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

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134120006-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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MIUSINY, T.M., Inzhener.
~
Wasteless laying-out of sheepskin used for far coats. leg.prom.15
(i.e.16J no.):48-50 Mr 156. (Km 9:7)
(Far) (Rides and skins)

DOBRUNOV, G.M.; SMIRNOVA, T.A.; BLINDV. A.M.; RUDKIN, A.G., konstruktor;
MIKHEYEV. V P kon truktor; MALITSEV, B.G., konstruktor; PETROV,
[W - I
V.I., konstruktor; BASINIEVICH, t.~Lv-red.izd-va; SHTBIDTA, R.Ye.,
takIms red.
(Album of standard shielding anA protecting devices for besio
types of sawmilling and woodworking equipment] Allbom tipovykh
ograditellnykh ustroisty I pre4okhr*ALte1'nykh prisposablenit
d1la oanovnykh vidov losopillno-deresoobrabatyvaiushchego oboru-
doyanita. Moskva, GOBlesbwvlzdat, 1963. 51 p. (MIRA 160)
1, Moscow. TSentrallnyy nauchno-iseledovatellskiy institut me-
khanicheskoy obrabotki drevesiny.
(Wbodworking machinery--Safety measures)

MIKHEYEV,, P.V.; MffSNER, Ye.V.; MIKHEIEV, V.P.
Attraction by light of organimm on which fishes feed, Top.
ikht. 2 no.4s731,739 162. (KM 16#2)
1. Vaeressiyokly nauchno-issladovatellskly institut prudovogo
rybnogo khozyaystva (VNIPM), Kbakwa.
(Fishe;Li~~) (Light-Physiological effect)

HIKHEYEV, V.P.
Tests on killing Drelesena by wamed-up water. Blul.In.-I-biol.
vodokhran. no.U:10-12 161. 041-~,A 15:8)
1. Kuybyshevskaya gtantalys Instituta biologli vodokhranilishch
V1 SSSR.
(KUYBYSHEV RESERVOIR-DREISSENDIDAE) (MARINE MULING)
(TEMPERATUR-r-PHYSIOLLGICAL EFFECT)

MIKUYETP V.P.
Distribution of Dreissena polymorpba Pallas on the structurew 40 Ow
Volga Hydroelactric Power StafAbu (taWn). Biul. Inst. biol.
vodokhran. no*12%32-33 162. (MIRA 16:3)
1. Kuybyshevskaya stantsiya Instituta biologii vodokhranUishch
AN SS5R*
(Volga Hydroelectrij Power Station (Leni~)-Dreissenidae)

I i
Shortcomings of suggestion systems used in Northern River lavigation
Administration. Izobr.v 35SR 2 no-2:33-34 IF '57. OGFA 1213)
(Suggestion systems) (Steamboat lines)

Umm"j, I$?.$ tush*
WIP JrAl-
Ww- 141proviag oil
Raab, trousp,
cleaning on diesel ships equipped with Z06 engtaes.
17 too 700 A 15% (MIRA U M
(Marine diesel engines)
(Oil filters)

A UTHOR i Mikheyev, V.F. 30V/117-~6-11-11/16
TITLE: Mea~suring TPart'sof birge Diameter by A Common '71ile cape
(lzmereniye detaley bol 'shogo diametra obychnym sntaniren-
tsirkulem)
PERIODICAL: Mashinostroitel', 195S, Nr 11, p 42 (USSR.)
ABSTRACT: A simple geometric formula is given for measurinp the 01a-
meter of details with measuring devices too small for the
detail. There is I diagram.
1. Gages--Performance 2. MpasLL-ement 3. Matherrati,~s
Card 1/1

KUVSHIEDV. X.I.: 141KHEM, V.P., assistant
Better transient clips are needed for the contact line
system. Slek.1 topl.ti", 4 no.1:26-27 Ja 160.
(MIRA 130)
otdala skopluatatgil
slushby elektriflimtsil I energetichs~ khogyaystva Oaskoy
dorogi (for Kuvahinov)..2. Kafedra Oftergasnabzhenlys
zhelextrkh dorog" Tomskogo elaktromakhanIchaskogo institute
inxhenarov xholesnodorozhnogo transporta, (for Mikheyev).
(Ilectric railroads-Wires and wiring)

LYAKHOV, ~';.M.; MIKHEYEV, V.P.
Quantitativt~ evaluation of the foullnp fauna In Volga reservoirD
by using diving deviceo. Trudy Inst. biol. vnutr. vod no.b:303-
308 163. (MIRA 16:1)

MIKMEV, Viktor Petrovich; MPOV, Aleksandr Petrovich;
FRAYFELID, A.V., red.
(Contact network supports and foundations; work
practices of the collective of the Western Siberia
Railroad] Opory i fundamonty kontaktnol seti; opy-t
raboty koUektiva Zapadno-Sibirskoi zheleznoi dorogi.
Moskva, Transport, 1965. 63 p. (141RA 18112)

SOV/124-58-11 12395
Ti anslation from: Referativnyy zhurnal, Mekhanika. IQ58, Nr I I . p 0 IU55R)
r
AUTHOR: Mikh
TITLE- The Delivery of a Gas Undergoing Cooling (Transport gaza s vichelorn
yego okhlazhdeniya)
PERIODICAL: Sb. nauchn. tr. Kuybyshevsk. industr. in ta, 1957, Nr 7, pp 99 103
ABSTRACT: It is pointed out that in accepted engineering practice in the des,gn
and operation of compressed- air plants and gas distribution mains for
the delivery of gas the gas flow is usually assumed to be isothermal,
i, e. , the initial temperature of the gas at the point of entry into tl~e
main distribution line is not considered as having any influence upon
the hydraulic pressure losses in the pipe line or upon its carrying
capacity. In this connection approximate relationships are developed
for the non-isothermal flow of gas in pipe lines of great length -i
case of isobaric cooling of the gas. an approximate mathemat-,dl
relationship for the determination of the temperature of gas at any
desired point of the extended pipe line is derived from the equation ol
the heat transfer and heat balance, such relationship ha-, ing the fol
Card 1/4 lowing form:

The Delivery of a Gas Undergoing Cooling
SOV/124-58-11-12 )95
t = t0+ (t t0) exp(- Vo CpR
where t0 is the temperature of the medium surrounding the pipe (soil), I is
the distance between the gi~,en section of the pipe line and the compressor plart:
Vo is the gas-flow rate under normal conditions; C p is the specific heat of t)-.e
gas at constant pressure; R is the thermal resistance of the heat transfer from
the gas to the surrounding medium. which in determined, similarly to the heat
transfer resistance of a bare pipe, in accordance with an approximate formula
accepted for the power-flow calculation for centra' -~,ating pipe lines. as follows-
R z I loge 4 h lineal meter lir 0C
Z Tr k kral
soil 0
where X .1 iii the heat-conductivity coeffickent of the soil; h is the depth at wnit.!
Soburied (the distance from the finished grade to the center line of the
the pipe is
pipe; Do is the outer diameter of the pipe. The author asserts that calculat)ons
according to formula (1), taking into consideration formula ' '), agree with extant
test results more closely than do calculations made in a( ( ordance with tfie well
known formula by V. G Shukhov f Neftepro-,od. . ikh primenenive , nettvanom
Card 2/4

The Delivery of a Gas Undergoirg Cooling
SOV/IZ4 58 11 123-
khozyaystve (Oil Pipe Lines and Their Application in the Oil !ndustrvl Moscc,,-,
18951 , which does not take into account the depth ot bury!ng of the pipe Ime .- tte
soil or the heat conductivity of the soil. By integrating Darcy's differen! a:
equation, taking into consideration the changes in the velocity and dens tv of tl,e
gas in relation to the changes in pressure and temperature, the author app;Ics
equation (1) and obtains an approximate relationship for the determiridtion of t~.e
pressure P at any desired point of the main gas pipe line in the following form
P R 2aV ?- To I [ I + '110CpR ti-to e- I /V0CpR)) atm abs
1 0 L 273
where P, is the pressure at the entry connect-,on to the mdin distrihut~or ',-e~
T is the temperature of the medium surrounding the pipe I~ne in degrees Ke~
0
the quantity a is derived from the mathematical reidtionship
a =0.661 x 10-3k -Y 0
D 5
where X is the local- resistance coefficient -yo is the weight dersity ot the gas
under normal atmospheric conditions and D is the inner diameter of the pipe
is pointed out that this relationship should be used only when
Card 3/4

The Delivery of a Gas Undergoing Cooling
V0 (t I -to) > 10 and 2 a VOzL > 0 8
L P1 2
SOV / 124 - 58 11 12 3Q 5
where L is the total length of the main gas line. Examp,es are subm.tted Or. !" e
influence of non-isothermal flow of gas ,n a mair. gas i ne (10 50, and 10C ~m cl-
on the pressure losses in it due to the relitticriship of the gas flow rate ',25009 r" 19,
hour and 65000 nm3/hour) and the didmeter of the pipe (~50 and 300 mm respect
i%'ely) at various initial thermodynamic pirameters (t, - 400C and P1 50 atm at-,
tj - 800 and PI = 40 and 50 atm ~bs) The ca!t_u1at,o-s were based o- the assumpt o,~
that to = 00, C p ~ 0.40 kcal/nm OC, h L', meter o.1 ' 1,0 kcal m- Cc
Yo ~ 1.0 kg (weight)/nm3. However. it :s nc, indicated ?or wh;ch, resistarce cce!
ficients these results were obtained. It is shown that the application of the ~Soli-'-:mal
flow formulae of the gas for the determination of the mdgnitude Of the press .- e I( sVs
results in an underrating of pressure losses by 10 16Yo and more Also 5
the fact that the error is particularly great in short main lines and at lew ferm.,.d:
pressures. The paper,,contakris a number of misprints in the lorm-Aae Biblic
graphy: 3 references.
G Ye Khud%a~,,
Card 4/4

L9 LA I () 0 S/ 121- /--- -- r-jX1:1
OV/ AO05/A0O1
Translat,cn from.. Referativnyy zhurnal, Mekha:.Iea, 11 ~C, No.
AUTHOR Mikheyev.
T17LX--- Heating -f Thir, Materiais in a A:.r S*re
FERIODICAL: So. nauchn. !r. Kuybyshevsk, iniustr. in-ta, 19~1:17, N~
TEXT - The :~.--rrela'lon Is derived between 'he terr-Peralire rf tne ma,e-:al
placed in a chamber, the temperat-ure of the air c!r--~.1a-!ng in tne sys*.E-m, an~
+,!me according tc the given characteristics :f the unit. The ratIng fc =,-41ae art
derived on the fcllowlng assumptions. 1) the temperature grad:en, wit.r.1r, t.~,6
material is equal to zero; 2) the heal. exchange ~oefflc!ent In the system J',DeF
not depend on the temperature; 3) heat losses within the system do riot exist
The equationa derived are valid f~r heating as well as for cocling -I' h!n matertal-,
in a circilating air st.ream,
L.N. Tryak.--,r3
Trans.ator's ncte: Thl~ is tne L;11 translla*!~!, )f ~he criginal. Ri-lrn
Carj 1/1

I-IIHM-YEV, V. P. (Cand. Tech. Scl.)
"Experience with Industrla. ',a~3 ',:. 'l- Cllt~, --" .1.11'
(Tb*Wy aM PractIce of fts Coftuatim; Tronsectlons of a Sclentif lc and
Techalcal Untiva) LmlogWo QMtoptGkblrA*ts 1958- 343 P-

MJ=W,*-1r1kSnt1Y FaTIOTIch, kand.tekhn.nauk; POSTNIKOVA, I.T.. red.;
YASMIKINA, Ye.A.0 takhn.red.
[Industrial combustion of natural gas) Prowyablennoe ashiganis
pr1rodnogo, gas&. Xulbyshov, Luibyshevskos knishnoe ind-vo,
1959. 136 p. (KIRA 13:12)
tame, Natural)

24(6) SOV/143-59-5-13/19
AUTHORS: Mikheyev, V.P., and Erlikhman, A.M., Candidates of
-T-e--ch-K-f-c-aT__S_cTe-nces, Docents
TITLE: The Thormal Calculation of Periodic Action Apparatua
With External Heat Exchangers
'PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy - Energetika,
1959, Nr 5, pp 115-124 (USSR)
ABSTRACT: Two functional systems of heat exchangers are known.
In system 1, the heat exchange surface is placed in-
aide the apparatus as shown in Pi~ure 1. In system
2, the heat transfer circulation cooling) of the me-
dium is achieved in an external heat exchanger as
shown in Figure 2. The thermal calculation of heat ex-
changers functioning according to the first oyatem io
known gef 1 ' f. In the second system, because of
forced motion of the medium to be heated (cooled), the
heat exchange may be considerable intensified, result-
ing in higher heat transmission factors and reduction
of the rated heat exchange su. -ce, compared to sys-
Card 1/3 tem 1, where the intensity of tne heat exchange is

SOV/143-59-5-13/19
The Thermal Calculation of Periodic Action Apparatus With External
Heat Exchangers
determined by conditions of natural convection. Pre-
sently, there are no founded recommendations for the
thermal calculation of the second system. System 1
is simpler than system 2. The application of system
2 must always be justified. For example, it may be
applied when the rated heat exchange surface can not
be included in the dimensions of the apparatus of
type 1, or, of a circulation heating (cooling) of a
medium is required for technological reasons. In this
article the authors establish the dependencies per-
mitting design and thermal control calculations of
devices aith periodic heating (cooling) processes in
systems with external heat exchangers. Recommenda-
tions were given for thermal calculations and graphs,
simplifying calculations and facilitating an analysis
of the heating (cooling) process in the system under
consideration. A comparison is made between the func-
Card 2/3 tions of heat exchange apparatus of periodic heating
V

SOV/143-59-5-13/19
The Thermal Calculation of Periodic Action Apparatus With External
Heat Exchangers
(cooling). There are 2 diagrams, 10 graphs and 2
S o v i e t r e f e r ea cfAu. jjhr%agw1gegM=r by tho "f e4ro Pr=-
teploenergetiki (The Mair I
ASSOCIATION: KuybysheVskiy industriallniy institut imeni V.V. Kuy-
bysheva (Kuybyshev Industry Institute imeni V.V. Kuy-
by shev) 1-*-*4
SUBMITTED: February 11, 1959
Card 3/3

MIKHEYLT v V. P.
Gas flame furnace for nonoxidizing metal beating. Biul.
TSIICHM no.4:52 161. (WRA 14,10)
(Furnaces, Heating)

MIKHEYEVp Vikentiy Pavlovich; GLOZSHTEYNp Ya.S., nauchrWy red.;
red.; YASHCHURZHIRSKAYA, A.B.# tekhne
red.
(Burning of natural gas in industrial units] Sahiganie prirod-
nogo gaza. v promyshlonnykh ustanovkakh. Leningrad Gostoptekh-
izdat, 1962. 231 P. WRA 15:7)
(Gas as fuel) (Gas burners)

ARKHANGELISKIY, I.A.; MIKHEYEV, V.P.; STEPANOVO B.H.
Automatic device for measuring the light characteristics of
photoelectric multipliers. Avtom. i telem.; abor. at. no.2:
85-94 162. (MIRA 15:9)
(Photoelectric multipliers) (Electronic measurements)

K KM YEV I V. P.
Study of the wear of contact wires and collector cover plates in
the upper layers. Trudy TZIIZHT 35:102-105 162. (MIRA 16:8)
(Electric railroads-Wires and wiring)

MIKHEYZV, V.P.
Devices for studying the wear of contact wires. Trudy 7EIIZHT
35:112-118 162. (MIRA 16:8)
(Electric railroads-Wires and wiring) (Electric meters)

MIKHETEVP V.P.; ZHARKOV, V.T.
. .................. &.~_ -
Concerning the angle of wear of contact wires. Trudy TZIIZHT 35:
119-126 162. (MIRA 160)
(Electric railroads--Wires and wiring)
-14%

MIKHEYEVP V, P,, inzh.
Determination of temperati~re for a sagless condition opti=-.;--
in respect to the wear of contact wires and current collector
caps. Trudy OHIIT 37:102-109 162.
Operation of a suspension system with spring-type and ordinary
supporting slide wires in an anchor sector. lbid.:110-117.
Effect of the suspension system type on the wear of the cap of
the curren! collector. Ibid.:118-127. (MIRA 17:5)

j,jjyij--j,T,V, V.p.; V-.j'F.DjKlOV, A.V.
- I-.,- I.- -.- ..........I
Injer-ulor. bumoro for ri,,t,urKl gas '.'!Lh p-ct.~vo a-'r c,~ray-
r,az. rrom. 8 ro.12:15-120 16) (1v'. I I-, A~P:-

YERFMINP A.S.s ~UKHM'EV, b.S,
p Se.
Contrclled pl;16e r' '
11;121
9 nc.5il4S-'.I-l ',-C, lili..

MIKHEYEVA- V.P.; AGEYEVA, I.A.; SD-Y.ZRKOV, N.S.; VETROV, N.I.V
- I7nzIi.# retsenzent; KALININ, VA., kand-. tekhn. nauk,
red.; MURAVIYEVA, N.D., tekhn. red.
[Decreasing the wear of cnntact wires; work practice of
the staff of the West Siberian railroad] Umen'shenie iz-
nosa kontaktnykh provodov; opyt raboty kollektiva Zapadno-
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