SCIENTIFIC ABSTRACT KOCHO, V.S. - KOCHUBEY, M.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723520013-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

130-58-2-6/21
Open-hearth Furnace Operation on Hieh-calor.ific Value Low-pressure
Gas
by 20 - 30% and Iiigb-pressure air being supplied to the sides
of thelps ports; blast-furnace gas should still te supplied
during reversals.
There are 1 figure and 2 tables
AVAILABLE: Library of Congress
uard 3/3 1. Open hearth furnace&-Operation 2. Coal p"ppUcations

SOV/1 37-58-11-22083
Translation from: Referativnyy thurnal. Metallurgiya, 1958, Nr 11. p 36 (USSR)
AUTHORS: Kocho. V. S.,, Granovskly. V.1. , Ploshchenko. Ye. A.
TITLE: Heat Balances of 500 and 250-t Gas-fired Open-hearth Furnaces
(Teplovyye balansy 500 1 Z50-t gazovykh msrtenovskikh pechey)
PERIODICAL: 1xv. vyssh. uchebn. zavedenly. Chernaya metallurgiya. 1958.
Nr 3, pp 52-56
ABSTRAC"?: 500 and 250-t furnacts are heated by a mixture of coke and blast-
furnace gas with an average thermal load of 36.8 x 1010 and 25.0 x
1010kcal/hr. Th- hearth areas of the furnaces are, res
i ely'I
96.76 and-74.0 m . stool (8t) production,,keing 6.65 and 6!7e3ctti7m per
day and heat time 12*4 and 10.33 hours. The necessary calculations
and tables are provided. The Input and a portion of the output side
depend upon the batch. The fundamental heat losses of 300 and Z50-t
furnaces are approsiMately Ident csl#, they consist of carry-off of
heat and combustion products 1~0 and 33~6, respectively) and loss
In tb* cooling *tomcat* (IZ.24W and 13.7W). The remaining losses
(by radiation, through the brickwork, etc.) are of somewhat smaller
Card 1/2 magnitude but they are greater In the Z50-t furnace in virtually all

SOV/137-58-11- ZZOS3
Heat Balances of 500 and Z50-9 Gsa-fired Open-hearth Furnaces
casts. In accordance with the beat balances, the average unit consumption of con-
ventional fuel is IZ3.6 kjl/t for a 500- and 137 kg/1 for a Z50-t furnace. The greater
efficiency of SOO-t than of ZSO-t furnaces is due to the reduced heat loss per t of St,
the better utilization of heat In the melting chamber, and the higher-rate of steel
production (by 50-65c/'o).
Card Z/2

IDcw tor tskhaeaauk# prefol *UMMIT# Veto, lush*
.;;;;~jd6*Jok
10 Investigatlag b"t aWorptles ud thsrW officismair of 500 &M
250-ton open-bsarth firMees. Isve vise udho'be save; abs"onoto
06#5s65-75 * 158. (xiu us?)
I,Xinvokiy palitakWobaskly lastitut.
(Opeo-h"rth furucas) (&at--ftdlaUoa &ad aboorptioa)

SOV/133/,r,8-9-4/29
k
AUTHORSAXocbg~ V p,Tech.Scianc Professor) Grankovskiy, V. 1.9
(Engineer I an Ploshchenko,le. A. (Engineer)
TITLE: An Investigation of the Thermal Performance of a 5W Von
Open Hearth Furnace (Isslodovaniye teplovoy raboty 500-t
martenovskoy pechi)
PMIODICALs Stal'i 1958, lir 9, pp 782-7U8 (USSR)
ABSTRACT: A utudy of the thermal performnee of a 500 ton open
hearth furnace at'the Voroshilov Works was carried out and
a comparison of some of tho data obtained with corresponding
data for 250 ton furnaces is given. The object of the in-
vestigation was to obtain information on the possibilities
of Improving the furnace performance as well as to obtain
some design data for 700-800 ton furnaces. The 500 and 250
ton furnaces were lirked with basic refractories (mean ser-
vice life of chrome-magnesite roofs from 400 to 450 heats),
The furnaces were fired with a mixture of coke oven and
blast furnnoe gas oarburized with fuel oil. ComprosseA air
was supplied (from blast furnace blowers) to the flame.
Material and thermal balances of the 500 ton furnace are
Card 1/4

SOV/133/56-9-4/29
AnInvestigation of the Thermal Performance of a 5W Too Open Rear-i
Purnace
given in Tables I and 2 respectively, Heat absorption and
the coefficient of utilization of heat were investigated,
using the method of "instantaneous reverse heat balance"
which is based on measurements carried out during short time
intervals, The dependence of the intensity of straight heat
currents on the amount of compressed air supplied to the
flame - Fig,11 the do ndende,of the coefficient of utiliza-
tion of beat (A) and 9:at absorption (B) on the pressure
under the roof during the individual smelting periods -
Pig.2; the depandence,of straight heat currents during the
refining period on the coefficient of excess of air - Fig.3;
the dependence of the coefficient of utilization of heat
and coefficient of heat absorption o4 the thermal load, with
a supply of compressed air of 4000 m2/hr, during the individ-
ual smelting periods - Fig.4; the dependence of the duration
of malting period oft the specific heat consumption and on the
concentration of carbon after malt out at various thermal
loads - Fig.51 the dependence of the duration of the melting
period and specific heat consumption on the concentration of
carbon af ter malt out at various thermal loads - Fig.6. On
Card 2/4 the basis of the results obtained optimum therzal operating

SOV/133/"-9-4/29
An Investigation of the Thermal Performance of a 5W Ton Open Roarth
Furnace
conditions for the 5W ton furnace were established (Table
which decreased ths consumption of conventional fuel from
125 to 108 kr,/ton at a duration of heats not exceeding 11,5
hours. In view of relatively lower heat losses per ton of
smelted steel, the consumption of fuel in 500 ton furnaces
Is somewhat lower (15-20 ka of conventional fuel) than in
250 ton furnaces. The uve of compressed air has a positive
effect on the thermal work of the 500 ton furnace, as it
permits decreasing the coefficient or excess air to 0.9-1.05.
At thermal loads of 35-40 nil. k cal/hr an average 5000 a-7/hr
of compressed air is required (varying the supply according
to thermal loa4s during the individual smelting periods fros
4000, to 55W M-7/hr), On the basis of the results obtained
it can be expected that the character of the distribution
of thermal currents and heat exchange conditions in 700-800
ton furnaces under design will be approximately the same as
Card 3/4

SOV/133/5a-9-4/29
An Investigation of the Thermal Performance of a 500 Ton Open Hes-th
Furnace
in 5W ton furnaces, A decrease in specific host losses in
'700-800 ton furnaces should somewhat Improve the coefficients
of the utilization and absorption of heat in comparison with
.500 ton furnaces. There are 3 tabless 6 figures and 5
Soviet references, !
ASSOCIATIONt Kiyevakiy,politekhnicheskiy inatitut i zavod in,
Voroshilova (143%w Polytechnical Institute and the Works
im. Voroshilov)
Card 4/4

90080 jrqj~,$, prof#. doktor tokhao neck-, OUKOYSXIT# V.I.# ivisho
*k'-7- 'I "~~ ~- w
ItItIMICS1 SnIllIll Of Jb* beat OUtPUt Of 5Wtog end 2506jag
capacity open-boartb furamooss Bluls T=IICM no. lotb-15 158.
(Open-hearth furusees) (NMA 11 s?)

IOCHO. V,S*4,f!!!og doktor tsklhn.vaukl OUXIDDlUff, Vol.# IrAhe
tn"rature conditions in 50()-ton qpen hearth
ftruseove'livevroombabosuvoi chorimemsto wolOI?5-83 0 '58s
11. K k OlAr I (mu Illu')
Of
49

AUTMR: Kochos V.S. 32-1-22/55
TITLE: A New MethA of Detemining the Degree of Blackening of the Sur-
face of a Bod, (Novyy metod opredeleniya stepeni chernoty
poverkhnosti tela).
PERIODICAU Zavodakaya Labomtorlyn, 1958, Vol. 23, Hr I , pp. 53-55 (USSR)
ABSTRACT: In the introduction it is said that the hitherto known methods
mainly refer to the determination of the degree of blackening car-
r1ea out In laboratories. The methoi rvoo=ended here iss however,
-suited for direct application in plants. It consists In me uring
the heat current impingIng upon the body I.Keed " that which
Is ref1doted from the body (qrefl.). for ~1 pur"s therwnterst
calorimeters, or thertao-probes can be used. [Ref.i~43 Thetuo ab-
sorption is assumed to be A q z qdireot - qref 1. The amount of the
reflected heat current depeMs on the heat absorption properties
of the bo4yo Aichs in turn# depends upon the degree of''blackening
of the surface of the body (t). On this basis a nwPhtr of theories
Is developed here which my serve the purrose of carrying out.thess
Card 1/ 2 directions, and suitable examples are given. Among other thingst

A Now Method of Deterudning the Dogma of Blackening 32-1-22/55
of the Surface of a Body
the application of thin theory vrith respect to the determination
of the degree of blackenlng of slAge In an open-hearth rurrAcre Is
desorlbe,ds and it is 4xplatned Ovat the ratio tietaver ts"rxturv
And degree of blackening can t,* determined. This r4ans that, if the
Aegrte of blacktnIng of the slag in An oT.,cn-heAeth furnace is knom,
the temperature of Its surface can be calculate-d aooording to the
4 t
qr,erl. -
fortula: T im irect
fco
where 00 denotes a constant of the heat milAtion of in absolutely
black body. In the paper a table of the degree of blackening of the
slag is mentioned s witb the help cf which the wurse of the volt of
smelting in an open-hoaxth furnace can be suitably oontrollel. There
are i table and 6 Slavic raferencea.
ASSOClATIC"I KiyW POIJUMMU 2Wt1tdt* (Kiyevskiv politckhnicheskiy Inatitut).
AVAIIABLEs Library of Congress
caw 2/2 1. Vlaterials-Reflective effects 2, Platerials-Thermal, effects
3. Calorimeters 4. Tbersaisetere

not Porls th"OnovIch; ZERAFUT. X.E.9
akodealks otvor*461 XINMI. ?.X.. red.isd-,ra; KUMM, T.To.,
likolaL llkolaevlah Dobrokhotov, Klov, led-vo Akod.na* OW
1959. 29 P. (0U 13;2)
1. AN OM (for tWmww).
(Bobrokbotov, likolat likoleavich, 1809-

PMU I WM nPWITATION SMA710
.r,y-ho,, V.S,, Doctor of Technical Sciences
Avt'j%*tY1*t* Iya u chornly NoUluillyt (Automation in Ferrous Netallurgy) Ky7tv
19,59. 37 P. (Seriest Tov jewo, dlys poshyrovals, politychalkh I naukovM
znar.' UkrSSR,, Ser, 7.. no. 9) 9,W copies primtod.
Ed.: Tu. 8. Xornilov, Doctor or Technical Sciences; 94, or Editorial and
Publishing Sections A,$, Toplyazovs,
MAME: This booklet to intended for general rea4ers Interested In the
progress of autowation in the 4owatic imetallurgical Industry.
C-MMAM- The booklet., Issued by the Ukralaskays. M Society for the
Dimsexination of Pblitical. and Scientific Infornatioup discuses the
progress of autowtion to for wtallwa. It contains concise infor-
mation on the automation of blast furnwes,, open-hearth rurnaees,, electric
furnaces, and converters,, sad includes a discuselov oft surafacturt by rolling.
The author also considers the application of compatere In the Industry,
So personalities are mentioned, There are 7 references,, all Soviet.

tOCBO, Y.S.mLdektor tskhn*n&*, prot.1 OBAMMSKIT. V.L. Insh.
Changes of pressure in opsti-beaft furraes vertleal Cas
flues aperatiq with coWessed air* Iswovymchabasavol
chersonsto 2 noo6t93-97 ;s, 15ge (MIX 1311)
14 11yevskly poll telbalcheWr lastitut, bkomisadowaso katedroy
avtomatisatell metallarglebaskikh pratsessov I pecher Myevskolgo
politekhnicbeskago lwtttut&,,
(Opea-boarth furmass)

IDCHO. T.O., doktor tekbatuank profal OXAIKMXIT, T.I,# kandatekhnmak
Statistical sualysis of thermal processes to a 200-ton
open-hearth furacee Isvavys*1ucbsb~savsj chernomet, 2
W117slOS-110 A 159# (NIIA 1312)
1. 11yovskly poll taktrAchosirly Institut.
(Open-hearth ftrusees) Mrometry)

SOV/133-39-9-8/31
AUTHORSt _Aoqh2,_y,,j,j Doctor of Technical Sci*nc*so
Sabiyev, M*P.s Grankovskly, V.I., Ploshchenko, Ye.A.
and Molchanovs Yu6D#t engineers
TITM An Investigation of the Operation of a 250 Ton Open
Hearth Furnace Fired with Coke Oven Gas
PSRIODICALt Stall# 1939# Wr 99 pp 796-802 (USSR)
ABSTRACTs Posoibilities of firing open hearth furnaces with a low
presmure hot gas of a high calorific value without
carburization are discussed, Literature data are 4u0tod
Indicating that autocarburisation of gas can be obtained
by preheating the gas to a t*mperaturo at which
decomposition of methan*twith the partial formation of
highor hydrocarbons and carbon part1cl*s, takes place.
Exp-orience in firing a 250 ton open hearth furnace with
preheated coke oven Sam of the usual pressure Instead of
a mixture of coke oven and blast furnace gas Is described,
ror this purpose the cross-sectional area of the outlets
from doS houses was reduced from 0,45 to 0.22 02 and the
gas port was lowered# Compressed air In on amount of
3ooo to 35oo m3/hr was Introduced through the back faces
Card 1/3 of the do$ houses. The above measures pormitted

An Investigation of the Operation of a 250 Ton Open Hearth Furnace
Fired with Coke Oven Gas
Increasint the velocity of the &&*-air mixture from the
dog house to 100 to 120 a/sec. The pressure in the
Sam vertical flue Increased to the atmospheric pressure
and at maximum thermal loads to 10 ma K20. The
temperature of the upper ahocktro of gas regenerators
was,staintained at 1200 to 12500C. The consumption of
oil remained the same.&* on firing with mixed gas*
DurinS the melting p*riod# the flano was covorInS the
bath satisfactorily but during the refining period at
low thermal loads the-lonSth of the flame was Insufficient.
In this case$ an Improvement can be obtained by docreasInS
the coefficient of excess air to Os9 to 1.0. Changes in
the operating indices of the furnace an transfer to
firing with hot coke oven Sao are given In tables I &ndl.
The preliminary results obtained Indicated that, in
rospoct.of productivity and fuel consumption, the
furnace operation was satisfactory* Further Investigation
of the problem of heating open hearth furnace* with a
Card 2/3 hot low pressure Sao of a high calorific value and# In

SOV/133-59-9-8/31
An Investigation of the operation of a 2.30 Ton open Hearth
Furuscf fired with Coke oven ass
particulars the development of an optla" furnace
design Is recommended. There are 6 figures, a tables
*ad 10 references* 8 of which are Soviet and 2 XaSlish.
Card 3/3

PHASE I WM EMOIT 7,101' WV/34M
Kocho# Valentin "anoviob, and-Vidim, Ivanovid Grankovskiv
Teploveys, rabota martenovsklkh peohey (Thermal Performance of Open-Hearth Furnaces)
Hoscowp Metallurgisdats 1960o 187 p. Errata slip Inserted. 2p7OO copies
printed.
Ed.1 V.N. Kornfelldl Ed. of Publishing Houses V.N. Sidorovj T*cho Zd.:
L.V. Dobushinakaya..
PURPOM: This book is intended for scientific and technical personnel at metal-
lurgioal and machine-building plants end at research and design institutes#
It my also be useful to students at higher educational institutions specialls-
Ing in steel metallurgy, automation of Industrial metallurgical furnaces# and
industrial power engine aring
COVERAGEs The book presents the results of experimental Investigations of the
thermal performance of large-capacity open-hearth furnaces. Peat exabangs
In the combustion space of furnaces and the effect of thermal conditions
on heat transfer and on thermal efficiency are discussed with a view to

KOCHOo V.8 GRANXOVSKIT:j V-I.
Temperature, conditions of 300-ton open-heafth furnaces operating
with blown-in turbine air and with st"m injection In the a4r.
Biul, T3.UCM . no.1004-36 160. (pan 15S4)
1. Kiyevskiy politekhnichoskiy institut.
. (Open-he&rth furnacts)

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AIMIIV Serjoy MikUqUylob dokUt tokbe. nask, Prinimall soMat4so
;dA;v Yoles inshol Mz, %ciq ?0=10o Tuol*p isuibol IM-
nmo 3.m.# IAAj 31 110"C0 B.1.1, inA., Fuvtyvp O.T.,q in*.)
-IM. Y-S.j, doktor tokbou ftik p"f retmanit; W=VICRp lsAop
rod.1 MMOOMA, M#Lo# rod* SX41 ;6WnMWA, I%Yop tektao reds
of motanunisal fumsoool isparltolls" elb.
Usbdo4a wt&Uuro*bo*klkh potboil o.novqo polosboaUe, Kookwas,
Oose sambno-Ulkboo Wove Ut-ry po oboml i tmtwi astsumvilf
1961. pg. (mm us 10)
(mounirgi4al fW-MOOD-40011vt)

31137AOMAIIA13112)
A060/A 10 1
AUTHCRs Kocho, V.8.
t Automatic regulation of gas famperature In open-hearth furnaces
IMIODICALs ReforstlyM zhurnal. Metallurglys, no. 11, 1961, 15, abstract
11289 (V ob, *Ikvo" v toorIJ I praktike,prols-va martenovsk. stallo,
Moscow, Notallurgisdat, 1961, 219 - 226, Discuss. 332 - 334)
TWI A three-stage system to proposed for the regulation of gas tempers-
ture. A rotating daimper connecting the joint rluos of the gas w4 smoke vents
with the common chlainey Is sot up for the automatic r4gulatIon of the quantity of
combustion products passing through the gas regenerators. As the amount of a1hut-
off of the regulating damipor In the gas and smoke flue Is varied from 0 to 100%,
the quantity of combustion products passing through the checkers varies from a
difInIto Initial quantity down to zero, making It possible to vary botvoon wide
limits the hosting rate wA the final temperature of the gas *hockors. The systovi
of automatic regulation of gas temperature hao three ferrowagnetto transducers,
whose armatures are connected In such a way that the e.a.f.'s induced In then sun
algebraically. 7ho e.a.f. axising In the armature of each Nrrodynamilc transducer
Card 113

3/137/6114=/011/013/123
Automatic regulation ... A060/AlOl
Is proportional to Its turn angle. The first transducer Is set up In the potan-
tiometer measuring the temperature of the roof of %he gas checker as the combus-
-tion products pass through it, Uw second - In the insts nt maturing the height-
uniformity of the checker heating up, the third - In the Inati nt regulating the
expenditure of the gas passing through the checker. The armature of a remote-
controlled transducer of gas temperature ard the armature of the ferrodynamia
sensor of an I"ramics electrohydroullo regulator, whose drive mechanism to con-
nected to tho rotating valve, are connected In series with the thr** armatures of
the forrodynamlo transducers, This system operates periodically. At a sharp
change of the gas expenditum %nd, consequently, also of the thetsal loads, there
occurs a considerable discrepancy between the actual and the requisite gas t"Mrs-
tures. Because of this, In order to eliminate the rise of such undesirable condi-
tions, In the case of the furnace being heated with blaat-rurnace coke mixture,
in order to vary the thermal loads it is possible to vary not the gas expenditure
but the calorlolty of the gas mixture. SInse during the interval beumen r*h&M-
lingo the temperature, of the gat checker gridually falls, leading to oscillations
of gas temperature drop -in the time Interval from 30 to 1700C for various open.
Ca rd 2/1)

Automatlo regulation ...
8/137AIAwAnjM3/i23
A060/1101
hearth rurnaoss, in order to 'olinimto this drawback it is rjoomsersded t* mks
use of an additional hosting up of the gas after the rtgenerator by mans of air
food through speolal nosslos,
(Abstreater's notat
Complete trwwlatlon)
Yu. Nechk1n
Card 313

Imsop Yesp i TIol PSEMOVAS TA.1 IMUO T.L.
T-11 ~Tf i ORLUMIn
.Dymmie obars torl&U" of opoo4warQ fumoof asowdift to
gnaw in tM witift saw* javovpouWwb9wvoj ahernowto 4
so.6266-112 161o (XMA 244)
11, Ilp"kly poUUMMabookly lwtiW.
(OOD-buru fWww")

Investigatim the feasibility of *nsurinr t1v oFtimum luminosity
.of a gas flame Izvo vyso uchobe tave: abern. met. 4 no.8:143-148
161, (MM 1419)
1, Kiyevskly politekhnicheskiy institute
Nmaces-Coubustion)

00 0 TtS,j MAMISKno V.1.1 MIMUlp T.G.; PIOMMUM-P jo.A.
*aluatins tbo dome of blAcknose of a flame hamaos torob.
zavoub& 27 n*,5sV4-5" 161. (NLU ]A10
(Metallurgical furmates) (riame)
0.
11

X0GWq V.S.., daktor takhn.nmkl MUMWMY, Vol., buidotekhnamuk
Method of OCUUMMS dstsr*iMtich Of W rAtO Of OwbOn
dioxide evolution from open4oarth furomm baths* Kett
i gornw-ud. loom* uo.409-" 31.4g 162. (MIRA 150)
(Oprn h!wth procs")
(Carcon diazWo-heaswesent)

3/133/*2/000/004/W4A0
A054/A127
AVMCRS1 Ko h9_ V-S-; Panasyuk, A.D.; S&SIsmOv, 0N.1 Strel'.chenko, A.G.1
Mai-brunyak, 1,0,
TITLE i Cermet tips made of zirconium boride for thermocouples used in
the continuous measuring of liquid steel temperatures
PZRIODICALi stall, no. 4. 1962, 317
TEXTt To develop a hWy host resistant material for thermacouplo tips
used In the continuous measuring of liquid steel temperatures in open hearth
furnaces, tests were carried out in 1959 - 1960 at the Inatitut notallokersalki
All UKrSSR (Institute of Oarmets of the Academy of Sciences UKrSM) with therm-
couple tips made of zirconium borlde. The Lips, 120 m In length, 11 = O.D.
and 4 mm I.D. were tested In 185-ton and YN-ton basic open-l-earth furnaces Into
whbh they wort placed by hand-operated thermocouples, equipped with blocks~ 25
= in diameter " S)O am in length, made of reinforcement stool. TVw zirconium
boride tips, which are more heat-resistant than those made of' quartz, wers
Immorsed 10 - 11 times with the Immersion time increased to 40 - 45 sec. To
establish the service life of zirconium borlds tips for continuous opsratLon In
Card 1/2
00rmet tips made of
A054/AI27
the natal-slag bath# tests were carried out In 10-lon and 250-t-on ON-h-hearth
Nrnaces, The thermocouple and the
Steel tube tuyere tip WGIV Placed In a Water-cooled nosolsas'
with copper bottom. n. tip was f1jwd to the device wl
5 RM thick asbastos cord. th
(up' to 25 mm) Bottling on the 710 metal layer (3-5 mm thick) arA slag laygr
tuY"rs wall during
ImmrslOn could be rvro d a
ve ore
easily if the tuyer" was mfrActOrY-costed before Iffearalon. ftV r, it was
found that In the arrangement described tho 21rconluis borlde e
the thermocouple against the heat of the
bath " not 82 tip Only Protected
broke the seam after a continuous im=rSIOn of 2 - __ Inst the gases which
the authors developed a three-lAyer tip shown In & .3 min. To eliminate this,
temal jacket against the heat, an Inner al figuM, consisting of an ~x_
'h'reas the gap between them was filled %,I undum layer to ensure gas PermeabilIV,
part or the tip was filled with Z1 th burnt slum1num oxide. The bottom
Inertia. At the upper end rconjum borlds powder Lo decrease its hast
As a result of using a the tip I sealed with O&Ic,
t_1W now "-30/6 apn_ ~ed dOcAlrburlzed asbostm.
ture measuring takes Place with gmat( VA) type thermocouple tip texp&rs_
accuracyl In the ;500 0
deviations are not greater than :t 1.50C. The bath tomperatu,
an R19-09M ~650cC range the
Ups operate (EPP-0910 tYP9 Potentiometer, at a tape rate r* Is recorded with
60 minutes. continuously in metal for at least 150 Of 720 am/h. The
'____~Card 2/?' There are 2 figures.. minip In Slag for more than

AML V-~$X!Oktsr UMM*Ugukl MMOCOOO A.0,
Iff"t of twbwlo&a old but allneariv Watwo an tm*ora.
tore ocaditlaw In cpsis-hur -famda =61MIS the flaishift
I
perlad, Ylet.1 prwradpva. no.5s2A.2 M 0 1
(XMA 16 81)
1. "vekly VoUtOMMIcheakly intitut (for lcoW). 2. ImUtut
avtomtim O*Spl=A MMM (for StrellchaWo,
.(Apa4mrtb process)

V-9-1 STRZICM=p A,G.; 14YONW,, 1.0.
Timpon dmUU*m *f a 2Wtan operp-hearth famam bath
in t1a finishing palodo In. vys, vehob. uvbl "em met,
20091"1 1624o (Kau 15110)
le Kiye"kiy paMdAL bobehadJ4 Institut I lastitut aTtamauvA
(Open-hearth fum"")

%OGHO T 8 MWMXIT 0 Vo 1. 1 AIMAI,, T. 0,
-
hViLU* for regaUtift the Im1weltr of the pa furmsee
r2amo Isvo v)vo usM'bo uvol aborms mt. 5 so.221IM-237
162. (KMA 1611)
L li"My poUtalWabookly, lastitat.
'(0peri-bearth tumoss) (fts bamrs)

KOCHDp V.8*p Uttar t~Wm.nmukj WMMKIYj VoL, kand.tokhmnsuki
--WMUj VoLep inMaj MOLCHMOVi Yu,D,, 14W6; nORO, Cb*&,# insho
cmpmu,;* analysis of tberml prooes"s In 500-ton open-bearth
furnaces in t#do mistallurgical plantso Stall 22 no.D23-27 Ja 162,
(MM W 12)
(Opmn4warth fvrmcos)

0 doktor tokha. vA61 GRAXKMKIY# T,Z.p kuW. tokba. nauki
14A.0 ingbol WAPIKp T*.P.t Insh.1 STPALICEMKO,
insh,
Seleating an lopulm-Woftluate the presso in the boarth
of anIop6n4warth ttrmoo, Not I comaW. prm. no.1162-AA
A,J 62. (MIRA 16t;7
20 "vokly poUtekMlcb"kly MoUtut (for gocWt Omkon*ln
brolow * 2 Zoormankly astallwoobeskly savod (for Dx7apLk#
(Ope*4"rth rumoom) (oss now)

LEVINj Semen IAzaravIchj a Vag&,, dcktor toklin, naukp ratmenzant;
WUOO 5,9.p kands tokbno neukp ratoon"nti "JkATSZITj I.I.p
kand, tekbno nauk
(steel aroltin; Processes; 1,17olcocbmical and -tocchnoloirical.
primiples) StaloplavilliVe prou-0ovoy; Miko-khtricherkle I
tekhnologicheakle o9novy. Klevp Coo3tokhizdAt U,:,X-k, '1963 403 p.
(Y."!A 1;1
A. . 9)

dqktor tokhaawk; GUUMM, V.I.,, kwW*tekhn*m&uk; XAM*O I.L.
Improviag the toqperatv" control mun or open-bwth farwasse
Avtoue i prib* no.1&21P%U J&-* 163,o (XIM 16s3)
lo Uyevskly politaMmlebesidy Institat,
(Opab4waru fmm") Obermostat)

dokt4ir tokhm, M* UMMWt'y- 1.0 kad. tokloo
Sluml SAIM 1. L. IsO.1 MUNUM, INUO got inabol
rAVATArAv i, As f ll;h.
N"s=4,v the fIft of eambasUes prefteft in opm*4*arth
rovM6690 veto I gwoorado PMO 2002,19-a :&-F 163
(KM 1641
L tiymkiy poUtookUdabookly institat (for labo, Onudv"kly,
loydek), 2 Owropo"Uhy wtallivotbookly s&vW (for Nolobamys
(Oas flow) (OpuWmurth ttwmaes)

UM VA GRANKMIn, V.1.1 DFWIK# %*,?,I SASIUV, MsP-j
Aooolsr&Uou of ""Ib"Ah AM=* OP~nU*U VitkOUt
amono ISTO v7s, uolkb. say.1 obans wt., 6 w*4&150-M
163. (KEM 160)
1, lly*VskLy poUt*kbAUb*Sklr
(OPS64OW-1
(comp"ou" air)

IMBOO V.8,j GRAUMICITs V.I.; MINKS VA,
Autoutio control of tberma ooWlUons 1n an opm-bearth
fummaso Ina vpa uWwbo uvoj al#tqn. mt. 6 no.4&163-170163o
(JaPA lf?5).
20 UM81dy poll Okly INUUt*
(400-blarth fwvmsr (Autaftue control)

lWHOp Mop daktor tokhao vat&l IMtOTKIMH# ToNop Insh,
ZMA W_ tov oondtUans of ma2ton fbMti
nO-41" fdo
I06-i NVA Wil)
1. O"My "21tokUlobookly insutut (for MOW,
L lq"kiy flual boUtuts tvtcm&Uki Oosp2am VkrM
(for torotkayleb).

KOCHO,-V..S.1 STRELICHMO, A.G.1 SAWTEV, X.P.1 DRTAF1Kj Y*,P,
Investigating the tesperature conlitions of t1w bath during
its oontinuous oontral In ths finishing period, Isys Yys#
uohebo gavel cherno mt. 6 no.8j169-174 163. (MIRA 161l1)
1. Kiyevskly poUtakhnichookiy institut, Institut avtomt1kI
Gosplans. Uk:NM I Kossamarskly metallurgloheskly zavod,

=90# T go doktor tokhm. naukl ORUMSKIYo I.I.,p kand. tokha. nauki
~ --.- 11- 1 0 V#Z*p lushol DAYAPIlp To,?* lnsh.l TWITSWO
.B.H.t I h,j (MORAp N,1*0 imh,l iialcmio, rui6of inshe
bating opea-hwO ftmuces vith hot natural gas* IM, I
.sormarud, pnm6 uo#54544 34 163. (KM 161 U)
:I* Klys"Idy politekbaichookiy lustitut (for lWohop
Omnkmaklys Perelva), 2, Zmwwarskly meta-Uurgicheeldy
sav9d (for ftyapiks Toplitakiyt Mobs, Stnlld*nM).

BEREZOVSKIYj Mikhail AlskmaMroylchp lnzl~.j X0110A.0, 1'~HAI I
Iyanovichp kand, tskhn. nauk; SAIIDVA, IArlsa
Vyacheelavoymi Inzhal KOQO V~,!~ ti)a u-iukl
retsensent .4_ j d4AW tf!k
(Saxpled-data 'control devices) 9Ioktrw*.tq#
shchis ustrolstya proryvistogo d,sIAtyIIA, Aiov, Tekb-
nika, 1964. 137 p, (Y;I:~A 1811)

KOMOg Vogt# daktar takhriam*
Owl~u altatamUes of ataUargUel PrOO08624 lbt. I carsarad.
Pres. ria. 2 17-9 Mr-Ap 164 (MA 170)

14 Kom, VJAA daktor taHm.naski LAPITSIT, V.I., daktor tekhn.saukl
PA131=1Y, L.D.j ffpgg=AKt TU,Sej WBINSKIT, P.S*j
I)RY*,"Kt V'M'j KISLYTO m,
Measuring $he tesperaturo of the wtal during the proooss of
simelting ift a converter vith a top mwgea blow, mlet. L llw-A"A-Od*
prcm. no. 2s29-31 Mr-Ap 164o (MIRA 170)

-PCW V 8.1 cummurs T. I'l IJSMA, V. X.
I PossiblUty of sxUvW sombusUen mtrol in qpqj~.bo"
fumacess Isvtvpoudwb,"v,l dwrn,mot,7 no, 4sl%m-1~5
064. . (MIRA 27#5)
1. Kiyovskly poUtekboldwakly insUtut.

XDCIP,.S.S,,, daktor teUm.nauk; MORM, I.G., Insh.; KOVALEV, A.S.F
Insh,
Using water-ecolad thermcauplos for a continuous control of .
Dessoxer awlting br the tomperature of astal. Mashimstroanlo
no. 200-52 )(r-Ap 164. (KMA 170)

_~OCHOj, V.S.1 PARZILOVICH, V,S.l LYADOV, X.P. Prininali uchqstlyet
MTMIMA, V.I.# Insh.1 OftICHWO, ?.To., tekhnik; SPAXAPIMOV, Tus,
studentj TASMHKIN, A,I,g studentl UWOVXATA, L.V., student
Investigating the operation of oontimous furnaces with a rolling
hearth. Stall 24 no.2s.177-179 F 164. 'KRA 170)
1. Klyevskiy poll takhnichook iy Inatit-it i Yomanarskiy mietallurgichaskLy
savod.

I-XOCH09 V.S.1 G.-W-AUVSXIY, V.1.1 LBITJAj V.X.
Automtic rs,~iUtlcm of the combuation Fro*ess. !!atallurg 9 no.6s
15-17 -jj a 164. (,'ai;A 17j9)

Wc"Op ytqfs doktar tvkhn. nauk, prof.; RITU1, InO.; F.T.PSHCHIT,
N.P., Insh,; VV#OGRAWVl P.M., insh.; WASHCHUrp N.M.. Iftzh.
ContInuouto teVeraturs control of %n open-hmrth bnLh
during oxygen blowing. Stall 24 no.&Op-,jor) A,6 t(,4.
001.14 17jq)
1e KiYOV9kiY Politekhnicheskly institut i M4tkpypvW1
metal,lurgichaskly savod.

XOCWP V.3l.; GRUXOVSKIY, V.1.1 NOCHETXDV, Te.A.; 7AKHARCVA., Yea.
Dlstrlbutlon of combustlon products ln open-hearth furzace
regenerators. Isv. vys. ucheb. sav.; ahem. set. 7 no.10t
149-154 164. (HIPA Vill)
1, Kiywyakiy polltokhnichoskly Institut I Xomsmunarskty metal-
lurglahookiy savod,

KJMJI TOIS. doktor tekha. naukj MANXOVSKIT, V.I.t kand. tekhn. nauki
Rfliip Y.L., kand. tel&m. Sauk
Autcootio oontrol of Industrial and thervol conditions in
the finishing period of open-hearth molting. Not. i
jornorud, prom. no.M7-19 Vq-J# 164. (KM M10)

440ow tekhn, nauki SWILOVICH, V.S.1 LTW, X.P.1
NEBYACIMS A.N.
Improving the opersUon of roU*r hearth heating furnacts,
Not* I gornorWe proms no.101-72 Js.-F 164* OG RA 17 j 10)
V.. .

-w"90i I GRANXOVSKIY# V.1.1 PEREWMAO Y.A.1 AKMTAK# Y.G.1 ORTAPIK#
!.P.; TIPWISKII, BAI OWBA, N.I,j SMLICHtNXO, Tu.G.
Tomprature easditions of an opon4warth fume* heated vith
solfa or burs tting natural gas. Stoll U no.10o$924193 0 064.
(MIRA 17#12)
1, Kiyovskly politakhalebackly Institut I Koamunarokly motallurgichookly
saved,

KOCHO, Valentin Stepanovich, doktor tekbn. nauk, prof.1 ,W."CV,
7*515-6-yre-hj, daktor tekhn. nauk, profe;
STRELIMIKO, Aleksandr Origarlyovich, kand. tekhn. nauk;
KIWZY, Favel Stepanovichi kand, tekhn, nauki UFMOV, V.A,p
doktor tekhn* nauk,, retsenzent;
(Continuous Uquid steel t4operaturo control in the finishitg
period of open-hearth swIting) Represymyl kontroll teepers-
tu shidkol stall v period dovodkl martenovskol plavki.
141 V.S,Kocho I dr. Kiev, Tokhnlkaj, 1965. 226 p,
(M1RA 18s4)
le Chlen-korreqviDdent, AV Ukr,= (for Samnov)o

,!N,1100-.LS.s,,doktor tokbo. nouki SUMIW"Cfft Y*So; PUAW=g L*Lsj
NMCRNIIO Ia.
Autmatle eantrol systm for hoot-treating fumaces with
roller sales Art* I pmb, no64M-79 0-4 064 (KIRA 1812)

IAVCYSKrY, V.I., ot-f. red.; IJIGIYZV, A.M.9 red.; DORM, Ye.A.0
red.; GUNKOV, M*A*, rodol ZARVIN 0 Ye.Ya., red.;
UngrlNj YsA.p red,; IOCH04 VIS P redej KUMIN,, V.A.,,
redq LAPITSXlYp Mop ia.-j t9v 0 S.L.p red.; OUS,
G,N.p redol WMITS, V.A.# red.; UHRIKHDI, P.V., red.;
FlLlPMVp Sol*# red,
[Theory and pyactice of the Intensification of processes
In converters and opez~-hsarth furnaces; transactions)
Toorila 1. praktika intensifikatsii protsemsov v konferts-
rakh i martemovskikh pochakhl trudy. Moskvaf Yletallurglla,,
1965. 5%,P. (MIRA M10)
1. Meshvusovskoyo nauchnoye soveshchanlye po toorit. I
praktike Intensifikats1l protmessov v konvortorakh i mar-
tonovWdkh pechakbe 2, Moskovskiy institut stall. I splavov
(for Filippov - 3- Zbdn=vWdy mt&.Uurg1cheskiy Imatitut
(for Kapustin o k, Urallskly politakhnicheskly imstitut
(for Uwikhin~ ,

VaTfOXHIM, A.X.: 6RTOrKr,, V.M.! 3HW!Att
VJ., dtktor tilkhn. rAuk)
BUDKOMIM, V4A6j fAZ~.LXVSK7V#I A.P.~ "Cl-ISUT, AOAO
Towerature aorAitioal of,& O)nvolrtar beth vith alr and steas-
.2'
wqgsn bottou blwb*o NOto I lOrnOrwd* Pr*u' nool' -" 1813)
isa 163o Ocu

- 3
I
; N 'Ili
I U.
,;- I ~ R.1 . 2.
.- : , MIIMM~l

SOCHO,.V*S,.) ORAMMYS Vql,l PIRMANAp V.A.
Autcatic pmoftro amtrol in oPsn-h"rth AwftOos- ltv-vY$,
uabobosavej cherns not* S no,4o222-,UJ 165o (MIRA 1804)
1, "Yoldy poUtekbaicUskLy institute

, fir- 4-,qF4~- m
MIN, as
m Fill I&H ~NAWIRM,

- 1,
I
~ F
I I . , -

I Roll-, lo~ 111-m-

A.1.1 IM1.1,17-INtO, Tu.l.; MTKHIXA, V.I.
lr.j-#atlgvl.lr4 tiv- h4at, acTJltlrrvp of rngemorat!-- so"Irg pits,
(MAPA 1610)

dektw tekb~6 am&; GRAUMKXTp V.1.1 PMULWA# V.A.;
XkMv VA.; PUMM# L.L.1 4LOUp X.T.; MUSINILI, V.I.
latompitleaties at Qw op ties at open4warth twv^o" ty ths
embiud foodim of myge ad o=p "od air, Note i gws"*
pmo noo)875-76 lf+p-Jo 16% (KIRA IS s 21)

rao & 9-0 daktor Ukha. aafakl PAVANBUTO L.Dol MfltTNM,, ru.S.0
DMHMOO DoMo
Thanal owditi~ In an oqton,-Uon somMoore Not. i
gwmnd. prom. no,4sl6-2o n-4 165. (KIRA 28 40)
1, Kiymkiy pdit*Wml*Mekiy lostitut (for Xoc0iot Paymmokiy).
:2 Dw"raftstrmkiy mt&Uurglabookly instltut (for Reshato7akv
j*7~5-

KOCHOS Vq$.*# daktw to" maukj WIN, M.P.1 ALIBOMA, T.P.j
'MRWIMS V.I,
Is"stip" the thusel sanditiom of eampariments of
ropmattis seskift pitse *49 1 gor*wW* pros so,P40-42
MI-Jo 065. (XMA ISIU)
KOCHO VGS GRANX075XITo V.I.; PZM~Wp V.A.1 NAYDEX, Y.L.; MADFIX,
-4%n-~j KULIKMt V.O.; PRIUCIZANX0, A.Y*.l GRUUNt T*.G.
In"stigating heat trawfer In vaT hI& capacity opea4marth
fursaces, Stall 25 so,12slO111-1085 D 165, (mm M12)
1, Kiyovskiy politekbuieboskiy Institut I Zh&novskiy astallursi-
cheskiy savad iae Illicha,

44575-M
C N& Ap6015685A0 y) SOMM CM,# MV0413
INVMMRs Kocho, V. Go Strollahenkop As Go Chuprovsklys Lo Fe
ORO:
TIMi Thermometric method of masurlng'the flow of high-tempraturo
W. Class 42* No. 181~1-6
M
BOUROX Isabrotoniyas preashlonr47a pbrostor'O loverwe snakil no,
lee
1
966o h4
TOPIO TAGSt gas flow wasurement,, hIgh temperature pop gas now
ABSTRACT: This Author CortIrlosto Introduces a thermometr1o method at
measuring the flow of high-temperatuve gas by measuring the temperature
at two arose sections of the controlled flow. To simplify the measure-
ment.. atomi2ed water Is Introduced bitween the two measuring points,
The water evaporates and the gas no* Is calculated from the difference
in temperature at the two arose sections and from the amount of beat
consumed for reheating the atomized water to the temperaturie or the
second cross section, (Translation) (LD)
SUB COM 2V sum DATs, 26Feb65/
not 66ii2i.ea----

'AUTHCR.- Kooborodskiy# Z,, Xnglnoffr SOY/29-58-9-16/3*
TITLE: u1 MoNso (Vaduvjqyo doma)

PERIODICAL: a isolodeshi 27 (USSR)
Takhnlk 0 1958*_~r 9p pp 26
ABSTRACT: This In a condensed tran.slation of a Polish-language
paper which was publisholl in the periodlcal "Gori-
zonly t*khn1kI'1v 1957t Hr 1.(Tranolator not given).
The roeflng-in of large buildings, as for example a
atadiung a circus# a c1nemaj or storehouses =eats
with great difficulties. Even the liChtest type of roof
requires a complicated girder system. The method described
In this paper permits to conatinict roots of arbitrarily
largo dimensions. It is basically that of thin "roof
bigs" which are maintaired in their shape by a light
excess pressure froz within. This Idea is not new and
the construction is bast-d on the principle of a balloon
out off around the equator (not f1cure), Experiments
showed that a pressure nxcoo-,ing atmospheric pressure
by not =are than 7% Is nuffiolent to keep the roof
Card 1/3 at wind velocities up .,* 80 m/soc. During a storm

Inflatable Houses
S07/29-513-9-16/5*
-the pressure within the building must be increased. The
required pressure Is controlled autotatically. This anall
excess pressure Is not discernible to persons entering
the building, Only when leaving the building one ham
the sensation as of ctejpJng out of an aeroplane. One
of the most outstanding advantagos of an Inflatable
roof is that if the roof Is suddonly daminged, and, for
example# Is ripped open it mill slowly and softly
collapse without creating great d"~ige. The zaterial
for such roofs must be durable, weatherproof, ar.4
watertight. In order to increase the wearability of tte
fabric it is produced double-layered. k conting of
synthetic neoprene rubber renJers the material water-
tight. Condensation effoots are suppresced by means of
ventilators or by moisture-absorbing V,*nts. The, fretszlr~z
up of smaller roofs can be avoided by continuously
keeping the roafAn motion by varying the pretaure. clreAttr
roofs aro do-lood by infrared radiators. The greatest
advantage of inflatable roofs Is their low cost, There
Card 2/3 are 4 figures.

o c jq ) fR i-,A) A - (,
Polosix, V.S.0 (NoakTA)l ZDUWA. A.D. (Noskvs)
SOhOOl eVerlosau 02 ow lys"68181AM OlUation Of amowAa, IMS.
v shkole 12 so*2841." "P 157. (XI" 10, 3)
(Amogia)

ZDCMVA* A.G# (C. tirespoll.).
- - I
StuWas the ladvatrial prepantion u*Uwd of pat"alus chUrlds is a
choulml alrols. IMav oWmIs 12 moAtW50 41-4 15?.
lets)
(Xim
(po"Salum ablorlde)

=HWA4 4%,0o _
L"ming tho twMammitals of Well-atpr waW"Svav In a essonIM
schools Politekhobveh* -no*1133-39 Js 139* (NVA 221,2)
I* SrsM%%A abkola Xo*U. g. Ifir"poll.
(fir"P011.4t"Iftl one *rise-Stva7 WA tw4hing)
(saw namesaurs)

KOCHDRVAjk-.Ao~O.~:..,.,,
Indaltriol Stetting of I moba laboal studull at foa
Industry outorprisam, Folitobboobucbs ooo9sl5-20
8 159. OaPA 22M)
1. P-do-glabooMy Inatitus covir"Pova.
coewsure)

IOCSORVIP A# 00
Stu& of phosphwo fortillsers in high sehoal. Sch. sap. Tlr.
Coso pode: Inst. no.9017-228 160. (NnU 16s 2)
(Forulisors &W manures-StAudty and toachlng)
. (Phospborum)

IOCIWAp At Go
State of the prowl" of simml hruusors In the sob"Is of
Xol&vU. Veb. sap, fir, gess pod. issU so,,91207-M 1600
(MIU 2612)
(Xol&vU-YorUUssrs &W nmro"%* &W Uadm")

;'~-.cretion of And Fillor'-scerl. :Ctaoolltes 11., t%t- sllriw~
of rsyclIOLICS P4twentbera,rutic Yroro6,srcs.-
rc, 'ctivitar, torvosa 'L
V i, a,,, Vol 5, "a 2, :av 63; 1,,-. 2,,a-21v'.
Very coinirrehensive study of urinary excretion oi -11ner-hrIne,
and their key metai>nlitcs in rs-7chotic raLie-.-its dosed
ViL'.'; rvt. chlorpromazine L.v. and In onc- 15-year-old =nic-de~mrcssiva
011cr several =onths on various trpatmeiit re;im;is and vary1r.:; clinlc4l
conditinDs. DaLa und to aurport 11of"er-owond hy.,-,otheses a;.#out
-s::c.-otogc-.Ac1ty oZ a4rcnochrome or some cndo3enous metaLolite closely
rclatrd thercto. Grarh, 13 Western rcfrre.tces.
-j

Tim v ImAl I p V a I Irish UAIAXHUUV A o F. insh, ; KCV MIUN p S ON*
Crane job t*Ar assembly opes- tionso Mont, I :spot* rabo v strolo
23 no.7s2&n #61o (KIPA 2,4:7)
L Wsb&kWy savad wtallokoutruktoiy.
(lulsbald-4rues p derricks,, sto.)

BROMO V. L*j ~
cbmautittl" of t" "tm of ammd"tordwasma CPU
I spektr* 13 no#61665-W .2 062o (KIM 2611)
(parlsom-Apatm) (onterl=--splel")

MCMA At
L= A
Nioroscoplo skastoiW of the awalum f1trone Gordis, AMamoo,
gist* I aidbr. 36 no*6t77.?9 Js 159. (NINA 1219)
L Uffdr& PfttolO4IGh*6kOy amtoall filav. - O"lashensw7
d*Atel' U&Wd Vrof.X-&W') KIM*kogo instituta usoversher.-
stvovanb,s vraehs7.0
(HIM# aftt6 & histol,
annulus f1trosus, staromoopy Ons))

lUffo Me [ForsdiollifW9 Xoll PQFCLO?iW. A. (Parolotalkyl, A.Is
20MIDO, A. j # A. (Baroacmelkyl. A.]. XU"" r"ol
MWIMUNxi Earobsoblvelkyls S.19 r*dj-,kqCAOMT Alp r"Ol
I po
Mums 1.0 "do Edooss"s WJIU. Be p etv* to vMskl
Summs Too taktWorsdo
tlkw $mist Vaning is ft ""a-Mr plaa, 19WI965) ladissalks
TmIns v squirlobtels 29."-1963o Kylv, Darshpollftyftv UM# 1959#
42 iss"s. (xnA 13:5)
(Vmlas-41oommlo polloy)

MOCHUS"p A.D.
Ukraine warobes into ocummudsme Sanks, i sbyttla no,2le6-9
V 161 * (KMA Ut22)
le Perv" samstitell prodse&Ulp Oosplaw UM.
cocAitims)

p Softommshevelksog.),, rod.j go-
HTWA, . R=== red,
(ugh rates or "Moodo dMIOPMOMA Vwantoo urvlctorlom~ Vygokl
t*W rOxVtJM - $&POruk& mw)Wkh poze h. Xylv# Derib. vyd-vo
Polit. lit-ry WAs 1960. 97 Pe (HM U19)
Mrains-41comodc po2lcy)

I IOM=VO Anton Danilovichl MAOMXKIT, NA, (Drshoobjms'W, NA19
- -54AFYWI"
Ehosseats for the asomme de"lopwat of tht musisima GAIJ
ftr"ektywy rosvytku wr*dAobo hospodarstva Wamiselkol Mo
KAY 0 19"0153 V* (faverystva ilis posbynants palitydwe& I
a*Wcmkb nnst$ VmInalkol U& Mor.2, no.8) (KM IN12)
(ftnisso4wasomic pallor)

OCOMI AGAMAIM-Uhs,kand. ften. nsuk,; IMIDA, 0.3#.kood. ftoo. as*$
-""w"Fe s ; LUAMMs NJ. s red.
Ctr6lftl Of 000NO10 91110slog uo&r as oooditlous for the
sawaftest of Industry and 000structIO3 rytasola wroduabospo"ralkobo
PIAGUINGUIS IF QOV*h 11111110"th upravIlmls promyslovisth to
biAlvcwtstyces lylvo 1956. 34 p. (lovarystTO dils postwronals
polltychaftli I aukavykb titan, Ukm Inel kot =,, lkr, 2,, no* S)s
(IMUI.trUl 1111111IMP111110%) (N IMA U 112)

DWARCMM# V.Oop &UdsmUp otv, red,j KOROMA, N.A.# CUvs red.;
ILDCIItJ 0 L,Dap W.;_RADULp NX# kaW. geogr, nauko red*;
Mil Xt GOLS k-w--Z#bi a nouk, redel 0121WAS, T*Sep kaWe
biol. nauko red.1 ZAWRITO PtIsp d6ktor pol,-ain. usuko pmf.p
red.1 KUOUKAWp I.A.p kad. skon, auk, sUrshly nuobtqy star*#
red.1 MAMCH# A.Mop datants red,l MMLI, I.?,# kad. pogr.
unks stanhiy ombryy sotr.,p red.; MIMIKO,, G.r.,, k".
geogr* naukp red*l PD%FZM# It.9*9 &W*niko red,l TALINOVAg
N.N## red.1 MSB=Sp L,Mep kaWs geogro naukq retsen"ut;
DIDKOVBXn p Ila.,, kW. pol.-minsr. nauk,, retsonsonti
XIMINER, lu.0.,, kaW. geogr, nauki retsetizent; HAMM, P#]Pop
retsens"t; WIXIMOTp M.Lp doktor tekbn. nauk, retapuzenti
PMOPUCHY.0,, 1.0 rotowsmtj OUDLA *.?.# r-4,4mmgwl
BACMSUU# S,?::~"d,-kwWg"rF Oh4WVA# LAO rsddMr-
kartograt - - ~ ~, I - ; -V-
EAtUs of the McrainfAn S,S.R, sad the Moldsvim S.S.R.) AtUs
Mcrainskoi M I Moldavskai M. Moskvaj, 1962. vi p. 90 p.
of colamps. (MM 15 3 5)
Z?
60- eachvlky)

KOCITUICT9 Anton Danilovich (Kochuboi,A.D.1; SHCHEOUCIVA, F.P.,
-
(Plamitis AM adadulstrative guldancs at the promt sual
Planuvannia I bospodaralke korlvmtaLvo n& such"nom etapi,
Xyly, Dershpolltvydev UW9, 1963# 139 p. (KI RA 17 s 7)
Is Predeedatell Oosplam WesM (for Kochubq).

ri ~'~ -, -W m- ZEW U . 1 1-1 ~ I -
UnAamgpx
ID)FJlfllllrrs To,* lush,t CHUXACHNNO, I.$ Inth4l ZDCHONTt OW nsho I
ZAKWCM=Do A,, lash.
poralstellas 'brlw masm IsqtT,4~rAtIs aos6128 Jo 119.
4 (JURA 1219)
(TUseaka, 111toUt Daltrievich 0 1994)

I
1~ XOCKW-Xr, I.A.0 1n2h.
TeTsKumov's potato dinar. Isbor. i rats. .3 no. 4t14 AP 158.
(KMA Ili?)
(Potato Maer0bohins))

C-MMUM# I.Aes lush,
INRahluea for Uvesjoak tam" by 1*14mirsove Ifflomd by I.A.
Zbehubele *akt, I 84MOSOmho 30 noeIIA7-48 1 160,
(KOA 131 IS)
(Agricaltwol macuum) (Stook and stocktroodlue)
V'Nwkp% tw!ntj
Met, ISUTWV, T.C., bobnor;
W~JLUOTWO-# "del M.. tekbMahely MmMor.
toast inuou-so(pme method to plasterlog work] fttokcvo-roubjesa~-
ywi metod shtukatuMkh robit. 01Y. Dersh.vyd-va tekba. lit.ry
tull 1954. 61 P. (KM $12)
01"teruw)

Ire, C - i V b C I ' /A,. -T.
- USSR/Soil Science - Genesis and Geography of 30ils J-2
Abe Jour : Rer Zhur . Blol-s go 3o 1958, 10473
Author : FAlashnikovp A.Zo., Kimberg, N.V., Kochubey, Ye.P.$
Pchube7p Mole
Inst : Institute of Soil Science, Acadow of 5cleaces UzrM
Title : The Soils or the 111CM Bank Region of the Lowr Am-Darlya
OrIg Pub : Tr. In-ta pochymed. Akad Nauk uzsmo 1956, NO 2j 3-92
Abstract : The results are given of an investLiption of 700,000 hec-
tares or the right bank or the Anu-Darlya dolt,-v. The
meadow soils of the region can be divided into tuo groups:
those which have been intensively built un by tall%rtial de-
posits from the regular floods and those which bave been
veakly built up. fte soils or lov-1ying areas are distin-
Buished by their heavier mechanical composition, and occa-
sionally by their *aUnity (112-1W tons/hecuxe =0 less
card 1/4
USSR/Soil Science - Genesis and Oeogmphy of SoUso
Abe Jour Rot zhur - Siol-s So 3P 19A 10473
J__2
of soluble $&Its in the thm-meter layer). 7he madav
carbonatat *oU* we formed where the gmund water is n*t
far from the surl"ace; they contain 0-6-3-0% hWM, are
poor in P, and rich in X guA K. Thtse soils am be di-
vided Into three catepries- salt-free, weekly saline
(i3q T/heatere or wats),-wA heavily.saline (241 T/
hectare of salt*)o The salts are a chloride-sulfate mix-
ture, Mkrshy IuA m6adow-mershy soils occupy a coq*rati-
vely small aresio Solanchaks occupied - 9o% 3f the inves-
tiasted ares. and fell Into the following categ*rles: ty-
pical., mM*w, marsh and residual. on the average the
solonchaks contain 7 4 tons of salts par hectare, with
chlorid*-sulfate and sodium-magatsium uIxtures predomina-
ting* The madav 4uA marshy solonaliaks, which are adap-
ted to low-lying areas, occupy - -1% of the rezion. PA&-
dov-desert ad modow-takyr soils are formed In the clAn-
nals of dried up river-s-w-Rer conditions of weaketed
Card 2/4
Card 4/4