SCIENTIFIC ABSTRACT MINAYEV, G. A. - MINAYEV, P. F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134410005-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MINAYEV, Georgiy Aleksandrovich; SHATIKO., flina Ivanovna; DIYAKOV, G.S.,
--------Ye,s-onzent--POVAIN'AYL?V., P.I., dots., retsenzent; PROKOFIYEV,
F.I.',, dots., retsenzent; KULIKGV, A.A.., starshly prepodavatell,
retsenzent; YUROV, S.I., red.; KOMAROKOVA, L.M., red. izd-va;
ROMAIICVAy V.V.,, tekhn. redo
(Safety engineering in topographic and geodetic work]Tekhnika
bezopasnosti na topografo-.geodezicheskikh rabotakh. Moskva,
Goodezizdat, 1962. 226 p. (MIRA 15:9)
(Surveying-Safety measures)

FINKOVSKIY, Viktor Yaklevich, kand. tekhn. nauk, dots.; ANTIPOV,
Ivan Timofeyevioh, kand. tekhn. nauk; PAVIDV, Ivan
Mikhaylovich, inzh.; Prinimal uchastiye MINI ItY. G.A., inih.;
MIRKIN~ A.L., inzh,., retsenzent; BUROV. M.L. red.f-StWRYGINA,
A.I., red. izd-va; ROMANOVA, V.V., tekhn. red.
(Handbook on horizontal and vertical control for aerial
photographs by the phototheodolite surveying method in making
topographic maps at a 1:25,000 scale] PosobdLe po planovo-
vysotnoi priviazke aerosnimkov metodom fototeodolitnoi s"emki
pri oozdanii topograficheakikh kart v masshtabe 1:4 Ooo. Mo-
skva, Gosgeoltekhizdat, 1963. 150 p. (MIRA 16:7)
(Photographic surveying)

Invies'a wtion'..of the~jiiic'hinability of, low.-Carbon S/808/61/011/000/006/0,06
-9,
those stee'16:chiracterized by a'mean drillholeAepth of I mm and total resistance
t igh's d,
to' sa-vang'an urning:%vith a h Pee : steel cutter-,. (2) "difficult- to -machine" are
-_i,hose'stee s~ c aracterized by a.mean drillhol'
:1 h a- depth of from 2 to 5 mm and by sub-
.i:_Stantia -res stan 6 3.q
c -to saw ine and-Winin g (standard. 'Steel IT- [EYalTJ ); (3) -
'd I- m chi ble!':Are thdsa steels 6haracte ized.by a mean-drillhole depth of 6
r
ea i y a na :. r.
anditu s ta -1:50)
ito-mmm.: and ready-'sawabilitj~ rhability ndaid:. Stee (4) "excellently
machinable!' are those steels charicterized by,a.mean driMole depth of more than
-10 Mai ahd"'easy, sawability-and turnability (standard: Calibrated steel Z5). A total
Ci-~Mn,_.e and Cr-Mn-M-itdels 'were taste The-. results are tabulated and
ra h* _i steels i
g . p:hed...., The. overw elming major ty of,the nvestigated o ystems,
f the 3 s
-containixig -from .6 to":400/6 Mn and -Cr-with 0. 10/1 G, :are 'characterized by good machin-
abilAy.-lboth in the cast and in the quenched state. la most of the steels investigated,
--ahorn0jenizationatO 1500C and -Subsequent qu6nch,doe s not.impair, the machinability
-the -con'trary.. Jiiiproves it appreciably. It is asserted thatthe opinion,
W_
_..widel "A tfirodghout-the,:ftterat~xre, Ahat 10 C-ite'els of the Fe-Mn-Gr and
V prevai ing.
IF6. Mn,-Cr, N.systerria. are -not'reidily machinable, requires correction and that the
Fe~~Mn.- Fea-M4-Cri..and Fd-Mn.Cr-N stainless nonmagnetic steels investigated are
rywre readily machinable than. standard.. Cr.-Ni steels Thereare-2 figures-and I-
one -and-76~6-half-,P, ble -'no re rqnces.
age m

,~ I /
v / / - /I(- ft V /1--/ -
M~~4N, T.N., slossarl; KIMYNT, I.A., tokarl.
---------
Machanising the productlon of tongues for sport shoes. Leg.prow. 14 no.S:
46-30 Ag 154. (MIRA 7:8)
(Boots and shoes)

HINAYSY, I.A.; KOLOBRODOV, G.L.
ONNOWONNOW,
(Work organization and technical standardization In cotton-
spinning] OrganifttSiia truda I takhnichaskoe normiroyanis
v khlopkoprisdillnom proizvodetva. Kooky&, Goa. nauchno-
takhn. tid-vo Ministeretva promyshl. tovarov shirokogo
potrobjeniia. 1953. 300 p. (KLRA 7:3)
(Cotton spinning)

7APAKHOVSKIY. L.1.; PAVLOV. N.N.; BARABLNOV, L.G.; SLUTSKIN, S.M.;
MIRLM. ,A., lazhozer.
- - a- - _L
Affleleat work orgmlsatloa for aptnnere and bobbla renovers. Toket.
prom. 16 no.6:16-21 jo 156. (NA 9:8)
1. Zav*dv^shchly noreativac-looledowatellakoy laboratorlysy Glav-
kor" (for Slutskla).
(splastag)

NIMIUl, 1,A,: SLUTUIT# BoNo
Xrrowcus principle@ expressed in L. L Zamakhovskilts article.
Toksto promo 18 moo6t65-66 Jo 158* (MIRA l1-- 7)
(COUGS dPlwdv4g)

3,14.
Technical norms for winding processes on the Ifacoba autonatic
weft winders. Takst.pron. 19 no.4:12-16 Ap '59.
(MIRA 12:6)
(Spinning nachin-3ry)

MTMAYFV, l.G., inzh.: -WIPC.HIKCV, M,N,, lnz~-
----------
Construction of ono, of ',,h6 largest --cal preparaticn plantL~-
vo Shakbt.stroi. 7 no.~1119-22! lkly 163, WIR.! 17-,4)
1. Trnst Krapnodenpro,,iq~,akfiloELi-oy,

&L EWT (M)
ACC HAt AP6005361 SOURCE CODEt UR/04l3/66/boo/bol/oio6/blo6
AUTHORSt BslcY)L Ye. M,; Gorodilov,, V. *; 1jkn~aev,,_.I...G.; Titov,_V. N.
L4
ORG: none
VITLEt Ionization pulse gas anal zerldoteator, Class 42v No. 177681 Zannounced by
Tomsk Polytechnic-Institute-o -the- rder of the Workers' Red Banner (Tomskiy ordona
trudovogo, kra-anogo anameni politennicheskiy Institu
SOURCEs Izobrateniya, provqshlenrqyo obraztey, tovarnyye znaki, no. 1, 1966, 106
TOPIC TAGS: gas analyzer, gas composition analyzerp gas ionization
ABSTRACTs This Author Certificate presents an ionization pulse gas analyzer detector
containing a chamber with two coaxial electrodes. An ionization source, e.g., an
0(-*M4+As4 Is located inside the chamber. To increase the sensitivity of the
k-da-tector to eleatronegative gases (eogep oyygen in argon), the ionization source is
located at the bottom of an annular slot in the insulating end cover of the chamber
(see Fig. 1).
Card
UDCs

44679-66
ACC NRs AP6005361
Fig. 1. 1 - chanberj 2 and 3 - coaxial
electrodes; 4 ionization source;
5 end cover
f
Orig. art. has: 1 diagramo
07/
SUB CODEs 20f SUBM DATEs 22Dsc64
hs
Card 2/2

MINAUT, I.I.
muwmwm I Ifismalw.
I The use of rocks. Ast.v shkole no.2.-84-85 Mr-Ap 154. (KI-RA 7:3)
1. Yearoselyakoys obahchastvo okhrany prirody. (Rooks (Bird))

WTORIDVy K*Gej KINAYST, I.M., st&rBhIY vaterinarnyy vrach.
U" of satiblotles at tho 1[untsevskals poultry p2ant. Taterlowlia
32 no-8:61-63 Ag '53- (Km, 8:10)
I.Direlde.r ptitsefabrIki (for Savorov).
(AMISIOTICS) (PCUMY--DIMMM AND MTS)

MINAYZV, I.Ma. Inzh#
Determining economically advantageous methods of forming rock
dwqw. Shakht. stroi. no.4:8-10 158. (Min 11:6)
(Coal mines and mining) (Materials handling)

BOGACHEV, I.N.; DUBININ, N.P.; YEGORMIKOV, I.P.; ZHUKOV, A.A.; IVANOV,B.G.;
IVNIOV, D.P.; MARIYENBAKH, L.M., doktor tekhn. nauk, prof.j MINAYEV,
jjl,j ROZENFELID, S.Ye.; SIDELINIKOV, S.V.; SOSIUM, M.N.; YUKOOTT
1,14.; YUDIN, S.B.; RUBTSOV, N.H.,, doktor tekbn* nauk.9 prof*, red.;
CHMWAK, O.V., inzh.,, red. izd-va; MODEL', B.I., tekhn. red,
[Founding bandbook; iron founding] Spravochnik
litle. Pod obshchei red. N.N.Rubtsova. Moskva,
liteishchika; chugunnoe
Mashgiz, 1961. 774 P.
(KTRA 14:12)
(Iron founding)

. H4YJ akarqvIch:, f-0,',NJ;2JK(j, M,V., nauchn. red.; 140KRIL760,
- . _q,jya~_M t - I .
A.M. , re .
LMaking core skeletons in faundry practice] izgotc-71er~;e
karkasov v liteinom proizvodstve. Moskvap Vysshaia shkola,
1965. 235 P. (NIRA 1814)

AUTHOR: Minayev, I.V.$ Engineer SOV/99-58-10-4/13
TITLE: The Economical) Distribution of Vertical Drainage Wells (Eko
nomicheskoye ra.zmeshcheniye skvazhin vertikallnogo drenazha
PERIODICAL: Gidrotekhnika i melloratsiya, 19589,,Nr 10, pp 24-30 (USSR)
ABSTRACTs Drainage of land with a high ground water level can be
carried out successfully Py vertical drains. For this pur-
pose pump wells are equally distributed over the entire are
at a certain distance from one another, which cam be determ
ined by the condition of the minimal yearly expenditure of
draining 1 ha of swamp area. The author evolves a ni~~ber c
formulas showing the advantage of vertical drainage for
certain areas. With low costs for electric power, it is
possible to have a greater lowering of the water level thar
can be obtained by filtration of the ground. The distance
Card 1/2 between the pumps is governed by the permeability of the
so

SOV/99-58-10-4/13
The Economical Distribution of Vertical Drainage Wells
ground. The capacity of pumps for the individual shafts
should be consit~ered for efficient operation.
There are'2'diagramag 1 graph, and 4 Soviet references.
1. Water--Control systems 2. WellB-Performn e 3. Pumps
--Performance
Card 2/2
N

MINAYEV, 1. V.: Master Tech Sci (diss) -- "Problems of the exploitation and
economic computation of vertical drainage". Moscow, 1959. 22 pp (Min Agric
USSR, Moscow Inst of Water 9conomy Engineers im V. R. Vil'yams), 150 copies
(KL, No 11, 1959, 119)

jgAkIff-,-T.V~ [Minniev, I.V.1. kand.tekhu.nauk
Economic effectiveness of sink-hole drainage in areas of subsurface
f.looding. Visnyk sillhosp.nauky 4 no.8s66-72 Ag 161. (KMA"14:7)
1* Kawnete-Podollskiy sel'skokhozyayetv*=W Institut,
(Drainage) (Water,, Underground)

-T1INAYVj1.V.t kand. tekhn. nauk
"Rural water supply and land reclamation" by A.IA.Kalabugin, S.I.
Murashev. Reviewed by I.V.Minaev. Gidr. i. mel. 13 no.9:63-64
S '61. (MIRA 14:9)
(Irrigation) (Drainage) (Water supply, Rural)
(Kalabugin, A.IA) (Murashev, S.I.)

SER.FBRYAKOV., L.P,; VOLODGHENKO, K.G.; FINASHKIN, M.A.Prinimali
uchastiye% TITOV, N.A.; PROSELKOV, N'L.- MINAM I Z
NIKOLAYEVj, S.V.; SM40YLOVA, V.F.;
FORIN) V.F., red. vnxska; BOBRISM; A,T,v red, vypuoka;
CHAPOVSKIYj Ye.G.., red. vypuska; POSPELOVAq A.M.,, red. izd-
va; GUROVA, O.A., tekhn. red.
(collection of unified district estiiates for geological
prospecting) Sbornik edinykh poraiom3ykh edinichmykh rao-
tsenok na geologorazvedochnye raboty. Moskvav Gos. naucbno-
tekbn. izd-vo lit-ry po geol. i okhrane nedr. Vo.2. [Hydro-
geology and geological engineering] Gidrogeologicheskie i
inzhenerno-geologicheskie raboty. 1960, 91 p. (MIRA 14:12)
1. Russia (1923- U.S.S.R.) Vjinisterstvo geologii i okhrarq
nedr. 2. Ministerstvo geologii i okhrarq nedr SSSR (for Titov,
Nikolayev).
(Prospecting)

MA)69 Ke A*
J~
Teoreticheskoe i ekBperimentallnoe issledovanie raboty otkry-tykh profilei
na szhatie. Dannye eksperimenta dlia profilei zakrytogo tipa. Mos),va,,
1939. 56 p.s illus., tables, diagrs. (TSAGI. Trudy, no. 393)
Title tr.: Theoretical and experimental investigation of the strength of
the open sections under compressive load. Experimental data for the closed
type sections.
QA91I.M65 no. 393
SO: Aeronautical Sciences and Aviation in the Soviet Unicn, Library of
Congress, 1955.

M'IN&, - K, A 0
IV
Issledovanie raboty staltnykh profilei. na szhatie. Poskva, 19LO. 27 p.,
illus. (TSAGI. Trudy, no. 521)
Title tr.: Investigation of steel sections under compression,
NCF
SO: Aeronautical Sciences and Aviation in the Soviet Unions Library of
Congress, 1955-

111" j K e A *
A
RaschetrWe grafiki dlia szhatykh i szhatoizognutykh profilei. (T6hnika
V02dushnogo flota, 1940, no, 8. p. 64-78, diagra.)
Title tr.: Curves for design of profile structural members under compression
and bending loads.
TL5o4.T4 194o
SOi Aeronautical Sciences and Aviation in the Soviet Union, Library of
Congress, 1955.

MINAYEV,,K.A. Doe Tech sci -- (diss) "Author's
res"t workj 'Study of certain problems
of.Aiji critical and extreme states of rods and
panels of air~craft o~ presented as a
dissertation in competition for the scientific
degree of doctor of technical sciences." Emoi, 1958,
7 pp - 150 copies. Retaf"-= (KL, 29-58y 131)
- 41 -

YESAREVp G.I.1 MINAYEV, X.Y6.1 SLAVITSKAYA, N.N.
[Treatment of metal-autting tools in a steam atmospberal
Obrabotka instruments. v atmosfere para. Riazan', Ria-
zanskee knizhnoe izd-vo, 1961. 14 p. (MIRA 18z3)
1. Nachallnik uchastka termicheskoy obrabotki Ryazanskogo
zavoda tyazholngo kunechno-prospovogo oborudoyaniya (for
Yes&rev).

14INAM, L., and C101EZOV, B.,
"The Struggle for Greater Labor Productivity," Sots iali sti cheskoye stroitellstvo
na. Urale; sbornik statey (Socialist Construction in the Ural Industrial Area;
Collection of Articles) (Sverdlovsk] Sverdlovskoye knizhnoye izdo-vo, 1957. 345 P.
Ed. (front of book): ZUYKOV, V. N. Candidate of Historical Scienceo; Ed. (back
of book): GETLING, Yu.; Tech. Ed.: PALIMINA. N.
PURPOSE: Thiscollection of articles is intended for the general reader.
COVERAGE: The collection contains reports on the economic growth of the Ural
Industrial Area., includipg the development of farming. Particular attention
is given to the role played by this region during the 2nd World War.

LEZIN, V.V. , prof.; 1LU1A=--.,j M
,~pj KOROLIKOV, V.A.; SHESrOVA, L. .,
red.; MARTYNOVA, M.N.,, tekhn. red.
("Co=on Market" and workers of capitalist countries]
"Obshchii rynok" i trudiashchiesia kapitalisticheskikh
stran. Moskva, Izd-vo V`PSh i AON pri TsK KPSS,, 1963. 289 p.
(MIRA 17:2)
1. Moscow, Akademiya obahchestvenrWkh nauk.

Acommm as AFWW33 3/020/04/00WO03/0566/0M
AUTHDRz T"12,11vows B. S. (SM
oWk1WmW*-&-A- (Moscow)
TEWs On the Stability of fUt ehaiUm with dovbU currabare an a rectangular
surft"
SMES Ilnxh mlvlq 111~4 V* ho we 39 1A#,~VO
TOP= TAGS& flat ~b&U8 Gaussian curvatum,, Instability, critical load,, mJvJmm
lwdp local stablUtys atme ftwtions triganomtric, miss,, aalwftn mettwd
ABSrRAM* On the besU of V. Z. Vimm's (Obabobays. tomlva obolochek I yeys
priloahmAp T td*mdkee 1949) theary of nAt sheUs with linsar
arrangum*,, the stabIlitr W*Uo with pwitive Gaussian curvature was xUdiede
Deflectim at tba a==& ImetablUty a4a in In rqpremated by
partioular va.Ue of a
thm a4Uml IwA U donned br amme of a
and a far'aL jobdomma are wAttem,
load; The equatim of 'me-' !~t6
+
Card n?t-

ACCIMM IMs ATOM)
where ouvw AP norwa and WOW loods. and w are
MIJI 2
am SM t
of 9013AIGNIS or "j be,
loade e,=s-MdW-- In dogual "M 21 swims for iiss~v
do CID
less
Sw an a*
FEW + 111N9
mt4'laeda to an
Gglerkin's ywalaUaml wMad Is wVloy"s uldch subsop
q MOVO I sod by.
em;pressim for MW load
0.25) (at - 0.23)
+ kgy)!!~rl +
755 (1 - IV) sOn-0 (ftl + RP - (0.5)
lpg*b(Wf (ksmsrl +k,,Oy)l (x~-0.25) (0-02%
(A(M-1- + POTP MW W + 0, - 0-5)
The critical load is thm deteasined for two special caiest 1) n 22~) 1 or
0,75 k
m w I and n2>> 1, and 2) uY,2, n-.~, 2. Me first gives'for %y*'.(kjr4 +_kiy)t'
I- IL
N q* - F~4 -,7 --- The second *&as leads to sUd",
results but at a M volualf '-q(cAf;L%y t1an the former o"se Origg arts Mali
31 squationse
AS=IMONI none
Card
2611-

ANDRUNOT. S.N.; B&MTIN. B.$.,- BIZHNTSKIT, K.I.: BOGUMT. 14-U-;
GOLOTAWT. S.T.; IOIZ. N.S.; KAYLIM, I.K.; KIMN, A.T.;
KOTAOBOT, G.M.; KOROLITA, K.A.,- ORIN, A.I.: KIRYN, U.S.;
POZWAKOVA, T.A.; PROKOPOTICK, T.K.: ODWWIYW. S.I.:
TPW!YAKOV, N.P.; CHIMDT. A.K.; JPILINDNOT, N.D.
Petr Pedorovich TAIlkow; obitumT. Pt$toovodstvo 9 no.8:48
Ag 159. (NIM 12:12)
(Lellkew. Petr Fedorovich, 1905?-1959)

KNOW, H. - ~ I
From bad to very good work. Ayt.transp- 37 no.1:16-17 Ja 159.
(NM 12:2)
1. Glavnyy inshener Marlyakogo artotresta.
(Transportation,, Automotive)

MINAYE70 N.
Manager and chief engineer Of an aotomotive transporiation unit,
Awt.trwW. 39 no.3t34,-35 Ir 161. (MIRA 3.40)
(T=nsporation, Automotive)

KUZIKIxk. 0.0... K1jfiWAjk.G_,* PSHENICHNIXOT, A.P.
Method for determining subsurface defeat@ In metals by some
of transverse ultrasonic waves. Zay.lab. 22 no.8:01-949 A;
156. (KM 9:11)
(Metals-Testing) (Ultrasonic testing)

S/181/60/002/007/045/047/D'.
B006/BO67
AUTHORS; I~atsh, V. V., Minayev, V. G., Somin, B. Kh.
TITLEj X-Ray Study of the Phase Composition of Ni-Jerrites by
Using CO& Radiation
PERIODICALs Fizika tverdogo tela, 1960, Vol. 2, Wo. 7, pp. 1632-1642
TEXTt The use of the e4ssion of an iron anticathode for analyzing the
phase, of Ni-Zn ferritesv~roved to be inadequate since it renders the
determination of NiO or of the solid solution of ZnO in NiO difficult or
impossible because the lines of NiO and the spinel coincide. If harder
(monochromatized) Co-Fv radiation is used, this disadvantage is not
observed; the X-ray pictures show two additional intensive interference
lines of NiO with the indices (133) and (420), and the Bragg angles
690 and 740, respectively. An X-ray tube of the type GCE3-4 (BSV-4)
(time of exposure 10 hours; 10 ma, 35 kv) was used for taking the Debye
powder patterns. Mixed oxides with an NiO:ZnO ratio of0-35 - 1.1 and an
Fe 0 content of 45-55-0 moles- were studied. By means of Co-Y.,j. radiation,
inie;ference lines could also be observed at the following concentrations:
Card 1/3

X-Ray Study of the Phase Composition of Ni-Zn S/iol/60/002/007/045/047/XX
Ferrites by Using COK,, Radiation B006/BO67
NiO (0.5 wt%), ZnO (2.0 wt%), F0203 (2.0 wt%), The results of the
investigations are illustrated by means of X-ray diagrams, tables, and
mierostructural pictures, and they are summarized as follows: 1) With
Co-Kd. radiation NiO or ZnO can be determined in Ni-Zn ferrites and NiO,
respectively by means of interference lines. 2) During the ferritization
process, in the case of stoichionetric composition, no formation of solid
ZnO solutions in NiO was observed. The formation of Zn ferrite in the
synthesis from oxides ceases at a tem erature of 9000C, the ferritization
of nickel ferrite ceases at 11000C. 35 A rise of the annealing temperature
of ferrite mixtures with a low content of iron oxide over 9000C leads to
a substitution reaction between the excess NiO and the Zn ferrite which
brings about a change in the ratio between divalent Ni and Zn ions in the
ferrite lattice. 4) Zinc oxide and nickelaus oxide form solid substitution
solutions with conservation of the Ni-O crystal lattice; the lattice
parameter practically increases linearly with increasing ZnO content
.10tsee Fig. 3 and Table 3). The solubility limit of ZnO and NiO amounts to
about 50 wt% at an annealing temperature of 13500C. If this temperature is
reduced to 90000 the solubility limit of ZnO is reduced to -30 wt~- A
change in the solubility of ZnO in NiO could not be observed on a further
Card 2/3

X-Ray Study of the Phase Composition of Ni-Zn S/18ij60/OO2/007/045/047/XX
Ferrites by Using COK
.,L Radiation B006/BO67
temperature increase; this is connected with the strong decrease of the
diffusion rate- 5) In Ni-Zn ferrites with less than 50 mole% of Fe203,
NiO and ZnO excesses exist *hidh form solid solutions. The formation of
a solid ZnO solution in,NiO was observed after th3 termination of zinc
ferritization. B_. Te. Levin is mentioned. There are 8 figures, 3 tables,
and 11 referenodsi 9 Soviet and I US.
SUBMITTED: July*22, 1959
Card 3/3

84W2
S/181/60/0021009/023/036
B004/B056
AUTHORS: Latsh, V. V., Somin, B. Kh., Stepina, N.E.
TITLE: Dissolution of Excess Iron Oxide in Ni-Zn Ferrite tA
PERIODICAL:... Fizika tverdogo telal 1960# Vol. 2, No. 9, pp. 2191 - 2198
TEXT: For the purpose of explaining the contradictory published data
concerning the solubility of Fe 0 in ferrites, the authors carried out
2 3ferrites with a content of 50-95 mole%
the following experiments: Ni-Zn
Fe203and an NiO/znO ratio of from 0.43 to 4-0 were synthetized from the
oxides, were briquetted after the addition of polyvinyl alcohol as a
binding agent, annealed for 4 h at 1000-13500C, after which they were
either slowly cooled (100OC/h) in a furnace or quenched with air or
water. Besides, they were also slowly cooled under oxygen deficiency
(0-7 to 0-35 torr). Fig. 1. shows the results obtained by chemical ana-
lysis: The quantity of.Fe203 converted into magnetite as a function of
the Fe 0 content and the cooling conditions; Fig. 2 shows the quantity
2 3
Card 1/3

84082
Dissolution of Excess Iron Oxide in Hi-Zn 311811601002100910231036
Ferrite B004/BO56
of Fe 203converted into magnetite as a function of the annealing tempera-
ture. The quenched samples were found to have the highest magnetite con-
tent. The Fe 203 excess dissociates to form magnetite, and together with
the ferrite it forms solid solutions of iron-nickel-zinc ferrite of
stoichiometrio composition. When slowly cooled in air, the magnetite is
oxidized to y-Fe 2 03or M-re203* The latter separates as the second phase.
Figs. 3-6 (microphotographs) confirm this process. The quenched samples
form a homogeneous phase, while the slowly cooled samples have two phaset
because of the separation of hematite. X-ray analysis (Fig- 7) shows tha'
the lattice constant of quenched samples approaches that of magnetite
(8-38 U), whereas Fe 203 formed by oxidation reduces the lattice con-
stant (8.32 U at 100 mole% Fe 20 3). Fig. 8 shows the temperature of the
dissociation of Fe 203 to Fe304 , as a function of the Fe 203 content. For,,
pure Fe203' the dissociation temperature is 14500C, and in the system
Card 2/3

84082
Dissolution of Excess Iron Oxide in Ni-Zn S11811601002100910231036
Ferrite B004/BO56
Ni-Zn-ferrite - Fe2039 it approaahes the value of 9000C with decreasing
iron-oxide excess. There are 8 figures and 23 references: 11 Soviet,
4 US, 2 Britisht 3 German, and I French.
SUBMITTED: October 26, 1959
Card 3/3

ACCESSION NR: AIR4018314 S/Ol37/64/OOO/OOl/GO36/GO36:
SOURCE: RZh. Metallurgiya) Abe, 10251
AUTHOR: Somin) B. Kh.; Gorbachevskly; Ye. V.; Latsh) V, V-; MinayeV) No G.
TITLE: The influence of nickel on the sinterability of prcened powers of tungaten,
and molybdenum
-*shevsk. aviats. in-7t, vy*p..16, 1963, 141-148
XITED SOURCE: Tr. Kuyby
TOPIC TAGS: powder metallurgy, nickel, tungsten, molybde nu m, material strength,
~heat-treatment
iTRANSIATION: Research was conducted-on the influence of Ni on sintering in an at-
imospher~-_ of H2 and in vacuum Mo and W in a range of 1,100-2,000 degrees for Mo and
;,1,100-2,500 for W, with a nickel content of 0.01-10% byweight. Density (P), micro
;structure, microhardness, and the parameters of the crystal network of the first
were studied. An increase in the density of the sintered Mo with an inclusion
Sof 0.5-1% Ni takes place as lowas. 1'100 degrees. At 1P300 degreesj the porouity
Lof the samples vith the above nick6l'contant amounts to 10~. At 1j500 degreesp the'
t
effectiveness of the influence of small inclusions of Nickel on the sin erability
'..'Card 1/2

-!ACCESSION IM: AR4018314
iof Mo decreases considerably. The curved of function P of sintered W with the
~nickel content han a maximum equal to a 0.2% nickel content. After sintering at
11,500 degreeso the W vith an admixture of 0-25-0,5% nickel amounto to 5-%. The
!inclusion of nickel also leads to an increase in the microhardness of W from 250
to 600 kg/sq cm, and the microhardnesa of Mo .from 150 to 500 kg/rq cm. The . liqui-
11ability of nickel at 1,500 degrees.is 0-3 atmospheric f in W and 1 atmospheric
;in YD. At ainteriiag temperatures 0 'f lo350 degrees for Mop and lj495, degrees for
M) and a nickel content greater than 0-5~ for Mo and 0.2 % for W, an oozing out.of
ltbe Nickel phase is observedy accompanied by a de8reace in hardness of the samples.
during sintering in H2.
MM COIDE: M LTICL: 00
Card 2/2

24(6) SOV/139-59-1-6/31+
AUTHORS: Yepifanov, G. I. and Minayev, N. 1.
TITLE: Investigation of the'~-De-pen-de7c~5---5-f--t'h-e Friction Force
on the Real Area of Friction and the Normal Load
(Issledovaniye zavisimoSti Bily treniya ot istinnoy
ploshchadi treniya i normallnoy nagruzki)
PERIODICAL: Izvestiya Vysshikh Uchebnykh Zavedeniy, Fizika,
1959, Nr 1, pp 35-43 (USSR)
ABSTRACT: A great d r a w b ac k of most of the work devoted to
experimental study of the process of external friction
lies in the fact that the experiments were carried out
without knowing the magnitude of the real friction area
which really does participate in the friction process-
The friction theories prevailing at present are based
on the incorrect concept that the real area of friction
is the area of contact of the rubbing pairs. This
complicates understanding the process of external
friction and also complicates the physical interpretatioi
of experimentally established facts. This relates
particularly to the dependence of the coefficient of
Card 1/6 external friction on the normal load. In earlier work
one of the authors of this paper (Refs 8-10) applied

BOV/139-59-1-6/34
investigation of the Dependence of the Friction Force on the Real
Area of Friction and the Normal Load
the concept of V, D. Kuznetsov (Ref 1) and of Bowden and
Tabor (Ref 12) on the physical nature of the process of
external friction and attempted to justify the point of
view that this process consists basically of plastic
shear which proceeds inside relatively thin surface layers
of the rubbing pairs. As a result of this, the real
friction area is that along which the process of shear
takes place during friction. This point of view follows
directly from analysis of the basic types of interaction
of solid surfaces which bring about external friction
(Refs 8,9), To verify experimentally this concept, t 'he
friction was studied of a aemi-spherical slide block madi
of hardened steel along freshly cut surfaces of the
following metals: tin, lead, aluminium, copper, zinc,
bronze, steels 45 and U12, iron, alloys E1437 VT2 etc.
It was found that displacement of the slide biock along
a freshly cut surface of the specimen brings about the
Card 2/6. formation of a "stagnant" zone (build-up) and that the
displacement of the slide is not effected by external

SOV/139-59-1-6/31+
Investigation of the Dependence of the Friction Force on the
Real Area of Friction and the Normal Load
sliding along the surface of the specimen but by
shifting (shear) along the internal boundary of this
zone. Thus, in the case of pure metallic rubbing pairs,
the friction does not consist in cutting off the
molecular bridges occurring at the points of physical
contact, as was suggested by Bowden, but by shear along
the internal surface of the "stagnant" zone. On
increasing the normal load N there will be an increase
in the real area of friction 8 and of the friction
force. Thereby, with increasing N the specific
friction force f will remain practically unchanged and
will equal approximately the shear strength of the
material of the specimen (Ref 10); this indicates that
the friction force is determined de facto by the frictior
surface and is almost independent of the normal pressure.
Since this latter conclusion is considered of great
importance, the authors studied the behaviour of the
friction force under conditions such that the friction
Card 3/6 area remained practically unchanged in spite of the
continuous increase in the normal load. These experiment

SOV/139-59-1-6/34-
Investigation of the Dependence of the Friction Force on the
Real Area of Friction and the Normal Load
were carried out by means of a cutting tool with a
limited friction area. In the experiments chips of a
pre-determined thickness between 0,02 and 1.0-3.0 mm
were planed off by means of a specially built cutting
tool, a sketch of which is shown in Fig 39 P 38. This
tool consisted of a high speed steel wedge with an
angle of 300 at the apex and a facet with an angle of
25', whereby the width of the facet varied between 0.2
and 1.0 mm. In Fig 5 the dependences are graphed of
the horizontal and the vertical components of the planin
force of brass as a function of the depth of cut.
Fig 6 shows a typical curve of the dependence of the
friction force on the normal force applied during planir
of aluminium by means of the special cutting tool used
in the experiments which had a limited area of friction,
In Fig 7 the depenhence is graphed of the friction forc(
on the normal force for iron9 copper? brass, aluminium,
Card 4/6 lead and tin. It can be seen from the graphs, Fig 7,
that qualitatively the picture is the same for all meta.

SOV/139-59-1-6/31~
Investigation of the Dependence of the Friction Force on the
Real Area of Yriction and the Hormal Load
It is concluded that the friction force is not directly
dependent on the normal force but only indirectly, inasmuc
as the normal force determines the size of the friction
area. However, if the size of the friction area cannot
change with the magnitude of the normal force, the
friction force will no longer depend on the normal load.
It can be seen from the data of Table 2 that the
specific friction force does not depend on the width of
the land and is approximately equal to the shear strength
of the machined metal. The shear strength was determined
by means of a press', a sketch of which is shown in Fig 9,
p 42. The following conclusions are arrived at:
1) The process of external friction of pure metallic
surfaces consists mainly of plastic shear taking place
in the relatively thin surface layers of the rubbing
pairs along areas, the magnitude of which is generally
a function of the normal component of the load.
2) The main factor which determines the friction force is
the real area of friction. The friction will be dependent
Card 516 on the normal force only as long as this normal force
determines the size of the real area of friction. However.

SOV/139-59-1-06/34
Investigation of the Dependence of the Friction Force on the
Real Area of Friction and the Normal Load
if this area of friction cannot change as a result of
changes in the normal load, the friction force will no
longer be dependent, on the normal load.
3) The real area of friction is the area along which the
process of shear develops during friction. If the real
area of friction is correctly evaluatedl the specific
friction force will equal the shear strength of the
.weaker member of the rubbing pair in which the shear is
localised.
Card 6/6 There are 9 figures, 3 tables and 12 references, 11 of
which are Soviet, 1 English.
ASSOCIATION: Institut fizicheskoy khimii AN SSSR (Institute of
Physical Chemistry, Ac. Sc.9 USSSR)
SUBMITTED: May 4 1958 (Initially)
August 25, 1958 (After revision)

11"inavev. N. I. , cnd Yenifanov, G. I.
Investigation of Friction as Resistence to the
of Thin 5urfEce Layers of Solid 3odies' T~;O
~iulhove i -ritnichnoye trr-riiye. 1,'rJ,.tsic,,r;ny e minter v L)
-v ry .-..;d
boundary Friction. Friction 114o.-,-co1,,,, Iz-J-vo
AN, 5SLQJR$ 1960. 302 p. Errntc. slip inserted. 3,500 Covies
printed. (Series: Its: Trfloy, v. 2)
C-denlyi;.
Sponsoring; A ency: Alrademi ,a nauk SO'bR. institut MaS~A'11~.'V I
Resp. Ed.: I. V. Krzl~rellskiy, Doctor of Technic,-1 Sciencos,
Profe3sor; Ed. of Hovse: K. I. Gri!:!orn-Ali; Tech-
Ed . S. G. Tikho!~,irova.
The collection bv t-p- Institut
AN 353R(Institute of "'ci~--~ice of 11ILC11111CIS Acaclemy of "-Cie0CeS
Uu'JSR) contaii.s papers Presented at the'Ih I-onfer-
cntsilfa no trenlyu i izrlo.,311 v mashi-m-k.1i (Third Pll-Uniari Confereice
on Friction ~-nd in A-ril 9-15) 1958.

GINTSBURG, B.Ya., doktor tekhn. nauk;_L11NAUV,_j,,j,; IPPOLITOV, Ye.S.;
SIIAI91NAZARYAN., V.M.
Improving starting characteristics of a diesel engine. Avt.
prom. 31 no.3:12-14 14r 165. (MIRA 18:7)

ACC NRs Anomia souRcF. coms uR/oll3/67/boo/bol/0014/0016
AUTHORS: Gintsboxg,, B. Ye. (Doctor of technical sci~nc*s);_XLqayev# U. I.;
Ippolitov, Ye, S,; ShaWwas&r7an,, V. Ma
ORG: none
TITLE: Effect of sealed closures of piston rings on the starting qualities of
diesels
SOURCE: AvtomobLl'naya proWhIennost',, no. 1,, 1967t 3.4-16
TOPIC TAGS: temperature dependenceo 'temperature measurement,, piston engine,, diesel
engine, engine component, CowaoAjs. -Srni2rroe -Scozre.,.7L
ABSTRACT:- The equation for compressed gas in a cylinder (with consideration of the
leakage through the piston rings) In given as
-A
where n, is the average exponent of the compression curve; T and G are the temperatur
and weight. The subscripts a and o refer to the start and the and of the compression;
Card 113 UDC: 621.436.629.113:62--24. 3*

ACC NRt AP7003518
Fig, 1, Air temperaturs'at the compression
ring vs number of engine rymi 1 - three-
component ring; 2 - ring with soldered
closure; 3 standard ring
arpm
A G Ga Go is the gas lose during compression. With V representing the volume of
gas-, Va is the goometr.ical degree of the engine compression. To determine the.
VC
rpm effect on & G and T tests were conducted on a single-cylinder assembly with
'T a
a
a cylinder diameter of 150 am and an effective 46 ='12.8. The piston uas driven bV
a Pandel-dynamo,, and the gas leaking past the piston rings was collected from the
crankcase and measured by a rotameter. The temperature was measured by a tungsten
resistance thermometer replacing an injector in the heade Three types of piston
rings were tested: a) the standard type with a 0.6-m gap in.the closure; b) a
COd 2/3

ACC NRs Awomm
similar ring with the gap sealed by tin solder; c) a compounded ring of three over-
lapping layers with no gap. Where the leakage was a-Up A G ve rpm was hyper-
G
bolic. Jor standard rings A G 16 j, and for the soldered gap it is 8.2. The
n A.
temperature dependence is shown in Fig, 1e. Rings.made by German and American firms
have complex tongue closure sections which offectivily seal iaW also coupenzate for
small irr*aularities In the cylinder shape. Orig. art. bass. 6 f1gurom and 3 formtu~
SUB CODEs 23,/ SUBM DAM none/ MM RJW 1 001/ OrK PJW 002
3/3

KINATAT, Ilkolay Nikolayevich; CHWOT. To., red.; PAVLOVA. S., takha.red.
.(We are watering technoloaof the future]
Oevaivaem takhaiku
budashobego. Aoskva. Monk.rabochii, 19609 46 pa
(MIRA 13:9)
l.-Nakaroditell brigody kowuninticheakogo truda sayoda gKromw
prolstarly" Imul A.I.Yefremova (for Kineyev).
I (Toohnologloal Lunovations)

vllt~AYL'V , ~'T- P. , Z7-%,G.
Woodworking machinery
Improving the technology of -Droducinp, bent End Dres,-ed rimc. Les. rro--. 21 no. '?, 1951
Library of Congrezi;. December 1952. UNCLASSIFIED.
-OW
r

MINIV, N. V.
A
Papavin-Stakhanovite communication electronic Sppcialists
signaling, centralization and block system. lq'oskva, Gos.
1941. 35 P. (Metodom Stakhanova-Krivonosa) (49-58145)
and signalmen of a railroad
transp. zhel-dor. -izd.vo,
TF615-M5

lu N.Y. - UMOT, A.A., nauchuyy redektor; KONTMATA, I.K., re-
1% f�r~;-4111NOO.HKINA, K.T.. tdchatcheekly redaktor. -
[Automatia and telauschaalo,seelp at for railroad transportation
Mom 9103)] AMmi4a" i -4*Ism**nIka n& shelesnoderoshnom
I
ra IbWkva.' Toes. U66buo-pedagog. Isd-vo Trudreserv-
Repoi STRI);
Wat. 1954. (KM 8:2)

MINAYEV, O.A.
C_
Horizontal stability of the wide-cut ZKRN-2,8A tractor-mounted
cultivator. Trudy MIMESKH 4 no.Z:136-151 159. (MIRA 15:4)
(jIultivators)

MINAUT, O.A., aspirant
Operational efficiency of the mounted wide-imuge ZKRN-2 S-A mltivator.
Trudy MDMSM 6:235-251 159. (iM 14s5)
(Cultivators)

GALKAKOVA, N.D., assistant; HIMATIT, O.A., inxh.
Work of the specl&lIzed laboratory of the Institute. Bet. I zhel.-
bet. no.8076 Ag 160* (MMA 13:8)
(KtWbyahav-Reinforeed concrete)

-- 4MYS
-Y, P.A., inzh.; PRUTKIN, B.A.
Using industrI&I motb,----:s in assemblb%-, automatic control and
reguIation systems. Now.takh.sont.1 spet!t.rab.v strol. 22
no.14.4-7 JS 160. (MIM 13:5)
LGlavproymktmontazhavto=tWL, Minmtroy RSFSR*
(Autoa&tic control)

I
HMAYEVY P.A., ~rizh.
In the Council of Te~:hno1cgy and Economics. Mont. i spet's. rab.
v stroi. 26 no.8:20 30 Ag 164.
(14111RA 17:11)

ENAYEW P. F. Chair of Physiology of the State Pedagogical Institute, Mom
==.p
wFarasympathicolytic Action of Seneciphilline"
.1
~.' ..w. '~ :.. ~
smcs: Farmakol i Toksikolv 5,, No 4., 194a,

- =IL10- F. F.
gFurtbar Data on Modifications of the Activity of Cholinestarass in the Nervous
Fibres on the Poles of Continuous Current"
Bulletin of Uperimental Biology and Usdicine Vol 13v Moo 3 & 4., 1942, P 77

a Is ft a 16 0 0 0 10 _41 11
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son response of the leech muscle, at the canctis. used, Aftes,
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frog Nadi keth totawlem react to Wits. of awrichoiline with
It 10*05 that fidevii-
sine triplitteplian wasillsts thot must* to wittylkholim. .00
The inenased catica. of K ;ws kisclit to a markedly iti- Slo*
cormsed ftwitia to acetylelsoliste of tonuttles subjectcol to
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000 mytosits tivestis priothiced by wkswidne tripboapbatt in
the presem of KCI Is inhibited by Ce k= sad lacreamol
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and in that of the keeb *lesswim tripbosphs" prociamces goo
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the -OPN*d *dokwA at dwil" w4tylaos. Fus. H.
me
lure In, ac mansubta wW his c,4ksCtasq
(C.A. M, 0104) Stlif Feldberg and Ifatus (CA, 39,
MCI haw =4
qeww the ttuymic sirtathesi'l Of
chall- from dacatine aM areUte in the pervace of
4ne t1flahwOote. Tk alkrd CMYTM was named cho.
line acclylaw. R flag Mir c%v., the authan (Quad
ec I
Ilat the contrMt tof rtdu4 a otainis of trap wW
4 the dorw MaKk of kwfws in response to clacausle is
it-fly liferveased by The presence of sUntaine tripboa.
111atc, this imclaw dtimuling ova the collect. of the letter.
Fhe liscrelift of observed mawk ccalat"dica "my IMAWUY
)ave beta due not to the fatimullitiat of wetyleholine syn.
flesh by 6*r.Wtw triphosphate. but to dw sensitlaing
ffcct of this substance fact flat, trol njusries. Jr. 1). W.
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lwxun only after slilits. nt the sAine concts. of amly1choline
100
Chloride showeda Const, reaction on the 31.14milinAl inustcle,
141thog, TftU war relicMell every 5 Inin, br Adding 'fit- "Oe
14--trnt Out"ta"C" to Actlykholinsi. t.l. jJ1101111*101fillI104- 160
llh4tV, lPIC"lfft!tdph0t$lhAIt AllCtlyfil' 4CM, 11+11041W,
dlefall
l Thr
.00
i
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tolm. WILI kept at 7,3. The Cowell. sited were I., IW 1,
goo
The tdcct Of the Ant tWO %Uh%tAnCC4 WA% (he lAtilt, IMF-
hAps because a( the rapid conwrsion of the dipholVhate
into the triphosphisite. Reactions with sublit. of all other
QeO
~t lanmis were trithrr nest. or very %c.%k. Saint. of the
'
tuintallers Alone jrtwe su. rejeskill. Varitsus coin.
t.,1s ZOO
Ws tried..,414.1 it was I'lund 111,41 jortyleholifte,
woo
ldr, Mellyfic iscid. An't pVT~n.IU.j'IL%tr 41~1 in casts.
hillAtiMS grrJOly 111471r,1211~1 Ilse 11111-Allfir %1MI(ClelliMit
0
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phys". value. " Me orlabi of Ilse fln-AIrr wn.fiiiijiq rf- 40
0
feet of sulctlyficacid and py"it-hilaphAte it not yet entirely
4111111411
elcar. It Mwins that these -1 sillist'nives luti't be lwrwnt.
However, It Is poWW that adentiminedi-and triphiiitphitr 000
are (armed, wkkb have bew found to cause a temitizing
reartim an the muscle. W. R. Eichler
tto 0
foe
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,
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dimmakel MOW* 09 a VA86MO In brain isiw
IkA kJubt*uva And
sidaims monk ft =PU
W.
*0 A E
B
P. P. Macaw. I Med. 2J, It*-72

0* of 0 ftog was Prevd. Eleven
emptp, were cmvkd out to det. l1w sensitizing action (1)
00 9 of a plain malslamr, (2) of eumakion boiled tag I win. in
00 neutral 01m. (3) of the Urals after pptn. of the proteins.
and (4) of the saw filtrate idter I-ndn. boikn# with an
equal val. of 2 N HCI, on stonk" mumck 4 a I Ex,

0 to m"Yochomme with unboiled, but with
=
e**Woa cowN Sreatcr contraction the snumcle
than a" mortylichomm alme. Emial" alone dW not
mom comirmedem. The nowtia4w substance is tistsmo-
00 stable in mestral Mr4flum. The smsitiming effect It not
00 lost byxm. of ham the mmision with trichloro-

=0
pmtds4m Onto with HCI causes
acetic
00 .
Ion of the sensitizing action and mislitting otcotnpds. contg.

a. I" P
labile pbo~960A Vamps I - t is the brai
=

00 .i.
to the Promist-ft" Altrate increased with IICI hyd
about 22-V mg. c&W. wit ect to 100 a. brain tissue.
It is amassed dot the Ormulld suhstance in brain tissue
*0 t is a commod- tons. te Pa. 1. is Possible
I that the-SOMMIS" is so
b
i
ru
n
but am I brain
emp"lly W It.

lip
S L A -4tTA&LUUKAL t,T(fATtM( CLOSMICATICM
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tv 11 it IN of 19 a 4 it It a tt It "a 0 1 go
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OWN 41 Owmpbfift -ftd ib &Gwmpsswm
p"dom ft MINk "Newe$&m. F. F. *00
mbla" (AUA. = 68960.. Moscow). 0YOU, jmwr-,
e0 -AW~'MA"'34, 29040947); d. C.A. 41. 63M.-Is -00
expti. with fmV 9tomach micle it was sbmm that w" -04
Imm"Nift fia 1: 1000-1: lixymu so". Go creatime pbam. .00
eel etwiractin". Sublictisent j~fmw
===CivescomiderAblir mom tinmauncl q^ see
emtructiod them in cantrula: at 1,10.0m come". "k
wnsititing rilloct was mss. (36% incivam). In a Atirks nt
expts. with Imnar"im in Mixed awma. emig. I X 10-0 - roe
2 X 10-1 SMYkbulkw &tW the Meal miti0aum. Well
OOV b4m, the hKeemard contractme wdvky h given In % OvVf too
cmtM erratincilbomphate (I X 10-4) 167f. Igoe
crutime 0 X 10") O~~,. No pyroomomphaft anti owtbaphm-
Onte 0 X 10-1) 01"; creatfut anti Na PyTopbelphAte see
4',',;'crtathw
voo
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we
mogo 4SO 611111 04 &-1 All
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oiled 00
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66666*4 046000 00 04104 OALA

MINAYe'v, P. F.
B,k3SHIY, Yevgeniy Borisovich, and MINAYEV P. F
"Effects of Adenosintriphosphate and its D6kivatives on huscular Sensitivity
to acetylcholine and choline." Zef. Zhur., Vol 33, No 6, 190, P 773. Pnysiology
Laboratory) Inst, of i3iological and 4~~edical Chemistryp Acad Med Sci USSR.
SO. U-4396
-~O

MINAYZV,, P. F.; B. N. Stepanenko; Ye. 1. Silayeva
"Action of Phosphori-I Hydrocarbons on the Acetylcholine Contracture of Muscles I
SOURCE: &jullaten' &ksperim. Biologii i Meditsiny,, No 3. 1948m, pp 186-91

MINAYEV P. F.1 Golubtsov& A. V.;
"Distribution into Various Parts of the Carebrum of Substances which SensLtize Muscles
to Acetyleholim"
SOURCE:t Byullaten' Usperim. Biologii i Madits No 4, 1948, pp 309-12;

A-A
09
Whkb
UNWINNO Of 6601" mod ift
00860 -" ad
46,14 W.
164 WWI$ WIAZZ
11MINF-W
WfA
in
tsbtWmm4 Of Om nhn
kJAd owj*hwiw ob,
ow Iniffis #A I - X 10-4 - I
I x 10-4-1 X 10-1com
f"s Munk to amykw
it emogjammy Ca"m Ad
Tbimime ==p
m
TuhWahm
rx io-s . kwoomm
cboum. Ttasawolij
dm to a WWysimg q#w
tivity of choujoetimm,
ewdulad,wbcne
lnwdvued.
OWN.,
At I X 104 - I)(
mor is stook or a de.
U.Y
bete Cato" h" sun
but dw chows" am Im
orb-C MA I X 10-1
MOM ankmvky to SM71-
4 MW ke "". caurA be
OW NbUdoM as On sc.
p" 4w W"Vkr Qum in
mostAm" bw
G. M.
At*- L4L AL LITIOATJOI CLASWKATWd
In, I
&oist nags wax a a &n-
-e*
100
off
Aso
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3*0

A onft(da(foolp to (ATP,
-Brat.
$64;1K MRS. 4 R
~J, 7

777i

d4~jdta n~~ centers
min4cs., 11. V.~-
pliatel CATP) intrWuzid Inte tho bmirs ve.
(Inst. Pirl. -asid 1461.1 Chtm. Acid, M~rL M.'
Ma 8 P- Ifuteow) Vkmi~w. r 2t.W t .. .
0( NO lilm ilia vOutdcleA i
.
dPletel hy cpilqlfic
l
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h
e
ec.
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ena
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;
Sftxtat[4*. After CXCIOMA twain glytalj* bi- M4
lodom-evite Ir"ctivatroo, cad cftLv fjffu*4~ of the antind, to
teut to S641 Wilit Wnit
Into the. btaid v' nt&-f
TP
.
in lkei it P054we fee ~alqlkhl6ds tCk'bw* auvw. .' 0

7 ,
4

USSR/Reclicine - Physiology Dec 149
Traumatic Shock
0
U1% wTreatment of Traumatic Shock it With
Adenosin Triphospboric Acid,` P. F. Kinayevi, TAb*
of Restoration of Functions, Lab of Pbysiol Ctwmv
Acad Sci USSR, 4 pp
"Dok Ak Wauk SSSR" Vol No 4
Can ducted tests-on TO dogs to find relative ef-
rects on traumatic shock by-suboccipital7adid'"'"
lxx~bar injections of adenosin triphosphoric acit.
in amount of 1-2 mg per kg of body veight, intra-
Uncular ar-d subcuta;teous injection of 5-10 mg
155T4O
MR/Medicine -Physiology (Cont&) Dec. 49
per kg, and Intravenous injection Of much .11 -
6maller concentrations of 10-15 ml per kg of
"iological solution containing 2-6 mg per 3.00
al of subject solution. Intravenous injection
of small concent 'rations-proved good antishock
factor. Submitted 30 Aug 49.
1552*0"

~/Umdlclw - Shock -Mwrwp7 I Sep 50
-4
04
*Tftatmnt of Treumtic Shock In Animls With
Fructose 1,6-Dlphomphate,". P. P. mineyev, B.
N. Stepamemko, Ye. A. Bilayeva, lab Ph"Jol
Cbm, Acad Sci USSR, Moscov Phar Inst
*DOk Ak--Nauk SSSR", Vol LUIV, No 1,,,PP-153-;156
Discusses results of 35 tests of treatibs timm-,
MtIc shock In cats and dogs by introduction
at. fructose 1,6-diphosphste suboccipitally,
(2-k *g per kg of body Vt), and intravenously'
ead lalky --terially (2-2.5-mg per kg of body
17!LTM
MO/Kedicine - Shock Therapy 1 SOP 30
(Contd)
vt). Suboccipital, introduction vas highly of-
ftetive In shock of lIght and sodium severity,,
but only Introductiou Into blood produced good
tAmerapeatile effect In cases of deep shock.
gdnltt" 20 Jun .50.

UM/Nedicift - M=k TAOraw U ftp 150
Adenosinetriphosphoric
Acid
"fteatment or TraumtIc 4lhock In An'-Is With Ad".
colnetriphosphoric Acid In Conjunction WithYarlow
evistances," P. r. Minayev, IAb or Restoration of
e-iFtwactions of lAb or Physiol Chem, Aced Sci USSR
"Dr* Ak Nauk SSSR- Vol LXXrV,.No 2, " 397AM
Cmducts series of tests on cats and dogs estab-
219hing therapeutic effect in casei of aware Una-
vatic shock of introduction of adewsinstripbasybno
(AMF) in conjunction vIth E. A. Asratyan antishock
174TV
=a/medicine - Shock Therapy 11 Sep, 50.
(Coutd)
Ilquid or vith glutsminic acli' and gluct,46. ~ Finds-
b6th combinations more larfoctivw,than Aw
Ufthanism of effect., is ~ normlization of oxidatim
qwce6s*s,-In lbody tissue, creating conditioris ravw-
able for removal of amdnl&, fras. cen nervous systism.
Submitted 4 Jul 50.
17%M

ud Um &64 local v7dua
401-12
is
M
P
F
.
.
.
-Is were exposed to varkm doi&A of
gor, Taw
;
: .44: cap on
Rdntvu rays, wd local and imand mtffects ofthic
-itspotwis to couditioned fedelm, hl:%tof4&* of PLO brAIII,
Wk!(I AS OtCM(A h(QChCM. V4ff9tkHJS Of CXP(r.Cd bV.Ain OMUC
Reqwmis to candiclutied redex" wem, A-'
tared. 4epeWlag dis the daw of the rays. adtatahttrcd aud
peadlat an the sitti of the Wit whkh wu expoftd; to the

diatiou. The extent of d=agc to thq brain cells ch-
ta
I actift
Oet&4 on the dose (awrosis), and the functiona

' tM bt4i could be edectivoty altered by the dose of if-
:
tadistku 'wid *udWo" chake of the sitex(d uppikatiou.
Rfi
tk
i
=I
h
b
h
~"i
blk
a
ra
cttgya
o to t
e
a t
e ci
of uro
;
'
'
detireamd. accoxopuukd
oxUation at glucose was
by wa
lumeaft Itt thie dwerobie oxidatfou of gluco= with.the
production-of, Tudic acid. Thu occurred even dusing
adminkAtmdon of therapeutic doses of the my OW r.),
i
i
f t
t
l
Wi
hit
im
n
o
e expown
o
crad
act, w
tLCgm by the
hc
ll
f
dr
i
d
f It
o
M
h
d
I
to
rmuna
or
ar
arcs o
c
t
a
g
4ofCcis rays
'
afther the dMovadek ac(d of - the deazygluouctdc
-qk.

KlNATXV, P.I.
%OADVOM-~
Affect of X rays on the functions of various sections of the
central nervous system. Dokl.AN SSSR 93 no.3:693-696 Kr 154.
(KLRA 7:3)
1. Institut biologichaskoy fisiki Akadexii nauk SSSR. Predstavlono
akademikon A.L.Kureanovym.
(X ray~--Physiologic&l effect) (Brain)
M - %660 ti F-4 J-J-

- ---------
J."'397a ABC-t,-U3b(jP9. 4)(P.45-U))
LADCALACTIOM Of X-RAYS Off VARIOUS MOMS OF
TKK CIMMAL KKRVOW SYSTEM OF ANIKALS. P. F.
KIOW. PA040 of COMMENCE OF THE ACADI-MY OF
IMWU.OF,Tftt UM ON THE PlACZFUL UUS Of
ATOM XXXJIGY, JULY 1-6. 1 MS. WARM 0? TH9
-0 &MtAGICAL SCUMCK. (Trakslation). 24p.

HDAIN. P.Y., kandidat biologichookM nauk.
-- . . . ...........
Radiation surger7. Nauka I %hiznl 23 n0-7:24-27 Jl '56. (Km 9:9)
(RADXVfMMAPT)

SUBJECT
AUTHOR
TITLE
PERIODICAL
USSR / PHYSICS CARD I / 2 PA - 1256
MINART, P.F., SLEPOV, A.A.
The Influence Exercised by the Local Irradiation of the Nervous
System with X-Rays on the Composition of Peripheral Blood.
Dokl.Akad.Rauko 109i fase.2, 303-304 (1956)
Publ. 7 / 1956 reviewed 9 / 1956
The cerebral hemispheres and the cerebellum of white Leghorn hens were irradi-
ated by the directed X-rays (total dose 7000-9000 Roentgen) of a tube of 180
kV, 10 millamp4re with a series-connected filter of I mm Al + 0,5 mm Cu. The
irradiated parts were at a distance of 20-30 om from the tube and the dose was
85-114 Roentgen per minute. Both on the occasion of the irradiation of the
cerebral hemispheres and also of the cerebellum all phases of cariokinesis of
the limboblasts are noticeably in the peripheric blood, viz.: a distinct con-
fusion of dependent reflectory activity, the fact that the clinical degenera-
tions of nervous activity are strongest after 3-5 days, and considerable modi-
fication. of the metabolism of the nerve tissue itself. At the same time, the
oxidation mechanism of the glycosis is interrupted. On the occasion of the
irradiation of the cerebellum the composition of red blood changes, nucleus
partitions become noticeable in the mother cellsl and even binualear erythro-
oyte occur. On the occasion of the irradiation of the cerebrum such changes
have as yet not been notioed,
'The changes in peripheral blood on the occasion of the irradiation of the
cerebral hemispheres and of the oerebellum, are in a certain degree similar

MITAYEVI P. V__~
"The.,change of the cerebral metabolism under local action of X-rays,"
a paper submitted at the 2nd Conference on Biochemistry of the Nervoue
System, AS,Mx SSR, 12-16 r~eb 1957, Kiev-
1122802

MINAYW, P. F., SKVORISOVA, R. I., and LCGVINOVA, 0. F. (TISSR)
"Biochemical Changes in the Brain under Normal and Pathological
Conditions."
Report presented at the 5th International Biochemistry Congress,
Moscow, 10-16 Aug 196!

f Y" I P/ tiV
USSR Human and Animal Physiology (Normal and Pathologi- T
cal). Effect on Physical Factors. Ionizing Irradia-
tions
Abs Jour: Ref Zhur-Biologiya, No 211 1958 98o54
Author : Minayev, P. F.; Skvortsova, R. I.
Inst :Not given
Title :The Influence of X-Rays on the Metabolism in Nerve
Tissue
Orig Pub: V sb.: Vopr. biokhimii nervn. sistemy. Kiyev, AN
USSRI 19577 289-294
Abstract: No abstract
Card 1/1

MINAYEV P F CHUM10VA, A.I.
Separation of brain proteins of paper electrophoresis. Ukr. biokhim.
zhur. 33 no.3s431-435 161. (MIPA 14:6)
1. Institut biologicheakoy fiziki AN &W. Moskva-.
(PAPER ELECTROPEORMIS) (PROTEINS) (BRAIN)

3700
S/638/61/003/000/001/005
D296/D307
AUTHORS: ~jina*s*r--Pv4~_, Antonova, A.M.9 Kantorova, Volog
:bogvinova# O*F#0 and Mironova, A.P.
TITLE: Changes in the central nervous system after exposure
to ionizing radiation
PERIODICAL: Trudy Tashkentskoy konferentaii po mirnomu ispollzova-
niyu atomnoy energii, v. 3, Tashkent, Izd-vo AN Uzb.,
SSR, 1961t 53 - 58
TEXT: In continuation of earlier work the authors studied in grea-
ter detail changes in the nucleic acid content and histological chan-
ges in the cerebellum of guinea pigs after localized exposure-to X
rays. The DNA and-RNA contents of the of the cerebellum (mean values
in mg % for wet tissue) was estimated in 108 guinea pigs immediate-
ly after the exposure (i.e. before the appearance of cerebellar dia-
orders); after 3-4 hours (initial phasis of changes); after 24 hre.
(p6ak of changes), as well as after 10, 15, 20 and 30 days; (period
a--* gradual restoration). Immediately after the exposure the nucleic.
acid content appeared to be unchanged; after 3-4 hburs a slight de-
Card 1 3

:S/638
/61/003/000/001/005
Changes in the central nervous ... D296/D307
crease could be observed and after 24 hours the DNA content had de-
creased by 27.9 % and the RNA content by 26.4 % compared to the con-
trol levels. Owing to the cerebellar edema prevailing at that stage,
however, the weight of the dried residue was 20 % lower in the expe-
rimental animals than in the control animals; hence the above values
for wet tissue correspond to an actual decrease of only 7.9 % for
DNA and of 6.4 ~* for RNA respectively. in the subsequent period (10
-30 days) the nucleic acid level gradually returned to normal valiies
The cerebellum of 40 guinea pigs exposed to localized radiation in
a dose of 9000 r and of 65 guinea pigs exposed to 16,000 r was inves-
tigated histologically. No gross changes were found immediately af-
ter exposure, but the microscope revealed some cell enlargement, be-
ginning edema of the stroma and tigrolysis in some Pupkinje cells
of the ganglion cell layer. 3-6 hours after the exposure marked chan-
ges were found in all cortex layers; only a few cells retained their
normal appearance. 24 hours after the radiationt changes culminated
in the destruction of numerous cells: in some parts all Purkinje
cells were destroyedo in others their number was diminished* In parts
of the cerebellum more remote from the exposed area the changes were
correspondingly less intensive. During the period of restoration
,Card 2/3