SCIENTIFIC ABSTRACT ILIN, M.M. - ILIN, N.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000518430009-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VASILOYN, Viktor Nikoloyevichl ILOIN, X.Me I prof* , doktor biologenaukq
oty.red.; VIMMIV, S.D.-. T.2., tskhn."d.
[Water chestnut and outlook for its cultivation in the U,S,8,R,1
Vodianoi orakh i perspektivy @go kulltury v SM. Moskvap Isd-vo
Akad.nank ESSIt, ig6o., " p, (MIRA 130)
(Water chestnut)

WIN, X.X.
A now species of lbe genum Anab"la from Iran. Botanato
Garb. 20:137-138 160. (Kim 13S7)
I
(lormn P"TIMS, Imn--Anabasis (BotwW))

WIN, N.M.
likitiniao a now genus of the composite family* Botenate
Gerbe 20.356-358 160, (MML 1317)
(Kopet Asgh-ftkitinia)
I. M

IL'IN.A4Aw=r---
A new species of the game 026ses Iljin from the Tien shan.
Bot.mat.Gerbe 20059-362 160* (KEU 13: 7)
(Forgam Raw-old&*&)
a

- ---------
IFANASIM9 K.S.; BOCHANTSEVO V.Pq VASnICHEM# I.To; GORSHKOVAj S.G.1
.~LlIff4-NALj EXELPICHNIKOVI, M.Z KHMUNGs O.Z.1 KUPRIMMA, L.A.;
-RB-13MVA, le,0~1 FOMKOVp PUUUGVA, A. 1.1 B14OLSIANINOVAl L.A.j
MOROVO An.1.1 TSVEMOVAO L.I.; TSVUR, N.N.1 SHISHMI, B.I.j
XOMAROVO VoL*i akedemiks glavW red I .*BOEROVl redtomaj SHISHKIN, D.K.;
red,isd,j SKEFMOVAj A*V.,, tbkbnoredo
.111ora of the U.S.S.R.) nom MR. HbW=, Isd-vo AW.nmk
jM 1963.. 938 p. (nom WSR, vol. 26). (Nin 15 12)
Is chlelb-korrespondent AN MR (for Sbiobkin).
(Compositao)

ILIINp M.M,
Filostemon njinp a new goum of the family [in. latini.
Boto'mat.o Gerb, 21i391..393 61 (MM'14tlo)
(A##
-4-M
7
T T

Twgnty"fifth anniversary of the Department of Natural ROBOUrCOG; its
history and development. Trudy BoteinstoSere 5 no*7,*7-27 16L
-(MIU 244)
'(Botaniwa reowwah)

T'44%'~' M.M.
Olk thw 70t~ -birth4y and 35th ainniveAk arv of-scientific
activities of Viktar--Nikolaevich Vaail-le;. -Bot. zbur. 46
no,12tl$42-184-6 D 163.. - (KIPA 15: 1)
1. Botaniche8kiy inatitut imeni Y.L. Komaroya AN SSSRs
Leningrad,
(Vasillovi, Viktor Nikolaevichg 1890-)
6~i
-W
~l M M Ml i IN ~' I

BOBROVI Ye,G., doktor bialog.naukv prof.1 BWHANWEV, V.P.1
LINCHMNIT., I.As; LIPSHITS,!~S.yu.;
sMGlymuu, re.V.;. CMMWA., O.V.; CHEMPANCV-p S.K.;
YUZEPCMMp S',V,;'SHISHKIN,-B,K,, redotoms; SMIRNOVA, A.V., tekhn.red*
Atiora of the'u.s.$A.] Flora &qsR. Mookvas Izd-yo.
Akad.nauk.SSSRs 1962 757 p.- (nora, SSSR, vol.27).(MML 15:11)
Is Chlero-korrespondent AN SWR (for Shishkin).
.(DICOrIMONS)

BOLOT3NAy F.Ye.j G.WAfMAN, Kh.P.) DENISOVA,, G.A.; DUBMINAO L.I.;
''.KOZHINAP I.S.1 KMKGM,, V.N.j KAKAROVAp T.I.; PAVLOVA)
U.0.j, RIMY SOVI O.A.1-- MMOVAp V.V.; SURZHINy S.N. j
kard. takhn. naukj,TAW4HSffAN, S.G.; TRUSDVA$ S.A.;
FILOGRIYEVSWAI'Z,De CHINENOVAf'EOGO SHISHKINAl N.N.;
ILMLp.."., zasle-deyatell,nauki'RSF4 doktor biol. nauk
prcf.~'red.j PRITYKINA, L.A., red.; ZARSHCHIKOVA., L.N.,j
tekhn.' red.
(Spice and aromatic plants ofthe U.S.S.Re and their use
"in the food.industr7i,priano--.aromatichsokie.rasteniia SSSR
i ikh ispolIzovanie v pishchavoi promyshlennosti. Moskva.,
Pishchapromizdat,,'.1963. 430 p. (KERA 17t 2)

ZAGAYMNIT, I#Sap prof.; KKUUSHff, A.Vj, Prof-; asslBtsnt
TRUSOVp SOI.P prof.,; KOROP07p V,,Mop profa,
Reviews and bibliogmphy, Vaterinariia 39 noe5s85-88 My 262
(MIRA 18zl)

ILIM, K.Pee insh.; ITANOT# Tuors.9 imshe
Using trench 6XO&T&tOrf in digging holes for contact systen
supports@ TrIMSPostrOlo 10 no.1125-26 J& 160.
(MM 130)
(Azoavating mobinerr) (Illectrio lines--Poles)

ILt IN, M. P.
Ill in, M. P. - "On the poblem of the fat content of -nilk un-
der partial hursing of calvesils,Trudy buryat-Mcngol. opyt.
stantsii po zhivotnovodstvu,.Issuc'l, 1949, p. 69--j2.
SO: U-4631, 16 sept. 53, (Lo .topis 'Zhurnal Iriykh Statey, No 2)1, 1949).

IMIN, IV# Pf
Vakhrushev, N. S. and Illin V T. - "Fattening of steers
during the winter period",, ~rtd*y~'iuryat-Monpol. opyt.
stantsii po zhivotnovodstvu, Issue 1, 1Q49, P. 73-~4-
SQ; U-4631, 16 Sept- 53, (Letopis 1zhurnal Inykh Statey, No. 24, 1949).

)ai,NIKOVV N.V.; SLEDZYUK, P,Ye.; ZAVIYALOVj S,S.; BUNINg A.I.;
VASILIYEVp X.V.; NDVOZHILDVO M.G.; ZURKOV, P.E.;-IL'IN,-,-M.V.j
VILESOV, G.I.; POPOV..- S.I.; SANDRIGAYM, N.F.; SHILIH# A.N.;
ZUERILOV, L.Ye.; TSIMUIENW) L.H.; VLOKH,, N.P.; O)GIOCUNKO,, A.N.
Mildmillatarevich Rudakov, 1912-1964; an obituar7. Gor.
zhur. no.9s78 8 164. (KIRA 17sl2)
:7

ILIZIN., gverdil, Ins) so-podpolkovnik
The fifth c=bst decorat-lono Aye I. Komme 47 nool2v$4-85 D I"
(MIR& Iasi)

NOBORU YAGIS
. ITA (JaPou4a); 1"I9 ]I-- Etrma3AUrl
11Z - ~-~
Vegetative bybrldization of red pepper. Agrobiologila, no*6:886-893
N-D 160,
'
(MIU 33:22)
- -(Grafting)
(Pepper)
.0

LYUNGGON, Go (Liuaggron, 0-11 ILIIN, N. [translator]
Transformation of clovm-nodule bacteria. Agrobiologlia no.6s
814-816 N-D #62. (MM 16d)
11 RotametedskaYa O;T*M%-fftant5iYa, Otdel pochvennoy mikro-
bdLO109:iip In9titut MUMbiologii Korolevskogo sel'skokhosmstym-
nogo kolledsha ftsals. ~~
(Glover) - tMizobi= trifolij) (Variation (Moloff))

ILIINv N.; YELIFIKOVAt Ye.; FINS, L.
SimplifY Us- financing of planning and survajing vork. Fin. WSR
22 n.o.1:73-76 A !61.
1. Naohal!zik otdola-Ilvovokogo otdoleniya Teplbelektroproykt (for
II! in). ..;2* Naaballnik otddla LIvovskoy oblaotnoy kontory Stroybanka
(for 1611fimova). 34'; Starshiy inshoner-okonmiat '%O'iprobma (fCr
(Arobiteature-Desips and plaza)
(Wov'Province-fteotric power stationB-Finanoe)

J4 4P- Fff'1,113 'tifi~
I.Ll IN, N., doicto.r skonmicheakikh nauk,, prof.
Letla expand the ro3,q.of &O'countants in 'economice, SATAM. 34
-nd.5113-17 My 1616 MW 14 3 5)
(Rot&4 trade-4ccounting)
(Wholes4le trade-4cc6untiug)
a
l
MiS
K.Wjk

1LIINP N., inzh.-podpolkovaik; ZAKHAROVj L., starshiy inah.-leytewmt
Were. Voss. nan. 39 no.3t23-24 * ~63, WJU 160)
1 (iAmers)

ILI IN. N., Inshenor.
Transformr substations In elevators and riour all1s. Muk.-
sleyeprom. .20 no.4;6-9 Ap 154. (KM 7:7)
1. GosudarstveaW Institut Promsernoproiekt.
(Grain elevators) Qlour mdlls) (Blectric substations)

OVOHINNIKOV, P., inshener; WIN, I.. inshener; KASHCHEYET, I., inshener.
Central control of operations and remote control of machinery in ele-
vatom Kuk.-olev.pro'm. 20 no.10:4-6 0 154. (MLRA 7:12)
1. Gosudaretvenay Institut Prousernoproyakt (for Kashchevev,
Orchinalkov & IM11n)
(Orain, Jmdling) (Automatic coutrol)

N4~- ~ FT 'Nff~ -4-T R L ~~M.145 RIMMAMMOVIP W. WA E w
WIN. No, inzhener; AB21140TICH, Poo Inshemr.
Grain elevator, fekhomol. 22 no.7319-21 A 134. (MM 7s6)
(Grain elevator&
t~- g

WIN, 1,, lashowro
P--moom",
Lightning red@ for fl~ sills# grain elffaters and grain o~onoat
Points* ***-elov*Vrome 22 mw,2:10-22 F 156. rKM 9:6)
Institat
(Lightning protectlon)

'ASTAYAOi. P.. inr"r: OVCHINITIkOV. P., inzhener; WIN. N.. inzhener;
ARTIMOVICH, P., ittzhener.
31evator with automRtic control, -Muk-.-elev.prom. 23 no-7.-4-8 JI 057
(KLRA 10:9)
1. Hoskovskiy mellnichnyy kombinat 'Alo. 4 (for Astakhov).
2. PromzernoDroyekt. (for Win. Oveblunikov, Art1movich).
(Grain elevatora) (Ovchindkov, P., Inshener)

OVCHINNIXOV, P., insh.; WIN, N#, inzh.; ARTIMOVICH, P., insh.
Automatically controlled pneumatic equipment for unloading grain
from garges at the Noe4 Killing Combine in Moscow. )k*,-Glsvo Prome
24 ne.10:4-6 0 158. Wuntu)
1*01drelogicheekly institut (GI) Promsernoproyakt.
Moscow-Graiv.-handling machinery)
hounatio-tubs transportation)
4

WINS N,
Modernized distribution control boards. Muk.-elev. prom. 29
no.8:15-17 Ag 163. (MIRA 17:1)
I# GoeudarstvenW institut Promzemoproyekt.

ILIIHP N.; MITROFANOV, N.
Aerial sniper. Kr7l. rod. 15 no.11:12-3.3 N 164.
(MA 18:3) ..

POPKOVt Vs, dvazhdy Geroy Sovetskogo Soyuzap gvardii general-=qor aviataili
~ __ _Vardii podpolkovnik
.11,1 I~j NU
Meoting in the air, Grazhd. av. 21 no.71lO J1 164.
(MIRA 18:4)

(m
Acc HRI Ajp6oo3?jo 80=1 COPIt UR/0403/65/000/009/0014/00
AUTHORt Il'int No (senior ongiosering methodologist of the pavilion of metallurgy)
OROt none
TITLIs Shown for tho.first time at the VOM Vacuum-Malted Metals (Kew Zzhibito
at the All-Union lWaition of Achievements of the USSR National Sconomy)
SOURCzt VDM San* Informs tsionyy -byulle teal I. U00- 9p,1965S.14-15
TAGSt electron beam melting, metal vbllin6s
vacuum furnace, art furnscs,~- metillurgic resoar6h p scientif Le research
ABSTRACT: A now exhibit -section has been opened In the Metallurgy Pavilion. various
tubes, rods, templates, strip, vivo, foil and other pvoducts fabricated from vacuum."
-seltedrefractory and rare metals are belog,demonstrated for the first time. The
applMobility and advantages of refractory and rare metals such to W,, No, Ti, Zr, Nb.
Ta, V, Res &nd.ntbars,.-ave Inte-0/1 to For example, in metalworking the replacement
of ordinary steel with tung!sOtens%selis increases the machining veto tenfold,, while
the introduction of the carbide f W and Ti Increases this rate by a factor of 200.
Without the use of those-u-sEas the current advances in vacuum engineering, electric
and radio engineering, redloolectronles, nuclear engineering and conquest of outer
space would have been inconceivable., Ultrehigh purityr the metals Is a vital factor$
1/2
ard
C

L 20669-"
ACC MR, AP6005770
and it cannot be accomplished with-the classical methods of setallurgy,2401cen the
most effective industrial-scale. technique at present is electron-beas meltingo (t
consists in utilizing the conversion of the kinetic energy of electFo-as, freely fly-
Lug In a vacuum at dizzying velocities, to h"t energy when they ImpLnge on metalo
Mstal melting Ip an electron-besm furnace to porformed at a vacuum with a residual
pressure of 10'a-IO'S me Rgs During the melting and overheating of the metal# its
gates and metals with higher vapor pressure vol tilize from It, thus yielding a
structurally homongensous, purer metal consi t 4 of two or three or several crystals#
Further research has shown that vacuum rolli:SCS wall as rolling In a Inert-gas
atmosphere. preserve& the purity of the metals-thus melted during their plastic deform-
ation. The Pavilion also contain@ o3daibits of products fabricated from refractory
and rare metals obtain" In vacuum-indu4nion and electric-arc furnaces. Orig. art*
-has: 2 figmea.
10a Coons lit 13/,-- .''2(11 am DA731 now/ am IRS 000/ am- =I 000
7
LSM

~Tl. IT T
L G 10 -6,
ACC NKs AP6023864 jGlDj SOURM CODES UR/0403/66/000/007/0013/0013
AUrHOR: Win, N. (Metallurgical engineer)
ORG: none
TITLE : Oxidation-free pumping of light metals
SOURCE: VnM SSSR. XnformatsionWbyulleten', no. 7, 1966, 13
TOPIC TACS: alualAus, aluminum alloy, magnesium, magnesium alloy, alloy pumping,
magnetic pumping, liquid metal pumping , liquid met&jjMbW/ EN-5H liquid metal pump
ABSTRACr: The EN-5M M!E!etlc u %\?Q'r pumping, conveylng#and pouring 11 uld aluminum
u
Ase!e8lumland thwat x2acyn developed and built at the Riga CentraFDi_i_
and Planning Departumt of Mechanization and Autommtlon and has been put into opera-
tion at numerous _pl~ans. DGuring conveying and casting, the liquid metal Is protected
from contact with air and, therefore, ingots and cast parts have an Impurity content
85Z lover than that of conventionally cast ingots and parts. The EM-5M pump has a
capacity of 7*9 m3/hr and a pressure of 2 kg/62. It operates at temperatures up to
730C. Orig. art, has : I figurei JAZI
SUB CONS 13 / SUIN DATIs none/ ATD PRISSt %T40#2

'VKnh Wp frcM luch. N. A J PUfp Hiii, r)olimk
poronaw SW 30, No. it.
.24(IM).-MIU tests a 'tDc tindt cooking of larch were
carried out in the Do '" fulp Mill. fiakhilli . The cooks
were made ta a 35 cl, M. diftstri. T5 hrs to and IS unin at
168-70' and 7-1.15 alm 'M-Ulm blowAawn at
3-5 atras, the anmil C~isuulptvo P'T too of tvmr-4" t
MIP was 2M Ire (as '4,4)11 V~ E41 g I ,
it S 17-2A g J.. and Na,C0, 12 17 1 1 . t~ ji- pulps
ma&giu DiCatkinizi hArdeeti (r,ua t:(41 t. 11W 6-- A
thl high d. U larch (0 65 ALI IV,, [U) , Ali'ver I-kt,,g ..a
9% hithtT thin tow -peuiv knd' the poll yiehi .1,4 KA kg
per cu. in. of digest er srii- T i~,r pu~ij: ~~ -,.a -_
IflAn 110niCe kriaft. with 6" tn. Immking 1~riglh Up to
3U47c larch 1craft e3ukJ be adAcd to wruce krAlt to give a
Sati-factory furnish (,w t-x T..vef Ww Lk- Ke,-ys

LITV
Sulfate laroh pulp, Dumoprox*31 noo3t25 Mr 136. (=A W)
1.8tarshly Inshoner Glaveakhalib=proma.
(Woo&pilp Induetry) (Ifircti)

WIN, II.A.- SMiGEYEVA, Ye.S.; KONOVALICHUY., X.Ya., tekhnik
Syetem for a defectless production of goods. Tekat. prom. 25
na.%4-6 My 165. (MIRA 18s5)
1. Direktor Bryanalcogo kaxvollnogo kombinata (for Illin),
2, Nachallnik otdela truds i zarabotnoy platy Bryanokogo
kwwollnoga, kombinata (for Sergeyeva).

L I.Iik--
*Variance of the Comintern hatory. Taket. prom. 18 no. 7t55-56
A $58, (mm n:?)
1. Direktor rabriki Ineal lominterns.
(B---tansk Province-TOmtIle Industry)

IWIN Hi Alsksondrovichl ABRANOT, A.L,# red,; NNOMINAt Leles
takhn.red,
COookins of laroh palp] Tarke tselliulosy is lietvanniteve
lUshno-Sakhalinskg Nsuohno-takhn.ob-vo bumshnoi i derevo-
ob,rabatyvalushchei prosyshl.., 1959. 38 p. (KM 14:2)
(Woodpulp) (Larch)

MPMIMV, A. A. I CHALKMO 0. M. I BURCY9 S. A, I ILT29 N. A,
Ivaluation of the epidemiological effectiveness of live influenza
vaccine during the type A2 and B epidemics of 1959, :* byge epideass
.Praha 5 no,11". 161.
1, Departsiont, of Virology, Institute of Maqwimental Medicine of the
AcadoW of Ybdical Sciences of the U.S.S.R., Loningrad.
(MUZNZA immol)

SMMDIMEVp A.,Aol CHAUMp 0,M.1 VMV# S,A,; IL'INj N.A.
Increasing the lammogamic activity of a IlTe vaccine against
inf2usnsa tr trlple 'nod satlon of susceptible peoplef Vop.
virus. 7 no.WC34ft ." 162. (KMA 16 W
L Institut skaperimwntallnoy maditi4W ANN SSSR, Leningrad*
(DWLMM-PREUPTIU IMMUTION)

'a a a a 41 do alto
IL a L ML Oil 60
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ILII&J60W UTMSHINI I~No; ZWD(07# M.G. 1 PBTROVA. re.A., redaktor;
-IROrDIDVI A.Vp tokhnichesidy "daktor
(Water flushing *in oil well drilling] Opyt burentia skya'shin I
proMvkot Yodol. Noskra. Oos. muohno-takhnicheskas Izd-vo nefttanol
I gorno-toplivnot lit-ry, 1954s 23 Pe (MM 8:3)
(Oil well drilling)

7 A
~,4
Subject USSR/Mining AID F 554
Card 1/1 Pub. 78 - 20/29
Author Illin, N. 0.
Title Our experience in the training of drillers brigades
in rapid drilling methods
Periodical Neft. Khoz., v. 32, #7, 78-82, Jl 1954
Abstract Description of the organization in practical training
of technicians and skilled workers at various oil
fields, particularly the "Tuymazburneft" (Tuymazy oil
field), and analysis of the results of training during
1952 and 1953 with-consequent recommendations for fur-
ther improvements in drilling work.
Institution : TSIMTneft (Central Scientific Research Institute for
Mechanization and Labor Organization in the Petroleum
Industry)
Submitted : No date

AUTHOR:
TITLE:
PERIODICAL:
ABSTRACT:
Card 1/2
Illin, N.G.
93-4-2/20
Should Drill Pipe with Welded Joints be Used an Casing
(0 tselesoobraznosti primeneniya dlya krepleniya skvazhin
burilinykh trub s privarennymi poluzamkami).
Neftyanoye Khozyaystvo, 1957PANr 4, pp. 5-6 (USSR)
In oil drilling large quantities of metal are used (at.
a considerable cost to the driller) for casing and&Ill
pipe. The author airgues that for the sake of economy,,
in turbodrilling oni should use welded-joint, d:rAL11 pipe,.
which could be left in the'bore hole and used as casing.
The Tuymazyburneft Trust reduced casing consumption from
53.6 in 1951, to 48.8 i%/in in 1955, that of drilling pipe
from 10 k4/m to 8.8 kg/4. Its total 1955 metal consump-
tion for casing was 19,830 tons, for drilling pipe 3P567
tons. The expansion of turbodrilling called for the
production of drill pipe with a uniform inside diameter
along its entire length and in the Joints. Some tan years
ago, engineer L.G. Alekhin proposed, in view of the uni-
formity of this internal diameter, that drill pipe be used

93-4-2/20
Should.Drill Pipe with Welded Joints be Used as Casing. (Contd).
as caning. His idea failed to find wider application,
because the special drill pipe which had been designed
for turbodrilling proved inadequate, since the segments
had Joints welded onto their ends. Practical experience
proved that this type of drilling pipe was not very
strong and that only one or two bore holes could be
efficiently drilled., with breaks and other failures
occurring during subsequent operations. Therefore, in
1956 production -of this type of drilling pipe was dis-
continued. The author states that considerable savings
in metaiq'time,# and transportation costs could be re-
alized by leaving the drill pipe used for drilling a
single bore hole in the well and making It serve as well
casing after withdrawal of the drilling tool (turbodrill)
The Soviet Ministry of Petroleum is urged, therefore, to
take steps making the above-mentioned drill pipe with
Card 2/p welded Joints again available to drillers.
AVAILABLE: Library of Congress.
0.-

ILI IN, N. If., Ifpj Gen Avn
' - - --- ' - - - - " . .1 1 .- - .. .
Photograph, p. 78. (Tip, No 1. 1%,119) NOT, FOR FJ.3LiCA!TIOII

VLADIKIROV, N.A.; CUYVMMXIY, A.A.1 YUZBASHEV, G,S.; BAYXOV, A.M.;
SWOVICHv L.P.; LOOVINOVI I.I.; SAFIULLIII, M.N.
Effect of a cement rAW on the capacity of casing strings
to resist collapsing loads. Neft- khoz. 42 no.6t19-24 Je 164.
(MIRA 17:8)

GUISROVp R.Kh.1 BUKHTEYEV, P.P.; SPIVAK# A.I.; WIN, N.G.
Analyzing methods for using drilling 11nes whose length is
greater t1an that of the line string-up in enterorises of
the Tuymazy Oil Well Drilling Trust. Burenie no.2:35~-37 165.
OCRA 18: 5)
1. Treat "Tu7mazaburneft'" i Ufimskiy neftyanoy institut.

ILOIN, Nikoby Grigorlyevich, USpMSM- N.M., red.; KOROIEV, A.V.,
--VeUn-. red. --
[Infrared rayi] InfrakramWe luchi, MoWmas Izd-vo DOSAAF,
1961. 93 P. (MIRA 34:12)
(Infrared rays) (Military ongineerizi)

ILII& NikolAy nr1gckr'yevioht RYABKOV, Valentin Fedorovich,-,
GRIGORITSVAj 'A.I.,- red. 1 MURLINA, L.T.,-tekhn. ro&
(Radar In antiaircraft defensel.Radiolokatoionnys ored-
st'va prot!Lvovozdusbwi,oborony. Hookyaj Isd-vo DOSAAF
1962. 146 p. (Radar) (MIRA 1641
/vo

USSR Farm, Animals. Small Hor~od Stooki 2
Abs Jour: Rof Zhur-Biol., No 23, ig'661 105647.
N
Author : +11~ln , Isakin, H. P.
Inst ; 01 on.
Titlo : Exp;jrionoo in tho Organization of Fino-*.iool
Shoop Brooding in Transbaikalia.
Orig Pub: Ovtsovodstvo, 1958, No 3, 8-16.
Abstract: In tho courso of difforont yonrs, tho rc-ns of
tho Fin,;-wool and Prococo broods woro brought
into tho Sovkhoz imoni Karl Marx of tho Chitin-
skaya Oblast. Tha hybrids dorivod from absorp-
tion crossbrooding with Coarso-wool owas and
tho rams thamsolvoo woro poorly accliinatizod and
had a poor ?roduotivity, During tho lc-~st yoars,
tho rams of tho Groznyy brood woro importod, and
matod to owos of tho Altay origin for a singlo

BOROVSKIT, I.B., ILI IN, S. I. o LOSWAV To. L.
Investigating diffusion In ordered solid solutions@ Truly Inst.
met* no&6s7740 160o (KIRA 1318)
(Alloys-Ketallograpbr) (Diffusion)

WIN, Nikolai Ivanovich.
Accounting in a rural consumer's cooperative Moskva, Gostorgizdat, 1941.
334 p- 02-52138)
RF%86-C67 1 55 -I

I
IJ-"a) Nlxolai Ivanovich
Bookkeeping and accounting in Soviet Trade; textbook
Moskva, 008torgizdat, 1947. 539 p. (h8-24567)
HF5653.14 1947

'Nikolailvamvich
Bookkeepinr and accounting In Soviet trade; textbook. Collection of problems
Moskva, Gostorgizdat, 1949. 221 .p. (48-24%7)

JLIrA- Ovich
or.A-dOP- moskut Goes Jvd-To
-trsdOj..t*xtbock.--jsd.-2.q perw
i~c=bting,in--Sbviet h. Collection of
nik sadac
torgov6i'lit-4~# 1954-'723 p. (55-23217) M)Or
problems. Moskvap Goo. isd-VO tOr9OTOj lit-ry, 1954. 2/.1 p.

ILIINO N. 1.
Bukhgalterskiy uchet v Bovetskoy torgovle (Accounting in soviet trade)
Izd. 2 perer. i dopol. Moskva, Gostargizdato 1954.
723 0 t bles..
-So.- N 5
611.912
*12
1954

WIN, RkoW lvmwvicb.
wce~atlm IS savlat, oo~"el Dukh-I torskil uch~t v so"tokst
torgovI4Iod'' Isd ~2. ps"r, ~ 'We kvo, Giitorgisdat, 1936. 448 p.
(Acematiz) (WaA 9:5)

Name: ILIINO Nikolay Ivanovieh
calculatio-n--Tn- Soviet trade
Dissertation: Boo eeping-
Degree:
Affiliation:
Defense Date$ Place:
Certification Date:
Source:
Doe Economic Sci
Zn-ot indicateg
30 Nov 569 Council of Moscow Inst of
National Economy imeni Plekhanov
9 Jul 57
BMVO 16/57
7

ILIIN. N. Ll--j
For a unified system of accounting in conrarce. Sov.torg. no.9:18-24
S '57- (MLRA 10:8)
(Accounting)
.1
I- I

WIN, NO CT--D -
For the Introduction of a uniform account plan and accounting
methodology In Sbylet trade, Daft. uabst 15 noo2tl2-28 Y 158,
(Inset&-Commerce-Accountive). (Xin 1113)

WIN N*I.- SVITICH, S.S.; SOKOWT. V.D.; LYUDSKOV. B.P.. red.;
B
AB
'- 1CROA, T.T., tekhn.refi.
[Accounting In enterprises and organizations of state comeroe]
DukhSalterskii uchat v prodprilatilakh I orgenizateliakh gosu-
daretyennoi torgall. Moskyag Goseizd-vo torgelit-ry, 1960.
n9 P. (KIM 13:7)
(Accounting) Oksole-Comerom)

IL'YIN, g.i.
Iceland spar deposit in Armenia. Sov. geol. 7 no,1sl1%-
123 Ja 164. (KMA MO
lo Vsesoyuznyy nauchno-iseledovatel'skiy Institut ainteza
minerallnogo ayrlya.

Mum, Hv,j n1u, N.I.
Effect of otr"tu" On the MOVOmt Of water in capinary-
Porous bodioaa, Inho-fis-ftr. .4 no.ns4l,50 N 161.
(mm 14:.10)
1. KalininmkiY tOrtYAWY inatitutp 9. )bakva.
(Hydrodpamics)

VOIAROVICH$ Novo
~~CHURATEVP
RadioaAlve-tra.c.er tecbniquep used in-determining the vater
flow rate in.porous media.,* lo3-l.zhur. 23 no.5:524,527 SLO
161, (MMA 14:9)
1, Kalinins4 oy institut,
o&r= (Porous materials)
"M
M

VOIAROVICH., M.P, , doktor flzematem,nauk,, prof.
CEMYL?VP N.V.,, kand.tekhn.nauk,, dotoent'
Rrocesses of water movement in draining upper depooitao Torfe
prom. 38 no,7:9-3,3 '1610 (MIFA 14212)
.1. Knlineki7 tqrfy=o7 institut.
(Peat bogs)-
tRadioinotopeo-Industrial applieations)

inzh.;,CHU,RAYZVp NoV..; kand.tekhn.nauk
Possibilizies for. applying the method of observation pits in
stu.dying peat layeis.~- Torf. prom. 38 no.5:18-21 161 (MIRA 14:10)
1. Nalininokiy torfyanoy institut.
(peat)
(Radioisotopeo-hWuotrial applications)
P11 WN V

VOIAROVICH, M.P., dok-tor fisiko-matem. nauk; ILOIN, N.I., insh.;
CHURAYEV, N.V., b=d. tekhn. nauk
Investigating vater translocation in peat layers by the method
of radioactive tracers. Trudy. VKIGiK 38:116-131 162.
(KzRA 16:7)
1, Kalininskiy torfyanoy institut,
(Radioactive tracers) (Peat) (MoLsture)

H.1.1 CHURAMO N.Vi
Experimental investigation of moisture transfer in the capi3-lary
border areae Inzhe-fizahare 6 no.lOsI15-220 0 163. (KERA 16dl)
1. Uliriikiy torfyanoy inetitut., Moskva*

kand. tekhn. nauk; CHURAM, N. Vp doktor tekhn. nauk
'Use of embined drainage in upland type peat deposits, Torf,
pvm.~40 no.3&10-22 163, (KM 164)
L NaUnInskLy tortyanoyAnstitut.
(]Drsinage) (Peat bogs)
IN&

GAMA'rillOV) N.I.; IWINJ N.I.; CFXIMYLVJI IlIv.
Studyllng the water and heat regIme of the upper layers of
a peat bog. Trudy Kal. torf. inst. no.13i64-78 163. (MT-PA 171l2)

10 0 * 0 0 0 0, W" V WE L' ' ' " - '~ ~' ~
00 0 0 0 91 OWO 0'' X.
III a W
it r
aIL
4~444 I I a 1~-- JL
-00 A
-090
4O .4
1701* FLON DYNAMICS OF BTSW TWINS UUMT& X.L. and ariudolskays, -90
Of* liflf De As (Katlot~rbostroonio (Bailor and Tur-ftnal-lanuf.), 1948
22-26s abstro,in SWC.1joilier-Ho Revs, May 1949, vols 64, 1 16 140
Models or the exhaust end of the four turbine designs investigated 141o
were constructed an a scale lsl2.5. Instead of using steam as the .00
09 -E fluid. a high velocity stream of air, supplied by a fan, was passed ',S00
99-3 through the model casing. The tangentail velocity component of Lho =9o
an, arising at the point where the steam leaves the bladinr of
the last turbine stage. was therefore not reproduced In the mod*ls. see
00 No description is given of the experiment methods employed for Net*
measuring the..flow conditions except that a pitot tube smo the goo
usual streamers at ~M ar,wool threads were used. All test runs
were based on a Mich number of 0,092 and a Reynolds nAmber of
620,00O.-Tho-autatore conclude that the oamparkson of different goo
designs of sxhaust~oaslng should be based upon the use of a friction *410
:t factor. tonother.with a factor expressing the non-unifordity of VOIS
0tt kinotio energy distribution Ober the flow area. In the firAl design U0*
oil
-irrived at on thebests tiat or the origirAl design, wkile at the
U AV so It ft 16 It 0 X X a 55 of 4 X $I
r2Fj "as '"or's Em
a00 0 0 0 0 0 e4 0 0 0 0 so 0 see 0 0 0000 0
- 6, 4
A ajam 6-0 6 0 0 0 0 0 0 0 0 0 les 9
4

ILOIN, N.M. redaktor: MOKOVA, N.M. takhnicheekly redaktor.
[Collection of questions and assig=ents for review In the train-
Ing progren for chauffers, second class; aid for teachers] Sbot-
nik voprosov I sadanit dlia, powtorenits, po programs podgotovki
shofarov 2-go klassa; posobie dlia prepodayatelel Hoskvai,
1rauchno-te4m. isd-vo avtotransp, lit-ry, 1954. 3; P. (nRA 8:8)
1. Russia (1Q,23- U.S.S.R.) Mintateretvo artonobillnogo transport&
I shosseyzWkh dorog. Upravlen1yeuchabrqkh savedenly.
(Automobile drivers)

SRVARTSO Some; I ra&aktori MALIKOVA. Me. takhnichooklir
red,ekto
[laboratory work on *Isotric squipwat for autt-mobiles.] I&-
boratoroys raboty po, slektrooborudovanift sytondbilei, Xoskvs,
Avtotr&=IM&t, 1954s 134 po (KIA 8:3)
(Automobiles-Eloctric *Wdpmnt)

ZOTOV, Borls.8orgaysvlch;,jjdj"lkolay Mikhaylovich; SMU, L.P.0
tsE6nicheskiy
redairtor; KOGAN, J!.,L.,
redaktor
EllectrIc equipmett of automobiles and tractors] Slaktroobormdoyants
avtomobilel t traktorovo Noskya, lauchno-tekhn. lzd-vo aytotmaspe
lit-ry, 1936..234 p, 0"A 9: 10)
(Antomobiles-Alectric equipment)
(Tract ors-Blectri a, equipment)

ILI Di, Nikolay Mikhe 1 rich FROTISOV, Petr Paylovicb,; KONEV, B.F., red,;
'7201 1
tbkbu, red.
EFuel systems for automobile and tractor diesel engines] Sisteaw
pitantia avtomobillnykh-i traktorrqkh dvigatelei. Hoskva, Neuchno-
tekbn. izd,-Yo svtbtrsnsp..1it-ry, 1058. 155 P. (MIU 11:10)
(Diesel eqgines)

I "IN Nikolaz XMIXIaztph; NgSTHROV, R.A., red.; GALAKTIONOVA, U.N.,
-,X~ ~te Ri~4-0
[Blectric equipment 'of motor vehicles] Blektrooborudovenie
avtomobilai. Noskva, Vauchno-tekhn.isd-yo K-ya avtomobillnogo
transporta I shossainykh dorog RSM, 1959. 263 p. (MIRA 13:1)
Notor vehioles--Blaotria equipment)

WIN Mikhaylovieb) NESTEROVs. R.A.s red.; GALANTIONOVAl TO.N.,
JKlectric equipment for motor vebicles) Blektrooborudovanie avto-
robilei. lzd.2-s parer. i dop. MoskVaP Avtotransizdatj, 1962. 267 p.
(MIU 3515)
(Motor vehiclee-Zlectric squiPment)

SHVARTS, Solomon Mikhaylovich; ILIIN., N.M., red.; BODANOVA, A.P.y
tokbno red,
[Laboratory practical work on the electric equirment of motor
vebicleel Laboratori*i praktikum po slaktrooborudovaniiu avto-
mobilei. Izd.2. ispr. i dop. Moskvas Avtotransizdat 1962. 130 P.
tKMA 15M
(motor vehicles-~-Electrio equipment)
(Electric laboratories)

ILIJX,,_~Ja~ Mlkhayloviahl NESTEROV, R.A., red.; GALAKTIONOVAs
U.N., tekhno reds
(Elootria equipment of motor vehioleal Elektrooborudovanie
avtomobilei. Moskvaq Avtotransizdat, 1963. 278 p.
(MIRA 16:6)
(Motor vehicleis-Elaotric equipment)

Nikola-v Mikhay3.ovicIh; NESTEROV R. A. v.red
r vehicleDl E-lektroobo-ludO-
[F,Jectrical equiPmnt Of Moto lp. Moskva,
vanie aVt0jrobjjei.' lzd.3*.% Parer. I Ido (HIRA 18-3)
Transport, 1965. 263 Pe

q~-
Phonology of blood-sucking mosqmitoes near raluga. Med.paras, i paras,
bol. 28 no.4t487-JM J1-Ag 159. (MM 12t12)
1. Iz ralushakay oblastuoy sanitarno-opldemiologicbeekoy stantsit.
(NDSqUITONS)

M-
xc

USSR/Optics X-Rays K-8
Abs Jour : Reforat Zhur - Fiziks, So 5,p 1957) 13150
Author : Borovskiy, r.B.) win, N.P.
Inst
Title : New Method for X-ray Spectral Investigation of the Chemical
Composition in a Mcrovolume of Alloy.
Orig Pub : Issledovaniya po zharoprochnune splavan. M., AN SSSR,, 1956,
25-32
Abstract : A method has been developed that makes possible quantitati-
ve analysis of the chemical composition of a substance in
volumes. on the order of 10 cubic microns. In a setup pro-
~diced by the authors, it is possible to make an analysis
for elements from 26 Fe to 42 No and from 72 Rf to 92 U.
The source of radiation is a nicro-focus X-ray tube, ope-
rating at 30 -- 50 kv and 0.1 -- 1.0 microssiperes. The
electron bean, obtained from a corresponding ZK-4 electro-
nogmph apparatus, is focused on the investigated polished
Card 1/3
USSR/Optice X-Asys K-8
Abs Jour Referst Zbur - Fizil, No 5, 1957t 13150
section. The use of rather large specific loads became
possible,'for at ywy m1l dimensions of the focusing
spot (31microns), thexedial heat transfer begins to Play
a substantial role. .2his h".ingured a sufficient radia-
tion-intensity. The polished section can be moved in its
own piano., asking itpossible to analyze any point on it
under observatiim in a met&UographiC microscope, mounted
in the setup. The analysis is by means of a short-Wave
apectrograp4 withs, quartz Crystal) bout in a radius of
300 am, using reflection from the (1010) or (1340) Planes-
2he transmission method, described by Du Mond is used, and
gives a pin in intensity by 2 -- 3 orders of nagaitude
over the direct method. The spectrum is registered by a
Geiger type counter RKA whose rate of count can be deter-
mined simultaneously with the scaling instrament PS-64 and
frois the direct-reading meter of the integrating circuit.
In addition, the intensity of the spectrum can be written
Card 2/3
USSR/Optics - X-Rays
K-8
AV. 13150

77
'I'All
Category : USO/Optics. X PAYS
Abe Jour : Ref 21bur - Fizika) No 2, 1957., No 5275
K-8
Author Soravskiyp I
I OB I , naw,~
Inst institute of Metallurgy, Academy of Sciences UWR
Title New Metbods for the 3hvestigatim of the Chemical Composition in the
Micro-Volume of an,Alloy.
orig Pab : Doki. Ax s=, 1956, io6, No 4, 655-657
Abstract : A new method vas developed for Investigating the chemical ccuposition
on a polished section. An electron beam) focused by magnetic lenses,
excites characteristic x-rays in a w1ume of the section approximtely
10 cubic microns in size. The tube voltagerle 30-50 kv, the current
reaches 1 micrognpere. The load an the p3lished-section anode is ca the
average 1 kv/mm~4.- The intensity is recorded with the aid 4f the unit
of the URS-50-1 apparatus to record the intensity curve. To plot the
spectrum at a givien "point" cda the p*34shed section ene employs the
reverse method vith transmitted radiatim. The motion of the tube is
synchronized with the motion of the counter. The instrument permits
also to plot -4he curve of the variaticn cf tbeintensity of a given line
over the polished section,, for a fixed position of the tube
Card 1/2

Zategory USSR/optics,- X Rays
Abe Jot= Ref M, - lizilm, No 2.- 1957, No 5275
end ecunter, by displacing the specimen. Curves are given for the
intensity distributiens of the"NIN01, and WLcx 31nes ovex the points
1 j2
of the multi-cempment L1I-.-y. 71he arA&IYqi$ c the chemical ccmpaht.
tion at the "Politt"jp be cLrried cut vith a sensitivity of 0410Y
corresponding to 10 J,--~ &-=s of the element at the "wtut." The
relative aceuracy of the quantltatiim deterainati.ons is 2
Card 2/2

Al.
137-58-2-4432
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 2, p 305 (USSR)
AUTHORS: Borovskiy, I.B., Deyev, A.N., Win, N.P.
TITLE: investigating the Chemical Composition of an Alloy Microvolume
by X-ray Spectroscopy (Rentgeno-spektrallnyy metod issledo-
vaniya khimicheskogo sostava v mikroob"yeme splava)
PERIODICAL: Tr. In-ta metallurgii AN SSSR, 1957, Nr 2, pp 181-187
ABSTRACT: A description is given of a special RSASh-2 X-ray machine
which makes it possible to determine the chemical composition
of an alloy on volumes of the order of magnitude of a few cubic
microns for the elements ranging in atomic number from 26
(Fe) to 45 (Rh) and from 72 (Hf) to 92 (V). From the continuous
Aravel of the alloy microsection under electron-beam bombard-
ment and from the simultaneous recording being made of the
intensity of the characteristic -spectrum line for the element
under study it is possible to determine the element's distribu-
tion in the chosen direction on the microsection. The machine
was used to study the diffusion layer of Cu-Zn.
M.N.
Card 1/1 If XUoy"hexical properU*s 2o X-ray spectrescapw-4ppU_

7Z
AUTWRs Borovskly, I.B.,111in, N.P , Losevat L.Te., 48-10-13/20
Marchukovat I.D., Dwyev, A,K.
TITL19i X-Ray Spectral Investigations of the Chemical Gcoposition in
Microvolumes of Alloys (Rentgenospektrallayye issledovanlya
kh4-4 skogo sostava v m1krodbOyemakh splavov)
PUZODICALt Isvestiya M SSSR Serlys. Fisichesitaya, 1957, Vol.21, Nr 10,
pp.1415-1423 (USSR)
ABSTWTt The method described here was at the saw time developed by Usten
in franca (since 1950 and also in the USSR. The characteristic
feature of the method is tht followingt The metallographloal mioro-
section surface to be investigated is inserted Into the special .
X-ray tube instead of the anode. The anode "mirror" is the ground
surface the microstructure of which can be observed in the metal
microscope which in mounted in the tube. By means of microsorews the
sample can be displacea in the anode plane. At the Institute for
Metallurgy the RSASh-2 unit, an X-ray pectggmphoar the analysis
of miorosection surface elements of fr~m Fe to 11 and from
Hf72 to U92 was worked out. Besides, the model for the RSASh-ZD unit
is already completed, by slans of which it is possible to investi-
out 1/2 gate the elements from Fe2b up to and including Mg12. The results

48-10-13/20
X-Ray Spectral Investigations of the Chemical Composition in Ximvvoluws of
Alloys
ebtained by several investigations carried out by means of this
device are dismased here, It in shown that the following problaims
can be solved quickly and reliably by means of this method: Analy-
min of the phase composition of complexly alloyed alloys, investi-
gation of the degree of do-liquation in alloys, investigation of
the order of distribution of alloy additions and their re-distri-
bution during aging, deformationq heat treatment, investigation of
diffusion- and other intermediate layers, of granular boundaries,
and of the processes taking place in them. There are 6 figures and
2 tables.
ASSOCIATICN: Laboratory for Methods of Physical Res earoh at the Institute f or
Metallurgy imeni A.A.Baykov Aff USSR (L&bor&toriya fiziohaskikh
metodov iseledovemiya institute. mets.11urgi im.A.A.Baykova. AN SSSR)
AVAIMLEs Library of Congress
Gaza 2/2

'TZ
AUTHORS:
/,-"'J ~J'- P
Borovskiyo 1. B. p Prof eaBorg Doctor of Phyajca3. and 32-10-25/32
Mathematical Sciences, Illin, 14. r., Candidate of
Technical Sciences -.0"NOWMAW
TITLE: The Method of Radioupectroscopit Investigation of Local
Chemical Composition (Rentgenospektraltnyy metod isaledovaniya
lokallnogo khimicheskogo 003t&Va)
PERIODICAL: Zavadskaya Laboratoriya, 1957, Vol 23, Nr 10,
pp 1234-1242 (USSR)
ABSTRACT:
Card 1/4
In the introduction the development of this method is
described the purpose of whiohg,in its newest formg is to
carry out radiospectral investigations with respect to the
content of various elements at various points of the sample
and / or in a row of successive paints while the object table
(together with the sample) is shifted uniformly under the
electron beam. A certain line of the element to be investif;ated
is.automatically recorded on the diagram of the self-
recording potentiometer, and possible modifications in the
concentration of the element are on this occasion made
apparent, By this method and with the help of the corresponding
apparatus, the analyses of minerals, slags and ores, which
contain theelements of from magnesium (12~ to uranium (92)

The Method of Hadiospectroscopic Investigation of Local 32-10-25/32
-Chemical Composition
are investigated. Two systems used for this purpose are
described: 11PCAW -211 31hich is destined to be used for a
range from 0 *7 to 1.0 X (corresponding to the atoms Nr 26-42
according to the k-series, and 72-92 according to the
L-series), and the second system 11PCAW -3A ", which is
destined to be used for the so-called "vacuum domain't of the
X-ray spectrum (1-5 - 10 1). The first system consists of the
following parts: a microfocus X-ray tube, an X-ray spectro-
graph, a feeder block, and a recording block, which are
described in detail. In the chapter "Analysis of uniformity"
it is said that it is the aim of the method to determine the
uniformity of the distribution of one of the elements without
having to investigate the entire microstructure. In the
chapter "Analysis of Phase Composition" an example of
determining concentration in a nickel solution with
microcomponents is described, into which rhenium was
additionally introduced as a component. This resulted in the
sorting out of a new phase which has a rich content of
rhenion, tungsten, and molybdenum. In the chapter: "Analysis
of welded or soldered Beams" it is said that, when copper is
Card 2/4 melted on to cold steel, a layer of 15-40P is formed, which can

The Method of Radiospeotroscopic Investigation of Local "o2-10-25/32
Chemical Composition
be determined metallographically. When usin6 the system
11PCAW -211 it was possible for the first time to
investiGate the formation of this layerg which is
connected with the separation of certain elements. In the
chapter "Investigation of diffusion Layers" the diffusion
properties of th,3 wetalsoare 11enoribad on the basis of two
samples; copperTnickel and copper+zinc. In the first case it
was possible, by employing -the radios,-,;ectrul method, to find
out that the componentu fonied an uninterrupted aeries of
solid colutions, on which occas:~on ar. uninterrupted
modification of concentration was found to take place on the
nickel line; in the second case tsio phases of oorstant
composition were formed In the diffusion layerl and on the
transition boun4ary to the pure metal a sudden decrease of
the failing component was found to take placa. In the
conclusion it is said that the following problems can be
solved by this method: The phase analysis of multicomponent
alloys; the investiEation of the deGree of homogoneity of
the solutions; investigation of the topoi,-raphical distribution
of the alloying admixtures and their transformation In the
Card 3/4