SCIENTIFIC ABSTRACT BRISKMAN, A. A. - BRITAYEV, A. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000306920016-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

KRYLOV, A.P., red.; AFANASIYEVA, A.V., kand.
tekhn.nauk, red.;
BnRT.90V, Yu.P., doktor tekhn. nauk., red.,;_141.1~
red., kand. tekhn. nauk; BUCHIN, A.N., kand. ekon.
nauk,
rea.; VIRNOVSKIY, A.S., doktor tekhn. nauk) prof.,
red*;
7.HF.TJT(',V~ Vii.P., kawl. tokhn. naukj rod.;
MAKSIMOV, X.I.;'
Icand. gool.-miner. "mik, red.i UIXOVSKIY, G.E.,
inzli.,
red.1 MELIK-FA5HAYEV,WSt,.Vdoktor geol.-miner.
nauk, red.;
NIKOIAYEVSKIY, N.M.p uuiwr ekon. nauk, prof, red.;
PMOVSKAYAY A.N., kand. geol.-miner. nauk, red.;
PILATOVSKIY, V.P., doktor fiz.-mat. nauk, red.;
ROZENBERG,
M.D.7 doh-tor tekhn. nauk, red.; SMONOV, S.V.,
kand. tekhn.
nauk, red-,
[Petroleum production; tbeory and practice. 196,'
yearbook)
Dobycha nefti; teoriia i praktika. Ezhegodnik
1963. Moskva,
Nedra, 1964. 302 p. (MIRA 17-9)
1. Chlen-korrespondent AN SSSR (for Krylov). 2.
Vsesoyuznyy
neftegazov5ry nauchno-issledovatellskiy institut
(for Nelik-
Pashayevp Rozenberg). 3. Institut melthaniki AN
3SSR (for
Nikolayevskiy).

DRISJCKAN,,k.A.j- LYROV, N.A.; IMIMANOV, I.T.
Inv6stigP*-tng the operation of an automatically
controlled
flow bean. Trudy VNII no.41:108-134 164.
(MIRA 17:11)

BRISMN, A.M.; TARMNKO, D.S.
Problem of a7oclonue epilepsy. Zhur.nervj psikh. 59
no-7t833-835
159. (NIRA 12:11)
1. Nervologicbeekoye otdoletiya (sav. A.M. Briskman)
Cherkauskoy
oblastuoy bolinitsy (glarnyy vrach G.I. Ivakhtio).
(RPILRPST, case reports,
mycelonus epilepsy (Bas))

BRISKNO, A.M.-
Pulselees disease. Tracb.delo no.9:973 S 159. (MIRA 13:2)
1. Wevzologichaskoye otdeleniye (zaveduyushably - A.M.
Briskman)
Charkmaskoy oblactnoy bollnitsy.
(PULSE)

BRISMAN, A.M. (ChorkasBy)
Bekhterev's choreic epilepsy. Zhur. nevr. i psikh. 61 no.6:862-864
161. 15:2)
(EPILEPSY) -

BRISKMAN, A.M.; 1-19SHALKIN, Yaj. (cherkassy)
Treatment of lumbosacral radiculiiis with antireticular
cy-totoxic
serum. Vrach. delo no.1:149-150 Ja 162. (MIRA :L5:2)-
Nevroilogicheskoye otdeleniye oblastnoy bollaitay,
Charkassy.
(SPINAL HERVE-INFLAM&T 014)
(ANTM71CULAR CYTOTOXIC SERUM)

BRISKMAN, A.M.; KHOLODIY, P.I.
Rare case of scleroderma. Vrach.delo no.8:139-140
-
1. Cherkaoskiy oblastnoy kozhno-venerologicheskiy
nevrologicbeskoye otdeleniye Cherkasskoy oblastnoy
(SCLERODMM
Ag 162.
(MIRA 15:11)
dispanser i
bollnitsy.

BRISIZWI, A.M.1 KOBZARMWO, M.P. (Cherkasoy)
Disturbance of sensibility in amyotrophle lateral
oblerosis.
Vrach. delo no.42138 Ap'63. (MIRA 16:7)
1. Vevrologicheskoye otdelenlye Cherkasakoy oblastnoy
boll-
nitay.
(ARYOTROPHIG LATERAL SCLEROSIS)
(SENSES AND SENSATION)

BRISKMAN, A.M.-, KOBZARENKO, M.P.; HESHALKIN, Yasi,
TreAment of multiple'-sclerosis with endolumbar introduction
of vitamin B12. Zhur. nevr. i paikh. 64 no.6.-854-857 164.
(MLU 17: 12)
1. Nevrologicheskoye-otdelen iye (zaveduyushchiy A.M. Briskman),
Cherkasskoy oblastnoy bollnitsy (glavnyy vrach S.Ya. Yevchenko).

RADZIYEVSKIY, V.N., inzh.; BRISKW, A.N., inzh.
Seam welding of centrifuge screens made of thin brass
sheets. Khim.
mash. no.4:35 36 Jl-Ag"61. (MIRA 14:8)
TCentrifuges) (Brass--Welding)

0 D
AUTHORS:
TITLE:
1-3
26017
S1135161100010081006lb1l
A006/A101
Briskman, A.N., Radziyevskiy, V.N., Engineers
Seam welding of fins to pipes
PERIODICAL: Svarochnoye proiz-vodstvo, no. 8, 1961, 18 - 20
TEXT: Seam welding is the most efficient process of joining fins
and pipes.
The process is characterized by the simultaneous production of two
seams, a longer
course of the welding current passing through the pipe wall, and
sagging of the
pipe due to excessive heat developed... Difficulties irising due to
the first two
causes are eliminated by higher electric power. Sagging is
prevented by internal
water cooling when welding up to .3 mm thick pipes, and by a higher
speed for weld-
ing 3 mm and thicker pipes. V.G. Aliseyenko designed the ftn-150
(MShP-150)
machine intended for the welding of fins to pipes. Experimental
heat exchangers
were produced on this machine and their size and weight,
were.considerably reduced.
The machine is shown in a schematic diagram. There are 1 table, 4
figures and 3
references.
ASSOCIATION: Sumskiy mashinoE(troitellnyy zavod im. Frunze (Sumy
Machinebuilding
Plant imeni Frunze)
Card 1/~

39,d"Oc 26017
S/135 i/Ow/008/006/oil
Seam welding of fins tb pipes A0060 ~AIOI
Fig. 2: Schematic diagram of a unit for welding fins on pipes
(Welding direction
indicated by an arrow)
I - pipe;, 2 and 3 - clamping carriages; 4 and 5 - guides; 6 -
screw Jack; 7 -
draw-in clamp (Fig. 2a) consisting of split tongs 8; hollow
shaft 9; rubber
packing 10; clamping screw 11; 12 - dividing attachment; 13 -
guide fixture
adjusting the axes of the pipe and the fins consisting of
collor plates 14 and
15 (Fig. 2b); 16 and 17 slides in grooves of plate 14 moving
in mutually perpen-
dicular direction; 18 - centering roll mounted on slides 17,
moving horizontally;
19 - blades attached on slides 16, assuring coaxial position
of fins and the pipe;
20 - locators maintaining the blades in a parallel position to
the pipe,- 21
support; 22 and 23 - grooves; 24 - additional drive.
Card 2/-3

I.-
Seam welding of fins to pipes
, " 2,
Fig. 2:. ~.. A. 16 2v
'A' , in-ri
19
t V. .*.
Ii
" /N ,I~ -.10,
. It
2b -
Card 3/3

BRISKWI B.A.0 inzh.
Heat transfer in nuclear reactors with gas cooling.
Teploaner-
gatika 10 no.7:87-90 JI 163. (MIRA 16:7)
(Nuclear reactors)

L 0646C
ACC NRI
AP6024538 SOURCE CODE: uR/oo8q/66/o2l.ooi/oo22/ 26'
AUTHOR: SafrQnavp Ye. Ya. Briskman, B. A.; Bondarev, V. D.
ORG: none..
TITLE: ~Investigation of thermal'deformations of fuel elements
SOURCE: Atomnaya energiya) v.' 21, no. 1, 1966) 22-26
TOPIC TAGS: reactor fuel element, thermal stress, temperature
gradient, shell de-
formation, reactor neutron flux
ABSTRACT: The authors investigated the temperature differentials in
the walls of.a___
metal-clad fuel element of hexagonal cross section under conditions
of a radial:.-
neutron-flux gradient. An analytic'solution of the differential
equations show6d-
that the temperature drop can reach 40c. The experiments were made on
an electrically
heated dummy fuel rod (ADM-5000/2500) cooled with tap'water. Formulas
are derived for
the dependence of the temperature drop on the current, with allowance
for the tempera-
ture dependence of the dv=V~rod resistance. The procedure for
measuring the stresses
in various points of the bladding is described in detail. Plots were
obtained for the,
deflection of the rod against the temperature _~#qp, of the
distribution of the de-
formation along the height of the rod, of the distributions of the
temperature and of
the-deflection over the perimeter of the central section of the rod,
and of the de-
formatibn distribution over several sections of the rod. At
temperature drops -25C,
1 is c
the'max~mum deflections in the central section of a rod was 0.6 - 0.7
mm. It on-
-1/2 uDc: 621.039.548

L 06460-67
ACC NR: ~ A16024538 0
cluded that in view of the small gaps between cladding of
neighboring fuel elements)
the thermal deformation imposes a limit on the attainable reactor
power. Orig. art.
has:- 6 Ligures and 13 formulas.
so. cmi: 18/ suBm DATF,: 17Nov65/ oRiG REF: ooi/ OTH MF: 001

~ACCESSTOW NR- AP5019:114
621.039
A
AUTHOR: Kozlmenkov,.!.-,,?-; D4iskman' B. A.; qtar zn~y, to.-S.
~4
;TITLE: WtAo for det6tting leakago in fuel element Sactets! Class
90, No. 17225Q
,SOURCE. Byulleten' izo.breteniy i tovarnykh znakov, no. 12, 1965,
146
TOPIC TAGS3 nuclear reactor, reactor fuel slement
.ABSTRACT: This method, -intenaed for reactors with a free water
surface above the
core, is based on the measurement of radioactivity of the water it
the prim~.ry lot--),.
A,
In order to prevent fission products from the fuel element from
dkszlr~F,
the water Loving through the ellement is shut off by raeans of a C&P
MIL~.'-
upper face, 'Drig. &r--. has: I ".~gure.
'ASSOCIATION: none
SUBiUTTED: 21jan64 EN CL; 00 SUB COM P
NO REF SOV: 000 00~ A-TD PREM:
Ca!-d -11-i
F

VAMINIK, Te.I., doktor tekbu.nauk. prof.; KANTMXR, S.Ye.,
kand.takhn.
nank, dateent; PARAUMff~ G.J., kand.takhn.nmuk, dotsent;
GALKrN,, I.G., kand.tekhn.usnk, dotsent; P*ROT, I,A.,.doktor
tekhn.nauk, prof.;. VIKHHN7. ;.D., kand.tekhn.uauk, dotsent;
DrKOV, N.D., kand~tekhn.nau14 doteent; STRTSOTA,--Te.D.p kande
-t*khn.,'UAU~P
skouoilsi tauchm77 red.;
fmr&.9: mwiiwy 9.P. 9
MCRTSOM I.P., red.izd-va; ORASIMOVA, G.S., rad.izd-va;
OM'tBXRGO T,K,, takhn,rede; XMIXOTO D.Ta., takhn.red.
[Organization an& planning iu the constrwtiou industrA Orga-
nizataila I plantrovanie stroitellnogo prolsvodetva. Moskva,
Gos.izd-vo Ut-ry po strait., arkhit. I stroit.materialm,
W61. 526 p. (nu 14:12)
1. Chlon-korrespondent Akademli stroltelletya I arkhitaktury
SSSR (for Varenik),
(Construction Industry)

VARENIK, Ye.I.; PETROV, I.A., doktor tekhn. nauk;
KANTORER, S.Ye.,
doktor skoa.. rauk.; GAUDII., 1.Gj,-dokto-, ekon,
uukt- --
RUMMEX.. G.E.t kand. tekhn'.nauk; D~KOT; kand,
tekbn.
nauk; VIKHREV, I.D... kand. tekhn. nauk~'MTSOVA,
Ye.D.,
kand.tekhn. nauk; BALIKHIN, M.I., kand, ekon,
nauk;
BRISKMAN,, I.A.., ekonomist
(Organization and planning of construction
prodw~ticnj Or.-
ganizatsiia i planirovanie stroitellnogo
proizvodstqa.
2. izd. (By] E.I.Varanik i dr. Mosk-vu,
Stroli-r-dut; 196'15.
531 P. (MIRA 18z2)

inzh. red.; VYDRI, '..Ya., inzh.,red.; WSOTSIKILYA,
M.P., inzh.p red.; GORDIYENKO, M.G., inzh..,red.; ZORUK,
V.L.0 inzh.,red.; S-TfiRIKOVICH, F.K., inzb., red.;
OWIYANNIKOV, 7a.S., red.
[Use of fast dyes and special types of finishes in the
textile and knit goods industry; from the materials of
the Republic Seminar] Primenenie atolkikh krasitalei i
spetsiallrWkh vidov Weld v tekstillno-trikotazhnoi
promyahlennosti; po materialwo respublikanskogo seminars.
Kiev~ In-t tekhn. informatE~ii, 1962. 181 p.
(MIRA 17:11)
1. Respublikanakiy seminar po primeneniyu sintetieb
'k-lk-h
kra8iteley i q)etsialvrWkh vidov otdelok v tekteillno..
trikotazhnoy pron7shlennosti., Kiev, 1961. 2. Ukrainskiy
nauchno-issledovateltaki7 inititut po pererabotke
isk-ussT.-
vennykh i sinteticheskikh volokon (for Gordiyenko).

BRISIQ~IANT, lll. A.
Briskman , E. A.
'IV. G. Anastasevich (the hist6n., of Russian
bibliograpkv)." Leningrad
State Library Inst imeni N. K. Krupskaya. Leningrad,
1956. (Disser-
tation for the Degree of Candidate in PedaCor-ical
Science)
So: Knizhnaya letopisi., No. 25, 1956

LIVSHITS, A L.~ BRIS4W--MA---
~Pupb . _ jijAg-and cop7ing machine. Stan.
The 473 electric palso.- n~roap
i inotr. 28 no-5:10-15 MY 157- .(HLu 1o:6)
(Rroaching machines)

BRISKMAWW--M.Yft.
.:~ 1. ~ ~ -7 ~ 1 . .. I A- -:.
Motor and evacuatory function of the atomnch and small
intestine in
schl2ophrenic pntlents in a state of stupor; as shown by
X-ray
examination. Vop. paikh. i nevr. no-1:79-107 '57 (MIRA 11:8)
1. In Leningradskoy paMonevrologidheskoy bollnitey im. I.M.
BAlinskogo.
(SCHIZOPHRENIA).
(ALIMENTARY CABAL)

Radiographic investigation of the motor reaction of the stomach
in
response to conditioned and unconditioned food stimuli in
patients
with schizophrenia. Sbor. trud. Len,, nauohn. ob-va nwrl-i
psikh.
no.6s279-288 139# (MM :00 12)
1.-Iz Leningradskoy poikhoneirclogicheskoy bollnitsy imeni
Balinskogo
glavnyy vra h S,N, Popwra)4, 4
MIZOPHREHIL) (CONDITIONED RESPONSE)
M
(STOMACH-RESP616E)

S/137/62/000/003/017/191
AOO6/A1O1
AUTHORS: B
Liskman_,1, A., Smirnov, A. G.
TITLE; On the mixing of steel in an open-hearth furnace by means of
a
running nagnetic field'
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 3, 27, abstract
3v185 ("Uch.
zap. Permsk. un-t", 1961, v. 19, no. 3, 59-61)
TM-: The authors analyze the possibility of linearization of the
basic
equations of magnetic hydrodynamics for steel-mixing processes in
open-hearth
furnaces. A solution of these equations is given for the case of a
free heat
sur,face. The calculation shows that low frequencies are the
optimum Wameter V~
for mixing steel in an open hearth furnace; however, commercial
frequencies may
be employed in practice.
Yu. Nechkin
[Abstracter's note: Complete translation]
..Card 1/1

S/124/62/000/005/008/048
D251/D308
AUTHORS: Briskmano V.A.1'and Smirnovp A.G.
TITLE: Agitation of steel in an open-hearth furnace with a
movable magnetic field
PERIODICAL: Referativnyy zhurnal. Melchanikap no. 5, 19629 13t
abstract 5B64 (Uoh. zap. Permsk. un-t, 1961, v. 19,
no. 3, 59 - 61)
TEXT: The authors showed the possibility of linearization of
the
equations of magnetic hydrodynamics in the case of described
pro-
cesses which arise from the stirring of steel in a Marten
furnace
with the aid of a travelling magnetic field. By linearizing
the sys-
klem. and averaging all the terms of the equations with
respect to
time, the authors found the solution for the case of a free
surface:
of the melt. It was shown that with the assumptions madep the
velo-~
city of the metal depends only on the ratio of the depth of
pene-
tration of the magnetic field in the metal to the depth of the
lay-.
er of the melt. The results of the calculation are presented
in the..
form of graphs. [Abstractor's note ; Complete translation].
-,-Card

ACCESSION IM: AT4042312 S/0000/63/003/000/0349/0355-
AUTHOR: - Briskman, V. A., Mashkautsan, V. V., Rezin, M. G.
TITLE: Simulation of electromagnetic mixing of a metal in the ladle
SOURCE: Soveshchaniye po teoreticheskoy I prikladnoy magldtnoy
gidrodinamike. 3d,
Riga, 1962. Voprosy* magnitnoy gidrodinamild (Problems in magnetic
hydrodynamics);
doldady* soveshchaniya, v. 3. Riga, Izd-vo AN LatSSR, 1963, 340-355
TOPIC TAGS: electromagnetic mixing, electromagnetic stirrer, molten
m6tal mixing,
foundry technology
ABSTRACT: The authors discuss the Importance and area of
applicability of the electro-
magnetic rnbcIng of metals, calling attention to the numerous
advantages of this method. A'
study was made of the processes involved in the mixing of a melt in
ladles by means of a
traveling magnetic field. It is noted that this type of mixing can be
employed to accelerate
and deepen the degassing of the steel during vacuum molting in the
ladle, accelerate the
reduction of the metal and dissolve the alloying additions during the
desulfuration of cast
iron in the ladle, etc. A mixing technique employing low-frequency
current was adopted,
In view of the difficulties that arise when attempting to make use of
the conventional 50-
Card

ACCESSION NR: AT4042312
cycle industrial current. no research described, in the paper
was conducted on a model
geometrically similar to ladles actually hi use In the
metallurgical industry. The authors
note that, In order to achieve physical similarity.over the
entire range of velocities of
practical Interest In mixing, the following twodotormining
criteria constitute the sole
I factors of importance: 2nawd2
C2
(2)
Anlrp.;
where is the circular frequency of the current; Ao is the.
linear current load of the
stator; d is the characteristic dimension (mean ladle diameter);
C;'is the clectroconduct-
ivity; P is the density of the liquid metal; and c is the speed
of light. When slippage is
close to unity, criterion (2) has little effect on mixing. In
this case (covering the majority
of the measurements made oh the model ladle in question), the
results can be extended
more widely than permitted by expression (2). A sectional
diagram of the model is
shown in Figure I of the Enclosure. The ladle was manufactured
of viniplast, with a casing
of non-magnetic steel. Mercury was used as the liquid metal. The
depth of the mercury
Card 2/5

ACCESSION NR-. AT4042312
layer was equal to the moan Internal diameter of the Indio (23 cm).
Water wns poured over
the surface of the mercury. The frequency of the stator current was
varied from 10 to 200
cycles, with an asynchronous generator employed as the power
supply. The methods and
instrumentation used in the measurement of fields and velocities in
the liquid metal are
not described in this article. Three versions were tested, involing
different arrangements
and connections of the stators: 1. two stators, placed
diametrically opposite one another
at different sides of the ladle and acting on the mcIt with forces
of idenilcal direction;
2. two stators with forces of opposite direction; 3. one stator. A
discussion of the results
follows and the authors point out that, on their basis, It is
possible to construct a picture
that'
of the movement of the liquid metal in the ladle of an industrial
mixing unit and to select
.version which is most suitable from the metallurgical point of
view. When designing a i
j,
,specific installation on the basis of 0 (11) curves with A =
const, a function 0 (R) can be
plotted for constant power and the,optimal.frequency for a given
ladle thus found. According
I'to the values of v one can determine the linear stator loads
which will be necessary
A0Vj-.
3/6

ACCESSION NR: AT4042312
for the attainment of the required velocities. Orig. art. has: 2
formulas and 4 figures.
ASSOCIATION: none
SUBMITTED: 04Dec63 ENCL: 01 SUB CODE: ME, MM
NO REF SOV: 001 OTHER: 000
......... ....

ACCESSION NR: AT4042312
ENCLOSURE: 01
Fig. 1. Model diagram: 1 - stator; 2 - mercury; 3 - lining; 4 -
casing-, 5 - water.
(Eard 5/6

BRISKMAN, V.A.; LYUBI140VA, S.N.; REZIN, M.G.
-,,, .... I-.-..
The stirring of liquid metal in the ladle; theoretical
estimate.
Trudy Ural. politekh. inst, no.133:11-16 163. (MIRA
17:9)

RL1Z1N, M.G.; BAISKMAN,
,.- ... -_~.A.; MASHKAUTSAN, V.V.
Results of the investigation of electromagnetic
stirring processes
i~ith the help of laboratory equipment. Trudy. Ural.
politekh. inst.
no.133:25-33 163. (MIRA 17:9)

BEIYANCHIKOV., V.N., inzh.; NOVIKOV, I.V., inzh.;
ZAYTSF,'T- 1-Ye.,
inzh.; AKlLr'YEV, S.A., inzh., BELKIN, V A., in-zh.;
POCHKINA, L.A.) inzh.; VASILIYEV, O.A., inzh.;
Prinimali
uchast1ye: KOPEYK121A, O.P.; %IIRNOVA, A.N.;
BELKINA,S.S.;
SHILINA, Ye-I.. LAGUROV, Ye.N.; REZNIK, S.Z.; !9MMAN2
SHIB
B.I.; KUZWWPJ~11~JL
QVk .1~.
r
e4
w
[Operational life of parts of excavating,
construction.,
and road machinery; a refer'ence catalog] Sroki
sluzhby d2.-
talei ekskavatorovi stroitel'rWkh i dorozhnykh
mashir.
GI
katalog spravochnik. Izd.2., perer. i dop. Moskva,
os-
lesbumizdat. Pt.2. [Road, construction machinery, and
machinery for manufacturing building materials]
Dorozhnye,
stroitellrye mashiny i mashiM dlia proizvodstva
stroitell-
rifth materialov. 1963. 306 p. (MIRA~17:4)
1. "Stroitiyazhmashzapchast'," Tekhnicheskaya
konto;*g. Kon-
struktorskoye byuro.

BRISTEU, F.
"The tenth anniversary of socialist agriculture."
p. 25 (Zemelske Stroje, Vol. 3, no. 2. Feb, 1958,
Praha, Czechoslovakia)
Monthly Index of East European Accessions (EM) LC,
Vol. 7, no. gy
September 1958

BRISTOLI, B. N.
BRISTOL', 8. N. -- "EFFECT or THE TECH14OLOGY or
A:,sr#jpLy ON THE WCAR OF [UCjHE
CYLINDERS." Sur, 2 Jut4 52, ALL-U141011
COPnE!;POtIDEIlCr POLYTECHNI IN T
C 3
(Di55CRTATION FOR THI: DEGREE OF CANDIDATE iN
TECHNICAL ISCIENCE)
SO: VCCHERNAYA ~105KVA, JANUArzy-I)CCEMBER 1952

PHASE I BOOK EXPLOITATION SOV/5223
Bristol', Boris Nikolayevich
Konstruirovaniye prisposobleniy dlya metallorezhushchikh
stankov
(construction of Accessories for Metal-Cutting Machine Tools)
Moscow., Mashgiz, 1959. 238 p. 13,500 copies printed. (Series:
Biblioteka konstruktora)
Sponsoring Agency: Nauchno-tekhnicheskoye obshchestvo
mashinostroitell
noy promyshlennosti. Kiyevskaya oblastnaya organizatsiya.
Reviewers: G. A. Preys, Candidate of Technical Sciences, and
A. V.
Sivay, Docent; Ed.: N. V. Oleynik Docent; Ed.: B. I. Leuta;
Chief Ed. (Southern Dept., Mashgizj: V. K. Serdyuk, Engineer.
PURPOSE: This book is intended for technicians and designers
in
the machine industry.
COVERAGE: The book contains fundamental data and calculation
methods necessary to the designer of fixtures and accessories.

Construction of Accessories (Cont.) SOV/5223
Reference tables and typical designs of the machine parts, sub-
assemblies, and fixtures are provided. No personalities are
mentioned. There are 33 references, all Soviet.
TABLE OF CONTENTS:
Introduction 3
Ch. I. General Information on the Design and Calculation of
Fixtures 5
Methods of designing the fixtures 5
Basic calculations 7
Clamp bars 7
Pressure developed by threaded clamps 7
Eccentric clamps 10
Collet-type clamps 11
Pneumatic clamping devices 13
Hydraulic clamping devices 14
Hydropneumatic clamping devices 15
Clamping devides using "GidroplAst" [doughy plastics] 18
C&rd=VI-27

MELINIKOV, N.F.(deceased]; BRISTOL'-? B.N.;
DEMENTIYEV, V.I.;
CHIKHACHEV, S.A., 52M.
ret-Re'ri-ft-ti-LIBERMAN, B.S.,
P
inzh., retsenzent; GLEYZER, L.A., doktor tekhn.
nauk,
prof., red
(Technology of the manufacture of machinery]
Tekhnologiia
mashinostroeniia. Moskva, Mashinostroenie,
1965. 367 p.
(MIRA 1814)

DANILEHKO, I.; BRITO V,, ekonomist
Productivity accounting in a brigade. Sots.trud 8
no.3:1213.-132 It 163.
(MM 16:3)
1e Nachallnik Planovo-ekonomicheskogo otdela Gomellskogo
zavoda,
elektroap~aratury (for-Danilenke). -
Gomel'-Wages--Rlect~~c equipment industry)

S/196/61/000/008/032/092
D201/D304
AUTHOR: Britall'. V.
TITLE: Hydraulic and combined systems of automatic control
PERIODICAL: Refera-tivnyy zhurnal. Avtomatika i
radioelektronika,
no. 8, 1961, 38, abstract 8 V292 (V ab. Vopr. ph .ev-
mo-i gidroavtomatiki, M., M SSSRI 1960, 175-179)
TEXT: A comnunication on developments in the field of
automatic control technique of industrial processes as carried
out
in the German Democratic Republic. One of the promising
directions
of the development of control techniques iss said to be
combinirt~.
universal hydraulic flow regulators with pneumatic and
electronic
measuring and control equipment. This maken it possible to
amalga-
mate the wide circuit possibilities of electronic and pneumatic
Ziquipment with high output power hydraulic drives. With this
in
ew, a universal hydraulic power unit has been developed. It has
a pump, flow amplifier, power cylinder, measuring diaphragm
elemerts,
Card 1/2

S/194/61/000/008/032/092
Hydraulic and combined systems... D201/D304
valves, filters etc. All the above elements are placed in an
oil-
filled container. Parallel tothe above, a set of installations
has
been developed for coupling the electronic and pneumatic
equipment
to the hydraulic power drive stage, these being all
electro-mechani-
cal pressure transducers for various pressure ranges, remote
pick-
ups etc. Work is also going on in developing pick-ups for
various
parameters as met in hydraulic control and which do not require
supplementing transducers. f-Abstracter's note: Complete
transla-
tioiL-7
Card 2/2

BRITTAN, B. U.
BRITAN,, B. U. - "Congruence of Geodetic and Linear
(Ruled) Surfaces -4n*Three-
Dimensional Riemarmian bpace and in a Space of Constant
Curvature." Sub
23 Apr 52, Sci Res Inst of Mec*han-ics and Mathematics,
Moscow Order of Lenin
State U imeni M. V. Lononosov. (Dissertation for the
Degree of Candidate
in Physicomathematical Sciences).
SO: Vechernaya Moskva January-December 1952

OID, v - T lo--
I ~--
- - ;, -.'L
-z

BRITAIF, XI., inshener.
Xquipmeat for building asphalt concrete roads.,
Kekh. stroi.4 so-5:
5-6 My 147. (MLRA 9:2),
1.Gushosdor.
(Pavements, Asphalt) (Road maehilkerY)

I - . - -
KOZLOV,, N.S.; BRITAN, Ye.A.; =* N.D.
Catalyzed condensation of azomethines with aliphatic-aromatic ketones.
Zhur.ob.khim. 34 no.1:298-303 Ja 164. (MRA 17:3)

MAR14OLI-IREBUELITA, L.Ye., inzb.; BHITAN Yu 1-1 invh.j
MAKEYEW, S.A.1
red.; Kk4YSIINIKOVA, A.A., tekhn. red.
[Inventions; notion pictures, photograpby, optics]Sbornik
izo-
bretenii; kino, foto, optika. Moskva, TSentr. biuro tekhn.
in-
forratsii, 1962. 14+5 p. (MIRA 15:12)
1. Russia (1923- U.S.S.R.)Komitet po delam izobret~-niy i
ot-
krytiy
jMotion pictures-Technological innovations)
(Photography-Technological innovations)
(Optics-Technological innovations)

L 07343-67 EWT(l)- IJP(c)
ACC NR: AP6012151 SOURCE CODE: UR/0413/66/000/007/0069/00W
!AUTHOR: Britang Yu, M.
I ORG: none
TITIZ: A method for demonstrating the parallel positions of the
generatrices
forming cylindrical optical systems. Class 42 No. 180378
announced by Moscow 1
C
Bureau of Motion Picture Equipment (Moskovskoye konstruktors oye
byuro
kinoapparaturY27
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki,
no- 7, 1966, 69
TOPIC TAGS; optic system, optic prism, collimator, collimation
ABSTRACT: This Author Certificate presents a method for
demonstrating the paralleV
position of the generatrices forming cylindrical opticil
pyitems-and running in a 1
desired direction. The method is based on forming the image of a
test object in
the focal plane of the cylindrical component placed behind the
collimator. To
increase the accuracy of showing the generatrices, the parallel
position of the
generatrix of a cylindrical component running in a desired
direction is determined
by bisecting the distance between straight parallel lines formed
by the
Card 1/2 UDC: 681-4.072.2

L 07343-67
ACC NR: AM12151
representations of extreme bright points on the test object'.
The central straight
line representing the bright point of the same test object is
used as the bisector.11
SUB CODE: 13, 20/ SUBM DATE: 13,Tan65
Card 2/2

BRITA'ISHSKIYj, G. R.
Lapitskiyj D. A. and Britanishskiyj G. R. "Changes in the
currents of heart activity
(electrocardiograms) in passing through injured portions of the
organism", In the collec-
tion: Mekhanizm patol. realctsiy, Issues 11-1q, Leningrad, loh9,
P. 306-11.
SO: U-092; 19 Aurust 53, (Letopis tZhurnal tnykh Statey, No 21,
19h9).

BRITANISPSKIY; q. R.
Britanishhkiy, G.. R., Lapitskiy, D. A. j and Sobolev, V. I. "The
recordinE~ of diaphram.
currents -- e-Lectrodiaphrarmography", In the collection:
Mekhanizm patol. reakts-'LY, Issues
11-3.5, Leninfirad, 191.,9, p. 38h-'?O.
SO: U-4392, 19 August 53, (Letopis tZhurnal Iny1ch Statey, No 21,
10,h0,).

BRITANISHSKIYP G.-~.
"Cardiac Disturbances During Changes in the Functional Condition of
the Central
Nervous System (Experimental Data)." Dr Med Scip Leningrad State
Inst for the
Advanced Training of Physicians, Leningrad, 1954. RZh Biol, No 2,
Jan 55)
Survey of Scientific and Technical Dissertations Defended at USSR
Higher
Educational Institutions (12)
SO: Sum. No. 556, 24 Jun 55

-rAV / S Y,_ R, 107-5-31/54
AUTHOR: Klibson, V. and Britanishskiy, R.
TITLE: "Soyuzw and "Znamyaw TV Sets
(Televizory "Sovz" i "aamya")
PERIODICAL: Radio, 1956, Nr5,pp. 35-39 (USSR)
ABSTRACT: A description of two now factory-made Soviet ty sets.
They were developed
in "one of the Leningrad radio-manufacturing plants". As wnew"
items
rectangular picture tubes and elliptic speakers are featured.
Both sets are intended for 5 tv channels and also FM VHF radio
reception on
64 to 73 me. They differ in the type of picture tube used and in
the
acoustic system. "Soyuzl has 210 x 280 mm 35JIK29 type picture
tube,
*Znamya" has 255 x 340 mm 43AK25* type picture tube.
Sensitivity on all channels 200 tiv or better. Horizontal
definition 500
lines. Sound amplifier band 100 to 6.000 c at 1 watt.
Both tv sets are designed for 110, 127, 220-T a-c supply, and
consume
125 w with tv reception and 60 w with FM radio reception.
"Soyuzu weighs 21.5 kg, "Znamya" - 25.5 kg.
Each set uses 15 tubes and 5 semiconductor diodes. Beat
frequency 6.5 me
is used for sound reception. First 5 stages are used jointly for
video
Card 1/2 and sound channels. Mymmetrical input is deogned for a
75-ohm cable.

107-5-31/54
"Soyuz" and wZnamya" TV Sets
The circuits of the tv sets are designed along the
conventional lines.
Wooden cabinets have dimensiona:"Soyuz" 440 x 420 x 467
mm, "Znamyaw
500x 460 x 480 mm.
An editorial note announces that both new tv sets have
been tested and
showed "goodw results.
Four figures are given including detailed circuit diagrams.
AVAILABLE: Library of Congress
Card 2/2

WMK, G.A.; BRITAM, V.A. I
-------
Hydraulic open-pit mining. Ugoll 34 no.10:16-19 0
'59.
(MIRA 13:2)
l.Moskoveld)r gorW institut im. I.V. Stalina.
(Hydraulic mining) (Coal preparation)

11-
_BRITAREV, Y.Ai, inzh.
Preparation of coal mined in bulk by the open cast nethod.
Obog.i brik.ugl. no.27:49-59 162. (NIRA 17:4)
4

BRITAREV, V.A., gornyy inzh.
flydromechanization of coal mining in the open-pit runes
of Kuznetsk
Basin. Ugol' 37 no.3:20-24 Yx '62. (MRA 15:2)
(Kuznetsk Basin--Strip mining)

BRIT&YEV,. A.3.
Unsteady temperature field of wat.erdr6pso Trudy TSAO
no.17:3-14 156.
I (MLRA 10:3)
(Drops) (Atmospheric temperature)

AuTloRs: Khrgian,
A.Kh., Britayev, A.S.
53-4-7/10
TITLE:
The International Geophysical Year (Mezhdunarodnyy
geofiziches-

kiy godY
PERIODICAL:
Uspekhi Fiz. Nauk, Vol. 62, Nr 4,
PP. 475-483 (USSR)
ABSTRACT:
First, the author gives a short report
on the past geophysical

years. Next, the organization of the
present geophysical year is

described. The object of the
scientifical investigations of the

inte3znational gVphysical year
is the solution of those most im-

portant planetarial problems of
geophysics which demand simulta-

neous observations on the entire
universe. The program of the

works during the international
geophysical year include the most

important branches of modern
geophysics: meteorology, terrestrial

magnetism, polar phenomena
and luminescence of the sky at night,

ionosphere, solar activity,
cosmic radiation, determination of

longitudes and latitudes,
glacialogy, oceanography, seismology

and gravitation. The various
investigations are, however, com-

bined by the leading ideas to a
whole. Increased observations

shall take place during the
so-called "regular world -d
s" (full

moon, solar eclipse, increased falling of meteors, eta .
. An im-
7

portant place is occupied during.the international geophysical
Card 1/2
year by the investigation of the circulation of the
atmosphere;

The' International Geophysical Year.
53-4-7/10
special attention is devoted to the antarctic. The exact deter-
mination of time and longitudes by means of astronomical methods
is connected with the problem of the entire circulation of the
atmosphere. Rotation of the earth becomes slower within the
course
of centuries , and, besides there exist fairly regular annual
fluctuations of the duration-of the day. Whilst the angular mo-
mentum of the earth remains conetant, either the moment of in-
ertia or the relative velocity of the rotation of the atmosphere
changes. Here the actual velocities of wind on the entire earth
have to be taken into account. The longitudinal determinations
of various observat&vies have to solve the problem of the motion
of the continents. A further complex of problems is connected
with solar radiation received by thelearth. With this also the
re-
flection of solar radiation by the earth is connected. The in-
vestigation of the spectra of the polar phenomena, luminescence
of the night sky and the corons. are of great importance.
Further
fields of research are mentioned.
AVAIL&BLE: Library of Congress
Card 2/2

30) SOY/50-58-10-4/20
AUTHORS: Britayev, A, S., Tozones, V~ A., KuZn0taGV, A. P.
TITLE: Oj~'the ~Relationship Between the Total Ozone Content
and Meteoro-
logical Conditions (K voprosu o svyazi obshchego soderzhaniya
ozona s meteorelogicheakimi usloviyami)
PERIODICAL: Meteorolog4ja i gidrciogiya, 191,-6. Nr 10, pp
24-29 (USSR)
ABSTRACT: The increasing interent ~x the problem mentioned in
the title, in
particular in connection with the International Geophysical
Year,
is not in accordance with the few data available on it. The most
usual methods of ozone determination (according to direct
sunlight
and disperse light in the zenith) are limited by dull and cloudy
weather (Refs 1,3,4). The determination of an interrelation
bebmen
the ozone oontent and the synoptic processes requires continuous
ozone measurements for a number of days (Refs 5-8). This is only
possible in certain areas with a maximum of sunny days. In view
of
these facts, the Tsentrallnaya aerologicheskaya observatoriya
(Central-Aerological Observatory) investigated the fluctuations
in the ozone content as mentioned in the title. As the most
Euitalie
area that if Nizhneye Povolzhlye (lower Volga region) was
chosen~
The period between April 27 and June 8 (1957) corresponds to the
Card 1/3 highest seasonal intensity of the ozone content (Refs
1,5).

SOV/50-58-10-4/20
On the Relationship Between the Total Ozone Content and
Meteorological Conditions
A photoelectric spectrophotometer (according to Dobson,
modified)
was designed by the bloskovskiy gosudarstvennyy universitat
imeni
M. V. Lomonosova (Moscow state University imeni M. V.
Lomonosov)
and used as main device for measurements. The total content of.
ozone was determined according to formula (1), by means of
formula (2).
Table 1 presents the average values obtained. Figure 1 gives
these
valu" in connection with atmospheric pressure on the earth's
sur-
face and with the altitude of the tropopause. It may be seen
from
it that the higher the tropopause the less ozone is contained
in
the atmosphere, and vice versa. Furthermore, high ozone
quantities
tend to occur during a low pressure on the earth's surface,
this
dependence-, however, being less pronounced than that on the
tropo-
pause. The relation between temperature-at an altitude of 2 m
and
the ozone content is more difficult to be established. The
results
obtained confirm the relationship between the processes in the
troposphere and in the lower stratosphere. It follows from it
that
the variations of atmospheric conditions in lower layers are
one of
the principal causes of the variations in the layers up to an
alti-
tude of 20-29 km. These data a-re further indicative of
the,fact
Card 2/3 that ozone is not being suddenly destroyed but within
dozens of

SOV/50-58-10-4/20
On the Relationship Between the Total Ozone Content and
Meteorological Conditions
hours. These rules suggested above are illustrated and
explained
by examples in dependence on some.atmospheric processes in the
course of the observation period.-There are 1 figure, 1
table, and
-9 references, 5 of which are Soviet.
Card 3/3

6 /? ) 1-,4 1
/V S,
PHASE I BOOK EXPLOITATION SOV/3030
-3(7)
Leningraa. Tseritrallngya aerblogicheskaya observatoriya
Nekotoryye voprosy fiziki oblakov (Some Problems in Clohd
Physics)
Moscow,, Gidrmeteoizdat (otd.) 1959- 94 P. (Series: Its;
Tructy,
vyp- 30) 650 copies printed.
Sponsoring Agency.-' Glavnoye upravleniye
giarometeorologicheskqy sluzhby.
Ed. (title page): A.M. Borovikova; Ed.-(inside book): M.I.
Soroltina;
Tech. Ed.: T. Zemtsova.
PURPOSE: This*collection of articles'is intended for
meteorologists and geophys-
icists.
COVERAGE: This is a collection of seven articles on problems
in cloud physics.
'All articles were written betFeen. 1955-1558 but their
publication was withheld for
technical reasons. Individual articles discuss the origin
ofth,e subfrontal
qection in warm front cloud systems,radar scatteAng by
non-spherical particlesp
unipolar chargbs in aerosols and atmospheric electricityand
the conditions of
Card 1/3

.Some Problems in Cloud Physics
SOV/3030
ice crystal growth in the free atmosphere. A base line
theodolite method for
surveying clouds is described, and a 'compound for
obtaining replicas of cloud
elements discussed. References,accampany individual
articles.
TABLE OF CONTENTS:
Tsito;vich, T.A. Formation of the Subfrontal Section of a
Warm Front
Cloud System. 3
Shupyatskiy, A.B. Radar Scattering by Non-Spherical
Particles 39
Reshetov, V.D. Analysis of Unipolar Charges in Aerosols 53
ReshetovY V.D. The Problem of Atmospheric Electricity and
Aerobols 62
Britayev, A.S., and A.N. Korneyev. Coagulational Growth of
Ice
C iys ~as~ 73'
Korneyev, A.N.jand B.N. Trubnikov. The Use of Crystal
Replicas
in Investigating Cloud Elements 81
Card 2/3

Some Problems in'Cloud Physics SOV/3030
Kondratlyev, N.N. The Method and Results of Base Line
Theodolite
tm-~eying of Clouds 84
AVAILABLE: Library of Congress
Tm/gmp
Card 3/3 1-21-6o

33057
S/169/61/000/012/053/089
11~41 Z) D228/D305
AUTHORS: Britayev, A-0-S., and Kuznetsov, A,. P.
TITLE. Vertical distribution of ozone
PERIODICAL: Referativnyy zhurnal, Geofizika, no,, '12, 1964,
14-15, abstract 12B99 (Tr. Tsentr, aerol.
observ., 1959, no. 32, 28-35)
TEXT: The results are given for measurements of the overa'Ll
content, and vertical distribution of ozone over the southern
Dart of the Union's European territory in Aprii-June,
19599
from terrestiai observations of direct solar radiation and of
UV-radiation scattered from the zenith of a clear sky. The
measurements were accomplished with the help of a photoelectric
opectrophotometer with a two-fold resolution or light by quartz
prisms assembled according to the scheme of Dobson. The tem-
perature, pressure, and direction and velocity of the wind at
the surface were simultaneously measured by standard meteoro-
Card 1/4

33057
S/169/61/000/012/053/089
Vertical distribution... D228/D305
instruments, and the amount and form of the cloudiness and op-
tical phenomena in the atmosphere were also visually observed.
A thermoelectric actinometer was used to estimate the atmos-
phere's transparency,. Air streams., the heights of the,
pause, and atmospheric fronts were established on the grounds
of the radioprobe data of neighboring stations and froi-.i map!~
of the baric topography. The meteorologic data were
to processing and were compared with the overall content ane
vertical distribution of ozone in the atmosphere, Cal
cu'La`-.i.-.-,-s
of the total content of ozone .-.,ere made from the Bouger
for.r.,,-Ja,
thE- vertical distribution being computed by tho method of Hetz
and Dcbpoii with 113o. arbitrary division of I:hk,
the layer,,-; 0 - 5 km, 5 -- 20 k-mj 20 -, 35 irm., 35- 50 ktn~.
and
above 50 kir., The ozone content in the layer above 50 km was
assumed to equal zero, while in the ]-ow :5) km layer It -,%ras
posed -to be equal tc 1% per II kin of the value of its overa-11-
content. The decrease in the air temperature in the laver 7, Kil
Card 21~1

33o57
8/169/61/000/012/053/089
Vertical distribution... D228/D305
beneath the tropopause is revealed.when the total ozone content
increases with the correlational relation equal to - 0.54. The
increase in the total ozone content is accompanied by the warm~-
ing of the air in the 4 km layer above the tropopause, the co--
efficient of correlation in this case comprising + 0.48. A low
tropopause corresponds to a high ozone content.-. the appearance
of extreme values for the height of the tropopuase almost alvjayi3
precedes by approximately one day the appearance of extreme Ir
values for the total ozone content. The character of the verti-
cal distribution of ozone is related to its overall. content.
as a rule, the higher the quantity of ozone in the atmosphere,
the lower the center of gravity and the wider the ozone layer;
the curve of the vertical distribution with a sharply expressed
maximum concentration and a comparatively high center of gravity,
on the contrary, corresponds to a low total content, The sink-
ing of air with a high ozone concentration into the atmosphere's
lower layers occurs when the height of the center of gravity of
the ozone layer decreases simultaneously with the increase in
Card 3/4

33057
S/169/61/000/012/053./089
Vertical distribution... D228/D305
its total content. The ozone concentration in the ozonosphere's
upper layers thereby somewhat decreases, but in the lower
layers
it arovis substantially. f-Abstracter's noter Complete trans-
'Lation._7
Card 4/4

34501
S/16 62/000/002/028/07en
D228YJ)301
AUTHORS: Britayev,-A,_q, and Kuznetsov, A. P.
TITLE: Some results of research on atmospheric ozone
PERIODICAL: Referativnyy zhurnal, Geofizikag no. 2, 19629
14, ab-
stract 2B116 (Tr. Tsentr, aerol., cbscrv.., no. 37,
1960, 3-4)
TEXT: The measurement method is described together with
some re-
suits of research on variations of the total content and
concen-
tration of ozone in connection with physical processes in
the al..,
mosphere. The observations on atmospheric ozone were made
at the
Tsentrallna~afaerologicheskaya observatoriya (Central
Aerologic
Observatory rom 1957 by means of a Dobson-type photoelectric
spectrophotometer and an electrochemical analyzer designed
at the
CAO. Measurements of the amount of ozone ondays with cloudy
wea.-
ther were accomplished by spectrometrically observing the
light
scattered from the zenith of the cloudy sky. The magnitudes
of the
total ozone content were, thereby, determined from
transition dia-
Card 1/ 3

S/16 62/000/002/028/072
Some results of research ... D228YD301
grams, constructed from the data of simultaneous
observations for
direct solar radiation and for radiation scattered from the
zenith
of the cloudy sky on days with variable cloud. The use of
this
method permitted the tracing of ozone variations in
connection
with synoptic processes, whose passage in middle latitudes
~s usu-
ally accompanied by the formation of cloud. It is
established tha.".
starting from January of each year the ozone content over
Moscow
increases to reach maximum values in the spring - in
March-May --
thereafter decreasing to minimum values at the end of
autumn and
beginning of winter. The average yearly value of the amount
of
ozone above Moscow, calculated with allowance for the Vigru
co-
efficients, comprises 0.347 cm, the variational range of
the aver-
age monthly values being about 0.13 cm; the maximum value
(May
2.957) was 0.434 cm, and the minimum (December 1958) was
0.273 cm.
As a result of statistically studying 110 cases of ozone
obser-
vations at the time of airmass interchange it is
established that
the passage of a warm front is often accompanied by a drop
in the
quantity of ozone in the atmosphere, while the passage of a
cc-Ld
front is frequently accompanied by the growth of the ozone
concen.-
Card 2/3

S/169/62/000/002/028/07~
Some results of research 0.0 D228/D301
tration. The passage of an occluded front is either marked
by no
variation whatsoever in the ozone concentration or else is
panled by the increase or reduction of the total ozone
content
o-Ter the point of observation. Together with changes in
the ozone
quantity which are in agreement with Dobson's scheme,
instances of
ozon.e fluctuations supplementing or contradicting it-are
noted re-
gularly. Cases of the weak rise in the amount of ozone
befiind a
warm front and of the decrease in the total ozone content
behind a.
cold front were detected in particular. It is established
that theTi
is a link between variations in the total ozone content and
vert-i-
cal air-cutrents in the atmosphere: descending
air-curren-111-s ai-. ac-
companied by in increase in the total ozone content, and
vice-I-er-
sa. It is bhown that variations in the concentration of
ozone in
the air near the ground surface usually coincide with those
of the
total content, although instances are observed, too, where
the2e
two quantities deviate from the coordinated course. 13
referense;B.
/ Abstracter's note: Complete translation.-7
CaTd 3/17

33058
S/169/61/000/012/054/08f-;
3 S-110 D228/D305
AUTHORS! Kuznetsov, A. P., and Britayev, A. S,
TITLE: Observations on the';;rtical distribut-ion of
ozone over Moscow
PERIODICAL: Referativnyy zhurnal, Geofj.zika, no, 12,, 196'1~
15, abstract 12B100 (Tr. Tsentr,, aero).. ob,~!erv,,
1960, no. 37, 8-12)
TEXT: The observational methods are stated togetner with
some resuits of investigating the vertical distribution of ozone
over Moscow, Observations were conducted with a photoelectric
spect.-rophotometer of the Dobson type which separates two light
rays with wavelengths of 3114 and 3326 R and spectral intervals
of 10 and 14 R. The vertical distribution of ozone was calcu-.
lated from measuring the relative intensity of these two rays
Card 1/3

33058
S/169/61/000/012/054/089
Observations on the... D228/D305
of scattered light. at high zenith angles of the sun in
accor-
dance with the method proposed by Walton. The amount cf
ozone
in the lower 12 km layer was assumed to equal 6.5~; of
the VFIIae
of its total con-tent, determined from direct sunlight,
The
exDonential decrease in -the amount of ozone ~-.,ith
altii-.ude --,,,,as
proposed for the layer above 36 km,. The absorption
of Viger were used in the calculated solution of tl)e
-pn~-,blem
the data on the density of air to a height of 25 - 26
icn: -vrer-
determIned from tables of aeroicgic probing, those for
gi-teate-1-
CD
altitudes being taken from tables of' the standard
atinospher;_-.
As a result of the calculations, it is shown that the
introdizc-
tion or the new absorption coefficients of VJI-ez-
iiviteadl Ot~' 'Llbe
-previously used coefficients of Ni Tzi~-ze and Chun,-
increases t-he ozone concentration inall the
ozonosphere's layers
'by approximately one-tbird,. The patterns of the
connection of
the total quantity of ozone with the meteorologic
elernents are
preserved, The number of cases when the, solution o-f
t1he equa-
Card 213

33058
S/169/61/000/012/054/089
Observations on the... D228/D305
tions does not iead to definite results has increased. There-
fore, the perfection of methods for processing the materiE~_l of
terrestrial spectrometric data and the more precise definition
of the coefficient or absorption continue to remain urgent prob-
lems. The height of the ozone layer's center of gravity has
increased in comparison with previous data, which is evidently
explained by the new arbitrary subdivision of the atmosphere
into layers for which the ozone concentration is being deter-
mined. ~'_Abstracterls note: Complete translation--7
Card 3/3

AUTHOR; Britavey, A.
34502
S/169/62/000/002/029/072
D228/D301
TITLE~ Measuring the concentration of atmospheric ozone by
chemical and electrochemical methods
PERIODICAL: Referativnyy zhurnal, Geofizilca, no. 2, 1962, il-,
ab-
stract 2B1,17 (Tr. Tsentr. aerol. observ,. no. 379
n-1 N
2960, 13-,::-)j
TEXT: Existing chemical and electrochemical methods of ozonometry
a-re analyzed, and a new means of determining the concentration
of,
ozons in air is proposed; this is simpler and more reliable than
the procedure used for analogous purposes abroad. The reaction in
wh.21ch ozone is oxidized by potassium iodide
03 + 2KI + H 20 12 + 0 2 + KOH (1)
a neutral solution containing a definite quantity of sodium
calf

Meaguring the concentration ...
thiosulfate for combining gaseous iodine
S/169/62/000/002/0201//0-12
D228;/D301
19 + 2Na S 0 2Nal + Na S 0
2 2 3 2 4 6
(2)
'.s taken as the basis of the method. In the measurement -41-.he
a
ir. be-
.Lng analyzed for ozone is drawn out by means of an electric
aepi-
rator tbrough a filter and a vessel with the measuring solution
and
a gas meter. The reaction proceeds in a glass measuring vessel--
with a cylindrical shape and a capacity of about 10 cm.,,
provided
with two plat'inum electrodes that each have an area 1, =2. The
el-
,:-~-trodee may be connected either to a measuring bridge or to
the
hydr-ogen-ion indicator's electronic meter. The bridge is
suppiled
frcm a standard-, signal generator with an alternating current
c'.
;600 wf4 lin frequency in order to eliminate the influence of
the
e1-,tro1y&i_P. When balancing the bridge the eaectric sigi,32s
are
0
!3mp ified by a broad-band amplifier and recorded on the -tube
c.-I a
cathode os,~illograpb or on a galvanometer after their
ri
Card. 2/4

S/169/62/000/002/029/072
Measuring the concentration D228/D301
The solution's conductivity is established at a given stage of
the
reaction from the moment of balance of the bridge which corree-
ponds to the minimum amplitude of a signal. The break of the
graph
of the relative maunitude of the conductivity in relation to the
volume of air passing through the solution corresponds to the
com-
plete consumption of the sodium thiosulfate present in the solu-
tion. The amount of reacted ozone and.its concentration in a
given
volume of air is calculated from the point of the break of the
conductivity curve and from the equation of chemical reaction
(2).
The colorimetric method, which essentially consists of
determining
the change in the color of the reaction indicator on its
oxidation
by ozone, is simpler though less accurate. Color indicators like
phenol, bromothymol, nitrophenol, phenolphthalein, and certain
oth-
ers may be used to determine relatively high concentrations of
ozone in the air. In measurements by this method air being
tested
for ozone is passed through till the color changes in 10 cm.3
of a
2~ potassium iodide solution to which several drops of one of
these
indicators have been added. The electrochemical method has been
used since January 1959 at the Tsentralinaya aerologicheskaya
ob-
servatoriya (Central Aerologic Observatory) to ascertain ozone
Card 3/4

S/169/62/000/002/029/072
Measuring the concentration D228/D301
concentrations in the troposphere. The relation of the ozone con-
-ion in air at the 2 m level to the magnitude of the total
centrat
ozone content of the atmosphere was established as a result of
the
observations. The coordinated variation of these two quantities,
depending on the vertical currents and on the variation of
certain
meteorologic characteristics, was detected at the time of airmass
interchange. The diurnal variation of.ozone at the 2 m level has
a clearly expressed broad maximum in the hours around noon and a
minimum at night and in the early morning. Sharp fluctuations of
ozone near the ground surface are noted on days with changeable
weather when the average-daily concentration values are
relatively
small. Since the ozone fluctuations do not always conform to the
advective theory for these variations, it is suggested that an
oz-
one source possibly exists near the ground surface.
/-Abstracter's
note: Complete translation._7
Card 4/4

U833.
S/560/62/000/014/004/01-
AOO1/AlO1
AUTHORS: Yakovleva'~ A..V., Kudryavtseva, L. A., Gerasev,
V. F., Kachalov, V. P., Kuznetsov, A. P.; Pavlenko, N. A.,
Iozenas, A.
TITLE: A speotromttrio-,investigation of the.oz6ne layer up to
60-km.alti-':
tude
SOURCE: Akademiya npLuk SSSR. Iskusstvennyye sputniki Zemli. no. 14,
1962,
57 - 68
TEM The vertical distribution of ozone can be determined from
the.50at-
tered ultraviolet radiation of the Sun, using reversal effect
discovered by
G8tz, or by direct measurements from the ground surface and from
balloons or
rockets'. In order to compare these indirect and direct methods,
simultaneous
measurements of altitude ozone distribution'with a spectrograph
lifted by A-
rocket and with a ground spectral equipment for observations
of*ultraviolet.!
'light scattered from-the sky zonith,,were carried out in the USSR on
June 15,
1960. A photoelectric spectrophotometer'with
double.light.decomposition in -
Y.
Card. 1/
5

s/56o/62/000/014/bo4/611.
Aspectrometric investigation of the... AOO1/A1O1
quartz prisms was-used for observations from the ground surface. The
amount,*of
ozone in vitrious atmospheric loers, total amount and the altitude of
the gravi-,:
ty center of the ozone layer frdmithese observations are shown in
Table 1. The
first ascent of a rocket for ozone measurements took place on July 19,
1955~ t,
turned out that all ozone was concentrated in two layers: 13 - 26 km
and 50
.64 km,.between which no ozon*e was:detected. The secon cf..rise was
on October 1,
'1958~ at a Sun's declination of 190. The third'attempt was made on
June 15,
1960. A diffraction spectrograph;provided with a tracking devide was
lifted on
a geophysical rocket. The results of Soviet measurements are compared
with
American ones and presented graphically in Figure 5. Comparison
between in-
direct determinations and measurements from rockets is'',shown in
Figure 6; the
agreement between them was found to be satisfactory, but the final
answer on
their equivalence can be obtained pnly after further Investigations
with rock-
ets., There'are 6 figures and 3'tables.
SUBMITPED: Dicember 12, 1961
Card 2/5

s/-c6o/62/ooo/oi4/oo4/oii.-.-,.~
4 spectrometric investigation of
the..
A001A101
Tdble 1. Concentration of-ozone in v&ious atmoshherIc
layers according to dat&

of ground medsurements on ITuAe 15, 196-o

Altitude of layers, km Content of ozone in the
Content-of ozone per
layer, am
I km, cm.km
0 12 0.0257
0.00214
0--1130-'
12-- 24

oxo942
.
24 - 36. - '0.1470
.0.01225 i-
42
0.0126
-'0 002
10-

42'_ 48.
0034�

8'
0 0005
,
54 ~0-000970-
0 00016
Total content is 0-303 am

-gravity a
he enter-of the ozone lAyer;
T

i.at 24 km.
Card 3/5

A spectrometric investigation of the
::.Figure 5. Rocket measurements of
ozone vertical distribution :n
Legend: 1 - measurement of
October 10, 194.6 (USA);
.2 April 2, 1948 (USA);
3 June '*14, 1949 (USA);
.4 October 1, 1958 (USSR);
5 June 15, 1960JUSSR).

.6at.060/62/000/014/004/oli',,...t)'~
A spectrometric investigation of the*.. A001A101
Figure 6.~ on obtained in direct:~
Comparison of data on oione vertical distributi
measurements from rockets and by calculations- a - measurements of
April 2.,-.-
948 (USA); b ~ measurements of June 15, ig6o (USSR)
rom the reversal effect; direct measurements.,
Legend:- I calculation f
ir
10
40
30
jo
z0
to
7
i.0
OPS
:.40j t1lo. 415,
Card 5/5

Ku~ne t s ov,-, ~A:
AUTHORS. t.~.
r4
77
S/ 169/63/ 000/002/014/127
~~:D263/D307
0-.-anUBrit
LLritayey

YAKOVIEVA, A.V.; KUDRYAVTSEV,A, L.A.; GERASEV, V.F.;
KACHALOV, V.P.; KUZIETSOV, A.P,; PAVLENKO,,j N.A.; JOZEW,
V.A.
Spectrometric investigation of the ozone-layer up to the
altitude of'60 km. Isk.sput.Zem. no.14:57-68 162.
. I (MBIA 15:11)
. (ozone)
(Atmosphere, Upper-Rocket observations)
a

ERITAYEVP A.S.; KUZNETSOV, A.P..
. Atmospheric ozone and some meteorological processes.
Trudy TSAO
no.45s22-31 162. (MIRA 16:10)

ERITAYEV, A.S.
. Measurements of the concentration of ozone in the
troposphere and
preliminary results of observation. Trudy TSAG
no.45g32-37 162.
(MIRA 16slo)

ERITAYEV, A.S.; STEBLOVA, R.S.
Iffect of solar radiation on the ozonosphere based on observation
materials of the solar eclipse in February 15, 1961. Trudy TSAO .
no.4508-43 162. - (MIRA 16:10)
E I

(MJRA 18:5)

ACC NR%- AR6 01. 321 4-4 SOURCE CODE:. UR/0169/66/OO6[6-V6/iO 15/B
-016
AUTHOR: Britayev, A. S.
ORG: Central Aerological Obaervatory (Tsentrallnaya aerologicheakaya
observatoriya)
TITLE: Ozone in the atmosphere
SOURCE: Refs zh. Geofizika, Abs. 6B119
REF SOURCE: Tr. Tsentr. aerolt ob serv., vyp. 66# 19659 19-50
TOPIC TAGS: troposphere, ozone concentration, atmospheric azav-C
7
ABSTRkCT: Characteristics of ozone in the troposphere and the
seasonal.
and diurnal changes in tis concentration are discussed. The annual
ozone concentration in the ground layer of the atmosphere is given
for
various places on the globe. The maximum annual ozone concentration
rate in the Northern Hemisphere was found at the end of spring and
beginning of summer; the minimum rate occurs in autumn 'and winter.
The
quantity of ozone in the ground layer of the atmosphere is.less
above
continents than oceans. The amplitude of the annual rate increases
with,
land distance from the ocean. A sharp decrease of ozone
concentration
was observed moving from polar latitudes to'middle latitudes. The
ozone
Card LZ UDC: 551,510.5