SCIENTIFIC ABSTRACT KUZMICHEV, S.I. - KUZMICHEVA, YE.U.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928020005-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S.
"Ienhanism of Sodiun -I*z-1~-i.-~t;-~-,,~---,os:!',:;t,-~.
27 i;lay 49
Scle3ntif ic Irrist or Fnrtili:-~rs ;md InDin' orung i-(- ld!is ovl, ist
in 1".?
of thm, Clicraimal Inclustry U--rs't

USSR/Inorganic Chemistry - Complex Compounds, C
Abst Jou~l: Referat Zhur - Xhimiya, No 19', 1956, 61271
Author: Kuz.11 ikichev, S. I.
Institution: None
Title: Mechanism of Hydration of Sodium TrJmetaph-~~Aphate
Original
Periodical: Tr. Mosk. aviats. in-ta, 1955, No 52. 36-46
Abstract: As a result of investigations of the hydration of Na-trimetaphos-
phate (I) at 1000 in strongly alkaline medium, it is shown that
in accordance vith previously stated views (Khodakov, Yu. V.,
Dokl. AN SSSRJ, 1944, 42, No 3; 43, No 5) the primary product is
tripolyphosphate-(II) and not the orthophosphate (III) or pyrophos-
phate (IV). The process of hydration proceeds according to the
scheme: I --> II --P III --;~ IV. Concentration of II increases rapidly
at first and then decreases evenly with concurrent increase in con-
centration of III and IV. Hydration reactions of both stages con-
form to equations of first order. The m-,chanism of hydration in
Card 1/1 neutral and weakly alkaline media is the same.

U,%'U'.! I 1j. ;'
MITa7eNT, [-A., Cunidu&e of VeLerinar~y Sciences
Fudryuvtsov, A. A., Profossor, Doctor rn' rjiolo,,ical SIclences
Shteyxan, J. I., Hero of Socialist Labor, Laureate of S' talin Prize
"Increasmin- the Vitality of Calves in Ili-fily ProtA-,t-tive Illerds"
L. u
SO: Dostizheniva Itauk i Pered2yo~y Praktiki, No. 2: Iv-21, ITeb. 1951, Uncl.

KUZMICHEV9 V.I.; PECHENIp V.H. mekhanik-naladch:Lk defektoskopov;
POTOPENKO., V.D.; SKREZi&NDEVSKIYJ, Ye.V., dotsent
Results.of the testing of a transistorized defectoscope. Put' i
putakhoz. 5 no,8:31 Ag 161. (MIRA 14:10)
1. Nachallnik defektoskopnogo vagona-laboratorii MRD-52 Belorueskoy
dorogi (for Kuzmichev). 2. Kafedra elektrotakhniki Belorusskogo
iwtituta inzhenerov sheleznodorozhnogo transporta (for Potapenko).
3. Kafedra, "Pat' i putevoye khozyaystvo Belorusskogo instituta.
inzhenerov zheleznodorozhnogo transporta (for Skrezhendevskiy).
(Railroads-Rails-Testing)

NZIMICHEV, V.j_;_ajAGORDISXIY, B.S., red.; IZHBOLDIIIA, S.I., tekhn.
red.
(The lighte of the Volgograd State Regional Electric Power
PlantlOgni Volgogradskoi GRES. Volgograd, Volgogradskoe
knizhnoe izd-vo., 1962. U3 p. (MIRA 15:11)
1. Sekretarl partiynogo komiteta elektrostantsii Volgograd-
skoy Gosudarstvennoy komissii po elektrifikaisii Rossii (for
Ruzimichev).
(Volgograd-Electric power plants)

AUTHORS; Kuzimichev, V. N.,
TITLE: Measurement of the
Reciprocal of the
Frequency Meter
S/146/60/003/004/009/010
B004/BO56
Nesteruk, V. F.
Frequency of a Pulse Train With Large
Pulse Duty Factor by Means of a Standard
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy~ Priborostroyeniye,
1960, Vol. 3, No. 4, PP. 106-107
TEXT: The standard frequency meters of the types "4-5 (ICh-5) and
144 -6 (M-6) permit only the measurement of voltage pulses in which the
rati between the durations of the positive and of the negative part
of the period is between 1/3 and 3. By connecting a trigger in series,
the upper limit of measurement of these apparatus may, however, be increas-
ed to 400 kc/sec. A 6 H in (6N1P) tube is used in the trigger circuit.
The present paper is recommended by the kafedra fiziki (Chair of Physics),
There are 2 Soviet references,
Card 1/2

Measurement of the Frequency of a Pulse S/146/60/003/004/009/010
Train With Large Reciprocal of the Pulse B004/BO56
Duty Factor by Means of a Standard Frequency
Meter
ASSOCIATION: Leningradskiy korablestroitellnyy institut V/
(Leningrad institute of Shipbuilding)
SUBMITTED: February 18, 1960
Card 2/2

AWREM, A.I.; KUZ IMICHN, V.11.
Davice for determining the distribution function of random
Flocesdes.* Trudy LKI no.38:231-235 162#- (MMA 16:1)
1. Kafedra fiziki Ieningradakogo korablestroitelinogo instituta.
tRandom processes) .
(Pulse teohniques (Electronics))

2.
AC=SION NR: AR3000175
S/O274/63/000/()O4/A060/AqW*
SOUME.- Rzh. rW&otekbniM 1, el-ektrosv7sz VAbs. -4A373
AUMOR: Kuzlmldie~rp, V. M.,,. Skzyko. P..
TITIE: Design of pulse traneormer for semiconductor triode circuits
CIM SaIRCE: Uch. zap. Kbarlkwak. im-t. Tr. R&dLofiz. fak., v. 1211,,
no. 5, 1962o 164-368
TOPIC TAGS: , pulse transformer design; semicaiductor triode circuits;
parameter calculations
TRANSIATION: Conventional pullse transformers do not permit to obtain
rarraror pulses of good rectAmgularity in semiconductor triode circuits,
because their Axw capacitancet struy in&,ctance and transfer capaci-
tance are too, high. The values -af parasitic parameters can be reduced
to a m1nimum by a proper.design of the transformer. The transformer is~
'Card 1/2

ACCESSIOU NRz AR3000175
mule with a toroidal ferrite core, and in lieu of the ordinary round
wire a flat copper tape is used, which is wound on the core in a single
layer. The windings are arranged in such a. mamer that the turns of
the secondary winding are located between the turns of the primary.
With such a design it is possible -to obtain a transformation ratio in
the xuW of 14- Calculations of all the parameters of the 2-vLndixig
tramfonier of the proposed design, are presented, and also the results
of experimental verificatinns, which are in good agreement with the Cal-
culations. Orig, art. has: 4 referencese V& Ft
D= ACQ: 1&4&Y63 MCLt 00 SUB CaE., 00

ACCESSION NR: AP4036518 S/0-103/64/025/005/0727/073Z
AUTHOR: Kuz'michev, V. N. (Leningrad); Nesteruk, V. F. (Leningrad)
TITLE: Methods and an outfit for determining correlation functions of normal and
pulsed random processes
:SOURCE: Avtomatika i telemekharxika, v. 25, no. 5, 1964, 7Z7-73Z
TOPIC TAGS: correlation, correlation function, correlator, random process
correlator
ABSTRACT: A correlator intended for obtaining the correlation functions of
normal random processes is described; the same instrument can determine the
correlation functions of various packets of constant -amplitude pulse signals
(generalized telegraph signals., chaotic signal trains, etc.). In the above ca
ses,
the correlation functions are determined exactly, thanks to the principle of
operation of the instruments for other classes of random processes, the functions
L
o' r-d"
C

.ACCESSION NR: AP4036518
can be approximately determined. One -level quantization results in a relatively
Simple scheme with no necessity for retaining the shape of the realization through
the delay line; moreover, the multiplication operation is reduced to a simple
I: coincidence operation. To increase the accuracy of the readings, not only
:.amplitude quantization but also time quantization is used, which permits reducing.
~the procedure of takin readings to counting the number of pulses. The design.
9
'Permits determining the correlation functions of stationary random processes with
-a mean-square value of about 40 v and I microsec 20 sec or longer time; The
I; - . .... i
maximum over all error is claimed to be 15019. Orig. art. has: 7 fig~ies and
3 formulas.
;ASSOCIATION: none
SUBbAITTED; OlOct62 DATE ACQ* 033un64 ENCL: 00
.\!:SUB CODE-. PP. NO REF SOV-. 007 OTHtR: 000
Ccrd ?
...........................

L 22138-66 A(h) 1JP( 'W"",
ACC NR, AP6012935 SOURCE CODE: UR/0115/65/000/005/0037/004J-
AU'rHOR, Valitov, R. A.; Kalinin, Yu. A.; Kuzlidchev, V. M.
ORG: none
TITIF,: Measurement of energy and power of optic craantum lasers
SOURCE: Izmeriteltnaya tekhnika, no. 5, 1965, 37-41
q1)PIC TAGS: laser, ruby laser, calorimeter, elastic oscillation, gaseous state
laser, photoelectric effect, thermal effect
ABS)TRACT: A survey of presently known methods of measuring the
electrical characteristics of lasers. Types of~%easurlng devices
must vary for measurement of the various types 6f laser,,butputs
which vary from low power, continuous operating He--ITe-gas lasers
to very high power, very short pulse duration ruby lasers. The
effects used In measurement are the thermal, pondermotive and
photoelectric effects. A typical calorimeter for power measure-
ment Is described, Its operation and prinQlple sources of error
(errors In calibration of de or condensor energy, transparency
of calorimeter sections, degree of "blackness" of black body,
readout, and energy loss compensation) are discussed. A drawing
of a pondermotor power measuring device is presented and Its
Card 112 UDG: 621,375,

L 22138-66
ACC NR: AP6012935
,operation briefly outlined. Main sources of error listed are#
error In measurement of specific moment of rotation of thread
and of Inertia of mobile system; Inacourate beam aiming; readout
error; radiometric effects; inaccurate determination of angle of fall or
reflecting surface and of reflecting capacity of the surface. The formati~rT
of elastic oscillations and other effects are also noted as having been
suggested as bases for measurement of laser power. Orige art* has: 2 figures.
(JPRSJ
SUB CODE: 20 / SUBM DATE: none / ORIG RM 016 / OTH IREF: 020

L le466-66 FSS!-?l /M7(n)-2/EWG(m)
ACC NRs AP6002557 SOURCE COM. UR/0286/65/000/023/0056/0056
AUTHORS -. Kuzlmichevs M.; Polovnikov, 0. G. Valitov, Re A.
ORO: none
TITLEt Optical range differential calorimeter. Class 42, No. 176707
SOURCE: ByulleteW izobreteniy i tovarny" znakov,, no. 23,, 1965., 56
TOPIC TAGS: calorimeter
optic black body
ABSTRACT: This Author Certificate presents an optical range differential caloria-I
ieter containing a thermally insulated case with windows behind whiCh are placed
two radiation receptors. The'receptors are identical copper conical black body
simulators with calibration helices spaced to insure opacity of the cone from the
to the normally incident radiation. The calorimeter also contains a thermal!
ibattery in contact.4ith the surfaces of the conical simulator and a recording
device (see Figi 1). For simultaneous and independent determination of two
coming energies and their difference., the calorimeter contains additional reference
conical black body simulators, Thermal batteries making centact with the side
Card
_...UDCa._535-23*O82*63*0O2956 J

L 18466-66
FAC-C-NR: AP6002557 0 i
L
Fig, 1. 1 - case; 2 - vindowl
3 - conical black body
simulator; 4 - calibration
helixi 5 - galvanometers;
6 tbarmal battery,
116
surfacos of the radiation receptors are connected in ppposition in the measuring
circuit. Orig. art. hast I diagram.
SUB CGODE: 20/ SM DATE: 23Hay64
I Card 2/2Q
IN -41 IN 4-
9M %AAMNI- ~,-

L b88Q-66 EWT (d )/ENT (1 )/EWA
ACC NR3 AP6013502- SOURCE CODE: UR/0120/66/000/00210086/0087
AUTHOR: Kuz'michev..-V. N...
ORG: Uigbsi-Y-gyAl--Radio_&Itctronice Academy _~Vysshee voyenno-morskoye uchilishchf~'
radioelektroniki)
TITLE: Generator of a sequence of random pulses
SOURCE: Pribory i tekhnika eksperimenta, no. 2, 1966, 86-87
TOPIC TAGS: periodic pulse, pulse generator, pulse amplitude modulation, pulse
amplitude
ABSTRACT: A circuit has been designed to generate a sequence of rectangular periodic
pulses whose amplitudes change according to the law of random processes. The circuit
of the generator is shown in Fig. 1. A sequence of clock pulses is fed from the
output of the blocking oscillator ltothe shaping trigger 2 with one stable state.
Pulses are fed from the trigger output to the differential network CSR119 which
together with triggers 4 and 7 forms standard 'charge and discharge pulses. The
duration of the pulses is longer than the time constant of the charge and discharge
networks of the modulatoaA The pulses standardized by the trigger are amplitude
modulated by the modulator 5. The 'standard charge pulses are fed from the trigger to
one of the inputs of the modulator, while the modulating random signal is fed to
another. A sequence of charge pulses with random amplitude is developed at the outpu

ACC NRo AP6013502
3 4 8.
ottstit
Card 2
, JI N
4w IN
~
Fig ~-'!~'Generator- circuit

T~, Ts4 i--
L 23880-66
ACC NRi AP6013502
of the modulator. This sequenc 'e of pulses passes through a cathode follower and an
amplifying stage 9 and finally is fed to the output of the generator. The generator
has the following specifications: prf, from 50 cps to 5 kc; rise time from 2 to 5 usec
at an amplitude of 30v and duration of 200 usec. Average output voltage is about 30
The author expresses thanks to 3. F. Resteruk for a number of valuable remarka made
during a discussion of the article. orig. art. has: 3 figures.
SUB CODE: 091, SUBH DATgo 06Dec64/ ATO PRAS:#jq
Card 3/3ab-

"Certain 113iolorical and Aprotechnical Proble-ms of Corn on the Forest Steppe of the
Mcrainian 3SR." Cand Agr Sci, K-harikov Order of Iabor Red. Banner Agricultural Inst Lmeni
4
M
V. V. Dolk-achyev, ! in Higher Education U33R, Kharlkov, 195-5. (n, No 15, Apr .55)
SO: Sum. 110, 704, 2 Nov 55 - Survey of Scientific and Technical Dissertations Defended
at USSR Ki-li-r Educational Institutions (16).

POLMOV, B.V.; KUZ'KICHIV, V.P.; KULESHOV, N.H.
-
Development and ripening of corn kernels on the cob. F12iOl.
rast. 3 no.1:36-42 Ja-F '56. (KLRA 9.5)
1. Kafedra rasteniyevodstya 1harIkovskogo seltakokhozyavetyeanogo
instituta.
(Corn (Kaize))

Country : USSR
Category : Cultivated Plants. Cereals. Leguminous Plants.
Tropical Cereals* M
Abs Jour : RZhBiol., N 0:.61 1959, No 24852
Author : Rizhikov, D. P.;.K:uz'michtV, V, P.
Inst t Ukrainian Acail y of-Wi-ricultural Sciences.
Title : Concerning the Corn Feeding Area in Fields
Protected by Forest Belts.
Orig Pub : Vysnik sillsfkogospod. nauky. Ukr, akad, sillstko-
gospod, nauk, 1958, No. 3, 24-26
Abstract : No abstract.
Card : 1/1
50

PEME I BOOK EXPLOITATION SOV/4717
Kuzlmichev, Vladi-ir Tinofeyevich
Metody i oredstva aktivnogo kontrolya razmerov v mashinostroyenii (Methods and
Means for Dimensional Feedback Control in Machine Building) Moscow, Mosk. dom
nauchno-tekhn. propagandy imeni F.E. Dzerzhinskogo, 1957. 61 p.
(series: Stenograma lektsiy) 5,000 copies printed.
Sponsoring Agency: Obshchestvo po rasprostraneniyu politicheskikh i nsuchnykh
znaniy RSFSR; Moskovskiy don nauchno-tekhnicheakoy propagandy imeni
F.E. Dzerzhinskogo.
Ed.: S.I. Abramson; Tech. Ed.: B.A. Sukhareva.
PURPOSE: This booklet is intended for designers and setup personnel dealing with
feedback control.
COVERAGE- The booklet is a stenographic report of lectures delivered by the author,
Fundamental principles of feedback control are discussed and el---,~csiflcations are
included. The author ex-ines errors which appear in the dimenGional feedback
C ard-T/3>

Methods and Means for Dimensional Feedback (Cont.) SOV/4717
control of machine tools and discusses modern means of dimensional feechiack
control. The author primarily discusses measuring devices which are mounted
on machine tools (in-process measuring devices). The concluding parvzrapbs
of Part III contain statistical data regarding rejects in Soviet plants.
Several non-Soviet automatic machines for dimensional control are mentioned
in Part III. No personalities are mentioned. There are 4 referencea, all
Soviet.
TABU OF COMENTS:
PART I. FUNDAMMAL CONCEPTS AND CIASSIFICATION
1. Extended Classification of the Special Control Equipment 3
2. In-Process and Post-Process Measuring Devices
4
3. Basic Elements of the In-Process Measuring Devices 8
4. Classification Patterns of the Most Widely Used In-Process
Measuring Devices 13
5. Descriptions of Some Typical In-Process Measuring Devices 22
Card7~

KMIMICHEV, V,Tffl-j aspirant
!P~ - -,
i,.-
Calculating and checking the precise positions of axas of
cylindrical surfaces. Izv. vva. ucheb. zav.; mashinostr. no.9:
35-57 158. (MIRA 12:10)
l.Moskovskiy vacherniy mashinostroitell W institut.
(Mechanical engineering)

PHASE I BOOK EXPLOITATION SOV/5662
Vysotskiyj A. V., Ye. R. Dvoretskiy,, V. V. Kondashevskiy., V. T. KuzImichey,
1. K. Morozov, P. K. Polyanskiy, Z. L. Tubenshlyak., G. V. Khokhlova,
7, Chasovnikov, and M. L. Shleyfer
Pribory i ustroystva dlya aktivnogo kontrolya razmerov v mashinostroyenii
(Instruments and EquUment for the Active Control of Dimensions in Machine
Butlding) Moscow., Maahgizj, 1961. 303 P- (Series: Progressivnyye sredstva
k~,ntrolys razmeray v mashinostroyenii) Errata slip inserted. 7000 CePies
printed.
Ed. of Series: B. S. Bayburovp M. I. Kochenov, and D. D. Malyy; Scientific Ed.:
Ye. R,, Dvoretskiy; Ed. of Publishing House: A. G. Akimova; Tech. Ed.: V. D.
E111s�nd; Managing Ed. for Literature on Means of Automation and Instrtimnt
Building: W. V. Pokrovskiy., Engineer.
RT,-JIOW: This book is intended for technical personnel engaged in the design vf
controlling devices. It may also be useful to students stecialUzing in tbe
flell-of instzvxk~ntation at schools of higher technical educat3on and tekhnikww .
Card )-/6

:Enstr,mN-,Lts and Equipment (Cont.)
SOV/5862
MIMI": Dimensional control instraments and devices used in machine -licL-11d.Ing
whieli have been tested under experimental and industrial conditions W-e
described. Concise information on non-Soviet control systems is als:
The present work is part of a series devoted to modern controlling
s~na was recommended by the CommIssion of thp State Scientific-'Technics:l
Committee of the Council of YIinisters USSR. The commission -was set
in the introduction of advanced methods and devices of dimensic-:1a.1
c,)ntrol in machine building. No personalities are mentioned. Thet-_ axre 74
reterenzes: 47 Soviet), 20 English, and 7 German.
"MaM ~V CU-WE17TS:
Ch. 1. GeL=-ral Observations on instruments and Devices
of Active Control (Ye. R. Dvoretskiy)
1. The role of active control and the provisions
for its introdaction 7
2. Special features in the develolment of active
control instruments 8
X. Basic types of the means of active control 9
-1
Card 2/6

Instruments and Equipment (Cont,) SOV/5%2
Ch. II. Instruments and Devices for Active Control of Shaft Dimensions
in Cylindrical Grinding (A. V. Vysotskiyp V. V. Kondashevskiy.,
V, T, KAzImichev., 1, K. Morozov., P. M. Polyanskiy,, G. V. Khokhlova,
G. V. Chasovnikov., and M. L. Shleyfer) 18
1. Instruments for the indirect visual control of shaft d1mensions
by measuring the displacem6nt of the grinding-wheel spindle stock 18
2. Single-contact instruments and devices for the control of shaft
dimensions 19
3. Two-contact instruiments and devicf.9 for the control of shaft
dimensions 25
4. Three-contact instruments and devices for the control of shaft
dimensions 51
5. Pneumatic instrument for contactless automatic control 83
6. Instruments and devices for the control of stepped shafts 85
7. I4Mt nts for the control of recessed shaft surfaces 88
8. Control instr a and detices used in face-grinding on
cylindrical grinders 103
Card 316

Instr nts and Equipmut (Cont.) SOV/5%2
9. Device for automatic control in the grinding of shafts
with reference to the hole of a conjugated part (bushing) 108
10. Automatic readjustment of cylindrical grinders 113
Ch. III, Instruments and Readjusting Devices for the Control of
Shaft Dimensions in Centerless Grinding (A, V, Vlootskiyp
V, V, KondsAhavoklys, P, No Polyanskiyp Go VoKhokhlovap
M, L. Bbleyfor and Z, L, ftbenshl7ak U5
1. Instraments and devices for the control of shaft dimensions
in centerleso grindlog 11,5
2. ReadJnsting devices U8
3. Pmtective-bloc" devices of centerless grinders 146
Ch. IV. Control Instrj*ents and Devices in Internal Grinding
(A. V, Vyootskiyp V* V, Kondashevskiyp Vo To MnImichey.,
P. X. Polyanskiyj 0. V. KhoWilova, 0. V. Chas6vnikovp
No L. Obleyfer) 148
1. Device for control with plug gages 148
2. Single-contact instra into and devices 151
3. Two-contact inst nts and devices 178
4. Three-contact instr nt with vibratory
contacting transducer for visual control 196
Card 4/6

Instruments and Equipment (Cant.)
S07/5862
Ch. V. InstrLmnts and Devices for Role Control in Honing
k'V, V. Kondasbevskiy., V, T, Kuzlnichevp and M, L. Shleyfer) 199
Ch. V1. Instr=ents and Devices for Active Control in Surface Grinding
(V. V, Kondashevski-Y., V. T.Kuzlnichey, I. K. I-Surozov., and
G. V. Khokhlova) 2a
1. Instruments and devices for in-process control in surface grinding 221
2. DivTices f-ar automatic readjustment of surface grinders 2
Ch. VII. Device for In-Pmcess Control in Grinding Parts With Cont=-
Surfaces (V. V. Kondashevskiy) 243
Ch. TM. Control Instruments and Devices Used in Lathework (A. V. Vysotakiy.,
V. V. Kondasbevskiy., V, T, K= Inichev and M, L. Shleyfer) 24h,
1. Instrwents and devices for in-process control in machining 2146
2. Readjueting devices f,_-r control after turning 2CO
3. B-1jaking and protective devices used in lathework 262
Ch. TX. Devices for Autzmatic Remijustments in Gear Tooth MacbAning
(V. V. Kondashevs1d,y) 266
Card 5/6

Instrwii-ants and,EqzJ,pwent (Cont.) stx/5862
Ch. X. Devices for Dimnsional Control of the Boring Mill
Qpmtion (V. V. Kondashevskiy) 2-13
1. Autcmmtie retadjuatnent of boring mills 273
2. Pri#teotlv~-. bl,.,)rkLng devices of boring mills 277
Ch. X:% Fmt-eeti-tv Pl,~,Aiug rif Drilling and Bx-.'jaA--b-4:ng
Mach-Ines 0'. V,. X.~nuehevsriy) 282
Ch. X31. C,,-mbined, luatr-,writs t,-.,r the Contml :X Sev*er&l Pa-,--t
D'Imnsions (V. 'T. P. M. Ralyanskiy,,
V.10i~,lrkluTa; amd G. V. Ohasonvnikar) 2 8 A-
"AbI -'e
-.~grapb,y
AVATIAM: IXbraury t~f C~,5ngreas ~'-~.;-;:1~7-F73)
c&ra 6/6 V-T/w-z-C/MaS
1-9-62

- KUZIMICHEVp V.T.
Methods for measuring the apertures of connecting rods, Avt. prom.
no. 1:27-28 A 161. (MIRA 14:4)
1. Moskavskiy av-tozavod imeni Likhachava.
(Automobiles-Engines-Cylind,gre) (Connecting, Rods)

VZOMICHU, V.T., aspirant
Hydrophobic mineral powders based on powdered wasta materials of
industry. Sbor. trud. Khab. avt.-dor. inst. no.2:41-47 162.
1824)
1. Khartkovskiy avtomobilIno-dorozhnyy institut.

11CHEV V T
, ;&~
Stand for testing driven clutch disks. AV-t- prom. 29 no.4t
Nv-35 Ap '63. (MIRA l6t6)
Is Moskovskiy avtozavod imeni Likhacheva.
(Clutches(Machinex71-Testing)

KUPIMICHEV, V.T., inzh.
Mineral powder from improved filter and preqz, waste products.
Avt. dor. 27 no.4:18-19 Ap 164. (I-qRA 17:9)

KUZ'KIGHEY. V-Ya.; MCROVA. Ye.I.
-Ab"J""'ZK
Materials on the epidemiology and helminthism among the population
of central Xazakhatan. Izv.AN KazAkh.SSR. Ser.fiziol. i mad. no-7:
85-98 156. (MIRA 9:10)
(XLUKHSTAN--WORM. INTESTINAL AND PARA$ITIC)

KUZIMICHRY, V.Tijp.
-
Ancylostomiasis in southern Kazakhstan. Izv. AU Kazakh. SSR. Ser.
fiziol. i med. no.7:99-106 t56. (KLRA 9:10)
(KA7AKHSTAN-HOCUCIRX DISJUSI)

KUZIHIGHNV, V.Ya, .
^0
~,e vi
lxperimental observations on the possibility of the development of
Ancylostoma larvae in lead mines. Izv. AN Kazakh.SSR. Ser.fiziol.
i mod. no-7:107 156. (MLRA 9:10)
(LEAD MINICS AND MINING-HYGISNIG ASMTS)
(MAIHSTAN-410MON)

RUZIMICHIV, V.Ta.; MOROVA. TO.I.
Possibility of the development of occupational halminthism in nines
in Dsheskesgan, Isv, AN Kazakh*BSR. Ser.fisiol, i made no.7:112-115
1 56, ()CLRA 9: 10)
(DZHIZKAZGkiN--WORMB, INTASTINAL AND PAWITIC)
(MINI SANITATION)
/11,

ICUZIMICHEV, V.Ya.
Date ction of the tick Carios vespertilionin ir. DDT and benzene
hexachloride storage depots. Xed.paraz. i paras.bol. 27 no,.1:51
Ja-F 158o (HIRA 11:4)
(TICKS,
Carios vespertilionis, detection in DDT & benzene
hexachloride storage depots (Rua))
(DDT,
storage depots, detection of ticks in (fts))
(mmmix HIrACHLORIDN,
storage depots, detection of ticks in (Rue))

XUZIMICHEV, V.Ya.; NASIBULIlUp F.K.
Materials on a study of the epideniology of tick-borne relapsing
fever in Bostanduk District. Izv. All Yazakh. SSR. Ser. mad. i
fiziol. no. 2:32-40 160. (HIRA 13:10)
4- (BOSTAIMUK DISTRICT (UZBEKISi','11-1)--.rELAPSIL'r, MENER)

n,l 'i'--cf!
cl cultiv - t c-, cro-,)-
71
MILL 7-' tha nortlj~--..-c i h U-
C) n
21 !~; 1 c r.-. S G "h
Sci i:-L; ln~~', of i..:~ch.-niz,--A~on 1~11 tli:-, 5C.4- 1~ I j"t
I
Eloctrificatic"', of 120 c c c KL, 116-5t"), 1-10)

99-58-2-719
AUTHORSt KuzImichavq V.Ye., and Nesterenko, I.K., Engineers
TITLEt Use of Excavators for Melioration Work During the Winter.
(lopollsovaniye ekskavatorov n& meliorativnykh rabotakh
simoy). From Working Exparienose in the Kar6lian ISSR (IZ
opyta rabot v ICarellakoy ASSR)
PERIODICILt Gidrotekhnika i Nelioratsiya, 1958, # 2, PP 50-52 ~USSR)
ABSTRICTs Extremely -powerful types of excavators can be used in
melioration work on peat bogs during the winter. " the
peat bogs only freeze to a depth of 20 to 35 cm, excavating
operations proceed satisfactorily with "1-505" and other,
heavy excavators.
There is 1 table and 2 photos.
AVAILABLIt Library of Congress
Card 1/1

KMIMIGHEV, V.Ye., inzh.
Minirmlm turning radii of row-crop tractors. Mekh. i elak. Bets.
sellkhoz. 17 no.1:17-20 159. (MM 32:1)
l'OPetrozavodskiy os~udarstvenny7 universitat.
fTraotors)

30V_L~-0-4-3-10118
AUTHORS: Kuz I micliev . Yu. 14. and h1aharov, V. I.
TITIJ11: Ulbras-onic Excitation of a CyLindricol Shell (Vo7,buzhdeniye
tsilin;~,richeskcoy obolochki ulltrazvWCOM)
PERIODICAL: A!~:usticheskiy ZhurvL-Lal, 1958, Vol 4, Nr 3, pp 2LE-2-283
(USSR)
ABSTRACT: Three photo,-,raphs are sliown of acoustic excitation of a
c-linder. In Fig.1 0 is the cylindrical shell irradiated
With ultrasonic waves in the direction shown by the arrovi.
T-'r!e diaphragm D passes through two beELus corresponding to
the calculated widths of the excitation zones. A piece of
porous rubber R is placed inside the shell to prevent dir-
ect transmission of sound throu-h the wall of the shell. As
can be seen, there is a central re~;ion, co-axial with the
S110,11, in which the sound is absent altogether. There are
3 f i-_;LLres,
III:`)-)r_','CIATI0N: Kafedra a1mstiki Illoskovskogo -osudarstvennogo
!1_111versiteta (-'Chair., of Acoustics of the M:)scow State
univorsity)
S7- ' I
~,_13..IITTIED: February 14, 10
.53.
C- rd 1/1 1. Cylindrical shells--kxcitation 2. Ultrasonic radiation--Properties

KUZIMICHEV Yu M., inzh.
Automatic eletroacouatical stopping device for circular rib knitting
machines. Mekh.i avtom. proi2v. 15 no,6:44~46 -Te 161.
(MIRA 1436)
(Knitting machines)
(Electric controllers)

is zw
AUTHORSi
TITLEt
S/03;N~?027/005/009/017
B130/B220
Lupakov, I.Se and Kuzimiohevq Yu. S.
Methods for testing the fatigue strength of heat resistant
ropes at elevated temperature
PERIODICALj Zavodskaya laboratoriya, v. 27# no. 5P 19619 589 - 591
TEM A method and a device of simple design are described, which permit
an estimate of the fatigue strength of a stool rope till it in destroyed
partly or completely, based on the number of bendings over a pulley, for
a rated stress and at elevated temperature. In these tests, the number
of bendings is recorded by a counter and the temperature of the rope in
measured. These tests enable not only the atatement of the beadings, but
also the investigation of several further factors having a negiLtive in-
fluenoe upon the fatigue strength of the rope, such as oxidation. A rope
was manufactured and tested for 10#000 hours at a temperature of 70000-
A load being continuously in a shaft of 70000 is fixed to one end of the
rope. The other end of the rope ic fixed on a drum. The ropes were manu-
faotured of pure molybdenum-chrome-niokel-tungeten-steaI of the type A14726
(E1726) and of an alloy on nickel basis a0893 (EI893) in the Tsentraltnyy
Card 1/4

24163
S/052/61/027/005/009/017
Methods for testing the ... B130/B220
nauohno-iseledovateltakiy Institut ohernoy metallur ii (Central Scientific
Research Inatituteof Iran Metallurgy). The device ~Fig. 1) consists of a
frame 1 on which a moto-r 2 and a reduotor 3 with pulley 4 are mounted. A
returning rotary motion is transmitted from the pulley of the reduotor to
the drum 6 by means of a push rod 5. The rope 7 passes an oven, a pulley
8, and a second oven. A load is fixed to the other end of the rope. The
heating of the rope is effected by 2 tube furnaces 10 situated in the
neigh'torhood of the pulley 8. The temperature of the oven is measured by
a chromel-alumel thermocouple and controlled by means of an MPATP-54
(MRShohPr-54) instrument. The number of bendings of the rope over the
pulley is recorded by a Cb- 1M/100 (SB-lM/100) counter. Since that part
of the rope which runs over the pulley is not always in the oven, a differ-
ence developes between the temperature of the oven and that of this point.
The temperature of the rope next to the pulley is measured by means of a
thermocouple and via a vibrator recorded by a )0 -4 (EO-4) OacillosooPe
in a special test under small load, in order to ascertain this difference.
There are 4 figures.
Card 2/4

S/129/62/000/010/oo5/006
E073/F.335
AUTHORS: Lupakov, I.S., Candidate of Technical.Sciences and
Ku'z,',michey, Yu-5,,-Zngineer
TITLE: Strength and resistance-to-intercrystallite corrosion
of welded joints on steel X1&12~-It2T (KhI81*412142T)
PERIODICAL: Metallovedeniye.i termicheskaya obrabotka metallov,
no. io, 1962, 6o - 63
TEXT: The long-run (at 650,and 7~O 'C, with maximum duration
of 1 800 hours) and short-run strength, ductility and impact
strength of the base metal and of weld seams immediately after
welding and after long holding of the specimens at elevated
temperatures as well as resistance to intercrystallite corrosion
of the weld seams were investigated.' Tube specimens, 40 mm in
diameter, with a wall thickness of 3 nun (containing 0.060/,0' C,*
1.26% Mn, 0.36%. Si, 16.5% Cr, 12.630,-.' Ni, 2.22% Me, 0.615'0 Ti)
were used in the tests. From tubes welded in an argon atmosphere
with non-melting electrodes (the weld gap was filled with wire
of the material C,'-'-'-,l8iilli-1% (SM18N1110) specimens with the weld
.,i;eam in the transverse direction were cut out for strength,
Card 1/2

S/129/62/000/010/005/Oo6
Strength and .... E073/F,335
impact and bending tests. The strength and ductility were
determined at 20, 350, 650 and 750 OC; the yield point was
determined by measuring the deformation by means of an instrtunent
with a scale division of 0.02 mm. Conclusions: weld seams on
the steel Khl8NI2,%12T, produced by means of automatic tube-welding
equipment with non-melting electrodes in an argon atmosphere,
have the same strength as the base metal. No appreciable
embrittlement occurred after holding the specimens at 650 and
750 0C, respectively, for durations up to 2 000 hours. Investi-
gation on 900 bends of 3 x 10 x 100 mm specimens with respect to
intercrystallite corrosion, according to0the &*1 method with and
without heating of the specimens at 650 C for 2 hours, showed
that the welding seams did not tend to develop intercrystallite
corrosion immediately after welding o r after holding at 650 and
750 0C for durations up to 2 000 hours# There are 4 figures and
3 tabl~.41
Card 2/2

"926-61. EPH/EPF(c)/zPF(n)-2/EWP(q)/EWT(m)/BDS AFM/ASD/SSD
Ps-4/Pr-4/ft-4 WW/JD/D?l
~ACCESSION HRI AP30039S7 3/0069/65/015/001/0079/OM
AM HORS3 - IA~10vo I - 8, 1 Kus fmichevo Yuw So I Zakharov, Tu. V.
TMEs Determination of Permeability at tube amd valls for helium
SOURM -AtomMa energiya,, Y. 15t no. it 1915t 79-80
TOPIC TAGS# permeability of helium, helium diffusion, heat transfer, 6=M furnace
ABSPRACPs There is a discrepancy in the date concerning the dirrusiQ or helium
:throu,gh metals2i(The Present work was undertaken because of the possible applica-
tions of helium gas for heat transferPin installations working, at high pressures
and temperatures, The experimental arrangement consisted essentially of a vacu=
furnace, leak detector (mass spectrometer type) FTI-4A, pumps and a helium tanks
The method of measurement consisted of determination of the amount of gas (by
pressure measurements) in the chamber surrounding the tube under study# accumulatwo
in a given time$ after the stationa condition vas established* This condition
was checked with the leak deteotorr-71By measuring the accumulation of gas with
and without helium in the tube# the permeability of helium vas determined, to the
difference of these two measurements* For tubes made of stainless steel and of a,
,nickel alloyq it was found that at 600C and 6o atm/ad% the lercea~ility was less
than 1 X 10-9 ters/seeftm2.
Card

ACCESSION NRj AP4042260 S/0089/64/017/001/0049/0052'
AUTHORt Lupakov, 1. So; Kuxlmlchev, Yu, So
TITLE: uelium penetrabili.ty of metallic tube Valle
SOURCEt Atumnaya energLya', v. 17, no. 1, 19640 49-52
TOPIC TAGS: steel tube wall, helium penetrability, helium penetra-
tion, seamless lKhl8N9T steel tubing, AIS1321 steel tubing, E1437B
alloy tubing, Nimonic 80A tubing, helium diffusion
ABSTRACTo The penetration of helium through the walls of metallic
tubes or cast bushings has been investigated at temperatures up to
800C and pressures up to 100 atm, Seamless tubes of stainless
lKhl8N9T (AISI321) steel 24 x 1.5 to 32 x 4.5 mm in bize were sub-.
jected to an internal pressure varying from 52 to 100 atm for 12-90i
min; tubes of 12KhlHF steel 18 x 0.5 to 22 x 2.0 mm in size were
tested at a pressure varying from 40 to 80 ats for 50-72 min at
700C, and tubes of E1437B (NimonLc 80A) alloy 7 x Oo5 and 1095 xLO us
In six& at a pressure of 100-105atmfw 12 uLn at 900C and at 800C
Card I / 2

iACCESSION NRt AP4042260
for 3 min, respectively, Practically no helium leak was observed
through all tube walls tested at pressure's below 60 atm and ten-
peratures up to about 600C.* Only lKhl8N9T steel tubes (27.x 3.5 and
27 x 1.5 mm) under a pressure of 60 stm at 60OCs and E1437B alloy
tubes (10.5 x 0.5 mm) under a pressure of 100 atm at 700C leaked he-
lLum6 No leaks were observed in all tubes subjected to external he-
lium pressure. Thus, it appears that the penetration of helium
through the tube walls occurs because of submicroscopic cracks
appearing in the material subjected to sufficiently high internal
pressure at high temperatures and not because of diffusion. The
detected leakage of helium, less than 10-12 I/cm2esec, was within the!
limits of measurement,error, No tensile strength changes were
observed in the investigated materials after helium and air-pressure
itests. The insignificant changes observed in the microstructure can.
i be ascribed to the natural aging of test specimens at high tempora-
l
ttureso Orige art* bass 5 figures and 4 tables*
ASSOCIATIONt none
SUBMITTEDs 280ct63 ATD PR199St 3068 ZNCLs 00
SUB CODEs MM NO REF SOVS 002 OTHERs 000
:Card 2/2

ACCESSION NRI AP404 F813 S/0126/64/018/001/0153/0155
AUTHORt Lupakov, Is p.; Kuzlmichavo YUS So
ffect of nio~iuim on co`=pod'si~tion _o:'borides in high-boron
TITLE: E
steels
SOURCEt Fizika metal~ov J metallovedeniye. v. 18, no. 1, 1964, 153-1,
155
TOPIC TAGS.: high boron steel, high boron steel property, niobium
boron steel, boron niobium steel, niobium boron steel propertyg n1o'l
bium. boride
ABSTRAM High-boron steels containing more than 0.2% boron have
low ductility and poor forgeability owing to the presence of a low-
melting and brittle boride phase, which solidifies between dendrites'-
Hot pressure working and heat treatment can change the structure and'
mode of distribution of this phase, but they do not improve the duc-
tility. Iron and chromium form primarily lower borLdes of the He2B
type whose specific weight does not exceed 6.5g/cm7o Thus,, in a low-
carbon steal alloyed with 1% boron, the content of the boride p~asa
'Card. .1 / 3

ACCESSION NRi AP4042813
is 12% by weight and 14% by volume. The notch toughness of this
steel does not exc.eed 2 kgm/cm2. An attempt has been made to reduce
the volume and hence the detrimental effect of the boride phase by
additional alloying of high-boron steel with niobium, which forms.
primarily higher borides of the MeB2 type. Tests were made on three
low-carbon steels, designated 1,2 and 3, with respective contents of,
0.03, 0.03. and 0.06% carbon. 2.16, 1.56, and 0,94% boron, and 0.79
1.38, and 1.22% niobium. It was found that with an increasing nio-
biumtboron ratiopthe content of the boride phase dropped from 24.2
weight% in steel I to 9.0 weight%. in steel 3a Simultaneously, the:~
iron content in the boride phase dropped from 84.5% in steel I to
75.5% in steel 3; the niobium content in the boride phase rose from.'.
2.1% in steel 1 to 7.0% in steel 3. It can therefore be expected
that alloying with nio~Lum will have a beneficial effect on the duc-
tility and forgeabLlity of high-boron steels* Orig. art, has three
tables*
ASSOCIATIONs none
Card 2 /3

L 29563-66 EWP(k)/E;VT(m)Z~/EVIP(w)IE~IP(t)/ETI IJP(c) JD/M/JG
A-CC NR: AP6018362 (AJ, N) SOURCE CODE: UR/0089/661020/005/0440/0442
AUTHOR: Al'shevskiy, L. Ye.; Kuz'michev. Yu. S.; Kurochkina, L. M.; Lupakov, 1. S.;
Neymark, V. Ye.; Teulin, I. 1~.-
ORG: none
TITLE: Effect of ultrasoundon the 4RStjjj~y of high-boron stainless steep
1b 1~ ;-7
SOURCE: Atomnaya energiya, v. 20, no. 5, 1966, 440-442
TOPIC TAGS: steel, stainless steel, high boron steel, boron containing steel,
steel ultrasanic treatment, steel plasticity, steel ductility, steel tube, tube
extrusion/KhIBN15 steel, Khl8NlO steel, Khl8N6C9 steel, Khl~ steel
18 10.
ABSTRACT4 The efftet of ultrasound on the plasticity of Khl8Nl5lfKhl8NlO,
Itainless steels containing 2-3.7% boron has be2-
Khl8N6G9kAnd VJ~171 en inv~est gated.
Boron atconients above 1.8% forms coarse bypereutectic borides which lower the
steel plasticity. It was found, however, that the shape and size of the boride
inclusions can be improved by applying ultrasonic vibration to liquid steel during
cooling and solidification. The effect of ultrasound was found to depend on the
metal temperature. Good results were obtained at a pouring temperature of 1500C.
Ultrasound *applied at this temperature broke down borideir-lusions into small particl
uniformly distributed 'throu'ghout the mass of metal and considerably improved the
steel plasticity, especially in rollin . Rolled -tub-e-billets 71 and 106 mm in
TIF
Card 1/2 UDC: 621.789.2:669.15

ACC NRt AP6018362
F~
diameter were successfully extruded at 1050-1140C with 80-86% reduction into
satisfactory quality tubes 50 or 71 mm in diameter and 800 mm long with walls
5-6 mm thick. The structure of high-boron stainless steels also can be refined by
homogenizing annealing at 1200-1250C. Orig. art. has: .3 figures, [ND)
SUB CODE! 13, 1l/ SUBM DATE: 14Aug65/ ORIG REF: 003/ ATD PRESS:

V,
MASWV' M.S., professor, zasluzhenyy deyatell nauki, deystvitelInyy chlen Aka-
demii meditsinakikh nauk SSSR; ZAYTSBYA. G.L. kandidat meditainskikh
nauk, sekretar'; KURYLEVA. O.M.; BRONSHTEIK, A.I.; PXTro)VA, Ye.P.;
MAT,A ICA . D.B.; ITINA, N.A.; MAKAROVA, V.V.; RYEAKOVa, T.K.;
ORBICLI, L.A., akademik; VOLOVIK, A.B.. professor; TUE. A.I., professor;
BYSTROLITOVA, G.I.; UNILIVICH, M.G., professor; VISMIGHWA, A.G., do-
tsent; BIWIMA, M.I.; ALXKWIDROVA, V.R.
Minutes of the meetings of the Leningrad Society of Pediatricians. Vop.
pediat. 21 no.2;60-62 Mr-Ap '53. (KLHA 6; 6
1. Leningradskoe obshchestvo detskikh vrachei. 2. Akademiya meditsinskikh
nauk SSSR (for Kaslov). . (Reflexes) (Scarlet fever)

KUZIMICHEVA, A. T.
KusImichevas A. T. "Cros3 streptococcous infection in diphtheria groupsy"
in sMosium:- Skarlatina i streptokokkoyyye infektaii, Leningrad, 1948, p. 99-120
SO: U-2888, Letopis Zhurnaltnykh Statey., No. 1, 1949

KUZIMIG&VA) A. T.
Kuzlmichava: A. T. "Streptolysin and antistreptolysin in acuto contagious
diseases," in symposiumi Skarlatina. i streptokokkovyye iafektsii,, leningrad,,
1946, P. 137-48
SO: U-2888, LetopiB Zhurnalinykh Statey, Nol lo 1949

IOFFE, V.I.. AUSHBUS, I.M.. XHRU,--FCHOVA, V.A., KUZOMICREVA, A.T., 111KITINA, N.A.
Develoment of droplet infections in children. Report No.1:
%mamice of changes in epideMiOlOgICAl ChArneteriatics of dipththerift
in Leningrad. Zhur.mikrobiol.epid. I immun. 29 no.6:9-14 Je 158
(MIRA 11:7)
1. Iz Instituta ekenerimentallnoy, meditsiny AMN SSSR. Instituta
imeni Pastera. Detskoy Infektsionnoy bol'altay Sverdlovskogo rayona
Detakoy bollnitsy imeni Filatova I Infektalonnoy bollaitay Botkina,
(DIPHTHERIA, epidemiology,
In Russia, dynamics of chnnge of epidemiol. (Rue))

ROUXCHOVIi. V.A.. OZIMICHEVA, A.T., UrEITISA, N.A.
Development of droplet infections in children. Report Io.2: Change
in the epidemiologioal character of scarlet fever and its comparison
with the development of diphtheria, Zhur.mikrobiol.epid. i imam
29 no.6:14-20 Je 158 (MIRA 11:7)
1. Tz Institute ekBpertaentAllnoy meditsiv AM SSSR, Institute,
Imeni Pastern. Detakoy infektsionnoy bolinitsy Sverdlovskogo rayona,
Detakoy bol4nitsy iment -Vilatova, Infektsionnoy bollnitsy Botkina*
(DIMfMIA. epidemioleff.
in Russia. dynamics of change of epidemiol. & comparison
with scarlet fever (Rua))
(SCARLET FEM31, epidemioloa
in Russia. dynamics of change of epidemiol. & comparison
with diphtheria (Rua))

KLMIMICHWA., A. T., Doc Med Sci (diss) -- "Chiasmatic streptococcal infection
in infectious diseases of children". Leningrad, 1959. 21 pp (leningrad Pediatric
Med Inst), 250 copies (KL, 110 24, 1959, 148)

DANILEVICH, Kikhail Georgiyevich, prof. [deceased]; KUXIMICHEVA. A.T.,
red.; RULEVA, K.S., tekhn.red.
(Acute infections in children; manual for physicians] Ostrye
detskie infektaii; rukovodstvo dlia vrachei. Leningrad. Goo.
izd-vo med.lit-ry Nedgiz, Laningr.otd-nie, 1960. 486 p.
(KIU 13:10)
(CHUM --DISEASES)

XUZIMIGHEVA, Antonina Trofimovna, red.; ENIUSHCHOVA, Valeriya Aleksandrovnat red.
[ProblemB in diphtheria) 'Voprooy difterii. laningrad, Vedgiz,
1961. 196 P. (DIPHTHERIA) (MIRA 14:101)

KUZ'R10fU;VA , A. T. i ROVINSKIY , V. P.
Changes in the clW-cal picture of whooping cough in recent
years. Vop. okh. mat. i det. 6 no.9:40-43 S '61. (I-111RA 14:9)
1. Iz Leningradskogo pediatricheskogo meditsinskogo instituta (dir. -
dotsent Ye.P.Semenova) i infektsionnoy boltnitsy imeni K.Libknekhta
(glw.rnyy vrach S.I.Novikova).
(WHOOPING COUGH)

KUWMICH&VAp A.T.; ZHAGULLO, Ye.M,
Some tasks in the control of Bc)tkints disease in children. Vbp*
okhomatei det. 8 no*3134 Mr 163. (MIRA 1615)
1. 1z kafedry infektsionnykh bolezney u detey (zav. A.Te Kust-
michem) Leningradskogo pedia-txicheakogo meditsinskogo instituta
(dir. Ye.P. Semenova),
(HEPATITIS, INFECTIOUS)

F- ~~- . - .- , , - .
ll-~ , I
. "l-
. - '. ' 7-
11 1,
. I

vz c k -E VAJ
f
s

PHOTOFUMATMINOF 'AMIUR) M,~D'i'j MOM
HYDRm."~s '0") G. V.
JK Z'm
I CI
E '4611 ~j*5 5) Sc pt.
't d. S~Oz S.S-R. Svr. Fli. 19.
L\,t. (In Ittasslin)
Expvrimental mudt-. a
dlj.')~kr A, "cl-a ~Qrt ~l -, qu'ala at ~h' tbmilwht ol
j'l~oo fwwwl',, from hpit In 1110 ran4' 0l
ph,At) formilimi in dt,l,rlom, in Ypln -ji
5,,m,.d c---tn~f a ~hltl iz) ;h, -4pln I tht, Pticl,vti Ryslvin.
J'hv prob-AWIlly linlt o,' the -pin r-nift uf iW nLcl~,xt
twar tho lhr~~Itol,f of --niot~on form4tfln wai MNA.1

USSR/ Physicis If-mesons
Card I.A. Pub. 22 16/53
Authors I Ada~ovich, M. I.; Kuzmichova, G. V.; Larionova, V. G.; and Kharlamov, S. P
Title Photo-formation of negative 71-mesons on deuterium
Periodical
Abstract
Institution
Presented by-
Dok. AN SSSR 102A, 715-718, Jun 1, 1955
The reaction d + P + 1-r was studied by the method
of photc~-emulsions. The photo-emulsions were filled with water and
exposed to a beam of photons. Five USA references (1952-1954). Table;
diagrams.
The Acad. of Se., USM, P. N. Lebedev Physical Institute
Academician I. Ye. Tanm., February 1, 1955

T-
Pliotaprcduction of'
C On Ener-,, Accelerators and Picn
?I-,Ys-,Lc:s
Geneva 11-23 Jwle 56
1n.

'Ov S.P.
M.T., VEYSLER, 11.T LARIONOIA, VA., rnaw
V , AD.4~
"Photoproduction of Negative?(14esons on Deutorium," paper
presented At CEPS Symposium, 1956, appearing in Nuclear Instruments,
No. 1, pp. 21-30, 1957

AUTHOPS: Adamovich, hi. I.,*Kuzlmicheva, G. V., SOV/56-35-1-3/59
Larionova, V. G., Kharlamov,-T.--J-.-
TITLE: The Photoproduction of n -Mesons on Deuterium Ifear
the Threshold (Fotorozhderiiye n -mezonov na deyterii
vblizi poroga)
PERIODICAL: Zhurnal eksperimentaltnoy i teoreticheskoy fiziki, 19589
Vol 35, Nr 1, pp 27 - 38 (USSR)
ABSTRACT: In several earlier papers (Refs 1-4) thto ratio of
the cross sections of the processes y+d 4 p+p+n and
y+d 4 n+n+n+ has already been investiGated ; "Watson
(Vatson) (Ref 4) showed that o-/cll' foil deuterium
corresponds to that for free nucleons. The authors
of the present paper investigated the reaction y+d 4 p+p+n
on the 265 MeV synchrotron of the FIAN (Fizicheskiy
institut Akademii nauk SSSR - Physics Inotitute AS USSR)
with NIKFI-R photoemulsion plates which were enriched wilth
deuterium ~as D 20). (Plates: 3,2.1022 deuterium nuclei
per cm3). The maximum energy of the y-quanta amounted to
Card 1/3 250 and 200 eV for a maarietic field with iTI=7000, 04 in

The Photoproduction of n--Mesons on Deuterium 1-lear sov/56-2;5-1-3/59
the Threshold
the evaluation of the platos the microscope LMBI -2
was used,for the determination of coor~linates in the
case of multiple scatterink, MBI -.8. For the dependence
of the cross section of meson production on photon
energy (54,E