SCIENTIFIC ABSTRACT BRILLIANT, O. A. - BRIMERBERG, V. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000306920011-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB


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BRILLIANT, O.A., inzh.
Use of plastic films made from polyvinyl chloride in the
lighting
industry. Trudy NIIMeattopproma no.17:42-47 162. (NIRA
16:5)
(Vinyl polymers) (Lamp shades)

/- L- -J--- '4 A/ 7 '~' &-
MATSKIN, L.A.; KOVALXHKO, K.I.; BABUKOT, V.G.; KONSTANTINOV,
U.N.;
PONOMARRY, G.V.; FALICHIKOV, G.H.; PZIMICHKO, L.G.; SIAIMMIN,
V.M.; Q"OV, A.A.; BRMIANT -- S.G.: SMGM, V.Ya.,- SOSHCH3H-
KO, Te.M.; AL3KSANM OV9 A.Me; BUNd~d, V.A.; KRUPERIK, P.I.;
MAYEVSKIT, V.Ya.; TELSHIN, K.V.; GAK, Kh.A.; POTAPOV, G.M.;
KARDASH, I.M.; SMPURO, S.I.; KAPLAN, S.A.: SELIVANOV, T.I.;
YERSHMIKO, N.Ya.,- ZWZH, A.D.; USTINOV, A.A.; GIRKIN, G.M.;
VOLOBUYEV, F.P.; CHERNTAK, I.L., nauchnyy red.; DESHALYT, M.G.,
vedushchiy red.; GZIMDITZYA, I.M., tekhn.red.
[Combating losses of potroleum and petroleum products;
materials
of the All-Union Conference on Means of Combating Losses of
Petroleum and Petroleum Products] Bor'ba s poteriami nefti i
nefteproduktov; po materialam Veasoluonogo soveshchaniia Do
bor'be
9 poteriami nefti I nefteproduktov. Leningrad,
Gos.nauchno-tokhn.
izd-vo neft. i .-Orno-toplivnoi lit-ry. 1959. 157 P. (MIRA
13:2)
1. Nauchno-tekhnichaskoye obahchestvo neftyanoy i gazovoy pro-
myshlennosti.
(Petroleum industry)

BRILLIA~
Prevent losses of petroleum.. VTO no.9-.29-30 S 159.
(Milu, 13:1)
1. Zamestital' predacdatelya oblastnogo pravleniya
Hauchno-
tokhnichaskogo obehabeetva neftyanoy i gazo#oy
promyshlennosti,
Kbjybyehev.
(Kuybyshev--Petroleum industry--5afety measures)

~BRnLIAW, S.G.
Brigades of Commist labor of Kuybysbev petroleum
workers.
Neft.khoz. 37 no.3:66-68 Mr 159. WRA 12:5)
Mybysbev Province--Petroleum industry)'

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6OV/1~`1-3-59-3-4/32
AUTHORS: Oreshkin, G.G. and BXill -- antoll B. A., Candidates of
Technical Sciences'---
TITLE: Reconstruction of the Blast Furnace Hearth and Hearth
Bottom at the Dzerzhinskiy Works (Rekonstruktsiya gorba
i leshchadi domemoy pechi zavoda im. Dzerzhinskogo)
PBRIODICAL: Stall, 1959, Nr 3, pp 206 - 209 (USSR)
ABSTRACT: It is pointed out that numerous investigations (Refs
1-4)
indicated that isotherms in the centre of a conventional
hearth bottom descend deep down while isotherms of a
cooled hearth bottom approach its internal designed
contour in shape. Therefore, it is possible to decrease
the non-uniformity of stresses in the hearth bottom and
thus the number and dimensions of cracks If the bottom is
cooled and made from a heat-conducting material such as
carbon blocks. Moreover, the thickness of the bottom must
be co-ordinated with its heat conductivity so that the
Uezparature of the iron in contact with anyopart of the
hearth bottom did not exceed 1 050 - 1 100 C. The
latter can be achieved by designing the hearth bottom
in the form approaching a volume limited by two spherical
sectors with a distance between them of 1.2 - 1.6 m
Cardl/3 (thickness of the hearth layei). So-designed deepening

SOV/1;1
e~5 tJ2
,e Hearth and r% j4/
Reconstruction of the Blast Furnae h' 0 om at the
Dzerzhinskiy Works
of the bottom will not only remove its centre from the zone
of maximum temperatures but will also decrease the mechani-
cal degradation of the lining by convection current. It
was decided to check on the durability of a spherical hearth
during the reconstru~,,tion of a furnace at the works. The
design of the project is described. The general lay-out
and the design of the individual hearth sectors is shown
in Figure 1-1r'. The bottom and sides of the hearth up to
the level of slag notches will be lined with carbon blocks.
The hearth bottom (1 600 mm. thicl~ and walls (1 200 mm thick)
wi'11 be water-cooled with coolers 300 mm thick with two
rows cf tubes, 38 mm in diameter (Figure 3). The casing
of the hearth will consist of a round bottom plate, three
conical and one cylindrical surfaces (Figure 2). Coolers
are placed between the lining and the casing (Figure 3)-
The bottom Cooler will hwie a round shape; the remaining
coolers will form conical surfaces. The lining of the
tuyere zone and the remaining part of the furnace will be
made from chamotte bricks . A new casing is being made
Card2/3 for the bosh and tuyere level 26 mm. thick and for the
rest

BOV/133-59-3-4/32
-Reconstruction of the Blast Furnace Hearth and Hearth Bottom
at the
Dzexzhinskiy Works
of the hearth 36 mm thick. The spherical hearth will be
standing on a support from plates, 40 mm tlick, resting
on reinforced concrete. The lentil will be welded to the
stack casing and supported bj 6 columns, the length of
which will increase from ? 500 Mm to 12 893 mm. as the
lentil will be raised b7 2 213 mm. It is planned that the
whole hearth and bosh will be built near to an operating
furnace (total weight 1 100 tons) and then pushed into
position. There are 4 figures and 4 references, 2 of which
are English, 1 Soviet and I German.
ASSOCIATION: Zavod im. Dzerzhinakogo (im. Dzerzhinskiy Works)
card 3/3

BRILLTANTOV, D, . inzh,
JaIrinese portable television receivers. Radio
no.6t56-57,59 Jo 165m
(MIU 18, 10)

BRILLIANTOV, D., inzEe'
Vertical sweeD of a transistorized television
receiver,
Radio no.10:24-26 0 165.
(MIRA 18:12)

BRILLIANTOV D. inzh.
11
Horizontal sweep of a transistorized television
receiver.
Radio no.11;29-32 N 165. (MIRA 18:12)

BALMLI* Ii# lmhil Inzh.,
,75,-"A --,&4,
2Ynchronia-im,p sWo of a transiatorizod tolovialon
receiver,
Radio no,9%25Q?,, 29 0 165o (HUIA .19%1)

AUTHOR:
Brilliantov, G.A. SOY/90-58-2-2/9

TITLE:
On Using AC
Operation Current in the Shielding Circuit When

the Relay Is
Switched to Difference of Currents in Two

Phases (Primeneniye
peremennogo, operativnogo toka v skhemakh

zashchit pri
vklyuchenii rele na raznost' tokov v dvukh

fazakh)
PERIODICAL:
Energeticheskiy byulleten', 1958, Nr 21 PP 5-8 (USSR)
ABSTRACT:
The author lists the drawbacks of the so-called
'ITKB" relays,

i.e. intermediate self-saturating transformers
(PNT) used

as shielding circuits in short-circuit
heavy-current net-

works. He especially stresses the
deficiency that these

transformers show a rather high
impedance. Then he describes

and advocates another system
used first at the relay shield

reconstruction in the
"Neftegaz" at Moscow, consisting of

a transformer circuit at
which the deflecting coil is de-

shunted ~y IT-61 relay
contacts, and an additional small-

capacity resistor (0 to
0.6 ohm) inserted into the relay

contacts. He then lists
several advantages of this system,

e.g. that it ensures the
operation of the IT-81 relay at

overloads with a proper time
delay. The author then de-
Card 112
scribes another shielding
system. This has been constructed

SOV/90-5e-2-2/9
On Using AC Operation Current in the Shielding Circuit When the
Relay Is
Switched to Difference of Currents in Two Phases
for electromotors driving secondary mechanisms with heavy
starting Gurrents. In this case the shielding system
against starting overcurrents has an IT-82 relay with a
limited dependent characteristic.
There are 5 circuit diagrams and 2 graphs.
1. Alt-ernating currents-Performance 2. Electric relays
--Effectiveness 3. Transformers--Circuits 4. Shield ing-Cire-aits
Card 2/2

8 (6), 9 (2)
SOV/91-59-11-16/27
AUTHOR:
Brilliantov, G.A. Engineer
TITLE:
The Checking of Breakdown Protectors
PERIODICAL:
Energetikg
1959, Nr 11, pp 24-25 (USSR)
ABSTRACT:
The author explains a
method of checking breakdown pro-

tectors. The PP-A3 breakdown
protectors, presently in-

stalled on transformers, work
frequently when high vol-

tage enters the low voltage winding
because of network

failures. The contacts of the breakdown
protectors are

baked together, whereby the network will then
work with a

grounded neutral if it worked normally with an
insulated

neutral. Presentlyg breakdown protectors are checked

once a month according to existing regulations, conse-

quently
accidents are not excluded. The existing equip-

ment for
checking breakdown protectors on transformers

is very expensive.
One generally known "system of check-

ing breakdown protectors"
will produce adequate results

only for relatively small
networksg ie. with small leak
Card 1/2
currents. The method
suggested by the author is ex-

SOV/91-59-11-16/27
The Checking of Breakdown Protectors
plained in a circuit diagrams shown in Fig 3. This me-
thod may be combined with the generally known methods
of insulation control. This system was used by the au-
thor for the first time at the Moscow "Neftegaz" plant
and at the Lyubertsy NPZ. There are 3 circuit diagrams
and 1 vector diagram.
Card 2/2

L 42519-66. EWTW GD
ACC NR: AT6ol68?0 SOURCE CODE: UR/0000/65/000/000/0152/0161
'AUTHOR: Glebov, L A., Brilliantov, L. B.; Vadaturskiy, V. M..
Kovalenko, V. B.
ORG: none
TITLE: Induction starting of, contactless synchronous motors with
rotating seml-
conductor rectifiers
;'SOURCE: AN SSSR. Institut elektromekhaniki. Teoriya, raschet i
issledovaniye
ivysokoispol'zovannykh elektrichdskikh mashin (Theory, design, and
research of
lelectrical machinery in constant use). Moscow, Izd-vo Nauka, 1965,
152-161
~TOPIC 'BAGS: synchron t conta
911s mo or, ctless synchronous moto
:ABSTRACT: As consiJeralle overvoltages arise across rectifiers
during
'induction starting (M. P. Barret, RGE, 1961, no. 9), two methods
are suggested
1or limiting these overvoltages: (1) Permanent shunting of the
rotor winding by a
jinear or nonlinear resistor; the values of an ohmic resistor and
a"tervit"
varistor and losses incurred by them are calculated for a
Soviet-made SDN-1000-
~750 synchronous motor, (2) Permanent shunting by thyristors (G. M.
Rosenberry,'
\~Card ljZ_

L 45519-66
~ACC NR:- AT6016820
:Applic. and Ind. , 1960, no. 49); this method was experimentally
tested on an
iexciter model driven by a 30-kw synchronous motor ("Engineer L.
M. Vaysman
.took part in the tests"). It is found that the second method has
substan~tial
-advantages. However, the thyristors suffer overloads as a result
of short-circuit~i
sconditions during the pull-in period. This necessitates some
measures for
Jimiting the short-circuit currents (such as reducing the exciter
magnetic flux,
:inserting resistors into thyristor circuits, etc.). If the
synchronous motor is
started with the exciter field-circuit closed, the motor starting
torque will be
lower in the first method or the pull-in torque will be lower in
the second method.
:Orig. art. has: 4 figures and 6 formulas.
;.SUB CODE: 09 SUBM DATE: 04Aug65 ORIG REF: 004 OTH REF: OOZ
'14
Card 21

SAIDAHODMAYBY, Abdu Vakil Said Akilovich, kand. takhn.
nauk,;_Z3R1_ILLfjW_OV.
inzh..red.;GVIRTS, V.L., tekha. red.
(Raking and usind cinder-lime bricks and blocks] Opyt
izgotovleniia
i primen9niia-z*1cL-izvsstkovykh kirpichei i blokov.
Leningrad,
Leuirq;r. dom nauchno-tekhn. propegalidy, 1957. 16 P.
(Informatsionno-
tekhniobeekil 115tok, no, 24. Stroiteltnais
promyshlannost').
(KIRA 11:12)
(Cinder blocks)

KATVEYBV, Georgiy Vasillyevich,
GVIRTS, '1.L., tekhn.red.
iuxh.; 13~ILLIANTOV, L.N., inzh., red.;
[Making large brick blocks in building yards; the
practice of
the Tolmach! Brick Factory] Isgotovleuie krupn:~kh
"blokov iz
kirpicha na. poligone; opyt Tolmachevskogo kirpichnogo
zavoda.
Leningrad, Laningr.dom nauchno-tekhn.propagandy, 1957.
27 p.
(Informatsionno-tekhnichoskii liatok, nos-13/14.
StroitelInaia.
promyshlennoet') (MIRA 11:1)
(Brickmaking) (Building blocks)

LITVINOV, Pavel Petrovich, inzh.,--A4wwQV1~_~.N -.,
inzh., red.;
KUBNEVA, K.K., tekhn.red-.
(Making and using gray bricks and tiles in the
Chinese
People's Republic). 1z opyta proizvodstva, i
primeneniia
serogo kirpicha i cherepitsy v XtUiskoi Nerodnoi
Respublike.
Leningrad, Leningr.dom nauchno-tekhnepropagandy,
1958. 7 P.
(Informatsionno-takhnichookii listok. no.21.
Stroitel'naia
pronVahlennost') (MIRA 120)
(China--3rickmaking) -(China--Tileqs Itoofing)

POPOV, Boris Dmitriyevich, inzh.; IRILLIANTOV,
L.N., inzh., red.;
=NICVAq M.N.# tekhn.red,
[Constructing raft foundations and installing
drains in
building apartment houses] Opyt ustroistva
preryvistykh
fundamentov i soputatyulushchikh drenazhei na
stroitelistva
zhil7kh domov. Leningrad, Leningr.dom
nauchno-takhn.
propagandy. 1958. 13 P.
(Informatsionno-takhnichaskii
listo1c. no.19. StroitelInsia promyshlonnost'),
(MIRA 12:8)
(Foundations)
Orainage, House)

LIPOVSKIY, Vladimir Mikhaylovich, inzh.;
BRILLIANTOV, L.N., inzh., red.;
KUBM9VA, M.M., tekhn.red.
LISelecting efficient designs and materials for
large partitions]
Vybor ratsionallnykh konstruktaii i materialov dlia
krupno-
razmernykh paregorodok. Leningrad. Leningr.dom
nauchno-tekhn.
propagandy, 1958. 23 p.
(Informatsionno-tekhnicheskii listok,
no.15. Stroitelinaia promyshlennost'). (MIRA 12:9)
(Gypsum) (Walls)

RAKOV, Anstoliy.vasillyevich; BRILLIAWTOV. L.N.,
inzh., red.; KUBNEVAP
M.X,, takhn.rado
[Ajartment houses built of silicalcite blocks;
practices of the
Kirov Plant in Leningrad] Zhilye dome iz
silikalltaita; opyt
Kirovskogo zavode v g.Leningrade. Leningrad.
(Loningradakii dom
nauchno-tokhnicheakoi propagandy. Obmen peredovym
opytom. Seriia:
Stroitellnaia prowyahlennost'. vyp.4). Pt.2. 1959. 7 P.
(MIRA 13:4)
(Leningrad-Apartment houses) (Building materials)

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Ill U1.4
0 4

0=0 9
luitclion ill wave It-nXib. Spectral distribution of
photo-

eloctrit curmt in crystals of alkali halide salts with V

casters. Ibid. 412- Ili.- Thor ~I.vital di%ttibuihm .1 do.
i
d d
W
i
l
l
l

vi ISO*
tintrio aii-,nag Istsio u
truv
o
irct an
ar
rri
cl
!see
N40. Saill. K0 4ohl KI tir-talt Willi V
urmlMINIII In I
'T111VI31 Is ILhowu I'v 121 glapll.. the I'AvIltri o1r,tion.
liank-iloate ill tile 1111411-div. 4-11111111 lold oc
44111avittl liv
V oil
U:O
a
MIN
~f I: I '-
b u Ift Alf 10 it
ie- I K4
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0 0 0 0 0 0 0 0 0 0 0
;OT4

6-, 1
LOW
FSOMM Aw PIPPI&I'll WWI
q8-
K PIN* N. IIIULUAln2y AND V. STARTAXV. J. of -00
Exp. and TAtor. 11kys. U.Ssx-&-K-pp. i9"94. 1939. In Russiall.-
-00
00 8 USIN vj4kAI md X-MY Mctlio&6 the divAtibutkm of Whis
thloulth the as*
0 0 z WgU1110 Of (WOMIMI N C1 CfyXtOlg 11~4#1 1n%VXUj;atf4j. It
Wit% ftjjjjj~j that
00 twins go light thrus igh the ctyutal In the llivwtim of the
(110) JAMW.
Twitw wetv Ati- foutut finW%ing inrAde the alwvAlmen mid will%
an orientation
Varing &kMX the I Win.
see
00.
Soo
00 a fee
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so*
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laid" 44v
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.OQ 00 0 0 0 0 0 0 0 0 0 0 00

BRILLIANTOV, N. A.
USSR /Physics Sep 48
Temperature Measurements
L(w Tomporakturei Rosearoli
~ameasurement of the Joule-Thomscn Effect of Air
and Oxygen at Tow Pressures,* N. A. Itinian-
toy, Inst of Phys Problem, Acad Sci WWj 10 pp
."2;hur Tekh Fit" Vol XVM, No 9
7-.-Treata under, (1) description of apparatus,
"(2) description of thermomaters, (3) results
,of measuring Joule-Thomson effect for air, and
_(4) results of measuring Joule-Thomson effect
tor oxygeni Submitted 2~ mar 4.3.
32/49T103
PA32/49T103

""LOTOV, N. A.; STMILKOV, V. P.; LINIKOV,
of
"The Production of Platinum Resistance Thermometers,
1950-
u-1763, 17 Mar 52

7- e~
V
i
AUTHORS.' Brilliantov, N. A., and Fradkov, A. B. 57-lo-29/33
TITLE! The Degree of Purification of Hydrogen and Helium by
Chromato-
graphic Process on Activated Charcoal (Stepen' ochistki
vodoroda i
geliya khromatograficheskim-protsessom na aktivirovannom,ugle).
PERIODICAL: Zhurnal Tekhn,, Fiz,, 1957, Vol. 27, Nr lo, pp.
204-2409 (USSR).
ABSTRACT! According to the isotherm for the aclfforption,of "'2
and 02 the degree
of the purification of hydrogen and helium of nitrogen and
oxygen is
classified according to the method of chromatographic
separation with
activated charcoal. The authors show that by means of the
adsorption
with activated charcoal at T - 8oOK the technical hydrogen of
(NZ+02)
-admixtures-can be purified to a concentration below 2.10
_10-par%t.,
this, however, under the condition of a charcoal regeneration by
means of pumping-off. The magnitude of the 2 .10_10 _ part is
the
limit of sensitivity-of the analyser used for theexperiments. In
the case of a charcoal, regeneration by peans of blowing the
purified
gas, contains admixtures of below 5~lo-y - parts.
Card 1/2 There are 1 table, 3 illiastrations and 4 Slavic
references.

The Degree of Purification of Hydrogen and Helium 57-10-29/33
by Chromatographic Proce.9a on Activated Charcoal.
ASSOCIATION; Institute for Physical Problems AN USSR,
Moscow(Institut fiziches-
kikh problem AN SSSR, Moskva).,
SUBMITTED;. March,4j 1957.,
AVAILABLE: Library of Congress.
Card 2/2

SOV/51-6-2-20/39
AUTHORS Grum-Grzhimaylo, S.V.0 Bri~ll~'A'.-and Sviridova, R.K.
TITLE: The Absorption Spept_i;~~f Vanadium-Coloured Corandum
at Low
Temperatures (Down to 1.701). 6Spektry pogloshcheniya korunda,
QkrA5b9Un gO .ranadiyam, 'pri aizkikh tamperaturakh (do 1.70K)
PERIODICALs Optika i Spektroskoplya, 1959, Vol 6, Nr 2, pp
238-239 (USSR)
ABSTR&M. The authors obtained the absorption spectra of
plane-parallel plates,
cut parallel to the optical axis, of vanadium-colourad
corundum crystals.
The plates were of 28 = thickness. Measurements were made at
low
temperatures dovin to 1.7oX. The records obtained (e.g. Fig a
on p 239)
show clearly that the absorption spectrum conskts of a series
of
vibrational bands, separated by approximately equal distances
from
one another. The observed structure agrees fully *th Krivoglat
and
Pekar's theory (Ref.2). The vibrational structure becomes
clearer at
1.70K, compared with the structure obtained by Grum-Grzhimaylo
et al.
(Ref 1) at 1000K. The number of bands, in the direction of
short
wavelengths starting from the narrowest vibrational band,
increases
from 5-6 to 8-9 on the lovoring of the temperature from 1000
to 1.70K.
Gard 1/2 Figs e and 4 show bands at 2930K in the blue region,
obtained using the

BOV/51-6-2-20/39
The Absorption Spectra of Vanadium-Coloured Gorundum at Low
Temperatures (Down to
1.70K
ordinary and the extraordinary waves respectively. Fig 6
shows the
bands at the violet and obtaine-1 at 1.70K. Fig ~b shows the
ordinary (1)
and the extraordinary (11) bands at 1.7, 4.2, 77 and 2900
(the
temperature increases going down in this flpr*). Fig a is a
record
of the 4786 and 4757 1 band Praftleo. In all figures III
represents
the iron spactraum u5ed for calibration. Acknowledgments are
made to
A.I. Shaltnikov for his advice. There are 6 figures and 3
Soviet
references.
SUMITTED: June 14, 1958
Card 2/2

SOV51-6-2-21/39
AUTHORS Grum-Grzhimaylo, S.V., Brilliantov, N.A,, Sviridova,
R.K. and
Dzhamalova, A.S.
TITLE% The Absorption Spectra of Rubies at Low Temperatures
(Down to 1.70K)
(0 Spektrakh pogloshcheniya rubinov pri nixicikh temperaturakh
[do 1.70KJ)
P&RIODICAL: Optika I Spok-trookopiya, 1959, Vol ki, Nr 2. pp
240-242 (USSR)
ABS,BACTs The authors used an ISP-51 glass spectrograph to study
the absorption
spectra of'rubies at the temperatures of liquid nitrogen,
hydrogen
and holium. Measurements were made in polarized light. the
spectra
viere obtained both for the ordinary and extraordinary maves.
Samples
were In the form of plane-parallel plates of 0.4-2.3 =
thickaess, cut
parallel to the optical axis of rabies. Golour of rabies is due
-to two
absorption bands (Figs a'ani W on p 241). one in the visible
region and
the other at the boundary bet-%.eon the visible and the
ultraviolet regions.
Figs a and 1i represent the spectra obtained using the ordinary
and the
6itraordinary vaves respectively. For a sample number 88 with
1.241.of Cr20,3'a narrow vibrational band In the ordinary light
vas
observed at 5967 4, and at 5960 1 in tne extraordinary light
(Figs a, b
Card 1/2 and g, obtained at 1.70K). In the violet region two
intense, strongly

BOV/51-6-2-21/39
The Absorption Spectm of Rubies at Low Temperatures (Down
to 1-70K)
nolarized absor-tion lines were observed at 4761 and 4746
jFir,6 a6, Ii and w jbtained at 1.70K). The results
obtained agree
wall witl. Krivo_.~.az and Palcar's theory (Ref 6). The
authors used
rubles containing various amounts of chromium. They founi
that on
increase of the amount of Gr the positions of the
absorption bands
remained the same but the number of observed bands
decreased.
Acknowled&pents are made to A.I. Shallnikov for his
advice. There
are 4 figures and 8 referencas, 6 of vhich are Soviet, I
Ge=ian and
1 Inlian -
SUMITTED; June 14, 195.3
Card 2/2

GRUM-GRZBIMAYLO, S.V.; BRILLIANTOV, N.A.; SVIRIDOVA,
R.K.; SuxffAITOYA, O.H.
Changes in the absorption spectrum arising when
thetgmperature of some
nickel-colored synthetic crystals is lowered.
Kristallografiia 5
no.2:288-294 Mr-Ap 160. (MIRA 13:9)
1. Institut kristallografii AN SSSR i Moakovskiy
goeudarstvennyy
universitet im. M.V;Lomonosova.
(Nickel sulfate--Spectra)

BRILLIANTOV. N.A.: STARDSTINA, L.S.; FEDOROV, O.P.
Production of molybdenum and tungsten single crystals in the pro-
cess of crucibleless zone melting. Kristallograftia, 6 no.2:
26l-z64 mr-Ap 61. (MDU 14: 9)
1. Institut kristallografii AN SSSR.
(Molybdenum crystals--Grovth) (Tun sten crystals--Growth)
(Meltingl

GRTJM-GF,ZHIMAYLO, S.V,,-, BRILLIMOV N.A.; VOLKOVA,
N.V.; DOMMA1415M, G.F.;
SVIRMM,
Light absorption spectra 6f nickel a=onium sulfate
monocrystaIR
at temperature from 2900 to 1.70K. Kristallograftia 7
no.l: IrA_
84-88 Ja-F 1629. (MIRA 15:2)
1. Institut kristallografii AN SSSR i Moskorskiy
gosudarstvennyy
universitet im. M.V. Lomonasova.
(Nickel-,amonium sulfate crystals--Spectra)

N',622
S/051 27013/001/014/019
E039/E420
AUTHORS: Grum-Grzhimaylo, S.Y., BrilliantoV, N.N.,
Sviridova, R.K., Sukhaxiova, O.N., X-a-p-Iffonova-, M.M'.
TITLE: Absorption spectra of iron-coloured beryls at
temperatures from 290 to 1.7*K
PERIODICAL: Optika 1 spektroskopiya, V,13, no,l, 1962,'133-134
TEXT: Results obtained by the author s are compared with the
earlier work of M. Dvir and W. Low (Phys. Rev., 119,.1960, 1587)
who investisated one sample of blue aquariarine beryl at
temperatures o--." 290 and 204X. Measurvinent-s ivaxe madia on the
polarization of light in the*absorption spectra-of six samples-of
axon beryls with different colours: yellow, green-yellow and
blue at temperatures of 1.7, 4.2, 77 and 290*K. The-wide-
absorption band observed at 270*K-:Ln the near infrared is
accounted for by the presence of Fe2+:ions zind the-absorption
band irX the ultraviolet with a ma~cimum at about 26780 cm-1 by the
presence of pe3+ ions. These latter bands in the ultraviolet for
Card 1/3

S/051/62/013/001/oi4/019
Absorption spectra.-... B039/E420
the iron beryls are not observed in the blue aquamarine. At 770K
very weak narrow absorption bands are observed which become more
distinct at 4.20K. In all samples the extraordinary wavesare
polarized in the 17190 and 19620 cm-1 bands, particularly in the
green-yellow beryl no.209 having'a maximum thickness of 6.83 mm.
There is also a weak unpolarized-band at 21520 cm-l.. The l.8620
and 21520 bands are not given in the work of Dvir and Low.
In-all samples the extraordinary waves are completely polarized
in
.the 26780 cm-"band. Dvir and Low observed bands at 26500 and
17590 cm-1 which are sufficiently near to the authors' at 26780
and 17190 cm-1. No further change in the absorption spectra.
were discoverad on reducing the temperature to 1.70K- The five
absorption bands presented by Dvir and.Low in their paper were
interpreted as-due to transitions between levels in Fe3+ ionazi
separated in the octahedral crystal field. The bands observed
near to these oil DvLr.^n4 Low ro Interprated &at
band 26780 cm-l'transition in rb3+6Ao(dy3dy2) IfT2(dy 3dy2) and
the band 17190 cm- 1 as the 6AO(dy3dy2) - 4T2(Ty4dy)'.
transition.
Card 2/3

S/051/62/013/001/014/-019
Absorption spectra.... E039/E420
It is assumed that the'*narrow-bands 18620 and*21520 cm-1 not
observed by Dvir and Low depend:on the presence of F02+ ions.
There in 1 f1gure.
SUBMITTED: August 9, 1961
Abstriacter's not.e: 'Abridged translation.]
Card 3/3

s/o5i/63/014/002/007/026
E039/El~.O
AUTHORS; Grum-Grzhimaylo, S.V., PzUIJAntov L N.
Sviridovs DeTo, Sviridova, R.K., and Sukhanovat OGNO
;TITLE: Absorption spectra of cry!tals containing Fe3+ for
temperatures down to 1.7 K
:PERIODICAL: Optika i spektroskopiyal v,141 no.2, 1963, 228-233
!TEXT: The absorption spectra of demantoid-garnet
(Ca Fe Si 0 vesuvianite (H Ca (MgFe)AI
3 2 3 12 2 10 4S'6018) and epidote
(Ca (AlFe)O(Si 04) 1 0 are obtained at temperatures of ZVU1
2 IS 2 710H)
77, 4.2 and 1.7 OK. The spectra were obtained in polarized light
0
using a * Cct>-4 (SF-4) spectrograph for observations at 290 K, an4
quartz mcn-22 (ISP-22) and glass ISP-51 spectrographs at the lower!
temperatures. In these crystals the color is produced by the
;isomorphous substitution of Fe3+ ions for A13+. At room temperature
;'the absorption spectra of these crystals show wide bands
:characteristic of material-containing Fe3+ ions. At low
Itemperatures these bands are narrower. The position of these
lbands for demantoid and epidote is shown in the table.
lCard 1/3

r
1 . S/o5l/63/014/002/007/026
.!Absorption.spectra of crystals E039/E120
In the case of vesuvianite three plane parallel plates cut along
optical axes were investigated. At room temperature absorption
bands with maxima at 231 520 and 16 100 cm-1 were observed and alqo'
a very weak unpolarized band at 21 640 cm-1. At 4,2 OK the band
is slightly displaced. At 1-7 OK the band maximum is at 21 69o
1
cm These results are compared with the literature and
interpreted on the basis of transitions between the ion level and
the intracrystalline field.
There are 3 figures and 1 table.
SUBMITTED: August 9. 1962
Card 2/3

S/o5i/63/014/002/007/026
Absorption spectra of crystak; ... B039/8120
Fooition of narrow absorption bands, cm-1
AGNAuroax (Upinantoid)
00
22760(c)0
22970

0
P

'M (CI

3720
"'m
u
o

4.2

O
PI
1

1

l
0:
cn~
Cal
l
l
7

Cp
top
on
(m
0. an 0.
1.7
25930 (c)

C1
26M (o

2=0
cp~
26490 (on)
26980
26730 P
D
P
42
W
(0. ej
"p
)
j
(Ca)
P
jC
1

(C)
(0. ej
an
)
(0, ca)
Cp

Ounnow.
(KI)i (lo
t)
baiv%ck - Oct.-
I
20
Rm
23970 en
en p
-3~-l
I
27M~,
cP1
banal
IV
1.70
MOO

221,00
(0

22620

0

23040 tnj

4.2
21500

22100
a
1

22620 i
o. 6,1)

23040 ex

77

00

P
P

22D30
0

22620
o.

90
2 OOD
A
"
1C
I (p)

21950 op p

-

c - stnong, qp

medium, cjj

tqci1c, o. cl very wenlc,;

P
- d i f f 11S 0

Card 3/3

Brilliantov., N.A.
N.A. BriMantov., V.N. Kachinskiy~ L,S. Starostina. The
growing of
mo3,vbdenum and tungsten single crystals by zone melting and
determination of
the Hall effect.
Title: Seminar on refractory metals.. compounds., and alloys
(Kiev., April 1963),
Source: Atomnwja energiya., v, 15, no. 3. 1963p 266-267

'NR: AP4
ACCESSION 004153 S/0294/63/001/002/0310/0312,
AUTHORS: t
Starostina, L. S.,- Kachinskiy, V. N.; Bri'llian-ovs-R,!~.
'..'-TITLE: Method of growing perfect single crystals of refractory
metals
SOURCE: Teplofizika vy*sokikh temperatui* v. 1, no. 2, 1963,
310-312:~,
TOPIC TAGS: single crystal, single crystal growing, perfect single
CZYs
tal, refractory metal single crystal, crucibfdless vacuum zone
melting, electron beam zone melting, crystal growing, zone melting,
zone refining, refractory metal, crystal growth, single crystal
~growth
-,,.ABSTRACT: Apparatu's is described for growing single crystals of
refractory metals by zone melting in deep vacuum without a cruciblei
using a focused electron beam for heating. Multiple zone recrys-
tallization.is possible in the equipment. Singleo;rystals of tung-
sten, rheniume tantalum, niabiumi molybdenum, vanadium,,and
zirconi-,'
um were grown. The purity and perfection of the ck~stals was moni-~.
tored by measuring the ratio of the specific resia4vities-at room
Card J/

TUMANOV, I.L.; 33RILLUNTOY I. re&ktor; RTKOV, N.A.,
redaktor;
I frqi~cheskly redaktor
MMINS= JL..&.. -to
[Water supply and air in coal preparation and
briquetting factories]
Vodo-vozdushnoe khoziaietvo ugloobogatuitelInykh i
briketTwkh fabrike
Mosk7a, Ugletekhizdat, 1954. .173 p. (MLRA 8:4)
(Coal handling) (Water-supply engineering)
(Ventilation)

an Am
Dissertation: "A Hydrodynamic Analysis of the Motion of Liquids
in a Pistonless (Pneu-
matic Slide Valve) Jigging Machine With Increased Frequency of
Pulsation." Gand Tech Sci,
Moscow Mining Inst imeni I. V. Stalin, 17 Jun 54- (Vechernyaya
Moskva, Moscow, 8 Jun 54)
30; MI 318, 23 Dec 1954

ROZENOV, Valentin Yermilovich; ROMUOYA, Yevgeniya
Yerwilovua; BRILLIMOV,
V.V,,, redaktor; RCMOFA, L.A., redakt or; ALLNU.
Ye.;.. TO-Ex"C4,44
W-2414-
[Gravitational methods of prepairing coal]
Gravitatsionnye metody
obogashcheniia uglia. Noskya, Ugletekhtsdat. 1955. 178
P. (KM 9:4)
(Coal preparation)

rjP,tLL1PN10V, V.
MITCHELL, David Rs, editor; DUDAYBUT, V.I., inzhener.[tronslator];
MARGOLIN,
1.Z., kandidat takhnichookikh nouk (translator); BRILTI-MOV Y.T.
kandidat takhnichaskikh nauk. redaktor; GARM, T-M, redanor
izdatellstva; AIADOVA, Ye.I.. takhnichaskiy radaktor
[Coal preparation. Translated from the Bnglish] Obogashchents uglia.
-Parevod a anglitakogo V.I.Dadavokogo i I.Z.Kwrgolina, pod raii.I.2.
Margolin& i V.V.Brilliantoya. [Moskva] Ugletekhizdat. 1956. 705 p.
(Coal preparation) (MLRA 10:1)

]gif -0 ~, ~
j~, 'I , Cc 1,-q ,A, 4 -~e / ---- V-
BRILLIANTOV, V.V., kand.tekhn.nauk
Analyzing agitated water circulation in a bigh-frequency
pulsation
jig without piston. Nauch.trudy MGI n0-17:193-205 156.
(MIRA 10:11)
(Coal preparAtion)

ve
ZRMSKO V.D , kdlldat 'tekhnip'Aaakikh nauk; I'LL kandidat
afty wgffjh~k~ ! -
tekhmicheakikh nauk; tDIDGRADOT, U.N., )CA mw~ss~ikb nauk.
A misconeeption constantly appearing In books on ore
dressing.
Ugoll 32 no.4-47-48 Ap 157- (MLRA 10:5)
1. Moskovskiy gormy7 Institut.
(ore dresetag)

, BRILLIANTOV V.V. kand.tekhn.nauk
p I
Tl;e~e-dimens onal can mechanisms. Nauch.trudy MGI
no.29.-205-217
159. (KM 1424)
(Cans)

BRILLIANTOV, V.V., kand.tekhn.nauk
Angles of pressure in three-dimensional cam mechanism.
Nauch,
trudy MI no.29:219-22-4 159. (MM 14:4)
(Cams)

GONCHAREVICH. Igor' Pomicho, ZDUOV,
Vasiliy'Dmitriyovich; KORRAMT,
Viktor Ivanovi ch;.jR4jJAff.M_jT~.,otv. red.;
GARBCR, P.N..
red,12d-va: BMDYWA, Z.A*,. tekhn.red,
[Shaker screens and con"yeral Vibratsionnys grokhoty
i
konvaiery. Moskva, Go9.nsuobno-tekhn.izzl-vo lit-ry
po gornomu
delu, 196o. z14 p. (MIRA 140)
(Screens (mining)) (Conveying machinerr)

BRILLIANTOV, V.V.
Design of ihe valve system oji-air-driven pulsating jigs
with a high pulsation frequency. Nauch. trudy MG1 no.
32:79
87 160, - (MRA 14:2)
(Ore dressing-Equipment and supplies) (Valves)

BRILLIANTOV# V_Y-
VEMOVSKIY., I.M.; __
Calculating the performance parameters of an
air-driven pulsating
jig@ Hauchs trudy MGI no, 32:72-78 160. (KM 14-.2)
4 (Ore dreasing--~-Equipment and supplies)

BRILLIANTOV, V.V.
.L
Power consumption by jigs depending on the design of
the drive.
Nauch. trudy MGI no. 32:68-92 1600 (19FA 14:2) '
(Ore dressing-Equipment and supplies)
.I:-
.i

MTKOV, V.D.- BRILLIANTOV3, V.V.; VINOGRADOV, N.N.;
SHOKHIF, V.N.
VLAD,
Electric measurement methods in investigating wet
gravity ore
dressing processes. Nauch. trudy MG1 no. 32:5-11+
160.
(ore dressing) (Electric measurements) (MTRA 14:2)

BRILLIANTOVO V.V., kand.tekhn.nauk
Automation of coal preparation plants. Obogj brik, ugl.
no.213
132-140 161. (Coal preparation.plants--Automation) WRA
1685)

ZHGULEV, Allbert Sergeyevich; ZEWSKCV, V.D.,
kand. tekhn. nauk,
retsenzent; ERILLIAN-TOV, V.V., kand. tekhn.
nauk, otv.
red.; GARBER, T.14',-, '3'~e-d-.-i-~A--vd,-
LAVRENTIYEVA, L.G.,
tekhn. red.
(Electrovibrating machine operator] Mashinist
elektrovib-
ratsionnoi mashiny. Moskva$ Gosgortekhizdat,
1963. 91 p.
(MIRA 16:12)
(Ore dressing-Equipment and supplies) (Vibrators)

SKLOVSKATA, A.A., otv. red.; DREMATLO, P.G.,
insh., zam. otv.
red.; KAMINSKIT, V.S., kand. tekhn. nauk, zam.
otv. red.;
AVETISYAN, A.N., red.; BRILLIANTOV, V.V,., kand.
tekhn. nauk,
red.; GALIGUZOV, N.S., k-an-d-.Te"Wn'~ 'nau ;
red.; GORLOV, I.P.,
red.; GREBENSHCHIKOV, V.P., red.; DAVYDKOV, R.I.,
red.;
ZVENIGORODSKIT, G.Z., red.; KARPOVA, N.N., red.;
KOZKO, A.I.,
red.; MARUSEV, P.A., red.; PONOMAREV, I.V., red.;
POPUTNIKCg
F.A., red.; SOKOIDVA, M.S., kand. tekhn. nauk,
red.;
TURCHENKO, V.K... red.; FILIPPOV, V.A., red.;
YUSIPOV, A.A.,
red.; YAGODKINA, T.K., red.; YIRONOVA, T.A., red.
izd-va;
LOMILINA, L.N., tekhn. red.; MAKSIMOVA, V.V.,
tekhn.red.
[Technological trends in coal preparation]
Tekhnicheskie na-
pravleni-ia obogbLshcheniia uglei. Moskva,
Gos.nauchno-tekhru
izd-vo lit-ry po gornomu delu, 1963. 120~p- (MIRA
16:10)
1.16osudarstvennyy proyektno-konstruktorskiy i
nauchno-
iseledovatellskiy institut ~o obogashcheniyu i
briketirova-
niyu ugley. 2. Gosudarstvennyy
proyektno-konstruktorskiy i
nauchno-issledovatellskiy institut po
obogashcheniyu i brike-
tirovaniyu ugley (for Tagodkina, Brilliantov).
(Coal preparation)

kand. teklm. nauk; RYKOV,
tekhn. red.; LOmnINA,
LA., tekhn. red.
(Pneumatic drive for platonless settlers3
Pnevmaticheskii
privod besporshnevykh otsadochnykh mashin.
Moskva, Gos
gortakhizdat, 1963. 150 P. (MIRA 16-.7)
(Separators (Machines)-Pneumatic driving)

BRILLIATUOV, V.V., kand.tokhn.nauk
---
Autamation of the air deive of a jigging machire without a
piston.
x
Obog. i brik.ugl. no.28:3-14 162. (KMA 17:4)

V V - SMUMP 1..4.
Pre-oaration of a flotation conegntrate prior to
devzit~irLng
at, tha c;c)&.l pre-.,arat--q,--x piant in tho
Mapttogorsk 151,iO liurgrlin-L
Ccmbizie. Ugell /,r-j ne..lls6.3-66 165. (MIRA 18,
111 1,

ll
A
A
BRILLIANTOVAO A.M., assistent
AvAtomy of superfiatel IMh vessels of the upper extremity, TrU4
L6G9I 9M1-114 151, (MIRA 1111)
Is Xafedre nor"llney awtoult GorSkovskogo meditsinskogo institute
im. SAXtrove (save kefodror - chl-korre ON SSU profs ZhIanov,
D.A. )
(LYXPHATICS) (AXTUNITUB, UPM)

BRILLIANTOVAl H.S.
Some peculiarities in the structure of the incidence of
disease,
patient viaitst and hospitalization of workers-and employees
of
the textile industry. Zdrav. Roo. Fader., 5 no, 3&17-22 Mr
160,
- (MIRA l4t2)
1, Iz Instituta. organizatoii zdravookbraneniya i istorii
meditsiny
imeni NoAs..3emachkoe -
(TEXTILE WORM-DISEASES AND HYGIENE)

ATZKSANDROV, O.A.; BRILLWTOVA, M.S.
I ~~
Organizing the polyclinical attendance of induatrial
workers according
to workshops. Zdrav. Ros. Feder. 5 no.10:19-23 0 161.
- (MIRA 14: 10)
1. Iz Instituta organizatsii sdravookhraneniya i istorii
meditsiny
imeni N.A.Semashko (dir. P.I.Nallyu).
(CLINICS) (INDUSTRIAL HYGIENE-)

a- VOLKOV, Genrikh Mikhaylovich; SAMSONOVA,
_~BRUJZ~WOVA~gbk-Fayl~a ~1
M.T.p red.; GOROKHOVAq SeSop tekbno red.
[powerful single-bucket excavators in
ednokovshovye ekskavatory v ugollnoi
Goa. izd-vo "Vysshaia sbkola,l 1961.
(Excavating machinery)
coal mining] Moshchup
promyshlennosti. Moskvaj
41 p. (MIRA 14:6)

BRILLIANTOVA, N.P.
Relationship between the thickness of coal sections and
the labor
consumption of operations. Gor. i ekon. vop. razrab.
ugoll. i rud.
most. no.1:33&345 162. (MM 16:7)
(Coal mines and mining-Labor productivity)

B R I L 1, A P'12 f, - ", '~. P..
-JIU
J56 In tile I" k1l fatt--ml III r n. o 2 :4( ~5
1. Distitut akusher.-Iva i '-Inehoicgii (direktor prof.
0.V.
I
rokov0dit-el, - rvof. V.I.Bodyazhina) Mini :--;Iturstva
ss~;,R 11 lrm,--, ti ~,Llt, vo:~rastavv f.1-ic-lor i (di
-1 iektor -
chlon-I urv6--,iit-Il!c1nt Al~ajemil nauh NSPS t prof.
A.A. 14ir~f).-,Yan) Peda!~ovin,!,Rl5kj kh.

'BRILLJ~VTOVA. hrysra -Ilikolayevna; SIMI",WMIKO, A.Te.,
nauehM7 redaktor;
redaktor; KMOCHKIIIA, I.V., te)dmicbeskA7 re
daktor
[Spra7ing-gun method for decorative patntinp]
Aeroeraficheskii me
tod. proizvodstva otdoloahtVkh rabot. Moskva, Vees.
uchebno-pedagog.
ird-vo TrudrezervizdAt. 1955. 67 P. (HLRA 8:7)
(Spray painting) .

-URKELDY B.S. k;and.tekhn.nauk,- ANDREYEV, A.S.; RRTIJIING,
A-N--
9 . 0 , AUUROVSKIY, O.D.
- i..
lnv6stigating'traetio~ proj;ertiao of an operating tractor
train
with a booster driveof the semitrailer axle. Avt.prom
28-no.8;
21-26 Ag I(fi i K'M 16:3)
(Tractor trains-Testing) I

STECHKIN, B.S., skademik. glavnyy red.; SVIRIDOV,
Yu.B.. zam.otv.red.;
APASM, M.D. red BRILRG N.R,, red.; VISIVY97, B.N.,
red.;
VOINOV, A.H.
. red.; ZAM red.; =MOV, G.B.,
red.izd-va; KAKAGOHOVA, 1,A.. takhn.red.
[Combustion and carburetion in diesel engines;
proceedings of the
scientific and tachni6al conference organized by the
Ingines
Ysaboratory in June 19581 Sgoranie L amessoobrasovanie
v dizeliakh;
trudy nauchno-tekhnicbeskoi konferenteii. provedennoi
v iiune
1958 g. Laboratoriel dvigatelai. Moskva, 1960. 238 p.
(xim 14:2)
1. AkBdamlya neuk SSGR. Laborstoriya dvigBtaley. 2.
Chlen-
korrespondent AN SSSR (far Briling). 3. Laboratoriya
dvigateley
Akgdemii nauk SM (for all, .except Gorohkovq
Nakagonova).
(Diesel engines)

BRILING, N. R.
Development of experimental studies for dsaigninf a
short-stroke
high-speed diesel enzine. Trudy NADI no.25.-5-20 60.
(MIRA 13:10)
i. Caen-korrespondent AN SSSR.
(Diesel engines-Desiga)

BRILIING, R. S., Engineer
"Oblique-Angled-System of Projection Surfaces." Sub 27
Jun 51, Moscow
Machine Tool and Tool Inst imeni I. V. Stalin
Dissertations presented for science and engineering
degrees in
Moscow during 10,51.
SO: Sum. V'0- 480, 9 May 55

DRILLOVA, Dorota
Effect of warm temperature and of relative humidity
of the air
on the germination of Conidia of the species
Cercospora beticola
Saco. Biologia (Bratisl.) 20 no.10:749-762 165.
1. Ustav experimentalnej fytopatologie a entomologie
Slovenskej
akademie vied v Ivanke pri Dunaji.

BRMIMA.N. Ya. Ye.
"Simplified Y-ethod of Determining the Grain Content of
Chopped Meat Products"
- P. 63
Voyenno Meditsinskiy Zhurnal, No. 10, 1962

BRILOV, A.
k,-,
Multichamber carburetors. Za. rul. 21 no.7:16-17 Jl 163.
(MIRA 16.-8)
1. Vedushchiy konstruktor TSentrallnogo
nauchno-iseledovatellskogo
instituta top3-ivnoy apparatury.
(Motor vehicles--Engines--Carburetors)

BRILOV, V. (Moskva); TETERIN, N.; VERESIXIIAN, P.0 shofer
(Kiyevskaya obl.);
5hofer (Kiyevskaya obI .)
Readers' letters. Pozh.delo 7 no-11-32 N '61. (MDU 14-11)
(Fire prevention)

BRlUV .9 V.
Mortar preparation stations. Pozh.delo 7 no..12:14 D 161.
(MMA 14: 11 )
1. Nachallnik obl'yedinennoy okhrany tresta "Hosstroy" No.6.
(Construction industry-Fixes and fire prevention)

At Moscow construction sites. Pozh.delo 8 no-8:13-14 Ag
162. (KM 15:8)
1, Nachallnik ob"yedinannoy okhrany Hoskovskogo
gosudarstyennogo
stroitellnogo tresta 2-go Obehohestroitellnogo
territoriallnogo
upraylaniya Glavnogo upravloniya po zhilishchnomu I
grazhdanskomu
stroitellstyu Y gorode Moskve Moskovskogo gorodskogo soveta
dephtatoy trudyashchikhoya.
(MoBcow-Building-Fires and fire prevention)

BRILIOVA, W.I. [Bryllova, N.I.]
Organization of a leasing center. Farmatsev. zhur. 17
no.1:73-71+ 162.-- (MIRA 15:6)
1. KharIkovskiy farmatsevticheWdy institut.
(PHARMACY)

BRILIOVA, O.G. [Bryllova, O.H.]
"". - ?r. -- -
a7and field shelter system for cows. Mekh. sill. hoe. 9
no.4:22-23 Ap 158. (MIRA 11:5)
l.Stalinelke oblasne upravlinnya sillskogo gospodarstva.
(Stalino -P~rovince--Dairy barna)

BFdL'YEVA, N.I. [Bryllova, N.I.); LITVI.NFNKO, M.M.
(LytVnenkv, H.M.3
Restoration and development of thd drugstore network
in Stalino
and Lugansk Provinces during the decade 1943-3.933.
Farmatsev.
zhur. 15 no.106-61 160. (NIBA 14-.5)
1. Kafedra organizatsii farmatoeVtichnoi spravi
Kharkivg1kogo
farmatsevtiobnogo institutu.
STALINO PRaVINCE-DRUGSTORES)
WSK PROVINCE-DRUGSTORES)
M

BRIKAK, I. , insh.
wails. Bell
Using the "term of fOUrll in laying rabblestone
stroi. 9 no.4:11 J1 t54. (MnU 13:
(masonry)
(Walla)

AID P - 528
Subject USSR/Engineering
Card 1/1 Pub. 93 - 3/9
Author ; Kashirin, S. G. and Briman, I. Ya., Engineers
Title : Execution of plastering work by a continuous - by
stages operation method
Periodical : Sbor. mat. o nov. tekh. v stroi., 7, 9-12, 1954
Abstract : A speedy and efficient method of plastering large
areas
of wall space is suggested by which special spray-guns
for spraying plaster are used and the work of finishing
is accomplished by stages by successively following
crews. 5 diagrams.
Institution : None
Submitted : No date

w A d P 0, -(C)/EWP(Y)/hWP( I
L -12MS-66, Ewr(.)/4wp( vi ~t )A/ b JP(c) MX/JD/J0/DJ
ACC MR's AP6000578,. ~SOUIRCE CODE: UR/0236/65/000/002/0249/0?~4
AUTHOR: Pavaras, A. E. (Pavaras, A.); Brimene, V. P.- (Brimiene, V.)
ORG: Institute of Power Engineering.and Electrical EngineerIng,
Academy of Sciences .
~Lithuanlan SSR Unstitut energetlki:i_ elektrotekhniki Akademil nauk
Litovskoy SSR)
~
TITLE: High chromium ool ste6ls.4 2. Decreasing of distortion upon
quenching
SOURCE.*- M LitSSR. Trudy. Seriya B.~ -Fiziko4atematicheskiye,
khimicheskiye, geologi-.
cheskiye i tekhnicheskiye nauki, no.:29 1965-1 249-254
IC -dn
GSi too1 steel, ch I
mp
_pr ng
Ic". rh
'I h'-C r studied
n:
stee I -quen ilig was. us
6th-A2 4Xh6BF, (616- Cr) ste s in hardnesa
Is t-C d I Data a ':giv
eL re en for change
after quenchiv
oil and.in airi ai a:-f ion ofquenching temperature. With.in-
ig
~uen 'e
cr .e"Ois~ lem
-peratur6 the,hardnesal i reached a maximum and then fell; the
maximum for all steels wa's-63-.65 R .~,The iemperature ranges in
which the maximum was
c
reached wereA030710700C for Khl2Fl,.j0l0-l0700C for KbI21i, and
.960-10500C for Kh6BF.
The lowering in hardness fortemperatures above.tbe 'maximum' range
were the result
~of the increase in retained austenite. 'Volume changes after
quenching and tempering
were determined on cylindrica1specilmens of 100 mm-lengtb and 10 un
diameter. These
specimens were heated to the optimum temperature and quenched In air,
oiW and oil
1/2

L 12M-66
ACC Mi. AP6000678
-heatedto 1600C. Data were given for the cha nge in length as a
function of tempering
temperature and it.was found that air cooling.resulted in the smallest
dimensional
changes: in the case of Kh6DF-the length change was 30-35% lower after
air cooling
whilejor 1%12F1 steel the-change was-2 times'lower when compared to
oil quenching,
with or without heating the oil. This was explained on the basis of
decreased tetra-
gonality of the martensite after the slower quench in air. With regard
to the warpage
of parts made from high stee.1s'*.it was estimated that the stress
levels reached by
UD
oil quenching were t%-i times greater than by air quenching. To study
the influ-
ence of crack.f~rmationlgurini-quenchings specially,designed samples
were used, in
which four holes were drilled.about a centerhole; each hole was
separated a different
distance from the perimeter of the. center hole. These samples were
quenched from
10560C into water, oil and.'air respectively. The samples quenched
into air did not
have cracks. The oil quenched sample had.cracks-across two of the hole
boundaries,
separated 0.5 and 1.0 mm from the:center.bole perimeter. The water
quenched sample
exhibited cracks across all hole boundaries -(up to 4 am from center
hole perimeter).
There was, even -a crack through the :sample itself. All samples were
quenched to a high
hardness (more than 60 R ),.~ Bend*tes.ts,:showed that:air cooling
resulted in higher
C~
strength than oil coolingeven upon-temperinge It was recommended that
air cooling
be msed for the heat treatment of high-Cr tool steals. Orig. art. has:
3 figures,
l'table.
sup CODE.. n/ SUBM DATE*. 27Qct64/ ORIGIEF: 003/ OTH REr:- 001

BRIMERBERG, V.P., inzh.
Use of the structure of a hydroelectric power station
as a
grounding system. Elek. sta. 33 no.6-.44-1+5 Je 162.
(MIRA 15:7)
(Electric currents-Grounding) (Hydroelectric power
stations)

BRINBERG,
.Y.P. , Inzb.
Choice of the power rating of step-upAransformars in peqb~load
hydro-
electric power stationa. Elek. sta. 34 no.11;5"0 N
(MfRA

BRIMERBERG, V.P., inzh,
Reply of the author to N.A. Korzhu's article.
Elek. sta. 35
no.11:84 N 164. (MIRA 18:1)

BRIMBEIG, V.P., Jrzh.
- .111- 11.1 --- 1-1 ".
Enclosed 154 kv. Dower distribution system of the
Kakhovka
Hydroelectric Power Station. Elek. sta 36 no.4g79-80 Ap
165.
(MIRA 18:6)