SCIENTIFIC ABSTRACT ALEYNIKOV, F. - ALEYNIKOVA, M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101020014-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 24, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


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silicate F I
obd:r v.,f thp r1ass surtnoe !Ilkali.
D. no.2:149-1t4; 165. 19:2)
1. !;IiAmil i khimicheskoy V~kn-.;Lloli-~:
tr:, I
ItAod Flt~.-ornber 10, 1964.

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gmurnuirm", xa. 10t*wopiuta,
jaksa~ r4wistanio.or $00 silicate glasses. Part 3t Study of
proed1jittates fo~~d,:WAIw intex-miction of glue with caustic
soft molution. trady J*Ut. BSR. Sor. B. no.4t67-95 165
(MM 19 &2)
1. 3hiltlint ma:si i )th;bdch*sk*y tekbnologii AN U tovskoy
$OR. 4ubdtted 4tril 29p 1965.

_1/L71 i-,
SOURCil- fOE)i*,- LIR/03(j3/6f~/OC12/00.J/0524/,~5:
R and Chemical Acadeny of Sciencesi
tekhtiologii i aacmii nau:K AJt~a)
.4ion wi,l recvys tall i zation of q~L,!rt7 ic~ phatses during i~aI zation
C, zhe S-11 .1.2
Orltgt) system
AN SS~R. 'z-~estiya. Neorganicheskiya materialy, v. 2, no. ,, 1966, 5.24-528
D~?X -.At7;: glass, silicon dioxide, silica. alumina, ma=usim magnesium oxide,
crystallization, ~ienl effect. quartz crystal, thermal stability, titanium dioxide
4 - - 'r.
.3-RACT: ne offt~c.t of temperature an fort&ition and recrystallization of quartz-
;.ike ,)h3*(!,., during 1he crystallization of K-1 to K-9. glasse%,wAth various silicaand
zitanlun (Iinxide ccntents was studied. The individual _o i Je component in glass -sam-
ples was 41-, wt %) 27.69 to 42.02 for A1203, from 10.96-t'o 6.63 for MgO, 4MS to
~
.0
r Si02, and from 0 to 15.0 for TiOZ. The glass samples (K-1 to K-9) of
various ::c-ipositlens were prepared by fusing mixtures of oxides in platinum cruci-
bles at 1$500C for La hrs. Tbe glass samples were subjected to therval differential
Card 1/2 UDC: 661.1:542.65

L 32167-66
ACC NR: AP6011323
0
and x-ray analysis. It was found that an increase in Si02 content in glass leads to
increased thermal :Ptability of the quartzlike phase. Low S'02 content is reflected
in low content of the quartzlike phases. No quartzlike phase could be detected by
x-ray analysi*; for glasses containing 41.35 wt % Si02- Introduction of Ti02 to
glasses resulted in greater contents of quartalike phases and in an extension of the
lower limit of these phases to 800-8500C (while for TiO2-free glasses this lower
limit was equal to 10000C). Orig. art. has: 3 figures and 2 tables.
SUB OODE: 11,07/ SUM DATE: 1.lJun6S/ ORIG Mr: 003/ OTH REF: 009
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Card 2/2

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LUrSEVICH, P.A.; MONGALIV, G.F.; MIKHALEVICH, N.G.; ZINOVICN, X.F.;
SAPIONZWO, A.P.1 XLDOMOV, P.A.; GAYDUXL"VICH, N.M.; SILZN,
M.S.; BR&WVSKrY, P.I.; KOVPAK, M.D.1 MELESHKEVICH, O.A.-,
IMMEVA, V.S.; KULIXOVSKII, A.V.; TARAYKOVICH, P.I.;
AUUNJXQY,,,,0.A.j SIN=VICH, Sh.S.IGRACHEVA, K.I.; NIKOLATEVA,
Yu.H,I VOWKHOV, N.A.; DOMASHEVICH, 0., red.; KARKLINA, L,
red., ZMOVA, V., tekhn. red.
(Munmal for livestook raisers] Spravochnik Wvotnovoda.
2,0 dop, I perer, Isd, Minakv Gos.lsd-vo xel'khox.llt-z7
MR, 1963. 462 p. (XI RA 16 % 8)
1. Glevnyy zootekhnik Upravlentys neukl Ministerstva sellskogo
kb*My-stva Baloruaskoy SSR (for Safronenko).
atockbreedN)
(Stock and

)-g=Lov G-.I'- '
. M. L, IM04idat tskbatchookikh nook,. AUMIKOV, G.I., Inshener.
3use data on the solubilit.* of calcium sulfate in water at high
480"Taimrss. Trao MI I&D.U2198403 153. MRA 7:11)
(Calcium suItate) (St"m boilers)

AID P - 4953
Subject USSR/Engineerins
Card l/ Pub. 110-a - 2/21
Authors : Kostrikin, Yu. M., Yu. 0. Novi, K. A. Rakov, KandIdat3
of Tech. Scl., 0. 1. Aleynikov, N. V. Bulgakova, V. A.
Tamtuta, Engineers-.--
Title z Results of thermal and chemical tests of a once-through
boiler of 215 and 300 atmospheres.
Periodical : Teploenergetiks, 8, 10-13, Ag 1956
Abstract : Data are given on the quality of steam supplIed by an
once-through boiler operating at 215 *n4 300 atmospheres.
The boiler is fed by the turbine condensate mixed with
the cooling calcium-bicarbonate water. The design and
performance of boilers of near critioal and super
critical pressures are discussed, and various related
problems are examined. 4 diagrams, 3 references.

AID P - 4953
Teploenergettka, 8, 10-13, Ag 1956
Card 2/2 Pub. 110-a - 2/21
Institution : VTI (All-Union Heat Engineering Institute) and TsKTI
(C"tral Institute for Boilers and Turbines), Moscow
Branch.
Submitted - No date

ALRY31MDV, G. 3. Cand Tech Sol - (dims) "Study of the phyaloochanioal conditions
"I
of vapor purifia&tion insilialcAocid flmx." Woo, 1957. 15 pp 20 am. (Min of
Higher Nuastica USSR. Mom Order of Lenin Power ftineering Lut im V.M. Molotov).
100 cc pies (KI., 14. 57. 86)
-13-

'lip
UWR /themical Technology. Chemical Products 11-5
and Their Application
Water treatment. Sewage Water.
Abs Jour: Referat Zhur - Xhinlya, No 1, 1958, 1725
Author Aleynikov G.I.
Title study or the Washing of Steam to Remove Sillele
Acid
Orig Pub: Teploonergetika, 1957, No 2, 12-16
Abstract: The efrectiveness of washing of steam was
studied in a semi-industrial, high-pressure
flow unit. Rate of flow of the steam being
washed 900-1000 kgAour, pressure 110-115 atmo-
spheres abmolute, washing efficlecy is the quan-
tity'~'i w : the ratio of the amount or SiO2 re-
movedIby washing to the total amount or stoL In
C ard 1/4

USSR %. hemical Wchnology. Chemical Products
and Their Application
Water treatment. Sewage water.
Abe Jour: Beferst Zhur - Khimlya, No 1, 1953, M5
steato and water prior to separation.11
4- X _7, wherein' X)
Is moisture c6ntellt of steam before entorlng tho
seDarator; Q -_ ratio of silicon content of
washing waterg and dried steam. In the experimentE
the 1(~ngth of the mixing chamber was 680 rm, vw
city of the medium wan 15-19 times greater thar:
the critical velocity of moisture stripping from
the film. in a portion of the exp(-rlments 311ghtly
superheated steam was passed Into the washing
apparatus, In other experiments It was moist
ateam (spraying was absent). Expertments with
superheated steam showed that 9 g increases at
first, with Increase, In the glow-off water from
Card 2/74

VSSR /themleal Technology. Chemical Products F-5
and Their Application
Water treatment. Sewage water.
Abs Jour: Referat Zhur - Khimiya, No 1, 1958, 1725
the separator, of the silicon-alkali ratio (SAR),
i.e., of the correlation between equivalent con-
centrations of NaOH and SIO%-~k If SAR In Ereater
than 2,_13 g becomes constant -~.- 120. Increase of
the moisture content of the steam, in the washing
apparatus, from 2 to 6%, raises the multiplicity
factor of steam purification from 3.5 to 5.4%. The
experiments with moist steam yielded higher values
of-i~ 9: with SAR 3 =14o; with SAR= 5-1-- 9
160. Addition to the steam, prior to washing,
of 386 and 651 mg/kg Cl-, 366 and 722 msAg so,
and .113.3 mg/kg N11! , did not affect the ef rec tive-
ness of' Sjj. removal. A prerequisite of effective
waabLng Is a SAR within the range of 1-2, In the
Card 3/4

MR /themical Technology. Chemical Products H-5
and Their Application
Water treatnent. Sewage water.
'-f I - I-' Abs jour: iRererat Zhur - KhImiya, No 1, 1953, 1725
blow-off water. Flow washing of steam is appli-
cable, In principle, also to drum boilers.
Card 4,A

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S/114/60/000/olo/oo/oll/XX
E194/E155
AUTHORSi Alljyniko-~, G.I., Candidate of Technical Sciences, and
'Up 16v, Candidate of Technical Sciences
TITLEj All :nvestigatiom of the efficiency of centrifuging
in removing corrosion products from water
PERIODICAL: Bitergomashinostroyeniye, 1960. No.10. PP. 10-13
THITt It Is important that the proportion of ferrous
corrosion prodacts in food water should be low. An it is not
always passible to prevent corrosion entirely, various methods have
been devised for removing the corrosion products from water.
Little information is available about the particle-size distribu-
tion in Coed water and this makes it difficult to devise methods of
purification, It is accordingly necessary to study the particle-
size distribution of corrosion products in samples of water
contamAnated with various metals under various operating conditions.
This article Xives particle-size distribution characteristics of
water from power equipment. It includes two main characteristics;
the number or particles of corrosion products per unit volume of
water, and the shape and size of the particles. To determine the
Card l/ 8

An investigation of the efficiency... S/114/60/000/010/0091011/XX
E194/E155
number of disperse particles in water the microscope technique
with special counting chambers was employed, and in particular the
Goryayev countiliS chamber well-known in medical and biological
prattice wax used. The work was done on return condensate from two
Hostow TXTs (He-at and Electric (District Heating) Power Stations),
on wator used to feed the experimental installations in the
Kotelluaya laboratoriya MO T*KTI (Boiler-house laboratory of the
Moscow Division or the Central Boiler and Turbine Institute), and
on return tondensate obtained from various industries (engineering,
chemical and food). The PH value of the waters ranged from 6 to
7.5 and the range of salt content was wide. Iron was determined
colorimetrIcally. Particle number counts are given in Table 1, in
which tbe fir*4 line states the iron content mg/kg (ppm); the
second line the number of particlesi the third line the number of
particles in 1 mg of iron. The shape. size and number of iron
particles in water were also determined by microscope methods
including mass microphotoSraphy. The main investigations were made
with a magnification of 1350 and a scale unit on the ocular
microm*ter of 3.3 microns. All particles of less than half a scale
unit were clasised in the first group, those of half a scale unit
Card 2/ 8

An investigation of the efficiency... $/II4/60/oOo/OIo/oO9/011/XX
9194/E155
in the secQud group, and so on. The main results of the particle-
size distribution study are given in Table 2. It will be seen that
in all the samples the majority of particles have a maximum
dimension of up to 1.3 microns. Particles of this size and below
comprise from 65 to 80% of the total number of particles. The
particles are usually in the form of plates, and the ratio of The
maximum dimension to the mintmum ranges up to 31l. Because of the
small particle size centrifugal purification requirp~ the use of
super centrifuges. The tests were made with a tubular iype
centrifuge with a rotor diameter of 43 mm, 190 mm running at
20 000 r.p.m. with a rated throughput of 10 kX/hour. The
efficiency of filtration was assessed in terms of the ratio of the
Iron contamt. of the purified water to that of the unpurified. The
results show that with the centrifuge operating near its nominal
rating the extraction of iron is practically complete but that the
dogroe of extraction falls off as the throughput is increased.
To studT this question the clarifier drum of the centrifuge was
lined with pa"r and after stable running had been achieved a
quantity or water contaminated with iron was passed through the
centrifuge. The graph of Fig.3 shows the distribution of deposits
Card 3/ 6

An investigation of the efficiency. s/il4/6o/ooo/olo/ooq/oli/Xx
... E 194/E 1.55
over the height of the tube an & function of the throughput, the
percentage of deposit being plotted on the y axis and the height
of the contrifuSe on the x axis; the throughput is denoted by
the figures on the curves, kg/hour. It will be seen that as the
throughpiat is increased the slope of the deposit increment curve
alters because the water is not completely purified. At the rated
throughput of 1()-12 kg/hour the amount of deposit on the top
sections of the tube is small, but it increases at higher through-
puts. Two texts were made an condensate from a Moscow Heat and
Electric (District floating) Power Station where all the condensate
passes through a mechanical filter ch&rgod with sulpho-carbon.
Before purIfication the condensate contained 0.2-0.3 ppm iron,
4Lfter mechanical filtration the iron content became 0.04-0.06 ppm~
and after contriruging it was not greater than 0.01-0.02 ppz.
Similar results were obtained with plate-type super-centrifuges, in
which the best purification was obtained on low-output separators
with a gap between plates of 0.3 am. The tests have demonstrated
the possibility- of removing nearly all the ferrous corrosion
products from spator. There are 3 figures, 3 tables and
6 Sovlei referetnces.
card 4/ 8

ALEMIKcrw, G.,I,. Ivuld tekhn. t2auk; ZERKENICH, Yu.V., kand, teld~n. nauk;
1 111 ,-Gr FIGHO" S''.A:, 1,,h.-, KOWSHKIN, I.A., 1..h~
Reaulta of thermDohemical. tests of the P&12 boiler and of
observations on the water system of super-bigh parameter units
uMor operating conditions. Energonashinostroanie 7 no.3:1-6
I(r 061. (KMA 16t8)
(.%ilors-Testing)

WJZT, A.F., doktcv Ukht. bauk, prof.1 kand. .,Ahn.
juiuk; TARATUTA, V.A., Irah.
;'-elFfel, vlen.111ro
fir,ah r- bl c t-l:. -cT loerorre-, Lba
ric,.",1:24-33 -11. 165. 111L A 1F:7)
:1. MCI:! oWolenlvo klll-ti"`,~?~ncco In-
ri'll'ut'll Aill. Polnonovs.

USSR / Farm Animals. Cattle.
Abs Jour: Rof Zhur-Biol., No 9, 1958, 40413.
Author : Popov A. M., Aleynikov G. S.
Inst ;Not given.
Title :The Effectof The Frequency of Milking on the
rerformanoe of Cows.
Orig rub: .91). tr. In-ta zootekhn. I zoogi~,iyeny. AN
IAtvSSR, 1956, 8, 53-82.
Abntrnot: At the sovkhoz "Yelgavskiy" and at the kolkhoz
IfLnohplesisll, experimonts were conducted as to
the effect of the twofold and threefold milking
of cows of the Brown Latvian breed upon their
milk production. With the milk yield averaging
'~-10 liters per 24 hours, the switching of
(.Icjv;s from thraefold to twofold milking produced
Card 112

USSIR / Farm Animals. Cattle.
Abs Tour: Ref Zhur-biol., No 9, 1958, 4041,3.
Abstract: but a transitory decrease of the milk yield
(on the 44h day of experimentation the milk
y1eld was completely restored). The fat con-
tent of the milk did not change. The authors
consider that the Bwitching of cows in the
kolkhozes of the Latvian SSR fron threefold
to twofold milking is economically expedient.
4
Card 2/2

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vtd. -f kWh' pi.
pmom ld w he" the Wb me. amd 0 b awlw# I
40 the (mbdilm a. Mary

tIAMIM, 1F.A.; pmlc3t* D.T.
1. 1 ~. . I I m.trial use of flotation rasonts In aPatite flotation
Iron spatite-sapholine ores. Obeg. rud. 2 no.4:32-37 157.
(mm 11: 8)
(notation) (Apstite)

5W BOV/20-124-4-34/67
AUTHORS: Aleynikov, X. A., Makarova, A. M.
TTTLZ~ The Formation and Properties of Metallic Soaps in Diluted
Aqueous Solut ions (Obrazovaniye I avoystva metallicheakikh
myl v razbavlennykh vadnykb rastvorakh)
P19RIODICAL: Ooklady kkadeall nauk 5SS1, '1959, Vol 124, Nr 4, PP B52-854
(USSR)
ABS?BAC?: Aeference is first made to several earlier papers dealing
*ith this subject. The production of metallic soaps of the
polyvalent cationa may be represented as a function cf the
p9-valus of the aqueous solutions as the process of the
itimultaneous formation of "acid" and "basic" soaps. The acid
tioaps are formed In the case of a low degree of hydrolytic
4ecay of the salt of the polyvalent cation; their composition
varies with decreasing pH-value of soaps with complete
otoichiometrical substitution up to their molecular decay
by may of sope in which thereare different degrees of pene-
tration of H into their mycallum or polymeric complexes.
More il in possible to assume, besides an ion-exchange,
n1no a molecular mechanism, which is connected with the ad-
Card 1,13 norption of palmitic acid on the mycelium of the "basic"

SOV/20-124-4-34/67
The Formatiom sn,j Properties of Metallic Soaps in Diluted Aqueous Solutions
boaps with follovinq chemical conversion. The hydrolytically
gotrmsd basic malts (among them also the complex catione) form
olightly "basic" soapal their composition varies with increas-
Lng pli-value of chesically incomplete compounds (with respect
~o substitution by palmitic acid) up to chemo-sorption-like
-vompounds of the basic soup with different degrees of adsorp-
tion of 011. For the p of.3onfirming the general scheme
F +
of the metal soaps Fer4poal -palmitates were produced.
Tba nanner In which the soaps are formed from the reacting solu-
iions is able to model the processes occurring in the
gprnaenao of those soapo~ In the came under investigation it
Olan important to add a solution of sodium palmitate with dif-
forent content of free RaOR to the solution of the iron salt
vulfate with different content of free H 2so 4* The theoretical-
ly determined general character of the dependence of the
oomposition of the soaps on the pH.-value agrees satisfactorily
with experimental values. The stability of the "basic" soaps
itioreasan with increasing pH-value, and at pH-values of 10-11
a. highly stable sal is formed. The authors thank Academician
P. A. Robinder and A. B. Taubman for their interest in this
Card 2/3 work and for valuable advice. There are 1 figure and 6 ref-

SOV/20-124-4-34/67
The Fgirmation azd Properties of Metallic Soups in Diluted Aqueous Solutions
Orences, 5 of which are Soviet.
ISSOCIATION: Zol'skAy filial im. S. U. Kirova Akademii nauk SSSR
~Xola Branch ineni S. V. Zirov of the Academy of Sciences,
IrSSR)
PRESERrED: (October 6, 1956, by P. A. Rebinder, Academician
SUBMITTn: September 30, 1958
Card 3/~

LINNIXOT, N.A.1 USACUT, P.A. . GOLOTANOT, G.jL.
. ......
110tat1*0 of Iron oxides b7 synthetic carbWl acids. Gor.zhur.
no.9tft-6) 5 160. (KLRA 13:9)
L KOVOKIY filial AX SM (for ialeynikov. Usachav).
2. Oleangorokoye mdoupravleniyo (for Golovanov).
(Iron ore) OrlotatIon-Xquipment and supplies)

S/065/61/000/001/008/008
S030/Z212
AUTHORS.- 11-nit-N- A-,and Afanaslyeval N. V.
TITLE: Analysis of High Molecular Weight Oxidates and
their Flotation Properties
PERIODIM- JEhimiya i takhnologiya topliv i masel, 1961, No. 1,
p.p. 61-67
TMU: Various petrolata, which are oxidized for use as
flotation agents, have been extensively analyzed. The petrolata
were in the 450-?50 molecular weight region, and three were
oxidized by the low temperature Afanaslyeva process and'thd fourth
by the low temperature process at Ordzhonikidze/Baku. They are
used for extrac-tion of low-sulphide ores, such as apatite, VII/
ilmenite, zircoa, cassiterite, ate. by flotation. The normal
specifications of flotation agents, by saponification value and
acid value, were found to be quite inadequate to predict their
aeparation efficiency, as determined with apatite ores. The acids
should be split up into oxy-acids, and carbonic acids. When the
concentration of the former rises, increasing amounts of foam are
formed. entra:ULing air, and reducing the separation efficiency, so
that their conaentration should be kept below about 13%. To
Card 112

8/065/61/000/001/008/008
R030/E212
Analysis of HiMb Molecular Weight Oxidates and their Flotation
Properties
maintain acidity, the carbonic acid percentage must therefore not
fall below about 33. Separation efficiencies of about 90% can
then be obtained with apatite, at additive concentrations around L"//
I kg/ton of ore. Highest efficiency (96.0% at 800 gm/ton ore) is
obtained with petrolata subjected to high temperature oxidation.
There are 4 tables and 15 Soviet references.
ASSOCIATION: Kol'skiy filial AN SSSR
(Kola Branch of AS USSR)
Card 2/2

ALEYM!_~GV, ~.A.; GORMYOV, N.A.; ALZrNIXGVA, N.S.
Ustiq wqetIW2Ate(I carboxylic acids in the flotation of non-
atklrld* ores. Hiul.tekh.-ekot.imform. no.20-7 162.
(YJM 150)
(Flotation)

Al8YFIKOV R.A.1 GOLOYANOV, G.A.; USACHOV, P.A.; TOCHILIN, M.S.;
hl"T~f- YU.V.
Witming h4to-lron sure ti to-howtits concentratea. Biul.tekh.-
ok)w.izLform.G*o.naueh.-isel.iast.nwwh.i tekh.inform. no.51n-13
qw. (PURA 15s7)
(troo-Motallurgy)

ALMMLOV I. AOA*-
notation of apatite with synthetic carboxylic acids. Obog.rud.
7 mo.I.IA,-20 162. (MIRA 15 :3)
1. Mol I skly f-1 14 A' AN SSSR.
(Apatits) (Flotation)

Y1W.-~113c,n i.i,oyxrLlr,o oJ7 acidB of the Go~~o.,o
OX)UH -t-rLova -f t~3s Cq - C
lll~ 1,10.5;1IM-11-25 i~r ;&'.,
1, Kv,~, t2kiy AN SSSR i trtmt~t-.,z txgan!-r':-Aaskoy khimii

AUUNLKOV N'A.f, NIKISOIN, 0.1.; OGIBIM, Yu.N.; PSMOV, A.D.
.
Surface-active properties of branched aliphittie acids.
llsfukhWa 1 no.33418-426 Ys-Js 161. (KMA 16- 11)
1. Xiollekiy filial AN SSSR I rnatitut organichaskay Ichimli
AN SSI%t Imni N.D. Ulinskogo..

t,
A
*11mll" N.A,., GHISTYAY
LET. Ov IB. f C.
-4nthen~s of flotatlon retteento tytzed on carvary-"Ic acids.
Tium. pron. nc.1:4743-750 0 16-,,. WMA '-,?:6)
1. Kollokly 1%l-lal AN

L 021:39-67 EW FIN
_ _jP9Uq2)L___P(J I
ACC MRs APW359U SCT* tc!; cc.t`: U::/,)(62/66/000/004/0700/0707
1.6
AUVOR- Ch A1n'-'tJ7U)V, 1'. A., and Nikishin, G.
0*..'.:;: Iristitute of Orranic Cherilctry la At' S';,,!t Onstitut
orr,aniciiasRoy VNInir 1-:: ., :,:t (Rojeskly filial AN SSSR)
"Synthesis or cark=lic Acids Containing cyoioalk7l and Phenrl
Groups I %W P" dleal Additw3an R8AOtJLO11*
Moseow. :Ezveatlya Ajmd~mjj Nauk sSSR. Serlya Xhiniaheakaya, No
4. 1966, PP 700-?07
Abstracts This work Is devoted to the study of the synthesis ard
Iflotation properties of carboxylic acids. Newly obtained data
mainly concern tho question of the effect of the structural
Itharaoteristics or unsaturated hydrocarbons on their capacities
~to yield acLditlon products in lil ratio with carboxyllo azide.
'The reactions wero conducted at atmospheric presavre In the
;presence of tor-butyl peroxide. Reaction conditions, ratios of
!rtagente arA peroxide, lsl aidduot yields* yields of' the higher
!boiling substanoes (residues), and the adduct properties are
Presented. The radical addition reaction of varboxyllo &*ids to
pmoga-phenylalkarAs-1 In accompanied bF Obonzyl cleavage" of the
~Inetio ohainraeuiting In, Isl adduats, with-& lower Yield. than- ____ J

L 02139-67
ACd- -Nit- '-AMM-962
-vith the use of I-alloeneg. In contrast to I-alkenes ojrolojRl-
Avenes and alkenee with no terminal double bonds have a lower
ireaction capability In oarboxylic aold addition reactions. .- This
its chiefly-doteralned by spatial factors. 'Laboratory worker G. E.
I lZondra-Shina took part in the cnrryinn out of tho experiment. Orig. art. has; 2
CIMME-77PRS: 37,177.1
XOPIC TAGS9 rree raglical, carboxylic acidv org*nlc synthetic process
$US CODE* 07 1 SUM DATEI 06 Doe 63 / ORIG REFt Oil / OTH REFs 005
Isq-~ UDCt 547.398 4 542.91 + 541

At" 't , " 1 ,
, "', . Wx*.,,Oqwj , ""' , "
1,
Frablow of wages and preparation of work norms in sugar plants.
Sakhb prom. 32 no.4g5l Ap 158. (MIRA 11:6)
1.1're noyarushakiy-sakharnyy savod.
(Suor Industry-Production standards) (Wages)

SPAWIT. A.0..- TOWN, B.A.; AUUXLEDI, S-A-
Thermal treatment of l1quId metals and Ito effect on the
issohWO&I properties of exotizo. J%v.vys.ucheb.sow.: tovet.
=wt. 2 no.6sI62-165 159. (KIRA 13:4)
1. Xr&mnc7tLrokiy institut tovetiWkh ustallov. kafectra
litaynoga prolevodstva.
(Nonferrous alloys-Metallography)
(Metals. Iffect of to"orature on)

ALEUIKOV, SoMaj, alMably usudWy sotrudnik
. ......
Dsterudzation of the thenioph7sleal constants of hydraulic concrete
and reinforced concreto. Ixv.V=IG 64s243-249 160. (MIRA 14-5)
(Therima properties)

USTIMM, A.M., pmf.1 PEKBMCH, A.I., starably mauohiW sotrudnik,
kand - tokft amule; C~ KOV,_S.Xtr mlAdahiy maucbmwy sotrudnik
BlaWmaning the surfaae of ices a methad of speeding the spring
Ice Alaw. Imr. VXIIG 65t:L39-247 160. (HIM 14: 5)
(Ice on rivers, lakes, etc.) (Thaving)

FOMYEV, Vasilly StepanovIch; AIMNIKOV, S.M.# red.
(VoL-t,ox funnels wid their use in electric power plants)
Vikfumvye voronki i ikh primenerde na elektrostantsUakh.
Mosimu, Izd-vo "Energils," 19(A. 193 1). WIRA 17:6)

165.
(MIRA .18:10)

Gourom of thm dinsaft and the outcome of treating cancer of the
corpas uterl depending on the degree of vWometrial proliferation.
Akush. i Fin. 38 no.3165-70 Illy-Je 162. (MIRA 15 :6)
1. In )-.mfedry onkololtli (sav. - devetvitellnyy cblen AMN SSSP
zaeloslhannyy dayatell nauk i pror. A. I. Savitakiy) TSentrallnom
InstlVata usovershenAtvovaniya, vrachey (dlr. Y. D. Kovrigina)
I ginakologichaskogo otdoleniya (sav. - prof. L. A. Ilovikova)
GowWarstvannogo onkologichookogo inotituta. imani P. A. Gortsem
Wir. - prof. A. I. Hovlkov)
(UTERUS-CAUGER)

AUT31110T. V.2.. Imadidat wAltelaskikh rAuk
A now trps of portabU mtretcher. lblmrgiia )2 no.11:81-62 N 156.
(KLRA 10:3)
1. In labodry abehobsy kkkirurcil (sav. - Prof. A.A.Oaherellyev)
G*r'k*"kioCo ="Italuskago luntltuta ineni B-M.Kirova.
(APIPAUTO AND UMUMMS
nwv type of portablo strechmr)

AZXMX)Wo VoM., kand.mod.nx& (GoOkly, ul.Doershinakogo. d.29. k-r.11)
A litter Aot roquiring manual lifting of the PatiOnto Toot.khlro
so zo.wm-l" AP058 (MIRA 11:5)
Iq Is katedry obobaboy kbirurgii (I.o. say. - dotment A.I.
Rosbayn1knw) ftrtkovskogo vedItsInskogo Institute.
(ISSING GAO,
litter wIthout manual lifting of pmtiont (Rua))

ALMMOV. V.S.. kand.med.nftuk
Diwaoujutablo apparatus for repoeltioning frogments in fracture of
the humerus. Ortop.trarm. I protez. 20 no.1:67-69 Ja '59.
NIRA 12:3)
1. 1% kafedry abobehey khirargit (sav. - prof. A.1. loshavulkov)
Gorlkovskogo maditalmskogo Instituta (dir. - dots.N.N. Hisinov).
(SUKERUS. fract.
appar. for repositioning fragments (Rue))

ALMMIUN, V.61
knrAd.nied.iwLitk
ApjXLrr&tus for repoeltioning, fractures of bones of the forearm.
Ortop.travm. i protez. 20 no.3:62-64 Mr 15Q. (XIU 12:6)
1. 12 )VLfodry obshchej khirurgil (say. - prof.A.1-Kotheynikov)
OorNovakogo mailitsiniskoge institute. (dir. - dotsent M.N.Mizi-
ww).
(ORTHOMMICS. appar. A instruments
appar. for repositiontno, fract. of bones of
forearm One))

AIMMMOV, T.S., kand.med*nauk (Gorikiy, ule Dmer2bin kogo, d.29, kr.11)
fttonsion transport splint for the log. Ortop.,travm.i protes.
ro..4t67-69 162. (MM 15:5)
1. Is kliniki obehabey kbirargii (sav. - prof. A.1. Kozhevnikov)
GorOkovskogo maditainakogo instituta (rektor - dotsent I.F.
Ymayumbin) . (spum (suRam))

i ~, i ~'. 11 l!".
I -.I- ~.~& :,~~ :-. w'.- ". ~. " 1. -'r '. -: , : " , *:,, . ~- -1 . *
, r , , " " - , I - . . . , I , .

mod. nauk (Gor'kLy 5. ul. Dxerzhinskogo, d.2c',
.W~KIWV..'y
kv.1 1, j
Transport splint for the leg. Ortop., travm. I protez. 25 no.8:65-68
Ag 164. (MILA 1814)
1. In Rliniki. obahchey kh1rurgii (zav. - prof. A I.Kozhavnikov) Gor1kc-
skoga neditqinakogo instituts. (rektor - dotsent I.F.Matyushln).

ro d. 29, kr.11)
.y!!IXQV, V.S,,, kand. mod. nikuk (Gorokiy 5, til. DzerzhinskoF.
clamp ror skeletal traQUOD using thO olacranon. Crtop., travm. i
protoz. 25 no.900-72 S 164. (MIRA 18W
1. lit kliniki obabohoy khIrurgii (urv. - prof. A. I.Koahevnikor)
lor0ka-rakt-jo wditsinakogo institittrt (rektor - dotsent I.F.Matyushin).

WSUMMO, fl.l.; GOOTICIR, H.S.; BACHIMBRIT, YU.T.; TONILIN. A.T.;
pQjVMXV. p.K.; LOXWVA, N.M.: OOIDYMY. P.D.: GATWM. G.l.;
_WMl!WVA Y.T.; STININ. N.D.; MADIDTA. T.T.; BILATIMMITA,
7 f---
s,v-: uciwuuffy. P.; mmzAR,. w.r.;
)KIZ11;6VA. Ye.s.; PWAVMXUIT. T.H.: 003MCMIK. T.K.; SWMTGO,
VJN; KISLYUK. 1.
71fly years In the mWar Industry. Sakh.prom. 33 no.2:18
jr 15-9. (XI" 1213)
(Shtepan. Goorgil Vioicbeelavoyleb, 1888- )

AIMIXO
"ligations.
jmplpyloom of thS Kalinin Pactor? will fulf Ill their ob
Sakbo pros. 33 no*ltll-12 J& 159o (XIIA 12:10)
l.Salftray sa"d imemi Zalimina.
(Vursk ProvInce-Onsar industry)

ALF-yNiKOV14, 8 17 '
WOO A.T.; BORMWO. A4.; ALIKTNNOTA, A.F.
Ime"tic&tion of milk WA am products for Bmoella. Mmr. mikrabiol.
opidt. I Immun. no.1:103-107 Ja 055. (MM 8:2)
1. to Vabakukoy respubl"Imn kow prot ivobrut sollos nay stantaii
(glkv"" vrach M.I.Da*hev*r&. kohau.11tant prof. P.P.Sameonov)
(MUMMU,
In milk & mM prod., deters.)
(MILK, baeterlology,
Brucalla, dsters.)
13 fir 44

vo ''i'llq
M, 11'
MaidAiZO
it
stitut
~l AtA
i ~'i F 7
ND
and anlip-le,
mou 6da hasna
64d fj'AMORMUclogn" no. no
04 l1rea QAUO,' phoop, md gmts
at
RIP =011901s), andca
x O'l towds (n*~XQ iftiU 211
AW~ p9it"Is strainw isd3,Aed:'
J Allipaprus"bu,of +Ads !a 0" OAW~~
ths, Br6
a Ole. - Avipg. the br4-
~IZO;rVowe, Atyp"Als, "tie*
farm wu-nuosis V~s
I
L16.821.42.oi (s7s.1)
........ . ..........
I

'41A.1 GRIGN910, &,M.1 AiATNIKWA, A.F.
of Hmeollo stralmo io*latod from humam and
I aal".1a In Uzbekistan. Zbur. mik-robiol., epId. I immun. 42 no.11i
11 " 10 165. (MIRA 18112)
11. 1. 9*441okiy imititut kray" meditsirq ARN SSSR i Unbekskaya
II rompulolikawksys tianitarxko-epidealologicheakiLya otantaiya.
C. Submitted June 16, 1944.

VUROREV, V.,A,~j LLUNIMMA, I.A.
Activity or the Printing Lndustry Section of the Technical and
Snanamic Gconittes of the Leningrad Sconomsic Council. Biul.-
twk1i.-ekon.inform. no.205-& 062. (MIRA 150)
(Laningrad-Printing industry)

SHIRNDY, A.X., kamd.tekbn.rAukj PETROVA, V.N., inzh.; SJIVORTSCV, O.S.
kand.tebtn.maukj Prinlmml-l uchastiye: V11rDGRADOVA, Ye.I.,
inzh.; A1EYW1KOYA.'-4,,.j,., Inzh.; NOSHINA, A.V., tekhnik;
PETUS11KOi'A-'-"T-S Inab., red.
I of
[Effinient kinds of track structures of narro-d-gauge railroads
(750 = rmuge).] Ratslonallnye tipy varkhnr~o stroeniia puti
zhelennykh dorog (kolei ?50mm)e Moskva, Ind-vo "Transport."
1964. 148 p. (Moscow. Voesoriznyy nauchno-issledovatel'skly
Institut zholesnodorothnogo transports. Trudy, vol. 271)
(MIRA 17:5)

N I K'6 V'19 PHASE I 1300K UPLOrTATION SOV/5590
XonrarimtL;iya. po povarklMOritnym silam. Moncow, 1~---O.
lsvladovat~ya v oblastl povorkhnoatnykh all; sboxmilk dokladov na
lconeer,mtuli po povarldmontrqm m%lam, aproll 1~50 g. (-'tudies
In tho 1%ald of Surrzc* rorcos; Collection of' 11 r
Cunv'n;.-,:n-a an Surr&eo Porces, Hmld In April
vo 0 ZSZR, 1561. 231 p. Errata printed on the 1-iside of back
covor. 25DO copies printed.
Sponnarinj; ACancyl InatItut Michookoy khlmll Alradc=il nauk SSSR.
R-esp. IN.: 3. V. Darya:rln, Corresponding N:mber, Ac~.dc.-,7 of Sciences
U."Z11; Editorlal Board: R. N. Zakilavayova, N. A. Krotova, M. M.
law-tikov, S. V. Nor~iin, P. S. Prolchorov, Y. V. Talavav and 0. 1.
PtZcv; 11d. of Publishing House: A. L. Bankvitser; Tech. Ed.:
Yu. V, Ryllna.
PURPC%U:. This book Is intended for physical chemists.
Card I/ a

St=,vi in the Plold of Surface Forces (Cont.) SOV/5590
COV'-M;A0Zi T:ds Is a collection a.' 25 artlcle3 In phynical chemistry
oil prDbIcita or aurrace phcnmana Inveaticatod at or in azDoola-
tten -Ylth thn Leborttorl of Surface or the Institute
at' Phyaluml Chcttistry of the Acadc::y of Sciences USSR. The first
article provides I detailed chronoloi;ica.1 account or the Labors-
tot-y'a vor% from tha day of its establlir-nant in 1935 to tho
I'. 'Unvat t-lme. T:i* rct*.aIn1ng articles dIscu3z general surface
fol,cu problenz, pol3--ior adnesion, *urrace forces In t4in liquid
lzj,cra, a-arface phanotiona In diaperved systems, and surface forces
in avrotiolo. Nznoa or 801entIM3 who have boon or are now acsocl-
zt,id with tho L-tboratox-1 of Surface Phenomena are listed with
rafem-icea to their pszt and pronent associations. Each article
in aer-ompaniod b;r references.
TA3LZ Oil COWL'iM
Zal~hsv-tyava, N. H. Tkccnty-?Ive Years of the Laboratory of
Surfac,v Phuncamna or the IFXhM =
*R (Institute of Physical
Ch=lutry of the A"demy or Sciences USSR)
Card 211/3

4
Studito ~") the 71old of Surface Poroe3 (Cont.) SOV/5590
I. G:-iZRAL PROBLINS OF SURFACE FORCES
B. V. Sut-lace Forces and Their Effect on the
Propoxt1w,i of HateroZamous Systoz:is 11
lwmle.ov, 't. M., md L. I. tle'cenittkaya. Investigation
cf the Stato of -I*und Vator in Oil Traps 17

!-v!;!!!Mt0v, L. 14, General Theory of Capillary FXfects
'Lis
-.
OT -.1111 28
D~ikhiln, S. S. Surface Forces of a Diffusive Nature Close
zo Liquid Intorfaoos -38
n. POLDIM AMMMON
Korotava, If. A., and L. P. Morozova. Investiration of
the AdhanIve Binding or Polymers by Keane of the Luml-
noscantia Method 48
CLard 3/8

z,;urliezi Ln the Pleld of Surface Forces (cont.)
S0715590
V()yutvh:1jt, S. S., V. L. VDula, V. To. Gull, and Ho
Yila-taui. !.freat or Moloaular Weight# Polydirpc-31cn,
and Fo3arity of' Higih Polymt!rz on Thair Adhesion to Ki&h
Molecular Slubmzrata 55
Motalk, :11. S. Rolo or Surface Forces In .21ca Cz-1atals 66
Sn-llga, 1'. 'P. Do,-ble Layer on the Boundary of Solids
CliaractollIzad b:r a D.%-io:,-A4 captor Bond 76
YvaLova, X. A., and L. P. Moromova. Applying InCrared
Z:athoda to Stu~V the Interaction betireen
an A&hasAv-t and Its LinLns (rolymor - Gln33) 83
Dt . $. V. -JL-Aloynikova. Meaauremont of the
7-15 r,7y-of r. Doubloo at the Xetal -
D1.0lectrId Boundary or Separation 89
Cix-d 4/ 8

KITAimut A.7.; AIETRIKOVA, I.S.; KOTLTARI'VSXAYA, G.G.; PROSHIN, V.A.
1-
Moth4sdology for the mea,murseent of the charge of aerosol particle&.
Nov. mod. t4tkh. no.3:U3-IAB 165. (MIRA 19:2)

8/643/61/000/000/005/007
B194/F,535
AUTHORS: Deryagin, B.V. and AlSynikova... I.:~.
TITLE: On measurement of the true density of electrical
double-layer on the boundary of separation between
metal and dielectric
SOURCE: Konferentsiya po poverkhnostnym silam. Moscow, 1960.
Isaledovaniya v oblasti poverkhnostnykh sil; sbornik
dokladov na konforentaii. Moscow, Izd-vo AN SSSR, lc)61
At head of title: Akademiya nauk SSSR. Institut
fizicheakoy kh'aii, 89-92
TEXT: Calculations based on the electrical theory of
adhesion lead to the conclusion that on separating two surfaces
with high work of separation a surface char should be formed on
the surfaces with a density of a - 103 - 19: age - O.S.U.
However, the maximum value of a measured directly for the system
metal-dielectric was 500 cgs-e.s.u. According to the electrical
theory of adhesion separation of surfaces is accompanied by
discharge whichreduces the surface charge density. Discharge can
be avoided If the test is made with a thin layer of dielectric.
Card 112

On measurement of the true ... S/643/61/000/000/005/007
E194/Z535
Polymer films of known thicknesses were deposited on a cleaned
steel shoot which served as one of the electrodes by the method of
pouring om the material in solution in volatile solvent. The
other side of the film surface was in contact with mercury. The
mercury was then poured off the film and a was measured on
separatim4g the coating of electric double layer on the boundary
between polymer and mercury. By way or example, relationships
are given beVweten a and the film thIckness for the following
systems: steel GKH -40 (SEN-40) - mercury; and steel - nitro-
cellulose - mercury. As the thickness of the dieljetric layer is
reduced a inareases, slow at first but later mx,.zhL more quickly
reaching a zazl-um value of%0 cgs-e.s.u. in the system steel -
nitrocellulose - mercury with a film thickness of 0.1 ji. At these
very small thicknesses tte results do not depend on the gas
pressures. The tests were made in air and vacuum. There are 4
figures and 7 references: 5 Soviet-bloe and 2 non-Soviet-bloc.
The English-language references read as follows: Ref-3: I.A.Medley.
Brit J-Appl-PhYs., 1953, Suppl.No.2, 28; Ref.5: W. Peterson. J.Appl.
Pbys:, 1954, 25, 501, 907.
ASSOCIATION- Institut fizicheekoy khAAi AN SSSR (Institute of
Card 2/2 Physical Chemistry AB-DSSRI

AO=5ICOi NA3 AA0371ft 8/0069/&/0W003/0394/0395
AVJMGR,. Derj*gla, S. V.; Toporov, Tuo P.;
TITLS. Rvalwtion of tbo stft**U of adhealm of spherical. dislactria, particles
to metal awftma
SOUWM-. r4n*14ny-*y &burmals T- 26, no- 3* 19&, 394-395
TMC TAOS: ilust val, 10 micron purticle size, adhesive force, ultracentrifugep
&J"a dU$t MIJIBSJVB forae't w1hoesimeter, centrifugal force
t.ZSTPJXT- Ir" Imovledge of such adhesive force is required for thoroughly removing;
dust fram coUl bodies. %Us in particularly important for particles of leas than
5-10 ndarons., since centrifugal force will not ccmpletely remove aucia size. The
relativa adhosive nutber (ratio of removed p&rUcloo to initial adhesive number) Is'
thus tL basic adhesiom characteristic. Glass-23 spheres and polymer powder, vt%4 a
part4ela aims leas than 5-20 alcron, vere used an tent material, and a UTs-P-A
ultmaeatrMigib an equlWnt. The m6amurlng equi;m=t and procedure am described*
The powdier vas p1mood on the rotor. It vas shown Thai Do complete dust removal
could bo Ot4iled at the accoUratlon saxion of 3ZI07 g for glass, &-A much lover

AOCZSSIGN IM: AP40M&
acceleration ror the polymer" since the rotor heated up. The adhesive force of
-3 dyne- This method has other d1sadynatages GLUCO 'it
the gDWS thus a=eedod 3.10
I-does not pumit 841majon weagurenents under vLricAw cow"tions (humidity), tempora-
turej ate#). AddItional vibrators vere of no avail. At present tests are tou-
ducted for r6mving dust thftugh wcolaration, by Impact vith good preliminary
results. A poetwatic adhealwater vas aba devised. Orig. art. has: no figures.
ASSOCUMCK: Imstitut fisiobaskay Wall. M SSSR, Xoskvz (Lwtitute of Ph"ical
Cbealutry, Aca&wl a ScUump SWR)
SMKMZ)t 03ftc'63 DAIX ACQ: OgJuu& IMCL: 00
SUB OWS1 30 W awl OQX ME' t 002
COP d

M To A.
g6~
and us
WWPOWdL214
;41
n0- So 1966, 132
I*p
OWW
r pop*_*) 6b& c
aftio amstab, tberma-s"
tin
A!wb*U adothermic
lid
rshil, 046%
ewftucl de fiburtb!(4360~
=04 Suitable m
stbod for PrSP1214:
0~4 *"ads obtalood, tbodr
bm4mum Od411%
-
- -a
70
ft"d to belan to ft UlgaW 7,

ACCESSION NR. AIP4043824 8/0303/64/000/004/0062/0064
AUTHOR: Deryagin. D. V., ThpDrorv, Yu. P., Tomfelld. I. N., Aleynilwva, 1. N.,
Partanovich, B. It.
TITLE: Compressed air adhesion gauge
SOURCE. tAkokrasochny-ye me rLaly* I Ikh primenenlys, no. 4. 1964, 62-64
TOPIC TAGS: organic coating. film adhesion, powder deposit adhesion, organic f1hn
adhesion. compressed air adhesion gaugs, adhesion gauge design. adhesion gauge
ABSTRACT: The report describes a compressed air adhesion gauge based on the
principles of the Adayo Smith and Snow (Nn*2t , 179, 494, 1957) method, designed by the'
authors be measure adhesion of organic film and powder depDait coatings to solid surfaces.,
The instxument coosists *f a high-pressure chamber (receiver, 0-150 atm) and a low-
pressure chambor (thick-walled barT*I, Inside diameter a 22.4 mm), separated ty a
suitable membrane. A cylindrical projectile is propelled by compressed air when the
membrane Is pietroed and Impacts on a disk of high-,strength heat treated steel. The
romdtant Inertia Moduces separation of an organic coating deposited on the projectile face
(target has centeir aperture with diam. - 16 mm) or a powder coating deposited on the
external surface o$ the taxist (solid &Wq. Described modifications allow tests in air,
ccwd 1/2

ACCESSION NR: AP4043824
vacuum oT any gas znedium. Aftesion streagM lo determined as the minimal velocity of
a projectile whUft rewults In sepantion of the owging. Orig. art. ban: 2 ill;wtrations.
ASSOCIATION: Now
SUDBUTT : 00 ANCI4 00
BUD CODE: IS* XT no REP BOV3 005 OTHER: 006
2/2

DMETAGIN, B.V..; TOPOROV, Tu.P.; AIEYNIKOVA, I.N. i
I'valuuticin of UIO strOngth of adhesion of spherical cUelec~ric
partiaum to metal surfaces. Koll. zhur. 26 no-3139is-395 Mk-Je
t64 (NMRA 17t9)
1. Institut fizicheskoy kl:imii LN SSSR, Moskva.

ALSTMIKOTA, L.I., Cand Mod Sci -- (dies) "Blectroencephalographic
I %h
.1 -" -under uv
atudiee o~flationla w=h bPPumbowA& therapy."
Odessii, 11157. 14 pp (Odessa State Ned inst im Al. Pirogov).
200 (~-opiev.
(1U, 12-~>fl, 101)
-75-

AIMYNIKOVA. L.I.
change@ In patients with hypertension during
c,ompound therapy and hypnotic sloop. Trach.dolo no.5:459-461 My 157.
(XLRA 10:8)
1. Kafedro propedoytiki vnutreanikh bolesney (say. - prof. TS.A.
lovina) I Wedre nor"I'acy fixiologii. (say. - prof. T.N.SorkoT)
Odesek o moditsInakqgo Institute
INU=101HUPRAWGRAM) (HTPXRTRYSION)
(SUMP- -THIRAPIM IC USX)

BDYKO, G.F., dotsent ; #~PLKq~, L. II., kand. med. nauk; LENEMK, Ye.F.
Trenimfnt of cortxnary atherosclerosis with small doses of
hepairlin. Ter. arkh. 35 no.4:20-25 Ap'63 (111RA 17:1)
1. It knfedry goupitallnoy ternpli lechebrogn fakuliteta (zav. -
datcont G.F. Boy),o) Cdcaskogo moditninskogo irntituta imeni
r.7.IpIrc)govft.

AMEYNUOVA, M. M.
"Fecuitidity In'Whitoe Ham as Affected by iriebdrthlc DiEeaseB,11 Dokl.
All IESSR, 4D, No.3, 1943.
VnIpAuat SO, Res. Siol. lab.

1. AMTM"16,t MUMMA, I.M.
2. MR (600)
4. rarest laments - Tatar Republic
1. Sons pento of oult In the Tatar I.S.S.R. Loo I step' 14 no. 11. 1952
9. Monthly List ofmMIlian Accessiong, Library of Congress, Februar7 953. Unclassified.

A 161110%; L"Onk, II.M.
gall famm, in forest sbelterUlto of the Tatar A.S.S.R. IXV* MLSAU*
, r
fil. AN SM Bar. biol. sank.. 9*4,.69-113 153. (KIRA IOW
(Tatar A.B.&R.-Moil famna) '
(WitOreake, Shelterbelts, etc.)

ALICY919MA, X.A.
rathol.cqgy of or4pas of the varying here Is cases of holmiathIc diseases.
TmdY TMIO no. 13:207-213 153. (VfRA 7:5)
(flares-Xiseaves) (Worse. Intestinal and parasitic)

14 AIM- 110TAI, JL11.4 UT10FINAP M.Y.
2. UWR (600)
4. Slaterldze - Tatar A.S.S.R.
7. Formtion of the I'n%.uuL of click 1%4!-atles ~Slalerldae) In zheltert>clt plantations of
norta.em fovest-simple areas, M.H. Aleynikova, N.F. UtrobLna, Dokl.AN SSSR 90 no. 1,
1953.
9. Monthl L1.91' of' rq~Asulmn Accessions, Library of Congress, A11UL -1953, Uncl.

AL9M
li, M~~:i
-06velopu*mt of Insect f&DA* and post control in thm shelterbelts of
the Utav A.S.S.R. Ueh.X&P. Us.un. 113 no-11133-149 153-
01MA 10:3)
(War A.S.S.R.-Foreat Intects)

AIBUIXOVA H.M.
0" loaf posts In the Tatar A.S." Uch.sap.&Ls-un. 113no.'8:167-
186 155. (KIRA IU33)
1. 1~6retvitel'w7 chlou Obahchostva restestvOis ateley.
(Totar A.S.S.R.-Oak-Dimeases gW p TO