SCIENTIFIC ABSTRACT KOZLOV, V.A. - KOZLOV, YU.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002201530004-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

DEN'ISENKO, 0. N., et al., Meditsinskaya RadloloniYas Vol 18, No 2, 1973, pp 40-45
9/15
Fig. 3.
4;
J:"
Principal Circuit Of Multichannel Dosinieter

USSR
DENISENKO, 0. N., et al., Heditsinskaya Radiologiya, Vol 18, No 2, 1973, pp
40-45
Key to Fig.
1.
2.
3.
4.
5.
6.
3.
(SH)-l, -2 Step-by-step switch
Galvanom tric induction converter
Digital voltmeter
Detectors
Manual interrogation
Manual-automatic
Shl-50/4 step-by-step switches were used as KI and K2 commutators.
Their triggering was accomplished by the thyristorized getterator LI, Operating
in a regime of energy pileup in the interval betweea pulsos. The possibility
is provided for of manual or automatic interrogatioa with frequency control.
After the commutator KI the signal enters a Type 1-31.0 d-(: amplifier which
contains a Type 13D1/3 galvanometric induction convexter ((;EP) an a-c ampli-
fier, and a synchronous demodulator. The input resii)~tance of the GIP does not
exceed 1-2 ohm which makes It possible to assure rea,lization of a short-circuit
regime. From the GIP the signal proceeds via the copmutator K2 to the! correcting
network which contains the variable resistors R14-R53 Resistor R54 (100
10/15
91

USSR
DENISENKO, 0. N., et al., Meditainskaya Radiologiy4, Vol 18, No 2, 1973, pp
40-45
percent R) is used during relative measurements. For an indication of the
number of a detector being questioned, indicator dij;ttal panels were u.~,ed,
connected with the aid of the ShI-50/4 contacts, arbd givinij In digital form
the number of the detector being questioned. The roults of the rteasUlreAnentS
were recorded with the aid of a Type ShCh141111( dig,iW val.tmeter, with which
an output to digital printing in the co'de 2-4-2-1 ijas prmided.
Structurally the multichannel dosimeter is made in the form of the
block of detectors, the block of the commutator K10 a principal block in
which are located the commutator K2, the d-c. amplifier (UPT), the correcting
network, and the control general G, the power supply blocit, and the digital
voltmeter block.
The commutator KI is located in the immediate vicinity cf the phiLitor-
The signals are transmitted with the aid of a coaxial cable approximately 20 M
long. For convenience, in the principal block there was a t;upplenenEary
pointer-type recorder (SR) (See Fig. 1) of the power of the radiation dose,
connected to the output of the GIP,
11/15

USSR
DENISENKO, 0. N., et al., Meditioinskaya Radlologiya, Vol 18, No 2, 1973, pp
40-45

z

Fig. 4. Fxterior View Of Multichannel thnimet:er
12/15
92

USSR
DENISENKO, 0. N., et al., Meditsinskaya Radiologiya, Vol 18, No 2, 1973, pp
4G-45
The multichannel dosimeter can be used with any phuntom, both liouid
and solid. In our investigations a dosimetric phsiltlin of .3 hum-an thorax' Was
used, prepared on the basis of this part of tho skell~ton Cined in Forinali-n.
The thorax wall, the heart, liver, aud diaphragm are fulfilled Erom the H-3
phantom mass 04. Tyubiana and coauthor). The trache,u and esophagus are: simu-
lated with vinyl chloride tubes. The spinal colt=n t.nnal Is a natura). cavity
with vinyl chloride tubes lead into it. In place of the wrrangement of the
lungs, a cavity is provided, with the ariatomy and diatensions of the jkeleton
taken into account. The cavity can be filled with various tissue-like ma-
terials and ionizing radiation detectors can be introduced into it. On the
side of the distal end of the phantom there are 50 cylindrtcal channels I cm
in diameter in which rods with detectors can be placed. The direction of the
channels coincides with the longitudinal axis of the phantain.
Thus the dosimetric phantom of a human thorax mAes. it possible wholly
or partially to vary the composition of the substance iilliac, the "lungs"
cavity and to place detectors at any point of the phantom, iricluding the
fiesophagus," "trachea," and the "spinal column channel.."
Measurements performed on this phantora with Lbo ;0d I," 7,L11t4
dosimeter showed that introduction of detectors Lrmo z1lo r-jr
-the dose f i,21,11- wi~th_kl -0,1a- 17- i
6tL-, ~, - -1.4 - 'In
OUR"' "11,01MURMT11 11111 "M

USSR
DENISENKO, 0. N., et al., Meditsinskaya Radiolcgiya, Val 18, No 2, 1973, pp
40-45
With the electronic stages taken into consideration the over-all error
of measurements did not exceed 5 percent. I
Conclusions A 50-channel dosimeter with semiconductor detectors of the
11solar cell" type was developed. The principle of time sharing of Lbe detector
communication channels with the recording device is placed at the basir, of the
block diagram. The multichannel dosimeter makes it possible to conducc measure-
ments on any phantom with the application of static mit.~thods af irradiation. It
would be possible to use a block diagram with parallel "interrogation" of detec-
tors for recording of the dose field with mobile methods of Irradiation; however,
for a large number of channels its creation encounter,* conuAderable difficulties.
In spite of this it is possible to stress that transitijon to multichminel methods
of recording dose fields is very promising and the development in question is
only the first step in this direction.
BlbliograRhy
KRONGAUS, Z. N., LYAPIDEVSKIY, V, K., FROLOVA, A. V., 11vsUal Basis of
Clinical Dosimetry, 'Moscow, 1969.
KRONGAUS, Z. N., GLEZIN, F. I., CRIGORIYEVA, G. X,., Ifedical Itadiology, i-970,
No 9, p 68.
14/15

USSR
DENISENKO, 0. N., et al., Meditsinskaya Radiologiya, Vol 18, No 2, 1973, pp
40-45
DUONS, Kh. [?Jones, X.1, Physics of RadioloEy, Hoscad, 1965.
MANDEL'TSVAYG, Yu. B., Hedical Techniques, 1968, No 2, p 44.
TYUBIANA, H., DYUTREKS, Zh., DYIJTREKS, A., and otherim, Phyalcal Basis of
Radiation Therapy and Radiobiology, Moscow, 1969.
BIRKNER, R., Radiation Therapy, 1962, Vol 118, p 229,
BOCHKAREV, E. G., MIKHAYLOV, V. A., Medical Rad.!qAojLit, 1970, No 9, p 62.
WHONS, Kh. [?Jones, X.I. Physics of Radiology, Moscow, 1965.
Received 16 Dotcembcr 1971
15/15

USSR
UDC 681,323
RAYKHKAN, Ya. A., RUDKO, V. A., BUTKOV, Yu. G., FUFL40', If. A., and KOZLOV,
V. A.
"A Specialized Digital Computer for Calculating the Intit!rcoriiections of
Integrated Systems"
Moscow, Oktrytiva, Izobreteniya, Promyshlennyve Obrazts1r, TOVIII.-nlye Znaki,
No 22, Aug 72, author's Certificate No 29B936, filed 6 itug 68, publishcd
14 Jul 72, p 249
Translation: This Author's Certificate introduces: 1. A specialized d.L,,i-
tal computer for calculating the interconnections of integrated systLms.
11te computer contains a memory device, address registerv for given :oid
current coordinates, comparison circuits, registers for points, an analysi.-
circuit, a recording circuit, and ou input/otaput wodulii. Ar.-; a distin'-.uJ:~h-
in& feature of the patent, rpaed is incremud and tFe dovLce nir-plifil,~.1,
by adding a block for transfers along X and Y and a cirvult Froupin," bloc,
with its output connected to the first inputs of the addresq ro-icter A4o-.-
current X and Y coordintitcs, whose s~-cand Inputs are cu,jncc,1t.,,.1 to [.~Ie
outputs of the blocks for along X and Y rQ..3pi...-iUvoly. lh,-~
outpuur; of' the currvot coor~`U~it(, rm-Anret'n arv .i fo;r.r:- ii
V3

USSR UDC1: 537.22("537-:311-31:5374535
LIDOMIM, 11. S., Corresponding Member of the TISSR Ar_(V1eV,)' of Sciences;
Ow",-Ag: RAGA)%V,, E. L.
.TVO-Stage Attraction of Electrons by Ions"
Moscow, Doklady Akadeinii Nauk SSSR, vol 204, No It, pp 820-8P7
Abstract: The thermo-emf of nondegenerate seaicon(Iuctors under
conditions of hydrodynamic flow of phonona wnder the action ef
an applied temperature gradient is conoidered in this article.
Under these condit-ions, the phorxon ilow att3-;icts c-harge carriers
and the system becomes a quantum analog of tbe e."Lectrohydrc(lynainic
generator; the charge carriers are attracted by qvasi-particles of
essentially pantum origin rather tban by thtli floir of neutral par-
ticles. The authora begin -their analyaio with a jitatement of the
kinetic equations for therval and electronic phononi3, in i4aich it is tLGsLred
the doninant role belongs to the nmtual collisions of! Lhe therro-1 ph=ors
while the effect of the electronic phorions on them jwiy be r_ef.:lected. it ic-
shown that the attraction of electrans.by the phonoa4i ri-ay enuse unusially hl,;h
therma-emf values in the case of very well formad crj1t3,ULls. 7ba authol-s
express their grutitude to R. H. Gurzhi, V. M. lContovoirich, and 1. B. F.:Uashov
for their helpful caments.
1/1

USSR
UDO .621.3-C55
KOZLOV, V.A., PISKAREV, V.I. L'Scientific-Rosearch. Rutliophyiiica Institute]
'Cloncerning Frequency I-Ultiplica-tion In Tho Rillimetor Ranj,,O In 21-1111ib"
1zv.VUZ:Rad1c,Pizika, Vol XV, No 2, Fab 19720 pp 300-';'1A
Abstract: The effect is inveetigated of triplin; the frequ,-~ncy of the electro-
magnetic field in the comiconductor n-In3b (it 77 K ill the Inilliaater rarjre. A
compariBon is made of the experimental results and thi) calaoldt.ed, fuleilled
under the asuumption that the nonlinear susceptibility ror triplipj; is cauBed
by a nonparabolic conduction band. In this connectiaj, the offact i0 token. into
account of a strong pumping field at the omission corziLiticn of the third har-
manic. The experimental uquipment unod in the work lai doeoribad. The 4--Uthcrr'
thank A.M. Belyanteev and V.N. Gonkin for discussion i:d' tho reaulte of the work
and for a mxmber of valuable cot=erate. 2 fig 12 ref. 11%ceivea by editors, 17
March 1971.
1/1

USSR UDC 669.3.048
KOZLOV.- V. A., DUSHM, L. N., OLESOVA, A. I.
"Vacuum Distillation of a Polypietal Alloy"
Tr. Ural'sk. n.-I. i provekt._ In-ta medn. prom-qti (Works oil Lhe Ural'sk Scien-
tific Research and Planning and Design Institue of tbe Copper Industry), 1971,
vyp. 14, pp 201-206 (from M-MetallurgLya, No 4, Apr 72, Abstract Io 4G303)
Translation: When reducing silicate slag from a melt: of sJurry from coppa.-r
electrolytic production with the addition of CaO and Na 2Cki'll a polyrc!tal s1loy
is obtained. ilie separatian of the compouents of thilm all;i), is po3s:Jlble by
vacuum distillation. The process can be two stage. or thrim- ~ttnpp- In Cis case
of 3-stage distillation of the polymetal alloy, Pb and Sb Atrw ii-xtracted in tile
Comiercial products, and Cu, Ag,,Awd fli 4are- obtained tit ttio lo= of iriten"Iediate
products suitable for further refining. 11te dellree aE extrartion of the rwtal
in individual products by the sclieme Is :L00% Pb, 64Z M), and 94% Cu. In the
case of the 2-stape process, the Pb and Sb are obtaimiLd in the forn of an alloy:
high -teope rat ure distillation for drivin$ off Pb, Sb,mnd AP, and low-tet'Perature
distillation for separating Pb and Sb fjr(im AS.

USSR
UDO 621,~15.2-054.5
KLIMO-It M.A., KOZLOV, V.A.
"Compensation 0.1 High-ProTjancy And LQw-Prequncy Yolta&v Gf Interforencle In A
Wide Frequency Spectrumu
ElaktrosIXt.zi, No 2, 1972, pp 55-59
Abstract: The problem Is considered of protecting c,amrunl.c!ition civinnala from
the effocto of exterior low-frequency and high-frlv~urincy oloctrorugw~tlc fioldo.
The causes and location of the ona6t of noloo curronto in two-cond,,iotor aoupl--
ing cirouita aro discucaad as well as the conditionu for acimpenzation c.' noi,340
currents in one anplifior nection., and companantiov. of nolsib currunts with tho
presence of an atfective signalo, A method 19 presentini of au-tomitic, wLde-L~nd
oompeneation which Is frea from a number a defecto .1'ound Ai4 othsr comrpnoation
systems. The principal circuit is shown of u rtodol 1:,'. 0 111de-bilLd noiase-
supprepaing device. Data obtained from touts of thiii molol on opcrat~vo cablC
long lines of co=wnication are prasonted. 5 fig. 1 liab. 3 rer. Rocaelved by
editors, 31 March 71-
1/1
`;A 1 :1
n.w'Pvwq'q$vK-

USSR
uDc 615.&4q.i-015-25-015.4
KvIU=v A. N. t _xOzWV. V- A.. and CORSHKOV, V. L. Selentlf Ic Research
Labomatory of Experimen. unobiology. Academy of JfiuUcal Sciences =-R,
Moscow
"Wwzges in the Radiosansitlvity of CAVS Una Cells rojloviiig Multiple Action
of beta-Hercaptopropylamine"
Moscow, Byulleten' EksperinentaJ! noy Biologil i Heditminy. Vol 72, No 9,
Sep 71, pp 53-56
Abstracti A variant of cells resistant to high concentratl*as of radio-
protectors was obtained and their radiation resistanct studied. WE' line
cells (obtained in 1961 from the epithellum of stomach eancar in woman) weiv
used because of least adhesiveness and slower frapeirLation after destruction.
The 3milloprotector selected was bDta-mercaptopropylaW.na (JJPA) the mast
effective of the aminothiol compounda used In the prophylzu-la of radiation
danage. The calls were subjected to constant contact With the KPA prv;am-
tion, multiplied, and were again processed irith the ImapaxaLlon, a tot~a of
ton tines. After multiple processing the cells differed frou the original
line and were designated as CAV'~-10'- Compared to fbia CAU, line, they can-
r/2

USSR
KLUAM, A. N.t et al., Byulleten' Eksperlwntallnoy Bloloe:il i Yeditsiny,
Val 72, N1 9, Sep 71, PP 53-56
tained. a greater number of cens zvsistant to high comeenta:ations of XPA
and lesser sensitivity to loni2ing radiation, Those indemn were maintained
during -two years of cultivation of the c4lls under r%itino vonditions, This
suggests a possible use of pharnmacochealeal. proteatiom for,14creasing the
Mistance of body tissues to the effect of n0stion,
2/2

USSR LJDC 577.1:615.7/9
DAVYDOV, B. I., and KOZL.- V. A--.
"Effect of Monosodium Salt of 0-Aminoethylthiophosphoric Arid on Animals'
Resistance to Transverse Overloads"
V sb. Probl. kosmich. biol. (Problems In Space Hology -- Collection of
Works)'Vol 14, Moscow, "Nauka" (Science), 1971, pp 2,5--32 (Russian) (from
M-Biologicheskaya Khimiya, No 20, 25 Oct 71, Abstrn!cc No 20F1716 from
smmary)
Translation: 'Mice were injected intraperitoneall-y with cy:lAnphos U; 100-
450 mg/kg), and from 30 min to five days later the aninalit vere subjected to
overload (centrifugation, 44 units). An equation was 6btal-nt--d describing
the dependence of the animals' resistance to overloadt. 30 min after I on the
dose of 1. It is shown that the deathrate. of the antinals did not differ from
control when exposed to overloads four hours to five days a~fter injection of
I in a dose of 300 mg/kg.
1/1

USSR
UDC 547.241.341
NOVIKOVA, Z. S., GALITSKOVA, N. P., KOZLOV, V, A., anti LUTSFINO, I. F.,
Mosccn,- State University imeni M. V.'-hemvnosVV ....... --.4
"Reaction of Diphenylphosphine and Potassium Dipbenylplio-sphide 11~'fth
a-Mercurylated Aldehydes and Ketones"
Leningrad, Zhurnal Obshchey Xhimil, Vol 41 (103), No -4, Apr ',11, pp S-11-939
Abstract: Reaction of diphenylphosphine with mercuril:d.sacir:a1dehyde and tile
reaction of potassium diphenylphosphide with in a
solution of dimethoxvethane takes place with a transfar of Ole reactive
center yielding vinyl ester of di phony lph osphinou s acfol. Ir., contrjsL,
mercurylated ketones react with these reagents in two 1-1avs, yi4-,lding
substituted vinyl esters of the diphenylphosphluous aaW (01--phosphurylatforn)
and a-phosphorylated ketones (C-phosphorylation). Tho course of the reaction
depends on the electron density at the phosphorus atain, on the structure of
organomercury compound and on the type of solvent used. The reaction course
involving the transfer of the reactive center with Ow. formation of O-Lso.-iers
Is favored by higher electron density on the phu-sphorul; atqm, higher bastcity,
and coordination ability of the solvent. Tile opposite fa-tors favor Che
reaction without a transfer of the reactive cencer to the
leading to tho forrniarion of

....... ... h fi i i M i i i i i i i i h i i i i i i fi., I I --- M, "fi.H." W W,
UDC
USSR 621-396.6-181.5(c$8.8)
GIAZKOV, I. M., ZAYT-SEV, V. A., KOZLOV, V., A., HAYRIDIAN, Ya. A., TRYMOV,
E. N.
"A Kicrophoto Assembly Device for Making PhOtOteMpldLt)-2BI'
USSR Authorls Certificate No 2634143 fIle4 3 Jan 68, p%ibli4-,h-Ld 9 Jun TO
(from RZh-Radiotekhnika, No 6, Jun 71, Abstract No V;R-~,,q
t
Translation: This Author's Certificate introduces a inicronhoto asseirbly
device for making phototemplates. The device containii a stand w-ith il-
luminator and shutter, a coordin,'Lte table w-ith linear iisplat,,ement d!Lta
units, a composing diaphragm with sliding screens, an Inter.-I'-angeable
objective in the form of a lens raster or high-resoluO.on liens, aid a
program control unit. To improve accuracy (resalutia.,i) and Increase
productivity, a removable holder with a projection lev:3 is =-wnted in -a
horizontal base on the coordinute table irhich rests ati the uppx.-r rurf,w:x.
of the stand. The table is equipped with an aperture tar t#he lens and FA
receptacle for holding a photographic PlUteL. nie caqw.,sitIon diaphra~)n
with sliding screeni3 hanggs under the coordinate table an cnXiir-nne -011'~h
pens throu&h the stand. Fastened on the col=na btetrirwfin th(! ccuTozitil):-,
diaphragm and the lens is a ring for the phototemplatil- blard,.,
1/1

USSR
UDC 577-t:615.7/9
DOBRUV, N. N., K0ZL0V,Y._A., PARSHIN, V. S., and SAKS131zov, P. P.
"Effect of Cystamine in a Mixture With Sympathom[metic jVniavs on Repair
Processes After Exposure to Radiation aild Overloads"
V sb.; Probl. kosmich. biol. (Problems in Space Biology -- Collection of
works)-, Vol 14, Moscow, "Naulra" (Science), 1971, pp 285-288 (Russian) (from
RZh-Biologicheskaya Khimiya, No 20, 25 Oct 71, Abstra(It No 20F1718 from
summary)
Translation; Mice were subjected to gamma-irradiation, (250 roentgen.-,) and
the.effect of acceleration on a centrifuge (15 and 31) unitu, 5 atin) 50 ailli
before and 30 min after irradiation. The radiopTotecl:.or cystamine (100 mj;/kg)
in-amixture with amphetamine (1.5 mg/kg) and adrenaline (0,15 mp/l-.h) was
injected int rape ri toneally 55 inin before irradiation, azzid Ln the event of
combined exposure 5 min before overload. The rate of repair of the reversible
portion of radiation damage, as determined from the h.alf-racovery period of
the -animals' radioresistance, was used as the criterimi of protective action.
The authors established that the protective action of cystairdne is appro:(i-
mately equal for combined exposure and for irradiation alone.
1/1
7 A2

F7;
USSR UDC 612.374..4.029.6
KWLOV, V. A., NAVROTSKIY, V. I., and VIZEL', A. A.
"Study of the operation of a Varactor Frequency Doubler at the Temperature
of Liquid Nitrogen"
Moscow, Radiotekhnika i Elektronika, Vol XVI, No 3, 'Harch 1971, pp 441-443
Abstract: This paper contains the resultts of an expertmental study of the
operation of a germanium diffusion diode frequency dodl)].er i4ith an output of
20 gigahertz at 77*K. The frequency doubler was desigtmd aa a cross waye
guide overlapping a diode operating under no-load condktiona, The amplitude
characteristics of an ordinary diode frequency doubler and ana made of diodes
operating at low temperatores are compared, and the output pi)wer of the fre-
quency doubler is presented as a function of temperature. From these data
it is clear that no improveraent of the characteristics of thc ordinary doubler
is observed on lowering the temperature to 77*K. The conclusion is drain that
ordinary parametric germanium diodes can be used to deirtlop cooled signal
sources if the frequency multiplier can be tuned at; 7717, aild their efficiency
in this case is approximately equal to the efficiency of a multiplier at room
temperature. The efficiency of the frequency doubler with diodes designed
112

7-7-7-
USSR
KOZLOV, V. A., et al., Radiotekhnika i Elektronika, 'Vol XVI, No 3, Marcli 1971,
pp 441-443
for operation under cooling conditions increases by 6-5 times at 77'K by
comparison with the efficiency for these diodes at room tomperature;
further tuning is not required in this case. In addltion, it it; thearet-
ically possible to supply more power to the frequency multiplier submerged
in liquid nitrogen.
2/2

USSR
UDI: 622.116.001.1
KOZLOV, V. A.
Problems of Developing Municipal Distribution NetvoTks"
V sb. Teklin. progress v eIe.',trcsnabzh. storodav (Ted!m[cal Pro,gress in Electric
Power pply of t lie Cities -- collection of wor I:S ) , I.qpEnr;r4.d , 1' tier..! 4'r.-1 Press,
1970, pp 14i-146 (from R"It-Elektrotekitnika i Eti~.nL~ti!~A , r11 7.Ab tr t
!let Ap 1, S ac
No 4 Ye272)
Translation: The different administrative subortlinacy, financial limitations,
inadequate coordination of scientific research vark anti othm, Jeficiencies ccrm-
plicating efficient devclopmfmt of rmniclpal electric Inmer nomorkq are noted.
Reco=endations are rade with respect to flurther inprowtmen~ of such m.-tworks.
[Leningrad Cable Network of Leningrad Posisir AdminismarLon, I,mningradj
1/1
- 125

USSR UDC W5.649.010,.3
DENISENKO, 0. N., WICHEV, B. V., and 'KDZLOV, V. A., DeparLitient of Rcentgetiology
and Radiobiology, Institute of Medical of medical Sciencts
USSR
"Effect of the Size of the Detectors on the Accuracy of! Doso Field Determinit-
tion"
Moscow, Meditsinskaya Radiologiya, No 1, 1970, pp 6741?
Abstract: The authors examine cases of different ratios, I wbere I
X K
is the length of the detector and x2 - XI is the length 0 the tivestLgated
area of charge in fun:tion of the dose field D(x), T~iey shoti that Using a
detector in which I,- x2 - X1 is equivalent to using a delLo.--tor with an ia-
finitely small length. The error is greater in the cose of a detector with
I -,!- X2 -XIthan with the infinitely stnall detector. The size of the de-
tector is unimportant for several fields. The autharij; emphaiiize that to choos-
ing the size of a detector, one inust take into acc-,orulic boOt the error arining
from its limited resolving power and the error caused by fto limited sensi-
tivity. They present an expreasicn that takes into w:counu the combined effect
of these errors.

-------------------------
Acc. Nr.- AP0034769' Ref. Co-de: UR 0241
PRIMARY SOURCE: Meditsi~skaya R4diologiya, 19700 Vol 15,
Nr 1, pp,6 7 -'~j
THE EFFECT OF THE DETECTORS' SIZE ON THE ACC!Jr,~ACY OF THE DOSE
FIELD DETERMINATION
Denisenko, 0. N.; il'ichev, B. V.; Ko:zlo',r If A.
S u m m a r y
An analysis of the effect produced by the detector's sim -,n Ow resohition izL-pacily
of the measuring device for different dose distributions is .Nii exprcssion (or t.-X
opthnal cho;ce oi the detector's is presented, which taKe4 ji,.*count of of t'%':
error due io limited sensifiviiy.
Vi REEL/FrWHE

Acc. Hr t A. P0046553 Raf. Cc4a: 11A. 021
?RMILRY SOURC2~ izvestiya Akademii Nauk.SSSR, l5oriy4j
Blolosicheakaya, 1970, llr 1, pp
~jbakov, N. I.: Cuberniv
.yev,_M. ~him-f rov, (1, B.
DrQzhaaaikov, A7 Ko~oboy_,_.;A.
3_o-zj&v-,~ A. ; -
INFLIJENC9 OF-somE !;AI)IOPRMCTORS ON TIM PS:OCL$Sr-!; CaNNIECTLD
WITH LYSOGENIZAHON Oil III[! 11AGURIA AND INDUC"VON
OF INTERCELLULARY-91(ONUCLEASE
The iniguence of the radiopratectcr iinaat art the rMC-SIC-S 2f
'"cteria with the phage and indu~.tlan of %-exanuclease wus stud;jid in il--u ziursa
expecirneab- with coli SF-14 (),- try-SI).
It wis shown. ibal this preparmlon !irigilliv !,uppressa 1~c
pthts!s of tho inductd
~ysogenizalica am~ oppresits5es :it.-
The resu!ts cL)ace;.flizg jaivily c," ,~is en;yme definilely
re),ited to 1~e inflWence oi linarn o,,i the I)-iopnizatic'n ptacm DI; the buma Llc'uial

112 Uzi uoiCL ASS If' [ED i *-. S -.i P*1; 0,%Tt',--C,,0CT70
TITLE--TRANSISTO&H~o WSIl'llL-Tt4 UF LONG WWL- -W-
V.A.t UL;,'iS(:NKU,, U.N..v ILKHL~-Vt B.Y4.
CCUNTRY OF INFO--USSR
.I le.-
SOURCE--MEDITSINSKAYA KAtJl0LdGlYA,, t970p VOL 15t INk "it VP ol-63
DATE PUBLISHED ------- 70
I.SUBJECT AREAS--BIOLOGICAL ANO MEDICAL SCIENCES
TOPIC TAGS--RAOIATION lJOSIME.1t.-tv rRANStSTURj X RAY X RAY
MEASUREMENT
DOCUMENT CLASS-LVNCLASSli~ [ED
PRUXY REEL/FFAAE-19-_YJ10~57 STEP
clkc ACCESSIUN
7i

r'c t) jjC 1 7
2/2 021 ED
CIRC ACCESSION NC-APOlfillilitt
AiSSfi~ACT/LxTR,l-l' r--fU) 6P-~~- A~ISIAACT. I I IAUTH-Alt'.1, [ILSC14Ii. I ~'i II E
WITH TRA.'~SISTUmIZtD 1111,il Tu~~S tMOGALD to 11 HJ i F F t ii i;N 11: L) G E S
L
THE Et,&Rij~ DEPENDENCE k, A- IiiC JOSIMEFE'R 00(~S NOT IiACL~Fio. ;:*L,;.;") 6A ~WiUS
OcRCENT li"i THE :,t-LlA L;Nf. HALF f ~JUALS 0.2 Ud i..j k;Lt.r~%
ONE HALF LQUALS 1.8 MMAL, f:Af'lLjlY., lJOEL:
RADIULOGII INSTITUTA Mt:DlTSlNSKiJY RAD101.061 I J'Al-14 3ISSA.,

AAJ0434537 UR 0482
Soviet Inventions.111ustrated, Seeti~n H'iElparical, Dervent,'
241109 A P Compariq two 170
AMTOR, for
JILTAGZ ODIff a
VOItAges In anslqgife-digitAl conl"rsioiji :Lu
teleastry applications and the like, po*Maas*O
~oxtra sensitivity and stoop-fronted outj~nxt s14;"1.
The device (see dUgran) to based one ~tffer4"Ul
cascade of amplIfiar almont* 1,2 connaotod cq~ a
differentiating circuit ?of dt"as 3,4 &t14 RC Wwark.
5. As soon as the input, voltoja an 6 ejjce*dvthAC
on 7, diode 3 clopos; and 4 cooducts, oplirmtIng,the
circuit as an ordinary differ4ntial A.41040 with
an emitter-coupled tri"mr. The resultils W
avalanche avitchin actLOM of unit I io~~o satUrAtion;
the output is a ateep-frpated voltage 041 opposite
sign.
29.4.66 as 1073424/18-24. **"ZWV K. kgMy
(12.8.69) Bul 0/1-4-69. Class 420. 1 C 1 G-Rr

" * I : :
M0043453
4
w
- !,/V- 157GIS07
4r
W

USSR UDC 576.6
It
RYBAWV, N. I., GUBERNIYEV, M. A., CHIMIROV, 0. B., DAQIF%
KDLOBOV, A. V., ANISKO, Ye. D., and Waoxv. A Instituto of Experi;lpntal
~.V. .1
Biology, Academy of Medical Sciences USSR
"The Effect of Some Radioprotectors on Proceases Associated With Lysogeniza-
tion of Bacteria and Induction of Intracallular A -Exonucletsell
Moscow, Izvestiya Akademit Nauk SSSR, Seriya Biologichosicaya, No 1, 1970,
pp 38-42
Abstract: The radioprotector finam (an aminothiol inhLbited the frequency of
lysogenization of E. coli SF-14 (?.-try-Sr) by A-phalle and inhibited the
synthesis of induced A -exonuclease at different timetj aftex infection. The
effect was most pronouitced in early stages of infectiam. Aftos~r thirty r1inutes
the inhibiting effect of the radioprotector an A exonucleas;e activity de-
creased sharply. Results of determination of the activity of A -exonuclease
are consistent with data an the effect of fiaam on lys4pnization. of cht same,
bacterial strain. This suggests that enzyme systems pt*y a part in the de-
velopment of lysogenicity in bacterial cells. These elaymea nay be DNAses of
the eadonuclesee type.
52 -

TE4
1/2 031 UNCLASSIFIE10 PROCESSING I)ATE--23OCT70
-TILTLE--EFFECT OF AN ELECTRIC FIELD AND ILLUMINATION ON T11E KINETICS OF THE
.~ PHGTOCONDUCTIVITY OF LEAD UXIDE LAYERS -U-
.,AUTHOR-(04)-GASANOV9 O.K.v LZOVOZCI-IIKOVi VsAsp KOZLCJVv V.A.o TI40,FEYEV#
OoA*
COUNTRY OF INFO--USSR
SOURCE-FIZ, TEKH. POLUPROV. 1970, 4(311 550-60
DATE PUBLISHED ------- 70
SUBJECT AREAS--PHYSICSP MATERIALS
TOPIC TAGS--LEAD OXIDEt ELECTRIC
STRUCTURE, CRYSTAL ORIENTATIONY
RELAXATION PROCESS
FIEL.Dt PHOrOCONOUCTLV171(t LAMINATED
PN JUNCTIONt TIN OX(OEto SILVER,
CONTROL MARKING-NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME--19a8/0099 STEP NU--UR/0449f*iO/00"i/Oc)3/055a/0560
CIRC ACCESSION NO--AP01051435

"ESSING DATE-230CT70
212 031 UNCLASSIFIED PRIK
CIRC ACCESSION NQ--AP0105185
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. PBO LAYERS WITH AG STRIPE
ELECTRODES WERE INVESTIGATED IN THE TRANSVERSE REGIM~- (LIGHT BEAM
PERPENDICULAR TO THE ELEC. FIELD) ANS SNO SU8;?-PBCI,-,kG $ANOWICH ilN
THE LOGITUDINAL REGIME. THE POO LYAERS hERE 1-10 l(i IHICK AND 'dF41--
EVAPD. IN VACUO AT LESS TH4N 10 PRIME NEGATIVE2 MM HG. DLJI'~ING THE
VACUMMN ANNEAL, A P-N JUNCTION WLTH A HIGH OHMIC INTRINSIC, PEC.1,3\
FOR14ED IN THE SANDWiCH SAMPLESo APART FROM rHE
RELAXATION MECHANISM AFTER SiilTCHING OFF THF LIGHTP Ti-hi -dAS A T'(p[Cf*kL
"OVERSHOOTING" IN THE INITIAL PART OF THE RELAXATIlit4 CURVES. IN THE
TRANSVERSE SAMPLES, T)IIS OVERSHOOTING INC14EASEO W11H I)ICRE-)SING VOILTAGt'l
WHILE tN THE LOGITUDI-N&L ONES IT DFCAEASED; 1111 STRONG il~LDS, THIS
OVERSHOOTING BECAME S SHAPED. IN THE TRANSVERSE SAMPL~S, THE
OVERSHOOTI-NG IS DUE TO CHARGE 4EDISTkIBUTION AMOING' fH~ IMPURITY cENTERS
DURING THE ILLUMINATIONt ANI) T-l~ 5 SHAPE IS A CONSEQUE-AICY OF TRAPING
EFFECTS DURING THE GENERATinN PROCESS. WE VOLTAGE DEPENDENCE OF rHE
EFFECT IS DUE TO THE VOLTAGE DEPENDENCE OF THE SPACE CHARGE Do AROUND
THE ELECTRODES. IN THE LOGITUDI?4AL SAMPLESt FHE MECHANISM IS EXPLAINED
BY THE PECULIARITIES OF THEIR P-I-N STRUCTURE" FACILITY:
LENINGRAD. GOS. PEDAGOG. INST. IM, GERT.SENAv LENINGRADo USSR,
UNCLIMIFIE0

Itz 009 UNCLA$StFf~O 140CEStING OATE--040EC70
TITLE--BRINES IN CRYSTALLINE ROCKS OF THE 6AL)IC SHEELD -tl-
AUTHOR-(03)-GREYSERt YE.L., KOZLOV* V.B., PAVLOV, AoN.
COUNTRY OF INFO--USSR
7SOURCE--IZV. AKADo NAUK SSSRP SER, GEOL. 1970t (3)v 141-B
DATE PUBLISHED ------- 70
SUBJECT AREAS--EARTH SCIENCES AND OCEANOORAPhi
TOPIC TAGS--GEOGRAPHIC LOCATIONt MINERAL DEPOSITt 50.1)IUM CHLORIDEP
CALCIUMt SALT WATER
.~CCNTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME--3003/1439 STEP NO--UR/0011170~1)01).f~~)03/0141~0143
CIRC _;CCESSION NO--AP0130373
UNCLASSIFIED

2f 2 009 UNCLASS IF iE6 PPOCESSING DATE-04DEC70
CIRC ACCESSION NO--AP0130373
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT* BRINESs HAVING A TOTAL tiltiERAL
CONTENT OF GREATER THAN 100 G-L.? WERE FOUND RECliNTLY IN THE TITLE
ROCKS. THE WATERS 14ERE RELATED TO ZONES OF RELAUVELY ELEVATED
FRACTURING WHERE FRACTURES WERE THIN AND EVIDENTLY DEVELOPED LOCILLY.
THIS FEATURE WAS INOICATED BY A LOW 0tSCHAR6E FROM TflE DRILL. HOLES. IN
ALL DRILL HOLESr THE WATERS HAD PREDOMINANTLY OR ENTIRELY CHLORIDE
COMPN. WITH HIGH CONTENTS 01: NA AND CA. THE BALTIC SHIELD is A PART OF
THE CRYST, BASEMENT OF THE RUSSIAN PLATFORM. THJ--REFOi-~[-, ITS 8RINES WERE
COMPARED WITH SUBSURFACE WATERS OF THE BASEAENTo THF TOTAL MINt;RAL
CONTENT OF WATER IN CRYST. ROCKS INCREASED WITH IINCRE~SED OEGREE (IF
BASEMENT SU9MERGENCE, WITH rHE COMM OF WAYER 81-*-LO14 [ME 800-M 0EPT11
REMAINING ESSENTIALLY THE SAME AND PREDOMINANTLY OF MAU TYPE. IV IS
DIFFICULT TO DET. THE MAGNITUDE OF SALINE WATER j040 011INE DISTRIBUTION
IN THE ENTIRE CRYST. BASEMENT AND WITHIN THE BALric 5H[ELO IN
PARTICULAR. IT IS POSSIBLE THAT SALINE WATERS AND BRINES WITH HIGH
TOTAL MINERALS CONTENT ARE PRESENT ONLY IN THE Wl-.ATHCKING PROFILE ON
CRYST, ROCKS AND IN THE ZONE OF ELEVATED FRACTUR~N6 MIER THE
SEDIMENTARY MANTLE OF THE PLATFORM. IN THE BALT9C SFIVELOv SALINE WATERS
AND BRINES WERE PRESERVED PROBABLY ONLr IN AREAS ISOLATED
HYDRODYNAMICALLY AS RELICTS OF ANCIENT STAGES. FACILiTY:
LENINGRAD# GIDRONETEOROL, I'NST.v LENINGRAD, USSR..
UNCLASSIFIED

US eR UDC 6;11.376.234
KOZLOV V,, D., HOSCCW
"Detection Device"
Novosibirsk, Avtometriya, No 3, 1971. pp 104-105
Abstract: A detection device for amplitude modulatcd and unmodulatei! sl%:11als
is described. The device contains a IUT401B microO,rcuit (operation amplifier)
with a diode detector. Its circuit dingran followmi.
1/2

USSR
KOZLOV, V. D., Avtometriya, No 3, 1971. pp 104-105
Key: 1. 6800 picofarads, 2. +12.6 volts, 3. 0.1 mterofarad, 4. -12.6
volts, 5. Ebias
The device has an expanded dynamic range of the de-,ection characc-~.ristic
with increased temperature scability. The operating,, theary of the sij:naj. de-
tection device was investigated previously (V. 1). Yazlov, Sbornik trodov ;7Kt;
No 1, 1970]. The device has a range of linearly detectable un-modulated signals
of 10 millivolts to 5 volts measured at a frequency of 30 kElohertz. The '
zero drift of the output voltage in the low s1pual rflnge Is no vore tlian I mdl-
livolt in the temperature range from +20 to +60* C. nie Indicated parameters
are stored for variation of the feed voltages by 4=4 To elirainate the zero
bias of the microcircuit, the power supply E,i,,, was. cannacted to Lbe sc!cond
input of the operation amplifier.
2/2

USSR UDC 621.317.32:621.374.35
YEVSEYEVI V. V. , KD=-V-.,-V. D. , 110scow
"Microcircuit Analop, Memory"
Novosibirsk, Avtometriya, No 3, 1971, pp 103-104
Abstract: A microcircuit analog memory is described which samples ingtantancouz;
voltages and stores them. The circuit diallram of the devii:e follows:
1/3

USSR
YEVSEYEV, V. V., et al., Avtometriya, No 3, 1971, pp 103-04
.."eff
(b)
(a Z
(g)
(d)
6'J' a
2/3
M

US4R
YEVSKYEV, V. V. , et al., Avtometriya, No 3, 1971, pp 103-104
Key: a. input,b. gate input, c. microfarads,d. +6.3 volts~ e. output,
f. -6.3 volts,g. picofarads, h. +12.6 volts, 1. -12.6 volts, J. 2P3J2B
In the temperature range from +20 to +60* C, the ifeucribed rlavica. had
the following parameters: a direct current error of 3 millivolts, a storage
time of 0.3 milliseconds, an input signal range of +1 volt, a sample time of
10 microseconds, an admissible rate of variation of the input voltage 0.2 volts/
/microsecond and an input impedance of 100 kilohms.
3/3

USSR
r1\
PISTRYAK) V. 1-1.1 GITAP: A. K., GAluremp R, :1.,
FOGEL', Ya. M., Physico-Technital XAstitiltal Acadt=7 01,
Kar I kov
"Distribution Profile of 30 and 100 FTW Boron Ions Invjrt5tim~-l in siiicon"
Leningrad, Fizika Tverdogo Telao Vol 32) No 4, April 1',;r,'0, pp 12-81--l'?033
Abstract: Monocrystalline specimas of m-type silicon (111) and (Ii(0
crystallographic orientations were ixivestiSated after witt of
boron with energies of 30 and' 100 kev in an accalerati~ijr, um~t vith nacs ~5cpmratlcns.
Detennination of the distribution profile of the boron lons Jxtarst-icol,
durinE; ion alloying was performod by a taetho~i of savadLitry iom-ionic e.--"',m:dj:)n on
a nass-apectrometric device. IxtLinar sputtering of slwcim-unc; of 'Lon-alloye",
I ,axed 4,v a b:!%;:-1 01, -.1-
silicon (speed of sPuttering - 0.0015 micron/soc) IM15 )r0(,
mary ions vith energies of 14 Itev and a currout dcrolty of 0-1 rjl/C:7?.
secondbz~y ions Bil isolated by the ma,?,natic analyzer iwire i,*-actcred ty w, irn
counter. The distribution praftloo have satinfwtor.1.1,,ir na,.-vcir vrCd1ra at
depths of 0-3 rAcron (30 kav) and o.43 Plicron (100 k,-w) for ,the (M) W11
0-33 mi=n (30 key) arA 0.49 rdcron (100 kov) for Umi (110) planc. '111e (iiffer-
ence in the depths of the maxima of t1le d1otribu4ion prafilo of Via impu~:rity at%l
1/2

USSR
VISILTRYAK, I.F. "I., et al, nzika Tyerdok3o Tela, Vol 12, Pilo 19'r0,
PP 12,81-2-283
the same encrGiec of the incident 11ons, but different
of the tar;~etc, ir, explaLned by the better con(Utions i:j'4 Chwiric-Un of thf:- Lnci---5--nt
particles in cx-j:3talo 'with (3.U) arientationn ac co.~r:4axod v.1.121
orientationa. The authors tILqnk 1. 0. &(,rdtsit,-.il anl~A. 1. -for t1ne
specimens suIumitted and for useful discussions. I ri,go, 6 raf. i:-,,.-ceivi2IIL t)y
editors 19 December 1969.
2/2

USSR
UDC 541.182.2J3:628.511.4
USHAKOVA, E. N., KOZLOV' V. I., PETRYANOV, I. V,# Physical Chernistry
Institute imeni L. Ya. Karpov
"Regularities of Aerosol Capture by FP Filtering Matcrial"
Moscow, Kolloidnyi Zhurnal, vol 35, No 5, Septernber-October 73,
pp 993-995
Abstract: Experimental and calcvlated values for Out dej-vrdence of Lite
capture coefficient of stearic acid aerosols by FP filter Iliaterial f,-!:.ers
on the average hydrodynamic radius (0.4-3.8 pn) of Llie fibars, filtraticn
rate (0.5-10 cm/sec), and particle radius (0.16-0.4 him) aqtreed when the
interception parameter was greater than 0.1 and the Stckes nw,~)er les!i
than 0.2. With an interception parameter less than 0.5 and a Stokes
number less than 0.2, the capture coefficlent could be cale'alated from
the fan filter model formulas.
1/1

t3RUMIZATION ()F IkM EEP A.45 %Uriz
TO ME40DYNX111CS
V'V.
Th- act-nee A,,;ut gtr,Ktut~ -f tii-
gf Wr,~rZI~EY 01 VhiCh ZZ~ZrZ~vE_:~_'
z 77-- Temitvzronica or tht tvrninal vaccular 6-1 .1~ vtr- z
of :.t& 4&ff~rent cq=p.*r.#nt* aro functionally 1-ibile, ~J th# arAn4i cr
vescul2z tied In Iif- iq extzr=17 v4rlabl~_. I- sucri it tv
t~ fkiniliil~ xn unequl~vcal a4e,4~t. dvcrtntion of
fo--=d to, L4- -."Ctilar b&4. !Lvf cL-irse, tradttional
methods of Lnv*ntigating fixed pfoporsti=s pa-mit dw~cription of
picture of the phenomens. observed. T.c the problem is to NM an Liao
cIrcuLation in a llvin; cmp.4n19m.
The very warltept investigations In (Dole, and
1916; :Yals, 19Z0; A.T. %esterov, 1925_ 19Z9; Xroj~4, 11227; E.R. Clark, E.'_
Clark, Wn, 1939. and oth*rs;) reves2vd that Intrscrganic itatrib-ti-cn.
to UMLAIJV controlled Indepen4untly a' :he i~efterxl circulation !7y -r=s
autonomization of the b-havior of th- ro-ponents of the tor"inal vzsc~~'
Accordirz to the conception 0 Kr,,%h (19-27) of a expillary awtor, vRthan~-
local zirculstiGn, tho m2ift role 4n. Igr ArErLhut.d to t'- i=:- I
con t r A " 111 t'v of Capillaries which. as the aztbzr 4s*ueted. 49 relaned t~ C.-
function of Rouget'S Celia. Althjrh it ~= --7t r-,ifir-ed
capttlatSti have their own contrattile systems (A.!. Nesterov, 191~. ~~*.Arx. vt
al., 1932. L939t Chacibors and Zvetfach. L44~0, 19"' , 1144; T.A.
1954) ~ n"ertheloss Me idea of Krozh's abrur the exceptional xtK"tfic.'V.,~c
cnpillories in peripheral hemodynmics turned "t to be
Me introduction of vital citzroacopry methods to invahtimation of
ca;kiltaciea (Sandilson. 1928; Clark et al.. 1930, 1911. 19114,. ver.Willer.
Chambers and Zwtif4ch. 1940. 1946; G.l. Kc!iedlIs1ivili. '1957. 1958, 1W.9, S~zcn,
1963, and uthero) played an L=portanc part la development of the teachl'=; cc~
blood circulation on rho microscopic level. It was established that eacr. tlo-
ment of the vascular p nol p1gya specific part in peripheral Circulation.
82 -

U 3S R
,T,,, C 3. 5 3.1. 1
KOZLOV V I itutc: 0-:, 2~10* kc,!~~,--Crpy of CIJI-C-nces
I Inst .1. c1lanic.9 of
of the Uki-a-ln-iPlrl Sovic-~ Z;Oci?.Iizt IvLc--w,zbJ,.f c
Therm-al Tiock-- on the "Surf-ice of a Oivcul:--n~ Flin-~Io Jiti-i Rel-1-:ird
for the Int-eraction of Dcfoj-.r,,-Yt,ion and Tc!mrCra-kIrc 'Fic-1-:1~;',
Presented by A. D.1 Acadinadod.an, Ac-wdcmy of Scien-
Ces of tile Ukraillirm 0,`L~R
1
16 1 1
iyev, Do-rovi(li jlka,.Io~I-U 11,:--W~3
'~'2 1
1971t -91-6
Abstract Z- Ukrainian articlo 7 i1c, o!"
on the aarf-cf, of ri frcc r,1.IT)-,-.,orfcd
ly discu,-;~3ed on -'IC Of rL Of CIJ
of 11-1101-noolaoticit"". he Solution ir.,. 04, a -:1,ioc
of, ei-go-n-functio."-Is. cffoc,~, ol, t',,,,
Plate on the %ralue Of 11~ic
- -) t 2 6 f
histrated.
1/1

USSR UDC: 51:330-115
YANBYKH, G. F., GASANOV, S. S., KOZLOV, V. 1.
"Optimizing the Structure of an Automated System for Sell_~_rii; Airplwie
Tickets"
V sb. Tekhn. kibemetika. yZL). 16 Techidertl of
.7 U, I
works, No 16), iev, 1970, pp 57-65 (front M-Kibetu a, ffo 7, 71
Abstract No 7V671)
ENo abstract]
44

USSR UPC' 621. 837083. 8)
KOZLOV, V. I., STAVITSKAYA, G. S., KNOTENOVSKilm, T. 5, VWtj,;,
"Fast Superhigh Frequency Switch"
USSR Author's Certificate No 253880, Filet] 23 Jul 69, 11W)ILOwd 3 11ar 70
(from R7.h-Radiotekinnika, No 9, Sep 70, Abistract No 901!i()P)
Translation: The proposed superhigh frequency switch :iis ill tlli.,~
form of a T-junction on two arms of which varactor diodes wit.1% hining lo(.-Ips
are installed. In order to expand the operating frequmncy b-and, the external
voltace is fed out of phase to two groups of diodes Imaal-14-d oil each arr. of
the switCh. The diodes of the first group are tuned to serix-s resonance wit'n
a negative blaG on the lower frequencies of the operating vmj;e, and the diodes
of the second group, with positivo bins on the uppor troquimicieti of Lh(l oporat-
ing range. There is one illustration.
1/1

342-
A4038 UR Oh82
Soviet Inventions Illustrated, Section I Chemical, Derwent'-Yn
237668 �-J~G from steel 'roduction is prilipared for
p
use in structural. misterials by co4irsely
comrinttting the slag, removing the restrlu~~L metol.
by means of a magnet; keeping.the slag in 'damp state
for 3-5 days by moiatenLng it with water;~Fineljp
communuting the material; and repeating t1je M38141E'ZiC
beparation of the metal. Tht storage in the daup
statepresents a subsequenr self-disfntejj~~ation of
the slag to powder, and thus Improves Its prnpeitEes
as a structural material. 2.10.60'. as 114;8558/J9-33.
N N OVCHINKIN et aLia Chelyabinsk Metaltu~rlttcatl
Plants Design Inst. (16.6,69.) BUI.8/12.2.69.
Class h0c. IntX1. C(Ab.
1973145G

....... .... ......... ............... .............
. .........
AA0038342
AUTHORS.:
Ovchinkin, N. N.; Kislitsin, Ye. M. i,:0 gy It T
Likhaclieva, T. F. and Kaygorodova.. T.--A.
Chelvabinskiv Gosudariavennyy lnstit~jt Proyelairovaniya
Metallurgicheskikh ZAvo(l6v

USSR ux 6L?.1.35-'315:571;-L,51.555.1>-)7.P":~
V. 1. and ISPOLVOVSMIM, M. V,, Chair of Nuiinl St2conl
KOZLOY .1:
-ye-EC-al-Institute imeni N. I. Pirogov and Laboratory of Moche-qintl-f of
Iftcrobial Metabolism Institute of Epidemiology and 111crobluloj_7,r ineni N. F.
Gamleya, Academy of Medical Sciences USSH
"Effect of Glostridium perfringens Type A Toxin and Its Mthal Factor
Lecithinase on the Microcirculation"
Moscow, Byu-Ueten' Eksperimentallnoy Biologii i Medit'siny, lo 11, lSrj,2!,
PP 22-25
rY,
Abstract: Microscopic study of blood vessels of thc
and cremaster of rats iniected In different ways Oll
intraperitoneal-ly) with C1. perfringens toxin or leel,tiinaro
tory disorders within 3 'to 5 MinlLteG. Disorders con,4iisted of perio'dic contra-c-
tion of the smooth muscles of the arteries and arteriol,~~s 1%~~Llolre-d 11,'r rellLxa-
1q" - 'cec,
tion alongr the entiTe lenGth of the vessel. The bri4if and
In precapillary resistance dis-rupted the regullar rlilrtk-i of' t-,-a blcoi ~Tnterin~
the micravascalar bed, resultirk~ in a (,;eneral filowin-'I of the
flow in 10 to 15 minutes. A-*'ter 30 to 00 min-utes th-J, arte"ries
constricted while the veins were dilatio(L arti hy))1c-ren1,(:-. Stasis net in an shoVzi
1/n

USSR
V. 1. and ISPOLATOVSKAYA PI. V.0 Byulleten' 1"Irsperimental'my
KOZLOV) p A
Biologii, i Meditsiny, No 11, 1972, pp 22-25
by the entx-I of RBC into the lymphatics and capillarl.es) alon- with. imalr-.%,nt
of the perneability of the histoheratic barrier causi,.A by inj"Wy to the vascu-
lar walls. The above changes in the inicrocirculatory herryidynamics are similar
to those induced by E. coli endotoxin and other toxima.
2/2

7,;
CHAPTER I
F A uS
-c Me 4 r~- W of '~- transpar~sicy the at-r-ph-, r
7---A - ~i a-cciatv- ItZ4 A
:it4~ ---trt~ mzntl
pZs-T., diAtonLe 9CP&ra%LnS the rad~atitm !tLiturct fr==
recr-~rr accurdi,-z -a U-c 11437%&! oi viaih&,,ry i~r ohe Paurcst ;.zm,).-
t,-r- This does not makv it p;jrrit',c fvr - invtrument to
r~cnrd t.%., zi cal '-I- ;t~ ;-,ng tr=ckz. jil"zo=.n.- ~T-rt-
,L~rnin, c! uch -y%tery.s. is tho ponsit,ility -if practcal meamurPmroti only
Th. 40-lopment of laser lc~cwrors determining the transpm~rency of
and th~ =f. *hx carrvrpetiiing mr-ths i
rn~a5urezxicmts. rmak- it po**Me to perform rrzeawurememb on any track.
An advantaar of laser sy%tern* also is the possiWi 4*y of th4~ 4eterrni-nat%on
of zhe visibility nt quite long dLam-ices and tho recording 0( the vartation
of Me transparency of the atrnosphere with a high dAgree of %PAIiAI re-olu-
t; or..
The t:a*~,: difficulty in the de!crrrinatjqji qf traltopftrcticy 'ay th.~
method -E pttcal location lie* in the correct selectm-% of th, forward
scati~rin; incitcatrix in ~aeh ipecific case aad Ln vi rnuj~ipl~
scalterina in sounding Gf opticakly I~u*e media, i
:n r~forrncea I Z4.-Z61 for variQuA modIrls off midta and fog,,
calculated eata of the intengity of forward scattered radiation.
Lhe calc-Ala'.Ioms of th~ intensity of light scattered ahead once in th~
irradia^ior. of fogm by,'q narrow light bearn were performed bvy V is-
pu . ova [ Z71. V. S. Shi frin and 1. L. ,jej,
zaaagl-~ nd Ve. 0. Fedor e-T.I.- rc,
I in d -,;,,I'th -lari"'" anec'els-m-a-ry for-t e del-ertWInation of the
Calculate( 'Ti
forward *cat. t.~.g f.. Zqr E201. i
5 30

OKO . !;--r,%: rat,- I an vi. 1-44 x1a... I lertIzUt" '- P~~ivt '-'.1 :it ii
Tr'F"C anti 7T-y;---, t~~ ZLIZt. -.n 11;It'ir.11 Concittlut- ot ;W3. M .I iziA
rna'l-~ ;t t-t "ria'!I nr,!:rz,.
tn. r j t t; e i e,t t r.~ rr, a gn i tkolo t~f r vve r -5c ~ c t~ - r ',a
rtI
r-, It -n L: -_ c i m
sh..t .-*r puz~ ti, 11,
~M tht 'I ni% Ph'.0-nur, ub~ rr, vo 7n n.!,rat raze, -r~r~ 16,
tn the ~ttr:iuatltm tn~rtar t=
i , ru, t c
t:eria-n~~6 lun T~
z 'r ~f the dirsti~. ot
r".Iiec~!~,j pwa- tricrcao:aa, avi the vt~opnczz c! ~tL 'ir,,p-- A. A radiamn
C-KC: --4 ~L~Iliazn. irlenid,
Ang-l-", ti-nit.0 vPh , r,4*.t,c; pulse 6jrwtiori 0! 3 rann"evo-, -4 ror%
In icav,rang z, art;;IcitA .vater fc~A;; ;,nd = the rrfIcz-c-3
=..-J~ivn '*~-,r~zzr~ -~jiij ;tr, icr-ie iti t-'. it,_cnu6t;cn fIzLi,.tor =-d teno.
th- of the radi~t.d F41ae. '!!~is is tl=
.:--it --.th 4 -_hc !fA,,---.:xrenc'r of trte rn-imm tU. icug*~. '2f til,
lAyzers in w-mch the r-A-c-d ~"gnal, is formed dropped. It -ar. also
established that the di(fqrvttcA it. the scattcrLhg mdLcatricep of MCCIIA
has an vyvenlWl Pffect an the f-rrn.Alcion of the s;gn.I. A pWve reflected
~ois 1i formen in "yet* mure distant front the OKG Thn iii &rrok*s.
D- r-"Ibts of th,- i7icahurements (if the torni i4hap~'j ~~I Che pulz~
perf~jrrrtvd -.iree %t+11 with the i:a1culaticits Obtainrtl in th,? Uwe of 'he
Mt.tite-Cario method t SSI
71- deformation nf the pulse of the CtfG in the AcattwrinA ncd~,,,n
nn;i~- it posilble! to upt, thiq eftect for renl.zaliGn of i littar t;-.-,nfIrc! f,
tn~ n-a%urr-ent of the rr,,!t-,oroIc,giW ranSe of vioLhiLty. Fach a 1;'].ir,
?~t-tt~d in Fras.cc. 134,7, mugt cleterrnine the vii,tbility a: atr,~Orts. in u.~
-Vitem. rrt~a-ur~mcr-ts of th, time of appearanze of t?,c m^ximum -ccni - . , ~~
ritan with a radiajo4i *&Rnal L!9 pr- -
of a forward scattered &ignal in compa.
aided,' as -e~j as measurement of the duration of jkn arriving p4lye at a
level of 0. 5 from the maxImum, and the SteePneso of*the rear front 6f , bc
Pul a V.
31

"!. . , '.. 7 ~' .. 1 .4 Z - ". ~ ~."
n r r i, o , o - 1, i,
Inv I i r r.. e f 7,, 1 7 f -
al I- I T~ It ii r, I it - -7 I.fIl
;It..Iq io.- ti., r;,;~i. k.
A r a t 1:1,
MWyi 'i;! ciA atee pr'-; n~y ii a
T%
p-rf,urynvti ~.rj K. I-,. Ei.4frln ~~-I 'wr
by rc--c-w%
of pa ';clr~
fact,rr of p4,rQ,:jcs of L 5. i--z
4~, r e 4 r i n , n ~!. i u: t ~ f th r t r an t, p zi r e n c Y a f ' Ul-, c"ma zi i4~ fo r
conditi "no. the conerntratinns rA ierr)vol partic!cs ~c7~
re. thr C.411 LUI AtjGr.6 i.4rec ~vt tr, thL 4zLtz'
me th.J 4.
Th- ni~ktaurrrnc.-V of Ulie tranjpar~nry ri tht almz~phrrc a :.5
1,_,cz~rur s-- ~ * it pos sltl~ to ~Iuilit th, pu.W'sor. L-1- t~.e F-1- r
te, 4~1,rmine Ih- spatu., i ;,atributi.np of the ppollw%~ts. Far
rri"rrenve I"N Owr r-~Its of i)-_(- dct~r-min;.Iion af th&
;,rufll, f tl-.e conce-ntration at th~
An i,-,:r 'i tlif- potwntial -if i Jancr !Qcatur ;~vct
t. r-rd a sig."I irriv;ng from the ~tnio~phvr~. '111:'
por 1 4LIv to ~nvc K tgat-- th~ t rAnsparency of *)-.c high g of zt~,- x
ph c r ~-. At 11m. x~rm- 'IFr,-. th, sig.al b,i,.,, rcc:orde(; uorriv~
conco-rving the thrrmoeynarnic characteriatics, and ;.-, cert...:x csk-
concerning the composition of the strimomplicre.
32

'2 -026 UNCLASSIFIEO PR,0CE5!;i.'1Jl"v OATF-.--l 1SED70
LE--clADIATION SAFETY OF THE POPULATION IN THE 01$TRicy nF AN ATOMIlf
!QWER~PLANT -U-
V.M.t ZYKOVAv A.S.v ZHAKOVo YU.A,v YAMBROVSKIYI YA.M.
I It F INFO--USSR
iktt~"GIGIYENA I SANITARIYA, 1970, NP 4:9 PP 54-56
PUBLISHED ------ 70
AftEAS--RIOLOGICAL AND MEDICAL SCIENCES
P.I.C~ I AG S-- NUCL EAR SAFETYt NUCLEAR POWER' PLANTO INDUST414L. HYGIENF
~;OWRGL MAR slip systam. Vite a(Damured muchanical
c L1110teristics (critical shearing strans strain hanltntng factor &I
maximum shearing strain are compamd with pammoito'n It which c1wracterize
the correctness of the spatial diatribution of J~I-Phase parucaes. It -was
found t.Ut the plasticity of the investigated 4110yu lal)rovaa with grawing 7z
not only without decrease In strength, but even at somo inczu4use in strer-gth.
The importance, from the viewpoint of practical use# OX the offect of the
1/2
- 22

. USSR
TRAVIAU? N. T., et al., Flalka NeWlav I Metallovedimiye, Vol ~61 go 4,
Oc+. 73t py 803-807
correct spatial distribution of 2nd ph-me particles :for th* Uprovexamt of the
plasticity of alloys at simultaneous Inmese In strmngth is omphasized.
Two figures# one tablet nine bIbIlographio Werenoom.
2/2

USSR UDC 539.27
TYAPKIN, YU. D., TROINA, II.T., and 4,OZL9V V Tn;.,;-,Atut.e of 11-lei- I Science
l... 3
and Physics of Metals, Centrea ScienZrelc tnearch Tnotitute of FerrcaAa
Metallurgy imeni 1. 1). Bardin
"Electron Microscopic Study of Space Distril~ution Pctrameterz of tho Secncn(~.-
Phase Precipitates in A.-ing Nickel-Bar-ed Alloys"
Sverdlovsk, Fizika McAallov i I-Tetallovedeniye, Vol 35) ITO 3,, 1973,
Abstract: The thiri-fiLm electron microrcopy method in Uiio vc-k f
the study of ordering and distribLition of precipit-atcii ik;
cal treatment of the clectron micro:-,CQPA, 1171R; L!" 7C
13-il-III.I.P
(frum "-0 -~O
Ni - Al alloyz; with different volumetric
percent) of the type NinAl ptiase were used. 'Ille
direct.10111, lv!-C oil
precipitutes alonG ILO-O~, L1120, and .19
plotted on tlie basii, of' el.Lw-trorl IIIICI'O.',eLJPC! -,-)f' N" AL
-7
ul,lWa were distribi)ted axamq nodes of a ljll
axes. The order of this distrLbution denendod on zri;;,tri~y 'Phe ~:i::!- 'it
the precipit-ntcrd Y , pha-e- 1104'r.1.0 X for I-Alt. "C~ A-1
and afred uit J":)r Ij hoilro, It -.1ricrorim,d to .--IC-160 1, 111,(,
tiged fit 71),00C, I'(w I 11mic. For t1ji!, al](,)y :Aji At th~-

USSR
TYAPKIN, YU. D., et al, Sv~!rdlovsh. Fi:-,ika Metallo-., V-1
No 3, 19731, pp 577-583
the precipitated phase umms 180-200 A after 119i'19 -:10, tor 2. mcur, ',nd
n -% A' lit -C;"
it increased to 200,220 A for the a2loy coutaintr4~ 19 0
for 30 min. The three alloys ca tained. 20, 40, aud Q) -lit!
the Y' Phase, respectiveiy.
P-12

USSR
W)0 621.`82.(k2
W%HBER, R.I., GiITIAP, A.K., -.1sv N, T.;I.,
FEDOREN109 A.I.
"Mace Spectrometric Determination Of Imparity 11rorilts Of Boron In Ion-Doped
Single Crystals Of Silicon"
V eb. Radiate. fiz. nomet.kriatallov. (Radiatlons ~Ihyuiaz Of Nc=_atallic
Crystale--Collection Of liorks), Vol 3, Part 2, Kinvo 1',Nut;_'IL,dvx!-.a," 1971, P,-
141, 148 (from RZI--Flektr nikA i ye. be 971
ye: 2rizeneniye, Vo 10, Octo r I
Abstract No IOB11.;~8)
Tranulationt The impurity profile of atoroa of borovi iml)l.,ifitad in rnnno-
crystalline silican with vorivuo orientstiins twas dalLer.-Ant'd by the xxt'nvd c1'
aecondary ion-ionic emicsion. Tho scheme of tho waas noectrox-atic arraq;o-
ment is presented, as well so typical impurity profiles o.F' barJum In Si
specimens. 3 ill. 7 ref. I.M.
1/1

63SR UDC 536.1~6
YUKHVID, V. I., MKSITUVI E. I., J~,rL.-JU,11MIOV, A. G., alId'II;L,"IQVt S~ , Voscew
. _j.
"Formation of a Semi-Liquefied Layer During the Coiribustion of Condensed Sy5telnns
With Solid Non-agglomerating Admixtures in a Field of Raaa ForceL11
Novosibirsk, Fizika Goreniya i Vzryvaj Vol 9, No 41 Jul-hlli] 73, pp 4,96-50J.
Abstract: The authors conduct an experitaerital study to iixr)laill Lhe
associated with the pseudo-liquefied layer and itzi effect, ~on ci:,,nbustion, U4Js,
study is bascd on an earlier work- by V. 1. Yukhvid ot al.~j Fizika Gorcniy.L A
Vzryva, Vol 9, No 2, 1973, where the authors obEerved th~it the rate of cwi:~,.,Ltjon
of ammonium perchloratc with a refractory metal adnixtur(i as
the overload is increa,,cd where the overload i* .9(A. up b- Clit'ri.
On the basio of' tile of that. study, a mechanii-mi ii~ 1:1--i-oponcill for 0.,(l
bustion of the conposit[Jon under the of r:a:--,.i In fl,' curi,(.jif.
inert refractory particles were used in the forl*.i of' alwilmim oicide. T'le 'dtas
conducted on a centrifuge. The combustion rate was measurul by
The overload vector in all of the tests was directed 11011iff, th~.- 11DI711.21 to thl~ CO.M-
bur,tion surface, in the fro-it propagation dixection,, Tho .9peciiicilo wr.;rc! iii the fcr-'-,
of cylindrical tablets 0.8 cm in diaiiieLer and 2.4-2.5 r-111 Kich. Thul;e h.ir] becil
ed to the point of maximal dcnL;ity. 'the results rhow that Uic mation of tile co."l-
112

USSR
YUKHVID, V. I., et al, Fizika Goreniya i Vzryva, Vol 91 No 41 Jul--AU~, 73V PP
496-501
bustion. front is uniform and that the offoct of ma:-.s forces iq,; co,.lplex in imturc.
A fall i-n the rate of combustion follows the combuatiork ritte Jn-.-.reae
~ , ~, v a
These results can be explained by the properties of the pseud(>-liquefied layer
and the effect that they have on the combustion process.
2/2

USSR
UDC: 662,612J
YUKHVID, V. I., bUMjJjOV$ E. I.$, I-MRZUjj1OV, A. G. , laUTLIJIM B4 I.,
and KOZLOV,-SJ.
"Combustion Mechanism of Condensed Systems With Solid Admi-Ttures
in a I-lass Force Fiel:d"
Novosibirsk, Fizika E~.oreniya i vzry7a, No 2, 1973v pp 235-240
Abstract: This paper presents the results of experiments to study
the rarely examined case of the combustion of systems i;ith non-
agglomerating admixtures. The experiments ucre conducted in a
nass force field on compositions of ammonium pcrehlorate and tita-
nium. The assumption ol non-agelomeration is bz.,sed on the fact
that the melting point of Ti isl at 17000,much hij,,her -than that of
the perchlorate, at 11000 C. A diagram of tho centrifuEe in which
the experiments were conducted is given together vrith a descrip-
tion of the experimental method. The rate of coubustion was mea-
sured by film photography. The reader is refer-redt to an earlier
paper (B. B. Serkov, et al, FGV, 1968, A., 4) for at more detailed
description of the apparatus and methodology. The, combustion rate
was measured as a function of accelerzitionz in thos interval of 36
to 1200 g at room temperature. A model of the ~-ambwltlicn 1=oess is devived
to explain the experimenW remats.
IA

USSR 54U_6a1:6-j'd..7t,-',
KMLOV, V. T. . GUR'YE-V, M. V. , Y:CVS2-YLV, A. G. P KAS1i1-1'1.--fA!~%'-. I'A"A"
P.0"Wre"entific Research Institute of the raibber
Committee for Chemistry; ScientLfic Repea-rch. ?4y*ic,P Chc-1',.z4A:'.'- Z k2lil
L. Ya. Karpov, Moscow, State Committee for Clw5aistxy
"Investigat.ion of the Mlechanisn a Radi.,~tion
Hard Rubber"
Moscow, Vysokomolekulyarnyye Soyedincniyav Vol X11, No
AbstractA The mechanism of radiation
22 elastomer compounds of various structure -- satlt~ra~od' 'j1i*_n".-~".'1:'-".~.'_
matic and halogen substituted hydrocarbons and poly4dlox~:..-.i!_'~ Lil it.,
groups -CH.:,, -CH=CH,), -C 1i Ln various combina-tions ~-xid
all elastog-ors studied, the cros5-link yield was corii*-ii(.--_oi,:,,.'b1j
half,the radical yield, base(.1 on thi! assumiption that two
a crotis link. An exception to th-'s rulc is the (A~'
mars In wrh~~ch the radical yijt1d it5 tht: ci-z
In many hydrocarbon elastomers , zui ixerease in Ule C4i,:)~LCiL.'I o1.
to form radicalz; leads to a reduct"cci in th-o cross-.1;[r. YL4-ild,

-P -
USSR
KOZLC-%T, V. ot al, klysoko-molakulyarnyye vol
Mlar 70, p:- 592-601
the radical yield to tiv.ce 1L.he cra_ss-link liold
a number of polly5iloxanes theso r.atio_,~ va.ry
isolated double bonds lowers the radical yields 4md
yieIds. Both radical and cross-Unk 3.rC
aronatic groups, the cross-lirilj~ yiold boing z,i~41al-:i1d _,j
Radiation cross -1 inking is attributed 'to a
ing exposure and goes throug!'I a numb,~,r at
rapid processes (of the or