SCIENTIFIC ABSTRACT GOROKHOV, V.I. - GOROKHOVA, N.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000516310009-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

A UTHOR: Gorokhov, V.I. SOY/128-58-12-13/21
TITLE: The Casting of Cate Valves in Chill ffolds (Otlivka klinketov
zadvizhek v kokill)
PERIODICAL: Liteynoye proizvodstvo, 1958, Nr 12, p 22 (USSR)
ABSTRACT: A Raised production of steel gate valves at the Yugo-Kamakiy
oashinostroitellnyy zaved imeni Lepse (Yugo-Kamdkiy Machine
Building Plant imeni Lepse) was obtained by replacing sand
molds by Chill molds. This change was made possible by a
slight change of the gate valve design. There is I dia-
gram.
Card 1/1

TSAREVA, S.A.; GCROKHOV, V.I. (Saratov).
Uoe of streptomycin, blomycin and levomyeetin in ti-ilaremia. Klin.
mad. 38 no.3t77--82 Mr'60. (MIRA 16:7)
1. Iz Institua mikrobio:Logii i apidemiologii Yugo-Vostoka SSSR,
Saratov.
(TULAPAIIA) (STRuluffen)
(AMMMIU) (LEMIYCETIN)

3-58-2-25/33
AUTHORS: Gorokhoy, V.M., Professor, and Rozhdostvenskiy, B.P. Dotsent
TITLEt A Conference of Instructors in Podagqgi~ee and Psychology
(Boveshchaniye propodavateley podagogiki i psikholo-gii)
PERIODICAL% Vestnik Vysshey Shkoly, 1958, # 2, page 78 (USSR)
ABSTRACTs From 17 to 19 Ocotbor 1957, a scientific-practical confor-
one* of instructors of the chairs of pedagogics and psychology
of the universities and pedagogical institutes in the Miadl*
Volga and the Urals region was hold in Kazan'. Representatives
of 3 universities and 9 pedagogical institutes, directors and
chiefs of the teaching sections of secondary schools, colla-
borators of the Tatarskiy institut usovershonstvovan'iya uchi-
teley (Tatar Institute for the Development of Teachers), and
others participated in the conference work.
At the plenary sessions and meetings of the 3 apetions -
pedagogical, psychological arid-history of pedagogics -
25 reports on various questions of development of the Soviet
school were heard. M.F. Shabayova, Senior Scientific Collabo-
rator of the APN RSFSR, submitted a report on the th9zo 11 The
Soviet School and Pedagogics Over the 40 Yearn of Soviet
Card 1/2 Power". Candidates of Pedagogical Sciences N.A. Polovnikova
0

A Conference of Instructors in Pedagogics and Psychology 3-58-2-25/33
and A.I. Golubev reported on the organization of polyt*chnical
education in the Tatar and Mordvinian Autonomous Republics.
Candidate of Pedagogical Sciences B.P. Rozhdestvenskiy and
G.A. Petrova, spoke of the organization of aesthetic education
in the schools of the Tatar Autonomous Republic; Candidate
of Pedagogical Sciences A.A. Vanshteyn discussed the mutual
relation between theory and practice in teaching pedagogics.
The Kazan' conference decided to establish a permanent
organizational bureau for preparing and conducting conferences.
ASSOCIATION: Kazanskiy pedagogichaskiy institut (Kazan' Pedagogical Institute)-
Ras nskiy gosudarstvennyy universitet imeni V.I.Ullyanova (Ienina~
(]Ka:"' State University im.V.I.Ullyanov (lanin))
4VAILABLE: Library of Congress
Card 2/2

16(2)
AUTHOR: Gorokhovo V. X., Engineer SOV/119-59-9-17/19
TITLE: New Devices for the Transmission of Pulses From Viscous
Gradually Solidifying and Aggressive Media
PERIODICAL: Priborostroyeniye.t 1959, Nr 9j PY 30-31 (USSR)
ABSTRACT: The title devicealwere constructed at the factory "Teploavtomat"
where they were also first produced in series. The separating
device is fitted in a piping and effects transmission of the
pressure of the gradually solidifying medium to the intermediate
medium (transformer oilt or glycerin) through an elastic
separating diaphragm. The casing of this device and the
separating diaphragm are arranged so as to permit flow of the
gradually solidifying medium through the device. Thus a possible
solidification of the medium to be regulated is avoided. The
instrument of the type UV S-1, illustrated in a figure, for the
transmission of the impulses of viscous and gradually
solidifying media consist of a caaingg an elastic separating
d1aphragmq and a cover. The factory "Teploavtomat" produoes suah
devices for mounting them in pipe lines with diameters of 50# 60t
Care. 1/2 and 100 mm, and for pressures of up to 25 kg per cm 2 of the medium

New Devices,for the Transmission of Pulses From SOV/1 19-59-9-17/19
Viscous Gradually Solidifying and Aggressive Media
to be controlled. Errors in measurement of pressure with the
device UVS-1 do not exceed 0.01 kg per cmz. Separating devices
for the transmission of pulses (via pressure) of aggressive media
have also been developed in this factory. Production of this
device has been started. The device type UAS-I for transmitting
pulses from aggressive media is constructed similarly to the
above device UVS-1. The only difforence is, that the devico
UAS-I has a low cover with a feed pipe for the aggressive medium.
The device is mounted separately from the piping or separately
from the apparatus and is adapted for operation at.pressures of
2
up to 25 kg per am . The instability does not exceed 0.01 kg
2
per am There are 2 figures.
Card 2/2

24(8) ;SOV/119-59-10-17/19
AUTHORS: k-rurokhov, V. M. ,Engineer, Kovalevgkiy, G. Ye.
TITLE: A Dilatometrio Pneumatic Temperature Feeler of the Type DTDP
PERIODICAL: Priborostroyeniye, 1959, Nr 10, PP 30 - 31 (USSR)
ABSTRACT: This temperature feeler was developed at the Kharlkovskiy zavod
"Teploavtomat" (Khar4kov factory "TekLoaaavtomatl'). Some construe-
tion elements of feelers were used here, which were developed
at the NIIST kkademii stroitel'stva i arkhitektury SSSR (scien-
tific Research Institute of Sanitary Technics of the Academy ;.Or
Building and Architecture USSR). The feeler ia provided for air-
conditioning equipment, but can also be used for automation pur-
poses and other technological processes. The heat sensitive sy-
stem of the feeler consists of a brass tube with a high linear
coefficient of'thermal expansion, and of an invar rod, whose
linear coefficient of thermal expansion is practically rtil. A
tomperature.change of the medium to be measured causes 9. displace-
ment of the free end of the invar rod, which leads to a change
of the distance between valve and valve seat. This alters the
Card 1/2 pressure drop in the valve of the compressed air at a,pressure

A Dilatometric Pneumatic Temperature Feeler of the SOV/119-59-10-17/19
Type DTDP
of 1.1 kg/CM2, which causes a change in pressure at the exit
of the instrument. By choosing between two different directions
of flow, an increase of the pressure, when increasing the
temperature for example, or a decrease, can be obtained at the
exit of the instrument. A manometer permits to read the pressure
at the exit of the instrument, and a dial gauge indicates the
temperature to which the instrument is adjusted. There are 2
figures.
Card 2/2

25(2) SOV/119-59-12-16/-18
AUTHORS: Gorokhov, V. M#, Engineerp Grishakin, V. I., Engineerp
Lukashenko, A. I., Engineer
TITLE: The Direct Pneumatic Piston Drive PSP-1
PERIODICAL: Priborostroyeniyog 19591 Nr 12, p 27 (USSR)
ABSTRACT: The test and design office of the factory "Teploavtomai*~._'
developed the pneumatic drive of which a sectional view is
presented in figure 1. With unchanged command air pressure,
the strain produced by this pressure in the diaphragm Is com-
pensated by a spring. Valve 11 remains in mid-position. If
the command air pressure changesq the valve is shifted from
the mid-position, and the working pressure displaces the
piston..A general view is shown in figure 2. It is 2=ther
said that a suggestion of the Institut avtomatiki i tole-
mekhaniki Institute of Automation and Telemechanics) was
realized in de-s-igning this pneumatic drive. There are
2 figures.
Card 1/1

S/119/60/000/06/07/016
BO14/B014
AlUTHORSt Gomel'skiyj Yu. S., Engineer, Gorokhov M., Engineer
TITLE: An Automatic Electronio-hydraulic Controller of the
Factory "T*ploevtomet"
PERIODICALi Priborostroyeniye, 1960, No. 6, pp. 18-19
TEXTt This automatic controller was developed by the Experimental and
Design Office of the firm "Teploavtomatll (block diagram in Fig. 1,
circuit diagram in Fig. 2). It is manufactured in the form of an
asiatio controller with one, two, or three balancing parameters, or as
a static controller with one balancing parameter. The mode of operation
of this controller, which consists of several feelers, a three-stage
amplifier, and a slave, is described in detail. Differential transformer
feelers of the firm "ManometrIll induotivo feelers of the firms "Komega"
and "Energopribor", or ferrodynamic feelers of the firm KIP may be used
for this instrument. A photograph of the electronic o-ntrol unit is
repioduced in Fig, 3. There are 3 figures.
Carit 1/1

GOMELILIKIr. Yu. S.; GOROKHOV, V. M.
.
Electronic bvdmullo regulators designed b7 the *TeploaTtomat"
P3int. Priborostroanis no.12:20-23 D 162.
(MIRA 3.6--l)
(Electronic control)

.~L-110207a-66
ACC NRi AP50285U
Somas CODE: VR/0286/65/00Q/W0/0096/0096
AUTHORSS-Gorb MsgnerE._D,_
P ve
ORGs. none
TrrLE: A bydraulic two-stage amplifter. Class 42, No. 17571,4 fannounCed by _4&=,
perimental Construction Bureau 01!2L~avtom~~" (Opy-tno-konstruktorskoye t7uro
to )TWVMMVq--7-
SOURCE: Byulleten' izob re teniy i tovarnykh znakov, no. 20, 1965, 96
TOPIC TAGS: hydraulic pressure amplifier.. negative feedback.. convergent nozzle
ABSTRACT:: This Author Certificate presents a tvo-stage hydraulic amplifter. The
a housin wo coveraq a
~go t pistonj two nozzles, a contzol lover-
baffle,-two,nozzles,in a negative feedback line, and two lover-baffles for the
negative feedback line. In-order to increase the negative feedback coefficient and
to ensure the possibility of tuning under pressure,, the amplifier has two cylindrical
springs which rest against the covers,, and lever-baffles which press them against
projections on the ends of the piston (sie Fig. 1). The lever-baffles are, freely
supported onshafts, The a3ma of the fe:dback nozzles are opposed.
Card 1 3,/2 UDGs 681,142-622

-ACC NRs AP5028511
t
I I
0
~ I bt",-:-- . ~ I - - 11, -

T. 3nqn~>_M W(d1 TJP(q) BA
ACC NKI W5026512 SOURCE CODE: UR/0296/65/0W/020/0)W/0M
AUTHORS Vaynshteyn-Kovalevskiy. G. Ye.; Sor6Aqv.,,V,_M.,, Koynash. P. I.; J:An4n,
No D~*
ORG: none
TrrLF.: A pneumatic lover multi plication unit. 4_11ass 42,,-No. 175745 fannotmeod by
Ex
1?eEjm#n~Construction Bureau !Zqlao~*matii" (Opy-tno-konstruktorskoye byuro
iteploavtomat-0 ; Con ra c a a'1MsKq!r2Mnj ~t6tq of Comprehensive Autcmatiozt~'~
(Tsentralfru nauchno-issledovatel'skiy institut komplakanoy avtomatiza'Utr),
SOURCE: Byulletent izobreteniy i tovarnykh znakov, no, 20,, 1965, 97.
-TOPIC TAGS: pneumatic computer, pneumatic deviceo positive feedback
ABSTRACT: This Author Certificate Lonts a pneumatic lever multiplication-unit,
The unit consists of-two,input sylphon. bellows, threebars., a balance arm.,.a movable
support, a feedback bellows, a pneumatic amplifier with a controllable nozzlep and
three tuning springs, rn order to~multiply pneumatic signals that vary on both sides
of an arbitrary zeros.taking into account the sip of the output signal $~ the upper
part of the moving support is made in the form of two bout elbows,, so that the moving
support can be placed above or below the It=-aing wds or the balance arm, The bare
have joints on their ends an4 can impart forces of both eigns.
LS IX- UDC: 6M.242---525
ard

P(I P;? -'k-
30
%Mm
-I Ov Lukashenko, A. !.
rP T.
iinc: a power ampiirier.
P'p-t-rnnne,m~.'~c conver-ter. The
an intearal
-),-It.~ut sig-nal

c~urp-jt signal.
2!Dec63 ENCL: 00
SU13 CODE: D- PC

L 23�54-66 EWT(d)/EWT(I)/EWP(Y)/EWP(k)/EWP(h)/Ewp(l)/EWk(h) a
ACC-NRo AP6009912 SOURCE CODE: UR/0413/66/000/004761()W"0707
'AUTHOR: L nin, N. D.; Gorokhov, V. H.; jRqzanov, G. G.
ORG: none
TITLE: An electropneumatic Vansduce Class 421, No. 179101
1 SOURCE: Izobreteniya, promyshlennyye bbraztsy, tovarnyye znaki, no. 4, 1966, 108
TOPIC TAGS: pneumatic device, electromechanic converter pneumatic computer, pneumatic
servomechanism
I ABSTRACT: This Author's Certificate introduces an plectronnewngtic transducel4ich
contains series-connected electromechanical and mechanical-pneumatic units with a powe
amplifier. An electrical signal is converted to a continuous pneumatic signal which-
varies in a direction which is determined by the sign of the input signal at a speed
determined by the amplitude of the input signal. The device is designed for manual con-
trol. The unit contains a pneumatic integrator with its input connected to the output
of the mechanical-pneumatic system, while its,output is connected to the power. ampli-
fier and a servosystem. The transducer also has, a device for fixing the output pres-
sure which con
sists of a servosystem with its rod connected to spring-returnbaffles
and limiters for the upper and lower output pressures. The position of the rod Is fix-
ed by a.pneumatic brake system with the input channel connected to a solenoid valve
controlled by the system for chargeover of operating conditions.
UDC: 681.142-525
Card 1/2

L 04459-67
AT-C W AT6021746~ SOURCE CODE: UR/0000/66/000/000)(023.1/0213,
AUTHOR: Gorokho%P. _V. Laninj N. D.; Kronberg, A. V.
39
ORG: none
TITIE: An electropneum"atic transducer ko
SOURCE: AN SSSR. 1~stitut avtomatiki i tolemekhaniki. Phevmoavtomatika Phematic
'~.automation). Mbeco~, Izd-vo Nauka, 1966, 211-213
TOPIC TAGS: pneumatic servomechanism,, pneumatic control system, pneumatic device
ABSTRACT: The authors describe the operating principles of an electropnematic
.transducer designed for' con-~erting "continuous or on-off out signals of
put
.An electron converter into continuous pneumatic signals varying within
,0.2-1 kg/CM2. The transducer incorporates an electric-to-pneumatic
.signal converter and a pneumatic integrator.
A schematic diagram of the electropneumatic transducer is shwin.in
Fig. .1. In this system the electric input signal to converted by means of
Card V5

In

PO"'t
14
Fig. 1. Schematic diagram of the electropneupatic transducer
1 - Force-to-pressure converter*% 2 - electiOdYnamic relW; 3 - in-
tegrator electroyneumatic Vilve; 4 - integrator power emplifier;
5,6 - intepator pneumatic valves; T - rpstriction; 9 -t qaUles;
~'~spring; 13. - differential transformer; 12 - diaphragoi--iijeK. drive-
1
0
13 - integrator-pneumatic valve; 14 - integrator restriction;.,
15 - diaphragm adder.

L'04459-67
ACC NR, AT6021746
electrodynamic relay Tinto a proportional force and then, through element 1,
into a pressure difference proportional to Ahe input signal. This pressure
,-is passed on to the diaphragm adder 15 of the in~tegrator. Variable restric-
ter 14, the opening of which determines the time constant of the integrator,,
is located at the output of the adder. Electropneumatic valve 3 sets the
oLtput -pressure (position of the servo mechanism) during power failure in
thn electrical circuit and during the, tiansition to manual remote Pontrol.
When this valve is de-energized, the line pressure which controls the opera
tion of pneumatic valve 0 drops and the latter cuts off the feedback chamber
:'of the adder. thus excluding the possibility~-of integration of random input
signals.
During manual remote-control operation, an electric signal is sent
simultaneously to the moving coil of the electrodynamic relay and to electro-.
pneumatic valve 3; as a result, the signal is integrated while being trans-
mitted. A local manual change of pressure is accomplished by means of
pneumatic valves,5 and 6, which can be used either to increhse the pressure!
in the input chamber of power amplifier 4 through the use of the 'high-
pressure lind or to relieve it. The rate of change of the output pressure
is controlled by, restriction 7. The 'feedback signal is picked off from dif-

..........
-----------------------------
L 04459-67
ACC NRs 021746
ferential transformer 11. The'motion of the transformer plunger is con-
trolled by spring-loaded diaphragm drive 12.
The electropneumatic transducer is equipped with protective nozzles
8 and 9, When the pressure drops below 0.2 kg/cm2, nozzle 9 closes: and
prevents further lowering (if the pressure. When the pressure to increased
to 1 kgIcm2 nozzle 6 opens, thus excluding the possibility of a further in-
crease,
A circuit diagram of a'transducer of electric on-off signals is shown
in Fig, 2.0 The signal enters on.e of the electropneumatic solenoid relays 3
whose core position determines the pneumatic output signal. Thie system
employk. a lever- integr4tgr (lever 7, on which moments of forces
IyPe
aeveloped by the four bellows are compared)* From relay 30
Pint-and Pin.. are sent to bellows 11 and 12, while positive and negative
feedback sigrAlo are -fed to bellows 9 and 10. respecVvelyo IAC&I control
valves 1, together with nozzles 13# maintain the output pressure variation
V.
within 0*2.1 kWCIM a

0ut
j
4g. 2. Schematic diagram o:r the on-6ff signal transducer.
I - bontrol valves; 2, 3 - relay; 4 pressure gage; 5 - OR.
element; 6 - power amplifier; T - lever; 8 - braking device-,
9, 10, U, 12 - bellovs; 13 nozzle&.
ATj CODE: la SUBM DATE: 03Feb66
Card

,747 SOURCE CODE:
ROR*-. Gorokhov
none
TITLE: Two-channal null-balancing pneumatLe recorder
SOURCE: AN SSSR. Inatitut avtomat&L L-tolemakhanW. PnevooavtonstLka (Pneumatic
automation). Moscow, Ixd-v* Mauka, 1966, 214-216
TOPIC TAGS: pneumatic device, pneumatic aervowechanism, pressure messur4ment, pres-
sure measurins Instrvisent
ABSTRACT: A two-channel, null-balancing, priessurt rocordLng instrument based an two
identic" pneumatic servosystan (shown Ln ri . 1) in des
.9 cribed. The pressure to be
asured P is introduced into the diaphragm chamber. The force exerted auto disphrep
I is transmitted through pivoted laver-2 and balanced by feed-back spring S. The change
in the unknown pressure P changes, the fares an the diaphragm, causing the lover to ro-
tate through a certain small =&I&. This changes the differential Saps between nos-
zles 4V 5 and the flap somud an lover 2. The imbalance in the airflow through the
nozzies generates dLfferontLal pressure in cylinder 6. forcing the piston to now untLl
the balance pressure In restozoade Thus the piston displacement is proportional to the
card 1/2

Fig. I#
aviation of the Pressure beirg mor4ed, The piston to connected thrv4h a system of
Wings and pullays to the maiwaug stylu"e. The recordlas w=wacy.18 better than
.St. Bath otylume u4mrse tb* &U width of the paper. To prevent col I 1 9 a
kip mechanism In am of the &VIuses valses the other durin an Luteveacts,The trim
aterrupt due to skip Is, is" I On. 2 m. The paper transport Is &Iven by a synchro-
ous acrur with a speed %mge of 15 usAr to 4 aimin, Orig. art. hu: S gaw".
UB CODE: 13,14/ SM DAIS: 03raNG
:OW 212 --

3064
S/701/61/000/000/005/005
0 0,P) B124 B138
AUTHORSi Livanov, V. A.0 Gorokhov, V. P., Golofayev, T. I., Mal.,;avkin9,,
V. P.
TITLEt Analysis of aluminum alloys with the ARL quantometer
SOURCE: Fotoelektricheskiye metody spektrallnogo analiza; sbornik sta-
tey. Moscow, Oborongiz, 1961, p. 87 - 95
TEXTs The article sets out the results of a study of the effect of certFdn
factors on operating conditions for.the ARL quantometer and the accuracy of
analytical resultsq together with data on standards and samples for ana-
lysis by it. Analytical lines given in Table 1 were used together with
the aluminum line (2567.9 1) as reference. The whole analytical operation
took 8 to 10 minutes. A Sulzer air-conditioner was used for temperature
control, At constant temperature the position of the carriers remains un-
changed. Calibration was carried out with standards with maximum and mini-
mum concentrations of all the elements in each group of aluminum alloys.
The quantometer channels were previously adjusted to VIAM standard samples
with a s'hape slightly modified by the authors (Fig. 1). Standard specimens
Card VAJI

34064
3/701/61/000/000/005/005
Analysis of aluminum ... B124/B136
of the alloys 416 (D16) and AMP6 (AMg6) were analyzed chemically and with
the quantometer at the same time. The copper and magnesium content varied
between the lower and upper layers of the sample (0.3 - 0.71A Cu and 0.5 -
0.6% Mg). Standards were produced by semicontinuous casting in the form
of billets, 56 mm in diamete'r, in order to eliminate segregation. Ana-
lysis showed that the distribution of copper (mean value 4.6%) and magnes-
ium (mean value 6.5%) is f airly unif orm in Di 6, M~-3 (AM973), and AMg6,
while that of the other components is always uniform. As piping occured
when the samples were cast coldg the sizes of the standard samples were
modified as shown in Fig.14, and the shell mould shown in Fig. 6 was sugg-
ested for casting annular specimens. Analytical results obtained with the
quantometer in dependence on the depth of the analyzed layer and the temp-
erature of the shell mould before casting show that, the position of the
working zone varies in the samples. With annular specimens, consistent
results are obtained both by chemical methods and the quantometer. The
water-cooled mould shown in Fig. 8 is suggested for more uniform crystall-
ization conditions,, . Although segregation is not completely eliminated
along the specimen, results obtained for layers at the name depths are in
good agreement. There are 9 figures and 4 tables.,
Card 211
60111~

s/ij7/62/000/005/147/150
A052/A101
AUTHORS: Livanov, V. A., Gorokhov, V. P. - Golofayev, T. I., Malyavkina, V. P.
T=: Analysis of Al alloys on ARL quantometer
I
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 5, 10962, 6, abstract 5,(37
(V sb. "Potoelektr. metody spektr. analiza". Moscow, Oborongiz,1961,
87-95)
TF-Xr: The data of studying the effect of certain factors on the,working
conditions of the quantometer and on the accuracy of the analysis are reported,
as well as the results of the investigation of standards and samples selected for
the analysis on the quantometer. Standards of A16 (D16) and AMr 6 (X%6)
alloys were subjected at the,same time to a chemical analysis and to an analysis
on the quantometer. The results of the analysis on the quantometer, correspond-
ing to those of the chemical analysis, were obtained at the height of 3 mm
from the lower plane of the sample.
L. Vorob'yeva
rAbstracterts note; Complete translation]
L
Card I/I

5/04a/62/026/007/018/030
BI 04/BI 36
AUTHORS: Livanov, V.,A., Gorokhov. _V. P., Golofayev, T. I., and-
14alya.vkina, V.
Analysis of aluminum alloys with the multichannel ARL
quant6meter
P~',RIODICJIL: Akademiya nauk SSSR. Izvestiya. Seriya fizicheakayal
v. 26, no- 7, 1962, 914-918
TZXT: The ARL quantometer was tested and was found rapid and accurate.
As the instrument has no arrangements for the rapid transport and
treatment o1C samples, nor for the supply of informatlon, the advantages
of rapid operation are, however, partly lost. Laboratory staff could be
reduced by automating the analysis. To improve the accuracy and
stability of analysis on copper and magnesium present in large amounts,
better quality must be used. There are 2 figures and 4 tables.
Card 1/1

MAUNIINy A.V.y inzh.1 KOLPASHNIKOV, A.I.p kand. tekhn. nauk; GOROKHOV,
inzh.
Investigating conditions of seizing during the mutual plastic
deforwtion of duralt~lxn-type alloys with alloys of the system
Al - Mg. Trudy MATI no.57t66-90 163. (MIn 16:12)

ACC&cZION NR: AP4038808 S/0128/64/000/005/0014/0016
'AUTHORS: Kurdyumovv'A. Vo (Candidate of technical sciences); Skuchilov, A. I.
:(Engineer); Gorokhov, V. P. (Engineer); Kofman, L. H, (Engineer)
TITLE: Purification of A?Ag-6 allay from oxide film by filtration through grain
;filters
:SOURCE: Liteynoye proi-.zvodstvo no. 5, 1964, 14-16
,TOPIC TAGS: grain filter, filtration, alminum alloy, alloy W. 6, oxide MAJ,
scab formation, aluminum titanium alloy, aluminum manganese alloy, carnallito flux,,,,,
gas content, Dardoll Gudchonko method, alloy AK6, alloy D16
ABSTRACT: The effectiveness of grain filters (with different chemical composi-
in freeing aluminum alloys A14g-6, AK6. and D16 of various nonmetallic
-inclusions (gasou, slags, and oxide films) wan studied experimentally. Aluminum
Alt-6 was filtered in a device shown in Fig. 1 of the Enclosures. Hares 1-wmixer;
2- siphon; 3- intermediate container; 4- filter; 5- canting box; 6- automatic regu-
lator of metal levol in crystallizer; 7- crystallizer; 8- bigot. Two filter typo
were tested: 1) magneoite grains (8-10 mm); 2) calcium fluoride and magnesium
fluoride grains. The filtration material uas cleaned by compressed air, heated to
,Card

ACCESSION NR: AP4038808
and poured into the filter box bf the casting device. The metal passed
.through these filters before entering the crystallizer. In the process of metal
.pouring the malt samples wore collected for chemical analysis. Thair gas content
was determined by the Dardoll-Gudchonko method. The results showed that filtering
of the alloys produced a considerable purification. According to the diagram shown;.,--;.
in Fig. 2 of the Enclosures the ingots filtered through the magnosite grains
(curve 2" had one half as imay impurities, and those filtered through the fluoride
'grains (curve 3) had one third as many impurities as the nonfiltored samples
(curve 1). Dark inclusions of magnesium oxide and spinal were practically absent,
Gas concentration in ingots showed in a direct relation to the degree of their
pollution (see Fig. 3 of the Enclosures), Orig. art. has: 3 tables and 9 figures.!
:ASSOGIATIONt none
SUBMITTED: 00 DATE ACQt 05Jun64 ENCLs 03
SUB COM MH NO 1W BOV3 OCV+ OTHERs 0001
Card 2/5

i
ACCESSION NR: AP4038808
I
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AUTHOR: Gorokhov, V. S., Engineer SOV/67-11-5-9/75
------------------------
TITLE: Oxygen Stations in Works of the Federal German Republic
(Kislorodnyye stantaii na zavodakh PRO)
PERIODICAL: Kislorod, 1950t Vol 11, Nr 5, PP 53 - 54 (USSR)
ABSTRACT: A short description of the oxygen plant of the Mannes-
mann works in Duisburg is given with the following
data: Oxygen of a purity of 98-5/5, 4250 Nm3/hour
for steel melting, and from another mine oxygen
of a purity of 99-5011o. Besides, nitrogen of a
97-98c% PuritY,is obtained. For the compreosion of
oxygen compreasors of the firm Brown and Bovery are
mentioned# furthermore an oxyGen plant of the firm
Linde with a capacity of 10 000 TiO/hour and an oxygen
purity of 95% and nitrogen 18 000 Nm3/hour is
mentioned. A layont of the oxygen station, a
distribution scheme and an outside view (photo-raph)
of the plant Mannesmann, Duisburg, are presented.
Card 1/2 There are 3 figures.

67-1-(1/20
AUTHOR: Gorokhov, V. S*.J.,,DnCincer
TITLE: 'he Four-Stale Turboconpressor DEMAG (Chetyrekhstupenchatyy
turbokompressor DEUAG)
PERIODICAL: Kislorod, 19,50, Nr lt PP. 40 - 41 (USSR)
ABSTRACT: The author Civas a description of the mentionid turbocom-
pressor o-f a power rating of G 000 - 12 000 m /h, vibich
was 2xhibitcd by th,~ facto-ri, 11DE1.1AG11 (DDR) in the 11057
fair at Hannover. (11odol design:11-Jon of these turbocom-
prcs-~or3 are: VK12 Ln4 111CIG). There are 3 fi,,;ures.
AVAILABLE: Libr-:try of Con:;rao
Card 1/1

G~OROKHOV, V-5.
pun I WK 507/3922
UsyWdn., Ivan ft-trovicho' Ivan GrIgortyevich Averlyanov, Vladimir Semenovich
Gmkboy Anato3ly YAkslan1ch Oarshkov,, Aleksondr Vasillyevich Zakharov,
-zW;W Kasparovich Telmirblin
Mashiny I appersty ustanank razdelenlya v*z&akha metodas glubokogo okhlazbdenlya;
stlas lonstruktaly, (Machinery and Apparatus for Air Separation by Low-Temperature
Refrigeration; Atlas of Designs) Moscow,, Kmsbpdzj, 1959. 189 p, Rrrs;t& slip
Inserted. 5#0W copies printed.
Rd.: X.P. Unyukin., Doctor of Technical Sciences., Professor; Revievers: I.K.
Mondryakov.. Candidate of Technical Sciences.. and N.P. Xalka7., Doctor of -
Technical ScIencesm Professor; Zds.*. r.m. lonov., Engineer,, B.N. Bolvehakor,
and N.S. lasperovich; Managing Zd. for Catalogs and Album: K.A. Ponowareva.'
Rngineer; Tech. Rd.: A.Ya. Tikhamy.
I ON MANt This stlas Is intenAed as a design mamial for students of schools of
hIgber technical efteation-end, can be used by planning and design offices and
scientific research Institates in the study of problem of low-temperature
refrigerat:.on end the nse of oxygen as a means of raising industrial output.
6024-1/u-

Machinery and Appirattla Nont.)
SOV/3922
COMM: The atlas contains basic designs of Soviet and non4krilet plants for
saymUng air by the low-texperstare refrigeration method. Also UwIu&d are
t7pes of expansion engines and turtineep log for liquid, ox7genq basic types
of beat exchangers and rectiflestIon eqmivmnt vised In 9xMn amd idtzvgen
plants,v contaLmrs f%V storage and. transportation of liqmid gases., and saxEliery
apparatus for dr"M snd cleaning air, The operation of typical accemsorles under
low-tmperatwe conditions is abow, No personalities are mentioned. %ore are
no references,
UM OF CONIMS
Forlevard
ERICZCP= 0 An-BOARACM PIARS
3
Comarcial, 0,46- 199.2 to 99.9% Pon] Gas and Pmre
Nitfusen 199,W] Plants
W-30-AGNOM161-80M
amov alal oq plant
yara-mitmM and COMOrcial-oMpm ilaut 5
COMMMIGI-03WW Plant 5
CaA 9/ 12

310811621000101810261059
B 1 77/Bi 86
AUTHORS: Gorokhov, V. So, Salov, B. S., Zhuravleva; I. N., Voskresen-
s.,i-, V. G.
TITLFs Air-separation Plant E;P-5(BR-5) designed by VNIIKIMA!3h
PERIODICAL: rReforativnyy zhurnaf. lChimiya, no: 18, 19052, 339i abstract
18K67 (Tr. Vses. n.-i. in-ta kislorodn.' mashinostr., no. 49
1961, 3-- 25)
TEATt A flow diaGram is given, together with a dbscriptioa of the sub- 3
assemblies, of .the BR-5 air-8eparatio6 plant,'ha~~ng an outPut'of 5000 m
0 per hour designed to produce lovi-purity and highrpurity oxygen with
2
extraction of a krypton concentrate.- The sep'arating u'nit viorks on t1le
princinle of a single lovi preasure, with expansion of part of the air in a
turbo-exp3ndor from which it is led into the central section of the upper
column. The tripleblast principle prevents'the re~6nerators freezing. The
plant Vs equipped with remote-control and telemetdring instruments.
EAbstracLer's-notes Complete tranclation.]
L
Card 1/1

-G(ROKHOV, .S., insh.; CHEFINYSHOVI B.A,, irah.; NARINSKIY, G.B.
kand.takhn.nauk
NVNIIKIMM ivt-6* zdtrapn-mwgon "pwation unit. "him.mashinostr.
no.04-7, n,-Ag -.163. (KCRA 16:9)
(Game-Uparation)

SHAIMM , V. S. ; GOT-,'(jjQj()V, S. S. ; I TTf)'ISKIY, A,V,
.41
Age of met-amorphic stra-ta ir 14-) Orl-Illel, interfluve. Vent.,
AN Kazakh. SSR 20 no.8:62-65 Ag 164.
(I.f,[T,,A 1',,: -11)

X
--Lir - ..
TcTP (c RPT I P-a-V9,-DsMc As Vz_
A
ACCESSION HR Ai44049552 BOOK EXPLOITATION S/
(Candidate of Technical Sciences),' Akael'rod, L. S. (Doctor
7--arh ni cal Sc i ence 9Gorokhov, En-.7~ ne e r (I!andi -
'IeMIC-4., .,ClOnces -Usle,rski.72
n' I i~enkov .,nz1 no e rj
A. kil of TectMIC&I
_ngin4gurj i ,
D :e~n~i a ~hc '! ~ :~ gin-eer I Kaga-a-e-r P.G (Candidato of
Scioaces ; B. V. (En
Technical sclancesi; Vssytinin2, G. V, (Candidate o chnical gaiencee)t
1, (Candidate of Tec~nical 3-cienrPs': F, (Can-
0 a C hin I C AC I. t? n C a SK a t i a a Sci-
.and~d f
Purifying air by deep coolingl technology and apparatus, in two volumes.
Industrial plants, machinery and accessory e,,jipment (Razdeleniye
a m. m u h ik o go ok h 1 a z h 6 eY -a Dr udov&_n,.ye
fowa~~h. t. 2: Promy'shlenny'ye ut.tar-)v~i, nf- nrtoye i vspomo-
ye~, Koacow, Tzd-vu i964,
illus., biblio., index. Errata aLip iaaerLud. 3.000 copies
TOPIC TAGSt oxyge generation, argon, crypten, neon, xenon, uentrifugal
Card 113 :,7

L
;4
'N 1P AM4049552
'hermal insulation for low temperatures -- 377
Equipment for storage, transportation and gasilication of
-x!z~-n -- 420
-urification of additicns and materials
X"", ~'urification of additions
447
Ch, XV. Basic information on materials used in oxygen generation
equipmeat. -- 513
kppendice6 -- 532
Bibliography -- 374
Subject index 577
SUB GODE:GC
OTHER: 029
lCard 3/3
SUBMITTED: 08Feb64 NR REF SSOVi 060

YEPIPAW)VA, V.I., doktor teldm. -nauk; GOROXHOVU, IV.S. 1 inzh. I CHEPNYSHEV,
B,,A. t iwLh.;. NARINSUL, O.B. t kZZ. elhn._ nauk
Nitrogen-~wqgaa_ U-6. plant developed. by the All-Union Scientif I*
Reasaroh Institute of Industrial Oxygen Apparatus Construotion.
Trudy VN11KIWH n0.100-46 165, (MIRA 1819)

GOROKHOV V S - RYZHOV, Yu.V., inzh., retsenzent; KARGANOV, V.G.,
inzn.,, red.
(Apparatus of air separation plants; design and construc-
timil Apparaty ustanovok d3ia razd9leniia vozdukha; kon-
struirovanie i raschet. Moskvaj, Mashinostroenie., 1965.
234 P. (MIRA 18-12)

7 1 :: 1. 1
L 36287-66 DTr(d)/Ntrr(m)/WP('k)/EWP(V)/Ee(t)/Li*O[P(I)/KrI' W(c) WW/Jd/JD
ACC NR: AT6016840 SOURCE CODE: UR/2800/65/000/010/0003/0046
AUTHOR: Yepifanova, V. 1. (Doctor of technical sciences); Gorokhov V, S. (Engr.);
Chernyshev, B. A. (Engr.-Y-*, Narinskiy, G. B. (Candidate of technical sciences)
ORG.' Nonj--k
TITLE: Thi6.'VNIIKIKASh DR- 6 i~~o an 9xy an a
'T
SOURCE -Vsesoyuznyy nauc&issledovatel~skiy institut kislorodnogo mashino-
stroyeniya. Trudy, no. 10, 1965. Apparaty i mashiny kislorodnykh ustanovok
(Apparatus and machinery of industrial oxygen plants), 3-46
TOPIC TAGS: liquid nitrogen, liquid oxygen, chemical plant equipment, chemical
production
ABSTRACT: The authors )kescribe in considerable detail the VNIIKIMASh BR-6 ap-
oped by the"411-Union Scientific-Research Institute of 0
paratus devel xygen Equip-
ment Building (Vaesoyuznyy nauchno-issledovatellskiy insLitut kis~v~rodnogo
mashinostroyeniya for the productio of 15,000 m3/hr of nitrogen"dontaining
0 002% 02, 7840 m~jrhr.of industrial'Okygen with a concentration of 95% Oq, and
1;0 m3/hr of 99.5% pure 02. The apparatus operates with a single low pressure
circu t, used previously in technical en 6t~ The paper discusses
car ~2

L 36287-&
ACC NR: AT6016840
the basic features of the apparatus and the selection and development of the
technological design of the unit and technological diagrams. The following main
Components are treated in detail: regenerators, carbon dioxide freezing traps,
fractionating columns, condensers-evaporators, supercoolers, N and 0 reheaters,
technical oxygen column, block housing, armature, compressed-gas motor, and the
remote and automatic control system. The results of a test run of the apparatus
are presented. The article concludes with a brief comparison of the apparatus
WILn the characteristics of the "Linde" (West Germany) and "Kobe-Steel" (Japan)
devices. The BR-6 is already in use in chemical enterprises of the Soviet Union,
Rumania, Hungary, and Bulgaria. Orig. art. has: 16 figures and 5 tables.
SUB CODE: 07/ SUBM DATE: 00/ ORIG REF: 007
Card 2/ 2
- '4/s

'C t"' AR6032311 SOURCE CODE! UR/0081/66/000/010/LO07/LO07
AUTHOR: Yepifanova, V. I.; Gorokhov, V. S.; Chernyshev, B. A.; N9dMk_iZt_
G. B.
A
TITLE: Nitrogen-oxygen plant VNIIIQMASH BR-6
,1. 1 11
SOURCE: Ref. zh. Kbimiya, Part 11, Abs. IOL55
REF SOURCE: Tr. Veen. n. -i in-ta kr1ogrA,,_kWaradn- I lcnm nnrn-
P
mashinostr., vyp. 10, 1965, 3-46
TOPIC TAGS: nitrogen, oxygen, oxygen plant, nitrogen plant
ABSTRACT: The technical characteristics of the equipment are given and its
basic features are pointed out. The flow chart to presented and the basic equip-
ment is analyzed. A comparison to made of the VNIII(IMASH BR-6 plant with
those manufactured by foreign firms. Orig. art. has: 7 reference items.
M. Gusev. [Translation of abstract)
SUB CODE: 07/
Cwd 1/1

ACC'NR
AR6035070 SOURCE CODE: UR/0282/GG/000/008/0052/00.5.3
AUTHOR: Yepifanova, V. I.; Gorokhov, V. S.; Chernyshev, B. A.;
Nar.inskiy, G. B.
TITLE: VNIIKIMASH BR-6 nitrogen and oxygen plant
SOURCE: Ref. zh. Xhimicheskoye i kholodillnoye mashinostroyeniye, Abs.
8.47.369
REF SOURCE: Tr. Vses. ii. -i. in-ta kriogen., kislorodn. i kompressorn.
mashinostr., vyp. 10, 1965, 3-46
TOPIC TAGS: nitrogen, oxygen, ammonia
ABSTRACT: The All-Union Scientific -Research Institute for Oxygen Equipment
developed a VNIIKIMASH type BR-6 machine designed to produce 15, 000 m3 per
hour of nitrogen with a 0. 00 2% content 7840 m3
per hour of low-purity
of 02
oxygen with 95% 02; and. 160 m3 per hour of high-purity oxygen with a 99. 5116
concentration of 02, As a basis for the development of the new equipment, the
designers used the G-6800 air-fractioning unit with preduction capacity of
5400 m3 /hr of nitrogen with 0. 02-0. 0519 02, and 1400 m3 /hr of oxygen with a
Cqrd 1/2 UDC: 621.59

AR6035070
90-920/a concentration Of 02. The latter did satisfy the industrial demands for
ammonia with respect to both quality and quantity as well, or with regard to the
flow chart and equipment. The new BR-6 plants have been providing adequate
supplies of pure nitrogen and technical oxygen to synthetic ammonium other
chemical plants. The BR-6 plant consists of several air turbocompressors an
air-fractioning unit, turboexpanders, a controlling and measuring instrument
panel, switching mechanism, preheaters, and other equipment. Unlike the
G-6800 machine operating at two pressure levels, the BR-6 nitrogen-oxygen
plant is designed for a low pressure level, a system used earlier only in technical!
oxygen plants. The low-pressure system makes it possible to eliminate reciprocat-
ing engines, chemical air purifiers for removing carbon dioxide from the air, an
ammonium refrigeration unit,. and reversible heat exchangers for freezing out the
moisture thus resulting in a highly efficient unit, simple In construction and
dependable and convenient in operating. The principal considerations in designing
the BR-6 plant were (on comparison. basis) a flow chart with an improved organiza-~
tion of heat exchange, removal of air impurities, rectification, and refrigeration
cycle. Orig. art. has: 7 bibliographic titles, and 16 diagrams. [KPI
SUB CODE: 07/
card 2 2

112-3-6585
Translation from: Referativnyy Zhurnal, Elektrotekhnika, 1957, Nr 3,
p. 211 (USSR)
A UTH OR: Gorokhov, V.V.
TITLE- Solution of Basic Problevis in Concrete Work at the
Gor'kovgeastroy Semiautomitic.Production Line
(Resheniye oandynykh voprosov p-olusvtomaticheskoy porochdoy-
linii v proizvodstve betonnykh rabot na Gor'kovgeastroye)
PERIODICAL: Tr. 2-go nauch.-tekhn. soveshchhniya po proyektir.
i str-vu gidraelektrostantsiy, Moscow-Leningrad, 1956,
pp. 74-85
ABSTRACT: Bibliographic entry.
Card 1/1

a,.w,E: SOVI-i -1 - -58-12
AUTHOR: Gorokhov,.Id 4/38
q- Ragineer
TITLE: On Tele-4ontrol and Tele'-Signaling on,.Main Cable Lines (0 tele-
unravleiiii i telesipnalizatsii na kabellnykh magistralyakh)
PERIODICAL: Vestnik svyazi, 1958, Nr 12, pp 12-13 (USSR)
ABSTRACT: The author discusses the suitability of the existinF remote
control and signalization systems as far as they are applicable
to communication cables. The (1c pulse system, -for example,
requires four wires, which seems to be uneconomical. During
the past two or three years, freauency.remote control systems
were introduced usina the service communication channels. The
latter system has the advantpge of functioning without relay
contact, is more reliable and less expensive, The author
states that eventually remote control and signalization may
be avoided or reduced by automation of the remote controlled
repeater or amplifier stations. In Pdditionv there is a lack
V
of literskurp in this field. The communication workers are
far behind the achievements obtained in power engineering
and other branches of the USSR economy. However, the peculiarity
Card 112

On Tele-Control and Tiele-Signaling on Main Cable Lines SOV/111-58-12-14/30
of communication facilities requires a different approach
to this problem and the remote control systems used in other
branches f-re frequently not suitable for communication purposes.
The Communication Facilities Administration must chnnge its
attitude towards the problems of remote control, since the
work conducted in this direction appears inadequate.
Card 2/2
d

-GOROIWQV,-:V,V.p otv. red.,,- SIDOROVA, T.S.p red.; ROMANOVA, S.F.#
tekhn. red.
[Postal co=unicatione] Pochtovaia eviazt; informatsionrqi
sbornik. Moskva., Svlazlizdat,, 1963. 155 P. (MIRA 17:1)

FE=OVA, Ye.A.,, kand. eel Iskokhoz.nauk; gQRQKWY,~ veterin.rrach;
MOMS-, B.I.,, veterin.vrach; SAVINA, N.D., zootekhnik
Effect of vitamin D and cobalt on the quality of the litter of
a Bove Toterinariia 37 no.7&71-75 J1 160. (MIRA 16s2)
(Titamins-0) . (Cobalt-Physiological effect)
Wine-DiseaBes and peat&)

GOROKHOY, V.V, PIAKHOMOV, V.T.; WBCHIK, S.G.
Tire 5.60-15 with removable tread rings and a radial spacing of
cord threads in the carcass designed for the "Moskvich-407*
automobile. Kauch.i rez. 19 ao.9:49-53 3 160. (MIRA 13-10)
1. Hookovskiy shinVy zavod.
. (Tires, Rubber)

DERIDOV, N.V., kand. veter. nauk; GOROFIOV~ V.;,; rulad-Hv r1 ii-i -Y,
- - .'~ _r- - In y !~rtrud-r,Jk,
Testing i~if4~ft in fagr,iullasis. T-uly VIG.!~-'!
rq)

GCROKHOV, VA., mladshi3r nauchnyy sotrudnik
Experimental study of the effect of some chemical compounds
on the Galba truncatula mollusk, Trudy VIGIS 11:30-41 164.
(MIRA .18:12)

GOROKHOV,,-,Valeriun-,,Valerianovich; TISTROVAp O.N.0 red.
[Defects in the structure of hydraulic engineering
concrete; defects in the structure of cement stone in
concrete and mortar and methods of eliminating them]
Defek-ty struktury gidrotekWdcheskogo betona; defekty
struktury tsementnogo kamnia v betonaIch i rastvorakh i
sposoby ikh ustraneniia. Moskva, Energiia, 1965. 190 P.
(MIRA 18: 12)

GORCKHGV~-!tt--V--I inzh.
Properties ot St.3 low-twbon steel according to statistical
data. Prom. strol. 43 no.10:35-40 165. (MIRA 18:11)

25955
S/141/61/004/001/013/022
9033/Z435
AUTHORS: Tsetlin, M.L., Gorokhov I Tu*S,, Matusova, X.P.,
Mellnikova, V.K., Tarantovich, T.M. and Shabashov, Y.M.
TITLE: An apparatus for registering and diagnosing disorders
of the rhythmic function of the heart
PERIODICAL: Izvestiya vyashikh uchebnykh zavedeniy, Radiofizika,
1961, Vol.4, No.1, pp.165-172
TEXT: A description is given of an apparatus for the automatic
recording and diagnosis of disorders of the rhythmic function of
the heart. The apparatus in a logical device utilizing
electronic digital computer elements. The initial data for the
apparatus are the lengths of the time intervals between the
electrocardiogram peaks (R) indioating-tho &epolarization of th4r
ventricles. ' The length of theme intervals-is compar4& with the
mean (normal) length averaged over t secon&. As a result of
the comparison, each interval is assigned*ons of three letterss
'IS". ..(short), IILII (long), "N" (normal). The changeover occurs
at + 20of the normal interval length. The letters are then
ails';mbled'into "words". The "words" corresponding to this or
that rhythmic disorder (heart block, extra-systoles with, and-
Card 1/2

25955 s/141/ft/oWool/ol5/022
An apparatus for registering ... 2033/19435
without, compensatory pauses, *xtra-mystoles followed by block,
paroxysmal tachycardia) are combined in "diagnoses" recorded'
automatically by the apparatus. The disorders of the rhythmic
function of the heart thus detected'may serve for the purposes of
diagnosing and studying the influence on the patient's organism of
various chemical and physical factors. The block schematic
of the apparatus is given and the modus operandi described. The
apparatus consists of: 1) the transducer of the bipotentials of
the heart musclej 2) the amplIfierl 3) the shaperl Ak) the-
"trigger ring"'; 5) the pule* tachometer; 6) two reference pulse
snorators with olectronic pulse length controll 7) the memory;
1
) the decoder and' 9) the registering apparatus, There are
7 figures and'q references: 6 Soviet-bloc and-3 non-Soviet-bloc.
The reference to an Znglish language publication reads an follows:
Blectronic Nngineoring, 31, 268 (1959).
ASSOCIATIONt Nauchno-issledovat*11okiy fisiko-tekhnichoskly
institut pri Gor1kovskom univernitote (The Scientific-
Research Physicotechnical Institute, Gorkly University)
SUBMITTZD% September 60 1960
Card 2/2

I
'Y58ft/Electronics - Gee Discharge and Gas Discb;a ge Instruments H-7
Abs Jour : Referat Zhur - Mika, No 5t 1957.- 12354
Author : aorokhov, YuV-.--
last : Moscow State University, Moscow.
Title : Observation of Gyromgaetic Resonance of Electrons in
Disintegrating Plasm.
Orig Pub : Radiotekhn. i elektronika, 1956, 1, No 6, 794-797
Abstract : The author has determined the complex dielectric constant
(by measuring the resonant frequency and the figure of
merit) of disintegrating gas-discharge plasm in a narrow-
band ten-centimeter antenn switch after a high power,
high frequency pulse. Upon superposition of a constant
magnetic field with an intensity H. - me W /e, correspon-
ding to the gyromgnetic resonance, there was observed a
considerable increase in the absorption
Card 1/2

GOROKHOV, Yu.V.
- -----
Removing electrons from the gas in the ton-centimeter antenna switch.
12v.vV9.ucheb.zav.; radiofiz. I no-3:147-150 ' 58. (MIRA 12:1)
1. Moskovskiy gosudaretvenMy universitst.
(Ilectric discharges through gases)

TTZD-. December*7, 1957 SOV/109-3-3-22/23
&=0R93. (Wl~bjv. P.V. and Taiaring, B16 To.
TITUS Tho,Socoad All-Union Conference on R&dioeloctrozdcs of
the MI-Istry of Higher Education of the USSR (Vtoxeye.
19'sesayuz"ja konforentslys. KVO WS po Xadloolektronike)
lowo Its&
PMMDXCALs Radlotekhnlka i Sla-Itro-Alts, 1958. Vol 3, Ir 3.
pp 440 - 4" (USSZ)
A38TRACTs The conference took place during September 23 - 29, 1957.
at Saratov4kiy goaudarstreno" universitat ljwnL
k
i
I
L
ogo toy State Univers
meA
I.G. Chernysbovs
ty
N.G. Cbermysb4vokLy Apart from the Universities, tbo
conference was atto ad. by the representatives of Done
ciozrtuic relasarch institutes of the Soviet and

14.0 Academies Of Science, various Udustrial.
=
C.,42/26 ostabliabnoUtt and the interested x1nistries. ftle
arrangement a imulated the discussion and ovalustion of
the papers presented and permitted the d4veriol-tU& of
plane for the future research to be carried out by the
universities in the field of radiaelectronics.
The Problems dealing with various-
flsot~tlcu PbOwmem& " electron and g&&-41."bArge devices
Cord4/16and with the Pb:alcs jp!~_ application& of p!! diac~,-" at
U.N.F. were discussed In the papers by B.A.Akhaonowl
I.T. Trofixemkol O.Y. Actonov and N.G. fikhouirova who
ll
t
W
z
W
a
ory
.
I
.
investigated the phenomena In certain a
s yste"; the problem was also discussed in the pdqW*3
i
i
t
ti

P s
n
The Bloctron Velocity Distribution In a D
vg
egra
lasma" -:)y A.M-AP-09vaklyi "PrequoncY and ANPIL*U&
Yl _X-am 127stres
uctuationji-a-f tile Oscillations of
Oscillator- by V.S. Hitocov; 'Do-ol CtrDmIestion, of Ges
:
in a 20-cm Antonas. Switch* by_R.V. r~2jRkboy and
Detuaing of Cavity Resoz&tors-b-y-Weazm -of Gas DIAebargeaQ
by U.V. GorckbOT and I.T. Byzava. The lecture of
S.A. Xorr.1lov entitloir"Renox Xlystrom. as a Regenerative
U.R.Y. Amplifier" was of Wvat practical Interest. no
simplicity of the amplifier permits the o"Ilas,191" Of
this dovIlce In the whole range of equipment where Va
comparatively high level of Zola* is not Important.
The Section of Ilectrody-n-Acs had six sessions. durra
which over 30 papors and cor=unicatizoa were rea4L
considerable part of these was devoted to the theoretical
and experinental investigations of the propagation of
Card5/16 eloctrom-go tic waves in various delay systozz, IU
paper by T.M.. Debbeakov entitled -Scattering Propertion
-
of Certain Rod-tjpo
Delay Systema* Save the scattering
~qQ&tLOA for a structure consist of a --her of
ln
Lrbitrarily-loaded rods (stubs).
ih. equalion was
:Xployod to analyst single-stag* stub systems and the
utbzr found that the theory was in agreement with Us

e
oxp rimoutal results. The cor-cunication by V.I_~Boaj
i
and
Z.Ya. DAUmO entitled 'Propagation of BlectromagugN
A:
W&TOB In a Mon-unifors says the results of a
rturbatior-sethod investigation of the effect of randan
=
91tudi-I and radial displacements of the bo2lz
conductor an the cbxrecterixtic of the delay symten. The
results obtained by the authors permit the evaluation st
the tolerances in the belices employed in b&ckward-.wave
tub-- The Paper 'Otneraiisation of the Circuit Theor
Including the Belleal Delay SystemO was concerned wiz
the
yo:albility of the application of -,jj p,rturbL
.
obJ at to the measurement a., the coupling impodane I
a wide range of delay systems. Apart from the thgorelicol
Justification of the above method of measuring the
Card6/16 'OupIlzg icpedanco, the Mar toy* some c9orimental results .
.; &I

41482-65 E-~r_RYAFF(041EWOO/
-.7 -A/ Pj_4 1JP(c) WW/AT
ACCESSTM UR; AP5005153
W
S,'0188/65/000/001/0085/0086
AUTNIOR, Carakhov, Yu. V.; Hadenov, V. P.; Prokof'yeva, 9. V:
in a circuiar waveguid
SC~:RCE: Moscow. Universitet. Vestnik. Seriya 3. Fizika, astronomiya, no. 1,
~qf-~5. R~_j6
TOPIC TAGS: waveguide transmisgion, circular waveguide, neon plasma, plasma wave
propagation, TE,, mode
ABSTRACT: Me dependence- of the transmiGsion coefficient T for a TZI I wdve: Ut a
i circular waveguide an the properties of gas-discharge plasma occupying a finit-6
---z!cn the waveguide length was investfPaLed- 71io wavep.~iHP W;~'.; o'k the conven-
Lhe plasma was homcgeneous and took t';c t~)rtr. of a cyiinder with a
ro that of the "Jave.
_n~ was produced by shf discharge of a pulse mazretron generator (50 kw). To
a m, .1 r, I mum ;4 G - q - P - f A,-
t2 ! C mp e r a e r a re
~;;'Ie. was se,'
__e;_-ton concentra-
Card 1/3

L 4-ld82-65
ACCESSION' NP: AP5005153
tfon '.'n the p7a3ma was obse-ved at 9400 Mc. The resijiting cur-jes possessed maximum
n-.7, )ofnts whose positions were ".e vrenzf7~ o~7 he applied
rnn zov,,~en, r :.e Ln, 10su-'a
';Lrength -o-. 'Lr var-ous va'-ues
of Oil t,le
concentration. Orig. art. has: 3 figures. IKKJ
ASSOCIATION: Kafedra radiotekhniki Hoskovskogo gosudarstve-,inogo-u-n-iv6rE;iteta
E.-gineering Depa~r
_~F~ezjt,_ Moscqu~tate-Universicy)
SUBMITTED: OlApr64 ENCL* 01 SUB CODE: EC114E
00, OTIZER: 000 A-D PFF,;S: 3106
Card 2/3

(~ff RA 31.801

~GOROKHOVA. A.Y.; ALIMARINp I.P.; TSINTSEVICH, Ye.11.
Ion-exchange behavior of gallium on a strong acid cation
exchanger in a medium of hydrochloric acjdf.9- organic solvent
(isopropyl alcohol), ketones, dioxane. Zhur.neorg.khim. 11
Ao.lel9l-194 Ta. 266. (MIRA 19t1)
1. Submitted December 14, 1964.
- - - i;.' . ~ 1. ~* -1 -01

GQWKHOVA, A. V.
Vegetable gardening In Irkutek Province. Trudy Toot.-Sib. fil.
AN SSSR no-29:66-71 059o (MIR& 13:9)
(IrImtsk ProvInce--Vegetable gardening)

ALIMARIN, I.P.; TSIPTSEVICH, Te.P.;_GOROXHOVA, A.N.
Behavior of complex compounds of gallium and zinc in ammonium carbonate
solution on ion exchange resins. qiantitative separation of gallium
from zinc. Vest. Mosk un. Ser. 2: Khim- 15 no.4:46-51 Jl-4g 060.
(MIRA 13:9)
. .4. 1. Kafedra, analiticheskoy khimii Moskovskogo universiteta.
(Gallium compounds) (Zinc compounds)

ALIMMIN, I.P.; TSIMSEVICH. Ts.P.; GOROKHOVA. A.N.
Separation of gallium form zinc in a solution of ammonium carbonate
by means of lonites. Zav.1ab. 26 no.2:144-145 160.
(MIRA 13:5)
1. Moskoveldy qosudarstvannyy univervitet iment K.V.4monosova.
(Gallium,-Analysis) (Zinc-4nalyvis)

3067: 8
3/153/60/003/02/06/034
B011/B003
AUTHORS: - Taintsevich, Ye. P.k Gorokhova,
TITLE:. Separation of Gallium Prom Copper and Nickel by Means of
the Method of Ion Exchange
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Xhimiya, i
khimich6skaya tekhnologiya, 1960, Vol. 3, No. 2,
pp. 245-250 -
TEXT: In the present paper'the authors continue the investigation of
the behavior of gallium with various oomplox-forming substances,
particularly with Ammonium carbonate. They applied the method of ion
exchange. They intended to clarify the possibilities of using the
soluble-carbonate compound of gallium for the separation of the latter
from nickel and copper. For this reason the authors examined the
behavior of gallium with (NH4)2CO3 on the cationite of type KU-2 (in-
NEF4-form) and on the anionite of type EDE-10P (in C03-forz). The pos
sibility of app4ing the gallium-carbonate complex for the separation
Card 1/3

80658
Separation of Gallium From Copper and 3/153/60/603/02/o6/034
Nickel by Means of the Method of Ion B011/BO03
Exchange
of other elesients-by means of ion exchange was proven by the authors.
Particularly the methods of the quantitative separation of gallium from
nickel (Table 4) and of gallium from copper were elaborated (Table 6) in
ratios of Ga:Ni and Ga:Cu of 1:1 to 1:10vOOO in the presence of
(NH4)2CO3 and NE40H. Gallium can be separated from zinc, nickel and
copper in the presence of a 2 M solution of (NH4)2CO3 under the addition
of a small ammonium amount by means of the ion-exchange method on
anionite EDR-10P (CO -form) The absorption spectra of the reagent
gallion applied for 1he col;rimetric determination of gallium an well an
the complex compound of gallium with gallion are shown in Fig. 1. The
calibration curve for the determination of gallium by means of gallion
is represented in Fig. 2. The distribution of gallium on ionites in the
presence of (NHI)2003 is given in Table 1. The behavior of gallium on
the anionite.ED -10P (in CG3-form) in the presence of (NH4)2CO3 under
dynamic conditions is indicated in Table 2. The distribution coefficients
of nickel on ionites in the presence of (NH4)2CO under static conditions
are listed In Table 3. There are 2 figures, 6 tahes, and 12 referencesp
Card 2/3

8058
Separation of Gallium From Copper and S/153/60/003/02/06/034
Niokel by Means of the Method of Ion BOII/BO03
Exchange
8 of which are Soviet.
ASSOCIATION: Moskovskiy gosudareivennyy univ*rsitet imeni Mo V.
Lonononova; Kafedra. analiticheskoy khimii (Moscow State
University imeni V. V. Lomonosov; Chair of Analytical
Chemistry)
SUBMITM October 1, 1959
Card 3/3

GOROKHOVA, D. IRL, K.
Potentialities in improving the utilization of vorking time.
Biul. nauch. inform.: trud i zar. plata n0-7:26-36 '59.
(IURA 12:10)

0 1121 C-)
USSR /44icrobiology. Medical and Veterinary
Microbiology.
F-6
Abs Jour: Referat. Zh.-Biol., No. 9, 1957, 35774
Author : Popov, I.S.; Raevskala, R.G.; Gorokhova, E.L.
.1 -------------
Title : Towards an Experimental Study of Blastomycosts
Orig Pubi V sb.; Eksperim. i klinich. issledovaniia II, L,
1956, Medgiz, 216-217
Abstract: Experiments were conducted on rabbits and mice
into which a suspension of yeastlike fungi was
injected subcutaneously and intradermally. In
a single injection the fungus survived In the
organism as a saprophyte, but necrosis appeared
only at the place of injection, healing without
a sear. The fungus was extracted from the place
of injection and from punetations of the internal
C ard 1A

USSR./t4icrobiology. Medical and Veterinary F-6
Microbiology.
Abs Jour: Referat. Zh.-Biol., No. 9, 1957, 35774
organs In a series of cases. Repeated infections
Increased the sensitivity of the animal, at the
place of injection an inflammatory reaction
developed, and in the internal organs in a ser-
ies of cases conglomerative tumors and tuber-
cular oozings developed; the fungus C.albicans
was extracted from all the foci of infection.
With the sensibilization of the animals with
horse serum there appeared on the place of infec-
tion tumors from which the fungus was isolated.
It was also extracted from the Internal organs,
in which no pathological changes were noted. The
action on the nervous system by various irritants
(the repeated injections of turpentine and oil
under the skin, immersion in cold water, accom-
Card 2A

.USSR /t4icrobiology. Medical and Veterinary F-6
Microbiology.
Abs Jour: Referat. Zh.-Biol., No. 9, 1957, 35774
panied by audible Irritants) was not reflected
on the sensitivity of the animals.
C ard 3/~

luippmo "OAOVqDWN;-Q*6P*
w- -
Rl4ctx*=x&wAftX devims ror eatAbliching diamato position
()f tbO angl* Of rOt&tlQU Ion-tskh, no*2014&47 0 t65,,
(HIPA 1042)

EVV4.1.0 kand. tekhn. naukS, doteent; GOROKHOVA, G.S.; XMINA. Yeje.
J~qtentials-of the traffic. capacity of railroafs on mmooth grade
ooctibas ip came of electric and diesel traction. Trudy NINAHT
MjO~41 '162.
(MA 16
(Railroad engineering)

GORDKHOVA, I.G.
n-~, -
Studying fluid losses in simple flows under the original pressure. v
Isv* vyeo uchebe zavs; neft' i gaz no.4:61-66 '58- (XIRA 11:9)
l.Mookovski3r neftyanor-inatitut im. I.M. Gubkina.
(Eyaraulics)

GORD ~PVA. I.G.
Studyimg flui d losses in a linear and parallel flow during the elastic
drive, Trudy MIKM(W no*29:81-88 160& (KMA 13: 32)
(Oil reservoir engineering)

GOROKHOVA, I.G.
Study nf the weighted average formation pressure in elastic drive.
Trudy MINKRIGP no.33:226,-,244 161. (MIRA 15:1)
(Oil reaervoir engineering)

GOROMOVA, I.Q.
Remarks on methods of calculating the accumulation of liquid
recovered from a%well producing under constant counter-bottom
pressure. Trudy MINKHiGP no.33:2/+5-248 161. (MIRA 15:1)
(Oil reservoir engineering)

GOROKHOVA, I.G.
". ~ - I ...- ~ ... - :~ ~ ~ . 1. ~ m.
Effect of the considerable nonuniformity of a reservoir on the
yield or bottom pressure of wells in straight-line elastic drive.
Trudy MINKHiGP no-48:51-59 164- (KIRA 18:3)

GOROKIHOVA, L. N.
G
Gorokhova, L. 11. - "Procedures in the Application of Fertilizerz3 to Ed-
ible Root Crops in Connection with Aspects of Feeding Then on the Sod-Podzolic
Soils." Academy of Agricultural Sciences imeni V. I. Lenin. All-Union Sci
Res Inst of Fertilization) Agricultural Engineering, and Soil Science. 1,10scow,
1956 (Dissertation for the Degree of Candidate in Agricultural Sciences).
So: Knizhnaya Letopis', No. 10, 1956, pp 116-127

USSR/Cultivatea !Ualitc Potatoes) Holons. N-5
Abs J--)ur LICZ Z!--ur Biol., 110 9, 195u", ~d'9303
Author Giroldiuva) L.N,
Inst
Title Fortilization-of Vo(ptablo Crops in Beds.
Orig Pub Udobroniya i uro7ftu~ 1957, No 1., 39-41.
Abstract The offoctliveness of various mr-vai-As of fertilizer
catibn to - inprove the cttltivaticn of. bectroot., carr,)ts
an,' onions-vas studleC. '.-ho Sverdlovsk fielcl cuVUv.,"U*ion
~taction. The cxpori;.ic:'ILs wilth the bectroot took -,-;l-,cL, on
v. wealk -pocIzol clayey, iioC'ium,aci(ly soil. The
ninoml fertilizers werc useC.; sorliuri nitra-to,
l1kru superphosItato =C potass"LIM cliloride. The Litroduc-
tiall of 1190 1,90 K120 C~.,LWLIL; fall replovinG increasec! t1--c
yiule. expacity q t:,.o ")cotroot by 40.8 cwt/ha. The int-o-
'7.-Lict-;-")-~i of 1120 1'0() K2() uIth soods In beds did not callsc
any i-lacrease in yielcl. The bebt yielcl, 290,~)'
Card 1/2
66 -

K -I VA
Q~~- 0 J, --~ ;
VUNDM, P. A#GOMKHOVA, L. V.
Zatragenous effect of local anesthetics. Doklady Akad. nauk
SSSR 83 no.4:625--628 I Apr 1952, (CLNL 22:2)
1. Presented by Academician A. D. Speranskly 8 februw7 1952.
2..Saratov State University Imeni N. G..CheriWshevskly.

- GOROIHOVA,L.V.
Dynsmics of the evacuating activity of the duodenum in sheep. Trudy
Inst.oksp.blol. AN Zms&kh.SSR 3:24-28 056. (HUU loll)
(Smw--#mI0wY) (DUOMM) (DIMSTION)

C52 0 r A-
BUTOROV, N.I.; GORMOTA, L.V.
Riocoenological observations in Muyun-Xium of the Kaskelen Valley,
Alma-Ata Privince. Trudy Inet..bot. AN Kazakh. SSR 5ill6-131 157.
(Alma-Ata Province-Botany-Ecology) OMIM 10:9)
(Alm-At& Province-Insects)

GOROKHOVAj L.V.
pagulation of digestion in the duodenum Ir sheep. Trudy lust.
fisjolO AT Mmkh SSR 2t52-56 059. (=A 13:7)
(DIGJST;OS) (MOWN)

-_q_q~l?~HOVA, L.V.; PROKUDIN, A.V.
Sner,ificif.- ('f chyr- nf t1-,- -.I, ;-,+,-+j" I.- -,--tolis ruminant species.
Trudy.;nst. fiziol. AN Nazakh. SSR -5%10
--- (MIRA 17:5)
I I - -14~~JN---

GCROKHOVA, M.P.
Qmllty rating of empbysematous carbuncle vaccine in relation
to Its nutritive culture. Traft Goo.naueb.-kont.inst.vet.prop. 4:
368-371 '53. (NW 7:10)
1. Armvirskaya blofabrika.
(Cartuncle) (Vaccines)

GORMOTA. N.Y.; SHUWOT, B.A.
Distillation of the Teselyy Reservoir. Gidrokhim. mat. 26.,11&143
157. (KLU NOY-
1. Yuzhnyy.natwhno-iseledovatellakly inatitut gidrotakhnild L
melioratelit KoTocherkaesko
(Teselyy (Rostov Province)-PAservoirs) (~&ter--Composition)

EWT(d)AEC k) -2/ErEC-4/EfiP k ; /~:Ar /'r-,1 1 -4/
AM50051-930 BOOK F.XFWITAI"IC.N Lk/
bbi. 2.002.56
B. D.; Bek. V. A.t Pemovsk.1ye. T.Kh.; S)q~~ S. -
';.Atinov4 :;h, G. A.; Shliazberf, Tujj~j ~ Frrr,-1 P.
~-3 nnri r o ilit )r9, hi!-,,' 1.-)( 4) kn 1 f,-
J'j'.
-,Aom~tic* control, automptic tempern,
,n;i t i c v pi c uiun cc, nt ro 1 t e m p~- r t,..; r e i -
7h
7-4 r -,,e r -r f,
112
Card

A C-E3o "N NR A1450059 30
H F CONTENTS ( abriaged)
Foreword 3
Ch. I. Temperature measuring instruments 5 f
;Ch. 11. Vacuum and pressure measuring instruments 83
Ch. 111. Flow measuring instruments - 123
Ch. IV. Level gauges - 179
Devices for controlling physicql and chemical parameters 198
Direct-acting regulators - 315
7 H 333
Hydraulic regul.,stors, actuators ; Pnd boosters
rs%~;ctuAtors, -nnd boosters 382
Pneumatic devices, a nt-rolle
c~)ntrollers Pnd signpling devI--,-.,i - u9~
cnntrollers ~77
Ai. isiocwic a"uators
~i 18Jun6b SUB COM IE, EC
V: 000 MER., GO,,
T:1

NERETIN, V.Ya.p st. nauchn. sotr.0 red.; GRINAVTSEVA, V.P., red.;
glOKHqV SHEREM, S.I., red.; OSTROVSKAYA,
.4_0_
L.M., red.
[Progress in the diagnosis and treatment of nervous diseases;
transactions of the Institute] Uspekhi v diagnostike i leche-
nii nervnykh zabolevanii; trudy instituta. Pod red. V.IA.
Neretina.. Moskva, 1963. 358 p. (MIRA 17:6)
1. Moscow. Oblastnoy nauchno-issledovatellskiy institut.