SCIENTIFIC ABSTRACT DZHEVAGA, I.I. - DZHIBLADZE, N.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000411910010-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Z-
Intergranular diffusion In depositing copper and its alloys
on steel. Avtom.evar. 10 no.6:87-90 N-D 157. (mra 1111)
1.Zavod imeni Nosenko.
(Diffusion) (Copper plating)

AUTHORs Dzhevaga, I.I. SOV 125-58-3-6/!3
TITLE: Automatic Welding Under Flux of 11LMts 58-211-Braso (Avtoma-
ticheskaya ovarka pod flyusom lati.i.ni LMt.3 58-)N
PERIODICALt Avtomaticheskaya svarka, 19,58, Nr 3, pp 42-It'? (USSR)
ABSTRACT: Information is presented on new automati-- -gelding te,--hnol',,~y
for sheet and cast "LMts 58-2'1-bras3, developed at the Plant.
imeni Nosenko, and put into practical u-,e all the same: plant
for the production of special brass pipes (Figure 5)- in--
formation includes the chemical composition o_f the "BrMs4-3"
welding wire (GOST 5221-50) and the weld metal obtained witl-
"OSTs-45P" and "AN-CIO" fluxes. The new technology is rea~t=-
mended for soft brass only, and is applicable for a,.itomat.'c
and semi-automatic welding processes.
There are 5 tablesy 1 figure, 4 graphs and 3 Soviet re!ez--
epceso
Card 1/2

Automatic Welding Under Flux of 'ILMts 58-211-Brase SOV 125---,-r--3-6/!~
ASSOCIATIONs Zavod imani Nooonko (Plant, imviii Nosenko)
SUBMITTEDs November 20, 1957
1. Brass-Welding 2. Welding flux-Performance 3. Welding rods
--Analysis
Card 2/2

't"AUTHOR: Dzhevaga, 1.1. 125-58-7-6/14

TITLE: 1% ..... MMMMMMMMM
Automatic Welding of Aluminum Bronze Under Flux (Avtomatiche-
skaya svarka alyuminiyevoy bronzy pod flyusom)
PERIODICAL: Avtomaticheskaya avarka, 1958, Nr 7, Pp 36-43 (USSR)
ABSTRACT: The possibility of automatic electric arc welding of bronze on
steel under flux and the fusing of bronze on steel was in-
vestigated. Specimens of different bronze grades were welded
and fused with bronze electrodes of the following compositiont
88.60 % Cu, 2.40 ~ Mn, 6.80 % Al, 0.30 % Fe. The following
conclusions were madei in automatic welding of aluminum bronze
under flux containing MnO and S102, an intensive interaction of
metal and slag takes place, as well as a reducing of manganese
and silicon due to the oxidation of aluminum. Therefore fluxes
free from MnO and with a minimum S102 content must be used.
Best results were obtained with "AN-20" flux (chemical compo-
sition given in table 2) for welding butt, angular and overlap
joints and for fusing "Br.AMts 9-2" bronze on low-carbon steel.
The welded joints can be forged in a hot condition, which makes
possible the designing of cast-welded structures with their
subsequent forging and heat treatment.
Card 1/2 There are 5 tables, 3 site of graphs, 2 photos, 2 diagrams and

Automatic Welding of Aluminum Bronze Under Flux 125-58-7-6/14
5 Soviet references.
ASSOCIATION: Zavod imeni Nosenko (Plant imeni Nosenko)
SUBMITTED: January 15, 1958
1. Arc welding--Electrodes 2. Steel--Are welding 3. Bronze
electrodes--Applications 4. Aluminum bronze--Are welding
5-Yelding fluxes--Test results
Card 212

DZHEVAGA, I.I.
under flux of IXts58-2 brAss. Avtom.sver. 11
no.3:42-49 Mr 159. (MIRA 11:4)
1. Zavod im. Nosenko.
(Brass--Welding) (Electric welding)

25(l)- SOV/125-59-12-6/18
AUTHOR: Dzhevaga,-1. I.
TITLE.- Automatic Are Welding under Flux of Brass Containing Lead
PERIODICAL: Aytomaticbeekaya evarka, 1959, Nr 12t PP 43-51 (USSR)
ABSTRACT: There is no mention, in the literature known to the author,
of the influence of lead on the quality of welds made
under flux by the automatic arc welding of brass. In this
article he examines the influence of lead on the stability
of the weld metal against cracks and pores, upon the
formation of the welds and their mechanical properties.
In the conducted experiments the influence of iron$ tin
and other elements on the formation of cracks was also
studied (table 1). No cracks appeared in the L62 brass
weld metal when it contained up to 8% of Pb, but in the
L90 brass, cracks formed when there was 2.3~ of Pb. The
lead contained in the weld metal had the form of small
glob4lar inclusions (figure 1), but the character of its
distribution and influence on the crack resistance of the
Card 1/3 metal differed, depending upon the zinc content in the

SOV/125-59-12-6/18
Automatic Arc Welding under Flux of Brass Containing Lead
weld. Figures 2 and 3 show the microstructures of weld
metals containing approximately an equal quantity of lead
but-different quantities of zinc. The structure in
figure 2 is crack-resistant, and the one in figure 3 is
very liable to cracks. With the decrease in the quantity
of zinc, the lead gathers mainly in the impurities along
the borders of the grains and in the form of interlayers
between the orystallization layers, and in this way
furthers the formation of cracks (figure 4). The results
of the experiments show that the crack resistance of the
weld metal in brass depends not only on the quantity of
lead in it but also on the character of its distribution.
The distribution of lead in the form of interlayers along
the borders of the grains is the most unfavorable onep
and it occurs, when the zinc content in the weld metal is
below 6%. Data concerning the influence of different
elements on the formation of pores in the weld is given
in table 1. The density of the weld was high with a Pb
Card 2/3 content of up to 12%. At the same time, pores occur
\11 ~od

SOV/125-59-12-6/18
Automatic Arc Welding under Flux of Brass Containing Lead
in welds which had no lead content, so lead cannot be
considered as causing them; their formation depends on
the conditions of welding. As to the mechanical proper-
ties of the weld, they deteriorate with the increase in
the Pb content (table 4). The tests also showed that
automatic arc welding can be successfully applied for
welding rolled and cast L62, L062-1, LMt858-2, LS59-10 L90,
IXtsZh55-3-1, IXtBS58-2-2 and LUtOOS58-2-2-2 brass con-
taining lead in the quantities specified in GOST 1019-47,
using the flux AN-20 and welding wire Br OT8 4-3. There
are 4 photographs, 5 tables, I diagram and 10 Soviet
references.
SUBMITTED: July 23, 1959.
Card 3/3

DZHIVAGA, I. I.
Welding of aluximm tanks. Trudy ITO sud-prom no-33:67-72 159.
(MIRA 1319)
(Alumimim-Welding) (Tanks-Welding)

3/125/62/000/006/008/013
D040/D113
AUMORS: Podgayetskiy, M., and Dzhevaga, I.I.
TITLE: Effect of alloying elements on the weldability of copper by
submerged arc
PMODICAL: Avtomaticheskaya svarka, no. 6, 1962, 54-62
TEXT: Lxperiments were conducted to fill a gap in research data and select
the best alloy elements for welds in submerged-arc welding of copper. Alloying
was tried with Cr, Co, Fe, Ni, Hn, Cd, Zn, Sn, Al, Si, Ti, Nb, Mg, Pb, Di, 5b,
P, Te and As. Welds were produced in 10-12 mm thick copper plates with grooves
intitating joints, into which powdered allay elements were put. A 3 ram copper
electrode wire, 450.1470 amp, 30-*35 v revearsed polarity d.c., and anAH-20
(AN-20) flux were used. The composition of the latter is (%): 31.0 Car-2,
29.2 A1,03, 20.9 Si02, 13.1 MgO, 2.5 CaO, 2.4 K201 0.9 FeO. Cr and Zn proved
to be t5e best additives. Cr refined the weld metal structure, raised the re-
sistance to hot cracks, deoxidized the welding pool, only slightly affected
the thermal and electric conductivity, but, however, increased the tendency
Card 1/3

S/125/62/000/006/008/013
Effect of alloying elements ..... D040/D113
to porosity. Zn reduced the porosity and affected the thermal and electric
conductivity slightly more than Cr. The drawback of Zn is the toxicity of
'its exides. Wire containing a fair amount of Cr is required to obtain welds
with over 1% Cr; special experiments were conducted since no such wire is
produced industrially. It is recominended to add Zn ty usin.- wire with 514 Z11
which can be produced front standard A 96 (L96) brass. A detailed discussion
of experimental data, constitution diagrams and tables are included. Con-
clusions: Alloying with over 1.2% Cr, over 3.3% Co, or over 2.8% Fe results
in the structure of the weld metal being fine due to the segregation of a re-
fractory phase during crystallization. This phase is a solid solution of
copper in Cr, Go, or Fe. Content of 0.7% and more P, 2% and more Sb, and
0.1/10 and more Bi causes hot cracks due to an extended crystallization tempera-
ture range and the prolonged presence of liquid layers between growing cry-
stallites. Content of 1% and more Cr, 4% and more Hn, 0.8% Nb, 0.1% Hg, and
1.4% Pb causes porosity of the weld metal. Good welds can be obtained on
copper and some copper alloys when Cr or Zn is introduced into the welding
pool with welding wire. There are 11 figures and'3 tables.
Card 2/3

S/125/62/000/006/008/013
Effect of alloying elements ... D040/D113
ASSOCIATION: Ordcna Trudovogo Krasnogo Znameni Institut elcktrosvarki
ini.Ye.O.Patona AN USSR (Electric Welding Institute "Order of
the Red Banner of Labor" im.Ye.O.Paton, AS UkrSSR)
(Pod-ayetskiy, V.V.); Nikolayevskiy zavod im. I.I.Nosenk-o
(Nikolayev Plant im. I.I.Nosenko) (Dzhevaga, I.I.)
SUB,,aTTED: August 4, 1961
Card 3/3

S/125/62/000/008/005/008
D040/Dl13
"'LUMOR: Dzhcva,-a, I.I.
-------------------
T I T'11, 21 The connaction bctwoen the atructure and crystallization crack
resistance in Yields on copper and copper alloys
PZRICDICAL: Avtomatiohcokaya svarka, no. 8, 19062, 56-62
TEXT: The effect of Pb and Bi on the hot'atackinG resistance was studied in
submergod-arc vielding experiments on copper, brass and aluminum'bronze with
Pb and Bi in powder form added to the grooves. Appearance, X-ray and
microscopic tests wore uaod for crack detection. The results proved that
the effect of Pb and Bi dopondod on the form of crystaYlization i as little
as 0-03',~ Pb and 0-0051 Bi in the base metal caused cracks in coarse columnar
structures with cloar cry3tal boundaries, while disoriented two-phase (oc'~A)
otructuros fornad durina rapid cooling were highly resistant to cracking, and
no cracks fori.,iod at up to 1.15/1 Pb and 0.027~61 Bi content. However# pprouity
developed at 6.2.1% Pb. It iG considered necessary to develop weldable oopper
Card 1/2

Tho connaction betricen the structura ...
S/125/62/000/008/005/008
D040/D113
alloys forminE; an unbalanced tro-phase structure during peritectic trans-
formation and having; high plaotioity in the effective cryatallization
temperature range and as far au possible below the solidus. There are 13
U
fiGures and 2 tuablea.
ASSOCIATION: 'Nikolayevskiy ordena Lenina zavod im. I.I. Nodenko (NikoliLyev
"Order of L;nin Plant im. I.I.Nosenko~)
SUBIMITTED; Docember 28, 1961
Card 2/2

DZHEVAGAY '@I*,, kand.tekhn.nauk-
Manufacture of welded brass bushings for stern tube fittings.
Sudostroenie 30 n0-1:51 Ja 16/+. (MIRA 17:3)

BALABAYEV, G.M..j inzh.;.DZHEVAGA, I.I., kand. tekhn. nauk; ZHURAVLEV,
Yu.A., inzh.; ZAPOROZHE7S, Ye.A., inzh.
Automatic velding under flux of shaft liners. Sudostroenie
30 no.lOt45-47 0 164. (MIRA 17:12)

invli.; 1)ZA IEVAGA, klinrl. ItAl.r.
Ye.k., Irah.
Nogative effect of thru ijold ing of llncjc~i on Ll,~
fatigue atrength of tall 8hafts. Sudotitrowrile
JJ. IN,

DZHEVAGA I.I.;_,ZHURAVLF.V, Yu,A.
Conrection between tho structure and thl, renjottince of jointa In
bronze to crystallization cracking. Avtom.svar. 18 no.11:16-19
N 165, (MIRA 18:12)
1, Nikolayevokiy zavod im, Hosenko. Submitted January 11, 1965.

MHF,VAGLO,,,10.0, kand. tekhn, muk; IVASHCHENXO,, G,v insh.; CHERNAYA,, O.p
t.okhnik
Reconditioning the ruddar stock b7 velding. Mor. flot 25 no.11:
28-29 N 065. (MM 19111)

8
AUTHOR: Dzh~Ma, 1. L% Zhuravlev, Yu._A.
ORG: -Nikolayev Plant im. Nosenko (Nikolayevskiy zavod)
TITIX: Relationship between the structure of bronze weld ioints and their resistance
to crysta1lIzation_gr_AckL
SOURCE: Avtomaticheskaya svarka, no. n, 1965, 16-19'
TOPIC TAGS- bronze, are welding, metal crystallization, phase composition ,
weld defect
ABSTRACT., The authors discuss the difficulties involved in eliminating crystalliza-
tion cracks when welding OTslO-2 tin bronze. Welding tests of this material show that
joints which form a two-phase a+0-structure with peritectic conversion have greater
resistance to the formation of crystal-lization cracks than joints with the structure
oi a single-phase a-solid solution. The stability of the two-phase joints with re-
spect to crystallization cracks Is probably due to the rather high ductility of the
seam metal at high temperatures caused by crystallization of this type of alloy dur-"
Ing peritectic conversion as well as by phase transformations, which take place at
high rate below the solidue temperature. It is recommended that bronze rod contai -
na r
Ing 1.1-13% Sn and 2-4% Zn should be used for electric are flux welding of OTslO-2 tin
UDC: 621.791.053 : 669.35.6 : 620.191.32.

-1
a

ALIYMV, A.Ke: SHKK-OVSEPTAN, OoT9;,DZHITAHSHIRq D.A.
Oil- and gas-bearIng prospects of the Babazanan field. Izv. Vs,
ucheb. zav.; neft' i gaz no.lsl5-21 '58. (MIRk 11:8)
I.Azerbaydzhanskiy industrialInry institut im. M. Azizbokova.
Orura Valley-Petroleum geology)
(Kura Valley-Gas, Natural-Geology)

MMEM, I.R.; KERIMOV, B.S.; DSMARSHIRp D.A.
Preliminary proopecting in the region of the Apsheron Shoal.
Aserbaneftekbove 41 noe4%8-10 Ap 162* (14IRA 1612)
(Apsheron Arebipelago--Petrole= geology)

BIRTULIN, 1..arkhitaktor; DZIMMIDZE, A..arkhitektor; XONDUKHOV, A..arkhitaktor
Our experience In planning projects for collective farms. Sell,,
stroi. 13 no.12:20-22 D 158- (Kin 12. 1)
1. Reopublikanakiy gasudaretyannyy institut po proyektiroyaniyu
sovkhoznogo strottelletya.
(City planning)

DZHEVETSKAYA, I.A., kand.med.nauk; MWNOKUTSKAYA, Ye.B.
Change in the sensitivity to insUin and the dynamis of g2ycomLria
in diabetic patients during the administration of gangliolytic
preparations. Terap.arkh. 31+ no.2s85-90 162. (KIRA 150)
(AUTONOMIC DRUGS) (INSULIN SHOCK) (GLYCOSURIA)

DZILEURAYEV, A.
-----------------------
Dissertation defended for the degree of Candidate of PhysicQmathematical iciences
at the Joint Ocientific Council on I'hysicornatheITULtical and Technical ~icionces;
Siberian Brwich
"General boundar,,, Problems for Elliptical Equations CLjntaining Nonan&Iytic
Coefficients."
Vestnik Akad. Nauk, No. 4, 1963, Pp 119-145

DMETENTAYEV, Sh. D., Cand Med Sci (diss) -- "Age aspects of the arteries of
the elbow joint". Frunze, 1959. 22 pp (Kirgiz State Med Inst), 250 copies
(KL, No 9, 196o, 126)

DZHEMMASHVILI, V. V., Secty Scie,,tific, Gowicil, sci. NP.S. Vet. D.3L.
'Session of the Scientific Council of the Georgian Scientific Research Veterinary
Ins titute 11 -
(Veterinari-ya . 28, Wo. 6:64, June 1951)
SO: Trans. 178 by L. Inlich (in Vet. MI)

XACHA MR, A.T.; DZHXYRANISHnLI. T*T., uche"y sakretarl.
Twenty-fifth anniversar7 of the Georgian Scientific Research
Institute of Yeterinary Science. Toterinarila 32 no-5:93-94
my 155. (MM 8:7)
LDirektor Grusinskege nauchno-looledevatellskege veterinar-
noge institute. (for Xachakhidse).
(GIMIA--VNMINARY RESEARCH)

DZHKUKMZ39 A*P.; DZHEYRANISHVILIt V '; DOSYCHE;Vq A.A. (deceased)
tV* -
-------:------ -
Role of conditioned reflexes in antibody formation. ZhLr. VY9.
nerv. deiat 10 no. 4:599-604 n-Ag 160. (MIRA 14:2)
1. The Georgian Zootechnical and Veterinary Institute,
TCONDITIONED RESPONSE) (ANTIGENS AND ANTIBODIES)

!QSEITANI~ K.M., zaeluzhennyy vet,.irJna.-W vniih Gruzinskoy
--Auzhnyy actrudnik
Manufacture of preparationn in an institutd. Veterinariia 41
rto.UU01-103 N 164. (HIPA 18:11)
1. Direktor proltvodstva khim4kn-tarapevtl'chcsklkh i
binloglehenkikh preparaliov Giv-sinskogo mooveter-'narnogo
InatItuta (for losellanil, 2, G"Onokly zootekhnIchesko-
voterinarnyy u;)hebnc.-!esledovatellpk,'.y instaltut (for
Dzheyranashvilt),

/87 0 1-'
32%/028/005/003/009
B163 /B102
AUTHORS: Yakobson, A. 14., and Dzhgalyan, K. M.
TITLE: Use of monocrystalline scintillators for X-ray vision
PiRIODICAL: Zavodakaya laboratoriyal v. 28, no. 5, 1962t 577-583
TEXT: "When hard Y-radiation from radioactive sources or the bremestrahlung
from accelerator targets is used for industrial radiographic control,
monocrystalline CsI(Tl) scintillator screens are preferable to fluorescent
screens or photographic emulsions, especially in continuous process lines.
.A. prototype of a pipe detector ("gamma introscope") working with V-radia-
tion of 120 to 180 kev and a scintillator screen of 3 mm thickness and
70 mm diameter has been constructed, and examples for its application are
given. Estimates of sensitivity and contrast are made when cavities
within a metal (e.g. iron or aluminum) are to be detected. In Fig. 4 the
results of such estimates a~e shown. There are 4 figures.
T
ASSOCIATION: Institut metallurgii im. A. A. Baykove. (Institute of
Metallurgy imeni A. A. Baykov)
Card 1/')

YAKOBSON, A.M.; DZHGALYAN, X.M.
Experimental determination of the cootpat of an X-ray picture
showing flaws in materials. Zav.lab. 29 no.7.-811-813 163.
(MIRA 16:8)
1. Institut metallurgii im. A.A.Baykova.
(X-ray spectroscopy) (Materials--Testing)

I - w
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latif-ma-toriyan, v. 111, -w.
iri!,.i 11a Lion, natcrial d-fect Jett-eticin,

L 8881-65?
A! D,N Nik: A Pli0h6h 70
,irx trie magnified and actual widt?to ~f' --if-k
I-i Llie diairiet,4~r ~,l the focal
r i,,ct. ~vp f*, -a~
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several par="cvrlv--mt3.oqS,,
L
I AK 1.qt,1.3 was -1-1-4edl for eeveml wire d amet

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Voing the ultmoodo imsul mtbod In tbo invwt4ptim
of the strargth and wdfc=lty of ooucroto in zmWcrcod
oonwete Pawls. ftvA%r Irate stroi, mokb- L sofam. AS
Gmso 108187-194 *64* (I'M loin)

ACCESSION NR: AT4007027 8/2698/63/000/010/0048/0064
AUTHOR; Mikheyev, S. V.; Chernovs, T. S.-, Dshibuti, N.
TITLE: A study of some alloys of the Ti-M-Cr-Fe-Si-B system, containing 6% Al
SOURCE: AN SSSR. Inatitut metallurgil. Titan I yoga splavy*, no. 10, 1963.
Issledovaniya Utanovy*kh splavov, 48-64
TOPIC TAGS: titanium alloy, titanium aluminum chromium alloy, titanium aluminum
chromium system, Iron containing alloy, silicon containing alloy, boron containing alloy,
titanium complex alloy, an" structure, phase transformation
ABSTRACT: A polythermic cross section of the six-component system Ti Al-Cr-Fe-SI-B
containing 6% aluminum and with chapglng amounts of Cr, F e, and Si (0. 25%) was constructed
on the basis of thermal analysis data, melding conditions, microstructure, hardness and
electrical resistance. It was shown-that the melting point of the alloys decreased from
163 to 148C as the amount of the alloying elements Increased. The phase transformation in
this system was Investigated in the range of 950 to 1100C by thermal analysis and by
changes in electrical resistance at the corresponding temperatures. It was concluded that
the temperature of the alpha-beta transformation Is altered slowly as the amount of alloying
elements increased. The microotructure of the forged, hardened (1100 to 800C), and
c6,d 1/2

ACCESSION NR; AT4007027
14nnealed specimens was investigated by the etching method. All alloys inacold-worked
state and annealed at 800C showed the structure of the destructive beta solid solution.
Changes in hardness determined inforged and hardened specimens (1100 to 800C) and in
annealed specimens by means of Vickers apparatus, depending on thermal treatment, are
shown. A polythermic cross-seotion of the tested system was shown and on the basis of
this corss-section, the optimal composition of the alloys having high heat resistance and
other desirable mechanical and chemical properties can be evaluated. Orig. art. bas:
6 figures and 2 tables.
ASSOCIATION: ImUtut metaIlurgil AN SSSR (Institute of Met&Uurgy AN SSSR)
SUB P 00 DATE ACQ: 27Deo63 ENCII.- 00
SUB CODE: MM NO REF BOV: 008 OTHER: 001
2/2
%.Ora

:ACCESSION NRt AP4033613 8/0032/64/030/004/0445/0447
AUTHORSt Yakobson, A. Mq
TITLEt X ray optical transformation using a roentgen amen and monoorystalline
lacintillators
t,SOURM Zavodskaya laboratoriya) V* 30, no. 4, 1964P "5-"7
ITOPIC TAGSs x ray optical transformationp roentgen screen monocrystall-ime
:sointillator., zinc sulfiasp cadmium oulfidej silver1.reioiZg powers x ray
source PUP 1p x ray tube 3BP.M 200, photomultiplier FEU 37, photomultiplier FEU
38., luminescent layer
ABSTRACTi Experiments were performed to compare the intrinsic haziness, resoly-
ing power,, and radiances of a Zm3-CdS=Ag fluorescent acroen with tranaparent
monocrystalline screens of GoI(TI) and Nal(TI), using the quality of x-ray-opti-
;cal transformation at tube voltages of 160-200 kv. A PUP-1 apparatus was used
:as the x-ray source along with a 3BP14 -200 x-ray tube. For comparison with the
tmonocryatalline screens, a commercial ZnS*CdS=Ag screen was used with a lumi-
neacence'of 250 relative units@ The monoctrystalline noreen was in the form of
1~1'a plate with a diameter of 220 mm and a thickness of 3 mm. The thickness was so
Card
t

;,ACCFMION NR: AP4033613
:chosen that complete absorption (95%) of the incident radiation took 03" up to I
a tube voltage of 200 kre The radiances of the screens were compared with the
aid of photomultipliers FEU-37 and FM-39. The error due to the influence of
-rays did not exceed 1~, As can be seen from the results plotta
x id in
11jiguro I of the Enblosure, the radiance of the roentgen screen Zr*S-CdS=Ag sharply'
~.decreases with incrGase of the tube voltage, whereas the radiance of the mono- J
:.crystalline screen does not. 'It is the granular structure of the luminescent
flayers in the roentgen voreen that leads to the haziness of the screen and signifi-I
i
cantly impairs the contrasts -of small details s Orige art* has 1 2 figwes.
ASSOCIATION: Institut metanurgii In. A. A. Baykov~ (rnatitute of Metallurgy)
:SUBMITTEDs 00 ENCLs Oll
O~01
SUB CODE s-SS NO REF SOV3
002

91CWSURZ 1 01
ACCESSbION MAP4033613
w
volta
go
rig, 1, The ratio of radiative current to the intensity
of Incident x-rays versus x-ray tube Voltage
Sointillator Col(TI)o 3 m thick
2 Roentgen aareen
3/3
Card

HGAMADZE 0. So; KIZWMA, B. I.; IMATA, 0. V.; MAKHARAME, Do G.j
k 9010
10~~- ~,.BD. Go; ZTDIMOVA, Go Zo
p
Same data on the develapient of clouds over mountain ranges.
Trudy Inst. geofis. AN Gruz. SSR 20:237-244 162o
(MIRk 1611)
(Clouds)

DZHG&M&DZE, O.Y., kand.takhn.nauk
Planning the trans-Sabaran railroad line. Tranap.atroi. 10
n0.2.-57 7 160, (HIRA 1315)
(Sahara-Railroads)

DZHGAMkMB, O*V., kand.tekhn.nauk; IAZXBNIKOV, Yu.S., kand.tekhn.nauk;
- - ---~W-, A.I., kand. tekhn.nauk; GADVALIDT, V.T., inzh.; OZZR=,
S.Z., inzh.
"Problems in pla-auiug of railroads with electric and diesel traction"
by (prof.] A.I.Ionnisian and others.. Reviewed by O.V,Dzhgamadze
and others* Transp. stroj. 10 no.U:59-60 H 160. (MIRA 13: U)
(Railroad engineering) . (Ioannisian, A.I.)
(Gorinov, A.V.) (Akimov, V,L) (Kantor, I.I.)
(Xondratchenko, A.F.) (Savchemko, H.B.) (Turbin, I.V.)

DZHGAGAMADZE,S.
Today and tomorrow in a mine. Mant.ugi.4 no.8'7-11 Ag 55.
(HLRA 8:10)
1. Glnvnyy inzhener shaMty
StAlInakoy oblasti
(Donate Basin--Coal
imeni Abakumova tresta. Stalinugoll
mines and mining)

DZHGAKUM, Sh. T.
Constructi.on of rural hospitals by Colleative farms as a mans of
Improving medical service for the rural population. Sov.zdray. 19
no.U20-25 160. (MIRA 13 W
1. Glaynyy vrach Gallskogo rayona Abkh&zsko7 ASSR.
(mi Dimm (AwwrA)--HOSPITALS, RURLL)

DZhGAMADZE, Sh. V., Cand. Med. Sci., - (diss) "Morbiclity of the population and
the organization of propl-.ylactic work in rural areas, (according to aata
of the Gal'sk rayon of Abkhaz, ASSR)," Tbilisi, 1961, 20 pp (Tbilisi State
Medical Institute),, 160 copies (KL-Supp 9-61, 189-19o)

W'~
DUGIRADZE, O.V., kandidat tekhnicheskikh nauk (Novosibirsk).
-111~ 7*7*~
Softenitawg, the longitudinal track profile n9 a reserve for increasing
the weight norms of tralas. Zhel.dor.transp. 39 no.8:54-56 Ag '57.
(KLRA 10: 9)
(Rnilroad-Train load)

DZHLAKMW,.t-S,"
Reorganizing the Public 11641th Service of Gali District,
Abkhazian A.S.S.R. Sbor. trud. Mad. ob-vo Abkh. 2:cy7-100 -
159. (ADMUIA-IIUBLIC HFALTH) (MI.-A 14310)

-DZHGWDZEI Sh.V.
Increasing the qijalifications of medical per.sonnel in Gali District..
Abkhazian A.S.S.R. Sbor. trud. Mad. n4wh. ob-vo Abkh. 2:101-105
159. 1 (MI-9A'3.4::LO)
(ABKHAZIA-MEDIGAI, PERSONNEL)

DZHGAMADZE Sh V
Eliminating malaria in Gali District, Abkhazian A.S.S.R. Sbor. trud.
Med. nauch. ob-vo Abkh. WW-M 159. (MIPA 14:10)
, (ABIUIAZIA-MIURIA)

DZH(UMTZE, 0. V.
DEHOAMTZE, 0' V'- t "Thi 0-6bleis of designin '49tal2ed profile difoiwatl6no* when
incre;; * cow
ing w*ijht-n6rms*.-Moe . 199'. Min Railways USSRe Moscow Order
of Lenin aM Orde'r'of Labor- Red Banner Inst of Railroad Tratisport-Ingineere
imeni, L v. sudin. (Dissertations for the degree of Candidate of Technical
0
Science.)
Sot MAshnays Letopis' No. 50 10 December 1955. Moscow.

/cZp 0-WV :"" 1,--,
STIPANOV, N. L; IZHG!UN. N. Pa LIBIMROV. 1. L.
%"=-. - - 001-
Device for the removal of Internal facets or rectangular grooves in piston
rings. Avt.trakt.prom. no.11:30-31 N '53. (KLRA 6:11)
(Piston rings)

DZIIIA-N) Ya. 0.
"Studies of the Amorphous State. XVII. Dielectric Losses in Swollen Rubbers,,
Rubber Chem. Tech., No.14, pp. 877-82, 1941
Phys. Tech. Inst., Leningrad

DZIIIAUKSHTAS, P. I.: Master Agric Sci (diss) -- "Varieties in form of the
hazelnut and the forestry principles of organizing hazelnut cultivation in
the forests of the Lithuanian SSR". Moscow, 1958. 20 pp (Inst of Forestry
of the Acad Sci USSR), 150 copies (KL, No 6, 1959, 138)

UTHOR; 26-58-5-26/57
TITLEt Acclimatization of the Tulip Tree in the USSR (Akklimati-
zatsiya tyullpannogo dereva v SSSR)
PERIODICAL: Priroda, 1958, Nr 5, PP 93-94 (USSR)
ABSTRACT: The tulip tree) Liriodendron tulipifera L. of the Manoliacea
family, originating in North America$ is cultivated in small
amounts for ornamental and scientific purposes in the USSR, in
the Caucasus# Crimea and southern parts of the Ukraine. It is
not found in the north parts of the country due to severe win-
ters. L. Chibiras, P. Dzhiaukshtas and V. Nekrasov of the
Inatitut lesa AN 55SE FTFe_TMf -Academy of Sciences' Forest
Institute) have described these trees which are of special
importance with respect to selection problems. Professor
A.A. Lypa (Kiyev) relates interesting details about the hi-
story of the tulip tree in Russia. The oldest and biegest
tulip tree still exieting in the USSR near the settlement
Golovinka in the Lazarev district of the Krasnodar Kray on
the Black-Sea shore of the Caucasus was planted in the 1840's.
In 195b it was 36 m high, had a circumference of 6.76 m and a
crown of 25 x 27 m. There are 3 photos.
AVAILABLE3 Library of Congress
Card 1/1 1. Tulip tree - Growth 2. Plants - USSR

-1, -3 7-,6 - 11)-
J'~

SOV-26-58-9-2B/A2
AUTHORS: Chibiras, L., Dzhiaukahtas, P. (raunas) and ,Iekrasov, V.
(Moskva)
TITLE: A Rare Lime-Tree (Redkaya lipa)
PERIODICAL: Priroda, 1958, Nr 9, pp 111-112 (USSR)
ABSTRACT: There is a rare specimen of a big-leaved lime tree Tilia
platyphyllos f. laciniata C. Koch (fig. 1) in the park of
the dairy technical school "Bellvederis" in the Lithuanian
Villki District. It has 3 kinds of leaves (fig. 2), pinnat-
ely lobed, entire-margined and intermediate stages. The tree
has 3 trunks emerging from a common base and is 18 m high
with a diameter of the tree top Of 11.5 m. The phenomenon
of the leaves seems to be a true mutation. Seeds are gather-
ed from each branch separately, in order to prove this hy-
pothesis. The same will be done by way of vegetative pro-
pagation. The phenomenon of pinnately lobed lime tree leaves
has also been recorded in other individual trees of other
Card 1/2 parks in the Lithuanian Republic. There are 2 photos.

A Rare Lime-Tree SOV-26-58-9-26/42
ASSOCIATION: Litovskiy nauchno-issledovatellskiy institut lesnogo khoz-
yaystva /Kaunas (The Lithuanian Scientific Research Institute
of the Forest Economy /Kaunas) Inatitut lesa Akademii nauk
SSSR /Moskva (The Forest Institute AS USSR /Moscow)
1. Trees--Lithuania
Card 2/2

ALEKSANDROV, A.M., insh.; BAZUENOV, V.S., inzh.; BOBROVNIKOV, B.N.,
inzh.; VAGANOV, 14.P.v inzh.; GUREVICH, B.M., inzh*;
WWWW& V..9-9 inzh.; DR)BAKH, V.T., inzh.; ISAKOVICH,
W71,1;'kand- khn. nauk; XAPUSTIN, A.G., inzh.; KONENKOV,
K.S., inzh.; MININ, A.A., kand.tekhn.nauk; PEVZNER, V.B.,
insh.; PESKIN, G.L., inzh.; PORTER, L.G., insh.; MYADILDV,
A.N., insh.; SLUTSKIY,.L.B., insh.; FEDOSOV, I.V., inzh.;
FRENKELI, B.A., inzh.;-TSI!4B1XR, Yu.A., inzh.; SHULIGIN,
V.Kh., inzh.- ESKIN, M.G., kand. tekhn. nauk; VOROBIYEV,
D.T ., insh. fdaceaoedly SI14ELINIXOV# A,V., kand. tekhn.
nauk; SHENDLER, Yu.I., kand. tekhn. nauk, red.; NESMELOV,
S.V.J. inzh., zam. glav. red.; NOVIKOVA, M.M., ved. red.;
RASTOVA, G.V., ved. red.; 80ILANIK, G.Ya., ved. red.;
'VORONOVA. V.V.,,tekhn. red.
[Automation and apparatus for controlling and regulating produc-
tion processes in the petroleum and petroleum chemical industries]
Avtomatizataila, pribory kontrolia i regulirovanlia proizvodstvan-
nykh protsessov v neftianol. i neftekhimicheskoi promyshlennosti.
Moskva, Gostoptekhizdat. Book 3. [Control and automation of the
processes of well drilling, recovery, transportation, and storage
of oil'and gas] Kontroll i avtomatizatsiin protsessov bureniia
skvazhin, dobychi, transpoita i khranenlia nefti i gaze. 1963.
551 P. (Automation) (MIRA 16:7)
(Petrole-wn -'Full.Wint and s%ippliea)

DZHIBGASHVILI, U. Z.
Cand Agr Sciq Dies -- "Establishment of the sowing method and norms
for obtaining a high yield of winter wheat in conditions of the right
banks of the Alazansk Valley". Tbilisi, Pub House of the Georgian Agr
Inst, 1961. 28 pp, 20 cm, (Min of Agr of the Georgian SSR Georgian
Order of Labor Red Banner Agr Inst) 180 copies, Not for ;ale M, No
9, 1961, p 186, No 24386). Z61-52340

DZHIBIWV, MIKHAIL
We are the masters of the soil; Dzaudzikau, Goa. izd-vo Severo-Osetinskoi
ASSR, 1948.

MRIBUTER,
Data on the aphids in the subtropical zone of Adzharistan [in Georgian
vith summary in Russian]. Trudy Zool.inst.AN Gruz.SSR 11:183-208 153,
(Adsharistan-Plant lice)

lp,Z
USSR General and Spgoializod Zooloey. Insects. P
Systomatids and Faunisticas
Abs Jour Rof Zhut - Biol.0 Ho lot 1958, No 44677
Author Dzhibladzo I- A. As
Inst i "AS-CM-r-C; Ian SSE-
Titlo : The Study of the Aphid Fauna (Aphididao) in
the Trusov Gor5o.
Orig Pub : Soobahch. AN GruzSSR, 1956, 17, No, 10,
929-934.
Abstract : Thirty now aphid spocios wcro found, amonG than
twelve wore now to Qoor[Sla, Inoluding sovon now
to the entire Transcaucasian RoGion.
Card 1/1

DZHIBLADOB
Studying plant lice occurring on Zelkova carpinifolia (Pall.) Dipp.
Soob. AN Gruz. SSR 19 no.5:613-620 N 157. (MIRA 11:6)
l.Institut zoologii AN GruzSSR, Tbilisi. Predstavleno akademikom
T.A. Zaytoevym [deceased].
(Elm--Diesases and pests) (Tiflis--Plant lice)

WHIBLAW31, A.A.
0
Materials an the study of plant lice In the eastern part of
Kakhatia. Trudjr Inst. scol. AN Grux. SSR 16:291-321 158,
(KIRA lltl2)
(Kakhetia-Plant lice)

DZaHIBUM, A.A.
New species of aphid Yfpzoeallidium astragali Dshibl., sp.n. from the
vicinity of Tiflis. Soob.AX Gruz.SSR 23 ao*.6:713-718 D 159.
(MIRA 13:6)
1. Institut zoologii AN GrusSSR, Tbilisi. Predstavleno eblenom-
korrespoudentom Akadeuti L.P.Kalandadme.
(Tiflis--Plant lice)

~ DZHIBL/LDZE. A -
Plant lice in the vestern part of the main range of the Caucasus.
Trudy Inet. zool. AN Gruz. SSR 17:19-30 160. (MM& 13:11)
(Gaumsus-Plant lice)

DZHIBJADZE, A.A.
Now plant lice species of the subfamily Irtooomatinio
Zolkova rarpinifolia in Georgia. Truekv Inst. zool. U
17:229-238 6o.
(Georgia--Plant lice) (Zelkova--Disoases
found on
Grus. SSR
(MIRA 13:11)
and posts)

_
A flow species of plant lice Dropanoniphon caucasicum,
Dzhibl. n. op. (Aphididae) from the mountains of Georgia.
Soob. AN Gruz. SSR 29 no. 3021-325 S '62. (MIPA l9rl)
1. IhBtitut zoologii AN CruzSSR, Tbilisi. Submitted February
6, 1961.

DZIIIBLADZE, A~A.
Xerophyl3a notabilis Perg. feeding on pecan leaves in Georgia. Soob.
AN rtruz. SSR 32 noo2x429-433 163. (MIRA ISO)
1. Institut zoolegii AN Gruzinakoy SSR, Tbilisi. Submitted May 30j, 1962.

DZHIBLADZE, A.A.
A now species of plant lice Bursocryptoides zelkovaecola
Dzhibl. sp.. n. from Georgia. Soob. AN GruzSSR 37 no.2:
427-433 F 165. OURA 18-3)
1. Institut zoologii AN GruzSSR, Tbilisi. Submitted April 28, 1964.

MAKSUDOV, G.A., kand.med.nauk; MHIBLADZE, D.H.
Review of the topic plan for research in the field of neuropatholcC7
in the Soviet Union during 1959. Vast. AKH SSSR 11 no.11:62-72 '59.
(MIRA 111:3)
(MORVOUS SYSTRX dis. )

SEIMIDT, Ye.V.; DZHIBLADZE, D.N.
------
Clinical aspects of throlabosis of the carotid artery In the neck.
Zhur.nevr. i Paikh. 59 no.8097-906 159. (MIRA 12:12)
1. Institut nevrologii (dir. - prof. N.V. Konovalov) AMR SSSR,
Moskva.
(CAROTM ARTIRINS, die.)
(THROMBOSIS)

- DZHIBIAM, D.N.
Status of the depressor apparatus of the earotid sinus in various
forms of hypertension. Zhur.nevr.1 polkh. 59 no.11:1384-1389 '59.
(XIRA 130)
(HYPXRMSION pathol.)
(CAROTID SINUS patbol.)

SHMIDT, Ye.V. I DZHIMADZE, D.N.
Thrombosis of the extracranial and intracranial sections of
the internal carotid artery. Nauch. inform* Otdo nauche mede
inform. AMF SSSR no-104-55 161 (MIRA 16:11)
1. Inatitut nevrologii (direktor - deyetvitellnyy chlen AM
SSSR prof. N.V. Konovalov-) AM SSSR, Moskva.
-k

CHUKHROVA, V.A.; VERESHCHAGIN, N.V.; DZHTRTAPg,._~D.
Change in the electrical activity of the brain in lesions of
the large cerebral vessela (carotid and vertebral arteries.
Zbur.nevr.1 paikh. 62 no.StU81-1188 Ag 162. (MIRA 15:12)
1. Institut nevrologii (dir. - prof. N.V.Konovalov) ANN SSSR,
Moskva.
(CAROTID ARTERT--DISEASES) (VERTEEM ARTERY-DISEASES)
(ELECTROENCEPHALOGRAPHT)

SHMIDT, Ye.V.; D,-IIIBLADZEp D.N.; LTUDKOVSKAYA, I.C.
Bilateral thronbosis and etenosis of the carotid arteries.
Zhur. neyr. i paikh. 64 no.lN1433-1"l 164. (MIRA 17:U)
1. Institut nevrologIl (diiektor - prof. N.V. Koncvalov)
AMN SSSRP Moskva.

DZIIIBLADZE, E. A.
DZHIBIADZE, E. A.--"The Seismicity of the Greater Caucasus." Geophysics
Inst, Acad Sci USSR. Moscow, 1955- (Dissertation for the Degree of
Candidate of Physicomathematical Sciences).
SO: Knizhnaya Letopist. No. 27, 2 July 1955

V'r
D Z-F .6 ~Iz
WSR/6oophysics Seismic energy
FD-2773
Card l/ 3 Pub 45 - 7/13
Author : Solov'yev, S. L.; Dzhibladze, E. A.
Title ; Notes. Variation of flux of seismic energy with epicentral
distance
Periodical : Izv. AN SSSR, Ser. geofiz., Sep-Oct 1955, 462-463
Abstract ; In an unbbunded homogeneous space the flux of enerey of
elastic waves decreases in proportion to the square of the
distance from the source: E'51/r2 (in consequence of the
increase of the surface of the wave front). In the half-
space close to the surface the energy flux must decrease
more rapidly, since with incidence of the waves upon the
boundary there arise surface waves and energy of bulk waves
in part passes over into energy of surface waves. As shown
by H. Lamb ("propagation of tremors,over surface of elastic
solid," Phil. Trans. Roy. Soc., London, 203, 1904), in the
case of a concentrated surface source the energy flux of the
bulk waves propagated along the boundary decrease 4in propor-
tion to the fourth power of the distance: E;:l/i .

FD-2773
Card 2/ 3
Abstract The authors obtained certain empirical data on the character
of the decrease in dnergy flux of transverse wave at small
epicentral distances (50 km