynebacterium diphtheriae
with antibiotics on certain aspects of its virullence. Antibiotiki
5 no.1:91-96 Ja-F 160. (MIFLA, 13:7)
1. Vsesoyuznyy nauchno-issledavatel skiy institut antibiotikov.
(CORYNEBACTERIM DIPHTHERIAE) (ANTIBIOTICS)

SOLOVIYEVA, N.K.; DELCVAt I.D.; GERMANOVA, K.I.; SAVEL'YEVA, A.M.; KHOKHLOV,
A.S.; MAMIOFE, S.M.; SINITSYNA, Z.T-; PETROVAp M.A.; KOROLEVA, V.A.;
NAVASHIN, S.M.; FCMI?U, I.P.; BUUiNSKAYA, 1.6.; VASILENKO, O.S.;
Y'EFP04GVA, S.A.; BEREZINA, Ye.K.; VKS, R.A.; DMITRIYZVA, V.S.;
SEMOVI S.M.; 412~~A
Polymycin, a newlantibiotic from the streptotricin group. Antibiotiki
5~no.60-10 N-D 60. (MIRA 14:3)
1. Vsesoyuznyy n~uchno-issledovatellskiy Institut antibiotiXov,
kafedra mikrobioiogii TSentrallnogo instituta usovershenstvovaniya
vrachey.
(ANTIBIOTIGS)

I-- SHNEYERSONI- A-i-N;
Effect of antibiotics of the erythromycin group on the tOxigenic
properties of diphtheria bacilli. Antitiotiki 5 no.6:65-69 N-D
160. (MA 14:3)
1. Vsesoyuznyy nauchno-issledovatellskiy institut antibiotikov.
(COMMEACTERIal DIPTHEPJAE)
(ERYTHRaffCIN)

DVBERNIYEV, M.A.; ~UYANOVSKAYA, I.S.1 TORBOCHKINA, L.Lj- SHNEYMiSONp A,N.
Phosphate-carbohydrate metabolism in antibiotic sensitive and
resistant strains of Staphylococcua aureus 209-P. Vop.med.khim.
6 no.5#490-1+96 S-0 160. (MIRA 14:1)
1. Vsesoyuznyy na-4chno-issledovatel'skiy institut antibiotikov
Ministerstva zdi-Afpokhraneniya S.S.S.R., Mosk7a.
(STAPHYLOCCOCCUS) (PHCSPHORUS MWABOLISM)

GUBERNIYEV, ~.A.; UGOLEVA, N.A.; BUYANOVSKAYA, I.S.; SHNEMONg A.K.;
KOSBTOYANTS, N.D.; ANDREYEVAq N.A. -- -
Studying the nucleic aci4 and nuclepproteins content of Staphylo-
coccus aureus 209-P9 sensitive and resistant to different antibiotics.
Biokhimiia 25 no.5:884-00 S-0 160. (KERA 14:1)
1. -The Union Research Institute of Antibiotics, Moscow.
(STAPHYLOCOdt;US AUREUS) (NUCLEIC ACIDS)
I (ANTIBIOTICS)

BUYANOVSKAYA, I.S.; SHITEYERSON, A.N.; ANDREYEVA,
Differentiation of antibiotics from the streptotricin, neomycin,
and streptoMrcin groups with the a~d of resistant microbes.
Antibiotiki 6 no.3:255-258 Mir 61. WIFA 14- 5)
1. Laboratoriya mikrobiologicheskikh metodov kontrolya (zav.
A.Ye. Tebyaldna) Vsesoyuznogo nauchno-issledovatellskogo instituta
antibiotikov.
(ANTIBIOTICS)

KIV?,Wlj G.Ya.; SlINEYERSON, A.N.
Monograph on a current problen ("Drug resistance of micro-organisms"
by M.N.Lebedeva, S.D.Vororaeva. Reviewed by G.IA.Kivman, A.N.
Shneerson). Antibiotiki ~ no.3:283 R-r 161. (MIRA 14: 5)
(BACTERIA, EFFECT OF DRUGS 6N) (LEBEDEVA, M.N.)
(VOROPAEVA, S.D.)

SIR&YERSON) A.N.,I BUYANOVSKAYA, I.S.; ANDREEVA, N.A.
Preservation of antibiotic resistance in xtrains of staphylococci
isolated from'patients. Antibiotiki 6 no.6:526-530 Je 161.
(NIRA 15:1)
1. Vsesoyuznrf nauchno-issledovatellskiy institut antibiotikov.
(STAPHYLOCOCCUS) (ANTIBIOTICS)

LEVITOV, M.M.; Vr-,MOVTSEVA, T.F.; RA-BINOVICH, M.S.; FREOBRAZHENSKAYA, Ye.V.;
RULIKOVAf G.N.; BUYANOVSKAYA, I#S.; SlINEYERSON, A.N.
Biosynthesis of new penicillins using propylmercaptoacatic
acid derivatives as preem-Pors. Antibiotiki- 6 no.7:575-581
a 161. ONIIRA 15:6)
1. Vsesoyuzilyy nauchno-iseledovatellskiy institut antibiotikov.
(PENICILLIN) (ACETIG ACID)

SMIEMPSON, A.N
Effect of antibiotics from the erythromycin group on some
biological properties of the diphtherial bacillus. Antibiotiki
6 no.8:725-731 Ag 161. (IfIRA 15:6)
1. VeesoyumW nauchno-iosledovatellskiy institut antibiotikov.
(F,RYTHRCHICIN)
(CORYIEBACTFMM4 DIPHTHERIAE)

LEVITUV, 1--i.M. - 1NOM-USSTA, 1, 1. - TLBLUUNA) A. Y, - BUYANOVSKAYA, I.S. -
SJIWI,)Li6ON A.IJ.. GhAYIASKAYA, 6.1-1. ; KOKRI111i) Z.F.;DRU7,1111,11L, Ye.r.
- - --
New type of penicillin --OL-phenoxjethylpenicillin and stud,r of
.1
its microbiological properties. Antibiotiki 7 no.2:104-108 F 162.
(Ial~A .15:2)
1. Vsesoyuznyy nauchno-issledovatel'sIdy institut antibiotikov.
(PEIiIGILL1N)

SEMKIOVA, V.A.; IL'IIISK&YAJ, S.A.; TAYG, M.M.; IIELINIKOVA, A.A.;
SJOIEYER=,A.T;.; BJYMIOVSKaA, I.S.; VESE107, N.M.
Study of some actinomycates forming closely related anti-
biotics. Antibiotiki 8 no.1t12-18 J063. (MMA 16:6)
1. Vsesoyuznyy nauchno-issledovatel'skiy institut anti-
biotikov.
(AGTIINOMYCES) (BAGTERIOLOGY-.CULTURES AND CULTURE HEDIA)
(ANITIBICTICS)

STRUKOV., I.T.; TEBYAKINA, A.Ye.; INOZE1,TSEVA, I.I.; KOSTROMINA, O.Ye.; KAMOKINA,
Z.F.; BUnNO*VS!UY-4, I.S,; SfRIE)MRSON, A.N.; CILAYKOVSKAYA, S.M.;
DRUZHININA, Ye.11.
2.6-dimethoxyphenyl penicillin (methycillin) and its microbiological
study. Antibiotiki 8 no.8:690-694 Ag 163. (MIRA 17:5)
1. Vsesoyuznyy nauchno-,issledovatellskiy institut antibiotikov.

'T',U~OV, 1,T.; '17-n'Y"KINI., A.Ye.; BUYANOVSKAY', I.S.;
N FY 1, A , rl C, H it ~X OV Sy., Y.1 , S . M. J Zlri ! 1,1111 J.A, Ye . N
-TAYA., P. VENT. T. r,
pencillin (oxacillin) and its
,.ntfl)iot!-ki 8 no, 11-989-1104 N 163.
QvIfIRA 17-.9)
Vses-yuzn3,.,. nauf-hric-is.-,Iec-'~ovfile-i'skiy institiit antibiotikov.

TEBYAKINA, A.Ye.; BUIANOVSKAYA, 1,3,; CHAYOVSKAYA, S.M.; SHNEYERSON, A.N.
Studies on the antibacterial specz~r= and determination of the
biological activity of florimycin (viomycin). Antibiotiki 8 no.10:
901-905 0 163. (MIRA 17:10)
1. Vsesoyuznyy nauchno-issledovatellskiy inatitut antibiotikov.

STRUKOV., I.T.; VIKHROVA, N.M.; NIKITINA, N.M.; TEBYAKINTA, A.Ye.; BUYANOVSKAYA,
I.S.; SHNEYERSON, A.N.; CIIAYKOVSKAYA, S.M.
Yhenoxybenzylpenicill-in (phenbenicillin) and its microbiological
study. Antibiotiki 9 no.1:3-7 Ja 164. (MIRA 18:3)
1. Vsesoyuznyy nauchno-issledavatellskiy institut antibiotikov,
Moskva.

w
D7-namics of the inactivation of seml,~~7ithetic penicillins by
kn~ibiotiki 9 no.4:
pen c Oinase-roducing staphylococci
323-328 Ap 164. (MIRA 19:1)
1. Laboratoriya mikrobielogielieskikh metodov issledovaniya
(zav. A.Ye. Tebyakina) Vsesoyuznogo nauchno-issledovatellskogo
instituta antibiotikov, Moskva.

TEBYAKINA, A.Ye.; PfiRINOVICH, M.S.; ZHDANOVICII, Yu.V. STRUKOV, I.T.;
KONDRATlYPIA, A.P.; BOYANOVSKAYA, I.S.; SlUNFYBSON, A.N.;
GRAGINSKAYA, P.S.; bRUZHININA, Yo.N.
Alphn-aminobenzy1penicillin (ampicillin) and its microbiological
studies. Antibiatiki 9 no.5.,o,-392 My 164. (MIRA 18:2)
1. Vsesoyttznyy nauchno-issledovatellsklir institut antibiotikov,
mnskva.

RABINOVICH, M.S.; LEVITOV, M.M.; KULIKOVA, G.N.; BUYANOVSKAYA, I.S.;
SHNEYERSON, A.N.
New penicillins, derivatives of thioglycolic acid. Antiblotiki
9 no.5:392-396 My 164. (~aRA 18-.2)
1. Vsesoyuznyy nauchno-issledovateltskiy institut antibiotikov,
Moskva.

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