SCIENTIFIC ABSTRACT KONKOV, N..G. - KONKOVA, O.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824310009-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KONIKOV, N.G. lnsh.-podpolkovnik
University for pilots Is operatlonalo Vest.Vozd.Fl.
no.6:56-60 Je 160. (HIM 130)
(Aeronautics-Studr and teaching)

1101110V, inshener-podpolkDvnik; JWHAM, X.M. , inshener-polkovaike
SELLrAKHMROT. V.L. inzhaner-podpolkDvnik, Prinimmli uchastiyal.
FILIPPOT, T.T., Inzbener-polkovaik, FANOT. N.C. inzhenu%j"pobmvnUc
Transport planes prepare for flight. Toot.Tozd.J'I. no.1:6"9 J&
,61. (NIM 13:12)
(Transport planes)

KONIKOVO N.G,, inzheaer-ipodpolkovniki SIVTSOV, V.T., podpolkovnik
------------
He gave his wo2A ;and kept it. Vest.Vozd.Fl. no.8:24,32 Ag 161,
(MIRA 14:8)
. (Airplam,, Mlitk7-MLintenance and repair)

KONIKOV., N.G., imbo-podpolkovnik
In the Kharkov Aviation School. Vest. Vozd. Fl. no.10:46-
53 0 161, (MIU 15:2)
(Aeronautica,g Kilitary-Study and teaching)

KONIKOV, Illikolay Grigorlyevich; KU21ETSOV, V.A., prof., doktor
1-h.- -n* uk, general-mayor inzh.-tekhn.sluzhby, red.;
SHORIN# A.M.$ red.; MURASHOVA, L.A., tekhn.red.
[Aircraft rocket weapons; according to data from foreign
newspapers] Raketnoe oruzhie na samolete; po dannym za-
rubeshnoi pecbati. Moskvx, Voenizdat, 1963, 107 p,
(MIRA 16.12)
(Airplanes, Military-Armament)
(Rockets (Ordnance))

A.
h217--66 LW(m)AFA(w)r2/*ZWA(m)-1 ZjP(.c)... .03
1065/1072
!ACCESSION NIS
ATS007979 S/0000/64/000/000/
AUTHORS Abralkyang ye. A - Bander 1. To.; AgrAsrenko. L. N-1 kgftrA-9~-"
Winow 'A maum A. A.& Pallchik
6 t Ta
Samoylov. 1. W.--. Skrinskly. A. V. i Y4LR&-" YAO, kov. V. Q L N st
Nozhevmko 0. _& IL V., lov 00
A. i Ostreykok G. M. I Pe
ute,
TITLEi Work on the stral-curvent acceleram6f the Nuclear tzzies I
so AN SSSRI (1) Strafi-g-curvent pul" accelerators wLth spiral storage cc VOW 45409-
tzonsa (11) Strong-current acceleratom with one-re lution capture of the in-
SOURCE s Internatimml Confereme an High Enam Accolg4tog. Dubna. 19630 Truft o.
Moscow, 05iram 472--
at
TOPIC TAGgs 'U&h 4114ra GUSIUSter, aleatroo electron been, W
Pla~
The work an developirg strong-curent electron ring accolorston
BMWs
Was begum to 1965 by the 4uthom at the Nuclear rwes Instims'. Meriatt
86sit, ith the- object of studyirg the posaLbLU f
Aca"W Of 611iWiGoo Ity a
clad 1/8

ACCESSION NRt ATS007979
1forming relativistic stabilized beams. In the laboratories of the institute ex-
,;perimental studies were carried out an the four methods for obtaining large ring
currents of relativistic electronsi (1) spiral method of storing the electrons In
installations of the betatron type with subsequent betatron synchrotron accelera-
tion (Budker G. 1. CERN Symposium 1. 68 (1956); (2) obtaining of limiting electron
!
~currents by means of the injection of electrons from a strong-current linear.ac-
1 colerator Into a ring chamber of large aperture with subsequent synchrotron accele-:
iration; (3) storage of electrons In tracks (parking orbits) with constant magnetic
field by means of the multiple injection of electrons from another less strong-
current accelerator; this method to utilized for the storage of electrons and poll-'
trons in experiments with coLlidInX beam (expounded in detail by G. I. Budker
Jn the present collection$ ps 2701 (4) obtaining of large electron currinis by
i means of the acceleration of electrons by a ring plasm. The present report dis-
cusses the first two methods under the following topics t (1) pulsed iron-lose
betatron with prelLisissary charge storage (B-2 device) I strong-current pulsed syn-
chrotroii B-2S; pulsed strong-current betatron with spiral storage (B-3 device).
(II) Iron-lose ame-turin strang-curresst synchrotron (163) 1 strang-current pulsed
Isynchrotron 8-3N. Origs arte hoes 711pres.
Card 2/3
7-

,L 4237-66
=UaION a ATsoorm
--A.- 88.1bg On AN 211M (V~OIAAV VMMICS lMtltVt* 11

1, 0564?-67 FW1 I'M0
ACC NMs-
M602 20---. __S&fRCE__ CODE:' - W0089/66/020/003/0266/02i& -
AUTHOR: Budker, G. I.;'Kiselev, A. V.; Kon1kov., A.; Nifontayp V. 1.
N. Na A.
Ostreyko, G. N.; Panasyuk, V. .; Petroi;_V. Vo; Yu ns L. I.; Yasnovs G. 1.
ORG: none
TITLE: Starting of the B-3M synchrotron& used as an injector for a positron-electron
storage ring
SOURCE: Atomnaya energiya, v. 20, no. 3, 1966, 2o6-2io
TOPIC TAGS: synebrotron, accelerator, storage ring, cyclotron magnet/ VEPP-2
storage ring, B-3M synchrotrons IUJ linear accelerator
ABSTRACT: The article describes an adjustment, of a synchrotron with external single-
turn injector and single-turn emission of electrons and with a specially constructed
electromagnet. This pulsed synchrotron is designed to serve as an injector for the
VEPF-2 storage ring for colliding positron and electron beams) designed and described
by one of the authors (G. I. Budker,, et al.., in Trudy Mezhdunarodnoy konferentsii po
uskoritelyam., Dubna, 1963 [Transactions of International Conference on Accelerators)
Dubna, 1963], Atomizdat, 1964, p. 1065, and elsewhere). The article describes the
synchrotron itself (Fig. 1), the magnet, two variants of capture into synchronism.#
and various test procedures. The injector for the B-3M synchrotron was an ILU pulsed
linear accelerator. The injected electrons had energy 1 - 1-5 Mev (pulse duration
-7 nsec) and were accelerated to 50 Mov. The B-3M synchrotron makes it possible to
Card -1112 uDc: 621.384.612.12
1, 05642-07
_ACC 'NR:'____'jj&2l626
Fig. 1. Block diagram of the apparatus of the B-3M syn-
chrotron. 1 - Starting-pulse block, 2 - electromagnet
excitation) 3 - hf generator moduiator~ 4 ~ injector hf
generator, 5 - phase shifteri 6,7 - modulators., 8 - am-
plifier, 9 - computer, 3D - phase fixing block, 11 - de-
lay line, 12 - electron gun pulse generator) 13 - elec-
tron shutter pulse generator, 14 - inflector pulse gen-
erator, 15,16 - delay line, 17 - voltage comparisonj
18 - reference voltage, 19 - deflector pulse generator,
2C) - electronic shutters 23. - channel electron supply
block.
operate the VEPP-2 storage rim at energies 100 - 130 Mev and an electron current -100
mA, at an approximate repetition frequency 1 cps. The INj injector was recently re-
placed by one with higher injection energy (2-5 - 3 mev) and longer injection pulse
(15 nsec). This increased the number of electrons in the storage ring by approximate-,
1y a factor of 10. Orig. mt. h": 10 figures.
SUB CODE: 2D/ Sum DA7E: 22Nov65/ ORIG REF: 006
r~r.4 212

NEFEDOV, A.Ya.; ZHAVORONOK, V.Ye.; KONIKOV, N.O.
Conference of telecommunication workers by mail. Voat. eviazi
22 no.5:20-23 Pq '62. (MIRA 150)
1. Nachalinik Ivanovskogo oblastnogo upravleniya svyazi (for
Nefedov). 2. Nachallnik Kiyevskogo pochtamta (for Zhavoronok).
3. Nachallnik Ryazanskoy rayonnoy kontory svyazi (for KonIkov).
(Telecommunication-Employees)

P
L 34407-66
iirc
ACC NR% AT6022656 WE/JT/GD SOURCE CODE: UR/0000/66/000/(
AUTHOR: Pleshanov, A. S.- Kon'kov P. A.
ORG: none
7i
TITLEz Wonimentropic nonequilibrium_j!s flow through a nozzle with allowance for
friction and-heat transfer
SOURCE: AN SSSR. Energeticheskiy institut. Issledovaniya po fizicheskoy
gazodinamike (Studies of physical gas dynamics). Moscow, Izd-vo Nauka, 1966, 141-157
TOPIC TAGS: nozzle flow, gas flow, laval nozzle, propulsion, combustion
ABSTRACT: An analysis was made of a. nonequilibr4o flow of a reactina Ras
through a Laval nozzle with allowance for frictionilind heat transfer. A calculation
method was developed based on gas dynamic and thermodynamic equations which in-
cludes several steps, i.e., the calculation of equilibrium and frozen flows in the
entire nozzle and in the diverging and converging sections. As an example, the
flow of lithium plasma through a nozzle was calculated. Orig. art. has: 93
formulas. 21 (PV)
SUB CODE: I/ SUBM DATE: 31Feb66/ ORIG REF: Oll/ OTH REF: 003/ ATD PRESS:
S033
Card 1 /1 6L G-

34232
S/F161/62,/004/002/015/051
B102/B138
AUTHORS: Gross, Ye. F., Suslina, L. G., and.Kon'.~ ~Ip
TITLE; Exciton spectrum of hexagonal ZnSe single crystals
PERIODICAL; Fizika tverdogo tela, V. 4, no. 2, 1962, 396-400
TEM, Exciton absorption and reflection spectra were studied at 4.20K
on ZnSe plates with a maximum area of 10 mm2 and depths ranr4n- from a
few to some tens of microns thick. They were obtained by evaporating
ZnSe powder in an argon atmosphere. The measurements were carried out in
polarized light with an VC11-28 (ISP-28) spectrograph with linear
dispersion of 45 R/mm in the 4330 R range, and an M-51 (ISP-51) with
25 Almm dispersion in the same range. The absorption coeffi,::ient was
6 -1
-10 cm . For Elc the absorption edge was 4556 2, for Elko a' 4292.~
io
The absorption line (A) with maximum at 4335 1~ and,-10 ~ in width is in VK
+he extraordinary ray, and is intensified as the angle 'betiveen E and c
increases. It was studied in detail. With an Irc angle of up to
-50-350 a side line (B) appears with 4311 ~, which has the same polariza-
Card 116.

34232
3/181/62/004/002/015/051
Exciton spectrum of hexagonal ZnSe ... B102/B138
tion. The same effect of extraordinary-ray line intensification when
rotating the crystal was observed with CdS, CdSe. ZnS trid Vn,~,
reflection spectrum for E/Ic hac a peak at 9
4242 dip at 42A2
Chang Kuang-yin hao observed this lino (0) at 4427 ~. This valuc 1.3
taken to be correct. The ZnSe exciton spectrum is confronted with
theoretical results and with results for ZnS at 4.20K:
Position and polarization of exciton lines
ZnS Polarization
3205 E I c
3180 -
3115 E 11 c
ZnSe Polarization
4335 E I c
4!311 E _L c
3237 E It c
The energieg of valence band splitting, E AB rind E.., WerO XLISO detel"Ili!_,Cd
and compared with those of ZnS (Table2). G. A~ Z/holkevich (Uch. zaps
LY
Vologodsk, ped, inst. ?1, 103, 1958), B. S. Razbirin and V. !,. Safaro-r
(FTT, 2, 2954, 1960) are mentioned. There are 3 fiivure,,4, _2 lables, an~
Card 2/ # -)
r

3
8/181/62/004/002/'015/051
Exciton speoti~uin of hexagonal ZnSe ... B102/B138
17 references: 9 Soviet and 8 non-Soviet.. The four most recent
references to English-language publications read its follows: D. G.
Thomas, J. J..11opfield. Phys. Rev. 116, 5'(51 1959; J. L. Birman. Phys.
Rev. Lett., ~2, 157, 1959; J- J- Hopfield. J. Phys. Chem. Sol., 15, 97,
1960; D. G. Thomas. J. Phys. Chedr;~_Sol. 15, 86, 1960.
ASSOCIATION: Piziko-tekhnicheakiy institut im. A. P. Ioffe AN SSSR
Leningrad (PhysicotechnioDl Institute imeni A. F. Ioffe
AS USSR, Leningrad)
3UBMITTED: August 16, 1961
Card 31

KCIRIZOV.P. I.; ANCKKIIIA,A.M.
A book which helps Improrf the qmality of fabrics (I'Tenting
the quality of crude and finished fabrics" N.N.Tomesenskli.
Reviewed by Polo NonIkov, A.N.Anokhlzia). Toket. prom. 15
n0-5:48-" MY 155. (KM 84
L. Zave&Wushchly prolmodetrom Vtorcy sittoonabivnoy fab-
rIk4I (for Konlkov) 2e Zaveduyushchoya nauahno-Okhnicheskay
bibliotskoy (for Anokbina)
(Textile-fabrics-Testing) (Tomeseaskii,I.N.)

WNIMOV, P.I.
Obtaining on fabrics pr1nW patterns with a fast luster.
Tokst. prom. 19 no.3:58-62 VT 159. (MIRL 12110)
1,Glavay Inshoner Vtoroy sitsonabiwnoy fabriki.
(Textile pritting)

.KON'KOVj,.P.j.;__XULIKOVA, T.N., mladshiy nauchnyy sotrudnik; TSVETXOV, S.N.
Two-stage method of filling fabrics with vat dyes. Tekst.prom. 2Z
no.104-56 Ja 962. (KIP-A 15:2).
1. Direktor Serpukhovskogo nauchno-issledovatel'skogo instituta
tekstillnoy promyshlennosti (for Konlkov). 2. Serpukhovskiy
nauchno-issledovatel'skiy institut tekstillnoy promyshlennosti (for
Kulikova). 3. Glavnyy inzh. 2-y Sittsenabivnoy fabriki (for .
TSvetkov).
(Dyes and dyeing) (Textile fabrics)

KONIKOV P.I.; IVANOVAO T.A.
Using emalsion thickeners with mineral oils for textile printing.
Tekst.prom. 22 no,6s63-65 Je 162. (MIRA 16:5)
1. Direktor Nauchno-issledovatellskogo institute tekstillnoy
r=yshlennosti (NIITP) Moskovskogo soveta narodnogo khozyaystva
or Konlkov). 2. Rukovoditel' laboratorii khimicheskoy
U
tekhnologii Naucbno-issledovatellskogo instituta tekstillnoy
promyshlennosti, (for Ivanova).
(Textile printing) (Thickening agents)

SAIA)V,
Foli KOV j.
Phynical. 41
friod ur!th 1m+ colors. Vevurt No.2. ',.:.v vys. u heb. zav.; to~-J~.
-a~~
tek3. prom. no.3:102-108 - 164.
Inst! ut.

?'.I.; $ 1". 1.
E,valum Lion and sclectiun of thickenerl" for tho orintima
with vat dyes. Report No.3- Izv- vys. ucheb. Leh-, tekst.
prom. no-4:111-115 t 6"+. (1111di 17:12)
1. llloskovskiy tekstillny:j instiliA.

.w1fl- , ~y "-b 5er ; KRISHTALI, L.I. redaktor; BOBROVA. T9.1,
10.1;w
tek~hnchift rtaktore
[Specialization and cooperation in railroad transpoftationj
Spetsializatalia I kooporlrovanie na shelesnodoroshnom Wan-
sporte. Moskva, 4os. tranap.shel-dor.izd-yo, 1957. 47 pe
OU2A 10:6)
(Rmdlroods-Kanagement)

KOITIKOV, P.S.. red.
ibor problems in railroad trananortation] Voprosy truda
na zholemodoroxhnom transporte. Nof;kva. Gos.transp.zhel-dor.
izd-vo. 1959. 145 Pe (MIRA 13:1)
(Railroads)

KONIKOV, i,.8., datserit. kand. takhn. nauk
Fractice of using a detailed record of a workday to determine
hidden potentialities for Increasing labor productivity during
the transition to a seven,-hour vorkday4p Trudy MUT no.11605r58
159. WU 12 . 11)
(Railroads-flaintenance and repair)
(Job analysis)

KONIKOV, P.S., dotsent, kana. tekhn. nauk
."MMOMMOMM
Organization of labor and labor productivity in assembly line
maintenance of freight cars. Trudy MIIT no.116-.59-81 159.
(MIRA 12:3.1)
(Railroads-Freight cars)

KONIXOV, P.S., kand.tekhn.nauk...dotsent
Regular flow of hourly proauction and its effect on labor'
productivity. Trudy MIN no.136:5-12 161'. (MIRA 15:1)
(Railrodds,-I,abor productivity)

KULAGIN, Nikolay flikolayevich; DUDAYEV, Pavel Ivanovich; ~OIIIKGV,
P*S*p retoenzent; DONTSOV, A.Ta., retsenzent; KOLTUROVA,
LeFe. tekbn. red.
[Production norms in railroad transportation]Nomirovanie
truda na zhelemwdorozbnom transporte. Moskva, Transzhel-
dorizdatp 1962, 214 po : (MIRA 15:11)
(Railroads-4Production standards)

KONIKOVp P.S.p , kapd. tekhn.nauk, dote.; DONTSOV, A.Ya., insh.;
iuRCHENKO, I.F., insh.1 ANGEISYLO, V.I., reteenzent;
BAEENKOP V.I., retsenzentl ZAPRgVSKIT, G.S., reteenzent;
KRIM=p G.D., retsensent; MANIN,.I.I., retsenzent;
NAUNOV, G.K., retsenaent; TOLSTOSHEY, AA, retsenzent;
TUCHKEVICHv T.M., retsensent; FEDORETS, V.M., reteenzent;
FELODMAN, M.F., retsenzent; MNKOV,, N.Ya., retsenzent;
USENKO, L.A.9 takha. red. .. . :
[Establishing work norms in railroad transportation] Tekh-
n1cheekoe normirevanie truda na shelesnodoreshnom tranBporte.
Moskva, Tranasholderisdat,, 1963. 366 p. (MIRA 16:9)
(Railroada-Production standards)

ICKIKOV, S.A.. In2hener.
Work orpnization In the construction of the Terek-ftme Canals
G1dr,I eel, 9 no,1:16-28 Ja '17o (KIRA 10:1)
(Terek- lum Canal) (Hydraulic engineering)

AUTHOR: Kon1kov, S.A., Engineer 98-58-5-16/33
TITLE: Letter to the Editor (Pislmo v redaktsiyu)
PERIODICAL: Gidrotekhnicheskoye Stroitel'stvo, 1958, Nr 5, P 49 (USSR)
ABSTRACT: The author refers to an article written by Engineer I.V.
Aron, Nr 12, this magazine 1957, and points out that in
1934 he had already designed hydraulic lifts for the seg-
mental headgates of the Malka-Kura main canal on -the Malka
river and others at the head gates of the Bakean-Malka main
canal on the Baksan river.
There are 2 Soviet references.
AVAILABLE: Library of Congress
Card 1/1

SOV/99-59-8-8/10
30(l)
AUTHORSs Litinskiy, E.E., Candidate of Technical Sciences, and Kon1kov,
S.A., Engineer
TITLEs Terek River Dumed by Directed Blasting
PERIODICAL: Gidrotekhnika i melioratsiya, 1959, Nr 8, pp 46-50 (USSR)
ABSTRACTs During the last years in the USSR the substructure of rivers has
been carried out a few times by explosions, for instance in 1942,
during the con8truction of the North-Canal of Tashkent, where
with the aid of six tons of explosives the water was detoured
I by a dike of 4,000 cubic meter into the new river bed. SWIn
methods were applied in Uzbekistan with 28-30 tons of explosives.
In the same region floods could be prevented with the aid of 50
tons of explosives, etc. The explosion on January 15, 1959, block-
ed the river bed of the Terek nearthe village . Pavladollskiy and
the water was detoured into the new ferro-concrete bed of the
Canal Terek-Kumsk. A drawing (Fig.1) and a picture (Fig.2) ex-
plain the plans and the explosions. Preliminary calculations
0, gave a price of two million rubles for the ground work. By the
Card 1/~

sov/99-59-8-8/10
Ter.ek River Damming by Directed Blasting
application of the explosion method only ope million rubles were
useaed. A sketch (Fig.3) explains the explosion method. Described
are also the pro-calculation and the careful working methods. Con-
clusiont Under favorable conditions, the explosion method in ch*ap-
er. By an explosion the ground is from 15 to 20% more compressed
than by conventional methods. There are 2 diagrams and 2 photo-
graph*.
Card 2/2

KONOKOV, V.; FOLEKUTIN, N.
Cotton Growimg
Rational use of tractors in cotton growing Xhlopkovodstvo No. 3, 1952
Monthl-v List of Russian Acctss~ons,, Library of Congress, June 1952. UNCLASSIFIED.

Organizing tractor brigade work at ma,3hine-tractor stations serving Uzbekistan cotton
plantations Tashkent, Gos. izd-vo UzSSRp 1953. lhl P.

huwv) V. s.
organizatsiia raboty traktornykh brigad v khloplor/kh !."Ir!i UzbekistanaZO'rganization
of tractor brigade -work at machine-tractor stations serving Uzb,2kistan cotton cultur!7.
-Easlikent, Gosizdat Uzbekskoi 6SR, 1953. 143 P.
1-0: Monthly List of Russian Jiccessions Vol. 6 11.'o. 11 V'ebruary 1954

KMIKOV, V,, inshener.
Unloading tractor. Stroltell 2 no.4-5:18 Ap-Vq 156o
(Loading and unloading) (KUU 10:1)

KON'lov, T.
Our affairs and tbou&-ts. Sov.profsoiuzy 16 no-5:38-W
mr 16o. (MIR& 1323)
1. Predsedatell rabocbkona Shuyekogo sovkhoza, Ivanovskoy
oblasti.
(State f"Um)

IONIKOT
J- ~r
Flat step into the futwe. fty.profsoiusy 19 no.5s24w25
Mr 163, (N3RA A #2,)
1. ft"s*Utell rabochep kmitata so*hoza R"kiy&
Ivommkoy oblel, Xkkm4iodm*
(Clana-leammic contUtims) (Guma-Mrade unions)

KAVUN, Ye.S.; DMITRIYEV, A.R.; KONIKOV,_V.G.; SEMENOV;, V.V.; YAKOVLEV,
A.V.
Digital tracking systems using ferrite and transistor cells. -
Avtom. upr. i vych. tekh. no.5:233PQ94-162. (~M 15:9)
(Automatic control) (Electronic calculating machines)

IONIKOVI V I.; TSIMANDVICK, B.G.
Raw technological finishing process for highly polished bearing
disco of the large also hydrogenerators. Zlektrosila no.14:104-108
'56. (MIM 12:12)
(Bearing (Machiner7)) (Electric generators)

XONIXOT~., V.,I., inzhener.
Xquipment for cutting trenches In fresm ground. Mekh.trud.rab.
10 no.12:40-la D 156. (KLRA 10:5)
(Uribwork-Cold veather conditions)

XONINDY, T,I., Inshamer.
~ . -
Continuous operation conorste plants. Kekh.stroi. 13 no.3!6-12
Mr '56. (Concrete plants) (=A 9:6).

101frov, V.I.
-~
Measuring the distortions Introduced by start-stop telegraph
transmitters. Test.sviasi 14 uo.9:3-5 3 054. (MLU 7:10)
1. Inshener prolsvodetvennoy laboratorit Hoekovskogo tsentrallnogo
telegrafa.
(Tel*graph--Apparatus and supplies)

UM/Electronics Telegraph, transmitters
Pub. 133.-:2/21..
Authors -Konlkov, V. I., engineer of the production laboratory of the Moi;cow
19f7wi-ii _~~ph
Title Measuring distortions caused by start-stop transmitters
Periodical t Vest. svyazV.9, 3-5, Sep 1954
Abstract j General information on the peculiarities of telegraph transmiti;ar's is
given. The operations of various current cam-sleeve distributing sys-
tems of teleoraph transritters are compared. The effects of ratchet
and friction type couplings are analyzed. Practical methods for measur-
ing distortions, caused by start-stop transmitters, with the help of
stroboscopic and bar-type measuring devices and also with the help of
a start-stop model, are described. Diagrams.
Institution
Submitted

XULDYSEST, Ivan Upitenovichl ;VNIKOW, V.I., etvatetvsnW redaktor;
BAL1110T, B.S., redakto -. TATWINW.' A.B., tekhmicheekly redektor
9 0
[My experismice withimorvicime M35 telegnphle equipsientl Not
spyt obsl=hlvaalU telegrafsykh apparatev . 35. Moskva. Cos. lid-vo
lit-ry pe vepresam sviazi i radle. 1956* 33 p. (KUU 9:7)
(TeUgraph-Affmatus and svpp2les)

MOROZ, Nikolay Indreyevich; TOLMACHEV, Yuriy Aleksandrovich;_KQN,IKOV., V.I...
otve red.; SVF#RDWVAp I.S., red.j SHMR, G.I., tekbn. red.
[Repair of telegraph apparatus and automated attachments] Remont tele-
grafrqkh apparatov i pristavok avtomatizataii. Moskva Gos. izd-vo ,
lit-ry po vo, rosam sviazi i radio, 1961. 239 IMIRA 14:11)
Kelegraph-Squipment and supplies5o

Dill 10 ll()llt?Z Imam x
sucul"
01

pulad
ja Uilquim lilt,

lill t)%jv pull opkill.) Ilp
I Dill D:,111104 d Ipm X.vm
Slit).) inp-11 Io Dill japur) ~s

I
0111 pa-%Ulq swillill" Nf) j0 'lilt) 010 0311-111118
1~LjoJI'mp'li Joi juji ') Altilswil Islillm
'A40Olj)
Sill -IVJMJ~ Oj 1WI4111t 4411 Ill :11;13 D.1344%
I
-443-'a pm-;tIo-t $iil:kl q 1"m jzpj~-p wil j0 X1,11doia
fitinq qi1j) 311PI64 lu volplinj
jo qI1jtI~jIIvA pi"Imr, Ij)%I!kIjlnJj
Jo 1
)IOU JOIN
"up.-IIII) u0jifill(jisfi) 10 110111!J11"A allji!v pill F:;k3j1jl
At wo 411.113-p jo ifollmialul
104 jljjjcjk~

;f ~-Jvtnljp 51'
-ui)jjI-1uj0jq!rjI jo:tjI1v1,1 u q IF.11-ka(

-(IfIS ~~j 01 'Lit wairap-i; - I
Oil) ja Imp:m13111! hiplia

-t1l., U-1p
L
tq-di- EIj JUILU.)(10 111311IMPI-1 poisil oq_i -vp7Luuw

poul 1,)j
)I)Dtllvui ltalln)$i tly Toulm)) wolpmN i
11511'1 J0 1.111MI-DAVAl V till 31011)11)
3 01

Aq pauinqu 09 AcUl KNI ley omwis 61
523m twillUirolwl
-12. ato ua. 10
!Lldij YOM)
zill Aq 11111 Pit
.'M '11,V911 j
11flu Still III
OV130
. .
Sq it) it pill!
"
jj!j4jDIwAjU.F)
1134
SalpitilptunliAl Ill
"
"I
I 9~ RL "I
IdAll I
11
M
-a
I),)
~
VC9
WIMM'Alm
77
.
.

KONIZOV. V.L.
ftedemann-Frans law. Isv. vre. uch*b. sav.; fis. no.4:38-W
1 9. (MIRA 13:3)
5
l.Gorikovokly isaledovatellekly fisiko-takhnichoskiy institut iment
A.M. GorIkogo.
(Metals-Ilectric properties)
(Metals-Thermal properties)

SOURCE: !VT-'Z. Fizika, no. 5, 1964, 91-95
--S: Hall constant, dimensional effect, Hall emf, current
T-h
Ile author expresses the opinion that earlier investiqa-
the dependence of the Hall Conq-lant- samp! - dimer~-
incorrect formulation5 of hc,,th the problem and its
in addition, the earlier reaults were limited to sesviccn-
with sputtered low-res i stance current leads. He
i2xainlnes theoreticall-', the _I, Hal), constant
-a.,-q-;Ie dimensions in a scheme where-,n- '--ne Ha':~' eimf -is mea-
%-;;t-~,.out current leads, as shoun in F,,fj, I of tl-)e enclosure. An
Card 1/4

L 11969-65
'ACCESSION NR: AP4047352
4
analysis of the theoretical differential'e~uations for the electric
the sample, solved under suitable boundary conditions,
r:he Hall emf measured in this manner should not depend on
and it is claimed t-1hd,, ~-&-st re-
Sult-s contirm. this deduction. It is pointed out that the finite
GLTp'Le causes the current densi.LY 2e---rease away from
ler, but the resultant decrease in the Hall emf Ls exactly
c'~iarges produced on the end taces; thf- 5-ample x = +a
es for thp mea-
1~- t~~e Hall field. More ~-h,?m
t'hp Hall emf will be discussed hy t~ author separately.
r thanks 14. Ya Shirobok ov and V. A. Tolomasov for a dis-
a remarks." - formu-
-irtlcle nd for irt . ',~as: ?7
~71 (g,
":',N: Gor'kovskiy issledovatel'skil/ fizXo-tekhnicheskiy
~,Gor'kiy Research Physicotechnical Inst-'tute)
Ca-d 2/4

EN.CL-. -01
23May63
SUB comp'. NR REP 004 OTHERI 002.
Card 3/4

cOrd 4/4
71
-7:!-!
-~ 1
cq!
t
- i/ -g
~ 7
7-41
y
t1 - --t.- X
) - --
ly
V-g. I . Hall ef fact m&mxm3nt wiemut m=-ent leads.
f
I
1
-- - d

A:CCMSION NRI API=773 81018116VO"1=103010306
AUTHDRa Nonikors Ve Le-
TITLE i Theory of measuring the electrical conductivity of semicanduater film by
,means of sondes
jSOUMBs Fisiks tvardogo WAS V 6a no. is 1049 304-306
TAGSt 92ectrical conkativity# smiconductorj semiconductor fill% sonle#
TOPIC
sonde itathodjo field SqUUM
.ABsrRACTt -Four sondes were used in Wds Weriment. They were placed in lirwo
I- equally spacedq on the surface of the films a current I was passed through two of
them,, and the potential difference AY - was measured between the other two* The
electrical conductivity of the film was then computed by the foralls
IL
where d rgresenbs' the thickness of the film* 7he Yaks of L 4onputed. theoreticalp
1y) depends on Ww form and aim of the f i3a and an the position of the sandes*

ACG=ON MR s AP4=773
The basic theory on this technique has been presented by a number of -authors, The
present work furnishes formulas for coR7uting conductivity by deriving an 43q"sw
sion . Cor L (from four-donde measurements) through integration of fi*]A equationg
by.the Fourier wthode The resulting expression is
1 2 Italia Chm
L [ch-!-(a-IJnsh.14
IL 6 b
ant, I...
Where a is the half length of the films measured along the x axisp b is the half
~wldth* awasured along the y wdep is the distance from origin (midpoint in the
:Aine of sondes) to either current.sonde# and 12 is the distance from origin to
teither Potential sonde. The setup for this technique is illustrated in Fig, 1 on
'the Siolosures The advantage of this tecWdqiix~ is that results involve no resis-
itance of contacts between sondes and the fPA, The r4ethod permits one to measure
'smaU individual segment@ of the film ads', at the same time, to determine homoge-
neity of the film. "For their counsel ar4discussions of the works I thank,V. A.
11 formulas
To2omasov and IL'A*, Rukr6affa*6 Oris arCe has s - I figurei 1 table, -&M
Card

S1018116blOD610011030810310
Aza&ssiox imi Amml
AUtlloas Konlkovp Ve L,
TITLE: Measitr ng the Hall constant of semiconductor f ilm by means of sondes
''SOURCE: Fizika tyerdo,,o ttla,, ve 6. no. 1. 19640 306-310
!'TOPIC TAGSs Hall constant,, semiconductor, semiconductor filmp sonde,, e6nde method,',
rHall. effecto current sonde, potential sonde
ARSTRACTs The author has proposed the use of sondes for meamirin, the Hall conG.
stent. in semiconductors because of the difficulty encountered in applyine the
i.method used for metals. The setup-is illustratad in Fig. 1 an the Enclosure, Four
sondes are placed on the surface of a semiconductor film. Wo are for current, two
foi, measuring emf * In this paper the author seeks to f ind a f ormula on a 9i
,p th ba s
of the macroscopic theory of the Hall off act., for computing the Hall constant from
.'Ow,ho sonde measurementse Beginning with the conductivity of the film in the
i, presence of electrical aid magnstio fields, he derives the following formula for
the Hall constant (R)s
~Card,]
------- ---

;Acassim NR: Ap4ml775
there H is th~ magnetic fields the potential difference across *the patentia
I' ondes for the indicated magnetic field,, I the current through the current Glee
the distance from the origin (midpoint
"ess d the thicknc-se of the films 11
-current sondej,
between sondes) to either the distance from origin to
2
otential'sondes.a the half length of the films b'the half width.* and
'2(
OKI=it sho.11 ek gin dkfl sit i 4
$4
0. Chi.0 al 14.0- -
- -~ A ekb chat&.. I
W
ch
:The author computes several valuts for K for various dimensions of film* orice
arts hass 1 figures I tables &M 12 fo;Aui;e
ASSOCIATION: Gorikovakly issledovatellskLy fisiko-tekhnicheskir institut (Goridy
Research FIVoical and Technical Institute)
Said2s~.

rZirrif
IVE I
-,(a) RAEM, (c
R3D,'dp,;;/E-SD(Q GG/JD
ACCESSION NR: AP4041740 S/0181/64/006/007/2207/2209
AUTHOR- Kon'kov, V. L.
TITLE: On the cond%Activity of thin semiconductor films on conduct-
inq substrates
SOURCE: Fizika tverdogo cela, v. 6, no. 7, 1964, 2207-2209
TOPIC TAGS: wicond-.L.ir conductivity, thin film
ABSTRACT: The 4uthor examines the possibility of airect measurement
t-he conductivity of thin semiconductor filrra
-Y a four-probe method. Ea r 11 have
either t3 insulating substraLeb, or ~o rilms without
'3~,-ts at all. The probe-measuremer,0- developed
bv the author (FTT, v. 6, 304, 1964) is used and t'ie problem is
by determining the potential of the field using the Laplace
card 1/2

L 20276-65
equation and suitable boundary conditions. The final formula db-
'3 valid when the transverse roaistanc7e of 'hc fi1m is much
a n ed I A.
Inan t~-,e longitudinal resistance o- Lnt! 'uabe, and when both
m an d the substrate have the same type of cor,,Ju,::ti%,ity (other-
a third junction layer is produced between the film and sub-
T 'at, of
-he measurement of the conduct, ty F e .er typc
wi-I be considered separately. Orig. art. 'as: 1 liqure, 7
and
1 table.
ASSOCIATION.- fiziko-techniaheskiy
n.~ 4-'1t (Oorlkly Research Physicotechnical lnst~t,,Ate,
"T ED
25Feb64
ENCL: 00
SU~ 70DE: SS, EM, EC NO REF SOV: 002 OTHER. 002
Curd 2/2

T%
2
A T
p ~oc* o6 3 L./O' 35 '0141
PUbt a ova
TI'YJ,F,! vontr~l"tuwrl u, t". Uv-'ry- of prote
-~nduc to r f i Ims
I'tz!kR, no, I , 196 5 1
F. Ir; , 5 u c
I t ed, ou t i r, t h e i r t rc,~,j i r. e.
an~' *.hat
~~T e., me a sur ement.,; o f c o r~"
r; pa pers lack t hnc- r e a A'- r:
r v za~cuIation of the slhee.-t :ns from ~--r~clnt
-mPnt-; , and especi&ily f,~r a tvc-
3 made to flow between the. tw-
carried bry tn- ct;rr---,~ v~ i-,- ~j3 ~~ff P-r-, 5 !~i ta~p~ -~n
Brit! charge
1mages ~ Some frequentl y enccx-u-,*.,Lr,~-4 :A~L'F- ~'re 3 F
card

AP500bO63
-jes are given for the coef f i c', ent -;)na' ', ty between the
4 -.?ie ~)otential difference. "The autnorg ~"ostp!Lov and Yu
;i '-'qcussion of the vor'k and for vriLuat'o~ remar~ir,,- art, hAs:
and 3 tables.
ASSOCIATIONO Gorlkovskiy inaledovatellskiy fiziko-tekhni-cheakiy institut (Gorokiy
7'17_,y a iotechnical Institute)
C07,1 212

KONIKOV, V.L.
Two-probe method for measuring the lifetime of current carriers
in semiconductor films. Izv. vys. ucheb. zav.; fiz. 8 no.6:
170-172 165. (MIRk 19:1)
1. GorIkovskiy issledovatellskiy fiziko-tekhnicheskiy institut.
Submitted June 27p 1964.

L 850-66 BWT(1)/EWT(m)/EWG(m)/T IJP(c) DS'
'0"
ACCESSION XR: APAM86 MVOW/65/000/004/017210
AUTHOR: Kanskayp V. L.
TITLE: The dependence of the Hall constant of semiconductor samples vith low-
reeiastance current electrodes on the sample dimensions
SOURCE: IVUZ* Mikas noe 4P 105# 172-173
TOPIC TAGS: ~,lllcll electrode potentlal.-Ike~tric resia*tance
ABSTRACT: The dependence of the Han constant on the dimensions of the ample Is
r
e-analyzed an the basis of a thecn7 previously developed by the author (FIT v* 69,
no. 1, 3oB, 1964). A new equation for the potential Is derived and solved for
weak magnetic fields in series form. If the quadratic dependence of the conducti-
vity (a) and the current (1) on the magnetic field is neglected# new equations andl
boundary conditions are obtained for the potentials. These can be Integrated by
the method of separation of Fourier variables. It is found that the H&11 constants
of samples with low-resistance electrodes depends an the ratio of their length to
their width* As expected# It also depends on a constant vhich Is determined by
the Parawters of the films and of the electrodes. The XWtIng caae when the
dimensions do not affect the Hall constant Is considered, The mat appreclable
decrease of the Hall constant occurs In the range of length-to- vidth ratios of
Card 2/2
L 8563-66
ACCESSION MR: AP502=0
'6
0.05--j. OrIg. art. has: I figure and
ASSOCIATION: Gor1koveldy iseledovatellskly fiziko-tekhELICheakly Institut
~IWsicotechnical Research lizatitute)
SUMMED: PIUB& -EML: 00 am CME: gap 24
NR MW BOV: 002 OTM t 001
jW
Card 212

ACC NRI AP60OP-094 dOURCE CODE: URIO139/65/000/006/0173/0172
AUTHOR: Kon1kov.
ORG: G~r--iii~ Research Institute (Gor9kovakiy isaledovateifskiy
fiziko-tekhnidSe-i-My Insitut)
TITLE: Two-probe method of measuring the lifet of carrierC_in semiconductor films
SOURCE: rM. Fizika, no. 69 19650 17o-172
TOPIC TAGS: semiconductor conductivityp semiconductor carriers semiconducting films
raplace eqmtion
ABSTRACT: The author shows that the resistance of a semiconductor film can be mea-
sured by means of two probes (in place of the standard four probes)s and that the
error due to the contact resistance between the probes and the film can be eliminated
by illuminating not the entire films but only the section between the probes. The
change in carrier lifetime Is measured by determining the change In the resistance
upon illumination. The author solves the equations for the change in conductivity
of a thin film due to application of illuminations for the geometry 13-lustrated in
Fig. 1. The solution'is obtained by integrating the laplace equation using the Gauss
theorem. 'The numerical ~onitants Involved in the solution of the equation are
tabulated. Author thanks T. N. Sergiyevska a for a discusnion of the article and
useful remarks. OrIg. art. has: I figures 9 formulasp and I table.
1/2
Card

ACC NR
Fig. 1. Measurement of change in re-
sistance of thin film upon MumInation
by the two-probe method.
91 d,
SUB CODE:

~__X~N - ~06013~469 --soliki CODE: N~/16~_13 66/dGC_/G0Y?/Ol59/ol6o
AUTHOR: Kon1kov, V. L.
ORG: Gor'kiy Physicotechnical Research Institute (Gor1koTakiy Issledovatel'okly
fiziko-tekhnicheekly instIM)
i
TITLE:Aiall effect in samples of round shape
SOURCE: IVUZ. Mika, no. 2, 1966, 159-i6o
TOPIC TAGS: Hall effect, Hall constant, semiconductor research, electric measurement
ABSMCT: In view of the fact that most Hall-constant measurements are made with
rectangular-section samples, whereas semiconductor properties are usually investigated
with round damples, the author determines theoretically the field potential necessary
to measure the Hall emf In sound samples. The differential equation for the poten-
tial is derived and is solved under the assumption that the magnetic field is weak.
The solution shows that the expression for the Hall emf is the same as in the cage of
rectangular samples, so that If a round sample Is used and the current and Hall elec-
trodes are secured to the ends of mutually perpendicular diameters, the results will
be the same as for a rectangular siction. Orig. art. has: 1 figure and 11 formulas.
SUB CODE., 20/ SUEN DAM OTSep6h/ ORIG REF: 004/

Ap6o 7o SOURCE CODE: UR/0_1WW~~160
AUTHOR: Kon
ORG: Gorlkiy Research Physicortechnical Institute (Gorlkovskiy issledovatellskiy~'
fiziko-tekhnicheskiy institut)
TITLE: Hall effecji-in two-layer semiconductor samples
SOURCE: IVUZ. Fizika, no. 2, 1966, 161-163
TOPIC TAGS: Hall effect., semiconducting film, sandwich structure, electric measure-
ment, electric potential, Hall constant, pn junction S-11
ABSTRACT: The author points out that although two-layer~samples are frequently en-
countered In practice, for example when a semiconductor film in deposited on con-
ducting substrate without formation of a p-n junction, "the Hall effect in such struc-
tures has not been treated in the literature so far. He therefore derives a formLla
for the Hall. constant of semiconductor films on conducting substrate by using the re-
sults of four-probe measurements. The derivation is based on the phenomenological
theory of the Fall effect developed by him in an earlier paper (M v. 6, no. 1, 308,
1964). The equation for the potential is solved for the case of a weak MPSnetic
field and a formula is derived for the Hall constant in terms of the probe mear-ure-
ment data and a, set of constants, the values of which are tabulated for different
layer dimensions. The measurement of the Hall constant of semiconductor films in the i
case when. a p-n junction Is produced between the film and the substrate wi32 be die-
Card 112

---EWT(1)/EWT-(-M-)/F1WP(t)/ETI IJP(c) JD
ACC NW'--AP6012219 (A) SOURCE CODE: UR/0032/66/032/004/0451/0453
AUTHOR: Kon1kovs V* L,'
ORG,.--Gorky-Ph-Talco-toobn1oal Research Institute (Gorlkovokly
iseledovatellakly Miko-teMnlebeekly Institut)
TITLE: Calculation of the Half--'constant for apitaxial semiconducting
film!,rrom the results or measurements by the probe method
ISOURC~,., Zavadskayalaboratorlys, T. 32, no. 4. 1966, 451-453
TOPIC TAGS: Hall constants semiconducting film
ABSTRACT: Based on previously published development of the theory of
the Hell effects the article solves mathematically the corresponding
field boundary problem and derives a formula for calculation of the Hall
constant for epit&xial films from the results of measurements by the
probe method. It is assumed that either a p-n transition which can
replace a simple layer between the eplt&xJL&l film and.tbe support, or 8
high resistance oxide layer In formed between theme Results of the
calculations are displayed In a table, Orig, art. has: 9 formulas#
1 figure and 1 tables
SUB CODE: 20/ SUBM DATE: none/ ORIG REP: 0051 OTH REF: 001

KON KOVj,.V3,adimi:z~._;;gK~,c YUTIKOV, Vladimir Petrovich,, zhurnalist;
#; L
NMSPASSM, V.V., red.; ADIUMA, L.S., tekhn. red.
(How to organize work of the trade-union*committee on a state
fazu]Kak organizovat' rabotu profooiuznogo komiteta v sovkhoze.
Moskva$, Frofisdatp 1962. 53 P. (Bibliotechka sellskogo prof-
voiusnogo aktivista, no.5) (MIRA 16:1)
1. Predsodatolf rabochego komiteta sovkhoza, *Shuqskiyw Ivanovokay
oblasti (for Kontkov).
(Trade unions) (State farms)

KONIKOV, V.V.; ORLOV, P.N,
Increasing-the.precision of nucHni key grooves*
34 no.3-.28-29 & 163.
(Broaching machines)
I
~ 1 1.
St4ul 40two,
(HIRA 16$.$)
7

ORIDV, P.N.; KCRIKOT V.V.; TEPMHCHENKO., L.M.
Improving surface quality in external broaching. Stan-i instr.
35~no.2&34--~15 F"64 (MIRA 1:7 93)

ZHADA'NOV, O.K. (Moskva); KIR111OV, V.V. (Mosk,,,a),- XONIUS, V.V. (MQ!j2:,Vd)
Processing for solving a regulation (planning and control)
problem. Zhur. vyeh. mat. i mat. fiz. 5 no.liI50-155 Ja-F
165. (MIRA l8t4)

LEBEDEV, I.K., kand.tekhn.nauk; KONIKOV,',,re.A-.. inzh.; PCIV, A.A., inzh.
Sludge of the wet pieparation of coals of the Anzhero-ftdsbenak
deposit as fuel. Izv. VY8. ucheb. zav.; energ. 6 -no.5:115-118
My 163. (JaRA 164j)
1. Tomskiy ordena Trudovogo Krasno'go Zn3meni politekhnicheakiy
institut imeni S.M.Kirova., Predstavlena kafedroy kotlostroyeniya
i kotelInykh ustanovok Tomskogo ordena Trudovogo Krasnogo Znameni
politekhnicheskogo instituta,
(Kezeerovo Province-Coal preparation-By-p-aducts)
(Power resources)

KONMOV, YE. A.
KON'K-.-',V, YE. A. (Lecturer, Novocherkassk Zooveterinary InstItute imeni First
Cavalry Army, Department of'Zoohygiene.) A,)plication of the-~,earson s4uare in
arithmetical computations in veterinary practice.
So: Veterinarlya; 23; 1; January 1946; Uncl.
TABCON

KONIKOV, YE. A.
KONIKOV., YE. A. (Lecturer, Candidate of VeLerinary Sciences, Novociierkassk Zoo-
veterinary Institute.) Apparatus for intravenous injC-CUOnS of SOlLtiOns.
So: Voterinarlya; 23; 7; July 19h6; finel.
TAbcnN
0 0 0 0 0 0 0 0 0.0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 C

XONIMP Ye. A.
"Hygiene of Raising and MOdiCal Treatment of Calvesti,
Rostov-on-Don, 1950 103 pages, vdth illustrations. 3 rubles, 50 kopeks 4,500 copies
Veterinariya, No. 4, Apr. 1951 pp 60-61 Moscow
So: Rpt. U-4724, 30 Se!-;t 1953

KONIKCV, E. A.
bolezni teliat Z-Ualf disease2s. Hostovna-uonu, hostizdat, 1953. 64 P.
.'i0.- Monthly List of Russian Accessions, Vol. 6 No. U ?'ebruary 1954

Diup6rsed
Emulsion," by Ye. A. Kon'kov Chair of General Pathology
(head, Docent"Ye. A7 Ron`kov~, Novocherkassk Zooveterinary
Institute; and Surgical Propaedeutics Clinic (head, Prof
G. So Ivakhnenko), Rostov Medical Institute, rhirurgiya,
No 7, Jul 56, pp 48-50
The author has obtained a highly disperced, very stnble emule, ion
'made of substances which are strong biogenic stimulants (Patent No 1o638
:4-March 1950). It is a lyophilic emulsoid with a two-phase system, formed
fr6m a semiliquid dispersed medium (beeswax) and a EctAliquid dispersive
se (fish oil). Riva-nol or acriflavine is used in the preparation of
Phs
emulsion.
Data on the physicochemical characteristics of the emulsion are
given.
The basic emulsion is sterile and has marked bactericidal properties."_~,
is use 1, In tr4a iv*:,VOMds-aMburi%8 ~Of._.Ukt& areas.- ~,(V)
jt

USSR / General Biology. Individual Development. B
Rogonoration.
Abe Jour : Rof Zhur - Biologiya, No 4, 1959, No. 14393
Author : Kon'kov, Yo. A.
Inst :'R-6v-o-e-h-6-rYa-s-6kry Zootochnical Veterinary
Institute
Title : The Graphic Roprosontnt'lon of the Dynamics of
Wound Healing
Orig Pub : Tr. Novocherksaskogo zootokhn.-vot. in-ta,
1957, vyP 10, 361-364
Abstract : The author suggests tho use of the graphic
method In the practice of surgery, which
Illustrates the course of the healing of a
wound. Tho wound's contours are traced on
paper from cellophane graphs which are
taken regularly. By dividing the wei,3ht of
Card 1/2
705
USSR Goneral Biology. Individual Development. B
Regeneration.
Abe Jour tRef Zhur & Biologlya, No 4, 1959, No. 14393
of each ploco of pa~or out ouj accordinS to
Its dontour'by 1 004 of Its Ool8ht, the aron
of the wound Is thon datorminod for the
consecutive stages of Its healing. By
assuming that the original area of the wound
amounts to 100 percent. the areas are computed
for other terms In percentages of the
original value and a graph is constructed.
For deep wounds, the volume of tho wound is
determined Instead of the area, by filling
it with a syringo with a sterile isotonic
solution of NaCl. -- I. V. Markelova
Card 2/2
1,KONIKOVI Ye.A.,- BAYEV~ K.D., red.; BARANOV, M.V.p tekhn. red.

KOFIKOV, Yevgeniy Aristarkhovich, prof.; SOKOLOVA, G.S., red.;
11 ~... ~ -- -. 11 -~~SIWVA, E.A.,, tekhn. red.
(Hygiene of raioiqg and bousing calves] Gigiona vyraahchi-
vaniin i sokhranonie toliat. 2., peror. i dop. led. Hoalm,
I2d-vo M-va ae1Ikhoz.R3FSR 1963. 63 P. (MIRA 16:12)
(Calveai

ACC NRs AP70025_i_5_7_74_1~~) SOURCE CODE: UR/0413/66/000/023/0101/0101
INVENTOR: Fedoseyev, ReYu.; Vasillyevag V.V.; Kon1kov, Yu,Ao; 81dorov#
G.V.-, Yakoylev, A*Bo& Semenov, Ael.; Drogin',,
ORG: none
TITLE: Pneumatic memory device. Class 429 No. 189233
SOURCE: Izobreteniya, promyshlennyye obrastay, tovarnyye snaki, no,
23, 1966, lol
TOPIC TAGS: 1 1 Pneumatic device, pneumatic
servomechanism Wt.,Q AlAAAft-) _V"A.WV%0 0% A_~
ABSTRAM 'An Author Certiticate.'has been Issued for a pneumatic memory device
icontaining a servosystem with a memo chamber and a valve. To reduce
,. ry
Iga's I-ekqp ftm'" pressurized chamber, a three-diaphragm two-contact valve
tie added. The connections between valves are shown In Fig. 1. PM)
Card 1 12

BARYKIN, N.A.; YEFIMOV, I.Gs; KONIKOV, Yu.A.
The BF,-2 pneumatic function unit. Priborostroenie no-2:19-21 F
162. (MIRA 15:2)
(Pneumatic control)

KONKOVA. A. I.. ROGOZKIN, V. A., (USM)
"The Electrophoretic Separation of MDno-, Di- and Tri-Phosphonycleotides (of
Adenosine and Inosine) and their &timation by Differential SpectrophotometryeO
Report presented at the 5th Int'le Biochemistry Congress, Moscow, 10-16 Aug 1961.

GORSKAYA, K.I.; KONIKOVA, A.I.
Devel4ing a new design of shoulder drucm without dismountable
shoul&r for 8.25-15 and 9.00-16 tire casing building at the
Leningrad Tire Factory* Kauch.i. rez. 21 no.2:42-43 F 162.
(MIM 15:2)
I& leningradakiy shinnyy sayod.
(Leningrad-Tires, Rubber)

91IROV, IlIgiz Nuk-hammedovich; KONIKOVA, A.S., dots., red.; DUGINA,
N.A., tekhn. red.
[Die-stamping on horizontal forging machines] Shtampovka na
gorizontallno-kovoelmykh rashinakh. Pod red. A.S.Konlkova.
Moskva, Gos. nauchno-tekhn. izd-vo mashinostroit. lit-ry,,
1961. 64 p. (Naucbno-populiarnaia biblioteka rabochego,
kuznetsa, no.12) (Forging machines) (KIRA 15:3)

L o86 7-67 E,,..,P(j)/E'WF(m)/E*dp(e)/E3e(t)/ETI
ACC NR: AP6013742 SOURCE CODE: UH/0192/6~/666/66~/0923/0925
! %UTHOR: Struchkov, Yu. T.; Stanko., V,, I.; Klimova , A. I.;
O'G: Institute of Elementoorganic Compounds,_A~l SSSR (Institut elementoorpnichoskikh
soyedineniy 'LN SSSR) 'Y
;TITL-r.,. X-ray diffraction of some derivatives of borane and nooborane
SOURICE; Zhurnal strukturnoy khimii, v. 6, no,6, 1965, 923-925
MIPIG TAGS; inorganic synthesis# borane, crystal structure, x ray diffraction
0STRACT: Tho crystall1ine structure of a series of boranes and nooboranes was studio
I A.
jy X-ray di'fraction. The cell parameters, density, 6~ ~,,ial~configurationj, and crystal
~fo=s were tabul,3ted for B-dichloroborane, B-bromoborane, B-iodoborane, B-diiodoborane
B-trilodoborane, B-dichloro-C-methylborane, B-trichloro-C-mo-Lhylborane, B-dibromo-C-
mothylborano, I-bromo~2-borenylethane, C-(p-bromophenyl)borane, bis(C-vinylboranyl)mer,
i
cury,-C-vinylborenyl methyl mercury,, B-iodonooborane, B-diiodoneoborane, B-deca-
'chloronoob-)rano. The authors express their gratitude to R. L. Avoyan r assistance
in the X-ray itudy and to V. I. Bregadza for prej~iration of the two mercury compoundse
01-1 g. art. has - 1 table*
SUB GOIZ: 07/ SUBM DATE& Oljul65/ OM REFt 001
Card 1/1
UDC: 548.737

OSIFOVA,, O.P.; STRUGHKOVp IA*Toj Frirdz"A uchastiye Koulkova, G.S.
Space grouj a AM unit cells of organic compo4nds. Zhur.strukt.
p
khim. 4 no.5%770-772 S-0 163. (~91A 161l1)
1. Institut alementdorganicheskikh aoyedineniy AN SSSR.

- I- - - 'T - - -- - - -- -- - - - - - - - - - - -
111 --) 4 . " " k - t, k ) ' '--11 .I (I .
) IIIHIDOVA. k'.A.-, KONIKOVA. X.V.
Discriminating at'=itude ~oMu-~odents to different foods. Izv.
Irk.gos.protivochum. inst. 13:113-119 154. (MIRA%10:12)
(KHAUROVU-MRIAT CONTROL) (RATS) (MICR)

EDIFI]MVA. K.V.
AMearance or house odes in the southern part of Ikkhalln. lzv.
;..Yrk.goe.nanch.-Ionl.protivochum.lust. 16t130-131 157.
(MIRA 13-27)
L" (WBALM-NION)
I

KOTIKOVA, K.T.
Seasonal changes In the number of fleas in gray rats of Sakhalin.
IST.Irk.goo.nawh.-Issl,protivochum.lust. 16:191-195 157.
(MIRA 13:7)
(SATRA IN-nw) (UTS)

KON I KOVA , L. G.
Effect of X rays on the reproductive system of female white rats
irradiate,d in a state of hypothermia. Radiobiologiia I no.5s?74,-780
161. (MIRA 3J,:13.)
1. Gorlkovskiy gosudarstvenfiy~ universitet imeni N.I.Lobachevakogo.
(X RAYS...PHYSIOLOGICAL EFFECT)_ (HYPOTHEF94IA)
I (WHODUCTION) - -

AP5010336 UA rO 2 ~'5 8
DD j2 0 1
AUTHORi Kon '-k a- L. G-
'-~iange in the peripher.1 blood of rate irradiated in a state
of hypothermla
S -'% U R C EIRadiabiologiya, V. 5, no. 2, 1965, 198-201
-;IC- TACS: peripheral blood, hypothermia, x ra~, radiation effect,
lymphocyto, neutrophIl, hemogIo-.),n content
A 1he radio protective effect of hy~)oL.)erri-i was qt-idied in
rinheral blood of rats. Five groups of white rats were used.
y ~emperatuze of the first group was lowered in snow or ice
-2 ne ranes theg ia to 20-22C, which Lemperature was maintained
~Ij r I n girradiation with 300 r of x-rays. The second group wag
iinder other the third was irradiated at
r- ad abed ~Mr) anesthesia,
~y ta:aperature (300 r), the fourth was aubjected to hypo
and the fifth was left as control. Blood was taken from
i, m; ta on 17 ,
-IC ~Al, L 4ily for five days a9ter irradiation, and then at intervals
f 8 ,10 ,12, 14, and 28 days. Several indices of the rediobiological
Card 1/2

L `211:~S-65
NRi AP5010336
effect on the blood were used: leukocyte counts, relative and ab-
--~,enc of lymphocytes and neutrophils, and hemozlobin content.
t~.-e cotal number of leukoc,.~~eg a _i -i ' c,-. a
state of hypothermia was leas pronounced than In cikiii..a"G Ilrra~.Ilateu
body temperature. The absolute number of lymphocytes
P rn than without
.e5s after .' rradiation of ratr vtth a
;ne number of neutrophils decreageo ia3igniticanLly.
i ion-iRducad decrease in the hemoglobin content In tne blood
iy?Gthermta was also leis marke, rats irradiated
temperature. Thus. e scate, oF iypoc.,-iermla maintained
i -~n reduces t1he i.-i 4 -ur t,)us e f f e --o-.:'-'iat1on on the
-~,Lood of rats. Orig. art, tiasi 3 1 -,--jrea and table.
Gor'kovskiy goa-idarstvannyf univergitat im. N. I.
(Gorlxy State Univer-gity)
SUBMITTED: 29Apr63 ENCLi 00 SUB CODE: LS
V C n 1~ 1009 OTHER t 003 ATD PRESSt 3237
Card
Card. 1/4

'-ACC NR: _AT6036596__________
iperature, 20* 0 and a second group of animals at normal b6dy__te'm-
perature were exposed to a single total-body x-ray dose of 300 r.
Comparison was made between these rats and nonirradiated rats,
some of which were subjected to hypothermia alone, and the others
'(normal females) subjected to neither hypothermia nor irradiation.
The functional condition of the reproductive system:was evaluated
on the basis *of the course of - the reproductive cycle, changes in macro-
iand microstructures of the ovaries, and the fecundity of the animals.
Standard methods were used to determine total leukocyte counts, rela-
tive and absolute neutrophile and lymphocyte counts, and hemoglobin
content in all the rats. Blood for analysis was taken from the tail
before irradiation and hypothermia and following irradiation and hypo-
jthermia -daily for 5 days, and. thenceforward on the Oth, l0th, 12th, 14th,
21st, and 28th days. All animals were weighed before and after experi-
ment. The data obtained were subjected to statistical processing.
The results of the investigations conducted showed that the changes
observed in the abov'e mentioned indices may be said with statistical
reliability to_.be more weakly pronounced in the rats which were irradi-
Card 2/4

ACC NR-, AT6036590
ated while in a state of hypothermia. The reproductive cycle in the
animals of this group occurred without substantial deviations from the
norm. The number of normal cycles occurring in one Alemale was almost
identical with 'that seen in nonirradiated animals. in the rats irradiated
at normal -body temperature, serious disturbances were observed in
the oestrous cycle consisting in a prolongation of the diestrus starle
L 0
-and a reduction in the number of normal cycles.
Disturbances in the course of the reproductive cycle are caused
by chan(yes in the ovaries. In the animals irradiated without hypo-
thermia, a sharp decrease can be seen in the volume of the ovaries,
resulting from the destruction of both ripe and unripe follicles. The
ovaries of rats irradiated in a state of hypothermia'diffei-e'd little in
I weight and microstructure from the ovaries of nonirradiated animals
(P = 0. 05).
Interesting data were obtained when fecundity was studied. Fe~-
males irradiated in a state of hypothermia and mated with nonirradiated
males bore wholly viable offspring (averaging eight ratlets to the
litter), which was not observed in animals irradiated at normal body
temperature.
card 3/4

ACC NR; AT6036590
In peripheral blood studies, all studied indibes ShOwed-le'ss -severe
.blood changes in the animals irradiated while in a state of hypothermia.
,Thus, the leukocyte count in the animals irradiated at normal body tem-
;perature dropped sharply in the first 3 to 4 days after irradiation. In
!the rats irradiated during hypothermia, -the leukocyte counts also
dropped, but to a considerably lesser extent than in the irradiated con-
7!trol animals.. Hemoglobin decrease in the rats of this group was also
Iless severe than in those irradiated at normal body temperature.
Based on 'the data obtainet, it can be concluded that the reaction
,of the reproductive system and peripheral blood to radiation is less
f.severe in animals irradiated while in a state of hypothermia. Thus,
'.hypothermia applied before and during irradiation of the animals con-
siderably.de creases the bioloaical_effe~ct.pf radiation.
511. A. bb. 22; ATD Report 66-1167
SUB CODS: 06 1 SUBM DATEW OOMay66
Card

YEFE40VA, A.V.,,kand. med. nauk- KONIXOVAJI L.I.; MALMOVA, L.V.;
- I -
LI.IITRIYEVAP N.Me. red.,, -BLUCHIKOVAP Yu*SQj tekhn. red.
(Care of children with the sequelae of poliorwelitis] Ukhod
za detImi s posledstviiami poliomielita, Moskva Medgiz,
1961. 138 p. NIRA 15:3)
L Glavnyy vrach sanatoriya "Ranneye detstvoll Moskovskoy ob- V
last.i (for Yefimova). A
(POLIOMLITIS)

AUTHORSt Balanding A. A-.,. Moab*rt Academy of Sciences, 20-11"-26/63
Turova-Polyak, M. B., Agronomovp A. Ye., Khorlina, 1. X.,
Kon',kovap L. S..
TITLPbt Catalytio.,Debydration -of -Alcoho.L J Over AWWdrous Magnesium
Bulphati (;&ii1woh*ok&y& Idogidratatsiya spirtov.nad-boivod-
Ays oullfaton magniya)
PERIODICALI Doklady Akademii Nauk SSSR, 1957, Vol. 114, Nr 4t pp. T73-776
(USSR)
ABSTRACTs It was the intention of,the authors to determine the conditions
of the application of magnesium sulphatet as a catalyst In the
dehydration-of-alcohols. In the present paper this process was
studied in the *as* of secondary alcoholso propanol-21 L pentanol-
-2, cyclopentanol and'aycloboxanol. It was found that1hose al-
cohols nay be dehydrated completely at 400-41090 over anhydrous
magnesium sulphate. The most ditailed studies of the catalytic
properties of the magnesium sulphate were made with cyclohex-
anol. The only reaction product on this occasion was cycloh*x-
one. The catalized substance lacks dehydrogenation and isomeri-
zation:products. At this the catalyst does not lose its activity
for 5oo, hours and does not requir* regeneration. In the oase of
Card 1/3 a long lasting dehydration of cyclohexanol at lower temperatures,

KON''KOV) Aleksey Ivanovich; ZELTM" Yully 1111rallovicw; KLtIjGjN'
Yuriy Mikhaylr~Tdch; KOHOVOr-Kry, Sergey Dmitj7"Vich;
K0111YOVA 1.1 1
"MT17MYO-V "01~1 II-11firm'' A DR..j',,jC)V
.9 r(Asenzent A y
retsenzent; ZELEFISMYA, G.G... retser! zent; ~SIBIRTSIEV, S.L.,
retsenzent, VERUITSKAYA, Ye.M., red.
[Equipment for the finishing cpera4ions in the textile
0 . .-
industry) Oborudovanie cItdelc;r,-jjnogO takstill.-
noi prowshlennosti. Moskvap Legkaia iri&,striial J9&I.
1+17 p. (.MI'VIL 18:1)

5(2) SOV/32-25-4-6/71
AUTHORS; Tsyvina, B. S., Kon1kova, 0. V.
TITLE; Determination of Aluminum in Titanium and Tts Alloys Using the
Ion Exchange Chromatography (Opredeleniye alyumirdya v titane i
yego splavakh a primeneniyem ionoobmennoy khromatografii)-
PERIODICAL: Zavodskaya Laboratoriya, 1959, Vol 25, Nr 4, PP 403-405 (USSR)
ABSTRACT: A method was developed for separating the titanium (IV) from
aluminum in 0.75 n HCI on the cation exchanger KU-2. The com-
pleteneas of the titanium desorption is controlled with hydro-
ge*eroxide. The aluminum desorption is done with 3 n HC1. The
method was examined with artificial mixtures having the com-
position of alloys (Table 1). Possibly-present nickel is removed
by an extraction with chloroform from a biphthalate buffer solu-
tion (pH = 2.2) in form of the diethyldithiocarbamate. To elim-
inate the iron and titanium, the difference in pff was utilized
in the extraction of the iron hydroxyquinolates, of the titanium
in the peroxide form and of the aluminum (Refs 5,6). From
analytic results of aluminum determinations in titanium alloys
(Tables 22,3) it shows that 5 and 10 y Al which were admixed to
Card 1/2 a samDle with 0.0021,t Al can be detected. The sensitivity of the

~ACCRSSION NR: AP4009725
S/0075/64/019/001/0073/0078
AUTHOR: Konskova, O.Y.
TITLE: Sp ectrophotametric study of a scandium compound with xylenol
orange
SOURCE: Zburnal analitichookoy kh1mii, v 0 19, no. 1, 190,54, 73-78
TOPIC TAGS: spectrophotometric scandium determination, scandium-
xylenol orange complex, scandium, determination interference, Xylenol
orange reagent, molar extinction coefficient, complex reaction
equilibrium, hydrogen ion influence.
ABSTRACT: In continuation of earlier work with this reagent for
complexometric titration of scandium, this study attempted to obtain
a high specificity. In tests using a HM solution of the metal oxide
color appeared most sharply at a pH 2.6-2-7, maximum absorption of
the complex was found at 556 millimicrons, and absorption constancy
was realized with a solution containing 70 lig scandium in a 25 ml
Card 1/2