SCIENTIFIC ABSTRACT KARPOV, YA. - KARPOVA, A.L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000720910001-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


At
X~l ;I
A,

KARPOV. Ya.
Along the lines of technical progross. Sov. profsoiuzY 7
no.13:24-2741 '59. (MIRA 12:10)
(Podollsk--Machinery iniuntry)

A UTHORS: Arnautovp L., and Karpov, Ya. 30V/4-59-1-7/42
TITLEz The Giant in the Steppe (Velikan v stepi)
PERIODICALt Znaniye - sila, 195913,~Nr 1, pp 10 - 11 (USSR)
ABSTRACT; One of the first structures to be completed within the 7-year
plan of 1959 - 1965 will be the Karagandinskiy metallurgi-
oheskiy kombinat (Karaganda Metallurgical Combine) which is
being built in Temir-Tau, Central Kazakhstan. On the huge
space from Temir-Tau to Ata-Sa, the combine and its auxi-
liary plants are now being erected. Economists have cal-
oulated that Karaganda metal will be the cheapest in the
country because of the favorablo geographical location of
the plant. It will be one of the best-equipped enterprises
of great capacity. Its construction has been designed so
as tc satisfy the requirements of the future. Its iron
deposits are just below the surface 370 km south-west of
Temir-Tau within the Karaganda Oblast in the Atasuyekiy
Iron Ore Basin. The fuel - coking coal - is available
70 km from Temir-Tau at the recently-discovered deposits
of Tenteksk4pe and Shakhanskoye of the Karaganda Coal Ba-
y
Card 1/3 .
sin. The large quantities of' water required by the plant

The Giant in the Steppe
SOV/4-59-1-7/42
come from the griat lake near Temir-Tau. Quite close to
the plant, lime-stone, needed for both ore and coke, can
be found. The air temperature in the blaat-furnmoo can be
raised to 1,200 degrees instead of the 930 degrees in pro-
sent furnaces. The author gives a description of what the
Karaganclu, Metallurgical Plant will look like when ready
in 1965, ,nd mentions in thia connection the famous Russian
metallurgist, Academician M.A. Pavlov. The smelting of
steel will be carried out in 2 shops - the open-hearth and
the converter shops. The op,in-hearth furnaces will no long-
er be lined up in on@ rank but situated like small islands
or blocks each holding 2 units. Every block has its own
RR line and loading device. Loading and refuelling# and
all other work will be done by machines. The steel found-
er will operate from the control desk. Competing with
the open-hearth shop will be the Bessemer shop. This pro-
cone attracted the mttallurgisto mainly because of the.
quickness and inexpensiveness of steel produetion. A
reliable index for the productivity of labor in a motallurg-
Card 2/3 ioal plant in the quantity cf cast iron and steel smelted

The Giant in the Steppe
SOV/4-59-1-7/42
by one laborer. In the USA, the highest rate of smelting
cast iron per laborer is at ".he Gary Plant (United Steel
Corporation) - 6,680 tons per year. At the Karaganda
Combine, produotion will be considerably higher. This
also refers to the smelting of steel. There are 3 drawings.
Card 3/3

ARNAUTOV. L. , KARPOV, Ya.
Marvelous shells. fauka i zhizn' -'? no.3:62-63 Kr 160.
(HIRA13:6)
(Bridges-Voundatior.a and Piers)

AR3AUTOV, ~.; KARPOT, Ta.
"North supply" project. Sauk& i xhizn' 27 no.8:44-48 Ag 160.
(MIRA 13:9)
Q~Wsia, Northern.--Hydroelectric power)

LMAUTOV, L.; K&RPOV, Ya.
Igor Sharov's three vocations. Znan.sila 35 no.3:10-12 Mr 160.
(Technological innova-vions) (MIU 13:6)

KARPOV, Ya. (g.Bryansk)
It is the turn of related industries. Sov. profsoiuzy 18
no.3:11-13 F 162. (KRA 15:3)
(Bryansk-Machinetry industry)

KARPOV, Ya.
Why do the seconft and lawiquality survive. Sov.
proksoiuzy 18 no.21:10-13 'N 162. (MIRA 15:11)
1. Spetsiallnyy korrespondent zhw7nala "Sovetskiye
profsoyuzy".
(Kreenholm-Textile industry)

- KARMV, Ya,
Norms, wage octedules and the central camittee of the trade
union. Sbv.profsoiuay 18 no.23:13--15 D 162. (MM 15:12)
(Food industry-Production standards) (Trade unions)

Riches bur*'UKAm--Wireo. Sov*prc,fvoiuzy 19 no~333-5 F 163o
(MIRA'16$2)
(Perm Pftvlnce-Fmeete and forestry) (Wood waste)
(?em Provinct*-Trade mime)

KARPOV, Ya.(Grodno)
Place the delivery of equipment under public control. Sov.
profsoiuzy 19 no.17:7-9 S 163. (MIRA 16:11)
1. SpetsialInyy korrespondent zhurnala "Sovetskiye profsoyuzW

~ARFOV Y, , ' 0 L-44.
- -1-- "1 ,
[Trade unions in the efT-rt. Lo chemistry]
pl-ofsoiuzy v bortle za b(O 'A"1411 I-lookwa, Frofizdat,
1) -k I
19 6", -IF9 F. (kIRA 1P,:2)

PAVIA)VA. Mariya Ivanovna;6aIKOVA. Darlya Msksimovria; ws&-.uk9y-
BYKOV, A.P., retsenzezit; ZAYTStVA,. T.H., red.;
MAN. V.7., tekhn.red.
[Four-shuttle Britiah-Northrop loom] Chetyrekhchelnochnyt tkatakii
stanak British-Nortrop. Moskva, Gos.rwuchno-tekhn.izd-vo lit-ry
po legkoi promyslil.. 195?. 182 p. (MIRA 11:3)
(Looms)

AMUTOT, Leonid Ippolitovich:-'~~~gv Karpo~v ch; MESMOTSUTA, Not
red.; KU2NETSOVA, A.. ~.ekhn.red.
[Secret of the Golden Yleacel TaIns zolotogo runs. Moskva,
14oak.rabochii, 1961. 6z p. (NMA 14:4)
(Leather, Artificial) (Fur, Artificial)

KARPOV, Ye. (Moscow).
Control of interference in television reception. Radio no.6:44 Je '53
(MLU 6.
':6)
(Televie'Lon-Interference)

KARPOV, Ye.
- ~.-
Sports give strangtb and health. Hast.ugl. 8 no.6:22 -Te 159.
(it!]RA 1?:10)
1. Ingtruktor Shakbtianskogo gorodskogo sovetua dobrovollnogo
sportivnogo obahchostva "Trud."
(Physical education and training) (Coal minern)

L i4268_6 FS5-2/EWT(j)/FS(v)_3* DD/RD
ACC NR: AT6003835' SOURCE CODE: UR/2865/65/004/000/0010/0016
AUTHOR: Gurovskiy, N. N.; Yemellyanov, M. Karpov, Ye. A. .61,
ORG: none '5
T1TLE, Basic principles of special cosmonaut training
SOLWE: -AN SSSR. Otdeleniye biologicheskikh nauk. Problemy kosmicheskoy
biologii, V. 4, 1965, 10-16
TOPIC TAGS: cosmonaut training, vestibular training, manntd space flight,
centrifuge training, space physiology, space psychology, space flight
simulation, spacecraft capsule, flight disorientation, physical fitness
ABSTRACT: The individual characte ris tics of healthy humans are not stable; external.
and internal stimuli may produce drastic nonpathological deviations from
physiological norms. Resistance tq_external slFess, however, may be
greatly increasdd by trainin . -.2-,
Special W monaut = lysis of those fictoro'which-
try lfig-idbik~ed on ana
most substantially affect the cosmonaut and his activities in Wght. Flight
factors faU into foiir groups; 1)_,q*tremal'envi.ronmental.facto,re -(vacuum$.
Card 1/5

L 14268-66
ACC NR: AT6003835
I ionizing radiation, low temperatures),- 2) dynarnic flight factors (noise,
vibration, acceleration weightlessness, prolonged vestibular stimulation);
3) ship environmental ;actors (cabin microclin-tate. restricted movement,
special foods and clothing, time -deficit working conditions, - emotional
tension); and 4) factors associated with landing (especially when the
ejection -parachute descent inethod is used). Since protection against ex-
treinal factors (group 1) is provided by the ship, it Is with factors of the
last thi ee groups (2, 3, and 4) that the special cosmonaut train;ng program
is concerned.
The airns of special cosmonaut training, which simulates on the ground
the conditions of flight, are twofold: 1) to provide a basis for the selection
or elimination of cosmonaut candidates, and 2) to increase the resistanUt:
W.the candidates selected to the unavoidable stresses of actual flight.
Since certain factors (prolonged weightlessness, the unique psycholog-
ical "atmosphere" of -flight) cannot be reproduced on Earth, the training
program must include a number of nonspecific exercises designed to increa'se
,the general res1stAnce of the organism. Special. methods are used to in-
crease tolerance to psychological stresses and predict behavior of candi-.
dates in flight.
Card 2/5

L 14268-66
ACC NR., AT6003835
4-
In addition, the training program includes exercises designed to develop
motor habits and skills needed in night and to train the cosmonaut in the
performance of actual flight operations. I
. The methods discussed are: 1) parabolic airplane flights. 2) isolation"
in an echoless chamber, 3) cabin mockup flight simulation, 4) thermo-
chamber training, 5) centrifuge training, and 13) special physical and
vejstibular training. .
The brief duration of the weightlessness created by parabolic flights
ilimits their usefulwss for training, since adaptation to brief periods of
!weightlessness does not necessarily help an individual withstand the pro-
longed weightlessness of sUceflight.,'_t-,_,,,
Prolonged isolation in an echoless chamber with deprivation of external
infoirnation is a useful tool for neuropsychiatric studies of individual ability
to perform assigned tasks under novel conditions, circadian physiological
rhythms, the ability (with sudden stimuli) to pass quickly from the sleepiing
to the waking staje and back. and memory.. attention,* and so forth.
Card 315

L 14268-66
ACC NR: AT6003835
Even though space cabins are air-conditioned, thermochamber training
is useful in discovering hidden pathologies and studying individual stress
reactions.
Centrifuge training is especially, important, both forfamilfarization
Iand for increasing resistance to spaceflight accelerations. The most care-
ful monitoring is required during this training, since existing information
on the cumulative effects of acceleration is contradictory and uncertain.
The cosmonauts themselves are emphatic about the usefulnessand importance
of this type of training.
Mockup training is 'all the more important in view of the fact that
training flights with an experienced instructor, such as are used in training
drivers or pilots. cannot be conducted for space crews. All training must
thus be accomplished on'the ground
A program of special vesti~ula'r training was instituted .after the' flight
of G. S. Titov. who experienced some autonomic maladjustments as the
result of vestibular stimulation in flight. This training is directed at 1)
increasing vestibular resistance to a wide variety of external factors and
2) reinforcing ;he functional. interaction of the vestibular, visual, and
Card 4/5

L 14268-66
ACC NR: AT6003835
,kinesthetic analyzers in order to eliminate postural-spalial illusions under
conditions of altered gravity and to increase inhibition of the vestibular
function. This prograin must be custom -tailored to comper sate the indi-
vidual vestibular weaknesses of each cosmonaut; which are identified
beforehand by determinilig semicircular canal and otolith thresholds for
adequate and inade quate stimulation.
All special training must be supplemented by general physical training
dosigned to improve the cosmonaut's physical condition and perfect the
visual -motor coordination required by- spaceflight.
The total program must be adjusted to the needo of the individual cosmonaut.
The sequence, alternation, and spacing of the various kinds of special
training are important here. [ATD PRESS: 409.1.43
SUB CODE: 05, 06 SUBM DATE: none
Card 5/5

VOLYNKITI, Yu.14.; ARUTYUflOV, G.A.; ANTIPOV, V.V. ; ALTUKEOV, G.V. ;
BAYEVSKIY, RA; BEIAY, V.Ye.; dUYAI;GV, P.V.; B10,7ANOV, I.I.;
VAS1L1YEV, P.V.; VOLOVICH, V.G. ; GAGARIE , Yu.A.; GENIN, A.M.;
G01WOVY F.D.; GORSHKOV, A.I.; GUROVISHY, N.N.; YESWIOV, N.Kh.;
YEGOROV), A.D.; KARKX,--Y-eA.; KOVALEV, V.V.; KOLOSOV. '.A.;
KOaESI!KOV,- A.A.; KASIYAN, I.I.; KOTC1VSKAYA, A.U.; FkLIBERDIN,
G.V.; KOPANEV, V.I.; KUZIMILOV, A.P..; KAKUR11,11, L.1 ; KUDROVA,
R.V.; LEBEDEV, V.I.; LEBEDEV, A.A.; LOBZB1, P.P.; MAKSIMOV,
D.G.; MYASNIKOV, V.I.; MAIYSHKIN, Yo.G.; NEUMYVAKIN, I.P.;
ONISHUMIKO, V.F.; POPOV, I.G.; PORUCHIKOV, YP.P.; SILIVESTROV,
M.H.; SERYAPIN, A.D.; SAKSOITOV, P.P.; TEREDITIYEV, V.G.; USHAKOV,
A.S.; UDALOV, Yu.F.; FOMILI, V.S.; FOM-Illi, A.G.; KHLEBNIKOV, G.F.;
YUGMIOV, Ye.M.; YAZDOVSKIY, V.I.; kRICHAGIN, V.I.; AhULINICHEV,
I.T.; SAVIKCH, F.K.! qTM'PIJHA, S.F.; VOSKiTSENSICH, O.G.;
GAZMTKO, G.G., SISA AN, N.M., akadamik, red.
[Second group space flight and some results of the Soviet
astronauts' flights on "Vostok" ships; scientif-.Lc results of
medical and biological research conducted durJng the second
group space flight] Vtoroi gruppovci kosmicheskii polet i neko-
torye itogi poletov sovetskikh kosmonavtov na korabliakh
"Vostok"; nauchrWe rezulltaty medikobiologicheskikh issledovanii,
provedennykh vo vremia vtorogo gruppovogo kosmicheskogo poleta.
MosIrva, Nauka, 1965. 277 p. (MIRA 18:6)

L 14268-66 M-21EWT(.1)1FS(V) -3 DD/RD
7-
ACC NR: AT6003835' SOURCI; CODE: IM/2865/65/004/000/0010/00I&
AUTHOR: Guro"kiy, Nd* N41emeltyanm N. 4 Karpov, Ye. Ac i4/
ORG: none
I TITIE: Basic principles of special cosmonput training
SOURCE: AN SSSR. ' OtdeleniYe biologicheskikh nauk. Problemy kosmicheskoy
biologiip v- 4P 1965P-10-16
TOPIC TAGS: :.cosmonaut training, vestibular training, manned space flight,
centrifuge-training, space physiology, space psychology, space flight
simulation, spacecraft capsule, flight disorientation, physical fitness
individual -chaiiLeteristics of hcalthy humans are not stable; external,
ABSTRACT: The
and internal stimuli may produce drastic nonpathological deviations f
rom
-physiological norms. Resistance tg~_external stFess,, however, may be
greatly increasdd by tra L I
Mon -Wbi6bd oniinah fiat ra wh ch I
Special 6s au t ysis of those 0
most substantially affect the cosmonaut and'his activities in flight. Flight
factors fall into folir grou a:_ 1) extremal environmental factors (vacuum,
P
Card 115

L 14268-66
ACC NR: AT6003835
jr
I Ionizing radiation, low temperatures); 2) dyiaamic flight factors (noise,
vibration, acceleration, weightlessness, prolonged vestibular stimulation);
3) ship environmental factors (cabin microclimate, restricted movement,
-special foods and clothing, tin~e-deftclt workJng conditions, -emotional
itension); and 4) factors associated with landing (especially when the
ej e ction -parachute descent method is used). Since protection against ex- i
tremal factors (group 1) is provided by the ship, it is with factors of the
last three groups (2, 3, and 4) that the special cosmonaut training program
is concerned.
The aims of special cosmonaut training, which simulates on the ground
the conditions of night, are twofold: 1) to provide a basis for the selection
or elimination of cosmonaut candidates, and 21) to increase the resistance
Uthe candidates selected to the unavoidable ~stresses of actual flight.
Since certain factors -(prolonged weightless fiesb_ the unique psycholbg7
ical atmosphere" of flight) cannot be reproduced on Earth,, the training
program must include a number of nonspecific, exercises designed to increkse
,the general resistdnee of thelorganism. Special methods are used to in-
crease tolerance to psychological stresses and predict behavior of candi-,
,O.ates in flight.
Card 2/5

L 1426&66
ACC NR: AT6003835
In addition, the training program Includes exercises designed to deirelop i
motor habits and skills needed in flight and ito train the cosmonaut the
in
p?rformance of actual flight operations._.
The methods discussed are: 1) parabolic Airplane flights. 2) Isolitiod I
in an echoless chamber, 3) cabin mockup Right simulation, 4) thermo-
chamber training, 5) centrifuge training, and 6) special physical and
vestibular training.
The brief duration of the weightlessness created by parabolic flights
s for training, since adaptation to brief periods
Aimits their usefulnes of
weightlessness does not necessarily help an individual withstand the pro-
longed weightlessness of spaceflight.",s-,_,,,
Prolonged isolation in an ec with de -rivation of extern
holess charnber p
3--ififorimation-is a u-seful, to-01 for neu'ro'ps-ychiatric studies of individual ability
1 to perform assigned. tasks -under novel conditions, circadian physiological
rhythms, the ability (with sudden stimuli) to pass quickly from the sleeging
to the waking state and.back, and.memory, attention,'and so forth.
Card 3/5

k14268_66
ACC NR: AT6003835
Even though space cabins are air-conditioned, thermochamber training,
is useful in discovering hidden pathologies and studying individual stress
reactions.
Cintrifuge training is especially, important, both for SamAfarizatiori
I 'and for increasing resistance to spaceflight accelerations. The most care-
ful monitoring is required during this training, since existing information
on the cumulative effects of acceleration is contradictory and uncertain.
The cosmonauts themselves, are emphatic about the usefulnessand importance:
of this type of training ... ...
Mockup training is iin -the- more important in view of the fact that
-training flights with an experienced instructor, such as are used in training
drivers or pilots, cannot be conducted for space crews. AD training must
thus be accomplished,onlhe._Oound. -J
A program of special vistAh6diiii-a'Wng was Instituted after the"flight-
:of G. S. Titoy, -who experienced some autonomic maladjustments as the
~reoult of vestibular stimulation in flight. This training is directed at 1)
increasing veitibular resistance to a wide Variety of external factors and
!2) reinforcing !he functional interaction of the vestibular, visual, and
Card 4/5

L 14268-66
ACC NH: AT6003835
-ldnesthetic analyzers in order to eliminate postural -spatial illusi (oris under
conditions of altered gravity and to increase inhibition of the vestibular
function. This program must be custom -tailored to comper sate the indi-
vidual vestibular Nvealmesses of each cosm.onaut; which are identified
beforeliand by determining semicircular canal and otolith thresholds for
adequate and inadequate stimulation.
All i ecial traiin-Ini-g--miust be'supplemented'by general physical training
p
designed to improve the cosmonaut's physical condition and perfect the
visual-motor coordination required by i
_.ppa.cef.1 ght.
The total program must be-adjusted to the needs of the individual cosmonaut.
The sequence, alternation, and spacing of the various kinds of special
training are important here* CATD PRESS: 409141
SUB CODE: 05, 06 f 'SUBM DATE: none
..Card

L 38218-66 FSS-2/FWT M/ESC 00 -2 SCTB TT/DD/GW
ACC NRg AP6019601 SOMM CODE: U4b-29-37661-0-N OT
.70 /"69/041871
FADTHOR.: Karpov, Ye. A.
Ono: none
TITLE: Psychophysiological analysis of activities as criteria for spedal medical..
i.,preparation. of Voskhod-2 a
SOT
JRCE: KdeiLfcheakiye issledovaniya, Y. 4, no-
3 19", 469-401
-6 extravehicular activi
TOPIC TAGSg marmed orbital flight, space physi logy, ty
astronautt space medicine, ground crew training
ABSTRACT. A Psychophysiological analysis is mmle of the Voakhod-2 astraimuts'
activities as future criteria for the selection of a space crew. The hi i
Shl. ghts of
Ithe Voskhod-2 flight are reviewed with a special stress on tl~e two-cbamber method of
Al"initiating the extravehicular activity by A. A. leonov. A detailed presentation is
il.made of ground crew training with a special stress on simulated extravehicular. activi-,
.:.i;.ties. These were performed by Leonov during several parabolic aircraft flights
:.',simulating brief periods of weightlessness in a mock-up space capsule. The steps are
-"~'reviewed of other ground tests for trainine Leonov for the apace walk. These consist
iof Qmmstics followed by detailed -orientation testa on a "supportless" chair carable
multiaxis rotation and the generation of unstable positions. Records are shoWA of
i~the p a2 an&kgpthing rates. of Leonov and Belyayqv during-the.15-minute space wa 1k,
I-Card-, 1 /2 DW: 629-108.61

ACC -IWI:D6019601
indicating a substantial increase in both breatUnG and pulse rates for both autronautE
'at the initiation of the space walk. This is attributed to emotional stresses in-
-tensive ground training Is claimed to
volved in performing "pioneering" tasks. The ex
:have kelped Leonc- do some mmial tasks (disaes(mble and reasse2ble camera), oriimt
I*mself I and mako some oboervations; It is conoluded that the seluctim of the crew'
.'on th6 basis of medical studies followed by speoial. training prograw-.4a a rational
.'VV Of gUar=te6ing a suacessful-maraned flight in a.pace Prig., art.,'.-hags. 6 figures.
4-f 1041
CODE g '0~3` MW '~'-'002J "-:,ATD PRESS
SUB 22/'- SUM'MATE 23Feb66/,j t,' MIG: 10/
fib
I'Ij
Z
Y14,
A,
v-."
Y:!'I, P'l
it
Card 2/2

35382
S/10 62/017/003/008/009
D299YD303
AUTHOR: ~~oy,_ Ye _A
. Member of the Society (see AssocJatio
TITLE: Design and investigation of voltage-doubler rectifier
circuits
PERIODICAL: Radioteklinika, v. 17, no. 3, 1962, 71 - 77
TEXT: A design method is proposed for complicated circuits incor-
porating rectifier elements. Relationships are obtained between the
parameters of the circuit and the harmonics of the current flowing
through the rectifier. The operat-Jon of symmetrical- and nonsymne-
trical voltage-coubler circuits is considered. The method was ini-
tially set forth by the author (Ref. 5: Raschet elektricheskikh
tsepey s ventillnymi elementami. Sbornik dokladov Vsesoyuznoy mezh-
vuzovskoy konferentsii no. 4, Tashkent, 1960). The application of
the method to symmetrical voltage-doublers is considered; it is ne-
cessary to find the first approximation to the emf-values of one
of the rectifiers, while the other rectifier is short-circuited.
This amounts to finding the first approximation of the initial pa--
Card 1/3

S/10 62/017/003/008/009
Design and investigation of voltage-... D299%303
rameters. Expressions for the emf of the zeroth- and first harmonic
are obtained. Analogous expressions are obtained for the second
reciifier. Assuming the obtained first-ai)proximations to be correct
one obtains the distribution of the currents in the circuit, and
then the second approximation of the initial parameters is found .
lience the mean value of the rectified voltage Uo is obtained. Ex-
pressing R in terms of Uo, one obtains an analytical expression for
the external characteristic of symmetrical voltage-(!oubler circuits
U 2 _ 121 2 (18)
0 V Ki 1 '00.
A figure shows the external characteristics of a rectifier for va,-
rious capacitance-values. Formula (18) was obtained after conside-
rable simplifications; yet it permits a general analysis of the
ope.ration of rectifiers. Other figures show the external characte.-
rislics for an actual circuit (r r,, = 3 ohm, C C - 100 Mi-
e 2
crofarad, U = 20 volt). For compariSOrLt the characteristics were
also calculated by another method. It was found that the method
used in the present article yields more accurate results.: The obtal-
Card 2/3

S/108/62/017/7r3/008/009
Design and investigation of voltage-... D299/D303
ned characteristics show that the rectifier operates most efficient-
ly if the capacitances are large. In this case tl-,erectified voltage
is almost independent of the magnitude of the load current. For a
nonsymmetrical circuitg it is not possible to obtain an analytic
expression for the external characteristic. By using the method of
Ref- 5 (Op-cit.) it was possible however, to determine the external
characteristic for an actual circuit hELVing parameters, analogous
tj the above circuit. A comparison of both circuits shows that the
symmetrical circuit has a smoother external characteristic, that
the pulsation coefficient of the symmetrical circuit is smaller,
and that the voltage at the capacitors (of the symmetrical circuit)
cannot exceed the maximum value of the applied voltage, whereas 11
can in nonsymmetrical circuits. The obtaind calculated values were
confirmed by experiment. There are 7 figures and 5 Soviet-bloc re-
ferences.
A8SOCIATION: Nauchno-tekhnicheskoye ob,-hchestvo radiotekhniki i
elektrosvyazi im. A.S. Popova (Scientific and Techni-
cal Society of Radio Engineering and Electrical Commu-
nications im. A.S. Popov) [Abstractor's note: Name of
Association taken from first page of journal]
SUBMITTED: June 30, 1961 Card 3/3

26467
Lzq')~100 S/117/60/000/011/001/003
D219/D302
AUTHORS: Buyanov, P. V., Galkin I A. V., Karpov, Ye. A.-
Samukhin, N.V., Terent yev, V. G._,__Shev'c_YFehko,
A. I.
TITLE: Contra-indications to the breathing of oxygen at
increased pressure
PERIODICAL: Voyenno-meditsinskiy zhurnal, no. 11, 1960, 64 - 68
TEXT: The authors wished to study thEi effect of systematic
breathing of oxygen under pressure anel discover medical conta-
indications to its use, especially with regard to personnel suf-
fering from physical defects which do not render them unfit for
flying duty. 125 persons, 20 - 40 years old underwent pressure
chamber tests and prolonged clinical observazion. All were well
and fit for flying duty. 43 had various defects such as pleural
synechia and adhesions hypertensive neurocirculatory dystonia
(5), 1st degree thyroid enlargement without malfunction (4) and
so on. Normal clinical records were ',aken and analyses done
Card 1/ 3

26467
")/177/60/000/011/001/003
Contra-indication to the breathing... 11219/D302
plus X-Ray, neurological, electrophysiological and ENT exam-
ination. Subjects took part in 1 - 97 experiments at 7 - 14
day intervals. Physiological effects were noted immediately;
rise in heat and respiration rate, arterial pressure, bioelec-
tric respiratory muscle activity; EGG variation; fall of oxy-
hemoglobin level to 60 - 80% ( slowing Df circulatory rate; chan
ges in latent period of conditioned motor reflexes; occasional
subcutaneous emphysema. Subjects usually felt well after tests
complaining rarely of fatigue or headacae. Clinical examination
generally revealed slowing of pulse (by 6 - 18 beats), increase
in venous pressure, moderate increase in arterial pressure, slight
fall in pulse pressure and increase in heart size. In over 30%
of cases heart murmurs - usually pulm=Lry and aortic- appeared:
No pathological EGG changes save extrasystoles in 4 cases.
Changes were often recorded in capillary formation, phethysmo-
graph curves and in vasomotor reflexes. Aftereffects: Lung
vital capacity decreased by 200 - 400 ml. A third of the rub-
jects had scattered dry rales. Lung X-Eay showed occasional
Card 2/3

26467
S/17-7/60/000/011/001/003
Contra-indications t-j the breathing...D219/D302
shadowing and local. disciform atelacteses. There was an in-
crease in neutrophil leucocytes in the peripheral blood and a
relative lymphocyte fall. Tendon reflexes became more and more
sensitive,ifinger tremor increased, touch discrimination and
co-ordina on deteriorated and signs of g-eneral fatigue appeared.
All changes were reversible, usually in a few hours. As regards
personnel suffering from rdmor defects, the effect of the-e
deficiencies was varies. In some cases e.g., chronic gasturitis,
they suffered no adverse effect either initially or after pro-
longed experimentation, but it was clear that systematic parti-
cipation in such high altitude tests was contra-indicated in
all cases of pulmonary tuberculosis, neuroci,rculatory dystonia,
leucopenia, pronounced emotional instability, endocrine defic-
iency, chronic ENT conditions, or for persons.,who became rapidly
anoxic, had undergone brain trauma or who were suffering from
upper respiratory tract infections or exarcerbations of chronic
upper respiratory tract disease.
SUalITTED: August 1960
Card 3/3

KLIMAr,[[FV3KIY, E.L.; KARPOV,_Ye.A.
New types of combined treatment of seeds before sowing. Izv.
SO AN SSSR no.12. Ser. biol,med. nauk no.3:60-65 163.
(KRA 17:4)
1. Dallnevostochnyy filial Sibirskago ote.(31enlya AN SSSR,
Vladivostok.

I~' \
KARPOV, Ye. A., Cand Tech Sci -- " aen and Analysis
of ele IAxm-'-L~ valvi? ele
ctric ments." Tomsk,
Pub House of Tomsk U. 1961. (Min of Higher and Sec Spec
Ed RSFSR. Tomsk Order of Labor Red Bay-ner Polytech Inst im
S. M. Kirov) (KL, 8-61, 244)
- 239 -

KARFOV~ Ye.A.
Performanee of a three-phase rectifier with active load.
Trudy OMIIT 41:89-95 ?63. (MIPA 18:7)

KARPOV, Ye.A.
Calculation and analysis of track circuLts with rectifier shunts.
Trudy OMIIT 36:17-24 162. (MIRA 17W

KA'R OV, Yevgeniv,Fedor.GvJ-ch; KRAVCHENKO, Vladimir Sergeyevich, doktor takhn.
nauk; LEYBOV. Ruvim Koiseyovich, doktor tekhn.nauk; BUYNBERG,
Samuil Davydovich; MIRSKAYA, V.V., red.izd-va-, KOROVENKOVA, Z.A.,
takhn.red.; BERESLAVSKAYA, L.Sh., t-!)khn.red.
tAutomatic protective devices in mines] Avtomaticheakie
shakhtnye zaexhitnye ustroistva. lloskva, Gos.nauchno-tekhn.
izd-vo lit-ry po gornomu delu, 1960. 111 p.
(MIRA 13:7)
(Electricity in mining--Safety measures)

KI?AVCIIEIIKO, V.S., doktor tekhn.Dauk; KARPOV, Ye.F., inzh.; PIRMIBIM,
I.E., inzb.
Continuous methane-detection relay. Bezop.trwaa v prom. 4
no.2%22-24 r l6o. (14M 13:5)
1. Institut gornogo dela AN SSSR (for Kravchenko. Karpov).
2. Giprougle-avtomatizatsiya (for Birenberg).
Nine gase's-Safety neastres)

KARPOV, Ye. F. Cand Teo~ Sci -- "Study of tho themocatalytic (on carriers)
m 4"i
principle of detecti*"bthane in an ore abnoaphere, " Mos . 1961 (Min of Higher
and Secondary Specialized Educktion RSFSR. Mos Mining Inst im I. V. Stalin).
(KL, 4-61, 196)
4

KRATCHENKO, Y. S., doktor tekhn. nauk; KA F kand. tekhn.
nauk; BMMERG, I. E.$ inzhi; inzh.
ANT-2 therxiocataly-tic methane analyzer. Ugoll Ukr. 7 no-4:
38-39 Ap 163. (MIRA 116:4)
1. Institut, gornogo dela in. A. A. Skochinskogo (for Kravehenko,
larpov). 2. Gosudaratvennyy proyeltno-konstruktorskiy institut
avtomatizatsii rabot v ugolluoy promyshlennosti (for Birenberg).
3, Konotopokiy zavod *Krasnyy metallist" (for Erenburg).
(Mine gases-Measurement) (Transducers)

KARPOV, Ye.F.,_~and.tekhn.naiik
Thermocatalytin principle aa a bas.'s in constructing methane detectors
for an automatic system of protention from gas. Hekh. i avtom. v gor,
prom. no.3;252-267 163. (MIRA 16:10)

L 8447-66
ACC NR: AP5025732 SOURCE COM 1UR/0286/65/00MMS/0094/00U.
AUTMRS s B Svetj 1,
Irenberg. 1. E.; Chubukov, N KarDoy Dov!dov, i
;A. No; Gayrillchanko. L. I.; Ras Ye
n-One
!T ITLE: An instrument for measurigg methane goncentration, the resistance of the
detonation circuit,, and the ignition of elocirodetonatorse Class 429 No. 174819
SOURCE t Byulleten' isobretenly i tovarrqkh 2;nakov, no. 18,, 196% 84
MPIC TAGS: methane, resistance -bridge. electric resistance, electric transformer,
~transistor, detonation, electric detonator
iABSTRACT:: This Author Certificate presents an instrument ,for measuring the methaw
concentration, resistance of detonation circitit.. and the ignition of electro-
'detonators. It contains a methane motor (seo Fig. 1) in the form of a bridge cir-
~cuit,, one am of wbich in the methane-combu-tion element. The second arm is a
,balancing elempt. The other two arms have :,,onstant resistances. Thin device also~
;contains a realdta=w voter for the 4otountlon circuit and a detonation device ln~
ithe form. of a contactle"- transistor-transforser converter. The latter converts
Card V3 M 622.817.9 002.56

I

L 41l82-.6-5 --'E7WT(d)/EWP(C)/EWP(v-)/T/E'WP(k)/rdP(l) pf-4
ACCIMIGN KRA AF5004677 S/M15/64/ooo/bo/br,58/6059
A.UTHORt none
TTTLEt Fourth scientific end technical conferencP on *Cybernetic@ for the
SOURCEz lzmeritellneya tekhnika, no. 9, 1964, 58-59
TOPIC TAGSs cybernetics, electrica - - ~Q~A
icasurenent, #?.Lectric (V:w-tity instrument,
digital computer, electronic equipment, electric -inginecring c.aZerence
ABSTRACTj- 'The conCorence was hold 1-4 July' Rt t6 All-Unic* Scientific Research
Institute or Hotrology by the Section of Electrical Monsurei nts or the Counoik_RtL_
the Probl sn*br "Sciontiric Instrtnont Mltkinj" of tho.Aj~q_te 'jommitlLo __ pord'inatiom
.. .... -I- -, - - - """ - otjqn C
0 search Work in the ISSR together with the All-Union Scientific
Rasonrch Institifto or Elactrical Mesa-u-ro.mant 1ns_trtxnents ind
Technical Division rf the Instrument M kin
industa, More tha_n_;1bW-d-oTe-ptos from 29 of -of -the 'country partIcipa-ted.
Fifty-s.avon reports were hoard and discussod. Reports vs~ro given byl -P. V.
I,OVITSKIX (Laningrad)--"Dofinition of the Concept, of Informational Irror In Nestaure-
zront and its Importance in Practical Use" and Nhi the Problem of tho Average Informs-
tional.Criterion of Aacuraoy' -Throughout the Entive Scale of an Instrument".1 Ya6A*
Card 2/4

L 41182-65
=ESSION URs AP50046'17
~KUPEIISIWIDT (Moocow)--"On Datarmination or the Criteria of Accuracy for Maastwoment,
Dovicos"; S. U. MANDELISHTAM (Lenin &red) --report on a now criterion of accuracy of_.
m0asuromont instrumonts; P. F. PARSIIIH (Lon ingr nd) --report on optimization when -
using Fourier tranaform~--on- ctronic digital ovmputers:_,j. P. DMIURly,
DOLGINTS-VA and A. A. IGNAMIL (Laningrad)--propot al of a now -nothod for solvTrg--
probloms of optimum filtoring for non-stntionary random signals and interfarencel
1. B. CH5,LPAT,'OV`--"Ca1culntIon or the Dynamic ChgrActeristios of in Optimum Complex
-two-Channol Systom which Uios Sirnals rrom a Position Motor d fro
- an n & Speed Motor*$
POI.J-,T V -"Optimum Periodic Ccrrootion in the Monsuroment of'
,-L~~K-P- (Leninrrad)
Cnntinuous Signnld%_~. P~0A.:Iiq~LlCli-(?Aooolow)--"Ant%lyoia and Construction of Devices
for Correction of Non-lingority and Soalinr for Unitary Codes; 0. V. G0Fr5LOVA
(T-nanrog)--"A Mathod for Statistioal Optimization in GrAqdu,.kting the ScAlse or
Eloctrical Monsuring Instrumonta"; U. A. U11P.LIMAN (Moscow)--"Anslog-Digital Voltage
Convortar with Automatic Error Cot,774:N-fo-~`~-
V. S, KALENCIIUK and
I. A. YANOVICH (Kiov)--"Automatio Monitoring of the Parametore i;f -the gf;o~rioal
Signals of Complox Radio and gleatronio 9quipment"I V. P. PEROV (Mosoow)--00poratioral
Cybernatios &a an Indopondent;Soiontifio Speoializatioel Ye. N* GILIBO, (Loningred)--
"On the Problem of Erfootive Non-linear Scalos"I.A. 1. MARKELOV (Moseow)-wDeviose
for PreliminarK Proceasing of the Results at Wessurseentg Presented in the IPOM OrAI
Card 2/4

,L 41182-65
ACCESSION Ints AP5OOb677
Graphic Recordings For Subsequent Introduction of the Information Into universal
Digital Conputoro"; 0. 14. MOGILEVER and S. S. SOKOLOV (Laningrad)--"On a Method fori
Roducing Excess Information"; T. V. NIKOLAB-A- (Lori Ingrad)--"A Device for Temporal
Di serotization or Continuous Signals"; At_-L. LYOVVL and M.- L. BMIS (go 90aw)--
."Optimi:ation of the Transmission of Tolemotric Inl'ormation as a Moans for Raisinr
the Efficiency and Eliminatiing Intorforenoo"; D. E GUKOVSKIT (Voscaw)--"On a Sta-
tistic Approach to the Detection or Svonta in Autorintio Inspection"; U. 1. LANIN
(Lo ningrad? --"Va thod for Calculaiing the Holding TI.-.no or Go-rimunicationd In a Contraj
.lizod Inspootiolk System or Constant Servicing Tima"I 0. N. BRONSHTSYN, A. L. RAYKIKI
and V. V. RYKOV (Moscow)--"On a Singlo-Lina Unse
SHLYANDIN (Ponza)--roport on circuit dosirng; for direct oomponantLon electrical
digital moosoring instruments; A. H. KOIAOV Novoch-irkansk)--raport on a now mothod
for componsation. or diritril bridGest It. 11. GLAZOV (Lon inrrad) --ro port on the problem
;or voltnro-to-angular irlotation conversionj V. S. G TNIKOV (Lon ingrad)--"Mothods for
Construction of Frequency Capacitance Pickups with a Linear Scale"s R. aL-
_-;SYROPYATOVA and R. R. XHARCHENKO (go scow) --ro port on the determination of the ampli-.
-tude-froquency and phase characteristics or PFM and M- modulatorsile. 1. 149WAKOV/
'(Hovoohn rke oak) ;-"The Phototransistor an a Switch for Blectricoil Ve-souroment ". 1
liik-(La~lngrad) . -. -- k universal equip-
,Purposes"; 11. V. MALYGI . --a risport on ways for ma, Ing , 1.
mont for maeaurement or ourrent, voltage and poweri -P. P. ORNATSKIY and V.
~7jLy jKkov.) n he conntruction-or.'etst.io-.vo.Itmoto!:so yattmQAmr't.jAd_
. ___n7F~Opqrts -0 ... t
Card 3/4

L 41182-65
ACCESSIO14 fait AP50OL677
phnse motors; A. V. TRIMAN OV I.-G.. sMYSIMAYSIV, N. I. SAQLIN._jk_~1. RkZjR and Yi i.'
GORBUNOV (Tomak)--report on a device-POW -au-t-o-m-a-tic' processing of the measurements'ofi
.vibration amplitude or pneumatic hwmwrsi L. K. FWKINA and V. G. KNORRING (LeningrK4,
--report on the development or a digital oompons r measuring pressure, forosol
otc. ; N. 0. DADUKINA (Loningrad)--re port on a mot-hod for oonstruating f'requenoy!
pickups ror gas analysis; Yo. U. KARPOV. V. A. BRAZIINIKOV and B. Ya. LIMITTSIND131t
(.K*uybYGhev)--raport~ an a~i and recording ot boring speeds; Yu. V.
PSFPIIICIDIIKOY (Kuybyshev) --"A, High Speed Volta go-to-Digital Code Convertor for,'aa
Pickiips"; G. P. VIKhROV and V. X. ISAYSV (VIlna):::A Highly Aourato Digital Peak-
to-PaRk VcT1G7ot_er'5 and S. M. RIMAIN incrad) A Low Level Analog-DigitalYolt-
age Convertor."
ASSOCIATIONs none
SUBUrrTEDs 00 ENCLs Co SUB COM EE, M
NO RU S0Vt*'OO0
UMM A 000 JM
I)XA-
.Card 4/4

.~iw
Mae -,aG*(lka 4isciftm
4 1 lr n :7

~cd

FAFPOV~' Y&.M. , BARFOUFlY, Yu.M.
I
::.omr, problaw In the theci-y of a aymhrorioua
tvo degrtes of freedom. Tzv. vys, ucheb, zav., pr-;";, 8
-A
o. -49-53 165. (Y, TIR A 1 8,Cj I ~
n
1. Kqybyshavakiy poll takhn-Icheqkiy inatitut. ineni -kytrysheva.
Rekomendovana krifadrcy slektro)'Lz3,wr-'t.f,.I',nuy teknnl'KJ,

:KLTLIKOVSKIY, L.F.-,.KAR,paOye.M.;P6PGVA, G.V.-, BRAZHNIKOV, V.A.
Drilling footage recorder. Imr. vys. 'ucheb. zav.; neft' i gaz. 8
no.4:91-94 165. . (MRA 180)
1. Kuybyshevskiy politekhnicheskiy inatitut im. V.V.Kuybysheve.

KARPGVp Ye,M.
~-'
Motion stability of the moving part of the receivver of a
synchronous servosystem with two degrees of freedon. Izv. VY8. ucheb.
zav.; prib. 8 no.5:62-&7 165. (MIRA 18:10)
1. Kuybyshevskiy politekhnichoskiy institut imeri Kuybysheva.
Rekcmendovana kafedroy elektroimeritellr-joy tekhniki.
.r

T. 03013-67 EWT(d)/EV1P(2) IJP(c)
ACC NR. A dd!Mo-f--- -S--0-UAC-E--C-01--)-E--:
AUTHOR: Karpov, Ye. M. (Kuybyshev); Kulikovskly, L. F. (Kuybyshev)
ORG: none
TITLE: The accuracy of the solid angle reading by the receiver of the synchronized servo
system with two degrees of freedom
SOURCE: Avtometriya, no. 3, 1966, 125-128
TOPIC TAGS: angle measurement instrument, servomechanism system..,
ABSTILkCT: ~7hremote determination Is of special Importance during the measurement of
angles of petroleum or gas bore holes during the dril If ig of wells. For this purpose, the
authors earlier developed Induction sensors and synchronized servosystems with two degrees
of freedom (L. F. Kulikovskly, Author's certificate No 104141, ByulletW izabretenly, 1965,
No 9; Ye.,M. Karpov, Yu. M. Barkovskiy, Author's cerl'ificate No 171038, Byulleten' izo-
I bretenly, 1965, No 10). In this paper they present apFcopriate theoretical expressions giving
the sensitivity of the system. Orig. art. has: 7 formulas and 2 tables.
SUB CODE: 13,14/ SUBM DATE: 21Jan65/ ORIG-REF: 003
- I I fl UDC.- 62--603.53

''L ,985-66 (ip)/EPF(c.)/EP.F (n)-2/T/ETGtm) lfd/DJ
ACO NR: AP5026519 SOURCP ONE: UR/0286/65/000/019/0050/0050
AUrHORS:Rlbusevi Ve Is; Mronov, So G.; tiolcalov L, Mq Karpov. Yo. N.
OPVz none
A
TITLE: A device for lubricating vacugm-Pumps. Class 27, No* 175.165 fannounced by.
~Lryberpriqe of the Stite Committee for Defense Technology.SSSR (Prodpriyabiya
goi3udarstvennogo komiteta po, oboronnoy tekhnike SSSR)_/
SOURCE: Byulleten' izobreteniy I tovarnykh znakov, no. 19, 1965, 50
TOIPIC TAGS: pump, vacuum pump, mechanical engineering
A
AW)TRACT: This Author Certificate presents a device for lubricatingvacuum pumpse-
The device contains a cutoff valve operated by a centrifugal governor kinematic--
ally connected to the shaft of the pump (see iFig. 1). To simplify the construc-
tion, the governor Is mounted on the shaft bracket,, and the movable clutch of the
gavernor Is provided with a bearing which opeim or closes the valve when the pump
is being stopped or started.
Card 1/2 UDC: 621.521-72

--L-79j~5~-66
~l

1"Ov I ye.s.
Introduce on a large scale casing strings with minimum thicImeBe
of walls, Neft, khoz. 39 no.4:65-67 Ap 161. (MIRA 34:6)
(Bashkiria-Oil well imsing)

STAROGORODSKIY, Ilikolay Nikoloyevich;
TIV"OVp G., red.; DARILINA, A.,-"~Wi.6.-red.
(Volga giant] Volzhokii gigant. Moskva, Gos.izd-vo polit.
lit-ry, 1959. 78 P. (MMA 12:12)
Station)
(Stalingrad
Hydroelectric Power

IIARPOV, Yu.
Devices for removing air from hydraulic brake system. Avt. transp.
36 no. 7:26 J1 158. (MMA 11:8)
(Aut omob ile a--Irake a' )

AUTHORS: Karpov, Yu., Engineer, Krasnoperov, V., SOV/29-56-9-26/50
I
,-MM7rS-zrMrV,-T77unevj Yu. , Eneineer
TITLE: An Unusual Motor (Neobychnyy dvigatell)
PERIODICAL: Tel-hnika molodeThi, 1958"'.1ir 9, pp 3-1 - 3-1 "USSR)
ABSTRACT: In the couxse of their studies at the Leningradskly
elektrotekhnicheskiy institut imeni V.I.Ullyanova (Lenina)
(Leningrad Institute of Electrical EngineerinE~ imeni
V.I.Ullyanov (Lenin)) the authors of this paper invented
an electrical motor which they called "dielectric
motor". This is a description of its principle of operation-
This motor has neither a conventionzil steel stator with
a copper winding nor a massive rotor. It operates by
using the principles of static electricity - the interaction
of stationary electric char.-es. The disk does 6000 revs/mill.
Attempts were made to increase the speed of the motor
by producing the rotor from different materials. The best
results were obtained with ple.Kiglass. The speed can also
be increased by placing the rotoz in a vacuum, thus
Card 1/3 reducing air frJotion. The por.,,rer, of th(! motor can bp increased by

An Unusual Motor
S07/12 9 -:18 - G - 2,~/~
placing it in a high-prezsure Chamber . In a fluid di-
electric the nominal voltaje is reduced al,;iost by a factor
of 10. As a compensation the speed is conside-rall-ly reduced
owin&~ to the increased friction of the rotor in the fluid.
The diee-lectric motor is still anythinE but perfect. Never-
theless it is capable cT being used in practical aork.
If a vane is attached to it it may serve as a ventilator,
If the shaft of the rotor is ar:rested by a spring this
motor is transformed into an instrument measuring high
d.c.tension. The angle of deflection of the rotor will be
proportional to the potential applied to the electrodes.
The high speed of such motors an 'he lackinC of a
commutator recommends such motors for use in gyrosco-,-.,;.-s.
Although at present it may sound phantastically, there is
no denying that in principle such a motor could be used
in connection with a radioactive electrostatic generator.
There are 3 figures.
Card 2/3

ACCESSION NR: AP4033096 5/0120/641000/OOZ/0005/0016-.
AUTHOR: Karpov, Yu. A.; Kontor. Ye. L. Talenskly, 0. N.
TITLE; Magnetic -discharge cold-cathode pumj;e (A review)
SOURCE: Pribory* i tekhnika eksperimenta, n'*. 2, 1964, 5-16
TOPIC TAGS: magnetic discharge pump, vaCUILM pump'. fine vacuum pump,
magnetic discharge cold cathode pump, Vacion pump, Penning discharge pump,
XEM Soviet make pump
ABSTRACT: A review of the exhaustion mechanism, designs, and applications of
magnetic -discharge cold-cathode pumps, based on 1956-63 Soviet sources and
1937-61 Western sources, is presentee , Both 1he advantages and disadvantages
of these pumps are listed and characteristics ofoome Soviet-made puznpa are
au.,plied. "In the Soviet Uniont pumps of this kLnd are built for a rate-of-
eximustion of 0. Z, 8, 30, 100, 300, and 1. 000 Utrlsec; also, oilless exhaustion--.",
Card 1/2

ACCESSIDE 110; hPj!02004'4
S/0032/64/030/003/0306/0308
Glav:.n, rz. G.; Karpov, :Yu. k.
TITLE: Determination of oxygen in rare earth metals and their fluorides
SOURCE: Zavodskay, a laboratoriya, v. Ni no- 3, 1964, N6_3oa
TOPIC TAGSi oxygen, rare earth, rare earth metal, rare earth fluoride, yttrium
oxide, gradolinium oxide, argon chambers vacuum furnace, graphite liner, vacuum
fusion
ABSIRACT: The authors have worked out a method for determining oxygen in rare-
eari4 metals and their fluorides by vacuum fusion, using a platinum tank, graphite
linets, and an argon chamber. They have undertaken this ctudy because of the lack
of sensitivity or , precision in other method,-. The vacuum-fusion method makes
use of oxygen extraction from rare-earth metalv and their fluorides by ther:nal
dissociation of oxides. The authors used the riethod of Yu A. Klyachko and Ye. M.
Chistyakova (Zavodskeya laboratoriya, XXVI, 12, 1335, 1960i for reducing the oxides.
Degassing of a set of graphite liners was carrLed out for an hour at 1900C in the
vacuum furnace of an argon chamber. '--he aamples were then placed in the graph--'to
Cord

ACCES)SION NO: AP4020044
liners, which were set in a charging apparatus. The gas was extracted from the
.samples at a temperature of 1850C for a period of 15 minutes. Pree F was not Civen
off by the vacuum furnace, but formed fluorine-carbon co--ipoundsi%--zfc=cd.U')Zada,-,mcf
fluorides did not affect the extraction of oxyCen from yttrium and gadolinium
.oxides. The sensitivity of the method is 0.01~ and tho eeproducibility in the
concentration interval 0.1-045 is 20j~-'). Orig. art. has: 2 figures and 3 iables.
ASSOCIATION: Gosudarstvenny*y nauchno-issledovatellskiy i proyekthy*y institut
reftometallicheskoy provj*shlennosti (State Scientific Research and Planning
Institute of the Rare-Metal Industry)
SUBUITTED: 00 DATEE ACQ; 2Afar64 ENCL: 00
'SUB CODE: PH NO REP SOV: W3 G=: 003
Cool

CIRIC1~1;'HIE, M.S,~ Cl',-VIN, G.G." 'l, " I " F, , ,KOW, ; '. , : 'i"Y N, D . '.., .
--l- y .
ML,~ analys Ll i." nyyg,~n ir, Al' S~Sft 'M nc.~,~
.-L .1 n - I ., ,~
08,1.-691 S, 164. (Ml RA 17, 10)
1 . -,n s t. -i t t i t g t, oln- h i ir. 4 .-:. I a na ;( 4 , -~ (.- h o:-, - ki ~y 'r,-, i ' T, i 41 -T~ * . ',~-;-rna-lskogo PN
Pr,-lintrpfl6no- alindomi~,-,vr,

P4; QLAVIN ;,'G iG.
Analysis of gases-in-metals. Zmv. lab. "!I no.2sl39-142 165. (WRA 1837)

KARPOV Yu.A ; GLAVIN, G.G.; ZAV'YA,C-V, 0.1".; IVAIVVA, R.V.
Evaluation of the sensitivitv of ax-jgefi detoction in nioblfwa
by tho vacuum malting metho'do 'Aw.ltth. 31 no.3.0:1190-11-()l 101j.
(,',',IRA 19-1)
1. Gosudarstvannyy nauchno-issiedovatellgkiy i pray,-.ktnyy
Institut redkometallicheskoy promystlennost.i.

CAI
ti-a I.j
14
oil
i OTa
0; It s. I U;
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all

PhALE : b0Q!~ UPLr,1,ATAVS
fllt-- d. 19se
Trawatti-ins of tha 24 A11-1= C-f-rolcl -0 'b" Phyni- or Clol-tri,
I&J-vo All 53-P, 19W. !32 P. Errata slip Imaertwi. !,000 ~pi:"
cauk Imstit.t L-i P.5.
orjPbII:1-rC H.%;, T.jL.Cst
tr at B. 'd , (P. . W. D,,.-or of Phy a azi
ad! -mld Ate *! ?I-Y.i:a arA ?'Ath~ti!v.
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S/194/61/000/009/036/053
67, 43Y Z) D249/D.302
AUTHOR., Karpov, Yu.S.
TITLE; On the subject of fluctuating noise temperature
dependence in junction transistors
PERIODICAL: Referativnyy zhurnaL. Avtomatika i radioelektronika,
no. 9, 1961, 22,, abstract 9 D14L (Izv. Leningr.
elektrotekhn. in-ta, 1.960, no. 43, 174-182)
TEXT-~ Results in the form of graphs,are given of noise
factor (F) measurements carried out at 1000 cls and in the tempera-
ture range of 60 - 850C on transistors types JrJ401 (P401), F402,
P403 and P101 'n-p--n).. In the above temperature range all samples
exhibit a mini mum value for F whi'ch.. appaxently, is explained by
the surface noise in the c-ase of th~, Joirer ICemperatures, and by the
lealtage noise in rhe- case of th.e higher temperatures. The measure-
r~ents show that for a given emitter cur-retit the fluctuation noise
is independent of teMDerature whiLe- ,'r..e thermal. noise increases
C ard *L/~2

IS,, 1.94//61/000./009/036/053
On the subject o.t' ... 1) ".) 4 9/D 3 0 2
monotonically with temperature,
for the two Lypes of transistors,,
to v7a:ach other. A description is
of the transistor noise-measuretn~--nt
of the order of a few mill,..ons.
note% Complete -ranslation
Tfie ~-4perimental curves obtained
rhe n,-p..n and p-n-p, correspond
giver..., including the block diagram,
set -'u[), whose voltage gain is
I references. CAbstracter's
C ard 2-/2

23127
8/18 61/003/005/032/042
Cy. L' ~16 0 3/ IN 3) B108YS209
f'
AUTHOT: Karpov, Yu. S.
TITLE: Temperature dependence af low-frequenoy conductivity
fluctuations in reversely biased.germanium p-n junntions
PERIODICAL: Fizika tverdogo tola, v. 3, no- 5, 1961, 1571 - 1573
TEXT: The author presents the results of measurements of tae temperature
depejadence of low-frequency conductivity fluctuations in p-n junctions In
germanium with reverse bias. The junctions were obtained by introducing
indium. into n-typs germanium (resistivity of about 1 ohm. am) by fusion in
a hydrogen atmosphere. The samples were OtChed electrolytically, rinsed,
dried in a vacuum furnace, and sealed in dry air. The spectral density
of the noise current served as a measure cf fluctuations, where 1 2
4f n
is the mean square noise current of the short-circuited diode in the
frequ;.-~ncy band Af. Measurements were made at 75 cps. The noise band Af
passing the measuring amplifier was 8 cps. The fluctuations at this
Card 1/3

Temperature dependence of...
23127
S/181/61/003/005/032/042
B108/B209
frequency are considerably higher than the shot effect and thermal noiaes.
so that these may be neglected. Figs. 1 and 2 chow the spectral density
of the noise current as depending on,temperature for various voltages.
The rise in fluctuation intensity shown by some of the samples at highs::
temperatures is related to leakages. It is believed that the rise in
fluctuation intensity at low temperatures observed in all samples is
connected with a carrier avalanche in the junotion layers. The most prob-
able site where such a particle avalanche wilL aria& is the boundary
between a p-region and an n-region reaching tiae sur%e of the germanium
sample. There are 2 figures and 3 references: I So t-bloc and 2 non-
Soviet-bloo. The reference to an English-languageipli, lication reads
as follows: W. Ponger. Sb. "Transistors P, ROA Lab.'.Princeton, 239,
1956.
SUBMITTED: November 30, 1960
Card 2/3

AUTHOR:
TITLE
Karpov, Yu. S.
24911
Experimental verification of
components of low-frequency
p-n junctions
S/181'/61/003/006/008/031
B102/B201,
the existence of two
fluctuations in devices with
PERIODICAL: Fizika tverdogo tela, V. 3, no. 6. 1961, 1691-1693
TEXT: W. Fonger (Transistors I, RCA Lab., Princeton, 239,1956) introduced
the notion of two chief components of low-frequency noises in studies of
low-frequency noise in semiconductor diodet3 and triodes; the first com-
ponent is caused by fluctuations of the rate of recombination surfaces,
and the other is the leakage noise. With it view to checking this assump-
tion the author of the present paper studied the noise properties of
jun3tion-type transistors at low frequencil?s. He succeeded in showing
that there are at least two different sour-~es of low-frequency fluctua-
tion5, each of which having a frequency spectrum which is about
inversely proportional to the frequency. Fonger?s theory was confirmed
and completed. The author worked with germanium p-n-p transistors having
Card 1/3

24911 S/181/61/003/006/008/031
Experimental verification of the B102/B201
the following parameters: resistivity; I ohn-cm, reverse current A 30a
(at ~v collector voltage '). current amplification A 0.95. The noise
coefficient was chosen as the noise characteristic to indicate by how many
times the total level of the inner fluctuations in the transistor exceeds
the thermal fluctuations of the generator impedance R 9(all referred to
the input). Tf the noise coefficient is denoted by P. the following
relation will hold for the mean square of the noise voltage (referred to
the transistor input): 7 F4kTR Af (k being the Boltzmann constant, T
n 9
the absolute temperature, f the narrow frequency band in which the
noise is measured). The measurements were conducted at different
frequencies in the frequency range from 20 cps to 16 kc/sec. Experiments
showed that all specimens concerned could be divided into two groups. The
transistors of the first group displayed a monotonic growth of the noise
coefficients with growing emitter current (in the frequency range in
which the low-frequency fluctuations prevailed); it was found typical of
the specimens mentioned that practically no low-frequency fluctuations
occurred at frequencies above 500 cps with any emitter currents (P was
frequency-independent above 1 kc/sec). At IJCO kc/sec the low-frequency
Card 2/3

24911 S/ 1 a 1 /61/003/006/008/031
Experimental verification of the ... B'102/B201
fluctuations were considerable with 0.2 ma emitter currents. At 175 and YX
75 kc/sec the low-frequency fluctuations prevailed upon the remaining
noise components. Transistors of the first group displayed practically
'no deuendence of F on the collector voltage, In transistors of the
second group, F was considerably larger a-.; cciDuared with those of the
ftrq-t group. In those transistors, the low-frequency fluctuations were
the chief noise component in the entire frequency range concerned. In
specimens of the second rfroup, F was dependent on thA emitter
~,urrent; it grew, however, quickly with growing colleotor voltage. This
difference between the two groups may be expLained in that either one or
the other rompcnent of low-frequency fluotuations prevailed. This could
al,go be proved. The two sources of low-freq,ioncy fluctuations have a
spectrum of tho form I/fn, where f i9 he fr~~qupncy and n--!. There are
2 figure:A and ~ references: I Soviet-blr,~, and ? nor- Sovie- -bloc. The
referepces lo Eng-1--sh-lang-urige ~7(aad as follows W.Ponger.
Trans:istor.q 1.. RCA Lab. . Princeton, A.Van der Zikil.ilroc.ME.
116. uo. 6, 1 ol 91 c)rp, .
SUBUITTED: Dec~ember ?3, 1960
Card '1/5
~Ii

:;/ibi
/62/004/003/022/045
B125/B108
D. N. , and Karpov, Yu. S.
111 E R.,!coi,lbination fluctuations of the i,'~otocurr nt from
t,
i llumtin at io,-, of i)-n tritrui i tions
0
ri7.iki tvc-rdogo tela, v. q', no. 19S2,
2
The intensity spectrum 1-J, = i- 0~ ;-he
f
,)notocurrent fluctuations o-.,.-in ',; to fluctuat:Lono in the recombin.-ation
xtke s durin,, the illumin:.ttion of 1)-n junctions- ;.,ith fuzed-in
in6ium) was studied in the fret-luency rFne of 10 2 5 ZeIkl
den,)Lez the ideal net current of the photodiode; I ii-, the number of libght
quunta absorbed per unit ti-m,,, q the quantui yield of the photocell.
Twelve samoles with distance: of d = 0.05 0.~ between tll~e illuminated
,;ur
-ce and the junction. surface v,,ere 4,-
,V(!:3 t 4-at ed .Fig. 1 :;hows the
tyoic~41 curves for the spectrum of the intensities of photoc.rrent
f-luctuations for three samples with d = 0.0,-,, 0.11, and 0.4 mmm. JiLh some
kilocycles per second, the fluctuation intensity whici is practically
Card 1/�

Recombination fluctuations of the ... B125/BI08
equal for all samples lies near the shot noist, lovol (25-35 pa) -)f the
vacuum photocell . At lower frequencies, an increase in d notably increases
the fluctuation intensity, in the thickest samples- to about tn order above
the ohot noise. In the spectruzi of thin s,imples, which is continuous in the
41
Irequency range investigated, a low-frequercy componont appearo, when the.--t.,
samples are illuminated with a broad light b0fL111. In L-in sam 1e , th
Q p 0 e
intensity of fluctuations is nearly proportional to the first power of the
photocurrent, even at low frequencies. in thick samples,however,
-~i2increases as i k, k lying between 1.6 arid 2 for the different samples.
On irradiation of the samples with small absorption coefficients, tl-e
intensity of low-frequency fluctuations decreases. On longwvve irradiat-~-on,
the pair production is rather uniformly distributed over the ensire thick-
ress of the sample, and the effect of surface recombination on the
photocurrent is less. M. I. Kornfelld and G. Ye. 1?ikus --r- thz~nked for
discussions. There are 4 figures and 11 references: 5 Soviet and 66 non-
Soviet. The four most recent references to English-langulge publications
read as follows: M. I. Kornfeld, D. N. I'Airlin. Proc. Intern. Conf. on
Semicond. Phys., Prague, 2052, 1960; U. F. )ianola. J. Appl. Phys., 21,
51, 19)6; D. E. Sawyer, R. H. Hediker. Pro,.. IRE, No 6, 1122, 1956;
Card 2/4

Ti
o~f
In

KARPOV, Yp.~~.; POLYAKOV, Yu.A.
Errors in measuring the noise coefficient of transistors at
low frequencies. Izv. vys. ucheb. 2av.; prib. 8 no.2:7-10
165. (MIRA 18:5)
1. Leningradskiy elektrotekhniches~iy institut imeni U11yanova
(Lenina). Rekomendovano kafedroy av-tomatiki i telemekhaniki.

ACC N'R- AP6034939'_
A*LMHOR; IMertins , V. Karpov, Yu, S.
ORG: Leningrad Electratechnical Institute im. V. 1. Ul'yanov -Lenin, Novgorod
Branch (Novgorodskiy filial Leningradskogo elektrotekhnicheskogo instituta)
TITLE: Low frequency voltage fluctuations in film resistors
SOURCE: IV*JZ. Priborostroyeniye, v. 9,'no. 5, 1966, 20-22
TOPIC TAGS: fixed resistor, signal to aoise ratio , low frequency
ABSTR.ACT: Low frequency noise in the 120-20,000 cps range of -,;nin film and 1WER,
VS, and ULM type commercial resistors was measured. The corjrerc.-al resistors had
nominal values from 3.2 to 180 kf]; the thin film resistors, made from .-%cuum-deposited:
'N.-ichro-me on a glass base, had nominal values from 2 to 70 ksl, The measurements
were made by comparing nois& voltages developed across samples to those developed
across a standard, reactance free, wire-wound resistor. The nea6uring equipment
Included a low-noise tube-type preamplifier with EL calibrated attenuator, and an
R,%]S voltage analyzer. 7he noise for all of the siurples decreased with frequency
and was relatively independent of the applied voltage across resistorr. Orig. art.
has: 2 figures and 1 formula.
SUB CODE: 091 SUBM DATE-: 3lJan66/ ORIG REP: 003/ CTH REF: oo8
Card 1/1 UDC: 621.391-822.3

KARPOVAI, A.; ITEWEVENYO, G.
Machine Tools
Improve tools and technolop_7 Tekh. molod. no. 3, 1952
Monthly List 2f Russian Accessions, Library of' Congress, August, 1952. UNCLASSIFIED.

KARPOVI~, A. AND OTHEEF-
Efriciency, Industrial
Attention to spare time. Tekh. molod. tic. 3 (1952)
Monthl_v List ~f Russian Accessions, Library of Com,;resS, August, 19':2. UNCUSSIFED.

ARBUZOV, G.A., prof., doktor tekhn. nauk; AFANASITEV, A.A., dots.,
kand. tekhn. nauk; TEGOROVA, Te.L.; KARZINKINA, K.D.;
KARPOVA A A - MURVANIDZE E.M.; MIKRAYLOV ,A.N., prof.,,
io--Ot~O-r-tei~;;~: nauk, red.; KACHKO, I.L., ins*h., red.;
-ICRASNOBRODSKAT4; L.L., red.; TURGHENKO, D.L., red.;
MIKHLIN, E.I., tekhn. red.
[English-Possian leather and footwear dictionary] Anglo-
russkii kozhevenno-obuvnoi slova:rt. Pod obshchei red.'
A.M.Mikhailova. Moskva, Fizmatg:.Lz, 1963. I~v2 p.
(MIRA 16:7)
(Leather industry-Dictionaries)
(English language-Dictii)narieo--Russian)

0
Prot"ting crops from Hessian fly hjury by treating dit
$oil with hexachlotan. A. 1. r I
-ta . I. -'s.
"I kad Sil'&' I,,;. A'11'k :
L
15, Nw 2' M-M I I). I 11r., f" h%'. kr'. ..I I h,
ilign-41CIII J~l 11'..
It'nLrd illto 111C 11-1-. l1v
-kh'. applk=liulk "I 11w
Illoting lite w('I' I K. kg. .)f llloio i, A- d.
(vowe ill lVdUcillit 16 llo. of di-. No 1-101-1, '~~ th,
cloll wt:fv 1. S- i'd1v

GRIGORIYZVA, T.G.; KAMYA, A.I.
7eeding specialization of the frit fly Oscinella pusills. Meig. in the trans-
Volga region. Zool.zhur. 32 no-5:893-902 3-0 153. (MLRA 6:10)
1. Veeiioyuznyy nauchno-lealedovatellski;r inatitut zashchity rasteniy.
(Volga valley--Irrit flies) (Frit flies--Volga valley)

XARPUVA, A.I. -1
-- Some data on the ecolo&7 and harmfulneve of the frit fly. Sool, z4ur,
35 no-5:729-740 My 156. (MI2A 9:9)
l.Vsesoyuznyy nnuchno-Issledavatellskij, Inatitut zashchity rantenty.
(Frit flies)

YARPOVA, A. I.
Development and harmfulness of the frit flies Oscinella pusilla
Mg. and 0. frit 1~ (DI ter&, Chloropidae) occurring on corn in
non-Chernozem re;ons Ewith summary in English]. Int.obos. 37
no.4:812-819 '58. (KIRL 11:12)
1. Vaei3oyuzrqy institut zashchity !."asteniy, Leningrad.
(Corn (Kaize)-Diaeases and pasts) (Frit flies)

KkRPOVA, Aj.-
Development and food relations of the corn borer Pyrausta nubilalis
Hb. (Icpidoptera, Pyralidne) innew corn regions. Nut. oboz. 38
no.4;724-733 '59 (MIRA 13:3)
1. Vaesoyuznyy nauchno-issledovatel'skiy institut zashchity rasteniy
(VIZR), Leningrad.
(Bryanek Province-Airopean corn borer)

KARPOVA, A.I.
Fauna of frit flies (Diptera, Chlo.ropidae) of wheat fields and
virgin steppeB in t~,) ncrthern pro-iinces of Kazakhstan. Trudy
Vses. ent. ob-va 5C:73-88 165. (MIRA 18:5)

KARPOVA, A. 1.
Species and population dynamics of Injurious ineects in seedless
corn fields* Ent. oboz. 44 na.3t-1,95-502 165. (MIRA 1.8.9)
1. Vsesoyuznyy muchno-legledovatel"okiy Lrmtitut zashchity
rasteniy, Leningrad.

A.-L.
T-E-ff-eel, c-1-It"Int-on-th-e -th-erm-a-I'decolorization of tricarbo-
cy and the chemical nature of the sensit'
"I" d
yg
T-zM-,
Chemical Abstracts component -of gelatin. -YuKjI- 'MnAkrivskif jnTA. I-
J;AQ . DAIddy Akad. Na"T S.S.S.R *- 91, 2f)q-aOO
May 25, 1954 (i933).-The effect of 3 gelatins an the decolorization of
FhotogTaphy 3,3-diethylthiatricarboc5~inine imlide (1) w.Ls detd. at
41.3* for mIxt3. of 100 mi. of 4% aq, solit. of gelatin mid
12 nil. of 4 X 10-6 H I in Et,)H. 'rite chem. seti5itizer
content of the gelatin samples was detd. by reaction with
Ag ion. Gelatin retards the decolorization of 1, and the
effectiveness Increases with sensitizer content. Na,9:03
also retards decolorization, Conelti.-lon: tile sensitizer is
NatSiOa or an Itiorg. compil..otsimilar structime.