SCIENTIFIC ABSTRACT MUKHENBERG, V. V. - MUKHIN, I. V.

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• Collection: Scientific Abstracts
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• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 42803-66 LifT (I )/I IJ~-~C) A1/JX1tU/
ACC N& ATS022065 SOURC9 CODE:
7
AUTHOR: Ifthedmay.- V. V.
ORO none
TITLE: Cartain characteristics of the Incidents of solar radiation on inclined mrfaces
SOURCE 9V q
t Leningrad _!Lk~a pofizIcheakays abservatortya. TruAy. no. 179, 1065.
Teplovoy balans (Heat balance), 108-117
TOPIC TAGS: cloud cover, solar radiation, optic albedo, solar radiation Intensity
ABSTRACT: Experiments were act up during the summer of 1963 In Yygeva, Estonian SSSR,
which to situated slightly south of Leningrad, to elucidate the characteristics of the diurnal
variation of solar radiation arriving on model inclined surfaces having different curvatures am
brientation. All measurements were carried out In agricultural fields for 23 days, during whic
7 days were clear. 6 days were cloudy, and the remaining 10 days had a partial cloud cover.
The albedo, values of the subjacent surface varied from 21 to 23%. A Yanishevskly pyranomet6l
was used to observe solar radiation. Global and dMuse radiation arriving c-- Inclined surfaces
with a curvature of 10,20,30,40,60, and 900 oriented In succession notthward, southward, sag
ward,, and westward, was measured, Direct solar radiation arriving on a surface perpendicu-

L 4280-1-66
ACC NR% AT5022065 0
lar to the rays was measured by a thermoelectric Yanishevskly actinometer and then it was
used for converting the direct radiation arriving on an incline. The Investigattons revealed
that southern slopes with an angle of Inclination of 400 received the maximal quantity of global
radiation. The dependence of the arrival of global radiation on curvature of the incline is al-
most identical for conditions of a cloud-free sky, partial cloud cover, and clouds of the upper
level. Under conMow of a cloudy sky the arrival of global radiation onto slopes decreases
with density of the cloud cover. The dependence of diffuse radiatim of the elevation of the sim
is less evident. Some increase In radiation when the slopes are faced toward the sun Is caused
by an Increase of radiation reflected ft-om the horizontal surface. Orig, art, has: 3 tobles and,
5 figpres.
SUB CODE: 03/ SUBM DATE: none/ ORIG REF: Oil
Cod 2/2 z' C-

TRABER, M.; SARKTS, V.B."URPLOV, -I.P.
Bftt tnmfor frm the fluMised bed Of PWUIW Mftterl&18 to the
awfuo of bmt exchwwo. 2=.FrW,Wa. 33 uo,l0:a?16-,UO5
0 160. (KM 1485)
-I* LAninp'a&k:Ly tekhwlog:icheskiy lmtitut jw~ui Lenoavet&.
(Heat-Trammiablon) (Gramilar mterla]A)

J-=-I, A.A.
34114 j;faLUL_A.A. Ustroystvo
Stroboskopa S ',yeonovoy Lampochkoy
Byullyet.ven' Tsyesovi= Astron-Gyea-
Dyez O-Ya. No. ?, 1949 S. 31-32
SO: Leto-nis' Zh-xnal',iyti St.-itey, Vol. 42, Moslzwa, !949

S/169/61/000/012/037/089
D228/D305
AUTHORS: Gordeyev, Yu. I., Kukher..~.-A.,,--and
Srebrodollskiy,
TITLE: The present state of radiometric methods and
their effectiveness in the study of sections
of oil, gas, ore, and coal holes
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 12, 1961,
43, abstract 12A413 (V sb. Radioakt. izotopy
i yadern. izlucheniya v nar. kh-ve SSSR. v, 4-
M., Gostoptekhizdat, 1961, 30-33)
TEXT: Methods of gamma-logging (GL) and neutron gamma-
logging (NGL) have obtained the widest application in the study
of wells drilled in oil and gas deposits, the method of gamma-
gamma-logging (GGL) being most used in investigating exploratory
coal boreholes. The method of KGL is used in investigating holes
drilled during prospecting for boron materiaig while the method
Card 112

S/169/61/000/012/037/089
The present state of... D228/D305
of selective GGL is employed when searching for deposits of
lead, tungsten and mercury. The method of neutron activation
is used when studying the displacement of water neutron-logging.
Z-Abstracter's note,, Complete translation._7 / :
Card 21,

MUKHMINOVt N.
- -1-1-
%mrical solution of a system of equations describing tho
prooeoess of injeation, storage, and sampling of a g&, in ,
artifiatal gas holderse Vopq vyoh, sat, i tekh, no,lo66-87 164.
(MIRA 1818)

CHARIPLY, I.A.; IfLTF-RIDLNOV, N.M.
Change in the reservoll. P-essure in the development of a gas
fleld in an unbounded water-bearing bed. Gaz. prom. 7 no.11:
9-13 N 162. (MIRA 17:9)

RiZARDV, S.N.; VIPMIZOV, A.G.; MAVLTAITOV, A.; --MUKHII)DV, A.
Torpedoing oil wells with large charges. IZT. AN UZ. SSR. Ser.
tokh. nauk no.5:95-" 156. (MM 11:12)
1.Gornyr otdol All UsSSR i Goof izichesimya ekspeditatys, Uzbekske-
go gooUgichooksgo upravlonlys.
(Oil well drilling) (Blasting)

A4 A-)
U33P/j'-nalysis of Inoreanic ",mlD_-t,-!rLccF G-2
Abs Jour: Rcf No (), 1(_'-S_-7, 1~,-51!
Author Z. A. A. Ti!,,-,onovl,
Inst 7__
T i ", I c rolaror,1-1,11~,~ of -,.nd
llungst,~n in
Orig Pub: Z.,vod. Lcboratori-n, 1956, 22, No 10, 3.1~4 - 71t,'
rcsa)onc--*Lnr to
Abstrac',-: A distinct WIV( cor - I
the rcduction of ll,~ tr; ~c,3rs in the
ii)m of 1C. n HI-2. 4.r. pi;~_vr~nccc of tlic corij)lcx pro-
o.2- v (n7-tur. a.
duccr K E. I a f Trc, 13 -
c.). -L-L,n,,-3tcn -in allo,-cd
stccl,i cloo ;rcd,_,.cc3 -- pol~.rc.., rc. ;a-ic w,'.vc in
4- mo of 11CI ~'1:11, III,ro- -'o -Cdrd ~nd the so7,-i-
L
Ccrd 1/3

USSR/Analysis of Inorgnnf-c Substanecs G-2
Abs Jour: Rcf Zhur-Khiniya, No US, 1957, 196511
tion Is cvcporcd until the rcrinindcr is dry.
Thc rcnafndcr is trcatcd with conccrtrntcd HC1
end the solution is cvaporated; the rcmaindcr is
tixatcd with 21j31 HC1, the solution is filtcrcd, and
the rcrinindcr is fuscd with 11 to 5 9 of K2CO, (to
clininatc Ti, Cr, Si, Pc and othcr coriponcntg).
The fuscd ti.,Iss is 1cached out with w3tcr, the
solution is dilutcd to 100 Ell and filtcrcd; 1C
Ell of thc. filtrotc nrc boilcd down to 5 ril, 0.--
ca - b
Ell of 50, K or N, citratc solution and 30 Ell of
conccntratcd HC1 arc addcd, also 5 drops of
0-556 solution of jolncrlo gluc and HC1 to rickc
UP to 50 ril arc addcd, 112 is pasacd through for
15 to 20 min., and it is-polaroSraphcd. Contcnt3
Card 2/3 - 131 -

Ua.3A
25 -uv 6C;
I~Iv
EDIChD A , senior scientific a6sociate, Ac4,- uf ~,0113trUCt!On EU,U
brie autrior of wi urticle ;ntiLlad "jin IxtausLrial L~ase i:or
Agricultural "nstruutiun."
Jovetskayu ..ioldaviya 25 aw 60 bz

1. BURDAK, N.M.; MUKHIN, A.A*.- ENGEL', F.F.
2. USM (600)
4. Drainage
7. New ii-thod for lowering the water level, N.M- Burdak, A.A. Mukhin, F. F. Engel 1.
Mekh.trud.rab. 7 no. 4, 1953.
9. Monthl List of Russian Accessions, Library of Congress, APRIL - 1953, Uncl.

NUMUNS AA., anslatent
Anwatus for determlitIng the electroogisotic proportion of soil's.
Trudy M no.14:133-143 153. (KERA 8:7)
(SolIA-Blectriftl properties) (Blectric apperatus and
(Axectroosmets) appliances)

MUKHIN, A. A.
KUKHIN, A. A.: *Sam problem in the theory and practice of electrooewtic
water-reduction". Moscowp 1955. Min Higher Education MR. Moscow Order
of Lenin Paver Engineering Inst Imeni V. M. Molotov. (Dissertation for the
Degree of Candidate of TECHNICAL Sciences)
SO: Knizhnaya Letopist No. 51,, 10 December 1955

KUKHIN, A.A., kandidat tokhnichookikh nauk.
Determining optimum specific loads on eloctodes during electroosmotic
water lowering. Trudy NEI no.18.-102-115 156. (MLRA 10:2)
1. Kafedra teoreticheskikh onnov alektrotekhniki.
(Electroosmosit) (Soils-Blectrical proportion)

BOX", N.M., L-and.tekhn.nauk; MWIR. A.A., kand.tekhn.nauk: RRMUZ,
A.Y.. prof", doktor tekhnsv~iiik' - '
Nodeling and calculating slectro-osmotic lowering of water.
Trudy al no.27:67-87 158. (MIR& 13:4)
(Dralnage)

TSYAO U-CHZRI [Ch'Aao MUKKIIII A.A.,-._ruiu~Ulyy rukovodlltel ,
kand. tekhn. nauk-, dotsefttl~~ ,
IAbcratory investigation of free !iibrat-~on in vheeled tractors.
Izv. TSKHA no.5:229-.232 16-9. (141B 16-7)
(Tractore.-Vilzati on)

I ,
VIU11MINI, A. A.
PlOVIS
Variation in the tmction prLipertics of I tr',;ctor and the drart re,;ist-incce ~f .,
plow in rel%tion to the direction of 'the draft lir:e in a hori'ZO11"'al "'Lane. I - 1 ek' 1! .
elek. sellkho2. No. 1, 195-31.
11"lonthly Lis-t of Russian Accessions, Library of C,)n,-rp:;:z, June P,,53. Uncl.

1. MUMN,, A. A.
2. USSR (600)
4. Flows
7. Effect of the height of a tractor hitch on the draught characteristics of
a plow assembly. Mekh. i elek. sellkhoz. No. 3, 1953.
9. Monthl List of Russian Accessions, Library of Congress, April -1,953, Uncl.

/1" 1 - t r -~, /,I
!VMIN.A.A.
-
(ways of increasing the operating efficiency of tractors and
attached equipment] Putt povyshentla proisvoditallnosti trak-
torrykh agregatov. Moskva. Trudrezervisdat, 1955. 116 p.
(KUW 8:12)
(MachIne-tracter statteas) (Tractors-Repalring)

.,_4eksandr ksp vich, PRORTANOT. A.I.. inzh., nauchW red.;
JGAMM
412L~
r q L.A., red.; SUSEMITICK. V.1., tekhn.red.
Elb.hads for efficient utilization of tractor-driven machinery)
Notody ratsionallnogo Ispollsovanlia traktornykh agregatow.
Nookwa, Ts~s.ucbebno-psdagag,isd-Yo Trudreservisdat, 1937. 102 p.
(XMA 14:1)
(Agricultural machinery)

ANDREYEV,. Georgiy Pavlovich; ANDREYEV, Sergey Nikolayevich;
BOODLYUBOV, Valentin Yevgenlyevich; BURDAK, Nadezhda
Mironovna; ZHUKHOVITSKIX, Boris Yakovlevich; ZEVEKE,
Georgiy Vasillyevich; KARAM, Ruben Iosifovich; LEVITAN
Semou Arkad'yevich; M-WMN, koandr Andreyevich-
NEGNEVITSM , Iosif Borisovich; OF, 11
Aleksandrovich; POLIVANOV, Konstantin Mikhaylovich, prof.,
doktor tekhn.nauk; FRIDKIN, L.M., tekhn. red.
(Problems of theoretical principles of electrical engineering;
theory of networks]Zadachnik po teoreticheskim osnovam elektro-
tekhnik; teoriia tsepei. [By]G.P.Andreev i dr. Moskva.. Gos-
energoizdat, 1962. 159 . (MIRA 15:12)
(Electric engineer~W (Electric networks)

VIZTSMAN, N.R., prof.; VEITETSKIY, I.G., dots.; ZHUKOV, F.N., dots.;
KURP,_A F -da"; YEPIFRIOV, M.P.,, red.; YERKHOVA, Ye.A.,,
tekhn. red.
(Principles of studying balance sheets and statistics]Osnovy
balansovedeniia i statistiki; uchabnoe posobie. Pod red.
N.R.Veit--. Moskva, Izd-vo IND, 1962. 261 p.
(KIRA 15:12)
(Accounting) (Statistics)

GRACHEV, Nikolay Pavlovich; GRIGORIYEV, Yuriy Alekseyevich;-ELKHIUI-
Aleksmdr Fedorovich.- KAKHOVSKAYA, O.G., red.izd-va;VEYTSNAN,N.R.,red.;
PAVIDVSKIY, A.A., takhn. red.
[Accounting in the foreign trade of the U.S.S.R.]Uchet vo
vneshnel torgovle SSSR. Moskva, Vneshtorgizdat.. 1962. 300 P.
(MIRA 16:2)
(Accounting) (Russia-Comerce)

KABAKOV, G.I.; MUKHRI, A.G.
---------
Machine for the automatic loading of rods Into a mill. Obog. rud
6 no.2:48-" 961. (PEIRA 14:8)
(Crushing machinery) (Materials handling)

1 of inoscms
V.
of

,
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ST

SUBJECT USSR PHYSICS CARD 1 2 PA - 1T51
IGNATMOIA.E., n, Cy `UCHINjA.I.t PONTEXORTOlB.,
AUTHOR VI IJIV.V., k
RM1,A.A.9 TARAZANOVOK.I.
TITLE The Leading-Out of Bundles of Energy-Rich Particles through the
Pole Shoes of the Electromagnet of a Phasotron~.
PERIODICAL Atomnaja En9rgija, .1, fasc-5t 5-8 (1956)
Issued: I / 1957
The present paper describes the method for the production of collimated pion
bundles which was developed In the euxmer of 1953- On this occasion the pole
shoes Of the electromagnet servo as the main protection against the direct radi-
ation Of the accelerator. Apart from the economic advantage offered$ the appli-
cation of pole shoes as protection &g&IU3t radiation permits a considerable in-
crease of.the operation surface for Investigations. In the 6 m phasatron of the
Institute for Nuclear Problems of the Academy of Science in the USSR the proper-
ties of'sesone.are investigated on bundles which are led out not only through
and between the pole shoes, but also through a specially built "principal con-
crete protection" of the phanotron. However, this concrete protection in compar-
atively far away from the chamber of the-accelerators and therefore the meson
bundles led through the pole shoos are more intense than the bundles led out
through the principal concrete protection.
18 dlsMseeC On %U* Casle or a draWIDg. TUe mesons proaucea oy v
of the target (arranged in the accelerator chamber) with 680 NeV

0. UK 0 IN, P~- ~ .
obUB&CT U-I~bft / PHY6ICb CAnD I / 2 ?A - 1615
j~UTHOR MUChIN, A.I., OZL.-RO Y, t.B., k1)N1'hKORVO, B.
TITLb The dcattering of ff - Idesons by hydrogen. 1. Angular Distribution
at energies of 176, 200, 240, 270 and 307 JdeV.
IFERIODICAL 2urn.eksp.i teor.fis, 31, fasc-3, 371 - 3t5 (1956)
Issued: 12 / 1956
The present report contains an exact discussion of the results obtained by
A.I. MUCKM, L.B. O&ROV, B. PUNThKGRVO ( report of the Institute for Nuclear
Problems of the Academy of beiences of tho Ub.-iR, 1955, lectures delivered on the
All 6oviet Conference on the Physics of high-energy particles, 14 - 22 may 1956)
concerning the scattering described in the above title. Measuring was carried out
by means of scintillation counters. The bundles of positive pions were produced by
the bombardment of a polyethylene target by the proton bundle leaving the synchro-
cyclotron. The corresponding reaction is p + p -+ ff+ + d.
Test order: For measuring angular distributions a &RENKOV detector and liquid-
scintillation-counters were used, which were connected in coincidence for the
registration of positive pions inciding upon the hydrogen target. The total cross
sections of the interaction between positive pions and hydrogen were measured from
the decrease of intensity of the meson bundle passing through the hydrogen scatterer.
There follows a discussion of measurements carried out.
Measuring results: Measuring results are shown in tables. The differential cross
3ections in the laboratory system and in the center of mass system and, in addition,

V
Zurn,eksp.i teor.fis, 31, fasc-3, 371 - 385 (1956) GaD 2 / 2 ?,k - 1615
the following parameters are concerned: The factor K, which characterizes the bundle,
the effective space angle Q , and the degree of efficiency E of the registrat.'On
of the mesons under the angle 4' . The amount of occurring errors is discussea. Tne
experimental data for the meson energy of 30?MeV are best approximatwo oy a function
of the type oleag - cL.,,ct.?j (cos E)),~ oLn,P2.(cosE))+a5?!, (Cos, a) - CL,,?~ (CO50). -rherefore
the processes of meson-nucleon scattering are probably no longer well described by
b- and F-waves alone. The importance of the contribution made by D-waves will be
evaluated later. A further table contains the coefficients of the angu-Lar distribution
which were found by means of the method of the smallest squares; angular distribution
was approximated by a function with 5 free parameters.
Also the values of the total cross sections were shown together in a tabie. In a dia-
gram the curves of the energy dependence of the total cross section 13t )
obtained by the decrease of intensity of the bundle as well as of the cross sections
obtained by integration of the differential cross sections are compared with one another.
Agreement is good and a certain deviation was found oniy at 200 MeV.
INbTITUTION : institute for Nuclear Problems of the Acadepy oi ociences of the U~3SR.

risr
I /t~ a fy
SOJECT USSR / PHYSICS CARD I / 2 PA - Is67
AUTHOR IONATMMO,A.E., MUOEEIN,A.I., OZEROV,E.B., PONTEKORVO,B.
TITLZ The Interaction between Fiona and the Nuclei of Lead, Copper,
arbon and Beryllium.
PERIODICAL gurn.eksp i t*or.fis,j_1,f&sc-4,545-549 (1956)
Issued: ; / ,957
The present work at first deals with the results obtained by measuring the
cross sections d of the nonelastic collisions between negative pions and
Be-, C-9 CU- and'fb-nuclei in the energy interval of from 140 to 400 MeV
and then discusses then in connection with the corresponding total cross
ections d,. The nonelastic cross sections were measured by measuring the
ttenuation of the meson bundle passing through a scatterer by the method of
:
cintillation counters. Measuring results are shown in a table. The necessary
:orrootions are discussed. A diagram illustrates the found energy dependence
of the nonelastic cross sections and compares them with the nonelastic cross
actions measured previously by means of scintillation counters at energies
N less than 140 MeT. The energy dependence of the nonelastic and total cross
"actions of these nuclei in general reminds us of the energy dependence of
the total cross sections of the scattering of pione by hydrogen and deuteri-
um. At energies of from 100 to 250 MeV the cross sections depend only
slightly an energy, but above 250 VeV cross sections diminish comparatively
quickly. Also at energies below 100 MeV cross sections diminish compara-
tively quickly. d t and a.. attain their maxiallm within that energy domain

V
Zurn.ekop.i tGor-fiQ,.L19fasc-4,545-549 (1956) CARD 2 / 2 PA - 1867
(- 190 MeV), in which also the total cross sections of the scattering of
pions by hydrogen and deuterium attain their maxima. For th urpose of do-
terzining data concerning the energy dependence of the rang: ~ - f(E) the
here obtained data on dne were analyzed (on the basis of the optical model).
The here obtained ranges are shown in a diagram and corresponi at all
energies to the nonelastic cross sections of Be and C. The range may be com-
puted also from the data on the cross sections of interaction between pions
and fret nucloonol a corresponding formula is given. The ranges determined
by these two methods agree with one another at energies of more than 200 MeT.
Therefore, pious probably enter into interaction with the individual nucleons
of the nucleus. The computed and measured energy dependence of the total
croon section are In good agreement. From the analysis of the here discussed
results it follows that the optical model, if suitable parameters are used
(which were computed from the mechanism of the one-nucleon interaction of
mesons with nuclei) describes the energy dependence of the total and non-
elastic cross sections for Be, C, Cu and Pb at from 140 to 400 MeV satis-
factorily. From the Y lues of 6 t and dno it is possible to obtain data con-
cerning nuclear dimen:ions.
INSTITUTION: Institute for Nuclear Problems of the Academy of Science in
the USSR

MurNHIN, t)_ ) ,
SOJECT USSR / PHYSICS CARD I / 2 PA - 1734
AUTHOR
MUCHIN,A.I., PONTEKORVO,B.
TITLE The Scattering of Positive Pions by Hydrogen. II. Judgment and
interpretation of Results.
PERIODICAL urn.ekep.i teor.fia,.Ll,fasc-4,550-559 (1956)
Issued: I / 195T
This work
)~the continuation of A.I.MUCHIN et al., lurn.eksp.i teor.fis,22,
371 1955 investigates the data on the scattering of positive mesons with
and without the condition that the contribution made by D-states towards
scattering be very small. If D-states are neglected, interaction occurs only
in S- and P-states (S-P-analysis), but if they are not neglected, S-P-D-
analysis is necessary. The latter condition is sensible in the case of ener-
gies of - 300 MeV. If S-, P-, and D-waves participate in the scattering of
positive pions, it is found that, in addition to the three phase shifts
a39a31 and a33 (which characteri3e interaction in the S-, P1/2 and P3/2-
state with the isotopic spin 3/2) also the phase shifts 633 and 635 (which
correspond to the D-states with the total angular momentum 3/2 and 5/2) are
different from zero.
Some conclusions drawn from this work and from the previous work cited above:
The phase shifts a33 are practically equal in the case of S-P- and S-P-D-
analysis. a 33 probably passes through 900 at an energy of > 176 MeV. The

V
Zurn.eksp.i toor.fis,21-,fasc-4,550-559 (1956) CARD 2 / 2 P1 - 1734
values obtained for a3are incompatible with OREARIS equation a 3.-O,11-f~ at
energies of 240, 270, and 307 MeT. However, this equation is well suited for
low energies if data are described only by a31 a31 and a33' However, in con-
sideration of the data for 307 MeV an S-P-D-analysis is hardly necessar*or
describing the data obtained here. The "optimum" values of the phase a3l
become regular at energies 0) 200 MeV of the mesons. a 31 is negative and
apparently remains below 10 up to 310 MeV. a31 becomes smaller if data are
expressed by 5 phase shifts. The "optimum" phase shifts of the D-waves 6 J3
and 635 are positive and negative respectively. With increasing energy t e
phases tend towards an increase. In 5-P-D-analysis the values of the S-phase
a3decrease considerably in comparison to the corresponding values obtained
by S-P-analysis. If the possible contribution made by D-waves is taken into
account a depends linearly or nearly linearly on the momentum of the meson
up to 3;0 ieV. The radius of meson-nuoleon interaction in any case amounts to
e~ 7.10 14 cm, no matter whether 5- and F-waves suffice for describing scattering
or not. The real part of the amplitude of scattering in a forward direction ob-
tained from the causality conditions is in good agreement with its description
by the phase shifts up to 310 NeV.
INSTITUTION: Institute for Nuclear Problems of the Academy of Science in the
USSR.

vigg'k,t. OZEROV, EA., MWEM11,10, la.Y., OATCORM, FU., MV, 4M.
"Positive Pion-Proton Scattering at Energies 176, 200, 240, 270,
307 and 310 MeV," paper presented at CERN Symposium, 1956, appearing
in Nuclear Instruments, No. 1, pp. 21-100, 1957

~THK SCATTrAUTC1 OF
kSONR ON HYDROGE14
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.
,
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AWIJIAWDI~RIB AT tN81101ES OF 06. 20U,
:210, 270,, AND 307 MXV. MNf I r, Lzp md
aw4c..
-E luwa). -tv~fqtE~a,
_19=2 tA4"Cikv S - -
~17" 1, 131-54(10610 Marvh.
The argular diniribit,",'t F* 1-olug -a~th enor,~Ie:i J
170, 200, 240, 270 ard 307 Mrv kpc4t*urod from Hquid hydro'.
gen has be~ srudlPd With Uic qo1ji of oirtiliatIon C,,;Mter,.
The total imeratmom crosp
h0f, Man becit mmured by the nwthod of saaruatl(g, of tA0
besm, At all onerglog, oxneut 30', Mov. Lha dat's can be well
desorthed by a functf~n of -he form da,'(Lq a t b coo 4 + c
coal 3. (Muth)

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A. 1. M L V. PowRa~

MUKHIN, A. I., OSEROV, E.B., and PONTECORVO, B.
"Energy Dependence mut of the X Asymetry in ( I I Decay,
paper presented at Anmal Internatioul Conrerence on High Energy Physics,
CERNp Gen m , 30 Jun - 5 Jul 58.

21 (0)
~rov, Ye. B., SOV/56-35-2-5/6C
Pontekorvo, B.
TITLE:
PERIODICAL:
ABSTRACT
Card 1/2
+ +
The Energy Dependence of Asymmetry in e -Decay
(Energeticheskaya zavisimost' asimmetrii v g+-e4-raspade)
Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1958,
vol 35, Nr 2, pp 340-347 (USSR)
For the investigation of the asymmetry of electrons produced
during the decay of polarized g-meaons the authors developed
an experimental system which is described in the following
The n-meson bundles used for the experiments are from a
synchrocyclotron, the energy of the u-mesons amounted to
-80 MeV, and intensity amounted to 100 mesons/cm 2seb.,Me
experimental arrangement consisted of a shielding wall, a
collimator with a beryllium filter in the gap, before it the
two monitor counters (between the counters there is a
olyethylene filter of 10 cm thickness), the graphite target
with magnetic shield), and of a telescopic arrangement of
t
scintillation counters with CH2- filters~ The results

The Energy Dependence of Asymmetry in g+-e +-Decay SOV/56-35-2-5/60
obtained by the investigations (u-g-e-decay) are
represented in form of 2 diagrams, (Figure 3 shows
the absorption of the electrons originating from the decay
of unpolarized g -mesons; figure 4 shows the dependence of
the asymmetry-coefficient on electron energy). The
qualitative results of the energy dependence agree (with a
margin of some few ~6) with those predicted, by the two-component
neutrino theory, The degree of polarization of the p-mesons
was determined as amounting to 0,81+0,11 There are 4
figures and 13 references, 2 of whi~~h are Soviet.
ASSOCIATION. Ob"yedineanyy institut yadernykh issledovaniy (United
Institute of*'Nuclear Research)
SUBMITTED: March 3, 1958
Card 2/2

21(7)
AUTHORS; Balandin, M. P., Ifoiseyenko, V. A., SOV/56-716-2-12/63
-Mukhin, A- 1-- Otvinovskiy, S. Z.
TITLE: Investigation of e -Decay by Means of a Propane Bubble
Chamber and Scintillation Countors
(Issladovaniye li~'- +- e+-raspada pri pomoshchi propanovoy
puzyrlkovoy kamery i at3intillyatsionnykh schetchikov)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1959,
Vol 36, Nr 2, Pp 424-432 (USSR)
ABSTRACT: After the discovery of the nonconservation of parity in the case
of weak interaction (Refs 1, 2) the results of a number of
investigations ofa-e-decay were published, which were carried
out partly by means of electronic particle recording (Refs 3, 4)
and partly with photoomulsions (Refs 5, 6). In 1957 reports
were published concerning also investigations carried out-by
means of hydrogen- ("Lef 7) and propane bubble chambers
(Refs 8, 9). The advantages and disadvantages of these methods
are discussed in short in the introduction. The authors of the
present paper also used a propane bubble chamber for the purpose
Card 1/4 of recording particles. The present paper intends to investigate

Investigation of -e_,At- e -Decay SOV/56-36-2-12/63
by Means of a Propane Bubble Chamber and Scintillation Counters
positron asymmetry in the reaction 4-;+-e+. The asymmetry
found by the authors turned out-to be considerably less than
that found by other research workers. (Refs 4, 10, 11), who had
also used propane fo'r their work. The difference is explained by
the difference in the purity of the propane used. A scheme of
the experimental arrangement usod is shown by figure 1. The
670 Mev proton beam emitted from the synchrocyclotron penetrates
a lead shield and is focused by quadrupole lenses; behind a
further shield is the polyethylene target in which the ir;f-mesons
are produced. According to the thickness of this target (70 or
30 cm), the li~'-moson beam deviates from the primary proton beam
by 7 or 300, and the ir -mesons have an energy of 170 or 273 Mev.
Behind a further shield, the meson beam is electromagnetically
deflected and penetrates a steel collimator, which is let in
to the window of the 4 m-concrete shield, which is lined with
cast iron plates. The beam finally reaches a filter (at 170 Mev
made from 29 cm Al, at 273 Mev 15.5 cm Cu) and finally
penetrates into the bubble chamber, which is screened off by
means of double-layer. iron. The tracks of the charged particles
Card 2/4 were photographed by means of a stereophotographic camera

Investigation of fr;1'_14-0-Decay SOV/56-36-2-12/63
by Means of a Propane Bubble Chamber and Scintillation Counters
fitted with a "Yupiter-11" lens (F= 5.24 cm). The chamber was
filled with technical propane (80/1.' propane, 10,,4. propylene,
611'fo methane, 4% butane); the normal operational conditions of the
chamler were: 620C, primary pressure 32 atm, expansion 2.6~. .
About 5000 stereophotographs were taken. All plates were twice
investigated. As a result of the first investigation, 6712
cases of 1;,-- e and 1A - e -decays (as well as some
doubtful cases) were found, and the second disclosed an
additional number of 346 such cases. Figure 3 shows the angular
distribution of the latt er, which is found to be independent of
4. Investigation of the angular distribution of A+ mesons in
4107 cases of e-decays gave a result which is shown by
figure 4.- The angular distribution of positive muons in
"doubtful" cases is shown by figure 5, as N(~'). The results
obtained by the investi--ation of the angular distribution of
positrons from the Ir -1A.- 0 decay f( 41) in 5252 cases is
shown by figure 6; figure 7 shovis the corresponding result for
doubtful cases. It was found that the angular distribution of
Card 3/4 A,-mesons is isotropic, whereas positron an,~,ular distribution,

Inv~estigation of Ifil-L a+_ Decay SOV/56-36-2-111/63
'A
by Means of a Propane Bubble Chamber and Scintillation Count;:,re
if described by -.!-(I -a coo is characterized by
4 ir
a - o.4.16 _+ 0-035, a value that is much lower than those
obtained by others. The authors further investigated asymmetry
by means of scintillation counter experiments (Fig 9) in order
to find the reason for the lov, a-value. It was found to be due
to the difference in the degree of propane purity.
A simultaneous analysis of the data obtained .-iith propane of a
given composition was carried out by means of a bubble chamber
and scintillation counters, and resulted in A(1-Wc)-O-78_-0.26
where WC denotes the depolarization probability of &+-mesons
in graphite and A a fundamental parameter of the neutr1no theory.
The authors finally thank B. 1. Pontekorvo fcr supervising V7 C, rk ,
M. Ya. Danysh, A. A. Tyapkir. and N. A. Chernihov for their help and
advice, and R.M. Ryndin and S.M. Bilen'kiy for discussions;
they further thank B. S. Weganov, V. A. Zhukov and B. D. Balashov
as well as V. Trifonov and G. Murin for taking part in the work.
There are 9 figures and 17 references, 7 of which are Soviet.
ASSOCIATION: Ob"yedinennyy institut yadernykh issledovaniy
(United Institute for Nuclear Research)
SUBMITTED: August 28, 1958
Card 4/4

MUKHrAj, Adolf I.,
*On the" 1954'ty 13P*-* XDwaRoactive Translation in Nesic Aow of Fb,
Bi 9 Th and
paW presented at the Intl Conference on Hi4h. Energy Physics, Rochester, Me L
inVor Berkly Callfarnia,, 25 Aw - 26 S&P 1960.
Joint 1hate for Nuclear Ross , Dubnal, WM

ACCESSION NR: AP;4037616 S/0056/64/046/-005/1919/1920
AUTHORS: ZinOv, V. G.; Konin, A. D.; Mukhin, A. I.
TITLE: Transfer negative muon from a proton to carbon
SOURCE: Zh. eksper. i teor. fiz., v. 46, no. 5, 1964, 1919-1920
TOPIC TAGS: muon, muon traftsfer, muon K capture,,carbon, poly-
e~hylene, x ray line;
ABSTRACT: The transf-jr of muons to only excited levels of a Zp-mesi6
atom with further cascade transition of the system to the ground
state, followed by emission of a X-mesic x-ray series, which can be
useful in the study of reverse mesic-atom, processes that occur in
compounds or mixtures containing hydrogen, was investigated by com-
paring the intensities of the K series from manic atom of carbon,
-produced when negatively charged muons, a7re stopped in carbon (graph-
ite'i and in polyethylene (CH2). The data indicate that if it is as-
1/3

,ACCESSION NR: AP4037616
sumed that the probabilities of the muons landing on C and H are
proportional to their charges, then the muons which jump over from
the proton to the carbon in the cascade transitions give a X-mesic
x-ray series whose intensity is 0.98 � 0.03 of the intensity occurring
.in the case of direct landing of the muons on the carbon. "The
authors are grateful to S. S. Gershteyn for discussions."
;ASSOCIATION: Obwyedinenny*y institut yaderny*kh issledovaniy
,(Joint Institute of Nuclear Research)
.SUBMITTED: 26Feb64
SUB CODE: NP
DATE ACQ: 09Jun64
NR REP SOVs 003
ENCL: 01
OTHER: 001
Card 2/3

ACCESSION NR; AP4037616
"NE
a
A
Card 3/3
ENCLOSURE: 01
Experimental set-up and block
diagram oftheelectronic cir-
cuitry: Pb - lead shield, Be -
beryllium filter M - sample
(C or CHa), 1,21405 - counters
b with plastic scintillators,
04
3 - counter with Cerenkov
radiator, a - muon stopping,
b - univibrator, 0 - linear
We d gates,- d --to pulse-height
AWAUR"W analyzer, e monitor

3 S D Wp/.-AZ
A0179
&UTHOR_,_i

GI

X ACT--'
'6ri 1 4.0,

el,W
nu,

LO cosmic

by- 1-1

ea,, tho A~
the intifitity ~ of the: Kr~memd
A

ZINOV, V.G.; KONIN, A.D.; MUKHM, A.I.
Transition of a negative /Y -meaon from a proton to carbon.
Zhur. eksp. I teor. fiz. 46 no.5S1919-1920 My 164.
(MIRA 17:6)
1. Obl'yedinennyy institut yadernykh lsaledovaniy.

SHAYU. Ye.D.; AVDRICM. L.A.; BOMIM. T.T. -. TIKHOMIROV.
T.P., otvatetvannyy red.: ASOTAN, M.S., red.; CHIZE07. X.N., red.:
GUM, B.A.. tekhm.red.
[Austria, Albania. Greece. and Yugoslavia] Avatriis. Albantia.
Gretsils, lUgoolavniia. Moskva, Goo. izd-vo geogr. lit-r7. 195'110
30 P. (MIRA 11:4)
(Albania-Geography) (Yugoslavia-Geography)
(Austria-Geograpkw) (Greece--GeograptW)

-,JOAQLL14-,klokmandr--~lvoaov.ick.-.,ASOYANq U.S., red.; XOSHWAVA, S.K., takho.
red.
[Garmny (Germon Democratic Republic, German Federal Republic)]
Germnils (ftrunsksts Vamokraticheeksia Respabliks. Federativnnia
Respubliko Gernnii)o Kookwa, Goa. tzd-vo geogro lit-ry, 1957.
103 Pe (KIRA 11:5)
(Germeny)

P.I.; GRAVI. L.I.; ASOYAII. V.S.. red.; VIUMSMA.
R.N., takho.red.
[0trmay, Poland, Finland] Germanits, Pollshm. Ftnltaudtta.
moakwa, GOO. ts&--IVO JPWO Itt-ryo 19580 47 P* (K MA 1115)
(Garmay) (Poland) (]Finland)

KUXED, Aleksandr IvanovIch. kand.geograf.nauk; DOBM. K.S.. red.;
- t6~ .0-to it. ..s-red.; ROMMOVA, N.I., takha.red,
[Sconowle ceography of the federal Republic of Gerway] Bkono-
michwaksts geografila Federatlynoi Beepablikl Garmanil. Koskya,
Isd-To ZKO. 1960. 256 p. (KIRA 13:11)
(Germany. West-Boonomic geography)

VOLKOV, A.V.-, KOLOSOVA, Yu.A.; KULACrIN, G.D.- MKHIN, A.I.; FOFOV, K.M.;
k --
PUCHMOV, I.B... Timmumv, V.P .; ClIUMIKOV-, G.P.
Petr Ivanovich Glushakov, obituar7. Izv. AN &SSR, Ser. geog.
n0-5:151 S-0 161. (MIRA 14:9)
(Glushakov, Petr Ivanovich, 1893-1961)

MUIM, Aleksandr Ivanovich: SMYSLOV, Tu-V-, red.; YERKHDVA, Ye.A.,
takhm. red.
[Gamn Democratic flopublic; Its economic geograpby]Germanakaia
Demokratlebeskala Respublika; ekououlchaskala. gwgrafila. Isd.2.,
dop. I perer. Mo kwa, Isd-vo DID, 1962. 225 p. (KIM 16:2)
(CIO=, East-geonoulo geograpby)

VoG.1 Wilk# AA.; kolnut L#14
AtMJO- dapftre of negative Mdo
2 ftjtd~"7 SAMr.
1, Obo~ dinenW
in chemical coqmnds. 1". f1s.
(IONA 18#12)
institut yadernykh issledovanLy.

GRACHEV, A.P.; LARYUKHIN, G.A.-. MARUKYAN, S.M.; MIRONOV, V.V.,-
FZKHTN A.1 PANASIK, A.V.; PONOMAREVA, Ye.N.; SI14SKIY,
A,,M.
[Kolkhoz forester's manual] Spravocbnik kolkhoznogo leso-
voda. Moskva. Lesnaia proDqshi-annost, 1965. 1+24 p.
(MIRA 18:8)

NUIRIM, A. P. . pror.
Decisions of the 21st, Congress of the CPSU and bygiene tasks in
improvIng nutrition for the population. [Trudy] GIWV no.23:
45-56 160. (MIRA 15:7)
(COMUNISM AND SCIENCS) (NUTRITION)

Mu K~, u) fA .13.
30) PHASE I BOOK EXPLOITATION SOV/21T2
Akadadys, nauk SM. Metbduvedometvennaya po3toyanna" komisslys. yo shelaza
11
Zhelemoruftye nestorozhdaniya Altaye-Sayanskoy gornoy ablasti, ton. 1, kniga, 11
440109LYa (Iran Ore Deposits of the Altay-Sayan Mountain Region, Vol 1,
Book 1: 000109Y) Moscow, 1958. 330 P. (Series: ZhelezorndnM
mestoroikdenlya SSSR) Errata slip inserted. 2,500 copies printed.
Additional Sponsoring Agencies: Akademiya nauk SM. Sibirskajft otdietleniye, WSR.
Gosudarstvonna7a plamovays kcwlsslya. Glavnoye upravlenlye nanabno-issledovatell-
skikh I proyektnykh organizatsiy, Institut 01promde., WSR. Walsterstvo
geologii i okhrany nedr, USSR. Zapadno-Sibirskaye geologicheskoye upraylenlye,
UM. Emawyarskoye geologicheskoye upravlenlye, Sibirskiy geofizichaskly treat,
Vaesoyuznyy usuchno-isslombvetallskiy geologicheekly institut.
Eds. of the vol.: P. 7e. Sledx-juk, and G.A. Sokolov; Reap. Ed. of Series: I.P.
Bardin, Academician; Scientific FAs.: I.P. Bardin,, Academician, T.F. Gorbachev,
A.L.Dodin, I.A. Teroi-eyev, A.S. Kalugin, N.N. Nekrasov, G.L. Pospelov,, M.L.
Skdbn1koy,, P. Te. Sledryu?lc, S.S. Smirnoy-Verin (Deceased) G.A. Sokolov,
S.G. Strumilin, Academdaian, V.B. Xhlebnikov, B.A. MUnakal, and I.$. Shapiro;
Card 1/9

Iron Ore Deposits (Cont.)
WV/21T2
Ed. of Publishing House: I.G. Kudasheva; Tech. Zd.: I.F. MazImin.
PMWM: This book Is Intended for structural, eig"ration and mining geologists,
for ae"icists and mineralogists, and industrial planners.
COVERMs' This work purports to be the first attempt to review and ammiarime all
the material that has beem published an the ironocre dAposits of the Altay-
Sayanskays. oblast' during the last 20 years. This areas the work reports to
fast becoming one of the most important iron-ore bases in the Soviet ftion.
The book dismsess the economic aspects of the geography and geology of the
individual deposits, present3 a qualitative and quantitative (w of January 1.
195T) analysis of ore reserves, and evaluates the prospects and possibilities
Of further de"lopmt of the Alteq-Sayanskaya Iron-ore base. The genetic
charseteriertics of iron-ore mineralization of the -**a are described. Kvtensim
information on the geology of Individual deposits, complexes, and regiow% in
provided, and a general genetic description of ore mineralization in the Altsy
SVanskaya region Is 6tvien. There in a historical accovnt of the exploration
Bad de"losment of the region., and of the development of concepts an the genesis
-.0f mineralization in the area. The following scientists participated in the
*Prelmrstian and writing of this volme: G.L. Pospelovs S.S. Lapins W.Kh. Belouss
Card 2/9

Iron ore Deposits (cout.)
SOV/2172
V.K. x1yaro"kiy, O.G. Kine, and V.A. Vakhrughev or the "-at Siberian Branch of
the AN SSSR, I.S. Shapiro or the Permanent I - U Comaittee on Iron,
A.S. Wnodn, A.S. Mukh1n N.A. garnets, Yu. A. Spayt, M.I. Sellvestrova,
V.G* Rutkevichv G.P. BykoT, N.I. Rikonov, and K.G. Sakovich of the West Siberian
geological Administration V.I. YAdvedkov, A,,S. Aladyshkin and F. Ya. Pan --f the
Krawwyarsk Geological Administration, M.G. Rusanev, E.A. Yasbutis" YU. V.
Rozhdnstvensk1y,, G. Te. Savitaklyp and A,D. Prodanchuk of the West Siberian
Geological Survey Chermetrazved1ka, Tru4, P.A. Lysenko,, T.I. Imbedev, T*Ya.
Kamenskaya, A.I. Neelennikov and R. Pipw of the Siberian Geophysical Trust,
A.L. Dodin of the VSHM, A.S. Mitropollskiy or the MInIn Expedition, V.A. Lakin
or the Mining Administraticn of the Kwastak Notallurgics.1 Combine,, S.S. Zimin
of the Tomsk Polytechnic Institute, I.V. Derbikov of the Sibneftegeonzaa Trust,
and V.G. Korell or the Siberian Metallurgical institute, There we 103 diagram
including insert maps and 10 tables. There we 271 references, all Soviet.
Card 319

iron Ore Deposits (Cont.)
TABIE OF CONTMS:
Forworil (Acadedeian I.P. Bardin)
PART I. GENMn CMACTERISTICS OF THE IRON ORE BASE
. OF 1W AIMAY-SAYANSKAYA OBIAST,
5
Ch. 1. Devrelopment of the Iron-Ore Base in the Altay~Sayanskaya Mountain Area U
Historical outline (G.L. Pospelov)
De"lopmt of a local-iron ore base and metallurgical industry prior to
the construction of the Kuznetsk Metallurgical Ccmbine
Construction of the Kuznetsk Metallurgical Ccabins and the expansion of
the local iron-ore base during the Pirst-Five-7ear Plan 13
Period of amplawatary exploration wA reduction of the estimated
total ore reserves 16
Expansion of vork on i and the turning point in the development of
the local iron-ore base 18
Ch. 2. 2conamic Geography and Geology of the Iron-Ore Base of the
AlUW-Sayanskaya Oblast, (G.L. Pospelov and S.S. lapin) 28
Brief ddscription of the economic geography of the Altay~-Sayanskaya
Oblast' and its main iron-ore regions 26
SOV/21T2
Card 4/9

Iron Ore D spo sits (Cont.) 807/21T2
Pbqoico~wgrq*ie conditions 30
Econamic conditions 31
ZmmyAdc geograPhY of the main iron-are regLons 34
Description of the total reserves of iron ore in the Altay-sayansk"a
Oblast; and probabilities of their increasing 41
General state of iron-ore res,erves and their distribufton 41
Ore reserves of different mineralogLeal-genetic types 52
'Oecullarities :in the d:Lstr:LbmUou and redistribution of ore reserves
:in ircn-are deposits of different sizes 53
Characteristics and scale of the geological surveys conducted 59
Cost of exploratory drilling in dqps:Lts of different etructa-ml
complodty 60
Futu" VrOSWU Of iron-ore regions and deposits in the Altsy-
Saympkaya oblast 9 64
PART 171. 00MC Tj OF IRON-ORE OMITS OF TIN AIMArf-
SAYANSKAYA MOMAIN =ION AND 0311IM L9WLWTr0S IN THEIR
WISTRIBUTION AND MIYELOPOV
Ch. I. Demelopment of E3tploration Principles and geological-Genetic Concepts
on iron-Ore Mineralization in the AIU7-9ayanskaya Natmtain Region.
Card 5/9

iron Ore Deposits (Cont.) SOV/2172
Historical Outline (G.L. Pospelov) Ti
Research and exploration during the First Five-y6ar Plaz2s Ti
Period of geological and Seochemical statistical speculations
(1944-194T) T6
Research ftring the postwar five-year plans 78
Ch. 2. Genetic Types of Iron-Ore Deposits in the Alt -Sayanskaye, Oblast
and their Econotdc Significance (G.L. Pospeloy 93
Magnetic and z&MmUc-sedlimentary iron-ore deposits 93
Deposits related to instrusive ze4patics 93
Deposits directly and indirectly connected with effusive magmatics 118
Sedimentary deposits 123
Deposits in the veathered crust 124
Ch, 3. Composition of the Contact-Netasomatic Iron-Ore Deposits of the
Altay-Sayansks" Oblast f 126
?ypo miner'. is NA t of ores in the contact-metalsomatie iron-ore
deposits (0.G, Kl~;r 126
Ore minerals 126
Non-oro minerals 139
Mineralogical types of ores 145
Main t"es of ore textures and skarne of contact-metasomatic iron-ore
deposits (G.L. Possolov and S.S. lapin) 148
card 619

Iron Ore Deposits (Cont.) SOV/21T2
MinerelogLeal-poebadcal. characteristics of the contact-metasonatic iron-ore
deposits of the Altay4loymakays, oblast' (G.L. Pospslov) 1T2
Mineralogical typew of ore deposits and ore bodies 172
characteristics, of 'the distribution or accompanying elements 181
Admixtures of minor metals 185
Elements of zoning in skarn iron-ore deposits of Western Siberft
(I.V. Derbikov) 189
Chi 4. 06ological. Characteristics of the Distribution and Structure of
the Main Iron-Ore Regions and Endogenow Iron-Ore Deposits of the
Altay-Sayanskers. (YbleAt, (G.L. Pospelov) 195
Buie characteristics of the pologic structure and mein stages of the
geotectonic development of the Altay-Sayeasks" folded region 195
Characteristics of the me4wRaties of tte Altay-Saymskay* oblast, and
their effect an the distribution of iron-ore regions and deposits 200
Charaeteristics of the development of magmatics =A -- -- -P" I
iron-ore -1 ralization in the Altay-Sayuskays. oblastv in time
and space 201
Card T/9

Iron Ore Deposits (Cant.) S07/21T2
Material compOsItIon characteristics of the develApoent bf the magmatics
of the Altay-Saqanskaya, ablast, and their relationship to endogenous
iron-ore formation 208
Structural regilarities in the distribution of man iron-am regions 231
General structural characteristics of the Altay-Sa7anskaya ablax~' 231
Basic abaracteristics of atmetural. placement of Iron-ore regions 235
Structuri; dharaeteristics of iron-ore complexes and sones NO
Post-ore assure tectonics and its effect on wining operations (s.s. iApin) 261
Ch, 5. -greological-GeiWtic Characteristics of Rzo~enous and Sed1mentar.-
)AWDporphic Iron-Ore Manifestations of the Altay-Sareaskaya Mountain
Reap end Its Confines (I. Kh. Belous) 281
Metsomr1blem. of sedimentary iron area 283
Genetic classification of sedimentary iron-ore manifestations 284
Brief description of iron-are manifestations of Tarlous'ganetic types 288
Stratigralhic grouping of ore manifestations and times of iron-ore
deposition 300
Space distribution of iron-ore depositions of different genetic type
in Western Siberia 30T
General industrial and possibilities evaluxtion of sedimentary-
metenorphic are madflestatIons 308
Card 8/9

Iron Ore D " sits (Cont.) SOV/21T2
Ch. 6. General Characteristic# of the Kqpwtla AsonaUss in GornVa
Shorlya, Kuzn*tokly Alatum and Salair (P#A, Ignookoo T.I. lAbed*v,
T. YaL KommkVa,, M. Kaslonsikov,, A*S, NWckdn) 313
SibliograVby 319
AVAIIANX: Library of Congress
Card 9/9 NR/maf
8-13-59

VOZNISERSKIT. A.A.. Icaud,tek-hn.nauk, dots., KUMIN, A.S., inzah.
Utilizing oxidized Gornaya Shoriya megnatites. Izvo v78. ucheb.
ZELV*; chern. mate no.3-.16-20 Nr 058. (NM 11:5)
l.Sibirokly metallurgichookiy institut I Zapadno-Sibirsko7s
geologichaskoys upravledys,
(Gornaya Shoriya-Kagnetits)

QWGIN* A~S*s Insh,; ZJWOWq M.,Gs, kand, goologo-
minor, =Luk; TuNIm# lash,
Iron or* base for the Munstok and: West Siberian motallurgIml
aoublus, Im. vys, wbob, savj aherne mt. no.4s3_10 AV 158.
4 (N13A U.-6)
1, Zapadno-Sibirskas goologicheskWe upmvleul" I MunetskIr
wtallurgichookir komblust.
(Slberlaq Western-Iron ores)

KUKHIM. A.5.. Inshener; TOLKOV. K.T.. inzhener.
~m
Combined hoisting mechanism for excavators B-1003 and Fr-1004. Mekh.stroi.
10 no.10:9-10 0 153. (MLRA 6:9)
(Axcavating machinery)

KUHN, A,S.. Inshener; M(ROV9 G.Am, inshener.
~
Holder for cornet cutting tools, Stroi. i doremashinostr. 1 no.2z34-
33 1 136. (NM 10:1)
(cutting tools)

KONCHALUISKAYA, N.M.; POPOVA, T.5.; SMIR1,107A. M.I.; fl;Kjillil A.S.
Clinicomorphological characteristics cf tcx;-c (cccuraLt.c7-a-
hepatitis. Vest. A,',91 SSSR 19 no.7:27-30 '64.
1. Institut qigiyeny truda i pmfessionalInykh zabolevariiy
A1,24 SSSR MosIva i I Moskovskiy meditsinskiv institut imeni
.9
Sechenova.

KUPIN, A.Te, kand.istoricheskikh nauk
leading role of party organizations In the Introduction of now
techniques In Industrial enterprises; work practices of the party
organization of the Minsk Automobile Plant In l)57-1958. Sbor.
nauch. trud. Bel. poll tekh. I ust. no.71:164-183 159.(KntA 13*.-5)
(Kinek-Antonobile industry)
(Cosamnlet Party of the Soviet Union-Party work)

MUKRINY A.V.; ANTONYUK, Te.l.
Summing up the results of the Fifth-All-Union Scient"fic and
Technical beophysical Conference. Neft. i gaz. prom. no.lg6?
Ja-Kr 164. (MIRA 18~2~1

immmois.
BuIlAers have received a now documst. Izobr, i rate. no.S:
30 Pg 161. (MIRA 14:9)
(Comtruction industry-Tecbnological innovations)

MUKRIIII B,I.,, JVANOV, B.A.
Cutter with mechanical drive for the nutting of synthetic
and reclaimed rubber. Kauch. I rez. 23 no.6:57 Je 164.
(M1RA 17:9)
1. Voronezhskiy shinnyy zavod.

MUKHINIJLX~
Ir-._ -
Nechanisation, and automation of the lubrication of -164--
systs* for rubbw slurs, - Kauchi res. 22 no.2:4748- 0
F 163. (KMA 16:2)
1. Varonesho4y shinnyy savod.
(Mixing sachinery-Lutrication)
(Automation)

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