SCIENTIFIC ABSTRACT OKUNTSOV, I.V. - OL, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001237920012-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BANNOVP A.T.; OKUNTSOV, I.V., kand.vater.nauk
Barly spring farrowing In small movabU buts is a measure for
ridding swine of plague. Veterinarlia 37 no.1:27-29 Ja 160.
WRA 16;6)
1. Nachallnik vaterinarnogo otdola Xrasnoyaralcogo krayevogo
sallskokhozyaystvannogo upravlonlya (for Bannov). 2. Sibirskiy
nauchno-i-Qsledovatellskiy veterinarnyy institut (for Okuntsov).
(Swine plague) (Swine houses and equipment)

. OKUNTSOVO I.?,
Puncture of the heart for *btaining blood from fowl, lab,delo
7 no.ls53-56 JA 161. (MIM 14:2)
I. Berazoviskaya mezbra7o=a7R TotbaUaboratoriya (Stalingradiskaya
oblast'). (BLM-COLL=IDN AND PPMERVATIOlf)

, L. -I.. (Berezcrvsa~ Interraion Yeterinary Bacteriological Laboratory of
20 KnU!N gTS 0 V
Wolgogradsk Oblast)
".About age changes of carotin content in the blood ser= of bens and ducks"
Yeterimriya, vol. 39, no. 4, April 1962 p. 66

OKQj'T-r-OV p L.. P .
Age-related charr-es of the carotene content in t,,E) b~~cd
of hens and ducks. Veterinariia 39 Ap 162.
(11!(RA
1. Berezovskaya mezhrayormaya vt5terinarnc~-baktoriolot-,ic-iie,,3kttya
laboratoriya Volgogradgkoy oblastd.

SHISHKOV~, V.P.3, Aotsent; TIATIAX, I,H., aspirant; SMANIM, F.-A., dotsent;
I)AN4XVS='Y, V.H" dotsent4 MMAXDV, 5.1e, dotsent;
TITCYV, G I OMTSOV, L.P.; AFANA32M, V.P.; ZHARCV, A.V
assistan-;;*S VI-IMLOVII O.N.2 arpirant
Noninfectious cUseases, VaterInarlia 41 no.4364-80 Ap 144.
()CERA .173 0)
1. Moskorskaya vaterinarnaya ak4demiya (for ShiBbkov, Zharev).
2. Belotserkovakiy sell akokbOZYVBtvennyy ifttltut (Sor BOA);
3. Yalikolukakly s9:I'skd)cbozyay,9tv9nW inatitul'.ffor Soloylyrr).
J,. Xurskiy sell nk6khozMatvenWy inati-tut (for Tksbmy&k*v)*'
3. Zaveduyushchi7 otdalom nezarazrqkh zabolevaniy biryatmkoy
naucbno-proizvodstysmay vaterinmoy laborotorii (for Tit*v).
69 ZavediVushcMy BerezovBkoy veterinarnay 3aboratoriyay,
7blgogradalmya obl. (for OkuntBov). 7. Bauchno-ivBledovatellakiy
institut mallskogo kbozya7Btya Xraynago Severa (for Jfanaa,70.
S. Pasbkinskiy z-verosovkboz NoBkovakoy oblasti (for Slugin)
9 Ieningradski7 vaterinarMy institut (for Kryluv).

OKUIMIIOV~ L.P.
........ W~!~
Effect of egg carotancida on t~e d-ei-rlopment of chleks.
Vetarinariia 41 no.f).84-86 Je 64. (MIRA 18:6)
1. Derozovnkaya v-pti)-rintirmiya luboratoriya Volgogradzkoy oblaalti,

ChUNTSM, L.P.
Za.-17 diagnosis Of 17POvitwninosis A and its symptoms in
ducklings. Veterinariia 42 no.8:77-79 Ag 165- (MIRA 18:.U)
le Volgograd.9kiy seI'skoMiozyaystvennrj institut.

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004 translation from Rrporis &/ Ara&my of Sfirmtes Of
U. T)". 21,3946,1%.337-A40.
Gjvrm r"ulta at an InytetIg-a-don 1wriomed or
00 a" potato plants. 11 wasfound Oat Introduction )T
Into the plant by sprinkling with 0.001 M.
1230". solution caused an Increase In chloropbyb
content. Qjpper 2191fl12ed 110 --h)0tDPbYI). "sult-
ing in z1ower destruction during the ajjing of the
S plant. Thus Ot physiolooical aginir proeft.9 Is
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um/wedioluo - Chicrapb7i US 1947
Nedicine - Metals
*Wteot 9f Copper on the Production of Chlorcgbyl,"
X. N. Okuntsov, lab of.Photosyntheals, Aaad Bal UMj
Tmsk State V imeni 7. V. Miybyeb", 2 pp
"Dok Aked Nauk BM, 30478 BerO Vol IV.U, 10
StWUss shov that copper does not haTe my aooeler*-
ating effoot m formt1m of obloropbyl., lut does kayo
a stabilizing effect, Its presence retarding the ]proa-
"a of dlaintegmtim of chlorophyl. BubmIttedly
Amdemioian A. A. Pikhtar, 24 Yeb 1947.
ow -5M6

11!
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Iffed of top" to Vow roorag and I-refutafts
a# vlants M. Nt,v Ind
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IWI )if 01 NO VAIIWO ~MJWVT141 PrIAPill OV"INr-is in W)W-ll
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N."Illance tj The )4A1131. I'Mylk-11611Y C13 A612 "Pirl
I.V). AIA 1hr 3m1. g)i boun.l wAlpl 11) the ks%r% b holraw.1
G. M. KOOPIA)Vff

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Ndub N..NAX. ", als 1,71mul, YR),44 J,I ")104
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11
1100 Iroin Ike learn irmikela that "3ch a woct" Is 2101 uni-
tom; 71POis)mt stepwiw Ina]) raom, Judk-atiNg 2 didtMal
dep" of bindong. Tlw irblimlionp a" %hal vo truly Ir"
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)urf, Ifit Irarim i. v"y small The Tvfrw-v~er Is mn-
"rio"211 jw Ow 4flu. )%1N At %,h0%% srmf"t 110014whas.
G. M. kP04APOR

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,4-. t~f ~-m ,!.Nnt,m .',UJ fuvKw~IAY afift-ud Ilse

OKUNTSOV, M.24.; ZYRYAI,"CVA, IG.D.
Effect of herbioldoo on mataboli= in p2,amtB. lzv. TomBk.
otd. VBO,4:87-90 159, (MMA 14:6)
1. Kafeara fiziologii I biokhimli rasteni7 Tomakogo goBudarntrennogo
universiteta imeni 7. V. XuybyBbeva.
(PIAAU-T~~tabolivm)
(?3.amt,sj, Iffe6t of ehemicalB on)

IOGANZEN, B.O., MITSOV, X14.; MICL3, 7.A.
Interrelationships of chemistry and pbysies with biology. 3auch.
dokl. Tys. sbko2y-, 'biol. nauki MD-3:210-212 260 iMIRA 13:8)
"(Wological raBearcb)

OWNTSOV, GOLID, V. X.j GLUSHKOVA, R. 1.
Yarticipation of xanthophylls (vldlamthin and luteiri) In the
process of photosynthesis. Mauch. dokl. -vyo. shkolyl biol. nauld
no.3:129-132 162. (MIRA .1517)
I.Relcomendovana 3cafedray fiziologii I biokhixii rasteniy i
laboratoriyey fotosinteza Tomskogo gosudarstvannogo univeralteta
im. 7. V. KuvbvBbeva.
(PHOTOSYNTHESIS) (IMHOFHM)

, ,r . : . Fh, _3 /C v t a
SOURCE: Rof. va. Blologtyet. Svodnyy 1.-om, Abiq. IG4
'!A
AUNOR: Gkuntsav,_ M. M-
TTTUs Effect of' light spectral composition an
biasynthesiB in plants
CTM SOURCE: Raboty Trob3emn. 'labor. fotosinteza I Kaf*J'',
fizial, I b1olihimli rast. Tomskiy un-t. vyp. lp 196 P
TOPIC TAGS: plarit; barloy, light briglitnesz, 15Fht spectrii,';
oomposition, chioroptq',111, til-losynthnals
TRANSIATION: Four and six day old sprouts of otiolated and
barley were invastigated in t-he N.rat les-f phase. Green
aspect& ly yellow-orange light (with an Intensity of mO ei~
ergo/ :~/sec) "re found most favorable for formation of' ch.l,-rc
a and b in etiolated sprouts. Chlorophyll levels for green 1, g
-1010s6 Vo those for white light. At oquAl intenaltiesp Yellow
produced an effect s!_m_!1sLr to that for yellow-orange light rii,
card 1/2

L 39311-65
ACCESSION NF(, M15CX~6791
light, Chlorophyll formation was signifi,~antly poorer in ,I-e
of red light thwi In green, 781low-orange, and yellow Ugbt.
determining the effect of different light apootraJ compoel', I( t
chlorophyll lovolis in greop. barley leaves kept In Lhe dexk for
hre, it was esta-b- taftod that in all experIonto with white "AP
-L 2M
level of ahloroph7l! a 1-noreases by 20-4376 and the level of*
chlorophyll b inoreas'99 by 23-54%, Figments did not Incroa-ige
Irtfrared and-red 11,S1A. "For grorin light, the level of
Inoreased b-y 24~ and of ohl-oruph-yll b by 17%. Yellow-oranao 1 1
had practically no effecto on th& eh1%;roph-yll levels. It 1; c,:,--tr
~:that the rasdium wave length range of thf. spectrum is most favo--f.,-
for the chlorophyl,1 formation proceso In etiolated and greeii
sprouts, Ye. Yurin.
SUB CODE., LS ENGL: 00
Card 2/2

64,666-6
N rill. A19,50) ','~ I I'l,' 02,99165!000 /01 VG005 it(; (:t*;
581.132
SOURCE- Ref. zli. Biolimfz,.~a. Svodn.vy Mm, Ahs j3C,-jt4
AUTHOR: Okimt.40v- M, N".. , Hori'z~,ina, A. , Simonova, Ye,
TITLE: Effect r)f ,he s-m- ~-J] lighl on car-ounoid
plants
CITEDSOURCE: ProlAwmin. labor fiatosinteza Kafedrp
biokhri.mii rast. Tomskiv un-~, vvp 1. 1964. 9,'-113
TOPIC TAGS: pl-ant bj0joL7iC effe,-,l
TMkNSLA TION 'Pie, v~--fe -je,.errnmed bv
according to D. 1. s nethod v-,th glight mo(lifications. I i,j:!~
ty was 20-25. 103 allci 1. 1(1~~ 3er.. 'I'he gr,eatest amount )f raT 1-
theSia in gT-eer) ancl etio-11-voO found uncler grven !:j0-
also applies to x:1nthcph,-,'is, ~,,:r zu"umtl~virql also increased jT1 :I::
light of low in t e.,-. F, at r, d s h s i r ra d ia I e d w i t h I o w - i n I ;-s
Ccrd 1 / 2

FL 64666-65
ACCMION NR: A R 50 12
light also developed a kir)rl Xanthoptiyll whicli wvs not identified
Green shoots showed a t'llsfier, Velac:lkizi to Lhe qi.alttativt COR14W)Billur" !)f
than etiolated shuo',B. In 'Aie imte!-, rcdi-ict-I foi-me of xanthophylls
oxydized forms. Upor, iri-,ich-i!mn witti variclus seginents of the visilule
and infrared light, a c~l;tn'c-v -if lhe T-atio 1-.Oween the different xanthr- pr~.,
was observed.L. Polishcritik
SUB CODE: L-S
~cvd

L 011,~i'29-66
'ACCESSION NR: AR5017513
UR/0299/65/000/013/GOOG/GO06
!'SOURCE: Ref. zh. Biologiy,
Svodnyy tom, Abs. 13G41
i AUTHOR: Okuntsov, M. M. ; Osharov, A. B. ; Naza renko, I. V.
TITLE: Effect of light of different spectral composition on the relationship of
'protein fractions and the quantity of free amino acids in bean IV,,-.Ives
I
CITED SOURCE: Raboty Problemn. labor. forosinteza pri Kafedre liziol. i
blokhimil rast. Tomskly un-t, vyp. 1, 1964, 114-122
TOPIC TAGS: radiation plant effect, plant chemistry, cliromatographi(,
protein, amino acid, glutamic acid, tyrosine, valine, Ieucine, lycine
TRANSLATION- A quantitative doternitnation of free amino acid.9 %,.,as carri(~,f wit
with ascending chromatograms by the method of G. N. Zaltsevzi and N. 1).
Tytileneva, Intensity of irradiation was 3000 ergs/cm2-sec. The smallest cont.,nt
of salt soluble protein was observed in green light, mid of alkali soluble protein
I in orange red light. In the dark, substantial changes take place in the cornfX)sition
lCard 1/2

L01629-66
ACCESSION NR: AR5017513
of the amino acids: there Is a considerable rise in the content of asparagin(!,
glutamic acid, tyrosine, valine, leucine, Pnd of an unknown amino acid X2- On
Illumination with white light lysine appears, and there is a decrease In the content
e
of glutamic acid and alpha-alanine. On illumination with Uue violet light, olang
-e amino acids Is close to 'hat
red light, and infrared light, the content of fro.
observed in plants placed in the dark. However, the lysine content In blue violet
and white light is considerably greater than in orange red and infrared light. The
content of alpha-alanine in blue violet light is the same as in the dark, in orange
red light it is less by 3 times, and in infrared light It is the same as with illumina-
tion by white light, 30 literature titles. L. Folishchuk
-SUB CODE: LS ENCL: 00
2/2

.6
-jffC_j9ff0K WR - AR 50,062
--SOURCE: Ref. th. F')Ologlyu, Svodnyy tom, Abs. 1G9
Oimntaov, 14. V.., Kudlnswa,, L, 1,
;TITLE: On the mothod of determ"ning nhlor a and b on A
Vhotoeleetric eolortmeter
.40ITM SOURM Rabotj Problemn. labor, fotominteea pri Kaf e dnt~
blohhimll raot,, Tomakly un-t, vT 1964, 123-l"(,
p. 1,, r
TOPIC TAG5: oat lea.", chl,7,rophyll, Itiotoelectric colorLmter,
c.olorimetrio analysis
~TRAHSIATDN: A ohlorophyll extraot was propared f1rom oat 1.-RVF-R
:Separation into ch-lorophyllis a and b bras done according to
;Saposhnikovals w3thod. Chlor*6phyll-s a and b were detormiried Ir
r
isvetove soLution bT -mans of ixn SF-4 ind MR-M. In detorminAno
!ahlarophylls a and b on a phatoolectric colorimtor and plottlr,-~
~m calibrated 7&twvo ';ccording, to a 9+1 -Adard Getri ffranmllatcrLe
T solution (corrosporAlml;
Nam In tranaliterated f'rcm Runsianti
CaM 1/2

L 38553-45
ACMSIDW NR: AR5DO6792
mqjI chlorophyll concentration), thO VaIU49 fbr chloropiiyil a
:3 tUmm hIgber and for chlorophyll b -were 2.7 tims higher oom
to data obtained on an BF-4- ft. tti-o bamis of thee* data# tho
Jetermining chlorophyll* mA b in ywrn scl,~ii
~**eammmends that# in,
1,~M a pbotoelaotric cclortmter,, a standard Uri Sol tion be tuk'ltr~
1,00MOPOOding to C-18-3 M,9/1 chlorophyll a mid 31.1.5 1 chlor-OPE
fand not 85 adl a4 ammmmed In visual ooTorlmtry. ;Pa. Yurina.
~M COM LB HNAM: 00
Cmd Z/2

10 Y,

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(1-roject Ion d "awl rig,' R rBr.url ) Itoo. o ci,s:, (!ill I, If ~;
uch,~bnoe 1.csobie. r,,c,vusJb1rskq YI-i-1~11r" '.!
l'-d-vop 133 p. (1.'il,:A ~P:11)

USSWDiseases of Fa= Animals - Diseases Caused by VlruoeD
and Rickettsiae.
Abs Jour: Ref Zhur-Biol.) No 9., 1958j, 40635.
Author : 13cbrov, P. F., Okunycva, V. Y., Dudorova, Ye. F.
Inst : State Scientiffe-CrhTr-o-T-U"-alitvto rf Yeterinnry
Preparatiens.
Title : Use as Antigen of B=ked Blood Cryntal-Violet cf
Pest Mflictea *Pigs.
Orig Pub: Tr. Ors. nauchno-kontrolln. in-t yo vetpreparatnm,
1956, 6, 97-ioo.
Abstract: It vas demcnatrated that the swine -pest virus, when
pv)CeBBed tbr-2ugh cryatal-violet and inactivated in
a thermcBtat at a 37-380 teq~eraturp fnr 20 days,
for 14 days, and then nct su'rjected to Inactivatinn,
Card 1/2

-1 1 1-- + ~P
L" K 0 ri T11 I L
SU3JECT USSR P11TSICS CARD I / 2 PA - 1517
AUTHOR 20MI3.1.1 0MJ2L.B-
TITLE On Us 3urning-Vp of Puel An 3uclear Reactors.
PERIODIM Atomnaja Energija, 1, fasc. 4, 80-91 (1950
:Issued: 19-10-195r
The present work describes a method for the computation of this burning-up
in consideration of the capture and the multiplioatiDn of neutrons in the
course of the process of slowing down. In the course of computations the
burning-up of V235 as wall as the accumulation and -the burning-up of Np 239
PU239, PU 240, I>U 241 and of the fission fragmentx Cpoiaons) Is tAken into
account. Eere 'the change with respect to tAIMS Of the reaCtiTity Of the reactor
(dynamic of burning-up) in the case of the high lurning-up of the fuel for
systems of natural uranium with heavy water an a moderator 12 Investigated.
The work is arranged as follows., lultAplieAtlon during Blowing down, tht dyna-
mic equations, chamges of reattivity, -computation of the burning-up of the
fuel it reactors with natural uranium and heavy valor as a noterator.
SAnmzvy: The numerical computation of the systems of natural uraniuz and heaTy
'water .*%a a moderator show that vith a decrease Of the reactivity of the
reacto2 -the accumulation of ?u240 as a result of the great To3onAnce ab-
sorptioa by the level at 1,07 a7 lays an important part. The durAtlon of the
operation increases considerably foompaTed with the case that the entire
rpactor is cleared out at one and the sane time) If the reactor operates atead-

0 ~< \j Np~ L. 5
SUBJECT USSR / nnics CARD I / 2 ?A - 11540
AUTHOR OMJ,L.3.
TITLE on the Z)eoqy Probability of _7 -?articles.
Pmaoxon lurn.eksp.i teor.fis,Z,faDo.2, 333-335 (1950
Issued: 5.10-1956
In the case of this decay an energy of - 115 '1197 Is 1119rated, which correspond!~
to the scattering of pione vith - 140 -VeV (in the laboratory sysitm) by nucleenn.
At such energies the scattering of pions by nucleons in already very conslderabl'~.
At first -the total and the orbital angular momenta J and 1 of -the plon-nucleon
system created on the occasion of the decay of the Y_ -particle Is given In "e-
pendenoe on -the spin 3 and the parity P of the hlyperoL. L and J are univocallY
termined "by 8 and P. +
Here the two possible Aeoay processes of the Z -hyperon are studied: I
and L + --~ n + X+' Then"switobing off" the weak Interaction there are only diagc-
nal elements which modify T + into I + and by which the system pion-nucleon wil.1r;
given T in modified into a state with equal T. However, by "switching on." weak in-
teraction also nondiagonal elements occur whioh modify the E -par%iclez into
states of the pion-nuoloon system with T - 3/2 and T 2. 1/2. Theso nondiagomal
elements are: 'Q3 e In 3 and iq, alai 'with r:al+q3 and Qj. The amylitusieB of the
transition of the I + hyperon into the state % n and zo Y are given, as aisn t'.%e
-the various spin- and parity states of the %
phase differences for 1 4 -hyperon,
Furthermore, the limits of the range of values of I - 6) /W /6) a nd
0 . 0

OBJECT USSR / YBYSIZ3
OTHOR OKUNJ 7 1.33.
TITIX Congreas on the Yhysics
PERIODIM Usp.fi3.nauk,61,fasc.1,
Issued: 3 / T_9~7
CARD I / 2 ?A - 1946
of Yarticlea of High Energies.
103-128 (1957)
In the first department "The Elementary ?articles and their Interaction" a=orE
other lectures were delivered on the following problems: Produotion of pions by
nucleons, the spectra of secondary protons and deuteron3 on the occasion of
(p-p) collisions at an enerey of 660 MeT, the energy spectra of positive pions
in connection with the reaction p + p --- ) y + n + x+at 556 and 657 Mey, the pro-
6_ 7 the theory
duclion of charged masons on Li and Li nuclei by 240 Ye7 Protons, ~
of themultiple production of particles, energy spectra of ~ -quanta or, the
occasion of the decay of neutral pions, the production of neutral pions by
protons on hydrogen and composed nuclei,,the production of neutral pions by
5B0 31e7 nrutrons, the antiproton (E.SEGRE), experimental data concerning the
scattering of fast nucleons by nucleons, the elastic scattering of 580 MeV
neutrons by protons and neutrons, the present 3tags of the meson theory and
comparison with the experiment, the scattering of positive plons by protons at
310 Xe7 and also at 176, 200, 240, 270 and 307 11',eV, the interaction between
negati've 300 U97 protons and helium nuclei, the search for acts of generation of
poaiiiva piona on carbon by negative 308 119V plona, the range of pions in
nuclear matter, the polarization of 660 M97 protons, the photoproduction of

`Us,p.:f1a.nauk)61,fasc.1, 103-128 (1957) CARD 2 / 2 ?A - 1948
meBons on protons and deuterons, effects in quantum-electrodynamics at hiCh
ener,gieB, ate.
In the second departzemt more %ham 60 lectures verv held by So7iet a!.1 fore"En
scientists on the const=ction and the theory of variOU3 typen of accelerators
for elementary particles. The following subjects were dealt with; acceleratcr3,
linear accelerators, devices with strong focussing, the methods e=ploXed in
connection with experiment's with high-energy particles. Individual lectures
dealt, among otherst with the following problems: the 6 m - synchrocyclotron
of the Institute for Nuclear Problems of the Academy of Science in the USSR,
some particular features and the principal data of %be high-frequency eystem
of this synchrocyclotron, further problems connected with the synchrocyclot.ron,
the deflection of a bundle in a cyclotront a It5 c cyclotron, the physical
bases of the equipment of the 10 BO synchrophaBotronp radiofrequencX syetens
fOr accelerators, the accelerating elements Of a SYnChXOPhaBOtTOn, further
technical problems connected with the gynchxopha3otron, etc.
The third department dealt with theoretical works concerning the physico of
partialea with high energies.
The above congre~a took place from the 14- to the 22.Yaj at Moscow. 7he above
review deals mainly with lectures delivered by Soviet scientists.
INSTITUTION:

rn tile

OKUSM-0, A. A ~
"Agrometeorological Characteristics of Condition.; for the ',41riterizinp, of
Winter Crops in the Irrigation Territory of the Kuybyshev Hyfro Develojr~-M.'".
Trud-
y Tsentr. irr-ta Prognozov, No 29, Pp 77-92., 1953.
The author astabli3hos (a) the frequency of winters with mean docile
temperature lower than miniis 260 (~ihizzh is taken an the criterion for un-
satisfactory thermal conditions for winter crop3) and (b) the te-nT-erature
of the soil at -the depth of branching of winter crops. For example, in tlle
Bezenchuk region the frequency of o=h deciles a,,wunt3 to bO% (pre-
dom1nant17 In January). The author compiles tnbI93 of mcinimlim tn, I riraturp
of soil in the period 1942-1950 at six stations and the number of 5-day
periods with temperaturea le3:- than :rdnus 150 . The author also eztablinhe3 a
Lhi-d item. (c) the mean depth of the si3ow cover and degree of coverr,-dnen3 of
fields by snow for mean depths of snow of 5., 10., 20 and 30 cm. For
example, for depth of 10 cm, 10% of V~e area ramain3 completely without sn,)w, nnJ
about 30% of the area is convered with snow with depth up. to 6 cm V)d ;,~)%
Is covered with snow 11 to 20 cm deep. The author concludes that only for riewn
depth of snow cover of 30 cm can ohs ensure favorable outcome of -Interizing.
He also considers the problem of the combination of low temrerature:) id.th little
snow* (RZhGeol, No ll., 1955)
30; Sum No 8%, 9 Apr 1956

OF.USHIO,A.A.
Agricultural usteorologIcal characterlatics of wintering xon-
,altions of winter crops In the Irrigated reglon of the Xtqb7sh#v
hyaroelectric development. Trudy TSIP no.29:77-'92 153.
(XjAA 8: 6)
(xu;ybysb,9v HydroalbotrIc Power Station ragion-UrDpa and
Clinati)

Country : UBSR
Category: Cultivated PlantB. GraIna.
AbB Jour: RZhBiol., No 22, 1958, No 100215
Author Okushko A A
Inst 6e~Wraj~o e~~ItdtinS Inst.
Title s Ice Crust and ;iIntering of Winter Crops on the
Suropean Territory ofUSSR.
OriS Pub: Tr. Tsentr. in-ta prognozov, 1956, VYP. 53,
142-169.
Abstracti Data from the experiments with artificial 1co
crust and observations at 110 hydro-moteorolo3l-
cal stations on natural Ice crust durInS.1943-
1952, The Ice crust - bo It an intorlayer In
the snow or a crust on the surface of the
,Card 1/2
Card 2/2
M-10

OrUSH10,
- t' ,
In the seellan of agr1aultural mateoralogy of the 14nim All-Unleim
Acadexq of AgrIciatural 3ciances. Xet#Dr. I Sldrol. moj=-7) AC
157, Omu 11-11383
(Meteorology, Agricultuml)

OKUSHKO, A.A.
lee crust and wItterIng of vl:ater crops an ibe Juropean '.iorrl%t)ry
of the U.S.S.3. Truo ?SIP mo.53;142-169 137. ()GWU ID18)
(Crops and allmle)
~ I

OKUSUO, A-A-
Ailialflrkwlllt~~~ .4
Methods for snow surye.TB in fleldB meeting %be requirerent3 of the
agrometeorDlogical ser7ices Trudy TSIP no.98:74-436 260.
(MIRA 13:11)
(.9now surveys) (NeVaDrolDr/, Agrlmiltnml)

OKUSHKRL-~-
Comparative tyaliAtion of different methods used In dsternininA
the viability of winter crojA and perennial grasses In winter in
U.S.S.R. Trudy TSIP no.98jB7-98 360. (MIRA 13:11)
(PlantB-Yroet reolstance) Meld crops)

GOVISMIG, I.A., doktor geogr. nalak,, -YMIGO, S.A., kard. ael3khoz.
xLauk; S11,MISHCHIKOV, Y.Y., kand. sellkhoz. mauk,, BOiU30-
GLEBSKIT, G.1.3 kAwd, geogT. naukL20E~~Oj_A.A.O kand.
.geogr. Lauk; RUVITrV, 7.""!1..) kand. geogr. na~ij, DAviT.IJA) F.Y.,
akademik., otv. red,3 ZJIDANCVA, L.P;,, red.; ALUMEV, A.G.19
tekbn. red.
[Eva:,luation of tl-w agrocliratir cDT' ditions of farm landolOtaArt-
ka agmkliuatlobas)dkb uslovil Sollokokbo2lalatvo kh PoleA.
Lftirgrad, Gldrometeor.lzd--io, 1961. 75 y. 7MII;U 15:2)
:1. Akadeniya nauk CruzinBkoy SS;i (for Davita7a).
(Crops and clirate)

OKUSHXO, A.A.; BORISOGLEUSKII, G.I.
t
.. Theoretical basis for the technique of snow surveym in fields vIth
anou--retaining barriers. Trudy TSIF no#lO7j23P-29 061, ()UFA 3J,:5)
(Snow ow"p)

OKUSHKO,p N. (Simferepoll)) ASTAFITEV, Y., inth. (Minsk)
Machine measures and cuts fabrica. YAat,,prom.i kbud.promqo. I
no,2/3il+3-46 *-D 160, ()a?A 3,4:1+)
(Clothing industr7-Equipment and supplism)

E~ay
rc:J.

OKUSIMO, V.R.
Experimental correlaticn of hyperpyridoxi-mosIs with atrophy
of the alveolar urocaezB and disorder of mineral metaboli.9m.
(I'MU 17 -.1)
Siomatologiia 42 no.3:19-23 Mly-,7063
1. :rz 'r-afe-dry Otx".-~'Aologli (zav. - chlon-Rorres-
pondent AEY SSSR 1.,rof. A.I.'Yevdt*.A,%r-7) I lcafrdry pn4ojOF-jCjjp
koy fiziologii (za-v. - cMen-korreopondent AM SSS.11 prof, N.A.
Fedorov) Moskovskogo meditsin5kogo stomntologicheskoFo Lnotl-
t'.I."

FAYNBERG, G.S., Inzb.; S'10,LlAnTS, S.G., inzh.; MMSOX, A.A., inzh.
Flannin-R POWT SUPPly for Mdn93 and pits under construction.
Shakht.stroi. 8 no.1:5-9 Ja 164. (MRA 17:4)
1. Vse3oyumnTj nauchno-lssledovatel'skiy iwtitu*~ organi2atsjj j
mekhanizat5il shnkhtnogo sturoltellstva.

,/I &v)2
On THE POL.ARIZAMN OF ELECIMONS MMINO IME
ol DECAY OF POLARIZXV P- MFSO" L B OkW.
Nkad. Nxu% 8.5.8~h lo~v ~-, 61)
wore mode W daterTutne Ebt cceef-t (V
occ%Lrrtnr Lo tho &Auat$oo doverthtag o-moorm flo- , hy
mmourio4 the spin "rvelatims of ts-imeson dway and Wo
eloctrou *mk~mplnX durIng the decay (RN.J.)
/p4M:e ~'

DJV'~AVAY V. (Tbilisl~ U503)
"The influence of the polarization of -the cortical Burface
upon the dendritIc -pctentials"
ReDort submitted to the 7th Intl. Ccngrezz cf Neurology, Rome,
ItalY, 10-15 SeP 61

Y'4
Aeal Sciei;ccs of c~ c,,,l
.',,TLCHG: Petrov, Gal,. Doctor of
C)'_ I Candidate of Technical ScieE,Ces ali~~
S.
.Krayz, Ensgineer.
TM:S: Smooth Contactlesb Voltage Regulation of Transformers Under
Load (11lavnoye bc-,,koni,aktnoye-.L,_
tran5io.rz,atora pod nn,~.-ruzkoj)
PERIODICAL: Vestnik Elektropromyshlernosti, 1958, Vol.29 kio.3,
pp-l-s (USSR~
ABSTRACT: Until now', snooth voltage roCulation by neans of trc.n!3-
formers hap not been satisfactorily achieved and published,
theoretical work is iAconplet94 The authorB,, therefore, devel-
o-oed a more accurate theory for one such type of transforrer,
a schematic circuit diagram of which is given in Fig.l. The
trans.for.mer has two cores, magnetically independent; both
receive auxiliary d.ca magnetisation from windings with diff-
erent numbers of turns* The two parts of the d.c. naGnetisinC
winding are so connected that the total aoco eamof. actinr~ or
the windings is zero. The primary and secondary i!.-irdir.L;s on
the two cores are in aries and have different transforii.ation
-ratios. Hence, if the prinary volta,ge is naintained constant
and the auxiliary nagnetisation is varie d the output vol'a ' '-e
U
Cerdl/4 is altered. The article examines the analytical relatlions'_-_,i:~s

110-3-1/22
Broo-th Contactless Voltage Regulation of Tran3formers .(cont.)
that govern this process of voltage regulation.
The main equations of the rej~ulated transformer are firot
derived, A vector diagram, is then conztructed in Fif~. 2
discussed. When the secondary power-factor is other than
urtity2 the vector dia[,ram is constructed by first findinG the
relative orientation of the vectors of primary voltage and
current. This may be done graDhically and gives the vector
diagram seen in Fig-3. The degree of regulation at no-load
and the transformation ratios of the two transformers are
related in :Fig.4 and the relationship between the secondary
voltage and auxiliary magnetisation is given for two cases in
.Fig-5. These equations and vector diagrams perntit of an
analysis of the vorking :~)roces5 of the transformer thich is
sufficiently accurate for practical purposes and e:~Iain the
influence of the rain parareters of the transformer on the
limits of regulation.
Tests viere made on a rodel rcEulated transforrier to verifj, "',,c
z-ain theoretical relationslUT)s establisi-ted in the articlp. T~"r
tno cores were represented by tvo identical core-type trans-
formers having transfr)rration ratios 1.6 and 3.2. The tri,.ns-
Card2/4former VOltage vas rc~,jil,,,.tcd by d.c. matSnetisation of the, core;

110-3-1/22
Smooth Contactless Voltage Reglaat~on. (Cont, ) -
the porer required was less than 1% of the power transformed.
The tests under no-load conditionsi the results of rhich are
given in Yig.6, demonstrated the good regulation of the trars-
Yormer. Regulation of the secondary voltage by d.c. auxiliary
magnetisation can cause a great increase in the auxiliary maE-
netising current. To change the secondary voltage by 47%, te
no-load current was increased by a factor of 4. non-magnetic
gaps in the magnetic circuits of the transformers are sometines
advisable to prevent the increase in magnetizing current from
saturating the cores. The external characteristic, the relation-
shii) between the secondary voltage and current at unity power-
factox- is plotted in Tests -were made with and without
auxiliary magnetization. The load tests confirmed that if the
transformer parameters are suitably chosen its external charac-
teristic is reasonably flat and the limits of secondary voltage
z,egulation are much the same both with and without load with
unity power-factox on the secondary*
The test data were used to construct vector diagrams both rith
and T7ithout auxiliary na'-netisation, as in irig.S. These
diagrams qualitatively confirm the special features of secondary
voltage regulation and the correctness of the vector diagram
Card3/4

110-3-1/22
Smooth ContactlesE Voltage Regulation (Cont.
given in Fig.2. Some numerical deviation of the experimental
vector diagram from the theoretical are due to mgnetic losses
in the cores and the Dresence of resistance and inductance in
the-D.rimary and secondary windings, etc. A special feature of
this method of voltage control is the possibility of generating
higher harmonies in the voltage curves of both coreg with sinus-
oidal primary voltage. Bowever, If the degree of saturation of
the cores is correctly chosen, this efXect is small. By way of
exam-olel Fig. 9 gives secondary voltage oscillograms with
auxiliary nagnetisation. It is concluded that conditions will
be most favourable to the use of these transformers when the
degree of voltage regulation is not greater than 1-5:1. Although
the article considers only the simplest regulated transformer,
other arxangements, such as autotransfo-rner connections, are
possible. An advantage of this method of voltage regulation
is its relatively high speed and also the possibility of easily
making voltage control automatic* An appendix gives design
procedure. There are 9 figures and I American, I German and
I ituspian- ref erqnce
ASSOCIATIOV: Moskovski energeticheakiy inst (Hoscow own;
In,stitute.3.
SUBMITTED.- October 14, -1957
Library of'Congress
tsArWR I.Transformers 2. 7altiftgo-ftabliziLtion 3. j&thematical analysia

NsAiTURIN, X.D., arkhliektor; CHATXO. I.M., arkbi-tektor; GOLUBBY, S.L.,
inzheluer; DOBROKHOTDY, 1.0., inzhener; XRUPITSA, X.I.. inzbener;
POOORZHZLISXIY. L.A., inzbeuer; POSTMOV. A.A., in'shener;
SWTY. Tu.y., kandidat tekbnicbezkikh 2 r
,,,,prof
doktor afthitaktury; URAT173Y. 3.7., kandidat arkbfiektury;
YAS111T.XY, :B.D., doktor tak-nnichosklkb nauk profeaBor, redgktor;
SHUR, 3.7m., redskior izdB%mI'9tva; INDY, L.I.. tekbnicheskiy
redaktor
Llarge-block construction in Ieningradj Xrupnoblochnoo otroltellstvo
v Uningraae. Leningrad, Gon.isd-vo lit-ry po stroit. i arkbit.,
1,937. 93 P. (NDU 10:7)
1, AkadeXlya x17,oltal'stTA i arkbitaktury 353R. leningradakly
filial'.
(leningrad-Precast concrete construction)
(laningrad-Apartment houses)

T: I A . i
-~, I
SIVits A3tronomical Obserwitory (-19),,3-1
"Sol~tr Activity e'. Gpor-;,f7netl(' Fert~,rrh-itiona,"
12. A"-. SSSR, Ser. Ge-orgra-f. I No. 6, 1943

~4/z
-10
Two, Lusawmews at Uw Y"t Sky ma ow-
powdu 3dUjAdiStM& - Al. IA. 2-)47.
blal rxdlxl~,n Iwm Ow Nun sn
rmr O'dw U~d WrAe Ow
mtl)vvls I'o Mudsmc the
wX)a %y Inminmrnre; it.) -Pftlrxl anahul of
I'mm)-rm" 11) r3mlaik'" 2"ttha"Ism 0 )PW-
JA trx-aUr %&rxmlkn, o th* 77tehl
,kV 1"3glillw-4, %nl it) irr,7ular %allab-'so al
31 11 COWW"I thal Ihis phl-numpboo
* 1.3011nmu,l lumm-nep '-ft WhOt
sawiAlssms %J lirtghin-s ooor %u)wrsmjw-l
),,vv ....... I I.Mir-rx"r S* .1w 1" M. ollm
~A,J)AINV) 11,)m thp bqm Ow byl.Tblav
:4114INA", Ift

1. YEYGENSOH, I.S., GNMSHEV,, M.I;., OLI, ;1.,I.s RuBASUEV$
20 USSR (600)
40 Phyaics and Uathematica
7* Solar Activity and its Terrestrial Manifestations, MeS, Yeygenson,
U,N& Onevyshev, A.1, 011, B. M. Rubashev.
(Moacow-Leningrad,, State Technical Press,, 1948), Reviewed by N.P.
Bgrabashev, Sov. Kniga,, No, 2,, 1949*

OV, A. 1.
"Radio Emissions from the Sun," Prircxla, No. 1, 1948.

A. T.
USSR/Geophyaics Jul 48
Solar Radiation
Magnetism, Terrestrial
"Geomagnetic Disturbances and Solar Activity,-" A. 1.
019, 8 pp
'Pr1roda" 110 7
Bev data shaviDg 3-olationshlp betveen subject
phenomena. Discusses the solid angle of corpuscular
solar radiation, t-wo types of magnetic storms, tests
conducted to Identify the so-called M-region, and
studies on Ionized calcium lines daring magnetic
storms.

61 sow
oil
t1. I.M

OW A. 1. JA 9/49T58
sop 48
Tonosphere
Mgaetla 71elds FArth
."Relation of the Ionization of the 72 lAyer tothe
larthts Wpatic 71eW A. 1, 011, 2 pp
Opr1roft I No 9
Describes a=ual lmlz~tlOn 07010 Of-72 layer. Me-
ausess pbsnaimenon kwn an I'longitudgal affect 0,
Caqwen Ionization of 72 layer at varlow pointB
an earth's mirfaae exposed to s=Oe ray

OLI I A. 1.
USSR/Physics
Sunspots
'Solar Thenomme,
Jan/Feb 1948
"The 2-2-year Cycle of Solar Activity.," H. N. Gnevysbev, 1. 1. 011, Mova Observatory,
Acad Sci,, USSR., 3 pp
Im.Astr Zbur" Vol XXV.1 No I
Discusses the change in polarity of sunspots, and the Inv of forzation of the 22-year
cycle from the 11-year cycle.
RA 41TI03

-L, I -
". I .
" Ge o m Gr 'atic Disturb-Inces and Solnr Activity (Nev 'O'tudies of their Co.-relcit'.1-on)"
Friroda Vol 37~ ING. 7. 1911',, 3-10
Trnns1ntian 5634CA

GIL, ) ~ 1.
-a:--
"Relition Betveen the ion',zation of the F2 loyer and the Dirth's !Iigretic
Field"
Prirouln Vol. 37, 10- 9~ 194", 50-52
Translztic-11 5634(3)

usnjp4slps ~ IID~o 48
Astronmy
So~ar Fhencmena
"The Problem Concernipg the 22-70ar Cycle or 892ar
Aotivit7.,n A. 1. 011, Pultaro Obs) Acad Scl USSR,
2 pp
"Dok Ak NauX MR" Vol 1=1., No 6
Uses now factor or ebazacteristic to check the oca.
Motion betveem the eTen 11-year cycle anA the odd
11-year cycle.. This nev obaracteristic TI, the
tIxa of increase of the cycle, is the interml, of
44- of tbe. cycle WA the
t"w 'of its =xJx=- SUbKitted by Aced 1.
I Nor
35AW-101
t4

CLI I A. 1.
.011, A. 1. - "Cn the long-terni prognosis of solar xtivity", Byulieten, Kmrds:~Jj pc
Issledovaniyu SoIntsa (Mcad. nauk SSSR), No. 1, 1949, P. 17-22, - Biblio~~: p. 22.
SO: U-1,631, 16 SePt. 53, (Letopis Inykh Statey, No. 2.4, 1949).

OL 1.4 1.
01's. 1. - "On the contours of t1e E and X lines of the solar spectrum during
:magnetic stormB11 RvOleten' KonisEii po issledovAnlyu Solmtsa (13md. nauk SSM),
No. 2) 29491 P.
S03 U-4631, 3.6 SePt. 53, (Latopis Inykb Statey, No. 24, 19,49).

OL I j AS 1 0
35164, 0 Dolpmhon Rropose Solssebnoy Aktlvnostl Xs lonst-I TO)Mshcbop I In
Slotanymbabd I It-LetnI7 TaDd, 3yulleten' Xomisall Yo Issladvanlyu So3mtss
(Ak%A. Sauk SSSR), No. 2, 2949, a. 23-16
SO; letoplil Mra=*lJmy)cb Slatey, Tol, 48, Hoakya, 2949

oil, A. I.
,Review of Pierre Augur's Book 'What are Cosmic R&ys,"' No. 7, 1949.

OLIJ As I, RA 67/49TL
WMAUtrabW - SOUM -ftenow-na- hg -49
Sunspots
"Review of V. V. Sluwanovls, The Sun and Obser-
vatians of tte elm," A, 1. 011, 1 3A PP
*Prirode No 8
Prof Sharanov's classification of sunsporta le
already videV known. This book is deaoriptive
and instructive. Chapters V, VI and VIIp describ-
Ing the method of determining the coordinates and
i&ea of sunspots and instructionA on. the otatisti-
6k! study required for such determination, are
particularly valuable. It defects do not detract
greatly from its value.

OLI, A. 1.
"The ]3rigbtneajB of the Solar corona.,,, pr1rod&., No. 11, 1949.

OL', A. I.
"he Secular Behavior of the Magnetic Field and 7*rrestrW SeismLsm,"
Frirods, No. 12, 1949.

01,
A av
L
lba t%ftatl&jTO Z!ar Ovla of aclar a.,Llvlty.
DOILIZ I a dy Akadezil rhuh# B.S.S.R.
631, 6j, 19i,9v 629-,"
Frozo 0.1,L, GaIdej to R.-Eck)ztific Yvr, Lit. No, 3p Xmy 1949,p p. 171

Ot', A. I -
"Microseisms and Solar Activity, " Priroda, No. 2, 1950.

a
WSR/GeophiSiCs - 8*1"Ology Mar 50
"The Structure of the FALrth and the Physical Pro-
perties of Matter in the Terrestrial Depths,"
A. 1. 011,
"Priroda" No 3, PP 3-9
Studies the opeeds of seiazic waves (P and 3),
pressures, and densitieg within the earth as
functiong of distance from the center. Four re-
gions '.within the earth kre distinguished vhich,
cause discontituities it the above graphs. Con-
siders the relation between the thickness of the
Earth's const M and the vertical c=Ponent of
L~,iqT64
the residual geomagnetic .-Oield (delta-Z). Also
considers the elec cond (sigma) and texp (T) in
the earth as functions of depth.
219r64

OL', A, 1.
"Ibe lArZeBt Stone W-teorite, Prlroda, Vol. 39, No. 4, 195o.

1. OL
MM/Oeoyhysice Northe= Lights Sep 50
Night Sky
"Sev Investigations on the Northern Lights
1. 01,
I
"Pr1roda" Bo 9, pp 3-14
Difeusses 'basic types, geographical distribution)
dju:tnal behavior, relatlon to magnetic excitation,
conga Ison vitb solar artivity, beight, spectrum,
sad theory. Claims that Soviet scientists will
som amalgamate the present 2 theories Into one.
21M5

-1 X, )I isa11 0 111 11 1, It is Is
a I a 1-11 -ILLI-A -I., sit ir901 1 U (AI a It, I
Atr 04
-.00
4
Go
ago
W.J)"? x"Rio 31) 2) alptsso)a ~vw A
00 4 S9 b). VA), )#,I. DIV %A
IN, qw.~ww air 1"n-mmk
go S~S,,j It. vh.p Aut"IAN UN 11 It.. WrAelm Xwop..
of w see
Og
00
0 -P
o4
01
go
0 ~4100; '94,
0
be 0
-im
U 'S
Cp cl, w .1 un u w op
0 go* 0 0 * 0 0 0.0 o0 00 oq* 0 0-0 V 0 0 104
T419
0
0 0 * 0 & 0 0 0 0 0 0 0 0 0 0 0 0 0 OA 0 0 '0 :0 0 0 00 0 0000 4 *g 40 1

I A. .

CL', A. 1.
Polyarr.oye siyaniye 1~,-21 avgusta 1950 g. (Aurora Borealis on August 1~-21, 1'1,5~').
Priroda, 1951, v. 40, no. 4, P. 59-61, diagr., 4 refs.
Q4.:pB v. 4o

53 1 521.64 :,~13 7 .4
LA!Vnasti kolmlAeGIlih luthol, 0 4

01 19, 1 t-

J; '. J,
e9-s ~r jg~7ac tilL 4ul ...I, ray I I III I
~ 1 17 S N I Ll I

L",33M/Geopbyelca - Ultraviolet Solar 14.sq - 52'
Radiation
"New Data on the Ultraviolet Radiation of the Sunj
A. 1. 01, , Jr Scl Assoc, Library of Acad Sci LMSH,
Leningrad
"rr1rod4n Vol 41, Vo 5, pp w3-io6
States thAt the oolar raWlAtIon In the far ultra-
violet reglan of the 5P*Ctr= possesses great
v&lue for the clarlric4tion of (% n=beT of prob-
lmr, in the pbyvIcs of the upper layers of the
23=62
atm, eapeclally the theory of I. S. ShklovaXty
concerning tt-te Z Iftyer (11z KrymsXoy Astrofiz
Mser" Vol 4. 1-949). Cites mAinly wQrXa ap-
pearing ~n Phys Bey.
23or62

ZVIM,)4.S. , re&aktor; OLI A. 1. , redaktor; IMARSLAY.1,A-A. , takhnicho-
skiy radaktor
(Proceedings of the 11th Astrometrical Conforence of the U.S.S.R.,
1-0)-avo. ?1;7 V-26, 1.954.1 Trud~, 11-1 ax-troxomicheBkoi koiferextsii
SSSR; 24-26 maia 1954 g. Leningrad, ltd.GlAv.mstronomicheukai
observatoril v Pulkove, 1955. 269 p. (HIM 9:2)
1. Vaesevu2nays astrometricheskaya konferentsiya. 11th, Pulkovp,
19511. 2. Chlen-korrespondent All SSSR (f or Zverev).
(Pulkovo--Astrometry--Congresses)

O-L'.I A.L
"nae Connect'Jon Between Solar Activity ard Ge-cmagretic Disturbanceo.
The Physics of Solar Corpuscular Streams and their Influence on the Upper At-.-osphere
of the Earth, Moscow, I~antellztvo Academli riaw% SSSR, 1957.

V4.i

17J

82437
S116~)~60ff /1-,, 0 4/to 1 A,-, 2
& 9 OciD A 105/ CO
from: Referatl-vnyj z~virnal , GE-0-i2 rio. 4, p. 1=2,
Au'rHOR 01' , A.
TITLE: Va--1atA,--,n3 cw-,:~Zmi:-Ray In"en-, '-tq1&i,,.1.n81Kgnet1c stcrzme Ha-;=4
Sudden L-.a Grad,,-a!
TEK.CMCAL: Solnechnyy~ Jarinyye, 19510, Nc.. 2, pp. 68-71
TM The auzzicr ~--at. dr:,Ps '.n Intensity of the mescm c~-~mpcrc-rl,.
rayi, ~-:i ths- 'Cy 0.7% arre by magnetic dist-arbanTes tsving
N -
i lilt, rl-i*~~ d. e
sudjer, (3c. -:,P in:reases wilh t1he lr'~ensi*-y of magn ti
-etlc *w-"n grad--,-al~ I
amce. mai7~ (01 Jc r,,-t stow
w-l*-h varia4i:nZ In 'Inten--ilty. A in.-rease n
neatrcn 2:mporien--, lnten-"Ity wa2 d~irlng t.n.? vtzrme c-f G type ty
otservration~ o~f rays --n t~~-3 FeyE 16-land, the a-,aticns at. miean iat,-tuIes :~n
Zugsplltze (FRO) &Y,,d Bx-rkeley (USA), whereaB ln-ter.!Aty dr-,D3 4.-:ok place as u-sually
dur!mg the Sc zt,=.-rz. The aame raeuits were ;~btalred ~n t~ze Fey~~ !r-'An-lJ t.1-d-
Berkeley Statism for the meson. tut thq amplittud-~:s of ir.)p and r-lEe
-w.Are nvj,~,h lc~wer (of' 'l.hg or-der -f a few tent.~-,-- c,f a Percent). Lrv~reases: In 0:~6:r!c
radiatl---In in1,er,3!t-y w'--r-h G-type stDrza crtglzate 1-2 day6 before the.
Cqxd Ila

821437
S/ 169/16C/000- /00
A00VAOC I
Sl,-rr,.s Hav!nS SA'le-n lArJ
Gradual
W-P,eTea!~ -:2 d ay taf ter 5,
4ay
a rsy I'v
by *~v
at,
ehr-,T"
A.F. K.:~vale,-'kiy
car' 2/1=

87235
Translation fromi Rererativnyy zhiirnal,
p. 64, # 11363
AUTBOIR: ~A - 1.
5/0.35/60/w.)/Ol 1/0 10/0 21~1
AODI/ADOI
Astronomlya I Geodezlya' 1%)0' 110. 11,
TITIZ: On a Possible Periodicity of Solar Activity
PEMODICAL: SDInechnyye dannyye, 1959, No. 6, PP. 85-88
TEXT: Cn the basis of the apalysis of Wolf numbers from 17W to 11057,
the author supports -0. Newcomb's hypothesis that the development of solar activi-
ty follows a strong periodicity, Fle calculated correlation coefficients between
the A t-values (differences between the Instants of commencement of any phase
of the cycle) and 7 w, as well as 2: W on -the descending branch. Making use
of some correlations, the author determines the epoch of minimum of cycle No. 20
to be 3965.2 and the epoch of maximum - 1970.0.
T.L.M.
Translator's note: 'Ihis is the full translation of the original Russian abstract,
L/
Card 1/1

8700
17, kV49 A005/11001
.Mranslation from: Referativnyy zhurnal, 3eofizika, 1960, No. 12, p. 24o, # 164,"7
xjr,r i OR 01', A. !.
'2 On the 11-yearly Cycle of Variations 'An the Number of Aurora Polaris
Fa-RIODTCAL: V sb.: Probl. Arktiki I Antarktiki. No. 2, Leningr-nd, "Morzk. tran2-
f
por ', 1960, pp. 77-8!
Tr--YT: The observations of aurora polaris in 1761-1874 (in the train in
ccandinavia) were studied, which are listed In the catalogz of FrItz, Ruben:~,on,
and Tromkholt. When plotting the average 11-yearly cycle curve of aurora re-ur-
rence, It was detected that the 11-yearly cycles may be divided into two grc-ups-.
the normal (the maximum of aurora recurrence agrees with the maxirm-Im of the Wolf
numbers) and anomalous (a second maxlrpan of aurora recurrence is observed, wni~h
falls in the fifth year after the maximum of the Wolf numbers) , The anomrilous
11-yearly cycles showed an Interconnection with the peaks of the 90-yearly --yc'-?s
of tho solar activity. The study of the cyclic variations of the cloudin~s-z an-;
tt~,e n~rnber of aurora polaris according to the data -from t e Blue 1, ill Qbs-?rvat'~---
th H
(USA) from 1840-1888 showed that the cyclic variation of the cloudiness In no=al.
Card 112

87470
A005/AO01
On the 11-yearly Cycles of Variations In t-he Number of Aurora Polaris
ojeles is generally absent, bait in the ancmalous cycles appears even the t~~n~,~nzy
to Increased claadiness near the mininram of' the 11-yearly cyclee. Therefc:--,
obse-.-~,ed anomalous behavior of the aurora recurrence In some 11-yearly cy-~111e~
caranot- be connected with -the correspording variations of cloudiness, The assum'p-
tion is expressed that auroras obserwed at the end of anomalous cycles pertain tz-
red auroras of the B type. It Is known that their recurrence has a maximum nf..--
a mini=am of the 11-yearly cycles of the solar activity, and that the energy cf
the solar corpuscles causing these auroras is relatively high. - There are I.,
references.'
A. 1. 01'
Translator's note: This Is the full tran,-lation of the original Russian ab2traot.
Card 2/2

S/169/61/000/012/078/009
3 3)228/J)305
AUTHOR: Zhukovsknya, N. A., and 01*,
TITLE: Change in the amplitude of the diurnal
-variation of the cosmic-ray intensity in
relation to the magnetic activity
PERIODICAL: Referativnyy --hurnall Geofi2ika, no. 12, 196!,
10, abstract 12G57 (V ab. Varintaii kosmich,
luchey i solnechn. kcrpuskulyarn. potoki,, i&u,
2. 11., AN~ SSSRv 19600 101-104)
-r-EXT: The dependence of the amplitude of the diurnal varia-
-tion of cosmic rays on the magnitude of X--the index of eo-
magnetie acti-vity during the solar activity maximum (19M--is
eBta-bliBhed. The data vere divided into 5 groups depending on
the magnitude of the diurnal sun of the X-indices-- 2Xp. It
is shown that the amplitude of the diurnal variation increases
Card 1/2

3/169/61/000/012/078/089
Change in the amplitude... D228/D305
with the growth of YKp to 19 - 23, and that it then sharply
decreases at values of YKP = 24 33. A further increase in
in the amplitude is observed at ZIKP = 34. An analogous rela-
tionship is also detected for the period of the solar activity
minimum (1954). Subsequent analysis disclosed that the mean-
daily intensity values for days with 2.Kp = 24 1 33 show no
anomalous behavior. The possible causes of the aetected effect
are discussed. Z7Abstracter's note: Complete translation.-7
".bard 2/2

33072
S/ I f)9/61/000/012/0811/089
-3 j7Vd ~.2 9'OS' W1 rj D228/D305
AUTHOR: Ol', Ao Io
TITLE: Change in the intensity of cosmic rays at the
time of magnetic storms reith vudden and gradual
outbreaks
PERIODICAL: Referativnyy zhurnal, Geofizika, no,, 12, 196-1,
10, abstract 12G60 (V sb. Variataii koemicb.,
luchey I solnechn. korpuskulyarn. potoki. no.
0 SSSRO
2~ M.9 a 1960, 131-136)
TEXT., The difference in the 'variations of the intensity of
the rigid component of cosmic rays at the time of geomagnetic
storms with sudden and gradual outbreaks is studied from data
recorded at several points in 1937-1946. A positive correlation
has been found between the amplitude of the intensity reduction
and its durationo The magnetic activity increases markedly on
Card 1/3

33072
S/169/61/000/012/081/089
Change in the intensity,,.. D228/D305
-with gradual outbreaks,, Z-Abstracter~s noteg Complete trans-
lation. 7
Card 3/3

S/169/,61/000/012/082/089
D228/D305
AUTHORS: Ol't A. I., and TyaBtop Me 1.
TITLE: The relation of the intensity of cosmic rays
to the magnetic activity and radio-emission
of the Bun
TBRIODIM: Referativnyy zhurnal, Geofizika, no. 12, 1961;
11, abstract 12G62 (V sb. VariatBii koomich,
luchey i Bolnechn. korpuskulyarn. potoki. no,
2. M.~ AN SSSR, 19609 142-145)
TEXT: It has been shown that an abrupt growth in the geomag-
netic activity is observed on days with a high level of solar
radiO-eMiBBiOn coinciding with the reduction in the cosmic-ray
intensity. The radio-emiBBion maxima related to the growth of
the CDBMic-ray intensity are accompanied by reduction of the geo-
,magnetic activity* f-AbBtraCter'B note: Complete translation._7
Card 1/1

29885
3/169 61/000/OD9/048/058
D22BY1304
AUTIIOR* 011, A~ ill
TITLE3 Synoptic naps of magnetic distarbanc.9s in the Arctic
PERIDIDICALs Referativnyy zhurm-al. Geofizika, no. 9:, 1981, 25,
abmtTaCt OG207 (Goomagnitn. 7o2musbehenlya, mo. 4, M.,
JN SSSR~ 19601 22-29)
TUT: Synoptic wipa of mngnetic disturbanv?s for 1957 - 1958 (naps of
'T --Ibe bourl)r values of the =plitade of the geomagnetic field's bDri-
TH
2ontal compom-snt) -Yer-~ constructed from the data of Soviet higb-latitude
observatories and drifting 31ations,. Tvo-hnurly mapB for 1957 and examples
of succ-Pa3i-we hourly naps for JmdiTidual diaturbancea are given. Com-
3iderable -ariations were discovered in the distribution of disturbances
according U world time,, This distribution is characterized by the pro-
serice of Indiridual distairbance foci., Tb-& diaturbance distribution more
often changes haphazardly from hour to bour, but DDMOUIDeS the disturbance
Card 1/2