SCIENTIFIC ABSTRACT ALTYNOVA, A. L. - ALUMYAE, N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101210015-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

I ALTYNOU, A. L.
- I
Effect of the arragnemont of eylaust outlets on the motion of onflowing
streams. Vod. i san. tekh 0 no. 12:12-14 D 160. (MIRA 14:4)
(Ventilation).

AUTHOR: Altyntsev, A.N. SOV-117-58-8-21/28
..r--
TTTLE: Fire Pump Made from the Block of an Automobile Engine
(Pozharnyy nasoa iz bloka avtomobillnogo motors)
PERIODICAL: Mitshinootroitell, 195A, Nr 6, p 40 (USSR)
ABSTRACT: The block of an old motorcar can be transformed into a fire
pump. If the pistons in the cylinders go upward, a vacuum is
formed. The inlet valves open and water flows into the collec-
tor, from which it is pressed into the fire hose. The pressure
in the collector reaches 15-4 atm. The water jet attains a
height of 10-12 m.
There is I diagram.
1. Fire pumps 2. Gasoline engines - Applications
Card 1/1

ALTYNTSEV, A.N.
Screwdriver with hatchet gearing. Mashinostroitoll nn, '.27
My 164., (MIRA

BORISENKOR S.A.v inzh.; ALTYN-PARAO L.F., insh,
Production of spirally welded pipe. Stall 23 no.9:826-829 S
W.). (MIRA 16slO)
1. Zhdanovskiy metallurgicheskiy savod im. Illicha.

ALTYPAi",'OV_,.Anton* SHUMAN, N.D.[translatorl; DOGUSH 11 L.K., rod.;
j__
--- -ClffY-lOVAj L.S.9 red.; MIRONOVAj A.M., tekhn. red,
[Bronchoscopy and bronebography] Bronkhoskopiia i bronkho-
pafiia. Pod red. L K.Bogusha. Moskvap Medgiz, 1961. 126 p.
(MIRA 15:4)
1. Chlon-korrespondent Akademii moditsinskikh nauk SSSR (for
110gush).
(ERONCHI-ROIOGRAPHY) (BRONCHOSCOPY)

ALTTAXV, it. (g.Stalino)
There is no dust in the stope. Okhr.truda i sote.strakh.
no.3:78 Mr 159. (MIRA 12:4)
(Dust collectors)

ALTYTSER, I.
Bank control over the production and financial planning on collective
farms. Den. i kred. 21 no.lOt49-52 0 163. (MIRA 16:10)
1. Starshiy ekonomist Odesskoy kontory Go5banka.

22566
S1190/611003100510091014
000 PA34p, 22.05 B11O/B22D
AUTHORS: Dogadkin, B. A., Tutorskiy, I. A., Tugov, I. I.,
Alltzitser, V. S., Krokhina, L. S,, Shershnev, V. A,
TITLE: The chemical modification of vulcanizates. I. The reaction
of vulcanizates with styrene, methyl methaorylate, and
i8oprens
PERIODICAL: Vysokomolekulyarnyye soyedineniya, v. 3, no. 5, 1961,
729-733
TEM The chemical modification of vulcanizates is completely new and
hardly mentioned in literature. The purpose of the present paper was to
study the chemical modification process caused by copolymerization of the
iulcanizates with the monomer. Natural rubber (I) or a mixture of natural
rubber and butadiene styrene rubber CKC-30 (SKS-30) (II) were disintegrated
to particles of about 1 mm, scrubbed in the Soxhlet with acetone, and
filled into a weighed ampulla. The monomer (purified styrene, methyl
methaorylate, or isoprene) was added in quantities assuring the uniform
swelling of the vulcanizate. Then the ampulla was sealed and heated in
Card 1N~

The chemical ...
22566
S/190/61/003/005/009/014
B110/B220
an oil thermostat. Conversion of monomer and yield in graft polymer were
determined by weight. The product of copolymerization was extracted with
the hot solvent of the formed homopolymort methyl ethyl ketone for poly-
styrene, acetone for poly-nethyl methacrylate, benzene for polyisoprene.
In order to initiate the copolymerization process the vulcanizates were
ozonized first of all in a suspension of CCI 4 to introduce functional
(probably peroxide) groups. One has made use of the ozonizer developed
by the Kafedra gazovoy elektrokbimii MGU im~ Lomonosova (Department
for Gas Elootrochemistry of the Moscow State University imeni Lomonooov).
The experimental temperatures were: 60, 100, 110, 150, and 1800C. The
curves of kinetic copolymerization of non-ozonized I and II are represented
in Figs. 2a and 6". In case the vulcanizate had been ozonized previously,
a large fraction of the isoprene added polymerized already at 600C. 'A'
considerable part of the polymerized isoprene forms with the vuloanizate
a graft polymer (Fig. 6). Also for the copolymerization of methyl
methacrylate with vulcanizate, its previous ozonizing raises the reaction
rate and yield in graft polymer (Pig. 7). The active centern of the
rubber existing in the vulcanizate (double bonds and a-methylene groups)
Card 2/k ~f

22566
S/190/61/003/005/009/014
The chemical... B110/B220
are able to act as branching points in the chain of the trimeric polymer
and, thus, form the graft polymer. Moreover, the initial polymerization
may be effected by oxygen-oontaining groups existing on the surface of the
crushed vuloanizate. The surface increase effected by adsorption of
monomers on the crushed polymerizate also accelerates the reaction. When
polymerizing the non-ozonized vulcanizates with styrene at 150-180 OC, the
polymerization reaches its maximum already after the first 2 to 3 hr and
then remains constant, since the thermopolymerization of styrene is
practically completed. With a decrease in temperature of Polymerization
the yield in copolymers increases as compared to the total monomer
polymerized. Yu. M. Yemellyanov assisted in the exDeriments. There are
7 figures and 8 references: 3 Soviet-bloc and 5 non-Soviet-bloc.
The two references to English-language publications read as follows:
Ref. 1: R. 1. Ceresa, W. P. Watson, Trans, and Proceed 35, 19, 1959.
Ref. 4: 1. Green, E. P. Sverdrup, Industr, and Engng. Chem. 48, 2138, 1956.
Card 3/~ '~

The chemical ...
22566
3/190/61/003/:005/009/014
B110/B220
ASSOCIATTON: Moskovskiy institut tonkoy khimicheskoy tekhnologii im.
Lomonosova (Moscow Institute of Fine Chemical Technology
imeni Lomonosov) Vsesoyaznyy nauchno-issledovateliskiy
institut plenochnykh materialov i iskusstvennoy kozhi
(All-Union Scientific Researoh Institute of Film Materials
and Artificial Leather)
SUBMITTED: July 25, 1960
Fig,, 2: kinetics of co 1 e i tion: Legend: a)'~~Icanizzate of natural
p~,,,
ym riza
rubbe?-;Qth styrene; _? zate of natural +SKC-30
1zate 01
I -h,.bb?r with styrene.
s
10
onve n,
Full-lin rve:m-:tyrene conve ion; broken-line curves =yiL~kd in graft
z
polystyrene~_emljp rature of polym zation: 1) .1100C; 2)= 1~00C;
f p0 lym
0
'. c1 t r zzation, hr.
3) -1800C. c) t me of polymerization,
Card 4/1~\

L 149o6-63 AF17C/AW Fs-~/FC-4Mr~ RH1WW
ACCEV,NN N11s 03DO3795. S/0l90/63j/0D5/007/JD59/1061
-AUTHORSs Wtzitser. V.-�j,. Sherabnev, V, 'A.; -torAiyp 1. A.; Dogadkinp B.-A.
7TTLEt Cbeideal x*d1f1cation of vulcanizatea. 2. Reaction of ~ormdnuted vul; an,-1
zates vitb j)-tort.butylpbeW.Iform&ldefT-a7e -resLn
;SOURCBI' VY*3o)romDleku17&r?"8 Voyedinerdya, v, 5., fto. 73, 3.963p 1059-1061
'TOPIC TAGS% vulcenizate revulcmAntion, batylpherylformaldeITN resin
:ABSTRACTs Revuleanization of ndtaral vulcanized rubbor hL-neans of tert.butyl-
phanolformaldebEde resin (NF)#Was conducted on Baixen of natural vulcanized
~rubbar without previous regeneration of the latter. The cowdmted vulcanized
,rubber was mIxed with BPFv followed by heating within Ei 140-180C ra~nige for 20-12D
rdn,periods In the presence of zinc chloride or stennots chlorides as activators.
~The amount ol bound resin was estimated by the difference between the added and tbe!
. seetone-extractable resin. It was found that at an early stage naEU-37 90% of the
resin became bound to the vuleanitate. The effect bf valcanitation was checked by
.means of the swelling test in xylene. It was found that at 16OC'tbe addition of
.from 10 to 6C% of MT -reduces within, 30 minutes the percentage of swelling of the
vulcanizate from 370 to 221, with further reduction to 201 within 120 min. The
Card 1/2

L. 14W>-63:
'AG-CESSICN Nits AP3003795
.authors cled.m tbowt a superior vulcanized polymer in obtained wId-ch popsessesa
~;higber tenIvratare of plastic flow as well as greater strength, whJ.ch is attril~jted-"-'~
,to a cherdeal process where the Iqdrocarbon end of M becomes 2inked to the
ioriginal. vu:Lcardzed rubber materials Orig. art. haso I ebext and I table.
~ASSOCIAITalt Mookovskly institut tonkoy khiTrdchoskc7 tekhnologi~ !Lm. V. V*
~ rjP]
Lostonooova, vsevoyuzW*y nauchno-isaltdovatelt shy institut plenocji6u kh matedalov'!
.1 isWastvennoy ),ozbi (Moscow Institute of Fine Cherde&l TechnoloLr.Ep All-Union
Sclentific Research Institute of U~~er_R_Fa_ Vrs and Synthetic Leather)
~STJBXTTED: 03ion6l DA72 ACQ% Oftg63 INCLt 00'~'
~SUB CODEo CH No TOP Savo Oql OTHMs 001~
Card 2/2
"r ail- 16

AVTZITSER, V.S., nauchnyy sotrudnik; TUGOV, I.I., k&nd. tekhn. nauk
Reclaiming of rubber obtained in the complex processing
of worn-out tire treads with the swelling method. Nauch,
isal. trudy VNIIPIK no.l4sl5-25 163. (MIRA 18:12)

AL'TZI.TSER,,,Y,,,S.; TUGOV,- I.I.; ROGOV, VA; POWRANTSEVA, T.K.
Manufacture of water pipes of secondary polymer materials for
agriculture. Biiil.tekh.-okon.inform.Gos.nauch.-issl.iTist.nauch.i
tekh.inform. 16 no.8t23-25 1630 (IGRA 16:10)

ALITZITSERI V.S.; SAFRONOV,, Yu.M,; TUGOV9 I.I.; ROGOV, V.M.
Roof materials based on used resins. Biul.tokh.-ekon.inform.Gos.
nauch.-issl,inst.nauch.i tekh.inform. no.12:17-18 163.
(MIRk 170)

L h3099-65 EWT(n)/5PF(c)/EZ4/~0(j)j_T_ -,Pcth/ -~h/
-Pr -Psr,4 P-L m M
CCESSION VR: AP5OD8365 ~10190/65/07/00310417/Wl
AUTHORS: Alltzitser,-Y. S.; Gu11,_V._Xo.t Tatorskiy, I. A.; Shershnev, V. A.;
~pgadkin',-Zffr.-~"~ - ---7--
FITIZ: CRpol)7Hrization or o2onated pulverized vulcanizers with po),yaorylate eoters
S0URCE Vysckonolekulyarmyye aoyedineniya, v. 7, no. 7, 1965, 417-419
OPIC TAGS: rubber, copolymerization, ozone, vulcani2er, renin/ SKI vulcanizer, NK
Vulcanizer, SKS 30 AIM vulcanizer, SIM vulcanizer, SO vulcanizer
ABSTRACT: This artiolep the -third of the series, "ChemfLeal Modification of Vul-
,canizers," p:7esants dat;~, from an investigation of the interaotion-between ozortated
vilciLnizers`and polyaarylat~?. esters.'i Vulca:iizers SK1,0 VIC ;.5, SKS-30 ARM,
testpd. rx- e sho th~e az,6 t of'
Vs un
-Mxllaes iomed
JP
- table-a - _6-m-~~,~iidi]YE-dq= __upam heatizy. and apvarva~4
___pose
:radicals, ijaitin.-titig -polime-r erize 11--
polyester resin causes Vne hardening of +_%P mixture. Modified cis MY
lur-ing the latter princess sho-w propertios co=on to bc-th substances, the elastic
,iulas.-uzed rubter, and the oil-, gasolLne-, and heat-resistant polyac~ 1 te ester.
ry a
Card

L L309-65
UGOSSION IIR: A.'?50D8365
T I with the
,he authors postal-ate that the vuleanizate particles are bcund chemically
poly.kcrylate ester molecules, forming a composite three -d imens i onal polymer struc-i
Inve. Ckrig. art. has; figares.
ASSOCTATIOIT: lloskovskiy institut tonkoy khimicheakoy teldmologali - (110scow Institute
fol Fine Chemical Technology)
S~M C6MavU EXCLt 01 SUB CM: MINT
N 0 lu

KHQROSHJXA, I8.S.I_*Iksnfl-,,khim_ nauk; KOROLIKOVA, K.D., mladshiy nauchnyy
-mladahiy nauchnyy sotrudnik;
sotrudaiki,ALI
Prinimali uo 0eMiyy!eINs&,dYEVA, L.I.; MUTINA, N.S.; TUGOV,
I.I.; SHAMWINAv L.V.
Rapid-nothod.tor.-analyzlng-.Bwo3-len,rubber chips obtained in
the complex processing of worn-out tire treads. Nauch.-issl.
trudy VNIIPIK no.W170-177 163. (MIRA 18:12)

MA-TJSCIACP -D.; POPP V.; MIUSCA, I.; HOSSU, T.; ALUS~ V.
Study on some methods of soil coniolidation in the CDO region
in view of their utilization in agrozootechninal construction.
Bul stlint polit Cluj 6s171-186 163.

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n., (-j

OKON, K.; ALUCHNAI_q_.--;
Chlorides of the acid form of nitroparaffins. Bul Ac Pol chin 7
no.2:83-86 159. (EEAI 9:7)
1. Military Technical College, Warsaw. Presented by T.Urbanski.
(Chlorides) (Paraffins) (Acids)

OKON, Kazimierz; ALUCHNA, Grzogor2.l LUKIANIUK, Jerzy
On some polynitro aryl others. Rocz chemii 34 no.511455-3-459 160.
(EELT 10: 9)
1. Militar7 Tecbnical Collegeo Warazava.
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ALUGISHVILI, Z. Z., Cand. Tech. Sol. (diss) "On tlie Problem of
Planning and Provision of Services for Kolkhoz Villages of Geor-
gian SSR,11 Tbilisi, 1961, 19 pp (Georg. Agricul. Inst.) 180
copies (KL Supp 12-61, 262).

41714-65 pi-4 r.,#P(c
ACUSSIM UP: U5008416 JD/1J'1B UR/OC)58/65/000,/001/DO'A/DO54
SCU=t Ref. zh. Vizika, Abs. 2D409
AUTHOM AlUter, 1. D.1 Mezina. 1. P.
-I-,,F* Temperature dependence of the x-ray gpeetrA Of AlkAji hS1jd6
tftls actiraLed *writb th&111=
T-It:D SOURCE: 1-tv. AN IA~AvSSR, Ser. riz, I n n- 17-22
- F" - - ~%-,s : r rky '.1irn,~noscenre, 1ur..'.r-.rrcer.:a 6-. ~-'. -_ r. ' '- , t ~,
ei::;; e i EL 1, 1-r c d el. e,-id (-- ric e , th e rir,5_1 Ium ,. e i
MMSIATION: The authors measured the te=peraturc de,,)endence of x-ray lumines-
& .nd of therm,&I luralnescence F -I e c *, r n-K K~

-Tl
I &nd
L-T1 In the
Cs'
temperuture !rterval
'rS coincides with the XS. Only the uvn.&I activa*_,.
In Iodides vAb large TI coneent2-ation. WAb decreasing temporazw,e, tiae spec-ti-a
..-)f XG1-T1 an4 I:Br-TI experience a, rediirtribution of the inten-31ty i=ong the bandE
CAW

4-2-0 7_6 5 - 6 5 ~k;4A W /_WWT (I ) IZWT (m) /EPF (c ' /E PFn 2 /Z L .t ) /F W C " b) - 2
Pr-4/Fu-l~/Pb_4 GG
ACCESSION NR. AT5000401 S/3119/64/000 001/0073/0088
AUTHOR: Blivarts, K.K., Aluker, E.D., Mezina, I.P., Grube, M.M.
77TLE: Iliermal quenching of the x-rayi~m nescence of some a,11cali halide crystals
1P
SOURCE: AN LatSSR. Institut fiziki. Radiatsionnaya, fizika, no. 1, MW
lonny*ye lristally* (Ionic crystals), 73-88
TOPIC TAGS: alkali halide crystal, x-ray luminescence, luminescence activator,
thermal qiienbblng, neutron bombardmunt, bfilzimr radiatign,, thermoluminescence
ABSTRACT: This paper constitutes the beginning of a series of papers on the quench-
ing of the luminescence of alkali halide crystals activated by mercurylike ionfi.
purpose of these investigations was to Etudy quenching processes ws a function of the
mode of encitation (x, beta and gamma rays, neutrons). t,rpe of artivatar (TI, Pb. In,
etc ). and its concentration. The prog-an, also incili(i,-(i :i stu(IN, of Rci-itillation in
uhis paper, the auuiors studied the temperatuic Wpun,icll(c -,I Lho inter-iltv ol SteadN
luminesce,ice, of the flare-up of x-ray 1LU11i11C8C(!11CV, _knd 01C t1ler[Tioluminescence
in the range 100-700K. In order to Study the effect of x-irradiation on the staw of the
activator, the flare-up and the excitation spectrum -of the activntor cross section
Card were meatiured. Grown crystals of KCi-TI, KBr-71, KI-TI, and KI-In were employed.

L 20765-65
ACCESSI69 NR: AT5000401
Basic assamptions are made concerning the mechanism of quenching af x-ray
liuninese(nee, mechanism of transfer of enerU to Lhp activator oenters. and the
nature of the flare-up of luminescence. but the need kor additionnI daw is emphasized,
Orig. art han: 14 figures and 2 tableb -
ASSOCIA'.3014: Institut flzAi AN Lat. SSR (Physics Institute, AN Lat. SSR)
SUBMITTED: 18?ylar64 ENCL: 00 SUB CODE: Of' 55
NO REF 410V: 021 OTHER: 013
Card 2/2

ACC NRi A'rj'OO1788 SOURCE CODE: UR/31.19/66/00O/OO4/CO99/O 1 101
AUTHOR: Aluke.T.P, E. D.; Dobrzhanskiy) G. F.; Mezinao'j. P.
ORG: Institute of Physics) AN 1,atSSH (Inatitut fiziki AN LatSSR); Institute of
Crystallography AN SSSR (Institut kristallografii AN SSSR)
TITLE: Temperature dependence of x-ray luminescence of alkali-halide crystals
activated with In
SOURCE: AN LatSSR. Institut fiziki. Hadiatsionnaya. fizikap no* 4. 3.c66e Ionro7e
kristally (Ionic crystals),, 99 -106
TOPIC TAGS: alkali halide., activated crystal, x ray luminescence, thermoluminescencep
temperature dependence
ABSTRACT: This'is a c6htinuation of earlier work (Izv. AN Latviyskoy SSR, Ser. fiz.-~
tekh. nauk v. 4, 17.. 1964 and elsewhere) dealing with radioluminescence processei in
different alkali-halide crystals activated with thallium. The prcsent investigation
extends these reulsts to other bases and to other activators. The tests were made
on KCI-In., KBr-In) and KI-In crystal phosphors grown by the Stockbarger method. They
consisted of measuring the x-ray luminescence spectra at various temperatures and the
temperature dependence of the irtensity of activator glow under x-ray excitation at
temperatures 77 - 600K., and plotting the thermoluminescence curves following x-ray
exposure at liquid-nitrogen and room temperatures. The temperature dependence of the
x-ray luminescence of the measured crystals exhibited mal IW-features common to those

ACC NR: A'17001788
11 1
for crystals activated with thallium. Joist as in the case of thallium, the sarkples
activated with indium had temperatures at which the intensity of the actkrator glow
bad a maximum (340.. 270.9 and 260* for KC1) KBrj, and KI). The most intense thermo-
luminescence p"ks (330) 140) and 130% respectively) were observed in this region*
In the chlorides and bromides activated with indium, unlike those activated with
thallium, the low-temperature decrease of the activator glow war, not accompanied by
an increase in the glow of another spectral composition., whose intensity increased
with decreasing concentration of the activator. The growth of the activator qzon-
centration decreased the depth of the low-temperature decrease of the activator-glow
intensity. The authors thqi* K. K. Shvarts for suggesting the topic and continuous
interest. Orig. art. has: 7 figures.
SUB CODE: 2o/ suBm nATE: oo/ oRiG mw: ooB

ACC NR' AP7003891 SOURCE CODE: C;F,/0030/67/019/001/0035/0040
A`UTTIOR: Aluker, E. D.; Mezina, 1. P.
ORG:
TITLE: Radioluminescence output in alkali. halide crystal phosphors as a function
of temperature
SOURCE: Physica status solidi, v. 19, no. 1, 1967, 35-40
TOP,'.C TAGS: radioluminescence, alkali halide, crystal phosphor, luminescence,
ther iolut-nineE:cence,~Pq7~-L^41,L,,u
-)* A*-V-QJ~ - , C,0A. , jL.~tv,_"
ABSTRACT: The emission spectrum, the thermoluminescence, and the tempera-
ture dependence of the output of luminescence of thallium and indium doped halide
phosphors were determined and measured under the effect of x-ray radiation in the
80 to 600K range. The decrease in the output of luminescence at low temperatures
is explained as being due to the formation of electron activated coloration centers.
The authors w,,press their thanks to K. K. Shvarts for his interest and assistance
in this work. Orig. art. has: 5 figs. and I table. [Based on authors' abstract)
SUB CODE; 20/SUBM DATE. MepWORIG REF: 013/OTH REF; 004/ [SP)

SCHWARZ, K.K.; ALUKER, E.D.; MEZINA, I.P.
On the temperature quenching of radiolumineseence of some
theillium activated alkali halides. Acta physica Pol 26
no.3/4:795-799 S-0 164.
1. Institute of Physics of the Academy of Sciences of the
Latvian S.S.R.

'X"-'T -Ai 1-.
, UKF-~3' Eft-al.
Blektrokehnika. v risxLnkakh i chertezhakh, chast'
appar.Ay i ustanovki (Electrotechnics in diaprams
Electricla machines, apparatuses and equipment).
(125 tabl.) Moskva, Gosenergoizdat., 1951,
II. r-lektricheskie mcshirly,
and drawings; vol.. 2,
Serlia uchebnykh tab3its.
1~
so: Novenber 1952

T-1---
'folk an! I ,~ vf; kaja, and Alukor,_ i~. A. II0ntO,-,tm0Sis Of (-hIVI9(,- L)A.a :,-c: of
,jitro!:.on in,one-,,,rcar 03A Trudy Vi Vr--0s0yu-,,.
" T.,
T)Osvvaslinh. parmati Prol. lilitov,,, 1.10scol) 1)46, P. 42b--'31
SO: U-3264, 10 Apri.1 1~;53) (Le"'opis I Zhurnal Inyi,.h St~, 1,0. -0.

;1. ;, 4
"Salfur in the Urine cf Children In the First YeRr of Life."
Sub L Oct 51. Aca8 Ypd Scl USSR.
Dipcertntions prenented for sclnnoe anal cn~~lnnprlnr, ilegreer,
In Moccow durini, 1951.
SO: Slim. No. 1-80, IQ 14n.." ~,5

AMM) S. V. TOMAEED
Medicine See ILC

ALUKER, Seyel Monosovich, kand. tekhn. nauk; VOSTRO)NUTOV, N.G.0 kand.
'__fe_REi_._n7aVk-t--nauchnyy red.1 DEVINA, G.A., red.; TOKER, A.M.,
tekbn. red.
(Electric measuring devices] Elek-troizmeriteltrqe pribory. Mo-
skva.. Proftekhizdat, 1962. 287 p. (MIRA 150)
(Electric wasurements)

- --- Ali- !6 -11~ # Z~ # - K- * .1 '-~ - 1, U, ---- -
Electricheakii raschet setel 0 is,-oltzovi.-niew !'emle v ktichastve
odnago iz fuznykh provodov
(Dva. provoda-zemlia) Electrical computation of circuits utilizing ground as one of
the phase --,onductors (two claceii - grouni)
Moskva, Gos. energ. izd-vo, 1949. 67 p- (7-0-2UOI-)
TK3n26.E2

j
ALUXOR, Sh.M, - VASILIYZYA, I.A.; MASOYSUT, Z.I.; WTORTSOT, P.P.
............. ~- - -241
(General electrical engineering in illustrations and drawingal
Blaktrotakhaika v risunkakh i chertashakh. Leningrad, Goo.
anergeisd-voo Ft,2. [Blectric moohineep apparatus and instal-
lations] Elektricheskie mashiny, apparaty i ustanovki. 1951.
1., diagra. (in portfolio) WRA 13:2)
(Blectric engineering)

RASOVSKITI 3.1.4 Y.ASILITRYA, I.A.; KAMINSKIT, H.D. (deceased]:
SOORTSOT, P.P.;- MMONOSOT, T.Tu*q prof., rateenzent
[General eleatrical engineering in Illustr6tione and drawings]
Obshchaia alektrotakhnika v risunkakh i chfrtezhakh. Izd,2., parer,
Leningrad, Gos.onerg.izd-v-o. Pt.l. (Pundamantals of electric
engineering) Osnovy alektrotekhniki. 1952. 13 P. (MIRA 13:2)
1. Kafedra onnov alaktrotakhniki Hookovskogo institute =kbBnizatsU
i elektrifikataii sellskogo kho2yaystva imeni T.M.Kolotova (HIHESKh)
(for all except Lomonosov).
(Blectric engineering)

AMK~,'R. lji~_ 1-1. , VILSIL'YEVA, I. A. SKVOICSOV, P. F., OVS IY, Yr,. I.
Rasovskiy, Ye. I.
Electric engineering in sketches and drawings. Part I. Fundamentals of electric
enginaerLn,',; YE. L Rasovskiy,,Part II. Electric machinery, apparatus and appliances.
Reviewed by V. YU. Lomonosov. Blektrichastvo no. 6, 1952.
Monthly List of Russian Accessions, Library of 6ongress, November 1952. UNCLASSIFED.

ALUKHR. Sh.H.; VAS-7LIYEVA, I.A.; RiDSOVSKIY, 39-L; SKOVRTS,OV, P.P.
[Electric engineering in sketches and charts] Blaktrotekhnilm v
risankakh i cherteshakh. Pod obshchey red. I.I.RaaoTio. Izd.
2-oa, parer. i dop. Hoskya, qoa. energ. izd-vo. Pt.-. Electric
motors, apparatus and equipment] Blektrioheakie maBhiny, apparsty
i ustanovki. 1957. 7 p. and 147 tables (in portfolio) (MIRA 11:3)
(Electric machinery)

8(2) FtWs i jqim k;KPL0TT&1.0fi
Aluker, Shel Monosovich, Candidate of
Sovremerinyye elektrolzirseritel I nrp pribory (W)cL, cii Lic i ` -il Measuring Instru-
wnts) Moscow, Tra(1rezcr%,i-zdat, l()58. 1921 1). Diblioteka Molodogo
rabochego) 5,000 copieu printed.
Scientific Ed.: A. S. Kasatkin, Profeso,.~r; Ed.: A. L. 1,tj; Tech. Ed.:
M. N. Person.
PURPOSE: This booklet is intendi,,d for ne-wly grad-tiatcJ el.- ~tr LJans. It may also
be ufief~A for improving the skills of workers servi;!Jj--k' .~Icutrlcal weasuring
instrimnts.
COVERAGE: The booklet presents a short description of '-A.ectrical measur-
ing instruments and methrds of using them. The jjrin(,iP1.e CX operation and
construction of the most coimwn systems of electri(.-,al m~-xiin' Ang instruments,
as well as their inethod of connection., are examined. D;tta and characteristics
of instruments used in measuring basic paramters of networks are
presented. No personalities are mentioned. There- Is a liet of 17 Soviet
books given a.,j recormwnik-4 literature.
Card 1/5

Modern Electrical MeaGnring Instrume-rits SoVP ~-j
TABLE OFCONTTNTS:
Introdnetion 3
General Information 7
Basic Components of Electrical Wa:surl.ng Instrawrits ~L-il Faw.-tion 13
1. Setting of the moving part 15
2. Belical springa 16
3. Dantl*rs 18
4. Recording devices 19
5. Corrector and arresting lever 22
Classification of Electrical measuring Instrumlitu
Marking of Electric Measuring Instimments
23
27
Instruments with permanent-mkKnet Moving-col.1 Syutems 35
Instraments vith moving-iron Systems
50
Card 2/5

Mcilt,.rn Electrical Measuring In,,trtuwuts SOV/3001
Electrod~niamic Air-cored Type Instramentf~ 56
Induction Instruments 67
Permanent-magnet Moving-coil Systems With Adapters 70
1. Thermoelectric instriments 71
2. Rectifying (detecting) instiuwnts 74
3. Electromic or vacuum-tube 78
Electrostatic Instruments 80
Vibration (Resonance) Instruments 84
Instrunw!nt Transformers 86
1. Current transformers 87
2. Voltage transformers 92
Recording Instruments 95
Calvanonieters 97
Card 3/5

Modern Electrical Measuring Instnmx.-nts SOV13001
Oscillographs 104
Instruments for Measuring Current and Voltage 114
Instruments for Measuring Pover 117
Instruments for Measuring Electrical Energy 125
Instruments and Devices for Measuring Resistance 129
Instrume-nts and devices for Measuring Inductance and Vapac! I tance 139
Instruments for Measuring Power Factor and Frequency 1.44
Instruments and Equipment for Electrical Measurement of Norielc(,trical
Quantities 147
Checking of Electrical Measuring Instruments
155
General Considerations on the Operation and Repair of Electrical
Measuring Instruments 161
Card 4/5

Modern Electrical Measuring Instramentu wv/~Ool
Appendixes
Recommended Reading
AVAILABIE: Library of Congress (TK301.A58)
164
191
Card 5/5 JP/oS
1/29/6o

SKRGOTANTSEY, Y.T., kand.tekhn.nauk; TURASOT, Y.Y., kand.tekhn.nauk;
ALUXER, Sh.M., kand.tekim.nauk; ANMIANOT, T.N.. doktor tekhn.
nauk; ASTAPITRY, N.N., lmnd.takhn.nauk; BUDZKO, I.A., akademik;
BTSTRITSKIT, D.N., kand.takhn.nauk; THTALIS, B.S., kand.tekhn.
nauk; GIRSHBERG. T.Y., lnzh.; GORSMOV, Te.M., insh.; GRI-
CHEVSKIT, B.Ta., inzh.; ZAKHARIN, A.G., doktor teklw.nauk;
ZLATKOVSKIT, A.P., kand.takhn.nauk; IOSIPTAN, S.G., lnzh.;
ITSKOTICH, A.M.. doteent; KAUMN. B.M.. insh.; KTITKO, M.N.,
insh.; KORSHUNOV, A.P., inzh.; LEVIN, M.S., kBnd.tekhn.nauk-,
LOBANOT, Y.N., dotsent; LITTINXNKO, A.F., lnzh.; MUKELOT,
G.F., inzh.; PIRKHAYKA, P.Ta., kand.tekhn.nauk; FRONNIKOTA,
X.I., kand.takhn.nauk; SKIRNOT. B.Y., kand.teklui.nauk; FATTIJ-
SHENKO, S.G., insh.; KHOMMY, V.T., insh.; SHCHATS, Ye.L.,
kand.tekhn.nauk; IBIN, L.Te., doktor tekhn.nauk; ENTIN, I.A.,
kand.tekhn.nauk; SILIN, T.S., red.; SIMYAUSKIT, T.A., red.;
BALLOD, A.I.. takhn.red.; SHIRNOVA, Te.A., tekhn.red.
(Handbook pertaining to the production and distribution of
electricity in agriculture] Spravochnik po proizvodetvu i
rmspredeldniiu. alektricheakoi energii v sellskom khozinistva.
Moskva, Goo.isd-vo sellkhoz.lit-ry, 1959. 900 p. (MIRA 13:2)
l.Ysesoyuznaya akademi a sellskokhosyaystvennykh nauk imeni
Y.I.Lenina (for Budzko5
(Rural ele;trification)

- ALUKER. Sh. .; AIMRIANOV, V.N.; BUDZKO, I.A.; BURGUCIIEV, S.A.; ZAYdIARIN,
A.G.; NAZAROV, G.I.; FRISHCHEP2 L.G.; FOYARKOV, M.F.; 11,ASOVSKIY,
E.I.; RUNOV, B.A.; SKVORTSOV, P.F.; SEIDEM, A.V.
P.N.Listov; on his sixtieth birthday and the thirty"fifth
anniversary of his industrial, theoretical, and educational
work. Elektrichestvo no .11:94 N 162. OEM 15:11)
(Listov, Petr Nikolaevich, 1902-)

- V"ll 'VII, I.A~; 'EJ .- : .' .
ALUKER ')II.M., t..' .' y i,
engineering An draw1rigs raid dl6tTan;.;j Elf,ktro-
tekhnika v risurikukh i Q)*"te'zhftkr'- *3., parors i dope
Moskva, Energlia. Ft.2. 1964. 7 p. 1~~-.J.)

;"UTHOR: Alum9e, A.p(A4umyae~ A.B.) 23-4-8/18
?ITLE: Thermal and Moisture Properties of falls Made of Shale-Cinder
"Microporite" and Silica Bricks (Teplo-vlazhnostnyye svoystva
sten iz slanteezollnogo mikroporita i silikatnogo kirpicha)
PERIODICAL: Izvestiya Akademii Nauk Estonskoy 33R, Seriya Teklinicheskikh
i Fiziko-Matematicheskikh Nauk, 1957, 1 4, pp 368-374 (USSR)
A3STRACTi This article describes laboratory investigations regarding
the thermal and moisture conductivity of some materials and
determines the properties of walls made of these matorials
in a test house. The materials investigated aret "micro-
porite", i.e., vapor-treated oil-ahale cinder concrete with-
out foam, and silica bricks.
The thickness of large blocks of "microporite" was 40 cm,
and the thickness of the walls of silica bricks was 51 cm
(two bricks). The thermal conductivity of the walls made of
silica br As was determined, and it was shown that neither
of the walls have sufficient heat-protective properties, and
therefore, cannot be recommended for housing.
The article contains 3 graphs, 3 tables, and 5 Russin
Card 1/2 references.

23-4-6/18
Thermal and Moisture Properties of Walls Made of Shale-Cinder "Microporite"
I and Silica Bricks.
ASSOCIATION: Academy of Sciences of the Estonian SSR, Institute of
Construction and Construction Materials
SUBMITTED: 16 July 1957
AVAILABLEt Library of Congress
Card 2/2

110, 'T'cc), 5ci --4! Therno-1 )(.)i:: uro propert-ion of
of' 21,
C-Af! hm&;44~ 'let L'st of tru c ti ci I
LI c-O-' e n 27

OOLLL4
5/170/60/003,/012/011/015
BO19/BO56
AUTHOR: 4lumyae A. E.
TITLE: The Problem of the Effect of Moisture Exchange Upon Heat
Exchange in Determining Rest Coefficients
PERJOI)ICAL; Inzheterno-fiziohookiy zhurnal, 1960, Vol- 3t 110. 12,
PPs 107-110
TEXT: As shown-by A. V. Lykov (Ref. 1), the thermal coefficients of moist
materials are equivalent to natural thermal coefficients only if Lu I< 1.
By using non-steady experimental conditions, the effect of the moisture
content in determining the thermal coefficients may be avoided providing
there is a low temperature gradient. In materials with a high Lu number,
the effect of moisture exchange must in no case be neglected.. To illustrate
these opiaions, the author carried out experiments with temperature
gradients of 0.8 and 60C/cm. As may be seen from the results shown in
diagrams, the effect of moisture exchange when determining the thormal
coefficients depends on the Lu number. If'Lu