SCIENTIFIC ABSTRACT SHAROV, N.V. - SHAROV, V.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548620015-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHEVELEV, M.L.; TIKHONOV, A.S., kandidat tekhnicheskikh nauk eLOtsent, retsenzent;
SHAROV,, N.V., inzhoner, retsGnzant; PCHELINTSKY J-1_1nihener,retseasent;
-TZMKIV,' , redaktor; MATVEYKVA, Ye.N., tekhnichaskiy redaktor.
[Fire prevention in machine building] ProtivopozharnW..a tekhnika v
mashinostroanii. Izd.2-0e, perer. i dop. Moskva, Goe.nauch-no-tekhn.
izd-vo mashinostroit. lit-ry, 1955.208 p. (MLRA 9:6)
(Factories-Fires and fire prevention)

...................
Fire --oreventfc-i '7~ ~ierr-jan ';er~ccratic RepLb7lC
e1c,
-2~3 "Ic
no

SHAROV, If., inzh.
From horse-drawn wagons to perfect fire engines. Pozh. delo 4
no.!-':?6;-27 Ap '58. (MIRA 11-5)
(Fire engines)

RODE, Aleksandr Aleksandrovich; SELIROV, N.Y., red.; FORMSMYN,
A.D., red.izd-va; ISLYMIN, A.A., tekim.red.
[Platform-ty-pe nozzles] Lafetnye stvoly. Moskva, 13d-vo M-va
komr,nin.khoz.RSFSR, 1959. 81 p. kMIRA 12:9)
(Fire engines)

SUROV, if.
Prospects for the dezrelopment of fire equipment. Pozh. del* 5
no.3:27-28 Mr '59. (MIRA 120)
1.Zamestitell nachal'nika otdoleni7a Glavnoge upravieniya pozharno7
okhrany.
(Fire engines)

-SHAROV.. N., inzh.; SHIMBKO, N., inzh.
Mechanized tool. Pozh.delo 5 no.12:27-28 D '59.
(MIRA 13:4)
(Fire departments-Equipment and supplies)
(chain saws)
- N~

SHAROV, N.V., inzh., red.; SMEKO, N.D., irzh., red.; UCHITMI. I.Z.,
red.izd-ve; SALAZKOV, N.P.. teklin.red.
[Equipment for fire prevention and extinction; catalog-manual]
Protivopozharnoe oborudovanie; katalo&spravochnik. Moskva,
Izd-vo M-va kom=un.khoz.1LSFSR, 196o. 151 p.
(MIRA 13:11)
(Fire extinction-Bouipment and supplies)

SIUIROV, 14. . G(ILU-BEV, S.
Create a mmseum of fire T)2-avenrion. Pozh..,~tlo ., nc,.!~)2 Ja
16o. ( 1.11RA 1-3 : 55, )
Vii-e r:-evention-Exhibitions) I "

KHMELZV, Nikolay Vladimirovich; SRAICVg, Nikolay Vladimirovich; RODE, A.A.,
red.; RACHEVSKAYA, M. I. , - re-d-.--ftff--va; -SAITUdV-, N. P. , tekhn. red.
[Fire motot pamper and water tank trucks] Pozharnye avtonasosy
i avtotsistern~. Moskva, Izd-vo M-va kommun. khoz. RSFSR, 1962.
211 p. (MIRA 16:6)
(Fire engines)

25-c::9-0--5/1 6
AUTITCR: edovar, 'R. I. . Candidate o--" Technical " ciences , ':.-afor.-
nikov, A.*,'T., Belkin,,Ye.Ya., and 'harovO.A., 7,ngineers
TTTTE: Flectric 71elding under !"lag of Agening Chrom-e-TTickel-
Aluminum qtainless -,teel
PERT, DICAI Avtomaticheskaya svarka, 191~9, Nr 9, pp 33-44 (179"'1

ADSTRACT: Precipitation-hardening stainless steels, such as chro-
me-nickel austenitic steels possessing high plastic
qualities, have a comparatively low strength limit;
the latter property hampers their use, in cases where
constructions must have a minimum weight at the maxi--
mum 5trength. Research I~as disclosed +hat the most ef-
ficient method to augment their strength is the crea--
tion of martensite :' 'n t'~eir structure. in the 'soviet
Union, the chrome-nickel-aluminum stainless steel,
Type Th 15IT9Yu make SN-2 or -.',ITQ04, is widely used. The
steel SN-2
transformation of austenite to martensite in
0
is realized ~y cold-treatment (4 hours at-50 C or 2
CarO 1/3 hoijrs at -79 C). This process leads to a considerable

c, r 7 r / 12 5 - 7' --) - ') - c-:: I/ I r--;
Flectric ""Ielcling inder I-'lai-r of Agening (7hro-e _ITi ckel-Aluminum
9+ainless '+eel
increase in strength, but does not change the steel
fluidity limit. The works of Gulyayev, '7,V. Tep-
nev and Ya P'otak maintain tI-at the above properties
are specific for transitional sta.ges, that is, in this
case for austenitic-mar~ ensitic steels. Their fluidity
limit is about 40 kg/mm. , while t-heir strength is
!()n-200 kg/mm . The SN-2 steel is not only austenitic-
martensitic; it is, at the same time, a precipitation-
hardening steel. On the basis of numerous experime-nts,
t,.,io methods for electric welding of SN-2 3-'V-eel were
accepted for general use: 1) Welding by means of elec-
trode made of SIq-2 steel (same as the base mater-lal)
under application of flux AITF-7 ~Ca'_F CaO.1 and using
obligatory pre-Ileating, and 2) i-.rithout pre-hea-
ting, app, lying a new fluoride -L'lux A17-14 (65~~ Cav 29
1 61~ 33 i 02? Y Ca0q 614 "'90, and 1r'.' .1120,), 'Oesep-rch
'oas disclosed that electric weldin-- of stainless

R'Icctric 1,11elding !--,nder '~Iag Gf Agening Chrome-71-Ickel-Aluminumm
~_-'-'ainless qteel
chrome-nickel-aluminum steel SN-2 by means of a large
section electrode made of the same steel does not eli--
minate the appearance of non-fused spots, if a fluo-
ride flux with increased alumninum oxide contents is
used. The negative influence of aluminum oxide can be
entirely neutralized by introduction into t-~.e flux of
r~ certain amount of silicon oxide or calcium oxide, SE-
parately or combined, There are -.1 tables, 1 diagram,
6 PI-otographs and 18 references, 9 of %,.rhich are 7oviet,
6 rngrlish, 1 French and 2 Prerman.
AS~OCTATION: 1) Ordena trudovogo lcrasno;zo znameni institut elek-:-ro-
svarki imeni Ye.0.7atona A U'~'~q (Order of the Red
Panner of Tabor Tnstitute of '-"lectric Welding imeni
Ye,('. 'Daton,AZ "kr 937)("edovari Safonnikov);2) "oskovs-
kiy sovnark~-oz ("oscow '-ovr_ark,7o7_) -elkin; 91-arov),
7ay 26, 19159
,'ard 1/3

SH-AROV) P. G.
Nov 52
"An Adjustment to the Wind Vane for More Accurate
Determination of Wind DirectIon," P- G. Sharov,
Nozhovka Meteorological Sta, Molotov )blast
"14!!teorol i Gidrol" No 11, P 53
Recommends tne strengthening of the solid part of the
wind vane with a metal collar having eight projections
corresponding to the eight compass points.
USSR/Meteorology - Wind Vane
FA 245T89
24c,T89

FA '237168
USSR/Geophysics - Thunder Squalls Dec
"Thunderstorm ~Iith Hail and Destructive S~rong
Wind," P.G. Sharov, Nozhovka Metecrological Sta-
tion, Molotov Oblast
"Meteorol I Gidrol" No 12, p 4-1
Describes the effect of a thunder squail in Yeiuv-.k
area of Molotov Oblast on 13 June 52. PresenLE
in detail the meteorological observa~liorls maue
during the arrival and passing of the squail.
217T68

D ER BARD-E ER LIVA, K.L., THE NOV-SK:Y, V., iriz--,mali
f4~ T
r LO,'
MEILVEDEV) F.V.;
P.11.; MININA, k'IBLE;K9v'. F.-P.; N'IKOI,AYF.V, N.I., YIOROSLI~V
--I. G.
L.Y,-.; NUDYLIMP.N,
Gasff.lcatl~or. of -pazut ,i.,,der pressure --in a steam-o)Wgen blast.
t-1h;7. prom. 9 no-lit49-50, 164. (MIRA 17 -. 12)

-, : I.-- t . - -t ~ ~; 1 :- " , ;-, .
I I L ~- - "
, , . .a r--- -- -; c ~ i;, L-e , 11 ~ :
--L- - - - - I I L- ~ J-1715 -,.

SHAROV, S.
Developing consolidated time norms for guillotine cutting of
sheet metal. Biul.nauch. inform.: trud i zar. Dlata 5 no.-,;:
44-47 '62. (MIRA _15-3)
(Kalinin--Sheet metal work--Production standards)

a Solid Sol-i- Sil-lPhu-
3, 0 73- 0'.."

SILAROV, S.I., p-a--fi-9-3or. dektar tq'--'.qnichpskikh na,-,.k.
Kinetics of iron oxidation in. a-ilfide melts. Sbor.Inst-stali 34:
122-L9-? 155. MaA 9: 7)
I.Ka-'ad.ra m-tallurgii chuCal-a.
(Iron-180topas) (Sulfides)

ZIA)BINSKIY, Boris Mikhaylovich; TSYLEV, L.M., professor, doktor tekhmiche-
skikh nauk, retsenzent; SHAROV, S.I., professor, doktor tekhnicheskikh
' Fofessor, doktor tekhnicheskikh
nauk. retsenzent;
nauk. otvetstvannvy redaktor; RYKOV, N.A., redaktor izdatellstva;
HADET-NSXAYA, A.A.. tekhnicheskiy redaktor
[Brown coal as fuel in metallurgy] Buryl uoll kak metallurgicheskoe
toplivo. Moskva, Uglotekhizdat, 1956. 37 P. (MLRA 9:11)
(Lignite)

DENISENKO, P.A., inzhener; SHAROV, S.I., inzhener.
Improving high-pressure control valves. Elek.sta. 28 no.8:65-66
Ag '57. (MIRA 10:101
(Boilers--Safety appliances)

~:l -1 T
tie '.ka pere~:h,)da s---r,.- iz chi~guna
,~ndorta~-n in to the
r; r i z ig: )r- ----,.;s i n blas t-furnace
we re
S1 a -,m.~ c, n z~ t i no f CaO, S- and Al 0
ys 01) 3
ned 'b,-,~ melting-
I or
ent of Al 20 was O~
v a ra C) e d be twee n 0.9 and
an-.a-
t` on o
carburiza
t-ests were made i r, e c i
n~s --i +~, ~he
I- L
I= n,~~ iror- 'urns 4n'o the
nt,~~ rm x niz of the slag
4 J, T
7
orc:ess Is increased.
V-11OCess is
211~

L-- th, "'-r a ns .-.,n of Su-.If,,~r Fr., m41 ro n SU, "J;-'!-~,.
Slab
e S U e c 71 V eI 0t mulae
throu--h tho di-CCusion 'Layer, and
ar~- gI--.r-n. it- is stated that if the -.faction
ihe in the double diffusion
Of d _4 ffUS --On, :7-2 erl a
the constants of speed
is decelerated by
layer it is accelerated
:;r1ter-mixing both phases. There are ,I figures and
.;-I rt~ftnren~,eo, 5 of wh-ich are Soviet.
A:~'." I A1 -D;'7 - -nst-;~ut staLi (-'Moscovi Steel Institute)
S U, 5 D A i 1 5 a
Ca-d 21/2

1 ~)-1 L", f, J -,.I- nf I -r-0 [I fif.e 1*~j I,,, f,,, [Itl yjjjr~
on. a sint-erin:r pan by combustio_- c_f _s 7n
Z3
over the layer of pellets (Fi,:-.2). The most suitable
firin,.,- conditions, for a iven raw material were
established in separate experiments. Gas permeability
and reducibility of pellets were compared with. those of
sinter indicating -the superiority of pellets in both
respects. On the basis of a large number of experimcnts
on firing pellets in a sinter pan it is claLned that a
t) 2
throughput of a DwiliSht Lloyd sinter strand of 50 m
surface area and an ignition time of 28 lain can be
2000 tons/day. The consiraption of heat under laboratory
conditions was 320, cal/kS which is smaller than that in
si'ntering, can be further decreased by increas-inU the
bed height. Blast furnace Gas with a small addition of
coke oven gas can be used for the purpose. In the Moscow
Institute of Steel a scheme for industrial production
Dellets was developed (Fig.4) and in 1958 semi-industrial
Card 2/2 and industrial experimental production of pellets from
Krivoy Rog concentrates and their smeltinjS in blast
furnaces will be carried out.
There are 4 figures.
ASSOCIATIOIT: Mosl-,-Iovskiy institutu stali (Moscow Institute of Steel)
_1. Ores--Processing 2. Pellets--Productior

GRUZINOV, Vladimir Konstantinovich; MANCHINaIT, Y.G., dotBent. kand.
takhn.nauk, reteenzent; SHAROV. S.1., prof., doktor tekhn.nauk,
red.; STRCHINA, M.M., red.izd-va; YUITLTUK, R.M., takhn.red.
LControlling the flow of gases in blast furnaces by means of
programmed brurdening] Upravlenie gazovym Dotokom v domennoi
pechi programmnol zagruzkoi. Sverdlovsk. Gos.risuchno-tekhn.
izd-vo lit-ry po chernoi i tsvetnoi metallurgii, Sverdlovskoe
otd-nie. 1960. 214 p. (MIRA 13:10)
Olast furnaces) (Gas flow)

AITHORS.
T FTL
z e. s T, J. Y Fl
p
loe
Of 0.
r-olt witil 7;1-.,)
r Ln- n;~ t~.o i,~~i OA*',~
by
lic-en trill' a
-3.rA S) I (~Nl'

T 1;"
n,e rr
.3 al
Y-!S
rr. ELI
v
I Lows 4JI-at 7, -nc-
o-r-
cant 2

tte r-I A V-
raised L-
hearth. rhe s-aggest rrat the ~:-a
Instead of' vatjins It,3 baoit.,Iry, widi-h J,: ITI'~r~
quantity is not riiqulr~_d; this na:, be by v_,~
the irr~n EtnJ the N.,,.ig tur (leij sulfur will tl~,,n an-i-ve Into
(ItIVIng tlk- 2nd ar-d 'irtl ho-it perk)(ki if,,wi-vor, U.0 111u."?1-1:1a of tr.-i
dei)tIj rre~-ts wltl~ :3,,mp ~bjoAioiis a.,3 motaL wtd b_:.,3g: be,:omc to.11~ -, Id 1', 1,
tJOLUARr-
.~ iil ~,Do (It7;Ta teartn, and sPi,=
U'As rwint, 1111WLrg of rrietril Witt, ~31f-,g !Ir~lSt I)E; COV it, Will
the temp.E~rature tht-c-ugh ~he hearth wnd tLe "tip
would be Intensified without Impairing the "bottom de..~uifuration". Wa~,,_- ~for
raLsing the desulfurating oapp-alty of slag ;imst be found in flirther
'rnere are 11 refe-i-e:-,c~s: -( anxil 4 rnn-S.)vlet b.L(-,c. The
to Friglish 1wrigualze puIAi_ca,.Ior..s read as C:-I'Lrjws: B. Hatch a-,-.d J. C",-,,, .71
of Met.,IV. 274, 1,Ar); N. 11. Grant, U. Kall-1-fiLg, J. J. --f Nit:;t_
19.51; N. I. Grant, 0. Tr-DI-Ii, J. Cr-JI'l-Ean. J. of Met., VIII, 1951i
J. Iron and Jap.~Ln.
ASSOCIATI().'~'- M--ivs~dy st7ll_;
'i BM-TT.E.'): 27. 1
Car,l

POKHVISNEVP A.N.; SHAROV, S.I.; INOZEMTSEV, N.S.
Desulfuration of cast iron in the ladle by liquid blast-furnace
slag. Stall 22 no.6*487-490 Je 162. (MM 16-7)
(Cast iron-Metallurgy)
(Devulfuration)

NO- K . N , F, "'C' F YA I NO'; , A .~ F
M r fi F,~,~L-rn ~ur:nj! lrori ores
;_z-oiri t,he Ku:-Eik '~iomialy. Izv. vys. ucheb, zav.;
me-. '? nc,.'_'._,!'24-2S '64.
I splavov 4 Novo-Lipetskly

--F - N I
- - LK I N 'K,', INO-YEHITSF11, N,S,~ MAW, Yu.A.: POUIVISNEV, A:N.j
y
SHAROVj S.I~
Processes in the hear-1h oC a powerful blast furnace. Izv. vys.
ucheb, zav,; cher-n. met. 7 no.11:34-40 164. (MIRA 17~12)
1~ Mo3kavskiy institut stali i splavov,

POK11VISNEV, A.";.; SF.AROV, S.I.; Zl,-ILKBI, N.K.; OIRWV, Yu.-'.; IMATITEYEV,
T,.- 11.~ -I ) -il.; VIZLOV, Ye.M
I ~,.; -S!Llvrt S. ~%.
Op(' -ration of a 2,000 M3 capacity blast furnace. Mletallurg. 9
no.] :7-1.1 Ja 164 (MITIA 18:1)

L 35055-65- EPA/E~VT 1)/EiVP(f )/4WG(v)/T!4VtA(bb)-2 Pew-5/Pw-4 WW
ACCESSION NR: APSOOZZ29 7s'/0114/64/000/012/0044/0044
AUTHOR: Sharov, S. T. (Engineer)
TITLE: Calculation of average parameters of the gas stream in a centrifugal-
sor rotor
compres
SOURCE: Energomashinostroyeniye, no. 12, 1964, 44
TOPIC TAGS: centrifugal compressor, gas compressor, compressor rotor
ABSTRACT: The problem of gas flow in:the.vane channel of a compressor rotor
is considered with an allowance for the gas compressibility which is described by:
W W
M=-=- where w is the relative speed and "a" is the local speed of
a YkgRT
sound-. A'Continuity equation forthe gas-flow midline and an energy -conservation
n the relative motion. are set up, solved, and a parameter z is determined
(formula 9),, This parameter permits, M f(Z'), graphical determination of the
iCard 1/2

L 3505-5-65
kCCESSION NR: AP50OZZ29
bAach number effective along the midline of the channel. The average parameters,,
A the gas flow can be calculated from this Mach number. Orig. art. has:
I figure and 10 formulas.
kSSOCIATION: none
3UBAUTTED.- 00 ENCL: 00 SUB CODE, PR
q0 REF SOV* 003 OTHER, 000
Card

M" -
,,t*: --nL
g
i
~Q- I
;r

SHAROVY S *To, inzh.
Calculation of the avers,ge parameters of gas flow in the rotor
ubeal of a centrifugal wupressor. Energomashinostroenie 10
no.12t44 D 064. (MIRA 18s2)

KCRMIS, yu.; SHMOV, V., dispetcher-inshener.
.Vanual for workers of the leather industryo. Adit. T.A. T41kov,
D.N. Zhemoch"n, Reviewed by IU.Norgulim. Leg.prom. 14 no.503-54
Ny 954. (NLRL 7:6)
1. Glavnyy inshener savoda in. Tellmana (f?,r Morgulls)
(Leather Industry)

-~' f 1, i+ - - - -V - ~.,
%J F il, -,!
MORGULIS,Yu., inzhoner; SHAROV,V., in2hener
~ ".
wA tanner's manual.' Revieved by rU.Norgulis, V.Sharov. Lag.
prom.15 no-8:53 A,,,? '55. (KLRA 8:10)
(Taming)

SHAROV, V.
Book about electric clock@. Zhil.-kem-khos. 10 W-2:34 160.
(KM 13:5)
1. Nachallnik teekha dispetcherskoy avrazi Hinisterntva puteY
scobahchaniya.
(Olooks. Iloctric)
0

SHAROV, -'Vr,
A case of st-ptionary circular whirlmind. P. 59
KHIDROLCGIIA I METEOROLOGIIA. (Ministerstvo na zemedelieto. Khidrometeorologichna
sluzhba) Sofiaj Bul,-F.-aria, No. 5, IF59
4onthly List of East -~;uropesn Accessions (MMAI), LC, Vol. 8, No. 12,
i,ecembOr-1959
Uncl.

SHAROV, V.
Our way to the induBtr�&Ift&tftm of construction on state farms.
Sell.stroi. no.3-lt6 N 262. (MIRA 15312)
(Gorkiy Province-Ztate farms)
(Construction industry)

Z--"-V" V.A.v kand.Voter.nauk; GAZA , Z. S.
- --------
Dlag'nosio of paratuberculosis in sheep and.goatir. Trudy VIff
26vlm~-138'%2o .. (KCRA 1612)
1. taboratori7a po izucheni7u, tuberkuleza i paratuberkulaza
7seso7u=oqo instituta ekoporlmentallnoy veterinarii.
-(robtal'iv disease)

GAZARKH, Z.S., starsh-ly nauchnyy sotrudnik; SHA-ROV, V.A., miadshiy nauchnyy
sotrudnik
Complement fiXation reaction in the diagnosis of paratuberculosis.
Veterianrija 38 no.2:25-28 F .161. (MIRA 18:1)
1. Vsesoyuznyy institut eksperimentallnoy veterinarii.

- SHAROV, V1.
On the macro-vortex formation in the atmosphere. Xhidro i meteorolog
no.4:1-1-16 16C. (ERAI 10:2)
(Vortex motion) (Atmosphere)

4z-.Sw()Vt vie
On the alteration of the barometric atmospheric field. Did o i
meteorolog no.6.-46-53 060. (EW 10:6)
(BarQmetric hypsometry) (Atmospheric turbulence)

,SHAWI..-~~Igariya)
Formation and change of 2arge-ecale, vortices in the atmosphere.
Meteors i gidrolo.no,2:9-15-Fo'62, - (KMA 15:2)
i )
(Atmosphere
(Vortex-4tion)

SHAROVY U.; BIAGOEV, Khr.; STOIANOVA, B.; STEFANOVA, M.
~ ---'
Stability of the anticyc2onetype if weather over Bulgaria.
Khidro, i meteorolog 6 10-20 t63.
1. Chlen na Redaktsionnata kolegiia, "Khidrologiia i meteoro-
logiia" (for Blagoev).

SHAROV,, V1.
Spatial differentiation of meteorological functional fields.
Khidro i meteorolog 13 no. 2:10-14 164.

Q
SHAROV, V.A., Cr~.nd Vet Sci --&, i ss) 11 -Datervaizvktion 411uc-'E~ree
11 11
of freshnlg~tussof ?lftm)lhi6j=-D4 ~ aub-nroducte. ;.OSI 195f'~'- 9- 1 --n --n
(L'oa Vet Acad o'& AGr RGR"k), 140 corder, (T'L,2tQ-)-q 1'0)
- ~t , _-
-

SSUOV, - V.' A.' -(Junior Scientific Collaborator, VIEV)J, and GAZARKH, Z. S. (Senior
Scientific Collaborator).
"Complement fixation reaction used in the diagnosis of paratuberculosis."
Veterinariya, Vol. 38, No. 2, ig6i, p. 25.

IT - __v"'P(1 %
L-05671-0 VEW (ct)- IJT-(C)- - GG/BB
ACCM. AR6023253 SOURCE CODE: UR/0044/66/000/003/VO77/VO77
AUTHOR: Bukhgol ts, N. V.; D'yachenko, V. F.; Lazarev, V. G.t Chernyshev, K. K.;
Sharov. V. A.
REF SOURCE: Sb. Vychisl. sistemy. Vyp. 18. Novosibirsk, 1965, 119-137
TITLE: On the problem of economy of a computer "rating memoryJ& C.
SOURCE: Ref. zh. Matematika, Abs. 3V371
TOPIC TAGS: computer memory, computer programming, computer storage device
TRANSLATION: An application for computer storage of programs and constants used for
the automatic control of a constant memory makes it possible to decrease the volume of
the operating memory. The problem is solved without introducing changes in the program
to find an image of the set of program variables in its field of operation such that
the number of operating cells is a minimum. To construct this image, a space-time dia-
gram is made up of traces of variables and their projections, making it possible to
combine the addresses of different variables. Theorems are proved on the minimum num-
ber of addresses of variables in the program. A block diagram for the program of mini-
mizing the number of memory cells is given. Offered as an example is a program for,the
computation of square roots requiring five operating cells. A programmer of average
UDC: 681.142.001:51

L oq671-67
ACC-NRi AR6023253
skill used 6 cells , The method set forth here if; applicable to ready-made programs,
in systems of automatic programming, and in the design of specialized computers. 6
figures, 10 references. Yu. M.
SUB CODE: 02/ SUBM DATE: none
2/2
C
ard

-Wag-
ACC'N67"60212-3 F-UK/O IT17667660700W 666 7*1 B 0
AUTHOR: BukhRol'ts. N. V.; D'yachenk-o, V. F.; Lazarov, V. G.; Chernyahev, K. K.;
A-
ltLco,
TITLE: The'economy of digital computer memory
SOURCE: Ref. zh. Avtomat telemekh i vychisl tekhn, Abs. 3B64
REF SOURCE: Sb. Vychial. sistemy. Vyp. 18, Novosibirsk, 1965, 119-137
TOPIC TAGS: computer memory, computer program logic, computer design, digital
computer
ABSTRACT: The use of read-only memory units for program and constants storing in
automatic control computers makes it possible to reduce the volume of immediate-access
storage units. Without introducing changes in the existing programs, the problem of
mapping a set of program variables on its operating field is solved in order to obtain
a minimum number of working cells. The method is applicable to automatic programming
systems, to complete programs, and to special-purpose computer design. [Translation
of abstract] 6 illustrzitions and bibliography of 10 titles. Yu. M.,
SUB CODE: 09
Card UD4

A~,
SOURCE CODE: UR/0149/66/000/001/0031/0033
Rs 'A'?6007,905
'row.,'. V*- A. -.Krylov, YO. 1.
4r-av4olviiAntc-, institute Rare Metals- Dept.. (urallskiy politekhnichookiy
m4tallov
I.Ca 'a
qL xf~ A -
d y reducing nickelous'hydr6xide.with hydrazine
-nickel pow er 70
. ~_K
aidmetalluviiya, no. ll-1966, 31-33
TOPIC TAGS:- Oowder.-metal,-nick,0-1,compound, chemical reduction, hydrazine
AUTRACT; The reaction was accomplished'in air at 21% in a-glass veisel I cm in
-diameter and 8cm in length, for'33 min, on using pure nickelous hydroxide of the com-
~poaition 51 Ni(OH) *NiCO #4H20 and a 92% solution of N H obtained from hydrazine hy-
2
_dra'te -by Raschig' # methol (F., riaschig. Bet., ~vol. 43,19tT(1910). The solid products
':of: the -reaction. v-dre, fil tered,-washed with wa .ter and.alcohol and dried, whereupon they
were su *bjectita to X ray*phase analysis. and chemical*analysLso,Findings: K(OH)2 does
no.t1orm complex~compounds with N7H4, i.e. Ni metal is the.sole product of the re-
action.iiath hyd.ramiue.,Further, the degree-of the reduction of ft(on), increases with
increasing concentration of N2H4*1 thus,-reduction with 92% hydrazine (solid-liquid
the gre ra tical standpoint. It is merely
ratio -1..:2.33) is. of &test interest.frogn. the p c
Wa
Wk

-6 EWT(M% /,-WP(J)AWP(t) IJP(i:) JD/#X/RU
L 21120
MR: AP6008049~ SOURCE CODE:--- LIA/0020/66/166/004/0876/0879
.'AUTHOR: -.Krylov, Ye. L; Sharov, V. A,; Degtyar,6v, V. F.
-ORG:- Ural Polytechnic Institute im. S. M..Kirov W~allskiy politekhnicheskiy
institut)
.,TITLE* Po~ynv4clear complex compounds of nickel:~arbbnate with hydrazine
-:,-:,'SOURCE: AN.:SSSR. Doklady, v. 166, no. 4, 44
.1966, 6t)79
-'TOPIC TAGS: nickel ccmpound, hydrazine compound, complex.molecule, carbonate
ABSTFACT; -Th pa er rvports results pertaining to the synthesis and determination
of . the_sirudt~re . of basic nickel carbonate (N12(OH)2(H20)2-'CO3 and complex compounds
~of the latter with hydrazine, viz., N12(OH)7(H20)2N2H4CO3, Nh(00202HOSCOOH20,
and Ni(N2"4)3r-03'1.SHZO. X-ray phase, chemical, and thermographic analyses, deter-
.:mination of electrical conductivity, magnetic susceptibility measurements, and con-~
ductometric titration with HC104-were employed. The experimental data suggest the
followingstructure of these compounds:
ti
[Hjo-Ni-0 141-HQ]
oil
~Card ljq'' UDC; 541.49.546..264'74 546.171.5
_J_

LLW7,136-66 ZqTC1)/F1_.J1TLrR_)L9 al(,111/11
T__ACC_Rr, _aiC6jj_370 SOURCE CODE: UR/0000/66/000/000/0051/0058
~
AUTHOR. Grechishnikov, G. A,; Homokonoy, V. P.; Sharoy, V. I.
ORG: none
TITLE: Characteristics of seismic waves refracted on curvilinear interfaces
SOURCE: AN SSSR. Institut fiziki Zemli. Geoakustika; ispollzovaniye zvuka i ul'tra-
zvuka v seysmologii, seysmorazvedke i gornom dele (Geoacoustics; the use of sound
and ultrasound in seismology, seismic prospecting, and mining). Moscow, Izd-vo Nauka,
1966, 51-58
TOPIC TAGS: seismic wave refraction, cruvilinear interface, seismic wave model,
refracted wave, travel time curve
ABSTRACT: A seismic-wave modeling experiment is described in which the physical natux-d
and characteristics of waves refracted on the curvilinear surface of a homogeneous
basement of infinite thickness are studied. The modeling was carried out on an
installation consisting of pulse seismoscope, piezoelectric transducers, and photo-
graphic attachments. The seismoscope was specially designed in the Moscow Geological
Prospetting Institute imeni S. Ordzhonikidze, The 10 x 10-m transducers consisted 1
of Rochelle salt plates treated with MBK-1 compound. The media models were made of
plexiglass and duralum sheets having thicknesses of 3 and 1.5 mm. The R12?Lial,~ss
simulated the overburden, while the duralum, simulated the lower refracting medium.
Card 1/2

L 4-7i,36_56
ACC NR: AT6031370
Longitudinal wave velocities were 2300 m/sec(Ao 4.6 cm) in the plexiglass and
t
5200 m/sec (Al = lo.4 cm) in the duralum. The experiments showed that the first
arrivals above and beyond the sectors with the curvilinear refracting boundary were
those of refracted-diffracted waves and not head waves. In previous model experiments
of this type it had been assumed that the waves recorded on the surface were head
waves arising as a result of the propagation of the refracted wave along the curvi-
linear surface. Interpretation of the travel-time curves of the first arrivals
recorded in the sectors with a curvilinear refracting boundary by means of existing
methods invariably results in errors because of the formation of travel-time curve
loops and penetration into the refracting medium. The amplitude curves of the re-
fracted waves in the case of a curvilinear refracting boundary' are characterized by
a high degree of dissection. Amplitude variations are caused by interference waves
arriving from various sectors of the boundary and by the energy distribution along
the refracted-diffracted wave fronts. Orig. art. has: 6 figures. [DY,1
SUB CODE: 08/ SUBM DATE: 28mar66/ ORIG REF: oo8/ ATD PREss. 5o88
Card 2/2 afs

ULIKOT, N.I.; SHAROT V.L.; TOEHMITSEV. N.7.; KORABILINIKOV, P.S.:
BOGUSE5~~~ I.S.; SVJZOV, Tu.F.: S&RSOMT, D.P.
Conveyer-type drying and impregnating ovon. Pron.energ. 15
no.2:19 F 160. (ICU 13:5)
(Electric motors)

SHAROV. Y.M. Docent; GUBCHENKO, A.P. Zngr.,; STEPANCVA, !'.G. Ehgr.
"A study of several methods of processing Klektron (magnesium bar alloy) in a liquid
state 0 -
Trudy, Moscow Aviation Inst. of Technology, No. 4, 1948

U201--M' RX" R-A. -
ACC Nitt AV66-b-0-2-6-65 SOURCE CODES UR/02867CKfd--db)02 0021 0021
INVENTOR: Grinblat, M# P.; Bartashev, V. A,: Klebanskiy, A. L.;
ChernZavskaya, 7, Prons, V. N.;'Sokolov Yeo I.; Sharovi
Saratovkina, T. 1.
ORG: none
TITLEs Preparative method for diaryl- or dialkyl,-chlqropho 8phizo-
bia(perfluoroalkyl)phosphines. Clas: 12, No. 176896X'Jtannounced by the
pcific Research Institu _k7hatic Rubber im. Acads-
All-Uni n S a of Ty-
Uq' -4-0 , .- I
M-fci-aa- S. V. Leb(-',div,-,(Viesoy,u--z,*n,y,y-,n,a*u'chno-issled'o'v'at-9-1 skiy instit4t--
sintoticho4kogo kauchuka
SOURC91 Byulletent Isobrotenty I tovarnykh .0 eanakovt no. 24t 1965, 21
TOPIC TAGSt organic p.hoop-horus compound
ABSTRACT3 An A4thor Certificate has been Issued for a preparative
method for diaryl or dialkXl-chlorophosphazobin(perflucroalkyl)phos-
phineollsic]. Diaryl- or dialkyl-phosphorus trichlorides or* reacted
vLth bia(perfluoroalkyl)aminophosphines in the presence of tertiary
amines at -60 to -40C in an inert solvent, ouc)? as benzene, ISM)
SUB COM 07/ SUBM DAM 090et64/ ATD PRESSili/71
C"d i I UDCs 547*419ol*07

33936
8/079/62/032/001/014/016
Is 7 .2 ~' 02 a D204/D302
,5-. -0) tl / 0
AUTHORS: Gridina, V.F., Klebanskiyq A.L., Bartashevq V.A., and
TITLE: &ryl derivatives of boron
PERIODICAL: Zhurnal obshchey khimii, V. 32, no. 1, 1962v 32;.
TEM- A The compound m-CF 3'C6H40 B(OC2H5)2 was prepared by the action
of a Grignard reagent on m-bromo-benzotrifluoride and ethyl bo~-ate,
decomposin~Othelmg complgx with gaseous H01. Its b.p. was 900 C/10
mm Hg, d 20 '1. 4339 nD 20 1.4341. Decomposition of the Mg complex
with 10 % H 2s04 gave the anhydride (S-CFYC6 H4.BO )3' melting at
162-1630C. There is 1 Soviet-bloc reference.
ASSOCIATION: Vsesoyuznyy nauchno-issl6dovatellskiy institut sinte-
ticheskogo kauchuka imeni S.V. Lebedev (All-Union
Scientific Research Institute of Synthetic Rubber im.
S.V. Lebedev)
SU13MITTED: July 20, 1961
Card Cp *

SHAROV, V.I., inzh. (Moskva)
Theory of the operation of a sbunt-magnetized electric transformer.
Elektrichestvo no.11:64-66 N 61. (MIRA 14:11)
(Electric transformers)

SMOV V.I., inzh.
Choice of a system for regulating the voltage of traction
substations aud determination of its parameters. Trudy PUT
no -I": 504k 162. (MIRN 15:10)
'(Electrialzrai:Lroado-Substatlmo)
(Electric railroads--Current supply)

---
SRAROV, V.1.0 insh.
CA2culation of the characteristics of voltage regulating devices
with excitatiow using phasor diagrams, Trudy KIIT no.l"t67-71
162. (MPU 15:10)
(Electric railroado-Current, supP3.y)

EMUMt I.G.L599"10-
Relationship between the deformation modulus of West Siberian
dusty sands and the porosity coefficient. Trudy NIIZ,HTno.28:
151-154 162. (MIRA 16:11)

SHAROV, V.K.
Ventilation chamber for applying toxic insuls~tion to the cores
of turbogenerators. Biul.tekh.-okon.inform.Gos.nauch.-issl.inst.-
nauch.i tekh.inform. 16 no.4t49-51 163. (KCRA 16%8)
(Electric insulkors and insulation)

ACC NRtAP60095.12 SOURCECODE: LTH/0413/66/000/005/00,11/0022
AUMOR: Griziblat, M. Pj Xlebanpk~y, A. Lgj BjrtqpL4qy V o
~Mernyavskaya, T. L.; Sokolov, Ye. I.; Shbxov, V. N; Markova, V. I.; Saratovkina, T.I'.
ORG: none
TITLE: Preparation of phoorhonitrile%erivatives. Class 1 179311 Annorunc4kd
by the All-Union Scientific-Rese c Institute of S)gLthetic r tVseeoyuznyy
nauchno-issledo-istellekly Institut sinteticheskogo koichuka)]
SOURCE: 120bretedys, promyehlennyye obraztey, tovaroM znaki, no. 5, 1966, 21-22
TOPIC TAGS: phosphonitrile, phosphoultrile derivative
ABSTRACT: An Author Certificate has been Issued describing a method for syttheaizi
phosphonitril"derivatives by the Interaction of orst With,
sodium Midesjn a oolvent or with ammonia - followed by treatment with chlorine and
tertiary smi~~---!Jduring cooling. To obtain phosphoultrile derlvatives vith alternati
subatituents at the phosphorus stoo; dl&lkyl(dieryl)-claorophosph.Ambia-(perfluoro
aWl)pbosphines we suggested Tor,use as laitial WA cooToundso (LDI
BUD COIxt n/ s= =z: 38;w65

Suaov, V. S., Engineer
uTheoretical and Experimental Investigation of EL Regulated Single-Core Tran-sfomer.8
Sub 3 MaY 51, Moscow Order of Ienin Power Engineering Inst imeni V. M. Molotov
Dissertations presented for science and engineering degrees in Moscow dw.-ing 1951.
SO: Sum. No. 480, 9 MaY 55

SEMOT. V.S., kandidat takhnichookikh nank.
INVINOM
Doliy*-Dobrovollsklils three-phase, single-armature converter. Zlektrichastyi
no.11:75 N 153. (KMA 6:10)
1. Moskovskly energeticheskly Inatitut im. Molotov&.
I . (Blectric current converters)

62131443
nvertication of x regubted rots"
%9-AMY AND ILI I Vek
An muty-ticni a--td cxWfircntal frmtlpfion of a
.vPlafcd -Wary, Convertor, dealing wth. (1) tho
VUIAVOrl Of ft V10itails acmu tha commutator brahas
eUfHg a full rolallOn of tho axis of ft Uld, 0) v".
tion o( (lit c~inv%ft to the control windinp when tho
arnmmturrs of shz- ors,. harmonic of tho fl,:t are
kep! camMal; (3) Wkwrwe of the trmMUM re&ctjon
O-n :hC p r. during mpkItan rA IM-WAIpUan %*w
carrscd am an mkret and nap-mlicrat pole convwor,,,
'nr no-load and on-ioad coa&km and ykl*d saiis-

'!"L Transfent procesm is the operuffm of it con-
trollsbit roftq. Conweetr. SHUGL Elek-
;rklifil". 19M, M. Tlr,6.
Results are presented atan oscillograplife Investiga-
tion e( the operation of a contTollable mtwy convwvT.
The anigular rotor digplacerrient czatied by lw dmpiace-
=nt of the &xis of the field of the machine And sko
tht TOIDT owillmions due to the reguiating process were
atudsad. The arnount of the anguh,- tutor displace-
rwat was found, this being huportant in deterrnining
" fting of ft regukdom It was abo found that
the pres6we df &mtw windings pannits coxmidierabLe
reduction In tbe required povmr for the rt"llon, Le
the amp-v*-qmm of the regubttfnq whidin& -itho-
unpairing th.- atability of ft operation of the conNmr-tor
or causing rotor oscillations (hunting) during the
revilatioa process. The comawtatim of Rrh It
converter &!SC mrnains SrisrWory. 8. F. XRALI

SMCV,V.B., dotsent, kandIdat tekhuicheskM nauk
.., . I I I
Application of the theory of two reae'tions in the study of the
rotary converter. Trudy NXI no-15:173-176 '55. (MIRA 11:11)
16 Wedra elektricheskikh mashlu Nookgvekogo ordeia Lenium,
energeticheakogo institute imeni V.NtNolotawa
(Rotary converters)

112-3-5895
Translation from: Referativnyy Zhurnal, Elektrotekhnika, 1957, Nr 3,
pp. 119-120 (USSR),
AUTHOR: Sharov, V.S.
TITLE: 4ectromagnatic Slipplm -k-Shaped Poles
_g Clutch with BeL
(Blektromagnitnaya miina skollzheniya a klyuvoobraznymi
poly-usami)
PERIODICAL: Tr. Mosk. energ, in-ta, 1956, Nr 16, pp. 149-158
ABSTRACT: A method is given for desigAing slipping clutches with
beak-shaped poles and a solid steel armature. The clutch
operates during brief periods of slippage and is used as
a flexible coupling.between the primary motor and aetu-
ating mechanism in drives f6r metal cutting machines,
excavators, etc. The primary p t of the clutch, con-
sisting of an exciting winding d poles, is located on
the driving bhaft. On the .drivel shaft is located the
secondary part- the armature - ih which the currents of
dard 1/4

112-3-5895
Electromagqetic Slipping Clutch with Beak-Shaped Poles
slippage frequency are induced. The torque transmitted
by the clutch is
M
where the losses in the core are P. = Pi - P P and
P are the respective capacities of the d~lvingland
~kven shafts. The genetal dimensions of the clutch are
determined by the equation
D2:L . 5 .5 2 *PS -Lz-:
CLJBbXgsn1Cos'*2
where As is the linear load, and B;~- the induction in
the gap. The height of the active -layer is computed by
means of the for=la
h. ID
V Z-22 ,0- 87 'f2sB 8
where the equivalent value of current I In the active
.Card 2/4

Electromagnetic Slipping Clutch with Beak-Shaped Poles
112-3-5895
layer per unit length of the armature circumference,
p(n,,, - n )
Fps 60 Z:.& is
Go
M ~ Jet d x
Jet%f-2 is the amplitude of the current density at
depth x determined in a number of experiments by the
equatIon
- X/h
J!- Jce
The amplitude of the current density at the surface of
the layer is determined by
Ja - Be. Wig D
Card 3/4 2p A-

Electromagnetic Slipping Clutch with Beak-Shaped Poles
112-3-5895
The losses are also determined by means of the following
expression for losses in an element of steel volume:
1) JC.2
A P Je pdx - -
t phi
0
whefre, WIS the resistivity of the core material.
M.I.K.
ASSOCIATION:.Moscow Institute of Power Engineering (Mosk. energ. irirt)
Card 4/4

SUROT V-S.i kandidat takhnicheakikh nauk, dotment.
- .
Reaction of the solid steel armature in an electromagnetic slip
coupling. Blektrichostvo no.10:42-45 0 '57. (KM 10:9)
1. Noskovskly energetiche skiy Institut,
(Ilectrie mehinery)

8(2) PHASE I BOOK EXPLOITATION SOV/1641
Sharov, Vladimir Semenovich
Elektromagnitnyye mufty skollzheniya (Electromagnetic Slip
Couplings) Moscow, Gosenergoizdat, 1958. 102 p. 9,000
copies printed.
Ed.: D.N. Morozov; Tech. Ed.: G.I. Matveyev.
PURFOSEt This book is intended for students specializing in
electric machinery and apparatus, such as electric drives,
electric equipment in mining engineering, aircraft, auto-
mobiles' and ships, and also for engineers and technicians
designing electromagnetic slip couplings.
COVERAGE: The author explains the basija problems in the theory
of electromagnetic slip couplings and describes design me-
thod8. He supplies experimental characteristics based on the
information gathered from technical literature and materials
from various industrial plants. Examples of design methods
Card 1/6

Electromagnetic Slip Couplings SOV/1641
are given. The author states that neither in Soviet nor
foreign technical literature is there a textbook on the theory
and design of electromagnetic couplings, even though there
are articles and papers devoted to problems in this field.
Besides the literature given on pages 102-103 he refers to
materials supplied by the following plants: Kharlkovskiy zavod,
"Blektrouila" (Kharlkov "Fuektrosila". Plant), Yaroslavskly
zavod, "Elektrosila" (Yaroslavl' "Elektrosila" Plant), NII
derevoobrabatyvayushchikh stankov (scientific Research In-
stitute of Woodworking Machines), and NII metallorezhushchikh
stankov (scientific Research Institute of Metalworking
Machines) of ENIMS,~Experimental Scientific Research Institute
of Milling Machine . He thanks Professor A.N. Larionov,
Corresponding Member of USSR Academy of Sciences, for his
assistance. there are 35 references, 28 of which are Soviet,
5 English and 2 translations into Russian.
TABLE OF CONTENTS:
Foreword
3
Card 2/6

Electromagnetic Slip Couplings SOV/1641
Ch. 1. General Information on Electromagnetic Slip
Couplings 5
1. Applications of slip couplings 5
2. The operating principle of slip couplings
3. Basic tonstrudtion elements of slip couplings
~4. Materials for electric slip couplings 11
5. Characteristics of operation of individual
types of slip couplings 12
Ch. 2. Determination of Main Dimensions 16
6. Electromagnetic torque equation for Blip
couplings 16
7. Selection of air gap 19
8. Selection of the number of teeth and poles 20
go Calculation (effect of air gap flux density on
the determination of slip-coupling size) of the
diameter and length of the armature 21
Card 3/6

Electromagnetic Slip Couplings SOV/1641
Ch. 3. Calculation of the Magnetic Circuit 28
10. Induction-type coupling 28
11. Couplings with teeth of alternate polarity
,(the armorclad type) 32
12. Couplings with windings on the poles (the
"Salient pole" type) 36
Ch. 4. The Slip-coupling Armature 37
13. Solid steel armature 37
14. Armature parameters: reactance and resiatance 41
15- Reaction of the solid steel armature 45
16. Reaction of the wound armature 50
Ch@ 5. Exciting Winding Calculation and the Energy
Distribution Diagram 53
17. Calculation of the exciting winding 53
18. Selection of discharge and auxiliary re-
sistors 54
lge The energy distribution diagram and coupling
efficiency 55
Card 4/6

Electromagnetic Slip CouplingS SOV/1641
Ch. 6. Blectro-mechanical Characteristics and the
Coupling Control 56
20. The empirical relation between torque and
Slip 56
21e Calculation and plotting of the characteristics
M=f(s) of slip couplings 60
22. Speed regulation and coupling control 69
Ch- 7. Examples of Electromagnetic Analysia of Slip
Couplings 76
23. Armorclad coupling for a diesel - excavator
unit. 6
L
24. Induction - type couplings 5
Example I: Calculations for a high-power
induction-type coupling 85
Example II: Calculations for a low-power
coupling 88
25. Salient-pole coupling with winding on the
armature 97
Card 5/6

Electromagnetic Slip Couplings I ., SOV/1641
Bibliography
AVAILABLE: Library of Congress
RRZ/rj
6-22-59
102
Card 6/6

SHAROV, Vladimir Semenovich, kand.tekhn.nauk, dotsent
Study and design of a high-speed asynchronous motor. Izv. vys.
ucbeb. zav.; elektromekh. 4 no-12:22-30 161. (MIRA 15:1)
1. Kafedra elektricheskikh mashin Moskovskogo energeticheskogo
instituta.
(Electric motors, Induction)

. SHAROV, Vladimir Semenovich; ALIPER, N.Ya., retnenzent; ZU111Y1114,
~--re.j ~OVTN-X.-, iekbn. red.
[Electromechanical inductor-type alternators) Elektromashinyr
ye ir,
duktornye generatory. Moskva., Cos. energAzd-vo, 1961. 1-1+3 P*
(MIRA 14;11)
(Electric generators)

SHMVJ V.S.
Investigation of the cha3zacteristice of high-speed asynchronous
motors with various rotor designse Izv. vysa ucheb. ZELv,,*
elektromekh. 1+ no. 1:51-58 161. (MIRA 14:4)
(Electric motorsy Induction)

-4-f
AUTHOR s' h
:7
- t Lt: --f-I 7--Z 1~ ~t 1- -'000z:L#
f
6itiol
PER-13D C t_''Referativayy-zhurnal,-Ele 3,
I ktioiekhnika i energetika, no
1963- 16p-3K73- (Tr. Vaes..n."i..konstrukt.-tekhnol. in-ta
podshipnik.,p m-sti.'no. 2,
ro (26)11961~ 44 - 56)
-12C.000 -.140,000 rpm (designed at BHHH17
TEXTt _,Electric spindles for
(VNIIP) ana-,manufactured at the Moscow~'electro pump plant) are desoribed;
ines
-they are intended for internal grinding maohi for find grinding of ball
races, 2 xam An diameter4 A change of.the rotating speed of the spindle, nec-:~
fox having a constant linear speed at the circumference of the abra-
easary
':rjive-disk by its wear, is achieved by changing the supply frequency within
The power-of,the.experimental spindles is 100 - 250 wy
'29000~- 2V400, opso
;-at maximum rotational speed th stator winding star voltage is 220 v. The
e
frequency speed control is realized at a constant magnetic flux by the law
Wfm;oohst.'~ Formanufaoturing-the. electric spindle eleotrotechnical sheet
C 'd- 1/2~
ar
-------------

-ana. ~ a power -_zacuor:,: ox - u * o
ar ''A.- The'
0, 6 e
assume "the bearings a realiz~ed_ by'oil
Sprayo 'The :stator winding in: the motor -is ot-113B-2 (PSY-2) wire and the
t
Gr u r
-winding-of alumin m and:aluAinum short ircuited rings. The mo-
c e, ted to full speed at 9, frequency
0 ei
t r~ i.s. water-cooled* The spin 1e, ao ra
-speed'it* -mm diameter.of the!~
of 22000 ape in 20 sec..;:ite-rated,critical
roller-and an eccentricity equal to,O.,Olb (-6 in the airgap) with ".1
allowance for centrifugal forces is 178,500 rpm-
Actuallyt considering all
forces aotiAg onthe rotorLat the.rated loadp the critical speed is 76,000 1
rpm 4 inform& tion is'-given-.-on-the-ealection~and calculation.of parameters 11
and design-elements of the motor (the number of stator and rotor grooves$
cula-tio-n.of magnetic circuit, of induotive-and pur .e r
esistances) charac-
taristics and comparison of-rated data with those actually obtained oix ex-
perimontal specimens. -There are figures*
So' Minsker
Abb tkabter a hotel complete translation.]
d

PHASE I BOOK EXPLOITATION SOV/6576
Sh,arov, VladimiE-SAmeanvich
Sverkhvysokoskorostnyye asinkhronnyye elektrodvigateli (Superhigh-
Velocity Induction Motors) Moscow, Gosenergoizdat, 1963. 287 p.
Errata slip inserted. 6500 copies printed.
Ed.: A. I. Dul'kin; Tech. Ed.: N. 1. Borunov.
PURPOSE: This book is intended for students specializing in super-
high-speed electric drives, electric aviation machinery, and
specialized micromachines. It may also be of use to engineering
and technical personnel concerned with the design, production, and
operation of superhigh-speed electric motors and systems.
COVERAGE: The book deals with superhigh-speed induction electric
motors of 150-200 thousand rpm used in internal grinders and other
installations. Peculiarities of electromagnetic design are dis-
cussed. Rating and the experimental, operating, and starting
characteristics of high-speed motors are given. The book presents
methods of rotational speed control and describes power supply
Card 1/10

Superhigh-Velocity (Cont.)
SOV/6576
circuits of the motors, the constructiO n of motor electric
elements with examples of their calculation, and the problems
connected with the tests and operations of these motors. The
author thanks Professors N. A. Spitsyn, and G. N. Petrov. There
are 104 references: 86 Soviet and 18 non-Soviet.
TABLE OF CONTENTS:
Foreword 3
Introduction 9
Ch. I. Determinatiun of High-Speed Motor Dimensions 11
1. Constructional diagrams and rroblems in designing
high-speed electric motors (electric spindles) 11
2. Electric and magnetic materiais tor superhigh-speed
electric motors 18
Card 2/10

L 13119-66, EWT(1)
P60067
ACC NR: A 12 OURGE GOOM. LW/6105/65/000/0%
/0050/0055
AUTHOR: Sharo ,v, V.. S. (Candidatn.of t"'chnical,-nif-men; Docent)
5S
ORG Moscow Power Institute (Rookow-,kly etinrgetlctieskly inst.,thit)
C e -hodograph of ati n.--nf,hrrmou3 1nd1jct.1Q!i mot.nor w! Ili rapricitors
TITLE: urr nt
Sondsi.- Slektrichestva., TIN69 1965,,' 50-55-
TOPIC TAGS: electric motor, electric Inductance 11F, capac_[Lor, .)utoinatic control
;]~j
ABSTOCT: High~frequency induction motors '(Hik) offer significant advantages
when compared. with- other motors used. ftir autuinatic mitrol of high freellency
de'irices' (see, SO.Sharov., ElektroteMnikaAkiectrical EngIncerirgj,
1 -1964i 'no-' 3)..'- Cofiieguently- 'the author studlosAINOs with capacitors in the
n peculiarities of the
...secoIndary.statoricoil. The presentation O'E.the desig
iRIN06. Is-foll owed by the presentatibn of Ito equivalent circuit, the discussion
sof the electitmagnetic moment.-and the slipping of HIM's,.the evaluation of
the geointri. a
c locus of the HIM,currents, and the derivation of the characteri.ties
from the current bodographs,_,The slipping formulas are applicable also to the
nary.asynchronoue motor with c9titact rings whose rotor coil is connected
::,Withcapacitorso The HIM under study*doas not have.optimum characteristics
it was designed for experimental investigations of the properties of
Card 1/? uDd: -6a-313-333:012.11

L 4.-L61?-66 n~T kf 1
,'ACC NR: AP6013417 SOURCE CODE: UR/0144165/000/011/1222/1228
AUTHOR: Sharov, V. S. (Candidate of technical sciences, Docent)
7
ORG: Department of Electrical Machines, Moscow Power-Engineering Institute
':(Kafedra elektricheskikh mashin Moskovskogo energeticheskogo InstitutaJ
TITLE: Peculiarities in designing inductor-type induction motors
SOURCE: IVUZ. Elektromekhanika, no. 11, 1965, 1222-1229
i TOPIC TAGS: inductor motor, induction motor, electric motor, servomotor,
ezeerRie- Ro7wrl-VOZ 6qv1Pn7,Ewr P,9#v;r
ABSTRACT: The calculation of characteristics of a 3-phase h-f small-power
induction motor carrying all windings on the stator to set forth. The primary and'
secondary windings have different slot pitches and different numbers of pole pairs
which result in higher winding factors and higher induced emf's. Formulas are
developed for calculating: winding reactances, electromagnetic torque, critical
Card 1/2 UDC: 621.313.333~

L h1617-66
f'ACC NR: AP6013417
i slip, and magnetic-flux utilization factor. Estimated and experimental plots of
the current vs. (0-5000) rpm and vs. (0-60 w) power and torque vs. slip are
shown for 400- and 1000-cps motors. It is found that the magnetic-flux utilization
factor of the above motor amounts to one-fourth that of the standard rotor-wound
induction motor. Motor characteristics were determined by "Engineers V, A.
Nesterin, N. V. Meronov, and Ye. A. Lukin. " Orig. art. has: 5 figures,
z6 formulas, and I table.
SUB CODE: 09 SUBM DATE: 28May64 ORIG. REF: 008
Card 2/2

55HAFROV, V.S., kand,tekhn.nauk
Generalized current diagrams or asynchronous machines
with condensers. Elektrotekhnika 36 no.12:16-18
D 165. (MIRA 19:1)