SCIENTIFIC ABSTRACT ZHUKOVA, N.A. - ZHUKOVA, R.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065010004-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


RUDAKOVA, S.F.;_ZffUKOVA,, N.A.; KHNYCHKVp S.S.; SUSANTAN, T.A.; KMLOTAt I.I.

CHOM Sh.Ch., otv. red.; AKIDIEDSAFIN, UJI,,, red.; MAYZIII, S.7a.,
red.; OSORGO, A.V., red.; _LIIUKOYA,JI..P,,-_Fed.; SIVE210'Vp M.N.,
red.; ALFMOVA.-P.,F... takhn.,red.
[Productive forces of central Xazakhstan3ProiZvod:-LtaI'rqe oily
TSentrallnogo Kazakhatana; trudy sesaii. A3na-Ata, Izd-vo Akad.,
,nauk Kazakhskoi SSR. Vol.5.[Power enginoering, water supply
engineering, construction, and transportationlinergetika i vod-
noe, khoziaistva., stroitel'stvo i transpo rt. 1959. . 257 p..
(IURA 15-.22)
1. Ob"yedinennays, nambnays, sessiya po problemam razvitiya pro-
IzvoditelInVkh oil TSentrallnogo Hazakhstana,lara&nda, 1958.
2. Institut energatiki Akaderrii nauk Kazakhok-py M (for
14ayzell). 3. Akademiya nauk Kazakhskcy S&I (for Chokin). 4. In-
stitut geologichoskikh,nauk Akaderii nauk Kazakhskoy SSR (for
Akln:edsaf in) - 5. Institut ekonomiki Akademii nauk Kamakhskoy M
(for Osorgin).
(Kazakhstan-Water supp-1,y engineering)
(Kazakhstan-Cons'truction industry)
(Kazakhstan-Transportation)

BAKAY EEEV, M.T.; N'Ua!AI40V, K. Kh.,,- SEYDUALIYEV, Z.S.; IBPAYEV, Sb.I.;
UOKBEROVO O.K.; MUSIN, A.M., doktor tekhn. nauk,, prof . 0
red ; ABDRAMMOV, A., kand ' filolog. nauk; ASABOV, J-1.1
reld:; AYTRUMUMBETOVA, S., red.;. ZHUKOVA, N.D. red.j
19.11MAKOV, A.G., tekhn.: red.
[Russian-Kazakch dictionary of,terminology]Riisoko-k-azakhskiI
temirtologicheakii slovart. Alma-Ata,, Izd-vo k-ad. nauk
Kazakhskoi SSR. Vol.12(Mining]Gornoe dolo, 1962. 281 p*
(14IRL 1502)
1. Akademiya nauk Kazakhskoy SSR, Alma-Ata. Infitit'A y a Z.V-
koznaniya.
(Kining engineering-Dictionarloo)i
(Russian language---Diationaries.-Kaz6kh)
qI [I UP , M,

APARASOYEV. Aleksandr Vaoilly'ovich-, SWCEROVA. R.L. red.; 201KPIVA, N.D.,

ACC NRt Am6o29l9T Monograph. UR/
Aeb, Boris Abramovich; Zhukova, Nina Mikhaylovna; AntiVy., Yevgx-.niy Fedorovich
(Detalii -,%z1y,av1&ts1onnykh
Pa:rts and units of aviation instruments and their deaign
~priborov i ikh raschet) 2d ed, rev. and,enl. Moscow, lid-va. I'M Uibinostroyed
yo",
1960. 415 p6 illus.,, biblio... tables. Tektbook for.studentai at,'avlation engi
neering technical,achools. 15,000 copies printed.
TOPIC TAGS: tiuxiliary aircraft equipwnt, aircraft engine Inatiument., alreraft
flight Instrument., shock absorber,.gyroscope
-Is Intended as:& textbook for-studehts of aircraft-
~PWOSE An COVETIAGE:' The book
-building tecb~mlcal'schools and the' aire'riaft;; instrumentati6~ ind4s*~,irr staff i ~ Da-
tailed information In presented on Aheory and 6~81gn intbe field of aJrcraft In-
atrumentation and accessories such~as sensor elements, me6hanic~l transmitters'
and amplifying mechanismfl,, components of gyroscopic instr=enbation, current-
carrying and computing equipment, shock absorberao damping mechanisms, and
bearings. Drawings and Illustrations qp;aar throughout the text,, an& formulas
are given for solving various problems In the field, A brjef review is given
in the introduction of known contributors to the development of'the Soviet air-
craft instrumentation industry, Review and suggestions regarding the manuscript
of thle book were prov ded by Doctor of Technical Sciences D. A., BroslayWdy and
Engineer A* A, Rikola7"a, Them we 66 referencesp 65 of WWh we Boyleto
Card

VESELOV., P.I., dotsent; ZHUKOVA. N.M.; ZIMINA, A.I., tekhnik
Fluctuations of the percentage of fat in milk and ziethods of
determining the butterfat percentage of cows for a lactation
period. Sbor. nauch. trud. Ivan. sellkhoz. Inst. rio.19:
163-166 1620 (MIRA 17:1)
1. Kafedra razvedeniya sellskokhozyaystvennykh zhivotnykh f
i molochnogo dela (zav. - prof. V,Ye. AlItshuler') Ivanovskogo
sel'skokhozyaystvennogo instituta. 2. Starshiy,laborant
kafedr7 razvedeniya sel'skokhozyaystvennykh zhivotnykh i
molochnogo dela Ivanoutkogo sallskokhozyaystvennogo instituta.
(for Zhukova).

PHASE I BOOK EXPLOITATION SOV/5287
Ass, Boris Abramovich, and Nina Mikhayloyna Zhukova
Detali :L uzly avIiatsionnykh.priborov i ikh raschet (Parts and Elements of Aviation
Instruments and Their Design) Moscovy Oborongiz, 1960. 357 p. Errata sUp
inserted. 8,,000 copies printed.
Reviewers: Leningradskiy tekhnikum aviatsionnogo pr#aros troyanlya i avtomatiki and
D. A. Braslavskiy., Candidate of Technical Sciences; Ed.t'B.A. Miloslavovp Can-
didate of Technical Sciences; Ed* of ', ?ublishing House t F ~ G. Tubyanakayaj
Tech. Ed,,: V. 1. Oreshkina; Managing Ed.i S. D. Krasill~~ov' Engineer.
PURPOSE . tThis textbook is intended for students at.aviation tokhnikums as,an aid
in instrument design work and for workers in the aircraft instrument,industry.
GOVERACIE: Theoretical fundamentalsi computing methodap and samples of computations
of aircraft instrument components aregIvem Mechanical and electrical components
are discussed and special attention is given to the'physical principles of in-
instrument operation. The introduction and Ch. IwOre written by the authors
Jointly; Subsections 9-24 of Ch. II, Subsection 28 of Ch. III, and Chapters VI,
CarT-37'7

as Immmma 1,,,r Imp"
111213MEMERMIMaM _. III I =.=--m MEEMMMIl
11jum, V I-puffillillimil 1, "m , "'I'lulifff.HIRRIM ig I
. A . I . . . -1 -1 . .. - .. I....' ~.... .... .. .. I.- . ... I .. .. 1. Illaillul

M1114101904A WHEN HEMARVA 11 INUM111 IJIV~ 11111] IIINVIIIII 11111111111191 111111H IIIIIIIIIIHIIIII I It IRM IIIIIIIHNI IUM
USSR/Optics Physical Optics..- K-5
Abet Journali, Referat Zhur.- Fizika, No 12.. 1956, 35775
Authors Zhukova, N. Vej, Katso M. L.
Institutiont None
Titlet Temperature Glow of ZnS-Cu Luminophors
Original
Periodicalt Uch. zap. Saratovsk. un-tj 1954., 4o, u5_12o
Abstract: Two peaks, -1500 and -630.. we" observed on'the -=IrVea of the
thermal glow of a ZnS-Cu phosphor, excited at temperatiume of
liquid oxygen, in the investigated temperatur e range (up to 00).
If the same phosphor is exe-ited.at room temparatare-and then -
cooled to the temperature of liquid oxygen., the curve of the:
thermal glow had only one very weakpeak arovnd 40. The light
eum in this case is approximately 7% of the t.*t&l light am -
ator-sd by the phosphor., excited -at low temperatures., MN= this
it follotia-that the number of the acceptor levelB,,&t uhiclatha
electrons are localizecl at low tempbrature, amountb to an
Card 1/2
- ------------------------- ------- -

T-141 Aki!

10.
i. f
1171, 11 7~
ZHUKOVA YEVDOKIMOU G.KI; LEV81IIII, VX.-
Dependence of the quenabing of:phosphoreseence om tbj6 occu-
pancy of localizatdon levels by electrons and on temperature&
Izv. M SSSR. Ser. fi z. 25 no.4t476-478:Ap 161. (Min 24:4)~
1. Moskovokij aviatsionnyy.institut. imeni Sergo Ordzhonikidze
Fisicbeskiy fakulttet Moskovskogo gosudaretvennogo universiteta,
imeni M.,V.'Lomonosova
(Phoaphorescen'ce')
(Crystal lattices)

22165
5/048/6 1 /02 5/004/014/0.416
B104/b201
'3s-d-o
AUTHORS: Yevdokimova, 0. K., ani. Levehin, Vs L*~
TITLE: Damping of phooph.reacence as a function of the filling of
electron localization levels and temperature
PERIODICAL: Izvestiya.Akademii nauk SSSR. Seriya.fizicheskaya, v 25,1
no. 4P 1961, 4T6-.4T8
TEXT: The present paper has been readat the 9th Oonference on. Luminescence
(Crystal Phosphors), Kiyev, June 20-25, 1960. The authors wanted to.study
the filling of electron locali2;ation levels at diffe;!ent excitation
temperatures of a phosphor, to establish arelationship be tneen the
damping of phosphorescence and the liberation of electrons of variously
deep localization levelay and to clarify.the part played by second
localizations in the natural damping of the phosphor. The investigation
covered specimens of phosphor ZnS-CU(6.10-5 g/g),CO(10-5 g1g), whioh*has'
a wide band of thermal de-exoitation with a temperature interval of 1800C
and a maximum at 750C. The specimens were excited by X-rays (366 mp and
Card 1/5

.22165
S/048/61/025/m/o14/040
Damping of... B 104/B2O`1
436 mg simultaneously) for 10 minutes at,temperaturiea~betveen -1400 and
+13000. After exoitation-the specimens were dipped Into liquid nitrogen,
and next, the curve of thermal de-exoitation wasImeasured.' It may be seen
from the diagrams presented in Fig. I that the light'buma stored by the
specimens drop with a rise-of the excits. *tion temperature (Fig. 1b), and
.that the curve of thermal de-excitation is deformed. ..It is further assumed
that in the first stages of damping the major part of, shallow levels, -whose
Tmax is considerably lover than the excitation temperature, participates
in the process. With a view to clarifying which levels were de-excited to
~whatexte_nts in the individual damping stages ' the specimens were excited
at 180C, and, after variously long damping time a(0_3~ min) the thermal
de-excitation curve was determined. Results are graphically presented in
Fig. 2a. On a decrease of the light sum, the maximumlo ' thermal de-'exoita-
tion shifts toward higher temperatures. As in the damping Iprocess,1he
shallor levels are first as* free, and the deeper ones afterwards. At the
same time, a migration from the more shallow.to the deeper levels takes
place, so that the number of electrons at the deeper level's during damping
in in some cases larger than after excitation. This results is shown in
Pig. 2b which illustrates the change of the filling of levels of different
Card 2/ 5

I III ill I 11~ .1 ~ I 'I .! I . .. - . - . - , ~ ." - ...

223-6.5

Da
ina of !3/048/61/025/004/014/048
-
y ...
BIOVB201
~
a

.148
j

too
Are T.

7721 ~-
le
20 -

'Card 4/ 5
WIN I F
OF son

-Z~J-V J :)Ir;,2-5jUQ4lW4,
/ r
-4 T
-Damping of6oo ,
B104/B20*.
IT

/Vo
46

20
20'

to

-20
20 40 69 go fZq 1 1&7
tog

Fig. 2
Car,"
'./5

AUTHCRI Zhukova,-Q*-,_Fhy-.i,,,ian., Membe-r of the Sectio:,,i 29,41.z9/20
of blgdervjt~WSwimming of the Central Mari-L4.Tdjs',,%,',.k1b
of the DOSAAF.
TITLE: M21dVVdbWHunting (Okhota pod vodoy).
FMIODICAL; Tekhnika Moludezhi, 1958, 4~ PP. 33-36,).19 (USSR).
ABSTRACT! The first light submarine! apparatus lraquulan~es It (akvalaingi)19
masks ente
rubberfins and other equipment we :Inv d only rece,k-
ly-By them the submarine,world wag madtS av5iilable' to a great
number of sportsmen. The author partinip'ated in a submartne expea,
dition in the Black Sea in summer 1951. The -Kaber in the Black ,Sea
is clear. The sunbeams easily attain a depth of lo to 2-5 m. The - - .
beauty of subiparine world is inecpressible. rhere are more than 16o
various species of fish in;the Black Soat Scmelfisb are ve.-y cu-
rious and approach men without'shy by swimmitig. Otherc observe men
from far. Sorm fish are danger'= for the diver. Their polsonous bin
tes are treated in the same vray As the bite by- a snalke. The nhArks
are shy and are able 15c wound the dj.verO juat like the dcl~h'",, . one
ly incidentally by their coarse skin. Largs sword-Xish are orly gca--=
Card 1/2 cely met with in the vicinity of tbe coazt, Hunt-ing of f--*,Sh in an

9/2r
%iderwater 11unting 2 0
flaqualangell'is prohibited all over the world, since it enables the
S, er to.,stay more than 1 hour in the water and to dive doiM to
m. of depth. This would convert a kind of. s-icrt into a slaughter.
Unfortunately still too few, irstruments for s,-,bmaxine hunting axe
produced in the Soviet Union. Some equipments , however3 can be ma=
fiufactured by the expeditionists themselves. 'rho following-objeots
7ere produced by the expeditionists theirsolve!3 and were also tried
out: Universal mask) breathing tube, fins, st6mlu-ine rifle, harpoonj
spear. To the hunting equipment further belong.,: a stainless~ knife)
a net or a box for the bag, waterproof eases for the camera., the
watch and other small. objects. Submarine hurting is harmla&q for a
healthy man. The most important thing is to handle carefuuy the
rifle.It is dangerous hunting in the vicinity of fiah~ng-nets,*
motorboats and cutters. Diving is the decisiva moment W.~.th
rine hurting. It is also of.importance to move slowly and:regularl
3~y for saving oxiE:en and therefors- being able to stay !on-ger i-n the
water,
There are 2 figures,
AVAILkBLE*. Library of Congress,
Card 2/2 1. Underwater.swimming-Equipment 2. Underwa,ter SY.Amming-USSR

------------
S/10MOM/0 io/00T/098
bi 1b Aoo4/AM
AUTHOR: Zhukova, O.F.
TITLE: Introducing the practice of the Leningrad Sovnarkh6z in the applica-
tion of styracryl ("stirakril!')
PERIODICAL: Byulleten' tekhniko-ekonomicheskoy informatsli, no. lo, 1961! 79-r-80
TEXT: --In June 1960 a three-day seminar was held in Leningrad for thetech-
nical personnel of enterprises, scientific research institutes and designing cF-
fices from 20 Sovnarkhozes to study the practice of the Leningrad Sovnarkhoz
plants in using styracryl, a quick-solidifying plastte doveloped by the Leningrad-
skiy zavod zubovrachebnykh materialov (Leningrad Plant of Dental Materials) in
1957. Grade TM(TSh) styracryl is a composition of powder and liquid. :The pow-
der is a product of combined polymerization of methylmetacrylate and styrene,
The liquid is colorless and volatile with a 1.5 - 3% dimethyl aniline accelerant,
The liquidand powder mixture is a fluid mass which polymerizes and solidifies
at normal temperatures without pressure within 30-70 min, Styracryl possesses
relatively high physical-mechanical and chemical propertietj,: The high.adhesion
of grade TSh styracryl to metals and some other materials ensures its dependable
Card 1/2

29392
80316110001010100710918
.Introducing the practice ... AqO /.klol
bonding to punches and punch holderst, The Chief,Engineer'of the Leningrad Plant
of Dental Materials inhis report pointed out that the use of I'kg styracryl re~-
sults'in savings of some 50 rubles. Since Jermary., 1961 612 enterprises of 39'
Sovnarkhozes have been using styracryl. 'The head of the laboratory of the Naudmo
issledovatel'skiy institut polimerizatsionnykh plastikov (Scientific Resea~r6h In-
stitute of Polymerization Plastics) NIIPP emphasized the ne'cessity of expanding,
the styracryl production, NIIPP is carrying out research work on the application
of this new plastic. The representatives of the "Elektrosila!' Plant and the
Stankostroitel'nyy zavod im. Il'icha kMachine Tool Plant im. Il'ich) reported on
the application of styracryl at their plants.
Card 2/2

I I, I --if flits I I 'W"t ....
L I ; : I I I III U AW.. 11!11. ffflupir

m

11H)VAPT111 *UH 11311liul
11 . I Ito M I I Ifill
FLM I NOX MWEIPSTIC3 007/5742
Umdanlya nfaluk MGM. MazhE1;ivadrrntv,,nny-j I-xdtot pa provedonlyu
CnogiziclLeuloao roda. VIII raz "- proov=ay I'M: ghiroty i dolzoty.
Tt.-Qdv-a-,ital,ny:rO reulltaty Issladovanly kolehaniy shirot I dv1zbcrdya polyuE;ov
=U; aL-ornik atatcy (ProLUAnai-y Data or Latitude Varlat,16va on& 111grations
of the Barth's rbloo; Collected AtticIcs. 110. 1) 11'aacov, Xid-vo AN MISR,
1960. 97 p. ErraU, sUp inzarted. 1,1300 copies printed.
r1TC-M, -. Thi3 collcction of articles Is intende(I for. astrozozr~-ra, ero;IV31clstsp
laml oth-,~r icthntlsts concem:4 with tba problem of lmtituAL- vaeletions and
niCration of tho Eax-thro WIcs.
C 7rrdIC
-r-rt I of the collection contains pre"mJnarry rxecaults OT 106titude
cbservationz fr= 1957.5 thror,,,h 1959.0 r-,Ae at MY stations in tbi 1:ZM2
mtvork, IncludirZ nev stations In Siberia. Part n conoistr. orr a-.ticialf
da scribing naw instrumenta) obcorvational p=Gr= and v.,tbib, arA 3)ro-
Mir
cadures of processing the latittwqa- observational data. With th,) lex-Cpar jxW
of stations and tha use of new instru=nte it is anticipat4d Oat the final
remats will prov-1de a =ore co=Lxreheusivu study of anomililian anot ITistn=ntal,

llrk,2-4--Inary rata of Zatlzuda Var!--U~2rj (CCD
e m.;a in latit"Idz 013cervatio'no thm lrz-a beon ponw',lbla por-
comaltics aro mantionod. Enr,11ch dbatraQtxj and ra~eraneas follov aach article.

PAMT OM
r-cmnsimyrL, S. V., L. D. Koatina, and 11. R. Androyanko. Intitude
Cobocrvationa alk, tha I'Wn Astronc:daal CrbodrVator2 of the Academy
cf Sclenccs =.-,I
7`e-rt-,,:-,h::n:co, Ye. 1., 1. and 0. V. Cl--,;runo,,*a.
CoGavationa of Talcott Paira at tlt~% roltava. Gran.-Imtrical
Cbcarvatory of the UkraWan AcmdevV of Sciences (Zeiss
Zenith-Telescolo)
2cTov, V.- A. Obsematione of BriCht Zenith Stars.at the rolUva
'CraTimatrical Obser7ato of tha- Ul--ainian Academj of gciemcms~
(Zeisp Zenith-Teleacopav
13
Card 215

-,rr r

'Data of Latitud'a vuiaticna (ccat.) Wtbl-42
PALT IAWO
and 1. F. rwrbut.. 1,17, a* D:!t4z-_d=tion of- Mlkovo
i"Ilitmda Variations T'xom rar&Uol Obser7ations Vith Two Zeuit:i Toloacojon
KAlkly',cm, A. it. PmAL-Awxy Results of Cc.=r_r:IAS Observations illth Tiro
-
Waloccopao of the Xitab Irtituea Station D=inIS tl~o rcrio4 1957.5
zs,~,th
1959.0
1., 0. M. zllukova, V. V. 11,00tem., ana Yu. 2. Prodnn.
Pr-lirinary R-cilIT-5-17-MEe-asing Obsermtiona With the llomc6v Zenith.
T~~Icrcopa Durin_- 1958
47,

PiAter, M. I., and V. A. lla=jov. Thoory twd Vath64 of proccusixt; :j
llhotcai~ajaic' Zenith Tube JPZTI Obaarmtionn 56
DmIthral:h, 141. M., and Kh. X. Pbttor.~ Lict of Staro an the Pulbm
Plioto,~raphic Zonith Tubo JET) P=Zram

Rabaahwakiy, A. A., and Yd. Pi redorov. On the Quastion of Evuluatins
the Accurac7 of latitude Obaer7ations
Card V5

ZMKOVA. 0.T. (Noscov)
Thyroid changes in animals folloving administration of mercazo3,71
[with summary in English]. Probl.andok. i 'Corn. 4 no'1372-48
~n-zo
1. 1% 111 kafedry khirurgii~(zpcv. prof* B.S, H6zanov) TSentrall
nogo instituta, Usovershenstvovaniya vrachey (dir. - Prof.. V.P.
Lebedera) na J)aze khirurgicheskogo otdelen;iyn bollnitay imeni
S.P. Botkina (glavny7 vrdeh - prof* A.M. Shabano-O.
(TRIDIMACIL. related compormdo
1 methyl-2-mercaptoimidazole6 hylthiouracil, eff. on
thyroid gland (Rua))
(THMOID GLOD, Weet of drugs on'
1-m ethyl-2-mere apt olmidazole-6-me thylthioarae il:~ (RU10)

ZHUMVII
Preoperative preparation of patients with thfteolloxicosis by~antlt~yrold
preparations. Sovemed. 22 no.6:42-52 ;o (MU: 11:9)
Iz kafedry khirurgii (save 'prof. B.S*~Rozan") Mentrallt'L'ogo,
inatituta uaover9henstvovaniyaivTacheY (dir.I.P~. leTpe&eva)i
ihirmrgicheskoy kliniki Moakovskoy gorodskoy klinieheskoy ordena Lenina
bollnitsy imeni S.P. SoItkina (clavVy vrach Prof,. A.11. Shabanoi)b
(HYMTHOROIDISM, surge
preopo prop., with thyroid antag~. (Rus)).
(THIROID ANTAGONISTS~ there use
preop, admln* in surge -of hype rthyroldi sm (Rus))

32789
-114 0 S/237/61/000/01P,/064/149
4006/AlOl
AUMORS: Blagin, V. I.s ~Zhu~kova, ~P, Mikryukov, V. Yo., Pozdnyak, N. Z.
TITLEt Physical and mechanical properties of sulfidized sIntered ir-on-
oopper-carbon alloys
PERIODICAL: Referativnyy zhurnal. Metallurglya, no. 12, 1961, -47, abstract
12G332 ("Poroshk. metallurgiya!,' 1961, no. 2, 61 - i5q$1 English
su ary)
The authors studied strengthi, electric and thermal properties of.Fe-
CU-Calloy specimens Isintered (1,,1500C, 1 hour), sulfidized,' and Annealed to gra--:
nular perlite. Soaking with sulfur increases hardness by 20 - 150 and reduces
strength by 10 - 30%. Annealing reduces hardness by 50 - 75% andistrength by 30
60%. Sulfidizing causes an increase of heat conductivity by15 - 20%, but does
not change electric conductivity. It is.expedient to use sulfidirsing in cases
when the production of cemet articles is connected with cutting machining and
when they are intended for operation at high temperatures.
R. Andriyevskiy
[Abstracter's note: Complete translation]
Card 1/1

131- 58-6 3/14
AUTHORS: Davydov, 1. P., Sokolov, 1. N.,.Trofimov, 4J. G., Zhukova4 P. I.,
Koroshchenko, A. A.
TITLE: Working of Magnesite-Chtomite and Chamotte Masses in Centrifugal
Edge Mills "Model 115" (Pererabotka.magnezitokhromitavykh.i
shamotnykh mass na tsentrobezhnykh b6gunmith 11Uoael.1.i15.,)
PERIODICAL: OGneupory, 1958, Nr 6, pp. 250 257 (USSR)
The centrifugal edge-mills "model 115", we
ABSTRACT: r developed byithe
Central Inst'itute for Foundry-11achine Building. In the Zapo-
rozhlye works they are used for the wbrkmng of the masses of
refractory magnesite-chromite products as well as for',chamotte
masses. In figure 1 the construction of an edCe-mill for the
production of refractory products is.shoAm without any chank;en
and then is described. The water is Iadded. mutomatically.from
the mains (see figure 2). The device for the supply of slip is
shown in figure 3 and the total view or the adze millAlmodel
115" is shown in figure 4-
-1) Production of chromium*magnesite products. In the Zaporozhiye
Card 1/3 works the edge mills are mounted under the devices for dovaging

Working of llagnesite-Chromite and Chanotte Maerjes 131-5;M-3114
in Centrifugal Edge Mills "Model 115"
the weight. Thecharge is 6oo k'&?. Ifi,order to find out ihe
optimum working regime the influence of the duration of working
on the granulation of the mass, the density of the raw pTbductsp
as well as the pr operties of thefinished -products were checkedo
The results can be seen from table 2.~Based on these results
the mixing cyclog as mentioned in the,tablet was found. In
table 3 the average weight by volume of the ra%f products is
mentioned for Janu.ary-February 1958, viorked.on centrifugal edge
mills as well as on mixing edge mills.~!
2) Production of chamotte products. The dosaging of cl'ay and
chamotte is carried out by means of automatic weighing devices,
of the slip volumetrically and also automatically wit.h.pneumatic
control. From table 4 the influence of the duration of~working
on the granulation of the masses can be s(?en..In table 5 the
weights by volume of the unfinished piecea as.well as the~pro-
perties of the products with durations':of the working oyole
of from 3-5 minutes are mentioned.'In the production of charnotte
Card 2/3 the optimum charge of the edge mills is 500A9.

Working of Magnesite-Chromite and Chamotte Manses
in Centrifuaal Edge Mills "Model
Final conclusionst 1) The centrifugal edge mills I'model'115"
can be used for the working of masses of magnesite-chrbmite
as well as of chamotte products. It incroaseSi the output as well
as the quality of the mans. 2).The use of centrifugal edge mills
makes it possible to compl6tely,automize.the working process
of the masses- 3) It would be useful to.organize the production
of these ed_re mills for the industry ofirefraotorioa. There are
4 fivres and 6 tables.
ASSOCIATION: Zaporoz.hakiy ogneupornyy zavod (zaporozhlye W,or IIke of Rofractories)
1. Chromium-magnesium allo~s-~-Processing 2. Refractory materials
--Production 3. Refractory materials--Properties 4. Foundries
--Equipment
Card 3/3

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 low No
03 1 1 1 1 4 ? $'l 11 1111141116 life 11 U U M V) 26 U 9 It & V 4? of a " J! 0
f.. 0 L-I q a I 1 9, V _T_X_ I.A_ AA M CC 0 It 4 4~0
00 'A", 0
KO U." -
---------- -00
l-sto
at eff The stroot.or Motallie4dimixtures onAha hall effect Wailvero:-40
floil- Jo Go Dorf1man and PoNs Zhiftm,_(Zhure "or*IT#orot# Flslki(J.1zper.Thsorotil~~
I Physics). 1939. 9. ftesiano) The Hall effect in alloys of it I !-of
ver with small additions or sins, eadialuin, tin, antimon3ro palladjulso and plat-4 16 0'
oft I Inum was Investigated experimentally. Zinc, osidalumill and antijactly In amounts up .^:
o9, J to I atonio-% Increase the Hall content, but dooroave It whem preasat in excess so
I
0 11 of that amountio Palladium and platiam In amounts up to 3 atomio% Increase the to zo
4: Hall constant. The Hall con6tant of a number of alloys ~ of silver with tin, wag ~' roe
0 0 determined at - 180*C. The results obtained are explainod on. tho basis of asou- aso
0 0 ming the existence, In silver, of two electron lovels which tako part In !.*Iroo
So effecting conductivity and which boomse filled by sloctions deri,ed from the '!a30
!, .*a
sox admixed metals. The atoms of admixed normal motels it ro Vrosiont in such alloy
as irons.-N.A
0 0
00.
tt:oo
zi it"ll i. All
I' Do t 00
#A I i, I IM . I,
jj!. f I
to IS 1) 11 09 AIt it It tt It MWILD #I , I 'ij
10 00-..''
So 0 0 00 a 0 0 # a 0 0 0 a 0 0 9 a o S 0 0 OS O'S:41 0 ~ 1) a 0 41 Oro'o a 0 0
0 & 00000000000 000 0 0:0. 0 16 0 0 0 W o 0 goo 0004,04 0; 111. 0 41 40 I's 0 0'

R, Ya. S.; DROZIIZHIITAY V. I.; ralTJKOVA, P. It.
- - - - - --------------

14MIEYEV, M. N., ZHUKOVA, P. N., AND TWILOVI 00 S*

!"IRV L-Pts I if Eingurtm, I I, I I![ A, mp III 1,11L Hl 111!11111 fivi I I:Mlf t z R -H
H; Ill ""I! f I! P19! I i ! ..H, "I-N

TiMM/Nicrobiology Soil Microbiology.: F-~
'Abs Jour Rdf Zhur'- Biols'
So 3),1958 -9861

Author A
Zhukova, R.
Inst
Title Microbiol6gicaI;kiimI=tion Of Nirgi:u of jrasiiY - -
..,,Peainsulm.-',
Orig Pub 'Mikrobio1ogiYa)-1956* 2 69-576
5i Wo~%:5 -
Alistract Richest in microflora'are'~ soils' of' lowland.i shed; of
mineral:soils, the least inhabited: ones a~r6l ferrous pod-
'
soils.
zols and relatively more so--.mildly podzol peat
In podzol.soils tLe number of microorganisms decreases
with depth. Most inhabited is horizon Ao'; there are
-
more organisms in horizon B than in horizon.A2 (evident-
ly because of larger humu content and less aci& reaction
of medium in horizon B). Richest in microflora in soils
of lowland marshes are the upper.layers; in upper n-r-
shes-- the lower layers. Most numerous in'all soils are
,card 1/2

ZHUKOVA, R. A. Cand Biol Soi -_ (diss) "The cellulose-decomposing activity