SCIENTIFIC ABSTRACT IVANOV, YU.B. - IVANOV, YU.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000619210012-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

P M-SOV, Vyacheslav Aleksandrovich, kand. tekhn. nauk; GOLID, 13.V.,
doktor tekhn. nmk, retsenzent; IVPIIOV, Yu.B..,,hand. talchn.
nauk, red.; TIAMID-ISON, V.A.., red. izd-va; TIR~AIIUV, A,,Ya.,
tekhn. red.
[Automatic motor-vehicle clutchos]Avtomaticheskic stueple-
niia avtonobilei. Mo9kva, Mashgiz, 1961. 277 1). (MIRA 15:10)
(Motor vollicles--Transmission devices) Automatic)

BOGOLYUBOV, Sergey Konstantinovich; V0121OV, Aleksp-ndr Vasillyevich;
OSADCHEAKO, V.A.p inzh., reteenzent;.~YgiO.V,,.,.,Xui3.j.,kazO.,, teklm,-.-
nauk, red.; BYSTRITSKAYA, V.V., red. izd-va; UVAROVA, A.F.p
telchn. red.
(Course in technical drawing] Kurs tekhnicheskogo cherchonxia.
Moskva, Mashgiz, 1962. 358 P. (MIRA 1!5: 6)
(Mechanical drawing)

T'~ T
ue, -(:v
A' flIN,4if "LUMMLIH LLI muzlm.. W Ltt. I

1. C-! iI
S/19 62/000/002/063/096
D271YD301
AUT I MR: Kozlovskiy, K. N. arid
TITLE: Oscillator with delay and inertial self-bias
PERIODICAL: Referativnyy zhUrnal, Avtomatika i radioelektronika,
no. 2, 1962, abstract 2-7-159p (Tr. Mosk. energ. in-ta,
1961, no. 34, 120-137)
TEXT: Stability of harmonic oscillations is studied in an oscilla-
tor with delayed feedback and inertial self-bias. Conditions are
derived in which the oelf-bias can be regarded a3 having practical-
ly no inertia. The possibility is analytically proved arid experimen-
tally confirmed of emergence of asynchronous bi-harmonic oscilla-
tions in an oscillator with delay and inertial self-bias. Pulse
operation of such oscillator is considered; in pulse operation, the
oscillator generates short radio pulses with a repetition period
very close to the delay time of the feedback loop. 5 references.
/-Abstracter's note: Complete translation--7
Card 1/1

33126
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A UTH 0 11 ~i Shishkov, A,G, , C.Irldidato of'
-4cjence-, Tvan-r, Y~i,D, Emvineor and fijildkov, V.NJ
Vmgri.neer (Moscow)
J, t p I,!., 1,n instrim-,rit for the oscillogra tIlli C III V it SII 1-0111 Oll t. 0 1:' 111 V
,ji" F i Z,1 t i0n citt-ve of' t'erromnfp et. c
11,~RTODICXL~ Elvictrichestvo, no-2, 11f)62, 68-7-1
11 K, V1, Th e i m I, o r t a it c e o f th v dy na in i c. run e I I e t -i A a t i () it r it rv e i it
!4ttj(Hv-A c)V the pr-rierties or' fer-romayne(ics is tioitltvd out. Th i S
curve ts alpf'itiod as the geontetri~CZ'rl I(jClIS 0" tllq~ erld 11411tir.-I of' the
h v s I (-, I - v , i -, I on vis o b r ~, i It (!0 wi tit ~A morto t on i c a L I v i nc rei 1, i WX
a! Ill) I i I lidt. of' it Svirlmotri en] it I t e rim 0 rig mag it (v t i v I i v 1A Ex i .4 1 1 nqz
111r. t bods, t-or StIvivi ng mag tit, t: i za ti-oil curves o t' I'vy-t-mmi %~riv. t i c q are
said to constimt, a great deal- of time. Oscilloyl-ophic methods on
tht- other hand arp more convenient. I- the pro.-tellt till-
,iiithors descrihe )it n1marattis whi.el cantreccerd oscilli) gr-;NTihiua1-I%r a
t'arntiv of' svininetric livst.vresis tooris which are, obt,link-(i witil ill)
amoLitude modul-ated -4ijIkISoj(Jjt Mj%gn('jIvring Cul,rtmir block
diagram ot' the device i..-; shown in Fig-1. J'he umsivi oscill.1tor I
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33126
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s i i~ ti ! I -, -o in t h e os c i I I;I t c, v *2 I'll t li e m o d I I i it n %4fotrv the
Sit() -I's q i trilo I i .; aul p I i t I'lle truldil ka t oil -Ind t ii e o t -I on
v o I v elit Iwiv bf. V;j T. i O'd (I 10( 11141d oj 1114,
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pis '-;I I1 11 it ca pa v. 1 tanc i- Dij -,-4 c I r'cll i f I imit-d I v. lmo cn,,
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11 v I 1 11 Lr I, I-cil I t Ths- rim vite t I. z in trcI i'vvi I I fit- I wto- :I
1 s ror i I i cI i t)rnvi des I it t~~ tio v i /ori i ~i I i, I ,i, I it III n-
0) A Jotiwfe-hefrini osc i I j ntri-anil i -~ it s cd t tw ni-t-itic v Iinti r1)
t I I s I 1) -1 111;f !. " boil t It o " C 1-0 e 11 A 0 th4f t I IW L' 11,1 1A C I " I 1 6-V-& I' f --
o v no n i I h t, f- otwia t-od h V %'I' I I ;j V I't) SIit e(* I WtI --;)V
w, ti, p ~ rer i moll s i - fed throlikOl %ri ilit eqT*;i I ()I, I it t1i :,vt :jnjj Ij 'I
o ti f I e it n t (i i ~_~ vert I ca I n I it t v s n f t lie Os C o.W r. t ti it
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Ca t-d 2
WWII

33126
An instrument for the ... S/109/62/000/002/00-2/002
In order to prodiice the dynimic magnetization curve, the apparatus
includes a mx1se-shaping circuit whith controls the brightness of
tlio CM benm. ~. Those pulsem are prodijeed 1'rom the 9,00 eps
lc 'r C _ U~ (I to
signal. and are fed into a phase reversing litig I bi 11 1 q-to
shift tile pulses by up to 1800 relative to tile extremal point oil
tile magnetization current curve. From the ohase -iiiifter the
signal is fed into a circuit which produces sharp pulses at
twice tile frequency. These pulses pass through a Ifinit.er and
amplifier and are applied to tile modulating el-ectrode of the CHO
tube, thereby producing brightness modulation. rhe errors of
measuremonts along the vertical anti horizontal. Chlknnels 11ro' of tile
order of 9-,"1. G. S. Veksler is mentioned for his contributions in
this field (E'lektrichestvo, 1962, No.10). There are I figures.
SUBMITTLD: September 10, 1961
Ca r d
j!

RABINOVICH, A.R.; IVANOV, Yu,D.
Semiautomatic machine for making investment patterns for precisicn
casting. Biul.tekh.-ekon.inform.Gos,.nauch.-I.9oL.inst.tiaucki.i
tekh.inform. no.3%20-22 '62. (MIRA 15i!i)
(Precision casting-Equipment and supplies)

RABINOVIGH., A.R.; IVAHOV, Yu.D.
Equipment for tba continuous preparation of It rmiate-like, pattern
material. Litaproizve noe4t8-9 Ap 163, WRA 164)
(Patternmaking)

IVANOV. Tu.D.: TRUSOVA. V.A.
~-"---dbuble-twloting machine. Takst. prom. 7.8 no.13.-39-40 A-g '58.
(MIFLA 21; 10)
(Spinning mchinery)

Sj,~01;.-)V, IV,,IiOVj Yu.D.
mMif, 111,ShB-2 rewinding rachine. Mule tnkhn.-okorA. inf,*Irm.
ro.s:"0-57 58, (mrlb" 1,.L:lc))
(R-30,19 (Textilo nachinory))

IVANOV, Yu.D., inzh.; TSEYTLIN, S.L.
Mechanization of labor-consuming production procaoses at tho
"Krasnaia Krutillshchitsa" Silk Factory. Makh. i avtom. proizv.,
15 no. 5:23-25 My 161o (14MA 14:5)
(Silk manufacture-Technological innovations)

ACIC NR- AR6015995 SOURCE CODE: UR/0271/65/000/012/AO23/AO23
AUTHOR:. Yagodkin, 1. A.;
TITLE: Functional devices using pneumatic elements
SOURCE: kef. zh. Avtomatika, telemekhanika i vychislitel'naya tekhnika, Abs. 12A163
REF SOURCE: Sb. tr. Leningr. mekhan. in-ta, no. 41, 1964, 65-68
TOPIC TAGS: pneumatic control, logic element
ABSTRACT: The following principles of constructing functiotial systems on the basis o
pneumatic elements are stressed: l)-the principle of force compensation, 2) the use
of low-pressure regions, and 3) the application of wire and spherical elements. A
circuit of the resolving angle is presented in which a diaphragm element is used. On
.of the practical applications of this circuit is the comparison of two quantities,
e.g., a force, either given or varied according to a program, which acts on the dia-
phragm, and a pressure which must be in an evacuated reservoir. The circuit operates
both on the-principle of pressure comparison and vacuum comparison. The operation
of a comparison element is described which can be used in excess pressure and vacuum
control. [Translation of abstract) 4 illustrations. V. L.
SUB CODE: 13
Card

EWIT(m)
L 14477-66 .777
J~CC NR, A AIC) 11, 700 SOURCE CODE.- Uli/0367/()5/()(),?/()06/01.)'~)'/ID,9771
Tvanov, Yu. F. Rumer, 1. A.
Ili,,: j it AlLul-i! of Mophynics, Llini~UX of Hygiene, SSSR (Institut bIoRzikI mInIG-
t-i-:;tva .-,dravooldiraneniYa SSSR)
132
Coeft'icienf.r of internal conversion of r,~rtaln nuclear trnnsitionn in Xe
Yadoviviya f.171ka. v. 2, no. 6, 1965, 9711-97'r -771
1.507dfj.~, ~TPJC~7,eomicr-CA'.q
Axetion, conversion electron npectrum, phol.ool."tronl, PiAa n1lectr0rcoRy')
mol.ecular InteraclJon, Caimnti. LvansiLlon/ =ftgneti= npectro-
1110,or
Ao:;'ITACT., The aut,hors have determined the coetTicienix of J11ternal. converlion for
in XcI.IP with the 111d or it procedure that Y.RN-Ifla directly MIC
absollito value of the coefficient, by measuring, vrIth a mmqiefAc spect,rompter tho
number ()[' conversion elecLronr; and the number of phoLoclectrons knoehed out fro"i it
calibratled tarf.;eL, using the same radioactive soure(,, for both. 'Me spectra of the
convcr.,;ion clectrons and photoelectron,; were Invest3j:,rtLed with the aid of a double-
foviu--iii:1 0 r-pectrometer described by the authors ear).jrw (magnetic spectrometer BPP-31
In- Y-kiiiiiiji, i-zmereniy radioaktivnyldi prepni,rvi.ov (I'echniquPs of mennin-ement of radio-
active compounds), Gosatomlzdat, 1962). Pie nitclear trannitlorit; Investigated had
enen.-I-s 523, 6301 667.8, 772.9, and 954.5 kev. Ibe photoelectron spectrum wan in-
vent, Irj using a platinum target of thickness 6 and 11 q4/cm?', calibrated againc
C"rd

L 3.1477-bb
-ACC NR' A116014700
-y t-ayr, From A098 and Cr,137. The relative IntensItier, of 1hese -y transitions in
wev- del,ermined. The muLtipolarities of the 523, 63o, ()67.'8, and 772.9 kov are
i6entified us M-- and that or the 154.5 transitions it; Identified Rs El. Mis aE,,reer,
j. th Lhr level scheme proposed by Hamilton and Boyd (Bull. Amer. IIIYG. Soc. v. 5),
465, 3900. 111c level-3 corresponditig, to the different transitions are identified.
The parities of the leveli 1()63.7 and 2070.9 itre found to be poaltive and that of thel
2395.2 level negative. Orig. art. has: 3 figures and 3 bibles.
SUB CODE: 20/ SUB14 DATE: 3omai,65/ ORIG REF: 003/ O'Bi REF: 007
Card 2/2

IVAINOV, Yu.F, ; PTI"il-'IR , ---.A.; BUKAtfi , A. Ya.
Internal convernion A-'-,ec-trrnZ In Tral-32. lz,t, AN :~'~SSR- !l,-r. 11-A.z. 29
r14TF
rio.1:157-258 Ja 165. 1, x t.;j 18:2)

33616
8102 62/000/002/001/002
60 -3crcla D299YD304
AUTHORS: Sokolov, V. A. and Ivanovj__Kq.!_j,'.., Scierillific Assool-
ates, Academy of Sci-ences, USSR ,--
TITLE: Starship calling Earth. Super-long distance communi,~ta.-
tion with a spaceship
PERIODICAL: Nauka i zhizn', no. 2, 1962, 13-19
TEXT: The authors discuss the difficulties of long-distance com-
munications in space, dictated by the immense distances involved
and the background of radio-frequency emission from the stars.
Space is least filled with radio waves with a length measured in
tens of centimeters. Radio communication should, -therefore, be ba-
sed on this wavelength. Directional antennas of the parabolic re-
flector type should be used. An antenna of this type was installed
oil the automatic interplanetary station launched in the direction
of Venus. :For radio communication between Venus/Miars and Earth the
radio waves must be concentrated into the tightest possible beam.
The greater the relation of the antenna's mirror area to the wave-
Card 1/4

33616
S102 62/000/002/001/002
Starship calling Earth. D299YD304
length used, the tighter will be the beam. It would, therefore, be
advisable to work on wavelengths in the millimeter band. A further
possibility is optical transmission of information. Solar radiation
could be collected by a mirror on the spacecraft and used to sema-
phore messages back to Earth. Communications systems of this type
capable of transmitting information over 15,000,000 km have been
built and tested. Instead of natural sunlight, plasma can also be
used as a light source. Here most of the usable energy is in tb'a
ultra-violet band and since the Earth's atmosphere absorbe much of
the ultra-violet light, the receiving station would have to be out-
side this atmosphere. With this system, communication is possible
over a distance equal to several diameters of the solar system. In
clcudless weather communication with Mare would be possible dir-
ectly from the Earth's surface. The authors then describe the the.-,
ory underlying light generatorag a promising meano of i3pace commwii-
cation. Theoretical work on light generators has been carried out
by 11. G. Basov and A. M. Prokhorov. A description of the firs-t
light generator, the "laser" (light amplification by stimulated
emigsion of radiation"), which underwent successful te.11ts in Amer,.-a
Card 2// 4

336.16
3/025/62/000/002/001/002
Starship calling Earth~ D299/1)304
in late 1960, is given. This particular laser used ruby with ar. ad-
mixture of chrome as a light generator and amplifter, Lasers have
also been built of calcium fluoride with an admixture of uranium
or samarium. With a laser using potassium vapors at low pressure
it is intended to create a light beam with a width of some ten...
thousandths of a degree. In -the near future it io intended to cre-
ate a bealn with a width of only a few hundred-thousandths of a de-
gree. Due to the absence of moisture and du3t particles in space
- factors which scatter light - lasers would not have to be parti-
~~ularly powerful. Por flights to Mars und Venus the whole space
communications apparatus would be of pocket size and could be.pow-,
ered from the sun by a collector system, A beam of red light from
a ruby laser could be trained on an artificial satellite and the
considerable light pressure from this beam used to correct. its or-
bit. Ruby lasers can also be used as light amplifiera. When il2.u-.
mi.nated with green light from a special lamp the chrome ions will
eventually assume a stable medium energy level. Subsequent illu-
mination with weak red light will cause an instan-taneous red flash
of greatly enhanced brilliance. Astronomers could use this for atu-
Card 3/4

3-,616
3/02 5/62/000/002/001/002
Starship callint, Earth, D299/D304
U
dying virtually dark stars and distant galaxies. Laser,-, can be used
a~s light locators of immense revolving power. At distances of 3,000
1-m they oan dis-riminate between objects only 30 meters apart. Vt
a range of 160,000 km the distance to a spaceship 6 meters in dia-
meter can be measured with an accuracy of up to 1,6 km. The problem
of imposing an information signal on the radiation of a laser ha8
not yet been solved. Nor can scientists as yet control the laser's
radiation frequency, although in 1961 a system of temperature con-
trol. wao tried out. It was found that increasing the temperature
of the laser from -1800 to + 2100C changed the wa,~elength from
6,9714 to 69953 k. A study is being made of the prospects for us-ing
various solid and gaseous mater 4als as lasers, The use of X-rays
and gamma-rays for spaoe communication is al2o be,.ng studied. W-Lth
communication of this sort ordinary ionlization chamber$ or radia.-
tion counters could be used as receivers. Optical space commun4ca-
tion would require special relay stations en the moon or on artifi-
cial Earth satellites. These relay statione could maintain conti-
nuous c-ommunication with the spacecraft. by lasers and with the Earth
on normal radio wavelengths. There are 8 figure,S-,,
Card 414

j V P Al 0 F.
PHASE I BOOK EXPLOITATION S011/6333
Bochkarev, V. V., ed.
Tekhnika izmereniye radioaktivnykh preparatov; abornik statey (Tech-
niques for the Measuremeut of Radioactive Preparatiolia; Collection
of Articles) Moscow, Gosatomizdat, 1962. 4600 copies printed.
Eds.: A. M. SmIrnova and M. A. Smirnov; Tech. Ed.s S. M. Popova.
PURPOSE: This book in intended for specialists in nuclear instru-
mentation.
COVERAGE: The book is a collection of articles on recent developwnts
in 1)'measurement of the activity and 2) analysis o; the composi-
tion of emissions of radioactive preparations.1 The methodology and
apparatus used in theae atudies'are desoribeo In detail. References
are given at the end of each article.
TABLE OF CONTENTS:
Card 1/10
I T

Techniques for the Measurement (Cont.) SOV/6333
Turkin, A. D. Measurement of the Concentration of P-Mmitting
Gases and the Determination of Their Isotopic Compoa;ltjon by
Means of Spherical Ionization Chambers 134
Lavrenchik, V. N. Measurement of the Y- and P-Activity of
Aerosols 139
Ivanov K. N. Shlyagin, and P. N. Feoktistov. &ig-
tic P- and y-Spectrometed! - 156
Ivanov, Yu. F., I A. Rumer, and K. N. Shlyagin. Magnetic Spec-
trometer BPP-3 168
Bazhenov, B. A., Yu. M. Golubev, K. X. Shlyagin, P. N.
Fi~oktistov, and G. V. Yakovlev. Scintillation y-Spectromt.er-
With a Multichannel Analyzer and a Unit for the Automatic
Plotting of Spectra 182
Bazhenov, V. A., Yu. M. Golubev, and K. N. Shlyagin. Scintilla-
tion Spectrometer Counter WithrAl owance for Dead-Time Effect 202
Card 4/5

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PRIKHODIKO. I.F.; FIDIK, V.P.; IVA;OV, Yu.G.
Wear-resietant materials for the manufacture of roller bearings
for the equipment of rolling mill fittings. Met4Lllurg 5
no.8:27-31 Ag 160. (MIRA 1327)
1. VsesoyuzrVy nauchno-issledovatellsldy institut metalloobrabotki
i mashinostroyoniya.
(Rolling mills) (Roller bearings)
It.

FEDIN, V.P.; IVANOV, Yu.G.
Guide unit on aoritinuoas billet mills. Matal-larg 8 no.,5:23-27
Ify 163 - (MMA 16M
1. VBOBoyuznyy nauchno-iBaledovatellokly i proygltno-konotruk-
torskiT institut meta3-lurgichoskogo mashinostrapiniya.
(Rolling mills--Equipment and supplies)

IVAKOV, Yu. G.
Ili-incipal featurag of motallogeny in the Rhanka are d1strict. Soob.
DVFAN SSSR no-10:51-62 159. (141RA 13: 11)
1. Ptimorskoye goologicheakoye upravleniye.
(Maritime Territou--Ore depoolts)

IMOV, Yu. G. (reader) and TOMASHUNAS, Z. B.
"The Khanka*kiY Ore Region in Southern Primorlye"
report presented at the First All-Union Conference on the Geology and Metallurgy
of the Pacific Ocean Ore Belt, Vladivostok, 2 October 1960
So: Geologiya Rudnykh Hestorozhdeniy, No. 1, 1961, pages 119-1211

s i 6,:~ 1*100/002/06 7/127
D2 3,,"D -5
YXTHOR: Ivanov. Yu. G.
TITLE: On the application of' spectrophot(niietric, ourveyinge
methods in prospecting for fluorite deposii-s
PERIODIC1L: Referativnyy zharnal, Geofizika, no. 2, 1963, 1), ab-
stract 2D56 (Inform. ab. Primorski geal. upr. 41.
upr. geol. i okhrany nedr pri Sov. 111in. RSFSR, 1.9151,
no. 2, 87-88)
TEXT: Experimental spectrophotome trio atudies weru iarr-ied out in
the western regions of Primorskiy territory, on an a.*1.r0,Ldy explored
fluorite deposit. Samples were taken at 20 m in.tervals, from a
depth of 0.5 m, along 2 profiles extending tr;a::).j3ve:n3ely acrous the
length of an orebody. The results obtained sh olir that eveni in th4:
presence of clayey deluvial layers up to 5 m thick, 1-1hc. ande!.rlying
orebody defines a very clear specirophotoriel:ric, anain!Lly, the over-
LL-11 nature of which is independent of the dept,1-3 fron which the
Isamples are coliectt:d. This confirms the poasibili 1q, of' usinj2j, or-
Card 1 /,?

~T~ :Irv! 1:.';:C-~~1111-11k;' NTI 11MA 1;11 T!M14; III KIM I M011"U11 4 INJI 1,
$/'I 69/6'V00-0/002/067/1127;
On the application of ... D263/D.3i:17
dinary metallometric surveying methoda, with correspondirLg SUILtEtUe
me-'.I-.,ods of ashing the samples, in the prospectirig ft ),7 flL10ri*;0 de-
'Is. /-.A-bstracter's note: Complal~e tranLilati,:)j:,'. ;7'
pots, 1, 6 1, ~ k,
Card 2/2

POLLER, V.P., inzh.; IVANOV, Yu.G., inzh.
Engineering geophysics in investigations. Transp. stroi. 12
no.8:32-34 Ag 162. (KRA 15:9)
(Prospecting-Geophysical methods) (Railroad engineoring)

IVANOII, Ya.G.; LEVASHEV, G.B.
Ancient gold-bearing conglomerateB in the Maritime Territory.
Sov. geol. 6 no.11;139-11~0 N 163. (MIRA 17:1)
1. Primorskoye geologicheskaye iqjr~~-ctleniye.

Vi
e --it*k-.,shL-; of *he 'uuit te-c-Lon*,cj of -varj,;t~s
E
E
Of th--~ ':.'aritima. T-n-itory. Sov.

IVANGV, Yu.G., inzli.; LOZOVSK.IY, L.A., inzh.
Investigation of bogs by the radio compounding arki diroction
finding method. Transp. stroi. 15 no.11:38-39 N 165.
(MIRA 18:11)

IVAMV, Yu.I.
Improve the organization of laebing and towing rafts. Racb.tranap.
18 no.6:15-17 Je '596 (MIRA 32-.9)
1. Inzbener Kamakogo parokhod8tva.
(T-anber-Transportation)
I q.

~ : ! F- :1:7:
,~ IVANOV, Yu.I. (Leningyrad)
Combined action of antibiotics of the tetracycline serienand of
staphylophage on the resistance of staphylococcus to antibiotics.
Kaz. mod. zhur. no. 2:113 Mr-Ap 161,, OURA 14.4)
(ANTIBIOTICS) (BACTIMIOPHAGE) (BACTILRIAt FATECT OF DRUGS ON)
(STAPHYLOCOCCUS)

TVANOV, YU. I.
36119 Sushka gidrotorfa v KosyKh reshatk&Kh. Torf. prom-ist', 1949. No. 11, s. 14-15.
SO: Latopial Zhrunall r7kh Statay, No. 49, 1949

IVANOV, Yu. I.
IVANOV, Yu. I. -- "Mining, Peat in Upland Deposits Subject to Landslides."
Min Higher Education USSR. Moscow Peat Inst. Moscow, 1955. (Disserta-
tion for the Degree of Candidate of Technical Sciences.)
SO: Knizbnaya jetopis', No. 4. Moscow, 19,r,6
-- - --------

IVANOV, Yu.I.
The TPSh-1 peat screw grader. Biul.tekh.-alcon.inforn. no.8:
12-14 159. (MUM 13: 1)
(Peat machinery)

IVANOV, Yu.I., kand.tokhn.laauk
TPSh-1 nachine for the profiling of milled pnat bogs, 'Zorf,prono
36 no-3:9-12 '59- OIIRA 12:7)
1. Filial Vaesoyuznogo nauchno-iseledovatellskogn instituta
torfyanny promyshlnnnosti.
(Peat machinery)
--------- T-11 - ----- IF-77

IVANOV, YU.I.
- -... -
The DNK-l interchangeable equipment for the, elPaMtors
Biul.tekh.--ekon.inform. n0.2:42-44 160. (MIRA 13:6)
(3bwavating machinery)
: t
k !

IVP11O
-J~~~ nd. tekhn. nauk; KOIDIUSEM, V.I., red.; DDRIDJOV,
11J.) tekhn. red.
[Temporary instructions for the operation of the hTSh-2 machine
for alcaning peat block drainage ditcheal Vremewnitia imistruk-
tsiia po ekspluatatsii mashiny KPSb-2 po prochisth Irartovyleii
kanav. Moskvay Gos.energ.izd-vo, 1959. 29 p. (MIRA 15:1)
1. Leningrad. Vsesoyuznyy natichno-issledovatellakiy inatitut
torfyanoy promyshlennosti.
(Peat machinery)

FANMATOV, N.S,,~ kand. tekhn. nauk; F01MMESTOVp V.V.,; 1,11KIYANOV, A.D.;
GAVRILOV, A.S.; MAYEVSULYA..
K.T.; MALKOV, L.M.; FaIllip V.K.; KOLOTUMIKIE') V.I... red.;
IA;UOT,'OV2 Me., tekhn. red.
(Ilew equipment and technology of peat-bog preparation and the
winning of granulated peat) Novaia tokhnika i teklmologiia bolotno..
podgotovitellnykh rabot i dobychi granulix-ovimr.,ogo tarfa. MosIma,
Gos. energ. izd-vo, 1961. 86 p. (1,0A 1512)
1. Leningrad. Vsesoyuzn,,;y nauchno-issledovatel'ski], inatitut tor-
fyanoy pronqshlermosti. Direktor filiala Wesoyumogo nauchno-
issledovatel'skogo instituta torfyanoy protVsblem,sti (for
Pankratov).
(Peat bogs) (Peat machinery)

IVANOV, Yu.I.; PAKWURNYY, B.A.
411h
Effect of cortisone and prednizone on water distribution ir
the body. Probl. endok. I gorm. 11 n0-5:71-74 4113-0 165,
(141RA 19: 1)
1. Kafedra farmakologii (zav. - prof. Ye.B. Borlihin) Altayskogo
meditsinskogo instituta, Barnaul. Submitted Deceii.ber 20, 1964.

ACC NRi AP7005058 SOURCE CODE: UR /0031 ~6 61c, IM/010, /00 53/oc 6j.
AUTHOR: Omarov, T. B.; Ivanov, Yu. I.
:ORG: None
iTITLE: On intermediate motion in celestial mechanics of bodies of ve-riable mass
SOURCE: AN KasSSR. Vestnik, no. 10, 1966, 53-61
TOPIC TAGS; celestial mechanics, variable mass system, motion equation, orbit cM1-
culation
ABSTRACT: Aperiodic motion of two bodies is considered where mass is a function of
Itine. A system of equations is given for rates of change 4 'n the ele=ents of an oscu.-
Ilating orbit and it is shown that the transformed values of therse osculating elezents
~may be interpreted as disturbed Kepler elements oil the representative ::otion
d:r
GM~ F,
r3
where
F 1 d,if d'7
Card- 1/3

ACC NR: 'AP70050513
.Particular attention is given to intermediate motion described by the equation
d2 r a (t) dr
r3 dt
ifor which the actual motion maj be interpreted either as aperiodic motion along 11
conic section about a center with mass 14(t) disturbed by the tangential force
I dAf
+ a
[ ~ Id
lor as aperiodic motion along a conic section about a center with mass ji(t) with per-
:turbation by the central force
F2 G -19
r3
Lere
kt) - M(tO)exP(-2f a(t)dt)
to
Igiving two different systems of osculating elements. Various methods are described
!for representing the solution of the initial equation of intermediate motion for dy-
Inazaic problems in the form of osculating aperiodic motions along a conic section. The
2/3

ACC NR, AP7005058
results are applied to equations of planetary motion and a system. of differential equp,-~,
tions is given defining the osculating elements of planetary orbits vith regard to the
effect of continuous loss of solar mass. Orig. art. has: 84 formulas.
SUB CODE: 03/ SUBM DATE: None/ ORIG REF: 08/ OTH REF: 01
Card 3/3

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I i ...I "III 111 -1 .
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A i:1-11A PAIIA TIT:A;

I f i I
V
Subject USSR/Electricity AID P-1297
Card 1/1 Pub. 27 - 21/30
Author : Ivanov, Yu. I., Eng.
Title : N. N. Krachkovskiyls article: "Interconnection diagrams
of h droelectric ower stations" (Elektrichestvo, #11,
1953~ (Discussions
Periodical : Elektrichestvo, 1, 76- 78, Ja 1955
Abstract : The author discusses at length the above article and
criticizes some of the diagrams. He presents his own
solutions. Four diagrams.
Institution : Ukrainian Branch of GIDROENERGOPROYEK.T
Submitted : No date

JVANOV, YLJ- L
4aM--~ k;_'4~ ~' ~~- ~ AID P - 1518
Subject USSR/Electricity
Card 1/1 Pub. 26 - 14/36
Author Shestopalov, V. I., Eng.
Title Discussion of the article "Electrical connection diagrams
for hydroelectric power stations" by D. A. Bashlay and
Yu. 1. Ivanov (Elek. sta., 1954, No.2)
Periodical Elek. sta., 3, 42-43, Mr 1955
Abstract The author is of the opinion that the diagram for the
supply of the station's own power needs as presented
by the authors of the article discussed are very seldom
used at the present time. It requires large costs for
the equipment of the step-down 220 1 110/6 kv transformer
and is costly in operation. The author proposes different
solutions of the problem. Three connection diagrams
Institution: Ministry of Construction of Electric Power Stations
Submitted No date

IVANOV, Yu.1.
Generalized problem of two Immovable centers. Vent. Moak. tin.
Ser. 3s Fiz., astron. 20 no.lt26-33 Ja-F 165. (KIRA 18t,-,i'
1. Kafedra nebesnoy mekhaniki i gravimetril Moskovskogo universitat;~.

IVANOV Yl..l.
1.,f'fF,,ct of cor I i.,3on;~- arid pradn' sone or! wxkter--w--i a nd
the -enal. "unctlior in dof!s. Probl. endok. i 11 Im. 1:9,-
1. Kafedra farn~ik,)ICL7ii ::,-,v, .- proc. Y~:.Ei. "'y5kogo

IVANOV, Yu.I.; PAKjj,'.ftJT-'jj'YY, B.A.
Methodology for simultaneous determining of the volume of
extra - and intracellular flutd, in the body of -rats. Biul.
eksp. biol. i red. 59 no-4:123-125 Ap 165.
(MIPA 18: 5)
1. Kafedra farmakologii (zav. - prof. Ye.B. Berkhin).Altayskogo
meditsinskogo in3tituta, Barnaul.
11T I 'II

RUSIKOO Yu,A. [Rus1koy IU.0.1; (IVANOV9 Yu.K.
Using methyl mothacrylate for preparationD of microacoyic
analysis Geol. zhur. 20 no. 5:97-98 160. WRA 14:1)
~Methacrylic acid) (Microscopy)

,~ k . I - 9
ABEELEV, Yu.M.; DOWDYSH, A.M.; IVANIOV~ Yu,.K.; KP,.JTOV, 'V.I.; V-:~--
PANKIN, G.N.
Experience in correcting the tilt of a largE-panel 1-480-P
series apartment house after the sagging of the foundation.
Osn., fund. I mekh. grun. '/ 110-3:23-25 165.
(MITU 18:6)
:~ 11 P
r 1; "

" , : , ~113-1--;
", NOV -.., , K .
... k,'- , ; . it. L ~,j .. ~ - ~ . , . 1; 1 VA, Y
-- - I " -.11 -0. - : - --, ~ ~
Otudy of uranium rfdnerals in solid !Atum,:~nn s.;ng
Microscopy. Geo". zhur. 25 no,'3:tlO-Ll4 10~~ ! ~~ i -!- :. 'A ~~ " J I I
1. in.Btitur, geologichosk1kh nauk AN

....... (1114 1 gull! I I I i ifill IIN*J 1 a IN 1
L
ACC 14R, Ap6o29037 1301,HiCil, COPE:
1NVENTOR: Ivanov, Yu. K.; Ryazanov, Ye. M.
ORG: none
TITLE: Method of preventing an erratic arc. Clasn, 21, No. 1838~ds
SOURCE: Izobret prom obraz tov zn, no. lit, 1966, 53-51,
TOPIC TAPS: are welding, metal welding, inert Gas welding
ABSTRACT: This Author Certificate introduces a method of preventing an erratic arc
in welding of thin articles 6where the distance between clamps is equal to the iridth-,
of the weld. To improve the quality of welds, the clamps, which are made out of
material with a resistivity lower than that of the welded material, are covered
with a 40-120-P coat of material with a resistivity several timmes higher than that
of the welded material. In a modification of the above method, the clamps are made
entirely of a material with a resistivity several times higher than that of the
material welded. [TD1 i
SUB COIE: 11, 13/ SUBM DATE: 27jan6Y* ATD PRESS! 5066

5'1-.,20-4-14/39
AUTHORS: Ivanov, Yu. J,~t_,Ryvkin, S. M.
TIT~Es The Formation of Current Oscillations in Germanium Samples
in an Electric and Longitudinal Magnetic Field (Vozniknoveniye
kolobaniy toka v obrazteakh germaniya, pomes6bennykh v
elektricheskoye i prodollnoye magnitnoye pole)
PERIODICAL-3 Zhurnal Tekhnicheakoy Fiziki) 1950, Vol- 28, Ur 4, PP-774-775
(USSR)
ABSTRACT: The authors determined current fluctuations in some germanium-
-samples through *hich a direct current passed and which were
placed in a constant magne tic longitudinal field (magnetic
field parallel to the current). Under certain conditions the
forming fluctuations had a shape near to the ainosoidal
line with a frequency of 10 -- 15 kilocycles per second. The
fluctuation character depends on quite a number of circum-
stances. Thus fluctuations only formed at a current through
the sample different fiom zero and increased according to
amplitude and frequency vrith an increase in current. Ana-
Card 1/3 logous dependences were also observed on the magnitude of the

57-.28-4-14/39
The Formation of Current Oscillations in Germanium Samples in an Electric
and Longitudinal Magnetic Field
magnetic field. In spite of zinc-contacto the voltampere
characteristics in the investigated samples differed from
a linear one. The fluctuations formed in one as well as the
other current direction were more marked when 'the direction
of current correspond to the lower resistance of the sample.
Fluctuations only occurred in the case of an exact agree-
ment of the direction of the magnetic field with the axis Qf
the sample. An intensitve illumination of -the samples led
to an interruption of the fluctuations. A certain drop in
temperature in the samples, however, led to an increase of
their amplitude and frequency. An etching of the samples
ir hydrogen peroxide promoted the formation and the stability
of the fluctuations. An increase or decrease of the ampli-
tude of fluctuation connected with any change of the experi-
mental conditions in all cases led to the corresponding in-
crease or decrease respectively of the f1equency of fluctua-
tions" There are 3 figures and 1 reference, 1 of which is
Sovie;.
Card 2/3
HA

57-28-4-14/39
The Formation of Current Oscillations in Germanium Samples in an Electric
and Longitudinal Magnetio Field
ASSOCIATION: Lenin.gradskiy fiziko-tekhnicheskiy institut All SSSR
(Leningrad Physical-Technical Institute,,AS US5R)
SUBMITTED: December 14, 1957
Card 3/3
.11 ~Fffi 5119~PIINTR 13

240h 04(ist
AUTHORSs
TITLE~-
67390
SOV/101 -1 -9-8/31
Rvvkip~ S-, M., Ivanov, Yu._L., Grinberg, A. A,, tiovikov, Z.R~p
Potekhina, N.
A New Longitudinal My~~etoptriet ion Lffoctland :,pplic-
ation to the Determination of the Ratio Betreen thp ~;()r-
centrations of Heavy and Light Holes
PERIODICAL: Fizika tverdogo tela, 1959~ Vol 1, Nr 9, pp 1372 - 1~575 ~U33R)
ABSTRACT- When investigating the diffusion of the nonequilibrium carriei
in the magnetic field, the appearance of electrical fields is
usually studied (e.g, the photomagnetic Kikoin-floskoy efinct).
The present paper offers the results obtained from in investisr-
ation of the concentration distribution of the minority carrier
in the magnetic field, and in particular., the reoults of qn
investigation of the longitudinal magnotostriction effect in
the longitudinal magnetic _fields A plane-p.-arallel semicon-
ductor plate was arranged perpendicularly to a homogenoua
magnetic fields On the plate, a point light probe exactly
faced a point collector. The in 'iected nonequilibrium carriers
diffused through the plate and the collector determined the
Card 0 concentration of the minority carrier. The concentration

67390
A New-Longitudl.ial, Magnetostriction Effect and Its' SOV/181-1-9-8/31
Application to the-Determination of the Ratic, ijetween the Coneentrations of
Heavy and Light Holes J
recorded thereby increased with H. Figure 1 shows.a schematic
repreie'ptation of the measuring arrangement, alescription of
which is given. Theoretically, one obtains for the concentration
of thb injected carrier on the z-axis
Z/l D.
(H Z) g A.12 H29D z 177 , where ij is the eleotron-hole pair
production rate,.1D the diffusion length, Dn the electron
diffusion coefficient. Figure 2 Rhows the result obtained by
an attempt of experimentally verifying this formula for
electron injection into hole-type germanium. The beat agree-
ment is obtained with a microscopic drift mobility of the
electrons It, 0 ,3650 cm 2/v.aeb. When investigating the hole
n
diffusion in n-tXpe ermanium) a considerable 4ivergence
between theory and expertment is observed, whioh, however,
Card 2/3 can be explained when taking into account the existence of

167390
A New Longitudinal Magnetostriotion Effect and Its SOV/181-1-9-8/31
Application to the Determination of the Ratio Between the Concentrations
of Heavy and Light Holes
SUBMITTED:
Card 3/3
heavy and light holes. The theoretical curve drawn for tliis
case nicely deacribes the experimental results. The r-on-
centration ratio between heavy and light holes is d~.duced
from measuring results as being 57; this value approaches
the result (50-0) obtained by an other way (-Ief 1). There
are 2 figures and 2 references.
March 7, 1959
7 T

S1181160W41041051034
A 77,0 B002/B063
AUTHORS: R, A I Ivanovq Yu. boy
Ukin, S. M Grinberg, A.
Novikov, S. R.9 P-5-fekMinat No D 6
TITLE: Investigation of the Diffusion of Minority Carriers in a
Majoetio Field -ki
PERIODICAL: Fizika tverdogo tela, 1960, Vol. 2, No. 4, PP- 575-590
TEXT: The distribution of the concentration of minority carriers intro-
duced into a magnetic field by "point" injection was theoretically and
experimentally studied. A light spot was focused onto a germanium sheet
cut out of a single crystal. The occurring emf was meanured by means-of
an AB -9 (LV-9) tube voltmeter. The setup is schematically represented in
Fig.. 1. Thus, the longitudinal magnetostriction effect (Fig. 5) was measur-
ed on p-type and n-type germanium, ')~uoh measurements may be umed to do-
termine such semiconductor parameters as the microscopic drift mobility
of carriers and the concentration ratio between carriers of equal sign
but different effective mass. The concentration ratio between light
and heavy holes in germanium was about 2 per cent. Mention is made of VY,
Card 1/2
i;Y6

81947
Investigation of the Diffusion of Minority S/181/60/002/04/05/034
Carriers in a Magnetic Field B002/BO63
I. K. Kikoin, Nookov, and Pikas. There are 7figures andIS references:
7 Soviet, I Americanv 9 British, and I French.
ASSOCIATION: Leningradskiy fiziko-tokhniobeskly institut AN 83SR
(Leningrad Physiootechnioal Institute of the AS USSR
SUBMITTED: July 24, 1959
Card 2/2

AUTHORS:
T IT L:,,
38,909 .
S/181/62/004/006/015/051
B125/BlOij
1vanov Yu. L., and Ryv*.!i-.1, S. M.
Optical charj-,e exchange of impurity centers and kinetics
or
. impurity photoconduction
PERIODICAL: Fizik-, tlerdogo tela, v. 4, no. 6, 19.62, 1482-1491
1
TEXT; The kinetics of photoconduction in direct and reverse char-e
exchanC,e through the C-zone has been inveatigated experimentally, and
results have been interpreted qualitatively. The examined five groups
of n-type germanium specimens with copper introduced by diffusion
comprised. almost all possible stages of compensation. The illumination of
group I specimens (all Cu,centers having a triple negative charge) and
of group V gives rise to electron exchange between a single level
(level III for group I, and level Il for group V) and the corresponding
zone. The relaxation curves then contain only one "A'ast" component. if
specimens of groups II and III (containing triply and doubly charged
centers) are irradiated with 0.43 ev>h,,->0.26 ev, both Blow and fast
relaxation appeara. Under irradiation with 0.49 ()v :,k,7',`0-0 Ov, the
Card 1/3
TTT

S/18 62/004/006/015/051
Optical charge exchange of impurity ... B 12 5X1 Oil
relaxation curve slopes dovin [,ontly owini, to a1iargo exchange of tile Cu
centers. The irradiation of III (all centers having-double negative
charge) with 0.49 ev h-.;- ' 0.45 ev causes reverse charge exchang
ge which m ay
change the rate of Generation and, to a lesser deg-ree, also 1he lifetime.
In the irradiation of jroup IV specimens (containing sinaly and.doubly
charged centers) with 0.45 ev>h,,~,0.32 ev as well an in the-short-wave,.
range, there appears a "fast" component. Theoretically possible slow
processes are not observed. After illumination of a group III specim-eni:".".
with 0.,19 ev > h,- ' 0.45 ev, electrons from levels II and III &re transferred
to the C-zone. '-!he intensity of this reverse process ("flashing")
increases with projressin.- filling of level III with electrons. A steady
state sets in after a certain time. Hence, the amplitude of this "reverse
flashing" (characterizing the concentration of triply char6ed non-
equilibrium centers) tends toward a limiting value if preliminary
illumination has been -3rotracted for a sufficiently long time. The more
intense the illumination, the more quickly this limiting value is
attained. There are 6 figures. The most important English-language
reference is: J. Lambe, C. C. Klick. Phys. Rev., 96', 909, 1955.
Card 2/3

S/lel/62/004/006/015/051
Optical char."Ie exchange of impurity ... B125/BlOil
ASSOCIATION: Fiziko-tekhnicheskiy inatitut im. A. F. Joffe AN SSSH,
Leningra'd (Physicotechnical Institute imeni A. T. Joffe
AS USSR, Leningrad)
5IJ:31.'jITTB'D; January 22, 1962
VII-I
Card 3/3

39967
511811621004100810361041
B108/13102
If. t2 70 1)
AUTi"011: Ivanov, Yu. L.
TITLE: The capture cross sections for photons an& electrons on the
third copper level in germanium
PERIODICAL: Fizika tverdogo tela, v- 4, no. a, 1962, 2274 - 2276
TEAT- Copper impuriti'g-a in germanium have three acceptor levels in the
forbidden band. The photon and electron capture cross sections of the
third- of these levels which is 0.26 ev below the bottom of the conduction
band were determined from impurity photoconduction'.-,~ measurements in.the
range 77 1'50OKs qm 1, where n is the electron concontration in
0
10
the conduction band, m is the electron concentration on the levels in the
0
dark, q is the photon capture cross section, and I is the number of light
quanta per second falling UDon 1 cm2. The electron lifetime decreases
exponentially as temperature increases which is related to an increase in
Card 112

S/1 al/62/004/006/036/041
The capture cross sections ... B 108/13102
20 2, This 10711
capture cross section, which at 770K is about 0.8-10- cm,
value is attributed to the repulsive Coulomb field of the doubly chareed
cop:)er centers. There are 2 figures and 1 table.
ASjOCIATIONt Fiziko-tekhnicheskiy inatitut im. A. F. Ioffe AN SSM Lenin-
grad (Physicoteohnical Institute imeni A. F. 1~ffe AS USSR-
Leningrad)
SUBMITTEDt April 26, 1962
Card.2/2

-L:4
1k,
B 10 2/111 Eq: (5)
A V? H OR
T ITLZ t Temperature dependence of the a-ctivatiov- onerq.,! ol., tile lieeow~
and third levele of copper and gorm.,iniuai
naloDICAL; Fizika tverdogo teln, v. 5, no. 4, 196~, 1217 -- 1218
TEXTt The temperature dependenoe of the position of the thfrd. and. soioond
levels in the forbidden band was determined by tvio (1) The leveh
D,DaitiOn St OOK was determined by measurirC., the Ball w`fect. Tn thiji ca.se
the electron ooncentrat~on in the -,onduction band ii-ari detertalned. from the
relation n - A, exp (-./Pk)exp(-A:-; 0/ f~kT) ivl%en the t~-inponttuxe dependeme oil'
the forbidde-n band width ia zi-en by 4E . AF, + aT, B being the gap width
at OOK and a the temperature coefficient of the loval nhint. r2) Thcllang~
wave edge of phococonductivity due to optioul ax,A~ni.!ion of' 1:1arriers 1'ra,
the lcrvcl invf3atijated into the band wau determinod. 0,111no (Iri:,ups of imiaples
we;-e invegtignted: Thode of tho first group hind at ID K th,]U, lower lovol
+C-.O.l ev) completely filled with electrors an.-.1 the ot'ne:t j)artiallj..
(~~ 7 1
card 1/2
F-T.17

,5/18 1/6 5/005/004/045/0,17
Temperat ure dependence of the act ival ion. . . ;I I 02/B
Those of the other group had two lower lavela comp I et a I.,,f f 1. 1. 1 ed IL rd anoth or
F, a r t I a 1 ' :( .For the tv+O. 52 ev the temperature snifl; d wL eri.-A. tied frou the
phr,to,.:oriductivity red edge shift was obtained as -5- "1 - io-4 ev/d.eg,, from 'Ghe
0
Hall affect -6.9-10 4 av/deg uaa obtained. Tor the in, 2(wel 9his
value was determined from the Ho-11 ef,'ect and viaE
1 10 Ilv/de~g. The
activation energies for the two copper levelia in Ge nox-ii;
0
K A E
0 0.320 0.216o
0.518 0.2, 8
0.280 0,220
500 0.260 0.100
There aro 2 fibpires and 1 table.
ASSGC'D,'T10N: inal"itiit i0. A.- V', "fol"') 1A il~'-,; i(, L(Inin-
-rad
'~Ys icotechnical Ins-1 it ut I A
SU3 Y 11' L", 7, 191S2

IVANCV, Yu.L.; RYVKIN, S.M.
V ~Xwwl m I~r
Phototlectret affect in silicon. Fiz. tvar. tale 5 no.12:3541-3544 D
163o (MIRA 17s2)
1. Fiziko-takhnicheskiy institut imeni. A.F.1offm AN SSSR, Leningrad.

i
I , . !:- ~ (~Ilb,
. : ! I [.:; i
'i i : i
1; 1 1~
1 : " 6 : : il ~ , ~~ ~ r ~- : , , ~l
, ; . Ir I : 1 1 1

; Ir'. ;~: . ill ~::],
i .. i
'i :: I ~~ ::,. ;!;
I - ! i
.
. I . ,I
: ; ,. ~'t I.: ; , ~ i.! :
I i:: 1 .1
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!
: E . -
i I !I I I
1 7 .
I I:
d IH
~i :. I I I I ~

Hit! !111 11 1 1
IvOlovi YU.T...
Paiiative re-f;mbination on linear dlsaof::ati-,-jn:3 Ln germanium. FLZ.
tver. tela 7 no.3,-788-,792 Mr 165. (MIRA 18.14)
1. Fiziko-tekhtninhesk-ty institut. imeni AN SSSR, imnirigrad.

_UANOV, YU-L.; YUHNETMI, A.V.
Radiative recombinations in Si and Ge related to radiat-lan
defects. Fiz. tvar. tela 6 no.1293-703-3701, D 104
(MIRAL 18:2)
1. Fiziko-tekhmicheskiy inatltu!, imeni loffe AN SSSR, Leningrad.

Rr

-- - 7 -- - -- - P-~ - eip-
i-
f, vmll - =1e - 1!~,i ~ ~ , 1 1 . , I ~'. ~, -- .
11
- --a - ~Ll I VA.
. , I vla.~ I I .. , ,

SALISHCHNV, K.A.; GEDYMIN, A.V.; ITANOV, Ta.M.. redaktor
[Cartography. Supplements: cartographic projections aod maps]
Kartografila. Ilrilozhentia: Xartograficheskie proaktaii i karty.
Moskva, Gos. izd-vo geogr. lit-ry, 1955. 100 P. (KLRA 9,7)
(Cartograpby) [Microfilm]

CHIZEMOD. I.M.; ZIE?IIROVSKIY, A.Sh.; GLUKHOV. D.Ya. i IYANOT, Yu.M.
The first compensated mercury rectifying converter of the alunin=
plant and results of its testing. Izv. KPI 26:139-169 '57.
(mIRA 11:6)
1.1afedra, teoretichookikh oenov elektrotekhniki Kiyovskogo politakh-
nicheskogo instituta.
(Mercury-em rectifturs-Teeting)

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3/1211/6i/boo/bo8/042/642
AG)O1/AlO1
AUTHOR: Ivanov, Yu. M.
TITLE: Estimate of polymer material strength as a function of load duration
and temperature
PERIODICAL: Referativnyy zhurnal. Mekhanika, no. 8, 1961, 66-67, abstract SV569
(V sb. "Vopr. primeneniya dereva I plast. mass v str-ve". Moscow,
Gosstroyizdat, 1960, 5-18 )
TEXT: The author analyzes experimental data of S. N. Zhurkov on deteftining
temperature-time relations of strength in plastics'(see, e.g. Zhurkov, S. N.,
Vestn. AN SSSR, 1957, no. 11, 78-82; RZhMekh, 1958, no. 11, 13126). He notes,
in particular, that temporary dependences of strength in semi-logaritbmical.
coordinates, 6- Igt, represent straight lines crossing at one point with coordl-
nates 6o - a. The slope angle of these lines to the abscisija axis Z depends on
temperature. It is shown that In coordinates 6 tg c4 (a + Jgt), experimental
points obtained at different temperatures Ile In a single sl;raigbt line which is
named by the author the summary straight line of strength. The ooncept of
Holloman, J. H., and Jaffe, L. D. Trans. Amer. Inst, Mining and Metallurg.
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'J 1;
I ~-A ~-tu C) Ll 9 . ILI 0 It I/ f
AUTHOR Ivanovq Yu.---.~'~.
TIT LE: ',Ilethods of interpretirl.- results of lonu- life
tests or, polymeric substances
PERIODM~11; Zavodskuya iaboratoriyal v, 271 no. 4, a55-458
TEXT. T1-1- -uthor has shown by the example of polystyrene 'rhat the parametz~x
relation T(O + log t) = K = const (2) is little suited ior the ex-trapola-
tion of long life strength of polymers in a wido. range oi t empe rat Lire o
and duratiai,s of the action of forces. lie also found that V. I. Nikitin's
method dizouoised belovi (for heatproof steels) (Ref- 7) is noL ap-plinable
to polymc.~.~~, exhibiting,- a nonlinear dependence of tan o( on T in aw-, -", e,
temperatuve ranfre. -he author suggests a metl~od of "tolal" itraight
lines, vil--Iul. iu based upon the collection of the straijhi, lineJ 0" a
bundle to a single l1ne. S. 11. Zhurkov (ReC. 6) 'na!3 toe". col,cerned -xith
a better defin-.".-ion -):C tho aj),)Iivalbilify Of fovML11,L al'-~
:Lt for iiitorpret iu;- pub! -inhed exporimorital dati ue ionj
J,ife strungth of polyotyvene. It may be '-'eer. fron. S, Zh-urkovlo
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Methods cf interpreting results ... B103/13201
diacram (71,;. that the uoints for the temporaturo -19,10C ztro L-%Aftod
u e not on tne poi-iib.le cant inua-
I'ar to tI"; Since the,,,e points r
tion of 1.1i,.; par~~meter curve 'that would pass through ti-,e points of hi.~Lar
temperaturo:j, the author concludes that relation (2) io not applicat.le
,lo this cuou. He further stresses the fact that, tl,,L, pointzi in the
diagram of 1, which correspond to a constlant temperature, lie on
a straight -jIne. 111"orefore, no curve appears in the coordi-netes
K (o beir,,;,- the stress), but, a curved strip made of sociions of a ,:~rail-11L
line for T ~ const . For this and other reasons, the applinability of
formula (2) is 6reatly linited. The author, therefore, beses on the
formula by L. 71. Zhurkov (Ref. 1) to write: t = t 0exp(U, - ya/kT) (1),
where t is t-he timesuar untuil breakdown, T is the aboollate 'cemperature,
U0 is tht- c-i,ergetic constant of the breaking zllrocon."', k. is -!'-:! -Iloltzmann
constant, t() and y are constants. Fig. 3 b shown, i~ dii.Lj-ram for
qluminum in coocdinates T log t; T (mot"1011 by V. I Ukitiii, !'Xr- 7)
Thin dia6ram consists of parallel StriLiLrilt line:; 1,01, 01 1'*':~:I t rac 11 or I s
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Methods of interpreting results ... B103/B201
note: Ti anti aiare not explained in the text], which are inclined
toward the axis T under an angle, whose tangent - C. In the diagram for
polystyrene (Fig- 3 a) these straight lines converge instead cf being
parallel. Furthermore, the author has based on work by S. 11. Zhurkov
and co-workers (Refs. 1, 6, and 8) constructed the diagram tan a - f(T)
(Fig. 4) for polystyrene (1), celluloid (2) organic glass (3), alloy of
aluminum + 4-6% tin (4), platinum (5), and aluminum (6). This diagram
shows the nonlinearity of the dependence of tan a on T Tor polystyrene.
The author bases on all these data to state that V. I. Nikitin's method
is not applicable to the abovementioned polymers. Ile suggests an inter-
pretation method based on data by S. N Zhurkov: the experimental points
in the coordinates 6; log t are arranged onto straight lines for T i
The equation
const, which constitute a bundle converging to one pole.
for this bundle reads, according to Fig. 2: a tan a(a + log t)
(3), where 6 and a - log t are the pole coordina?os. After equating
0 0
the right-hand part of equation (3) with J, the straight lines of the
bundle are collected to one line, which the author calls "total" straight
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S/032/61/027/004/0106/028
Methods of interpreting results B103/B201
lines and which corresponds to equation ae, - (Y 1~ (4). Fig- 5
presents such a straight line for polystyrene. The autlior ha~i submitted
a report on the method of constructing these straight lines to the
All-Union meeting on theoretical and applied mechanics (section for
rheology) on January 27 - February 3, 1960 in Moscow. There are
5 figures and 9 references: 7 Soviet-bloc and 2 non-Soviet-bloo.
References: S. N. Zhurkov (Ref. 1: Vestnik AN SSSR, 11, 76, -1957);
S. N. Zhurkov, B. N. Narzullayev (Ref. 6: Zhurnal tekhnicheakoy fiziki,
XXIIII no. 10, 1935; V. I. Nikitin (Ref- 7: Zavodskaya laboratoriya,
xxv, 12, 1959); S. 11. Zhurkov, T. P. Sanfirova (Ref. 8: Zhurnal
tekhnicheskoy fiziki, XXVIII, no. 81 1958). The 2 ref*rencas to Engliah-
language publications read as follows: F. R. Larson, j. Miller, Trans.
ASTiM, 74,no. 5 (1952); S. Goldfain, Proc. ASTM, 54, 1344 (1954).
ASSOCIATIOU: Teentrallnyy nauchno-issledovateltakiy institut
stroitelinykh konstruktsiy (Central Scientific Research
Institute of Structural Parts)
Card 4/8

DAMOV. V.N.; L&RIONOT, V.V.; - IVANOT, Tutm.
Using radioisotopes for studying reservoir pro.parties of rocks,
Trudy MRI no.15:260-265 155. ()CLHA 9: 3)
(RMiolootopee--luduatrialo:~plications)
(Oil well logging, Radiati

PANFILOVA NQ
, A.L., kand. tekhn.nauk, at. nauchn. sotr.; TVA yp..T M.,
doktor tekhn. nauk, prof., red.; STRASH14TH, V.P., redA-z*d-"
Ya; MIKHEYEVA, A.A., tekhn. red.
(Instructions for protecting reeds and reed products from
decay) Instruktsiia p9 zashchite kamysha i izdelii iz nago
ot gnieniia. Moskva,lGosstroiizdat, 1962. 29 p.
(MIRA 16:6)
1. Akademiya stroitalletya i arkhitektury SSSIL Institut
stroitellnykh konstruktsii. 2. Chlen-korrespondent Akademli
stroitellstva i arkhitektury SSSR (for Ivanov).
(Reed products)

FREYMUNDT, Ye.N., dots.; KORENEVSKAYA, N.N., dots.; ILICM:NKO,
SAMOYLOVA, A.A., dots.;GUROV, G.M., dots.; IW~QV, Tia.
ZAYTSEVAP N.V., dots.;EYDELIMAN, M.R., red.; KODIIKOV, L.A.,
red.; PONOMAREVA, A.A., tekhn. red.
(Balance of the gro" national product of a Union Republic;
problems in the theory and methodology of its preparation]
Balans obshcheatvannogo produkta soiuznoi rppubliki; vop-
rosy teorii i metodiki sostavleniia. Moskva, Ekonomizdat,
1962. 326 p. (MIIL4 16:4)
1. Moscow. Ekonomiko-Btatioticheekly institut.
(Gross national product)

"I'MASHOVO IVANOV, Yu.M.
Effect of palladium on the corrosion resistance of tittiniuro.
Zashch. met. 2 no.1:32-37 Ja-F 166. (MIRA 19:1)
1. Gosudarstvennyy nauchno-isaledovatellakly i I)royektnyy instJtut
redkometallichaskoy promyshlennontl AN SSSR i Inatitut fizicheakoy
khimil AN SS"311. Submittad 11-VAy 23~ 1965.

IYANDY. Tu.K.; KUZNIK, B.I.; RAMILITICH, L~18.
Affeet of penicillin on the coagalability of blood. Gov.mad.
19 no.6:35-38 Ja '55. (XIMA 8:9)
1. :Is kafedry nortmillnoy f1stologli (sav.-prof.Te. Mvanitskly-
Vamilanko) Saratovskogo mditolnskogo inatituts.
(PIKEGILL111, effects,
on blood coagulation)
(BWO 00AGULATION, effect of drugs on,
penicillin)
TU