SCIENTIFIC ABSTRACT GAGARINA, A.V. - GALASHENKOV, V.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002200820020-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

:112 020
UNCLASSIFIED:'~ PROCESSING DATE--18SEP70
41j,ITLE-COMPARATIVE CHARACTERISTICS OF OMSK HEMORRHAGIC FEVER VIRUS STRAINS
ISOLATED FROIM DIFFERENT OBJECTS OF A~NATURAL F CiUS -U!_
0
AUTHOR 103),-KORNILOVAP E.A., GAGARIN A.Vo, CHU?lA'.,k0V,'
M.P.
COUlTRY OF INFO--USSR
'.,SOURCE- VOPROSY,VIRUSOLOGII,, 19701 N
R 2t PP 232-23
DATE PUBLISHED ------- 70
SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
_T.OPIC TAGS--HEMORRHAGFC FEVER, VIRUS, TISSUE CULTUREt ANrIGEN
C T R 0 LMARKING--t-40 RESTRICTION'S
DOCUMENT CLASS--UNCLASSIFIED
.-PROXY REEL/FRAME--1990/0740 STEP NO--UR/0402~70/000/002/023210236
CIRC ACCESSION N,]--AP0103946
U.NCLASSlFfFD

212 020 UNCLASSIFIED. PROCESSING DATE--18SEP70
CIRC ACCESSION NO--AP0108946
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE EXISTENCE OF STRAIN AND
ANTIGENIC DIFFERENCES AMONG STRAINS OF OMSK HEMORRHAGIC FEVER (011F)
VIRUS WAS. DEMONSTRATED. THE, C01444ON BIOLOGICAL J)ROPFRTY OF ALL THE
STRAINS CONSISTED IN HIGH PATHOGENICITY FOR LABORATORY ANIMALS A'llo
CAPACITY TO MULTIPLY IN THE MAJORITY OF TISSUE;CULTUt~ES. HOWEVERv THE
STRAINS DIFFERED SLIGHTLY IN THEIR ANIMAL PATHOGENIC'ITY AND TIME OF
MAXIMU4 VIRUS.INCREASE IN THE CULTURAL FLUID OF~~i(.ELL~CULTURES. THE
IN HOMOGENEITY.OF THE STRAINS WAS CLEARLY DEMONSTRABLE IN THE STUDIES OF
HEMAGGLUTINATING PROPERTIES. BY MEANS OF ANTIGENIC ANALYSIS OF THE
STRAINS GROUPS WERE FOUND IN WHICH THE EXTENT 0~ ANTIGENIC SP41LARITY
WAS THE GREATEST.
U 1'11C L A S S I F I CE 0

USSR
-or
GAGARIIISKIY Corresponding 14ember USSR Academy of ~Sciewes and Direct
~e~s jz-.~,
"The Ocean As Chemists See It"
Moscow, Pravda, 17 Nhr 73, P 3
Abstract: Understandably, since they live on the shoreP of' the acific,
rim, ~f js :), :;J,
scientists in the Far East are irmarlably oeckint~ C. j*ti, w' Ls :,alatilisr its
wealth. At the Vladivostock Cheirdstry Irstitute, thes(,- prot)lems art! t_,cklc,~4
by the Seamater-Chemistry section and also by~ the Mineral Pair Material proceea-
ing IziLboratory. Meae collectives' efforts are aLmed ma-inly t inve tlr~ ti
s a n3
the contents of the microconstituents of sCavater, prixgirily, in the wat,_n-D e)V
the Gea of Japan, and the potential for extractinf,", thii.,ir, on it rational basis as
well as at establishing scientiCic bases Tor the tm~)loitatioii of mre metal
deposits.
tll(! prir v t st
In the investi6ation of zew,?ater an such, tar, -ask Is to e. ablish
what geochemical processes deternine its chemical corqAoitiom and to produce a
complete picture of the distribution of chemical oleirentu in it (the suqpen-
si ons and colloids and t!w co.,mosil`.ion and nature of the ions In i;olution).
Devite the fact that all these questions have betin undim- stud,
for a long

USSR
GAGARINSKrY., YU., Pravda, 17 Mi-r 73, P 3
time. The material accumulated is clearly insufficient to facilitate a full
understanding of the relationship between all the factorstl We are striving to
make good this deficiency to some degree-.: The persdiuiel of the laboratorv
studying the chemistry of the microconstituents of seEtwatler, for example,- have
discovered a phenomenon of great, scientific interesti- the concentration of a
number of elements (phosphorous, bromiDe, rangamse, COPPOT', and others) in sea
foam.
Modern physical chemistry and chemical technolot~y have well-developed
methods (absorption, ion exchanCe, ex.traction, and others) , aad a number of
Yrjeeans at their disposal for recovering elements from the weak solutiorlo in
n cdo to N expen(led to obtain a
which they exist. However, so much enerly e
worthwItile quantity of a substance by thece P--thods,l that it is of no Ldvanta~--.e
economically. It is more sensible, in aur opinion, U) use ebemical sorbents
to obtain the valuable microconstituents from the wamtll(~ wateur of coactal pover
stations and industrial enterprises employing seawate nn a cDoli a ent, as
ng 8
well as in the "filtering" dams of Nture tidal power - stations.
We believe, hovever, that the cardinal.solutionAies in piacirk" at tne
service of economics a nrocess which occurs constantl in the ocean -- the
Y1
selective absorption from the surrounding riediuin.and aeewnaettion of particular
roelements by anirials and plant organisms. It is w611 known, for cxtuLple,
2

USSR
GAGARMSKIY YU Pravda
17 Mar 73, P 3
that the concentration of vanadium in'the blood of ascidill and of iodine in the
tissues of sea kale is hundreds of,thousands of time's higher than in sep.,mter.
extra
We must learn bow to rake use of living creatures in ctirg valuable ele-
ments.. It goes witbout saying that this is only periRissible using such methods
and on such a scale as will not disturb.natural balances.
This gives rise to the second importaut task of,~our institute the
Y11 of the ]Avinfr corricen-
search for and the compilation of a kind of "inventar
trators in the sea and, in addition, the elaborationLof technological bases for
recovering substances from this "raw material," - The nicroconstituents of
greatest interest are those "collected by marine" orpanism,,-, on the lar;,est
scale -- vanadium, managanese, cobalt, 'nickel, and co IVpcr.~ The amounts of
these metals h.T;re already been studied in rinre than t1renty types of serlweed.
ne next task Is to formulate reco!rnrendations for their practical utilization.
In addition to the tasks of application enumeratod above, a i'andia-cn41-1
scientific problem of tremendous basic inportance eneiges: tile study of' tlWl
chemical forms in which the elia-ments of interelst to u:tol: are contained in liyin,-;
organiffms a-rid the a-liocovery of the mechanism by which ~~they' -;ire absorbed f rom
seawater. It is kxo;m that the nain role in the pr,-~Cebz of cel.ective '-3xtr--C-
tion" of substances from solution is played by cellular me;--mtranes. 'Marly cai-
fic collectives in our country and abroad are currently vork,iiie; to discover

USSR
GAGARMSKIY, Yu. Pravda, 17 Rar 73, P 3
the secrets of biological nnis work is bt~lm~- done at, among other
places, the Institute of I-h-rine BioloCy of the Far Btiat Scientific Center.
The present level of resear~_,h into the imjor aspects of the ocean's chem-
istry would be impossible without the extensive use of the tra-cer-atom
technique. The prospects and -the degree of profundity of scientific wonk in
this sphere are largely dependent on tbe developmentlof a i-adiochemistry
center in the Far East. AnA Y because of the shorta-c ~ of research ships, we
are also having great difficalties in organizing expeditions to collect material
and perform. ex-periments at sea. The effectiveness of research in the c1:6-re of
-the chemistry of ocean vnter cmild ba increased by the establishrent of a
chemico-techmolo-ical.rarine experimental station, which needs to be conotnzctc~l
in Primorskdy Kary. 'These questions are mmitir4,r resolution.
The elaboration of the problemr, with which the ricear. confronts Chemistry i's
beyond the capabilitiess of even a very gpod viwle collective. '1he C11e!,.dctry
institute therefo-e sees- it as its raission -not only to perfonm indeppenient
research bitt also to coordinate the ecientific work:b6ing perforrnd in this
si)here in the Far East. The comprehensive assimilatio'n of the ocean's, resources
requires the joint efforts of many.of the country's sp-lentific co3jectives.
4/h

;1/2 017 UNCLASSIFIFO
I-
T I TLE--FL(J'3a I N E19 ';-f'MR [N CADMIUM AIND MERCURY ANHYwR )w> v.1) ~Hy cikz,~ T:-
DIFLUORIDES -U-
AUTHoq- P0LfSHCPUKt S.A.* YAROSHEYS,9,AYA, N.F.,
L.M.
COUNTRY OF INFO--USSR
SoUqcF_-SPECTFCS. LETT. 1970, 3( 11, 23-6
DATE PUBL ISHEO ------- 70
SUBJECT AIREAS-CHEMISTRY
,TOPIC TAGS--NOR SPECTRVMp MERCURY fOMPOONOt CADMHV~ C",_4P0[Y;j),
FLWOFINE, lSf)t-3PF, !4ArliET[: MOMENT, ClYSTAL flYWjAfE,
C 17711T R OL PESTRICTIONS
DPCU'AENT CLASS--UNCLASSIFIED
PRr)XY PlEEL/FRAl!F--IPS9/1331 STEP
~,CC~:SSjn~4
r 19 r
- - - -------

017 UNCL ASS IFIED
CIRC ACCESSION N3-00107804
T GP
ABSTRACT/EXTRAC --(,U) u -0- ABSTRACT THE PRIMEt F .11:~ s p F: c T ~4!~
SUB2 AND HGF SU32.2H SUB2 0 WERE ORSD. AT 150DErREFSK AND (,(tllPAQrn,i r-
'j
T4' OSE OqSD. BY A ET tL . 11969) FOR CDF SUP-2 Apir) cdF slig-2 .2.4 S'
THE CHEM. SHIFTS FOR HGF SU,12 AND HGF SUB2. 21-1 SUl.. .9 k'TPF 6
MINUS, -3 AND 538 PLUS Ok SllNUS R PPmj RESP., AND' THF 214:1
PLUS OR MINUS 0,3 AND 17.1 PLUS OR 41-NUS 0.,": OF !",~ESP.T
POSITIVE 2ND Nl0llFfql' FOR IIGF -SUBZ.24 SUB2 3 WA S ;~, -5 PLUS rR '11'01i
3
PRIME21 DE40NSTRATING THE EXISTENCE.OF H i3'j'N4DINH:;, APPilQFNTLY OF TW:
TYPE, -IN THE-CRYSTAL HYDRATES.,

~k'OCESSIN3 0ATE--l
-UNCLASSIFIED"
7
-NEW NATURAL INTERMETALLIC TIN9 ANTIMONY A N D' COPPER COMPOU~49S U
TSYPKINA,
"A*UTHOR-NIKOLAYEVA, E.P., GRIGOR.ENKO, V.A., GAGARKINA, S.
peYc_w
COUNTRY OF 'INFO--USSR
'-SOURCE--ZAP. VSES. MINERAL. OBSHCHEST.'1970# 99(1)41i68-~;70
:,9ATE PUBLISHED ------- 70
-SUBJECT AREAS-MATERIALS9 EARTH SCIENCES AND OCEANOGRAPHY
TOPIC TAGS--GEOGRAPHIC LOCATION9 CRYSTAL STPUCTUREF9 X PAY 4AIALYS[St
.;-alfRCONr PUTJLEt MINEPAL DEPOSITt TIN COMPOUND, ANT I 40NY CCMPOUN0, Cof'Pr-k
C014POUND
C ONT Q OL M.%qKING--NO RESTRICTIONS
~'POCUMENT CLASS--UNCLASSIFIED
',.3P3XY REEL/FQAME--l')88/l0q3 STEP 40--IJP/nOOO/701099/001/0165/0370
d
.CIRC ACCESSION NO--AP0105953
UNCLASSIFIED

2/2 021 UNCLASSI FlED PQOCESSING DATEE-11SEP10
CIRC ACCeSSION NO-AP0105953
GP-0- ABSTRACT..,
UNUSUAL MINERALS WEqE FOUND DURING
STUDY OF HEAVY C(3NCS. IN TRIBUTARIES OF;THE ELKLAIDAI:BROOK (E4STERN END
~OF THE NOPTHERN NURA TAU RTOGE, UZBEKISTAN) IN THE AREA OF SILURIAN
ARENACEnus,,ARGILLACEOUS FORMATIONS. 1THEY WERE:LIGHT GRAY IRREGULAR,
NODULAR, AND LAMINAL AGGREGATES WITH 114CLUSIONS ~OF COUNTRY ROCKS.
q~ ZIRCONt LEUCOXEVEv RUTlLEv.A.PATlTEv-ANATASF: ANDALUSITE, BARITE,
'_:~:GELESTITE, SCHEELITE,-AND CINNABAR WERE:'
FOUND TOGETHER WIT4 THESE NEW
-1MOERALS.WHICH'MADE 5PEkCE%,'T.DF :THE HkACTION.' JHE 0-11CROSCOPIC STUDY
SHOWED- THAT -THE- AGGREGA~-ES *A~RC'METALLM.'S"N IN-.CLA'SE XSS06N.- WITH WELL
:,_.'~FORMED SMALL~CUBIC CRYSTALS OF:SOME OTHER MINERAL. THE MACRO AND
Eckosco.pic STUDY,..DISPERSION OF.~REFLECTANCE'IN~THE"VIST13LE REGION,
m I -
MICROHARDNES,Sr~ X.RAY -STRUCTURAL DATAP AND DATA; ON THE COMPN.v OBTAINED
BY ~ X, RAY 41CROANALYZER, SHOWED THAT' THI S, INTERME'TALLIC COMPLD. IS A NEW
~~MINERAL CALL-60 STISTATTE. THE STISTAITE WAS -IN j4E FORM OF SMALL
(0*02-0.15-MM) CUBIC CRYSTALS WItH METALLIC' LusTER.' JT POISSESSED HIGH
RE-FL ECTANC E(81. 3P ERCENT AT LAMBDA EQUALS 5 80, ARU) 'WAS CR E A-14. OH I TE t AV
'115 KG-MM PRtME2', 'AND PARARETER A~~EQU LS 4.15
PLUS OR
:MINUS 001 ANGSTROM OF ITS BCC. LATUCEV', T14E MfttERAL: CONTAINED
49.~4PERCENT~SN AND 5.06PERCENT SBO THF STUSTATTE CRYSTALS HAD "U'4EROUS
FINE:. BLUISH" VIOLET INCLUSIONS WITH LOWER REf LECtANCE -ANO. f4f GHER HAR.DAJESS
THAN.STIvSTAITE. THE CUBICICRYSTALS OF 9TUSTAITC WERE NATUR'AL
-INTERMETALL IC COMPDS* WITH SNSR FORMULA
r

USSR ULIC 632-95
K, I., KOVACH, I., 'and
TRMILIK, S., DRABE
.1114etathion New Low-Toxicity Organophosphorus. Insecticide
V sb. Khimiya i primeneniva fosfororgan. soyedin. (Chenistry and Application
of Organophosphorus Compounds -- Collection of Work oscow, "Nauka," 1972,
:pp 477-483 (from Wh-Khimiya, No lit, 25 Jul 72, AbGt~act No 141440 by T. A.
BELYAYEVA)
Translation: The article presents physical and chemical properties and methods
of producing irAtathion (I), data on the hydrolysis:oIf I in various media
and toxicity of the preparation for warm-blooded anitnals.' Compound I con-
sumption norms for various crops are indicated. Con ound I can be used in
fruit.and vegetable growing andAnLyitiCUlture to cootrol the pests of orra-
mental plants and agricultural crop-,.:
119

MW
~dUkt"CODt -b*-4)0~i!,i'~'/69)619/Odi-/017~)C)173
m., A.F
EEN
G~shvili D. T. G.
AUTHOR., _qqj&2.�hidz!k, N. Sh.; 7-h e-n
Kwmasuri N.*
Tsa areft
S
ORG: Laboratory__qf CybeKU tj lems ljsL tALc~ L, s~ty
_q_ qjL(_Zb __j_ai _ _L J~jj ~y_ X_
(Problemnaya laboratoriya kibernetiki Thilisskogo gosudarsLvennogo
universiteta)
TITLE: The effect of an alternating magnetic field of 1667-frequency
on the formation of electrodefense conditioned reflexes in white ratsi
'19, no. 1, 1969,
SOURCE: Zhurnal. vyssbey nervnoy dayatel nosti, v.
172-173
TOPIC TAGS: cybt~rq~ Bitt f Let-
rat, magnetic f ield b+*~
conditioned ref lex. -I?z C C'O
'%k/
ABSTRACT- In this 'article, the authors described a-tpertlLentation in-
volving the exposure of white rats to light as a conditioning stimulus
and to a 30-volt current passing through the netal4loor, of their cage
as a noncondition-ing stimulus. During this treatr2,?.ftt tba rats wern also
exposed to an alternating, low-frequency magnetic field (6.8- kHz and
3.75 oersted). The rats were said to display either an avoidance response
(if they Jumped to an insulated area af ter the light was switched an buL
before the current wans switched on) or a relttase m:iponse (if they
UDC: 612.833.81+61-2,014.426

..............
Biophysics
USSR
BUSRUYEV: V. N., VULIFIUS, Ye. A., GAGLOYEV, V. 11., GO.LOVANOV, I. B., and
CHEREMISIN, A. N., Institute of Bioro-gMarP11-y-s-les, A6ademy of Sciences USSR,
Pushchino,, Moskovskaya Oblast
"Physiologically Active Compouxids. Correlation Betweefa the PhysiologicIal Activ-
ity Data of Corp ounds and Their Molecular Spectroscopy,. I., Nuclear Macpi atic
Resonance Spectra and Physiological Activity of Some CholinomiJrietic Compounds"
Moscow, Biofizika, Vol 18, Vyp 2, Mar/Apr 73) Pp 216-2 22
Abstract: The electron distribution (which was datenjined fron 1-9-911 spectra) and.
biological activity of the following cholinomimatic (014) coivoundr; was corre-
lated: acetylcholine chloride, acetylcholine bromidq 11.:~cctylcholine iodide,
acetylthlocholine bromide, acetylthiocholizie iodide, propionyl0iollne iodide,
propionylthiocholine iodide, butyrylcholino Iodide, rxithacholine chloride,
carbaminoylelioline. chloride, succincholine lodidep cuberyleholine iodide, areco-
11-ne bronin-e and nethy1furmethide iodide. Me obttdaed resultB indi-
ed that ell compo,,Lnds of t,,--,e R - C
cat A. 0 - 0'. - CH2 - C3~ - n.(CH-) F__d suberj
3`3
Voline iodide have practically identical shifts of the grolip - CH2 - C112
N(CH3)3 and their electz-onic distribution shoul(i be identical. Difference in
1/2

2

`7ii2 ' `
UNCLASSIFIED' PROCESSING DATE--300
~024 CT70
TITLE-_ON THE INVESTIGATION OF TWO NEW*QUICK ACTING DEVELOPERS, PHtNIDONE
AND METHYLPHENIDONE, USED IN SPECTRUM:ANALYSIS -U-
~'AUTHOR-1.03)-DIMITROV# G., PETKAKIEV, A.v GAGOVY Vo",
pp.
COUNTRY.OF.INFO--USSR
-buRCE--MASPINOSTROENE, 1970, VOL 19, NR 3, PP 126_~123 -23
s
.:~'DATE,PUBLISHED ------- 70
...:SUBJECT ARLEAS--METHODS AND EQUIPMENT, PHYSICS,
~"40PIC TAGS--SPECTRUM ANALYSIS,~PHUTOGRAPHJC PROCES51NGv bRGANIC AZO
ICOMPOUND, PHOTOGRAPHIC CHEMICAL, HYDROQUINONE
..-CCNTROL MARKING--NO RESTRICTIONS
00CUMENT CLASS--UNCLASSIFIED
,~:PROXY REELIFAAME-1998/0495 STEP NO--BU/ 30 M& are mainly used. The
data on low-energy protons were obtained!by means of fine semiconductor de-
tectors which recorded only protons and multiply charged particles but were
Insensitive to electrons. The protons with,E > 30 Metwere measured by means
of a gas-discharge counter. It is shown that for shor~t (less than two days)
and long (more than several days) variations there is 'an increase in low-
energy proton flux during a decrease in the'galactic c6smic-ray intensity, A

- 96 - -- -- - - - -- - ---- - -- -

............ ........ ...... . ....... ...... ..
ff0047321- W. Code: UR 0300
TRIMM SOURCE., Ukrayns'kiy JIiokhWdwiy Zhur"l, 1970,
V
al ffa~
42g Kr 1s op
ON THE.EFFECT OF SUBFRACTION or cARaNo"Irous RABBIT
RE4FIRATION
SERUM -GLOBULIN ON THE GLYCOLYSIS AND
N. P. Galagra Q_ V_ Sleganche46 ~her"jj~sky
Institute of Biochemistry, Academy of Sciences, krainia~.SSR,~ Kie
Summary:
The effect of blood serum proteins of healthy rabbits and animals With the trans-
planted Brown-Pierces carcinoma on the processes of glycolysis and respiration as well
as the effect of P-globulin subfraction on them which gives a posit' e sedimentation test
I IV
for the Brown-Pierce carcinoma were studied.
it' is shown that blood serum of carcinomatous rabbits, P-gl6bulin nnd one of its
subfractions, which is conditionally called "protein positively reacting in the sedimen-
tation test for carcinoma" (PPR-STC) evoke a sharp activation of ~the process to lactic
acid formation in the extracts of the rabbit skeletal muscles. With addition of healthy
rabbit sera and their A-globulin Jo such extracts the intensity oV43cta~ formation in
comparison with the control considerably decreases.
RMIFRM
19790841

t
~7 7.
'AP0047321
The results of the investigation of the effect of sera of healthy and carcinomatous
rabbits on the oxygen absorption by mitochondria of the rabbit myocardium showed that
the addition of healthy rabbit sera activates this process by. 32%: in comparison with the
control. and cancer serum added inhibits it almost to the same degree. P-Globulin
and PPR-STC produce a greater inhibition- by 59 and 75%, r6pectivtly.
A conclusion is drawn on the presence in the blood of the animal$, affected with
the Brown-Pierces carcinama, of substances capable of regulatiq energetic processes
9
in tumours.
19790842

Physiology
USSR UDC 612.17t612-273,12
~GUZA, YU. ?.I Institute of Endocrinology and Met-ab-Aism, Kiev
"Cardiovasculax Response to Hypoxic. Hypoxia"
Kiev, Fiziologichnly ' .1hurnal, No 6, 19?1, pp 789-794
Abstracti The author studied the effect of hypoxia, on the coronary and
systemic circulations in dogs vdth intact -thoracic and abdominal cavities,
natural respixation and blood circulation. Hypoxia was. induced by exposing
the aninals -to 10% oxygen in nitrogen for 30 minutes, Hypoxia resulted in
dilatation of the coronary vensels as did the injection of epinephrine into
the coronary bloodstream. The dilatation caused by the catecholamine itas
dUdnished by hypoxia, which also gave rise t pressor-deprespor and pressor
reactions. These changes in the vascular:response to 6pinephzine are
regarded as marked disturbances of regulation of the coronara~ circulation
in hypoxia.

UDC 539-171-12
USSR
BENGALI, N., GULAYOV,. I. R. MACHEVA, Z. F OMAR, M. P.
S
and EOMAKOVSKIY, Ye. A.
"Polarization of Protons as a, Function of Energy during Elastic Scattering in
24mg.
Moscow, Izvestiya. Akademii Nauk SSSR Seriya Fizicheskaya, Vol MV., No 8,
1971, PP 1695-1696
Abstract: The authors used the double-scattering method to measure the extent
to vhich polarization of protons during elastic scatteringin 24Mg depends on
energy. 7heir experiments were carried out.for energies ranSing from 5-9 to
6.5 million electron volts for 600 and 1200 angles of ecattering. Vaile masur-
ing the dependence of polarization on energy during elastic scatterin they
also valuated it for the case of inelastic.scatterW: of protons in 249 vith
9
an excitation level of 1.37 million electron volts, t~orrowing some needed data
from another work. They found that polarization of protons varied considerably
as a function of their energy for both angles in both types of scattering. The
authors emphasize that their results are merely preliminax7. They are planning
further experiments to obtain spectroscopic information and data on the
hanism by which polarization is initiated.
9 0 ffi R ilk M__ E_ M-, a L-A i f -H-'a "I [ H Ii i

....... . .............. . ........ ..................
....... . ................
Marine~-,and Shipbuilain' 11
g;
USSR UDC 629.12:532
KULAKOV, Yu. P.,
IfWave Bending Mcment and Roll of a daterinran From ,the Results of Model
Tests on Regular Waves"
V 9b* Materialy 25 Nauch-tekhn- konferents,-4i. Lenirgr. in-t yodn, transp.
1971. T. 2 (Materials of the 25th Scientific and'Zchnical Conference.
Leningrad Institute of I-later Transportation, 1971-~Vol Leningrad, 1971,
pp.61-65 (from RZh-Mekhanika, No 10, Oct 71, Abstract 110 1OB4og)
Translation: The paper presents the results~of tests of a catarzran
model in an experimental tank with variation of tho horizontal and verti-
cal clearance, as well as the length, height and;ci)tirse angle of regular
waves.~ The longitudinal bending moment In bot1h hulls was.measured as well
as the pitching, heaving and rolling.
It is noted that a wide variation in vertical,clearance has practi-
cally.no effect on the relative amplitudes of the investigated processes.
Horizontal clearance has a more noticeable effect:~~ rollirg (and heaving
as well, in the case of a broadside attitude-to thi! waves) decreases, and
the bending moment increases. On an oblique cours-~, the bending moments
1/2

USSR
2/2

USSR UDC 341-67
KWHYAWS, I. L., GEORGIYEV, V. Ll V., RAGULINI L. I.,
and NEYHYSHEVA, A. A.
"p-d-Conjugation In Phosphoryl and Thiophosphoryl Groups of Organophosphorus
Compounds and Electron Screening of Phosphorus Atom.NucleusVl
Moscow, Doklady Akademii Nauk SSSRg Vol 2010 No 4l Der- 7t, pp 86z-,065
Abstracts In the hMR spectra the H1 protons on the m6thyl group of methyl-
alkylthiophosphinic acid fluorides axe less shieldedUasi in case of methyl-
aDWIphosphinic acid fluorides. Substituting sulfur to-r oxygen in dialkyl-
phosphinic acid chlorides and fluorides leads to different shifts In p3l. This
difference is probably due to ueak interaction of the sulfur atom in the P-d
conjugation and change in the p-d conjugation in the~,~hosphoryl group
deperiding on substituents. Going from,phosphine oxidies to respective thio-
oxides is accompanied by slight changes in electronic denslty~ at the phos-
phorus atom shifting consequently the signal of P31 nucleus. In thiophos-
phorusorganic compounds the electronic density on the phosphorus atom depends
on the inductive effect of the substituents. Therefore the magnitude of P31
shifts will increase with increaced electronegativity of the substituenta
on the phosphorus atom. Decrease in the number of CH bonds at the carbon

!L!~.Mf.-7- . 1. . . , I ~ .: . I fm.-tl
1 11 11
Ur int'llift"OHM
Ifomfbamm gUrt, ~-M I HRL-CM lllwa " ift ti f tll-- I I ~ ~-l ii

'~~t-71/2 '024: UNCLASSIFIED',; '!PR0C!.FSSlNG 01FE-27NOV70
''OMPOUNDS -U-1
T ITLE--COMPLEX ING OF DIFLUGROAMINE WITH CARBUNYL
:l:__A,UTHOR-.(04)-FOKIN, A.V.t KOSYREVP YU.M.., 'GALAKHOVp' RAGULIti, L-1.
INFO--USSR
:--COUNTRY OF
-SOURCE--IZV. AKAD. NAUK SSSRt SER. KHIM.
1970, 1 934-6
~_t.DATE PUBLISHED ------- 70
SUBJECT AREAS--CHGMISTRY
~."T OP I CTAGS--CARBONYL COMPOUND, F1,1KRINArFo a i
0 tirpANICICOMPOUNDs AMINEt
MPLEX C01POUND, LOO TEMPERATURE EFFEC ~jmlk Spi-CTRom
i
W
CONTROL .14ARKING--NO RESTRICTIONS
~OOCUMENT CLASS--UNCLASSIFIE0
PROXY REc"L/FRAME--3006/1467 STEP NO--UR/CrO62/70/000/004/0934/0936
ACCESSIGIN N0--AP0135138
UM('1_ A 17 CIFIED

2/2 OZ4 UNCE. ASS IF I ED 'PROCESSING DATE-27NOV70
CIRC ACCESSION NO-AP0135138
,,~:ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE FOLL014ING WEPE PREPO, FROM
MINUS 40DEGREES TO
CARBONYL COMPOS. AND HNF SUB2 IN. CH SU62 CL SU82 i
i~_-':,-MINUS 70DEGREESt AS ADDUCTS OF THE GENERAL TYPE, it SUB.2 C(0H)NF SU32 (R
..SU82~ SHOWN) : ME SU62; MEt ET; MEP H; ETi H; PR i ~~H; A.LSO THE AODUCT OF
ET SUB2 0 WITH HNF SUB2. ALL THESE WERE:DETECTEO IN THE SOLNo-BY PROTON
NMR SPECTRAP WHICH WERE DESCRIBED. ALTHOUGH THE,~FORMAL STRUCTURES OF
"...-THE ADDUCTS ARE UNCERTAINI THE LIKELY PRECURSORSJO rHE ABOVE LISTED
DIFLUOROAMINO ALCS. ARE ADOUCTS OF GENERAL TYPEAt SUB2 CO.HNF SUB2
BONDED BY A FORM OF H BOND BETWEEN THE CARLIONYL 0:AN&THE ATOM.
INITIAL MIXING OF THE REACTANTS RESULTS IN A,PROGRESSIVE SHIFT OF THE
TRIPLET SIGNAL OF THE HNF SUB2 PROTON TOWARD WEA~ER FIELDS; FOR MANY
-MIN. THE INTENSITY AND FORM OF THE SIGNAL HNG SUB? REMAIN UNCHANGED, BUT
ON.LONGER EXPOSURE, AND ESP. AT ROOM TEMP., AN IRREVERSIBLE AND COMPLETE
.~DISAPPEARANCE OF THE HNF SUBZ SIGNAL TAKE,S PlACEv ALONG WITH APPEARANCE
OF A-NEW SIGNAL FROM T14E HYDROXYL PROTON~IN THE OIFLUOROAMINO ALC.
~_PRODUCT'. WITH-EQUIMOLAR PROPORTION OF REACTANTS;!,
THE!INITIAL SHIFT OF
JHE PROTON SIGNAL OF HNF SUB2.:AMTS. TO. AS 14UCH As~ 1-1.5'PPM.

UNC L A'S S I F I ~POICMING DATE- _27NOV'10
_J 12 ~01
TITLE--MECHANISM OF THE REACTION OF 1) 1 FLUOROA NE WIT11 CARBfXlYL Ci'l!%-IPVU;10~~"
,,A..UTH0.0-(04)-FOKINV* A.V., KCSYREV, YU.M.t GALAKHOV, I.V.1 RAGULINI L.f
:icwi,TR'Y'~0F IlllFG--USSR
'S0URCE--00KLv AKAD. NAUK SSSR 19701 192(1)v:Ill_L4 ii
--.0 #E~ PUBLISHED ------- 70
AREAS--CHEMISTRY
TOPIC TAGS--CHEMICAL REACTION MECHANISM, FLUORINATED, ORGANIC COMPOUN01
ANINEr s"41TROGEN FLUORIDEi CARBONYL RADICAL
r
,ONTROL MARKING-NO RESTRICTIONS
~-OOCUMENT' CLASS--UNCLASSIFIED
.0ROXY.REEL/FRAME"--300q/1863 STEP NO--UR/0(320/7~()/11)2,lot)I/011110114
C-IRC ACCESSION NQ--AT0132125
S IF LED

USSR ux: 621.397.61
7..
SWIRO, Ya. A. , ~~T ~40,14WAy-&v, G. ,VOVSI, L. M., BE~IIN, B. A.
YATT, R. S., VOROB YEVA, F. Kh.
iet
"Technical Facilities of TeleN--sion Services of the'Sov 4?ide Television
L
Center
V sb. Televizion. teldhnika (Television Technology-pollection of works),
Moscow, "Svyaz", 1971, pp 127-163 (from RM-Radiotekhnika, No 6, Jun 71,
~Abstract No 6G190)
Translation: Basic data aregiven on studio and winouncer TV cameras,
motion picture cameras with TV view finder, cameras-for transmitting motion
'picture film in TV and motion picture projection rooms, and epidiascopic
projectors for transmitting trans-Darencies,,photos dravings, etc. The
individual.elenents of the instrument and program unit, central instrument
room and video recording unit are described. N. S..'

USSR UDC 591-512.2
GALAKTIOINCV, G. Z.,, Atlantic Institute of Fishery and Oceanography
"Orientation of Fishes in the Gulf of Kursle'
Sverdlovsk,, Ekologiya, NO 3, 1973,,pp 89-92
Abstract: Experiments with labeled breams and eels shoured that the two species
behave quite differently. Mie broams moved as soon as~they were released amd
immediately headed for the deepest water,, but exhibited no preference for a par-
ticu.Lar direction. The eels, on the other hand, remairied stationary for a while
after they were released and then began to swim slowly in a-generally north-
easterly-easterly direction. The level of eel activity varied during the day;
it was lowest from 0900 to 1200 hours and highest betvi-sen OP-00 and 03(YJ hours.
It was concluded that the eel requires some information about the habitat before,
it can orient itself correctly. The prevailing weather conditions, existence of
a cur-rent., etc. are ractorr, that apparently influence its choice of direction.

USSR
GALAXTIONOV, S. V. G. F.
"On Computation of the Aax-tmun Length of Sections of a Traveling-4ave Tube"
Elektron. tekhnika. i"auchno-telchn. sb. Eloktron. SVCh (ElectronicT - ology.
echn
Scientific-Technical Collection. A,71crowave Electronics), 1970, No 1, pp 10-24
(from RZh--Elektronika i yeyeprimenen~ye, No 7. JUIY 1970, Abatract N'o ""135)
Translation: A formula is developed for computation of the mtiximuir, langth of
sections of a WT. Methods are considered for choosing the length of the dri.1%
spaces. The opLimum value is estimated for the amplitude of the first harmonic
of tho current of the beam at the inpU of the last 5oction of:the tube. 10 ref.
Su=ary.

USSR uDc 621.3'(2-542.29
SHILINIKOV, Yu. R., FILIPPOV, V. V., GALAKTIOINIOVA, (I. M.
','A Ferrite Filter"
Masco-ir, Otkn-tiya, Izobreteniya, Promyshlenn,,-Ne Obr iatsv, Tovarnyye Zn ak
No 5, Feb 72, Author's Certificate No 327541r Mvision H,, filed 28, Sep 70,
published 26 Jan 72, P 155
Translation: This Author's Certificate introduces a ferrite filter for
low frequencies in the microwave band. The filter contains a transmission
line, an electromagnet and a single-crystal ferrite 'disc. AS a distin-
guishing feature of the patent, lossea are reduced, ai)d the range. of
frequency udjuatment is increased by locating.Lhe tLbove-im-~n1lionc-d ferritf;-
disc inside a polycrystalline ferrite toroid whose heights is equal to the
t1iilckness of the disc.

............... ........
~044-- 30OCT70
~UNCLASSIFZED--
'CESS ING DATE-
-T.-ITLE-ISOLATION CF'A LONGITUDINAL OSCILLATION MODE IN SOLID S TAT ELASERS
-AUTHOR-(05)-GALAKTICNO tt"I.M., GARKAVIc G.A., YEGOROVA,~V.F.t MAK, A.A.,
_01.
..-,,'FROMZEL, ftlm
GUNTRY OF INFC-USSR
:SOURCE-OP-TIKAISPEKTRUSKOPII"At VOL. 28vAPR. 1970, P. 751-758
~DATE PLBLISHED----APR70
~SUBJECT AREAS-PHYSICS
-TGPIC'TAGS--SGLID STATE LASER, RESGNATCR, SINGLE MODE LASLR, WAINESCENCE
~'SPECTRUM, LINE BRoADENING, LMPINGv
ASER PU NEODYMIUj4 GLASS
:C_CNTRGL MARKIAG--,NO RESTRICTIONS
CLASS-UNCLASSIFIED.
PROXY.REEL/FRAME-2000/1225 STEP,tiO--UR/0051/'101028/000/0151/0758
.CIRC ACCESSICN NO-AP0124879
UNCLASSHM)

:'2/2 044 UNCLASSIFIED PROCESSING DATE--30QCr70
CIRC ACCESSICN NO--AP0124879
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. ANALYTICAL DETER.1-11NATION QF THE
CUNUITICNS UNDER WITH A SOLID STATE LASER W[TH A ICOMUILEX RESONATOR WILL
OPERATE IN A SINGLE AXIAL MODE (CCINDITIONS UNDER 011CH N( T ER AX AL
f
MOUES CAN BE EXCITED BECAUSE OF THEJR LARGE LOSSES)* 'THE ANALYSIS Is
-PERFORMED FOR ACTIVE MEDIA VARYING IN THE NATURE~Qf LUt-l[NESCEIllf LItlE
:'-BROADENING, ANG ABOVE THRESHULD PUMPING POWERS. THE INFLUENCE OF THE
NATURE OF LUMINESCENT LINE BROADENING ON'THE SELECTIVE.CHARACTERISTICS
OF A RESCNATOR CONTAINING A FABRY PEROT ETALON IS EXAMINED, SHOWING THAT
t
~_.-INHOMOGENE(JUS BROADENING 14AKES IT DIFFICULT To OBTAIN A SINGLE AXIAL
MOVE. THE THEORETICAL RESULTS ARE VERIFIED BY EXPERIMENTS PERFORMED
Wirli A PULSED-NEODYMIUM GLASS LASER AT ABOVE THPES~FIOLO: PUMPING POWERS.

-USJR
YEFDIOV, YU., BARtJTOV, G., GALALU V., and ROIENSKIY, Ye.
"Digital Functional Converter With Nonuniform Seraration of the
Argument"
'Moscow, Elektronno-vychislitellnqZa Tekhnika~i Progra-mmirovanive
No. 4, 1~57i up 109
Abstract: A possible method for shortening the computation time
in electronic computers, the use.of a special functional conver-
ter operating in conjunction i..-ith the computer, is discussed. It
is noted that analog functional converters are useless because o.L.
poor accuracy and the complexity of devices thatjmust be connected
with the computer. The digital functional converter, however, is
convenient for obtaining functional dependence of the Y = f(x)
type with a finite number of plotting points,~~..,Jth intermediate
values found throu&_ interpolation methods. Two graphs showing
approximations of curves with uniform senaration and with non-
uniform separation are shom for the sakke of contrusting the tuo
methods; the much closer approximation of noniLniform separation
of interpolated points is strikingly.evident_~ A functional dia-
gram of the converter is given,together with ran explanation of its
operation. From prototype5 of the various units in the conver-ter
172

USSR
'YEFIMLOV, Yu., et al, Elektronno- Vychi slit el na Tekhnika i Proaram-
mlrovaniye, No. 4, 1:971, pp 109-111
and their behavior, the authors draw the conclusion that when the
converter is made of the elements used in the~"Ural-1011,the:time
for compilting the functional dependence y = f(x) is less th-an 10
gs, as compared with the time of 2-10 ms for the III-Iinsk-2" to
compute even the simplest functions.
2/2

USSR UDC: 534-322.3+534-83
GALANEIZZO, V. B., KAIUTOVSKIY, I.I. I., and MUSITYY, L. G.
Idsil
---3tWV1s-U2.cal Analysis of Random Acoustical Fj_6
Moscow, V sb. Tezisy dokl. 3-y Vses. shkoly--ser.11inara no stat.
gid.roakustike., 1971 (Theses of ReDorts, Third All-Union School--
Seminar on Statistical Hydroacoustics, 1971--collection of works)
1972, pp 136-145 (from RLM-Fizika, No 4, 1973'1 Abstract 'TO 4Zh59l)
Translation: In the investigation of stationary (Luii-form and non-
uniform) acoustical fields in problems,of measuring the probability
characteristics of these fields, the time average is used as an
estimate. In this case, the estimate is unbiased, whereas the sta-
tistical error can be arbitrarily reduced at the oxnense of an in-
RjOaS -ement of the proba-
crease in the averaged interval. In the ui;
bility characteristics of nonstationary fieldsi difficulties arice
that are connected with the appearance of a bilasing: error -Which
increases with 911 increase in the averaging interval. This orror
can be minimized, but under unfavorable conditions (a rapild tran-
sient mode, for example) even a miiiimized error may, be too large.
Hence,-to reduce the error in measuring nonstationary fields, the
1/2

USSR
GALANENKO, V. B., et al., Tezisy dokl- 3-Y Vses. slikoly-saininara po stat t.
gidroakustikeP 1971 (from Mi--Pizika, No 4. 1973, Ab6tract 11o 4Zh591
averaging must be done over space coordinates rather than tine. Estimates
based on averaging over space can compete successfialy witi, estimates LaFed on
averaging over time if the ratio of the dimension of the quani-uniformity zone
to the space correlation interval exceeds the ratio or the.quasi-stationar-j
interval to the time correlation interval. It is noted, however, that in C-enieral
the best results for the estimation can be obtained by w/-era,ztinr, over both
space and time. It is shown that such an estimte is.~practically unbiased, in
the choice of a number of conditions; the dispersion of this estimate is
determined; the competence of such an estimate under the condition of adherence
to the ergodicity of the random field is investigated9'. As'emnples, errors of
the estimates for the following cases are investigated: measurements of the
correlation functions of a random sonic field; measurements of the spectral
density of random sound field dispersion; and measurements.of the probability
density of the random sound field. V. K.
2/2

'D~': 5'z A2
USSR L
GAUVENKOY
"Lensless Method for Forming the Real Acoustical Image of a
Distant Object"
Vestn. Kiyev. politekhn. in-ta. Ser. radiotekhn. i elektroa.:Ust.
(Herald of the Kiev Polytechnical Institute, radio _,ngineering
.,and Electroacoustics Series) 'No.9,:1972, pp 95~97 (from..RZh--
Fizika, No 9, 1972, Abstract No 9Zh488)
Translation: The author proposes the functional system of a de-
vice forforming-the reai acoustical image of.an, object. The re-,,,.--,
images of a.distant source are examined. It is show4,that. under
certain conditions,' the D
rocebs of real image iormation is analo-
gous to two-dimensional filtrationt Relation I'
for computing the di BA-ps are obtained
-mensiohs 0"' the a
ber of its compone c0ust'cal:'BYstem Lnd -;L-,),.e nur---
nt elements. Author's abstr-,A~ct

!7"-7
USSR UDC: 534,87
BESKOROVAYNY-Y, B. M., ~A~L ~11 11K0 KARKOVSKIY, M. I., f1i ev Polytech,
nical Institute
"Space-Time Correlation and Directivity of Ocean Reverleration in the Case
of Spaced Emitter and Receiver"
Moscow, Akusticheskiy Zhurnal, Vol 18, No 2, Apr-JunJR', pp 192-196
Abstract: The directional and correlation properties of volumetric rever-
beration are investigated fer the.case of spatially separated emitter and
receiver. Expressions are derived for the space-time correlation function
of-the reverberation field in a region of space located at an arbitrary
distance from the emitter. It is shown that the direAivity of the field
and its spatial correlation function very with time.

USSR IYDC 521.039.521
GALANIN, A. D.
~,'Heterogeneous Reactor Theory"
Moscow, Atomizdat, 1971, p 2
Translation of Annotation: The book is devoted to the theory of the hetero-
geneous.nuclea.- reactor using thermal neutrons, in which each heating blocit is
explicitly considered as a neutron source and sink. The basic idea of the
theory was formulated, for the case of small blocks, by Soviat theoretical
physicists as early as 1945-1947.. In this treatment, the theory is extended
to.cover large blocks. The principal application of the tbc-ory is the coni-
putation of diffusion lengths and the delay, of the neutrons in directions
parallel and perpendicular to the reactor channels. The polarization co-
efficients of the blocks determining7the migration lentths as functions of
the blocks' dimensions are computed.
and, method,
The bool~ was written for specialists in the theory -3 of nuclear
reactor design, as well as for students of these disciplines.
Bibliography of 41 title,-;, 23 illustrations, 2 0 th I
51

USSR
GALANIN, A. D., A tomizdat, 1971,p2
Table of Contents
Foreuord . . . . . . . . . . . . . .
Chapter 1. General Theoat of the Heterogeneous Reactor
with Small Blocks

1.1. General equation . . . . . . . .
1.2. The Green function G* in the diffuBion
approximation.

1.3.
The Green function G in the if fixF3 ion-
increment approximatfon,

1.4. te
Finit -height reactor.
1.5.
01~
Double-group approximation f the 11(1,2:1)
nucleue.
2/8

..................
USSR
GALANIN, A. D., Atomizdat, 1971, p 2
2,3. Using the theory of ana2ytid lounctions.
2.4. Neutron distribution over the cell...
2.5.,The block effect as a function of the
reactor.dimensions
2.6. Notes on nondiffusion correctionD . . . . . . . .
2.7. Distribution of epithermal:xieutronE; over
the cell.
Ohapter 3. General Equations of the Hetorog- neouo Reactor
-3.1. Solution of double-group eqjLationa . . . . .
3.2. Using tIL- boundary conditio.1.9.
3.3. Approximate determination of bow,,darv,
coefficients . , ..* a 0 6 .0 * 0 * * . . . . . .

USSR
GALANIN, A. D.,'Atomizdat, 1971, p 2
3-4. An infinitely large.uniform kea ctor . . . . . . .
Chapter 4. MiU ation length
4.1. Qualitative considerations
4.2. Migration lengths in directip~ns parallel
to the blocks.,
4-3. Migration lengths:in~directions perpendicular
to the:block axis...
4.4. Effect of the first path on the migration
length. . . . . . .
Chapter 5. Small Deviations from Uniformity in ReActor

53 -

USSR
GALANIN, A. D. , Atomizdat, 1971,p2:
5.1. General equations
5.2. Summation of Fourier serieb
5.3. Disturbances Jai the homogelieous, reactor
d
5.4. Replacing one block by another . . . . . . . .
5.5. Regulator in a heterogeneous reactor . . . . .
5.6. Computing the resonance absorption.
r Jn
Chapter 6. Periodic Deviations from Renct,o.I ifo-rAtv.
6.1. The complex lattice
6.2. Double lattices~.
6.3. Reactor nonuniformit -'ht
Y in he:~G
6/8

USSR
GALANIN, A. D., Atomizdat, 1971, p 2
Chapter 7. Com ting Polarization Coefficients . . . . . . . . .
7.1. P2 approximation in the methb,d of spherical
harmonics
7.2. Computing the longitudinal Pblarioation
coefficient . . . .
7.3. Computing the transverse polariz-ation
coefficient
7.4. Using the balance method for~=mp4ting the
tranaverse, polarization coexticient . . . . . .
~Meqdiz 1. Computing some sums (to Chapter 2).
iD ndix 2. Computing the sums' and ~2 (to 'Pl.r. 4.3)
7/8
54 -

USSR UDC 621.z8~,.623.5
BROWLENYO, I.I., GALANW, A.X., GRIGOROV, N.K., ROZE, YE. A., VOWENIO, Y.L.,
51S.-TELEY, A. YE.
"Reflex'Klystrone With Interchangeable Reconators"
Elektron. tekhniha. Nauch.-tekhn. ob. Elektron. Mh (Electronics Tachnology,
Scientific-Technical Collectiono Mcrov!ave Electronico),1971, Issue 5,PP 74-8Z
(from RZIh-Elektronika i ye e primeneaye, No 10,Octbber 1~71,Abstract No 10.;,16~)
Translation: The paper considers glass and metalcer4a,ic rorlex klyetrons witl)
interchangeable [a"yamnyyj roconatora, which operateAn the ahortwave part of
the centimeter range of wave lengthe with output powers up to 0-5 watt- Metal-
caremic klystrons with interchangeable resonators aso,ure high output electrical
paramotorn end in coinparioon with glass k1yetrono arc more' reciutunt to nopeban-
Ical and climatic effects und.are also more promising during ut1lization. of the
shortwave part of the centimeter range of wavelengths. Su=ar7.
169

--=7= =7 77'
'USSR UDC 535-343
13REDMIN, V, I. GAIANIN M D and CEMN, V. N.
".Two-Photon Absorption and Spectroscopy"
Moscow, Uspekhi Fizicheskilch Hauk, Vol 110, No 1, May'13, pp 3 43
Abstract; This survey is devoted to theoretical and eyperimental studies of
two-photon absorption in various media arid its role In the spectroscopy of
molecules, molecular crystals, and semiconductors, Chapter 2 contains a general
analysis of an approximate description (considering two or oeveral lovels or
zones of two-quantum transitions). It is shown that when considering two-quantun
absorption it is more convenient to use the enor" of interaction with the field E
in the form W) t where d In the dipole moment. Ch&PtOr 3 describon un expori-
mental method used In teasuring the values and spectra: of two-photon alcarption
and an analysis of the characteristics of a two-photon,abeorption e7periment in
various media, Chapter 4 contains a discussion of the;nature of two-photon
molecular and molecular crystal spectra. It~is shown that two-quantum transitions
are of an electron-cacillatory nature, A detailed com~arlson is made between the
theory given and experiments available in the literature. Mhe last chapter con-
tains a discussion of two-photon absorption in semicouductom and ionic crystals.
1/2
50

2/2

- - ---------------
-042' Ul"XLASSI:FIlE0 PA&ESSING DATE-~--~30OCT70
.TITLE-----:TWO QUANTUM ANTI STOKES PROCESSES DURING THE-,c-,XCITAT'10N OF DYES -U-
AUTHOR-(04)-VEDUTA, A.P., GALANINr..t6'o-r KIRSANGVt 6-f., ClfJZHIKOVAv L.A..
:;GUNTRY CF-INFO-USSR
S.C,69C E-P I SM AZH. EKSF. rEfjR. FIZ. 1970, 11(3),
DATE PUBLISHEG----70
.SUBJEC TAREA,",--MATERIALS, PHYSICS
TOPIC TAGS-RUGY LASER, NEcoyll"IUM LASERs LIGHT SCATrEKING.: CXCEfED STPITE,
SPECTRUM, EXCITATION ENERGY,-LUMINESCENCE
CCNTR~QL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PIROXY REEL/FRAME--ZOOO/2090 STEP NO--UR/0386/10/011/003/0157/0162
CIRC ACCESSIGN NO--AP0125677
UNCLASSIFIED

042 wqCLAS~Sl rIED OR'0CESSING 0ATE--30DCT70
C111C ACCESSICN NG--AP0125677
A,BSlrRACTlEXTRACT--(U) GP-0- A3STRACT - A SOLN. OF 4'eF WAS EXPUSED FOR 20
NSEC TO IMPULSES FROM RUBY AND ND LASERS OF 1)0 Millp ANO
W I THA PC
SPECTRA OF THE LATERALLY SCATTERED LIGHT MEASURED. ! ciiAi~ ~c rEi,, I si E c
..-ELECTRONIC VIBRATION BANDS ARE SHOWN (1) ABSORPT~110N Q
-F QUANTUM OF
RADIATICN, (2) RELAXATION TO LOWER STATEl,(31 CNE10AWUM LUI-IINESCENCEj
14) ABSURPTICN 141TH TRANSFER TO VIRTUAL LEVEL, 15)~RELAXATION, (6)
41)NRADLATIVE RELAXATION TO IST EXCITED,STATE, (7) LUNINESCEINCE FR(J,-i,LST
-.tEXClTED STATE, AND (8) ANII STOKES COMBINATION DEGRADATION. ALL SPECTRA
~,~,SHOWED THAT ThE MAX. CORRESPONDING TO VROCESS (8) LIE LIN THE -SHORT
:~:-VtAVELENGTH SLOPE OF THE MAX. CORRESPONOING TO PROCj*-5S (7). THE POSITION
'--OF THE MAX. COINCIDE 11-11TH THE SUA OF THE ENERGIES 'OF THE PROCESSES 0)
.-BAND (4). ExCiTATION OF POLYMETHINE DYES WITH 2ND HARMONIC RADIATION OF
AWAVELENG171-1 530 NM DOES NOT PRODUCE A MAX. FOR PROCESS (-8]r BUT A MAX. IS
.:SEEN FOR PROCESS (7). PROCESS (8) IS APPROX. LINEAR WITH EXCITATION,
:ENERGY.EXCEPT AT LOW ENERGIES WHEN 2,PI-fOTON EXCITATION'RECOMES
PROCESS (7) IS LINEARAILTH EXCITATION E-NERGY. THE
~-p
ULARIZAMN OF VARIOUS MAX. WAS MEASURED 13Y UBSEOATION nF CROSS
%:_SECTION IN RELATICN TO EXCITING aEAM DIRECTION. tt.XPTL. VAtUES Of-
.-POLARIZATION RATIO (I PERPENDICULAR TO- I PARALLVL~JO) WERE 0.74
(A)
:-.-~PLIJS CR RINUS 0.12 WITH UNPOLARILED RAOIATION AT MAX. 570 N.1i, AND tru
0.63 PLUS OR MINUS 0.05 AND 0.50 PLUS OR MINUS 0.06 WITH POLARIZED
..:,4RADIATICN AT MAX. 380 AND 450 Ndlt RESP. THE CROW~SECTION OF PROCESS
~(8) WAS, 10 PRIME NEGATI VE28 10 PRIME NEGATI VE2~ CM ~PRIME-2.

'042 UNCLASSIFIED,' PROCESSING DATE--30OCT70
Cl:RC ACCESSION NO--APOI25677
A.BSTRACT/EXTRACT--THEORY GIVAS A VALUE OF 10 PRIME NE-GATIYE29-10 PRIME
~1~,NtGATIVE26 CM PRIME2t AND EXPTS.-hITH 2oPHOTON ABSURPTIGN GIVE A VALUE
`OF 10 PRIME NEGATIVE27 CM PRIME2. ALLIMAX. FOR PROCESS (8) ARE BROADEq
THAN EXPECTED FOR 014E QUANTU14 ABSORPTION AND IN SOME CASES ARE SH[FrEO
TO ThE THI
-SHCRT6AVE REGmm. S MAY BE BECAUSE- PROCE-SS -(2) IS INCOMPLETE
0 W ING TO THE CHARACTERISTIC LIFETIMES OF THE PROCESSES '(10 PRIME.
-:.:,-,.NEGATIVE13-10 PRIME NEGATIVEll SEC). FACIL.fry: Fil. INSr. IM.
LEBEDEVAs MOSCOWi USSR.

,-CONTROL MARKING-NO RESTRICTIONS
--'OOCUMENT CLASS--UNCLASSIFIE0
.-:"PR,OXY REEL/FRAME--3006/1854 STEP 40--US/0000/7~D/OLL/003/0157/0162
ACCESSION Ntl--AP0135419
UNC' LA S S I F I U f)

USSR UDC 616.12-089.843-089.168-07:6i6.12-0()8.9-097.5
RAPOPORT, Ya. L., FAL'KOVSKIY, G. E., and.24LQK.W 1. Ye., Institute of
Cardiovascular Surgery imeni A. N. Bakulev,,Acadt"y"To-"Tre ical Sciences USSR
"Imunomorphology and Pathology of Allotransplanted Heart (Ifithout Immuno-
depressive Effect)"
Moscow, Arkhiv Patologii, No 4, 1971, pp 43-49
Abstract: Morphological and histochemical changes in the lymphatic system and
allotransplanted heart of dogs I to 12 days after the operation without the
use of immunodepressive agents were studied. Morpholokical changes aDDeared
in the lymph nodes and spleen before signs of rejection in the transplant. The
changes were characteristic of active antigenic irritation - hyperplasia of the
follicles and plasma cell and macrophage reactions. Redection of the trans-
plant was indicated by alterations in the blood vessels and:impairment of
permeability, infiltration of interstitial. spaces with`lymphoid and plasma
cell-s (typical of the delayed type of hypersensitivity), disturbance of
ristic of myocardial h poxia (disapnearance
muscle fiber =etabolisn characte Y
of glycogen, decreased content of succinate dehydrogeTiase, denaturation of
contractile nroteins) and ultimate destruction of the fibers. All these
processes associated with rejection of allotransplanted heart constitute a
syndrome that might be called "transplantation myocarditis."

Organ and Tissue Transp~lantatioril
'12-089.810-089.163
USSR 616.
F.A.LIKOVSKIY, G. E., KAMKOV, E. N,, YARLYKOVA, Ye. I
-OBIKOVA, I. D., SOKOLOV, Ye., IDLIEMKIIINA,
j.. ALLESEMA, L. A., 1, H. V., 1.
L., A 0, md GUNCITA, -R. G ., Iristi tute of C ~I:MH-fti-A, It'. B-,kulc-v,'
Academy Rf Medical Sciences MSR, laoscoii
"The fate of an Heterotopic H-eart Allotransplant"
Moscow, Eksperimenta-11na-ya ~12drurgiya i Ancsteziologiya, No 6., Nov/Dec 70, 3 -12
Abstract: Lbnor hearts transplanted to the iliac arteries c~* recipient dogs
-,d up to 16 days. The wusos of cess-atioll of tralisplfiiit- fuiction dvurin-
survivL
the first 0 hvurs weiNo sul,gical complications (doat-Ii (V' thf., rcciplerit ftriirl the
anesthetic, hemorrhages -From the sutllre.5) tilirc-abosis). In thc c-I)scnce o-L' such
coilplication~-' -ale tr-Insplants continued to function ' to V? da~ya average, (4-75
~d#a) vilian jiur-tw- iodeprerr;,, wits, ioiu not u ad~ raid 3 to t'1 (iWer,"ce., 6. 16 (1,--'Ys
Oien they i-rexre. Cardiac arrest i:vs precoded by trA4,thriLias) a --l"i vol.-
tage of the ventz--icullar cc.", lex, end increase in lynphpc~te:~ in the
nia. _,e-,z in the recipienIC ~-- !,)n-
blood D--=Lnomorphological chzni~
phatic.system preceded the morphological signs of rejection :Li the traaicp-ant
t3 - U
(pronounced lynphoid-histicc,,te iza:41tration, clianges in tho arteris, and meta-
bolic disturbances :Ln the riyocardivni).

--::2/Z 020 UNCLASSIFIED PROCESSLNG 0ATE-20NOV70
ACCESSICN NO-AP31.26215
~..ASSTRACT/EXTRACT-(U) GP-0- ABSTRACT. 12 tMO LY BDO i)hCIS PHA f F- CAN BE REDUCE0
AN ACID MEDIUM BY TICL SUB3. TH E EFFECT OF VAR14JUS FACTORS (CONCN,
REACTING SU3STANCES, ACIDITY, TEMP.j~ TIME) WAS:srufull:!). Op r I IMUM
'CONDITIGNS FCR THE REDN. ARE: BOILING FOH 10 MIN, :-ACIDITY OF 1.5-3.0N
m 140 BI
OR 1.5-2.0N H SUB2 SO SU134, 9.6 TIMES 10 PRIME NEGAIIVE2 LY )AT..
CONCN.v AND GREATER THAN OR EQUAL TO 7 TIMES 10 PikrhE 10-GiATIVE3 M rIGL
A DIAGRAM OF HOLY13DGPHOSPHATE STA13ILLFY WAS CONSTRUcrtio,
.,',,-WHICH ShCWS THE JOINT EFFECT OF THESE FACTORS 'Afio; titE c,,i--rr,,sum AC10ITY [IF
~~THE- SOLN.. Ar A GIVEN MOLY8JArE CONCN. AND VICE VERSA. TO DET. SMALL
OF P, TO A SOLN CONTG. MILAR TO 0,025 MG i (I - ML ADO 4.33 ML HCL#
:`~'-87AL. 0.4A NA MOLYBDATE AND 8 ML 0,2087M TicL suB3v !BOIL: FOR 10 MIN ON A
_,:"~WATER BATH, COOL, DIL. TC 25 ML WITH H~SLID'Z U, AND DE T P
.-'PHOTOMETRIC ALLY AT 810 NsM. ~ THE, MOLAR ABSORPTIVITVAT 810 NM I S 2.9
'JIMES .10 PRIME4.
FACILITY." MOSCOW STATE tPtIV.r; MOSCOW, USSR.

SKIY, R. V.
A Pulse Number-to-Position Converter"
Moscov, Otkrytiya, Izobreteniya, Proqrshlennyye Obraztsy, Tovarnyye Znaki, No 26,
1970 Soviet Patent No 279200, Class 42, filed 29 Apr 69, ` 139-140
pp
_b
-Abstract: This Authorts Certificate introduces~a pulse nun, er-to-position converter
uhich-contains a counting flip-flop and a reference signalisource whose output is
to the input of the reference channel,counter and to the first input of the
working channel counter. The second input of the working'i2hannel counter is can-
nected.to the output of the control signal source. As a distinguishing feature of
the otrns are detected by in-
patent, conversion reliability is improved and breakd
eluding an inverter, a reversible.counter, a shaper,,two cloincidence circuits and
-an OR'gate in the converter. The input of the reversible4tounter is connected to
the output of the control signal source, while its output'la connected to the fflip-
flop input, and to the first inputs of the coincidence 6trcuitu through the shaper.
~The second inputs of the coincidence circuits are connected to the output of the
working channel counter, while the third inputs of the firlst coincidence circuit are
connected directly to the output of the reference chumnel~tounter, and the third in-
ected.to t~e output of the
puts of the second coincidence circuit are conn same
counter through the inverter. The fourth inputs Iof the c6incidence circuits are
'connectedto the two arms of the flip-flop,~and the coincidence circuits outputs
are connected to the inputs of the OR gate.

77
USSR LTC 621.375.421.029.6-?
_G GOLOVIKOV, A. A., KRAYCHIK, A. 13.~
"Wide-Band Transistorized Power Amplifiers In tbe lfemr Rarge"
Moscow, Pribory I Telchnika EksR Lin
_~- ~.,ent~a, No. 6, 1971, 100-1.02
'Abstract:, Two versions of transistorized amplifiers Fith vide-band ratching
circuits executed on the basis of filter circuits assembled with common base
and (--mitter -ire presellLed. They have Cheb 'heV Lcharacterlstics. A schematic
Ys
is presented of an amplifier operating in the freqUQqcy range of 95-155 Yaega-
hertz and assembled from three transistors with parar-16ters analojtOUS to tile
2N3375 tranalstor with a conmion base. The output cirrtiit of the amplifier
matching the output impedatice of the third Casicade wfth a 50 ohm lo.,ld Was
made three-element and insures a load resistance for the oLitput Lralwistoe of
-30 ohms. The overall dimensions of this amplifier are 140 )r 30 x 20 md. ThL
ranfre Is 3.2 watts', and. the power aaaiplifi-
mean output power in the operatin7
cation coefficient K - 23 decibels.
P
The second version of the amplifier for the ZZO-Z90 meoahertz range
was assembled fron two transistors analogous to the 2N13632 with F, co-mon emit-
ter. The input and intereascade circuits are Wo-cleiiienL to match Lho. input
impedance of the transistor with the generator and tbe our-Put impedance of the
transistor. The intercascade inatching circti-ft Insures a load resistance for