SCIENTIFIC ABSTRACT KIRSANOVA, G.A. - KIRSANOVA, T.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722720009-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KMAHOVA. G.A.; PURUSOU, G.A.; BELITSIN, M.11.9 inzho; VOLKOVA9 NeA-s
insh.
Assortment of synthetic fibers. KhIm-volok. no.6:78 '59.
(MIRA 13:5)
1. Klimskl3r kombinat takusetyennogo kombinata.
(Textile fibers, 5ruthetic-Congreesee)

BIRGIM, G.Te.; ITANOTA, Ts.P.; XIRUMVA,,__P-A-; IOCKMOV, LH.;
ROVIXOTA. N.D.: PUR=Vk.-G.A.
labor productivity in synthetic fiber factories. lbin.voloke
no-l.'40-43 060. (HDU 13:6)
lo Veasoyuszqy nauchno-looledovatellakly Institut iskasstvs=ogo
volokna,
(Textile fibers, Wnthetic)
(Textile factories-labor productivity)

BIRGIR, Ms.; LIRSANOTA, G.A.
R,Robson's book Oft man-mde fibres industrym reviewed by
G.B.Birger, G.A.Kir"noyse Ihim.volok. no-3:78-79 160.
(KM& 1317)
(Textile fibers, Synthetic)
(Robson, R.)

ITAMOVA. TO-P-t,-!WUOTA, G-A-
labor productivity In the capron f Der Induntrye Xhisovolok. no~5360-
64 16M (KM 13 112)
29 Yessoyusmyy muchno-temledovatelskly Institut Iskusetwennogo
VoIck-M.
NfIon)
40

IVANOVA, Ye.P.p atarshiy naucbMy sotr,j MEW, Ye.V.p prepodavatell;
tMIWOVA, G.A... naucbrqy sotr.j NOVIKOVA., N.D.,, naucbrqy sotr.;
TAIUWVAp II.D.; RISHINA, R.G.p ota:.-shiy Inzh.; LLMNSKIY, V.B.0
red.; SHPAK, Ye.G., tekbn. red.
(Work organization end establishinj technical otandard3 in
enterprises manufacturizig synthetin. fibers) Organizataiia tru-
da i tekhnicheskoe normirovanie ne.predpriiatiiakh khimicbeskikh
volokon. By E.P.Ivanova i dr, Vlov;kvap Gos, naucbno-tekbn,izd-vo
khim. lit-ry,, 1961. 175 p. (MMA 1591)
le VaezoyUzrqV nauchno-isaledavatellskiy institut iskusetvennogo
volokna (for Ivanova, Kirsanova, Novikova). 2. Moskovskiy tek-
stIlIM7 inatitut (for Zernov). 3. Nachallnik nomativno-
iseledovat,ellskoy laboratoU po trudu Kalininskogo kombinata
(for Tarasova). 4. Gosudarstyennyy komitat po khimii pri Sovete
UnIstrov SSSR (for Rishina),
(Textile fibers, Synthetic-Production standards)

KIRSMOVAt Mel MUMMA# A.A.
Technical and economic I.Mices of t" productim of lavsan and
nitron staple fibers, Xhimovoloke no.3i59-62 161. (KEPA 14W
1 Voesoyuznyy na~ohno-issledovatellskiy Institut iskU3stvennogo,
v;l*na (for Xlrsanova)..2. Moskovskiy In3titUt tonkay khimicheakcV
takhnologii in. X.V*Lcmonosova (for Abubakirova)o
(Orion) Nayon)

BIMERP G.leo; IOWANOVA, G*Ao
k, .- -
"Locati6n ~~fff o thetio fiber industry in the U.SoA.* by
J.Airov. Reviewed by G.E.Birger, G.A*Kirsanova, Ylim,volok,
D005:71-73 161, (KERA 14:10)
(United States--Textile fibers,, Synthetic)
(Airov, J.)
f% ~

KIRS OVA, G.A. _
Ways of improving the technological and economic Indices in
the manufacture of capron filament for textile uses. Xhis,
volok. no.3*73-76 162. (KM& l6t2)
1. Voesoyunnyy nauchno-iseledovatellokiy institut iskanstvennogo
volokna.
(Nylon)

~1.10, I rIANOVI, 1p, P.; IMAROVAj, 0. A.
&mats
ro for,the MvIopost of the production and vm
p
of ;;ii~tid fibermr. Mda, v"a mo.6s2-6 162.
(MIU 16s 1)
1. VasmayUsMy nambno-issledovatel'shy institut iskusstwen-
nogo volakna.
(Textile f1bGra, Syntbiatic)

IVANOVA# Ye.P.LEM~SMA
World production of synthetic fibers in 1963. KhIm. volok.
no.204 165. OCRk 18 6)
1. Veeaoyusnyy nauchno-looledovatellskiy, Institut 1skusstvennogo
volokna.

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31

X0NWFJ-9MV, Denis Dmitriyevich, doktor ekon. nauk; LFM%IKCVA, Ye.,
red.; KIRMiCVA I. mlad. red.; MAVINA, R., tekhn. red.
L:~~U.x
[Price and value in the socialist econory] Tsena i stoizost'
v sotsialistichookon khosiaistye. Moskva, Sotsekgiz, 1963.
391 P. (Prices) (Value) (MIRA 16s12)

VASILITEV, Igor' Vladimircylobl WSIA, L., red.1 X~RS~OV 1_1.8. "ably
red,j CEMMA, O,p takhn,red,
(State capitalism in preeent-day Burma] GosudaratTennyi kapitalism
v oovremennoi Birme. Moskvaq Isd-vo soteiallio-ekon.lit-7ryp 1961.
169 p. (MM 3.06)
(Burma-Economic conditions)

KAPUSTIN, Te.l., kande skonom. nauk; ORUNSMq I.A.; SIIKURKO, S.I.;
BUDARINAO V., redal KIHSANOVAt L0 mladshiy redel CHEPEIZVAj Opp
tekhn. red, 1%
[Wages and their improvement in U.S.S.R. industry] Zarabotnaia
plata v promyablennosti SM i es eovershonstvovanie. Pod red.
B.I.Kapustina. Moskva, Izd-vb sotsialino-okon. lit-ryp 1961o 201 pe
(KERA 150)
trudao
1, Moscov, Eauebao-issladovatellskiy institut
(Wage payment systems)

MOSHENSKIY, Mark Grigorlyevicb; BORISOVA.. K.9 red.; KIRSANOVA,p L#
mladshiy red.; CHMMMA, 0., tekbn. red. -
(Wage forms and sysLams in the industry of capitalist counties]
Formy i oiatemy zarabotnoi platy v promyshlennosti kapitansti-
obeakikh stran. Moskva# Izd-vo sotsiallno-ek4n. 3.it-ry., 1961.
261 p. (Wage payment systems) (MIRA 15: 1)

VOZI.ESMSKIY, Lev Aloksmulrovich; GARBIA, L., red.; KIRSANOVA. 1_ '%Ind.
red.; CHEITIE3, 0., tekhn. red. ---
[Using bolles-lettres in teachirg econoricol KbudozhastyewAld llit~-
ratura v predpodavanil. politichaskoi ekonomii. Izd.2.: dop. Ven;rvLf
Izd-vo aotsiallno-ekon.lit-ryp 1961. 285 P. (14P.A 14;,2)
(Economics-Study and teachire)

VATOLINAO Lidiya NikQ3A7evm. hIftiml, uchastiye GAShffVV B.N.
RWHCHINAP L red KIRWOVA, Iqj m1adshiy red.;
-4:4
UIAXOVA, L.,*tkb.',Wr~.
[3comouV of the United Arab Republic) Zkonmike, ObOedinermoi
Arabskoi Respubliki, Moskva$ Isd-vo sotaialluo-okon.lit-ry,
1962. 77 p. (Kau 15,4)
(United Arab Republio-Ecoamdo conditions)

INIXOVv Turly Ivanovicbj BORISOVA., X.p red*; XAZAROVAp V,j, red*; KIRSUOVAI- I
miadshiy red.; UIANOVAj, L., tokbn.red.
[Radioelectronies in the service of the military monopolies of
tho U.S.A.] Radioalektronika na oluzbbe voemVkh inonopolii
SShA. HoaWn,, Izd-vo aotaiallno-ekonelit-ryj 1962, 14 p.
WRA 15W
(United States-Electronic industries)

BOZHDRDOHOV, A:Leksandr Ivanovich; KOZODOYEV, I.I.j, prof., red.;
GARSIA, L. # red. I DARONUN, M., mladeftiy red.; KLISMOVA, I*)..
mladehiy red.,; MOSKVINA, R., tekhn. red.
[Petroleum leases in capitalist countries] Neftianaia rents, v
stranakh kapitalizma. Pod obahchei red, I.I.Kozodoeva. Moskva,
Sotoekgiz, 1962. 337 p. (MM 15:7)
(Oil and gas leases)

YDOVICMXO, N.Kh.j DMITRASHKOs I.I.0 kand, tekhn. nauk; ZMDXOV
A.P.j ZLOMOVp L.P.; XALPIN; G.Z.; NIZIMY, N.I.; BIXITINA,
M.V.; 110MAMMO, I.N.; BUDARMA, V., red.; USTINOV, H., red.;
KIRSANOVA.-T--- mladshiy red.; NOGINA, N,p tekbn, redo
[Agricultural wages in the U.S.S.Rol Oplata truda v sel'okom
khoziaistve SSSR. [By] Vdovicbenko., N.Kh. i dr. Yoskva.,
Sotsekgizp 1962. 147 figricultural wages) (HIRA 15t6)

PETROV, knatolly Stepanovich; BUDIRINI, V., red.1 KLF14ANOVA I
mladshiy red.; NOGINA, N., tekhn. red.
(Work and the creative capacity of the maaaes]Trud i tvor-
chestvo mass Mos1m, Botsakgiz,, 1962. 185 P. (MIRA 16:2)
iEffioiency, Industrial)

KOZWVA, O.V., doktor skon. nauko prof.; BISHATEV, M.; LFMKATA, S.;
MURZOV, K.; BUDARINAt V., red.; KIRSANOVA, I., x1adshly red.;
ULANOVA, L., tekhn. red. -----
[Consunal labor during the period of the large scale building
of comminal Obehehestvennyi trud v period razvernutogo stroi-
tel'stva kommunizma. Pod obahchei red. O.V.Kozlovoi. Moskva
Sotsekgiz, 1963. 306 P. (MIRA 16:7j
(Labor and laboring clasass) (Communism)

XOLOSOV, Aleksandr Fouloh. Prinimal, uchastlyes IVANOV, Te.A.,
nauchnyy sotr.; LEPNIXOVA, To., red.; KIRSANOVA. -Ljo
mladshiy red.; KORNIIDVA, V., takhn. red.
[Capital a&aa&.andAWr role in the socialist reproduction
of the means of production (using industry as an example)]
05novnye fondy i ikh roll v notsialistichoskom vosproisvod-
stve (na primen prosysUennosti). Moskva, Sotsokgist 1963.
245 p. ... .-W (KIRA 1W)
1. Sektor osnovnykh fondov GoBudaretyennogo nauchno-
iseledovateltakogo skonomicheakogo instituta Gooplana SSSR
(for I"nov).
(Capital)

,USIYEVICH, M.A., kand. ekon. nauk; VIDMAR, V.N., kand. ekon. nauk,-
STUPOV, A.D., kand. selikhoz. nauk; STAFCDUBROVSKAYA, V.N.p
kand. ekon. nauk;'STOFOZHEV, V.I., kand.ist. nauk; RUDAKOV,,
YG.V., kand. skon. nauk; KIRANOV, P., prof.; KHORVAT, L. ~
Horvat, L.], kand. ekon. nauk; KROMM? K., dottor; FRUKK, Kh.
[Frukk, H.J, doktor; SHMIDT, V.[Schmidt, V IIprof., doktor;
TEPIKHT, Te.(Tepicht, EA, prof.; NIK, S . iNic,S.1, kand.
ekon. nauk; DUMITRIY, D Dumitro, D.),- SVOBDDA, K., kand.
skon. nauk; LEPNIKOVA, To., red.; ~~ ~I m1adehiy red.;
NOGINAO N., takhn. red.
[Socialist reorganizations In the agriculture of the European
pebple's democracies] Sotsialisticheskie proobrazovaniia v sell-
skom khosiaistva evropeiskikh stran narodnoi demokratii. Moskva,
Sotsekgis, 1963. 334 P. (MIRA 160)
1. Akademiya nauk SSSR. Institut ekonomiki mirovoy sotsialisti-
cheskoy sistemy.2. Inatitut ekonomiki mirovoy sotsialiatiche-
skoy sletway AN SSSR (for Usiypyich, Vidmar, Stupov,
Starodubrovskaya, Storoshov, Rudakov).
(Europe, Eastern-Agriculture, Cooperative)

ARSEPOt n.D.j DOXOVSKIYj B.G.; BOLOTIN, A.A.; BONARTSEVA, N.B.;
BOGDANOVA,, M.V.; GOIDVENKO, I.P.; ILIBITENKO, K.I.;
KIRPONCS, Ye.M.; KARAMTYAN, K.G.; XIRSANOVA,14~~
KUZIIETSOV, A.L.; KORESHNIKOVA, N.F.; KORZBMSKMA, T.I.;
NEMIROV,N.G.; NIKONOVA, T.K.; NAZAROV, V.N.; PISAREVA, I.A.;
POPOVp S.A.; fRONINA, N.A.; PAKHHAN, H.Ye.; REYPOISM, S.W.;
ROGAC)MV, U.N.; SOSNINA, V.D.; STARSHINOVp B.M.; KHMAKOV,
B.In.; SEELMLIZOVO V.I.; PARKOV, V.P., podpolkoynik, Ted.;
MURAVIYEV, A.I., polkovnik, red.; C11APAYEVA, R.I., tekhn. red.
[Relics of military glory]Relikvii boevoi alavy. Moskva,
Voenizdat, 1962. 166 p, (MIRA 15:8)
1. 11nucbrWye sotrudniki TSentrallnogo muzeya Sovetskoy Arrdi
(for all except Yurav'yevq Chapayeva).
(Military Euseums)

ltllhs-Lsl~:, -'nzho
WIAVAMIrmp De*to* inthel ~W
I)avice for moamwkg plao rhn-acterlatics or a: are. irlbcav-
.t, 19-1)
rwildo ii 0659
L

14
A st .41 5
a Ll
'I -j 3 V. ,a 2 1 - i i, 4 P~ ,
i; Zzl

KMANOVA, M.A.; SKLYUYL?V, P.V.
Relation between hardness and ultimate strength of forged steel
pieces and castes Zavo lab# 31 no.W009-1010 165,
(MIRA 18t9)
1. Ura-Iskly zavod tyaahelogo masbinostroyanlya Imeni $ergo
Ordzhonikidze.

KIRSANOVA, M. K.
"Concerning the Rationalization of Mdtistory Oligh) 5;12dings With a Steel
Frame." Sub 18 Dee 51, Moscow Crder of the Labor Fed --anner Construction
Engineering Inat imani V. V. Kuybyshev
Dissertations presented for science end engln,~,erlnp deprees in
Moscow during 1951.
SC: SU". I-o. 4RO, 9 YAy 55

MEMOV. D. I.; NIKOIAYZV. V. I.; r M Ir , 01110 B.V.; ROKANOT, A.A.;
LA i - it
MOLOVSKIT, M.S.j obonculy reakirsor;-VIUMBAUX. I.2.. daktor tokh-
n1oheskikh nauk, redaktor (deceased); GORSHKOV. A.P.. rodaktor;
MFXOVSrATA, T.Y., tokhaicheskly rodaktor.
[Iftreproof construction] Oanostoikoe stroitallstvo. Pod obehohei
red. N.S.Osmolovskogo. Moskva, Goo. Isd-ro lit-ry po strolt. i
arkhitekturs, 1951,142 p. [Microfilm] MRA 8:0
(Building, 11reproof)

A I/A "Ji/40 j1A, ,,a. le.
KUIBMT, D.I.; .11101AYNT, Vsls~
, 111WOU, *.K.-, OBXowmff, X.S.,
rodaktor. ....
[Fireproof constraotion] Ognestroikoo stroltelletvo. D.I.Irurbatoy.
T.I.11kolasy, NAMrsanova i dr. Pod obahch. rod. X.B.Osmolovskogo.
Xoikya. Got. SM. lit. po stroltelistra i arkhitekture, 1933. 143 p.
(a" 7: 11D)

ZIRSAMYA. X.19, kwAidat tokhnichookikh nank; MOMM, Yu. B.. kandidat
P~ "VMMakikh nauk; SPIVAK, N.Ta., Imndidat takhnicheakikh mauk;
Y,Wdug large pawls in the construction yard. Makhstrol.12 no.33
3-8 yx 155; (MM 8:4)
(Precast concrete construction)

KMANOVA, H*K.. kandidAt teMnicheakiM nowk; KM4=A, Sh.L., stomehly
t',~~ . n~
a -Eac
Characteristics of the organization of production and planning in Con-
atraotion yards. Biul,stroi.tskh. 13 no-10:7-10 0 156a
(XLRA 10il)
1. Nauchno-Is ledowntellskiy Institut Stroytekhniki Andenii strottell-
stva i arkhit:ktury SSStL,
(Concrete slabs) (Precast concrete construction)

AUTHORSt Linetskiyj Ya'. I'. (Engineer), and Kirsanova, It.t. (Cand.
Tecti. Sci'.) C_ 97 - 5- 3/13
TITLE: Organisation and mechanisation of the construction of large-
panel type "blocks of flats. (Orgunizatsiya i mekhanizatsiya
stroitel'stva krupnopaneltnvkh zhilnykh domov).
PERIODICAL: "Beton i Zhelesobetott" (Concrete and Reinforced Concrete)
1957p N03, P-193-199.7-MBR).
ABSTRACT: The development of the large-panel building system depends
on a highly efficient method of assembly. This applies
especially to the non-skeleton construction buildings with
a medium number of storeys. The latterpmved to be the
most economic. One firm should be entrusted with the assem-
bly of the complete building as the experience of the VSU
(BCY) Combine of Moscow has proved. This is.,to be preferred
to using 3 or 4 specialised firms for the as6pmbly work. The
Magnitos-croy Combine came to the same conclusions. The
proper organisation and coordination of various assembly
phases and finishing trades is most important, as well as
the organisation of transport and storage of building units.
Double-console cranes of the APS-5 type (UnC-5) are used for
assembly. The maximum lifting height = 11.5 - 12 m'. Special
Car4 1/4 lorries are used for the transportation of wall panels and

Organisation and mechanisation of the construction of large-
panelftype, blocks of flats. (Cont.) 97-5-3/13
of partitions, which constitute 70 - 75% of the total number
of constructional units in this type of buildings. These
lorries have a capacity of 12 t and comprise a "mechanical
hose" with a trailer which consists of a frame, front and
back fixing stand and 2 side steadying arms. In Leningrad
a special lorry for the delivery of panels is used which
was produced during the last 2 years by Glavleningradstroy'.
Its capacity = 12 t.,. The slabs are placed horizontally on
platforms. The whole carrying construction isftapanded and
swings from a horizontal pi-vot to avoid breakage'o This
railer is of very economical design. Another type of lorry,
Mustrated in Fig.5) manufactured by the same factory, com-
I
prises a trailer with low framework with a bridge-shaped
upper structure. The panels are transported in the verti-
cal position. Shock absorbers are provided against break-
age. Carrying.capdcity = 12 tons'. Fig'.6 shows a lorry
consisting of a trailer constructed to cArr
. y panels in the
vertical position with no:,bhobk_Ab9oi`ber*'. Capacity = 7 t.
A 30 - 35% redaction in the weight of the trailer is re-
commended. Panel-transportimg lorries with a capacity of
Card 2/4 25 - 50 tons are plann d to save mileage. The lorries

Organisation and mecham'sation of the construction of large-
panel type blocks of flats. (Cont.) 97-5-3/13
MAZ - 200 (MA3-200) and YaAZ - 210 (AA3-210) are most suit-
able for carrying building elements-such as floor slabs,
landing slabs and balcony slabs. It is most important to
select the right type of orane'. For 3-5 storey high build-
ings the cranes EKSM-5-5 (EXCU-5-5) and EK-5-195(BK-5-195)
of a capacity of 5 tons and an arm-reach of 22-249 m are
recommended'. The gantry crane PM-5 (0(9-5), capacity =
5 tons, arm-reach = 28 m, woxking height- - 23 m, w also
satisfactory. The crane K - 102, capacity = 10 tv mounted
on wheelst with inflated tyres, was used during the erec-
tion of buildings from small panels'. The Min troydormash..'
has recently manufactured cranes on inflated tyrest Mark K-
252, capacity - 25 t, with 24 m long arms'. Another new
crane is BGY,315 N-M-3/5) with continuous tracked propul-
sioup capacity = 3 - 5 t. arm length = 12 - 20 id. It is
often difficult to negotiate roads because of the width of
the crane (5 m)". If road difficulties are encountered the
crane Up - 25 (Mr-25) can be used. The cranes used for
the erection of buildings with more than 5 storeys are as
follows: RKSM - 5 - 10 (Mil - 5 - 10), BTK - 5/8 (GTE - 5/8)#
Card 3/4 BTK - 100 (EiTK-100) and EKSM - 14 (BKC19-14). The assembly

Organisation and mechanisation of the construction of
large-panel type blocks of flats. (Cont.) 97-5-~/13
time for a building,
large Panelst with 1
follows: cellar: 15
Storep 6 - 7 days,
finishing works): 14
There are 8 figures.
AVAILABLE:
50 x 12 m in plang constructed from
crane working in 2 shifts, is as
- 18 days (taken as 24 hours days), 1
the top storey (including the roof and
- 16 days.
Card 4/4

r,, I ~,S P /V(- v t4 , N K ~
KLRSAX07A kand.takhn.nouk
aiwAj__
Irection and fInishing of frameless large-panel apartment houses.
Trudy KIII no.8:48-56 157. (MIRA 10:12)
(Moscov-1partzent hauses)

KIRSANOVA, H.K.. Imnd.tokhn.n&ukj FRUMIN, II.Ye., Inzh.
Mounting construction elements of large-panel ap^rtment houses
directly fron trucks. BlItl . stroi. takh. 15 no-9:13-15 S 158.
(MIRA lltlO)
1. Hpuchnn-imelmdovatells"y Inatitut zhilishchn Akmdamil strol-
tel'stva, I arkhttekturz SSSR.
(Apartment houses) (Precast concrete construction)

IMUNOVA# X*Ko*WLnd.tekhn.z&uko. J~MTBVA. 0.9..insh.
I - ~ 'I-. , L~ - r-"~
Xaking prox1imts In construction yards@ Blul,strol.tskh, 16
no.2:31-33 7 159. (Kru 12:2)
1. Nauchno-looledovatellskly Inetitut shilishcha Akadeall
stroitelletys I arkhitektury SSSR.
(Concrete construction-rormwork)

GELIEERG,, L.A., kand. tekhn. nauk; LTUBIMOVA, M.S.,, kand. tekhn. nauk;
PARSHINA9 X.G.0 kand. tekhn, nauki-ilIVANOYAO lj,,, kand. tekhn,
nauki ZVORYKIN, D.N., kand.tekhn.nauk; ZHAGEl- VA, I.I., inzh.;
Prinimala. uchastiye, LAZAREVI, N.N., insh.; GLAZUROVA, Z.M.,, red.
izd-va; SIIEVCHEM,, T.N., tekhn. red.
(Economics of large-panal housing construction)Ekonomika krupno-
panallnogo shilishchnogo stroitalletya. [BylL.A.Gellberg I dr.
Moskva, Goastrolisdatl 1962. 15) po (MIRA 16:3)
(Precast concrete construction)

KIRSANOVA, M.K., kand. tekhn. nauk; MIKIIANOVSKrY, D.S., Inzh.;
MCNMD, Yu.B., kand. tekhn. nauk,- KREINDLIN, A.N.; SAVKOVpV.
LCUL; O.A.j inzh.; ZHUCHKOV,, N.
(Means for increasing the capacity of plants prefabricating
elements for 1-464A series housesj Puti povysheniia proizvod-
stvannoi moshchnosti zavodov, vypuskaiushchikh doma seriia
I-464A. Moskva., Gosatroiizdat, 1962. 26 p. (MIRA 17:7)
1. Akademiya atroitelletva i arkhItektury SSSR. I'Sentraltnyy
nauchno-issledovatellskiy i proyektno-eksperimentallrqy institut
industriallnykh shilykh i massovykh kullturno-bytovykh zdanly.
2. TSentral'W nauchno-isaledovatellskiy i proyektno-eksperi-
mental'My institut industriallrqkho zhilykh i massovykh kullturno-
bytovykh zdaniy kkadeimii stroitel'stva, i arkhitektury SSSR (for
Kirsanova, Mikhanovskiy, Monfred). 3. Pauchno-i.-sledovateliskiy
institut organizataii, mokhanizatnii i tekhnichaskoy pomoshchi
stroitel'stvu Akademii stroitel'stva i arkhitektury WM (for
Beyul, Kreindlinp Savkov, Zhuchkov).

kand. tekhn. nauk; YRIMK(TI, R.V.p kand, tekhn. nauk;
PEYSIKOV, V.A., Inzh,
Mobile shield method for molding large panels. Stroi. i dor.
mash. 9 no.lt24-28 Ja 164. (MIR-A 18:7)

) - -, I f,, " , -; i f - I., j ~ -: v / ~ ~0, *
SMMIII, Andrey Georgiyevich; SHIRWYA, A., redaktor; KIRSANOTA, N.
tekhnichaskiy redaktor. "-
[At our mechanical bakery] Na nashem khlebozavode. [Hoskyal
Isd-vo rZsSPS Profizdat, 1954. 43 p. (HLRA 8:8)
(Bakers and 'bakeries)

50)
AUTHORS: Kirsanov, A. V., Kirsanova, N. A. SOV/79-29-6-7/72
----------
TITLE: -----
Derivatives of m- and p-Benzene Disulfonic Acid (Proizvodnyye
m- i p-benzoldisullfokislot)
PERIODICAL: Zhurnal obahchey khimii, 1959, Vol 29, Nr 6, pp 1602-1813
(USSR)
ABSTRACT: The derivatives of the p-benzene disulfonic acid can be
used as initial products for new high-molecular products.
The simplest derivatives of the p-benzene disulfonic acid
are of particular interest. In the present paper the authors
tried the synthesis of the simplest derivatives of the m-
and p-benzene dioulfonic acid and further that of the
m,m'-diphenyl-oulfone-dioulfonic acid. The methyl and ethyl
eaters of the m- and p-benzene diaulfonic acid as wall as
of the m,mt-diphenyl-oulfone-disulfonic acid were obtained
by the action of a benzene solution of the corresponding
dichloride on sodium alcoholate solutions which were previ-
ously concentrated by evaporation in the vacuum to syrupy
consistency. When using nearly dry sodium alcoholates the
reaction takes place at the boiling temperature of benzene
Card 1/3 only with a considerable alcohol excess, but it is not

Derivatives of m- and p-Benzene Disulfonic Acid SOV/79-29-6-7/72
possible to separate the diesters of the benzene disulfonic
acids as they are strongly alkylating agents and therefore
react with the excess alcohol. The reaction thus proceeds
according to the scheme
C6H4 (so 201)2 +2RONa - 2NaCl +C6H4 (302 OR )2;
C6H4 (30 20R)2 + ROH ---p- ROR + C6H4(so 2OR)SO 2OH. At a lower
alcohol quantity the reaction proceeds slowly in the second
ertep, and it is possible to separate the diester prior to its
alkylation. The methyl and ethyl eaters of the m- and p-
benzene disulfonic acid are crystalline, readily melting
compSunds and are rapidly saponifidd when heated in water.
It wds shown that the methyl esters of the acids mentioned
have an intermediary position between the methyl eaters of
the-aryl sulfonic acids and those of the nitroaryl sulfonic
acids as far as their alkylating capability is concerned.
The phosphazo-reaotion was carried out for the diamidea of
the aboye-mentioned acids. The following compounds were ob-
tained: m- and p-bia-trichloro-phosphazo-oulfone-plienylene,
tet a-acid chlorides of the m- and p-phenylone-bin-sulfon-
Card 2/3 amilo-pboophoric acidp m- and p-bis-trialkoxy- and bis-tri-

Derivatives of m- and p-Benzene Dioulfonic Acid SOV/79-29-6-T/72
phonoxy-phosphazo-oulfone-phenylone and tetraesters of the
m- and p-phonylone-bio-oulfonamido-pboophoric acid (5 Tables).
The monoamide-monochloride of the p-benzone-dioulfonic acid
and a number of N-alkylated amidee of the m- and p-benzene
disulfonic acid were obtained. There are 5 tables and 17
references, 9 of which are Soviet.
ASSOCIATION: Institut organioheekoy khimii Akademii nauk Ukrainekoy SSR
(institute of Organic Chemistry of the Academy of Sciences,
Ukrainakaya SSR)
SUBMITTED: May 20, 1958
Card 3/3

JVpjjoVAl Zh. H,; KIPSANOVAl N.A.; DERKAM, G.T.
Derivatives of Ri-acyliminooarbenle acid chlorides. ?~.ur. org,
khim. 1 noo 12&2186-2191 D 065 (MIRA 192T)
I* Thotitut organicheskoy khimll AN TJkrWR. -%bmitted December
25s 1'964*

KIRSANOVI A.V.; KIRSAN
N-arylmtlfonylethylene- and hexamethylonediamines. Zhur.ob.khim.
32 no.31887-892 Mr 162. (MIRA 150)
1. Institut organichookoy khimii i Inatitut monomerov i polimerov
AN UkrainBkoy SSR.
(Sthylonediamine) (Hexanediamine)

IVANOVA, 7h.M.; DERKACH, G.I.; KIRSAVOVA, N.A.
Derivatives of N-acylAsothlocyanaten. Zhur. ob. khAm. 34 no-10i
3516-3518 0 164. (MIRA 17:11)
1. Institut organichoskoy khimli AN UkrSSR.

S/058/62/000/007/063/068
A06P/AIOI
AUMOR: Kirsanova, N. N.
TITLE: About the problem of measuring the temperature of a d.c. arc
PERIODICAL; Referativnyy zhurnal, Fizika, no. 7, 196,1), 55 - 56, abstract 7Zh372
("Tr. Voronezhsk. un-ta", 1961, v. 55, 105 - 110)
TOM Dy the method of measuring the relative intensity of spectral lines,
the temperature Df a direct current are, burning in the air at the atmospheric
pressure, was determined, and the temperature distribution over the si,~ctlon of
the are (cur *rent of the are 4.5 a; distance between the electrodes. made of
coal powder with additions 7 mm) was investigated. The Image of the arc co-
lumn was projected onto the slit of a HU -22 (ISP-22) spectrograph (in such a
maiiner that the ax1s of the arc wan perpendicular to the slit) luid the lines of
t~e Cu spectrum in the 5,100 - 5,200 R range were photometered. For determining
the intensity distribution I(r) of the radiation along the radius or the column,
use was made of the Horman transformation
Card 112

S/058/62/000/007/063/068
About the problem of,.. Ao62/Aiol
ro
1'(x)dx
I(r) 1AT Ix -2 2
Vx -r
r
[I(x) being the intensity distribution along a spectral line]. In thiz way the
intensity distributions of the l1nes along the radius were calculated, and their
!ratio permitted the determination of the temperature distribution over the cross
section of the arc column. The temperature of the are which is 4,701-10K in the
centre, decreases to 4,1000K at the ragius of 2.2 mm. The average temperature
~or the whole volume is equal to 4,300 X and coincides with the te.-.1perature mea-
bured when lighting the alit in the usual way (without applying a transverse
photometry).
Yu. Kniz1-ji11kuv
(Abstracter's note: Complete translation]
Card 2/2 ,

~1237
3/194,/62/000/007/116/160
D271/D308
AUTHOR:
TITLE: The problem of measuring the temperature of a DO arc
PERIODMAL: Referativnyy zhurnal. Avtomatika i radioelektronikay
no. 7, 1962# abstract 7zh372 (Tr. voronezhak. un-ta,
19610 Ve 55p 105.-- 110)
TEXT: Mleasurementlf relative intensity of spectral lines was used
in determining the temperature of a DO are in air, at atmospheric
pressure, and in st'_~Ying temperature distribution over the croas-.-
section of the arc rc current - 4.5 A; distance between electro-
des - 7 mm; electrodta of carbon powder with additives). The image
of are column was projected onto the slot of a spectrograph viru -22
(ISP-22) (so as to have the are axis perpendicular to the slot and
Ou spectrum lines In the range of 5100 - 5200 X were photo-metered*4
florman transformation
1i (s) dx
Card 1/2 r

4 8/194,/62/000/007/116/160
The problem of meaBuring the D271/,308
(where IW is intensity distribution along the spectral line) was,
used in determining radiation intensity along the radius of the
column I(r). In this way, intensity distributions along the radius
were calculated and from their ratios temperature distribution in
the crosa-section of the arc column is found. Arc temperature in
the middle is 47000K and drops to 41000K at a radius of 2#2 mm, Vo-
lume averaged temperature is 43000K and this agrees with.the value
measured by illuminating the slot in the usual manner (without per-
pendicular photographing), LAbstraoter's note: Complete translation]
Card 212

3/035/62/000/010/011/128
A0011AI01
AUTHOR: Kirsanova, N. N.
TITLE: From experience of visual observations of Earth artificial
satellites
PERIODICAL: Referativnyy zhurnal, Astronomiya I Oeodeziya, no. 10, 1962, 15 16,
abstract IOA145 ("BYul- at. optich. nablyudenlya iskusstv.
sputnikov Zemli", 1961, no. 23, 19-- 20)
TEXT: The author reports on using nomograms in observations of Earth
art~ifioial satellites.
.1
P
[Abstracter's note: Complete translation]
Card 1/1

KIRSANOVA, N.N. (Voronezh)
Practice of visual observation of artificial satellites. Biul,
stA.opt.nabl.isk.aput.Zem. no.23:19-20 161. (MIRA 15:3)
1. Stantsiya nablyudeniy iskusetvennykh aputnikov Zemll No.015.
(Artificial satellites-Tracking)

SEWOVO LV.; DAVDCV2 V.P,j SHISHAKOV, N.V.; CHUKANOVA, O.M.;
jq~WOVAP ~00?0
Prospects for and the economic effectiveness of using trapped
emulsions and vatery petroleum products in the preparation of
acetylene. Xhim. i takh. topl. i masel 8 no.7:40-44 J1 163.
(MIRA 16:7)
I, Institut goryuchikh iskopayezykh Akademii nauk SSSR.
(Acetylene) (Petroleum products) (MmWd ng process)

KI',.*-,/.NOVA, 1, S'll"V71, ! V,
Ecinomic~ ef ficter,-.y of a! -. ;. -,i, " ~: ,I -. c -*. -:: ~- i C'n r-. -4.,
, '9 .
ICI 20:14i,-50 If.3. , 1~ ,, -Its)

SEnNOVj L.V.; KIRSANOVAv D.P.$ DAVYDOVo V.P.
Economics of and prospects for the use of peat In the by-
product coke industry. Trudy IGI 20s237-242 163. (MIFU 170)

- IIIHSA OVAp -RoP61 VLODATNBg X*L*j B710 S*Sh,
Absorption sethod for determining the moisture oontent of mixt=es
of hydrwarbon gases, Gas. prom. no"4:44-47 Ap 138. (KIVA IltO
(Oases-Zlysis)

11WAWVA, R.P.; NX, SSh.
Liquid - vapor equilibrium In an sostaldehyde - methanol system
at atmospheric pressure, Zhur. prWe khim., 31 no-10.0.1610-1612
0 158. (nu 12: 1)
(Acetaldehyde) (methanol) (?has* rule and equilibrium)

ZIRSANOVA$ R*Po; Me BaShe
Idquid - vapor equilibrium in the system allyl alcohol - Isoproprl
alcohol at atmospheric pressure. Zhur. prikl. khim. 33 no.12S2?84-
2786 iD 16o, (MM 14:1)
(Allyl alcohol) (Isopropyl alcohol)

BTK, S.Sh.; XXMBDVA, R,P*
., ~, 1, 1- --- -
Separation of certain hydrocarbon mixtures by means of diffusion
through nonporous organic membranes. Zhur. f1s. khIm. 34 no.12t
2844 D 160o (Min 14: 1)
(Diffusion) (membranes (Chemistry))

MWAMAS B.P.1 BrKj 8.8h.
Liquid vipor equilibrium in the oyatem acrolein - acetone at the
preseure of 200 m. of Ng. Zhur.priklekbim- 35 nools198-199 ;a
162. (MIU 15S1)
(Acrolein) (Acetone) (Phase rule and equili*im)

XIR Ol 0-14P-s; BYK, S.Sh.
Using syntbetla zeolltas for deep drying of propylene. Nefteper. i.
neftekhim. no.605-39 165. (MIRA 180)
1. N1153.

RTIMT, D.A.. redaktor; STMk=To Me, re&*tor; KINWOUt SoBoo redaktor;
GAEUGAMMY, TvVo , Inshener, rvdsktor. -
[loonomising metals In forging and stamping] Bkonoulla metalloy v kus-
noohnosh"ovochnon proinyodstys. Kookysi, Ooso nauohno-tokhn. Isd-vo
mashinostrotto lit-ry, 29339 273 Pe (MM 7;1)
(Forging) (Pawhing machinery)

VAWV, A.M.; PFWS. V.P.; MALINDV, A.M., retsenzent; inshener;
I
MANAKIN, N.B., redaktor; KIRSANDTA, S.B., luzhoner. redaktor:
POPOVA, S.I., takhniches -1
[Mechanization and automatization of punch-presa work] Hekha-
nizatsita i "tomatisatsii& shtampovochmykh rabot. Hooky&,
Goe.nauchno-tekhn.lid-vo mehinostrottellnoi lit-ry, 1955. 307 p.
(Shoot-metal work-Stamping) (HLRA 8:11)

DABIWO, V.A., lnzh.; BRTUUMOT, A,N., kand.takhn.nauk; VLADIMIROV, N.Y.. insh.;
GXRSEM, H.S.,' lash.; SUBUOT, T.N., Insh.; GOLOYM, I.Y., lnzh,;
GOSTJW, V.I., inzh.; XKFJLM, T.T., insh.; KALIKOT, A.M., lnsh.t
KANSUROV. A.M., insh.; HARMOV. Y.N., kand.takhn.nauk; KYSOZHNIKOT,
V.M., kand.takhn*nauk; NATROTSKIT, G.A., kand.takhn.nauk; HASK11D,
Y.L., insh.; 'SKIT, A.T., kand.takhn.nauk; SIVORTSOV, A.A., kand,
tekhn.nauk; SOKCLOV, I,G., kand.takhn.nauk; STOROWIT, N.V., kand,'
takhn.nauk; TEMOV, A.T., inzh.*; XHRZHANOVSKIT, S.M., prof., daktor
takhn.nank; TSUKERMAN, M.T., insh.; SHAPOSHNIKOV, D.Te., insh.;
MEU71TAKOVSKIY, X.Z., kand.tekhn.nauk; MDMOV. A.A., doktor tekhn.
nauk; TAKOVLRV. T.0., inxh.; red.; SIM,
B.M., inzh., red.isd-ve; SOKOLOVA, T.Y., takhn.red.
[Technological handbook on forging and die forging] T;khnologichaskii
,avochnik po, kovke I tb"emni t ov)cs. Hosk*a, G6e.na khn.
HIM mashinostroit. i - W5 TIR -P. - .
rfior g)

BOV/122-59-1+-15/28
AUTHORSs Storozhev, M,V.1 (Cand.Tech.Sci.j Doctnt,
Semenov Ye I (Cand.Tech.Sci., Docent and
Kirsanov'a$ 6 i!, Engineer
TITLE: Refinement o; the Pattern of the Deformation Core and
Determination of the Force in Die Stamping Otochneniye
formy ochaga deformatsii I opredelenlye usiliya pri
shtampovke)
PERIODICAL: Vestnik Mashinostroyeniyal 1959, Nr 41 pp 55-61 (USSR)
ABSTRACT: When forging In an open die, after the first stage of
filling the die cavity, the second stage consists of
pressing the excess metal from the die cavity into the
flash and calibrating the height of the forging
(upsetting). The maximum forging pressure occurs
during upsetting. To find the relation between the
dimensions of the deformation coro and the thickness of
the flash, tests were carried out with lead. Specimen
blanks were split in two halves and a grid was drawn on
one half. Both halves together were upset in the diet
after which the half with the grid (Fig 2) was photo-
Card 1/4 graphed. The deformed grid exhibits three zonest namely
the zone of large deformation, the zone of small

SOV/122-59-4-15/28
Refinement of the Pattern of the Deformation Core and Determination
of the Force in Die Stamping
deformation and the undeformed zone. The first zone
includes the flash. The tests were carried out with
different flash thicknesses. Specimens with a large
thickness revealed the three zones more clearly. 7he
dimensions before and after the final forging deformation
are tabulated (Table 1). Several geometric quantities
were recorded in specimens after the tests leading to the
mean height (thickness) of the flash during the
calibrating period. In forgings with small flash
thicknesses similar to those obtained in practiceg the
deformation core Is small. To obtain a better measure
of the deformation core, a further test was conducted.
The specimen was photographed after upsetting and the die
was subsequently ground down in the parting plane by the
amount of flattening of the flash. The flash formed
during upsetting was removed down to the forging diameter,
and the forging operation was repeated. A substantial
degree of defcrmation was achieved in the centre of the
Card 2/4 specimen without changing the conditions of upsetting
and the degree of deformation of the flash. The plotting

SOV/122-59-4-15/28
Refinement of the Pattern of the Deformation Core and Determination
of the Force in Die Stamping
of the deformation core by this procedure presented no
further difficulties. The relative thicknesses of
deformation zones were plotted against the relative
diameters of the forging (Figs 5 and 6). The thickness
of the first zone at half the forging radius differed
little from combined axial thicknesses of the first and
second zones. The thickness of the deformation zones at
half the radius away from the axis was also plotted and
found, like the thickness along the axis, to increase
progressively with the ratio of the diameter to the flash
thickness. The thickness along the axis of the
deformation zone did not vanish even at small diameter/
flash thickness ratios. When these ratios were about 20,
the ratio of deformation zone thickness to flash thickness
was about 3.5. The diameter/flash thickness ratio also
affects the pattern of the deformation zone. At a ratio
of 3, the deformation zone is a bi-concave lens. At large
ratios, the "lens" becomes bi-convex. The usual
Card 3/1+ analytical solution for the deformation zone assumes this
to be conical or a stepped profile. A better solution

SOV/122-~9-4-1~/28
Refinement of the Pattern of the Deformation Core and Determination
of the Force in Die Stamping
assumes an elliptical shape. With the help of simplifying
assumption (plane strain), the forging pressures are
obtained by analysis. For forgings which are round or
nearly round in planform, the equilibrium equations are
used in spherical coordinates when the deformation is
axially symmetrical. The analysis of this case is also
treated.
There are 11 figures, 2 tables and 8 Soviet references.
Card 4/4

ACCESSION NR: AP4011290 S/0136/64/000/001/0066/0069
AUTHOR: Natapova, R, I.; Kiroanova, T. A.; Malikova, L. P.; Sokolov, Yu. A.;
Parusnikov, V. N.
TITLE: Cold drawing of tantalum wire
SOURCE: Tsvetny*ye metally*, no. 1, 1964, 66-69
TOPIC TAGS: tantalum wire, tantalum wire drawing, tantalum copper plating,
cold drawing, wire drawing, copper plated tantalum wire
ABSTRACT: A method for smooth drawing of tantalum wires (Authors certificate
Nr. 148373) was devised to eliminate wire rupture and gas absorption by the
metallic wires which cause the wire to possess poor mechanical properties.
Since the use of ordinary lubricants and oxidizing of the metal surface does not
eliminate these difficulties, it is proposed that the tantalum material after
cleaning be copper plated by hot dipping in an inner atmosphere. Hot-drawn wire
was cleaned of aquadag and oxides by electrolytic etching. Hot copper plating of
C.rd 1/2

ACCESSION NR: AP4011290
the cleaned wire was done in argon by drawing the wire through a graphite cruci-
ble with molten copper. Rate of drawing and temperature must be strictly con-
trolled for uniform coating. The latter Is uniformly deformed during cold draw-
ing and does not peal off. Cold drawing of 100-200 micron diam. wire(coating
1-2 microns) to a maximum size of 40-60 microndiam. can be achieved. For
drawing to finer wires electrolytic copper plating should be superimposed thereon
(100-200 micron diam primary wire 10-20 micron diam final wire, 3-5 micron
coating achieved in two passages at a rate of 1. 5-2 m/ min, 20sec. in the bath,
20 amplsq. in. current density). Electrolytic coating should be applied over
etched hot coating for better uniformity and smoother drawing of small gauge
wires. After drawing, coating should be electrolytically or chemically removed.
Thus, perfect cold drawing of finest gauges becomes possible due to copper "
plating. Rate of drawing ranges from 20-15 m/min for 30-250 micron diam to
8-2 m/min- for 10-30 micron diam. Orig. art has: 3 figures.
ASSOCIATION: None
SUIBM=ED: 00 DATE ACQ; 14F*bG4 ENCL: 00
SUB CODE: EL NO REP SOV: 005 OTHER: 002
Card 2/2

69,127
SP09/60/005/05/0115/021
V, 4/, 2.13 o E140/035
AUTHORS: Shullman, A.R. , Kirsanova, T.S. and PavAv, V.K.
TITLE: The Work Fun Thin Ftlmji, of' barilLgi
MEA.iofof I __Q-v
Junsaten Base
PERIODICAL-. Radiotekhnika I alektronika, 196o, Vol i, Nr 5,
pp 84o-848 (USSR)
ABSTRACT% The dynamic variation of barivm-oxide work functicri at
various temperatures of a tungsten baA~~ Is d*~termlned.
The process is more complicated than in thp ;:ase of
metal-atom films, since along 4,r-tb evapoz.,%ticn and
migration the film state is effectnd t1,r.-,%gb
reactions with the baso inater-,..xi. The f_-Im th_.ckAesA
was estimated from optical me"surements and deposit-'an
time. Measurements of work functior, ind.catfd tht,-
following: a) The variation of' work tunct-ton with film
thickness has a monotoni,: charaziter, !,) Tht curve o!'
film work function against thickne-is at va-ious rales
of deposition does not very aVpr~-ciably, ALthztign. there
are certain common features In the behaviour- of bariam
and barium-oxide films on tung~pten bn.ie. the barium-oXida
Card 1/2 films are subject to dLffer,~nt 1,awq zhe barium films.

69927
s/log/60/005/05/015/021
E140/E435
The Work Function of Thin Films of Barium Oxide on a Tungsten Base
For barium the work function curve has a minimum,
for barium oxide monotonic curves are obtained. The
results are closer to those obtained by V.M.Gavrilyuk
(Ref 3,5) than those of Russel and Moore (Ref 1,2).
It is concluded that the processes occurring with
heating of the films are fairly complex and it is not
possible to explain them by any single phenomenon, for
example evaporation, but at least two processes occurs
one of which leads to increase and the other to decrease
of the work function. Therefore, deactivation curves of
the barium-oxide-tungsten system cannot be directly
treated as desorption curves. Further experimental
work is necessary in which the assumed elementary
processes can be separated. There are 7 figures,
1 table and 5 references, 2 of which are Soviet,
1 English and 2 English in Russian translation.
ASSOCIATION:Leningradskiy politekhnicheskiy institut im. M.I.Kalinina
I(Leningrad PolXtechnical Institute imeni M.I.Kalinin)
SUBMITTED: July 6, 1959
Card 2/2

s/log/60/005/008/005/024
3/ ;Lo (Ioo3, // 3 7, 5/0) E140/555
AUTHORS: Kirsanova, T.S., Shullman, A.R, and Engovatova, N.I,
TITLE, Emissivity of Thin Barium Oxide Films on Metal Bases
PERIODICALi Radiotekhnika i elektronika, 1960, Vol,5, No.8,
pp.1225-1232
TEXT: In the study of thin films, the emissivity provides a
fuller evaluation of the state of the system than a knowledge of
work function. Further, emissivity is of independent interest
since, in the last analysis, it in precisely emissivity that is the
important characteristic. Nevertheless both indices give only
aggregate results and are no measure of the individual elementary
processes (evaporation, migration, chemical reaction, etc.). The
present work therefore studies the variations of emissivity of thin
barium oxide films on tungsten occurring as a result of prolonged
heating at various temperatures, The results of the study indicate
that the emissivity of these systems depends substantially on
temperature and on the heat-treatment cycle of the films, Optimum
emissivity is obtained at definite temperatures, This in taken to
indicate that variations in film state are nct connected only with
Card 1/3

5/109/60/005/008/005/024
E140/E555
Emissivity of Thin Barium Oxide Films on Metal Bases
evaporation of active material, since variation of work function
with thickness occurs monotonically, It is necessary to suppose
the existence of at least two elementary processes. The curves
obtained suggest the usual activation characteristic of an oxide
cathode, It is therefore supposed that at temperatures of the order
of 1200-1400*K, free barium appears in the systems studied, An
inverse relationship is found between the thickness of optimal
coating and activation temperature. However, the Richardson work
function is independent of initial film thickness. It is proposed
that increase of emission in not connected with decrease of work
function but with variation of the area of the emitting centres,
directly related to coating thickness at low thicknesses it to
supposed that the variations observed are connected with changes of
tote of the film materials The data obtained also art consistent
:
ith the concept of migration of particles ovtz the surface during
heat-treatment, Acknowledgments are made to the graduatif student
V 1. Zarudnyy for his assistanze. Thorc are 6 figures. 2 tables
and 8 referen(es, 6 Soviet and 2 non-Soviet
rard ;1/7)

s/109/60/005/008/005/021*
F140/E555
gm i sm a v i t y o f Th t n Bn r j %im Ox t d e F i J nvi on Ho- I it I lia
ASSOCTATION Leninvitifloikiy politeklittichrok,ty institut im(ni
,,1 1. Kalinin,% (I.oningrad 11olyteLlIfItcal Institutt,
SUBMITTED. December 21, 1959
Card 3/3

83270
s/iog/60/005/009/017/026
9140/2455
AIUTHORSi Kireanova, T.S. and Sakharov, X.Ye.
TITLE: Work FunctiovhVf Thi rium Oxide Films on
MAYBA
Molybdenum Base
PERIODICALs Radiatekhnika i elektronika, 196o, Vol-5, No-~91
pp-1500-1507
TEXTs An oscillographic method for measuring work function from
the shift of volt-ampere characteristics has been developed,
substantially shortening the duration of the mspaurement and
reducing the intensity of electron bombardmentNiDf the sample.
A feedback circuit In used in which variation of contact difference
of potential is compensated to maintain the potential between the
anode and the cathode constant. All possible causes for a change
in the slope of the characteristics, for example, cathode heating
currentat have been reduced to a minimum. Hencq, the only cause
for change in slope admitted by the authors is a change in
contact difference of potentials. The change was read on a pointer
instrument and also observed on the oscillograph screen.
Measurements were carried out in an ex erimental diode (Fig-3) at
residual pressures of the order of 10-~ mm Hg. In each sealed-off
Card 1/3

83270
s/iog/60/005/009/017/026
Z140/19455
Work Funetion of Thin Barium Oxide Films on Molybdenty- Base
device a film of barium oxide was first deposited on a tungsten or
molybdenum base at room temperature. The final work function in
either case was between 1-7 to 1-9 OV, with scatter not exceeding
0.3 eV. The effects of heat treatment were then investigated.
Compound curves (Fig.6) are plotted to show the behaviour of
BaO films on Mo as functions of initial thickness, duration of
heating and temperature of heat treatment. The results of the
present work were compared with those of Ref-3, in which Ba-W
systems were studied. It was found, an before, that the
temperature at which variation of work function begins depends
substantially on film thickness and the processes occuring in the
heat treatment of the films increased the work function. However,
the threshold temperature is higher for molybdenum than for tungsten.
Good agreement with Narita's results is claimed, but not with those
of Moore and Allison (Ref-5). Deactivation curves of BaO-Mo
systems are similar to those of B&O-W. It is assumed that the
basic process leading to increase of work function is evaporation
of the layer but the identity of the evaporation product remains
unknown. Qualitative agreement of the present results is claimed
Card 2/3

83270
s/log/6o/oO5/009/017/026
&140/9455
Work Function of Thin Barium Oxide Films on Molybdenum Base
with those of Ref-7 to 11. Anomalies in the curve shape, and
differences in the behaviour of the films on tungsten and
molybdenum, may be explained on the basis of chemical reactions.
Finally, agglomeration of barium oxide may have a substantial role
in the processes studied. There Are 6 figures, 1 table and
11 references: 6 Soviet and 3 English.
ASSOCIATION3 Leningradskiy politekhnichaskiy
institut im. M.I.Kalinina
(Leningrad Polytechnical Institute im. M.I.Kalinin)
SUBMITTEDs August 5, 1959
Card 3/3

h0899
511811621004100910391045
9Y,7000.( B104/B186
AUTHORS: Mrsanova, T. S., Shullman, A. R., and Denxentlyeva, A. V.
TITLE: 'tiork function of thin barium oxide films applied to heated
tungsten
PERIODICAL: Fizika tverdogo tela% v. 4, no. 9, 196:?, 2615-2617
TEXT: The change in the work fun'ction of a-BaO-W syntem was determined
as a function of the temperature of the vi band during the spray coating
of BaO. At pressures of the residual gas of (I-2)-I(r9mm Hg, BaO was
sprayed onto bands of temperatures between 800 wi.d 15000K. The dependence
of the -Arofr, function * on the coating time t Was determined foi various
temperatures of the A bands 011g.). After somip hours of 11 prayij,
9 becomes virtually independent of the coating time (equilibrium . If
such a film is annealed for some hours at the temperature of the'A-band
during the coating, a quasistationary state is obtained in whi,ch the work
function of the system does not noticeably change even on further heating.-
Annealing of the 4-band durint the spraying yields much more active
thermionic emitters and more solid films than spraying onto cold bands.
There is 1 figure.
Card 1/2

.S/181/62/004/009/039/045
Work function of thin barium... B104 B186
ASSOCIATION: Leningradskiy politekhnicheekiy inatitut im. M. I. Kalinina
(Leningrad Polytechnic Institute imeni M. I. Kalinin)
SUBMITTED: May 24, 1962
Fi g. Dependence of
the work function of &
the BaO-Y" system on
the sprayine. time at 4.0
various temperatures . 211
of the Vi-band during
the sprayinq.
Legend: (1) dependence 3.0
of the equilibrium work
two f5do TOK
function on the W-band 300 30,
temperature; (2) -
*
dependence of the. x wook
980
quasistationary state OK
on the W-band
temperature.
Card 2/2 fog -:00. A&Z

hogoo
B/181/62/004/009/040/045
B104/B186
AUTHORS: Klr,,anova, T. S., Shullman, A. R., and Gerasimova, A. P.
TITLE: Adsorption of barium oxide on the 010) face of a tungsten
single crystal
PLRIODICAL: Fizika tverdogo te la, v. 4, no. 9, 1962, 2617-2620
TEXT: The experiments were made with-a method developed earlier
(T. S. Kirsanova, I. Yo. Sakharov, Radiotekhn. i elektron., 5, 69, 1960).
The (110) face of a tungsten single crystal was prepared at the
Laboratoriya kafedry elektrofiziki Tashkentskogo gosudarstvennogo
universiteta (Laboratory of the Department of Electrophysics of Tashkent
State University). The experimental arrangement permitted heat treatment
of the single crystal at temperatures up to 26000K and'simultaneous .
bombardment with electrons. The barium oxide was applied at a constant
spraying rate of 0-015 monolayers/minute. The dependence of the work
function on the temperature of the single crystal during the spraying was
determined (Fig.). Results: When BaO is sprayed onto hot W backings,
the adsorptive and thermionic properties of the BaO-70i system depend
11
Card 114~<

s/18i/62/004/009/040/045
Adsorption of barium oxide on... B104/B186
considerably on the crystallographic orientation of the faces. Unlike
in the adsorption of BaO on polycrystalline backings or on not densely
packed tunEsten atoms (T. S. Kireanova et al., FrT, v. 4, no. 9, 1962,
p. 2617; Raniotekhnika i elektron., 5, 8406 1960) the work function in the
interval between room temperature and 11)0 K does not decrease when BaO
is adsorbed on densely packed W atoms. This.1s explained by,the single-
phase adsorption of barium oxide on the densely-packed tungsten surface
atoms. There is I figure.
ASSOCIATION: Leningradskiy politekhnicheakiy institut im. M. I. Kalinina
(Leningrad Polytechnic Institute imeni 14. 1. Kalinin)
SUBMITTED: May 24, 1962
Fig. Work function versus coating time t (minutes) at various temperatures
of the W single crystal.
Legend: (1) 5000K1 (2) 6500K1 (3) 750OKj (4) 870OK; (5) 900OK; (6) 11500K
annealine tem eratures). Backing tem eraturee: (7 3000K; (8) 650OK;
750OK; (10~ 870OK; (11) 9000K; (123 10000KI (13~ 11500K.
M
Card 20.2-

SHULIMAH, A.R.; CIERASDOVA, A.P.
Adsorption of barium cadde on face (no) of a tungsten single
crystal. Fiz, tver. tela /+ no.9:2617-2620 S 162. (MIRA 15:9)
I* Lenirgradekiy politekhnicheskiy inistitut imeni Kalinina.
(Barium oxide) (Tungsten crystals)

KIRSAIIOVA, T.S.1 STIULIMAN, A.R.; DDIENTIYEVA, A.V.
Work function of thin films of barium oxide on heated tungsten.
Fiz, tvor. tola, 4 no*9:2615-2617 S 162. (14IRA .15:9)
1. Lenin dskiy politekhnicheskiy irstitut ineni Kalinina.
=ium oxide) (Tungsten) Work function (Physics))

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AUTMRSt M-MUM, TLJ" Oballman* At as
Tl=i The nature'of the dqmadenoe of the work function in the aptem barius
codds Ass mUl on the degres 9f surface covering
i'SOUROBI nsika tvwdop t#244 ve 6# no, 2j 2964g 282-289
TOM TAOSs wo* functionp barion oxIdep barium cadde plas = talp molytAenum,
tungatens awhoo mverings setivated Mmorytion, rAnutivated sdamptionj adsorp.
-tion
ABSTRACTe This is a oontimation of work done bjY these autbarsq partly in coop-
Oration with others, on this saw general problem. It has been shown previou
'that the nature of the cum for (0) . where work function wA 0 a dew";
vf surface covwage is affected by the adsorption of B&O molecules in both
of adsorption (nonsativated and activated)e In the case of W,, it was not possible
,,to obsem stwface awerage of both phases because tW ovvwlap the tesperature
.range in whiah wbire adsorption ad evapqatiou occure Therefore,, to obtain
:,& proper pictun of the depeadmos of T w T (0) on -the complete quantity of adbe
,sorbed B&O mlsov2sej It prov of Y&2u* to investigate the aptea B&04(*, with

ACCESSION XRv AP19=765
IMo# snporation, of the BaO molecule taken place at temperatures approidmatdy 200P
fbigher than for W at the same degroo of surface coverage. The authors show that
;Lw-te:Verature activation of thin B&O film is not associated completev with
;restoration of the BaO material on tho axibstratso The nature of the curve of
Q (0) an the system B&O-motal to (lotomined by the conditions wider which the
%ad ant the teoperature of preheating and the crystalline structurs
film is sputta
of the substrate* As a oonsequence of activated adsorption there occurs an in- 4
?creue in concentration of BaD molecules in the monowlecular inwfacs cover, and
this leads to a decrease in the work function of the monamoleau'lar system andp
!;onswr4evt3jv# to a change in tos nature of the curve* Ifs, In the toweratum
range where activation in observ j wiUllayered adsorption in asibles'or if the
'entire surface of the crystal Is covered (in tho case of D"rs than the curve
;of w T (0) showi a weU-deflned minlnw6 #The authors awass th#lr thanks to
the students Ao Io, Soloviyeva, and Is* Be Ovahiraikovap ubo participated In =king
MWABOR 0r1g9 arbo bast 3 f1wtso
MODIATIM t Institut 1#4 No 19 va'4rAn&- Leningrad (Po2A"h-
liical Institute)
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