SCIENTIFIC ABSTRACT GERASIMOV S M - GERASIMOV V I

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000514810020-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 24, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VEKSLER, Grigofty Solomonovich, kand. tekhn. nauk- MACHIVSK
V441MA1,Kp,~o;-atlyevict(Fachynalkyi V.K.j,inzht 'ZFWMM,
I
VAtur 'iab)inz'h6j GERABRIOV 5,M, kerasymo'7, S.M.), prof.,
retsanmbnt . 11- -Ir
[Transistorized smoothing filters) Tranzystorni zhladzhuiuchi
filltry. Kyiv, Tekhnika, 1964. 170 p. (MIRA 18.4)

-"kov
Fcurth All-Union Con,-,revs of' Pat!, O"u. a ton"
zhur. r0. 1190-91 JIL I U) ("T"IA 10:2)

AUTHOR: Gerasimov, S.P., F~ngineer /116-58-2-4/'1?
TITLE: The Efficiency of the Stampint- of the fro(~essed Nooden Articles
(-!'ffektivnost' shtampovki drevesnykh izdeliy)
PE11IDDICALi Mekhanizatsiya trudoydmkikh i tyazhOlykh rabot, 1958, Nr 2,
pp 12-14 (USSR)
ABSTRACT: 'Nith the increased use of plywood for the industrial production
of composite parts for furniture and articles of irass con-
sumption, the Scientific Research Institute for 'Nood Working
Machinebuilding (1411DREV14ASh) studied the possibility of the
mechanization of their production by stamping then, from
veneer sheets and plywood 3 to 12 mm thick. The experiments
were done on the Amaler punching machine with use of the
interchangeable dies and punches. The results of these ex-
periments, described in detail, showed that by choosing the
best gap between the die and the punch (not more --,han 0.02 mm)
and applying the proper pressure, the method of s-,,amping the
required parts from plywood up to 12 mm thick can be adapted
Card 112 to industrial production. The pressure applied to birch

"'n'V/118- 58.2-4/19
The Efficiency of the Stamping of the 11rocesoed Nooden Articles
plywood (GOST 3916-47, brand AV) 3 to 12 mm thick varies
from 8C to 2!0 kg/cm.
There are 5 photos and I graph.
ASSOCIATION: Nauchno-isslodovatellskiy inatitut derevoobrabntyi,ayushchego
mashinostroyeniya (The Scientific ReseArch Tnstitute for
Wood-Working Machine-Buildinr - NI1D11,FVMA9h)
1. Furniture-Prodution 2. Plywood--Processing I Dies--Per-
formance
Card 212

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GERASDIOV, Sarafin Takoylevich; PUSICII. Foodoaiy Avdayovich, kaneosel'akho-
khoz,nm*; KABOZ&; S.M., laind.sel'skokhoz.nault, spettired.;
MOSOVA, N.I., red.; KTJZIHIHA, N.S., tekhn.red.; GOLUBKOVA,
L.A.0 takhn.red.
(Mixed feeds) Kombinlrovannyo kormn. Spetared. S.M.I:abO2OV.
HovkVA, Izd-vo takhn.i ekon.lit-ry po voprosam muk-omol.Ino-
krupinnoi. kombikormovot promyshl. i elevatorno-okladfikogo
khoz. Pt.l. 1959. 140 p. Pt.2. 1959. 93 P. (HIRA 13:1)
(Feeds)

GEWDLOV,-Waftm-YeikovIevich; VYSOTSKAYA, R.S., red.; GOLUBKOU, L.A.,
teklm. red.
(Enrichment of mixed feeds with vitam~uss trace elementu$ and
antibiotics] Obogashebenie kombikomov vitaminamis mikr(selementa-
ud i antiblotikard. Moskva, Zagotizdat, Ici6l. 97 p.
(PIIU, 15W
(Feeds)

GEMIMOV, T.
Biblioteea Classics, Orientahaj an extremely useful publication
at the AcadexW of Sciances of Berlin. Spisanie BAN 7 no.1/2:155~-156
,62.

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GERASIMDA, V., kand.takha.nauk, insh.-kapitam 2 ranga
// If At=ia submarisois. Voes, un. 39 no.)t2o-21 Mr 163. (KCIU 16 17)
(Atomie suburizes)
-
'~C A; N

GERASINOV, V.; POKROVSKIY, V.
"Technique of investigating water-tapping wells in the Volga-Ural
region' by I,K,Zerchanikova. Reviewed by V.Gerasimov, V.
Pakrovskii. Geol.nefti i gaza 0 no.8t60-62 Ag 162,
(MIRA 15:9)
(Volga-Uml region-Oil field brines) (Zerchanikova, I.K.)

PRDTOD'YAKONOV, N.M., prof., doktor tekhn. nauk; KUDRYA, N.A., kand.
tekhn. nauk; red.
[Quick method for determining the ultimate resistance to
compression and the modulus of elasticity of rocka)Ekspress-
me,tood opredelwdia vremennogo soprotivIeniia szhatAu i mo-
du.Ua uprugosti gornykh porod. Moskva, In-t gornogo dela im,,
A.A.Skochinakogo, 1962. 21 p. (MIRA 16:1)
(Rocks-Testing)

GIWIMOV,V.
- jW61M4401
Schools of progressive work methods at enterprises. Sov.prof-
soiusy 3 uo.8:19-22 Ag'55. (MIRA 8:10)
1. Zaveduyushchiy otdolom proisvodetvanno-massovoy raboty Sverd-
lovskogo obhotnogo sorsta profsoyusov
(Sverdlovek-Technical education)
I

FZMV, I., inzh.;'GAMIJOV, Vi. inzh.
MeObAniftl f ire spriWders. Poish.aelo 5 no.11:23 N 159.
(MIRA 13,~4)
(Piro sprialders)

. Icand.takhn.nauk, inzhoner-kapitan 2-go ranga
"Polarix"; on a suluarine (as revealed by foreign press data),
Starsh.-zerzh. no,806-37 Ag 161* (MIRA 14:10)
(Polaris (missue))

GEMSIMOVP V. , kandtekm.naukp inzhenor4mpitan 2-go ranga
Busineess atarov and handcuffs. Starsh.--serzho no.6-.36-37 Je ',.')2,.
(1111M .1-5:7)
(thited States-Amed forceo-Foreign countries)

~ I; ,, ~ I! I**.'i* . 7. , " t, 4 ?w!le N.kap it.;xn
Lne, ~.,uiiplax tralning of signalmon. , r~ ..."
3R-39 F 1 ~,4. I .!T,; ~. -I I., ~".
11 - I - - -

GERASD40VI V.1
..' .' 1. '' ~ I
Aircraft carriers,
no,Ut44-45 N 165,
Voon.znan. 41
(YJ RA 18112)

2RO30 S/081/61/000/015/083/139
B117/B110
AUTHORS- Gerasimov, V. A., Petrov, I. I., Reutt, V. Ch.
TITLEt Extinction of flames of petroleum products with atomized air
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 15, 1961, 332, abstract
15071 (Sb. "Novyye sposoby i aredstva tusheniya plameni
nefteproduktoy". M., Gostoptekhizdat, 1960, 64 - 98)
TEXTs The authors describe mechanical water atomizers for extinguishing
fires of petroleum products in containers, and characterize atomizers of
the centrifugal type. A table shows recommended sizes of some nozzles
and their hydraulic characteristics. The authors describe an atomizer
~~I' the screw typt without the drawbacks of a centrifugal atomizer. They
mention extinction tests with atomized water for fighting flames of
gasoline and other liquid fuels. They noted the effect of' the height of
the free container edge on extinction results. They found that the ratio
bptween the minimum height of the edge, at which extinction succeeds, and
the container diameter is equal for all containers. They give a formula
for determining the minimum height of the free edge at wlAch extinction
Card 1112

?m030 S/081/61/'000/015/063/139
Extinction of flames of ... B117/B110
with atomiz,?d water is warranted. Undcr the action of atomized water, the
rate of burning-out of gasoline was reduced to about one-fifth. Extinc-
f ior of a neglected f ive in a gasoline or petroleum tank shows character-
,stic featuxes~ 0) Bubbling up of the burning gasoline immiediatEdy
after
applying atomized vater to the hot container, and ovurflo%ing the (,dge;
(2) ~-xtensior. of the time of extinction depending on tile thickness of the
h-Pated la3er deturmined by the auration of fire. LAbstracter's note:
Cr)mplete translation
Card 212

28029
9/081/61/000/015/080/139
B117/B102
AUTHORS: Gerasimov, V. A., Petrov, 1. 1., Reutt, V. Ch.,
T-sygan, R. M., Yagubyan, L. K.
TITLE: Combined methods of extinguishing burning petroleum
products in containers
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 15, 1961, 331, abstract
159364 (Sb. "Novyye spoaoby i aredetva tusheniya plameni
nefteproduktov". M., Gostoptekhizdat, 1960, 99-124)
TEXT: The principles of a combined extinguishing method "atomized water
(AW) and mechaniaal air foam (MAF)II were examined. The fire-extinguishing
effect of W is lover if it is used for extinguishing fires of heated
petroleum products without prior cooling of the layer being heated. A
combined application of AW and MAF to extinguish flames of petroleum
products burning in containers and forming a heated layer during free
burning is described. A relationship was established between the
temperature of the petroleum product after cooling and the cooling time,
depending on the intensity of atomized vater supply, the time of open
Card 1/2 'A

28029 S/oL,1/61/000/015/080/139
Combined methods of extinguiahing... B117/B102
burning, the temperature of the heated layer, etc. Constants were
calculated for gasoline. Tests conducted to fight burning gasoline in
containers of different diameters using mechanical and chemical foam are
described. In these tests, the heated gasoline layer was first cooled
with atomized water. Tests made with the oombined method of atomized water
to extinguish fires- in containers -< 5.3 m in diameter yielded positive
results. (Abstracter-s note; Complete translation.]
Card 2/2

GER IMV,, V. A.
Potassim and calclus eommutration in leaves of chlorotic VVe-
vlws. $oob. M Grus. SSFt 27 no.1:73-78 J1 161. NERA l6sS)
1. Gmztn*4 se1Ijkokb*zy&yvtwermyy institut, Tbilisi. Prelstaw2eno
akadodkow AX GruxSSFL L.I.Dabsparidse.
(Maorosin (Plants)) (C&Udm) (Potassium)

15-1957-3-2783D
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 3,
P 38 (USSR)
AUTHOR: Gerasimov, V.A.
TITLE: Geomorphology and Problems of the Ancient Glaciation in
the Valley of the Bayankol River (Khan-Tengri) [Geomor-
fologiya i voprosy drevnego oledeneniya doliny r. Ba-
yankol (Kan-Tengria))
ABSTRACT:' Bibliographic entry on the author's dissertation for
the degree of Candidate of Geological and Mineralogical
Sciences, presented to the In-t geol. AS UzSSSR (Institute
of Geology, Academy of Sciences, UzSSR), Tashkent, 1956.
ASSOCIATIONt In-t geol. AN UzSSR (Institute of Geology, Academy of
Sciences, UzSSR)
Card 1/1

GERASDOV YA---
Glaciera of the Bayankol River basin in the north of the Khan
TnMri junction. Trudy Sakt.geog.AN Kazakh.SSR no-3:195-214
'59. (AIRA 12:7)
(Barankol Valley--Glaciers)

,_,GZWINDV, V.A.
Gsomorphology of the Dayankol River valley. Trudy Bakt.goog.
AN lamakh.SSR no.4s5-41 159. (MIU 13:4)
~Bayankol Valley--Geology, Structural)

GIASIMV, V.A.
Jbrly glaciation of the Bayan-Kol River Basin. Trudy Salt'..
geog. AN U20h. SSR no-5:79--97 159. (MIRA 13:4)
(Dayon-jol Valley...Glacial epoch)

GUASIMT, V.A.
Scheme of stratigraphic correlation of Qaaternar7 sedi-
ments in the Bayankol Valley. Trudy Sekt. eog.AN Kazakh.
S.S.I. no,6%178-185 160. MBA 13:7)
(Bqankol Tall ey--Geo log, Stratigraphic)

GMSIMOV, V.A.
Main stages in the formtion of the Bayankol Valley
Quaternary period. Trudy Sekt.geog. AN Kazakh. S.S.R.
no.6:186-193 16o. (MIRA 13:7
(Ba.yankol Valley-Geology, Stratigraphlc~

GEWI?uv-:LA.j UHV.ENKO, N.Ye.
jUainating the danger of flesh floods in the Tyukou moraine
region. Vest.AN Kazakh.SSR 17 no.1,1102-103 Ap 161. (MIM 34:5)
(Tyukow4oraine region-Drainage)

PANASEYKIN, T114V., inzh.; SHAPOSIMTKOV, V.V., itizli.1 GERASTMOV, V.1j.,
slektronadAdohik
Iziprovvment in the construction of the RZMO system. TSemeni, 31
no.5r17 S-0 265. (MIRA 18:10)
1. Chimkontakiy tsemantnyy zavod.

GaAsDayl, V.A.
Slnll)l.f' ZeOllt-O tT',qp. Prib. i tekh.eksp. 10 no.51:2143
S-0 165.
(MIRk lgtl)
1. Zabaykallskly koppleksnyy nauehno-issledovaLellskiy
institut, Chita. Submitted Sept.1, 1,)64.

GEI~SDIC)Vlt
The IsoTk catastrophe ar!,i its refloct'lon in the f,eomorp-.o2oj,,
1;
or the IM30: 'Wley. I7v. Vscs. reog. ob-va 97 :~c-.6:5.12-547
1.
i.-D 165. (!.!IlA 19: 1.)

SOV/144-58-10-10/17
ARTHORS: Sabadashev, V.P., Candidate of Teelmical Sciences,Assistant
Gerasimov, V.B., Assistant
TITLE: Contactle-ss Magnetic Device for Automatic and Semi-
Automatic Self-Synchronisation of Synchronous Generators
(Pieskontaktnoye magnitnoye ustroystvo dlya avtomaticheskoy
i poluavtomaticheskoy samosinklironivatsii sinkhronnykh
generatorov)
P.&RIODICAL.Izvestiya Vysshikh Uchebnykh Zavedeniy, Elektromekhanika,
1958, Nr 10, pp 104-114 (USSR)
ABSTRACT: Existing circuits for automatic and semi -automatic
self-synchronisation have a number of contacts and. tend
to be unreliable. This article suggests for the purpose
the use of contactless magnetic elements. The
arrangement consists of a phase sensitive ,.ircuit (which
has been investigated theoretically and experimentally
by A*D.Drozdov~ (Ref 4), a magnetic amplifier with
feed-back for even harmonies and automatic equipment
that serves to connect the generator to the circuit and
to deliver field currents. The frequency comparison
Card 1/5 device consists of a phase sensitive circuit and an

';OV/144-58-10-10/1?
A GontaetlesS Magnetic Device for Automati-, and SeMi-ILUtoMatie
Self-Synehronisation of Synchronous Generators
amplidyne. The phase sensitive circuit consists of two
peakiug transformers. When the generator ~`.s nearing
synchronous speed the voltage vectors of the system and
of the generator to be connected to it C;OiILCide long
enough for the relay to operate and connect; the generator
to the system provided that conditions are suitable.
The processes that take place in the phase sensitive
circuit during paralleling are then descriled. As the
volta6p phase of one saturating transformer alters
relative to the other, the Diean einf in their secondary
circuit varies as shown graphically in Fig 2. It is
sh=n that the load characteristic of the Frotection
depends on the wave shape of the secondary --urrent
impulses of the saturating transformers. Formulae are
given for calculation of the relay current. Finally,
formula (15) is derived for the load current of the
protective s7stem.1 this formula gives the effective
value of the load current in the secondary circuit of
the saturated transformers of the phase sensitive system
Card 2/5 when the current impulses of the saturated transformers

,_~'W/144-58-10-10/1?
t~ Contactless Magnetic Device for Automatic and Semi-Automatic
Self-Synchronisation of Synchronous Generators
are of triangular wave shape as will occur in the
operation of the system. Experimental and calculated
values of mean and effective current. are compared in
Tables 1 and 2 and the maximum error that i-,sults from
calculating the curronts by formulae (?) and (9) does
not exceed 1W,, which is qaite acceptable. Ag ? gives
test and calculated load characteristics of the phase
sensitive circuit and it will be seen that formula (15)
is sufficiently accurate over the range considered.
Further ana'-:ysis is given of the conditions under which
the xvlay w--*-l.L operate. Tile conditions under which
synebronisation is possible are discussed. One of th,,se
devices for automatic and semi-automatic se-Lf-
synchronisation of alternators was made and tested in
the Novocherkassk Polytechnical Institute. The design
and construction of the compoaents is briefly described.
The test results are briefly des-cribed. An oscillogram
of the process of operation of the synclironising device
Card 3/5 when the speed of the generator is very different from

sov/'-;W~-- ?-8-10-10/17
A contactiess Lagpetic Device for Automatic and Semi--katomatic
Self -Synchronisation of Synchronous Generators
the synchronous speed is given in Fi6 12 and a similar
oscillogram is given in Fig 13 for the case when the
alternator is running at synchronous speed. This
latter oscillogram shows that the generator was
connected in parallel with the system. It is concluded
that the contactless ma6metic synchronising device is
reliable and will not nEed much adjustment in operation.
Variations in supply voltage have no influence on the
operation of the device. The system frequency also has
no influence on the operation of the device, When the
difforance between frequencies of the system and
generator is I to 2 cls the self-gynchronising device
operates reliably at accelerations of 0.45 to 2 c/s per
second, which is better than with other frequency relays
now used for self-synchronisation. E- 3
y u s in j, a n
Eunplidyne with feed-back of even it was
possible to use a phase sensiti-ve circuit without
Clard 4/5 rectifiers with beneficial effects on the sensitivity

OV/144-55-10-10/17
A Contactless 111"iapietic Device for Automatic wid ~`eml--Automatic
~~elf-Synchronisation of Synchronous Generators
and life of the equipment. There an 13 fie-ures,
1~ tables and 6 Soviet references.
AS:30(;IAT1 ON: hafedi n avtomaticheskildi i Izmeritelln,lkli Ustroystv
Novochericasskogo Polite idmic he s'r-lo go InAituta (Chair of
kutomat.Lc and Measuring Apparatus.. Novocherkassk
Polytechnical Institute)
Card 5/5

,qRNIHOY., V. D,
Vetwork of a start-initiating unit for long-distance isignaling
devices. Trudy NPI 124:19-22 162. (MIRA 15:11)
(Klectria relays)
(Remote control-Equipment and supplies)
(Electric controllers)

SABADASHMV, V.P.; 999AP~IKOV, V.B.; ZHKURIN, D.N.
A remote eontrol device for industrial use with phase
and quaUtative method for selection. Trudy NPI 124:53-60
162. (MIRA 15;11)
(Remote control-Equipment ahd supplies)

GIRASIMOV, T.D.
ProTOVMOTO'~ activity in lower animals [with summary in Inglish].
lisfolsshur, CUkral 3 no.1:47-56 :o-F 157. (MLRA 10:3)
li. Institut fisiologii im. O.O.Bogosolltoya Akadexii nauk URSR.
laboratoriya vishchol neryovol, dlyallnosti.
(7ATIOUS) (AIDUL LOCOROTION)

ONUSIMOVt V.D. [Herssynov, V.D.)
I . . - - 1, --- - , ~ ~
Iffeat of light on the notot activity of Anodonta cygnea. Fisiol. zhur.
CuiwJ 4 no.6:768-774 W-ID 158. (MIRA 12:3)
2. Inatitut fisiologii im. A.A. Bogomolltsa AN USSR, laboratoriya
vysshey nervaoy dayatellnosti.
(LIM-PHMNIMICAL ITM) (IAMILLIBWOHIATA)

Gi~*-~';-"IJVI, V. D. Nmul biol Sci -- "FaLtigue in lower enimulr." Kiev, 1960
(Acad Sci VkS,~R. Depirtmant of Biolmpbm& Sod). ("L, 1-61, lb7)
-111-

i, ;
GIIIAS]n)V, V.D., K'IY:3KjY V ',r
Electri (:,t' of' ~jnl. no,n,E.
Helix purrifitt a . F, 7 o: , -,hu7 . 49 ti, it,19--i- 11,1*
(?A.Il(A 17xl'4')
1. From the A.A. Kigonn,10-s llnsl~:Intv nf Nwtic-I ),y, ;icadel.,Iv
of Sclef-Ices 0l, the

GEllAsamov, V. D.
Sffq~fit of changes In the I-on otructure of the medium on the
procos.ses of exdtatJon In glant nerve oells in Bnails. Fiziol.
zhurs 50 no.0457-463 Ap 164. (141PA 18:4)
1. Uboratoriya obshchey fiziologli Inotituta fiziologli imeni
Bogomolltsa AN UkrSSR, Kiyav.

A
LJ
IJR/02ig/64/00/009/000.
A*kRs Gersu NI ostyuk,
#W'V, V. P# Go; ftikly, Ve A*
ftei, ty:
to. fihe'~glmt nervoi calls of various representatives of
I
I pulOodfarouo i0luAt! (Ael:U ponstiAg Limma stagna3is, Planorbis corneus) in
ilsoUtIonc 1. Bod"101
A"
SOu*CRI an' 616 Miantal Inoy Mologii :1 anditsiny, vo 38, no@ 9,19649
ion, sodium, olectrode neurology
T*,p TA61
7 U of It ttye StAr
using intracellular tlectrodeep
!,of
A&-Vi aells)I'ahlofly frois the parietal ganglia,
C0124" solutions. The Belix calls were persistently
;Oxo "blis ef I bf po tential values, the amplitude of the latter,
MA the NOW* ~0' sli t Oellnereasing with an increase in the calcium
IWAI ion~~ analogous conditions the Manes and Planft
0 i cons; It ita'0111ty and did tat produce any action po-
d
0:1
big UiW i~ tiono rhe possible causes for the differ-
in
of Ilarve tell Action potentials in ffinjual

SOURCE CODE: UR/0)85
65/001TC64 6 3
r- ph~v sLitute of Physiology imo A* A.
i:~64 lab 6~1 0 i0logy, in
AIWV
SS ra ij~rya 0 fiziologii Instituta fiziologii AN TGSSR-).-
kr 14.01
oratcry at i Thetitute of Physiology im. A. A. Bogomolets,
Vprk" ologyp
oriya, slaktrofiziologii Instituta fiziologii AN UkrSSR)
UkrWR, 41, rat
al,4dtivity of thegiant neurons of the nudibranchiate mollusc
#TTE I Eleoltfic
itorde. dl" dia
19=1 t zw, 0,033tutilonnoy biokhimii i fiziologii, v. 1, no. 4, 1965, 360-363
f 70PICIAGS ;iiourorj~ ~sledtrdp~ysiology
~STRAGT-, ob,"',"Od, the study of the electrical activity of giant..
ills
*ron a tht, tolluso Tritonia diomedia, when in sea water are presented.
~16i ihv*4 Ono
o carried out primarily on a cerebral neuron cell immers-
in sea li~~fta co 1.W to 13-15 degrees. Two glass microclectrodes filled with
Or
triwAaris" i 0:f Ka wore placed into the cell. One of the electiodes
rM to rix~'~thi arface of the membrane; the other to record the dif-
I i;~ i* P4 , ~ 0 otween the internal content of the cell and Qx,.Ornal
t0ri~0 ol 1 j~ 't 61' b
:;wam:;iii~d that the potential of the nerve cell at rest fluctuates
~Gtwoen 45~! 50 Awivatil a- call potential lokmr than 35 millivolts in.-
~Ptf*%bnsl c oditionj the amplitude pot6ntial of the call ki
otion au so Wean 86 to 100 mUUvolts- Nerve cells directly stimalated
3 97 3 5 2
:591.18:596.16+612.8.014.3:612.8.014.g2L42_3

din alriging current frequently generate action potentials
I 1,wj Otub,eranoe on the descending section or a split peak.
t~ the on
j
n 0 0 0 an r (,, curr us removes 0 SD
polari
W tio W., I as the protuberanc* on the descending section. Tho
it 4"a J-md Ot i-babtanca of the mmbrane of the nerve cell wore
A*jt angle IApulaes of a krperpolarizing current throagh
V a 'polari i#le do, Considerable variations in both were found) with
between 4,06:LO"2 and 40' 10"2 microF,, and4w~
18410-3. ohm,', Orig. art. has: 3 figum5
'COM
B 4~31 iWan65 QUG RM.- 007 Oni RU: 002
A
k
P lij~
C rd 2~,
oil, 1 1-11-

GEV-SIWIV, V.D.; KOSTYUK, P.G.; Y3~%' 1Y, V.A.
Ionic conductivity of the giant nerv,~ cel ~ membrane of Em edilblp
snail. Ulofizika 10 no.1:82-Pq 165. ( ,,I !iA 18 : 5 )
1. Inslitut fiziologii. imeni Bogomolltsa AN 'l'krl3F, Kiyev.

GEMSIMOV, Y.D.t &'WTYUK, P.G.; MAYSKIY, V.A.
Chugos in. electric charact9-13UCS Of the giant ~nsuron membrane fol-
lowing incrmse in outer potassium ion concentraiion. Bio'lizika 10
n
2:272
o., -280 165. (141RA 180)
1. Institut fiziologil Imeni Bogomolltsa AN UkrSSR, Kiyev.

SOURCE CODE: UR/0217/65/010/00 0-~~5, 0453
Kq ka-P, 041 14y, V , A.
AUTHOR; ,Ajj~g
Ok~L-Institi&~~,Of iolw imbAvA. Boga~qlets AN UkrSSR, Kiev stitut fiziologij
'AN SSRT
Tfit& Effeoltl tof biy''aiOnt cations on the electrical characteristics of giant neuron
membranes
S%=: BLO4~~ 10,, no. 3, 1965j "7-453
TOIC TAGS: ~nO 0870 call physiology, cation
AlItTRACT -. k t 014 the 'effect or
bivalent cations an the electrical
th i4etW W active sedbraws or the soma of the giant
hir Irow of P"Mtla)., with % or Be substituted for Ma in the
000ealraWn ar Ce or Da In a sodium-free solut-
Ariza%ion of the cell membrane, The resistance
Lo ti(A t
r~us iitt;ii o the logeriths of the concentration of the
bivalent ioO Oic -free solutions containing Ca or Ba, the giant neurons were
ca~able'of g rwr~tirq; 4 ential for a long times The value of the "overshoot"
tiQn pot
wa$ in line ,rialatiih!to the logarithm of the concentration of the bivalent ions.
This relatio~iap wat; 41ose to the theoretical for the calcium or barium electrodes.
An;
unusual rii bf c('11+reaction-prolonged action potentials - arose in solutions
P -cone
with a high I wtiition,r The transmenbrane difference in potentials during the
I!Aateau" ot ls~o act io,h potentials is at approximately the zero level of the reeting
Meint6i AI&I so 5 fi so. [JFRS1
C ;I
at 3 GIRIG OF 1 008 OTH REF.
WORE 021
Cam 1~;!. UM: 577.17

Nib AmAl,% SoUnCE CODE! W0239/65/051/006/0703/071.0
Awr~OR: G03*0"ov D As
XostYuk, P. -G.; )Laj#)Lj"
00; Labol 'i of!4~~orsl Physiology, Institute of Physiology im. A. A-# le-ts
LLM
UkrSSRj CL6oratori,p,obshchey fimiologii Instituta fiziologil AN UkrSSR)
TOM Rea,4~Ms 6~, giant no;rve cells to a break in the hyperpolarization curront
$0=1 ri 4iY.:zhOnal, v. 5
ii~ no. 6. 1965~ 703-710
T~M TAGSil 60 on~ ~ieotro~hysiology, nourophysiologyj cell physiology
AbSTRAM 0
1'n ah~-~ j by means. of two separat6 'mio'r
4B6iiodei !!W t04 simultaneously, of the dectric reactions of
giant neu~qh ilie taollucou Helix pomatia and Planorbis corneus
.l i,to the r a Ot ~ a hyperpolarization current, It was established
ng
i that if 0 neur,I6n;wafj first depolaTized, the break in the hyper-
t
;P161arIza, eUriaJit Induced generation, by the neuron, of an
t on
!t1otion po,~~Atlal'Aqnpde break excitation or aneleotrotonic reao-
-Uon)o Tko' thvoloid of the anode break excitation was lower
01 Ithan that: ~it tfie~~ ~~sp'&ise of the neuron to a depolarIzing current
-~Ixise un&iti tho,:,iaX'0 conditions, The nnode break action potential
'.q!Lveloped~ in ti :6,414el Matiner as that arising In response to a
Ai UDC: U2.014.3

7
7777
-rob
L 2i
ACC Nks AP60
j~4atlo- ' the membrane: the aetivati
0: a n of ng
1,;. ta6tor. wap~ ~WoO otion of aneleotrotonio polarization, but a
Ir 4-he't~vinsmembrane difference of potentials which fol-,i
I vlOsd and ioikah w*q ies6entially a oatheleetrotonlo change. The
'ipo6tanodic h~perpojslrlgation that developed apparently constitu-
a seledtIve *04vation of the transfer of r ions through th
Its&
11 memb h'O i has a. 6 figures. CjPRs7
M!
Joe
- t-1
i:; 1jan
SWOODEt 0�/ SUBM D~h 3 64/ ORIG WFa 0031 OTH IMF: 006
i~ f
4
I Card 2/2 AP .; ~ -~!'; !--L.
L

A~C~ Me
xailz
fin
88
kin
p0tontials 0t
*#Mali
I
Mori P*"O=.
Or
Ke
Iii segment ~n~iuda
I mA, level or patent
Im mbrane dlfk~j-~nc~
At n doubtl"90 ~#n an
r ad ,
-,.qtion opomf bjV
the activated ~ "11
th" process exci
Mprons of uioj-~Ilscs
!ti~4tkn'tho iaOhori
'Re'lix pomat
i~nq to ths ~ C==?k
the' coll!mq
'Membraw re't1o'tanc6
'Zi8riZi Nji.-tont
Ctive
Ineiting
"r0""
4.hter"I
6~ CM
Smog CCD1t UR/0239/65TO
Me"My. V. I
DO eta* AN (Institut fiziologLIAN
UAL
12t 1965t 1434-3441
vs 51s no*
r
otioph, d6gy, con physiology
- I- "
Uils (PAO, - ire the i6m:6, - te
iO ioin po 6n 'a. n po ntials whose deseendw
i aeortion with a-alower rate of repolarization (recovery of nor-i
tj,la~s opposed to depolarization, when the changes in the trims-
jj ~otantlals are such that It,is 3maller than when at rest). PAI
v~aua form of functic~hing of the excited call, but thnir investl
aims of
otas Xor experimental-intorvention Into the ion machn
ofibranei which Is highly inportant in determining the nature of
t~jbn, Potentials of this kind constantly arise in the giant
rhqn Da++ is added to the solution around the call. In this co
;~*16jha Ottinant wqx~iasnts on neurons of Ahe molluscs
kn6rbls corneus, It was found that the addition of barium
i~~nt solution leads -to a erynaptic or direct depolarization
hich results In action potentials lasting several seconds.
1&rinff PAP is 20-30% of mer6rane resistance at rest. Brief 'hyper-
ilses applied to the neuron agAinnt a PAP background may produce
storo the momhrane to a quiescent statet this ro-
~"ponsos and rn
sibility,of artificially eliminating.Rr I d changes in.
o ange
~~r, pos
'~tatlnn. Oftgo. art. hn,st 6 fipq~s# /IPP-,/
DOM 24Apr4 MICI FUWt 005 / OTH MWt oa
Z.),% A%) a
L

GERASIMOV, T.D.; KUZNETSOV, G.A.
Pulse apparatus for maasurin& the absorption and veloity of
ultrasound in polymers, Plaet, massy no,11:54-56 T5.
(MIRA 1.6-12)

GERASIKOV, V-D,; MNETSDV, G.A.
- i - 111- .... .. I.,
Obtaining a viscoplastic state for crystalline polymers
below the malting point by mechanical means. Vyookom. aced.
5 no,1211843-1846 D 163. (MIRA 17:1)
Is Vladimirskiy nauchno-issledovatoelleldy int3titut sinte-
tiobashkh Enol.

GERASII,IOV, V.D.; KUZNETSOV, G.A.; PUIENKO, L.E.
Apparatus for the tharmomechanical study ol' polyners. Zav.2Ab.
29 no.8:996-997 163. (.,',gRA 16:( )
1. Vladira4kiy nauelmo-isoledovatellskiy institut sinteticheskikh
Slaol.
(Polymers-Tharml properties)

ACCESSION NR: AP4042187 5/0190/64/006/007/1261/1266
AUTHOR: Kuznatsov, G. A. p Gemaimov, Ve D* , Sokolovp L. B.
TITLE: Investigation of the pressure sintering of powdered polymers. 1. Ultrasonic evaluation
of the change in contact between the particles of polymer powders
SOURCE: Vy*sokomo1ekulyarny*ye aoyeftenlya, v. 6, no. 7, 1964, 1261-1266"
TOPIC TAGS: polymer, powderej polymer, ultrasound, sintering, polymer particle contact,
polymer structure, amorphous polymer, crystalline polymer
!'ABSTRACT: The measurement of the absorption and velocity of ultrasound passing through
samplos of polymer powder subjected to different degrees of pressure clarifies many problems
concdhing the mechanism of coalescence of materials, their imperfections (such -as pores,
voids, density variations) and the kinetics of their changes (in size and amount of Imperfection
during sintoring). Kopron, 0olyhexamethyldne oxamide, polyhexamethylene terophthalamide,
polyvinyl chloride and polystyrene samples (6-7 mm thick, 30 mm In diameter for amorphous
and 10 mm in diameter for crystalline polymers) were Investigated. During the sintering of
amorphous polymers under pressure, complete contact between the particles of polymer

lAcassioN NFt: AP4042187
powder to attained over the softening temperature range. For crystalline polymors, no
complete contact Is obtained before melting. 11eir sintering below the melting point is due
to the aoftenLng of the amorphous part. The annealing of crystalline powdered polymers
renders sintering difficult. Ile curves piotted for the absorption and velocity of -ultrasound
for amorphous polystyrene and polyvinyl chloride samples against molding temporature at
~Mferent frequencies show a sharp break. By increasing the frequency of the ultrasound, the'
begian' Ing of the break I a shifted toward higher torn poratures and the sharpness of the breaki a In.:
creased. The variation in the steepness of the curves is explained by the correlation bq6veen
the size of Imperfections and the ultrasonic wavelength, assuming that there Is a scattering of
Ile velocity
Ultrasound on these imperfections due to powder particles or air Incilusi6fih.
of ultrasound was near 2300 m/sec, at a frequency of 1 Mc/sec. for both polyvinyl chloride and
polystyrene. This gives 2.3 nim, and at 10 Mc/sec. A = 0. 23 mm. For crystalline
J)olymer such as kapron, no plateau was found in the ultrasonic velocity-molding temperature'
plots, but after the InDection of the curve a monotonous rise was observed which becomes 1
more pronounced in the melting temperature range. 7he curves and experimental data for
hmorphous and crystalline polymers are compared and discussed in doW. Orig, art. hasi
4 figures, I table and 2 formulas.
"3
car;

ACCESSION KR,. AP4042167
mir e c
ASSOCIATION: Nauchno-isoledovatel'skiy WUtut sint0ticli0Bktkh sm0l, Vlaw Sol utif,
Research ln*tJtLkto for Synthetic Resins)
ENCL: 00
WDMITTED: 02Aug63
MM CODE: OC, MT NO REP SOV: 004 OrHER: 001
3/3

~O.~ 2606
MION UR/0190/65/007/000/1592/1 6!
678.oii53+67 675
tVk
I a G"imv, V. D,; Fomenko L. N. 'Maklitkov A. L)
L* 8
IT, 1*'4 vtal- 41
10, the transitions in j2o~jTetaphsU1ensj2gktha1affd_de
TMAt TbO naturp.
ioMD14
4ayaxio7s, soyedinerdya, v. 7, no. 99 1965, 1592
~WMB I Viso -3.596
iTPP~C TAG resin, thermomschanical. property, x-ray, nuclear magnetic
abj4trp phopylone
0 ot the transitions of polymetaphanyleneisophthalamide
USTIM t 'I a i n*~u:r
a fi ) MOA botigated by thermomechanical, differential thermal, x-ray
;an kzQc ii4gn64o;res,;owce methods. It was desired to
Vtormine the best
pi~6~lng polyWa of high therma utabilitykidth improved film
*M fiber jp~110946jeoi, A p6wdery speoimin-wTffi-a-Us-cosit-y- higher t~.an 1.0 in
sulfuric conditions
rioiature content vaia used. The experimental
ir~, dsscr~~iA. 04a6 found,that the initially amorphous phenylone cryetallirses
upon heit P %U:theAwmachanical curves plotted at a load of 0.8, 6, and
Cw 4
1= kg/C 6h 11i %Ihs glass temperature of phenylone is 2&)C. The x-ray

il-;L. 292"6
4j3c.
1c orrespon
d ecomposi
l ine of n
~ Wrphouc
c urves In
apacian
0: Packing o
Olawpoar
4ne subg
~6um in:

94:3
~Or J! 1~ lanai Costallins phanylone were taken at 26$ 100F. 266P 356
101
L6i th4j ~ Ajeo4jideal curve is idwpreted on the basis of the data of
Oieni li4nv4ais and of x-rq study. After soften) g at 30OCj the
to,," ~j"&Uive. Thb range, of Steady deformatiod~inq at 340-4000
~W t" bijutiWne state of eating ab e 400' causes
e one. I W
Z~61~~Slting sets in at 30C. The second moment of the absorption
0 m*Wc reionance ie platted against temperature for the initial
pw W:fot a specimen preheated to 360C. The character of the
iduava~~* It was found that Uie increase in A H22 of the preheated
PA *vomture ranges produces a smaller mobility and better
A 1901' indicative of the crystallization process. The
0 , go
~;,of W leL ~gWj, elastic state below the malting point of the cry1ftal-
theiabsence of the minimum on the AH2 --temperature
4ex sins
rugo ot 290-3200, Orito wt. has: figures.
iW wichna-iesl6dovitellskiy institut sintaticheskikh Bmol
khm; Waroh Institute of $ynthetic Resips v
Kazani4d,
ORT MITT)
WL t 00
SUB CODM

:leavv 1;-'s
4.s i%casuz,c~d by a -,cu-'rin a paper
;lhe 4o:%s for ?e,:~ce

.jFRVW, V.I. (translator]
GnASIxOT, T.7, [translator]; T
(Advances in the field of nuclear energy] Uspekhi v tblasti
isdernol aner i. Moskva, Izd-vo inostr.lit-ry. 1958. 1 V.
Malear engineering) (KIRA 13:7)

20684
S/1.2o/61/000/001/018/062
426, o2c-9, 9~r L-032/1"114
AUTHOR: V.P.
TITLE: Scintillation Counter for the Recording of
Fission Fragments (a
PERIODICAL: Pribory i tekhnika eksperimenta, 1961 14 No.1, pp.61-64
TEXT: A description is given of the constructional details
and the characteristics of a gas-filled scintillation counter for
the do ection of fission fragments against a background of
3 x 109 a-particles per second. The counter has been used to
measure the fission cross-section of M241 for monoenergetic
neutrons in the energy region 0.004-0.4 oV. A sectional drawing
of the counter is shown in Fig.l. In order to reduce neutron
absorption by the cylindrical body 1, the latter is made of dural
and is 1.5 mm thick. Materials with good vacuum proper-ties are
employed in order to prevent contamination of the gas. The glass
viewing windows 3, which transmit the scintillation to the
photomultipliers, and the various flanges are made vacuum tight
with the aid of teflon. The target 2, which carries the
substance under investigation, is located at the centre, of the
Card 1/ 7

2068h
S/12o/6i/ooo/oo1/o18/o62
E032/n14
A Gas Scintillation Counter for the Recordir-g of Fission Fragments
chamber and is perpendicular to the pbotomultiplier cathodes.
On the other side of the target, and parallel to it, there are
screens made of thin (I nun) polished aluminium which limit the
range of the fragments and a-particles, and also serve its
reflectors of light. A. Sayers and C.S. Wu (Ref.2) and
R.A. Nobles (Ref-3) have shown that 02, H2, CO, and C02
impurities considerably reduce the light yield of inert gases.
Since the present detector was designed for continuous vrork without
refilling, a special element 4 was introduced for the periodic
purification of the working gas. The active element of the
purifier is a double spiral 5 made of tantalum and zirconium
'wires 0.55 imn in diameter and placed inside a water cooled metal
body. S pectrosco pie ally pure xenon and commercial helium were
used as the working gases. The belium was purified durang the
filling of the chamber by mean,; of liquid nitrogen cooled,
activated charcoal. The scintillations produced by fragments in
the working volutito were recorded by 16-2F (1B-21') photomultipliers
which have a time resolution of etbout 5 x 10-9 sec and an
Card 2/ 7

20('84
S/IP.0/61/000/001/018/062
E032/Ellh
A Gas Scintillation Counter for the Recording of Fission Fragments
amplification coefficient of about 107. These photomultipliers
can withstand large currents I which is very important in the
presence of a. large background due to a-particles. In ordor to
record both fragments simultaneously, the present author has used
very thin nickel foils (0.25 mg/cm2) carrying a layer of km241,
0.5 mg/cL-2 thick. The working gas was at a pressure of .1.5 atm.
In the case of helium, the mean free path of the fragments at this
pressure is about 60 nun, so that with a working gap of 20 mm between
the target and the aluminium plate only a part of the range is
employed. Fig,3 shows the pulse height distribution obtained for
this case with a target containing about 3 mg Am241. The dotted
curve in this figure corresponds to a-particles in the absence of
the fission fragments. The fission cross-section of Am2111 was
measured using a mechanical neutron monochromator in the beam of the
kOT-1000 (IRT-IUOO) reactor. The fission cross-section was
calculated from
,w, ission - N'1N5 V7.
Card 3/7

2o684
S/l2o/6i/ooo/ooi/oi8/o62
E03 2/ El I 1i
A Gas Scintil!...Lion Counter for the Rocorkling of Fission Fragments
where NAm ..ind N13 are the counting rates in the scintillation
chamber and the BF3 proportional counter, respectively. The
fission trw4s-sootions were weasured to an accuracy of 100,~ and the
energy resolution was about 40%. Fig.4 shows the fission cross-
section (in barns) as a function of the energy in eV., The rurve
is normalisea to cf = 3.1 barn at the thermal point (E,K. 1111let et
al., RefT. Calculations of rf~ yielded n value of about
1.1 x 10- OV.
Acknowledgements are expressed to M.I. Pevziley and V.S.Zenkevich
for help in the experiments and discussion of the results.
There are figures and 9 references- 2 Soviet and 7 non-Soviet.
SUB'44 ITT ED January 4, 1960
Card 4/7

GERASIMOV, V.F,-, 2ENKEVIC9' V.S. 7
41
, 41", -, ~
I
Cross section 0f,05 absorpiion on mollOchromatic neutrons In the
energy range. Atom. energ, 13 no,4065-370 0 162. (14MA :L,:.g)
(Uranium-Isotopes) (Neutrons)
f

PETROSTAN, A.E., kand. tekhn. nauk; SERGEYEV, I.V., kand. tekhn.
nauk,- SHAVRINA, R.F.; GERASIMJV V.F.
-1- 11
(Methodology of determining the gas concentration of workings
In mining coal without men in the pita]Metodika opredeleniia
gazoobillnosti vyrabotok pri bezliudnol vyeake uglia. Ylbakva,
In-t gornop d91& im. A.A.Skochinakogo, 1962. 36 p.
(MIRA 16:1)
(mine gages)

AKSENOV, V.V.~ kand. tekhn, nauk, nauchnyy rukovoditell; DIYAKONOV,
D. At. 0 insh, ; MIFUNOV, N, T. , inzh. ; Y AIKOVLEVA, L. A. , red.
tekhnolog
[Optimum parameters of a system of working steep seams with
stoping machinM and the efficiency of mechanized mining)
OptimalInTe parametry sintemy razrabotki krutykh plastov
ochistnymi agregatami I offektivnost' agragatnoi vyemki;
kratkii nauchnyi otahet. Moiskva, AN SSSR, 1963. 46 p.
(MIRA 16:10)
1. Akademiya nauk SSSR. Laboratorija podzemnoy razrabotki
ugollnykh mestorozhdaniy.
(Donets Basin-Coal mines and mining)

MANIKC,VSKIY, G.I.~ DOWYOV, O.A.., 4.nzh,; YEWSHOV, N.N., kand. tekhn.
nauk, MLTAKOVA, Z.V., red.;GERASIM( 'T, V.F., tekhnolog
[Nomograms for calculating the freezing of rocks] Nomo-
graway dIiR raschetov samorashivanila gornykh porod. Mo-
Ava, Institut gornogo dels, 1963, 50 p. (MIRA 16:10)
1. Chlen-korrespondent AN SSSR (for Manikovskiy).
(Soil freezing)

GERASIMOV, V.F.
Device for facilitating the dismantling of the rod yoke drive of
the TGHI diesel locomotive. Elek. i tepl. tiaga 7 no,4:14 Ap
163. (MIRA MO)
1. Master teplovoznogo depo Karagandinskogo metallurgicheskogo zevoda.
(Diesel locomotives.-Maintenance and repair)

&kVELtYEV, G.P., kand. tekhn. nauk; GERASEOV, V.P., tekhnolog
(Mim vignaling; annotated bibliograpby of publications up
to 1959 inclusive) Rudnichnaia signali2atciia; annotirovan-
Wl bibliograficheskii ukazatell literatux~, po 195& 9-
vkliucldtellno. Moskva, Institut gornogo delal 1963. 130 p.
(MIRA 16-12)
(BibliograplW-Electricity in mining)
(Bibliograpby,-Signals and signaling)

4 D
8(2)
AUTHORS: Kifer, Isaak losifovich, Candidate of SOV/161-58-2-4./30
Technical Sciences, Docent at the Chair of General Electrical
Engineering of the Moscow Power Engineering Institute,
Gerastmov, Viktor Georgiyevich, Candidate of Technical Sciences,
r-ri, tant at the CUrr-7-6-en-eral Electrical Engineering of
the Moscow Power Engineering Institute
TITLE: Device for Detecting Iron Foreign Bodies in Wooden Trunks
(Ustanovka dlya obnaruzheniya zheleznykh predmetov v brevnakh)
PERIODICAL: Nauchnyye doklady vysshey shkoly. Elektromekhanika i
avtomatika, 1958, Nr 2, PP 34 - 3`9 (USSR)
ABSTRACT.. Three methods of detecting iron substances were investigated.
The beat results were achieved with the method based on measur-
ing the emf that is induced in the receiving coil. The best
results refer to 'he sensitivity of the device and the operation
stability. The nie~hod consists in generating an alternating
fiell in the area where the iron object is expected to be,and
the receiving coil being placed within the field. The value of
the emf induced in this coil is changed by the iron object
Card 1/2 entering the responsivity zone of the coil. By experiments,

.Device for Detecting Iron Foreign Bodies in Wooden Trunks SOV/161-58-2-4/30
a circuit diagram of a generator consisting of two coils for
the generation of the alternating magnetic field and of a
receiving coil was developed, The device is described. Tests
were made at 150 and 200 cps, The laboratory tests showed that
thie device is capable of detecting iron bodies of a minimum
welght of 5 grams in wooden trunks. The performance of the
device permits the automatic detection of the low-quality
WODd (with iron inclusions) and to separate the usable trunks
from the useless ones, There are 3 figures.
ASSOCIATION: Kafedra. obshchey elektrotekhniki Moskovskogo energeticheskogo
instituta (Chair of General Electrical Engineering of the
Moacow Power Engineerin~ Institute)
SUBMITTED: April 14, 1958
A
ward 2/2

GIMINOV, ToGe, kand. tokhn. nauk.
-1-Ij .,.I ; ", '. " ,
Woetriml appliances. Politekh. obxwh. no.6:57-64 A 158,
(Ilectria appamtue and appliances) (miRA il s 6)

AHMIT, Moyya Turlyevich; ONUSIMOT, Viktor Grigorlyevi,ch; ZAYIZLI,
Khrintins Bdunrdoyna; KOOMI-DALIN, Vladimir Viktorovich; LYSOV,
Nikoloy Tegorovich; HOROZOV, Dmitriy Nikolayevich; NITUSOV,
Tevgoniy Vasillyevich; PAYMMIN, Vsailiy Sargeyevich, prof.;
PUKMTAKOV, Turiy Kharl3mpivevich; SHIRNOV. Vladimir Aleksaadro-
vichl VNIN, Ivan Vasil'yovich; '.VMOKHIN, Grigorly Ivanovich;
KASAININ, A.S., retsenzent, red.; BORUNOV,.N.I., tekhn.ree.
[Electrical engineering; general courseJ Elektrotekhnika;
obahcldi kurs. Pod red. V.S.Pantiushina. Hoakva, Gos.energ.
izd-vo. 1959. 632 p. (MIRA 13:1)
(Electricity)

86647
S/119/60/000/011/003/009
78 6F 0 (A Iso /4 1 B012/BO54
AUTHORS: Varshaver, B. A. and Gerasimov, V. G.
TITLEt The Use of a Capacitive Transmitter to Control Geometrical
Dimensions
PERIODICALs Priborostroyeniye, 1960, No. 11, pp. 6 - 8
TEM The present paper studies a capacitive transmitter to control the
diameters of conductive cylindrical bodies. For the control of cylinder
diameters, it is most convenient to give the transmitter the form of a
cylindrical capacitor. The body to be controlled plays the role of the
c1lindrical internal electrode. The error of diameter measur!~ment primarily
depends on how far it is possible to center the internal cylinder (the body
to be controllea) (Fig. 1). To estimate the resolving power of the
capacitive transmitter, the authors investigate the dependence of the
capacity of the cylindrical capacitor both on the change in diameter and on
the shift of the ibternal-cylinder center with respect to the external-
cylinder center. They derive formulas for the relation between the increase
in capacity AC of the cylindrical capacitor and the change in diameter,&d
Card 1/~ kA

W47
The Use of a Capacitive Transmitter to Control 5/119/60/ooo/oll/003/009
Geometrical Dimensions B012/BO54
(d is the isternal-cylinder diameter), as well as for the relation between
4C and the shift b. Fig. 2 shows the relation (calciilated from these
formulas) 'WC in % of m at q - 0.1 and q - 0.2 in the form of a diagrain.
m - d/D, q * + , and Co is the capacity of the cylindrical capacitor.
D 2
This diagram shovs that the effect of b must be considered for a capacitive
transmitter. At m< 0.3, AC/C 0 is approximately constant. At m> 0.3, the
effect of the shift increases. The most frequent values of m lie between
0-05 and 0.3. The sensitivity of the capacitive transmitter is estimated
from the relative shift 6f/f 0 of the resonant frequency of the oscillation
circuit (per unit deviation of the diameter to be controlled). The authors
use a formula from the paper (Ref. 5),,6C/Co " Mflfof where C - C 0 + C*'
and C* is the capaoity acting in parallel to C 0 . It is shown that the
sensitivity is the higher, the smaller C ft becomes. The resonant frequency
of the oscillation circuit is to be selected sufficiently high. The
authors recommend f 0> (2 + 3) megacycles per second, Finally, they derive
Card 21 6~

86647
The Use of a Capac.1tive Transmitter to Control S111 9/60/000/011/003/009
Geometrical Dimensions B012/BO54
the principalformula for calculationst
C* In n'Y In n
q ln,n v In n
Q - f O/Afo , V d max/d min n', D/d max
This formula indicates the relationship between*the geometrical dimensions
of the transmitter and the oacillati~on-circuit data, the capacity of the
transmitter being an element of this oscillation circuit. The authors gi-le
recommendations for the use of this Sormula. There are:2 figures.and
5 Soviet references.
Card

GERASIMOV, V.G.; XHLFBNIKOV, V.G.; SHKARLET, Yu.M.
Device for contactless measurement of the diameter of n copper
14re, 13v. AN Kir. SSR. Ser. est. i tekh. nauk 4 no.8f4l-50
,62. (MIRA 16.())
(Electric wire--*asurement)

aRWIMOVO V.G,
-WOONOWW7, ~ 0- 0"14
Theory of the seasurwant of ferrosagnetio cylindrical spealm*nfi
br the method of eddy currenta. Zav. lab. 28 no.9:1094-1098 162,
(MIRA 160)
Is NookmIdy enerptichosMy inatitut,
Nagnetic materials-TesUng)
tectric currents, Eddy)

GFIIASIHOVJ V.G., inzb.; KALITEYEVSKIY, R.Ye., kand. tekhn. nauk
Overall mechanization of board trimming and automatic control of
trimming units. Mekh. i avtorn. proizv. 17 no.12:11-15 D163.
(MIRA 17Q)

%. GZRASIHOVJ-:T!qq SHKARLET, Yu.M.; CHERNOV, L.A.
Apparatus for the separate control of the diameter and permeability
of ferromagnstic cylinders. Zav.lab. 29 no.4:497-499 163.
(MIRA 16:5)
1, Hookovalciy energaticheakiy institut.
(Magnetic materials)

ORWV07j CHFR40V, L.A.
Theoretical and experimental irvestigation of certain transducer
typea. Waktookopiia no* 5147-57 165 (MIRA 19d)
lo Dloskavskiy energetiabeskly Jzstitut,

GIMASDIOV, V.G.; TMALIKOVA, G.F.
Underground waters in the southeastern Tatar A.S.S.R. Trudy
YVIGRI no.20:112-116 '59. (MIRA 13:15)
(Tatar A.S.S.R.-Water, Underground)

. -LG..;_YEFIMOV, L.I., :Lnzh.; LELITSEV, V.V., kand.tO~n.nauk;
GMSI!~)Y..
HARAROV, K.H., inzh.; PQDhOPAYEV, V.F., inzb.
Steam conversion of natul,a) gas in a water gas producer. M"1.-
thir. prom. 27 no-9:31-34 S 61. (MIRA 14:11)
1. Moskovskly gidrozavod (for Gerasimov). 2. Vsesoyuznyy nauchno-
issledovatel'skiy institut prirodnago gaza (for Yefimov, Kelltsev,
Makarov, Podkopayev).
(Gas, Natural) (Gas producers)
1),

GERASIMV, V.G,
- I ~ -... ......-....... .t... 1,11.
Hydrogeological characteristics of the Devonian and Carb:)niferous
sediments of the Menzelinsk-Aktanysh region in the Tatar A.S.S.R.
Geol. neftl i gaza 8 no.4:39.-43 Ap 164. (MIRk MO
1. Tattirskiy neftyanoy nauchi.,o-issledovatel'skly institut.

Ca

GIRASINDV. V.0., JnO ; ABKIN, A.D., kand.tekhn.nauk
----- ----- - . - -.... ---.
Role arA objt,'ivaB of design organizations of the Minietr7
for Countructic- of Heavy Industry Establishments in thfo
development of prjgressive building technolog7. Strol.prom.
27 no.3:1-3 * 149. (MM 13:2)
1. Glaystroyproyekt,
(Construction industry)

MUMISM, Boris Aloksandrovich, kand. tekhn. nauk, dots.;
SI"OVICH, Petr Antonorvichj inzh., MTOSH, F.T.,
inzh., retsonzon~- GERASIMGV V 0 Inzh., red.;
USILIMAj V.P., red. izd-va,- PETERS01",, M.M., tekhn.
rud.
[Overall mechanization of the unloading of bulk materials;
machinery and devices for basic and auxiliary work] Korn-
pleksnaia makhanizatsiia vygruski navalochnykh gruzov;
rashirq u8troistva dlia osnovrWkh i vspor-ogatellnykh rabot.
Yoskva, I-'Awh izo 1962. 283 P. (MIRA 15:8)
Roading and unloading-Equipment and supplies)

BA"OSHI N.T.1 WGILEVSKIY, L.D.; SHAROOVICH, P.A.; VOROSHILOV, B.P.1
ihsh., retoentent; GERASINU,..".. inzh., red,; LEYKINA,
T.L., red. ild-val WMA, A.A., tekhn. red.
(Manual for the operator of machinery used in loading esd
unloadibg] Spravochnik mekhwdsatora pogruzochno-razgruzoch4ykh
rabot. Hoskvn, Hashgis, 1963. 419 p. (MRik 16:8)
(Ina,ftng and unloading-Equipment and supplies)

BAURTOSH, fil.kolay TarasuvIclij GFaASll-')V., V~G,,
[OrgarAzatJon P,11 machanizW'or, f)Af
In xachinery plutal Organizatsilla i mokiritinizaLsi ,'.9
Bkl.adsldkh rabot Pa masbinosiroitollyiy~-.'l prcdprilqll-~~tl~
LeTiinrradp 1964. 35 P. (MIRA 18J)

-GIRASI-HOVj..!ladimir Gayrilovichq Pastukh-stotnik; KOHMMAT, A.Y.,
red.; TASMIKINA, Te.A., tekbil.red.
NY seven-year plan] Kola samiletka. lulbyehav, Xuib,,Fshevakoe
knishnoe izd-vo, 1960, 21 p. (MIRA 14:1)
1. Kolkhos %aninakiy puts" Borskogo rayona (for Gerasimov).
(Stock and stockbreeding)

GERASDW. V.I., (Odassa)
. . ..- . I ~. ...1.1 9 '~
DMvis ott th li ilds frcm a chicken embryo. Lab. dalo 8
ti"M 163. (MINA 16s 5)
(*T8RIOLOGY~TZCHPIQUH)

SXIMY, D. T. ; 01MASINDY, T. 1.
Using the 9-nation method in prospecting for copper pyr:lte
deposits, Raved.i ok:b.nedr 26 no-5:19-21 My 160.
(MIR& 13:7)
1. Kirovogradelmys, goologorazvedochnaya ekspediteiya.
Whalcopyrite) (Prospecting)

GEUSIMOV, V.I., lushener.
. Ow"'Iml IWAN"Woo
R91road transportation of mortar in containers. Strgi.prom- 35
no*3:28-31 Mr 157* (nn lo: 4)
(Mortar--Transportation)