SCIENTIFIC ABSTRACT BONDAR, V.D. - BONDAR, Y. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206210019-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

67882
Some Exact Solutions of the Equations of S/020/60/130/06/011/059
Compatibility for the Components of the Deform- B013/BO07
ation Tensor Under Simple Load
first indices are linearly interdependent. If T11' ~22' ~33
are chosen as arbitrary functions, one obtains ~12 - a~jj~
~ b~lj; 1 21 t~22; ~31 ~ 2. T33o T32 ' A ~331
'P13 ~21 - a T221 ti'23 = a b b -
where a and b are arbitrary constants. This corresponds to the
following values of the components of the tensor of finite de-
formation (with arbitrary 0 E, 1 1
t22 33)1 E12 - !(a&-11 + 7 &22),
6 1(bs- F
13 - 2 lbF-33), F-23 2 a -22 + I F33) . There are
b
2 Soviet,referenoes.
ASSOCIATION: Matematicheskiy institut im. V. A. Steklova Akademii
nauk
SSSR (Mathematics Institute imeni V. A. Steklov of the kcademy
of Sciences of the USSR)
PRESENTEDt November 9, 1959, by L. I. Sedov, Academician
SUBMITTED: October 29, 1959
Card 4/4

BONDARI V.D. (Novosibirsk)
Tensor characteristics of finite deformations of a
continuum.
PrikI. mat. i mekh.-25 no-3:508-518 My-Je 161. MRA 14:7)
(Deformations (Mechanics)) (Calculus of tensors)

BONDPR I . V. D.
One representation of a tensor function. Dok3..
AN SSSR W
no.1:16--*18 IT 161, (IMA 14 ' 11)
1. TTovosibirskiy gosudurstvennyy universitet.
iradstavleno,
akadavdkom L.I. SedovN7,.
(Calculus of tensors)

BONDARIt V.D. (Novosibirsk)
On the ponsibility of considering the deformed and
stressed
state of a medium as the initial state. Prikl.
mat. i mekh.
27 no.1:135-141 -Ta-F 163. (MIRA 16: 11)

.,S/040 3/027/001/015/027
%36
08
4UrL MR. BonAar V. (Novosibirsk).
TITLE: On - the ossibility of considering the stress-strain
state of a medium: 4P ~he initial state
PERIODICAL. I naya ikd' i' me
Iriklad materipat Ichanika, V
27, no. 1,
1963, 135-14T
TMM Using tensor mi3thods.1 the,huth6r investigates th6
mathematical- conse queue es--bf Considering -A medium as. a sccand
ird-tial
u stzite,.- A.. number of: coneltissions- -are ; draim as
(corresponding to ph:~sical phenomena), may be ignored it is shoinn,
their two first dcriva-_
f or -wc 1e that Mhen t4e , displacements and
tives h resp6ct ~to' the cooidiriates. are all small, that,the dopen-
Aence -of the maseive force - oiri the stress may be ignored. a brief
discussion'is. igiven of an. elastic_'plastic mediura,' based on the
-postu-
late of D.Go DrucIter.
SU M-UTTED 4uly 5" 196Z
A:j
'Card l/V

B01ML111, V.G.
GeIeBtita d6posit sasoclated w1tb kydrotbernal activity, of
traps in the Siberian Platform. Zap.Vses.mIn.ob-va 88
no.2:177-180 '59- (MIRA 12:8)
(SIberlan Platforirr-Celestite)

DERBAREFDR ER, M.I.; SIEREERENNIKOVA, K.L.;
TERNOVSKIY, V.k.; Fririmali
uchastiye; SHAROV, P.M.; NOVIKOV, L.Z.; LUr-,IY---,
E.I.; P-IS'IE-N,
M.K.; MRABIN, A.I. [de-ceaaed]; KGSTIN, L.I.-
FROLDIT, V.P.,,
MENEM, F.V.; GELIMMANOV S.G.; BONDARI V.G.- TIMHEYEV,
P.I.; ~UNINA' L.V. MUKKOV F.F.
T.Ye.; NUDELIMAN, V.G.
Gasification of mazut wider pressure in a
-stz--m-oxygen blast.
Gaz. prom. 9 no.11:49-50 164. WIRA 17:12)

BONDARI, V.I.
-
Precision and smoothness of machining with a V.Kolesov
cutter.
Stan.i instr. 25 no.2:30-32 1 #54. (KWU 7:5)
(Cutting tools)

AXCLIZIU. L.Ye.; BOROZDOV, I.A.; BEDILO, V.Ye.; TME F.R.
Prinimali
uchastiye: MMYAUV, P.R.; BRUMOY, N.V.; BUMI, V.A.; VAR
VSM,
I.N.; D=O, V.P.; TUMOV, V.S.; DUGIN, Ye.V.; IUKALOV,
M.F.;
IVANOV. P.S.; XONARSTA, V.F.; MONIN. M.I.; MOGILKO,
A.P.; PANCH9WO.
A.I., PCKnYUKOV, S.N.; MIKHODIKO, N.D.; RUBIN, I.A.;
SIDMENKOO
P.A.; TYUTYUHIK, Ye.I.; EDMINITSKIT, L.Ya.;..j301ffMR'q
V.1 ;iKRIVT3OY,
A.T.; LCKSHIN, V.D.; SDFITWO, N.P. RABIIIK43.~Z'-..
BOLDYREVA. Z.A.. takhn.red.
(Types of mine croon section] Tipovye BachonM-a--garnykh
vyrabotok.
Moskva, Go9.nauchno-tekhn.izd-vo lit-ry po gornomu dalu.
Voi.4.
(GroEss section of mines supported by a aectional
reinforced-concrete
'Lining of URP-11 panelB for l-, 2- and 3-ton railroad
cars] Sechaniia
vyrabotok, zakreplannykh sbornoi zhale-,obstonnoi
krapliu iz plit
URP-II, dlia l-, 2- 1 3,tonnykh vagonatok. 196o. 275 P.
(MIRA 13:12)
1. KharIkov. Gosuderstvannyy proyektnyy inatitut
Yuzhgiproshakht.
(Mine timbering)

SEWO, M.F.; BONDAR', V.I.
Inve!;tipating the averaFing of the
thermoelectromotive force of
naturnl thermocoup) es. Trudy KhPL Sor.mash. - - 19
no -5: 19-29,59.
- (KRA 14:9)
(Thermocouples)

:1111.1 1. VOLOSHINAP N.M., inzh.; BONDAP.I. V.1., inzh.
Yenakiyevo metallUrgical plant. MetallUrg 8 no.9tr"-1-23 S
163,
(MIRA 16tlO)
(Yenakiyevo--Iron and steel plants)

BoNuR, . v. 4,
..................
*Automatic and semi-automatic flux welding.* D.Vainboic. ReTieved
by V.3ondarl. Avtom.svar. 6 no.4,.8Z-84 ii-ig '53. (MLRA 7: 11
1. Institut elaktroevarki im. Te.O.Patona Akademii nauk USSR.
(Ilectric welding) (Taluboim, D.)

XAZIMIROV, AA.; B01MI, V-1h.
Zou~le-arc welding 6f shoot strips on a -ego tio stand.
Avtom.
ever. 6 no.5:60-66 2-0 933. (K= 7:11)
1. Institut *lektrosvarlil Ia. To.O.Patona Akademii nauk
UOR.
(Steel-Welding)

-00 N D H 1i) V. vvn.
AID F - 484o
Subject USSR/Engineering
Card 1/1 Pub. 11 - 13/13
Authors Ka,zimirov, A. A. and V. Kh. Bondarl
Title Improved electromagnetic welding sets for assembly work
Periodical Avtom. svar., 3, 102-107, Mr 1956
Abstract The two latest models of welding units developed at the
Institute of Electrowelding im. Paton for the automatic
welding of the metal sheets up to 20 mm thick used mostly
in the shipbuilding industry are described. Five drawings,
2 graphs. 4 Russian references (1951-53).
Institution Electrowelding Institute im. Paton
Submitted 6 D 1955

18(5)~ 25(5) SOV/125-59-9-1/16
AUTHOR: Kazimirov, A.A., Candidate of Technical qciences,
Bondarl, V.Kh., Meshkov, V.V., and lozovskiy,V.P.,
ngineers
TITLE: Three-Electrode Automatic Welding of Pillet and Groove
Welds under Powder Flux
PERIODICAL: Avtomaticheskaya svarka, 1959, Yr 9t PP 3-12 (USTR)
ABSTRACT: In large serial production of structures with long
welds, such as beams, columns, tubes, wings, etc., the
speeding-up of-the welding process plays an important
role. This impelled the Institute of 'P-I-Ilectric Welding
imeni Ye.O. Paton, to carry out systematic research
on welding under forced conditions. In 1946-1948, the
Institute worked out the process of automatic welding
under powder flux permitting making the longitudinal
groove welds at a speed of 100-120 m/hour. Later on,
the process of double-are welding was introduced and
Card 1/3 raised the welding efficiency up to 150 m/hour. In

SOV/125-59-P-11/16
Three-Electrode Automatic 15elding of Fillet and Groove
Welds under
Powder Flux
1955-1956, resenrch on technology of three-elec'Frode
automatic welding of large-section double-T beams was
conducted. On the basis of experiments, it was deter-
mined that groove welding of beams having wallsides
B-20 mm thick, ("Rig 1), can be accomplished by the
three-electrode method at a speed of 100-180 m an hour.
Three-electrode welding can be performed using a 3-6
mm electrode wire; for this purpose both direct and al-
ternating current can be applied. Welding with the
first electrode provides good results independently of
wheftr its current differs from that of the other two
arcs. The fi-rst arc heats the edges to be welded, the
second and the third increase the depth and width of
fusing; combined action of all tI-ree electrodes per-
mits welding at high speeds, which are unattainable
when other methods of arc welding are used, Tables 1
Card 2/3 and 2 give specific conditions of welding for
two-si-
ded groove-welds. The three-electrode process enables

29-59-09-1/16
Three-Electrode Automatic Welding of Pillet and Groove Welds
under
Powder Flux
performing of high quality fillet welds at a speed up
to 100 m/hour, provided the carbon content in welds is
under 0 13'~,; the groove welding speed can be brought
up to 1~0 M/hour. Automatic three-electrode welding is
a variety of three-phase welding and possesses all the
advantages of the latter. Chemical composition of the
weld metal and its mechanical properties can be regu-
lated within broad limits by using electrodes of diffe-
rent makes and diameters. There are 4 graphs, 10 tables
3 diagrams and 5 references, 4 of which are qoviet and
1 German.
ASSOCIATION: Ordena trudovogo krasnogo znameni institut
elektro-
svarki imeni Ye. 0. Patona AY ITSMI? (Order of the Red
Card 3/3 Banner of I-abor Tnstitute of Electric 71elding
imeni
Ye.0. Paton AS Ukr SSR)
SUBMITTEM: April 8, 1959

ACC NRt AP6012433
SOURCE CODE:
UR/0181/66/003/004/il
AUTHORS: Ashe, M.;_ Bondar, V. M Sarbey, 0. G.
ORG: Institute of Physics,AN UkrSS#,_,Kiev (Institut fiziki AN
UkrSSR)
TITLE: Dependence of the piezoresistance of germ6nium on the
electric
field
SOURCE: Fizika tverdogo tela, v. 8, no. 4, 1966, 1188-1192
TOPIC TAGS: germanium, single crystal, piezoelectric property,
carrier
scattering, pressure effect, electric field, semiconductor band
strucbze
ABSTRACT: The purpose of the investigation was to check
experimentally,
in the case of aermanium, a hypothesis advanced in an earlier
paper
(PhYs. St. Sol.'V. 11, 255, 1965) that in semiconductors in
which the
intervalley scattering does not play an important role in the
electron-
lattice energy balance, the piezoresistance should have a
nonmonotonic
dependence on the field. To this end the authors investigated
samples
of n-type germanium, cut along the direction from a single
crystal
ingot with 01 electron density 3.25 x 10 13 err,-) and mobility
2. 6 x 10 1i cm 2/
v-sec, at 77K. Thle electric field was applied along the crystal
and its
deformation was effected in the same direction. The field was
applied
Card

ACC NRt AP6012483
2S
Fig. 1. Dependence of piezoresistance of
n-type G on the electric field intensity.
1 -- Experimental, 2 and 3 -- theoretical,
based on the assumption that the tempera-
tures and electron concentrations in the
nondeformed state of the crystal are the
same (2) or.different (3) in all the val- O.S
leys.
fa 10.3.. f03 10"
E. V/cA
in the form of rectangular pulses of 0.2 ~Lsec duration and
repetition
frequency 10 -- 15 cps. The dependence of the resistance on the
pres-
sure was linear up to 300 kg/cM2 and the experiments were
carried out in.
the linearity region. The results (Fig. 1) confirm the
theoretically
deduced nonmonotonicity of the piezoresintance. This
confirmation, bow-'
ever, is only qualitative, and quantitatively the minimum:of
theoretical
curve, and the experimental change in the piezoresistance due
to the

ACC NRt AP60121183
field is larger than called for by the theory. The
discrepancies are
iscribed to the simplifying assumptions made during the
calculation.
Drig. art. has: 4 figures-,and 3 formulas.
SUB CODE: 20/ SUBM DATEE: 24Aug65/ ORIG REF: 001/ OTH REF: 007
0
Card 3/3

BODAR' V.M,; SENI, Z.P., kand. tel-Im. nauk
Autcmatie control of kiLns with walking floors for
porcelain
firIng. VU-,. Bandarg Z.P* Sento. Leh* proate
noa-':'~c66-68 Ap-.Te'64
(MIRA nklt7)

LYUDVINSKIY, A.I.; ROMANOVSKIY, L.B.; KOREN, L.N.;
MISHCHENKO, V.S.;
FROLOVA, A.I.; KOTIK, P.L.; IgiIL'KO, M.M.;
MOLCHANOVA, MJ.;
VINOGRADOV, N.M.; FYIAYEV, S.V.; BEYGUL, Ye.I.;
ROKHLIN, N.A.;
MASYUKOV, N.T.;,BONDARI.,, V.I.,
In the country's steelmaking plants. Metallurg 9
no.q:
16-19 S 164. (MIRA 17:10)
1. Saldinskiy metallurgicheskiy zavod (for Pylayev).
2. Zavod im. Dzerzhinskogo (for Beygul, Rokhlin).
3. Yenakiyevskiy metallurgicheskiy zavod (for
Masyukov,
Bondart).

POLETAYEV, A.P.; BONDARI V.I. inzh.
-1-11-111-1
Yenakiyevo Metallurgical Plant. Metallurg 9 no.llzl7 N
164.
(MIRA 18:2)
1. Starshiy master Yenakiyevskogo metallurgicheskogo
zavod
(for Foletayev). 2. Byuro tekhnicheskoy informatsii
Yenakiyev-
skogo mA-tallurgicheskogo zavoda (for Bondar').

ACC M AP6026?27 SOURCE CODE: W0181166100810087F511
AUTHORS Sarbeyt 0. G.; Tomchukj, P.
ORGI Physics Institute, AN UkrSSR, Kiev (Institut fiziki. Aff,
JMA,!~9;0
MISS Dependence of the anisotropy of scattering of current carriers
in n-Ge on the
impurity concentration
SOURCES Fizika tverdogo telap ve 89 not 8p 19669 2511-2513
TOPIC TAGS1 semiconductor carrier,, germaniwn single crystal,
carrier scattoring
ABSTRACTI The anisotropy para ter K = ji.L /pIlwas measured at the
liquid nitrogen
temperaturo on IsiLnfle cl- *talsif n-germanium doped with antimony.
The carrier con-
js
centrations were between 3 x IoI3 and 8 x 1017 cm-~% Fig. I shows
the measured aniso-
tropy of mobility versus the carrier concentration in n-Ge. Curve I
represents re-
sults obtained without considering interelectronic interactionp and
curve 2 shows them
Ifith this Interaction tRken Into account. Vhth the exception of
very high concentra-
tions (n - 5 X 1017 am-3), a good agreement was obtained between the
experimental re-
sults and the curve calculated by allowing for the electron-electron
inter.~ction. The
value of 'rr") /r(^) , which characterizes the anisotropy of the
relaxation timo'for
4 1
acoustic scatteringg was found to be 1-52. Authors thowc V. N.
Vasilovskiy and A. N.
Kvasnitskaya for supplying certain germanium samples and V.--M.
Vsetskly for his assisto
Card 1/2

ACC NRi Ap6o26727
ance in the measuremenbs. Orig. art. hast I figure.
12-
Fig.
2
ib
.10 to
SUB CODEt 20/ SUBM DATES 2OJan66/ ORIG REF: 001/ r--Iq REFs OC4
I Card 212

-BONDARI, V.N..(Bondar, U.M.]
Effect of the time factor on the permeability of concrete,
Veotsi
AN BSSR. Ser. fiz.-tekh. nav. no.2:130-135 164.
(1L1 RA 18: 1)

ASHVERDOV, 1.14~; _BONDARI, VA.
Effect of stuMletural and +-,--cbnolog4Lea2 factcrs :I--n
'.I,e perm-eability of
concrete. Dokl. AN BSSR 8 no.9~,584-580' S f64~
(Ml-RA V.-12)

GORBACHEV, M.S., doktor med.nauk, BONDARI, Y.P.
Use of neocide in t realring brain tumors. Vrach,delo
no,3$235-237
Mr'58 (MIEU 11:5)
1. llcyrokhirurcicheBkaya klinika Ukrninskogo
nouchno-issledovatell
skogo , -psikhonervologicheskogo institutn i
lhar'kovskaya psi-
khonevrologicheskeya bollnitsa.
(ANTIBIOTICS)
(BUM-2UNORS)

BONDAR', V. P.: Master Med Sci (diss) -- "tvakatl-o-xygen and the
functional
state of the kidneys in patients with* brain tumore". lOiarlkov,
1959. 14 pp
(Kharlkov State Med Inst), 200 copies (KL, No 14, 1959, 123)

BONDARI, V.P.;,KOANOV, V.M.; SIMANOVSKIY, Yu.S.
Miniature transformer torque transducer. Izm. tekh. no.g:
23-24 S 163. (MIRA 17: 1)

17( SOV/177-58-5-29/30
AUTHOR: Bondarl V.S., Lieutenant of the Medical Corps
TITLE: The Image of the Military Medical Assistant in the
Fiction (Obraz voyennogo felldshera v khudozhestvennoy
literature)
PERIODICAL: Voyenno-meditsinskiy zhurhal, 1958, Nr 5, pp
93-95
(USSR)
ABSTRACT: The author reports on the heroism of Military
Medical
Assistants during the Great Patriotic War. He mentions
A.V. Zubkov, Military Medical Assistant, Lieutenant
of the Medical Corps, Anatoliy Kokorin, Military Medical
Assistant, Zinaida Tusnolobova, blaster-Sergeant, who
have been awarded the title "Hero of the Soviet Union".
Many authors,, including K. Simonov, P.Y-e. Beylin, Hero
of the Soviet Union V. Maksakov, A.Koptyayeva, Arkadiy
Korovin, 0. Dzhigurda, A. Zaytsev and G. Skullskiy,
have described heroic deeds of many other Military Me-
dical Assistants.
Card 1/1

SOW 137-58-7-14492
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr
7, p 81 (USSR)
AUTHOR: Bondar', V.V.
TITLE: A Unique Case of Current Distribution in an Elec~.rolytic
Bath
(Svoycobraznyy sluchay raspredeleniya toka v eicktrolite)
PERIODICAL- Soobshch. o nauchqk2-is sled. rabotakh chlenov
Prjrnorsk.
otd. Vses. khim. o---oya im. D.I. Mendeleyeva, 1957, Nr 3,
pp 197-200 .;?
ABSTRACT: Preliminary communications are presented on experiments
in electrolysis with separation of the cathode and anode spaces
by a partition with a hole. In some cases the partition used
was a dielectric and in others it was a metal. It was found that
when the electrodes are at a short distance from a partition
with a round hole (5-15 mm.), the deposit on the cathode has a
central spot around which there is a number of concentric
circles; if the aperture is in the form of a slit, there is an
oval
spot and a series of concentric ovals. The phenomenon de-
scribed was observed independent of the metal (Me) precipitated
and the composition of the electrolyte. The anode also revealed
Card 1/2 uneven dissolution of the Me, with formation of rings
or ovals.

SOV/ 137-58-7-14492
A Unique Case of Current Distribution in an Electrolytic Bath
A dielectric partition in electrolysis behaves like a flat
dipole electrode. A
metallic partition with a hole also behaves like a dipole
electrode, but certain
deviations from standard behavior are observed in the vicinity
of the aperture.
N. P.
1. Electrolysis --Test results 2. Cathodes (Electrolytic cell)-
-Performance
3. Anodes (Electrolytic cell)- -Performance
Card Z/2

STIA RSHTM, I.ya.;BPNWI, Y.V.; MALAKHOVA, S.I.; rgauwvA, A.T.;
TSAREVSKAYA, Ye.A.
Now method for the determination of nitrates. Dokl. AN Tadzh. SSR
1. no.2:11-15 158. 1 (MTRA 12~=1)
1,Tadzhikskiy sallskokhosyaystvennyy Institut. Predstavlene
akademi-
kom AN Tadzhiksko;r SSR S.Yusupavor.
(SoilR--Analysis) (Nitrates)

-;C" V/
11
Yu. M.
olilk-arov

.
,
T IT L 13'
The -,Ihenomencm of Zone '~-Iormation on
LIccts-o~11e* in the rocess

of the Crystallization of ',,metals (
--avleniYe zono-

ob:f-~.-z,ovani,va na elcktrodakh v protsecLe e
lektrolrist all -.;Zatsi--'

Met-al lov )
P7,RIODICAL:
"rik'.Rdy
4'.kademii naull, S--~'SP, 1`-'-~50, Vol. 12o, lir -i, pp

ABSTRACT:
Tile authors investigated. the cloctric mreci-it,-:tJon
c-f .2.1-

loyo (73ii-71b, Cu-Zn, Cu-Bi , Cd-T,i, ::s v-'e] -3 of
p;re

Bi and others) and of the dissolu-
Co
Zn
metnls Cu
11i

.,
,
,
,
tion o' copper on the anode under conditions nirztlogcvto
f

tho~-e diuring thc~ exDt~rimerts C-ut bz.:r

. 1,2l~,cal
t --~ef In all casec diqt-'nc4-lv :*,c.!ce,-!'
-'-,iio
- I

,
I
zones .,:ere forineO. According to rndiogv~rhicnl tosts the pre-

of tl-~e alloys --;n the various nones by

vhase com-ros-.t,*(-,n.
The nonun--f,~r:,,j c-wrrr~nt oil

ive~- rise to di.~'fertmt vi
on ~,he c e e: b- 1.'~

in the center and on the periphery of the
e,,.uthors

carried out measurements of the potential of the
cathode. J.n
Card 1/3
11,a v:.-tvioua rarts. i, diagram shows the
curves obt~-.nid for

20-3-32/67
The Pheno-menon of Zone Formation on Electrodes in the
Prosess of the
Electric Crystallization of i.etals
the change of potential with increasing distnnce -f-om the
center of the cathode. The material found experi..-.entally
seems to indicate that transition from one vono to another
takes place at certain strictly dafimible potentials only.
The character of zone distribution depends on the
cona~or-;Aion
of the electrolyte -as well as on the distribut"on o' t-he
current on the surface of the elect2-ode. A" So 4n tile Co-,,
Se
of tho- electric precipitation of pure mietals the form-ing-
of
zones may be observed. In this case the zones are
dic'14-n~;uieh-
ed from one another by the size, orientation, 1-nd by the
nature of the boundaries of the crystals contained in ther..
in the case of the deposits of pure metals the forming o-f
zones is apparently due to the difference in the electro-
chemical conditions of the procipitation. 77here are *21
figure!!,
1 table, and 8 references, 3 of -..h4.ch are .-Ioviet.
PRESENTED: October 4, 1957, by 4,. N. Frumkin, Member,
~cndemy of
Sciences, U33R
Cn-~,d 2/3

wl:,. 17iI'"~- I ~'i_-3- 32/67
The Phenomenon of Zone Formation on Electrodes in the
11rocess of the
Eleotrio Crystaliization of Metals
SUBMITTEN October 4, 1957
1. Electrodes--Structural analysis 2.
Electrodes-Radiographic
analysis 3. Alloys--Electrolysis 4. Metals--Electrolysis
5. Anodes--Properties
Card 3/3

5W
SOV12c,-1 23-4-41 /53
AUTHORS:
Polukarov, Yu. Mt., Bondar', V.
V.
-------------- --
TITLE:
The Dependence of the Structure of the
Surface of Electrolytic

Deposits of Alloys on Their Phase
Composition ('?avisimost'

stroyeniya poverkhnosti
elektroliticheskikh osadkov splavov

ot ikh fazovogo sostava)

PERIODICAL:

Doklady Akademii nauk SSSR, 1958, Vol 123, Nr 4, PP 720-721
t

(USSP)
ABSTRACT:
Extensive material has hitherto been collected
concerning

electric deposits of alloys. However, the influence
exer-

ciEed by structural factors and the character of
component

interaction in the formation of alloys (by uhich the
physico-

chemical properties of the coating are, to a great
extent,

determined), have received but little attention.
According

to the results obtained by the present paper the
forming of

the non-equilibrium phase of an oversaturated solid
solution

is connected with a considerable structural variation
of the

surface of the deposit. In order to reduce the influence

exercised by secondary factors upon the surface structure of

deposits to a minimum, investigations were carried out on
Card
1/4
such metals as permit common depositing, without the
addition

SOV/20-123-4-41/53
The Dependence of the Structure of the Surface of
Eluctrolytic Deposits of
Alloys on Their Phase Composition
of surface-active or complex-forming substances to the
solu-
tion. The system copper-bismuth is particularly well suited
for this purpose. When using the solution Cu(Clo 4)2 o.6 N,
13i(ClO4)30-4 N,pH 0.6 (solution I), alloys were obtained
which contain the phase of the oversaturated solid colution
of biv.uth and copper (with a correspondln~ increase of the
0 R). The bismuth
copper lattice parazz:euer up to 3.635 -- 3-645
content in the sol4d solution increased vith current
density
and, accordinla to the data of radiographic measurements,
it
attained 12 per cent by weight. With a further increase of
current density, the lattice was disturbed to such an
extent
by the increase of oversaturation, that the lines on the
X-ray picture vanished completely. A figure shows electron-
microscopic pictures of deposits of alloys with different
bismuth content. With an increasing oversaturation of the
solid solution, the surface of the deposit becomes
smoother,
and if aversaturation is considerable it becomes ;,-lossy.
The
deposits forming in a solution Cu(Clo 4)2 0.2 111, Bi(ClO
4)3
Card 2/4 0.8 N, pH 0.6 (solution II) are a mixture of pure
copper-

SOV//2o- 12 5-4-41/53
The Dependence of the Structure-of the Surface of
Electrolytic Devosits of
Alloys on Their Phase Composition
and bismuth crystals. The derondence of de,,-.,ogit structure
of an alloy on its phase composition is confirmed also by
the data on copper-tin and tin-lead alloyu. The third firure
shore a pliotograph of the surface of the deposit of the
alloy copper-tin. This deposit was of a dense and finely-
crystalline nature. When obtainin.g. a tin-lead alloy from
the,-olution Sn(Clo ) 0.8 N, Pb(ClO ) 0.2 11, lIC10 1N, no
form-
4 2 4 2 4
ing of oversaturated solutions was observed ac(=ding to the
data obtained by radiographic investigations. Deposits had
a coarse-crystalline structure. The forming of oversaturated
solid solutions exercises an essential influence upon the
struc-
ture of electrolytically deposited alloys in that it promotes
the formation of finely-crystalline deposits. Finely-crystal-
lin,~ and glossy deposits are thus to be exl-,ected Yhenever
electrochemical conditions promote the production of over-
saturated solid solutions. There are 3 figures and 11 ref-
erences, 6 of which are Soviet.
Card 3/4

"JOV/20-1,',?--4-41/53
I qlh~i Dependence of the Structure of the Surface of
Electrcilytic DePositB of
Alloys on Their Phase Composition
ASSOCIATION: Institut fizicheskoy khimii Akademii nauk SSSR
(Institute of Physical Chemistry of the Academy of Sciences,
USSR)
PRESENTED: July 14, 1958, by A. N. Frumkin, Academician
SUBMITTED: June 21, 1958
Card 4/4

BONDARI, V. V. Cand Chem 6oi -- (diss) "Study of
conditions determining the
phase structure of eleetrodeposited alloys." Nos, 1959.
14 pp (Acad Sol USSR.
Inst of Physical Chemistry), 150 oopies (KL, 50-59, 124)
-3-

ALEKSEYEVSKIY, N.Ye.; BOINDARI, V.V-.-; POLUKAROV, Yu.M.
Superconductivit.y of electrolytically deposited coppe.--bismuth
alloys. Zhur. eksp. i teor. fiz. 38 no.1:294-295 Jan '60.
(MIRA 14:9)
1. Institut fizicbeskikh problem AN SSSR.
(Superconductivity) (Copper-bismuth alloys--Electric properties)

l--CjlUT,*,,-f-ROk7, Yu,m., GORBUNDVA. K.M.;
EONDARI, V.V.
Ce-7`lain aspects of the theory of
electrodepositic.-I of
Part 8. i"hur. fiz. khim. '116 no.9,.1870-1876 S
162.
(MTFt, 1 -'?6)
1. Ingt-I'llutt fizlc-baskoy khirdi AN ~ZSR.

.1
BONDARIP--V.V.; IMINIKOVA, M.M.; POLUKAROV, Yu.14.
......
Electrodeposition of-hard rilagnetic alloy6;
preliminary report.
NTI no.1:28 164. (~ffRA 17:3)

-007
SOV.-:-
Card 3/3

bd/l
ACCESSION NR- 1146-. _S
AT5004 ''/0000/64/000/OOD/0124/0127
Vq -M `ni~cr 1101UMrov Yu. 14,
THOR: Zondar'
AV
Ai--
V LE
Ally--.fiard a-ll-o S.- Part !I. Electr6dapo iu,40
y
of cobalt-t tickel-phosphorus and cobalt-maganes -p~~horus alloys
41"/
SOURCE: Ali SSSR.1 Institut '-,hnoy- in t ii. Informatsionnyye si
nau. forma stemy (In-
formation systems). ',Moscw,;, 1.964, 124-127
TOPIC TAM magnetic! memory, ms~gnetlcally hard alloy, alloy
electrodeposition,
cobalt alloy, nickel alloy, p~ios,phorus containing alloy, manganese
alloy, alloy
magnetic property
'ABSTRACT: For the purpose of expanding the assortment of alloys
which may be
'used in information recording (computer storage applications), and
also of de-
keloving electrolytes to operate in a wider pH interval, the authors
6tudied the
e1fect of nickei and manganes,B ions on the electrodeposition of a Go
- F alloy. A
number of bibliographical ref~trences (most of them American) are
cited In a dis-
cussion of the maguetic properties of Co - Ni alloys obtained by the
eleccrodepo-
sition method. The authors call attention to the fact that Co-INI-P
alloys, chmi-
cally obtained, possess a coercive force of 4-14 oersteds and contain
about 5Z F
LCard 1/3

L 32904-65
1-ACCESSION NR; AT5004146.
and different-quantitiea of nickel. and cobalt (these alloys have
been used in the
manufacture of memory elements 44Ln high-speed computers). An
investi.-ation vas
made of the conditions for the electrodeposition of Co-NI-P and
Co-Mn-P alloys,
and the effect of different factors on the magnetic properties and
composition of
the alloys was studied. For the electrodeposition oi a Go-M-P allo7
havirig a
coercive force of 1000-14000 oersteds and a rectangularity raccor nf
0.7, an
electrolyte of the following composition is recommended:
Cocl ' DE20 100-200 g/l;
2
'NiC12
- 6H20 140 g/l;
or NaH,)P02 25-100 g/l.
74
The pR of the electrolyte is 24563,* b afurd Is 40C. For the
electrodepo
t e te~peT
sition of a Co-Hn-P alloy havirqj a coercive force of 500-900
oersteds, residual
inductance of 6000-9000 gauss and rectangularity -factor of
0.65-0.85, the follow-
ing electrolyte is recor=ended:
COM 6H 0 or COSO - 7F 0 2G0-400 g/1;
2 2 4 2
MnC12 41120 or MnSO4 4H20 20-30 g/li

.L 32904--65
ACCESSION NR! M504146
A- bu f
e ridm ix t ure' g/1- Trilon; B-:maV -~be- added to the electrolytes
the'
sition of t1he alloy occurring at*.a temperature of 18-40 C, p'll
1.8-5. The current
3 iiRureB.
efficiency of the alloy it, about,10.0%, (zabalt anodes). Orla,; Art,
bas,
j'ASSOCLATION:
SUMITTED! 08Oct64 ENCL, 00 SUE CODE 124, DF
ND REF SOV. 006 OTHER: 008
Card 3/3

TITLE: A method for i,of a magnetic ternary all ., 0183S
4-8. No, 169371
SOURCE: Byulleten' izolbrsteni7 i tovarnykb znakov, no. 6, 1965, 101
TOPIC TAGS: electrolysis, magnotic alloyj, cobalt phosphorus,
manganese,
amonium compound, sodium compoimd q'ri I O~-13-1~
-uhi-s-Author-Cortiftot it;L0
of a magnetic ternary alloy-cOiita ~Cd&~lt and ~bosphorus. To obtain
films of
alloy cobalt-manganese-phosphorus, the process is conducted att. a
tem-parrature
18-400, with current density of 1-10 amp/dm~, and a PH Of 1.8-5. The
elacl.-ro-11-3
.Y
contains sulfuric acid or chlor'-ne salts of cobalt (200-300
g/~iter), of manza-
nese (20-40 gAiter). armonium hypophosphate or sodium hypophasr:hatq
g/liter), and Trilon B (10 g/liter).
ASSOCIATIO.Ni none
SUB=D: 17.Tu:L63 F21CL 1 00 SUB GODE, GO
NO REF SOVz 000. DTHERj 000
'.C r
i
.~ a-d

BONDARIP V.Vl, lnzh.; KULEV, G.B., inzh.
Application of polyethylene for the protection of
pipelines
against corrosion. Xhim. i neft. manhinootr.
nos605 D 164
(MIRA 18:2)

j_�3 ~7. -T t)/
b
JD

ACCESMON NR- APS011420 1WO073/65/031/OD4/0359/0363

l

AUTHOR: GaluBhko,
V. P~., Bondar
., V. T. M

T IT LE: Anodic behavlorof alum1mum under electr-wlishim
conditions - ------

-7 :1

TOPIC TAGS:. aluminum lishin anode potential,
polarization, curve,

al
ummum ox1de lay

of,the,shodlc behavior of aluminum in
-ABSTMACT: The artlole !B,devbted to. a. study
i
d
l
l
S

eterm
ning
ectro
ytes, aimed at
04 - H,3P04 and H2SO 113704 - CrO3 mpeous e
112
l
d
U
l
ti
bl
ti
f th
i
l;

ons
on curve an
a
so por
ar
za
ons o
the stable and unsta
e st
onary por
e po

urves viere
where the process of electropolishing takes place. I - V, (P - t, and V
- t c

plotted. All the I - 1P curves dlBppUy three diotinct P01tiOnB (see
Fig. 1 of the Enclosure)

in the first (a - b), the current density
Increases with the anode potential; the second

(b - c) corresponds to the
unstahle anode potential, where a sharp rise in anode 1*4ential

-at!
is associated with a smooth rise In current density; the third which has
a nea ve slope,

is associated -mith oscillatory processes (prenwmced
fluctuation of the amde pDtentlal

and current intensity in the call). It
ww found that the electropoltshing of aluminum could

be carried out beBt
in the region of the portion having a negative slope: at the start of
athis

''MME
NP 0,

-,,77

BONW-RI, V.V.; IELINIKOVA, M.M.
Mechanism of the eleatrodeposition of a
cobalt-phosphorus alloy.
Zashch. met. 1 no.5630-533 S-0 165. (MIRA 18,9)
1. Vsesoyuznyy institut- nauchnoy i teldinicheskoy
informatsij AN
SSSR.

L 3588-66 EV1T (m)/EVIP(i)/EVIA(~)/EVIP(t)/ErIP(z)/EI'IP(b) -
LJP(c) -JD/3V
ACCESSION NR: AP5022661 UR/0365/65/001/M5/0534/95
621.357.7
AUTHORt Bondar, V. V.-; YeVnikova, M. M.; Polukarov, Yu. M.-
R' 1,75-11
3-~ YV,
TITLE: Electrodepositioty of hard magnetic Co-Ma-P alloys
77 -j7
SOURCE: Zaschita metallov, v. 1, no. 5, 145, 534-538
TOPIC TAGS: cobalt alloy, manganese containing alloy, phosphorus
cont-,
alloy, magnetic alloyA'balloy electrolytic deposition, electrolyte
cowp,.
alloy film magnetic property
ABSTRACT: Experimnts have been made to determine the optimum
conditions for
electrodeposition of thin films f Co-Mn-P 'lloy with high magnetic
roperties.
copper rods or foO ~T-ph..phfgus bronze foil with an area of 4 cm ,
were used
as cathodes, cobalt or platinum were used as anodes, and the
electrolyte temperature
was varied from 20, 40, and 60C, electrolyte acidity (pit) from 1.1
to 4.8, and
current density from 0.5 to 5 a/dm2. The best electrolytically
deposited Co-Hn-P
films - about 10-V thick, with a saturation induction Bm of (8-11
_103 go),
x
a residual inSuction B of (6-7), x 103 &a, a coercive force H of
800-6000C
r c
and a hysteresis-loop rectangularity factor B J%ranging from 0.65
to 0.85- - were
obtained with an electrolyte containing 200 gR Cl2-6H20$ 25 g/1
MnCl2.4H 20,
Card 1/2

L 3588-66
ACCESSION NR: AP5022661
25 g/l NH4H2PO2-H2O, and 10 g/1 Trilon "B"; the electrolysis
conditions were*,
pH 1.8-4.8, teeperature 15-50C, and cathode current density 2.5-1.5
a/dm2.
A unique feature of the electrolyte is the wide pH range in which
deposits with
high magnetic and decorative properties are obtained'. Orig. art.
has..,. 4 figures
and 3 tables. RG I
ASSOCIATION: vsesoyuznyy institut nauchnoy i tekhnicheskoy
informatsii Akademii
nauk SSSR (Ali-Union Institute of Scientific and Technical
Information, Aca~~em..
SR)- f
Sciences, SS T?r~ut Mcheskoy k0gi INadem na R
F_41sical Ghe tr 4 cgdemy of-Sc ences. SSSR)
SMITTED: 20Jan65 ENCL: 00 q SUB CODE: W1,GC
'ATD
NO REF SOV: 010 OTHER: 005 PRESS:-~,//,~
fF
dzl~L
Card

ACC NR, AP6021486 SOURCE CODE: UR/0413/66/ooo/011/0128/0128
INVEWMR: Rabkin. D. M.; Yagupollsknra, L. ff.; Langer, N. A.;
Dovbishchenko, 1. V.; I
Nikitina, A. V..; Zotova.LL. M.; Martynova, A.; Yelagin, V. I.;
Ishcbenko, A. Ya.; i
~Bondarl. V. V&"_
ORG: none
TITLE: Filler-wire for &=n~shielded arc weldi' of aluminum_~ 7Class
49, No. 1824871
Institut - elek
[announced by tho Electric WeldinR In*titute_jpL.,_Xq tro varkt
o. ii, 1966, 28
SOURCE: Izobre~teniya, pronyahlennyye obraztsy, tovarnyye znaXi, n'
TOPIC TAGS: welding, aluminum vNIMMMg. arc welding, argon.,,-1 i
welding wire, aluminum wire, -, - ", a
&$-1WW;AL. );rAdb ft-44-A4-~
ABSTRACT: This Author Certificate int fille -wire for
argon-shielded'ai~e-
Velding of aluminum. To improve the veld pqrrosion resistance, the
wire contains
0.8-1.2% qbm1w and O-T-1.2% zirconium. IND)
SUB CODE: 117 SUBM DATZ t 25Dec63/' 7ATD PRESS -
11, 13/
cow 1/1 um 621.791.753.93.042

BONDAF~ Ir.V,; MELAPED, A.V.~ STAROBINSIKh, R.Kh.
Anticorrosion measures In the shops of coke-oven gas
purification by monoothylamines. Khim. prom. [Ukr I
no.4-.73-75 O-D'63. iMTRA 17t6)

SHULITS, G.E.; BDND,ARI, V.V.; FEDLUVA, A.P.
Effect of-foliar application of nitrogen fertilizern
on the
oxidation-reduction processes in'cotton leaves, Trudy
Bot.
inst. Ser. 4 no.16:64-74 163. (MIRA 17t2)

BONDARI, V.vo
Case of torsion of the omentum. Nov. khir. arkh. no-3-.92
IAY-Je '60.
(NI?A 15:2)
1. Khirargicheakoye otdeleniye Ulanovskoy rayormoy
bollnitsy Vinnitdkoy
oblasti. Adres avtora: Vinnitskaya oblast', s.Ulanov,
rayonnaya
bollnitsa. (MENTUll-DIS EASES)

Rare case of strangulated inguinal interstitial hernia.
1,ov.kh-Ir.
arkh. no.l*.80-81 162, (14IRA 15:8)
1. Xhirurgicheskoye otdeleniye Manovskoy rayonnoy bollnitsy.,
Vinnitskoy oblasti. (HERNIA)

POLUKAROV, Yu.H.; GCFLBUNDVA, X.M.;
Some problems in the theory of the electrodeposition
of alloys.
Part 7: Investigation of the phase-structure of
copper-biewth
alloys in relation to the electrochemical conditions
of their
production. Zhur.fiz.khim. 36 no.8sl661-1666 Ag 162.
(KRA 15:8)
1. Institut fizichaskoy khimii AN SSSR.
(Bismath-copper alloys) (Electrochemistry)

0
3/076/-2/036/005/001/011
B101/B102
AUTHORS: Polukarov, Yu. M., Gorbunova, K. M., and Bondarl,*V. V.
Noscol~,)
TITLE,: 6omp problems of the.alloy electrode-position theory. VII1.
Study of the dePendence of copper alloy phasT structure on
the electroche:nical c.ofiditions of depo'sition
P-4010DICAL: Zhurnal fizicheskoy khimii', v. 36, no. 9, 1962, 1870
- 1876
TEXT: The electrode-position of supersaturatad solid solutions of
lead,
thallium, tin, or cadmium in copper from solutions' of perchlorates
(Pb-Cu,
Sn-Cu, Cd-Cu) or of sulf--tes (Sn-Cu), or nitrates (T1 - Cu) vas
investiEat-
ed. in all cases, the deposition of Pb, Tl, 6n, and Cd-started at
morp
positive -po+entinls than would correspond to the equilibrium
potential of
these 17let,113, and the lattico constant of the copper vins
greatly expanded.
The solid Sn-'Vu solution contained more than 22~0~ Sn, the lattice
con3tant
was 3-75.1~, and at a cathode potential more positi ve than -130 mV
the
CU Sn phase (hiCh-tomperatUre 6-phasc) v;nB formed. The solid Cd-Cu
31
Card 1/2

1-)/076/62/0361/009/001/011
Sonic proble-iis of the alloy ... B10I/BI02
' Cd, the :naximum lattice constant ,r~.as
so-,utiori cnnUdined -161;j 3.716 h At
-0-350 V. 'ilje siqper~;lt-jration ob;,c-rvorl in explained as
follovis: 0-xinr, to
hic-h ovi!rve-tare, a -Ictive oil I.-ittice is formed in which
t.';-!U (-.'ocltro-
nc&ati-,rL- mel,:tls hnvc hiC,~cr soltibility, so that the
separation pctelilial
becomes more positive. 1he lattice, then loses its excuss one.rry,
and a
swoeraalu;,,~Iccl sc-lid soliition i's forned. The
supern,zturation depencIp on
the uatfn-U~ uvrrvoltn~,e nfJaini-m, ViiD -- '00 ;,,iv with ~tnrj
0
electrodepusi.tion. There are 4
A630GIATIC,'.,*: Alvilei:.iya nau,-- SSSR, 1not.ihat fizichcsl~oy
Ithindi (AcademY of
Institutf: Of Hlysical Chemistry)
JeDtembcr
Card 2/2

YP-'3HC.HENY,O.t AcAos gorrly3r inzh.; BOXF.Ans I .~ - ~-'- , Sr,
t ~, BOND
L API
V.Ya., studen
t
Increasing the output of 41
trad. RGRI no.15253-59 16the IneAlUJOS 61.r'i.p wine. SUr. nauch.
3. (MTRA 17.-8)

BONDARI, Ya. [Bondar, IA.]
The best people of the Interfarm building
organization. Sill.
bud. 12 no.8&6 Ag 162. (MIRA 15:9)
1. Sekretar partorganizatsil mizhkolgospbudu
Yemilvchinstkogo
ra,yonu, Zhitomirolkoi oblasti.
(Collective farms--Interfarm cooperation)
(Emiltchino District--Farm buildinga)

1. TOIMPNt N. A, ~ MAMOV, F & YA a j w6iffAd- -Y" ih-
I
2. USSR (600)
4. Aluminwa Silicates
7. Structural diagram of the ternary system RaO-A1203- SiO2.
Dokl. AN SSSR 89,
no. 1, 1953.
9. Monthly L-ist Lf Russian Accessions, Library of Congress,
may 1953, Uncl.

+
ture of USSR Inst. of Silicate
Wi (Dipl.-Ing., Leningrad)
ntry) and BON 1, Y. A
"The Influence of Calcium Fluoride on Crystallization
Characteristics ir the
System CaO-Al203-S'O;>"-
paper subriAtted at European Assn. of Ceramics, Sixth Intl.
Ccramio.:Congress -
Wiesbaden, GFR, 14--l-0 Sep '58.
C- ',e00,828, M~ 25 July 1958.

-BONDARI, Yelena Mikhaylovza; BRAGINA) L.F.# red.;
ZAYONTS, L.A.,
. I
I
(pbqaibllity of cultivating the most frost
resistant European
grape varieties in Moldavia without covering them
in winter]
0 vozmozhnooti Iculltury nai~olee
morozoustoichivykh sorotV
evropeiskogo vinograda v Moldavii bes ukr7tiia na
zimu. Ki-
shinev, Izd-vo "Shtiintea,m'1161. 73 p. (MIRA 16:2)
(Moldavia-Viticulture)

32750. Rezistentnoet' gryz=cy k propgatu Okrysid".
Izvestiye turkn, filiale
akad. lauk seer, 1949, No. 1, a. 44-47
SO: Letople' Zhurnallorkh Statey, Vol. 44, Moskva, 1949

U&UAWiolne Rodents Apr 49
Medicine Taxonmy
"Discovery in Turkmen SSR of Now-Type of Jerboa
(Mingaroo House) of the Genus Jaoulus NrxI, (J.
Turomenious Sp. Nor., mm=mjift, Roclentia) B. S.
Vinogmdor, Te. P.* Bandar 1, 4 pp
"Dok Ak Nauk SSSR" Vol IXVI No 4
In 1947, Ye. P. Bondarl discorered new form of
jerboa in Rebit Dag region of Turkmen SSR s
type is related to genus Jaculus Zrxl., r4;prT=i39nt-
atives of which pre7iously bad been found only in
North Africa an& Asia Minor down to southern Iran.
Submitted by Aced Ye. 1. Psylovskly, 29 jam 49.
Ar 41149T54

I In-act-
ct
-0o'),
et,
'fns
var
Tr.
(2!9
specics
P'bstlact
to the
st-Lidiecl) includ"116
TI or z!
Alith 110 oil, fetc -
C" Cane
"0.0 of land-0 I ti.-ven
hLlb'!t-,%t!()" I d at
t..O" of soecies i c
!.;Or I I- ~ cl nev LTIffol"natioll On-
ilolov an speciec of
on aYc-'
- '.L ' iv en ul
ident-ill-Yi"C'
Card 1/2
-V O"'s ;Ylstitutio'l"' -11"
34A65)4 fleas.).
Card 2/2

3 M ARI. Ye.P., inshener.
,
Irecting transmission line poles over the Usa River.
Nov.takh. I
pared.op. v strol. 18 no.il:19-22 N'56. (MLRA 10:1)
(Blectric lines-Poles)

.. :: I I .-.7.-- I
inzh.
Platform used in assembling composite girders.
Nov.tekh. i pared.
op. v stroi. 19 no.12:32-14 D 157. (MMA 11: 1)
(Prestressed concrete) (Girders)

/_I
BONDARI, Yo., inzb.
Reusable enclosure for the hnating of composite girdora.
Stroitall no.11:14 N leg. (1411th 13:3)
(Girders--Cold weathor conditions)

BONDARI, Ye., inzh.
I -- ". - -1-- - .- -
Devices for winding reinforcements into channels. Stroitel'
no.10:8-9 0 159. (MIRA 1312)
(Girders)

IV I
BONDARIP Yee, inzh.
Stands for assembling NII-200 boaws. Stroitell
no.3:14 bir 159.
(MIRA 12:6)
(Girders)

Bona', Ye.p.,inzh.
~
Belt hoist. Mekh.strol. 16 no.2:21-23 F '59. (~aRA
12;2)
(Hoisting machinery)

GANSBURG, B.M., Inzh.; BMW, Te.P,
Assembling precast reinforced concrete long-span galleries.
Prou.strol- 37 no.12:29-33 D 159. (MIRA 13:4)
1. Treat Stallmoixtash - 5 (for Grasburg). 2. Proyektny7
institut Promatal'konstruktolys (for Bonder').
(Precast concrete construction)

inah.: WASOVA. N.A., insh. -, KALININ, B.P.. inzh.; KOPP,
L.M.,
inzh.; SCKCLOVA, A.D., kand.tekhn.neuki TSEGELISKIT,
V.L., Anzh.;
UTMMOT, V.P. p kand.tekhnonauk Edeceased]; BWDANOV, S.I.,
inzh.,
nauchnyy red.; TRUBIN, T.A., glavnyy red.; SDSHIN. A.T.,
zam.glavnogo
red.; GRINWIGH, G.P., red.; MWIPANOT, S.P., red.;
ONUFRITZY, I.A.,
rod.; KHOKHGOV, B.A., red.; ZIMIN, P.A., red.;
SKYORTSOVA, I.P.,
red.izd-va; GOLIBERG, T.M., tekhn.red.; ELIKIRA,
takhn.red.
[Handbook for the erection of reinforced-concrete
elements of
industrial buildings] Spravochnik po montashu
zhelazobatonf4iffi
konstruktaii promWehlennykh zdanii. Pod red.
B.P.Kalinina. Moskvs,
Gos.i3d-vo lit-ry po stroit., arkhit. i
stroit.materialam, 1960o
X5 P. (MIRA 14:3)
1. Moscow. GosudarBtvannyy inatitut po proyektirovaniyu
stallnykh
konatruktoiy. (Reinforced concrete construction)

BOIMARI, Ye.. inzb.
Using jigs in erecting columns. Stroitell
no.21-19,22
F 160. (MIRA 13:5)
(Columns, Concrete) (Jigs and fixtures)

---IRQ14DAR I , _1p, P-1- i nz h.
Reusable devices for asaombllz~,.T raInforced
concrete girders.
Ret.l. zhel.-bet. no.6:266.--~9-?l Je 160. (MIllh
13:7)
(Girders)

VASILITIV, A.M., inzh.;; GANSPIM, B.M.s inzh.-,
Using, assembly-line methods in assembling construction
elements of
a 2800/1700 sheet rolling mill. Hont.i opets.rab'.v
stroi. 22
no.4:10-14 Ap 16o. (MIU 13!8)
1. Trost Stallmontazh-5-i Proyektnyy institut
Promsta,11konstruktaiya.
(Assembly-line methods)
(Rolling, mills)

GINSBURO, 3.M.,Inzh.,- \,BOEW'. TO.P.,Insh
4_~_.___
Asusubling the crossing poles of electric transmission
lines. Monte
I ispets.rab.v stroi. 22 to.11:22-25 N'60. (KM 13 - 10)
1. Treat Stallmoutash-5 I Proyaktuaya kontora
Glavotallkonstruktoil.
(Blectrie lines--poles)

B01MARI, Ye.P., inzh.
5etting up of a power line span across the Sheksna
ri7er. Elek.
sta. 31 no.6:73-76 Je 160. (MIRA 13:7)
(Sheksna, River--Electric lines--Overhead)

BONDAR'v Y -P.-g_jnzh.; RONZIMIAp A.A.0 red.izd-va;
ABRAMOVA, V.k.v
-~~--ekbn.red. . .
.gineering guide__fqr assemblere.of reWorced-
[Safety en
concrete structures] Paml.&Uta po to'kbnike I*sV&vnosti
d3la montazbnikov zhelexobetonrWkh.konstruktsii* Moskvaq
Goo.izd-vo lit-ry po stroitp arkhit, i stroit.materialamp
1961. 23 P. (MM 14:7)
(Reinforced concrete construction-.Wety measures)

BOIDARI, YesPe, inzh.
Truck transportation of precast reinforced concrete
beams and
trusaeo. Bet.i zhele-bet, no,6:261-264 Je 161, (MIA
14:7)
(Precast concrete-Transportation)

; , Y".P. . inz,'-.
Staiia-ard anchor. -ont. -; Spsit2. ral:. v
str, f ~ ""
JI P61. (la"l,
1-1. Z:'-,r,:U tre5t,-.. Stv-1.11,on,
( i L- il I.-. i-Y )

GkNSBURG, B.M., inzh.; BONDLRI,-Ye.P., inzh.
Assembly of a meta2lic arch with a span of 76 m.
Promo stroi. 39
no.3t53-55 161. OGRA 14:4)
(Estonia-Metal arches)

BONDARIJ Ye,PIJ, inzh,
,Z:777~-- -.,- --,- -
Erection of large reinforced concrete slabs. Mont. i spets.
rabo v
stroi. 24 no.1:19-22 Ja 162. (MIRA 15:7)
1, ZhSM4U tresta Stalikonstruktsiya.
(Precast concrete construction)

I BOITDAR I J1 Yevgeniy Petrovich, inzh.1 FETISDV,
Konstantin Semnovich,,
laureat Gosudarstvennoy premii, inzh.,- KALIND4.,
B.P., inzh.,
nauchn. red.; YUDINA, L.A.,, red.; SHMSMEVA, N.V.,
tekhn.
red.
[Assembling reinforced concrete structures] Montazh
zhelezo
betonrqkh konstruktaii. 14oskva,, Gosstroiizdat,
1963. 246 p.
(KIRA 17.- 1)

:/A, (~ ~,' Y
'11T -~~d
BOIIDA:"y Yevgeniy Petrovichy dnzh.; "Y
'4A, N,~ : -0
(Safety manual for assembling rei-Tiforcod
concre,.e
elements] Pamiatka po tekhnike
bazopasri,.,stl dlia
r..oiitazhnika zhelezobetonrWkh
konstriiktL-,ji. Izd-2.,
ispr. i dop. Moskva, Stroiizdat, 19641, 31
P.
(1-11P2, 17:6)

BURDMEV, A.S.; BONDARI, Ye.P.; ZHURAVLEVAP V-I-
Mobility of greater gerbils (Rhombomys opimus) and
its epizoo-
tiological role in compact colonies in thq
northern desert
(southern Balkhash region). Zool. zhur. 43
noelt115-124 t64
(KIRA 17 z7)
1. Central-Asiatic research Anti-Plagae Institute,
Alma-Ata.

BONDAR,,- Tu, o -inxh.
- * . ; " '~" '.' ~"t-,
i4-14X47~k~
. ;
Cinder-concrete blocks made of brick Industx7 waste,
Strolemat.
4 no,10:40 0 158a (Cinder blocks) (KrRA Moll)

RONDAR Yur 17 MikhsYlOvich; YAKOVLEVAI, A. I. I red. -,
DONSWA I G pD q p tekbAg
r
[Manual on safety measures for loading and unloading
operations-
PWatka rabochamu na pogrusocbno-razgrusocbMkb raboVakh, Mo.,
skvaj Wauchno-tekbnj izd-vo H-va aytoitiobillnogo tranap i
sipsoeUVkh
dorog RSFSR, 1961. 40 p. WRA 3-4j8)
(Loading and unloading-Safety measures)