SCIENTIFIC ABSTRACT BRYUNELLI, B. Y. - BRZHEZINSKIY, M. L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000307130005-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

IfflYUNF-TTIP B.Ye.; KOVTUN, A.A.; KUZNETSOV, N.S.; RASPOPOV, O.M.; CHICHERINA,
N.D.; YANOVSKIY, B.M.
Studying the structure of the Central Russian DepressJnn by the
magnetotelluric method. Uch. zap. LGU no-324:3-16 16"
(MIRA 18:4)

L 36260- EWf (1) GW/JT
ACC-NRiAp6oO5330 SOURCE CODE: UR /0 4 13,r-667-0-6-C[60-1-10~0-6510-0-6 61
INVENTOR: Alekseyev, A. M.; Berdichevski.y,___L4t_j.; J~oltulin. Al_?,.;
Bryunelli, B. Ye.; Lantsov,..A. Ye.
I ORG: none
TITLE: Device \ for simultaneous registration of variations of 5 com-
ponents of the earth's natural electromagnetic field.~' Class 21,
No. 177561 (ann-ounced by the All-Union Scientific Research Institute
for Geophysical Methods of Prospectin (Vseaoyuznyy nauchno-
issledovatellskiy institut geofizicheskikh metodov razvedki) and
Myti!;nchino Instrument Manufacturing Plant (Mytishchinakiy
,0-r~ioro`sroi~ tellnyy zavod)j
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 1,
1966, 68
TOPIC TAGS: earth magnetic field, electromagnetic field,
ABSTRACT: An Author Certificate has been issued describing a device fc
simultaneous registration of variations of 5 components of the earth's
natural electromagnetic field, using the magnetotelluric method.
!,-Card 1/2
UDC: 621-389-550-837.6

L 3636o-66
ACC NR, AP6005330
0
For more precise measurement, the device is equipped with a precision
potentiometer feeding calibrated pulses into the electric and magnetic
channels of the system and identifying them. The magnetometers are
designed in the form of photoelectric converters with magnetostatic
data units and negative feedback. The device is equipped with a
general photorecorder for simultaneous remote registration on ordinary
photographic film of the variations in the observed fields (see fig. 1)
'Orig, 'art. has: I figures. [LDI
'Vj,
MY j
NX
M~,
:2-IIIMPer?C7PAT0P
SUB CODE: 08/ SUBM DATE 08Mar63/
Fig. 1. Device for simultaneous
registration of variation of 5 com-
ponents of the earth's natural electr~
magnetic field. Mx, M , M
magnetometers; 1-m-poteKtiogeter; 2-
photorecorder
Card _2/2

C--N-kt'- -AT-6016063 W SOURCE CODE: UR/3174/66/000/057/010~/-O-I-197
AUTHOR: unelli, B. Ye. (Doctor of physico-mathematical sciences) ~1117
ORG: Leningrad State University (Leningradskiy gosudarstvennyy universitet)
TITLE: Basic results of geophysical investigations in the high latitudes
SOURCE: Sovetskaya antarkticheskaya ekspeditsiya, 1955. Informatsionnyy byulleten',
no. 57, 1966, 107-119
TOPIC TAGS: geomagnetic field, geomagnetic disturbance, Antarctic climate, solar
wind -n,,,,r04,4P-k-j- 1. 1
U
A4STRACT: GeomagnetiActivity in Antarctica is surveyed on the basis of Soviet and
foreign literature published in 1958-1964. Maps of magnetic activity as a function or
blackouts (Benlkova and Yudovich, 1961) are presented. The author also discusses th
distribution of magnetic field variation (S P) (Nagata, et al, 1963), the motion of
q iY
gative charges in the magnetosphere (Axford and Hines, 1961), and the shifting of eq4j
fOF2 lines in the current area of the S qP system. The review shows that 1) the geo-,,,.:
physical events observed on the earth's surface are connected with cosmic processes
and thus, can serve as an aid in understanding cosmic processes; 2) high latitude geo-
Card 1/2

AT6016063
ACC NR:
magnetic storms serve as a means of studying solar winc&Y,and 3) geomagnetic pulsa-/
tions, ionospheric variations, and magnetic field variations at high latitudes serve
as a guide for determining circulation characteristics in the magnetosphere. Orig.
art. has: 6 figures.
SUB CODE: 04,08/ SUBM DATE: 03Ju165/ ORIG REF: 016/ OTH RET: 012
Caid 2/2 MIS

BRYUNETKIN,, M.G.; DOEROKHOTOV, A.A.
Increasing the durabilit-, of open-hearth furnace crawlt.
Meta-Uurg 6 no.13.03-17 N 061. (M~ 14 - .11)
2. Chelyabinskly metaUurgicheekly savode
(Open-hearth furnacen-Devign and construction)

BRYOBTKIN,..M.G*; GIS-S, A.K.; KICHA, I.N.; SHOTIN, V.S.; KMPACHEV, V-F-
Using ground powders in the repair of open-hearth furmce h
bottoms. Metallurg 8 no.4:27-28 Ap 163. (mkn:3)
(Open-hearth furajices-Maintenance and repair)
(Refractory materials)

j)mwxHbTOV, A.A., inzh.,- PANCHEMO, A.G. inzh.; SAVELIYEV D.N.
.4 . inzh.;.
. KQPJ I Ye.A... in" ; BRYUNETHfil M.G.J. inzh.; U.AVTSOV, &F., inzb-;
TIMFEMA, R.G., inzh. - -
Improving the 1:erformance of open-hearth furnaces. Stall 23 no.4.
304,-308 AP 163. (Open-hearth furnaces) (MIRA 16--4)

BRYUNETKIN, 1H.G.; VORONTSOV, S.P.
Increasing the durability of open-hearth furnace roofs.
MeLallurg 10 no.1:18-19 Ja 165. (MIRA 13-4
1. ChelyRbinskiy metallurgichaskiy zavod.

KHOROSHAVIN, L.B.; FEREPELITSYN, V.A.; ZWi(JV, A.V.; MOROKOV, P.K.;
, -1,G. ; VAYWHTHIYII~
MAKRUSHIN, V.V.; BARTOLTSH, D.M.; BIRY(,JINETKIN I
O.Ya.; GISS, A.N.; SIILI,'KIII, M.A.; SHOTIN, V.S.
Use of metal3urgical maTuesite powder burned at low
temperature. Siall 25 no.12:1.086-1088 D 165.
(MIM -18: 12)

,'ACCESSION NR: A?4031757 5/0301/64/010/002/0179/0184
AUTHOR: Budnitskayaj, Ye,, Ve;
__Ax!yunf os M, Errora, Mo
TITLE: Effect of radiation on RNA and RNA metabolism in human
icancorous tumor cells
,SOURCE: Voprosy* meditsinskoy Idiimiip v. 10., no. 2p 1964, 179-184
!TOPIC TAGS: X-irradiation effect, RNA radiosensitivity, RNA motabol-
tism, cancerous tumor cellp HoLa cell, tritium labelled cell,
icytidine-113 incubation, radioautographic method, cell nucleolus,, cello
1protoplasmy inhibited RNA synthesis, RNA synthesis restoration
I - i
'ABSTRACT: The effects of X-irradiation on RNA radiosensitivity and
Imetaboliam were investigated in labelled cancerous tumor cells (HoLa
!cells) in two experimental series. In the first series, groups of
;HeLa cells were incubatod for 10 min,, 60 min, and 24 hrs in a medium
icontaining cytidino-H3 (360 microcuries/mM) before X-irradiation with
Isin,gle 100,, 300P and 900 r doses. After X-irradiation the cells wore
Ifixed and prepared for radioautographio investigation to detormine
,RNA radiosensitivity by the number of granules in the nualoolus,
Carct t

~ACOESSION NR: AP4031757
nonnucloolus part of the nucleus, and the cytoplasm, and the total
number of granules in a cell (30 cells counted in each sample), In
the second series, groups of HoLa cells wore first X-irradiatod with
.single 100, 300, and 900 r doses and then incubated for 10 min, 60
min, and 4 hra in a medium containing cytidine-H-5. Radiosensitivity
and migration of labelled RNA from the nucloolus into the cytoplasm
of the cell were determined by radioautographic investigation as in
the first series. Results show that RNA is radiosensitive immodiately,
after formation and nucloolar RNA is more sensitive than the rest of
the nucleus. Depropsed RITA radioactivity in irradiated cells incuba-
ted in a cytidine-H-1 medium for a short period indicates that injury
of the RNA synthesis mechanism is restorable. Migration of labelled
RNA from the nuclouq into the cytoplasm is inhibited in cells incuba-
,ted in a cytidine-H-5 medium before irradiation and then transferred to.
a nonradioactive medium, RNA synthesis and related processes appear
to be radiosensitive and restorable# but the Inhibiting and restoring
mechanisms of RNA synthesis are difficult to explain at this timoo
Orig. art. has: -3 tables*
Card 2/3

ACCESSION NR: AP4031M.
'ASSOCIATION: labomtoriya biofiziki i racUobiologLi Bryusellskogo Universiteta
.Belgium (Biopbyaica and Radiobiology Iabomtory of BruBsels University) ;
;Institut biokhimii, ix, A.* ff. Ba1rha AN SSSR, ~bscov (Biochesdatry Institute AN SSSR)'
BUBKM!ED - 15M&Y63 ENCL 0. 00 SM CODE: LS
HR FW SOV: 000 OTM: 010
at4 3/3

0 0 0 * 0 0 0-0-0-0 0-6 wo-O 9-9-M 11111111L-W~W~v
0 0 0 0 0 0 0 0 0 0 c 0 0
I & I 1 0 to fill 11141sm it to

A A it I I
L-11 IL A-21--l-A-1 P. F~ Q If

and arillitilins of "Irtal plate$
1939. N,.
Iv
t
IIIAlt"
:
-varulyt's liell
i
m
lle'. III,
ad-l'A it, th, WNW th, Invial Ill.
a 01"IrrAir i% '110 smb -00

0
i. N.q -Ill-H .%I Ilw m"ll
,A

haw if V-11,111MIN /,If,
vitlic 46.1 X-j
-'"It
Ifilig Oro 'it, Gn Al kl,.. j,
-.1 Val I mr I'l-Ill'It Ill "'a. 0 i.1
KI...
is, It,0 1" 1, it miml-H,

Joe
00 -.00
so
zoo
of -40
f v 'N All a 1 4
g of it 4 it rt it 11 LJ if
0 0 * 0 0 0 0 0 0 11 0 0 0 0 0 0 0
: : . 14.
0 0 eve 00000 0 0so 000 0 0 to 0 0 Go41 00000 0

369h9
s/i42/61/004/006/014/017
E192/E382
AUTHOR:
TITLE: High-speed computing device based on junction diodes
PERIODICAL: Izvestiya vysshikh uchebuyida zavedeniy,
Radioteklinika, v. 4, no. 6, 1961, 723 - 726
TEXT: A computing device based on the principle similar
to that of ring counters is described. A block schematic
of the system is illustrated in Fig. I. The input signals are
amplified in the pre-amplifier YC and are applied to a gating
circuit KC and a phase separating network consisting of
diodes A 1 and 4 2 . The positive input pulses are
Simultaneously applied to the inputs of all the odd coincidence
circuits (Cl, C31 ... C n-1 ), while the negative ones are fed
to even coincidence circuits (C., C 41 ... Cn) . The first
coincidence circuit C 1 is actuated by the first input pulse
and produces a signal which is applied to the input of the
second coincidence circuit C. If the duration of the output
Card 1/4

S/l42/6l/oo4/oo6/ol4/0l7
High-speed computing device .... E192/E382
pulse taken from C 1 is greater than half the period of the
input signal, C 2 is triggered at the instant of the appearance
of the negative pulse and thus prepares the.circuit C 3 for
triggering. In this manner alternate input positive and
negative pulses result in successive triggering of the
coincidence circuits. By applying the output pulse from C n
to the input of C1 , the output pulses can be counted, the
division ratio being:
K = 2f/n (1)
-,,rhere f is the frequency of the input signal and
n is the number of coincidence circuits.
The number of input pulses can be read on the counter c�rcult
T-~C and the IndIcatlons of the trigger circuits T Tn
The coincidence circuits in the above computing device can be
Card 2A

S/l42/6i/oo4/o06/014/0l7
High-speed computing device .... r192/F,382
based on diode amplifiers with transformer loads. The operating
speed of such a circuit can be considerably increased if
cathode followers based on vacuum tubes are employed instead of
transformers. The above method of counting the pulses is
advantageous in that if offers a comparatively simple means of
achieving high-speed operation. Thus, by employing a circuit
with diodes and vacuuia tubes it is possible to operate at
frequencies of 20 Mcls. Further, by combining high-frequency
transistors and electron tubes in the above system, it should be
possible to increase their operating speeds to tens of mega-
cycles. The system can also be used as a stable delay line, a
secondary frequency standard or a time-marker generator.
There are 5 figures.
ASSOCIATION: Kafedra elektroniki Moskovskogo inzhenerno-
fizicheskogo instituta (Department of Electronics
of the Moscow Engineering-physics Institute)
SURMITTED: March 31, 1961
Card 3/4

S/142/61/oo4/oo6/ol4/017
High-speed computing device .... E192/E382
Fig. 1: -
I.... - -:- lw .41 , n n
00% t,- I--
I
ll~
I
Card 4/4

41h 72
S/108/62/017/010/002/002
D201/D308
AUTHOR: 13nyj~~~~
,TIYLE: Diffusion capacitance of the p-n junction of junc-
tion diodes
A.
"MUODICAL: Radiotelchnika, v. 17, no. 10, 1962, 45-51
TEXT: The method, circuft diagram and the results of mea-
suring the diffusion capacitance of the p-n junction of germanium
and silicon junction diodes at high level signals are given. A
rectangular variable length and amplitude -pulse current generator
triggers the reverse bias generator through a variable delay line.
The measuring circuit consists of the diode under test, load resis-'
tor R? a capacitance CL which includes all the strays, and a for-
ward bias resistor RI. The medsuring circuit is replaced by its
.equivalent circuit and the character of changes of the total P-n
junction capacitance is determined after the,ending of the forward
current-pulse. The following germanium type diodes were analyzed
(in batches of 10) A7A WA), g7r (D7G), A74 (D7D) and A7)IC
Card 1/3

Diffusion capacitance
S/106/.62/017/010/002/00"2
D201/-D308
(D7Zh), also the f ollowing' silicon types: A 202 (D202), D203,
D205 and D211, together inth 10 sampless of germanium triode transis-
tor 62A (P2A). Measurdments, were carried out-iAthin -50 to +5000.
Conclusions: 1) The magnitude of diffusion capacitance.may be deter-
-mined from the analysis of transients in a measuring circuit based
on a diode amplifier inith"capacitive load. 2) For the forward cur-
rent pulse durations -