SCIENTIFIC ABSTRACT BONDAR, L.N. - BONDAR, N.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206210017-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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ACCESSION: NR' APS020
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dioAVA aln~-tlfutei a Gorfldv Ull-ve stv

BONDARI, L.N.; KROTlKOV, V.D.; STANKEVICH, K.S.;
TSFYTLIN, N.M.
Measurezent of the atmospheric absorption of radio
waves in the
S-band. Radiotekh. i elaktron. 10 no.4:755-756 Ap
165. (MIRA 18:5)

0-- 2j
MID
0=10N AP5010109 U.Rjolo,,?/65/0101004/0755/0756
XH OR: -_Bonftr~' L-
U B.-; Tf 2ytlin:, N.
A
TITM Measarements of decimetex-vave absorption in the atmosphere
'SOURCE: -Radiotekhnika i -elektrohika,, v.- 10 ~9.
no.., 4 65, 755-456
_rp~foa, --at sphe c th -radiation, xadietion
T-AGS::.-, xadlo yavte,~~56 Mo TI exmal
i temperature ~,distrlbution
dT: !Rddio wave a sor -the -aral enrial radiat*
p Jon d: ~from -nat ion
ABSTRA , was measure th
of the atmosphere at the end 5M-ft-va l n hs The cor e o g
vp e gt i: sp ndin
alrectional atterns of the ahtenna,-' 52, anti 72t at the half-pa4er
P system Vere 3
points. The -iertical distribution of the radiation teinperature was
recorded at
night, in clear veather, and at; altitudes ranging from 5 to 500, vith
the direc-
I tional pattern of the radiv*,telescapepassing through the high
galactic latitudes.
'The radiation temperature brightness van determined by comparing
antenna temT)era-
i tures duringreeception to those from discrete rource
0asaiovjia-A.,;','CuT"'eo of F
N atmospheric radiation temperatii-re vs altitude are plotted J.n Fig
'1 of _-Enc.i-osure. nie
~bsor=)tion =nthe 7diiveti
G ;n of the zenith calculated at ulte lr'VeSLI~I.;aLeu
ivavelengths vas 0.06 db +15%. Orig. art. has: I --tigure.
'Card. 1/a

oc"Mothythexame from I
butane. L. S. Ii'mill . I).Z0m.UthlX. lmmmm-
toy State V1lWT1T%W . Pokki$j Akad. Nauk
S.S.
S.R. 72. 881-401VO.-AlreCCAlrotl with dl-Ht
cyclo-
hexylinalonste or CIII(CO16t)o itself,
yields, inmed'd of-
lite rx"ed condensation rod icto.
2.2.3-trinirtlivi-
buirtir and M(,Vmwofir, tit, AV ill.
Thr rrmlioll will. vtt-hk tl,r thim-siml
111.1lomor %.,t hv-
1-luct: Ill". I.J. to 11.1y, 1-ra-VI
vws 1,411MIA floill
the mixt. wills the cycl(Alexyliltaloomir,
whilr Off-
(C(hHt)t gave the tetra-fit
1.1.2.2-ttililleteli.icatt"itvl-
air. tit. 7A fl'. b. 2(ki-W. With PIMP m%
soilveitt m-
.1c"d 44 ITtOll. the Yield 44 1 (Impq In
111%, Tile Orfits
1,wilt"I ill the .-Ii'm 1. Or pl-hu I .-f
11(61 1.- ( ...... III,-
(wilitial chlochle. Typic.11 frActitill:
lite N.t dmv. fl.ml
-Et cyclollexylinallossate ami 41.51 1. NA
ill l", ml,
g, di
at-. R1011 V4:10 itrAtt'l Willi 3 ff. o(
tile Villmide in 11.1 Av~
and the inio. hrot"I ill dil amptil 43
lice, w if%)-
A*. A(trs 44 the wAvirlit (Ow "Will ~1111 Ow
FtOll And may Iw colivrited %oh 111111ilig
lit'l ill flic
Villill file which pplo. ("it and tit. I'll
'111 it WANI rmsillaty),
tile residue Willi IlsO save 18% 1. While
lite irsidttil liquitlipo
vichled 14% 11. the 180-S'. In the man' W"
C11
E nIT
!C0,91)2 gave 0.5 1. 1, 5.5 g a 0.6
ICII(COOK0911. G. %L K-mmilarx-ft

py( 1
t-n of
oc:!
(IMIRA 18: 10)
AN SSSR.

Visshie Zhirnie Kisloti i Yih Otnoshenie K Tuberlmleznim Batsillam
(Higher Fut.
Acids and their Relation to Tubercular Bacilli), Moscow, 1951.

lov,f: AQ. Nook S.
No 2. 9"~I-Metb3
CIIN'aC(CO#Rt)A Imm
gave 49.1% di-Af 24M
shb (30 5
T!rn_1j
177446FF'951' Iii
"Ification W" HO.
D. ra"WO
Khios. Nook 1931,
(90 2') with
No and W CHv(MRt-)*.
save
12-16%
Nhm'CL:41~ 0,902. Remetion all IIJ 9. di-Et cyclo
with 10.7 F. No in MGM, UWn with 92 1(.
brot 14.7 "
brummickbinswe with di
and .1ja pVV 10% ii-ju
9o-8 d'* 0 Mi. mV 1.4 "1. A must seffic Ion gave
I 'i - ~
1.470 124 iz - IND-WO; reac-
tkm with I%1W to give any
ticilmd I-Me amlosI. llownw. the fortution of the di-
cych)bezy1maknole (above) Onwovea the miention of
Hope and PerW (C.A. 3. 3W) about Stirk MWrawe.'
0. M. Kosoistpoff -

BONW-V., L.F'o; QUINEV, R.A.
Higher fatty m-ids. Rewj-.t N,:-*3-.
AI~71-t;ubstitit-bd rjervirtyla-fletIC,
- i
acids. Im. AN SSSR. SF-r* kbinb mell-U99&-42000 165.
(Min 18-c11)
1. InAltuz organ itub--skry khImil im. IN.P.
'"alinskozo 'IN SSSP.

BOND.ARI, L.Ya.
Concerning B.M. Shumiagskii's tables for solving
cubic equations.
Trudy, TASHIIT no.18tl5-17 161. (MMA 18:3)

B)NDAR, M. 1. JAMISMSKI, N.
Automatization of the chippihg of pulpwood in chippers. Tr.
from the Russian.
p. 279. (PRZEGLkD PAPIERNICZY, V01- 10, No. 9. SaPt. 1954,
Lodz, Poland)
SO: Monthly Ust of East European Accessions, (EKAL), LC.
Vol. 3, No. 12, Dec.
1954, Uncl.

Ivanovich; TABACHNIKOV, braill Zuelyevicb; 2=A'Rl
redak-tor; SALININOV, G.. vedushchiy redaktor; HOVIK, A.,
tekhnichaskiy,
redaktor
CPneumatic and hydraulic machine-tool attachments]
Pneimaticheskis
i gidravlicheokie stano, chnya prisposobleniia. Kiev. Gos.
izd-vo
tekhn. lit-ry USSR, 1957. 225 p. (MIMA 10:4)
(Machine tools-Attachments)

BONDARI, M.D.
Antral gastritis. Trudy Inst. klin. i eksp. khir. AN
Kazakh.
SSR 8t151-154 162. (MIRA 17%7)

.1 oil of AA *nUM) c
2W lcjdc- *117'

.
iD Ru3s1=1 -Dpovia~ Ak -a NwA

RSR S, 356-360, 1 M 4; 94 2-L kta IM Rew.

1654.

14 Is "itstra w us~ an tIOCUIC Utalfix simulator with

poles
(nfnplili~ro tor. "Itinj the probIrm 13) Ih StObIlity of a baf

cribid by
"YavTM .1.1in0i 41firrential rjoatims of

f,Viib:wiIsblv coiRidintA,
WPOmpidsort Is

bTt*eeji the eq4tionx oi v
he ifililal qxrem Ana the simulator co

Scleal of 4e

-Set-

bI Idecof trWIzAtIop-of tbe r reaki
if smioy,,Itvi nd

:CL= ve Coupling, ramlys a o twt ton

ih
t-- Le bc curat)? ~f 961datIoL
:The at &Ivo
p

.
4~40docva tin error 7 n seq.), mr.-e-
't%i princ'ip 6'JrL 35pt Ilit

D e A e behairwr of tile 4COTC, a,

~AJU24Wpole]a4luier -Ith that Of1he P vi j"Aripale. the

M. twR

Co kriesy.
a,IRvIrralitoyi Zb~ I
M:2

is f-'Y.

29flo
16, qooa B/198/61/007/005/001/015
;40V~160(1721 D274/D303
AUTHOR: ~ondarf M.G. (Dnipropetrov'sk)
TITLE: Nonlinear oscillation prob'*ems of frictionleBB
systems so%wed by the method of the variable time
scale -
PERIODICAL: Prykladna mekhanika, v. 7p no. 5,1961, 465 - 476
TEXT: By introducing a variable time scale, the nonlinear equa-
tions reduce to linear equations with constant coefficients; hence
the linear theory can be used for solving them. Nonlinear free
oacillationst described by ~A(
2(t) + f(x)fl(x) = 0 (1-4)
are considered. By introducing the variable time Scale
Z - f (X) ; E = T (t) ; + = V (3C) 1 (1.6)
Bqi,V~4) reduces to the linear equation with dOnstant ceoffidente
Z" Z(e) = Ot whose solution is
Card 1/7

29120
S/198/61/007/00t/001/015
Nonlinear oscillation problems D274/D303
Z(a) = A coo F_ + B sin P, to (1-7)
w'liere A and B are arbitrary integration constants, determined
from the initial conditions. Expression (1-7), reduced by virtue
of Eq.(1.6) to the form
f(x) = A coo T(t) + B sin cp(t), (1.8)
is the solution of Eq. (loO and of the equation :F(t) + R(x) = 0.
Por the velocity of oscillations one obtains
:k = B coo cp(t) - A sin T(t). (1-9)
By using the initial conditione t = 0; x = x.; :k = v. one obtains
from formulas (1-8) and (1.9) a system of equations, whose solu-
tion yields
f(x) = f(X 0) coo JW + Vo sin ~M, ~(t) (1.10)
= Cf M - T(O) -
The functions (f and I are determined by means of Eq. (1.6),
repla-
Card 2/7

B/199/61/007/005/001/015
Nonlinear oscillation problems ... D274/D303
cing in it fl(x) by some function ~(,q)q i.e,
d,* d,, fg(x)
dt dt
The solution of this equation yields the integral
dm
T511,= t9 (1.12)
whic~h can be sometimes reduced to an elliptical integrak. Further,
the classical example of oscillations of a mathematical pendulum
with finite amplitude is considered. The ppMulum oscillations are
described by 9 + f sin 8 = 0; (2. 1)
i-ts solution is sin a sin a(t), whence 8 = 2 are sin La sin a
2
(t)j, where
Card 3/7

Nonlinear oscillation problems ...
29220
3/198/61/007/005/001/015
D274/D303
2 sin 0
a = -f V -f
V(sin !,-0) Ojo a(t) = I
+ 4 7g- _(t) + P; are
tg wo (2M.
The phase angle a can be approximated by a linear function
!o 2
a (t) ~Ff[l - !(sin _) It-, (2.7)
4 2
by virtue of a(T/r) Op one obtains from formula (2-7)1
1 LO 2
T 2 IT V ILL [1 + (sin (2.8)
g 4 2) ]'
The accuracy of the obtained approximate expressions is
analyzed.
It is found that this accuracy is sufficient. Furthert the
oscil-
lations of a pendulum whose axis rotates with angular velocity
w,
are considered, The relev#jnt equation is
M - 2
0 W sin O(cos 9 09 where I= --8- (2.9)
tW2
Card 4/7

:nYTTV
8/198/61/007/005/001/015

Nonlinear oscillation problems

D274/D303

If
the function R(x) (see above)
is
expanded in series
and only
the
first two terms retained, th
en

t ax +
PX3
= 00
(2-13)
For initial
velocity vo 0,

X X2(2 +
V IV, 0
P
X2)0082 ii
0
(2-15)

a

A formula, analogous to (1.12),
is
obtained. 'With not
too
large
amplitudeep this formula can be
simplified leading to

-1(t)
= -
'Vt P
(2.16)
where -VW (1 +
I
P x2);
(2.17)

8
a 0

T
-
I
P X2).
(2.18)
VW
8.
a 0

Card 5/7

S/19 61/007/005/001/015
Nonlinear oscillation problems D274%303
The accuracy of formula (2.18) is verified. Purtherp formula (2,,17)
is used for calculating the frequency of oscillation of a string
with an attached weight. In the following, the forced oscillations
of a nonlinear oscillator are considered:
Y(t) + R(x) = F(t). (3-1)
After introducing a variable time acke by Eq. (1.6* one obtains
a linear equation$ whose solution is
f (x) = Acos cf(t) + Bsin TM + I F(T)sin LTM - cf (-r)Jd-r. (3-4)
The method is illustrated by solving Duffing08 equation
+ ax + Px) = 2 0 Cos wt. (3-7)
There are 3 figures and 5 references: 4 Soviet-bloc and 1 non-So-
viet-bloc (in translation).
Card 6/7

8/198/61/007/005,/001/015
Nonlinear oscillation problems D274/D303
ASSOCIATIONt Dnipropetrovsokyy instytut inzheneriv transportu
(Dnipropetrovstk Institute of Transportatiolk
Engineers)
SUBMITTED: February 16, 1961
Card 7/7

29177
S/021/61/000/010/003/008
/I -5'-/oo D251/D303
C_
AUTHOR: Bondarj_MjL_
TITLE.- A new method of solving problems of the oscillations
of non-linear conservative systems
PERIODICAL: Akademiya, nauk Ukrayinslkoyi RSR. Dopovidi, no. 10,
1961, 1274 - 1277
TE.XT: The author considers the equation of free oscillations of
a non-linear conservative oscillator in the most general case
M(t) + F(x) = 0. (1)
.By means of the transformations
x
f(x) = [2 F(u) du j2 (2)
z: = f (X); CF(t); a = f I (X) (4)
T
Card 1/3

29177
3102 61/000/010/003/008
A new method of solving ... -D251YD303
Eq. (1) is reduced to the linear equation with constant coefficients
Z"(P-) + z(F-) = 0
with solution z(F-) = A coa F_ + B sin F,, (5)
where A and B are constants of integration, to be determined from
the initial conditions. By evaluating the phase angle from the last
equation of (4), and writing
LE (7)
dt
the integral cf d t (8)
~o
is obtained. The author applies this method to the classical exam-
ple of a mathematical pendulum of large amplitudep and states that
the method increases the possibilities of representing analytically
the free oscillations of non-linear conservative systems.
Card 2/3

29177
S/021/bl/000/010/003/008
A new method of solving D251/D303
ASSOCIATION: Dnipro etrovalkyy in-t inzheneriv zaliznychnoho trans-
portu ~Dnipropetrovslk Institute of Railroad Transpor-
tation Engineering)
PRESENTED: by H.M. Saving Academician AS UkrSSR
SUBMITTED: April 6, 1961
Card 3/3

413 q00
21355
S/021/61/ObO/011/002/011
D299/D304
601,ji)A~
AUTHOR: Bondai, M H
TITLE: A solution for oscillation problems of a class of non-
linear system .aby'the;*method of variable time scale
PERIODICAL: Akademiya.nauk UkrRSR. 'Dopovidi, no. 11, 1961?
1415-1417
TEXT: By means of a varla~letimeeoale, the nonlinear equation
(1) is reduced to a linear equation with constant coefficients.
The
nonlinear oscillators of type
~2(t
x(t) + N(x) +'P(x) 0
are considered.' Eq* M-may desoribei either free oscillations
or
sustained osoillationo,(depending on the function N(x)).
Setting
TW. N(u)du, v..e., WI(x) = N(x) (2)
Card 1/ 5

A solution for oscillation
21355
8/021/61/000/011/002/011
D299/D304
and introducing the variable time scale by means of
z f(x); e-,~(X) (5)
f,(X)
one obtains instead of nonlinear Eq. (1) the linear equation
iIIQ2,)+
+ z(F_~ 0, whose solution can be written in the form
f(X) - A COST(t) + B sin?(t) (6)
Eq. (6) is the solution of (1) in-implicit form. The arbitrary con-
stant.s A and B are obtained from the initial conditions t = 09
X = X09 1 = voe Substituting the expressions for A and B in Eq.(6),
one obtains
f(X) = f(,xO)Ooa 1(t). + voe9~xo)sinl(t)
where
Card 2/ 5

-21355
B/021/61/000/011/002/011
A solution for oscillation ... D299/D304
(t) 9P M - 7(0)
In order to find the function 41(t) of the phase angle, one uses
the second of expressions (5),
(t) e_~(X) f I (x) (9)
hence
dM t (10)
0 A (17
As an example, the motion of a heavy point along a parabola is
con-
sidered which rotates with constant angular velocity(,.) about
its
vertical axis. The equation of motion is set up. If v 0 Op the
solution is
X xocos'V-) (12)
Card 3/5

S/021 #~/000/0 11 leog'10:1-.1
A solution for oscillation ... D299~D31
D304
From Eqs. (9) and (10),one obtains an elliptical integl~~_l
f the
second kind
E (19 k) 1 - -ks i~nj ~ d P t
0 .0 (13)
where 2
k2 = XO
P2+ x 2
0
An analysis of formulas (12) and (13) yields three possible
cahes:~
1 )/t > 0; 2) /-L= 0; 3)A < 0. Hence the motion of the point, is
ape-
riodic, i.e. the equilibrium (x = 00 y = 0) is unstab The same
conclusion was arrived at by other authors by means Ailalita-
tive analysis. There is 1 figure and 2 Soviet-bloc Vences,
Card 4/5

21355
S/021/61/000/011/002/011
A solution for oscillation D299/D304
ASSOCIATION: Dnipropetrovalkyy instytut 'Lnzheneriv zaliznychnogo
tranBporty (Dnepropetrovsk Institute of Railroad
Transportation Engineers)
PRESENTED: by Academician H. M. Savin AS UkrRSR
SUBMITTED: April 6, 1961
Card 5/5

q
AUTHOR: Bondar, M.G.
43187
8/021/62/OQO/007/006/008
I006/120ra
TITLE: Approximate integration of oscillation equations of
non-linear systems with slowly varying parameters
PERIODICAL-. Akademiya nauk Ukraynolkoy 9SR,Dopo,'4d;) tio.7,
jq6z., glq-ag2,
TEXT: The approximate solution of equations of oscillation
of- non-linear systems with slowly varying parameters is
considered.
The method of variable time scale is utilized. The approximate
solution of the equation of oscillation*of a pendulum
with-slowly
varying length is given as an illustration.
.A390CIATION: DnipropetrovelkU institut inzheneriv zaiiznychnogo
transpor~w (Dnep~.opetrovsk Institute of Raitroai
:Card 1/2

2-10-21/62/000/00~/006/008
1006/1206
...-PRESENTED: 6v 4S t)krS5R
suRm orrip.. Dccember 9 jq6t
Card 2/2

Bm~ p-M.-G.,,EBDndar,, M.H.IP prof.p doktor takhn.nauk
r
Fridgeo shorten the distance* 7alanota. prataia,
no*8t5-6 Ag 162
(MM 1;.-32 )
(kidges, Concrete)

S 021 63 000/003/010/022
D405 D301
AUTHOR: Bondar, M.
TITLE: Approximate.inte-ration of oscillation equation of
nonlinear, systems which are nearly conservative
PERIODICAL: Alcademiya nauk UkrRSR. Dopovidi. no. 3, 19063, 332-335
TEXT: The nonlinear equation
x(t),+*N(x) x't).+ F(x) 0
is considered. For systems which are nearly conservative, i.e. when
the second term of Eq. (1)1is small as compared to the other terras,
e uation can be integrated approximately; for this purpose.
q . i .
Eq- 1) is replaced.by another equation and the variable time-scalle
method is used.,The expressaon~
f(X T,M A cos CP (t) + B sin
1/3

S/021/63/000/003/010/022
Approximate.integration of D405/D301,
will be the.solution of -61 (1) pIrovided that three conditions
and-F respectively)~are satisfied.
(with regard to"P(x), NkX .. 1W,
0 - system-,of 3~differe U
The s e, c,onditi ns,form a ntial equations urhich
cannot be solved exactly. An approximate solution is~obtained
for this system. Two particular cases which are met in practice
are,considered:.The self-oscillation equation and the oscillation
equation of a nonlinear system in the presence of viscous fric-
.~-tion. In the second-case, the.approximate solution has the form
-At
f(x) e Lf (X )c,
o8 ~M + v. sin Mj
0
'By its physical sense, the above approximate method is analogous
:-to the~well-known method of'slowly-changing amplitudes (van der
Polls method),~
:Card 2/3

USS1VCu1tJv--t~-:',7
X)s jour
"Luv biol., 1',-) 9, 1-5", "~353
Author --DO-noar" M.I.
Irst :3.)tmical Gaar~un. AS U37,F1
Title C11) 6
-ical 1-41-ila jucc (Zi--an-7-a
Aquatica L. ) -
Ori f; -1-'Ub 'Tr- sad-E, All U2,211, 1057, it, 78-91
3
U- u Z'
s~-ract " aqLm'u-ica L. whosc natin-a-1 ',ecitnt is ilort-
izorica
an mulula --,)lm-ru of sopa-at'; sx:cs. It is a' 'Vniua~-"
f Onc.
I
m1c. faJdcr crop, mid iVoOmc" a L;r-aiii yic:lcl ilp
mr~/ Its c;vaiii ',us tasted qualities une. cc)
..any nutritive Bubstm~c,.;s. Its absol. wcidit izo 60 L:.
L
Z aquitica L. camioL. cyist outside of water. 1-U'- is woll
accli7mtizc~O- in ttv Gantclinshi.y rayon of th':~ Lcnia--
sh'ayn Oblast (1912). It .:.:3 eAstin[;uip-:cL1 by a rz-'L-~
Cara 1/2
Abs Jour Dioi., ii:, 1c"56, 39353
S' unq that thc; GC;';JS
11j -in ice* 1101-
_1 jUl 11ator., in zioi,;'!~ UnIl aff lk~vcrj
C'ry air -'U-hey L"su th~Ar to ~;0ri-IL'at(:. ' "L**U'
tj~-~~ qLjj.Q,~ period lactS J'v
it tultus 'L,:i.. a-,-iotliur 4-5 (In,Y', 'LO
at jj-jo,(),,,v -uuin'raturcs. A 0-~;ScriPt
L, f wild rice mn-c'. L'-,,-:
j)1!aGQG 01'
. , -r j-j:
itzs blossonia av~ "i'v-
of 1;-C:
A ---,f Wi1c, iu. s'~!-Ctioli 1 3 1 .C:co-1k::1-
ra
Card 2/2
- 67 -

ACCESSION PR: AP4009164 '$/0152/63/000/012/,10057/0059
N
AUTHORS; Pirkisj L. N,; Bongar-i M. V.; Ylimqnok, D. V.,
TITLE: Carbamide deparaffination of hydrofined diesel fuel
SOURCE: IVUZ. Neftl i gaz, no. 12, 1963, 57-59
'POPIC TAGS: deparaffinati6n,,barbamide deparaffination,
hydrofining,
hydrofined diesel.fuelo complex format-ion, complex forming
inhibitors,
carbamide crystals, air'-dried carbamides
ABSTRACT: Investigation of the effect of hydrofining on the
carba-
mide deparaffination of diesel fuel involved the use of refined
and
unrefined fuels. The carbamide pulp used in all the expe:~iments
contained 75% crystallino ca'rbamide and 25% water, 'th6 complex
formation-taking place at room tempe3~ixture. The same conditions
were used in treatment of both the hydrofined and unrefined fuel.
Loss of carbamide activity was found,snialler in hydrofined than
in
unrefined fuel, signifying that the complex-forming inhibitors
are
destroyed in the hydrofining process;, The deparaffination
effect is
considerably reduced by use of.;carbamide which has been treated
with
Card 1/2

ACCESSION NR: AP4009164
unhydrated diesel fuel. The natural depressing-agents are destroyed
in the process of hydrofin~ing diesel fuel. Repeated use of the
water-carbataide pulp for complex formation reduces its activity
because surlace-active substances (complex forming inhibitors)
are adsorbed on the crystalline carbamide pulp. There are con3id-
erably fewer *complex formation inhibitors in hydrofined than in
unrefined diesel fuel. When there are no complex formation inhi-
bitors, the paraffine reacts with Air-dried carbamide. Ori-. art.
has: 2 figures, 2 tables.
ASSOCIATION: UfimskiY neftyanoy :Lnstitut .. (Ufa Petroleum
Institute)
SUBMITTED: 25Sep63 DATE ACQ: 14Feb64 ENCL: 00
SUB CODE: CH, FL NR REF SOV: 003 OTHER: 000
Card 2/2

I BONDAR, M. I. -
Acclimatization of wild rice in the Ukraine. ViszWk Bot.sada
AN
URSR no-1:38-44 '59, (HIRA 13:8)
(Ukraine--Wild rice)

ACCESSION NR: AP4019334 S/0152/64/0001002/0045/0D48
AUTOR: Pirkis, Lo No; Dondar', Ho L; Klimenok, Do VQ
TI-11E : Carbamide deactivation in depai;lfinization of.diesel
fuels
SOURCE: Ivuz. Neft' i gaz, no. 2, 1964, 45-40
TOPIC TAGS: diesel oil deparaffinization, carbamide inhibition,
aluminosilicate
catalyst, oil adsorption purification, carbamide pulp, diesel oil
ABSTRACT: Carbamide-aqueous pulps used in the deparaffinization of
diesel fuels
becomp deactivated by inhibitors which stop the formation of
complexes. The
inhibitors collect on the carbamide surface. The purpose of the
authors was to
find a method of eliminating the inhibitors. They found that
adsorption
purification of diesel oil with aluminosilicate catalyst (pallets,
uncrushed)
at 80 C in an adsorption column achieves the goal. It was further
found that
together with complex forming inhibitors, depressants are also
eliminated. The
more complete their elimination, the smaller the deparaffinization
effect. The
presence of biuret in carbamido. lowers the deparaffinization
effect, It is
expedient to provide adsor
ptLon purification of the raw material for the
Car~ 1/2

ACCESSION NR: AP4019334
elimination of sulfur and natural inhibitors. Orig. art. has: 3
figures,
no formulas, 4 tables.
ASSOCIATION: ufimskiy neftyanoy institut (Ufa Petroleum
Institute)
SmITTED: 26Jul63 DATE ADQ: - 27Mar64 ENCL: 00
SUB CODE:, FPI NO REF 50V: 001 UMER: 000
Cara

PIRKISI L.IT.; 13011DA1,01 I-1.1.; KLIM11110K, 13.V.
-
Car deactivation in the carbamide dewaxini.- ol' diesel fuels.
Izv. v-ys. ucheb. zav.; neft' i gaz 7 no.2.45-4(", (IM-1A 17:3.0)
1. UfLlskiy neftyanoy institut.

BONDARI. L.N.; MLINSKAYA, M.R.; PORFIRIYEV, V.A.; STREZHNEVA, K.H.
Precise measurement of lunar radiation on the 3.2 ca wave-length.
Izv. vys. ucheb. zav.; radiofiz. 5 no./+:802-804 162. (14IRA 16-7)
1. Nauchno-issledovatellskiy radiofizicheskiy institut pri
Gortkovskom universitete.
(Moon--Observations) (Radio astronomy)

BO I
--
BxPorlmont In acclimatizing Zisania aquatical L. ard Z.
latifolia
TurC2. in the Ukraine. Biul.Glav.bot.sada no.33!28-38
159.
(MIRA 12:10)
1. Botanicheukiy sad Akadeall, nauk Ukrainsko7 SSR,
(Ulmaine-WIld rice)

BONDARI M.I.
Raising wild rice in shallow waters. Visnyk Bot.
sada AN MR
no, 2;49-52 160o (Ukruine-Wild rice) (MIRA 14:4)

PIRKIS, L.N.; -BONDAR'p M.I.; KLIMENOK, B.V.
Carbamide dewaxing of hyd-roc.loaned dlesel fuel. Izv.vys.ucheb.
zav.; neft' i gaz 6 no. 12:57-59 163. (MIRA 17:5)
1. Ufimskly neftyanoy institut.

BONDAR7. M.K., inzh.; GOLIDIN, P,.N., inzh.
I
Determining inertia moments of a circular
segment and of
a sector of a ring. Vest.mash. 42
-,io.3:41--42 Mr 162e
(NIM 15:30
(Moments of inertia)

30NDAR, M.M_
.. I "Roman money in the Ukraine" bY H. IU.Braichevs lkyi.
Revietred by
M-M-30nd&r. Dop.AN URSR no.2:256-259 160. . (MIRA 13:6)
(Ukraine--Humismatics, Roman)
(Braichavallt3ri. lf.IU.)

PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 748 - I
BOOK Call No.: AF326416
Authors: BONDAR', M. P., Kand. of Tech. Sci., ORLIKOV, M. L.,
Ka-nd-.--of-T_ech-. Sci., LOPATA, A. Ya., Eng.
Full Title: ADJUSTMENT OF AUTOMATIC AND SEMI-AUT014ATIC LATHES
Transliterated Title: Naladka tokarnykh avtomatov i
poluavtomatov
PUBLISHING DATA
Originating Agency: None
Publishing House: State Scientific and Techn1cal PublIshing
House
of Machine-Building Literature (MASHGIZ), Kiyev
Date: 1950 No. pp.: 275 No. of copies: 7,500
Editorial Staff: Sivay, A. V., Dotsent - Editor
Vasilenko., I. I. Eng. - Appraiser
PURPOSE: This is a hand-book for machinists, foremen and
workers-who
set up and tune automatic and semi-automatic lathes of Russian
make, to familiarize them with the construction of these
machines
and their adjustment.
TEXT DATA
Coverage: Basic types of Russian automatic and semi-automatic
machine tools, their characteristics, their schematic layouts,
their use, their merits and shortcomings are briefly dealt
with.
Then this book describes in detail the individual typical
Russian automatic and semi-automatic machines and the
step-by-step
1/3

Naladka tok:arnykh avtomatov i poluavtomatov AID 748 - I
procedure for their adjustment and tune up. It presents in
detail the preliminary check up of the machines and the pre-
paration of all the needed rigging and equipment for their
analysis and proper adjustment. Various defects and spoilage
of products of automatic and semi-automatic machines are listed,
the caU13es of failures are traced and analyzed, and the
remedies
needed for their correction indicated. A minute description of
individual typical automatic and semi-automatic machines
follows.
-1t,describes all phases of their operation and set up..' and is
substantiated with mathematical formulae and tables for the
final
and other tune-ups. The most widely used automatic and semi-
automatic machines are given specific chapters. These include
the automatic single-spindle longitudinal shaping lathe, model
110; the! one-spindle automatic turret lathe, model 1136, and
its variations, models 1136-U, 1124 and 1124-U; the automatic
single-spindle shaping and cutting machine 1106; the model 116-2
semi-automatic multi-cutting machine and its variations, the
1A16-2 and 1B16-2 semi-automats; the multi-cutting
semi-automatic
machine model 1730 (with tracin& controls); and the six-spindle
automatic bar machine, model 1261. The text is profusely
illustrated and has 25 tables. Some GOST standards are cited.
2/3

Naladka tokarnykh avtomatov i poluavtomatov AID 748 - I
No. of References: 16, Russian; 1938-1948
Facilities: The Kiyev Polytechnical Institute.
3/3

KOROLEY, F.K., dotsent, kandidat takhnichookikh nauk;
BONDARI M.P.
Aener'
-kandidat takhnichaskikh nauk, rodaktors, GALIFER 03
I=
retsenzent; KHATMOVICH, Te.M., profesoorl
doktor'tekhnicheakikh
nauk, retsenzent; IMSTIMNKO. D.M., takhnichookiy
redaktor
[Calculations for transverse planing
machines]'Raschat popeyeohno-
strogallnykh stankov. Kiev, Goo. nauchno-tokhn.
izd-vo mashino-
strOit- lit-27, 19552- 100-P. (Microfilm] (MLRA 7-.10)
(Planing machines)

KRZ.HIVITSKIY, B.N., dotsont, kandidat takhnicheskikh
nauk; BONDARI, M.P.,
kandidat tokhnichaskikh nauk. retsenzent; LOPATA,
A.Ya-.,-G-z"e U-.
redaktor, RUMSKIY. Ya., tekhnicheakiy redaktor.
[Tastening cutting tools on automatic and semiautomatic
lathes]
Kreplenie Instrumentov na tokarnykh avtomatakh i
poluavtomatakh.
Moskva, GoB. nauchno-takhn. i2d-vo mashinostroit. i
sudostrolt.
lit-ry, 1953. 49 P. (MLRA 7:8)
(Lathes)

BONDARI, M.P., kandidat takhnichookikh nauk; KCBUS,
Tu.I., inchener,
~t.
[Automatic and semiautomatic lativis; design and
calculation] Tokarnys
avtomaty i poluavtomaty; konstruirovanis i raschat.
Kiev, Goa. nauchno-
tekhn. iz&46 mashinostroit. i sudostroit. lit-ry [Mcr.
otd-niel 1933.
255 P. (Iathes~ (Automatic control) (HLRA 7:6)

.BWARI Mikhall.Pavlovich..kandidat tekhnicheikikh
nauk;.ORLIKOV, Mikhail
11-i6vi-ch-,'I#~ialdat takhnicheakikh i2*,9k;.LCPATA,
Aleksandr Takoylevich,
kandidat takhuiqheakM nauk; DUINSHY,-L.N., inzhener,
retsenzent;
Scibut MO., redaktor.
[Repairing automatic and semiautomatic lathes] Naladke,
tokarnykh ayto-
matov I poQUawtomatur. Izd. 2-oe, perer. Kiev. Gos.-
nanchno-takhn.
izd-vo mashinostroit. lAt-ry, 1956. 341 p. (nn 9:5)
(Lathes)

-VJAw;7~v-w-n
TEPINKICHIYEV, Vladimir Karpovich; ZAMANSKIY, S.M.,
inzhoner, redaktor;
LZUTA, V.I., redaktor izdatel'stva;,,,BO~'~-kmga*jFandidat
tekhnicheskikh nauk, retsenzent; HUDRDSKIT, Ta.V.,
tokhnichookiy
redaktore
[Overload protectors of machine toolej Prodokhranitellnye
ustroletva
ot peregrufti. stankov. Kiev, Gos.n&uchxo-tekhuAzd-vo
mashinostroit.
'it-rr, 1957. 13? P. (MIJU 10:6)
(Automatic control) (Machine tools)

MALITSEV, VaEiiliy Fedorovich; BONDARIAji.P.-rdoteent,
kand.tek1m.naidc.
retsenzent
[Free-wheeling roller mechanisms] Rolikovye inelffiani=.V
svoboanogo
khods. Moskva, Gos.nauchno-tekhn.izd-vo mashinostroit.lit-ry,
1959. 178 P. (MIRA 12:10)
(Mechanical engineering)

Ali

25(7) PHASE I BOOK EXPLOITATION SOV/3072
Bondarl, Mikhail Pavlovich, Aleksandr Yakovlevich Lopata, and
Mikhail
Tokarnyye avtomaty I poluavtomaty (Automatic and
Semiautomatic Lathes)
Kiyev, Mashgiz, 1959. 450 P. 30jOOO copies printed.
Reviewers: I.I. Kufturskly) Engineer) and V.V. Korshunov;
Eds.:
V.I. Leuta, Engineer, and M.S. Soroka; Chief Ed. (Southern
Divi-
sion, Mashgiz): V.K. Serdyuk.
PURPOSE: This textbook is intended for students in technical
and
trade schools.
COVERAGE: This textbook describes constructions of automatic
and
semiautomatic lathes used in Soviet industry. The technology
of
machining as it applies to turning operations on different
types
of lathes is discussed. Questions of maintenance.and setup of
lathes, safety precautions, and the organization of the work
area
are examined. The authors thank A.I. Tereshchenko, S.M.
Zamanskiy,
Card 1/6

Automatic and Semiautomatic Lathes SOV/3072
A~I. Rostovtsev, P.V. Levashev, and Ya.P. Mezivetskiy of the
Moskovskly stankozavod imeni S. Ordzhonikidze (Moscow Machine
Tool Plant imeni S. Ordzhonikidze) and the Kiyevskiy stankozavod
imeni Gorlkogo (Kiyev Machine Tool Plant iment Gorlkiy) for their
presentation of material on new automatic lathes. There are 13
preferences, all Soviet.
TABLE OF CONTENTS:
Foreword 4
Ch. I. General Information on Automatic and Semiautomatic Lathes 5
1. General concepts of the automation of metal cutting 5
2. Types of automatic.and semiautomatic lathes and their
operating principles 10
3. Motion control 24
Ch. II. Standardized Units and Mechanisms of Automatic and
Semiautomatic Lathes 27
1. Lathe bed 27
2. Headstock, spindle block, and table 28
3. Speed drive 28
Card 2/6

Automatic and Semlautomatt(i Latheo SOV/3072
4,
Turrets
33
9.
Spindle drums
36

Mechanisms for intermittent
turning and poaitiorLing of

turrets, spindle drums/and
tables
38
7.
Rest
s and mechanisms for driving rests
45
8.
*
Clutches
50
9.
Mechanisms for automatie blank feeding
57
10.
Automatic clamping mechanisms for blanks
65
11.
Hydraulic
equipment
74
12.
Lubrication
86
Ch. III. Single-spindle Automatic Lathes 88
1. Model 1106 automatic form and cutoff lathe 88
2. Single-spindle automatic form-turning lathes 94
Ch. IV. Single-spindle Semiautomatic Lathes 146
1. Models 116-2, 1A16-2, and lB16-2 multiple-tool semi-
automatic lathes. 146
2. Model 1730 multiple-tool semiautomatic lathe 161
Card 3/6

Automatic and Semiautomatic Lathes SOV/3072

3.
Model 1722
semiautomatic copying lathe
177
Ch. V.
Multiple-spindle
Automatic and Semiautomatic Lathes
187
1.
Kinematic layout,
arrangementp and operation of models

1261m and 1262 M
universal bar-stock automatic lathes
187
2.
Kinematic layout,
arrangement) and operation of'model.8

1261 P and 1262 P
semiautomatic lathes
217
3.
Kinematic layout, arrange Iment,
and operation of the -

model l265 automatic six-spindle
bar-stock lathe
241
4.
, and operation of 'Model
K~nematia layout,, arrangemeqt

.
124o-6 six-spindle automatic lathe
256
5*
Kinematic layout,
arrangement, and operation of model

1284 vertical six-spindle
semiautomatic lathe
268
Ch. VI. Technological Process of Machining Parts on Automatic
and Semiautomatic Lathes 287
1. General information on turning operations on automatic
and semiautomatic lathes 287
2. Establishing the sequence of operations 288
Selection and calculation of cutting regimes 298
Accuracy and surface smoothness of parts machinea on
Card 4/ 6

Autor4atic and Semiautomatic Lathev SOV/3072
automatic and semiautomatic lathes 307
5. Technique of some operations performed on automatic and
semiautomatic lathes 312
6, Accessories for automatic and semiautomatic lathes 335
Cho VII. Setting Vp Automatic and Semi4utomatic Lathes 368
1. Calculating and outlining the setup 368
2. Figuring cams for operation 373
3. Preparation of accessories 377
4~ Analysis of setup sheets 379
5. Tuning the lati:e ~98
6, Setup adjustment 11
7. Causes of rejects and remedies 416
Ch. VIII. Operation of Automatic and Semiau
1. Care of automatic and semiautomatic 1
2. The use of coolants
3. Organization of work and the work pla
man
Card 5/6
-Z -_7
gim
pa
M
MWU~W-R~-110

d Semiautomatic Lathes
W'omatlc an SOV/3072
4. Testing 432
5. Safety measures to be taken in the operation of automatic
and semiautomatic lathes 436
Appendixes 441
Bibliography 449
AVAILABLE: Library of Congress
VK/bg
Card 6/6 2-9-6o

PHASE I BOOK EXPLOITATION SOV/4639
Bondar', Mikhail Favlovich
Novoye v konstruirovanii mekba-M zmov (New Aspects in the
Designing of Mechanisms)
Klyev, Gostpkhizdat UkrSSR, 1960. 191 P. 5,000 copies printed.
Ed.: G. GavTilova; Tech. Ed.: S. Shafeta.
17JRPOSE. This book is intended for engineers and students
engaged in the design,
repair and operation of various types of machinery.
COVERAGE: The book deals with a new method of designing
mechanisms, in which
friction forces, clearance in Joints, and three-dimensional
nature of forces
are given more exact coneideretion. The basis of the method
presented is the
computation of separate kinematic pairs, with due
consideration given to the
nature of acting forces and reaction determined in conformity
with the contact-
stress problem of the theory of elasticity. Sample
calculations are given. No
personalities are mentioned. There are 35 references: 33
Soviet and 2 English.

BONDARIP M9P-p doteentp kandetekhn.nauk; FEDORETS, V.A.,
inzh.
Coefficients of static friction* Vest.mash. 41
no.4:30-32 Jp
161. (Friction) OIURA 14:3)

BONDAR19 MoP., kand.tekhn.nauk
Starting efficiency of machines and its
determination. Mashino~
stroenie no.6t9q-br, N-D 162, (KIRA 16:2)
T-S
1. Zaporozhakiy mashinostroitellnyyinstitut.
(Machinery-Labor productivity)

BONDARI, M.P., kand. tekhn. nauk
- -------
Rated dotermination of the slip of rolling cylinders.
Vest. mashi-
nostr. 41~ noonr34-36 N 164 (MIRA 180)

FONDARly M.P." kand. tek~jl. nfiuk,- SVjjtj~,)V,- A,q.;
In--h.
-Iricreaslng the re2labillty of cam-leve-. cf
aut0yru'U--;.--
sipg-Le-spindle i-,arret lathes. Mashinostroenie
nojgl6-18 YT-je
165. MPA 18%6)

BONDAA1 I M. V. -- I'Vitainin TIC-11 in Newborn. fl
~Dissertations For Degrees In Science
and Engineering Defended at USSR Higher Educational
Institutions)(29) Ukrainian Sci Res Inst of Protection of
Mothers and Children, imeni Hero of Soviet Union Professor
P. M. Buyko, Kiev, 1953
SO: Knizhnaya Letopis' No 29, 16 jully 1955
* For the Degree of Candidate in Medical Sciences

- P77T tp~ I - - - - V - - - - - - -- ---- - --- - - - - - -
- - - -
- M~
Hurran Nutrition
Dissertation: "Vitamin C in Newborn Infants." Cand Med Scl,
Kiev Order of
4.,bor Red Banner Mr-Aical Tnst Jreni Academi -inn A'. A.
Roromol .vets, 25 ' ar r4-
M
(Pravda Ukrainy Kiev, 15 Mar 54)
SO: STTM 213, 20 Sep 1954

BONDARI, M.V., kand. mad. nauk; DASHMICH, V.Ye.; SADOVSKAYA, A.G.
Edematous form of the hemolytic disease in newborn iafants. U-~h. -4
gin. no.6:52-56 N--D 163. (MIRA 17.-22)
1. Iz Ukrainskogo nauchno-issledovatellskago instituta okhrany
materin-
stva i detstva iment P.M.B4ylko (direktor - I-and. mod, nauk
A.G.Pap).

-BOIMO,__M.Ya., tekhnik-mokhanik.
MWAWMK
Utilizing discarded connecting rod bnehings of the B-54
engine.
Hekh. oil'. hoop. 9 no.l.-15 A 158.
(Bearings (Yachinery)) (Tractors-11agines)

BONM, M.Ya., takhnik-mokhanik
- --- , - ,
- ,F"
Vulcanizing worn rubberized belts. Mekh. sell. hoop. 9 no.9:15
5 158. (Vulcanization) (MM 11:10)

BONDARI -M.IYa., tokhnik-makhanik
How to eliminate defects in cast-iron parts of tractors.
Mekh.silf.hosp. 10 no.12:14 D '59. (MM 13:3)
(Tractors--14aintenance and repair)

KOZLOV) F. (g. Rovno); SOKOLOV, P. - CJIEM~SOV, N.;
YERKIN, It.;
SHCHEGLOV* A" instruktor; DOND.1 R I .
-11---11-ORSHCHI-ENT Y S. . inzh.
(Kazani);'SOKOLOV, S.; BARINOVA, Z., inzh.
Readers relate) advise*and criticize. Sov. profsoiuzy 18
no.18:32-
33 S 162. (MIRA 15-9)
1. Neshtatnyy korrespondent zhurnala "Sovetskiye
profsoyuzy" (for
K02lov). 2. Rukovoditell lektorskoy g-ruppy oblastno~*
soveta
professionallnykh soyuzov, (for Sokolov). 3. Rabotnik
ob"yedineniya
"Sellkhoztel-hnika", Tlumachskiy rayon, Stanislavskoy obl.
(for Cherkasov)- 4- Zaveduyushchiy Chelyabinskoy
yuridicheskoy
konsull'uatsiyey professionaiinykh soyuzov (fo-, Yerkin).
5. Rayonnyy
komitet professionallnogo soyuza zheleznodorozhnikov
Karagandin0cogo
otdeleniya Kazakhskoy zheleznoy dorogi (for Shcheglov).
6. Sekretarl
postoyanno deystvuyushchego proizvodstvermogo
soveshchaniya
tsentraltnykh rei%ontnykh masterskikh tresta
"Ukrgazneftestroy,,
Kiyev (for Bonda,~I). 7. Zaveduyushchiy neshtatnym
otdelom truda
i zarabotnoy platy pri Kalinin,skom oblastnom komitete
professionallrogo
soyuza rabochikh stroitelletva i promyshlennosti
stroitellnykh
materialov (for Sokolov). 8. Krasavinski 11 ambinat, g.
Krasavino Vologodskoy obl. (for Barinova~ . nok
4abor laws and legislation) (Trade unions)
(Russia-industries)

BDX = 1; N., inzhener.
A leading tmck fleet. Ayt.transp- 34 no-2:34 F 156.
(-MLRA 9:7)
(Kiev--Trangportation, Automotive)

B(MARI.-A., Whener.
...
Efficiency innovnters of the auto repair industry.
lvt.tranap.34
no-5:35 My 156. (KIRA 9.9)
(Kiev-Autem*blles--RepRlr)

BODARI, N.
---- If - -- - ---
;"," "
Improved blocks used for relieving springs and tires
of stored
motortruckB. Avt.transp. 35 no.2:23 F 157. (MIRA
10:12)
(Motortrucka)

BONDARI N. tekhnik-mekhanik; GONCRARENKO, V.; ANDREYET,
V.; AVLAKHOVA, A.
Editor's mail. Okhr,truda i sots.strakh 5 no.10.32-33 0
162.
(MMA 15 -.11
1. Remontno-mekhnnicheskiya masterskiye tresta
"Ukrgazneftestroyu,
Ki-yev (for Bondarl). 2. Tekhnicheskiy inspektor
Sevez-o-Osetinakogo
oblastnogo soveta, professionalvnykh soyuzov, g.
Ordzhortikidze (for
Goncharneko). 3. Starshiy inzh. po tekhnike bezopasnosti
Stroytresta.
No.159, Tashkent (for Andreyev). 4. Pt-edsedatell
gorodskogo komitets.
professionalcnogo soyuza meditsinskikh rabotnikov, g.
Yalta (for
Avlakhova).
(INDUSTRIAL HYGIENE)

NAZARMO, P. (Astrakbani); YURKOVA, T.; BONDARI.-N,
tekhaik;
PANCHENKO, V.
With public participation. Sov. profsoiuzy 19
no.1:2 Ja 163-.
(MIRA 16: 13
1. Chlen soveta kluba 17ubitelay teatra pri
TSentrallnom Done
rabotnikor iokusetv,, Mosk7a (for Yurkova). 2.
TSentrallwe
remont?We masterskiya tresta wUkrgianetftestroy..
Kiyev (for
Bondarl). 3. Direktor mazykallnoy shkoly na
obshchest7ennykh
nachalakh, g.'Arte-movsk, Donetskoy obl. (for
Panchenko).
(Co=unity centers)

STAROVEROV., Yu. (Astrakhan 1);.3DND&R-l -Hi,
(Kiyev); NEPOWYASHCHIY V
(Llvov); VAIASHERKO, Ai ~(Kravaodar); LIPOVSKIY,
G.I(Minskj;
AMMAN, A. (Sukhumi)
Editor's mail. Okhr.truda i sAs.strakh. 6 np.2:28 F
163.,
(Industrial byg+e) (MM 16:2)

28(l) SOV/118-59-1-6/16
AUTHOR: Bondarl, N.D.gDeputy Chairman
TITLE: Technical Progress in the Textile Industry (Tekbnicheski
progress v tekstill-noy promyshlennosti)
PERIODICAL: Mekhanizatsiya i Avtomatizatsiya Proizvodstva, 1Q.59,
Nr 1, pp. 25-28 (USSR)
ABSTIL'ICT: The author states, that while an increasing number of
textile plants are extending mechanization of basic
technological processes, manual labor still dominates
the scene in most of them. The number of workers em-
ployed in spinning mills on auxiliary work and trans-
portation reaches 25-3TIo' of tdtal personnel strength.
Inthe weaving plants the figure even reaches 411%. The
author enumerates a number of basic applications.of
mechan-ization, e.g. cranes, conveyers, elevators, elec-
tric trucks, transporters, etc. in a number of plants,
such as the Ivanovskiy melanzhevyy kombinat (Ivanovo
Card 1/2

SO-V-1118_59_1 _:7 I-
I _/_L0
Technical Progress in the Textile Industry.
Melange Combine), -the Lyubertski7 kovrovyy combinat
(Lyubertsy TZu- Combine), the Kineshma . factories Nr.1,2,
the combine imeni Kirov, the factory imeni Balashev,
Tb-e textile the Moscow factory
imeni Vrunze, the plants '!Xr'~snaya'Vetkall, "Krasnaya
Talka", the Dedovsk carton plant, the Cheboksarskiy
khlopchatobumazhnyy kombinat (Cheboksary Cotton Combine)
and a number of small factories of certain Sovnarkhozy,,
The author'also mentions certain innovations and work
pro~_-ess improvements in certain textile plants, stressing
the need for a greater degree of mechanization. On the
whole. the article is general in character, devoid of
detaiied and summarized data.
ASSOCIATION: Gosudarstvennyy nauchno-tekbnicheskiy komitet Soveta
Ministrov RSFSR (State Scientific-Technologicall Committee
of the Council of Ministers of RSFSR).
Card 2/2

BOIMARIY N.D,
Foreign equipment at the international fair in Zagreb.
Biul.tekh.-
ekon.infom,Goo,nauch.-imal.iriat.nauch.i takh.inform. 18
no.1:38-
40 A 165. (MIRA .18:4)

BONDARI, N.D. --4
Advanced practices In tecbnical progress to be applied
by
all textile enterprises. Taketsprom, 19 no.12:12-15 D
159.
(MIRA 130)
1. Zameatitell predeedatelya Gosudarstvennogo
nauchno-takhni-
cheskogo komiteta Soveta Ministrov RSBR.
(Textile machinery)

BIUIIIKO,, M.I.;- WIDAR., N.F.; LEBEDEV, V.F.
[Iebedierl V.F.J. KIL 'S,
Type GIP5-LI and GIP5-12 infrared absorption gas an
Olyse-rz-,
Khim. prom. [Mcr.] no.lt5l-53'Ja-M-163 (MIRA 17 -47)
1. LisichansUy fl"lial DKBA.

- *BO',,'DA R) --- N.- G. CAND Toch Sci
Dissertation: "Rigidity and Froquency of the Natuaral
Vib-.rati,-:ns of
Bridge Arched Structures."
16 Mar 49
Moscow Order of Lenin Inst of Railroad Engineers
imeni I. V. Stalin

)Ol
O

1,
W
J

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saildd M p P

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- liL"3lA(,X)ljl

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suop

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R
a
kA
-,)SotlA

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aml

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of +

eds

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POI of Ci!,\ pChurp

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repo !P-Oj!i,OjUl aq~
lap

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jo urmr
u- ~

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.ljvwa,

EONDA.R', N.G.
FreTuency of plarie, free and oontinuous vibrations of
Ilointless., parabolic-1. wand
cNaln arches of a varled cross mAion'
Inzh. sbor. no. 11, 1952

Witheinatical Revieve
VOL 15 110. 4
Apr. 1954
Mechanics
Dynwalcal stability ar4 vibratintis of 0
puaUlicarcs.' Akad.Nauk.%glr =Nzereul
Sbaimik 13, 87-102 (1952)7Tft`u-ss",anT--
Ve paw-. deals with bending vibrations of a syrnrattrical
parabolic arc, damped at both ends, and -6kes into con
6ideration that the shape of the arc changes during the
vibration. By this, the problem becomes non-linear. First
the forcl jqr4tions of a massless elastic arc with a *tight
4.A
-a C(i der
iti t1ii I poin un a
poipt are dealt with. The equation of motion becomes a
very complicated non-linear integro-difTerential.equatioti.-
An approximate solution of this equation is found by sub.
:~tituting for the term representing the inertia-forces the
exprcssion calculated from the corresponding linear problem,
i.e. the same problem solved by neglecting the change of the
.,shape of the arc. Then the mode of vibration is determined
by Mathieu's equation, from which can be condvdedwhat
choices of the weight Wthe midpoint, the amplitude and
the frequency of the applied force will lead to instabiliw.
- In the second part of the paper the vibrationo of a horno-
genepus heavy ard under a uniformly distributed periodic
;oad are treated-in the-vame way... W. H. Afulle

Dynade Problems of the Theory of Elasticity and Plasticity
Diesertationt: -- "Dynanics of'Rod System (Arch Brid ss)*"
Dr Tech Sci Inst of
Construction Mechanics, Acad Sci UKrSSR, Kiev, 1953.
IReforativnyy Zhurnal --
Mekhanika,, Moscow,, Mar 54)
50: SUM 213, 20 Sep 54

--
BOITM, HAV.; SAVIN, H.M., diyanyy chlen.
Electric model testing of vibrations and stability of rod
systems. Dop.AH
URSR no.5.,375-382 '53- (MLRA 6;10)
1. Akademiya nauk Ukrayinalkoyi RSR (for Savin). 2.
Dnipropetrovslkyy inety-
tut inzheneriv zaliznychnoho transportu im. L.M.Xahanovycha
(for Bondar).
(Electric testing)

124,7, Dondar", N.- G., Aution of dozimic nroblevu~ of rtj
-CV-StemITY ~In
Al-q-t, Naid; 5&V 10, K- lll'~ I
oti pu- ifjiis woik by Tef iltaurn and
al equations of
Guiell"er (1~19) 6n.the ;olution of dificronfi.
beams wAls discrete masses by,rneans of Llw-trio modek ne"
consist of 2n oscillAWr,,#* circuits (n riuralter of dogror-4 of
freedoin)
with conderlmrs and coils in parallel, roinneard by condenscre. ff
inagnelic flux"- or the coriupnding One Integrals of tensi,)n are
taken w generalized coordirlittes (second kind of electromeebani-
Conditionc. of similitull&and Ole clitliva of parnincters. for itkc
triz,irixle]R arp.JL-.-u--ed first under The usuniption that tbo
initial
Of-iodrilinatrzi And their thno derivatives are zero. Ex.
Orimental fend(W for frequeneicit of frep vibrati5na i;i el".1 He
modo)a of tin arrh, with dAmped end-i jmd of ~a beam oil two slip
tire. rom +to 10 livi(m
thv Ow"retival YOuts. M ... Mica
tionli, of.cleAliv- n161tilo tire Own dkcu~41 if vismils frictil,n
nitist
tilken intil rwc,~Alilt or it (Aht"' hiltilit 1-Irlildi(ioll, fire
vi-t-ii1wd.
V;lmltiulln of, arrill find, fralues wIt mv-1111"Ilt'l 1114-11
all-Oliolls cum IYU44.11tit with 1,.v votills-Ung two ul(wtriv modeN
(it
tho hy llwa!w of I.: inlonsors uudru4iq!A)rq. - Caw4tl of
diw-n-p-ttwies Ow. rl-Aulti hi Ch'.0ril? illodcls
al"fin thp, st_ritt
tifwtioll, Ot I-tri't for it 1watli litill w1 lin it !..IV
w1wre the arv ri-Im - olOul by (A '(-A it;
bari,
OuNArivul (htwt kind fit v)14.trfj?lu~ wilde'.-Il lovill egivA
A. Nulwlj, Yug,'Anvin

- - ___ __ - - - - - - - ___ __ ___ - - - - - - - - __ - - -
- -
BOLOTIN, V.V.
Remarks on N.G.Bondar's article wDynamic stability and
vibration of
non-hinged parabolic archesm (Insh.sbor. 13 152). Insh.sbor.
17:214-
215 '53' (MMA 7:5)
(;xches) (Bondar, N.G.)

BONDARI, N.G., doteent, kandidat tekhnicheskikh
nauk.
,
Dynamical calculation of beams subjected to moving
loads. Issle-
dovaniia po teorli soorashenii. Sbornik statei,
no.6.-II-23 154.
(WaA 7:11)
(Structures, Theory of) (Strains and stresses)
(Ilastic
plates and shells)