SCIENTIFIC ABSTRACT BOROVIK-ROMANOVA, T. F. - BOROVIKOV, L. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206510019-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

, -Y.1--.
-,:!".I ,I ..-, 1--
'-'i tna'.,influence of alkaline elemerits dur~ri,g lhefx dettz-ninat---on
by a flame photometer. Report I'lo.- . Zhur. r.nal, Idim. 20 ilo.6:
655-61,8 165. (I.IMA 18-7)
1. lzistitut geckhimi-i i V--er,'--3:3kogo
AN SSSRY 1,10,51,va.

ROVALISKTTF i
V.V.~ 1~0.~OVM-ROMJIINOVA, T.F.~ )-STUNOV.4, GIOBURG Y&.O,
14-a~! da ~A rou traca element content In irlcr--r;rg!jnlsMs.
Miki-ebiologlia 34 no.3:403-406 My-le 165. (~aFLA 18:3.1)
1. Institut geoMilmii i ans-l-Iticbeskoy khImli Imeni Vlo
Vernadskogo AN SSSR, Mc)5kva.

BOROV KA, M. ..
Underground vasification of Slovak lignites. Prace Ust padiv 61
0
107-115 163.

03-67 E14T(d)/EWT(I)/EWT(m)/EWP(t)/ETI XJPW JD,/WW/Q9/AT
NRI AT6020457 At)-56-URCE CODE: UR/0000/65/000/000/0248/02iz
AUTHOR: Mitin. R. V.; Knyazev, Yu. R.; Petrenko, V. L; Dorovik, Ye. S.
ORG- none
TITLE: Pulse beating in a high pressure a aic
SOURCE: AN UkrSSR. Vzaimodeystviye puchkov zaryazhennykh chastits s plazmoy (Interac-
tion of charged particle beams with plasma). Kiev$ Naukova dumka, 1965, 248-266
TOPIC TAGS: argon, plasma heating, dense plasma, pulse heating, black body rad.Lation
ABSTRACT'. This work describes the study of a dense high-temperature ~~M_ai6ma
_kqate4 by a steady current with very high current pulses superimposed for a sufficient
ly long time to establish thermal and hydrodynamic equilibrium. The experimental sys-
tem consists of the steady current source, a pulse current source (bank of capacitors)
and a discharge chamber. The electrical characteristics of the system iWe described
and the dynamic characteristics are given for several capacitor charges. The 2-rgon
arc was studied spectroscopically and optically with the following results: 1) the
electric field in the plasma column was found to have a constant value in the axial
direction. Its value increased slightly with current and pressure increase (1/2. and
1/4 powers, respectively); 2) surtace radiance increased linearly with the electric
power delivered to 1 cm of the are and at 3.5 X 106 W/cm reached a value corresponding
Card i /,.) -W

L 08803-67
ACC NRi AT6020457
to a black body of 12000OK; 3) the charged particle d~msity reached 1019 in one =3
and the temperature in the central position of the nifi~lmme was fowid to be In
the range of 30,000-70,0000K. Orig. art. has: 19 formulae, 9 figures.
SUB CODEt 20/ SUBM DATEt 1INo"51 ORIG RM 008/ OTH REF-. 005
not

_~)/IM JD
-1, 0877)-67 . -EWT_(m)_/T~!%jj~jy
ACC NRs /IP60203.40 SOUnCS CODE: UR/0048/60/030/006/1079/1082
AUTHOR: Ekjosq'(Deq'eased), Mi!T21uY-,Yu- A.-
(ED L=or-oi-ii,
ORG: none
TITLE: Susceptibility of Forroxplanos above tho-Curio--point Z'Report, All-Union
Conference on tho Physics of Ferro- and Antiforrotangnotism hold 2-7 July 19(;5 In
Sverdlovsg.
-10 2
SOURCE:. AX SSSR.Izvostiya. Seriya fizichookaya, v. 30, no. 6. 1966l 1079 11
TOPIC TAGS: ferrite, paramagnetic susceptibility, temperature dependence, cobalt
compound, nickel compound, barium compound, strontium compound
ABSTRAM The authors have investigated the paramagnetic susceptibility of mixed
Ferroxplanes of compositions CoyN12-711(Ba) and Co
YN12-yW(Sr)p where W(X) stands for
02'XO-(F0203)8- This work is a continuation of earlier work on the same materials by
the authors (Fiz. motallov i metallovedeniyeiJ6, 2 (1963); Is, 5 (1964)), and the
measurement and sample preparation techniques are described in the earlier 13apers.The
tenperature dependence of the susceptibility above the Curie point was found to be of
tho type characteristic of ferrimagnetism. The constants I/q., C, 0, and a in the
Neel equation 1/q n 1/qo + T/C - s/(T - 0) for the paramagnetic susceptibility q of
a ferrite as a function of the temperature T were derived from the experimental data
[Can ~ are tabulated, together with the corresponding,constants for barium, strontium,:
_.~rd .1 -2

L o8773-67
XCd-kk-1 ipio-iq-i'~O-
0
and lead hexaferrites. These constants for the Ferroxplanes do not differ greatly
from those for the hexaferrites. The experimental values of the constants C were
close to the values calculated from the magnetic moments Of the constituent ions. The
molecular field coefficients were calculated from the constants of the Neel equation
under the assumption that the magnetically active ions are randomly distributed among
the tetrahedral and octahedral sites, and these are tabulated for the Ferroxplanes,
the three previously mentioned hexaferrites, and a number of cubic monoferr.Ites. The
intra-sublattico exchange integrals for the A sublatticos of all the hexaterrites were
found to be negative; this conflicts with the basic assumption of the Neel theory that
the magnetic moments on one sublattice are aligned parallel. The inter!-~sublattice
exchange integral was found to be negative for all the tabulated materials, indicating
that the-mlignetic moments on the two different sublattices are antiparallel. This Is
in agreement with the Neel theory assumption of uncompensated antiferromagnetiom in
Iferrites. The inter-sublattice exchange integral was found to be much greater (in
jabsolute value) in the cubic ferrites than in the, hexaferrites or the Fe.. xplanes.
10rig. art. has: 2 formulas, 4 figures and 2 tables.
SUB CODE& 20j07 SUBM DATE: 00 ORIM, REF: 004 OTH MW a C04
IS-rd 2/2 nst

KORZINKINA, Z,.j VATLETSOV, V.; MEYLAKHS, M., master sporta; BOROVIOIN, D,.
Facts, events,, peoplo. Kryl. rod. 16 no.9~18-19 S 165
10
(MIRA l8sl2)
1. Obahchestvennyy instruktor Kirovskogo oblastnogo kamiteta
Vaeso3ruanogo dobrovollnogo obsbeheotva sodeystViya armii,
aviatsii i flotu SSSR (for Vatietsov). 2. Zamestlte-12
nacballnika TSentraltnogo doma aviatsii i kosmonatiki (for
Borovikhin).

BOROVIN-ROMANOV, A.S.; TULIN, V.A.
Mixed electron-nuclear resonance in the antiferromagnet
Mh(03' Pis'. v red. Zhur. eksper. i teor. fiz. 1 n0-5:18-22
Je 065.
(MIRA 18-11)
1. Institut fizicheakikh problem imeni Vavilova Af1 SSSR.
Submitted April 22, 1965.

USSR/Corrosion Protection frQm Corrosion, J
Abst Journal: Referat Zhur - Kbimiya, No i9, :L956, 61863
Author: Borovikov, A-L POPOV' S'
Imstitution: None
Title: Detection of Intercrystallite Corrosion by the Paint Method
Original - '. I
Periodical: Grazhd. &,~Iatalya,.1956, No 3.. 29
Abstract: The method involved for detecting foci of intercrystallite corrosion
on aa-ticles made from Al-alloyB by means of paints, consists of coat-
ing the metal surface first with a layer of red paint made from :.0-30 9
of the aniline dye "Sudan IV," 20-30% gasoline and 70-80% illumination
kerosene' amd then with a white paint consisting of a mixture of 70%
white nitroenamel "DM," 24 "EDV" thinner and lqk Zn white. Prenence
of foci ef intercrystallite corrosion is evidenced by the appearance
of clearly defined red paint marks on the white background. It VaB
found that the paint method makes it possible to detect intercrystal-
Ute cUsintegration hav:Uig a depth of -) 0.1 mm.
Card 1/1

SOV/84-5a-3-33/59
AUTHORS: Anoreva. Ye.,, Borovikov: A., Valyushko, A., Engineers
TIME: A Tomillescent Defectoscope (LymaineBtsentnyy defektcoskop)
PMODICAL: Grazhdanskaya aviatsiya, 1958: Nr 8, p 24 (USSR)
ABSTRACT: The article describes, in general terms, an, inst&Ilation for detect-
ing defects in aircraft parts by using the luminescence of a mixtLre
of kerosene and aircraft motor o!Ll in ultraviclet light. I-1he in-
stallation, designated LDA-1.. ww3 buUt by an unidentified repair
establishment of the Aeroflot and is intended for lot pr-c&Lction
during this year. The set up consists of four sepamte caldnets.
In the first cabinet the part is soaked v-Ith the fluorescent liquid.,
in the second it is vashed and dried, in the third dusted with
magnesium oxide. Tfte fourth cabinet contaIns; an ultraviolet lamp for
inspecting a part for defects. The article is accompanied by five
photographs shoving the general viev of the installation &13d the
interiors of individnal cabinets.
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IDATT. N.P. [Idatte, X.P.3; RM, 2.
(translator]; PLUNGTAN, A.14
[translator]; BOROVIKOV, A.'P.,
(Both, Ernst]; TOROPOVA, V.S.
(translator]; NAUMOT. Y.P.
red.; URKTAKOV, A.D., takhn.red.
EAntiaircraft fire.- effectiveness of antiaircraft fire) Voprosy
zenitnoi strel'by: Bffektivnost' zenitnai stral'by Eby K.F.Idatte;
translated from the French). EComputing the trajectories of guided
missiles] X raschatu traektoril reaktivnykh snariadov. uprav-
lisemykh po luchu [by Ernst Roth; translated from the German].
Xoskvaq Izd-vo inostr6lit-ry, 1959. 20.3 p. (MIRA 13:7)
(Antiaircraft gans) (Guided missiles)

BOROVIKOV, A. F.
Vooruzhenie sovremennykh samoletov. (Tekhni,ka vozdushnof.-o flota,
1940., no.9, p. 85-95, Mus., Oiagrs.)
Title tr.: aircraft ni-mamert.
TL504.T4 1940
So:,--~Aeronnuticnl sciences and 1.viation in tbo~ Soviet. Uni-,,n, Librar.7 of
Congr~-ss, 19515.

"A High-Speed Remote Control System. Type BSK-54, 11 pp 67-75, 111
Abet: A description Is given of the BSK-54
code, 1954 model), designed for two-way
channel. This Bystem may be used for the
objects and for remote signaling of the
advantages of the 13SK-5h system and its
of power systems are noted.
apparatus (high-speed, variable
transmission on one communication
telecontrol of a%v two-position
position of these objects. The
possible use for telemechanization
SOURCE: MaterialX NgaLqhno-Z1khrdqh9sXo-y Konforenjall Do Obmenu OpY&Stm
Eksuluata&911 Ustr
.2XstX Telem-skWnIkI i SMzi xyAhn-Lelchn, 0-va Haer-get..
ProM=sti. (Material From the Scientific and Technical Conference on ExchaW,-e
of Experience in the Operation of Telemechanics and Communications Devices
of the Scientific and Technical 3ociety of the Power Engineering Industry),
Rostov. 1957.
Sum 1854

- ME
BOROVIKOV, A.I., Inshener.
Selemium rectifier for feeding remote control devices. liek.sta. 23
no.5:57-58 My 154. (KOA 7:6)
(Blectric current rectifiers) (Remote control)

BOROVIKOV, A.I. ~nzhener.
r_- 1~1~-
Automatic switching-in of the reserve power supply in telenachanical
systems. Elek.sts. 28 no.1:88-89 J& 157, (MLRA 10:3)
(Automatic control)

s/io4/6o/ooo/oo9/O03/OO5
E073/E335
AUTHOR: -Borovikov.- Engineer
-----------
TITLE- Equipment for Reserve Supply of AC Current from
Storage Batteries3i 3(
PERIODICAL: Elektricheskiye stantsii, 1960'; No. 9.
Pp. 59 - 61 4
TEXT: Rotary motor generators driven by storage batteries
do not yield a current of a sufficiently constant voltage
and frequency. At Rostovenergo Works special equipment has
been developed to ensure reliable emergency power of a
constant frequency and voltage. It consists of the following
main elements; 1) a low-power genevator of harmonic
oscillations made up of crystal triodes with resistance
capacitance filters and tuned to 50 cPs'V 2) mercury
thyratrons, type TP- (TRI-5/2 ith irivert-~r apparatus
J. 5, 1 )P
for DC to AC conversion-,- 3) four relays which ensure
autonatic starting of the equipment and a power contactor.
The storage batteries feed a frequency generator through a
voltage divider and a current stabiliser; this frequency
generator produces a voltage of about 2f; V with a frequency
Card 1/3

S/104/60/000/009/003/005
E073/E335
Equipment for Reserve Supply of AC Current from Storage
Batteries
of 50 c.p.s. This voltage in series with a shift- voltage
(from a condenser) is fed to the grids o)L" the thyratrons.
The cathodes of the thyratrons are heated but the anode
voltage-is not switched on normally, Thus, the circuit is
continuously in a state of readiness although the communi-
cation and telemechanics apparatus is fed from the general
supply network. If the supply voltage fails or drops below
a certain level, the system is automatically switched over
to operate from the storage batteries. The frequency produced
by an RC generator is practically independent of the voltage
of the storage battery and for voltage fluctuations of + 20%
of the storage batteries the voltage fluctuation at the output
from the stabxliers is + 1% and the frequency deviation is
-e 0.05 cps, This system of reserve current supply ensures
normal operation of the telemechanics anti the communication
system. The changeover from normal supply to emergency
supply is effected practically without interruption, The
equipment is simple, it has no revolving parts and requires
Card 2/3

s/lo4/6o/ooo/oo9/003/005
E073/E335
Equipment for Reserve Supply of AC Current from Storage
Batteries
hardly any maintenance. The floor space required is
750 x 500 mm and the equipment weighs 15 to 20 times less
than rotary machinery. The disadvantages are that~
1) the heating filaments of the thyratrons have to be
continuously switched on and irrespective of whether they
are or are not in operation they have to be replaced once
a. year; 2) the current generation of the thyratrons may
cease if there is an excessive drop in the voltage of the
storage bEtteries.
There is 1 figure.
Card 3/3

130ROVINCT) A. I. , inzh.
Modified systen of remote control rne signaling, Ele';7.sta.
32 iao.9:91 9 161. ZiITRA 14:11
(Re-mote control)

S/l29/6i/ooo/OO9/OC15/oo6
E073/E335
AUTHORS: Pust),mnikov, V.G. and BorovikoNr. A.I.
TITLE; Automatic Monitoring of the Tempemture During
High-frequency Heating of Components to bR Quenched
PERIODICAL: Metallovedeniye i termicheskaya obrabotlia metallov,
1961, No. 9, PP- 56 - 59
TEXT: A new principle is applied, based on utilising the
sudden change in permeability and electric conductivity which
occurs in the neighbourhood of the Curie point. For most steels
the Curie point is between 760-and 780 OC and does not depend
on the heating speed, voltage and frequency of the power supply,
the configuration of the quenched component and the method of
heating. At the beginning of the heating process, the entire
component is at a low temperature and, consequently, a
relatively large current flows through the primary circuit of
the transformer. As the temperature is increased, the Curie
point is gradually reached at various spots of the component;
this results in a reduction of the current intensity in the
primary of the transformer. When the entire component has
Card 1/5

S/129/61/000/009/005/006
Automatic Monitoring of .... 9073/E335
reached the critical temperature, the current in the primary
circuits stabilises at a minimum value, which corresponds
to the no-load value. Fig. 3 shows an. oscillogram of the
changes in the current during the process of heating of a
part using a transformer in which the primary current reaches
250 A in the case of an oscillator with 500 V, 10 000 C-P-S,
The current stabilises to about 150 A at the end of the process9
the no-load current being 110 - 120 A. The beginning of the
decrease in the current (point a) corresponds to the beginning
of the magnetic transformations, whilst the end of the
decrease (pointJ5) indicates that all the points in the heated
crust have reached the Curie-point temperature (750 OC). it is
most convenient to follow the change in the current intensity by
using the first dextative di/dt, which is zero be-fond the point 16.
A control pulse tor automatic control of the process of heating
can be obtained by means of a circuit arrangement, shown in
Fig. 4, consisting of the following blocks: 1 - KA-11 machine
for automatic feeding-in of the components to the inductor
and ejection into the oil baths after heating; 2 - input
Card 2/5

S/129/6i/000/009/005/00
Automatic Monitoring of E073/E335
block into which a high-frequency current, varying with time as
the heating of the component progresses, is fed by means of a
current-transformer. The alternating current is transformed
into proportional DC voltage values so that at the output of
this block a DC voltage is obtained U(t) = K%i(t) , where 11
is the proportionality coefficient; 3 - differentiating block,
generating a signal dU/dt = Kdi/dt , which is proportional
to the derivative of the current; 4- amplifier,at the output
end of i,~hich a relay II is fitted. This relay operates at
the point a of the oscillogram and releases at the point 6 i
5 - block containing the electric automation circuit- which
controls the technological process~ The control pulse, fed by
this block, is coordinated by the block 6 - which controls the
dosage of time, feedback0and blocking. For quenching, a heating
temperature of 900 - 10 C is required, so that the component
has to be heated a little longer after reaching the Curie point
and it is for this purpose that the time dosage is applied. if
the desired heating temperature (900 0C-) is taken as 1000,"o, moni-
toring of the temperature on the basis of the Curie point enables
determining 89-90% of the desired temperature. The final
Card 3/5

S/129/61/000/009/005/oo6
Automatic Monitoring of .... E073/E335
temperature rise is controlled by time dosage for a permissible
error in this dosage time of 20-30~~; the resulting ex-ror
in the final temperature will be 2-3%. The here described
equipment was developed to be used in conjunction with the
automatic quenching machine KA-11~ It consists of two parts,
one for generating the command pulse, the other for final
heating of the component from the Curie point to the quenching
temperature.
There are 6 figures.
ASSOCIATION: Rostovskiy institut sellithozmashinostroyeniya
(Rostov Institute for Agricultural Machinery)
Car-d 4/5

BOROVIKOV, Aleksandr Ivanovich, dotsent; FUSTM'EKOV, Wsiliy Grigorlyevihh
-- 'fiii- F
rdffd-."T6kIF. Oi-abrtsent
Inertialess phase-sensitive voltmeter. Iswe v7s, uche.- .CLV. ;
elektromekh. 7 no.9t1157-1160 164 MIRA 18:1)
1. Kafech-a avtomatizataii proizvodstverm7kh prot-qA-CISOV RDStOv-
skogo instituta seltskokhozyaystve=ogo nuishincstrayeniya (for
Borovikov). 2. Zaveduyushchi7 kafedroy 614)lctrotekbniki Rostovskogo
instituta sellskokhozyaystvwmogo mashinostroymiya (for Pustynnikov).

1. BOROVIKOV, A. M.
2. USSR (600)
"Some Results of the Study of Closed Elements. 11 IEIgE TSAO, Issue 3. 1948 (3-64~)
9. Y-eteoz-ologiya i Gidrologiya, No. 3, 1949. JW Rep:)rt U-2551. 30 Oct 52.

DOROVIKOV, A. Y.
Certain Results of Investigations of Crystalline Clouds
Results of sbservations from an airplane in 1950-1952 on ice crystals
of clouds. The author describes procedure for collecting the crystals.
There exist three principal forms of crystals: laminar, acicular, and
volumetric (equiax3al), lie presents photographs of types, Thin sheets
are observed at temperatures 0-160; acicular from -100 to -300. The au-
thor considers that the laminar forms are forwl in the atmosphere at
temperatures from 0 to-200, the columnar ones from -13 to - 300 and
lower, and the equiaxial bulgy forms, having the shape of six-sided pyra-
mid, at -22 to _Z70. The dependence of form upon temperature is explained
by the differences in the elastic (vapor) tension under ice and under
water, which conditions the growth of the crystal. (RZhGeol, No. 5, 1955)
Tr_ T_qentr_ aerolgg. ob-gem, No. 10, 1953, 31-47
SO: Sum. No. 744, 8 Dee 55 - Supplementary Survey of Soviet Scientific
Abstracts (17)

S-0,Q Z) L/ I'K-O 11)4, M.
SIMMOV, Ye.D.. redaktor; ROTMAYEVO P.S., redaktor; EMOV1.10Y. 4,X_.
redaktor; PULGAKOT. N.V., redaktor; GAPY, B.A-.7-r-eir~ffo-r-,'WOZW-
SM. NeA., redaktor; TIZ SM. Te.H., redaktor; ZATULOVSKIT,
D.M.. redikktor: ITANOT. A.Z... redaktor: UZIMIN. K.K.. redaktor:
MISTIROV, V.F., redaktor,- SUSLOV, A.D., redaktor-, TUSHINSM. G.I..
redaktor; TUKH]DI, I.V., redaktor; LNBXDBVA, N.G.. redaktor; GOLI-
TSTN, A.V.. reclaktor; KOSHAIXVA. S.M., tekhnichaskiy redaktor
[Conquered peaks; annual publioation of Soviet mountaineering for
19537 PobezhdonzWe vershirV; ezhegodnik sovetakogo allpinisma
god 1953. Moskva, Goa. izd-vo geografichaskoi lit-ry, 1954. 606 p.
(Hountalnearing--yearbooks) (XLRA 8:7)

KHRGIAN, A.Kh..-, .,MMZRMSKIY, B.L.; DITBYUK, A.F.;
ZVMW, A.S.; ZOWTARIV, R.A.; KRIORK, O.G.,- UMIN, I.A.;
PIMUS, X.Z.; SzTm NKVA, Te.S.; YASNOGG.RODSKAYA, H.M., red.;
WADIMIROV, O.G., takhn.red.
(Cloud atlas] Atlas oblakov. Leningrad, Gidromateor.izd-vo,
1957. 45 P. (MIRA 12:9)
1. Russia (1923- U.S.S.R.) Glavnoye upravleniye gidrometeoro-
logicheskoy sluzhby.
(Clouds)

kc-~-/'rv ell
KAZIN. 1.F.; BUROVIXOT, A.M.. red.; SUBBOTINA, G.B., red.; ZAR , I.K.,
[PIWecal principles in aircraft icing] Fisichaskie oenovy obleds-
aeniia samoletov. Pod red. A.M.Borovikova. Moskva, GLdromateor.
izd-vo (otd-ale), 1957. 119 P. (MIRA 11:2)
(Airplanes-lee formation)

)V!
ANORIVA, Ye., inzh.; BODDYINDV, A., inzh.; VALYUSWO, A.Inzh.
ti
Lamineseent defectoscopee Grazhdo ay. 15 no.8:24 Ag '58. (MIRA 11:9)
Wrplanes--Maintenance and repair)

SOV/169-501-6-6P-38
Translation from-. Ref-erativnyy zhurnal, Geofizika, 19-59, Nr 6, P 121 (USSM
AUTHORS.- Borovikov, A.M., Grudzinskiy, M.E., Khrgian, A,,Kh.
-INGIURNPW d
T IT' L E,,, On the Meteorological'Conditions of the Alpi:ne Tien Shari
PERIODICAL: Tr, Tsentr. aerol. observ,, 1958, Nr 21, pp 176 - 199
ABKRAVT~ The authors give data on the mean air temperatj_re Ln summer
of 1956 in the area of the upper paxt of the lnylohek glacier,
on the diurnal course of temperature, humidity, and pressi-re,
on wind conditions, on the recurrence of the vaz~_Ious forms of
cloudiness and on precipitations of various duration. The
synoptic processes and the character of weather during -the
expedition are briefly described. The obzervations In the
southern Inylahek reveal the considerable coollng caused Iky
the glaciers: A temperature decrease by 300 is observed in
the lower layer of the air near the glacier irLgtead of a tem-
perature increase by 3 - 40C in comparisixi to t-he free atmo-
sphere, typical for the rocky mountain ranges of the Tien Shan.
Card 1/2 It was found that. the synoptic condItions of the m*,.w_tainous

SOV/169-~59-6-6238
On Iffie Metiporological Conditions of the Alpine Tien Shan
co&itry ar-6 also out of the ordinary. The approach of a cold front is
acoompanied by increased cloudiness, precipitations, intensIfloat-11w of the
wind, etc, a great distance ahead of -the front lin6, Ilis olcud sy,'~tev of
the cold front in mountains turns often L-ito a wide svZtem I,f -9tral.Ified
rainy clouds. Bibl. 8 titles,
M, Zveri?v
Oa-rd 2/2

Uj
71
FILKSE I BCOr EXPLOITATICU 3011/5543
Moscow. Toentrallnyy institut prognozov
Vaprozy dlagnoza I prognoza nizkoy oblachnosti I abledeneniya s=ole-
tov (Ploblenz In the Diagnocia and Forecasting or Low Cloud For-
mationn and Icing On Aircrart) wscow, 01drometecizdat (Otd-nlye),
1959. 92 p. (Series: Its: Trudy, vyp. 80)
Errata slip Inserted. BCO copies printed.
Sponsoring Arencleat Glavnoye upravlenlyc g1drometcorolog1cheakoy
sluzhby pri Sovete MinIstrov SSSR; Tsantrallnyy inatitut prognorov.
Ed. (Title page): H. V. Petrenko; Fd. (Inside book): K. I. Sorok1ha,
Tech. Ed.: I. H. Zarkh.
FURPC,-X.': TtLia publication In Intended ror synoptic meteorologInts
at aviation meteorological stations and other weather-norvice
organizations. It may also be of Interect to theoretical research
workers in meteoroloCy.
COVERAGEt The rirst rour artlelco of thin Issue of the Transactions
of the Central Institute or Weather ForecaztIne deal with condition*
Card 2/3
associated with the formation and forcca3ting of cloudiness In the
low cloud level. The results obta4nod -. oalloon and aircralt
so=dInea are presented - The conditiona or aireraft icing In
cIvudz arc anal7zzed in two article-- -and the -c-tibl-1--tie-n Of fcrL--
casting the relative humidity are evaluated.' No personalities are
mentioned. References follow individual articles.
Fahelko, 1. 0., and A. M. Borovikov. Results of Procccaine Data
--rr2tTtn -ral~CUudr With and Without
df Micro3tructure ()Voe 64
Icing
b _,ant Re. M. on Methodology for the Forecattins of the
Do ry~--
Relative HumiditY at Positive Temperatures 79
A1.'AJ-1-=: Library of' Concre.3

SOV/84-59-11-47/66
AUTHORS: Borovikovq A.p and Likhachevt R., Engineers

TITLE: Checking Turbine Blades by Ultrasound
PERIODICAL: Grazhdanskaya aviatsiya, 1959, Nr 11, pp 25-26 (USS)R)
AR-9TRACT: The authors explain the essence of the ultrasound
method of inspecting jet engine turbine blades for
the presence of initial fatigue cracks not less thEm
1.25 1 1-5 MM2, and give a general description of
the inspection equipment developed by GosNII GVF.
The equipment is a feeler, three types of which are
shown in Figs 6 and 7. The structural scheme is
shown in F* 3 Plexiglass is used, (polymethyl
1

),Crylate,';s the material introaucing the ultra-
meth~
)
sound oscillations into the turbine blade. Flexi-
glass prisms do not excite multiple refractions of
ultrasound waves. An empirical introduction of the
ultrasgund waves into the blade at 57, 60, 62, 6;,
and 64 has shown best results at an angle of 62 .
The checking was performed as shown in Fig 4. Acous-
Card 1/2 tically direct contact was achieved by preliminary
V,

Checking Tuxbine Blades by Ultrasound SOV/84-59-117-:47/66
wetting the feeler's refraction prism with thin
machine oil. While developing this inspect!ion equip-
ment, GosNII GVF made use of an UZD-7N defectoscope
of TvNjI7Whj,.j having 0.8 and 2.5 mgc frequencies.
A disc of barium titanate, 12 mm in diameter, was
used as a piezoconverter. To further develop the
ultrasound inspection of turbine blades, it is meces-
sary to create a sensitive, portable unit based on
semiconductor instruments and ptinted circuits, and
to provide the engines with inspection windows,
through which each turbine stage can be inspected.
There are 3 aiagrams and 6 sets of photographs.
Card 2/2

,--,B,OROVIKOV A.M.
i~, ,
Some results of observations on icing by the une of an aircraft
icing-rate motor. Trudy TBAD n0-35:56-61 160. (MIRA 13:11)
(Cloud pbysice) (Aeronautics in meteorology)

BOROVIWV,A*Mopkand. riz.-mat. nauk; KHRGIAN , A.Kh... prof.; SOBOLEV,- L.O.,
_--FfF.-F9d.; TASNOGORODSKATA, M.M., red.; ULDIFUROV, O.G.p "Un.
red.
[Abridged cloud.atlas for bydrometeorological observations ba
Ships] Sokrashchemyi atlas oblakov dlia sudorrkh gidrometeoro-
logicheskikh tabliudenii. Pod red. L.G.Soboleve. Leningrad,,
Gidrometeor. izd-vo,, 1961. 52 p. (MIRA 15:2)
1. Russia (1923- U.S.S.R.) Glavnoye upravleniye gidrometeorolo-
gicheskoy sluzbby.
(Couds)

PHASE I BOOK EXPLQITATION SOV/5852
Borovikov, A eksandlr Moiseyevich Ivan Ivajovich Gayvoronskiy, Yelizaveta
Germ4novna Zak, -N-aa-Iffi-Vladimirovich Kqstarev, 11' ya Pavlovich Mazin,
Vladislav Yevgen' yevich Minervin, Aleks*ndr Khristoforovich Khrgian, and
Solomon Moiseyevich Shmeter
Fizika oblakov (Cloud Physics) Leningrad, Gidrometeoizdat, 1961. 458 p.
5000 copies printed.
Ed. (Title page): A. Kh. Khrgian; Ed. : V. ~, Protopopov; Tech. Ed.
M. I. Braynina and 0. G. Vladimirov.
PURPOSE: This book is intended for meteorglogists and for specialists in fore-
casting service and aviation.
COVERAGE: The book describes modern methods of studying the development,
structure and origin of clouds. Special attpntion has been given to the forma-
CardJ*O

Cloud Physics
SOV/5852
tion of microscopic elements in clouds. The macroscopic properties of
clouds are also studied in detail. Their position in space, motion, as well as
their connection with thermodynamic strucWe of the atmosphere, general
circulation, cyclonic activity, etc. are invtstigated. Flying in clouds is
briefly discussed. One chapter deals with cloud modification and seeding.
The book is based on Soviet and non-Soviet sources. Ch. I was written by
Ye. G. Zak and 1. P. Mazin; Ch. II, by A. M. Borovikov, V. Ye. Minervil-.1,
A. Kh. Khrgian and S. M. Shmeter; Ch. III, V, and VI, by A. Kh. Ehrgian;
Ch. IV, by A. Kh. Khrgian and S. M. ShmFter; Ch. V11, by Ye. G. Zak;
Ch. VIII, by A. M. 13orovikov; Ch. IX, byJ. P. Mazin; Ch. X, by I. L Gay-
voronskiy; Ch. M, by V. V. Kostarev, V. * Ye. Minervin and A. Kh. Khrgim.
The authors thank L. T. Matveyev and A. M. Baranov. There are 632 refer-
ences: 274 English, 254 Soviet, 71 Germaj, 30 French, 2 Hungarian and
1 Polish.
Card 2 /10

PAUENOV, L.M.; SOLOVIYEV, V.A.; BDROVIKOV, A.M.
Tectonic terminology. Geol. i geofiz. no.9:118-123 '61.
(HIRA 14: 11)
1. Institut geologii i geofiziki Sibirskogo t)Weleniya AN SSSR,
Novosibirsk.
(Geology, Structural-,rerminology)

h2523
P S/789/61/600/036/oo1/013
rgao E032/E314
AUTHORS: Borovikov, A.M., Mazin, I.P. and Nevzoi~ov, A.N.
TITLE: Some results of measurements of the size-distribution
of large particles in clouds
SOURCE: Tsentrallnaya aerologicheskaya observatoriya. Trudy.
no. 36. Moscow, 1961. Voprosy fiziki radiolokatsii
oblakov, 3 - 13
TEXT: This paper reports an experimental study of the concen-
tration and dimensions of large particles (radius > 75 it) in irari-
ous types of cloud. The experiments were carried out with a speci-
ally designed apparatus mounted on board an aircraft. The device
was developed at TsAO by A.N. Nevzorov. Drops entering thb device
pass through a standard light beam, which is continuously monitored
by a photomultiplier. As soon as the particle enters the beam the
.photomultiplier current drops and is transCovmed into a pulse -whlch
can he recorded either on a moving chart or with the aid of e:lec-
tronic circuits. The geometry of the device is such that the air
stream flowing through it is affected as little as possible by the
instrument itself. The light beam passes- through about 100 11tres
Card 1/3

S/789/61/000/036/oOli'013
Some results of .... E032/E314
of air per second at a flight velocity of 50 - 60 m/s. Thus, -.;he
cloud~volume scan per minute is of the order of a few ciAic metres.-
The method, therefore, has clear advantages over the foil method
described by Brown (Journ. of Met., v. 15, 1958). The first experi-
ments were carried out in October/November, 1959, over an experi-
mental meteorological polygon near Dnepropetrovsk. The device was
modernized in April, 1960, to include electronic counting devices
;so that particles in four adjustable size ranges could be recorded.
The modernized device was used in April/May, 1960, near VilInyus,
'to determine the drop-size distribution. Altogether 446 determin-
ations were made. Detailed results are reproduced in the form of
numerical tables. It was found, in most cases, that the relation
.between the number of particles per unit radius range was an
exponential function of the radius. It was discovered that the
presence of large particles in clouds was the rule rather than the
exception. In a number of cases, it was possible to determine the
height at which large particles were no longer present and to com-
pare this with the position of the lower boundaries of clouds.
Such comparisons showed that layge particles were found up to 1.00
200 m below the lower boundary of Ac and Cu clouds and 1 - 2 kni
Card 2/3

S/789/61/000/036/oOl/013
Some results of .... E032/1014
or more below As and Ns clouds. In fact, they appeared to be t/\
the precipitation particles reaching the Earth. In isolated cases,
large particles were recorded even above clouds.
There are 1 figure and 7 tables.
Card 3/3

11252~
S/78q/6i/oOO/O36/oO2/O13-
E032/E314
AUTHORS: Borovikov, A.M., Kostarev, V.V., Mazin, I.P. and
CK -er-n-i R oV-,-1r.-.t-.r
TITLE- Relation between the magnitude of the radar signal.
reflected from a cloud and the-cloud parameters
SOURCE: Tsentrallnaya aerologicheskaya observatoriya. Trudy.
no. 36. moscow, 1961. Voprosy fizilci radioiokatsii
oblakov, 14 - 30
TEXT: Atlas Wourn. of Met. v.11, no.4, 1954) and Donaldson
(Journ. of Met., v.12, no- 3, 1955) have *discussed the possibility
of the measurement of the liquid-water content of clouds by radar
methods and have concluded that this was-
possible. In view of the
considerable scientific and practical'importance of the problm,
the authors undertook a theoretical and experimental study of this
subject and the results are now reported. Theoretical analysis
'showed that the strength of the reflected radar signal provided
informa.tion about the quantit
Card 1/3 Z = 0 n(r) r 6. dr (4)

Relation between ....
Since the liquid-water
4
w -
3
S/7891'61/000/036/002/013:
Fx,32/s,314
content is givep by
C*
Tr n(r) r dr
0
(5)
it follows that the relation between Z and if depends on the
form of the particle-size distribution. Detailed examination of
known-drop-size distributions shows that w can be determined.
provided there are not too many large particles.. The experi-
mental part was carried out from the acrological radar station
developed and built at TsAO mxioperating at X = 3.2 cm. The aim V
was to obtain radar data which could be compared directly with
acroplane observations. A description of the apparatus is said
to be available elsewhere [Abstracter's note: reference not givem
A detailed numerical table is reproduced showing a comparison
between radar observations and observations carried out from an
aeroplane with the aid of the drop-sIze meter developed by
Nevzorov at TsAO (C.-C.;*rpp. 3-13. of this issue). General conclu-
sions: strong signals (Z > 10-15 CM3) are clue to large particles
Card 2/3 f

S/789/61/000/036/002/013
Relation between .... C032/E314
so that practically all the characteristics obtained with the radar
equipment refer only to the large-particle "cloud". Since the
presence of even a small number of soch'particles.in-clouds has an
appreciable effect on the reflected signal,.and since the strength
of the signal is very sensitive to the size spectrum, it is consid-
ered that the relation between -Z and w cannot, in practice, be
separated from the general background due to other factors, i.e. w
cannot be determined from Z alone. Thus, the "optimistic
conclusions" of Atlas and Donaldson are considered unfounded. It is
noted, however, that this does not mean that radar methods cannot be
used in cloud studies. On the contrary, because the radar signal
provides information about the presence and behaviour of large
particles in clouds, this opens up new-possibilities in the experi-
mental study of clouds and precipitation.
There are 2 figures and 4 tables.
Cavd

s/78!)/6l/ooo/o36/oo4/oi3
E032/E3l4
5~ 00
AUTHORS: Borovikov;, A.M. and Kostarev, V.V.
TITLE: -Un--t-h-e--,-x-c-c-u-r-ac-y--o-f m casurementa of' the altitude of
clouds by the radar method
SOURCE: Tsentral1naya aerologicheskaya observatoriya. Trudy.
no- 36. moscow, 1961. Voprosy fizilci radiolokatsii
oblakov, 37 - 42
T EX T A special radar station, designed for meteorological
purposes, was developed in 1956-1958 at the radar laboratory at
TsAO. The radar installation was used in the autumn of 1959
and spring of 1960 to carry out a comparison between radar and
direct-aircraft measurements near Villnyus and the results obtained
are reported in this paper. It was foiind that the radar equippent
was capable of determining the altitude of the upper boundaries of
clouds to within + 100 m in the range 0.8 - 7 km. It was,
not possible to d7etermine the lower boundaries of clouds by this
method because of masking by large particles. however, some quali-
tative information about the multilayer structure of clouds Cfkn
apparently be obtained with this equipment. There are 3 figures.
Card 1/1

BOROVIROV A.M.; KOSTAREV, V.V.; MAZIN, I.P.
Use of radar for studying the structure of clouds. Dokl. AN SSSR
140 no-3:575-578 S '61. .(MIRA 14:9)
1. TSentral'naya aerologiche5kaya obsenfator-iya. Predstavleno
akademikom Ye.K.Fedorovym. (Radar.lkteorolonr)
4
,i6

,~BOROVIKQV"..M.; GOLYSHEV, G.I.; KOKIN, G.A.
Some structural characteristics of tho atmoapbere in the Southqrn
Hemisphere. Meteor. i gidrol. no.3:14~-20 Mr 162. 0MU 15:3)
(Atmosphere)

BDRDVIKOV, A.M.-
-------------- ---
Fisika Oblakov. Leningrad , GIMIZ, 1961.
458 Pages., iUus.., Diagrsep tablese
Bibliographyt P. 435-457.

ACC NN AR5012916 uR/O!65j65/0OO/OO3/ZO93/BOc4
551-509.6
SOURCE: Refo zh. Geofizika, Abs. ~B564
AUMOR: Porovikav, A.M.'t Kostpaw, V*V.; 84MEMtski .11.
TITIZ: Results of radar observations of the evoluticai of 'heavy, c=ulous andL -umulo-
nimbus clouds unter the effect of artificial influena~__
CIMD SOURCE: Tr. Vass. s6veshchaniya Po aktivn. voi,42;T~!5~n,~_na grad. Protuessy.
-Mi-lisi, .42214~ 217..',s3
TOPIC TAGS: atmorgheric cloud., cloidphysics,, meteorologic radar
TRANSIATION: On the basis of analyses of radar observatioas conducted in.~q~L-1962
by the Samsarskays expedition on the evolution of cunulo-aimbus. clouds,0,9~~ :prelimi-
nary radar signs were established regarding the h 1-carrying capacity of cloads.
In order to discover these signs, certain radar characteristics applicable to clouds
vere used, namely: the range of the maximal radar reflection and its position in the
cloud; the stratum of an increased reflection. zone aTAd. its position in the clDud;
the altitudes of these zones and their characteristic temperatures. One should ex-
pect a precipitation of bail vhen: 1) the range of radar reflection is,-~jo-9sm3;
2) the zone of increased reflection it; in a Tnini 1 3--3-5 kn strata and is either a

L 14467-66
ACC NRo AR5012916
41stributed or located in the upper parb of the cloud; 3) the entire re-
flection zone, oz- most of it,, is located in an area of negative temperatures; 4) the
altitude of the upper reflection zone is more than 9 km, and its thickness 6 km.
The fact is.stressed that deductions regarding the hail-carrying capacity of clouds
may be made on3,v in the presence of all the above-indicated signs, and that the jres-a
ence of ouly one or some of these symptoms does not give a sufficient basis for such
deductions. Radar tracking of tbp- effecta of artificial. influences on the..hail-car-
rying clouds made it possible to establish a series of radw criteria for evaluating
the effectiveness of the influence. Such criteria are: the disappearance of, or
decrease in the cloud area in a horizontal location profile; variations in the
vertical distribution of radar reflections typical fox- hail.-carrying clouds; aignss
indicated by radw!., of a phase reorganization in the clcnids; variations in the.
character of the contours of the radar pictures of the itfliBction zone. The criteria
obtained were applIed by the Samsarskaya expeeLition for evaluating data gathexed
from several cases of cunulo-pluvial clouds affected by artificial influence.
Practical examples an given.. ~A* Borovikov.
SUB CODE: 04
Card 2L2

291m-301
(Y
TOPIC Si-
ies crystal:
TA& S~loud - T41nfall- LI aliplauc:j_31 14 air-plane
ABSTRAVI.-. The, author S* have studied the Si2e range `,and concentration of large
par4- 9:
ticle ovidi -of different types, Thadata. Were obtained fron aekial'
LI-2 or n_34 rasneSP, Concentration and
flights ~ol'~IL12, The
R!S laboratories. 3M
size,distL-ibution were-measured by a.device described by A, N, Nevzord'v (Pribor
Oya imwenlys, iamerov- i kontsentratsii I.Taprqkh -chastJLts v oblakikh i
c>sadkakb iawlota. Tr. Wespyum- - mduabri. matem,cl. s6veshebanipi
p 91
U_omt6o lat Electrical. impasts vere pt imid from 1
ita ight plase9b
=used by, owiation in liotll=~ao Wticlen cut Amato the flelti. An t7pea
of Olonde vere emmined, - and tba results were tabitlitad, Partiale BiZee alie
very otall. in sta'atuo and stmtoommam. (alrerage ol~
.37A are app"ciablj~

S'OBHIMvDik. 21FeIA/+,: EMLI 00
SUB 0012 ES
DO REF Mr: 004: OD5
OTMt

, ~~Mp:4,H.j DENIDOVAF YO.I.
Phase state of clouds of various forms. Trudy TSAO no.-Us2&-35 165..
(MIRA :L8s7)

BOII.OVIKOV,--.AtM,j YRSTAREV, V.V.; S111UPY,t'-L~UY) A.p-
Som?- resulti, of radar obvervri!,ionr of U& r,11 curmalli,jo,
congestus clouds and r6sultq of T,~,n
no.57,24-40 164. Oup.-'.. -Lgz:L)
I
~ 4

14
llitok
Z~~
c opt
Oita
qkI ~
cz
34?
0
Q~
60
UO
Ile,
'0 'e4"4"
Z4zzo
C
o - - ; , ob
*jcvott
O'~
l2t-e deT
_ZOIICI
011c,
ey- Or
02
0-10 10
01"
ob~ 0- Perl "I 'y
C!
e 1,02
'60. 406 the C-f
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Ocl Ott C,7 t - ek02 e0 C*
Ob CZ, ~,N,
Dr
a - 4tt Cte Or
Ob,
It-,, 0% 44cl t4 Or
qz
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0
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ct 04t.,
th OC? -42O.Q1V movie
t"ec' L
e rq
Oth
Qa q4cl CtIc 86 to
Se Oasc. -
-04 e~ecj e 04C A t-Ira
0 041- ~42 ecl
--'Qczo~, glee
to 4 Te isties
be "Va
'I~Ut I I xscteT
JL,. Oaecr e 4. *e4t~, 0-10 Ob Uor ll
jj~~r~.eT ~ Cl to VCtt. 06f A~Pt e4 -"q- 4t4!4 'Q-1 - I Vae
SeTv it C-cl I-Lo'A I
Ter- 'tjoll Of
to
NreTe ~Ilv AV

L 26761-66 EWT(d)/1
ACC NR: Ap6ol4o2l
1)/EWT(m)/EPF(n)-;2 Nj?(C) JD/VM
SOURCE CODE: iiii/oo56/66/05o/(>04/oBI14/0852
AUTHOR: Peshkov, V. P.; Borl ov, A. P., 5~
yLk
ORG.,-Institute of Physical Problems, AN 8)SSR (Institut fizichoskikh
problem AN SSSR)
TITLE: Measuring th2 Lambda transition towerature and the ma:cimum.
density of Ilquid He*
SOURCE: Zhurnal eksperimentallnoy 1, teoreticheskoy.fiziki: v. 50.,
no. 4,-1966, 844-852
TOPIC TAGS: vapor pressure, temperELture measurement, heat trajisfer,
helium, liquid helium Yq
ABSTRACT: The,vapor pressure of He4
at the >-point and the tempera-
ture difference between the X point (T ?J and the temperature of the
maximum density of liquid helium (T~jax o ) were measured with'high-
accuracy. The position of the Xpoint was determined on the basis of
the specific heat curve and the sharp change in heat transfer. The
position of the maximum density was deternined on the basis of the
change of the nature of convection. The -vapor pressure at the k
point was found to be P 37-80 + 0.03 mm Hg (OC, G = 980.665 cm/sec
COrd -1 /2

L 26761-66
ACC NR.
AP603.40-21
T -~- (58) 2. 172 0 + 0.0003K. The temperature difference Is
Tmax p - O.oo65 + 0.00050. Orig, arb. has: figures and 2
formulas, (Based on author's abstract] (NTI

., I-11 -f4. BOROVIKOVP A.S.
Improvement of the method of luminescent defectoscopy. Zav. lab.
29 no.10:LWO-1202 163. (MM 16:12)

L: -34007-65
Acows"N' MIS 77

M CODHs

NO' mw ()THM
mvi 003

.-,e.a

Card

_W/ii-W V-W(l
28467'-66 , WT6 !an TA -WN~~,
R1 ETGkM),..b ItIFICT
17]:-.ACC AP6010274 oAtm: SOURCH CODE., M/0381/66/000/001/0049A062
-AUTHORt #0~ravaalx
ORG: State Scientific itesearch,1notitute of Civil Av:LLti9n,(Gos.N1I grazhdonskoy
aviateli)
TITLEt. Development of materials for dye-penetrant and luminescence flaw detection
SOURCR: Defektookoplya, no, 1, 1966, 49-62
TOPIC TAGS*. luminophor* flaw detection, dye chemical,
luminescent material, crack propagation LZh luminophor,
ABSTRACT: The principal trends in the development.of capillary (luminescence and
dye-penetrant) methods of detection of surface cra(&sl%n nonferromagnetic*heat-
-resistant and hiE;h-temperature nickel, austeniticl, titanium and other work parts
are outlined.,As Flart of a survey of this field, the author evaluates the quality
of the special luminescent tracer fluids of the LM type based on the yellow-green
lumogen no. 2 synthesized at the All-Union Scientific Research Institute of Mono-
--s-u-stais. Also desicribed is a coihbTr-.a-tl-on---Yw--nliFes-cin-c-e and dye-penetrant metbod'
develoi~d by the skuthor on the basis of specialized sets of materials having the
generic name "Aero." This combination method employs a "quenched" as regards con-
1/2 UDC: 620.179.18
Card

L 28467-66
ACC NRI AP6010274
centration luminescent tracer solution of an alcohol- and watersoluble red fluord-
in a mixture mith alcohol and,a non-ionogenic surface-active substance; the
substance taken as the deve~pping.varnish is a pigmented coating forming the solid
solution of the fle,oro-dyepwhich is luminescent in red, ultraviolet and daytime light
and. is not fluoresceit -in ultraviolet- light. The structure of the luainescent-aye-
penetrant materials forming at the site of contact between the tracer fluid and the
developer, Leo at~the mouth of the surface ciack thus detected resembles the struc-.
ture of the daytimit-fluoreacent paints used for better visibility on road markers,
-ographic tiegiitive of
vehicles, etc. and is,.so to speak,-a phot. these.dyes. Thus
definite advances have been made in dye-penetrant and, particularly, luminescence
flaw detection. But much research and development work on more effective developing
materials still remains to be done, particularly in connection with the develcipment,,.
of new methods of their deposition (the aerosol meehod, dipping, etc.),, and all this.
.work must be based on more solid theoretical foundations. Another important problem
of the science of flaw-detection is the development and mass.productiont of more power-
iul (with illumination of more tban'1000."black" lux) ultraviolet luminaires. Orig,
art. has.#.~ 14 figures,.2 tabless~,'.'.
SUB CODE,. SUBM DATE:--190ct65/, CRIG REF: 009/ OTH REF 005

_d 2/2
c..r

ACC NRt AP6023647
CODE:
AUTHOR: Dorovikow, A. S.
ORG: G*sNII Civil Aviation (Gos]W11 groxhdanikoy aviatsii)
TITLE: The use of capillary defectoscopy in materials testing
SOURCE: Defektoakopiya, no. 2, 1966, 79-91
81/66/000/002/0079/0091
TOPIC TAGS: flaro detection, UV detector, optical mechanical measurement, photographic
recording, photoluminescence
ABSTRACT: Flaw detection methods based on capillary defectoscopy are described. Among
these are the simulation of discontinuous cracks, a light exposure arrangement, mea-;
surement of exposure, meniscus testing, measuring the exposure to ultraviolet light,;
simulating surface conditions, a concentration test and photography under ultraviolet
light. The simulation of discontinuous type cracks was done by bolting two :split rings
under a torque ranging from 4 to 40 kg-m and calibrating micrometer readings with nat-
ural cracks; af);er soaking in a luminescent solution, the samples were compped to the
simulated craol reading. An apparatushwas als eveloped for 4,imulating 36qg wedge-
-type cracks. lFatigue tests done on t e nickel falloys EI 6171dhd EI-437B'showed a
sharp increase in relati7 crack size (I# /do) as a function of the number of cycles
card 1/2 UDCz 620.179.16

L 46714-66
ACC NR. ~
0
(N). An exposure arrangement is described in which specimens with cracks could be ex-
posed to sprayed luminescent liquids. The specimens were analyzed with a polarizing
instrument. Meniscus testing is explained. After exposure to indicator liquids, the
specimens were observed to form meniscuses at cracked surfaces. From radii measure-
ments the crack thicknesses were deduced. The use of ultraviolet light in flaw detec-
tion is also described. An arrangement is shown in which recording ol ultraviolet'-*
spectra was done either by a galvonometer or by photography under ultraviolet light;-_
for the latter, details of spectral characteristics and.photograph development were"
given. In conjunction with the luminescence-light method, a concentration test wasj,
developed for indLcating flaw intensity. A graded indicator scale was obtained byi.~-
varying the number of drops of indicator fluid--l to 10, 20, 30, 60 and 100--in a*
graduated display chart. By cmparing the actual specimen with the charge,a quantiia-
tive estimiate was made of the flaw intenalty. Orig. art. has: 15 fi4gures.
SUB CODE: 14,11/ SUBM DATE: OlDec65/ ORIG REF: 012/ OTH REF: 004
fV

S/056/60/039/006/008/063
Boo6/BO56
AUTHORS: Rusinov, L. I. (Deceased), Borovikov, A. V.,
Ovozdev, V. S., Porsev, G. Ii-., Sa-iR'arov, S.-L.;
Khazov, Yu. L.
TITLE: Investigation ofibe Decay Scheme of Dy 166
PERIODICAL- Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1960,
Vol. 39, No. 6(12), pp. 1529-1533
TEXT: Contradictions between theory and exporiments on the subject of
Ho 166 gave rise to investigations of the spectrum of internal conversion
electrons and of the spectrum of gamma rays arising with the P-decay of
By 166 (going over into Ho166 ). A report is given here on these investiga-
tions, which have led to a determination of the spin characteristics of the
no 166_nucleus level. Dy 166 (T 80.2 hours) was obtained from By 164 by
1/2 ' 164'
double neutron capture. Thetarget enriched with By to 86-5% was exposed
to a neutron irradiation for 6 - 7 days, and 36 hours after the end of this
Card 1/5

Investigation of the Decay Scheme of Dy 166 810561601039100610081063
BoWB056
irradiation' the,geotrum of the internal conversion electrons was record-
ed. Then, the Dy -content (T 1/2 - 2.4 hours) is nogligible. The conver-
sion electron spectrum of the Ho166-nucleus, formed in the P-decay of the
Dy 166 is shown in Fig. 5. Besides the transitions with 28, 54.2, and
82.5 kev of the Ho 166 nucleus, this spectrum also shows the 81-kev tranBi-
tion of the Er 166-nucleus, which is produced in the P-decay of Ho 166. Con-
version electrons, which correspond to transitions with energies of more
than 82.5 kev in the Hol66_nucleus, were not discovered. Their intensity
would have to be less than 0-5~ of the intensity of the K-line of the tran-
sition with 82.5 kev. The relative conversion coefficients determined from
this spectrum are given in Table 1. For a comparison, also the conversion
coefficients given by L. A. Sliv and 1. M. Band are mentioned. Also the
spectra of the I-radiation and the yy-coincidences were investigated. It
was found that between the gamma quanta with 26 and 54.2 kev coincidence
exists, but not between the latter and the 82.5-kev quanta. From the con-
version coefficient ratios the types of the transitions were determined:
Card 2/5

Investigation of the Decay Scheme of Dy 166 0561601035100610081063
B006/BO56
the gamma transitions with 28 and 62-5 kev were found to be pure M1
transitions, the 54.2-kev transition a pure E2 transition. The intensities
shown in Fig. 1 have an accuracy of up to 2-3%. it 'was further found that
(55�2)% of 411TIDY"l 66 decays lead to the formation of H0166 in the excited
166
state with 82.5 kov, ev 4396 to Ho in the ground state. Fig. 6 makes
166
a suggestion for schemes of the lower levels of the Ho -nucleus; the
first variant is-the most probable. The authors thank D. A. Varshalovich
for discussions. There are 6 figures, 2 tables, and 6 references: 2 Soviett
I USI 1:Dutah, and.1 Danish.
ASSOCIATION*. Leningradskiy fiziko-tekhnicheakiy institut Akademii nauk
SSSR
(Leningrid Institute of Physics and Technology of the
Academy of Sciences USSR)
SUBMITTED: June 29, 1960
Cara 3/5

5/056 60/039/0 6/008/063
Boo6 B05
YB
4o-
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ktf*o ~.O
L, IND
Card W AV fm ib tH

145- dzs. Z* Ap, a'
z0 IVI 23
A z -2. A2---
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S(I il still?
keV
Text to Table 1:
1) Relative conversion
coeff'oients. 2) Experi
mental. 3) Calculated 28
for the transition
,4)Int6nsitY o,,' tho
transition. 54.2
!82,5
Card 5/5,
3/056/60/039/006/008/0i;3
B006/BO56
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BM"c"W%we Ann
XOjtA
MI I M2
iEi-L, I -)W,
CIL,
1015 0,3 1 1,45 10,01 10,0141 10,7 14,41 MO 0.23:t 0.01
"411
0, 85 0.03 2.7 0,89 0,94 76 3,22 0,53 0,23 0,01
GLI / ',Liz
t1,0 0,4 6,3
13,55 10.1 JO,0171 H,4 18,8
7,6:b 0,2 16.1 0,5 0,04 1,61 3J8 0,7
1,05:t 0,01

BOROVIKOV A,,,Y-; GVOZDEV, V.S.; FORSEV, G.D.
Multichannel unit for measuringg-'( iknd,8 - e angular
cbrvelation. PAb. i tekh.ekaps. 6 n1).4.33-)4 Tl-Ag '61.
(MIRA 14:9)
1. Fiziko-tekhniche4kiy institut AV MR.
(Mectronic meamA-aments)

VBTUKEENOVSKIT, Z.B., lnzh.; VUMCHINA, Ye.N.. iU2h.; GUBENSKIY, V.A.,
lnzh.; DOFMXNDW,, V.I., inzh.; MCMRYANIKOV. S.M.. lnzh..,
SOLITINK0. T.0., lush,; TINOKHOV, Te.P., in2h.-, TYURIN, T.F..
ved-ashably inzh.;,,BOROrIKQV, B.A., red.; KMSOV, A.P., tekhn.red.
Qainti'ng in a high voltage electric field) Okrauka v elektri-
,cheekom pole vysokogo napriasheniia. KDskva, TSentrallnoe biuro
tekha.inforwtaii, 1958. 63 p. (KIRA 12:7),
1. Rassia (1917- R.S.F.S.R.) Mookovskiy gorodakoy ekonomichaskly
administrativayy rayon. Sovet nar~dnogo khozyaystva. 2. TSentrall-
nay& mauct4o-iseledovateliskaya laboratoriya Vessoyasnoy prciz*od.-
stvannoy kontory w1adcdkraspokrytiye* (for VetukhnovskI3~&-Vladychima,
Gabenekiy, Dorrenderf, Serebryanikov. Soliyenko. Timokhov).
(Spray painting)

e'0 v Ko u
W1 A
19
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2 j.,4
L1
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wear ~7 f7-a~~ 9 ri WE~
I KII
ri

BOROVIKOV, I.; TOKAREV, I., advokat yuridichesko,Y konsulltatsii (Skopin
-- 'Ry'dzanslcoy obl.)
Readers relate, advise and criticize. Sov. profsoiuzy 19 no.16:
38--39 Ag 163. (MMk 16:10)
1. Chlen rabochego komiteta Aleusskogo sovkhoza, Novosibirsicaya
obl., Ordynskiy rayon.

BOROVIZOV, I.I., instruktor-bukhgalter.
Keane of lowering the cost of labor on collective farms. Nauka I
pared. op. v sallkhoz. 6 no.lU49 N 156. (MIRA 10:1)
1. Aleusakaya Kashinno-traktornaya stantsiya, Ordynskoga rayona,
Novosibirskoy oblasti.
OP&rm Pmnagement)

11J., infitruktor-buk:rR,~,cr.
-- ,
trF rewnrds given Jor 2ov-quallty Droduction'! i jer *ed.
-
oo. v ? no.2-,: ,"o'j 0-1~21A lc~:9)
1 ~~ C ILI stnnts I ye, Novos! r)-' rskoy oloinst I.
~'Hewards etc.)) (Collecti-we farms)

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00 lk-lenms Of the USSR), new w., V. '46, Feb. 21. 19,51, P. NTT- #00
*0 dt r"). n 1w. 6,
04P noorough investigation of the ahm-c on a large num1wr o1
,mmlimens (sheet. &.wn rolled pres" anti blown gla%s o1
00 i1ferent coinixKitions Q types)'indicah; existence of a striti-
Red strt;cture. This structure influences, to a great extent, the
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mkiw. 041ady Atarlemij Nok SSNA. orw -,.. %. W. -
11. ISM, p. 229.2"1l
714, traum-tion of various gla~%-s from thr %nmo, to th.. hrilth.
ovic uw% investigattd. Data Are a~wl chart,d.

SWRO 1~q V' ridg- in the
951, 8, 8 CfflMm1,,V,
8 aused by tM-P. VVr1a ')n 111t);% [lie debiteuse.
liec- are c. tit A. SUGOFN.
Journal Of Applied Chomirtry
March 1954
Industrial Inorganic Chemistry

Damay, L. I.
31800"rY of a skeleton of Indr1cotberlum AsI&tIam Boris in 011gooelm,
sediments In the %wSmy gates. Nat. TSID21 Ob. ser, uooftioe.105 048,,
(TftW Gatem-ftinooeros, Fossil) (Km nw

.BOROTlTQY,,L.!.,
-p'~ i In
.~ "kin Po-2 airplaza for geoluggUal lamatiff"I't, -;:-, ..i.
zkorW~aotom Kawakhetan; usa of O-lrplanaoi for ?!,wn,~ ~ lit
pol-06cal amppsm on a scalo of 1-.100,X9000, mat. V57-SA: O.N. Bar.
PoS80?13-135 148, (KnA- 11W
(Kazakhstan-Asronautlas In geolca.)

1. BOROVIKOV, L. 1.
2. USSR (600)
4. Paleontology - Turgay Lowland
7. Discovery of a skeleton of Indricotherium asiaticim Boris in the Con-
tinental deposits of the Oligocene of the Turgay Lowland. Mat. Geol,
inst. no. 6. 1.9118
9. Monthly List of Russian Accessions, Library of Congress, january .1953. UncIassified.

"Upper 81,luirian Depoilts.and Their GksO%ol1t1q'--%
Facies in Bietpok-Dala," L. 1. Boroviko* All-Union
Sci Res Geol Inst
"Dok Ak Nauk SSSR" Vol LrAVIII, No 3, pp 561-56 3
Geol investigations in Betpak-Dala conducted In
postwar yr have given much new data vhich change
essentially past ideas on geol structure and
history of development of this region (cf . B. 1'.
Borsuk, "1z Ak Nauk Kazakh SSR, Ser Geol," 11, 33,
1949; and D. I. Yakovley, "The Hungry Steppes of
Kazakhstan," publ 1941 by Acad Sci USSR). Of spe-
cial interest is the appearance of upper-Silurian
i86T'29
LISSE/Geophysics - Geology (Coutv-111 91 may 51
deposits in the eastern part of Betpak-Dala. Sub-
mitted 17 Feb 51 by Acad D. V. Nalivkin.
186T29
j-4

DOROVIKOV, L.I.
Pri-nciple features of stratigraphy, volcamism, and tectonics in the lower Paleozoic
of the Dzhezkazgan-ULutau region in West Central Kazak-,istan
Dokl. AN SSSR 85 no. 1, 1952

BOROVIROV, L. I.
troll*-R/Geology - Linerstones 11 Jul 53
"Ntunmulitic Limestones from-the Region of the Middle
Reaches of the Ural River,il'L. I. Borovikov and
S. S. Kuznetsov
DAII SSSR, Vol 91, Wo 2, PP 363-365
State that nummilitic deposits are found in Crimea,
Tmnscaucasus and Mangyshlak. The layers reach a
thIckness of 130-170 m, vh:Lch can be separated into
th3.-ee specific layers of unequal thicknesses. Pre-
sented by Acad D. S. Belyankin 13 May 53.
276T4T

BOROVIXOT, L.I.
pi~
In memory of &a cubot&Mlug geologist N.G.Zassin. lap.Vaes.min.ob-va 82
no.).-236-Z40 '53. (NLRA S:ii)
(Ussln, Nikolai Grigorlevich. 1885-1949)

BC-,r,)IIIKCV, LeoniO, 1-ranovic',j
/5
6--;2.,4
. B?
Nizinni-y palcozoy Dzhez'kp-z.-an--Ulutauskc.go rayona zapadney chastu.-I tsentrai'llogo
Kaza khstana (Lower palcozoic era cf t"he Dz~ezkazl-an-Ulutau district, of, the
10
western Part of Central Fazakh) Y skva, Gosgeoltelchizdat, 1955.
250 P. illu3., tables (Leningrad. Vsesoy-uzryy Seologicheskiy Tjj
.Xvaya Seriya. Ton 6

130ROVIKO
Strat1graphy of lower Triassic deposits of the Russian Platform.
Inform.9bor. VSWIZI no.1:5-12 '55. (MW 9:12)
(Russian Platform-Geol W . Stratigraphic)
441

BOROVINOV,L.I.; BORSUK,B.1., redaktor; XWMNA.H.R.. redaktor,- GUROVA,
redaktor
Lower Pmleoxolc of the Dshoskangan-Ulutau region In western Central
Kazakhstan. Trudy VSWN1 no.6:3-249 '55. (KLRA 8:11)
(Ulutan region--Geology, Stratigraphic) (Dsheskasgan ragion-
Geology, Stratigraphic)

15-57-8-10386
Translation from: Referativnyy Zhurnal, GeoloEiya, 1957, Nr 8,
p 2-3 (USSR)
AUTHORS: Borov Borsuk, B. I.
TITLE: In Appreciation of the Life and Scientific Activity of
Nikolay Grigorlyevich Kassin (1885-1949) jhizn1 i
nauchnaya deyatellnost' Nikolaya Grigorlyevicha Kassina
(1885-1949)7
PERIODIC.',IL: Materialy Vses. n.-i. geol. in-ta, 1956, Nr 19, pp 5-15
ABSTRACT: The name of N. G. Kassin is associated with the study
of the geological structure of Kazakhstan, the utili-
zation of its varied raw natural resources and devel-op-
ment of geological science in that region. A ten-verst
geolo, ical map of the "Turgay Strait" (about 30 000
sq km~ was drawn up from the data'obtained in his
investigations of 1912 to 1913 of the geology and
hydrogeology of the steppe and 3emisteppe regions in
the Turgay and Irgiz districts. In 1917, at the request
Card 1/3 of the Geology Committee, Kassin undertook a geologf-cal