SCIENTIFIC ABSTRACT SAZHKO, M.M. - SAZONOV, A.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001447510015-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Ban r 11)

j C, ui- Ol 14 0 2
r -1 Ak
P,A.
A! I -lj,-. i-or. Ins t" of Ba st Cr,-wpa
Th ~ . Z.- -nt: ~Ya t a e
e Effect of Pata0z3ium ULL" ic
t r xv P t0 1, 0 fthe Hemp Yield.
Aprobiolnglya, 1957, 1110-6 82-86
C 0 n al la C t e (11
P-ivld and Vegetation experiments
by the Ail-Urti,on Scien'tilric Research :fn2t!-
tate ef bwa,t Crops have shown that , Kin t,er.-
6if ies the groil-th and speods. tip. tiie develop-

mt of hemp. * The duration of the period
me
'rem. the 3-leaf pa~-r --taZe "o tlowering I zs
the budding periods The
ve-gatation per-jocl with NPK 1-3 tin the wtO,)le
reduced by 11-1b days i- wl th NP
-And by 16-25 days in compar-'son with unfertil-

C, -11 t i va t*~ dI a
Y
ized grotutd. The gap betwee-n the tau le an Id
female hemp' plants' ripening ar. ahortened.
The niale arW female hemp requirements A r.
po tas s i uw nutrition vary. Wilth an absence,
of X the yield:from the niale Plant -is IoNewred
y 62-64% from the fajaale by. 33-41%. Tha.
mile d-emanda an intensified.potaasium.
diet frow the very beginn,ing ol;' veg4tatin-n,
the femalc:~Plant Only during-L-vdiding;. reduced
zont 0-ats to
ent durine, the period from sh 4-he
3

C; ut a t C. d X, 1 ants
In ya 0
j~_' o R
T
'Jez'f pa.-Ir Stages Increased tk~e product Lvity o f
the f-ernale -P.Iant. ~ Ade-ficiancy of R:is m-spe-
Cte~:.Ily m.-trVed :bi -the pre--4enct-':6f*,z%n abundance
of N~ oupplonentary application Or'K durilig
the Vegetation p"riod incomplestety eliminates,
~stllrlting of growth and retardation r.-I':develap,-
a 3. e --D.13.
e i, tn thf m.. bem p, p.1 a nt
ro v

)SR Cultdva'u*ed P ents. rlam,~i f,,-).v Teclmiical Use,
-Su'i-'ar Plants.
V;& Join': Ref ""'lur-' !01, .1958, Yo i6, 73054
.-~0017'ract 11 'om,9 applJed In r.,olution. Repetitio-r-6 were B-12
rold. B.:~~'o--e the beginning of the lij-Tt -3-rge,
~eimjp nee6s a strong supply of P and moderate onc
of N, A ,4'Umong supply of P In the. beginning stage.6
o f ~-evelo~---mertj checks the harmf ul inf luence of abi n -
~a-At- Al Fror.,i t'.-~- budding phaL36, hem.9 ne---. --
mucl, 1-1. `2ne ea.:,lier N iL~ qpni-Lp-(2 in `L:Ii(:*~ lipgEtat4-cn
tha the ee:~d f o rmat t- D'i .,,h,-i-.h o3aur2,
With lcte Pppii-at-Jon of 1;, th- for.riation of seedF:
U
is d-~Iayel. ~-.nd tii-I harve-St of corimon hemp riecrea,--ed,
and nacy-ease in N. dosage in the beginning
of development weakens the intensity of fiber ac-
oumulation, A. 1,01. Smirnov,
Card 2/2
100

YUR(;HkKg IoTa., kand. toldm, nauk; ZAKHA-ROV, V.P.; SAZHZO, V.P.; Rwx=V,
v In IC7---
T~ f-I . rT.levM

S/63 60/OOO/OOi/oo6/oI4
B117XB147
AUTHORS: Baraboshkin, A. N., Sazhnov, V. K.
-----------
TITLE: Behavior of vanadium-oxide.- carbon anodes in:electrolysis
of chloride melts
SOUECE: Elektrokhimiya rasplavlennykh solevykh i tverdykh
elektrolitov, no. 1, 1960, 43-47
TEXT: The dissolution of~vanadium-oxide carbon anodes in chloride melts
was studied. Anodes were made of pure vanadium pentoxide,mixed with cobLltar
in benzene medium. After benzene evaporation,,.cylindtical electrodes were
molded from the dry mixture at 1.0 - 1.5 tons/cm2 pressure..' They were.
annealed below a carbon layer, the annealing temperature being slowly
0
(1000.;/hr) raised -to 800 C. Vanadium pentoxide.was reduced to*ltrioxide.
The carbon content of the individual batches.varied between:12.5 and 29.8yo
and their weight by volume var .ied between 1.6 and 2.1 19/CM2.. The,
electrolysis of oxide carbon anodes was studied in a pyrex glass vessel
Card 1/3

S16311601000100110061014
Behavior of vanadium-oxide carbon B117/3147
at 680+100C. An equimolar mixture of sodium and potassiumIchlorides.was I
used as electrolyte. Pure nitrogen was passed through the apparatus, and
thus an inert medium for transferring the anodic gases.was obtained. At
the beginning of electrolysis dissolution took place with formation of
3+
V ions only. Tetravalent vanadium seems to.form as soon as the anode
potential approaches the potential of chlorine,separation. This corresponds
to data by Laitinen (Ref. 12, see below). 'Summaryt It was shown that
oxide - carbon anodes during electrolysis dissolved in the'chloride melt to
3+ 4+
form V and V ions, i. e., ions zithou-t-6xygen. The.electrolytes
obtained can be used for producing metallic vanadium. The-authors obtained a
vanadium - lead alloy (64A V) by means of electrolysis. The deposit showed
a widely ramified, steel-gray, dendritic structure. The laboratoriya,
elektrokhimii Urallskogo filial AN SSSR (Laboratory of Electrochemistry of.
the Ural Branch AS USSR) is mentioned, where the behavior of thorium,
beryllium, titaniium, and calcium-oxide - carbon anodes duringelectrolysis
of chloride melts was studied in detail. There are 2 figures, 2 tables,,
and 12 references; 9 Soviet and 3 non-Soviet. The reference to the English
Card 2/3

M&SHIN, A.R.;- SkZEMV, V.Ta.j ANDRXM. P., red.;LUKASHEVICH, V.,tekba.red.
[Reinforced concrete and local buildIng materials in rural
construction; experience of the Voros~ilov Cklectiv'e Yarm
in the BazerWy Karabulak District] ZhelezobAom i,mestaye
stroitellnyo materialy v eellskom stroitelistve; opyt kolkbosa
im.Voroebilova Bazarno-Karabulakskogo r-na. [Saratov] Baratovskoe
knishnoe izd-vo, 1957. 93 P. (MIRL 11:12)
(Reinforced concrete construction)

41851
.9/263/62/000/006/004/015
~I008/I2018
AUTHOR: SSO iMF1 .4 iP OS laV
TITLE; 'A VeMote air-velocity motor
PERIODICAL: Referativnyy zhurnal, otdellnyy vypusk, 32* Izmer itel
naya takhnika,.no.6,, 1962, '54, abstract.32,06o204P,
(CZech. patent class 42o,1T, jo.94928, April 15, 1960)
TEXT: Tho device consist3 of an anemometer suspended from a uni-.
-vorsal joint. The suspension is designed to register. thenumberof
the anemometerby means of a chopping element, while the changes in
t1he position.of the yok-es of the universal ' Joint with respect to
some fixed reference position are recorded by aresistance trans-
ducer. The electric wires are led outside by means of aspecial
connecting element. The chopping element consists of the axle of.
the anenometer connected to a circular plate, in the guide of Ythich
a small ball, held in place by another stationary plate, is rolling.
An electric contact inserted In the moving plate is connected to
the anemometer's axle,, wh1le the contact in the stationary plate
Card 1/2

S/26-3/62/000/006/004/015
IOOB/1208
A distant air-velocity meter
Is connected to a battery T e connecting 61ament is constructed
lh
in a similar, way, but In it the point contacts are replaced by ring
contacts; small balls roll on these rings, thue ensuring,lindepend-
ently of the position of the yokes, ofthe universal joint, a per-
manent contact. As a rosistance transducer serves a coil of metal-
lic wire, on which a small ring, connected to one of the yokes of
the universal joint, slides. As the position of the yoke alters,,
the position of the small ring alters aswell, and-thus alters the
resistance of the coil. There are 6 figures.
Abstracterts note: Complete translation
Card 2/2

JEBAVY, Zdenek; RARTOS2 Vladimir~ NERAD, Vladimir; SKATJNIC) Vladimir;
FIMA, Bohumil; KGLARKOT,', Mga;,,SAZROU Vera- HRAWKY, Mikpllas.
Analysis of salivary secretion and eome electrolytes.in the
saliva in relation to age. Sborn, ved..prac. lek. fak. Karlovo
univ. (Hrad. Kral.) 6 no.5:supPlt6O9-6l8 163
1. Stomatologicka klinika (prednosta: prof. MUDr. L.Saz=aC$c.);
I. Interni klinika (prednosta., prof. MUDr F.Cernik) a'Il. in-
terni klinika (prednostat prof. MUDr. V, lurkovia) Karlova
Universita v Hraddi Kralove*

BLIZNYUKOV., Yuriy Nikolayevich; BOCHKAREVp Vladimir Ivanovich;
BURACHKOVSKIY, Vladimir Vladimirovich; GIBPMKH, Lazar'
IsaakoVich; DUBROVSKIY, Viktor Fedorovich; ISMAILOV,
Sady1ch Ismail-ogly; SAZOIIENKO, Petr Alekseyevich; WTIalov,
Arseniy Sergeyevich; -SYRGI-IYATflIEUV,--Y-ev-~-ei-ffy Serjeyevich;
SUSLEITITIKOV, Nikolay Mikhaylovicla; KAYESHKOVA, S.M.,:ved,
red.; TROF-IMOV, A.V., tekhn. red,
[Practice of innovators in drilling and exploiting oil wells]
upyt novatorov bureniia i ekspluatatsii neftiarykh skvazhin.
Moskva, Gos. naucbno-tekbn. izd-vo.neft. i gorno-toplivnoi
lit-ry, 1961. 6Tp. (MIRA 15:3)
1. Moscow. TSentrallnoye byuro promyshlennykh normativov po
truda.
(Oil well drilling) (Automatic control)
(Oil fields-Equipment andsupplies)

~fuT

SOV/137-58-8-16858
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 8, p 91 (USSR)
AUTHOR: Sazonenko, V.P
TITLE: Rationalization of Grooves on 330 and 280 Merchant Mills with
the Purpose of Increasing Output Capacity (Rats ionali zatsiya
kalibrovok na rnelkosortnykh stanakh 330, 280 s tsel'yu povy-
sheniya proizvoditel'nosti)
PERIODICAL: Tr. Nauchno-tekhn. o-v a chernoyrnetallu .rgii. Ukr. res'p.
pravl-, 1957. Vol Z, pp 138-145
ABSTRACT: A description is provided of the rationalization, of groovings,
(G) of 330 and 280 merchant mills, the result of which was a
pronounced increase in thel.output. capacity of these mills. The
new G for the. rolling of.symmetrical. and asymmetrical angles,
channels, and flanged rings e Invisage the rolling (R) of these
shapes in 5 passes instead of 7 with the old G. - Under these
conditions, the strip is passed through each stand only once in-,
stead of.2-3 times with the old G., In the new, 6 for angle sec-
tio.ns, an edging pas s is provided in the I st. stand, to make it
possible to control the width of the ingot delivered to the 2nd
Card 1/2 stand and to.mechanize the delivery of.the ingot to the following

SOV/137-58-8-16858
Rationalization of Grooves on 330 and Z80 Merchant Mills (cont.)
groove by rneans of screw-type pull guides and repeaters. Reduction in the
number of passes in the R of Nr 5 channel was accomplished by using an
original slitting pass on the 450 roughin stand.. This pass was built so that
9
a rectangular billet wedges into it across its width. Instead of the usual slit-
ting rib it has a broad rib with 2 cutting edges. Thistype of slitting pass has
good bite, produces less reduction of flange cross-section, and, despite the
wedging effect, results in absolutely negligible processing in width. The sec-.
o,nd channeling groove in the'R sequence is also built on the principle of lat-
eral wedging of the strip, and this facilitates lengthening of the flanges. The q
subsequent grooves are standard. The use of the new G for Nr 5 channels
doubled the output. of the mill. The reduction in the time required to R a
single strip resulted in an increase in R temperature, and this reduced
energy consumption and,almost totally eliminated breakage, of rolls,..wob-,
blers, and collars. The G of window-frame section Nr 2, a shallow channel
measuring 55xZ5x4x3 mm, was improved in the same way. The G of flanged
ring Nr 7-03, and that of the roughing lines of the 280 and 330 mills were irri
proved in the same way.
S-G.
1. Steel-Processing 2. Rolling mills--O;etdt~ion
3. Rolling mills-Performance
Card 2/2

Iml

KHIZHWAK, P.A.: SAZONIK, Kh-V.
How the treatment of soil with emulsified leather oil affects
the causative organisms of potato wart. Zashch.rast.ot.vred.i
bol. 4 no-3:49 MY-Je '59- NIRA 13-.14)
1. Direktor stanteii po raku kay-tofelya Vaouoyuznogo nauchno-
issledovateYakogo instituta, g.Chernovtsy (for Khizhiiyak). 2. Zaveduyu-
shchly otdelom toksikologii Vaesoyuznogo nauchno-issledovatellskogo
inatituta zashchity rasteniy, g.Chernovtsy (for Sazonik).
(Potato wart)

LIPSITS, D.V., kand.biolog.nauk; KHIZRNYAK, P.A., kand.sellskokhoz.nauk;

41
GUREVICH, Abram Natanovich; PLATONOV, Tevgeniy Veniaminovich;
inzhoner, redaktor; YMINA, G.F., tekhatcheaki3r
[Increasing the power of the TE 2 diesel.locomotivqj Fovysbenie
moshchnosti teplovoza T12. Moskva, Gos.transp. zhel-dor. izd-vo,
1956. 58 P. (Moscow. VsesoiuzmV1 nauchno-iseledovatellskii institut
zheleznodorozhnogo transporta. Trucly-, no.117). (MLRA 9:10)
(Diesel locomotives)

Vtr

ABAKUV,OVSKIY, D.D., inzh.; VIKWAN, Yu.L., inzh.; VODOVOZOV,A.I.,inzh.,-
ZORIII.R.P.,inzh.; IGNATCHENKO,Ye.A.,inzh.; LITIIjSKIY,I-,.E.~inzh.,-
SAZONPV-,A.I-.-y4nzh-, PRITULA,V.A., inzh.,; FOI,'12,KOVS.A..,inzh.;
,,inzh.; SAFOZIfl-'IKOV,N.X.,inzh,; M)MUK) A.I., inzh
~R~KICTiOYN,L.I. I
YA14KELEV,L.F.,inzh.; BASHILOV,FI.M.,,otv. red.; LATINSKIY,M.E.,, red.;
POLOS111A., A.S., tekhn..red.
[Handbook for buidlers and assemblers of the petroleum industr7]
Spravochnik stroitelia-montazhuika neftianoi.promyshlennosti. Mo-
skva, Gostoptekhizdat, 1946-1250 po (MIRA 15:4)
1. Aussia(1923- U.S.S.11.,%Narodnyv komissariat neftyanoy pror7sh-
lennosti. Glavnoye uprvvleniye.-2. Tiarodnyy komissariat neftyanoy
promysb-lennosti SSSR (for all except Ba.5hilov, Latinskiy,.Polosina).'
(Petroleum ind-dstry)

SOVIM23-48568
Translation from: Referativnyy zhurnal Elektrotekhnika,1959,~Nr 23, P 183,
(USSR)
AUTHORS. Bobrovnikov; M.S.P.J& "onov A.I., Starovoytova, R.P.,
TITLE - Excitation of Osci
liat ons With aFringe Radiation in In-
finitely Long Wire and Mane
PERIODICAL: Tr. Sibirsk. fiz.-tekhn. in-ta, 1958, Nr 36,,PP 381 388
ABSTRACT: A diffractional method of studyingantennas.is proposed on a
model consisting of an infinitely long hollow-conductor ex-
cited by two ringshaped slots fed from inside. At a distance
between the slots equal to
271-1
(2n+ 1),
2~
where 1 is the half-distance between the slots,.a.fringe radia-
tion only with a lobe diagram will be observed. A formula for.
the magnetic,component of the field is derived. Also in-this
.Card 1/2 case there is a lobe radiation diagram. Methods of measurement

----------------
06543
90) 24(3)

AUTHOR: -A I.
Sazonov
TITLE: Measuring Slow Fluctuations:of the Arrival Angles of.
Centimeter Waves
PERIODICAL: iotekhnika
Izvestiya vysshikh uchebnykh.zavedeniy, Rad
,
,
,
,
1959,.Vol 29 Nr 2, pp 252-253 (USSR),
ABSTRACT: Theauthor describes a phasom etric method,. of measur-
ing slow fluctuations of the'arrival angles, which
does not require bulky antenna reflectors.and multir,
channel,receiv.ers, Figure 1 shows a.block diagram of:
There are threeI paraboloids
the measuring equipment.
.
:with 52 cm opening s,-spaced vertically at.distances
of 1.5 m. Further a calibrated electrical,phas6 shif
ter, a receiverg.a synchroscope and a cut.-ou~ switch
are used. The.latter,disconnects any of the three
paraboloidso: The paraboloid antenna system is rotat-,
ed around its axis, whereby the phase shift is measur-
ed. The authorldiscusses some of the possible errorso
for example the ground reflection.. Other errors may
,.Card 1/2 be caused by the type of equipment used. The author
in a- i -Miwo. i -

81121
q-00 0 ~S/142/6o/ooO/01/015/022.
E34O/E335
AUTHOR: Sazonov, A.I.
TITLE: The Effect of~Ultrarefractive Layers on the Magnitude of
the Angle of Radio Refractione
PERIODICAL: Izvestiya vysshikh uchebnykli zavedeniy, Radl-o,t eklinika,
1960, Nr 1, pp 117 119 (USSR)
ABSTRACT: Mcasurements were carried out of-the slow variations of
refractive angle in,the formation of surface and elevated
ducts over wooded broken terrain. - The experiments ifere
carried out in.1956 and 19571using the signal reflected
from a passive reflector at an elevation of,72 at a
distance of 19.2 km from thetransmitter on wavelength
5.2 cm. The measuring equipment has been described in
Ref 2. Detailed discussions of the meteorological conditions
on t-wo.dates (August,16, 1956 and April 12, 1958) and the.
duct-propagatlo%conditions existing on those,dates,�s
presented. The author considers that surface ducts,ax-e
determined by thelocal weather while elevated ducts,are
mainly'determined by the meteorologicalconditions of
Moving air masses.
At elevation angle,71 the angle of radio refraction in LX
Cardl/2

81121
The Effect of Ultra-refractive,Layers onE18/eNainitude of the Angle
of Radio Refraction
individual cases of duct propagation exceeds the value
of the true elevation angle by a factor 0f,3- Deviations
of refractive angle have smooth,character and dur ations.
from 15 min to 1 hour for the surface ducts and has an
oscillating character for elevated ducts. The variations
of magnitude and sign of the refractive angle are In good
agreement with the variations of.weather conditions on the
tract and may possibly be used for radio methods.of weather
analysis. There are 4 figures and 3 Soviet referencoes.
SUBMITTED: March 2, 1959, initially
April 2, 1959, after revision.
Card 2/2

.86802
__ '?'~060
/000/003/017/017
S/14 2/60
q'9 810
E192/E482
AUTHORS:
and Kolosov, A.V.:,
Sazongy-,
TITLE:

mall
Calculation of the A
ngle of Radio Refraction at
.
Elevation Angles
PERIODICAL: Izv
es tiya vysshikh uche bIny1ch zavedeniyo Radiotekhnika,
.
0, No
196 -3:,, pp.409-412
TEXT: The -refraction error at small elevation angles can'be
determined as (Ref.6)
a
2

-ier
w
`1 e 4a.

s the angle of full refraction which is equal to the-
difference between the incidence angle (p at the point -of.,
2
observation andthe incidence angle ~pj_ at~the point where the
object is s ituated. Consequently, for determining the refraction:
error it is necessary toknow the change of the angular
~coefficient of the normalto the phase front during the
propagation of radio waves in a non-Homog~eneous medium or the
trajectory of a ray. The equation for, the trajectory is in the.
form (Ref.5 )
Card 1/4.

86802
S/142/60/000/003/017/017
E192/E482
Calculation. of' the Angle of Radio Refraction at Small Elevation
Angl s
e
3
W
/
y COS
P 1
Ea
(B)

where y, is the z enit
h angle. ~By solving Eq.(2) for y Y,
and y 0, it is ,
possible to determine tan cpl and tan (P2 The,
- difference of the tangents of. (p, and 92 is then determined ands ,
the final formula for a is
Ys + Y19(yd -(5)
Eq. 2 2d' (2E +
rAe

Eq
,
:(C
d
2
(C)

,card 3/4

u

24384
sli 4 2/6o/084& 510111015
Ei 2 /-B 3 8 2
AUTLOAS:. Sazonov, A. I. and Stetsenko, O.A.
TITLE: Dependence of the Radio Refraction Angle on :the
Wavelength During Formation of Elevated Tropo-.
spheric Waveguides,
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Radiotekhnika, 1960, Vol. 3, No. 5, PP. 515-5;L6
TEXT; Investigation of the radiowave refraction ongle in
-the troposphere is'of importance in the determination of the,
errors of the positions of targets in. space. The angle of
flection
e was determined by the methods of geometrical
r
optics in a number of works (Ref. Shabel'nilcov
I - A.V.
Radiotekhnlka 1 elektronika. 1956, Vol. 1, No. 3 277:
Rcf. 2 - D.M. Vysokovskiy - do- p. 274 and Ref. 3 V. Fannin-
and K. Dzhen - Voprozy radiolokatsioaroy tekhniki, 1957,,,
Vol. 5, No. 41, p. 164) In this work, the solution of.the
wave equation with e-profiles approximated by the non-
symmetrical Mpstein- model is used for determining the,
3.
dependence of the refraction angle on the wavelength. and the
Card 1/6

24384
S/142/60/003/005 /011/015
Dependence of the .... E192/E-382

ameters of the elevated waveguide provided that the
ar
p
position angles of the target:are small and that,tlie target-
is situated in the centre of the waveguide-or above it. 'It
is known. that during an inclined incidence of:an electromagnetic
wave onto the layer urhose permittivity as a function of he;Lght
is given by
V e
5
(Z)'= SI + (2, 7j7- + 23
I
.
+e
the expression for the retracted ifave is in the form
(Ref.:41 P.S. Epstein - Pxroc. of the NatioAal Ac ademy. of, 5 ej enc cs6
1930, Vol. 16, No. 10, p. 627):,

E,,p e'kPx + kazis (I + ekzvs d F, (a + b + d, a-b
+ 2a + 1. e-Alts).
(2)
where kz/s., s being a pt-rameter:,trhich expresses the
thickness of the layer in X/2'rr units. n q.
Card 2/6.

8/058/6 1/000,A00t.5/055/063
AOOIIA101
'7' 9'~
A !E~HOR - 3azcxiov,
~M er,
An .nvestagatlion of radio wave ref ra:Zticn in tha at osphere low
!avers at~ Zmall eleva-tion angle
-0 'C 5 Uch.
ER L AL- RA-ferativnyy zhurnal,, Plz-lka, no, 6. 1961 392, abstract 6Zh 21
P
za.p. TGm5kiy un-t", 1960, no, .36, 79 - 81)
=1 g The observed values of refraction angle are compared with the resul-b3
of calculating -the refraction integral for 15 parabollc,M profiles. Deviations-.6f
experlmenl:,all values frcm calculated ones do not exceed the a-ammary err-ore of radio
meas the foll ing conc-LU-
and r.re-.eoroicgica~ urementE. The calculations warrant OW
sicna? 1) at small elevation angles, the magnitude and, sign of refraction angie
uniquely derend on the altituds distrIbuti-on of refraction index. This r-ircum-
sta,nae can be used fCIr a radio- engiriee ring method of. probing refrac-,icn properties
cf -,he trsposphere !owe-r- layere; 2) a satisfactory agreement between experimental
valuez- of refraction angle and calcul%-~Iozs based on the concepts of geometrical
op'..'es was cl-tained rn a 19.2-km long route at small al '.Atudes of the Itarget and
re~aetvirig antenna,,
LAbstrao-'er' a Cc-mplete translaticnJ
Card 1/1

KUZAKOVA, M.V.,kandidat meditainakikh nauk; SAZOITOV, A.M.
Anatomical basis for cutting out calf muscle;f1aps for grafts in
chronic oateom3relitlis. Vest. khir. 76 no.11:55-60 '55 (MLRA 9:4)
1. Iz kafed37 operativnoy khirurgii (sav.-professor A.P. Hadein)
laningradskogo instituta usover.shonstvovaniya vrachey imeni S.M.
Kirov&.
(OSTROKMITIS, surg.
muscle flap transpl. to bone lesions)
(MUSCLIS, transpl.
in ostsomyslitis, flap transpl. to bone lesions)
(TRAITSPIAWATIONS
muso. flaps, to bone lesions in osteomyelitia)

Ab
CIRCHULIN, dots. (LeningrAd, Nevskiy Dr., 22/24, kv. 161); SAZONOV, A.M.;
MASIDV' S.I.
Pancreatic necrosis following splenectomy Ewith summary in English].
Vest. khir. 80 no.2:72-77 F 158. (MIRA, 11:3)
1. Is 1-y kafedry' khirurgii (i.o.zav.-dotsent A.S.Chechulln) i,
kAfed--y operstivnoy khirurgii (zav.--orof. A.P.Nadein) Leningrndskogo
gosuct.qrstvennogo ordena Lenina institu ta usovershenstvovpniyA vrachey
im. S-M.Kirova.
(SPLEEN, surg.
excis. in portal hypertension, -postop. pnnereps
:nSCr6BiS (RUB)
(PANCREAS, gangrene, after splenectomy. in portal
hypertension (Rus)'
(PORTAL HYPFMANSION, surg..
splenectomy, postop. -nnnerens necrosis, (RuB)

'd era!
Experizenta-' da4-a on col-onary-caroti -,erf'usion in gen
moderate hl~Tother-mia. Eksp-r. hhir. i anest. 9 ,io.3:EO-82
;,y
-Je 18-3)
1. torakall.noy k-hir;irgii i anEsLez"ologii (7av. 'prof.
Gadzh-iye--,,'J LeningradskoGo insLit-Lita dlya usoversi enszvc-
vanj.,,-a vl-ac-ev

. 1. EWT(l)
L 9210-AA AP4022751
XrC NKt SOURCE CODE: UR/0181/65/007,1009/2877/2879~--
~4 q
AUTHOR: Grigorf.yev, S. B.; S4~on&._A. M.
yt,
V~
ORG: Lenimad Electrical Engineerbk . rn~titute-ji J. 1. -61 1~ah6v (1~enin) (,L,enin-
gradskly elektrotekhniche-skiy institut):
TITLE: Effect of ultrasonic excitation on nuclear. magnetization: in. a paramagne c
material
SOURCE:- Fizika tverdogo tela~:, v,:: 7, no.. 196.5,-2877-2879
Ll I
47
TOPIC,TAGS: theoretic physics, nuclear. ma&etic', i;i6"nce-:,para-magne.tic material
ultrasonic effect
derived for the tot nuclear mi W:.o AM
'ABSTRACT: ~An equation is al ainetizatio f.a it
ume in a paramagnetic material taking account of population changes in enerii4:4ub;w_1_
levels due to the effect of acoustic oscillations..~A general solution of this equa_~
tion shows that the intensity of.,the nuclear -magnetic res.onancelsignal, which is
proportional to nuclear magnetization, decreasesexponentially after,acoustidpunp-,~_:.,
Ing Is starteds approaching equilibrium. Ori . art. has.- 7. formulas.
9
SUB CODE: 20/, SUBM DATE: l0Mar65/ ORIG REF: 0021 .-OTH IMF: 005
-Card

GRAMMAKOV) A.G.; OVCHINNIKOV~ A.K.; LY9BAVIN, Tu*P.; OVGHMIKOV, V.M.,,,

S/058/62/000/008/025/134
A061/A101
AUTHOR: Sazonov, A. M.
TITLE: Backscattering of gamma radiation
PERIODICAL: Referativnyy zhurnal, Fizika, no. 8, 196~~, 58, abstract 8B420
(Izv. Leningr. elektrotekhn. in-ta, 1961, no. 46, 328,-- 334)
TEXT: Investigation results are preSented-concerning the backscattering in-,~,
tensity of gamma radiation as a function of the atomic number ofthe scatterer,.
01 Cs137 zn65, co6O gamma-ray sources and
and the energy of primary radiation. C
Al, Ti, Fe, Cu, Cd, Pd graphite scatterers were used The results obtained are.re-
presented graphically.
[Abstracter's note: Complete translation]
vk/
Card 1/1

Off
L 1923
-AS EWT(l) UP cvAF~L/XSD('
jWCESSION NRt AR4045043 S16275/64/6&~OV63&035
SOMEs Ref. sh. Elaktronika 1, a primoneniyo~, Svodny4y ton,, Abe.'Mo%
YGY
AUTHORi Salzonov, A. M.
TIMs Aoiiiods for stabilizing, magnetic fields
CITED SOURCE4. Sb. Geafi-z.' r0 -196
dostoptekhUditt
PribP
old lq.~.field ~At4biliiatidn':
TOM TAOSi magnetic-ri malioo
4
wo-' ea a
TRANStATION: High-stability magne'tic''fields: area require- 6r'uta
trome re
-alp ctramAers -ut4gno
magneto-optical intruments, magnetic hi and beta spe a
tic-
resonance and elect ran-par=aghetic-reSonanco spectrometers, etc. Of tuemn t
he use
of armanent, magnets is not warranted as they have a high field-strength
temperature caefeioien-L and do not produce strong arA controllable fWjA. The
I Princisal elements of a current stabilizer arei a reference resistor, a
ca. By using trantsistors and Si volta
go
can be attained. The trani~.S_tors connee
hen high power is required, motor genera
emperature compensation can bei-ised. 11
or

R
z"
4:
'L- 19?33- 5~
6
-ACCESSION :NR s: -AR4045(*3 %;
t
field stabilizz the -W1 - generator 3. Prom
era As he current pass:b 3
3tabnit,
2 to t6e output voliake, the geheratorks must '~ be rder,
gb
than the requisite stability-of the. magnetid Also the e
the- lt ind
uced in an exp
be directly stabilized by using vo age g a
in aagnetic-flux aeasufements or by using the nuclear magnati resonance
phenomenon in which the h-f energy of a field modulated by a special sensor
placed in the magnet gap is absorbed. Bibliographyi 60.titles.
a Yz~t,'
f
J~
c
c 7
rd2h
7~ 2-7-177-

W

.ACCESSION TIR: AR4036340
~paramagnetic-resonance spectrometer of the superheterodyne type designed for
these purposes. The article includes a block diagram of this spectrometer and*
a brief description of the principal peculiarities of the apparatus by which
it differs from earlier described instruments of this type. Circuit diagrams
are given for the intermediate frequency preamplifier and the automatic tuner
of the heterodyne klystron. The designed spectrometer has been used for a
study of electron paramagnetic resonance in a number of natural compounds:
spinel, corundum, beryl, apatite, sphene, cassiterite, a Ite. The measurements
were made at room temperatuFe by use of an electromagnet with a uniform mag-
netic.field of.at least 10-4 gauss/cm (the diameter of the pole pieces is 200
mm), which was fed from a current stabilizer with a stability of 10-5. The
instrument sensitivity was checked during the measurements using the signal from
a standa d specimen of diphenylpicry1hydrazil. The mean sensitivity of the
spectrometer was approximately 5110-9 mole'of dipherqlpierylhydrazil. As dn
illustration of the results of the measurements the authors cite and,breifly
discuss spectral derivative curves of electron*paramagnatic reso-nce in spinel
and andradite. A. Frolov.
D A T E. ACq: 17Apr64 SUB CODE: AS BI;CL; 00
-Ccr~-2/2

2/2
C
ard