SCIENTIFIC ABSTRACT BARANAYEV, M. K. - BARANEK, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103430001-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

L 31-3351-63
AMTZ3101f NR: AP36620~
carbon etom of the ca*onyl gmup to the electron-donor phosphorus
at= in tLi~2
pbosphine molemle vith the subsequent rearrangetoent of the
inter-medinte con,,~g~;
The theory is advanced tbato in the reactions investigated, the
incrat.se Ir-F
reactivity of phosphines substituted by methyl groups is connected
with the fact
that the weakly localized electron pair of the C-H bond in the
methyl group
phosphorus reacts with 3rd-orbit-als of the latter, This increases
the electrc-n-
donor properties of phosphorue and hence facilitates the reaction
with the
electrophilic at= of the carbonyl group. Orig. art. has - 2 tables
mid 1 f o r "rula.
ASSOCTATION: none
SUMMED: 22jun62 ME ACQ: 20JU3.63 ENCL: 00
SM am: CH NO MW SOV:- 003 1~ 004
2/2
Card

- ---- - OZi
741
~,hr -
An =-ently availsblw-
tr7a, ~-;s men-
2 or, C h 0 1 'in ce e Rate- Const~,Lnts activati on
p
cn, R,O SLR, R "n
-CH,t; Rt- -C71-11, -.t'4S!-l; z

7mp E3eCorid order rate constants were i&eter ea rrom
min c,25
:were fo-und to cnange with Obange J.-j =e UQvUT-v U,
ya~-OvjeV-for hei-prul advice-omop-ning -the inhibition mechanism of chol
inas +~O-T 1B 9 -
art. has: I table and 3 equations.
--- -----------
A3SO_ITATi^_v1 -71 "M e
CfU
t Card
POLEKHIN, A.M.; BARAHAYEV., MfK-; LOSHADKINp~ N.A.; MARKOV, S.M.
SiZI)Ie method of nAil,

123588,iZ
W 0 /9 W Tin Y/fC /FPR/tWP t )/9W1P (b) Pr_,VvF,_,-
ACCESSION HE: AP5001273
AUTHOR; v M_,_ K. Vereskun~),y. SG
rut t
fi
e n
SOURCE: Atonnayn energiya, v. 17, no. 6, ig6h, 5o2_~,ci
r)xide , ru*herziur. dicxide
e r o d u c tt h e rLc,, c h e rr. c a 1cc I- v
7- - n, J cc x I d e
x-ray A v4lri~
structural Analysis.
process occurs in the heat treatment of vaste products of industrial
f i_ s r I r- n ,vhich cnntailn nFul.0r, and corrosion prod-ticts
7 U t cf thcrmocnenicB c(,nver~-:,-
T. ii t i C f P

L 2358M57
ACCESSION IiF: AP5001273
analysis indiceted that an exothermic effect at hIOC with Pura-,
rut'l-lierhIM
hydroxide corresponded to the transition of RuO~ from the r~ n
--~ r T,oc-
t c~ ph a s e n nd t a + F1 7 F& 7
f P
2v%, vi niaor pnouB anTo cryszailine chromium oxide vznn allsn
-_;rr 7-romlon, 'iydroxide. Fowever, ro ex~-.
r0 E i jT. ix tu q
I X tr e r, rven atmosphere produced vollat~ Ii'z
as f,
1 0 11 Of PLC), atmospt~pr ir
i- t -u r c oxidation.
ASSCCIATION: 11 r' ]a e
SUBMITTED: 10'Mar6L ENCL; 00 SUB CODE: IC' C-c
HO REF SOY: 002 OTHER: 002 ATD PRESS: 31171
Ca,d 2/2

-.r,v 7 .1, )LN,K
1,,Lc..-Iy to V.1f. Taranovic;
4 Yo.3:520 61.
(Liqvide)
(Tarasarl V.V.)
J:,,v.vys.-achob.znv.;'kliin.i
(ill"A 34:10)

L 10714-67 E WTM SCTB DD
ACC NR3 AP6023340
SOURCE CODEs PO/0069/66/OW/004/0277/0280
AUTHOR: Barancewicz. Edmund Ylichal (Lieutenant Colonel, Doctor)
ORG: Military Institute of Fligbt Medicine (Wojakowi Instytut
YAdyoyny Lotniczej)
TITLE: Effect of aps.3~achute Jump on a man's organism
SOURCE: Lekarz wojskowy~ no. 4, 1966,, z77-28o
TOPIC TAGSs Tlight physiology# aeromedicine, ;arachute, human
physiology, human
sense
ABSTRACT: The article reports on investigations of the
psychophysical changes.w~ch
take place in the human organism as a result of a parachute
jump. 90 parachuti sts,
both ndlitary and civil, in the 20 to 35 year old ago group,
were used as subject
The behavior of the jumpers was observed, their pulse taken by
the palpitation mot%odl
and their arterial blood pressure by auscultation using th6
tus. The pulse and blood pressure measurements were taken before
donninj parachutes,
while boarding the plane,, and on board the plane in flight just
before jumping (24
parachutistoat a time). These pulse and blood pressure
measurements were supple-
mented by others repeated on the subjects immediately after
landing from the para-
chute jump and after a 30 minutes interval thereafter. The
subjects were divided
Card

L 107 14-057
kclt - --
NR:AP6023340
0 an
into groups depending on the type of reaction inveati at d d
namely; 1) type of
nervous excitation; 2) kind of fears experienced; 3~ type of
depression experienced;
4) mixtures of the first three kinds of reaction. It is concluded
that the changes
which take place in the organism during a parachute jump result
from the strong
emotion and great physical effort brought about by the increased
strain on the nervous
system. Orig. art. hast 1 figure.
SUB GODEj 06/ SUBM DATE: OlApr65/ ORIG RUt 0051 SOV REFi 001/ OTH
RUt 001
A
Card

CZIZOVSKL. Zofia; BAZAT-A, Leon; BAROMICZ, Jadw4g&
Use of nitrogani ype-rite in allergic bronchial
asthma. Polski tygod.
1sk..10 no.16:503-507 18 Apr 55.
1. Z Osrodka Astmologicznago v Szczavnie Zdroju i z I
Kliniki
Chorob Wowneirznych ve 'Wroclaviu, kierownik prof.
(1r Zofia Czesaw-
ska. Wroclaw. ifybrxeze *spianskiego 32 z. 4.
(ASTM, therapy,
nitrogen zustaras)
(NITROORN MUSTARDS, ther. use,
asthma)

.-BAR-ANGMEVY I-emo (d,30oas .
. . ~ ~ 1 0)
I IT ology of tl- C.-ape-p-, 114" 1..4 ~ ~
A andancs and the e-,eiaentE cf ec. ~ - - - . I -
- " ? ~ " c
urogalloideB Wddo 1n, ~mur Province. r-,c ~91~,/6 15~10
(MIRA 2-S!,10)

BARAWFEfE!, L. 1-1.
Barancheyev, L. M. - "A method of early determination
of the fertility of
--It TTe%u-N. -1-4-1-;. -on. pdd. i uchitel. in-ta im.
Kalinina, Vol. 111, 1948, P. 37-64, - Bibliog: 11
items.
SO: U-1illO, 17 july 53, (Letopis 'Zhurnal Inykh
Statey, Nq. 19, 190

BARANCHMV,. I.
Ecological features of the distribution of the common
pheasant
(Phastanua colchicus Pallasi Rothscb~ in the upper
Amur Valley. Zool.
zbur. 37 not.lz:1904-1906 D 158. (HIPA 12a)
1. Chair of Znolog7 Blagovesbcbensk State Pedagogical
Institute.
4mur Ulley-Pheasants)

SMMIMAN, N.K.; AYMTEVA9
t.A,; PAISHKO, I.A.; ItOSITSYN, I.Te.; TILIBA,
A,P.; BARAWCHETSVI,~,;. MOSEffXKKO, A.Y., red.;
GCLOVIH, A.A,.,,
tekh~-.r~d--, 1-
(Nature in Amur Province) Priroda AirarBkoi oblesti.
Blago-
veshchensk, Amirskoe knizhnoe isd-yo, 1959. 308 po
(MIRA 13:4)
1. Amarakly otdol Yseso*yuznogo Peograficheakogo
obahchestva Cror
all, except Moskalenko. Golovin~-.
(Amar Province-Geography)

-WRANCHEYEV, L,M,
Nonperiodical mass migration of roe deer in Ai6r
Province.
Migr. zhiv. n0.3:26-36 162. .1. (MIRA 16:2)
(A-, Provinoe-Roe deer)
(Amur Province-Animal migration),,\

BARANCHEYEV, L.M.
zIIT--.-,.
Biology of the reproduction of the bunting
Emberiza aureola
ornata Schulp. in Amur Province. Ornitologiia
no.6sl?3-176
163. (MRA 17:.6)

RARAI
Natural resources of the upper Auftir Valloy. Oklhur.
prir. na Dal'.
Vost. no.1:45-50 163. (11,11RA is:?)
1. Blagoveshchenskiy gosudarstvennyy -1:15titut
imeni Kahnina.

MOZDOV, N.A.; SIMIN, A.N.; 72DOTOV, I.I.; BARASCREIRY,
S.S.; LIMEW, N.H.
[Location and automation of supply systems on railroads
vith diesel
and electric traction] Rasmeshchenie i avtomatizatsiia
ekipirovochnykh
ustroistv pri elektrovoznoi i teplovoznoi tiage. Moskva,
Voes.izd-ko
poligr. ob"edinanie m-va putet soob.., 1960. 73'p.
(Moscov. Veesoiuznyi
nauchno-Issledovatel'skii institut zheleznodorozhnogo
transporta.
Trudy, no.199). (HMA 13:9)
(Railroads-Zquipment and supplies)

ZRARKOVA, L.A,; BARANCHEYEVA? N.G.
- - "'. ~ - .
~~, ~Zzw
.44-,-
Thermodynamie properties of mamo(~-type compounda.
Part 1.
Zhur. fiz. kh'Am. 38 no.3:752-754 Mr 164. (MIRA
17:7)
1. Moskovskiy gosudarstvennyy pedagogicheskiy
institut imeni
V.I. Lenina.

BARANCIMCP N.
"On the Equivalence of Chemical Bonds of Polyvalent
Atoms,
Dolt. AN , 34, No. 3, 1942 Radium Inst. Dept. Chem.
Sci.
Acad. Sci. .-,

J N~

Strurtu. e and transforlmations of X-nitrotria-zenes. 1.

Vlatyl--V
nitrotriazene. , 11

-Z,
and 11, ZwFeLj

-12, 43, Ifil),.-To iX g.

FhN,X0-Xa in 2.5 wl. 11:0 and
25-40 nil. acetate buller

soln. (pH 0; 175 g. KO.Ac and 30 mt. AcOll
per 250 mt,)

at 5, Ava4 wILled in 1.1 lrtitl~ a solti. of Dill r-arole
ArN.C1

(fire-M of MNO, art-3 cxrm IICI) with the pit of the

truxt.
niliw,~iw~j at 4.F-",-S by adr!". of XHCO~ (4 KOA(-:

the rtir'tioii
itar, ewntitilh- eimpkk- in svverst hn, amd

could not be rcM-std:
wit;i-

Cut decompil. -Crtndtn4.atb-~1-01,b.-~-NCll,N,,CI with PIA.;-

gavc PqxNCjM\T(NO2)H, vellow, in. 110-41%

4.2 O.N)CvJI*Wi,CJ twvc
4J-C?(02&)Cffj.IV(A'Ot)ff~ m.
A97-8 ; 2.4-CI(0tNX#,rW1',V similarly PVC 2.4-0(02N)
ij~rr, m 92--3*, PhN2Cl -gave some 30% PhOlf. The'

flt-,ate, a-';cr
Isrilatlan of the above-described ppt. in the m-

action of
4,2-Cl(OjN)CjH3NtCl, tireated Yrith an alkriline

mtri. of 2-CIJI-.011
famed I-pbtzyl=o.-2-'=phthaI, m.

130-M The results indicate that in all
the reactions,

then i3 imm-d an unstable diary)-N-nitrotriaxene. R'N:-

NN(NIO~)R, which hydrolyzei 6 tbe various riltiraminic,

acids (listed
above), on the one iinZ and ArIN:011 an the

al,her hand, -Aitb transfer
of the group from one N atom

of the triazene chain to the other b~e
wbica was attarbed to

,a ring iwith electm-attracting -Wibstituents.
The meeka.
.nism of vich transfer is flis-umd and examples of ;iyrillar

is"Crizatiolts are ciieq,- G. M. KosO!:IpOfT

M
trI e.
'Dlaq I trotrin
17~-'Drt=y-l NC.
~miht!v.- and D. Z. Zavff-str",
3'R. 80, 1007-~D(IP5-3); cf. G., C.A. 43, Wb.-Addn.
~~61 0.011inolt diazzifium salt :,-,Ir. and 2 equim HCI to a
sttmrigly buffered (pli 6-0) 5$1n. of 0.01 mol! Na salt of
phenylikitrwrImIc o6d gave a -)pt-, the for-n-4tion of xvhtt:b
Was complet- after sevend brs. Th~ filtrate "w% extd. with
EYA tl;en ncidified with IICI. again eitd. nith EtIO, nisd
the txt. evapd., giving the tlemimd product. In all casts
tried the products pve the Litt~eman test characteristic of.,
n1traml-nic acids snd are r2ther strong atids, The product
i obtained from -CLNC&HjNjCI wa.,q lentifi R-s
ie ed _tnilya-
mminic - cc t G~u
P - ~F' 1 . '
1N!CI as pjoro-2-ftilr Ph!m"Islitram &,?dc chid
~I~j 1 01 d f 2,4.C1( NIC,11ACI asthe 4
t-, rd. 9 0,011. P-,)t. form the
reaction nnt Aentifi .03 it el' er im9ol.
is b
or d pd. ~ -att pt purifiration. It z1 ev t t
tbi CS ce + PhN-HNOS.
X' HID XC,1I4NHNO-. PhN,011.'
Thin a riew typeaff transfer of an NO, group tram a tr;azwe
N to another R connected to u more. mg. afyl grvj '15 ob.
Scrv td. G~ IN. K.

: I %i 11 r~ I : .~ f 1 7~ 1 1 , ~ ,
, -. . , !-, I -

462
AUTHCRS:
Baranchik, N. M.; Grachev, I. V.; and Zavellskiy,
D. Z.
TITLE:
Formation and Conversions of N-Nitrotriazenes. Part
2.

Methylaryl-N-nitrotriazenes (Stroyeniye i prevrashcheniya N-

nitrotriazenov. II. Metilaril-N-nitrotriazeny)
PERIODICAL:
Zhurnal Obshchey Kh-imii, 1957, Vol. 27, No. 1, pp. 117-126
(U.S.S.R.)
ABSTRACT:
In order to obtain N-nitrotriazenes and to
make certain that the

diaryl-N-nitrotriazenes are perfectly
labile it was necessary to

condense diazo-ccmpounds with
mrathyl-N-nitramine to obtain more

stable
metbylaryl-N-nitro-triazenes. Methylaryl-N-nitrotriazenes,

in
contrast to the already known trizens, can be combined with

beta-naphthol in an alcohol solution in the absence of acid.
This

phenomenon is explained by the hidily electrophilic nature
of the

nitro-group bound with the nitrogen of the little
triazene chain.

Methylaryl-N-nitrotrias5ones appear in the fom
.,f luminous powders

with shades of sandy and faintly pinkish
to browm,% tinges showing

a fine crystalline structure under
the microscope. Recrystalliza-

tion from organic solvents such
as alcohol, benzene, ather, etc.

does not serve the purpose
because in these conditions N-nitrotri-

azenes, especially when
heated, decompose with the liberation of a

gas., -diazonitrogen
or nitrous axide. The latter is fomed as a
Card 1/2

462
Formation and Conversions of N-Nitrotriazenes. Part 2.
result of decomposition of the separated methy1nitramine.
Methylaryl-N-nitrotriazenes have the same characteristics as
real
diazoamino compounds; when dissolved and heated in ice-cold
acetic
acid containing a small amount of alpha-naphthylamine, they
produce
a bright color as a result of splitting into basic components
from which the diaso radical canbines itself with the alpha-
naph,thylamine forming a homologous azo-crystal. The
storageability
of these triazenes is low and depend upon their structure.
Three tables. There are 14 references, of which 7 are Slavic.
ASSDCIA710.V.-
PREZENTED BY:
SUBMITTED: February 10, 1956
AVAILABLE:
Card 2/2

AUTHORS: Grachev, I. V. (Daceased), 79-28-5-53/69
"- Z 4a, e 11 ~gki y,~. X * ~.
TITLE: Structure and Conversions of the
Methylaryl-N-Nitro-
triazenes (stroyeniye i prevra*hcheniya metilaril-K-nitro-
triazenov).
III. On Some Properties of the Methylaryl-N-Nitrotriazenes
(111 0 nekotorykh avoystvakh metilaril-N-nitrotriazenov)
PERIODICAL: Zhurnal Obshedhey Khimii, 1958, Volo 28, Nr 5,
pp, 1340-1351 (USSR)
ABSTRACT: In continuation oflearlier works by the authors
(refs 1-3)
on the properties of the methylaryl-N-nitrotriazenes with
regard to the cleavage of these compounds i-UtOthe initial
products in acidous and neutral medium,,it was determined
in this paper that/different from the N-sulfo acids of
methylaryltriazenes which split off their sulfo group
in the acidous mediumjthe N-nitrosubstituted methylaryl-
triazenes do not separate the nitrogroup on the same
conditions.but are decomDosed to phenol, nitrogen, alcohol
and nitroQs oxide. The reaction process is explained by
the
Card 1/~ greater polarity of the binding between nitrogen
and sulfur

Structuzeand Conversions of the Methylaryl-N-Nitro-
79-28-5-53/69
triazenes.
III. On Some Properties of the Methylaryl-N-Nitrotriazenes
compared to that between the two ni-trogen atoms. It was
shown that the methylarvl-N-nitrotriazenes have the
properties
of pseudo acids. They dissolve in lyes and basic solventn,
with strongly increased colorinp. Whenithese
solutions.,are left
standing,-they decompose into nitro,len
and formaldehyde. An interpretation of the ruaction
mechanism of their cleavage in alkaline media is proposed,
according to whiobin the beginning,the proton splits off
from the methyl group under the action of the hydroxyl or
the methoxyll then it is suppol,,d to form into an
tmstab1e:".'.,:1;..
carbeniate anion which further converts into the
N-methylene
derivative o,' aryltriazene by splitting off of the nitro-
grouplatheitm J a nitrite anion. It is shown that the
proposed mechanism explains well the reactions of various
aliphatic N-nitro- and S-nitro derivatives which take Place
in an all-aline ii-(Iiiim 4ith. the splitting- off of the
nitro-
group in"KrIll 01"'a, nil. rite anion antl intermolecular
regrouping of the bindings. It is -~io,,n thz,.t such
Card 2/3 reactions must be classified to the known class
of nucleo-

-Ind Conversj.oyis of' till- M.-thyloryl-IN-Nill-n-
t 1-.i An
yl. nryl -N-NI trot ri azenes
171 'Properties of the Moth,
philic cleavsge reFct-',n!ls.. There P-rp 3 tables z~nd
16
references;, :~ cf !7~Mc,- r--r. -loviet.
Card

L M85-63 EWT(d)/3iP(k)/EWP(q)/W(n)/BDS "D /f JDIIMiIJG
ACCESSION FM AR3004206 8/0278 r63/~/0/005 VO5 063
V V
SOTJRC3t RZh. Takhnologiya mashinostroyeniya, Abe* SV279
~AUTHORt StukeLohj, As 09; Orlovp So q Baranohikov, V. M.
TITLEt Temperature-velooity faotor while re ing alumium alloys
CITED SOURM Tre X.-i i proyaktno-konstrukto in-tagorne i obog&tite
mnehinostrop;.
.~sb- 2. 1960 (1961), 113-133
TOPIC TAGSs pressing aluninum, alloy, temperature-velooity factor,
drawing degree,
pressod,rod, duralumin, crack
TRANSLATION: Factors influencing thermal effect of deformation were
investigated.
A method of appro2dmatte calculation of thermal effect while pressing
aluminum
alloys is presented. Test methods are described for determining the
effect of the
.'degree of drawing on the thermal effect of deformation, temperature
of the pressed
billet and the container and the pressure speed during hot pressing of
D-1 duralu-
min. Tests were carried out on a 1,000 t hydraulic pros .11 Diameter
of the oon-
tainer bushing was 115 am. The drawing degree (ratio of . no section
area of
1nitial bar to the cross section area of the pressed product) was
10#2, 30 and 46.
Card 1/2

L 19185-63

ACCESSION M. AR3004206

'During teats the following were
rooordeds the force of pressing per move* surface

temperature of the
pressed rod at its exit from the matrix eye, and of the matrix

;temperature, Study of the quality of the pressed rods and analysis
of their micro--

structure were also carried out* It was established
that during pressing aluminum

alloys of "duralumie type the thermal
effect is very high and may cause a 1000

more warming up of metal.
At inoreasing speed of pressing the temperature of

the metal piece
constantly rises then from the front toward the rear end and from

:the center toward the periphery* Irrespective of pressing
conditions (initial

'alloy temperature, container temperature,
elongation degree and deformation speed)

cracks on the pressed rod
Ippear a& a certain surface tem erature of the product.
P
i(for products made of D-lRud D-lM"klloys at 480 to 4900); pressing
of rods made
i.
of D-1 alloy at high Funning a-P-9-9-Aa (of the order
of 60 TyGin and more) at

;ordinary conditions leads to overheating
of peripheral layers. During this time
d
overheating appears later
than cracks = the product. It often aocompanies metal

cracking but
is not its primary cause. Fifteen.figures, 2 references, So Koles-

nikov.

DATE ACqt 2"LJun65 SUB CODEs IE, MA ENULt 00

Card 2/2

L 14698-14-U)' I~P(c) JH/JD
-XC--CMR,-AT6024912 UR/2981/66/001
V 0 / 0 0'3-7 ~00 4
SOURCE CODE:
AUTHORs Mikhaylov, K. N.; Kovrishnykh, V. G. Arch!hovap %. N.;
Baranchikov, V. M.;
Sandler, V. S.; Shvets, V. A.
ORG: nonet
TITLE: Preparation of pressed femifinished products from VAD23
alloy
SOURCE: Alyuminiyevyye spiavy~. no. 4, 1966. Zharoproohr*7e i
vysokoprochnyyo splavy
(Heat resistant and high-strength Alloys), 37-48
TOPIC TAGSt aluminum alloyp metal pressingg solid mechanical
property / VAD23 alumi-
num alloy,
A13STRACT: In order to determine the possible applications of
VAD23 alloyq the influ-
ence of various technological factors on its mechanical
properties and structure was
investigated. The optimm mechanical properties were found to
be produced by pressing
directly from an ingot which had first undergone
homogonization. The optimum pressing
temperature of sections with a flange thickness of 5 mm,
470-"OOC, 1. ;4$ the temper-
ature to which the blanks are heated, insures high strength
characteristics and a com-
paratively good plasticity over the entire length of the
section. The elongation per
unit length of the sections is practically Wependent of,~he
pressing temperature of
the alloy and of the degree of primary recrystallization.r~A
change in the pressing
rate in the range of 0.5-5.0 m/min at pressing temperaturis of
250-4300C does not af-
Card 1/2

RAKOVSY,IYP V.Ye.j KOTKOVSKIY# A.P.; MAL's S.S.; PASTLWOV* G.M.;
,--A4RAN=OVA*-X.1.+ VOLOSOVICHp N.S.j DROZHALINAr N.D.;
KASHIRIKAs S.V.) HMYEVAP G.P.
Results of testing a pilot unit for processing tar water.
Trudy Inst. torfa AN BSSR 7:240-257 159. (KM 14:1)
(Peat gasification) (Industrial wastes)

RAKOVSKIYj V.Ye.; KOTKOVSKIYp A.i.; MALI, S.A.; ELIYJVD, L.B.;
DRMH&LINAt N.D.; BARAKCHMVA9 M.I.;. VOLOSOVICHI, B.S.
Separation of phenols in a continuous distillation of peat tar.
Trudy Inst. torfa AN B38R ?sl87-197 159. (KCRA 34:1)
(Peat) (Distinationg Fractional) (Phenols)

BAWCHIN, Kh., podpolkovnik
Coordination of tanks and artillery. Voen.vest. 40
no.10:22-24
0 160& (MIM' 14-.5)
(Tank varfare)
(Artillery drinand tactics)

LXVITSKIY. S.M.; A Ju, -'-,
Propagation of electromagnetic waves aloag a rod
shaped plasma.
Izv.vys.ucbeb.zav.; radiofiz. 3 no.4:725-726 16o.
(MIU 13:9)
1. Kiyevskly gosudarstvenny univdrsitet.
(Blectromagnetic waves)
(Plasma (Ionized gases))

BARANCRIKOV, 1. 1.
Useful urAortakiW of the Glazov I ina-ma into nance
center. Vest.
eviazi 18 no. 8:21-22 Ag 158. (MIRA 11:8)
1. MSCiBtral'W lineyVy inz honer- inetrakt or
Upravlaniva motlAu-
gorodmoy telefenno-tolegrafuoy avyasi Himisterelva
svyazi RSFSR. I
(Telepbone lines--Maintenance and repair)

BARANCHIKOV, V.
Radio - Stations
Increasing the outlet power of the KRU-2 radio
Station. Radio No. '), 1953.
Monthly List of Russian Accessions, Librar7 of
Congress, June 1953. Uncl.

TIA T? A 'TrUTP" t-JL I r
The Co=4 an ftalin Prizes (of the Council of Ministers USSF) in
the fleld-n of
ocience Pzd I-a"-ftiong nmt-,=-_cs that tt,-,
A
tific booka, and teXtbooka baVe be-an Aub;idttad for cowpetition
for St-&-I in fol,
the years 1952 arA 1953, (�g!!j!Mp I~L" I
w tt~zccw, ft. 22-40, 20 Fzla - 3 Apr 1954;
NO=
Title of War k
Nomiantoa _~y
Udachin, S. A.
Cheshil-hin, G. V.
PrdIkwonovI 1-1. 1.
Tsfastran, Ya. 1-1.
BurMin, 17. N.
Baranchuk, A. M.
Maslov, A. V.
Gorokhov, G. I.
"P:Lannin_r of Land Organi-
zation"
Moscow Instititte of Land
Management Engineers
so: w-3MA, 7 juiy 1954

85993
s/141/60/003/004/019/019
E032/E314
AUTHOR-. Levitskiy. S.M. and Baranchuk, N.S.
TITLE: On the Propagation of ;,lectromagnetic WavesrAlong
a Rod of Plasma 11
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Radiofizika, 1960, Vol. 3, No. 4, PP. 725 _ 726
TEXT: Schumann, Faynberg and Gorbatenko (Refs. 1, 2) have
shown that slow surface electromagnetic waves can be
propagated along a cylindrical plasma rod. In the absence of
a magnetic field the 2ropagation of these waves is possible
provided wo :~ W V, + e where W is the frequency of
the VHF field, w. = V4 ~eN/m is the natural frequency
of the plasma and sD' is the dielectric constant of the
surrounding medium. The maximunt retardation of the waves
occurs for w 1= W Yl -+e' since for larger values
0 D
of W 0/w the phase velocity tends to c Such slow waves
were experimentally observed by Sinellnikov and Zeydlits
(Ref-3)
Card 1/3

85993
s/141/60/003/004/019/019
E032/E314
On the Propagation of Electromagnetic Waves Along a Rod of
Plasma
and Bittner (Ref. 4). The present authors report a
quantitative comparison between theory and experiment.
A long gas discharge tube having an outer diameter of
1.25 cm and an internal diameter of 1 cm and filled with
saturated silver vapour was employed in the experimental part
of this work, The cooled part of the envelope was kept at
40 - 60 OC. Measurements were carried out between 2 000 and
3 000 Mc/s. The results obtained on 2 000 Mc/s are shown in
Fig. 1. As can be seen from Fig. 1, for low concentrations
the curve tends asymptotically to the line marked 1 , which
represents the concentration for which no propagation of the
signal can oedur. The line marked 2 corresponds to the
concentration determined from the condition
w = w VI + 6D , i.e. the theoretical limit for the
propagation of electromagnetic waves. The dielectric
Card 2/3

85993
s/14i/60/003/004/019/019
E032/E314
On the Propagation of Electromagnetic Waves Along a Rod of
Plasma
constant S D of the glass was specially measured and was
found to be 4.2. As can be seen, the theoretical limiting
--oncentration is in good agreement with the experimentally
measured value if ED is taken to be equal to the dielectric
constant of the material surrounding the plasma.
There are I figure and 4 references: 2 Soviet and 2 German.
ASSOCIATIONg Kiyevskiy gosudarstvennyy universitet
(Kiyev State Universiw)
SUBMITTEDt April 29, 1960
Card 3/3

33224
4A3 s/l.41/6l./oo4/oo6/011/017
C/I /Zod E3.92/E382
AUTHORS- Levitskiyo S.M. and Baranchuk N.S
TITLE.~ Investigation of the characteristics of a plasma
'de
wavegul
PERIODICAL- Izvestiya vysshikh uchebnykh zavedeniy,
Radiofizika, v6 4, no4 6, 19ft, 1078 - 1068
TEXT? The paper was read at the conference of MV and SSO
SSSR for radio-electronics, Khar1kov, 1960,
The paper gives some experimental and calculated data for a
cylindrical plasma waveguide~ The experiments were carried out
by means of the equipment illustrated in Fig. 1. In this, i
represents the generatorg B is a wavemeter and A is a fixed
attenuator of 10 db. %A P, is a coaxial measuring line, which
is used for determining the matching of the waveguide, The
investigated plasma waveguide is in the form of a long, sealed-
off gas-discharge tube J1 , which is situated inside a measuring
line ti'ri2 instead of the centre conductors The principal
unit of the gas-discharge tube is a calibrated glass tube having
Card 1//,-/

33224
sA4i/6i/oo4/oo6/oil/0l7
Investigation of E192/E382
an internal diameter of 10 mm and external diameter of 12~5 mm.
The tube is terminated with an anode having the form of a short
cylinder made of Kovar. A DC discharge between the anode and a
heated cathode is ignited and the electron concentration in that
portion of the tube which is outside the measuring line can be
measured by a cylindrical probe U;"A and a flat surface probe
na - The tube can be filled wither with mercury vapour or with
h,rdrogen. Excitation of the tube can be effected by connecting
1i;s anode to the coaxial supply cable through the excitation
system C?> . This system can be in the form of a delta -
transformer, which connects the anode directly to the central
conductor of the coaxial cable, A cylindrical plasma waveguide
with an axially symmetrical wave of TM-type is analyzed on the
basis of equations derived in Ref, I (WzO,, Schumann - Zf~
Naturforsch.,-5a, 181, 1950) and an expression for its delay
factor P is given. The factor was also measured experimentplly
at a frequency of 670 Mc/s and the results are shown in Fig, 4,
where P Is plotted as a function of the electron concentration
ne (measured in the vicinity of the tube wall, Curve I in the
Card 21 ~

Investigation of cz.
figure is calculated under the
of the dielectric is c'a'= 4.2;
tube with a screen, while Curve
33 221t
s/i4i/WooVoo6/oll/017
E192/E382
assumption that the permittivity
Curve 2 is for E:-=Ifor a
1 without the
3 is for c
screen; Curve 4 was taken experimentally, The expression for
the attenuation of the plasma waveguide is also derived and
some experimental results are given. Some of these are shown in
Fig. 6, where the attenuation coefficient a" Is plotted as a
function of frequency (for P = 6,5 and a mercury-vapour pressure
of 1.27 x 10-2 mm Hg)~ The wave impedance of the waveguide is
also evaluated by employing the method of Ref: 13 (J-R-Pierce
Travelling-wave tubes, pubd~ Sov. Radio, Moscow, 1952)- Some
measured and calculated results of the wave impedance as a
function of the electron concentration for the frequency of
670 Mc/s are given and it is found that the measured and experi-
mental data,are in qualitative agreement; By comparing the
experlmental and calculated r-esults it is concluded that the
permittivity of the wall material of the cylindrical plasma
waveguide, which is in close contact with the plasma, is of great
Card 3/0'/'

33224
s/141/6i/oo4/oo6/oil/O17
Investigation of E192/E382
importance and that an accurate analysis of the waveguide
should
be based on formulae which take into account the
irregularities
of the dielectric surrounding the plasma- The attenuation
in the
waveguide is proportional to the gas pressure and
increases with
increasing frequency~ Similarly, the wave impedance
increases
with frequency and becomes infinite at the critical
frequency~
There are 8 figures and 14 referencess 11 Soviet-bloc and
3 non-Soviet-bloc~ The English-language reference
mentioned is-,
Ref. 5 - AzW~ Trivelpice, R,W, Gould - 3, Appl~ Phys;;
30, 1784,
1959-
ASSOCIATION. Kiyevskiy gosudarstvennyy universitet
(Kiyev State University)
SUBMITTED, February 6, 1961
Card 4/0 ~

IEVITISKIY, S.M.; BARA.NCHUK, N.S.
1.
Studying the properties of a cylindric plasma
wave guide.
Izv.vya. ucheb. zav.;radiofiz. 4
no.6:10178-1088 161*
(MIRA 14:12)
1. Kiyevskiy gosudarstvennr~ universitet.
(Wave guide)
(Plasma(Ionized gases))

LEVITSKIYJ, S. M.; BARANCHUX, N. S.
Study of some properties of a delay system
consisting of a
helical guide surrounding a plasma rod. Izv. vya.
ucheb. zav.;
radiofiz. 5 no.5:972-977 162. (MIRA 15:10)
1. Kiyevskiy gosudaretvennyy m-iiversitet.
(Plasma(Ionized gases)) (Wave guides)

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'ANlSKIN, L.; BhRANCHUK P. - KORCLEV, R.
An&lysi.4 of basic otructural parameters of
air-hoating units
for mo-bor vehicles. Avt. transp. 43 no.8:13-17
Ag(365.
MIRA 18:~)
1. Chelyabinskiy politekhnicheskiy institut.

5 f) R t) N C " 0 K, S_ 1.
7-YUZIN, V I -, SADOVSKII, V. D., BAUNCIMK, S. I.
The Effect of Alloying Elements on the iartensitic
Point gondition,
the Residual Austenite Quantity and its-Disintegration
in Tempering.
Metallurgist 10-21, 751 1939-

j3()RAj\jct-iuK, S-1,
ZYUZINI V. I., SADOVSKIY,, V. D.~ aARANCOK,-J5. I.
The Effect of Alloying Elements on the Position of
the k4ftensitic
Point, the Quantity of Residual Austentte and its
Stability during
Tempering. Trudy UFAN 10, 119, 1941.

0DRANcw)1f, S.I.
SHTEYNBER0, S - S., BARANCUK, C. I.
The Effect of the Crystallization and Forging 6peed on
the Sensitivity
to Overheating of Steel Reduced by Aluminum and without
Aluminum.
Trudy VAN 10, 183,-- 1941.

L -103o-6j a)-5/ESD(dp)/
ACCESSION NR*.- AR4044246 ESD(gs ESD(t)/A=(4) Atl3[AOl3
Sjolq~)e
JD
SOURCE: Rer. zh. Elektrotekhnika'"i energetika, Abe. 6AlOO`
AUTHOR: Baranchuk.-Ye. I.
TITIX: Analysis of the stability of periodic conditions in circuits
with-ateel
CITED SOURCE: 5b. dokl. Tashkentsk. politekhn. in-t, no. 3. 1963.
97-103
1OPIC TAGS: periodic condition GtabilitY, steel, periodic
coefficient,
circuit, nonlinearity, Fourier series, Lyapunov method,
convergence, discontinuities
TRANSLATION: The stability of pariodic conditions in circuits with
steel is analyzed
on the basin or thelygyunov metl _A~The poriodic coefficients of
the equations in the
Lo 0
variations depend on nonlinearity. If nonlinear characteristics do
not have dis-
continuities, then the periodic coefficients of the equations can
be expanded into
a harmonic Fourier series, the convergence of which depends on the
number of derive-
tives*of the nonlinear functions. In the equations in the
variationc., the signs
or the real parts of the characteristic exponents coincide with the
aigns of the
real parts of the roots of the characteristic equation with
constant coefficients,
Card 1/2

L 2080-63
ACCESSION KR: AR4044246
D
which are obtained when the small parameters vanish. For circuits
containing die-
continuous nonlinearities there is used the method of Academician
A. N. Krylov - a
method of improving the convergence of Fourier series. In
accordance with this
method, nonlinearities are presented in'the form of a sum
consib-T.Ing of a continuous
and a discontinuous nonlinear function. Under periodic conditions,
the former
possess.coeffi.cients of the Fourier series which decrease very
rapidly; the latter
have coefficients which decrease slowly. Equations in variati4ns of
such nonlinearities.
contain the. delta-function. Solution of these equations is sought
in the form of
ah infinite series. Conditions of stability of the
c,'onsidered,problems consist
in the fact that the roots of the characteristic equation
with-coefficients that
change abruptly during the period should for any moment of time lie
in the left
half-plane. Bibliography: references.
SUB CODE: EC, HA ENCL. 00
Card 2/2
N.

BARANCEUK, YE. 1.
UM/Electrovics - Servo Systems Jun 53
"Electronic Devices for Stabilizing AC Servo
Drlves"~k~Ye.l. Baranchuk, Cana Tech Sci, Leningrad
Elektrichestvo,, No16, PP 39-43
Proposes electronic devices to stabilize ac servo
drives which contain phase-shifter and ac ampli-
fiers. Exams their advantages over passive elec,
circuits and electromech apparatus. Exams in-
fluence of variations of carrier frequency, finds
them negligible. Includes tables, diagrams. Sub-
mitted 11 Nov 52.
268T67.

SOV/124-58-8-8419
Translation fr.-)m: Referativnyy zhurnal, Mekhanika, 1958, Nr
8, p 11 (USSR)
AUTHOR: Baranchuk, Ye. I.
TITLE: On the Theory of Multidimensional Servo Systems (K
teorii
mnogomernykh sledyashchikh sistem)
PERIODICAL: Tr. 2-go Vses. soveshchaniya po teorii
avtornaticheskogo
regulirovaniya. Vol 1. Moscow- Leningrad, Izd-vo AN SSSR,
1955,
pp 501-520
ABSTRACT: Certain theses based on frequency methods are
evolved with res-
pect to the theory of multidimensional servo systems. The
author
introduces the concept of the matrix amplitude-phase frequency
characteristic and shows that when certain assumptions are
ful-
filled the problem of analyzing the qualitative performance
indices
of multidimensional servo systems reduces to applying the
well-
known frequency methods of qualitative analysis. An expression
is evolved for determining the mean-square error of
two-dimensional
and three-dimensional servo systems from the known parameters
of
Card 1/1 the systems and of the input signals. V. V.
Solodovnikov

BARANCMM, Ye.l.,,dots.. kand. tekIu. mauk.
Analysing the stability of o%.*,rrelated linear
controlled and
servosyeteme. Trady LTNI no,6,T316-334 157. (MIRA 11*05)
(Blectronic control)

SOVI/ 124-58-11-12120
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr
11, p 23 (USSR)
AUTHOR: Baranchuk, Ye. I.
TITLE: Designing Correction Circuits for Coupled-control
Systems Stibiect
to Slowly Changing Inputs (Sintez korrektiruyushchikh tsepev
1.
sistemakh svyazannogo regulirovaniya pri medlenno izmenvayu--
shchikhsya vozdeystviyaRh)
PERIODICAL: Tr. Leningr. voyen. -mekhan. .n-t, 1957, Nr 6, pp
335-348
ABSTRACT: The author examines a coupled-control system the
links of which
are linear systems, the connections between them being given.
The
author substantiaf'es the possibility of designing such a
svstem in
accordance with prescribed qualitative performance indices by
making
use of the characteristics and equations obtained from an
analysis of
the forced motions of the system. An example is offered of
the des-"gn
of such a system subjected to slowly changing inputs.
Ye. N. Miroslavlev
Card 1/1

AUTHOR: Baranchuk, Yefim Isaakovich, Candidate SOVI
161-58-1-21/33
of Technical Sciences, T-beent
TITLE: Investigation of Coupled Controled and of Servo
Systems Subject
to Steady Arbitrary Fluctuations (Issledovaniye tochnosti
evyazannykh reguliruyemykh i sledyashchikh sistem, nakhod-
yashchikhsya pod vozdeystviyem sts;t6lonarmykh sluchaynykh
vozmushcheniy)
PERIODICAL: Nauchnyye doklady vysshey shkoly,
Elektromekhanika i avtomatika,
1958, Nr 1, pp. 165 - 170 (USSR)
ABSTRACT: A complicated system composed of some servo-systems
which are
to be controlled is investigated. The individual systems are
coupled by output deviation- and error signals that is to say
the system as a whole is multi-cascade system (Ref 1). The
control signals act upon the input of the individual systems
whereas the fluctuations (disturbances) are applied to
arbitrary members of the systems. A correlative dependence
between all control and fluctuation effects is assumed to
exist. A correlation matrix and a matrix of the spectral
density
Card 1/3 can be set up (Refs 2,3). It is convenient to reduce
all

Investigation of Coupled Controlled and of Servo Systems SOV/
161-58-1-21/33
Subject to Steady Arbitrary Fluctuations
disturbances acting upon the individual systems to one input,
that is to say, that input where the control signals are
fed into the input of the system. The output deviations of
each system and the pertinent errors are expressed by the
equations (1). The correlation functions for the output
deviations and errors are computed according to the method
from reference 4. Formulae (2) and(3). The output deviations
and errors are related to the control signals and disturbances
by the matrix equations (4),(5),(6)3nd (7). When formulae (2)
and (3) are used difficulties arise in the computation of the
mean
square deviation und of the output deviations. Simplified
methods of computation are represented for 2 cases, which
often occur in practice: 1) The -systems of the coupled system
are all equal. 2) The coupled system consists of individual
systems of two types. A construction of characteristics by
graphical and analytical means transforms insolvable problems
into easily solvable ones. There are 2 figures and 4
references,
-7hich are Soviet.
Card 2/3

Investigation of Coupled Controlled and of Servo
sov/-i6l-58-1-21/33
Systems Subject to Steady'Arbitrary Fluctuations
SUBMITTED: January 15, 1958
Card 3/3

-- EMNGHUK, Ye.I., kand.tekhnenauk, doteent
i
'-- -- ----i-i~d1ity and dynamic precision of
electromechanical compaters.
Sta
Izv, vys, ucheb,zav.; prib. no.2:52-62 158. (min li:6)
l.Laningradekly voyenno-mekhanicheskiy institut.
(Blectronic calculating machines)

28(1)
AUTHOR: Baranchuk, Yefim Isaakovich, Candidate
SOV/161-56-2-9/30
0-T-Technical SEIM" -,-b-Ocent of the Leningrad Institute of
Mechanics
TITLE: Application of K. F. Gauss' Logarithms for Plotting
the
Logarithmic Frequency Characteristics of Multi-Circuit
Control and Lag Systems (Primeneniye logarifmov K. F. Gaussa
k postroyeniyu. logarifmicheskikh chastotnykh kharakteristik
mnogokonturnykh reguliruyemykh i sledyashchikh sistem)
PERIODICAL: Nauchnyye doklady vysshey shkoly.
Elektromekhanika i avtomati-
ka, 1958, Nr 2, pp 68 - 74 (USSR)
ABSTRACT: To keep down the amount of calculations, curves
are plotted
on the base of K. F. Gauss' logarithms. These curves express
the relation between the difference and the correction
Z - f(R) for the logarithms of the sum of two numbers and
between the difference and correction,&.= f(R) for the
logarithms of the difference of two numbers. The
construction
of the logartthmic amplitude-frequency characteristics, by
Card 1/2 means of the curves, is shown. In more complicated
cases,

Application of K. F. Gauss' Logarithms for Plotting the
SOV/161-58-2-9/3o
Logarithmic Frequency Characteristics of Multi-Circuit,
Control and Lag
Systems
in the make-up of the logarithmic amplitude-frequency
characteristic of three or more single terms, a successive
addition or subtraction of single pairs of characteristics
is to be employed. As an example, the make-up of the
logarithmic characteristics for the control system
described
in the article (Ref 3) is given. There are 8 figures and 3
references, 2 of which are Soviet.
ASSOCIATION: Leningradskiy mekhanicheskiy institut
(Leningrad institute
of Mechanics)
SUBMITTED: Jdarch 4, 1958
Card 2/2

9(20) SOV/146-58-4-13/22
AUTHOR: Baranchu Candidate of Technical Sciences,
_ Do c WE
TITLE: On the Theory of Electromechanical Differential Ana-
lyzers
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Priborostroye-
niye, 1958, Nr 4, pp 76-86 (USSR)
ABSTRACT: The author considers in this paper simplified
analysis
methods of the dynamic accuracy and stability of elec-
tromechanical analyzers, solving systems of differen-
tial equations with non-random functions, in non-criti-
cal cases in the sense of A.M. Lyapunov. The applica-
tion of servomechanisms as moment amplifiers and also
small (parasite) parameters of the nther amplifiers
lead to higher orders of analyzer equations, compared
to the equations to be solved and to dynamic errors,
as well as possible unstability. This problem origi-
nated from their application in analog computers in
connection with the creation of the electronic integra-
Card 1/2 tors of L.I. Gutenmakher and was considered in a
number-

SOV/146-58-4-13/22
On the Theory of Electromechanical Differential Analyzers
of papers of I.S. Gradshteyn rR-ef In this paper,
the problem is solved on the Fasis of conetructional
features of electromechanical analyzers by neans of
frequency methods. The canonical transformation used
in this paper permits the determination of the influence
of the deviation of any parameter on the errors of
differential analyzers without any special difficulties.
,Finally, the author states that the methods explained
in this paper may be effectively used for the analysis
and the design of electronic differential analyzers.
There are 5 diagrams and 11 references, 3 of which are
English and 8 Soviet.
ASSOCIATION: Leningradskiy voyenno-mekhanicheskiy in-stitut
(Lenin-
grad Military Institute of Mechanics)
SUBMITTED: February 27, 1958
Card 2/2

AUTHOR: Baranchuk, Yefim Isaakovich, SOV/161-159-1-16/25
-CancITUTM5 ol TeZW3:c-i1-'9c--ie-n~-ces, Docent
TITLE: Applioatton of Some Methods of the Linear Theory of
Automatic
Control in the Analysis of Absolute Stability of Nonlinear
Systems to Be Controlled
F."RIODICAL; Naachnyye doklady vysBhey shkoly.
Elektromekhanika i avtamatika,
19599 Nr !-. pp 126-138 (USSR)
ABSTRACT: In the papers mentioned in referenc-.es 1-5 the
absolute stability
of nonlinear systems to be controlled is investigated. In
these papers quadratio, forms of all variables are aeveiopea
by
various methods. The stability criteriti are here obtained by
investigating ratio of signs of the time derivatives of these
forms. Thus, two problems arise: (1) It is necessary to have
procedures at hand by whi--h the parameters of controilea
systems
,.f any order controlled can be selected with a great number
of
nonfinear circuit elements which guarantee absolvte stability
of ihese systems. (2) Such nonlinear control systems must be
planned with a certain qualitative index. In the wcrk, under
review the problems are solved as follms: The frequency
Card r;riterion by A. V. TA-51chaylov is used as a criterion
for positive
I I,-,'

7
Application of Some blethods of the Linear Theory ~_f SOV/1
61
Automatic Control in the Analysis of Absolute StabIlity of
Nonlinear Systems
to Be Controlled
cr negative definiteness and indofiniteness respectively of
quadratio forms. The pras.fAlty of investigating the
fulfillment
nf the main c.-Literion of the mathod ty A. M. Lyapunov
concerning the continu-Liy of moticii in noncriti:~.al cases
with
the criterion by A. V. Mikhaylov is shown up here. For this
purpose the frequenr~y oharacteristics of q7uadrati~ forms
are
applied. A frequenny criterit~n is substituted for
Sillvestr's
vriteria~ which allows -to plot an amplitude-versus-phase
charaeteristic. The behavior o:C the latter determines the
,~~haxacter of the quadratic form and the conditions
necessary
fcr its transition from a f,)rw with a certaix. sign
(znakt!opredelennyy) into one with a sonstant and a1ternating
sign, and vice versa, The frequen~.y criterion far the
definiteness of quadratic forms plays the same part in Wn-
linear systems to be controlled as does the frequent-y
ortteilou
by A. V. Mikhaylov in the case of linear systsmL to be
controlled. The transition to this very frequency criterion
allows to use the term of stability degree of nonl~.nsax
systems
Card 2/3 and to determine the stability range of tIess
systems. F 9

Application of Some Methods of the Linear Theory of
SOY/-161-59-1-16/25
Automatic Control in the Analysis of Absolute Stability of
Nonlinear Systems
to Be Controlled
the above procedure is illustrated by an example. The
publication of this article was recommended by the institute
mentioned in the "Association". There are 2 figures and
'12 Soviet references.
ASSOCIATION: Loningradskiy mekhanioheskiy institut (Leningrad
Mechanical
Institute)
SUBMITTED: June 26,1958
Card 3/3

BARUCKUK, Te.l.
Ms in,
Synthesis of couPl4d control and servo syste the
presence
of satignar-y rai~dom processes* Izvevys*ucheb.zav.;
~Tadjofiz.
2 no.5-802-813' 159,, (MIRA 13-.5)
(Automatic control)
11 NI.

16,1000
'i
UTHOR,:
TITLE:
PEIRIODICAL:
39339
S/146/62/005/004/008/013
D293/D308
Determination of the periodic modes of operation in
controlled systems with nulti-valued non-linearities
Izvestiya vysshileh uchebnykh zavedeniy. Priboro-
stroyeniye, v. 5, no. 4, 1962, 47-53
TEXT: By repL,acing the non-linear terms in the dif-f-erential
equations of the controlled system by their first approximations
For
periodic modes of operations, i.e. ov introducing suiZable
com-,31ex
gains, the determination of the parameters of.pariodic modes
reduce,
to finding the purely iT~aginary roots of the "characteristic"
e~ua-
tion of a system of algebraic non-linear equations, the
coefficient-s
being in general complex quantities for multi-valued
non-linearities.
The condition for the existence of periodic modes can be
found-alge-
braically by equating to zero the resultant of t-wo polynomials
ob-
tained from the "characteristic"' equation, or by graphical
means.
Nikhailov's, Nyquist's and Golldfarb's methods can be used but
it is
Card 1/2

S/146/62/005/004,/OOS/O 13
Determination of the periodic D295/D308
essential to qualify them by talcing account of the
distinctive fea-
tures of polynomials irith complex coefficients. This is
illuntrated
by the example o.-L' the self-oscillations of a relay type
lEollcu--up
system the linear part of which is described by a third order
dif-2e-a.-
ential equation and the relay has symmetrical characteristics
uith
hysteresis and backlash (equivalent complex gain T). in the
frequcn-
cy plane the l/T curve has two intersections with the
transfer loci
of the linear part (the locus must be plotted for both
positive and
-zc-,_-tiva freauencies), thus revealing two unrelated
resonant -E e-
quencies. 1he method outlined is approximate and an
investigation
of stability by Liapunov's approach will be needed for a
final asser's-
me-Lit of the nature of steady-state oscillations. There are
3 figures.
ASSOCIATION:
S U BEI I TT ED
Leningr,~dskiy mekhanicheskiy institut (Lcninffr~id
Mechanical Institute)
November 18, 1961
Card 2/2

BARANCHUK, Ye.I.
Determining periodic conditions.in controlled systems
with
ambiguous nonlinearitieB. Izv.vys,ucheb.sav.; prib. 5
no-4:
47-53 162. (MIRA 15:9)
1. Leningradakiy mel-hanicheskiy institut.
(Automatic control)

S/144 63/000/001/001/004
D230%,308
AMHOR: BaranchuIc Ye I Candidate of Teelinical Sciences
Y
TITLE Determination of errors of analog computers in the
solution of differential equations
PERIODICAL: Izvestiya vyashikh uchebnylth zavedeniy. Elektroniekh-
anika, no. 11 1963f 25-34
TEXT: Fi~ndamntal generalized error equations are formula-
ted in terms of all the variables of the Machine and its coop-Liting
channels. Various sources of error are discussed. For t'he solution
of linear differential equations, the computer error expressions
have
linear form wIth variable coefficients. For the solution of certain
non-linear differential equations, the deduced expressions hvve a
non-linear form with constant; or varizVole coefficie-Lita. Pn
a,pproxim-
ate method is developed on the basis of similarity bc-~;ween tthe
error
in analog computers and, small external disturbances in coupled
servo-
mechani6ms. The relevant formulas for approximate errors are given,
Card 1/2

%3144/63/000/00i/001/004
Determination of errors O/D308
D
solving both linear differential equations with con st a7z it and
variable
coeffic4:ants and the -non-linear e ations reduced to I.Lr.ear C)r
almost
qu
linear form; these formulas are deduced from the system of non-lin-
ear ex?ressions, for Zero initial conditions. Separate fonn-ulas are
derived for orr-ors due to the follovnng: inaccurate reproduction of
the coefficients, inaccurate reproduction of the external pertur-
bances, dynamic causes, zero drift and wrong initial conditions.
The random error of computers can be determined using the root-mean-
square method. A method for determining the scaling coefficients is---
-0 VL -ThL---sclution--ezx r~of-a- -L-L ar ab
2. 'In.
f_-equations_T~ritl v _i_ ~-le, 0-!---,7
_t e* c0 er
ly put
~UPT 3)-- -The-i-1-
re are-. -igures 0.-
ASSOCIATION::.- Leningradskiy mekhanicheakiy institut (Leningrad
Mechanical Institute)
SUM41TTM. April 16P 1962
i_,Card

.-BLHLHGHU,_YeJ.,-_ ROMANOV, V.A., kand. tekha.
nauk., retsenzent;
ABEFIYEVO B.A.t kand. fiz.-mat. naukp red.;
MITARCHUK, G.A..,
xW. izd-va; SPEWSKAYA, O.V., takhu..red.
(Design and adjustment of electronic
controners]Proektirova-
nie i nastroika elektronnykh reguliatorov. Moskva,
Mashgiz,
1963. 370 p. (MIRA 160)
(Electronic control) (Electric controllers)
(Automatic control)

tekhn.naWc. d4tent
Determination of arril -og computers in solving
No of electronic anal
systems of differential equati 0. Izv. vys. uchebizav.;
elektromekh. 6 no.1:25-34 161, (MIRA 16:5)
1. Laningradakiy makhanicheskiy institut.
(Electronic analog computers) (Differential equations)

BARMOUK, Ye.l.,- KOVARSKLYA, Ye.L.
Moment of a biphaso asynchronous motor controlled
by amp]-i-
tude modulated voltage. Izzv, vys. ucheb. zav.;
prib. 6 no.5:
41-50 163. (KRA 16: 11)
1. Leningradskiy mekhanicheskiy institut.

BARANCHUKP Yefim-Isaakovich, kand. tekhn. nauk,
dotsent; KOVARSKAYA,
Ic-
Characteristics of two-phase asynchronous motors with
a magnetic
amplifier feed. Izv. vys. ucheb. zav.; elektromekh. 6
no.10:
1230-1234 163. (MIRA 17:1)
1. Leningradskiy mekhanicheskiy institut (for
Baranchuk).

A`CCESSION NR: AP4041646 5/0146/64/067/0D3/0025/0032
AUTHOR: Baranchuk, Ye. I.; Kovarskaya, Ye. L.
TITLE: Application of a method of slow-varyin'g, amplitudes to an
investigation' of
a-c servo systems
!SOURCE: IVUZ. Priborostroyeniye, v. 7, -no. 3, 1964, 25-32
TOPIC TAGS: servo, ac servo, tranofer function, ac servo transfer
function
ABSTRACT: A method for determin' o systems
g the transfer functions of a-c serv
'by envelope transforms isdeveloped. ~ The differential equations of
the envelopes
of AM signals serve as fundamental equations of the servo system.'
These
advantages of the method are claimed: (1) no periodic coefficients,,
In the
equations; (2) the simplification of the equations is, well
substantiated; (3) the
differential equations are reduced to linear or linearized equations
with constant..~
coefficients. The equations are "t up for atiac system comprising a
Z-phaie
Card 1/2

'16
ACCESSION NR:' AP404 46-
1hollow-rotor induction motor, two modulators, carrier -frequency
stabilizing
i circuits, and an inertial amplifier. The formula developed for the
transfer
W, (p) + bm WV (P)
Ifunction of the system ist -A(p) ---tr
gel W for the transfer
P) +
function of error signal: k, (p) '(P) Stability conditions
(P)
for the case of supplying the motor control winding from a
transistorized power',',,-,
amplifier are detern~ned, the effect of the amplifier internal impeld
nce and
a
!other system parameters is studied. Application of the method is
illustrated b
1- A
Ian example with an ADP- I 23B motor. Orig. art. has'. 2 figures and
20 forrnulasi.m
ASSOCIATION: Leningradekly mekhanicheo'kiy'institUt (Leningrad
Mechanical
Institute)
ENCL: 00
!SUBMITTED: Is may6.3,
,,SUB CODE:..',3E'
NO REF SOV: 008 OTHER:~ 001
Card -2/2

-n~
4-
NYE ati- -~ - -I-, -1-1 --
-7-7
'12393 /010
Ar,GESSION INR- AP 5CK-
681-142.33-1
~-'SOURCE - Ref. zh. A,~-tcmat, telemokh. i vychisl. tek-hn ST, t-,
CR: Baranchuk, Te. 1.
AUM
ICIM SOUIRCS: S'b. tr. I-eninor. mekban. in-ta, no. 31i, 1964, 37-47(
iTOPIC TAGIS-. anplog compilter, analog computer ey-ror
equations describing
L I-A.-
I
~the errors arising 4tb thes6lut-ion-of- inead, oxei=L-1-dilTerential
"uantionsl
new ar--~ di~~rlvo-d frc-~L,. thie I,ff-da--ntai aquat-LQn for the
vllrpos;~ of
ponen! -r Lriberen' o the eirnilato-r. To uLlvow for -,v-
the error com- L
ar~01'8, aii ni ~r --iggest-ed v 'Leh uses mjtxi=, errors c-f tnt-
31--~----r-:~,~~,~e deta-minp-tion n-f the er-)rs, 4-1-e
5 C. I the c-o~rzone,-, s c gk: 9 ed .:ia
solutior. t, ~-,q analyzed, WAblAog-raphyt 15 titleq-
SIJB GODS!,
Cari 1/ 1

BAW4CHUKOVA, I.M.
.................
J
Err-2rs in the shape In machining on uutomatic -Fi ing
(Ile tlurret
latchev. Stan.i instr. 35 no.9-16-18 5 164,, (MIRA VzIO)

RUCKA, Astrella; DARUCZAK, Jan
Congenital developmental defects of the stomach
and of the
duodenum with special reference to double
deformity. Pat.
polska 7 no.lo.69-75 JanAar 56*
1. Z Zakladu Anatoull P*t# A. N. w Pbswmlu
Kier.-,, jxof dr.
*ad J.,Groalowski Posm%, Usia 9, Zsklad Anat.
Patol. A, M.
(SMMACH, abnormalities.
duplication. (Iol))
(DUDDEM. abnorusl.Nties,~
aberrant duodenal tissue. (Pol))
(ABDOMMITINS. ,
aberrant duodenal tissue & double stomach. (Pol))

EXCEIRM-A YEDICA See 5 Vol 12/3 Gen. Path. Yar 59
764. VASCULAR ANASTOMOSES IN THE LUNGS INA CASE OF
CONGENITAL
HEART DEFECT - Ujawnione zespolenia naczyniowe w prucach w
przypad-
ku wrodzonej wady serca - B a r a 6 c z a k-J. Zakt. Anat.
Patol. Akad. Med.,
Poznah - PAT. POL. 1958,~Y[2 (183-189) Mus. 6
In a 26-year-old woman who'died after ligature of a patent
ductus arteriosus,
microscopic examination of the lungs showed numerous
blocking arteries with a
fibrotic tunica media and a hyalinized tunica intima, with
traces of old thrombi on
the endothelium. These changes should be connected with
the high pressure in the
right heart and in the pulmonary artery.

STLDNICKI, Jer2y; PARANCZAK Zofia
Studies on the expediency of fresh, frozen and
lyophilized
bone grafts transplanted into muscular tissue in
the
reconstructive surgery of the jaw and face. Czas.
stomat.
18 no.8/9:1049-1054 Ag-S 165.
1. Z Oddzialu Szczekowego K*--;iniki Chinirgii
Stomatologicznej
AM w Poznaniu (Kierownik: prof. dr. J. Stadnicki).

BARAIjgZA~-#,-Zq_Cja
Histological and clinical evaluation of bone graf
ts used in
the reconstruction of mandibular defects. Czas.
stomat. 18
no.8/9:1055-1060 Ag-S 165.
1. Z Oddzialu Szczekowego Kliniki Chirurgii
Stomatolo.gicznej
AM w Poznaniu (Kierownik: prof. dr. J. Stadnicki).

AF~-AIJO
III/ -AA#.,Z4rF
Fj2 ,
17 Y
AIUSKI, Jan; MMELM fiai DOBIK. Jaoann-, KRAJNIK, Joartyla;
TaGAnLOZ
Conservative penicillin and streptomycin therapy based on
bacterio-
logleal studies in corricofacial actinomycosis. Gzasoplemo
stomat,
7,no.,8:320-328 Aug 54o
1. 9 Zakladu Chirurgii Stonatologioznej Akademii Medycinej w
Poznaniu.
Kierownik: prof. dr L.Ialmer. 3 Zakladu Mikrobiologil akademli
)Wdyernej w Posnantu, lierownik: prof. dr J.Adameki.
(ACTINOMYCOSIa,
cervicofaalat, ther.. penicillin & streptomycin)
(FACE, diseases.'
aotinovWcosig, ther., penicillin & straDtomWein)
(PBNICILLIN, therapeutic use,
actinonVeosts, cervicofacial, with streptomycin)
(STREPTOMTOIN, therapeutic use,
actinomWcoste, cervicofactal, with penicillin)
(BECK. diseases,'
actinomycesis, ther., penicillin & streptomycin)

ADANSKI, Jan; BAROCZAI, Zofia; DOBEE, Karia; XRAJNIK,
Joanna, ZIOLKIWICZ,
Conservative treatment of cervicofacial. actinomycosis with
para-
aminosalicylic acid and isonicotinic acid bydrazid based on
bacteriological findings. Czaa, stomat. 8 no.'?.-61-67 Fab
'55.
1. Z Zakladu Chirurgii &tomatologicznej A.M. w
Posmanim.lierownik:
prof.dr L. Iaknar; i z Zakladu Mikrobiologii A.M. w Poznaniu,
lierownik:lrof.dr J. Adamoki Poznan, ul. Swiecickiego Nr.4 I
pietro.
(ACTINOMY-COSIS
carricofacial, ther.isoniazid & PAS, indic.)
(NICOTiNIC ACIDIS%M, ther.uss
isoniasid in cervicIofacial actinomycosis)
(PARA-AMINOSALICYLIC ACID, ther.use
actino*cosie. cervicofacial)
(FACE, diseases
actinomycosis, carvicofacial, ther.isoniasid & PAS)
(IOCK. diseases
IactinomWcoale, carvicofacial, ther.isoulazid & PAS)

BARANCZUK, Henryk
Products of the C44e Afeessories Works in Elk, Widd
elektrotealm
28 no.5sI38-139 * 1~1.

IIPI~ 4 A,,~A' ~9 li
BARAN31ITBV, K,B,; SHTANBIWAIO G.A.
Circuits for wasuring active components of impedance. Izz.
tekh.
no."103-55 Ja-lP 158. (MM M2)
(Bloctronic measurewnts)

B.Ank'nim, T. 7'.
Proizvodstvo kazeincivogo kleya (Proi-ictlion -af casein
Elue, by) T. Barandych i
I
P. D. Mernenlo. 'Noskva, Pishchepromiziat, 1953.
38 D. i'lus, diagrs.
SO: N/5
717
.b2

Rkww' A,, mgr inz.
Automation of beating passenger oars, Przegl
kolej nechan
13 noa4aI20-126 Ap 261, -
1-1

RARANSK, Alfonsp, mgr inzo; GA.MZIAUK,, Miroolawp, mgr
inza
Railroad roUing ptook at the 30th International Poznan
Fair.
Przegl koleJ naehku 13 no.7-.193-196.31 161.-
0- -

BARMK,, Alfonss, mgr inz,; GANDZIARKK,, Miroslaw..
mgr inz,
Development of railroad englneering as shown at the
30th
International Po~mau Fair. Vrzagl kolej machan 13
no.8:225-227
Ag 161.

BARANEK, A.
I
Organization of the management of exchangeable
Parts
of railroad rolling FI-ock. Przegl kolej mechan 11
(i.e. 16]
no.3:76, 85-89 Mr 164.
1. Central Designing Office, Poznan.

S/137/62/000/0G4/179/201
/,2,3/0 A154/Aloi
AUTHOR: Baranek, A.
TITLE: Ultrasonic welding
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 4, 1962, 70,
abstract
4E394 ("Przegi. kolejow-y mechan.", 1961, 13, No. 9, 262 - 264,
Polish)
TEXT: Ultrasonic welding is based on mashing the objects to be
joined
and at the saw time applying ultrasonic vibrations with a
frequency of - 22 kHz
and an amplitude of up to 0.1 mm. The ultrasonic welding unit
consists of aTbq
(TVCh) generator, an ultrasonic oscillator and a vibrator
transmitting the ultra-
sonic vibrations to the parts to be joined. Spot ultrasonic
welding is performed
in a fixed support, seam ultrasonic welding on a rotating
support, Ultrasonic
welding is used for joining thin metal parts (foil up to 5,x
thick, wire, sheets)
to parts of any thickness. Ultrasonic welding of Al gives the
best results
(ultrasonic welding of a 2 - 5 mm thick sheet is possible with a
4-kw generabr).
Diagrams of joints made by ultrasonic welding are given, and
cold ultrasonic
soldering with the use of an intermediate aluminum plate is
mentioned. A diagram
Pard 1/2

Ultrasor--!-'~. welding..
S/137/62/000/004/179/201
A 154/A lo 1
illustrating the possilAity of ultrasonically welding various
metals is given.
Investigations led to the following conclusions: for ultrasonic
welding the
amplitude of the ultrasonic oscillations should be at least 10"4;
strength of
the weld rises to its optimum value in connection with increase of
the amplitude
of the ultrasonic oscillations the mom rapidly the greater is the
mashing force;
the two latter parameters have optimum values for a given
thickness and type Of
material; depending on the thickness, ultrasonic welding takes
from 0.05 to
2 see, and does not change the chemical composition, structure and
form of the
joined elements.
A. Korovin
[Abstracter's note: Complete translation]
Card 2/2

BARAMMS A. . mgr inz.
Increasing the durability of the 11riction
elements of the
railroad rolling stock by wirface hardening.
Prsegl kolej
meohan 33 noells338-340 N 161.

0/n84/63/000/003/002/004
q/ r
Aoo4/A126
AUTHOR: Baranek, A.
TITLE: Machine tool novelties at the 23rd International Fair at
Poznan'
PERIODICAL: Referativnyy zhurnal, 35. Voprosy tekhnicheskogo pro
gressa i
organizatsil proizvodstva v mashinostroyenii, no. 3, 1963, 5 - 6.
abstract 3.35.31 (Przegl, kolejowy machan., 1962, v. 14, no. 8,
229 - 233, Polish)
TEXT: Three main groups of machine tools were exhibited at the
Poznan' Fair:
multipurpose,~heavy (for heavy mechanical engineering and railroad
transportation)
and automatic machine tools. The follouing types were noted: Model
TVC 50 compact
lathe with hydraulic saddle manufactured by a Vrotslav plant;
Model TGC 25 copying
milling machine with electronic control and electrospark stylus
manufactured by
the Prushkov Plant im. 1 May; Model TOLk-40 lathe for the
machining of axles, fitted
with a hydraulic copying equipment according to flat templets,
manufactured by the
Porenbskiy Plant; Model KKA-125 vertfoial boring and turning lathe
with program
control for the automatic machining of railroad oar axles. The
following automated,
machine tools were of special interesti Model BF-V20 longitudinal
turning auto-
Card i/2