SCIENTIFIC ABSTRACT MANZHELEY, M.YE. - MANZHOS, G.A.

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

-97 68334
-5--W s/076/60/034/01/003/044
AUTHORS- Manzheley,-K. Ye.p Voyteriko, L. V. BOIO/BO14
TITLE: Electroreduction of Acrylic Acid
PERIODICAL: Zhurnal fizicheskoy khimiiq 196o, Vol 34, Nr 1, pp 27 - 31 (USSR)
ABSTRACT: Electroreduction of acrylic acid on cathodes of pure platinized
platinum as well as on a gradually thicker deposition of mer-
oury on the cathode was investigated in the present paper. The
cathode potential (with Luggin's capillary) was measured with
increasing polarizing current and simultaneously the volume of
the hydrogen formed* Besides, charge curves were drawn (Refs 3
and 09 and hydrogenation was observed in the adsorbed hydrogen
layer (Ref 5). The electrode production, the drawing of charge
curves, and the calculation of the actual surface were carried
out by a method elaborated by A. 1. Shlygin and A. N. Frumkin.
001 N H 2so4 solution purified by means of electrolysis was
used as an electrolyte. Figure I shows the results of hydro-
genation in the adsorbed hydrogen layer. Hence it may be seen
that acrylic acid reacts with the adsorbed hydrogen both on
Card 1/3 pure platinized platinum and on platinum partly covered with

083114
Blectroreduction of Acrylic Acid 3/076/60/034/01/003/044
BOIO/BO14
mercury. In the latter case the reaction is slower (Fig 2 and
Table). If about 35% of the electrode surface is covered with
mercury, the electroreduction ceases. As may be seen from 'he
charge curveso the ability of the electrode to adsorb hydrogen
changes consequently. in the case of a thicker deposition of
mercury on the electrode (up to 200%, 400%) it acts like a
mercury electrode (Fig 3)- It was found that electroreduction
may take place both on platinized platinum and on mercury, how-
ever, only with potentials which differ by more than I v. Fur-
ther experiments with addition of atomic arsenic obtained by
reduction of HA902 furnished the following results: Admixtures
of arsenic caused a considerable deceleration of the reduction
process on the platinized platinum cathode. With a 2% deposi-
tion the electrode was completely poisoned. On the basis of
experimental data and considering data of publications the fol-
lowing mechanism of electroreduction of a, P-unsaturated acids
may be assumed: On a cathode of platinized platinum, reduction
is brought about by adsorbed hydrogen atoms under the catalytic
action of the cathode surface on the adsorbed acrylic acid
Card 2/3 molecules. on a mercury cathode, reduction may take place due

6 -"'d 3 3 h
Electroreduction of Acrylic Acid
ASSOCIATION:
to a direct addition of cathode
polarized molecule, in which the
tron acceptor. A reduction scheme
K. I. Rozentall, and Z, A. Iofa
There are 3 figures, 1 table,
are Soviet,
S/076/60/034/01/003/044
BOIO/BO14
electrons to the strongly
0-carbon atom may be an elec-
is suggested. E. Razumovskaya,
are mentioned in this paper.
and 13 references, 12 of which
Kiehinevakiy gosudarstvennyy universitet (Kishinev State
University)
SUBMITTED;
March 17, 1956
Card 3/3

MANZHELEY, M.Ye.; SHOLIV, A.F.
Electrochemical hydrogenation of allyl alcohol. Dokl. Ali SSSR
141 no.4:897-899 D 161. (MIRA 14:11)
1. Kishinevskiy gosudarstvennyy universitet. Predstavleno
akademikom A.A. BalarzUnym.
(Allyl alcohol) (Hydrogenation)
(Electrochemistry)

L 18309-63 EWP(q)/EV4T(m)/BDS AFM/ASD/ESD-3 RM/RH/JD
ACCE=011 Hns A'P3004978 A831
5/6076/63/637/608/i825
& 3
AUrHORS3 Manzheley, M. I Sholin. A. F.
TITIEg Elect roreduct ion of unsaturated compounds on a platinized Pjatinum cathode
SWRL",131 Zhurnal f~izimii, v- 37, no. 8, 1963, 1825-1831-
TOrICTAGSs electroreduotiong unsaturated compound., platinized platinum$ allyl
alcohol, Hg, As, I, TI, NaOH-
A332RAUt The electroUdliction al I alcoho~ion a platinized plati
_ _ f _ly _ - e
with clean surface and with add~iions of Hg, As, I- and fl-'F has been investigated
by plotting the polarization curves Phi-log i, measuring the absorption of hydro-
gen (charging curves) and of allyl alcohol and carrying out the hyirogenation
reaction in a layer of adsorbed hydrogen. It has been found that, in both an
acid (0' 1N H2SO4) as well as in an allraline (NaOH) medium, the electroreduction
begins at a potential zone more positive than the reversible hydrogen electrode
potential. A considerable difference between the two media has also been revealed,
with progressive reduction products such as C3H6, C H and small amounts of the
hydrogenolysis products CH C2H and C H6 being foKead in the acid medium.
Reduction is reiarded and ~h'en cimpleteiy inhibited in the zone of hydrogen
Card 0

L 18309-63--
ACCESSION M AP3004978
overvoltage. The use of addition agents made it possible to establish the cata-
lytic character of the electroreduction process and its dependence upon the
presence of adsorbed hydrogen on the electrode surface as well as upon the
energy of the hydrogen-platinum bond. Orig. art. has, 4 fikures, I table.
ISSOCIATIONs Xish1nevskiyg)sudarstvenny*y universitet (K~shfnev state university).
SUBMTEDv 050ct61 DATE ACqt 06Sep63 VIM 1 00
SUB CCDEz CH NO REF SOVt 007 OrEMs 004
Card 2/2

MANZIIELEY, M.Ye.
Effect of the nature of the substituent on the kinetics of
nitrobenzene eleatraWubtlon. Zhur.fiz.khim. 36 no.10t
2113-2117 0 162. (MIRA 1714) ~l
11 ~
1. Kishinevskiy gosudarstvennyy universitet.

MANZHELEY, M.Ye.
.- .-I .... -1- -- -, -- -1
Mercury electrode. Uch.zap.Kish.un. 68:41-44 163 (cover 1641.
(MIRA 18:12)

NOVIMDV, B.G.; MAIMHEM, - V.U-.
Development and growth of ducks roared at different seasons of the
year. Trudy Inst.zool.AN MSR 12:54-67 155. (MLRA 9-7)
(Racks)

IROVnWV, B.G. (Novykov, B.H.1; MANZ , T.U.
Biological foundations of year-round raising of waterfowl. Vimyk
Kyi*.un. no.5i Ser*biol. no.2:91-97 962. (MIRA 16:5)
(DUCKS)

t
Iul
an in A
ciallitific

Category: USSR/General Division. Congresses. Meetings. Conferences. A-4
Abs Jour: Referat Zh.-Biol-, No 6, 25 March 1957, 21365
Author Manzheliy, I.I.
Inst -no-f - given-
Title The December Session of the Academy ~ V.I. Lenin Agricuitux-ai
Sciences-7.
Orig Pub: Agrobiologiya, 1955, No 1, 150-153
Abstract: The session, held from the 6th to "he 13th of October 1954,
examined the accomplishments of scientific-experimental work
for 1954 and thematic plans for 1955 of the institutes inclu-
ded in the academy system, and the Kazakh affiliate of the
academy.
Card 1/1 -19-

IVI,~ N 7 HE I- / Y 2 1 1:
U33R / Cultivatod Plantc. Ccrcal3. MI
Abs juur R,I!f Ztimr - 3iol. , 14l) 8, 195~':, 140 34611
Author Manzhc1iy, 1. 1.
inst r7l ~ TO
Tit1c, : Lairgo-Zar, Lo,' ci.-tprt Varictice of Winter
'-fhc)at.
OriC,, Pub : Vostn. s. kh. nauki, 1957, iio 3, 118-121.
Abstract : 'Jork dono botwc;)n 1911-0 and 1956 lod to the dc.-
v.-lopm,-;nt of ShOrt-BtOM, largj-oar wirt;.r wh,.~at,
int inlm7fr-l harVL 3t Y6ars, by m~-ano of
.3,,'Jo~LtJon- --nd by rals,,-13 plants undur ~:oi-.di-
tions, pr,:vaI,nt ii, trio 1,11oscow Oblast, f ror.
samplos of' wint,~r wh,~at varictics recoivcd in
1949 from t~i- 1`~---rLian :),;mocrat.*c -public, wh-r,~
thay iav(-; chos,.~n -y th,, sci,~nLisr, Er. Ric-
bi~ocl. A doscription is -,ivon of 6 13-1p1~3
with -a positivc ratin,.~. -- Yu. L.
Card 1/1

KANZWOM, I-I., kand. sell skokhoz.nauk. red.; HWKHINA, V.V., red.;
PZCHERKIN, I.T.. tekhn.red.
(Monoopermous sugar beat] Odnosemiannaia sakharnaia avekla;
abornik etatei. Pod red. I.I.Manzheliia. Moskva, Izd-vo X-va
sell. khoz. SSSR, 1960. 183 P. (MM 13:12)
1. Russia (1923- U.S.S.R.) Glavnaya inspektsiya po zemledeliyu.
2. Uchenyy sekratarl otdeleniya zemledeliya Vaesoyuznoy akademii
Bellskokhozyaystvannykh nauk imeni Y.I.Lanins (for 14anzheliy).
(Sugar beets)

-YAN7HRUT, I.L. kand-selskokhozyaystvennykh nauk
Session of the Lening AU.-Union AcademW of Agricultural Sciences.
Zemledelle 8 no.10:90-91 0 160. (MIRA 13:10)
(Agricultural research)
"I.
'61.

SMAGD1, I.I., akademik, red.; BUZMOV, I.F., akademik, laureat
Leninskoy prerii, red.; KAZLWOV, A.L., akademik, red.;
MAYSURYANI N.A.,, akademik, red.; VASILENKO, P.M., akademik,
red,; VASlLENKO, F.M., almdemik, red.; 'rWIZHELIY,. T-T-,, red.;
GORELIK, L.Ya.,, red.; ANTONOVA, N.M., tek'bn. red.
[Achievements of science and advanced practices in sugar beet
gfowing] Dostizheniia nauki i peredovoi opyt po sveklovodstvu.
I-loskva., Sellkhozgiz, 1961. 403 P. (MIRA 15:2)
1. Vsesoyuznaya akademiya sellskokhozyaystvennykh nauk imeni
V.I.lenina. 2. Uchenyy sekretarl sektsii tekhnicheskikh kulltur
Otdeleniya zemledeliya Vsesoyuznoy akaderrii sellskokhozyaystven-
nykh nauk im. V.I.Lenina (for I-lanzbeliy).
(Sugar beet breeding)

MANMLIY I L. S.
The Second All-Union Conference on the Preparation and Analysis of
High-Purity Elements, held on 24-28 December 1963 at Gorky State Uni-
versity im. N. 1. Lobachevskiy, was sponsored by the Institute of Chemi-
stry of the Gorky State University, the Physicochemical and Technological
Department for Inorganic Materials of the Academy of Sciences USSR, and
the Gorky Section of the All-Union Chemical Society im. D. 1. Mendeleyev.
The opening -address was made by Academician N. M. Zhavoronkov. Some
90 papers were presented, among them the following:
V. A. Novoselov and T. K. Aydarov. Spectrochemical analysis for
S. Se, Te, 8b in InAs.
L. -M.-, Ivantsov. Possibilities of increasing sensitivity of emission
spectroscopy.
A. 1)E,_jaMjgakova, N. P. _,~a_lyi~~ovskaya, and.!,,._-.S,, WLte "li . A
high -sensitivity amperometric method for determining 1, Mo, and Tu in
LiF, CdS, NaI, CsLand other single crystals.
ANAL. Iq AD-6, 1961 &--777_~~"

MANZHELEY v
Tenperature effect ;-.n tl,e kinpt~,~s ol F-lectroreducti-n of
unsaturated orgaric cornp-up.~s, Zhl;r. f"z. kl.-im- 36 nc:.9:
1958-1964' S 162. (MThA 17:6)
1. Kish in evs~iy got, un 3tvr ni~.' Y ~.k J ", P. ',F-. t , ~i' C PH. rt, f i skoy
kiii-mii.

SOV/58-59-8-17735
Translated from: Referativnyy Zhurnal Fizika, 1959, Nr 8, p 108 (USSR)
AUTHORS: Dolgopolov, D.G., Manzheley, V.G.
TITLE: The Determination of the Coefficient of Diffusion in Liquids by Means
of the Volatile-Component Method
PERIODICAL: Uch. zap. Kharlkovsk. un-t, 1958, Vol 98, Tr. Fiz. otd. fiz.-matem. fak.,
pp 365-367
ABSTRACT: A method is proposed for measuring the coefficient of diffusion D in
liquids during the evaporation of a dissolved substance. By means of
this method, the D of benzene at 17.50C in octoil (2.5% of benzene)
was computed. Its value proved to be equal to 0.75 . 10-6 cm2/sec.,
which agrees with an accuracy of about _3% with the D previously
obtained by means of another method (RZhFiz, 1957, Nr 8, 19637). Since
the convection which arises upon a variation in the density of the so-
lution influences the accuracy of the measurement of D, a condition was
found under which convection will be absent:
13 6 g4C IV D 1100,
Card 1/2 where 1 is the height of the convection region, 41'~,C is the difference

SOV/58-59-8-17735
The Determination of the Coefficient of Diffusion in Liquids by Means of the Volatile-
Component Method
in concentration, and V is the viscosity. The proposed method for measuring D entails
the danger that the solution may begin to boil. In the opinion of the authors, this
danger can be avoided in the case of an arbitrary difference in pressures by admitting
into the apparatus a vapor or gas which does not dissolve in the system under con-
sideration, so that the total vapor pressure exceeds the pressure of the saturated
vapor of the solution.
L-P. Kholpanov
Card 2/2

5 (4)
AUTHORS: Manzheliy,,V. G., Verkin, B. I. SOV/76-33-8-13/39
TITLE: Investigation of the Diffusion Phenomena in Liquefied Gases
PERIODICAL: Zhurnal fizicheskoy khimii, 1959, Vol 33, Nr 8, PP 1758 - 176!
(USSR)
ABSTRACT: An investigation method, as well as the corresponding apparatus,
for the study of diffusion phenomena in liquefied gases at low
temperatures were developed. The advantage of the method of the
gaseous phase applied (Refs 1-4) in contrast with the capillary
method (Ref 5) lies in the fact that the former permits the
checking of the occurrence of a convection as well as the con-
tinuous recording of the diffusion coefficient as a function of
the concentration. The system methane (I)-propylene(II) was in-
vestigated, since it possesses relatively simple molecules. The
test arrangement (Fig 1) contains a copper flask (250 cm3) in
which the pressure can be measured by means of a manometer and
read by means of a cathetometer. The flask is contained in a
Dewar vessel. The dependence of the diffusion coefficient of M
and II) on the concentration in the range of 0 - 27.5 mol% at
90.24 was examined, and the results obtained were indicated
Card 1/2 (Table). The aggregate error in the determinations is given as

Investigation of the Diffusion Phenomena in Liquefied SC-7/76-331-8-13/39
Gases
amounting to 6% at most. The authors thank V. A. Pikovet8j
Ye. A. Sen1ko, and G. L. Shatrovskiy. There are 2 figures,
I table, and 5 references, 4 of which are Soviet.
ASSOCIATION: Kharlkovskiy gosudarstvennyy universitet im. A. M. Gorlkogo
(Kharlkov State University imeni A. M. Gor'kiy)
SUBMITTED. January 17, 1958
Card 2/2

MM4ZHEL1Y, Y.G. [Hanshelil, Y.H.);TOIMHNY, A.M.
Device for investigating the diffustion of weekly soluble gases
In nonvolatile liquila. Ukr.fia.zhur. 5 no.3:431-433 Ify-Je
16o. (MM 13:'/)
1. Kharlkovskiy gosudarstvennyy umiversitet.
Pif f as ion)

M"ZIIELIY, V.G. [Manzhelii, V.H.]
Some -pe~-I~arties of diffusion in liquids vith great molar volume.
Ukr. fiz. zhur. 5 no. 5:696-701 S-0 16o. (MIRA 14:4)
1. KharIkovskiy gosudarstvennyy universitet.
(Diffusion)

S/ 0 7 6'160/3 54;'006/0 32/ 039,IXX
B015/BO63
AUTHOR: Manzheliy, V. G.
TITLE: Study of Diffusion in Some Organic Liquids With a Large
Molar Volume
PERIODICAL: Zhurnal fizicheskoy khimii, 1960, Vol. 34, No. 8,
PP. 1856-1861
TEXT: The diffusion theory (Ref. 1) of liquids is only valid if the
diffusing molecules are much larger than those of the solvent, otherwise
the effect of the solvent upon diffusion must not be neglected since it
might lead to different rules. As thepe may besignificant, the authors
studied diffusion in organic liquids whose molar volume is larger than
that of the diffusing substance. The method of the gaseous phase (Refs.2-4)
was applied which, in principle, consists in bringing a certain quantity
of the vapor of the diffusing substance into contact with the solvent
and determining the diffusion coefficient from the variation of weight
or vapor pressure in time, i.e., until equilibrium is reached. The validity
of the Henry law is presupposed. A series of gravimetric experiments were
Card 1/4

Study of Diffusion in Some Organic Liquids S/'076/60/034/00,9/052/039/XX
With a Large Molar Volume B015/B063
conducted at 20 + 0.05 0C (Refs. 5, g), and the viscosity ~_of the solvent
was simultaneous 0 C by means of a capillary viscosi-
fy determined at 2
meter. The measurements included the diffusion of methyl formate, acetone,
ethyl ether, ethyl acetate, etc., in tricresyl phosphate, dibutyl phthalate,
diethyl phthalate, dimethyl phthalate, and oleic acid. The results indi-
cate that the diffusion coefficient D is little dependent on the type of
diffusing substance, but chiefly on the solvent properties. The value of
D-7 differs for the various solvents. If a mixture with a solvent having
a small molar volume(of the order of magnitude of the diffusing substance)
(resorcinol in the p:-esent case) is used instead of a solvent with a
large molar volume, D will change with the diffusing substance (Table 2).
On the basis of the Lole theory of liquids formulated by Ya. I. Frenkel,
in Ref- 5, it is shown that at low concentrations of thr. diffusing sub--
stance the energy of hole formation is a function of the solvent proper-
ties, that the activation energy drops with an increase of the holes, and
that the D values of different substances are about the same in the same
solvent. Resorcinol in the mixture apparently leada to a decrease of the
mean hole dimensions and, thus, to an increase of the activation energy
and a dependence of the D values on the type of diffusing molecule. The
Card 214

Stud~- of Diffusion in Some 'Organic Liquids /00 ~
/C 2/"- 39/ 7.
S/07~/60/034
With.a Large I-Jolar Volume 1
'
DOI 206
change of 14 and D of the solvents wiith temperature shozi- that t'--e act-I'lla-
tion energiLes of diffusion and vis-couc fio---i re--r:~'ble ea'! ot-er , an !
activation energy is thus apparently smull as compared v.-it" the energy
of hole formation. Professor 9. 1. Vprkin and Docent D. -;. Doi(7anolov are
thrj,n~.'ed for suggeations, Docent Ya. '(P. 11-,)~-;zin for a 'Iirlc,lsoion, an,]
C. L; Shatrovskiy for meac-irements. Tl-ere are 4 fig,irel---, ? tablc-, and
7 references: 6 Soviet and 1 TTS.
ASSOCIATI01IT: Kharlkovskiy gosularstvennyZ~ universitet 13orlkoc-lo
(Kharlkov State University imeni A. I',% Corlkiy)
S7BITITTED December 10, 195P
Card 3/4

, -%Oa/C 33,2/0 39/:g
3/07 60 '0
-,"o 1 5X306 3
I a 0.1a Ila :1
2-
71
AI4tpYImI1pYmuxec Hememno
PaCTOOP 1
D 10.
cen
T
1 PRICPOMI(b~,LT 4() )[0.1 . %
:ZIIGYT)I.,I(j'T2.aaT 60 AIO.7. 00
A McTIIJI~OPsflTGT (C-H,O~-) 1178
AacTOR (G3U1cO) 1.79
DTJIIODWfr 3#p (CJ11,30) 1,77
pe-lopivin 35
% 60
1
MC-171111~0PIMaT (C,11,01) . 1,16
AltOT011 ((,'~,1140) 1,22
A3TA.30HUff '34PUP (C41,100) 0.71
JTII.'II1k(1Ta-r (C,11.01) i 96
1 2
Leeend to Table 2: 1 = -niffusing 2 = 15olution; 3 ~'rl"O poises;
4 = D-10 /sec; 5 Yethyl forrna'~-,; 4, ;,cetone; 7 = -7t'.yl ether;
6CM2
10 = Dibutyl phthalate;
8 = Ethyl acetate; 9 = Tricresyl
11 =-Resorcinol.
Card 4/4

MANZHELIY, V. G.j CAND PHYS-MATH SMI I "INVESTIGATION
OF DIFFUSION IN LIQUIDS WITH HIGH MOLAR VOLUME." KIEVt
1961. (MIN OF HIGHER AND SEC SPEC Eo UKSSR, KIEV ORDER
OF LENIN STATE UNIV im T. G. SHEVCHENKO). (KL, 3-61,204).
57

ACCESSION NR: AP4041734 8/0181/64/006/007/2194/2196
AUTHORS: Gavrilko, V. G.; Manzheliy, V. G.
TITLE: Density of crystalline xenon
SOURCE: Fizika tverdogo tela, v. 6, no. 7, 1964, 2194-2196
TOPIC TAGS: xenon# argon, density determination, thermal expansion
coefficient, solid phase, melting point, crystalline phase
ABSTRACT: The density of solid xenon under equilibrium vapor tension
iwas measured in the range 120--160X by a pycnometric method (V. 6.
~Manzheliy and A. M. Tolkachev, FTT v. 5, 3413, i963). The experi-
mental error did not exceed 0.25%. The results agree well with data
;obtained below 120K by an x-ray method. Inasmuch as there were no
published data on the density of liquid xenon at the triple point,
the authors determined pycnometrically the density and the coeffi-
cient of thermal expansion of liquid xenon at 162K and obtained values
,!Card 1 1/3'_

ACCESSION NR: AP4041734
3 3
12.963g/cm and (1.46 + 0.20) x 10 deg respectively. These
.yielded for the jump in volume at the triple point a value V = 5.65
+ 0.20 cm3/raole, which agrees well with the result calculated by the
-Clapeyron-Clausius formula. The authors also found that the density
1 3
)of crystalline argon at 77.4K is 1.648 g/cm , which agrees with data
1by others. The authors thank corresponding member of AN UkrSSR
B. I. Verkin for valuable advice and also N. N. Grinchenko and V. 1.
Kvtchnev for participating in the measurements." Orig. art. has: 1
l
:figure, 1 formula, and 1 table:
!ASSOCIATION: Fiziko-tekhnicheskiy institut nizkikh temperatur AN
UkrSSR, Khar'kov (Physicotechnical Institute of Low Temperature,
iAN UkrSSR)
.SUBMITTED: 13Feb64 ENCL: 01
SUB CODE: SS NR REF SOVs 002 OTHERs 008
Carcl
--------------

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KRUI-SF.IY) I.N., [JoILOI~Oujv, L.G.; M"A"Ilf-11Y, K,,~-i
i c,"em, r,;np, tht, heat crnduc tivI, ty r)f* ;-,- ~'! in ,, ,Y.; , F%-f,g -1 1 ,1 rc-~I.
z. zhur. 8 no. 1: 11 -1 ~ Jn '(,c. (I-'; ~-. -'~ I F -, 3 )
1. FIziko-t.pkhrichr-nkiy insti tait rilz~~ik~ 'All Ukr-,iR,
Khar"Kov.

L If zak;x M) -th
W, JD/GG/RV
_.A~CC NQ
Ap6q05439 SOURCE com GE/om/66/013/002f035.1705
AUTHOR:- Manzhe1fy%~,!V;:G..*-TolkacheY A..M.4. Vdytovich ye, 1.
-8iAUie::: f ir,~temver~ature Techn
-,P~jslcs- and ology AN UkrSSR Kharkov
heskir institut nizkikh
temperatur)
-ilk
TITLE:: Thermal-~~ an st hane
e-xp gion of cry alline nitrogen oxygen, 4nd met
CE: -Pb~riic~.Astui'iolidi, v. 13, no. 2 -358
1966, 351
~.`,TOPIC TAG.S; oxygen methane, crystal, thermal expansion
ABSTRACT. stals
The experimental data obtained on the physical propett es of cry
with simple'moledular.;6tructure cannot often be properly nterpreted because of the
~.lack. of data on- hernial ,~-expansion of the cr ystals.- The thermal expansion data are
verifyingmany.conclusions based on the dynamic theory of a
---'lattice. -This. paper cleals with the linearcoefficients ofthermal expansion of
crystallized solid nitrogen, oxygen, and methane for which the linear coefficients
were, measured: in.the temperature range 21 to 45K, 21 to 45K, and 21 to 60K, respec-
tively'.. As in 'the - first-order phase transformation temperatures are approached
from the low-tenrpej,~ature phase side, thelinearexpansion. coefficients exhibit an
anomall?usly'. rapid, increase.- - A. possible explanatimi-of these anomalies based on the
idea of lat .tice:oifeniation defects in molecular-cytetals .is given. The specific
heat av co, natan:t- v6ium~ and the Gr~ewisen coeff Icient for crystalline methane are
:_~dalculatdd and a possible - explariation of the low values for the Grueneisen co-
Card 1/2

SUB '-'CODE'S 20/.: SM:DATEi': IIN6~651 OR mw; oo4/
IG REF: 001/ OW, WW: 001/ SOV

BE7UGLYY, P.A.; YEREMENKO., V.V.; KUFUSHKIN, L.S.; KULIK, I.C.;
V.G.; HRESADA, V.I.; PESCW~NSFIY, V.G.; J"OPOV, V.A.; SHTSFIKIN, L.A.
Conference on the physics of trie (-ondensed statue. ;'s~. f~z. rlauk
88 no.2:387-393 F 166. ( !". 117~ -1 , Q, -. '.
. .. i - I
1. Fiziko-tekhnicheskiy institut nizkikh temperatur AN ~'krSSR,

--1,293W-66-
-ACC-.NR8-'
A? 2458

v.. .

Fig., Diagr- atomietero"--.J.i;,", Bearing,'-platform bellow
-6.
--ampou e,,.. )fx inp ule- .7

Xih-ger- gla
th6nnoc.014 I

d
plat
gu hiri- -1 u
119" ii CMU'dI
- jad ke t
AdIa
.
_R
i
z

ut

c
Or

ILUIZEERCU, D. [Mangeran,D.]
Optimal functional equations of dynamic programing related
to the new class of boundary value problems with 'total de-
rivatives*. Soob. AN Gruz. WR 33 noo3t521-528 1r 164
(1-11':LA 17:8)
1. Fbam~mska7a Narodnaya Respublika, Yaoskiy politek-hnicheskiy
institut. Prodatavleno akademikom O.D. Chiashvi-Ii.
.11

I Y) 0 "i Z_ L (,\, " N, 1) 1
SUBJECT uss~ / PHYSICS CARD 1 // 2 PA - 1913
AUTHOR MAN ERON,D.I.
TITLE On the Reduced Accelerations of Any Order and on Some of their
Extremum. Properties.
PERIODICAL Dokl.Akad.Nauk, 112, fasc.1, 27-28 (11957)
Issued: 2 / 1957
Let it be assumed that 4(n) is the acceleration of the n-th order of the point
M
M of a body which is in plane-parallel motion. This motion is expressed by the
following generalized formulae by SOMOV:
X(n+l)~ (X(n+l)~ ~ -A -B ~ x _x
1 10 + n n~ 1 10)
x(n+1) X(n+l) B -A _x
2 ~ 20 n n x2 20~
Here A = A n(t) and B Bn (t) are determined by the following recurrence
formulae : An+1 A + QBn Bn+1 =B n - GA n9 Al = 9 2 B 1= 9('=-d/dt),xi(n+l)-
=(d/dt )x~ n), (1 1,2; n 1,2,....).The following theorems are then true:
I
1.) The geometric locus of the pointSM7* which are determined by the vector
) (n)
w is a straight line (D which, with the straight
equat4on r M rM + ~n M V)q
line (DM ) comprises the angle y n which satisfies the relation
tgyn - ~n Bn/ (1- A nAn). Here M is a point which is located on a certain

Dokl.Akad.Nauk, 112, fasc.1, 27-28 (1957) CARD 2 11 2 PA - 1913
straight line (D,,) and which participates in a plane-parallel motion.
2 ) The reduced accelerations satisfying the relations _' (n) . 1(n) /A nP
w 1)= w :11
_'(1)/A1 A, (n - 1,2,...)are characterized by wthe extwremum properties
of the function tgqR nB n/(1 nAn). Here An and B n are expressed by the
above mentioned extremum properties.
3.)(On the distribution of the accelerations of any order): The geometric lo-
cus of the end points of the reduced accelerations of the n-th order of the
points of the straight line (D), which is in planeparallel motion, is the
straight line which is vertical to the given straight line (D r).
4.)(Generalized theorem by KOTELINIKOV); The circles, which have the reduced
accelerations of the n-th order of the points of any planeparallel body as dia-
meter, pass through the present center of the accelerations of the same order.
5.)(Generalized similarity theorem): The ends of the accelerations of n-th or-
der of the points of a planeparallely moved solid body form a figure which is
similar to this solid body but is rotated through the angle 9 a=arc tg(Bn/A n)
if the initial points of these accelerations are located at one point. Here A n
and Bn satisfy the first mentioned conditions.
The theorems mentioned here are the basis of further theorems and lead to a new
method (worked out by a group under the supervision of the author) which is
called "method od reduced accelerations of any kind".
INSTITUTION:Polytechnic Institute JASSY, Roumania

KANORRON. D.[Hnnjeron. D.] prof., dok-tor fiz.-mat.nnuk
1. ~ - - ~ -
Creative coo-nerntion ("Bulletin of the Jassy Poly-technicpl Institute'
[in Rnmanian]. Reviewed by D. Manjeron). NaukA i 7hiznl 25
no.5:76 My 159. (MIRA 11:5)
1. Redaktor zhurnpla "Izvestiyn Ynaskogo Dolitekhnicheakogo instituta,m
Rumyniya.
(Rumania-Science-Periodienle)

. [manjeron. D], prof. (Yassy, bmnyniya).
"ffiam3"~-
Scientific activities of the Jassy Polytechnical Institute. Friroda
47 no. 5:109-110 IV 158. (MIRA 11:5)
(Jassy, Rumania-Golleges and universities)

S/179/6o/ooo/ol/024/034
E031/E535
AUTHOR: Manzheron, D_.(Yassy, Roumania)
TITLE. Three-Dimensional Generalization of Kotellnikov's Cross
PERIODICAL: Izvestlya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Mekhanika i nashinostroyeniye, 1960, Nr 1,
pp 168-169 (USSR)
ABSTRACT: Some theorems are given below which serve as the basis
for the method of reduced accelerations of any order
(Refs 1,2), generalized for kinematical problems of
three-dimensional mechanisms, The method of "threads"
is used in the description.
Theorem 1. (The fundamental theorem of the three-
dimensional method of reduced accelerations of any order).
The geometrical lo us of the ends M of the reduced
tM n
accelerations a Mr of the n-th order defined by the
vector equations (n)
EM :~: M Mr
where the point M lies on the straight line D
Card 1/5

S/179/6o/oOO/01/024/034
E031/E535
A Three-Dimensional Generalization of Kotellnikov's Cross
2
EM = Lo + )IM U, u = 1 (1.2)
belonging to some rigid body in complicated three-
dimensional motion, where 11M is a parameter, u is the
vector of the straight line (D), r is the radius
vector of the point 01~ (D), define3 by Eqs (1-3) to
(1.5) and An(u), the straight line (D 12 ) which is
perpendicular to the given straight line, is derived
uniquely from An by the operation of "resolution on ull
defined by the expression of Eq (1.6). Following
A. P. Kotellnikov (Ref 3), we shall call the set of
vectors whose origins lie on the straight line and whose
ends lie on the other straight line which is perpendicular
to the first, a cross ofvectors; the first straight line
on which lie the origins of the vectors we shall call the
initial straight line of the cross and the second
straight line on which the ends lie we shall call the
final straight line of the cross. We have the following
Card 2/5 theorem.

S/179/6o/ooo/ol/024/034
E031/E535
A Three-Dimensional Generalization of KotellnikovIs Cross
Theorem 2. (generalization of Kotellnikov's throyem).
The reduced accelerations of the n-th order a n of the
-Mr
points M lying on the same straight line belonging to
some rigid body in general motion in space belong to a
cross of accelerations of the same order.
Theorem 3. (Theorem on isogonal crosses). The
geometrical locus of points Mx defined b- the vector
equations n
R (n) (n) dn-I am
EMnME= rM + Xn aM aM dt n-l (1-7)
where the straight line (D X )
X 2
EM = io + I'M U~ U (1.8)
belongs to some rigid body in complicated motion in
space, where 4 A 11 Xare parameters is a straight line
n~ M
(DX and the complex angle (wEitten in the form sometimes
Card 3/5 caYled dual) a a + wd , w = 0, between (DK) and(D M
n n n n)
LIZ

S/179/6o/ooo/oi/024/034
E031/E535
A Three-Dimensional Generalization of Kotellnikov's Cross
where 0 n is the ordinary angle between the unit vectors
of the axes of the straight lxnes and d U is the
shortest distance between the straight lines is expressed
in terms of trigonometrical functions of the complex
angle by the Eqs (1.9) to (1,11).
Theorem 4. (The extremal property of three-dimensional
accelerations of any order). Reduction of the scalar
product of two free unit vectors on the straight lines
(D ) and (D a) given by Eqs (1,7) and (1.8) of theorem 3
to a purely ndual (moment) form corresponds to the values
-g = rA - A (1.12)
n n n
where A and A (u) are determined from (1.4) to (1.6),
which are known from theorem 1. Since in this case the
ordinary angle between the given unit vectors is a right
angle the term extremal, given by the theorem, is
justified. The results obtained can be used for the
Card 4/5 solution of problems in the analysis and synthesis of

S/179/60/000/01/024/034
E031/E535
A Three-D-imensional Generalization of Kotellnikov's Cross
of three-dimensional mechanisms,
(Note: This is a complete translation except for
copying some of the equations)
There are 3 Soviet references.
SUBMITTED: October 16, 1959
L//
Card 5/5

MANZHERONP D. (-Jassy, Narodnaya Rearblike, Rumynii); DREGAN, K.(Jassy,
Marodnaya Respublika &mqnii
Tensor forma of the basic equations of the kinematics of chains and
mechanisms. Izv mat inst BAN 4 no.2:57-65 160.
(EEAI 10:9)
(Calculus of tensors) (Mechanical movements)

35869
S10441621000100210621092
ClIlIC222
UT-0 R 3: Manzheron, D., Krivoshein, L. Ye.
The aj,'~roximate solution of some linear inteGro-differen-
ti"! -(uation,-
P I ii i~ ' ~-- r t L I, ~ v-, ~- .- zllurn:~1, Matematika, no. 2, 196-1, 4o,
a'-.-Lract 2V215. ("Bul. Inst. politehn. Iasi", 1')60, 6,
no. 1-2,
TEXT: Accor in.., tu U-ic G-lericin -,iethoct, the CL4uchy Iroblem
J (x I10 1,-, n-1) x. La b
for t~ie inte.-ro-t-ifferentic.1 equation of the Fredholm type
b m
L f ( x) + A ~ 7 Ki.~X,t) Y(i)(t) dt (2)
a 0 n
i~ 301VO-d Uj)P1'OXiAUte1~. Here L[Y]= Y (n)(x) + ai(x)y (n-i)(,),
n:;?: m, parameter. The solution is sought in the form
Card 1/3

3/044/62/000/002/062/0c92
The approximate solution of ~;ome C111/C222
k
Yk(x) = P(x) + bsy S(X),
1
where ',he n-times differentiable functions (f~x) and T (x) L-re lin~,arly
iride,-,endcnt Lund satisf- the cunaitions (i) 61, , ~1)
4 - j T (XI) = YO fs (X0 0
~i = C, 1, ..., n-1; s The unknown coeffici-~nts b
of the ai,~rozin~ting function y (x) are detc-rwined %
c, k
system, of eqaa~ions, which is obtained in one of' the following ways:
a) frow the condition that the deviation is orthogonal to an arbi-
~rtir- s~:~tem oil k linearly- independent functions; b) froui the condi-
u j
tion that the square intejral A* the deviation is a minimurt; c) with
.h,~ coilocati,)n :-,~~thoa; d) from the condition that the duviation has
a contact of first urCer with the x-axis. In all cases, the deyiation
of the approximate solution from the rigorous solution of (1) - (2) is.
estimuted for all x e Ea, b] )A I c I (assuminC that certain in-
equalitieis ~-re fulfilled).
Card 2/3

S10441621000/0021062/0~2
.,cIAtioi: cf C1 1 1/'C222
::I)"Ll L ~-;n-~ ol ~,rublQin, z,re curi:~truct~,d in ~;.n wialu-ous
o- e(-uzLtionj of the, Volterra tyrie, wherr, an
1. L, t k~. 4 1 i6 --.Izio Ll,~-pliu' to the inte.,~ral
~:, t LiVL,' U
to ~1)-(2); t'Lie error i~i eutimated. The
method of inteUrul uquat.Lon~; is used to solve (1)-(2) in the case
M, n, wi-,jre it iL; assumed that the functions a,(x), f(x) and the
.;~'rncls .:.(X, S) Ure Gifft!rQntiUble as is necessary.
Abstracter's note: Complete translation.]
Card 3/3

3 P 5~)O
3/04 62/000/005/041/072
C 11 1YC444
.,U 1Z.GRS. 'anzheroA, D, Krivoshein, L. Ye.
IM
TITLE: The appruxi:iiative solution of boundafi valui.,. -,foblems
for ordinary diffcrential equations
PEHICDICAL: Refefativnyy zhurnal, Matematika, no. 5, 1962,
;_,bstract 5V182. ("Bul. Inst. politehn. Iasi,111',160, 61
no. 5-4, 21-30)
TEXT: It iz; ,resumed that the boundary value problem
n- I (i
Ri y~ a 7: Eaijy(')(c) + b ijy (d)j = ~j (j=1,2,...,n) 0)
i=0 b
f (X) + ~, \ K (j)(t) dt
L L ~'_S (x,t) y (2)
a j=O
where ai,, bij, (i+1, j-1,...,n) are well-known numbers; L[_~) Y (n)(.).
n
+ aj(x) Y (x); the functions appearing in (2) are pi,:-cewioe
Card 1/3

S/044//62/OCC)/CG5,/04 1/072
ThF_ Lp-ro,x-im~.,tive solution of bo,.inu,,_r, C1 I I/C444
continuous for n ~~ in and p = n-m-times differentiable nith respect to x
on 1 LL,b] for in 5 n; ~ is fa paraDI'Acter; Fc,d] -7- [a,bj posse6ses a onlution.
The solution is searchud with the rate
k
+
.*.!"ere the v,ell-known linear independent functionrj f O(X), k(x) V!
-ru n-timc,; continuousij d-ifferentiable, satisfying tile bounu-ir,, con-
c~itiL)ns Rj~,i0] = Ni; Rj E(ts I = o ( j = -1 9.... n; s=l,...,k). The unknown
coefficients_ -re neter:Anc(' according to methods of Galerkin, b. thp
lcz st e.,ru_- E-nd b~ colloc~ution; the deviation of the fun,;tior
(141) The ex-ct, Lolu-.icn of (1), (2) is estimated. Analot;ously one
~;clv_L -he bounuar: value ;-,roblew,(1), for the Volterra inte~ro-,~iffcrcn-
tial
X in
L [y f (X) + '7 K d t (4)
0 i=O
',--d 2/1

3/041,Vi62/000/005/041/072
T'n e a
.~prox in- tive ~ulution of boundE:Lry ... C111/C444
whure
L L y (X) + a (Y-) Y (x) , x t- [ a, d
Th,: JiVQn LI~jj)fOXiRt-,LtLUn
,roblems -nd (I)i
'1), (2) 1
balled so-'vin~- integral
0
case of m > n).
(Abstracter's note: Complete
t;LCtIIOd3 Ure not only applied immediately nn the
(4), but also on uspeciall~ constructed sc-
equations (-is well in the case of n -~!- m a3 in the
translation.]
Card 3/3

M&NZBER014,, D. (Yasay, Rumynskaya NarodWa Respublika)
I
Generalized forms of equations in analytic dynamics. Izv.M? SSSR.
Otd.tekh.nauk.Makh.i awhinostr. no.2:128 Mr-Ap 162. MRA 15:5)
1. Yasakiy politekhnichookiy inBtitut.
(Dynamics)

go.~:.COD,Rt,
un
AV
34
51MP~

-AGMSSION NRI AP4031760
SM51/64/033/003/05U/0528
AIUTHORt kianzheron) Do
TITLEs o:ptimmaal fumnotioar equations of dynamic programing related to a class or
boundary- value problem in "total derivatives" (Presented by Academician Oe Do
Oniaahvili on 25 Jazuary 1963)
SaJRCE: AN GruzSSR. Soobahcherdyao v. 33, no. 3,. 1964a 521-528
TOPIC TAGSt optimal function equation, dynamic programming, boundar7 value
problems total derivativap calculus of variations, differential operator, harmonic
oscillator
v
a3*e prdbl~
the solution of two bowd=7
ABWRACTs The author considers
- ,
-
X(o).w1f(1)Mo (2),
.and
ON P-1.4(x, V)o-o, (3)
dxo ayp
04cxc: (4Y
.Card - 1/2 j 0A

AGGESSION NRs AP4031760
where ul is given by
(5)
61 dxj ... dxt.
'lHe reduces these problem to problems in the calculus of variations which he
solves by obtaining functional equations by the method of d7namic yrogrMdn
Orig. art. has s 40 forunilas
AS=L4XIONt RuM*mkaya Narodnaya Respublika Yasskiy politeknicheakly institut
(Rumanian Peoples Republics Jassy Polytechnical Institute)
SUBMITTEN 25Jan6j DAT3 ACQ i OlMay&4 MLs 00
SUB GODSt MA NO R1W SOVI 005 MM 1 018

MANZHEYU
7
Analyzing fulfillment of the labor productivity plan at an Wustrial
enterprise. Bukhg. uchet 15 nn.5:3.2-17 97 '58. (MIRA 11:5)
(labor productivity)

KCFhTAIEV) V.P., dots.; NASSARYGD1, F.S., dots.; MOZHEYE7, D.N-,,
dots.; KOPhYAY-EV, V.P., dots.; USATOV, I.A.2 kand, ekonor..
nauk; IL111-4, V.14.9 dots.; ',:CLYAKGN, D.S.3 VDrOV, S~I., dots.;
KOAOTKOVA, L., red.; MEEDVEDEVA, E., red.; TEI-EGDA, T., telkhm.
red.
[Analysis of the financial and economic operations of enter-
prises]Analiz finansovo-khoziaistvennoi dei-tellnosti pred-
priiatii. Pod obshchei red. hoprWayev,:. Noskva, Goofinizdat,
1962. 357 P. (MIRA l' - 12)
(Finance) (Industrial management)

DORDZHIYEV, B.S.; KIRBASOVA9 M.B.; MUSHRIOV, S.P.;.MANZM
CMMNOUSOV, I.P.; KITEVSKAYAq V.I.; DZHELACHINOV, E.B., red.
GAYDASH, Ya., tekbn. red.
(Economy of the Kalmyk A.S.S.R.; statistical collection] Narodnoe
khoziaist-vo Kalmytokol ASSR; statisticheskii abornik.. Elista,
Kalnytskoe knizhnoe izd-vo, 1960o 107 po (MIRA 14:8)
1. Kalawk A.S.S.R. Statisticheskoye upravloniye. 2. Kollaktiv
rabotnikov Statisticheskogo upravleniya Kalmytskoy ASSR (for all
except Gaydash). 3. Nachallnik Statisticheskogo upravleniya Kal-
mytakoy ASSR (for Dzhelachinov)
(Kalmyk A.S.S.R.-Statistics)
I

Y,ANZhllq, V - V -
"Cod ex of Law c-~ ancl ieozi I ar -fon:- for Coamerciai Sertfarint: an?; - ~,rt-- ", ~ iL~-,
_ I .
b~ Sta-le PublisherE cf S,,,a LiLeruture,

lllx;z,H7-Ns~IY, -;.. ik.
1
Cortem~-orqrv intern qtA one I tr,3 le in t'le c- ii.91 i9t rfllr-P- .4,,-j8Kvn, Vne8ilt-r:, 17(:Rt.
III J.

Y-0ZHIP01A G.A., S17J-ZHNIYCV, P-%, TOLOXCIrTIFT, V.V., FOYT71, MMM,
=~~TTN,SKAYA, A.B., KVA~FINA, L.-T.
"Akchagyl Deposits in the Lower Reaches of the Amu-Darya"
Dokl. Uz. SSR, 1953, No 12, 16-21, (U7'--ekistan resim-e)
In 1952 in the lower reaches
number of vrells the drillers
Akchag-,rl age with thicknesses up
on an eroded surface of the Paleogene
sedimentary deposits of the Anthronorene.
fauna testifies to the strm-
of the AMU-Darya during columnar drilling in a
uncovered sandstone-clay deposits of the
to several dozen meters. Tilese deposits lie
and are superimposed by ancient delta
The character of the ostracod
7 MLl '7
fresh--vrater nature of Akchajl f.
(R,,hGeol,
No 3, 1954)
SO: W-31187, 8 Mar 55

14ANZ110LA, Ye.I. [Manzhola, IE.I.]
Novocaine block of the active points of the skin in the treatment of
patients with bone and joint tuberculosis. Fiziol. zhur. [Ukr.] 8
no.2:210-213 Mr-Ap 162. (I-11IRA 1 :5)
1. Laboratory of the Higher Nervous Activity and Trophic Func tions
of the Nervous System of the A.A.Bogomoletz Institute of Physiology
of the Academy of Sciences of the Ukrainian S.S.R. and th: Kiev
Research Institute for Orthopedics and Traumatology.
(NOVOCAINE) (SKIN) (TUBERCULOSIS)

MANMORA, A.A.
I'-- ~ ~ .
Experience in the operation of the Troltskoye Pate Combine.
Masl.-zhir. prom. 24 no.1:33 '58. (KIRA 11:3)
l.Troitaki7 zhi4rkonblnat.
(Oils and fats)

MANZHOSj A&M,
Larch
Nature of development of the female gametophyte of Siberian larch in cross-pollination
and self-pollination, Dokl. AN SSSR, No. 2, 1952.
Monthly List of Russian Accessions, Library of Congress, November 1952. Unclassified.

A.
',iolo~--,- of llosr-,o:-':,~ fert! Df t:,- 5-)o~rian larch
,,,,i t- -enn,.a *,c vnrl ,eitono-,.min fertilizati-,n.ll ~,cnd ')Ci TJS,--.".
In--t of Forentry. i,oscow, 19',(- (Dissortition f -w th.- de~-,ree oC
7anditiate in Bioloi~ical 3'clence)
Krl i z,,. n a1 e t oS
.0. I~oscm?

AUTHOR 204-%/64
TITLE The tib_eddEig~knd Grouping of the Small Microsporq*= Spadices of the
Sihorian Larch(Larix Sibirica LDB)During the Course of Gne Annual Cycle.
.Zalozbeniye i formirovaniye mikrosporofillovykh koloskov u listvennitsy
sibirskcy (Larix Sibirica LDB) - Russian.)
'PERIODICAL Doklady 4kkademii Nauk SSSR, 1957, Vol 114, Nr 1, pp 195-198 (I.S.S.R.)
ABSTRACT The paperunder review deals with the investigation of the different stages
of microsporogenesis and of the time span connected with it, with respect
to the larix Sibirica. Very little research has been done on this process
so far.
The investigations were conducted during 1951-52-53, i.e. during the two
annual cycles 1951-52 and 1952-53. During this period, the young shoots
were cut off twice a month. The preparations were colored with iron hema-
toxyli.n and with Newton's gention violet. The observations described in the
paper under review showed, inter alia, that in the early stage of develop-
ment there are produced in the microsporophyll four microsporangia, of
which only two become fully developed. The recognition of this fact is
of great importance for a correc*w picture of the evolution of the micro-
sporophyll. No deSD hibernation exists for the sprout buds of the Siberian
larch. During the winter, the differentiation process of the archeospores
takes place.
Oard 1/2 (1 chart,references- S.V.Viktorov, Usp.sovr.biol.14,v.3(1941),K.I.Meier,

The Embedding and Grouping of the Small Microsporophyll 3padi- 20-1-54/64
ces of the Siberian Larch(Larix Sibirica LDB)During the Course of One
Annual Cycle.
Razmnozhenis rastenii, m., 1937, J.Dovle, Ann.Bot.Soc.1916, K.Schnarf,
Handbuch der Pflanzonanatomis, LIer-.-To-, Berlin, 1933.
ASSOCIATION Not Given.
PRESENTED BY
SUBMITTED
AVAILABLE Library of Congress.
Card 2/2

"HOS. A. H.
Bud types in the Siberian larch and their phenology. Bot.
shur. 44 no.8:1148-1154 Ag '59. (MIRA 13:2)
1. Institut less. AN SSSR. Mosk7a.
(Larch) (Plante, Flowering of)

c n ane c.~.
in, s

DOBRTEPTSOVA, T.B.; LUTKOIJ, A.M.; M--VEHOS, A.14.
Spontaneous U017-Ploid and Laplold forms of twin --lga:- hr-et plants.
Dokl. All SSSR 164 no.4:9211-924 0 '0'5- (Iv :?.A 18:10)
1. Inatitut toitologlJ I genet,lkl SIbIrckoFc) ya AN SFO.
Submitted July 20, 1964.

MAITZHOS, F. M.
Short manual on woodworking
Moskv--, Goelestekhizdat, 1945. 267 p. (55-2'648)
~ 5
TT180-M32

PHASE I BOOK EXPLOITATION 868
Andreyev, N.V., Kalyuzhnyy, V.G., Konstantinov, A.S., Livshits, M.P.,
Manzhos F.M., Savkov, Ye.l.; Uspasskiy, P.P., Feygina, A.Ya.,
ieo arevsZi~, V.V., Sheydeman, I.Yu.
Nemetallicheskiye materialy, ikh obrabotka i primeneniye (Nonmetallic
Materials, Their Processing and Use) Moscow, Oborongiz, 1949.
535 p. 6,000 copies printed.
Ed. (title page): Kalyuzhnyy, V.G.; Ed. (inside book):
Ponomareva, K.A.; Tech. Ed.: Zudakin, I.M.
PURPOSE: This book is intended for students of aviation institutes
and other institutes and it may also be useful to engineering
technicians dealing with nonmetal materials.
COVERAGE: The book consists of two parts and deals with various
nonmetallic materials used in the aircraft industry. The first
Card-lkb&-

Nonmetallic'Materials fCont.) 868
part discusses wooden materials and the second part presents
basic information on plastics, adhesives, textiles, paper and
rubber. The basic mechanical and chemical properties of nonmetallic
materials, their engineering requirements and methods of processing
them are presented. The book was written by personnel of the
Moscow Aircraft Institute imeni Sergo Ordzhonikidze, the Moscow
Aircraft Engineering Institute, the All-Union Scientific Research
Institute for Aircraft Materials and other organizations.
Chapters 1, 11, V, and VI were written by Ye. I. Savkov,
chapter III by Candidate of Technical Sciences F.M. Manzhos,
chapter IV by Candidate of Technical Sciences V.G. Kolyuzhnyy,
chaptersVII and VIII by Candidate of Technical Sciences
A.Ya. Feygina, chaptersIX and XI by Professor P.P. Uspasskiy,
chapter X by Candidate of Technical Sciences N.V. Andreyev,
chapter XII by Candidate of Technical Sciences I.Yu. Sheydeman,
and N.V. Andreyev, chapter XIII by Candidate of Technical
Sciences I.Yu. Sheydeman, and Engineer A.S. Konstantinov,
chapter XIV by Candidate of Technical Sciences V.V. Chebotarevskiy,
and I.V. Andreyev, chapter XV by Candidate of Technical Sciences
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Nonmetallic Materials (Cont.) 868
V.V. ChebotareVskiy, and chapter XVI by Engineer M.P. Livshits
and Candidate of Technical Sciences N.V. Andreyev. The authors
thank Professor A.V. Shepelyavyy, Professor, Doctor of Chemical
Sciences I.P. Losev, Engineers A.A. Babichev, V.S. Bondarev
for their assistance in supplying data and reviewing the book,
and they also thank Engineer V.P. Leont'yev for his assistance
in preparing chapter X, Paper Materials. There are 60 Soviet
references.
TABLE OF CONTENTS:
Foreword
Introduction
PART 1. WOOD MATERIALS, THEIR PROCESSING AND USE
3
7
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7
F. Y.
Disserta,~ion: 117.:Psic 'rroblers of the -,reci~:ion of I,-ec!.anical .,ocdw(rkin~,." Dr "ech Sci,
Moscow ForeFtrv i.ngirieerinu Ins'., 1-11 A; r `4. (Vc-cl:ernyaya I'c sk-va, ",-)Zcc-.;, !'- ;~t Ir - -i.
'~Y 2-41, 1(
I -,, Cct !~--,4

professor, doktor tekhnicheakikh nauk, redaktor; KRYUGER, Yu.V..
r6& or. TOKKR, A.14. redaktor.
[Uhnual for the wood~orAmx --chino operator; work with circular saws]
Pamiatka atoliaru-stanochniku: rabota na kruglopilInfth stankakh.
Moskva. Goa.izd-vo lit-ry no stroit. i arkhitakture, 1956. 54 p.
(KLJLA 9-.5)
1.14oacow. GosudArstvemy -ti..LiTut po vnedreniyu peredovykh metodov
rabot i truda v etraltal-fitve.
(Sevon ) (W'~ I '- -)

MANZHDS, Feder Matvayevich, professor, dektor takhnichaskikh nauk; ROZHKOV,
KOLISVIKOVA, A.P., takhnichookiy, redaktor.
[Tasting wood working machines for precision] Ispytanlis, :ieravo-
razhushchikh stankov ua tochnest' v usloviiakh skepluatataii.
Mosk7a, Goolasbumizdat, 1956. 113 P. (MLRA 9:2)
(Woodworking machinery)

17 , L
NWMAYEV, B.K.; KANZHOS, F.M., prof., dok-tor tekhn.nauk, nauchnyy red.;
KRYUGER, YU-.T.-,-T#T.-riRr--va, STEPANOVA, B.S., tekhn.red.
[Manual for carpenters operating machine tools; work on circular
Sawa] Pamiatka stoliary-stanochniku; rabota na krugloDillufth
stnnkakh. Izd.2-oo. Moskva, Goo.izd-vo lit-ry Do stroitA
arkhit., 1957. 54.p. (MNU 11: 1)
1. Moscow. Gosudarstvannyy institut po vnedrenlyu Deredovykh
metodov rabot i truda v stroitellAve. 2. Starshiy. instruktor
peredovykh metodov thida po stolyarno-plotnichnym rnbotam
instituta Orgstroy Ministerstva stroitel'stva predpriyatiy
metallurgicheakoy i khimicheakoy promyshlennosti (for Nachunayev).
(saws)

U07NIN, Mikhail Savel'yevich, prof., doktor tekhn. nauk; WHns- Y.H., prof..
doktor tekhn. nauk, retsenzent; KCHMAMKIN, le.F., dote., red.;
TARKOVWSUYA, A.I., red. izd-va; S(KCWTA, L.T., tekbu. red.
I
11feeding machanisms of woodworking machinery] Fbdaiushchis makha-
nizmy derevoobrabatyvaiushchikh stankov. Moskva. %9. nauchno-
tekhn. izd-vo mashinostroit. lit-ry, 1958. 178 P, (MIRA 11:7)
(Woodworking machinery)

AFANASI YEV, Pavel Semeaovich,ond. takhn. nauk, F-M-. prof..doktor
tekhn.aauk, reteenzent.; MMIMKOV. F-N-, ins h. -i-ei-iranzent.;
YANYSHEVSKIT. A.F.,iazh., red.; PROKOFITEVA. L.G., red. iid-va,;
TIKHAUOV. A.Ya. tekhn.red.
(Woodworking machinery] Kountruktaii derevoobrabatyvaiushchika
Btankov. 14oakva. Gos. nauchao-tekhn. izd-vo mashinostroit. lit-ry.
Vol. 3. CInetallation. repair. and operation] Montazh, remont i
e1csoluatataiia. 1953. 566 p. I (KIRA 11:12)
(Woodworking machinery)

- KAU2306. Zedar Hatveyejri.cbL,._d.oktor tekhn.nauk; IVANKOT. P.G., red.; 'I
FADMOV, B.H., redAzd-va; XARASIK, H.P., tekhn.red.
(Precision of mechanical woodworking] Tochnost' makhanicheakol
obrabotki drevesiny. Koskva, Goolosbumizdat, 1959. 261 p.
(KIRA 13:3)
(woodwork)

MMOS, F.M..doktor tekhn.nauk; BU IYAWY, V.P.,inzh.
---j-
Zfficient arrangenont of rqvolving c7ltter blocka In p]Anlnr,
machinese Der.prom* 8 no.1:9-13 Ja '59. (KM 12:1)
(Planing machines)

I
MABZHQS, F-M., prof., doktor takhn.nauk; VOSERESENSKIY, S.A.Jprof.,
doktor tekhn.rouk; ORLOV, M.N., dots., kand.tekhn.nauk;
801011YU, A.A,,, assist-6nt
I
ErTors in P.S. Afanaslev's book "Deeign of woodworking machinery."
Der. prom. 10 no- 4:25-26 Ap 1610' (MUd 14:4)
1, Kafedra stankov i instrumentov Moskovskogo lasotelchnicheakogo
instituta, 2. Zavedupwhiy kafedroy stankov i instrumentov
MoB,kovsk6go leootekhnichaskogo Instituta (f Manzhos).
(Woodworking machinery) Ma;slev, P.S.)

PIZHURIN, Andrey Abramovich, kand. tekhn. nauk-, MANZHQS.6 F.M... red.;
LEBEDEVA, I.D., red.izd-va; VDOVINA, Y.M., TIeKnn. reu.
[Principles underlying the process of wood turning] Osnovy
protsessa tocheniia drevesiny. Moskva, Goaleabumizdat,
1963. 115 p. (MIRA 16:9)
(Turning)

,%LA.NZHOS, F.M., doktor tekhn. nauk, prof.
"Atlas of the design of woc'jworkin~~, , Ler. . . -, .-. -
; :Z -:. :.1. .
110 JI 164.

.-fan,,.9-1.y Ivanovich, karld. tekhn. rLauk; MAMZHUo,
N.V.,
:)f ~hu- quality contru- !:~.p of
,ar,,r wood plastics, ..v-tor--aLjZat!3UR V
-V rl
rj ~rb ~ eSV 9
prxi-,/j'rdE.-r-nost' ,1~) 6 S. 2 ! 1~: ~- ,

MANZHOS, G.A., dotsent
Use of Ultrasonic techniques in the industry of the Ryazan Economic
Region. Za indus.Riaz. no.2-.61-63 D 161. (MIRA 16:10)
1. Zaveduyushchiy kafedroy tekhnologii materialov Ryazanskogo
radiotekhniches'xqgo instituta.

S/194/62/wo/oio/o48/o84
A061/A126
AUTHORS: Manzhos, G.A., Posokhin, A.I.
TITLE: The use of ultrasound for cutting circular quartz resonators
PERIODICAL: Referativnyy zhurnal, Avtomatika i radiaelektronika, no. 10, 1962,
19, abstract 10-5-38k (In-collection: Prom. primenentye ul!trazvuka.
Kuybyshevsk. aviats. in-t, Kuybyshev. ig6i, 97 - 103)
TEXT: A 1.8-kw quartz-machining ultrasonic machine tool with a working
frequency of 20 kc has been developed by the Kafedra tekhnologii metallov I el-
-radiomaterialov Ryazanskogo radiotekhnich. in-ta (Department of Metal and Radio-
electric Material Technology at the Ryazan Radio Engineering Institute) in colla-
boration with other organizations. The tool is intended for cutting plates and
circular resonators from quartz, but it can also be used for making grooves and
complex openings, and for cutting other brittle materials of poor workability.
An amplifier in the frequency range of 15 - 20 kc ensures a power output of 500
1,800 w; the master oscillator works on an RC circuit. The electroacoustic
transducer consists of a magnetostriction oscillator and a concentrator with the
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