SCIENTIFIC ABSTRACT GORELIK, Z.A. - GORELOV, A.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000516130010-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 91
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GORELIK, Z.A.
Time of the formation of second-order structures of the Pripet
fault. Dokl. AN BSSR 7 no.9t6l9-623 S 163. (KMA 17:1)
1. Institut geologicheskikh nauk AN BSSR. Predstavleno
akademikom AN BSSR K.I. Lukashevym.

GORELIK) Z.A.
C ond.'A. tions and tirae of the "~'urajrtion cf the
',10te
Cr7swIllne Plassif. Dokl. AN SSSR 158 rio.3:6-02-604 b
'64-
(MIRA 1-i-.1-0)
1. Institut geologicheukikh nauk AN BSBR. Rm-datavleno
a~-ademlkom V.I.
Smirnovym.

BUYALOV, N.I., prof.j, r4o.; GORELIK, Z.A.p kand.
geol.-miner. nauk,
red.
(Geo'~I-gy and oil and gas potentials in the Paleozoic
sedi-
ments of the Fri t tr h] Geologiia i neftenoonost' pa-
leozoiskikh ot1oTzhenRAgi,,P&~t*wMwiDy, Minsk, Nauka
i. tekhnika, 1964. 210 1 - MIRA 17sll)
1. Akademiya navuk BSSR. Minsk, Instytut gealagicbnykh
navuk.

GORELIK,__Z.A.
Time and cause of the formation of the Polesye
Lowland. Dokl.
AN BSSR 9 no.2:101-104 F 165. (NIRA 18:5)
1. Institut geologicheskikh nauk Gosudarstvennogo
geologicheskogo
komiteta SSSR.

Qn"I'lifi--a 'L., inshener; VOYNICH, L.K., Inshemer;
GIINIAS. L.Ye., redaktor;
JIW--MQTj B.T.,juhaner-podpolkomik, redsktor,,
801MONIX, R.L.,
tekhnicheekiy radaktor
[Catalog of spare parts for XAZ-'20'O- and KLZ-20OG
tmckaXAZ-200V
truck tractor and XAZ-205 dump truck) Xatalog
zapasafth chastei
gruzovykh avtomobilai MAZ-200 i HAZ-200G, sedellnogo
tiagaeba
MAZ-200Y i avtomobilia-samoovala W-205. Moskva,
Voennoe izd-vo
Ministerstva oboror4r SSSR, 1956. 260 p. (XLRA 10:2)
1. Russia (1923- U.S.S.R.) Xiniateretvo oborony.
Avtomobillncve
upravlonlye. !~, ZamesiLtell glavnogo konstruktora
Minskogo avto-
mobilinogo zavoda (for Gileles)
(Xotortrucks-Apperatus and supplies)

VOYNICH j, L.K.; GME.UK Z M MMUVLBV# V.N,; CHIMOV9 A.G.;
BOLISHAKOV,
B.N.t riZFM-~~vaj:"*~I' A.F., tokba. red.
1 9
[Catalog of parts. for MAZ-tW- -66.1 tmeimp KU-200B
saddle-tM
tractorop and KL%-205 dump trucks] Natalog detalei
gruzovogo avto..
mobilia MAZ-2009 eadelluogo'tiagacha MAZ-t2OCB i
avtomobilia-samoovala
MAZ-205, Moskva, Goso nauabno-tekbne iod-vo
maebinostroit, Uti
1961- 430 P, (MA Up
1, Minakiy avt*obil'My mod., 2* Rabotniki Otdela glanogo
km7p.
struktora Hinokogo aytomobiltnogo savoda (for all except
Bollebakovp
Uvaroim)
(motortrucke-Catalogs) (D=P trucks-Catalogo)

ArITONOV, Mikhail Vasillyevich; GORELIK Zalman
Mendelevich:
MAKSIMOVICH~ A.G., tekbn, red,
[Storing potatoes in containers) Khrmienis
kartofelia v
konteinerakh. Moskva.. Goa. izd-vo torg. lit-ry,
1961. 50 P.
(Potatoes-Storage) (MIRA 3-5:4)
I

GO;-,L,'LIY,Aj G. S.
"Certain Problem of Statistical Aco-.istics." a ~cnort rcad at
conference
of the Acoustics Corn-ission AS USSR licld In Lcningrad i---) 11'elt)
'51.
V.7-21610, 2_5 Feb:52

KHOTIMCHENKO, Nikolay Mikhaylovich(Khotymchankop
M.M. 1; NPZIIP
~Ljj.[&relika, L.Ye.], doktor ekon. nauk, Prof.,
glWv-.-Ir-ed.;
VAYZHTEYNP SM., red.; DAKHNO, Yu.B., takhn. red.
[Technical progress, organization of production
and labor in
the coal industry of the Ukrainian
S.S.R.]Tekhnichnvi progres,
organizataiia vyrobnytetva i pistsi u vuhillnii
prowqslovosti
URSR. Kyiv, Vyd-vo Akad. nauk URSR, 1962. 141 p.
(MIRA 16:3)
.(Uk*ine-Coal mines and mining)
I

BELYAKOV, V,D.1 KIROV, S.K.;~WORKLIXOV, I.A.V DEOTYARET, A.t.f
GKIKIII, M-N-
Dependfrice or the ix=iologloal effectivriens of typhoid and
paratyphold complete antigens an their qwL11ty and dosage.
Zhur. mikrobiol., epid. i im-In- 43 no. 1837-/,L Ja 166
(mr, 19-.1)
1. Submitted April 5, 1965-

h3SURMO, I.P., lnzh.; GORMLIKOT, N.A., tekhaik
Using electric geophysical exploration methods
in detecting
frozen lenses In railroad beds, Transp.stroi. 10
no.1t
38-39 A 160. (MIRA 13:6)
(Prospecting-Geopbysical. methods)
(Railroads-lktrthwork-Gold weather conditions)

GTKL=.q,N.I.; KLISTORINp I.F.; MATUSHKINI G.G.;
STRUKOVp V.G.
Specialized digital voltmeter, Ism, tekh, noeWO-31
J1 163.
(MIRA 16 t 8)
(Electron-tube voltmeter)

GORELTKOV 11J. (Novosibirsk); KASPEROVICHO A.N.
(Novosibirsk); KORSHEVET:p
~Ilovosibirsk); TSAPENKO, M.P. (Novosibirsk)
Construction of digital balance-measuring instruments
with -
variable structure* Avtometriia no.405-80 165.

GOI?FLIK()Vv N.I.; KLISTORIN, I.F.
Voltage dividers of automatic digital a.c.
voltmeters. Izm.
tekh. no.8:27-29 Ag 165. (MIRA 18:9)

Q-2
AV6035863 SOURCE C0D%:.' UR/0413/66/000/020/007~6'
MTNTC-9: Gorelikov, N.T.: Yefimenkq, V. V.
ORG: none
TITLE: A digital voltmeter. Class 21, No, 187145 [announced by the
Institute of
Automation and ElectrometKy,Atkg_r1j ~~Institut avtomatiki i
jrkj~,rancb 1.4d3.SS, I -
eleKtrometrii Sibirskogo'otdeleniya AN SSSR)j
iSOURCE: Izobreteniya, promyshlennyye obraztey, tovarnyyo znaki, no.
20, 1966, 76
TOPIC, TACS- voltmeter, electric meavttr&,ent, electric: ',mdasurinw
instrument
ABSTRACT: An Author Certificate has been issued fo~*a-digital
voltmeter (see
iWhich contains an analog-to-digital converter operaftng bh,the
coincidence and
Fig. l..' Di ital voltmeter
2
1 - Anal'og+to-digital converter: 2 two-
its I position coinp- L
arison unit-, 3 - controlled
reference signal sources: 4 - decoder:
5 - logic 6,trcuit-~ 6 - analyzer: 7 - equi-
I librium coarol 'circuit: 8 - readout
indicator! mepsured voltage.
Card 1 /2 unc! 62l.',11":725!6A1.14

L 1810-66.
1ACCESSION NRI APS024991 UR/0286/65/0'00/016/00551OOfSS
621017,791 1 62lo374
AWHOR., Gorelikovt N* I*,* Korsheverv 1. 1.'; SkurlstQv, A. 1.M
TITLEt A digital measuring instrument. Clals 21, No. 173942
kv A ,
SOURCE: Dyulleten' izobrateniy i tovarnykh 2 akov, no. 160 1965, 55
TOPIC TAGS: electronic-measurement# measuring instrwnent
ABSTRACT: This Author Certificate introduces a digital measuring
instrument
which contains a master oscillator, compensating commutator, clock
pulse distri-
butor, storage device, reversible binary-decimal counters counting
direction cDmMu-
tatorp comparator, measurement circuit, reference voltage source,
decoder, and di
gital panel with illuminator. The speed of the instrument's response
Is increased
in the case of uncompensated voltage drops greater than 4H units of
discreteness
(where 11 is the number of digital places in the instrnunent) by
changing the follow
up structure of the-control system W. a digit-by-digit structure.--
The instrument
_--lis.equipped with two potential-flip-flops with
operatLng-thresholdo-which-corra--
dia- - -_ --- -_ - - n-
d to the pro teinnined uncompe sated voltage drop at the input of the
compara- -

L 1810-66
ACCESSION NR: AP3024991
tor in the direction of increase-or decrease 3"Lw-the quantity being
measured. T*he-
inputs of these flip-flops are connected in parallel to the
comparator, and thoir
output voltages control the compensating commitator (see Fig. I of
Enclosure).
Okig. art.has: -1 figure. 1141
ASSOCIATi n"siiftut avtoirAtlki L elektrometrit So M. SSsR (institute
of Automa-
ON: I
Ition and E."Lectromatry, So AN SSSIR)
SUBHITTED: 120ct64 ERCW 01 SUB CODE., ECil
NO REF SoVt WO OTHERI, WO ATD PRESSt
Card 2/3_

L 1810-66
AcdSSION kki AP-5024991
ENCLOSURE: 01
Fig. 1. Digital measuring IwArumeAt
v 1 - Master oscillator;
2--compeneating commutator;
3 -clock pulse distributo
4- -storage device; 5 - revarsibA
-decimal counter; 6-
binary
counting direction commutator*,.
7 -comparator; 8- measuring
circuit; 9- reference voltage
source; 10 -.decoder; 11- digi-
tal signal panel; 12- illwnina-
tor', 13- potential flip-Rops.
f3
Card 3)

L 4OM94 ip 0
ACC NRi AP5025060 SOURCK CODE., 5i/_0286/65/oo0/016/0!047?1O5
Ll
.IfflortMOR: Gorelikoy N. I.; Korshenr, 1.1
ORG.- none~
ftst tut4
(11=: blnory-declml p~_veri Ibl-e-cowAt-er, Class 42. -Not - 174008
L7apTunced by
SSSH, (Institut avtomattki I elektibMIE'r-11,
F so
SOURCE., BpAleten' izobreteni), i tovarnykh znak~jv, no..16, 1965,
104-105
TOPIC TAGS.,, reversible counter, pulse counter, I'lip flop circuit,
computer component
ABSTRACT: This Author Certificate introduces a binary-decimal
reversible countier-for
digital meanitring instruments. It is.designed for 4-2-2-1, codes and
contains four
J
static'flip-flops connected at the counting inputs. It features a
logical potentiDl
AND circuit -vhich fixes the coinoidence of the I states in the two
higher order dii5its
.of1the counten The output of the AND circuit is;connected to the
flip-flop repre.. t
-senting the 2 states. In the absence of a-potent ial at the output
of-the logical
.circuit, thJs trigger acts as a monostable mult rig. art. has: I
figuire.
ivibrator. 0
SUB CODE., ECWSUBM DATE: 2hAlg6h/ oRio REF: 000/ OTH REF: 000/ ATD
PRESS:
--UDC: --(521.3T4%-32---- -7
ceid:j&

GORELIKOV,,_N.I.,, (Novosibirsk); YEFIMENKO., V.V.
(Novosibirsk);
'KORSHEVER, I.I. (Novosibirsk)
Device for digital bielancing with a nonuniform coding cycle
Avtometriia no.3:51-57 165. (MIRA i9a)
.L. Submitted Feb. 8
j, 1965.

L
ACC NR, AP61
SOURCE CODE: UR/0410/6
AUTHOR: Gorelik2v-,-N
,I& (Novosibirsk); Yefijnenko V. V. (Novosibirsk);
Korshever-7-T77-, (Novosibirsk)
ORG: none
TITIE: Digitaldevices with positional balani.,ing with an
uneven coding cycle
SOURCE: Avtometriya, no- 3, 1965, 51-57
TOPIC TAGS: shift register, ferrite, computex coding, binary
code, digital system
ABSTRACT: The article discusses questions related to the
design of digital - ' i'
1~devices with positional balancing (using binary-decimal
code) with the goal of 1
,increasing operating speed. The increased speed is achieved
by the use of an
:uneven cycle or digital coding. An analysis Is made of
devices for controll1q;
digital instruments which will allow the simplest realization
of this coding
principle. Recommendations are given for the selection of a
binary-decimal
code for this type of devices)'and the possibility of
designing decades with
,variable code structure is investigated. The most suitable
circuit for a con-
.trol device is one based on single-cycle ferrite diode shift
register or a
sequential trigger distributor with one of the following
codes used in all
decades save the highest-order: 4221, 5211, '5311. The
highest-order decade
should be built with variable code structure, resulting in
some increase in
.complexity but a considerable reduction in thin number of
comparisons.required
per decade* Orig. art. has: 1 table and 2 figures. [JPRS1
SUB CODE: 09 / SUBM DATE: 08Feb65 / ORIG REF: 003
C.'d I /I Il. __'~ itnr.-
I - Tjyi;c,)

S/026/60/000/012./006/009
A166/AO27
AUTHOR: Oorelikov,.S.A., Candidate of Geographical Sciences
TITLE: Foci of Earth Tremors in Iran
PERIODICALi Priroda, 1960, No. 12, pp. 67 -- 68
TEXT: ~The article mentions some noteworthy earth tremors in
Iran's hislrry
and gives details of the earth tremor which occured at 1300
h on April 24, 1!?60
in the area of Leristan, Fars and Mekran, and as a result of
which the town of
Lar was completely destroyed. The village of Gerash, 24 km
from Lar, was also
wiped off the face of the earth. Iran has = average of 100
earth tremors a V/
year, and 160 were recorded there in 1930. There is 1 map.
ASSOCIATION: Institut geografii AN SSSR (Institute of
Geography, AS USSR), Mos-
cow
Card 1/1

GUULUKOV Sem "--apUqyich;POPOV, K.M., doktor
ekonom. nauk, otv.
red,; KOSIRSK17, D*N., red.; SHAPCVALOVAp N.S.,
mladshiy red.;
MALICIIEVSKIY, G.W.p red. kw-t; VIIE4SKAYAp E.N.p
tekbn. red.
[Iran; economic and geographical features] !ran;
ekonomiko-
geograficheakeya kharakteristika. Moskva#
Goo.izd-vo geogro
lit-ry, 1961. 351 p. (MIRA 15:2)
(Iran-Eoonomic geograpby)

GO V,,,Semen Gerasimovicb; POPOV, doktor ekoip. nauk,
Ols
otv. red.; NEFEDIYEV, V.P.0 red.; SHAPOVALOVAp H.S.p
mladshiy red.j VILEN-SKAYA, E.N., takhn, red.
[Iraq; economic geography] Irak;
ekonomiko-geografioheskaia
kharakteristika. Moskva, Geognfizdat, 1963. 223 P.
(MIRA 16:11)
(Iraq--Economic geography)
J6

GORELIKGVp V.
"Primary winding for a 5-line
voltage."'
So* Radio, Vol. 21 p, 53, 1952

BENDFRSKIY, L.S.; BYSTROV, A.M.; VASIL'YEV, N.V.;
GQghj&QY,
. _LD.-.
DANILOV, V.N.; DIVINSKIY, Yu.L.; YERMOLAYFV, V.A.;
KQSYAYOV, V.M.;
FEDOROV, V.V.
Producing quality casting of magnesium alloys by means
of
liquid metal filtration. Lit. proizv. no.11:37-39 N
164.
(MIRA 18:8)

i h6260-66 EWT(m)
ACC NRs AP6030570
4, At) SOUR(Z CODE:
UR/0413/66/000/016/0038/0038
INVENTOR: Nesmeyanov. A. N.; Vil'chevskaya, V. D.: Kochetkova, N.
S..~ Gorelikova.
Yu. Yu.
ORG: none
TITLE: Preparative method for (0-carboxybenzv-1)Lf.errocene~
Class 12, No. 184879
SOURCE: Izobrateniya, promyshlennyye obrattsyk tovarnyye znaki,
no. 16, 1966, 38
TOPIC TAGS: ferrocene derivative, ferrocene dye, synthesis)
rF1e?0(EA)e-
CAf/e/n.'a '094-, CR F-#177 Of (.9 A- X K., V rW .e- S /,T
ABSTRACT: An Author Certificate has been issued for a method for
preparing (O-car-
boxybenzy 1)ferrocene derivatives, such as
0
suitable for the synthesis of ferrocene
_qyes. The method involves the reaction of
(0-carboy-ybenzyl)ferrocene or its derivatives with PC13
U in nitrogen at about 60C.[BO)
P(j)
RM
SUB CODE: 07/ SUBH DAM 02Dec64/
Card 11i - Mjs Mr! %L7-L1Q-A'17?-,A-n7.

M W
1~ 23 X VOITIP 6.)
A )'
AU; N-Ri ( /000/024/0026)
AP60MB67 SOMDE-CODES -UR/0286/65 bW7
AUTHORSt Neempygnov, N.; Villchevska i D. Kochetcova, N. S.; Goreliko
--YU. YU.
ORGs none
TITLE: --A method for obtaining ferroceneanthritguino e. Class .12,
No. 176923
Tannouncod by Institute for Heteroorganic C24 unds, AN SSSR (Inatftut
elementoorganichoskikh soyedineniy AN SSSR)
SOURCEt Byul-leten' izobreteniy 1~tovarnykh zimkov, no. 240 19650
26-27
TOPIC TAGS: ferrocene, dye chemical, organic chemistry
ABSTRACT.-.-Thia Author Certificate describes apreparative moth
od for ferrocene-
ad-braouinone in the form of
Fe
UDG:' 547.673*4l9e6*07-Lj
Md .1/2

GORILKIN, A.;OSTROVSXrY, L,
I -.WAMS-omw
More concern for Jobbing operations. Sov. torg.
no.9:1-6 S '56,
Nholesale traas) (KLRA 9:11)
I . L 'j, - , -

IjO756
s/i2o/62/000/004/033/047
E192/E382
AUTHORS: Alokseyev, A.G., Gorelkin, A.S., Mozalevskiy, I.A.,
Mozin, I*V* , Tara-s-o-v--,--U.-r.--aXd-Trokliachov, - G.V.
TITLE: The use-of permalloy. pick-ups for mass magnetic
measurements on the proton syncrhrotron
PERIODICAL: Pribory i tekhnika ekisperimenta, noo 4, 1962,
179 - 184
T a= Measurement of the relative magnetic fields at
injection.fields of H = 90 Oe is effected by means of permalloy
pick-ups with.magnetizinrr coils (Giordano S., Green, G.K. and,
Rogers, E.J. Rev. Scient. Instrum., 1953:,2.4, 848). The '
magnetizing coil is supplied with DC and'is connected in such a
way that the direction of the magnetic field 1~~ of the coil
and that of the measured field are in opposition. When the.
magnetic field rea ches the value I& , a signal coil of the
pick-up produces a voltage pulse. rhe field H:L at the point,
where the pick-up issituated is evaluated from the formula:
Card 1/4

s;/.t2o/62/000/004/033/047
The use of permalloy pick-ups ... B192/E382
Hi= Hio + flit , 4Ti
,wh er a Hio is the field due to the magnetizing coil,
1-1 is the rate of rise of the field at the point i, and
it
/_'~T is the time interval between the pulses obtained from
the reference and the measuring pick-ups.
The quantity Hi can also be expressed as
H. = Ic :~, T whore k is a constant which is
3. i Eli + (61/at)i il I
determined from H = kI and I is the current. The equipment
for the measurement of the field in a block (unit) consists of'
19 pick-ups which were situated along the are of an equilibrium
orbit at distances of 100 mm from each other. A pick-up has the
form shown in Fig. 2 and consists oJ',a permalloy strip 5 having
transverse dimensions of,10 x 100 =i and correcting rods 2
made of the same material; the pick-up also.contains a magne-
tizing coil 3 and an induction winding 5 , For measuring the
rate of rise of the magnetic field the magnetizing current of
the
Card 2/4

13/12o/62/000/oo4/033/047
The usd of permalloy pick-ups ... E192/E382
pick-ups is varied by � 100do', which corresponds -to A t 6oo
Its.
The actual measuring equipment was connected to the.pick-ups
by means of high-frequency cables. The magnetizing coils of the
pick-ups were connected in series and supplied with a current
of 150 mA, stabilized to within + 0.020.4'.. *The current was
meas-
ured by means of a potentiompier-, the ex-ror of measurement
being
0. 02yo. Since the width of the pulse produced by the pick-ups
was much greater than that required for achieving the desired
accuracy of the measurements, the pulses.were suitably shaped
by
means of shaping circuits. The equipment had to work in-a haliv
where the perturbing electromagnetic fields were
compai-ativeily
strong,. the spectral maxima occurring dt 50 c.p.s. and
-20 - 30 kc/s. The low-frequency interference whs eliminated-by
suitably choosing the'Intermediate stages of the forming
circuits,
whilst the high-frequency noise was suppressed by means of an
IRC
filter. The equipment could measure time with an error of 4'tLs
and the current with an error of 0.0290', so that the maximum
measurement error did not exceed 0.11,6. There are 4 figures.
Card

S,(12o/62/000/0011/033/047
The use of permalloy pick-ups E192/E382
ASSOCIATION: Nauchno-issledovatelliskiy institut elektro-
flzicheslcty apparatury GKAE (Scientific
Research Institute of Electrophysical
Equipment, GKAE)
SUBMITTED: April 10, 1962
Fig. 2:
Card 4/4

GORTIK-1N, A. V.
"Investigation of the Permeability of Pressureless Filter
Material." Cand
Tech Scil Kiev Automobile and Road Inst, Min Higher Education
USSR, Kiev, 1955.
(KL, No 15,, Apr 55)
SO: Sum. No. 704, 2 Nov 55 - Survey of Scientific and Teelmical
Dissertations Def ended
WOW Higher Educational Institutions (16),

UGIRCHUS, AleksaiAr Antonovich; prof., doktor tekhn.nauk;
DADNIIKOV. Tu.11.,
doktor takhn,nauk, prof., retsen "nt; GMWXgk A.Y.,
kand.tekhn,
naukI red.; ZALDGIU. U.S., red.i:d-ve; AMMM" I" 'YaJo,
tekha.red.
[Hydraulics, hydraulic machinery and fundamental of
watersupply
for acriculturaj Gidravlike, gidramlicheskie mashiny i oenovy
sel'skokhoziaistvennogo vodosnabzheniia. Kiev,
Goo.nauchno-tekhn.
izd-vo mashinostroit. lit-r7, 1957. 251 P. (MMA 11:2)
(Hydraulic engineering) (Water supply, Rural)

GCBMIN, A.Ve. kand. t ekhn. nauk.
Determining the water-flow dapth at the ontflow of a
turbulent
filtration stream, Trady Kiev. avt.-dor. inst.
to.30-'154-162 157.
(H7drodynamics) (MM 11:5)

BOGDANOVICH, Leonid Boleslavovloh; BASHTA,, T.M.,
doktor tekhn. nauk,
prof., retsenzent; AGORELKIN, A.V., kand. tekhn.
nark. dote.,
red.; RIKBERG, D.B., red.; GORNOSTAYPOLISKAYA,
M.S., tekhn.
red.
[Hydraulic drives in machineryj di&grams and
designs)Gidravli-
cheskie privody v mashinakh; ekherg, i
konstruktaii. Moskva,
Mashgiz, 1962. 222 p. (MIRA 16:3)
(Machinery-Hydraulic drive)

BOLISMAKOV, Valefty Aleksoyevich, kand. tekhn.
nauk; GW.LLKjI.I,__
Anatoliy-.,,-V
-Ap~11ypy1cli, kand. takhn. nauk., dots.;
KONSIMITINOV, Yuriy Mikhaylovich, inzh.;
KRASNITSRIY,
111ikhail Sergeyevich, kand. tekhn. nauk, dots.;
POPOV,
Vladimir Nikola3fevich, kand. teklm. nauk,
dots.; Prini-
mal uchastiye DENISENKO, I.D.1, inzh.;
VISIITVYY, V.V.,
red.
[collection of problems in Irldrnu-lics)
gidravlike. (By] V.A.Bol'shakov i dr.
1964. 291 P.
Sborn!k zaduch po
Kiev, Badivol' 'k,
~AIRA I'l 9

At ipl_51=6L )&VAWAW(~ /EWP(z (12
LA
cc Nr
ACC H AP90 0784 -UR/0096/65/0,0,0/009/0034/00~'~8
F
Fedoroj
WTHOR: G 21kln, DOG* (Engineer); Kra6ll'nikov u- (Rngineer);
c,4vich L.A._(Eigiiiiiifl; Yelizarov, D.P__.Oandidate. Tech.Sci.);
PeOlos
1. Widate of Tech#-Soi). 7
ORG: Te:NIITMLSh- MBI
-RITLE: ~The problem of the stresses
acting in a steam pipe made oj,
_aUfi�&jW;1c ateel- 4tqq,j~
SOUROE: Teploenergetilka, no.9, 1965, 0~4-38
TOPIC.TAGS: stress ana ys'UsZ'Ppearl1te:,steel, austenite steel,
stoam
power -p1ant1.;,,p:Ipe/1Kh1 N12T,-.eteel
LBSTR&CT.*- - -.7bi--_ highAemperatOre - 66'elhilient -of
linear-expansion alid the
v e c e 1 bring- atout------
low coe2ficient of thermal diffusi, ity ~:'o aust niti --lit _e
In -the - vall of - the steam-- pipe, - higher~ - temperature and
compensation
stresses than in steam-pipes made of pearlitic steel. in the
experimente
the-initial pressure of the steam befoi, be the turbine was 170
bars- and the
temperature was from 550 to 570P0, Ea(,,h block of the unit, with a
power
ap to It Mwt, consisted of a turbine and two boilers connected with
the
turbine by four lines of main-steam 1pins (two from each boiler), The
team p1ping tested was made of Khx;, 2T steel and had a diamete;r
atd a
rijme4~ of the stresses at hilgh stean
all thickness of 219 x 27 mm. Measu
Card .1 /2 )n!
LM

.66
L 10551~
ACC N& -
AP6000784
bemperatures-was effected with type MRI::mechanical tensometers The
tangential stresses Were, evaluated
--~y--ce~loulation-aA-ap-Wii6-aid-g the tan-
ential stress, it is possible to calou3late-the
tangenti-a-l-deformation.-
inallyp the axial stress can then be ofilculated. A series of tests
was
-to determine--the dependence of the ~tangential stresses on the .
n Mte of
u
mperature--,of Results are shown
eating ofth6 pipe up to a-te 55000.
aphically. If 'ths- -'rate ` stresses ario added, to the stativ
StresiBes
easurecl.with the tensometers., the authors arrive at a-Value-on
thit-order
1-5-Ag mm
2_-vhIch_Is_oJ,os9 to,the stanlaxd yield point fDr 1KhI8NI2T
'~97advi~-.,oed-that_on"
--concluej .,he _-.prop6si
U
t or
on~ v -ossible
-~dtweldeUloints U. n-a., -1 jit -am_p_Tp-sV-
Cm stee
i -U* b about--by,-,
es.~' rought
0, 4W

VIROUTS, A.Me, professor; BARVNNKO. Te.I., inzhener;
JzmvsKry, M.K., III-
zhener; ~LKII~L_L. j inzhener; MIATSKAYA, E.M., Inzhener;
ZWA--
CHENKO' I,.7.-,--THzHener- ITAIM, V.Y., inzhner;
XMNSKIKH. I.G.9 izk-
zhener; KOSINUV, M.Ya., inzhener; LARIN, D#A., inzhener;
YAUEM,
V* G. inzhener; NEMTSEV, S.V., inzhener; SOLOVITEVA.
M.Vo, inzhener-I
PISHKIN, VO.; RTTOV, A.V., redaktor; SHIRNMIY, LA.,
tekhnichaskly
reaaktor.
[Tables of the rectangular coordinates of map frame
angles and of map,
frame and area dimensions of trapezoift 8f topographic
survey's, usim:
the scale 1:5000; for latitudes 360- 68 . Krasovskii's
ellipsoid]
Tablitsy priamougollnvkh koordinat uglov ramok, razmerov
ramok I plosh-
chadei; trapetsii topograficheskikh swemok manshtaba
1:5000. Dlia
shirot ot 36- 6EP. Ellipsoid Krasarskogo. Moskva, Izd-vo
geodezi-
cheskoi lit-ry, 1953. 909 Pe' (MMA 8:4)
(Surveying-Tables. etc.) (Coordinates)
(Trigonometrr-Tableo#
etc.)

GORELKIH~ L. 1.
"Influence of Fertilizers on the Growth and Yield of Variously
Ripening Types of
Potato." Thesis for degree of Cand. Agriculturtil Sci. Sub. 8
Mar 49, All-Union
Sci. Res Inst of Fertilizers, Agricultural Engineering, and
Soil Science imeni K.
K. Gedroyets.
Summary 82, 18 Dee 52, Dissertations Presented For Degrees in
Science end Engine?ring
In Mo2cow In 1949. From Vechernyaya Moskva, Jaii-Dec 19/,9.

jwR / Forestry. Forest c"itureez
:j 43973
Abs Jour: Ref Zbur-Mol-j NO 101 1950,
Avthor : Gorelkin, L. ozerov, V. I., Litvin, V. G.
inst :Sums!: State Agricultural Experimental Station
Title tCreation of Field-Protecting Forest Strips by a
Cluster Method
ori, Pub: Byul. naucbno-telcbn. i:nform. Sums1c. gos.
s.-kb.
opytn. St., 1957, vYP. 3, 42-50
Abstract: This is the report of the results of the experi-
ment "The Stvdy of the Cluster System of Sowing
the Field-Protecting Forest Strips by the Method
of the Academician T. D. Lysenko' started in 1949
by the Sumsic Agricultvral Experimental Station.
It is pointed out that-, the cluster Sowing of the
Card 1/2
LTS,(-IR Forestry. Forest Ci!ltures
Abs Jour: Ref Zhur-.T3iol. I No 10, 1958; 43973
K-5
Olk is applicable in the creation Of long-lived
field PrOteCting foresi; strips in SUMshchina (dis-
tri0t~_ The best Predecessors Of the strip are
winter sheat and grain cultures. The technique
Of constrUcting the stl?,ps is given. V.
Nesmelov
Card 2/2

OOBI" pixid Ivanovich (Hurelkint 1.1.3; VOYHOVA,
Inna Viktorovna
N* (HU37n, X.1, red.; KOLIGHM, G.
it
[Kalechyte, H. , takhn.red.
(The Illich Collective Form in Minsk District]
Kalhas inis,
Illicha. Mins)mha rasna. kinsk, Diiarsh.vyd-va
BSSR, Ried.
sellskahaspadarchat lit-ry, 19,4;9. 62 p, (MIRA
13:4)
(Collective farms)

ORAZMETOV, Z.; GORELKIN, L.,14.. POTTAY191'. N.Te.;
ZARUDI. Te.O., metodiat;
MITHIIEV, ~.s&.i,-V-A8IL'TW, A.V.; GORSHENKOV, N.G.;
RUTKOVSKIT, 0-0-; KOYAPKMVA., T.Sh.
LatterB to the editora. Gong. v shkole 22 no.2:72-76
Mr-AP 15 9. (MIRA 12:6)
1. 1-ya shkola pos. Andreyovka,Turkmenskoy SSR (for
Orazmatov).
2. Shkola pri shaklhte No.11 Keraeba7evskogo rayons.
Stavropol'-
skogo kraya (for Gorelkin). 3. AndroyevelaWa
semiletrWaya shkola
Penzenskoy oblasti (for Potyayev). 4* BaabkirRkiy
institut
usoverebonetvnvanlya uchitelay(for Zarudi). 5. Rayonnyy
podagogiche-
Air kabinot G.Kieb-Gorodok Vologodskoy oblasti (for
Mitenev).
6. AloVsayevskaya shkola Stalingradskoy oblasti (for
VaBillyev).
7. Yakhromskaya abkola No.2 Moskovskoy oblasti (for
Gorshenkov).
8. 4-ya sbkola g.Alma-Ata (for Rutkovskiy). 9. 64-ya
abkola
g.Al?na-Ata (for Kusyephrulova),
(Geography--Study and teaching)

MOZDOV N.G. (Moskva); GOREIOV P.I. (Moskva);
SAVASHKEWICH, B.S.
)I p - -, --' 64'*,,' -, )
(Moskva); KUKARII,,,T-.r.- -~,
Semiconductor US r,-=,a radiaticn detectors.
Elektrichestvo
162 ' ,
no,1:49-51 Ja 00 (MIM *14:12)
.(Gamm rays)
(Semiconductors)

GORE 131 N.M."insh.
"KOWA"
Rapid starting systems for high-pressure series steam
turbines
designed by the Leningrad Metalworking Plant.
Energomashinostroanie
3 no.12:3-11 D 157. (MIRA
(Steam turbines)

AUTHOR: Gorelkin. N.M. Engineer)*
TITLE :`Tei~mperature a- itions of certain parts of steam
turbines under
operating conditions. (Tempera-turnye rezhimy nekotorykh detaley
paro.voykh turbin v ekspluatatsionnykh usloviyakh. ) i3.4-7-6/14
PERIODICAL: "EnergomashinostroyeniyeV (Power Machinery
Construction).
..1957, No.7, Vol-3, PP-18-23- (U.S.S.R.)
ABSTRACT% Starting conditions of turbines become especially
important
..-with increasing steam temperatures and pressures. Rotors and
cylinders of modern steam turbines are of complicated shape so
that the temperature field cannot be calculated for different
operating conditions. Therefore, the steam turbine laboratory of
the Leningrad Metal Works investi gated experimentally the
temper-
ature fields of the rotor and 'Stator of turbines type VIT-25-4
and BK-50-1 under operating conditions in various states. The
principal tasks of these investigations'were to study the
temper-
ature distribution in the front gland, to work out faster
starting
conditions for turbines and to investigate the temperature
fields
and expansion of the stator and rotor. The present article is
only
concerned with the investigation into the temperature condition
of
the front gland. The main object of the study of the temperature
distribution in the housings, sleeves and shafts under various
con-
ditions of operation of the turbine ivere to find out the
causes for
1/5 the sleeve of the front gland becoming loose on the shaft,
and of

Temperature conditionis of certaija parts of steam turbines
under
operating conditions. (Cont.) . 114-7-6/14
accidents caused by interference between the sleeves and the
seg-
ments of the stationary housings, It had been supposed that
sleeves
became loose because temper6ture stresses exceeded the yield
point
of the material. The design of *the front gland is the same in
all
the series of high.pressure turbines, but most trouble had been
experiended on 25 MW turbines. Therefore, the investigation of
the
temperature fields of the parts of the front gland were carried
out on a turbine type ST-25-4. The tests were carried out under
the following conditions of'starting- operation and stopping.
Regu-
lar starting from cold. Accelerated'starting from cold. Starting
after nine hours. Startizig after,four hours. Prolonged no-load
operation. Intake of'cold air to the-front gland of a-hot
machine
in the presence of a vacuum and closed steam on the front gland.
Supply of wet steam to the front gland of a hot machine. Washing
the turbine with wetted'steam. Switching the turbine over-.to
operation on medium pressure steam. 'The test procedure is then
described. An important part of the set-up was an arrangement of
slip-rings to take current from 'the thermo-couples mounted on
the
2,, shaft. This is described and illustrated in-Fig.l. Its
reliabilit3
was demonstrated. Twentynine thermocouples of chromel-alumel
were

Temperature conditions of certain parts of steam turbines under
operating conditions. (Cont.) 214-7-6/3A
installed in the sleeves, the housings and the shaft near the
front
gland. The location of the thermocouples and the method of
getting
them out of the turbine are illustrated in Fig.2. In order to
get
the wires out of the turbine a special frame for the safety
gover-
nor was installed. The main test results are given in Figs-3,
4, 5,
6 and 7. These are graphs of the conditions of running up to
speed
and loading during the tests. To permit of fuller consideration
of the nature of operation of the front gland in the presence
of a
considerable temperature difference of the order of 100 C
between
the sleeve and the shaft a calculation was made of the thermal
ex-
pansion of the sleeves and of the deformation of the sleeves and
shaft in the radial direction under the influence of centrifugal
force. The method of calculation is indicated and the results of
the calculation are tabulated. From the test results it may be
concluded that with the turbine loading conditions recommended
in
the instructions, both on starting from the cold and after
stopping
for four to nine hours or more, the temperature of the sleeves
can
be higher than the temperature of the corresponding part of the
shaft by 105 - 70 C. for sleeve No.2 and by 100 - 70 C for
sleeve
3/5 NO.3 (see Figs, 3 and 4). The resulting thermal expansion
of the

Temperature conditions of certain parts of steam turbines under
operating conditions. (Coat .) . ~ 134-T-6/14
sleeves together with Itheir radial deformation by centrifugal
force
totally removes the initial interference and moreover creates a
gap
betweenthe sleeves and shaft. The main cause of damage to sleeves
of the first gland !.s"the considerable temperature difference be-
tween the sleeves and-the portions of the shaft u9der the sleeves
that occur because of the high rate of loading the turbine that is
recommended in the instructions. It was also found that rapid re-
duction in the temperature of the live steam can cause
considerable
temperature stresses in the sleeves, and under some operating con-
ditions this may be dangerous. The additional thermal stresses
that
occur with sharp changes in the temperature of live steam at the
stop valve, together with the inadequate strength of steel brand
25N-3 during continued operation at high ter"perature, is a main
cause of loosening of sleeves-on the shaft . Operation-of the tur-
bine on no-load did not cause heating of the sleeve. Switching
over
of the turbine from operation at full load on high pressure steam
to
operation on medium pressure steam for two and a half hours did
not
cool the sleeves to such an extent, that they were cooler than the
corresponding parts of the shaft. None of the experimental con-
ditions gave rise to appreciable temperature differences between
the housings, the body of the housings and the sleeves sufficient
4/5 to endanger the front*glands. The following practical
conclusioifts..",
Temperature cOnditions,of certain Darts Of steam turbines under
Operating conditions. (Cont.)
are drawn 114-T-6/14
- To Drevent damage to the Sleeves Of the front gland
it was considerid necessary to
develop new starting. take the
occurrence Of dangero conditions which ex following steps. To
us ter elude the Possible
To make the sleeves Of the Aperature differences in the gland.
Yield Point than steel bran frolat gland from materials Of a
higher
creep and thermal expansion d 25-H-3. To reduce the influence of.
the front gland bY increasin Of~the sleeves on the reliability of
sleeves on the shaft. g the interference Of the fit of the
at
sleeves and the shaft To imprc)ve he exchange between the
bines of the Leningra At the present time high pressure tur-
made of steel d Metal works hav
-brand e the front gland sleeves
increased from 0 -Th
e interference hasbeen
have been -19-0-27 to 0-35-0*4 mm.
laid down with reduced rates Of New starting conditions
loading ~he turbine.
AS a result Of these measures ]Loosening of sleeves on the shaft
I-Ild damage to turbine series MR,because Of the sleeves Of the
5/5 front gland have ceased.
There are 7 figures
Russian. tabI* And I literature reference, ~n
AMLABm:

~/,~
GORILKIN, N.M., inzh.
letter to the editor.
Inergomashiriostroenle 4 n0.1-17 A 158.
(Steam turbines) (MMA l1,-].)
4

GORELKIN, N. M. Cand Tech Soi -- (dies) "Study of the
temperature fields of
steam-turbine rotors and statorse" Lens 1959* 24 pp (Len
Shipbuilding Inst)a
150 copies .(KL, 46-59, 137)
-20w

0017,TZIN, N.M., inzb.
Investigating temperature fields and axial clearance of
steam turbines
under operating conditions. ]Cnergomashinostroenle 5 no
-2:1-9 F 159.
(MM 12:3)
(Steam turbinea-Testing)

a I Ao >
i 1"i't Sep
tr-,.*S~r t 4
-'410.
41q- a 0
V. A ul
V .3 P. - 9 st R, -n cl. jus::,A~g '0
is ~, 1 1.1 s .. 'n
hg~
Ir.
Utz T.v. a Em 65., m 2-l's P 3 ~. - -. ~ - A Ii -, r, I- I- .
1. 1
!ig 00 t.9
'd 043 i
0'. 0
.0 -0
44~
f;'q -4 3
CIO. ~~ 'd w " Z ~ ~'. ~ "', " 3 "r I I
94
t4 a 0
44 IS
0, D.. 1,1 0 4V "HiM 4
at.
'A '4 AV r
I 1" 4. N
A EDUN I j
Vt-
A i , .1 , -1 -
1 1 _4 tIN". tot;l i
F. j
V2,~)O,;7 1

GOIRICIZIN, U.M., inzh.
Svestigatin"g frequencies of awlijg blades of steam
turbines and
other machineries. (Trudy] IKZ no,,6:~32-241 160.
(MIRA 13:12)
(Blades-Vibrabion)

GORELKO., N6M. . kand.tekhn.nauk
S~udy of the thermal field of the rotor.of the VT42%4
twbine at a steady temperature state. Energomashin6stroenie
7 no.5:28-32 My 1610 (MIU 14: 8)
(Turbines)

GORELKIN, N.M., kand.tekhn.nauk
Maltipositional switab for studying temperature fields and
stresses
in the rotary parts 6f turbomachines. Energomashinostroenie 9
no.943-45 S 163. (MIRA 16slo)

14(6),6(o) PRASE I BOOK EXPLOITATION sov/3on
Akadowlya nauk SSSR. Snargetleneekly Institut
gloictroesseaetLism. vyV. I (Electric Power
Engineering. gr 1) Moscow.
Izd_Vo ~SSSR, 1959. 139 p. Sprats slip
Insorzod. 2,aoo copies
printed.
gds. of Publishing Houses P. P. Ogarkow and
To. 9. GrIgor9yovi Tools.
Zd.t To. V. Z*Ienkoval Ultortal Boards Yu.
0. Tolatow. Doctor
of Technical Science$ t2eg . Ed.), 1. M.
Markovich. Doctor or
Technical Sciences. I. S. 3tokol*ntkov.
Doctor of Technical Sol.
.."s. P. I. Zubkov, Candidate of Technical
Sciessa*xv
0. V. H11shnowtch, Candidate of Technical
Sciences, V. 1. Lovitow,
;a of Tochnical Soleness, =4 N. D. Bolleftow
(Socrotary)
PURPOSES This collection of articles Is
intended for specialists
in the various fields of slect;rLa power
engineering treated In It.
COVERAGE' The f1rat lesuo of the collootlon
or zrtlzlam~
%loictroonorlatik4 appeared in April 1939.
It to published by
231IN Iment . ". Krzhlzhmmvsklr of the
Acade-7 of Sciences, OUR.
The.artioles in this 12*04are band on
research and work by the
authors under the auspices of 012, The
articles am on a high
theoretical and technical 10TOT-4id
represent Original contribu-
t!- to various Present-day probless.in
electrical engineering.
a" given after swsk of, th
Problem of
Dailgising Saturable Reactors for Low-
Rectl lare 31
ILI,
r The thor Considers the problem of
designing saturable pg.
tors for d-c low~voltago supply for aloe
trochoulcal and
sloctrowtallargical industries. which has
not been &4-*quately
treat*d In the current literature. He also
at presenting a
systematic survey or existing cathode and
sv;gostn certain
QCT%cr6t6 recommendations On coth0ft of
calculating saturable
reactors. There are 10 reforencast 2 Soviet.
6 U*r=n "d
2 ZnxIlAh.
tevokly. . M. Theory and Method of Designing
Voltago-Doubling
Rectifiers WIt1ra Capacitive Filter
The method suggested by the author wag
tested exLmr1santally
and found to satisfy engineering
requirements. Tzar* are
1-1 refer-neeas 7 5-viet. 2 C-mr=- ---- 2
P--11--h-
Gorelkin. Ir Y sb, I, LUtid-ze and sloatronic
Q*"ratore Using a SIX-phaso circuit
with a Buffer Bectifier 54.
The authors credit Academician C. 1. Sbomfer
with the first
dies In 1933 an the problems of electronic
ex=_Itatlon.
i-ecent theoretical Investliallons an thle
Cubl=; efa Con
ducted in the USSR by D. A. 1. A. ' - I
To. L. Ettinger =1 by the el~trctech&nlcs of
EVIN. The authors made a number of of elet.
tranic oxcitation on laboratory mc3als
unin': oir-
cult combinations. All of the cothods uaLnr
barfer rectifiers
war* Introduced by the laboratory. The
-9thodds =1 rtoults of
Investigations are presented. There are 3
r*f*re"_4x, all
Soviet.
jr Lut;d,-e S-h. I Analysis of an Electro or
Cc---*,:tod
-Thr6%zgK1&-rM-a;-phase Circuit With a
Bufnfe I 1 67
r rr.
The author inrextigates simple and reliable
th.-e*_;=zxa
electronic exciter systems with buffer
rectifiers a~_'
:pplies the mathod of sy,mmetrical
component$ to ob-ain
xpressions for currents and voltage@. This
artL"'* Is a
continuation of the previous on*. There are
3 references,
au Soviet.
and P. ". Shvileve. . Application of
Garanclus
11.01RALers in Excitation Circuits or
Synchronous Generators 93
The eloctrossechi%micis laboratory of RVIN
developedols 1956,
" evagriament&I installation or a
synchronove conerator
equipiod with a rotating gormanlus rectifier
in :.bridge
circuit with germanium diodes of the DGT~-24
typ Results
r.experinsents are presented. ?hero are 5
reforencoss 6
Soviet and I English.

LUTIDZEt Sh. I.; GORELKINp N-V.
Elaktromagnetic processes in collectorleso machines
with semi-
conductor rectifiers. Elektroenergetika no.2:46-54
160.
(MIRA 14:3)
(Electric generators)

GORELICIN, Ya.
District completely provided vith radio facilities.
Radio no-7:
7 Jl 156. (MURA 9:9)
l.Predoodatell ITeogorekogo rayispolkoma sela
Goreloye, Lreogorskiy
rayon, Tambovskoy oblasti.
(L.veogorskiy District--Radio)

MELINICHEMP Damlil Yefimovich, ka33d, teklxrk. nm*;
GOREUUNA A.V.t karA.
toldm. naukv red.j KOSCVSJ=, V.A.p red.j tokbn.
red,
Djaw vacutlA Iwoy dams) NOvYe valmn=Ve vodoo3.ivWe
plotbW.
KiGvf ltd-40t' ainskoi Akad.. sellldloz. naikp 1961 n7
p.
iMIRA 3-4: 8)
(Daw

GORET M A, A.Ye., inzhener.
Pouring rail steel through a 60 =a. diameter nozzle.
Stal.proizv.
no.1:68-73 156. 1 (nn 9: 9) .
l.-Kuznetski7 zetallurgicheskI7 kolabinat Iment
Stalina.
(pteel-Metallur67)

jai 1
a-u

MIKHAYIETSp N.S.; _POREUINA, A.Ye.
Improving the technology of smelting and pouring steel
at the
Kuznetsk Metallurgical Combine. Metallurg 7 no.9:10-13
S
,62. (KRA 15:9)
1. Kuznetskiy metallurgicheskiy kombinat.
(Novokuznetsk--Steel-Metallurgy)

MIKHAYLETS, Vikolay Semenoi-tch; (jQ4WUAk,,,,61eksandra
Yevoeyevna;
KOSHKIN, Vinrlivir Andreyevich;
NIKEBi~-)-"'flik'ol~~'Crig6i"yevich;
DARUSHIT, Ratmir Ivanovich; SAKWOVA, Nina Alekseyevna;
LYM)W, Adollf Ivanovicb; LOSKUTOVA, 4vudviga Vladimirovna;
RUDNEVA, Raisa Semenovnt
(manufacture of rails at the Kuznetsk Metallurgical Combine]
Proizvodstvo rellsov na KuznetskoiT,Ypetallurgicheskom
kombinate.
Moskvaj Izd-vo "Metallurgiia," 19C4. 222p. (MIRA 17:6)

KURBATOV, Yu.L.; e.; LUKOICKLYA, N.O.
I#.
Studying tbe conditions of i3teel T.)c,).,rJng by
meana ol,' 'i model.
Izv. vys. ucheb. zav.,- chern. m(A. 7 no.8-.40.-4.3
164.
4`1111A 17,9)
1. KuznetskJy vy-,tallurgichaskiy konbArvit.

GOREIZINAP A&YGO, inzh.; ALEKSEYEVA, N.S., in--h,
Investigating the nature and causes of Lhe formation
of cracks
in l8KhGT steel. Stall 25 noJtZ,52-263 Mr 165. (MIRA
19W

!,lave3ti--,a,ui3rL of Lite `Z),yositi on and TecllnolD Faotors
01-1 t-lic
i3 :,,f -,-borundlai sistors." Cai-i Sci, ordc-r Lf b~JL~~i
C)l C)j 0-1 -ri:31. 4-:cni D. !. 54. ji:;sz~rtatiun
J- ~ - -- 1, ~,
s,.va ~Ios--ow, 13 F,-'u
so: sul- 1,316, 19 Au.-I 19.54

GRI k SOKOI"A
BLYAMO G I IOR=Nilay, U I
Automatic titrimeter. Zav.lab. 26 no.12:1426-:1429 ,6o.'
(MM 1:,,: 32
1, Institut 7adernoy fisiki AN KAS-115R.
(Titrimaterti)

L 15~-46763 MIS
ACCF-S)S:0",' INR: AP30055~17 S / 0 115 - bQ C 0
AUTHOR: Gorelikov, N. I.; KliBtorin, 1. F.; Matushkin.. G. G.
StrtLkov, V, G.
TITLE: Specialized digital voltmeter It,
SOURCE: Izme.-itel'nay.A tokhnika, no. 7, 1963, 30 -31
TOPIC TAGS: voltmeter, digital voltmeter, voltage regulator tube
ABSTRACT: Development it) described of a new digital voltmeter for
precis(!!
measurement of stabilization voltage and temperature coefficient in
the manufac-
ture of silicon voltage -regulator tubes. The new instrument, based
on the digital
voltmeter described by 1. F. Klistorin, et al. (Izvestlya VUZ gob,
Priborostroyeniye, 1962.. v. 5, no. 2), is in essence an
electromechanical co M--
pensator with digitwise balancing. A circui-1 diagram of the T)ew
voltmeter
supplied, and its components specified. Its error is 2 0. 02% or
less - The vcllt-
rneter -oroved to be reliable in operation under actual factory
conditions and
pernaitt;ad considerablo orivin,~ in liwor.
Msociation: Inst. ol Autotnation and Electromeetry, SO A14 SSSH
Card 1/j/
'~C'

010 ~,~ 'U10, ".1. 11 .
..:Ue I
Dissertation: "S ome ' Wons on the Process of Dvtiwin~.r in Conical
Ilies." f-and Tech, Sci,
Belorussian 'Polytechrlic Inst, 11-Urisk, 1951'.. (Refort.tivn.,w
SO., Slal 243, 19 Oct 1'-1)5,-

kand.tekhn.nauk
1~1-,
Investigating the extrusion process in conic dies at
consecu-
tive transitions. Hash.Bel. no.5:44-46 158. (HIU
12:11)
(Extrusion (Metals))

SOV/13 7- 59-1-1631
Translation from: Referativnvy zhurnal. Metallurgiya, 1951), Nr 1,
p 216 (USSR)
AUTHORS: Gubkin, GoreFko Hubkin, S-1, Harel'ko, M. V.
TITLE: On the Drawing of Sheet Metal Through Cone- shaped- Dies
(0 vytyazhke listovogo rrietal.la v konicheskildi matritsakh)
PERIODICAL: I.zv. AN BSSR. Ser. fiz.-tekhn. n., 1957, Nr 4, pp
97-103; in
Belorussian
ABSTRACT: Advantages of drawing !D1 of metal through cone-sliaped
(CS) dies
emp;o,
. yment of these dies eliminates a condition,
are outlined. The
commonly encountered during D of metal through cylindrical dies.-
in which the central section and ?he edges of the blank (B) are
bent
in opposite directions. in D through CS dies, the B is subjected to
bending only in one direction, that of the ptuich travel, and that
only
until the B is pressed completely against the cone of the die. At
the
same time, this procedure also avoids conditions which favor the
formation of folds. A number of experiments, conducted in order
to determine the optimum coning angle corresponding to the maximum
coefficient of D, are described. Graphs are presente-I illustrating
Card 1/2 the results of experiments carried out on sheets of
difierent materials

On the Drawing of Sheet Metal Through Cone-shaped Dies
SOV/137-59,-1-163
of various thickness in conjunction with B's of different
diameters and dies with
different angles of taper. An analysis of drawbacks of this
method of D is also
presented: Ruptured bottoms, longitudinal cracks on the
walls of the articles,
and formation of creases.
I . G.
Card 2/Z

81802,
/P r?'2 00 S/137/60/000/04/05/015
Translation from: Referativnyy zhurnal, Metallurgiya, 1960,
NQ. 4, p. 213
8251
AUTHOR: Gorel'ko, M.V.
W i* it d
TITLE: On Friotion-Welding of Metals.
PERIODICAL: T.r. Belorussk. s-kh. akad., 1959,, Vol.
30,.No..l, pp. 123 - 126
TEXT- The author investi 9t2C))%
1~ ~ gated the fri ti ding process. "CTV (,-"
lq"4oxn (4oxh#and "V19' (R78)9'ste:1- specimersof 10-20 mm in
diameter were welded. It was concluded thwi-'Me base metal
and a low carbon
steel joint were equally strong.. in welding "45" grade
steel with R18 steel,
satisfactory results were obtained, if the -diameter-of the
"45" steel specimen
was by lO-2D% greater than that of the R18 specimen.
In."45!' steel weld joints
a zpne of thermal influence was observed, whose
microstructure consisted of
sorbite, perlite and ferrite. In weld joints of dissimilar
4OKh and 45 steels,
there was a martensite-troostite zone on the 4OKh steel side
and a sorbite zone
on the 45 steel side. In welded specimens of dissimilar
metal the butts were
well visible. The length of the specimen protruding from the
chuck should be
1-1.5 of the specimen diameter. The upsetting allowance
should be 0.1-0.2 of
Card 1/2

818021
On Friction-Welding of Metals S/137/60/000/104/105/015
its diameter. To reduce vibration between the weldable
specimens, it is reaom-
mended to place a 0.4-0.6 mm thick plate of it metal whose
melting point is 0.6-
0.8 of the base metal melting point. In welding steel
specimens it is recom-
mended to use brass or copper plates. Types of part are
listed which may
preferably be manufactured by friction welding._
A. K.
Card 2/2

CHhMNYUK, I.N.; PILYUGIN, G.T.; GORELIKOV, A.I.;
ROGOVIX, M.Y.
-
Study of synthetic dyes. Part 37:
I-o.;-chlorophenYl-5,6-benzoqil-inal-
dinium salts and cyanine dyes prepared from them.
Zhur. ob. khim.
34 no.10:3330-3333 0 164. (MIRA 17:11)
1. Chernovitskiy gosudarstvennyy universitet.

GORELKOV, D. I.
Cand Agr Sci - (dl*ss) "Types of beech forests of the
Petrokhansk'iy
Canyon and farming therein." Moscow, 1961,);22 pp; (Moscow
Order
of Lenin Agr Academy imeni K. A. Timiryaze 200 copies; price
not given; (KL, 7-61 sup, 250)

POPAZOV, D.I., kand. sel'skokhoz. naukx clotsent;
GORELKOV, D.I., aspirant
Characteristics of soils in the beech belt on the
northern
slope of the Stara Planina mountain ranges Izv. TSKRA
no.2-.
72-84 163. (MIRA 16:10)

ACC. NRt AP60'25655-__ SOURCE CODE: UR/0413/66'/0'00'/'013/0106/0108
INVEIN'TIOR: Gorellkov, L. A.; Shcherbinin, V. V.
ORG; None
TITLE: An analog pseudorandom number generator. Class 42, No. 18348T
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no.
13, 1966, ioB
TOPIC TAGS: number, random process, generator, analog system
ABSTRACT: This Author's Certificate introduces an analog
pseudorandom number gene-
rator. The installation contains a cadence device, functional
converter and memory
unit connected to the output of a generator v1aich includes an
integrator, comparison i
amplifier and limiter. To simplify the circuLt and produce
quantities with a given
continuous distribution function directly at the output of the
memory unit, the func-
tional converter is made with grounded potential diodes and is
connected at the input
to the integrator, while the converter output is connected to the
comparison ampli-
fier of the periodic*oscillation generator.
Card

AP 025 55
2
Or
1-periodic oscillation generator; 2-integratcor; 3--comparison
amplifier; 4-limit-
er; 5-memory unit; 6--cadence device; T-functional converter
SUB CODE: 091 SUBM DATE: 20Aug65

SARATIKOV, A.B.; SOLOVIYEVA.,
Tansy extract as a cholagogue. Izv. SO AN SSSR
no*49 Ser*
biol.-med. nauk no.1:81-84963. (KERL 16:8)
1. Tomakiy mditsinskiy institut.
(CHOIAGOGUES) (TANSY)

GOREWY, A.
Flights to* the Interplanetary a-pace. Naulm.I sbisn'
23 no.6:
59-6P Je'-156." (MLRA 9:9)
(Interplanetary, voyages)

AUTHORt
--
Gorelov, A. 25-7-40/51
-------------
TITLEs
Critiques and Bibliography f%Xritika i
bibliografiyr,)

Artificial Satellites (Islcusetvennyye
sputniki)
PERIODICALt
Nauka i Zhiznlt 1957, # T, p 60 (USSR)
ABSTRACT:
The International Geophys!Loal Year will include in
its program

the use of high altitude rockets and artificial
earth satellites

for research purposes. W13h their help,
science hopes to col-

lect important data about the upper
atmosphere, the phenomena

theirsin, cosmic rays, actJ;Vity of
the sun eto. Since the inter-

0at of the public is occupied
by questions concerning the arti-

fioial satellites, the
author reviews three books which are in-

tended for the
general reader as they deal with the satellite

problem from
differentpoints of view, supplementing each other.

They are:

."Artificial Earth Sataillites" by A. Shternfelld

(Iskusstvennyye sputniki zemli)

"The Artificial Earth
Satellite" by F, Zigell

(Inkusetvennyy sputnik zemli)

,
,
"About Cosmic Pltght by X.P, Stanyukovioh

0 kommiahsokikh pol:
i
;akh)
(
AVAILA
LEi
Libra
ry of Congress
Card 1 1
~

GORNLOT, A.
"Artificial earth satelliteg' by V. Petrov. Reviewed
by A. Gorelov.
Zusn. sila 33 no. 5:51 W 158. (MIRA 11:8)
(Artificial satollites)
(Petrov. V.)

ja
at
i *07-ptrience of Opexating an Electric
Power Station:',
an Utvral. "a,," A. F. Gorelov, ZWO 4 lyp
*91ek Stants' No 1
Diiscribes how boilers, vitla 85-110
-t-Ons/br output.,
V"Ile changed over f fuel oil to natural gas.
RXperience of over a year has shown that
method
*dopted was reliable when safety precautions
'were'.,
:#*ictly observed. Eff Sclency of plant was
in-
,xM*awd and pollution of aix- decreased. At
timev~,`
Ji~er, it was necessary to cbange back to
fvzv,,:i*'~