SCIENTIFIC ABSTRACT KERBER, M.L. - KERBLAY, T.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721520013-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 12424-63
ACCESSION UR: AP3001161
values in benzene and carbon tetrachloride media, in which the polymer was soluble.
Orig. art. has, 3 figures.
ASSOCIATION: Moskovskiy khimiko takhnologichaskiv institut im. D. 1. Mendeleyeva
--(Mo3cow Chemico-Technological In;titute)
SUMITTED: 07Dec6l DATE A m.:. oiju63 ENCL: 00
SUB CODE: 00
NO REF SOV: 005
OTHER: 001
Card 2/2

ACCESSION NR: AP4028545 S/0191/6410001004/qQ20/0023
AUTHOR: Kerber, M. L.; Fedotova, 0. Ya.; Losev, 1. P. (Deceased)
TITLE: Radiation resistance of aromatic and arylallphatic polyamides
SOURCE: Plasticheskiye massy*, no. 4, 1064, 20-23
TOPIC TAGS: aromatic polyamide, aliphatic polyamide, arylaliphatic polyamide,
radiation resistance, gamma Irradiation, thermomechanIcal property, moleculai
I weight, specific viscosity, polytherephthalamide, cross linkage
ABSTRACT: The radiation resistance of aromatic, aliphatici and aryla-
liphatic polyamides was investigated. The radiation resistance of polyamides
(poly- p- phenylenete rephthalamide, poly- p-phenylenesebacinamide, polydiphenyl-:,
methane te re phthalamide, polyditolylmethanetereplithilamide and pol34K N-dimethyl-w
((diphenylmethane)-terephthalamideI I was determined by the change in mole-
cular weight (specific viscosity) and the thermotnechanical properties under the
effect of Co-60 gamma Irradiation. The poIyterephtha1,?,7,qdaa mr,~ raxi~tzt r*afstan
112

ACCESSION NR: AP4028545
to gamma radiation; they are also resistant to oxidative destruction at 200C.
The predominance of the destruction processes qho%w up at different integral
doses depending on the structure of the bankbone of the aromatic polyamides.
The parallel course of the processes of degradation and cross linking of polyamides
by gamma radiation in air was thus confirmed. Exchanging the aromatic
group of the amide for an aU~hatic or arylaliphatic reduces the radiation resist-
ance of the polymer. Orig. art. has: 4 figures
ASSOCIATION: None
SUBMITTED: 00 ATD PRESS: 3067 ENCL: 00
SUB CODE: oe, Np NO REF SOV: 006 OTHER: 006
2/2.

AGOWSION NRI 04030360
-AUTHORSs Fadotovas 0, Yass Kfttert Me Log LW4V# 19 P* 04044562)
TITLEs Some properties of aromatic and arylallp%atia polyaoddes prepared by
interfacial polycondensatione
~SOURGE: Vy*sokomoleku1yarny*y6 Boyedineniya, re 69 1200 3s 1964, 4524458
TOPIC TAGS: polyamidej, aromatiopolyaitddep arylallphatic polyamides N-alkylated
pol~terephthalazdde, terephthalyl chloride,, dinucleararowatic diamines polycon-
densation, interfacial polycondensations H-substituted. polyamideep crystalline
structure, solubilitye
ABSTRACT: Synthesis of polyamides was conducted at 20G in an apparatus (provided
with a fast stirrer), using a technique described in an earlier paper by tha
authors (Vy*sokomoleke sood,11'2s IWO, 1960),, In the present study the aqueous
phase contained 0o2 mole/~Iter of terephthalyl chloride and 1 equivalent of al kal 4
while the organic benzene ptme contained 0.2 male/liter of dinuclear arowtic
diamines carrying an ANWI radical at, the nitrogen atone The pbVico-chemical
properties of the obtained ff-alkylstaid polytorephthaUmddes were In"atigatede
Card

AmEwiw nR, Ap4w%o
They were found to have lower malting points and higher solubility in organic
solvents. It was observed that an increased number of alkyl substituente at the
nitrogen enhanced the solubility of the polyoddesp while the length of the carbon
chain vas ineffective, The solubility of the polyamides in organic solvents made
Jt possIble to detwv&n% tWair awleou2ar Vaighbg Which v" 50 QW - 60 OW9 as
ciwared vith 10 OW - 12 WO for siod's pvZywro prepared in the AdIt, %-ray
studies revealed that ths IK-aIkjIAvA golyterqAtha2sidnes possessed, a cerWA
degree of orderliness in their structure.. thus confirming their partially mwptal-
line stracturs. Thw*a are %Even to S. A. Pav]Ava and 1, L Tword0blebora for
the determinations of molecular weights by tho light-scatterin techaque. ariz.
art # has t 2 t able &W 4 charts
A=WION: Hoscovskdy kh'a"co-takhnologicheakiy Institut in# D# Is Readeleywa
(Moscow Chemicatechnioal lastituW)
WBK=ED i OIXAr63
SUB CODE t CH
Card 2/2
DATS A04i 07KQ-64 SWU 00
NO MW NVI 007 OTMs OW

2J~2-66 Mn(m)/EWw) EM
(A)
ACCESSION URs AP5023376 UR/034,3/65/000/009/OOW0035
631,331*00le2
AUTHORz Kerber, V, N@,
TITLEt Strain gage devices for torque measurement
U
SOURCEi Traktory I oslikhonmehit7. no.. go 1965t 34-35
MPIG TAGSi torque measurement, strain gage application, torque transducar,
SKRN 12B seed spreader, 2STSH 6 seed spreader
ABSTRACT: Since the construction of fortilizer-seed spreaders SKHN-128 and 2STSN-:
6 doen not permit direct mottnting or straln gagen to study torque tranamissionO
a special atrain gage device was developed for torque measurementa.-TVI-9-fa-iod
on a constant strain cantilever beam for which
M, 0 Pt 6 Px
-;A-V
i.e.# by chaTting the beam vidth accQrdlug to y b a constant strain is ob-
tainod along ~he beam due to an applied load P. The corresponding strain and the
percentage change of strain gap resistanoe (AR/Ft) were evaluated. By mounting
Card 113
61.r V 1W

L 2547-66
AGCESSIOH NRs AP5023376
4 strain gages as shown in Fig. 1 on the Enclosure in a half bridge circuit the
applied load on the beam could be measured. This beam was used as shown in Fig.
I to measure torque. The dri*en hub 6 is free to rotate on shaft 3 on which the
calibrated beam 2 In mounted. The yoke orA wheel 6 transmito the torque through
the boam to shaft 3 and chain sprocket 4. The strain gage signals are transmitted
through a mercury slip ring and assembly I* The device was imed successfully in
moasuring the torqua transmission In two types or seed-spreaders, Orig. art,
hasi 4 figures and 6 forwilas,
ASSOGIATIOHi KubanskV HITIN (Kuban NIITIP)
SUBMITTED: 00 ENCLt 01 SUB CODES Is
NO REF SOVt 002 OTRKRt 000
Ica
rd 2/3

OMEN
L 2547-66*
ACCESSION RM AP5023376
01
View A
Fig, 1,
Strain gage torque transducer (nomenclature In text)
Card 313 A,-.t
-T ;j-

RUBINSHTEINt luel.; oRLOVAt N.V.; BOGORODITSKAYA, V.P,; KUKELly Yu.F.;
AKINCHEVAp M.Ya.; KMMv,Te.V.
Hygienic studies on codfish treated with biomyoin. Vop. pit. 19
no. 6:55-60 N-D 16Q. (MIRA 13slO)
1. Is otdela gigiyony pitaniya (zav. -r dotpent B.D, Vladimirov)
Instituta, pitaniya AMN SSSR, Moekva,
(FISH AS FOOD) (AUREOMYCIN)

RUBINSHTEYN, Yu.I. (deceased]; ORLOVA, N.V.; BOGORODITSMYA, Y.F.;
KUKELI, Yu.P.,- AKINCHEVA, M.Ya.; KERBER,, Ye.V.;
MOISEYENKO, V.Sh.
Hygienic evaluation of meat treated with antibiotics to prolong
the period of its preservation. Vop. pit. 22 no-3:51-55 My-Je 163.
(NEIRA 17:8)
1. Iz otdela gigiyeny (zav. - dotsent B.D. Vladimirov) Instituta.
pitaniya AMN SSSR i laboratorii antibiotikov (zav. - kand.
biolog. nauk V.I. Krasikova) Vaesoyuznogo nauchno-iseledovatell-
skogo instituta mvasnoy promyshlennostio Moskva.
�A

XMI, V.I., otvetstvenrqy red.; BUSANKINAt N.G., red.; KAZEL', Ye.I..
red a
[Now types of start-sl.ap telegraph opperations; a pamphlet of
special information) Novye tipy telegrafnykh startstopnykh
apparatov: informatsionnyt sbornik. Moskva. Goa. ird-vo lit-ry
po voprosam eviazi i radio. 1957. 50 P. (MIRA 11:5)
le Hoscow. TSentralln" nauchno-issle&ovatellskiy inetitut
avyazi.
(Teletype)

% -T . P A C' 17TR

KERBIKDV, L.j.Inshener.
Air conditioning in automobilps.
Za rul. 15 no.2:13 7 157.
(MLRA 100)
'(Automobiles--Air conditioning)
7
'umv-Z, -a V
a
ITS

RIOIKOVe Lo; VAnoV, V.
Pressure regulators for tires. Za rul. 17 no.2:27 7 159.
(MINA 12:3)
I~Avtozavod Imeni Likhacheva.
(Automobiles--Tires)

ZORIrM.1 Eo Sao KERB7jNj Oo V,
MUWQAN;ZF
Narcothera;V of schisophrerda by IntmVenous drip of alcobol
contatdng fluid- NOVrOPat- PslkhUt.s Ifookva 19:6, Nov.-Dec. 5o.
P. 43-9
lo YaroslavIt.
GUIL 20s, 3m Maroh 19.51

KER131KOVS 0. V,
Ma/liefteine Therapeutic Sleep$ Jul/Aug 51
Manosli
"Treatment With Prolonged Sleep Brought About by
Introducing Intravenously an Alcohol-Containing
Solution By the Continuous Drip Metbod," 0. V.
Kerbikov, Ye. S. Zorina, Yu. A. Illinskiy
"Wevropatol i Faikhiat" Vol XX, No 4, PP 38-4o
Describes clinical aspects of treating psy-
chopathic patients by intravenous introduction
of ale and technique of introducing a narcotic
mix vhich has the following compn: sodium
chloride 4.0, calcium chloride 1.0, glucose
25.0, distilled ale 60.0-120.0, distilled vat
UP t6 500-0- .98Tgr

XMIKOVO OOV*
Problems in psychiatry according to ths Pavlovian theorr. Klin. med,,,
Moskva 29 no.12:6-15 Dec 51. (CIXL 21:4)
1. Professor. 2. Taroslavll.

IOMIKOV, O-V.;ILIIKL, V.N.
Pathology of orientation in infectious Psychoses; clinical ,,us
tration of one of pathophysiologic rules. Zhr vysshei nerv, deia._
2 no, 2:224-227 14arApr 1952, (GIKL 23:3) t.
lo Yaroslavl'.

; 11111KA, V. N. - ---
Insanity
Pathology of orientation in infection Osychoses; clinical illustrations of a
Pathophysiolooical law.
Zhur, vys. ner'v. deint. 2 no. 3, 1952.
Monthly List of R,lssian Accessionst Library of Congressp 3e-otember 1952. Unclassified.

1. -KERBIKOV, 0. V. - : -1
2, USSR 600
4. Psychologyp Physiological
7, Physiological theory of dreamse Fe P. Mayorov. Reviewed by 0. V. Kerbikov.,
Zhuro vys nerve deiat, 2, No. 6j 1952.
9. Monthly Idst of Russian Accesaionsp Ubrary of Congress, April 1953, Uncl.

1. PFOF. KrErLBIKOV, 0. V.
2. USHER (600)
4. Psychiatry - Study and Teaching
7. Basic results of the discussion of the proposed program for a course in psychiatry.
Zhur.nevr.i psikh. No. 11 - 1952.
9. Monthl List of Russian Accessions, Library of Congress. March 1953. Unclassified

Monthly Ljo~, oj- Rus--dtul
Lihrary of co!-,. Jul I aj.
iod.

KM IKOV, 0. V.
--M
A pnge from the history of native psychintry. Zh. govropat. Psikhiat.,
152, 52. no.1, 55-59* (MLRA 512)
(PeA 27, no.11:7510 153)

KERRTKOV, 0. VO.IL'rNA, V. N.
Alleviuted electrostimulation therapy in anesthesia. Zh. nerropat.
psikbiat., ?4cLnkv&52 n*.3:45-53 Mar 1952. (CL4L 22:2)
1. Yaroslavl'.

!L I Yu. A.
13100'1
prot~. Yt). Yu. K"-Ula Ito.,
hy Lhe VE i'- t;le blord
it
'A"U" Plllkh- 52,
-Accq.,,i,-,7cn.-3, Libranj of
1;5.~. Uncla3sifie~].

XMIKOV, 0. V.
Certain disputable problem In psychiatry. Zh. nevropat. palkhIat.,
Moskva 52 no.50-25 May 1952. (CLNL 22:2)
L Professor, 2. On the necessity for the study of psychopathiss
from the Pavlovian standpoint; contim3ad Investigation of schiso-
phroula; role of heredity In aental diseases.

IKOV, O.V. (Hoscow); XRTLOV, ]).Jr. (xoeaow).
Uperiment in the study of the ultra-paradoxal phase in the clinical aspect
of psychogenic reactions. Zhar.yys.nerv.deiat. 3 no.3:369-380 My-Je 153.
OUU 6:9)
(Nervous system-Diseases)

KERBIMV, Profs"or-O v-Dimotor of the Hental-ClAnIc-of the 11 Moscow Medical
Institute LOODI J, V, Stalin
"The PrLnolpl" of Mental ftiens, and FrophylazU aW tho State of the Mental
Health of the Population of the MSRw
.fr= ROWI 99 NO bMb= 2LUG S23a2t D216RAtion M- the- Wth QQW092
91 bebtal With NOM by 0. V. FArbikov, N. 1. Ozerstakly, A. V.
Sneshevokly
Moscow,, Medgis, 19%

UOUIDY. O.Y. (Moscow).
MOst important characteristics Of S.S.Kcreakovis clinical trends.
Zhur.nevr.i psikh.,54 no,2;110-116 7 154. (KLRA 7:3)
(Koreakov, Sergei Sergesvich, 1854-1900) (Psychiatry)

XMB2aXj-O-L-V-- and MMOTOV, D. D.
"Origins of Soviet Forensic Psychiatry," Zhur. Revr. I Psikh. im. Korsakov, Vol.,
'54, No-7, P 583-89, 1954.
1
Translation M-633, 13 JuJJ955

KMIKOV' O.V.# & FMOTOV, D-D. (Koskva)
)ource material on Russian forensic psychiarcry. Zhar. vavr. I
patch. 54 no.7:583-589 Jl 154. 7:7)
(PSYCHIATRY, history,
*Russia. forensic aspects)
(iMISPRUDIMON, MEDICAL. history,
*Russia, psychiat. aspects)

XMIXOT, 0.7. (Moskva)
Theoretical and practical problems In the prevention of prychical
diseases. Zhur.wyr. I palkhe 54 no,8:611-617 Ag 154. (MMA 719)
(MENTAL DISCRDESS, prevention and control,
Russia)

MBIKOV.O.V.
[Lectures in ysychlatry; solooted ohapters] Lekteii po poi-
khtatril; Isobramwo glavy. Hook-ya, Wedgis, 195$. 237 P-
(Psychiatry) (HLRk 8:6)

FRU9KIN, Ta.P.
Lectures on psychiatz7x delivered to students of the Dept.
of Therapeutics of the Second Moscow Stalin Medical Institute
dur1rJ9 the fall semester 1952/53: selected chapters. 0.T.
Kerbikov. Reviewed by U. P. Frumkin. Zhur.nevr. j psTOr.
-;r%`8`.'ft:869-870 ~55. (MLRA 8:11)
(PSYCHIATHT) (K3=IKov. o.V.)

ZHARIKOV, N.M.; ILI INSKIT, Tu.A*; MWIKOT, O.T.; KATVEYETS, L.S.
~~ am
Data on imunological reactivity in schizophrenia. Zhur.nevr. i psM.
56 no.8:612-621 156. (MLRA 9-.U)
1. Kafedre paikhiatrii 11 Moskovskogo maditsiaekogo instituta (zav. -
prof. O.Y.Karbikov) I laboratoriya tulyaremil (sav. - prof. N.G.
Olsuflysv) Institute spidemiologii i mikrobiologii imeni N.Y.Gamalei
AMN SSSR,, Moskva.
(SCHIZOPMBBIA, Immunolocr,
(RUB))

110V 4*skva)
'"!!" =0
Ball Kraspelln and problems of nosology in psychiatry. Zhur.neyr. I
palkh. 56 no.12:925-936 156, (KLRA 10:2)
(PSTCHIATRr
contributions of Bull Kraspalin)
(KRAVILIN, IKIL, 1856-1926)

MATVIYATS. L.S.; OISUVIYEV, N.G.; IIIINSKIY, Yu.A.; ZHARIKOV. N.M.;
KHRB IKOV, 0. V.
Studies on the immunological reactivity of the organism following
vaccination against tularemia in subjects with modification of the
central nervous -system* Ehur.mikrobiol.epid. t immun. 28 no.q:
46-51 8 '57- (MIRA 10:12)
1. Iz Institute epidomiologli I mikrobiologii N.F.Gamalei AMNSSSR
i II Hoskovskogo meditsinskogo Institute.
(CENTRAL NUVOUS SYSTEM, diaeasest
off. on immunol. reactivity to tularemia vacc. (Rue))
(TUIAREHIA, grevention and control,
vacc.. off. of CUS dis. on immunol. reactivity (Rua))

.%"- --
-
[TextboolL of psychiatry] Ucbfibnik poikhistrii. Xoskva. Kedgis.
1958o 366 PO 041RA 11t6)
(PSYCHIATRY)
tl~.

MMBIKOV, O*Va (Nookva)
Problems of psychopathies In the history of medicine, Report 10;2t
Histoz7 of the development of theories on psychopathies in the 19th
century, Zhurs'nevrs' I paikh$' 28 n0-9&1130-1137 '58 WRA nal)
(PSYCHIATRrp history
(Run))

(Kooky&)
~
Problem of psychopathies in it historical lightlforensic
the oleties and teaching about psychopathise in
Zhur;nevr, i polkh. 58 noeew!;-1006 158
(IRSANITYO hi tory
In Russi: (Ras))
proceiRes in
national literature;
(MM ntg)

(KdsWa)
Iroblem of pBychopathies in the light of history. Report NO-3:
Paychopathies in P.Be Ga=ushkin's works. Zhur.nevr. i paikhe
58 noolOtl253-1258 158 (MIRA 11111)
(PSYCHIATRY, history,
oontribution of P*B. Gannushkin (RU13))
(B IOGRAPH IMS 0
Gannushkin, P.B (Rus))

majmuv, O.V. (l4oflkvL,)
MMMft-""MM
In memory of V.A.Gillarovskii, Klizioned. 37 no-7:154-155
Ji 159. (nU 12: 10)
(GILIAROVSKII, VASILII ALMOMWIC11, 1875-1959)

XMIMV. 0 1 -_aMIKIN- - -- -- --- - -- --- -- -
-- 11.01 0 T. ya.
Psychopathles as a alluloal problem. Zhnr,nevr,,i pslkb. 60 no.lw
61-76 l6o. (KWAL SO (MIRA 13 t 6)

KERBIKOV, 0. V.
Immin logical reactivity in schizophrenia and the effect
on it of contemporary therapeutic substances. Vest. Al-91
SSSR 17 no.1:36-43 162. (MIRA 15:3)
(SCHIZOPHRENIA) (IMMUNOLOGY)
(PHYCHOTROPIC DRUGS)
"'vU164;
N.-
N~
IN,2

KERBIKOV, O.V.; ROKHLIN, L.L. (Moskva)
History of the theory of psychopathies (S.S.Korsakov's conclusion
on the work of P.Kachka). Zhur'snevr.i psikh. 61 no-10:1560-1573
161. (MIRA 15:" )
(PSYCHIATRY) (MENTAL ILLNESS)

KERBIKOV 0 V ,
Doctrine of the dynamics of psychopatlW. Prob.sud.psikh.10:
5-32 161. (MIRA 16:7)
(PSYCHOLOGY, PATHOLOGICAL)

MOROZOV, G.V., otv. red.; BABAYAN, E.A., red.; BOGOLEPOV, N.K., red.;
GORDOVA, T.N., red.; ZHARIKOV, N.M., red. KERBIKOV, O.V.,
red.; ROZHNOV, V.Ts., redakto;; SLU'ri'vSKI-y'
I.F., red.; SNEZHNEVSKIT, A.V., red.; FEDOTOV, D.D., red.;
SHOSTAKOVICH, V.V., red.; BOGDANOVICH, L.A., red.
[Current problems of pBychiRtry Rnd neuropnthology] AktuhlInye
voprosy psikhiatrii i nevropatologii. Moskva, Izd-vo M-va
zdravookhraneniia SSSR 1963. 400 P. (MIRA 16:10)
tFSYCHIATRY)
(NERVOUS SYSTEM-DISEASES)

KERBIKOW, O.W.
as a nosological problem. Neurol. neurochir.
Schizophrenia
Psychiat. pol. 13 no.22241-256 163.
(SGHIZOMENIA)

KERBIKOVf C.V.
Some clinical problems in the sphere of "minor" psychiatry.
Probl. obshchei i sud. palkh, no.140-17 163.
(MIRA 1819)

KERBIKOVP O.V.
ReSulta of the diocusaicn on the probItom of caugGlity in
mediolne. Vest. AMN 9'-'0"R 18 no.203-95 163. (MIRA 1727)

GANNUSHKIII, Fetr Borisovich; prof., red.;
LUKOI,!SKIY, I.I., r~Y,--
[Selected works] Izbrannye trudy. Moskva, Meditsina., 1964.
490 P. (MIM 17:8)
1. Daystvitullnyy chlen M24 (for Kerbi,ov)

KERBIKOVO O.V. (Moskva)
Multiplicity of cjwt:.i (Folyetiology) in medicine. Vast. AMU
SSSR 19 no.1-.9-14 164, (MIRA 1717)

KERBIKOV, O.V.
Study on psychopathies in the works of S.S. KorsakoViB
school. Trudy 1-90 MKI 34:26-35 164. (MBA 18:.u)

KmIKOVJl O.V. (Moskva)
Micronociology, conorete sociologioal atudies and pByehiat .
Vest. AMU SSSIR 20 no.117-16 r7
165, (MIRA 1814)

BOSHCHIKOV, V.M., zaal. deyatell nauki, prof., glav. red.; ROKHLD!,
L.L., prof., zam. glay. red,,- SlVIDT Ye.V., prof.,, red.;
"KERBIX,Ov prof., redAde"oe .a-
'""--- _j_Q , MYASISHCHEV, V.N.,
zasl. deyatell nauki prof., red.; FELINSKAYA, N.I., prof.
red.; MIKHEYM , V.V., prof., red.; FKDOTOV, D.D., prof.,
red.; BABAYAN, E.11., red.; MOROZOV, G.K., doktor med. nauk,
red.; SEREBRYAKOVA, Z.N., kand. med. nauk, red.; USHAKOV,
G.K.p doktor med.nauk, red.; %'EVRIEVSKlY, A.V., prof., red,
[Transactions of the 4th All-Union Congress of Neuro-
nathologists and Psychiatrists] Trudy VsesoluznoVo s1lezda
nevropatologov I paikhiatrov. V-;kval Vses.nauclui. mod. ob-
vo nevropatologov i psikhiatrov, -Vols.1, 5-6. 1965.
(MIA 18:11)
1. Vaesoyuznyy ellyezd nevropatologov i psikhiatrov. 4th,
Moscow, 1963. 2. Deystvitellnyy chlen k21 SSSR (for Shmidt,
Kerbikov, Snezhnevskiy).

ACC NRt AM6032370
Monograph
UR/
Boyarchenkov, Mikhail Aleksandrovich;.Kerbinovl-Fe-dor Ivanovil c-hRayev
Vyacheslav Konotantinovich; Rozenblat,-ttii-i-iiy--Aronovich
Impulse regulators on contactless magnetic elements (Impul-'anyye regu-
lyatory na beskontaktnykh magnitny elementakh) Moscow, Izd-vo *'Energi-
ya", 1966. 119 p. illus., biblio. 16,000 copies printed.
Series note: Biblioteka po avtomatike, vyp. 186
TOPIC TAGS! summing amplifiers contactless relay reSulator, impulse
regulator n-AT%vit. Q"M~Iiiier'de~vrze reA"
PURPOSE AND COVERAGE: This booklet is intended for engineers, techni-
cians, and advanced students in the field of automation. The booklet
discusses the fundamentals of contactleas propOrtional plus-differentiso
proportional plus-integral, and proportional plus-differential plus-
integral relay controllers with magnetic elements. Recommendations are
given for the selection of separate regulator elements along with the
circuit diagrams and-basic technical characteristics of these elements.
Results of investigations concerni'ng the contactlese proportional plus-
integral r4lay controller with waSnatic anplifiers and contactlese nag-
1/2
ACC* NRI--AM'60
netic relays are described In detail. No personalities are mentioned.
There are 16 referencess 13 Soviet and 3 non-Soviet.
TABLE 00 CONTENTS:
Introduction -- 3
Ch. 1. Structural principles of proportional-integral, proportional
plus-integ'ral plus-differential relay regulators -- 6
1. Structural circuit diagrams of the regulators -- 6
2. Operating principles of the simplest relay regulator -- 13
3. General.requirementa for relay regulators 18
Ch. II. Elements of contactless relay regulators 23
4. Summing amplifiers
5. Contactleas relay -- 41
6. Inertial feedback unit -- 61
7. Executive unit -- 82
Ch. Ill. Contactless relay regulators using magnetic elements -- 88
8. Periodical plus-integral regulat6r with a thermal bridge in the
feedback network -- 89
9. Periodical plus-integral regulator with an integrating magnetic
amplifier in the feedback network -- 106
Conclusion -- 116
Bibliography -- 119
SUB CODE: 091 SUBM DATKs 22Apr66/ ORIG REFs 013/ OTH REF: 003/
bard 2/2 t

S()V/I? -C a -8-'2;1-1 ?
-AUTHOR`~'*: Kerbit-.4kayu, N. V., '- rl 0 VI e 1. Qrolr a . V. 3.

T Industrial Experiment in Repla4ing Sodiumsulphate by Astrachanite
in the 1-11o i ting oi 61;a3E ('I- romyzh- ennyy opyt zameny sul 'fata
riatri.ya aztrakh.--n1L,,,n pri iurk,
PERIODICAL: Z'Iteklo i ker~!mika, '1958, Nr 8, 5

ABOTHACT: The possibilities of using asirnchanite in the melting of
glass were inveetigated P.L the irstitute of Glaes (-inrtitut
steklEL) by 'S, Ya. Raf in 1940 - 19531 us well as at the
Belorussian Polytechnical Institute "Belorusskiy politekhni-
cheskiy n~Ft,,tut) bv A, G~~Zbur~, in 1~341. Besides, the
Ail-Union Institute of Halurgy institut galur-
" Ee~!~'-'Uzrlyy
gii) carried rut Investigations on the working up of astra-
chanite from 1947 to 1954~ The grerlt attention which was
attracted by this mineral may be explained by the fact that
hugp depoEitn may be Vound in *the area of the kral and Cappian
Seae(Arallnkoye i Ka:~piyskoye morya), the lower Volga
Card 1/3 (Nizhnyaya Volga) and at a nijm't)Gr of other places. The fol-

3011/72-58-8-2/17
Industrial Experiment in Replacing Sodiummdphate by Astrachanite in the )k1ting
lowing formula holds for thp composition of ustrachanite:
278x/'( 100 + B), where x denotes the percentage of Mg,:0
and B th-,~- Dercentage of H,.)(!, papers showed that 4
a8trachanite may be used 6nly after itp homogeneity had been
improved (Tief 1 '). At the end of 19'4 a workinp, !eam of the
Instituie of Glass together ATith the collective of the Eras-
nousollok glass factory carried out a continuous experiment
of glass melting in a tank furnace -~4ith astrachanite, More
thhn AOO t of this mineral were used. Its chemical composi-
tion and the sample taking are given bind described. Its work-
ing up was carried out accordinp to scheme (Fig), and this
process is then described in detail. By the introduction of
astrachnnize into the charge the prover-~ies of' glass mettIng
are not changed. The comparative data concerning wovk may
be seen from Table 2. 1, (;. Druzhinin (~?of 2) showed in his
0
paper that nstraihanite melts at a tPmPerkture of 670
Conclusions:
1) Astrachanite may be used to repirce sodiumsulfate.
2) This increases a little/-the costs of the charge.
3) To use this material successfully a respectiv,,~ vre!)~,ration
Card 2113 must be organized at its place o:~ finding.

New Tacks and a New Orientation of Our Periodical SOV/72-58-0-1/17
glass and ceramics. Finally it i.,, 9tated that the reorganization
and improvement of the periodical cannot be solved by the editors
alone. It needs the active participation of collaborators in the
glass-and cera-mic indurtry.
I. Glass industry-USSR 2. Ceramic materials--USSR 3. Periodicals
Card 3/3

I y ,P. N
of jjz~--- ur ft varp~,,- *Pnslf~n ---ont,-rller
I rv.~tr-,Tj Ocyr- 3tabilizzing, gaqoL]T;O. I zv ac ht; L;. za-. j re
n
gaz no

KERBITSKIL N.V.
Revise the specifications for machine felting. Bum.prom [381
no.7:21 Jl 163. imip 16:8)
1. Serpukhoyskaya bumaxhnaya fabrika.
(Papermaking machinery) (Textile industry-Specifications)

KERBITSKIY, N.V.
Six- cylinder contact dryer for thin sheet cardboard. Bum. prom.
38 no.11:26-27 H 163. (MIRA 171l)
1. Nachallnik proizvodstvenno-tekhnicheskogo otdela
Serpukhovskoy bumazhnoy fabriki.

CZECHOSLOVAKIA Analytical Chemistry. General Problems, E
Abs Jour: Ref Zhur-Khimiyal No 161 19581 53348,
Author : Kerbl, Vydra,
Inst : ot giVen.
Title :Metalochromic Indicators. IV. The Problems of
the Preparation and the Properties of Calcein,
Orig Pub: Chem. listy~ 1957) 51, No 8, 1457-1461.
Abstract: The properties were studied of a bis-di (carboxy-
methyl) amino methyl fluorescein (I) which under
the name of oalcein has been recommended as an
indicator for eomplexomelric determinations of
alkaline earth metalso t is suggested that the
Na salt of I (prepared by a modified proced,.we)
be named as the fluoresceine complexoneo The pure
Na salt of I is In the form of orange-red small
crystals, whieh are not soluble in alcohol and are
Card 11.5
34
OZECH03LOVAKIA / Analytical Chemistry. General Problems. E
Abs Jour; Ref Zhur-Khimiya, No 161 1958, 53348-
Abstract: soluble in 2-3 parts of wateri By spectrophoto-
metric and fluorometrid methods it was established
that I does not possess the pr6porties of a oolored
metalochromic indicator but instead has the proper-
ties of a f ltLoredoing., indicator. Diluted solutions
of I exhibit a strong yellow-greon fluoresconaeo
In alkaline solutions the fluorescence declines
and in OeO25 N solutions of NaOH disappears ent-
irely. The 0,2+, Sr2+1 Ba2+Y CU2+, A13+, Zn2+ (and
at < 0*1 N NaOR solutions Mg2+ ions as well) cause
a reappearance of the fluorescence, whereby the
red color of the solution remains unchanged% I
Card 2/5

CZECHOSMVAKTA/AnalYtical Ch&istry. Analysis of OrgEinic
Compounds.
Abs Jour: Ref zhur-mumiya, No 23., 1958, 7o616.
introduction (into the combustion pipe) of an
additional layer of lead suboxide-axide (II) on
pumice on top of the layer consisting of decompo-
stbion product of 1. By such packing a combust-
ion of the substance and the entraping of F takes
place at 5500C. The layer of J] is prepared by
mixing (in a ratio 3:1) a washed and dried (at
1050,C) commercial 11 with calcined pumice (gra-
nular of 0.5 - 1 mm) and moistened with distilled
water. For a microdetermi nation (3-4 mg of
sexple) a tube made from a supermax glass,vas used,
with a length of 30 am and diameter of 10 m. The
tube was filled in the following sequence starting
from the end attached to the adsorbing apparatus:
Card 2/4

~7;

so 107.
'Pb;sr ft=iidssIcinj. ZU*tr:Lo
PMt Production
OThe SsUction of 'Voltages for High-voltag6 Circuits
of pmt: Digging -under. takings," S. A. KerbUY, 3 PP
Promyshlennost'" No 9
Is'- a xovament afoot 'to obange the Toltege'ln
peat =Aertakings from 2- and. 3-kv to 6-kv-0 'UMMI
recentlys, however,, thisbigb voltage resulte4 in
=7 difficulties =tIl tbb development of the now
Type WWO electric motor. The author 416CUMMOG
the fact tbat. substatIms are neoessary 'if the source
electrical power is far removed frox the 'place
23T46
MM/ftelnearing (Cmtd) Sep 1947
Pover Transmission, Xlectrio
Peat - ProdLuction
it in being used. The autbor states that, it =7 be
possible to increase this voltage to 10 kv Vith the
Vresent equipment now In use. In that event., hov-
ever,, it would be most Important to =a*e use of
sabstatIons.
21T46

(MLAY T. 51
6W PHASE I BOOK EXPLOITATION SOV12315
Leningrad. Nauchno-losledovatellskiy Institut zemnogo magnetizma,
ionosfery i rasprostranenlya radiovoln
Hadioprognoz na 1958 god, ch. 1. Nastavleniye k pollzovaniyu
godovym radioprognozom, ch. 2. Karty izoplet maksimallnykh
rimenimykh chastot i naimen'shikh primenimykh vysokikh chastot
~
Radio Propagation Forecast for 1958, pt. 1. Instructions for
Using AnnualRadio Forecasts, pt. 2. Isopleths Showing Maximum
Usable Frequencies and Minimum Usable High Frequencies) Moscow,
Gidrometeoizdat (otd-niye), 1957. 150 P. 1,000 copies printed.
Additional Sponsoring Agency: USSR. Ministerstvo svyazi.
Ed.; T.S. Kerblay; Tech. Ed,: I.M. Zarkh.
PURPOSE: This collection of Isopleth chart& may be useful to en-
gineers and physicists concerned with radio propagation fore-
casting.
Card l/ 6
Radio Propagation Forecast (Cont.) SOV/2315
COVERAGE: The book contains a number of isopleth charts of max-
imum usable frequencies (MPCh) and minimum usable high frequen-
cies (NPVCh). The purpose, accuracy and use of the forecast
Are briefly discussed and examples of determining maximum usable
frequencies and minimum usable high frequencies for a given
month and year are given. No personalities are mentioned. There
are no references.
TABLE OF CONTENTS:
PART I. INSTRUCTIONS ON THE USE 'OF THE TABLE OF THE
RADIO FORECAST 3
PART II. ISOPLETH CHARTS OF MAXIMUM USABLE FREQUENCIES
(MPCh) AND MINIMUM USABLE HIGH FREQUENCIES (NPVCh) 19
1. MPCh Charts for Latitudes 75P - 850 North in Zone V East
21
(Fig. 1-7)
2. MPCh Charts for Latitudes 650-750 North in zone (Fig. 8_14) 28
3. MPCh Charts for Latitudes 550-65P North in zone V (Fig.15- 35
21)
Card 2/ 6

Radio Propagation Forecast (Conv.) Sov/_~,31~
13. MPCh Charts for Latitudes 50-150 North in zone V(Fig. 85-
86) 105
14. MPCh Charts for Latitudeq 50 North-50 South'in zone
v (Fig. 8Y-88) 107
15. MPCh Charts for Latitudes 5*-15* South in zone V (Fig.
89-90) log
16. MPCh Charts for Latitudes 150-25* South In zone V Fig.
91-92) ill
17. MPCh Charts for Latitudes 250-35* South In zone V (Fig.
93-94) 113
18. MPCh Charts for Latitudes 35"-450 South in zone V (Fig.
95-96) 11 5
19. MPCh Charts for Latitudes 45*-55" South in zone V. (Fig.
97-98) 117
20. MPCh Charts for Latitudes 75*-85* North in z-one Z West
(Fig. 99-100) 119
21. MPCh Charts for Latitudes 650-750 North in zone Z (Fig.
101-102) 121
22. MPCh Charts for Latitudes 550-650 North in zone Z (Fig.
103-104) 123
Card 4/6

Radio Propagation Forecast Wont.) SOV/2315
23. MPCh Charts for Latitudes 45*-55* North in zone Z (Fig. 105-
24. lo6) 0-45* North in zone Z (Fig. 125
MPCh Charts for Latitudes 35
107-108) 127
25. MPCh Charts for Latitudes 25*-35' North in zone Z (Fig.
109-110) 129
26. MPCh Charts for Latitudes 159-250 North in zone Z (Fig.
111-112) 131
27. MPCh Charts for Latitudes 5*-15t* North In zone Z (Fig.
113-114) 133
28. MPCh Charts for Latitudes 50 North -50 South in zone Z
(Fig. 115-116) 135
29. MPCh Charts for Latitudes 50-150 South in zone Z (Fig.
117-i18) 137
30. MPCh Charts for Latitudes 150-25? South in Zone Z (Fig.
119-120) 139
31. MPCh Charts for Latitudes 25*-350 South in zone Z (Fig.
121-122) 141
Card 5/ 6

Radio Propagation Forcast (Cont.) ISOV/2-315
32. MPCh Charts for Latitudes 350-45* South in Zone Z (Fig.
123-124) 143
33. MPCh. Charts for Latitudes 45*-55* South in zone Z (Fig.
125-126) 145
34- MPCh Charts for Latitudes 550-650 South In zone Z (Fig.
127-128) 147
35. MPCh Charts for Latitudes 65*-750 South in zone Z (Fig.
12.9-130) 149
AVAILABLE: Library of Congress JF/ec
Card 6/6 10-15-59

60) PHASE I BOOK EXPLOITATION SOV/226o
Kerblay, Tamara Semenovna
Radioprognozy i ikh sostavleniye (Radio Forecasts and Their Com-
pilation) Moscow, Svyazlizdat, 1958. 38 p. (Series: Lektsii
po tekhnike avyazi) Errata slip inserted. 11,500 copies printed.
Sponsoring Agency: Miniaterstvo svyazi SSSR. Tekhnicheskoye
upravleniye.
Resp. Ed.: L.I. Karyakin; Ed.: E.M. Broyt; Tech. Ed.: L. Sh.
Bereslavskaya.
PURPOSE: This brochure is intended for persons dealing with or
interested in ionospheric propagation for shortwave communicat-
ion purposes.
COVERAGE: The methods of radio forecasts presented by the author
result from experience gained at the Nauchn6isaledovatell.skiy
institut zemnogo magnetizma, ionosfery i raff$rostraneniya
radiovoln (NIZMIR) Ministerstva svyazi SSSR (Scientific Research
Card 1/3

Radio Forecasts and Their Compilation SOV12260
Institute of Terrestrial Magnetism, Ionosphere and Wave Prop-
agation of the Ministry of Communications, USSR). The brochure
consists of a reprint of a lecture delivered by the author and
it contains information on periodic changes.occuring in the
ionosphere and on the conditions of shortwave propagation. These
are the fundamentals on which long-term radio forecasting meth-
ods are based. A short description of these methods and-of their
accuracy is given. The principal types of long-term radio fore-
casts and their purpose are Investigated. The author concludes
that methods used by the NIZMIR need some improvement; in part-
Icular, the ionosphere above the Arctic, Antarctic and Equator-
ial zones ought to be better investigated. This is included in
the,1GY program. The methods of calculating the maximum freq-
uency which can be reflected from the ionospheric layer at a
given transmission range and the minimum frequency which zan
secure communication on a given line must be improved through
further theoretical investigation. No personalities are ment-
ioned. There are no references.
Card 2/ 3

Radio Forecasts and Their Compilation SOV/2260
TABLE OF CONTENTS:
Introduction 3
I. Physical Principles of Radio Forecasting 4
II. Forecast of the Operating Frequency Range of Radio Communi-
cations 21
III. Types of Radio Forecasts and Their Purpose 28
Conclusion 39
AVAILABLEt Library of Congress (QC661.K45) JP/ec
Card 3/3 10-8-59

Ails
j3
is
91.
'.37 Y-11

PHASE I BOOK EXPLOITATION SOV/5743
Akademiya nauk SSSR. Mezhduvedomstvennyy komitet po provedeniyu
Mezhdunarodnogo geofizicheskogo goda. Vrazdel programmy MGG:
IonoBfera.
Issledovaniya ionosfery; abornik Btatby (Ionospheric Researches;
Collected Articles. No. 3) Moscow, Izd-vo AN USSR, 1960.
100 p. 2,000 copies printed.
Resp. Ed.: N. V. Mednikov, Candidate of Physics and Mathematics;
Ed.: L. A. Trofimova; Tech. Ed.: T. V. Polyakova.
PURPOSE : This IGY publication is intended for geophysicists,
astrophysicists, and other scientists concerned with the
ionosphere and radio atmospherics.
COVERAGE: The collection of articles contains the results of
investigations on the ionosphere and radio atmospherics, based
chiefly on IGY observational data from USSR stations. The
articles may be grouped into the three following categories:
Card 1/5

Ionospheric Researches; Collected (Cont.) SOV/5743
1) studies of the morphology and physics of both quiet and
perturbed ionospheres; 2) methodology of evaluating ab8orp-
tion and drifts in the ionosphere; and 3) questions on the
use of ionospheric observations for practical purposes. No
personalities are mentioned. English abstracts and refer-
ences follow each article.
'1"'ABLE OF CONTENTS:
Foreword 5
Shapiro, B. S. An Investigation of the Distribution of
Ionizatlon With Height 7
Kessenikh, V. N. Certain Peculiarities in the Geographic
Distribution of the Maximum Electron Concentration in the
F-2 Layer 0~rer the Urals, Siberia, the North Caucasus, and
Soviet Centval Asia (1957-1958) 18
Card 2/5

Ionospheric Researches; Collected (Cont.) SOV/5743
Kerblay, T. S., and Ye. M. Kova3evdWa. Correlation of foF2
411_F'8o!a_r !~tivity Indices
Driatskiy, V. M. Processes in the Lower Ionosphere in High
Latitudes During the Solar Flare of February 23, 1956
Felldshteyn, Ya. I. The Noctural E-Layer According to Obser-
vations at the Dikson Island Observatory
Pankratova, N. S. Irregular Phenomena in the F-Region of the
Ionosphere According to Observations at the Dikson Island
Observatory
Cherenkova, Ye. P. Certain Regularities in the Behavior of
the Lower Ionosphere Over Dikson Island
Gorbushina, 0. N. On the Use of Single Reflections for
Evaluating Absorption in the Ionosphere According to Obser-
vations at Dikson Island
Card 3/5
Ionospheric Researches; Collected (Cont.) SOV/5743
Struin, 0. N.,and Ya. 1. Felldshteyn. Nondeviating Absorp-
tion of Radio, 44ves in the Auroral Zone
Gusev, V. D., and S. F. Mirkotan. On Certain Anomalies
During an Ihvestigation of Ionospheric Drifts
Rapoport, Z. Ts. On the Question of Determining the M3000
Coefficient
Likhter, Ya. I., and G. I. Terina. Certain Results on In-
vestigating the Intensity of Radio Atmospherics (Strays)
at Moscow
Rodionov, Ya. S. A Possible Method of De termining Effec-
tive Recombination Coefficients and the Rate of Ionization
'n the Ionosphere
Zakharov, V. I., and Z. K. Shibayev. Effective Recombination
22
27
34
40
51
6o
66
7
71
83
90
95
Card V 5

29500
3/0.55/61/000/009/034/036
q/.30 (1o,16) A001/A101
AUTHORS: Kerblay, T.S., Kovalevskaya, Ye.M.
TITLE: Correlation of foF0 with indices of solar activity
PERIODICAL: Referativn zhurnal - Astronomiya i Geodeziya, no. 9, 1961, 64, ab-
stract 9A515 (V sb. "Issled. ionosfery'l, no, 3, Moscow, AN SSSR,
1960, 22 - 26, Engl.,eummary)
TEXT.- The authors analyzed the correlation of foFo with the-number of sun-
spots R and intensity of solar radio emission on decimeter wavelengths I. Corre-
lation coefficients and correlation ratios were calculated. Analysis was per-
formed separately for the epochs of high and low solar activities. It was established
that a period of high solar activity is characterized not only by the change of
the regression coefficient, but also by a reduced degree of relation between
foF0 and solar indices. The conclusion is drawn that index I has no advantages
in comparison with index R for estimating median values of foFo.
T, Kerblay
[Abstracter's note. Complete translation] V11(
Card 1/1

3/169/61/000/010/047/053
D228/D304
AUTHOR:
TITLEz
FERIODICALt
Kerblay, T. S.
The dependence of the limiting frequencies of the E
sporadic layer on the apparatus characteristics
Referativnyy zhurnal, Geofizika, no. 10, 1961, 32,
abstract lOG192 (V ab. Issled. ionosfery, no. 5, M.,
AN SSSRv 1960, 50-63)
TEXT: Several models of the layer (the linear layer, the thin layer,
the layer with a sharp ionization gradient, the layer with heterogeneities)
convenient for the approximation of different types of E . were examined.
The relation of the coefficient of reflection to the frequency was analyzed
for each of them, and an estimation was made for the dependence of f 0E9
on the apparatus characteristics. The theoretical calculations satisfan-
Card 1/2

The dependence of...
S/169/61/000/010/047/053
D228/D304
torily agree with the data on the rate of change of the coefficient of
reflection with the frequency resulting f zo m the analysis of the f0E.
fbEa differences for various types of E 8, and also with the material
obtained as a result of the processing of ionograms with a different, re.-
inforcement by data about the dependence of different types.of f 0ES on
the receiverts amplification. f-Abstracter's noteg Complete transla-
tion.-7
Card 2/2

4?1 ?//0
AUTHORs Kerblay, T;S.
8/035/61/000/1)10/023/b,A4
AOOI/AIOI
T--=t Soffe peculiarities in geographic distribution of critical frequen-
oies of,the F-layer during high solar activity
PERIODICALt Ref erativnyy zhurnal, Astronomiya i Oeodeztia, no. 10, 1961, 6o, ab-
at-rao-t loA426 (V sb. "Issled. ianoaferyh, no. 5, Moscow, AN 3SSR,
19460,- 74 - 80,.Engl. summary)
Tht-geographic distribution of foF2 in analyzed on the basis of
materials from ihe world network of ionospheric stations during the period from
July 1957 to December 1958. Position and magnitude of extrema-in various sea-
sons and varieug hours of day are considered. Latitude distribution of foF2 in
years of high ard low activities is compared.- It is found that in the years of
very higIr-solar 9.,Aivity, 'geographic distribution of foF2 has the greatest -
stragifing. Son-e a'syr=etry was discovered between the northern and southern V/1
hemispheres. At. specific features of geographic distribution of fOF2-in the 43
years of very h--gh solar activity, the author notes the increase of an additional
Card 1/2

S/035/6 1/tw/O 10/02)/034
Some pecullaritiiis in g;ographio distribution ... AOOI/A1O1 I
maximum in the regicn of 60-800 n,1. declination and maintenance of diatribution
-with a minimum on.the magnetic equator during a greater part of the day. There
are 6 references. 1B
T. Kerblay
[Abstracter's note: Complete translation]
Card 2/2

S/169/62/000/008/083/090
9,9130 E032/Ell4
AUTHOR: Kerb lay, -- T.. S.
TITLE: Irregularities exhibited by the sporadic E-layer and
their use in radio forecasting
PERIODICAL: Referativnyy zhurnal, Geofizika, no.8, 19b2, 26,
abstract 8 G 200. (Tr. In-ta zemn. magn. ionosfery i
rasprostr. radiovoln. AN SSSR, no.19(29), 1961, 96-112).
TEXT: The main features of the sporadic E-layer are discussed.
E,-layer irregularities are described, namely, the diurnal and
seasonal variations and the geographic distribution. The dependence
of the critical frequency of the-layer on solar activity'is
analysed and it is shown that it may be dxie to changes in the
absorption within the solar cycle. ~Jethods of improving ES
forecasting are noted.
~Abstractorls note: Complete translation.~
Card 1/1

U527
S 66/6io/oo6/013
/831/62/0
E032/E314
AUTHOR: Kerblay.. T.S.
TITLE: Variability in the characteristics of the E a layer
SOURCE: Ionosfernyye issledovaniya. Sbornik statey, no. 10..
V razdol'programmy MGG (ionosfera) Mezhduv. geofiz.
kom. AN SSSR. Moscow, Izd-vo AN SSSR, 1962. 4.8 - 57
TMXT: This paper reports an analysis of the variability in the
limiting frequencies and blanketing frequencies of the E s layers,
based on IGY data 'for nine sta.ions, available at the World IGY
Data Ccntre. Distribution curves were plotted in each case for
foEs (type C, "PI f, h, r, a and q). The average values at the
nine stations (Tula, Fairbanks, Dickson, Salekhard, Adak, Alma-Ata,
Chiklayo, Johannesburg and Capetown) for f (median; Mo's ) and the
0
dociles 0-,o and ce were found to be 11.0., 21, 44 (type c),
90
4-0, 32, 51 (type e)j 3*6, 39, 65 (type f), 4-2, 20, 33 (type h),
4-1, 30, 40 (type r) and 4.7, 39, 57 (type a). In the case of
type q results, the data were only available for Chiklayo (7-2,
40, 30). The corresponding results for the b;anketing frequency
Card 1/2
!A

S/831/62/ooo/oiO/oO6/013
Variability in .... E032/E3111
f (median) at these stations were (3-5, 24, 26), (3-0, 29, 39),
(E3, 29, 49),' (3.6, 211, 21)-1 (3-3, 29, 33), (3-0, 28, 37) and
(3-7, 30, 33; Chiklayo). The data indicate that there are
considerable differen Ices in the variability of f 0 Es and fbEs.
of various types of the sporadic layer. In many cases, the great
variability in ~ 0 is accompanied by a.similar effect in f b
(e.g. in the case of type f), i.e. both the critical frequencies
and the blanketing frequencies for a sporadic layer of a given
type may be subject to considerable variations. In other cases,
the great variability in f 0 is accompanied by a slight variability
in f b (e.g. typo c). This suggests that the blanketing frequenci( a
for this type of layer are relatively stable and the'critical
frequencies may reach quito high values, while the Es is, as
a rule, transparent at high frequencies. These data may, to some
extent, be used as a basis for determining the MUF for reflections
from the sporadic E-Inyer. There are 2 figures and 3 tables.
Card 2/2

S/203JG2/002/003/010/021
1023/1250
AUTTIOR., Korb 1a7,, T, S
TlTLEt lAnximum frequencies for oblique Inoldenoo for 'two types'
of Es
PERIODICAL: Goomagnotizm I Aerynomiya# vo2j noo3, 1062, 400-494
TEXT: Because of sbsonce of experiments, I dnta on the maximum fro-
quanclos of rndiowaves reflected from E., the-.7 were calculated for
different models of the In-yere Two modals were considered: a thin
ln-or nnd a la7ar with a high gradient of Ionization* FormulrAs for
tile calculation of the reflootion coefficient are given for both
modeln. 'Ilia depondenoe of the reflection coefficient p on the fro-.
quency for different Incidenro angles (0 to 800) Is presented &aphA7
call-y for both models. The reflection coefficient is always larger
Xor an oblique than for a vertical incidence, For both models# the
rate of docrease of p with Increasing frequency diminishes the larger'
the Incidence angleno The wximum usable frequency (muf) for the i
E. layer for oblique incidence depends verl strongl-y on the radiation
Card 3,/2

S/203/62/002/003/010/021
102Z/1250
Mnximum frequencies for&..
..
intensity and the sensitivit7 of the receiving apparetlis. The rmifs
for different incidence angles (0 to 800) when reflection coefficien-
ts are 0.01 and 0#05 are calculated. Absorption In the D layer and
the frequency dependence of the transmitter power and the gain of
the transmitting and receiving antennae etre negleateds There are 2
tnble3l 3 figures,, 4 references*
Card 2/2

AUTTIOR: Kr~ltiy- -.s-.---
A__T
h 60/002/003/011/021
S/20ri"032
1023 1250
TITLE: Some statisticAl ro3sults on different types of the Ea
layer
FER10DICAL: Goomagnotlzm i Aeronomi-.a, v.,2,, no,3, 1962, 405-501
,TEXT: The diurnal variatlans of the probability of appearance of
if E and fbE larpor than 3 Me/a for each tyne of E are given for
dMorent 3esasonse Data from 05 stotions, with lathlides distribut-
od almost evenly,, collected during the IGY,, were used fo3~ the ana-
lysis. The following probabilitins were calculated:
1) probability of appearrnee of s given.tyne of E with foEa;~'3m/s
(in of the total number of ionospheric observations).
2) probability of oppoaranco of a given tVpo of E. with foEs>-3MO/S
in % of the number of ER observations)
probabilit- of appearance of a screening EB of a given t-ype with-.!
fbBa ;~- ;51*3/a (in 141 of the number of obaervations)o
The diurnal vnriations nnd the distribution of different types of S.
C ar' d 1/;5

S/203/62/002/003/011/021
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Some statisticnl resultses,
depend on the latitiidae In thn polnr regions the probability of
appearance of the typea ap c, ho f and I of B is very srall. The
probability of annearnnee of the typen op ho 1, 1 in the aurora re-
gion Is small. ifits charactoriitic t-pes for this region, a and r.,
are ob3orvads, The probability Of Rppearence of the types c0 h, f and
1 in the mcdium-latituda region Is high* The main types In the near-
.equatorial region are a, hp fp 1 and sometimes q. The enuatorial
region is characterized by a strong q-type layer in the da7 time.
A superficial inve.3tigation of the 3ensonal changes In the variations
of the different types of the E laver indicates an asymmetry bet-
wpen the southern and northern Aemi,;pheress An inve.stigation based
on data from station pairs with enual geographic latitudes or in-
clinations confirms this asymmetrys In the day time,, during summer,
and in southern hemisphere also during winter, the rGflGQtIon pro-
bability from an Es la-yer of c-type its large (larger than 60% In* the
latitude range from near- equatorial to the aurora regions, Calculat-
Ions show that for a distance of 2000 km In the range of 200 to 600
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/62/002/003/011/021
8/203
1023/1250
some atatistioal roaultass,
t~a probnbility of mnintFtining radlo-oommunication by. reflection
from U.9 for frequene ton up to 15 Mc/s Is tJ 80,Z' durInES ~fq time in thd,
eourso of summer. The E layers 'of f-type have a probabillt7. of
4ppearnnce of 50-70e' durIng the-nighta The f-type layer
terJv,ed by long durations: 2 hrs and more, There are 2 tablec" 3
figlires,, UY references.
ASSOCIATION: Institut zennogo magnatizmas ionoafery 1-rasprostra-
(Instiiute~--of
neniya radiovoln Akademii nauk SSSR
Terrestrial Mngnotism, Ionosphere and.Radiowavla
Propagation# Academy of Sciences USSR)
SUBMITTED: February 16, 1962
Card 5/3
-'!OR:V~%-K-"~'~i' 1--*;~z" ~L"'
N."

-KMLAX*I-;4 .1 1
Z. -
Effect of horizontal gradients of electron concentration in the
ionosphere on the magnitude of the maximum applicable frequency,
Geomag. i aer. 3 no.4:772-775 J1-Ag 163. (MIRA 16:11)
1, Iastitut zemnogo magnetizma., ionoafery i rasprostraneniya
radiovolh AN SSSR.

AccmuoN NR, Ap4olmq
0/0203/64/004/00:L/0062100&
AUTHORS& Kerblvp T. Sol Voloshinova, Zo V.
TITLEt Determining the slopes of surfaces having equal electron conoentrations JA
the ionosphere from data on the distribution of Ionization with height
SOME: Goomagnatiza I aeronomiya, ve 4. no. 1. 1964j, 61-66
TOPIG TAGSt ionosphere., electron conowArationp Ionization distribution,, N(h)
profile
ABSTRACT: The authors have investigated slopes of equal electron concentration
arising from differences in heights of equal density distribution (bN,) at'differeut
latitudes through differences in illumination and because of latitudinal distribu-
tion or No* In the first case a definite diurnal coarse in slope angle was
obaorv6d, according to changes in hN Negative slope angles of 2-30 were observed
as the sun rose. Negative values of equal value characterized the evening hours*
In the second case (latitudinal variations lim hN the slope angle reached 9*
0
Card 1/2
ACCMION NR: AP4013139
0 from data on N(h) profiles at a 11uber of
mputat,ons of slope angles were =ad orld map for hat 7, . It was found
Go I
ations in different latitudes and from the V than the data on%.(h) PrOfilss for
ev solute values ion of slope are in
that the map gives much smaller Ob mid the direct ad to maps of hNcs W
but the times of appearance
individual da,100 maps of hw Y,,,, replott
0 authors conclude that LI-conoontration slopes On the Propaga-,
agreements Th effect of these 0V and 2 tables@
.be used to determine the 1 3 f !4PwOB
tion of short waves* Origo arte has 3fery* i rasPrc5tranelliya radi0vQlA
SSWIATIO14: Inatitut zemnogo magnetizmas lonol Ionosphere$ and propagation Of
AN SSSR (IMtj+,ute of Terrestrial XaPetis2v the
A
RadiO Waves AN MR) ==64 00
,SUBMITTEDs 2DW63
SUB GoDEs ES
NOW MVA M4
002
Card 2/2.

ACCESSION URI AAW319 8/0203/6h/ooh/001 /0179/a8~'j
AUTHORt Kerblay.,'T. 8*
TITLEi Lindting frequencies reflected froin the thin layer Es at oblique incidence
SOURCE: Goomagnetitm i aeronomiya, velp no. 10 1964,,, 179-180
TOPIC TAGSs lonospherej S. layer# radiowwre propagation, reflection coefficient
ABSTRACT: Studies of ionospheric structuro by rockets have shown that the thin
layer is a suitable model for Be type layw,s, Using this model,, effective values
of the maximal limiting frequency for the ndnimum reflection coefficient (0min
0.01 are computed for various angles of incidence (Oc
-800) on the layers Four
Itypical cases are conDiderod for several characteristic values of tho parameters
and fmax. The quantity 2e is the haU-thickness of the loWers i9es, the
thickness in which the electron concentration N
T'ree and f M= is tbL frequencyl
corresponding to the maximal electron concentration of the thin layvre The cases
selected are f,,e 3e0 Hot 100 M and 200 Ms and fmae 5*0 Hot 200.M and
LCard. 1/2
I VOW -~~,fig%N-
I

Accmsia NR: AW13149
3.000 m, The change of the reflection cooff iciont with frequency for the various
incidenco anglos is shown for the first caao6 jt ia found that the fractional
increase of limiting frequency with increasing 'incidence angle is essentially
the same for all four casese The fractional increase is somewhat larger than that
for the normal 8 layer with the same increase of inoidonco angle* Origo art* has t
8 equationsj, 1 diagrams and 2 tables.
-ASSOGIATION: Institut zemnovo magnetizma) ionosferyl~i rasproatraneaya radiovoln
AN SSSR (Institute of Terrestrial Magnetiums Ionospherep and Radio.Wave Propagatiorl
AN SUR)
3IAug63 Nt Qi. o2mar64 WULi 00
OATS AC
SUBMTEDs
So CODES PH NO REF SM 003 M=I 0011
card-?

VASILIYEVAI T.N.j_KERBLAY) T.S.
Various types of dependence of f F2 on solar activity. Geomag. i aer.
4 no.5t861-865 S-0 '64. 0 (MIRA l7ill)
1, Inotitut zeEnogo magnatizmat ionoofery i rasprostraneniya radio-
voln JLI SSSR.

ay T S KD,. a I cv-;p4yia- Ye
RIO V:
7 1

I I" P~~' 4m,
- i
-ics anU ) tableS.
' i e;,

1 -6~~40: W41
L 2883-66 3d(d)/AK*M-D/FW-2/ (1)/0A(s'p)-2/EW(k)-2 AST
ACCESSION.NR: AT5023588 IM/0000/65/000i dil~iidldifi
AUTHOR: Barbasov, F.-X,; A64i
K _-M
LY
TITLEs Chatacteristics,of_o~bart-wava radio communicaticn with an
aceships
SOURCE: Voeeoyuznaya-konfergntjiy&_po fizike kogmichesN~ros trans tva i- - -Moscow, -
65,-_Is`s1edovanLya kosmicheskogo,
prostranstva- Space research);- trudy konferentsito
Moscow, Izd-vo Nauka,.1965 -220-227-- A
TOPIC TAGS; radio commuaication,.apaceeraft -communicallion,- radio wave-propagation
e,
ABSTRACT: Optimum..frequencies for.c*mmunication between distant points u a ac ar
studied under the-assumption of an ionosphere-of a spherically stratified structure
with.parameters that are uniform within the limits of a~,Oingle discontinuity. The
F2 layer is consideredthe basic reflecting layer. Data on the reception of signali
from transmitters carried- by, the., Vost,ok--avaceships --operating- at -about - 20-Me-ars
analyzed-. -In-most-cases , communic3tion was possible at M Me, even though it was
in.exceas of the standard MUF. To determine si-nal pathm under'real conditions, an
analysis was made of the deviation of calculated MY valves from the actual radio
Communication frequencies Ir was found that the deviatlon is essentially dependenj_:~-:-
on the hour of the day#- then the receiving point was in the illuminated hemisphere-~-7.-
1/2

_L 2883-66
ACCESSION NR: AT5023588
[i.e., when the MUF at a c ntr 1 point nearest. -the, receivirig point was 20- Me but
-0 -0
!lower near the spaceship - the probability of communication was considerably higher
.than when the receiving point was not Illuminated. The ability to communicate with
!the Vostok spaceships at a frequency exceeding the standarl MUF was attributed to
anomalous prppagation . of iddio - waves.:. . Signal paths, including -reflection
fromthe Es- layer, -play-.a significant .-role. in- spaceship coimaunication. - Reflection4
!from the Es layer in the region nearest 'the recei~;ing-poinl: and propagation along.-I
i cochetIng paths can appreciably increase the upper limit of short-wave communtcation-,
iri
iwith spaceships located near-the maximum of the F2.1ayer.-Jt is concluded that when'
.a spaceship is located below the maximum of the P2 layer,..in addition to radio waves
reflected from the F2 layer, waves of-higher frequency can.'propagate along ordinary
paths at the expense of.other propagation paths. An Important role in the propa-.
1gation - of f requencies higher_:_,:t,han the, standard MUF is - played by the sporadic'ionia- i
lzation in the F2 layer and by the presence of--horizontal ionization gradients. Ori'
jart. has: 6 figures ana 2- tables 4'. PRJ
!ASSOCIATION: none
SUBMITTED: 02Sep65 ENCL 00 SUB CODE:fSEC
NO REF SOV: Oq5, 005~ ATD,PRESS
Card 212

2k)1-66 EW--T(-l)- __G__W ------
ACC NR- AP6011701 SOURCE CODE: UR/0203/66/01)6/002/0322/0326
A/10
AUTHOR: Kerblay. T. S.
ORG: -Institute g1f Tprregtrial MagaetIsM, The Ionosphere, and Radio-Wave Propagationp
AN SSSR (Institut zemnogo magnetisma, ionosfery I rasprostraneniya radiovoln AN SSSR)
TITLE: Variations of the maximal electron concentration of the F2 layer with solar activity
SOURCE: Geomagnetizm I aeronomiya, v. 6, no. 2, 1966, 322-1.126
TOPIC TAGS: F layer, upper atmosphere, solar activity
ABSTRACT: The author examines the cyclic changes of the parameters of the upper atmos-
phere and of Ionizing radiation which can be responsible for a change of the maximal electron
concentration N with the cycle. The examination Is carried out on the assumption of the
simplest type oinequation of Ionization balance in the region of the maximum of the F2 layer
without consideration of the diffusion term. The results of the stady show that the forms of
the dependence of the maximal electron concentration on the relative sunspot number, N
(R), including the effect of restriction observed under daytime conditions that were obtOned
for middle latitudes, can be explained by the changes in the parameters above the upper
atmosphere following from corresponding changes of tpmperature and also by changes of
solar ionizing radiation. The calculations derived in this study yield only an approximate
estimation of the changes of N In . The calculations showed that t~e temperature to a quite
1/2 UDC: 550.388.2

11 L 33291-66
ACC '~R, AP6011701
A
important parameter, even small changes of which quite substantially affect the altitude dis-
tribution of individual gas components. The current concepts concerning temperature changes
with the solar cycle are still rather imperfect, for example, there is no information on
seasonal temperature variations which, evidently, should exist especially at middle and high
latitudes if a diurnal variation of temperature depending upon Illumination exists. A further
refinement of the information on the temperature of the upper atmosphere will permit more
accurate estimates of the variations of the maximal electron concentration of the F2 layer
with solar activity. The author thanks G. S. JvajLQv-Kholodnyy for his beneficial discussion
of the problems associated with this study, Orig. art. has: 4 tables and 1 figure.
SUB CODE: 04 / SUBM DATE: 09Feb65 / ORIG REP: 003 / OT]l REP: 006
Ca