SCIENTIFIC ABSTRACT KOBETS, L.I. - KOBIASHVILI, M. YA.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723410008-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

A
C
C Nit, AV.6011478
:corresponding decreas~Ffii a* of the crystals, was Interpreted in terms of
'the effect of -the radial thermal gradient. This effect was even more pro-
nounced in multisection crucibles, where the solid-liquid Interface had
:an asymetric shape as shown in Fig. 1 because of nonuniform heating of i
.-the surface in each sectton of the crucible. A, sharp curvature of the inter-
-face was observed to-
wards the least thick
Fig. 1. Diagram of a four- wall. The corresponding;
section graphite crucible part of the crystal had
the highest dislocation
a - Crystal-colt interface. density.
Thus. dependence
was shown,of the dis-
,location density !a We crystals on the magnitude of the radial thermal gradient'
;aud the symmetry of the thermal field of crystallization. The density of
'dislocations in the fluorite crystals may be significantly decreased by using...
thick wall pruales made of materials with high beat conduqtAty,
Orls. art. host I f 1Sur* mW I table. [OSBi vo 21, no*
SUB COM , 20 / StIBM DAV s 30rov64 ORIG ;ZFS 006 OTH RZIPI 007
~apd 4/4

ThSF allth*M- 6tWA*4- the -absorptlqt and luminescence spectm Of _&_ U4Mbf-r-
--of fluorite erystals -activated __ b,y terbium oxide, hydroxyfluoridestand fluorides in
concentrations frKm 0~01 to 5 viol. V. The speclums we" polished cylindetv 12 on In
diameter and 24-28 mm long 41th para-Ual faces. A mercury larp was used for WWI-
nescence excitation with a light filter for isolating the 290-360 au region. A DFS-
12 Spec"I araph was used for taking the lundnescence spectra with an optical S.Ut of
0-11.11 iu width at tospaiatuies of ' 30 and 77'K in the 3600-6500
X range. The absorption spectra were taken at room temperaturee A

NCompantive Apgalsol, of Mara forbuffiloW o4c) Routift &W Sorolotiod
&Made of Disporing ams"Old In Cattle in the Uquidatlon of Uw Mass"
an the Tar&*N Cad Tot Baia -Nomov Voterinu-i Aosads M'XI40*r Iftcation VM$
Moo*OW# Ime (KLS No 2, An
suryey of Sclontirto smd Technieftl Di"!tcr+.4tIpn3 D--~fonlftl at USSR HIR11or
'IducaVonal Institutiong (12)
30s of%md No. 556# 24 Jun 55

W, ~
- --- ---- .- -- -if I - -
3
, ~ - zll----.--, --l- - -

lz2b.
Mounted leaffoldl4g. alroltell no,10110 U 160, OUA 13$9)
ji, '91

BATALOVt Aso WStSV*POT&rj CNWGAg Bog mstor-povarl SHIONDISt lot m"ter..
povarl SUBOCMp Mop matav-povarj MBINp Oot manter-pmr; JWIKMN, Aso
Imiho-tekbnolog; TRAVIN# To; XOBMp No
Us -h-11 respond to the appeal. Obehobestyepito noslls23 1 160,
(KM
L ZaveduyusheMy Proinodstym restorma NM3~kmsW,,� nostuw-n&-~D*m
(for BiLtalow)e 2o ZavedulushchLy prols"datyou kafo-konditerskoy
"Zolotoy kolomoN flosto'Mia-DOM (for ChIP194). 3# Zave"hobir
-prois"detvon restoram *Vostokv*.S*Sh&Mty (for SIbIcondin).
4o Zavoduyushchly prols"Otno restorana NRostov#8 Rostov-wDo=
ffor aubochev)o 5o ZaveduMbohly poisrodstyou restoraw ODon#II
Rostov-sa-Doul (for Rubin)* 6. Zaveduy"behiy kondit4krokin
proizvodstyou kafe-konditorskoy NIZolotoy kolosoff Hostoov-usp-Dcm (for
KoroUm)e 7o Z&xvedujusWUy proisvebtym restooroina ffludw"sE
Novochorksmak (for Trayft)., 8, Zavedurushohiy proisTodaftom restorana
"Volmat" Tagwwog (for Zobets)o
(Rostov Provinoe-Restsurantep, lanchmast stoo)

SDMHSXXOO IP.Yasp Oaroy 3otslallstiobsekogo truda, starshly dorosbely
mastorl IOAKOV, LYOP kand. t4khno nm*; XOBM. N.C.0 starshly
dorashn" usterl VOWSHIO, Tu.D. j kud. tekhn. iia-I IMMUBMTO
MA# insh.1 SHATZMVP V.I.9 kAnd. tekhn. naukj LIFOVSKIY# R.S.p
k&ud.tekhn.rAukj Mgvw, M.I., Prof., red.1 FOTOTSKIY, 0#1#0
insh.0 red,l VORDB#MA9 L.Y.9 takha. red.
[Out t maintenanat aW repair of tracks ]TOusbalwo modershale
i rmat 1putil apyt puteitsov Hishnedneprovsk-Uslovskol distantsil,
Fridneprwnkoi dorogi. 'Moskva, TreassheldorizW, 1962. 55 pe
(MIRA 1631)
(Railroads-Maintemmee .&W repair)

ram, love
%1*AWWMM"-1WPAM1"'
A stu4r of the so* relief of a coastal region on the basis of
swrisl ph~sohla 4ata, TmOy labomeromot, P209-213 156*
(*Gto~lo Interpretation) (Caspian Sea-464shore) (mm 10110

4 V 4
low MAIN
am. Umft""m s*r4wtOjw
T"m a.$ (Inessegisms Ott"
Anf $w of $or"%
i m1bace"
%Csamimee. to
slip 136.1
A"
HUE t wisaft's- ftsessits of =1041"I's
it of Z
MIMI ft" "'me is messeed tw Aftlese. Pat* &a
or mumv #"**met Us 0= of Am
660"Islu to" 7A$-4=01"" Ot "rut 06ups
"WLUOII ft" 0011"lles of mme mw w
r firtifus SmIs
ph
As" is Sump" a" Ow u.
lotion ft re
SO "0 am st $two
via saw to so AM Iff"Som own.
met OW 0 0 an well I Ift "rut
Ads" as WANUIN Artulds I I
fts See tows A to" Ot me
eta
SO
I'M&O eb)"SAM,
1 AS Ide
fAft-
Ji I" ft"reble IS", in ftofd " us
;g= f%A41W nesserivilm N powts,
ITS
me pless of somew
ad 4 low 89"d st heimp Siess ess6sts"s I"
Pbros of the &ccUPtd&ftVO r*116f 6f 4be CaspbW SAU4SprgrqUW 910PO
riew the scutbwestan hrkftu gbors* ?rWly Labe asromet, 6121)-2a

1092" 1 To
-St-W
I
. . low data an the mUnrim poloa of the Cbslobon Pftinotdae
I Gool. Ishop. sooli96-103 158* (MMA nill)
(Molskon PonUmla-4kinarlso pology)
0

KOM Royst ZWARW$ B,V,
Proe"OtIve for original dl&ftnd d"osItg
12TO AN SSSIt* $or* POL 23 n0.205-93 p b-T ft&= of mortal ngtbo".
#58.
IoLabor&torly& &"Oftt6dov AN SSORg Leajapsd. (Ku 11S.5)
Takutl,Dlaft:)d alms &M mining)
fAerorALutlas 10 P01047)

Kob e.r~- ti. V

]IOUTS, I've
'clo=wPhologlua am OXAomt,,On Of #A* Cholsken
Peninsula &W the Adjawnt sian
based, an asft&l Ow Part Of tbs Caspian Bea
14be asrowt, 10147-73 160,
(Cholsken NUinflOA-4001CSY) (Aercmutles in (XMA Ull)
Poloa)

ACCESSION NRt AT4043132 S/0000/64/000/000/0056/0069
WTHOlti. Vinogradova# A, 14mosber of aerial methods laboratory)i tbotas X* V.
(Member of aerial methods Uborstory)
TITLEi Landscape Indicators of Qmsternsry deposits and preparation of an air phoW~
key
SOURCts AN SSSR., Laborstorlys serometodav. Kompleksnoye'deshifr1rovanlys
earosnlmkov (Complex Interpretation of aerial photographs). Moscow, lzd-vo Naukab
-.1964, 5k-89
"TOP I C TAGS geology, quaternary depositt aerial photograph, photogrammetry, air
."photo Interpketation
A4STRACTt The ".Laboratorlya morometodov (Aerial Methods Lob-oratory) has been do-
vatoping methods, for the evaluation of terrain from the engineering geology point
*( vlew. Successat have been attained In the Interpretation of Quaternary -deposits
In the European SqSR, and effective methods for the office Interpretation of such
photographs have been developed, The work has been done prlssrl ly In region$ of
ancient continental glaciation which have long been occupied and accordingly grostly
modif led by human activity. It has been found that the possible types and general
character of quaternary deposits can be judged on the basis of assoclition with a
'uglvler morphogenstle type of relief j as established by air photo Interpretation*

!ACCESSION NR: ATW43132
It Is assumed that within a particular morphogenetlc type of relief Identical r"
Ilef forms are made up of Identical deposits, The material and thickness of the
Quaternary deposits Is Interpreted on the basis of their Interrelationship with
other landscape components. especially vegetation. %oil and underlying rocksl the
Interpretation of Quaternary deposits Is therefore based on the structure of the
landscape as a whole and the structure of Its individual morphological units, Us-
Ing this method,, the Aerial Methods Laboratory hot begun preparation of an Inter-
protation key for the lithologlcal-gonstic types of quaternary deposits In the
European SSSR* The article Is accompanied by 58 standard serial photographs# reo
presenting various Quaternary deposits on a background of various environmental
componentsl a 30-page key accompanies the text. DrIg. art. bass 58 flguf" SOW
I table*
ASSOCIATIONs Laborstorlysserametodov (Aerial Methods Laboratory)
SUBMITTEW 2SJon64 ENCL: 00
OTHERI 000'
sue CODES IS NO AW INS 1000
Cotd 2/1

KOMS, vo?*
Development of the world's voodpulp and paper Industry and of the
voodpulp markets. Bum.prom. [381 no.7s27-28 J1 163.
(KM 26 18)
16 Vassoyusnoys obOyedinenlye po sksportu lesaykh materialov.
(Woodpulp industry)

~,Osrloum shortcomings In the production of crushed *too** ftil I
,put* khos, no,3$),l Mr 1590 ., (MM 12t6)
Otons* 'Cursbod)

Ix Owe
owes

000

00 0*0

isa
sod
08
0
. sob
too
Olt*

top

400

a 9 rw 11; Ir
10 V 4*7 ;1; 1 it &'-V ;Ak: i 44-4W tin

000000069069
Is p oo 0
4101 'in 4 -4
At off S~ -11
4-0 94-0141'4~ ..-s. a
00 A
of too
es
*00
04
00 "0 41
00 000
tod" Wa Sale, somwed
OOJ via" Oub Allieffil owl Call movill olar IM.W
OM s&,.-go4, swigo *vgv&c4 orviii '00
off
60 goo
00V 1,00
100 000
000
400
Goo
woo
Ill Iola allsit"011144 6"10414104 ct"WI(afell
goo. 4-61.04
wooer. Z# tag go
486611 evii go
0 u or
0 00 so too
0 000S C
1 00 It 0 0
~04 0 v 0 0 0'# 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ~400 0 010 0 0 000000 00 0 0 1 : 0 *

YLUW~

!Ow JT4T
l
!
f0iIai

d
VO

bw
silt wo mm to Ito
f"
==* 1
d
wow f"I
be
00

00

ov

b
4 6 1

wA,
e=
do
-

too*
ago

see

too

-
4

, IS '10 4 %.rji
410
0 tt

,
a

0

0
0 0
1~0

egos.
0 o : 9
0
0

fo
Ab Als 0
1 0
t
, :0.0,00 -
a 0 0 41 t t tom es 0 OA" 0

000#0 0
V a'. t 61
14 Oaf Iw "to ft
&4r
00
too*
'00
00
0 0
00 pja%wffibMd pMk*o ajW ca" A. VA~ 1%66"d 000
0& -of
it "414W14 k now in "A"44-1 Ow"W&VAM&M
I= Ow do 180 "0l. w too&% so*
w
to
*on
so
got
Not
Oro&
V,.," 115"t" .14 0.4 Sol Gait" saiiWbi'ilii top
'u, ,, i-i- i ''
rl 4,
fit- All a a as
0 40 40
0 0 0 0 0 * 10 0 0 0 0 0 0 0 0 0
a a a a : : &*else 000000000 0 0 0

,7~. ~ .- 1 - - - V~ ~ - -. - - tF - -

.~ ~Mv 10- --- pjfflkd~~
..I I 'I WN "~ H IM
.. -1 a m man

AUTHORBs
'TITLIs
PnIODICALs
ABSTRACTs
Card 1/2
Drinbergg A. Y&, (Deceased), Kobe t skaya #-L-JL 64-38-3-10/20
Gurevicht Yee S.t Vatinovat Of N.
Paints Based on Oil-Soluble Phenol-Aldehydo Resins
From Mixtures of Slate and Coal Phenols (Iraski na Gan"s
naslarastvorisykh fonoloal dogida7kh smol in sm*ser slantsev7kh
I kasennougollnykh fenolov;
Xhimicheakeye. PromyshlennostIg 195a9 Nr 3t pp ~5-38 (0982)
In the search for cheaper raw materials for loo% oil-soluble
phenol resiAnt slat* resins or oils which are obtained In the
condensation of the distillation products of natural @late
were found as favorable Initial products as they contain up to
2q% phanols, These latter are strongly different from coal pho-
nolal their number is higher than 4o, the main quantity con-
sisting of substituted phenol## and up to a% oarbor7lia &a1de
are present* A athod was worked out for the separation of phe-
nole from the light and middle oils of skee oils in which a l,o%
solution of sodium hydroxide was used at 70.7500 The phenols
thus obtained showed a great capability of roaction..A condon-''
sation with formaldehyde place at 6o-OoO with catalyst or with-,
outl -an addition of synthetic phenols or coal phenol* led to

Paints Used an 0114olublt PhenolLAld*hyd* Rosins 64-58-3-10/20
Pro& Mixtures of Rate and Coal Phenol$
better rostlts# In tables recipe data are given which show
that standard products can bo.obtained as mail as paints of
high quality for priming *oat, paints which are waterproof and
weatherproof. With that a decrease of the consumption of Sly-
corin and of phthalic anhydride can be reached in the produo-.-
tionof glyphthalio rosins. There are 4 tables and 7 references,
6 of which are Soviet.
1. Paints--Preparation 2., Pa into-Proper ties 3. PhenoUe resina-
Sources 4. Phenols-4hemical reactions
Card'2/2
led

1.3.1 XCMUAYI, TAS USTIMA, 0,1,; BUMUMO ?A*
Ounces of to Ucquor o"Unce. Ukokrsoomsto
I 1kh prim* z*A26-30 460, 13110)
Is Tiningn4okly tobbsologlabookly lustitut In, loonvoto.,
(hint uktorials) (Botadleve) (latex)
MEMO Mw

PZ=Mp A.B.1 IMMIR's A.V.j rMR# 14A.1 MUNUMs l*.V.; ZMMUT
#1 'Op ATa Idscessodli XMMUU.T.A.1
V
V LIVSHIINI A.M.; DFMM,
(NAP OGNIO
#is of styrae-butadista latexes wA the production of
derived from them# lskop".Yat. I M no.20-12
i. (KM Uo 4)
(paint) (Ostadiene)

toom WTINOTAt O.N.
D*toruinIM aptimm vobwo conmutrations of pipents In
VLUts frm styml butedim Isitaisso Ukokras, ut, I IM,
0 .16 A)
POI*. noAsU-13 161. (KIRA 26s#A)
Im "
1, toningradskiy tokbaoloal oho ki institut lunt 14usayetao

XON 1AU*~V.H*j-JV1niMNJA MObOSUYO USTIWNA# O.N.
Styrone-butadlene paints for ouldoor painting. Ukoraso mate i LM
Fria.-noji16-18 163o (KERk 1619)
1. Loningradskiy t*khn*l*gioh6s2iy institut imni Lensevota*
(Styrene) (Paintiqgj Industrial)

SIVORTSUV# V.Vo.1 EIDDWAj G,G,j LUPIMO HI.;t'XUMTBMA; GoR.; SIMArp A.U,;
GOWMVAj W.1 MIKUUVVAj A.1f.:; K?ASWVAO F.M.; KOBSMA# A.D.
Spidamialogy,of intasting, infoatims in children's institutiou.;
Zhur. mikrobiol. spid. 1. 1-in. 32 no.6t47-51 Jo 16L (HIRA 15t5)
1. Is II Momkovakogo modWinalcogo inatituta imeni Pirogava i
sanitarno-opidemiologichaskoy staAtali LaniApko o rayom Mookwy.
(imTSTixEs-Diswc9)g

R
,v

KOBLTNIX VJ, Who
Use of automdo devices at the KrIM fft ftoln aines, Goroakuro
no.80&39, Ag 165. OGRA 18M)
Is !rest Dsorshinskmmla, Iri"y Rog,

Automatisatim of inbstrial processes in the lDAenblnskrud&*
enterprises in 1"6. dor.stw. no-3:50-56 Mr 157. (NM 10:4)
I* Otdol glavacgo morgotilm trosta Smershlaskmdao
(trlvoy log--Iron also* and alsing) (Autofttio control)

BUKHGMITSt V,P,o kand. t6kbn. naukj KCBZVirllp T.F.
Tolsmchwdo&2 apparatus In aims of the Dsorshinakil T=st,
Ow. shur. no.71so-u n 163, (MRA 1618)
1. Institut Cormwe de2a In. Skoobinakago (for awthplots)o
2, 02&vW en*MUk Dsorsldnakago gosudarstmucgo tresta
sholosoradnoy proph2ennostit Krivc7 Rog (for lobovdk)o

But Toy,$ IyAbs
AtitomatIsAtIft of InOwnrlal proo9se In Xrlvv7 Rft Usla slaw.; Cor.
sburs no# 116" a 4616, (KIRA 1411)
Is Mel Clavoogo onergetike tresta. bworshinskru", xrtvoy a".
(KrIvor log Basia-Iron sines 606 Sluive)
(Antowtia. control)

MATWO bdtrly Sesmoviabi SONVY Vasilly F&Jmylch;
USTIMM, 1"a . I.
Prokof lyavlah$ MnXPCMM# Fedor Markovichl MMIOT,
Wtrly Xikhay2ovIshl FMINq L.M.p otvs red.; WWPOLISZIY,
1.1hel, otya redel SnM, L.A., rod*ls&va; NMDVVA, T.T.0
takhns redil BD=WAs Z.A.9 tekba, r$4
(Weahsalsation and antamUou of produation procast" Is
vdsi*gjM9kMn'utsUa i avtomatizataiis prols-Twd am 'To -Tv" Ac
protmessav me ruWlmkh. Moskvap Oosgartekhisdatg 1962. p
MRA 16to
(KiMag sponsoring-4qulpmt &W Ewl;oe) mtomtUa)

loan=, V.T.
Ilov deve2opmouto in automatio oontrol of produation processes In
TA"y Rog Basin mines, Gar. shu. no,504"58 IV 163o (XMA 260)
1, Ola"yy onerptlk Dserablookago goeudarstvomwgo treata
WwlosorWwy pravqablomoaU.
(bivoy.ftog Basin.-Mine ventilation)
(Antomatio eontrol)

OInvestigation of tho Thormal Cycle of Olon Rearth Furnacoo In
-Order.to Increase Their Durability." Can-1 Tech Scis Inst of iorrtw
Yetallurgyp A.cati Sol Mraidan SSR, Dnepropetrovsk, 195), (MML-ip
No 17, Sep 54) q
iO: Sm 432, 29, Yar 55

zuslu, 1. 1.
*ft
Readta of lmprovbW the performance of opea-he"th furnaces. I
prolsy.stall no.3885-89 ~56. O= 9till.
(Open-bwth furmoss)

x3mm 9 T.Vol YxrZMOTI, T*Ae, kRnd. tekhn. vAnk, at&rdO AwmhW
rabotnik: KCIMU9 P#Yio ImM. tskhn. mank; XAZAMffl(M# 8.961
unmut Va.. prd.0 daklor t4ba, n&Wq YILVITNe O*Yog
MWAIOTj AalooluW6 Whoo W4 dot#ol ANIMICH, A#Yo;
:20MVIKIYO. 1,1.0 'boa, takha. soot; MUIBMUIT* X.T&,t dote.$
nogn~ Y.So# prof.,, &Mar tskbno n=k:,WNItff,*T.Ioj IOU=*
LA, uWWy muohWy sdrnddkl IX=o I*Iog dateel IMUMAMI
A.IP*s miumummawi TO.A.1 KAPUBMe Y*4.A.0 kw%96 tokba. uW14 datoot
AMU I bad* Ukbu, nwalci awmahzwy setradnW, SMWW9 Golot
UJULURUMO jro of proto'# doktor teMmu Salk; 13=TA, X,Lj =In=$
ToLl HMO=# Polol MMMZDTg AeTo.9 prot,, dokkor -1-16- am*;
sUmobly muchW sotrudnik; TAVAWTg 198#1 SUMAMNg AeGo
Bloc-asions.Iftva. twim noaslig,"46 157. (YMA UA)
11. ftarohiy imboner Glwqwtsst&U Milderstva aboncy mtallxw-
ell 830 (for Khodakuysidy)* 2o kurtitut gas& (for Tonmr). 3. jx-
roksor 2"~ orshbakoto utaUmviabsokoco iwtitnt& (for
Itosenim), . Imabol fzdk Utoraterli Zonlogmdekw Lutituta 690-
Wom %for rasMoavlob). 5. Zaveftyusbahly kaf*dM ustallurgil
oWl DAmeetrovdmp mtoalmVichookop lutituta (for Wtddy),
6,, UoWlnik laboftteril 91prostall (for'7111 6yov) 76 QwIrAln-
skir P*Utokbnlobosklr Intitut (for n=l- S. Lob-I %1k
PH ft"rofto ~mmt&Uxugichomkogo smods
:(f ildl Itell x&&&IIalU f8mralluor savodibmv
or&T tinuretaissimo wwa (for SomtiWy).
(Coutlmwd an next Card,

MMMOTWIYO TIT.-(ontimad) Out 2.
10,' Sibirskly usial2mvicheddy ImAltut (for Vadshlboshskiy)o
U', XmdWwboW katedroy vistalluMll stall KlywyckW poUtoi&m.
chalkWJAMMM (fOr 9040)s U IVOUWqw&Wy Aymissimsti
14"nov lub stakov set-1-1welobaskop koublasta, (for
Wkcv), 23, Teesq=MY mmumbac-leeledovatellsidy Wtithd xnt&U
Urglobeeka teplotsI&MId (for Zovisids)o 14. gralls3cir poUt*Mmi-
aheekly institub (for zokwev). ]L5. ZLM~titel I mm&ai sulks topup.
1A.-A -S.- Skv
e,w- laborAtoril 311shme-ftillskop mats,12urglobeekop
t
kombluta (fop K4odkerowh 166' FAdolvalk teplolethn1obeeka Ubow
ratoril 24oftt6ril sawod& Is. Ureskileft
for PlyusholLSWO)a 17. MA&SO"kif MUIUmOsboddy IwtItd
for MWO01A)s 280 ustifts ustalivreil in. U."Wra As On (for
626)., 19. XWW#Mk Utorstoril martenowskII& peobW T"soM.
IMMO nmu&w4*MUdvVm*s11skW InAltuit mt&Uurdoh*~W t"do.
t*k%u4A (for Mdrokov). 20. tavedurmhohLy Imfe&W gatallmVil
st&.U Vftl$dcogo poUtolftdobeekop lastltuta (for UmrlkUa),
21e Vachal'sAk ustkiluvalobedicor Uboratorft Tbutrallaw
laboratorli &akwkaxdwgo imetallwUlchaskogo savod& (for Zosby'a"WZ.
2Z Swestitell Clavoop lushoura savods, in. Petrovskogo (ter
Zhiedin). 23, lWhal 1xdk mrtsumkogo teafta, Smustskop wtalo.
lurciabaskov kombluta (for Norokov). 24. betitut mt&U=gU Is*
&own AX SOU (for &Ubultm). 25, GUYW lusbener btrowdo.
Sabarkal'skoco utallwelcheskoco mv ds, (for larmso#), 26~ Madmal.
nik teekha, X&VAtogorskW mUllurgiobaskogo (for
AlkoUPOS
(open-hearth prooses)

SOV/137-59-5-9W
Translation froms Referativm7g %barnal, MstallurglyA, 1959, Nr 5, p 9 (USSR)
AVn=s Kobaza, 1,1.
TTIU Testing of a 14ew Tvo-Stage Atomizing Sprayer With Controlled
Length of the Top* of IP2&me
PEUODICALs V ab.t Vopr. Prols-va stall. Ur 5, Klyevs AS UkrSSR, 1958,
pp 28 - 3k
ABNMCTo The author describes a now type of sprayer with two-stage
*tmlslns and controlled length of the tongue of flaw. The
controlling device makes it possible to obtain during varicus
periods of smelting the most aftantagecus shape arA character
.of the tongue of flow with the given parameters of the atomizer,
The sprayer design was considerably 4impllfled thus facilitating
its installation and replacement. The sprayer is more compact,
lighter-and utillses more *ffeatively the atomizer enerigy. Com-
parative data aro presented obtained from tests smide with the
sprayer and with sprayers of the Plant Iment AndMev. A 0*01-
Card 1/2 parlxon shows the advantages of the r*oommidod sprayer, such *at

'WV/137-59-5-9540
Testing of a Now Two-Stage Atcel" Sprayer With Controlled IAMth of the
Tows of Plow
higher offlolenay, reduosd speolflo fuel consumption, the poselb1lity of
oontrolllng the length of the tongue of flom during the smelting period,
higher effioloncy in utilizing the atmiser wwrgy, oxc*edlM that of
other designs, and better quality of fuel atomIzatlon.
TRIOPME -.1%
Wl

P1= I BOOK UPLOITATION SOV/19W
Akadenlya nauk Ukralnskoy SSR. K17sv Otdolonlyie tokhnichookikh
nauk
Voprosy prolzvodetva stall v7p.6 (Problems of Steel Plvductl^ Nr 6)
Klyev,, led-vo-AN Ukrainskoy SSR., 1958. 137 p. Irrata allp In-
serted. 2,000 copies printed.
Reap. Ed.i X.N. Dabrokhotovp Academician, Ukr. SSR Aeademy.of
Sciencesj Zd, of Publishing Housot N.M. Labinoval Tech. Id.1
V.I. Yurchishln.
PURPOSEt This book.le intended for engineers and scientific per-
sonnelAn the field of steel production.
COVIRAOSt This Is a collection of articles dealing Vith various as-
pects of the prodiiition of steel, Including the designing of open-
Caird A

Problems of Stool ProductIoN Nr 6 SOV/1907
hearth furnaces, thermal processes In the furnaces, thermodynamics
of stool-making processes# technology of produbing high-grade
stool, and than es In the six@ and shape ar Ingots. Other topics
9611
discussed am t properties of ahrome-manganest stainless steels#
b
Improvement of all-bearing stoolt Ingot defects, Ingot quality
as determined by temperature of toomlng and shape of soldt and
certain aspects of steel rolling. Some of the articles ars ac-
companied by referencest both Soviet and non-Soviet,
TABLZ OF CONTINTSt
Dobrokhotov, M.N. Thermodynamic Calculations of Steelmaking Pro-
cesses 3
Kobox it and Yu. Yu. Kle*lov. Material and Heat Balances
rth Furnace Heat@ 20
;Mob;ez ~XL' 11, and-B.G. Layto. Investigation of Open-hearth
ces a Noszle Mix Burners of Various Types
Karp, L N. Designing of 046-0i1 Burners
27
33
Card 2/4

Problems of Steel Production,, Nr 6 SOV/1907
Khan,, B. Kh.0 and N.F. Makonschn7y, Investigation of the Pro-
perties of Chrome-Manganese Stainless Stools 41
Prokhorenkos K.X.p and Z.V. Verkboytoov. Improving the Quality
of ShKhl5 Ball-bearing Steel 49
Verkhovtoevj Z.V.,,:and K.K. Prokhorenko. Ingot Defects Caused
by Skin Folds Forming During the Teeming of Steel 68
Prokhorenko,, X.X.,, P,X. Timokhov, Z.V Vorkhovtoov, and V,A.
Vysokovskiy, Exothermic Mixture for [Heatingl Hot Tops of Steel
Castings 77
Yef1mov,, V.A.s M.P. Sablyev, and V.P. Orebenyuk. Effect of the
Hydrodynamias of the Inflow of Liquid Steel Into the Ingot Mold
on Ingot Quality 87
Yefimov, V.A., V.1, Dantlin,, M.P. Lapshova,, V.P. Orebenyuk# and
A.A. Kloolov, Iffoot of Tossing Temperature and Mold Shape on
Card 3A
Problems of Steel Production,, Nr 6 SOV/1907
the Quality of Steel Ingots 96
Yefimovs V.A.p M.P. Sablyev, and V.P. Oelpov. Reduction of Read
and Butt Crops In the Rolling of Ingots '110
Yef1movs V A V P Osipov and A.M. Noloshko. An Investigation
of the Coniiiloni ior Rolling Shoot Bar With Wavy Surfaess 123
FedorovIch, V.G. Experiments in the Conversion of High-phos-
phorus Pig Iron In a Converter With Side Blast of Oxygen 230
AVAILABIXt Library of.Congress
00AS
7-28-59
Card 4/4

ZDSUAS lot# kwAstakhasawk
Ix"rimatal investiption of free flov from ebackere aMer
suparcritical pressures lxv,,v7s,,ucbsb,%&v*j chernomet, oo#9s63-70'
L Institut abervoy mtsillurgil AN VURe
(0" flow) (Open bowtb ffarnaces)

AUTROR- Xobeza, I. L (Oand.Toch.SciencQ SOV~33/58-9-25/29
TITIZ: A-~ Stage Atomization and Adjustable Lensth
or the Flame (Forsunka a dvukhatupenchatym raspylivaniyam
I reguliruyomoy dlinoy fakela)
PERIODICAL: Stall, 19589 Nr 9's PP 843-846 (USSR)
ABSTRACT: An oil burner with a two stage atomization and adjustable
length of flame developed bj the author in cooperation with
Prof. I. D. Semikin is described (Fig.1). The adjustmenu
or the length of the name is controlled by the amount of
air supplied to the second stage of atomization. A coijparl-
son of the operation of a 185 ton furnace with various typex:
of burners Including the new type is given in FiS.2 and
tables 2-3. It is concluded that the new type of burner 15
simple in design and reliable in ooeration. The durabil4lity
of the burner If oorrectly placed io 1-2 months, whereupoa
the nozzle is first to require replacement which can be
Card 1/2

SOVI 13510-9-25/29
A Burner with Two Stage Abomization and Adjustable Length of bho
Flame
easily changed. The bumor permits changing the rigidity
of the flame according to the smelting period with a more
rational utilization of the energy of atomizing medium and
a better atomization than in two stage burners of other de-
signs. On testing new burners an increase in the furnace
output and an econouW in fuel was obtained due to a better
organization of flame and atomization of fuel. There a"
3 tables and 2 figures,
ASSOCIATION.- Institub chernoy motallurgii AN.US&")R (.Institute fcr-rfr-la
bous, YAtallUr& of,,thw Acadb*; bf -3o1qnces,,'7kr=)
Card 2/2

18.5000
75576
SOV/130-1,96-10-8/20
AUTHORS: Pukhnarevichp G. P,,- (Candidates of
Technical Sciences , fa__riiy~ F. I., Gozhiy, 0. P.,
Bembinekt Ye. I., Smirnov, V. M., ZelenaklyV. D.
WgIneers)
TITLE: Firing Open-Hearth Purnace With Natural Gas
PERIODICAL: Metallurgj 1959, Nr 10, pp 14-16 (USSR)
ABSTRACT: The.Seven Year Plan provides for an Increased
production.or-Sts. In this connection a met!iod or
firing open-hearth furnaces with cold natural self-
carburating gas was developed Under the supervision of
Academician Dobrokhotov, N. N. Before furnace combus-
iiono gas is preheatid-by the heat(l) generated during
gas combustion In the porto and 12) accumulated by
the lining of the port. In the oundry shop f "the
Plant imeni Karl Liebknecht (zavod imeni K. Libkhnekhta)
an open-hearth furnace was redesigned accordingly (nee
Card V3 Pig. 2). Gas introduced through a vertical fluel-by

Firing Open-Hearth Purnace'With Natural Gas 75576
SOV/130-59-10-8/20
low-pressure burner, yields a luminous flame which
equals that produced by natural gas with 30 to 40%
mazut addition. Research is being continued to
simplify the4esign of furnace ports for natural self-
carburating gas and eliminate water-cooled flues.
There are 2 figures and 2 tables.
ASSOCIATIONs Institute of Ferrous Metallurgy AS UkrSSR, Ukrainian
Branch of State Institute forthe Design and Planning
of Metallurgical Plants, Plant Imeni Karl Liebknecht
(Institut chernoy metallurgil AN USSR, Ukrgipronez,
zavod imeni K. Libknekhta)
Card 2/3

Open-11001,th Purnace With Natural nag
Card V3
75576
SOV/tw-*10-8/20
Pic. 2. Design of port for rurnaces fired with self-,
carburating natural gan.

18-3200 77446
SOV1133 6o-i-7/3o
AM~ORSs Dobrokhotov, N.,N.,Kobeza, L.I.) Greben',# K. A.P
Yupkoj L. D,J0 Garchenko., V. T.,,and Trubinerj A* Lo
TITLEt Conversion of 220- Ton Open Hearth Furnace to Natural
Oas
PERIODICALs Stajfj 1960., Mr 1. pp 29-32 (USSR)
ABSTRACTI This is a description of a method of conversion of
,open hearth furnaces from the coke-gas blast-furnace-
r.'as mixture to firing by cold natural gas only. The
work was done by the Institutes of aas Utilization and
of Ferrous Metallurgy or the UxrSSR Academy of Sciences
Instituty IspolIzovanlyn gaza I chernoy metallurgii,
X USSR)in cooperation with the "Zaporozhatall" Plant
~zavod "Zaporozhatall"). A low preusure (about 600
mm water column) cold natural gas is fed into the gas
port and gas uptake. When It meets with preheated
Air and partial combustion takea place, a mixture of
Card 1/16 the products or combustion and unburned gas is
formed, It Is heated to the temperature of do-

Conversion of 220-Ton Open Hearth Purnaice 771446
to Natural Gas SOV/133-60-i-7/30
Card 2/6 1
composition of methane, with formation or soot and
heavy hydrocarbons. All thin gives the rlame good
luminance. The authors state that for increase or
luminance the Metallurgical Plant iment, K. Lieb-
knecht (metallurgicheakiy zavod Imeni K. Libknekht)s
the Taganrog Metallurgical Plant (Taganrogskly,
metallurgicheskiy,zavod), and others, add mazut
11-Issian petroletun reoidie used as fuel oil) to 'the gas.
~he consumption of mazut amounts to 30-40% or the
heat sipplied. Its application for carburation of
flame requires costly, bulky installatlonsj makes the
building or new ahops more expensive, and prevents
he ossibili of conversion of open hearth furnaces
1woAng on c%e-gas blast-furnace-gas mixture) to
natural gas. The "Zaporozhatall" Plant, as other
metallurgical plants or middle and lower Dnepr River
area' obtains natural gas of Snebelin3k occurence
(Sheb'elinskoye mestorozhdenlye - not Identified).
The chemical composition of this gas Is as follows

Conversion of 220-Ton Open Hearth Furnace
to Natural Oas SOV/133-60-1-T/,30
by volume)t CH4o 89.9%.., 02H6, 3-05%vcAl 0-93%;
CAW 0.36%; N 21 5.3%j C02, 0.28; 02, 0.18%. 'The
lower heating value of this gas (81400 ca 3) is two
times higher tivin that of coke gad and ni~ times
higher than that of blast furnace gas. (One ~5 of
this gas .1s almost equal In heating value to one kg of
Mazlit') The new method of firing the furnaces with
natural gaa~ thi work or the furnace, 'and the change
in characteristLca of the furnace are described (see
.Fig* 1)4
GLrd 3/6

Conversion of 220-Ton open Hearth Fvrnace
to Natural Oas
Card 4/6
77446
SO'033-6o-1-7,73o
Fig. 1. A diagram or supply
of natural gas and primary
air, Into the open hearth
rurnace. (a) Slide gate;
(b) sheet gate; (C) spark-
, (e manomete
P11".'r; (d) valve,
(r) filter; (g) regulator of,
prca3ure RDO-1.50 typel 4),
meaajring diaphr i
throttle valve; (J) reversible
valve (elllptical throttle
valve)#

Conversion of.220-Ton Open Hearth 1krnace
to Natural Oas
Card 5/6
77446
SOV/*233-60-2-7/30
The analysisof data shows that the conversion to
natural-gas gave the following reaultst (1) The
duration of smelting substantlally decreased (by 55
minutes) due to the decrease of the periods or
melting andlInlahing. (2) Tne thermal loads of
6melting periods decreased (with the exception of
the charging period). (3) Tne specific fuel con-
sumption-decreased (by 25.3 kg/ton) though the specific
oxygen consumption remained practically constant.
Sulphur content; decreased by 10%. The conversion of
open hearth furnaces to natural gas practically elim-
Inates the loan of gas during reversing of the valves
and the leakage or gas through the furnace lining,
and Improves the working conditions of the shop,
The authors conclude that the conversion of open
hearth furnacm to cold natural gas firing requires
practically no capital expenses; It can be achieved
without stopping the furnace; it results in the
.Increase of Itj prodictivity, decrease of fuel
consumption anJ cost or steel, and Improves the quality

Conversion of 220-Ton Openifearth mirnace 77446
to Natural Oas SOV1133 .6o-1-7/30
or steel. There are hrigiires; I-table; and 2 Soviet
references.
ASSOCIATIONs Acade or Scien-es of the VkrSSR anJ "Zaporozhstall"
MI V
Plant (Akademiya nauk UKx*SSR I zavod "Zaporozhatall")
Card 6/6

MWOMMY, X.N.1 KOMZ&f 101.0
fIrIAg opon-b"Ah-tmuss wilb cold bigh-etlorle ps. fop*
prolav.stall no-713-10 160. (NSA 1318)
(Ope*-bearth furmwes-4knipment wA supplies)

Una of Iron wound fornace-top dust to control the w7ges
b1owIzW mrocess in'refinIM plg Iron, Top.prolsy.stall U0,71
40-54 160. (MM 13:6)
~03WCen-lnduv trial applications)

311331601000101210011015
A054/AO27
AVRORS I "p SeFs, Kobosao LLp XLkhVlovq 0.1,j and Goaaharovp LA,
0-----------------
TITUs Behavior of Sulfur in Open-Ho&rth furnaces Fired by Natural Can
With 84f.0arburitation
P3RIODICALs Stal. It 1960t No- 129 PP W75-1071D
T UT i When open-hearth furnaces are fired 'by natural gas with selfo
carburization instead of a ooke-oven sixturep the composition of the chargep
the amount of additions and sdaly the behavior of oultur In the finished metal
and during salting as well, will be different. The Zapo"zhstall Plant# in
oooperation with the institutes of gas utilization and iron metallurgy of the
AN UkrSSR designed saheses to change the firing #yet** of this plant fron coke.
oven mixture to self-carburising natural gas (N.N. Dobrokhotov# I.I Kobesas
K 0 GrebonIq L#Do Tupkoj Y,To Garchonkop and AA, Turubinert Stall: 1960p No*
JjA and relevant tests were carried out to Investigate the changes in the toohno.
logy "exilting from this now systemp and especially -the behavior of sulw
during melting and AL the finished metal, described in the present article* no
experiments covered about .200 meltings according to the conventional technology#
while some of then (Oroup 1) we" carried out in a natural gas-fired furnaae
Card 1/6

5/13 60 12/001/015
A054X027/000/()
Behavior of Sulfur in Open-Roarth Furnaces r1red by Natural Gas With Self.
Mr'burization
and others (GMP 11) With the U#UA1 Oaks-o"n mixture firing, The changes in,
sulfur content in various stages of the process and in the finished metal we"
plotted In frequency graphs ' bTyn( the tests low carbon rimming mid killed
stools (mainly OaKrr a Ofty, aris gay # NO a OVOT I CT. 3M -St. 3 sp . OKn - 10 1 19"
_1kpj 2M-2kp# Wk= ~08kpahl 084&081U# CT-3cyil aft-3ludef?. AM -St-40P stla were
produced, partly by bottom *&sting# partly try top casting. In the natural gas-
firing process the air *&a enriched by Mgsn 0 about the saw degree as when
firing with ooko-oven aixture, The S-cont*At In the finished not&! was found
to have decreasadpon an avoragep in the Group I tests to an little as 0,0208%0
as compared with the 0,027A S-oontent of the metals of group 11, The graphs
also show that the main part of Group I Solt$ (72A) contains not nore than.
0-016-0-024 St whereas the main part of Group 11 melts contains 0.025-0.0"Al
In other wordes the degree of 4soulfuration In Group I-setals is 43.0t where"
the percentage for Group 11 is 23.4, Le.,20% lower, The decrease in S-content
:in the finished setalq In Group I tests, is not accompanied by structural changes
In the metals Another remarkable feature of the chwMa in &content of the
Card 216

V601000101210011015
SA33,
.4054/Mn

Behavior of Sulfur in Op*n-Hearth Turnaces Fired by Natural Gas With Self.
Carburization
metal 'in the now firing systes Is, that the-remoTal of sulfur Is more unifo
ittakes place during 'the entire malting period. Of the total amount of 3
(0,0162,t) rammed -from this metal-, 0,0060% is ispa~rated. during the first wt
of the melting process and O.OM% during its second halfq in the Group Icolts
nen firing with ooke-oven mixture# howeverg 0,0082A S is r*miwed during molt-
Ing and from this amount only 0.0010A during the first half of the process and
0.0072% during the second, This uniform S-removal from the metal during the
Group I malting* is explained 1by the faydrable constant atmosphere of the
furnace due to natural gas firing. With regard to temperature it was fo=d
-
f
that on account o
the metal fluidizing more intensively before oxidation Its
temperature in croup i is about 10-1500 lower than in Group 11, Vith rogara
4- to malting time it was established that when firing with self-carburizing
natural gas and increasing ejedific oxygen consumption by 7-0%t the malting

time could be shortened bj about I hour compared with ook*-oven mixture fir
Ing*
The Group I meltings we" carried out at the and of the furnace campaIgnt 1,440
under lose favorable conditions than those of Group 11. Thusp the 'better
Card 3/6

3/133J60/000/012/001/015
A054/AO27
Behavior of Sulfur in Op*nAeurth Furnaces Fired by Natural Oas With Self-
Carburization
-rebults obtained to regards $-removal from the metal In a natural -gae-fired
furnace show that In this firin#;ejetem agoing of the Au=aq is d#l&yed. 2hore
are 2 %ables and I SoVidt reforenae.
ASSOCIATIONt Institut chernoy metallurgii AN USSR (Institute of Iran XotAllurB7
of the AN UkrSSR) Zavod '"Uporoahstal'" (Zaporoshstall Plant).
Legend to Figure It Frequency ourves of the $-content in the finished motalp
made in a furnace fired by natural gas with self-carburization (a) and with
c ok 0 an mixture M .' The number above the point means the amount of weltLAgoo
Vertical legendt frlqu*nay# ~s horlsontal, I ends sulfur tontent of the
finiihed metal$ 10-~A

Tromfor of 200 and 400-tm opsn4warth fmmscos to flrlM by
161o (SMA 3,44)
natwva ps T oprol"ostali moSLIS-23
furn"em) (&as, lktml)
~1~ M -
L.L r Fel,'I~,R Rev 'MIN MR. affam
IR Eva NIN ,

Lmotigation of tmml P-mm"s in orwaeorth forzoms
voir firing wub natural Poo vop-proisvosta" 00.8 3
(cwso Natural)
AIRISVI

KOSMAO lolog SVAXq Veto; KAMOV# S*V*
Transfer of-open-hearth furnaoss to operation on natural gas.
BiuloTMCHM no#10136-37 '60o (KM 13%4)
1. Institut chernoy metallurgil AN USSR (for Kobeza). 2. Dneprn-
petrovskiy savod mtallurgicheskoro oborudovaniya (for Sivak,
Markov).
(Open-hearth furnaces) (Gas, Natural)

I I KOMEUP I.I.
------------ --I'-- I
Thermal eanditims of Martin florna"s at their beating A.th
. natural gess Analels, metalurgis 16 no.2s64-72 Ap-je 162.

Imut Ifolp) IMP off.) xmnA, U.P#
Testivs tbo Neumk..Mbmvm a natural gas in open-bwth
fwm" portm* sypouWobourej chernewto 3 W482534M
162o (xm 2585)
I* lotitat Aorwr motallumli AN -MR i Lwtitut iwllsov=iY'L
gas& AN 20o
(opezi-boarth tunis"O (Oass Natural)
----------
rM I rmg oil!
gm g

KOEEZA 1.1.1 BDW=j le.l.; SKMXOVq VIM,
th natural Pao
Part for the firing of open4warth furnaces wi
Metallurg 7 no.2s22-24 F 162. 150)
lt Institut ahernoy mtallurgii AN USM i zavod im. K.Litknekhta.
(Open4marth furnaces-Design and construction)
NEWS

DOBROXIOMs N,N.o akadsoU (doceasoCI CRZMIj, I.A.j XORUKH,
J,
7-41
V.T&.j POKOTIM, YO#Poj E97A I.; GOLIDEIIBM, I.B.;
PROMMIO$ X.1 ISHCO. rwrKIUN, B,Kh.j
[Steel produation in open-bouth fUrnaces] Martowyokoe pro-
isvodstvo atali, Hooky&, Isd-vo %tallurgila M 1964. 239 Pe
IMIRA 17s 6)
1, AkadoaVa nauk Ukr*SSR (fer Dobrokhotov).
9 fpps
- 1 a tg
ENRON X. ~'w

CARMXKOO VT61 CMWAVStrT# 1.0,j ZATTSEV,, I.I.;
-----Ymmo 0 N.0,
Toobilloal and gocamlo Indio" of the operation of OPO040&rth
furmaces vith the use of Intsmifiers. Not. I ornorad. prm*
W.3M-M " 065. 1= AM)

,KCMM,.j,"BZLOKMVr, Z,So-j CiEWAVSKIT# V.0s; POGMLYT, V*P.;
XMKOBHKOj N.Mi TOM(Np Tu.F.j PROMIKIN, V.Yo,; UUMM, M*A*
Heating a 600-ton (moga-gras) siftle obahwl opsn-boarth furnace
vith self-mburettlog natm-al ps. Stall 25 no,12t.U39-1143 . .
D 165, (MM 18S12)

IBM
KOBEMV N.I.
Thermodynamic factors in the kinaUas of -the autocatalytlo
imultiplioation of simple arA complex prototnwo, Part 2,
Zhur, fis, khim. 36 80.1132-41 Ja #62,, WRA 160)
L Moskovskly gosudaretyennyy universitet in, I*Monofova'
(artwth) (Blapbysice)
V
Mai

IMASMI L.Ioo dotsouto Ike rn2urftrA
MONOW
assistantl ZURSMIU# Go?*# assistooont RNmo
Xj"toqt;tjo "UtUtl6ft of thi jivile mechanism of.tbf
alass-25 PM looper, Ismys.veho'banot tokhologoprCos rAo2l
9&101 159. (NIU 12110)
1, Kiyevokiy tokboologlebookly tratitut le&oy promyeblonnostle
(textile owhinery)

KOBBSKIT IAos 1111ho
IJMSdtriC GirWAUS for US &UtOUStIOG Of uAlt" of &Gphfat concrete
pl"tee Avto*dor* 23 Ao*Gs26-2? Ad 060. (XIRA 130)
(intou&tla control) (Ampbalt concrete)

I
KCn--=&lTj 'fr,. D. . 1
25010 t.O!Z=lYj 11. D. Erotiya Ma PAdeor.Inakay I I'v1_1 Ebrlby 8
Heyu Trudy Yubileynoy 3osaii Poevyatheh. 'Lolaiyu So 04qa 7=Henlya
DAuchayoua. H. - L#j 1949 3`09-12
SO.- Utopisto No. D. 1949

ttsa / soil science Tilling, Melioration, BrOSIOM
Abe Jour
Aut~lnr
T:
Title
orig Pub
Abstract
Card 1/3
I Hof Zhur -'BIologiyAl 110 Ile 1958t No. 48700
j
Kobezeklys M. D,
Research Institute of
Forest Management and Agricultural Forest
improvement
I Methods of Soil Brosion Control at the Moun-
tainous Stalin Nolkhoz Trans-Carpatian Region
(Zakerpatskays Oblast')
i 1(suohn. tr. Ukr. n.-L, In-ta Ion. kh-va I agro-
lenomolior,o 1956# vyp 18# 212-227
I A large part of the land of this fam Is situated
on steep slopes the plowing of which In not
expedient. In planning the crop rotations for
the oulturee requiring oultivatingt not more
than 20-22% of the area should be allotted. It
Erosion.
Abs jour
0-A1010617's' No Ils 1958s 119, 48700
is~-absolutel necessary, tozopece:' these. cultures
onrolopost, 4(tormt*ly4vith grasses or grain
crops,
It is bitt r to create protective str1pit
Of fruit bushes and of Perennial grasses for the
natural terraces of the slopes and for the pro-
servatic'n Of ths 6XIsting terraces on the till.
able plots. The Plots tOtween the protective
strips IhOUld be terraced by being plowed with
terracing plow Into strips 8-10 a In width which
reventB the constant shifting of the tillable
gysr6 On the hay and Pasture plots, the forest
strips should have & width of 60-10o a and should
be situated on the or at$ of the ridges on the
$10POO along no=tg1nG1trQ=s# strlotl onfom.
lng to the *6ntOUV of the terrain, at th's dis.
tan0s' Of,150-250 a fr= each other. SPruco and
Card 2/3.
60
P2DOMMI 6tv, M., WAti VICE
VDADDInVj D R YU.P. V nawbnyy so
- V. . rod. I zzyW1:1T, P. P. nauc tr, red,
low In K 1P rod,j tUCUMAYM, WYY "tr.,, red.;
D,11),,t red; Y0600) red.1 LAVRWW,
rVA-1 SAX ; VSKUP A.1r.e red., PUTKMIUTP
"MV,ALP__ ftd,3 sSCggpMjUv_ .&A

lash., MWO T.0 IlBilb.
ow rots, plant with automatic control. Ayt.dort 22
U0031 23 1590 . NZRA 1214)
(Asphalt concrete) (Automatic control)

KOBEZSM Vasi [Kobsz*dj V.L.Is insh.1 HISMIP Sam
ftech: Nysbobuke issh.1 YMIZAVUBIWA,, O.V.1
redej GURMCHt M.N.# Ukhn. red.
(Practical trai" Is dri" tractorgs automobilfis ad
self-propelled agricultwel machims) Praktiobeekaia eaft ma
traktorakh,t avItAwobiliakh I awkbodr7kh sell skokhosialstwes-
Vkh mashirtakh. Moskva,, 194-" sellkhos. lit-r7 shurnalov I,
piautovt ;1961* 230 1.512)
(Automobile driversT (Agrlftltural mubiury)

IM 4"11818:9
twmioasg the rLALokey t,juat s#
.rn4wyutarikq Kran" Pq4*iy-xwki ttiii
W kqnlltMkr)Rt'h IVty"ff?tM I IlUdqW~fftW"
Pr- I I rljrs~, 4 tabs
11"I"Sivill thv plutIcIty limil ef "M-tvIwtt~; gtewi M.k- 11 t~-
Oble to effect vmsildothle imv(rg-o h% YN- .1
fh~ Wj drwrtbcd In 01,1q *rtkit wn to rw,-oWJ1-y ~l
In--Ing 111w pla-001? limit " rein d"Onc
1,yy th, t-nA!,,
rm,tm~ 4 tTIerial he. 1'h#- ttv,jlt,
af,e "tirrly gaft-4KIC"

MITAKs 4
"Incro"lag the ligit of pUotlatty in tiailding steel for rotaforcod-emw rat$
conotrmation6#0 po 340. (VMXM I 3UDOMOM Val. lls, go* Its
Nov. 1955. warstavat pbum)
801 mathly List of Ust 34ropean kooefolons. (VAIJo We Vol. 4a No. h.
mel.
El. -ADAM

KOMAK, J.
The viaduct of the Plorth-South Highway crossoo the tracks of tht Danzig Railway
Station in Warsaw. P. 374,
INZYNIEFA I BMNICTWO, Waresaws, Poland., Vol. 16, no. 9, Sept. 19596
Monthly Ust or East Iguropean Accessions (NIAI) LCp Vol. 9. no. 20 Feb. 190,
Unal.
kT

JOBIAK, Jyarlyp dr ins.; CZCM# Zbjg3jowp dr Ins.
New books reviewed. Ins I bat 21 no.IM8 Mr 0640

ram

fimts RWW dymamAr's 4f kbumnintt dwtar7-
Qmm cad sirp"immuts) hr-perleaskm 1
TIM r,"d I.js Kh. , KA.rd K*,4.at
=
nar- 1MI'm's S ?/I A 466 TI ~ 1 1, R~~-t,44
KIMM 19S4. No 44619 - 'he ams 14 U-14M ~-
drtd (birA wtL-,d) In h"d 4 hcAlthy tm~ &ad m TO
pauM12 Wfiering from hyp"tGaIc aloess, D-Ir-4 &A
tug" cd (ke mom tLe amt of I Was incrtated (IrcKa U W %,
0.1 7 t 1151. NOW). Tu Intlease of I Alm PIL's COMWI m the
MorA J dap with rWI- hyM~ruskm. rhe &rat d I .
kidneys of the expd. rsbMts was mrarly daubk-d, ~ i.
'Tjaw also was %AXed to lung%. Vinm. rud Eir" 1~ -A~-

*Data for the Study of the Tonation and Dynamics of Histamine in PIpertansion
and in People With Experimentally Indueed Rn*rt*nsIcv.* Dr Mod Bei, TbIlIal
State Medical last# TbIUsI# 1954. (ILO No it Jan 55)
Survey of Scientific sad Technical Dissertations Defended at TISSR HIgb4r
Educauccal. Institutions (12)
$01 Sm. No. 556s 24 Jan 55
r
,
, AM O-W

USSR / Human and Animal Physiology. Blood Ciroulation. T
Abe Jours Ref Zhur-Blol., No q# 1958, 41329.
Author
Inst :434Mett;tlogy AN OM?ZSSR. Tbilisi.
Title On the Cortioal Origin of Hyperhistaminemia in
Hypertensive Disease.
Orig Pub: V ob.t Stenogrt otchet nauchn, sesaii In-ta, Kar-
diol. AN GruzSSR uchastelyem In-ta fiziol. AN USSR
Tbilisi, AN GruzSSR, 1956, ilg-124, (Stenographic
transecript of the Scientific Session of the Insti-
tute of Cardiology AN OruzSSR with the participation
of the Institute of Physiology AN USSR)
Abstracti The blood histamine (1) level was elevated in pat-
Card 1/3

Blood Circulation,
Abe Jourt Raf Zhur-Biolo No go 1958,. 41329,
Abstract l ~-Aent& AW4ngf- --hil- th4.itaiges of -'essential- hyperten-
oion and in dogs with renal and reflexogenle forms
Of expe
rigental: fiypsrts'nslon.~ Conditioned reflex
hypertenslon was produced In a second series of
eleriments by association of the sound of a met7.
r~ me 'or a Ull with Adrenalin Injection'; cones-,
q:uently -'ah'alteration-of the stimulation from p'osi-
tivo:1nid nigiti*e, or, an overexertion of the -stimu-
latl:c;n~. pftces-4, was Offiqted.:~' -_Ubder these condi-
tibno Jknd'ale'd~ in' h$pertension produced by repeated
'domm-Otion iof the h6ad~` the - I content - increased
stilt"Mrs Agnlftcahtly~ reaching 0-,25, Y/ml,,~ the
normal level being 0.05 ~/Iml, It Is the opinion of
the author that the increased production of I In
the tissues In a result of hypoxia and of activa-
cion of processes of anaerobic decarboxylation vhen

I- 1. . .- ~ 7- 1-, - - - - z ,T. - .,- - -,
KOBIAMILI, I.G.1 AKHWUL1, 0.5, RIMr,'AN!, N.A.
Study of capillary permrability in rolptalm to rarflama-1v"
Iodine in atheroseloro3is, Truly 1hot. klin. i cksper. karl.
Aff Gruz. MR 807-60 16), (F.,1RA 170.)
1. Inatitut kardiologii AN Gruz3,,T, Tbills'..

XOBIASWILI, I.G.
a of Uw funotional state of the cardiovascular
sysum by mwant )f radloaotive Isotopes, Tridy Inst, klin. I
eksper, kard. AN Grus. SM St503-506 t63. (MIRA 170)

S/058/6Z/00O./W019/160
A058/AIOI
'AUMORI Kobiashvili, M.
TIPLEs Incoherent electron scattering by nuclei
PERIOMCALs Referativr4y shurnal, Pisika, no, 4, 1962, 48, abstract 4M
("Thilisis universitatis shromebi, Tr. Thiliask. un-W, 1960,
v. 86, 273 279, Orus.1 Russian summu7)
TEXT: In order U study the Internal magnetic structure of the neutron,
the author Investigates electron scattering by light nuclei with ws&W bound
niikutrons. What in more, in interpreting Hofstafter's experiments it has usually. jo
been assumed that the'noutron Is a free particle before an well an after its emls-~
sion from the nucleus; inthe present work, an attempt In made to take neutron
binding into account. The author obtains for the relation R a rnlev a theore-
tical value that can be used in studying the structure of the nwurtan*
[Abstracter'& notes Complete translation]
Card 1/1
M

WMAWnto M. TA.
^000-u-
NDMASHMIS M. TA#t "Thf) eatrodisintegration of nualbi aoowtUM to
the *hall modslon Thiumi State t'immi 14 To Stalin. Thilisis 2956.
(Dissertation for the degm of Candidate in Beisnose).
501 Knoshnaya Letopis's X0369 2956. Moscume
--------- -- -
i N im ~Z' il R" "R.R.
-p

A~9041
TITLIt
PERIODICILs
ABSTRACTo
Card 1/2
56.6-20/47
Aablashvilig X# Ta*.
'The Blectrio Disintegration of Nuclei at High Energies (Blektro-
bollsblkh onergiyakh)
Shur"Al sksporlsONS&I'moy I Tooretiabookoy FIsIki# 1957t Vol- 339
ffr6 (12)#-pp. 1505 -1'i506 (USSR)
-to the present paper the mes section of the electric disintograft
tion of-nuclei to computed under conditions at which the development
of the exterior field assumed by the M81ler (9811or) potential ac-
cordlnr to aultilooles I; of no purpose* This is true in the ease
0 al I a R, where I /a and 'if/o denote the moment&
of the *lei I'Llfors and after Mitering, R here denotes the
radius of the nucleus* The ground state of the nucleus (2v A) is
here described 'by the ways function of the shell and the final
,state Is described by a plans ways, For the neutron knocked out of
the nucleus the author here uses Born's-appoximationo The Inter-
.action of -the nuclear system (kernel + neutron) Is her# described
'by g spherically symmetric potential wall. The radial wave fune-
.tions are then expressed br spherical Bessel functions, and the
matrix elements can easily be computed. The expression for the

YA -
z2vulrun-IMITNUVAtUa of the =*W iscoording to the sb*U
wdel. (with su=mLrr In Goorgisaj. TrW f1bil. OU no*62:103-U9
(KIU U
lonillaskiv gosuWstv*xW mdwersitat Imenl SUlIzap kafedra
toorstichaskoy fIsIkI*
(31lectrous) (ftolear shell theory)