SCIENTIFIC ABSTRACT ULYANOVA, N.T. - ULYANOVSKIY, R.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001857920019-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

T. PA-23T32
USSR/Enaineering Aug 1947
u
Naphthalene
Petroleum Industry
"Nature Qf Products of Pariodic and Continuous Pyrolysis of tlaphthalene,'%. K. Melik-Zade,
T. M. Ivanova) N. T,IVIIyanova,, N. B. Khachaturova, 2 pp
IIAz arkaydzhan Neft Khozyaystvoll No 8 (254)
In the cours e of continuous pyrolysis conducted at factor"y imeni Budenniy it was discovered t
that the petroleum content in products of pyrolysis was greatly decreased wfien the tempera-
ture in the pyrolysis pipes was lowered to 660 - 680 degrees, Products of contin4ous
p3TOlySiS were found to contain small =ounts of petroleum, and could be used as rawmAterials
for the production of naphthalene only after special treatment, which increased the naphtha
ccntent of the raw material.
PA--23T32

uvwxwfi, ~. . V.
B. 3. S~JV*!'flZ----,/, llp-.itnV?-. Yetallonron, 13, No. (-,, 71-2, 1'933

! if " 11 -1 a
'
L A k It A 0 C it 4 4) 'A G:C*
L I ......t 4It 1, k- AA 0, 91 L_ A. t-0
4 t r (.s I its
to." V1
AND "COW-4t ~11 ;-so
*e
1124. STUDY OF METAL FFM CRACMD B011a DRWS. Kutsaev, A. V.
so and I
N. V. (lavent. VT1. (Vesoacyut. Toplotokh. Inst.
00 d im- rolikon Vzorshinekogo, 191.6, 11, Nv.4/5, 9-16; 1,wm. Atmtt-., 1946, -00
jo, 5681). -00
Jpeoimens taken from 23 boiler drums, 15 of which were cracked
and 8 unaffected by cracking ware studied. The chemical analyses
Ptnd the rhyvical prorortion of the ateels are [,,Ivan. Most of the
defects and departures from standard mechanical properties occurred
in steels with 1-se than 0.15% of C. Structurally free comentitis Zee
'me-
so-
frequently oncoimtorod In C stools lovered the xiltimato strength and too
0* -4 the yield point but raised the relative elongation. Spheroidization goo
*0 9 ~0 of pearlite affected the meobanical properties of steel simil rly
00* A***pl.
so P. 'I
to structurally free cement-Ito. Both spheroidization of pearlito
and structurally free cementite are not Indicative of a low impact .0
toot value. ilakes (bright opots) are caused by struatural defooto 1300
i~; of the mntalj they lover the yield point but do not ailoot other
characteristics of the metal. ties
A I mI C a Ct.%3WICATPO.
43.,-%J*-V
8 PIS a
U
"'"It '(W 'Can 0*0104 - 4 nd a I N 0 a 4 1 9
0 0 0 s0 0 0 0 0-0
:is 0 0 0 0 0 0 0 0 0 0 0 0 0 0 9 0

ULITANOVA. X. V.
USSR/MetsIs -,Steelj Structure, Propertieo'Apr 52
"Effect of the Extent of Spheriodizing on'Mechani-
cal Properties of Low-Alloy Boiler Steel," N.V.
U111yanova, Cand Tech Sci, A.Z. Kontorovskiy, Engr,
TAb of Metals
"Iz v-s Teplotekh Inst" No 4, pp 1-7
Presents reav-1ts of expts to establish relation-
ship between apheroidizing deg of low-carbon and
molybdenum steels and their mech properties.
Spheroidizing of pearlite has greater effect on
strength of No-steel due to transition of No fraL
solid soInAo.carbides simaltmeously vith sphe-
rojAizini *~Ocelzs. rova iiacrouu~lw_am alt-

WYM-00VA, '49
Effects of sphefoldizAtIon pn modanIcAl vrontruts oj
IO.w--AUQ e ~N, V. and A
Chemical Abst. 41al"Al! 0yus. lepwav.-Inji. 1\0. 4, -
1-7(1952).-Effects of spheroidization. resultin ;0m con-
V01- 48 No. 4 tinuous cxposure to temp. of tempered and normalized
Feb. 25, 1954 apby (at 000-11 *) IOV~~d low-Un steels, am reporte(I.
MetallurgY a-nd Metallogr W. M. Steinbcrg

-AUTHORS: U11yanova, N. V., Candidate of Technical Sciences and
5agalovich, V. V., Engineer. 129-7-1/16
TITLE: On the distribution of carbon bordering on the welding
seams in austenitic steels aC the type 18-9.
(0 raspredelenii ugleroda v okoloshovnykh zonakh
svarnykh soyedineniy iz austenitnykh staley tips. 18-9).
I.:IMIODICAL:"Metallovedenie i Obrabotka Metallov" (Metallurgy and
Metal Treatment), 1957, No.7, pp. 2-7 (U.S.S.R.)
ABSTRACT: According to practical experience welds get damaged
mostly near to the liaes of fusion of the basic metal
with the metal of the seam. In the case of high
temperature steels stabilised with titanium or niobium
"knife-edge" corrosion develops along the fusion line.
The structural state of the metal at the fusion line
has been studied relatively little and, therefore, the
authors investigated the distribution of the carbon near
the fusion line by means of the autoradiography method.
The experiments were carried out on commercially
produced 5 mm thick sheet steel lXl8HqT introducing the
radio-active C 4 by means of carburisation. The steel
was heated for 24 hours at 1000 C inside barium
carbonate containing considerable quantitieB of the
Ca-rd 1/3 isotope and for obtaining a more uniform distribution
of the radio-active carbon it was subjected to a 7 hour
diffusion annealing at 1200 C. Following that strips

On the distribution of carbon bordering on the welding
Beam in austenitic steels of the type 18-9. Cont )
11'9-7-1/16
assumed that the brittleness of the zone surrounding
the weld and the decrease of strength observed during
operation in weld joints of Cr-Ni steels at elevated
temperatures can be prevented by austenizing these
joints. 4 figures, I table, 4 references, 3 of vihich
are Slavic.
ASSOCIATION: MVTU imeni Bauman. (MVTU imeni Baumana,),.
AVAILABLE:
C&rd 3/3

ULOYANOTA, N.V., kand.tekhn.nauk, dots.
Structural Instability of low-alloyad boiler stools. [Trudy]
WTU n0-91:113-124 159. (14IR& 12 -2 7)
(steril-metallograpby)

5/129/61/000/002/003/014
E193/E483
,.AN,1V.,, Candidate of Technical Sciences and
AUTHORS: Ul'yanoX2
7t," .
Toplov, V.S., Engineer
Steels 12XIM
TITLE: _Structural Transformations n 15 (12K]h,MF)
and 15XlM
12 IMIF)
(15K
PERIODICAL: Metallovedeniye i termicheskaya obrabotka metallov,

'
1961, No.2, pp.16-21

The object of the present investigation was to %tudy
i
-,-.-'::' structura1 transformations in two beat-resistant steelsr%sed in'the)
:
imanufacture of tubes for heavy-duty steam conduits and steam super-i
heaters. Steel l2KhliW contained 0.15% C, 0.26% Sit 0.7% Mn,
0.3% mot 1.0% Cr and 0.28% V, the chemical analysis of steel
'4
1.2% Mot 1.1% Cr
l5KhlMlF being: 0.14% C, 0.3% Sit o.85% Mln,
and 0,25% V. The critical points determined by the dilatometric
:1 method, were Acl = 790*C and Ac3 = 935*C for steel l2KhlMF,
the corresponding temperatures for steel l5KhlMlF being 795 and
9300C. The isothermal decom2osition of austenite was studied with~;
the aid of the Alculov anisometer; the austenizing temperature of
i 9700C was employed and the time of isothermal treatment, at
temperatures between 440 and 700"C,did not exceed 2 h. The

S/129/61/000/002/003/014
9193/E483
Structural Transformations in Steels 12XlM� (12KhlMF) and
15Xlml.� (1.5KhlMlF)
T.T.T. curves, obtained for steels-12KhlMF and 15KhlMlF, are
'reproduced in Fig.1 and 2 respectively. The constitution of steels
various heat-treatments was determined by chemical and X-ray
of residues left after anodic dissolution of specimens
ana ysx
-::'-,1-studied. A technique, recommended ~y Popova (Ref.1),was used for
'.tb.is purpose. The results of the isothermal studies indicated
~that, depending on the degree of under-cooling of austenite, the
1structure of steel may consist of spheroidal or lamellar ferrite,
products of the intermediate transformation, austenite and (at
martensite. Under conditions of low degree
,high rate of.cooling)
:of under-cooling, lamellar pearlite in formed in steel Mhllff;
:the formation of pearlite,.in steel 15KhINIIF is inhibited. In the
F
:next stage of the investigation, the effect of annealing (1 h at
.9700C, followed by cooling to room temperature at 30OC/h) and
inormalizing ft h at 970*C or 1050*0 with subsequenttempering at
t6oo to 750OCi~wap'studied. Annealed steel 12KhlMF consisted of
ferrite ar
its Brinnel hardness number being 120; ~it
Card 2/9t.P

S/129/614000/002/003/014
E193/E483
and
Structural Transformations in Steele 12XlM4~ (12KhIMF)
-15XIMlij (15KhlMlF)
1C
'contained 2 carbides; Fe~C and VC. In the case of steel
l5KhlMlF, the decomposition of austenite in the pearlitic range
takes place so slowly that even at the rate of cooling of 309C/h,
considerable proportion' of austenite undergoes the intermediate
-transformation, whose products are tempered during subsequent
cooling,,oo that the final annealed structure of this steel
Lots of ferrite and finely dispersed carbides C and
corks: F03C, V
M02CI the Brinell hardness number of steel in this condition is
J 190. The structure of normalized steels consisted of ferrite and
i a pseudo-eutectic component, constituting a mixture of ferrite,
austetnite and a small proportion of fine carbide particles.
1 (Editor's comment; The present author uses the term "normalizing
t,o describe treatment which is normally referred to as "air

hardening'O .
The effect of tempering on the properties of
"normalized" steels is illustrated in Fig.5 (steel 12KhlMF) and
Fig.6 (steel l5KhlMlF), where Brinell hardness number in plotted
against time (h) of tempering at temperatures indicated by each
I .Card-V

S/129/61/000/002/003/014
E193/E483
Structural Transformations in Steels 12XIMJ~ (12KhIMF) and
15XIMI(V (15KhIMIF)

curve; continuous and broken curves relate to specimens
lized" at 970 and 10500C, respectively. It will be seen
norma
that raising the "normalizing" temperature from 970 to 10500C
-brings about an increase in hardness not only after this treatment
but also after subsequent tempering. The former effect can.be
attributed to a decrease in the proportion of ferrite and to a high;
degre'e of dispersion of the transformation products, the latter I
effect being probably due to more uniform distribution of the
In both steels, the effect of 11secondazy
alloying elements.
hardness" was observed during tempering. In the course of
tempering, the "normalized" steels pass through a series of
~metastable states which differ one from another in the type and
Idegree of dispersion of carbides and in the alloying additional
~content in the ferrite matrix. The effect of various heat
j 41treatments on the constituents of the steels studied is illus7trattedt
iby the results of analysis of the anodic residuoi of various
specimens. These results are tabulated. Molybdenum represents
~Card.4/9 I
J
_

S/129/61/000/002/003/oi4
E193/E483

Structural Transformations in
Steele 12XIMJ) (12KhIMF) and f
l5XlMlj (15KhlMlF)

the main strengthening elemen t of the a-solid solution.

M02C formed in steel 15KhlMlF es 50V* of the
(see the table) combin
total quantity of molybdenum present in the steel, which indicates
that the relative proportion of the alloying elements in-the steel
is far from optimum. There are 9 figures, 1 table and 2 Soviet
references.

-.ASSOCIATION::;, MVTU
imeni Bauma
n& ir

21 ~F

Card 5/9

S/129/61/000/002/003/014
E193/E483
12XlM� (12KhIW) and
i Structural Transformations in Steel
15XIM4 (15KhlMIF)
1 Table. Legend:
(1) Steel code
(2) Annealing at 9700C, cooling to room temperature at 3GOC/h
(3) "Normalizing" at 970*C, follow6d by tempering as shown below
(4) No tempering
(5) 3 h at 68o*c
(6) 12 h at 68oOc
(7) 25 h at 6800c
(8) 3 h at 74o*c
(9) 12 h at 74o*c
(10) 25 h at 740*C
(11) Austenite
(12) Austenite + Fe3c + VC

S/129/61/000/002/003/014
E

19
3/E483
S true t ura 1 Tiansf6rmations in Ster' - (12KhDIF) and
(15KhlMlF)

Table~
20'..
409308mw coclan 9ACKTPOMITIMC KII BWAOX

L HOPNIA51381till UPW 970* 14 MYCIR NO PMKIIA
fmvL Voo,
oxnxxe-

MAN - "He co
w
"OPOcTb

e3

9

W,
is

40'.
a %scs

40'.
12 -tic.

q&c.
30 rp".cox oynycill

12XIM(P Fe.,C+ AycTe.

-lel
A F C+
C+
+VC HUT VC
e
+
~ 3C +
JtIIH VC
J +Crr-3
clUbtlo
P33JWUTM) I

ISXIMVV
. A"e3C+
AycTe A eHAT+
I C
VC PeC~
,
C+ Fe3C+

+VC+ Fe, C +

+ C+ M;VrC-+Ot M IVCC, 4-

+
+
+VC+

+MO2C
~ MIT e
+
+
!3 VC
.. +

+MO2C
I

MO2C
1

MO-2C

MO2C

MO2C
CHAbHO

Card 7/9

S/129/61/000 /01411
/002/00,
E193/E483
Structtiral Transformations in Steels 12XIMf (12KhlMP) and
15XIM-I� (15KhIMIF) X I#.%
7-ty, 2 1
%%.
#fee
100
SO
.A.
F J.&.! logo
%
fm
f0 %
I NO 10 WOO Ve
led, arve rem.

S/129/61/000/002/003/014
E193/E483
Structural Transformations in Steels U9XIMO (I2KhIMF) and
1. 5X1 M.If (15KhIMIF)
20 A
-7
7
AM.
720'
IF...-- W fair,
-4 to /5
youl
ppipAsumtoblivemb em
.~Vvrz npx Mycxe 31"XAN3023SX01
Otir. 6. H334ojeu)[0 TBep:IOCTII rIPJJ OTOYCKe HOPUBAH30-
13aimoR eTaim 15XIMI(D:
Fig-5. Fig.6.
Card 9/9

IGN f7 t; Ufl-Ml Z T
NT

ACC NRt AP6003311 SO
URCE' COM UR/0129/66/000/001/0052/0057
AUTHOR: _J~pLa~_:j!~ V.A- an?*_- V.
ORG: MM im. Baumarta
TITLE: Structure, plj~".. t]kqp and mechanical properties of 12Kh2MFSR Icrw-
alloy steel
.SOURCE: 14etallovedeniye i termicheskaya obrabotka metallov, no. 1, 1966, 52-57
TOPIC TAGS: low alloy steel, metal grain structure, phase compovition, solid
.mechanical property,,..carbide phase, tempering 12Kh2rWSR low-alloy steel
ABSTRACT: j.ZKh2-MZ5P -alloy 1 (0.11% C, 1.787. Cr, 0.55% Mo, 0.25% V, 0.45% Si,
low --at"
01005% B, 0.16% Ni, 0.15% Cu, 0.52% Mn, 0.010% P, 0.0127. S) '.a used to (Wnufacture
the superheater and steam-line tubes,,of boilers with high and superhigh parameterd
where the permissible temperature for the metal reaches 620*C. Studies of the iso-
thermal trat.sformation of this steel zhow that it if; a bainitic-class steel, because,
when continuously cooled from austenitic state, it forma a structure consisting of
excens ferrite: a ferritic-pearlitic atructure will not forta under these conditicas,
sit-ice decompouition in the pearlitic region cultanntes in the formation of preeutect-
oid ferrite alone. The equilibrium carbide phases in thic steel are VC and M C The
increase in normalizing temperature from 980 to 1080% affects inaignificant IY3;he
Card UDC: 669-14.018.45:620.17:620.18

ACC NR% AP6003311
bdrdne4s, -tensile strength and impact of the steel. On the other hand, the iocrealle
mr-erature *C reduces the steel's plasticity and broadens the
in-this to to 1130 scatter
of the values of impact.strength. Tempering at temperatures,of up to 650*C inclusive-
ly for up to 25 hr is not sufficient to cause the formation of equilibrium carbide
phases. Tempering at 700-780% assures the formation of these phases, and thcn the
strength is determined by structural factors -- the size and shape of ferrite grains
as well as the pattern of distribution of the carbides. These special cabide;, parti-
cularly vana.d,i~' 6aKbid"~VC, inhibit theprocess of ferrite recryst4llization which
is bound to enhance the high-temperature strength of the iteel compared with ;egines
,leading to partial or complete !:~!c i~~tjilkL~a t ion/of the ferrite, Grig. art. has:
4 figures, 1 table.
SUB CODE: _11- 13, 20/ SUBK.D&TE: none/ ORIG REF: 0011,~ OM RSF; 002
2/2
__ ~TT.~
77-

~UW UNOVA, O.A.,uchitellnitea
Toung laboratory vorkerg as the teacher's assiatantse Biol. v
shkole no.1:92 Ja-Y 159. (KM 12:2)
1. Srednjays, shkola No.19, Moskva.
(Biology-Study and teaching)

ULIYANOVA, O.A., uchitellnitsa
How I develop students' interest in botany. Bi--)l. v shkole
no.4-35-37 Jl-Ag(;6i. (MIRA 14:7)
otany-Study and teaching)

ULOYANOVA O.Ao, uohitellnitsa
=I-M! - -
Lessons on gramineous plants. Biol.v shkole no.6jl3-19 NZ 162.
(MIRA l6s2)
1. Srednyaya shkola No.19 Moskvy.
(Botany-Study and teaching) (Gramineas)

OMEN WWM
C"A
tw3tinspeto
TaltvAd. VAOXill Mflikor, 6. S-, ris'.
Mdl.. i FJkM. NOSAI %0- J.
Raman freque"Cles In Cm.-I (Intensifirs on a Ill scale).
were obwvtd in 6 hro.'expenure in excitation with 4:11&A,
dbperslAxt 12 A./mm. IXWn, 243(2). TO(l). 31,1~111.
MKO). 4134)(0). 476(0). W2). &V40), 746(0). SJq3).
976(t). WX2), 912(5), Ml(4), M4(20, MW2). 1 l(W3),
1214)(3), 12W8). 141;17). 1441(' ). 1142(1(l). '21W:).
2S49(3). 2M 0). 201 31, OMN51. "M(M, MKI).
I-CtHm. 243(N M(M. X%1(0). 3WO). 43.x()), 491KO).
11), 6:
,%I). (MO). TO(O).
3). QWJ( 1, t(XW3). Itl4(3), 1214(2), 12"N.1413W.
14 7). ILI 1(10). ~ 2"'1(3). MW7), M17(l). .1 ".4).
;I ~43
- 7). 3INW4); I-C,,Hn, =11 0). 24kl). 404(l)), 4.WO),
4 711(t), 729(01. M(l). WO), XWO),
Ii: 8"W3,),, 9W4). 93K0). 967(l). 9W2). 102K(2).
I( 1m, 108112). 1111(3). l2l(X2), 12MO, I.-M.M.
1 1 7 . 14MXS). 1641.7(iti). 2W7). 2OX2).
2954 4). 2WM?), 30W5). Abs. iniemitles pet I male. &j
were detd. from the mm%urrd Intensities It of the alkene,
by comparison with the nk-Asured Intensities 11 of eye]*.
bevane added to alkene, by I&, asl1o., as m WIP, where s,
and at - awl. concus. of the alkene and of cyclobexane.
resp., and the abs. I., for the line SW cm. -I of cyclobexane
was taken - 2SQ units/mole. Values of I&, for the stmv
est Him of I-CJIt. I-CvHw. and I-Cullst. am: 010 Cm.-k.
1614, 24.15. 10,96; 1296 cm.-6, 213.&0. IIOJ5. W5.31),
1413cm.-I.21.06,19.47,20.70. 144(leni.-9,21.30.41.60.
73.03. 1642 cm.-I, 111.1, 123.0. 1212. There ate minor
differvocesbetnev thew Raman spectra and thew ofserved
by Baxhullu and Stedo (Isr A AV SSSR. &Y. fix- 11. No. 4.
431(1947)), Analytical application of the Raman spectra
to the deta. of t-ClIft; In mixt. with C1141o and cyclohexant
was very setWactiory with 35 and 9% I-CIIII.: the lower
limit of the dets. is 3% I-CoH.. N. Tho"

OL, Y'q"j0V'6 0, &
AUTHORS: Balandin, A. A., Klabunovskiy, Ye. I., Kozina, 62-1-3/29
M.P., Ullyanova, 0. D.

TITLE: Thermochemical Detection of the Energies of Compounds
(Tormokhimicheskoye opredeleniye anergiy avyazey). Report it
The Energies of'the Compounds Sa - C in Tetramethyl and
TetAethyl Tin (Soobshoheniye 1. Energii svfazey Sn - C v
tetrametil-, i tetraetiiolove)
I
PERIODICALt Izvrstiya AN SSSR Otde-lenip Kh-4micheskikh Nauk, 1958, Nr 1,
pp 12-17 kU33R)
ABSTRACT: The data in -technical literature concerning the energies of
compounds (used in the computation of the adsorption potent-
ials of the catalysts) are insufficient. Above all no publi-
cation gives concrete data on the energies of the compounds
C,11,0,14 with elements bslonging tc the composition of the
most important catalysts. Therefore it Nvaq important to start
a systematical investieation of the compound energies necess-
ary for the catalysis also by thermo-chemical way. In the pre-
sent paper the authors re-port on the detection of the com-
bustion heat of totramethyl- and totraothyl-tin, the heat
formation from elements, and the energies of the compound
Card 11*2 Sn - C (tables 1 and 2). The found data give more precise

Thermochemical Detection of the Energies of Compounds 62-1-3129
Report 1: The Energies of the Compounds S-n - C in Tet.,:amethyl and
Tetraethyl Tin
rules governing the homologous series than do those hitherto
found by researchmen. Furthermore it was shown that the app-
liod calorimetrio methods can also be used for the detection
of the combustion heat of the metal-organic compounds with
rather great precisoness.(Tables 3,5,6). Furthermore each in-
vestigated compound demands a special approach to the methods
of its combustion, and therefore it is necessary to carry out
numerous preliminary experiments. Furthermore the spectrum of
the combination dispersion of tetraethyl-tin was detected for
the first time. There are 6 tables and 24 references, 7 of
which are Slavic.
ASSOCIATION: Institute of Organic Chemistry imeni N. D. Zelinskiy)
AS'USSR and State University imeni IA. V. Lomonosov,,Moscow
(Institut orcanicheskoy khimii imeni N. D. Zelinskogo Akademii
Card 2/2 nauk SSSR i Moskovskiy gosudarstvennyy universitet imeni Mi, V.
Lomonosova)
ani&,conipounds-Combustion 2. Compounds-Energy measurement
-4,alorp,
3. Calorimeters --Applications 4. Tetramethyl-tin-Thermochemistry
5. Tetraethyl-tin-Themochemistry

MELIKHCVA~ L.P.; UL'YANOVAj O.D.; FENTIN, Yu.A.
Spectrokinstic determination of the conversion barrier for
1,2-dlohloroethane rotatory Isomers. Zhur.fiz.khim. 36
no.8tl8llo,1815 Ag 162. (MIRA 15:8)
1. Moskovskiy gosudarstvannyy univeroitat imeni Lomonogova.
(Ethane) (Isomera-Speotra)

MF,LIIUIOVA, L.P.; PENTIN, Yu.A.; ULIYANOVA, O.D.
Spectreacopic study of thz~ rotational isomeriam. o'L some halo deriva-
tives of butane. Zhur.strukt.ldiim. 4 no.4:535-540 Jl-Ag 163.
(:MIA 16:9)
1. Moskovskiy gosudarstvann" ' UMV01"'ItA.
(Butane--Spectra) (Isom-l'iZim)

,,,EN,rIN,, Yu.P..; KRIYANTS, G.M.j ULI-~WVAP 0o0,.
Difference in the conformation energF of liquid
dibromocyclohexane, Zhur, fiz. kh!m, 38 no.11~1302-1--G`t
I I
My '64. (~.IRA 18,22"1
1. MosRovskiy gosudarstvennyy universitet Imeni i.on- oncsova.
SubmItted June 3, 1963.

LISITSYNA. N.A.; PASTUKIIOVA, M.V.; BUSHINSKIY, G.I., otv.red.; YEROFEYEVA)
LM., red.izd-va; ULIYANOR, O.G., tekhn.red.
I
(Structural types of Mesozoic 'and Cenozoic bauxites in Kazakhstan
and Western Siberia.) Strukturnye tipy mezo-kainozoiskikh boksi-
tov KazakhBtana i Zapadnoi Sibiri. Moskva, 1963. l(Y7 p. illus.
[Akademiia nauk SSSR. Geologichaskii institut. Trudy, no.95).
(MIRA 17:2)

WL'YAhN,Aj, u. h.
ULIYANOVA3 0. M.-"The Ecology of flitros-:rnonas.n Tnst of Mcrobiology. Acad
Sci USSR. Moscow, 1955. (Dissertation for the Degree of Candidate
in Biological Science)
So Knizhanay letopis,
No 2., 1956.

I -- - - - - -- - UL I W-OVA v -0.M. I
Isolation of pure Nitrosomonao cultures from various natural sub-
otrates'and their abaracteri6tics. Mikrobiologiia. 29 no,6:813419
N-D 160, (MM Up 3.)
f ~.,
1, Institut mikrobioloati AN SSSR,
TRITROSCHOW)

I - - - - - - - - UL It YANOVA, O.M. -
Nitrifying activity of pare and accumuletted Nitrosomonas cultures
isolated from various natural substrates.. Mikrobiologiia 30 no.2-,
41-46 Ja-F 161. (MM 24- 5)
1. Institut mikrobiologii AN SSSR.
(NITROSOMONU)

UL'YANOVAO O.M.
Adaptation of nitrosomonas in conditions of various natural
oubstratos. M13cobiologiia 30 no.2:23&.242 Mr-Ap 161.
(KRA 14:6)
1, Inatitut, mikrobiologii AN SSSR-
(NITROSOMONAS)

ULIYANOVA, 0. M.
Eoology of Nitrosomonas. Mik-roblologiia 30 no.3:550-564
W-Je 161. (MIRA 150)
(NIMOSOMONAS)

IMSHFATSKIYP A.A.; UL'YANOVA, O.M.
Experimental production of Fusarium variants synthesizing increased
amounts of gibberellin. Dokl*AN SSSR 138 no*5:1204,-1207 Je 161
(MA 14:65
le Institut mikrobiologii AN WSR* 29 Chlen~-korrespondent AN SSSR
(for Imshenetakiv.).
(FMARIUM) (GIBBMELLIM) (ULTPAVIOLET RLYSMOMIOLOGICAL EFFECT)"

ULIYANCVA 0 M
Adaptation of Nitrooomonas ectotypes to concentrations of
organic substances in the culture media. Mikrobiologiia 31
no.1:77-84 Ja-F 162. (MIRA 15:3)
1. Inetitut mikrobiologii AN SSSR.
(NITROSOMONAS)

1 Y
!,Iikro-
obta
SSSH-

WHENEMMY.. A.A.; ULIYANOVAv O.M.
r
Effect of the meatbolites of Awarium matants on higher plamto. .
Mikrobiologiia 31 noe6:1029-1037 IT--D 162. (KMA 1673)
1. Inatitut mikrobiologii AN SSSR*
(FUSARM) (MMM PRCMOTING SUBSTANCW)

ZAKUSOV. V.V.; SPALTA. Te.A.; UL'UNOVA,
WWWOMMOMMEM~- -
Affect of cardiac glyeosides on transfer of impulses from the vagus
nerve to the heart in experimental zVocarditis. Yarm.i teks. 20
no.1:13-17 Ja-If 157. (KLRi 10--.7)
1. Inatitut farmakologii I khtmioterapil ON SSSR I KafecIrs farmkolo-
gii 1-go Ioningradekogo mectitsinskogo institute Iment akado I.?.
Pavlova
(CARDIAC GLTGOSIDIS.- effects,
on vagal impulse transfer to heart In expero
myocarditis (Rue))
(URVIS, VAGUS. effect of drugs on,
cardiac glycosidee. on transfer of vagal iai~ulses to
heart in exper. myocarditis (Rue))
(MYOCARDITIS, experimental,
eff. of cardiac g1jvcosides on transfer of vagal impulses
to heart Otus))

ZAKUSOTO Va.
Effect of ganglio-blocking agents on peripheral viscero-visceral
reflexes. Farm. i toks. 21 no.2:2-8 Mr-Ap 158 (MIRA 11:6)
1. Institut farmakologii i khimioterapii ANN SSBR.
(RIWLBXBS 0
viscero-visceral. off. of ganglion blocking agents
(Rug))
(AUTONOMIC DRUGS, effects.
ganglion blocking agents an viscero-viscernl reflexes
(RUB))

ZAKUSOV, V,V,,jjLLfYAK0VAY 0,.V.
Mechanism of the influence of ganglion-blocking agents on the
peripheral viscero-visceral reflexes. Biu2. eksp. biol. i med.
49 no.1:75-78 Ja '60. WIRA 13:7)
1. Iz Institute. farmakologii i khimioterapii (dir. - deystv. chlen
AMN SSSR V.V. Zakusov) AMN SSSR, Moskva.
(AUTONOMIC DRUGS) (REFT (BIADDER)

ULIYMOVA O.Te
I--- "--X~
AntiaiThythmic activity of chloracizine. Test* AM SSSR 18 no.lt
64m-68 063. (MIM V 632)
1. Thetitut farmakologii i khimioterapii AMN SSSR.
(AMMMKU) (P YfEIAZM)

ULIYANOVA. O.V.
Effect of cbloracizin on experimental auricular rhythm disorders.
Biul. eksp. biol. i med. 59 no.4:69-72 Ap 165.
(MIRA 18:5)
1. Otdel po vyyavleniyu fiziologicheskcy aktivnosti novykh produk-
tov khimicheskogo sinteza (zav. - kand. med. nauk Yu.I. Vikhlyayev)
Instituts. farmakologii i khimioterapii (dir. - deystvitellnyy chlen
AMN SSSR prof. V.V. Zakusov) AMN SSSR, Moskva.

KOMOVj A,,A,l ULITANDVA0 t,ka
.......... .
Unit for tha makifig Of IL bimoh bwloiono Lit, proisv, hos91ll-18
9 164, (MIRA IM10)

ULIYANOVA, V.N'.;BABURINA, 0. Y6.
Pneumonia in newborn infanti)- Sborn. nauch. trad. Iran. gos.
mad. inst. no. 28: 23-27 1 63
1 Iz kafedry akusherstva i ginekologii ( zav. - prof. Ye. K. Alek-
s~ndrov) i kafedry patologicheskoy anatomii ( zav. - prof.
N. Ye. Yarygin) Yaroslavokogo meditainakogo instituta (raktor -
prof. N. Ye. Yarygin)e

,-VA v , N ma I,., A, 'le
li-mline -,rienhraneF In vie lungs of ne'vt--)m 441fants. Sbr,? . nav~lh.
trud. ivans go:j, mc-1. iwit. no. 28t69-73 1 63. (MTRA 19
Tz kafedry tukusher3tWl 1, gklekOlOgli ( zav. - prof. Ye.K. Alek-
siandro-r.) i k~ifedry patdogicheakoy anatomil ( zav. - prof4 N. Ye*
Yaryg-.'v) Yarcisiravskogc) gc3udarstvennogn meditainskogn Institlata
(rektr,r - prof. N. Ye. Yar-ygln).

KAGAN, B.M., doktor tek-hn. nauk; DOLKART, V.M., kand. Lekhn. nauk; NOVIK, G.Kh.,
kand. tekhn. nauk; STIEPAKOV, MI., inzh.; KANEEVSKIY, inzh.;
IIJKIYANOV,l L.M., inzh.; TANAYEV, M.Ya., inzh.; POLYAKOV, V.N., inzh.;
KOLTYPIN, I.S., inzh.; UL'.YAt1OVA,_Ye.K., inzh.; ADASIKO, V.I., inzh.;
MOLCHANOV) V.V., inzh.; VOITEU1,V,1--.-1., inzh.
The IIVNIIETI-111 universal control computer. Elektrotekhnike 35 no.7:
4-10 164. (MIRA 17:11)

ULOYANOVAY T.
Facing the 20th Congress of the CPSU. Grazhd. av.
3-4 N 155.
(Aeronautics, Commercial)
12 no.11:
(~UA 1529)

ULIYANOVA, T.N.
. ..... -~ "
Crop yield of some annual wild plants of southwestern Kopetdag,
cultivated under irrigation. Izv. AN Turk~ SSR.Ser. biol. nauk
I
no.2%67-69 162. (WRA 17:4)
1. Vsesoyuznyy nauchno-issledovatellskiy institut, rasteniyevodstva.

ULIYANOVA T N
Some materials on the morphological changeability and rhythm of
the development of annual gramineous and leguminous plants of the
western Kopet-Dag under natural conditions and under irrigation.
Izv.AN Turk.SSR.Ser.biol.nauk no.4:31-41 162. (KM 15:9)
1. Vsesoyuznyy nauchno-issledovatellskiy institut rasteniyevodstva.
(PASTURES AND MEADOWS-IRRIGATION)

ULPYANOVA, T.N.
Now data on geographical distribution of the annual alfalfa
Madicago coronata (L.) Dear. in the U.S.S.R. Izv. AN Turk.
SM. Ser. biol-nauk no-4170-71 163. (KRA 16:9)
1. Vaesovuznyy nauchno-issladovateliskiy institut rastaniyevodstva.
(Alfalfa)
t

ULIYANOVA, T.P.j ILIINSKIY, G.A.
--I-
New data on the nise:,ite of the Khodzhaachic%n Massif (AlaY Pe-ng9)-
Min. i geokhim. no.1:4~0~45 164. MIRA 18:9)

MOISEYWA, No [140ioisieva, N.J. inzh.
Using mobile hydraulic presses in making soil blocks. Sil'.bud.
7 no-7:16-18 J1 157. (MIRA 12:11)
(Itrdraulic presses) (Building blocks)

UL'YldIOUA___T
...... ... I--- _,_4,_,jnzh.; ji.LITSUOT, Yn., lnzh.
Sawdust-concrete products. Bud.mat.l konstr. 1 no-1:38-39 0
'59. (MIR4 13:8)
(Wood waste) (Lightweight concrete)

GIMPIRMN, L.A., Imnd.takhn.nauk; KARIANTSEVICH, L.G.; UL'YAMVA, T.S.
Experience in uaing dilatometry for evaluating the quality
of edible hydrogenated fate and fat Ingredients of margarine.
Report No.l. Mael.-zhlr.prom. 26 no.2:19-22 7 160.
(HM 13:5)
1. Vaesoy-uznyy nauchno-issladavatellskiy institut zhiraw.
(Oils and fate, Idible-Analysis)
(Oleomargarine)

GA&UNWC&N, L.A.,Icand.tekha.nauk; KARANTSEV~CH, L.CI.,--ULIYANOVA T.S.
Application of differential dilatometric curves to the study of
fate and fat mixtures, Report No.3. Mael.-zhir.prom. 26 4o.11:13-IS
n 16o. (MIRA 13:11)
1. Yeasoyuzu" nauchno-josledovatel'skly institut zhirov.
(Oils and fate)

the cu?-Ilt, -f
"The effec'~ the source and anoUnt of PrOteir-3 lm' Ya-- rn
and the productil7ity of ducks," Authr.-rs: A. .',. Zergeyc;v, A. V. I-olyarlinsk-1,y,
n=, and 0. L. 'asliyeva, 7rudy nauch,is~led. in-ta ptitselodstva, Vol
V - A. UllZg
10,.A8 (on cover: 10/+.9'1, p. 23-63, - Biblio-r: 12 items
SO: U-524-0, 17, Dec. 53, (Letopis I'Ll=nal Inykh Stitay, No. 25,

Iq
24(6) PHASE I BOOK EXPLOITATION SOV/2250
Akademiya nauk SSSR. Institut fiziki zemli
Nekotoryye voprosy mekhaniki deformiruyemykh sred (Some Problems
in the Mechanics of Deformable Media)._Yioscow~A.Iz4vo AN SSSR,
1959. 219 p. (Series: Its: Trudy, Xr. 2 f1611) Errata slip
inserted. 2,000 copies printed.
Ed.: V.A. MagnitskLy, Doctor of Technical Sciences; Ed. of Publish-
Ing House: V.A', Kalinin; Tech. Ed.: Yu. V. Hylina.
PURPOSE: This book is intended for engineers and geophysicists
concerned with problems of deformations.
COVERAGE: This collection consists of eight articles on the mech-
anics of deformations in solid plastic media as applied to the
solution of geophysical and engineering problems. No personal-
ities are mentioned. References appear at the end of each
article.
TABLE OF CONTENTS:
Card 115

Some Problems (Cont.)
SOV/2250
Gurevich, G.I.t and A.L. Rabinovich. Relation J3etween Stresses
and Displacements in Large Deformations for the Case of a One-
dimensionAl Problem 3
In the arolytical study of geometrical and kinetic deformations
of ela6dcand residual nature, which are of signficance in at-
tenuation and dispersion of seismic waves, the authors derive
genaml equatiors of motion. 12
Gurevich, G.I. Relation Between Stresses and Displacements in
Large Deformations for the General Case of a Three-dimensional
Load 27
The author considers the application of Maxwell's equation
to a casO of a residually deformed solid-liquid body which
can be considered as a "massive" one and to which the usual
formulas of the theory of elasticity are applicable.
Gurevich, G.I. Generalized Maxwell Equation for Three Measurements
Talring Into Consideration Small Elastic Aftereffect Deformations 60
In the study of rook behavior in cases of static and dynamic
Card 2/5

Some Problems (Cont.)
SOV/2250
loading, the usual Maxwell's equation Is not adequate. Taking
into account the additional components of deformation, a new
equation embodying the relationship between shear deformation
and the velocity of full shear deformation is analyzed.
Gurevich, G.I. Initial Considerations in the Approach to Tectonic
Modeling 75
The author deals with considerations in the application of
the principle of similitude to the modeling of tectonic and
hydrodynamic processes in the solution of geodynamic problems.
The following names are mentioned: B.L. Shneyerson, Ye. N.
Lyustikh, A.A. Ilyushin, N.V. Gzovskiy.
Khaykovich, I.M. Propagation of Vibrations in a Medium With Re-
laxation of Stresses 145
The theory of propagation of seisMic waves in an ideally
elastic medium is not adequate for purposes of interpretation.
The present article establishes the quantitative corrections
for a half-space subjected to axially symmetric loading. Max-
well's th.-ee-dimensional equation is uoed in finding a solution
for corrections. The following names are mentioned: G.I.
Card 3/5

Some Problems (Cont.) SOV/2250
Petrachen', K.I. Ogurtsov.
Khaykovich, I.M. Beam Method of Computing the Wave Intensity in
a Relaxing Medium With a Large Relaxation Time 179
The author refers to various scientists offering the solu-
tion of nonstationary problems in the theory of elasticity
leading to the determination of the intensity and the farce
of reflected waves. He introduces a so-called beam me1hod
for computing the propagation of 6 wave in nonideal elastic
media. The following names are mentioned: G.I. Petrashen',
V.M. Babich, G.O. Gurevich.
Sherman, D.I. Problem of the Stressed IDondition of a Semiplane
Without External Load and With-Two 'Sunker, Gircular Orifices 187
The article discumses the distribution of stresses caused
by gravity In media weakened by holes or openings. The-
problem is of interest in analyzing the rock pressure in the
neighborhood of shaft openings and for the study of seismic
conditions.
Card 4/5

Some Problems Oont.)
SOV/2250
Keylis-Borok, V.I..,and V.I. Ullyanova. Problem of Creep in Hollow
Cylinders Under Normal P-r-e-ssure 211
The author considers the process of residual deformation in
a hollow cylinder and takes into account the time changes of
stresses and deformations. This problem is of interest in
theoretical studies of setsmic behavior and also in studies of
the relationship between the creep and interior pressure in
pipes. The following names are mentioned: A.F. Golovin, L.I.
Kachanov, A.A. Abramov, L.G. Shershen', I.K. Snitko.
AVAILABLE: Library of Congress
Card 515
IS/ec
10-15-59

Gracp of
nics))
Inst. iz W.
(Do L

ABRAMOV* A.A. (Yoskva),,-UV 'MOVA, V-I- oskva)
1 -1 -LM
Calculation of equations for determining the energy levels of an
Ionized hydrogen molecule. Zhur. vych. mat. I mat. fiz. I
no.2:351-354 Mr-Ap '61. (MIRA 14:8)
(Differential equations) (Molecules) (f~ydrogen)

KUZNETSOV, V.I.; WW101,"MI, Ye.A.
Radiation-kinetic method of determining ultraminute quanitities
of polonium. Dokl. AN SSSR 237 no./+:869-972 Ap 161.-
WFA 14:3)
1. Predstavleno, akademikom I. V. Tananayevym.
(Polonium--A"nalysis)

KOLTYPINI I.S., imh.; ULIYANOVA, Ye.K., inzh.
Operative memOrY device with automatic apparatUB control.
Elektrotekhnika 35 no.601-53 Je '64. (MIRA 17:8)

UL'YANQVAXA Ye 6 0ZNE'T6JV, V. 1.
"Radiation-Kinetic Determination of PoIoni-am"
submitted at the Conference on Kinetic Methods of Analysis, Ivanovo,
14-16 June 1960
So: Izvestiya Vysshikh Uchebnykh Zavedeniy 633R, Khimiya i Khimicheskaya
Technologiya., Vol III, No 6 Ivanovo, 1960, pages 1113-1116.

M97 S/02 61/137/004/021/031
B103YZ208
J /00
AUTHORSa Kuznetsov, V*I99 and Uloyanovap Ye. S.
TITLEs A radiation-kinetio method of determining ultrasmall
quantities of polonium
PERIODICALs Doklady Akademii nauk SBSR, vo 137p no- 49 19619 869 - 872
TEXTt The authors use the differences between periodide and iodide ions
which give color reactions of varying brightness in the solid phase, to
determine extremely small polonium quantities (tetravalent, Po~_IO'jo' The
periodide ions exceed the iodide ions in this respect. This is possible
by combining four proGeBsess a) co-precipitation of polonium; b) acce-
lerated local radiolysis of iodides initiated by a); c) formation of
periodide anions; and d) color reaction of the solid phase of these
anions with the butyl rhodamine cation (n-butyl ester of rhodamine B (BRh)
synthesized by L, Io Boloshakova). Also at such concentrations of iodides
and butyl rhodamine, which develop the above color reaction (due to for-
mation of a suspension of insoluble iodide of the butyl rhodamine anion)
only to a low extent, the tetravalent polonium, will be precipitated in the
Card 1/7

A radiation-kinetic method of
*2497
S/02OJ61/137/004/021/031
B103/B208
form of penta- or hexaiodo-polonite of BRh on the nascent miorocrystals of
BRh iodide. This local increase of polonium concentration gives rise to
an increased local radiolysis of iodide ions* Subsequently, elementary
iodine and also periodide are formed. Periodide renders additional BRh
quantities insoluble, which intensifies the color reaction because BRh-
periodide is now formed* Owing to its microcrystals, additional polonium
quantities are co-precipitated, so that a self-accelerating process occurs.
Simultamcusly with the increase of the local polonium concentration also
that of the periodide increases in the crystals of BRh periodideq The ra-
diolysis taking place in the resulting heterogeneous system is more intense
than in a similar homogeneous system. This is of high significance to the
sensitivity and, particularly, to the selectivity of the reaction. Polo-
nium may thus be determined on the background of preponderant quantities of
other at-emitters. Selectivity of the reactione Although elements that
form iodide anions, such as Tel% Up Egg Big Sbg and othersp and elements
appearing in ano,' ther form, esgog heavy oxygen ioneg are capable of simi-
lar reactions, these will be simplefreactions without self-acceleration.
These elements can also be co-precipitated with BRh iodide. If radioac-
Card 2/T

2-3497
8/020/61/137/004/021/031
A radiation-kinetic method of ... B103[2208
tive isotopes of the afoie-mer'i'tioned elements'are .present whose.radiation
effects a marked radiolysio.of the iodidest a similarreaction as in the
case of polonium will result. The sensitivity of the resotions is depend-
ing on the intensity of radiolysis. Sensiti-~ity of the reaction. It ia the
higher the longer is the time available for radiolysis, and the higher are
the concentrations of the iodide in the medium and of "Uh. Above a 'certain
limit of these concentrations, also the.blank teqt gives a positive reactim
owing to the foirmation of a suspension of BRh-ibdide crystals* In order Ito
have &.more-ib 'ifib.19. reaction, substances area introduceia-v4ioh bind ale-.,
mentaxy -:iodine' (resoreinol)o To increase the sons i~ivity-.af the readtiobLI
the atitlior's recommend addition of elementary iodine in~a small quautityp"
ioeag such a quantity that the resultant BRh perUdide crystallizes imme-
diately after,mixing thi-ingredientso Hake,_,the periodide should give a
distim~btlp'but not-too Intense positive roaction. In this case, the oo.-
precipitation of poloniumwill set in at onoo.r Table 1~gl*is data,on the
effect of the.dioc'uss"ed factors up-on the sensitivity of the reaction at
2000,* The res'ult-was ~bseirvable after'3 min. The sensitivityfor other
polonium isotopes.is different.., This authors presenfan instructidn for

21497 S/02Gj6i/i3V/004/02i/054.
A radiationL-iinetic method of B103/1208.
thi:ieabtio "in lpuionium'so'l~t`ions afid for plutonium-,containing 80"k
lutions.(TaLe 2~uvleThey point out'that .'the procedure described may also be
used' for,the dia.velopment-6f highly sensitivelviradiation-kinetic re"tions
for other eleinents whose*,isotopes:have a siiffici6ntly high (%-activity, and
whoso..ions miy be co-~reci'itatedwith drgaiii6 co-precipitants* This holds
p
for elements that form solid.nitrate complex--anAons (aoooratAg to the mep
chanism .nitrate-)hitrite),and for elements thaVmay-be carwprecipitated witi
organic-,perc
-hiorates '(perchlorate -4chlorate~-jqaslly oxidizable organic
percfil.crates)o~ These and other combinatiop~!Iwill be later discushed..' That
present paper yas read,at the Conference on 'inet'id!'Methods-of Analysis,
Ivanovo-i -June 14. --; 169-' 1960,p. There a~e 2 tables and 6 referenceeg ' 4 So-
vip,t-bloe'and 2 hon-Boviet-bloo. The reference to the English language
publication reads as followst Ref4 2,.T.I. Kuznetsov, The Application of
Radioactive Isotopes for Developing New Methods In Anal.,Chemistry. Organ*
Co-precipitants,a Int. Confe: on Ra4ioipotv-,in Scie,Research, Paris, 1957-
PRESENTEDit November 169 1960 by I.V. Tananayevq Academioian
SUBMITTEDg November 14, 1960
Card 4/7

A radiation-kinetio method of ...
Do ONO
A) Do
pe-30MEN Aojg
alluTas

,
.
~ MOACA
., -
!
;..
t

2 1,7.10-1
3 1,5-10-1
4 8,74"
5 5.8-10-
6 2,0.10-
7

9 I,t-io
10
It 6,3.10-1
12 I'l-10-

13 -4
2,1.10

Card 5/7

B/020/61/137/004/021/031
B103/B208
HilyclICH8110M OKPSCKH I ITOMCI)SX.
YCAOSH04 WKSAM
Y"Oll"MR
XcMMOA ant" c P -A:"-"-' ..Olcynn
n
u
COMT OAORRe it CAOS. peaRltKil, 11MA
1
0
0
0
0
0
1 3 2 1,2.10-1
1 3 2 1,2.10r-1
2
1 3 2 1,2.10-1
3 8.3 0-0
4 3 8,3.10-8
1' 4 3 8.3-10-8
1 - 0

am

S/02 61/ 137/004/021
A radiation-kinetic method of BI 03YB208

A-

B3RTO 9 v
Po/Pu Posts KA PO/Pu
Post*
Ka a
POW Pump Pow puns
t, 8,0.10r-6
-4 -27 5 0. to-#
-1
: 6.9-10-9
-7 +40
,
7 1.10 -24 1.10
1 9,8.1" J:qM 1,0.1or -8
7.3 101-4 64-10- -12 2,2-10-S 9,8.10-4 1:45000 2,3 - I 0-~s +4
6,2-10-6 6,340-8 +1 1 740-6 9 8.1" 1:580W 1 8-10- +6
5.5 - for-# -2 1:1 0-8 9:8-10-4 f:89(W 1:4-10-4 +27
9.0-10-9 6.2-10-9 -37 8.6 0- 9,8-10r-4 1:114000 I,t-10-6 +27

18 3.1" /031
210
Legend, to Table 2t I)t 2) applied in 4) found Po 5) error in
Card 7/7

SOV-127-58-8-2/27
AUNORS: Rachkovskiy, S.Ya., Doctor of Economical Sciencest Sindarovs-
keys, V.N. and Ullyanova, Ye.T., Engineers
TITLE: Economic Appraisal of Impairment from Loss and Impoverishment
of Iron Ores of the Krivoy Rog Basin (Ekonomicheakaya otsenka
ushcherba ot poter! i razubozhivaniya zheleznykh rud Krivo-
rozhskogo basseyna)
PERIODICAL: Gornyy zhurnal, 1958, Nr 8, pp 12-17 (USSR)
ABSTRACT: The head mine surveyor of the Trost Leninruda (The Leninruda
Trust) F.Ye. Proshin reported to the Mining Industry Institute
of the AS USSR that in the period from Oitober 1948 to the
end of 19551 151,066,200 tons of iron ore (139,273,100 tona
with industrial iron content and 11,793,100 tons of impover-
ishing rocks) were extracted in all mines of the Krivoy Rog
basin. As the accounted-for ore reserves amounted to
165,360,700 tons, the actual losses in iron ore amounted to
26,087,600 tons.or 15.8% of the entire reserves. Detailed
study of reports from different mines of the basin showed
that broken-down but undelivered ore forms the largest part
of the losses in the underground works, The authors also
Card 1/2 devised tables in which damage from losses and impoverishment
Tli
WT MkY

SOV-127-58-8-2/27
Economic Appraisal of Impairment from Loss and Impoverishment of Iron
Ores of the Krivoy Rog Basin
is divided and caloulated in oonnection with every processing
operation. (Tables 1 to 8). They estimated the damage from
losses and impoverishment of ores to be 810 million rubles a
year. To reduce the damage, they recommend the delivery of
all broken-down ore, and at the same time, to divide the de-
livery into two parts, One of relatively pure ore and the
second of the impoverished ore for concentration, They also
recommend the speedy realization of the reconstruction of the
basin and the construction of new concentration plants. There
are 8 tables and I graph.
ASSOCIATION: Institut gornogo dela All SSSR. (The Mining Industry Institute
of the AS USSR)
1. Iron ores-Economic aspects
Card 2/2

ANANIYEV, Ivan Vasillyevich; TIMOFEYEV, Pavel GrIgorlyevich.
Prinimala. uchastiye-U,!,YANOVA, Yu.T.;.-,MAKAROV, S.Ya.,
inzh.2 retsenzent; kand. tekhn.
naukp red.; BURAKOVA, O.N., red.
(Vibrations of elastic systems in airplane structures
and their damping] Kolebaniia uprugikh sistem v aviatsion-
nykh konstruktsiiakh I ikh dempfirovanie. Moskva.. Mashino-
stroenie, 1965. 525 P. (MIRA 18:4)

L) ~_, ~ 1,~) vq o Vf1j a ,-
AUTHOR: Amrom, L. A. 64-1-17/19
TITLE: Conference on the Tasks of Introducing ff1drogen. Pextzide into
t&e fttlc=3 F4~ (Soveshchaniye o zadachakh
vnedreniya pex%kisi vodoroda v nazbftoye.khozyaystw).
PERIODICAL: Khimicheskaya Promyshlennost', 1958, Nr 1, pp. 55-56 (USSR)
ABSTRACT: The conference was held at the end of1lovember, 1957, in
Moscow by the All Union Association for Chemistry imeni
D. I. Mendeleyev and the Ministry for Chemical Industry
under the participation of representatives of the city and
the district of Moscow, the councils for economics of
Leningrad, Ivanovsk, Latvia, Lithuania, and Estonia, as well
as IMP, VKhO, imeni D. 1. Mendeleyev, and a series of
scientific research institutes, among these that of cotton
industry TsNIKhBi), paper industry (TsNIIB), and building
industry ~VH II-zhelezobeton). The followinj; contributions
were delivered to the theme mentioned in the title: "On the
Task of Introduction of Hydrogen Peroxide in Economics" by
L. A. Amrom, "On the Transport Conditions and Organisation
Card 112 of the Storage of Hydrot;en Peroxide" by V. K. Byalko, "On

Conference on the Tasks of Introducing Hydrogen Peroxide into 64-1-17/19
the National Economy
the Prospects of the Improvement of the Technical and
Economic Qualities of Hydrogen Peroxide Production" by
Z. G. '_21_!y ~nova., as well as a series of contributions on the
attempts to apply hydrogen peroxide in the branches of
building-, textile-, paper-, and other industries. The
advantages of the application of hydrogen peroxide are
enumerated as well as various kinds of application and
possibilities, and it is pointed to foreign and Russian
research works.
AVAILABLE: Library of Congress
1. Hydrogen peroxide-Production 2. Hydrogen peroxide-USSR
3. Hydrogen peroxide-Economic aspects
Card 2/2

ULIYANOVICH, F.
, __j__.,.,_d_,_%! ... ....
- .. Plenum of the board of the scientific technological society in a
field camp. PTO no.10:35 0 '59. (KRA 13:2)
l.Uchenj7 sekretarl Ukrainskogo reepublikanskogo pravlaniya Hauchno-
tekhnicheskogo obahchostva sellskogo i lesongo khoz7a7stva.
(Kirovograd Province--Collective farms)

10ROLIKOV, I.I.; BIZTANp E.Sh.; UL'YANOVSKAYA,, Rj.
-.-,
Introducing a hydrolysis method with alternate flow. Gidroliz.
i lesol:him. prom. 15 no.7:12-14 162. (KIRA 16:8)
(Hydrolysis)

KOROLIKOV, I.I.; LIKHONOS, Ye.F.; ULIYANOVSKAYA, R.I.; LIKHOVID, R.D.
Investigating the characteristics of the hydrolysis of eaasi2y-
hydrolized polysaccharides. Gidroliz. i lesokhim. prom. 17 no.7:
4-7 164. (14I%k 17: 11)
1. Gosudarstvennyy nauchno-issledovatellskiy institut gidroliznoy
i sullfitno-spirtovoy promyshlennosti, Leningrad.

UTY
USM/AcMaW of Sulences
oat 1946
*For the Opening of the Moldavian ScientifIc
Research Base of the Academy of Sciences of the
USSR," V.'Ulyanovskaya, 1 p
*Vestnik Akademil Nauk BSSR" Vol XVI, No 10
Pl~esidium of Academy of Sciences crealued new base
In Kishinev. Article lists fields of work to be
covered. there and the newly-appointed key personnel.
P,*. 10T57
10757

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IMIYANOVSKAYA, V., Sr.
Scientific ConsulOnt to ',:Ile Council of ,ffi-liatas
and 6ases of the Acad Sdi, "ID'evelopment of
Soviet Science ~;n the Takzhik IL-~publi~" hst.
Ak. Nauk S55il. !fo. 7-8, 1944.
'ieport U-1660, 24 Jan. 191;2.

UL : - .-- i - , . . I :,I I. J 1, .
Sr. Scientific Consultant.- to the Council
of Affiliatr-~s and -a3eo of Vh,~ "Icad -)01.
(-1941t--,)
"Development of Soviet St-itance in the Tak-
zhik ~L-publicll V-3st. A~, Nauk SSS.R, No.
7-8, 1944
Br-52059019

UL'YANCVSK31,j;,A4kqppdr Zincm1yevich; EYDWIAN, Boris Aleksandrovich;
LOA. -va; LOMILINIA,
red.izd
LoNsp tekbn,red,
(Modernization of scraper conveyers3 Modernizatoiia Bkrebko-
vykh konveierov. lbskva, Gos.nauchno-tekhn.izd-vo lit-ry po
gornomu delu, 1962. 89 p. (Imu 15:4)
(Conveying machinery)

15-57-3-3508
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 3,
p 149 (USSR)
AUTHORS: Mlamuna, V. N,,..~' anovskiy, B. V.
TITLE: A New Method of Investigating Oil Strata (Novyy sposob
issledovaniya plastovykh neftey)
PERIODICAL: Novosti neft. tekhn. Neftepromysl. delo, 1956, Nr 5,
pp 23-24
ABSTRACT: The author suggests that water or sodium chloride
solutions be used in place of mercury as the active
fluid during experimental investigations of oil. The
changes In the physicai properties of oil arising from
contact with the active fluid are subject to quantita-
tive evaluation.
Card 1/1 no initials

ULIYANOVSYIY, Y. A.
UL'YANOVSY,IY, K. A.; "A special triangulation retwork
the general. deformations of large hydraulic engineering
on soft folindationf; and the graded foundations of these
Min Higher Education USSR. Moscow Inst of Engineers of
Aerial Photograph7, and Cartography. Yoscow, 1956.
(pIj6jkUtIbh f6ii M Degree of bandidate in Technical
for determining
structures
structures."
Geodesy,
Sciences)
So: Fnizhnsim letoris', No 17, 1956

UIANOVSKIY.. M.A. Ocomninarsk)
- -
Group of motions and the endowrphisso of
14at.abor. 58 no.3:281-289 N 162.
(Groups,, Theory of) (Topology)
affinely comected space.
(KERA .15--l-1)
E -

ULIYANOVSKIY, N. A., Engineer
"Analysis of the Complex of Technical Problems in Transmitting
High-Frequency Currents Along High-Voltage Lines and Develorment of
Frequency-Modulation Equipment for Telephoning Through Electric Power
Transmission Lines." Sub 20 Jun 47, Moscow Order of Lenin Power En-
gineering Inst imeni V. M. Molotov
Dissertations presented for degrees in science and engineering in
Moscow in 1947.
SO: Sum. No. 457, 18 Apr 55

PA 171T30
USSR/pIlectricity Distribution Networks Oct 50
Comanication, Power-line
nMeans of Co=nication in High-Voltage karal Dio-
tribution Networks,"'N. A. Ullyanovakiy, Cand Tech
Sci,"Cen Sci Res Elec Eng Lab, B. V. Smirnov, Engr,
'All-Union lust for Electrification of Agr
"Elektrichestvo" No 10, pp 50-53.
Studies use of rural distribution netvorks of 6-10 kv
for.bf co=unication. Considers distances involved,
frequency range, and other bf parameters of high-
voltage lines vith steel conductors.
-FDD 17IT30

ULYANOVSKIY, 0. (Odeeskaya oblast', Belvayevskiv rayon)
, -. ...... - - I
Parts should be more wear resistant. Za rul. 17 no-3:24 Kr
'59. (MIU 12:5)
Ofotor scooters)

V S K i/)
KAK&ROY, Abdulakhad Kakharov~ch; PROKIIOROV, Grigoriy Mikhaylovich;
ULITANOTSKIT, R.A., otv.red.; GARMSEN. O.M., red.izd-va;
tekhn. red.
(Friendly aid and mutuallybeneficial collaboration; economic
relationR of the U.S.S.R. with industrially underdeveloped
countries of the East] Druzhasksla pomoshch' i vzaimovygodnoe
sotrudnichestvo; ekonomichookie sviazi SSSR a promyshlenno slabo
razvitymi stranami Yostoka. MoBkva, Izd-vo vostochnoi lit-ry, 1959.
80 P. (Economic assistance) (MIRA 13:2)

DADI. Shamosdin Kamedovich; UL'YANOVSKIY, R.A., otv.red.; BOGUSHEVICH,
O.V., red.izd-va; TSVNTEOM~18;7:;~4,41~. red.
[Agrarian relations In present-day Iran] Agrarnye otnoshanila
v sovremennom Irane. Moskva, Izd-vo vostochnoi lit-ry, 1959.
133 P. (HIRA 12:2)
(Iran--Agriculture)

KOISBYZV, Petr Pavlovich;-.,,ULITAROVSKIY, R.A.., otv.red.; GASRATYA.N, N.A.,
red.izd-va; ItSMTKOVA, S.T., tekhn.red.
fAgrarian relations in modern Turkey] Agrarnya otnosheniia v
eovremennoi Tmrtaii. Xoskya, Izd-vo vostochnoi lit-ry, 1960.
223 P. (MIRA 13:6)
(Turkey-Agriculture--leonomic aspects)

SHM, Nikolwj Vasillyevioh; ULYATIOVSKIY R,,,,,-ptv. red.; FILIPPOVA, E.s
red. izd-va; LEBEDW-p-9., tolthn. red.
(State finances of India) Gosudarstvenmye finansy Indii. Mo-
skva., Gosfinizdat,, 1961. 209 p. (MIRA 15:2)
Undia~Finance)