SCIENTIFIC ABSTRACT BUZINOVA, V.M. - BUZNIK, V.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000307820009-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ILIINA, N.S.j kand.goologo-mineralog.neuk; YELINA,
L.M.;.RYZHOVA, A.A.;
BMINOVAx Y-M-1. DKITRIYNVA, L.Ya.;.GIHPMVICH, B.D.1
GALAKTIGNOVA,~
Yj,; SOLOVITUA, K.S.; KMSEY, H.S.; BAKIROT, A.A.,
red.; V3BER, V.V., red.; DANOV, A.V., red.;.DIKENSETEYN,
G.Kh., red.;
XMINOV, S.P., red.; POZNYSH, K.A., red.; SAIDOV, M.N.,
red.1
SEKIKHATOVA, S.V., red.; T 'TAUB, N.M., red.; ULIYAHOV,
A.V., red.
Edeoeaaedl; KHALTURIN, D.S.,.red,; SMAYETA, Ye.V., red.;
GHIZHOV,
A.A., vedushchiy red.; YASHCHUREHINSKAYA,.A.B..
tak:hn.red.
[Coal deposits of the central provinces of the.Runsian
Platform]
Kamennougolinys otlozheniia t9entrv11,nykh,oblaatei
Rusakoi platformy.
Pod red. N.S.Illinoi. Leningrad. Gos.nauchno-tekhn.izd-vo
neft. i
gorno-toplivnoi lit-ry, 1958. 209 p. (MIRA 12:3)
(%auian Platform--Coal geology)

BUZINSKI, Jozef-
Participation of engineers and technicians in
the economic
development of Opole Province. Przegl techn
no.25:4. Je 162.
1. Przewodniczacy Prezydium Wojewodzkiej Rady
Narodowej, Opole.

BUZINSKI, Jozef
A positive role of the engineers of the Opole
Voivcde3hip.
Przegl techn 85 no. 42:7 18 0 164.
1. Chairman, Presidium of the VaLvodeship
People's Council
in Opole.

1'7JOV/147--58-3-15/18
AUTHOR: Soyfer, A.M.,
Buzitqkly,-V-N-
TITLE: Normal Stresses Occurring During Torsional
Oscillations
of Turbine Blades (0 normalInykh nap--yazheniyakh,
voznikayushchikh pri kratillnykh kolebaniyakh lopatki)
PERIODICAL:Izvestiya Vysshikh Uchebnykh Zaveaeni
Aviatsionnaya
Tekhnika, 1958, Nr 3, pp 119-125 (USS~5
ABSTRACT: Modern gas turbines employ compressor (especially
axial
compressor) with very thin blades of the order of
1,?5 to 3% thickness but with faily high tolerances,
0.2 to 0-3 mm. The exact shape and thickness of the
blades is checked only at some selected stationg so that
this also may lead to a fair discrepancy between the
computed and the actual profiles of the blade along its
axis. This may lead to appreciable normal stress being
produced in the blade during its torsional oscillations.
The object of the experiments, discussed in this paper,
was to show the possibility of existence of these
stresses, to establish dependence of these stresses on
the manner of variation in thickness of the blade along
Card 1/7 'Lts axis and to assesstheir magnitude in relation
to the

SOV/147-58-3-15/18
Normal Stresses Occurring During Torsional Oscillations of
Turbine
Blades
stresses produced in bending. The experiments were
carried by means of strain-gauges and the loading in
torsion was either static or dynamic, the latter at the
resonance conditions. In order to obtain a qualitatiTe
picture of the phenomenon the theory of constrained
torsion of their open profiles was employed (i.e. thin
plates profiles). Such profiles have a very small
modulus of rigidity in torsion and therefore tend to
flatten. If this flattening is restricted (e.g. the
clamped end of the blade or even a sharp increase in
thickness), we have the case of restricted torsion
which results in normal stresses being produced at
cross-sections of the blade (as given in Ref.1, 2 and 3)
their magaitude being given by Eq.1, wjAere I is the
angle of twist of the cross-section, dl~'e/dz - is the
rate of change of this angle along the axis Z and w is
the principal function of torsion and depends upon the
form of the transverse section as follows
W = 5 Pds p- being the radius from the centre of
Card 2/7 shear to the mean line of the profile; the method
olo

SOV/14-7-=18-7-15/18
Normal Stresses Occurring During Torsional Oscillations of
Turbine
Blades
determining w is described in Ref.1 to 3. The
magnitude of the normal forces produced in the blade
during the flattening of its profiles is determined
(according to V.Z.Vlassov) by so-called bending-torsion
bi-moment B (Eq.2) which gives the flux of so-called
"secondary" shear stresses Tc as a result of the
existence of the normal stresses, s .ven by Eq-3~,
6 being the thickness of the profi e cross-section)
of the blade. These secondary shear stresses are small
but they give rise to a moment which may be equal to
or even larger than the moment due to pure torsion, its
value being: Eq.4. IW - is the second moment of the
area. Thus ail applied twisting moment Mjp is opposed
by two internal moments Mr (pure torsion) and
M. (constricted torsion), i.e. MX-9 = Mr + M., so that
Eq.6 gives the final relation between them. if, as a
first approximation, Mr be neglected. and- the blade
considered as a cantilever (in accordance with Ref,l)
Eq.? gives the expression for the normal stresses due to
Card 3/7 constricted torsion. This expression is analyzed for

SOV/147-58-3-15/18
Normal Stresses Occurring During Torsional Oscillations of
Turbine
Blades
the following assumpt.-Lons: 1) the vane chord and the
form of the mean line of the profile are constant along
the axis of the blade; 2) the thickness of the blade
increases towards the root of the blade (i.e. 6 = f(z));
3) the twistin moment is applied at the free end.
The integral Mxp&z represents then a triangle whose
vertex is at t~e free end of the blade and the base is
at the root of the blade. Since the blade grows thicker
towards its root, depending upon the rate of increase of
Iw and ~% dz along the axis of the blade, there will
be a see ion where Iw prevails over the integral, so
that 62 at first increases and theadecreases towarcLs the
root of the blade, which is confirmed by experiments as
shown in Fig.3 and Fig.4. Fig.la and 2 show the method
of experimental investigations for the case of static
loading and Fig.lb and 4 show the arrangements for the
case-of dynamic loading. For the static loading
3 strain-gauges were used (1, 29 3 in Fig.la and 2)
and for the dynamic loading 4 (1, 2, 3, 4 in Fig.lb)
Card 4/7 these always being attached on the concave surface.

SOV/147-58-3-_15/18
Nbrmal Stresses Occurring During -Torsional Oscillations of
Turbine
Blades
Standard blades of the turbine RD - 3 were used. First
experiments were carried on the blade as taken out of
production line and then on the convex side its thickness
was reduced startiAg from the free and over a length of
90 mm, then 105, 125 and 155 mm (as indicated by the
thick black lines on the Fig.1a) for the case of static
loading and over lengths of 90, 1109 140, 160 and 190 mm.
for the case of dynamic loading (Fig.1b) also starting
from the free end of the blade. Curves 1. 119 ill, iv,
and V in Fig-3 and 1 to Vl in Fig-5 correspond to each
successive reduction of thickness along the- blades
tested. Stator blades were used for static loading and
rotQr blades for dynamic loading, which was obtained by
means of a pneumatic pulsator operated by an electric
(shunt) motor. From the graphs the following conclusions
can be drawn: 1) the character of normal stresses in the
blade of standard form subjected to torsional oscillation
is similar to that produced under a static torsional
moment (i.e. the maximilm exists at some intermediate
Card 5/? section); 2) the maximum stress is shifted along the

SOV/147-58-3-15/18
Normal Stresses Occurring During Torsional Oscillations of
Turbine
Blades
axis of the blade depending on the way in which the
thickness of the blade varies; under certain
circumstances it may be at the section where there is
a sharp change in thickness; 3) the. normal stresses due
to torsional oscillations are comparabl-e in magnitude
to those produced in bending and may even be larger than
bending stresses, especially in the case of resonant
oscillations. Hence, when designing the blades the
above factors should be kept in mind and the change in
thickaess along the axis of the blade should be arranged
Card 6/7

Normal Stresses Occurring During Torsional Oscillations of
Turbine
Blades
so that it leads towards lower normal stresses due to
constricted torsion. There are 5 figures and 3 Soviet
references.
ASSOCIATION:Kuybysheyokiy A-viatsionnyy Institut, Kafedra
Konstruktsii Aviadvigateley (Kuybyshev Institute of
Aeronautics, Chair of Aeroengine Construction)
SUBMITTED: 4th March 195B.
Card ?/?

ACC NR: AP6025583 SOURCE CODE: UR/0413/66/000/013/0011/0012
INVENTOR: Soyfer, A. M.; Buzitskiy, V. N.; Pershin, V. A.
ORG: None
TITLE: A method for producing unwoven "MR" material from wire.
Class 7v No. 183174
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki,
no. 13, 1966, 11-12
TOPIC TAGS: wire product, pressure casting
ABSTRACT: This Author's Certificate introduces a method for
producing unwoven "M"
material from metal wire. This material is used for producing
elements and parts used
in damping systems, shock absorbers and seals. To ensure proper
shape of parts and
increase their elastic hysteresis properties, spiral sections of
wire are crossed
over and set in a die casting mold corresponding in shape and
size to the finished
product. These are then pressed at 500 kg/cm2 and the pressure
is increased depend-
ing on the desired elasticity of the finished product. Whenever
it is required, an
elastic anticorrosion filler is introduced under pressure.
CODE: 13/ SUBM DATE: 2TJul60
1/1 uDc; 672..85

2-- Ij
AUTHORS: Ivanov,
s/147/61/000/004/ol9/021
E194/E155
V.P., Buzitskiy, V.N., and Zatkov, Yu-A.
TITLE: A pneumatic vibrator with stable excitation
frequency
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Aviatsionnaya tekhnika, no.4, 1961, 144-146.
TEXT: In laboratory tests on oscillatory systems the
sources of oscillation are usually electro-dynamic,
electro-
magnetic or mechanical vibrators, but it is sometimes
convenient
to use a pneumatic vibrator in which an air jet impinges
on a
rotating segmented disc. The principal limitation to the
use of
such devices is the difficulty of maintaining constant
motor
speed with the direct current motors that are commonly
used.
The equipment described here is simple and of good speed
stability. The essential point is that the disc is driven
by a
convertor type MPN-250 (MA-250) which consists of a
combined
d.c. motor and a.c. generator. Under certain conditions the
a.c. generator can run as a synchronous motor with very
stable
speed. The principle is that the disc is run up to speed
with
the d.c. motor obtaining supply from a rectifier. The a.c.
Card 1/3

A pneumatic vibrator with stable S/l47/61/ooo/oo4/ol9/o21
E19VE155
supply is obtained from an audio-frequency generator operating
through an amplifier which can give sufficient power to hold the
motor in step once it has been run up to speed. A signal lamp
is provided to show when synchronous conditions have been
reached.
The impulse frequency range that can be obtained naturally
depends on the motor speed range and the number of segments on
the disc and the force of the air pulses depends an the
available
supply; however, equipment has been built with the motor speed
range of 3000-15000 r.p.m. which, by altering the discs, can
give a frequency range of 50-5000 c/s. The maximum pressure in
the air main is 6 kg/cm2 and the air flow at this pressure at, a
temperature of 2880 absolute is about 0.02 kg/second; the
diameter of the critical section of the nozzle is 4 mm and the
static reaction of the jet at the pressure of 6 kg/cm2 is about
1.5 kg. A rig has been built with two vibrators which can
easily be arranged to give impulses differing in phase from 0 to
3600 by rotating one of the statoral in principle more
oscillators can be used to study more complex conditions.
There are 2 figures.
Card 2/3

A pneumatic vibrator with stable ... S/147/61/000/004/019/021
E19VE135
ASSOCIATION: Kafedra konstrulctsii aviadvigateley,
Kuybyshevskiy aviatsionnyy institut
(Department of Aviation Engine Design,
Kuybyshev Aviation Institute)
SUBMITTED: F ebruary 13, 1961
Card 3/3

S/0 0/6310001000/0269/0275
~ACCESSION NR: AT4040402 00
AUTHOR: Soyfer, A. M.; Buzitakiy, V. N.
atic
~TITLEt 'Manufacture and application of new-type all-metal ela
Wamping elements
;SOURCE: Nauclino-takhnicheakoye soveshchaniye p0 voprosam
kolebaniy
i
is uchetom rasseyaniya energii. 4th, 1962. Rasseyaniye energii
pri
;kolebaniyakh uprugikh sistem -~Scientific-Technical Conference
on Prob-
Jems of Vibrations with Dissipation of Energy Taken into
Account, 1962.
IDissipation of Energy in Vibrations of Elastic Systems). Trudy*
sovesh-
;chaniya. (Proceedings of the Conference)s Kiev, Izd-vo AN
UkrSSR, 190',
1269-275
!TOPIC TAGSi damping element, elastic damping element, metallic
!damping element, metallic shock absorber, DK shock absorbcr,
ATSM
!shock absorber, shock absorber
:ABSTRACT: The manufacture and operating characteristics of a
new type
!of metallic damping elements and their use.in various
vibration-dam-
:ping devices such as shock absorbers are described. The damping
ele-1
Iments Author Certificate No. 136608, are made from a material
Lcc~t 3

ACCESSION NR, AT4040402
t(designated "MR"-metallic rubber) whose structure represents an
aggregate of spatial lattices built from thin metallic spirals
simi-
lar to rubber macromolecules. Depending on the intended use and
oper-
.ating conditions, carbon, stainless, and heat resistant steels,
ni-
chrome , constantan , and other special alloys are used, as wire m
aterials
The wire diameter is usually 0.03-0.25 mm. The wire is wound into a
idense spiral 0.15-1.0 mm in diameter, wh1ch after winding is
stretched
;to 3 to 6 tithes its original length. The necessary length of
such a
'spiral is placed in a die and cold formed into the desired shape.
Damping elements (plates, washers, bushings, etc.) formed from MP
material work well in a wide range of pulsating compression loads
and
:in a narrower range of bending, shearing and tension loads.
Elements
,with widely varying mechanical properties are made by suitable
arranw
,ments of spirals. The Scientific Research Laboratory of the
Kuybyshev
Aviation Institute has developed two types of metallic shock
absorbers
with MR elements. One of them the DK, is a multidirectionnl type
aback
~absorber capable of damping vibrational loads at any arbitrary
angle to
:the axis. Its damping characteristics are 3-4 times as good as
those
,of the series produced rubber-metal AP ("Lord") shock absorbers.
The
I
second - the ATSH, is a supporting type shock absorber, similar to
C.,d 2/3

~ACCESSION NR: AT4040402
:the "Met-L-Flex" shock absorber widely used in the aviation
industry
:abroad, but with damping characteristics twice as high.
Both-shock I
'absorbers have an indefinite shelf life and can be used for
protection'
lagainst vibration of instrumentso machines, and components
operating
i
;!in aggressive media at high or low temperatures. Orig. art.
hass 7
;figures*
'ASSOCIATIONs none
SUBMITTED: 23Nov63
SUB CODE: MD
DATE ACQt 28May64
NO REP-SOVi 000
Card
ENCL: 00
OTHERt 000

ACC NRI AR6034732 SOURCE C&~i-.-6-R/0124/66/000/008/VO52/VO52
AUTHOR: Ivanov, V. P.; Buzitskiy, V. N.
TITLE: Estimation of re~o`na~c; srr-esses in a packet of blades
with free wire
bindingr
SOURCE: Ref. zh. Mekhanika, Abs.' 8V421
REF SOURCE: Tr. Kuybyshevsk. aviats. in-t, vyp. 19, 1965, 31-40
T6PiC TAGS: *metal blade, vibration damping, internal friction,
stress,
resonance stress
ABST~ACT: The authors haX&investigated the possibility of
estimating ~pproxi-
mately the vibration dampjnglof bending oscillations of
individual bladesUd a pai
of blades caused by the friction1lat points of contac0between
the b-lade and the
damping wire. The problem is solved with thq'aid of the balance
of rork of the
exciting forces; the forces of internal frictionI In the blade
materia I -and the
Coulomb friction at points of contact between the wire and
blade. A condition is
obtained for movement of placing the packet of blades with
respect to the wire.
V. I. Olimpiyev. [Translation of abstract]
:ard 1/1 SUB CODE: 13/ -.01

SADTKOV, A.S..akadenik; PAKOINA, Z.P.; ~UZITSKOVA,
Ye.P.; GULI-KEVKHYAN,
A.Sh.; KAWKWHOOV, A.; I&kYZV,
Accumulation dynamics of the reducing sugars, organic
acids,
pectic and tanning Bnbstances in the leaves and locks
of. some
varieties of cotton. Uzb.khim.zhur. no.6:41-48 '58.
(MIRA 12:2)
1. AN UzSSR (for Sadykov). 2. Inatitut khimil
rastitellpykh
veshchestv AN UzSSR (for all).
(Cotion) (Biochemistry)

BUZITSKOVA Ye.P ; r',ADYKOV, A.S.
-
W-A d0tel-minaidcn C,f Borw of Fec;tic aubstancee
Of n0tt-oll. Nalich.trudy tic.. 20' 3. ~binj.naulrj
no.13394-97 1641.
(MIRA 18t8)

S.ADYKOV., A.S,9akademik; ISMAILOV, A.; TURULOV, AN.;
BUZITSKOVA, Ye.P.
Cotton plant leaves as a source of carotene.
Uzb.khia.zhur.
no.2:71 161. (MM 14:10)
1. Institut khimii polimerov AN UzSSR. 2. Akademiya
nauk UzSSR
(for Sadykov).
(Carotene) (Cotton)

BUZIKOJ, A.A.; RUM, I.A.; KRAVCHENKO., I.D.,
veterinarnyy tekbnik.
Biological stimilation and clitorotomy in fattening
swine.
Veterinariia 38 no.1:23-24 Ja 161. (KMA 154)
". SvinootkormDohnyy sovkhoz Krymmyasotresta. 2.
D-irektor
K-jmkoy oblastnoy vaterinarnoy pollk3inlki (for
Duzlko).
.~. Glavnyy veterinarnV vrach Svinootkormochaogo
sovkhoza Krym-
rquotresta (for Raban). 4. SvinootkormochWy sovkhoz
Krym-
nyasotresta (for Kravchenko).
(Tissue extracts) (Swine) (Castration)

TINHOMIROV, I.A., kand.tekhn.nwak; WICWK, P.A.,
gornyy i-!Izh.;
AGAFONOVI Ye.M., gornyy inzh.; BUZIKO. A.S., gornyy
inzh.
Using the EP14--l rock loader in the drifting of
inclines.
Ugol.1 Ukr. 6 no.1:31-33 Ja 162, (MIRA 15:2)
(Coal mining machinery)

ALEMYEV, N-A-; BUZOKO, M.P.; IPPOLITOV, K.M.; PALKIN,
R.I.; SIMOSOVICK,
Je - y8 TAWOU, V TITKOVA, M.G.; AUKSHYEV, N.A., otv. z8
vypusk; GALAKTION&A, Ye-.*-j,, tekhn.rea..;,poNSKAYA,
G.D., tekhn.red.
[Provisional norms for the use of materials and spare
parts in
repairing road machinery and tractors] Vremennye normy
raakhods
materialov i zapasnykh chastei dlia remonta
dorozhno-stroitellnykh
mashin i traktorov. Moskva, Avtotranaigdat. 1960. 380 p.
(MIRA 13:10)
1. Russia (1917- R.S.F.S.R.) Ministerstvo
avtomobillnogo transporta
i shosseynykh dorog. TSentrallnoya
normativno-issledovatellskaya
stantsiya.
(Road machinery--Maintenance and repair)
(Tractors--MaintenDnos and repair)

BUZIKOP T. S.
"Treatment of Gastric and Duodenal Ulcer," Sov. med.,
16, No-4, 1952

r 114e, >~ j ke, X-
-!,U,~z �,t,; n~ ~
Diagnostic role of the microscopic study of lavage fluid in
gastric
cancer. Sov.med. 21 Supplement:21 157. (MIRA 11:2)
1. 1z propedevticheakoy terapevticheakoy kliniki Kubanskogo
meditsin-
skogo instituta.
(STOMACH-CANCER)
49

BUV,K.G,~V.K.j~.Peredova tkalya; GUKENM, Ye.I.,
peredova tkalya; IM11-
SMO, L., veducbiy redaktor; VUY3K, M., tekhnichniy
redaktor.
[The way to higher skill] Shliakh do vysokoi
maisternosti.
Ky.iv, Dershavue vyd-vo Tekhn. lit-ry URSR, 1954. 42
p.(MLRL B-2)
1. Chernivetalkly tekstillniy kombinat (for Buzlko,
Gumenyuk)
(Weaving)

OL
3 ~ 72 2
S/19 62/000/007/009/011
BI 24YB1 44
AUTHORS: Belakovs'Kiy, Ya. I., Buzkov, V. _4.1 Kartsev, Yu. NY,.
TITLL: Applicability of polyamides to bearings for small
propeller
shafts
PERIODICAL: Plasticheskiye massy, no. 7, 1962, 62-64
TEXT: Bushes for propeller shafts of ships were made of caprone,
and of'
caprone with 1Vfo silvery graphite, dipped into boiling water
before
casting in order to remove low-molecular compounds and then
dried to a
moisture content of 0.15-0.20p. The temperature of the melt in
the
casting cylinder was 230-2400C and the corresponding.pressure
40-50.kg/cm".
The molds were heated to 80-1000C, and the bushes cooled slowly
to 30-400C
after casting. The low-molecular compounds (3.%'2) were then
removed by
immersion in boiling water for 10 min per rim of wall thickness.
Yhe
molecular weight of the finished polyamide was 28,000. The
polyamide
bushes were compressed in metal bushes, dipped in water for 10
days, and
turned on a lathe to the dimensions required. River and sea
water is
suited for lubricating polyamide bushes, as was experimentally
ascertained
Card 1/2

5/191/62/000/007/009/011
Applicability of polyamides ... B124/B144
on the basis of high hydrodynamic pressures (up to 50 kg/cm2)
in the
lubricant layer, expanding over a large area in the
transverse and
longitudinal sections of the bearing. Those bearings which
have two
bulges give the least friction, followed by bearings with
three grooves
and smooth bearings, finally by bearings with 10 facets, 10
strips, and
bearings of rubber and metal. Bearings with two bul6es are
recommended
for navigation in clean water, bearings with three grooves
for waters
contaminated by abrasive particles. In rivers the resistance
of caprone
bushes to wear is 1.2-1.5 times, greater than that of bronze,
babbitt
metal, and textolite bushes, in the sea 3 times greater.
Their life is
3 or 4 times as long. The mechanical properties of caprone
are not
deteriorated by 1 month of storage at -150C. There are,3
figures and
1 table.
Card 2/2

AUTHOR:
T IT LIP!,
S/653/61/000/000/019/051
1042/1242
Buzkox, _V. A.
A metl:od for tnc~ invt~stigation of physic omochanicall alid
antifriction prop~~rtics of polyamidts
SOURCE: Plastmassy v mashinostroyenii i priborostroyenii.
resp. naucli~-tekh. konfer pr. prim. plastm7Lss
Pervaya
v mashinostr. i priborostr. Kiev; ~905voo._Ki~v, Gosto'k1hiz&A,
1961, 237-244
TEXT: An important problem in the construction of naval machinery
is the selection of a pair of matc-rials fqr'.surfaces of water-lubri-
cated bearings. The Odessa Institute of Naval -Ingincers has investi-
gated this problem with the aid of the AD-5 (AYe-5) friction machine.
A diagram and detailed descril-11tion of the apparatus are given.
Three
samples of a plastic material were mounted under water aL~aini-A the
side of a spinning metal rinE_ The- moment of friletion was measured
Card 1/2

BELA OVSKIY,
Plastic bearing with self-forzed compensator of
the diametric
gap. Mashinostroenie no.1:114 Ja-F 163. (MIRA
16-.7)
(Plastic bearings)

Watel mirtatio a 0, le b4) I
'I 16r-.1tV

Ditzkc,76i 0A,
F
g t vi- ~1-vr_rsv I 'j,
10r. ~'rax
(n 13 f Kvij,:
put). N,53).-21`41- cornpd~
:7w,t9 CO ;s madr- to Nvlt~i 6n escti~5 of th:: hydr,.-
Ft (%irbot,y) re-imt, tma th-,~ IM libLruted 1w
f'tTaU_'d the P74 V011le Of tht PUM 1,ICI -011k. WILh stindp_m
With it rlaS3 CkCtT0dC. WiCil water-Ins3l compCIS,
rcr,dcumt?Gu N carri,-d wit. !a nattaq. solmits ati~i rarer N
't, iou,
atkikd b~fwt t, rau 9-o, reartnts v--%,, the

of hvexwz)
Itirilat 'Td, 3.65 ia 0.5X vAn.1,
of "micarhnide (lift 3.15 In O.M;N SON.), 01 t1liDkinicar-i

Anolm.
i~ too Itill (pli
.111AI to Five .11'rwate rtsulcq. Alwnae!%~Oy. all'eivi-
..0. mixt, of XUIL)INICI line; N'acllf ~01- free jAmlylu~t-

drazint-.)
Clot I'l U~mtd, tind th-a ~xc-ss .-ez,-Pnt detd. by thn-
fi~n iii.h trriexd Pcie, to flit! above pH. G. V

BUZKOVA, V.; MOLDAN, B,-, ZYKA~ ,,
Ma3e analyil~.c determination of lodide and
brunide tnrc;!Igh
load (IV) acetats solutions, Coll Cz --10
:io.1:29-33
ja C6.r.,
'L~ Instultu, ~'ur analy-,,Isohe, Chernia,
Yarlsuniv-~:-sita-~ um~
Zentralin.-Ilt-tit, fur Goologio, Prague.
.3ub-irl-ttail ",acemht)r
_-i; 1963.

BUZLANOV G F
zz::~
Production of nonferrous metals in Yugonlavia. Biul.
TSIIN tavet.
met. no. 6:35-36 158. (MIRA 11:7)
(Yugoslavia--Nonferrous metal industries)

BMIANOV, G.F.
. - . ~ ~ . ~ -- - - ".. -, .... -- i
Gold mining and Its we in capitalist countries. Kolyma
21 n0-3:43-"
Mr 159. (KIRA 12:6)
(Gold mines and mining)

BUZLANOVA, M. ~
Conference on the Use of Polarography in the
Chemistry and
Technology of Polymers and Monomers. Zav.lab. 31
no-4 .:5101-
520 165. (MIRA 18:12)

F1 4 11 1-17 /7.1.
AUTHORS: Terentlyev, A. P., Obtemperanskaya, S. I., .72-2-12/6o
-Buz]-anova,,_ JJ. M.
TITLE: Potentiometric Method for the Determination of
Acrylnitrile
With Sodiumsulfite (Potentsiometricheskiy metod
opredeleniya akrilonitrila s pomoshchlyu. sullfita natriya)
PEKODICAL: Zavodskaya Laboratoriya, 1958, Vol. 24, Nr 2, pp.
157-157
(USSR)
ABSTRACT: Although acrylnitrile is produced industrially there
is no
satisfactory method for its determination. For this reason
the present method was developed. It is based on the reaction
between acrylnitrile and sodiumsulfite:
CH 2=CH-CN + Na2 s03 + H20 CH 2- CH2CN + NaOH
so3Ila
To the dried and distilled sample of the substance dioxane
Card 1/2 and a certain amount of 0,5 n sodiumsulfite solution
is

Potentiometric Method for the Determination of Acryl-
32-2-12/60
nitrile With Sodiumsulfite
added. After having stirred with an agitator the solution
to be investigated is titrated potentiometrically with 0,1 n
hydrochloric acid in a bulb. According to a table mentioned
the accuracy of the method is between 109,77 and 100,25
There is 1 figure.
AS30CIATION: Moscow State University, imeni M. V. lamonosav
(Moskovskiy 6osuuaxstvennyy universitet im. M. V. Lomonosova)
!~VIJLABLE:
Library of Congress
1. Acrylliit.-ile-Deter-,Pina~,ion 2. Sod--*=
sulfite-Appl-ications
3. Titration
Card 2/2

AUTHORS: Terentlycv, A. 11., Obtemporansl~aya, S. I.,
SOV/32-24-7-12/65
Buzlanova, Id. 11.
TITLE: A Potentiometric 'Method of the Deternination of
Acr~lonitrile
With the Help of Hydroxylamine (Pot entsiomet ri c'ieskiy
nietod
opredeleni.ya al:rilonitrila s po-,ioshchl,,u
PERIODICAL: Zavods)-aya Laboratoriya, 1958, Vol. 24, 11ir 7,
PP- 814 - 815 (USSR)
ABSTRACT: For the quantitative deternination of acrylonitrile
the reaction
with hydroxyl--mine vi--s i,,sed:
CH2=CN.CN + NH2OH --~ ~11^-CH, CN
NH6H '
The reaction proceeds quantitatively in a neutral or weakly al-
ka-line mcdium. The forming P-hydrox,,l-ailino proprionitrile
c-an be
titr~-.ted potentiometrically with a 0,1 n hydrochloric acid
solutionI if the excess quantity of free hydroxylaiiine is
bound
by acetone. AJZn-5 1,-,'P potentio.,icter and a Class electrode
were used. The oxii,-,e -,,)roduced in the reaction of
hydroxylamine
with acetone is noutral and does not dinturb the
determination,
Card 1 /2 fl-.~e reLultc obtained from parallel d eterminat
ions with pure

A Potentiometric, Method of the Detor,,,-iirut ion of
SOV//32-24-7-12/0'5
Acrylonitrile With the Help of lfydroxylt-:~mine
--crylonitrile are r-iveil in tnble, to,,-~ther vvitlh the
exact
L,
prescription for t*;Ie analy.sis. This method can be iised for
the
CII-lf-ntitative determination of fcrylonitrile in colored
solutions.
There is 1 table.
ASSOCIATION: Moshovrlkiy Cosud-trstliennyy universitet
i!2.M.V.Lo,,-,iorioso-,,a
(Moscovi State University imeni 1-I.V.Lononosov)
Card 2/2

50) SOV/75-14-4-27/30
AUTHORS: Terentlyev, A. P., Buzlanova, M.M., Obtemperanskaya,
S.I.
TITLE: Quantitative Determination of Acrylonitrile by Means of
Piperidine
PERIODICAL: Zhurnal analitich eakoy khimiiq 1959, Vol 14, Nr
4, P 506 (USSR)
A33STRACT: The authors used for the quantitative determination
of acrylo-
nitrile its reaction with piperidine:
CH21-1 CH27--CR2NH + CH2 =CH-CN----90- CH2I-11CHr C]12,,,
1,_CH 2-CH 2-CN
--CHZ- CH2 CHi- CH2 .10,
The reaction is quantitative in the presence of catalytic quan-
tities of acetic acid. The formed A-(N-piperidyl)-propionitrile
has basic properties and can be titrated with acid. The
weighed-
in sample of acrylonitrile is treated at room temperature
during
30 minutes with an excess of piperidine. The piperidine excess
is
bound by acetic anhydride and the A-(N-piperidyl)-propionitrile
then is titrated with a solution of concentrated hydrochloric
acid in anhydrous methanol. A mixture of methyl red and
methylene
blue is used as indicator. The amide and the acetic acid formed
Card 1/2 in the reaction of piperidine with acetic anhydride
do not

Quantitative Determination of Acrylonitrile SOV/75-14-4-27/30
by Means of Piperidine
disturb the titration. Prior to the analysis the acrylonitrile
has to be dried over calcium chloride and distilled. Purified
dioxane is used as solvent for the reaction. As piperidine may
always contain impurities though it has been thoroughly
purified
and as these impurities react with acid and are not bound by
acetic anhydride, a blank test has to be conducted simultane-
ously with the determination. Acrylic acid and its eaters
disturb
the described determination method; ethylene cyanohydrin does
not disturb the determination. For checking the method the
authors determined acrylonitrile also with the sulfite method
(Ref 2). The results are in good accordance. One table lists
the
results of 6 determinations with the new method. The error
does
not exceed 0.3rb. The paper contains a detailed description
of the
preparation of the methanolic hydrochloric acid and the
indLicator
as well as the process of determining acrylonitrile. There are
1 table and 2 Soviet references.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. 11.
V. Lomonosova
(Moscow state University imeni M. V. Lomonosov)
SUBY1ITTDD: April 3, 1958
Card 2/2

TM4T'YRV, A.P.; OBTD&ERAITSKAYA, S.I.1 BUZUITOVA,
M.14., VLASOVA, T.Ye.
Determination of carboxylic acid ank7dridea by means of
hexamethyleni-
mine and piperidine. Vest. Moak un. Ser. 2: Khim. 15
no.4:71-73
ji-Ag ,6o. (MIRA 13:9)
1. Kafedra organicheekoy khimii MoBkovskogo
universiteta.
(Anhydrides) (Rexamethylanimine) (Piperidine)

11.11.
OBTEMPERANSKAYA, $.I.; TERENTIYEV, A.P.;,BIIZLANOV-1
Quantitative determination of monoatomic alccbols by
acrflonitrile .
Zhur.anal.khi-m.16 no.3:372-374 My-Je 161. (I,'JRA
-14:6)
1. M. V. Lomonosov Moscow State University.
(Alcohols)
(Acrylonitrile)

MARKEVICH, S.M.; POLYANSKIY, E.G.; BUZLANOVA, M.M.;
SAFROICENKO, Ye.D.
Rapid mercurimetric method for the determination of
isobutylene in
cracking fractions. Zhur. anal. ld?im. 16 no.
4:489-493 Jl-Ag 161.
(MIRh 14:7)
1. Sciatitific-Research Institute of Synthetic
Alcohols, Branch in
NDvokuybyshevsk.
(Propene)

TEREI,'T:Yf;V A.P~- BUZIANOVAq II.M.;
OBTDIFERAISKAYA, S.I.
.9 $
Determination of phosgene in the presence of
chlorine ani
hydrogen chloride. Zhur.anal.khim. 16
no.6t?43-7/44 N-D 161.
(14IRA 14:12)
1. M.V. lomonosov Moscow State University.
(Phosgene)

TERENTIYEV, A.P.; OBTEMPERANSKAYA,, S.I.; BUZIANOVA,
-H.M.4-YIAS OVA. T.Ye.
Use of hexamethylenimine in the quantitative
determination of
carboxyl and sulfonyl halides. Zhur.anal.khim. 17
no.7z9OG-
go2 o 162. (MPA 15:12)
1. Lomonosov Moscow State University.
(Ha2.ides) *'(AiWrides) (Hexamethylenimine)

FOLYANSKIY, N.G.- WMEVICH., S.M.; SAFRONENKO,
Ye.D.; BUZLANOVA) M.M.
Y
Use of bivalent mercury sulfate in the quantitative
analysis
of olefins and tertiary alcohols. Report No.l.
Quantitative
d6termination of 6Q-methylstyrene and
dimethylphenylcurbinoLl
present simultaneously. Trudy Kom.anal.khim.
13:93-98 163.
(MIRA 16'5)
1. Nauchno-issledovatellskiy institut
sinteticheskikh spirtov.,
Novokuybyshevskiy filial.
(Styrene) (Alcohols) (Mercury sulfates)

BUZLANOVA, M.M.; KOZHIKHOVA, N.A*; POLTANSKIY, N.G.
Use of mercuric sulfate in quantitative analysis of
olefins
and tertiary alcohols. Report No. 2. Determination
of
tertiary amylenes. Zhur. anal. khim. 18
no.9:1125-1127
S 163. (MIRA 16:11)
1. Scientific-Research Institute of Synthetic
Alcohols and
Organic Products, Branch in Novokuybyphevok.

TERENTIYEV, A.P.; OBTEWERANSKAYA, S.I.; VOIDDZIKO,
V.Ye.; BUZLANOVA,
M.M.
Quantitative determination of methyl. acrylate by
means of
baxamethylenimine. Zhur. anal. khim. 19 no. 1:135-136
164.
(MIRA 17:5)
1. Moskovskiy gosudarstvennyy universitet imeni
Lomonosova.

-'e.'aral,ion of n--.rne hotonen Vy thin-leyer
~:hromi,~.c~-raphy.
59-862 '65 .
anal. kl-lin. 20 n.
I 1; 4. 0I,oLllwt-:4s Rrm-ch in lNovckuAloysheirn~-,

- BUZLANOVA, I.I.M.; KMOCHRINA, N.A.
PoDarographic determination of aluminium in waste
waters.
Zav. lab. 31 no.8:947 165. 18:9)
1. Noxokuybyshevzkiy fillal
nauchno-issledovatellskogo instituta,
sinteticbeskikh spirtov i organicheskikh produktov.

BUZIANOVAp M.R~; STEPANGVSKAYA.. r.F.
Thin-layer chromatography of aximes. Zhur. anal.
khim. 20
no.8:874-876 165, (MIRA MID)
1. Novolmaybyshevskiy filial Naucbno-issledomtellskogo
institu~ sinteticheskikh spAztov I organicheskikh
produktov.
4:

BU.ZLOV,,.G.A.; KAZANSKIYp B.A.
Results of work on prospecting by the use of radio waves
in
Keramazar complex ore mines. Uch. zap. SAIGIMSa no.8:
167-175 162. (MIRA 17:1)
1. Sredneaziatskiy nauchno-issledovatellskiy institut
geologii i
minerallnogo syrIya, Tashkent, i Severo-Tadzhikskaya
geofizicheskaya
ekspeditsiya.

VoproE;y Plt,.ni-rovzlnj-,,ra Pechcti V S6611 (Problems of
Plz:rulinC in tu'lie Printing
Industry 6f the USSR)
Hor,I~Ia, Iskus:-tvo) 1c'57.
209 P. Grzj-Js:;, Ti~blcs.
70
71~2.ncl 11/5
783-31 N15

BUZLYAKOV, N.I.; ZARLIMA, B.V.; LAGUTIN, K.S.;
MAYYER, V.F.; FETISOV,
. 1.5 IL IYEVA I L. p red. ; KIMIN, Yu. , tekhn. red.
(Today and tomorrow; facts and figures about the
standard of
living of the Soviet people]Segodnia I zavtra; tsifry
i fak-
ty ob urovne zhizni sovetakogo naroda. Moskva,
Gospolitizdat,
1962. 126 pe (MMA 15 -- U)
(Cost and standard of living)

BUZMAKOV, G. nzh.
A television converter. Radio no.7i-,40-42 JI
~62,, (MIRA 16S6)
(Television-F,quipment and supplies)

BUZMAKOV,I. .,
Practices of a progressive elevator are not
reflected in
the pamphlet "Progressive elevator of KuybyBhev
Province."
Muk.-elev.prom. 21 no.4:30 Ap 155. MIRA 8:7)
1. Sverdlovskaya normativno-iseledovatellskaya
stantsiya
Zagotzerno
(Grain elevators)

"Ar C ~Lt i i? i:,~ ~ on rD. i cc've o 2;o
latoril~arv I--Al
Vt r 3
1 TC) A,,,i,
C"-,s
SO SaL 1. -n. 7(1.1~
Defended alu

C, 0 U r, t, USSR H
ry iseases of parm lujimals. Diseases Caused by
O&to o r,,- D
9 J- Bacteria and Pungi
.Xbo, Jour. Ref Zhur-Biol, No 23, 1958, No 105809
~
ii'ut!-.:?r
Ovsyanov, N W Buzma-ko-v, 1. G.;
Svintsova,*
"
_
Iustit,dt.
d~~c ~oterinary Institatel
Siberian Scion if
T
Title
Study of the Effectivoness of Albamycin in
Para.

typhoid and Pneumonlas of Calves
OriC. _%b.
:
Byul. nauchno-tekhn. infom. Sibirsk. n.-i. vet.

in-t,
1958, No 3, 24-26
Abstract
: It was shown that
albamycin produces a positive

effect only in recent
cases of disease when ad-

ministered subGutaneously in
a dose of 50,000-

70,000 units per 1 kg. of body
weight, once or

twice a day during the whole period of
disease

until clinical recovery is achieved.-- A. D.

Musin
G.; Smollnyakov, V. I.; Falikov, N. M.
klrd:
F

BMMAMV P,
Behind a closed door. Mast. ugl. 8 no.7:22 Jl '59.
(NIRA 12:10)
l.VueshtatMy instruktor Shakhterskoge raykoma
Kommunisticheakoy
partii Ukrainy.
(Ukraine--Coal miners)

BUZMAKOV. P.
Outside and inside..- Sov,shakht. 10 no.9:43 S
161*
(MIRA 14;8)
(Labor and laboring classes-Dwellings)

BUZI-MOV I P.
Out of touch with the collective. Sov.shakht. 11
no.2:38-39
F 162. (MIRA 15: 1)
(Donets BeLsin-Coal miners)

BU2MOVp P. (9. Sbakhterokv Donetskoy obl.)
Indefatigable voluntary worker. Voen.znan. 38 no.12z24
D 162.
(MIRA 15:12)
(Shakhtersk (Donetsk Province)--Mlitary education)

BUZMAKOV, V.V. , aspirant
Methods for sowing forage lupine for seed.
Zemledelie 26
no.1:73-75 Ja'64.

BUZNA, A.
Exemplary initiative of young tractro operators.
p. (2) of cover. (MECHANISACE ZEMED=VI) Vol. 7, no.
24, Dec. 1957,
Praha., Czechoslovakia
SO: Monthly Index of East European Accessions (EEAI)
W, Vol. 7, No. 3,
March 1958

211ZIN'A, V.
"e"hods of saving coal in boilers. P. 154-
I., u
Vol. 7, no. 4, Apr. 1955.
~pjTX,!.'-:YAI!, Budapest,
L,,-. Vol. 4, no. 10, Oct. 1955,
SO: Kontjly List of East European ",ccessions,
Uncl.

ACC NRz 4160328U Monograph RU/
Buznea, Di!~ (Colonel,' Engineer); Wicolau, Hircea Oblonel;
Engineer)
Electron4ca enoneering. (Electronica in armsta) Bucharest, Editura
mi3ltara 0
1965~. ~O p.,Allus. Number of copies printed not given.
raft,~'-elecironics., radar,, television., ra o navigation, rocket
guidance
TOPIC TA&S. di
TPURPOS9 AND. COVE11~0: This book deals with various apsects of
radio electronics as
applied to military technology. The operating principles of
electronic equipment
and installail4ns'are-eiplained along with the.physical processes.
taking place
in vire broadcasting, radio transmission, telecommunications.,
missile guidance#
and electronicl.compufers used in the automatic deployment and
guidance of the aarrme
forces
:TANX, OF- CON (Abridged]:.
Introduction
Chi jo~ General jow.6f'rafto electronics
Ch, 17, Itedio 0 ~owwmwieetione traffie 117
Cho III, . Had" .,155,
-ch. IVO, 1*16"81 197
[Card .1/Z

.-.m
-'. -.ofl
0 1~1~ ~,
. I OAR, L
, I

RU1101A Analytical Chenistry--Analyeis of E-2
inorganic substances.
Abs Jour : Referat Zhur--Kh"j ya, No. 11, 1959, 38276
.,Wthor ! Buznea, G.; Oonstantinescu, 0.; and Topor, D.
Inst : Not-3PMn
Title I The Application of Or,3anic Solvents in the
Selective Elution of Cations ;,dsorbed on Ion
Exchange -.esins. 1. Selective Elution of Zinc
and Copper.
Ori- Pub Studil si Certetari Chim,.~, No. 2, 333-338
U-0
(1958) (in Rumanian with summaries in French
and Russian)
Abstract It has been determined that when acetone con-
taining 205 H 0 and 0.5/5 HCI (sp gr 1.16) is
used as the eitient, the complete resolution of
Zn2-1- and Cu24 adsorbed on Ru-manian-made type
Card 1/3

BUZIM, 0.; Mrt&WOV-SAAU,, C.
Isotopic analysis of the lead in some ores of
Rumania. Studii cerc
fiz 12 no.1:79-86 161. (KUI 10-- CO
1. Institutal de fiziea atomica, Bucuresti.
(Ores) (Lead) (Isotopes) (Mass spectrometry)

YURIYEV, V.M.; ROL'BEYN, L.; OLIKHOVSKIY, A'O
obsbehestvennyy ins*tor po
okhrane truda; BUZNETSKIY, V.A., inzh.-kontroler
Readers' letters. Be~.truda v prom. 6 no-1:36 Ja 162.
(FaRA 15:1)
1. Uchastkovyy gornotekhnicheskiy inspektor
Kuybyshevskoy rayonnay
gornotekhnicheskoy inspektsii, Donetskogo okruga (for
Yur'yev).
2. Glavnyy inzh. UM-79 tresta 19, g. Minsk (for
111ol'beyn).
3. Upravleniye Krivorozhskogo okruga
Gosgortekbnadzora USSR (f3r
Buznitskiy).
(Industrial safety)

r,OYCI.Cid, i. ()"t:iiTIj3Ig benzoic acid for the
detcri:di-,a~ion cif calorimetric bxabs.
b u
P.
E, I C;, k. I . ns ,, 1-48 .1 '10 1 .1-10 . -
13 , 19, 5 5 -
30: 1-'onthly List of ----ast -EUropean Acces5icns,
(:;I"-,*AL)~ L-'-', Vol. 1, no. 10, Jct. 1055,

BUZNIK,, polkovnik meditsinskoy sluzhby, dotsent
Content and methods of medical control of the
nutrition of
flying personnel. Voen. - med. zhur. no.1:64-70 163.
(14IIRA 17: 8)

MUM, I.N.
--
Simple mothof for determining energy expenditure In
man, Vop,pit.
15 no.2:54 Kr-1p 156. (XIM 9:7)
1. Is Toyepno-moditsinskoy akisdenft Imeni
S.Mellreva, Leningrad.
(MMADOLISM)

L n383-67 .. EWr.(3.)/DM(m) a=-- nn.43n
AXZ-9V --MO36507 SOURCE ODDS: UR/0000/66/000/000/0078/0079
AUTHOR 1. -H.
=n
ORG: none
TITL& The effect of Penetrating radiation on food products and
on the physiological
value of foo-d'-Da-p-e-r -presented at the Conference on
Problems of Space Medicine hold
in,Moscow from 24 to 27 May 19661
SOURCE: Konferentsiya po problemam kosmicheskoy meditsiny, 146.
Problemy
kosmicheskoy meditsiny, (Problems of space medicine); materialy
konferentaiis
Moscow, 1966s 78-79 .
TOPIC TAGS: space food, bioastronautics, cosmic radiation
biologic effect,, ioniziog
radiation biologic effeetp radiation chemistry, food preservation
ABSTRACT: The I/
of radiation damage to the food supply during long.spac~e-
.nights is very real, especially if the provisions are used to
shield the
spacecrew from radiation. Changes in irradiated food are
especially
,-important in view of the exceptional requirements for human
health arid
.working capacity under spaceflight conditions. In addition, a
nutritional
plan must be devised which can counteract or eliminate
unfavorable meta-
.bolic ch'anges. produced, by various spaceflight factor.s.,
especially adia.tion.-I
Ccwd

L U383-67
P41t. AT6036507
Existing literature studies on the physiologic4l value and
toxicity of irradi-
atedlood have produced conflicting results, due to different
experimental
.methods and varying research aims.
Experiments described in this article showed that irradiation
with
large doses of gamma rays (about 2, 000, 000 r of 1.25 Mev
gamma rays)
.worsened the organoleptic quaUties of the food and decreased
its physio-
Jogic4l, value, due to destruction of nutrients and to
radiochemical processes
:in them. Thus the smell, color, and taste of irradiated fats
deteriorated,
and products of oxidation and polymerization of fats
accumulated. Un-
Javorable changes also occur in proteins, but they are less
pronounced.
Changes in irradiated carbohydrates are even less significant
than in pro-
teins. Riboflavin (vitar'nin 132), pyridoxine (vitamin. B )
retinol (vitamin Al
6 *
tocopherol (vitamin E), and other important vitamins are
partially destroyed
in irradiated food. This is important as adynamia causes food
consumption
to- drop sharply in spaceflight conditions. With decreased
food consumptioq
the organism receives less vitamins: if the quality of these
vitamins is
impaired by irradiation, the metabolism and general well-being
of the cosmo-
naut is affectdd. Although food may be artificially
vitaminized, it is still
essential to determine the vitamin content of food during ajid
after irradi-
ation.

L W83-67
ACC-NRt'_
Formation of harmful substances in'irradiated food is
pos6ible. * Such
:substances include some roducts of radiochemick changes izi
fats, whose
p
toxic effect is evident only when vitamin supply Is
insufficient.' It. has
hrril.showil I lint 4 rrndin tion of food producto with
corptiticto)nr rudintioiin
and electroniagnotic radiations (with energy greater than 10
Mev) prodijces!
induced -radioactivity in the food. This induced radioactivity
apparently
has great value when the food Is Irradiated withcosmic rays,
which haye*
*higher energies, It was concluded that important changes take
place In
irrAoiated (otxl products.- which must be considered
whenplanning cosmo-
naut nuirit. - 'D494s. So e -
ion 22; ATD Report 66-i16]
SUB CODBI 06 SUBM UT3 I
3/3

BUZNIK, I.M.
Problem of the hygienic evaluation of the quality of
meat,irradiated
with'ionizing radiations. Vop. pit. 19 no.2:6_3-69 Mr-Ap
60.
(MIRA 14:7)
1. 1z kafedry obshchey i voyennoy gigiyeny (nachallnik -
prof. P.Ye.
Kalmykov) Voyabno-meclitsinskoy ordena Lenin& akademii
imeni S.M.
Kirova, Leningrad.
(19AT) (RADIATION STERILIZATION)

BUZNIK, 1,14, polkovnik meditsinskoy sluzhby,
Improving the formaldehyde method for determining
total nitrogen.
Voen.-med. zhur. no.8:50-52 A, 61. MU 15:2)
(NITROGa-MALYSIS) (FOJOIALDEHYDE)

BUZNIK) I.M., polkovnik neditainakoy sluzhby, kand.
med. nauk
- - -- ~ ;..
Energy loss in soldiero during winter taotical
exercises,
Voona-med.zhur. noolOt5O-51 164o . (MIRA 180)

' g 4 C-r-A, Tech
L! -I En ~iieer,
-)f ~ocoli
D _i S Sa rt -a t, -1 oNT- :'jU~,
f car-.
on
Fluirls on
211.6/50
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BUZNIXY.V.
USSR /Thermal Technology
Steam Boilers
"Heat Content in StearL guT:erhesters, 11 V. Iakhanin and V
Buznik, 2-pp
1111orskoy Flot" Vol VI, No 3
Theoretical discussion with graphs and formulae
PA 3 T 15,
I-Lar. 2946
3T5

BUZNIX, T., kandidat takhaichookikh aauk.
-
Changes in the spocifications of marine watertube
boilers in
alternating working conditions. Her. flot 7
no.,4:26-30 Ap
147. (Boilers, Watertube) WitA 9:6)

3TJ Z14 1K ~ V . 11 .
Bumik, V. M. "A comparison of contemporary mettiods of
reckoning the varying
conditions of naval uoiler heating," Trudy Nikola~evsk.
koraulestroit, in-ta,
lssue 6, 1948, P. 5-30 ; Bioliog: 19 items
30; U-2888, latopis 6hurnallnykh Statey, No. 1, 1949

BUZNIK, V. M.
BLlznik, V. X. "On the proulem of calculating Lhe neating
of naval boilers under
varying conditions," Trudy Nikolayevsk. korablestroit,
in-ta, Issue 6, 1948,
P. 39-43 - Bibliog:.5 items
SO: U-2886, Letopis 11hurnallpykh Statey, No. 1, 1949

BUZNIK~ V. M.
Buznik, V. M. "Analysis of contemporary methodg of
estimating convectional
surfaces of naval boilers," Trudy Nikolayevsk.
koraulestroit, in-ta, Issue 6,
1948, P. 56-75 - Bibliogs' 10 items
SO; U-2888, Letopis 4hurnallnykh Statey, No. 1, 1949

BUMIX,,:.Vik~.; PUCHKOV, A.Y., redaktor; KLIKINA,
Te.V., redaktor;
KONTOROVICH, A.I., tekhnicheskiy redaktor.
[Designing marine steam boilers] Proaktirovanie
sudovykh parovykh
kotlov. [Leningrad) Goo. izd-vo sudoetroit. lit-ry,
1951. 331 P.
(Steam boilers, Plarine) (MLRA 8:2)

BUZNIK, V. M.
The Comittee on Stalin Prizes (of the Council of Kinisters
USSR~' in tho fieldu of
science and inventions announcea thut the f01,10-oring
rzlentifle vorivs, popular sclen-
tific books, and textbooks have been submitted for
cari2etition for t~talln F-xizes for
the years 19r,-2 and 1953- (Sovet!hya Kulturn. Foscow, No.
22-40.. 2-0 Feb - 3 Apr 1954)
1
Nam-- Title of Work Wominated by,
buznik., V. M* "Designing Ship Boilersl Nikolayevsk
Shipbuilding
Institute imani S.O.
Madarov
so: w-3o6c4.. 7 juiy 1954

BUNIK, V.M.; YENIN, V.I., dotsent, reteenzent;
GOLIUMMN, A.K., kandidat
-01"TMM& Icheskikh nauk, retsenzent, redaktor;
VOLIKHOVER, R.S., tekhni
cheakiy redaktor.'
[Marine steam boilers] Sudovye parovye kotly.
Ieningrad, Goa. soiu,,r!.-
noo izd-vo sudostroit. promyBhlennosti, 1954. 440 p.
(MI2A 8:4)
(Steam boilers, Marine)

BABADZHANYAN. Levon Arakelovich; GOLIDUFON, Alakeendr
Kellmanovioh;
BUZNIK, V K., doteent, kand.takhn.nouk, rateenzent;
SERDYUKOV,
J- --
S.A., nauchnyy red.; SHAURAK, Ye.N.. red.;
KONTOROVICH. A.I0,
'takhn.red.
[Testing marine steam boilers] Ispytaniia sudovykh
parovykh
kotlov. Leningrad, Gos.voluznoe izd-vo
sudostroit.promysU.,
1958. .322 p. (MIRK 12:3)
(Boilers. Karine-Testing)

S/124/61/000/011/025/046
,,92 0 D237/D305
AUTHORS: Buznik, V.M., and Vezlomtsev, K.A.
TITLE: Generalization of experimental data on heat exchange
by free and forced convection in internal flow
PERIODICAL: Referativnyy zhurnal, Mekhanika, no. 11, 1961, 91,
abstract 11B602 (Tr. Nikolayevskogo korablestroit. in-
ta, 1959, no. 19, 13 - 18)
TEXT: It is shown that heat exchange during free and forced con-
vection is governed by the same law; N = N 0 + NL + NT where N 0 -
Nusselt number for heat exchange due to conduction only (U :~ 0),
NL and NT are Nusselt number's for laminar and turbulent motion.
Utilizing the theoretical and empirical relations for N L a., i d
NTthe
authors find that
N = N + O.5RO-513 0.25 1 M-IR 0.8p0,4
0 s
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f
S/124/61/000/011/025/046
Generalization of experimental ... D237/D305
where R2 = G 4- R2. Formula (1) is recommended for calculating
heaT
s
exchange on the flat plate cylinder and sphere for the vihole
prac-
tically usable range of Reynolds and Grashof numbers~ 15
referen- 14
ces. [Abstractor's note: Complete translation-1.
Card 212

S/124/62/000/003/028/052
D237/D302
AUTIO"IS: Buznik, and Vezlomtsev, K.A.
TITLE: Heat transfer fron, a cylinder under mixed convection
P-_-'_RIGDICAL: Referativnyy zhurnal, Yekhanika, no. 3, 19162,
94,
abstract, 3B592 (Tr. Nikolayevskogo korablestroit,
in-ta, 1959, no. 19, 19 - 26)
TEXT: The apparatus is described and results are given of the
in-
vestigation of-heat transfer and of the observations ol" the
ther-
nial boundary layer of a circular cylinder (nickel-plated brass
ca-
lorimeter of 29 mn diameter and 180 Lunt length) in a
transverse flow
in a direct action aerodynamic tube with the enclosed working
part
of sauare cross-section 250 Tpm sq., under the conditions of
low ve-
i-ocity forced convection. Empirical -formulas and graphs are
obtai-
nod from the data, for the dependence of the I-Tusselt No. on
Prandt'
V z~~ R -r: 5.1
and -Reynold's 17o.'s (2 x 102 o3) and for the dependence of
the thickness of the thermal boundary layer on the above numbers
and on the Grashof No.; photographs of the configuration of the
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S/124/62/000/003/028/052
Heat transfer from a cylinder ... D237/D302
thermal boundary layer on the cylinder under varying flow condi-
tions, are given. [Abstractor's note: Complete translation].
i
Card 2/2

SQ/124/62/COO/Ou3/026)/0'I2
,,3q6' D237/D302
~A
AUTHORS: Bu-nik V.1,11. and Vezlom*'Usev, K.A.
.~ - ~_= ~ "~V I 1~- I
TITLE: Mode of chan.,e of the thermal 0oundary ieyer around a
norizontal cyiinder, during nat-ural convection
PERIODICAL: Rel"erativnyy zhurnal, Dleklhanika, no. 3, 19062,
93,
abstracT 3B588 (Tr. Nikolayevskogo koraolesiroit, -'Lr--
la, 1959, no. 19, 27 - )3)
T34T: The apparaLus and methud of investigation wit-h
application
of Tepler's camera, of the change in the thermal boundary
layer of
a horizontal cylinder of 29 im diameter and 180 mm len~;th
LI 4,0
free convect4on in air and in water are described for the Iejr
e
ture ranges of the surface of the cylinder and of the
surround4nz
L 6
Y,,iedium, equal to 400C - 1600C and JOC - 160C respectively.
T.he sche-
me of the set-uD and the results of inves~tigation are given;
photo-
graphs of the tilerinal and boundary layers in both mediay
graphs of
the variation in thickness of the boundary layer v.
-,,emperature
charges given above, and graphs of Nusselt No.'s and layer
thickness
versus some power of the product of Grashof and.Prandtl No.'s.
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S/124/62/:000/003/026/'052
Mode of change of the thermal ... D237/D302
[Ab3turactor's note: Complete translation].
I
11-1 cll.
Card 2/2