SCIENTIFIC ABSTRACT MUZHZHAVLEV, K. D. - MUZYCHUK, F. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135810004-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1CZHZ11AVLFV1 K.D.1 LFBFDT,,'V, O.A.; FRANTASIYEV, N.A.; OLYUNIN, G.V.; DDLGIKH, T.K.;
Imp-rovihg tbp technolo&v for the electrolysis of magno-sium chloride.
T,cvet.met. 38 no.3:60-65 Mr 165. (MIRA 18:6)

MUZHCHININ, V.
Our contribution to commerce. Tnesh. torg. 30 no-12:21-2-2 160.
(Automobile industry) (MIRA 13:12)
(Ruse ia-Comma rce)

'ilr- e' a ym-e-
d htiond ftri
I:'- Aid. Sod.'~V'_-S 309j- 1963).
A: Olot of

ACCESSION KRs AP4043614 S/0056/64/047/002/0444/0451
AUTHORS: Parfen'yev, R. V.; Shaly*t, S. S.; Muzhdaba, V. K
TITLE: Experimental confirmation of the magnetophonon reso3ance in
n-type InSb
SOURCE: Zh. eksper. i teor. fiz.. v. 47, no. 2. 1964, 444-451
TOPIC TAGS: semiconductor resistance, quantum statistics, galvano-
magnetic effect, indium antimonide, carrier density, low tmWeraturo
phenomenon, phonon
ABSTRACTs This is a continuation of an earlier report (M v. 6.
647, 1964) of a new effect, first observed by S. M. Puri and T. H.
Geballe. consisting of a new type of oscillation of magnetoresim-
tance of a semiconductor, and resulting from inelastic scattering
of the carriers by optical phonons. The present article describes
the results of a detailed experimental investigation of the trans--
1/4

ACCESSION NRt AP4043614
verse and longitudinal magnetoresistance of various samples of n-InSb.
The results of the tests, which were made in a strong magnetic field,
confirm the theoretical analysis of this effect, made by V. L.
Gurevich and Yu. A. Firsov and published in the same issue of the
journal MEW. v. 47, 734, 1964). The tests were made at T - 90K
in fields up to -38 kOe. The results show that the new type of
oscillation differs from the Shubnikov-deHaas oscillation in that
the former does not depend on the carrier density and its amplitude
decreases with decreasing temperature and practically disappearr
at nitrogen temperatures. whereas the latter is observed only at
very low temperatures and is determined only by the carrier density.
I Furthermore, the former can occur for any statistics-of the electron
gas, whereas the latter can occur only in a degenerate gas. Weak
but noticeable oscillations of this type were observed on the longi-
tudinal magnetoresistance curve of InAs, too, showing that this ef-
fect can be observed in other semiconductors. "In conclusion, the
authors thank V. L. Gurevich and Yu. A. Firsov for suggesting the
Card 2/4

MUMM goo g In-&-m-mmm;
ACCESSION MR: AP4043614
research topic and for a discussion of the theoretical problems, and
M. V. Aleksandrova for great help with the measurements." Orig. art.
has: 5 figures, 1 formula, and 1 table.
ASSOCIATIONs Institut poluprovodnikov Akademii nauk SSSR (Institute
of Semiconductors. Academy of SciencespSSSR)
SUBMITTEM 06Mar64 ENCLt 01
SUB CODEs SS MR REP SOVs 003 OTHER: 004
Card ..*1 3/4
1

ACCUSION MRs APW43M
Oirves shcuing trmsverse and lengi-
tudinal yj iftrfamiStance, cbtained for
two n-InSb samples at 9M. Dashed 14
1, represent the pawtmic backgrazd tn
I
which the remmtosd I lAtiemare
ring
1. 7he Wver part of -the figme
1sh6ws the oscillating partof the
magnetcresistmme as a functian of the
reciprocal field intermity
1
Card
OIL
Coe,
4j Tranxv.
0
41
421
A

ACCESSION IN11; AP4013541 S/0181/64/006/00i/0647/0649
AUTFORS: Shaly*t, S. S.; Parfenlyev, R. V.; Muzhdaba, V. M.
.-T:X-: Ey-.-,erimental confirmation of a now type of oscillation of transverse
reluctance
SOURCE: Fizika tvardogo tela, v. 6, no. 2, 1964, 647-649
TOPIC TAGS: reluctance, current carrier, inelastic scattering, semiconductor.
:phonon, Larmor frequency, relaxation time
ABSTRACT: This type of oscillation# determined by inelastic scattering of current
carriers in an undegenerato semiconductor, was proposed on theoretical grounds-
by V. A. Gurevich and Yu. A. Firsov (ZhETF, 40, 199, 1961). To observe this type
of oscillationt it is necessary that the phonon spectrum of the crystal have an
.optical branch and that the experiment be carried out In a strong magnetic field.
The authors define these conditions in terms of the Larmor frequency, relaxation
time, and mobility. From a consideration of those and-of the physical character
.of the oscillation, they arrive at a value for,the period of the oscillation,
dapending on the effective mass and the energy of-the optical phonons. The
problem of distinguishing the proposed oscillation from others, especially the
;.Card 1/2

ACCESSION NR: AP4013541
Shubnikov-de Haas oncillationt is described. Since the latter appears most
favorably at low temperature, a higher temperature must be considered, but this
.leads to a weakening of the effect through decrease in mobility and complications
'in the current-carrier spectrum. Some optImal temperature is sought. It was
~found that five maxima appear in undegenerate InSb at a temperature of 104K
.(Hm = 34.0, 17.0, 11.0,-8.O, and-6-5 oerstedo-103) with a period of ;-.-.3-.10
-1
oersteds . The position of the maxim is independent of temperature, ibut the
7effect was found to weaken as the temperature declined from 104 to 63K and.also
.as it increased to 200K. *We express our thanks,to V. L Gurevich for discussing
,our results and for his valuable suggestions." Orig. art. has: 1 figure and 1
':formda.
!ASSOCIATION: Institut luprovodnikov AN SSSR, Leningrad (Institute of
Semiconductors AN
SUBM=,Ds 26Oct63 DATE ACQs O3Mar64 ENCL: 00
SUB COIZi ZORS5 NO REF SM 002 0THZRs 003
Card 2/2

MIJZHENKOVA, N. P.
USSR/kedicine - Tularemia Jun 53
"The Action of Streptemycin in Experimental Tularemia
of White Mice," Ye. V. Vlasova, K. I. Matveyev, N. P.
Huzhenkova, Inst of Epid and Microbiol im N. F.
Gamaleya and Moscow Observation Sta
Zhur Mikrobiol, Epidemiol, i Immunobiol, No 6,
pp 31-33
Streptomycin in a dose of 1,000-2,000 units, adminis-
tered simultaneously with a letaal dose of B. tular-
ense, protects white mice against the disease. Two
thousand units of streptomycin do not protect mice
267T15
against 10-100 lethal doses of B. tularense. Infected
mice which have survived as a result of administration
of a prophylactic dose of streptomycin do not develop
immunity to tularemia.

ZHDAHOV, V.M.; GAVRILDV, V. I.. MMMOVA N.P.
Itiology of viral gastroenteritte. Zhur.miirrobiol. epid. i immm.
no.6:78-85 Je '55. (mLILA 8: 9)
1. Iz 14oakovskoy mablyudatel'noi protivochumnoy stants1i Kini-
steratva zdravookhranoni" SSSR.
(GASTFDMNTMUTIS, bacteriology,
viral)
(VIRUS DISFASMS.
gastroenteritis)

....... 1.
MUZHENKOVA, N. P. , and GARILOV, B. 1.
"Published Information and Experimental Data on the Virus Etiology of
Gastroenteritis," and 'The Epidainiological Characteristics of an Unussal
Outbreak of Gastroenteritial" reports discussed at one of six meetings of the
Virological Section, Moscow Dept. All-Union Scoiety of 1-ficrobiolopists,
Epidemiologists, and Infectionists imeni 1. 1. Mechnikov in 1955. Voprosy
Virusologiij 1, No 2, 1956
sum. look, 2o jul 56

14ATVL
KLUIL'I rAj N. P. -YEV, K. I., and VLASOVA, Ye. V.
Me, Action of StrePtMYCID 10 ZXPer1WDt&1 Tu1sreula
The Therapeutic Effect of Streptomycin Following Nasal
and Intracutaneous Infection - Reproduction of Micro-
organisms in the Organism of Treated and Nontreated Animals,"
by Ye. V. Vlasova, N. P. Muzhenkova, and K. 1. Matveyev,
Institute of Epidemiology and Microbiology imeni N. F.
Gamaleya, Academy of Medical Sciences USSR, and the Moscow
Observation Station, Zhurnal Mikrobiologii, Epidemiologii i
Immunobiologii, Vol 27, No 9, Sep 5b pp 2b-3b
The purpose of the research described was to study the action of
strept6mycin in experimental tularemia in mice following various methods
of infection. Results of the administration of streptomycin to vhite
mice infected intranasally and intracutaneously with tularemia (a 2-day
virulent culture of Strain No 9) and certain data concerning the mecha-
nism of the therapeutic effect of streptomycin under these conditions
are presented. Reference is made to work by Planellyes and co-workers
Isr vhich the intracutancous route of infection was used extensively for
st%:~!ying the secUntsu of the action of antibiotics.

The following fc4w tables are included: (1) The therapeutic effect
of streptomycin in experimental tularemia; (2) Results of the examinatica
of the organs of mice surviving after streptomycin therapy; (3) Distribu-
tion of microorganisms in treated and untreated animals (method of infec-
t1cm - nasal; dose - one million microbial cells, comprising 100 MIZ);
(4) Immunity in animals surviving after streptomycin therapy. Two graphs
ohm the relationship of the therapeutic effect of streptomycin to the
rate of initial therapy after nasal and intracutaneous infection.
The conclusions derived from these experiments are as follows:
"l. Streptomycin in a dose of 3,000 units per them was shown to be
effective in the therapy of mice infected nasally and intracutaneously
With 1-100 MID of a virulent tularemia culture.
"2. Mice surviving after streptomycin therapy carried tularemia
bacteria for 50-60 days after infection.
"3. In animals treated with streptomycin, proliferation of micro-
organisms and their dispersion throughout the organism occurred during
the first 4-5 days after infection despite the introduction of strepto-
sycin. Beginning with the 6th-8th day, the gradual elimination of the
ml -roor4paisps. fron organism beg"; hwwever, solitary microorganisms
vere,:cAi6*rvi!kd 1A organs up to the 60th day.

"4. M-1ce surviving after streptmycin therapy were i=Kune Ond Gur-
vived a second infection with a virulent tularemia culture. The intensity
of immunity depended on the intensity and time of initial therapy: t&0
larger the dose of streptomycin and the earlier therapy was begun~ the
less intense ves the imunity."
~~ U"V"-; \ ~A ~

MUNTSIaT. A.P., kandidat takhnichookikh aim, .
- - -
Precision canting of hydraulic sachinery parts. Trudy TION no.17:
102-118 154. (KLRA 9:3)
(Precision canting) (Hydraulic machinery)

4

MUMV111. L.
Italy and the "common mrket". Tnesh.torg 28 no.12:17-20
158. (KIRA 12: 1)
(Italy-Foreign economic relations)

j4 V 4r
KOSHMYANTSp I(h. S.; IVAKOVj, I.; KORZHUYEV,, P. A.; MUZHEM, V. A.; OCHAKOVSKIY, S. G.
"On the Question of Secretin Specification". Couqwmtive -physiological Research".
(In Germn,, "Zur FruSe der Spezifitat, des Sekretins. Vergleichendphysiologische
Untersuchung." (K voprosu o spetsifichnosti sekretina. Sravnitellno-fizio-logicheakoye
issledovaniye).
Zs. f. vergl. Physiol.., 1932, Bd. 18, H. 1,, S. 112-115-
Also in Fiziol. zh., 1933, t. 16, v. 1, a. 216-218, tabi.

2;~el
K Rho So; NX119=9 V. A.
"Materials for Camparative Physiology of Muscle Tone." (Materialy k sravnitel'noy
fiziologii tonusa, mWahts).
"Report I. On the Question concerning the interrelation between Smooth Muscle
Tone and Tetanus of Invertabrates." (Soobahcheniye I. K voprosu o vzaimootnoshenii
mezhdu tonusom, I tetanusom gladkoy myshtsy bespozvonochnykh.)
Biol. zh., 1933, to 2, v. 6, so 503-507.
"Report 2. Physiological Views of the Process of Smooth Muscle Strain." (Soob-
shchenlye 2. Fiziologicheakiye storony protsessa rastyazheniya gladkoy myshtsy.)
Ibid., so 508-514, ris., tabl. Literatura 3 nazv.
"Report 3- 0 kharaktere krivoy rastyazheniya gladkoy myshtsy nogi Ulitki pri
otravlenii yeye monoiodukausnoy kislotoy.
Ibid., so 515-518, ris.
* Also In the book,, "Several Problems of Comparative Physiology." Collection of works
of the lAboratory of Comparative Animal Physiology of the Biological Institute im. K. A.
Timiryazev. M.-L., Nedgiz, 1934, a- 113-118, ris.

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lqu z 4- V
USSR./Human and Animal Physiology - Neuro-Muscular Maysiology. R-1-1
Abs Jour Referat Zhur - Biol., No 16, 1957, 71087
Author Muzheev and Shitova
Titia Influence of Radon Irradiation on the Breathing of an
Isolated Frog Muscle.
Orig Pub Vopr. radiobiologii, L., 1956, 69-77
Abstract The irradiation of an isolated calf muscle of a frog in
the course of 30 minutes increased the breathing on the
average by 28%, which further increased with the increase
of the dose and time of irradiation. The intensity of
oxidation processes in the muscle increased at the cost
of increased cyanosis during depressed breathing. The
breathing of muscles irradiated by considerable doses of
Rn by KCN poisoning, was considerably lower than those
Irradiated but not poisoned. In short-term irradiations
with doses of 40-200 m-curies the breathing in one ins-
tance decreased by 14%, in others-on the average by 32%.
The changes were irreversible.
Card 1/1 - 66 -

UZSR/Fwzn and Anirail Physioi-,&-y Neuro-141,uscular Physic-2-gy T
" 5 jour - Ref Zhur-Pi-~I , N,~ 3, 19~5, 3679'
,b
Author ~tjzheyev, V.A
Inst ..................... .
Title The Effect nf Raion ni. HerLt PrcrIbuc-Iicr. rf
an Isola-,ei 3kellet~~I Frig Muscle in a Charb-.2r.
U 1956, 7~-94
Orig P,.ib: V.sb Vnpr Ridinbinirgi) r
Abstract Meat productiin (F) was registered by "he thermrelec*.-ic
methid if Hill. 'When H was investigated unler anaerobic
conditions, the Ringer snlution was replaced by paraffin
iil, spturated with N. Rn (frnm !i few units tc 25C
curied) in 2 or. capilitirl tubes was affixed abrve the
us~le rm the thenobathery with pjast`llin %t
frrm 1.5 - 2 -,x-, f~r iefinite Period nf
Card 1/---

UKM/Hu,~itn and "tnirm-1 rhysiolou Neum-Nlusc,,ilar Physic-1-gyT
As dour: Ref Zhur-5i,)l , NO `-3, 1958, ~6795-
Vit): low drses of irr-Adiatinn (,-).!I [A~--r~:curies_
in a ti ane, (2 't"Isphere in the charber, there were
nr, ricticeable ch~~nges of H cf the =uscle With
iq-ger doses (0-27 :--1 crc curies) in cxyCoL at-,-sphe-re
th~- H alw!iys incref~sed at tizes t-~ ccnsider;-.-'cIe de-
gree (frnm 390 tc 72--1130 in m Oleviations cf the
gaivanmeter Following the ~.eath cf tht- r-usele,
the curve of H began tc fall Irr-idiaticr, with
large doses (0.5 - '~ 7 r:.i crc- curies ~ during 1---~
hours thrnigh lead filters increased the ~* nf the
muscle, which derz-nns'~ rates the harrSul eff-c,, of
min-ly the beta irrt~.di-iticn, which cccurmri :.,crcf
rapidly in muscles -lacel in air, than in pure
Card 2/3
92

USSR/Ilur,in and JViii,~al Physiclogy. lNeuro-Miuscular Physinlogy
Abs Jour: Ref -,hur-Biol
Card
atmosphere. X-rays, -.1.s well as gr_rx~a rays of
proved ti be less effective in their hart-Sul --,Pft:ct
on the isolatei muscle.
3/3

USSR/Human and Animal Physiology. Neurr,-Vkuscul,%r Fhy3iclogy-
Abs Jour: Ref "hur-Biol., No 8, 1958, 36796.
Author _Muzheyev, V.A.
Inst
Title Cnanges in Adenosintriphosphoric Acid and Creatine
Phosphate in the Frog Muscles Subjected to Radon Irra-
diation.
Orig Pub: V.Zb. Vopr- radiobiologii L. 1956, 95-102.
Abstract: Two paired gastrocnerdus muscles of a frog were sus-
pended in a humid chamber at room temperature. One of
the muscles was placed in a plastilin envelope without
contact with the muscle. In the envelope were placed
glass capillaries with Rn, 15-20 = long. The intensity
of radiation varied from 20-310 microcuries, the lose
of the radiation from 0.15 - 3.16 microcuries. Irne-
Card 1/2
93

USSR/Hurian and Aninal Physiolo67. Nerve and Muscle Physiology. T-9
:,bs, Jour: Ref Zhur-riol., No 12 1958, 55949.
paradoxibility, typical for a parabiosis, becar-e
easily apparent. .',t the presence of deeprooted
mcclificatir,ns, only the anode effect lastinG for
10 minutes was able tc restore the excitability
completely. The chief role played in the functional
modifications of the nerve and of the Luscle, which
were provoked by Rn radiation, and which had the
characteristics nf an irreversible irapain.ient, were
caused byj -radiation. The Rn ~ -radiation was
ineffecti
Card 3/3
142

i 76-s- -anu- witil
7,-avr- )L
"(144 Nt 5 ex
Cut *.:-"q povitivelv,
native brut
I-expto t A.
Vm

iN 7- tj V,
USSR / General Biology. Physical and Chemical Biology. a-1
Abs Jour: Ref Zhur-Blol., No 10, 19589 42697.
Author : Kalemnarova, M. B., Muzheev, V. A.
Inst :Not given.
Title :Structural Changes In Myosin Upon Reversible and
Irreversible Inactivation. Alteration of Double
Refraction In Current, ATP Activity, and Myosin
Sulfhydril Groups In Some Forms of Inactivation.
Orig Pub: Biofizika, 1957, Z, No 3, 304-31Z.
Abstract: A method Is described of testing double refraction
in a current of myosin (1) by using T3vetkov's
optical apparatus. CdCI2 (11), guanidine (III)
and monolodoacetate (IV) decrease Its enzymatic
Card 1/2

RMHOEV, V.A.
Changes in the adenosinetriphosphorie acid content of a frog =,sale
cauqed by different loads [with summry in Inglish]. Biofixtim 2
no.6:661-664 157. (MIDA 10-12)
1. Institut biologicheakoy fisiki AN SSSR, Wonkva.
(KUSCLI) (ADMOSINITkIPHOSPHORIC ACID)

MUZHEYEV, V.A.
Luminescence of muscles and nerves and the absorption spectra of
muscles In ultraviolet rays during various tanctional states.
Trudy Len. ob-va est. 74 no. 1:89-94 163. (MIRA 170)

MUZHICHENKO, A.V.
Lipoproteins of the gastric and intestinal mur,,osa. Ukr. biokhim.
zhur. 33 no.2:151-158 161. (MILPA 14--4)
1. Rafedra biokhimii Sta:Ungradskogo(meditsinskogo instituta.
(LIPOPROTEINS) ALIMMARY CANU)

MUZHICHKOV, N.I., inzh.
Construction of a crane-building shop. Prcm.stroi. 40 no.6:&10
162. (142A 15:6)
1. Kombinat Uglemetallurgatroy.
(Cranes, derricks, etc.)
(Factories-Design and construction)

KUZHICHKOV, V.I., inzhener; ILODOVSK&YA, M.V.
Repair stations for diesel locomotives of U.S. railroads. Zhel.
dor.transp. 37 no.3-85-90 Kr '56. (NLRA 9-5)
(United States--Diesel locomotives--Repair~)

KUZH lpp 14. inshener; RIDNIKOV, Vaevolod Anatol'yevich,
Imndidat tekhnicheskikh nauk. redBktor;
ONA 9 G.F., te~hnicheskly redektor
[Hoisting cranes for railroad operations (construction. operation
and repair)] Gruxopod"eWe krazW no shelesnodorozhnom khodu
(ustroistvo, ekspluatatatia i remont). Koskva. Gos.transp.zhel-dor.
izd-vo, 1957. 463 P. (KLBA 10:9)
(Granes, derri3im. etc.)

KUZHICHKOV, V.I., inzh. (at. Kustanay Tuzhno-Urallsko7 dorogi).
Diesel locomotives in the virdin lands. Blek. i tepl. tiaga no.l:
17-18 '57. (KIU 12:3)
(Diesel locomotives)

I-ITJZ HI CHKOV.-
Standard plans for shops used for repairing electric locomotives
in-depots. Ilek. i tepl. tiaga 2 no.8:12-14 Ag 158. (KTRA 11:9)
(Railroads-Rapair-ahops)

KMIK, Mai.
The new Rumania is ten years old. Tesm.prof.dvizh. ao.14:36-39
0 154. (KM 7:10)
(Rumania--Economic conditions)

7
Scientific-Teclinical Coafer. nce on Metallography wbdHeat
Treatment, IL7---arkov
properties of the components -i-;as elucidn-41--el.
ex- ce has shown that most failures are
peri-en -ue -.o
fatigue. A very effective method of `:icreatin-;-- -.1-c
stable strenGth Gf components is b-.- - I -- -I
surface ,:cr..,: -,,a-,'-en
Candidate of Technical Sciences A. A. Ilov4z-,
Engineer V I- MuzhjI= reported on the .,:ork of ti-e
F--harIkov Works for Buildin6 Transport I'Machiner., in the
paper "Surface Work Hardening as an Effective Method of
increasini~ the Fati6ue StrenGth of HiEhly Stressed
Components". The highest se.nsli.tiv-ity to f,-.Lilu-re
observed in components which contain strec-c concentrators
inherent iii the desiEn. Surface worl: harcle-nine of such
components Gives better results and is technolo'-.-ically
more suitable than shot peening. Work hardenlnE bZT
means of rolls is suitable for components li'z-e
shafts, etc. Work harder-inE; of friction discs ~nd of
cylinder Jackets of diesel en,-ines by shot poenin[T,
u I
proved IA.,,
_~hly effect've.
Card 3/2OIn his paper EnbirLee--, D. B. Boskoboynil",ov de,~Ilt

KUZHIKOVA . V. 1.
7624. MUZHIROVA. V. I.-Oavoyenive aveticto
trans-p. mashinostroyenlya). 14.. 19~4.
mashinostroyeniya SSSP. Vsesoy-uz.
tekhn. opytom. v~T. 123). 1.000 ekz.
(55-659 zh)
otpuska detaley. (Kharlk. zavod
16 s. s ill. 20 sm. (M-vo transp.
proyek-tno-tekhivol. In-t v pti. Amen
b. ts. --av-t. ukazany aa 3-Y a. --
621. 785.7
SO: KnizhAg-va Latopsist, Vol. 7, 1955

U ~' t : i t, "J
Subject USSR/Engineering AID P - 4319
Card 1/1 Pub. 128 - 19/26
Authors Novik, A. A., Kand. Tech. Sci., and V. I. Muzhikova,
Engineer
Title : Strengthening of stamping hammer rods by surface
hardening with rollers.
Periodical : Vest. mash., #3, p. 67-68, Mr 1956
Abstract The wear of stamping hammer rods has been found to
start and be most prominent close to their surface.
In order to strengthen these surfaces, a hardening
treatment is suggested by means of rollers applied
under pressure. The rods are made of 45KhN steel.
Photos, charts.
Institution : None
Submitted : No date

HALTER, Hariya Aronovna, kand. tekhn. nauk; MUZHIKOVA, Vera Ivanovna,
inzh.; MMMOSKAYA, L.B., inzh., re&. --- -- -
[Bright annealing of steel articles in hot alkali media)
Switlais, zakalka sW'mykh izdelii v goriachikh shcholochrqkh
srodakh. laningrado, 1961. 20 p. (laningradakii Dom nauchno-
tekhnicheekoi propagandy. Obmen peredovym opytom. Seriia: Me-
tallovedenie i termicheskais, obrabotka, no.37) (MIRA 14:7)
(Steel-Hardening)

t,lu2~HiK,oVA VN
I
SC=OV, A,D,, red,, V rodaktiroyanli prinimali uchastlyes GHWOV, K*K9;
FIDOROVA, N.A.; OTCHINNIKOT. A.I.; SIZOVA. A.t.1 GIGILI, M,G.;
KARMSMY, A.V.1 KULICKKU. A.Y.1 VIKOLAYVA, Z.Aqj SMANOVA,
T.F.; RrMOTA, T.K.; KUZHINOVA, T.N.. YMMIN, U.I., red.1
INAMIM, U.N., tsirthn;i;~d._
[Sconomw of Mlyanoy'sk Province; a concise statts~tioal manual]
Naroduas khoslaistvo Ullianovskoi oblasti; kratkit statistichaskil
abornik. U111anovskoo knishnoo izd-vo, 1958. 199 p. (MIRA 12:))
1. Myanovsk (Province), Oblastneys statistichaskoye upravleniyo.
2. Sachallnik Btatistichaskogo upravlonlya Ullyanovskoy oblasti
(for SktLratev).
(M Iyanovsk Province--Statistics)

SM. OVSKIT, N.Y., zootekhnIkt-J9IZHkPOV,__R-.G.j zootakhnik; KENDAMIGH,
M.N.. kand.veterin.nall . red.; LODVIKOVA, A.S., red.; GALMA,
V.N.. tekhn.red.
[What the leading poultry breeders of the Tatar A.S.S.R. have to
say) Govoriat peredoviki ptitsevodstva Tatarii. Kazan',
Tatarskoe knizhnoe izd~vog 1960. 85 p. (mnA 14:1)
(Tatar A.S.S.R.-Poultry)

L' 00667-67
ACC NRs AP6
EWT(m)/EWP(j)/T IJP(c) RM
souRcE CODE: uR/o4l3/66/ooo/oo4/co65/0O65
INVENTOR: Kalnin'sh, A. I.; Rakin I- A. G.; Berzin'sh, G. V.; Sheydin, I. A.;
Darzin'sh, T. A.; Muzhits, V I.; Doron1nYu._G-; Ziyemells, A. E.i Churina, Ye. A.
ORG: none
TITLE: Preparation of wood plasticso Class 38, No. 178971_[announced by the
Institute of Wood Chemistry AN LatSSR (Institut khimii drevesiny AN Latviyskoy SSR)
and Central Scientific-Research Ins~-itute of Plywood sentral'rWy nauchno-issledoval
skiy institut fanery))
SOURCE: Izobz--teniya, pronWshlennyye obraztsy, tovarnyye znaki, no. 4, 1966, 65
TOPIC TAGS: ply-wood, wood chemistry, wood plastic, J0A";0'1U0L4
ABSTRACT: An Author Certificate has been issued describing a method of preparing woc
plastics. To improve the physical and mechanical properties of the end product and
lower the amount of binderi-4for making wood plastic from veneer sheets or ground wood,
the latter are treated, prior to pressing, with a 25-percent solution of amwnia for
4 hr at 18-20C. The treated sheets are combined with untreated sheets durihg pressi
[LD1
SUB CODE: 11/ SUBM DATE: 25Jan65
Card 1/1 v1r Me. 674.812.2

KTI-IH"V, Svetoslav AL., tekhn. po khlebcpreizvodstvo (Sofiia)
Equation for the gas conditions in bread makin . Yat i fiz Bulg
5 no.3:40-4.1 MY-Je 162.
;0,

PZIOVA, N.; KUZHL',PKOV, K.
Teratomns of the ovary according to biopsy mterial of the Institute of
Pathology and of the Gynecological and Obstetrical Clinic at the Kedical
School in Sofia and of the Institute for Pathology and Onkology at the
postgraduate Medical Training Institute in Sofia. Suvrem. med. . Sofia
8 no.9:12-20 1957.
1. 1z Katedrata na patologichna anatomila pri VNI - Soflia (Zavezhdashch:
nrof. B. Kurdzhiev) Akusherotinekologichnata klinika pir ISUL - Sofiia
(Direktor: doc. N11colov)
(TIRATOKA, statist.
classif. of ovarial teratoma aecording to biopsy)
(OVARINS, neoDlasms
teratoma, statist. on clasaif. according to biopsy)

MUZHWAY, Dominik
Comparative immunoelectrophoretic study of proteins in the
placenta and in fetal blood serum. Biul. eksp. biol. i med.
55 no.21-50-53 F163. (M-RA 16:6)
1. Iz laboratorii immunokhimii (zav. S.S.Vasileyskiy) Nauchno-
issledovatel'skopo Fi~-ushcrstva i ginelcoLDL:1i (dir.
proC. ~ -;, - .1 1 1 1 1 - - , , I r-, DC!Ti'qT?.
PredsthViena deystvitelln.,-- -I-Liwioizi .!.111 &IM M, 6. ~&Linovsk im.
(PROTEIIZ I] LUDY) (PLACENTA) (FET US )

/ ,-~ /, ~- I , / , :--./ // /~/ _, , Z A - , t_- -
I
STRPJMS, kl.L.: KUZHZHAVLEV
Use of radlometive isotopes to investigate the INSChaniss of
cathode passivation In a maKneelum electrolyser. TSvet.aet.
30 no.6:52-56 Jo '57. (KLRA 10:7)
1. Vassayusnyy alyumintyevo-magniyem institut.
(~lagnesium--Bloctrom*tsllurr,y) (R4dioisotopos--ladustrial avoLicntiona)

85455
,0,100C 100
3/ 149/A
ID M 1)454 A006//AOCI
A UTIHIDIRS - Muzhzhaviev, K.D. ar4- IeLedev, O.A.
T-: 7--E Or -,~he Protlem of 1,mTr-,7!nS -I- -f Magne~-'.Im
PER-'M--CAL~ lzvestiya vyBsrikh u-,.herrykn zav=~-a-Ly, 'z-ve-naya meta--,-urgiya
196C), Nc, 5, rz,,~ 89-91,
1E-X-- In considerin-g -nE- crzrlem c' --T~-:vLng ~,re qaali-y
ca, magnesl-xm the li*-Iralare Ji-a octain=-d a- n'~ B=rezn---
k-A,nd Solik sk magnesium ;:!aLn4-q and dada^ cy special experimen*.s :,arried
out ty the authors and workers of the BereznIki The properties c-f
ly-Ical magnesluzm depend on vari--u6 fac*-rz. ii7r. a-4 he quali*y of ~he raw
rva.te-ria~ th-e design of rhe electr-~.-Y~1.- ar.:i of elec"rclysis. A
series of measures is propf.-,sed to raise *Ie p-,:,I,y rf InItial magnesium. Ch- I ~- r0
magnesium obtained by the magnesium-Ine-ma. Te*ncd -f -1,~.nium reduc*I:n iz- 2-4-
gesled a= a raw material, !~-.Is ma'c!-,-aL- aa,.~- the f~-!'.,-wifng imru-'.,-~~ ("-n
0,0' Fe, r-ra',as :f S102 and SO A-20 arli C.2 MgO., Thes-a impjr,--ies may
:aa,,-z ca-~.hode pass-'vatIon and , tutrl .,S" :f wh'.-- -er.Tal!6 3.:.rri:-,g
r,f -ne slime a:-id makes the electrolve ncn Tranzpa-e-' Spe*la~ 1nveF-ga"-'-r5
Card I /)

85455
S/149/60/000,100~-- "Cr,6JOI,~
Aoo6/Aooi
On '~,e Pr~r_~err, cf ImprcvIng -.t~e Quall'y --' E_-'r-_'-Y"I'a! Magnesium
sn-~ild L, -ar-~ed ju, *,- imrr~v~, *he q,-I-''-l --f *n~ raw ma-r,-al, T~ wa~, sh-4n
tC h :nip!~ t: a r-arna,11,e fus,--.n c:~r_
Cy Sr~,jjaj a -te ai:i.,---:n
--3.lr,:--Ig 'A~ --- 1% 30 4 redu--d T~he -3.n~ mc-31,,re ~--.ntent 'ra-es wl--hin
mln~-.es, New eIec*r_,'_.yIIc e'.IF z., :i'1 lez,&rsd in sL-,h a m-
eff,_-_.,en-y te .Iie sperifl- 7f ~Iectr,_-. pcwer be re
Tr-.d,,-Ing magres_,um --f nigher pj:-'-*y, Tn-s may ce t-y lm~r:ving
'r-e quallty --f ~.he farnac-~ lln,.ng using trl.,.k-Q azid r-y pre-ver.-Ing the
,f -.he ca-n~de e*,eel 'Cars *ne e,ectr-lyte wtrk Ir:ri.
Tne Aurar-i-ity -.f ca,.nocLe nars may biE~ ral_:~ed ty arlifl:Ial cccilng, The new dmigi
e- + r: lytic cells ah:_-uld prcvide f ~r IhA to, 1 e, 4 '.-,n of magne5 lum f r -m the
!~o one spry pricr to il.s exIra_-tI__,r,, Pre8=n,.!y, deeigns 'rave r-e~n pr,.Dr,,:.sed
ensuring the col'Lecticn of magne5l-Am and .451ime into a special ceil from wrich
rpe7nanlzed slime extraction can te ~erf,:rmed, (Authcr's claim, sutml*~ed ty V.V.
Kriv--ru2henko # 609079 of October 8, 1958d' The infcrmaticr includes tne follow-
ing Ischncl:)gi~-al reTorrmendationsf optlimuT eleclr,~dytt temperatire 690.7200C.,
use -f a s,~diuin_caiclum eje-,~r~ly,.E- c-_nlaint,~g 10% Mgcl.~,, 2;Z-34,, CaC12; NaCI,
I(f I ~~ 3 :.-n:e7:Ira-.i:n cf magnesijuT. ~n(7j,4'~ r, , rc- tell-w 8. 10% in
,)rJe.r .c- c-C-ain h,.gh_puri,~y magnealum. Tt~ --I C., "re M~aa.lres Siggc2ted
Card 2/,3

85455
S/149/60/OG0/005/oc6 loi:;
A006/A001
on the Prcblem of Improving the Qual!*y :f Magnesitun
woild ensure the pr(,duction cf magneEiuw. wi-~n a :-nten~ of impuri-le,~ par - i -ul ar
ly Fe, S, A) by several tlMeE t-13-4 tta- waz- Tr-viiell by gr--S-T fcr Kg-1- grai,
magnesium. There is 1 table and 7 refl~rence~- 6 S-:,-*I-e- an,~ I Eylglis~',
article was recommended f:,r puolication ty ifte kafedra elek~rrpirometallurgli
Tt is -
,svet,nykh metallov (Department cf E1e,:*1.rcpyrome'ai1urgy) of ~ne Leningradskiy
politekhmoheskiy mtti-ut (Leningrad Pciyte7Yinic insr.itute)
ASSC-,-'-AT--ION- Leningrad P:.*ly'e-hn1,- V~,F~s-yuznyy alyuminlyev,~.magnlye-
vyy ins-itut (Allk.Jni--~n A1jmin--LP.-Magre5i--Lm lns',~Itute,
SUBMII=, lanuarY 5., 1960
Carl 3/3

86936
AUTHORS:
TITLE,
PERIODICAL,
IZE18, 1#45-4
Lebedev, O.A., Muzhzhavlev K D.
Obtaining High-Purity Magnesium by the Method of Electrolytic Re-
fining
Izvestlya vysshikh ucbebnykh zavedenly, Tsvetnaya matallurgiya,
196o, No. 6. pp~ 80-86
sli 4q/6o/oW/0c,6/007/G 18
A006/A001
TEXT% In the USSR the basic method of obtaining high-purity magnesium is
vacuum distillation of Mgl grade magnesium, developed from 1953-55 by 1,D Tsare-
gorodtsev and V.M. Gus'kov (Ref. 3). Primary magnesium of higher purity than Mgl
magnesium can be obtained directly from a magnesium electrolytic cell. This was
confirmed by experiments made at an American.plant where primary electrolytic
magnesium was obtained with a content of only 0,003% Fe (Ref, 1) although the con-
tent of other impurities was not considerably reduced. The main deficiency of
vacuum distillation is the fact that magnesiim ainnot be uniformly refined of all
the impurities., A method of obtaining high-purity magnesium by electrolytic re-
fining of raw magnesium has been laboratory tested for the first time by the All-
Union Scientific Research Institute of Aluminum and Magnesium in cooperation with
Card 1/5

86936
S/149/6()/00()/OC,6/W7/C, 18
A006/A001
Obtaining High-Purity Magnesium by the Method of Electrolytic Refining
the Leningrad Polytechnic Institute, The same two- and three-layer methods em-
ployed in electrolytic refining of aluminum were used In this case. The lay-out
of the electrolyzer (1-1.5-liter-capacity) which was used in the experiments is
shown in the illustration. A batch of the electrolyte and magnesium was placed in
the electrolyzer and heat was supplied during continuous hydrogen chloride feed
which was not Interrupted in order to prevent hydrolysis of the electrolyte, After
the salt and magnesium had melted, the metal floated up in the cathodic space and
was carefully scooped into the anodic space; then the dried cathode was slowly
introduced. After switching on the current, the magnesium was scooped every 30-
60 minutes with a graphite ladle, poured onto a graphite plate and after cooling
placed into glaas containers. The metal samples were subjected to spectral and
chemical analysis, The composition of the electrolyte was 30% magnesium chloride,
35% each sodium and potassium chloride, with a 2% addition of calcium florid e,
Bath temperature was 706-7500C; the current density (cathode) was 1.3 a/cm ,
The average impurity content of electrolytically refined magnesium is approximate-
lY 0.005% as compared with 0.01% for vacuum distilled magne:~:um, Approximate
Card 2/5

86936
sl I 49/6,)r-;X, r-
A006/AGO1
'obtaining High-Purity Magnesium by the Method of Electrolytic Refining
,~Conomical calculatio-is t'-at po,.-;er consumption is approximately equall 'for
mct.,.ods, but th~~ Aanct, .-)' the electrolytic cell is less labor consu.-.1inr.
n - (wooeted V,,:,,t ob*i-.'ricd by clcctrolytlca~ --.'Ining will be of
- Ix - I I
`-cr purity -nd M be c,ic,,ocr than vacuum olsUllatlon. n, e
.4, - L
completed by the further development of
t*-oo:-e-.icv.1, constructional and technological problems.
VL

8b9 36
S/149/60/-,~
A006/A001
Obtaining M7~,_'Illrity Miagriezium b,! the 7.'ethod of Electrolytic Refining
Sch--- ..'ng of the electrolyzer
graphite cathode; 2- quartz tube for feeding
hydrogen chloiide; graphite cathode cover;
1..-,'7
4 - anode po,...,er connection; 5 - graphite anode
dover; 6 - cooling pipe; 7 - raw magnesium.;
steel cr,_IcIIb_'F; graphite body of electro-
lyzer; 10 - magnesite diaphragm; 11 - quartz cover
of thermocouple; 12 - magnesite plate. Ln two-
layer refining, a magnesite plate is mounted to
insulate the bottom (12) In three-layer refining
this plate is removed and a liquid magnesium-copper
alloy is filled onto the bottom.
Card lt/5

86936
S/149/60/000/006/007/018
Aoo6/Aool
Obtaining.-High-Purity Magn.esium by the Method of Electrolytic Refining
There are 3 tables, I figure and 3 references: 2 English and I Soviet.
ASSOCIATIONS% Vsesoyuznyy alyuminiyevo-magniyevyy institut (All-Union institute
of Aluminum and Magnesium); Leningradskiy politekhnicheskiy in-
stitut (Leningrad Polytechnic Institute)
SUBM January 5, 196o
Card 5/5

S/14g/62/OW/002/0()5/OC8
Aoo6/Aioi
AUTHORS: Lebedev, 0. A., Muzimhaviev, K. D.
TITLE: Electrolytical refining of magnesium alloys
PERIODICAL. Izvestiya vysshikh uchebriykh zavedenly, Tsvetnaya metallurgiya,
no. 2, 1962, 72-77
TOM Results of laborator,/ 3tud4es are presented. which were carried out
for the purpose of revealing the possibility to obtain commercial Mr I (r4gl) or
Mr 2
(Mg2) grade magnesium from maFneslum-allcy scrap, by means of three-layer
electrolytical refining. The experimental magnesium alloy contained Mg +10% Al
+ 1.5% Zn + 0.5% Rn + 0.3% N1 + 0. ''1% 3"; PO - 30% Cu was added as weighting
compound. The eleccrolyte wani comrjoseii of Ot Na(,'l, I(A' HaC12, '(-)%Mgr'2'
The experiments were made In three series: 1) to study the effect of tne anode
current density on the quality of "he cathode metal; 2) to study the degree of
magnesium extraction from the anode alioy and the technological indices of
ellectrolytical refining; 3) to reveal the possibility of using zinc as a
weighting compound and to test a lesser hygroscopic electrolyte. The following
results were obtained. At 0.4 - 0.8 amp/cID2 density of the anode current and
Card 112

S/149/62/000/002/005/008
Electrolytical refining Gf magnesium alLoys Aoo6/AIOI
about I amp/cm2 denslty of the ca'.hode current, the magnesium obtained from the
refining of alloys corresponds, regarr"inF, the majority of admixtures, to grade
if Mg1" GOST M4-56. The ma_x'iTj,-jm dc[~roe ot' exLracLlne; magnesium from the anodic.
alloy 13 about 60 - "-). 31ime formation has a great effect on the electrolytic
process; the cathode current efficiency decreases from 100 to 50% as magnesium
extraction increases from, 0 to 80%) and more. Preliminary experiments on the use
of zinc as a weighting compound show the possibility of three-layer refining at
about 30% Zn content in the anode alloy. At Da var-jing from,0.4 - 0.8 arip/cm2,
the Zn content in the cathode metal is 0.03 - 0.1%. Purther investigations are
necessary, There are 1 figure, 4 tables, and 5 references: It Soviet-bloc and
1 non-Soviet-bloc.
ASSOCIATION: Vsesoyuznyy nauchno-issledovatel'skiy alyuminiyevo-magnlye M,,
.Institut (All Union Sclentifte Reseaa-ch Institute of Aluminum
and Magnesium)
SUBr=ED: may 9, 1961
ly
Card 2/2

MUZHZHAVLEvf K. D.; LEBEDEV, 0. A.; IVANOV, A. I.; DESYATNIKOV, 0. G.
------------
Ways of avoiding manual labor for the removal of sludge from
magnesium electrolytic cells. TSvet. not. 35 no.10:56-,62
0 162. (MMA 15: 10)
(Magnesium-ElectrowtaUurgy)

KUZHZHAVLEV K D - LEBEDEV O.A.; DEGYATKIKOV O.G.
v-=j=?v .9 1
Some problems in the technology of magnenim electrol sin,
Ap 163. (MIRA 16'-L~
TSvet. met. 36 no.4:55-61 4
(Magnesiu*--glectrometallurgy)

LEBEDEV, 0. A.; FRANTASI-EV, N. A.; oimlli, G, V,; MUZH"HAVLEV
K D - SHEKA V. P.; SHEYA, T. S.
--4=-ZZA- 1
Developing a method of mechanized removal. of electrolytic
slime in magnesium production. ToSvet. met. 36 no. 11:38-
41 N 163. (MIRA 17:1)

IZBEDV9 Oleg Androyevichl FRANTASIYEVp Nikoliq Anatollyevich;
MUZHZHAVLZV, Konstantin Dmitriyevich
(Casting, refining, and preparirg magnesium alloyaj manual
for workers in magnesium foundries] Litlep rafinirovanis i
prigotovlenis magnievykh oplavovj posobis dlia rabochikh
liteizWkh teekhov magnievykh zavodov. Moskva, Metallurgiia,
1965. 56 p. (MIRA 18M

MUMHAVLEV,_ K.D.; LLBEDEV, O.A.; FRANTASITEV, N.A.; OLYUNIN, G.V.-
HtKA. T.S.; DOLGIKH, T.K.; Prinimali uchastiye: POPOV, 7N.;
SHEKA, V.P.
Results of testing individual design elements of magnesium
electrolytic cells. TSvpt. met. 38 no-5:571-60 My 165.
(MIRA IP:6)

FR.'TqAS'YEV, Nikola;f Anato-l'yevich; MUZ!IIZHA%IU,V Konstantin
iii-:-- ' -
Dmitriyeviah,, LEB-71)EV , Cleg I r--.y-.,-v2-cv
[Operation of rotary k-* ',is, chlorinators and continuous
action, stationarv ca lite furnaces] Obsluzhivanie vra-
shchaiushchikhsla porhei, k1doratorov i pechei SKII. Moskva,
Metallurglia, 1965. 60 p~ (M1RA 18:8)

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241

99&Eb~, Oh. [Muzicar. 0.1
Tavilov--Cherenkov effect in uniaxial crystals. Zhur. eksp.
i teor. fiz. 39 no. 1:163-170 JI 16o. (MIRA 13:12)
1. Sotrudnik fiziko-matematicheakogo fakulltata Karlova
universiteta, Praga. Chekhoslovakiya. GbOyedtne~yy institut
yadernykh Issledovaniy.
(Cherenkov radiation) (Crystals)

"J*` rtokio".Sta:te~university~'~LTOW
The F
~`Submtttimd`-',

MUZYCHUK, A. M., Cand Phys-Math jci -- (diss) "An investigation of the Changes in the
Resistance of 3emiconductors in Polar Magnetic Fiel.l." Lvov, 1957, 8 pp (Ministry of
Higher Zducation UkSSR: Lvov itate Univ im Ivan Fraako) 120 copies, no price ~~:Ven --
bibliography at and of text (10 entries) (KL, 21-6U, 118)

MUZICEIUK, 0. 14.
Semiconductor magnetoresistance effect in a polar model. Ukr.
fiz.zhur. 2 no.1:43-52 J&-Mr '57. (MLRA 10:5)
1. Llvivslkiy derzhavaly universitet.
(Semiconductors)

GIAUEZRMN, A.Tu. -, WZYCMX. 0.M.
Resistance of semiconductors in strong magnetic fields [in Ukrainian
with summary in Znglish]. Ukr. fiz. zhiir. I no.2:178-184 Mr-Ap 158.
(min i1:6)
(Semiconductors--Magnetic properties)

GLAUBEMIAN, A.D.; X~ZJCHUK, A.M. [Muzychuk, O.M.]
Many-electron theory of liquid semiconductors. Ukr. fiz. zhur. 5
no. 5:597-605 S-0 16o. (MIRA 14:4)
1. LIvovskiy gosudarstvennyy universitet.
(Semiconductors)

~2 ) 9/':)
-:,,~zycruk,
ana
h es:-. L, 5
e0 fy u: -,ranLi~.o- rc c
tGr3
'jIr-ray:.ns I kyy Ilizycnny, -arnal, v. 7, no.5
y z h
2 6 1 - 2
Transpor-. se.-,4ccnz:, cz~;-ors a-e
s:aered on t~'.a basis of -.:-.e -.*-eory, aeveioped by the aut.-.Lors :.n _~n 12ar-
ef.1: Ur. 597, 1'9'60'; the results of t e
.:.t~r work ~i i r~ _zycn. zn.,,
(in same issue, -n. are also used. The ex-
..recedir.C article 250' 259)
~-_ct excitation-Hamiltordar. for a -fixed configuration of atoms is written
In the form:
+
H) is interpreted as a ;perturbation iltne suos
.r,e quantity
Of iexc. has beer, dropped, hence H denotes ': exc. ). A liquid semicon-
Card 1/51

5/~ 2/~;07 10C"
On tne theory of transi;ort C) i
auc tor In cros sea el eo t ri c and -,a,,-n, t Ic e I I C. -, n1 e i,
e , La., :.I
,r* c: aepenuence of tne conauctivity on thi~~ fi st- ---t.,
aetermined. On the basis of the -.et~,od of st.,tiona---y stalvs ~t i!, w
that the current, averaCea over all t~,e atomic confiL-,uratiGns, is n~,
' f c r MU I ai s derivc al re I;i t:. nC e c,-e rrt-_o rs o
-z erc . e Z
-es anc, in H, -o tnose in H. '-ne Hazilzon_-tn H iS
r e perturbation 41 F H , which cal _s fort- -.-e current, E -X -
a na w-,-
--essec in -terms of *~-e o-erators 'c'
i, d,-r-,ved f or -, h,~~ nu-Joe" of
state ao a result of tne :-.erturbation. After computati-on-I*, one
o_-.alins.an a.:.,,?roximate formula for the resistance P ir. a wea,,. :na,-ne-,ic
ea viz.: 2 _s 6iven b-., an
A T
b,-. , ween t. p s s t anc e ~! Y-. : M': -n'~
s S I o n h i s e r,-! i o n s h i
c 1 a s t rer.,E: th n wea i ei -as ,is an~,.Iogous to t"-'at in cry~'-.L~_S'
i*,.e - e:-. re ra ture ue F e nd e nce 3 f -~'- e f i el a S 1. re nEz h _4 s c o ns C- r :-~c
.-ard 2/5

S/I E5 /62/CC7//~C7//OCL,,/C " zj
On t-e theory of transport ... :)299/:,3c"
comp- 'cated. There are 6 references- 6 Soviet-bloc Pnd 2 non-Sovi",~-:)-c,~:.
-'-e re'e-er.-e to the Enr-lish-language publication reads as fo'L-'Ows:
I t - - - 0
Arn.Fhys., 9, 641, 1911.
A ES.'O C I A T 10 " i4, I vivs ''r-.yy derzhuniversytet im. Iv. rank., (L I viv
State University im. iv. Franko)
S TT June 8, 1961
Card 3/3

KUZICHUK. P.M. [Huzychuk, F.M.]
Restoration of the canvas of the root elevator in SXIN-3 combines.
Nekh.siVehosp. 9 no.12:18 D 158. (KM 12:1)
1. Qlavuyy insh. Chertkovskoy remontno-traktornoy stantaii,
Ternapallskoy oblasti.
(Sugar beets--Harvesting)
(Harvesting machinery--Kaintenance and repair)

KMIMWK, N.Y. (Muzychuk. M.F-1
How to detect leakage in fuel feed pumps of engines. Makh.sil'.
houp. 10 no.1:18-19 Ja '59. (MrRA 12:4)
1. Glavnyy inshener Chertkovskoy remontno-tekhnicheskoy atantsil,
Ternopel'skoy oblasti.
(Tractors-Fuel systems)

',T=CEIUK, P.M.; PODRUCHM, L.F.. traktoriat
ImProviw the use of tractor trailers. Mekh.sill.hosp.
10 no.12:14 D '59. (MIRk 13:3)
1. Glavnyy inzhener Chortkovskoy remontao-tokhnichoukay
stantaii, Ternopollskoy oblasti (for *azychuk). 2. Kolkhoz
"I Travnya," Chortkovskogo ray-ow (for Fodruchrqy).
(Tractors--Trailers)

HUZICEM, F.M. (Nuzychuk. JF.K)
Our method of aseemblying sprayers. Match. oil'. hosP. 11 no-7:18
JI 160. (14"U 13: 10)
1. GlavWy inzhemer Chortkovskoy remoutw-tekii-tcheskoy stantaii,
Ternopolfskoy oblasti.
(Diesel engines)

M'UZYCHUK, F. 14.
Performance of the frictional attachment of fuel pumps. Mekh. sill.
hoop. 11 no-9-13 S 160. (MIRA 13:9)
1. Glavnyy inzhener Chertkovskoy remontno-tekhnicheakoy stantaii,
Ternopol'skoy oblasti.
(]Val pimps)

?4UZYCHUK, F. , inzh.
Elov we improve the technical knowledge of machinery operators.
Tekh. v sellhooz. 20 no.7:12 JI 160. (MIRA 13:9)
1. Chortkovskaya rayounaya traktornaya stantsiya.
(Farm mechanization)

MUZICHUK, F_.M.. ____
Improving the adjustment mechanism of multiple-purpose regulators.
Mekh. sill. hasp. 12 no- 4:Z3-24 Ap 161. (MIRA 14:4)
1. Glavnyy inzh. Chortkovskoy remontno-te'r-hnicheskoy stantaii,
Ternopollskoy oblasti.
(Governors (Machinery))