SCIENTIFIC ABSTRACT MIKHEYEV, N. I. - MIKHEYEV, V. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134120004-5
• 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

ximamm. N. 1.
Vataral regeneration In catover areas of Kuwsha and Novaya ZraiTs
Forest Working Circles. Trudy Inst. biol. MAN SSSR no.l6t7l-79
16o. (MIRA 13:10)
1. Sverdlovskays avialesoustroltellnaya ekspeditmiya Teesoyuznogo
ob"yedIneniya "LosproyektO.
(Sverdlovsk Province-Reforestotion)

BOROVKOVA, Tamara Nikolayevna; NIKULIN, Pavel Ivanovich; SHMKOV,
Vyachaslaw Kikhaylovioh;. ~MIIH-T-V, -H-I-; DURASOVI, V.H.,
takhn. red.
(The KWbyahey Reservoir; physical geography]Kuibyahevokoe
Yodokhrenilishchs; kratkais, fialko-geograficheskaU kharak-
teristika. (By] T.N.Borovkova, P.I.Mikulin, V.M.Shirokov.
lui*ehevskoe knishnoe izd-yo, 1962. 90 p. (MIRA l614)
(Kuybyshev Reservoir region-Physical geography)

.?.i N , V I arlimir I l I ich; !.I MIMI , N . I . , rec.
tlAeB with eIFactr(,,,,.,jrrr,~.tJr fautening on preaBeu; ~;e-
.,;IFn, eloctric (.-ircuiu~, preparntlon rind cif.erritioril
.;htampy s eiekir-iringnitnym kreplenierr, na prequakh;
konFtruktsii, elektricheskie ukheuW, izgotovlenie i
e.k!-,p.Iuatntsiia. Kuibj.,;Iipv, KuitAshevskoe knizimoc,
izd-vo, 19(.3. iF3 -,. (MIRA 17:7i

KUZNETSOV, German Ivanovich; FAYII, Genrikh Moiseyevich; SHTAMBTRG,
Valentin Fedcrovich; SHEINA, Antonina Aleksandrovna;
MIKIMEV, N.J., red.
[Drilling pipes from light alloys) BurilInye truby iz leg-
kikh splavov. Kuib:shev, Kuibyshevskoe knizhnoe izd-vo,
1964. 51 P. (MIRA 17:12)

J. Ll-) v~f

P.(0/J&PA(bb)-,2/WdP(b),',
p
IJP- ffW/JG
,%APCES%ON Mi. ~R"006 S/0'48/6VOW/012/0242/0146
e-will ~Ipovgi*,Smy -Ts. M.;, IMI ov.-W I
-ax6i'an the mgpe
tic propertr d-amwoum
"MZ4 V no. 11 2964, 142-146
Wnsp
TAGS--
*aUoy,,cjrbdn66jjtent,---' 1464 tic
"PIC vroperty~v-
..-residahl. induotlon;, psercive
-force, MAXImal r1lapga'd enerw,.Suoy
AZSTRA(-T.--,&:jr-" 4 (G(*T 4402-48) allqys-vAth*vi,'o'a'rb`on 'content rangingfr6ra 0.02
11C, 0. 24%-W6= tiated1lor'thb.offect of carbon on residual induction (by the balliatic methoa),
ZA
coercivel*%~%- Ow Steuble-In's method) and the mWn%al magnetic enaW (from the
.0140~ i1i the. matuat. 4g FeM3 + Sml IIM + 60m1 methowl. Allthesemapetic
ipespertilas decrowed linearly with increasing carbon contmA. Aging attemperabim of
800-130OC-iaumW ft u of the anoy, vb#h was augmented by funvasing the
'chromimm, and tungstsen were fasW an
ZI
additiv*6. Tbo SMthkft f4=1ada,4446m with oubou vdou Wed in, qm~mm of tbo P,
X

11~:Mchlms for Tatis" lbsts at 110 2 No atwv*jL.,.
Xlkboyovs All-ftlow-Imt of Alm 'Haterialts
.MWMI IAb8 Re, I
saws squIpment for fatigge,tosts at high
:tWm Me follawUW drombackmi' (1) Necessity
Us slantlas SM246, Alab. Umvesses, cost' of. *WA
tie
Askalli Ile only 6M. Manual control doess
tf III- AM ,,Jtjn~
ion
O"Iniarl3W (C
ametent tageretwes. PoscribeCa mw
xaskUwp 4evelojel. by author to overcomis those
westa. Now sechiswo the YU-80 is fuw auto-
*Wkso; asu 89-mrato tOMPOrStafts 4 to 90000"AO."'L":
"~Wmazlmw pressweW 60 kg/eq m. Mwifa&"14
by rSM on a simse-production bools, it c0
22#000 rub2se.
60AM4

TWO
FT , 7-1
e-Z:
ginmik Toting ig wam
and
OP, r
k.
rsflaa), A tNrv dtwrq~
cf t4--
vink L3 mistim tD aw of uajjp"t4(xa
iA ty
Y ;of trmr,-t4m t-t* -A -wily Al
I Ow Val
I I
F~O-flr~g IL 1qm) low tht-r-
irw~tta if tw, Owtv";" cill'I'Lls cOAT40 raw Lf 24A, Cjmat
40 bt MAflaed, -a" mpchinn ht~3 tuidiiri.-pono As

X11MYNT, V-1.,joadidat telchnicheskikh cauk.
I- Ono
Using Laval's nozzlAs in suddug liqulft. rest. mash. 37 no.7:18-
21 JI '57. (MLELA 10: 8)
(Nozrloe) (Fluid dynamics)

\i E'~ F_ V (-,~ t
PHASE I BOOK EXPIDITATION 1119
Moscow. Aviatsionnyy institut imeni Sergo Ordzhonikidze
Voprosy rabochikh protsessov teplovykh mashin; abornik statey (Problems in the
Operation of Heat Engines; Collection of Articles) Koscowo Oborongiz,, 1958*
117 p. (Seriesi Its: Tru4Y, vYP. 95) go. of copies printed not given.
Ed. (Title page): Kvasnikov,, A.V., Professor;' Ed. (Inside book): Peahkin, M.A.,
Candidate of Technical Sciences; M of Publishing House: AnIkInA. M.S.;
Tech. Ed.: Zudakin, I.M.; Kenaging Ed.: Zaymovskaya, A.B... Engineer.
PURPOSE: This compilation is intended for engineers and technicians concerned
with the design and study of complete heat engines and bydrwille machines and
of their components. The data given may be used by experimental and computing
groups of scientific research institutes and of special-design offices (OKB).
COVERAGE: This collection contains three reports an problems connected with
modern heat engines and hydraulic machines. The papers have been excerpted
(and revised for publication) from several reports prepared in the Depwt-
meat of Aircraft Engine Theoz7 of the Moscow Aviation Institute from 1948 -
Card 1/3

Problems in the Operation (Cont.) 1119
1955. The scientific supervisors were Professor A.V.Kvasaikay and Docent
D.I.Agubov. The first paper describes the development of a nev method for
measuring rapidly changing., pulsating temperatures as in the case of internal-
combustion evgines, particularly in high-speed machines with poor pressure-
indicator accuracy. The method proposed by the authors uses a pickup with
obviously high thermal inertia which im&ccurately records temperature with
respect to time. The second paper investigates the discharge of a gas from
nozzles in the turbo-compressors of compound engines,, answering two main
questions: a) The deflection of the flow in an oblique cross section of
single nozzles and narrowly-spaced nozzle lattices for supercritical condi-
tions; b) the critical flov regime in two-dimensional nozzle lattices. The
third paper discusses the problem of sinulating the operating conditions of
powerful turbo-machines by maintaining the original shape and replacing the
bill-scale working parts by others vith only a part of the origInal pover.
The report also presents experimental data which confirm the validity of
the method.
TABLE OF CONTMM:
Card 2/3

Problems In the Operation (Cont.) M9
Preface
3
Latyshevp L.A. and Rutovskiy,, H.B. (Candidates of Technical Sciences) Nev
Technique for Measuring Rapidly ChamgiM Temperatures of the Working Parts of
Internal-combustion Engines 5
Hatalevich, A.S. (Candidate of Technical Sciences) Gas Flov in an Oblique
Cross Section of Single Nozzles and in Turbine Nozzles T7
Mikheyqv. N.1. (Candidate of Technical Sciences) Simulation of the Operation
o a Centrifjgal. Pump by Use of Air 95
AMIABLE: JAbrary of Congress
IS/mfd
1-26-59
Card 3/3

57 -2 - 3 1/3;'
IL
AUTHORS i Mikhezay-, I -I. , Nikolayev, V. V.
I T
..TLEt On a Certain Regularity in Laminar Flows of a Viscous Incom-
pressible Liquid in Narrow Slits Formed by Smooth Mobile Sur-
faces (0b odnoy zakononernosti dlya laminarnykh techeniy vyaz-
koy neszhimayemoy zhidkosti v uzkiKh shchelyakh, obrazovannykh
gladkimi podvizhnymi poverkhnostyami)
PERIODICAL: Zhurnal Tekhniche3koy Fiziki, 1958, Vol. 21P., Nr 2, pp.412'1~_1-432
ABSTRAM A laIninar flow of a viscous, incompresoible liquid Ir. a narrow
slot formed by smooth and mobile surfaces of any shape is as-
sumed. One of the walls of the s1 it B or both walls C and D
rotate with constant an.-Ular velocities '&) , (J and G) )
around any axes, 0, 0 1 and 0 or perform periolic osciliations
with regard to these axes. T~e equations (8)_Eu - W,(Re)
(Re Reynold's nunber and Eu - Euler'3 niirhr,.) nd 6--iuation
q q ) tire Jerived. q is the lea1,1&,,e
FW__
Card 1/3 in the slittper unit o7fime, 'U is the interval o:' ~1,e sur-

Cr a Certa in He -,,l lari ty i r. L a -ir, a r c," e Vi Occus Inc~ re 9 c L i
i n N!, r ro w Z 11,. P ?-r-,ed ',',Jbile Surfaces
face mttion, t~,,c kinematic coefficiert vi3o~sity,
the len,-,th of the di!3tance of the slit f rom C,. Equa -
Lion was ap;~lied in the utilization of the data'obtained
in the testinL of fl(,-u-meters o" t',,roe types. '2he aut,ors in-
ve~itij!nt44dt 1.) Hinr-counters of the type -able. 20, menjur
.Ln(; in3tr,,,.ment-32 and measuring instrument-i'+O (of' German make),
2.) lisk -counters AG -40 (home product) and disk-countero Sic-
mens -40
(of German make) , 3.) ge!fed counter of domestic make
C BW C 40 , CBW C- 25 and CBi.Li -5- . In all cases investiL;ated
the linear relation le - 4j 1g (__i_ ) was obtained,
R3n R V
where k is not depundent on the type of counter and is a func-
tion of n (cycles/min). Finally the following relation is ob-
tainedt I Equation (15).
0,49 -
V_ n0,068- 0,49
1 (15) yielded the possibility
The rules expressod by equ,tion
to work out a new method for taking into account the influence
Card 2/3 of the viscosity of the liquid upon the error of indication

Cr, a Bert_, in l a ri ty ir: F! Vi jc -us _T:~- C,=,. re 3 7: le
n "a r row 31 it 3 -~'or:2ed .57.,jutr, ..'c bi ".;.-f a c.~, 3
of t~e investigated flow-meters. 2',ius it is ,ozisible
inco account this crrcr with an accur%ry of' up to 0,1
21,,ere are 4 fiC7-ares, and ', refert-nres, all of "IrQ Slavir .
SUMI 2TLD: ALI,-L;3t ~, 1957
AVAILABLE: Library of Con,~rcs.,3
1. Laminar flow-Mithematical analysis
Card 3/3

KIKFIEYZV, If.I., kand.takhn.nauk
- I.
Modeling operations of centrifugal pumps used an air-pump. Trudy
MAI no.95:118 156. (FIRA 11:5)
(Centrifugal pumps) (Hyclraulic models)

32235
s/196/61/000/011/033/042
2 /9 E194/E155
AUTHORi Mikh
_nj!aeXey
TITLEj An instrument for locating short-circuited turns
PERIODICALi Referativriyy zhurnal, FIektrotekhnika t energetika,
no.11, 1961 61, abstract 111 421. (Vestn.
elektroprom-sti, no-7, 1961, 75-77)
TEXTt The instrument records the presence of a single
short.-circuited turn in transformer coils with wire of 0.003 nun
diameter in a coil of 4 cm diameter or with wire of 0.23 mm
diameter with a short-circuit contact resistance of the order of
4 ohms; and a short-circuited turn can be detected in a wire
greater than 0.08 mm diameter in an electrical machine rotor of
up to 50 mm diameter. The current demand of the instrument when
supplied from a 20 V battery is 3 mA. When supplied at 220 V,
50 cls a c, the instrument consumes less than I watt. Its
operation is based on the amplitude condition of self-excitation tly
of an auto-generator. An elertrical circuit of the instrument
is given, with guidance as to its use. The instrument is small
and light in weight.
Card 1/2

32235
An instrument for locating ... S/196/61/000/011/033/042
E.194/E155
5 illust-ations.
LAbstractor's note, Complete translation.]
Card 2/2

34323
S/O 52/62/0261 Dri 'J/ ')I '~/ 0 1 7
B1021BI 38
op
AUTHORS: Dovgalevskiy, Ya. Povolotskiy, Ye G. , and Mikhoyev, 11
TITLEi Method of revealing the macro- and microstructure :n A'.n,.
and Alnico alloys
PERIODICAL: Zavodskaya laboratoriya, v. 28, no "', 1962.
TEXTi The magnetic properties of Alni and Alnico alloys. whicn ar- used
for permanent magnets, depend on their macro- and microscopic s1ructures
A chemical method of revealing these structures has been developed and a
method of 'Jetermining grain orientation is describei The alloys A42
(An2), AiWo 5 (Anko 5) and A44iKO4 (Anko 4) were used as specimens and t~,e
following compositions as etching agentst
No, lt 100 ml HC1 - 10 ml HNO 5 + 25 g K 2Cr 207 * 100 ml H20
No. 2: 75 ml HCI + 25 ml HNO 3
No - 5: 15 ml HNO 3 + a5 mi H 20
No. 4: 5 ml HN05 + 95 ml ethyl alcohol
Card 1/2

3/0.72/62/028/C)~) '~,~C)
Method of revealinK the macro- and B102/B158
No 5: 2 ml HCI + 5 g FeCl, + 10u ml methyl alcohol
No. 6: 10 ml HCI + 2 ml Br - 88 ml methyl alcohol
1 and 2 were found to be best for revealing gra;n, 5
structure, bind 4 - 6 for the microstructure of cast
alloys The etching periods for the agents were: 2
(4, ',) and
15 - 40 min (5), some sec to 2 min 2
orientation can be determined with I and 2 (50 sf,c -
2 figures and 1 table.
for lendriti,,
and heat treatel
- 50 7..n
- 20 soc P.
'.0 min'., Therr ;ir--
ASSOCIATION: Saratovskiy politeKhnichesKiy inst,.tut (Surat:)v F),y-
technic Inst, tuts?
Card 212

jtUHTMV,_Nj,.; BULYGIN, I-P-; KAKSIMOVA, N.A.; MOTOV, V.P.
Apparatus for mechanical tooting at temperatures up to
200004 Zav.lab. 29 no 0 (KIM 16s2)
.3:371-375 163
(Metals at high temperatures)
(Testing machines)

TSAREGEtADSKIY, Yuriy Aleksandrovich, burovoy master; MIKMEV.
N.I., red.; DUR&SOVA, V.M., tekbn. red.
[Rapid drilling of deep wells] Skorostnaia provodka glu-
bokoi skvazhirq. Kuibyshev, Kuibyshevskoe knizhnoe izd-vo,
1962. 19 P. (MIRA 17:1)
1. Master parvoy kontor7 bureniya tresta "Pervomaybumeft'",
Kuybyshevskaya oblast' (for TSaregradakiy).

M,EDVF,DKV, Sergey Fedox-ovichp ~,rof... daktor tekhn. nauk; EILIXYZV,
N.I._,,. red.; DURASOVA, V.M.j, tekhn. red.
[Methods for increasing dynamic strength of steel palts for
machines and structures] Metody povysheniia dinamichesk,)i
prochnosti staltrykh detalei irashin i konstruktsii. Kuibyshev,
Kuibyshevskoe knizhnoe izd-vo, 1962. 143 p. (MIHA 17;3)

ARZHANOV, Feliks Grigorlyevich; 1-:1KHEYEN, N.I., red.; DURASOVA,
V.M., tekhn. red.
(Completing injection wells and increasing their intake
capacity; praciices of the Oil ~'ield Administration of the
Pervomayakly Petroleum Trust] Ouvoenie i uvelichenie prie-
mistosti nagnetateltrqkh okvazhin; iz opyta nefteproiryalo-
vogo upravleniia "Fervomaineft'.11 Kuibyshev, Kuibyshevskoe
knizhnoe izd-vo, 1963. 36 p. (MIRA 17:1)

PYTIYEV, Petr Yakovlevich; TRAUTDIBERG, B.F.# kand. tekhn. nauk,
dots., retsenzent; RAMI-JUB, M.I., kand. tekhn.nauk,
prof., red.; TUP-T&M, F.V.j red.; KIKUYU, N.I., red.;
VAKULOVSKAYA, T.N.0 tekhn. red.
(Simplified sheet bolnter plate for cold die stamping)
Listovye uproshchennye podkladrye shtampy dlia kholodnoi
shtampovki. Kuibyshev, Kuibyshevokoe knizhnoe izd-vo,
1963. 133 P. (M I RA 17: 2)

MIKIfEYFV, N.I.; KAWSIM, A.A.; SOKOLOV, G.I.
Automatic-intake device with Laval's nozzle for centrifugal Fnimps.
Mash. i neft. obor. no.7:8-10 163. (MIRA 17tj)

BELOV, Vladimir Ivanovich; ARTAMONOV# D.S., red.; MIKIWEV, N.Lp
red. -
(Assembling induatrial ventilation systems] Montazh sistem
pronWahlennoi ventiliateii. Kuibyshav, Kuibyshevskoe
knizhnoe izd-vo, 1963. 35 p. (MIRA 17:4)
1. Brigadir sleparey montazhnikov tresta "Promventilyatsiyaw
(for Belov).

POVOLOTSKIY, Ye.G.; MIKHEYE;V, N.I.
- ., ~ ~ .1 1 ",
Detection of dislocations In alnico-type alloys. Zav. lab.
29 no.91llI.1-1112 '63. (MIRA 17:1)
1. Saratovskiy politekhnicheskiy institut.

u t, rr, Ye t - re- u nk7
S. 1-, 4 f; e zar. I e z~,.ar, s a v,~-j
z,.-- i r~ I by s kit
1 -~U-V

DOVGALEVSKIY, Ya.M.; ~UKHEYEV, N.I.
Effect of carbon on the magnetic properties of %bg-nico allcy-S.
Izv. vys. ucheb. zav.; chern. met. 7 no.11:142-146 '64.
(MIRA 17:12)
1. Saratovskiy politekhnicheskly Institut.

KAPITONOV, Yevgenly VaBil'yovich; STAVROFOLITSEV, Fodor Sto[anovich;
MIKHEYEV, red.; DURASOVA, V.M.,, teklin. red.
[Operation of submerged centrifugal electric pwps] Eks-
pluatatsiia pogruzhrWkh tsentrobezhnykh elektronasosov.
Kuibyshov, Kuibyshevakoe ki-,izhnoeizd-vop 1964. 531~.
(Mim 1,7:

SOROKIN, Igor' Nik-layev-1ch; SAVAROVSHY, ,largoy Vladimirovlich;
RAZLMIKHIN , prof., red. ; M.IKFE'Y:,Ii) N.I., rec.
(Using vibration tecliniquea in stretcning sheet ma-r:a~t
ObtiazUa listovykh materli,lov a IxLmenenllam vibrat:1il..
Kulbyshev, Mutloyshe7jkoe ;cn-;*zhn->? 1~6-/ . 6t r.
~ ~," , - "..% , P . -, I

V El; I I K H , I
red

_,-_N.I.; DOVGALFVSYY, Ya.M.; "OVOLOTISK.1Y, Ye.G.
M=YEY
Characteristics of LIgh tem1mrature deccrpouiltion In magnico
alloys. Motalloved. I term. ohr. met. no. 2:7-1(,, F 165.
(MI" A 18:12)
1. Saratcrvskiy politekhniclieskiy inBtitut.

ACC N
AP019502 SOURCE CODE: UR/0129/66/ooo/oo6/oO33/00361
78,
AUTHOR: Mikbayev, N. I.; DovLralovskiy. Ya. M.; Povolotskiy, Ye. G. 7,/
ORG: Sarstovsk Polytechnic Institute (Saratovokly politekbnicbeakly
in s t I
TITLE: Effect of carbon in Magnico alloys 1b
SOURCE: Metallovedeniye i tormiobaskaya obrabotka metallov, no. 6, 1966,
33-36
ITOPIC TAGS: high alloy steel, carbon , thermal decomposition, magnetic
property, magnetic alloy
ABSTRACT: Stud~es were made of alloys containing 0.20 to 0.2% 4cVon,
with a basic c ical composition corresponding to alloZ ANKO- I
~(GOST W102-4811,~\mTbe Investigation was carried out by a comparison of
ostructural and magnetometric analyses. To determine the structurall
Istates of the alloy, the method of isothermal quenching from dif rent
;temperatures was used. A study was made of the affect of carbonfin bigh,
item8Grature 13 -91 a.+ /3Z -decomposition (the temperature re-g-1-on above
1850 C) and of ~ow temperature dispersive 15Z P? *~,t -decomposition
,(below 8500C), leading to a high state of coercvIty. Experimental
iresults are shown in graphic form. Overall conclusions are as follows.
iCard 1/2 UDC: 669-14-018-58

L 38470-66
ACC NRo AP6019502
Carbon in Magrilco alloys promotes the development of the 13, --;pa- # /SZ
decomposition~'-Iwhich has a negative effect on the magnetic propertlies
the alloy. The Met-nico alloys can be characterized by their
~
temperabllltyq that Iss by the diameter of a cylindrical magnet which,
iafter hardening, Is characterized by the absence of theAX--)Pa+/94-
Aecomposition. The temperability of Magnioo alloys increases with a
decrease in the carbon content. In magnets Of small cross section 40od
.magnetic properties can be obtained with a carbon content up to 0o0
jorig. art. base 5 figures.
SUB CODE: ll/ SU13M DATE: none/ ORIG REF: 003

ACC NR, AP7005396 SWRCH CODE;- UR-/0148/67/00-0/001./0138/oi4i
AUTHOR: Dovgalevskiy, Ya. N.; Mikheyav, N. I., Povolotakly, Ye. G.
jORG: Saratov Polytechnical Institute (Garatovskiy politekhnicheakiy institut)
'TITLE: Effect of aluminum an the structure and properties of alloys of the Magnico
!type
!SOURCE; IVUZ- Chernaya metallurgiya, no. 1, 1967, 138-141
MPIC TAGS: magnetic alloy, aluminum containing alloy, magnetic property
ABSTRACT: The authors study the effect of aluminum on the structure and properties of
anisotropic Magnico alloys. The alloys studied were smelted with an aluminum concen-
tratioa of 6.2-9.5% in the charge corrisponding in other components to the composition
of Anko-4 alloy (GOST 4402-48). Metallographic and magnetometric methods were used in
the analysis. The coercive force was taken as the criterion for determining structural
,changes. A U-541 Installation was used for measuring the residual induction, coercive
Iforce and demagnetization curves by the ballistic method. The Curie points of the
falloys were determined from the effect of temperature on their magnetic permeability.
Definite structural states of the alloys were fixed by, isother-al quenching from var-
lous temperatures. The PrOCCOS Of 02-**402 decay takes place in the BTO-1280*C range
1witb an Incubation period which decreases with a reduction in aluminum concentration.
~ cmd 1/2 uDc. 669.ol8.5:62o.183

ACC Nib APT005396
The temperature corresponding to minimum incubation for 02-ft+02 decay rises with a re-
Iduction in aluminum concentration in the alloy. There is also an expansion in the tem-
1perature region for development of this decay process as aluminum concentration de-
creases. Thus the temperature to which Magnico alloys are heated before quenching
should be selected with regard to aluminum concentration. Aluminum concentration
should also be taken Into account in calculating the critical cooling rate in the upped,
.temperature interval (1300-850*C) during heat treatment. The time necessary for reach.-I
Ing the maximum degree of decay decreases extremely rapidly with a reduction In
num concentration. For Instance, an alloy with 9.5% Al requires 10-12 hours ora!Z!
fo
pletion of the decay process while the corresponding figure for an alloy with T.5% Al
lis 10-12 minutes. The overall level of coercive force increases with a reduction of
aluminum in the alloys. The results of these studies show that aluminum has a strong
effect on high-temperature conversion in Magnico alloys which is detrimental to their
magnetic properties. The effect of aluminum concentration on the properties of the
alloys is revealed most clearly In the shape of hysteresis curves and the magdtude of
maximum magnetic energy. Specimens subjected to magnetic heat treatment with subse-
,quent annealing under optimum conditions show maximum magnetic energy witb 8.5% alumi-
num concentration. An increase or reduction in thia concentration is detrimental to
the magnetic properties of the alloy. Orig. art. has: 5 figures. L
SUB COM ii/ Sum DATz: l3jul65/ OHIO REF: 03/ OTH REF; 02

Adwi no ed to, hra) lori --- it 1 rt- zn -
ticin) i SIVTI~'e 4' 0
k han i za i i a rr: k

KMIMYZT, Nikolar Kuslftloh; POLTAKOV. I.. red.; ISUPOVA. N., takhn.red.
(Decisive condition for the victory of commism; the Zlet Congress
of the CM on the significance of increasing, labor productivity in
our society) Reshaiushchee uslovie pobedy kounranisms; UI slozd
KPSS o snachanli rosta proizvoditellnosti obshchastyennogo truda.
Simferopol', Krymlzdat. 1959. 190 p. (MMA 1):4)
Wficiency. Industrial)

HIMTAT, Nikolay Mikhaylovich; HOCHURa. A.M., redaktor; PAVLOVA. M.N..
- '-' ~ ' 't libintchaskiy r;4dmkt&-
[:Ibliographtcal
Indexes of agricultural literature (1783-1954)]
Biblicgraficheekle ukazatell seltakokhozialetvamot literatur7
(1783-1954 gody). Komkva. Go@. Izd-vo malkhos. lit-ry 1956. 191 p.
(Bibliography-Agriculture) (KLRA 9:11)

b
~EPA(s)-2/61A(c)/t-~T~m)/LrPA(bb)-2/EWP( ~/T'/M(d5/EW(t) Pt-10,
:ACCEM011 'APSWko~*
8/0129[65/000100Z/0007/0010 3
.7
S_ 14*hey" N I I Davgalevsk!Zg Ya. M Povolotskiy. Ye. 0.
1ADMOR A
'TITLE; ChaftaterLstIcs ofhidi.-temperature ecompositL
an in-magnico jilloy
..80MWEt ReiallovedenLys. i tewcheekaya d rabottrA metallovp no, 23 1965s 7-10
TOPIC TAGS: magnico alloys pensane nt pqgnettAlloy phase decomposition, high
coercive force I't
temperature decomposition,
ABSTRACT; :Since it had been fo-wid that majili6o alloys with~the same composition
.~.z;'- and Bath- sliAlqr P_442 decomosition.had a different tendency toward high-
~p dec'o~p ifti n; and therefore substantialty different mp
temperature,, at* atic
. i M. 0 . -0.
propOttiess Au Ora investigated the characteristics of high-teirperature de-
compositionl.oi this alloy, using Anco-4 g4st alloy and its various nonstandard
modificationa'o Cast and prehomogen-5-ed-15pecimens wereAsothexmically treated or
cooled at.a,.doutrolled rate from 1300-8000# The magnetic properties of the speci-
I
manis -vp-ra W"Sured and t~e microatructura'.studiede %lie coercive force was used
as tha-ziain~atructure-sensitive characteristics' It ~ma demomstrated that the
rate of.decompooltion depended on the rate of cooling the specimens from. 1300-800C
land.-for ioathemdl conditionst on-the holdirig time at a given temperature- In
-along the axes of the;
th;an.initial cast structurej, decomposition occurred

MAW XVXW
L 3404-65
ACCES XON Ai '05005096
uAdari a' whereas in the prehomagenized specimens it took
dendr4os 4nd grain bo W p
CS~:,Ora ilar particl'
-the -Acicu so of the separating
y salon& grain boundariess
hate develop in slip planes (110)'of the k-phase (matrix) and often alternate
idicali1j. forming a regular network, Decomposition was extremely easy to pro-
j,duce roar internal cracks*' In alloys plastically
-deformed at elevated temperatures~
a grain toiturO Vaslormed identical to th
at of the 4-phase separations. The
partU.lev of the d-Phase vers.preferantially arranged In the same slip planes (110)
along which shcar occurred#- Thus it was found that high-temperature decomposition
in magnio~ all6yas which lowers-their magnetic properties.4s due to imperfection
of their crystal structure -and the inevitable presence of carbon in theme The
change in the,~aibon content (002-045%) under industrial conditions Is-probably
:1 one of.the ~UU causes for variations in the behavior of Magnico alloys' Min
adverse effect of carbon can be suppressed by alloying the magalco alloys with
I carbideo-formlng-elemntslk--Or~.ig"--arti' le-and-5 figures"
f ASSOMMONJ 1&ratovs4y lAt6khnicheskly jastitut-1,Saratov polytechnic Insti
PO
itute)
I SUMMTBD$ 00 Mt 00 SM CODE$ M
1/2 NO -W got; 006 Ormt OQ3
C
ard

SOV / 13 7 - 58 - 10 - 20652
Translation from: Referativnyy zhurnal. Metallurgiya, 1958, Nr 10, p47(USSR)
AUTHORS: Mikheyev, N.N., Strelets, M.N.
TITLE: Problems in Thermal Engineering Analysis of a Mold (Solidifi-
cation of a Continuous Flat Billet in a Mold) I Voprosy teplo-
tekhnicheskogo rascheta kristallizatora (zatverdevaniye nep-
reryvnogo ploskogo slitka v kristallizatore) j
PERIODICAL: Sb. nauchn. rabot stud. Donetsk. industr. in-t, 1957, Nr 2,
pp 119 - 139
ABSTRACT- In terms of the thermal conditions of formation of a contin-
uous billet (CB), the authors dividt! the mold (M) into 2 zones
(Z). The upper Z consists of the segment from the surface of
the metal in the M to the depth to which the hydrodynamic and
thermal effects of the stream of metal entering the M may be
felt. In this Z the overheating of the metal plays a significant
role, but in the lower Z, embracing the rest of the M, over-
heating may be ignored. By plotting logarithmic anamor-
phoses of the equations for the fronts of crystallization (the
data employed were for CB cast at the Krasnoye Sormovo
Card 1/3 Plant with the use of radioactive isotopes), deflections in the

SOV/ 137-58-10-20652
Problems in Thermal Engineering Analysis of a Mold
straight lines were found at a point corresponding to a depth of 1 30-230 mm
from the surface of the metal, thi.4, in the op)nions of the authors, identifies
the region of hydrodynamic. and thermal effect of the strearn. The equation
suggested is used with experimental data on the depth of penetration of the
stream to arrive at a tentative determination of the value of the coefficient
of heat transf er in the uppe r zone, whic h t omes to ?-5, 000 - 3 5, 000 kc a I /
M2-hrOC. It is established that the major role in heat exchange between the
CB and the M is the heat conductivity of the hydrogen- saturated gaseous
layer and that there is no future in efforts to increase heat transfer iii the
clearance by radiation. The type of material used for the M wall does not
make any difference, if the magnitude of the heat flow and consequently the
temperature of the wall remain the same. Satisfactory functioning of the M
in the thermal sense requires merely a water flow to sustain turbulen(.e of
the flow in the dlicts. A further increase in rate of water flow does not lead
to any significant thermal results, Comparison of the points experimentally
arrived at with analysis of CB crystallization by the fundamental law
(x~ kTO.5) shows the inapplicability of this law to description of the process
of CB crystallization. Better results are obtained when the function XZST M
is employed, but the considerable fluctuations in value of the coefficient of
solidification (S), ranging from L382 to 3.656 ( M/111111
Card 2/3

SOV/ 137-58-10-20652
Problems in Thermal Engineering Analysis of a Nfold
as determined from various heats, and in the solidification parameter m
(ranging from 0.346 to 0.7Z) eliminates the possibility of deriving a uni-
versally valid formula. The derivations of formulas advanced by the authors
to solve the problem of CB crystallization in the upper and lower zones of
M are presented. It is pointed out that when the influence of heating is taken
into consideration, the rate of crystallization of the CB in the upper zone is
insignificant (the duration of skin growth to a thickness of 10 mm is 38 sec,
with allowance for overheating, and 14-15 sec if the overheating is not taken
into consideration).
1. G.
1. Molds--Thermodynamic properties 2. Molds--Analysis
Card 3/3

lu=v, 11. P.
"Investigating the Causes and Mechanism of the Formation of Fi3sures
on Casts Cooled in Cold 1~blds, Using Cast-Iron Railroad Car I"heels as an
Example." Cand Tech Sci, Ural' Polytechnic Inst, Sverdlovsk. 1954.
(RZWQiim, No 21, Nov 54)
Surve.f of Scientific and Technical Dissertations Defended at USSR HiCher
Educational Institutions (11)
SO: Sum. No. 21, 2 Jim 55

912 4

H
W
R
O :

1- A
A

o~
R

160 ~11 WSRWIV-~
aIMMINA. Ilkalay RobartorIch; KOOMMOV, AlGkG*Y St*PAUOvi*b:
PHnImall. nobastlys: BORISOV, A.?.. lush.; ZRIDGM I.A..
lush,; TOZBW, A.I., lnxh.; SHABALIN, L.A., lush.
nd,tekbu.nauk, retsensent; ASAKUNCY, S.F..
Z~~N$ A,G,o lush., retsentant;
ZALCMMW. G.T., lush.' retesusent: KWISKO, X.1.0 taxh.t
0
rattatizent; ZOLKOOMOT S.K., lush., rotsenzent; BLAW, N.N.,
Insh., red.: DURNA, Iff:A.. takho.red.
[Making models] Xodel'noe prolsvodstvo. ). parer. lzd.
Moskva, Nasv- 2, 1961. 295 P. (KIRA 141l2)
tftlna*rivg models)
(Nioldlug (Foandlug)-squipment and supplies)

--- - -
QLYAZEV, Mik)uiil Ivanovichl SVETLOPOLYANSKIYj Vasiliy Ivanovic4;
MIKELYLN, Nikolay Stopanovichj NAUMENKO, V.S., rod.
- - -- ,
[Repair of streetcar tracks; practice of tne Volgograd
Street-Railroad Administration) Remont tra=ainykh putel;
iz opyta raboty Volgogradakogo ITU. Mosim, I7,d-vo M-va
kommun.khoz.RSFSR, 1963. 36 p. (MIRA 17t10)

PffASS I BOOK KWMIMMON S07/3857
Moscow. Dom nauchno.-tekbuicheakoy propagandy imeni p. E. Dzerzhinakogo
Vysokoproizvoditellne,ya tekhnologichaskays oanastka (High-Produativity
Auxiliary Processing Equipment) Moscow,, Haab iz, 1960. 174 p.
8,000 copies printed.
Sponsoring Agency: Obshchestvo po rasprostranenlyu politicheakikh i
nauchnAth znanly RSM.
Ed. (title page): V. V. Mizlmin; Rd. (inside book): S. L. KaL-.ens;
Bach. Ed.: L P. Gordayeva; MRnaging Fd. for Literature on Metal-
working and Machine-tool Constniction. (Masbgiz): V. V. Rzhavinsklyp
Magineer.
PUMNW: This colle--tion of articles to intended for technical pars 1
engaged In the development of auxiliary equipment for metal processing.
COVIRASt This collection contains articles dealing with modern machine-
tool aurjLliar7 equipmentowthods of mawdacturet and data an the In-
troduction of such equipment into production. The engineering and
Card l/ 6

Jjgh_PrI,-ductjVj~.Y Auxiliary Prowasing zzaipmant 507/3857
economic aspects of the usa of standardized auxiliary equipmwt am
also discussed- No peraonalities are mentioned. References fol-law
each article.
UBIR (W COWIMM:
Inta-aduction 3
ProsbuTakov, A. V. (Candidate of Technical Sciences]. Ragineering and
Neonomic Bases for the Use of Auxiliary Procassing Zquipment 7
The author indicates the econccW in cost and materials and the in-
creased efficiency brought about by the use of standardized fixtums
and wmd1lary equipment.
Naydov-ZheIezov,, Ch. G. Sconomic Zffectiveness of the Standardization
of Auxiliary Processing Xquipment in Machine Waufacture 21
The author presents a cost analysis showing the savings resulting
from the introduction of etandardized auxiliary processing eqmIpment.
Filstav,, G. V. Basic Trends in the Standardization of Auxiliary
Processing Equipment 30
Card 2/6

High-Prr-ALctivity AuxJI-4Ary Proc-!issing Equip%--at SOV/3857
The author describes merthods of planning lot produztion of m&ehinea.
ftipbasis to given to the design and -,n1, a--tL,--e of equipment. for
producing accessories.
_MMeyev,, N. V. [Engineer]. Pbehine-Tool Fixtures of Advarced Design for
MAn--wWt Production 38
The author describes universal adjustable fixtuz%as for machine tools
and the characteristics of theIx eoiwtru,~tioa.
Cbernyshev., V. K. Standard-Uhit Machina-Tool Fixtures for I#A Produatica 62
The author dis-nuses the adrwtagez of grzap machini of parts
employing fixtures aasembled from standard parts and subweemblies.
Munatfoov, V. S.p and V. A. Ponamarerr. Exp*rience Gaited in the Use of
Standard-Uhit Fixtures in ZxperinWtal and Lot PrAuction TO
The authors dismas organization of the wwkplace for the asoembly
of univeraal standard-unit. fixtures. Kounting methods are also
diacussed.
Yatsenko., G. G. P~vrumetia Clamping Dwrisea for Universal Standard-Vait
Fixtures 84
Card 3/6

P. &,mt. cip -Ft..
-dlut. --f 5'~'
~f T-11~-! &J.
of 5ft%"_z
.f I .. 412. 3.2-1 )~Clitc Ld. r" ' i-w-
WU'v (Lml.Cr*J V"e.-aL.
IS& ROV". S.Z. 3lWftl*Wj C.T.
r=L-M. ftlo "U-tift f -tj.j.. t. L.-...d.4 f~~
C&LM la"t4~pd"Lgxj" arCWL:*%tmAt-d
~ful to kill.4 ~~k-
cowler"a. = G-v tl- 1-h'_ -4
W14 it ... sb~ U-29, ,q'4 L.
Wift OU 1-t_t
t
.t pj=, ~4 r-d -pwrt.-
cx-
of JA Wftd~lc U. C-PIZ4 ;-z...t.l. -hy A-,-
.am heel. tr-" 1. d-.,.;-t, md C-P -8 t-~ b"Is -f -tr-
SMIM4 ~U~"
eawu~tL_ or
me% W%
Mtb"A LE&O 7-vsjr4 ~ ~J~ ~d "I. -f
sing, wtw'"rd_l"t_.o,tt. ~j wt~~
-r CF14 t-td. 1,
am mo
'a= C? CO-07st
k4r-A.r.
of tb. -,Ik-' plat 54
34-1, P'Lftipl.. or of r'_Q
rrvd~ws-Lm or &r%imi" tf -ha~ttisg PIA.ttcs al
KIMM-13 02 PMCXS=3
.t-d-tl- of M. f., PA-
J" - Uri- L.P.m- f
Timt) C7
of N't.
-Wtal-coot-
92
Zr.,,p mahlag VA.hi.-
C-p-?~.Wng U for -~. ~nd.
Cals.4 is Lb. Op~tl_ L..L.Vmd lost'-
pl"te) 117
AttaCUM49ts -1th b-d-Cftbl*
17A.
ZL M~J. [stallacmd). mr~v P~*"Lag " the &&8l, for
~f l1r.SwUm lir? f7

PHASIC I BOOK MIEWITATI(N SOV/5778
Kikheyev, H.V.p and AJI. L4yskLy
UniversalInne perenalamblvayamyye prisposableniya (Universal Resettable
Fixtures) Moscow, Gborongiz, 1961- 51 P- Errata slip inserted. 7570
copies printed.
Ed.: S.L. Martens, Engineer; Ed. of Publishing House: L.A. Belyayevs;
Tech. EA.: V.P..Rozhin; Managing Ed.: A.S. Zsymovskays, Engineer.
FURPOSE: This booklet is intended for technical personnel in production-
planning organizations and enterprises of the machine-building industry
concerned with the design, manufacture, and setul of machine-tool fix-
tures.
COVERAO: Designs for universal resettable firtures and their changeable
setups are described. Also given is necessary Information on the appli-
cations of resettable fixtures and setupap " well an simplified calcu-
lations and design methods* Smple setups for locating workpieces an
presented, and problems concerning the Introduction of the above fixtwes
Card ho

Utiversal Resettable Fixtures SOV/5776
into production we discussed. The authors thank Engineer G.V. Filatov
for his assistance. There am no references.
TAKE OF CONTEM
Introduction
Rteettable Fixtures
Usiverml Resettable Fixtures
M.Avereal Resettable Vines
Tjm1.vovrs&1 Resettable (Indexing] Tables
Utiverte-1 Resettable Chucks
Built-In Units in Resettable Fixtures
Card 2/3
1~
4
5
6
19
33
38

C OVSKIT. Turly Ivanovich; SIDOROV. Iredor (;eorc1yevich-._X;;qqW,
IlLkolAy ZakbarovIch; PICRK. F"or Ivanorich. kand.tak2w.nauk-,
- -Asswisiv, Goorgli'Petrio-,kch; KHMUSCHN. To~K,, Drof.,
rot songs nt:, WGINA, N.A., tokbn.rid4,
(Tractor operator's manual) Posoble traktoristu. Moskva. Goo.
nauchno-tokhn.izd-vo mashlnostroit.llt~ry, 1959. 512 p.
(KIRA 12:6)
(Traotors)

CHAMOVSKIT, Turly lynnovich; SIDOROV. Yedor Goorglyevich; NIIHAM&-
Nikolay Zakharollch; PICHAK. Fedor Ivanovich: Al-w- . Georgly
Wtrovich; KRAR TONCHIK, TO.M., prof., retsenzent; CEUMJM"OV*
V.M., inzh.. retsenzent; RTABCIEMO. P.G.. Insh., retsenzent;
KALOSHIN. A.L. inzh., reteenzent; PICEM, F.I., kand.takhn.nauk,
red.; MMMKOV, 1J.P.. toldm.red.
[Kanual for tractor drivers] Posobis trnktoristix,. Izd.2.. parer.
i dop. Koskva. Gos.nauchno-takhn.izd-vo mashinoltrolt.lit-ry.
1960. 592 p. (MIRA 13:12)
(Tractore)

WBA.CBNV, P.V.; HIKMIT, O.F.
Upending the field of lise for the VZ-2,5L) autrrlatll
water-supply stations# Vodei 9%t.tekho no.):3-10 Hr 'U.
(MIRA 11,36)
(Water-Dietribution)

WHACHEV, P.V.; MIKHEYEV, O.P.
Automatic water-raising installations for local water-supply
systems. Vod. i am*-tekh. no.6:6-13 J~ 161.
(MIRA 14:6)
(Water-Dietribution)

FaMCHSV,r kandtekhn.nauk,- HIMSY -0 2 inzh.; OU M SHCHIKOV, L.N.,
inth.; DUBROTfil ;c
IT. 72 ".. hnyy red.; PMHOTA, Z.S.. red.izd-va;
TXKIKA, Te.L., takhn.red.
[Water-rqlaing units for the local water supply; a reference book]
TodopoOemaye ustanovki Me mestnogo vodoonobzhaniia; spravochnoe
posobis. Koskva. Gos.izd-vo lit-ry po etroit., arkh1t. L strait.
materialism. 1961. 138 p. (NDU 14: 4)
1. Akademlya stroltelstva I arkhitektury SM. Institut sanittirnoy
takhniki. 2. Laboratoriya vnutrannego vodoprovoda i kanalizateii
Nouchno-isoledovatellskogo institute asn',tarnoy tekhniki (for
Mikheyev. Oumonshchikov).
(Water supply, Rural) (Pumping machinery)

--mlIMEYET, a.?.
Autcmatic water-liftizig devices for local water supply. Sbor. trud.
NIIST no.YD160-174 162 (MIRA 18:1)

LOBACHEV, P.V., kand. tekhn.nauk.; MIKHEYEV, O.P.v inzh.
[Technical data on automatic
an operating efficiency of 1
skie danrqe avtomaticheskikh
izvoditelincatiu ot 1 do 15
1. Akademiya stroitel'stva
sanitarnoy t.ekhniki.
water-lifting equipment with
to 15 m /per hour] Tekbniche-
vodopod"enmykh ustanovok pro-
m3/ chas. Moskva, 1962. 15 P.
(MIRA 17:4)
. arkhitektury SSSR. Institut

nlmi-llq~v, ;-~!
Al.Atcimatic u! ! *. w,' %i. watf,,r d-1.4ii~fe * - - .
trud. N I L"T nt- ~ -I J, : 163 .

MIKHEYKV, O.P., in.-sh.
.Nutonatic pumping installations in the Internal wats-~r-pllpe
systems of high-story buildings. Vod. i san. tekh. no.4.21-25
Ap 164 (MIRA 18:1)

MIKHF.79V, Oleg Favlovich; SKVORTSOVA, I.P., red.; 141KHEYEVA,
-1 4- ~ 11 tekhris red.
(Automatic water lifting equipment for local water-
supply systems) Avtomaticheskie vodopod"emxWe ustanovki
d-Lia sistem mestnogo vodoenabzheniia. Moskva# Stroiizdat,
1964. 77 p. (MIRA 17:3)

MIKHEMY'll O.P.,
Loial water su-,~ply Ll~.,r rural settul-ments. Vod. I 5,L-. -k'-.
no.'Itl2-15 JI 164 ('!II(A 18:1)

S/125/63/000/OOZ/008/010
A006IA101
AVMOR: Mi
T*nE: Conference on fatigue strength
PH?UODICAL: Avtomaticheskaya 5varka, no. 2, 1963, 89 - 90
T~)cr: The Conference on fatigue strength of metal structures was heLd in
Leningrad from October 9 - 12, 1962. The following reports were delivered: V. N.
Savel'yev, Candidate of Technical SciencesScientific Research Institute of
Bridges, on nInveatigations of the endurance strengthof riveted and welded rall-
road bridge spans on large scale models"; Ye. Ye. Kochergova, Candidate of Tech-
nical Sciences, TsNIISK, on "Fatigue failure of sub-crane beams and measures to
raise their service life"; N. 0. Okerblom, Doctor of Technical Sciences, LPI, on
"Evaluating the endurance strength of welded building structures during thoir
planning"- V. 1. Trufyakov, Candidate of Technical Sciences, Institute of Elec-
tric Weldln~ Imeni Ye. 0. Paton, on "Problems in the endurance test methods of
welded joints and least endurance strength values of low carbon sM low-alloy
steel welds"; A. D. Sergiyevskiy, Candidate of Technical Sciences, Scientific
Card 1/3

3/125/63/000/002,/C,08/010
Conference on fatigue strength A006/A101
Research Institute of Bridges, on "Extremal conditions in calculating the fatigue
strength of metal span-structures"; N. 0. Paramonov, Engineer, GIPROTransmost, on
"Results of the latest projects on Moo-62 (swoo-62)"; M. M. Ookhberg, Doctor
of Technical Sciences, LPI, on "Fatigue strength of standard weld joints in metal
structures of lifting transportation machines"; D. I. Navrotskiy, Candidate of
Technical Sciences, SZPI, on "Local stresses in welded joints and their effect
upon strength"; P. P. Mikheyev, Engineer, Institute of Electric Welding imeni Ye.
0. Paton, on "Comparison of results from testing welded joints that had been sub-
jected to various machining processes in order to raise their endurance strength";
Yu. V. Shishkin, Scientific Research Institute of Bridges, on "Specification for
some recommendations of TYr114MCB -55 (TUPIMsv-55) assuring the service life of
bridge structures"; A. S. Dovzhenko, Candidate of Technical Sciences on Proyekt-
stal' konstruktsiya" Comparison fatigue tests with large-size 15 XCHA (15KhSND)
and CT.3 (St,3) steel specimens of welded bridge beams; N. I. Novozhilova, Scien-
tific Research Institute of Bridges, on "Some problems in the strength of alumin-an.
alloy structures during alternating loading"; Chizhevskiy, Engineer, SRI of Bridges
on "Fatigue strength of alloys that are not'thermally strengthened, and their weld-
ed joints"; V. N. Savellyev, SRI of'Bridges, Candidate of Technical Sciences. on
Card 2/3

S/125/63/000/002/008/010
Conference on fatigue strength AooWioi
I
"Comparative fatigue strength of low-alloy steels of various grades, and their
riveted, bolted and welded jointstl;Ye. Ye. Kochergova, Candidate of Technical
Sciences, TsNIISK, on "Fatigue strength of low-alloy steel joints"; A. A. Batt,
Candidate of Technical Sciences, TsNIISK, on "Loads for calculating the endurance
strength"; A. D. Serglyevskiy, Candidate of Technical Sciences, SRI of Bridges,
on "Reduction of operational stress conditions to stationary conditions by taking
into account the effect of mean stresses".
Card 3/3

T-eUFYAKOV, V.I., kazid. toklin. P.P.,
Ways of Ln(-rea.31ng i--!nrli~rance cf welded Avtom.
Fivar. 17 r. r, . 11 ~,- -~- 3r: k: ? t,4 ( M I ~~A I P . I )
.. lrst'~-,+ ini. F4~.onfi, X; '~"?.rSSR.

__(A1)____-6_0-UR--CE- -C-0-DE: ____ UR-/0-125-/66-/000/on/o(j(,1/o(jo6
ACC NR, AP6037o94
ALITHOR: TruPfakov, V. I.; Sterenbogen, Yu. A.; Mikheyev. P. P.; Babayev, It. V.
'ORG: Institute of Electric Welding im. Ye. 0. Paton AN UkrSSR (Inatitut clektro-
svarki AN UkrSSR)
ITITLE; Strength of welded jointo made from low-alloy steels
ISOURCE. Avtomaticheskaya svarka, no. 11, 1966, 1-6
jTOPIC TAGS: weld evaluation, fatigue strength, low alloy steel
iABSMICT: The following nine grades of steel were tested for fatigue str-igth at the!
,Institute of Electric Welding im. Ye. 0. Paton: 14G2, 19G, 15GS, 14?,-hGS, loamm,
'15KhSND, 09G2S, lOG2SD, lOG2Sl and 15KhG2SMFR. Grades lOG2S1 and IOG2SD were t(nted
~in the hot-rolled state and after thermal hardening (heating to 9200C, quenching in
jwaLer and subsequent annealing at 6500C). Two types of specimens were tested: with
buLt Joints and with welded strips to simulate reinforcing ribs. The joints were
iuutomatically welded using AN-3148 flux and SV--08 GA wire except for specimens made
I from lOG2Sl ateel which were welded with AN-22 flux and Sv-IONM wire, and 15rLhG2SMFR
which was welded with AN-22 flux and Sv-08KW4F wire. The strips were manually
welded using UONI-13/55 electrodes. It was found that the strength of untreated
joints made from low-alloy steels is practically independent of the automatic welding
Card 1/2 uDc: 621-791-052:669-15-194 621-791:620.192.3-001

ACC NR, - AP6037094
conditions and selection of welding materials (grades of flux and electrode wrLj.
In tests of a given type of 3oint, low-alloy steels of various grades differing In
chemical composition and mechanical properties show identical resistance to cyclic
loading. Joints made from thermally hardened steels as well as those made from puri-
fied steels have the same fatigue strength as ordinary hot-rolled steels. Low-alloy
vLecls show somewhat of an increase in the strength of Joints as compared with those
made from low-carbon steels when the stresses are applied in a single direction. Or.
the otner hand, the fatigue strength of Joints made from lov-carbon and low-alloy
steels is approximately identical in the case of symmetric loading cycles. Orig.
am. has: 9 figures, 2 tables.
'SUB CODE: .11/ SUBM DATE: 26Apr66/ ORIG REF: 008
,iS1_5ard _212

M i r, h F Y E V' , F . V' .Cqnd. 01010g. 00i.
Dissertation: "Biological Peculiarities of the Wintering of Uarp Under
Conditions of Low-Natural Running of Water." Moscow Technical Education
Institution of the Fish Induatry -- MOSHYBVTTJZ, 10 Oct 47.
SO: Vechernyaya Moskva, Oct, 1947 (Project #17836)

PA
1). V.
USO/Za4gineering - RydrodynamIcs Jun 50
"Graphoamlytical Methods for Solving Problems
of the Variable Motion of a Liquid," P. V.
Kikheyev, 7 pp
"Oldrotekh Stroi" No 6
Suggests new approach to analysis of general
equation of variable motion. Gives graphical
Interpretation of phenomena. Method is based
on graphical integration of equation of flow
motion in energetic form and has all possibil-
Itles for further developatent.
16iT58

,mmr-'-mvp P.V'
Agriculture h Plant &- Animnl TnduBtry.
Floating artificial spawning zone. Moskva, Pishchepromindat, 1,51.
Monthly Lint of Russian Accessions, Library of Congress, April 195 TICLAISTFIED.

Nam; : 1-otr Vasil 'yovich
Dissertation: Cuurent und Deposits
Degree:
Aff 111 at Lon.
Defanse Date, Pl-ce:
Doc Tech Sci
~-no indicatof
10 N6'~\ 53, Co,incil nf
Res ~T4~ 3f Hydreulic
nnd Itp~'vrm,-~nt
Certific2tion Date: 26 May 56
All-Unl-n Sel
Engineerinp
Source: 3mVO 4/57

HIMMIT, P.V., kandidat takhnichaskikh nauk; KCUM, D.L.. Inshener.
Instream surfacing of river beds with alluviul so U. Gidr.stroi. 22 no.1-1:
6-10 I-D '51. (KERA 6: 11 )
(Wdraulto engineering)

1. ~fjyjjEygV, P_ V. ; HEY3711.1t, Ye. V.
2. USSR (600)
4. Volga-Don Canal - Fishes
7. Develoament of the fish oojulation in reservoirs of the Lenin Volga-Don Canal
during the first year of their existence. Ryb. khoz. 29, No. 3, 1953.
1
9. Monthly List of Russian Accessions, Library of Congress, April .1953. Unclassified.

mmm'V, P. V.
VIASOV, ?.A., Inshener; MIKMMV, P.T.. kamdidat takhaichookikh aamk,
RIKOLATIT, L.A.. rsaWi*." " - -- -
[Aerated cement convoying trough for use In construction vork]
Aeratelrazoe transportirovanis teementa v uslovilakh stroltollstva.
Moskva, Goo. isd-vo lit-ry po strottellstvu I arkhltokturs, 1954.
46 P. (KLRA 7:8)
(Cement--Transportation)

POLUKOV, Tu.D.; KIKHEYIV, P.V.; KEYSM, Ye.T.
Great pleciculturist; in memory of B.N. Sebontsov. Top.tkht. no.6!
174-178 '56. (KLIA 9:8)
(Sebenteov, B.N., 1891-1955)

3W=.( , dektor takhni chaskikh nauk; HELAM, D.L. , I-andidat tekhatcheekilch
nauk.
Deeming of the Hissourt chaanal by the hydraulic fill method. Gidr.
eel. 8 ne.8:56-58 Ag 156. (KLRA 9:9)
(Missouri River--Dams)

KIKE[31~~ Petr Vasil' jigh, doktor takha.nauk; TUMICH, Daniil
-zq
--re-tro-vich, kand.takhn.nauk; RTABTSM, K.G.. red.; FXDOTOTA.
A.r., takhn.red.; GURSTICH. K.K., takhn.red.
[Regulation of river channels for land reclamation purposes]
Regullrovante rusal rek v mollorstlynykh teallakh. Kookvao
Gos.isd-vo sallkhos.lit-ry, 1959. 271 p. (MIRA 12:7)
(RIvers-Ragulation)

AKMMOV, A.Kh., lmnd.biol.nauk; BATMO, A.I., kand.sel'skokhos.nauk;
BRUDASTOTA, N.A., kand.takhn.nauk; OCLOVINSKATA, K.A.. kand.blolog.
nauk; GORDW. L.N.. kand.okon.nauk; DORCKWI. S.N.e ryboyod-biolog;
YEROKKINA. L.T., rybovod-biolog; ILIZZ, T.M., rybovod-blolog;
1SA7XV. A.1., rybovod-biolog; KADZMVICH, G.V., r7bovod-biolog;
KOKAROVA, I.V., kand.biol.nauk; KRYKOVA. R.T.. rybovod-biolog;
KULAKOVA. A.M., rybovod-biolog; KAKONTOVA. L.N.s kand,blol.nauk;
KETSHIR, Te.T.. kand.biol*nauk; )(IK!PTF, P.V.# knnd.biol.mu1cj
KUKHIKA, R.I.. kand.biol.naukl PARdRW. kand.biol.nauk;
SMOVEMOV, P.M., kand.biol.nauk; SOKOLOVA, Z.P., rybovod-blo-
log; TSITRICILIK, R.I., rybovod-biolog; RYZHMiKO. M.L. red.; KOSOVA.
0.N., red.; SOKOLOVA. L.A.. takhn.red.
(Handbook on pond fish cultural Spravochnik po prudovomu rybovodstvu.
Red.kollegiiat A.I.Isaev i dr. Moskva, Pishchopromizdat. 1959. 374 p.
(KIRA 13:4)
1. Moscow. Yearossiyakiy nBuchno-iselodavatellskiy inatitut prtido-
vogo rybnogo khozyaystva.
(Fish culture)

MIEIErEV, P.V.; HEYSNER, Ye.V.; HIKHEYEV, V.P.
Attraction by light of organleas on which fishes food, Top.
ikht. 2 no.0731-739 162. (KMA 16s2)
1. Vaeroselyskly nanchno-iseledovatellskiy institut prudovogo
rybnogo khozyaystva.(VNIP M )p Moskva.
(Fishe;Li~~) (Light-Physiological effect)

- HIBEYEVI POVS
Using the drained zone of resprvoirs for flab mature.
Trudy sove Ikht. kom. no.14:122-125 162. (WRA 15:12)
1. Vs"bssiyskiy nauchno-issladovatellskiy Institut
prudovogo rybnogo khozyaystva (VNIPM).
(Fish culture)

ml'icj*,YEV, P.V.
Effect of i-,arnfltry denerwiticn ~n thfj gr(,,-.ith ar.1 (Ieve'oF.rn,:r.~ -,f 1-3
adiposp tissue. Fi7lol. mr. 50 nr,.3:3fll-3l3
I -,,:-A 18
1. Nauchno-opytnaya stant-qtyR T-o lzucheniv-j
zyaystvennykh znivotn-,rkh lnst.tuta fiZ,* Jorl~ 4 :::Ier-,i a,,, . ova
AN SSS~31, Lxmingrikd.

ZOTIKOVA, I.N.; KIKHEM, P.V.; ROGLL', I.G.
Role of efferent innervation in the activity of the mammary
gland. Fiziol. shur. 51 no.10.1250,-1255 0 '65.
(MIRA 18:12)
1. Institut fisiologii Imeni I.P. Pavlova AN SSSR, Leningrad.
Submitted May 6, 1964.

MIKHEYEV, S. D.
208,~6. Mikheyev, S. D. Tablitay khoda rosta bereskleta borodavchatogo. V sh.
Issledovaniya po lee. khoz-vu. H.-L., Iqh9j s. 21h-35- -':'I'-liogr: 6 nazv.
SO: LETOPIS ZHURNAL STATEY - Vol. 28, Moskva, 1949.

MIMIYEIV ) S. , i n a he- rt- r. - pc I k j,.,:i 1 k
'4wn a tank zo=~emy is Gn an nffenzl-m. Tekh. I. v-:,o:-jzh. no.2:
44-46 F '64. -"Y: ~-

I

BRICHKIN, A.V.; HARGCRIN, G.N.; PERRMTUN, V.V.; MIKHEM, S.V.;
GSNBACH, A.N.
Design of a rodleas thermal (trilling shell for widening boreholes.
Trudy Inst.gor.dela AN Kazakh.SSR 9t128-134 162. (MIRA 1518)
(Boring machinery)

ACCESSION NR: AT4007027 8/2598/63/000/010/0048/0064
AUTHOR;M Vo So V.; Chernova, T. S.; Dzhibuti, N. M.
TITLE: A study of some alloys of the Ti-AI-Cr-Fe-Si-D system, contaInIng 6% Al
SOURCE: AN SSSR. Institut metallurgii. Titan i yego, splavy*, no. 10. 1963.
Issledovaniya titanovy*kh splavov, 48-54
TOPIC TAGS: titanium alloy, titanium aluminum chromium alloy, titanium aluminum
chromium system, Iron containing alloy, silicon containing alloy, boron containing alloy,
titanium complex alloy, alloy structure, phase transformation
ABSTRACT: A polythermic cross section of the six-oomponent system TI Al-Cr-Fe-SI-B
containing 6% aluminum and with changing amounts of Cr, Fe, and SI (0. 25%) was constructed
on the basis of thermal analysis data, melding conditions, microstructure, hardness and
electrical resistance. It was shown that the melting point of the alloys decreased from
163 to 148C as the amount of the alloying elements increased. The phase transformation in
this system was investigated in the range of 950 to 1100C by thermal analysis and by
changes in electrical resistance at the corresponding temperatures. It was concluded that
the temperature of the alpha-beta transformation is altered slowly as the amount of alloying
elements Lacreased. The m1crestructure of the forged, hardened (1100 to 800C), and
Card 1/2

ACCESSION NR: AT4007027
Annealed specimens was investigated by the etching method. All alloys in a cold-worked
state and annealed at 800C showed the structure of the destructive beta solid solution.
Changes In hardness determined Inforged and hardened specimens (1100 to 800C) and in
annealed specimens by memo of Vickers apparatus, depending on thermal treatment, are
shown. A polythermic cross-section of the tested system was shown and on the basis of
this corso-section, the optimal composition of the alloys having high beat resistance and
other desirable mechanical and chemical properties can be evaluated. Orig. art. has:
6 fiVwos and 2 tables.
Assocunm rustitut metaLlurgli AN SSSR (Institute of MetaUwW AN SSSR)
SUBALITTED: 00 DATE ACQ: 27Dec63 ENCL. 00
SUB CODE: UM NO REP SOV: 006 OTHERs 001
Card 2/2

MIKHEYEV, Vladimir Arladlyevich, allid,'OV, Viktor Vikbaylovich
Kirovak. Murmansk Yur--P-nsk-or- kni~hnoe izd-vo, 1960. 94 p.
(MIRA 15!Fl)
(Kirovnk (Marmansk Proviwo)).-Derwriptiun)

1. KOVRIII*HNY-iH, D.; J7jXHh"YEVj_ _V.
24 USSR (600)
4. V~heat
7o 3weet clover as green manure for spring wheat, Dost. sellkhoz.,
No. 10 1953#
9. Monthly !,.ist af Russian Accessions, Library of Congress, _April, L953, Uncl.

LSM/Yamdow sciences.
Abs Jour : Hot Zhur - Biolp No 4, 1958, 15445
Author : V. Mikheyev
inst : Inatitutte of Biology of the Bashkir Affiliate of the
Acadazy of Sciences LOW.
Title : The Trrijption of BottomImApion IrVortant Measure in
Strenathening the Food Bases
(oroshenlye poym-vazhnoyo maropryatiye po ukrcpleniyu
Orig Pub I Be khd Bachkirit, 1957, No 3, 35-37
Abstract The study of tests conducted at the kolkhozes of the
Transural region by the Institute of Biology of the
Bashkir Affiliate of the AcademW of Sciences USSR has
indicated that with full vater floods the flood-land
Card 1/2

mirmv, V. A,
Wild forage plants of Bashkiria suitable for introduction. Trudy
Bot.inst.Ser.6 no.7:229-212 159. (MIRA lls'O
1. Ingtitut hiologil BashIcirskago fillain All SSSR. Ufa.
(Bashkiria-Vorage plants)

L 20781-" EWp(k)jE_Vq(4)/W(M)/T EWPM/"P(V)/E11F(h)
3-
ACC MR a AP6005561 SOUHC3 CWRI Uit/0222/65/000/gAO10057/0058
AUTHORt Kikb*Mp V. A. (Z4#*er)
ORGI none
1A I
TMZt Choice of ultrabigh pressure supply for kfdrostatic presses
SGURCZ: Jestaft mashinostroyenlyap no. 10# 1965,, 57-58
TOPIC TAOSs high presswe pump, hydraulic pressure amplifierg fluid pressure, i
metal forming machine tool
AMRAM Some aspects of choosing a high pressure supply (1500-4000 kg/ca2) for
hydrostatic presses used in powder metallurgy-forming operations (powder compacted
in an elastic container under hydrostatic presawe) are discussed# 'rho amount of
fluid.vhlch~ has to be supplied is calculated from the volume lose of tho
compacted part, the compreasibility of the fluid and the expanniin of the
r3
emmwe cba*ora It Is recomended that piston-cylinder type pressure amplifie
2 or more),, driven by a high pressure pump rather than an ultrabigh pressure
PWWv be used to supply the req%IM fluid volume and pressure., Output, can also
be 1mrsesed by cagpling two press chambers to the memo pressure supply so that.