SCIENTIFIC ABSTRACT GORYACHEV, P.P. - GORYACHEVA, L.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000516330008-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GORYACHEV, P. P.
Pxperimentally obtained dwarf forms of Opisthorchis feline". Zool.
zhur. 39 no.9:1425-1426 3 160. (KIRL 13:9)
1..Cheliabinsk Medical Institate. -
I .(LIM HM)
N

G--)RYAGHT61fI P.1),
Effect of gibberelbn on the cells of thr., coenoblim or Pedlastrum
boryanum (TurF.) Menegh. MAkrobiologlia .1~: nc).2:296-298 Mr-Ap 163.
1
\I-qRA 17%9)
1. ChelyabingRiy ifted-ILUsinskiy instititt.

GORYACHEV, P.P.
Experimental study of the variability of cell forms in some
varieties of Pediastrum bor7anum, (Turp.) Menegh. Bot. zhur.
48 no.8zl205-12(Y?'Ag 163. (MIRA 16t10)
I
1. Chelyabinskiy meditsinskiy institut.
(Plant cells and tissues) (Algae)

GORYACHEV P.P.
Effect of gibberelin on the embryonal development of Ascarls
suume Med.paraz, i paraz.bol. 33 no.3:297-300 *j-,Te 164.
'MIRA 1812)
1. Kafedra biologii Chelyabinskogo meditsinskogo instituia.

. ., .. 7; . i I z
~~A~x~

RM
WIN

NHUGODOV. P., inshener; GORTACIM, V., inthener.
Manual of automobile repair Nepair of automobile parts.* S.I.
Imiantsev, editor. Reviewed by P. Neugodov. V. Gorlachey)..
Avt.transp. 1).uo.11:38-39 N 155. (KUIA 9.3)
(Automobiles-ReWrIng) (Hunyantsev, 3.1.)

'
GORYAGHEV V ~--'
From two or three points, Grazhd. av, 21 no.11.,24-25 N '64o
(M-ARA !A-I)
10 Vedushchiy inzh. Goaudarstvennogo nauchno-issledovate'-'skogo,
inatituta Grazhdanskago vordushnogo flota.

6 (7) SOV/111-59-10-9/23
AUTHOR: Roytenberg, Ye.M., Engineerq Chief
Goryachev V.A. Senior Engineer
9
TITLE: RSL Assemblies for Two-conductor Connecting Links of
Great Length
PERIODICAL: Vestnik svyazi, 1959, Nr 109 Pp 14-15 (USSR)
ABSTRACT: This article is concerned with the expediency of using
RSL assemblies for two conductor connecting *links of
great length on large city telephone networks (GTS);
these RSL units are presently in serial production. They
were developed by the Nauchno--isaledovate'Llskiy institut
gorodskoy i sel'skoy telefonnoy svyazi ministerstva svya-
zi SSSR (Scientific-Research Institute for Municipal and
Rural Telephone Communications of the Ministry of Commu-
nications of the-USSR) and the konstruktorskoye byuro
zavoda "Krasnaya Zarya" (Design Office of the "Krasnaya
Zarya" Works). The authors outline and discuss the usual
criteria for se'ecting cable conductor diameter on small
L
networks, taking into account the attenuation and ohmic
Card 1/3 resistance norms guaranteeing good performance. However,

S OV/1 11-5 9-10-9/2 3
RSL Assemblies for Two-conductor Connecting Links of Great Length
in dealing with larger networks with a greater number of
long connecting links these criter-i-a are unacceptable;
although attenuation norms can be satisfied on small dia-
meter conductors, ohmic resistance norms can only be met
by increasing lead diameter, and thJ,,3 in turn leads to
exceeding the norm for capacitance. Solution of this prob-
lem. is possible with the RSL units, and it is in connec-
tion with the planning of large municipal telephone net-
works -that production of the RSL units becomes important,
state the authors. These units also provide for correction
of dialing impulses and relay of of intercommunications
signalsY which, it is stated, practically speaking doub--
les the operating range limits of ATS equipment. These
correction and relay processes take place in the input
section-of the assembly, containing nine relays; the less
complicated output section contains three relays. The in-
put section can also be used independently for relaying
inter-communication signals on three conductor connecting
Card 2/3 links.

SOV/111-59-10-9/23
RSL Assemblies for Two-conductor Connecting Links of Great Length
ASSOCIATION: Lab-oratoriya nauchno-issledovatellskogo instituta tele-
fonnoy svyazi (NIITS) (Laboratory of the Scientific-Re-
search Institute of Telephone Comnunications)
Card 3/3

KHARKWICH, A.D.; ROGINGKIT, Y.N.; OPCLISKATA, Ya.K.; LAMREV, Y.G.;
SRAPIRO, S.B ; GORTACHXV, V.A.; FARAFONOV, L.S.. otv.rod.;
BOAKIM, A:F ., real'-' kkWIUVAp S.F., tolchn.red.
[Crossbar telephone substation; information collection]
Koordinatuala teleformia podstanteiia; informatsionnyl
abornik. Noskva. Goe.izd-vo lit-ry po voprosam eviazi L
radio, 1959. 87 V. WMA 13:1)
(Telephone, Automatic)

31845
S/194/61/000/010/082/082
7000 D271/D301
AUTHORS: Parfenov, Yu.A., Kopacheva, Yu.I., Goryachev, V.A.,
Minenko, Yu.G. and Mosolova, G.K. '--
TITLE: Apparatus for automatic measurement of crosstalk
attenuation I
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 10, 1961, 2-3, abstract 10 LIO (Tr. nauchno-
tekhn. konferentsii Leningr. elektrotekhn, in-ta
svyaz', no. 1, L., 1961, 133-141)
TEXT: Measurement of near-end crosstalk attenuation in
multi-pair local telephone cables is at present both labor-consum-
ing and imperfect. In order to reduce time waste and improve the
supervision of the condition of local cables, an apparatus was deve-
loped for automatic measurement of crosst-alk attenuation which per-
mits automatic detection of low crosstalk attenuation pairs. The
capacity of the equipment is 200 x 2. The equipment is composed of:
Card 1/2

31845
S/194/61/000/010,/082/082
,Apparatus for automatic measurement... D271/D301
a device for automatic selection of pairs and for signalling and an
electronic level indicator. The apparatus operates in the following
manner; a relay circuit connects a 800 c/s generator, + 3.0 neper
level, one after another to all pairs which are the source of cross-
talk; electronic level indicator is connected in sequence to all
pairs subject to crosstalk; one by one, all combinations of pairs
are explored. In the presence of a combination with reduced cross-
talk attenuation the operation is blocked and the signalling system
indicates numbers of the interfering and disturbed pairs; subsequent-
ly, crosstalk level is measured by a high resistance level indicator,
and crosstalk attenuation is computed. Basic,circuits of the parts
of the system are shown and theirprinciples of operation are des-
cribed. Z-Abstracter's-note: Complete translatioi,2
Card 2/2

GORYAMIEVY V.F. . ,
~~ - -,
. Light-pressurs in the photoelectric effect. Izv. Sib. otd. AN
SSSR no. 11%129-!!130 162. (MIRA 170)
1. Novosibirskiy gosudarstvennyy universitet.

D-7UDN.. A.F.; SHLYNOV, M.M.; ZINKU., F.I.p progruporg, rezchik., udarnik
koomnistIchibakogo truda;/ 2%, combustion is interrupted. Similar
conditions prevail in the binary explosive, 60 wt% diglycol dinitrate in
tetranitromethane, at a combustion rate of 0.09 cm/sec. In case of a
0.25 - 0.5% PIAMA content a pulsating combustion takes place, while the
mean rate is lower. With a rise of the FIVA content pulsation turns
weaker, and stops altogether at "1-5%. Then, a uniform combustion with
gradually decreasing rat6 takes place. Methyl methacrylate monomer
effects a rise of the rate, but no pulsation. K. K. Andreyev et al.
(Ref. 2: Termicheskoye razlozheniye i goreniye vzryvch#,ykh veshchostv.
Gosenergoizdat, M.-L. 1957, str. 130) showed that thickened liquid nitro-
ester (nitrocellulose) stabilizes combustion, and that gelatinized
explosives burn uniformly, just like binary mixtures of nitric acid with
liquid fuels, that have been gelatinized by means of PLIMA. The pulsation
Card 3/5

26547
S/076/61/035/008/011/016
Pulsating combustion of... B1101BI01
described here is,.however, brought about by evaporation of the liquid
explosive in the heated layer of the condensed phase. P0.1A is less
volatile, and, under theconditions of combustion, is not capable of
gas formation. Fractional evaporation and impoverishment of the heated
zone at the explosive take place. It becomes more viscous, forms a film,
and prevents the vapor from escaping. The higher viscosity renders the
diffusion balancing with the residual liquid more difficult. The rate
drops as the layer thickness grows. If the vapor pressure of the
foam bubbles becomes high enough, vapor is expelled along with liquid
particles dragged along, and the cycle is repeated. On a rise of pressure
the lat type is propably suppressed by 1) drop of viscosity; 2) drop of
amplitude and rise of frequency due to an increase of burning rate; 3)
decrease of layer thickness. On a rise of pressure, a surface disturb-
anoe causing a pulsation may arise according to L. D. Landauls mechanism
(Zh. eksperim. i teor. fiz., jA, 240, 19441). The lower pressure limit
of the transition to the 2nd type rises with viscosity. At a relatively
high burning rate (UN), the Ist type prevails. In case of a very slow
combustion, a change of the composition of a thick layer may-gradually
take place with an amplitude drop due to conveotionp'diffusiont and
Card 4/5

Pulsating combustion of...
26547,
035/008/011/016
7Y6'1/
B110 B101
B
gravitational flows. Thus, a gradual p;klymer concentration of a growing
layer and a dropping burning rate are observed in EN until extinction due
to heat losses in a tube with small diameter. The uniformity of
combustion of nitroesters thickened by means of polymers is probably-
disturbed. There are I figure, 2 tables~ and 5 references: 4 Soviet-bloc
and I non-Boviet-bloo. The reference to the English-language publication
reads as followst Ref. 38 A. J. Wittaker et al., J. Phys. Chem., 62
908, 1958-
ASSOCIATIONt Khimiko-tekhnologicheskiy institut im. D. 1. Mendeleyeva
(Institute of Chemical Technology imeni D. I. Mendeleyev)
SUBMITTEDs December 29, 1959
Card 5/5

F-XCERPTA MEDICA See 12 Vol 13/11 Ophthalmolog7 Nov 59
1-428. A RARE CASE OF EXTRACTION Or AN AMAGNETIC FOREIGN BODY
FROM THE VITREOUS BODY (Russian text) - G o r a c h e v Y a. E. -
VESTN.OFTALM. 1958. 6 (41-44)
The author describes the removal of copper wire (1.5 mm. in length, 0.13 rnm. in
'diameter and 0.2 mg. In weight) from the central pail of the vitreous body through
the incision of the sclera under the,control of an ophthalmoscope. The operation
was performed on the 7th day after the Injury. The presence of partial traumatic
cataract made the visibility worse during the operation. The foreign body was re-
rroved with ear forceps (Dupley'm method), lot 2.5 months sifter the operation visual
a.,utty of the operated eye,was equal to 50%.

GORYACHEV. V.V.
Content of serum iron in mother and fetus. Akush. i gin. 40 no.2:
15-18 Mr-Ap 164. 04M 17: 11)
1. Kafedra akusherstva i ginekologii (zav. - prof. I.T. Millchenko)
Kiybyshevskogo meditsinskago instituta.

GORYACIIEV, Ye. Z-j, KOHOSTIELIN,0 V. P. and HEVZnI,, Ya. A.
U
"Aut6mal zation of Baudot Equipment in the 1,uybyshev Telegraph Office$
Vest. Sv-yazi, No.11, pp 3-51 1953
Translation No.420, 22 Jun 55
Goryachev - Head of Kuyb7shev Central Telegraph office

qWkTkqIP!V, ~TeA ner; IVARDY, Ye.G., inzhener; IIIKITINA, A.A., inshener;
U. inzhe
FZSTRIEDT, M., inzhener; YXLISKIT, I.M., inzhener; XOROSMIN, T.P.,
inzhaner;IMUIT, Ya.A., inzhener.
Operation practices of the Kuybyshev automatic telegraph. Test.sviazi
16 no.2:17-20 F 156. (MaA 9'- 7)
l.Nachallnik Kuybyehevokogo telegrafa (for Goryachey).
(M~kybyehav--Tolograph--Perforating system)

GORTACHEV. Te.Z.
improve methods for automatic processing of telegrams. Viset.svlasl
16 no.10:21-22 0 156. (MIRA 10:10)
1. Ischallnik Kuybyshevskogo telegrafa.
(Telegraph-Autonatic systems)

DUNAYEV, Aleksandr Dmitriyevich; GORYACHEV, Yu.
[Yartsevo Cotton Plant; a short historical essay] IAr- I
tsevskii khlopchatobumazhnyi; kratkii istoricheskii.
ocherk. Smolensk# Smolesnkoe knizhnoe izd-vo, 1963. 219 p.
(MIRA 18:1)

GORYACHEV, YU.
Encounter on the bread transportation track. Av-t.transp. 40 .
no.4:11-12 Ap 162. (KRA 1514)
(Nizhniy Lomov--Highway transport workers)

AP7004405 SOURCE CODE: UR/0226167/000/001/0095/0098
AUTHOR: GorYacheY,_Yp,_. Kutsenok, T. G.
ORG: Institute for, Problems in the Science of Ma~erials, AN UkrSSR (Institut
problern materialovedeniya AN UkrSSR)
TITLE: Effect of alloying on the electric conductivity of cerium sulfide
SOURCE: Poroshkovaya metallurgiya, no. 1, 19~7, 95-98
TOPIC TAGS: ele!c*tr ici conductivity, cerium sulfide, cerium sulfide alloy,
electric resistance
ABSTRACT: An investigation has been made of.t he effect of alloying on the
electric conductivity of cerium sulfide. The electrical properties of cerium
sulfide,may be changed over wide ranges by propqr alloying. The most effective
alloying of cerium sulfide is with the lithium, magnesi um, and barium compounds.
The change in electrical resistance of cerium gul#de induced by alloying provides
information on the peculiarities of the zone structure of this semiconductor. The
authors thank V. A. Obolonchik and S. V. Radziko~vska for submitting a cerium
sulfide. Orig. art. has: 5 figures and 2 tables. (Based on authors' abstract]
SUB CODE: 114SUBM DATE: 10Aug66/ORIG REF:006/OTH REF: 002/ JNTJ
ard 1/1

h0758
S/120/62/000/004/039/047
E039/E420
AUTHORS: Borisov, V.S., Golldin, L.L. Goryachav, Yu.M.,
Grekov, N.N., Ryabov, A.P., ;k_a_cXk-oV-,7-S~..,
Talyzin, A.N.
TITLE: Measurement of the basic magnetic characteristics of
the proton synchrotron C-blocks
PERIODICAL: Pribory i tekhnika *eksperimenta, no.4, 1962, 2o6-212
TEXT: The ratio of the average field to its gradient
ia measured to an accuracy of 0.1% by an absolute method on a
number of C-blocks chosen as standard. comparison is them made
with the other blocks. The apparatus consists -of three series of
six coils mounted on a marble slab 2 m long and 80 x 27 mM2 cross-
section and is supported on the two geodetic markers on the blocks.
Signals obtained from these coils are proportional to the rate of
change of the magnetic field at the orbital position and the.
difference between the inner and outer coils is Proportional to the
rate of'change of the field gradient. Values of B/9W measured
on three.separate identical coil systems gave the following results-
(1) 68.ig mm; (2) 68.05 mm; (3) 68.28 mw giving a-mean. value of
Card 1/3

s/120/62/000/004/039/047
Measurement of the basic magnetic ... E039/E420
68-17 mm- The measurement was repeated using a "point" method
with two coils only, one inside and one outside the equivalent
orbit. Values of B/V B were made at 19 points in the blocks
and at 8 points between blacks -for two coil systems. Comparison
of results shows: average of first method 68.19 mm; first
"point" method value 68.21 mm, second "point" method value
68.40 mm. The high value for the second "point" method is not
accounted for and an average of the first two figuras is used in
calculations. The distribution of the dynamic component of the
field and its gradient in the C-blocks and in the gaps between
blocks is measured by a compensation method and the residual field
by means of a rotating coil. For a field of 5000 gauss
V B,%ap 0.395 and Bgap 0.581
Bblock Bblock
Measurements of the dependence of B/V 8 on the induction are
also made. These measurements aid the final choice of the radial
distance between the focusing and defocusing groups of blocks and
Card 2/3

S/120/62/000/004/039/047
Measurem~nt of the basic magnetic Pot E039/E420
in determining the basic parameters of the magnetic field
correction system. There are 8 figures.
ASSOCIATION: Institut tooretiche'skoy i eksperimentallnoy fimiki
GKAE (Institute-'of Theoretical and Experimental
Physics GKAE)
SUBMITTED: April 11, 1962
Card 3/3'

40760
S/120/62/000/004/o4l/o47
E039/E420
AUTHORS: Goryachev, Yu.M., Grekov, N.N., Skachkov, S.V.'
TITLE: The effect of the vacuum chamber on the magnetic field
in the proton synchrotron
PERIODICAL: Pribory i tekhnika eksperimenta, no.4, 1962, 217-223
TEXT: All the magnetic measurements made during the assembly of
the accelerator were carried out without the vacuum chamber. In
order to discover the effect of the chamber on the magnetic
field a group of three blocks was set up and arranged with a power
supply to simulate a normal working cycle. , Two similar vertically
orientated measuring coils placed symmetr -ically-with respect to
the equilibrium orbit position were used to obtain measurements of
the field and its gradient with and without a section of the
vacuum chamber (including flanged joints between the blocks).
The construction of these coils and the associated circuit in
described in detail. The most noticeable distortion of the field
occurs-in the weak field region, i.e. at the beginning of a cycle.
Distortion due to the jointed sections between the blocks is
nearly zero at the mid point. Field variations ob.tained for the
Card 1/2
V

S/12o/62/000/004/041/047
The effect of the vacuum too E039/E42O
standard sections and flanged joints are fully tabulated and
are found to be small, e.g. average value of the complete field
variation due to flanged joints is -0-055 + 0.006 gauss and for a
standard section +0.122 + 0-032 gauss; the corresponding
measurements for the field gradient are +0.0002 + 0.,0010 and
0.0311 + 0.0055 gauss/cm. The method of inspection for checking
the mag;ietic properties of the chamber sections and their
correction by annealing is described. There are 6 figures and
I table.
ASSOCIATION: Institut teoreticheskoy i eksperimentallnoy fiziki
GKAE (Institute of Theoretical and Experimental
Physics GKAE)
SUBMITTED: March 29, 1962
Card 2/2

RADKEVICH, I.A,; SOXOLOVSKIY, Mo; TALTZIN, A.,N.; GOLODIN, LoL.i-
BrSHBVA.9 G.K.; GORYACHEV YU;X.-
Device for meaLsuring the magnetic field by means of permalloy
tra"duoera and i*ts use Iw e&justing a proton synchrotion.
Prib. i tekh. ekep. 7 ncr.4,t229-236 JT1-4 "62.
(MM 16W
1. Institut teoretioheskoy i skeperimentallnoy fixiki Gosu-
darstvenno q Irositate, po ispollsovaniyu atomnoy energii SSSR.
INagmetio measurements) (Synchrotron)

TALYZIN, A.X.; GOVDIN, L.L.; TROKHACHEV, G.V.; RADKEVICH, I.A.;
MOZALEVSKIY, I.A.1 SOKOLOVSKIYj V.V.; KUKABADZEp G.M.;
B=EROVA, L.A.; BORISff, V.S.; BYSHEVA, G.K.; VESOLOV, M.D.;
Yu N
Study and corrective measurements of the nagnetic characteris-
tics of S-elemento of a-proton synchrotron with low fields.
FH.b. i tekb. eksp. 7 ne.49184-192 Jl-.Ag 162
(KiRA 16:
1. Institut, teoretichee"r i skeparimentallnoy fiziki Gosu-
darstvennogo komiteta po-ispoltzovaniyu atomnoy energii SSSR
i lmuchn6-issledovatellskiy institut elektrofizicheskoy
apparatury Gosudarstvenn6go komitetA-L po ispoltzovaniyu atomnoy
energii SSSR.
(Magnetic masurements) (synchrotron)

L 3775-66 EVJT(m)/EPA(~)-~~WA(m)-2 IJP(C) GS
ACCESSION9R., AT50079118 S/0000/64/000/000/010/67id
AUTHOR: Golldin, 16 1; Goryachev Yu. N" K~Eyphev V. S.* SakoloyA 16. -1.
j
TITLE: Output of particles from the proton synchrotron/tt the Institute of Thed--
retical and Exegrimentgil Physics-WE gnd-s~ y of the mala beams
SOURCE: International Conference on.01gh Energy Accel6rators. bubnal 1963.
710
Trudy. Moscow, Afomi ari IUD%, IU3-
TOPIC TAGS: synchrotroji, proton beam$ magnetic field
ABSTRACT: The design ojr the magnetic system (Monosyon, N. A.; Strel'tsov, 11. S.;
Ostrovskly, N. A., Pribory i tekhnika eksperimanta (Experimental Instruments and
Techniques), No 11, 10, 3L962) of the proton synchrotron at the ITEP (Vladimirskly,
V. V.; Komar, Ye. G.-, MAnts, A4 L.; Gol'din, L. L.; et al.. ibid), possesses pecu-
liaritieswhich lead to.certain difficulties In the output of the beams The
accelerator has no lineor Intervals, and also no portions where the yokes of neigh
boring magnetic blocks Omounts In all to about 30 cm. In addition, there are neu-
tral poles in,the turnilig blocks. On one side of the vacuum chamber is the neutra
pole, and an the other ltlde$71n the narrow part of the interpolar gap, Is a reg
of large InhomogeneoUa liagnetic fleldi The "port discusses the methods Of arti-
Card 1/3
-7.:

3775w-66
ACCESSIOU HR-, ATS007948
cle extraction on the:,ITEP's accelerator# The extraction of particles through the
narrow part of the inte onn analy'
rpolar gap Is c ected with a substantial Sig of charg"
ed particles in the maignetic field of the block (Malyshev, 1. r.; Popkovich, A. V. I
Borisov, V. S. ; Goryachevo Yu. 14. ; et~al., ibid.), requiring computation of the
trajectories of the particles on an electronic computer. 7be most interesting
method of extraction Is that In which the particles fly out from the target at aft
gle of 10-130 to the directlon of the primary protonst uhich pass through an aper-
ture drilled obliquelif in the neutral pole of the S-block (Vroposed by Yu. V. Tre-
bukovskly). The most important advantage of this method Is the absence of a magne..h
tic field in such a.snall path that they experience hardly any deflection there. J.
re
During input Into.Ahe neutral pole, the particles are Incident into a region.whe
the magnetic field IS, practically absent. Therefore, the output of particles..., I 1:_:
through the neutral pole Is equally good for both negative and positive particles'a 1;
It is also convenient to extract the neutral particles through the aperture in the I ,
neutral pole, Thus the beam of particles extracted by this method are. universalall
The report also discteses-the arrangemeWc of the beam of secondary particles and
ne
of the experimental Installation by theacceleratar4 There are at present
beams which are extricted from six intemal tatgets arranged between certain
blocksi These beam are discussed In detalL -At the present time the accelerator
has no arrangement Nor the dire-et bxtr4ctlon Ofthe primary beam. - The scattering:1, 7:
CaM 2/3

L 3775-66
ACCESSION NR: AT50079411
of protons and the gonevation of the secondary particles are realized with the aid
of.internal targets, whIch are divided into two types: fast and'slow. The fast
targets are intended for work with electronics. A universal driven mechanisl.en-
sures the operation of both the fast the the slow targets. It consists of two ide
tical parts which can be employed independently. The report discusses the simul-
taneous operation of a6weral targets* To enhance the effectiveness of accelerator
operation, methods were'developed for the division of the intensity of the primary
beam among several targ!fts during the course of one acceleration cycle. In all
cases the targets are titroduced in succession one after the other. The fast tar..;-
gets, by intercepting the beam, r-move a small part of the intensity. The remain-
Ing intensity Is used altainst a slow target. Control over the distribution of the
-intensity of the primarjr beam among the targets is realized by means of an oscillo
aph (Kuz*min, Ai A., jUde). "The authors wish to thank G. F. Orlov and Yu. A,
r
g
11shakov for their active participation In the work on the -1-n-st-all-a-tTo-n oi -the:
magnets and lenses; Yu. S. krestnikov for his valued advice; and also other asso-
ciates for their set;a-cit fi-controlling the* synchrotron." Orig. art. hast 6 figU
res, 2 tables,,
ASSOCIATIORt Institut teoreticheskoy I ekaperimental0noy fIzlkI GKAE SSSR
(institute of Theoreticsi and 1;xperlmental Physics# GKAt SSSR)
SUBMITTEW MaY64 c Elfew, 00 SUB COM i HP
NO 90 SOV., 007 OTHER.i 000
r

GORUCEW, Yu.N_t, inshener.
ovwhauling peat pvm"o Torfe prom. 32 no.1:27-28 1559
(MA 8: 3)
1, Hookovskly torfyawy Institute
(Peat machInery)(Pomping machinerY)

ARTEMV, N.M-j
LKBKW-., O.N.; STEPANOV, A.S.
Effect of bee and cobra venom on the neuromuscuLar appamtas
in cat. Nauch. dokl. vys. ohkoly; biol. nauki no, 104-61 164
(MIRA 17&8)
I* Rakomendo-y-ana kafedraqziologii cheloveka, i zhivotn-ykh
Gorlkovskogo goimdarstv o universiteta, imeni lobachev-
skogo.

GORYACHEV Yu. Ye.
"Penicillin and Its Use in the Treatment of Certain -Suppuratin~r, Diseases
of the Eyes and Eye Sockets." Cand Med Sci, Molotov State ~,e-dical Inst,
Molotov, 1953. (RZhBiol, No 8, .Apr 55)
SO: Sum. No. 704, 2 Nov 55 - Survey of Scientific a.,-.d Technical Dissertations
Defended at USSR Higher Educational Institutions (16).

'~~.-.GORTMHEVP Tu~Ye; kand.med.nauk
Unusual case of nonowgnetic extraction of a vitreous foreign body,
[with summary In English], Vest-oft. 71 no.6t42P44 IF-D '58
(miRA 11: n)
I* lafedra glazmVkh bolezneV (save - zaalvzhew-qy deyatell
nanki prof, P-Ie Chilityakov) Permskogo meclitionskogo instituta,
(VITREOUS BODY. for bodies.
copper wiere fragment. extraotion through acleral
incision (Rue))

GORTACHEVP YUO Ye., kand. medo nailk
Removal of foreign bodies 1ha penetrating wounds of the eyes. Vest.
oft* no-5:68-72 061. (MIRA 14-S.12)
1. Klinika glaznykh boleznoy.(zav, - doktor meditsinskikh nauk prof.
I. G.rershkovicb) Permokoco meditsinakogo instituta.
(333--FOREIGN BODIES)

YERSHKOVICJI~ I.G., prof*; ARZAMASKOVA,, ('.A,, kand, mod. nauk; GOLIDFELID,
N.G., kand. med. nauk--fx=G4,7,-.Yu--.XQP,-,)cand. med. nauk.;
LYAK17011A, V.11.., kand.med. nauk; REDKRIA, Ye.l,, kand. med. nauk.;
CHIEPVU90VA, V.D.,, kand. med. nauk
"Manual on eye diseases; vol. 2 1---~o1r; 'D irl T*G.
ErxW-vv--to'h and others. Vrwit-,-... rif~jil. V, no.4t8g-95 JI-A,-163
WU 1721-1

GORYACHEVA., A.g_,;- SUCHMUTENKOS V.V.; SPULIM,, N.L; GOGOBERIDZE,, N.I.
Relationship between increased intensity and time of dough mixing
and the improvement of bread quality. Trudy TSNIIKHP no.8-.78-85
160. (MIR& 15:8)
(Bread)

GORYACIIEVA, A.F.; PHCHERBATLINKO, V.V.; AUERMN, L.Ya.
...... ..
Effect of the degree of mechanical processing of the dough on its
ripening time and bread quality. Trudy T0111M no.10:72-81 162.
(MIRA 18:2)

A. V. Larch 1947
'Aratification
"F=d4maIntal PrOblOW ~Of Foldifig U0.0hanimoft, V.~ V.'Relouaov (vd th participw4ion of 1. 7.
KirnlCVWjj' N. A. Wm~oyp A. V. porywhevs)# 26pp
-'n7un Ifockm, Obsh lap Prij, Ilowa Serg Otdal. Geol" Vol No 3
awmatic wchaqIGM_ of foldire ftende more on rediatrAWton of plastic mcks than on harder
intvr~erv. Pecowe the n= of -different rock layero-varies inInteneitys the m,-terdal
presees out. to forthe 6rcew a=i trwichs ol a fo" The gxeatcr the Placticity, thr, deeper
the fold,. .,r-uth- doXoreation preklucos cleaMe of Sew=1 typeal Lialn Cleava~!G t6
axial surfaces of the fold)-. faalike (convergL-C alono antlclLrics); tho (curvirr~ of
saaln cleavage); dynamic (cm-7ing of separate lxqerE:),*, cw tranzvcrce cletvv~;c. Further
decreave oAf the deformation plasticity wW blidiq.,, conec-Airation rceilts in tho forzatioa CX
N-racl4w-L-es arw discliavves,
PA 49T28

GORILCREVAs A.V.
'State of the capills ion mid capillary circulation in cbronic
nonspecific pulmonary diseases. Zdrav. kazakh. 22 no.1:21-25
(MM 15:3)
1.. 1z k%fedry propedevtiki vmtrennikh bolezney (zav. -,professor
F.A. Brener) Kazakhekogo meditsinskogo instituta.
(LUNGS-DISMES) (CAPILURIES)

DURNOV., V.K.; BABUSHKIN, N.M.; PUSHKASH, I.I.; Prinimali uchastiye:
KOLYOGOROV., A.V.; KLEPTSIH, V.G.; MASLENNIKOVA, E.G.;
BARAKHVOSTOV, V.S.; RASIN, B.S.; ZEMLYAKOV,
GO,,Y,A,CHOLA,,
P
A.A.; BA130SHINA, G.V.
Distribution of the temperature of the hot blast in the
tuyere passage of the blast furnace. Stall 25 no.3:205-209
Mr 165. (MIRA 18t4)
1. Vsesoyuznyy nauchno-isaledovatellskiy institut metallurg-
icheskoy teplatekhniki i Nizhne-Tagillskiy metallurgicheskly
kombinat (for Durnov, Babushkin, Pushkash).

CC NR. AP602l5e_7_______(N)_ SOURCE CODE: UR/0402/66/000/003/03T2/04T 3
AUTHOR! Bergiyev, P. G. Shampraye-,ra, S. A. ; Wazantsevag N. Ye Chelysheva 9 G. 1-4 110
Goryacheva, B. A. ; Stromova, G. No
ORG: Cortex Study Group!JIDOM ctor -Active Member, AcalleuW of Medical Sciences SSSR'
Prof. P. G. Sergiyev] (iAppa po izucherdyu kori)
TITIZ: Culturing viruses in primate tissue
SOURCE: Voyrosy virusologii. no. 3. 1966, 3T2-3T3
TOPIC TAGS: virology, pathogen, virus, tissue culture, primate WOK0661) V149-3)
ABcVMCT:
'__ViruS_e's isolated f'rom t~e_ blood of infected monkeys were* grown in primate
spleen and kidney tissue'for 10-12 passages. Typical cytopa~hic changei
were observed as well as changes in properties of the *viruses themselves.
-When cultured in sple#n cells, the virus lost.less of its virulence than
when cultured in kidney cells. Vaccines made from th0l3e preparation* had
!Some protective effect which vanished within a years I.-JOBS -No. 101
SUB COEG: 06/ SUM DATE: none/
Card ~-i

LOUICONOYNTA. A.D.; TMIT1W. A.G.; WoNroyLVA, B.S., m1adohiy nauchnyy
sotradnik; PODOLTAN, A.F,; TWITAXOTA, C.I.. Prininali uchastiye.-
PATSOTAp I.As't insh.: QUUAGWA,,,..G.A., starshiy tekhnik; WMI-
TAMOVA, S.P.. starshiy tekhnik; FXI)OSOIA, M.I., tekhnik;
GORMOTA. M.1., tekhnik; KOPSM, T.K., tekhnik; TIKOPETICTA,
T.F., tekhnik; KOSINOTA. Z.I., tekhnik. GONCHAROT, Te.P., otv.
red.; USMOTA, T.T., red.; SKRGETET, A.N., tekhn.red.
[Agroclimatic reference book on the Tajik S.S.R.] Agroklimati-
cheskii spravochnik po TadzhikBkoi SSR. Leningrad, Gidrometeor.
ixd-vo, 1959. 151 p. (MIRA 13:2)
1. Stalinabad. Gidrometeorologicheskaya observatoriye. 2. Sta-
linabadekaya gidromuteorologicheskeya observatoriva Upravleniya
gidromsteorologichaskoy sluzhby Tadshikskoy SSR (for Loshkomoyevs,
Trestman, Podolyan, Trettyakova). 3. Institiht pochvovedeniya, AN'
Tadzhikskoy SSR (for Leontlyeva).
(TaJikistan--Crops and climate)

PERCHENKO, A A.Ikand.tekhn.naukj GORYACHEVAq G.A., inzh.; MARCHERKO,
M,A:, inzh*. - -1
Oxidation of paraffin vax in a pilot plant in the presence of
nangamse-potassium soaps. Masl.-zhir.prom. 28 no.2:34-37 F
t62. (MRA 15:5)
1. Nauohno-isoledovatel'skiy institut aintetichaskikh
shiroumnitelay i moyushchikh aredstv.
(Paraffin wax) (Oxidation)

FFMIENKOj, AA.p kand, tekhn. nauk~ MEL', Ya.I.v Inzh.; MARCMMa, N.A.,
inzb.; GCEMAGREVA, G.A., Ujh.
Use of rouganese-potassium soaps from synthetic fatty acids as a
catalyst for the oxidation of paraffin. Msal.-zhir. prom. 29
no*6:17-21 Ja 163* (MRA 16:7)
1, TBoxoyuznyy nauchno-imalmdavatel'skiy i proyaktnyy institut
sintaticheakikh shirozamenitelay.
(Nraffins) (catalysts)

17M
AUTHOR: Goryacheva SOV/20-125-6-51/61
TITLEs On the Peculiar Algological Type of a Plain River (0
svoyeabraznom allgologicheakom tipe r avninnoy reki)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 125, Nr 6, pp~ 1356-1358
(USSR)
ABSTRACT. ill plain rivers of the USSR hitherto investigated are divided,
on the strength of the properties of algoflora, into 3 types
(Refs 4,5)t &)-great plain rivers, b) peat-swamp rivers, and
o) steppe rivers. The right tributary of the Irtyah, Om' does
not, however, belong to one of these types on the strengtt of
its algofauna. The influence of the peat swamps in whic the
Om' has its origin as well as that of the swamps through rhich
this river and its tributaries (Refs 2,6) flow is expressod in
the high content of humin substances. Here the water is
yellowy-brown. The oxidation of the hamin substances needs
much oxygen so that it is rare in the near-bottom water layers.
The water of the Om' is hardly transl ucent. The Om' river does
not, however, belong to type b) since its water contains abundan-
tly solved salts. This is caused by the salt grounds through
Card 1/3 which it flows (Ref 7). Thus the Om' river is a combination of

On the Peculiar Algological Type of a Plain River BOV/20-125-6-51/61
the river types b) and c). The algoflora of the Oml river is
also peculiar. It reminds of some steppe rivers. It is
qualitatively not richt 195 species, 96 of which are plankton-
and 99 bottom forms. Diatomaceae predominate among the latter
(89 specie's and varieties). The similarity with the steppe
rivers is expressed in the rather abundant occurrence of the
species of brackish water (28%). The complete lacking of
Peridinieae and the inconsiderable role of Chrysomonadales
(only scarcely Dinobryoii divergens) is a further similarity
with the steppe rivers. However, also differences exist between
the algaflora of the Om' river and that of the steppe riverss
The Om' contains a relative variety of the algae groups compared
with the steppe rivers: the Protacoccacae algae are the
systematically richest group (30 species and varieties).
Diatomaceae follow (22 forms), then Cyanaphyceae (21 forms). The
latter almost or completely lack in the steppe rivwrs. The
conditions for all plankton algae are unfavorable in the Om'
water in consequence of the low translucency. If, however, the
latter increases and the flow velocity rises (from July to the
second half of October) several Protoo=acae algae and Cyano-
Card 2/3 phyceae become extremely numerous. This is never the case in

On the Peculiar Algological Type,of a Plain River BOV/20-125-6-51/61
typical steppe rivers. The Om' river differs from the steppe
rivers as well by the forms occurring here with a mass develop-
ment. The greater variety of the Desmidiaceae (in contrast to
the desert rivers) is caused by the influence of the peat
waters. Thus the Om' river is in its lower course a swamp-
steppe river. The salts are here apparently the determinant
factor. The Om' river is probably not the only river of this
type among the tributaries of Irtysh and Obl. There are 7
Soviet references.
ASSOCIATION: Omskiy gosudarstvennyy meditsinskiy institut im. M. I. Kalinina
(Omsk State Medical Institute imeni M. I. Kalinin)
PRESENTED: January 15, 1959, by V. N. Sukachev, Academician
SUBMITTED: July 11, 1958
Card 3/3

GORTACHEVA, G.I.
New diatoms from Western Siberia. Bot. mat. Otd. spor, rast.
16s49-52 163. (MM 16tlO) 1.
I

AUTHORS: Fridrikhov, S. A., Goryacheva, G. N. 48-22-5-2/22
TITLE: Secondary Electron Emission From Monocrystals of Alkaline-
Haloid Compounds at Low Energies of the Primary Electrons
(Vtoriohnaya elektronnaya emissiya monokristallov shchelochno-
galoidnykh soyedineniy pri malykh energiyakh pervichnykh
elektronov)Data From the VIIIth All-Union Conference on
Cathode Electronics, Leningrad,October 17-24, 1957 (Materialy
VIII Vsesoyuznogo soveshchaniya po katodnoy elektronike, Le-
ningrad, 17-24 oktyabrya 1957 9.)
PERIODICAL: Izvestiya Akademii Nauk SSSR,Seriya Fizicheakaya, 1958,
Vol. 22, Nr 5, PP- 486 - 493 (USSR)
ABSTRACT: In the publications sufficient data on the interaction of slow
electrons with the surface of solids are missing. The problem
is neglected with respect to semiconductors and especially to
dielectrics. A survey of publications (References 3-6) is
given. To be able to judge with precision the physical meaning
of the course of the curve a W f(E ) in case of low E , one
p P
Card 1/4 must have data on the energy spectrum of the secondary electrons.

36oondary Electron Emission From Monocrystals of 48-22-5-2/22
Alkaline-Haloid Compounds at Low Energies of the Primary Electrons
These are abaefit.- D2 publications. The most reliable method of
investigating the secondary electron emission of the dielec-
trics is the method of the single pulses (Reference 7); it
has until now not been used for the last mentioned purpose.
This defiency will be compensated by this work. The device used
for this purpose is described and illustrated (figure 1).
Figure 2 shows the dependences 6 - f(E P), which were obtained
for artifically grown monocrystals in the variation range of
from E p 3,5 -* 31 eV. The authors come to the following con-
clusions: 1) ;he mentioned pulse method reduced the phenomena
which are connected with the charge of the surface and with
the changes of the properties of the target in the bombardment
to a minimum. 2) it has been proved that the true secondary
electrons appear in a noticeable quantity in the spectrum if
the energy of the primary electrons of the long wave limit of
the first band corresponds with the proper absorption of the
crystals- 3) From this value of the energy onward the emission
coefficient of the slow eloctrons 6 increases rapidly. The
Card 2/4 domain of the steepest increase of ~ corresponds with the

Secondary Electron Emission From Monocrystals of 48-22-5-2/22
Alkaline-Haloid Compounds at Low Energies of the Primary Electrons
domain of the lot and 2nd maximum of the proper absorption.
4) It has been demonstrated that the fine structure of the
curves a - f(Bp ) of the alkaline-haloid monocrystals can be
associated with the periodical field of the crystalline lattice.
5) It was found that a correspondence between the proper
optic and electronic absorption of the alkaline-haloid cry-
stals exists. This once again indicates that the electronic
affinity of such crystals is very low. The theme of this
work was suggested by A. R. Shullman who advisingly assisted
in the performance as well as in the discussion of the re-
sults. In the discussion of the abstract took part N. D. Mor-
gulisp L. H. Dobrotsov and the first author
(Izvestiya Akademii Na-ult SSSR Seriya Fizicheskaya, 1958P
Vol. 22t Hr 5, PP- 494 - 495 ). A discussion on the abstract
of the authors was held together with a discussion of the
abstracts by Gorodetakiy, D. A. and by Bronshteyn, I. M.
apparently Izvestiya Akademii Nauk- SSSR Seriya. Fizicheskaya,
Card 3/4 1956p Vol. 22, Nr 4)- In this took part: K. B. Tolpygo,

Secondary Electron Emission From Monocrystala of 48-22-5-2/22
Akaline-Haloid Compounds at Low Energies of the Primary Electrons
Lo N. Dobretsov, X. D. Morgulis, I. M. Dykmanj A. Y&. Vyatskin
and A, R. Shullman. There are 8 figures, 1 table and 19 refer-
e)-liest 9 of which are Soviet.
ASSOCIATION: Leningradskiy politekhnicheskiy institut im. M. I. Kalinina
(Leningrad Polytechnical Institute imeni M. I. Kalinin)
1'.Secondary itters--Properties 2. Secondary emission--Analysis
3: Single cryeamtals--Applications 4. Dielectrics--Projerties
5. Alkaline-haloid crystals--Applications
Card 4/4

SHEYN, T,I.; ORESHKINA, T.S.1 VLASOVA,tL.N.; KIRIVNKO, I.B.; Prinimals,
uchastiye GORYACHEVA,, G.P., inih.
Research concerning the 14ays to increase the strength of enant
fibers. Khim.volok. no.2t22-24 163. (MIRA 16:5)
1. Vaesoyuznyy nauchno-'isoledovatellskiy institut iskusstvennogo
volokna (for Sheyn, Oreshkina, Vlasova). 2. K3inskiy kombinat
(for *yanko). (Textile.fibers, Synthetic)

'ht-mi.;:try- A,~plicd~ chom stry
Pub. 22,-.4'5151
Authors'- - t.* `.,arkov~*Iy L. Ya.; Kondrarhe'l.:,Yu. D.; and Goryachievo. 1. A.
Title About'tho compositir.,n f beryl 1 i= borid(IS
Periodica), I'T', ~c-,~gm 101/1, 97-98, Mar 1. 1
Abstraot j rrellminary ,ire precz:ntt-__! an th,~0 co", os-,tlcn of beryllium borides..
Eamples of P_,_--:~borid~_-Z. wc_~a rynth,,slz~;d -frcm clemcnts the pu3 -,-,7,rul -rt
Tni.~_tures I of." whi ch. -were, bri,-, uc 4: tc-d at n fix--r-I c_;~-,Lponent ratio and
v
temperatture iii an 3tmorphcre. Chemi--l snkl _z-rray armlyses show the
prcmnc!~,, of at Icast tvo pfias-ai~ in th(. prcv,.!- ii~~tE prepared with a
cc-nporzit m-tic of no . 1B =~ 2:1 3:2 1;1. TIn
-;., E:t -of t!Ie:tbIi,,b1_c* and ir4,Atiblc ar~_ list
c-. Three
I 71._C~.nch I V~'.L ztml 1 -10, 13' Tables; rraph.
Instit" I- n
niztry
r.--, sn'

GORTACENVA A.: SHADRIN. G.S.
Modeling therml processes in soils with water pipes laid in
seasonal freezing zone. Insh.-fiz.zhur. no-7:107-109 J1 '58.
(MIRA 11:8)
l.Leningradekly nauchno-iseledovatel'skiy inatitut Akademil
kommunalinogo khozyaystva im. X.D. Panfilova, Leningrad i
VBeSOYU2nyy nauchno-issledovatsllskiy institut gldrotekhniki.
Leningrad.
(Engineering models) (Soil freezing)

GOUACHZTA. IsA.; SHIOM, G.N., red.
EStudying the tbarmal field of ground with a water line laid
in the zone subject to seasonal freezing; scientific report)
Assledovanie teplovogo polie, grunta a vodovodom, prolozhewqm
v ione sezonnogo promarxanlia; nauchnoe soobshchanis. Pashkin.
Akad.ko=mn.khos.1m.K.D.Pai!filoya, 1959. 39 P.
(KIRA 13:6)
(Water-supply eagineeriAg, Low temperature)

GORYaCHWA, I. A. Cand Tech Sci - (dis a) "Investigati on of the
Heat Field Of Soil with, Hydrogen Placed in Seasonal Fre3zing Zone,"
Leningraa, 1960, 21 pp, 200 copies (Leningrad Institizte of Railroad
Transport Engineers im Acad. V. N. Obraztsov) (KL, 49/60, 127)
m

SMZBNIOV, Mikhail Mikbaylovioh; RM , Rita 111iniobna; WMUC=Av
Inna Alskoandrovnaj ZHABINAr XqUarita, Dutitri7ev,011; BATYMAI
-6~na ~TXFWt A.V.o doktor tokhn. raukv prof.p
rdd.; GVIRTS# V.L.p red. isd--va
(Tables and nomogrims for the bVftfvUe calculation of plastic
is] Tgblitoy i uomo dlia. jWa:v3,i*bsskdgo rasobsta plast-
=
oovy trub. Pod red. A. Joplovai Uningradg 1961, 7 P.
bles. (Lftinpadakii Dm ntddbno-tekbn* propajaDV. Obmen pore-
rovym opytom. Seriias Stroitellnaia promyehletindai4v no.3)
(KEIU 2427)
(Pipet Plastic-Tableog calculationop etc.)

GORYACHEVA, Inns, Aleksandrovnat kand. tekhn. nauk; LEVCHENKO, Ya.V.,,
Yu.A., red.izd-va; BOLISHAKOV, V.A.,
tekhn. red.
(As, 'embly of bathrooms for large-panel apartment houses in
Leningrad] GjTt monta" sanitarno-tekhnicbeskikh-kabin
krupnopanellnykh.zhilykh domov v Leningrad*. Leningrad,
1961. 25 p. (Leningradakii dom nauchno-tekhnicheakoi props-
gandy. Obmen peredovym opytom. Seriia: Stroitellnaia pro-
myshlennostil, no.25) (MIRA 16:3)
(Leningrad-Bathroom)

GOBYACHEVA, Inna Aleksandrovnao kand, tekhn. nauk; SAPOZIDIIKOV, MJI.,
~.e~. =k,- -red.;.SHILLIIIG, V.A.v red, izd-va;
GUICS, V.Lop tekhns red,
fconstruction and operiation of plastic water pipes in
Leningradj0pyt stroitel'stva i ekspluatataii plastmassovykh
vodoprovodav v Leningrade. Leningrad, 1962. 24 p. (Lenin-
gradskii doii nailchno-tekhnicheskoi propagandy. Obmen pere-
dovym opytom. Seriia: StroitelInaia promyshlennostly no.16)
MIRA 15:11)
(Leningrad-Water pipos) (Pipe, Plastic)

,( f-I ;
C, 0' - V- I,. - I I L~ ~,' ~- ~,) M.K,
17.4ing rr.,iylthYlGne P.''pes for *-;Ot-w-.,:I!- sapplj~ Ne."Inh- trild.!
I-XIKH no, 1("l - 189-2110 162. (".11 ~-- ~~ I,/ . f .:

RO~YACHr-,VA,_,.Li4i,qj R~sandrovna.. kand. teklin., nauk; SOOMINIKOV,
Mi'kha'ylovich, kand. tekhn. nauk; KIZKIOV, I.I.F.17
red.
[Use of plastics in sanitary engineering] Primenenie plaBt-
mass v sanitarnoi tokhnike. Leningrad, 1963. 32 p.
(MIHA 17;7)

SAPOUNIKOV, Mikhail Mikhaylovich [deceaced] j GOR r JUIgA
_, Inna
ovna,- SAMOSATSKIY, Nikolay Nikolaye-vi-err"
CHOM040 I # * . red,
(Plastic pipes in housing construction] Plastmassovye
truboprovody v zhilishchnom stroitelistve. Leningrad,
Lenizdatj 1964. 126 p, (MIRA 18:12)

MIKUYLIDI., L.L.; GORYACIMVA, I.M.,
Drying sulfate in a "fluidized" bedc, Bum. prom, 36 no.11:17-28
N 161. (MIRA 15:1)
1. Sverdlovskiy sovnarkhoz.
(Sulfates-Drying)

JD
UR/0286/65/000/672-4fd-O-
ACC NRi AP6002904, Souici" E:
INVENTOR: -Bobylev, A. V*; 0 C a, K. A.
ORG: none
i074 [a ounced'by State
TITLE: Coppe -base alloy. 'Class,-40,..No. 171" nn
Scientific-Research and Project Institute of-,Attoys_and Processing.of
Nonferrous Hetals (Gosudarstvonyy nauchno-issledovatel'skty i proyektnyy
inatitut splavov I obrabotki tsvetnykh metallov))
SOURCE: Byulleten',1zobreteniy i tovarnykh xnakov, no. 24, 1965, 72
TOPIC TAGS: copper.alloy, nickel con t4iining allay, aluminum.containing
alloy, manganese containing alloy, chromium containing alloy, lithium
containing alloy, boron containing alloy, phosphorus containing alloy
ABSTRACT: This, Author Cartificpte -introduces a copper-base alloy.-
To improve.mechanical.and technological properties.of the- alloy, its
chemical composition is set as folloval 12.2-14.8% Ni'v12.5"3.5% Al9s
~2.5-3.5% Mn-,,-and 1-2% Cr.'IlThe same alloy may also-Tointain up to
0.5% each of lithium,, boron, or phosphorus IND)
~7
Sub CODES ll/ SUBM DAM 07Aujj64/ ATD PREM
Card 1 1 UDCt 669.35124

GORYAGHEVA. K. G.. and NAZAROV, S. T.
I'Determining the defects in.angular welded asants by gamma rays from isotopes
of cobalt-60 iridium-192 and cesium-137". appearing in the "Detection of Ddfects
in Metals by Gamma - Collection of Papers", (Gamma Defektookopiya Hetallov -
Sbornik Statei), published by the AcadecW of Sciences USSR, p 74, 1955.
0

AUTHOR: Goryacheva, K.,,G.. __~ngincer 135-58-1-4/23
U
TITLE: A Calculation Method for Determining -the Dimensions of a Defee in a Wel-
ded SUMby Gamma-Photography (Rasch8tnyj- metod opredeleniya
velichiny defekta v svarnom soyedinenii po gamma-snimku)
PERIODICAL: Svarochnoye Proizvodstvo, 1958, Pr 1, pp 12 - 14 (USSR)
ABSTRACT: The author states that the gammagraphic method has found
wide acceptance in the control of welded seams as it is
able to detect cracks, non-fusion and other deficiencies.
The gamma photograph detects the shape and cross dimenions
of the defect, but cannot assess the depth. The article con-
tains results of tests in developing a theoretical method
to deterrine the depth of a deficiency. On the basis of re-
search by A.IjOrlov, 1. 0. Hirschfeldler and E.N. Ad ams6ef - 59,
the following formula was derived:
d = (1+ jAh)
/A D0
where D is the total density of the photograph blackening
determinoed by the micro-photometer;j5D - is the difference
of blackening density at the edges of the defect;)L - is the
coefficient ol attenuation of the given radiation in the ma-
terial in cm ; h - is the thickness of the item being in-
Card 1/2 vestigated in the deficient zone. Using this equation, de-

135-58-1-4/23
A Calctilatim Method for Detey-miuing the W-mensions of a Defect jzi a We-Ided
Seam by Gawz-Fhotography
ficiencies in steel and copper detected with gamma photo-
graphy, radintion of cobalt 60 and iridium 192 isotopes,
were determined, The author comes to the following con-
clusions. The suggested c~.lculcttion mothod is sufficiently
accurate. On the average, the difference between the cal-
culated dimensions and real deficiencies is less than 10 %.
Theieis I figure, 3 tables and 7 references of which 6 are
Soviet and I English.
ASSOCIATIOR: NVTU imeni Bauman
AVAILABLE: Library of Congress
Card 2/2 1. Seam welding-Defect detemin-stion 2. Gamna photography-Applications

18(7) SOV/159-58-3-23/31
AUTHOR: Goryacheva, K.G.

TITLE, The Application of Isotope Europium-152, 154 for Gamma-
Defectoscopy of Metals
PERIODICAL: Nauchnyye doklady vysshey shkoly, Mashinostr oyeniye
i priborostroyeniye, 1958, Nr 3, pp 163-170 (USSR)
ABSTRACT: Presently, the gamma-defectoscopy found a wide-spread
application in industry for examining parts of a great
thickness. Co-60, which is used for this purpose, has
a relati.yely high radiation energy and produces good
results only on parts of 50-100 mm thickness. Thereby,,
the sensitivity of the cobalt method is 2-2.5~6 on the
average, However, when using Co-60 on parts with a
thickness of 10-15 mm, the sensitivity of the method
decreases considerably. This limits the application
of Co-60 for.products of small thicknesses. Conse-
quently, radiation sources with different energy levels
are required for the gamma-ray defectoscopy. In this
connection the author investi-ated europium-152, 154
o
Card 1/4 and arrived at the conclusion
that this isotope may

SOV/159-58-3-23/31
The Application of Isotope Europium-152, 154 for Gamma-Defecto-
scopy of Metals
be used for the gamma-defectocoppy of products having
a thickness ranging from 5 to 100 mm. Ettropium-152,
154 has "soft" and 11hard" garma radiation with ener-
gies of 0.12-0-34 mev and 1.2 mev respectively. Its
specific activity is high. The europium isotope in-
vestigated by the author had a specific activity of
15,000 millicurie/gramm. The author investigated the
sensitivity of the film "Rentgen X11 to the radiation
of europium-152, 154, the application of amplifier
screens and the amplification factor, the exposure
values and the sensitivity of the roentgenograms for,
detecting small defects. The author compares europium-
152, 154 with iridium-192 and cobalt-60 and points out
the advantages of the europium isotopes. The life of
iridium-192 lasts several months only, while that of
europium is calculated in years. The sensitivity of
roentgenograms obtained with europium is 1.5-2.5 times
higher than of cobalt-60 when processing parts with
Card 2/4 thicknesses of 10-60 mm. The sensitivity is higher

SOV/159-58-3-23/31
The Application of isotope Europium-152, 154 for Gamma-Defecto-
scopy of Metals
compared to that of iridium-192 used on parts of
thicknesses of 5-10 mm. The sensitivity of roentgeno-
grams for detecting small defects in products of 10
mm. thickness using europium is 2.2%. With an increase
of the thickness of the product to 50 mm, the sensiti-
vity will rise to 1.0-1.2%. The sensitivity of euro-
pium roentgenograms will drop to 3.5-4% when examin-
ing parts of 4-5 mm thickness. The photographic sen-
sitivity of film "Rentgen XII to the europium-152v 154
radiation is higher than to that of Co-60 and may be
further increased by using amplifier screens of the
Semashko Plant. Their amplificat-ion factor is 9 + 17
with a blackening density of the pictures of 1.0 + 2.0
units. The exposure time required for europium roent-
genograms is 2-2.5 times higher for parts of 10-60
mm thickness than that necessary for cobalt and it is
considerably different from the exposure time when
Card 3/4 using iridium for parts of 5-40 mm thickness. Wnen

SOV/159-58-3-23/312
The Application of Isotope Europium-152, 154 for Gamma-Defecto-
scopy of Metals
examining parts with a thickness of 55-60 mm, the ex-
posure time required for europium is two times lower
than that necessary for iridium. There are 4 graphs,
1 table and 2 references, 1 of which is American and
1 Soviet.
This article was presented by the
Kafedra "Fizika" Moskovskogo vysshego tekhnicheskogo
uchilJ.-1-'- impni 'RPiirnnnP (Chair of the
Roscoi., Higher Technical School imeni Bauman)
SUBMITTED: April 4, 1958
Card 4/4

S/260/621000/005/001/002
AUTHOR: Goryacheva, K. G. 1010/1210
TITLE: Some ways of increasing the sensitivity of the photographic method of gamma-defectoscopy
PERIODICAL: Referativnyy zhurnal, Pribory tochnoy mekhaniki i ispytatel'nye ustanovki, no. 5, 1962,
11, abstract 40.5.66 K- "Radioakt. isotopy i yadern. izlucheniya v nar- kh-ve SSSR. T. Z.**
Gostoptekhizdat, 1961, 103-107)
TEXT: The possibilities of increasing the sensitivity of photographic method of gamma-defectoscopy, by
means of lowering the undesirable effect of scattered radiation upon the film is discussed. One suggestion is
to limit the scattering field by use of tubuses or diaphragms, and also to-use lead filters to absorb the scattered
radiation. The experiments were performed on the unit rYfl-Co-0,5 (GUP-Co-0.5). It was established that V/
for products control, the use of small size diaphragms having a thickness of up to 10 mm was suitable. In this
manner one could raise the sensitivity of the pictures by 25-35 %. The use of lead filters was more effective at
gamma raying of products of low thickness. In surveying products 40-70 mm thick, one could increase the
sensitivity 30-40% by the use of filters. 5 Figures, I Table.
[Abstractor's note: Complete translation.]
Card I/ I

GORYACHEVA, L, A.;, -PARFENOVA, Ye. S. (Gorl)dy)
Effectiveness of liootropic preparations in the treatment of
toacic hepatitis. Gig, truda i prof. zab. 5 no.7:37-41 Jl 161.
(MMA 15:7)
1. Gorlkovskiy nauchno-issledov atellskiy institut gigiyeny truda
i professionallnykh zabolevaniy.
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