SCIENTIFIC ABSTRACT GARTSMAN, B.M. - GARUSHEV, A.R.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000514330008-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1US.,SR1 Miscellaneous Econcqr
Card .1/1 Pub-104-9/11
Authors a Gartsman, B. M.
Title i c.anization o n ustrial processes.and improvement, in labor organization
Periodical t. Stek. i ker. 2. 26 28, Feb 1955
Abstract I Various ideas are introduced for total mechanization of glass and'porcelain
manufacturing processes. Ways of improving the labor organization at the
ceramics industries are discussed. The economical aspects of mechanization
of working processes are explained,
Institution:
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GAJ2SW, B.M.
Technological progress and the introduction of progressive prac-
tices is a basis for the improvement of economic indexes. Stek.i
ker. 13 no.1:24-27 Ja '56. (MLHA 9:3)
(Ceramic industries)

GARTSILAII. B.M.; RUTKOVSKIY, N.A.
Mankow
Ceramic building materiAls industry during the sixth five-year plan.
Stek. i ker. 13 no.8:23-27 Ag '56. (kMA 9:10)
(Ceramic industries)

GARTMAN,
Methods of establishing Indices in planning the mnnufacture of
cloy pipes. Stok.t ker. 14 no.6:22-26 Je 157. (MLRA 10:7)
1. Nauchno-isuledovatellskty institut stroitellnov keramiki.
(Pipe, Clay) (Building materimis industry)

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GARTSKAN, -B.Ii.;.,f..-,-.,..-.
I Structural ceramics industry during the years of Soviet government.
Stek.i kar. 14 no.10:22-28 0 157. (MIRA 10:12)
(Ceramic industries)

AUTH OR: Cartsman, B. M. SOV/72-58-lo-2/18
TITLE: Possibilities of a Cost Price Reduction of Ceramic Building
Materials (Puti snizheniya sebestoimosti keramicheskikh
stroitelInykh materialov)
PERIODICAL: Steklc i keramika, 1955, lir 10, PP 7-12 (USSR)
ABSTRACT: The increase of the manufacture of the 7.ost essential Drod-
ucts in 1957, as compared with 1956, can be seen from table 1.
Examples show that in some plants the input of work, raw
material and fuel is too high. In equally equipped works
a great difference in the specific output of the furnaces
is observed. In many plants producing ceramic building ma-
terial still 70-75 T") of the laborers are occupied with
manual labor. 30-40 @16 of the total yield is burned in periodic
furnaces which, in comparison with tunnel furnaces7 require
2 - 3 times more work and fuel. The costs of wages, related
to one unit of production, are considerably fluctuating in
the different plants. Due to the loss of working-time
in some plants, the averago capacity of one laborer is re-
duced by 20 In tables 2 and 3 the possible reduction of
Card 1/2 the specific fuel consumption is presented. !,ore plants

SO7/72-53-10-2/la
Possibilities of a Cost ?rice Reduction of Ceramic liuild-ino"aterials
ought to change over to natural gas. The inferior quality
of ceramic raw material exerts a harmful effect upon the
economic results. The manufacture, transportation and storage
of it oii-lit to be thcrouGhly im-proved. 4.'.ost of the plants
U
are using raw materials which have to be procured from far
away, instead of utilizin& local sources. Considerable looses
are resulting from hi6hs@uota of waste (Table 4). The out-
put of productions of I choice is still insufficien-_
3Y - i@O and even more per cent of all laborers are occupled
as helpers. It will be necessary to mechanize a lot of un.-
skilled work. The costs of administration have been redu,jed
in the last years, but still require further rationalizatior.
There are 4 tables.
Card 2/2

AUTHOR: Gartsman, B.M. SOV/72-58-11-12/15
TITLE: Prospects of Development in the Building Ceramic Industry
in Eastern Siberia in the Years 1959-1965 (Perspektivy
razvitiya promyshlennosti stroitellnoy keramiki Vostcchnoy
Sibiri v 1959-1965 99.)
PERIODICAL: Steklo i keramika, 1958, Ur 11, PP 37 - 41 (USSR)
ABSTRACT: In August of the current year a conference on the develop-
ment of the production strength of Eastiern Siberia took
place. It was convened by the AS USSR, the Gosplan of the
USSR and RSFSR, the Economic Councils, the Party, Soviet and
economic organizations of the Krasnoyarskiy k ra y, the
oblests Irkutsk and Chita, the Yakutskaya and Buryatskaya
ASSR, and the Tuvinskaya autonomous ob last - The suitable
use of the rich natural resources and the development of
political economy were discussed. In this article the chief
developmental tasks of the building ceramic industry in
9 as tern Sib e ria are reviewed. They are: 1) the establish-
ment of a production-technical basis for the building
ceramic industry ir. Eastern Siberia. The development so
Card 1/2 far is seen to be insufficient, and the per capita production

Prospects of Development in the Building Ceramic SOV/72-58-11-12/15
Industry in Eastern Siberia in the Years 1959-1965-
of the people is lagging behind at a level comparable to a
foreign rate.
2) Considerable provisions for the establishment of ceramic
factories ir Eastern Siberia . This area possesses rich
sources of raw materials which have not yet been investi-
gated.
3) Changes in the geographic distribution of the building
ceramic industry which is to be carried out in the years
1959-1965, as well as the development of ceramic manufacturing
in Eastern Siberia (Tables 1, 2, and 3).
4) Increasing the production capacities and technical levels
of the Kombinats (Table 4).
5) Prospects of reducing the production costs in the
ceramic factories. By economizing, the consumption of raw
materials and fuel can be reduced. With the establishment
of new factories the current transportation costs can be
reduced. There are 4 tables.
Card 2R

GARTSM", B.M., kand.ekon.muk; VILIS110NOK, A.S., ekanomiat; REKITAR,
@@Twtk.". ekonomist.
Methods of estimating the needs in ceramic building materials
during the sixth five-year period (1956-1960). Trudy -
NIIStroikeramiki no-13:226-2243 158. (MIRA 12:5)
(Russia-Economic policy)
(Building materials)
(ceramics)

GARTSM&N. S.M.
Possibilities for improving the production of building
ceramics as sbown b7 progronsive practices of plants.
Stek.i ker. 17 no-5:5-8 My 160. (MIRA 13:8)
(Coramics)

GARTWARX-BQri"q_tseyevichL kand. ekon. nauk; BOGUSLAVSKIY, A.I.,
nauchnyy red.; KOSIAKINA, Z.K., red. izd-va; GOLITRG, T.M..*
tekhn, red.
(Labor productivity in the structural ceramics industry]
Proizvoditellnosil truda v proqrshlennosti stroitellnoi ke-
ramiki. Moskva, Gos.izd-vo lit-ry po stroit. arkhit. i
stroit. materialam, 1961. 134 P. 11-11RA 15:4)
(Ceramic industries-Labor productivity)

GARTSMAN, B.M.
Ways to lower production costs in the structural ceramic
industry. Stek. i ker. 18 no.12:34-37 D 161. (KIRA 16:8)
(Ceramic industries-Costs)

REMPFLI, A.M.; SUKHOV, P-V.; KOPEYKIN, A.A., glavnyy red.; ROK1fVARGERp Ye.L.v
zamestitell glavnogo red.; VASYUTINSKAYA, A.A., red.; -GARISSMAII, B.M.p
red.; ZAYONTS, R.M., red.; LUNDINA, M.G., red.; NOSOVA, Z.A., md.;
PETROVY N.A., red.; RIVKIN, A.M., red.; ROMANOV, P.R., red.;
SOKOLOVO P.V., red.; FEYN, Yu.E., red.; KOSYAKINA, Z.K., red.;
KASIMOV, D.Ya., tekhn.red.
[Research on clay materials] Issledovanie glinistogo syrlia. Moskva,
Gosstroiizdat, 1963. 119 p. (Kuchino. Gosudarstvennyi nauchno-
issledovitteltskii institut stroitellnoi keramiki. Trudy no.22).
49RA 17:3)

GARTSMAN, B.M., kand. ekon. nax*4 FrIn.Imal uchnstiye SLIMSIM, P.S., kand.
Ways of developing the itructural. ceramics industry in the U.S.S.R.
Trudy NIIStroikeramiki no.21:3-20 163. (MIRA 1712)

G,@ B
Flo fr-n VFlut.lne prodaction COr ftj a t S tru.:7 tural ceramicts
kor. nn.12-29-33 D, 1 @4.
(MI RA IS: 3)

GARTSMAN B R ,[e-mail]; VALISHONOK. A.S., tnzh.-okonomist;
SOLOLINA, D.L., lnzh.-.okonomist
Growth of production and Improvement of technical and economic
indices in the building-ceramics Industry. Trudy NII Stroikeramiki
no. 14:154-168 159. (MIRA 14:1)
(Ceramic industries)

GARTSKAIT, I.H.
Snow cover of the Sikhote-AlinI Rang@. Izv.Sib.otd. AN SSSR
no.9:138-141 '58. (MIRA 11: 11.)
1. Lallnevostochrqy filial AN SSSR.
(Sikhote-Alini Range-Snow)

GARTISYAN, 1.11.
Determining length of time of runoff of water in streama. Izv.
Sib.otd.AN SSSR no.11:159-162 '58. (MIRA 12:2)
le Dalinevostochnyy filial All SSSR.
Otunof f)

c GARTSMAN, I.N.
Snow and spring floods along rivers of the Maritime Territory. Soob.
DTFAN SSSR no.10:199-202 159- (MIRA 1):Il)
1. Dallnevostochnyy:filial imeni V.L.Komarova Sibirskogo otdeleniya.
AN SSSRI
(Maritime Territory-Rimoff) -

GARTSMAN, I.N.
On the transformation of a flood wave. Ixy.Sib.otd.AN SSSR
no.12:25-33 159. (KIRA 13:5)
1. Dallnevostochrilry filial Sibirskogo otdeleniya All SSSR.
(Floods)

GART a
Calibrating of current meters. Soob.WFAN 3WR no.10:268-272 159.
(MIRA 13: U)
1. Dallnevostochxqy filial Sibirskogo otdeleniya AN SSSR.
(Strom meters)

GARTSMAN, I.N.
Prid6pal factors determining precipitation and streamflow in the
Amur Basin. AMir sbor. no.2:33-50 '60. (MIRA 15:3)
(Amur Valley--Runoff)

LUKIYANCHENFO, V.D.; GAR',';?,'JXN, I.H.; MAKAROVA, D.V.
Forecas-,s of spring ice phenomena in the basin of the Amur.
Sbor. nauch. rab. DVNIIS no.3il35-145 162. (MIRA 17-5)

L.B.
Principles for calculating condition parameters of maximum wind
velocitios in a system of wind power rcsources. Izv. A11 Uz.SSR.
Ser.tekh,.nauk no.2:25-32 158. (MIRA 11:9)
(Wind power)

GARTSMUT, L. B.: Master Tech Sci (diss) -- "The principles of computing the
maximum values of bower parameters for wind. structure". Tashkent, 1959. 16 pp
(Aced Sci LTzbek SM3, Inst of Power Engineering and Auteriatics), 175 copies
(KL, No 15, 1959, 116)
- "-- " @, - - -@` 'lr,- -,-Ij,@N.,.,
11:- I.- ,@i -f-, q;-@ - -
@, - lty..@@tV ,

GARTSKAH, L.B. -
Principles underlying the study of some structural properties of wind
regimes. TM4Y Sred.-Am.nauch.-isal.gidrometeor.inst. no.2:85-91
'59. (14IRA 13:6)
(Winds)

GRINEVICH, G.A - GARTSMAN L B.; RAMIDIOV, Kh.; PETELINA, N.A.;
FA Z Y*L'O lai;damik, otv. red.; SHARTEVA, K.A.,
red.; SOKOL-OVA, A.A.; red.; KARABAYEVA, Kh.U., tekhn.
red.
[Study of the characteristics of regenerative power sources;
wind, water, and solar energy] Issledovaniia kharakteristik
rezhim vozobnovliaiushchikhsia istoohnikov energii vody,
vetra i solntsa. Tashkent, 1963. 205 P. (MIRA 16:8)
1. Akademiya nauk Uztekskoy SSR, Tashkent. Institut energeti-
ki i avtomatiki. 2. AN UzSSR (for Fazylov).
(Power resources)

------- --- -
L-2-3529-66 WPW /R@T(d) /`F.W" /R-w'P-(h)- (d) /WP(-l ) /F.WP(v) Avpft) TAP(r) M/.Tn
ACC NRi AP6008069
SOURCE CODE:
32/002/0228/0231
AUTHOR: Pekarev, A. I Gartman, M. V.; Chistyakov, Yu. D.- 6
ORG: Moscow Institute of Steel and All2p,(Moskovskiy institut stali i splavov)
TITLE: A method for tensile testing of tungsten and molybdenum single crystals_
Z;:::;, z YA'-@ / 2- 7
SOURCE: Zavodskaya laboratoriya, v. 32, no. 2, 1966, 228-231
TOPIC TAGS: tungsten, molybdenum, single crystal, tensile test , finishing machine,
metal polishing
ABSTRACT: The authors describe a special machinAesigned for preparing single crys-
tal specimens to be used in tensile tests (see,,figure).
The process reduces to electrolyt c polishing) f the ro-
tating single crystal 1 by shaper cathode 2 in the form
of a specially shaped polished disc. The cylindrical
single crystal is held by two collets 3 and turmed at
a rate of 20 rpm an SD-2 motor through a gear box 4
and belt drive 5.1q'Stainless steel disc 2, which ro-
tates at a speed of 19 rpm, is fed 1.0-0.2 mm toward
the surface of the single,crystal by lead screw 6
in such a way that the electrolyte from container 7
located beneath the disc wets the surface of the
single crystal for normal electrolytic polishing.
Card '1/2 UDC: 620.172

ACC NRt AP6008069
The disc moves closer as electrolytic dissolution proceeds until the test specimen
has the proper dimensions. The installation may be used for making tungsten and molyb-
denum specimens. The electrolyte used for tungsten is a 5% solution of caustic soda,
while that used for molybdenum is a 10% solution of sulfuric acid in methyl alcohol'@
Orig. art. has: 4 figures.
SUB CODE: l1iI3/ SUBM DATE: 00/ ORIG REF: 002/ OTH REF.-' 001
Card 2/2

LITVIN, P.L.3 SOSNOV, K.A.; SHELKOVITIKOV, N.I., GARTSMAN, P.Ye.
"Purification of waste water from enterprises of ferrous
metallurgy"' by A.F. Shabalina. Reviewed by P.L. Litvin and
others. Stall 21 no.22.11,45 D 1611. (MM 14:12)
1. Leningradskly Gosudarstvannyy soyuznyy institut po proyaktiro--
vaniyu. metallurgIchaskikh zavodov.
(Metallurgical plants--Water supply)
(Water-Purifieation)
(Shabalina,. A.F.)

TSWKOV@ A@I,q akademikl MOROZOV, BoA*p doktor takh. nauk; SHUSTOFJOVIGH, V.M.A
inzh.; WT". S*D,v.inzh,
Selecting the optimum diameter for the supporting rolls of four-high
rolling millso Vestemaahinostr. 45 no,9t24-26 8 165, (MIRA 18110)

27938 S/138/61/000/007/006/007
A051/A129
AUTHORS: Bartenev, G.M.; Gartsman, V.I.
TITLE- Relationship between the temperature of the loss of hermetic sealing
in rubber compression linings and the temperature of vitrification
PERIODICAL; Kauchuk i rezina, no. 7, 1961, 28 - 30
TEXT-- The authors have investigated the possibility of a connection be-
tween T1h (the temperature of hermetic sealing loss) and the temperature of vi-
trification of rubber determined at the same rate of cooling. The loss of the-
hermetic sealing in rubber compression linings at low temperatures is the' 'result
of a loss of the high-elasticity,properties of the rubber. When the coolirg of
the rubber takes place at top rate at a frequency of the external force G) -),0,
i.e., when there is a shift from dynamic loads to static ones, then the tempera-
ture of mechanical vitrification Tmech. will tend toward the temperature of struc-
fural vitrificatlon T . Thus, the temperature of hermetic sealing loss connected
with mechanical vitrification under conditions of a static load.ought to be close
to the temperature of structural vitrification, corresponding to the given rate of
cooling. The temperature of the structural vitrification was determined by the
Card 1/4

27938 3/138/61/000/007/006/007
Relationship between the temperature of.... A051/A129
dilatometric methcd. A comparison of Tlh and Tg indicates that for the majority
of rubbers Tlh is somewhat more than Tg, and for other rubbers it is equal, but
never lower. An increase in TIh is explained by the fact that the vitrification
process does not take place at a strictly constant temperature rg, and In a cer-
taln temperature range, different for different rubbers, it starts at a tempera-
t,ure higher than T; (Fig. 1). The following conclusions are derived: The tem-
perature of hermetic sealing loss coincides with that of structural vitrification
or is somewhat hioier at the same rate of cooling. It exceeds It occassionally
by 100C. The determination of the temperature of hermetic sealing loss is a dir-
ec+'method for evaluating the frost-resistance of the packing seals at a given
cooling rate. The temperature of structural vitrification may serve as an Index
of the frost-resistance of a material measured on a dilatometer at the same rate
cf cooling and acting as the lowest possible temperature of hermetic loss. There
are 2 figures and 4 Scviet-bloc references.
A-55,0CIATIONs Nauchno-issledovatel'skiy institut rezinovoy promyshlennosti (sci-
entific Research Institute of the Rubber Industry)
C a rd 214

A19
S/032/62/028/002/033/037
B124/B101
AUTHOiiS: Bartenev, G. M., and Gartsman, V. 1.
TITLE: Dilatoineter for the study of highly elastic materials at
low temperatures
PERIODTCAL: Zavodskaya laboratoriya, v. 28, no. 2, 1962, 245-""
TEXT: A new dilatometer consisting of the dilatometer proper and of a
cooling system equipped with a temperature controller was developed for
routine tests of rubberlike materials. Fig. 1: Sample 1 placed on a
special quartz groove 3 is contained in quartz tube 2. quartz rod 4 with
metal cap 5 has been suspended from arm 6, and presses the sample to tube
L-through spring 7 with a force that can be controlled by the set screw 8.
The displacement of rod 4 due to con-traction of the material is determined
with indicator 9. When cap 5 touches the arm of indicator 9, the circuit
of milliammeter 10 is closed. The tempe.ature of the sample io measured
with thermocouple 11 which has been placed into the opening of accessory
.sample 12 with the same heat conductivity as the sample. Cooling chamber
13 is cooled by coil 14 containing evaporated liquid nitrogen, which is
supplied from a standard Dewar flask 1 (Fi6. 2). oletallic tube 2 with
Card 1/4

33419
S/032/62/028/002/033/037
Dilatometer for the study of highly ... B124/B101
heater ' power -1 from transformer 4 is inserted into ti,.e Dewar flask.
The coolins rate is controlled with thermocouple 15 (Fig.1), MP411-P -54
0 -
(?,[RShchPr-94) millivoltmeter 5, and an electromagnetic relay with ball
valve 6. A cooling rate of 150/min, e. g., is maintained with an error
of +0.20/min. The mean square error of linear contraction in the same
sample is not greater than 1-7@4- The deviation dut@ to the inhomogeneity
f
of the rubbers is, however, usuallY 4 to 6/0. When 5 to 6 samples are
examined, the mean square error is 1.5 to 2-%'0. The error i- --surement
of the structural vitrification point is about 0-5 0C. There are 3
figures, 1 table, and 1 Soviet reference.
ASSOCIATION: Ilauchno-issledovatellakiy institut rezinovoy
promyshlennosti (Scientific Research InstituLe of the Rubber
Industry)
Fig. 1. Schemz,tic diagram of the dilutometer. Legend: (A) nitrogen inlet;
(B) dry cell*V1 v
Fig. 2. System of nitrogen supply and control of the cooling rate.
Legend: (A' rectifier; (B) to cooling chamber.
.ard 2/4
'4K

r,ARTSSHTZTN, M.G.
Phase conditions of the cerebral cortex in reactive depression. Zh.
vysshei narv. delat. Paylovs. 1 no. 2:280-Z89 Kar-Apr 1951. (CLML 22:5)
1. Moscow Branch of Scientific-Research Institute Imeni I. P. Paylov
of the AcadmW of Medical Sciences USSR.

GARTSSHTZYN, N.G.
Yirst and second signal systemm relation disorders in reactive do-
pression. Zh. vymshei nerv. delat. 2 no. 4-868-M5 Nov-Doc 1952.
@ (CLKL 24:1)
1. I.aboratory of the Pathophysiology and Therapy of Hasan Higher
Nervoun Activity of the Institute of Higher Nervous Activity of the
Acadeuq'of Sciences MR.

GARTSSHTEYN, N.G.
iifect of Drolonged sleep on disorders of simultaneous function of
the signal systems and their relation to cardiovascular changes in
reactive depression. Zh. vysshei nerv. deiat. 3 no.4:562-583 July-
Aug 1953. (CLML 25:4)
1. Iaboratory of the Pathophysiology of Human Higher Nervous Activity
of the Institute of Higher Nervous Activity of the Academy of Sciences
USSR.

GARTSSETI", N.G.
Connection between the disorders in the joint activity of sigml
systaims and some vegetative disorders in reactive depression. Trudy
Inst.vys.nerv.deiat. Ser.patofiziol. 1:97-108 155. (KIM 9:8)
(DJFMSICN, XOTAL) (CONDITIONO RMPONSX)
(HIS rRA ION ,BLOCD--GIRCUIATION)

GARTSSHTM, N.G.
Treating react.We depression with prolonged sleep. Trudy Inst.vys.
nervadeiat. Ser.patogiziol. 1:314-329 '55- (MLIRA 9;8)
(DXMMSION, KWrAL) (SIMP-Tma"NUTIC USN)

GAMSSHTJffNi N.G.; ASIANOT. A.S.
Scientific conference dedicated to problems of the doctrine of the
higher nervous activity as applicable to tasks of neural and
psychiatric clinics* Zhur*M onervedoiat. 6 no.3:501-507 My-is 156.
(NOYOU3 BTSTIM--DISUSIS) (MLRA 9:12)

�@z , N. G., Doe Med Sci -- (diss) "Experience in the
Study of Nervous Mechanisms of Reactive Depression and Certain
Forms of Its Therapy." Mos, 1957. 20 pp (Acad Sci USSR, Inst
of Higher Nervous Activity), 120 copies. Bibliography: pp 19-20
(KL, 48-57, 108)
- 57 -

BOGAGHNINkOel L.S.; GARTSSHT.HYN, N.G.; SIMINA. M.I. (Moskva)
Theory of the higher nervous acitivity in man. Zhur.vys.nerv.dei&t.
7 no.6:794-804 K-D '57. (MIRA 11:2)
(UNTRAL NERVOUS SYSTEM, physiology,
higher nervous activity, review (Rue))

Diaaertzitions. Branch & Biolooical Sciences. Jul-Dee 1957.
Vest. Ak Nomit SSSR, 1@58, No. 4, pp. 119-2D
At the Institute for Biochemistry im A. N. Bakh diseettations defended for degree
of Candidate of Biological Sciences:
POGIAZCV., B. F. - Investigation of the Adenosin Triphospbatase of Muscles and of
Some Plants.
SPEW, A. S. - Investigation of the Specifity of Species of Rucleinic Acids in
Bacteria.
At the Inst. of Higher Nerve Punction the dollowing dissertations were defendod
Ifor the degree of Dr, of Medical Sciences:
iGARTSSMWN., N. G. - Investigation Test of the Nerve Mecbanisme of a Depression
Reactici-in 6@i@ 'Forms-of Its Therapy.
KOM, S. 1. - Injuries of the Higher and Vegetative Nerve Function. in Children
Caused by Scarlet Favor.
for the degree of Cand. of Biological Stiences:
VASILITNA, 0. V. - Correlations between Unconditioned and Conditioned Notion
Reflexes and Defence Reflexes In Overlapping.
for the degree of Card. of Medical Sciences:
NAREDVA.. Ye. D. - Peculiarities of the Injury of the Neurodynamics in an
Amnesic Aphasia.

GARTSSftTEYN1-R.-Q*.---,
Influence of lagging inhibition on the dynamics of arterial pressure
in patients with reactive depression. Trudy Inst. vys. nerv. deiat.
Ser. patofiziol. 7:3-15-12/+ 160. (MIRA 14W
(DEPRESSIONq MENTAL) (CONIftTIONED RESPONSE)
(BLOOD PRESSURE) (INHIBITION)

GARTSiaEYN., II.G.; RELOVA, T.B.
Analytic and synthetic activity in children who are oligophrenic.
Trudy Inst. vys. nerv. deiat. Ser. patofiziol. 8:83-90 161.
(@UITAL DaICIENCY) (CONDITIONED hESPONS@@) (IURA l5z2)
- I-, -.. @ - I-.--- I-- @@
-T- , .:, . @'@ @ -

GARTSSHTEYN N G
Differences in the neurodynamics in neuropsychiatric diseases
with a dominance of "sick points". Zhur.nevr.i psikh. 61 no.10:
1505-1509 161. (MIRA 15:11)
1. Institut vysshey nervnoy deyatellnosti AN SSSR, Moskva.
(MENTAL ILLNESS) (NERVOUS SYSTEM)

GA4NHl,EnL,-l@- kand.bioldgicheskikh nauk
Sanitary and hygienic conditions of hot workshops in bakeries and
morbidity among bakers& Gig.i san. 26 no.3:61-61+ Mr 161.
(MIRA 14:7)
1. Iz Ivanovskoy oblastnoy sanitarno-epidemiologicheskoy stantsii.
Nauchnyy rukovrditell - prof. S.S.Poltyrev.
(HEART--STROKE) (BAKERY EMPLOYFZ-DISZU@ AND HMIENE)

G @ @, J-P@ / YE 6j.
PIIOKHOV, N.D.; GARTTS, ye.x.: SEMYAKOV. M.Z.
Increas4ag the-CAPacitT Of gas producers using Chelyabinsk 00ale G&Z
prom. no.2:5-8 7 '57 * (MLRA 10:3)
(Gas producers)

GARTUNG, A.A. --
Laborator-j investiration of models of' autonatic hydraulic forebay
regulatorn of the firm Neyrpic, Vop. g1dr. no-3:104-111 '61.
(HIRA 15:4)
(Sluice gat-) (Automatic control)

GARTUNG. A. A.
Tainter gate and automatic deiice in the head waters with the
float in a separate well. Vop. gidr. no-4:92-99 '62.
(MIRA 15:10)
(Sluice gates) (Automatic control)
--5

GARTIUNG, A.A.
Study of sectional automatic locks under field conditionE.
f
Vop. gidr. no.16:47-58 163. kMIRA 17:11)

T
GARTUNG, A.A.; KRAIIADC"l, L.B.
estizations of autcmat I c -,-FjdLvl tP ilwat'ir (atcq'.
Ps,sL-J.ts )f inv 11
Vop. gidr. no.22:76-S5 165. (NiRA 3.8.-ol)

ROSSrMSUT. Q.I.; GAMIG, S.T., redaktor; LARIOKOV, G.Te.. takhni-
chesidy redaktor.'
[Internal combustim engine electric power plants I Xektriebookie
stantel). e dvigatellawl vnutrennego' egorantla. Moskva, Go@. energ.
ixd-vo, 1954. 198 p. OURA 7:7)
(3lectric power plants) (Ons and oil engines)

GSTRYAKOT, P..L. [deceased]; ZiLRYANOV, N.Y.; G&HMqx,..S.V., otvetstvennyy
@ --rkx
redaictor; ANDREMKO, Z.D., redaktor; I ., tekhnicheskiy
redaktor.
(Heat eliminating apparatus for powerful radio stations] Teplootvo-
diashchie ustroistya moshchnykh radiostantaii. Moskva, Gos. izd-vo
lit-ry po voprosam oviazi i radio, 1954. 258 P. [Microfilm]
(Radio stations) (MLRA 8: 1 )

NBVICLISON, U.I.;.GARTUNG, S.V., redaktor; URIONOV, G.Ye., tekhai-
-' -'z@
cheakiy re or.
(Centrifugal fans] Tgentrobezhnye ventiliatory. Moskva, Gas. energ.
Izd-vo, 1954. 334 p. (MM 7:10)
Mae, Meahanical)

BOGOSLOVSKIY, Vaevolod Sergeyevich; GARTUNG, S.V.. redaktor; SXVORTSOV,
I.H.. tekhnicheskiy redaktor
Nechanization of boiler unit repair] Makhanicatsila remonta kotell-
nykh agregatov. Moskva, Gos. energ. izd-v--t. 1955. 253 P.(MM 8:7)
(Boilers)

L L
AVAYZV, Serg97 Aleksandrovich; GARTUNG. Sergey.-VasillyeTich; SHKELKV.
Aleksandr Nikolayevich; i!R MM!USH11,A.V.
profesanr, doktor tekhnicheskikh nauk, reteenzent; TULYUSIN,H.V.,
inzhener, retsentent; BLIKINA,Ye.M., takhnicheskiy redaktor
[Blectrical equipment for light industry] Blektrooborudovanie
predpriiatii legkoi promvahlennosti. Koakw, Goe.nauchno-tekhn.
izd-vo Ministerstva tekstillnoi promysh.SSSR, 1955. 308 p.
(Electric engineering) (MLRA 9:1)

GARTUNG, Se@gy Vasillyevich; DUBKOV, Dmitrijy ilikhailovich; POLUSHKIN.
4"'*Jft`A*1@rVffrd&novIch; AVATW, S.A., reteenzent; OOPODOT, K.I.*
retsenzent; 12UWV, A.F., reteenzent; POLOZOT, A.I., reteenzent,
[deceased]; SADOV, D.A., retmenzent; LIOZMV, A.G.. redaktor;
IMUMSOVA, 0.1.@'.' takhnicheskiy redaktor.
[Manual for engineers In textile induitryl Spravochnik energettka
tekstillner promrshlonnosti. Moskva, Gos.nauchno-tekhn.isd-vo
Ministeretya prosWoh.tovarov shirokogo potreblenita SSSR. Vol.
[Blectric engineertno 1955. 630 P. MRA 8:12)
(Blectric engineering)

TATISHMN., Sargey Vacillyevich; GARMG, S.V., rednktor; VORONI.N. K.P.,
t4chnicheskiy redaktor.
[Furnace equipment of induatrial boiler roms]Tripochoye ustroistya promy-
shlennykh kotel'aykh. 14oskva, Goa.energ. izd-.-To. Ft. l.Takst 1956,
351 P, Pt- 2-Atla@ 1956. 611 leaven. (IILRA 9:.5)
(ru.-Uacas)

AVAYRV, Sergey Alaksandrovich;,AAjTjXQ,,sqrgey Vasillyevich; SHHXLEY,
Aleksandr Nikolavevich; TULYUSIX, N.V., in2hener. retsenzent:
KRYWY, A.P., inzhener, rateenzent; PLINTANNIKOV. M.N., redaktor;
MOVIDBYA, L.Ya., takhaicheakiy redaktor
[Blectric substations, netvorks, and illumination in light industry]
Podstaataii, sati i oeveshchente prodpritatii legkoi promyshle=oati.
Moskva. Goa. nauchno-tokha. izd-vo Xinigterstya legkoi promyshl.
SSSR, 1956. 439 p. (MLRA 9:9)
(flectric engineering)

POPOV, Viktor Mikhaylovich, ; SHABAROV, Aleksandr Mikhaylovich, ; GARTUNG,
S.Y.,red.; VORONIN, K@P@, tekhne red.
(Burning peat in boiler furnaces]
Moskva. Gog. energ. i7d-vo. 1958.
(Peat)
(Boilers)
Szhigante torfa v toy)kgkh kotlov.
86 p. (MIRA 11:12

UY"RENKO Somen YeVliseyevich: inzh.; GARTUNG, S.V., red.; VORONIN, K.P.,
tokhn.red.
[Manual of heating systems; construction and assembly] Spravochnik
po teplovym setism; dtroltelletvo i montazh. Izd. 2-os, perer.
Moskva, Goe.eQerf,.izd-vo, 1958. 519 p. (MIRA 11:5)
(Heating) -i

IDBLICHIK, Isnak Tevneyevich; GARTUNG, 83., red.; VORONDI, K.P.,
takhn.red.
(Handbook of hydraulic resistances; coefficients of local
resistances and frictional resistance] Spravochnik po gidravli-
cheskim soprotivleniiam; koeffitaienty mestnykh soprotivlenii i
soprotivleniia treniia. Moskva, Gos.energAzd-vo, 1960. 463 p.
(MIRA 13:12)
(Fluid dynamics--Handbooks, manuals, ate.)

GIRSHEII, P ; GARTbNG S V . retsenzent; SOKOLOVA, V.Ye.., red.; BATYREVA,
G. G: I, - tZ;@. - red.
(Economy of electricity in enterprises of the textile industry]
Ekonomiia elektroenergii na predpriiatiiakh tekstillnoi pro-
Eyshlennosti. Moskva, Rostekhizdat, 1961. 55 P. (MIRA 15:6)
(Textile industry)

7:7
FaTAlro's for pover -mgineerinc- work;@z.@;a o" tn" revt@ -,n'ustry'
Spravoohmik energ-@ ka tel.-z@til:nc@@ pr=vsh!en7-,c5t:.,
L
GAi @unj;, D.!'. Dlubkov, Mnsk-xa, Roos Z@Olt , V@ I @ 1 -11(; c'Tr--cal
englnee,.-In L71 E'I ekt rc 196 2, '59 P-k i.6 - 2
ec -- -r
fliancil-oks,
lndlistr@!. -Fle:tric equip;-le-i

AVAYEV, Sergey Al9ksandrovich; GARTUNG Sergey Vasillyevich- SHMELEV,
- *'-"- - i f
Aleksandr Nikolayevich; G -ied
BATYREVA, G.G.,
tekhn. red.
[Electric-power equipment In textile and light industry
enterprises] Elektrosilovoe oborudovanie predpriiatii tekstill-
noi I le-7koi prpmyshlennosti. Moskva, Gizlegprom, 196". 299 p.
(MIRA 16:10)
(Factories-Electric equipment)

AVAYEV, Sergey Aleksandrovich, Icand. tekhn. nauk; BELOV, Vladimir
Pavlovich; ZINGMAN, Aleksandr AbramovjQ; MILOVIDOV,
Nikolay Nikolayevich; SIDDROV,,Yurly P*Ylovich; SDIIGIN,
Petr Andreyevich;_gj=GS-V-, retsenzent; KRYLOV, A.P.,
retsenzent; CH'JGRF.YE-VA,V.N., red.; VINOGRADOVA,G.A., tekhn.red.
(Automati2ation of technological processes in tho cottton
industry] Avtomatizatsiia tekhnologicheskikh protsessov
khlopchatobumazhnoi promyshlenn6hii. Moskva, Gizlegprom,
1963. 279 P. (MIRA 16:11)
(Cotton machinery) (Automation)

AVI..';"'V, Sergey Alck.,itindrl,vi--iii_!If~tLULjCI - r
ilekaandr Nikolayevich; MIWI-
retsenzent; Sh"IEYNGART, V.D., red.
[Electric power supply of textile 1.1ants and light,
industry] E.IektvonnabzI.enif! rlrfdpril@ttti t e kt, 4, 1. 1
legko.1 prc-rrvsIderu-v)z;tI. I.egkala indlustriia,
1964. 4,17 p. ("Mil F"I. -'I: Ii)

Civan@ e sin blo@xl for-mation in :r@t-Lent!7 ulccrol,,s follov:-
in:, rcs,?ction of the -@tompch. " First oScow Or(@er Cl T rin - c:
Inst imeni T. Sechenov. P;c;6, 'L@-Isf-eriatilon for !.@.e
de:-rec of Gindidate in Nedical ScienceF)
Kni@; mava lotonis'
35, 1950". ',%'.osco,.r

f@ TV @1 1--;
USSR/Human and Animal 11ysiology - (Normal raid Pathological). T-4
BloGd. HematoGenosis.
Abs Jour : Ref Zhur Mol., No 11, 1958, 50661
Author : Gartvan, N.R.
Inst :
Title : Hematogenetic Clianges in Patients with Ulcers after
Resection of the Stimach.
-1)
Orig Pub : 'Glirurc;iya, 195Y,No, 2, 28-34.
Abstract : Peripboral blood characterictlics were studied on 78 patient
before a stomach resection (R) was performed on them, ane.
7 mniths to 18XZ-1 years after It. After R of 2/3 of t1he sto-
mac!', the amount of Irb and of erythrocytes (E) remaincc,
the same or showed an increase. After a subtatal R, the
armunt of E decreased in 10 out of 19 patients, whilc in 5
patients a mild normchronic anemia was observed, anO in
1 patient a hypochromic anemia was established. An incroa-
se in the number of axyphylic crythroblasts was detected.
Card 1/2-
USM'/Iluman anne. i'lliral 1bysiolocy -(Normi an-@l llath@,logical)- To-4
Blood'. Hematogenesis.
Abs Jour Ref Mur - Biol., No 1956, 5o661
coeven to 10 years after the operation, a considerable
increase in the number of polychromatophylic crythroblasts
was established in some of the patients. These polychro-
matophylic erythroblasts showed degenerative clianGes in
their nuclei. In 50 percent of the operated patients a
tendency of the leukocytes to decrease their nwibers was
noted. in the presence of accompanying diseases or in-
ions within the area @:)f the stomach stump, and at
Llammat
the presence of anastomses as well, a displacement of the
leukocytes to the left was observed. In most of the cases
a slowed maturing of elements was noted on the
LiyeloL-xan. It seems that the development of anemia resul-
ted nainly from considerable losses of blood prior t,-, sur-
Gory, as well as from Oiscascs of the (pstrointestinal
tract, but not so much frxa R itself. There was no eviaen-
cc of pernicious anemia developing after R which has been
Card 2/2 performed because of ulcers. -- A.D. Belaborodovae
21
7-@

ZEDGENIDZE. Ceprgou Artemlyevich. prof.; LINDENBRATEN, Leonid
Davidovicy, prof.; GARVEY, NJ., red.; KOKIN, U.M.,
takhn. red.
(Brief course of roentgenology and radioiogy] Kratkii kurs
rentgonologii i radiologii. Moskva, Medgiz, 1963. 303 P.
(MIRA 16:7)
1. Deystvitellnyy chlen AMN SSSR (for Zedgenidze).
(RADIOLOGY, MEDICAL)

USSR/ Enginecrinr -,"Itator boats
Card 1/1, lub. 128 3/23
Authors t Gar'.vi(;, V. A.
Title I About a type of louncher for public use
Feriodical t Veqt. Inas%,. 2'. 17 - 20, Fab 1955
Abstraot, I I'lans for pruducing outboard and inboard m,tor crafts furpublic use
are given together with the description ofseleral designs of the above
mentioned boat's. Drawings; illustrations.
Institution. ....
Submitted i .....

It+ -
GARTVIG, V., inshener; KLIMENKO, N., Inzhener.
Gas turbine Installations on ships. Nor. flot 16 no.10:
29-31 0 '56. (MLRA 9sll)
(Marine gas turbines)

GARTVIG, V., inzhener.
Winged ships. Tekh.mol.24 ne.8:12-13 Ag 156. (MLRA 9:9)
(Motorboats)

GARTVIG, Vasiliy Andreyevich; YFJSEHOV, G.V., retsenzent; CHMOV.
--rMMMMYOTA S.K..red.izd-va; RRASUAYA, A.K., tekhn.red.
H.I., red.;
[Aleng the water in wings] Po vocle na krylliakh. Moskva, ltd-vo
"Rechnoi transport." 1957. 77 P. (MIM 11:3)
(Ships)

GARTVIG V.
Vessel with undewater wings. Nor. flot 17 no-3:16-20 Mr 157.
1 .(Kiak 10:3)
l.Glavny7 konatraktor proyekta.
(Ship propulsion)(Hydroplaues)

GLRTTIG. V., konstmktor
What gives the wing its lifting power? Tekh.mol. 28
no.2:14-15 '60- (HERA 13:6)
(Planing hulls) (Boatbuilding) (Wings)

S/029/60/000/06/10/020
B008/BO07
AUTHOR: Gartvigg V99 Designing Engineer
TITLE: The Intercontinental Ship of the Future
PERIODICAL: Tekhnika molodezhig 19609 No. 69 pp. 19-22
TEXT: The author here designs the picture of a future intercontinental
passenger vessel. Such a ship must develop a speed of at least 200 km/h.
The highest speed hitherto attained by a passenger ship is 72 km/h. This
is also the speed developed by the first Soviet double-hull glider vessel
for 130 passengers "Ekspress" designed by the author, on the line from
Sochi to Sukhumi in 1940. At times the vessel developed even speeds of
86 km/h. The torpedo-cutters constructed by Academician A. N. Tupolev
developed speeds of up to 110 km/h. For the purpose of attaining a speed
of 200 km/h, under-water wings arj@probably the most suitable construction.
ly
The cutters "Raketall'and the newIlleteor" -i"or 150 persons, which were con-
structed by P, Ye. Alekseyev, developed speeds of up to 130 km/h on trial
runs. From this we may conclude that thisepeed may be by far exceeded if
the construction of the blades is further developed. The author imagines
the total view of a future passenger ship to look as follows (Fig. pip.20-21):
Card 1/3

The Intercontinental Ship of the Future S/029/60/000/06/10/020
B008/BO07
A longitudinaig drop-shaped hull of 122 m length rests upon six high sup-
ports on deep-lying arrow-shaped underwater wings. The bladesp which have
a variable starting angle, are controlled by hydraulic mechanisms, and
warrant full stability of the vessel. The ship, which is intended to hold
1200 paosengerep has a comfortable covered promenade deck@ out at the bows,
it has one or two saloons with a panorama view, a cinema for 300 to 350
persons, several restaurants, one reading room, one playroom for children,
one music room, one sports hallq sixhundred double-bed cabins are located
in the lower three floors and are separated from one another by means of
sound-proof bulkheads. The air supply is controlled by meansof aircondition-
ing plants. The bridge and the house with the steering gear are in front
near the bows high above the water level. Radar devices and underwater
direotion finders are,.available for vigation,9, The current is supplied
by an-atomic reaotorj7The reactor and all pipelines and equipments contain-
ing radioactive substances are insulated from the other parts of the ship
and are surrounded with some suitable biological protective-substanae. The
vessel is driven by the recoil principle, steam being used as fuel. While
maneuvering in the harborg several Diesel engines of the type "V -501, (M-50)
replace the main driving gear. Titanium alloys may be used for the purpose
Card 2/3

The Intercontinental Ship of the Future 60@000/06/10/020
of building this vessell this material meets all the demands of ship-
building, but welding it at present still causes dif%culties. For the
part of the shipts hull above waterv glass textolite ould be itable.
For the glass parts, such glass-olear plastics a;-plexiglass,@e_M'Aoh has
a high scratching resistance, are used. The question of material is of
especial importance in the production of supports and underwater blades.
Probably, titanium alloys mill be used also for this purpose, unless, in
the meantime, new super-solid and corrosion-proof materials have been
produced. There are 3 figures.
Card 3/3

GARUCIUVA, P.
Hew tasks in the develonment, of the chemical indilstry (in Georgian
with summary in Russi"I.- Trudy Tbil. Gu 81:33-57 159.
(KM 1,4:2)
(Georgia-Chemical industries)

USSWPha'rmacology, Toxicology. Various Preparations
v-6
Abs Jour : Ref Zhur - Biol.,, No 5., 1958, No 234o6
Author : Iarmoshkevich A.I... qarumiants L.K., Babaev R.A.
Inst : Uzbek Agricultural Ins-fnfte----
Title : Me Physiological- Action of Dorogov's Stimulator on Calves.
Orig Pub : Nauch. tr. Uzb. B-kh. in-tj 1956., lo, 141-143
Abstract : Under the impact of Dorogov's Stimulator the hemopoiesis was
strengthened, the number of erythrocytes and Hb increased,
the leukocytes grew in number and the index of physiological
condition of RES rose.
Card 1/1

GARUVKSHTENE. S.S.[Garunkstiene, S.]; GRIGYALIS, A.A.(Grigelis, A.],
-'---@d.' geo.-miner. nauk; VONSAVIMUS, V.P.[Vonsavicius, V.I,
red GAYGALAS, A.I.[Gaigalas, A.], red.; DALINKEVICBYUS,
I.AlDalinkevicius, J.], red.; KAZAKOVA, V.A., red.;
KISNERYUS, Yu.L.[Kisnerius, J.1, red.; CHEPULITE, V.A.
(Cepulyte, V.I., red.
[Study of the geology of the U.S.S.R.] Geologichaskaia izu-
chennost' SSSR. Villnius, Mintis. V01.43. No.l. 1964. 244 P.
(,MI:tA 18: 10)

L r,
GARUNKSHTIS, A., Cand Gdogr Sci -- (diss) "Regult--rl-t@ Of t@
development of the lakes of Eastern Lithuania." VilInyus,
1958. 16 pp with ills (Min of Higher Education, VilInyus
State Univ im V. Kapsukas), 100 copies (KL, 35-58, 105)
-13-

CAMIFSTIS, A.
G@CMYT@`Y & 17 9LCGY
11101"SLINIAI P'-A'I---'SI:KAI.
GA7,T77,'X3fIS, A. uoncerninr th, classification of ak- s dinents in the
territory of the Lithuanian SSR. D. 123.
Vol. 6, 1958.
Monthly List of East European Accession (E-FAI) LG Vol. 3, No. 3
March 1959, Unclass.

KARATAJUTE-TALDRA, V., red.; LAREUITAS, V., red.; BLOSTRUBAS, S.,
doktor tokhn. nauk, red.; GAFUII'K.IiTIS, A., kand. geogr. nauk,
red.; MIGELIS, A., kand. geol.-71n. nauk, red.;
DALINKEVICIUS, J., doktor geol.-min. nauk, red.; KONDRATAS,A.,
kand. geol.-min. nauk, red.
[Problems of the Devonian sti-atigrapby and paleogeography of
the Baltic region] Voprosy stratigrafii i paleogeografii. de-
vona Pribaltiki; daklady. Vilnius, Mintis, 1964. 145 p.
(MIRA 18: 6)
1. Soveshchaniye po stratip-itfil J paloogeogrtifli devona
Pribaltiki. Vilnius, 1962. 2. Chlen-korrespondent AN Litov-
skoy M (for Dalinkevicius). 3. Institjjt geologii Gosudar-
stvennogo geologicheskogo komitota SSSR, Vilnius (for
Karatajute-Talimaa, Narbutas).

GARMIG V D. N.

,T

at on@ p 0
Influence of the S11tv Rd hi f Frictims gee-
jiuas and Degree of Hardness on the
a CAotact. (Russim)"D.
14.
V. a No. 3
A6deirkU NdUO
M
VWMW k
Mar
19 rA
W&
I(
.
metals- Aleup cr on AL stoat a
vohv such. as Caw Al. &W
d Were invewA
m
Slid Ph o
3 ref.

Chemical Abat.
Vol. 48 No. 8
Apr. 25, 1954
Petrole=1 Lubricantap
Rapid stile "M le to
a
4',_,Uv_'A_,-.d- . . . A Ify Akad.
W. bvul-t @ Wavidiflow cmcking of
heavy petroleum Protlucts is besa (lone at about AM' with
"MACt Of 0.1 W. With rapid CMAIng Bud I1rAtInj. The
distillate fractions contain considerable atnts. of uUmtotatcs
'and 6 compds. Reforining of these subGtanccs )-lelds a
high-quality stable fuel; the fraction of catalyzate which
@b. 205-W Is best for hydrogenation o%Tr a stationary
and A8phalt catalyst. A inath. anadysis of the beat tran-4cr in rapid-
flow cracking Is made, and it Is shown that for Re greater
than 100 the following formula applir.*: 0 - d'." -tl-
l.44V-'N:(1 - -f), where -f Is potosity of the heat carrier,
d is the particle diam. of heat carrier, v is the linear flow
rate, a is the av. transfer coeff., and 9 is the tirne for heating.
Por Re under 100 the formulation is 0 - d'(1 - -y)/My.
G. bt. Kosolapoff
X0 -/I' - SY

Dissertat.-ion: "Frincinles of :@@akincf A -,par-atus for the Fnoces-s A' "Hir,
ji S.-.eed Cracang of
Heavy Petroleun 'JaAe." Cand Tcch Sci, Pctrole= Inst, kcad Sci UISSR, 18 Yarch 1954'
("Techer.n.-aya '.o3kva, 1-iosco-..i, 8 March 1954)
SO: SUNI 2113, 20 Sept 1954

MATAYLI! , G.A. ; GAHUN V, I
0 GAYDAROV, G.M.; XORNEYEV, I.I.
Simplified method for selecting additional load for lowering
deep well instruments Into flowing wells. Nefteprom. delo no.3:
17-18 164. (MIRA 17:5)
1. Dagestanskiy gosudarstvennyy universitet im. V.I.Lenina,
TSentrallnaya nauchno-issledovatellskaya laboratoriya I
Proyektnoye byuro ob" yedineniya "Dagneft"'.

MATAYEVP G.A.; GARUNOV, G.A.
7:-," @ @ ". - ,
Determining reservoir parameters on the basis of the rate of
pressure change. Izv. vys. ucheb. zav.; neft' i gaz 8 no.3:
47-49 165. (MIRA 18:5)
1. Dagestanskiy gosudarstvennyy universitet im. V.I. Lenina.

GARUNOV, G.G.
Species of scarabs and their distribution in various habitats
of the Archeda Forest Working Circle in Volgograd Province.
Nauch.dokl.vys.shkoly; biol.nauki no.2sl7-22 163. (MIRA 1614)
1. Rekomendovana kafedroy entomologii Moskovskogo goffudarstven-
nogc universiteta im. M.V.Lomonosova.
(ARCHEDA VALLEY--SCARABAEIDAE)
2@

I- GARUITOV, G. G.
Some characteristics of the ecology of the field May beetle
on sands of the middle Don Valley. Nauch. dokl. vys. shkoly
biol. nauki no.3:13-18 164 (MIRA 17:8;
1. Rekomendovana kafedroy entomologii Moskovskogo gosudar-
stvennogo universiteta.

GITIS, S.S.; TERESIMEVICII, &M.O.; GARUS, L.I.; GLAZ, A.I.; SKARRE, O.X-
Reactions of aromatic nitro compounds. Fart 11: Study of
reesterification using the isotope method. Zhur.ob.khim. 31
no.9:2902-2904 S 061. (MIRA 14:9)
(Esterification) (Nitro compounds)
w, --r-,
A

GARUS-,_ Yu. I -
Cand Med Sci - (diss) "Treatment of leprosy of the eye." Krasno-
dar, 1961. 20 pp; (MinistrT of Public Health RSFSR, Kuban State
Medical Inst imeni Red Army); 300 copies; free; (KL, 5-61 sup, 202)

GARUS, Y%.I.p kand.med.nauk
Ocular lepreoy and modern antileprosy therapy. Vest.oft. no-4:
52-60 162, NEU 15211)
(NY&-DISMES AND DIWECTS) (LEPROSY)

14(5) SOV/93-58-12-T/16
AUMOR: Garushev A.R.
tLydraulic FrgeturbW o injection Wells r.-t the Ahtyxslo -BvS=dyrsk:iY
TITLE: f
Ce.l:tleld (GldravlltheekV rnzrrr :PLm tv, :,L 14416to-tal%qkh iFkv&@@
Akhtyrsko-Bugundyrskogo mestorozhde::�y*aj
PEDRIODICAL: Neftywoye kbozYaYstvO, 1958, Nr :L2., 9P 33-35 (USSR)
ABSTRAM: The failure of various methods to increase the Injectivity indeX Of
wells at the AkhtM1;0-Buguadyrskiy Oilfield was described earlier (Ref 1]. The
present article evaluates the fracturing process as a means of increasing the in-
Jecti-sity index. It was determined that in iNections of very filtrable fluids
the linear ratio between the injection pressure and injectivity index extsts at
certain Intervals only. On attaining the critical pressure at the mouth of the
vell the injectivity index increases and the well accepts larger volumes of flvAd
at nearly stable pressure. A disturbance in tbAs ratio means that the fracture
was expanded or that the strata were forced apart at the place of clay and sand-
stone contact. Fig. 2 shows that the injectivity index Increases with pressure.
The failure of hydraulic fracturing at the A-*V3tt*M)Lo, Oilfield and the
neighboring Zybza-Glubokiy Yar Oilfield is ascribel tr, the initial tendency of
injecting flushing fluid amounting to 1-1.2 of the casing volume and to the later
tendency of increasing the send consumption per ruuning meter. Experiments proved
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