SCIENTIFIC ABSTRACT USHAKOV, G.P. - USHAKOV, K.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858120006-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/121/60/000/011/005/013
A004/A001
AUTHOR: -Ushakov, G. P.
TITLE: Automation of Infeed Circular Grinding Processes
PERIODICAL: Stanki i Instrument, 1960, No. 11, pp. 11-12
TEXT: The Moskovskiy zavod malolitrazhnykh avto-
mobileyCMoscow Plant of Small-Displacement Automobjjo)
has developed a mechanism for automating the cycle of
infeed circular grinding, which ensures automatic feed,
rapid retraction of the grinding stock and also switch-
ing off of the machine after the component dimensions
required have been attained. Figure 1 shows a schemat-
ic of the mechanism with hydraulic feed motor 1, cock 2
for the control of the working,feed, slide valve 3,
microswitch 4, located on the hydraulic motor, model
PJ3ff-1 (HVP-lM) time relay 5, intermediate relay 6,
electromagnet 7, placed on the panel 8. The hydraulic
motor design is based on the mechanism developed at the
Card 1/3
Figure 1:

S/121/6o/ooo/o 111/005/013
Automation of Infeed Circular Grinding Processes A004/AOOI
Gorvkovskiy avtozavod (Gor'kiy Automobile Plant), described in the "Byulleten'
Tekhnologiya mashinostroyeniya", No. 2, 1958. Figure 2 shows that the motor is
Figure 2: Figure 3: composed of body 1, to which on the inner
side cam 2 is fastened. Cam 3 is fastened on
shaft 4. Holes for the oil flow are drilled
in the shaft, which are connected by ring-
shaped grooves with holes of distributing
bushing 5. Textolite ring 6 is pressed on
1,- the cylinder outside. The ring has two
grooves in which brass bars are inserted to
connect the.contacts of microswitch 7 and
6 current collector 8 with the time relay at
any position of the cylinder. The cylinder is fastenedin the
required position by split bracket 9 with colar 10 and cam 11
with the aid of handle 12. Pressurized oil is supplied through
to distx~ibuting bushing 5 and shaft holes 4 ihto the chrunber
between cams 2 and 3. The cams draw apart and turn the driv-
ing shaft together with the feed shaft.of the machine. Figure
3 shows the cross section of cook 2. Durin*g the working feed
Card 2/3

`/12' DO/011/005/013
/60/0C
Automation of Infeed 01-r-cliip-r Gr-frzjlr~ A 4 7A 0
of the grinding stock pres-11urizPd oll. anta~r~7 tft'e -c'-K "~h:-J%ah
hole 2 gets into the op~~ratir-g ch%Tb^,r -f the hydnaullo motor- Tt~- wr~,:7R!ng f
Is controlled by screrw 3. if oil vuld4r Pr4tjAllt-3 L-1 tltll~ ',~-)nk tt-Clgh
hole 5, piston 4 shifts Into tha v!zost r-Ight envl '111. iir- sup-Ir-
posed. Thus the grinding stoc-k Is rapid:y I.n':, ttloq initlii
The machining oyole is automated In tt? fcn!.!~iilng wV: Wnori thE! w(,,!,k!7'.F fesd -f-
the grinding stock ter-minatss, am 9 (1-14g, 1) c:~
time relaY 5 which delays, thr! E�2,-ial :~,:' 1.1e t:!,r.-
the time relay is operatLng, vo-ltaga -IS -~upri!!4-4 t- EIM:1--
magnet 7 is swit!~-'.hed cn when. tt,~ Z-;!1&Y a~-~
The grinding wheel r?"racts rapidly. Cam 9 -,he -rntqrt--- -.of
4
and the electromagnet- is di-Q-.-.)Pne,:)ted, 'Then oy,le Is
for grinding wheel wea-r is effected by the op-erat~-,r L-r hand,
for the grinding of a lot of c-omponents is carr-IR-d -,-it in the w-ay.~ with
the aid of the breaker the tlmiq relay Lnt~-rmid,'-~-trz z-,-,ay ~-nd 3're
disconnected, the hqdraullc notor I!a fr,~;o~d fr-m -.1arnp C." bra-,,ket 3 knd the,
component is ground by hard unt-11 thi .1-i Th-In th-
motor is clamped and all ele~!trlc dpvic,~-!s ar-~ z' ~~n, -rc! mA-~l 316l-:'
lar grinding ma.~hine was A1Atr'1r!a:,;ed an-Ie.-~vd.InE to th-
precision amvLnts to abc~,^jt 0~0'~5 mm, Tne-~~-q are 3
Card 3/3

USHAKOV, G. P. A14D IAZIWIN, Yu. S.
"The Effect of Radiation on the Properties of Silicon(-- Resins"
Truly Transactions of the FU,rt Coaerence on RaliOaction Chemigtry, Moscov,
lzd-vo AN 6 M , 1958. 33OPP.
conference -25-30 March 1957,, MOGcw

UM,KOV, G. P., iTID IJZM'd-,I'.-, -14 30
"R2clianical propertliez of har(I rubbers," a paper preocrtcd ot tllc sltil
ConUess on the Chemiotry and Physic3 of High Polyi-nors, 2r' Jan-0-Feb '-Ioscov,
Vavilov Inst.
B-3,0,?4,3-~

"Mcchanic9l properties of butudic:-.e 3t,,Iro~.~e Ord
nitrile polyrr-rs," a Do,.Y-,r prcsc;-.-t,ed 34t +",v- 0 't, Co,-,,];L-C!3~r C)-~- tll,-. C~j
t]"Id lly3ics of Hi-h To,-.-2 Feb 57, scow, Vaviiov inst.
B-I,OC4,3n5

L,,.,- i4 /; /~ Dv (;, P 69-3-6130
AUTHORS: Lazurkin, Yu. S. , Ushakov, G. P..,.---
TITLE: The Effects of Y-Irradiation on the Properties of Silicon
Rubbers (Vliyaniye oblucheniya na svoystva silikonovykh rezin)
PERIODICAL: Atomnaya Energiya, 1958, Vol- 4, Ur 3, pp. 275 - 280 (USSR)
ABSTRACTt Silicon rubbers are sublect to a number of changes in con-
U
sequence of Y-irradiationi these changes are caused by the
11radiation cewing". Young's modulus increases linearly with
the dosage of irradiation; this is the case up to dosages
originating from 150 - 200 mg of Ra-equivalent. The vitri-
fication temps mture (-120 to -125 C) practically does not
change in irradiations U8 to 100 mg of Ra-equivalent and in-
creases to (-100 to -115 C) when the irradiation is carried
out by a 270 mg Ra-equivalent. In the case of "radiation
sewing" the velocity of crystallization decreases. The melt-
ing0temperature drops from -35 C at the starting point to
-55 C when the rubber was irradiated by a 40 mg Ra-equivalent.
An irradiation with a 100 mg Ra-equivalent suppresses crystal-
Card 1/2 lization almost completely. By this a hard rubber is obtained,

6'~-3_ 6/3c,
The Effect of r -Irradiation on the Properties of Silicon Rubbers
the modulus of which amounts to 200 250 ~gl) CM2, and which
shows great resistance to cold.(Tg -125 Its extension
in breaking is 'however, very small (15 - 20 ~), its strength
being 30 - 40 kg/CM2. There are 5 figures, 2 tables, and 12
references, 6 of rhich are Slavic.
SUBMITTED: May 25, 1957
AVAILABLE: Library of Congress
1. Silicon rubbers-Properties-~h-Irradiation effects
Card 2/2

S
Uchakar,, G. P,; Gushcho, Tu. A., lAzzurkin, Yij. S.i Kazakov~~V. S. "P,
Effect of the phase stato of ItnXilar-Ing irradiation'
on the ch*racter or
the Uttices being forned (Mynniye fazovogd.
Poliatilent pri
obluchenii na kharaktqir obrazuyue:hcheysya. setkil Moccow, 1960. 19 P. illuz.s
biblio. 155 copies printed. (At head of titlei Ordens Lenin& Tnstitut Atom-
noy Energii Im. 1, V. Kurchatuva AN SS-S~~
---TCPIU.TAGS-. Crystalline polymer, radiation chemistry, amorphous polymer,
radlAtien watitchingO on
the melting point of polrethylene crystals *re contradictaryst both a I*werlng-with-
increasing dos2ge and pmetical constancy have been observed. Thin dllucrer4ncy
rr-Ay be due to the difference In temperature5 at which irradiation has been rer-
formed. The lattice being formed may have a different. character during Lrradia-
tion In the crfst&lline state than during irradiation in the amorphous state,
despite the approxirately identical consistency,, and may affect the vilting point
Card 1/2

L 17604-65
AU4022018
of the cryettla differently. Clarificetion of this question is the purpose of
the present study.
TABIZ OF CMEInS:
Introduction - - 3
Experimental part 4
a, Irradiation and testing of speciaene 4
b. Peaults of memaur4ments 5
z Dlscuesicn~.of results 10
Conclusions 14
Literature 20
SUB CCDEt C-C, CC SUB11 rj'i ED: 00 MR REF SOV: 00,
CrLh%R: 010
Card 2/2

S/190 601002101010111026
B004/405
AUTHORS: Ushakov, G. P., Gushcho, Yu. A., Lazurkin, Yu. S., and
TITLE: The Effect of the Phase Condition of Polyethylene During
Irradiation Upon the Type of the Resulting Network
PERIODICAL: Vysokomo19ku1yarnyye soyedineniyal 1960, Vol. 2, No. 10,
PP- 1512-1520
TEXT: The authors studied the dependence of radiation cross linking on
the state of low-pressure polyethylene. Polyethylene samples were irradiaV
ed in thin-walled aluminum containers in the presence of helium in the re-
actor (dose 150 - 1625 Mrad). Crystalline samples w8re irradiated at
45 - 500C, and amorphous, molten samples at 130-160 C. A table gives the
change of the melting point caused by irradiation, the change of the
vitrification temperature, and of the high-elasticity module Eco. Fig. I
shows E as a function of temperature, Fig. 2 thermomechanical nurves
of the (930amples irradiated, Fig. 3 E as a function of the irradiation
dose, and Fig- 4 the nonmonotonous Dependence of the melting point T m
Card 1/2

The Effect of the Phase Condition of Polyethylen 'e S/190/60/002/010/011/026
During Irradiation Upon the Type of the Resulting B004/BO54
Network
on the dose. The authors found that the crystallization properties of ir-
radiated polyethylene strongly depend on its phase condition during irra-
diation. Irradiation in a molten state led to a fact drop of T and a de-
crease of the crystallization degree. On irradiation in a crysTalline
state, the authors first observed a*slight drop of T , then a constant
value, and then a slight increase. The crystallizati n degree decreased
more slowly than on irradiation of melts. These effects are interpreted
as different types of network in the amorphous and crystalline states.
In the amorphous state, the network fixes the disordered state of chains.
In crystalline samples, however, the arose links fix the local order of
polymer chains. This effect corresponds to the effect of increase of T m
in rubbers when their chains are oriented. There are 4 figures, 1 table,
and 18 references: 7 Soviet, 7 US, and 3 British.
SUBMITTED: May 10, 1960
Card 2/2

U/844/'62/000/000/090/129
D204/D307
AUTHOM: Ushakov, G. P., L:izurkin, Yu. S. and Gushcho,'Yu. A.
TITLE: The nature of lattices formed when eithur crystalline or
amorphous polyethylene is irradiated -
SOURCE': Trudy II VsesoyuznogQ soveshchaniya po radiatsionnoy khi-
mii. Ed. by L. S. Polak. Moscow, Izd-vo AN SSJR', 1962,
526-530
TEXT: The present study, which is a continuation of earlier work
(Vysokomolekulyarnyye soyedinaniya, 2, 1512 (1960)), was carried
out to determine the effect of lattices formed when amorphous or
crystalline polyethylene (PE) is irrad;Late'd, on the physical and
mechanical properties of the polymer after irradiation. Low- and
high-pressure PE specimens were irradiated (Lrp to 1625 Mrad), under
He, in both 'amorphous (130 - 1600C) and crystalline (45 - 500C)
btates. Crystalline specimeno were then heated to 1500C and slowly
cooled. Amorphous *PZ gave rise to 'a-lattices', whilst both a- and
'k-lattices' formed in crystalline irradiated samples. The modulus
bard 1/3

: 5/844/62/000/000/090/129
The nature of lattices ... D204/D307
of elasticity (B) for k-lattices decreased with increasing dose of
irradiation (increasing cros-9-linking), but this effect was con-
siderably weaker than that observed for a-lattices; thus for net-
work density corresponding to 12 - 13 C atoms between cross-link-
ages a-type PE was rubbery '(E-230 k5/=2), whilst k-type 2E was
still rigid and crystalline' (B~-4800 . The m.p. of a-PE decreased
almost linearly with the growing proportion of cross-linkages
whilst the corresponding effect for k-PE was less pronounced and
discontinuous. The degree of crystallinity was simultaneously low-
ered, slowly for the Ic-, and rapidly for the a-lattice specimens.
The a-lattices are formed by the cross-linking of convoluted poly-
meric chains. When crystalline PE is irradiated, the cross-linka-
ges for either betwee.,j locally ordered parallel chains of similar
trans-configuration, to give the hitherto unknown k-lattices, or
between disordered nonparallel chains (in the amorphous regions)
to give the a-lattice. As in the case of-amorphous irradiated spe-
cimens, the lowered crystallinity of k-PE is due to the decreased
inter-chain distance on cross-linking. The m.p. is lowered when
_such lattices are formed, owing to (a) decreased crystallizability
Card 2/3

The nature of lattices ...
8/84.4,/62/ooo/000/090/129
D204/D307
and crystal sizev and (b) decreased flexibility of the polymer
chains* There are 3 figures.
ASSOCIATION: Institut atomno energii AN SSSR (Institute of Atomic
Energy, AS USSR
Card 3/3

L-20792-6,3 EWT(m)/9PF(c:;/:MqP ( j),/T Pc-41/r-r-4 9-SD( WAMR RY1
'too
ACCESSION b'R: AP4030370 SA, 164
I , /036/005/0'0;04/0511
AUTHORS: lt%zurkin, Yu. S.; Dartenev, G. M.; Ushakov, G. P.; Voyevodsk~,-ya, 11. V.
TITLFs Kg9hanical properties. of rubber-~-~.ijc -are in the solid 13tate at low
m polyr
temperatures
.SOURCE;- Vy*sokomo1eku1yaimy"ye soyedineniya, v. 6, no. 5, 196A, 504-511
.TOPIC TAGS. rtibber, vulcanized rubber, butadiene styrene polymer. butadiene nitrile
polymer, glassy state, structuration temDerature, tensile stren.-,th, fl~,r-j
t-Y, ljr~ltt~e stren,~7t~_ so'
ABSTRACT: The present in,,restigation of the methods for estimating the frost
resistance of the rubbers is similar to several earlier cne6 conducted by the
authors, except thapt a lar-ger number ~f' ff't-udlt~d. -Ond-I-Lpe
'h ---rif "'Llpd vu !,~-in i z e d t-i --n
--Y
ajid aiav on ~% bu adiE!ne-r- 1~rj- i 13,, 1 yra, tyr,1! n i,,
end po'lly-acrylonitrile rubbers
were dpterminp-1 at temperatures below t' hy
M"p-I.X), at a t
f- !-in bb ~3ha:".
Card 1/2

L 10792-6LI AP40
'ACCESSION 30570
.portion. The tests were conducted with thermostatic cooling hy liquid nitrogen, at
temperatures from -195.6C to that of mechanical vitrification. The coefficients of
linear expansion were determined by rmeans of Pm N511PP 4ilatometer, and the tempc~rq-
ture of structural vitrifica-tion was ascertq)ned from the bre-~.,k PaLnt in the !--.near
shrinkage curve. It was f"ad thtit in butadie-ie-styrene rubbers the temperat,,Lre Df
mechanical vitrificatio-a rises vith increased sty-rene content, the brittle strength
remains constant, and the re,gtor of forced elasticity diminishes. In butadjene-
nitrile rubb-srs the v-itrifientian temperalture also rises with inoreas,:A
acrylonitrile content, but (due to a 3irmiltaneous rise of the brittle 9~,rpnb-th) 'he
region of forced elasticity -craai-nz pract-1cally c---)-istant. The vulcanized 71-zboer-
derited from SO-40 had the lii&hest brittle strength. The concept of fros' res I E; t-
ance~-bf pac?-ing rubber aqt-sr.als was defiaed in te-=a of tbe. temperature of mechani-
eart. haoi 6 ciiarts c- nj 1
cal-vit.T-3--fication and temperature of brittleaeas. Orig
table.
ASSOCTATION: 1njfi1;!1t r-,7.ir1C-voy Promy*shlennC~eti
(scientific Research Institute of the Pubbir 'Tridur5-7,y)
SUirgj =1 1 2 5M~ 3
SUB CODL-1 MT 501 RFT- 30V -. 00 9 0o ij
Card 2/2

SAVE, V.D.; USMOV, G.S.
Highly sensitive method of recording the preoipitation reac-
tion of protein antigens by paper chromatographya Zhur.
mikrobiol. epid. i imun. 33 no.10815-20 0162 (MIRA 17t4)

tr3mKOV", 1:
Moving-Picture Projection.
More attention to technical set-up. Kinomekhanik no. 4, 1952.
9. Monthly List af Russian Accessions, Library of Congress, June -19A Uncl.

U~iHAXOV, 1.
Gornala Geometrlia
455 P. 2.CO
SO: Your Continent Book Mat, April 1954

USHAKOV,I.inzhener
Small scraper conveyer. Mast.ugl. 4 no.5:22-23 MY '55.
(MIRA 8:7)
(Conveying machinery) (Scrapers)

USHAKOV,I., inshener
The PIM-1 cutter leader in mining. Mast.ugl.4 no.7:22-23 Jl'55
(Coal mining machinery) (MLRA 8;10)

SMYAKOV, Ivan Makaimovich~ Prinimali uchastiye: HADAR V, G. ; VZTSHUHB# N..*
DOBROVOLISKIT, Ir.; KAPLAN. S.; KOMZA, G.; KORCLEV. L.: KUZGINOV, K.-.
PWZROV, V.; SMIKOV, M.; SMOLYANINOV, H.; USHAKOV, G.j
.W,
ZAYCILIK, M.I.. prof.. doktor takhn.nauk, nauclinyy red.; KOLOKIYTSEVA,
0.1., red.; ROZZN, B.A., takhn.red.
[The atory of the tractor] Poveat' o traktore. Moskva, lzd-vo
QSovetskaia Rosuiia,* 1960. 318 p. (MIRA 13:12)
(Tractors)

VIMIN, N.;-.-USHAKOV, I.
Reconstruction of cooling towers in tho water-supply cycle of
blast-furnace has purification at the Kmnetsk Metallurgical
Plant. Vod. i san. tekh. no.11:14-16 N 960. (MIFLA 13: 11)
(Kunnetak-Gooling towers)

USHAKOV, I.
~~
Building day nizroeries, hospitals, and dispensaries an collective
far;bs. Sell stroi. 12 ro.5:3-1; Wr !58. (MIRA 11:6)
1.Zamestitall Hinistra zdravookhraneniya RS1FSR.
(Day nurseries) (Hospitals) (Dispensaries)

USHAKOV I
0 -
T,etf-B give full support to the building of institutions for children.
Okhr,truda i sots.strakh. no.8:32-35 Ag '59. (HMA 12:11)
1. Zamestitell ministra zdravookhranoniya RSFSR.
(Schoolhouses)

USH&KOV, I.
Rural construction and problems In health service.
Zhil,strolo no,4:18-20 Ap 160, (MM 1318)
1. Zamestitell Kinistra sdravookhraneniya RSM.
(Public health, Rural)
(city plannim)

:USHAKCTV, I.
Popul,ar initiative. Selt. stroi. 15 no.3:3-4 Mr 160.
(MIRA 16:2)
1. Zameatitell Ministra zdravookhraneniya RSFSR.
(Medicine, Rural)

USHAKOV, I,---
Rural health nervice obtains a stable foundation. Sal. strol.
no.4;9-10 Ap 162. (MIRA 15:8)
1. Zamestitel' ministra zdravookhraneniya RSFSH.
(PUBLIC HEALTH, RURAL)

USHAKOV. I.A.. Inshener; VOLKOV, A.N., Inshener.
Operating efficiency of the M2 combine. Nekh. trud. rab. 7 n0-11:
24-26 D 153.' (MMA 6:12)
(Coal-mining machinery)

SHISHOITOK, Nikolay Andreyevich; REl`Kll:, Vasiliy Fe-jorovich;
EARVII-,'SKEY, Leonid Tlvrvich; Prinimali uchactiye-
L-R-141jKli, V.Yu.; LAS'TOVCHENTHO, B.-F.;
USHAKOV,- I.A.; BARZILOVICH, Ye.Yu.; SENEETSKIY, S.A.;
ALEKSMTROVA, A.A., red.; GUTCHINA, N.Ya., red.;
LYUBIMOVA, T.M., red.
[Prir.ciples of' the theory of the v~~liability and opera-
ticn of rncloelectrcnic apparraWsl Conwrj teorii nadezh-
nosti i ekopluatatsii radioelektrotu-m- tekhriki. Mosk-va,
Sovetskoe rafflo,, 1964. 550 P. (1-11PA .18:2)

-ESS101 G/2720/641
-ACC 4 hM AT50gr44,5 /002/=/0159/3178
K.; 11sh ov 1. A.
AMIHOR: F, -lyayev, Yu
TITLE: Mathematical models for the problems of detecting and locctlizatqion of tj
SOURCE! Kibernetil-i - na slUz1hbu kcerIPmAzm1i, v. 2, 1,064. Teoriya nadezhnost-l i
teariya masGovoao obsliizhix-inlys (Tf.eory of re11!ahi11t,,r'jp_nd theory of masr,
-TOPIC TAGS,- fault det tectioa, mathematical modeling., fault- localization, quality
__gontrol, preventive mainten -Lnce
110STRACT: This is a review article devoted to the organization of quality con-
trol. of the operating condi'.-,ilon of complicated system prior to its operation,
or to a perindir rhc~rk nn t'ie rVS-~Lrl (11111"117-;- th~: Cr--)U--E;e Of Itr CYDe1-RtiZ~,-1;
system in the case wher, "he aysLerr. auL of cirder. Tbe existirw,
models for the solution of ;uch problemse are critical:_y -reviewed and some ne-d
Card 1/2

7
L' 25100-65
ACCWSION ZIR: ATW2485
wtodels propoGed for the purpooe. Vitrious uIT-roacheG to the golution of the prob-
lem are diz;cunsed. An estimate i,3 made to cover the field frmm a unified point
of vlcnw, uvinc~ set and probobility -,hinry. The aroce5G of detection of tLuity
elements with rpinimium time and expe-iditure i& r~_,pr(~sented in tht~ florm, Df a
step iteration process. The a1gorithm Of GUCh a process consists in choosing
during each step a systr-na cif tests that would b~- crpti,--al in the sense that "he
subgets of tes's whit-h r-.r.-,,~in unusei Pri- t- this steD do not -intersert. Meth-
rvjs izrr, lin, r f i -A ~ r, 7,,' ;V~ !W~ :z L, _;Ior 1 1, Ibn lul~i n, r , via
testri lorp!izir- the vs;ijLT. wiLn Ft ainunucu izuEA,er of a:1-
3 fie e2 and i0 fornn)_La~s.
.;,,r-
ASSOCIATION: None
SUBMITTED: 00 ENCL: 00 SUB CODE: 1E
NER REP
Car'd 2/2

L 4ASOP-65 Ver".rp In) Pd-1
'R: AP5007263 S/0280/65/900/00110193!0197
ACCESSION k
AUTHOR: U844~~Yj !~_A~_~Moscovr)
TITLE: Method for obtaining with a uniform distribution law
SOURCE: AN SSSR. Izvestlya. Teklmicheskaye. kibernotika, no. 1, 1965, 193- M
TOPIC TAGS., random nunit~er, Poisson flcw, probability distribution
ABSTRACT; A method for obtaWng random un1fortrly-distributed numbers by
using the Poisson-flow characteristics im atiggented. The distribution denaity of
n points witliin a fixed interval -T to: /(-r) and the probability of falling
exactly P. points into the interval T ia: -c-kz. The above for-mu-tat
ni
determitvi ihe distribution 4ensity umder th-5~- above condition, or: f nj
VT1
It -to well 1mvvm that the fornwla for-.he dWiributton density of n independent
CCIM I /Z

4T-,,D;,-6e
CCkffi6N I'M AP5007263
1
uniformly distributed pointa within r has the same form. These relaticas lie at
the base of the new met-had of obtaining uniForm-ly-dictributed random numbere.
Two block diagrama for xnaLerializing the ULethad, ivWch use binary counter
equipment, are preseatedt Origip art. hae: 8 figurez and 6 formulae.
ASSOCIATION: nano
;SUBMITTED: 310ct63 ENCL: 00 SUB CODE* DPO lu
I NO REF SOY: 00 1 OTHER: 000
-Card-zh

PANOV, D.; qS Koll?. 7
_LjjA
Joint coaference of the f3ocietleB of olfe-ratlon-9 rf-near,~,h ro Lrp,
U.S.A. and Canada. Izv. All SSSR. Tekh. kib. no.1--,199-199 Ja-,F
165. (MIRA 18~4)

L 3633'.'-65-
ACCE~S I6N N,R: AP~~7264 UP/0280/65/()00/001/0199/0200
_4
AUTHOR: ,Vshakov j I
TITLE: First all-union conference on engineering cybe etics
SOURCE: AN SSSR. IzvestiTao Tokhnicheakaye kibernetika, no. ~j 1965, 199-200
e
TOPIC 'TAOS - cibernetics, 61eatric engineering- contervin-, . prma4uotion engineerixig'
autua tic Con'"!, automnti~! c~)ntn~%! sy-atem, ~C"nnt fAr inchistrial automation
Abstract:.The First All-Unf,)n Conference on Engjneerincr Cvbern . CS- or-
gani7.ed by the Scientific -.3rigireering Socie c ronfcs
Fy gi ac Fo) an,
F
Over- 100 PapQrs, and Vi e V t P!
In the first section, which was on devices for gathering and trans-
mitting information, two principal trends were presented- a) 'pattern recog-,
nition problems and* prob] elms of Information input r--nd storage In digital
COMDUters: and b) the des,gn of error-correrfinq oodeF: and p-)hloTnr4 of
transmission o s with noise.
f informatim through channel
1 Card 1/3

36337-65
ACCESSION NR: Ap%=64
nd. tfoiii-which covered optimal mettiods for controlling
In-the seco see
production, three basic types of problems were analyzed: a) mathematical
programming, b) methods for controlling developments, and c) optimal cor,7
trol in nonlinear autamatle control systems.
The third section, control of production processes, covered a wide
range of problems, beginning with such pure mathematical problems as the
Loptimel control of processeig, optimal queucing systems, and optimal de-
*sign of redundant elements ~~n electronic computers, and ending with applied
problems such as the deter ra ination of optimal regimes in farmalin produe-
Mon processes.
fty -les in the,fourth section which. covered studies
The m ont -of artic
_qj
Of production processes, devoted particular attention to the design of models
of complex systems.
Practical p
roblems cncountered in the design and exploitation of
7
various kinds of cnergy systems were consWered In the fifth section, which
iwas on power engineering and transportation.

Card 3/3_/

7 7
L 5,35~1,9-1555,
1 71, k1 Ij'
J, F 1\ -, ), - I. t. .v ~~e , 21~..
ACCESSION NR: AP5012372 UR/02BG /6 5 /000 11002 C1020 /C024
AUTHOR: Ushakov, 1. A. (Moscavv)
A pp rtx~ rr-a I, t-- a] go - i
TI T I F-:
'SOURCE: AN SSSR. 1ZVC9t:'LYiL. Tekhnichaskava k-lbernetika. no. 2, 1965, ZO-24
7
TOPIC TAGS: system reliabilkt
y optimal reRability
~ABSTRACT; This formula J.u used for calculating the efficiency of a complex
L
system: F HsOe. whe.-c H, ir, the probability of S-th state of the syste M.
(S a I for operable, S a 0 for faulty state), and. to the index of a conditional
.efficiency of the oyatem. A.a spprwdrnate algorithm is suggested for the oultinial
distribution of the system tutal "weight" among its t-lernentB to incrr~aBe their
reliability &-nd to acb-xeve tiv r~bv !he"maximjm -It,.rnale efficiency. here
Card I / 2

L 58539-65
1ACCESSION NR: AP5012872
means a characteristic limttAng factor, such as cost, size, etc. Two problems
(formulas 4 and 5) of convex prograrru-n-Ing with lin-ear Limitations are formulated.
The method of ateepegt des.-cr--t is used. Orla. art, has: I figure, 19 formulas,
and-1 I table.
ASSOCIATION: none
SUBhUTTED: 08,Taa64 ENCL: 00 SUB CODE: DP, 1Z
NO REF SOV: 002 OTHER: 003
-----------

L
AUTHOR: Ushakov, I A. ("K)scow); Korw-.nkov, Yu. K. (~Ios cow)
TITLE: One problem of spa,rej in branching system5
SOURCE: AN SSSR. Izvestiya. Teklinicheskaya kiberTetikE,, no. 3, 1965, 104-106
1
D
TOPIC TAGS: branching system,-system reliability~component reserve
ABSTRACT: Numerous radioelectronic, biological, adirinictrative, and other
systems have a so-called branching structure. A failure of an element of i-th
rank causes a breakdown in operation ef all higher elements under its control.
The authors propose a method for estimating the execution of a task by the highest'
order output (actuator) elements of a s-fstea,. with bran,hing structure if these
elements represent mutual spares (I. A. Ushakov, Y. K. Konenkcv, Journal of
Canadian Operations Research Society, 1964, 2, no. 2). The theoretical formulas
are applied to a system for information transfer through three identical channels;
for the purpose of increasing the relLabilit.y of such a transfer, ~he systeaz
multiplies the iaformation by blocks with one input and three outputs. Ori.g.
art, has: 11 formulas and 2 ftgures.

I., ','I
a -
m ,
ASSOCTMON: none

IJSILVOV~ f.A. (Moskvu); PANYUKOV, B.V. (Motkva)
Networks of generators of random mumbers using PoiBs-ors'
flow characteristics. Izv. AN SSSR. Takh. k1b. no.4.1195--
200 JI-Ag 165. (WRA 18M)

LEVIN, B.P.; USHROV, !.A.
Same aspects cf the pre"nt state ci che reliability problem. fl,
Radiotekhnjk-q~ 20 no-4:3-20 Ap '65. (MIRA it.'~6)
1. Deystvitellnyye cbleny Nau~;hnc tekhniaheekogo obshchestva radio-
tekhniki i elektroavyazi Ineni Popova*

US FM07, 1. A.
Approximate solution of a problein in optimum resex-vation.
Radiotekhnika 20 no. 12:65-67 D 165 ('-I-.rPA 19:1)
1. Deystvitel~nvy chlen flauchno-tekhnicheskogo obshchestva
radiotekhniki i glektrosvyazi imcni Popova.

!_WIM7-66 _ EW~1) TG.
ACC NRi 'AP6022455 SOURCE CODEz UR/0422/66/000/001/0035/0037;
,33
AUTHORt Ushakovt I. A.
ORGz none 13
TITLE: On an estimate of reliability for wearing-out (aging) devices
SOURCEs Standarty i kachestvov no. 1, 1966, 35-37
TOPIC TAGS3 reliability'v probability, random process, distributiou function, time
ABPTRLCTt A method for calculating the upper and lower bounds of*the probability of
trouble-free operation of a wearing-out (aging) device is given. On the basis of
reiiewal theory, the conditional probability that a device will opersto-in the tine
interval from t to.t + to for a steady-state process is
dr
~ I I - F (jr)] dit,
r
0 .1 .11'- -
where T in the mathamtical expectation of random value Ct
'r=Mtm jjr6fF(T)= I I - F (K)l dX.
An example of a device consisting of one working circuit and several tiaoaded r
Card

L W47-66
circuits in reserve is presented. The probability of reliable operation and the toW!
reliability are calculated. In the range of probabilities close to unity, the error-,
in determining reliability is very high. The author thanks A. D. SolovIx and I.
Kovalenko for discussion of the results. Orig. art. hast 9 formal" and I table.
SUB COM 14/ SUN DOE: none/ ORIG RM 002/ MH RM 001

ALIMOV. O.D.1--USRAKOV, I.A.; MALIKOV, D.N.
Upraise mining lit Pro~~'YOVOY.-XfRelq7ck
Basin.. Izv. TPI 106:165-176 '58-
(Kuznetsk Basin--Coal mines and
area olnen of the Intmetsk
(MrRA 11:11)
mining)

28(l)
SOV/118-59-4-16/25
--AUTHORS: Ushakov, I.A., and Alikin, Yu,K., Engineers
TITLE: Operational Experience with MBS-2 Crosscut Drilling
11achines in the Kuzbass
PERIODICAL: Mekhanizatsiya i a-.-!tomatizatsiya proizvodstva, 1959,
Nr 4. pp 46-48 (USSR)
ABSTRACT: An experimental model of the MBS-2 drilling machine
was designed by the Kuznetskiy filial Giprouglemasha
(the Kuznetsk Branch of the Giprouglemash), and a
set of 5 machines was built by the Anzherskiy zavod
(the Anzherskly Plant). They were tested in
mines of the Prokoplyevsko-Kiselevskiy rayon.
The machine, used
in main or sub-drifts, drills 390 mm holes or, by
return motion', 850 mm holes. The m:ichine may be
used in drilling crosscuts as well as 'L'lat coal
veins. The hydraulic powering of the MBS-2 permits
a variable speed (from 0 to 0.8 m per minute), depen-
Card 113 ding on the coal solidity. The spindle is powered

SOV/118-59-4-16/25
Operational Experience with LIBS-2 Crosscut Drilling Ll'achines in
'the Kuzbass
by the flanged electric motor "KOF-12-4" (capacity
- 11 kilowatts) through 2 sets of gears,. The spindle
-feeding is accomplished by 2 hydraulic jacks. The
hydraulic power unit (Figure 2) is mounted separately
on a sled and is equipped with the rotary pump "LlF-5"
(productivity - 5 liters per minute under a pressure
of 65 kg per square cm), the electric motor "TAG-21-4"
(capacity - 0.9 kilowatt), and a control panel.
Working soft coal, using pumps of the M-3A and
N-401 type instead of LlF-5 PUMPS, the MBS-2 machine
achieved a drilling speed of 0.8 m per minute. In
view of the high drilling speed of the MBS-2, and in
order to prevent standing, a screw loader of the ShG-1
type has been successfully used for loading mine cars
with coal extracted from the holes. The test proved
Card 213 the superiority of the MBS-2, compared with the LBS-2,

SOV/118-59-4-16/25
Operational Experience with MBS-2 Crosscut Drilling Machines in
the Kuzbass
LBS-4 and SBM-3 crosscut drilling machines. The
Kombinat "Kuzbassugoll"''(the "Kuzbassugol"I Combine
has recommended the MBS-2 crosscut drilling machine
for serial production. There are 3 photographs,
4 tables, and 1 graph.
Card 3/3

RSHgOV., I.A., inzh.; ALIKIN, YU.K.,, inzh.
over-all aschanization of upraising in steep seams of the
Kuznetsk Basin. ftor. KuzNIUI no.8123-45 161. (MIRA 16:3)
(Kuznetsk Basin-Coal mining machinery)

USHAKOV., I. A.JP kand. tekhn. nauk; ALIKIN, Yu. K., inzh.
Using PVV-2 and FVV-3 machines in upraising Ugol' 38 no.4:
39-41 Ap 163. ~MIRA 16:4)
(KuznetBk Baain-Coal mining machinery-Testing)

USHAKOV, I.A,; ALIKIN, Yix.K.; ALVIOV, O.D.; MALIKOV, D.N.;
- - siftftov, I.A.; NEYANIN, S.D.
Way of erecting supports in upraise shafts. Ugol' 38
no.12t53-54 163. - (MIRA 17:5)

ICUK(7, !.A.)l 1,,,Ii!;n. luluk; A1,1KIN, Yll.y~., iliz1h.; .0
I H-J!, A.T.
!rzl~.
Operatitnf- the FVV-2. P'"-3 and RUP-2 iutter-loaders. Sbor.
R!!zNlUl n0.10-.52-70 164. (,1411RA 18:,4)

USHAKOV, I.F.
Locomotive built at the Pozhva Machinery Plant. Trudy InBt.ist.est.i
tekh, *309-320 961.. (KM 14:5)
(Pozhva~Locomotive works)

USHAKOV, I.F.
Origin of the construction of steam engines at the Lazarev
Chermos Plant. Trudy Inst.ist.est. i tekh. 45:236-2-43 162.
(MIRA 15:8)
(Chermos-Steam engines)

.9. (6) SOV/91-59-4-b/28
AUTHORS: Ushakov,,,_T,,.,,K.1, Novozhilovp Yu. N., Engineers
TITLE: The Automatic Washing of Screens of a Shore Pumping
Station (Avtomatizatsiya promyvki setok beregovoy nasosnoy)

PERIODICAL: Energetik, 1959, Nr 4, P 13 - 15 (USSR)
ABSTRACT: At one GRES, the four rotating screens of the shore
pumping station were rapidly clogged by the large amount of
dirt contained in the cooling water. For removing the dirt,
the motors moving the screens and the washing pump had to be
switched on frequently. The authors devised and built a
relay system which automatically cleans the screens. If the
screens are clogged, there will be a difference between the
water levels in front of the screen and behind it. This
difference is measured by two floats which are connected by
cables to counterweights. Further, the cables are connected
to the mercury switch of the contact device. Figure 1 shows
the arrangement of the floats and Figure 2 shows the mercury
switch. The latter actuates a relay systemp shown in
Card 1/2 Figure 3, whereby the drive motor of the screen is switched

SOV/91-59-4-8/28
The Automatic Washing of Screens of a Shore Pumping Station
on. As soon as the motor of the screen workst the washing
pump is started and continues its operation until the
movement of the screen has stopped.
There are 4 diagrams.
Card 2/2

SOV/133-59-9-31/31
AUTHOR: Ushako
.Hans:!S~
TITLE: Cleaning of Water Supply Pipes by a Ilydropneumatic Method
PERIODICAL: Stall, 1959, Nr 9, pp 862-864 (USSR)
ABSTRACT: The blast furnace gas cleaning plant on the Kuznetsk
Works operates with recirculated water. Fine solid
suspensions in the spent water containing up to 36%
of zinc oxide form deposits in the pipelines so that
the latter require periodic cleaning. As the deposits
are comparatively loose, they are removed by a hydro-
pneumatic method. This consists of supplying water,
together with compressed air, into the pipeline. The
cleaning of the water pipeline is usually done in
sections of 500 to 1000 m. The velocity of water should
be of the order of 6 m/sec; the ratio of water to
air - 1:1 or a higher proportion of air. There are
2 figures.
ASSOCIATION :Kuznetskiy metallurgicheskiy kombinat (Kuznetsk
Metallurgical Combine)
Card 1/1

SOSINSKIY, M-Yu.; ]LfUUNOV, I.M. ; SHOALIN. A.F.
Infiltration water intakes with surface water supp27. Yod. I san.
tekho no.gsio-13 S 160. (MIRA 13:11)
(Watar-supply engineering)

USW.GV, 1. "The Overload cn the Eler-ents of LonL~ Dilz~taricc
Power Transr-issior, Ccrditioried bv 4- '-e Chanzes it; t*.r-, Po- er Load w.~er,
Making and Breaking Circuit Connectims." ',.!in ~jgher EducatA-
1 .1 on USSR,
Leningrad Polytechnical Institute 1,m'eni M. 1. Ealinin, LeninZIrA, 1(,"56.
(Dissertation for the Degree of Candidate of TecYn--lcal Sciences)
SO: KnishnaXa Letopis' No 43, October 1956, Moscow

USWOV I, M.: Master Tech Scl (diss) -- "Excess voltages on parts for long-
range electric power tranBmiaBlon caused by transitory processes in ItB
interluptions". Leningrad, 1958. 15 pp (Min Higher Educ T-TSSR, Tpnirigrad 'Pol,7,r-
technic Inst im M. I. Kalinin), 150 CoPien (KL, No 1, 1959, 121)

LE"IDISHT-11711, M.L.; ITIKOWEYSKAYA, N.N.; USHAKOV. I.M.
, .1-I". - .
ExperimintnI studies by means of the modmi for voltace restoration
on circuit-breaker contacts of long-distance electric power lines.
Trudy LPI no-195:225-254 158. (14IRA 11:10)
(Zlectric circuit breakers) (Electric power dintribution)
(Overvoltage)

USHAKOVP I.M~, kand.takhn.nauk
Overvoltageo d=ing breaks of long overhead power transmission
di "~
lines.resulting from the dc-onnection of three-pole short-circuits.
Enorg. sbor. no.2:103-118 10. (MIRA 15:1)
(Electric power distribdtion)

BYKOVj V.M., kand.taklin.nauk; ZYKIN, F.A.,, kand.teklin.nauk;
USHAKOV, I.M. , Jand.tekhn.nauk
Device for measuring the total power losses in the model of
an aece network* Izve vyse uchebo zave; energ. 5 no.1:37-42
J& 162. (MIRA 15:2)
1. Chelyabinskiy po3itokhnicheskiy inatitut. Prodstavlona
kafedrami elektricheskikh stantsiy, oetoy i nistem; tooreticheskikh
oanov elektrotekhniU; ekonomild promyshlennosti i organizatsii
proizvodstva. (Electric power distribution)
(Electric network analyzers)

T TI~C'
-A.-7003100 SOURCZ CODE. UR/0105/66/000/006/0023/0026
AUTHOR: Bayev, A. V.; Zykin, F. A'; Cj
_Y~4kov' I. m.
ORG: none
TITLE: Network simulator for computing the optimum operation of power systems
SOURCZ: Sloktrichesrvo, no. 6, 1966, 23-26
TOPIC TAGS: computer design, electric network, electronic engineering
ABSTRACT: The article describes the principle and operation of a network
model-computer designed and built at the-Ch~eky�qbln~k polytechnic Institute.
This device simulates actually Installed power networks and
.tom, Ines the most economical use of equipment under whatever prevailing load
conditions. The ultimate aim is to establish the minimum fuel cost and this
;leads to the solution of four series of equations Involving: 1) derivatives
of fuel cost with respect to load on the station, 2) derivatives of power
,losses in the network with respect to terminal station voltages and with res-
pect to increments of regulated transformer voltages. The essential components
Pf this device are: 1) automated electronic models of generator stations,
2) automate-d.elect.ronic models of system loads, 3) model of the electrical
1/2 um 621.142.33:621.311.153.001.24

ACC NRi A117003100
bower network, 4) automated electronic models of'regu'latod transform'ors, 5)
instrumentation for measuring total losses In the power network, 6) automatic
!scanning to find the most economical mode of system operation, 7) limiter
fu*nits fo*r voltages In the system network as well as f or'fh~o, lo'a&'&i~ genera rs
E0
land synchronous compensators, 8) a measurement panel. The process of computing'
tha network and Its operation Is followed-up step by step and the usefulness
iof each of the simulator components is thereby precisely defined. -The device
idescribed here makes it also possible to stabilize the _op~timum.pqda_o9.. pyg tem
._qp~qation automatically and without _Interrup_t.Iqn., 'brig. art. hass 2 figures and
3 formulas. fJPRS: 37,47f
SUB CODE: 09 SUBM DAIS: 20Nov64
network plannipg
r~ e.4 9 /24

USHAKOV,1.11.. kandidat tokhnichookikh nauk.
nwow
Recording cleavage and fine cracks on mine surveying plans.
Trudy VNIMI no.29:116-120 '54. (MLRA 8:3)
(mine maps)

USHMV, I.N., -dotsent.
Decumontation of displacements in surveyiRg plans. Zap.Len.gor.inat.
30 no.2:266-269 '55, (HLRA 9:7)
(Mine surveying)

USHAWY, I,N., doteant.
pwv~-,
Characteristics of a relative displacement and its use -in mining
a skewered side of a seams ZapeLenogorsinst. 30 no.2:266-269 155.
(Coal mines ani mining) (MLRA 9:7)

" 1~ I A
U~;-Hfl -V 1; A- f\-i
ABRAMOV, S.K., kand.tokhn.nauk; AVINRS11111, S.G., prof., doktor takhn.aaak;
AMMOSOV, I.L, doktor geol.-mln.nauk; ANDRIYEVSKIY, V.D.. inzh.;
Ala%MV, A.N., inzh.; A!AllAS'YXV, B.L.. inzh.; B.-MMAY, Ta.Y..
inzh.; BLOMIA, TeJe., inzh., BOGACHZVA, Ye.U.. inzh.; BUKRINSXIY,V.A.,
Imnd.tekhn.nauk; VASIL"fEV, P.V., doktor geol.-min.nauk; VINOGRADOY,
B.G., inzh.; GOLUBEV. S.A.. inzh.; GORDIYENKO, P.D., inzh.; GUSEV, N.A.,
kand.takhn.nauk; DOW10. 1.V., kand.geol.-min.nauk; KALMUOT, G.S.,
insh.; KASATOCHKIN, V.I.,, doktor khim.nauk; KCROLEV, I.V., inzh.;
KOSTLIVTSEV. A.A.. irizll.~ H]WINNIKOV, G.F.,
., KRATKOVSKIY. L.F., inzht; KRAS
prof' doktor geol.-min.nauk; KRIKUNOV, L.A., inzh.'; LEVIT, D.Ye., insh.;
LISI~SA, I.G., kand.teklm.nauk; WSHNIKOV, V.A., inzh.; HATVEYEV, A.K.,
dote., kand.geol.-min.nauk; MP.PURISHVILI. G.Ye., izah.; MIRONOV, X.V..
inzh.; MOLCHANOV, I.I., iznh.; HAUMOVA, S.N., starshiy nauchnyy sotrudnik;
laZIPEW, V.Ye.. inzh., FAVLOV. F.F., doktor tekhn.nauk; FANIMKOV, P.N.,
doktor geol.-min.nauk; POPOV, V.S., inzh.; PYATLIN, M.P., Imnd.tekhu.
nauk; RASHKOVSKIY, Ya.ll.. inzh.; ROMANOV, V.A., prof., doktor takhn.
nauk; RYZHOV, P.A., prof,, doktor tekhn.nauk; SELYATITSKIY, G.A.. inzh.;
SPERANSKIY, N.A., inzh., TERENTInT. Ye.Y., inzh.; TITOV, N.G.,doktor
khim.nauk; GUAM, I.F,, lnzh.; TROYANSKIY, S.V., prof.i doktor geol.-
min onauk; FEDOROV, B.D.. dote., kand.tekhu.aauk;FED0R0T. T.S., iazh.
[deceased]; KHOMBInOVSKIY. A.S., prof.. doktor geol.-min,nauk; TROYAYOV-
SKIY, S.V., otvetetvennyy red.; TMPIGORLY, A.M., red.; KRIKUNOV, L.A.,
red.; KEJZNEPSOV, I.A.. red.,- MIRONOV, K.Y., redo; AVERSHIN, S.Goo redo;
BURTSIV. M.P.. red.: VASIL9YET, P.V.. red.: MOLCHANOV, I.I., red.;
RYZHOV. P.A., redo: BALANDIll. V.V., lnzh., red.; BLOKH, I.M., imnd,
tekhn.nauk, red.; BUKRIIISKIY, V.A., kand.takhn.nauki red.; VOLKOV, X.Tu.,
inzh., redo; VCILCBIYFV, A.A., inzh., red.; ZVONAREV, K.A.. prof. doktor
tekhn.nauk. red. (Cnn+AmiAA nn iiav* AarA)

ABIWIOV, (continued) Ca rd 2.
ZDAHOVICH, Y.G., prof.,doktor tekhn.nauk.red.; IYANOV. G.A.. doktor
geol.-min.nauk, red.; UJUVAYEV. H.K., red.; KOROTKOV, G.T., kand.geol.-
min.nauk. red.: ICORMKOV. R.Y., kand.tekhn.nauk, red.; MAMVLTEV. A.A.,
doktor geol.-min.nauk, red.; OMBLICHMO, A*11*,ksnd.tekhn,nsuk,r~d.;
BENDMON, B.M..Imnd.gool.-min.nauk. red.; VA Y,-,J~6* ., dots., kand.
tekhn.nauk, red.; YABIA)KOV, V.S., ka nd.geol.-min.nauk, red.; KOROLEVA,
T.L. red.1r-d-va;: "HALKINA, Z.I., red.izd-va; PRO""OROVSXAYA, F.L.,
tekhn.red.; NADRENSKAYA, A.A., tekhn.red.
(Hining; an encyclopedia bandbook] Gornoe delo; entBiklopedicheakii
apravochnik. Glav. red. A.M.Terpigorev. Moskva. Goo.mauchno-takha,
izd-vo lit-ry po ugollnol, prorqshl. Vol.2. [Geology of coal deposits
and surveying] Geologlia ugollnykh mostarozhdonii i marksheiderskoe
delo. Redkolegila t~w SJ.Troianskiy, 1957. 646 p. (MIRA 11:5)
1. Chlen-korres ondent AN SSM (for raravaiev)
Uoal geo).ogy-Dictionariea

&S /./, -/,I -C,- 61, -~-"-1~7
USIMOV, I.N., kand. t-skhn. nauk.
Simplified geometric clasaification of faults. [TrudYl TND(I no.31:
96-104 157. (MIRA Ilil)
(paults (Geology))

USHAKOV, I.H. d2toont
Determining the relative shifting of ruptured blocks In
mining faulted coal deposit areas. Izv.vya.ucheb.zav.;
gor.zhixr. no.10:47-6o '58- (MIRA 12:8)
1. Loningradskiy gorW Institnt.
(Coal mines and mining) (Coal geolog3r)

USHAKOV. 1.11.
-. .. .... -.1- -Yracturing of the massif 1n the central part of thot Donato
Basin and point method of characterizing its Zap.Lonagoroinst.
36 no.1:11-29 '58. (HIM 12:4)
(Donato Basin--Mine surveying) (Mine maps)
iA., .
.4.

USHAKOV, Ivan llikoIay-evich; BUYjUNSKIY, V.A.., otv. red.: SLAVOROSOV
-I- - I
A.Kh., red. izd-va; SABITOV, A... tekhn. red.
[Mining geometry; the geometry of mineral resourceBIGornaia
geometriia nedr. Izd.3., perer. i dop. Moskva, Gosgortekh-
izdat, 19362. 459 P. (Mining geology) (MIRA 15:9)

USWOV I.N. kand.tekhn.nauk; STENIN, N.I., inzh.; RYBNIKOVA, V.H., inzh.
Geometric deteTmination of the structure of the Khaydarken mercury
deposit. [Trudy] VNIMI no-45.57-62 162. (MIRA 16:4)
(Khaydarken region-Mine surveying)

GHaASIMOKO, T.T.; USHAKOV, I.S.; GOBEWUH, M.D., otv.red.; FEVZNZR,
A.S., zav.red.izd-va; OSMO. L.M.. takhn.red.
[Uniform time and pay standards for construction, assembly, and
repair operations in 1960) Edinye normy i rastsenki no stroi-
tolInye, montazhaye i remontno-stroital'Ve raboty, 1960 g.
Moskva, Goo.izd-vo lit-ry po stroit., arkhit. i stroit.materialam.
Sbornik 32. (Assembling the equipment for the chemical industry and
gas purification] Montazh oboradovanlia khimichookol promyshlonnosti
i ochistki gazov. Nool [Assembling the equipment for the chemical
industryj Oborudovanis khimichosicoi promyshionnosti. 1960. 85 p.
(MIRA 13:6)
1. Russia (1923- U.S.S.R.) Gosudarstvannyy komitat po delam stroi-
telletva. 2. Normativno-issladovatellskaya stantsiya NO-7 Ministerst-
va stroitel'stva RSFSR (for Geraoimanko). 3. T~entrallnoye normativno-
issled.byuro Ministerstva stroitel'stva RSFSR (for Ushakov).
(Wages) (Chemical indus trio a--Nquipme nt and supplies)

USHAKOV9 1. S.t CAND TECM S019 "INVESTIGATION Of THE OPE-
RATION MECHANISM OF SELF-PACKING GLANDS Of HIGH PRESSURE COM-
PRESSORS." Moscowq 1961. (MIN OF HIGHER AND SEC SPEC Eo RSFSR.
MOSCOW ORDER OF LENIN AND ORDER OF LAeoR RED BANNER HIGHER TECH
SCHOOL im N. E, BAUMAN)* (KL9 2-619212),
_189-

MAKARA, A.M.; YAGIIPOLI,')KAYA, L.N.; SLu'rSKAYA, T.M.; KOIIIYFV, II.I.;
USHAKOV, I.S.; SWHNOVA, V.A.
Resistance to hydrogen corrosion in alloyed steel joints made by
electric slag welding. Avtom. ever. 16 no.W4~29 Je. 163.
(MIRA 16:7)
1. Institut, elektrosvarki im. Ye.O.Patona AN UkrSSR (for Makara,
Yakupollskaya, Slutskaya). 2. Gosudarstvennyy institut azotnoy
promysblennosti (fGr Koplyev, Ushakov, Smirnova).
(Steel alloys--Corrosion) (Electric welding)

USHAKOV, I.Ya..inzh.
Mechanization of shaft raising in the luzaetsk Basin. Ugol' 35
no.10:50-53 0'60. (MIRA 13:10)
1. Kuznetskiy nauchno-isoledovatellskiy ugollnyy institut.
(Kuznetsk Basin--Shaft sinking)

USH"Ov,
~v
c,
More attention to the construction of health institutions. 7,dray.
Ros.Yeder. 1 ao.1:20-24 Ja 157. (MIRA 11:2)
1. Zamestitell ministra zdrevookhraneniya RSYSR.
(HOSPITAW-CONSTRUCTION)

vs /-/ A We, v, r: YA''
USHAKOV, I.Ye.-
Most important tasks in the construction of rural medical insti-
tutions. Zdray.Ros.Feder. I no-5:3-5 MY '57- (MIRA 10:11)
1. Zamestitell ministra zdravookhronenlya RSFSR.
(HOSPITALS, RURAL)

USHAKOV. I.Ye.
Resulta of thp construction of nurseries and therapeutic and
proDhylactic institutions through the une of collective fArm funds
nnd Inbor in the R.S.F.S.R. in 1957. Zdrav.Ros.Feder. 2 no.5:1-6
MY 15 8 - (MIRA 11:5)
1. Znmestitel' ministra zdrnvookhrnneniya RSFSR.
(PUBLIC HEALTH, RURAL)

standafd Plans for nurseries and kindergartens
, no*9126-31 S158
7
farms* draVRoO.]?e&' rVoojchraUeniYFL 'RSMO'
zamestitel, 'Ainjotra %&r
is (DAY IjURMISS)
Collective
an
10)

milutxuv,
Ritral foldsher-midvife centers to be bnilt according to now
standard plans. Med.sestra 17 no.4:3-6 Ap '58. (MIRA 12:10)
1. 7-amentitell mintotra zdravookhranoniya 11MR, HoOkvu-
(HOSPITALS, GYMMOUGIC AND OBIONTRIC)

USHAIDT. I*Te.
Results of the construction of public health institutions on
collective farms of the Russian Federation during 1958. Zdrav.
Roo. Feder. 3 no-5:3-6 Ky '59. (MIRA 12:7)
1.Zameatitell ministra zdraveekhraneniya WFSq.
(PUBLIC HEALTH, RLMAL)
(HOSPITALS-CONSTRUCTION)

USHAKOVP IOU.
---
Develop in every way possible the construction of therapeutic and
children's institutions on collective fams. Zdrav.Roo.Feder. 4 no.11:
3-5 160, (MIM 13:11)
1. Zamestitell miniatra zdravookhraneniya RSFSR.
(HOSPITALS RURAL)
(NURSERIESi

USMOV, I.Ye.
principal probl3ms in increasing public health facilities in the
Russian Fedoration. Zdrav. Ros. Feder. 6 n0-4:3-8 Ap 162.
1 (MIRA 15:4)
1. Zamestitell ministra zdravookhranenlya RSFSR.
(PUBLIC 1MQTH)

USHMV, K. (sale IdLptavo Tullskey oblasti); BORDDINO V. (selo laptevo,
TUJL'Bkor ob3a!qti~.
On the rise. From. koop. 12 no.9:24 3 158. (KM n: 10)
I.Prodeedatell pravloniya artelt invalidoy "Notallistw (for Ushakey).
2.Sekratarl partiyney organizateit artali invalidov "Metallist" (fpr
Borodin).
(TWA Province-Vocational rehabilitation)

USHAKOVp K., prof.p zasluzhennyy doystell nauki i tekhniki
Father of Rcissian aviation. Kryl. rod. 11 no.12:2-3 D t(>0.
(1011A 14:3)
(Zhukovskiip Nikolai EgoroVichp 1947-1921)

USHAKOV, K.A.-, LEVINSKIY, A.P.
Theatrical Moscow. Gor.khoz.Mosk. 37 no.10:18-20 0 163. MR-A 17s2)
1. Zamestitell nachaltnika Upravleniya Ispolnitellnogo komIteta Mos-
kovskogo gorodskogo Sovpta deputatov trudyashchikhoya (for Ushakov).
2. Nachallnik otdela toatrov Moskovokogo gorodskogo Soveta deputatov
trudyashchiktisya (for Levingkiy).

IISFIAK(Al. K. A.
Novyi metod imereniia sil pri aer(xiinamicheakikh ispytaniiakh. Etalonnye
vesy. Moskva, 192h. 24 P., illus. (TSAGI. Tnidy, no. 15)
Summar7 in English.
Titletr.: New method of measuring aerodynamic forces in aerodynarric tests.
The standard balance.
no. 5
SO: Aeronautical Sciences and Aviation in the Soviet Union, L*brary of
Congress, 1955.

LJSW-d,OV, K. A.
Aerodina.,rdche,gkii rasciiet o5ew o vetntiliatora. i-iaskva, 1936. "'0 p.,
tables, Jia~,rti. Trady, no. 271'!)
j-P)li,):-ra,,-'Iy: P-513
S,mv,iry in Zn~lish.
Title tr.: 'Ierodynwmi~. -Ie!:ivn of an a7dal ran.
QA911-1-1165 n-D.277
SO; Aeronautical Sciences and Aviation in the Soviet Union, Library of
Gongress, 1955-

So-!re,mennye voprosy ok;il,-,zhdcn-'I ia zv~.,~ -'c3*b,.-a motorov. (I-i2k, -ka vo---I=i~,no--o
flota, 1943, no. 7-F,
'Title tr.: ir-Oblpms o'L coolim., o~' rariial eiigin,s.
TL504.T4 1~43
SO: Aeronautical Sciences and i%viation in the Soviet Union,, Librax-j of
Congress, 1955-

K o V, Y,-,~ A -
PALITSV, VladWr Semenovich, kandidat tekhnichookikh nank; AIMV --.Ir-
professor, doktor takhnichookikh nauk,laureat Stalinskoy preidi#
zaoluzhenW dayatell nauki I tekbniki; GBLIXAN. D.Ts, redaktor;
LABUS, G.A., tekhrodaktor
(Improvements in mill ventilation installations) Usovershenstyorwde
mellni6hafth ventillateloWkh ustanovok. Pod red. Ir.A.Unhakova.
Xoskva. Izd-vo tekhn. i ekon. lit-r7 po voprosam sagotovok, 1954.
203 p. (Kicrofilml (MLRA 80)
(Flour mills-Ventilation)

PANOMMKO, A.V.; USWOV, K.A., doktor tekhaiehaskikh nauk, professor,
zasluthenl~F"YMWP~-ftftl i tekhniki; retoenzent; TURKUS, V.A.,
dotsent, retsenzent; KHAMOKKOV, V.I., kandidat tekhaicbes)rikh
nauk; retsenzent; VXRZVKIN, N.I., kaudidAt tekhnicheskikh nauk,
retsenzent; DIMT, P.I., Inshener, reteenzent; GZLIXAN, D.Ya.,
redaktor. LABUS, G.A., tekhnicheskiy rodaktor.
[Ventilator systems for elevators, mills, groats and mixed feed
plants] Ventillatsionnye ustanovki elevatorov mellnits, krupianykh
i kokbikormovykh sayodov. Izd. 2-e parorab. i dop. Moskva, Izd-vo
tekhnicheafti i skonamicheakoi lit-ry po voprosam zag6tovok, 1954.
371 P. (KT-RA 7:11)
1. Dotsent Odeaskogo tekhnologiohaskogo instituta imeni Stalins. (for
(ventilation) Panchenko)