SCIENTIFIC ABSTRACT SHUTTSE, V. - SHUVALOV, G.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550310018-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 13675-63
AOMISOM M:
of ~the satell1tee In the latter type the Inpit grId vas swept vith a duel.
Volulty sawtooth voltage of 2-sec duration. ~Both trap -type used. MW& moor.
grids -next to the collectors to minimize photo. and 4econdary-mission eff"ts
The collector current registered in the traps could be stored- and later Inter-
rogated at ratee.up to 12 times a sec when the satenite was In roW of Soviet
tracking stations. Sample graphs. for several orbits Lars given Vh1Ch ShOV the
Ion density, as a funition of satellite altitude-
variation in total pgaiMm
-
In:
based on data from the plemar traps', The graphs verify the geo'eral,decrease
'
l
i
satellite
titude- found by earlier U.S. mid Sov1s
positive Ion density with a
s,
but reveal a signi4cantly higher dropoff-.4ts above the altitude of max1mm Ion
by data from thl spherical'traps, in.vhiWthe,
density, This Is confirmed
.
of the volt-smpere characteristic was used in conjunction vith mass spectra-
graphs to relate Ion concentration to respective was number. By assuming thst.-..',
only 04' and He+ used be considered,'the total ion concentration at any orbital
O+: dobinitIng. at~ lover
altitude vas thus dividad between these two.. showing
'
,
altitudes.(i
520 km) and giviag way to He+ at increased 90 km).
The
" well as the appearance of dominant Be+ at lower al.
sharp dropoff In density
.
titudes than heretofore noted suggest that the ion transfer region'Vas sigan-
cantly lower at the time of the Kosmos flight than In the 1958-1960 I*riod,

.!Card 2/3

13615-63
ACMSION MR., AP3003851
hl
apparently as a result of reduced activity in 1962, "fte authors.express
their gratitude to G. N. Zlotin and 1. D.,Dmitrie for -their substantial , aid In
.processinic the results of the experiments." The article van presentedby Acad-,-
emician A. L. Mints on 28 Feb. 1963. Orig. azt.'baz: 2 f 1gureo and 4 forwAlag.
ASSOCLWION: none
SURaMD: Apeb62
DATE ACQ: MvsO MICLO
NO IWIM OOT
BUD COM AB Omni .006.
nft

3,/000/004./0002/0004
ACCESSION NR: AP4016061 PIOM16
AUTHORs Gringauz, Ke Ioj Gorozhankin, B, No; Shutte, No Me; Gdalewfass Go L*
TITLEs. Some experiments carried out aboard the satellite "Cosmos-2"
SOURCEt Astronautyka, nos 4, 1963, 2-4
TOPIC TAGS: ionospheric satellite measurement, solar ultraviolet radiation measure-,
ment, photoelectric current measurement, ionospheric research, positive ion measure-;
ment, photoolootron emitter, artificial earth satellite instrumentation, retarding
potential
ABSTRACT: The article gives additional results of experiments carried out aboard
"Cosmos-2" (launched 6 April 1962), involving measurements of the depsity of
positive ions surrounding the satellite. 7he results of there measurements provide
additional support for the hypothesis that the structure of the ionosphere has
undergone considerable change since the period of maximum solar activity, probably
avring to the cooling of the upper atmosphere, which caused a drop of the heavy
constituents in the ionosphere. In addition, the article describes another experi-
ment, designed to investigate the electric currents induced in emitters of photo-
electrons by solar ultraviolet radiation. An analysis of the photoelectric currents'
Card 3/2

ACCESSION NRi AP4016061
of the emitters at various altitudes and retarding potentials permitted an evalua-
tion of the absorption of solar ultraviolet radiation in the ionospere.
Orig.
art. has: 7 figures.
ASSOCIATTONt Akademia Nauk ZMROAcademy of Sciences 5=)
SUBNITTED-.
00 DATE ACQ.. loFeb64 ENGL: 00
SUB CODE: PH, GE 'NO REF SOV: 002 07=-. 005
C~rd 2/2--

SMTSN, V I
Investigation of the isotopic composition of boron. Zhur.ekep. i
f1s.29 no.4:486-489 0 '55. WEM 4:1)
(Boron--Isotopes)

Country : USSR It
CatcGr,ry: Forestry. F rcst Cultures.
Abs J( ur: I=iol , !;- 12, 1,058, N1- 53487
Luthor Shutyaycv, '. M.
Inst Cen-fr-a-l--,ftc ~-.i State Proserve
Title The Effect c--:' the Size 6f the Acor-as the Grcvth cf
Seed.linCs
Ori L; Pub: Tr. Tsent r . -.Cher.-. ozer in gos zal3ovc(L-1 1957, vyp. 41
58-72
Lb s t ra cThe exper--,nunt was conducted at thu Cent rv.1-Chernozen
State Prcsorvc (near Kursk) on thich chorit2zeus. The
acorns vem cb.vi 'dcd into 5 canteGories --cc;-rdLne to
size (-" table of the indicators is G:-mun), and were
then sc-edud cn dIfferent sections. ;t, &-a-ect rel-ation-
ship was es-tablIshed between the wci-jit f the acorns.
Card 1/2
K-32

SHUTYAYEV.,,A.M.
Materials on the biology and ecology of the western cockchafer
(Melolontha melolontha) under conditions prevailing in the Central
131ack Barth Preserve (with stmmary in Znglish]. Zool. zhur. 37
no.11:1659-1667 N '58. (MIRA 11:12)
l.TSentrallno-Chernozemny7 gosudaretTOnUyy 2apovednik (lurskaya
oblaat').
(Central Black Barth Preserve--Cockchafers)

.,- SHUTIATIV, A.-M. -- - - --.
Spreading of the cockeh&for Melolontba melolonths, L. in re-
lation to the nature of the vegetation. Zool.zhur- 39 no.2:
214-221 F 16o. (MI" 13:6)
1. Central Chernosem State ]Preservation, Kursk.
(Kursk Province-Cockh&fers)

S11UTYAYRV, A.M.
Anatomical characteristIcs of leaves In ear17 and late form of oak
of different geographical origin. Bot.zhur. 45 no.2:279-283
F '60. (MIRA 13:6)
1. TSentrallno-Chernozemny7 goszapovednik im. prof. V.V.Alekhina.
Kurskaya oblast'.
(Oak) (Leaves-Anatomy)

SHUTYAYEV, A.M.
- ~ r -
Transpiration characteristics of the various climatic types
of English oak. Fiziol. rast. 11 no.5006-911 S-0 164.
(MIRA 17:10)
1. Kafedra lesovodstva Voronezhakogo lesotekhnicheskogo
inatituta.

L 07897-67 Wr (1) JK
ACC NRt AF60o4839_ A) SOURCE CODEt UR/0359/65/000/004/0021/0023
AUT-HOR. Shut yov, At Az;pirant)
OiG: Voronezh Forest Engineering Institute (Voronezhskiy losotekhnichaskiy institute'
TjITL2: Degree of fungus disease damage in different acorn.types
SN'ACE: IVUZ. Lesnoy zhurnal.. noo 4.. 1965# 21-23
TOPIC TAGS: forestry, fun&,u3, plant disease
AF,57RACT: The distr-ibution of three funMis species most harmful to acorns
'k Sclerotinia psoudotuberosa Rhem., Phomopsis quercella Died. and Penicilliukink.)
~,-zra investigated in 43 types of acorns gathered in different oblasts from 1954 to
~1957. The 43 types of acorns represented 35 species of early flowering oaks and 8
,species of late flowering oaks. All acorns were stored under the same conditions and
:.'ollowinn- i-rinter storage were cut open for examination. Sclerotinia pseudotuberosa
Rh.em,. causing mundfication of acorns was found in 55% of the acorn samples* The
,dc~rree of infection of both early and late flowering oaks increases from a steppe zone
:to a forest zone. Moisture increases the incidence of the disease in a given areae
Fha-,-,opsis quercolla Dicd. causing a white mold was found in 83% of the acorn samples
with incidence highest in forest zones followed by steppe and forest-steppe zonose
This fungus tends to appear more frequently in acorns of late flowering oaks compared
Card 1/2 UDC: 634.4:/t34.0*2)2*3l:674*OJ1*

L 07897-67
ACCINRI AF-6o0453-9
o early JrLowering oaks. Fonicillium Link. causing a green mold was found in all the
acorn samples, irith acorns of early flowering oaks more susceptible than acorns of
late flowering oaks. Penicillium Link.-develops more favorably under dry conditionso
Acorns fron different oblasts should be gathered from the same oak area3 over a period
of years in future phytopathologic studies to take into account weather conditions and
:crop variations* Orig. art. has: none.
i
:SUB CODE.- 02/ SUEM DATEs O8May64/ ORIG REF: 008
Cam 2/2

SHIFRIN~ I.A.; SILUTYAEW, N.A.; LAVRINONKO, S.P.; SHIROITIN, L.I.
Outtroak of Pomona type anictoric leptospirosis preceded by
Q-fever. Mod. zhur. Uzb. no,5:76-78 My 160. (141RA 15:3)
(UZBEKIS,fAll-LEPTOSPIROSIS)
(Q FEVE R)

AKHWDPABAYEV, M.Kh.; ARIFDZIIANOV, K.A.; BELOUSOV, 11.A.; BELYAKOV, S.P.;
ZOTOvf V.G.; ISAYEVA, Z.D.,* MAKHKJDCV, I.A.; ISHCHENKO, F.S.;
KRASILINIKOV, Ya.A.; NIKOL'SiIY, I.P.; NETSET9.IY, A.M.;
FERGAT, t.F.; PAVLOVSKAYA, M.D.; SAMSONOV, L.S.; PCLUBAYEV,
A.I.; SMLMOV, F.Ye,,,- SABININ, M.N.; S.U~TYAYLFV~N.A~.- CHIZHIK,
V.I.; KARPENKO, P.M.; IMEROV, A.I.
Mikhail Aleksandrovich Nenetskil; obituary. Veterinarlia 37
na.1004 0 160. OURA 15s4)
(Nonstakii, Mikhail Alsksandrovich, 18"-1960)

NOSKOVI B.A., kand.tekhn.nauk; MAKARENKO, S.F., inzh.; ")HtJTIYEV, Yu.S.,
inzh.
Effect of the nitrogen blast on the structure and properties of
cast iron. Mashinostroenie no.4:40-43 Jl-Ag 163. (MIRA 17:2)
1. Khar'kovskiy polltekhnicheskiy institut (for Noskov). 2. Lu-
ganskiy vechernly mashinostroitel'nyy institut (for Makarenko,
Shutlyev).

VOYTUVICH, V.I., kandidat meditsinekikh nauk; SHUTYGIN, D.Ta., kandidat
meditsinskikh nauk.
Oxyhemometric investigation in cardiovascular diseases and in
Basedow's disease; preliminary report. Terap.arkh. 25 no.5:29-34
S-0 153. (KLRA 7:1)
1. Iz Institute fiziologii im. I.P.Pavlova (direktor - akademik
K.M.Bykov) Akademii nauk SSSR i iz Voyeano-meditsinskoy akademii
im.S.M.Kirova.
(Blood--Examination) (Cardiovascular system--Diseases)
(Grave's disease)

SHUTYY, I., hener.
Now system of installing universal automatic waterers. Sell. strol.
11 [i.e. 121 no.2:18 7 '57. (MIRL 10:4)
1. Vinnitskaya mashinno-tra.ktorrmtya stantmiya, Vinnitmkoy oblasti.
(ftrz equipment)

SHMULENSON. L.; SHUTYY, 1.
Simple method for an automatic watering of cows. Sell. stroi. 12
no.B:-21-22 Ag 157. (NLRA 10:9)
1. Starshiy inzhener Vinnitakogo ob-astnogo upravloniya sellskogo
k-hozyaystva (for Shmulenson). 2. 3ta-shly mekhanizator po wkha-
nizataii trudoyemnykh rabot v shivotnowodatwe Vinnitakoy mshinno-
traktornoy stantaii (for Shutyv).
(Gattle-Watering)

SHUTYY, 1.,in7h.
Regulqtions for open nit miners. Bezop.trudn v prom. 2 n0-5:15 my 158.
(MIRA 11:4)
1. liachRlInik proizvodstvenno-tokhnicheBkogo otdela trestn promprodpri-
yntly Hinisteretva Rvtomobillnogo trnnaloorta i shosseynykh dorog USSR.
(Mining engineering--Snfety measures)

SMJTYY, I. I. . lnzh.
Kaking working conditionm in qus"t" safer. Besop.trudS
proms 3 n0.12;18 D 139. (Him 3-3:4)
(Q~=ries and quarrying-Safety measures)

M
SRUM, I., inzh.
Using mobile boring and blasting stations in highway con-
struction. Ayt.dor. 23 no.2:7-8 F 160.
(14IRPL 13:5)
(Boring) (Blasting)

KAMMYEV, A.I.; SHUTYYY, L.R,,_; SMYANENly, V.A.. gvardii inzhener-pod-
polkovnlk, rf3d.; SLMSOVA, U.N., takhn.red,
[The ZIS-150 motortruck) Avtomobill ZIS-150. Mof;kva, Toen.
izd-vo N-4a Voor-txzhannykh 311 SM. 1950. 215 p. (MMA 13:4)
(Notortrucks)

SHLI'VYY. L. it. , .4arineer
"Investigation of the Operating Process of Shoe Brakes." Sub 25 Jun 51, Militar-y
Order of Lenin Academy of Armored and Mechanized Troops of the Sovite Army Imeni I. V.
Stalin
Dissertations preBente4 for science and eneineerine degrees in Moscow durinr 1951,
SO: Stun. No. 480, 9 May 55

--? ~-/ U [ " . /r
ML,iylv, A.I.; SffIU'TYY, L.R.; KOSOROTOV, B.V., in2hener-polkoynik, re-
daktor; MNEMI?MTA, N.P., tekhnichaskiy radaktor.
.~ ZIS-150 truck] Artomobill ZIS-150. 2-a perer. i dop. izd.
[14
MoWwa, Voennoe isd-vo Voennogo ministerstya SM, 1953. 291 p.
(Nidftfilml (MLRA 7:11)
(Motor trucks)

TFX,Off)V, L.A.. IVAI)V, Yu.B.; ROZANOV, V.G.; BLIXHhRIN, N.A.. doktor
tokhnichmnklkh nauk, profossor, r"tsnnz"nt-SHUTff L R
kandidat tekhnicbeakikh naak; SOKOWVA, T.i. t-O-d-;T-C*teq6:Sk-ly
rodaktnr.
[Methods of timsting witomobiles and their mechaniamml Metody
ispytanlia avtonobilla t agn mokhanismor. Moskva. Gos.muchno-
takhn.izd-vo mashinostroitellnoi lit-ry no.6[Brakes] TormozzWe
mnkhanixny,. 1955. 165 P. (MLRA 8:11)
1. Russia (1923- U.S.S.R.)Ministerstvo avtomobillnogo traktornogo
i sel'skokhoVaystyannogn mashinostroyantya.
(Brakes-Testing)

KUROV, A.A. [deceased]; KUROV, B.A ; SIMM, LtR , kandidat telchnichnskikh
nauk; retsenze -nt; CHAMOV. A:N., inzhener, redaktor; PVTOMMUs
K.A., inz)~~!~i, redaktor; TIKHONOV, A.Ta.. tekhnichaskiy redaktor
(The automobile] Avtonobill. Izd. 2-e, isprav. t dop. Moskva, Goo.
n&uchno-tekhn. izd-vo m&shinostroltellnol lit-r7. 1955. 608 p.
(Automobiles) (MIYA 9:6)

ANDR&MV, A.B.; ANTONOV. A.I.; ARAPOV. P.P., BAMASH, A.I.. BEDNTAKOVA,
A.B.; BIMS, G.S.: BIM ICH. V.V.; ~WaNSHTIUN, S.A.; B17MSKOY,
V.I.; BLTIYMM-BXRG, T.T.; BO3CH-BRUYXVICH, M.D.; BORMOWV, A.D.;
BULGAKOV. N.I.; VXKSLER, B.A.: GAVRILMIKO. I.Y.; GMMLICR. Ts.S..
[deceased]; r-lRRIIVANOV, N.A.. [deceasedl; GIBSHMAN, Te.Te.-.
G0LD0VSKlT,Te.Mo; GOHBUNOV, P.P.; WRTA.Liff, Y.Ao; GRUIBIRG, B.G.;
GIUIJNLPR, V.S.: DAMOVSKIT. N.Y.; DZWn'SKIT. Y.M..[deceasedl;
DRR4ATLO. P.G.; DYBRTS. S.G.-. DOYACHM-MO. P.P,; PTURIBAUN. N.S..
[decassed]; YEGORCHWO. B.F. [deceased]; TAL'YASHKMCH. 3.A.;
ZURMIOV, L.P.; ZAVILISKlY. A.S.: ZAVRLISKIY. VA.! IVANOVEKIT.
S.R.; ITKIN, I.M.; KAZHDAN, A.Ta.-, WHINSKIT. B.B.: WLINSKIT, S.T.;
KASATKIN, Y.S.; KATSAURDT, I.N.; KITAYGORODSKIY, I.I.; KOLISNIXOT,
I.F.; KOLOSOV, V.A.; KOKAROV. N.S.; KOTOV, B.I.; LINDIC. T.T.;
L'MBKDXV. H.V.; LXVITSKIT. N.1.; LOKSHIN, TaJu; LUTTSAIJ. T.K.;
MANNMFMXR, A.A.; MIKRATLOY. V.A.; MIKWLOV. N.M.; MURAVITIT, I.M.;
hTDRI,111AN, G.A., PAVLTSHKOV. L.S.-. POLTJYANOV. V.A.. POLTAKOV, TO.S.;
POPOV, V.V.; POPOV, N.I.; RAKULIN. I.Te.. RZHEVSKIT, T.T.; RUWARG.
G.V.; ROTUTRTNTER, B.A.; RDKOTfAN. Te.S.: RUKAVISHNIKOV, V.I.;
RUTOVSKIT, B.N. [deceased]; RTYKIN, P.M.; SMIRMOV, A.P.. STEPANDT, G.Tu,
STEPANOV, Tu.A.; TARASOV, L.Ta.; TOKARX7, L.I.; USFASSKIY. P.P.;
F]MROV. A.V.; FERN, N.M.; FF000MI. N.Z.; KH]ff.FSTS. S.Ta.: KHLOPIN.
M.I.; UIODOT, V.V.; SHMSHUR, V.I.; SIL4PIRD, A.Te.; SHATSOV. N.1.;
SHISHKINA, N.N.; SHOR, I.R.; SHPICHIMSKIY, Ts.S.; SURINK, B.S.;
SHTRRLI�G, S.Z.-. SHUT11, L.R.; SHUKHGALITHR. L. Ta.; IWVATS, A.T.;
(Continued on next card)

ANDREYRY, A.B. (cnntinund) .... Card 2.
YAKOVLEV, A.T.; ANDRETXT, Ye.S., retsonxent. redaktor; BZWN-
G*M,B.M., retsonsent. rodaktor; BERMN. L.D., retsenzent, redaktor;
BOLTINSKIT, T.N., retsenzent, redaktor; BONCH-BRUTIVICH, T.L.,
retsensent, rodaktor; TMJM. M.A., retsonsent, redaktor; TINOGRADOT.
A.V., reteensent, rodaktor; GUDTSOV, N.T., retsenzent, redaktor;
DBGTYARLrV, I.L., reteenzent, redaktor; DIMITANTUK, F.S., retsenzent-.
rodaktor; DOBX)SMYSLOV. I.N., retsenzent. rodaktor; TIUNCEEIK, G.M.
retsenzent. redaktor;ZH31MOCHKIN, D.N., retsenzent, rodaktor-:
SffURAVCHMO, A. N. . retsensent, rodaktor; ZWlmrju, G.A... retsonsAnt,
redaktor; KAFLUNOT, R.P., retsenzent, redaktor; KUSAKOV, M.M.,
reteenzent.'redaktor; LNVINSON, L.Te., [deceased] retsenzent, rodaktor;
'AIALOV. N.N.. rntsensnnt, radaktor; HARKOS, V.A. retsenzent, rodaktor;
41MITSYN, I.I., retsensent, rodaktor: MIKHAYLOV, S.M., reteensent;
redaktor; OLIVITSKIT, B.A., retsenzent, rodaktor; PAVLOV, B.A.,
retsensent, rodaktor; PANYUKOV. I.P.,refeensent. redaktor; PLAKSIN,
I.N.9 reteensent, redaktor: RAKDV. K.A. retsentent, rodaktor;
RZHAVINSKIY. V.V.. retsenzent, redaktor! RINBIMG, A.M., retsensent;
rodaktor: 1100OVIN. Y. To.. retsenzent. redaktor; RUDMO, K.G..
retsenzent. redaktor; RMVSKIY. B.N., [deceased] retsensent,
rodaktor; IffZHOT, P.A., retsenzent, redaktor: SA0OMIRSlIY, T.B.,
retsenzent, rodaktor; SKRAMTAYXf, B.G., reteensent, redaktor;
SONOV, V.S., retsenzent, redaktor; SOKOLOV, N.S., retsenzent,
redaktor; SPIVAKOVSKIY, A.O., retsenzent. redaktor; STRAMMMV, A.Te..
retsenzent. redaktor; STRIUMSICIY, N.S.. retsonsent. redaktor;
(Continued on next card)

ANDREYEV, A.V.,(continued) .... Card 3.
TMITAKOV, A.P., reteenzent, redaktor; FATMMkN. Te.M., retsenzent,
redaktor; KRACHATTROV, T.S., retsenzent, redaktor; CHKRNOV, H.V.,
retsenzent, redaktor; SHFAGIN, A.P.v retsenzent, redaktor; SHISTO-
PAL, T.M.. retgen2ent. redaktorl SHESHKO, Te.F.. retsement. redaktor;
SHCHAPOV, N.M.. retsenzent, redaktor: YAKOBSON, M.O., ratsenzent.
redaktor; STFIPANOV, Tu.A_ Professor, redaktor; PRMITANYUK, F.S.,
professor, redaktor; ZWONSKIY, A.A., inzhemor, redaktor;PLAKSIN.
I.N., redaktor: RUTOVSKIY, B.11. [deceased] doktor khimicheakikh nauk,
professor, rodaktor-, SIMIGAPTER, L. Ya. kandidat tekhnichookikh
nauk, dotsent, redal-.tor;BMSTINk, B.S.. redaktor; ZlWiRNSKIY, A.A.,
redaktor. (Continued on next card)

ANDRETRY, A.V. (continued) .... Card 4.
[Concise polytechnical dictionary,] KratkIl politakhnicheskil
slovarl. RedaktsionrWi movet; M.A.Stepanev i dr. Moskva, Goo.
izd-va tokkniko-teoret. lit-ry. 1955. 1136 p. (MW 8:12)
1. Chlen-korreapondent AN SSSR (for Plaksin)
(Technology-Dictionwries)

ZOTOV, Boris Sorgeyevich-. WIN. Nikolay Mikhaylovich; SHUTYY, L.P.,
redaktor; XOGAN. F.L., tekhnicheskiy redak-tor
[Ilectric equipmeit of automobiles and tractors] Blektrooboradoyanie
avtonobilet i traktorov. Moskva. Nauchno-takhn. izd-vo avtotransp.
lit-ry. 1956. 254 P. (HLU 9: 10)
(Automobiles--glectria equipment)
(Tractors--Xlectric equipmeat)

. _Au7p inovich: PBSTA. G.A.,
XAMIAYFbV, Aleksey Ivanovich; SjWTXA!p~d
Inzhener, rot enzent7d- I, B.Te.."i li~i4ij redaktor; ZARUBIH,
'3:kiy redaktor
A.G.. redaktor; NODAL', B.I.. tokhniche
LZIL-150 outomobilej Avtomobill ZIL-150- Perer. i (lop.tzd. Nookwa,
Qos.aauchno-tskhn.lzd-vc mashinostroit.lit-ry, 1956. 2" p.
(Notortracks) (NLRA 10:7)

YASINOVSKIY, N.A., zaslazhennyy deyatelQ nauid, professor (Odessa); SAVELOYBY,
I.A. (Odessa); KAUMOV, Y.G. (Odessa); PINGBR. O-A.o (Odessa); ;EMTY,
M.S. (Odessa)
Application of antirbounatic drugs in prevention of exacerbations of
rheumatism. glin.ned. 34 no.6:31-40 JS 156. (NLRA 9110)
1. Iz gospitallney terapevtichoskey kliniki (zav. saslu2h*nnyy
deyatelf nauki prof. M.A.Tasinovskiy) Odesskogo maditainskogo
institute (Air. profo I.Ta., Deyneka)
(RHEUMATISM. prevention and control.
chemother. (Rua))

LIKHAIIOV, B.N.; KHAUSTOVA, 14M.; YEROKHINA. A.A.; MARKOV., F.G.; SPIZHARSKIYq
CHEkEIVIN,
T.N.; DODIV, A.L.~ UIIL~TOVA, V,Ya.;
L.M.; GROMOV, L.V.,
p NEK-
kand. geol.-mineral. nauk, SHCUMACIEVp V.D.;_gpDffLM
CHINOV9 V.S., akad.,red.; NEKRASOV9 N.N.p red.; FUSTOVALOV, L.V.q red.;
ZUBKOV,, A.I.; kand. ekon. naukq red.; KAVUN. T.K.9 red. izd-va; SUSHKO-
VA9 L.A., tekhn. red.
[Natural conditions of Krasnoyarsk Territory] Prirodnye usloviia. Krasno-
iarskogo kraia. Moskva, Izd-vo Akad. nauk SSSR, 1961. 21+8 p.
(MMA 14: 7)
1. Krasnoyarskaya kompleksnaya ekspeditsiya. 2. Institut geografii AN
SSSR (for Likhanov, Khaustova). 3. Pochvennyy'institut im. V.V.Doku-
chayeva AN SSSR (for Yerokhina). 4. Nauehno.-issledovatellskiy institut
geologii Arktiki Ministerstva geologii i oldwany nedr SSSR (for Markov).
5. Vsesoyuznyy geologicheskiy institut Ministerstva geologii i okhrarq
nedr SSM (for Spizharskiyy Dodin). 6. Laboratoriya geologii dokembriya
AN SSSR (for Khilltava). 7. Krasncyarakiy pedagogicheskiy institat Mi-
nisterstva prosveshcheniya. RSFSR (for Cherepnin). 8. Sovet po izuchenl7n
Proizvoditellnykh sil pri Prezid-Jume AN SSSR rfcr Gromovp Likhanov? Khau-
stova, Yerokhins.2 Shcherbachevq Shut~T /,,
.). 0 Chlen-korrespondent AN SSSR
(for Nekrasov2 Pustovalov)
(Krasnoyarsk Territory.-Natural history)

UM/Chealstry Amwala, Formtlos of Jul 48
Chemistry Annonlum Nitrate
NMethods for Obtaining Amonia in the lAboratory,o
Ye. Ya. Shuulevich, Chernokholunitakly Metal
I
Factory, V p
OZ&rod lab" Vol XIV, No 7
Describes method used In own factory for obtaining
ammoula by heating amwnium nitrate and calcined
limestone.
17/4916

6HUV, lzraill leaskay'lch; VINOGIRADOVA, Ye.Z.. nawihayy redaktor;
N.I., tekhrilcheskiy redaktor
[Geueral lechnalogy of footgear; a summary] Obsbehate toAtnologlia
obuvi; konspekt. Moskva, Gos.n*uchno-teVhn.izd-vo H-va legkoi
promyshl. SSIR. 1957. 129 p. Onz-L.- 10: 11)
("Jhoe Industry)

.~~U- ~--; IVANOV, N.N., retsensent; DUKHOVNYY, F.N., red.;
VINOGRADOVA, G.V., tekhn. red.
(General technology of footwear] Obahchaia tekhnologila obuvi.
Izd.2., perer. i dop. Moskva, Gizlegprom, 1963. 176 p.
(MIRA 16:7)
(Shoe manufacture)

MATYUKHM, V.A. SHUY, Sh. 1.
ImDrove working conditions in foundries of machinery manufacturing
plnnts. Bezop. truda v prom. 2 no.1:8-10 Ja '58. (MIRA 11:1)
l.Moskovskly avto2avod Im. Likhacheva.
(Founding--Safety measures)

AUTHORi Shuv, Sh. I. SOV-117- 58-4-19/2-1
TITLE~ Machine for Shaving Floors (Mashina d1ya strogan-iya polov)
PERIODICAL: Mashinostroitell, 1958.. Nr 4? P 45 (USSR)
ABSTRACT: A brief, illustrated description of a machine for
planilng wooden shop floors, used at the Moscow Automobile
Plant imen-.~ Likhachev, is given. The simple machine is driven
by a 1.7 kw motor and works with a cutter head with 6 common
cutters. There is 1 sketch.
1. Ficors-Maj:,ftenarce 2. Cutting tools-Desigr 3. ind-.,lstrial
plants-Equipment
Card 1/1

SHUV, Sh.I., inzh.
Convenient containers. Mashinostroitell no.9:29 S '58. (MIRA 11:10)
(Containers)

SHUV. sh.,ilizil.
Safety grill for a press. Okhr.tri2da i sots.strakh. no.1:75
Ja '59. (MIRA 12:2)
(Power presses--Safety appliances)
I

SHUV, Sh.I.; PADUCHIKH, I.P.
Frotective casing for fagoting presses. Hashinostroitell -
no-9:33 S '59. (UIRA 13:2)
(rower presses--Attachments)

S/117/60/QW/010/005/012/X-x
A033/A133
AUNIOR: Shuv, Sh.l.
M
TITLE: Safety devices on cold punching presses
PORIODICAL: Mashinostroitel', no. 10, 1960, 12 - 14
TEXT: The author describes a number of safety devices designed by the
staff of the pressing shop of the Moskovskly avtomobil'nyy zavod im. Likhacheva
(Moscow Automobile Plant im. Likhachev), which made it possible to lower the num-
ber of Industrial accidents during five years (1955 - 1959) by a factor of 3.
this was attained by introducing protective gratings, photocell protection, two-
butt.-~n and multi-button switching mechanisms, mechanical ejectors, pneumatic
blowers, mechanical arms, dies with grab and automatic feeds, etc. A protective
grating of simple design welded of gas pipes is used on large-size presses which
is lifted and fences off the working zone when the press slide block is traveling
down. Another protective grating used on 80 - 100 ton capacity presses is de-
scribed by the author. Presses with a short*slide block stroke, which makes it
impossible to mount protective gratings, are fitzed with photoprotection. The
working zone of the die is fenced off by light beams emitted by an illuminator
Card 1/3

Safety devices on cold punching presses
S/117/60/000/010/005/012/XX
A033/A133
and directed to a beam receiver. If the beam is interrupted during the working
of the press the latter Is stopped Immediately. To eliminate the dangerous oper-
ation of taking out the'part from the die working zone a mechanical ejector las
been developed. Large-hize components or blanks are removed from the presses,by
vertical mechanical arms. The motion of these arms is interlocked with the press
slide block stroke. Apart from these vertical arms, recently a ground-type hori-
zontal arm with built-in belt conveyer has been installed at the plant. Small
parts of up to 1 kg weight are removed with the aid of compressed air. The uti-
lization of highly efficient dies with grab feed ensures complete safety of press
operations. Thus a 3-m strip is automatically fed to the die equipped with a
grab mechanism which conveys the blank fmm one operation to the other. Multi-
but%,.,n starting mechanisms are widely used on the plant presses, so that both
hands of the worker are occupied when he switches on the press. Since the set-
ting of dies in the presses is a labor-consuming and dangerous operation, small
throw-over tables have been mounted on many presses. The die is adjusted on them
with the aid ofa lifting mechanism, then it Is pushed onto the press plate, fixed,
set and put into operation. To eliminate accidents because of working places en-
cumbered by blanks, components and waste, many presses are equipped with belt
conveyers transporting tbe waste directly to the briquetting presses. Moreover,
Card ;?J3

SHUV, Sh.I.
Perfect order in the workshop. Kuz.-shtam. proizv. 3 no.9:46
s 61. (MIRA 14:9)
(Sheet metal work)

Slim, Sb.l.
ImprovinE workinp conditions in casting houses. Mashinostroitell
no .11: 3_'~-36 1. ~ 61. (MIRA 14:11)
(Foundries--Safety measures)

SHUV, Sh. 1.
Measures on labor protection in the forge shop of the Likhachev
Automobile Plant. Kuz.-shtam.proizv. 4 no.2.'33 F 162.
NIRA 15:2)
(NDBoov-Automobile industry)
(Forging--Hygienic aspects)

1_3694?_66 FWT(1)/FCC G W
ACC-W-AP601-9592
AUTHORS: Shalimov, V. P.; Shvachunov, I. N.
ORG: none
SOURCE CODE': UH/0293/66/004/003/01~94/ 0403
-TIT!--: Charged particle motion study in a dipole magnetic field occurring inside the
.ma,~:;netic field, using the Stormer method. 2
SOUM: Kosmicheskiye issledovaniya, V- 4t no- 3P 19669 394-403
~,TOPIC TAGS: magnetic field, dipole, particle trajectory, magnetic trap, magnetospherel
43STRACT: The results of Part I (V. P. Shalimov and I. N. Shvachunov. Kosmich. issledl
.4. No. 2, 206, 1966) are used to study charged particle orbits emanating from the sun
wkd entering the G-zone of the terrestrial mapnetosphere.,' Inside this region the
magnetic field potential is approximated by the sum of a dipole field and a homogeneous
field, or Mo M,
U== U*+UJ= -_-S1D4P--r81n4P .
r2 ro3
.Using Equation 15 if Part 1, the various boundaries delineating the forbidden and
allowed zones for particle trajectories are evaluated. First, the case of periodic
trajectories is considered, corresponding to proton energies EP'> 730 Mev at ro - 10a
and Ep > 2.9 Bev at r0 a 6a (a - earth's radiusy and ro = distance to the magnetospherel-
Card 1/2 UDC: 990.385.41

L 36947-66
ACC NRs AP6019592
boundary along the earth-sun line). The permitted or forbidden zones are calculated
for various values of a
hit 0,66
TMd re
and y1, and the results are shown graphically.' Next, the trajectories are consideredi
for a > 0.1924- Similar permitted and forbidden zones are calculatea, and the
penetration depth is estimated for these particles inside the G-zone. It is shown
that decreasing the particle energy decreases its penetration depth inside the G-zone.
The threshold enerey depends on the ratio of the homogeneous magnetic field strength
to the magnetic dipole moment, as well as on the distance up to the magnetosphere
boundary. The authors thank G. A. Skuridin and V. D. Pletnev for evaluating the
results, A. L Yershkovich for his valuable remarks, and L. A. Kazenov for his help in
preparing.the material and formulating the study. Orig. art. hass 8 figures and 5
formulas. (04]
OB CODE: 20~/SUBK DATE: 06kug65/ ORIG REFt 005/ OTH REF-. 005/ ATD PRMS:6~3

ACC NRt AP6030632 SOURCE CODE: UR/0413/66/000/016/0129/0129
INVENTOR: Izmaylov, A. V. Shuvakhina, L. A.
ORG: none
TITLE: Method of chemical deposi 101) of nic kel- phosphorus alloys. Class 48,
No. 185170
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 16, 1966,
129
TOPIC TAGS: nickel alloy, phosphorus alloy, nickel phosphorus alloy, chemical
deposition
ABSTRACT: An Author Certifie'ate has been issued for a method of chemical
deposition of nickel-phosphorus alloys from a sulfate solution. To obtain a firm
cohesion of the coating with such metals as lead~*`tiie 7magnesium. zinc? 7cadmium,
and antimony Ithe process is carried out in a solution of the following composition
(in g1l ): 25-35 nickel sulfate, 15-20 sodium hypophosphate, 50-75 diethanola-
mine, and 25-30 ammonium fluoride at temperatures of 85-95C and pH of 8. 5-
9. 5. [Translation] [NT)
SUB cOnE. 07 / SUBM DATE: 04Feb64/
Card 1 / 1 4W." UDC: 621. 793. 3:669. 248'779

--- M;W-
Fel'" Wa
t
var
1056
N
a
t
d
M&
bA
U
4
42
B
hi
t
iA
M
o1
ad
ru
l
a
O.
ru
c
r
8
,
;
(
~
f
c
).-A put-type, muffle-less elec.
arna
e,700 mm.
~No,;3
-d with liaritine asthe
jIn diarp. and 1000 turn. deep was
use
,
in - t
carburl= The av. ~ PS ~ c~)nlpns. during unz c a
.
I
C
i

'
030 070.
000, atulAOM
ht 0.7'. Ox, o.5.
.Werei
resoi. 'c
0.5, (1.3, Q.2,-O.O; CO,~ 34.0j-:34 6 80.2 -40.2~
0'3~;
; 0.

six types of steel were studied and they behaved similarly.- -
The total depth of case vras plotted aanst tjme of Mr-
~buezing for times of 1-8 hrs-andfur 4 tempi. Afterland
30% 0
8 hrs. the depths were, 01 .5, 1.7 ram; 970% 0.7. 2.6;
IOW', O.S. 2 '4- J0506 ' 1.0. 2A- C-p&netratiou curves
Were detd. for specimens in which a'drpth of IS turn- had
beta produced at 030' and at 1050*. The surface C content
was about 1.8% in t1te MO' specimen and only 1.6 In the,
1050' spcelmen. The cmicn. gradient was steeper in the T
OW* specimen. These differeuct-,q werc due to a slower rate
Pf .4urface absorption rclat;~e to diffusion rate at the higher.
temp. , Tile Same grain size -W"-obtaiued in both tile case
and the core of speciratits, =burized to a depth (if 2.3 nim.
at tejups- of W30-1056'. - The mech. properties ~vcrv also the

q

UZHIK, Georgly Viktorovich, prof., doictor tekhn. nauk- SHUVAL. Gq-1(*,,A=h,,
naur-hnyy red.; KONTSWAYA. E.M., red.; GORWH, W."."'iekhn.
red.
[Strength of metals In machinery manufacture] Prochnost' mtallov v
mashinostroonil. Moskva, Vees. uchebuo-pedagog. izd-vo Trudreserw-
izdat, 1958. 73 P. (Min 110)
(Ketals)

BUISH, R.F.. zed.; SAKARIN, A.M., red.; VINICHSHKO. Te.K., red.;
- SWHAL.- G.M.. red.; BJUVA. N.A., takha.red.
(Vacuum metallurgy] Taknumnais metallurglia; abornik dokladov.
Pod red. R.F.Bunsha. Moskva. Izd-vo Inostr.lit-r7q 1959. 305 P.
Translated from ths Inglish. (miRA '13:8)
1. Chlon-korrespondent M SSSR (for Samarin).
(Taawm metallurgy)

15-57-7-9930
Translation from: Referativny zhurnal, Geologiya, 1957, Nr 7,
P ~73 (USSU
AUTHOR: Shuval-Ser eyev
TITLE- Influence of the Vertical Border Between Two Media
on the Results of Determining Q,K in Dipolar Depth
Measurement (Vliyaniye vertikallnoy granitsy razdela
dvukh sred na rezul'taty izmereniy P pri dipoltnykh
zondirovaniyakh) K
PERIODICAL: Sb. nauch. tr. Kazakhsk. gorno-metallurg. in-t,
1956, Nr 11~, pp 203-218
ABSTRACT: The article presents graphs showing the influence
of a vertical border between two media on the
results of depth measuring with the dipole-axial
and dipole-equatorial apparatus; it also contains
Card 1/1 formulas for calculating these results.

A/.
H 1/ -17 132-1-12/15
AUTHORS: Artamonov, L.V., Frantov, G.S., and Shuval-Sergeyev, N.M.-
TITLEs New Methods of Electric Prospecting (Onovykh metodakh
elektrorazvedki)
PERIODICALs Razvedka i Okhrana Nedr, 1958, # 1, PP 53-57 (USSR)
ABSTRACTs The efficiency of electric prospecting operations was
considerably increased by introducing the method of aerial
electric prospecting. Valuable data for numerous districts
were obtained by using aerial radiometric surveying methods.
At the present time, aerial prospecting is being conducted
by a number of USSR organizations. Besides the "VITR", the
following institutions took part in this work; Institute for
Mechanical Engineering and Automatics of the Ukrainian SSR
Academy of Sciences (Inetitut mashinovedeniya i automatiki)t
the Moscow State University and the Institute for Soil Physics
of the USSR Academy of Sciences (Institut fiziki zemli). At
present, there are four different methods of aerial prospect-
ing, each of which has its own characteristics. 1) The atudy
of an electromagnetic field of an above surface source in
motion by establishing a directly contact with the earth.
2) The method of measuring its own electromagnetic field
Card 112 from the air, together with the receiving-measuring device.

New Methods of Electric Prospecting
132-1-12/15
3) The measuring of the intensity of the magnetic field of
the broadcasting radio station in relation to the geological
formation of the district. 4) The measuring of changes of
resistance by radiation of electric and magnetic antenna,
caused by the characteristics of the geological structure
of the district.
There are five figures.
ASSOCIATION; V I T R
AVAILABLEs Idbrar7 of Congress
Card 2/2

SHUVAL-SMRGRMgV. N.M.; FR&MOV, G.S.
Experimental aerial surveys by the endless cable method. Sov.
geol. 2 no.1:112-120 J& '59. (MIRA 12:4)
1. Vfieso.~mxnyy nauchno-Issledovatel'skly inBtitut wtodiki I
tekhMki razvedki.
(Aeronautics In geology)

FRANTOV. G.S.; SHUVAL-SERGMj"f, N.M.
Using the infinitely long cable method in aerial electric
surveying. Razved. i okh. nedr 26 no. 1:37-42 -Ta 16o.
(MIRA 13:12)
1. Voesoyuznyy nauchno-iseledovatellskiy Institut metodikI i
tekhniki razvedki.
(Aeronautics in geology) (Blectric prospecting)
(Sulfides)

ARTAMONOV, L.V.; SHUVAISERGEYEV, N.M.
Aerial-electric surveying In geologic mapping* sav.geol,
4 no,2,.125-132 F 161, (MIRL 34:10)
1. Vsesoyuznyy nauchno-isoledovateltakiy institut metodiki i
tekhniki razvedki.
(Geolog~--Aeronautics in surveying)

ARTAMONOV, L.V.; SHUVAL--SERGEYEV, U.M.
Dipole induction profiling in aeroelectric prospecting. Trudy
VITR no.3:109-117 161. QU13A 15:7)
(Electric prospecting)

/OWAWAI~.Ar,
AUTHORS: Frantov, G. S. and Shuval-Sergeyev, N. M. D203/D307
TITLE: Aeroelectric exploration on the territory of Southern,
Ural and Kazakhstan
PERIODICAL: Referativnyy zhurnal, Geofiiika, no. 2, 1963, 32, ab-~,
stract 2D193 (Byul. Nauchno-teklm. inform. M-vo geol.,
i okhrany nedr SSSR,-1962,*no. 1 (35), 85-88)
TEXT: The main results are given of an aeroelectric survey carried'
out by-the method of infinitely long cable, on the territories of
Southern Ural and Western Kazakhstan* To investigate the.possibi--
lities of this method in S. Ural, the authors chose a Cu pyritic
depoii1t within..the copper-beariing -belt of effusive rocks. The re-.
sistance of enclosing rocks varied from 100 - 400 to a few thousand
ohms. The Cu pyritic deposits had the form of lens of massive or
vein-disseminated ores, containing pyrite, chalcopyrite,,ophale-
rite, bornite, and galenite. The massive ores were well conductingi
non-magnetic. Above the fundamental rocks there was a low-re-
Card .1/2
---- - ---- --

3/169/63/000/002/115/127
Aeroelectric exploration on ... D263/.D307
sistance covering layer. The 20 km long cable Yas extended.parallel:
to the structures, 7 km to the West of the deposit. The receiving
and measuring apparatus was carried on an M14-Y (MI-4) helicopter.
The receiver frames-were placed in a gondola suspended 20 m below
the helicopter. Flight altitude was:50 m; in individual profiles
measurements were made at various heights. Ground measurements con-,
firmed the results of aeroelectric exploration. Analysis of the
7aterials showed that the infinite cable method yields valuable
information both in the search for orebodies and in geological
charting. Z-Abstracter's note':'Complete tranalation.-7
--rd 2/2

~~L,12060-65 EWT(1) Po-4/pt-4 E b(t)/pA.,_
4
ACCESS
ION NR: ATW47268 1/0000/64/000/900/0131/0133
AUTHOR: Shuval-Serqeyevff
Net.
TITLE: Present status of aerial electrical'prospectino In thez SSSR (sq,mmaries)
SOURCE: Mazlivuzovskaye nauchnaya konferentslys po InduktIvq*m metoilam,rudnoy
geofizlki. Moscow, 1961, Trudy*, hoscow,,Izd-v'o Nedra, 1964,, 131-lfj
S
TOPIC TAGS: dbrial electrical prospecting; aerial prospecting, geological pro
pecting, geology, Infinitely long table method rotating magnetic fleld.method
radio signal method, Induced electromagnetic field method
ABSTRACT: At present, Soviet speclallstshave,~developed four methods of aerial.. ~'g
electrical prospecting:, the I nf I n I.tel y' long grounded cable,, the Induction method::.~
(using one aircraft), the rotating..magnetle.fleld method and a method,uslng'the
radio signal field of broadcasting stations.,. Thi'first of these Is_'ihe:most wide'l
used; apparat s for use with this-me-thpol soon."wIll. be to standard production. The
u
other methods remain In the expertmental-stagii. All four methods a a eic [bed- n-
W.
the ar infl It6Iy,:1dng1'.cabIe. method.' I it
title. The work on the ls~ onis - the
n
be ng
j Institut Mashinovedenlya I Avt6matIkI_,AH UkrSSR (institute G;fA4achIn'e:SC'Ienc -a
on, Academy ssladavatel
i Automrstl of sciences UkrSSR) the Vses -il
ZVORI (All-U=zSnyc*iyenNtaluftch~."OReseb
skly lnstitut_Metodiki I Takhniki'Ra rch Inst
Card
113

L 12060-65
168
ACCESSION NR:"AT4047

. .!a and the Vses yuzn chho-Issleclovatell.
of Prosp.ectlng!Methods and T chiliques 0 y*y au
N
skly Institut-Gidrogeologii I LnzhanernoyGedlogil (All-Uni
on Scientific Res
Institute of Hydrology and Ingineering GtQt In-this' method, the source of

the electromagnetic field is a linear cable 15 30, kn . I ong, grounded-at the-ends$' J;
along which alturrent of acoustic frequenc y 13:Pa3sed.- 'Prospecting by. this method

is used In exploration for ore bodies and I
n geological mapping. The method Is H
highly productive. I n the method using an Induced field It'Is necessary to Us
ea
crr
plane carryin4la generating loop throughwhich passes*an alternating 'u ent of

acoustic frequ ncy which Induces electric currents In the ground creating a
secondary tomagnetic field. The strength.0-if the secondary' field Is -dependent .!r
on the geologIcal structure of the area and by measurements of the.secondary field '--
It Is possible to obtain data characterizing the-area. The method can:.be used
for small-scale geological mapping and exploration for large ore bodle-s-,with good
burden. :The

rotating magnetic field
conductivity In plains areas and little over
I technique has a number of advantages.,over the 'Induction method... The fourth
thod is based on measurement of the strength OU he electromaonetle.1leld of
_t
broadcasting stations. The measuring apparatuisAs carriedin an 4106raft or heil 1.~
copter. Field work has been done by this method In the Turknen SSR.ln-iiploratlon
' ...
ittlan fIeI&:-_,
for lenses of fresh ground water since the strength of the radlojit
'
water,,-
where there*~It 9'alt
over lenses of-fresh water Is c;~slderablyl )eta than
.
Card 2/3
_!,vZ

SHUVALKIN. V.V.
Determining the thickness of coal by logging in the Kuzntesk
Basin. Geof'iz.razv. no.14-.125-134 '63. (MIRA 17:3)

,. ~ I-t :ZA " J (. "-
i ~- ,A
BATUTINA, N., inzh.; SHUVALOV, A., inzh.; KIRSANOV. A., inzh.
.1 ~
Iarge-block construction in M517abinsk. Stroitell no.11:2-4
N '57. (MIRA 10:12)
(Chelyabinsk--Apartment houses)

KO!qD,T:,0f, P., ill-Oit; SIRTVALOV, A., jnrb.
.".
DjqrInuntit'hip fixing devican for stretchiw, rainfnrt-irr w4re.
I
Stroitell no.6:21 Je 05ri. 12:0
(Prr,stressmd cancri-te)

SHUVALOV, A.F., inzheuer.
Imitator of telegraph signals of the ISSh type. Vest.sylaxi 16 no.8:
5-8 Ag '56. (KERA 9:10)
lAnbaratorlya radioavyazi Moskovskey direktaii radleawyani I radio-
veshchaniya.
(Telegraph. Wireless)

SOV/111-58-2-10/27
A UTHOR: a]j~ Engineer of the Radio Laboratory
TITLE: Audio-Frequency .1eyer with Frequency Keying (Tonallnyy
manipulyator s chastotnoy manipulyatsiyey)
PERIODICAL: Vestnik svyazi, 1958, Nr 2, pp 14 - 15 (USSR)
ABSTRACT: The article describes the frequency keying circuit of an
LF oscillator without a reactance tube. This circuit may
be used for developing new devic.es in uroductional communi-
cation laboratories. The keyer permits a frequency sepa-
ration of up to 500-600 cycles. The peculiarity of the
keyer is that the generator must work with low capacities
in the oscillator circuit, and the distributed capacitance
of the choke coil has an essential influence on th6 gene-
rator frequency. There are 2 circuit diagrams and 1 graph.
ASSOCIATION: YIDRSV
Card 1/1

SOBOLEVSKE, Yovgeniy Alokseyevich; USTINOV, Aleksmidr Dmitriyevich
tj;-Icd I i_.IifllJVAIOV u-tv. rad.; NOVIKOVA, Yo.S., red.;
I L--A -
MARKOGHY tekbn. red.
[Signal distortion in radiotelegraphyl Iskazheniia signalov na
radiotelegrafnylch svia2iakh. Moskva, Gos. izd-vo lit-ry po vop-
roscu:. sviazi i radio 1962. 129 p. (MIRA 15:2)
~Radiotelegraph)

KHARCHENKO, A.B., inzh.; SHUVALOV, A-.I.,, inzh.
Ammonia plate tubing evaporator. Khol. tekh. 38 no. 1:17-20 Ja-F
161. (MIRA 14:4)
1. Moskovskiy zavod "Kompressor",
(Refrigeration and refrigerating machinery)

SHUVkLOV, A. I.
*The use of steel press-welded panels for heat exchange apRaratus in
refrigerating plants."
Report presented at tke Ilth International Congress of Refrigeration,
(IIR), Munich, West Germanys 27 Aug-4 Sep 63.

SHUVALOV, d.
Fight to utilize hidden potentialities in the economy. Fin.i kred. SSSR
no.6:33-36 Je '53. NLU 6:6)
(Finance)

; :, ~~, ~.j,11-1; , I..
'7 81 -j . 1 1;
.1-7
Finarisovy-j plan promyshlennogc pre~priyattya (Finance plan for an industrial enterprise,
BY) D. "Jolyakov i A. Shlivalov. Nfosk7a, ('~osfinizdat, 1954.
92 P. tables.

S&NALOV, A. - MOLYAKOV, D.
I
For the economical expeaditure of material and monetary resources.
Fin.SSSR 16 no.1:26-29 Ja '56. (MLEL4. 9:5)
Vinance)

SIIUVALOV. A.; -BABAYEV, Yu.; CHUMICIINY, V., naladchik-moldinnik; LOYBRW&N.
k.; DVORKIN, M., rabochiy (derevnya Sadovniki, Moskovskoy
01)1asti)
Innovatore of tho capital province. Prom.koop. 13 no.10:16-18
CI '59. (MIRh 13:2)
1. Predsodatell pravleniyu arteli "Zmallkrasa." derevrVa
Saburovo, Mookovokoy oblasti (for Shnvalov). 2. Tekbnoruk-
artell invalidov Im.XXX lot Oktyabya,.go' Babushkin. Moskovskay
oblasti (for Babayev). 3. Artell iuvalidov "Poboda.1 g.Tushino.
Moskovskoy oblasti (for Chumichev). 4. Zakroyshchik plantiltata
oportivnoy arteli. derevnya Sadovniki. Moskovskoy oblasti (fQr
Loyfernan).
(Moscow Province--Manufactures--Technological innovations)

UVROV, Vasiliy VarAllyevich; KUD.;~ffASROV, Rafail Alelugandrovich;
Dt ,
;_ SUDBOTII'A, K.9 red.;
"HUMV) Aleksandr Ljjkhgylovj-d
K'OVU?'JTIYLTV,-A., red.; LEMEEV, A., tekhn. red.
[State budget] GosudarstveTmyi biudzhet. Yoskva, Gosfinizdat,
1961. 239 p. WIRA 15:2)
(Budget)

SIIUVAJJ3V . A ~
Capital investments and expansion of industries of the local
councils. Mest.prom. i khud.promys. 2 no.12:18-19 D 161.
(MIRA 14:12)
1. Nachallnik upravleniya finansirovaniya mestnogo khozyaystva
Ministerstva finansov RSFSR,
(Russia--Industries)

SOKOLOV, A.G.; FILIPPOV, I.I.; SHUYALOV, A.M., red.; DENISOVA, O.P.,
--------
tekhn.red.
[Financing of city and district administration; a practical
manual] 'Finansirovanie gorodskogo i raionnogo khozialetva;
prakticheskoe posobie. Koskva, Goafinizdat, 1950. 138 P-
(Municipal finance) (MIRA 12:5)

!:; f '- ', ()V p A . I .
r 9r., ammon--, evap,,ratar. Bi ul. tekh. --ekcm.infc~rm-. Gos. riauch.--I--:~-; l.ins t.
tp,~h.l 0
~.nforrr,. 17 no.7-49-53 Ji. 164.

9 ( 4, )
A U'flff 0 R SM i nakova , I . IS t e p anoi aV. , a nd St,i val o 7, A .7 5 5 4/31
TITLE: Investigat4an of the Synchronizatior cf A Reflex Klystror. for
a Small S-inusoidal 'Electro-11otive Force (:ssledo-vaniye sin-
khronizatsii otrazhatellnogo klistrona maloy sinusoldallno,,i ad--.!
PERIODICAL: Vestnik Moskovskogo universiteta, Seriya
fiz.!20P !"W1 1".. 19589 Ur 49 PP 12")-lib
ABSTRACT: The syn,:thronization of a reflex klystror. is in-vostigated
theoretically and experimentally if* there aotr. ~"-aatro-
motive force, the frequency of wh~J-` the
frequency of the f7ee vibrations. lt -;o tnat :tie appearance
of a delay in the neighbouring system, ,iri artion of an outer
electro-motive force, leads to eevern! Deformation
of the amplitude curve and the reg-ion ;-, the phase instability;
beside the carrying along of the frequency of permanent
vibrations by the frequen:!y of the outer force there als-~ appears
"lvio
a "repu , n" ',.)f the -CreTu~nciea. The dependenre 3f the width
of the strip 6f aynchronization and +~he rnaximal amplitude rn the
cluter force, however, zemain in a '_!Jterval also for
Card 1/2

i o r. a 11 t he '-',f n c, rn i z P- tt. o, f a RfE- xC-,--'V 59-58-4-14/3'
r ii ri 3 m a-I I S ~ n 1, s od a 1 E 1 E! --'L r o - ~! o tv'-
a delay, The theoretical ar;d experi 'mental results agreed very
ALso -r,-,3uIts o' P.L "azin / Ref 7_7 are ronfirmed. A
method of K.F,Teodorchik Ref 5 is "sed.
There arc- 6 figures, and 8 rctferer-ces, 7 of which are Soviet,
ard i Swiss-,
ASSOCUTTOIT:Kafedra kolebaniy (Cha-Lr of Oscillations)
STJ KIT T TED ~A.-iguot 9p 1957
ca'rd 2/2

87998
SLl 0 b 2109
S/135/61/000/001/011/018
A006/AOOl
AUTHORS: Kostyuk, V.A., Candidate of Technical Sciences, Kozlov, Yu.M.,
tivalnv_ A V , andGerasimenko, A.V., Engineers
TITLE: Industrial Units for Welding With an Electron Beam
PERIODICAL: Svarochnoye proizvodstvo, 1961, No. 1, pp. 41 - 43
TEXT: The authors developed two special automated units for the welding
of several work pieces of the same type without disturbance of the vacuum 1) the
31t~-l (ELU-1) unit is intended for the welding with an electron beam of iongitudi-
nal and circumferential joints on high-meltipg and easy oxidizing metal parts. UP
to 10 articles of the same type can be welded without disturbance of the vacuum.
The unit consists of a working chamber, mechanisms for the fastening and displace-
ment of the work, an electron gun, a vacuum station, a high-voltage power supply,
a three-phase interrupter and a gun control desk. The working chamber is placed
on a heavy frame; the mechanisms of fattening and displacement are arranged on
trolleys and are wheeled out of the chamber during loading and unloading the machine.
Figure 2 shows an attachment for the welding of 250 - 1,000 mm sheets which are
fastened to the welding table. Round parts are welded on a special mechanism as-
Card 1/4

87998
S/135/61/000/001/011/018
Industrial Units for Welding With an Electron Beam Aoo6/Aool
suring the automated setting of the work, assembly of elements to be welded in the
vacuum, and rotation during welding. The vacuum station is equipped with 2 fore-
vacuum pumps and a high-vacuum unit equipped with a vapor jet pump ensuring a
vacuum of not less than 5.1o-5 mm Hg within 15 - 20 minutes after the onset of
evacuation. An electron beam gun as described by Ye.M. Kozlov in the preceding
article is used. It can be displaced vertically by 45 mm and inclined through 30
providing for a horizontal displacement of the beam by 15 mmi. The incandescene
of the gun cathode is made through a high-voltage cable. The magnetic lens (7-10v)
is fed from a stabilized rectifier. The portable gun supply unit includes a high-
voltage generator consisting of a transformer and a rectifier (25 kv, 3 kw) and an
incandescene transformer (10 v, 30 amp) placed in an oil-filled container. The
J kJ -2 (ELU-2) unit, designed under the supervision of Engineer K.A. Lashkov, is
intended for welding circular edge joints. Up to 30 parts can be welded without
disturbance of the vacuum. The unit consists of a working chamber with an auto-
matic device, an electron gun, a vacuum station, a high-voltage power supply sourcq
a three-phase interrupter and two cabinets for electric equipment. Charging and
discharging of the work pieces is made through a hatch in the operational chamber
cover. The drive and control of the internal servomechanisms is brought about
outside the chamber. Repeated evacuation up to a 5.1o-5 mm Hg vacuum is performed
Card 2/4

35/6 1/c, 11/018
Industrial Units for Welding With an Electron -Beam,
within 14 - 15 minutes. The unit is equipped with a portable control desk. Tests
were made with both of the described machines. On the ELU-2 unit 200 - 210 butt
chokes were welded to 2 nm thick aluminum alloy parts within 7 hours. During weld-
ing sufficient evacuation of the cavities was obtained, the oxide film was elimin-
ated and the penetration depth was greater than in welding in a gas shield. Weld-
ing speed was 25 - 30 m1hr. On the ELU-1 machine various types of weld were
produced with 1 /%18-~9- (1KM8119T) --teel, including circumferential, edge and over.
lap joints; thin walled parts were welded to thick walled ones. Sheets were
welded on a copper backing. The speed of welding I mm thick sheets at 12 m-amp
current in the beam and 22 kv accelerating voltage, was 34 ,n/,'P-r. The minimum
diameter of the electron beam is obtained at a distance of 30 r 40 mm from the
.j,
Hg. The joints had a satisfactory
focusing lens butt; the vacuum was 5.1o-5 r
quality. The machines are recommended for welding pieces of high-melting and rare
metals.
Card 3/4

S/1,35/61/000/001/011/018
Industrial Units for Welding With an Electron Beam A0061AOOI
Figure 2:
Attachment for welding sheet material on the
E
LU
-1 unit..
Af
There are 5 figures and 4 references: 2 Soviet and 2 German.
Card 4/4

SHUVALOV, Anatoliy Yakovlevich (1924- ); MqKURIYEV, V.I., red.;
- -- ~1 ~ANOV, I.A... tekhn. red.
(Conquerors of the North Atlantic; essays) Pokoriteli
Severtoi Atlantiki; ocherki. Murmansk, Murmanskoe
knizhnoe izd-vol 1959. 90 P. (MIRA 17:2)
1. Zhurnalist murmanskoy oblastnoy gazety "Polyarnaya
pravda" (for Shuvalov).

PROTASOV, N.F.Y inzh.;_SHUVALOV, B.I., inzh.; FRADINA, M.G., inzh.;
CHERNOVA, A.V., inzh.; RAKHANSKIY, B.I., inzh.
Properties and pecularities in the production of type R-75
heavy rails. Stall 23 no.8:731-733 Ag 163. (MIRA 16:9)
(Railroads-Rails) (Rolling (Metalwork))

SHUVALOV, B.V.
Degree of sensitivit7 of bone tissue to prolonged intensive pressure
of a foreign body. Ortop.travm.i protez. 20 no.9:41-44 S 159.
(MIRA 13:2)
1. Iz kafedry operativnoy khirurgii i topograficheskoy anatomil (za-
veduyushchiy - prof. G.Te. Voznesenskiy) Kazakhskogo meditsinskogo
instituta.
(YEKM, for. bodies)

PAPOK, K.K.. prof., doktor tekhn.nauk; BARON, I.G., vrach; CHUGASOV,
A.A., red.; SOVALOT, B.V.. red.; ANIXINA, R.F., takhn.red.
Doxicity of fuels, oils, and industrial liquids] IAdovitost'
topliv, nasal i takhaichaskikh zhidkostei. Moskva, Voen.izd-To
K-va obor.SSSR, 1960. 78 P. (KIRA 13:6)
(Industrial toxicology)

AUTHGR: Shuvalov., G. 1. 72-2-8/1o
TITLE: New Ceramic Articles (Novyye lo-arariacheskiye izdeliya)
PERIODICAL: Staklo i Keraxdka, 1957, Vol. 14, No. 2, page 29 (U.S.S.R.)
ABSTRACT- A description is given of a new ceramic toilet article which was
developed at the Katuarov Factory of Acid-resistant Articles. It
has three little general-purpose shelves, soap holder, tooth-brush
holes and cup holder.
ASSOCIA7ION:
PRESENTED BY:
SUBMITTED:
AVAILABLE: Library of Congress
Card 1/1

SgUVAIPV, G.I.
New methods of placing glazed shaped parts in saggers. Stek.
I ker. 14 no.4:27-28 Ap 657. (MLRA 10:5)
1. latuarovskly zavod k1slotouporq7kh Izdelly.
(Ceramic Industries) (Saggers)

STUTIALOVS G. 1.
PAVLOV, B.I.; ~aWVAIDV, G.I.; SHOSTAKOVICH, B.V.. rodaktor; PERMI-
NOV, S.V.,ved.- redaktori SOKOLOVA, Ye.V., takhnicheskiy redaktor.
0
Nbiperience in the use of gas turbines in petroleum refineries]
Opyt skspluatatsii gazoturbinnykh ustanovok na nefteperarabsty-
vaiyahchikh zavodakh. Moskva, Goo. nauchno-tekhn. izd-yo neftla-
noi i gorno-toplivnoi lit-ry, 1952. 207 P. [Microfilm](MLU 7:8)
(Gas turbines) (Petrolaum--Refinlng)

ShWALN, G.I.
V749- AIMLI
Maw: ~awtcptGlkEFz-&t-.p
wil Will ammewm. Got, Pararab. h
Ak Gas. Tnam. Tim , stor. Pauv&). i9o. e).
P4
O'M:
gypes MW &A faults and rMedes of 50,000 hmm rwmre_

STNCHKIN, B.S.. skadil-,
ik, otvetstiennyy red.; STULINIKOV, N-P., starshiy
nauchnyy sotrudnik. kand.tekhn.nauk. red.; BLYUDOV. V.P.. kand.
tekhn.nank, red.;,,PHUVAWV, G.1.,-ksnd.tekhn.nsuk, red.;
vESUNICHElIKO, Ye.K., red.,- GERASIMOVA, Ye.S., tekhn.red.
[Gas turbines; principal problems in constructing gas turbines.
A collection of articles. Translations] Gazovye turbiny; oanovnye
probleaW gazoturbostrooniia. Sbornik statei. Moskva, Izd-vo
inostr. lit-ry, 1957. 230 p. (MIRA 1-1:5)
(Gas turbines)

STU'i;HFIN, B.I-.,, akftd.8t,qAUCh11.sotrudn1k, red.; 2TU_..,SiK3V, kand.'.ekhn'p
nauk.red.; BliTUDOV, kstnd.tekhn.namkv red.;.SJUIALOV, G.1-~,kftnd.takhn.
nguk,rad.; VINVICIMMKO, Ye.K., red.: GRISUVA, 1M.P., tekhn.red.
(Gas turbines, use of stati-mary and movable gms turbtnea in vRrious
brmnches of industry: collection of articles] Gaza-rfe turbilly:
iepoll2ovanie statsionnrafth i peredwizhnvkh gasotrubinnykh ustanovok
v razlichnykh otraelinkh promythlonnost!: abornik statei. Mo3?.Ta,
lid-To ino3tr. lit-rYe 1958a 178 Ps (KIRA jj:3)
1. Komisolya po ga-zovym turbinam AN SSSR, (for Stullnikov, Blyalov.
ShuTalov.)
(Gas turbines)

SALIKOV. Aleksey P~rokoflyevich; SHUVALOV, G.I., red.; VORONIN, K.P., takhn.
red.
[Gas turbines] Gazoturbinnye ustanovki. Moskva, Goo. energ, Isd-yo,
1958. 288 p. (NUA 11 t8)
(Gas turbines)
9