SCIENTIFIC ABSTRACT BARSKIY, A.A. - BARSKIY, I.B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000203710018-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ZAKANDD, Viktor Illich; BARSKII,.A.A., red.;
FLESUMA, E.Lp
red.izd-va; PARkMIfA, IN.L., tekhr,. red.
[Technical and economic analysis of the cost of
sawmJ.11
products) Tekhniko-ekonor.icheskii analiz
sebestoirosti
piloproduktsii. Yoskve,Gonlesbunizdat, 1961.
1-13 P.
(MIRA 15:4)
(Limboring-,Cost.,~)

CHIRKOV, Aleksandr Vasil IyevichL-bL?~=,-A-L,.
red.; MELINIKOVA,
M.S., red. izd-va; BACHURINA, A.M., tekhn. red.
[Ways of reducing the production costs of
Parniturc and
other articles made of wood]Puti snizheniia
sebestoir..osti
mebeli i drugikh izdeiii iz drevesirW. Moskva,
Gorlesbum-
izdat, 1961. 115 P. (ML~-,', 15: 10)
(Woodworking industries-Costs)

BARSKIY, Aron Ill lyevi oh [Bare 'k7j A. N. ];
VOR07WITSKA, S. E Vorot 9 nit a IkEL, S. 1,
red.; GUSARM. K., tekhn. red.
[Two-sided millirg] Drokromkove frezeruvannia. I~riv,
Derzhtekhvydav
URSR, 1958. folder (7 P.). (MIRA 11:10)
(metal cutting)

BARSMY, Aron E-1 Iyevich, inzh.; DYMS111TS,
EiIJ,.ail Abra::.ovich,
inzh.; ',,'EVSFTT', B.N., inzh., retsenzent;
inzh., red.izd-va; SUROMB, T.A., tekhn. red.
[Attac~x,enls for wachi-- tools; aijui3tinC,
axi-14 multdpl,-~-
purposel Prisposol,li iia c r-e t Fill
orazhushchir: stai~kam;
naladochnye i urive:-salInye. Kiev,
'-Dstekhiz~at USSR,
1963. 223 P. (MLIA 17:3)

ACC NRi AP7004239 SOURCE COM UR/0103/67/OOO/OOl/OOf7-/ii6-2-2--
AUTHOR: Barskly, A. G. (Moscow)
ORG: none
TITLEt Stability of 3-channel automatic control systems with
antisyuur~etricai links
KURCE: Avtomatika i tolemakhanika, no. 1, 1967, 17-22
TOPIC TAG,'.;: automatic control 3y5tem, automatic control R and
D, autonatic control
A13S'Ti-'ACT: Tho !5'ahi3ity of a 3-channel systei,.i with direct
cros~;-lirik.,; (sue fii-,ara
oelow) is soucht -n equivalent series-connocted 2-channol and
~:inole-channei
,yster- 0
z. Transfer i't-a-ictions of each pair of cha~nnels of th
3-cliannel sytituem %-o
found. A 3-axis r--o-stabilized platfori-,i is an examplo Of the
3-channol ~,~iytitem.
CrIg. art. has: 5 figures and 25 formulas.
LCqrd 1/2 UDC: 62-501.12

AP1001210
The 3-charinel system in described by
those eqiiations:
11 + W(19 11,00))IX, W(P)a(p)(x----r.-,)
== W(IOU'D(OIL, W(p)a(p) (11-~ - 11,),
+ ll'(I;) 11%,,(p) Ix, + 11'(p)a(p) (xi -.r,)
== W(P)WO(l)),12 + 11'(p)a(p) (i~, 113),
+ I V (p) 1V0(j?)j.r3+ I V (p) a (p) (xz x!)
== I V (P) I VO(P)113 + IV(1))('(P) ('.,2 --a I).
Tho characteristic deterininant of tho closed
5ysteri is:
1+1V(j))IVo(p) TV (p) a (p) IV(p)a(p)
W(P) W, Do V (p) a (p) j+IV(P)IV,(P) -IVI(I,)a(p)
etp)
IV (p) a (p) IV (p) a (p) I + IV (P) TV. (P)
The characteristic equation of the closed
system is:
fi+w(p)wo(p)]([I+W(p)WO(p)]2.+.~WI(p)aZ(p))'-o.I
SU CODr--- 09,, 13/ 3'JM DATS. 31J-an66/ (MIG RFX: 001/
card 2/2

ACCNR; AP60324Z7 SOURCE CODE: UR/0103/66/000/009/0054/0062
AUTHOR. Barskiy, A. G. (Moscow)
ORG: none
TITLE: Cycling in two-channel automatic systems having a
nonlinear element in
the single-channel portion of loop
SOURCE: Avtomatika i telemekhanika, no. 9, 1966, 54-6z
TOPIC TAGS: automatic control eystem, cycling, automatic control
R and D
ABSTRACT: A general case of the two-channel automatic system is
considered in
which the infralow -frequency portion of the loop consists of
two dissimilar
channels having nonsymmetrical cross links. The method of
harmonic balance is
extended on such systems. A characteristic equation of a closed
harmonically
linearized system of the above kind determines these two
harmonic -balance
Card 1 /Z

AGG NR: AP6032427
t t
equatlonii: - = 01(jw), = - where and 1, complex harmonic
gains of
qt Is
the nonlinear element; (D:U0 - translated frequency
characteristics of the
linear elerr ent. A cons istent solution of the above
equations yields cycling-regime
parameters. The form of the frequency characteristics
indicates the possible
nature of cycling. Elliptic cycling is possible in automatic
systems with
unambiguous center-sy=etrical- (or odd-symmetrical)
nonlinearity in the
single-channel portion of the loop. The cross links in the
two-channel portion may
substantially affect the possibility of occurring and the
form of cycling. Orig.
art. has: 5 figures and 37 formulas..
SUB CODE: 13, 09 / SUBM DATE. -IZFeb66 / ORIG REF: 002
Card 212

L 46652-66 EWT (d)/EwP(v)A1NPW/EWP(h)/EWP(l BC
ACC NRt AP6021387 SOURCE CODE: UR/0103/66/000/006/0027/0036
AUTHOR: Barakly, A. G. (Moscow)
ORG: none
TITLE: Two-channel automatic control systems with cross links
tSOURCE: Avtomatik-a I telemekhanike, no. 6, 1966, 27-36
TOPIC TAGS: linear automatic control system, control system
stability
ABSTRACT: In this article the author considers linear two-channel
systems of a general con-
figuration, which consist of two nonidentical channels and which
have asynunetrical cross
couplings. Through the use of complex coordinates and the
introduction of a coupling fw.-tor Q
and transfer C-functions, the equivalent transfer function of an
open two-channel system is
determined. Ills function can be employed In stability analysis
work. The paper shows thai
stability may be both positively and negatively affected by the
cross links in such two-channel
systems. The method presented is applicable for the stability
analysis of generalized linear
two-channel systems. Examples are given of the use of this
method. Orig. art. has: 10
figures and 36 formulaB.
SUB CODEt N, 13/ SUBM DATE: UJun65/ ORIG REF: 001/ 0711 REF: 000
Card 1A UDC: 62-501.1

13ARSKIY-, A. IL. , assistent
Characteristics of prosthesis application in cases of
co--pletp,
absence of tooth on the upper jaw. Sto.-.-.atologiia 40
no.3:81-85 -,y-Je
,61. (I-MIA 14:12)
1. 1z kafedry ortop(--dici;es'Koy stomatolo-ii (zav. -
dotsent Z.Ya.
Sh-,u-) Pe-=-.-.kogo .-Iedltsins--o~-o imstituta. (dir.
- D:-of. I.I.Kositsyn).
*RNTAL EIDSTIESIS)

BARSKIY, A.I. ----
Electric power econmics at the Aktiubinsk plant.
Prc=.energ.
17 no.10:11-12 0 162. OCRA 15:9)
(AK-tiubinsk--Chemical plants) (Electric power
distribution)

S/115 '/60/000/011/001/013
B019/B058
A UTHORS Shereshevskiy, L, M. and Barskly, A.
TITLE;
Using Plywooe Panels for Manufacturing La.~IE
InstrumentsA
Ix
PERIODICAL: lzmeritellnaya tekhnika, 1960, No 11, pp 10 - 12
TEXT: A number of measuring instruments, suitable for precise
measure-
ments in the range of from 500 to 3000 mm were produced at the
Eksperimentallnyy nauchno-issledovatel'skiy institut (ENIKMaSh)
(Experi-
mental Scientific Research Institute) for a factory in Voronezh.
Low
weight and low thermal diffusivity were the most important
requirements
for the instruments, Plywood panels seemed to be suitable. It
was planned
to manufacture micrometers for 500 to 1200 mm, angles with 2000
mmi
indicator checking devices of from 1000 to 1000 mm, instruments
for
measuring wheel bases UP to 3000 mm, etc A micrometer for the
measuring
range of from 600 to 900 mm with a weight of 3,9 kg was
thoroughly tested
to check the production quality, The nominal error of the
instrument,
calculated on the basis of GOST data, was +24 microns, the
experimentally
Card 1/2

Usin
,g Plywood Pariels for ,'anafactirin~; S/ I vi/60/000/01 l
loo 1/o 13
-easuring Instruments i3019?B058
determined error +7,5 microns Further investigations showed
that the
instruments descr7i-bed here are suitable for measuring
parts of quality
class two, a strict observance of temperature conditions
not being
required. Special provision must be made for measurements
on parts of
quality class one, excluding a deformation of the
micrometer yoke A
checkup proved the suitability of the designs described
here- There are
2 figures, 2 tables, and 1 Soviet reference
Card 2/2

BARSKIY, A.",I.,- SILLRESITVSKIY, L.M.
Industrial means for rifasuring large dimensions.
lzm.tekJi.
no.9.7-8 S 161. (MIRA 14-8)
(Gauges)

A.V., dotsent
Some clinical data on the treatment of the pathologi
of herl-inE
in fractures. Khirurgiia no.9tl3-18 161. (MIRP, n:c')
1. Iz kliniRi propedevtichekoy khinirgii (zav. - prof.
S.P.
Slilllovtsev) Kuyb3,shml:cgo mt)ditslnsl:oro irstitutp-
(FRAC ITIUS)

BARSKIY, A. V., dotsent; GOLUB, L. B., asnistent
Amputation of the lower extremity and half of the
pelvis.
Khirurgiia 38 no.5:118-120 My 162. (MIRA 15:6)
1~ Iz ~afedry obahchey Wrurgii (zav. - prof. S. P.
Shilovtsev)
KiWbyshevskoRo meditsinakogo Instituta.
(AMPUTATIONS OF LEG)

BARSKIY, A.V., dotsent
Accelerated osteogenesis in incorrectly united and not
united
fracturs. Kaz.med.zhur. no.202-55 Mr-Ap'63 (MIRA 16:11)
.1. Kafedra obshchey khimirgii (zzav.-prof.
S.F.Shilovtsev)
Kuybyshevskogo meditsinskogo instituta.
*,

A.V., cj,tsmt
h ment.)--y of Sergei Pavlovich Shilovtsev. Trudy
Kiijb. med.
in~t. :~4:7-10 163 (MIPA 17:1)
an treatzent cf pathologl-~~al
scqt,!aF-- (f fractures. Ibi d . -. 17 C -181
khlrurflii
Uv. k&t'edrciy - zaslu--hezny-y doyatel I naul:,
RSFSR
S.P.Shilovtgev.

T V
'4 '7
r v
:.IT
i"I.Altuta.

A UTH OR B a r ~_k
33253
S'16321'60100010 9/001
DO ~ 3,/D*" 13
T I T'~,E Devi~-es for inveotigatine, the aerodynam'.cs of
-~11Is"eady
5 OURCE 'Moscow. TsentralInyy irs`ltut
~-omyshlennaya aerodi-amika, no. 1-c". .9'6'0- Iz-.erenaye
-,,ozdLbnnyk.,,
P~tokov. 3-8.
TEXT The author describes an inductance picl:up and an
intvgrl--itor f,-,- ex-
perimentally determining and recording,- the force and
momerit~i- rollary derl
vative coefficients acting upon a body placed in an unsteaAy
a2rflow. Tne
Lickup (Fig. 1) consists of a dinphragin, q bciy forlillf1i: !,
and t-.v,) When as3e.%ibled ' -it is 15 mm in d-~ancter and ,
mm lontT.
The p)-ckups are assembled with germanium diodes act *1-ng as
demodulatDrs
;ni-c a bridge circuit (Fig. 3) which is fed with a 1,500 -~r-~
---urrent
a tube generator. The obtained sensitivi-Ty is S-jffjCjenTiy
hign -and -.he
mnKimum pickup error is of the order of 5 to 7'-/'0. "Nr.en
--,perating together
with galvanometers of the tYPe--4 (~,7-24-51 ~'OT ~14 e(' f 1
7A " OSC 11
the pickups caused a 2.5 mm, deviation on t,~r~ "!qC! -.0~rz-x.
fcr
Card

-3 31 5 3
S /6 /Cq./r,cio in
Devices for inve-t-gating...
p-eT.-ure onange c,f I mm H 0. The transier",
spll~ Trais it 13 assumed ihaL the pickup operate's,
of
xi~h these galvanometers at frequencies the order of 2(" tv
30 cps.
Exper4mental tests were conduc-ced using 30 pickuLs on ar.
a-,rfo-I 8 J,-)XSr,C,
-sure
m t. relatIve Thickness, lo determine.1the press
distribution or.
aiyfoil at urdarr,~,ed vibrations with a 6' amplit~~de and
ar. inv
angle of attack. The obtained total f low pat tArn and the
rotary der, jat o-
coeffi~,--ents of the force Y and the moment Y -ror t'~,is
airf~ii were in a
~i3se agreement witt those obtained by the dzramir meth-a.
T~i~- data o',
Y
tained w-th the use of these pickups on the instantaneo,s
riessiire
'ar; be for computing a-",1 r~,tazy
both and complex ones. In cases wnen a totE.'. f-c,4;
~atiern :s n,-,,
tkne maCnitudes of aerodynam4c for^e,~, or
he model -,sari be direc-1 1y obtadned using an elec tr
i.,,t t~ '-ra*or
The integrator output is amplified an an a.c amplal.ie: Ind
then f-d
tne -,qc:l1ograph galvanometer. The aM

S/632/60/000/019/001/009
Devicc-- for investicating ... DOWD113
a d o u b 1 (., ','*) H 9 c(61;gs) triode, an output
sta'~e on a 6H 13C tub,!,
azid a .,hasi,,-zonsitive rectifier on Aru,,27
(D'~'Ts-27) ciod-
at its .ou tput. There are 7 fig-ar(~s.
Card 34

0
3/632/60/200/019/007/009
/cc D053/D113
AUTHORi _ Barskiy,,._B._A_.
TITLE., Autom%tic contactless reijhing elements
S OURCE - !,.oscow. Tsentrallnyy aero-gidrodinamicheskiy
dristitut.
Promyshlennaya aerodinamika, io, 19, 1960. Iz-iereniye
vozdushnykh potokov, 66-73-
TEXT- The operational principle and desiCn of automa--ic
cl--ntactless
weighing elements are given. Automatic weiEhing elements
have found
wide application in the measurement of aerodynamic forces
and momentum,
and of such aerodynamic quantities which can be transformed
into force,
e.g. for measuring pre-:.-;ure, flow velocity, etc. The
automatic weighing
element is a two-arm lever (balance beam) to one end of
which the meas-
ured force is ap-,.Iied and a rider sliding on th, other
ari.,, is used for
balancin;- this force. The rider is moved a servomotor
controlled
by the deflection angle of the balance bear;~ through a
contact system
The %cour:' - c -e i ~ ".
located at one of the beam ends. C:, -f such. ~o .,. hing
element is about one in 61000. In order to 1:.. rcv,-, t'-.e
---rfor-
'_.iance of the weirhin - -dLvicc , z, C.,

S/u34-/60/000/01~,/007/009
Automatic contactless weighing elements D053/DlI3
system was desi6ned, Tne new system conz J sts of a t ,,
i~.Sf C.-Mer- type
displacement transducer, an amplifier, and a two-phase
i:;ducti-n
servomotor. A schematic of the control transducer is given in
Fig. 1;
and t~.e electric circuit of the weighing element is given in
Fig. 2.
Tests of this automatic contactless weighing element showed
that i-.
has twice as fast response as the contact-type weighinC
element.
Accur-.cy and sensitivity of this elezriient was n,rral for
devices of
this type. The root-mean-square error was one part in 6,000
for the
entire measuring range. These contactless weighing elements,
in contrad;
to contact-type elements, operate satisfactorily in devices
measuring
forces and vibrations with high variable component.,~.
Experience gained
in the operation of the contactless weighing elements showed
their
Teliability and easy maintenance. The low vcitage of the
servomotor
36V) incre:~ses the safety of se--vicinF personnel. There are
6 figures.
Card 2~

-- W.RSK-IT-,-B-.I._,__,&orrqy iazh.
Shaft sinking without headframe, and with
simultaneous
lining. Gor.zbur. no.7:41-44 Jl 160. (MIRA, 13:7)
1. Proyektnaya kontora kontora kombinata
Stalinshal-htostroy,
Stalino.
(Shaft sinking)

BLUIS1411, B.I.S. kand. med. rwo',.- ('i . I
1. ~ I . . , '. ! ~, -- I
Prolor;ged couroo of ly.,;. - I , '.: . - 1. 1 . . "
~"- . . , , . ., -.1 ~
It"63 I, , -1' 7 . : . _ ' , I '
I . . - . , -. .)

2 Y30,
Nek.-.~~or y: ';o:lror,-,,
Kl'nik' Tall.
OAroy Toi.s. haskky bisti%,fii
Pech~;ni.
Sbornik Naurh. Rx)oL LecheD.
Uchrczli--I,:n
N.Dsk. VDon. Gorlk S. 227-35
SJ ET i ~~ !; , . I "')
I - I , DO

BARSKIY, F. I.
2581h
Opyt Izucheniya Otganizatsii I Effektivnosti
Lechebnogo
Pitmiya V Period Velikoy Otechestvennoy Voyny.
Sbomik
Nauch. Rabot Lecheb. Uchrezhdeniy Mosk. Voen.
Okr. Gorlkiy,
1948, s. 253-65.
S J: LPPJ.-T- :-11. 3-~~, 1A,"

25831
".-trDy Tc.':.--'chcslcoy
loistrof ' I
ilecher,", Za'l--onch-'-,rsfi
yja Vyzdorovleniyer..
,a._)Ol, Techu'~). ch-czhdEni
Sboru ik `7a..ch. ;'
ly
Gor"Kly-l 11;4e, s. 248-52.

IIARSKIY, 8. 1.
25914 Barskiy, B. I. Materialy Po Vitaminoterapii
Boevoy Travmy
Perifericheskoy Nervnoy Sistemy. Sbomik Nauch.
Rabot Lecheb.
Uchrezhdeniy Mosk. Voyen. OKR. Gorlkiy, 1948, S.
290-94
SO: Letopist Zhurmal Statay, No. 30, Moscov, 1948

33317 EMRSKIY, B. 1.
Voprosy kliniki "ostroy zbeltoy atrofii" pecheni. Sov
maditsina, 1949, No 12,
s. 16-18

UBM/Jbdic ins Acute Parenabyngtous Mmr/Apr
49
Hepatitis
Medicine Penicillin Therapy
"Clinical Aspect and Penlc=in Ti-eatment of
Mikligmant and Acute Parenobrizatous
Hepatjtjs~O
Lt Col B. 1. Barskly, Yled Ccrps, Cand Med
Scl,
10 Vp
OTerap ArkhIv" Vol 2XI, No 2
Cites eight case histories ef patients
with sub-
ject, dismse. Penicillin therapy Is
effective
cm3,y In some cases of acute t=ic
trophopethic
hapatitia. Mortality rate dropped from
2.1% in
1946 to .79% in 1947 due to extensive
use_of _ I
'In I _:_. - . - I . Y. 1 5b/49M
USSR/Wdicine - Acute Parewb7matous Mar/Apr
49
Repatitib (Ccntd)
penicillin tberapy. Beneficial effect of
penicillin is due to its bacteriostatic
aotiam
against secondary infooticne, and its
ability
to increase the resistance of tissues and
orgme
involved.

-BARSZIY, -B, I -
Pathogenesis, clinical aspect and troutmont of'
rtcute for%io
of Botkin's disease ~epldemic he-patitis). ilin.
mecl., MoBI-va
29 no.7:60-65 JulY 1951. (CIRL 20:11)
1. Lt. Col., Medical Corps.

BARSKIT B.I., kandidat meditsinskikb nauk;
BONDARCEUX, H.S., (Hoskya)
HAbitual vomiting in younger persons. Soy.med. 19
no.6t 38-41 JS
155. (MIRA 8:9)
(VOMITING. in Infant and child,
habitual volliting)

AUTHORS:
Barskiy,4R, 1. , Colonel of 'U'rie ','ed--" c.-il
'or,,2s, "1111di-

-da--te of Medical Sciences; Rlyumber,,,,
"!.A. , C~;i*~Jidate

of 14edical Sciences; and Goldifelld, E.T.
TITLE:
Certain Features of the Clinical Course of Ac"I"

pati tes
PERIODICAL:
Voyenno-Teditsinskiy zhurnal, 1958, Nr 11

25 (USSR)
ABSTRACT:
The authbr bases his article on the anal-7,,sis of

200
case reDorts of patients sufferirg from acute

heDatitis
(Botkin's disease) and refers to d,---:~- of

Pashutin, 1:,.D.
Tushinskjy, 11'%Ye. Vol's'.ki-y, '...A. Y~--

sinovskiy, A.S.
Berlyand, A *A. Golldenshzeyn, G.T.

Altukhova, G.I.
Burchinskiy, 1.%1. Teodor-J. '.1.7. Ya-

kubovich, '1,!.K.
Tarlo, F.V. Terenchenko, 7~"..A. Y,-,-

sinovskiy, G.I.
Alkhutova, M.Ye. Vollskiy, A.L.

Myasnikov, K.P. Zalk, I.A.
Eskin, Ye.',. Tareyev,

Pavlov, Petrova, 0.1. Moiseyeva and
others. T-
Card 112
cases with usual or averaCe acuteness af
Boti-1-nIS

Certain Features of the Clinical Course of Acute '-epat-'-Ues
disease, in some patients a trend to
obvious, whereas in se-r;~.ous forms of i s zs, e a
reverse Dhenomenon- a drop of eosinophiles -_0
aneosinoplailia - was observed. DaIL a on tu'-,re) e ~, a IU-
I ens
are given which point to a considerable leu'r-oc';tOS-._-
in the period of the development of r,-,.e 1eu'-,e:n-'_id
reaction which was accompanied by pronounced eDsi=-
philia, lympho- and monopenia and increased E.S.R.
Relapses of acute heDatites of toxico-alleiC'~c IC llfi_
racter are often caused by aggravation of chronic
tonsillitis. The author criticizes the f_~ct -u'--.,at
physicians seldom take into account the e_ffect of
local focus on the pathoeenese of acute hepatites
t 4
and its relapses so that the treatmen _'S not
rational. T T eth i n'K's a wel 1m d ),.eal :-f
suppurative foci in the complex treatment a --ood pro-
phylactic measure a;rainst recidivation. 7'-ere is
1 table.
Card 2/2

knnd.med.nauk, KRMTII~', L.S., kandeme~.n~,.Uk,
__p
krmd.ned.nnuk.. GOIC-aTLID. B.T. (Mosh-va)
Ant.V)iotic tr,vtment of cholecyntituis in young
subjects.
Klin.nnd. 36 no.11:148-151 N 158 (MIR.A 11:12)
(CHOLECYSTITIS, ther.
qntibiotics in younr su')Jects (RUM
(AIITIBIOTICS, ther. use
cholecystitis in young sujbect (Rus))

BARSKTY, B.I.; BLYUMBERG, N.A. (Moskva)
Characteristics of eosinophilopoiesis in acute
hepatitis [with
summary in English, p.623. Probl.gemat. i perel.krovi
4 no.2;
34-37 F '59- (MIRA 12~,2)
(HEPATITIS, blood in,
eosinophil count (Rua))
(BOSINOPHIL COUNT, in var. die.
hepatitis (Rua))

0 G's, 0 a 0 4 4 6 a 6 4 4 4 a 6 a 0
0

*

4 A

Ile

(10 IR S i~

An Invraigalum of tho appikaliati of
SoUrberg'a clectir-lem to grr*j electric tur-

n.- I- AM, N I
Ahl- Kll Pit), %~' I-1- . It- %

11 1 ~. ~ . ". I t". .'t. I , t.
. '. - ". .'. M f h.- I "..W. ,, ..t . 1. . t. - ~ 1. . f

4 A t~
'-" .4 i,xpl' t'. Me 1-0-0'1~ .,I

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PA 43/43T80
USSR/Metals Mar .1948
lurnaces, ElectrIc
Bteel
"A Contemporary Arc Electric Steel Smelting
ALMac8P'
Docent B. S. Barskiy, A. F. YortOYMOV~
Candidates Tech
Sol., Ministry Ferrous Metal~ 9 pp
*Btal' No 3
To be able to build efficient aleetrie farnaces
in
Soviet Union, necessary to take as example
equipment
of large aggregates, capacity from 50 to 70
tone, and
equipped vith powerful transformers. Shown that
it Is
practical to use graphite electrodes, electric
con-
trol apparatus and to operate equipment at full
capac-
ilty -
am 4ym-

BARSKIY. B.5.
Principal stages in the development of Ragaian
electrc;metallurE7,
Trudy po ist.tekh. no.5:103-115 '54- (MI.RA 8 - 1 )
(Blectrometallurgy)

1 37- 58- 9 1 ~,i;
T-anslation from: Referalivnyy zhurnal. NlCtallLirgiya, 1958, Nr
5. 1) -50 (USSR.)
AUTHOR~ Barskiy, B.S.
TITL E: Experience in the Employment of Large Steels me It ing
Ar,: Furii-
aces (Obobshcheniya opyta eksplUatatsii krupnykh dLIgo%,ykh vlok-
tro~;Ialeplavil'nykh pechey)
PERIODICAL: Tr. Nauchno-tekhn. o-va chernoy metallurgii, 1956,
Vol 9,
pp 426-433
ABSTRACT: In his report, presented at the Symposiuni of -~tccl
fwu:~(iry
\-vorl-vrs hvl(l in Zilporozh'ye from March 29 1") Apr"l
tht- on !hc respective basic
a -,erivs of arc furiia( cs developed bv the Special Des,,gn, Dv-
piirtment of the "Elektropech"' trust; the capacitie-~ of these
furnaces ranged frorn 10 t to 190 t. The parameters proposed
were formalized in GOST 7206-54 (basic dimensions of furnaces)
L Operational exper-
and 7207-~4 (trans'ormer specifications).
ience with large arc furnaces employed in metallurgical plants
throughout the USSR are shown. Recommendation-s are made
concerning the selection of individual -structural components
Ca rd I/'-' and lining materi,ils for the furnaces are given,
topether -vith a

137-58-i-9i66
Experience in Ihe Employint-tif of 1-cirge
St.eelsrnelting A rc Furnaces
description of inethods to be Lisccl in converting the
furnaces to mechanized
'ind atitomatic Among oihvr-~ the folio%ving problems are
eximined
I I
Ille sh;iplL. 'illd o' 'he hou:-,n~' ', Ilie mimber and
size ot charge open-
ings, design C), k' C 0 1.10 11" , V'Ind ~
roxn-~UpportilIg rings, eMployment of
interlockuw, 1) - !, i,~ v, o r k- "o rn'rg c;f kkalll.~,
refractories used in the ( r(-),,;,n of
the fu rna c (:, I-1-1vii 11.1 W In k. C ha m7 i ii~, c
hz- rging ope ra tions ,rotation of !he furn-
ace hOLISIZIg'. C!CCIrOlliagr~.0ic mei~ns ot stirring
molten metal, desipri of ele(- -
trode holders,, dUTOI`nd1:('. e1cciromec.1,,anical, or
electronic reg);ilator_~, elec -
tromechanical or hydrau.ic operation of major mechanisms
of the furnacc;
also discussed a nunif~._-r o~ peneral problerns dealing
with the opeia,ion.
of large electric furnac,--. in pj-.rt'CLIlar methods of
introducing 0). removal
and purification of flue g~,sv~ and duct colleci.ion,
removal of 51ag, des2gn of
protective devices ernployed it the event of breakdown,
and means of reduc-
ing the time required for repiir operazions.
B.B.
Card 211?

BAMIY, B.S., dlcts.
rtjd~,wtiqn of Iren ores abroad. B-Ini. TS!,'IICFI-l ,
'~i2.
(Ircm-Witallurgy) ( Y"' RA : I )

RIAR IY' B.S., referent.
Now heftvy-duty electric steel-smelting furnaces
abroad. Bjul.
TSNIICHM no.406-_'~? 158. (MIRA 11:5)
(Ilectric furnaces)

BAR IY, B.S., dots.
::.1 -
Using sponge iron in steel smelting abroad. Elul.
TSNIIGHM no.5:
22-24 158. (MIRA 11:5)
(Steel-Metallurgy)

BARSKIY, B.S., dots.
New electric vacuum Aumaces abroad. Biul. TSNI1CHM
no.6:12-17 158.
Onectric furnaces) (MIRA 110)

BARSKIY. B.S.. referent.
Ne- equipment for electric are furnaces. Biul.
TSI;IIG*M no.6:9~-56
tep
1-0 (Electric furnaces) (MILk 11:5)

BAR6YIY,
U- of czv~',on 1- I!ie U.S. Jrc,r! nind try. -Riul.
TSNIICHM
I I
n(,. 9-~l '"'. (MEL; 11 :7)
(11~:Ilt ~A 6t-~toi~ ons)

BARSKIY, B.S., raforont
Pig orocesn in electric furnaces. Biul. TSIUMN no.
10:57 15B.
(MIR.A 11:7)
(Iron-Metallurgy)

ADRIANOVA, Y.P.; ANDIREYET, T.T.; AiAliCiVICH, H.S.;
BARSKIY, B.S.; GROMOT, H.F.;
GUM1CH, B.Ye.; DYORIN, S.S.; YERMOLA)aJ, N.Y.;
ZYOLIIISKIY, I.S.;
KABLUKOYSKIY, A.F.; KAPELOTICH, A.P.; KASHCHEMKO, D.S.;
KLIMOTITSKIY,
M.D.; KOLOSOY, M.I.; KORCLET, A.A.; KOCHIM , Yo.T.;
USKOY, A.T.;
LIYSHITS, H.A.; MATYUSHIHA. N.Y.; MOROZOY, A.N.;
POLUKAROT. D.I.;
RAYDXL'. F.G.; ROKOTTAN, Ye.S.; SHOLYAIGNKO, D.A.;
SOKOLOV. A.N.:
USHKIN, I.N.; SHAPIRO. B.S.; XPSHTRYNI, Z.D.;
AYqIITSKAYA. R.F.. red.
izd-va; KARASEY, A.1.. teklin.red.
tBrief handbook on metallurgy, 19601 Kratkii
spravoclinik metallur-
I-P, 1960. Moskva, Gos.nauchno-t9kJin.izd-vo lit-ry po
chernoi i
tsvatnol metallurgii, 1960. 369 p. (MIRA 13:7)
(Metallurgy)

BARSHY, B.S., referent
T
~argp vacuum induction furnace Efrom
Bilil. TSIMIM -10~10:55 '(0,
(United Statcs-Electr,-c
jWr-," no,16, 19551
]-':4)
Ifurnaces)

PARSKIY, B.S.* referent
Use of natural ras .1r, steel arc f'.ornaces
I : Z: , 9 ~ " V-71t~. I
no.22, 1959J. Biul. 7SITIWIl ~10 7 (1: j- . - - Z~: ,)
. - , -)- -,- I
(United Stat. f,,~rnaccs)

ZUYW, Tikhon Illarionovichl BARSKIT, B.S., nauchnyy
rfd.; ISLANKINA,
T.F., red.; SAV~O, Ye.V., tekhn.red.
Ellectromgtallurgy] Blektromtallurgiia. Moskva, lzd-vo
*Znanie,* 1961. 29 p. (Voesoiuznoe obBlichestvo po
rasprostraneniiu
politichookikh i nauchnykh znanii. Sar.4, Tekhnika,
no.1).
(MIRA 14:1)
(Ilectromatallura)

F-HASE 1 BOOK FXFWITATION SOV/5407
cf Te--hnical Sciences; B.S. Barskiy, Docent; Yu.Ye.
YeAftcynov-1-:n, C-t Technical Sciences; V-Yuo Kaganov,
Candidate of
Tc.--hnicF41 P3-j-znc-E.;-, P.N. Katcmin, Engineer; V.Ye.
Leykin, Engineer; I.N. Lurlye,
7.ngine,~r, C-.A. Mikrif~yiov,, C.'%ndidate of Technical
Sciences; A.Ye. I(etesin.. En--
Fineer M.Y(-.. ;-,:mm-i, Enginee-1 V.S. Rutes, Candidate of
Technical Sciences; and
Ye.A. ~-&nildate of Technical Sciences.
Tekhn1--1iesk-iy v cljo~rzi,~)y metallurgii SSSR;
staleplavillnoye proizvodstvo
.1r. Soviet Ferrous Metallurgy; Steelzaking Industry)
1961- 495 P. Errata slip inserted. 3,200 copies
A-"Ie:--~-' ~- G-"~ud,~rtztvennyy nauchno-tekhnicheskiy
kccLitet Soveta Ministrov
SSSP. '7~.-ntrzillijy in-;t;.tut Informatsii chernoy
metallurgii.
Ed. -:;-nd --o., Of.'N. Cryks, Professor, Doctor of Technical
Sciences; Director
fc-r 1nformation on Ferrous Metallurgy: N.B. Aruty~,nov;
Lef Fli. Ya.A. Ed. of the Central Institute for Information
on Ferrous
Met5llurwy- L.:. Kn-rasp Ed. of Publishing House: V.I.
Ptitsyna; Tech. Ed.-
F.G.
Y--d I/-I

Techno_"-.z1-.;1, I ront . ) SOV/5407
FURFOSE: !his b:ck is intended for technical and scientific
personnel in the
metti z,nd ma --hine industries, and may also be used as a
textbook by
stwlar---, in _~,,hccc-.~. :~f higher edu:~ation and
tekhnikums.
CMKF-A(~-F! A ic- m~wie of the basic stages in the
develorment of open-hearth,
el-~ ~ty-~ i A s.-:.Yth, el~-ctri,:-furns:e and converter
steelynald ng processes in the
P
US33~.. Tn~ stati-.~_ --:f fErrous metallurgy and prospects
for the future
ax-~~ e vaml-- T;-i~ent trt-nds in the design, automation,
and mechanization of
steelmE,Rdn-, are given. The of the organization and
mechanization
of r-;-!t1.- !n vlants, and i BUMS of equipment maintenance
a" de-
I': in the pror-ess of steelmaking (the use of oxygen and
vacuum,
Irons improvement of the manufacture of in&JVJAIIP-l types
of -_n~rtlng) am discussed at length. No personalities are
men-
tic.T,~-i. Th~_-e -~,re ~29 zeferen~es: 317 Soviet, 9
English, 2 German, and 1 French.
TABLE
,TFRI: MAMPA"ITME IN OPEN-HEARTH FMACES
I. Stageri In tb,- revelcluent of the Opon-Rearth Proe*sa 3
C a r-1- -7

- BA ilS I ~ I Y 1. "J. J ~ , -roforont
'Acuwa Jrehctlon Purnace of 2.3-ton capacity [from
111-110till
Progress," no,4, 19601, MuL TS11GIN no.1-52-53 I ',I
. ( ~1, T ~l .1, - ~ ; -
(unitod states, --wZle ctr ic flurmcos)

BARSKIY, B.S., referent
Furnaces for the electronic melting of steel (from
foreign
journals]. Biul. TSIICHM no.3:56-59 161. 0,'~`, 14:
1 ' ';'
(Motallutgical furnaces)
(Electron beam)

BAR5Y,IY, B.,S~
Lornonosov is t1iu founder of Russian metallurgy;
the 250th
anniversary of *As birth. Stall 21 no.lo-.866-668 0
161.
(MIRA 14:10)
(Lcimonosav, Mikhail Vasillevich, 1711-1765)

SAVEL'YEV, Georgi7 I'tivlovicbi. likiSHlY,
rr,-d.; GrOMEA.2VA,
L.A... red.izd-va; GINNUG, F.Ya., tc;k~,n.red.
[Production of ball iron] Proizvcdstv-D kritsy.
Mo-A-va,
Metallurgizdat, 1963. 97 p. (l,",Ii--,A 17:2)

BARSKIY, B.S., dot~sent
Review of G.S. Siaoian's book "The electric aij in
electric
furnaces." Stall 24 no.1:44-45 -4 '(:4. (MIRA 17:2)

BAHSHY) ii.S., dDls.; SUCHOV, A.Li., ~ok--or
tal-Im. nauk, red.;
, E.L.) red.
[International electroLech-nical dic-.ionary]
Mezbdunarod-
nyi elektrotekhniclie-,kii slovarl. -,D:,kva,
Sovetskaia
Fzitsiklopediia. Group 50. 2Cq p. (MTRA 17:12)
1. internatioNil Elactrotochnicul cors,.issiorl.

AUTHOR: Barskiy, D.Ya., Lerriishen~;o, Engineers
'2ITLE; The Shaping of Standard Designs (Oformleniye
tipovykh
proyektov)
PERIODICAL: Standartizatsiya, 195B, Nr 5, pr 68 - 69
(USSR)
ABSTRACT: There are no unified standards or regulations
which apply
to planning organizations drawing up designs and
blueprints
for the mechanical ent;ineering industry. The author dis-
cusses the confusion and morass of arbitrary decisions
which this causes.
ASSOCIATION: Khaylkovskiy institut ogneuporov (Khar1koV
Tnstitute for
Refractory Materials)
Drafti11LY--St,,aj1dn:-J:-,
Card 1/1

BARSKIT, R.Sh.
.
Xffect of semipermanent mold design on the strength
of ingob molds.
Stall 15 no.6:553-558 Je '55. (MI-RA 8:8)
1. Tenakiyevskly metallurgichaskiy zavod.
(Holding (Founding)) (Steel Ingots)

BAiZUY, E.Sh.
Increasing the durability of ingot molds. Metallarg 7
nool2:16-17
D 162, (MIA' 15:12)
1. Rukovoditell gruppy tsentral2noy zavodskoy
laboratorii
Yenakiyevskogo zavoda.
(Ingot molds)

00 N,
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WW.
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wvp"nitdinaninterp(tationf(vmlula- O-M-
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L A_ 09TALLtOGIC&L LFTERATW9 CLASUPKATOR
BIG I.., A,.; -
WORN -4 $Nice,) .10 O%w all
iv U T- 7- F--f-T-r-I if
0 0 0 0
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Va. 0. Zchlovirb (Aml. Ski. ITSA.R.. Xfoatzxmi-
Zhbr. Fss. Kbiw. 24.5NO-WO930).-WIten 9112 in It huh-
iontal tube clo" &I ove end 6 initftl at tbw u%wn rtul.'
thO AAMC IM-d ill CUUMVT tOWUnt the igtti(kM tUlkIt
I-bi, 1. 1-1 bn-*uw J contrt"k-11: t.4 rA- h (N4,1
11A.Uhmckst the NMW W411'atiml the"44 5.~.M domra
I. th-e lpi-tatan wall ticat whk,h they Imum. It a k. the,
n%xinal vriacity at darac (Jt~ga"UnS convvethmi). w the
VVIttrity W 4" para!kj to Ibr axis at a given point, W, the
frmtcst w (i.e. along the axis). S the stvai ut the datne
W, . and F tbr cross-itection of (be tutx-. cbers the ps_
-AA- huming at any point 6 bkS - (w + sm, - w)dr.
at the botiont wall w Is neg. &M the rate,.; rtwnhuatioml
it
wrot. 11W %Mlw U! tho IUUW &P".1. - lh~ '11"un.
`~.Itr" Imits w"'%/2jj; s i. a'"kTA16M .1or to IIAVJ(Y
And 4 6. Ow olkArn. of Ow w1w T%v rqn4mma. Ja;,wm
411 vonfiln~i fm bunting InItt'. of Cc, it! (Af, "Ith 0,
'JIT'ralurr ",410? when a rar" frut" 9 1'. ~w cg". -W
H%o~4iw int-n-Aw. in a may cause KnArd.4tion of rl"but.
tkat A w14M for detc. t1tr d4ffw front (rnm photo.
craphs of the Iliante is tkwriW. Mmographs of VibrAl-
in$ flatn"mV given. J. J. HikermAn

UWR/Chemistry - Kinetics of Combustion
May 51
,"Kinetics of the Combustion of Carbon
Monoxide,"
G. A. Barskiy, Ya. B. Zelldovich, Inst
Chem Phys,
Moscow, Acad Sci USSR
"Zhur Fiz Khim" Vol XXV, No 5, pp 523-537,
Dependence of the speed of flame
propagation in
CO-OP-N on moisture content. presence of
excess
2
of one of the reaction components, temp,
and
pressure were examd by the photographic
method.
Rate of reaction in mixts with excess CO
is pro-
portional to the H20 or H2 concn, with
excess 02
to the square root of that concn. Effect
of the
compn on the speed of flame propagation
must be
LC 19oT6
USSR/Chemistry - Kinetics of Combustion
May 51
(Contd)
studied on mixts having the same temp of
combus-
tion. With excess of 02, the reaction
rate does
not depend on the effective 02 concn. It
does
6.rdinarily depend on the effective CO
concn, with
CO in excess. At low temps the reaction
rate does
not depend on the CO concn. Activation
energy of
the reaction was measured by procedure in
which
combustion products of the reaction are
added to
the mixt. This energy strongly depends on
the
compn"of the mixt, indicating complexity
of re-
.action mechanism. Rate of reaction is
proportional
to p2-5. Gives approximate expression for
the
rate of reaction in the f1ww.
LC 190T6

and Ya. L.
I'Cn SlDT~., Propo,-ation of in T;'4,-;,-s Ir FiT.
7 nst. 6;.el7ical P; v"Acs

SADOVSKIYV S. (Novomoskovsk, Tullakaya oblast'.)i KOROLEV,
A. (Novomookovok,
Tullskaya oblastl);_W~Klj,__~ -(Novomoskovsk, Tullskaya
oblast')
Prophylaxis and more 1+ophylaxis! Okhr. truda i sots.
strakh. 5
no.9s25-28 S 162. (KRA 16: 5)
1. Direktor Novmoskovskogo khimicheskogo kombinata (for
Sadovskiy).
2. Predsedatell zavodskogo komiteta Novomoskovskogo
W#micheskogo
kombinata (for Korolev). 3. Glnvnyy vrach
mediko-saniiarnoy chasti
Novomoskovskogo khimicheskogo kombinata (for Barskiy).
(NOVOMOSKOVSK (TULA PROVINCE)--CHEIaCAL
INDUSTRIES)-HYGIENIC ASPECTS)

87889
S/114/60/000/005/003/000-
1. E194/E255
AUTHOR: Barskiy, I. A., Engineer
TIT13'; The Ran-e of Nozzle Control of a Gas Turbine
PERIODICA.Li: Enerr-omashinostroyeniye, 1960, No~ 5, pp,
24-25
C. 0
-2EX'T: The use of turbine nozzle control permits of
considerable improvement in the efficiency of the tandem -as
turbine at part loads, as may be seen from the example of the
General Electric turbine in the American ship 'John
Sergeant'.
The --ost economic method of nozzle control is to alter the
outlet
angle of flow from the nozzle by turning all the nozzle
blades
of the controlled stacre; this is the method used in +the
General
Electric t-j-rbine. The object of this article is to
calculate the
po-Isible range of c_uange of this angle and conse,-uently
of the
L'urbine ouz-~ut i~,,ith minimum loss of efficiency.
Alteration of
the nozzle dischara,e angle reduces the de-ree of reaction
of the X
0 ~D
stag,e- Reduction in the angle should be limited by the
minimum
permissible loss of reaction. Obviously the reaction should
not
be less than zero. In deriving equations relating the outlet
angle of the nozzles to the degree of reaction, use is made
of the
condition of equality of flow through the nozzle blading and
the
Card 1/3

87889
S/114/60/000/005/003/000-
E194/E255
The Range of Nozzle Control of a Gas Turbine
st~~,-'Le runner. On this basis expressions (7) and (T) a-re
derived
for -~he nozzle an-le at zero reaction. However, if the angle
is
less than 12-140 the velocity coefficient in the nozzle begins
to
diminish, and so lower values than t'iis should not be used.
Fig.1
plots the relationship between the dischare angle from the
nozzle
and t~ie velocity coefficients of nozzles and runner. It will
be
seen 4Uhat as the velocity coefficient falls the value of the
an-le
diminishes, but not very Tnuch. To a first approximation the
velocity coefficients may be considered constant. The
relationsh-
ip between the discharge an-le from the nozzles and the outlet
an-le from the runner is plotted in Fig. 2. In constructing the
:-,r~';Ph it was assumed that the sta-e 'Rad a cylindrical
flow path
at the meridional section. Havin.- determined the minimum
no:,,--le
discharge an-le, the referred floi.,, of gas throu-h the
turbine at
the end of nozzle control may be expressed as a proportion of
'the
rated discharge. This ratio rroverns the ran--e of nozzle
control
of -~'-'he turbine- see expressi on (8). Calc,.ilations
confirmed by
ex.~,eriments sho-,., that nozzle control may be used to
reduce the
Card -0/3

87889
S/114/60/000/005/003/006
E194/E255
The Range of Nozzle Control of a Gas Turbine
flow of .7as throu-h the turbine by 35-405,' %.:ithout more
than "-35-'
loss of efficiency. There are 2 fi,:~,Ures and 5
ref.-,rences;4
Sovilet _rend 1 non-Soviet.
C~xrd 3/3

B.-LioKlY, I.A., inzh.j GILYG,~ORV, V.I.,
kand.takhn.muk
Control programs for two-shaft gas turbine
erigires with
regulated jet systems. Energonashinostroenie 7
no.9:21-23
s 61. (14IPLA 14:9)
(Gas turbines)

S/114/62/000/007/001/003
E194/E455
AUTHOR: Barskiy, I.A., Engineer
TITLE: Calculz~~ion of the velocity characteristics of a
two-shaft gas turbine set
PERIODICAL: Energomashinostroyeniye, no-7, 1962, 19-23
TEXT: Methods exist for calculating velocity characteristics of
sets with constant-speed governing but the calculations are
more
complicated with fuel-consumption governing; a laborious method
of succesqive approximations is used. Formulae are der-ved in
this ar_;Lc rizy be used to determi~--c z;ie gcs .'"',~uro
at inlet to the turbine calculating the churacterlistics of a
set
having a fuel-consumption controller. The formulae are-for a
two-shaft gas turbine set with heat exchanger: those for a set
without heat exchanger can be derived by taking the degree of
regeneration as zero. To calculate the velocity characteristics
of the set, it is necessary to know the characteristics of the
compressor and power turbines, which are given in-the form of
curves. The independent variables adopted are stated and the
Card 1/2

S/114/62/000/007/001/003
Calculation of the velocity E194/E455
formula for the gas temperature at inlet is derived both in an
accurate and in a sufficiently approximate form. Having thus
determined the gas temperature at inlet to the turbine, the
author constructs the velocity characteristics of the turbine.
Characteristics are plotted for a gas turbine with heat
exchanger
and constant fuel consumption are plotted and compared with
those
for a set with constant-speed governing. The former is shown to
have the better traction properties and higher efficiency.
Finally, the accuracy of the calculation by the method proposed
depends upon knowing the characteristics of compressor and
turbine accurately, and it is best to determine these
experimentally. There are 4 figures.
Card 2/2

BARSKIY, I.A.
Changim,, the rate of regeneration cf a gas-turtine
engine under
unsteady operating conditions. Avt-p?.Om~ 28
no.12:10-1-1 D 162.
(MIRA 16:1)
(Gas and oil engines)

L 181EI-63 ZPA~EWP(r)/EWT(d)/EWT(m)/BDS Paa-4
ACCESSION RR: AP300615 HW/EM S/09*370OTOCAR~OP03C/0039
AUTZOR: Bar 1~.A. (Candidate of technical sciences)
Tl=-: influence of radial clearance in rotor blades on the degree
of reaction
of a turbine
SOJRCE: Vestnik mashinostroyeniya., no. 8: 1963, 37-39
1
TOM TAGS: gas turbine, blade radial clearance, blade clearance,
stage reac-
tion, stage design, gas-turbine design, nozzle, degree of reaction,
degree
of reaction variation
ABSTRACT: A study has been made to demonstrate the substantial
effect of the
radial clearance between blades and turbine body on the degree of
reaction of
a gas turbine. An approximate method of date,.muning this effect
has been do-
vcloped in which the degree of reaction is considered as a function
of the co-
efficient of the flow through radial clearance., flo,,,r r-._ngles,
the ratio of
clearance-flow area to bla~e-flow areaY and the specific weights of
the gazes.
Variations in the degree of reaction diminish as the exit angle
from the nozzle
apparatus increases (see Fig. 1 of Enclosure). On the average, a
radial clearance
Card

L 18381-63
ACCESSION NR. Appok5l
of lep leads to a decrease of 0.015-0.02 in the degree of
reaction. In Fig. 2,
the degrees of reaction of sta&-es without clearance are
com-pared with stages
with a 21/1j' clearance. Orig. art. has: 6 formlas and 4
figures.
ASSOCLATION: none
SIP-1-aTTED: 00 nATz- AcQ: 18Sep63 EIML: 02
SUB COM PR NO REF SOV: 000 OTHER: 000
Card 2/4 ~

BARSKIY, I.A., inzh.; GAyGET.OV, V.I., kand. tekhn.
nauk
The most advantageous conditions of control for
double-shaft
transportation gas turbine engines with regulated
nozzle system.
Energomashinostroenie 7 no.3:20-24 Mr 161. (MIRA
16-8)
(Gas turbines)

BARSKIYJ I.111. P inzh.
Improvemant of the accelerating ability of a
two-:3baft gar, turbine
transport engine using nozzle control of the power
turbine. Energo-
mashinostroer-ie 9 no.6:35-36 Je 163. (MIR."I 16:9)

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rd

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W-d

L 16 .886-66 EWT(d)/EPA/EVrftgk)/EWP('W)/EWP(f
ACC NRi AP60-0-1-0-7-
AUTHOR: Barskiy, 1. A.
ORCt
)/EPP(n)-2/T-~/EWA(0ArC(m) i,W/E M
SOURCE COR: UR702811657000/006,16i 6
(Moaccw)
none
TITLEs Effect of the gas temperature on the thermal conditions of
turbine blades during the acceleration of a gas turbine engine
SOURCE: AN SSSR. Izvestiya. Energetika I transport, no. 6, 1965,
134-136
TOPIC TAGS: gas turbine engine., gas turbine, turbine blade
,ABSTRACTi The acceleration time of a turbocompressor in a
twin-shaft
gaa-turbine engine can be reduced by raising the gas inlet
temperature.
However, the increase in the inlet temperature may result in com-
pressor surge or overheating of the turbine blades. These
effectsof the
inlet temperature were investigated anslytically.-YThe obtained
results
Indicate that during acceleration, the gas inlet temperature has a
very small effect on the temperature of the mean cross section of
the
blade. On the other hand, a 10% rise in the inlet temperature
reduces
the acceleration time by 25"35%. It is therefore concluded that, in
general, the possibility of compressor surge should be the only
factor
limiting the maximum inlet temperature. [AS)
Card I /I- UDCt 621.165.155

I
L 10886-66
.., ( ACC NR, AP6001677
I
C,
SUB CODE: 21/ SUBM DATE: 28Jun65/ ORIC REFs 003/
ATD PRESSt IfMt,
1 4~ LI)

USSR /?*diclne Tumors. Malign&at Mar /Apr
1~8
Medicine Tumorij., Skin
"Water -Soluble Ader.os J_nvriphoBphataae
of Vcr=al and
M&lignan-t Tissues," 1- j3, Barskly, N. A.
Brl~ker..
Blachem lab, Cer, Oncological That,
Mosrow, 71
2 P~
E-
-zt *Biokhimiya" Vol XTII., No 2
Reports experiments on rate and wcce. Bcth
ncrmal
and malignant tipauen conLai:n artive;..
water_solut>lel~
adenosinetriphoephatase, whIch detarhea 2
pho.3rhate
molecults from Fidenosinetriphosphar1r,
acid. OptIr.-rM
pH being 7,0-7 2, Activated by nvignesium,
inna In
Concentration 1o-3 M. ActIvity oi water
Dxtxacte per
unit weight of raw t1so-ue Is as follows,
Ntlrci-
USSR Medicine - Tumars, Malignant (Contd)
MfLr/Apr 48
kidney. spleen, muselea, lungs, 11-7er.
tum--r lt'Crcker
sarcoma), skin, tumar (Ehrlich canoer).
Rata:. 12-ver,
Unar, muscles, skin. Activity of
adbnosinetriphos-
phatase of skin is niegligible in. rats,
but clearly
manifested in mice. Submitted 17 Sep 47.
ti
3'49T81
L

KARFLISKIKH. D.X., prof.; APASH9V, M.D..
kand.tekbn.nauk;
kand.takhn.nauk; ZATCHIK, G.I., doktor tekbn.nauk,
retsenzent;
M10HIN, V.I., kand.tekhn.nauk, retsenzent; ZARICTSKIT,
B.I..
inzb., red.; POPOVA, S.M., tel-bn.red.
[Theory. design, and engineering analysis of tractors)
Tooriia.
konstruktsiia i raschet traktorov. Moskva,
Goe.nauchno-tokha.
izd-vn manhinnstrnit. lit-ry. [Pt.3. Theory and
analysis of
tractor chansiv) Tooriia i raschat shassi traktorov.
Pod obabcbei
red. D.K.Karellskikh. 1950. 144 p. (MIRA 11:12)
(Tractors)

LYZO, Georgiy Favlovich, kandidat tekhnicheskikh nauk; LYZO,
Aleksandr
Pavlovich, kandidat takhnicho5kikh nauk; Borl3ovich,
kandidat tekhnicheskikh nauk; ZAYCHIK, G.L. doktor
tekhnichaskikh
nauk, professor, retsenzent; TWSHINKOV. I.L. karAidat
tekhniche-
skikh nauk, retsenzent; YAKOBI. M.A.. kandidat tekhnicheskikh
nauk,
redaktor; SOKOLOVA, T.F.. tekhnicheskiy radaktor
[Tractor desigmal Konstraktsii traktorov. Moskva, GoB.
nauchno-takhn.
izd-vo mashinostrolt. lit-r7, 1956. 559 P. (MIRA 10:1)
(Tractors)

AAR KID I.B., kandidat tekhnicheskikh nauk; IVANOV,
V.V., k-andidat
'~'_%AnAcheakikh nauk.
Tractors with four drive wheels. Avt.1 trakt.prom.
no.4:5-9 AP 156.
(MLEA 9 8)
(Great Britain--Tractors)

BARSKIT.,,I.B_#.,,kandidat takhnichaskikh nauk;
POLETAY]CY, A.F., kandidat
" __ takhnichookikh nauk.
Problem of field tests for tractors. Nauch.trudy MAXI
no.6:3-7 '56.
(Tractors--Testing) (MLRk 10;2)