SCIENTIFIC ABSTRACT BRYANOV, I. I. - BRYANTSEV, B. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000307120013-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ACCESSION NR: AT4042720
the subject is requested to hold his head straight and to open his eyes. The
subject is examined for signs of vegetative reactions (paleness, sweatiness, vomit-
ing). If the6e signs are absent, a similar test is performed with rotation in
the opposite direction. If signs of vegetative reactions do not appear, experiments
are continued with variations. The subject is asked to bend his trunk forward 8
times in a 20-coc period instead of moving the head sidewise. The3aterval between
rotations should not exceed one minute. If at any stage of this procedure pale-
neou, sweatiness, or nausea appearo, the sublact should be considered unfit for
flight school. A second test of tolerance t~ Coriolis accelerationG is performed
With the oubject seated on a Barani chair which is rotated at the rate of 180P per
see whilt- the subject moves his head forward and back through an arc of 350. The
time of onoet of vegetative disorders in recorded. Persons with otabli v,!otibular
analyzers roquire 4 to 6 minutes before vegetative disorders appear. Jn ')ersono
with unstable vestibular analyzers, who are unfit for flight training. these
symptons arise after one or two minutes. A third method of testing t lri-ance to
cumulative Coriolis accelerations is the no-called two-miliute toot. '.h,-. subject,
'with eyes cloned, is rotated on a Barani chair at the rate of 18CO p!r vec for one
minute. During this time he inclines-his truWt forward and back ever
y .5 see on
command. After .50 sec the experiment is performed with rotation in the opposite
4/3

ACCESSION NR: AT401i2720
direction. Signs of vegetative reactions and subjective sensations are recorded.
Thin teat, performed on 200 subjects, has indicated that percona who can withstand
the two-minute Coriolis test can withstand other forms of acceleration tolerance
tests. It was found that these three methods of testing stability to Coriolis
accelerations are capable of revealing hidden forma of Yeatibular-yegetative disrup-
tiona which cannot be determined by the standard testa.
A5SOC;ATION: none
SUBMITTED: 27SOP63 ENCL: 00 SUB COMM
NO REF SOV., 000 arm; 000
J
i
lc~
J

.ACCESSION NR: AT"2721 8/0OW/63/000/WD/007/0510
AUTHOR: Yazdoyakiy;.V. 1.',Bryawv, 1. ~.l Kakurin, Le 1.61 KrY*lov, To. Tel
Cherepakhin, M. A. J~
TITLE: Sensory-motor coordination in weightlessness
SOURCE: Konferentsiya po aviatsionnoy I komicheakoy meditaine, 1963.
Aviatsionnaya I kosmicheakaya mediteina, (Aviation and space medicine); materialy*
konferenteii. Moscow, 1963, 5W-510
TOPIC TAGS: weightlessness, motor coordination, spaceflight, sensory motor
coordination, coordination testing, Vostok 3, Vostok 4
ABSTRACT: The effects of prolonged weightlessness on aensory-notor coordination
,were tested during the flights of Vostok III and Vostok IV, by Nikolayev and
Popovich. Prior to the space flight, tests for sensory-motor coordination were
worked out in laboratory conditions In a simulated Vostok-type cabin. The first
test consisted of stretching out hands towards one of the instrument panels in
the front part of the cabins The cosmonaut would then memorize the position of
his handeq close his eyes for 20 second&, open them,and then evaluate the position
Card 2/3

ACCESSION NR: A24042721
of his hands* The results of each test were recorded in a flight log. Deviations
from the original position were, measured -in centimeters. The second test consist-
ad of drawing, first with one hand and then with the other, a spiral of three
r
loops, a continuoue-line five-poiat9d star, two vertical lines and two hort 'obtal
lines. These tests were performed with eyes open and with the eyes closed* The
handel' one of Atch hold- the log in which the drawings were made, were outetretched6'.-
The relatively simple first test was performed with approximately equal accuracy
on the ground and in weightlessness. The results of the second test were somewhat
more complex because the teats, even on the ground, were not performed equally W022
with the right as with the left handq and not as well with the eyes closed as
with the eyes open. However, a comparison of results obtained by the two cosmonauts
ght-
during space flight with their performance in ground teats indicates that wei
lesaness does not reduce the quality of the seneory-notor coordination as far as
-this particular test is concerned* A comparison of the drawings indicates that
in weightlessness the quality of the drawing was not only as good but actually
better than that obtained on earth* This slight improvement can perhaps be explaino
ed by the comment of Pbpovichg who stated that the novelty of being in a weightless
state induces a special alartnesao Both cosmonauts stated that they felt they
Card 213

ACCESSION NR: AT4042721
had no difficulty in working In a weightless state* Both felt that weightless-
ness presents no barrier In carrying out assigned flight taakee
-ASSOCIATION: no
Aumrrm: 27sop63 ZML: 00 M COMO La
NO REr 80V: 000 3 000
Card 3/3

VOLYNKIN) Yu.M.; YAZDOVSKIY, V.I., prof.; GENIN, A.M.; GAZENKO,
O.G.; GUROVSKIY, N.N.; YDIELIYANOV, M.D.; I-IIKHAYLOVSYJY,
G.P.; GORBOV, F.D.; EMAPIP, A.D.; BAYEVSKTY, R.M.;
ALTUKHOV, G.V.; KOPANEV, V.I.; KASIYAN, I.I.; ffASNIKOV,
V.I.; TERENTIYEV, V.G.; BRYANPV,-II.; FEDOROV, Ye.A.;
FIDKIN, V.S.; ARUTYUNOV, G.A.; ANTIPOV, V.V.; KOTOVSKAYA,
A.R.; KAhURIN, L.I.; TSELIKIN, Ye.Ye.; USHAKOV, A.S.;
VOLOVICHY V.G.; SAKSOBIOV, P.P.; YEGOROV, A.D.; NEUMYVAKIN,
I.P.; TALAPIN, V.F.; SISAKYAN, N.M., akademik, red.;
KOIPAKOVA, Ye.A., red.izd-va; ASTAFIYEVA, G.A., tekhn.red.
[First group space flight; scientific results of medical
and-biological studies carried out during the group orbital
flight* of manned satellites "Vostok-3" and "Vostok-4]
P~=7i-gruppovoi kosmicheskii polet; nauchriye rezul'taty
medi~o'-biologicheskikh issledovanii, provedennykh vo vremia
ffruppovogo orbitallnogo poleta korablei-sputnikov "Vostok-311
i "Voskot-4." Moskva, Izd-vo "Nauka," 1964. 153 p.
(FIRA 17:3)

VOLYNKIN, Yu.M.; ARUTIUI,.'OV, G.A.; ANTIPOV, V.V.; ALTUKBOV, G.V.;
BAYEVSKIY, R.M.; BELAY, V.Ye.; i:UYANOV, P.V.; BRYANOV,.-Jk.;
VASILtYEV, P.V.; VOLOVICH, V.G.; WARD,!, Yu.A.; GE241N, A.M.;
GORDOV, F.D.; GORSHKOV, A.I.; GUROVSKIY, N.N.; YESHANOV, N.M;
YEGOROV, A.D.; KARPOV, Ye.A.; KOVALEW, V.V.; KOLOSOV. T.A.;
KORES11KOV, A.A.; KASIYAN, I.I.; KOTOVSKAYA, A.R.; YkLIBERDIN,
G.V.; KOPANEV, V.I.; KUZIMBOV, A.P.; KAKURIN, L.JT ; KUDROVA,
R.V.; LEBEDEV, V.I.; LEBEDEV, A.A.; LOBZIN, P.P.; MA KSIMOV,
D.G.; HYASNIKOV, V.I.; MAJXSRKIN, Ye.G.; NEUMYVAKIN, I.P.;
ONISHCHENKO, V.F.; POPOV, I.G.; PORUCHIKOV, Ye.P.; SILIVESTROV,
M.M.; SERYAPIN, A.D.; SAKSONOV, P.P.; TERENTIYEV, V.G.; USHAKOV,
A.S.; UDALOV, Yu.F.; FOMIN, V.S.; FOMIN, A.G.; KHIEBNIKOV, G.F.;
YUGANOV, Ye.M.; YAZDOVSKIY, V.I.; KRICHAGIN, V.I.; AKULINICHEV,
I.T.; SAVINICH, F.K.! STWPURA, S.F.; VOSKF9SE14-`1(IY, O.G.;
GAZENKO, O.G., SISANYAN, N.M., akademik, red.
[Second group space flight and some results of the Soviet
astronauts' flights on "Vostok" ships; scientific results of
medical and biological research conducted durJng the second
group space flight] Vtoroi gruppovoi kosmicheskii polet i neko-
torye itogi poletov sovetskikh kosmonavtov na korabliakh
"Vostok"; nauchrWe rezulltaty medikobiologicheskikh issledovanii,
provedennykh vo vremia vtorogo gruppovogo kosmicheskogo poleta.
Moskva, Hauka, 1965. 277 p. (MIRA 18:6)

YIJGkNOVI, Ye.M.; GMHKGV0 A.I.; KASIIANp
KOLOS0Vv I.A.; KOPANEV,, V.I,; LEBEDEV,, V.I.; POPOV., U.I.;
SOLODUVNIK,, F.A.
Vestibular reactions of astronauts during the "Voskhod"
spaceship flight. lzv,, AN SSSR. Ser. biol. no.6t877-683
" 965. (MIRA 18:11)

L 08268-67
ACC NR-s-kT
FSS-2/EWT(1)/EEC(k)-2 SCTB Tr/DD/GD/G;%-
SOURCE CODE:
61003
AUTHOR: Arzhanov, I. M-;.-Bryand'v. I. I.: Baturgnko, V.-A.; Beregovkin, A. V.;
,, 1 -7. - -Y..A. S.; Kuznetsov. 0.
Buyanov, P. V-.; Kovalev r a v, V. M.; Krasov ki --N*j
Kuznetsov, V Nikitin, A. V.; Ni5tratoyp V, N ; TeLiLetlyey_A. G.; Fedorov, Ye. A.;
Khlebnikov, G. V.
ORG: none
TITLE: Some results of the postflight examination of P. I. Belyayev and A. A. Leonov
following their flight on tbe.YgDJdwd--Z pacecraft [Paper presented at the Conference
on Problems of Space Medici e in Moscow from 24 to 27.MaY 19661
I
SOURCE: Konferentsiya po problemam kosmicheskoy meditsiny, 1966. Problemy
kosmicheskoy,meditsiny. (P~roblems of space medicine); materialy konferentsii,
Moscow$ 1966, 36-37
TOPIC TAGS: space medicine, postflight medical examination, bodily fatigue, body
weight, cardiovascular system,-oculocardiac-reflex, unconditioned reflex, space
psychology, oxygen consumption, respiration, pulmonary ventilation/Voskhod-2
ABSTRACT: Postflio~ examinations of the Voskhod-2 crew members, Leonov
,and Belyayev, were performed on the third and fourth days after the flight'
band again a month later. The cosmonauts complained of light fatigue..
:They were found to have hyperemia of the mucosa of the nose and thrioat
.-~~d conjunctivitis of the eyelids and eyeballs. They had lost weighs

1. 0826e-67
ACC NR, AT6o36481
Their pulse showed-a- certain lability'-. Pulse frequency rose significantly
,during mild physical exertions and changes in the position"of the body. I!-
There was an increase in intraventricular conductivity, an increase in
ithe systolic index (7 -1116), and a delay in restoration of hemodynamic
indices after physical exercise.
BelyayevI s oxygen consumption increased by 2316 and LeonovI s
by 1416 as compared with preflight levels;. Vital capacity of the lungs
diminished by 8-1216, while pulmonary ventilation increased by 51-1816.
'Neurological examinations revealed a light tremor of the fingers, a
high orthostatic reflex with an absence of pulse reaction to the oculo-
cardiac reflex, and an increase in the slow bioelectrical. activity of the
brain cortex. Psychological tests revealed an increase in distribution
and in the middle magnitudes of the duration of the period of sensory
motor reaction. Since this was not accompanied by errors, it is possiblei~
to assume that the fatigue observed in cosmonauts was a compensatory
reaction. Blood and urine examination on the third day after flight did
not differ. substantially from preflight levels. Biochemical examination
uncovered an increase of chlorides, adrenalin, noradrenalin, and
17-oxycorticosteroids in the urine.
Card 2/3

L 08268-67
ACC NR: AT603648
The observed shifts in physiological indices were short-term and
,reversible. They indicated the development of moderately marked
Jatigue in the subjects. Thus, despite the complexity of the flight, the
postflight examinations revealed only moderate functional changes in
'Che two cosmonauts. There was no difference in the nature of these
changes in the cosmonauts. This indicates a high degree of training
and a good neuropsychological and physical preparation for spaceflight.
[W.k. No. 22; ATD Report 66-1161
SUB CODE: 06, 22 / SUBM DkTE: OOMay66
Card

BRYANOV, V.J. inzh.
Production of large blocks of natural stone. Yiekh. stroi. 19
no.9:18 S t62. (Stonecutting) (MIRA 15:9)

BRIA
Using pearlweed limestone in making large wall blocks. Stroi. mat.
4 no-9:7-9 S 158. (Him U: 10)
I.UpravIyayushchijr trestom Xr7mstenblek.
(Building blocks) (Limestone)

BETANOV, V.T.; DCBROVOLISKIT,,$-V-
What's new In the mchanizatIon of processing large wall blocks
made of natural stone. Strol. mt. 6 no-9:5-7 S 60.
~. ? (MIRA 13:9)
1. Zamestitell nachallniks, Upravlenlya strottellstva I proVsh-
lennosti stroitallsykh mterialov Kry=kogo sovaukhose, (for
Bryanov). 2. Starshly insbaner Sinforopollskogo spetsiallnogo
konstruktorkogo byuro (for DobrovolOokly).
(Building blocks)

BRYANOV,_VasiUy-VIzAimi-r-ovich; DOLOMINO, N., red.; FISENKO, A.,
tekhn. red.
(Extracting large blocks)Dobycha kruprqkh blokov. Simfero 11
Ya-jmizdat, 1961. 44 p. (IMA 15: lir
(Crimea-Bailding stones)

LEYKIN, M.G., kand.tekhn.nauk; MAKAROV, V.L., inzh.; BRYANOV, V.V., inzh.
The economic basis of the efficient capacity of sawed stone
quarries. Stroi. mat. 8 no.8:21-23 Ag 162. (MIRA 15:9)
(Quarries and quarrying)

XkLYUZHNAYA, L.D.; PORTIIOV, S.M.; 14AYKO, I.I.; LYSENKOP Z.A.;
- BRYANSKAYA) A.M.
Antagonistic properties of actinomycou isolated from soils
in tho Ukraino. Antibiotiki 7 noJz19-41-4 Mr 162. (HMI 15:3)
(ANTINOMYCES)
(UKRAM-SOUS-MICROBIOIA)GY)

iL4LYU,Z,:NAYA, L.D.; LITCTN~:!-,KO, Ye.-
Isolatiop and sLudy of actinumycetes-antagonists frcz. soll's 0l'
, .';.~'j
sorne Ukrainian provinces. 111"ilrobioloriia 31 ro--'4--E54
162.

ROGOZHINA, A.P. [Hohozhyna, A.P.];_P~TANSKAYA, A.M. [Brians1ka, A.M.)
Use of distillers' grains in Actinon7ces cultivation. Mikrobiol.
zhur. 27 no.5:78-80 165. (MIRA 18:10)
1. Kiyevskiy nauchno-issledovatellskiy institut epidemiologii
i mikrobiologii.

YALUYZHNAYAIV L.D.; BRYANSKAYA A.M.
Antagonism of actinomycetes toward Bacillus pyocyaneus.
Antibiotiki 9 no.9:806-809 S 164. (MIRA 19-1)
1. Otdel antibiotikov Kiyevskogo instituta epidemiologii i
mikrobiologii.

1- -1-ilLs
ACC ~ NR.
BIrr(I)II JK
AR6011883
S-OURCE CODE: UR/0299/65/000/022/0037/bb-471
-1;U1
,AUTHOR: Bj!yanskaya, __A. M.; Kalyuzhnoya, L. D.
TITLE: Act-inomycetos from irrigated fields as antagonists of blue pus
rods and Froteus
SOURCE: Ref. zh. BioloEiys, Abs. 22B254
REF SOURCE: Sb. Antibiotilti. Kiev, Zdorovlya, 1965, 97-101
TOPIC TAGS: bacterioloLry, annt'iblotic, soil bacteriology
ABSTFUCT: 3056 actinomycete strains were isolated from the soils of i
~,) 1, U
irrigated OdosLo. fiolds~ 24-11 ' O'f J-hose wero antagonists of Bact.
proteus vul aris 9-nd 13 were antec,onists of Bact. pyocyaneum. In other.
Odessa Obla2t soils, the number of antajonisil-s of Bact. D70CYaneum was
reduced by half, whereas the percentaUe of actinomycetues suppressing
Bact. proteus vul,-orls was the sarnie in -JrriEated fields as in
nonirriE,ated flield-li. In irrif._-atad ficild .9oli-Is more antaConists of' Bact. 1
pyocyaneuri and Bact. proteu3 vulC.Gr-3 ore found in fall 9nd winter thon
in sDrin~, and su,-,,mer. 1-1,ost of the active strains are found to be
representatives of the Laven6ulse--l-1koseus series and the smallest number
is found in the Aureus series. lne species composition of actinomvcotes~-
'7
Card 1/2 UDC: 61 - 110
79

ACC NR: AP 6 0 118 8
suppressine- bl~.J pus rods and ?-Poteus is the same in Irrigs.ted
fields aa
in nonirriaatcu-4 fiolds and is represented primarily by Act. lavendulae.
and Act. The PredcriInan'ca of these species in irrigo.ted ficl"
soils accounts I'or the h1lr-h percei-Ituage of antagonist's to the test
bacteria. V. K,---netsov. ZTranslation of abstract7.
SUB CODE: 06
Card 2/2

AUTHORS: Podkletnov, SOV/74-27-11-5/5
(Novo-Alexandreqirona Sakhaline)
TITLE: Gas-Liquid Chromatography of Liquid Naphthalene Hydrocarbons
(Gazozhidkostnaya khromatografiya zhidkikh ne'Ltyanykh ugle-
vodorodov)
PERIODICAL; Uspekhi khimii, 1956, Vol 27, Nr 11, PP 1354-1360 (USSR)
ABSTRACT: In this paper a short summary of the development and the applica-
bility of gas-liquid chromatography is given. In this connection
special attention is.payed to its use in the analysis of naphtha-
lene hydrocarbons.
A summary of data and conditions for various analyses of naphtha-
lene hydrocarbons is given on a table. Research on the methods
of chromatography was-directed t6w-ard� the problems of the
tolerable temperature,-the investigation of volatile substances,
influence exercised by temperature on the decomposition of liquid
mixtures etc. N-butane, isooctane, cyclohexane, p-xylol, and
naphthalene were selected as standard substances.
Concerning the parts of the chromatographs it was said that in
general heat-resistant blocks proved to be favorable. Detectors
Card 112 were used for the identification and quantitative estimation of

Gs-s-Liquid Chromatography of Liquid Naphthalene SOV74-27-11-5/5
Hydrocarbons
various components (ionisation manometer, integral detector, de-
tector with microflame etc.)
Papers on-the maximum elution temperature and the optimum veloci-
ty of the.gas carriers are mentioned.
Gas~liquid chromatography may also be used for the production of
pure-elements, for the determination of molecular weights, for
the investigation of chemical structures, and for the computation
of problems of chemical kinetics. There are 2 figures, 1 table,
and'100 references, 2 of which are Soviet.
Card 2/2
7JSCDMM-DO-60660

POD=NOV, N.Ye.; BRYANSKAYA E.K
- ~ .--v ---- I --,,
Detailed study of cyclohexane hydrocarbons of the gasoline fractions
of certain Sakhalin crudes* Soob&S&klml*komplonauch.-isel,inst.AN
SSSR no-8:36-52 159. (MIRA 14:4)
(Sakhalim -Petroleum) (Cyc3lohexane)

C SKAYA S.V.,(Moskva)
_P~U~N
Treatment of vomiting in pregnancy* Fellds i akush. 25 no.6:13-15
je ., 6o. (MIU 13:9)
(VOMITING) (PREGNANCY, COMPLICATIONS OF)'

-AIMIUKIY. A.
2. USSR (6oo)
4- Stock and Stockbreeding-Accounting
7. A new form for a monthl-y report by collective farms on the status
of livestock breeding (form no. 24), Best. stat., No. 6, 1952.
9. Monthl List of Russian Accessions, Library of Congress, April, -1953, Uncl.

BR- AnA "I'll ZjUjQ"-HzNTSIS, Te.M., redmk-tor; YINOGRADOYA,
V.A.. te c e-s-kiy redaktor
[Statistics in atockbreeding] Statiatika zhivotnovodetva. Hoakva,
Goa. statist. izd-vo. 1956. 183 p. (MLRA 10:1)
(Stock and stockbreeding) (Agricultural statistics)

AUTHOR: Bryanakiy, A. 30V/2-58-10-8/15
TITLEs of Meat Production are Determined
(Kak opredelyayutaya pokazateli proizvodetva myasa)
PERIODICAL: Vestnik statistikig 1958, Nr 10, PP 52 - 57 (USSR)
ABSTRACTt The article deals with methods for deterraining the product-
ion of meat in the USSR. The author describes 3 indica-
tors of meat production: 1) the gross production of meat
computed from the weight of slaughtered animals; 2) the
weight of meat processed by the meat industry; 3) meat
produced on the hoof, comprised of offspring and gains in
weight, not taking into account the number of cattle
slaughtered. The author examines mainly indicators 1 and 3,
which are more complicated. In order to have statistical
data on the development of livestock, since October 1,
1958, all sovkhbzes and kolkhozeB are obliged to conduct a
weighing of all livestock every 3 months, and to enter the
respective figures in their books. The author gives detailed
instructions on determining the yearly gain of meat.
Card 1/1

FYJ
FAVLOVP -A.M.* otv. za vypusk; VOLODICHEVA, Y.N.; IVANOVA, A.I.; KULAKOV,
I.N.; LTAKINA, T.N.; NITIKIMA, L.I.; POZWT.AKOVA, M.P.; RODICKOTA,
L.I.; ROMOVA, NoM.; SWI7W, B.S.; CHICHKIMA, A.A.; TRESORUKOVA.
Z.G.; BOGATYREV, PoP.; BROVKINA, A.I.; IVAKOVA, L.D.; IVASUIN,
G.A.; KAHNIV, N.-I.; LTSMVA. L.A.; 02HOWLITEVA, Z. I.; PAVLOVA.
T.I.; TTUTTUNOVA, H.I.; UNNITSM, A.P.; MIVILIN, N.N.; KHMOM,
K.P.; VINOGRADOV, V.I.; TZHIMIN, F.S.; KRAVCHENKO, Te.P.; LOVACHIVA.
K.V.; NIKOLISKATA, V.S.; KAKHOV, G.I.; SOGINA, A.V,; TAREM, A.Vo;
KHCLIHA, I.V.; BRYAHSKIT, A.M.- BURMISTROVA, V.D.; GRIGORIYEVA, A.M.;
LUTSEIX0, A.I.;~'~~~TEPLINSUYA, N.Y.; FEOKTISTOVA, V.Io;
BUTORIN, I.M.; BOCHUMA, L.D.; BURENINA, V.A.; VETUSHKO, A.M.;
VMILYAYEV, A.A.; SOROKIN, B.S.; TSUMMO, L.T.; KHLEBNIKOV, V.H.;
DUMNOV, D.I.; STEPANOVA, V.A.; KWAKIN, V.I.. red.; VAKHATOV. A.M.;
KAKAROVA, O,K,, red.izd-va; PTATAKOVA, N.D., tekhn.red.
[Soviet agriculture; a statistical manuall Sel'skoe khoziaistvo
SSSR; statisticheakii abornik. Moskva, 1960. 665 p.
(MIRA 13:5)
1. Russia (1923- U.S.S.R.) TSentrallnoye atatintichaskoye uprav-
lenlye. 2. Upravleniye statintiki sellakogo khozyaystva TSentrall-
nogo, statiaticheakogo upravleniya SSSR (for all except Makarova.
Pyatakova).
(Agriculture--Statistics)

;flr~I

with C le.-arLanim6~n prr~e~,s, tlaugb con-
Surning cat, Int'; is mc-rc vflt~.Iive thall during
lia!ing. T"
;!~ r~`71- nDv-
I rx-T Al of ng-
gre-silre L du~-ram's. ifign-

19 A/S le L1,
BRY1,1131-17-IrY, B. D.
"Investigating the Dolomite Method of Desilicatizing *4ater and
Its Introduction to High-Pressure Electric 5tations.11 Cand Cham
Sci Khar1kov Polytechnic Inst, Khar1kov, 19%. k'P2hKhi.-n, No 3, Feb
55)
SC: Sm. No. 631, 26 Aug 55-Survey of Scientific and Technical
Dissertuatiomg Defended at LSSR Higher Educational Institu-
Lions (14)

112 -57 -7 -14061
,Translation from: Referativnyy zhurnal, Elektrotekhnika, 1957, Nr 7,
pp 39-40 (USSR)
AUTHOR: Bryanskiy, B. D.
TITLE: Investigation of Hydrational. and Desilicifying Capacities of Magnesia
Preparations and Adoption of a Method of Desilicification of Water
(Issledovaniye gidratsionnoy i obeskremnivayushchey sposobnosti rnagnezial'nykh
preparatov i vnedreniye metoda obeskremnivanlya vody)
PERIODICAL: Tr. Khar'kovsk. Politekhn. in-ta (Transactions of the Kharkov
Polytechnic Institute), 1956, Nr 8, pp 143-149
ABSTRACT: Determination of hydrational. and desilicifying capacities of a number
of magnesia-type substances was conducted after a preliminary calcination of
each substance at a temperature within 6000 C to 1, 0000 C. These maximum
values of hydrational capacities, in terms of the quantity of water theoretically
necessary for obtaining the magnesium hydrate (calcination at 600o C), were
found to be: basic magnesium hydrocarbonate, 91. 516; magnesium hydrate,
72. Z%; and "usta" magnesia, 65%. The process of desilicification by means of
Card 1/2

112-57-7-14061
Jnvestigation of Hydrational and Desilicifying Capacities of Magnesia Preparations . . . .
the same substances, which is s`ymbatic to the process of hydration, is
evaluated at 10056, 83. 456 and 71.6% of MgO expenditure in mg per 1 mg of
isolated silicic acid by means of the basic magnesium bicarbonate taken arbi-
trarily as 100 (calcination at 6001 C).
With an increase of calcination temperature for the above substances, as well
as for dolomites of various origins, the hydrational and the silicifying capa-
cities decrease. It was found that Karaga dolomite provides the least per-unit
consumption of magnesia (1. 86 -2. 8 3 mg at i calcination temperature of 7000-
1, 0000 C).
With dolomite de silicification of waters from various sources (the Lopan' river,
Khar'kov water supply line, an artesian well) containing 5. 4 mg/ I to 50. 0 mg/ I
HS'03, per-unit consumption of MgO and the amount of residual Si03 in desili-
cified water decreased with an increase in temperature of the medium; at 950-
98o C, the residual silicic acid content was 0. 2-1. 2 mg/t HSi03.
P. N. A.
Card 2/2

f~ N I r\
25(5) PHASE I BOOK EXPLOITATION SOV/3107
Satell, Eduard Adamovi'ch, Viktor Aleksandrovich Letenko, Georgiy
Anatoliyevich ~ryanskiy, and Georgiy Ivanovich Samborskiy
Osnovy tekhnicheskoy podgotovki proizvodetva i organizateiya trude.
(Fundamentals of Industrial Engineering) Moscow, Mashgiz, 1959~
330 p. 15,000 copies printed.
Ed.: E. A. Satell, Doctor of Technical Sciences, Profes 'sor; Re-
Viewers: Department of Organization and Planning for-the Machire-.
building Industry, Moscow Automotive Engineering Ins~itute;
N. A. Orlov, Professor; I. L. F.rumin, Engi-neer, Economist;
N. A. Stellmakhovich, Candidate'of Technical Sciences;
A. V. Belyayev, Engineer,. Economist; Ed.: A. R. Sochinskly,
Engineer; Ed. of Publishing House: A.-A. Salyanskiy; Tech. Ed.:
V. D.- ElIkind; Managing Ed. for Literature Dn.t.he Econom'ice and
Organization of Production: T. D. Saksaganskiy, Fngineer..
PURPOSE:. This textbook is intended for students at institutes of,
engineering economics and schools of higher technical;~education.
Card 1/7

Fundamentals of Industrial (Cont.) SOV/3107
COVERAGE: The book deals with product designing, production plan-
ning, estimation of production capacity, work organizatiorx, and,
wages at machinery-manufacturing.plants. It is-one. of &.series
of six textbooks issued by the Moskovskiy inzhenerno-ekDoomiche-
skiy institut imeni Ordzhonikidze (Moscow Institute of Engi-
neering Economics imeni Ordzhonikidze) for th6 course,.Orga-
nization and Planning of Machinery-manufacturing Plants. No
personalities are mentioned. References follow each part.
TABLE OF CONTENTS:
Preface
PRINCIPLES OF PRODUCTION PLANNING
PART-I. INDUSTRIAL PLANNING OF A MACHINE-BUILDING PLANT AND
ORGANIZING FOR'PRODUCTION PLANNING
3
Ch. I. Principles of the Industrial Planning of a Plant 7
Card 2/7

Fundamentals of Industrial (Cont.) SOV/3107
Ch. II. Product Design 26
Ch. III. Production Planning 53
Ch. IV. Production Capacity 94
1. Meabs of production and fixed assets 94
2. Concept of production capacity and general principles
for determining it 95
3. Determination of progressive time standards 101
4. Time alloted for operation of equipment 104
5. Estimation of production capacity 106
6. Production losses and production-capacity utilization
indices 119
Bibliography 126
PART II. ORGANIZATION OF PRODUCTION CONTROL
Ch. V. Objectives of Technical Control. Means of, Implementing
Card 3/7

Fundamentals of Industrial (Cont.) SOV/3107
Technical Control at Machine-building Plants- 127
Ch. VI. Organization of Quality Control for Materials
and Semifinished Products Received From Outs1de
the Plant 133
Ch. VII. Principles of Organizing Inspection in Shops of
the Machine-building Plant 1.318
1. Objectives a~nd organization of production and process
control. Types and method5 138
2. Statistical methods of control 143
3. Means of control 159
4. Setting up technical control and typical roiftine
functioning of inspection points 166
5. Technical recording and analysis of rejects 174
6. Organization of thL- control of means of production 177
Bibliography 182
Card 4-/7

Fundamentals of Industrial (Cont.) SOV/3107
WORK.ORGANIZATION AND WAGES
PART 1. WORK ORGANIZATION
Ch. 1. Principles of Work Organization at a Socialist Plant 185
1. Objectives and advantages of socialist work organi-
zation 185
2. Basic principles of work organization and socialist
discipline 188
3. Reserves for growth of labor productivity 191
Ch. II. Division of Labor in Production 197
1. Structure of the plan t labor force 197
2. Division of labor and placement of workers 200
3. Organization of work teams 204-
4. Forming of'shifts and utilization of working time 2o6
5. Multiple machine-tool servicing and combination of
skills 213
Ch. I II. Layout of Working Places 221
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Fundamentals of Industrial (Cont.) SOV/3107
1. Peneral ways of economizing working time and ex-
pediting work movements
2. Organization of working places.
3. General working conditions at the working place.
Servicing of the working place
Ch. IV. Training and Increasing the Skill of Workers
1. Systematic recruiting and training of new workers
2. Increasing the skill.of plant workers
Ch. V. Organization of Socialist Competition
1. Socialist competition and its forms
2. Organization of competition,and dissemination of
progressive methods at the plant
Bibliography
PART II. ORGANIZATION OF WAGES
Principles of the Organization of Wages
221
236
248
256
256
259
263
263
268
281
282
Ch. VI.
Card 6/7

Fundamentals of Industrial (Cont.) SOV/3107
Ch. VII. Wage-scale System 290
1. Wage scale and wage rate 290
2. Wage-scale and skill guide 294
Ch. VIII. Pay Systems 302
1. General requirements 302
2. Piece-rate pay system 303
3. Time-rate pay system 312
4. Incentive wage system 313
Ch. IX. Salary System 317
Ch. X. Structure and Functions of Labor Administration.
Collective Agreement 322
Bibliography 328
AVAILABLE: Library of Congress
Card 7/7 VK/os
2/24/6o

RO'YTBURD, L.H., doktor ekon.nauk. otv.red.- BRYA14SKIY G.A,, kand,ekons
'r - I
nauk, nauchnyy red.; SHTAYNGAUZ, Te.O., kand.tekhn.nauk, nauchnyy
red.; KUZNNrSOV, P.V., red.; GMUSIMOVA, U.S., takhn.red.
[Problems of the economics and organization of production in
Moscow industry] Voprosy ekonomiki i organizateii proizvodetva
v promyehlannosti Moskvy; abornik statei. Moskva, Gosplanizdat,
1960. 358 P. (MIRA 13:12)
1. Moscow. Inzhenerno-akonomichookiy inatitut.
(Hoscow--Industrial organization)

SATELI, Eduard Adamovich, doktor:tekhn. nauh-., prof., red.- HIYANSKIY
p - -,-- - Y
Goorgiy Anatol 'yevich, kand. ekon. nauk; FAHTALOV, LWo--r3iT---
Vera.Sergeyevnap k2jbdw ekone
nauk; YJIPZIUUIOVSKIY,.%,rgey Nikolayevich, prof.;
KHOININA, 011ga Alekseye*nal kand. ekon. nauk; STEPAKOV,
Aleksey Pavlovicb.,.,kand. ekon. nauk; LEVA'DOVSYJY, S.Ve. inzh.,
retsenzent; MANSUROV, A.M.., inizh.~ retsenzent; OSIPOV, Ye.G., inzh.,
retsenzent; SDCHLNSKIY" A.R., inzh., red.; ROKYENA, Z.A., red.
izd-va; YODEL', B.'I.., tekhn. red.
[organization, planning and economics of basic shops in inachine
plants] Organizataiia, planirovanie i ekon=ika.osnovnykh tse-
khov mashinostroitelinylch zavodov. Pod rede, B.A.Satelia. Moskva,
Mashgiz, 354 P. ig': 4)
(Machine industry)

BRYANSKIY, G.A.; STEPANOV, A.P.
Practice in determining the economic-efficiency of automation
in machinery manufacturing. Nauch.trudy MIEI no.18:156-172 '61.
(MIRA 15:2)
(Machinery industr-j) (Automation)

Yand. ekon. nauk; BYALKOVSKAYA, V.S., I-and. e~on.
nauk'; 'YJIYLOVA, N.V.., inzh; SLODMICII, ILI.,, kand. ekon.
nauk; STEPANOV, A.P.p kand. ekon. nauk; KHOLOMINA, O.A.,,
kand. ekon. nauk; GORMHTEYN., B.I., inzh., retsenzent;
SOCHINSKIY, A.R., inzli., red.
[Problems on the organization and planning of rachinery-
industry enterprises] Sbornik zadach po organlizatsili i pl-&--
nirovaniiu mashinostroitellrqkh predpriiatii. [By] G.A.
Brianskii i dr. Yoskval Yashinostroenie, 1964. 406 p.
(MIRA 17:9)

,-% I - .,S~~ Z,
K y Iq /Y I T, A/ ,
?5 3OMDARRI -. -~.; KIBOVSKIY, N.I.; 13RYANSKIY, I.N.
Ideological work in institutes of the AcademV of Medical Sciences of
the U.S.S.R. Vest. AMN SSSR no.3:41-46 154. (MIRA 7:li)
(EDUCATION, MOICAL,
in Russia. ideol. aspects)

BRYANSKIY, Kh.
26389 Ya mekbanizirovannaya ustanovka dlya regeneratsii goreloy zemli.
Sellkhozmashina, 1949, No. 8, s. 21-22.
SO: LETOPIS' NO. 35, 191+9

BR)~LIZKIY, I.N.
I Contribution of G.I. Sokollskii to the development of Russian-and-
world medicine. Klin. mod. 38 no. 2;152-154 r 160. (MIRA 14:1)
(SOKOLISKIIv GRIGORII IVANOVICH9 1807-1886)

GERTUNSUSYN, M.Ye.; BRUMBUY. L.N.
Attenuator errors due to disagreement in the path of superhigh
frequencies. Ism.tekh. no.1:28-33 J&-F 156. (NLRA 9:5)
(Radio. Shortwave) (Wave guides)

GERTSEIISHT-EYN, M.Ye.; BRYAIISKIY, L.11.
. C-11 -1 ... - -
14A - ~ , ,
Eliminating phase distorti'b-ii~"'-Ieo~po~rdr.-maasuremi3nts. Izm.tekh.
no.6:40-43 N-D 156. (WAA 10: 1)
( Slectric measurem9nts)

BRT~~~~_ .,
--m"awpoomm-
Conference on radio measurements. Izm. tekh. no-3:94 My-is 157.
(Radio measurement~--Congresses) (MLRA 10:8)

BRYAN~Kiy, L-N.
,9(6)
PHASE I BOOK EXPLOITATION SOV/1369
Burdun, Grigoriy Dmitriyevich, Rafkat Amirkhanovich Valitov,
Lev Nikolayevich Bryanskiy, Vitaliy Dmitriyevich Kukush, and
vitaily Ivanovich FroneffiCo
Radioizmereniya na millimetrovykh volnakh (Measurement of Milli-
meter Radio Waves) Izd-vo Kharkovskogo univ-ta, 1958. 121 p,
5,000 copies printed.
Ed. (Title page): Burdun, G.D., Professor; Ed. (Inside book):
M.I. Prokdpenko,; Tech. Ed.: Ya.T. Chernyshenko.
PURPOSE: The book is intended as a textbook for engineering students
taking a course in superhigh-frequency radio measurements. It
may also be used by scientists and engineers working in the field
of radio measurement and dealing with superhigh frequencies.
COVERAGE: The author discusses basic problems of radio measurement
in the millimeter band. He describes the methods and instruments
used in measuring wavelength, frequency, power, attenuation,
Card 1/5

Measurement of Millimeter Radio Waves SOV/1369
impedance, voltage standing-wave ratio, dielectric constant,
and magnetic permeability. Signal generators and spectrum
analyzers are not discussed. The book is the first attempt
to systematize the material on measurement in the millimeter
band. No personalities are mentioned. There are 56 references,
of which 22 are Soviet (including 3 translations), 28 English,
4 French, 1 German, and 1 Czech.
TABIE OF CONTENTS:
Foreword
Ch. I. Microwave Generators and Indicators.
3
Waveguide System; Methods and Instruments for Accom-
plishing and Controlling Matching of System Elements 5
1. Microwave generators
2. Microwave indicators
Waveguide system; effect of degree of matching of
system elements on accuracy of measurements 9
4. Methods and instruments for measuring impedances
and voltage standing-wave ratio 13
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Measurement of Millimeter Radio Waves SOV/1369
5. Matching devices 17
6. Terminal matched loads 18
Ch. II. Measurement of Wavelength and Frequency 19
1. Resonance wavemeters 20
2. Heterodyne frequency meters 25
3. Spectrum lines as frequency standards 26
4. Interforometer method of measuring wavelength 29
5. Measurement of wavelength by the method
employing a diffraction spectrometer 37
Ch.III. Methods and Instruments for Measuring Power 42
1. Classification of power measuring instruments 42
2. Calorimetric power measuring instruments 44
3. Thermistor and bolometer instruments 4
4. "Entracometers" z0
5. Application of the pondermotive action of electro-
magnetic waves for measuring superhigh-frequency
power 62
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Measurement of*Millimeter Radio Waves SOV/1369
6. Pondermotive power measuring instruments based
on the pressure of electromagnetic waves on walls
of a waveguide, coaxial line, or cavity resonator 65
7. Pondermotive power measuring instruments based on
the pressure-of electromagnetic waves on reflecting
elements introduced into a waveguide or cavity
resonator 69
Ch. IV. Measurement of Attenuation. Power Distribution 78
1. Attenuators ~8
2. Directional couplers 7
3. Wavegulde T-Junations as power distributors 91
4. Methods of calibrating attenuators and
directional couplers 92
Ch. V. Measurement of the Dielectric Constant and
Magnetic Permeability of Dielectrics 95
1. Waveguide methods of measurements 96
2. Resonance method of measurement 103
3. Measurement of electric and magnetic character-
istics of magneto-dielectrics 105
4. Measurement of dielectrics in free space 107
Card 4A

Measurement of Millimeter Radio Waves SOV/1369
5. Pondermotive instruments for measuring
dielectrics 11
Bibliography
AVAILABLE: Library of Congress
JF/atr
4-16-59
118
Card 5/5

BRYANSKIY, L.N. --A
Using phase shifters in measuring the coefficient of oscillator
voltage standing waves. Izm.takh. no.2:87-88 Mr-Ap '58.
(MIRA 11:3)
(Blectronic measurements)
(Wave guides)

C A-
.
A
109-3-5-14/1?
AUTIJOR: Gertsenshteyn, M.Ye. and 13ryanskiy, L.B.
TITLE: Waveguide Phase-shifter Having a Low Reflection Coefficient
(Mialootrazhayushchiy volnovodnyy fazovrashchatel')
PERIODICAL: Radiot6khhikbL i Eleilftronika, 1958, Vol III. Nr 5,
pp 710 - 721 (USSR)
ABSTRACT: The standing wave ratio of a terminating load in a viave-
guide can be measured either by means of a movable probe,or by
a fixed orobe and a -ohase-shifter. The first method is not
suitable for the measurei~ent of small standing-wave ratios
(SWR) since its accuracy is comparatively low. A hiSher
accuracy can be achieved by employing the phase-shifter method;
the equipment necessary for these n-easurements consists of
(see FiE.2): 1) Ann ultra-high-frequency oscillator; 2) A
matching transformer; 3) A fixed detector head; 4) A phase-
shifter and, 5) the load. It is shov/n, howev~-r, that -nrhen
PaeasurinS small reflections, the phase-shifter is subject to
10110V14
the L ~ns errors: inaccuracies due to the losses in the
phasc-shifter, reflections from the movable elements of the
shifter, errors due to the mis-matching of the oscillator and
the sbiftin--n- action of the probe. The errors due to the
reflections at the elements of the Dhase-shifter are analysed
Cardl/5 in detail. It is assunied that the phase-shifter consists of a

109-3-5-14/1?
Viaveguide Phase-shifter Having a Low Reflectioxi Coefficient
dielectric plate Those thickness is s and height is h the
permittivity of the material of the plate is e and the plate
is such that fulfils 'U'E'le conditions expressed by:
s 2rs
Xo
-Fe
v.here No is the wavelength in free space. If it is assured
that the material of the plate is anisotropic, the boundary
conditions at the plate can be written as Eas.(10) where El
and D' are the field and the electric induction in the plate.
The analysis of the conditions in the system can be carried out
by sclvinG Dq.(11) in which A defines a vector potential.
Solution of Eq.(113 is in the form of a series expressed by:
A(x, Y, -/-aM(Z) 0 (x, (14)
Z) A;
vv'here the amplitudes a can be obtained by solvin- an infinite
m 6
system of differential equations, as expressed by Eqs-(15), in
which Em is given by Eq.(16). Bqs.(15) can be solved by the
Uard2/5 method of successive appr oxin.-at ions and in the first ap-rox-iratiopl

109-3-5-14/12
Wave(~uide Phase-~;hifter Havin6 a Low Reflection Coefficient
they can be expressed in the form of Eqs.(19). Solution Of
Eqs.(19) is in the form of Eqs.(20) and (21) v..here ~(Z) is
the phase. On the basis of the above equations, it is shown
that the phase shift produced by the shifter can be e3mressed
by: +
1 2'Tx
- sin - hs dz (27)
ab C a
- )0
where a and b are the dimensions of the waveguide and x
is the distance be-h,,reen the plate of the phase-shifter and the
narrow wall of the guide. The reflection coefficient of the
-ohase-shifter can be expressed by:
1 1Ix W, e +
2 2i(~
- sin Qhsu(o e- dz (28)
ab a \c 2/W 2_
t
.which, for a symmetrical plate,is in the foinn, of Eq.(29).
Eqs.(2?) and (28) can be re6arded as the basic formulae for
Card 3/5

109-3-5-JL~/J?
Naveguide Phase-shifter Having a Low Reflection Coefficient
the design of a phase-shifter. It is shown that the error of
measurement of the reflection coefficient of the load 6 FE
is related to the reflection coefficient of the phase-shifter,
b~r means of Ea-.(30). From this, it follows that the
worst conditi
ns (rax-inum
F) (-H
2 -
error) are expressed by;
0 - 7 0 7 F1 (31).
The reflection coefficient of the phase-shifter can be measured
ex, U hi
perimentally by means of the equipment shown in Fig.5; t s
consists of a fixed detector head, an auxiliary phase-shifter,
the investigated phase-shifter, 'a matching transformer and
a terminatinG load. Eq.(28) can be used to design a phase-
shifter and, for this pur-pose, it is transformed into Eq * (38),
ir- In this equatio (h )
which (0 is L~iven by Eq-09). n, s 0
denotes the transverse dimensions of the phase-sbifter plate
at its lar[~est cros6-scetion (in the centre). Eq-(38) shows
that one ol the j~;ost satisfactory shapes of the phase-shifting
plate is that Covorned. by Eq.(40),where a is a parameter.
Card4/5For this case, 'Ehe reflection coefficient of the s-):ifter is in

z 109-3-5-14/1?
Waveguide Fhase-shifter Having a Low Reflection Coefficient
the form of Eq.(41). An experimental phase-shifter, based on
Eq.(41), was constructed and it was found that its reflection
coefficient was so low that it could not be measured by means
of a measuring line. It was found by employing the nxLhod of
Fig-5-that the standing wave rati6 was better than 1.005.
There are 6 figures and 12 references, 9 of which are Soviet
and 3 English.
ASSOCIATION: Vsesoyuznyy n.-i institut fiziko-tekhnicheskikh i
radiotekhnicheskikh izmereniy (All-Union Scientific
Research Institute for Physico-engineering and
Radio-engineering Measurements)
SUBMITTE, D: July ~O, 1956
AVAILABLE: Library of Congress
Card 5/5 1. Wave ratio-Measurement 2. Phase shifter-Applications
q

AUTHOR: -Bryane-k Y* SOV-115-58-4-38/45
TITLE: A Pin Matching Transformer (Shtyrevoy soglasuyushchiy trans-
formator)
PERIODICAL: Izmeritellnaya tekhnika, 1958, Nr 4, pp 89 (USSR)
ABSTRACT: The author describes a pin-type matching transformer produc-
ed at VNIIFTRI and intended for use in the 1.2-1.8 cm band
with a waveguide of 11 X 5.5 mm cross section. The choice
of the most effective distances between the sets of pins
is dealt with.
1. Transformers--Design
Card 1/1

A- IL BFw-& A. IL A-.1, IL
rL C_
06F.-
A. AL C----.k
OL A. lo~
Lit
C114
M. L
2-311 Nq.
imemom
ON
L L
IL L
OL P. r-p. L IL Or-
V, 'k
OL I- op-
JL It
KCIIH
(c 10 16
A. It. MP-4
v"Girt for MID omatmokim loat" at. on selftwis ftswAlwftl oftlo, cc
11millo U&N-he -A M-Wfaal ammusativiiii, YA. A. a. NP" MMSI), a-,
an.

82825
B/115/60/000/007/009/011
9,-3240 3019/3058
AUTHORS: Pronenko, V. ist Bryanskiyj Lo No
TITLE: An Instrument for ieasuring the Standing Wave Ratio of a
Generatorl'I
PERIODIOAL: Izmeritellnaya tekhnika, 1960, No. 7, pp. 48 - 49
TEXT: When measuring the.standing wave ratio of a generator, a method
is used in most casesy in which the amplitudes of the standing waves
are altered through a change of the phase relations between the basic
and the harmonic waves, by changing the length of a wave guide, at one
end of which the measuring instrument is attached and the second end of
which is short-circuited. For the improvement and acceleration of the
measuring process, it is necessary to change the electric length of the
wave-guide circuit in the-zone probe - generator, simultaneously main-
taining the length of the zone probe - short circuit. These require-
ments can be met by using a phase shifter in the probe head or a phase
shifter with a special mismatching section. The great demands made on
this phase shifter are pointed out, and a simpler method is proposed
Card 1/2

82825
An Instrument for Measuring the Standing S/115/60/000/007/009/011
Wave Ratio of a Generator B019/BO58
next, in which a movable, contactless piston, short-circuiting the wave
guide, is used. In its axis of symmetry, this piston has an opening, the
diameter of which lies below.the critical one. A piece of coaxial cable,
one end of which is connected with the coupling loop and the other one
with a broad-band detector chamber, is pushed through this opening. This
arrangement is shown in Fig. 1. The measurement of the,standing wave
ratio is then discussed in detail and the advantages of the instrument
are-mentioned. The error is very small and the instrument can be used
for the tuning of generators. There are 1 figure, 1 table, and 2 Soviet
references.
Card 2/2

21~ 226
S/194/61/000/005/070/078
3 10 7 D201/D303
AUTHOR,- Bryanskiy, L.N.
TITLE. Absorption-type waveguide attenuators of millimeter
waves and methods of calibrating them
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioeleltronika,
no. 5, 1961, 63, abstract 5 1444 (Tr, in-tov Kom-ta
standartov, mer i izmerit,, priborov pri Sov,. Min,.
SSSR, 1960, no. 44 (104), 28-36)
TEXT: A description is given of the construction of variable wave-
guide attenuators of mm waves and their tentative characteristics:
1) Attenuators operating at the H10 wave (of the knife and sheet
type); 2) attenuators of the polarizer type. Requirements as to the
properties of the absorbing layer are given. The absorbing material
recommended for use should have a specific resistivity 300 ohm square
and should be vacuum sprayed. The sheet was made of glass, The
methods of attenuator calibration are considered with their errors.-
Card 1/2

28226
S/194/61/000/005/070/078
Absorption-type waveguide... D201/D303
The method of a square law detection, su erheterodyning and substi-
tution at IF and SHF, 3 references. F_Zstracter~s note-^ Complete
translation-7
k(
Card 2/2

BRYANSKIY, L.N.
Use of a phase-shifting device and a probing head for precise
measurement of the errors of XSVV*devices. Trudy inst. Kom.
stand., mer i izm. prib. no.48:86-89 160. (K[RA 14:6)
(Oscillators, Electric) (Microwave measurements)

~,__BRYANSKII, L.N.
Organization of the inspection of radio-mPasuring instruments in
China. Izm. tekh. no. 1:59-60 Ja 161. (MIRA 14:1)
(China--Radio measurements)

S/5aqj61/OOO/O53/OO7/OO8
00 B104/B102
AUTHORS: Bryanskiy, L. ~., Zalltsman, Ye. B.
TITLE: Ylave-guide test loads in the centimeter range
SOURCE: USSR. Komit;t standartov, mer i izmeritelInykh priborov.
Trudy institutov. Komiteta. no- 53 (113)- 1961.
Issledovaniya v oblasti radiotekhnicheskikh izmereniy, 94-102
TEXT: Test loads that can be shifted in the course of measurements are
described (Figs. 1 and 2). A special holder is provided for probe and
test load. The generator is tuned with the aid of a phase shifter and the
probe. The standing voltage wave ratio of the load is measured by.-
shifting the absorbing and reflecting element and by reading off the
0C max and the amin (a being the reading value on the indicator). The
method de.-cribed here oliminates two main errors contained in conventional
methods: errors due to an imperfect ooupling of the probe with the line
(for this reason the probe is fixed), and errors due to inhomogeneities
between probe and load ("flange error"). New error sources are: M
errors of tuning between generator and load; (2) errors due to vertical
Card 1112-

S/589/61/000/053/007/008
Wave-guide test loads ... B104/B102
vibrations of the absorbing and reflecting element; (3) errors due to the
shunting conduction of the probe; (4) errors causing the detector to
deviate from squareness; (5) errors of the indicator; (6) errors due to
fluctuations in generator power. The individual error sources are
examined thoroughly, and the total attestation error of wave-guide load
with a standing voltage wave coefficient of about to 2, is estimated to
be �501fo. There are 4 figures, 2 tables, and 5 references: 4 Soviet and .1 Y'
1 non-Soviet. The reference to the English-language publication reads as
follows: C. Engen, Transact. IRE, WT-6, no. 2, April 19581 p. 202 - 2o6.
ASSOCIATION: VNIIPTRI
SUBMITTED: January 8, 1960
Pig. 1. Absorbing-reflecting element.
Legend: (1) reflector; (2) absorber; (3) bushing; (4) director; (5) holder;
(6) pin.
Fig. 2. Block diagram for the attestation of testing loads.
Card 2/4

LEVINt M.M.; BRYANSKIY,.-,L.N.., 1
Relationship between the magnitude of the quadratic region of
detector characteristic and its load. Izm. tekh. no.10:52-54
0 163. (MIRA 16:12)

-MANSKIY ,Lev -Nikolayevich; _. FRUMBI, V.D.,, kand. takhn. nauk,
nauchn. red.
(Exact microwave-measurement of the coefficients of stand-
ing waves of voltage and total resistances] Tochnoe izmere-
nie koeffitsienta stoiachei volny napriazheniia i polrWkh
soproti-vlenii na santimetrovykh volnakh. Moskva, Stardart-
giz, 1963. 141 P. (MIRA 17%5)

.1 M91
12631-65
ACCESSION AR40440M S/0O58/63/0O0/0ll/ffO24/ff025,
SOURCE: Ref. zh. Fizika, Abs. IM192
J-q
AUTHOR: Bryanskiy, Lb.".
Imst A"V'recision polarizition-type.attenuator
CITED SOURCE: Tr. in-tov Kom-ta-standartovt mer izmerit, priborov pri Sov. min.
SSSR, vy*p. 70(130), 1963s 41-56
TOPIC TAGS: attenuator, polarization type attenuator
TRANSLATION: Gives the reuults of the devlopment of a precision polarization-t1pe
attenuator of the 3-cm wave band with an error.of about +0.5% of the neavurable a t..
tenuation, in decibels..
SUB CODE: EC, IE ENCL: 00
Caid

BRYANSKIY, L.N.
---
Official testing of radlo-mcasuring instruments. lzm.tekh.
no. 4-.50-51. AP 164. (MIRA 17s7')

BRYANSKIY. Lev Nik~qay~~yich; KIPARENKO, V.I., nauchn. red.
[Matching of wave-guide channels] Soglasovanie volno-
vodrqkh traktov. Moskva, Izd-vo standartnvp 1965. 58 p.
(MIRA 18:5)

SRTANSIIT, T. T&.
Mechanized processing of malleable cast Iron after tempering.
591'khOsm"hina n0-11:30-31 N 056. (nU 9:12)
(Cast iron--ftat treateent) (Metallurgical plants)

BRYANSM rU.A insh.
Turning wheel traotora with nonrotating wheela, Stroi, i dor. mash
7 n o.7 -.13-24 J3.1620 - (MMh 15:73
(Tmetors)

BERYAPNITSEL A. (Volgograd); MUMMY S. Obskva); GALIPERIN, 14., master
parikmakherskogo dela (Kiyevi
Three letters on one theme. Zhil.-kom. khoz. 13 no.1:21 163.
(MIRA 16:3)
(Hairdressing)
4,

BRYANTSEV, A.N., inzh.
Five-stand and two-stand 1200 mills*in tandem for the skin
pass rolling of sheet steel. Sbor. st. NIITIAZIIMASHa
Uralmashzavoda no.6:99-103 165,
(MIRA 18:11)

BRYANTSEV, A. V.
29076-Tipe'greyfera Dlya Pogrusochrwkh Kranov (Na Predpriyatlyakh 0J"'.avtorfa)
Torf. Prom-stf, 1949, No?A5 sp 6-8 a Nompressory, Vozdukhoduvkn, Ventilyatory
Nasosy 1 Froch
SO: Letopist Zhurnallrqkh Statey., Vol. 39, Moskva, 1949

BRYANTSIU, A.V., inzhener; KONTSEVOY, H.S., kandidat tekhnicheakikh nauk.
- aw~-.w "r~ o ~
Intermixing layers of peat on milled peat fields. Torf.prom-32
no.8:4-5 155. (MLRA 9:4)
l.Terfopredpriyatiya imeni Klassons, (for Bryamtsev).2.VsesoyuzVy
nauchns-isoledevatellskiy institut t*rfyauoy- promy-ohlennesti (for
Kentsevoy). (Peat industry)

BRYANTSEV, A.V., inzh.; PANIN, A-M.
SBSh-3 modernized doubled milling drum. Torf.prom. 37 no-6:5 '60.
(MM 13:9)
1. Torfopredpriyatiya imeni Ilassona.
.(Peat machinery)

.BRYANTSEV,
-~.,V., inzh.; ARTEMOV, N.M., inzh.
Bibliography. Torf. prom. 39 no.5:37-40 162.
(MIRA 16:8)

I i 1 6 '1 u U 14 If If of III If a 11 If U U a 4 v a 0 41 102 43 a
X-A-L-L-JL-M--Z- e JLA
reffieft jW t1fif VII&W of posts imid dis. 00
VI#MWS Cr$p, 1; Isey T. L
DgWaamkovs, M. K. Za&mJAU&ra4APTvVl&L21Ii%:
-,-PkU POOMd" (U. S. S. R.) No. 1.
9 sq. rNmAl" of bitumen (N)%) was bur"ratfully uted as a
i wcj!1us asent without detriment to the plants. A. A. 11. .00
00 -00
so zoo
I
0 0
1o 0
go '00
2 zoo
00
,00
MOD 0
tie
'00
A 14. S I, 411ALLURGOCAL 1.17112AURE C1.411,14PICATMOO bp 0
NBC" 111,62S..
Salaw .11 CM, cat
as,
0 U : AT 00 U 1 7 ZA 1A L of go Od 0* if ON s a a 3
0
0 0 0 0 0 0 IN 0
o : 0 0 0 0 0 00 0 0 0 0 0 0 o 0
0 009 0 000,00

"RTANTSMT) B. A.
U
Protection or Plan' If"rom lests --id DiSeases State FublishLm- house of
~S .9
Sovm-oz a Koh-hoz Literature, !,~Oscmlj i:,a- 21 19U, 5,','r' pp. 464.4 ---~703
so - s:.RA si oo-53, li~ December 1953

0-RIANTSEV, B-. A.
1,
Protection of plants from Pests and Diseases, 5tt%te Publishintp" House of
Agricultural Literature, 1-7oscow, Ed. 3, 191,o, 640 pp. 464-14 B76
SO - SIRA S1 50-53, 15 December 1953

u,
o
Y'r
0i
PC
lel
mst6ll ot*.vr6mte
I-rot
Mit" on 'kh
Itory
ex. Moscow. gel,
ts aid Dism
p ts
-10 24~ jP,;,
19

SHCHEGOLEV, V.N., professor, dokfoi sslIskokhozyaystYennykh nauk,
redaktor; BMIM, H.G.;W~131YEWO, G.Ta.; WANTF:.:i 3
BHTANTSEVA, I.B.; VOLGIN, V.I.; DANILWISKIY, -3.: IMI-71"I.S.
OS?40WVSKIY, G.Te., redaktor; I-WBTSOV, I.A.; SHICVCHMO, M.I.:
SHCHEGOLEV, V.N.; TATSMiKO, I.P.; SILATW, A.G., redaktor;
GODOLkGINA, S.D., tekbnicheskiy redaktor.
[Entomologist's dictionary manual] Slovarl-spravocbnik
entomologa. Moskva, Gos.izd-vo salkhoz.lit-ry, 1955. 451 p.
(Entomology-Dictionaries) (MLRA 8:10)

I Bori Aleksau rovich; DORROZRAKOVA. Taisiya Iaouidovae;
0 s0$ ktor; CHMTAVA, Z.T., tekhnicheskiy
~.~
redaktor
[The protection of plants frou posts and diseases) Zmebehita
rastanii ot vreditelai i boleznei. Izd. 4-oo, parer. i dop.
Moskva, Goo. izd-vo salkhoz. lit-ry, 1956. 580 p. (MLRA 10:1)
(Plants, Protection of)

BRYARTSNI,JiarizjLLoki3androvich; DOBROZRAKOVA, Taisiya Leonidovna;
AKHH3KOVICH, N.B., red.; CffiMII3*A, Z.V., takhn.red.
[Protecting plants'from posts and diseases] Zashchits rastenii
ot vreditels! i boleznei. Noskya, Goe.izd-vo sellkhoz.lit-ry,
1959. 411 P. (MIRA 12:3)
(Plant diseases) (Agricultural pests)

BLIT-BITENKO, G.Ta,; BERIM, N.G.; BRTANTSEY,.B.A., BRTANTSETA, I,B.;
VOLGIN, V.I.; DA1fILRVSKi?',_X s.-; 'Zimik,_L.S.; KOZHANCHIKOV. I.V.;
OSMDLOVSKIT, G.Te.; RUBTSOV, I.A.; SHLFVCHHIIKO, M.I.; TATSENKO, I.P.;
SHCHRGOLLFV, V.N., prof.,doktor S'.-kh.nauk, red.; AKHRRMOVICH, M.B.,
red.; CHURATEVA, Z.V., tekhn.red.
[Entomological dict'ionary and handbook] Slavart-spravochnik
entnmalnga. Izd.2., perer. i dop.- Moskva, Goe.izd-va sel'khos.
lit-ry, 1958. 631 p. . (MIRA 11:12)
(Entomology--Dictionaries)

DRYAWSEV, Boris Aleksandrovich
Laboratorno-Prakticheskiye ZarWatiya Po Zashchite Rastei3r Ot Vrediteley i
Bolezny (by) B.A, Bryantsev i T.L. Dobrozrakova. 2. izd. Moskva, Teningrad.,
Sellkhozgiz, 1959.
25h P. illus., diagrs., tables.

BRYANT . drovi-cht DOBROZRAKOVA, Taisiya Loonidovna,- REUTSMA,
O.Ye.# red.; CHUNAMA, ZeVe. tekbn, red,
[Protection of plants from diseases and pests] Zashchita rastenii ot
vreditelei i boleznei. Izd-5-pperer.i dop. Leningrad, Goseizd-vo
sellkhoz.lit-ry, 1960. 1+79 p. (MML 14:12)
(Plants, Protection of)

BRYAWTSEV, Boris Aleksandrov
Ach, kand. sellkhoz. nauk; DOBROZRAKOVA,
Taisiya Leonidovna, kaW7. oellkhoz. naukj DMITRIYEV, N.1J.p
redq SHERMUSHENKO, T.A., tekhn. redo
(Control3ing the posts and diseases of farm plants] Bor'ba a
vrediteliami i bolezniami sellskokhoziaistvenrqkh rastenii.
Leningrad, Lenizdat, 1962 129 p. (MIRA .15:5)
t iPlants, Protection of)

_khygi,TSEV-,--,2oXiz-Xeks&rAravich,--DOBRO&',tAYLOVA, Taisiya Leonidovna;
UINKINA, L.W.., red.; BARANOVA, L.G., tekhn.red.; FRIDIW.I,Z.L.,
tekhn.red.
[Protection of plants against pests and diseases] Zashchita
rastenii ot vreditelei i bolcznei. Moskva, Sellkhozizdati
1963. 503 P. (111RA 17 - 1)
(Plants, Protection of)