SCIENTIFIC ABSTRACT MINASYAN, T. S. - MINAYEV, G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134410004-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/081/61/000/021/070/094
B138/B101
AUTHORS: Bolotov, L. T., Shumovskiy, V. G., Ovsyannikov, P. V.,
Pallchikov, G. F., Minasyan. T. S., Afanasenko, M. M., Rusakov,
A. P., Burlakov, A. G., Karpenko, T. G.
TITLEs Pilot run for the commercial processing of a secondary raw
material on a catalytic cracking unit
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 210 19619 401 - 402,
abstract 21M82 ([Tr.]Groznensk. neft. in-t. sb. 23, 1960,
97 - 105)
TEXT: With the aim of increasing supplies of quality high-speed diesel
fuels, experiments have been conducted, in commercial conditions, for the
reftningof the medium fractions of the thermal cracking process by re-
distribution of the hydrogen on the aluminosilicate catalyst. The
characteristics of the starting material and of the end product are
enumerated. It is said that it would be possible to use this method for
the production of the components of high-octane automobile gasolines and
low pour-point high-speed diesel fuels. Data are given for the production
Card 1/2

S/Q8 61/000/021/070/094
~Pilot run for the commercial processing ... B138YB101
cycle of the plant, and a comprehensive material balance is shown.
[Abstracter's note: Complete translation. I
Card 2/2

S/08IJ61/000/021/068/094
B136/B101
AUTHORSs Bashilov, A. A., Pallchikov, G. F., Zhukov, I. S.,
Minasyanv T. S., Rusakov, A. P.
TITLEt Separate production of gasoline and kerosene distillates in
thermal cracking plant
PERIODICALo Refer tivny zhurnal. Khimiya, no. 21, 1961, 401, abstract
21M76 ([Tr. Groznensk. neft* in-t; ab. 24, 1960, 3-7)
TEXTs On the basis of work carried out in the thermal cracking units of
the Groznyy Cracking Plant, a modification has been developed and the
partial reconstruction of the units is proposed. To permit the separate
production of automobile gasoline and tractor kerosene on a unit with
one rectification column, it is suggested that the rectifying unit should
be changed and a stripping tower, a cooler for the kerosene fraction, and
pump and cooler for the circulating reflux introduced. The processing
cycle remains unchanged for the furnace, evaporator and supplementary
evaporator. The reconstruction proposed would be highly beneficial
economically. [Abstracter's notet Complete translation.]
Card 1/1

MINASIYAN, V.P.
Fractical. work in meteorolog;r in agricultural colleges. Meteor.
i gidrol. no.3:60-61 Mr 162. (MIRA 15:3)
(Meteorology-Study and teAching)

GEZALYAN, I.; MINABYAN, V.
New transmitting element for automatic control of the level of
glass in furnaces. Stek. i ker. 18 no.10:43 0 161. (MIRA 14:11)
1. Yerevanakiy elektrolampovyy tavcKi.
(Liquid level indicators) (Glass furnaces)

AMMSEWAR, M.S., vrach (Looluakan. Ariyansk&y&'SSR);-XMUAW* T K
starshoys moditsinskays Nostra (Lon1nakan, Arnwanobwa s6yi "
GWCIWAIF, G.Ye., mdltslnsksya sestra (ZenInakan, Ariyansimys SIM)
*WP Concerning U.N. :V911chka-'s article 90a Intravenous Injections.*
7*ld.1 all-sb. 25 no.2t62-63 P 166. (KnA 130)
. Ozafflolri. INMV=M) (TUICRWA. U.N.)

V. K.-Eng.; WAS11M. V.P., Rw, _-D7.ASOKHTIJ, A. Mi.
2. ussR (6oo)
4. Mine ventilation
7. NNine ventilation." Reviewed by P. I. Mustelf, V. K. Yermakov, V. P. Minaslyan,
Eng., GWe zhui4'no* -119 1952
9. monthlY List of Russian Accessions, Library of Congress, -1953. Unclassiff

YAKUSHRIj N, F~, ARNMINIGELISFTY, A. F.
MPIASIYAN, V. P.
Mine Ventilation
Ventilation of vertical mine shafts in the process of their sinking. Ugoll 27
ro. 4, 1952.
Monthly List of Russian Accessions, Library of Congreqs, August 1952 UNCLASSIFIED.

14
%j.?u4.L
s/o64/6o/ooo/oo6/OO2/O11
0 B02O/BO54
AUTHORS: Lubyanitskiy, I. Ya., Minati, R. V., and Furman, M. S..
TITLE: -Oxidationlof Cyclohexanol and Cyclohexanone by Nitric Acid
Under Pressure. Oxidation of Cyclohexanol by Nitric Acid
Under Pressure Without a Catalyst I
PERIODICAL: Khimicheskaya promyshlenoost', 1960, No. 6, pp. 15-20
TEXT: The oxidation of cyclohexanol. with nitric acid in the liquid phase
to adipic acid was first performed by N~ D. Zelinskiy who used ammonium
vanadate as a catalyst. SeO 2, salts of metals of variable valence, V2051
combined Cu 2+ - ammonium-metavanadate catalysts, and ammonium-vanadate
sodium-nitrite catalysts were used later. Ye. N. Zillberman, S. I.
Suvorova, and Z. S. Smolyan (Ref. 10) studied the effect of additions of
copper, ammonium vanadate, bismuth nitra'je, and of the combined Cu-V
catalyst'. Further, the authors studied tl.e positive effect of nitrogen
oxides dissolved in nitric acid, of pressuie see the papers by
S. S. Nametkin (Ref. 17) and M. I. Konovalov ~Ref. 18)), of temperature
Card 1/3

85641
Oxidation of Cyclohex&nol and Cyclohexanone s/o64/60/000/006/002/011
by Nitric Acid Under Pressure. Oxidation of B02O/BO54
Cyclohexanol by Nitric Acid Under Pressure
Without a Catalyst
and concentration of the nitric acid, and of the quantitative ratio
between the oxidized compound and the nitric acid. In the first step, the
reaction temperature should be as low as possible. The temperature in the
second step of oxidation has a considerable effect on the adipic acid
yield. The reaction was conducted at an BNO3 concentration of about 60%,
a molar ratio of HNO3 1 cyclohexanol - 6, and a temperature of 550C in the
first step. The oxidation was performed in a 500-cm3 stainless-steel
autoclave. The determination of adipic, glutaric, and succinic acid in the
mother liquor and the wash waters was made by means of partition chromato-
graphy on diatomite with the assistance of G. T. Levchenko and 1. G.
Solov'yeva. The pressure dependence of the reaction was investigated at
pressures from 1 to 15 atm. In the pressure range 1-10 atm, the yield in
adipic acid and liberated gas is not influenced by pressure, The adipic
acid yield is slightly reduced at higher pressures. The pressure depen-
dence of the yield in lower dicarboxylic acids is complicated~ a
distinct minimum occurring at 10 atm in glutaric and oxalic acid as well
Card 2/3

85641
Oxidation of Cyclohexanol and Cycloj_5xanone S/06 60/000/006/002/01-1
by Nitric Acid Under Pressure. Oxidation of B020YB054
Cyclohexanol by Nitric Acid Under Pres~iure
Without a Catalyat
as in C02. The yield in succinic
pressure-dependence curve for the
same course as that for glutaric
basis of the reaction mechanism assumed,
is calculated, and the results are
(Table 4). The reaction mechanism
calculated composition of the
theoretical and experimental
24 references: 9 Soviet, 6 US,
Austrian.
acid rises
yield of
and oxalic
compared
assumed
linearly with pressure, The
the sum (No + N02) shows the
acid as well as CO On the
the consumption of ni?r"ic acid
with experimental data
was also confirmed by the
number
reaction products, and
a
are 3 figures. 4 tables, and
2 German, I Canadian, and 1
of
Card 3/3
gaseous
data. There
5 British,

WBTASITSKLY, I.Ta.; NUMI, R.V.,; TURKAS, MOS.
WWI= of cyclohnonol aul cyolotsyAnoae by nitric
acid undor preamm. ghts. prom, no. 6:453A58 S 060.
(KIBA 13:11)
(Cyclahexanol) (Cyclohexanons) (Ittric acid)

s/o64/6q/ooO/0O7/O01/ 010
B020/BO54
AUTHORS: Labyanitskly, I. Ya..1 Minati R V Y and Furman~ M. S.
M -
TITLE: Oxidat of Cyclohexanol and Cyclohexanone by Nitric Acid
Under Pressure. Oxidation of CyclohexanolAby Nitric Acid
Under Pressure in the Presence of a CaMly%st
PERIODICAL: Xhimicheskaya promyshlennost', 1960, No. 7, pp. 1 - 5
TM[T: Nearly all publications concerning the use of catalysts for the
oxidation of cycloalkanea and their derivatives are written in the form
of patents. The mechanism of catalysis in this process is unclear. Ac-
cording to Ye. N. Zillberman et al., Cu- and ammonium metavanadate ions
have different effects on the yields of lower dicarboxylie acids. While
the glutaric acid yield is reduced in the presence of Cuq the oxalic
acid yield practically vanishes In the presence of ammonium metavanadate.
These phenomena are also observed with the use of a combined catalyst;
here, the adipic acid yield considerably exceeds the total attained with
a separate use of Cu and ammonium motavanadate. The catalytic action of
vanadic anhydride and ammonium metavanadate was also observed in
Card 1/4

Oxidation of Cyclohexanol and Cyclohexanone S/064/60/000/007/001/010
by Nitric Acid Under Pressure. Oxidation of B02O/BO54
Cyclohexanol by Nitric Acid Under Pressure in the
Presence of a Catalyst
oxidations of other cycloalkar.,~,s and aliphatv~ aompounds with HNO 3' All
publications are in agreement as to the question of the catalyst dosage.
In the present paper, the authors studied these problems by ihe example
of oxidation of cyclohexanol with nitric acid, as well as the mechanism
of action of the combined catalyst. 6,6-nitro-hydroxy-imino hexanoic
acid (I) was synthesized as an intermediate to investigate the inter-
aediate stages of the reaction; I was oxidized with nitric acid to
adipic acid at 60-800 C. The optimum. ratio of components was at an HNOA
concentration of 55% and a molar ratio HKO 3:C6H 11 OH the tempera-,"~'.
in the first reaction stage (introduction of raw material) was 600C. ar.,--,
in the second stage (end of oxidation) 1000C. The total concentratlon
of the catalyst was 0.01 moles/1 each, while thP Tatlo between the
catalyst components was changed within the whole concentration range.
fig.1 shows the results of these experiments. The optimum molar ratio
CU:NH4VO3 is 1, while other authors stated 5-5. To investigate the
Card 2/4

Oxidation of Cyclohexanol and Cyclohexanone S/064/60/000/007/001/010
by Nitric Acid Under Pressure. Oxidation of B02O/BO54
Cyclohexanol by Nitric Acid Under Pressure in the
Presence of a Catalyst
stages of the process with the use of a catalyst, I was synthesized at
concentrations of the combined catalyst of 0-0-05 moles/1, and a constant
moiar ratio Cu:NH VO 3 - 1. Pig.2 shows that the yield in I mainly depends
on the concentration of the catalyatg a concentration between 0.01 and
0 03 moles/1 being the optimum. In the oxidation of I with 67% HNO.3 at
6;-800C, I is quantitatively transformed to adipic acid (Table 1).
The authors studied the stability of glutaric, suceinic, and oxalic acid
in boiling with 43% HNO in the presence and absence of the catalyst, and
give the results in Table 2. They investigated the effect of an over-
pressure of 1-15 atmospheres on the oxidation of cyclohexanol with
6o% EN03' Fig-3 shows the pressure dependence of the yields in dicar-
boxylte acids and C02, and Table 4 gives the mean yislds in gaseous
products per 1 mole of dicarboxylic acids. Fig.2 shows that the effect
of the catalyst is only noticeable in the formation of I. Optimum over-
pressure is 2-4 atm. The authors determined the reaction mechanism and
the consumption of HN03 both theoretically and practically. G.I.Kostylev
Card 3/4

Oxidation of Cyclohexanol and Cyclohexanone S/064/60/OGO/'007/001/0-0
by Nitric Acid Under Pressure. Oxidation of B020/BO54
Cyclohexanol, by Nitric Acid Under Pressure in the
Presence of a Catalyst
and Y4. I. Ishchenko assisted ir. the experimental part of the investiga-
tion. There are 3 figures and 4 tables~
6v0
Card 4/4

LUBrANITSKIYp Lra.; MINATI. R.V.; Fur", M.S. (Moscow)
Kinetics of conversion of-6.6-nitrohydroxylainohazanoic acid to
adipic acid. Zhur. fiz. khim. 36 no-33567-574 Mr '62.
(MIRA 17:8)
1. Gosudaretyennyy institut azotnoy proWshlonnosti.

ACCESSION Ut U403353t 0/0000/63/000/000/001?/MO
AUrWal dolldoMp A, Ke (Candidate of abodeal W40440t Ko$tY*Ievo Go lot
Is Too (Candidate of chemical sciences); Hlaat!# Re Val
PreabrasheaskLy, V. A.; S*dows, Is Mo; TrubaLkove, V. fo; Airiii, W so
(Doctor of chemical sciences)
TITLE: Derivation of adipLe acid by nitric acid oxidation of the products of
air oxidation of c7clob
SQURCE., Poluprodukte dlys statexe pollauLdov (Intermediates for polyadde
synthesis). Moscow, Gookbiniadat, 1963. 17-50
TOPIC TAGS: ad4pic acid. cyclahexanol, cycloboxane, phenol, nitric acid, cy-
clobexane air oxidation, cyclahexanot air oxidation, cyclohoxanot nitric acid
oxidation, adipic acid derivation, phenol hydrogen reduction, nitric acid
oxidation catalyst. adLpic acid pleat, bulk reactor
ABSTRACT: This extensive report reviews existing literature an edipic acid
and its derivation, considers in detail the theory and mechanism of cyclohexamol
oxidation with nitric acid (chemical equations are*iucluded) and reports the
effect of various catalysts an the efficiency of the process.
Cmd 114

ACCESSION MR: C4033331
I Experimental studies of the process (equipment illustrated) were carried out at
1 3*5 end 7 stag let stage temperature 7OCg 2nd stage 100C, nitric acid
i.. c;ucentration 57% by weight, weight ratio of (100%) nitric acid to organic
raw meterial 4.5:1. Results are tabulated (see table I in the Enclosure).
-oil residue and its oxidation with nitric acid.
Special experiments concerned X
Analysis of the derived adipic acid showed that double recrystallization (water)
and activated carbon purification of the latter provides material satisfying all
-called "AG" salt
government specifications relating to production of the so
(a polycondeneste of adipic acid and hexamethylonedissine). Experimental coa-
tinuous production equipment capable of proddeing 100 kg of adipic acid per day
was assembled and used in a series of experiments to study design requirement@
and optimal process factors for industrial production. The experiments in-
.--volved cyclohexanot derived from hydrogen reduction of phenol 4nd atmospheric air
oxidation of cyclohexanee First stage temperature was 55 to 70C (60 to 65C
for phenol-derLved material), second stage and blow-off column was at 100C.
nitric acid concentration 57X by weight, weight ratio as &bow* was 4 to 4.5il.
It is concluded that bulk type reactors are suitable for continuous nitric acid
oxidation at atmospheric pressure, Maximal yield of adipic acid from phenol-
of raw
derived cyglohemmoL to the wesence of a catalyst was 1925 kg per I k&
All "eft tale "IM'sistbod of 41 iferalou 0-.#matftrapby on diatomaceous brick was
2 144

I

ACCUSION ft: M463531 INCIOSMS: 01
Table I
Oxidation of cycl-Aemnot at atmospheric
pressure.(catelyst to % of the weight of
organic raw material
0.1 Ou, 0.2 W003)
Yield of di- Nitric acid
Composition of carboxylic courimptLon.
Organic ~,w r"c
usterL tion pass, seLd,-S/g SIS of adLpLe.
Vol % of organic -acid
raw materials
lu- suc-
adi- tarte ci-
pLc a- acid nic
Cyclohexanol
acid
tram phenol
a
from cyclotum 0 901k.. M. 4 0 11101
:1 to= 011.11
4/4

7
- SOKOLOVSKIY , - A . - ; ' -jAGATiM;r-. . %' .
Costs, industrial
"New fanns of competition to lower the cost or ixoduction." Vop. el:-)n. No. 4., 1952
I-Ilontbly List of Russian Accessions. Library of Congress, August 1, 1952. Unclassifi,.d.

r 31020-66
ACC NRs SOURCE CODE: UR/0292/65/000/012/0001
AP6022966 /000A
AUTHORs' Stanislavskiyv Le Ya. (Candidate of technical sciences)i Minatsev,ic.hV5.,M*
(~nq~neer); Wr#kovs 1. Z. (Engineer)
ARG: none
TITIZ: Zapsule hydrogenerators of the Kiev hydroelectric station
-SOURCEs Elaktrotekhnika&o. 12, 1965, 1-4
;,-,TOPIC TAGSt hydroelectric power plant, turbine-
:4BSTHACTi:1Ths Kiev hydroelectric station was equipped. n 1964
-1965 with four capsul
sets directly connected generators and turbines*- Thise are first of the
~20 hydro sets 3GK 53SA60-70, and the paper given details~~-characteristics of these
A61,3oo.'kVA units and discusses the peculiarities- Iof their,desipo construction# and
-:assembly. Their power factor is 1j, VO*ltage,3ol5O Vj,.stat~r-current 20990 A,:rated
iipe'ed-85.~j rev/sec and the induction within the air:gi0-,duAhg idling 7,500 Gauges
-",Tests showed a very good agreement between the theoretical and experimentally
m
sured dbaracteriatics of the units. Results obtained thus far confirm the
oil
-feasibility of capsule generator design and indicate that their power can be
:increasedA7 a substantial amount. Electrical tests were carried out by the
NIITEK,?..~nder the- direction of Eng. Pe Ya. Kartashevakiy# while the material
:~etrsngth "tests were carried out by the Scientific4tesearah Station (Kauchno-
..iseledovatellskaya stantsiya) of the Gidroproyekt under the'direction or*Eng.
G. 7 A. Be
schastnove Orig, art, has: 5 figures and 3 tables** [JPRS1
a"CFM._'C0DZi ~,,10` SM DATE: n* one / ORIG MW 1 002
clai& t=2 A21.1i'4A"_A2.0M.1

KIM X1997JQvif Karlovich; BALAKIRRY, Nikolay Gavrilovich.- LEVC10, NEO.
a
V -MWS, T.L.. tekh.red.
. .. nzW'..re17T,
(Now building material 4mokhovitO and its production] Kokhovit -
novyi stroitelinyi material i ago proizvodstvo. Leningrad.
Leningr,dom nauchno-tokhn.propWndy, 1958. 13 P.'(Informtoionno-
teldinio-%eskii listok, no.32. Stroitellnaia promyshlennost')
(KIRA 12:12)
(Building materials)

MINATULLAYEV,-M. (Minatullaiev, N.A.]
Systematic independence and geographic range of some wcrlcwood
species (Arfemisia L.) in the Caucasus and the Ukraine. Ukr.
bot, zhur. 21 no.6t69-75 164. (MIRA 18:2)
1. Dagestanskiy goeudarstvennyy univereltet, Makhachkala.

MINATULLAYEV, N.A. (MinatuUaiev, N.A..]
New species of Daghestan wormwoods. Ukr. bot. zbur. 22 no.3:
30-37 165. (IMTRA 18:7)
1. Dagestamskiy gosudarstvennyy universitet Im. V.I.Lenina,
otdel rastitellnykh resursovj, Makhachkala.

coua,~ry :
CATEGORY : I, t - - -
A33. JOUR. RZBiol., '~,-,o. 12 19%, No. 56743
Qy ,
ORIG. PUB. ~;el 'sk. Giaapadurka -qelarusi , 1957 9 No - 5113
A*,33TRACT :Descriptions are L-,ivei, of the properties of the
wild rose and 'of the highbur-h cr-;inberry i,itich an!
of use.
CARD:

mlKirciffly, N.D.
Exhibition of works of the Aculavy of Sciences of the U.S.S.R.
Test.AX SUE 26 zio.8:'45:42 Ag 056. (mm 9sq)
(Academy' ok Spiencem of the UoS.S.Re) (Moscow-Exhibitions)

L 34379-66 EWT(1)/EWP(e)/EWT(m)/EWP(t
AP6022204
(ET1 IJP(c) JD/GG/WH
SOURCE com woll5/66/000/005/0056/00~8
AUTHOR* Yagola, Yu. G. (Doctor of techniciol sciences); MnaVchey, V. Ye.
film~ring
ORG: none
TITIE: Measuring the thickness of dielectric
deposition
SOURCE: Itmeritellneya tekhnika, no. 5, 1966, 56-58
TOPIC TAGS*. dielectric capacitor, dielectric constant, microelectronic thin film
ABSTRACT: A simple vay-to measure the thickness of dielectric thin films during
depo,sition is described. The method in based on the fact that, up to several dozen,
-Fig. 1. Sampling capacitance
I - Quartz substrate; 2, 3 - aluminum
strips.
UDC-. 531.U7:539.228:537-226

L 34379-66
F~c` -N"- PI
pig. 2. Film measuring device
1 - Cover; 2 - operating substrate; 3 - capacitiv9
sample-, 4 - nine-positim sample holder; 5
vapor source; 6 - thermociouple-,_7 - input leads;
1 8 - high current-leads; 9, 10 - manometers; 3.1,
-
12, 13 - valves; 14 - mechwAical pump; 15 - high
:.-vacuum stopcock; 16 - vater-cooled trap; 17
diffusion pump.
Cwd 2/3

L 34379-66
Acc HN, AP6022204
microns, the thickness of the film is practically a linear function of its dielectric
constant c. Thus, by using a film sample as a capacitance dielectric and observing
the change in c during deposition, the authors ob~tain a ccntinuous readout calibrated
in microns. Fig. 1 details the sampling capacitance and Fig. 2 shows the test appa-
ratus. To minimize temperature error, quartz was used as the sample sibstrate.

electric LMPOBIT'
rate,

/see
Te

0
C
RecordIn

ensit
t !gty
Ij
pflu
Calibration

limit of filn

hickness, 0
sio
O'V
SbS3 0.63, 39
Chg"ogenide 16-9+20). 10-1 20 OM

The original calibratim of the device was made against standard interferometer
readings of film thickness; this step accounted for mst of the error (t6%) of the
technique. The overall accuracy, within measured capacity limits of 0.1 to 50 pf,
is estimated at 18-10%. The results of tests on three dielectrics are given in the
table. OrIg. art. has: 3 figures, 3 formulas and 1 table. [SH
SUB OODE: 091 SUBK DATE: none/ ORIG HEY: 003/ OTH RIW: 002/-,,--ATD PRESS:
:Ord _V 3 2 4r-O 3 91

AUMMAN, L.U.; OSTHDTSKIT. Ta.G.; GIMZBURG. A.S.; ZHMVLZV. N.V.;
FALUERA. Z.F.; 91UTMEDTA. T.S.; KUHNNIM)TA. Te.P.:
SUVOROTA, N.A.
Use, of electric contact beating for preparing scalded wheat
flour mash and for Investigating the suchmification of mah.
Trudy WIPP 4:62-70 096. (NLRA 9:10)
(Dough) (Starch) (Amylases)
.4'r

001~7 -W
T ItiT
0 6 WWW/E ?(h)/--,!P(l)
Pf- 3 _LBF
ACC Srowtt-kt --APS'6~0~1806 S[0209/64/000/012/0018/0023
AUTHORt Min-ayov.-A. (Engineer)
TITLF.: (Soviet production of military &_~ayt, 1939-19641
SOURCEs Aviatsiya i kosmonavtika, no. 12, 196J~18-23
TOPIC T&GSt Soviet figher, supersonic opeedo speed record, fighter
plane
ABSTkAdTi I -to article the author takes a retrospective view of
the mi-litary:-aird.raft produced by Soviet industry during the past 25
year*@ 14#ti-on Js made of the f ollowiLS models The 1-200 MG-11

L 2o243-65
0 77
~-a -
gins.L.1-300 (I),- -Ot~-fijhtar'.' 1 ter called MiG-9 4 s begun in February
1945, and it woo first flown by the outstanding Soviet test pilot
A, Grinchik in April 1946; its top speed was 911 ka/hr, Work on the
HLG-15 jet fighter started in March 1947, This aircraft was equipped
with the-RD-43F angine. (maximum thrust 2270 kg)~and had a swept-back
- - - f -sr-ft- __ -4 - V- - --- _V ~ _r ~_ _,__ , - __ . . . - I .

a a S
il~_ViWg _-, CilikJt hu p a r L or - p a r ff this "plane in said to
ha ve be-in ~a'it`iblfshed during the Korean War. In 1949, anew versLora
of the MLG-15, the HIG-17 was designed. This 450 swept-back wing
aircraft was the first to reach the speed of sound in horizontal
flight (test pilot was -I.-IvAshchenko). The MiG-19, powered by two
turbojet engines, was designed ip 1952-1954 and became the first
Soviet wass-produced supersonic fighter. It used a moving stabilizer,
and automatic temperature control, and waq an all-weather plane. Tbe
Ye-66 all-metal triangular-wixg..turbojet, is considered the triumph of
Soviet aviation technology, Absolute world speed records were set with

2 3:
L 2o243-65
ACCESSION NR: AP5001806
plane at a record speed of over 3000 ku/hr. Orig. art. hass 4 figr
ures and 2 tables,
ASSOCIATION: none
'S'VBMITTEDs 00 ENCL: 00 $U3 CODS: AG
.iNA REF sovs;!, 0001- OTHERt 000 ATO PRESSI 3163
77

AID P - 3437
Subject USSR/Electricity
Card l/2 Pub,. 27 4/32
Authors Minayev,
Zemlyanoy, M. I., Kand. Tech. Sci., A. A.
-
P. V. Chebyshev,, Engs.
'Title Experimental study of waterwheel generator ventilation
Periodical Elektrichestvo, 10, 13-17P 0 1955
'Abstract The authors present a method of testing experimentally
the ventilation of waterwheel generatore with an
electrothermal anemometer. Because of the small
scale of the measuring element, measurements of air
velocity and temperature inside the machine and also
In the generator rotor are made possible in not
easily accessible sections. Instructions are given
as to the determination of the total discharge of
air in the generator, in the ventilators and across
the frontal parts, and also a method of measuring
the velocity area inside the radial channels in the

ZBKLUNOY, K.I.; KINLIEV, A.A.
Ways for improving ventilation in high-power hydrogenerators.
Blektromila no.14:71-82 '56. (MM 12:12)
00 (Blectric generators--Ventilati-on)

ZFJ4LYAWY,u..I, lanre&t St&linskoy promil,kandidat takhnichesidkh nauk;MINATIT,A.A.,
I]Lzfienef .
Study of the ventilatiez &ad[ heat process*@ of hydraulic generators
at the DalVer Hydroelectric Power Station. Yest.olektreprom. 27
ao.1:17-22 Ja 056. (KUU 9:6)
I.Nanchas-Inalodovatel'skly Institut Kinisterstva elaktreprowyablen-
mesti.
(Bloctric generators-Cooling)(DaUper Wroolectric Power Station)

ZMLYAITOY, N,I., kandidat tekhnicheskikh nauk; TORDBIIMT, V,F.. Inshener;
NIKAYBT-,-.A,A,., Inshener.
, "-- -
Results of testing the TT2-150-2 turbogenerator cooled by hydrogen at
lew pressures. Yest.olektroprou.27 no'2:35-39 P 056. (NM 9:7)
lAmuchno-ineledovatel'skly Inetitut Kinleterstva elektroproWshlbanosti.
(Electric generators--fenting)

S/169/62/000/004/020/103
D228/D302
AUTHORS: Gilldenskiolld, R. S. and 'Minaye
TITLE: Gravimetric method of determining dust in the atmo-
sphere with the use of a filter and (Pfl/1-15-1-5 (FPP-
15-1.5) cloth
PERLIODICAL: Referativnyy zhurnal, Geofizika, no. 4,'1962, 10, ab-
stract 4B78 (Gigiyena i sanitariya, no. 1, 1962, 40-46)
T-EXT: A method is described for determining the dust content of
air with the help of filters and PPP-15-1.5 cloth, obtainable by
means of electrostatic spinning. The constant electrification of
the cloth promotes the settling of aerosol particles upon its sur-
face. The small weight of tha cloth itself allows microweighing
'U-o be carried out. The results of the technique's verification and
of its comparison with other methods are given. Z-Abstracter's
note: Complete translation.-7
Card 1/1

ACC NR,
6024422
AUTHOR: Gusev, M. I.; Minayev, A. A.
-SO U_R 6 aiE_l U, R -/-0-2-h-o /-6-6-
/000/007/0121/0122
ORG: Moscow Hygiene esearch Institute (Moskovskiy nauchno-iseledovatellakiy
institut gigiyeny in. F. F. Erismana)
TITLE: Determining latent 'reflex time in hygienic atandardization of toxic sub-
stances In the air
SOVRCEt GL&Lyana I senitarlyaq no- 7, 1966, 121-122
TOPIC TAGS: microclimate, toxin, pharmacology, toxicology, physioloa,,neryous
system, air pollution, environment study
ABSTRACT:
.In pharmacological, phys lological, and community hygiene studies, measure-
-ment of the latent reaction time is a sensitive indicator of the condition
of the nervous system. One can infer much about the state of morphological.
:an'd functional structures such as receptors, afferent nerves, nerve centers,.
.efferent nerves, and effectors. S. 1. Gorahkoy has demonstrated a'
reflezoigenomieter fbr exact nessurement'd latent reaction time of rate in
cerosol chambers. * Substances introduced into the chambers were w-aetbyls~"Ue
um Q4.72:615-91-0T:6i2.833-91

NR: AP602W2

44ft-Y-9-t6f2+ 16.4 1? 00 616 5 3 1
AUTHORSs Minayev,A.F., and Kadyrov,Kh. SOV/166-59-3-4/11
TITLE: On the Numerical Determination of the Complex Eigenvalues and
Forms of a Real Matrix by an Electronic Computer
PERIODICAL: Izvestiya Akademii nauk Uzbekskoy SSR, Seriya fiziko--
matematicheskikh nauk, 1959, Nr 3, pp 23-34 (USSR)
ABSTRACTs The authors consider osoillatioria of a linear elastic system
with several degrees of freedom and with a damping proportional
to the first Dower of the oscillating velocity. In general the
solution of tie motion equations is combined with extended
calculation. The author shows (under restriction to small
oscillations) that by use of matrices the first eigenfrequenciei
and the corresponding oscillation forms can be obtained relativo
simple with the aid of an iteration method. The numerical
calculation according,to the proposed method was carried out
on the computer BESM of'the Academy of Sciences of the USSR.
The results are given. There is 1 table, and 2 Soviet referencel
ASSOCIATION:Institut matematiki imehi V.I.Romanovskogo AN Uz SSR
(Mathematical Institute imeni V.I.Romanovskiy AS Uz SSR)
SUBMITTED: February 23, 1959 Lr
Card 1/1

YWETOV, I.M., lashener; KIXAMq A*Fs, 1nshanor; TOWBUYW# Me. kmdid&t
ekonouichosidkh ww, I.N., 1whener*
Modernization of the 02300 light-sectlon rolling mill. Stall 15 n0.2:
143-146 7 155. (KI" $15)
1, Stsainskiy mtallargichaskly swod I Ukrainakly Institut met&llav.
(Rolling mill mchinery)

i U.J
AUTHORS7

F,echnica S5 I e f ---e Te r r,
V-
Ku.-,i lov, A. 1
I.. A. , deceased En
TITLE:
.~ I I -, f,r;
L 1-1 r,,: Defcrm.,~,J c. - -3 t
T,, -; c, n e R,_
Reinfo-r,cin-g Bars
PERIODICAL,, S t a 1 !,_960, 1,: r p p
ABSTRACT-. The introductirl-, of i-rie ro 121 ing o f d ef'ormed cn -
c re t e re inf orc inv ba rs Gn a redle q igned srriall 1, s e c t J_,_n 280
mm mill at YenaVievo Plari" 'Yeriaklevskiy me-~,alilurgicheskiy
zavc,d) has i n(,, ceaseci t-ne mi 1~1 s h:D!i!-,..y produc t ivity by
about 70%. The roll'Ing is fully mechar;Lzzed and auto-
mated by the aolit ion ol ine rep-eate.cs in front and
n t h e r e a r, p a t h tt m 111 T" i~ e f c.". I () Tw i n g p a rp a t~
.Ln, rhe 'I'mi. h.. Ahrarm-nVo, A. P. _Mi_khal'r_,rjerj;-,f~,
G"llaV~,,ov, .1. 1, lvar'.cw, A. A.
N. K. Nikolenokc), V. A. Terna~.r.-lciy, V, D. S:3yr-r,,myatnilcrjv,
/
Card 1 -
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V
ouiolr,v
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Tw-,-'Ir--inc- 'Ro,11 Ing W-it.1-, Rec)-a, ers
Deformed Cc,,ncre~e Reinff.lr;~~-i-r,g F,;j!~~3
Sov,/ I 33-6o -
V Z. Ber- 'J~:-aased';
G . E. Slrw he r b I r a , S 3 , Ap:- e 1~ -a r K , F. Kr, s h~ 1 e rd., c , a n;A a
t ea rr, o f r 2 - s r..ia s r3c ~-) n rc, -IJ-1 ng s h-1. r ,
W; de rni Za t -i, ~)n rri o s t a r r: ecl In I ci5 2 by 1: ~ie
installation c;f 11-1~, me--charilzed ~coler-; 1,21', flying
shears; f.3) thtee-zona.! f-.~)ntinuaus recuper-ati've
furnace with ~re~,har:-!.zed metal supply ana de'Ti.very:
/a) t-ilti-ng tab-le-, ele,.tric ',170-np
eleetrile !--re rcurhinry,* 1 -1'- n e Of tne var Ic",us net,icds
,-,f twc Line rol g trlf,d a... -,I-Le mi-',, arrant~errier~
ri
shcjk,~~n -.1r-. Fig ?,jas accepr-:~d as -a~-!.slactcry Twc -
I InE.- re. 1 1 i ncr reri 11 red t he uoe i-f a v e r r i, ca r e p e a e 1- -) ri
"line aral ;:f 1-rough hc~, c, n a r e;~ e a t er n
frr--nt of -I,.e Figs. 1~ aria Tnt~. ab~-,ve
r~c j t: e t,
s t pn ant.~ r e a h ri r e r, f
u:1 -3 usea in 0)e rr,'! are
ance . r,ge:j P, r,,~e i j i J1- v e ry ff
prc,duced by hr,~-i Lit tne reauireJ
le of '-urntrqy, -Pheui~-- ar-e figuresj 1 table; ar-:J.
a n
-.Wo
3 (,-) v ie e r, e 1 j
Card 2/7

A
X,
EA
Fig. 2. Schematic
280 ,rim mill at Kr~iwolljrs-,!, PJ--J~;l,
(Kraniators'iciy zavod IvIr'I"I
reducing lirl~-; (b) '12~- min
finishing lAne.
Card 3/Y

r
K
t
4L"
T
iL
(Capl, !~Gjl I

Two-Milic R01-111iLl" Wit" 11-~'
Deformed Concret;(! Re Uil'on" hur T"r%'
Fig. 5, Vertic,,ij. rou n
11 tic-, Ia ~ body (11 vu;,i.,,h) stand; (d)
rack; c ,icru-wdOV1r1; (1) 1--xzlverse;
(h) bottom traverue; ~W" (FL) floor
level; (TPL) top plate Jt~
Card 5/7

"'!OV/ t -- -l'-(-)0-3-12/24
T,
Card
9-
(Caption on
Card 7/7)

I V10-
Da fo nmed Coznk,, r-e
F i

Lrie-
fj

box w i~ a a (Ail d
ar)p r
m rj cc
e r3 p
-j nd n x I.
ASSOCIATT.ONS., Y enak i e v c) Nj~ 1--j I IaP-- ant Dneorodzerzhinsjf( urg-,,
k i,,r vec I-je rn-.*,,2, me 'a ur-
Evening Inst- a- DneprrjJ'zei1zhins-
g 4 c, -2 e s ky I n
Card -/7

TREGUBOVp B,G., gornyy insh.1 KOVALENKO, V.A., gornyy Insh.; OLEYNIK, Yu.M.,
MINAikV,
gornyy.-inzh.;
A.G., gornyy inzh.
Reply to A.I.Churakov's article *Upraise mining by means of
Sectional ~las~ting of.deep-holes-in mines of the Kursk-magnetic
Anomaly." Gor'. ihur,,- no.9s78-79 S .162. (MIRA 15:9)
1. Institut kornogo dels, Sibirskogo otdolenlya AN SSSFL (for
Tregub6v). .2. Gornoye uptavleniye Kusnetakoga metallurgicheakogo
kombinata"(for Kavalenko). 3. Rudnik "Tashtagol" (for Oleynik).
4. Rudnik "Temli~,-Tau' (forAnvev)
(Kursk-opgnetic anomaly-)dning engineering)
(Blasting)

(Wonoff)
Um TM) *T9s Tf WVOU 9 n=nJW O-Zsddc49 TOng
NFUVIKOWK LTqgzlMg '*X*T 'ASXVNDi

MINAYEVY A.I.; PETROVA, G.L. (Moskva)
Kinetics of the catalytic decomposition of H20 by chromium
and calcium salts. Zhur. fiz. khim. 35 no.7di22-1517
ii 161. (MIU 14:7)
1. Moakovskiy gosudarstvemyy universitet im. MoV.Lomolaosova
i Moskovskiy tekstIlInyy Inatitouto
(Hydrogen peroxide) (Catalysis)

BOGDANW, G.A.; PETROVA, G.L.; MINAYEV, A.I. (Moskva)
Calcim peroxychromates and the mechanism of the catalytic
decompositicn of B202 by chromates. Zhur.fiz.khim. 35 no.8:1716-
1717 Ag 161. (KERA 14:8)
1. Moskovskiy gosudarstvennyy universitet imeni M.Ve 10monosova
i Moskovskiy tekstilInyy institut
(Calcium chromatZ
(Hydrogen peroxide)

is MINAYEEVI A. ~!.
Minayev., A. M.
"Teaching students in the second through fourth classes of the Uzbek
school a correct Russian pronunciation." Acad Sci RSFSR. Sci Fzs
Inst of Teaching Methods. Moscow, 1956. (Dissertation for the Degree
of Candidate in Pedagogical Science)
So: Knizhnaya letopis',, No. 25, 1956

XINATIV, A.M.
KOLS M'VvT#*,,tn the spidesiology of typhoid favor where there to
a centralized water supply. Zhurmtkrbbtol,9ptd. I Immun. 28 no.5:
33-36 Fv '57. (XLRA 10:7)
1. Is Gorlkovskogo u*dttstnsko
.go Institute I Gorlkovskogo Institute
spidentologii, nikrobiologii I gigiyany
(TYPSOLD FBM. spidental.
role of *star in qWtoltzed water supply)

i, 01 -M-67 LJI,(c) JD
ACC NR-- A116035954 SOURCE CODE.: UR/0129/661000/010/0045/0047
AUTHOR: Culynyev, A. P. M nnyev, A. M.
:011W: Moscow Institute of Chemical Machinery (Moskovskiy institut khimicheskogo
;mashinostroyeniyo)
!TITLE: Study of notch toughness in austenitic steels at low temperatures
SOURCE: Metallovedeniye i termicheskaya obrabotka metallov ng. 10 1906, 45-47
TOPIC TAGS: low temperatureA aus?enitic Isteel, ste~el-:~A-Z 18N10T steei,~
Khl7N13M3T steel
ABSTFACT! Specimens of KhISN101 and Kh17N,13M31 steels, annealed at 1050C and wat'
-c temperatures- from 4-20 to -196C. wa
quenched, have been tested for notch tDugimess-z it s
found that though neither steel contained martengite after annealing and quenching,
some martensite was found in fractured specimens in the notch-adjacent area. This
niartensite was formed under the effect of deformation. Ic began to form in KhIBN10T
steel at about +20C and in Khl7Nl3M3T steel at about -100C. The notch toughness of
Khl7Nl3M3T steel first drops with decreased temperature to a minimum of about
19 kgm/cm2 at -100C and then begins to increase, while that of Khl8NlOT steel increases
with decreasing temperature to maximum of 22-38 mkgJcm2 (depending on the specimen
type) at about -100C, and then begins to drop. It was established that if austenite
does not transform during impact tests, the notch toughness decreases steadily with
Card -1/2 UDC: 669.14-018.298.8:620.163.4 -

L 09998-67
ACC NRI AP6035954
temperature decreases. The formation of martensite during testing increases the work
required for crack initiation, but reduces the work for SS~~rgplagation.j~ In this
case, the curve of the temperature dependence of the notch toughness Wis--a maximum.
Orig. art. has: 4 figures.
SUB CODE: 1l/ SUBM DATE: none/ ATD PRESS: 5105
'Card 21~

I-INAYDI, A .1 N.
1-UNA.YEV, A.N.: "Continuous high-speed hetiting of round billets before broaching".
Dneprnpetrovsk, 1955. Flin Higher Education Wkrainian SSR. DneproFetrovsk,Okdof.
of Labor Red Banner Metallurgical Inst imeni I.V. Stalin. (Dissert-tions
for the Degree Of Candidate of Technicql Sciences).
I'M: Knizhn a letonis' 4o 45, 5 November 1955. 'Moscow.

/I. L / A", ~ /Z11,
137-58-3-5115
'Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 3, p 92 (USSR)
AUTHORS: Tayts, N. Yu., Sitkovskiy, I. S., Minayev, A. N.
TITLE: High-speed Heating of Stock in Sectional Furnaces (Skorostnoy
nagrev zagotovok v sektsionnykh pechakh)
PERIODICAL: Byul - nauchno-tekhn - inform. Vses . n. -i. trubnyy in-t,
1957, Nr 3, pp 75-85
ABSTRACT: A report on the results of an investigation carried out in a
twin-chamber furnace of VNITI design, intended to establish
thermal parameters essential in design of sectional furnaces,
employed for continuous, high-speed heating of round stock'(S)
prior to broaching. S of steel.10, 15KhM, and lKhl8N9T was.
subjected to heating. It is established that, when the operating
region of the furnace is at a temperature of 14500, the specific
time required for the heating of round S 80-110 mm in dia-
meter amounts to 0.95-1-15 min/cm. Compared with the stan-
dard continuous method the high-speed heating method reduces
fume losses of metal by 47-60 percent and promotes a good uni-
formity of heating; the temperature difference throughout the
Card 1/2 cross section of the specimen does not exceed 100 at the time

13 7- 58- 3 - 5115
.High-speed Heating of Stock in Sectional Furnaces
qf completion of the heating process. The mechanical properties of finished
pipes obtained from S subjected to rapid heating exceed the GOST specifi-
cations and are comparable to the properties of pipes which were heated
continuously.
V. F.
Card 2 /Z

14(l);25(l) PHW, I BOOK KUWIMION SOV/2692
Minayev, Anatolly Nik0l"141ch, and Boris Illich Shipilin
TAteYnyye Pechl i suehila (Foundry Furnaces and Drying Chambers) Moscow,
Mashgiz, 1959. k72 p, 8,9000 eaVies printed.
Reviewers (Division of Foundry Prodbiction, Ural Polytechnical Institute):
A,A. Gorshkov,, Doctor of Tedudeal Sciences, Corresponding Member,
Acadmy of Soleness,, VArSSR; and A.S. Telegin, Candidate of Technical
Sciences; Eds,: A.S. T*lsgin, Candidate of Technical Sciences; Yu.G.
Yaroshenko, Candidate of Technical Sciences; D.K. Btatakov,, Candidate
of Technical Sciences; P.V. larchanko, Candidate of Technical Sciences;
K.N. Sokolov,, Candidate of Technical Saltness; B,M, Ksenofontov,, Candidate
of Technical Sciences; and YU.P. Poruchikov, Candid6te of Technical Sciences;
General Zd.-. G.M. Dabitakly,, Candidate of Technical Sciences; Techo-Ed.:
N.A. VAgina; Exec, Ed* (Ural-Siberlan Division, mashaiz):: A.V. KAIMUMP
Engineer.
PURIM: This textbook in intended ror students of machinery construction
vuzes. It m4W also be useftl to engineering and technical personnel,
car&;ZA3;~

Foundxy Fari2aces and..'DrAM Chiibers SOV/2692
COVERAGE: This te3ctb00k deals vith foundry furnaces and &7ers. Fuels
used in foundry practice are discussed in Part One. Characteristics,
methods of selection , and calculations for combustion processes are
Included. Part Two deals with gas dynamics in furnaces.'. Peolp exuiples
are given. Part Three deals with heat transfer in furnaces. Refractory
materials,, elemeAs of furnace construction, an& fundmekals of desigr.
are incliaed in Part Four, Part Five Is devoted to constructions of
dryers aM furnsceid, Some design wcomples are given. A.S. Telegin, P.V.
lewhenko, KX Sokolov,, A*X. Mlnqw,, Yu.G. Uroshenko,, Candidates of
Techkdt;al Sclencos,, -ad M.Vi Shaval I.zon,, Engineer,, vere coauthors of the
book. There are 127 re~erenees: 121 Soviett 5 (;erm&n,, and 1 Polish.
TAME OF COVERM:
PART ONX, FM
Preface
Symbols
Card 2/4

TAYTS, N.Yu.; WLIDIAMB, Z-M.4~ ~,A-~X-
Reating of large Ingots In Booking pits* 1xv. vym. uchobe say..- charn.
mt. no.8:160-166 960. (NIU 13: 9)
Is Dnepropetrovskly ustallurgicheekly Instituto
(Steel Ingots) (Purnaces, Heating)

I
allBMISKIY,, V.U; MINA7XV, A.N.; TAWS, N.Yu.
InvestIgatlag the procese of wire rod cooling folloving rolling
on alsmtizt4~w mille Isvevyoouchebzav,,; chememete 5 U0.112
128-432 162. NIRA 15AZY
lo Deepropetrovskiy metallurgichookiy institut.
(U3.1ing (Metalvork))

CMWWZFy A.F.0 skademik; TAnS. N.Tu., prof., d0ktor tokhn.nouk;
CALATOW, N.S.Vinsh.; GXTNU=,.V.,T, insb,; SINIMA, I.L., insh.;
NUUM. A.]L,, kand.takhn.nauk; Giiidm, VIIOP insh.; G.ONCHAROV,
Tu.V. . insh.
Reduation of scale formation on continuous vire rod rolling ndlls.
Stall 22 no,4:327-330 Ap 062. (HIRA 1535)
Is Doepropetrovskly metallurgicheskiy institut i Krivoroshokiy
metallurgicheakLy sayod.
(Rolling (Metalwork)) (Wiro-corrosion)

BOLGOVY A.T., kand. tekhn. nauk, dctuent; MIAKAROV, V.V., kand. tekhn. wuk,
dotsent; MINAYEV, A.N., kand. tokhri. nauk., dotsent
~ ~ 0', ~ -
Criterional relation of damping coef"Icients of a motor unit an(i busic
parameters of the rotating system, Izv.vyi3.uchob,zav,;mai3~'Liiogtr. no-5:
46-51 164. (MiA 18-.1)
1. Alttayskiy politekhnicheskiy institut.

JXOROSHAYA, TO.B.; LTJWTA, A.S.; TUGOT. I.1.; WIN. S.M.;
. -Xgmv, Ax.
Jkpress method for determining rubber content of used tire cord
fibers. Kos-h.-obayo prom. 2 no. 11:23 9 160. (KMA 13:12)
(fire fabrici)

POTOTSKIT, I.I.; TMMAYDIS. G.S.; MINAYRV, A.V.
Histologic nature of lupus vulgarin during various stages of
vitamin 11~ therapy. Vest.vener. no.2:15-18 Mar-Apr 1951. (CIRL 20:9)
1. Of the Dermatological Clinic (Director-Prof. I.I. Pototskiy).
Kuban' Medical Institute, and of Novo-Pokrovsk Tuberculosis
Sanatorium (Head of Skin-Tuberculosis Division-A.V. Ninayev;
Consultant-Prof. I.I. Pototskiy)a 2. Prof. I.I. Pototskiy;
Clinical Ordinator G.S. Tseraidis.

KiRPOT, M.K.; IEMINSKIT. V.A.1 KINAYNT. A.V.
Cortical effects on immunity. 2hur.a1kroblol.spid.1 Inman. no.3:78.-
82 Mr 9 55. (KIRA ft.-?)
I* Is kafedry ulkrobiologit (nache prof. I.I.Rogosin) Toyouno-medt-
toinskoy abodoull Imeni, S.K.Kirova.
(MMITY. Physlology.
off* of cerebral cortex In rabbits)
(ORAL CCIFF1 r, pbratoloff,
off. on Inman. In rabbits)

IUNAYEV, A.V.; MOSOIN, L.F., prof.,, red.
[Pnewatic testing of pipelinesIPnevrAticheakoe ispytanis
truboprovadov. Moskva, Akad. stroit. i arkhit. SSM , 1959.
18 P. (MIRA 3.5 3 8)
(Pipelines--Testing)

MiRiTIT. A.V.
Pnaumtle testing of pipelines for liquid transportation.
Yod. i man. tekh. no.11:19-22 1 159. (KIU 13:3)
Oftpe-Testing)

miniv, A.T.
C::~~
Measurement of gas teimperature In pipelines by some of Govd-
conductor thermistors. G"-prom. 5 no-4:24-27 Ap 160.
(MM 13: 8)
(G" pipes) (fternistors)

KLUIZVp A.V., inzh.
Famuniatic testing of aobestoo-coment, pipe. Vod.i san.tekh.
no.3sll-13 W 162. (MM 15s8)
(Pipe,, Asbestoo-coment-Testing) (Irrigation)

*OW VITRESHKO, I.A., inzh.; MINAYEV A.Vt kand. tekhn. nauk
-
Hydraulic tests of pressure pipelines. Vod. i san. tekho n0-4:
32-35 AP '64 (MIRA 18&1)

Ir-A
AID F - 1818
.Subject USSR/Aeronautics
Card 1/1 Pub. 35 - 13/18
Authors Vinogradov, R., Eng. Major, Dotsent, Nand. of Tech. Sci.
and Minayev, A.,-Eng.
Title Soviet jet aircraft fighters
Periodical Vest. voz. flota, 3, 68-78, Mr 1955
Abstract The author gives a short history of the development
of fighter aircraft in Russia from 1915 up to recent
times. The MIG-15 is described as the last aircraft.
Diagrams, graphs and photos.
Institution: None
Submitted : No date

161
,Y4-41 15~7 PHASE I BOOK EXPLOITATION
Vinogradov, Rostislav Ivanovich, and Minayev, Aleksey Vasillyevich
Kratkly ocherk rezvitlya samoletov v SSSR (Brief Outlim of Aircraft
Development In the USSR) Moscow, Voyen. Izd-vo Min-va obor. SSSR,,
1956. 254 pi No. of copies pr4nted not given'
Ed-% Plaarev, H.S., Engineer-Colonel; Tech. Ed.: Solomonik, R.L.
PURPOSE: The book Is Intended for students at aeronautical
engineering schools and for the flying and technical personnel of
the Air Force and the All-UnIon Voluntary Society for the Promotioz
of.the Army, Aviation, and Navy.
COVERAOA:- The book contains a historical outline on the develooment
of Russian aircraft, beginning with A.F. Nozhayakly's plane and
embracing contemporary high-speed jet aircraft. It was-compiled
from archive material; part of It wad published before in magazinei
part Is published for the first time.' No personalities are
mentioned. There are 51 references, of which 50 are Soviet and I
German.
Card 1/4

Brief Outline of Aircraft Development in the USSR 161
From the Authors 3

Ch. I. Creation of the Airplane and the Beginning of
~.Russian Airplane Construction 7
Creation of the-first--&Irplane 7 -
Birth of aeronautical science 24
Beginning of Russian airplane construction 31
Ch. II. The First Heavy and Maneuverable Airiplanes 41
Development of heavy aircraft 46
Development of light maneuverable aircraft 52
Development of seaplanes 59
Ch. III. Development of Bmbers, Fighters and
Reconnaissance Airplanes 62
Heavy bomber biplanes 62
Maneuverable fIghter-bIplanes 73
Reconnaissance airplanes 86
Card 2/4

Brief Outline of Aircraft Development in the USSR
Reconnaissance seaplanes 89
Ch. IV. Beginning of Soviet Airplane Construction 95
The first Soviet airplanes 100
Beginning of all-metal airplane construction 104
Ch. V. Establishment of the Soviet School of Aircraft
Design ill
iReavy monoplenee 113
.Development of maneuverable fighter planes 137
Attack planes 149
Reconnaissance planes 150
Civil aircraft 155
Traifting-'and special airplanes 159
Ch. V1. Development of High-speed Aircraft 162
1
The first high-speed monoplanes 162
161
Card 3A

Brief Outline of Aircraft Development in the USSR
High-speed maneuverable fighter planes 169
From "air cruiser" to high-speed medium bomber 180
High-speed heavy aircraft 191
High-speed attack planes 196
High-speed civil aircraft 200
Ch. VII. Aircraft of the Second World War 207
Development of new combai planes 207
'Development of combat planes in the.course of the
Second World War 218
Ch. VIII. Postwar Aircraft Construction ~35
AVAILABLE: Library of Congress IS/ksv
8-6-58
161
Card 4/4

A V
Vinogr&dov,*RbstI*IW Immich, and Alskoey Vaal]. Iyevich Ktwyw
Sam2ety SM; kmtkly ochark rezvItLys (Aircraft in the EM; & Brief Outline
Of Their Deveippient) 2d edp:rev. and Onl- Moscow# V070015dat N-va, obor.
was 19610 297 P. Ilj,5W copies printed,
Ed.: 11, P, 00MOYOW; Teche Nde: T, 7, Wasnikom.
PMPOSZ: TbIs book Is intended for stvidente at aviation sch"Iss, flying sad
technical personnel of the Soviet Air Fopce, Civil Air Met,, and An-ftion
VOIUnt4I7 Society for the tion or the ArjW,,, Aviation and IMO and for
general readers,
COVERAM The book is concermied prUarjay with tjw de"I"mat of &jrpj s -and
the Soviet administration. Ch. it which deals with the Imutlan of the air-
Plam and the bealmd of Russian airplane Constructions .Conteims intormatior
on As F. HashayaklyL9 vbop according.to the muthori4vas the Investor or the ad
Plane. only typical alrploms and those v1dah hm c9mtrIftW to the de"D
mat of aircraft designs am presentede Photo&*8'#-dr*mImts, and doncist

Alreraft in the WO (,iont.) SOY/5W
per1rormance aba terlstles of am alrylazwo on ImbAded, Tbe authors have
drom mch of their sm =a paterIal from the Toentrallayl Gosudarstwenn
voyerma-latorlebeekly arkh:Lv (Central State Archives of Military Riatzi and
the TsentralInyy Gosudarstwennyy arkhiv'Krasnoy Armli (Central State Archives
of thT Red AnV),j No personalities are mentioned, There am no references.
TAWZ OF CONEC"S:
Preface
3
Ch, 1, Imention of the Airplane and the Beglimi of Russian
Alrylem Construction 5
The lanntion of the fIrst.airplame 5
Mw Ueeption of sereawtical science 17
Beid-I of Russian s4rplaw constmetion, 22
Ch, n. TM Mat lea" and Ykneuverabl* Airplanes 29
Dn*IOPIM bevy airplamp 29
D"~U%Img 110t manewartble aikylsves 35
Developbw "Spuneff 42
The dame2opment of Russian aeronaittloal 'science 43
Card 2/5

SKLYANSKIY9 FeUke Josifovich; BYUSHGENSp G.S.j doktor tokku2.
nauk,, retsenzent; MINAYEV,_A.!.,,- inzh.p retsenzent;
GRIGORASH , K.I.# 7e-d-.-
(Flight control of a supersonic airplane] Upravlenie
everkhzvukovogo samoleta. Moskva.. Mashinostroenie,, 1964.
387 p. (MIRA 17:11)

ABRAMOV, F.A.; DOLINSKIY, V.A.; MINAYEV, B.A*
Aerodynamic resistance of workings witb tyj~es of support and 0"
shafts in Krivoy Rog Basin mines. Gor.zhur. no.1204-59 D 16/..
(MIRA 18:1)
1. Dnepropetrovskiy gornyy Institut.

76
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W221( M~,2Ik-~j t1h,.-
N comlods. in Gual nsolasv4 ol USS. R. Imet-%ugar -wi-sir,
Is firlAvOwd: V. It. Halk,)w

MINAYEV, B. A.
Automatic Control
New devices for operation control according to a time schedule. Sakh. prom. 26 no.
4, 152
Monthly List of Russian Accessions, Library of Congress, July 1952. Unclassified.

MINAYEV, B. A.
Sugar - Manufacture and Refining
Control of alkalinity in preliminary defecation and first saturation. Sakh.prom. 26
No. 5 1952.
VQ--., List gg '~usgian Acceasions, Library of Coneressp October 1952. OCLASSIFIED.

MIRAYET, BIA.
Simplified method of recording rigor-beat products. Sakh.pron.
30 mools2l.-23 J& 136, (KM 916)
LAI"kly "W"k1otrest,
(Sugar industry)

DEMEZYUK, Eduard Sillvestrovichi YEMELIYANOV, Nikoley Alekseyevich;
KHOLDEYEV,, P.I., inzh.,p retsenzent; YEFIMOV, S.K.# prep.,
retsenzent; _MRA. B.I prep.., retsenzent; LOIN, O.G.,
u
1. "m
kand. tekhn. na , sm's. r~d.; KRUGLOVA, G.I., red.;
SOKOLOVA, I.A., tekhn. red,
[Head engineering equipment for enterprises of the bakez7
and confectionery industry) Te~lotekbnicheskoe oborudova-
nie predpriiatii khlebopekarnoi i konditerskoi promyshlenp-
nosti. Moskva, Pishchepromizdat, 1963. 341 p.
(MIRA 17:3)
1. Moskovskiy mekbaniko-tekhnologicheakiy tekhnikum pi-
shchevoy promyshlennosti (for Yefimov, Minayev).

KI!fNAmItW, F - CHEMAW, I., inzh.-makhaaizator; KWMTAJI, L. starshiy
-- f~.
Inzh.
Nov automtic stacking device with a rotating adapter. Xuk.-
elev. prom. 26 no. 12s8-10 D 060. (MIRA 13:12)
1. Direktor Brattsevskoy basy khleboproduktoy (for Minayev).
(Grain elevators-Squipment and supplies)

MMYEVP F.; VAYNSHTEYN, L.; CHERMENEV, F.
Truck transportatimi c.L~ - uti~, ~ * '
,4.L' ~~ 6 VaL:~ 6 . Lby 6
pmm. 27 no-4:20-22 Ap 163. (MIRA 14:7
1. Moskavalcaya Brattsevskaya baza khleboproduktove
(Flour-Transportation)

MWAYNT, Go
More forceful dust removal from rotating tubes. *ak.-elev. prm
23 no.lOr28 0 157. (min un)
1, Nolotovskly wl'alchnyy kombInat,
(Grain-handlIng mchInery)

MINAYFV G.
We fulfilled our obligations. Huk.-elev.prom. 25 no.12:27 D
'59. (MIRA 13:4)
1. Nachallnik elevatora, Pervwkiy melikombinat.
(Perm--Flour wills)

MINAYEV, G.
We are using vinyl perchloride adhesive for gluing aonveyor belts.
M*,-elev, prom, 28 noo8t29 Ag 162. (MIRA 17:2)
1. Permakiy mallnichnyy kombinat.