SCIENTIFIC ABSTRACT LEVINA, A. - LEVINA, D.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000929610005-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LICTINA, A,
A difficult month. Rabotnitea 37 no-9:6-8 3 '59-
(WIRI. 13: 1)
(Shoo Industr7)

MIKA, A.
Siberian steps, Rabotnitea 37 no.11:4-6 N '39. (HIRA 1312)
(Irasnoyarok Territory--loonomic conditions)

LUINAv A.
Soviet community is a great power. Vasbinostroitall n0.10:42
0 162, (MIRA 15:10)
(Toobnical societies)

iLEVINA, A.; TUROVSKAYA, B.
.. Pay day, Rabotnitea, 40 no.6t27-28 Je 162.
(Podollsk--AlcohoUsm)
(KIRA 16s3)

LEV IRA A.
16:2)
Workeko word of honor, Rabotaitao, 40 no.7zlO-n Jl 162.(NIRA
(Construation industry)

Yake w1der use of polymer materlals In the machinery Industr7.
Hashirostroltell n,).12t22-23 V 164. OCTA 1W)

LEANAs A. A.
UgUbyants, I. M. and Levina I A. A. "Ihe effect of repeated opening of a
suvite nest oj insect fauna ~fleax)#' TrucV (Rost .n/D gos. nauch.-issled.
protivochum. in-t)x Vol. VII, 1946, p. 36-a - Biuliog: 14 Items.
SO: U-26880 latOpis Zhurnallrrikh Statey, No* 1, 1949

,LZVINA, A.A. (Voronezh)
K"Asures for imDroved Instruction in the correspondence division.
Apt.delo, 7 no.2:35-36 Mr-AP 158. (MIRA 11:4)
(PHARKACY--STVDT AND TEACHING)

LIVINA, A.A.
Affect of added nitrogenous substances and sugar on the intensity
of lactic acid fermentation in fermenting vegetables. Trudy Inst.
mikroblol, I viruss AN Xazakh. SSR 3:102-110 959.
(MIRA 13:2)
(Canning and preserving) (Yermentation) (Inctic acid)
"M

V-.- v I?
Dissertntion: "'vfract of Dyeing nnd Finirh on 11hysicomeci,ar.-Ical Fcl!rlc.11
Moncow Textlle Innt, 5 !'ay V.
Do: Vechernygyp Hopiva, Itay, 191.7 (h-ol'cct #17F36)

A.Ao;
p"G(Alovp II.M.J.Lz_~IrAj
__N-B.
Effoct of ',mpurities in the So1vent on the syntheollf: Df 1-w rres-
sure polyeth-l-no 'Ia3t. mwsyo nr,.9:1-4 ';,5.
ko

Zffgat of preceding crops on the rhlsospbore slaroflora of
potatoes. Isy. AN Xasj~kh. 88R. Ser. biol. nauk 3 MOOS-
.5 Mr-Jo 165. (MrRA ISig)

IZVOI, A.A., kandidat takhnichookikh Aluk-
------
Fiat spools for silk veaving. Tekst.prom. 15 no.11:31-32 1 155.
(KLRA 9:1)
(Silk manufacture) (Looms)

.-LEVINA, A.A.
Distribution of Trichoderma in soils of Semipalatinsk and
Aktyubinak Provinces of Kazakhstan. Trudy Inst. mikrobiol. i
virus. AN Kazakh. SSR 5:121-128 161. (MRA 15s4)
(Semipalatinsk Province-Trichoderma)
(Aktyubinsl: Provincei~*Trichoderma)

NIKITINA, Ye.Tq; ~P.IVA, A.A.; ISkBAYEVA, M.K.
Specific composition and antibiotic cbaracterl a tics of the genus
Trichoderma. in various soil types of Kazakhetan. Trudy Inet.
mikrobiol.i virus.AN Kazkah.SSR 6:53-60 162. (YJRA 15:8)
(WAUSTAN-TRICHODERMA) (ANTIBIOTICS)

LITINA, Ant au1jzA-,An4xsYequ&; DITACHKOV, Alsksey Mikhaylovich;
CRALKHUSHITAN, L.F., red*; QOIZYCHIK, G.K., red.;
GRAPE M TA, ?.A., takhn.red,
[Autowile loan (AT2-120-MiL) for milk weaving) Avtomatichaskil
shalkotkatakil stanok AU-120-M. Nook-va, Gos.nauchno-tekhn.
isd-vo lit-ry o legkoi promyshl.. 1959. 81 P. (MIRA 12:8)
(LOORS5 (Silki

'A
the Zktlia pirocto (Z., et al,. CA
on (Mb. sirij U1%e-*vk' expo. tka: qrak~:--- ap bI
to tlit". firw*Awd the yk!J-;vv-l rt4u:CeA t4e ola-.1vilption 4'f
C"ItAtY0, but (Le lituip, lncreasM 'Wvo Of uptiaialit rAll
of 40-60", The ratt of Vilyu4taratiwi tiscirrAw.,A with
p"Cortina of Catalra In the w4n., loa sta-,ve 2 C, Ft.Allf.
win, the C*-tatys- In%" IncTeao-d. D-oc~M"Istrig tilt
t1oft ed catsklyst below 2 C.A. la-c-r-1 tJ--- cl,p,-A~ity
ale
column. In a cvntiptzw~. procts4 a( tile coluitin tyllt I g.
Et,#A)A. - acrilk'd In arder to 011tab, fi:c rowliml 11101tY,
-atati 'Gir thi: ratio Lffett J- the yid(j, thd rate,
&Mf tre- ide-sof-tubt A nib of i -. 1 WWI
malt d-.f1j'rrr)1e V)sr The pjyt=ixatlimi of COL. The poly-
Paw was irefinzd by tv-peml:d w;'Olifig Willi rtoll fit CIA lit
50'andtheriatrootutemp. 'lite larq,! vA. tJwlvcntiuid-
the awd to rearnitrate. it weat MAI a gavia thc proce".
MA

ANMMYZVA, I.N.; ARXHIPOVA. 2.V.; VIISELOVSXATA. Ye.V., LIVINA, A.A.;
ANTOKOLISKAYA, U.N.; LAZAREVA, N.P.; SAZHIN, UUMM,
S.S.; SHCHMAK, P.N.: GMILISKIY, I.S.; LYANMIRG, G.Ta.,-
PARAMONKOVA, O.V.; PECHMIN. A.L.; TXGOROV, N.M., obahchiy
red.; SHM. Ye.l., red.: IRLIUI, Te.Ta., takhn.red.
[Low-pressure polyethylene] Polietilen nizkogo davlaniia.
Leningrad, Gos.nauchno-tekhn.i-.d-vo kMm.lit-ry, 1958. 90 p.
(Polyet~,ylene)

ANIUUVA, I.N.; ARICUPOVA, Z.V.; VAS=V6XATA, Te.V.; LZVINA, A.A,,;
AIITOKOLISDTA, YO.M.; LAZARZYA, N.P.;
S.S.; SHCHXRM, P.N.; GMBILISKIY, I.S,; LTANDZBXRG, G.Ta,j
PARAKOWTA, T.V.; PWFZHM. A.L.; TXGMOV, N.M., red.;
SM. Ye.l.. red.; YONKIKA, T.A., takhn.red.
ELow-pressure polyethylene] Polletilen niskogo davlaniia.
Izd.2., Ispr. i dop. Leningrad, Gon.nouchno-tekhn.itd-vo
khim.lit-ry. 1960. 95 p. (MIRA 14W
1. Nauchno-iseledovatellskiy institut polimerizatsionnykh plast-
moss (for all, except Yegorov, Shur, Yomkina).
(Polyethylene)

TM, r.p.; LVID, A.A.
Isolating tellurlux from solutions by cementation vith zinc dust.
Met. met. 33 no.7t6l-65 J1 160. (MM 13:7)
1. Tsesoyusnyr nauchno-lonledovatel'skly institut tsvetnykh
astallov.
(Tellurium) (Cementation (Ketallurg7))

29424
ir2l )to ~4 S/081/t,1/000/017/073/166
B101/B102
AUTHORS; Tsyb. P. P., Getakin, L. S.. Vartanyan, A. U.$
YL-jr-, Anosova, T. V.p Akylbokov, A. A.. Lev1na, A. A.,
Chopik, M. N.
TITLE: Extraction of Indium from dusts of lead plants
PERIODICALt Referativnyy zhurnal. Xhimiya, no. 17, 1961, 329, abstract
17 K150 (3b. nauch. tr. Use. n.-i. gornometallurg. in-t
tsvetn. met., no. 6, 1960# 577-388)
TF-C"T: Indium-containing dusts of lead plants are granulated with strong
H2so 4' and the resulting granules are thermally treated In a paeudoliquid
layer in a furnace at 300-3500C in order'to sublimate most of the As.
The hydrates, including that of indium, are precipitated by adding ZnO to
the sulfuric acid solution. Subsequently, As in washed out with 10~ RaCH,
and the residue In dissolved in H2so4 in order to rezuve Pb. Cu is
removed from the solution by cementation w1th cast-iron filings, after
which In to precipitated with $&OR solution. The resulting concontrate.
Card 1/2 Ll

29424
B/Cal/,,1/000/017/073/166
Extraction of indiu= froz ... B101/B102
which contains 2-ep of in, Is again dissolved In H23040 An and Sb are
cemented with cast-iron filings, In Is again precipitated with N&CE solu-
tion, and the precipitate is dissolved ir. HC1. 'From this solution, Jr. in
cemented on 11 plates. The resulting aponge in treated with dilute B250 41
from which Indium is precipitated by neutralizing with 5.1Y The resultirg
indium hydroxide Is dissolved in HC1, and Indium is again cemented on Al
plates. Thus, a raw product with 97-90,'-', of In to obtained, which Is
purified by dissolution in HC and by electrolysis of the'azalgaz. About
60% of In to thus extracted from the initial dust. Cu, lie. TI, Cd, and
Pb are also obtained when the dust Is processed. [Lbstractwe note;
Complete translation.]
Card 2/2

SEMTOVv G.Sh,; LZVINAp A.A.
Distribution of some soil fungi in the soils of Nustanay Province.
Trudy Inat.mikrobiol.i virus,AN Kazkab.SSR 6x8-15 162. (MIFA 15:8)
(KUSTANAY PROVINCE-ZOIL FUNGI)

IZMA, A.A.
Use of mixed cultures of lactic acid bacteria wirl yeast for
fermenting vegetableB. Trudy Inst. mikrobiol. AAM
Kazakhe SSR 7177-8Z 163 (MIR"I 1.6.-1 1-,)

sources of Infbetion by F
epid. I irmn. 40 nO-9SlO&-i.0q
Iz KaregatidinakDg"
mkrobiologi.1 imeni GeTalej

KALNIN, Y.M. Etranalatorl; ANOICHT , P.K., Prof., red.; LNVINA, A.B., red.;
POTAPMOVA, U.S.. takhn.red.
[Regulatory processes in biology] Protsessy regalirovantin v
biologil. Moskva. lid-vo inostr,lit-ry, 1960. 278 p.
(MIRA 13:11)
1. Daystvitallnyy chlen Akademii maditsinskikh xwuk SSSR (for
Anokhin).
(OTBXRMICS) (PHYSIOLOGY)

EiGELIGLOTp V.A.p akademikp red.; ABROSIMOVAp N.M.[transiatorl;
BOEV I A.A.[tranalator],- VLMTERN9 T.V.[trazielatorl;
TATARSKAYAj, R.I.[translator]j IEVINA,_A.B., red.; GORIKOVA',
Z.D., tekhn. redol RE7DUKHOVA, A.G.# tekhn. red.
[C=tempjrary problems of biochomistryl vollection of
translated articles ]Sovrememye problerq biokhimii; abomik
statei. Moskva, Izd-vo inostr.lit-ry, 1961. 416 p.
(MIRA 15:8)
(Biochomistr7)

SOKOUNSKIY, Yuriy Iosifovich; GALARIN, D.D.,, red.; SHAPOSHNIKOVA,
A.A., red.; TA.-(ASOVA, V.V., tekhn. rod.
(The concept of work and the law of conservation of energyp-
a scientific methodological analysis with a historical review]
Poniatie raboty i zakon aokhranoniia energii; nauchno-
metodichookii antiliz a istorichoskim ocherkom . Pod red. i s
prodial. D.D.Galanina. Moakva,, Izd-vo, Akad. pedagog. nauk
Rmit, 1962. 339 P. (MIPA 151ll)
1. Chlon-korrespondent Akademli pedagogIcheskikh nauk WSR
(for Galanin),
(Force and energy)

IVANOVA,I,G,, kandidat tekhnicheskikh nauk; MINA,A.D.. Inthener:
MINA,L.Te., inzhener
Control and a"roval of light fixtures. Svototakhalka I no-3:
28-29 Je'55. (MLRA 8:10)
(Blectric light fixtures)
-7-77777

LKUM-p A -.JD-.-, -i-nzkvefi-o-r
Light fixtures approvPd by Y.N.I.S.I. Svetotakhnika I no.4:
27-29 Ag 155. (HLRA 8:9)
(Electric lamps)

MMA.A.D., inshener
Light fixtures for offices approved by V.N.I.S.I. Svetotekhnika. 1
no.5:27 0155. (KIRA 8:12)
(Zlectric lAmps)

IZVII:A, L.Ye., inzb.; 1BVIj;&p A.D., inzh.; YEVLA?'OVp A.Ya., inzh,
Results of the work of the Central Art and Technology Council
attached to the All-Union Scientific Research Institute of
Lighting EnGineering. Svetotekhnika 8 no.6:27-28 Je 162. (M1IRA 15:5)
1. Vaesoyuzn~y nauchno--issledovatellski~ Ovetotekhnichesk-ly institut.
(Electric ligh-

LEVINA, A. I.
Levina, A& 1# "The ascorbic acid content ip grass wrack (Zostera nana),ff
Doklady (Akad. nauk Azerbaydzh. SSR)p 1949, No. 1,
P. 3(~-34 - Sucvary in Azertaydzhani -- Bibliog: 5 items
So: U-3566, 15 rl arch 53,, (Leto-le 'Zhumal Inykh STatey, kjo. 13, 1949)

LIVINA, A.I.; LOUSHURA. V.B.
Comparative evaluation of the MIOT slootroprocipitator (developed by
the Kosoow-Ronexroh Institute for the Protection of labor) and Green's
sedimentator. Borlba s oil. 1:162-166 153. (MM 7:10)
1. Hook-ovskiy nauchno-inaledovatellskiy institut okhrany trudAL VTsSPS.
(AIR--POLWTION) (DUST)

a A. 1, and lwanoiww, efforglocightlue ustmilti w rsb4clubh PAwvh-
`46."WOMIL . J i.
P'l!"aw" in C-tcoval"l, i. Cemr.1 I S.S R, m 16fi-iir. N,v 6:14 -16,
" 1,
I'm 195J. DLC-Thc UKI wk ' I Cm~.fiGrnq. P.t,iwfy air hinj*fAurr aod ns-~rawnf
6"1 IVLtivv huali'lity WIMI. ,P I.N. Awt the mohtw 4-11 I'lor-ts
Am lq-wrif~l 'I he nit tviliperAlorr IA- n ", r I~Ivicl-il i'm 1", -,l wr Vm,A illf
the tz(AvAfl- A.1 JA ,d IM, "flu ;A lti~ ..!", --, I %,-
rdilive hillstishly rvf the flir V.164W b4l".101 11 h,k Ow 4.alj,.d JAM-
;fhcsirmvv.iH.4 m,,r thr-A
rl-KO jKlIM"M Will 76%'
i05 nim, th'. ,41111th -400dWillift CA ffl* 1011 tfll-lf ft..IJ%II --IV 11~jIf-rtm f, I Ilic
-Olahm air li~nq~ral,m, Ni,m- .4 vm,ns~ 1'. St, 0-b
#1 lorte.4.11tv (of"(wt , ~J.~;ally li~ .4 ,If it j4 ~v 4 W-k a(,- -4VL-1-1-
50j"I 11,4JINfl.- ),(Ado" cum. fir Comfort li'llos 3, CentrAl UAS.R. I L.P.
,*qe
-$v-4-0 A-01A. t17.r-
J

ROSIAVTSV, A.V.1 UWKHM, L.S.; LEVINA,, A.I.,- KIZIM, B.D.
Governmnt standars for protective goggles. Mod. prom. 16
no.6:23-26 F 162. (MIRA 15:3)
1. Gouudarstvennyy nauabno-isoledovateltakiy institut
gla=ykh bolesney imeni G911mgol'taa.
(SAFETY GOGGLES)

15 (2)
AUTHORSs Golldenberg,
Matyushaj Be
-TITLEs Experience Jado
Direct Bes, Ing
3/072/60/000/02/001/021
L. G.9 Lovinap As P.9 B015/BO03
I
he Introduction of Tank Furnaces With
PERIODICALs Staklo I keraalkap 1960, Nr 2p pp I - 5-(USSR)
.-ABSTRACTs In the present paper the authors describe two tank furnaces
of this type designed by the Nauohno-Issledovatel'skly
institut el*ktrotekhnich*skogo stskla (NIISS Sci 'entific
Research Institute for 21,ectrotechnical OlLeja and installed
in the Baratov works in -1956 for the manual processing
of borosilicate glass* 8 0 Rassadin participated in the V/
design of the first furna . 1. S. Snezhinskiy and N. V,
Filizonovich constructed -* latter. Figure I shows the tank
of the first furnace, and figures 2 and 3 show both burner
types. The first burner type was designed by B. G. Luking
the second burner is a standard construction of the
"Stallproyakt". Figure 4 shows the metal recuperator.
Compressed air is produced by means of e 'BX-6 ventilator
Card 1/2 ande by the Zagorskiy zavod sellskokhozyaystyennogo

lw~
do Is
Experienq~ Va Introduction of Tank S/072/60/000/02/001/021
Furnace* With Vivaot Keating B015/BO03
mashinostroyezLiya (Zagorsk Works for Agricultural Machine
Construction). Yu. A. Gastev# L. V. Potemkins, Ye. I.
Usova, and No V. Filimonovich, collaborators of NIIES9
as well an X, X. Lagranskiy, V. No Xorozovq So Go Ponomarev,
and V. Vo Tyurin, collaborators of the &for*-montioned workag
participated in putting the furnace into operation. After a
campaign of 14 molithe the furnace superstructure was in good
condition. In the middle of 1958 the second tank furnace of
this type with slightly modified dimensions was put into
operation in the same works (Figure 5). In conclusiong the
authors state that these types warrant high technological
qualities and optimum temperature- and gas conditions in the
tank-and In the processing part of the furnace. These furnaces
also exhibit thermal and operational advantages. The limited
dimensions of the melting tank and the resulting limited
capacity (up to 80 't per day) are indicated as d~ra aback of
thopa furnaces. Thar* are 5 figures.
Oard 2/i
V

9(4) SOV/112-59-1-1525
Translation f rom: Ref erativnyy zhurnal. Elektrotekhnika, 19 59, Nr I, p 2 13 (USSR)
AUTHOR: Korolev, A. A. , Volfson, N. M., and Sokolov, V. S.
TITLE: Remodeling Gas Rotary-Hearth Furnaces for Annealling the Press Mounts
of Receiving Tubes
PERIODICAL: Radiotekhn. proiz-vo, 1957, Nr 10, p 55
ABSTRACT: A rotary-hearth furnace has been designed for high-quality annealling
of tube mounts. The furnace has 90 cast-iron "pockets;" 6 of them are heated
by three pairs of opposing flat-flame burners, 7Z pockets are in a tunnel (with-
out heating), and 12 pockets are open on the top. The annealling time is 14
inin, and output temperature, 140-1500C. The process consists of holding the
mount at the highest temperature, gradually reducing the temperature in the
annealling zone, and cooling. One of the pockets Is equipped with a thermo-
couple that moves along with the mounts. To facilitate repairs, the tunnel is
detachable.
0. K. R.
Card I / I

LEVINAO A.S.
__ -... - - -I
Scientific technical ccc=unity takes part in production manage-
ment, Mashinostroitell no.11:42 N 163* (HIM 16:11)

Ottr aid to agriculture. Svar. PrOI$v- no-1:40 Ja 164.
(MIRA 17: 1)
1. Zamentitell prodsodatelya L&tviYokogo reepublIkanskogo
PrevleniTa Nauchno-tokhnichookogo obabehostva mashizo-
stroitallnoy promyeblennosti.

LEVINA, A.S.
Now voluntary work systens. Mashinostroitell no.9t
46-47 9 164. (MIRA l7slO)

IZVIWAj A.P.
Struoture and distribution of alluvial sediments in the ancient
valleys of the middle Vilyuy Basin. Inform.abor. VSMZI no.52:
39-48 162. OURA 150-1)
(Vilm Valley-Alluvium)

LEVINA, A. V.
Teytel'baum, F. M. and levina, A. V. "Serum types of nemoly-tic streptococcus in
scarlet fever clinics..d in syVoslLms 5kariatina i sLreptokokkovyye infektsii,
Leningrad,, 1948, P. 88-98 - iduliogs 10 items
Sot U-2888, Letopis ZhurnalInykn Statey, No. 1$ 1949

UVINAp A. V-
V, A. Levina A. V- and Teytellbaum, F. M. "Allergic conditions
Khrushch0vap , Skarlatina
during scarlet fever Metl~ ~Sfor tneir detection,," in symposium&
i streptokokkovyye infektsiij, Leningrad, 1948, p. 121-36 - UOU091 14 items
SO: U-2888, Letopis Zhurnal'rWkn Statey, No. 1, 1949

LEVL-l
'TingnoBls of Colltis in IrXants." Vop. Ped. i Lkixan. beater. I et., 17, ~-c- 3, 1940-
;--br., 'ject. QhWrans Diseases, Lenin,,rad .5cl. 'hes. Pediatric Inst.,
Va sil e-.).s travskm./ z~os~;. for Contagious Childrens Ldsiasez;, -cl949-.

/4~
USSR/Kicrobiology - Antibiosis and Symbiosis. Antibiotics F-2
Abs Jour : Referat Zhurn - Biol. No 16, 25 Aug 1957, 68457
Author : Levina A -V.
Title : -ie:"~istan~ceof Dysentery Bacteria and Intestinal Bacilli
to Syntomycin.
Orig Pub : Vopr. odhran materinstva, I detstva, 1956, 1, No 2, 43-45
Abstract : Results of determination of sensitivity to syntomycin (I)
are given for 260 strains of dysentery bacilli, which
were isolated from 95 patients ill with acute and chronic
dysentery in 1954-1955 and 247 strains of Bacterium coli.
The sensitivity was determined by the dilution method.
Media with I were inoculated with 200,000 microbial cells
per ml of medium. In 1954,resistant dysentery producers
were isolated from 39% of patients. In 1955,the number
of resistant strains were further increased, from most
patients who received 1; strains of B.coli resistant to
I were isolated.
Card 1/1 21
i 7

IJBBDINSXATA, T.A.,- IIIA, A.V.; SAVXLIYZ'/A, V.V.
weasw
Clinical peculiarities of stapbylococcal infection originating
during antibiotic treatment. Yop.okh.mat. I dot. 1 no.2:61-63
Mr-Ap, 156. (HIBA 9:9)
1. Iz Gosudarstvonnogo nauchno-tualedovatel'skogo pedistrichookogo
instituta (dir.-prof. A.L.Libov, zav., klinikoy - prof H.N.Vebyt ova-
Luklyanchikova) Leningrad.
(STAPHYLOCOCCUS) (ANTIBIOTICS)

ZABRODIIU, A.S.; LIVINA, A.Ta.
Hicrodetermination of carbon and hydrogen in double salts of aryl
diaxonium chloride and metal chlorides. Yest.Hook.un.Ser. 2: Xhim,
15 no.1155-56 l6o. . (MIRA 13t7)
1. Xafedra organicheskoy khtmii Hoskovskogo univmrsiteta.
(Carbon--Analysis) (Hydrogen-Analysis) (riazonium Umpounds)

EYDELIRMP N.L.1 JIUBIXA, S.I.; SHOLUNITSKIlp V.Z.; SEREBRUKOVA, V.L.~
PLUNGUN., L.V.1 DASHIWICH., V.S.1 Prinimell uchastiyet 10
PESCEMSKAYA, R.Ta.;,LtYM,-,Lla.4-001QWM., I.Ye.;
SHCHERBAZOVA, L.P.; PAPUIDVA, ?.A.
Activated kailln and its use in rubber compounding* Kauch.
i rez. 20 no.9:46-1+9 S 161. (KIRA 15t2)
1. Nauchno-lesledovatellskly institut rezinovykh i lateksnykh
iz4liy,, Voesoyuznyy nauchno-ionledo-7atellskiy Institut plenochnykh
materialov i iskusetvennoy kothi i zavod "SangigJ.)mn&*.
(Kao.Uu)
(Rubber, Synthoti,!)

11 251-263-65 FN7(T1I)/FWP(J'f/T ?c -1, RM
.I%CCFss[ON NR: A115004,1922
AUT110P.: Borodina, V.N. ; Lovina. A. Yu. : Tolsuiva, T:~ubmLtn, A~ B
TITLE: T~a adsorptive, activation of kaolin aB a rW)ber filler
3OURCE- K Cauchuk I rouina, no. 1, IOG5, 1-5-18
TOPIC TAGS: synthetic rubber, rubber fillor, Imolin, kaolin activ;ltion, a&,orptive
activation, surfactant, butadiene styrene rubber, film strength, rW)her additive
ABSTRACT: ActKation of Jumlin by ijurfactarils %vas sturhcel with sys-tems containing
toluene SKS-30NOM butafliene-styrene copolymer i,.inil~~l,:3i,).i-,r-H)Ivri)cri,-,P-d al 50C)
kaohn and surfactant in order to Lik-IfiltO UIC opt0rum rcpwiitiolm, for
of the method. A Woiler-ReWader uppar-Cous was to rnoasuro -the strongl".) of films
formo~j by 0.5% soludons f SIUS-30 r6ber in toitien,,-, %vitj, itlditions of kaolin and
z ('I, K"i
1 114111C it", I ~, ') 'It ---- 0 z z
C,rt '-divylam ble, Katamin R - cj~-C,4,
for crintaming
ti Ic arid An optirfl~li IFI( rf,~o`e
ot N'AL-Iqf!
auw,"~'ho-.J tho favoraWo effects of other zo,i*,- vtz-L~i
lrrf~~ersiblc coverage of the im-olin surf~icu) 'Dy tho 'OrWratmg, Fit tno opurnum
1/2

L 25263-65
ACCESSION NR: APS002922
concentration, a mosaic pattern of equal areas of hydrophilic and hydrophobic surfaces,
Rearic acid, arA to a much lesser degree also such rubber additives as diphenylguani- A.
dine, "Rubrax" (rubberized asphall) and Altax ((Iibenzthia7,yl disulfide), affect the Sur-
tace pattern of the activated kaolin. Vulcanizates prepared with 90 wt. % activated kaolin
~iad tensile strengths approaching the properties of rubber prepared with co"I'Oidal silica,
.~~rovided no 6tearic acid was used in tb.-~ acLivated kaolin composition, 711he activated
filk?]- -,'Va,3 also USCd With eXCCllP_nt results in Industrial tests for producing sole
material "The authors acknowlcKlge tho ass;stancii of A P N'ikiioi-ova in tnc, activation
tests. and the supply of sLirfactants by A. I
art. has. 4 figures and I table.
AS-~f WIA'11'101N! institut fizicheskov khimii AN SSSR (Physical civ!wistry instil~,te
A i V snsoyurnyy nauclano i I tllil_
kczhi fAll-uninn f iiin inater,,a.,4 ft~nd syrillieLit- Sk (N,111 i~ I t-z-a.
SUBMITTED: 00 EN C L: U t"
140 REF SOV: 006 OnIER: 001
Card 2/2

LZYIIU
independent work of students *4ith the atlas of foreign countriess
Geoe. v shkole 20 no.2:32-35 Kr-Ap '57. (KLRL 10:4)
(Geography--Study and teaching)
-J~ --p~

ISVINA, B-M-
,coernphy of foreipn countries.
Practical Btulies In the aconouic f,
Geog. v shkols 11 no. 1:31-38 Js-f '5',J. (HURA 11:7)
(GA0frGDtW, Nconamc-Study and teschine,)

ALEKSANDROVA, I.L.; VZOROVA, S.I.; BRAANIZSp R.I.; MUSIMOV, I.F.;
DARINSKlYt Anatoliy Viktorovichl XCHISAKOVA, V.I.; KOSHEMAt
Ye.S.1 IZVINAq B.M.j LIZOGUBf VA.; RWIQWA# F.A.p rod.; TA-
TURA t 0. 1 -tekbfi----Sd.
[Reader on the economic geograpby of the U,S,S*R.) 13wootomatiia
po ekonomicheekoi geografii BSSR; powbis dia uohitelsi. Mo-
akwag Goa, uchabno-podagog. W-vo H-va prouva RSMI 1961s
342 P. (Geograptqp Economic) (KMk 3.418)

ow 5/126/61/012/001/004/020
(b stao Z073/E535
AUTHORSt Dekhtyar, 1. Ya. and Levina, D. A,
TITM Study of the influence of plastic and elastic
deformation on the coercive force of ordering and
non-ordering alloys
PERIODICAL: Fizika metallov i metallovodeniye, 1961, Vol.12, No.1,
pp. 30-37
TEXT: Ya. S. Shur and V. A. Zaykova (Ref.121 FMM, 1958, 4,3)
found that tensile stresses lead to a displacement of domain
boundaries and they assume that, under the effect of elastic
loads, the direction of easy magnetization in a single crystal
which is nearest to the axis in which the tensile stresses are
applied will become the direction of still easier magnetization.
The authors of this paper studied the influence of plastic
deformation on the coercive force of nickel and of iron-base non-
ordering alloys containing Al (2.5 and 8%) and 8% Cr, binary
ordering alloy Ni 3Mn (23.7 at.% Mn) and Ni 3Fe and ternary
ordering alloy: Co-Ni-Mn (No.1 20% Co, 60% Ni, 20% Mn;
No .2 - 40% Co, 40% Ni, 20% Mn; No-3 6o% Co, 20% Ni, 20% Mn).
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259"
Study of the influence of plastic ... S/126/61/012/00i/oo4/020
E073/Z535
All the alloys were produced from high purity materials in a high
frequency furnace in an argon atmosphere. The Ingots were forged
into rodo, homogenized In vacuum at 1000 to 1200*C for 150 hours,
machined to a depth of 2 to 3 mm and then drawn into wire of
1 mm, diameter (specimen length 30 mm). The specimens intended
for studying the Influence of elastic deformation on the coercive
force were 0.41 am diameter and 30 mm long. Following that, all
the specimens were covered by a film of aluminium oxide and packed
into nickel foil and,to relieve the stresses,the specimens were
nnealed in vacuum for two hours at the foilowing temperaturesi
;006C (Fe-Al alloys), 750'C (Fe + 8% Cr) and 1000 0C (Ni Mn,
Ni3Pe, Co-Ni-Mn). After preliminary annealing, the aphimens of
the ordering alloys (Ni 3Mn, Ni3Fe, Ni-Co-Mn) were subjected to an
ordering anneal. The specimens of the Ni Fe alloys were annealed
in vacuum at 450% for 170 hours, those ol the Co-Ni-Mn .11,ya
were annealed at 430*C for 150 hours. The specimens of the Ni Mn
alloy were subjected successively to the following heat treatmeats:
276% - 95 hours, 3100C - 101 hours, 3406C - 50 hours, 3550C -
47 hours, 44otc - 28 hours. Following that, some of the
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25913
Study of the influence of plastic ... S/126/61/012/001/004/020
E073/Z535
specimens were water quenched from 440*C, whilst for the others
nnealing continued an followel 500*C - 13 hours, 520*C - 13 hours,
250C - 5 hours, 530*C - 5 hours, 5500C - 8 hours, 5800C - 5 hours,
;
6oo*c - 8 hours, 620*C - 5 hours, 650*C - 5 hours. After annealing
At 650% all the specimens were water quenched. Thus, each
group of the Ni3Mn specimens was characterized by a definite degree
of ordering and for each of these coercive force, Hc 00 Va.
degree of deformation, 9,% . curves were obtained* ; 4 Ni
and for the non-ordering alloys, the curves H c vs . 6v 1/2
represent straight lines,which confirms the dependence Hc' Nd
if data on internal friction in Iron are taken into
consideration. Thung the increase in coercive force on increasing
the degree of plastic deformation is due to the braking of
the domain boundaries on the continuously Increasing number of
dislocations. The results for the ordering alloys after plastic
deformation are plottedt in Fig-3 for Ni Mn (for_Bpecimena
annealed at the following temperatureas gurve 1 4904C. curve, 2
4400C, curve 3 650*0; in Fig,4 for Ni Fe (curve 1 - annealed
at 450*C, curve 2 - quenched from 10006CI; in Fig.5 for the
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Study of the influence of plastic ... 5/126/61/012/001/004/020
E073/Z535
alloys 20% Co + 60% Ni + 20% Mn (curve 1); 40% Co + 40% Ni + 20% Mn
(curve 2); 60% Co + 20% Ni + 20% Mn (curve 3) (- ordered
atate - ------- disordered state). Fig.6 shows the dependence of
the coercive force on the degree of elastic deformation for the
alloys Fe + 8% Cr (curve 1 - left-handn:c:IeIHC, Oe) and the
alloy Fe + 2.5% Al (curve 2 - right-ha CA a H Z. 0e). In the
case of ordering alloys, the coercive fore* during plastic
deformation is determined by the interaction of two processes: an
increase in the density of dislocations. which leads to an
Increase in H , and a destruction of the ordoring, which leads
to a decrease In the coercive force. In the case of elastic
deformation of the alloys Fe + 2.5% Al and Fe + 8% Cr, the
coercive force in the elastic deformation range decreases with
increasing degree of deformation. This is explained by the fact
that the elastic stretching leads to a redistribution of the
directions of easy magnetization in such a way that in each block
the direction which in nearest to the direction of the tensile
tress will become the direction of easier magnetization. This
tate corresponds to the lowest boundary energy, which leads to a
:
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9tudy of the influence of plastic S/126/61/012/001/004/020
E073/E535
decrease'in the coercive force. In polycrystalline specimens the
coercive force will not always decrease'with increasing degree of
elastic deformation. It will depend on whether the crystallo-
graphic anisotropy of the latti 'ce 6r the axial anisotropy caused
by the tensile stresses is predoiqinant, The first factor brings
about a decrease in the coercive force, whilst the second leads to
an increase of the boundary energy of the domains. which impede&
the processes of remagnetization and thus increases the coercive
force. There are 6 figures and 16 referencesi 8 Soviet-bloc
and 8 non-Soviet-bloc. The references to English-language
publications read a; followst Ref-5. K~ster W., Bangert, I.,
Act& met., 1955, 39' 274; Ref.11, Brown, N., Herman, M., J.Me;ala,
1956, 8, sec.2, 1353).
ASSOCIATXONt Institut metallofiziki AN UkrSSR
(Institute of Physics of Metals AS UkrSSR)
SUBMITTEDt February 16, 1960 (initially)
November'12, 1960 (after revision)
Card 5/7

IzVIIIA, D.A.
Effect of deformation on the coercive force of forromugnatic
alloys. Sbor. nauch. rab, Inst. notallofiz. AH UPZR no.13:
51-61 161. (141W, 1,4:12)
(Iron alloys-4,1agnetic propertios)
(Defonmtions (Mechanics))
Y,:

DEKMARP I.Ya.j LEVINA, D.A.; WHALENKOV, V.S.
Effect of compression from all sides on the magnetization satura-
tion of iron-nickel alloys. Sbor. nauch. rab. Inst. metallofiz.
AN URSH no.14:37-45 162. (MIRA 15:6)
(Iron-nickel alloys-Testing) (Magnetization)

5/l26/62/O13/oo2/ol6/olq
00 E039/EI35
AUTHUHS: Dekhtyar, I.Ya., Levinat D.A., and.Mikhalenlcov, V.b.
TITLE: Magnetic saturation of alloys of iron and nickel
at high all aided pressures
PERIODICAL: Fizika metallov i metallovedeniye, v-13, no.2, 1962,
308-310
TEXTz The authors studied the effect of high all aided
pressure on the magnetic saturation of nickel and of the alloys;
Ni + 23.7 atOe Mn; Fe + 360,~ Ni; Fe + 360,* Ni + 116' Mo;
Fe + 36S Ni + 2~v Mo; Fe + 36cd; NI + 31~ Mo; Fe + 36% Ni + 4% Mo.
High pressures were generated by the change of volume on
solidification inside an improved design of thick walled high
pressure bomb. Magnetic saturation could be ineasured, by a
differential method, to an accuracy of t 0.05%, in a field of
5000 oersted at room temperature. For all the investigated
materials the magnetic saturation decreased linearly with
increasing pressure over tho range I to 10 000 atm (accuracy
+- 30 atm). In the ordered alloy Ni + 23.7 at)& Mn the change in
magnetic saturation with pressure in reversible. This verifies
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Yagnetic saturation of alloys of ... 5/126/62/013/002/016/019
E039/E135
that the degree or order is not changed over the pressure ratige
investigated but that there is a change in the magnetic moment of
the atoms on account of the decrease in distance between them at
high pressures. The addition of 1% Mo to Fe + 36~v Ni approximately
halved the relative change in magnetic saturation, but further
additions of 1-1o did not essentially change this value. The
thermodynamic relations associated with these changes of magnetic
saturation are given and discussed. It is concluded that further
work is necessary in order to obtain a satisfactory explanation
of the processes occurring.
There is I table.
ASSOCIATION: Institut metallofiziki AN UlcrSSR
(Institute of Physics of Metals, AS UkrSSR)
SUBMITTEDt April 21, 1961
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3/02o/62/144/004/012/024
B125/B108
AUTHO:U; s Dekhtyar, 1. Ya. , and_lovlna,_ ~._ A,
T 1'7' Ll", I The influence of prew-luro on the atomic marnetic moments arid
the parameter of exchange interaction in sorne iron alloya
P%RIODICAL: Akadomiya nauk 303R. Doklady, v. 14-0, no, 4, 1~162, 770-773
MM In order to avoid the experimental difficulties of directly in-
veatiCatini- the influento of Ireazure upon the atomic rraf;netic moments and
upon the exchange interaction in some iron alloys the authors examined the
temperature dependence I " - 10(1 - f(T/9)) (1) of magnetic saturation.
*,';ith 91 /0 p- -4il)liq (1) leads to the equation
- If,/911 Ia 0 m0/m0'Jp) - T(9I9/,OT)(SX/4;p) valid in the range of para-
processes. I is the magnetic saturation at 0 0K, 0 - zX/2k is the Curie
0
temperature, z is the coordination number, W is the parameter of exchange
interaction, 0) is the volume magnetoutriction. Measurement of the mag-
Card 1/3

j102016211,',4/0?,,1101 21024
The influence of pres~;uee ... B125/B108
netostriction of the paraprocess at two different tcmperat~tres makes it
possible to determino9m O/M 02p and 'Ni/Dp. c,~of forEea and anne-%led sa,-,,p-
les of Fe + 3111'o' Ni was mr-p-sured. It increasC3 linearly with incre.-i3ing
field strenrthl calculation with measured data gave (,~i s/~T)2980K
-5-55 oe/doe and (91 s /~~T) 3470K 8.72 oe/deg. Fig. 2 shows the
dependence of -?m 0A 0W and -9X/DP on the nickel concentration. The
cros3es mark the experimental points found by measuring the atomic moments
at lo-,,; temperatures p - 104 ata~
. )M 0 /m0Vp has a maximum at -347~ Hi. For
the relative vvrintion 4;/K - ( 1 4- ( 1/,-J) M T19/malloy of the s-d exchanCe
interaction paraii,eter amounts to respactively 0.17; 0-351 0-171 an," 0.04
for 31; 34.7; 30;and 44-9 ~ of Ni in the alloy. j is the space factor.
i~4k i4~6h*;49 fokPkAt 0'4&ngON SligbtlY with 12hQP3ing Tho
atomic imaFnetic momonto and the parameter of exchanC-e internction of
partially ordered alloys are lose influenced by pres,;ure than in the