SCIENTIFIC ABSTRACT KLIMANOVA, Z.F. - KLIMASZEWSKI, M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723110013-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 18, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KLIMAHOVAt Z.F. (Moskvap 1-110p u1. Durova, 1311, k-Y.21)
ClIrical diagnosis of mabothellomae Vop. onk. 10 no.6s52-59
16-4. (MIRA 3AS3)
1, Tz kliniko-diagnostichaskoy, laboratorli (zave - kandsedonauk
X.M.Shillar-Volkova) Gosudarstv*nnogo onkologicheakogo instituta
imeni Gertsena (dir. - prof. A.N.Noylkov).

Therapoutto and diamostio 'trachoobronchoseopy in cMIdren.
Khlrurgila 39 no.4a.37-42 Apf63 (MTM 17t2)
1e Is kafedry dotakoy khtrurgli ( says - pmfe S.U., DDletakir)
"Sentrallnogo inatttuiA unt"rahmatwomlya Ynchay na burs
dcakoy klinleheakov t-ol lnlt.Ay No.2 immi I.V, Rusakm (glavnyy
vrach H.M.Xrainwap.

KLIWSMA V91 MOTS, O.T.
Treatmt in oorosM lasuffiolcioy vith noymabs bloob of
tht iknt*rior modlastlmae lauchotmdy L'Tovooblot*r*p*obwm
D081489.M 161. (NM 26o5)
1. Kafedra fakalftetskoy khirwrgii loobobtiogo takulltata Llvar-
skogo usdiiWimskogo institaU (mm. k&fWM - Wof. G.(L Kuvmmov)
(COFOUM SuaT DISWZ) NOVOCANS)
Wtmsnnmium~

_jRWXLTA V.A. (KaUnibV"(Obl.),12,Vovlnqk&ya ul.vM)
Inpravod tube for intubation amatheA#. Grud. khIr. 2 no. 5t
114-U5 8-0 '60* (KMA 26s5)
lo In otdolonip gradnel kbirurgii (sav.M.B#Dribinsuy) Lwallt
gradskay obUstnor bollnitay (gl&My vmh o. saslusWm" vrach
RSFSR MAUppow).
(IWMTRACHM AMMUMA)
(AMMMOU)GY-APPARMS AND INSTRM")
A

ILIKUMZIYs Y.A-
Coaal pblegnon. Xhlmrgila 34 no.9:101-202 3 $58. (XW 1284)
L Is khtrurgichookogo otdolonira (savo ?.A. Zvoreva) Ulluin-
gradskay oblastnoy bollnitiq (glarW vrach ToT. 7111ppov)o
(PEUMM)

DRIBINS11Y, N*Bol XLIMAUXIYO Y.Ast AMWWA, X#T#
Cathaterlsation of the branchl In the Induction of Intubation
masthesta. Mdrargil& 35 no.6t59-63 Jo 159. (mm 12:8)
le Is otdolenlys grudnoy khtrargit (save MeDeDrIblaskiy)
tallningradekay ObUstaoy b6l'attay (gUvay vrach - imad.
sulushenrWy vrach JWSA T.Velfilippov)o
(AUSTMU, =DOTUCMUL
oprors & hasawds in Intubation of bronchi,
T. (Run))

KLIMANSKIY# Vs A,t CAND MED 3019 "BROMOHOGRAPHY IN
CHILDRIEW moscol-KALimimaRAD, 1961, (MIN Of HCALTH
RSFSR, FIRST Mosdow Onocit or LemiN MCD INST IM 1,U*
sca"amovt CHAIR Or HOSPITAL SUROCRYl KALININalkAOSKAYA
OILAST HOSPITAL# DePT of THORACIC SUROCRY)o (KL# 3-61#
232)*
423

l"IM131=9 M.Bo; X= VoAo; LAURZVA., T.G.1 LTAXEDVAt Y*oA*
km&ogrtpby =do intravenow mostbasis, In tr"b"3. Intubstlim.
37,
11,12'sm" -noo4i" 161o
10 Is otdo cniboy kbirargli (saw* ?tAd=lM MoB*
.,L_
Wibinskly) go"WoPedekoy ob3mtnoy bol nitay (g.UvVy
Trach vrub RIM kindommoom* Toy* YMPPM)o
(mmoia-4tAMOMUM) (IMAYMM AMTMIA)

DRIBINSKIyo M. B-p kand. md. nauk; KMANSKrY, V. A.
.. . ............. .....
Xxtraction of foreign bodies from the tracbea and bronchi In
children, Khirurgita no.6!65-72 :o 162# (KMA 150)
2. rs otdolonip grudnoy kbirargii (Sav. - bwdidat meditainskikh
n~ blukly) Uliningmdakay obUstnoy bolinitsy
(91M~dVlh -- saplusbamW vmah HSFSR Wididat mditsinskikh
nauk V. V. Filippov)
LVWla.FOFZION BODIM)
MACHZA-MWM BWIM)
~
NNE"

_ff";kfyevich) LUKMSKIX,, G.I.p red.
foronchograptq in children)-bronkhograflia u detei. Mo-
skva# Meditainap 1964. 130 p. (YI'IA 170)
I ;

KLIKARSKIYO Y.A.1 OPOROVt 0,A-1 MMACIWP L$4 SCIIA8171TY# S-A"
The canditloo of the lesser circulation In non-specific pulumarY
fibrosis In ohildren, Cooke pediat, 20 no~31383-395 Mr '65

~;.
- , -, M 1 - 7 .
- rMllpifl -
. I'i p 1 - , " M 7~-f- ~
ir -
, C7
. t- , - - " 0-0
1.

PUSTILINIKOVO M.R.; SAVVINAt YOM,; KLIMMW, A.A#
Geological results of gravlmtrlc investigations carried out in
the northwestern Cisoauo"ta, Geol, neftl 1 gam 7 noe7i4"?
n 163.. (KIRA 160)
1, Trent Kramodarnaftegootisika.
(Caucasus, Northern-4ravity)

USSR /,Pharmacology, Toxicology. Analeptics. V
Abo Jours Ref.,Zhur-Biol.,, No 18,:458, 85131.
Author surovtaova, S. pop a V,, Batkin, 1, ze
Inat Not given,
Title The1nfluino's of Chinese Lemon on Condition6d'and
Unconditioned Vascular Reactions in*Patients with
Peptio.aUloer of.,.the Stomach and Duodenum,
Orig Pub: In the collection;.Xaterialy k.izuch. zhentahanya
I limonnika,,'. No, 3, leningrad.' 1958.. 187-1970
Abstract: In -9~ patients with peptic' ulcer, and in four healthy
Oubjeotestudies were-niade, with the aid of.the.
'of th e ~ Inf luence, on 'Vascula.- :re-
actions of. doses of.- 145-2 gm of the griound,seeds
Ir I * '5 ethysm6giami'were taken
-of lemon._(.,* rior to
and after (1-5-3 hours) the doses of L. Cold was-
used as the unconditioned stimulus, and white and,
Card 1/2
26

BMIA, I #Po; BORISOV 0A#Yo; 7MMAY11,0.1o; TAYSBM,L.B.;
UNRIBIN.B.N.; BORODU11N.A.1,; SRMOF,G.Y.; DONNITSKITOL7,; CM0V47.P,
SORCKO,L.Not KUKUMON 5 PAVICTSKIT's"I.: ZILIMIRMAII.K.B.00
LYUIXUCV,I,So; '31 *Do; MWIXS1ff,I,Ao; SAIV.Ye.M.;
TROMIN.N.F.-I PM2113INeVolo; ARMOVsKolo-, DVLlW,T.S.#f SMILTA.L.1,
GAYM(N#S.Aol 12010,1.Psl VINICMO,Y.so-. KOGAN,Ye.A.
0.1.9stamovsklio, obituw7e Mll 15 no-81757 Ag'55. (XIJU 8slI)
(Kasartlavskil, Ortgoril Wisovich, 1887-1955)

137-58-S-9183
Translation from- Referstivnyy zhurnal, Metallurgiya, 1958, N: 5, p 61 (USSR)
AUTHORS: Klimastnko, L.S., Mikhaylets, N.S.
TITLE: Ferromanganese Reduce% Rimmed Steel in a Ladle (Raskislentye
kipyashchey stall terromargantsern v kovshe)
PERIODICAL: Sb. tr. Kuznetskogo mezhobl. pravl. Nauchno-tekhn. o-vo
chernoy metallurgii, 1956, Vol 1. pp 19-35
ABSTRACT: The authors compare the qualitative and production-cost
criteria for the reduction of standard rimmed steels with the aid
of Fe-Mn. The reduction of the steel was accomplished by means
of one of following four procedures: 1) all of the steel was re-
duced in the furnace; 2) 2/3 of It were reduced in the furnace and
1/3, in the ladle; 3) 1/3 reduced in the furnace and 2/3 in the
ladle, and 4) all of the steel was reduced in the ladle. In pro-
cedure 4. Fe-Mn containing 0.61-0.87% Si was employed. Ex-
perimental ameltings (a total of 156) were performed in heavy-
duty open-hearth furnaces of the KMK. The steel was cast from
above Into 6.8 t ingots which were then rolled in a rail-mill into
angle brackets, H beams, and channel bars, Surface quality of
Ca rd 1/2 finished structural profiles as well as their mechanical properties

137-58-5-9183
Ferromanganese Reduces Rimmed Steel in a Ladle
were independent of the reduction procedure employed and always satisfied
all requirements. The employment of reduction procedure Nr 4 reduce* the
consumption of Fe-Mn by 2.6 kg/t but prolongs the preparation time by 10
minutes owing to the necessity of preheating steel to a high temperature than
that required In procedure 1. The authors propose that the process of reduc-
tion of steel in the ladle be investigated more thoroughly.
A.S.
1. Steel--Reductlon 2. Iron-manganese alloys--Appllcatlons

I . , ~ . I- . ~ - -~ ,
jl-~; - I -

137-58-6-11741
Translation from: Referatlynyy zhurnal, Metallurgiya, .1958, Nr 6. p 76 (USSR)
AUTHOR: Klimasenk
TITLE: ow to Increase the Output of Steelmaking Departments (Putl
povysheniya proizvoditellnosti stateplavit'nykh tsekhov)
PERIODICAL; Tr. Nauchno-tekhn. o-va chernoy metallurgii. 19S7, Vol
18, 460-468
ABSTRACT- A detailed description it, given of measures carried out at
the Kusnetakly Metallurgical Kombinat to increase the produc-
tion of steel- doubling batch capacity of a number of open
hearths: Increasing the weight of a charge from 280 to >38D t;
reduction in the duration of a heat; reduction in shutdowi~s of
open-hearth furnaces for hot a6d cold repairs; reduction of
losses due to scrap: and organizational measures. The fum-
aces originally had been built for batches of 150 and 300 tons.
They had later been converted to larger heats. The conversion
of one 190-t open hearth to take 380 t heats provided a 90,009
t/year Increase in steelmaking. The capacity of the charging
buggies of the main charging lifts were increased to 270-t cap-
Card 1/2 acity. The carrying capacity of the ladle-crane gantries will

137-58-6-11741
How to Increase the Output of Steelmaking Departments
,be raised to 270 t. The capacity of the ladles is increased. The increase in
weight per beat will result in an increase in the smelting of steel by I IS-
120,000 t in 1957. In 1955 all open -hearth -furnace roofs, ports, and stag
pockets at the KMK were converted to chrome -ma gnes ite and magnesite
brick. The height of the stacks of the 380-t open hearths was increased
from 65 to 80 m. The blowers were installed directly on the motor drive
shafts, and injector nozzles were installed in the gas ports. Valve re-
versal was automated. In 1956. >SO% of the heats were high-speed. Furn-
ace down time was cut from 10.8 to 7. 11%. Roof life was raised to 762 heats
for furnaces with single-runner spouts, and to 536 heats for furnaces with
bifurcated spouts. Temperature in the furnace proper to sustained at as
high as 1100- 14000C in repairs done when hot. Repair time has been cut by
coordination of the work of the repair men, the operating crew and the rail-
transport department. Losses due to rejects have been cut. In 1956 they
were 0.57%. Results have been attained by cutting paperwork, improving
the organization of the work, and better preparation for it. All of the tech-
nical and economical performance critetia at the KMK had been improved
by 1956.
1. Steel--Production 2. Open hearth fumaces--Operation
3. Open hearth furnaces--Maintenance
Card 2/Z

DANIMUM9 As$ daktors Imb,j XIVAYIMm O.Ao# ImM, ishm. sank:
1,101 OMO 4o10# prof., doktor
tsidm4 mmki SIKMMM,, F*Pol M= o Aaes profee dektor takka,
nooks OLD=# XA,t PrOqs dokSor kha. niik; KAUNTSWo I.Got
profop doktori to" =ukt XOCRO* Togo$ prof@# doktor tekhao maik;
*GKMI she, k&Ad* tokba* MAI KOMDgXMIY# Lolo, kwA. tekhI6
MIM 0MUIYq Mot VZUMIT,.r.0.1 IOTII, LJ., kRM. tab&.
mmuto starmbly -mau6bw 2'altrud""', SKKUMTO YAOA.' bac td&16
nooks PAPUSffo A*Go# kanio teldm* unk; X&M**T*IP*j SAPAIIS# AOXO
IdMOUSSIOU9 Kul. MIICNX 00.18/19217-35 157. (MM 214)
1 WAvw staloplavil'ohohik Xinidorwtv& wtallurciaheskor yz
mrshlemosti I ruW)w Chakhoslaratskv resymbliki (for
Dwalhe2ka). 2, Kr&66r fSentiallaw izatituta informstaft ahermor
"t (for Mikhw1ow). 3. Xr*tor Mcndwkmo lastituta.
wtallov (for Goadhaimmake). 4. 02*vW st&UPIATIJIShOM '
Mmonstakep vistallurcisheakoeo keAImU (for nismnake). So Saw*-
ksf*dM mt&UurCIl stall Moskovskego instituts. stall
for O$ks * 6o tammostitoll S2ar4_fto Inshemrs suroda In, Boron
ifor fiensueake)o 7o SmdvqvAoUW Wodroy ustallvZol stall
MelyAlaskov poUtelftlobaskop Imatiftia, (for Morosov), 8, favo-
&7wihoW kidedroy matallurglabeekM peoho Umftwukago InstOds,
stall (for Mukev)o 9. UvidtWashoW Wedroy mistallurgil -stall
Shdanowskego, metallvniobaskogo izatitiba, (for Zumt"v). 10. Savs-
dvubomr Imfedroy ustallurell stall 11yevskogo polit
instituta. (for room). (coatimad on awd

DANIZEMMA. A*-(ooatlwjod) Oard Z.
III &oM16mik tektmichoskose otbla Walaterafta obernoy wtal-
1w.viI Unprokor Xwodiw leqmbUh (for bekash), 12. Zuw-
stitell direktm Novatullshp wSalluWahoskop swroda (for
Gw!~kU). 13. Fbab&3 talk UMmIabookw otdola swo" mDuspro-
wpotmetalO (for 4om 14, butitut wtallwill Iv6 Beykm
AN 881a (for *v1k). ij.-IsehallAft staImplavillaw laborataril
Ukrauakw Sualklma swulul (for Ou"Yoror). 24. ftchallsdk
laboratorit po upromaor raeUvbo steAl Rdwwsbgo flU&U
11butrallAM6 rAwbao-Imalodamtellskago Instiluta Klidstersha
stroitallmw prowshumosti (for Phpwjh), 17, Fadbal 'Mk marte-
aftskW t"kha scrod& ISaperothstal16 (for Mawav). 28. Zemati-
toll direktora Indituta notalluMil Ia. Uykwa AX 33329 ablmi-
korrespoubut AN SSSR W* himr1a).

XMLW# Aolot UNOT,, SeT,j UMZKMg I*A*j KOBUM13ff# I*N6; TU DM#
AA*j TABILIMI, B.T.1 CMILMD=# N*Ae: IVX# I*Tos IWAW# SOA-t
WSW# TANI XWTMWq TAOS WALIUNg TOO*- BULOSKIT, Mel
TMMwMYp K'Not SMMTNWO ya'A'I Tt Tat#) PAIAVIp
T.I.1 MROMM. BAS IMNOT v A.Me; BILIZW.# 1.1s; U31INg
N*Pj UUU%q GA*l PMGM"Wo AA*j AIM=@ &.Sol TOYMMUIT.
P.1.1 NMOZOF# A.S.1 TABILIMg Aolel XARUMOFMY# 1~3#; XAIA3M-
A,T*; V OftWo V,V,j AUMa TJ.j I PIMI. I.A*; PASTEMWF# AtI.;
BMCVJW# A,Iej TAMMRM. O.U.1 U10UMe T,I,; DI I I I TOOL:
A*3e; NOLONOr. I.A*; SIV=KIT# NOT,,;
Vm 0 JI*Fj laluume cs'; -SUMMe P0101 UTODWIM.
le0st OUIDNOMs YeAst JUSAROVs PoNel SAYOSIXV* NeTe.; SIJMM#
A,B,
Uports (brIef amotattons), Rule ?$III= no,28/l9t36-39 157,
(XIIAnt'#)
1, Mognitoprokly wtallurglahesidy koubluat (for Irbrollm.9 BoUkov,,
Acepw; Dikshtsyn). 2~ Mumtskly woUllurglobaskLy kombinat (for
B110"o V&SII#YWt A61., Boro"Un. KlIm"Mcc). 3. ChmWineldr
wtalluglaheskly sand (for ImUnets, V4zAteyz). 4. Zavod in.
Vsherthinikego Qor KbWr"yolv), ~5, famot 'Uporoshewli (for
%rublurt x"Wo rodgmiskirp, Nomakholveklyg 8woslkix)*
Vskoillms3dy 416"Utrecheekly xurod (for rasillyelve S,Tg
Salkwv# Sudatekly. Allferov). 7. ftallproyakt (for Mernenko,,
Ma"Wro Zxwodomkov). S. VNIN (for Delov), 8talluskly ustal-
UWahaskir savo& (for Islawy, N&Ukh).
(Contlmwd on mexb owQ

MNWMo A.I.--(contimod) Card 2.
10s lldM-2ftlllddr mlk&UurgUb*ddy bublut (for Xo&*dev,
No"IMakirs Yeaher). 31, Wod RABorstal't (forJallskly,
supkmw). 12. TUntrallva VAudbao-lealsdavatellskly Indl-
tit CherAa Uet&UUTSU (for trastdwv). 13. Vcminskiy Usti-
tut wtallor (for munprove Mod &UPTO zDtin), 24, Uvvd
Olksava &tyabr'O (for blant). 15o T"aoyuzwy nambno-iodedo-
vatellakly institut mt4lvxCl*kssla7 toplo-okhaM (for Muvdfta),
16. UvA is, lbresUlAwa (for Mipy). 17. Chslyabiutly poU-
takhat6baskiy institut (for Morocav). 18. (11proutall (for Osz%w)o
19* UraVskly lmtltut obara0h metallor (for PWftkhor). 20. Uvol
Is Mrovskoco (fo ri ZUCuUn)o 21, KInIsUrdro chermW mt&nul%il
UM (for Holommyt ftvoriddy), 22. Olsvq*ts*Wl Kimistersha
obarnoy wtallurgil BM (for likolapy).
(OpanAsarth proases)

SOV/ 137-58-9-18577
Translation from: Referativnyy zhurnal, Metallurglya, 1958, Nr 9, p, 57 (USSR)
AUTHORS: Mikhaylets, N.O., Borodulin, A.I.. Klimasenko, L.S.
TITLE: Different Modes of Employment of Manganese In Open-hearth
Smelting (Ispol'zovaniye v martenovskoy plavke margantsa pri
ratlichnykh yego rezhimakh)
PERIODICAL: V sb..- Staleplavilln. proix-vo. Moscow, Metallurgizdat.
1958, pp 44-62
ABSTRACT- Variations In the Mn regimen in the course of open-hearth
smelting consist In & reduction In Mn content in the charge dur-
ing smelting of low-Mn cast iron (LMCI) and elimination of a
procedure whereby Fe-Mn to added to the melt at the time of
the boil period. The employment of LMCI. the smelting of
which significantly increases the production figures of blast-
furnace smelting, lowers the production costs of steel, but
results in an Increase In the consumption of Fe-Mn employed
for deoxidation. This condition can be alleviated provided no
Mn is added to the melt during the smelting process. The var-
fous regimens of employment of the Mn were evaluated in terms
Card 1/3 of the Mn balance in the course of smelting of various types of

SOV/137-58-9-18577
Different Modes of Employment of ManSanesein Open-hearth Smelting
steel. When LMC1 (0.4% Mn) is utilized in smelting of rimmed steels. the
Mn content Is considerably lower in the charge, and only slightly lower In
the metal (after melting and prior to reduction) than corresponding Mn con-
tents encountered in processing of common cast iron containing 0.7-2,01% Mn
(additions of Fe-Mn were omitted In the course of smelting in both instances),
the increase in the consumption of Fe-Mn for purposes of reduction is rela-
tively small (0.8 kg/t). Introduction of Fe-Mn in the capacity of a reductant
into the ladle rather than into the furnixe -results In a significant economy of
the reductant. the final cost of one ton of steel being 4.3S% lower than the
cost of steel manufactured with the aid of standard cast iron in conjunction
with deoxidation in the furnace. In addition to the change-over to LMCI, the
process of smelting of rail steel was also changed by omitting the addition of
Fe-Mn to the melt in the course of smelting; the results of both these mt-&-
sures are evaluated separately. Since, after melting and drawing off of slag,
the Mn content Is somewhat reduced during processing of the LMCL the con-
sumption of Fe-Mn added in the course of the ore-boil period is necessarily
increased. However, the economy on Mn additions in the course of smelting
of the LMCI in blast furnaces more than covers the additional consumption of
the Fe-Mn in the open-hearth furnace. As a result, the total consumption of
Fe-Mn during the ore-boil period in smelting operations employing LMCI
Card 213

SOVI 137-58-9-18577
Different Modes of Employment of Manganese in Open-hearth Smelting
without Fe-Mn addition Is identical to the consumption of Fe-Mn in $melting
operations Involving standard cast iron and Fe-Mn addition. Taking into
account the summary effect of the employment of the LMCl, the total reduc-
tion in the cost of production of one ton of rail steel amounts to 3.43%.
L.K.
lo Cast iron-Procensing 2, Manganese-Roduotlon
4. Open hearth furnaces-Performance
3. Muiganese-Applicatlons
Card 3/3

Steel from t1w Xusnotak Metsllurgi"l Combine. Motanurg 7
noo4t15-17 Ap 162. 1513)
1, Olaym staloplavil'shchik Xuwtakogo notallMicheakogo
koubinatao
(Nmkusnotsk-Opeop-hearth ftumaces)
-4 qs,;,~~
i"M MN
AIN
VV
I ~.; , R" I iMIN-1-11, 111 - MIME
1111 -1 ON I M

KT.TKUZXXOO 143.j SOKWO I.A.1 DM=p To.U.
Steel 1~wing from -two-stapper ladles with remote control of the
stoppers, Metallug 7 noAQ143 Ap !62o (KM 3L5 33)
(Ovo-b"rth hruess- t am sunues)
(smote a

XLIWENKO#..,L,S#,Geroy Sotelallstleheskogo Truds; FOMINYKH, V.I.
AA~-' _; i, - " i- - '.
Now metallurgical giant In the wootern part or the country,
MetAllurg 9 no.40-5 Ap 164. (MRA 17sq)
1. Dlraktor Zapadno-Sibirskogo metallurgicheskogo zeyoda (for
Klimasenko), 2. Zamestitell nachallnika domennogo tsekha
Zapadno-Sibirskogo notallurgichookogo sayods (for Fosinykh),

0-v/
2
3
AD"MORSt Usachev# Do Sol Xlimasonko X L, Vag ratyan, A. T.
T.`.ME! on the Xechaniss of Ifteatrolytio ",zoduction -of the lons Kno 4 1
300 4" ' R*O4 to at -U~aultanoous Proolr1t0lon With C.arcalun
M.10DICALs Doklady Akabpii nAuk 031M, Igr4go Vol 1.'?s w-, 4t PP ".31-039
(USSR)
ABSMACT& For the reduotion of hoxavalent Aro=i= to xz,"tal it to n4~*ws-
84r,- - - file pruvoutiza "4
0 that the catho4e is -coverail vit', '
Teduction of boxavalont to trivrilent a~rotiiw. Por Oe f
of this film$ the ptwesonoe of forei4;n ions in tho tolution is
nodsestry (Iters It 2t 3), The oochwiltm of chrouium red-action
under those oonditlons is assusied 1.*, sL-,ob a way that the dis-
charging chroalum enters Mae film as an ardon to the other
film-produalne anions# aj-A ttat thean f,,~ruiCn- nz-gons tro
Te4uoed on the oatltod4 toZothtr "ith c1l,rorl,irl, ',"bo qx9z1na1A.C-,j
of this assumption is atirriod out ih tb.- provent pap-ire 2*r
.,u.r;ones the railuction of. a -autbar .-)'. attions in iahronio-soid
solution %t&$ Investige-trid witli thi aXitior. of sul;h-urio acids
Tho oboloe of metals was snallt fcr ttey Y--d to form anions 'in
t1io al,roate-soid me-Hun, "Tho i3itbetar-ci?n Frintiore.., in Me -titir.

or- Veohor-,sm of Electrolytic neduct1vit A,: t.4 I%;--/2C-1 17-1-31/60
-rau"" Cbr(-Vl
!one XrO Sao
4 4 "10041* at 31"'ta"Ou" F
V'Is 7or t t vag
,,,I Pt t 0, O~,r :,sc 0
t
-4
S11.11-tion in 1. -1: '1'4 old Lr.1-
lytia
a T,
f 37 S 4 a rd C 1! 2n I -X-ci~*t -J
other anions, ovl;~ ChromiWa wao
precipitation could rwt be iarried c-,,.'v' for ~,~I ia~one.
nero are 5 referoncosp 2 of which Pxe
ASSOCIATIONs Institut fizicheskoy khimil kkadozil rou:. ISS3 (Irst.ttxt4 ~f
Fh7sloal Chamistry of the Academy Af Sniencost 'US31:)
PRESEUTEM April 13t 1959# by P, As Rebinder, Aomlem!oian
SUBMITTEDi April 13, 1959

PDPZUT$ A.?#; XUMASXM. JU,; TAaRWAN* A*T.
Pblarization In the sloctrodsposition of nickel, cobalt, and iron
on a solid and liquid cathode. Zhur. f1s. kh1m. 34 no.8sl?41-1744
As 160. (MM 130)
L.Akademija nauk MM, Institut fixiobaskoy khImile
(Iran plating) (Nickel Plating) (Cobalt)
(Pblarimion (Mectricitjr))

3/076J61/035/003/018/023
81211D206
AUTHORSt VagTomyant A* T.j Usaohev, D. X., and Klimasenko, N. L.
-------------
TITLEo Effect of film oomposition on alloy formation during olectro-
deposition of chromium together with other elements
PERIODICALt Zhurnal fizichookoy khimill v- 35, no. 3, 1961, 647-650
TEM The effect of film composition on the oloctrodeposition of chromium
together with other elements was studied. It was established that the do- j
position of metallic chromium depends on the composition of the fits and no
on the composition of the electrolyte solution. Investigation of the ~**thodic
polarization In an elootrollto consisting of 2.5 moles/I of CrO &n& 0.025
mole/1 of selonla acid on a gold cathode showed that, in principle, the *f-
foot of selenio acid on the eleatroroduction of chromic said is the ease as
that of sulfuric sold, An alloy of chromium with selenium forms on the
cathode during this process* This alloy also forms when adding seltnious
acid instead of aelonlo said, The reduction rate of the chromium Ions to af-
fected,not by the ion concentration in the electrolyte, but by the ion con-
centration in the film, The change of the composition of the Cr-Se alloy
Card 113

Effect of film
8/076j61/055/003/018/023
D121/S206
on a change of the concentration of solonio acid in a 2.5 H chromic-said
solution at a ourrent density of 0.50 a/022 and a temperature of 200 C was
also investigated on platinum electrodes# The redults showed that the
p poentage or selenium In the alloy ris*9 to 0.15 mole/1 with an increase of
Re selenium concentration in the solution. The composition of the Cr-Se
alloy'remaine unchanged with a further Increase of the selenium concentratim
The same rule was also established for a replacement or selenic acid by
oelenious acid* During eleatroreduotion the pemanganat* ion has no redua-
Ing effect on chromic acid. The ability of forming a film on the cathode
thus depends first of all on the nature of the anions. The effect of the
sulfuric-acid concentration on the percentage of selenium in the Or-So alloy
during d~pouition from a solution with 2.5 solos/1 of chromic acid and
0.1 mole 1 of volento acid was studied, and it was established that the
selenium content In the elootrolytio deposit decreases with Increasing
sulfuric-soid concentration, Partial exchange of sulfuric acid for solonio
acid In the film results in a decrease of the reduction rate of the selenium
ions. There are 3 figures and 5 references$ 4 SovLet-bloc and 1 non-
Soviet-bloc, The reference to the English-language publication reads as
followat C. Kasperg J. Res. Mat. Bur. Standardst 9, 353# 1932.
Card 2/3
.low
j

8/076j6l/O35/003/018/025
Effect of film B121/B206
ASSOCIATIONs Institut fisicheskoy khimii Akademiya nsuk SSSH (Ustitute of
Physical Chemistry Academy of Sciences-USSR)
SUBMTTnj July 13, 1959
Card 3/3
OW, PIPS-OWILIM,

3/080/62/035/008/005/009
D267/D308
AUTHORS:
TITLYt
Solov'yevat Z*A.t -Petrova, Yu.S., Klimasenkoo N*L64
and Vagramyant A-To
Composition and proportion of the cathode film forming
during the olectrodeposition of chromium
P11MODICAL: Zhurnal prikladnoy khimiip v. 35, no# St 1962#
1606 - 1811
6+ 3+
T'_7XT: The variation of concentrations of the ions Or and Or
2-
i(volumetric method,) and 80 4 tgravimstric mothoo) was studied in
the deposited film# as a function of the concentration of Vol4 and
A CrO in the solution# and the variation of the rate of deposition
2 ~4
from H2Cro4 to br, in order to carry oui a more complete Inv6stiga-
tion of the film composition* The coatings obtained In the course
0'f 2miii on a 6 cM2 chromium-plated copper strip were either dissoi-
Ved in distilled Water or directly removed into a test tube. The so-
Card 1/2
8/080 2/035/008/005/609
uomposition and properties uf the ... D267YD6308
lutione contained 25P 50t 100 or 250 9/1 H Oro and 0.5 - 12.5 t:jrl
H 2 4
so the temperature was Pv200O and the current density 250 or
2 41
500 ma/CM2. Pormiffbn._of'two'types'of 'films was establishedt 1)
Pilme obtained in the presence of H2804 distinguished by a maerov-
copic structureg soluble in the electrolyte in the absence of cur-
rent and contributing to the reduction H2CrO 4 --o Or; 2) films ob.
tained during an electrolysis without H or when H Oro acts
2304 2 4
without current-on-the cathode metalt possessing a microscopic
structure, insoliAble in the electrolytee The latter do not Contrl-
2 4~ The relative concentration of c
bute to the reduction of 11 Oro ,.3+
;Vow
and So 2- in, the films of the first type increases as the current
4
density and the concentration of H so increases and as the concen-
2 4
tration of H2CrO4,dooreases. There are 4 tables,
SUBMITTEM June 22# 1961
Card 2/2

TOL10f, N.L. prof.1 ITANOT. Y.M.k&ud.t~khm.4amkj ILIWMff, 11.5 ins1w
KOKLIff. I.Te. Inh.: --Kilt 301*1 Insbot KT=
kand.takhn.mmuks INKRAWY. Y.I.. kand khn.nauk: SPJULAMs NeAst
kmnd.tekhn.w*j TArJNIN$ O.A., Insh.; XOrrW. Yu,L.9 rj'd.;
Egetallurgical slags In road construct1m] Metallurgi cbeekle
shl&kl v dorcabnon stroltol'stva. Moskva, N&ucMo-tskbnAsd-,ro
" mytomobilluago transpo i shosseinykh darog 19." -
182 (Road materials) (mag) (NM 12%4)

MMUM, Fedor Sergoyvvid~) KUMMKOV, Bari# Ivawviab; XURASOV9 Vlmo-
dtwtF-12MTUMXzw"~F;-YAXOVMAx A.I.9 red.j RXIMIAMA, L.X.p
(Coutrotion or be", cause of joia-strenob coarsely ormW stow]
ftroltells"a dorosborkh oenwanii -it krupogo obabobnia poniabomol
prochnostis Moskyss'Nsuabno-taklm, isd-vo X-va sytomobillsop trpops
i sbomadqkh darog UMj 1961* 43 p, (KtU UtIO)
(RW construction) (stow,, Crubed)

.KLlMA-e4lAUSKA,% Aol, [KllmftVAklmka1lt AJ) GAYGALASO A.I. [Galplast A.)
1
Mineropetrogrot,hic studies of the ancient weath.9rlrg crust of
Yesopleistocens moraines In the outcrop of the Alove River.
Trudy AN Lit, SSR. Ser. B noo21l3l-146 163. (MIRA 17slO)
Is Institut geologil. L geogrefil AN I.Itovskuy SSR,

KUKAS 61W.J. LUIvashouskaU,
02tornal tbose" ty Alow Tostlevich. Rowleved by 1, 111mashousikolso
Rob. I stale 34 no*4119-20 Ap 158. (NINA 2111)
(Vastleviah. Along)

KLIYASHMKAU, 1, 101
Profound humn wind(mWouder-vorking;w & tole by T,Tendriakov* AWrIeved
by I.Kltmeheusksla)i RAM $Sal# 35 no.ltl7 JA '59. (XIU 1213)
(T ondriWwr,, It.)

fttbogodo prop. Use of sUebylocoool Isolated from pattents mitt
estooeirtloul Wwrouloolso 11'ro*61* ta'bwkeo Moskva No.6t25-30 Sm-
Doc 310 (Oum wO
1e Of Un4nAx" lustItato of Sarglool ThUremleels (DIrectu-4Prote
:N"%w
P.0, Zormig Actl"' of the AaedmW of Nedleal Soloweal Solamp-
tifle Supomear-Not V,N. zeemedmijuaddy).

r w; i4' I rT r- rTTI rl F /-rv
MMODAMIANSM. V*N9;
Xfoot of e6lutle salusid ft Vlaabacterito tubsnalosts [with stowy
in Fren&]. P"bl.tubo 37 no.1:88-93 159. (K)MA IM)
Is katedr7 ulkroblologll I Immingradskogo meditoWkogo lastltutse
(IffOCOACMIUM TUMMCUT,06180 off* of drup ong
lood"Id (us)) :.
(18051AMS aff"to
an No tubem. flus))
6"'

~Kkir-ENI-7AY'A, If.F.
M~,Vv-fl--t Of thl% 3FIAUA tn Fulznnwry vith
I. I's kni'eciry m1krobiologit (sav
As klinSkId. lognr1mogo tuborkull-se (tav. A,Ysk.",IIg*Prdk)I
toeningrviskogo welitainskogo oistituti Imeni P4vIovt.
1IMP 95"Of
g

VVINSMs N=uwuil Yakovleviahj OFULISM, A., redo; KLIKASMSM, A*j
kartograf; TAXDVLVA, Too, tekbn, red,
[Mos0owl tourist's companion) Moskyal sputnik turista. goakwag
Moske raboahli,, 1961., .479 P* (MIRA 15:2)
(Moscow-widabookm)

LLIKAbIWSLIT, A. V. # lasho
Now operating conditions of railroad sections AM the strengthen-
Ing of their sconoula AcCountabilitys Zholedor.tranap. 42 no.8t6l-
62 Ag 060. (MIM 1318)
lo Machallulk plawvo-qtokbAlko-okonoutchookogo otdola Belovskop
otdolonlys Tomkcq dorogig C-Belovo.
(Rallroads--Accounte.lbookkeeping, etc*)

No/doll science. x1neral Fertilizers. M
Abe Jour: Referst M-Diol-o No 61 95 Hareb, 1957, 92494
Author tlalmashevskiy, X.L.
lust :
Title : The Xffect of Boron ?ertilizers and Orpale-kineral. Mixtures on
Corn Crops.
Orig Pub: Agroblologlyap 1956P No 3, 108-109
Abstract: The effect of fortilizers on corn crops was tested at the experi-
mental base of the Overdklovsk Oblast' experimental station. Vith
25 ton/bectare of menure, the yield of corn green mass increased
by 115 centners/hoetarej the addition of a mixture of 3 tons of
humus, 3 centners of lime and 0.5 centner of superphospbate (I)
perhectare in the n1dus of planting caused a crop increase of
106 centnerthectarep but the addition of a mixture of I together
with 25 Xg/bectare of borax increased the crop to 359 centners/
card 1/2 -10-

unwooll science. mineral Fertilizers.
Abe Jour: Beferat Zh-Diol.j Ito 6j, 25 March, 1957, 92494
hectare) i.e. by 172 coutuarobectars. In another wMerimento
when baron fertilizers were used, an Increase in corn cM by
30-W$ was noted; boron fertilizers are empecUlly effective
in the presence of lime.

iissR / General and Specialized Zoology, Insects, P
Abs :ouri Rof Zhur-Biol., No 2, 1058, 6782,
Author Vi 4 n%A nhAv6kiyg X, L.
Inst t SIM.,
Title i The Utilization of Hexaohlorooyolohoinno and
of Trace Iloments.
Orig Pub: Zashchita rest* ot vredit, i bolezney, 1957,
No 1, 48-494
Abstract: Clover seeds were treated with a mixture of the
following solutionst of borax.(O. ), of cobalt
2%
sul
chloride (0,04%). of manganese phate (0.4%)
and of ammonium molybdato (0.001% , The soods
were moistened for 12 hours I dried and immediate-
(in corresponding varieties) dusted with a
hoxeohlorooyolohoxano (RCOH) dust@ (2 kg/o).
The following measures secured an Increase in the
yield of hay from a mixturo of grasses for two
Card 1/2
and Spooializod Zoology. Insects. P
Abe 7our: Rof Zhur-Biol., No 2, 1958, 6782.
Abstraott years: moistening the seeds in water by 104%j
moistening the seeds and powdering with HOCH-
by 129,2%p powdering with HOCH-by.132%. moist-
Oning the seeds in a mixture of miorooloments-
by 147.8%, moistening in a mixturo of traoo
elaments and powdering with HCCH by 164,5%9
dusting the r4es with HOCH throe times 15/V0
21/VI and 15MI- by 134,6%, introduction of
HOCH (100 kg per hootare) into the soil-by
143#2%o Dusting the seeds with HCCK led to
greater growth of plant bushes; the lattor ware
lose damagod by tho wire bugs and the plantings,
ospooially when mioroolements wore used, winter-
ed botter, Dusting the grass with HCCH docroased
the damage to clover by the olovor seed enter,
while HOCH stimulated the dovelopment in the soil
of nitrobnotoria. -- Ao P* 4',drienovo
Card 9/2
90

Cultivated Plants* Fodders. x-4
Abs Jours Ref Zhur-Biol., No 6. 19580 25097
Author .3 Klimas
Inst 17 W4 8 re a ~11 n a tt.. o !MA z~i
Agriculture
Title s The Dense ftwing of Corn and Sunflower with Legumes
Orig Pubi Kolkhoznoye proiz-vo, 1957, mo 4, 42
Abstracti At the Ural Institute
lovskaya Oblast') on
masses were obtained
flower 421,7. and In
corn 274.2. and in a
-- Ye. V. Kolesnikov
of Agriculture (in Sverd-
a 3 year average the following
In centners per ha.: sun-
a leguminous-oat mixture 509.4,
leguminous-oats mixture 339.5.
Card 1/1
90

USM/Cultivated Plants. Fodders.
Abe Jour Hof Zhur Biol-) No T, 1958) 29857
Author
Inst
The Sverdlovsk Affiliate of the AU-Union rnstitute for
Plant Cultivations
Title : Corn Cultivation In the Central Urals,
Orig Pub : Kukurm, 1957, No 7t,61-63.
Abstract Three year long experimentatlon at the Sverdlovsk Rxp cri.
mOntal Station and Affiliate of the All-uraon Institute
for Plant Cultivation has shovn that under the conditions
prevailing in everdlovskeye oblost,, only the cultivation
of late and medium ripening corn varieties for groan stuff
In justIfiede In squaro-pockot planting the green mass
yield depends to a significant dogme on the plant donsitys
A reduction of the sWo betvoon the bunches to 45 am,
Card 1/2
42 -
USM/Cultivated Plants - Foddors,
Abs Jour Hof Zhur - Diolt,, No 7, 190o 2057
vith an increase In the number of plants (to 6-8) per
group significantly raised the green stuff yield.
Card 2/2

rLINAMMUly, I.L.
~awvcl; of boron on corn Yield on wid Turf-Podsol molls. DOI.
Alado selilhose 23 uo*2:23-25 0!0e 1185)
lo UnlIskly sawhao-lealedofttelliddy lustitut "I'skogo khosMitya,
akMevikou I I knoyloqu.
(B";AI (0orn RISO))

AUTHORs
TITLEj
PERIODICALs
ABSTRACTs
ASSOCIATIONt
fIf
Klim6shovskiy# _ Z*L* SOV-26-58-3-36/51
-----------
The Formation of lbove-Ground,Tubers of the Potato (Obrasova-
niyo nadsomnykh klubney kartofelya)
Prirodat 19584 r ~q p 113 (USSR)
t
During the potato harvest at "Istok" experimental farm of
the Urals Scientific Agricultural Res*aroh Institute# a
potato plant of the Borliohingen typo was found which had
no under-ground tubers at all but small aerial tubers on
the stalks in the axils instead, It was found out that the
root system had suffered severe damage by wireworms and en-
suing rot during the vegetative period. There is I photo.
Ural'skiy nauchno-iseledovatellskiy institut sollskogo
khozyaystva-Sverdlovsk (Urals Scientific Agricultural Re-
search Institute-Sverdlovsk) .
1. Potatoes-.Growth 2. Potatoes-Pathology
Card 1/1

ILIXASHMITY, I.L.
kpplying organominooral fartillser "Ixtures to corn on acid turf-
Podsolle soils* Agrobtaloglis, no*33419-427 Xf-Je '590
WR& 1289)
1. Uralskly Institut sellskoso
khowyarstva# C Sverdlovsk.
(Comt*Iso)-JmwtIlIssrs wA manures)

KLINASWSZIT, It,starahly nauchWy sotruinik
Applying line to sold malls before plaating corn* Nauka, I
perodeop* v sellkhave 9 RO#3113-15 Nr 159, (NIVA.1213)
lo Umllskiy mauchma-loolodovatel'skly Institut sollskogo
khoum"tva.
(Lies) (Con (Naisq))

UVASti-WK81Y, E. L.o Cand B101 Gct (dies) - "Tne !ff,~ct of, the rractlon of
the onvironment and calcification of the noll on certain phyalolo3leal-blo-
chemical processes, develoVisent, growth, wid yield of corn". Sverdlovsk, 19(o.
16 pp (Min Higher and Inter Spoc Fdtw RbTSR, Ural Statt! 'I Im A. H. Gorlkly),
150 copies (KL, no 150 1964, 133)

Went of the pH value of nutrient solutions on growth and some
physiologloal and biochenical processes in corn. Dokl.AX SSSR
.134 no.4:969-r971 0 i6o. (XIRA 1319)
1. Ural'Aty nauchoo-Issledowatel'skLy tostitut sellskogo
khosyaystvao Predstaylsoo Oid, A.L.1mrsanovyn.
(Corn Miss)) ($oil acidity)

Dsvsl"ntj growth wW productivity of cam plants on
relAUd to the variety and the conditions of nutrition
frm ~soil. tap. Overd. otd. VRO no.2t75-M, 1,620
(MRA 16se)

KLIMMHF.VSKIYO SeLo
Effect or Ocak"dronmental factors on tho growth characteristics of
corn varieties d1ffering in their ripening rate. Fitiol. rast. 10 no*
6006-712 X-D 63, (KM 1711)
1, Institute if Bial ogy ani $oil, Far East Branch of U.S.S.Ft, Acadeaq
of Sciences# Vladivostok,

IVIEVA,, O.F., otv. red.j
KRABILIMIKOVAj TSOOMAp R*F*v
tokbi" red,
(Nutrition of com in turf Podsolic soils] Pitanie kuku- .
rusy an demovo-podsolistykh pochvakb, Hooky&, Isd-vo . .
*Nauka,* 1964. 110 P. (KLU 170)

KLIMAIMMMY, E.L.1 KARPOV, Ys#Ao
Now types of combined treatment of seeds before sowing. Izv.
SO AN SM no.12. Ser. biol.-mci. nauk no.3:60-65 163,
(MIRA 17W
1. Dellnevostoohnyy filial Sibirskogo, otdolenlya AN SSMO
Vladivostoks

btimn an the dave0l,,taent and grrvt.-, !,Acor mm
on molle of tha turf-rodtollo ty,-A,Zaps Sver%l, otd, I/M no*31
9!:.~. fn.) WIRA lea)

UUW laactrodoo Amateur. -wirelasit4dephow
1/1 rob. 89 17/30L-:
AAth
-title
Redio 3 Page 34# )far 1955
Abstract i An account is, Sivon 0t, thoscti~jtiss of more of amateur wUels"
telephono trtmaittinS sW receiving sitas particularly with reforence
to, a redent contest uhiah Usted for four hours and In which the can-
testamts- tried to sake -connections with the largest unber of othersp the
final dmoision-wtwthe winner depending also on the n=ber of districtsp,
autonomious rspOUcs at;, the $ovist Union and foreip satslUte countries

Institution t
Bobod ttod

KLIWRINA.t UNIXOTO
wo go" tooth jai-umon short wavo ramo operatow compeution-
""a 60,6142 JS '1330 (KM 8: 8)
1, Operatory radlostantall UASM
(Ram* operators-Compou ti one)

-X=tLtsUou

107-57-4-IO/S4
AUTHOR., Klimsehin, A., and Zakharov, V.
~Y" WW Take Place an August 10-11 (10-11 Avsusta
TITLE: T e S~econd ~Ti
_. vtoroy "polevoy den'
PERIODICAL: Radio. 19 57, Nr 4. pp 10 -11 (USSR)
ABSTRACT: The radio operator team which won first prize in the 1956 'Tield Day"
reports Its experience in this article. The team of the radio station UA3KAE
J077576), which included A. 10imashin. V. Zakharov (UA3FU), and G.
Semenikhin (077538), began preparation* for the contest as early as April, 1956.
The contest took place In Vlasovka village, Moscow oblast. A low-power con-
sumption 38-40 and 144-146 mc radio receiver was selected for the contest. A
2. 5-watt 38-40 mc transmitter was built. Yu. Prizernlin (064020) built a special
four-element horizontally polarized antenu (see Radio. 1957, Nr 2). The sta-
tion was tested in actual operation two days before the contest. A series of
hitches, drawbacks and mistakes of the 1956 'Tield Day" Is described in the
article and remedies are suggested.
There is one photo showing Ufa ultrashort-wave hams during the 1956 'Tield
Day.
Card I / I

KLIM " 1 6 A*
w
Taking cour Isee, Bovskrasokreat 4 xo.1:8 J&41r 1549 (XUA 70)
I (Nagel and au"Inc-Study and towhIng)

M _ -

ACO URI 0000

ititles agiinst--:thO,l~oa
UU
Q
rWn"~-"o-o-n'o6fiti*tibn -are- a
pproximate,
same.for all three oarbid es.'-~.,-This~demonattAtes t hat the-scat ri
trtW: or -the va-rrievo -are - the saw
-mechanism and one 'U~
coupoundso.-An unexpeom -.result is the I tao tthat the effective MOM
' :
three carbides aref4ual, since their lattices have dirforent
or the
lattice constants and the trons c nme I from dirferent
participttinjS oleo
-shells the-- MOV~ tiLo-o
i r-.Tne--.-.uiLsT4¬o~l*tween

metal'and carbide -atoms (
t vad
am
n ii-'of -the meta2lio-
Is also constant-for~all-a I i's, -It 1w concluded that, the :orb
arb d
of the metal atom ova a ~e U61 '41 -,This explains the equalit or-
y
rlap q
9fly,-j:".
IThe ar
the effecti", =Base*, ov rier-odattering mechanism is bf1
discussed$ Orig art i has$--g figuresi-.X formulaj and IlAble.
DATAI-93NI165/~'Oa --OTO-RU

Mkz
iki

i
q
7
k~
Cwd

t
-ACC- N"P 02 - - - - - - - -

mann-rrans law by measuring ':the aleatrioreslativIty. The ;Change in thiw '~'~~":
electronic component A to represented-by
curve 2,, ?be carbbn rich to carbon poor voice&
rom
so Is due to a '
substantial Increase'la the concentratLan of free alac-7,
trons (from 0A for TICO 9-11
-
-f
it
l

a un
or
t
0
formu
1. 0 par
TIC 15)9 as Indicated by,
"
~
t
l
'
~-
ents measured on tbe-Sama
off
c
V
z
The lattice a
omposon
samples.
-
,
ot thermal conductivity :1
4 a

4 determined to- the difference
o 0 oc"~.
twoon the measured and tbe,:91
a, tPonlo. conductivity A 8"14- a
o4 Pi
.
.
~Orlg# art* best I flgur*f.qfl

]PIS*. le Thermal conductivity-cf,tio".-
1V V A AV VP -
on of carbon voo -4

total there*
si
a --olootro'nio thermal conductivity; "I"
"d*6tLv ty 1 2' iai~;
ties t ormal a osdactivLtys
SUB.00091 :07/ SUSN - DAIS ORIG ItErg 003/ OTN it
ere

-2/2

URSOVj Alskney SergeyevIahl KLDWHINO Ivan.. letzzqo GORELIK,
L.,Ta.j red, -
[Electronic computers and agricultural production) Inek-
tronnys vychislitellays whiny I sellskokbosialst"noos
proizvodstvo, Yoskys, Zkonomika, 1965. 131 p.
(MIRA l8sl2)

f" "&d eowtmtiolu Art* dor. 26,uo.2t2l43
lbtallurgical
F 163o (slag) (Rom mterials) (IUVA 1634)

SONOLOVO O.A.1 ZUYZVv 1.14.1 LCMMV, V.V.j ZUBAREV9 A.G-1 UMUN.S.L.P's.
Tl%&tasnt of omverter and open-bearth St"I vith electric furnace
(Min 2811)
glag, st.&JI 24 ao#78612 J1 164*
1. Mookov-skiY Lustitut st&" "Plavov ' Novolipstaidy.metanur-
gjolwskiy SILYods

SCRIM, G.A.; ZtMV ' I.M,j KLIHAMIN P ',s
Siphon doviae f6r dr~M-nj-12j~-Id 'slag from tto ladle.
Mmt&Uurg 10 nc.1*19-22 J& 165. ctau 1824)
Is PoskovsklY Inctitut st&U t splavov L Novabretakly metal-

OYXSv G.N.1 SOKOLCV# 0,A,; ZUYEVt I.Hol MTROVt VX; ZUBAREV, A.G.;
KLIMAZHINj P.5,
Treatment of liquid transformer steel in the ladle, Stall
25 no.8:711-715 Ag 165, (MMA 18:8)

O)LW(t)IVI UP(c) '-ATAEIJDIJ
Soul= cowl 0 1
4L
AuTHoRs Avsmt~~Al.s Golikovas-0, A.1 111mashin. 0. X-1 ZOSIMMY.-L. M
Asbporp Vo So
ORO I now
TITUS Dependence of certain eleotroplWsical pro Kies of titanium -mommaribl" on
the carbon content
SOURCS1 AN SSSR, Otdolonip abohobey I tekhnicbeskoy khUlto Isslodavan1ra v 1
khimii milikatov i okisloy (Studies in the field of chemistry of silicatso and
Mcscowj,:Izd-vo Naukap 1963p 241-244
TOPIC TAGS$ titanium carbides Ran constantp Sell mobilityp conduction
eleatro~, resistivityp =
ABSTRACTS The dependence of the resistivity e, thermal ostfat and Hell constant R of
titanium monombides an the oarbon content was studied In the region of hompneity
on samples prepared from pM*red Ti wW acetylene black at 17500. A31 -the samples
showed a negative IkU constant,, indicating an n-type conduativityt the absolute value
of R decreases r&pid2,v with decreasing carbon content# indicating an Increase In the
concentration of free conduction electrons. The absolute differential thermal oaf
also decreases with diminishing carbon content. no resistivity decreases with do-
creasing carbon content in nonocarbids, phases TiCkp this being In accord with the in-
.card 112

L
AJ6U rM AAW4fA2JL
cre"ing free electron oonoentration, Ihe Ran nobility of eleatrons decreases from
oafton-riah to oarbon-poor titanium mowarbidesj, duo to an increase In the friction
of oon&Action electrons scattered by the carbon vacancies. Orig. art. h" 13 figures
and I table a
SUB COWS O7o2D/ SM DAM 31YAr631 MM WS 0091 m MI 016
Card 2/2

ACC N& AT6027132 CA) SOURCS CODES
AUTHOR i kvp#Utdk# A# Lj Oolikovam 0. A,,$ rLi"Ohint a, M11 10 V-#
Aorta JA
%11 -~j
TITLES Effect of an cartain properties of titanium astbide
SOMM AN SM, Melanin obsbaboy I takhMahaskoy khi3di, Isiledovanlys, v oblast
khimii silikstov I okislov (Studies in the field of chemistr7 of silicates and Odd
lbscowq Izd-vo Naukaj 19639 244-230
TOPIC TAGS$ titanium compound# carbidep oxygen impurity
ABSTRACTS In a study of alloys of the TiC-TIO-Ti systemp x-ray structuraIdAts. showed
that the contamination of TICx with oxygen causes a decrease in the site of the unit
collp this effect being morepronounoed the closer the composition Is to the stolohio
metric proportion of TIOx. This along with the Influence of vacancies accounts for
the great scatter of results obtained by mearious authors in their study of the ttio,
parameter of TiCI.Q* The malting point and wderohardness of titanium carbide
nated with cuWgen decrease with Increasing number of defects In the lattlosp wd to a
lesser degree depend on the kind of mt&Uold atoms. As the oxn0a oonUnt ri"11, th
w1crobrittlanass decreases at firstv then begins to increase because of increasing
ionic bond character. The electron concentration in titp-1us carbide containing some
oxygen Is influenced by two effeatso when the nw*er of vacancies in the matalloid,
1/2

L 0629"7
ACC Nits A76027152
sublattice (is sop the munber of conduction electrons) in smal1l, the current carrier
concentration grows# alms =Wpn atoms give up to the conduction band their excess
electrons relative to o&jWn# When the mber of vacancies In the xst&Uoid #uU&t,-
tic* is largeg, the wWgen Acas do not give up their ol*otronsp and oVgon in its re-
action with titanium ties up the titanium alsotronsj, causing a drop in the carrier
concentrations Titludin eaziAde, containing an aMen admixture shows a ustallic tem-
perature dependence of the resistivity and therma oaf. The nobility of electrons at
T = const, drops with their increasing concentration and is relatively insensitive to
tho comentration of defeats in the metaMid sublattiao. The prodo4nant scattering
nechanimm, appears to limalve scattering by lattice vibrational, and the energy depend-
once of the relaxation tbw In close to that observed In sw1conductors. OrIg. &A&
haal 13 figurem,
SUB COMs 07/ SM MUS 09AprSS/ MM MWI 009/ ON IUWI 003

its MP6029818 URCE 0
AUTHOR: AygLatinik, A. I ; Golikovaj 0# A,,; Klimashin, G. N.; Meshpor, V. S.;
Ordanlyan, S, So& Snetkovat__"o -0ef
ORG: LenipAind notitute-of ZIShnology in. Lensovet (Leningredskiy takhnologichaskly
institut); 5em,%SAW 04r, %-V%A"1A ove I ACA susk ~Tnsteikut
AX0.0erAi % MMA 1,SISR
TITLE: Dependence of certain electro- and thermophysical properties of sircOnIMS
monocarbide on the carbon content within the range of homogeneity
SOURCE: M Re Izvestlyas Neorganicheskiye materialy, Y. 2g no. 6, 1966p 1439-1443
TOPIC TAM zirconium carbide$ solid mechanical property� solid physical propertyp
electric conductivity, therwl amfo Hall coefficient
ANTRACT: The dependence of electrical resistivity, absolute therml ealf, Hall coef-
ficient, and thermal conductivity of zirconium nocarbide was studied for 36-48 atom'
C contents In the carbide. The zirconium carbide samples.were prepared by fusing high
purity zirconium and carbon at 18006C in vacuoAlowed by sintering at 22000C# The
properties, compositions , and lattice parmete 'or various zirconium samples are
graphed and tabulated, it was found that free eleCtr018 act as current carriers withi
zirconium carbide, The electrical resistivity, the thermal emfj and the Hall coeffl-1
cient were found to decline and the therual conductivity was found to increase with
43-~-

ACC NRj M029018
declining contents of the combined carbon in zirconium monocarbide. This phenomena
are related to the release of a portion of the zirconium electrons from the localized
metal-carbon bonds. The specific resistivity and absolute thermal oaf were found to
increase linearly with increasing temperature. The slope of these lines was found to
decrease with decreasing carbon content in zirconium carbonate. We phenomenon is
apparently due to the decline in the effective mass of the conduction elocuvas. Orig.
art. has: 2 figures and 1 table.
SUB OODC: ilWsm DATc: o6oct6s/ om Rrr: 0131 OTH RM 015
MR,

L 07821-67
-A,
AUTHORs AX&vatinik, -tal Koslovskiv. to--Vol Klindshin, Go-MLO.
ORGI Department Gvchsmi*stry~snd the Technology of Fine Technical
Cersoiesp LaniaRrad Technological Iftstitu-to in, Lefloovat (K&fedra Mail
SLU-
L takhnolo t Skay.takhoLehaskey kersaLkLo LaningradskLy tekhaologL-
t
cheskiy in tita
"a
TtTl,tj~ Ugh-telApstatat "o, a0ans between titanium carbide and cartaft
ex Ld
SOURCRI IVU1& th i a fAhiMchaskays tokbuologLyag ve 96 so& 4~
1966t 328-532
TOPIC TAGSs tLt&nLuu'c'& rbide# refractory oxidso sireonia, hafalum
oxide$ tharias borylliao--high temperature ceramic material
ABSTRACTs A discrepancy betyden calculated and *xpqrLner~t&kjtsqpsrs-
ture itanium carblds.resatLons with vetractory'lro-i. U021,1020
qoot t
and - 0 lail to & StUdyLof,the reaction products which were obtained by
sini-drin %t 1710-247OXI.La,vacuum the compacted mixtures of pare TLC
ALI .ons.of the'refractory oxidesellVeight lossq
shrinkage# density$ and porosity 0 f thK sintered samples veto measured
and the effects of-the-,.4LntsrLng tagpdVature and the oxide content is
COM 1/2

L 07823-67
-kit AP6034264
A
CC
the startinA mixture were evaluated, The dots obtainedg the lattice
parameter data obt&Lnod..'~~ x-ray phase anslysisq and the micrographs
made it possible to establish in each case the mechanism of reactions
and the phase formation*.-.A* s-'4eneral rule# formatLon of TLC-base
solid solutions vLkh in' tiretWal stome of the second metal occurs is
the presence of a Istgo,excess of the oxide and a titsuLue oxycarbLds
and metal form in the,cass of deficiency of the oxide In the starting-
mixture. EvolutLon-of,CO,,was detected In all cases, The formation of
Ba2C was detected by x--oray-suslyaLs In the reaction of TLC with 802
840. Complex oxyc&rbLda-s6lLd solutions were formed in the reactions.,
of TLC with 502 ZrOf'~ '-or"Mol JeLe.), ThO2 was found to be the least
reactive of all the OxLdeo,.,studLed to &Srsowont with theory. The
reaction of TLC Withl-.10X~jP01. at* 2470K yielded a -spongy surf ace pbose
of ThCx, OrLge &rt.~bisC-3jLjuros& I table# and 3 formula@,.
BUD COD11 l1/ 1U8K'D'ATS1-,-42OatG4/ 0110 19YO 010/ ATP PRISSI 3101
j
AI
V~ L' '4:'
MA Rj
Rl$ 52 C
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7:7
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0501 363/65/001/006!6W/6wj,:,
ACCUSION M
546,8211261
W. r-611ammu L* V.
AMORt Av&Mjnikt_Af,
TITLZ% Investigation. of . o*Kd1TTo*a*s ~�r sy=thez=1%5g.pura titantum arb 4% T11,
sintering
SOUMM AN OUR. Isysstlyst 9~6-rgenitbaskiy1i --materlaly. V. I# no* 69,1965* 8 1 ~
3043
-W
TOPIC TA00i carbide, Utsolum carbidot titanium carbide synthesis
AM RACT i An attempt has mwi&-t synthesize high-purity -.1tanius carbide by
U& W1
sintdrIng a-mixture-or carton b th 9~,qss-pure titanium Sloside, 996STS-Pure
electrolytic titanium or 99.98S *alum. The xdxture of componeavs van
vacuum sint*r*A at 1570--Mogo t, results vere obtaint A from a alxture am-
t
17'- taInIng 99.9ft-pure titanium Wan amawt exceeding the stolciloiw ric Vy 7. 5-10$ j
4,, to vaste the loss of titablum'* evaporation. Sirter-Ing of WS idxtur* -at
2020K yielded blab-purityetitahius carbide which contained 20% combined emon and
~,_.,had a crystal lattice paimmetor of 3281 A. Oxygen in the initial M"erlai roda"I

OW par OUT I

17
~7-t
it
MIN

C:-"k-

KLMMEWSKAv J.
The scientifia vork of KasIMers Mosipski. Tr, fr= the Polish.
Pe 245j (Movensky -Warodopla) Vol* 5# no, 3A# 1957, Prahap Czacboalovakia

ORIver gaps In the Carpathian Mountains" (p. 3). CHMMY PIMPJM CIOMYSTA
(Panstwomm Rada OabrotW Prsyrody) Krakow, Vol go So Seyt.10ct. 1933.
SO-. Ust Nuropean Accessions List. Vol 3. No 8, Aug 1954
gr

ILTYIS"IMS to, U.
OTasks and plan of geomorowlogical rooeareb in soutbern Poland, P. 12.
k discussion on goororlhology, po 35.4 (PRZDj'IAD GFDWICZ.IIY. MLISN
C,FMRW!I= PXVI=o Vol. 2rs no. 2, 19~3, 'Warsvive, r-olrind.)
50s FA.st Furoytan La 0,, Vol, 2$-Xo, 12, Deco 1953

KLIPASU'dUlt X*
mRsport from a Visit to Me POOPIS's R63mbli-0 Of Hwm&w71 October 29-November 1), 1954.
pi, 970
(PRZIGIAD GZOGWICZNY. POLISH a=UPHICAL MWINW, Vol. 26, No. 1, 1954, Warszawa$
Polands)
801 Monthly 14st of last 1kropum Auessions, (MUL)o LC, Tole 3#
No. 12, Deo. 1954. Unclo

)CLIMASWSKI I M.
gCombined Chair of 09ograpbr at Jagello University In 11rakew In the fears 1944-1954.8
P. 144,
(PRZIOLLD GZWRAYICZNY* FMISH OJORAYBIGAL RVIXW. Vol. 26. No, 3. 1954. Wars"wa,
POIWA.)
501 Monthly List of Ikat Diropean. Accession*, (XXAI). LC. Yol. 3,
No. 12. Dec. 1954. Uncle