SCIENTIFIC ABSTRACT ZHABITSKIY, G. - ZHABOTINSKIY, M.YE.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ZHABITSKIT-G ZINCHENKO, 0. kavitan
Ybuth trains for the defense of the motherland. Knmm. Vooruzh. Sil
46 no,9:69-w75 MY 1:65# (MIRA 18:7)
1, Perm onkratarl Tlantrftllnogo komitetn TAnInOogo kommunlati-
cheskogo so'.vuza molodezhi Belorusali (for Zhabltskiy). 2. Pomoth-
chnik nachaltnika politicheskogo upravleniya Belorusakogo voyetnogo
akruga po komsomollskoy rabote (for Zinchenko).

ZHABITSKIY. DUIJINSKIY, D.; YANCHEVSKIY, V., red.
[On amateur radio waves) Na molodezhnoi radiovolne. Mo-
skva, Gos.kom-t po radioveshchaniiii i televideniiu, 1962. 47 p.
(MIRA 17:4)
1. Sekretarl.TSentrallnogo komiteta Leninskogo kommunistiche-
skogo soyuza molodezhi Belorussii (for Zhabitskiy), 2. Star-
shiy redaktor peredach dlya molodezhi Belorusekogo radio (for
Dubinskiy)

KHOWINKOP A.D.; ZIIABITSSIKIYp P.F. [Zhabytalkyi, P.F.],- RYABCJKLYACH, V.0.
flew types of mixed fertilizers containing trace elements.
h"him. prom. [Ukr.] no.4:6-lo O-D'63. 04IRA 17;6)
1% R. 94

~4ABITSKIYP P..P.jZhabytsl.kyip'P.P.); POTAPEMO, V.D.
Use of polyacrylamides for the improvement of the physicomechanical
properties of superphosphates. Khimaprom. [Ukr.] no.102-34
Ja-Mr 164. (MIlLk 17:3)

Characteristics of the work of the nawmilling and woodworking
industries of the U.S.S.R. Rauch. trudy TSNIIMOD no.16:36-77
t63 (MIRX 17 13)
1. Zaveduyushchiy laboratoriye7 ekonomiki promyshlennosti,
nomirovaniya truda i zarabotrioy plat7 Mentrallnogo nauckno-
issledovatellskogo instituta mekhanichookoy obrabotkl drevesinya

TEMOVY IV.; BOIADZHIEVA... M.; ZHABLF21SKI, A.
Trea-Emant of some psychoses and neuroses with andaxin. Suvr.
mad. 13 no.6:26-31 162.
1. lz Katedrata po Psikhintriia pri VMl [Vissh meditainskl
institut) -, Soflia lRukovod. n& katedrata akad. G. Uzunov).
(MEPROBAMATE) (PSYCHOSES) (NEUROSES)

BULGARIA
kA
TMOV) IV. I Y. BOYADZIIIEVA and AL..__4'H1AB1LffSKI Depart-
-Ua-f _rTy-b
ment of Psychiatry (Katedra po'Psik ~Y, higher
Xledical Institute (Visshi Neditsinski Institut), Sofia*
"Psychiatric Treatment with Centrophenoxin (Lycidryl)-l'
Abstract:,ZA-uthors' Russian summary modified/ The authors
report on the treatment of 7G patients (41 "'in depressive
states, 16 with neuroses, and 19 with organic illnesses
of the central nervous system) with centrophenoxin (lyc-
idryl, ANP 235). The preparation is more effective with
depressive states of organic origin. It favorably affects
sleep, ve-etative disturbances, and patientel-disposi-
tions but'-'does not eliminate conditions. The p:epara-
tion should therefore be used in depressive states in
combination with thyMOleptiCB or in more severe cases
with electric shock- In the treatment of neurpes t , thR
L1/2/most favorable effect is achieved on neuras he4 as
Sofia, �uvremenna Neditsinal Vol 14, No 3, 19632 pp 39-45.

BULGAI? IA
Sof is. Suv3:cmenzia Merlit5ina, Vol 14, Ito 31 1963; pp 39-
45 tcontinued).
especially when vegetosomatic complaints are predominant@
There is also a beneficial effect on vegetative syndromes
J~-i traumatic brain disease) although the focal manifesta-
tions remain unaffected. The effect is also favorable
in organic diseases of the central nervous system (brain
arterioscclerosis, intoxications, etc.) which occur with
dulled consciousness in varying degrees. Faster recovery
of consciousness and a reduction in the duration of 1--sy-
chosis were noted in two caBes of delirium tremena. The
observed no radical side effects or complications. Six-
teen Western references of recent date.
j2/2

MRZUIISY,,I) A.; STAYI-TOV, G. [Stainov., G.J; VANKOVp I,; ZHABIZITSXIv_~!,j
YANEVA., N. [IAnevaj N.1; TENCHEVp X.
Characteristics of the'fleetimg umbrae during the total solar eclipse
of Februm7 15 , 1961,: Doklady BAN 15 no-4:365..360062.
1, Predstavleno akad, G, Nadzhakovym (Nadzhakovo G.].

KHLEBANOV, St.; CHESFDMZBIEV9 Zh.,;-ZHABLENSKI,--BA-___.
Magnesium sulfate as an antiperspirant (preliminary communication).
Suvrem med., Sofia no.12:118-123 160.
1. 1z Nauchno-izsledovatelskiia kozhno-venerolo~ichen institut, Sofia
(direktor prof. P.Popkhristov) i Mediko-sanitarnata chast No.Zp
Gabrovo(glaven lekar Zh.Cheshmedzhiev)
(SWEATING)
(YIGNESIUM SULFATE ther)

ZHABLEINSKI, 1-1.
,"Heterdyne Wave Meter."
P4 34 (Radio I Televiziia) Vol. 7, No. 6) 1958, Soflia) Bulgaria)
Monthly Index of East European Accessions,(EEAI) LC, Vol. 7, No. 11,
Hov. 1958

IF -.1 1- .. -
ZHAr,LW4KI-pN--
"Measurement of high-frequency electric current." Vol 3, No. 5/6, 1954, p.59, Radio, Sofiya
SO: Eastern European Accessions List, Vol. 3, No'. ki, Nmv. 1954, L.G.

33ABOKIN, I.A., redaktor; BALBACHAN, Ta.1, redaktor; BARABABOV, P.A.,
redaktor; BUCMIEV, Y.K., redaktor: VLADIMIRSKIY, T.Y., redaktor;
GRIGORfYF,7, S. Te., redaktor; DOOK11f, A.V., redaktor; ZHABO, T.T.
re(iftktor; ZADMIDKO, A.W., redaktor; ZAITSXT, A.P.,
IL'ICHEV, A.S., redaktor; KAGAN, Y.Ta., redaktor; KRASNIXOVSX~Y,
G.V., redaktor; KRASOZOV, I.P., redaktor-, KRIVONOGOV, K.K.,
redaktor; LAUYANTS, A.M., redaktor; MOGILEVSKIT, N.M., redaktor;
ONIKA, D.G., redaktor; OSTROVSKIY, S.B., redaktor; OSTROVEXIT,
S.H., redaktor; PEYBAKHOVICH, G.I., radaktor; POCHENKOV, K.I.,
redaktor; SIR! rACHENKO, P.N.;radaktor. SKOCHINSKIT,A.A., rodaktor;
STUGARN, A.S., redaktor; SORKIN, X.I.; SURAT, V.K., redaktor;
SOBOLLV, G.G., redaktor ;TERPITOREV, A.M., redaktor; KHUDOCOYrSEV,
N.M.; redaktor; TSTPKIN, V.S., redaktor; SHEffAKOV, L.D.. redaktor;
SHILKOV, A.A., rodaktor;ANDRSM, G.G., tekhnicheskiy'redaktor.
(Seety rules in coal and shale mines] Pravila bezopasnosti v
ugollnykh i slantsevykh shakhtakh. Moskva, Ugletakhizdat, 1951-
207 P. (MLRA 9:1)
1. Russia (1923- U.S.S,R) Minioterstva ugollnoy prou7shleanosti.
(Coal mines and mining-Safety measures)

01ABOTINSFUY, A.M.
Periodic oxidizing reactions In the liquid phane. D&.1. AN
SSSR 157 no. 2:392-395 J1 164. (MA 17:7)
1. institut biologichaskoy fiziki AN SSSR. Predstavleno
akademikom A.N.Frumkinym.

"on Fluctuations in an Oscillator with an Inertial Nonlinearity.," ZhUr.
Eksp. & Theor. Fiz., Vol 26, tio 6) 1954, PP 758-9-
B-83749, 4 Apr 55

I-N
HAVROTSKIT,, ZHABORINSKIY, Y.M., professor
Incorrect elucidation of the problems of sanitary protection of
natural water. Gig. I san. 22 no.3:73-74 Kr.157. (NLRA.10:6)
1,.Predoedatell ]Ciarlkovakogo g1glyenicheskogo obohcheetva (for
Havr6tekiy). -2. Chlon pravlenlya Kbarlicovskogo gigiyenichaskago
obs~chestva' (for Zhabotinskiy). 3. Chlen-korrespondent Akademii
maditsinskikh n.aiik SSSR. (for Novrotskiy)
(WATER SUPPLY
sanitary protection of water reservoirs in Russia).
(SANITATION
same.)

A. V., Z' c
"i-iethod of Detenmination of the jize of Colloidal Paricles"I ~(oll Z, 2)
6, 1913-
MM, -0
UMP fiM

ZHAWTINSKIY, luliy Mikhaylovich; SUKHOV, Yu. Z. p red.
(Normal and pathological morphology of the reuron]
Norinallnaia i patologichookaia morfologiia nelrona.
Leningrad, Meditsina, 1965. 322 p. (MIRA 16:10)

ZHAWTINSKAYA, L.A.. kandidat tekhaicheskikh nauk.
Morms for designing the profile and plan of narrow-gauge
railroads. Tranepe stroi. 6 no.8.*24 Ag 156. (MLRA qiIO)
(Railroads, 11arrow-gauge)

7

USSR/Medicine nutrition FD-3056
SR
/M'
[
Card 1/1
card 1, Pub.141 2/23
Author Yakovlev, N. N. and Zhabotinskaya, 0. P.

Title The effect of administering a vitamin complex (A) Bl,B2, PP, C,
and D) on work capacity and carbohydrate metabolism during muscular
activity
Periodical Vop. pit.,, 9-15, May/june 1955
Abstract Systematic and prolonged administration of the above vitamia
complex to -white rats results in raising the work capacity and
hastening the re-establishment of glycogen reserves during rest.
This effect isIncreased when a large-amount of the vitamins is
given, although a "ceiling" is reached at a certain level. la
order to raise the work capacity of an athlete, the complex must
be accompanied with a daily dose of 250 mg of ascorbic acid. The
increased work capacity is more apparent during prolonged exertion.
42 references (26 USSR; 27 since 1940); five tables.
Institution Department of Biochemistry (Head - Prof. N. ff. Yakovlev) Sci-Re3
, Inst of Physical Culture, Leningrad
Submitted

4M-'V~ A.I.; ZAYTSEV, F.F.; STREWNIKOV,, V.D., inzh.; VOMESSERSKIY, G.D.p
kand.tekhn.nauk; ZiIA30TIMPLYA, L.A., kand.tekhn.nauk;
LEBEDEV, A.I.
New textbooks on surveying and deaignin6 railroads. Transp.
stroi. 12 no,506-61 My IQ, (IMA 15: 6)
(Railroad engineering)
MIFEE
IM 9- 1 WROM I I

ZHADOTINSKAYA L A kand. tekhn. nauk, dots.; VOZNESENSKIY, G.D.j
- q~J_
kand. tekhn. nauk) dot,s.p red.
(Methodological handbook on thecalculation of bridge pas-
sages] Metodicheskoe posobie k raschetam po mostovomu pe-
rekhodu. Pod obshchei red. G.D.Voznesenskogo. Novosibirsk,
.1963. .14 p (MIRA 17:5)
1. Novosibirsk. Institut inzhonerov zheleznodorozhnogo
transporta. Kafedra "Izyskaniia, 'proyektirovaniye i po-
stroyka, zhelezny kh dorog".

ZHABOTIISKAYAP L..A,, dotsent, )mnd. tekhn. nauk
Method for-evaluating the economic efficiency of changing route
alignment of existing railroads. Trudy NIIZHT 26t17-28 162.
(Y*ilrolads engineoring)
U

ZHMTINSXffA, L.A., kand.tskhn.nauk; GADIVALIDT, Y.Y., inzh. (Novo j) ibirok)
re about the offecti*eness of lengthening tracks in railroad
yards. Zhel. dor. tran,.op. 1. 40 no-9:36-39 S '58. (MIRA 11'.10)
(Railroads-Yards) (Railroads-'-Track)

ZI-I&SOTIVSKAYA, R. 11.
Merkmlo.v I I Zhabotinskaya, R, N., and ?Tedresh, E. 1. "D-Terience In min.,-
ossow-IcAmol in certain eye infectionq", Uchen. zapiski (TA..-r. nrluch. -is sled. ir,-t
oftalmologil im. prcf. Giroinana), Vo~. V, 1948, p. 47-52.
SO: U-3042, 1-1 Ifarch 53, (LeLuopis 'Zhumpal trrrkh Stato-v, No. 19/,q).

Zbabotin-,kaya, R. IT aml '-Tcdres~, E. I. "PonicIllIn treatnent of orb-Stal pl-dc7-
,D. -. pr r 'Tlan-p)
monsil, Uchen. zapizi--i (M:r. navcli.-Issld. in-t oftalmolop In or G1 s
Vol, V. 19/18, P. 39-43.
SO:~ U-3042, 11 I-arch 53, (Letopis 'Zhurnal Iny1ch Statey, No. 8, 1949).

kii; 6oT)N Sr% MIA
v,
,

DBRIVA17YES. U. V.
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r
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0 0 0
4~1 -.1 - J--L- AA 0 A ICAJ
fly AN 4 0 0
'a
2-Antinotesombsol and Its iferivocives. M. V. Ligno.-IIINJIST41Y A'(~_V R Z14,41hp-
osi
"...AYA
10.1f4ft. Moil, (U. S- S. R.) S. 701-1,04U).-Ifie sticulpU 57AMM-2-
t /0' 1 I.*o
I I by tho Smadvity" traction have failed, because the ifistolixotior; t4
aillitlarrmovillol (1) Firoilum 4.tIitrim*-J diAtittvarluol (II)and not
is Whili: wine alkylAtod dcAvs. of I west invif%tizated befort, the It" I sjul its III-ire diroct
deriv were not hiolmed. 2-C4IIJO(O1I]i%NII%-1ICI.SCtCIt (111). was
I ~,btjklnrd In 4.41) g, yield (716.21) frottl 5 a. tiowd, 2-C4If#(OII)JN(h (IV) and It, ir. granu-
L
4 lit (41. 1.1t))Initinall Imm,tionso with III In the -041
so z vuM hy mplus site I%-4kvr with it plom tod, and putifyiiii; with ctint-Al, I ilk little Il'o.
V
1.110 call IV ittilated froill at With tellill. 1.11clWaSlICCIRIA"
Cc.
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Ca(CIO)v a blur Z: 00
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off NNAc, whitr cilviol,% bv, Wit. fruits MeOll Willi HIA ill. 114-4% w). ill me'Co. MCON Soo
slid C111L W*
'It. IN 'Iv Itt 11.0 slid C4110, still itmil. in MAO 41,1141 HIC"It. I% nut AlleCted
by A11,6111CSSIld 9JYV2I1OCUIQC With FtCls- Tht HCI 14dt Of 4,"ibf0I11O-2eamlvorv"-
rillol (V). Obblittrd Willi a gotid Yield Irtlin 111C1 In 10)% AcOll slid *' mols. of fIr In
J1
AM% AcAllit, eryiblls (total ate. Irr dilS with 11.0. sit, Lh 1-0". -4, fit Nfr$C0 Ond ate.,
so
41
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ith 11
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r
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69 29. IrOXISMI; IMT111'rTser, 16Q SC Wi. and that tit the Imitess of the quhionciii tylv
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0
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Ctl [&(Oil h N*Ot (flaryer. Her. Y. 964(1874); Ifenrich. AUJIS, 4101). while the action tit
IIN(h on the Nil, stroup is retarded by the steric hindrance. which rr-ultm In the rarely
00 timirting traction of a dia"Itatitin and Vshn-ki fornustion with equal Rpm], as In tilt 00
0 t4oiloction tit It. Amfilints; to it* theivirm of the strixturvot 4Iis*upIwno6, the volor.
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09 react ill 2 IIAU11(1111eriC fonits as nitiv-so comixts, and quitione monoxi isle% tvity explain the 06
so 11 fawnts of 11 as shown by the forrimulits 3 and 4. U was obtained in 1.45 it. yield by
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: C(Oll) CN N C
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00 1. (1) 1 (2 .)
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4f ~W$- -------- -- -
OR *I psoctilts A-0 POU040f,tv "Vit
and
040 A; G( dAylelle thlarithydrid and
glytal with bitusse"Hout2ddo dIchWife In the Vr*%-
~vmc* of oldno. At. V. Likhotherslov. V. it. Mislut
HnAsys, L. 13. P&WOVAAYA and At. Va. fulbirliaent", i-00
00 717--1". CAM. (U.S.Slit.) @I W-IMI(Ill linthill, 1017.)
(IM); cf. C. A. 32. &Wl~ --- Situlljw liphAtic Ipti.
on
) C
morr aks. and FbOll (C A. 32, 310 , 14CICIL011
0o 11) and SfYvd reatt with I huti. rhS(hNCh and bulva-
in CCHCI. at IS '. Si*x Itimtric it,
but-es (CHiCIMOC411M) and
f1herl, he by-products tdithe tr-Actl~,n am
the 2 7:1=1 s-chlorubutylben enesulftniaushf" NO*
0 and P~HCI. I with I-butme save MeOl.01- A' =*o
00 (OC7/jCHpO)ClljC7. b. 195,5% d:l LIZI.I. nj~* 1.453,
U. R. 41.19, pdmW 301.24. 2-flutent gave Urt'll.
ClCll(OCJljCjljG)Afr. It. IM-4*.dl* 1.11101. mV I.Vil.
NI. R. 41.28. arA 3-butene save On ary litO) it mixt.
Jj&C(OCHjCHtC7)QlvCJ, b. 11W. d.11 LUIS, 41'
-11AM. hi. R. 41.W. CII.CICMc:Cll,, b. 70-2% ond a
ldkh[oM*, b. 12"". the mturr of which 13 being in~ f t
veft ted with 2-butette gave Ma'110(71- I ~l goo
j1;6 GlycW
let,
S, 11)).ft Ill) and a dirther with On- prOmble
tot~p
goo
(M), Its 103-V, The letter It evidently fortitt-d lot, Ow
intem-titta of 11 with PhSO~NClt to give the hyIwhl,v it, I ;;goo
dariv. which then-tracts with 2-butene- McClICICh- I
?feOCIljCHaOCI+<CH-CII.%le-M.
d 2`jJ%,'xV 1.452. Al. R. 37M. With ctmol. KOH
en
i9c.0i HCJ, giving J,2-4i*dAyldiAv4w, b. 117-liv.
0." t mV. tAIg... Thirtt.rderva"s.. C. It. Isoo
b. S L A PtIALLIMUCAL WERATtlAl CLAWFICATIM,
1-2
0o S:
It
u ts K 91 ft it of QD A I I CW 0 of W I of OW Ps 4 3 1 T
0~ 0 0
: 0 0

ZHABOTINSKIY, A.M.; MAUNKOV, A.G.; YASITIOV, H.M.; GUSSAK, L.A.; SHABAD, L.14.
Content of cancerogenic and toxic combustion products in exhaust
gases of combuation engines with spark hnd antichamber-torch
ignition. Izv. AN SSSR. Ser. biol. no.6:908-912 N-D t64'.
(MIRA 17:11)
1. Institute of Chemical Physics, U.S.S.R. Academy of Sciencev
and Inatitute of Experimental and Clinical Oncology, U.S.S.R.
Academy of Medical Sciences.

ZH~ABOTIIIS"::Y, B. 1q.1.
Biology, Economic
University biologists contribute to the national economy. G. hI. Zhabotinskiy.
Vest. Len. un. 6 No. 9 1951.
14onthly List of Russian Accession sp Library of ~~ongress, September 1952. 111CUSSIFIED.,
- m. womenw;

GRESNOKOVY V. A.; ZHABOTINSKIY G. Kh - ILIDISKAYA, N. L.
Organic acids in plants, their physiological role and posi-
bilities for practical use. Trudy PBI no.19:57-87 '62.
(MMA 16-- 1)
(Acids, Organic) (Planta-Metabolism)

1. ZHABOTINSKIYI G. Kh.
2. USSR (600)
4. Soils
7. Sub-section in biology and soil science, Vest. Lon. un-, 7s No* 1) 1952*
1
9.
9
Monthly
L-ist
of
Russian
Accessionst
Library
of
Congress, Februag 953.
Unclassified.
t

ZHABOTINSKIrs' G. Kh.
2. USSR (600)
4. Biolo giqal Research
Sub-~ection in bioloa and soil science. Vest. Len. un. 7, no. 1, 1952.
9. Monthly List of Russian Accessions, Library of Congress, Februar7 1953. Unclassified.'

CHESROKOT. V.A,,; ZECABOT-IN-SKIT, G--Xb-
A new organio acid widely spread In plant leaves [with sum=7 in
3bglish]. lbst TAU 13, no.)sl48-151 158, (MIR& 110)
(Ki;;ts-Chemical composition) (Itaconic acid)

MUB
(Moskva)
mmmm,
g mass prophylactic gynecological ayrveys in the Kirov
Dis ridt-Pf Moscow in 1955. Sovemed. 20 no,12:6$49 D 156.
(MIRA 10:1)
(GYPECOLOGIGAL DISFAUSo prove aid control
mass survey in Russia)

ZHAFOTIVSKIYO - I.-
25", Zhabotiriskiy, I. I. Te,khnlka vypolnenlys protsedurp nsibolee chasto primenysery"--
v gihekologii. Felldsher i akusherkax 1940,p No ?, 4~L51
Pull- t
-MIRKO M-Mv
?,VW,

..ZIMBOTINSKIYj I.I.
25990 -
Tyekhnika vypolnyeniya protsyedur, naibolyeye nasto primyenyayemykh v gh~(ekologii.
Fyel-ldshyer i akubbyerka, 1949, No. 7, c. 49-51.
22 Pyediatriya. OkIrana
Yatyerinstva I mladvenchyestva
So: Letopis' No. 34

W-
"Studies of Yultiple.Births," Fe-Ildsher i Ah-ush(:r., No. 4, ).943:
"Problers of the Midvife)" ibid., No. 5, 1948:
"Appendicitis and Enterostasis during Pre,-namV"L" ibid., No. 6, 191,;3
"The Technique for Carrying out the Procedures rost Often used in Gynecolof-,.Y,"
ibid., No. 7, 1949;
"Experience of the Patronage Workof a Toum Woren's Consultation," ibis.., 1410. 2, 19/,9.
,0

OZHIGANOV9 V.S,; 12VANTO, M.A.; KOROLEVA, V,A.; Prinimali uchaitiyo.-
KOZLOVSKIY$ N.I.; ABO1MGV, P.S.; STARTSEVA, G.B.; KRIVORC80VA, R.B.;
SHMSTYUK.. M.I.;,KONOVALOVA, T.S.- ZTfABOTINSKIY.. I.M.; FADIN,, F.A.
Improving the technology of producing electrical steel. Stall
22 no.4:343-346 AP 162. (MIRA 15:5)
1. Vorkh-Isetskiy metallurgicheakiy zavod.
(Steel-Electric proportion)

."ACA 360.5 V0149/12 Pathology Doo 56
EXCEMA Y:D
3024. ZHABOTINSKY 1. M. and GOICHMAN V. A. Neuro-histal. Lab., A. L. Pole-
novNeuro-surg. Inst.. Leningrad. *The changes of nerve cells
in the vfcinity of a scar, involving the membranes avid
the surface of the brain In cases of traumatic epilepsy
due to fire-arm lesions (Russian text) KORSAKOFFZ.NE-
VROPAT. PSIKtRAT. (Mosk.) 195% 55/9 (669-671) Illus. 2
ThLs work sets forth the findings concerning nerve cell changes in Sears caused by fire.
arm lesions and removed lateronbecause of traumatic epilepsy. The authors dispose
of 80 observations. The operations were performed 2-7 yr. af ter the wounding. The
type of lesions most often seen in thene rve cells was 'shrinkage ' with nuclear hyper-
chromatosis and intensive staining of the clear-cut bodyl bent, cork- screw- like den-
drites were also noticed. Such changes were not, asarue. accompanied by a gliosis
reaction. In many cases all stages of the pathological process (from thb early initial to
the complete destruction of the cells) were seen. Ibis circumstance points to an ac-
tive pathoiogical process, which goes on for a long period after -the bc~_urrence of
trauma. On many occasions deposits of calcium were noticed in the vicinity of the
scarred tissue, particularly in the neighbourhood of blood vessels. Accumulation
of iron salts was found only in the hypertraphied glial elements.
Uranova Moscow'(V.8*)

ZHABOT121SKIYo G. DO
Discussion of t6'- l5ook *Genetics 0 at the Scientific COMICil
of the Department of Rlology and Soil Science. Vest. LGU 19
no.21:160-164 264 (MIRA l8el)
1. Uchenyy sekretarl biologo-pochvennogo fakulltesta Lenin-
gradakogo ordena Lenina gosudaretvennogo universiteta, imeni
A.A. Zhdanova,

OF
".-U~/kxtoiiitV 73"i Control 1945
c eqqp n~y
Mathematice..Applied
"On a Particular Case of Systems with Two Degrees
of Freedom," M. Y. Zhabotinsky, 14-pp
"Zhur Eksp i Teor Fiz" Vol IV, ITO110
A search for periodical solutions, according to
~the Poincare method, and an investigation of their
stability, accordbigtoLiapounov, for problems in
frequency control whose equations contain higher
degrees with iespect*to the small paramet"'er mu,
and have right-hand parts of different orders.

~U~UH/Yourler--Analyej,s- YAY 1947
Equations, Differential
.7Concerning the Fourier Solution of Nonlinear Dif-
ferential-Equations with Partial Derivatives,,
M,'E. Zhabotinckly
loklady Akademii Nauk SSSR" Vol LVII No 5
Method of solving problems in vibration, where the
nonlinear and dissipative members are small and have
the same order of smallness comparatively with some
small parameter and the members do not oontain small
parameters.
c
T42

f M. YE. PA 40/491-102

U,00M13M,
37321. Radiololicats-iya. Vsb: 1--laylka i zhizn'. IN., 1949, 391-403,
s. portr.
SO: Letopis' Zhurraj',rV:-dj Statey, Vol. 7, 1949

-Z-HABOTI -NSKIY.-,-
37185. Atomnaya energiya. V ob: Nauka i Zhiznl M.f 1949y s. /+19-38,,,
SO: Letopis' Zhurna2,lmykh Statey, Vol 7. 19/+9

Z~ABOTINSKIYI IM. Ye. PA 16oT49
C V~ay. 56
VSSR/Mathe~,Ucs. near. chani 6
:Oscillators Automatic
."Auto-Oscillatory (Self-Excited) System With Two De-
..:&ees'of Freedom in the Case.of Multiple Frequencies,"
M. Ye. Zhabotinskiy, Phys Inst imeni Lebedev, Acad
~Sci USSR
PP
"Zhur Eksper i Teoret Fiz" Vol XX.I No 5
Employs Poincare-Lyapunov method in study of auto-
oscillatory systems that are closed to linear coiiserv i-~
tivesystems with two degrees of freedom in the case
of multiple frequencies: x + x . a'f (xvkvYj9k)J9
y + . n~y_ za.g (x,i,y,'Y`),,where,a is,a "small!' Para-
meter; and n:is ratio of normal frequencies w~/wj. Sub-
Jztitted, 13 DE~c 49.
i6oT49-

Max.: 5
US
LC

Iq )4 1 1 64 0% 0 1 )d ~' 3 C'.-
USSR/?i~ysics.- Fluctuatibns in nonlinear oscillator FD-727
Card l/1 Pub 146-15/18
Author Zhabotinskiy,,M. Ye.
Title -F1TdW9fibns in a 3ener,ator with inertial nonlinearity
Periodical Zhur. eksp. iteoro fiz., 26, 75&759,, Jun 1954
Abstract Letter to the editor. Results of analysis of effect of rardom dis-
tortions on a self-excited oscillating system in which the stationary
amplitude is determined by a nonlinear inertia.. Indebted to Prof
G. S. Gorelik and Prof S. M. Bytov. 4 references, including.l.
American.
Institution Physics Thstitute imeni Lebedev, Acad Sci USSR
Submitted February 61 1954

-Subad-tted.~-:U-12-Feb-

A'
AP P -3162
Subject WSR/048mistry
Card 1/1 Pub. 3.19 4/7
Author t Zhabotinskiys N. Ye. (Moscow)
Title i Radium spectroscopy apd molecular structure
Periodical z Usp. khim.p 6,# 730-758~ 1955
Abstract t A review is given of the development of radiation spectroacopy
and its application to determine the struotum of molecules. The
general principles for determining molecular structure with the
aid of spectroscopic data and the rotational apectra of molecules
are discussed in some detail. Three diagra~us, 9 tableap addendum
(with 115 non-Russian refere4ces). 19 references, ? Russians
1913-1954.
Institution s None
Submitted s. No date

usEIR-/El:cittrbiiica-----Klyotroni3
Card 1/1 Pub 90-3/11
Author : Irisova, N. A., Zhabotinskiy, M. Ye., Veselago, V. G.
Title : Frequency stabilization of a three-centimeter klystron with the aid
of a spectrum line
Periodical Radiotekhnika, 10, 26-35, Apr 55
Abstract A system for stabiliiing klystron oscillator,frequencies with the
aid of the absorption spectrum line of move gas is explained. Games
used for this purpose should have an absorption line which Is reso-
nantvith the frequency of vaves generated by klystrons (centimeter
and millimeteO. The most effective absorption lines in the centi-
meter frequency range are those of ammonia gas. Frequency stubiliza-
tion can be.carried either in the region of the fundamental opectrum
line, or in the region of its second'and third harmonics. Theoreti-
cal analysis of this system, basic formulas for calculations; and the
characteristics of the experimental model are discussed. Ths research
vas conducted at the Physics Institute, Academy of Sciencee USSR in
1950-1951. M. AVLeontovich and A. M. Prokborov are given thw4ka for
adVite.
Institution:
Submitted June 1, 1954

ZHABOTINS KIYP M.Ye. (Moskva)
il,,-,-~~-. #',iTy4
Formation of signals with median frequencies. Izv.AN SSSR. Otd.takh.'
nauk no.11t140-141 N 055. ()MA 9:2)
1.Institut radiotakhniki i alaktroniki AN SSBR.
(Radio frequency modulation)

xu
USSR/ElActrobics- -Frequencry-Stabilizer6 --'----FD--2224
Card 1/1 Pub go-V12
Author : Barchukov.. A. I... Vasillev, G. A.., Zhabotinskiy, M. E.., Osipov. B, D.
Title : Electromechanic. klystron frequency stabilizer
Periodical : Radiotekhnika, 10, 29-32, Mar 1955
A
Ab8,,.-.ct : The article describes results of testing an electromechanic klystron fre-
quency stabilizer developed by the authors at the Physics Institute imeni
P. N. Lebedev of the Academy of Sciences USSR in 1951. The ai;n of this
research was td develop a stabilizer simple In construction and operation,
which could also provide an easy means for the klystron freque:acy changes.
To attain these prerequisites in a single block, the functions of cavity
resonator and the discriminator were unified, and the modulation of reso-
nmt frequency of the cavity-reBonator wavemeter was executed bj means of a
movable membrane.
Institution: Physics Institute imeni P. N. Lebedev, Academy of Sciences USSR
Submitted 16 Apr 1954

ZHABMYNSKIY, M.Ye., (Moskva)
Radiospectroscopy and the molecule structure..Unp.khts.24 no.6-1
730-758 155. (KLRA 9:1)
(Microwave spectroscopy) (Molecules)
I.MW
I -WIVI S M.

/Electro-n-tes, -- Regeneration FD-1830
Card 1/1 Pub 146-15/25
Author Basov, N. G.; Veselago, V. G.; Zhabotinskiy, M. Ye.
Title Increase in the quality of the volume resonator by means of regeneration
Periodical Zhur. eksp. iteor. fiz. 28, 24P, February 1955
Abstract In connection with the possibility with the construction of a nolecular
oscillator (N. G. Basov and A. M. Prokhorov) ibid. 27, 431, 1954; Gordon,
Zoiger, Tow,nes,.Phys. Rev- 95, 282) 1954) the problem arose conl-erning
the essential enhancement of the quality of volume resonators, one of the
methods to be used being the creation of superconducting volume resonators
(M. S. Khaykin, DAN SSSR, 75, 661, 1950) and another method bei4g the use
of the method of regeneration well known in low-frequency riulio range (G.
Barkhausen, Blektronnyye lampy, Moscow, 1938). The authors conducted ex-
perivents using a voltmie resonator with goodness o,'4*104 in a circuit of
positive feedbac with a microwave amplifier. They increased the effective
goodness to 3-109.
Institution: Physics Institute im. 1'. N. Lebedev, Academy of Sciences USSR
Submitted : Rovember 4, 1954

ZHABOTINSKIY~ M. Ye., Cand. of Physical and Mathematical Sciences.
"Semiconducting devices, redlospectroseopy and induction heating," a chapter
in the book Radio and Electronics and Their.Technical Amlications., By A. 1.
Berg, et al. Moscow 19567-
Summary of chapter 1071291

_71TA "ITTYMMY-1 -R. y1a
afid other's'
"Concerning the Effect of a Sweep Frequency, Signal on a Linear
Resonance System," PP 3-12, ill. 17 ref
Abet: The purpose of the article is an approximate study of the reaction
of linear systems on a signal.vith sweep frequency. The suggested method
of investigation leads to results which are sufficlent for many practical
cases and which avoid massive computations.
SOURCE: Trudy Fizichaskogo In-ta Im, P, 11. lebgdev (Works of the Physics
Insti'tute Imeni P. N. lebedev), Volume P, Moacow,,Publ.ishing House of the
Academy of Sciences USSR, 1956
Sum 189&
N"AMM"MM

gg iz:gg~~ 'wmpy
H X) 1'.
If >
Category I USSR/F.Iqctronics Semiconductor devices and photoelements H-8
Abs Jour Ref Zhur Fizika, No 1957,,No 1734
Author
Title Scientific-Technical Conference on Semiconductor Devices
Orig Pub Radiotekhnika*-*i elektronika, 1956, 1, No 1, 124-125
Abstract Brief contents of the papers d6livered at the conference, devoted. to
problems of the develolpment a~d introduction of semiconductor devices,
held-on 10-12'0ciober 1955 in Moscow.
Card 1/1

Catejory.: USSR/Radiophysics - Radio-wave reception 1-7
Abs Jour : Ref Zhur Fizika,'No.1, 1957,No 1933
characterize them from the point of view of operating effectiveness. It is
proposed to characterize the limiter by means of a parameter that makes it
possible to determine readily the opti=m mode. It is proposed to initroduce
neutralization of the transfer capacttance. The experimental data cited are
in agreement with the theoretical ones.
Card Z./P

BAZAROV.
Frequency division in a reflex klystron. Radlotakh..l
elaktron.,.l no.-5:68D-681 W '56. (WRA 9:12)
1. Institut Radiotakhniki i elaktroniki Akadamii nauk SSSR.
(Klystrons)

ZHMTIK Y&-jRISOVA, N.A.; RYTOV,S.M.
~Xffect of variable-frequencr signals on a linear resonance spitem.
Trudy FizAnsts 8:3-12 .1560 (MIRA 31-0:3).
(Radio frequency modulation)

2NMOTOYSIff Y5 Al If
USSR / Radiophysics. General Problems.
Abs Jour t Ref Zhur - Fizika, No 5, 1957, No 12413
Author i Radunskaya, I,, Zhabotinskiy, M.
Inst Not 61 Von
Title i Now Trends in Radio Eleotronios.
Orig Pub 3 OktyabrI, 1956, No 9,154-162
Abstract t Popular article, devoted to radio astronoaq, radio apeo-
troBoopy, and semiconductor devioes.
Card 1 1/1
.M1111
~VM ~-

AUTHOR: Zhabotinskiy, M.Ye. and Bazarov, Ye-N.
"Frequency Conversion in a Reflex Klystron,"
A-U Sci Conf dedicated to "Radio Day)" Mscowy 20-25 ~%Y 1957.
PERIODICAL: Radiotekhnika i Elektronika, Vol. 2, No. 9, pp. 1221-1224,
1957, (USSR)
'7777

AUTHORS: Vasneva, G. A., Gaygerov B. A.~ Grigorlyants, V. V.,
~'Yelkin, G. A., and Zbabotinskiy, M. Ye
Phase-loc% Automatic Frequency Control of Klystrons by
TITLE
means of a Molecular Oscillator (Fazovaya avtopodstroyRa
klistrona po moldulyarnomu generatoru)
PERIODICAL: Radioteikhnika i Elektronika, 1957, Vol II No 10,
P. 1300 (~JSSRJ,
ABSTRACT: The frequency of a 2.5 cm, 10 mW klystron was stabilised
by means of a molecular os6illator. A second harmonic of the
klystron and the signal of the molecular oscillator were applied
signal was applied to a phase detector. A signal from a quartz
stabilised oscillator, operating at 50 14c/s, was also fed to
the detector. The output voltage of the detector was applied to
the reflector of the klystron, as a result of which the klystron
had a pull-in banwidth of 0-15 Mc/s and a synchronisation
bandwidth of 0.5 Me/s. There are 6 references, 5 of which are
Slavic.
ASSOCIATION: The Institute of Radio-engineering and Electronics
ac.Sc. USSR (Institut radiatekhniki i elektroniki AN SSSR)

AUT~ORS
TITLE:
PERIODICAL:
ABSTRAM
Card 1/2
108-10-9/11
Dzhigit, I#S., Zhabotinskiy, M.Ye., Ordinary Members of the
Society
Some New Branches of Radio-Mectronics (Nekotoryye novyye razdely
radioelektroniki)
Radiotekhnika, 1957, Vol- 12, Nr 10, pp. 85 - 93 (USSR)
The following branches have been newly developed and finally
formed- radio navigation, radio-spectroscopy, radio-metecrology,
radio-remote-control, radio-astronomy, radio-relay-connection
and many others. Here the development of radio-astronomy and
radio-spectroscopy is described shortly. At the borderlines of
three sciences (astronomy, physics and radio engineering) radio-
astronomy greatly extends the possibilities for the investiga-
tion of the universe by means of methods not accetisible to op-
tical astronomy. Two methods are used in radio-astronomy; the
observation of the radio-radiation of the celesbal bcdies them-
selves, and the reception of tho radio-waves trani3mitted from
the earth and reflected from the objects observed. The follow-
ing, institutes in the USSR are concerned with the investigation
of matoorst The Institute for Physics and Geophysics of the

108-10-9/11
S6me New Bran ches of Radio-Electronics
Turkmenian fill under the direction of I.S. Astapovich, the Astro-
nomic Observatory in Kazan under the direction of K.V. Kostyrev,
and the Observatory of Stalingrad (Tadzhikistan). The Institute
for Physios of the AN USSR has two radio-telescopes with reflec-
tors of 18 m x 8 m and two fixed parabolic mirrors of a dia-
meter of 30 m on the Crimean peninsula. In the Armenian repub-
lic radio-tolescopas with a sufface of some thousand aquare
ineters are built in the Astrophysical Observatory in Byurakan
for the observation of discreet sources of radio-radiation with-
in the range of meter waves. In the astxonomic main observatory
of the USSR there is the greatest radio-telescope of the world
for the range of centimeter waves. It is designed for the ob-
servation of the sun. A survey of the works of N.G. Basov and
A.14. Prokhorov in the field of the generation and the amplifi-
cation of radio waves is given. There are 15 Slavic references.
SUBMITTED: August 12, 1957
ASSOCIA-TION: Nauchno-teklmicheskoye obshchestvo radioteklLriiki i elektrosvyazi
In. L.S. Popova
LVAIIABIE: Librax7 of Congress
Card 2/2

ZHABOTINSKX
a,,-Ymk~-Uf-ramo ich, kand. k z.-mat. nauk; R&MSKAU, Irina
tlvovm, lnzh,,- FATABOYK, I.B., red*; THOPIKOVA, A.V., teldm.
red.
lIanguage of mol~auleal..Usyk mqlekml*,Moqkwa, Izd-vo "Zmmie," 1958.
30 Pa' (Vaeaduzwe obshcheitvo pq rasprostraneniiu politichaskikh
Ser- (MM 11-8)
i nmw~x~ manii. 8. vyp, 2. no.4).
(molecules)

9(3,4); 24(5) PME I BOOK E(PLOITATION SOVIN77
Zhabotinskiy. Mark'Yefremovich
MolekulyFny~e generatory i uslliteli (Molecular Generators and Amplifiers)
Moscov, Gosenergoizdat, 1958. 47 P. (6eries: Masaoviaya mltobiblioteka,
n0.,34) ~5,000 copies printed,
Editorial BobLrd: A.I. Berg, F.I. Burdeynyy, V.A. Burlyand, V.I. Vax~eyev,
Ye,N* Geal6htaj I.S. Dzhigit, A.M. Kanayeva, E.T. Krenkell, A.A, Nulikovskly.,
A.D. Umirnov, F.I. Taraeov, and V.I. Shamshur; Ed.: P.O. Chechik
(Deceased); Tech. Ed.: N.I. Borunov.
FUMIM: The booklet is-in~ended for radio amateurs and other persons 11wring
fundamenta knowledge of physics and rvAio engineering.
COVERAGE: The author presents in a popular form the principles of quaptun
physics and radio engineering and outlines the fundamentals of design of
molecular.generators and amplifiers. He also gives a brief hiatorlical
review of the development of that nev field of science and of its applica-
tions. No personalities are mentioned. There are no references,

ZHAMMKIY M.1Ej- ;~Z'BEH 4~ F. Y--.
ffThe Muctuations in Qgartz Oscillators."
Devoted to the amlysis of three circuits, taking into consideration
shot and thermal noise influences. The results obtained by the investigators
showed that the natural line width of such an oscillator is smaller by approximately
two orders compared to an ordinary oscillator.
report prese&ved at the Ist All-Union Conference on Statistical Radio
Physics, GorIkiy) 13-18 October 1956-, (Izv. vvc;sh ur-hev zaved-Radiotekh.~
vol. 2, No. 1,,pp 121-127) COMPLETE card under SIFOROV, V. I.)
I". I W"I - MR`
9-~

"Fluctuations in a Reflex Xlystron.11
Investigated theoretically the fluctuations during synchronized operation
with second order resonance and overtone synchronization. They also investigated self-
oscillator fluctuations At an arbitrary transit angle.
report presented at the lst All-Union Conference on Statistical Radio
Physics, Gor1kiy, 13-18 October 1958. (Izv. vyssh uchev zaved-Radiotekh.,
vol. 2, No. 1, pp 121-127) COMPLETE card under SIFOROV, 11. L)

SOV-120-,58-1-25/43
AUTHORS: Grigorlyants, V. V. and Zhabotinsk'y, M. Ye.
TITLE: The Design and Construction of Therm'dbt8M"b'f- High
Accuracy kRasohet i konstruirovaniye termostatov vysokoy
tochnosti)
PERIODICAL: Pribory, i Tekhnika Eksperimenta, 1958, Nr 1,
pp 106-109 (USSR)
-ABSTRACT: A thermostat is defined as a system with automatic regu-
lation. Two methods Of"-Wgulating temperature are known:
continuous and discontinuous. The discontinuous temperature
control has been sufficiently well studied (Refs;!, 2). How-
ever, only one paper (Ref-3) has so far appeared on the con-
tinuous temperature control. A schematic diagram of a con-
tinuous action thermostat is given in Fig.l. The thermo-
stat works as follows: the bridge is balanced at the working
temperature T . At the same time the furnace produces
power P whicR ensures that this internal temperature is T0
while the external temperature remains Text, When the
Text changes, the temperature To inside the thermostat
Card 1/3

SOV-120--58-1-25/43,
The Design and Construction of Thermostats of High Accuracy,
also changes and'this leads to unbalance of tho bvidge. This
appears as a signal at the input of the amplifier, is ampli-
fied, and then applied to the circuit which controls the pow
er dissipated in the furnace. In this way any ch,3nge in tem-
perature may be compensated. Although the temperature is
thus re-established? nevertheless, a small err or is intro-
duced and this depends on the construction and the parameters
of the thermostat. An expression for this relation is der-
ived. The power produced in the furnace consists of three
parts: one pa-rt is used up in maintaining the temperature
difference T 0 - Text the second part is used up in heat-
ing up the furnace, and the third enters the work�ng volume,
heats it and is partly transmitted to the bridge which also
warms up. The accuracy of the regulation and the stability
of the system is then considered and expressions are derived
to represent them. Using these relations it is possible to
obtain optimum values for the thermostat parameters. Using
these values a thermostat has been constructed which gives
a constant temperature to within-+0.0010C. The electrical
circuit is shown in detail in FiC.2. G. P. Barykin is
Card 2/3

SOV-120-58-1-25/43
The Design and Construction of Thermostats of High Accuracy.
thanked for his co-operation. There are 2 figures and 3
references, of which 2 are Soviet and 1 is English.
ASSOCIATION: Institut radiotekhniki i elektroniki AN SSSIZ
(Institute of Radio Engineering and Electronics, Academy of
Sciences USSRj
SUBMITTED: April 5, 1957.
1. Thermostats--Design 2. Thermostats--Performance 3. Thermostats
--Circuits
Card 3/3

VASWEVI, G.A.; GRIGORTYANTS, V.V.;ZHAB.0TIWSKIY. M.Ye.; KLYSHKO, DX';
SVMWV, Yu.L.; SVERCHKOV., Te.L.
-Gircuit,for comparing the frequencies of quartz and moleculur
oscillators. Izv.vya.ucheb.zav.; radiofiz. 1 no-2:185-187 '58-
(MMA 1.1: 11)
1. Institut radiotekhniki i elektroniki AN SSSR.
,(Oscillations)
M

AUTHORS: Zhabotinskiy, M.Ye. and Zil'berman, F.Ye.
TITLE: Dependence ofthe Frequency of Quartz Oscillators on the
Power Dissipated in Quartz (0 zavisimosti chastoty
kvartsevykh generatorov ot moshchnosti, rasseivayemoy v
kvartse
PERIODICAL: Radiotelchnika i Elektronika, 1958 Vol.III, Vo.2
pp. ~?6 - 2?? (USSR3.
ABST'RACT; It is shown that the thermal balance in a quartz
crystal can be described by Eq.(l), where d(t) is the
difference between the, temperature of quartz and that of the
surrounding medium, M is the mass of the quartz resonator,
c is itsEpecific thermal capacitance, k is the heat trans-
fer coefficient and W(t) is the power dissipated in quartz.
On the other hand, it is shown that the power dissipated in
quartz can be expressed by Eq.(2), where V is the voltage
across the quartz crystal, R is the quartz equivalent resis-
tance, L is the inductance, w 0 is the series resonant
frequency and w is the parallel resonant frequency. From
Eqs.(l) and (2), it is Dossible to derive an equation Xor the
temperature variation a5 a function of V . Eqs.(l) and (2)
show that if the amplitude of V varies by about 1 db, the
(;.)rdl/2

109-3-2-16/26
Dependence of the Frequency of Quartz Oscillators on the
Power Dissipated in Quartz
resulting frequency instability is of the order of 10-13. This
figure is much lower than that quoted by Felch and Israel
(Ref-1). The authors express their gratit 'ude to D.N. Klyshko
for his help in the measurement of the transient temperature
of quartz crystals.
There are 4 references,.3 of which are English and 1 Russian.
ASSOCIATION: Institute of Radio-Engneering and Electronics of
the Academy -of.~Sdierfdez- -MR
AT-elektroniki AN SSSR)
SUBMITTED: October 18, 1957
AVAILABLE: Library of Congress
card 2/2 1. Crystal oscillators-Analysis

AUTHOR: Zhabotinskiyj M.Ye- 109-3-2-26/26
TITLE: The Twelfth General Assembly o f URSI (XII generallnaya
assambleya URSI) (News Item)
PERIODICAL: Radiotekhnika i Blektronika, 1958 Vol.IIIJ F0.2
pp. 300 - 304 (USSE13
ABSTRACT: The assembly took place in Bolder, Colorado, USA, during
August 22 Se tember 5, 1957- It was attended by the represen-
- 'rj I
tatives Of va ous countries including a Soviet delegation
consisting of sixteen scientists and engineers. The Soviet
delegation was headed by,Academician V.A. Kotellnikov. The
Soviet scientists took part in the activities of the assembly.
Five Soviet scientists read papers at the meetings of the
Committee I, and six scientists delivered lectures at the
Committee II. There was one Soviet lecture at the Committees
III and IV and two Soviet papers were read at the Committee V.
Three Soviet scientists delivered lectures at the meetings of
Committee IV and a special semins was organised by the Soviet
delegation towards the end of the conference, at which
lectures were delivered by V.A. Kra81llnikov, A.M. Prokhorov
and V.I. Siforov
AVAILABIE; Library o; Congress
Card 1/1 1. Radio engineering-Conference

SOV-10)--3-4-20/28
AUTHORS:Vasneva, G. A Grin-orlyants, V. V. Z4a4atin-qkt4,~j. Ye,-,-
Klyshil-ko, D. N:, Svercjdlov, Yu. L. and, Sverchkov I Co. -I-.-
TITIE,: Frequency Standard with a Molecular Oscillator (Reper
chaototy s molekulyarnym. -eneratorom)
PERIODICAL: Radiotelchnika i Ele-1-tronika, 1958, Vol.3, bTr 4,
569-570 (USSIR)
ABSTRACT: Description and block dia,-,,ram are given of a molecular
oscillator which was employed for the calibration of
quartz crystals operating at a frequency of 1 Mc/s. The
frequency of the oscillator was compared with the
23,868-G-11 harmonic of the frequency of t4e investiGated
crystal and an accuracy better than 10-V was attainod.
There is 1 figure and*2 references, one of which is Soviet
and 1 En.-lish.
ASSOCIATION: Institut radiotekhniki i elcktronik-i AN SSSR (institute
of Radio Engineering. and Electronics of the AS USSR)
SUBMITTED: December 3, 10/57
1. Oscillators--Applications 2. Quartz crystals--Calibration
Card 1/1

06502
sOV/141-58-4.-18/26
AUTHORS: Zhabotinski Ye., Klyshko, D.N-.- -and-,Sverchkov YG.1.
TITLE: Accurate Comparison of Neighbouring Frequencies by
Means of Computing Systems (Tochnoye sravneniye
blizkikh chastot pri pomoshchi lpereschatnykh skhem)
PERIODICAL:Izvestiya vysshikh uchebnykh zavedeniy, RadiofiziXa,
,1958, Nr 4,.PP 137-141 (USSR)
ABSTRACT: An equipment is described which_ ermittdd the frequency
measurement with An error of 10 ~O, the duration of
the measurement being of the order of a few seconds.
The equipment Is illustrated diagrammatically in
Fig 1 On P 139. The measured frequency f and the
frequency of a standard oscillator fl are shaped into
narrow "spiky" pulses by means of two identical
circuits; each circuit contains a resistance
capacitance amplifier, a pulse forming stage and a
wideband pulse amplifier. The two pulse trains obtained
in this manner are applied to a mixer-coincidence
detector which is normally closed by a negative bias
and Is opened only when the two pulses coincide. The
Card 1/3 mixer-detector is terminated with an integrating RC

06502
SOV/141-58-4..18/26
Accurate Comparison of Neighbouring Frequencies by Means of
Computing Systems
circuit which detects the envelope of the pulse beats.
The envelope is amplified and limited and afterwards
fed to the computing system, type PS-64, which divides
thepulse repetition frequency by an even number
n = 2, 8 or 32; number n can be chosen so as to
satisfy the required accuriacy of the measurement.
The output pulses from the computing system trigger
an asymetrical multi-vibrator. The voltage from the
cathode of the multi-vibratorlis applied to a gate
circuit whose amplification is changed.thereby stepwise
by 30 db. The control grid of the gate tube is supplied
with the pulses from an auxiliary oscillator fod
Consequently the gate circuit transmits pulses of
frequency f. during a period nT. Afterwards the gate
is closed for a duration nT. During the latter,period
the indication of the computer is read out and the
computer then reset to zero. The measurement of the
frequency f is done in accordance with the formula:
Card 2/3

06502
SOV/141-58..4-i8/26
Accurate Comparison of Neighbouring Frequencies by Means of
Computing Systems
f =r f 1 F =- f nf /m
where n is the dividing coefficient of the auxiliary
computing system, while m, is the reading of the
principal computing system. The equipment can be
employed at frequencies ranging.from 10-3000 kc/s.
There is 1 figure and 2 Soviet references.
ASSOCIATION:Institut radiotekhniki i elektroniki AN SSSR
(The Institute of Radio Engineering and Electronics
of the Academy of Sciences, USSR)
SUBMITTED: 25th November 1957
Card 3/3
WON"

AUTHORSs
TITLEt
PERIODWAL:
ABSTRACT'i
Card 1/ 4~)
Zhabotinskiy# M. Ye., Zillberman, P. Te. 20-119-5-21/59
rl'ctu&ions in Quartz Crystal Generators
u
(0 fluktuatsiyakh v kvartsevykh generatorakh)
Daklady ,Akademii Nauk SSSTV, 1958, Vol. 119, Nr 5,
pp. 918-921 (USSR)
The problem of the fluctuation-dependent stability 11clit
of the frequency of quartz crystal generators has not
been solved until now. The present work is showing a way
for this and givos the results of the investigations of the
fluctuations in the quartz crystal generators used ini
practice. Inithits symbolic differential equations are
solved by means of the method of small parameters in the
problems of the fluctuations in systems of autovNrati6n
only the spectralrange of the fluctuations contained
within the limits of the banas plays a parti It is
a characteristic feature of quartz crystal generators that
they have two greatly differing bands: the first is
dependent on the -time constant of the circuit regenerated by

Fluct-t;ations in quartz Crystal Generators 20-119-5-21/59
the valve, and the second one on the time constant of the
quartz crystal generator.-The second band is essentially
more narrow than-the first. The autovibration system in
quartz is described by the equations
d2x + 4 dy 2 d 2Z
dt2 dt yy~ dt 06A) +el 71(t); dt2+
'42g(x,~Lx 3
+
dt9y9di.-ge) (~l F2(t) - F'1(t) and P 2(t) denote
steady random functions. The deduction of the vibration
amplitude of quartz In relation to the time t has to be
considered a magnitude of higher order of smallness with
respect to than the deduction of the vibration amplitude
of the circ;ait. The solution of the above system-.of
equations is put down in the form x P(cos(t- P) +
+ q sin(t +e'(harmonic); Y - R Cos t +
2
c4 (harmonic). In consequence of the conneation.of'the
rcuit and the quartz terms will enter the equations
for the fluctuations which are determined by the
Card 2/4 fluctuations in quartz. Also the opposite is the case.

Fluctuations in Quartz-Crystal Generators
20-'119;-5-21/59
Theasnalysis is carried out for 'two typical oscillator
circuits and for a retardati:on circuit. The equations
resulting in first approximation for the fluctuations
are put domin'detail. The,phaae,of the quartz doem not
fluctuate in first Approximation# the corresponding
equation in second approximation is put down and its
further treatment is traced. The amplitude fluctuations
-of quartz accelerate a little the.inoreaae of the phase
compared to the'inter mediary range. The initial reaction
of-the-mean square of the starting of the phase has
almost no influence on-ithe spectral-band.,Analogousl.y
also-the oscillator circuit with the'quartz in the anode/
as well as the retardation circuit were-investigate6.
A comparison,with-experiment ahowe-the-following; The
.Sohrot~fluotuations and the'thermal,fluotuations are not
decisiva-~for the stability of the frequency of the quartz
crystal-generators and,the'stability limit of these
generators-dependent on the fluctuations has not yet been
Card reached.:The authors-thank S. M.-'Rytov for his valuable
discussion. There are 2 figures, 1 table, and 4 reforencear'
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