SCIENTIFIC ABSTRACT YALNSKAYA, N. S. - YALYMOVA, YE. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962020014-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YALNSKAYA2 N.S.
, Population of Ciscarpat-bign fish ponds and measures for its
enrichment. Hauka zap. UzhGU 40:319-326 159. (KRA 11-;4)
1. Llvovskly gosudarstvennyy universitet.
(Cat-pathian Mountain region-Floh ponda)

YALCt4ITSYANU,,,Mircha[.Talomicianu, Mj,- DUVAN, Kaeniy*[D~van X.1,
'-Pe-~'re'[Storescuj P-1; TBYKAp T.[Tejcap Tj NukbAreat)
0maTarative viscoolmetr7 of the blood as rum and plawon as a
rapid diagnostic test in epidemic hepatitis. Terap. 34 no.1s
76-79 162. (MIRA 15:7)
(WATITIS INFECTIOUS) (VISCOSMETRY)
tBLOOD-EXAMINATION)

TAIDN, H. L. (Lonirgrad)
11L'Ulating the slasticit7 of thin-valled pipes. Stroi.
6
c
mekh.i raseb.soor.- 2 no.1:46 160. 04IRA 13:6)
(pipe)

KJLISR, R.A., kand.tekhn.nauk; YALON, N.I., inzh.
Designing tower-type structures aver mines. From. stroi. 40
no.3939-41 '62. Off R4 15:3)
1. Vsesoy-uznyy nauchno-issledovateVskiy marksheyderskiy institut\
(for Muller). 2. Teploproyekt (for Yalon).
(Chimneys)
T777777777771"=

im
TALOVo nzh.
Tbarmal stresses in large blocks daring ibeir treatment in
sutdolaves, Strois prom, 36 po. 7137-39 JI 1386- (HIRA lls8)
(Concrete blocks)
(Autoclaves)

YALOV, F. I., Cand Tech Sci -- (diss) "Walls of civic buildings from
natural stone for the petroleum rayonny Zregion-s7 of the Tatar ASSR."
Moscow, 1960. 18 pp; (Ministry of Higher and Secondary Specialist
Education RSFSR, Moscow Order of Labor Red Banner Construction Engin-
eering Inst im V. V. Kuybyshev); 150 copies; price not given; (KL,
26-60, 140)

lnzh~
Ine. of rt,
strzL P.,j.3e.-80-84 64. C.
I . G ci s i i d a ra t v t-, r, -,)-y b r e sc ri i i n a 1 A 4. r a t p i o n t-,, z .4 t .11
.rayormykh 1. setey.

R.OSINSKIY, N.L., kand.takhn.nauk; YALOVAYA,, N.D., inzh.; IMMIN, P.L.
InXh.-' - -_
Blectric detonator not Igniting methane-air mixture. Bezop.
truda v prom . 3 no.10:30-31 0 159. (HIPM 13:2)
1. Makoyevekiy nauebno-isslodovatellokly ineitut po bezopan-
nosti rabot v gornoy proWshlonnosti.
(Datonatore)

ROSINSKIYj, N.L.j-Y4I&Y4%&O-UA-D.; PEIZIN., F-1-
New methane explooJenproof electric detonator. Trudy MakIIII
10:232-235 160. (IMU 15:10)
(Blasting-Equipment and supplies)

YAL0VAYAj 11. 1.
YALOVAYA, N. I.: "On the problem of regulating the blood condition of agricultural
animals". Sverdlovsk, 1955. Min Higher Education USSR, Ural State U imeni
A. M. Gorlkiy, Chair of Human and Animal Physiology. (Dissertation for the
Degree of Candidate of Science of Biological Sciences)
SO: Knizhnaya Letopial, No. 41, 8 Oct 55
"4 M,
V5v

.USSR Farm Animals, General Problems
Abs Jour: Ref Zhur-Biologi ya, No 2, 1958. 7116
author : V. I. Patrushev, A. V. Polukhina, N. I. Yalovaya,
R - N . Oleneva, I . V. Pavlova , T . 1__B_aTu-y-eVa,__-'
D. Popovich,'Yu. Paryshkin
Inst :West Ural University
Title :The Physiological Basis of Increased Productivity
of Farm Animals
Orig Pub: Uch. zap. Urallskogo,un-ta, 1957, VYP. 15, 3-30
Abstract: Experiments made on calves which were raised on
rations with a low, average, and high content
of proteins, revealed a better digestion of pro-
teins, nitrogen-free,extracts and carotin, in
animals which hadreceived more proteins in their
rations. It was also revealed that the stimula-
tion of secretion of gastro intestinal juices
Card 1/3
card 2/3
-essential
functional changes were observea as e
large horned cattle when kept on pasturage
USSR / Farm Animalsy Genera! Problems
~bs JOur: Ref
Zhur-BiOloglya, No 2
i, , 1958- 7116
Abstract: grounds- Under these condition3 the passage of
food through their gastro intestinal tract was
accelerated to almost double the usual time. A
paradox was observed: a marked low rate of meta-
bOli8m and a decrease of blood circulation when
physical strain was imposed on cows (such as the
placing of a sand bag weighing 10-20 percent of
the body weight on the shoulders of a COW stand-
ing in a stall). PrOdUCtivey choice COWS showed
a higher Oxygen content in their blood.

EXCERPITA YEDICA See 17 1101 5/3 Public Health Yar 59
953. EYE INJURIES AMONG THE FARMING POPULATION OF THE LENIN-
GRAD AREA (Russian text) -.Yalova a Neylpskaya T. A. - TRUDY
PROFIL.RAB.I MED.OBSL.,N-,TS=. ,!C)iE_ _ JU557TT41=45)
AST
The proportion of agricultural eye injuries among the population of the area is
-relatively high. A study of the causes of this has shown that agricultLral injuries
principally affect metal workers in workshops during repairs to machinery, and
much more rarely workers in the fields. In recent years fewer cases of injury to
the eye from corn barbs have been observed. The gravity of the outcome of eye
Injuries depends not only on the gravity or the wound but also on the timely render-
Ing of first aid, and further on the length of the patients' stay in hospital. The high
proportion of enucleations is referable to neglected cases where there was extrcme
delay in referring the patient to hospital. Among defects in this sphere, the author
lists inadequate out-patient care for the rural population, non-obaervance of the
safety iegulations and lack of health propaganda work on the prevention of Injuries
to the eyes,
j 14

YAIA)VEGA, N.V., inzh,
Use of electronic level indicators in the woodworking industr7-
Der.prom. 9 no*7:17-19 Jl 160. (MIRA 13:7)
Moskovskiy mebelino-sborochnyy kombinat No.l.
(14quid level indicators)
Y"
,jj~~-;~.F, IN
R
M

/ -.. ~ "r, I` !-'W k V j1 -Z./ it
AP
Is 2 5 7
130
U
1/00 12

~AUTHORs Yaloves3a.-H. V.; Kyaskoy, A. N.

ORGt none

TITLE: Asynchronous liquid metal pump

SOURCE: Byul tekhn-ekon in
form,
o. 5, 1966, 41-42
TOPIC TAGSs liquid metal Pump, current carrier
A-BSTRACT: A linear type of asynchronous liquid metal pump~~developed
by the Hoscow Aviation Institute im. S. Ordzhonikidz-e-;-1-9-Yriefly
described . The pump has the main advantage of inTu-ction pumps, i.e.,
their contactless feature. In operation, the asynchronous pump does
not differ from the conduction pump. However, the role of current
carrying busbars is played here by the liquid metal. The accompanying
figure shows a cross section of the pump. Linear channel 1 of the
pump has a transverse, hermetic grommet 2 not in galvanic contact with
the liquid metal. Its surface is coated with thermally insulating
layer 3. Magnetic circuit of power transformer 4 passes t 'hrough the
grommet. The primary winding of transformer 5 is fed a-c voltage.
Geometrical dimensions of the channel are chosen taking into account
the density of the current flowing through the liquid metal. The
Card 1/2 UDCi 621.65 621.74
g
... ..... 'Ww'V-K
j~-
-R-

L 383V~66
ACC NRi AP602425T
Fig. 1. Cross section of
the asynchronous pump
optimum coupling of parameters occurs vhen the transverse excitation
current and the secondary current in the liquid metal are in phase&
the main technical characteristics of thle.pump.includei capatityl
L/Addt static pressurtis 0.1; kit/ 014 t h?idi~h~ilta 6rrieleheir. le.h9i
piq4 weight, 10.5 kg, Orig, arte hapt 1 figure,
SUB CODEs 13/ SUBM DATEt none/ ATD PRESSI
2 2//-)/-/--'

L-4i05-M- IN7 (d)
ACC NR, AP60272o6 SOURC'E CODE: Uri /0,193/6i6//!OkO"0/10~Opi-~dOD3~4~J~-W---I
JON I TVFaMl~R/V' Kvatihov, It. N.
n'
ORG: no e*
TITLEt Electromagnetic flov meter for liquid metals
SOURCEs Byulleten' tekliniko-ekonomichaskoy informataii, no. 6,
1966, 37-38
TOPIC TAGS: flow meter, liquid metal,
ABSTRACT- An electromagnetic flow meter for liquid metals has been
developed at the-Noscow Aviation Institute. The flow meter is intended
for use in the ali-ali---m-e-tal ~-ndum-mstr-j, -metallurgical and power industry
and in various purpose hydrdi~lic systems. The sensing elements of
the meter never come into contact with the liqq.~d_xttal~ The meter is~
of simple design, is highly sensitiveand with some odification can
be used In automatic control systems of power plantsNoperating under
widely varying thermal conditions. Orig. art. has: -1 figure. (DVI
SUB CODE: 13, 18, 14/ SUBM DATE: none/ ATD PRESS:
.V1 hs UDC: 681.121.082.7
g

Y.M.01MOCO D', innhener.
% .. - 1 1-0 AVWMWL~
Grinding oqchine.
Stroitell no.7:22 JI 157.
(Grinding machines)
(XIRA 10;9)

y 1,Cq,',t
F. 1.
infor.m. Of"Caeff 'z' ()f Qe T-4 tractor, Biuj.tekh.-.qkO4,
.naue--h.-las2. Ins tonau-.3h.j tp
,khsinfom
165. 2S no-4148-50 Ap
(MIRA 18:6)
~M`
R~
R
b
Tgg'
91h

kAnd. tekhn. nauk
,,-.,rW#.*rence at the Lipetsk Tractor Plant. Tr&kt- i Bellkhozzaah.
--:-1.6.,3 of cover Je 165. (KRA 18:7)
I. Gosudaretvannyy soyuznyy nauchno-issladovateltakiy traktornyy institut.

.YAT,OVENKO,,.,.F. I. kand. ekonom. nauk
Economio efficiency of the use of tractors. Trakt. i sellkhozzaah,,
33 no,llt4-7 11 163o (KIRA l7sSl)
lo Gosudarstvennyy soyuznyy nauchno-isslc-dovatellakly traktornyy
institut.

YALOVENZO
__pvich; KRYUKOV,V.L.. redaktor; VOLIFOVSKAYA,V.N.,
IW
X.M.. tekhnicheskiy redak-tor'
[Maintenance work on a round-the-year schedule] Remont po kruglo-
godovomu grafiku. Moskva, Goo.izd-vo selkhoz. lit-ry. 1955. 31 P.
(MWA 9:3)
(Agricultural machinery--Repairing)
0 M, I
~4 M"'i Ngj;
w2
5
A V

TALOVENKO, Fedor Ivanovich GAVRILOV. Lev.Gavrilovich
(Boonomica and organization of fruit milture and vitlaultwrel
Skonomika i organizataiia sadovodetva i vinogradaretva Moskvn,
Goe.izd-vo sellkhos.lit-ry, 1959. 378 -P. iNDU 13:3)
(Fruit culture) (Viticulture)
3"1
j
1:4

YALOVENKO, F.I., dotsent
Working in two shifts is an important measure in increasing t~e
productivity of tractors. Nekh. sill.hosp. 12 no.7s19-21 Jl '61.
(MIRA 14:6)
1. Odesskiy kroditno- ekonomicheskiy institut.
(Collective farms--Management)
(Tractors)

YALOV121KO, F.I., kand. ekcmo--. nauk
Economic effeotivcmesiq of the u3e of tho T-A trantore L akto
i sellkhomash. no.6a7-9 JeI64 (MERA 1.7 87)
1- Gosudarstvennyy soyumyy nauckno-issledovateltAly trak4u-olr--
n;y institut.
ph-
-IrTz'43f 3,
P".

PASECOIKOV, N.S., kand. tekhn. nauk; bELISKIKH, V.I., kand.
tekhn. nauk- kand. tekhn. nauk;
&-W-- - -
KASPEROVICH, V.V,, inzh,,-V0kdVSKIY, S.Ye.j red.;
GRISHIN, L,V., red.
(Technology of the maintenance of the "Belarusi" traktorsil
Tekhnologiia tekhnicheskogo ukhoda za traktarani "Belams" Is
Moskva, Biuro tekhn. informatsii,, GO,%ITI, 1464. 298 p.
(MIRA 18:4)
1. Perovo. Gosudarstvennyy vsesoyuznyy nauchno-isoledovatell-
skiy tekhnologicheskiy institut remonta i ekspluatateii
mashinno-traktornogo parka. 2. Gosudarstvrnny*.,, vsesoyuznyy
nauchno-issledovatellskiy tekhnologicheskiy institut remonta
i ekspluatatsii mashinno-traktornogo parka (for Pasechnikov,'
Bellskikh, Vaslkovskiy). 3. Gosudarstvennyy soyuznyy nauchno-
issledovatellskiy traktornyy institut (for Yalovenko).
4. Minskiy traktornyy zavod (for Kasperovich).
':.2, M
5~
T, -

GUBKOP I.T.; S! OVP I.D.; KOSTOMLIWV, N.L;jsLLOII~,1110) G.I.
Dust r-maval during the manufacture of dinas br.-Ick and mak-ing uae
of the trapped dust. Ogneupory 29 no.9:385-3n 164. OMHA 17; 10)
1. Pervourallskiy dinasovyy zavod.
j

YALOVENKO, L.
Automatic concrete plant. Nauka J zhyttia 11 no.2:18-19 F '62
(MIRA 15:3j
(Automation) (Concrete plants)
nr
gi~g%

YALOVENKO M. , inzh.-.entomolog
r19infection of grain with methyl bromide in winter. 1.1,uk.-,31ev.
prom. 27 no.10:22 0 161. (KIM 14:12
1. Khersonskoye upravloniyo zagotovok.
(Grain-D"coaso and posts)
Wethane
RMI,
Fj

--6
ZOTKIN, I.I.; YALOIFENNO, V.T.
2. USSR (600)
4. Viticulture
7. Systematic improvement of scientific practices inagriculture. Vin.SSSR. 12 no.10,
1952,
9. Monthly List of Russian Accessions, Library of Congress, January -1953. Unclassified.
-5

IT) - -L. -

fir P. PC,
Fir
I HE
54 mill al
9 lot
or
Ell
f Fig!
9y 310 FOOL Wei
f Eli'
Ail I fiz
ps,
rp-111-1 I i ,I i , ! i 5
E. 2
'Ll-InIA,

:B,ARYBIN,'Yu.G.; YALOVETSKIY, M.I
Remote control circuit for outdoor lighting. Prom.energ 16 no.6:
'25-v26, Je '61. ZMIRA 15:1)
(Electric lighting) (Remote control)

BARYB.IN,, Yu.G. , inzh.; j~ ~OVEIIS~KIY _
_,L M. I.
Block device for controlling production line s.,,steras. Fro=.energ.
17 no*7;32-35 J1 -162. OMA 15:7)
(Automatic control) (Assembly-line methods)
IS In ~5 Vp~ I
~E TJR~6;3~ AE
~Fy
1M
Mill

YALOVIK,_AJAK~ Vladimirovich
[Principles for planning mechanized work in agriculture]
Osnovy planirovaniia mekhanizirovannykh rabot v zemledelii.
Minskq Urozbaij 1964. 232 p. (MIRA 28:10)
7777FT
17.

JK
ACC NR-' AP6033592 SOURCE CODE: RU/0023/65/010/004/0361/0361,
AUTHOR: At~anasiuj.. Pierrette-Atanasiu, P. (Doctor)i Ialomiteanu, M.-- Z
Yalo D~cto~y; P~-trescu, Al.--Petresku, A. Woctor;; br~-rdian, 0. (Doctor)
ORG; Institute of Inframicrobiology, RSR Academy (Institutul de inframicrobiologic
I I - I - T'-' R-
al Acadeidel - .5'. . ----
TITLE: Study of urinary mucoproteins -- the Donaggio test -- in the course of acute
viral hepatitis i\0
SOURCE: Microbiclogiat parazitologia ol epidemiologia, v. 10, no. 4, 1965, 361-364
TOPIC TAGS: protein, virus disease, hepatitis, urology
ABSTRACT, The authors show that the percentage of positive tests as well as the
intensity of the concentration of mucoproteins in the urin of patients Buffering
from acute viral hepatitis, chronic hepatitis, obstructive jaundice and biliary
dyskinesia is higher when the disease is more serious. It is suggested that this
may also be due to pathologic changes in'the kidneys during these diseases.
[Based on authcrst Eng. abst.) IJPRS: 32,9131
SUB CODE, 06 SUBM DATE: O9Sep64 / OTH REF: 008
Card UDC: 616-36-002.12:616.633.963-W2.85
eve

YAT,01IT731H, ',-I# V.
"Bacteriostatic and bactericide Fropertles or the tissue preparation",
(Student, Microbiolo~,nr DeFartment), Collacted 4o,,-ks No. 14, of Lcningrad Voterinlry
Institute USSR I-Linistry of Agriculture, P 255, 3ollkhozoiz, 1954.

USSR/Farm, Animals. Honeybee.
Abs Jour: Ref Zhur-Biol,,, No 17, 1958, 7W-
Author : Yal I.,
Inst :49n=ongrad ~InMs-AiUe for the Advanced Training
of Veterinary Physicians -
Title tComparative Evaluation of Different Methods of
Diagnosis of European and American Foul Brood.
Orig Pub- Sb. nauch. tr. Leningr- in-t usoverah. vet. vrachey,
1957, vyp- 11; 142-148.
Abstract: Bacterioscopic and bacteriological methods and
reaction of agglutination and thermoprecipitation
are compared.
Card 1/1
V
5v-
N

YALOVIT2111) Cand Votammk Sai --(dirts) "Comprx,--tivo evalu-
~ic methods
ation of 4*c bacterioccopic, bacteriologiAid scrolor
P Lcan
of tho diarnosis of IDXLurope.-.n and Am I,:
VeninGrad, 1958- 14 PP- (Lcnix~ of th~i jldni44ry~
USSR) 100 conies. (KLI 3.1-53p 1TO.
~1' ?~j ~4~,
-63NW
N-11L

"Diagnostics Of Europian and Anerican foul brood."
Veterinariya, Vol. 37) 110- 10) 1960, P- 73
Az~
GLua Vcf PC;.
rl
N-
;I-J

YALOVITSYN, M.V.
Antibiotics for possible future treatment if American foul brood.
Trudy Inst.mikrobiol.i virus.AN Kazkah,,SSR 6:94-99 62.
(FOUL BROOD, AMERICAN) (ANTIBIOTICS) (MIRA 15:8)

YALDVITSYN,- M.V.
Virulence of some entomopathogenic,bacilli to tent caterpillars.
Trudy Inst.mikrobiol.i virus.AN Kazkah.SSR 6z223-226 162
(hRA 15:8)
(TENT CATERPILLARS-BIOLCGICAL CONTROL) (RAGTERIAp PATHOGENIC)

YALOVITSYN, M.V.
Serological diagnosis of septicemia in tent caterpillars and
serological indentifiration of Bac. dendrolimus. Trudy Inst.
mikrobiol.i virus.AN tazkah.SSR 6:227-231 162. (MIRA 15:8)
(TENT CATERPILLARS-BIOLOGICAL CONTROL) (BACTERIA, PATHOGENIC)
(SERUM DIAGNOSIS)

YALOVITS'Elp H.V-
f entomopathogmic bacill-i- 1711dY
Serologic identtfication 0
That. mikrobiole i V'irUB- AM Kazakh. OSSR 7:-1-218-2-34 163
(mIRA l6112)
Mi
M,

YALOVITSYN, M.V.; USHAKOV, K.P.
Preparation of hyperimmme serwas for the diagnosis of vrme
insect bacterloses. Trudy Insts m1kroblol. ivirus. AM
Kazakh. SSR7 2235-242 t63 (MIM 16:12)

YALOVITSYN.. H.V.
Effect of bee venm, honey, beebread and propoliB on the
activity of antibiotics arxl sulfanilamides. Trudy Inst.
mikrobiol. i virus. AN Ka7akh. SSR. W56-161 165.
(MIRA 18:U)

Z.5 1
ja
ig3
3 9 '. Age
41
SO
s% oil
U
HE
Ail �19-. -0. 4.
31
A;lq seat Mh
14
44 v
44
h th
pp,
REASS92MAM m 51101130=1
I-V
'R-2
81 M.
VA,

SOV/1-33-59-9-2/31
AUTHORSt Ryazanov, F.F., Netreb1co, P.G., Pokryahkin, V.L.
Yalovoy, D.S.9 Brusovq L.P. and Habinovich, G.D.
-------
-
TITLE: ----
--------------
Mastering of a 11-ligh. Capacity Blast Furnace
PERIODICAL: Stall, 1959, Nr 9v pp 770-776 (USSR)
ABSTRACT: In September 1958, the large5t furnai;e in the USSR (and
3
Western Europe) wa3 blown in, its working volume 1719 m
The profile and main dimensions of the furnace are shown
in Fig 1. The blast is ficated in 1.1c stoves of 127135 M2
heating area each, allowirig a blast temperature of
'
1000 - 1050*C to ba maintained. Th
-3 blast 13 supplied
by a blower of a c;apanltv of 4000 ,n3/min at 3.8 atm abs.
The furnace wan operating with about 85% of fluxed sinter
(basicity 0.8 - 1.0) contaiiiing 40-43% of fines 0 - 12 mm)
and a high top pressure of 1.25 -to 1.40 atm. Changes in
the output, ore load and blast volunne during the first
months of operation are shown in Fig 12. Furnace operating
data for subseqvient operation (up to the end of 1953)
are given in table 1 and analyses of iron and slag in
Table 3. Durin..,-r December 1958, tha average daily output
of the furnace rose to 2231 tons (7 casts per day) at a
Card 1/3 coke rate of 749-ur kg/ton and slag -olume of 882.5 kg/ton

SOV/133-59-9-2/31
Mastering of a High Capacity Blast Furnace
(slag basicity 1.26). It was found that the furnace was
very sensitive to the degree of filling of the hearth
with liquid products (Fig 3). Any retardation in the
casting or removal of slag considerably decreases the
rate of descent of burden materials. Changes in the
composition of the gas phase along the hearth radius
(tuyere level) - Fig 4, changes in the C02 content of
the top gas along the throat radius - Fig 5; operating
conditions and material balances for two operating
periods - table 3. From the operating experience gained
it is concluded that large furnaces can operate
efficiently at large outputs. An increase in the sinter
basicity of 0.1 increases the output of the furnace by
1.2%. Some deterioration in the size distribution of
sintor caused by an increase in basicity did not cause
any noticeable deterioration In the furnace operation.
An increase in the blast volume of loo m3/min increases
the output by 1-30%. The depth of the combustion zone
in the furnace was found to be about 1200 mm which for
a furnace of 9100 mm diameter is insufficient and some
Card 2/3 measures should be taken to increase it. An increase in
r, J- N,

Mastering of a High Capacity Blast Furnace SOV/133-59-9-2/31
the blast temperature from 8400 to 970"C and the
moisture content from 30 to 4o g/m3 decreased the coke
consumption by 2.6% and increased the output by 3.7%.
Whereupon the utilization of carbon monoxide for
reduction increased fron, 39 to 41%, the degree of direct
reduction somewhat increased and the partIcipation of
hydrogen in the reduction aniounted to abotit 6974. The
following deficiencies in the furnaco design are listed:
a) blast main with three 900 bends which lead to an
increase in the pressure drop; bi lack of balance
between the capacity of the scale car and skips which
causes some difficulties in the furnace charging (not
specified) and c) the positioning of tunnels for power
cables and water mains iIL places -where, in case of a
break out, the penetration of liquid -4ron is possible.
There are 5 figures and 3 tables.
Card 3/3

V.P., kand,tekhuouauk;
STAaSHINDV. B.N., kandetekhnonauk; ONOFRIYMO rjM=O, F.G.9 Inzho;
mMsfaiii. V.L., kand-tekhn.nauk; 0
melting with fluxed
Slag formatiOn during blAst-furna'e a 160.
sinter. Stal 1 20 no-8:673-680 L9 (KIRL 13t7)
(Blast :L-urnaces) (Slag)
-45

Ya
63
2. P-edsedatelya I-at'IiYL3"090 Pravlen-l-.,,,,
t,Pj.,jjjjichesko,',-o obshchostva sellskogo J lesnogo khozYaY--i'va
I avloll~ ya
or 3, ll:edoe(latoll 0bInqtM-() Pr
~-c abbot`-~/ 1 0
obshchestva gorodskogo illozyaystva
avlu,)traii.-,?orta (for zinger).
(ResearcL, IndustrIal)

d-NFfi-AP60175% SOURCE CODEs UIV040116610
ALITHORs Yalovoy., G. (Lieutenant colonel; Battalion commander)''
09G: none
TITLE: With a hand grenade against the tank
SOURGEs Starshina-serzhant, zio...19 1966p 10-11
TOPIC TAGSt gronadep antitank bombp military tankp ordnance.. ammIunitiont ground force
-tactiol ground force training, field exercise
ABSTRACTs The process of training foot troops to fight against tanks with hand gre-
nades is described. A field exercise is conducted under simulated combat conditions
in which the trainees are protected from an advancing tank by a specially arranged
training trench. The trench is about 150 am deep and 30 m long. The walls of its i0b
-bladle'' section are reinforced and lined with fascines or timber boards. A shelter
is provided at each and of the trench. A schematic plan of the trench arranged for
two prone trainees is presented. The middle trench section is used for tank crossings,
The first preliminary stage of training includes the study of tank structure and its
vulnerable parts. -The traineou'are informed that they can not be hit by tank fire at
close range (100 m and less). The second stage covers practical exercises in order to
make trainee a accuatomed to use trenchea ae a protection against tank . During the
Card

7554
third stages the trainees are' trained to throw iraining grenades at the tank imaedi-'
ately after its croiaing. Various aspeots or these three stages are exavAned aDd
discussed including the safety measuren'to, bo taken during the crossing "ration.,
-A 4-hour tr.ini g schedule in presented along vith various training equipment., Orig,
art. bass 2 figures.
BUD GWE 1 151- 19/ SUM DATHs none'.'.
-2

7~.
51T (I)AWr (=)1EDsAs(w)-2 AF-FrGIASDIESD-31AMISM Fab-4
.11P C
A6 ESSION MR: AP3004880 6/0120/63/000/004/0019/0021
AUTHOR: My*rnikov, K. P. YaloVox s 1. N.
TITLE: Beam extraction In aRroton synchrotron by generating an azimuthal
asymmetry of magnetic field
SOURCE: Pribory*i tekhnika ekopertmenta, no. 4P 1963, 19-21 C:
TAGS: beam extract dfio-pkoton
'TOPIC,
-ABSTRACT,.- A description is presented of a beam extraction system that
generates the first harmonic of azimuthal asymmetry of magnetic field; the
system is used In the prot7n synchrotron at the United Nuclear Research Institute-i
The dieturbing field to bu t, at the end of the acceleration cycle, by special
windings on all four sectors of the ring magnet. The current pulse In the winding
+nkenlfrorn a bank of capacitors which discharges at an appropriate moment of
the -acceleration'. cycle#'
[Card I/Z

L 15703-63
ACCESSION NR: AP3004880
.10-40 microsec. The beam hits the target during the rising part of the curreit
pulse, the maximum pulse-current value not exceeding 200 amp. ossi-
General p
bilities.of using'this method in proton aynchrotrons are Indicated. "The authori
are using this opportunity to express their deep gratitude to L. P. Zinovivev ainid
L. N. Belvayev for useful discussions, to~ Ye. _V. Zhillteov and M. 1. Xikiti~ ey
fo n -carrying 0 experiments on the proton synchrotron and to
r theArhelp i ut the
A. 1. Krnkov who took part in building and aligning the equipment. Orig. art.
has: 5 figures and I formula.,
ASSOCIATION:- Ob"yedinen ny*y inatitut yaderny*kh iosledovanty (United Nuclear
Research Institute
SUBMITTED: Mug62:"'.~ :,'.i',DAT& ACQ: Z6Aug63 ENCL: 00
SUB CODE: NS NO REF SOY; -.003 OTHER: 004
Card2

KOSENKO, P.Ye., kand.tekhn.nauk; SARANIACHEV, V.I., inzh.; YAlf.)VOY
inzh.
Protection of water-ccoled heating furnace elements by
metallized chromium-nickel coatings. Staly 23 no. 3!257
mr 164. (MIRA 17:5)
1. Dneprodzerzhinskiy metallurgicheskiy zavod-vtuz im. M.I.
Arsenicheva.
K" 4K
2,
1Z

RESHLMIYAK, I.S.; YALOVOYO R.I.
Pariodic heating of oylindricaUy shaped solids. Izv. vyoo uohebe
zava;cherne met* 8 no,1211+3-147 165 WIRA 18:1)
lo llneprodzerzhinakiy zavod-vtuze
gt-
FN ~4;'
Mp K
rNm
WN

Y4TOVOyt N.S., inzh.
Some results of the scavenging of the Intake nozzles of condensate
and boosting pumps of ships. Izv. vys. uchob. zav.; energ. 8 no.6:
87-92 Je 165. (HIRA 18:7)
1. TAningradskiy korablestroitellnyy institut. Fredetavlana kafedroy
sudovykh vapamogateltnykh raekhanizmqv.

YALOVOY, Yu.Q., aspirant,
Effect of passenger trains on the freight traffic on double tri2k
linos. Vest.TSNII MPS 20 no.8:46-31 '61. (YjRA 15:1)
1. Vsesoyuznyy nauchno-issledovatel'skiy institut zheleznodoro7hnogo
transporta Ministerstva puto-,y soobshcheniya.
kRailroads-Traffic)

i&PT-Y. Yu.G.; VOROBIYEV, N.A., kand.tekhn.nauk, retsenzent; MEVNIK, A.L.,
tekhn.nauk, retsenzent; PETROVA, V.L.,,inzh., red.;
KHITROVA, N.A., takhn.red.
[Distribution of passing points on double-track lines with an
automatic block signal system] Raimeshchenie obgonnyth punktoy na'
dvukhputnykh liniiakh a avtoblokirovkoi. Moskva# Traiszheldorizdat,
1963. 72 p. (Moscow. Vaesoiuznyi nauchno-issledovatel'skii
inatitut zheleznodorozhnogo transporta. Trudy, no.259) jMIRA 160)
(Railroad engineering) (Railroads-Signal-ing-Blook system)
61,

fiz-
18.3lrO Tr(22
AUTHOnS s S-hk.v, K. V., 10,rda. V. T.. aanchcnko, V
J(jTke1,..h1t1Itn. Yu. M., Suehlit, Y-J. Q.,
v . G.
TITIJ's or lo-.nd Concentrates With
Soda Uivier SvmI-Indu:s!rla1 CondItIond
FIRIODICAM IzventlyA vyjah1kh uchoN,ykh tavedenly. TavetnayA
met al lurelya. 1960, Mr 1, pp (USSR)
AMTRAM Thin article deocribev trp application of an ex-
p~rlmental method or I e ad smelting with nodi undpr
deml-InduntrIal contiltions duvelope-A by K. V. Su3hkov,
Cand. of Techn. 3clen,os, (Collection of 3cientlfld
Work*, &%zGMI, tire 10, 12, 26, 1955). T-ts were
carried out by the experlertgntal unop and
lead plant (ovintoncvyy zavod) or. Lenlnogoreic Combine
(UnInozorskly rombli-At) and bj Kazakn Mining and
Metallurvical Institute (razakhakiy gornometalltirgichaskV
inatitut).3meltInp. pe done In a olngla.phaoe electrical
Card 1b rurrAce with a 6.9 m, bottom area, 250 kw transformer
A!',.=jCIATIOWt KI.tn),.h MInIng anot X~qillurrJeal Inal-Ituto. Chati. of
Motallurgicni 14irnacen
Ca rd 8/9
OlAsakhaxly gornemet&llurgichankly Iral.Itut. Ya~edra
obahchey met4llurgll I Kelall~rgtchesxikh pachey
31YFRITTEDi Jne 6, 1959

ARANZONI V.A., kand.tekhn.nauk; MkKUSHIN, G.V., insh.; YALPACHIK...G.S.,
inzh.
Adjustment and testing of driving belt tension. Vest.mashinostr.
42 no.7:31-34 J1 162. (MIRA 15:8)
(Belts and belting)

to fn belts. Fau-h.
7 165. 0,Fm I~i:8)
1. 24 no. .18--23
1. Millitopultaki-Y Inrfifut kh,:~zyayatva.

YALTANSXIY
Standard designs of fire-engj~p buildings for citiO 0" worker
entorpriseS. Posh.delo 3 no-3:4-6
settlements and industrial (I4iRA 10:4)
Mr '57- (Fire departments)
(Architect#re--Design. ,,d pland)
-44; ~E,
"M
TV M~az

:4 0 0 0 0 NCO
00 9 0 0
0 0 0 11 U 0 0
36 V a
0 0 It
0 0 0 0 0 00 0 W-U
0 1, a ..00
A
a L A..L,
09
Al .00
-00
0 : . I
Ily- J- G-.
Rjutninates.
"i"t"tra"A"A . 00
00 si_; (u. S. S. R.) 1, 9139-41tllk~ M- -TAT1'9A i
00 a tiono! a wdn-Qf I o"W 0011), In:1 mol. Mite by
Oil
-M*. MIMI in the formation of Na
40 of NftCO2 at 70 ization of a Wo sq. "n. of All's with
AIF..HO. Neutts'
,inthefomatinnoiNatAll's- 13a
-,IsCo. at 23', "-d
00 ti lificial Molite, Where
jiMiw reaction for the Melon. Of at, ct"i ratio N&F*
040 ZZ: he =.,j formula is N&%AIF.. the & Th~w fwu lead
AIP, 1, found to _ry L-- 2.4-2A.* oduct of
hat artificki Cryofit is zoo
to the Cowl-1- t ;~. INZA117a tint
00 .3 rac,ion bttw" NaF and N*AIF,, "00
sego out from an. and then read', with varying AMU,
0 of &F. The existencq, of a hydrate No.Alip..711.0. re- 0 0
0
the literature. cmlll riot he Camfir"Ied. 400
0 ported in
: .4. L. Ittado"kY
00 t 00
00
too to
it i we*
_T it 444
0 0
It #A L 0 0
14 0
'-'4 it it A 0 0 ~ 0
60 -112 it lot w 6
4 0 0 090
--YALT-S---V, A-.?-., Engineer --Ca-nd eTc ch-w-Se
Dissertation: "Experimental Theoretical Investigation of the Operation
of Punker Devices for Bulk Eaterials."
28 Jun. 49
Moscow Order of the Iabor Red Banner Electromechanical
Inst. of Railroad Engineers
imeni F, E. Dzerzhinskiy
SO VC-Chery-.-Ilya Mo3!,cva
Sum 71

SHATALOV, P., bukhgalter; SHUTAYINA, Ye.; BtdtAUSH, M.; TjUWi. G.;
K/MIAUKHOV, V.; KAZAKIN, V.; YALITSIN, M.
'Wageu based on flnished prodtction. Sots.trud no.F:115-!23 Ag 157.
(MLRA 10:9)
1. Rukovoditell normativno-ionledovatel9clroy gruppy "Ukrglprmyssoll
pri Kiyevskom n*-asokombinate (for Snelyakina). 2. Starly inzhemer
normativno-iosledovatellskoy gr,-pDy "UergInvoyaso" pri Fiyevekom
myn.sokombinate (for Berabash). 3. Starshly inzhener normntivno-
issledovatellskoy FTappv "Mcrgismynso" -orl Klyevtkom tyasokembinAte
(for Taran). 4. Irechallnik ctelela trudn 1 zarabotnoy platy Urrlo-
Kaspiyekogo rybapromyshlennogo tresta, g. Gurlyev Xnznkhskoy SSR
(for KRruaulrov). 5. Nachal'nik otdlela truds t z;irnbotLoy plAty
Glamosstroya (for Karakin). 6. Inzhener otdela trudn i znrabotLoy
platy Glavmosatrcys (for Yal'taev).
(Piecework.)
MER
R
YUM :T.

YALITSEV, P.D.
D E C E,*wr'E D
Medicine See ILC

YALITSEV, P.D., otv.red.; DMOKHOVSKIY, V.V,g red.
(Theory and practice of fluoroscopy; a manual for physicians]
Teoriia i praktika fliuorografii; rukovodstvo dlis vrachei.
Moskva, Medgiz. 1953. 366 p. (MIRA 13;7)
(DIAGROSIS, nUOROSCOPIC)
M
--U
14M
M.R 0 in,
~RS

LEVITSKIY, B.M.; RUSAKOV, A.A.; YUDIN, VA; YALITSEV, V.N.
Equipment for.X-ray diffraction microscopy. Met. i metalloved.
chist. met. no.33277-283 161. (MIRA 15:6)
(X rays-Equipment 'and supplies) (Metallography)

S/058/62/000/008/069/134
A06IIA101
AUTHORS: Levitskly, B. M., Rusakov, A. A., Yudin, V. M., Yalitsev, V. N.
TITLEt Device for diffraction microroentgenography
PERIODICAL: Referativwy zhurnal, Fizika, no. 8, 19~2, It, abstract 8E33
(In collection: "Metallurgiya I metalloved. chist. metallov",
no. 3, Moscow, Gosatomiedat, 1961, 277 - 283)
T M Described are two universal chambers for diffraction microroent-
genography, whereby substructural characteristics of individual metal grains can
be.obtained.' A AMPK-2 (DM-2) chamber Is intended:for the study 9f single
crystals and polycrystals in the continuous spectrum, in characteristic or mono--
chromatic X-radiation. The special holder design permits the precise reprodue-
~'tion of exposure conditions.after a specimen has been replaced. The specim,-&n
is able to rotate about an axis coin6iding with the monochromator rotation axis.
.The absolute turning angles are read with an accuracy of - 3', and the relative
ones with iv6". The DfM-3 chamber provides for the possibility of obtaining
an X-ray'beam with little divergence in one plane using a fine-focused tube,
Card 1/2

8/058/62/0()0/008/069/134
Dovice for diffraction m1croroentgenography A061/A101
and also the possibility of mounting a monochromator. The holder, which can be
shifted in & horizontal plane in two mutually perpendicular directions, in able
to rotate about an axis perpendicular to the primary beam. The absolute turn-
ing.angles are determined with an accuracy of 31, and the relative ones with
81t
Ye. Dukhovskaya
[kbstracter's note: Complete translation)

M~
YALITSEVAs T,. So
33572. K Voprosu Renttenod Iagnostike Rybrr-,Iich I Mvasnykh Kostey V Pishchevode. Trudy
,Kurskogo Gos. Med. In-ta, To 11, Vyp. 2, 1A8, c. 119-25
'k"'O-. Letopislnykh Statey, Volt 45., Moskva, 1949'
T777777777"

S/138/61/000/OOZ/005/008
A051/A129
c2 J4 L) 4 /1 a a~ 51 hr
va q Makeyeva, A.R.;
AUTHORS:. Grinberg, A.Ye.; Tsvetkov, A.I.; yAj~jq~eK P.j
Peschanskaya R.Ya.; Prashchikina, N.P.; Prashchikina, A.S.;. Kryu
kova, A.B.
TITLE: Furfurhydramide and its vulcanization activity
Aor
'4.
PERIODICAL: Kauchuk i rezina; no. 2, 1961, 25 29
TEXT: The Soviet rubber industry uses diphenylguanidine as a nitrogen-con-
taining accelerator with a basic nature. Its production Is based on toxic and
inflammable materials (aniiine, carbon sulfide,-lead silicagels and isopropyl al-
cohol). An attempt was made to find a cheaper nitrogen-containing organic base.
Furfurhydramide was tested in combination with sulfur accelerators as an acceler-
ator of vulcanization. A method for producing the furfurhydram1de from cheap and
accessible raw material was developed. It:is an nitrogen-containing organic base
which can be used as a vulcanization accelerator In combination with altax, c
thiuram. In mixtures based on natural rubber and a series of synthetic ruu=-z
-containing diphenylguan.Laine in combination with a~tax or captax, furfurhydramide
Pan'be_used Instead of diphenylgbanidine. It increases the durability of the
-Card 1/5

Purfurhydramide and its vulcanization activity
3/138/61/000/OOZ/005/008
A051/A129
vulcanizates in repeated deformations. When it Is used In combination with cap-
taxp altax or thiuram in mixtures baaed on natural and a number of synthetic rub-
bers, the rate of vulcanization does not change and vulcanizates are obtainod
with satisfactory technical properties. Its use extends the assortment of vul-
canization accelerators and decreases the consumption of captax, altax, diphenyl-
guanidine and thiubam. Its physical and chemical characteristics are:. finely
crystalline powder of straw-yellow color with dV 1.15 - 1.16, melting point when
crystallized from ethyl ether 117 - 1180C. It Is easily soluble in methyl, ethyl
and isopropyl alcohol, acetone, ether, benzene, but is Insoluble in water. The
molecular heat of combustion at P a const. Is 1,628.15 cal, at V - con6t. it is
1,827.87 cal. Acids decompose it to furfurole and ammonium, when boiled in di-
'It absorbs ultraviolet
luted alkali it is converted to the isomer base furfurin.
ys, whereby its color changes to a dark brown.. It has a apeolfiof3&rfurole
ra
odor. It is produced from furfurole and ammonium according to the ri I
equationt 0
CH-CH
3 + 2N,f fs +
so
0/
CH
~0
.47

20809
5/008
S/138/61/000/002/0()
Furfurhydramide and its vulcanization activity A051/A129
Commercial furfurhydramide'melts at 110 - 1150C. Its nitrogen content is 10-41%
calculated and 10.20 - 10-30% found. Obtained data showed that when natural rub-
ber is heated in the presence of furfurhydramide and sulfur, there is a signifi-
cant decrease of the plasticity, whereas the plasticity of natural rubber con
taining only sulfur or furfurhydramide hardly changes at all when heated under
the same conditions. It is concluded that furfurhydramide strengthens the struc
turalizing effect of sulfur. It does not affect the inclination of the mixtures
to scorching. There are 3 tables, 4 figures and 8 references: 2 Soviet, 4 Eng-
lish and 2 German.
ASSOCIATION: Nauchno-isslidovatellskiy Institut resinovych i lateksnych izdeliy
(Scientific Research Institute of Rubber and Latex Articles)
Card 3/5
41
~J

20809
S/138/61/000/002/005/006
Furfurhydramide and its vulcanization activity A05IIA129
Figure 1: Effect of furfurhydramide on Figure 2: Module at 300% elongation of
0,8 'the change in the vulcanizates 80, -
I :)f mLXt1M
plasticity of nat-
45
ural rubber when based on
heated in a press SKI con
0 201~ at a temperature taining 3D
0 IU
014 4
Cd F409 of 1430C: I w.p. jet .43
;4
>bcd without additlons; carbon 4) i
+1042 2 -
3 W-P- Of Sul- blaokt I- 1 0
4 fur; 3 :- 1 W.P0 W.P. of 11,;10
0.1 1 it? 20 30 40
09 ------- of furfurhydramide; furfurhy-' 0
duration of vulcanization,
A 0 4 - 1 w.p. of fur- dramide min.
X 40 50%fflj~
Wfurhydramide and 3 and 0.25
duration *of the h3atr
w.p. of sulfur; w,p. of thiurami 2 - 2 w,p, of furfur- i
ing at 1430C, min.
5 - 3 w-P. of Sul- hydramide and 0.25 w.p. of captax; 3
fur and 5 w-P. of zinc oxide; 6 - 3 -.2 w.p. of furfurhydramide and 0.25 w.p.
5 w-P. of zinc oxide
w.p. of sulfur of altax; 4 - 2 w.p. of altax (stand- It
and 1 w.p. of furfurhydramide. ard mixture sample).
Card 4/5

20bog
S/138/61/000/002/005/008
Pur'furhydramide*and its vulcanization activity A051/AI29
Vj
1.0 Figure 3t Relationship of the module at 200%
elongation )and the content of free sulfur
50.8. 40 to the duration of vulcanization of the
1 Z mixtures based on SKS-30 ARM containing gaseous
'I channol'aarbon blacks 1 - 2 w.p. of fuiTurhydram-
Ide and 0-5 W-P, of altax; 2 - 0-3 W-P- dIPhOnYl-
Ae k'X guanidine and 1.5 W-P- of altax; 3 - 0.6 w.p. of
ZO
4444 furfurhydramide and 1-5 W-P. of altax.
0
r; 0.2 -
0, '0 ~0:4
0
9 60 so '10
duration of vulcanization, min.

ff~~ INM~M-
P'A
35

YALITSOV, A.V.; GINZBURG, I.M.
Derivativon of imidazole. Part 34. amr. ob. khim. '114 ro.5-.
162/v-1633 K,( 164. (MIRA 1.70)
7717=. T~Wl, VM
M4~
41
~, . ~ R'.
,j 51M.

MYOROV, Tedor Vasillyevich; RkGOZINO Tu,D,, kandidat takhnichookikh
nauk, dotsent. redaictorl YALTUNOVSX&YA, H.V.. rodaktor; TUMAIMINA,
N.A., tekhaicheakiy redak-V-F""""'~
[Zlectronic regulators] Jilectronnys reguliatory."%koskva, Goo. izd-vo
tokhniko-tooret. lit-ry. 1956, 492 po OMU 9:7)
(Olectronic control)

-L , f
--goria )4jkhgLyl0vj,h,
t6)Lbnjcb~*kjy r
effect on tbe
entisig and 41; - -
(C.O.tact differential Pot ][OVL,,aktuA ) F", I -V~Otftntsi&lov
-ja rasn( j;
acuum-tube devic0si -vo 2-06
operation Of v elaktrovskutWkn priborov. 1S& -
i es Vljjanje na rabotU ,izd-vo t,&hik0-teO1,-0t. lit-m
perer* J dop, Moskva. GOO (mum 8:12)
?80 p illectron tubes)

13 Ru 611k I A/!~wn -1,,i
BOGOIXUBOV Nlkola J,Nikolayevich; MITMPOLISKIY, Turiy Aleksayevich;
, '01
iiiii~ZTSKd RUSHLINSWA, M.Y. , radaktor; GAYRIIDV, S.S.,
re
[Asymp'totic,me.thods in ll.,hn theory of ;jdAinear,Tibratioul
Asymptotich6okia wtody v teorii nelinsirVkh kolobanii. Mo8kva,
lit--ry, 1955. 447 p.(KLRA 8:10)

b1 cd
YALVISTE, sli.l.; Cnnd Led Sci-(disa) "C;n mw ch!~ngos irPrum..~l
of a pregnant iirwar in connect:Lcal with UM diet, particularly in thc toxico-
sic, of prognancy. ~Glinico--lnboratory study). Tartii, 195P,- 30 -P-p
rf~rtu stato U)~ 180 co-iga (IJ,,26-53,113)

S/1347/62/000/005/149/I50
A052/A101
AUTHORS: Kalinin,, Yu. S., Kondrashova, G. P., Mironov, D, Ye., Yalznmv-~
TITLE; On the problem of the spectral method of quantitat-1,ve determination
of H in Ti
PERTODICAL; Referativnyy zhurnal, r4etallurglya, no, 5, 1962, 6-7. abstract 5741
("IL-r. po khimil I khim. tekhrol., Gorlkiy, no. 3, 19061, 472-475)
TME: Optimum conditions for determining H in Ti with an allbwance for
114,
the loreign" H contained In the air were established. To plot graduation
diagrIAms, the blackening of the 111,4 6562.8 R line was u--ed. The width of the slit
was selected 6C/J,, and the inductanci was-36.uhy; the possibility of applying
the background as an internal standard for piotting graduation diagrams wras
established. To increase the accuracy of the analysis it is desirable to reduce
the amount of the "foreign" H, that isto work with a smaller gap between the
electrodes. 1rhe air humidity has practically no Influence on the "foreign" H
concentration.
L. Vorob'yeval
[Abatracter's note: Complete transILtionil
Card 1/1*
r~7
-.0

YALYMOV, N.; MARENKOV, N.
Where and how to train automobile drivers? Avt.transp. )9 no.12:
52-53 1) - 61. (MIRA 15:1)
1. Zamestitel' direktora Dusbanbinskogo pi-oftekhuchilishcha No.26
(for Yalymov). 2. Starshiy gosavtoinspektor Gosudarstvennoy
avtomobil'noy inspektsli (for Marenkov).,
(Automobik-drivers)

BOV-127-58-10-2/29
AUTHORS: Brez&rulev3kiy, I.V. and Yalymov, N.G., Mining Engineers anl
Ivankov, L.I. , Engineer---jrro1'6`g-i_sf-
TITLEs On the Mining of the Dzhezkazgan Deposits Without Leaving
a Protective Ore Crust (0 razrabotke Dzhezkazganskogo
mestorozhdeniya bez ostavleniya rudnoy korki)
PERIODICALs Gornyy zhurnal, 1958, Nr 10, pp 8-11 (USSR)
ABSTRACTs Experimental works conducted jointly by the Unipromed! and
the Administration of the Dzhezkazgan Mines showed that the
introduction of a compulsory caving-in system gave much bet-
ter results than those achieved by the old room-pillar system.
According to the old system it was considered necessary to
leave a protective ore crust, 1 or 2 m thick, in places where
red sandstone directly overlies the ore body. This crust
was not extracted, so that the losses in ore left in such
crusts represented 50% of general ore losses. It was calcu-
lated that over 1,000,000 tons were lost in this way. More-
over, 1.5-3 M thick layors were not exploited at all. These
experiments also showed that the protective ore crust did not
improve the safety of mining operations. When the red sand-
stone was exposed, its first layer fell, but the next layer
Card 1/2 held fast and the whole massif remained solid for 6-7 months.

SOV-127-58-10-2/29
On the Mining of the Dzhezkazgan Deposits Without Leavi,;g a Protective
Ore Crust
Thus ore layers 1.5 to 6,5 M thick could be exploited with-
out leaving the ore crust if the ceiling was regularly in-
spected after each shift. The reinforcement of such ceil-
ings by beams 2f,5 m long at 1 m interval permitted exploita-
tion of ore layers of any importance with the least loss of
ore. There are 5 diagrams, 1 photo and 1 table.
ASSOCIATICNi Unipromed'. Shakhta Nr 45 Dzhezkazganskogo rudouprav-
leniya (Mine Ur 45 of the Dzhezkazgan Mining Administration)
1. Mining industry--USSR 2. Gres--Production 3. Mining engineering
--USSR 4. Underground structures--Design
Card 2/2

YAXOVLEV, M.A.; YALYI-DV, N.G.
Analysis of basic production processes in the layer caving
system at the Aktyuz Mine. Izv.AN Kir SSR.Ser.eBt.tekh.nauk
2 no.2:33-53 160. (MIRA 14:10)
(Aktyuz region-Mining engineering)
IR'.

SHVIMV, V.A.; SHESTAKOV, V.A.;-,YALY'MOV, N G LWCVLEV, HeA.
Shrinkage stoping system at the Akt7u Mine and its efficienc7.
Izv. Ali Kir. SSR. Ser. est. i tekh. nauk 2 no.8:5-12 160.
(MML 13:12)
(Aktyuz region-Stoping (Hining))

SHESTAKOV, V.A.; YALYMOV, N.G.; YAKCVLEV, M.A.; SHABANOVA, A.M.
Technical and economic evaluation of mining systems in
Kirghizia mines. Izv. AN Kir. SSR. Ser. est. i tekh. nauk
3 no.3:5-23 161. (KRA 15:3)
(Kirghizistan--Mines and mineral resources)

SHESTAKOV, V.A.; YALYHDV, N.G.; YAKOVLEV, M.A.
Shrinkage atope mining in Kirghizistan mines and ways to improve
it. Izv. AN Kir. SSR. Ser. est. i tekh. nauk 3 no.3:77-94 '61.
(MIRA 15:3)
(Kirghizistan-Stoping (Mining))

YALYMOV, N.G.
Comparing methods of drawIng and loading ore in shrirj,-age stope
mining. Izv. AN Kir. SSR. Ser. est. i tekh. nAuk 3 no.3:65-
75 161. (Stoping (Mining)) (Ore handling) (MIRA 15:3)

YALYMOVO N.G.
Selecting the meano of breaking in a system with shrinkage
stoping. Izv. AN Kir. SSR. Ser. est. i takh. 6&uk 5 no.lt
25-34 163. (MIRA 16:11)
?q
q
"i," Z.
, ~g
YL- ~' I ' ' 4 , IF, ~:
TI;
NT" ~i~ T-'U

MU K113 11 M.Ye.p otv. red.j SHESTAKOV, V.A., red.; YAUMOV, N.G.,
red.; KUCHKIN, V.A., red.
(Improving systems of ore mining in unstable rock] So-
vershenstyovanie sistem razrabotki rudnykh mostorozhde-
nii v noustoichivykh porodakh. Frunze, "Ilim," 1965.
180 p. (MIRA 18311)
1, Akademi-ya nauk Kirgizekoy SSR, Frunze. Institut fiziki
i mekhaniki gorrqkh porod.

MIJKIIIN, Mikhail Yegorovich; SHEST4,KOV, Viktor Alekswilrovich;
YLMIOV, Illariman Galirsovirh; MOSLKEETS, V.N., ot-v. re~i.
[Underground mining systens in Klrghizia] Slaten7. pod-
zemnol razrabotki na rudnikakh Kirgizil. Frimzep lzd-.
vo I'llim," 1965. 105 P. (PIPIA 1&0

S IWROV, N.; STUDNICHKA, Tu.; ARTBM'M, P.; ~ALTWV, P.- BOYKO, N.;
SNKMV, S.; TSYPIN, H.
Effectiveness of the centralization the accounting and tabulating
machines. Den.i kred. 17 no.5:53-59 Jtr 159. 641RA 12--10)
1. Nachallnik Gorupravieniya Chernigovskay oblantnoy kontory
Gosbanka (for Sidorov)..2. GlavM7 buk-bgalter Gorupravleniya
Chernigovsl~oy obl. kontory Gosbanka, (for Studnichka). 3. Glavny7
bukbgalter Kamensk-Urallskogo otdelenlya Gosbanka Sverdlovskoy
oblaett (for Artemlyev) Glav7 bukhgaltor Aktnolinskoy oblast-
n9y kontory Goobanka (io'r Talymov . 5. Glhvnyy bukfigaltor
Arsananskogo otdaleniya Gosbanka, Gor1kovskoy oblasti (for Boyko).
Glavnyy bukhgalter Georgiyevelcogo otdeleniya Gosbanka Stavropol'-
skogo kraya. (for Sakunov). 7. Glavrqv bukhgalter,Samarkandsko7
oblantnoy kontory Gosbanka (for TSVpjn).
(Machine accounting)
0-16'.

41 0 9 0 0 01 0 0 0 0 0 0 0 0!0 0 0 0
0 0 0 0 0 0 0 0 0 0 0 0 * 0 a 0 a 0 0 0 0 0 9 0 0 0
It n IS it x m IFa x
99 f u a" is
X)I&SC CVCIIXLX 0 Ore as 111V ,z! A 0 1 . 1 4 4 ~_ V . 1, 1 k : N It of AT 0
w AND m tivil. Soo ..o ON rectal I 1. 60040#6
39011.1111111 "N.Jan'11TI" fit-oil
ell
0
0,
all
0 4p
go
0 0*
002
-aAW3,1"j,11 U4414 14 'U4AIN
pullim um%j3dqP ;bql P) U401110.1"ISO) Ic4fix"41 A4.N
-1*.wlw.uja s" p(Y.)tvX jiml 'IlAm Allunba p4am wilow ^441
0 loqil pawtis silmij pdtH *"!wyp AjjA 4it WaIrS
0 ap 1.0 t),Illlv,4 "o-YrI yug 'Ifyyog -Atli go
)0 J; III j;%d,oAjnpIpul 1, 03 twnw, Ail 141MMIS puts vljv~
IQ )'Stjpxo SlItIt."I
W -IIUINJ of
0 or ul Ina jk,4" Ili 3(1 1,1"k [Axj.xk1p aql **!O.(Ivuv us :t~tjjC
of
)0 13PJU 4qj 10 *JOUA 01 .11t.11 U(.!%J_kI%1pr SiXF41jus
"A 00
0o-
00
00- 7 00
00
of
"1l"44 Tj a
is-au" it r L
03opm lt?P it least not sale flit Ifel R'Pfllallor IR M! a a it a if Is Is Is 1 94 #1 at a 0 1 0 1 ~eo
0 0 0 0 0 0 0 0 0 0 0 0 0 0

-(000
[

A A 4 -t-4 1 4 to 11 11 ii I PIn I
C A -L-J--j-jL
4
jL
k a It p r
1 -V-A - It u- f- 11.- -9

f f --
_
_
A
.
to U.
I
o ~
ahwg "fr""d" of tow Art"S t4mvillosturts.-

18
09 A V. KVXt&XV AND )if, A. YALVIONA. 09-011WY, 14 111] 4K7
00

06 100 The work --4- us, of %fKC13 to amlelfatr
-
.00
1
6
0 ulcturac-
1hrointirringof kaolin. A*tu(lyo(thrlihyqkiwhritsk
irrislivio of the sisittrinij proveas unit sit analysis it( the phase .00
09

6
0 diisfain whow Out the riccir1cfalition 6 cattiocid by the action of the
'
00
j
'
6
* %IgCl, on the ability of the sodid phase to othart. The MgCl,
09 4 %hould be added;n amounts of IA to 21" to the kaolin during the -00
mak Ills of the Insisisitt ten which are to low died low gwit Fwsuf
-00
'
t
0 fivivully di,perwd knolin. the methixt (jilit-liv or wittiolry) -,1 -00
0 4
r 111.1k ills briquet let has Out effect Uptill OIL flualit Y of I Iw grits 111
the viior of vouistly di.jorroorst kaolhi. the plapik- toriliml 411"Uhl 1.- 800
"t"d. The tMorewnce of AfICII during the gradual dryinIt (it ~*
l1l.vitic litiquitttels produces only a small difforiornv Its the -Intorrins
coo
k
0 a '01 differvill IVA"% of the briquette sood Causes no 41CIrct in the ex-

0
tcrnal approordoce 4 the shapes. Kaolin forloluelloroo having are r. 0
l %IzClt admixture should be, fimi at oil tj4 1:URV it, coo
00 ;1 1314M. (11 to 0 hr.) instead of 1470* to Ukkil' .1th-m d-j"

~
atgo
00 lure To obtain the moot dense othapess, Go~ mix shook] consist I
kosolin grog unit 21% clay. Shapeo; sbould be firtil at tem- coo
twrattirr% ill) to 1.1450"(1) h3l't it POr0`1i(!101f IS (11 MINCH' ;;0o
'arm vrilh 14)(1)" to I"AW unit '219)" pormity %ithoill the Adolioi.
o
W'
b
h
Soft 6
tTvd t
e rtfruclorinem
lure of %laCt.. The admixtufv ltjw
y
but not the temperature of dirformlitiort under locitl I Nosh volarting
thsta an relicat shrinkage at 14111'
and corri
tric destruction) 400
.
p
~Illd 11"I'a6ushow animproirrment. Coollorroo-lirvottrensth WA*

lorat-shock cyc" (AM)" (iiihowed hyvittirretioling). Results tire boo
J1.ILA ACIALLUAGICAL 1,1710A tabulated and graphed. B.Z.K.
" Post"'
Ilion.) &r
all ;41
-
1

it S
Aw no is to
to to q
F 4
1 .
41
,
4C
n, a
it it st a a t

A
14 a.1 v 14

1
04
1
1
* a a 0
4
o
o so 0 6
0 0 034
0
I
'
,
go 4
0o 0 0 a o e 0 0,0 0 9 0 0 90 00000000000

I ~'AYLNG DEAL-37 KAOLIN R"LIA"TOR.I-13 AT
G, V. Kukoletv and:I,.A, YqlL-mova. Ogneucory, 11f (13.) /~37 - 99
The work ,iao ba-,;ed on the u.,io of j,JC12 to accelerate thf, of kaolin. it
study of the physicochemical characteriotics of thf~i aintoring procezs and an
analysis of 'the phase diarram sho!'I that. th,~; acceleration is caused by tho action
of the 1'~C12 ou the ability of tiv; -*Iid to sinter. Tho should b~'-
added in tu-iiounts of 1.3 to ZI, to the kaolin durin-- the making of the briquettos
which are to be fired for grog. For sufficiently dir,,'jersed kaolin, the method
(plastic or sQmidi-f) of makiag briquettes ha.7, no off(.-ct upr-11 the quality of the
grog. In the case of coarsely di3n,ir~:ed kaolin, tho pla-Itic vcthod should b.~
used. The effloresetDnee of M~-,-G12 during the gradual drying of plastic bricjuett-~s
U ta
produces only a snall difforenco in the sint-ring of different parts of the
briouette and causes no defect in the external appcarance of the shapes. Kaolin
briquettes having an 1-~gC12 admixture shoulf.] be fired at temperatures, up to
130j0 1-10 135000W. (2 to 0' hr.) instead of 14700 to 15000 wiihout admixture. To
obtain the ir.~ost dense shapes, the nix should consist of 80"") kaolin grog and 20,1,
clay. Shapes should be fired at temner:itures u,) to 13500 ko have a porosity of
15 to lVP; this compares with 14800 io 15000 an-d 201, porosity without the ad-
mixture of MFC12. The admixture low-r~_d 'the refractoriness by 300 but not 'the
temperature of deformation under load (both starting and complete destruction);
data on reheat shrinkafte at, 11,000 a9d. 16001 also show an Lnprovement. Cotaoressive
strength was as Ugh as 400 kj./Cm.-. Even the f.-.ost dense brick withstood 26
heat-shock cycles (8000 followc-d by -..iater cooli-ig). Results are tabulated and
graphed. B.Z.K.

------------

1,c,callzatJon if trichime.lia 3-,jz--%-aa in the t'-qcuee. cf
fj~~d. parazJ rernz,bol, 34 no,,4C403-1,84
5R0
1-2
lo Xhfedrd Z,')OlQgii nat*rov.;A3gr
kafadra blc.~Irflil J P-1lr2zit,-)-iogA Khr-barovskogo
ir-a3vituta, -Subm-ittad V&V 23, 1964.

j 10345

IJIJTHOII-,~ : Slaweich, L. I., Yalyrrova, Ye, 1.
Khabarov:;k Medical his'Litute
ITU], 1.-
Lhe Problen) of the HeIrritnihic Fauaa of 1'-,ogs of
Ccrtain 'Ir the 1. ar Eajt
!l. Tr. Xhal,arovskogo rined. 1957, Collection 15,

(153 d~)jgs autopsb--d ir. M.abarovsk in 1953
helml-aths foand In '19-7317o. Dipilidium

an-s vth,~-rs werc rrort commun ar.-Iong
species ef heln-,iriths recorded. HeIrninthic
infestation of d--g5 fn Kamchatka was fowid to
arnount to dipbyUoDothriasis and toxotrematosts.
CARD: