SCIENTIFIC ABSTRACT GUTOROVA, L.L. - GUTOWSKI, B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000617710010-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/072/60/000/010/003/004
B021/BO58
AUTHORSi Vargin, V. V., Gutorova, L. L.,
TITLEt Glaases of the System Na 0 - TiO - Sio as Basis of Enamels
2 2 2
for Aluminum
PERIODICAL! Steklo i keramika, 1960, No~ 10, pp, 22 - 25
TEXT: The authors worked out lead enamels for aluminum, which met all
requirements. Leadless enamels should, however, be preferred because of
the deleterious action of lead compounds. V. V.. Vargin and M.N.Serebryakova
also worked in this field.. The present paper deals with further investi-
gations of leadleas, thinly liquid silica glasses and the preparation of
high-quality industrial enamels for aluminum. Titanium dioxide reduces
the viscosity, increases the resistance against water and acid and in-
creases the light refraction and reflection, For their experiments, the
authors melted a number of glasses of the composition Na 0-2(SiO +TiO,)
2 2 4
and with varying TiO 2 content,. A. V. Senderovich, Candidat;e for Diploma,
and A. F. Kurbatova, Laboratory Assistant, participated in these
Card 1/3

Glasses of the System Na 20 - TiO 2 - Sio 2 as 8/072/60/oOO/OtO/003/004
Basis of Enamels for Aluminum B021/B058
e::periments, The fusibility was determined by the method )f the Chair for
Glass of the Leningradskiy tekhnologicheskiy institut imeni tensoveta
(Leningrad Technoloaical Institute imeni Lensovet) (Fig., 1). Glass No. 13
was synthetically produced o7the-'E-asis of the results, At. a temperature
of 570 00, it has a good flow on aluminum and has a sufficient resistance
against water, acetic acid (0) and citric acid (10%), The results of the
determination of chemical stability and the fusibility of t]he glasses are
shown in Pigs, 2 and 3. Enamel compositions for aluininum were worked out
on this basis for the practice, and they are tabulated as follows:
Oxide Percent by weight Molecular percent
sio 2 36.6 38-0
TiO 2 24-7 19~3
B 203 4.0 3-5
Na2 0 50-7 30.8
Li2 0 4-~O 8~4
The introduction of lithium oxide and boric anhydride in limited
Card 2/3

GUTOROVA, L. L.
PHASE I BOOK EXPLOITATION SOV16060
Vargin, V. V., Professor, ed.
Emaliro vaniye metallicheskikh izdeliy (Enameling of Metal Articles). Moscow,
Mashgiz, 1962. 546 p. Errata slip inserted. 7500 copies printed.
Reviewer: A. S. Ragozin, Engineer; Ed. : M. V. Serebryakova, Engineer; Eds.;
of Publishing House: 1. A. Borodulina, A. 1. Varkovetskaya, and T. L. Ley-
kina; Tech. Ed. : L. V. Shchetinina; Managing Ed. for Literature on Machin~
ery Manufacture (Leningrad Division, Mashgiz): Ye. P. Naumov, Engineer.
PURPOSE: This book is intended for specialists in enameling. technical person-
nel of plant--, and personnel of st:ientific research laboratories and institutes.
It can also be used by teachers and students of schools of higher education.
COVERAGE: The book provides a brief discussion an raw materials and proc-:
eases for melting enamels, describes in detail furnaces for melting enamels',
Card 114

Enameling of Metal Articles SOV/6060
and offers some recommendations for selection and calculation of furnaces.
A special section [Ch' IV, odet. 8) on heat-resistant coatings Is Included. A
flowsheet is given for centralized production of enamels. 17he properties and
preparation of slips are also comprehensively described. The production of
new enameled products such as pipelines, architectural and building materials,
and aluminum articles is: described. Individual chapters were written both
by p1rint por "I nnel an~ by technical personnel of scientific research Institutes
and schools 0 higher; eduction. [See: Table of Contents. ) No parBonalities
are mentioned. Tbere are 638 referen 9. mainly Soviet, with many English
and some German. ' cr
TABLE OF CONTENTS (Abridgedi:
Foreword
Card 2/4

Enameling of Metal Articles I SOV/6060
Ch. V. Enameling of Cast Iron Articles (V. Ya. Lok1hi n, V. F. Vaulin,
G. A. Kudryavtoeva, and V. E. Mishell) 352
Ch. VI. Enameling of Aluminum Articles (M. V. Serebryakova) 422
Ch. Vil. Enomelinz.of Articles of Nonferrous and Precious Met,-%I~
G~torova 440
Ch. VIII. Control of Enameling Production (V. V. Vargin, M. V.
Serebryakova, and G. P. Smirnova) 457
Ch. IX. Industrial Hygiene and Safety Engineering (B. Z. Pevzner) 494
Appendix (V. E. Mishell) 515
References 529
AVAILABLE: Library of Congress
SUBJECT: Metals and Metallurgy BNtpw/jk
Card 4/4 10-31-62

VAIIGIN, Vladimir Vladimirovich; GUTOROVA, Lyubov' Llvovna;
EAZURIP, Oleg, Vsevolod~vTe-'~;' Yevgeniya
Pavlovna; PEWIIIEH, B.Z., red.
[St,,al enameled electroluminescent panels developed by
the Leningrad Technological Institute in 1963] Stalln.,fe
emalirovannye elektrolitminest,sentnye paneli LTI 1963
goda. Leningrad, 1963. 20 p. (Leningradskii dom nailchno-
tekhnicheskoi propagarly. Obmen peredovym opytom. Seriia:
Zashchita metallov ot korrozii, iznosostoikie antifriktsion-
nye i dekorativnye pokrytiia, no.8) (MIR-A 17:5)

VAP GIN V.V.,. prof., dicktor teklui. riauk) ANTONOVA, Ye.A, ; kki;d.
tekhn. nauk~ GUTOROVAI, L.L., st. nauchn. sotr.;
LITVINOVA, LUCHINSK-TY, V.V.
inzh.5 MAZUREK, Yu.V., kand. tekhn. nauk; SENDEPOVICH,
V.Ya., kand. tekhn. nauk; SEREBRYAKOVA, M.V., st.
nauchn. sotr.
[Technology of enamels and the enamelAng of metals]
0
Tekhiiologiia emali i emalirovaniia metallov. Yioskva.
Stroiizdat, 1965. 315 p. (MIRA ~1.815)

poKROVSKAYA, M.P.; K11USKINA, N.A.; GUTOROVA, N.M.; LEVENSON, V.I.; ZMF()V,
V.G.; ALLILUYEV, A.P.
Cytologic study of the process of recovery in andmals immunized
by Vi antigen and infect6d by virulent Ly-phold fever bacilli.
Zhur. mikrobiol., epid. i inunun. 40 tio.9:79-82 S163.
(MIRA 17:5)
1. Iz Moskovskogo instituta opidemiologii i iaikrobiologii.

KUVMAIT, G.Ya.,- PRADKINA, M.D.; GTJTOROVA., N.M.
Dried hemolyzed blood as a stimulator of growth of Pasteuralla
pestis. Zhur.mikrobiol.epid.i immun no-5:82-85 VT 155. (HLRA 8:7)
1. Iz laboratorii osobo opaarqkh infedtaii (zav.,prof. X.P.Pakrov-
ska,va) Gosudarstvennogo kontrollnogo instituta imeni TarlLse-vicha
(dir. S.I.Didanko).
(PASTEURILLA PESTIS, culture.
growth stimulation with dried hemolyzed'blood)
(BLOOD.
hemolyzed dried blood, atimulation of growth of Pasteu-
rella pestia)

KIVMAH, G.Ya.: PHYADKINA, M.D., GUTOROVA, N.M.
Preparation for the detection and stirmil tion of growth of Vibrio
comma. Zhur. mikrobiol. spid. i immun. no.12:61-66 D '55. (MIRA 9:5)
1. Iz laboratorii Gosudarstvennogo kontrollnogo instituta eyvorotok
i vaktoin imani L.A. Tarasevicha (dir.-S.I. Didenko)
(VIBRIO GONNA, culture.
medium containing Bacillus mesentericus filtrates
for detection & stimulation of growth.)
(BACILLUS,
mesentericus, filtrates in culture media for detection
& stimulation of growth of Vibrio comma)
(CULTURE MXI)IA,
for Vibrio comma, eff. of Bacillus mesentericus filtrates
in detection & stimulation of growth)

POIROVSKAYA, M.P.; KAKARMIKO, 1.0.; M=111A, N.A.; BRAUDE, II.I.;
PRYADMA, X.D.Z_2 ~TOROV~A, !.M.
Significance of cytochemical investigations in the study of
Immunological problems. Zhur.mikrobiol.epid. I imun. 30 nool:
5-11 Ja '58- (Kift 12: 3)
1. Iz Goeudarstvennogo kontrollnogo instituta meditsinskikh blolo-
gicheekikh preparatov imeni Tarnsevichn.
(Immirf,
cytochem. aspects (Rus))

POMOVSYMAJ 14.F.; KAGANGVA, L.S. (deceasedj; VZOIXV, V.I. [deceased];
KOCHE R t W11 0.1j.; Gj,,IbMjUVA, Y.V.; XOTLYAJOVA, R-1.; GVEORCIVA, 11.14.
Aaabiosis as a factor in preserving the useful properties of
microorganisms for a prolonged period. Trudy IEW no.7.-70-95,6o
(1MU 16:8)
(GRYPTOBIOSIS) (MIGROOMADISI.S.-MM)

POKROVSKAYA, M.P.; KRASKINA, N.A.; cwrOROVA, H.M., LEVENSON, VJ, ZJJUHOV,V~Gj.
ALLILUYVI, A.P. - . . . .1. -
Cytological study of the.process of immunogenesis following administration
of the Vi-antigen of ' phoid fever bacteria. Report No. 1. Zhar.
T-Y
mikrobiol., epid. i imnun. 40 no. 80-14 Ag 163. (MIRA 17:9)
1. 1z Moskovskogo instituta apidemiologii i mikrobiologil.

N*d-% , F'RIUDE, N.
k'orL'l;o-j ~F~y and ri Of, 4rur-un-'lop'! -a-' ly ce
~yrphcld tissuo. Zhum~mikrobic--'., e-Pid. i !.-rmm. 1,2 no.3.s-13
Ml~ 16-~. (MIRA 18.-6)
I . MoskC..'ra'A-1-Y J -'tit'ut. i-.F ~ -:z"mlolog! L i cglf 9

GUTOROVA, O.P.
Percentage increases in th- basic heat 103ses b-
y vertical
enclosures for the coastal districts of the Maritime
Territory. Sbor. nauch. rab. DVNIIS no.3:66-74 162.
(MIRA 17: 51)

the clir.ate rC the MaTitime Terr-*-(::-l
~,.nd t~ccounting for tri(mr, 'r. t,hp planning of buildl~ngj.
DVNPI`~' no.1.7~...8") 162.

OKCROKOVA, A.A~q red.; USIIAKOVA, P.N.,, r-ed.
(Regulationo ft.)r the deaJgn,:,-InsWlJaLjou and safo opera-
tion of elevators. Compul.:,orj Cor all ministries and
services] Pravilu ustrolstvit .1. bazopannoA ekspluatatall
I.Iftov. d1la voojji Itiiniatersty I voklmstv.
Moskvaq Nedra, 196L. 73 p. ("'a'u 3838)
1. Russia (1923-- U.S.S.ii-) 1~omlt,ot po neiftoni za bezopas-
rrym vedenlyem rabot --i promyslilermo:5ti I gornomu nadzoru..

ACC NR: AP6.0,29,055 11,
IN VEN T 0 R :Tursunov, A. V. Gutorova, V. L. Kondrashov, A,
ORG: none
TITLE: Structural steel for use at low temperatures.' Class
[annou by the Scientific Research Institute of FerroiB
issledovatellskiy institut chernoy metallurgii)j
SOURCE; Izobret prom obraz tov zn, no. 1h, 1966, 8-9
7. Pilyushenkra, 11. L.
40, No. l-B3946.
TOPIC TAGS: cold brittleness, structural steel, cold resistan-L steel, silicon
containing steel, manganese containing steel, tungsten containing steel
ABSTRACT: This Au or Certl*f*cate introduces a st tu al teel for use at low
A r
temperature whicc contains ~Isili con and m!j~ ~anes~re In order to decrease the
susceptibility to"6old brittlenessthe steel has following composition: 0.32-o.4oo.' c
0.17-0.3% Si, 1.00-1-30% Mn, 0.35% W, up to 0.05% Ti, up to 0.05% Al,- up to
0.035% S, and up to 0.035% P. (WW]
SUB CODE: 11/ SUBM DATE: 090ct64j/)rb PeEss.* S-Lv
RX: D

BARANOVA,N.M.- ]ASS, Yu.13.; 1Y)OXIOVICII, V.V.; VRIGOS, Yo.F.;
GRAZHDAIITSEV, I.I.; GRYAZIIIOV, V.l.;,,GUTOROVA, Ye.D.;
KAMIZON, V.M.; VOLYAWO, G.I.; l-IOROKHOVSKAYA,,-.14.S.'l
NOSOVSKIY, M.F.; ROMODANOVA, M.P.; SOSNOV, A.A.;
SIIEVCIMKO, Ye.S.; ~SFNKO, I.S.; Prininali uchastiye:
BONDARI, A.G., inzh.-gidrogeolog; SACHENKO-SAKUN, V.M.,
st. topograf; SIIELUKKINA, k.V., st. tekhnik-geolog;
STOPIK., M.A., st. tekhnik-geolog; RITTOVSKAYA, E.A.,
tekhnik; HETEKIITIN, A.G., akademik, glav. red.[deceasodl
(Nikopoll manganese-ore basin] Nikopollskii margantsevo-
rudnyi bassein. Moskva, Izd-vo "Nedra," 1964. 534 P.
(MIRA 17- 6)
Institut geologicheskikh nauk AN Ukr.SSR (for
Baranova, Molyavko, Romodanova, Usenko). 2. Nauchno-
issledovatellskiy institut geologii Dnepropetrovskogo
gosudarstvennogo universiteta (for Gryaznov, Nosovskiy).
3. Trest IlDneprogeologiyall (for Bogdanovich, Kabrizon).
4. Trestu "Kiyevf-qologiyall (for Bass). 5. Trest "Nikopoll-
Marganets" (for Villgos, Grazhdantsev, Sosnov).

GUTOROVIGH, M.S., inzh.
Determination of the optimum size of repair enterprises. hekh. i
elek. sots. sellkhoz. 21 no.4:51-52 163. (MIRA 16:9)
1. Gosudarstyennyy Ysesoyuznyy nauchno-isBIedovatel',)kiy
tekhnologicheskiy institut remonta i ekspluatatsii mashinno-trak-
tornogo parka.
(kgricultural machinery--Maintenance and repair)

ARM, I
rN
Productio- ths
n of chlorophyll (and chlorophyllia n
industrial applicationz; thereof, l3nnifacy Wi,(J.,i~ek anj
Kr7.x;Fztol Gutorski (Z-Alao Barwnik6w
MPR19; War"aw):", Prai-C G16---mv Nil. Pr:emyslii
i Spol)-tvc;rgo 4, fir). 3,
material avaiNble for tilt In arlut. of Cilloroolly"I (1)"tid C111(j.
rophyllin (11) is lucerne (alfall'a.). it b extd. vilth petf,
ether, the obtained cit. is used for the pretin. of carotene anti
lipicles. Then follow-, an McICO Litit.. anti exin. with'
,%[cOll,frorit.vhivlicxt.x.,iialliopliyllrn,.ybt.,prE!I)tl. Finally
followvi an nd,liorlition mi taktim, front whb~h t1w I ij elattil.
WiUlEt.o: tile residual talcuru cullt;k1tv, the U alld tAIV7-
tot, Both I and H obtained axe sufficir-milly pure for practi,
.Cal vmse-- q

POL,JTD/Cher-ical T,~cImA-oUj. Prc-,Iuc-*U-s ---..CL
.pplication. Lcat':c~:. Fur. Gel-atu"Llic.
il;at.erials . Ladus.,
trial Prctcins.
Lbs Jf-ur: Ref No 2.1 1959, 6957.
"L!-' . . - -
- 11,.(,r Gutorski,
-I)li ccatj.,~-f ~%-.-A R,~scxci-n .s to
O-L-".,j IAtb: zsh-r=~,Y, 12, NO 7, la".)- !,-,,l,)rYstuc-
1-4.
No abs Lr,~ct

.GlJTORTSOV) V.ye., (Vinnitsa, ul. Chkalova (1,15/2); KlIC 0, A,Ye., kalifi. mr~-ri.
nauk
y of tha dpwilo-mPtit o" mciv,mmer-,!,~: in the shvilder Joint.
Me thodolog- - i
Ortop., travri. I protez. 26 no.7:"l-72 Ji I()"). (141RA 1817)
1. lz Vitinitskogo oblastnogo gospitplya Invall(lov Otecliestvennoy voyny
(nachaltnik - N.K.Onikiyenko).

GUTOV, N,G.; AKATOV, M.A.
Work experience of the Moscow mechanized factory-laundry no.6.
Gor.khos.Mosk.29 no.10:32-36 0 155. (M111A 9:2)
(Noscow-LawAkes. Public)

GUTOV, N.G.; SHPARBER, Yu.A.
Using synthetic washing powders in a laundry. Mael. -zhir.prom.23
no.1:23-24 '57. (MLRA 10:1)
1. Moskovskaya fabrika7prachachn&7a no.6.
(Washing powders)

GUTOV, N.G.; SHPARBER, Yu.A., tokbnolog
How gynthetic soaploaa cleainsing agents. Gor.khoz.ffoak. 31 no-5:29
my 15 7. (MIRA. 12:3)
1. Dirnktor fabriki-prachoohnoy No. 6.
(Wanhing powdars)

GUTTPOV, IT.G., tokhnolog; SHPARBIM, Yu.A-.
-W- 0 .
0000011",--
Mechanized ironing of laundry. GFor. khoz. Mosk. 32 no.2:32-33 F P58.
(MIRA 11:1)
1. Hoskovskaya fabrika-praclioahnava no.6. 2. Direktor Moskovskoy
fabriki-prachashrioy no.6 (for Gutov).
(laundry)

GUIUV) 11. ;-P1611CHIK, A.
The laundry is transferred in containers. Zhil.-kom. khoz.
1-1 no.12:29 D 161. (MIRA 16:11)
1. Direktor 6-y fabriki-prachechnoy, 1-bskva.

i, VII Il 1 ',' , Cl .1-1' ~GTFOII, 11 , i, , ; Mi'HKO"' , I J,',
~ 1 . -- II I I
of 3tandards for tool.hed and worm gears ls neede-
L i - - L-
"PERA 17:41
`~andurtiza'si4a '~`7 no. 12: 5 3D 163. k i
k, - -

GUTOVA. L.N.
Stratigraphy of Jurassic sediments in the Irkutsk Coal Basin.
Trudy Inst. zem. kor-y SO AN SSSR no*15292-.99 163 (IMIRA 1-783)

:'Ipl~~:-' a il. zat, :-n :v cn, i a bor rprcrl-ar '~i -I
texti-,rj ind-13--ry tind especlai'v ~n Lha
fi.ikstil ind Recgrac; 7-2
1. Tocnnical DIrector, ~~TTK;' Knt.~,4c-o!i~ Fnntor~,

UTEYEV, A.F., polkovnik med.sluzhby; POLTGRATSKIY, R.P., podpolkovnik
med.sluzbby; WTOVICH, S.P., vrach
Consequences of a closed trauma of the brain; a preliminary
report. Sbor.nauch.trud.Kiev.okruzh.voen.gosp. no-4057-360
162. (MMA 16:5)
(FRUN-WOULIDS ARD DJURIES)

o:l-y f
L
[Comprehenoive inboratory mnywal un thn, of tho
vort,abratosi anatomical pn-,-tl 'praktiklm p0 m-
ologii povvonoclin~,lch; nnatomicho'dkaja chast'. Moskva,
Tzd-vo tln~:k. tiniv. '.,'L..2. ricl.2. ic "1. 45

MMZHINSKIY, M.F.; GUTOVSKAYA. A.V.
Dependence of the carbonic anhydrase activity In vissue on the quality
of diet. Vop.pit. 16 ao.1:65-69 Ja-F 157. 04LRA 10:3)
L Iz kafedry biokhimii Hinekogo meditsinskogo institute.
(HYDRASES, metab.
carbonic aribydrase tiasular activity. eff, of diet quality
in guinea pigs & mine (Rua))
(DINTS.exper.
off. of diet quality on t1soular carbonic anhydi-ass
activity in guinea pigs & mice (Rua))

ABRAMOVA, N.M.; ANISIMOVA, V.F.; GLJTOVSK.AYA, A.V.; KIBIJAKOV, A.V.;
URAZAYEVA. Z.V.
Role of dynamic cardiac nerves in the trophic regulation of the
myocardium (with summary in English]. Biul.eksp.biol. i mod. 44
no-7:50-54 Jl '57. 0 (MIRA 10:12)
1. Iz kafedry normallnoy fiziologii (zav. - chlen-korrespondent AMN
SSSR prof. A.V.Kibyakov) Kazanakogo gosudaretvannogomeditsinskogo
instituta. Predatavlena deystvitelinym chlenom A14N SSSR prof.
S.Ye.SeverInym.
(KYOCARDIUM, metabolism,
eff. Of Stimulatil of autonomic innervation~of
heart (Rua))
(AUTONOMIC NSRVOUS SYPTEM. physiology,
eff. of stimulation of dynamic nerves of heart on
myocardial metab. (Rua))

ARRAMOVA, ANISIMOVA, V.Y., GUTOVSKAYA, A.Y., KIBYAKOV, A.V., UR.AZAY-I,,TA, Z.V.
Trophic chnnges in the myocardium in chronotrapic effect. Biul.ekap.
b1ol. i and. 45 no.6:22-25 Je 158 (MIRA 11:8)
1. Iz knfedry normalinoy fiziologil (%Pv. - chlon-korrespondent AMN
SSSR A.V. libyakow) lazRnskogo meditainskogo Inatituta. Predstnvlena
deystvitel'uyu chelnon AMN SSSR S.Te. Sev"rinym.
(OART, physiology
eff. of rhythm changes, trophic aspects (Rue))

GUTOVSKAYA, A.V., Cand Biol Sci - (di--)
tivity of carbon anhy~=' :iEact-ors of '-'-lee4iing
in the development of bioche.-acal changes due to traurr-A.*,
Kazanl)
1059, 15 pp (!jin of Agr USSR. Kazan' State Vet Inst im
I.E. Bauman) 110 cr-o-ies (KL, 26-59, 12A)
- 33 -

GUTUSKLY-A, A. V., Maqw-ZHIN3KY, 1/1. F., and AMS11'.10VA, Ii. E.(USSR)
"Siochcmical Aspects of Adaptation of the Animal E~ody."
Report presented at the 9th Internationnl Biochemistry Congress,
Moscow, 10-16 Aug 3961

ies c -1
b r)c h -a 1 3 tuu -Ti L-:e dmin 3 ',ra td~, n of Lr-j-
i;io-ill cz~tor of
NLU L r ud E, -a u 0 . 171: -, (I
,(j--o med.4-1 Ls ns'~c,-o nz! uiuta.

GUTOVSKAYA, M.S.
Rationalizore of the "Krasnogvardeste" Plant. Med.prom. no.4:12-13
O-D '55. (HIRA 9:12)
1. Hadiko-instrumntalinyy ordena Lenina zavod "Krannogvardaysts."
(DRUG INDUSTRY
In Russia, contributions to progress)

R!111 Ull -W1 I I W INHU If Mg PIM131 Rif WHIP
crurov ny
Rapid MaILIM few HIL~ Cunirol 6j ij solid Ovio-1 b .rdming
Arent.
16, =77
I lit 1MR.-WIF111 .'I I I PH, I TJ I I I

GUTOVSKIYO P44-
stroi. 40 no*7:14-16
Grouping of shops in hardware plamtse Proln* (MM 3-5:7)
162. -
1, GiprometiZ9 ction) (Hardware)
(Factories-Design and constru

I?wal 'L,
t,v'' lFc, k-va, t '1 1)
re 4-5.
-- 3)
lzd.2. P'
rc. ~fl
A. Gorzlidnrstv-~rinyv .1ntitill, 'pr(,;vf;kt.lroV'Irjj%jt
zavodov Oor Gutovskiy).

GORENSHTEYN, B.V., kand.tekhn.nauk; CHINENKOV, Yu.V., kand.tekhn.nauk;
ABOVSKIY., V.P., inzh.; GUTOVSKIY, E.V... ihzh.; NOVIKOV, V.S.1
inzh.~; PESHKIN, I.G., 11mr. --I,,-,,--- -~-"
Use of long cylindrical precast prestressed concrete shells. Prom.
stroi. 40 [i.e. 411 no.4:13-17 AP 163. (MIRA 16:3)
(Roofs, Shell)

USSR/Electricity - Conductors G-4
Abe Jour : Referat Zhur - Fizika, 140 5, 1957, 12239
Author : Gutovskiy, I.G., Selisskiy, Ya.P.
Inst
Title Anomaly of Electric Resistance in the Fe 3Si Alloy.
Orig Pub Fiz. metallov i metallovedeniye, 1956, 2, No 2, 375-376
Abstract Measurement was made of the electric resistivity (R) of
an alloy Fe 3Si at hij#i temperatures (T) to determine the
temperature region of the disorderinS of this a-Iloy.
As the critical temperature of ordering was approached,
there should have appeared, in connection with the redu-
ced degree of order, an additional resistance with a
break on the R vs. T curve at the critical point. Measu-
rements have shown a strictly linear course of the R vs.
T curve up to 6000, where a sharp break in the curve was
observed and a subsequent slight reduction in the elec-
tric resistivity as the temperature was increased to
Card 1/2

A UT If OR Gutovskiv. I. G. 2 2 - 18/ 50
TITLE: On the Theory of the Photoelectric Fluxmeter (K teorii fotoelektri-
cheskogo, flyuksmetra)
PERIODICALt Doklady All SSSR, 1957, Vol. 116, Ur 2, pp. 229 - 231 (USSR)
ABSTRACT; On the basis of the methods of the theory of automatic control and
by means of operation computation the present paper explains the
most important bases of the theory of the fluxneter and mentions a
new method for the estimation of the operating accuracy of devices
of the type of pho';oelectric compensators. The method is used in-
stead of the method of frequency phase characteristics and is -much
more simple, All photoelectric flu-cmeters can he represented by
means of a block 3cheme. In principle, these devices do not differ
from operation amplifiers, and apart from differences of constnic-
tional shape, they are of exactly the same nature. The fluxmeter is
characterized by the following parts : 1.) A reflectina -alvano-
moter, 2.) Photcdoment bridge, 3.) Direct current amplifier, I.) Dif-
ferentiating part. The transmission function of these elements and
the transmission function of the closed system are given. Also for
Card 1/2 the work function of a perfect inteUrator an expressi-on is .-iven.

SOV/115-60-1-22/28
AUTHOR: Gutovskiy, I. G.~
TITLE: Photoelectric Fluxmeters
PERIODICAL: Izmeritellnaya tekhnika, 1960, Nr 1, PP 54-59 (USSR)
ABSTRACT: The article contains general design information on
different photoelectric fluxmeters recently developed
in the USSR and other countries (USA, Britain, France,
Japan, Germany). Comparisons are made between dif-
ferent designs. It is stated that a new Soviet-
designed fluxmeter is at present under development
/Ref. 3, A. N. Kasperovich and Ref. 19, S. G. Rabino-
Vich and A. N. Tkachenko7- Soviet designs of Ye. I.
Surikova, S. P. Kapitsa-and R. R. Kharchenko are dis-
cussed. There are 4 diagrams, 1 set of graphs and
19 references, of which 9 are Soviet, 8 Engiish,
'I. Japanese and 1 German.
Card 1/1

3"714
S/103/60/021/010/007/010
0 B012/BO63
AUTHOR: Gutovskiy, 1. G. (Moscow)
TITLE: Most Rational Selection of the Circuit
of a Photoelectric Fluxmeter V
F
PERIODICAL: Avtomatika i telemekhanika, 1960, Vol. 21, No. 10,
pp. 1401-1409
TEXT: The present paper deals with the theory of photoelectric flux-
meters which are integrating amolifierskith photoelectro-optic ampli-
fication. The author further develops the method described by him in V
Ref. 4, which is based on operational calculus (Ref. 5). The block diagram
of the photoelectric fluxmeter agrees with the previously developed basic
circuit diagram of integrating amplifiers (Ref. 6). The circuit diagram
of an integrator with a derivative negative feedback connected in series
is shown in Fig. 1. Most of the published circuit diagrams o-1 photo-
electric fluxmeters correspond to this integrator. The basic circuit
diagram of such photoelectric fluxmeters is shown in Fig. 2. It is
described in Refs. 3 and 7. Fig. 3 shows an integrating amplifier which
Card 1/3

The Problem of the Most Rational Selection of S/ 1 0:5~6407~102 1/010/00 7/0 10
the Circuit of a Photoelectric Fluxmeter B012~,B063
is the prototype of the photoelectric fluxmeter without feedback, suggest-
ed by S. P. KaPitsix (Ref. 10). The circuit diagram shown in Fig. 2, which
is usually supplemented by a positive feedback (Fig. 4), forms the basis
of the present work. For the theory explained here the author assumes that
all elements act directionally, and that there are no amplitude distor-
tions and loads. He studies photoelectric fluxmeters vithout feedback,
with a feedback connected in series, and the effect of disturbances and
distortions. The conditions for stability in the most general case of a
circuit with combined fef3dback were established accordinE to Lllikhaylov
(Ref. 13). On the basis (if the above-described theory the author draws
the following conclusions. 1) A photoelectric fluxmeter nith a derivative
negative feedback connected in series is the simplest type, which is also
sufficiently accurate and has the shortest response time. 2) The type with
combined feedback, including a strong positive feedback, guarantees a
considerable reduction of creep, but can be used only if the non-linear
distortions in the amplifier circuit are sufficiently small. 3) In the
theory of photoelectric fluxmeters it is advisable to employ besides
frequency methods also the method in which the principal errors are ex-
pressed by integrals and derivatives of the initial quantity. This method
Card 2/3

.L 'i!ffl021/010/007/010
The Problem of the Most Rational Selection o0 S/Io-, )0
the Circuit of a Photoeleotric Fluxmeter B012/B063
can be used to analyze the operation of the instrument, to calculate it,
and to take into account the errors involved. It may be also used for
analyzing the operation of other integrators. S. P. Kapitsa, R. R.
Kharchenko, S. G. Rabinovich, and M. I. Levin are thanked for their
assistance in the present work. There are 5 figures, 1 table, and
13 references: 11 Soviet, 1 US, and 1 Dutch.
SUBMITTED: March 10, 1960
Card 3/3

GUTOVSKIYP I.G.
-- ---- -
Phototube bridge. Im.tekh. aa.4~00-34 161. (MIRA 14:3)
(Bridge circuits)

GUTOVSKIY, M.Y.; DEKATOT, Y.N.
'Desi.gni ng.the main electric networks for mo6ern multimator
airplanes. Nauch. dokl. vys. shkoIT; energ. no.Z:)9-44 '58.
(Slactricity in aeronautics) (MIRA 11:11)

80) SOV/119-59-4-10/18
AUTHORS: Gutovskiy, b1. V., Engineer, Kamenskiy, A. V., Engineer
TITLE: Determination of the Characteristic Constants of
Airplane Wiring for Alternating Current (Opredeleniye
elektricheskikh parametrov samoletnykh provodov
peremennogo toka)
PERIODICAL: Priborostroyeniye, 1959, Nr A,, pp 20-21 (USSR)
ABSTRACT: An analytical determination of the characteristic
constants of a.c. wiring is rendered difficult by the influence
of the airplane fuselage upon the active and the reactive
resistance of the a.c. wiring. It is most expedient to add
corrections to the values of the active and reactive
resistances, which were derived under the assumption of
an ideally conducting fuselage. These corrections should be
determined by experiments with !-,iodel airplanes. Such
measurements can be carried out according to a bridqe
method, or even more accurately, by a compensation method.
This article treats of compensation measurements which are
a means of determining accurately the characteristic
constants of a.c. mains and tap lines in an airplane. The
Card 1/3 measuring instrument was fed from an airplane generator

SOV/'119-59-4-10/18
Determination of the Characteristic Constants of Airplane- Wiring for
Alternating Current
SGS-715 ( voltage 120, frequency 400 cY ) driven by an
asynchronous motor. Ailerons with trims were taken as the
structural element of the airplane, The wire under
investigation had a length of 1 - 2 m, and its position
with rt-spect to the fuselage"could be changed. The active
and the reactive resistances of the wire were measured by
comparind the voltage drop in the wire and in the metal
fuselage of the airplane with the voltage drop at the control
resistances. The authors carried out numerous measurements
of the active and the reactive resistance of the airplane
wires BPVL, both of single wires and of several (2 - 5)
which were either connected in series or parallel.
During these measurements the fuselage conducted a current
or the neutral conductor was insulated. From the information
gained by these e,xperiments it can be readily seen that:
1) the active resistance r and the inductive resistance x
of airplane wires is influenced by the type of fuselage,
by the clearance between the wire and the fuselnge and by
Card 2/3 the method of installation, either single, branched'or

Determination of the Characteristic Constants of SOV/119-59-4-10/18
Airplane Wiring for Llternating Current
stranded. In the practical design of a.c. wiring in
airplanes r and x must be computed according to the
following formulas-z r - rP +Ar; x - x P +'~x, where
r and x denote the values of the active and the
P P
reactive resistances,respectively, of the wire computed
under the assumption of an ideally conducting fuselage,
and Ar and Ax the corredtions to the active and reactive
resistance, respectively, which are to be determined for
each type of airplane according to the method discussed
Card 3/3 in this paper. There is I figure.

PHASE I BOOK EXPLOITATION SOV/5887
Gutovskiy, Mikhail Vasillyevich
Posobiye po proyektirovaniyu i raschetu elementov i aistem aviatsionnogo
elaktrooborudovaniya. vyp. 1: Samoletnyys elektroseti (Manval on the
Designing and Calculation of Aircraft Electrical-Equipment Elements and
Systems. no. 1: Aircraft Power-Supply Networks) Moscow, Oborongiz, 1961.
136 p. 6000 copies printed.
Sponsoring Agency: Ministerstvo vysshego i srednego spetsiallnogo obrazovaniya
RSFSH.' Moskovskiy ordena Lenina aviatsionnyy institut imeni Serge, Ordzhon-
ikidze.
Ed. (Title P'sge): Yu. A. Popov, Professor; Ed. of Publishing Houset K. I.
Grigorash; Tech. Ed.: A. Ya. Novik; Managing Ed.: A. S. Zaymovskayap
Engineer.
PURPOSE: This book is intended for students at aeronautical institutes and
for engineers engaged in the field of aircraft electrical equipment and
automatic devices.
Card 1/4

Manual 3n the Designing (Cont.)
SOV/5887
COVERAGE: The following problems connected with the designing of electrical
equipment for airplanes are discussed: basic principles in the selection of
the type of current and voltage; the method of transmission and distribution
of electric power; and methods of calculating the heat generation and voltage
loss in s-c andd-calectrical networks. The aut h or thanks V. V.
Andreyev and V. N . *8katov, Candidates of Technical Sciences. There are 6
references, all Soviet.
TABLE OF CONTENTS-.
Foreword
3
Ch. 1. Methods of Designing Electrical Equipment for Airplanes 5
1. General sequence in designingtiole6ttical equipment for
airplanes 6
2. Studying the task and customer's specifications 6
3. Working out the sketch design 9
4. Equipment for the airplane mock-up 25
5. Designing for production 26
Card 2/4

14anual on the Designing (Cont.) SOV/5887
6. Production and testing of electrical equipment of lot-produced
airplanes 36
7. Debugging the electrical equipment in operation 38
Ch. II. Designing Electrical Networks of Airplanes 4
1. Purpose and basic elements of electrical networks 41
2. Basic specifications for electrical networks 42
3. Classification of electrical networks
4. Electrical parameters of networks 1*4
5. Main electrical networks 53
6. Power-distribution system 61
7. Methods of transmitting a-c and d-c power 66
8. Main electrical networks of typical moaern airplanes 72
Ch. I II. Methods for Designing Electrical Networks of Airplanes 75
1. General considerations in designing electrical networks
of airplanes 75
2. Heat-emission conditions on airplanes 79
Card 3/4

30874
S/143/61/000/004/001/005
I ,g D223/D301
AUTHORS: _Gutovs1L1y,,,_Y,V_._, Engineer, and Kameriskiy, A. V. ,
Candidate of Technical Sciences, Docent
TITLE: On calculating short-circuit currents of 5-phase
electrical systems in aircraft
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Energetyka,
no. 4, 1961, 12 - 17
TEXT: For the design of an installation of 400 Kc/s the a.c. net-
work analyzer must be used. Preliminary graphi6a!!.and analytical
work is given. The system has a neutral isolator.,The short cir-
cuit may affect 2 or 5 phases with equal likelihood. As line impe-
dance is negligible, all generators may be replaced by one. Sugges-
tions are given for the evaluating, by a simplified method, the
main parameters: Genexator voltage, wire resistance, skin effect
and inductance. The soce currents are calculated by the method of
symmetrical components for all possible cases: ABC 3 phases s.c.,
AB, BC, CAt 2 phases s.c. AO, BO, CO 1 phase s.c. The influence
Card 1/2

613
bt
Q4)
01- e
ze,
1~4 Z~~- eb,
be ri
ro

,11e ce.
ef~ T~ 0
,,f~e . , "It, X~e-r e eo eo-
w &ee a t 0,0. t ~Ae
I'). t-Cl- t ece -relc
G tx-O. . ~~l
eO, e C-VO. e
al 1 o
t~l
sec .-,o6-.e& ef~-"
%,e
,-f~e ~.50 6)~
o. ~.t5 'CO,.3--ee *,%IL e
e 0~ .16
tl?,*ac,e ty~c 0 te6 t to -r'
13,t eT06 ft'tje- . rp
cr ef' ~) vce
OL

2A571
S/143/61/000/008/001/005
Temperature field of D203/D305
than the time of induction /--Abstractor's note: Time determined by
time constant of circuit 7.-3) That the igniting efficiency of the
electrical discharge is Tinally determined by the chal-acteriS tic. 0
of the temperature field V (x,y,z,t). The form and size ~, -the,
energy Q, the frequency F of the temperatLire field are analyzed by
the author and a general differential equation is derived by him
based on Fourier's theory: -
re jL_C(Xqy~zlt)~ dIvfA[grad-r(x,y,zPI -+.(?(Xlyozgt) (21)
dt
The author states that this equation can only be solved for par-
ticular cases. A series of simplifications are assumed: 1) The pa-
rameters of the burning space do not depend on the coordinates,
and are referred to a constant temperature V8 A equalizing the tem-
perature in the process of heating. 2) The initial ignition is ef-
fected by the energy of electrical discharge; the distributed che-
mical energy of the initial source of inflammation is neglected,,
Card 3/10

2t,571
S/143/61/000/008/001/005
Temperature field of D203/D305
3) That the electrical ignition of the static combustible space,
embraces the fluid fuels. In thi8 case Eq. (2) is writter. as
6 'r(XYY'2't)~ a F ~2 'U(Xty,z,t)+ 62 -C(x, Y, Z' t) +-k-C(x, Y' Z' (3)
'5-t C6 -x2 a 2
3Y2 z -j
where a the coefficient of the heat transfer. The tempera--
ture field'C(x,y.z,t) of the single electrical discharge is first
examined, and then the temperature field-C(x,y,z,t) for a series of
electrical discharge. The author states that this problem cannot be
solved analytically, and 'gives a graphical, analytical solution.
The temperature field Of the single discharge is found analytically
and the field-r(x,yzst) of a series is found as a sum of the
single discharges, located in the same space, but shifted in time
on the value of the slit, In order to establish the temperature
field of a given single electric discharge, the knowledge of the
Card 4/ 10

2857'
S/143/61/000/008/001/005
Temperature field of D203/D305
parametws Q,X,c,A, a is required. The values of the fuel space pa-
rameters r,c,,~L, a are taken As constant and are referred to the
mean temperatureC* of the equalizing of warming. The latter values
b
differ with the energy and should be taken separately. The author
suggests the following method of consecutive approximations: 1) The
partial equalizing temperature Z-B(.k) is found for an isothermic
surface of the k-th order (S = constant). The values of -C (k) are
k B
selected arbitrarily, and rj, cl,/11 are calculated, and the func-
k k
tion T(t) is established as in Fig. 2. The surface Sk is limited by
the curve'r(t) for p = pk and the time interval 4tk is then deter-
mined. The calculated equalizing temperature is found from
S
TB(k) = &tk (28)
Card 5/10

2L1571
S/14 61/000/008/001/005
Temperature field of D203YD305
Should the calculated-rB(k) not coincide wIthVA(k) the whole cal-
culation is repeated; 2) The equalizing temperature of the process
VA is determined as a mean value from
B
n
t Z-rB(k)
B n
k=1
(29)
A method of establishing the temperature field of discharge of elec-
trical ignition systems is then examined, The analytical meaning of
T~x,y,z,t) of the single electric discharge is found; the final
values of -&jx,y,z,t) for the single discharges can be taken from
the author's paper (Ref. 4: O~ temperaturnom pole electricheskogo
razryada prednaznachennogo dlya vosplameneniya khimicheskikh topliv
Tr. VVIA, 1959), 2) A nomogram of the temperature field of electric
discharge is established'for a given form and method of heat gene-
ration TFig. 6). 3) The value of Q of the effective thermal energy
Card 6/10

28571
S/14 61/000/008/001/005
Temperature field of ... D203YD305
is found for a single electric discharge, as by the author pre-
viously with V.I. Ivanov (Ref. 5: Kalorimetrirvaniye energii elek-
tricheskogo razryada kak istochnika vooplamezienlya maloinertsion-
nym,~reobrazovatelem. Izv. vuzov. SSR, Elektromekhanika, no. 3,
195 . 4) The equalizing temperature is found and rei"erence is
made to the thermo-physical parametersh"', c,/j. a of the fuel.
5) A family of curves-r(t) is established for Q=1 for some ae-
lected isothermic surfaces. 6) The temperature field of an elec.
tric system is found graphically by superposing values of-C( , y?
Z,t) of single discharges, referred to the common space but shift-
ed in time on the value of the slit. There are 6 figures and 7
references: 6 Soviet-bloc and 1~non-Soviet-bloc. The reference to
the English-language publication reads as follows: Morgan John
David, Principles of ignition, London, 1944.
ASSOCIATION: Moskovskiy aviatsionny institut imeni S. Ordzhoni-
kidze (Moscow Aviation Institute imeni S. Ord-
zhonikidze)
Card 7/ 10

28571
S/143/61/000/008/001/001;
Temperature field of ... D203/D305
PRESENTED: by the Kafedrs aviatsionnogo elektroobonidovanlya
(Department of Aircraft Electrical Equipment)
SUBMITTED: September 16., 1960
Card 8/10

PHASE I BOOK EXPLOITATION SOV16015
Gutovakly, Mikhail Vasillyevich and Vladislav Fedorovich Korshunov
Posobiye po proyektirovaniyu I raschetu elementov t sistem aviatsion-
nogo elektrooborudovaniya. vyp. 2: Silovyye elektromagnity I
kontaktory (Manual for the Calculation and Design of Components
and Systems of.Aircraft Electric Equipment. v. 2: Power
Electromagnets and Contactors) Moscow, Oborongiz, 1962. 164 p.
Errata slip inserted. 3400 copies printed.
Sponsoring Agency: Ministerstvo vysshego i srednego spetsiallnogo
obrazovaniya RSFSR. Moskovskly ordena Lenina av-Iatsionnyy
institut Im. Sergo Ordzhonikidze.
Ed. (Title page); Yu. A. Popov, Professor; Reviewers: V. V. Andreyev,
Candidate of Technical Sciences, and A. V. Kamenskiy, Candidate of
Technical Sciences; Ed. of Publishing House: K. I. Grigorash;
Tech. Ed.: V. I. Oreshkina; Managing Ed.: A. S. Zaymovskaya,
Engineer.
Card 1/9

Manual for the Calculation (Cont.)
30V/6015
PURPOSE: This book is intended as a textbook for students at schools
of higher technical education who are taking course and graduate
project work, and may also be useful to engineers and technicians
working in electroautomation and in the electromechanical field.
COVERAGE: Fundamentals are given for the calculation of magnetic
systems, time parameters of electromagnets, magnetic-force
systems of contactors, and thermal capacities of coils. Also
Included are recommendations for the optimum design of power
electromagnets, descriptions of typical constructions of electro-
magnetic mechanisms, reference material on calculation and design,
and some design examples. Attention is given to the outstanding
features of electromagnetic devices, which play an important part
In the process of automation of electric aircraft equipment. No
personalities are mentioned. There are 13 references, all Soviet
(including 1 translation from English).
TABLE OF CONTE Abr idged]:
Int ton
id:~2/*~
3

GUTOVSK1Y_,_MJJdaai1_ Vasil Oyevi~-h; KORSHUNOV, Vladislav Fedorovich;
-______ AlIbREYEVI V,V., kand. tekhn. nauk2 retsenzent~ YWENSYLE,
A.V.; retsenzent; GRIGORASH, K.I.v red.izd-va; OFXSEKINA, V.I.,
tekhn. red.
(Manual on the calculation and design of aeronaticla electrical
equipment components and systems] Posobie po proektirovaniiu i
raschetu elementov i sistem. aviatsionnogo elektrooborudovaniia.
Pod red. IU.A.Popova. Moskva, Oborongiz. No.2. [Powor electro-
magnets and contactors] Silovye elektromaguity i kontakto
1962. 164 p. (MIRA 15:77
(Airplanes-Electric equipment)

-qTjg-Q17SKIY,-14.V,, kand.tekhn.raulc
Designing main electric circuits of an airplane considering
parallel performance of generators. Trudy MAI no.145:19-40
162. (MIRA 15:9)
(Airplaws-F.lectric equipment)

hO592
Sit 53 5/62/00011451/001 / 00' .
1011,11211
2,-
AUTHORS: Gutovski ..M._V., Candidate of TLchnical ScieneLs. and Popov, Yu. A., Professor
- __.y _ _ _ .
TITLE: Frequency discharge repetition in electric ignition systems
SOURCE: Moscow. Aviatsionnyy institut. Trudy, no, 145, 1962. Voprosy eicktroavtoniatiki i
clektrooborudovaniya samoleta, 60-77
TEXT: The duration of the discharge is neglected and thus the charging time alone must be calculated to
find the discharge repetition rate. Two types of charging circuits are analyzed. In boEli of them the discharge
gap is connected across the operating capacitor which is charged by tile secondary of a transformer through
a half-cycle rectifier. The primary of the transformer is fed by a chopped d.c. voltage in the first type and b%
an a. c. voltage in the second. The circuit of the first type is analyzed by a linear differential equation, and it is
showa that the charging time is contained implicitly in tile equation derived. For practical purposes a Cal-
culation based on energy relations is suggested. An equation for the charging time is def ived, assuming equal
capacitor energy increments in each charging pulse. This equation is used in a numerical example- The
charging time in the circuit of the second type is calculated by the method of S.S. Kilukhrikov [Priblizhennyy
chislennyy metod rascheta perekhodnykii protsessov v lincynykh i nculincynykh sisternakh (an approximate
Card 1/2

Frequency discharge repetition...
S/5351641/000/145iOO 1/002
1011/1211
numerical method for the calculation of transients in linear and nonlinear systems), Trudy NIAL number 66,
19561. This is based on the equation
A(rn + Orl 0' (31)
/?I ! T' + P= Ilt
where X(p) is the transform of x(t) and p is the transform operator. Thus the Ponlinearities of the transfor-
mer iron core and rectifier can be accounted for when using the recurrent formulas that are derived. A nume-
rical example where the nonlinear characteristics arc given graphically is solved. The possibility of a graph-
analytic solution is shown. Results after 45 applications of the recu.-rent formulas arc plotted. The case of
a full cycle bridge rectificr is dealt with. The methods discussed enable one to find more accurately the dis-
charge repetition rate in the t%%o circuits. There are 7 figures.
Card 2/2

IVANOV, V.I., kand. tekhn. nauk; GUTQVjSKIY, M~V.j kand~ tekhn. nauk
Integrating differential capaoitive transducer. Izv. S.
ucheb. zav.; energ. 7 no.2-30-36 F 261+. (MIRA 17-.73
1. Moskovskiy ordena IAnina aviatsionnyy institut.

USSR/Zoopai-asitolo,,j - Pnrasitic Worms.
Abs Jour Ref &iur Biol., No 1.~ 1959, 1013
Autt'lor Gutovskiy, V.I.
Inst Kazalch Scientific Research Veterinary Listit-Ac
T i tl u Dymmics of Infectioli of Sheep with HeliaLlthiasis ii,
Nortliern Kazaldistai, RcLdoi.,
Or i G Pub : Tr. Kazalchsh., n.-i. vet. i:,-ta, 19571 91 502-509
Abstract : No ibstract.
Cnrd 1/1
28 -
G

GUTLOVSKIY V.I.
--..
Effectiveness of the vemifuge treafzent of dog:3. Veterinariia
42 no.9:44-45 S 165. (,MIRA 18:11)
1. Glavnyy veterinarnyy vrach TSelinnogo krayevogo upravleniya
"Iskogo khozyaystva.
s
e.L

~VSIII~Y.V-N~..Inz~henar.
Modernizing the 100-35 dredging pumrp. Mekh.stroi. 14 n0-3:26-27
Xr '57- (MLRA 10:4)
(Dredgii* machinery)

3 0'( 1 ) SOV/98-59-9-5/29
AUTHOR: Gutovskiy, V.N., Engineer
TITLE: N'&W-EqU1p'ffi,en.t-for Clearing Forests in large Reservoir
Innundation Areas
PERIODICAL: Gidrotekhnicheskoye stroitellstvo, 1959, T1r 9, pp 12-
17 (USSR)
ABSTRACT: To solve the problem of cutting nnd removal of trees
in the future Nizhneobskaya (1',ower Obl) GEM reservoir
which will comprise Ft total OC8,741,000 hec,ares,.including
3:344,000 hectares of forests (Tab 1), the "Gidro-
proyekt" InAitute which-is preparing the project for
this power plant, in cooperation with the "Giproles-
prom" Institute has designed a machine for cutting
trees (Fig 1 and 2) named the "PLK-211 floating log-
ging combine. The designed combine consists of a pon-
toon with a movable head part for cutting trees under
water surface at a depth up to 8 m under the pontoon
bottom. To ensure the cutting as low as possible, po-
Card 1/3 sition of the head part is controlled by the

SOV/98-59-9-5/29
New Equipment for Clearing Forests in Large Reservoir Innundation
Areas
"Ekholograf" (a sounding device). The combine has a
capacitv of 170 cu m/8 hr, a total length of 80 m, it
is 7 m Lgh (from the bottom of the pontoon to the
deck) including 1 m draught and has a width of 20 m
which is at the same time, the width of the head part
and forest clearing track, respectively. The combine
has 8 parallel processing sets which start at the
head part by 8 chain saws, each installed between a
pair of wedge-shaped tools (which controls approach
of trees to the saws). After cutting. a tree is fur-
ther transported by a system of screw- and rolling con-
veyors to the deck to be further disiniegrated: lum-
bers are sorted and bunched by a "TsNIILe,9osplav" mecha-
nism to be used in the cellulose industry and branches
and tops are used as fuel in a 3,000-kw thermal power
plant type "DKVr-10-39-440" which supplies power to
the combine. The combine is designed to be limitedly
Card 2/3 self-propelled (during the operntion process) but

SOV/98-59-9-5/29
New Equipment for Clearing Forests in Large Reservoir innundation
Areas
has to be towed when it changes place of operation.
In the "Gidroproyekt" a model processing set was made,
equipped with a TsNIRTE K-5 electric chain saw, and
coordination of operation was checked. There are 2
tables and 2 diagrams.
Card 3/3

SHKUNDIN, Boris Markovich;-GUTOVSKIY V N red.; BORUTIOVI
tekhn.red.
(Suction dredges] Zemlesosy i zemlesosnye snariady. Moskva,,
Gos.energ.izd-vo, 1961. 335 P. (MIM 14: 6)
(Dredging machinery)

GUTOVSKIY Nikola
Vlgdimir qyl_qh;-DANOTSZIY, N.Y., nauchny7 red.;
.__'__IVANOV, S.M., red.; SAVCHIRO, Ta.V,, tektin.red,
[Improving technological production processes] Sovershetstvo-
vanie tekhuologil proizvodetva. Koskva, Izd-vo "Znanie,$ 1961.
38 P. (tarodnyluniversitet kalitury: Tekhniko-ekonomicheskli
fakulltet, no.11). (MIRA 14:12)
(Industry--Technological innovations)

N*~qja vich; LANINA, L.L. red.; RAXITIN, I.T.,
y.q__
tekhn. red.
[Contribution of science to power engineering]Nauka -
energetike. Moskva, Izd-vo "Znanie.." 1962. 38 p. (Novoe v
zhizni., nauke., tekbnike. X Seriia: Molodezhnaia, no.23)
(MIRA 15:12)
(Power engineering) (Electric power production)

GUTOVSKIY, Vladimir Nikolayevilch; MO,':KATGV, Karl At-nolldovich,kand.tekhn.iiauk,-
IVANOV, S.M... red.; TUKITD, I.T., tekhn. red.
rAllies and rivals of metals] Soluzniki i soperniki metal-
L
lov. Moskva, Izd-vo "Znanie'lf 1963. 46 p. (Novoe v zhizni,
nauke, tekhnike. IV Serlia: Tekhnika. no.10) (MIRA 16:7)
(Metals, Substitutes for)

YUFIN , A.P., red.-,.GUTOVSKIY, VA, red.; BAREKYAN, A.Sh., red.;
FRIDKIN, L.M., tek" zea,
[Motion of alluvium and-hydraulic transport] Dvizhenie na-
nosov i gidravlicheskii transport. Moskva, Gosenergoizdat,
1963. 197 p. (KIRA 16:7)
(Slit) (Hydraulic conveying)

GUTOVSKIY, Ye. V.
GUTOVSKIY, Ye. V.: "Investi-.ati3n of the agitating hydrc&mamic
force acting on the buckets of the working wheel of an axi.92 hy-
draulic turbine". Leningrad, 1955. Min Higher Education USSR.
Leningrad Polytechnic Inst imeni M. I. Kalinin. (Dissertations
for the Degree of Candidate of Technical Sciences)
SO: No. 5"), 24 December, 1955. Moscow.

SOV/ 124-58-8-9028
Translation from; Referativnyy zhurnal, Mekhanika, 1958, Nr 8, p 103 (USSR)
AUTHOR: Gutovskiy, Ye.V.
TITLE: A Particular Case of Using Electrical Methods to Measure the
Static Pressure in a Stationary Liquid Flow (Chastnyy sluchay
izmereniya elektricheskimi metodami staticheskogo davleniya
v statsionarnom potoke zhidkosti)
PERIODICAL: Tr. Leningr. politekhn. in-ta, 1956, Nr 187, pp 36-43
ABSTRACT: The author describes briefly the design of a sensor element
intended for measuring electrically the static pressures in a
flow of water, and he gives a short account of experimental
investigations that have been made of the working of this ele-
ment. A small-size induction-type pressure transducer is in-
stalled either in a chamber built especially for it or directly in
the inlet section of the sensor element, the latter being con-
structed in the form of a lens-shaped capsule. The sensor ele-
ment is able to travel rapidly within the flow along a path that
will keep the principal plane of its capsule approximately
parallel to the direction of the flow velocity at any point on the
Card 1/2 path. The sensor element with the pressure transducer carried

SOV/ 124-58-8-9028
A Particular Case of Using Electrical Methods (cont.)
directly in its capsule is free of inertia, but inasmuch as it has in its mea-
suring bridge only one magnetic system it is not able to compensate for
changes in temperature. The presence in the sensor's intake portion of a
column of water extending up to the pres su re -transducer membrane intro-
duces an element of inertia, and thereby increases the error in measure-
ments made at elevated flow velocities. 'the author states that at the
Hydraulic -machinery Laboratory of the Leningradskiy politekhnicheskiy
institut (Leningrad Polytechnic Institute) a sensor element equipped with an
induction-type pressure transducer has been used to measure the static-
pressure field in a stationary flow.
N.A. Preobrazhenskiy
Card 2/2

GUTOVSKIYO YBOV*
ir i ent rodynamic forces acting on the blades of axial
kvdraulic turbines. Trudy LPI no.1931-24-37 '58, (MIU l2s2)
(Hydraulic turbines--31ades)

~),z rq,,- ran~~ I(: rit in exi a I-vlow ~,yarnu I i t)j
abitIc. oharacoteriatici3, T~rudy LPI no.215-82-100 '61
Ofy3rilulic turbines)

GUTOVSKiYY Ye.V., kittid. teklin. nauk, dottwnt
Calculation of the change in the number of rotations of the
rotor of a hydraulic turbine-genprixtor unit. EnorgorrashJ nos troen I n
9 no.3:6-9 1*163. ( WRA 170)

-GUTOVSKIY, Ye.V., kand. takfin. nauk-, dotsent
Calculation of hydraulic axial force aetliig on Uo rotor
of a hydraulic unit in nonsteady operation. Enerpmashino-
stroenie 10 no.4:12-14 Ap 164. kMIRA 17:6)

ET.1 N 3 1 . E . j G TO V SHY , Y e. V , ) ka nd. te k Im . rm i ik , re 1,;:, ~ rl 7, 1~ I I i, ;
FDELI, Yu.U., doktor takhri. nauk, red.
(Theory and design of the blading of adjustable-blade
hydraulic turbines] Teoriia i raschet protachnoi: chasti
povorotnolopastzWkh gidroturbin. Moskva, Mashinostroonie,
1965. 349 P. (MIRA 18,5)

'K f YY
IAITOIIF~~) - -Y(,-~V,j LAMM, V.Yu.; LAMM, T.M.
Nomogram for calculatinp relative pressure changes Jn tr;2nslen-
processes in hydraulic turbines. Trudy MII no.246.13-17 165.
(MIRA 18:6)

7 ". ~-, ~ ~ I j "
-1 k-, C-.. .
t
4nv!i3Ls ofi' the conLrcl wden of h~drnui.'a turblnlzr, 7 -ndy
L-PI no,,246718-24 165. (14TRA

GUTOWIEC, Aleksy
Universal weld gauge. Vrzegl spaw 15 no. 7:162 JI 163.
1. Krajowe Zak-lady Konstrukcji Stalowych, Starosielce.

GIJTDWSKA-GR7EGORCZYK,, Grazyna; KALCYAK, Miroslaw
A case of Weber-Christian syndrome with articul&r manifestations
in an 8-year-old girl. Reumatologia (Warsz.) 3 no.3:303-305 165.
1. Z Kliniki Pediatrii Studium Doskonalenia Lekarzy A14 i Instytutu
Reumatologicznego w Warazawie (Kier-wnik: prof. dr. mod. E. Wilko-
szewski) i z Zakladu Anatomii Patologicznej Instytutu Reumatologicz-
nego w Warszawie (Kierownik: doe. dr. med. E. Maldyk; Dyrektor
Instytutu Reumatologicznego: dr. med. W, Brilhl).

GUTOWSKI, B.
- - , -
Group of physiology of subsection of veterinary medicine of I.
scientific congress in Poland. Med. wet. 6 no.11:699-701 Nov
50. (CIJQ 20:6)