SCIENTIFIC ABSTRACT KUDRYAVTSEV, V.N. - KUDRYAVTSEV, YE.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000827220007-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Design, Construction and Analysin of (Cont.) sOV/2095
Kriven~o,,, I.S. Basic Results of a Theoretical and Experimental Investigation
of New Types of Worm Gear Trains U9
The use of worms with concave profiles is discussed. The results of
the investigation show the advantages of wom. gears of this type.
Iledyakin, R.V. M.L. Novikov's Gearing System 129
A brief synopsis of Novikov's system of gearing for spur gears,
including construction of profiles for concave and convex teeth,
is presented. The author claims that this system has a load capacity
2 to 3 times greater thean standard involute gearing systems. He further
states that this fact has been confirmed by exhaustive tests at various
plants.
Solovlyev, A.I. Theoretical Fundamentals of the Friction Analysis
of Aittamobile Transmissions and Fomerimental Methods of Investigating
Frictioh.in Autom6bile'Mechanisms' 141
The efficiency of gearings, universals and the whole transmission
is analyzed. Friction in roller contact bea~rings and in the dif-
ferential, friction losses in the transmission during unsteady
motion, and experimental methods of investigating friction losses in
automobile mechanisms are discussed.
Card 6/8

Design, Construction and Analysis of (Coat.) SOV12095
Sigov, I.V. Some Problems in the Organization of Centralized Production
of Speed Reducdrs:.and Gear Drivds 153
Tsfas, B.S ` Design for 8trength of a Solid Toothed Gear, Weakened by
Ney or Spliae Slots 163
Formulas are derived for forces and moments acting on sections of
a gear weakened by spline ( 6 alots) and key ( one slot) joints.
Blokh, O.T. Increase in the Accuracy of Kinematic Worm Gear Trains
Used for Reading Mechanisms of Instruments 177
The author analyzes the accuracy of cylindrical worms and wheels
for high-precision instruments. He-makes recommendations for re-
ducing the margin of error in the gear trains in order to recluce the
-total margin of error of the mechanism.
Belyayev, M.S., and K. I. Zablonskiy. Consideration of Simultaneous Engage-
ment of Two Pairs of Teeth in Gearing Design 187
Card 7/8

Design, Construction and Analysis of (Cont.) SOV/2095
The distribution of load between two pairs of meshing teeth Is basically
determined by the rigidity of teeth and by the errors in engagement,
chiefly the a cumulated error of the circular pitch, causing the cyclic
character of Messes. The author states that for a pair of gears of a
given tyl)e the characteristic diagram for distribution of errors can be
determined. He further states that this determination has been donfirmed
by inspection of several lots of gears manufactured by different methods.
Resolution of the Conference on the Problems of Design, Construction, and
Analysis of 11ransmissions 195
The resolution stresses both the progress made and the deficiencies noted
in design, construction, and manufacture of gearings and worm gear
train.s., and in the fields of continuous speed control, chain drives, and
flexible shafts.
AVAILABLE: Library of Congress
GO/fal
8-9-59
Card 8/8

PHASE I BOOK EXPLOITATION 871
Belyayev, V. N., Candidate of Technical Sciences; Birger, 1. A., Doctor of Technical
Sciences; Demidov, S. F.) Candidate of Technical Sciences; Korotkov, V. P.,
Candidate of Technical Sciences; Pda r~q ev,, V. N , Doctor of Technical Sciences,
Professor; Martynov, A. D., Candidate of Technical Bcien,,.es; Niberg, N. Ya. ,
Candidate of Technical Sciences; Pono=ev, S. D., Doctor of Technical Sciences,
Professor; Fronin, B, A., Candidate of Schnical Sciences; Push, V, E., Candidate
of Technical Sciences; Sleznikov, G. L., Dmgineer; Stolbin, G. B., Candidate of
TechnicELI Sciences; Tayts, B,,A,, Doctor of Technical Sciences
Spravochnil: metaUista. t. 2 (Metals Engineering Handbook. v. 2) Moscow, Nuhgiz,
1958- 5174 p. 100,000 copies printed.
Ed.(title page): Chernavskiy, S. A., Candidate of Technical Sciences; Ed. (inside
book): Markus, M. Ye., Engineer (deceased); Tech. Ed.: Sokolova, T. F.;
Editorial Board of the set: Acherkan,, N. S., Doctor of Technical Sciences,
Professor, Chairman of the Board and Chief Ed.; Vladislavlev, V. S. (deceased);
Malov, A. N.; Pozdnyakov, S. N.; Rostovykh, A. Ya.; Stolbin, G. B,; wA
Chernavskiy, S. A.
RJMSE: The book is intended for technicians and enidneers working in the field
of machine design and in production.
Card 1/10
21

Metals Engineering Handbook. v. 2
871
COVERAGE: The book covers the following: strength of materials, debign of machine
parts, connections) transmissions, lubrication, etc. The arrangement of
mechanical drawings and symbols used are shown. The book contains GOST (All-
Union State Standards) tables for standard machine parts. The book in the
second of a five-volume series. There are 79 references, of which 76 are Soviet,
2 are German and 1 English.
TABLE OF CONTENTS:
STRENUM OF MATERIALS (Candidate of Technical Sciences Demidov, S. P.)
Fundamentals and Definitions 1
External forces 1
Joints and supports 1
Basic hypotheses, definitions and concepts 2
Internal forces and moments 3
Stress. State of stress 5
States of stress 8
Displacements and strains 10
Stress-strain relationship for an elastic body. Potential energy of
strain 12
Card 213a

AUTHORs Solov,yev, A.14, Dotsent, Candidate of Technical Sciences
TITLE: Conference on Transmissions (Konforentsiya po peredacham)
PERIODICAlsi Vestnik Vysshey Shkoly, 1958, # 2, PP 7b - 17 (USSR)
ABSTRACTs In September 1957, an All-Union Conference on Transmissions,
convened by Odesakoye oblastnoye pravleniye nauchno-t*khni-
cheskogo obahchestva mashinostroiteley (Odessa Oblast' Admi-
nistration of the Soiontific-Technical Society of Mechanical
Engineers) and the Odesskiy politekhnicheskiy institut .( Odes-
aa Polytechnic Institute) took place in Odessa. The conference
was attended by 270 delegates from different plantsp and scien-
tific and educational institutions.
Professor, Doctor of Technical Sciences V.N. Kudryavtsev
delivered a lecture on "Methods of Reducing the S "z and Weight
of Gear Transmission" in which he explained how this reduction
is achieved and the industrial importance of it.
Candidate of Technical Sciences Ya.G. Kiatyan (TaNIITItAsh)
reported on the results of Experiments in g*ar'couplings.
A lecture on the beat select 'ion of designs and g9ometry
of planetary reducers with an evolvent out-of-pole coupling
was delivered by Professor, Doctor of Technical Sciences
Card 1/2 V.A. Yudin.

Conferenct on Transmissions 3-58-2-23/33
The conference planned out a calculation method for gear
tranamiasiona in -reepect to contact and bending strength.
k report submitted by I.A. Boltovskiy referred to questions
of a rational choice of coefficients of shifts and distribu-
tion of shifts among the wheels when the angle correction by
means of blocking contours is used.
Dotsent K.I. Zablonskiy of Od*sakiy politakhnioh*ekiy
institut (Odessa Polytechoic Institute) diocussed in his lec-
ture the problem of testing gear transmissions, Candidate of
Technical Sciences Z.P. Pavlov (TaNIITMAASh) reported on the
device "Uragan".
Much interest was caused by a roller machine with an origin-
al method of imitating the teeth sliding; it was manufactured
at the Odesskiy tekhnologicheskiy institut (Odessa Technolo-
gical Institute). Engineer Kh.M. Crekov demonstrated it.
Dotaent G.I. Kogan-Vollmanle first report treated the
questions of terminology, classification and normalization of
transmissions with flexible shafts, while the second report
dealt with the fundamentals of constructing flexible-shaft
transmissions.
ASSOCIATION: Taganrogskiy radiotekhnicheskiy institut (Taganrog Radiotechnical
Institute)
AVAI Library of Congress
Caril'i

ZABLONSKIY, K.I., kand.tukhn.nnuk, otv.red.; BOROVICH, L.S., kand.takhn.
nauk, red.; BBLYAYHV, M.S., inzh.. red.; GriKIN, M.D., kand-tekhn.
nauk, red.; ZAK, P.S., kand.tekhn.nauk, red.; KISTIYAN, Ya.G.,
kand.tekhn.nauk, red.; XLMBXAjZSFX4_*-.X-.-, doktor tekhn.nauk, red.;
MALITSAV, V.P., kand.tekhn.nauk. red.; POLOTSKIY, M.S., kand.tekhn.
nauk. red.; ARLIKH, L.B., kand.tekhn.nauk, red.; NIKIFOROT, I.P..
inzh., red.; KOMISSARANKO, A.R., tekhred.
(Design, construction, and investigation of transmissions; pro-
ceedings of the conference on design, construction,.and investigation
of transmissions; proceedings of the conference on design. con-
struction, and investigation of gear and flexible transmissions of--
September 23-28, 1957] Rauchet, konstruirovania i issledovanie pere-
dach; trudy koaferentsii po voprosam raschota, konstruirovaniia i
issledovanii zubehatykh peredach i peredach gibkoi eviazliu 23-28
sentiabria 1957 g. Odessa, Izd.Odeaskogo politekhn.in-ta. Vol.3-
1959. 123 p. (MIRA 12:10)
1. Odessa. Politakhnichaskiy institut.
(Gearing)

PHASE I BOOK EXPLOITATION SOV/3943
Kudryavtse,r, Vladimir Nikolayevich
Planetarnyye peredachi (Planetary Gear Trains) Moscow, Mashgiz, 1960. 279 p.
Errata slip inserted. 8,000 copies printed.
Reviewer: F.A. Zharenkov, Candidate of Technical Sciences, Docent; Ed.:
A.'M. Volzhenskaya, Engineer; Ed. of Publishing House: V.P. Vasillyeva;
Tech. Eds.: L.V. Shchetinina and P.S. Frumkin; Managing Ed. for Literature
on the Desism und Operation of Machines (Leningrad Division, Mashgiz):
F.I. Fetisov, Engineer.
PURPOSE: This book is intended for technical and scientific personnel engaged in
the research, design, and manufacture of mechanical transmissions. It will
also be of interest to students of mechanical engineering.
CO"ERAGE: The book treats basic questions related to the design, classification)
kinematics, and efficiency of planetary gear transmissions. Selection of the
numbor of tooth, the geometry of meshingj principles of design for strength,
and an analysis of selecting the type of transmission are described. Sample
calculations are given. No personalities are mentioned. There are 49
references: 42 Soviet, 5 German, and 2 English.
CT~~

DIAMBMIa, P.M., doktor tekha.nank; LWKSHIN, V.S., kand.fiz.-mat.naukc;
NIBIRG, N.Ta., kand.tekhn.nauk; OBHORSHEV, A.N., prof., doktor
takhn.nauk; IPWZHNIKOV, I.S., kand.fis.-mat.nauk; UKANSKIT, A.A.,
prof., doktor tekhn.nauk; ACHERUN, N.S., prof., doktor takhn.nauk,
.red.; VUKALOVICHI M.P.. prof., doktor tekhn.nauk, laureat Leninakoy
pzvmii, red.; KUIRTAYT�4j,_V.N., prof.. doktor tekhn.nauk, red.;
PONOMARRV, S.D., prof.. dokior tekhn.nauk. 1sureat Leninskoy premii,
red.; SATM1,7K.A., prof', dokior tekhn.nauk. red.; SHMSEN, S.V.,
skademik, red.; RPbSHMTOV: D.N.. prof.. doktor tekhn.nauk, red.; GILIM-
BFMG, M.I., red.iod-va; SOKOLOVA, T.F., tekhn.red.
[Reference book for mscl~inery designers in six volumes] Spravochnik
mashinostroitelia; v shesti tomakh. Red.sovet: N.S.Acherkan i dr.
Izd.3., isp'r. I dop. Koskva, Gos.nauchno-tekhn.izd"vo mashinoatroit.
lit-ry. Vol.l. Pod red.N.S.Acherkana. 196o. 592 p. (MIRA 13:10)
1. M USSR (for Serensen). (Kachinery--Design)

.ANTSYFMOV, H.S., kand.fiz.-mat.nauk; VUKALOVICH, M.P., prof., doktor
tekhn.nauk, laureat Leninskoy premii; KRIPETS, N.S., Inzh.;
I,AZMVg LoPop prof@, doktor takhn.nauk; MAZYRIX, I.V., inzho;
NIKITIN. N.N., kond.fIz,-wt,.neuk; OCHKIN, A.T., inzh.; PANICHKIN,
I.A., prof., doktor tekhn.nauk; PETMOV, B.S., prof., doktor
takhn.nauk; PODVIDZ, L.G., kand.tekhn.nauk; SIHONOV, A.F., inzh.;
SMIRYAGIN, A.P., kand.takhn.nauk: TOKMAKOV, G.A., kand,tekhn.nouk;
FAYNZILIBER, X.K., prof.. doktor tekhn.nauk; KRALIZEV, G.P.. kand.
tekhn.nauk; CHLSACHMO, T.F., kand.tekhn.nauk; TOISKIN, B.I.,
kand.tekhn.nauk; ACEDMA . B.S., prof., doktor tekhn.nauk, reds;
,,KUDRYAVTW,-Y-X-,-.prof.. doktor takhn.nauk, red.; PONOKARIVj
S.-M. j~of.. doktor tekhn.nauk, laureat Leninskoy premiIi.-redjl;'3ATJL'*
N.A., prof., doktor tekha.nauk, red.; SMWSW, S.V., ekademik, red.;
RESMOV, D.N., prof.$ doktor telchn.nauk. red.; KARGANOT, T.G..
inzh., red.graficheskikh materialov; GILOIZIMARG, M.I., red.izd-va;
SOKOLOVA, T.F., tekhn.red.
(Manual of a mechanical engineer in six volumes] Sprevochnik ma-
ohinostroitelia v shenti. tomakh. Red.sovet N.S.Acherkan i dr,
Izd.3., ispr. i dop. Moskva. Goo.nauchno-tekhn.izd-vo mashino-
atroit.lit-ry. Vol.2. 1960. 740 p. (mIRA 14:1)
1. AN USSR (for Serensen).
(Kecbsnical engineering) (Keehinery-Construction)

KUIIRYAVTSF,V,-.V,Iadimir Nikolayevich,, prof.. doktor tekhn.nauk; MAFXOV.
V.G., Imnd.tekhn.nauk, red.; VASIL'YE;VA, V.P., red.izd-va;
SHCHETININA, L.V.. takhn.red.
(Simple calculation of gear tranamiusionel Uproshchennye
raschety zubchatykh peredach. Izd.3.. dop. i perer. Moskva,
Gos.nauchno-tekhn.izd-vo mashinostroit.lit-ry, 1960. 60 p.
(MIRA 14:2)
(Gearing-Tables, calculations, ate.)

25o56
S/1080/60/03 3/012/011/024
is 1-0 D2619/D305
AUTHORS: Vagramyanv A.T., Kudryavtse-,r, V.N., and Kuznetsova,
V.N~
TITLE: On conditions for produclLng elecitrolytic powders of
retals
PERIODICALx Zhurnal prikladnoy khimliq v. 339 no. 12, 1960t
2719 - 2724
TEXT; There are many references in literature to the mechanism and
condit.'Lons for ob-laining elect.'r0lytic powders,, Ir. is generally
tvho,igh-~ thai low -;urrent densiti-es give r.'se to compactj homoge- V~
neous deposits, while higher c.d. give soft, spongy deposits. But
the critical curren- detel"mined from 'the loop in the polarization
c.d. Curvea has an indefinite value and depends on the slope of
the polarization -:urve. The osci-Ilograph MPO-2 was used to measure
the polarizat--ion of the electrode, a closed glass cell and a film
moving at the rate of 4 and 11.0 mm./sec for registering the change
Card 1/3

25656
S/08 "60/033/0121/0111/024
On conditions for D209%305
in polarization with time serving as essential parts of the appara-
tusa The standard electrode wao saturated calomel electrodeg all
experiments being conducted In a thermostat at 250. A aeries of
current efflcien~~,y tests waB made. The cathode was a platiniZed
disc of area 3 em2, examined graphil-ally in the case of iron, the
break in the cu-rve occurs 3harply and earlier as the current densi-
ty Is lncrea!3ed. With nickel here is mu~.h the same pattern but the
break is con:Biderably less sharp# indlicaTing the smaller difference
in reduct"ion potentials for NI and H2~ Comparing the shape of the tX
polarization curves with the sTuru-:~-'V=e of the deposii obtained
shows thaz in the firet, section a compact homogeneous deposit re-
sults. Going over to the second section, -t-he depo5in becomes soft
and powdery~ When Pe and Ni are deposited by pulsed current whose
time period does not exceed the value of the first section bright,
homogeneous deposits are obtained~ If the time exceeds the value of
the first- section,-i.e,, when the electrode potential passes overto
a more negative value, a black powdery deposit is formed. The cur-
rent efficiency in the first section approaches 100 ,'a' and that cor-
Card 2/3

25t,56
S.11080/60/03 3101210111024
On conditions for D209/D305
responding to the second section for the same c.d. about 70 %. it
is concluded that study of the conditions for metallic powders
appearing at the surface of -the cathode shows that vvith one and the
same c.d. bright and compact as well as powdery deposits can be ob-
tained. Hence the size of the current density cannot by itself af-
fect the quality of the deposit. The factor most characteristic in
the change of structure of the electrolytic deposit is not the
critical current, but tl%e concentra-tion of ions being discharged
In the layer adJacent to the eleclv-rode~ determined by the change
of polarization with timeo The boundary of transition from compact
-1-o powdery deposits has been established for different c.d. in re-
lation to -the eler-trolysis period and it, is shown that the struc-
ture changes without any intermediate type of deposit be-ing formed.
There are 6 figures and 9 references: 6 Sovalet-bloc and 3 non-Sov-
iet-.blo--,
SUBLIMED: February S,, 1960
Card 3/3

S/080/62/035/002/020/022
D258/D302
AUTHORS% Baraboshkina, N. K. and Batrukova,
M. G.
TITLE: A photometric method for studying the conditions un-
der which metallic powders are formed
PERIODICAL: Zhurnal prikladnoy khimii, v. 35, no. 2, 1962, 450-452
TEXT: The author developed a method for the accurate determination
of the moment, at which a powdery metallic deposit begins to form
duri-ng electrodeposition. The method consists in continuously mea-
suring the reflective capacity of the cathode as a function of
time or of current density. A light beam was concentrated on the
cathode surface and reflected on to a photocell; the resulting cur-
rent was measured and registered on a recorder as a function of
time. A typical curve started with a short horizontal section,
corresponding to the pre-deposition period; this was followed by a
sloping secti.on which indicated the decrease in reflective capaci-
ty caused by the onset of powder deposition; OW OUrVe W,'10 finished
by another horizontal section at a lower level. Slope of the middle
Card 1/2

3/080/62/035/002/020/022
A photometric method D258/D302
section became more steep with rising current density. It wag
ohown in the electrodepooition of Ni -that the quality of the depo-
sit underwent a sudden change from lustrous to powdery, within a
relatively narrow range of current densities, This could be de-,
tected by continuously recording the change in reflective capac-'-
ty as a function of current density. There are 5 figures and 13
So-viet-bloo references.
SUBMITTED: February 20, 1961
Card 2/2

S/080/62/035/007/008/013
D214/D307
Vangfrainyan, A.T. and 11(udryavtsev, V.N
Causes of the forziation of clectrolytic metal powders
CD' U,: Zhurnal -)rilcladnoy khimii, v. 35, no. 7, 1962,
1546-154~
T',"..T: Durin8 the study of the causes of deposition of pow-
dered '-V-- by t-he (-Iccl-z-Olvsis Of !"eS04, the surf.-Ice structure of the
dC---,Osit-ee -mctal. -,-7.1s, detcrmi-tied ;)hotoelectrically by reflected light
2),
,,~12 Z 'o"ar n".%C-nt C . 7ow current deasitics (25 m-'Vcn the Fe has a
dc-as,-~ ~xd u-ai*-Zo,~7,-, -,t-nxturc while at current: den'sity of 27 rtul/cm2
r;lectrolysis -ave powdercd Ve. .'i'hen the pK cf the electrolyte was
hain caac.,re i-a the met-A surface occurred ant a current density
3.1 a
of 23 27 -ith p- . 4.6 the powder
~.-,/CM& c. limitiag current. A H
bedan to nt 11 - 13 mA/ 'CM2, i.e. much lower than at t1he limit-
ing? value (-,3 - 24 r.-..:,Vcri 2). The reason for this is that at pH = 3.1,
01,11-Y IC arc T)rese-nt in the electrolyte; at pH . 4, Fe2+ gives
e3+ -FO and this is adsorbed on the surface of the
1-70.1CLI - rms
Card 1/2

S/030/62/035/007/008/013
Causes of -Lie formation ... D214/D307
cathode caxisinr,, F-e to -~-orm a -oovider-like de-,)osit. Addition of-

ascorbic acid to the electrol
yte prevents 3+ and
the fom,.ation of A
the elect-rodeposited metal is dense up to the current density of the
limiting!; current. There are 4 figures.
SUB14172ED: Oeptember 7, 1961

Card 2/2

SO'/0( 3/00 0/002/008/ .02 0
8 14 4/1'i 18 6
A UT 110 [IS Vagramyati, A. T. , and Kudryavtsev, V. N.
TITLEi Regularitlee of the formation of elc~,,~Lrolyl to iron powders
PHRIODICAM Akademiya nauk SSSR. I Y e:j t iy a .Otdelenlye kiiijaichei3kikh
.nauk, no. 20 196), 263 268
TEXT: The formntion of Fe elootrodepouits wao vtudl~d to cloar tip the
relation between the form of the deposit and the curretil. denalty. The
lintitinF current wan determined by platting the polo riza tion curvae obtained
in an electrolyte containing 70 6/1 Peso 4' 7H20 and 120 g/1 JK 25o4 (pH 3) at
20 C by the compensation method and the cocillographic potunttsl-tipo
curves. At low p1l, powder formation was obeerved in the region of the
limiting current. The curve characterizing the trunniLioa from compact to 7l
powder deposits was plotted using pulfjpd ourront, and showed -that the
carrenL density is not the determining factor. Compact deposits 170re ob-
tained below and above the limiting, current and the formation of powdere
proved time-independent. Powder formation ebove the itn-itint,' current
results from a change in the near- electrodc, layer brou,,,ht nbout by a pR
Card 1/3

W
Regularities of the formation... BI,14/bi86
charge due to aischar6e of H + ions. The near-o'not code layer is qlkalized
and the hydroxide forming is adsorbed on the surface of' the cathode. This
favorn mthe formation of powder depoolts. Tbuu, Lho d1oponItIon of powd9re
at oviTreni. demiitius boloy; the limiting ourrent vould bu oxpveted from
elv.~ctrolyf-ocj of low iteidity und waa aotuilly conf ti-med phototutArically (Zh,
prlk),. khiniii -'r-
~J.), 450 (1962)). Wlifrca,A tho 0--urdui-iL, el' thn do!onit in
2
pH 3 solutJons changQd in the 25 - 27 ma/cm rangp, -which coincideo with
that of the 11miting otirrent dersity, in the -tructursil change J". 1,3H 4.6
2
solutions too.-, place at 11 - 13 ma/cm and tl)F lifait-LnE-current density waa
2
23 - 2 -med by reflectance studios. Powder
4 ma/off, Thio was also confii
formation is explained by formtj.on of colloidal fer)-ir, hydroxide in
electrolytes vith j)H>zj.2. Adoorbed, an the olectrode surface, fecric
hydroxide pre-tents normal cryotal growth antl consequently the formation of
a compact depogit. Tht., correctness of thlo theory ras proved by -Ading
12 g/1 of aec4~rbinjc acid, which inhibitv thu form-ition of Fr-.31- ions, bo a
P11 4.6 electrolyte. The deposJt obtained wao couipa(A bol,~Ww the critical
current There are 7 figu"Cm.

Regularibi(io of the S1062V631000100210oolo2o
fOrmation... B1441BI86
ASSOCIATIOFj Inatitut fialoheakoy khImil Akademil nauk SSSR (Inatituto,04
-PhYsical Chemistry of the Acadomy of Botonoea V8891
SUBMITTEDi MAY 7# 1962
Card 3/3

GUZENKCV, Fetr Georgiyevich, prof.; KVDRYAVTSIEV, V.N., prof.,
doktor teklin. nauk, , -.
(Brief handbook for the design of machine parts] Kratkii
apravochnik k raschetam detalei mashin. lzd,4.s perer. I
dop. Moskva, Vysshaia shkola, 1964. 323 p.
(MIRA 18:4)

ffilp 171P EW
L 5Z20-66- BVIT (m) /L1WP (w) /EWA (d) /T/E*vlp (t) W/ (b)/ A(c) Xj:.IJD
ACCESSION NFI.: AP5022654 UR/0365/65/001/005/0477/0481
620.193.41
669.788
AUTHOR: Kudgavtsev, V. N.; Makin, Yu. P.; Vagramyan, A.
'7
YY1
TITLE:_j!ydrogen absoE2tion in steels ring cathodic polarization in acid solu-
tions. 1. Effect of current densit-y1v
SOURCE: Zashchita metallov, v. 1, no. 5, 1965, 477-481
TOPIC TAGS: hydrogenation, electrolysis, steel, low carbon steel,,, h
,brittlement._
ABSTRACT: Cathodic polarization experiments were performed in 0.1 14 H2SO4 S01U-
ch was used as a stimulant. rmco iron and
tions, both with and without As7O3 w i
3OKhGSA steel. were used; 3-OKhGSA sybl had the following composition: C (0.
Si (A), Mn (0.9%), P (0.03%), S (d.025%), Cr (0.9%), Ni (0.2%), and Cu (0.2%)..
The quantity of absorbed hydrogen was determined by vacuum extraction at 4000C,
while mechanical properties were measured on samples 3 mm diameter and 20 mm long,
at a strain rate of 8 mm/min. The criterion for determining the amount of hydrogen
embrittlement was the difference A* between the reduction in area for charged and
Card 1/3

L 522o-66
ACCESSION NR: AP5022654
'Uncharged samples. Results are given in terms of 4~%.as a function of ik (md/cm. 2)9
the polariza-,,,ion current density; and hydrogen concentration as a function Of ik-
The influence of cathodic polarization of steel on the loss in ductility is severe;
the curves for AO and absorbed hydrogen content both.pass through a maximum at about
25 ma/cm2. These same curves were given for cathodic polarization in 0.1 N H2SO4
solution with 0.01 g/L addition of AS203. A difference is observed; with increase
in i the brittleness of the samples and the amount of absorbed hydrogen continu-
k'
,ally increase. An explanation is offered based on reactions at the electrodq:
H + e = H (1) H H (3)
ads ads abs
H + 11 (2a)
H2
ads Vs
H + H + e H2 (2b)
ads
~Thus the concentration (H) depends on the speed of disintegration of hydrogen
ads
.ions, and on the rate of removal of atoms of hydrogen from the surface of the elec-
trode. The increase in the current density depends on the amount of absorbed hydro-
gen on the surface of the electrodes, as well as on the speed of its removal; this
removal depends on the recombination mechaniam (reaction 2a)., whose speed is pro-
Card 2/3

L 522o-66
ACCESSION NR: AP5022654
portional. tothe concentration of absorbed hydrogen squared-4 Kl([Iil ads )2. The
data are explained using the above considerations, the maxima being associated with
a limiting value of hydrogen concentration at the electrode due to the recombina-
tion mechanism. For the AS203 additions, there is no maximum because the removal
of the absorbed hydrogen lessened by retarded recombination. Orig. art. has: 4
figures, I table.
ASSOCIATION: Akademiya'nauk SSSR Inatitut fizicheakoy khimli (4cademy of Sciences
,SSSR, Institute of Physical Chemistry) WV'g5,
SUBMITTED: 25May64 ENCL: 00 SUB CODEt GCldd_
NG REF SOV: 014 OTHER; 004
Card 3/3

ACCESSION NR: AT4006705 S/3043/63/000/002/0020/0047
.AUTHORt Chudov, L. A.; Kudryavtsevp Ve Pe
TITLE: Round-off errors in finite difference'solutLons of elliptic
equations and systems subject to initial conditions
SOURCE; Moscow. Universitet. Vy*chLaILtellny*y teentr. Sbornik
.rabot, no. 2, 1963. Chislenny*yc metody* V gazovoy dinamike, 20-47
TOPIC TAGS: round-off error, elliptic differential equation, finite
difference method, many-point scheme, not step-.selection, supersonLe
flow, blant body, boundary value problem
ABSTRACT: A study was carried out to estimate the round-off errors'
and the approximation errors and to select the moot rational mesh
siz 'e of a net for the simplest many-point difference schemes of the
form
+ 7
r 0
Card

'ACCESSION NR: AT4006705
where h and T are the mesh size of the net, (T T(h) and T(h) - when
.h'- 0), and th aq(P) are coefficients determined from a given formula.
,The stability :nd ionversence,lof the difference scheme (1) are ana-'
;lyzed in connectioA with tho'boundary value probl'em for the Cauchy-
Riemann equations. It is proved that these difference schemes are
,stable with respLfct to initial conditions #nd that the approxim te
.solution converges to the exact solution. "Estimates of the rel:tive
approximation errors and of the relative round-off errors are derived
for difference scheme (1) in:.cases in whiih the indices of the scheme
;are p - I and p 2. The problem of selec4tLng h (T is assumed to be
'sufficiently small) such that the relative(iropnd-off error does not.'
exceed a certain given value of c is analyzed. It is stressed that' ;_
for a given y, the selectionf:of It will be opttmal when approximation~-
.errors and round-off errors ca-re of the same order. These difference
schemes are applied to the solution of equations describLng supersonic
flow of a reactin!g-mixture of gases past an;,aAinymmetrLc blunt body#
.The method of determining this lower bound fpr,the mesh size h is pre-
~sented using the known valueslof shock wave parameters* Orige art*'.
hass 41 formulaqk and 2 jilmoose
P'A
Card 2 /3
h

_____KLTDRYkT-:b-EV, V.P.,j_ FRANK.- L.S.; CRULOV,L.A. (Moscow)
Vinite difference methods of solution of incorrect problems with initial
conditions and their application in gasdynamic calculations".
report presented at the 2nd All-Union Congress on IheoreLical and Applied
Mechanics, iMoscow, 29 Jan - 5 Feb 64.

KONONEPIKOY V.G., kand. takhn. nauk; PAKHOWV, A.,G.~- KLIDRYAVT-,Elj, V.p,,,,
SWLOVIKP V.V. I I - i -1 -1- ... 1- 1. .
New method of briquetting metal chips. Mot. i gornonid.
prom, no.301-34 Mv-Je 164. WILRA 17310)

K.Or."Y ik""TiU A- *4' 1- 34 -j - -- - - I - - -
Technology
(Effect of lubrication on the process of cutting copper). Sverdlovsk, Masbgiz, 1951.
9. Month List of Russian Accessions, Library of Congress, November 1952. UNCLASSIFIED.

KUDRYAVTSIV, T.S,, )mndidat takhnichookikh nauk.
......
Testing evenness in sliver and yarn. Tekst.prom.16 no.4:33-36 Ap
'56. (Spinning) (KM 927)

r)UDRYt)V 7SE\/
SUBJECT USSR PHYSICS CARD 1 / 4 PA - 1735
AUTHOR _-KUDRJAVCEV, V. S.
TITLE On the Problem of Quasi-Classical Quantization.
PERIODICAL :Yurn.ekep.i teor.fis,.Ll, fasc-4, 688-692 (1956)
Issued: 1 / 1957
The present work describes a method for the computation of the energy levels
for the one-dimensional case of quani-claosical qVantization.
In the quasi-classical method of solving the problem of quantum mechanics the
wave function 7 is written down in the form T e'd/ . By inserting this
formal ansatz into the SCHROEDINGER equati6n T + (2~& 1h 2 )(E-U) - 0 the
following equation (Vd) 2+ (t /i) Ad - 2eA(E-U) is obtained for the function cf.
The formal solution of the latter equation is set up in form of a development
in series according to powers of ~ ; a - d 0t( ~/i) Adi+ (t /1) 2a2 +
By inserting this ansatz into the equation, do' - p; dl --pl/2p;
d2l pit/4p 2 _3P' 2/8p3; etc. is obtained in the one-dimensional case. Here
p V2;Z~(E-U) denotes the classical momentum. In the case of a real p, the
quantities a I, CF as well as do, a, are real, and the quantity d can be
0
univocally devided into two factors denoting modulus and phase of the wave

Lrn.eksp.i teor.fis,31,fase-4,688-692 (1956) CARD 2 / 4 PA 1735
function: 7 -exp (arl -i~ 263+ 14(l 5 -...1expfi(Cro/A -ta2+ ~ 36 4 -*** .
Another solution of the SCHROEDINGER equation, which is linearly independent,
is obtained by replacing i by - i in the latter equation. With imaginary p
the entire expression in the exponent is real.
Let a turning point be assumed at x - a, i.e. U(a) - E. Here the phase of
the wave function at x > a is determined on the assumption that in this domain
E > U(x) and in the domain x a the inequation E < U(x) applies. The
modulus of the wave function diminishes with increasing distance of the point
x from a. By the exact solution of the SMIROEDINGER equation near the turning
point (where the potential energy can be approximated by a linear function of
the coordinate x) and by amalgamating the exact solution with the quasi-classi-
cal solution an expression for the phase is obtained. Next, the exact'solution
of the SCHROEDINGER equation is explicitly given with a linear potential
satisfying the above mentioned conditions. Also the asymptotic development of
this solution at T1 ---> 0 is written down.
In the point x w a the momentum p assumes the value zero. If x is a complex
variable, the point x - a is for P(x) a branch point, and p(x) then is a bi-
valent function. Also the functions 601. 61, 614 ... are then bivalent with a
branch point at x - a. When determining the functions dop 6 21 Cr 41 *t is beat
to pass over from ordinary to contour integration, which is described in detail.

Zurn.eksp.i teor.fis,31,faeo.4,688-692 (1956) CARD 3 / 4 PA - 1735
With such a definition of the functions a 0 a2' 64 ... it applies that
Cr - (1/2 6; dxj (1/2)( Cr I dx; (1 2) f, al dx,
0 4 1 62 - c 1 2 4 ' C, 4
For x which are near a, the expression 6 OA + NA - 9 62 + ~ 3(j4 is ob-
tained for the phase, where 6 0, a 20 (%4 are defined by the above formulae.
There now follows the investigation of such a form of the potential energy
U~x~ in which two turning points x - a and x - b exist. Here the inequation
U x < E applies at a < x < b, and in the remaining domains it applies that
U X > E. T~e wave function which decreases at x < a has the following shape
at x > a (with the exception of a constant factor):
exp t61 - 11 2d3 + 1 4(j, - ... join( ) + WO - tc12 + -h 3(14
where (I., a 21 d 4 are determined by the above mentioned integral expressions.
The wave function which diminIshes at x > b, in the case of x < b has the form
exp d h 2cr +t 46 ... sin((90/t ) + (R/4) - 132 + h 384 where
8 1 1 - 3 5 - b
ols s .. tire determined the formulae so (1/2
2 4 0 61 dxI O'dx;
2 0 82 c2 2
B4= (1/2) ~.O 2 64 dx, The course taken by integration C2 is described in de-
tail. - The wave function of the energy level must diminish at x < a and x: > b.

yurn eksp.i teor.fis,~1,fasc-4,688-692 (1956) CARD 4 / 4 PA - 1735
crt dx_ A 2 ldx +
Finally, the following condition is obtained: fC . f62
+ ~ 4 a4 d:r (n + 1/2) 2A . The functions a I, L121, 604 occurring here-
0
in were defined in the first part of this work. It applies that n - 0,112,...,
and the clotied course of integration C oomprises the points x - a &nd x - b in
the direction which is inverse to that of the hands of a clock. The last-men-
tioned formula is BOHR'S precise quantization rule. Integration is carried out
in a general. manner in the latter formula on the condition that the potential
energy U(x) has a minimum at a certain point and that the relation U(a) - U(b)-E
applies at the points x - a and x - b. The course taken by the integration curve
is shown. The expressions for the functions d I, 002, 64 found in this manner are
0
explicitly given. By inserting these functions into the aforementioned generalized
quantization condition an equation for E is obtained, the 2solutio of which is
set up in f orm of a series according to 1i : E - tE 1 + t E 2 + -h 3E 3 + .... The
equation obtained by the insertion of. 'this ansatz Is explicitly written down. By
equating the terms with the same powers of t the coefficients of this ansatz in
series can be successively determined. The term with ut I is identically equal
to zero and the terms at ~ result in _i(Y2~ E /2) dx/YU - (n+(1/2))2x. The
terms computed by this method for E 1, E E are, in t e end, explicitly given.The
term E corresponds to a harmonic osciilla~or and the higher terms characterize
deviation from the harmonic state. The formulae mentioned are applicable with the
greatest exactitude to small n, i.e.for the lower levels.
INSTITUTION:

AUTH61 MRYAVTSEV,, V. S. 56-7-35/66
TITLE Matio Go-111-ol-on Cross Section for Hydrogen Atoms.
(89oheniye uprugogo stolknoveniya atomov vodoroda drug a
drugom.- Russian)
PERIODICAL Zhurnal Eksperim. i Tooret. Piziki 1957, Vol 33, Nr 7v
pp 243-250 (USSR. )
ABSTRACT The author here computes the cross sections of the elastic
scattering of nonexoited hydrogen atoms by one another by
means of the method of the perturbed steady states. The
system investigated here consists of two hydrogen atoms which
pass each other at a certain distance. If the relative velocity
of the atoms is small compared to the velocity of the electrons
in the interior of the atoms, both electrons are in a quasi-
adiabatic condition and as a wave function the wave functions
of the steady states of the hydrogen molecule at assumed
position of the nuclei can be used. The kinetic energy of the
nuclei in the following approximation is a small perturbation
which causes the transitions. First, SCHRODINGER'S equation
for the system investigated here is written down* The eigen-
functions
n- "1 12
of the HAMILTONIAN of this system and the eigenvalues 6 n(r)

Elastio Collision Cross Seotion for Ikdrogen Atoms.
56-7-35/66
of the energy are eleotron functions and electron terms of
the hydrogen molecule at an assumed position of the nuol*M.
The funotione form an orthogonally normalized system.'
The wave funotion T 01# VtP of the system is developed here
4
according to the eigenfunotions I (r,t t The problem
1 2
of the slasti6 scattering of the atoms is reduced to the
problem X of the scattering of one particle in the field F_ m(r).
The molecular terms: For the solution of this problem
the energies of the terms IY+ and 3L +
9 U
of the hydroSen molecule as a :function of the distance r bet-
ween the nuclei has to be known. These terms are discussed here
in detail.
auantum. effects, (which ara caused by the similarity of tha
atoms) on the occasion of the scattering into small angles
towards the front and rear are not essential for the case in-
vestigated here and the orosa sections may be computed by
means of the formulae of classical mechanics. The last chapter
discusses tho computdtion of the cross sectionn.

TUDRYOTSEV3 V. S*
"Plasma Radiation in a Magnetic Field", by V. A. Trubnikov, V. S. KurIx-yavtseV
Report presented at 2nd UN Atoms-for-Peace Conference, Geneva, 9-13 Sept 1958.

10(14)1 21(5); 24(8) PHASE I BOOK EVL41TATION SOVA457
Vaesayu=aya nauchno-tokhnich,eskaya kontertntsl-Y& po prizenonlyu
raaoaktivnykh I stablllnykh Izotopov I itlucheniY v n1LrOdnOD
khozymystve I nauke. 2d, Moscow, 1957
Teplotekhn1k a I Sidrodinamika; trudy k*nfirentsils cook. 4 (Hent
Engineering and Hydrodynamics; Transactions of tn~ All-Unlon
Conforence on the U30 of Radioactive and Stable Isotopes and
lion in the Nations.1 Economy and Science, Vol 4) XOacOw,
R.Al at
Oosenorgotzdato 2958. 68 p. Errata aLlp inserted. 2,500
copies printed.
Sponsoring Agencies a Akadomiya nauk SS3R. and USSR. Ql&vnQY*
upravlantya po ispolozov&nlyu atomnoy energil.
Ids. z X. A. Styrikovich (Hemp. Ed. ). 0. Yo. 3holodovaldY, and
X. S. Foxichav; Ed. of Publ. House: L. X. Sinollnikova; Tech. C-
Zd.s N. 1. Borunov.
PURPOSE: This collection of articles to intended for scientists
and laboratory workers concerned with the use of radioactive LA
and stable isotopes.
-c~aij Tnaa collection or papers deals with ttke appl--caii.
of ra-11caottva and stable -Ioqtopds as nea3uring tools I=
various types of scientific Investigation. No persons-litits
are mentloied. RafareneAs are given after some of the articles.
2- BartOIOKeY. O.Q., Ya.G. Vlnokur~ V.A. Kolokolftaev. - F~J-
1!1!~ Use Of GjL=4 Rsys for Studying -.~L* Pr0*433 Of D iffUSIOn
3. v.x. mosk-vichava. use of aatsearadlo-
$COPY for Studying che Ry - Cs 0 a fluid Syste= I&
4. POI,--kln, Z-O., and N.A. ShaALrl_ Nothod of 'Tagged" Atoms
R n:Gat'gatIng Water and-3fe-&~ Contact in Surracs Boll-,ng or &
16
'ay . ev, s. Determining the Specific Surface Area or
ed' Atoms OW ors by the Sorp tjon Xethod With the Use or 20
635 Aroo-r~ I and Use of Radioactive anotop*
3 r udying Sulfate Corrosion or concrete 28
WSh -Zazronaklly~ and T-A Talkin Methods
I. Tfifr- --F-A" -Ycl,
for 12teralning t-h* Density and Moisture Cootent of Solls Wjtn to
Aid or Radioactive E-1211onfi -33
8- P`OIO=cYA--1,G., and FLZ_jjqX==. Study or the Processes of
Molar0r;rTranafer in BuIldIO& Materials by Means of (jammitradio.
soopy 38
9- -UYr1YQY1Qh--1LA. I.Kh. Xhlybullln, and L. K. Xhcktaov.
r67 _
Us* of AidloaCtlVe jactojej r-InVoi-AL-Igatting thj-Sj)j-U~wty-,f
Salta in Wa ter Vapor at High Pressures
41
10. 010.mar, L S A Ya AntQSRY, And A.V. Suracy. Inyeati-
XAtIOn -6-f
er 'Xcs of Vapor of 185
abs. atm. With the Ald or Radioactive Isotopes 46
11 Dubmv8IY.Y,-A. Use of Redloactive js~Lppes fop On,jn
th; -Vt-otl-En-6f the NJ' 952
"On Glass MA33 In QI&JA P4m"o Tanks .
12. _jtaqj-4rsakiZ, V.V_ Uao of naijoactiv. Taz-
tha PlltFitldri of-?1uldz Throu,--j Porous jZ& ops 1, 57,
13. je_1M,.qnakx D.I., .0130top. )fth
A'd A.Ya-1- Red-
ode
for Invoitijil iig-low Proceis-a or Fluids in a Porous Mc,&t.~ 62
14. Apzts,-A.A., 4rubtn. V.S. Kftalnakly, and L-1- Xors&k.
.Inv*AZ&&"on of u1se Hiiii.4dYni^ic3 or 'a rnia-in tn& conr-.A~1- R6tor
Of A Settling Centrifuge With tAn Aid of Radioactive jsot~p~, 6,
15. Volarovicho X.P_ KjV,_1;hurxyev, and &y4_Kjakov. Invest-
J&At.,6jja-0r-Md-XOtIOn of W&t4eIrjL'P6&t Under lAborator7 an,-- Field
Condition, With the got or Radioactive Isotopes T2
26. Arkb,-xsVAkIy-xx. Us* Or Radioactive Isotopes for rmvest-
19stLng SuAP*nbi*n* or River SLIt Ts
17. Y 303 1 k -J -I.. and A.S.,.MrAbin. Us* r x,4i,,Ltjve 150%opoa
for Investigating the Mechanism of tho pr7in, ,
ro.cs. 85 YJ

KUDRYEVTSE-V, V. S.
"The Distribution Function of Electrons in a Plasma Situated in a Magnetic Field,"
(Work carried out in 1956, pp. u4-12o).
"The Physics of Plasmas; Problems of Controlled Thermonuclear Reactions." V01. III.
1958, published by Inst. Atomic Energy, Aced. Sci. USSR.
resp. ed. M. A. Leontovich, editorial work V. 1. Kogan.
Available In Library.

,AUTHOR: Kuclryavtsev, V. SOV/56-34-6-24/51
TITLE: The Energy Diffusion of Fast Ions in an Equilibrium Plasma
(Energeticheskaya diffuziya bystrykh ionov v raynovesnoy
plazme)
PERIODICAL., Zhurnal eksperimentallnoy i tooretichaskoy fiziki, 1958,
Vol. 34, Nr 6, pp. 1558-1565 (USSR)
ABSTRACT: The first part of this paper deals with the derivation of the
kinetic equations. First the author gives the kinetic equation
for a totally ionized plasma when there are no external fields.
In the case investigated in this paper the distribution function
of each type of particles is isotropic with respect to the
velocity. A small number of ions with definite energy (with a
spherically symmetrical distribution with respect to the direc-
tions of the velocities) may be launched into a totally ionized
equilibrium plasma. An expression is given for the particle flux
in the velocity space. The kinetic equation for the launched
ions has the form af 1 a (v2j). f denotes the distribution
7T 2 Ov
v
Card 1A function of the particles in the velocity space. Subsequently

SOY/56-34-6-24/51
The Energy Diffusion of Fast Ions in an Equilibrium Plasma
the author passes over from f to the distribution function
with respect to the energy. The equation for Q has the form
00
a Q with Qdx
a-r ax 2x ax))
The second part of this paper deals with the solution of this
equation. This paper has to find the time dependence of the
distribution, especially for long time intervals and for energies
greater than the energy xo of the monochromatic distribution.
The final expression for the density Q(x,t) of the distribution
with respect to the energy describes the distribution of the
ions launched into the plasma with a sufficiently good approxi-
mation. The author thanks A. B. Migdal who formulated the problem.
There are 1 figure and 2 references, 2 of which are Soviet.
ASSOCIATION: Akademiya nauk SSSR (AS of the USSR)
SUBMITTED: January 2, 1958
Card 2 2

KORYAVTSEV, V.S.
Theory of the motion of charged particles in a strong magnetic
field in the presence of a strong transverse electric field,
Dokl. AN SSSR 152 no.2:313-316 S 163. (MIRA 16:11)
1. Predstavleno akademikom M.A. Leontovichem.

KUDRYAWSEV,Y4~~,.
Diffusion-adsorption activity of the carbonate rocks of the Upper
Cretaceous (Crima),,Izv. vys. ucheb. zav.; neft' i gaz 8 no.3t
3-7 1654 OGRA 18:5)
1. Moskovskiy institut neftekhimicheskoy i gazovoy promyshlennosti
im. akademika Gubkina.

LUFANOVA, N.P.; KUDRYAV'fSEV-,-V-.T. - ~
The formula of pumpellyite. Dokl. AN SSSR 141 no.6:14-~7-1460
ii 61. (14IRA 14:12)
1. Institut geologii rudnykh mestorozhdeniy, petrografii, mineral-
ogii i geokhimii AN SSSR.
(Pumpellyite)

LUPANOVA, IT.P.; KUDIIYAVTSEV, V.T.
PU4611y-i--te of the Northern Caucasus. Izv. All SSSR. Sor.geol.
27 no.6:23-33 Ja 162. 041RA 15:5)
1. inBtitut goologii rudnykh meatorozhdenly, petrografli,
mineraJ.ogii i geoViimii At, SSSR, Moskva.
(Caucasus, Northern--Pumpellyite)

LUPANOITAV N.P.; KUDRYAV7SEV, V.T.
Middle-Paleozoic alkali porphyrites in the Laba baoin (Northern
Caucasus). Trudy IGEM no.M115-129 162. (KIRA 16t2)
(Laba Valley-Porphyrites)

KUDRMTS-EV, If,- V,
Peat Industry.
The Chernoramlya transportation workers are preparing for the winter. Torf.prom.
29 No. 9, 1952.
9. Monthly List of Russian Accessions, Library of Congress, December 1952. OCLASSIFIED.

v. v.
Kay 1948
Controls$ Xlectric-
"Autcmtio-Contral-cf--KLectiic-Ratilfftance ?mnacespa
V. V. Mm#7,amUovx L.-,M- Ioffej, L. P. Shvalev, 1. 1.
Glushkoi; P. B. S. Popovp Plant IMMI
Molotov, Ministry of Armamentp 1 p
Prom axerget" No 5
Staff of-above -plant did mat allov shortage- of oleo-
-contrals-to, Wevent Increased output.
trio autmstl*
Dds1ga~d-=&--1nstal1~d- ir-thermacouple-potentiometer
type Osten, a~. circuit diagram of which Is reproduced.
~Suggsetlcnlv" avarded a fifth prize In All-UnIon

aMOLINIKOVA) R.L., kand.kh1m.nauk; KUDRYAVTSbV, V.V.
Dustless passage of ore through permanent ore chutes. Bor'ba o oil*
5:178-186 162. (MDA 16:5)
1. Gosudaretvennyy institut po proyektirovaniyu predpriyatiy
nikelevoy promyshlennosti.
(Ore handling) (Mine dusts-Removal)

SD ~Pc4/
L 13365w63 EWP(J)ArS/EWt.6d')/9S W-z
.52.
JACOM10.11 URt APM3301 -
AUTHORSt AttdrlanOVs NoA DOMOT, No Is
I R-GjTlt~v- BI !4~ 7~-
Kvaahainp Vo So
-TITIA, production of
d1sleatria-laminites with nom-alcabolia phanolformalde-
byda resins,
n0# 19630 20-31
TOPIO TAGSt laminate, pbanoltormajdabyde reaJAI pvatormoll oresolp polyo
-Mathylans,
ABSTRAML: Ibe scope of thlis study Lis to produce liquid phenolformaldehyda re atlas
kthout the usevf alcohols which am to be uwjd In the.produation of 1=1aatess
now motho4 for the preparation of liquid non-alcoholie pbonolformaldehyde resins
in which a large portloh of formaldehyd6LIs replaced by paraformol has bean obtaftedi
The ratio..of Intermediates is talart in such proportions that Zbe water from formal-
JaLthe forMation-of
-dehyde and froMLths.oondensation Wuaad the liquid resins
This eliminates many steps from.tba process such as decantation or distillation$
I , the purification ;' top of
-or--vaeuum drying by which tba excesa water im rsmoved a
I to L Sinoe
revwvlnq the undesirable by-produo there a" no loseen, the amount of
Card

SHEREMETEVA, T.V.; BORISOVA, Z,V.; KUDRYAVTSEV, V.V.
11-T
acids. Izv. All SSSR Otd.khim.nauk no.12:2237-2239 D '61.
(MIRA 14:11)
1. Institut vysokomolekulyarnykh soyedineniy AN SSSR.
(Maleic acid) (Citraconic acid)
Synthesis of
-trifluoro derivatives of maleic and citraconic

SHEREMETEVAP T.V.; GUSINSKAYA, V.A.,- KIJDRYAIITSEV, V,V,
~ -.111, 1.
Symthesis of U-substituted diamides of succinic and attraconic acids.
Izv. All =R Ser.khim. no.M1821-1823 0 163. NIRA 170)
1. Institut vysokomolekulyarnykh soyedineniy All SSSR.

KOFYANTST-71, V. V.
k
KVASMN, V-3-; Ua;STOY, H-L', RUMTAVTW" V.V.; RMTI Y.B.; TA-
*'jI'.'U"-'~'t*khnicheski7 redaktor.
RIM, B.M., redaktor; LARIOMY,
[Now production techniques for laminated electric insulators]
Noiraia tekhnologils, projavodetva sloistykh elaktrolzolistsion-
n.rIch materialov. Moskva, Goo. energ. izd-vo, 1953. 51 P.
(Illectric insulators and insulation) (KLRA 7:8)

wu
Ah
u NU

'
,
. J: 0. US,
Tf
. Skfo
'
-
b
4
d
6
~~
O.
ut
o Ao
Wkhm 100~ Abstri MD. 1
3
T
gave laoth sedjor (W aWtsdad,of Texualte, i taw
al
T
x
ix (1)
d
a
was
vi
a
vo
oWi--
tor
cbaf ind * pa* 6tats'!
DOXWC Oodac4thi-ot I the pukkga 43j, ptodukt) is -
the paw
Tht W40t
bas it ioattly. thfdkef
O=t,of rafA th~a 44: sbtta ladde - Ulm miuiW (55-M

propeTt Tzxtolk~
tibldlhd I
n4 It thIS
d
U
) M
o
aU e
m
:
14 beat-ftsistanct, *atfr-r*SWw=ci
'
It
pice
.- Jnf-strogthi and-StImOh!"Ir, but wirforift P v
'
&ica und The suitabillty ford
46AH
the 2 matalals is similm
110 1
~zJ',
-T. MloutwtkA

NYIIVT5f--v, - -----
MRYAMMY, V. V.
N
maintaining the quality of varnished cambric In insulation and
winding work. Tout. elektroprom. 27 no.10:65-67 0 156.(KLRA 10:9)
1. Zavod "Blectroizolit.n.
(Alectric Insulators and Insulation)

LEBZW,I. Tuliy Ivanovich; )Rggj~~ ~Vlta ~~Vesillyevich, laureat Sta-
iUskoy promi i;. PSHKOYS[AYA 0, M. re red.
[We shell surpass the standards of'world technology] Prevzoidem
obraztey mirovoi takhniki. Koskva, Hosk.rabochii, 196o. 98 p.
(MIRA 14:4)
1. Direktor Khottkovokogo savoda "Blaktroizolit* (for Lebedev).
2,.Glavnyy inshener Khotlkovskogo mayoda *Blektroizolit" (for
Xudryovtsev).
(Khotlkovo (Moscow Provinae)--Blectric insulators and insulation)
(Socialist competition)

BR%IBMG, Viktor Aleksandrovich; GAMAYMOV, Nikolay Ivanovich;
ZVORYU-1, Aleksey Dmitriyovich;-'OR7YA~VnTSEMVp~!Vital~iT,
Iv . EPSH
jIqsilIYeyjah;-TZMOVSKIYp Yevgenivy Ivanovic ; EPSHTEYN,
Tev Abramovich; SHIROKOVA, M.M., tekhn. red.
[Mechanization of the manufacture of electrical insulating
materials of winding inmLlationp and drying as well as
saturating operational Mekhanizatsiia Proizvodstva elektro-
izoliatsionnykh materialov, izoliatsionno-obmotochrqkh i
sushillno-propitoohnykh rabot. By V.A.Bromberg i dr. Moskvay
Gos. energAzd-Vo, 1961. 99 p. (MIM 15:2)
(Electric insulators and insulation)

Card 1/1

Vinlz VEPP (WRPR/1701 )/T Pc-4/Pr_4/Pr-_-/ :3~C
ACCESSION NR: APS007217 B/0286/65/000/003/0113/0113
AU1IIOF.t Pgah,!kbonov, A. A.' Beykako
yj K. P.; Makharinnkiy, Ye. G.1 Spysloy _1~
_YA
rencz, &...Lm. " Smirnov, A. A.% Hironov. VK.; KMdrX2YjUgy,_jA
TITLM A method for manufacturing pipes and similar articles from laminated
lplast~c / Glass 60, Ho. IL68169
I-------- a b ~_
SOURCM IDyulloten' izobreteniy i toyarnykh inakov, no, 3, 1965t 113
XOPIC TAGSs thermosetting plastic, glass fabric, laminated plastic, plastic tech-
pology
ADSTRACTt This Author's Certificate introduces a method for manufacturing pipes
apd aWlar articles from lartInated plastics. The process consists of winding romel
such material as realn-oaturated glass fabric on a mandrel and heating (e.g. with
hot roller-~). Liquid thermosetting resins which do not contain volatile solvents
are fed continuously to the mandrel. during the winding and heating proceni. This
is done to make the completed article airtight.
ASSOCIATIOdl none

AOC_ Wo AP6024364 SOURCE CODE: UJR/Q
AUTHORs Kudryavtaev,# W V.
80/66/000/002/0066/0071
ORGS none
TrrLE: Analysis of monitoring data on combinational relay-switching circuits on On buis of.
solutions of txpiations of algebraic logic
BOURCE: AN SM. Izvestlya. Tekbaicheskaya kibernetikal no. 2g 1966# 65-71
TOPIC TAGS: algebralc logic, switching circuit, test monitoring, equation theory
ABSrRACT: Methods of solutions of systems of algebraic-logic equations serving to determipi
the state (coicrect functioning, malfunction) of the contacts of a circuit according to its re-
actions to an input effect are examined. Along with the known methods of solution based on the
transfer-funation principle and on checking the reliability of the monitoring device, the author
prop oses a new method whereby the determination of the states of the contacts of combinatio- -
nal relay-"ltching circuits reduces to the solution of a system of equations of algebrato 1o&
~Wch are of independent significance to the theory of automata. With the aid of methods of
solution of the general problem It Is possible to construct a contact circuit of any configuration.
C-rd 1/2

NRs AP,5024364
k
realizing a specified algebraic-logic function. Mathematically, the problem Is formulated as
follows: Glvcm. the functions of algebraic log'c '(Nl' "2- -1n) and F(xl, X20 ... 0 xdt
where x, X2 0 x. are Independent vartabl6o. Find: - the values of variables at which the
equality
x.) F(xl, x2, xn)
f (x1' x2
is satisfied. This problem to a particular case of a more general problem consisting In the do-
termination of the functions y1, y2, ..., ym at which the equality
YM) F(xj, X29 P
f (xlt x2 9 ... t Nut YIN Y29 xnP YIN Y2# 0 ym) (2)
(,where x,, x2# *a.# xnare independent variables) becomes an Wentity. Eq. (1) may be solved
with the mothods of solution of Eq. (2) on assuming that the variables x,N i2an dependat.
The general solution of the pertinent system of equations can be compactly recorded by twhg
the calculus of events; this also makes it possible to readily solve probabilistic problem of
monitoring. For practical purposes it Is expedient to introduce the concept of the conjuwUve
apd disjumOve variants of the general solution. Orig. art. has: 3 figures 9 formulm
66 CODE's 09t 12AWI SUBM DATE3 MAW# ORM REFs 002/ OTH REPt 003
f
2/2
-Ctlfd

ACC NRt AT6022759 SOURCE CODE.- UR/2649/65/000/224/0095/0102
AUTHOR: Kudryav-tsev, V, V.,' Remizovo 0. A,; Alekseyev, Yu. L.
ORG: None~~
b
TITLE: An experimental study of the tem erdture field of a melt during single crystal
growing
E/'
SOURC . ~Moscow. Inatitut inzhenerov zheleznodorozlinogo transporta. Trudy no. 224#
1965, Voprosy slozhnogo teploobmana (Probleme of complex heat exchange), 95-102
TOPIC TAGS: single crystal growing, temperature measurement, crystallization,
ture gradient
ABSTRACT: The authors study the effect of the temperature field of a melt on the
distribution of alloying admixtures in a crystal during single crystal growing by the
Czochralski nethod. The temperature field of the melt in varied by using heating unit
'with various shapes, changing the location of the crucible with respect to the heatingi
unit and varjing the parameters of pulling. The following pulling parameters were usee
throughout thin study: need cryetal rotation 20, 30 and 60 rpm; crucible rotation 0, -
2, 5, 10 and 20 rpm; rate of need crystal raising 11 2 and 3 mm/min. The crystals verc~;;
pulled in an argon atmosphere with a residual pressure of 0.11 gauge atmosphere. Chro-
mel-alumel thermocouples were used for measuring the temperature field of the melt.

AT6022759
Temperature measurements were taken in several of the horizontal cross sections of the
melt with a depth interval of 3-5 mm and under the crystallization front. Standard
heating units were used as well as a aeries of experimental ones developed at the MIIT
Laboratory. The standard crucible charges were 2500 and 3500 g. The single crystals
pulled usually were 200-2hO mm. long and 30 mm in diameter. An analysis of the tempera
ture fields of the melt shows that the axial component of the temperature gradient in
the melt region under the crystal decreases as the rate of pulling is increased.
Three types of heating units were studied: radial heating, bottom-radial heating and
bottom heating. The results show that the procedures worked out for measuring the
temperature field in a melt may be used to measure the temperature in any part of the
melt during crystal pulling. It is also shown that the shape of the heater, its lo-
cation with respect to the crucible, and pulling parameters have a significant effect
on ingot size. Controlling the rate of rotation of the seed crystal and crucible is v
effective means for improving the quality of single crystals~ The rate.of Beed crysts
rotation has a. nignific~nt effect on the distribution of alloying admixtures between
the liquid and solid phases Origs art. has: 4 figures.
SUB CODE- 20/ SUB14 DATM none/ ORIG REFt 005/ M oF.-. oo4

. . . . . . . . . . . . . . .
L 8127-66 EVITWIEWPWAVIA(c) REL XVW
ACC NRs A.F5025021 SOURCE CODE: UR/Q286/65/000/016/0081/0081
q#,6 , 44, i:5, . - #4, v,;'
AUTHORS: Koton,, M. M.; Kudryavtoov, V. Vi; Rudakov, A. P.; Basoonov, 14. 1.
ORG: nono
TITLE: Method for obtaining p2]Zimides', Class 39., No. 173921 Zannounced by the
41R~tute for High-Molecular Compounds. AN SSSR, (Institut vysokomolakulyarnykh
Boyedinenly AN SSSR)_/
SOURCE: BrAlsten' izobreteniy i tovarrVkh znakov, no. 16, 1965, 81
TOPIC TAGS: poly1mide, diamine, polycondensation
ABSTRACTt This Author Ce Irtificate presents a method for obtaining polyimides by the
polycondemiation of aromatic diamines and the dianhydride of totracarbonic acid.
To inereaso the variety of polyimides, the dianhydride of butanstetracarbonic-1.2,,
3)4 acid In used as the starting material.
SUB CODE; OG/ SUBM DATE: 200ot64
nw
card 1A UDC: 678.675.414.002.2

KUDRYAVTSEV. V.Ye.
1:~-IA-er-eating case of the intergrowth of fluorite and phenacite.
Zap. Voes. min ob-va 87 no.6:686-690 158. (MIRA 32:3)
.. i7luorite) (Phonaoite)

KUDRYAIITSEV, V.Ye.
__ ... __-,
Composition and age of the Baytayginskiy intrusive complex in
northwestern Tuva. Inform.sbor. VSEGEI no.16:67-74 '59.
(MIRA 15:3)
(Tuva Autonomous Province--Rocks, Igneous)

KULRYAVTSU, V.Te.(Mookv,&)
Frictionleso pumps Frirodit 19 no-7:112 Jl l6o.
(Rut& 13:7)
(Vacuum pumps)

KTJDRYOTSEV, Ya.B., kand.tekhn.nauk
Liquid expenditure of hydraulic transformers as a function of the
runner parameters. Ve.9t.TSNII MPS 22 no.6t28-31 163.
(MIRA 16zlO)

~ -KUDFdAVTSiWp Ya.B.v inzh. - I
Characteristics of changes in the liquid consumption of the
hydraulic torque converters Trudy 14IIT no&130-.170-179 160.
(IMU 14:3)
(Diesel locomotives-Hydraulic drive)

KUDR3%VTSEV, Ya.B., inzh.
_-_ - I- II- - - ~. . I -'r:,_ I -,.
Studying the blading nyoteme.of hydraulic torque transformers
with a centrifupl turbine and cylindrical blades. Trudy
MIN no.14lt69-100 161. (MIRA 15:2)
(Diesel locomotives-Hydraulic drivo)

KUDRYATTSEV, Ya,,B., inzih__.
Effect of the finite number of blades in the pumping wheels
of hydraulic torque transformere. Trudy PUT no.141:101-107
161. (MIRA 15:2)
(Turboi4chines-Fluid &vnamics)
T ---

4WRIAM -Xu.13.-
~E~v
6
Study of the devia4on of a flov from the bladeo of the gate machanism of
a hydraulic torque convertur. Trudy MIIT no-139:273-286 161.
(14IRA 16:4)
lo Moskovskiy institut inzhenerov zhele=odorozhnogo transporta.
(Hydraulic machinery)

KUDRYAVTSEV, Ya.B., aspirant
Studying the characteriBtice of hydraulic torque converterd
regulated 17 the rotation of the blades. Trudy MIT P0.1503
103-121 162. IMM 16s2)
(Oil hydraulic machinery-Testing)
OF

KUDRYAVTSEV, Ya.B., kand. toklin. nauk
Heat emission In a non transparent hydraulic torque converter
during Ito joint work with tho diesel engine. Vest. TSNII MPS
24 no.2:29-32 165. OMIRA 1815)

i -7
7,
I! Sz.,"V) I
y
BXR-MAX, P.; bD9:YAWS3CV, Te.; FRIDKAN. S.
Double capac y al
~c y =~ middling purifier. Mak. elev. prom. 23 no,12:
q I ~~
D 157. (KIRA 111..2)
1, Tokhnicheskiy otdal Xinisterstya khleboproduktov SSSR (for Bershak),
2. Hookovskly mollnikohnyy kombinat No.3. (for Kudryavtsev, Pridmn).
(sieves)

KORYAVTSIIV. Ye.; ZOTIKOV, V.
Increasing the life of flour sifter screens. Muk.-eley. prow. 23
rip.6:25-A 157. (KLU 100)
1. Moskovskiy mellnichnyy kombinat No.3.
(sieves)

AiSIONICH, V., inzh"ner;QQW.MTR%1Je., inzhener.
Introduction of baaters for cleanIng husks. Muk.-slev.prom.
23 no.3,.16-18 Mr. 157. (Mr.RA 10:5)
1. Mookovskiv melliatcbWy kombinat No. 3-
(Grain milling)

V,
L h6301-65_ Ewr(i) in(c) e"
AOICIESSION IIRt AR5012225 UR/0058/65/000/003/DD13/DOIL3
SOUROZ: Rot. zh. Mike, Abe. 3DO1 31
AUTHORt YO.T.;
V ftLtjM!L!~!.; Svj~14", .0.1 ~vniIskly, L.Nj Fayevilay,F.S.; Ch#rj!i9II%~VVPL-
YTLB: Experimou%al determination of electronic oscillator otrongthe
of diatomic molecules 71
OTTED BOURORt Tr. Typ. 1, 1964,
64-81
TOPIO TAGS: oscillator strength, electron oscillator, diatomic
molecule, shook wave, OZYgO12, nitric oxide, cyan, electronto.opectrun
TRANSLLTIOR: To determine the oscillator strengths of electronic
transitions of diatomic molecules, an experimental method was dowel-
oped, based on the measurement of the absorption of gas behind a
ahock wave rot-looted from the end of a shook tube. By varying the
velocity of the Incident shook ways and by calculating the state of
the gas behind the shook ways, it i assible to determine the t
orature ant the o9noontration that the molecules behind the refl:Md
(~,,j 1/2

-,I, 463oi-65
AOCESSION HR: AR5012225
~qhook wave.must have to.permit dettiAnation of the osoillato-r 6
atrangthe from the mosoured absorption. The theoretically obtained i
tqmporature was monitored by two experimental methods. A method
vao aloo developed for determining the oscillator strengths from the
ctudy of the gau behind the shock wave; these strengths were deter-
mined for the Sobumann-Runge band of ox7gon, the bets and gamma
oyatems of Altric exideq the viol:% band system of 01, and the'04
Swan band*.
Sn CODIs.: MP*,)i. nOW 00

ACCESSION NR: AR4040823 S/0058/64/000/005/DO26/DO26
SOURCE: Ref. zh. Fizilcm, Abs. 6D191
AUTHOR: Kudryavtsey,_,,_,Xq,,_.M.; Gippius, Ye, F.; Pechenov, A. N.;
Sobolev, N.
TITLE: Definition of matrix element of dipole moment of electron transition
of violet systern of bands of cyanogen. 11.
CITED SOURCE: Teplofiz. vy*sokikh temperatur, v. 1, no. 2, 190, 218-227
TOPIC, TAGS: matrix element, dipole moment, electron transition,' cyanogen,
cyanoden band, radioscopy
TRANSLA,riON: There is described the installation used for obtaining absorption
spectrum of violet system of CN bands during radioscopy with a pulse source
of a mixture of gases CO and N2. heated by a reflected shock wave to a tem-
perature of 4000 - 60000K. This spectrum is used for measurement of rotary
Card 1/2

ACCESSION NR: AR4040823
temperature of CN. Results of measurement of temperature of gas by two
independent methodsZ-by absorption spectra and by generalized methods of
conversion (cf. abstract No. 5 D1900coincide with the data of gas-dynamic
calculation, Bibliography: 16 references.
SUB CODE: NIP, OP ENCL: 00
Card 2/ 2

s/o5i/63/o14/co3/oO5/019
C039/9120
AUTHORSs Krindache N~-I. j&udrY&VtX*v _Ye.moo Sobolev, N.N.s
Tunit skiy-, L, X& vind F^yzullov01F*S*
TITLEs Determins-tion.of ;the electronic transition moments of
the Schuffann-Runge-b4nd system in oxygen* I.
PERIOD T-CA'.Li Optike,-i~ffpektroskopiyal v.l4*s_no.3v -1963* 351-361,
TEXT:, A Methd&1a dove oped-for-detiermining the equAre..of
matrix ~elements for electron -transit ions - oC-molecules based on a
measuremeint--of-the absorptlon,in7 The
_4ases-behin&shock waves.
Schumann-Runge--absorpt-ion bonds for,oxygen--are obtained on a shock,
tube - as ing- he lium ` as a-, Working Sax and, eq uipped.with apparatus for
measuring temperature by the usual,wethod of rotation of spectral
lines,- An this icase,.-by observing' -the resonance line of
BA II (X Z 4554 An---ionization probe is used for measuring the
----incident shock waves. _The pulsed
volocity.of-the-froat :of a,
soarce and~ths'synchrohizing,clrcult are described in
,detail. -Spectra are recorded- on AOC-13 (DFS-13) and _KC-SS
_Spqct
rograi'he with %lose and with quartz optics* By
p
plotting the absorption age ~nst 'wave. number -4' for-th
Card 1/2

--K1JDR-YAV?�T:'V YE 14
8/089/62/013/006/oig/027
41021B186
A UTUCIRS 1 0. T. and M. R.
TITLE# Nauchnaya konforentelys Mookovskogo Inshenerno-fivicheskogo
institute (Scientific Conference of the Moscow Engineering
Physics InstitAts) 1962
PFRIOD'ICAL, Atcanays entrglyal T'.- 13, no. 6, 1962, 03 - 06
TEXTj' The annual conference took plea* in May 1962 with sore than 400
dolegstos participating. A review Is given of the@* lectures that ore
assumed to be of interest for the readers of Atoanaya energiya. They are
followinge A. 1. Leypunskiyo future of fast reactorel A. A. Vasillyev,
d.. IS, of accelerators for suporhigh energies'l 1. ra. Ponersachuko
analyli6ity, unitarity, an& asymptotic behavior of strong interactions at
high anergleal A. B. MIgdslq ph~noasnologioal theory for the many-body
Yu. D. FLY
problital SLOkW deceleration of seltua-eaergy antiprotons in
Yu. as& evekly, tbeorj of the Udesbauer offoctl
M7tte%j a, Ya. A. Iosil
I.. amanov, thegry of ionisOlon losses to sonhomogonsous aediuml
Yu. B.. Ivenovo A. A. Rukhadseq.b-f conductivity of-suboritical plassal
Card Ih,

5/089/62/01)/006/019/027
Nauohnaya konforontaiya... B102/B186
Ye. Ye. Lovotakty, A. A. Rukhadze, electromagnetic waves in nonhomogon~oue
plaumal Yu. D. Kotov., 1. L. Roxentalt~ the origin of fast cosmic Muonel
Yu. M. Ivanov, muon depolarizatLon in solidel V. 0. Varlemoyl Yu. M. Grashint,
B. A. Dolgoshein, V. 0. Kirilloy-Ugryumov, V. 8-. Roganov, L. V. Samoylow,
oapture by various nucloij V. S. Domidoy, V. 0. Kirilloy-Ugryumov,
A. K. Ponosov, V. P. Protesoyl.F. M. Serg*,yevo acittering of x- meoons at
5 , 15 Rev in a propano bubble chamberl S. Ys. Nikitin, M. S. Aynutdinov,
Ya. M. Selektor, S. U. Zombkovskiy, A. F. Grashin, muon production In X-p
intoraotional B. A. Dolgosheing spark chambersi 0. 0. Volkov,
V. ):. Lyspidevskiy, 1. M. Obodovskiyo study of operation of a convection
ahanborl X. G. Finogenove production of square voltage pulses of high
amplitud*sl 0. *. Alskoskov, problems of color visionj V. K. Lyapidevskly,l
ralction .-between nuab or of receivers and number of independent oolorol