SCIENTIFIC ABSTRACT BARZYKIN, V. V. - BASALKEVICH, Y.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000203810019-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

Thermal Explosion of Dinitroxydiethylnitramine
S106g2,B)8001061081011
Under Conditions of Purely Convective Heat B020 B061
Transfer
ASSOCIATIONs Institut khimicheakoy f12iki Akademii nauk
SSSR
(Inatitute of Chemigal Physics of the Academy of Sciences
USSRT
SUBMITTEDs October 6, 1959
Card 2/2

81937
S106216010001061091011
B020/BO61
AUTHORS: Dubovitskiy, F. I.# Rubteov. Yu. I.. Barzykin, V. V.,
Manelisp G. B. -------------
A
TITLEs Kinetics of the Thermal ~ec2mposition of Dinitroxydiethyl-
nitramine I
PERIODICALs Izvestiya Akademii nauk SSSR. Otdeleniye khimicheskikh
nauk,
1960, No. 6, pp. 1126-1128
.~'f dinitroxydiethyl-
TEM The kinetics of the thermal decomposition 0
nitramine is investigated here by three different methods, the
evolution
of gas, the change of weight, and the evolution of heat. When studying
the kinetics on the basis of the evolution of gas, the same method as
earlier (Ref. 5) was used. The curves of the rate of heat evolution are
graphically illustrated in Fig. 1, and the temperature dependence of
the
reaction rate constants in Fig. 2. The values obtained for the reaction
heat of the thermal decomposition of dinitroxydiethylnitramine are
tabulated. As may be seen from the Table, the thermal effect of the
Card 112

81937
Kinetics of the Thermal Decomposition of B/062/60/000/06/09/011
Dinitroxydiethylnitramine B02O/B061
reaction rises slowly with increasing temperaturet the temperature
rise
in the range 150 - 1700 being about 6%. The decomposition takes place
as
a reaction of the first order. The rate constants were experimentally
determined, and the activation energy and the factor of the
exponential
function were 6alculated. There are 2 figures, 1 table, and 6
referencess
2 Soviet, 3 Canadiang and 1 British.
ASSOCIATIONs Institut khimicheskoy fiziki Akademii nauk SSSR
(Tnstitute
of Chemical Physics of the Academy of Sciences USSR)
SUBMITTED: October 6y 1959
Card 2/2

-2760Y
/Z O/jo 8/07-/A/035/009/008/015
S-0200 Blo6/BIIO
AUTHORSt Merzba-jov, A. G., Barzykin, V. V., Abramov, V. G., and
Dubovitskiy, F. L~
TITLEt Thermal explosion in the liquid phase under conditions of a
purely convective heat transfer
PERIODICALs Zhurnal fizioheskoy khimii, vA 35, no. 9, 1961, 2083 - 2089
TEXTt The authors tried to realize the themmal explosion of explosives
in
the liquid phase for the limiting case of purely convective heat
transfer.
The heat exchange is of such intensity that no temperature distribution
takes place in the reaction zone, and the total temperature gradient
falls
to the wall of the reaction vessel. Such a heat exchange may be
achieved
by intensive artificial intermixing of the substance. Under these con-
ditions, the heat-tratefer coefficient from the reaction zone to the
ambient medium may easily be measured since it is derived from the
heat-
transfer coefficient through the wall of the vessel. Moreover, these
conditions may serve as starting point for a detailed study of the
compli-
oated convective heat transfer. Two explosives with strongly different
Card 1/5

8/076/61/035/009/008/015
Thermsl explosion in the liquid phase B106/B110
properties were chosen for the experimentst Dina
(dinitrooxydiethyl-
nitraminal melting point 52-50C) and Tetryl ( melting point
C4130,10.
The decomposition of Dina is a reaction of first order and
only leaves a
small oondeneated residue. The rate of heat development per
unit volume
is indepandent'of the extent of transformation, and is only
determined by
the temperature. Under the conditions of a purely convective
heat trans-
fer, Dina represents, therefore, the simplest example for the
theory of
thermal explosion according to N. S. Semenov (Ref. 71 Zh,
Uspekhi fiz.
nauk, RFKhOj �2, 241, 19261 11, 251 1940). On the other hand,
the
decomposition of Tetryl has an autooatalytio course and leaves
a very
large condensated residue. Tetryl is a good example for the
quasisteady
theory of thermal explosion developed by-the authors (Raf. 6a
A. G.
Me'rzhanov, F. I. Dubovitskiy, Dokl. AN SSSRj 1241 362, 19591
Ref. 9:
same authors, Dokl. AN SSSR, 120, lo6e, 19581 Zh, fiz.
khimiip3A, 2235,
1960). The investigation method had been elaborated previously
(Ref. 21
A. G. Merzhanov, V. 0. Abrwjav, P. 1. Dubovitakiy, Dokl. AN
SSSR, 128,
1238, 1959) and was only oo..pleted by a device for the
intermixing of the
substance. This method per.)its a determination of all
fundamental
characteristics of thermal ixplosion. In Table 1, the
experimental zesults
Card 2/ 5

2766~~
S/076~Vi/035/009/008/015
Thermal explosion in the liquid phase ... B106/B110
on the thermal explosion of Dina are compared with the values
calculated
according to Semenov's theory'l they agree well. The data for the
oalou-
lations were obtained independently of the experiments. Table 2 gives
a
comparison of results of experimental investigation of the thermal
explosion of Tetryl with the 6'riiibil-temperaturs and heationg
calculated
by means of the equations derived in Ref. 6 and Ref. 9. Also in this
case, the agreement is good. D. A. Frank-Kamenotskiy (Ref. 1i
Diffuziya i
teplopersdacha v khimioheekoy kinetike'(Diffusion and heat transfer in
chemical kinetics), M.-L., 1947) is mentioned. There are 2 figurest
2 tables, and 9 references, 7 Soviet~and 2 non-Sovist-bloc. The two
references to English-language publications readas followas A. J. B.
Robertson, Third Symposium on Combustion, 1949P 5451 W. G. Chute, K'.
G.
Herring, L. E. Toombs, G. F.-Wright, Canad. J. Res., Bjks 899 1948-
ASSOCIATIONt Akademiya nauk 88$Rt Iiastitut khimichookoy fiziki
(Academy of Sciences USSR, Institute of ehemical Physics)
SUBMITTEDs February 5, 1960
Card 3/5

Z~ j
V
am
NR: AP404UM
'AUTHORS iBar2gr*kJUUY. V. (Moscow); Gontkovskap, V. T. (Moscow); r
!A. G. (mo "64)~ nuemov, s. r. (Moscow)
ITITIZ: Nonstationary theory of therm4l explosion
;SOURCE: Zhurnal prikladnoy mekhaniki i tekhnichaskoy fis W no. 3,
1964* na-125
h" heat exchange,
!TOPIC TAGS thermal explosion, eat transfer, Newtonian
'thermophynice, approximate formula
:ABSTRACTs The authors use an electronic computer to analyze and
solve a system
:Qf partial differential equations for thermal explosion for'I)h
reaction of xeroth
:and first order with conductive beat transmission in the reaction
zone and Now-
'tonian heat exchange on the boundary, They-analrza,
0
and IV 60 GXP q, (To OxP +
Q04
"P
OX (2)
1 Card

'ACCESSION NRt AP4041201
~where G is heating, 7'is timb f ii-a coordinate, d is the criterion
of Grank-
Xamenetsk~y, n = 0,1 and 2 respeciively,for plane-parallel,
cylindrical, and
spherical cc
)ntainern is the depth of transformation. The dimensionless var
1ablee are; T(x,t) temperature in the reaction region,, T -
temperature of the
0
-ambient medium Q - thermal effect of the reactionp ko -
pte-exponent, E '-' activa
ftion energy, coofficient,of heat conductivity,, c - specific th
rmal capacity,
density, R - universal gab constant, r - rad-Lus of the contain:r
(for plans
:parallel - half of the thickness). The authors refine the
determination of the
basic. characteristics of thermil explosion. They present the
results in the form
;of approximate formulas relating the characteristics of thernal
explosion with
:all the parameters of the problem in a wide range of variation. A
criterion is
Igiven. for applicability of the equation aveiaged over the region
for computing
:the period of induction in the case of conductive heat transmission
in the reaction
:region, and a method for averaging the system of equations for
thermal explosion
iia proposed, Orig, art, bast figures, 6 tablesp and 9 forwils.13,,
ISSOCIATIONt none
SUB14MED: 23Jan" RNGM 00
SUB CODE,: -TD NO REF SOV& 008
Card 2/2

BARZYKIL LV.; MFXHANOV, A.G.
Thermal explosion of condensed systems under conditions of
weak heat exchange with surrounding medium, Zhur.fiz.khim.
38 no.11%2640,2647 N t64. (MIRA 18:2)
1. Institut khimicheakoy fiziki AN SSSR,

L 37710-66 MT(J)/EWr(u)/T
ACC NRs AP6024416 SOURCE CODE: UR/0020/66/169/001/0158/0161
AUTHOR: Averson, A. E.; Barzykin, V. V.; Merzhanov, A. G.
-In&&1>e of Chemical Physi (Institut khimicheskoy
ORG: ce, Academy of ScienceaSLSSP
y
fiziki Akademii nauk SSSR) V
TITLE** Therval theory of of condensed substances
SOURCE: M SSSR. Doklady, v. 169, no. 1, 1966, 158-161
TOPIC TAGS: ignition theory, condensed system, ignition iadW R, 7
4-,
ABSTRACT: Generalized equations are derived for the ignition of
condensed systems
under various boundary conditions, i.e., at a constant surface
temperature, a constaul
heat flux to the surface of the combustible, and under the conditions
of Newtonian
heat-exchange on the surface of the condensed system. The numerical
solution of the
derived system of equations on an electronic computer yielded a
generalized equation
for calculating the ignition delay of condensed systems over a wide
range of param-
eters. Ignition parameters calculated by the proposed theory are in
good agreement
with both ptiblished theories and published. experimental data
obtained for the ignitior
of pyroxyl (V. 1. Lisitskiy, A. G. Merzhanov, Nauchno-tekhnich.
problemy goreniya i
1965). The authors thank Z.
VzrYva' no -,S. Andrianova for programing the elec-
tronic computer calculations. Ori art. has: I table$ 2 fi a and 6
formulas
SUB CODE: 21/ SUBH DATE: 17Sep61/1 ORIG REF: 005/ OTH R.Pre664/ ATD
PRESS;5,4t/,

-`j--ACC-NRs ---AP601-2677 UR/0170/66/010/004/04821OU6
AUTHOR: Shtelubarg, A. S.; U~_Yblnp V. B.1 BarLykin, V. V.; HerzhAzav
ORG: Branch of the Institute of Chem 'ical P_~Jeics, AN SSSR,-.Hoscow
Oblast (Filial In@ tuta khimicheskoy iiziki AN SSSR)
TITLE: Ig-ition of condensed substances at a constant surface
temperature
SOURCEt lnzhenerno-fizicheskiy zhurnal, v. 10, no. 4, 1966, 482-486
TOPIC TAGS: ignition delay, condensed explosive, surface temperature,
pyroxylin
ABSTRACTi To verify the previously postulated theory of the ignition
of condensed explosives (Averson, A. E., Barzykin, V. V., Hershanov,
A. G. IFZh, 9, No. 2, 1965), the ignition of pyroxyli No, charges
having a constant initial surface temperature (Ti - 255-369K) by con-
tact with an aluminum block with a varying temperature (To .
485-525K).-
was studied experimentally using a specially developed experimental
unit (see Fig. 1). The initial temperature of the pyroxylin was set by
a thermostat, and the temperature of the igniter was set by a current
control system. The ignition delay tZ was visually ob3erved
ard 1/4 UDCs 536.46

-Arous4eit -71-":
Fig. 1. Experimental unit for!
studying the ignition of con-
densed explosives by a hot
body
1 - Aluminum block (igniter);
2 - Pt resistance thermometer;
3 - heating element; 4 Pt-
Pt-Rh thermocouple; 5 thermo-
stat; 6 - steel cylinder;
7 - jacket with heat transfer
agent; 8 - charge; 9 - texto-
lite plate; 10 - lifting device;
11 - ebonite sleeve; 12, 13,
.14 - current control system;
Tr - transforuer.
Cord 24

T,
Fig. 2. Dependence of the igni-
tLon delay time on the initial
temperature
(tz in secl TO-Ti in *K; To - 489K)
Card
Fig. 3. Dependence of the
ignition delay time on the
temperatuie of the igniter
1 - Explosive charge 12 am in
diame-ter; 2 - charge 18 an in
diameter; (tz in sec; To in
*Ki Ti 293-298K)
fm XV Xv

M-AM-NININ
and recorded using a stopwatch. The temperature of the ignition
block
was varied to obtain an ignition delay of 3-20 sec. The experimental
data were treated by an equation derived by mathematical
transformation
of the published theoretical equation for tz. The graphed results
(see Fig. 2 and Fig. 3) show satisfactory agreement between the
theoretical and the experimental data. The activation energy
calculated.
from the graphs was found to be 200 kj/mole. The authors thank
-B. M. Dmitriyev and 0. A.~Kochetov for their assistance in setting
up
the app-aratus. Orig. art. hast 3 figures and 3 formulas. EPS]
SUB COM 19/ SUBH DATE: 3lAug65/ ORIG REFt 004/' ATD PRESS:YJ *5-1
3

0623M7 ' EWT(m) Wjw/fie
'CC-,_kR; AS030659 SOURCE CODE: M/0020/66/16i/
A
AUMOR: Bartyking V. V,; Xhudyapy, S. L
.ORGs none
TITIZ: Problem of critigal iuluo conditions with heat losses
SOURCE: AN SSSR. Doklady, v. 169, no. 6, 1966, 1366-1369
TonC TAGS: ignition, heat lose, heat coefficient
ABSTRACT: The authors examine the problem of critical ignition
conditions of a semi-
infinite cylinder with the constant temperature .70 on the end,
with Newtonian heat
transfer from the side surface, characterized by the heat loss
coefficient a at an nm-
blent temperature of T* < To. An equality is derived which with a
practical allowable
error can be considered as the critical ignition condition for any
Bi which Is a func-
tion of the distance from a certain fixed axis in the cylinder to
the side surface.
Two solutions are given--for plus and minus signs of
solvability'conditions. When
6 = derit, both solutions merge. A graphic form of these solutions
is alno given.
Equations are written for a circular cross section of a cylinder,
but a tifo-dimension-
al surface can also be used. The authors thank A. G. Merzhanov for
his vnluable ad-
vice. Presented by Academician V. N. Kondratlyev on 27 Novem&r
1965. Orig. art.
has: 2 figures, 13 formulae.
SUB CODE0
* SUBM DATE: none/ ORIG RM 005
Sard 1/1 / UDC: 536.46

W.RZYKOWSKI., J.; ZAKOWSKI, W.
Study of the properties of the generalized Van der Pol
equation.
Bul Ac Pol tech 11 no, 12:763-768 163.
1. Department of Basic Electrotechnical Problems, Technical
Military College,, Warsaw, and Department of Mathematics
E, Telecommunication Faculty, Technical University, Warsaw.
Presented by S. Ziemba.

LYZWINSKIAI mgr ins,,; BARZYKOWSKI, J,, mgr ins,
Electric rookst engines. Pt. 1. Toolm lotn 19 no. it 3-n
A 164.

LYZWINSKI, M., ugr ins.; BARZYKCWSKI, J... mgr inz,
Electric rocket engines. Pt. 2. Teohn lotn 19
no.2t29-36 F 164.

La, F.
Technical 1-bseum of Slovenia. p. 3.20. (11"OVA
PRQ!ZjC;D:.'JA, Vol. 5, no. 2p
Jiily 1954. Ljubljana, Yugoslavia)
SO: Yonthly List of Eqst European i1ccessilons, LC,
Vol. 4, No. 4,
Apr 1955p Uncl.

BASe 7ranJo (direktor Tehnionep miasoja. -Ljvblj&na)
To dr. XIrko Gernic on his 70th birthday, Zdrav,
23 no.3-4:5~-56 1954.
(BIOGRAPHIMS
*dernio, Mirko)
vest*, Ljubljana

BAS H.
Contribution to the pathogeneslo of meralgia pareothetica.
Ceok. ne=l. 28 no.6454-457 N 1 65.
1. Neurologicke oddeleni Olyodniho ustavu narodniho zdravi
v Jindrichove Hradai (vedou0i MUDr. H, Bas.).

T X
ACC NR% AP6034709 SOURCE CODE: CZ/0082/65/028/006/0454/c
AUTHOR:---gLe I H.
ORG: Neurological Department,Okresni Institute of National
Health/headed by Doctor
of medicine H. Bas/, Jindrichuv Hradec ( urologicke oddeleni MM
TITIE: Pathogenesis of meralgia iparaesthetisa-lp
SOURCE: Ceskoslovenska neurologie, v. 28, no. 6, 1965, 454-457
TOPIC TAGS: pathogenesis,, nervous system disease, bone disease
ABSTRACT: Meralgia paraeathetica is found only in 0.2% of
neurological patients.
Highest incidence is between 50 and 65 years of age, and is
caused by changes affe
the upper lumbar spinal column. Essential factor of the disease
are the changes
in the upper lumbar irertebrae; the disease is a manifestation
of a vertebrogenio
lesion and does not affect the whole body. The majority of
patients complained of
law back pain and sciatica. Orig. art. has: 4 tables. (Based on
author's Eng.
abst.] IJFRS: 34,1611
SUB CODE: 06 / SUBM DATE: none / ORIG REF: 001 / OTH REF: 015
Card

0 CLS N ~jI
ERMSKIY,V.; SAS,L.; LACHINOV,A.
P-MMOMMORM
Pneumatic tool for polishing car bodies's Avt.transp.33 no.9:
23-24 S'55. .. (ERA 8:12)
(Automobiles--Apparatus and supplies)

GIAZUNOV, Bergey Vasillyevich; SABINIM. AiAray
Aleksandrovich; ALS. Lev
Ruvimovich; PAMLI, S.Y., redaktor; MANIU, X.P., tekhnTwCMr"w
TaURM
(Automobile and motorcycle racing in foreign countries]
Avtomobill-
pye sorevnovaniia za rubashom. Po(I obahchei red.
A.Sabinina. Xoskva,
Gos. izd-vo *Fizkul'tura i sport.0 1956. 266 p. (MLVA 9:8)
(Xotorcycle racing) (Automobile racing)

t~O-V~
SEROV. Aleksandr nadimirovich- BAS Lair Rwimovich; YJRHOLIII. Alsksey
Ivanovich; PRIGOEHIU, IVANITSKZT,S.Yu.,
redaktor; PAPMI,S.V., rsUktor; KANINA,H.P., takhnichaskLy ra-
daktor
[Working principle 6f a motorcycle] Ustroistvo motots0da. Iad.
2-oa, iepr. Hoskwa, Gos.izd-vo 071%kulltura i sport." 1956. 350 P.
(Motorcycles) (MM 9:3)

or,
SAS, L., Insbener; BRODSKIY. V.. ingheiii
The GAW (model 155) compresd6to ATt. transp- 34 no.6:14-16
Jo '.56. (MLPA 9:9)
(Air compressors)

33AS. L.. insbtuor;. qRINGAUT,. Top., - saslushennyy
master sporta, SSSR,
A quarter of a century in automobile iacing. Za rul. 15
no.4.-8-9
AP '57* (K= IW)
(Lorent. Sduard Osipovich)
I

Automobile racing; ten now records. Avt.transp. 35 no.1:27-28
Ja ~57. OWU 10:3)
1. Zanestitell Glavnogo sudli sorevnovaniv.
(AutomobiXas , Racing)

B L 7'
LACHINOV. A., EAS ~ L. -
. . 40- ----
Tire marking device. Avt.tran8P-
33 no.4:32 Ap 157.
(KM 10:5)
(Autoso'biles-Tires) (Marking devices)

BAS, L., inzh,
..Owwolrands used in repairing engines, front and rear axles,
Avt.transp- 35 no*11:19Q0 N 157. (HISA 10112)
(Automobiles--Repairing)

BAS, L., inzh., swilyn respublikanskoy kategorii
Improve racing notarcycless Za rulo 16
(~btorcyclas)
voog:15-16 6 158,
(MIRA 11:10)

rp
,),4
BRMXIYI
Squipmut for obecking and adjusting automobile headlights, Art,
transp. 36 no.3%14 Mr 158. (HIM Il 13
(Automobiles-Idghting-Testing)

B AS, L.
The 427-tYpe traveling crane. Avt. tranip'.,*0 no. 7:22-23 A '58 -
(Cranes, derricks, stc.)"~ ,i (KIRA 1118)

MOBTSHZTMT. Ve; BAS, Le I.
Now machines for mounting and dismounting automobile tires. Avt.
transp. 36 no.9:24-25 3 158. (XIBA 11;10)
(Automobiles-Tires)

SHOUSLAVSKIT, A., Inish. BAS
Togtine, ntand for by4milla 4rlvos, Avtotranope 17 Tio,4II&PO
Ap 119. (HRUt 12 16)
(011.)wdmillo maebtnary-Tosting)

SAS# L., insh-o
Repairing body panels. Avt. transp. 37 no.5:59 NY '59.
(Automobiles-Bodion-Maintenance and repair) (MIRA 12:8)

BAB, L., Insh.; WHTWN. M.. insho
liew cylinder boring maebine. Avt.transp. 37
N 159. (Drilling and boring rachinery)
~0-11:31-32
(MIRA 13:2)

BAS, L.
Blectric vulcanizers* AvtotranoPo 38 no*7:25-26 J1 160,
(Vulcanisation) (mrn 13:7) 1
:1
1. . .1

-A . w-g,ery - May - 1957 :j
ACSIPTA YMICA Sec.9 VA.
13 As 1.4 Al.
2541. BAS M. M. Med. Inst. A. A. Bogomolts, Kiev. *T h e e
I o s u r e o f
-e-IT-ensive defects of the diaphragm in diaphragmatic
herniae (homoplastic in experiments) ( Russian text)
VESTN.KIIIR. 1955, 10(71t-78) Illus. 4
t
Report of successful experiments on dogs to close an
artificially caused defect
in the diaphragm by homoplastic material (diaphragmatic
muscle from other ~dogs)
o
taken usually 2-3 hr. before the operation. This has been
performed in 5 cases,
in 4 of which the time of observation was prolonged up to
207 days.
Addmek - Ndchod

BASSA, F.-. LABUZA, S.
The present stnge in the development of the theory and computation of
globoid gaars.
P. 502, (Strojirenstv-1) '701. 7, no. 7,1ulY 1957, Praha,
Czechoslovakia
SO: Monthly Index of East European Acessions (EEA1) Vol. 6, No. 11
November 1947

Z/032/6o/olO/07/016/030
AUTHORS:
BANa. Fr Engineer and NoZ2f973J!335

l
TITLE:
on Worm Millinx-
Manufacture of Globoidal Worm GearA
-_ -
Machines%%%
PERIODICAL:
Strojfrenstvit 1960, Vol 10, Nr 7, pp 509 - 521
ABSTRACT:
In spite of
the'great advantages of globoidal worm gears,

they are not used in
Czechoslovakia to sufficient extent.

The authors published in the Nr
7, 1957, issue of

Stroj,frenstvi an artiule relating to the
calculation of

globoidal gear transmissions and numerous Czech works

are at present using this method for designing such gear

transmissions. However, considerable difficulties have

been
encountered in the manufacture and the Czech manu-

facturers are not
satisfied with the quality of the

globoidal gears they produce. It is
stated that this

deficinecy is due to incorrect technology and the aim

of the paper is to supplement information given in the

paper published
earlier and to acquaint the Czech engineerin

community with the
correct technology of manufacturing
C.
globoidal worm gears on
current-type worm milling machines,
Cardl/2
which are available in most
of the larger works. The

BASA, Ymntieek, inz.
"Gear wheels' by D.W. DudleY, [dr. ing.) H.
Winter. Reviewed
by Fmtisek Baca, Stroj vyr 11 no.7:374 163.

uc`~,
of Cont-roll;
6, r---,c 621-
523
n,- ~4,) i-_ on PIliluill;; Sit0s."

BASAGIC, B.-t-CATOVIC, S. ZEC, R.
Our experien oes with UlcoBan In the treatment of gaotrointestinal
ulcer. Med. arh. 18 no,6t57-M N-D'64.
1. 11. interni klinika Medioinskog fakulteta u Sarajevu (Sef:
Prof. dr. Miron Simic)j Istraz1vacka laboratorija tvornice " Boa-
nalijok4o

6' EWT(1) IjP(C)
L 4L207;~~.
cc NRI AP6018 734 SOURCS COM UR/0057/66/036/006/2075/1683
OR: Basargin, Yu.G.
ORO; none
TITLE: On the Mond order chromatic aberrations of a sector type
magnetic analyzer
with a radially inhomogeneous field and curved boundaries
SOURCE: Zhurnal tekhnioheskoy fiziki, v. 36, no. 6, 1966,
1075-1083
TOPIC TAGS: electron optics, chromatic aberration*, magnetic
field, mass spectrometer jq
AB.T=Cr*. Formulas are derived f the second ord:r chromatic
aberration coefficients
of's sector type magnetic-analyze%with a radially inhomogeneous
magnetic field
bounded by arcs of circles, The formulas are valid for arbitrary
positions of the
source and detector. The geometry of the analyzer discussed in
this paper is the same,
as that of the analyzer discussed by Hidetsugu Ikegami (Rev.
Scient, Instrum., 29, 943,p
1958), and the present paper iv regarded as supplementary to
that one, The inclinatio,
to the optic axis of the focal line is calculated and means are
briefly discussed for k'
achieving a focal line that is perpendicular to the axis. The
approximations employed~
in the paper a" not adequate for calculation of ihe ourvatute of
the focal line* For"~'~
the case of a uniform magnetic field the formulas reduce to
those given by K.L,Brown,,:
1/2 UDC: 537,533*3

BASAL, U.
Tragedy of Marlia B.; the truth about the Israeli
Oparadise.0
Rab.i sial. 34 no-3:18 Nr 158. (MMA U:3)
(Israel-Social conditions)

BASALkY, F.
Students will go soon to the new lands.
Prof.-tekh.obr. 12 no.4:33
AP '55. (MLRA 8: 7)
(Kazakhstan-Reclamation of lend)

BASALATIV, A.A.
Minical course of hemorrhagic fever in White Russia.
Zdray.Belor.
5 no.9s54-58 S 159. (KIRA 12:12)
1. Ix ok-ruzhnogo vo7ennogo gospitalya (naLchallnik Me
Khiteyev).
(WHITIO RUSSIA-HEMORMIAGIC MlY )

olkovnik med.oluibbyl AR4NSONj S.B.p podpolkovnik
Treatment of Influenza -vith-Llim sons.. Voen.-med. zhur. no. 2t7&
79 F 161. (MIM 14:2)
(TNYIM2!7A) (CUMAUE=4)

MSALAYL
_.T A.#.,,,polkovrik maditainakoy olushbyl
PRIKHODIKOv G.F.,
_4
meditainskay aluzhby; IVANKIN, PA., podpolkovuik
meditainakoy alushby
Cases of tonsillitis of adenoviral etiology,
Voen,-mede thure
no.2:48-49 165, (MIRA 18:11)

ALSATAYVI A.M., iushener.
Utilizing peat deposits by the peat enterprises of the White Russian
SSR. Torf.prom. 31 no.5.-4-5 154. Mft ?..8)
1. GIALvtorffond BM.
(White Russia-Peat industry) (Peat industry-White Russia)

BASAIAYIIV# A.T.; SHOYMMUN, Z.H.
Case of water supply pollution by chromium. Gig. i san. 21 no.g:
68-69 8 156. (MLRA 9: 10)
1, Is Gorikovskoy oblastnoy sanitarno-apidemiologichookoy
stanteii.
(CHELOKIUH--TOXICOLOGT) (WATXFL--POLLUTION)

-010=-Ia

=7 01~
. . . . . . . . . .
JIMMs Minton&=* and repair of n6tor voUcles
BOUMNs T11 I nobsbeniye omtddkh To ail# W6 5t IW# 73-W
TOM TAGOs motor vehiolop sordaing tochniquo
AWfUMS The servicing toobniqtio used for keeping military vehicles In
operativ condi-
tion in discussed on W basis of the experience acquired by a wiUW7
unit& 219
service station of this unit in provided with modern equipment
Inoltding elauted Plot-
forms# a lubricating circulation ayeton# a new battery chiwging
atition and a hot-wimter
washing installation. 2he drivers are subjected to special training
in order to Make
then familiar with the servicing technique, maintenance inspection
and repair procedures#
The inportance of checking the reliability of fastenings (oorewp
bolts# *too) is stressed
and some failures are, cited as smoles, It is recommAed that various
adjustments and
control operations be conducted without applying excessive measures
such as di
engines or machinery* In my *&me# Us restoring of molfaactianW parts
can be done.,
b7 a simple x1justment or z"Iscomant. Careful use of lubricants is
also taken into can,-
siderationt and varlow footon oatioUing the Pointenanos of UftlAntion
fuskme are
Ccwd 1/2

~%CC MR' APOnV4
examinede the mme careful 9"roach-to the maintenance of electrical
eqidpmmt Is
recomended, Om wmWles of carelessness in*handllng electric circuit
slamtis are
presented. Special trainingg lectures and wwroises are conducted In
order to lacrem ji
the standard of pxaficiency in the use and maintenance of electric
circuits. A prelimi-
nary preheating of engines ~efoxe starting is strongly rooomended
with refamce to the
Edd" displayed by a driver In operation and mudutenance of vehicle
engines. A strict
observation of rules and regulations eatabliahed for the uee of tim
Is alm stressed
especially in reprd to the regulw waintenme of proscribed IuMtlon
preseurees
prwtJoal cases an emmdwd and remomm"tions. an givene 01~& art* bass
2 pbotoet
8P OMSo ...'.230 IV Bumpma
11004
7
/2
Cord
77-

S/123/6Z/000/001/001/003
A004/A101
AUTHOR; Basalayev, G.,_L_,
TI~iE: Sorew-impeller'pump,for the pumping of molten sodium nitrate at
5000C temperature in patenting baths '
PMUODICAL: Referativnyy zhurnal.. Mashinostroyeniye, no. 1, 1962, 31,
abstract
1B182 ("Tr. Leningr. politekhn. in-tall, 1961, no. 215, 173 - 177)
TEXT: For the heat treatment of fixtures 8 - 14 mm in diameter a
patenting
bath is used, which the steel wire, upon leaving the furnaoe, passes
straight
through cylindrical nozzles In the face end walls. The level of the
melt in the
bath is maintained at 100 - 120 mm above the nozzle axis. The 51IB
-80 (5PV-80)
pump has been developed to pump the molten salpeter, which pours out
through the
nozzles into the overflow pockets of the bath, back into the working
space. The
pump capacity is 80 m3/hour (22.2 l/sec), the pressure head is 1 m,
the impeller
speed 1,420 rpm, the driving motor power W, while the high-speed
coefficient
ns = 820. Tests proved the satisfactory operation of the pump. The
pump cooling
system ensures dependability during operation and saflety in that way
that it is
Card 1/2

S/12,V6Z/000/001/001/003
Screw-impeller pump for the ... A004/A101
impossible for the water to get into the molten salpeter. There are 3
figures
and 2 references.
N. Illina
[Abstracter's notei Complete translation]
Card 2/2

'ACCESS109 NR: AT4042134 S/2563/64/000/231/0065/0071
AUTHOR; Barialayev, G. I., Sinellnikov, V. P.
TITLE: Design and results of experimental tests of an axial forerunner
with a small hub-
ratio
SOURCE: Leningrad. Politakhnichesidy Institut. Trudy*, no. 231, 1964.
Gidromashiny*
(Hydraulic machinery), 65-71
TOPIC TAGS: centrifugal feed pump, pump rotor cavitation,
anticavitation forerunner,
worm forerunner, axial forerunner, forerunner hub ratio, forerunner
design calculation,
pump power characteristic, -rotor cavitation characteristic, banded
forerunner
ABSTRACT. The report presents design calculatibns for a three-bladed
wormtype forerunner
with a hub ratio of 1. 69, intended to improve the anticavitation
properties of a centrifugal
feed pump. - The executed design (see Table 1. in the Enclosure) was
tested and improved t4a
critical cavitational factor of high speed operation of a stage from
Ccr = 1050 to Cer = 2420
i at feed 0. 032 m3/sec, evaluated from comparative Cor'Values, where
5. 6 2a
Car (H
ov. min) 3/4
Ca' rd 1/3

ACCESSION NR: AT4042134
and R Is excess head at the suction stage. Test results indicate
that addition of the
desigAld forerunner does not diminish the power characteristics,
nor does It change the'
head pattern. A banded variant of the forerunner, while presenting
more complex manufacturin
problems, did not provide additional operating advantages. It Is
concluded that tke design
of the basic stage is equally Important in obviating cavitation of
the centrifugal rotor.
Orig. art. ban: 3 gTaphs, I table and 8 formulas.
ASSOCIATION: none
SUBMITTED: 00 ENCL: 01
SUB CODE: IE NO REF SOV: 006 07HER: 000:
.C.*-rd-! 2/3

ACCESMON NR:
AT4042134

Table 1.

ale

Cross section
D mm
degrees
degrees
mm

T
peripheral
129.5
170541
6*401
142
1.05
central
103.0-
2rO5'
8*09'
i53
.1,42
hub
'76.5
280351
1W221
137
1,71
0(1 = tangent angle of blade chord pitch
- angle of attack
I = length of profile chord
= grid density
3/3-
- - --------

BASALA~I.
Outdoor system for studying full-sized feed pump units. Trudy
LPI ne.246364-68 165. (MMA :LS:6)

-AIM NRI
INVENTOR:
ORG: None
SMCE CODE:
Basalayev, 0. V.; Lozinskiy, 0. Yu.; Frenkell, P. G.
TITLE: A method for measuring and registering the temperature in
plasma electric
heating units. Class 42, No. 181845 (announced by the An-Union
Scientific Research
Institute of Electric Heating Equipment (Vaesoyuznyy
nauchno-isoledovatellskiy in-
stitut elektrotermicheskogo oborudovaniya)]
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no.
lo, 1966, go
TOPIC TAGS., temperature measurement, plasma heating, electronic
measurement
ABSTRACT: This Author's Certificate introduces a method for
measuring and register-
ing the temperature in plasma electric heating units based on the
generalized method
of spectrum reversal. The procedure is designed for improved
measurement accuracy
as well as for obtaining more detailed information on temperature
field distribution.
The optical system of the pickup is mechanically oscillated vith
respect to the zone
being monitored vith an amplitude greater than the dimensions of
this zone and in a
direction normal to the optical axis of the pickup. Working signals
are received.
Vhen the optical axis of the pickup is passing through the zone
being monitored,
vhile calibration signals are received vhen the optical axis of the
pickup passes
Card
uDC; 536.5-08T;533.9

ACC-NRI AP6017989
beyond the limits of this zone. A special device is used for acali.ng
the signals on
the basis of the generalized method of spectrum reversal with
statistical averaging
into a continuous signal proportional to the temperature of the
object..
60 CODBI 13, 09s.20/ SUBM DATE: 188ep64

ya V)
IMMOSOVI PONq !~~;Axf
Pivoted filler loadl machine. Ye4llurg 2 UO-708 Jl
V9 (157-
K= 100).
19 Gurlyevskly me~4~lurgicheskiy savod,
(LoadinK and unloading)

Yq /a log-10 /19
Oganov, N.I. and R-91
u nev, Ye.V.
AUTHORS: Mints, A.L., a
TITLE: A Continuously-evacuated Power Triode Type PrM-500
(Generatornyy triod a nepreryvnoy otkachkoy RGM-500)
PERIODICAL: Radiotekbnika :1 Blektronika, 195?, Vol-II NO-10
pp. 1240 - l152 (USS'R)
ABSTRACT: The authors of this article have been engaged during the
last few years on the development of a 500 kW triode, whose
construction differs substantially from that of the earlier
models. Four such triod3s, type PrM -500, have been
employed successfully at one of the Moscow medium-wave broad-
casting stations and two triodes have given a satisfactory
performance 1-n high-power, short-wave transmitters. Design
of the triode was carried out on the basis of the theory given
by Kuzunoza. (Ref.4) and Zusmanovskiy (Ref.3). Some of the
technical data of the triode are as follows: emission current
350 A, cathode efficiency 8.55 MIA, cathode life 3 000 hours,
heater power 40 W, length of the active portion of the cathode
wires 350 mm, diameter of the cathode wires 1.2 mm, number of
cathode wires 36 (12 wires per phase), heater voltage 17.2 V,
heater current in each phase 780 A, diameter of the cathode
"cylinder" 160 mm, diameter of the grid ncylinder" 170 mm,
Cardl/3

A Continuoualy-evacuated J?ower Triode Type PrM-500. 109-10-3/19
a spherical co per terminal. The triode can be easily assembled
or dismantled M necessary). While assembling the triode, the
flanges and the insulators are made vacuum-proof by means of a
special sealing wax. The evacuating system for the tube (see
Fig.9) consists primaxty of a high-vacuum oil-diffusion pump
-and two vacuum gauges. The system produces a vacuum of the
order of 2 x 10-0 VmHg. The authors thank B.M. IlIvovskaya,
who took part in the development work and A.A. Skvortsov and
A.V. Demchuk for their help in the preparation of the triodes.
Also, the experimental work done by A.V. Ivanov et al. from the
U SSR Ministry of Communications (Ministerstvo Svyazi'SSSR)
is acknowledged. Thereare 11 figures, 2 tables and 3 Slavic
references.
SMMITTED: May 13, 195?.
AVAILABIE: Library of Congress.
Card 3/3

SOV/120-58-2-19/37
.AUTAO.RS:Basalayev, M. I. and Basalayeva, N. Ya.
TITIS: A Vacuum Fl'ow- eter (Vakuumnyy potokomer)
PERIODICAL: Pribory t Tekhnika Eksperimenta, 1958 Nr 2, pp 75-78
(USSR)
ABSTRACT: An instrument is described which may be used to measure
the rate of flow of a gas and is designed for use in vacuum
technique. It is based on the measurement of a quantity
proportional to the rate of flow of gas, namely, the differ-
ence in pressure between the two sides of a diaphragm through
which the gas is flowing. The difference in pressure is
measured by two Pirani gauges included in two arms of a
Wheatstone bridge and placed on either side of the diaphragm.
The off-balance current in the bridge is a measure of the
difference in pressure. The maximum sensitivity is:
5 X 10-6w Usec per -Pamp. Maximum measurable - flow' is
1.6 x 10-2 Mm L/sec. The error of measurement does not
exceed 15%. There are 6 figures, no tables and 3 references,
Card 1/2

SOY/120-58-2-19/37
,A Vacuum Flow-Meter.
2 of which are Soviet and 1 English.
SUBMITTED: MaY 31 195?.
Card 2/2 1. Gas f low--Measurement 2. Flowmeters--Performance
3,Vacuum apparatus--Applications

43396
S10891621013100410031011
B102/BIOB
1~ ?-?C
AUTIJORJ: Vorunkov, R. M. Pevzner, M. I., Flerov, P. N.9 Areflyev, A
V., Basalayev, hl. I., Korolev, V. M., Mookale'vo S. B." Osipov, I
V. P.
30411ev linear e1 -designed for neutron spec-~
TITLE. eotron accelerator
troscopy
PERIODIC4L3 Atomnayaenergiya, v, 13, no- 4, 1962, 327 - 336
TEXTs The accelerator, designed by the Hadiotekhnichoskiy institut AN
33M
(Radio Engineering Institute AS Mill) and use& fbr neutron
spactroscopy at,
1
the Ordena Lonina Inatitut atomnoy energii im% I. V. Kurchatova AN
SS8H 1.4
(Lenin Order Institute of Atomic Energy itheni I. V. Kurchatov AS
USSR is
a 'traveling-wave accelerator which produces a pulsed electron beam
with
an..energy of 30 1.1ev and a current of up to 500 ma. It operates on
2'A414* ata pulse repLtition frequency of 100 cps and with pulse
durationd
of o.61 0.2, or 0.05~tocc- ~t the input of the 'diaphragmed waveguide
there
is a field of 150 kv/cm. The efficiency of h-f enerry conversion is
30-35FA
'The maximum h-f power for 10.8 em is 20 Mv. The diaphragmed waveguide
Card* 1/#-

51089162M 3/004/003/011
30-Mev linear electron ... B102/B108
raa &63ij~ned as a homo&eneous system .%,ith constant phase velocity
(Fi.G. 2).
E'ach of itf, six cells has four 4-mm openings to improve the
evacuation )f
16-he system. The h-f from the Generator is fed to the accelerator
throitgh a standard squaro feeder wAveguide (54 b.V 72 mnij 6 m long)
rherein
11 - type Waves are excited. This waveLuide is-enclosed on each side
by
10
glass vAndo%-,s of circulitr conical shape. The h-f r,
,encrator is an unsol!-
dered klystron equipped with a titnnium getter and fed by a thyratron
modu-,
later. The modulator is fed with direct current from .-. rectifier
with
voltaige regulator 3t its priiwy windint. 'odulator and.klystron are
conrec t ee 1)y a 65-Idw villse transf ormcr bools4t 4 - '03). The
klystron operates
at n maxirou.m voltage of 320 kv. Its h-f
excit.-.tionismadq4a,-iarnetron %-.,ith
a po-sor of 10-15 kr,-. To prevent h-f breakdown in the klystron, its
voltage
supply is cut off automatically when excess currents amount to 30c,;,
or if
an h-f breakdorm occurs in the accelerator part. The pulsed'injection
current is supplied by a three-electrode electron Gun designed
similarly
to Pierce's double-cleotrode Lun (Fig. 6). The vacuum-system of the
acceleriLur is connected to three titanium ion getter pumps as
desiened by
the Aziko-te'AhPAaheskiy institut All U&,.R (Physicotechnical
Institute AS
UkrijIl). The necossary o,;crating vacuum of (2-0-10-6 mm Hg clan be
created
Card 2/0-,

j/089/62/013/004/003/Oii
304'ev linear electron ... B102/BIOB
pump and the three ensure continuous opera
by one :such tibn for 10-12 bra a
day durina three -to,four months, A act of mechanical pumps is usdd
ao a
forepullp (jo-2 to 1073 mm HS). The controls and switch Cenr are
installed:,
in -ate building. The accelirated oloctron benm is focused onto a
3g sepai The bremsatrahlung which occurs in the tar-
U2 target in a water pool.
get produces neutrons bW (p n) or (p r) reactions. The neutr no of
jO?4 neutronal
/-1-5 Mev have Maxwellian energy'distribution. The yield is
pw am.Tho entiro unit is enclosed by a concret
a shield (1.5 m thick pro-
vided with several ex'porimental channels (100, 200, and 300 mm
wid6~(Fig.7)-
the current, ap*ectrum, pulse shape, and radial distribution of the
current
density of the electron beam ivere measured'. -Numerical data are
given for
time of flight and background. There are 9 fieures a:nd 2.tables.
5UBMITTEDi Dezember 18, '1961
-Card 3/19-:~>

CHWICHEM9 V.Ya.; RODIOROV, R.A.; BAS
A good and useful tradtion. Blek.i tepl.tiaga 7 no 2t43 F 163,
iMIRL .16s2)
1, Zamestitell nache4vnilm Kasakhokoy dorogi (for Chernichinko).
2, Zamentitell nachallniks. Aushby lokmotivnogo khosyaystva
Kazakhokoy dorogi (for Rodionov). 3. Nachallnik otdela rewmt;a
sluahby Kazakhokoy dorc, i (for Basalayev).
Itailroads-Employe
(Railroads--Maintenance 22 repair)

AKHLYNOV, X.Yaf; I L)6j-DANILENNOO O*T.; ZAKIL4ROV, A.D.;
OLIKHOVAIMYO AVY-.YILOj YAKOVLEV~ V.I.; KUZIMINA, V.S., red.
[Manual for navigators of fishing fleets; navigation of
fishing boats and sea fishery prattices] Spravochnik du-
dovoditelia rybolovnogo flota; pronyslovaia navigatsiia
i morskaia promyslovais. praktika. Moskva, Pishchevaia
promyshleimost' , 1965. 194 P. (MPU 18: 9)
1. Glavnoye upravleniye rybnoy proryshlennosti Azovo-
Chernomorskogo basseyna (for Basalayev). 2. Polyarnyy
nauchno-issledovatellskly institut rybnogo kbozyaystva i
okeanografii (for Danilenko). 3. Murmanskoye vyssheye more-
khodnoye uchilishche (for Yakovlev). 4. Gosudarstvennaya
inspektsi-ya bezopasnosti noreplavaniya i portovogo nadzora
flota rybnoy promyshlennosti SSSR (for Zakharox).

SOV/120
-58-2-19/37
-7. Ya,
AUTHORS.Basalayevl, M. 1. and Basalayeva,
TITLE: A Vacuum Flow-Meter O_ai~uumnyy p_ot-o-k~om r)
PERIODICAL: Pribory i Tekhnika Eksperimenta, 1958 Nr 21 PP 75-78
(USSR)
ABSTRACT: An instrument is described which may be used -to measure
the rate of flow of a gas and is designed for use in vacuum
technique. It is based on the measurement of a quantity
proportional to the rate of flow of gas, namely, the differ-
once in pressure between the two sides of a diaphragm tlyroUr,h
which the gas is flowing. The difference in pressure is
measured by two Pirani gauges included in two arms of a
Wheatstone bridge and placed on either side of the diaphraga.
The off-balance current in the bridge is a measure of the
difference in pressure. The maximum sensitivity is:
5 x 10-6
mir J,/sec per jLamp. Maximum measurable flow is
2
1.6 x 10- mm t/sen. The error of measurement does not
exceed 15%. There are 6 figures, no tables and 3 references,
Card 1/2

A Vacuum Flow-Meter.
2 of which are Soviet and 1 English.
SUBMITTED: MaY 3, 1957.
SOV/120-58-2-19/37
Card 2/2 1,,Gas flow--Measuirement 2. Flowmeters--Performance
3,Vacuum apparatus--Applications

SOV/109-3-8-17/18
AUTHORS: Alekseye' B LSAl8_Veva, v. Ya. . Yelinson, - M. I.
va, A. P. ,
Zernov, D.V., Kullvarskaya,71.9-, Lifshits, T.M.1
Savitskaya, Ya.S., Sena,,L.A., Shabellaikova, A.B. and
Yurasova, V.Ye.
TITLE: The Eighth All-Union Conference on Cathode Electronics
(8-ye vsesoyuznoye soveshchaniye po katodnoy elektronike)
PERIODICAL: Radiotekhnika i Blektronika, 1958, Vol 3, Nr 8,
pp 1092 - 1103 (USSR)
ABSTRACT: The conference took place during October 1? - 24, 1957
in Leningrad at the Fizikb-tekhnicheskiy institut AN SSSR
(Physies-engineering Institute of the Ac.Sc-USSR). It
was organised by the Soviet Ac.Sc. and was attended by
4 - and other
Soviet scientists from Moscow, Leningrad,sK' W
towns of the Soviet Union as well as by delegates from
Hungary, Czechoslovakia and Romania. Altogether, over
one hundred lectures were delivered at the conference.
These were divided into the following sections: thermionic
emission and the technology of thermionic cathodes;
secondary electron emission; photo-electron ' emission;
field electron emission; cathode conductivity phenomena;
Cardl/2 ionic processes and gas discharges. Some of the papers

SOVE109-3-8-17/18
The Eighth All-Union Conference on Cathode Electronics
read at the conference are published in the present issue
of the journal: in fact, all the papers in this issue
were read at the conference. Some of the papers were
published in an earlier issue of the journal (vol 21)
ar 12, 1957). A number of papers from the conference
are being published in "Izvestiya AN SSSR, Ser. leiz~ vrs
4 and 5 and also in various other journals. The present
report gives brief summaries of a large number of the
papers presented at the conference.
SUBMITTED: Februarl 4, 1958
card 2/2 1. Cathodes (Electron tube) 2. Thermionic emission 3.
Secondary
emission 4. Photoemission 5. Field emission

30'1/109-3-9-19/20
AUTHORS:Basalayeva, N. Ya. and Savitskaya, Ya. S.
TITLE: News Item (Khronikn)
a,
PERIODICAL: Radiotelichnika i elektronika, 1958, Vol 3, Nr 9,
pp 1221-1222 (USSR)
ABSTRACT: The Inter-Departmental Seminar on Cathode Electronics
(10th Session) (Mezhduvedomstvennyy seminar po Icatodnoy
elektronike (10-ye zasedaniye)). TIle 10th Session of the
Interdepartmental Seminar on cathode electronics took placc
on May 5, 1953, in the Institute of Radio Engincerin- and
Electronics of the Soviet Academy of Sciences. The follol-1-
in- lectures dealing with the problems of oxide cathode
technolo- were read and discussed: 1) Yu. N. Buznikoy read
Gy
a paper entitled "Double-layer oxide cathodes". 2) A. L.
S.hustina et alii reported some rasulbs on the investigation
of the processes taking place in an oxide cathode during its
activation. 3) L, 11. Lipkovskiy gave a lecture entitled
"Analysis of the grid-currents in a triode and investigation
of the parameters of an oxide cathode". 4) A.A.Yeroshenkov
Card 1/2

O'OV/109-3-9-19/20
News Item
spoke on "Investigation of the factors increasing the
insulation strength of the heaters in oxide cathodes".
C5
5) B. D. Luft dealt with the problem of the application of
alundum suspensions for the electro-phoretic coating of
the heaters in receiving tubes. 6) 1. L. Gandellsman des-
cribed the construction and the operation of an experimental
equipment for the coating of the heaters by using-a corona
discharge. 7) M. Yu Gorina presented some results on the
investigation of the cathaphoretic coating of thorium-oxide
cathodes, 8) V. P. Dzerganovskiy et alii dealt with the
problem of preparing high temperature joints of thorium and
lanthaum boride with molybdenum, tungsten and tantalum.
9) V. 0. Neshpor and G. V. Swiisonov gave some data on "The
problem of the emissive characteristics of the hexaborides
of rare-earth metals".
SUBMITTED: June 4, 1958.
Card 2/2

AUTHOR:
Basalayeva, N. Ya. 57-28-5-32/36
TITLE:
Ga-s-FIrmi-na-tion From
Metals Used in Vacuum Technique (Gazo-

otdeleniye metallov,
primenyayemykh v vakuumnoy tekhnike)
PERIODICAL:
Zhurnal Tekhnicheskoy
Fiziki, 1958, Vol. 28, Nr 5, PP- 11o2-

-1107 (USSR)
ABSTRACT:
In the
present paper the author communicates the results of

velocity,
measurements of gas separation in various metals

which previously were
subjected to various treatments. The

measurements were conducted by
means of the "substitution me-

thod" proposed b Oganov. The results
are shown in figure 2.

The quantity Q. R denoting the velocity of gas
separation per
%

3/h.GM2
unit of surface of the investigated sample in om was

plotted in a
logarithmic scale on the vertical axis at a

pressure of 76o mm of
mercury column. The time of evacuation,

from the moment of starting
the operation of the vapor pump

was plotted on the abodBea. The
determined dependences for

T>21 3 hours show the shape of straight
lines with the equa-

QM

A - Bt, which corresponds to the equation
tion 1g( R
Card 1/2
-kt
Qg. W kC 00 Figure 3 shows analogous results for welding

Gao Eli7mination From Metal Used in Vacuum Technique
57-26-5-32/36
seams in cop er and brass samples. The coefficients A and B
of equation M of the corresponding functions (figures 2 and
3) are given in the table. An etching with nubsequent washing
out with benzene and acetone in all cases reduced the
velocity
of gas separation by about 70 times. The welding seams ex-
Iiibit a stronger gas separation than the welded metals. The
ob-
tained resultj of the values of the velocity of gas
separation
can be utilized for the computation of the productivity of
the
vacuum system according to the equation S n Qt + Qg
There are 3 figurest 2 tables, and 7 references, 6 of which
are Soviet.
SUBMITTED: July 1, 1957
1. f4etals--Degasification
Card 2/2

S/109/60/005/05/020/021

El4O/E435
AUTHORS:
Basalayeva, N.Ya.,
Vikhlyayeva, R. at Zhdan, A.S.

-
Z-er-n-o-v-,--D.-V.-,--Ito-fanova, T.I,. Pervov&. L.Yd q

Polito7a-.N.M., Polyako a. R.A., Popov, B.N-., Spivak, G.V.,

Shabellnikova, A.E. and Yasnopollskaya, A*A.
TITLE:
Report on the
Ninth All-Union Conference on Cathode

Electronics
PERIODICALs
Radiotekhnika i elektronika, 1960, Vol 5, Nr 5,

PP 866-879 (USSR)
ABSTRACT:
This conference took place in Moscow from 21-28th

October
1959 with the participation of Soviet scientists

and guests from
Hungary, Eastern Germany, the Chinese

Peoples' Republic and
Czechoslovakia. The chairman of

the organization committee was
Academician Vekshinskly.

The report consists of brief abstract3 of
125 papers

presented at the plenary sessions and the settions OIL

the
conference. 15 Reports were presented in the section

on surface
properties of solids dealing with electron

adsorption and structural
properties Of active surface

films. Electron-optical studies of
"patch fields'$ on
Card 1/2
emitting surfaces were discussed. 6 Papers
on the J

S/109/60/005/05/020/021
VAO/E435
Report on the Ninth All-Union Conference on Cathode
Electronics
physics of semiconductor cathodes were given in the
section on thermionic emission. 17 Papers were
presented in the section on photoelectric emission.
Many papers discussed industrial technology of photocells
and multipliers. 16 Papers were presented at the section
on secondary-electron emission. The section on field
emission heard 11 papers discussing pulse field
emission at high current densities, surface phenomenag
field emission of semiconductorsX\and the "condenser)t
cathode. More tha~n_36_papers and brief communications
were presented at the section on properties, new types
and technology of cathodes, relating to the technology
of various types of cathodes, their behaviour in
practical devices and the operating mechanisms of
individual cathodes. 19 Papers were given at the
section on interaction of solid bodies with streams of
charged particles and residual gases. Notes of
conference discussion indicated that several sharp and
Card 2/2 critical exchanges of views took place. t-/

29321
S/109/61/006/010/019/027
Ae a/ 3 7) 3W246/D302
//:3 f/ A
AUTHOR4z BasalaYeva,__N#7g~j Yekimenko# T*M.p Yelinson, M.I.,
Z,,-,.rnovp D*Vop Savitskayap U.S.$ and Yasnopollskayaq
A*Ac
TITLE: Investigating some properties of a cold m#gnesium-
-oxide cathode with *lf-enhancing emission
PERIODICALs Radiotekhnika i elektro*ka, v. 6t no. 10, 1961#
. 17201- 1740
TEXT: The aim of this work was to study some pgWrties of cold
magnesium oxide cathodes which were not investigated in technical
literature. In the experimental apparatusp cathodes made by cata-
phoresis and spraying were used, with varying thicknesses (6 35),
and 12-60 jig respectively)# They both had highf PIRM usnessN(80 of
the volume . They had nickel substrate o tke M (mag-
nesium added) and platinized nickel@ The instrument used was a
diode with tubular cathode of oval cross-section and a mesh-anode.
The starter used was a thin (100 p ;3) tungsten filament. The ca-
Card 1/0

29321
S/109/61/006/010/01,9/027
TnVeStigating some properties D246/D302
thode was activated by baking it for 10 min. at 850 00. Number of
specimens approxo 400&Their volt-ampere characteristics
co%2!espon-
ded to those in the 11-terature* a) To investigate the effect of
oxygeng specimens were oxidized in cycleaq at 8500C in atmosphere,
starting at 0o1 mm of Hg pressures Then the max. stable current;
le
was measured with the corresponding potential differencep Uat
"'et-
ween anode and cathode. Ie/Ua was then taken as an approximzite W-
terion of the qualitS of the cathode. Fig. 4 shows Ie/Ua as a
fur.-
tion of the number of cycles (N) for cataphoresis cathodes. Fig* 5
- the same for sprayed cathodes. The same types of curves were ob-
tained for platinized nickel sub&rate (Pt layer ro50 1,1 tbick)p
which proves that NIO layer does not play any significant role in
the mechanism of emission* b) Investigation of temperaiure-depen-
dence showed that there are both reversible and irreversible oban-
ges of the emissione If the cathode is heated higher than 40000,
Irreve'rsible processes start. It was shown that heating up the
14go
layer is responsible for limiting current densityp hencep improve-
ment by its cooling-c) The time dependence of the starting pro-
cess was also investigated. It was shown that it is sufficieni to
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2Y3;dl
09/61/006/010/019/027
Investigating some propertias D246/D302
illuminate the cathode to start the co'Id emission. On the other
hand the decre se of the incandescence of the starter electrode
greatly increasE .. the starting time. d) The influence of the pre-
sence of a magn,-tc field is shown in Fig. 14. e) The increase in
thickness (up to 30 - 40 ji) of sprayed cathodes impnwes their emit-
tive properties# The opposite is true for cataphoresis cathodes,
but comes from single centers, situated in cracks for thick ones.
g) By positively charging up the MgO layer, it was impossible to
start the emissiong thus it is necessary to introduce a small
amount of free electrons for starting. At the end the authors din-
..cuss the various hypotheses proposed in technical literature to ex-
plain the effect and state they intend to test them in their future
experiments. There are 14 figures and 11 references: 6 Soviet-bloc
and 5 non-Soviet-bloc. The references to the 4 most recent English-
language publications read as follows: D. Dobischek, Electronics
and Con-,ins, 7, 5, 26, 1959; A.M. Skellett, B.G. Firth, D.W. Mayer,
Proc. -1. ..E#p 479 10t 17049 1959; Y. Mizushima, Y. Igarashit T.
Imai, J. Phys. Soc. Japanp 15, 4# 729) 1960; H.N. Daglish, Proc. I.
E.E., 108B, 37, 103, 1961.
SUBMITTED: May 23t 1961
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KHARSHAK, Ye,M,,, dotsent; BASAIZMCH K.
Table of recorded remats of vocal audiometrye Mmr.
uab*p
nos. i gorl. bol. 23 no*4%85-86 Jl-Ag'63. (MIRA
16:10)
1, Iz surdo-okusticheakoy laboratorii
Faucbno-iseledovatell-
skop isbUtuta otolaringologii Ministerstva
adravookbraneniya
UkrSSR (direktor - zasluzhenny7 dayatell nauki
prof. A.I.
Kolomiyobenko).
(AUDIMSTRY)

SVISHCHUKP A.A.; GRINBERG, F.L.; BASALEWICH, Ye.D.;
OVERCHUN, Te.D.
P~reparation-of trtwb*,2bydroqulnone. Ukr. khIm.
zhw. 2 no.4-t
43,1_432 163. (MIRA 16:63
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