SCIENTIFIC ABSTRACT LIKHVAR, N. A. - LIKVENTOV, A. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000929920008-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SVIRIDEHKO, Te.T.; ALIYEVA, R.O.; LIXHVARI. N.A., direktor.
Serological diagnosis of diphtheria; author's abstract. Zhur.mikrobiol.
epid.i imimin. no.4:29 Ap 153. OmRA 6;6)
1. Dagestanakiy institut epidemiologii i mikrobiologii. (Diphtheria)
(Serum diagnosis)

BUBBS, S.F.; GORGIYET. T.B., doteent, saveduyushchly; LIKUARI, N.A.. direktor.
@ , 1.1-
Phage typing of typhoid microbes; author's abstract. Zhur.mikrobiol.spid.i
immm. no.9:25-26 S 153. (MLRA 6:11)
1. laboratoriya kishoohnykh infektsiy Dagestauskogo instituta apidemiologii
i mikrobiologii (for Gorgiyev). 2. Dagestanakiy inetitut spidemiologii i
mikrobiologii (for Likhvarl). (Typhoid fever)

USM/Microbioloa - MicrobioloGy PathoLpnic to Hua ne and F-4
"'wilmls &
Abs Jour : Ref Zhur - Bioli, No 12, 1958, 52907
Author : LikIlivar, N.A.
Inst : Dagestan Scientific Research Institute for Production of
Foodstuffs.
Title : Laboratory DiaGposis of a Tick Relapsing Typhoid.
Orig Pub : Uch. zap. Dagestansk. nw-i. in-ta po proiz-vu pitateln.
sred, 1956, No 2, 187-192
Abstract : Spirochactes of a tick rel-apsinG typhoid are well presor-
ved in a mixture of equal par'k-,s of normal physiolofical
saline and a 2% solution of sodium citrate, rcmainin(;
virulent to Buinea piCs at a storaGe temperature of 15-
250 for a period of 10-20 daya, and at a tepperaturc of
8-150 for a period of 30-50 days.
Card 1/2

14-57-6-12844
Translation from: Referativnyy zhurnal, Geografiyat 1957, Nr 6,
pp 150-151 (USSR)
AUTHOR: Likhvar', N. A.
TITLE: Breeding Places of Tick-Borne Typhus in Dagestan (0
domovykh ochagakh kleshchevogo rekurrensa v Dagestane)
PERIODICAL: Uch.-zap. Dagestansk. n.-i, in-ta po proiz-vy pitatelln.
sred, 1956, Vol 2, pp 193-195
ABSTRACT, Alectorobius (Pavloskyella) asperus is a carrier of
recurrent tick typhus in Dagestan. A subtype A.a.
verrucosus is found in the foothills and A.a. '92ZZievi
7n the plains. The natural habitat of tbetick is the
burrows and lairs of small animals, caves, etc. It is
rarely found in agricultural outbuildings and living
quarters. The author notes that the tick is naturally
infected by numerous spirochetes of recurrent tick
Card 1/2 typhus. People may become infected when they encounter

GRIGCRIYF,VA, T.G.; LIKVENTOV, A.V.
., - 11 @. - - -7-- -
In mamory of Vladimir Nikolaevich Stark (1899-1962). Ent. oboz.
42 no.1:234-241 163. (MIRA 16t8)
(Starks Vladimir Nikolaevich, 1899-1962)
A

LlXh%,'ITSYJY, G -V.
USSIR/EmSineering Welding, Methods gar 52
"Building Up Bearings by Welding With Hydrogen
Flame," G.V. Likhvitskiy, S. Ya. Koltunov, G. Ye.
Kornblit, Engineers
"Avtogen Delo" No 3, py 25, 26
Describes technology of method indicating essential
advantages. possiblity for restoring dimensions of
bearing without melting out old metal; high adhe-
siveneas between babbitt and base metal considerablv
better than in case of hot pouring; building up
babbitt with thin layers from 0.3 mm; practical
absence of metal loss.-(0.3e-0-5P; possibility for
building up large details'w@ithftt removal.
212T27

LIKIN, Aleksandr Ivancrvich; GRIBOV., Illya Gavrilovich; RB4MIIKOV,
@So@iomonovich,- YURCMKO., I.F.., inzh... red.;
MANIN, 1.1.9 retsenzent; K&CHALIMI, A.F., retsenzent;
KOLTUNOVA, M.P., red.; VERINA, d.P.p telchn, red,
[Wages of workers engaged in locomotive operation, maintenance
and repair; handbook] Oplata truda rabotnikov lokomotivnogo kho-
ziaistva; spravochnik. Pod obshchei red. I.F.lUrchenko. Mo-
skva, Vses.izdatellsko-poligr. ob"edinenie 11-va putei soobshche-
niiap 1961. 254 p. (MIRA 15:2)
(Wages-Railroads)

LIKIN. G.- DOND11i, M. (Kalinin); ULF.ZCHOKO, 'N.; NOSKOVA, V. (Ieningrad);
AEGIMIEV, N. (Irkutsk); OBMMOVp V.j inzh. (Xharlka7); KCFMAH, L..,
to6kbnolog (Miatlkov); SHOUGAUZ, A.
Readers stories and proposals. Hest.pran.i kbud.promys. 3 no*2:36-
37 F 162. (MMA 15:2)
1. Sekretarl partbyuro shveMomkomb-inata g. Pyatigorsk (for Likin).
2. Glavn7y spetsialist Gipromestproma (for Ulezcher&o). 3. Glavn7y
spetsialist upravleni-ya stroitell kh materialav i stroitellstva
Gosmestprma RSFSR (for Shteynga
(Faffeciencyy Industrial)

,ATJTHOlRl- !J-@i.n. 0. A
jZer 4 --c
71
'Jai E` t
ABSTRACT: T@de in3--rtui-nt. is t,,:Lsed -)n the follov.,in,@,-- -r-lncijAr-
ljul@;es due tc. a radiatin- source (to be inve2 .vi,at@,dl) on@
shao@@d ijitc@ r,,-,ctart,nijar whose, amplituJt@;!@ are equal
Thece rect@if f-ular
o thos- @;f f-.h--. oril--.: --l
e tn the vtrtical deflection -Olat--ez, g-)f a c-at-liodc
@-i(,h ia bri@--htened for the duration of a
1 se a ri@--tan-,ilar -puls-a produnes -. i--.--rilontal
tl,c hE,,irrht of the trace -above the zc-ro
1--i rwhe scTeenl 0
b-@in- propoitioriai to. the aw--plit-ade cof the pu."Loe. If
-)f variable amplitudes are diinlayed or. ithe
J t 6mits light and the bri-htnoslc of a
J-) ar f@ u 1 a r f.'il tl,-L 0 rl -I- to zhe n-umber oll
r e e
(@Gr r@-@rt4 ic-sl havii a lDcrticalLur ener--J. e o n
,21 oe i d witb a ;,.-ate of smolked If the
0 @@ A 0
sci-een is now -hoto-j@arh-l tlarough the vi-edge, It will be
11 Q,
found that the bri,-htest rerions vtill Produce tli@! iii-hest
C) LD

Airi-piltwi@! Atialyzer with a Urey k.'edge",
I!ici i-II-) 11 l'UP11. J.:ul- 71'j
T, UU(.1 .11
.@' -L ri
)r bic-,, - wi p i-,,uds I n
T
to cbtain t lie amt. I i rudc; 2 t;I'Lul of i r.v@! t;i;,ate d
t at i -)P S: 10, r C baz@---.d an '11-lis priz--'iI-)."L(:
o, b -t-Y I-
of a a' -1 @@ rar ',ute aiad a @@-r of aL;-,--',.IiL-
2:". @Ic---Iroa tul-,es, The auxiliary
-ur-its, a linoar amplifier, -3. pul-,
streto-her a pliav@- Invertin- ampli-fier. a pulze shapF@r and
a timp bas,@, A detailed cir-,,uit diat.27am (.-f thE@ in,'-trument is
The instro-mEnt has a reSnclvin'- tiw@ of
J,@; and It cqiiavalent to a 30-2hEame-1 TILe
C; -Ice5 dicplayed ort. the screen (0-nd pliz;to-rap'ned)
_jTI.- -f (-,f pu
4-"011 !-,F dc-:turmined wl@Ii an error :--@f -356, Appli,:@ation of +;he
iaScrume-nt. to practical measurement is discussed in some
dc;tail and illusti-ated by a number of ourves and o sci 11c :-,rams.
TI-I exorr-szes his grat-itiile t--c 0. M, :h for
n help ill laboratc;--y tr..-itirig cf the iwi;-r-umont-'.
F, 1.3 fi,@@iare-s and 5 i-efermcf:-, of .-;h--4@@h ar- Sr.-'i 1
ETI-Iis@- and .1 Germrjli.
C'S -(1 7)

Sov.11,20-
fjrjpjjt,,.jde Analyzer with a ',,r(-y ',b@-dge
A-30@'IATTC V
J 3 R
Card -@/3

117 fro 86744
6032-00 S/120/60/000/006/019/045
\5@,ST006010) /,;z -),3, 1_1@ E032/E314
AUTHORS: Kovrizhnykh, O.M., Likin, O.B. and
Yampol I skiy, P. A*
TITLE: A Study of Commercially Available Photomultipliers
Operated under Forced Conditions
PERIODICAL: Pribory i tekhnika eksper�menta, 1960, No. 6,
pp. 69 - 72
TEXT: The aim of the present work was to investigate the
possibility of using commercially available photomultipliers
(of Soviet manufacture) in the measurement of high-intensity
light pulses 10-5 _ 10-4 see long without amplification.
Photomultipliers were chosen whose nominal ratings indicated
that they were capable of withstanding increased applied HT's
and relatively large currents. The particular photomultipliers
investigated were (FEU-33), 03Y-1 1 (FEU-11) and
13Y-111 (FEU-12), all of which were described by Villdgrube
and Berkovskiy (Refs. 1, 2). The photomultipliers were
investigated using the circuit shown in Fig. 1. The signal
amplitudq across the load of the photomultipliers was
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86744
S/l2o/6o/ooo/oo6/oi9/o45
E032/E314
A Study of Commercially Available Photomultipliers Operated
under Forced Conditions
measured with the aid of oscillographs (type IAG-@ (10-4) or
L5-0 (25-1)). The neon lamp M Ij-B (MN-8) was used as the
source of light. It was capable of producing light flashes
0.3 and 3-10 -@s long with a repetition frequency of 50 to
200 cps. The intensity of the flashes was measured using
calibrated neutral filters. In some of the experiments the
instrument designated as C@F' (SFR) (Shnirman et al, Ref. 4)
was employed. In'this way, light pulses 4 - 70 jLs long were
produced with a repetition frequency of 1300 - 75 cps.
In the case of the FEU-33 photomultiplier it was found that
.,.-HT's of less than 4 000 V were necessary if breakdowns were
:not to take place. It was also found that the maximum current
"whiah could be safely drawn was about 400 mA. The maximum
output current (through a 15041 load resistor) was obtained
by distributing the potential differences between the d 'ynodes
so that the potential differences between the first ebev@n
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86744
S/120/60/000/006/019/045
E032/E314
A Study of Commercially Available Photomultipl�ers Operated
under Forced Conditions
dynodes were greater than the potential differences between
the last four electrodes,and also by reducing the voltage on
the last dynode. During the tests on the FEU-33 photo-
multipliers 'an ageing effect was found to be present, i.e.
the amplitude of the output pulse across the load of the
photomultiplier decreased with time and tended to a certain
limiting value for a given intensity repetition frequency
and duration of light pulses. It was established that this
limiting value decrewes with increasing intensity, repetition
frequency and duration of the light flashes. After a
period of "rest", the amplitude of the output pulse
increases and the sensitivity of the photomultiplier is
restored to the original value after a certain period of time.
Two types of ageing were found, namely, a slow ageing effect
WhIch gradually becomes more pronounced with the number of
light flashes incident on the photomultiplier cathode,
leading to a reduction in the amplitude of the output pulse,
.towards-its end.
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86744
S/l2o/6o/ooo/oo6/ol9/O45
E032/E314
A Study of Commercially Available Photomultipliers Operated
under Forced Conditions
The second type of ageing is a "fast" effect leading to a
reduction in the amplitude of the pulse amplitude towards its
end and re-eatablishment of this amplitude at the beginning
of the next flash. The FEU-12 photomultipliers were
investigated under similar conditions. The maximum output
amplitude was obtained with a total HT across the tubes of
2 800 V, the voltage distribution along the dynodes being
as follows: U I = 224 V; U 2 = 176 v; u 3 = 176 V;
... U8 176 v; u 9 = 210 V; U10 @ 325 V; UIJL = 225 V
and U12 340 V. The maximum current corresponding to the
linear part of the output voltage-intensity curve was 400 mA.
The ageing effect was not present in these multipliers.. For
this reason, the FEU-11 and FEU-12 photomultipliers can be
used to study both single and periodic light flashes, having
durations up to 10- 5 see. The maximum current obtained from
Card 4/6

86744
S/120/60/000/006/019/o45
E032/E314
A Study7of Commercially Available Photonultipliers Operated
under Forced Conditions
these photomultipliers Vras.about 700 mA but this value no
longer lies on the linear part of the curve. Tile maximum
currents corresponding to the linear part of the output
voltage versus intensity curve are as follows: PBU-33 200 mA,
FEU-11 and FEU-12 4oo mA, the slope of the straight lines
being independent of the duration of the pulses.
Aelmowledgments are expre.-ised to N.K. Parsherdkov for assistance
in the work.

86744
5/120/60/000/006/019/045
E-032/E-314
A Study of Commercially Available Photomultipliers Operated
under Forced Conditions
A'v,7,lONMOP
There are 7 figures and 4 Soviet references.
ASSOCIATION: Institut khimic heskoy fiziki AN SSSR
(Institute of Chemic@l Physics of the AS USSR)
S UBMITTJ? a: October 6, 1959
.Card 6/b

LIKIN, O.B.; KOVRIZBNYKH, O.M.
"Gray wedge" time analyzer. Prib. i tekh. eksp. 6 no.2:91-94
mr-Ap 61. (mmt 14:9)
1. Institut khimicbeskoy fiziki AN SSSR.
(Pulse techniques (Electronics))

REMLI . Georgiy Gergardoviah, kand. tekhn.naukf-LU.U1.-1iktor
--A1akaand=3d&16 inzh.; GORST., A.G., doktor khim. nauk,
prof., retsenzent; YAKOVLEVA, V.I., red.; SKOTNIKOVA,
N.N., tekhn. red.
(Labor safety in working with explosives] Bezopasnost' truda
pri rabote a vzryvohatymi veshchestvami. Moskva, Oborongiz,
1963. 57 P. (MIRA 16:4)
(Blasting-Safety measures)

@-- . . @:j

------ --- -
7
-'M tabl h'
O
1
A P
n Z,
-4. -1
Zhyi Kh;'m- 1934, No. 4W-3.-
03, 1 2W,
'
@--
@
-
11
Ti-C und
Cr
I
@
d
bl
h
Th
f
-
r
j
n
cym
'
-
letasia
m@.
t
,*
e
e p
7
ioYS11'adeneil in at 1200-125V
and ammilcd at, MHM * wai stiz(fied by x-ray jiivth(x1--;
@4nd by amily-.irig@ the . eiiiliie -.tftvr &ohi; in 10 To
'04 + 11IS04- In the ictritic ali@k
11C' or in %*SC)nl Of CUS
(it the syiteux Fc-Cr-Ti-C aftcr 20 firs, annealing at G0rj and
'1001 Tl carbideand vitritle ivefe also fijivid wit'i a phasc of
5 anknown eompa. baving a j-1-atice, Aftitz-100 hrs- at 7001
CraC, bt-gart to sep. and the metastable phase wilth the -r-

and on the r6ntgcuogr= appear@d fines of a new phase the

A could rot be d0d, In au-,miitic
lattice sprimetry of which
- alloys of the sy::tcm 116-Cf-INi-A14Ti conti. 15-2q% Cr,
'U.57 -ariable aint. of N`i@ the
approx. M, 14.5% Ti, and a v L
phase compa. int agingwasdetdbytheNicrinteat. Inalloys,
ith 207
'Wi o M the metastable phase appearing first- in aging
was th4 a-phase of the binary Ni-Al system having a slightly-
nlarged lattice period. It, was obscrvm after 15W his.
'--anuealitizat 700', and it pcrsisted up to W. XtOW'the
phastoUvariaWe-compri.,
a-Phise dissolvet! and a more AWL
(Fe$ MNTI:appeared. lit alloys with n6-30% Ni the first
Metastable phase W appear was Mso the a-pbase arid it was

b 7A
stable X-phase ci
followed y more f, unknown compri.,
.
Possibly a, teram@j coinpd., irid. NisTL The X-phase ap.
kand after annealing 100 fin, sit 9W or 50 firs. at OW'.
t@'
MWM h
m
I
h
X
Ni
TI
a
h
d
d
d

. m
i
t
e
vas
-p
ase
avi
s
a
,
pi e
x
tibase'appeared. The appearance ot metastmWe pf"sesix
f
.
Litributod to leim, work in the formation of, nuelti of these,
PIV4'W-. mni;etheir structure is@hullmrtj) that ofXsolid soln.1
4

7

AVRASIN, Ya.D., kandidat tekhnicheskikh nauk; BERG, F.P., professor,
doktor tekhnicheskikh nauk, BXRNSHTXYN, M.L., kandidat tekhnicheskikh
nauk; GENEROZOV, ?,A., starshiy nauchnvy sotrudnik; GLINXR, B.M..
iazhenerl DAVIDOVSKLYA, Ye.A.. kandidat tekhaicheakikh nauk; YNICHIN,
P.M., inzhener; YYMMIN, R.I., kandidat fiziko-matematichaskikh nauk;
IVANOV, D.P., kandidat tekhnicheskikh naulq UOROZ, L.I., inzhener;
KOBRIN, M.M., kandidat tekhaicheakikh nauk; KORITSXIY, V.G., dotaent;
KROTKOV. D.Y., inzhener; KUDRYAVTSZV, I.V.. professor, doktor tekhni-
cheskikh nauk; KULIKOV, I.V., kandidat takhnichaskikh nauk-, IXPWOV,
V.A., kandidat tekhnicheakikh nauk;,LIKINA, A.F., Whener; MATV1UV,
A.S., kandidat tekhaicheakikh nauk; UqMr,-773., kandidat tekhniche-
skikh nauk; PAVLUSHKIN, N.M., kandidat takhnichookikh nauk; PTITSYN,
V.I., inzhener [deceased]; RAKOVSKIY, V.S., kandidat tekhnichaskikh
nauk, RA T, A.G., kandidat takhnicheakikh nauk; RYABCEZNKOV,
A.V., professor. doktor khimicheskikh nauk; SIGOLAYEV, S.Ya., kandi-
dat tekhnicheskikh nank; SHIRYAGIN, A.P., kandidat tekhnicheskikh
nauk. SULIKIN, A.G., inzhener; TUTOV. I.Ye.. kandidat tekhnicheakikh
nauk, KHRUSHCHOV, M.K., professor, doktor tekhnichaskikh nauk;
TSYPIU, 1.0., kandidat tekhnicheskikh nauk; SHAROV, M.Ya., inzhener;
SHARMAN, YA.I., dotseat; SMOLEV,.B.A., kandidat tekhnicheskikh nauk;
YUGANOVA, S.A., kandidat fiziko-matematicheakikh nauk; SATEELI, B.A.,
doktor tekhaicheakikh nauk, redaktor; SOKOLOVA, T.F.. tekhaicheakiy
redaktor
[Machine builder's reference book] Spravochnik mashinostroitelia; v
shesti tomakh. izd-vo mashinostroit. lit-ry. Vol.6. (Glav. red.toma
I.A.Satell. Izd. 2-oe, ispr. I dop.) 1956. 500 p. (MIRA 9:8)
(Machiaery-Construction)

R, -IF-
--PHASE I BOOK E(PLOITATION 269
-Tsentrallnvy nauchno-issledovatellskiy institut tekhnologii i
mashinostroyeniya
Fiziko-khimicheskiye issledovaniya austenitn kh splavov (Physical
and Chemical Studies of Austenitic Alloys@ Moscow, Mashgiz, 1957.
258 p. (its: [Trudy] kn. 84) 4,600 copies printed.
Ed@: Yeremin, N.I., Candidate of Physical and Mathematical Sciences;
Tech. Ed.: Uvarova A.F.* Managing Ed. for literature on heavy
machine building (iiSHGIZJ; Golovin, S. Ya., Engineer.
PURPOSE: This book is'intended primarily for scientific and
engineering personnel engaged in research on heat-resistant
austenit 'ic alloys, but may also be useful to laboratory workers
in the metallurgical and metal-processing industries.
COVERAGE: The articles in this volume, written by various authors,
present the results of experimetnal investigations of phase
composition and structure of austenitic alloys, conduct@d with
the use of modern physico-chemical methods. For authors,
Card 1/10

Physical and Chemical Studies of Austenitic Alloys 269
references, and additional coverage, see Table of Contents.
TABLE OF
CONTENTS:
Likina. A.F., Engineer; Borcheva, T.A., Engineer; Nude, L.A.
Electrochemical Method of Studying the Phase
Composition of Austenitic Steels 3
The authors discuss differential analysis of carbide phases
and methods for determining nitrogen,niobiwn, tungsten, and
other elements. There are five Soviet references.
Sbmelev, B.A., Candidate of Technical Sciences.
Hydrogen in Steel 32
The following topics are treated: (1) mechanism of
formation of hydrogen occlusions in steel; (2) methods
of determining hydrogen in ferrous metals: evolution of
gas from metal on mechanical destruction of specimensolution
of metal in a reagent, combustion in oxygen, ionic
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Physical and Chemical Studies of Austenitic Alloys 269
bombardment, determination of the most mobile part of
the hydrogen at room temperature or with moderate heating,
heating in vacuo, and melting the specimen in vacuo;
(3) preparation of standard specimens with hydrogen content
predetermined by an electrolytic method of saturation; (4)
sam ling and preservation of steel specimens for hydrogen;
(5)p effect of hydrogen on certain mechanical properties of
high-alloy steel. There are 35 references of which 21 are
Soviet, 6 English, 6 German, and 2 French.
Cheburkova, Ye. Ye., Candidate of Technical Sciences.
Nonmetallic inclusions In Austenitic Chrome-Nickel-Cobalt
Steel with Niobium Content. 41
There are 7 Soviet references.
Yeremin' N.I., Candidate of Physical and Mathematical
Sciences. An investigation of -( ::p*_cx?. Phase Transformations
in the Aging of Austenitic Chrome-Nickel Steels 53
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Physical and Chemical Studies of Austenitic Alloys 269
There are 16 references, of which 9 are Soviet, 5 English,
I German, and 1 French.
Lashko, N.F., Candidate of Technical Sciences. Phase
Transitions in Diffusion Processes in Alloys 69
There are 2 Soviet references
Yeremin, N.I.; Lebed-yanskaya, N.I., Engineer. A
Investigation of the Phase Transformations -f--n and
8;@: a- by the Magnetic Microstructure Method 75
There are 15 references, of which 6 are Soviet and
9 English.
Sigolayev, S. Ya., Candidate of Technical Sciences (deceased).
Some Properties of the Alpha-Phase in Austenitic 87
Steels .
The author concludes that in steel Khl8NllB the alpha-
phase may be of dual origin -- "mechanical" in the case
of cold hardening, and "thermal" in the case of aging.
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Physical and Chemical Studies of Austenitic Alloys 269
There are 4 Soviet references.
Yeremin, N.I.; Lashko, N.F.; Lebedyanskaya, N.I.
Phase Transformations Occurring During Cold Plastic
Deformation of Austenitic Steels 91
The author concludes that analysis of the magnetic
microstructure can be widely used for studying the
mechanism of plastic deformation, phase hardening of
austenitic steels in cold working, and in estimating the
stability of solid solutions on the basis of their
dissociation during mechanical polishing. There are 18
references, of which 14 are Soviet and 4 English.
Entin, S.D., Candidate of Technical Sciences. The Effect
of Plastic Deformation on the Aging of Austenitic
Alloys. 107
There are 5 Soviet references.
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Physical and Chemical Studies of Austenitic Alloys 269
Entin, S.D. Formation of the Alpha-Phase in Plastic
Deformation of Austenitic Alloys 116
An investigation is made of the effect of the original
structure on the stability of austenite during
deformation) formation of the alpha-phase as affected
-by the degree of deformation, effect of deformation at
elevated temperatures on the dissociation of austenite,
and the formation of the alpha-phase immediately upon
deformation. There are 5 Soviet references.
Lashko, N.F. Effect of Manganese and Nickel on the 126
Phase Composition of Certain Austenitic Steels
Yeremin, N.I.; Lashko, N.F. Concerning the
Distribution of Nitrogen Between Solid Solutions and
Second Phases in Austenitic Steels 131
There are 3 Soviet references
Ca::,d 6/10

Physical and Chemical Studies of Austenitic Alloys 269
Yeremin, N.I.; Lashko, N.F.; Lebedyanskaya, N.I. Phase
Changes in EI572 Steel Taking Place During Forging 137
The authors discuss the peculiarities of structural
changes in cast steel during heating for forging, phase
changes during forging and cooling, aging, and the
effect of niobium and titanium on structure.
Sigolayev, S. Ya. The Effect of Repeated Heating on
Phase Formation in Austenitic Alloys 160
There are 2 Soviet references
Lashko, N.F.; Tseytlin, V.Z., Candidate of Technical
Sciences. Some Peculiarities of Medium-Carbon Chrome-
Molybdenum Pearlitic Steel 167
There are 2 Soviet references
Yeremin, N.I. Structural Changes in the Surface Layer
of Metal During High-Temperature Oxidation 172
Card 7/10

Physical and Chemical Studies of Austenitic Alloys 269
Temperature Oxidation 172
There are 7 references, of which 3 are Soviet,
3 English, and 1 German.
Komarovskiy, A.G., Candidate of Technical Sciences.
Local Spectral Analysis 184
The potentialities of spectral analysis as a means
of determining local chbmical composition of metal,
particularly of welded seams, are investigated.
There are 3 Soviet references.
Komarovskiy, A.G. A Rapid Method of Spectral Analysis
of Austenitic Steels 199
The author outlines his method for the rapid quantitative
analysis of high-alloy steels and heat-stable alloys for
silicon, manganese, chromium, nickel, molybdenum, tungsten,
titanium, vanadium, cobalt, aluminum, boron, and niobium.
There are 26 references, of which 20 are Soviet, 2 English,
2 German, 1 Italian, and 1 Scandanavian.
Card 8/10

Physical and Chemical Studies of Austenitic Alloys 269
Shmelev, B.A. General-purpose Unit for the Determination
of Gases in Steel 226
The author describes the unit and the method, which
consists in the vacuum melting and degassing of the specimen
in a graphite crucible, the gases being drawn off by a
system of pumps and then determined by ordinary methods of
chemical gas analysis.
Yelchin, P.M. Determination of Ferrite in Austenitic Steels
by Means of a Magnetic Balance 241
Sigolayev, S.Ya. A Device for the Thermomagnetic Analysis
of Austenitic Steels 245
The author-states that this electromagnetic devIce and the
thermomagnetic method of analysis have made it possible to
obtain new information in these processes., not ascertainable
by ordinary methods.
Entin, S.D. An Instrument-for Measuring the Magnetic_
_
Susceptibility of Austenitic Alloys
251
Card 9/10

Physical and Chemical Studies of Austenitic Alloys 269
It is stated that this device enables the investigator to
study, on the basis of magnetic properties, changes in
phase composition In heat-stable austenitic alloys of
various composition.
Entin, S.D.; Kozlo,@, Engineer. Electromagnetic Instrument
for Determining Ferrite in Welded Seams of Austenitic
Steels 255
The authors state that with this instrument it is possible to
determine the quantity of ferrite to within 0.2% if the total content
in the specimen does not exceed 5%, and to within 0.5-0.7% if the
total quantity does not exceed 15@6.
AVAILABLE: Library of Congress GOlksv
Card 10/10

-k
L
137-58-2-4391
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 2, p 299 (USSR)
AUTHORS: Likina, A. F., Borcheva, T.A., Nude, L.A.
T IT LE: An Electrochemical Method for the Study of the Phase Composi-
tion of Austenitic Steels (Elektrokhimicheskiy metod izucheniya
fazovogo sostava austenitnykh staley)
PERIODICAL: V sb.: Fiz. -khim. issled. austenitn. splavov. Moscow,
Mashgiz, 1957, pp 3-11
ABSTRACT: A method of differential analysis of the carbonitride phases
in multiple-alloy austenitic steels has been worked out on aus-
tenitic Cr-Ni steels 19-9 (both with and without an N? content).
The carbide-forming elements were: Nb, W, Ti, Mo, and Cr.
The surplus phases were separated out by electrolytic dissolu-
tion. The electrolyte consisted of 300 grams of NaCl, 50 grams
of Na citrate, and 50 cc of concentrated HCI per liter of H20.
The anode was the specimen bar being investigated, which was
50 mm. long, 15 mm. in diameter, and was contained in a small
collector bag; the cathode was a cylinder made of Cu. The Da
was I amp/cm2. The dissolution process lasted 5-10 minutes.
Ca rd 1/2 The electrolytic precipitate was washed with a mixture of 576

137-58-2-4391
An Electrochemical Method for (cont.
HCI and 1% citric acid, then by a 5% alkali solution and H20. After the
NH40H which had formed during decomposition of the nitrides had been dis-
tilled off, the NZ content of the steel and electrolytic deposit was determined
colorimetrically. The method used for determining the Nb and W in the car-
bides+was based on the fact that Na2W04 dissolves when heavy concentrations
of Na are present in the solution, whereas Na3NbO4 remains insoluble. The
Nb was determined gravimetrically, the W by colorimetry. The method used
for separating the Ti and Nb carbides was based on the solubility of the Ti
carbide in (1:1) HC1 in the presence of Br, the Nb carbide remaining stable.
The procedures used are described in detail, and test results are given.
P.K.
Card 2/2

SOV-129-58-6-9/17
AUTHORS;Uryupina, Ye. I. (Cand,Tech.Sc.),_EjjjAa,@ (Engineer)
TITLE: Sigma-Phase in the Austenitic Steel EI448 (Sigma-Faza v
austenitnoy stali EI448)
PERIODICAL: Metallovedeniye i Obrabotka Metallov, 1958, Nr 6,
PP 37-41 (USSR)
ABSTRACT: The influence of the a-phase was investigated on the
properties of the steel E1448 (0.10% C; 0.73% Si; 1.091% Mn;
16.58% Cr; 11.996 Ni; 0.62% Ti; 1.75% Mo). The steel was hard-
ened from 12000C and then aged at 575 or 8000C for durations
of 10 to 6000 hours. The secondary phase was separated el-
ectrolytically. In the experiments a possibility was estab-
lished of detecting the a-phase by chemical analysis of the
electrolytic precipitates of the steel. Determination of the
iron content in the electrolytic precipitates provides an
idea of the quantity of the a-phase in the structure. The
a-phaBe forms in the test steel as the result of ageing at
8000C at relatively short holding times (100 to 500 hours);
with increasin- duration of the ageing the quantity of the
a-phase increases. After ageing at 5750 for 6000 hours no
a-phase was detected in the steel. Magnetic analysis of the
steel after ageing according to various regimes, including
Card 1/2 ageing at 8000C, did not reveal presence of the a-phase;

SOV-129-58-6-9/17
Sigma-Phase in the Austenitic Steel EI448
apparently in this steel the c-phase forms directly from
the austenite. The presence of the a-phase reduces greatly
the impact strength and the relative contraction at room
and at elevated test temperatures, Presence of the a-phase
in the structure of the steel during long duration tests
does not reduce the time to failure of the specimen, the
magnitude of the total elongation and the relative con-
traction. There are 4 figures and 1 table.
ASSOCIATION: TsNIITMASH
1. Steel -Properties 2. Austenite 3. Steel - Phase studies
4. Steel - Test methods
Card 212

ZUYBV, A.S.; NOVOSBIOVA, A.I.; LIXIU, L V.
Developing methods for the Commercial prodmetiou of 0 and H
diagnostic antigens an& their use in the diagnosis of Salmonella
Wections. shur.nikrobiol., epidem. I im=n- 27 no.3:42-49
NO 56. OQU 9:7)
1. Is Ieningradskogo instituta vaktain i eyvorotok.
(SALMONIMA LUUTIONS, diagnosis,
serol., prop. of antigens (Rus))
(ANTIGIM AND ANTIBODIRS,
antigen prod. for diag. of Salmonella infect. (31as))

ZUYEV, A.S. I 0,.I,V.
Experience.in obtaining ph"e-specific sera in immin4zation
of animals with H antigens of Ialmonella..,Zhur. mikrobiol. epid.
i 4=mm. 33 no.IOV-12 0162 (WRA 17:4)
1. Iz Leningradakogo inatituta vaktain i syvorotok.

ZUY,Evr A.S.-: I,IK'INA,, I.V.
Use of complete PntlRens for preparation of highly active agglutinating
0--sera against of the basic 0 groups. Zhur. mikrobiol.,
ep.'d. i iffumun. 41 no.li84-90 Ja 164. (MM 18:2)
1. Leningradskiy institut vaktsin i sy-vorotok.

2_2?@?2-66 EWT(l) B DD
ACC NRI AP66A213 SOURCE CODE: UR/0219/66/o6l,
AUTHOR: Chukhlovin. B.-.A. (Leningrad); Grachey, B. N. (Leningrad);
(L@ningra-dT
1053/0055
a.,.I,,-X
39
ORG: none
TITLE:. The detection of 0- and C -reactive protein in the blood serum during exposuro
x
of the organism to SHF electromagnetic waves
-SOURCE: Byulletent eksperimentallnoy biologii i meditsiny, v. 61. no. 6, 1966, 53-55
TOPIC TAGS: SHF, microwave, hematology, animal physiology
,ABSTRACT-. The presence of C-reactive human proteins and Cx-reactive rabbit proteins
was studied.as a function of exposure to decimeter- and centimeter-range emf1s.
'Only small power densities (2-3 mw/cm2) were used on human subjects. Two male
subjects were exposed to decimeter range fields for 1 hr daily over a period of
10 days while two others served as controls. Blood serum was examined twice before,
three times during (2nd, 3rd, and 9th exposure), and four days after.exposure.
Cx-reactive proteins were determined in 379 tests on rabbits. Two series of expo-
sures were tested on animals. The first series was made up of animals exposed once
and the second series involved animals exposed 5-30 times once a day. Animals
were exposed to both pulsed and nonpulsed centimeter waves with power densities of
2
UDC, 6.2,124.ol4,424+615.846.7-o6:

L 29327-66
ACC NN AP6018213
3, 10, 50 and 120 mw/CM2 The duration of exposure to 3 and 10 mv/CM2 was I hr/day.
At power Lnsities of 50 'and 120 mw/cm2 the exposure durations were 30 and 15 min
respectively. Since no difference between the biological effect of pulsed and
nonpulsed irradiation could be found, i-.the results were expressed as a
function of power density. Studies.conducted on human subjects did not reveal
C-reactive proteins in the serums of either irradiated or control samples. Results
of studies conducted on rabbits exposed once @howed Cx-reactive proteins in the
majority of animals exposed to 50 mw/cm2 for 30 min and in all animals exposed to
120 m@r/=2 for 15 min. Thus, C.-reactive protein was detected only in animals
exposed to power densities greater than 10 mw/cm2. if C -reactive proteins were
x
already present in the blood, intensities less than 10 mv/6m2increased their content.
The results of the second series were analogous to those of the first series in that
,the magnitude and frequency of response depended on power density. Repeated exposure
did not necessarily increase the quantity of Cx-reactive proteins in the blood.
a
Frequently, these proteins disappeared in spite of continued e4osure. The re son
for this is not.clear but it is suspected that.after.a certain amount of time Cx
protein antibodies develop. During adaptation of the organism to emf1s, these anti-.
bodies-could serve to eliminate Cy-reactive proteins from the blood, Orig.-art.,
has: I'table.o-
A
IB OV REP, ATD PRESS:
0
SU com o6/ SUBM DATE: OlDec64/ ORIG REF: 001/
4 Card 2/2

YEMOL'YEVA, Z.V.; VAYSBERG, G.Ye.,- GIVENTALI@ N.I.; LIKINA9 T.N.
Ciine in association with other antibiotics in acute radiation sick-
ness in mice. Antibiotiki 5 no-4;37-41 Jl-Ag 160. (-vJPA 13:9)
11
1. Laboratoriya novykh antibiotikov pri kafedre@mikrobiologii TSentrall-
nogo instituta. usovershenstvovaniya vrachey.
(ANTIBIOTIGS) (RADIATION SICKNMS)

YEPEOLIYEVA, Z.V.; VAYSBLRG, G.Ye.; AWUSI-EVA, T.I.; GIUNTALI, N.I.;
LIKINA, T.N.
Stimulation of nonspecific immunity by means of some bacterial
polysacchavides. Biul.eksp. biol. i med. 52 no.8:77-82 Ag 161.
OMIA 15: 1)
1. Iz laboratoril novykh antibiotikov pri kafedre mikrobiologil (zav.
chlen-korrespondent AIC SSSR prof. Z.V.Yermollyeva) TSentrallnogo
instituta usavershenstvovaniya vrachey (dir. M.D.Kavrigina), Moskva.
Predstavlena deystvitellnym chlenoM AIC 366R V.L. Troitskim.
(IIAMUNITI) (POLYSACCHARIDES)

VAYSBERG) G.Ye.; AFANASIYEVA, T.I.; GIWITALI, N.I.; LIKINA. T.N.; 37MOLIUVA,
-----------------
Z..V..
Prodiglosine, a biologically active polyeacchArid derived from
Batterium prodigiosum. Dokl.. AN SSSR 146 no-5:1233-1236 0 162a
(MIRA. 15-10)
1. Predstavleno akademikom M.M.Shewyakinym.
(PRODIGIOSINFPHYSIOLOGICAL EFFECT)
,I

BOROVIGMT, K, Gyorgy, Dr.; LIKITS, Edit, Dr.; BEIICZUR, Gyula, Dr.
The case of the macroglobulinemin of Waldenstr6m and Waldenstro"mls
hyDerglolmlinemica purFara. Orv. hetil. 99 no. 7:237-240 16 Feb 58.
1. A Fovnrosi Arpad Kozkorhnz (igazgato: Iorand Sandor dr. kandidatus)
laborstoriumanak (Foorvos: Szirmai Endre dr.) Beloaztalyanak (foorvos:
Varknan Jeno dr.) es a Fovarosi XI. keruleti Rendelointezet (igazgato:
Kiralyhegyi Robert dr.) kozlemenye.
(SERUM GLOBULIN
macroglobulinamin of Wnldenstrom, caBe report (Hun))
(PURPUM , HONTHROMBOPENIC, ease reports
hyperglobulinemic (Hun))

Lnmomsm, V. 0.
26549'Narusheniya v formoobrazovatellnm protsesse pri razvitii sevqapochki u
otdalennogo gibrida vishriyaxchereshrWa. Botan. Zhumal (Akad. nauk ukr. SSR, In-T
Botaniki), T. VI, No.2, ig4g, a. 24-31. -NA ukr, Yakr. Taz. - Rezyume na rw. Yaz.
SO: IMPIS' NO. 35, 1949

ACC N R: AT6034951. SOURCE Co;@ 7::
AUTHOR: Krukovskiy, V. K.; Lkom&kaya, G. V. ; Dement ye-va, T. N. Far6erG'J,
'ORG: none
TITLE: Use of electric gas discharges in fuel conversion processes
SOURCE: Moscow. Institut goryuchikin iskopayemyk'@i. Termicheskiy i okislitel'nyy
.piroliz topliv i vysokopolimernykh materialov (Thermal and oxidizing pyrolysis of
.fuels and high polymer materials). Moscow, Izd-vo Nauka, 1966, 58-63
.TOPIC TAGS: methane, thermal decomposition, electric discharge, activation energy
'C"as discharge, hydrocarbon
ABSTRACT: A review has been made of the use of electric gas discharges in coaversion
@processes for fuels such coal and gaseous hydrocar@ons. inter alia, the review reportsi
I i
;the results of a study of the effect of an electric gas discharge on the homogeneous
I
:gas-phase thermal decomposition of methane. Figure 1 shows the effect of the dis-
icharge on the temperature dependence of the activation energy of this reaction at
:';1200-2000C. As Figure 1 indicates, the discharge lowers the absolute value of the
:activation energy and causes the activation energy to increase with temperature.
!Orig. art. has: 2 figures. NA-681
Card 1/2

ACC NR' AT6034953.
E 0. col/Moll
K
Fig. 1. Activation energy o@ thermal
002 decomposition of methane versus tem-
perature,
No discharge; 2 discharge.
lzvq 1400 /500 mog wag
\.-."I - 0C
I@e-mp er atur e
;UB CODE: 07, 21? SUBM DiTE: 23Jun66/ ORIG REF: 0091 OTH REFi 004

112-1-643
Translation from: Referativnyy Zhurnal, Elektrotekhnika, 1957., Nr lo
P. 107 (USSR)
AUTHOR: Likontsev, N. N.
TITLE: 'U66-o-f__C_u_r_r_e_n_t -Transformers Without Steel for Differential
Bus Protection (Primeneniye transformatorov toka bez'*stali
v differentsialtnoy zashchite shin)
PERIODICAM Tr. Sredneaz. politekhn. in-ta, Tashkent, Gosizdat UzSSR,,
1955j PP. 362-371
ABSTRACT: The utilization of current transformers without steel in
circuits of differential bus protection eliminates the
main source of unbalance, i.e., the different saturation of
the cores. The linearity of the characteristics of the non-
ferromagnetic transformers permits an exact calculation
of the protection. The deficiency of such transformers con-
sists in the small value of the secondary e.m.f. and, con-
sequently, in the danger of outside influences. Differential
bus protection with non-ferromagnetic transformers may be
Card 1/2 recommended in those cases when the operation time of the pro-

KOLESOV, Svyatoslav Nikolayevich; VVEDLISKAYA, Lyudmila
Andreyevna; KMIN, A.N., prof.y retsenzent; RUSTAMOV,
Kh.R., prof., retsenzent; HAYTMI G.A.t dots.,
retsenzent; LOVTSOV, V.M., dots., retsenzent;'hL4QNTS",
N.N.?- dots.j retsenzent; PUTILOVA, I.N., doktor khim,
naU,-prof.p red.; MAKUSHMIKO, Ye.N., red.
fLaboratory work in general chemistry] Praktikum po oD--
shchei khimli. Izd.2., perer. i dop. Tashkent, Sredniaia
i vysshaia.shkola, 1963. 186 p. (MIRA 17:12)
1. Zaveduyushchaya kefedroy khimii Moskovskogo elektro-
tekhnicheakogo instituta ovyazi(for Putilova).

KOLESOV, S.N.; WEDENSKAYA,L.A.; KHARIB, A.N., prof., retsenzent;
LOVTSOV, V.M., dots., retsenzent; LIKQNTSEV, N.N., kand.
takhn. nauk, retsenzent; PUTILOVA., I.N., pro ., doktor
khim. nauk., red.; TROFINOV, F.D., red.; BAKHTIYAROV, A.,
tekhn. red.
[Laboratory work in general chemistry] Praktikum po ob-
shchei khimii. Tashkent, Gos.izd-vo Uzb.-99R, 1960. 141 p.
(MIRA 17:4)
1. Zaveduyushchiy kafedroy khimii Taganrogskogo radiotekhni-
cheskogo instituta (for Kharin). 2. Zaveduyushchaya kafedroy
khimii Moskovskogo, elektrotekhnichaskogo instituta (for
Putilova).

LIKONTSEV, N.H., kand.tekhn.nauk; POKROVSKIY, B.M., inzh.
Possibility of eliminating voltage surge protection for hYdrau-lic
generators. Xek.sta. 31 no.6:65-67 Je '60. (MIRA 13:7)
(Hydroelectric power stations)
(Electric switchgear)

iaxommo, v.B.
Ultrahigh-speed photographic recording apparatus. Usp.mauch.fot. 6:
131-138 '59. (Photograpby, High speed) (HIBA 13-6)
(Alectron optics)

cer-nent---') '2cific.tti
Influence of variety and nuantity of ul-.on :@hysical ari-A! -,rec; .117 cr C i
of asbest-.,s cemen-.. Trudy Till LPi'3DEE5TrTSE,'.EINT. no. 2, Y/151-
9. Monthly List 2.f Russian Accessions, Library of Congress, I.larch -1.95iX Uncl.

LIKOV, ti. (Lykov, 0.1.]
Geological and mineralo cal characteristics of skarns In the
Novo-Troitskoye region reouthwestern margin of the Donets Basin).
Trudy Inst.min.resur. AN URSR no.2t23-27 160. (KRA 15:5)
(Donets BELain-Skarns)

LIKOV) A.I. [Lykov., A.I.1
Vein quartz of the contact zone of the Azov Crystalline Masaif
and Paleozoic sediments of the Donets Basin. Trudy Inst.min.-
resur. AN URSR no.2:70-73 160. (MIRA 15:5)
(Azov Sea region-Quartz) (Donets Basin-Quartz)

LIKOVI A. V.
--
"Application of Onzager's Theory in Investigations of Neutron Diffusion in
Absorption Media of NuclearReactors."
paper to be presented at 2nd UN Intl. Conf. on the peaceful uses of Atomic
Enwgy, Geneva, 1 - 13 Sep 1958.

LIKOV, M. V.
"Investigation of the Process of Drying Colloidal Solutions by the Method
of Spraying at High Temperatures." Sub 25 Apr 51, All-Unicn Order of the
Labor Red Banner Heat Engineering Sci Res Inst imeni F. E. Dzerzhinskiy
Dissertations presented for science and engineering derrees in
Moscow during 1951.
SO: Sum. No. t80, 9 May 55

MARCHENKO, Ye.Ya. (Marchenkc?, IH.IA 4- LIKOV 0 1 _1LYjCov' 0.1.1;
ZARITSKIY,, 0.1. [Zary-talui, 0. @.'-
Vein barite of the convergence zone of the Azov Crystalline
Massif and'Donets Ridge, Trudy Inst.min.resur. AN URSR no.2%
59-65 160 09RA 15:5)
(Azov ;ea region-Barite) (Donets Ridge-Barite)

M
LIKOV, 0. 1.
Vesuvianite from skarnB in the vicinity of 14ikolayevka (southwestern
margin of the Donets Basin). Mat.z ain.Ukr. no.2:112-2.15 161.
(MIRA 15:8)
(Donets Basin-Vesuvianite) (Donets Basin--4karns)

LIKOV) Ts.
Mraz, Bulrarian-make refril'-crator. Pe 36
PEMNA PPOMISHLENCIST. (Kinisterstvo na teznkata prol7dshlonorf.) Sofiia,
BulFaria, Vol. 8, No. 7, JUTY 1959
Monthly List of East European Accessions LC, Vol. 6, 12,
December 1959
Uncl.

red. ; SUCBNINOVA, N. I.
ROZENBLIT, N.P.0 inzh., zhur.; UKOY
[Svieelmi ova, V.I.], -i@d.; KWKOVA, S.N., tekhn. red.
(Man strides into outer space] Lludyna krokue u VseErvit. Kyiv.,
Vyd-vo TsK LKWU "Molodl," 1961. 157 p. (14IRA 14M)
(Astronautics)

LEBEDEV, Panteleymon Daitriyevich; MIKHAYWV, N.M., prof., retBenzent;
GINZBURGt A.S., prof., reteenzent; LIKOY4-&L_I_ dots. 0
nauchnyy red.; LZONCHIK, B.I.,, doi-O--,"uchnyy rR7-j--WIONOV,
G.Ye., tekhn. red.
(Calculation and design of drying oystems]Raschat i proektiro-
vanie@ sushilinykb ustanovok. Moskva, Gosenergoizdat, 1963. 319 P.
(MIRA 16:3)
(Power engineering) (Drying)

LIKOVA, O.B.
Single frequency oscillations In system with many degrees of freedom.
[with summary in Inglish]. Dop. AN URU no.1:8-12 '57. (HIBA 10:4)
1. Institut matematiki AN URSR. Predstaviv a)cademik M. X. Bogolyubov.
(Differential equations) (Kinematice)

LIKOVA, O.B. [Lykova, O.B.]
On the behavior of solutions of a system of differential equations
in the neighborhood of closed orbits. Dop.AW URSR no.6:535-538 157.
(MIRA 12:4)
1. Institut matematiki AN USSR. Predstavil akademik AN USSR N.R.
Bogolyubov [M.14. Bohollubov].
(Differential equations)

LH0710. J.
I:T-.( VTQ, J. FundPsientnlS of trnff':LC 111W.
VC1. No. 8/9, kur./ ent. 10-'6
CPSTE i 1-1'-@---Tillli
TIEC'E"OLOGY
ZaCreh, lutroslavia
So: &i3t European Accession, Vol. lro. 2, Pelhnmry 1957

USSR / General and Specialized Zoology. Inaects. P
Systematic and Faunistic.
Abs jour Ref Zhur - Biol., No 17, 1958, No 78164
Author :-Likovich, 1. 111,-
Inet : 132@@n @Verol7ty
Title : Some data on t:le Fauna of the Transcarpathian
Orthoptera
Orig Pub : Doll,1, I scobshch. UzhSorodsk. un-ta, 1957, 110 1,
61-64
Abstract : In tranecarpathia, 51 species of Orthoptera, be-
longing to 33 genera and 9 families, were dis-
covered. A check-li6t of the sDecies and brief
chameteristles of the families 16 given. Y1. N. K.
Card 1/1

LIKOVICH I.M.
Vertical distribution of orthopterans in Transcarpathia. Hauk.
zap. UzhGU 40:227-238 159. (NIA 14-4)
1, Uzhgorodakly gosudaratvennyy universitet.
(Transearpathia-Orthoptera)

MI jJ-J
ACC N% AR5920047 SOURCE CODE: Wbo 01270177K617
AUMOIR: K-El@A @-14- - Li VJ.; S ova, P, G.
ORQ. none
15-
TITLE: Laboratories studies of,the anticoMosi-ve effect of additives to lubricants
SOURCE: Ref. zh.,Miimiya, Abe. 12K92
MW SOURCH.-. Azerb. neft. kh-vo, no. 10, 36-40
TOPIC TAGS: corrosion, lubricant,, anticorrosion additive
TRANSLATION: It is shown that an increased concentration of oils in allzrl-ilienolic
additives (BPK$nd AzNIX-7)jgradual4 decreases the corrosion of Pb- The antioxida-
tion additi:ye. P-3.17EM-a-n-Uabrasion additive LV-23Yrcoatained in oils on the order
of rj posses4@high anticorrosive properties and aharply decrease the corrosion of Fb-
It is confi=ed that the sulphonatecl additive SB- mixed with certain basic oils some-
vhat increases the corrosive aggression during prolonged oxidation. From the authors'
resume.

22721-66 Pvrr(m)JTZE'WP(t) TIP(r.) _TT)/V.M/rr-)
f-ACC NRs AP6002932 f 4 1 Ej UR/0286/6 WO101/0101-1
AUTHORS t Kuliyevp At X.; Suleymanova) F. Go; Likshay V. B*; t@v Go G* I
ORGs none
TITLEt A device for determining corrosivit f oils and tho anticorrosion efficiency
of-additive4in them. Class 42., No. 1771 7 Lainnounced by Institute of Petroleum-
Chemistry Processes im, Yus Go Mamedaliyevy AN Azerb.@ydzhan SSR (Institut
neftekhiodcheskikh protsessov AN Azerbaydzhanskoy S5R2/
SOURCE. Byulletenl izobreteniy i tovarnykh znakovs no. 2hs 1965) 101
TOPIC TAGS: corrosion rate
s corrosion inhibitors lubricating oil, anticorrosion
additives corrosion resistant metal
ABSTRACTs This Author- Certificate presents a device for determining the
corrosivity of oi.19 and the anticorrosion effectiveness of additives. The device
consists of a thermostats a chamber filled with the test oil, an arrangement for
supplying airs and a wire resistance -indicator. For increasing precision of measure
ments., the resistance gauge is made in the form of bimetallio wire., an outer surface
of the test metal over a core of metal nub subject to corrosive decay in the test
medium and having high electrical resistance& For regulated and uniform supply of
air in the chambers the chamber is attachedto a disk that produces reciprocating
Card 1/2 UDCs 620-193*471*2

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'.. I L 22721-66
- .1 AcC NRe AP6002932 . I