SCIENTIFIC ABSTRACT SHMAKOV, M.I. - SHMAKOVA, F.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549720018-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

-7 ""7
Subject USSR//f,:ngineering
Card 1/1 Pub. 35 - 14/2o
AID P - 2125
Authc~r Shmakov, M. I.
Title Field survey and determining of density of sand-gravel
layers
Periodical: Gidr. strol., no-3, 39-40, 1955
Abstract A new method based on the author's experience Is offered
for determining the weight of sand-gravel layers. The
device used to determine the density is shown in a
diagram.
Institution: None
Submitted : No date

SOV/98-59-1-5/14
U fi I; UiR S: Tizdel', R.R. and Shmakov, Engineers
TITLE: An Experimental RollinL-, of Gravel Grounds (Opytnaya
ukatka galechnykh griintov)
.LERI;.-DICAL: Gidrotekhnicheskoye stroitel'stvo, 1959, TIr 3, pp 26-29
(USSR)
AB"'I'RACT: The Moscow section of Gidroenergoproyekt made a series
of experiments with rolled gravel grounds to determine
their density, humidity water-permeability, granulo-
metric composition and resistance to shifting. Though
eight experimental terraces were built and, each of them
in a different way, no correlation between 'the density
and the method of rolling or number of layers could be
established. Only the water-permeability depended on
the method of filling and rolling of the terrace
(table 2). There are four tables.
Card 1/1

TIZDXL', R.R.,inzh.; SINA.KOV, M.I.,inzh.
Experimental rolling of stony eolls. Gidr.stroi. 28 no.1:26-
n9 Ja '59. (MIRA 12:2)
Ic
(Soil stabilization)

SMAKOV, M. 1.
Work of the Maksathikha Rural District Hospital according to the
new organizational framework. Zdrav,Ros.7eder. 4 no.2.-16-19 F 160.
(MIRA 13:5)
1. Glavayy vrach Makoatikhinokogo rayona Xalininskoy oblasti.
(MAKSATHMA DISTRICT--HOSPITALS, RURAL)

SHMAKOV M I , inzh.; POPOVA, A.N., inzh.
:j--LL* --*
Study of the -foundation of concrete structures of the Saratov
Hydroelectric Power Station by the displacement of large stamps.
Gidr. stroi. 33 no.11:25-27 N 162. (MIRA 16:1)
(Saratov Hydroelectric Power Station-Soil mechanics)

TERMOV, I.N., kand.tekhn.nauk, dotsent, kapitan 1 range; SHIRNOVSKIT,
.A.F., inzh.-kapitan, red.; MERKIN, D.B., kand.fiz.-m3tem.nauk,
stsrshiy nauchnyy sotrudniki red.; SHMAKOV. N.A._ kapitan-
leytenant, red.; BERDNIKOVA, Te.i., tekhn.red.
[Brief course in radio deviation] Kratkii kurs radiodeviataii.
Moskva, Voen.izd-vo M-va vooruzhennykh all SSSR, 1947. 83 p.
(miRA 14:1)
1. NIGShI voyenno-morskikh ail (for Terekhov).
(Radio in navigation)

'I" --- SHMAKOV, N.A.
The AZ-1 automatic machine for rolling in and hardening push-rods ends.
Biul.tekh.-ekon.inform. no.5;1%.~18 n0-5:60. (MIRA 14:3)
(Machine tools)

SIRNKOV) N.G., ~;turalLiy inzh.
Setting-up df a graph for determining the location of the damage
in electric lines. Avtom., telem. i sviazt 5 no.6:40-41 Je 161.
(MIRA 14:9)
1. Kontrollno-ispytatellnyy punkt Ruzhinskoy distantsii
sigrmlizatsii i svyazi Dallnevostochnoy dorogi.
(Electric lines--Testing) (Electric measurements)

-Im t
. - i:. -, ,
"Conference of veterinar-.,- specialists of Kalinin oblast.
SO: Veterinariia 2c'! (1), Yli52, p. 61
,.I I
Veterinary Dept., D inin Ublast Admin. of AL~ri.

SHMLKOV, N.F.
Raise the level of veterinar7 work in Xalinin Province. Veterinariia
32 no.10:12-17 0 155. (MLRL 8:12)
1.Nachallnik votarinarnege otdala Kalininskego oblastnego upravlaniya
sal'skego khozyaystva.
(KALININ PROVINCE-VETRRINARY MEDICINE)

SHMkKOV. N.P.
k~, --i-,.,;~;~,~,;X,--, ~
Socialist competition Is a certain wa7 towards an expansion of
stockbroeding. Yeterinarlia 34 no.1:14-19 Ja '57. (MLELA 10,012)
1. Nachal'nik veterinarnogo otdala Kalininskogo oblastnogo
upravlonlya sellakago khozyayatva.
(Stock and stockbreading)

I ~ 7.il 71-1- `
-, i -c-e- -P- r i a --na- . -1 oral o -)
- -, .-*, j - . (Kal4ll _i, S* ~ ntLfic - jduc'Ll- n Veter a - I,--:) L, 37~
of a -vutler-Jna-~,i f-~ldEiier (mod-Ical at
7-
.~Io l2k ~ -~ o z . I I
vc-uerinariya) Vo. 3,'-,) ~To. 12, December 110,61, P. 10.

USSR/Farm mi=ls - Lai-go Horned Cattle. r-2
Abs Jour Rof 9J-urr - Biol., No 18, 1958, 63371
Author
Inst Lonin6Tad Oblast' A~-,icuitural Station.
Title Economic Effectiveness of 'Various Systeris in Sur-rior Kecpi.,16
of Dairy Cattle.
Orig Pub Sb. tr. Leningre obl. s--kh- st*3 1956, No 24, 2o8-219.
Abstract At the Leningrad Oblast' ACxicultural Station exp0riLl-'Ilt'S
wore performed comparatively evaluating keeping procoCures
of 0--iry cattle duri-aG the st,~mier: r=ely, keopinG in
stalls only without pas-ilurre, capp-pasture keeping wil",-11
at4ditional feedirgs of grcen substances in stalls -,iccD----
ding to needs, and finally, pasture keeping on natural
i)asturos. In terms of tho cows' increased milk yields,
as woll as their live wciGhts, best results were
Card 1/2

SHMAKOV. N.V.. elektromekhanik
Correction of faults in the operation of an IT-81 relay caused
by y-lbration of the panel. Energetik 10 no.6:23-21+ Je 162.
(min 16:3)
(Electric switchgear)
(Electric relays)

VORONOV, I.S., [Tornyy inzh.; KOVALEINKO, V.A., gornyy inzh.; BEXETOV,
1'.Y(,., gornyy inzh.; MATMET, V.P., gornyy inzh.; NAGAYEV,
Kh.Kh., gornrl inzh.; SHMOV, P.I., g(;rnyy inzh.; CHERKAYEVA,
N.G., gornyy -*Lnzh. , ~ ~--'
Conveying and loading ore with a vibrating feeder. Gor.
zhur. no.8:28-31 Ag 164. (MA 17:10)

SHILAKO P. V.
S 1. V)
Radio Through Cables, Moscow, 1927r.

I Pavel Vasi! lyevicb
OITIAKOV)
"Several Photoelectrical Properties of Induction Cathodes, Zhur. Tekh. Fiz.,
vol. 6, no. '1. 1936.

,-~ ! !, -,~ r ,1) .I T
Dr. -Lenlinical Scj. "JiII tine !-:usmim of Com7amica "ions I . A. 1. :opo-; n--:--n? , "
-71 : I
Qn,l, 11 1 1 1~11 *:~; of' So-iiet "Pa-liote-1-t., ~Tn- 1~ '9-n: ---2,-2
. .1.0, ~~O. ;, - . - - - - .., .. .- :~, - I
.- ... Scl. "Colo-, -elevisjon,"
Dr . Tr-c", . I

-t Tf- TC': t.-,L
r n Drancii, Al i --union L,ociet" for t~ w
Ko')
Sc ientif c.*,.c- ri I,) -Le sie::1 n

'USSR/Aca deny of Sciences May/Jun 49
"New Books" 1 p
"Radlotekh" Vol IV, No 3
Lists five books: P. V. Sbmakov's "Color Teltyl-
Sion M. V. Belyakov's "The lnflu~rice of Yleteoro
1'ogr~al Conditions on the Progation of Ultrashort
Waves," G. A. Remez's "Radio Testing," G. Ehollnon's
"Generation and Amplification of Decimeter and Cen-
timeter Waves," and N. P. Bogoroditskiy and I. D.
n
Fridberg's "High-Frequency Inorganic Dielectrics
;.APW
52

Slf~mov, F. V.
Shmakov, P. V. - "Qualitative ch2racteristics of colored televisicn systems.'
Sbornik trudov lanirgr. alek-trotekhn.:Ln-ta svy zi im. Bonch-Bruyevicha, Issue 5,
1949, P. 3-24
SO: U-5240, 17, Dec. 53. (Latopis 'Zhumal Inykh Statey, No. 25, 1949).

1. SINAKOV, 1). V. Prof.
2. ussa (6oo)
4. Telovi.,iion Broodconting
7. Problem of long-distance television transmission. Radio no. 11, 1952.
9. Monthly List of Russian Accessions, Library of Congress, February -1953. Unclassified.
~. -
- I- -

~._ -- ~ ,L ,
"Questions of Long-Distance Television Transmission.(Tr. from the Russian)." p. 412
(KOZLFKEDE6TUD0MANYI SMILE, Vol. 3, no. 11/12, Nov./Dec. 1953, Budapest, Hungary)
SO: Yonthly List of East European Accessions, LC, Vol. 3, No. 5, 'May 1954/Unclassified

SHMAKOV, P., professor, zasluzhennyy deyatell nauki i tekhniki, doktor
'~'~eVnlc'heskikh nauk; BOGORODITSKIY, N., professor, laureat StalinBkoy
premii, doktor tekhnicheBkikh nauk; ROGINISKIY, V.. kandidat tekhni-
cheskikh nank.
Supplying workers of village radio rediffusion centers with more
literature. Raaio no.12:13 D 153. (HMA 6:12)
(Radio-Rtceivers and reception)

.I- .I e -T
'j
~Lvl ,
PHASE X TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 614 - x
.-BOOK Call No.: AF648072
..,Author: SHMAKOV, P. V., Prof.
Full Title: DEVELOPMENT TRENDS IN COLOR AND BINOCULAR TELEVISION
(Stenograph of a public lecture delivered in Moscow)
Transliterated Title: Puti razvitiya tsvetnogo I ob"yemnogo
televideniya
PU13LISHING DATA
Originating Agency: All-Union Society for the Propagation of
Political and Scientific Learning
Publishing House: "Znaniye"
Date: 1954 No. PP.: 38 No. of copies: 83,000
Editorial Staff: None
PURPOSE AND EVALUATION: This pamphlet Is one of popular booklets
(series IV, no. 28) published by the All-Union Society for the
Propagation of Political and Scientific Learning. It is written
for wide circles of readers and presents information which does
not exceed in quantity that usually given in similar American
11popular" publications. In the introduction, the author exag-
gerates the role of Russian and Soviet scientists and engineers
in the field of television science.
1/3

Puti razvitiya tsvetnogo i ob"yemnogo televideniya AID 614 - x
Pages
Simultaneous systems of color transmission 10-13
Field sequential systems of color transmission 13-15
Special features of television transmission of colored
details of the picture 15-18
Simultaneous system of color television with standard
frequency band 18-23
Binocular Television 23-36
Methods of television transmission of three-dimensional
pictures
System of binocular television
band
Conclusion
References
23-33
with standard frequency
34-36
36-37
38
No. of References: 7 Russian (1949-1954)
Facilities: In addition to the names of the older generation Russian
scientists, the author gives the following names of Soviet scientists:
in the field of radio engineering M. A. Bonch-Bruyevich, M. V. Shu-
leykin, L. I. Mandel'shtam, N. D. Papaleksi and A. A. Andronov; in
the development of color television, I. A. Adamian, N. T. and V. I.
Fedorov and Yu. S. Volkov; in binocular television, S. P. Ivanov and
the Chair of Television of the Leningrad Institute of Electric
Communication. 3/3

SHMAKOV, P.V.
FUNDAMENTALS OF COLOR AND THREE-DIMENSIONAL TELEVISION, Izd. "Sovetskove
radio", M., 1954, 303 pages.
The first part of the book presents and exposition of the physical
foundations of color television and of color calculations in color
television system; the author gives a classification of such systems
and the basic principles of their construction, as well as a description
of tubes for color television.
In the second part, devoted to three-dimensional (stereoscopic) tele-
vision, the author discusses the necessary conditions for the three-
dimensional reproduction of images, and also systems for realizing
three-dimensional rproduction. The concluding chapter is d6voted to the
question of three-dimensional color television.

professor, doktor tekhnicheskikh, nauk, zasluzhennyy
deyatell naliki i tekhniki, redaktor; LURIU, O.B., doktDr
tekhnicheskikh nauk, redaktor; ROGIIISKIY,V.Yu., kandidpt
tekhnicheskikh nauk, dotsent, redaktor; BCGDAIIOV, A.V., inzhe-
ner, redaktor; CHERIIYSHEV, V.M., inzhener;redaktor.
[Collection of articles on television broadcasting] Sbornik
materialov'po televizibnnomu-*eshchaniiu. Leningrad, 1956o 211 pe
MRA lo:6)
1. Nauchno-tekhnicheekoye obshchestvo radlotekhniki i elektro-
sv.tazi imeni A.S.Popova. lieningrgdekoV9, Urkainskoye i LatviYakore
pravleniye.
(Television--Transmitters and transmission)

SHMAKOV, F.V., otvetstvennyy redektor; ANDREYENKO, Z.D., redaktor;
': - 'VMTIUUB, A.B., tekhnicheskILy redaktor
[Color television; a collection of instructions] TSvetnoe televidenia-,
informatsionnyi sbornik. Moskva, Gos.izd-vo lit-ry po voprosam
sviazi i radio, 1957- 121 p. (MLRA 10:9)
(Color television)

PSURTSEV, N.; SHOKIN, A.; KOTELINIKOV, V., akademik;,SHKAXOV, F., zaelu-
zhennyy deyatell nauki, professor.
Scientists and radio specialists answer editor's questions. Radio
no.1:6-7 Ja '57. (VTRA 10:2)
1. Ministr avyasl SSSR (for PsurtBev). 2. Pervyy zamestitell mini-
stra radiotekhnicheskoy promyshlennosti SSSR (for Shokin). 3. Di-
rektor Institute, radiotekhniki i elektroniki AN SS~R. (for Kotell-
nikov).
(Radio)

'flUSKIY, S.B.; SHMAKOV, P.V., prof., otv.red.; GAWCHINSKATA, V.V.,
tekhn. red.--
[Fundamentals of colorimetry; textbook for a television course]
Osnovy kolorimetrii; uchebnoe posobie po kursu televideniia.
P6d red. F.V.Shmakova. Leningrad, Leningr.elektrotekhn.in-t
sviazi, 1959. 59 P. (MIRA 13:10)
(Color television) (Colorimetry)

KUSHNIR, F.V.~ ovt.redj; GAVRIL0V, A.F., zasluzhennyy deyatell nauki i
tekhniki, prof.j red*.' DOLUXWOV,, M*P~q lbrofo, red.; Y3DOROV,
K.P.,*dots., red;; ZE[DA OV, I.M., prof., red.; ZELYAKH, Z-V-,
fy?6ro., red.; ULM% N.B., prof., red.; LXBZDBV, K.N., d6td.,
redo'; ODNOLIK09 V.V., dots.', red.1 ROMANOVSKIY, V.B.,Edeceas-ed],
dote., red*; YOMICEN, I.N.9 dots*, red.; SHINIBIROV, P.Ya., dots.,
red.; SHMAKOVI-I~J.p 2asluzhennyy dayatell-nauki i tekhniki prof.,
red*; GAL-idH-INSKAYA-V.V., tekhn.vbd.
[Strudture and reactivity of organic compounds] Voprosy stroeniia
i reaktsionnoi sposobnosti organicheskikh soedinenii. Leningrad,
1959. 372 p. (Leningrad. ILaktrotekhnicheakii institut sviazi.
Trudy, no.8). (MIRA 13:11)
(Chemistry, Organic) (Chemical structure)

06427
6(6) SOV/107-259-5-22/--l
AUTHOR: Shmakov, P., Professor
TITLE: On the Selection of a Color TV Broadcasting System
PERIODICAL: Radio, 1959, Nr 5, pp 22 24 (USSR)
ABSTRACT: The author reviews the development of color TV in the
USSR and abroad. In 1953, the Kafedra televideniya
Leningradskogo elektrotekhnicheskogo instituta svyazl
imeni professora M.A. Bonch-Btuyevicha (Chair of Tele-
vision of the Leningrad Electrical Engineering In-
stitute of Communications imeni Professor M.A. Bonch-
Bruyevich) - LEIS - began the development of the si-
multaneous compatible color TV system. In 1954, publi-
cations on the simultaneous compatible color system
were found in American periodicals. Although there
were no circuit diagrams, the task of the Soviet
scientists was made easiersince the circuits were
based on the quadrature modulation which was known
to them from their previous work. The author further
Card 112 states that the comratible color TV system used in

o6h27
SOV/107-59-5-22/51
On the Selection of a Color TV Broadcasting System
the USA and, for experimental purposes, in the USSR,
is the most advanced one. The author mentions briefly
the flying spot studio camera and a motion picture
projector developed by LEIS. Figure 1 shows a photo-
graph of the camera, while the block diagram is shown
in Figure 2. The Television Department at LEIS is
working on problems connected with the exchange of
color TV programs with countries having another color
TV system. The author mentions the development of
color TV systems in France and in Holland. There are
2 photographs, 1 block diagram, 1 diagram and 8 Soviet
references.
Card 2/2

AKS~IUTOV, Yu.V.; URE"ACIN, N.S.; ZHEBUI, B.G.; ZLOTNIKOV, S.A.;
KOLIN, K.T.; K011DRATIM, A.G.; MIRENKO, Yu.G.; ODNOLIKO,
V.V.; TARUIETS, D.A.; g~~KOV, P.V., red.; VLPNGREHM, L.I.,
red.; KAIUBILOVA, S.F., tekhn.Fe4-,'---
[Television; general course] Televidenie; obshchii kurs. Pod
red. P.V..Tmkovs. Moskva, Gos.izd-vo lit-ry po voprossm sviazi
i radio, 1960. 391 P. (MM 13:12)
(Television)

SHILMV, Pavel Vasillyevich, prof., zaaluzhenryy dnyatel' Yjaul-I I
tijkliniki
Television of the futurn. IzobrA rate. no.1:21-21 Ja IAO.
~, --SHM X3:4)
1. Nauchnyy rulcovoditol' ~mfedry telavideniya Leningradakogo
ale!-trotekhnicheskogo instituta svyazi Ime-ni Bonch-B-rVevicha.
(Television)

88152
S/187/60/000/004/001/002
A189/A0206
949464
AUTHOR: Shmakov, P-V.
TITLE: On the Employment of Earth Satellites for Television
PERIODICAL: Tekhnika kino i televideniya, 1960, No. 4, PP. 3 - 7
TEXTE Tile author reviews some papers dealing with the problem of using
man-made satellites for television broadcasting and discusses the problem from
the viewpoint of the current achievements in rocket engineering and radioelec-
tronics. The W trmismission can be achieved by launching a satellite into a
24-h circular orbit, 35,800 km high. The program broadcast from the satellite
would cover _--i area of 230,000,000 km2' which corresponds to the 1600 arc of the
globe. Figu_re I is a graph showing the relationship between the orbit height (h)
and the rotation period (T) of the satellite. The graph was plotted according
to the formula: h = f (T) - Figure 2 shows that part o 'L the globe which would be
covered by the TV broadcast if the satellite were launched in the region of Cey-
lon. The TV broadcast for the entire globe, with the exception of small areas
at the northern and southern poles, can be achieved with the use of 3 satellites
launched into a 24-h orbit as-shown in Figure 3. There are 3 figures, 1 table
and 7 references: 3 Soviet, 3 English and 1 Hungarian.

27151 S/187/60/000/008/003/'004
o0 D053/D113
AUTHORS: Shmakov, P.V.~ and Dzhakoniya, V.Ye.
TITLE, Color stereetelevision
PERIODICAL! Tekhnika kinc i televideniya, no. 8, 1960, 30-40
TEXT: The ways of solving the problem of color stereotelevision are dis-
aussed. A system of color stereotelevision can be created either by a
mechanical coupling of any color television (TV) system or by designing an
entirely new system based on the properties of binocular vision. Color TV
signals of the stereo image can be produced by (I) a combined operation of
two color TV camerasi (2) a single three-tube camera with a special sterec
adapter with, or without, an obturatcr; (3) tw.3 cameras of the sequential'
color TV syst-am; and (4) a flying spot camera with two alternately oper-
ating scanning tubes. The signal transmission of the stereopairs obtained
Qan be accomplished by means of the following color stereotelevision sys-
tems: (1) vimultaneous color and ricture system occupying six channels;
r -
,aid 11"'~

S1 8'7/1
0/0001/008/003/00A
D053/D113
(2) FimuItaneoi.,-, pi-Iture and sequential coicr system; (3) simultaneous
c:l-,)r at?d seqiieri~Jal picrtire system: (4) sequential clior and picture
sYstem~ (5) two-2-o-1-or sterac system,- and (9) binocular color mixing
sy5tem. The pri_041:)Ie cf operation of the last system is based on the
pher.~!mencn of bilno,;ulaz, solar mixing. There are 18 figures and 6 Soviet
referencaf~.
ASSOCIATION: Lenlinaxadskiy eIskTr,:tekhrj.--.cheGkiy institut S-1yazi imeni
M.A. Boy-, -.h-Bruyevi,~ha (Leningrad Elec;trotechnicai Institute
c Communica~ions im. Bonch-Bruyevich)

ZHEBEL'.1 Boris Georgiyevich; SRMAKOV, P.V., tekhn. nauk,
nauchnyy red.; VOROB y G.S., GURDZHIYEVA,
A.M., teklm. red.
[Color television] TSvetnoe televidenie. Leningrad.. Ob-vo
po rasprostraneniiu polit. i nauchn. znanii, 1961. 62 p.
(MIRA 15:4)
(Color television)

28459 8/019/61/000/015/016/101
A154/A126
/3?Z)
AUTHORS: Golldin, A.A.; Shmakov, P.V.
TITLE: An electronic method of printing combined frames
PERIODICALi Byulleten' izobreteniy, no. 15, 1961, 23
TEXT: Class 21al, 3422. No. 140094 (683826/26 of October 31, 1960). An
electronic method of printing combined frames, distinguished by the fact, that, in
order to improve the quality and simplify the printing process, the method uses
an electron-beam tube which creates a luminous flux with two different spectral
components, one of which is used to analyze the image as it is being reprinted on-
to another film, and the other one to print this image.
Card 1/1

AKSENTOV, Yu.V.; GOLIDIN, A.A.; DZHAKONIYA, V.Ye.; DUSHKEVIGH, N.I.;
YERGANZHIYEV17 N.A.; YEFIMKIN, V.I.; LIPAY, I.N.; MINENKO, Yu.G.;
ODNOLIKO, V.V.; PEP=ZRITSEV, L.T.; TARANEETS, D.A.; SHMAKOV,,__
P.V., Prof.; KUKOIEVA, T.V., red.; BELYAYEVA, V.V., tekhn. red.
[Theory and practice of color television]Teoriia i praktika
tsvetnogo televideniia. Moskva, Sovetskoe radio, 1962. 661 p.
(MIRA 16:1)
(Color television)

VK-,EVKII7, N.S.; SFNAKOV, F.V., red.; GAL 1C1;INSiMTA, V.V., tekhn.
red.
[Tubes for convertina electrical information to video
0
signals; manual for a course in television] Trubki dlia
preobrazovaniia elektricheskoi informatsii v videosignal;
uchebnoe posobie po kursu televideniia. Leningrad, LERIS.
N`o.6. 1961. 35 p. (MIRA 17:3)

AEC- NR, AP6 09841
SOURCE CODE: UR/0413/66/000/004/0034/0034
INVENTOR: Korotkov, V. P.; Shmakov, V.A.; Shevchenko, B. N.
ORG: none
TITLE: Device for conversion, normalization, and integration of antenna radiation
patterns. Class 21, No. 178869
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 4, 1966, 34
TOPIC TAGS: mechanical motion instrument, antenna radiation pattern, antenna
engineering
ABSTRACT: A mechanical device is introduced for conversion, normalization, and in-
tegration of antenna radiation patterns (see Fig. 1). To increase the operating
Fig. 1. Device for conversion,
integration,and normalization
of radiation patterns
1 - Steel template; 2 - rod;
3 - multiplication mechanism;
4 - friction planimeter; 5 -cam,
uDc: 621-31T.619

ACC K, Ap6oo984i
efficiency, the device includes a flexible steel template which tracks the amplitude
characteristic, a rotatable rod for multiplication of signal strength by a constant
quantity, a mechanism for multiplication of signal strength by the sine of the
polar angle, a friction planimeter, and a cam whose profile follows the modulus
of a sinusoid. Orig. art. has: 1 figure. [BD]
SUB CODE: 09/ SUBM DATE: 23jan65/ ATD PRESS:
card 2/2

L 04273-67
ACC N"AP6013295
SOURCE CODE: UR/0413/66/000/008/0090/0090
UTHORS: Korotkov, V. P.; Nikollskiy, A. A.; Shmakov, V. A.
ORG:
none
TITLE: A method for inspecting the internal surface of spherical details.
42, No. 180829
Izobreteniya, promyshlonny.,fe obraztsy, tovarnyye znaki, no. 8, 1966, 90
TOPIC TAGS: surface geometry, E- ghn== /0- j
ABSTR.ACT: This Author Certificate presents a method for inspecting the internal
surface of spherical details by the deflection of the constant level line from the
standard value. To inspect details of complex shape, the lines of constant level
are obtained by cutting the inspected detail by a layer of low reflection liquid.
The level of the liquid is then changed by a desired amount, and the line is photo-
graphed on the same colored film with the use of interchangeable color filters.
SUB CODE; ?0/
778.6:53'A..717.7

89667
'~/'3-F/61/000/003/003/014
AO,061AOOj
Alov, A A . Professor-, Do:-,cr Salences Bob - v G, V,,
i ro
~azdldate of -1-'ectmIcal Sziericez, Sli-nakcv, "I, IM, Engineer
)n he 'Ta-~urp of ;3a~ Fore
Svaro--rxcy- pzrclz-;-cds~~-%r-3, 196,, Nc
r:p 9-1o
nu-iea-wlor, and derv~_Iopmer*. of pcr_~_~ in, weld joiit-s pr~c~_eds
during rys ~311 1 za t_ ic-_ z f i~- ~ me "al and is ~_.i w-I -,h zhe fcnna-.! on of gasez
i r, the m&-1 wi~.-h -their 11ber-atic.-i o,-,T of T
_hE- d_-zllelopmen- 0-1
gas pcrcs s-az-.z w_-.~-, -he app-earanc-_ of ml~rosc~p._~: Lhe liquid meLal,
OW a hlg'ner degrz-
:versa,:-zra7ior of car'.-cr. and
_err_-.-,zS oxIld- '-s
the r-ac-4-cn C +
F ec)
ar:= oxtde wnt:t
monn lri the stsel fo-ms e
Hvd.-:;S=7~ piays an 'Impor"Iar.-, Peir-_ -1.- formatiop
c pores
In weld_~, Ths :f 'nydroger. cccurrence -in
me~ als wh4-rh sncw -ha-. .~.oT~di' z, s-ul~t aS high oversat,.zra-,Ion,
a--e for zhe llbera~-Lcn of' hydrcg;---n f_-rTa-,Ior_ of microbubbles
so, 1d, ~" ca-,'_on o~ -he me-a-, .However, are riaws :Ln the m--.al,

8966'T
i35/61/000/003/003,"C, 14
Dr -ht Na-..~-e c-' GaS For,! In Weld A006/AOOI
,h~ hydrog~_.i may the metal ty d1_"f'_,Sfo:_ ~~.-_d -.cnvert into ~.ta
moiei~uiar form. n~- oar-:tal p_re~-surt of -flaw will 'c,~ del:ernijrlea
by externall _ncnd!,:,_crs, -emp~ra!~U7a and hydrogen cor.1--entrat'-cn '~n the metal, To
, eck -he res',~11ar---s _n
-t - - _n the developm~_n-, of p-_-rez, du" -,~ flaws -1 ~he b.Ase
m&i~al, So_~cial ~.e_=-t_= were Perf=Tic--_4. A-, zh._~- ed-a-'s cf al'XMIn"M, AMr6 (AMg6) and'
911435 alloy pla-, ~~narne_- were d,!!-,c-.d, A1-wT!r:,Lm and AMg6 plates
were rcilc-j zc.~ -~ha-, ~h~_ :harir,51s were *.,!_gh`y pr,~s~eJ -g=-h--r. In the E-435
p I a -. e Z L h c _- h a n~ i e _1 z w,_~ r e c c rn p r a s s e d IL y I a 1 d e f I-,- r , n ac:, e e xp e r i m e n t a 1
oiate~ w~_re tut.i~ w~'_dind :.- ar-.4on w-l-.h an analogous
.T e -,a-' ~ ~n all r-a-s-&s the f~!_~ws :azBed pore D-:r-'::.g the c--yz tall' zat.-I on
-L
of iiquld metal, shrinkagz_~ -,akes pla-e. pure -n.r.tnic alloys- w-~,h a narrow
e-a.
--.Tr. range cf are ~on:2entra-t;ed shrin-kage
are mainly forme-d jr~ the lrlgot. At a larger :rystalllzation range,
dispersed in,.ernal dendr-l'ic and '_n,;erde~dr_-'-.�- shr!--2kage pGrosiTjr will mainly
developz (IF.ef, 4, . 1he rela-!.-ively hiEh rate of the metal
d-iring weLdirg and develcpmen,~ of f-rcm surface of partially
-1-1sed grains, enta:L_', the Inte-Isifled gr-cw-.h of axes of the firs-~ order, Therefore
irl ~*-- Spaces is rs-rarded, Metal shrinkage
ir~ these spo-~s w1-1-, -r=- 1-npeded u~- t`~.e dendrites, Evi-dently, microscopic ca-vities
mav ~.crm te'~ween. th6 deridr!-s~ Lhe mofe at a larg~_r tall I z at-lon range of the
bard 2/4

69667
S/135/61/000/003/003/014
On the Nature of Gas Pore Nucleation in Weld Joints Aoo6/Aooi
alloy. The microcavities are filled with dissolved metal vapors or gases.
Partially, hydrogen will diffuse in the cavities, converting into the molecular
form. The development of micropores into visible pores.depends il~ the first place
on the hydrogen concentration In the surrounding metal and the partial pressure of
hydrogen in the pore. Wher. welding aluminum, the partial hydrogen pressure in the
bubble during its formation is close to 1 atm. It can be assumed that only at a
hydrogen concentration in dluminum over 0.036 cm3/100 g, the microcavities can
develop into visible pores. An editorial note says that these datq are different
from those given by G. D. Nikiforov and A. G. Makhortova (0.69 cm-3/100g) which
seem to be more correct. Most favorable conditions for the development of micro-
cavities are in the mutual crystallization range, since the dendrite growth
- axes of the first order - in these areas is most rapid. As a rule the nucleation
of pores occurs in these very spots (Fig. 7).. Finally the authors draw the follow-
ing conclusions: The development of gas pores in welds starts from micronuclei,
originating as a result of a) reactions with the formation of gases which are
Insoluble in the metal b) inter-dendritic and internal dendritic metal shrinkage.
..qcn welding steels micro-nuclei may arise as'a result of the burning out of
carbon, and of the metal shrinkage during crystallization as'well. In the case
,.-then a reaction ~iith the formation of insoluble gases does not take place during
Card 3/4

S/135/'jl/000/003/003/014
On the Nature of Gas Pore Nucleation in Weld Joints A006/AOOJ
crystallization, micronuclei can only arise as a result of metal shj~iftkage.
Figure 7:
Development of pores from shrinkage micro-flaws. 11-0
There are 8 figures and 4 Soviet references.
ASSOCIATION: MATI
Card 4/4

34852
S/135/62/000/003/0041/-Oc~
A006/AIOI
A'Iov, V A- Frofes--or, Doctor of
En G, i n e e r
Argon-arc we.Lding wit..h additional argon flo-,..-
~ER D_-AL, _S!,,,roc;,,-.oye proizvods'-vo, no, 3, 1962, 13 - 16
Ex_: iD iricrease the fusion depth of the base me-a, in g-.,f-nielded w;~-I-
-i=-T a T,-_ 'nod was Jeveloped using an additional argon flow. A waZ
--ri'. -;,,as eq-.iipped a special nozzle for addi-,fonal arpcor ~upplv,
s-udled ,he effect of the additional gas con_7,,mpt,4on on trie f-si'Dr
buil-ding-up aiuminuru wire on a 15 mm thick alumin-,m, pia'e in argon a, -
m_-sp-ier e on d-c of reverse polarity. Mhe increased f~zsion depth IS ca~~sed
addi'.ionai pre:~sure of the secondary argon flow on the mol-,en me-al pooll,
,:,,),no- ing 1-7s displacement, The arc. heat is 'transferred to tie bazie meta_ direc:,~
y -id no, '_-ro~g~, a molter met;al layer as in welding without a--,. add"ttonal gas
1 uSe o.,~ 'he secondary argon flow makes it possible.to increqze !he f.,-
Je,-~h of the tase metal and to r-nise the efficier:cy of using -.'-!e _--rc 't~_ea~
~~e depth o-~' lpe baze metal inc_--eases wit-h a IASher consump4ion of he

V
ar:--isn flow
flo!a unti-I a r-erl~jjj.jijt, 0
m a- ard-
a, ~,n ow Amin for wel ding a
amps current, There are -' .
o ~.abiiez., 7 f

SIR4AKOV, V.M,,; KOMLEV, A.M.
Hydrography of Western Siberia. Izv. SO AN SSSR no.2 Ser. telch.
nauk no.1:127-128 163. (MIRA 16:8)
(Siberia, Western-Hydrography)

?-IFZENTSEV,- V,S.; SHMAKOV, V.14.
"Classification of -rilvers and the hydrological regionalization
of the U.S.S.R." by P.S. Kuzin. Reviewed by V.Z. Mezentsev,
V.M. Shmakov. Izv. Omsk. otd. Geog. ob-va no.5:201-203 163.
(MIRA 17:5)

131116YROM, ll)lfi,JF ~wnd, nauki Xofljlii V, A.M., kand,
kand. takhy), nallk
gocgrafJchavklk)l nauk" J1jmAKOVj
Reviews ahrl bibliography. Meteori i gldrol# no#7:59"60 JI 165.
(MIRA 1816)

L 14505-66 E,t[T(m)/E,4A(d)/E~4P(v)/T/g~JP(t)/EWP(k)/F,~-IP(Z)/R-.-,P(b) MJV1/JD/HM'
ACC NR- AP6003279 M SOURCE CODE: UR/0135/66/000/001/0007/0009
AUTHOR: Shmakov, V. M. (Candidate of technical sciences); Izmirliyeva, A. N. (En-
gineer)
ORG: none
TITLE: Diffusion weldinW of titanium alloys with bronze
14 Y'.
SOURCE: Svarochnoye proizvodstvo, no-p.?l, 1966, 7-9
TOPIC TAGS: diffusion welding, titanium alloy, bronze, welding technology, vacuum
welding, crystal structure, metal stress
ABSTRACT-fThe authors experimentTl with the vacuum diffusion welding of OT4, VT14
and VT151Ti alloys with Br.KhO.818ronze. The alloys OT4 and VT14 have an a! + 5 struc.-
ture, whereas the alloy VT15 has a ~-structure~ To obtain welded Ti-bronze joints of
satisfactory strength and plasticity despite the heterogeneity of the structure and
properties of these metals, it is advisable to employ a weld insert of a metal with
a crystal lattice similar to the crystal lattices of the metals being welded yet form-
ing no chemical compounds with these metals. In this case, Mo or Nb, both of which
form a continuous series of solid s.9lutiopqwith Ti, may be recommended. Accordingly,
the authors used a 0.1 mm thick Wfoil as the weld insert to weld together Ti-alloy
and bronze specimens 15 mm in dfa-meter and 30 mm in length. The specimens were as-
Card 1/3 UDC:621.791:532.72:669.295.5:669.35.6
12f-,

- -L 14505-66
FA-CC NR, AP6003279
Fig. 1. Strap for assembling
the specimens
2/3
I Card
vacuum
TWT Wril
Fig.-2. Diagram of diffusion welding
in box furnace
1 - furnace body;-2 - welding strap;
3 - specimen; 4 - bar; 5 - diaphragm

L 14505,66
ACC NR1 AP6003279
sembled in a strap (Fig.'l) and placed in an evacuated (4*10-2mm Hg) container which
was heated in a box furnace. During heating the specimens were subjected to the stress
created by the difference in pressure above and below the rubber diaphragm minus the
force of friction of the rod against the container (Fig. 2). By increasing (above
atmospheric) the pressure in the chamber above the diaphram pressure, the pressure,
exerted on the surfaces being joined may be varied within broad limits. Findings: ma-
ximum strength(27-29 kg/mm ) of the welded joints is2attained after 5 hr at 960-9809C
in the presence of a unit pressure of 0.2-0.35 kg/mm for the joining of specimens
with polished surfaces. The study established that the optimal and most stable re-
sults of vacuum diffusion welding are produced when the surfaces to be joined are po-
lished. Orig. art& has: 2 tables, 5 figures.
SUB CODE: 11, 13/ SUBM DATE: none/ ORIG REF: 004/ OTH REP: 000
:ard 3/3

U,ScR/ :4,;-tccrolcj;y
Card 1/1 Pub. W36
Authors I Shmakov, V. -N., and 1,ChrE;ian, A. Kh., Prof.
Title A rare case of hail
Periodical Priroda 2, 116-117, Feb 1954
Abstract I Two rare c-?se of hailing (July _5, 1953) with hailsiones weighing
from 15-7-5 C are reported. Drawings.
Institution t
Submitted

ABRAIMOV, A.G., inzhener; SHMAMDV, V.N., inzhener.
Inductive self-regulating starting rheostat for asynchronous motors
with wound rotor. Enargatik 4 no-7:23-25 Jl 156. (MIRA 9:9)
(Electric motors--Stlirting devices)

15(6) sov/72-59-2-13/ .21
AUTHOR6; Kaplan. A. Yu., Abramov, A. G., Shmak
TITLE: Three-Phase Induction Continuous-Operation Furnace for the
Annealing of Glass Products (Induktsionnaya trekhfaznaya
konveyyernaya pech' dlya otzh-LEa steklyannykh izdeliy)
PEHIODICAL: Steklo i keramika, 1959, Nr 21 _PP 39-40 (USSIO
ABSTRACT: Muffle furnaces of the LN 1000 /la type, that are heated by
liquid or gaseous fuels, present various deficiencies in the
annealing process of glass products. For this reason the
bottle factory Konstantinovka and the glass works Krasnodar
introduced electric heating, carried out by means of heating
elements in the hearth or in the lower muffle channel. How-
ever, deficiencies were found here as well. The authors of the
.present paper developed and tested the three-phase induction
continuous operatien furnace (see Figure). The furnace features
a body at the top, consisting of welded 8 mm.-thick steel sheet.
The body has a heat insulator topped by a 35- mm2 cross section
three-phase foi 380 V and
copper wire winding. The winding is t I
50 cycles. The connection scheme -is shown in the figure. The
Card 1.12 body is heated by eddy currents f,-,rm-';.ng in the magnetic field.

SOV/ 7 2 - 5 9 - 2 - 1 3/21
peration Furnace fr-r -,he Arnea'4,g of 'lass
Three-Phase Induction Continuous-0
Products
Glass bottles of a 0.5 1 content are conveyed in the annealing
tunnel b~, -neans of a net asseably lire. The exis-Ling,
LN 1000 )( ;8 :2ontinuouz, operation furnaces can bc. easily and
cheaply adaDted to the induction heating SyST:.enl. Annealing
costs of 1 t, I'/2-1-iter bottles are lower by 25% -aith induction
heating as cc)mpared with riatural -a-s heatinlg. Furthermore the
,;,,a-gte vercenta-e is consid,-rabl,., lower. Conclusions: Induction
L)
furnaces guarantee the required arnealing conditions, The
furnace temperature can be oontralled in a s-imple manner, Heat
cont3umption as referre-d to a production unit is lovier. Working
safety is higher and rerairlrg costs are lower. Factory overall
working conditions are improved. There is 1 figure.
ASSOCII'MON: Krasnodarskiy stekolInyy zavad (Krasnodar Glass 71orks)
Card 212

SHUL'T3, Ya.I.; SFYJ-_KOV,,_T.N..
First experience in the use of the controlled directional sensi-
tivity method in the Southern Urals. Trudy MINKHiGP no.50-.132-137
t64 (MIRAL 18 -.2)

F`VLOVA, I.S.
SlLt:~~KgV , 1'.
Significance of the method of isolated contrasting of the duodenum
and induced hypotonia in the diagnosis of duodeniti5. VesL. rerl.
rad. 39 no.5:33-37 S-0 164. (1-11IF-A 18:3)
1. 1-ya kafedra fakulltetskoy terapii (zav. - prof. A.Ya. Gubergrits)
i kafedra rentgenologii i raeditsinskoy radiologii (zav. I.A. Kunin)
Donetskogo meditsinskogo instituta.

ACCESSION NR: AP4618440 S/0179/64/000/001/017 0/0173
AUTHOR: Shmakov, V.' P. (Moscow)
TITLE: Equations for the axisymmetrical vibration of a liquid-filled cylindrical shell
SOURCE: AN SSSR. Izv. Otd. tekh. nauk. Mekhanika i mashinostroyeniye, no. 1, 1964,
170-173
TOPIC TAGS: cylindrical shell, thin walled shell, liquid filled shell, partly filled cylindr-
Ical shell, axisymmetrical shell, fluid mechanics, shell vibration, filled shell
ABSTRACT: A thin-walled cylindrical shell with its longitudinal axis oriented in the
direction of the field of rnass forces is discussed. An elastic diaphragm in the form of a
shallow spherical segment, placed at the lower end of the shell, serves as a bottom. The
liquid partly fills the shell. It is assumed that the elastic deformation of the shell and the
displacements and velocities of all particles of the liquid are small, that the initial motion
is irrotational and that the field of mass forces has a potential and is directed parallel to
the longitudinal axis of the shell. Equations of the perturbed motion of the shell-liquid
system, complemented by equations describing the wave motion of the liquid, are reduced b,
the Bubnov-Galerkin method to an infinite system of regular differential equations, from
which expressions for determining the natural frequencies and modes of vibrations of a
Card 1/2

MILOSLAVSKIY, S.L.; SHMAKOV, V.P.
---------
Rapid method nf reconstructing blast furnaces. Prom. stroi. 42
no.4:4-11 165. (MIRA 18:4)
1. Zam-astitell nachaltnika Glavoridneprovstroya ffor Miloslavskiy).
2. Glavnyy inzh. tresta "Dzerzhinskstroy" (for Sh'makov).

75-""7 EW
_M7 LT(O' T( V EWP k1 1JP(0 WVEM
JILP( 502a93 SOURCE CODEt EV0424/66/000/002/0154/0159
JAUT~OR-s Phmakov, V! P. (Moscow)
ORG: none
TIT-M A method for integrating the equations for axisymetric vibrations of a
SOURCE: Inzhenerrory zhurnal. Mekhanika tverdogo tela, no. 2,, 1966j, 151+-159
TOPIC -TAGS: aphericeil shell, shell theory,, vibration, Legendre polynomia- &Rlhhr~r
differential equation
ABSTRACT: A method is given for solving the problem of axisymetric vibratic, as of
spherical shells, described by the equations
t dLu
T da )2)S UdM-(t+10W+g1
(VI + 2XV1 + 1-+ It) w C; W + S Cl
The solution is shown to be analogous to that ootained from the auxiliary equation
VW+V(V+ )W=0v '
given by the fast converging series of Legendre polynomials. The analysis Is shown
cmd 3A

L 00754-67
ACC NRs AP6024193
to be applicable to arbitrary boundary conditions tbrough tabulaUd fmoti= 4dLch
-.Can *be obtaiwd to"arw, desired dWee of acouracy, Two oom=3 es are omaldereds
~Ygi spherical shell open at one'. pole but rlmd at the efte o~K =VC 'and 2) a eloaad
spherical shells The ana3yein can be exUnftd to thi ~"o of agmetiia' "tiom
with conditionof boundeftess at the polast. Orig. art. hais 28 squiatiomt 2 figures,
and I table.
SUB CODEs .2o/ suBm D.ATEs wju3.65/ ORM REF: 004/ OM REFt 001
Cord 2/2

-4
":4

.~HMXOV, Ye.Y..inzh.
Double-strap drwfing frames on cotton spinning machinen and
ifays to improve their performance. Tek-st.-prom. 19 no.1:65-
69 Ja '59. (MIU 12:1)
(Spinning machinery) (Cotton spinning)

SHMAKOV, Yu.I. (Kiyev); PASECHNIK, Z.V. (Pasichnyk, Z.V.] (Kiyev)
Approximate formulas for the characteristics of a laminar boundary
layer on an isolated airfoil. Prykl.mekh. 9 no-5:537-543 163.
(MIRA 16-10)
1. Kiyevskiy gosudarstvennyy universitet.

ACCESSION NR; AP4020375 s/oo2i/64/oOO/003/0331/0334
AUTHOR: Shmakov, Yu, I*
TIM: Detenaination of profile resistance
SOURCE: AN UkrRSR. Dopovidi-v no* 39 1964, 331-334
TOPIC TAGS: streamline flow, boundaz7 layer,.profile resistance, laminar glow,
turbulent flow
ABSTRACT: This work presents a derivation, on the basis of one-parameter
zothod5 of boundary layer theoi-j, of appro~~imato formulas which permit
detarmining the coefficient of profile resistance. Formulas are proposed which
enable certain functions to be readily calculated; in them'the values sought are
expressed by parameters which'determino tho geometry of the profile$ and this-
gives the possibility of analyzing C . The distribution of the voloci4 of
XP
potential stres,-Ilningg as determined' by calculation is replaced by the
experimental near the rear edge. Tabulation of a number of co=putar-calculated
i%=tions considerably simplifies finding CXP and gives an analytical dependence
of tho letter on the parameters determined b~ the geometry of the profile* In
1/2
Card-

ACCESSION NRx AP4020375
a test, calculated CXp differed from the experimental by Orig- art- h"
W fo=ulas.
ASS0CWIONz Ky*yivsllWby dershavny*y urjverry*tot (Kiev state University)
SUEMITTED: O7X&Y63 DATE ACQ: 27Xar& FXL: 00
SUB CODE: AI, PH W REF SOV: 005 OTHERt 000

PALIM, Yu.A., inzh.; TARASOV, V.A., inzh.; SHMAKOV, Yu.M.. inzh.
Experimental investigation of stiffener deformations on an
inclined shell of double curvature. Mat. po met. konstr.
no.7:163-176 162. (MIRA 17:1)

SHMAKOVA. A. _
.1-1 ---I
Atomic locomotive. Takh.mol.24 -n*.6:8 Ja '56. (MLRA 9:9)
(Atomic locomotives)

Slaw'OVA, A,
. -, : L
An a-utomatic omrutir-g station is aerricimg 14 collA-Cti-7e f---rME.
Tekh.mol'. 25 no.,9.12-13 Ag 157. (ICLU
(Calcuinting machines)

AUTHOR: Shmakova, A.
SCV/29-~8-9-7/3o
%j'Wjjk4.1kt" ~"~ ~' .
TITLE: ~11',g Giants for C"em;c-al "ro-duction (S"roin7
h I
PERIODICAL: Tekhn-i'--a molode--hi, 1958, Nr 9, Pp 7 - 11 (USSR)
ABSTRACT: The tovin Sumgait at the no-fth coast of t-.e Apsheron
peninsula, about 40 km from Baku, exists only -for
10 years. The plants situated ar:)und the town are as
new as this settlement: The tube millinc, ulant, the
aluminium plant, the plant for synthetic rubher. T-~e
senior among t'-ese works is the thermal power plant.
It was constructed 20 years ago. Youth has res-ponded
to a call from the party and built the town and t-e
plants. It gives larg~e contributions towards the develo;:-
ment of chemical industry. The plant of syrthetic
rubber (SK) in Sumgait is one of the --any of its kind
in the USSR. in 19152 it xas the place of the fi_rst
production of ethyl alcohol from -petroleum gases, which
7
was intended for t-_ i)Toduction of rubber. Since 1105,
Card 1/3 this alcohol is processed into rubber on t',-e s-pot.

B u i 1 d i nG i a n t s --- o r Ci ca 1 P r o e] 11 C-, t i
S.Markevich, Chief Eni-ineer, stated that in tne
coming 7 years 4 ne-w types of rubber will be devel-o-,ed.
k characteristic feature which is found in Sumgciit
is represented by the f,~ct t",,.,-t only few of the
inhabitants of Sumgait have had no hich sc-ool trair-in,'
A.mon- the workers of the "pl--nt of the inno-.-atorall '-S-K
~..iany come from technical colleges and universities.
Su-~.~ai-t is under way to become the center of
industry in Azerba-dzhan. The Instlitut nefte-1- -,4
.Y L, - 1. - I C -,-- e Z K I K
protsessov AlKademii nauk Azerbaydzhansi-oy SSR (Tr.-
stitute of C-emlca-l Petroleum Frocessingt AS
SSR) is t o be installed in this town. Thi.--- -Year
-7-
see the o-,enin- of the branch of the Bakinski.7 -cll-
tekhnicheskiy Institut (Balru Polytechnical
In May t-e build-inl- and moun-tin.- -.,.orkers of SK
in Suml-ait a-j-)ealed to the young building --ld mounzi-~-
workers of the cheD-.-;ca--,- industrY to t',_e !'eW
chemical production installations eal-iler the cead
The youth of Bashkiriya was the first to react. T""ley
Card 213 declared the con-struction of their chemical -wor".-s as

Building Giants for C.'_.emical Production SOV/29-58 9 711 /30
shock work. These plants will only a short time from
now produce synthetic rubber, synthetic _'ibPrs and
synthetics. The gases obtained in petroleum extracticn
and the by-product gases generated irt Detroleuz
processing are used as raw materials in ',~nese wor'~s
as is done in Azerbaydzhan. Three lezteru of tiie Ko7nsc7_,)_'
youth workers of the 3~, R.Rfabinina, Serse7
and Arshad I'lusayev, are publi-shod. ill th,.L.-7
7 figures.
Card 3/3

AUTHOR: _ShmakajE,~ 2pecial Correspondent of the 29-3-22/25
Periodical "Tekhnika molodezhi", Kazan'
TITLE: We Construct, iie Build, -~Ye Fly (Xcnstruiruyen, stroiM,
letayem)
PERIODICAL: Tekhnika Tiolodezhi, 1958, Vol. 206, 1[r 3, PP. 31-34 (USSR)
ABSTRACT: This report on the Bureau of Testing and Ccnstruction (M)
of Students which was founded 2 years ago at the Institute
for Aviation at Kazan', is prefaced by a letter. This letter
is an appeal to all students of the technicatuniversities and
institutes of technology, to found technical clubs, research
laboratories and bureaus of construction at their institutes.
It is published by order of the members of the M. It is sign-
ed by the president of the council of OXB, V. Korchagin. The
following are i:iembers of the council: V. Chuda-kov, A. Rovnykh,
V. Platonov, Yu. Denisov, V. Lyubalkov, L. Levashov, E. Groys-
man, V. Yumatov, V. Mosin. The OKB was founded in 1954 by M.
Simonov, a 3tudent of the institute who passed the final ex-
amination, in collaboration with, the students B. Osokin, Yu.
Chernov and others. At the bel~_inning it had the form of a
Card 1/4 circle. The younC men did not want only to project, but also

Vie Construct, Vie Build, 'Ne Fly
29-3-22/25
to design accordin& to the projects and to test the achiev-
ed constructions in fliEht. First a glider was projected.
ell
After overcoming many difficulties, the first Eli-der "KAI-0
was finished in 1956. Encouraged by their success, the con-
structors of tl,e n-lider resolved to transform the circle into
the OK3 with wl-ich 50 Stu-_ents are working faZ zhe time being.
A proper glider station was e_stablished at a d-,anse of 20
km from Kazan' in sxl-er of the same year under the slogan:
No Building 'Without Flying. in that ver su-mer --ne of the
aircraft works contracted with the institute -,.ith resvect to
the ulanning of an all-metal glider. The management of the
.Yorks charged the OKB. The first all metal glider "KAI-12" of
the Soviet-Union which is now produced on a large scale
oriSinated in this way. Two further types were developed sub-
sequently: The trainer "KAI-10" is a li-Eht single-seater-
-cabin-monoplane; whereas "KAI-11" is a single-seater with
open cabin, provided for the elementary training of glider
i)ilots. The second slospan ofg' t'-,,e OKB is: The Dinloma is a
real Project, The author discussed with 8 students who passed
'the final examination; their of are real
projects. The tailless airplame "K.LIT-If"" was ccnstructed-
Card 2/4 commonly by Vik'.or Chuda~kov and D'-crl 21"ndri_azicv. They aj-=ed

We Construct, We Build, Vie Fly
29-3-22/25
at the construction of a sportplane of the lightest weight-
-class (total weight 500 kilogramm, fuel included) which
would be capable of beating -uorld-records.Yuriy Zhidkikh,
Niyaz Fayzutdinov and Zhan Dorofeyev projected a record air-
plane "KAI-16" of the lightest weight-class.Yuriy Kazantsev
and Yevgeniy Kuklev built a curious "flying automobile"
"KAI-13". This 'IflyinC ring" is designed according to the
principle of an helicopter, it weighs 150 kilogramm and pro-
vides room for one person. Farid TaCirov designed a project
for the metal.glider "KAI-14" in collaboration with the stud-
h half-term: V. Flatonov, Yu. Denisov, V.
ents of the 4~
Kholdoyanidi.'~It is 1 1/2 times lighter than the existing
gliders of the; zame type. V. Korchagin designed a portable
starting device for gliders. The success achieved by the OK3
made it very popular. Now the members of the OK3 are thin-king
of building an own factory. The young men have many ideas,
one of which is more interesting than 'he other. The planning
of a jet-propelled training aircraft is of special interest.
however. Abstracts of 'Lour letters of acknowledgemept.:.P~------
published: Yu. Zastela, Director oil the Institute, N. Kurshev,
'Professor, Deputy Director of "he Institute of the Scientific
Card 3/4 Division, Yu. Odino'lov, Professor, D. Y"anokhin, Secretary of

We Construct, We Build, We Fly
'the Party Committee KAI,
There are 6 figures.
AVILILABLE: Library of Congress
1. Aeronautics - Study and teachirp,, - 'kWR
29-3-22/25
Card 4/4

Building chemical industry giants. Tokh.mol. 26 no.9:7-11 '58.
(MIRA 11:10)
(Chemical industries)

SIZ'~',-KCVAI A.
Research work. 171C 3 no-11:10-14 U 161. r=! 24:10)
(.~-loscoi,,-i-lanc,neter-Tecl,mologicaI innovations)

SHWIIVA, A. ___
Fields are waiting for fertilizers. NTO 4 no.8:15-18 Ag 162.
(KM 15:8)
1. Spetsiallnyy korrespondent, zhurnala "Nauchno-tekhnicheskiye
obshchastva SSSRII.
(Toskrasensk-Fartilizer industry)

SM4AKOVA, A.
A counell which has not justified hope. NTO 5 no.2.-17-19 F 163o
(MRA 16:3)
1, Spetsiallnyy korrespondent zhurnala "Nauchno-tekhzxich4okiye
obahchestva SSSR".
.(Moscow-Machine-tool industry)

VCROBIYE;VA, V.; GkYDRIK, F.; KOVALEVA, M., SIMIKOVA, A.
How are decisions of the presidium of the All'-Union Council of
Scientific and Technological Societies carried out. WO 5 no.6:
27-30 Je 163. (MIRA 16:9)
1. Starshiy instruktor Gortkovskogo oblastnogo soveta professionalf-
nyldi soyuzov (for Voroblyeva). 2. Instruktor Gorlkovskogo Oblastnogo
soveta professionallnykh soyuzov (for Gaydrik). 3. Uchenyy sekretarl
Gorlkovskogo oblastnogo pravleniya Naucbno-tekhnicheskogo obshchestva
lesnoy proWahle=oati i lesnogo khozyaystva (for Kovaleva).-
Spetsiallnyy korreepondent zhurnala "Nsuchno-tekhnicheskiye obshchest-
va SSSRII (for Shmakov).

SHMAKOVA, A,
Managers of timber resources. NTO 11; no..12:24-26 D 163.
(MIRA 17:8)
1. Spetsial'W korrespondent zhurnala "Nauchno-takhnicheskiye
obshchestva SSSR".

Sci, -- (diss f ect of Bull-7j
&HAKOVA, A Q'Ind acrx yp e
Of Food s f~uality I'liDn.-iry Cattle." Len, 195)7 -20 pD
Olill of A.7riculture USSR, Len A,r,ricultural- inst) , 101-2 co-)i es
(',,-T -~7 11
2'17 -

SHMAKOVAI-A.G.-I m1adshiy nauchnyy sotrudnik.
Intertelation between the type of feeding young animale and the
subseouent increase in the fat content of milk. ZhIvotnovodstvo
19 no.12:42-43 D '57- (MIRA 10:12)
l.Severo-Zapadny7 nauchno-issledovatellski7 institut sellskogo
khozyaystva.
(Feeding and feeding stuffs)
(Butterfat)

f "
N. anLl SHL~-IMOVAII F. V - ;.10SCOW. U(Assll..
:Glycopeptide in Tryptischen Hydrolysaten Von Ovallbummin."
report submitted I'll intul. Cong. of Biochemistry, Vienna, I - a Se, 5
6 -p 1~, 8.

AUTHORS: Kaverzneva, Ye.D. ~62-58-6-27/37
TITLE: The Separation of Glycopeptides From Enzymatic Hydrolysates
of EgC-Albumin (Vydeleniye u.-levodsoderzhashchikh peptidov
iz fermentativnykh jidrolizatov yaichno_vo allbumina)
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye khimicheskikh nauk,
1958, Nr 6, pp. 785 - 766 (USSR)
ABSTRACT; The authors undertook to carry out a partial hydrolysis of
e.-g-albumin (without splitting the carbohydrate complex) and to
separate and investigate the carbohydrate-containing fragments
of the molecule (in this case the peptides). Result: Among the
products of the fermentative splitting of eg,--albumin carbo-
hydrate-containing peptides were found. These peptides permanently
contained the following 5 amino acids (in basic peptides there
were 6): ar.-inine, glutamic acid, alanine, proline, and valine;
basic peptides, in addition, contained lysine. There are 1
table and 1 reference,
Card 1/2

-58-6-27/37
The Separation of Glycopeptides From En7ymatic .1.1, 62
Hydrolysates of Egg-Albumin
ASSOC TATIOTI: Institut oroanicheskoy khimii irl. IT.D.Zelinsko-o Akaademii nauk
SSSR (Institute of Organic Chemictry imeni IT.D.Zelinskiy.7AS USSR)
SUE-1,11IT"I'ED: Jawi~-,.ry 28, 1958
1. Albumin--Hydrolysis 2. Peptides--Separation 3. Peptides
--Analysis
Card 2/2

SIR,%KOVA, F. V.
with Ye. D. Kaverzileva "actraction of carbohydrate bearing peptide from egg.
albunin and the detem-1 nation of its amino-acid content"
report pmaented at tb-- 1M All-Union Conf. on Highly Volecular C=pounds,
Biologically Active FOlYmr COMPOundG, ~bccowv 11-13 June 1958- (Vest- Ak
Nauk WM, 19561, No- 9, PP- 111-113)

KAVFMIT,F,VA, Ye.D., W.IAKOVA, F.V.
Glycopeptides in pepsin hydrolyeates of egg. albumin [with sm ary-
in English]. Biokhimiia 23 no.5-793-799 S-0 158 (MIRA 1-1:11)
1. Institut, organicheskoy khimii imeni N.D. Zelinskogo AN SSSR,
Moskv-a.
(EGG WHM,,
ovalbumin, glycopepticles in pepsin hydrolysates (Rua))
(PYIPTIDES,
lycopeptides in pepsin hydrolysates of ovalbumin
Rus))
f