SCIENTIFIC ABSTRACT ALYOSHIN, B. V. - AMADZIYEV, A. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101220001-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ALYOST1IN,.-B.V-.-,
"On ways and meqns of regulating the influences of the hyDothalamus
on the endocrinous system."
Report submitted, but not presented at the 22nd International
Congress of Physiological Sciences.
Leiden# the Netherlands 10-1? Sep 1962

MA,RKHININ) Ye.K.; ALYPOVA# O.Me
Concerning O.S.Groshkov's article "Some problems in the theory of
volcanology." Reviewed by E.K.Marldiinin, O.M.Alypova. Izv. AN SSSR.
Ser. geol. 26 no.5:101-103 My 161. (MIR& 14:5)
(volcanoes) (Groshkov, G.S.)

ALYr-OVA, C.".
m6gnetlc field In the crater of the Ploskly Tolbachik Volcano.
Blul. vulk. sta. no.38162-65 t64. (MIRA 1813)

L K-514, 8 P Y E-7 V, li~ .
XTDTNOY, X.0 nsuchnyy sotrudnik; BATYRCHATEVe I.; LOPINA-SHVORIK, N.D.;
KWATIV, A.; IMANAKNOV, B.; suUYMANMOV, K., kand.khim.nauk;
DUTSMALITIVA, N.; ArLBAM, A.; L"IM, 1C.; GOLOVIN,- Ir.I,;
BAXASOVA, Z.; KOVALINOK, Z.F.; SMUKRINI, N.P.; BUGUBAYU, A.B.,
starshiy prepodavatell; BAYBMATOV, I.B., mladehiy nauch nyy
setrudnik; FILIPPOV, N.A., mlodahly nauchnyy sotrudnik; MAMBBTA-
KUNOV. T., aspirant-, IWWKUWV, A.. aspirant; TUPXAMBBTOV, S.,
mledshiy nauchnvy sotrudnik-, WMAREDUYEV, N.M., nauchnyy sotradnik;
KONMATEV, A.O.; PAK, L.V.-, RUDAKOV, O.L.; TCKTOWNOV, A.;
KMAKOVA, R.I.;.ASHIRAKHMANOV, Sh., aspirant;.,!M-~ ~;
SULTANALITEV, A.; AKHMOV, K.; POLONOVA, A.P.; NIZITINSKIT. Yu.I.;
SILWETOV, S.Sh.; DZHURBAYET, B.O., nauchnyy sotrudnik-, DEUZHININ,
I.G., red.; ANOKHINA, N.G., tekhn.red.
[Papers by junior scientists of the Academy of Sciences of the
Kirghiz S.S.R.] Trudy molodykh nauchnykh rabotnikov AN Kirginakoi
M. Frunze, 1958. 411 p. (MIRA 12:))
(Continued on next card)

MYNOT. M.---(continued) Card 2.
1. Akademiya nauk Kirgizskoy SSR, Yrtmze. 2. Inatitut khimii AN
Kirg.SSR (for Kydynov), 3, Kirgizakiy goeuderetvannyy univereitet
(for Bug0ayev). 4. Institut geologii AN Kirg.SSR (for Baybulatov).
5. Institut vednogo khozysystva i energatiki AN Kirg.SSR (for
Filippov). 6. Otdal fiziki i matematiki AN Kirg.SSR (for Hambetakunov,
Imnkulov). 7. Institut zoologii I parazitologii AN Kirg.SSR (for
%rmambetov). 8. Kirgizakiy meditsinskiy institut (for Mukhsmdziyev).
9. Otdel pachvovedeniya AN Kirg.SSR (Ashirakhmanov). 10. Institut
betaniki AN Kira.SSR (for Alyahbayev, Sultanaliyev, Akhmotov, Polonova,
Nikitinskiy). 11. Institut istorii AN Kirg.SSR (for bzhumbayev).
(Science--Collections)

Q4 0 0! ~ I Cultl.rntod P19.nts. Fodder Gra,;,~Ioz w~d Mot Orops. M
W1. jOIJR. F Zh 13j.01 3, 1.9590 Yin. uaL5
ill z-3 Roof. Crops Under tbu Condttlows of Susar~yrs!caya Val-ley.
BRIG. rUB. 3- kh. Kiri.;1zli, 1958, 110. 5, 2-14-8
~PSTIIRACT No abstmat.
CA R:)
-83-

LLYSIIBAYEV... D.
Transpiration of root crops in the Subamyr high-mountain valley.
Isv. AN Kir. SSR. Ser. biol..nauk 3 nb,3t67-78 061. (MIRA W12)
(SWAIM VAI~X!-ROOT GROPS)
(PLANTS-ZRANSPI RATION)

~ - i: 2- r j- a - ~2_ ~ I
ALYSBBAYKV, D.A., red.; TSYBINA, Ye.V., tekhn.red.
LProbleme in the econo6ics of collective farms itDfien Shan
Province; a collection of pRpers]. Vo'ro
- ' i P 97 7'!"" ikk'APlAhOZOv
Tian'~-Shan skoi oblasti; sbornIIr'st`atVT-.,"?Inzi4, 1957.. 131 P.
(MIRA 11:1)
1. Akademiya nauk Kirgizskoy SSR, Frunze. Institut ekonomiki.
(Tien Shan Province--Collective farms)

AUSI',BAYE;V,_Pzh=agal-Alyahb%wadic~h; NAYDICH, lonif Matveyevich;
MEMO, VaBil-iy Gavrilovich, otv. red.; VAVLYUTOV, -'A.R.,
red.; KOLESNIKOV, A.A., tekhn. red.
(Prospects for developing heavy industry in the Kirghiz
S.S.R. utilizing the fuel and power resources of the Naryn
Basin and local irdneral resources, problem of the Bol'shoy
Haryn)O perspoktivakh razvitiia tiazheloi prenyshlennosti.
Kirgizskoi SSR na baze osvoeniia energeticheskikh resursov
basseina reki Varyna i me tnogo minerallnogo syriia; problema
Bol'shogo Naryna. Frunze, Ob-vo po rasprostraneniiu polit.l.
nauchn. znanii Kirgizskoi SSR, 1959. 47 p. (KRA 15: 11)
(Kirghizistan-Industriea)
(Kirghizistan-Natural resources)

- ATY-'-UBkM,-D-kotv. red.; SKRIPKINA, Z.I., red.izd~xra; ANOKHIXA,
M.G.p tekhn. red.
(pevelopment of the national economy of Kirghizistan) Voprosy
razvitiia na odnogo khoziaistva*Kirdizii; sbornik statei. Frunze,,
1963. 102 p. (MIRA 16:7)
1. Akademiya nauk Kirgizekoy SSR. Frunze. Institut ekonomiki.
(Kirghizistan--Economia conditions)

A.L.Y Jaway-I h; DRUKER, Boris Aronovich; YERINA,
V.R... OtV. red.; KOVALICIIUK, V.V,, red, izd-va; ANOMINAj MoG.j
tekhn. red.
[Problems in the development mid distribution of the most
important branches of industry in Kirghizistan]Voproiy razvi-
tiia i ra=.oshcheniia vazhneishikh otraslei prorWahlennosti
Kirgizii. Frunze, Izd-vo Akad. nauk Kirgizskoi SSR, 1962. 29 p.
(MIRA 15:9)
(Kirghizistan-Industriesp Loocation of)

Ar=13A nauchn. eotr.i GUSHCHIN, A.F., nauohn. sotr.-
i., nauchn. sotr.- nLINIKOV A.A., na'uchn.
sotr.1 DRUKER, B.A.,, nauohn. sotr.; IMANALIYEV, M., nauohn,
sotr.; YESIPOV, N,S.p otv. red.-, SEMIKINA, T.F.. red.izd-va;
POPOVA, M.G., tekhn. red,
[Prospects for the development and distribution of the moot
important branche%% of the Kirghiz industry] Perspektivy raz-
vitiia i raimeshchenlia vazhnelshikh otraelei promyshlennosti
Kirgizii. Frunze., Iad-vo AN Kirg.SSR, 1963. 154 P.
(MIRA 16s")
1. Akademi7a nauk Kirgizakoy SSR Frunze. Institut ekonomiki,
2. Institut ekonomiki AN Kirg.SSR (for all except Yesipov,
Semikina Popova).
iKirghizistan--Industries, Location of)

ILOINS Boris Afanaslyevicb;-ALYSM-L. ILF-" doto.,, kand. takhn. nauk,
reteenzent; ZICUMID, F#F*.% inzhop retsenzent; XO?Czllbl:(;V,I#.G..'
prof.,otv.red.; YATVLI~KVA,V..V.,red.; IJAITSKAYAt A.D., tekhn.red.
[land transportationof timber]Sukhoputryi transpcrt lesa;
uchebnoe posobie dlia studentav loookhozinistvennogo fakull-
teta. Leningradp Voes. taochvi lesoteklm. in-t, 1961. 210 p.
(Lumber-Transportation) (MIR.A 15:11)

POPOV9 Dmitriy Aleksandrovich prof. [deceased]; KORCHUNOV, Nikolay
Grigorlyevich prof.; KUKLINOV, Boris Alekseyevich, dots.;
MENSHUTKIN, Yakov Grigorlyevich, dots.; KUVALDIN, Boris
Ivanovich, dots,; ALYSHEV, Ivan Fedorovicho dots.j SHCHELKUNOV,
Valentin Vasil Boris Vasillyevichp
dots.; KORUNOV, M.M.., prof., re"Lsenzent; DOROKHOV, B.A.$ red.
(Land transportation of lumber) SukhoputrWi transport less. [By)
D.A.Popov i dr. Moskva~ Goslesbumizdat, 1963. 963 p.
(MIRA 17:5)~

WIN, Boris Afanaslyevi-zhj dcts., kand. tek~n. nauk; AaSHEV,
dotls.p kand. takhn. nauk, otv. red.; DMUTRIY-i-1,
A.A., retsenzent; ZHUKOV, V.V.t dots., kand. tokhn. nauk,
retsenzent; VASILIYEVA, N.V., red.
[Theory of the design of forest roads; manual for students
of the A)restry-Ergineering Department) Toorlia prooktirc--
vanila lesovozMkh dorog; uchabnoo posoble dlia studentov
lesoinzhenernogo fakul'teta. Leningrad, Vses. zaochnyi
Jesotekhn, in-t. Pt.26 1964, 341 p. (KRA IW)

SAROYLOVICH, G.G., prof.; BELYAYE7, N.I., inzh.; KUDRIT-1:KIT, D.M.,
dots.; GIAGOLEV, A.V.., inzh.; NEFELOV, P.M., inzh.;
GALKINA, Ye.A., st. nauchn. sotr.; PLINK, L.I., inzh.;
DONaGY, I.P., prof., retsenzent; SAVELIYEV, V.V... kand.
tekhr. nauk, dots., retsenzent-#q
kand tekhn.
'I
nauk, dots., retsenzei:it; LOBAN61) pro?.' dokt;r tekhn.
nauk, retsenzent; DOROKHOV, B.A., lnzh., red.
(Use of aerial. photographic surveying in forest engineering]
Primenenie aerofotos'lemki v Iesoinzhenernom dele. Moskva)
Lesnaia~promyshlennostl, 1965. 354 P. (MIRA 181lO)
1. Kafedra sukhoputnogo transports, lose Lesotekhnicheskoy
akademii. U. S.M.Kirova (for Alyshev). 2. Zamestitell glavnogo
inzhenera rzosudarstvermogo institute. po proyektirovaniyu les-
nogo transports. (for Dorokhov).

A173HEV, M.Ya.-, LEGOSTAYEV, A.M.; YUSUPOV, A.Yu.; KABAKOV, M.M.
Reviev various principal conditions in the establishment of vater
resources development. Trudy Sekt.vod.khoz.Kir.FAN SSSR no.2:5-18
150. (MIRA 8:1)
(Water resources development) (Irrigation)

~IL-1~)11-v, , , i k-
,AUMHF_,*,,IIAX_44;,-36EGO;STAYXV, A.M.
Stone lining as a method of technical improvement for mountain
irrigation systems. Trudy Sekt.vod.khoz. KirFAN SSSR no-3:21-59
151. (Irrigation canals and flumes) (MLBA 9:1)

AL791MV,M.Ya.; BUDZKO, I.A. j ZLA-TKOVSKIY, A.P.; IMASNOV, V.S.;
KMFF,YEVj, G.P.1 RYZHMO., 1.7h.j SIRGMTNIKM,, I.A.;
IZVCSUNs T.A.; EBINj L.Te*
A.M* Saridsian; obituary. Zlektrichestvo no,5-94 MY 163e
(KM 16t7)
(Sarkisian., Andrsaik ~%rgarovich, 1904-1963)

1. .".
2. U53R (600)
4. Irri-atici-i Canals and Flv.-ieri
7. ?avin- irri-uticn canals (,cbblrstcn:-~~. ~hcvsi,vc nc. 1
s~;! - - - I'arch
cnt! 17 List cf RL .an, 'ccessicn.~,, Librar:,, cA' C, ivre~,s, , 1~'53. Unclassf~fi-,.,J.

ALTSEOIV, H.U., inzhener; SHERIMMY, G.Y., inzhanere
Prospects for farm electrification. Nauka I perad. opo v sellkhoz,
6 no.11:7-11 N 156. (MLRA 10:1)
(Rural electrification)

ACC NR: -------
Ar6036113 SOURCE COM URlo%51661=1061068610691
AUMORs Shalyafirner, A. M.; Dogtyarova, R. A.; P onov, A. P.;.A3,W
im
;Yer~kov, V. I.; Lifanov, Ve F.; Anzin, 0. N.
-Hoscow Institute for Steols'and Alloys (Moscovskiy institut stali i splavov);
~1 Research Institute for Ferrous Metals (Tsentralinyy nauchno-isslodovateltsidy
chornykh motallov); Novolipatskiy MatallurgUal Plant (NavolipeC;skiy
zavod)
:TITIZ-; Internal oxidation of steel with 3%'si-licon
SOURCZ: Zashchita metallov, v. 2, no. 6, 1966, 686-691
!TO?IC TAGS; metal oxidation, silicon steel. hot rolling
!AaSMACT: The article reports a study of the oxidation and decarbonization of steel
~with 3% silicon and 0-05% carbon in the process of hot rolling in an industrial unit,
:and of decarbonizing annealing (in the presende of scale) in industrial electric
furnaces. Steel strips were hot rolled to a thiclmess of 2-5 mm- In rolling, the
iinitial oxidation temperature was maintained at 940 t 100. Zia total length of the
!discharge table was 36 meters; in the last 30 motors the strip was cooled rapidly with
1-water and was in an atmosphere of steam. After this, the strip was coiled and the air
! upply was cut sharply. The average cooling rate of the strip on the table, under
uDc-. Um

ACC NR3
AP6036113
!different rolling conditions, varied only slightly and was from 19-23 degrees/seo,
!Me total oxidation time and the temperature of the strip before coiling were varied
iby changing the rolling rate. The tomperatures of the strip before water cooling and
;before coiling were measured with an optical pyrometer and were recorded automatically
iThe coils were cooled In air over a period of 24 hours. Data on the values of the two
!abovementioned temperatures and on the time of the oxidation process are presented in
i
la table. Based on the experimental data, a table shows the effect of hot rolling
I
.conditions on the formation of scale and on the rate of etching after annealing. In
the production of stool, it is necessary to take certain measures which limit the
process of internal oxidation: 1) the exit temperature of the strip should be lowered
~to 9000 and t1e temperature of coiling UP to 590-6000, because of the effect of the
increase of the cooling rate under the influence of the blowing system; 2) the
oxidation tine of the metal on the discharge table should be shorU~ied by increasing
the rolling rate; 3) the beating rate and the temperature in deoarbonization annealing
should be increased; this leads to more favorable conditions for the oxidation of
carbon, compared to the oxidation of silicon. Orig. art. has; 4 figures and 3 tables,
SUB CODE.- 11/ SUBM DATE: 28Doc63/ CRM RM 007/ OTH REF: 004

FEITLYAKOV, ILM. , " nzh. , 111OU'INA, T~l- , , I riz Ia., vl:'Iiiv, , , -..
a . ''. , ~ P . , 't~' ,
'~l:"Yriff'VA ~ Ye .1 . t I nzh.
Effect. of the atmosphere of high-tom 'parature annealinf, on tho
I 1 -3
proportles of transformer stoel., 3tal 1.4 no.2!1?0-171 ~' 164.
(11TRA 1.7-9)
1. 11cvolipatskly metallurgichesikiy zrv(,(i.

I
ALTSKRV, Tu.M.- FITSNER, L.N.; SHEVCHENKO, L.I. (Moskva)
Electronic computers for automatic control of electric power led into
electric-are steel furnaces. Aytom.i telem. 20 no.2:206-210 P '59-
(MIRA 12:3)
(Electric furnaces) Outomatic control)

rRA OVICH, Wron Grigorlyevich, kand.tekha.nauk; ALYSHITS, I.Ta., kand.
tekhn.nauk, retsenzent; TOIZR, I.A., insh., retsenzent; rARA-
TTSHKIN, B.G., prof., doktor tekha.nauk, red.; TASILITIVA, T.P.,
red.izd-va; FRUMKIN, P.S., tekhn.red.
[Liquid friction and combined supports] Opory zhidkostnogo treniia
i kombinirovannyo. Xoskva, Goo.nauchno-tekhn.izd-vo mashinostroit.
lit-ry, 1960, 271 p9
(MIRA 1):7)
(Bearings (Machinery))

KOYAR, A.P.; RRYNOV, N.M.; ARLYT, S.S.
Investilottion of photomognetoolectrlc effect in cupraus oxide at
low temperatures. Izv.AN SSSR.Ser.fiz. 19 no.4:444-446 ji-Ag
'55- (KLRA 9:1)
IoTiziko-tekhnicheekly inatitut Akademii nauk SSSR.
(Copper oxide--Blectric properties) (Photoolectricity) (Low teik.-
perature research)

ALYUKHIF, Yu.S.
Dehydrogeriase activity of rat skeletal musoles at low tempera-
turus. Sbor. rab. Inst. taJt. no.4%2~,-33 163 (MIRA 1?-.3)

LOGUNOV, Yu. N., inzh.;_A~ UKHIN, Yu.S.
--l- ---
Semiconductor unit for cooling small animals. Frobl. kosm.
biol. 4:555-559 165. (MIRA 18sq)

SOCHAVA, V.B., otv. red.; ALYUKHNA, R.I., red.
(Comprehensive mapping of nature and the econorq;
materials for the nimposium at the Second Conference of
the Geographers of Siberia and the Far East, Vladivostok,
19621 Kompleksnoe kartografirovanie prirody i khozia'istva;
matehaly k simpoziumu na... Irkutsk, AN SSRp 1962. 69 p.
(MIRA 17:3)
1. Nauchnoye soveshchaniye geografov Sibiri i Dallnego
Vostoka, 2d, Vladivostok, 1962. 2. Chlen-korrespondent
AN SSSR (for Sochava).

----
ALY11KINA, L. S.
ALYUKINA, L. S.- "Biochemical Investigation of Certain Tannin-bearing T-jpes of W.,ubarb
an O"R, Inst o
of Kazakhistan.11 Acad Sci Kazakhist f Botany, Alma-Ata, lgf,-5
(Dissertations For the Degree of Candidate of BioloUical Sciences)
SO: Knizhnava Letopis' No. 26, June 1955, Moscow

ALTUXINA L.S. mladshiy nauchrO7 sotrudnik.
:;;w
lphedra as a tannin plant. Izv. AN Kazakh. SSR. Ser. biol. no.g:
55-64 '55. (MLRA 9-4)
(IPH M A) (TANNINS)

ALTUKINA, L.S.
Amount of tannin in tanning raw materials an related to notbodB
used in gathering and processing. Trudy Inat.bot.AN Kazakh.SSR
7:159-172 159. (MMA 13:5)
(Tanning materials)

ALYUKIRA, L.S.; KLTSHEV, L.K.; KMIATFVA, R.
On the problem of studying Ephedra in Kazakhstan. Izv.AN Kazakh.
SSR.Ser.bot.i pochv. no.1:33-46 160. (MRA 13:6)
(Kazakhstan--Ephedra)

KLYSHEV, 11. K. I ALYUK1ffAO L. S.
Some date on stocks of Tatar rhubarb In the northern Aral Sea
region. Vest.AN Jazakh,SSR 16 n0-7:39-42 J1 160.
(MIRA 13:8)
(Aral Sea region-Rhubarb)

XLYSHEV2 L.,K.j ALYUKINAp L.S.
Bioecologic characteristics of some species of Ephedra.
Trudy Inat. bot. AN Kazakh. SSR. 12:196-218 162. (I-JIRA 15:5)
(Kazaklistan--Ephedra)

-ALYUKINA, 1,,~3., -
~~'i~ezmlsm of roots used in tanning in relation to storage
conciitions. Trudy Inst. bot. AN Kazakh. SSR 21:99-135 165.
(MIFA 18:12)

DADAYAN., G.T.; OLIKOV, P.L.i GRYAZNOV, B.V.; SHAIWUVAROVA) G.V.;
YAKIMOVETS, N.L.; ALYUKOV, I.T.
Low temperature dewaxing of oils with the use of methyl ethyl
ketone. Khim.i tekh.topl.i - el 6 no.6:17-21 Je 161. (MA 14:7)
1. Novogrozaenskiy neftezavod; Vsesoyuz'nyy nauchno-issledovatellskiy
institut po pererabotke nefti i gaza i polucheniyu iskusstvennogo
zhidkogo topliva i Bashkirskiy nauchno-issledovatellskiy institut
po pererabotke nefti.
(Petroleum-Refining)

MITIGHKIN, I.A., Inzh.; ALYULIN., A.F.
Electric scales for weighing agricultural machiner7. Tru,
VISKHOMa no.34:34-42 162. (HIRA 16:111

'CHUKRI-ANTSEV, V.(:.; AlYlMONSKAYA, K.V,
Interaction of zircon with rubidium hydroxide. undcr
hydrctharma2 cmdltions. Zhur.neorg.khim. 10 no.12s
2728..2731 D 165. (MRh 19,-1)
I
1. Urull;:kiv polltekhnlrlits~-;y In--iitut bnenl Fircvn.

ARTEMIYZVp A.I.j ALIUSHIN, M.T.; RATKEVICHo G.I.; KOROMYSLOVv S.I.
Mechanical supplyW of distilled vater to vcrk locations. Apt.
delo, 10 no. 2%42-45 Mr-Ap 161, (Km 14:4)
1. Laboratoriya tekhnologii lekarstvennykh form i galonovych
preparatov,
(WATERt DISTILLED)
qw

ALYUSIIIN# M*T.
Experimental study of polymethylphei)vlailoxanic fh~id as a
component of oIntment bases. Sbor. rauch. trud. TSANII 6:
60-67 1644. (MIRA 19:1)
I.-Laboratoriya tekhnologii lekaretvennykh form i galenovykh
preparatov (rukovoditell - kand. farm. nauk 0,1. Belova)
TSentrallnogo aptechnogo nauchno-isoledovatellskogo instituta.

,ALYUSHIN, M.Te
Diffusion of iodine and salicylic acid from ointment bases.
Apt.delo 14 no.2t2l-25 Mr-Ap 165. (MIRA 19t1)
1. TSentrallnyy aptechAyy nauchno-issledovitteltakiy Institut,
Moskva. Submitted August 25, 1964.

ALIUSHDV', M.T.
Use of polyorganosiloxare liquids as Components of ointment
and liniment bases. Apt. delo 14 no. 4:69-73 Jl-Ag 765
(~MIU 19:1)
1. TSentralfnyv apteclmyy nauchno-issledovateVskiy in-
stitut, Moskva.

PETR UN 1 0 N.M., doktor biolog. nauk; ALY!-',Sj;llN, zloPirant.
Effect of sorae substimces urr.,d 11S bsiseS in Ur~ pr(parat~'on of
nIntmentB In the gas and heut exchange through thu human skin.
Vest. denn. I von. 38 no.8:15-')G Ag t64. (MIPJA 18: 8)

UZDENIKOV, A.; ALYUSHIN. M.T.; ZAYT$kV, V.; IVANOVA, V.M.; 4"ORIN, Ye.
Resumes. Apt. delo 11 no.2s83-85 Mr-Ap 162. (MIRA 15:5)
(PHA&IACY--ABSTRACTS)

ALYUSHIN, M.Ts I.
Ara pills out---o-f-ftta,as a medicinal form? Apt.delo 12 no.3:
61-63 Yq-Je 162. (MIRA 161l)
1. TSantrallnyy aptachnyy naiNbnoi-issledovatel'skiy institut,
(fts)

ALYUSHIN, M.T.; IYEVLEVA, Ye.A.
Experimntal studioa Dn tht, effent of polyorganosiloxane liquida
on the reantivIty of Uip. skin. Vert. derin. i ven. 38 noo6:29-34
Ja '64. (MTRA 18 16)
1. laboratoriya tekhnologli lekarstvennykh form i galenovy'Ah
preparatov (zav. - kand.med.nauk O.I.Belova) TS-entrallnogo
nauchno--issledovatellskogo, aptechnogo, instituta (dir. - kand.
farmakologIcheskikh naul, A.K.Vleltnichenko) Ministerstva
zdra,iovkhranentya =R i otdqlenlye ekeperimentallnoy dermatologii
(zav. - prof. P.M.Zalkan) TSentrallnogo nauchno-issisdovatellskogo
kozhno-venerologicheakogo inatituts. (dir. - kand.med.nauk N.M.
Turanov) Minister3tva zdravGokliranAniya SSSR, Moskva.

AMI)SHINI 14.111.
Silicones in dermatology and cosmetics; a review c~f iiterature.
Vest. derm. i ven. 38 no.10:36-39 0 164.
OGRA 18:7)
1. TSentrallnyy aptechnyy nauclmo-isslodovatellsk'r institut
(direktor - kand. med. nauk A.K. "blInicher-ko; nai,, hny-y ruko-
voditell - kand. famatsevtl.cheskikh nauk 0.1. Bolo --; nauchnyy
konsulltant - doktor med. nauk prof. N.S. Smelov), Moohva.

ALYUSHIN,Z-T.. m1aderhiy nauchnyy sotrudnik
Forma of drugs of prolonged aotion in modern oral therapy; biref
ourny of data in foreign literaturso Oboronsuchetrude TSAM -
2 &93-W t,61, (MIRA 160)
1, Laboratortya tekbnologii lekaretvamr form i galenovykh
~ ykh
prepatatov Ciukovoditell laboratorii 4,kand.farm.nauk 0.1.
Belova) TSentraltnogo aptechnogo nau~6o-issledovateltakogo
instituta.
(DRUGS)

Use of organosJaicon compounds in waterproofing the internal
surface of pharmaceutical nurettes and pipettes. Sbor. nauch.
trud, TSmir 4&47-,6o 963 (MIRA 1-7 23)
1. laboratorlya takhnologii lekarstvemykh form 1 galenorykbL
preparator (rukovodltelt laboratorii -- kand. farm. nauk
O.I.Belova) TSentrallnogo apteolmogo nambno-Issledovatellskogo
instituta.

ALYVSHIN, P.V-
Achievements of Belaya TSerkov machinery operators. Mekh. oil'.
hosp. 8 no.9:6-7 S '57. (KIM 1019)
1. Vikladach Biloteerkivelkogo sillskogoopodaralkogo institutu.
(Belaya TSerkov District--Xachine-tractor stations)

r,t
L_ ~ U `)_ 1) IN
137-58-5-9362
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 5, p 80 (USSR)
AUTHOR: Alyushin, Y
TITLE: The Operation of the Belovo Zinc Plant (0 rabote Belovskogo
tsinkovogo zavoda)
PERIODICAL: Tr. soveshchaniya po metallUrgii tsinka, 1954. Moscow,
Meta Ilurgizdal., 1950, pp 224-229
ABSTRACT: Compared with 1940, the extraction of Zn at the plant amounts
to 105.6%. Along with the basic production (that of distilled Zn)
the plant has perfected the manufacture of high-grade Zn, Zn
powder, metallic Cd, and ZnS04- The plant also yields a consid-
erable amount of Pb contained in the dust collected by electro-
static filters. The following processes were also developed and
introduced: conversion of blue powder into metallic Zn, fractional
distillation of the Waelz redox oxides, and a method of obtaining
Zn in a continuous process in vertical retorts. The increase in
output of the major product and the adaptation of new forms of
production are the results of much work undertaken in the field
of re-desi8n and improvement of aggregates and adaptation of
novel techniques. A brief descr tion of measures undertaken is
given. 1. Zinc--Pioduction 2. IiTastrial plants N. P.
Card 1/1 n

SOV/ 137-58-7-14601
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 7, p 94 (USSR)
AUTHORS: Shcherlin, J.D., Al ushin, Ye.l., Poletayev, G.S.,
Rabicheva, L.M., S onim_sMV"-'B I
TITLE: Electrothermic Recovery of Zinc at the Belovo Zinc Plant
(Elektrotermiclieskoye polucheniye tsinka na. Belovskom tsin-
kovom zavode)
PERIODICAL: Byul. tsvetn. metallurgii, 1957, Nr 21, pp 20-23
ABSTRACT: A pilot-plant installation having an clectrothermic furnace
of 150 kw power was employed to rnelt sintered Zn concen-
trates of the following To composition: Zn 57-60, Pb 0.7- 1,
Cu 2-Z.1 Fe 6-9.4, Cd 0.1-0.15, CaO 0.9-1.9, MgO 0.7-0.8,
SiOZ 3.-t-4.7, S 0. 3 - 1. The charge (composition of the raw
mix: 60 kg sinter, 12- 13.5 kg coke breeze with 12- 20% moist-
ure and 14-20% ash, and 5 kg calcined lime) was mixed in a
drum mixer, calcined for 3 hours at. 800-8500C in a reducing
atmosphere, 15-20 kg return dross was added to it, and the
whole was charged intz) the furnace through a bell-shaped
sealed charging device. Smelting was at 68 v and 2250-2500
Card I/Z amps with graphited electrodes immersed 200 mm into the slag,

SOV/ 137-53-7-14601
Electrothermic Recovery of Zinc at the Belovo Zinc Plant
the bath depth being 400 mm and the slag temperature 1350-14000. Optimum
process conditions were assured in reducing the basic quantity of Fe and the
formation of Fe-Cu alloy in which the noble metals were concentrated. Slag
was tapped once each shift, the Fe-Cu alloy once every 10-20 days. The Zil
gases and funles were taken off the furnace through all aperture ill the side-
wall and an inclined gas line in the condenser (G), lined with magnesite
brick in its lower portion and a floor made of carbon blocks. The ternpera-
ture in the gas line was sustained at 800-9000 and in the C at 600-6500. The
gases left the C at 350-4000 and proceeded to a scrubber irrigated with
water. The extraction of Zn as metal having the following inclusions (70),
Pb 1-1.5, Cd 0.1-0.13, Fe 0.1-0.5, Cu 0.01-0.02, was 60-707o. 15-2076 of
the Zn was trapped in the scrubber as blue powder enriched with up to 0.6016
Cd. Up to 3076 of the Zn was in the returns in the form of dross precipitated
in the C. The dross and blue powder contained 88-930/6 Zn. When the lower
portion of the furnace was lined with magnesite and cooled with water to
form a lining hardened on the wall, a furnace campaign lasted > 2 months.
Losses of Zn in the slags came to 1.5-676, and recovery of the Cu in the alloy
was 90-9816.
1. Zinc--Recovery 2. Electric furnaces--Applications Ye.Z.
Card 2/2

$OV/136-59-6-5/24
AUTHORS: Babina, I.V., Besser A D Alyushin, Ye.I.,
S-
Lukin, A.N. and
TITLE: Roasting of Zinc Concentrates in an Effervescent Bed
with Simultaneous Elimination of Lead and Cadmium and
Coarsening of Cinder Granules (Obzhig tsinkovykh
kontsentratov v kipyashchem sloye s otgonkoy svintsa i
kadmiya i ukrupneniyem zeren ogarka)
PERIODICAL: Tsvetnyye metally, 1959, Nr 6, pp 27-32 (USSR)
ABSTRACT: By carrying out roasting of zinc concentrates in an
effervescent bed with simultaneous granulation of the
cinders and volatilisation of lead and cadmium., it was
found that when the speed of air supply to the furnace
was increased to 17-20 am/see roasting could be carried
out at a bed temperature of 1100 - 11500C. An
examination of the laboratory results was carried out in
the reconstructed furnace KS-3. When the furnace was
reconstructed for the first dime the hearth area was
decreased from 19.3 to 8.4 JU anA it was given a
rectangular shape with a length-to-width ratio of 5-3:1.
Card 1/6 This made it possible for the mildly oxiding zone in the

SOV/136-59-6-5/24
Roasting of Zinc Concentrates in an Effervescent Bed with
Simultaneous Elimination of Lead and Cadmium and Coarsening of
Cinder Granules
effervescent bed to be extended and thereby favourable
conditions to be created for the elimination of lead and
cadmium as sulphides (the vapour tension of these metals
at the roasting temperature is higher than that of
oxides). The decrease of the hearth area was brought
about by an extra layer of fireclay brick; vertical
brick walls were laid up to a height of 1.2 m and above
that followed a slanting layer at an angle of 600
(Figure 1). In the reconstruction of the furnace KS-3,
a means for the separation of coarse duet from volatile
matter at 750 - 8000C was provided in the form of dust
extractors. Experiments carried out in the thus altered
furnace have confirmed the laboratory experiments and
shown that at 1050 - 115000 the roasting process goes
on steadily, the material is not turned into monolite
but a coarsening of the cinder granules and a decrease in
dust loss is observed. The work of the lined dust
Card 2/6 extractors was, however, rendered difficult because of

SOV/136-59-6-5/24
Roasting of Zinc Concentrates in an Effervescent Bed with
Simultaneous Elimination of L6Ad and Cadmium and Coarsening of
Cinder Granules
formation of crust of sulphided dust inside them.
However in the second reconstruction of the furnace,
it was Aecided to see whether it was possible to catch
the coarse dust in dust chambers built inside the
furnace. To this end, vertical divisions were made of
brick inside the furnace. A diagram of the layout of
chambers in the furnace is shown in Figure 2.
Investigations carried out after the second reoonstruction
of the furnace have shown that 80% of the dust was caught
in the chambers.~ As a result of the unfavourable position
of the gas inlet into the first chambers, the dust loss
increased in this series of experiments up to 50% of
the total quantity of solid roasting products. The third
reconstruction of the furnace (Figure-3) was desiglied
to reduce dust losses by increasing the volume of the
furnace above the bed. The hearth area was decreased to
6.6 m2 and the dust chambers inside the furnace were left
out. The slanting part of the furnace was made at an angle
Card 3/6 of 75 - 800 to the horizontal. The control layout for the

SOV/136-59-6-5/24
Roasting of Zinc Concentrates in an Effervescent Bed with
Simultaneous Elimination of Lead and Cadmium and Coarsening of
Cinder Granules
technological parameters of the roasting process is shown
in Figure 4. A mixture consisting of zinc concentrates
with an, addition of Waelz oxides was roasted. The
charge contained 46-48% Zn, 27-29% 8, 1.1-1.4% Fb,
0.14-0.19% Cd and 10-11% moisture. This was charged into
the fore-chamber of the furnace. The cinders were cooled
and submitted to further treatment. Investigations were
carried out at 950, 10001 1050, 1150 and 119000. At
a temperature of above 10000C, the elimination of Pb
and Cd from the cinders proceeded satisfactorily and the
amount which was removed increased with increasing
tempe3rature of the bed. This dependence is shown in
Table 2 and in Figure 5. The reduction of dust removal
in relation to the temperature of the process is shown in
Figure 6. As a result of their investigations, the authors
have arrived at the following conclusions.
1) The method worked out for roasting zinc concentrates
Card 4/6 enables the output of the effervescent-bed furnace to be

SOV/136-59-6-5/24
Roasting of Zinc Concentrates in an Effervescent Bed with
Sin4ltaneous Elimination of I-ead and Cadmium and Coarsening of
Cinder Granules
sharply increased and enables cinders to be obtained which
are suitable for pyrometallurgical re-treatment in which
the sintering stage is left out. The new method also
enables the extraction of'Pb and Cd to be sharply raised
by re-treating sublimates which are enriched with these
metals.
2) At a temperature of 1100 - 11900C the furnace
works steadily; the hearth remains 'free of crusts.
3) In order to cut down the dust losses to a minimum,
the furnace must have a considerable volume above the
bed which ensures a long ptay and a low speed of the gas
in the working space of the furnace. The charge must be
added directly to the effervescent bed.
4) In order to attain the best elimination of Pb and Cd
the furnace must have a rectangular shape with a length-
to-width ratio of the hearth of approximately 6:1.
Card 5/6

SOV/136-59-6-5/24
Roasting of Zinc Concentrates in an Effervescent Bed with
Simultaneous Elimination of Lead and Cadmium and Coarsening of
Cinder Granules
There are 6 figures and 2 tables.
ASSOCIATIONS: GintBvetmet (Z&Vina, IJ* V. p Besiserl A. D.)
Belovskiy tsinkovyy zavod Belo-m Zinc Plaht)'(Alyushin., Ye.I.j,
Lukin., A.K.) Yevadiyev., B.S.)
Card 6/6

SHCHERLIN, I.D.- ALYUSHIN Te.I.; POLETAIEV., G.S.; RABICFEVA, L.M.;
Studying the electrothermal method of preparing zinc and metal
powder at the Belovo, Zinc Plant. Sbov. nauch. trud. GINTSVEMT
no.15:298-309 159. (M2RA 14:4)
(Belovo (Kemerovo Province)-Zine-Electrometai'llurgy)

RABICHEVA, L.M.; IAZAREV, V.I.; ALYLISETY, Ya.I.; POIZTAUV, G.S.;
Primingli uchastir: TAWN"te.1,; ARNIE, P.I.; SYROVEGIU,
K.Y., nauchnyy sotrudnik; UM11, I.Kh... nhuchW sotrudnik
Obtaining liquid zinc in the electric smelting process. Sbor.
nauch. trud. Gintsvetmeta no.3-8:175-186 161. (KIRA 16:7)
1. flachaltnik elektrotermicheskoy opy-tnoy ustanovki Belovskogo
tainkovogo zavoda (for Tarasov)o 2. Starshiy master elaktrotekni-
cheskoy opytnoy ustanovki Belovskogo tsinkovogo zavoda (for Afordn).
3. Gosudarstvennyy nauchno-issledovateltakiy institut tsvetnylch
netallov (for Syrovegina, Levin).
(Zino-Electrometallurgy)
(Liquid metals)

R&BICHEVA, L-M.; SLONIMSKIY, BI.; LAZAREVp V*I.;
POIET=Vp G.S.; Prinimali uchastiye: TARASOVj Ye.I.;
AFOMN, P.I.; STROVEGINA, K.V., nauchnyy sotrudnik.
Electrothermal method of obtaining zinc dust. Sbor, nauch.
trude Gint6votmeta no,18:165-174 161. (MIR& 16-.7)
1. Nachallnik elektrotermiaheskoy ustanovki Belovskogo tainkovogo
zavoda (for Tarasov). 2. Starshiy mauter elektrotermicheakoy
opytnoy ustanovki Belovskogo tsinkovogo zavoda (for Afonin).
3o Gosudarstvennyy iiauchno-issledovatellskiy institut tovatokh
metallov (for Syrovegina).
(Zinc-Blectrometallurgy)

YEVDOKDMNKO, A.I.; KOTLYARENKO, V.V.; Prinimall uchastiye: RABICHEVA,
L.M.; SYROVEGINA, K.V.; LEVIN, I.Kh.; GAVRILENKO, A.F.;
RYABOVp A,V,; ALYUSHINp Ye.l.; MARGHENKO, V.G.; BOLOTIN, L.G.;
AFONIN, P.I.; SEVERIYANOV, G.N.
Heat exchaige and the condensation of zinc vapor in drop con-
densers. Sbor. nauch. trud. Gintsvetmeta no.19:536-549 '(,2.
(MIRA 16t7)
1. Sotrudniki Gosudaratvennogo nauchno-issledovatellskogo:'
instituts. tsvetnykh metal-lov (for Rabicheva, Syrovegina, Levin,
Gavrilenko, Ryabov). 2. Belovskly tsinkovyy zavod (for Alyushin,
Marchanko, Bolotinp Afonin, Severlyanov).

ALYU51MI, Ylu,A, (Mook-va)
Analyzing the processes of iretal udeformatic,.r Iu7 -u.-ved cutt-Irg
tools. Mushinovedenle no.',s83-88 t65. WIM.P. 3e.,-9)
I

"Letf
.-ons tent Itiov ici-i Davy'.iov (Orl 1 19 1 L; A v t i id Fi y
Matcorol. i uidrolo5jya, No 10, b', -bB, 19 b3
The nut~iors Jovoted thoir article to tke (:,JUi birtci~lav of Llic well-
0. 'r,
knovin Soviet L. i'L.Dc"Vy-uv,
UnIvei,sity. (RZ11u"eol, No 1, 190,5 )

SOKOLOV.A.A.. kandidat geogr!Lfichookikh nauk; PROTASIYEV,K.S.,
kandidat geograf$cheskikh nauk; ALYUSHINSKATA,N.M.,
kandidat geogz*f Icheskikh nauk
Main Turkmen Canal and problems In the field of runoff research.
MeteorA gidrol. no.1:21-24 'J& '53. (KLU 8: 9)
1. GoeudarstvenW gidrologicheskly institut, Lenimgrad.
(Main Turkmen Canal--ftnoff)

ALYUSH tA
R" !! P ! Z~
Vertical sonality in the distribution of streamflow In the Altai
region. Uch.zap.Len.un.no.199:137-158 155. (HLR& 9:7)
(Altai Hountain rogion-Stream measurements)

,ALYUSHINSLAYAO Neme
Relation between flood formation and snow melt cbaracterioticas
Meteor, i gidrole no.2:28-33 F 161. (NEU 34: 1)
(Floods) (Thawing)

ALYUST~INSKA~YAN.~Me; ANISKINA, N.A.; IVASHINMOVA, L.D.
Spring rooff of lkrthern Dvina basin rivers and predicting
it. Trudy GGI no.97:3-137 162. (MIRA 15:1-1)
(Northern Dvina Valley-Runoff)

ALYUSHINSKAYA, N.M.
Formation of spring runoff and the p.,ediction of discharges
according to data on snow melt. Trudy GGI no.1180-91 165.
(MIRA 1819)

--H-LYU';)H iWj:-Kr-Vf
Subject
Card 1/1
Authors
Title
: USSR/Elec"U'ricity
Pub. 29 - 17/23
;
Periodical :
Abstract
Institution:
AID P - 1635
Bykov, A. G., Foreman and Alyushinskaya, T. I., Eng.
Kenotron megohmmeter
Energetik, 1, 26-27, Ja 1955
The authors describe and illustrate with a diagram a
kenotron megohmmeter for measuring insulation
resistance at 1,000 to 2,500 v.
Laboratory of Lenenergo (Leningrad Power System)
Submitted : No date

lzyu~jov, NIkolay I-likhaylovich; AYAL.ITS.KIY"11,.V.y otv. red.j
VETTS'l-M, G.I.j, red.
(Principies of radio engineering] Oanovy radio tekhniki.
Mo,Avas Sviazt, 1965- 541 p. (MIRA 18:9)

Zavodskie laboratorii i teckhnicheskii progress. (Vestn. Mash., 1950,
no. 11, p.60-63)
Industrial laboratories and technical development.
DLC: T114.V4
SO: Manufacturing and Mechanical Engineering in the boviet Union, AAbrary
of Congress, 1953.

ALYUSHINSKIT, V.I., inzhener.
- . ~
Modernization of metalworking machines; a note. Inergomashino-
stroenie no.11:24 N '56. (MLHA 9:12)
(Metalworking machinery)

114 - 1 - 9/15
AUTHOR: Alyushinakii., V. I., Engineer
TITLE: The Modernination of Metal Working Lathes.
(Modernizat;~iya metallorezhushchikh stankov)
PERIODICAL; ENERGOMASHINOSTROYENIYE, 1957, No. 1, P. 19, (U.S.S.R.)
ABSTRACT; Four brief notes on the use of old maohines for new
purposes in several different faotories.
ASSOCIATIONt
PRESENTED BY:
SUBMITTED:
AVAILAR Library of Congress

ALTUSHINSKIT. V.I., Inshener.
Modernizatioz of saahine tools; experience of the Leningrad branch
of the All-Union Technical Design Institute. Inargowashinostroanis
3 no.1:19 J& 157. (MLHA 10:3)
(Nachine tools)

ALTUSHI he
Precision Casting of gas-turbine nozzle vanes. Znergomehinostroenie
4 no.2:41 Ir- I ,$8. (min 11:4)
Mades) (casting)

ALYUSHINSXIT, Meg Insho
Universal lifting and turning tables with capacities of 1 and
2,5 tons, Inergomehinostrosule 4 noe4t3l Ap 158s (MIR& Ili?)
(Maohine tools)

ALTUSHINSKIYO V.I., ixzb.
Special machines for the production of turbine blades
Energomashinnstroonle 4 no-5:37 M.T '58- (;4IRA 11:9)
AChina tools)

.ALYUSHINSKIY, Vladimir Ivanovich; CHBRNYAK, I.S., dotsent, rod.;
NZM MAU MMOGUROVA, I.A., tekhn.red.
lorganizatibn of outside scientific and technical information
in scientific researchinstitutes and designing offices] Orga-
nizataiia vneshnei nauchno-telthnicheskoi informataii v nauchno-
iseledovatellskikh inAitutakh i konstruktorskikh biuro. Lenin-
grad, 1960. 22 p. I (MIRA 14:1)
(Tealmology-InformtIon services)

ALTUSHMSKIY, Yu.A.; XIRICHEM. G.I.. TAOFEM, B.V. --- -
. Spores from Sinian deposits found in the Yanisey Ridge. Dokl. AN
SBSR 117 no.l.:111-114 N-D '57. (MIRA 11:3)
1. Pradotavlono akademikom D.V.NAlivkizqm.
(Tenjasy Ridge--Pollen. Fossil)

AGRANOVSKAYA, I.A.;_ ALYUSHINSKIY, Yu.A.; ASATKM, Yc.F.; BOYTSOVA, Ye.P.;
BOCHARNIKOVATE.-T.-i- VOYSVODDVA. Ye.; GROMOVA, N.S.; ZAUYIM, V.V.;
MARTYROVA, Z.I.; FANOVA, L.A.; POKROVSKAYA, I.M.; ROMAROVSKAYA, G.M.;
SXWVA, M.A.; STILIMAK, N.K.- KHATKIM, S.L.: IDELISHTSYN, L&I.
0
(deceased]; MAKRUSHIN, V.A.i tekhn.red.
[Atlas of upper Cretaceous, Phleocene and ZDcene spore and pollen
complexes in certain regions of the U.S.S.R.] Atlas verkhnemelovykh,
paleoteeriov.vkh I eotsenobykh sporovo-pylltsevykh kompleksov nekotorykh
raionov SSSR. Leningrad. 1960, 574 p. (Leningrad. Vaesoiu2nyi geologi-
cheskii institut. 2rudy, vol.30). (MIRA 13:10)
1. Voesoyuznyy, nauchno-losledovatel'skiy geologicheskiy institut
Ministerstva geologii i okhrany nedr SSSR (for Alyushinaldy, Asatkina,
Boytsova, Gromova, Panova, Pokrovskaya, Romanovskaya, Sedova,Stelimak,
Xllshteyn). 2. Ural'skoye geologicheskoye upravleniye Ministerstva
geologii i okhranv nedr SSSR (for Agranovskaya, Bocharnikova, Marty-
nova). 3. Severo7Vostochnoye geologichoskore upravleniye Ministerstva
geologii i okhrany nodr SSSR (for Voyevodova, Khaftina). 4. Lenin-
gradskiy filial Gidropro7ekta Minieterstva elektrostantsiy (for Zauyer).
(Phlynology)

KIRICRENKO Go,*; 41USHINSKIY, Yu.A.
I I - - -- - - - - - -
Spores from Sinian and Cambrian sediments in the Yenisei Ridge,
Trudy VSEGEI 66s43-54 161. (KRA 15:4)
(Yenisey Ridge-Spores (Botany), Fossil)

, 1-.
Alyutin, F. "The roled the consumer cooperaldws in Ihe realization of the Leninist-Stalinis
cooperative plan", Izvestiya Akad. nauk SSH, otd-niie ekonomiki. i. prava, 1949, No. 1,
P. 13-31.
SO: U-30422 11 kzrch 53, (Letopis Inykh StateY, 'No. 9, 1949)

ALIZHANOV,..~.A,~- VAS'-L'YEV,
New data en g~,o;,oezy c. I ~;;i:! &-i ~;f ,ne Prorva ser-'es
of structires.
(M:'RA 18.5)
1. Moskrivsx:'j crdiltia --l nefte-

ALIZHAWOVj T.M,
Positive potassium feldspars of Kok-tasihartas (centrFti Xaxekhstan).
Veste AN KaxaMe SSR 14 no-9191-93 S 158. (MIRA 11111)
(loktaeshartne-7eldepar)

ALIZHANOVp T.M., gornyy inshener-geolog
Appralsing and prospecting the Koktas Zhartas deposit. Sbor.
nauch.trudbKazBMI no.18:131--136 119. (14IRA 15:2)
(Kazakhstan--Ore deposits)
(Kazakhstan-Prospecting)

POLOSUKRINAp T.7a.; ALIZUNOVAt T.M.
Determination of oh ei-t-arol--i d
combine with proteins. Zdrav, Ka
21 no. 4;64-69.161. (KIM 1414)
1. Iz kafedry biologicheekoy kh4mii (zav. - doktor meditsinskikh
nauk P,A* Berboloy-loh) Kazakhskogo meditsinskogo instituta.
(CHOLESTEROL) (PROTEINS)

PGLOSUHKINA, T.Ya.; ALIZWOVA, T.1-11.
Role of the liver in produoing chtlesterol-protein complexes in
the blood. Ukr. biokhim. shur. 36 no.2-.190-194 164. (MIRA 17'..11)
1. Departmnt of Biological Chemistry of Alma-Ata State Medical
Institute.

- --- - - A I !, jq~C'1~7 'HillU'l -A, ~% -A. ; - ?UV ~
.. - . I- ; -KT" -.U%1 - A. -S - Nt-7V V. r . ~ - .
If Struktura antigenov I nukleoproteidov nehotorykh iirurov ziako-.r."
report presented at Syn4) on Virus Diseases, Moscow, 6-9 Oct 64.

A' AD Y,.",: 0.3." C-'Il(l "((I
oi, --Icnholicc
i1 I t Yc --,v,- r,
-C 0-,; c it -
1-c6)

AMADYAN, M.G.
Effect of ganglaron and arpenal on the activity of chilneste-
rase in the individual cellular formations of the cutaneous
motor analyzer and hypothalamus In rabbits. Izv. II.Arm. SSR.
Biole nauki 16 no.lOxl3-22 0163 NRA 16s12)
1. Thstitut mozga AMN SWR i Institut tonkoy organicheskoy
khimii AN IrmSS%

L~UIYANF M.G.
Effect of gangleron and arpenal on the cholinesterase activity
in indiviiual call formations of cutaneokinetic analyzor and
hypothalamus in rabbits. 'Lzv. AN Am. SSR. Biol. nauk'. 17
no.5t69-75 My 164. (MA 17s9/1
1~ Institut mozga AMN SF-ZR I Inst-itut tonkoy ,rganicheskoy
Wmil AN ArrWanskoy SSR.

TITIX- S-
f fev*- ~6r on altourtatera" activit"! I
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'Card 112

L 2-~652-65
ACCESSION KR: AP5005374
tnalyaor - tbo cortical terminal and the ventral. nucleus of the optie
t,h a I O.Mu In the lover-lying di,fisione gracilis and cuneato nuclei aai
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ED: 13?0ay64 Z~Q SUB CODE: LS
NO M SOV: 020 OTHER: 011 JPRS
Card 212

L 27665-66 EWT(1)
ACC NR, AP6007632 ___~UjFUE _CODE; UR/0_T4_1T6
AUTHORt 4ia#jpYs,A2t_ M.1 Boyanina, V. F. I Myasnikov, L. L..
0R0-. Leningrad Ship-Building Institute (Leningradskly korablestroitel#W inatitut)
Z/
TITiEs-Detee ing atom beams used In frequency standard and radio spectroscopes
SOURCEs IVUZ. Radiofizika, v. 9, noo 1, 1966, T2-80
TOPIC TAM frequency standardi ndio spectroscope
ABSTRACTt An Investigation is reported of the surface Ionization of K, Rb, Cs atom
beams by texturized W and Pt,and Ta atom beam by Pt and W oxide. The method and
equipment of the Investigation follow those of N. Ramsey ("Molecular Beams"),
R. F. Minturn et al., J. Appl . Phys.9 v- 31) 876, 1960, and No Simpson "Instruments
for Scientific Investigations". A 10-7-torr vacuum was maintained during the
experiments.. Plots of ionic current of K, Rb, Cs vs. Ionizer temperature, thermionio
emission vs. collector potential, Ta beam current vs. emitter tenperature, ion-
current transient time vs. emitter temperature, and W-oxide ion current Ys. operation
time at a constant emitter temperature are presented. The ionization coefficient
(1.0%) of an electron-bombardment detector is much lower than that (9D%) of a
Burface-ionization deteotorl however, the latter has the advantage of being
practically Inertialess, Maximum estimated ionization effective cross-sections ares