SCIENTIFIC ABSTRACT ZELENSKIY, YE.A. - ZELENTSOV, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001964230010-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


ZELENSKIY~ Ye.P., inzh.; TAUBIN, M.G., inzh,--
Telpher -lines with addressing systems. Hekh.i avtom.proizv. 18
no.3:29-30 Mr 164. (KnU 17:4)

(Plastics)

~ I - -
, , .: , *"Q

4r
Z/,
lavmzhiroszkoye Dvizhuniye Ua.-A
holdort-.dat, 10,7.
Poolmi, Tranr7
164 1'. Illuo., IA4x,'4-, TobllcL,
755.3 Y/5
55.
7
~ 3
755.75 N/5
755.75 1/1
755.1 IV5
755.1 1/1

Passenger railroad transportation in t-h3 United States. 910-dor.
transp. 42 no.8:84-87 Ag 160. (KM 13:8)
-1. Zamestitell nachallnika Glavnogo pasnazhirskogo upravlenlya
Ministerstva putey soobshcheaiya..,
(United States-Rai;roads'-Fassenger traffic)
On -0
M amm mmam

MSHCHEVA, N.I... kand. tekhn~~iftauk; RCUMVDj V.Ye.t prof,, retsenteutj
ZEIBMKIY, Yu.I., iA.,, retsenzent; ChERNUVSKIY, Y.Ya., inzh,, red&;
_u=WS_t;t_- teUn. red.
dibMftl "ftigorodnoo dvizhenie
na elektrifitsirova=ykh.iiniiakh. -Moskva,, Vaes. Watel I sko-poligr.
~n;abftdinenie H-va putei soobstichenlia, 1961. 371 p. (Moscow.
Vsesoium VA nauchno-issledovatel-10kii inatitutisheleznodorozhnogo
.,transporta. Trudy) no*W4 (MIRA 15: 5)
(Electric railrbads-Commuting traffic)

VOSHORININ, A.I., kandidat takhnicheakikh naWC; ZMNXIYI Yu.S., inshener.
Annular-grinders for construction materials. Kekh.stroi. 4 no.4:
16-21 Ap 147. OC= 9:3)
troitell-
1. Vessoyuznyy nauchno~-isoledovatell.,skiy-institiut-otdela
no,!o- dorozhnogvmashInostroyeniya.-
(Killing machinery)

ACCESSION NR: AT4033998 s/oooo/63/COO/000/0139/0144
AUTHOR: Fedotova, O..Ya., Shtillman, M. I.; Losev, 1. P& (Deceased); Oc9danova,
V. JAt.; Zel
je~ entska
Synthesis and conversion of*po)yam1de~''poIynitrHes* 1. Synthesis of -
T ITLE,.~-
ated, polyarnido
G,~ier6tiOn 0. vyvsoko~jol eku yarny ;.~so~t i6nlya-,(Heterochain ma ro
vy
y*ly .1 - ' - - ' . 7- _. . I ~~ 1.
di) 4;.y ~Ikaiuka... 1963
m0 I etu In, compoun sbornlk~statdyi~--_Moscow, I z' 1.39-144,
TOPIC 7AGS: polymer, polyamide, cyanoethylation, cyapoethylated polyamid6f
solutior,'polycondensation, Interphase polycondensation, aromatic diamine, aliphatic
il.diamine, dicyanoethylated aromatic diamine, adipic acid, dicarboxylic acid, poly-
nitrile
,;'-ABSTRACT., The authors-claim origina" synthesis of N-cyanoethylated polyamides by I
solution or interphase polycondens-ation of NINI-G;i-(13-eyanoethyl)-p-p~,en7lene
diamine or IN,NI-di-0-cyanoethyl)-l 6-hexamethylene diamine with adipi.; acid or its
dichloroanhydride. Solution reactions lasted 7-10 hours (5 hrs. in 0 purified N
flow, 2-5 Vour:; In a vacuum) at 160-220C, interphase reactions 30 min. at 180-
240C. It was established that N-cynnoothylated polyamides with a predetermined
's
f. nitrile roup cl7nterit can be derived at polyconden ation solution temperatures not
Card

PIM 114 KROKRM, N.G~~-~;
Studying the process of rectification at lowered pressures.
Trudy VINUDY no.2:1?-7-129 1,54. OURI 10: 7)
(Plate towera) (Distillation, Fraotional) (V&Cor pressure)

KROXHIN. N,G "M
Studying the eficient operation of,distiliqtion apparAtus.
Trudy VNIMIN no.,~:129-134 154.- 1 MR1. in..?)
(Distillation apparatus)

AUTHORt Zelentsovp A.f Colonel SOV/107-58-2-5/32
TITLE: The Gloriou, Road of Combat (Slavnyy boyevoy put
PMIODICALj Radio, 1958t Nr 2v~ p 10 11 and pago 2 of covor (USSR)
on the occasion of the 40th anniversary of the USSR Armed
Forces, the author reviews historical.events connected with
Soviet communication units since 1918, and discusseaq by
giving numerous exampleaq thetraining of Soviet military
radio operators. There are six photos.
1. Armed forces--USSR 2. Military communications
Oard 1/1

L--- 3114
ACC NR,
-T% _21D JDIJG-----
_-FdT(mVFrC(f'rb 'rij WG(m) EWP N A(h) 'MW
AP6012143 SOURCE CODE: UR/0413/66/000/007/0060/0060
INVENTOR, Zelentsov, A..A.
ORG: none
SOURCE: Izabreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 7, 1966, 60
TITLE: A method of meeting alloys of refractory metals with low-melting metals.
Class 40, No. 180348
TOPIC TAGS: v.Acuum melting, refractory metal, r-afractory metal alloy,,low melting
metal, alloy !jelting
ABSTRACT; is Author.Certificate introduces a method of melting.alloys of refrac-
torY metaloN,-ith low-melting metals in vacuum. In order to eliminate the losses of
volatile components and ensure a correct alloy composItionv the furnace Is evacuated
after the initial charge hai been put into the crucible. Then the furnace is dis-
connected from the vacuum system and the charge is melted. [WW]
SUB CODE: 11, 13/ SUBM DATE: 24Sep62/ ATD PRES8:q2i(/
UDC: 669.046.512:
C.'a Y,- 6 rit4o AIA Ar..LAAG MA 1341

ljw,
L~I- Al-
-1

ACCESSION NR: AP4040459 51010S/64/019/006/0040/0044
AUTHOR: Romanov, A. K.; Zelentsov, B. P.
TITLE: Generation of functions
SOURCE: Radiotekhnika, v. 19, no. 6, 196,40'40-44
TOPIC TAGS: function generation,-function oscillator, pulse filter,
delay element, multiplying,unit, adder, ferrite core, rectangular
hysteresis loop, autocorrelation function, cross.correlation function
ABSTRACTz A method of reproducing mathematical functions in the form
-of electrical signals,.which -is based o-i the utilization of a pulse,
filter, is dtscussed The block diagram of the filter is shown in
Fig. I of tho. Enclosure. It consists of a series of delay elements
each of which.delays for time T the voltage applied to filter input.
The output voltage of each 'delay element is transmitted to the multi-
plyil,g unit where it is~mult~.plied.by constant coefficient a -From
the 9L~tputs of the multiplying units-the voltages pass to the adder,
foTmil.'& the sum
U
out.
1/31-

YA V. 4-
ACCESSION NR: AP4040459
where Uout is the output voltage of the pulse filter. A detailed de-
scriptioa of one of the pos~ible'variants of the functional oscillator
which in designed on the basis of such a pulse filter and which utili-
zon ferrite cords with ajactAnaular hysteresis loop, leadn'the. au-
thors to the following conclunionat 1) tho functional oacil~Ator do-
-scribed can be used for'the simulation of perturbation effeets and
-variable coefficients in the solution of differential and difference
equations; 2) amplitude-modulated pulses obtained at oscillator output
can be used in investigations of automatic control and PAM systems;
3) in the presence of a regulated time shift between their output
voltages, two oscillators can be used for the calculation of-auto- and
cross-correlation functions; 4) in investigations of filters, the
oscillator can be used for obtaining f (-;t)-type functions. Orig. art.
has: 6 figures and ~3 formulas.
ASSOCIATION: none
SUBMITTED:, 19jul6Z, DATE ACQ: 06Jul64 ENCL: 01
SUB CODE: NO-REF~SOV: 008 OTHER: 003
Cord2

mum
ZELOTSOV, B.P.; SAMOSHIN, A.T.
Analyzing the reliability of systems with elementa IvivLng
two kinda of failures. lov, SO AN SSSH no, 10# 3or. -tekh,
nauk no. 3t42-48 165 (MIRA 19:1.)
1v Thatitut avtomatiki i elaktrometrii Sibirskogo otdolonlya
AN SSSR, Novosibirsk.,Sulmitted December 3, 1964.
Inn

L )1!~"C-A6 ~xT -Vi
+
ACCESSION NR: AP5021074 UR/0288/65/000/002/0044/0048 I/
62-50
AUTHOR; Zelenteov, B. P.
TITIE: A method for system reliability analysis
SOURCE: AN SSSR. Sibirskoye otdeleniye. Izveetiya. Seriya takhnicheskikh nauk,
Ino. 2, 1965, 44-48
TOPIC TAGS. system reliability, circuit failure,
automatic zonrcol syntcm .,k
-ei
het:~O_ rk::_the7_-Mdg4#
Markov
finite number of states. The first approach requires the establish-
ment of a large number of differential equations while the second often demands
the application of high order matrices. The present author proposes a new clore
direct method which, after relatively calculations, yields the average time
for the rettoration of the system into its stationary state. It is based on a
solution proposed earlier by Einhorn (S. J. Einhorn, Reliability prediction for
repairable redundant systems. Proc. IEEE, 1963, vol. 51, no. 2) for the case of
one kind of elerrent with identical reliability indexes. The author assumes that-
1) the Lime of flawless operation and the time of element restoration.follov the
rd 1/2

~ACCESSION M AP5021074
exponentialdistribution; 2) tw1functions.,and repairs of the system are mutually
ifidepevilent; 3) all elements which are in good order are under "hot" operating
!conditions while the fail Ing, elements are out af. operation; and 4), at a single
J.indtzintof time there can occur only-single transitions of an element from its
.operating state irkto a nw. I funct too trig state and vice vertid. The aidthod in Ll-
lustrated by aii a-aluation of a two-element system with four available statea. Re",~C_
sults show 11hat Oug. tiev method is fuater than I ei~_exjsting- methods,-Origj- art-i-Tz-
k. -th
-7
has-t~, _16ttvu at gurc*4-..
4'.
~Eoma, -"eirom-ett-W-Aih re ng,6 idt e efiLys M S
--A4 S Or- I ATION 7_11iatiiii" t
Novosibirsk (lnstftutA,~~f, Automation and Electrow-,-tryi:..Siberian-Bran--,hj AN SSSR)
1SUBMIMD1 07:t.164 ENCL: 00 SUB CODE: 1E
NO REF SOV, 002 OTHER! 002
Card 2/ 2-k

T
31532=6 MR(c I M
-, 'A197W iWSZ4 lm
AFM M, 1_199227 -----SOURCE COI)E----UR/0000/66/000/060/9058/0065
AUTHOR:
___,,,j4.(Novosfb1rB4; Beznosov, G. P. (NovosibirBk) 6_1
'ORG- ~-no66 $4_
~TITLE: Tho use of redundancy for the cons truction- -of reliable Intormation pXstoms
SOURCE: Vtjosoyuznaya konferentstya po avtomatichookomu kontrolyu I metodam elektri-
cheakilth lzmerenly, Sth. Avtomatichookly kontroll i motody clektrichookikh izmorcniy; trudy
konferentall, t. 2: lzmeritel'nyye Informatsionnyye sistemy. Ustroystva avtomaticheskogo,
kantrolya, Elektrichesklye tzmereniya neelektricheskikh velichin (Automatic control and
electrical measuring technigHes-, transactions of the conf
Aren9p,_y. 2: Information measure-
ment systems. Automatic control devices. Electrical measurements of nonelectrical quan-
tities). Novosibirsk, Izd-vo Nauka, 1966, 58-65
TOPIC TAGS: information processing, lo c circuit', circuit reliability, computer component
gi
ABSTRACT: This Is a short survey of the vaklous 'methods for Improvement of rellabil!!Y 1~~
of information systems by utilizing redundancy. The article is based on 1 Soviet -and 16 U. so
references, and it also reports on results obtained by.various-U. S. authors concerning the
reliability of threshold elements when used for the reilization.of logical functions. Orig.
art. has: 8 formulas and 9 figures.
SUB CODE: 09 SUIBM DATE- 29Nov65 ORIG REF-.. 001 OTH REF: 016
1/1
C!qr

93,99 6 i~~)
-7;M_7_7P SOURM CODE:
NR 6009907
AUTHOR., Beznosov, G. P. Zelantsov, B. P.; Samoshin, A. V.
ORG.- none
TITIX: An analog-digital convertor. Class 42, No. 179092 [announced by the Insti'-'--te
of Automat on SQ nstitut avtomatiki I elektrometrii SO AN
---SOURCE:--~ 7--Izobreteniya --- proar)ahl "n3~*e-cb e zn no 4, 1966, 105
ra-z"y tqvqrn~rj aki
TOPIC TAGS: analog digital converter, binary code, ferrite core memory
----------
to- parjl--
-::This- uthor!s
of-compar son for periodic readout of the numerical
equivalent from the precoded information. The converter usco ferrito cores with rec-
tangular hystoresia loop. Tito convorsion range is oxpanded by using threshold elemental
based on two cores, each of which contains a magnetizing winding, Input winding, I
11search" current winding and output winding. The output windings which correspond to
identical digito In the binary code area connected in series.
UDC: 601.142.07
1/2

A ~-
t-~ , L
j L L L
I

ACC M AR7008652 SOURCE - C.ODE uR[0'3'(2~/06/6-od/6i2/GOSiIG631
,AUTHOR: Zelentsov, B. P.
ITITLE: On analyzing the reliability of large systems
.'SOURCE: Ref. zh. Kibernetika, Abs. 12G195
:REF SOURCE: Izv. Leningr. clektrotekhn. in-ta, vyp. 56, ch. 2, 1966, 1118-150
7UPIC IAGS: system reliability, reliability theory, i ndustrial automation
ABSTRACT: A method is proposed for calculating the reliability of systems with re-
covery. The procedure is based on separation of the elements-of the system into
several series-connected groups so t 'hat elements designed for garrying out the same
function fall into a single group, the recovery equipment for each group being con-
nected only to the group serviced.by this equipment. The coefficients of readiness
and idle standing for each group are determined together with the limiting values of
the average time between failures, the average recovery time and frequency of failures,
and these quantities are used for finding the corresponding reliability indices of the
system. L. Sh. [Translation of abstract]
SUB CODE: 13
UDC; 62-507.019#3

MIA
AGRANOVSKIY
I.; ARANOVICH, B.; RELYAYEVA, V.; BOLISHAKOV, A.; GRUZDEV,
V.; DICH, S.; ZELENTSOV,.,I.; KONKIN, A.; LEVIT, R.; MIKHAYLOAI,
H.; MOGILEVSKIY~-Yii.; SERKOV, A.; SMELK()VO G.; SNFTYOV, It.;
SOROKIN, Ya.; SHMIN, L.
In memory of Vladimir Sorgeevich Smurov, 1897-1965., Kbim.
volok. no.208 165. (KRA 1816)

ZAMIAHOV, Y,6.j ZKY-IMOV, I,G,l PAKSILVIRt A,B.
Studying the Virmation process of viscose cord fiber. lhir.,rolok.
7io.5:34-35 159. (XM 13:4)
11 Kalinins~dy filial Vsesoymnogo nauchno-issledovatellskogo
inOtituta i,3kusstvennogo volokna (VITIIV).
(Rayon)
I-IF.M."HIMMUSIMEW

S118316010001003101010161XX
B004/BO67
AUTHORS: Zakharov, V. S., Zelentsov, I. G., and.Pakshver, A. B.
TITLE: Diffusion of the Components-of the-Prooipitating Bath Into
the Viacoae.li er During Spinning
PERIODICAL: Khimicheski e volokna, 1960,-N0. 3, pp. 28-30
TEXT: The authors deal with the dependence of the spinning process of
viscose fiber (coagulation, decomposition of the zanthogenate, desulfuri-
zation, etc.) on the rate of diffusion of the acid, the salts, and other
components of the precipitating bath into the fiber. They attempted to
find conditions under which a fiber of homogeneous structure is obtained.
In this case, the difference between the rate of diffusion of the com-
ponents of the precipituting bath and the saponification rate of the
xanthogenate should be a minimum. The-authors studied the effect of the
composition of the precipitating bath on the diffusion rate under practical
conditions.'In order tointerrupt theformation prooean rapidly, the f1ber
spun in an experimental apparatus was passed through a neutralizing bi-
carbonate salt solution which was at a distance of 15, 30, 45, 60, or 90cm
Card 1/4

DiMinion of tho Componanto of the I 6b
Bath Into tho Vincooo Fiber DUrin Sp inni Ili, 0041'
e~' D B067
from the spinneret. Tho fiber was wound onto the godet wheel with a speed
of 39 m/min. The thvead diameter was 0.018 mm. Proceeding from the equa-
tions Mt/MOo -K Y'T" (Mt- amount of the substance diffused into the fiber
9Co = the same for the case of equilibrium, K - coefficient# T - duration
of diffusion in sec.),and K = (41r)-VD-177 (D - diffusion coefficient,
r radius of the fiber), D was experimentally determined. The following
was found in dependence on the composition of the bath and its tempera-
ture:
Card 214

Result 1) The rate of formation
of the viscose fiber depends on
Zn 04
5 Na2S04 +
Zn2+
the-co centration of the H

138
33 50 50 I
0.5 and SO ions in the precipitating
4
13V
138 33
33 350
350 50
6
6 0.61
0.92 bath, as well as on its tempera-
138 '13 315U 72 1.0 ture and the rate of diffusion or,

116
148 28

28
206
296
60
60- 'G7
0 ions. 2) With rising temperature

160 -
28
296
60 1.1
13 of the prooipita-ting bath, tho
200 28 296 60 :.2"t diffusion of ions into the fiber
135
135 20
35 22 1
231 55
55 1,15
0.86 increases bnly to a certain value.
135. 58 231 55 .0167 A further increase in temperature
135

138 78

33 231

350 .55

66 0 7
does not accelerate diffusion.
0:86

138
60
350
66 2+
0,67 3) Rising concentration of Zn
138 80 350
' 66 0 6 ions (up to 80 g/l of ZnSO ) de-
135 80 235 _
240 45 0:43 4
135 -80 235-240 56 0.7. lays the decomposition
of the
135 80 235-240 64 '
.1.0

235-240 74
xanthogenate. With ZnSO concen-
1.5

trations above 30 -'l, however,

of 1he CoLipdnents:of the. Precipitatl- S/163 60/
Diff46ion 000/003/010/016/xx,
V067,
ind ath Into:,the ~Viscose. Fiber During
Spinning--
the diffusion. of H ions is no longer influenced by ZnSO 4) Rising con-
4
cent~ation ofH so accelerateo the procesoon, butAelays the ion difru-
2 4
sion~into the fiber, since an e%ternal layer ic formed on the fiber. Hence',~/
in -SO
withlising H cohoentration, D increases to a maximum value, and then
2
again! The authors mention Ye. Mogilevskiy, D. 11. Arkhangell-
okly and V. A. Kargin. Thoro are 0 fi~-nirwq, 1 tablet and 6 refaroncov.;'
5 Soviiet and 1 German,
ASSO~IATIOIT: Kalininskiy filial VINIIV (Kalinin Branch of the All-Union
Scientific Research Institute of Synthetic FibersT
Car
Id j 4/4

811831611000100610011002
Blot/Bilo
AUTHORS: Zelentsov, I. G., Zubov, L9 N. , Fikhman, V. D.
TITLE: Properties of polyvinyl chloride fibers
PERIODICAL: Khimicheskiye volokna, no. 6, 1961, 9-10
~TEXT: A det ailed report o4 the -roperties of polyvinyl chloride fibers
manufactured .in western couutri--)'is given on:thebasis of westem publ ics-
tion-data, In~ tha:-USSR a p I
-pilot, lant wil d such~fibers in the
pro uce near
future.- The re are 1 figure9 2 tables$ and 12 non-Soviet references.
ASSOCIATION: VXIISV

nonA U UU9 Utt.
ri

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,a - - I - -,,- , Al ,-, 1- ~k it f r in a ii ran,3 1 --,, , yv- - , - - - -
1-1.1-17.
a-y-_ w T .. - ~ , ~ 7. m I - ~ z.-- .- --- ~q - . " -.',-'7 - 11
loll"W- MM M.- ~'~ .11 1...I--
---- 1 1 4 4 - - ~; I -, ~. ~ - I r i-11-- . - ~ ,- , , --l - -:-. -.- I,.- I- - - -r... -3-- -1. .1. -1,1. - -- ~ ~ -.;----l--- ~- 1. 1-1---"...., ~11-- . - I- I - 1-1.1 -- ~ ?~ - I - -, . - ." - , .~ ...

~
ZELENTSOV9 P.A.
Z"LEt'T'"' P'A
U13R (~o
U53R (600)
-Th so of Rever
iThe Use of Reverse Vhen Cutting Threads on -Lathes," Stanki i Instrument, 10,
lJo_ U
No. 9. 1939.
9o-1939.
Report U 1 0
IM Report U-1505, 4 Oct 1951

MOMMO
rM.-MOR
777-7,
Hicroscepic investigation sf transparent objects using a
metallegraphic microscope. Zav.lab.21 no.11:1388-1389 '55.
(KIaA 9: 2)
LIskitimakiy ketellao-rediaterW zavod.
(microscopy) (SMA)

S/126/60/000,/003/005/007
A105/A133
AUTHORt Zelentsov, P. N.
TITLE: Melting in cupolas without lining
PERIODICAL: Liteynoye proizvodstva, no. 3, 1960, 27
TEXT: The experience with cupolas cooled by a compact water-jacket
proved that already after some hours of melting the sweating of the lining
reaches the jacket and melting takes place on the thin layer of hardened
olag, Thin indicated the possibility of working without lining in the melt-
ing 4one, At the JakitImakly kotallno-radiatornyy z4vod (Iskitim Boiler and
Radiator Plant) the cupola with a j4ekot 1p900 mm in diamator ham boenoon-
vortod to melting without lining. For this purpose a water-cooling ring
(Fig,l) of 120 x 45 min interior section hau boon oonotruotod. For compar-
ison, another similar water-cooled cupola was riot reconstructed and tho lin-
ing of the melting zone was reduced to half a brick, which had to be recon-
ditioned after each melt. Both cupolas worked under the same conditions;
14 hours a day, air was fed from the same blower and common airduct. Indices
for comparison were'productivity, fuel consumption, temperature of molten met-
Card 1/5

S/12 60/000/003/005/007
Melting in cupolas without lining A105X133
al and down-time because of shortage of metal. The productivity was rated by
the quantity of castings. The total weight of castings was divided into ac-
tual working time of the conveyor and output per hour of the cupola. The tem-
peratures of 42 double shift meltings were measured every 30 minutes by an
optical va-porimeter. The cast iron temperature of the test-cupola was higher
than that of the lined.oupola which may be explained by a 22% higher coke ccn-
aumption in -the test cupola. The down-time of the tout cupola iq.twice an
high as that of the lined cupola because of a violation of the ahaft-profilo.
The results of those toots differ from the experience of Roatoollmash. Thaw
are 4 figures and 3 Soviet-bloc references.
Card 2/3

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. 1: - - - ~ 1 7~ 7~..:: - --- -- -. -- f~ ~
- ~`, 'T.- , ~- -- ~,~ , ~ , -
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I . . I I I : : . ~: , '~ - ~ -, &- - .1 ~. j7-,' ~ . I - ; ; -

ZnDITSOV, P.N.
the time needed for changing the composition of granular
materials in a closed system. 14t. proizv. no.10:38-39 0 160.
(MIRA 13110)
(Band, Foundry)
ff!~? rl.n
zus

ABSTRAM To datermine the extent to which a clAdding layer of OM113 steal pro-
tects 20K stael from hydrogen corrosion, clad 2nd unclad samples ware tested
under identical conditions. The hydrogttn composition was 92% H 1 0 10-0 20%
cop 2~0-2.8% GH4, 5.0-7.0% N . A layer of OKhl3 steal 1.4-2= ihicko was'found
to T)%,ovide good corrosion pr action at hydxvgen preasures of 300,, 2000 and 100
atm. and temperatures of 400, 4500 and 500C. Under these conditions, the unclad
steel samples are decarburized. Experiments showed that the decrease in the
.12~6dro en permeability of the clad samples and hence, the desirable protective
prop.e s of the cladding layer are due to a hindering of the di-ffusion of
Card V2

5a CCDEI
Cl

a r... ;;. ~~r I c . -_. _: 1, ~ .. -,II
I T

2L-- VII ... ...
a 'j,
-0i
M-2

TOPIC TAGS: metal melting, electron metal melting, electron alloy melting.
electron melting unit, electron melting furnace, vacuum equipment
PURPOSE AND COVERAGE: This book is intended for engineering personnel of electro-
metallurgical plants and machine wor", scientific workers of research
institutes, and students of metallurgical and engineering schools of higher
education. The book presents copious information on electron-beam malting
units, vacuuu installations, focusing of ~_'Lactron 4aaa-m, and the properties of
metals obtained by electron-bean, melting.1 The theory of physicochemical
proceasea invalved in electron-me-T-tIn-gar also discussed.
TABLE OF,CONTENTS:_
'Forewor
d
Card-1/4.
UDC; 621.3.032.269.1

L 10404-M
ACC UR: AM5025342
Introduction -- 7
Ch. 1. Basic conception of electron optic and some elements of calculation
1. Principle of electron heating anA melting of metals 14
2. Electrons and their propertieqy-- lo
4. The-r-m-oejectron. emission
18
i,~Seconu -t--
arye1kc -ron-l.,e- On-:7-.

--ACC:NR., AM5025342_~
3 'nits of second group (with nonmelting anode) 76
4: \~Foundsx electron units -- 102
5. Electron guns of melting units 108
(b, 111, Vacuum--system of.electron melting, furnaces. -
A_ 6 -eva ation- -rate ftom the operating-
The metho& of eterkiiing 'the ga .- cu
chambe rof an electron-beam melting installation 137
3. Vacuum equipment used with electron furnaces 140
4. Vacuum pumps with oil packing -- 143
5. Booster pumps -- 147
i 6. Diffusion pumps -- 157
7. Vacuum units and thn%l lementq, -- 158
SRecial-high-vacuum quipment'-L 163
8.
9. Sorptid-n-lon vacuu-M pumps 172
10. Measurement of a ve-cuum in electron melting installation 174
11. Methods of detecting leakage in vacuum systems -- 181
.Ch. IV. Electric Oower supply to electron melting furnaces
1. Direct current -- 1.87
2. Alternating current 191
Card 3/4

L 104-04-.66
V7 ACC NR: AH5025342
3. Power selection 193
4. Efficiency of electron furnaces 195
5. Automation of electron melting units -- 197
Ch. V.\~~ Theory of physicochemical processes in electron melting
1. hermodynamics of evaporation processes in a one-component system 204
2. Thermodynamics of evaporation processes in two-component systems 209
3. 'rhe kinetics of evaporation of metals -- 215
4. The separation of metals by melting in electron furnaces -- 222
5. Metal purification Yy removing of gas impurities -- 231
Ch. V1. Investigation o%etals obtained by electron bombardment
246
1. Obtaining ingots of Ure metals
2. Alloy melting 269 q
i-,_- jCh..VI1., Accident prevention 282
iReferences 287
S~a-?DE MM/ SUBM DATE: 18Dec64/ ORIG REFi 067/ OT11 RE F: 064
da-r-d-44

1 L 41~- A I
MUTGOV, V.-t- uohanik -9 --- - kl
90 Roca -
Birds in winter. Iun.nat. n0.1:9-10 Ja (MIRA 10:12)
1. Chlen yunatakoy sektaii Obalicheetva okhrany pr1rody Tullakogo
oblastnogo otdolenlya, Tullskava oblast'. Koaogorskiy rayon,
derevuya. Staro-Basovo.
(Birds)
amml 11 oil 11,11 ml I I I
Mll

'(g;--I(amyshin. Stalingradelcaya o
--Z~RETSOY blast
Key woAmrs of ram"hin. Okhr. truda, i sots. strakh. no.1:14-16
JI '58. (Kamyshin--Induetrial Bafety) (MIRA 11:32)

Mom-
tT-SbV- -V-.CS taringra-d
Forge of communal services workers. Zhil-kom. khoz. 8 no-5:12-14
158. (miRA 11:6)
(Stalingrad--Technical education)

ME

ZELENTSOV, Volo
Exhib,Lt of devices and equipment for agroahamical zcml 1--boratoriee,
?rib-Orostroonie no.111.29-30 N 164. (,MJRA 28,,:!)

i1xUAll ~r ',4 -'n
Mm
K(Zlm$ n.v,j marsay, V*A,
Soviet rwrmwiiT iwtru=ea at the mchibition in Sokollnikit
--.0 44 F-I

v
GIBBOVA, I.LiCtranslator); jU'a;jTSOV V.A, [tranulator); IVANOV, V-V-
'7"
[translator); HORDVIIIdv'~ . ~.rbnslatorl; IIIXULIU, H.I.
[translator]; SHILTOVA, A.?. [translator]; THIMIN. Y., red.;
DANTLIKA, A., tekhn. red.
[Progress in the reetoration of the national economy of the
Democratic Republic of Vietnam, 1955-19561 Uspekhi vosatanovleniia
narodnogo khoziaistva Demokraticheakoi Respubliki Vfetnam
(1955-1956 gg). Hoskva, Goo. izd-vo polit. lit-ry, 1958. 271 P,
(MIRA 11:5)
(Vietnam, North-Economic conditions)

ytonnnt
V. 71%-t starshiy to',c." ni%da,
11ow to- prevent the foi-mation of ice cr,-zta-ls in fuel. Vest. FTotiN-Ovzd.
obor. no.1:38-42 A.161, (I-IrA 14.
(Airplwics-Icc --ro-voo-ti
(Airplan-os-Fuel sy:;U=) on)
PP.

AID P - 5436
Subject UM/Aeronautics, - maintenance
Card 1/1 Pub. 135 - 13/31
Author Zelentsov, V. M., Technician-U.
----------------
Title The use of the fuel system of aircraft in winter
Periodical Vest. vozd. flota, 1, 61-631 Ja 1957
Abstract What measures should.be taken during the refueling of
aircraft in winter in order to prevent the formation of
ice crystals and the condensation of water in the fuel
tanks and in the fuel system of aircraft is described
in this article. The article is of informative value.
Institution None
Submitted No date

-ZELENTsovi--L~vi-~--SPITSYN-,-V-.-is Of
and SA CH~ I. A.
"S~mthesis of a Number of Schiff Bases Derive-d From 2-Hydroxy- -
1-naphtt~lii1efiyde -exxd by I.-- 1.-'Savich, V. V. Zel-
entsov, &ad V *I Spitsyn, Chair of Inorganic Chemistry, Mosww
State University, Vestnik Moskovskogo Universitetal Vol
No 1, Jan-Feb 57, pp 233-237
The article describes methods for the preparation of and the proper-
ties of 11 newly synthesized, hitherto unknown Schiff bases derived from
2-bydroVa-l-naphthaldehyde and some aroma-tic smines - The qualitative
reactions of the bases with cations of Al., Pb, Cd, Co, Ni, Fe (ferric
and.f~rrous), Rg, Cu, Ma, and Cr were i-nvestigated.
[Comment:_ Methods for the precipitation and analytical- determinaa-__:
tion. of cadmium are of - iMortance U connectioix with nuclear energy work
SIum 1258

&_,',U-_TSCjV, V.V., Cnand Clhem, Sc!
~inid r_,tcri-;ochrj.A,_,try of Ml;,T-,lox co~npouu&! of ci
raoh-bdenun -11 0 1 bir 19
nnd itraniurn vath or[-: ic ub. c s. -or, 56 7 m
lXm Q-rde-r of LiCnin f_~nd (_~rdnr of E-.bor R,
0- nd Btmer St- t eU V.
Lomonosov. Chcfnical Facult"r. Cvflair Of illonganic ~hc.,;d~;try)j 100 co,~%ics
yc'i 83- 53, 110 2

AUTHORS 'V* Vs~ Savich, 1. A, Spitoyn, SOV 156 '56-1-14/46
Viki. I.
TITLE: The Intra-Complex Com-~=ds of the Hexavalent Molybdenum With
Several Schiff Bases kVnutrikomplekanyye Iuoyedineniya ahestiva-
lentnogo molibdena s nekotorymi shiffovymi osnovaniyami)
PERIODICAL: Nauchnyye doklady vysshey shkoly, Khimiya i khimicheskaya
tekhnologiya, 1958, Nr 1, PP. 54 - 58 (USSR)
ABSTRACT: After a survey of publicati N a (Refs 1-5) the authors say
that all elements of the VI side-subgroup of the periodic
law of D.I.Mendeloyev are able to form oxy-compounds which

,e02+ -radical. Owing to the similarity of the
contain a 11
2
structure and several properties of the oxychlorides of
chromium$ molybdenum, tungsten, and uranium it may be assured
that thic oubgroup of elementn is able to form complexes with
Schiff (Shiff) bases. Preliminary experiments have shown that
the intra-complex compounds may be obtained only by means of
molybdenum oxychloride. 8-oxyquinoline and several of its 2-
Card 113 derivatives form stable intra-complex compounds with the MoO 4

The Intra-Complex Compounds of the Rexavalent sov/156-58-1-14/4,6
Molybdenum With Seve-ral Schiff Bases
ion, as is known. These compounds are used to a great extent
in analytical practice. However, compounds like those montiored
in the title have never been produced. in the case of the
method described in the present paper ab;3olute-vt-her and the
solutions of corresponding Schiff (Shiff) bases are used
which were formed by salicyl-, 2-oxy-1--naphthoe aldehyde and
by a number of -romatic amineo. The production methoda of
the molybdenum oxychloride and the Schiff bases are described
in an experimental part. Furthermore the production of the
intra-complex molybdenum compounds is described: I)M6lybdenyl-
salicylal-anilinate. 2) 'Uiolybdenyl-salicylal-p-nit,--,oanilinate.
3) tiolybdenyl...r3alic,,,,I,,-~l-..,,,troanilin-te- 4) Molybdonyl--2-oxy-l-
nauhthal-anilinate. 5) 2--(.,-xy-1--naptit~ial-p--niti~oanilitiate
(11molybdenyll' is :--A-scing in the original, the reviewer).
6) Molybdenyl-2-oxy-'-naDhthal-D-a-ii-sidi-nate. 7)Molybdenyl-
2--oxy-1--naphthal--p-tol'aidinate. Some properties of the above
mentioned synthetized substances are described. There are 9
references, ij of which are Soviet.
Card 2/3

--- ------- - --
The Intra-Complex Compounds of the Hexavalent SOT 1-56 56-1-14/46'
Molybdenum With Several Schiff Bases
ASSOCIATION: Kafedra neorganicheskoy khimii Moskovskogo gosudarstvennago
universiteta im.74.V.Lomonosova (Chair of Inorganic Chemistry
of the Moscow State University imeni M.V. Lomononov)
SUB'MITTED: 'September 25t 1957
Card 3/3

AUTHORS:
TITLE-
PERIODICAL:
ABSTRACT:
Zelentsov. V. V. Nesmeyanovv An. N.s SOV -156 -58-1-15/-.16
5avloh? 1. A.
The Inotopic Exchange ini Some Intra-Complex Compounds of
11exavalent Molybdenum (1zotomy obman v nnkotorykh vnutri-
kompleksnyk,h soyedineniyakh shestivalentnogo molibdena)
Nauchnyye doklady vysshey shkoly, Khimiya i 1-.himicheskaya
tekhnologiya, 1958, Nr 1, PP- 59 - 61 (USSR)
The authors proved already earlier that the Schiff bases
which develop from the condensation of o-oxy aldehydes with
aromatic amines2 may form intra-complex compounds with a
molybdenyl ion.. Some of their properties are given in short.
In order to explain the structure of the compounds discussed
it was necessary to determine the character of the bond between
the central complex forming group
MOO 2+ and the organic radicals. The authors assume that the
2
iaotopic exchange in
of the criteria which make possible
one
the further investigation of the naid bond. The difference
Card 113 between the jjo02+ -ion in the complex compound (bottom phase)
2

The Isotopic Exchange in Some Int-ra-Complex Compounds sovA56-58-1-15.146
of flexavalent Molybdenum
and the same ion which forms a soluble molybdenyl salt in the
solution is to be investigated here. A lacking exchange would
speak in favor of a covalent character of the bond. If an
exchange takes place, the bond has a more or less ionic
character. The authors investigated the exchange degree and the
exchange velocity of the group M0021of the dicyclical intra-
2
complex compounds. Absolute ether was chosen as medium, though
the exchange velocity was much reduced by it. The production
method of the used molybdenum oxychloride is described. The
active intra-complex compounds were produced by the action
of a corresponding Schiff banoon the molybdenum oxychloride,
Table I shows the molybdenum content in the produced prop,,rations.
The results of the measurerientq of the exchange rea:2tionr; of the
intra-complex salts are given in tables 2 and 3. Table 7j shows
that-the exchange -.-eloCil-,,,- 4~ gr-adually reduced with the
prolongation of the contact duration. This may be explained
by the low diffusion velocity in the solid phase. In consequence
of this the specific activity of the surface layers of the
solid phase is reduced and -~.pproaches the specific activity
Card 2/3 of the solution. The existiln,~ exchange shows that the bond of

'Ina frWim-MU121-
[H~
OEM
The Isotopic Exchange in Some Intra-Complex Compounds SOVA56 -58-1-15/46
of Hexavalent Molybdenum
the ion TAoO 2+ in the complexes has a mainly ionic character.
2
The difference of the exchange velocity is explained apparently
by the different solubility of the complexes here.
There are 3 tables and SoViet reference.
ASSOCIATION: Kafedra neorganichoskoy 1-himii,Uoskoval-ogo gosudarst-nrogo
universiteta im. Y. V. Lomonosova (Chair of Inorganic Chemistry
.~f the 1,11oscow State Uhi-v,6rsity imeni 14.V.. LownPsav)
SUB1,11TTED: September 29, 195',
Card 3/3

SOV1156-56-3-15152
AUTHORS: Zolentoov, V. V#fl Savicht L A., Yovdokimov, .1. B.
TITLE: The Investigation of the Jagnetic Susceptibility of Internal
Complex Salts of Copper With o-Oxy Aldehydes and Their Azo-
meiine Deriv6,tives (Izucheniye magnitnoy vospriimchivosti
vnutrikomplekenykh soley medi a o-oksialldegidami i ikh
azometinovymi proizvodnymi)
PI-3110DICAL-, Hauchnyye doklady vysahey shkolyt Khimiya i khimicheskaya
tekhnologiya, 1958, ITT,3, PP. 465_469 (USSR)
ABSTRACT: Ten new complexes of copper were produced and some of their
properties are described, In table 1 the formula, the external
prop,erties,and the content of,,copper and nitrogen (found
and calculated) are given. Three of the 13 described complexes
Alere synthesized according to the method of Pfeiffer (Ref 1).
The -magnetic SUSCeDtibility of the .13 copper complex com-
pounds was measured; the results are given in table 2. The
effootivo magnetic momont of thono compoundo io botwoon 1,73
and 2j08 Bohr's magnetone; this agrees well with the theoreti-
Card 1,12 cal value of 1,73, as the latter was calculated by taking

SOV/!.156-58-3-15/52
The Investigation of the Magnetic Susceptibility of Internal Complex Salts
of Cppper '11ith o-Oxy Aldehydes and Their Azometine.Derivatives
only the spin into account.
Considering the magnitude of the magnetic moment the authors
assumo that a)-1 the complex compounds of copper they invosti-
gated have the name structure with sp2d bonds.
The magnetic susceptibility was determined by Faraday's
method tieing a magnetic toraion balance. The latter was
constructed at the Laboratorylbr Catalynic and the Electro-
ch'emistry of Gasea of Moscow State University (Laboratoriya
kataliza i gazovoy elektrokhimii MGU). There are 2 tables
and 13 reforencea, 1 of which is Soviet.
AS30CIATION: Kafedxa riaorganicheakoy khimii lioskovskogo
p-o.,iucturstvenno.vo universiteta imeni M, V. Lomonosova
(Chair of' Inorganle Chomintry at Maticow Stato Univoralty Imeni
M, V. Lomonooov)
SUBMITTED: March 3, 1958
Card 2/2

P.M.; FOW4,OSHITAF N.A.
'Comparison of the atructure.or crystals of Inner-COMPlex compounds
of nicke%~and cobalt group 9-01,. Zhur.strukt.khim. 4 no.3t455-458
t 6) (K= 16t6)
1. Moskovskiy osudarstvennyy universitet imeni. Lomonosovao
fNickel c0impolands) (Cobalt-compouzid6)
(Crystallog~apby)

AUTIiORS: '-OV/156-58-'-15/49
A.,

TITbk;. The Magnetic Suoceptibility of the Innor Complex Salts of Nickel
Na-nitnaya vos-riinchivoat' vnatri1komplekanykh ooley nikelya)

FORIODICALt Nriuohnyye doklady vjaahej shkoly. Khimiya i khimicheskaya
tekhriologlyal 19)0, Nr 4t I)P 672-075 (US010
ABSTRACT: In the present paper the change of the magnetic properties,
and the structure of the inner complex salts of nickel in
denendence on the nature of the addenda was investiaated. An
inner complex salt of nickel was synthesized with an o-oxy-
aldehyde for the first,time. These compounds possess tetra-
hedral structure and are paramagnetic. All complex compounds
of nickel with Schiffts bases are eithcr paramagnetic or
diamagnetic. It was shown that the differences of paramagnetic
and diamagnetic propertie-- of complex compounds.are. liot always
characterized undoubtedly by colors. The addenda do not exert
any decisive influence upon the magnetic properties and
coloring. There are 2 tables and 7 references,,2 of ihich are
Card 1/2 'Soviet.

JAIN=
The Hagmetic Susceptibility of the Inner Cmnplex Salts of SOV/1 56-58-4-15/49
Nickel
ASSOCIATION: Kafedra neorganizheakoy khimii t1onkovnkogo go3udarutvennogo
universiteta im. M. V. Lomonosova (Chair of InorgaiLic Chemistry
at the Moscow State University imeni M. V. Lomonosov)
SUBMITTED: April 23, 1958
Card 2/2