SCIENTIFIC ABSTRACT ZAKHAROVA, T. A. - ZAKHAROVA, V. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963610015-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

STARWTENKO, Re-il.; DWBIRSKIY, I.&; ZAKHAROVA, T.A.; KOROVINA, T.V.
Comparative clinical characteristics of-! -andB type infect*w
hepatitio Obtkin's dil3ease)o Trudy Kish.gos.medinst,, 1:9-20
160, (MIRA 16t2)
I
1. Kafedry fakul(tetskoy terapii., gospitallnoy terapii i infektoion-
nykh bolezney Kishinevskogo gosudarstmnogo meditsbakogo inati-
tatao
(HEPATITIS, nWECTIOUS)

VORONIN, A3.1 kand. Leklin. rawk,, oLv. red.; _Z.AK,IIM0VAj, T.,,A., 'rod.
(Technical and economic probleme of developing, tranarporta-
tion; transactions of the conference of young spocJalistsl
Tekbniko-okonomichesk-le voprosy razvitiia transporta;
trudy konforontoit molodykh spetsialistov. Moakva, In-t
komplekenykh transportnykh problarr. No.6. 19(.,4, 195 p.
(IAIRA 18:4)

ZAKHAROVA, T.A., dotsent; TRDSHENKOY L.S... vrach
0--cupational patholog
y in the production and Use rof poly-.r�R7I
chloride plastics, TrAdy KGMI no.l0127-30 163. (MIRA ISA.)
1. Iz kafedry propedevtik�vnutrennikh bolezney (zav. kafedroy
dotsent A.N.Kushnev), Kalininskogo gosudarstvannogo meditsinskogo
instituta.

YEWLAYEV P.S. kand.tekhn.nauk; 7JMIAROVA, LA.,, inzh.
. .4 2 - --------- Z--
dreatioix of multiple-chamber hydraulic sizers for fractionation
of sand. Stroi. i dor. zaah. 8 no-5:22-25 My 163. (MIRA 1615)
. (Sieires),

MILINIMV. 3.H.; nASKOVITSKIY, B.M.; MORYGANOV, P.V.; ZAKHABDVA, T.D.
Relation betveen the structure of aso dyes (oxa- and thiodiazol
derivatives) and the rate of their diffusion in copper rayon fibers.
Izv.v7s.ucheb.za*.; tekh.taket.prom. no*6020-124 160,
(MIRA 14: 1)
1. Ivanovskiy khimiko-.tekhnologichookly institut i MiarikoTakiy
gosudarstvennyy universitet imeni A.M. GOr'kDgO.
(Dyes avA dyeing--Rayon) (Aso dyes)

SHCHEGOLEVA, R.M., kand.takhn.nauk.. nauchnyy sotrudnik; ZAKHAROVA, -- T.D.j,
inzh.., nawhnyy sotivdnik
Effect of light weather on fabrics manufactured from a cotton
-and lavsan b4ond. Tekst.prom. 22 no.10.61-64 0 162.
(MIRA 15:11)
1. Ivanovskiy nauchno-issledovatellskiy institut tekstillnoy
promyshlennosti, (IvNITI 4extile fabrics-Testing)
(Dyes and dyeing-Textile fibers)

-ZAKHAROVA, T.D., inzh., naut-finy-y sotrucinik; SII(;Hf;GOLI,',VA, kind. tolkhn.
naukf"ziaucluiTf sotrudnik
Single-bath procoac for dyeing and finishing cotton fabr' ,cs. Tok3t.
prom, 21+ no-4;54-56 Ap 16/,. V-.6)
1. Ivanovskiy nauchno-i!j,-If-flovattill!jkiy tak.9tilInyy inst Lfut
(IVNIT ().

ZAKHIROVA, T.D.; MORYGANOVY P.V.
Combining the dyeing of fabric3 with qct-lve dye3 with their finishing
with tharmosetting renins. Izv. qa. tichrib. 7av.; tekh. tekst. prom.
no.1:111-116 165. (MITRA 18: 5)
1. Ivanovskiy nauchno-issledovatellskly institut, IcIr lopchatobi Una zhnoy
promyshlannosti khimiko-tekhnologicheokiy insti ut.

-~-zm,
?AKIMOVA T D.; 1.10MGANOV, P.V.
Stjxlyjrgthe efficiency -I' the actior, of varlous precondlensateB
In -che combinod dyeing and fir.12hing process. Izv. rfs. ucheb.
zav,; tekh. tekst. prori. no.4:103-111 t65. (mmil .18:9)
1. Ivanovskiy nauchno-issledovatellstkiy imstitut khlopchatobu-
mazhnoy propyshlennostl i Ivanovskiy khimikc-tekhnologicheskty
institut,

ZAKHAROVA,'T.; CHUMAKOV, A.
Review of the-diseases of industrial crops. Zashch. raist. ot
vred. i bol. 10 no.5j4J+-45 165. (HIRk 18t6)
1. Vaesoyuznyy nauchnci-issledovateliskiy institut zashchity
rastenly.

LAPMP Yu.p" starshiy nauchnyy storudnikj ASSAUL, B.D.- K ALE , Jj.V.,
sellskokhoz. nauk;_gg4 , Ov v kand.
. -MVA,--T.L. mladshiy nauchnyy sotrudnik;
MAMAYEVAP Kh.P.; MINVICH, B.N., starshiy naucbW, sotrudnik
Brief information. Zashch. rast. ot vred. i bol. 9 no.9;54-56 164.
(AURA 17: U)
1. Zaveduyushohiy laboratorlyey fitopatologii Vinnitskoy oblasti (for
Assaul). 2. Maykop&Ays. opytnayaL stantsiya Vaesoyuznogo nauahno-issle-
dovatellskogo instituta rasteniyevodstva (for Kovalev). 3. Vsesoyuznyy
institut zashchity raoieniy (for Zakharova). 4. Moskovskiy pedagogi-
chaskiy institut imeni V.I. lanina (for Mamayeva). 5. Wronovskaya
selektsionnaya stantsiya (for Dubinevich).

1, 0 Lt's ). .
ZAKHAROVA, T. It, Cand of Mod Sa?li~ho Dynamics of Albumin CwPonents of the Blood
1)
During Orgunic Diseases of the Stmich," Alma-Ata, 1939, 15 pp (Kazakh St&-te Medical
Institute) (KL, 7-60, 110)

T.K.; LTUBII(oy, I,M,, red**, II(MOVALTUD I.K.., sladshiY
0 ekhn.red.
,,. !U"! "' ~ MWA, 5.1f.. t
Or-,r~ -ij&o~-,'-KOS
SSR. Kookwa. Goa*
an S.S.R.'I B910ravsksla .6)
[Whit's Russi (J~IRA 12-
izd-vo 9609r.11t~,-rys " 1.959. 118 p.
(Whit4) RUSBia)

DOENNHAVOYA. A.D.; TUGARIKOV, D.N.; ..,P-r KONOVALYUK, G.A.
redaktor; XOGIIA, N.I., takinnicheskly redaktor
[Ukrainian S.S.R.,# Mite Buselan S.S.R. and Moldavian S.S.R.]
Ukralaskaia SSR. Beloruesksta SaR,; Moldavsksla SSE. Moskva, heo
izd-va geogr. lit-r7, 1956. 69 p. (KLRA 10:3)
(Ukraine-Geography) (White Russia-Geography)
(Moldavia-Geography)',

WALINO I.M.; ALIBITSIATA. K.A.; TUMRINOV. D.N.;.ZAWRQVAg T.K.. KONOU-
,
0
LTW, G.A., rodaktor; GERM, D.A., tokhaicheekly re or
[Xazakhoten, Uzbekistan, lirgisistan, Tajtktstan, furkmanimtan]
Kazakhokola SSR, Uzbekokola $SR. Kirgisskalm SSI.- Tadzhikskola 381.
Turkmenskmia SSR* Moskva, Goo, ltd-vo geogr, lit-ry, 1936. 110 p.
(Soviet Centftl Asta-leononic conditons) (nu 10:1)

ZAKHAROTA,T.K.; TWARINOV,Dmitily Nikolayevkch.; RODOW, B.P.,red.;
takhn. reid.
[Tajik S.S.R.] Tadshiktiketa SSR. Moskva# Gos,isd-vo geogr. lit-z7,
195 8. 63 p . I (MIRA 11:12)
(Tajikistan)

"" UMIAROTA, T.K. - I- I
-'-.------A-.'-- ~ 1.1---.1-1 -
(Moldavian SSR; a briaf account of its natural resourcea,
population, and adqnocWl Noldaveksia. S=; kratkie svedeniia
o prirode, nasalenil L khozisistva. Moskva, Oeografgis,
1939. 71 P. (MIRA 13:2)
'N'Koldavia)

N-tweall geojz,,gi-,al On tLa
elialtal
1. :r~s t I Uc-t CIL Lk-' :tJb I en I ya 'm I

L 1855-66 --------
ACCZSSION NR: AR5008456 UIV OZ71/65 1000/002/BOS I /B051
68 L. 14Z - 00 1. 55
1 SOURCE: Ref. zh. Avtomattka, telemekhanika 1. vychislitellnaya tekhnika.
Svoct-myy tom, Abs. 2B284
AUTHOR: Zakhar on-41-X41-14.
TITLE: Programs for selecting optimal form of connection and for Joint analysis
of gi.-avitational and magnetic anomalies on digital computers
CITIED SOURCE: Sb. Issled. statist. i funktsionat'n. lineyn. avyazey v
gravirazvedke i magnitorazvedke. Novosibirsk, 1963, 108-120
TOPIC TAGS: digital computer, gravitational anomaly, magnetic anomaly
TR)kNSLATION: In the course of interpretation of geophy9ical. and geological
data, a necessity arises for clarifying tho naturo of connection between two
geological or geophysical quantildes Influenced by several factorot e.-i. ,
(Vol, Z1, Z36...#
where for the functions f and the factors x are common while the factors. y(
Qd 1/3

L 1855-66
NR: AR5008456
and zi acting only upon one function are specific. With this connection, a number
of values of the function f correspond to each value of 5c. Having distribution
series of the function f available, a line of regression can be drawn which shows
how, on the average, one function varies with the variation of another.
Analytically, (lie regression equations can be expressed as parabolic, hyperbolic,
logLitic, or #--tponential connection. Finding the form of connection between the
dist-ributions of two random quantities includes a reasonable selection of a
thecretical rei-.-egsion line (type of equation) and calculation of optimal numerical.
arameters th,it enter the selected equation. A program is described for
P
1 selveting optinial form of connection and for calculating ol~timal aurnerical
arameters of the regression equations on a digital computer. The program
p
comprises a number of blocks according to a translated algorithm of solution.
Preparatioh of materials for computing includes approximate correlation-field
det,2rmination of the degree of polynomial for the first regre3sion equation and
determination of the maximum number of function values which can be placed into
!the computer Internal storage. As a practical example, the results are reported
Of an analysiEi of variation of density of the sedimentary rock of Menocanozoic
"COld 2/3

L i8---~=-66
ACCESSION NR: AR5008456
vVefit-Siberian slab with the depth of bed. Also, algorithms are described of 8,
i inint analysla of gravitational and magnetic anomalica which are Intended for
solving the problerne of field diviriion In platform rogions and intermountain aremw~
a~d a progfani for supplying this algorithm to the digital computex. A achama of
operational programing to given. Bibl. 20 figs. 2.
SUB CODE! DP, ES ENCL: 00
canl 3/3

PINEGINAp N. L.; MARCHENKOp V. I.; ZALILAROVA,, T. N.
Characteristics of the clinical course of chronic tonsillitis
in connection with adenovim and streptocoocal infections.
Vast. otorin. no.3:27-30 162. (MIRA 3.5t6)
(ADENOVIRU-11 INIViTIONS) (STRUTOCOCCAL INFECTIONS)
(TONS I L0,-DIS&kSr-Aj I/

_4g#~~OVAt_T.P.; SIZOVAO R.N.
Methods of determining the long-period static fracture of beat
resistant alloys in relation to their cracking. Zav.lab. 28
no.11:1356-1361 162. (MIRA 15:11)
(Heat resistant alloys---Testing)

Country : UM
Cate,~Iory : Farm Ardmals.
Cattle.
Abs, Jour : Ref Zhur-Biole, No 21, 1958, 96866
Author

Institut
I
: Guzhova T, P,; Zakharova &I akove
0-0 Mea? and*4
: M
l
h
l
. oscow
ec
no
og
Title : The Feeding of Calves with the View of Their
Future Economic
Op
.iS pub.
: Bb. stud. rabot, Mask* tekhno3.# in-t mrasne i
molochn. prom-sti 1958 T, 5 -114
L, 112
-
k
t b
i
;&
l
9
Abstract a
-24
s O
n
I was
ep
t As young stocklo 1
aleally on coarse fodder,and silage during the
stall period and subsequently fattened on pa-
sture without additional feeding with concen-
trates, it roached a live weight of 520-nO
8
mcwths
The carcass 1rield of young stockp 2
amounted to !;2 percent.
(lard: 1A
*TO_P.;__MoIchanavaq T* K*

ZAKHAH , Tatlyans Konstantinovus; KMIMINA, N.Ye., red.; GIOW,
-1, 1.- --l-, - I a ~ IF -
9;* b-!-. " .
(The Moldavian S.S.RJ Moldavskaia M. Mosi-tva, Gos.izd-vo
geogr.lit-ry, 1959. 71 P. (MIRA 12:12)
(Moldavia)

-4
ZJUUUROVA,, T.N.; PAVLOVICMA, NOV*
Morphological changes in the tubular bones in rats in rela-
tion to the composition of their food ration in experimental
prophylaxis and treatment of rickets. Trudy mol. nauch. ootr.
MCKKI no.ltl:LO--U9 t5? (MIR& 16 t1l)
1. Iz podiatricheskoy kliniki (zav. prof. M.I.Olovskiy) i pato-
morfologichoskogo otdola (zav. prof. S.B.Vaynberg) Mogkovskogo
oblastnogo nauchno-issledovatellskogo klinichookogo imtituta
imeni Vladimirskogo.

s/i,37/60/000/oi2/030/04i
AOO6/AOOl
Translation from: Referativnyy zhurnal, Metallurgiya, 1960, No. 12, P. 207,
# 29705
AUTHOR: Zakharova. T.P.
TITTE: Fatigue and Endurance Streogth of Turbine Blade Alloys Under Condi-
tions of Joint Effect of Static and Alternating Stresses
PERIODICAL: V sb.: Vopr. prachnosti materialov i konstruktsiy, Moscow, AN SSSR,
1959, po. 123 - 14.3
TEXT: The author studied fatigue and endurance strength of preliminary
heat-treated IV-437A (EI-4.371t), ~W-617 (EI-617) and 30-598 (EI-598) alloys at
700-900 0C, intended for turbine blades when operating under the simultaneous effect
of static tension and alternating tension-compression. The tests were made on a
(600 t) pulsator; control tests of endurance strength were performed on the same
machine. During fatigue tests by tension-compression, the static tension stress
was maintained constant to obtain fatigue curves; the tests were based on 20-_50
million cycles. It in shown that the basic factors affecting the fatigue resi5tana3
Card 1/2

S/i37/60/bOO/012/b30/04i
AOC)VAOM,
Fatigue and Endurance Strength of Turbine Blade Alloys Under Conditions of Joint
Effect of Static and Alternating Stresses
are: the magnitude of maximum stresses of the cycle, the magnitude of static
stress, temperature and time of tests. It was established that at a simultaneous
effect of alternating and static stresses the nature of failure is determined by
the level of static stress and the amplitude of alternating stress. Fatigue fail-
ure at the temperatures Investigatod occurs in the grains of the aforementioned
alloys, breakdown from extended static load takes place along the grain boundaries.
Transition from fatigue fAilure to extended static breakdown is determined by the
exhaustion of service time resources of static stress. It is shown that permissible
static stress, when alternating stresses are applied to the alloy, is determined
from the endurance strength curve; the effect of alternating stresses is taken
into account. There are 16 references.
Z. F.
Translator's note: This In the full translation of the original Russian abstract.
Card 2/2

S/032
,/62/028/011/009/015
B104/BI02
AUTHORSt Zakharova, T. P., and Sizova, R. N.
TITLEt Method of determining long-period static defects of heat-
resisting alloys in relationto their cracking
PERIODICALt Zavodakaya laboratoriya, Y. 28, no. 11t 1962, 1356 - 1361
TEXTt The ten3ile strength, the long-periodtensile strength, and the
fatigue strength of -ZK437A (E1437A) alloy*apecimens were determined after
thermal treatment according to TY TU),. -both with and without previous cold
hardening (stretching to 5 or 151L). The fractured surfaces of the tensile-
test specimens were examined for cracksby using's binocular microscopet
in addition to which some of them were metallographically polished.
Boundarie,
Cracking were made evident by a widening of grain boundaries. V,
0.0) - 0.1 mm wide were considered as cracks. On non-plated specimens
such cracks appeared at 7000C and T H/TH - Os2 - 0.3# at NO% they
appeared at 'tH/TH - 0-3 - 0-4; in the case 0.f plated specimens at
tH in the time during which the specimens were kept at & certain tespers-
Card 1/2

S/032j62/028/011/009/015
Method of determining... B104/B102
ture and stress, T. is the time until fracture. Thus cracking already
begins in the early stages of the static experiments It coivoides with
the beginning of the second stage of creeping and with the appearance of
the first surface cracks. The results of tensile tests cannot be regarded
as comparative criteria for the quulity of the initial material and of a
pretreated (cold hardened) matezial7 since the relative variations of 11B
(yield strength) and Sk (tensile strength) of specimens with or without
cold hardening are equallized by the action of long-time static loads. The
long-period tensile strength wait determined on =Iw617 (Ei6.17) and D~14376
(E1437B), besides E1437A, alloy specimens. The results show that material
defects can be slowed down by suitable predeformation. Further, it is con-
cluded that the behavior of structural members under static or dynamic
loads can be determined only by experiments that imitate practical condi-
tions. There are 4 figures and 1 table.
Card 2/2

SHVETSOVA-SHILOVSKAYAs K.D.; MMINIKOV, N.R.; MAKS1140VA, Z.I.;
-MMOWI-TIS P* BOGR&ROVAj, L.P.
Organic insectifungicideo. Part 66t Synthesis and
insecticide propertiom of enters of certain carbamic
acids. Zhur-.ob.khim. 32 no.10:3230-3232 0 162. (MIRA, 15:11)
1. Nauchnyy institut po udobroniyam i insektotungitsidam
imeni Ya.V. Samoylova.
(Carbamic aoid) (Insecticid4r)

MELINIKOV, N.N.; SHUTSOVA-SHILOVSKAYAp K.D.; ZAKWOVA~ T.S.
Herbicides and plant growth controlling agents. Part 37:
Synthesis of some urea derivatives. Zhur.ob.khi-. 32 no.2:
381-383 Y 162. (MIRA 15:2)
1. Nauchnyy institut po udobraniyan i insektofungitsidam
imeni Ya.V. SaMoylova,
Nroa)
(Growth promoting oubstancou)

ZAMUWVA, V., inshener.
Using a steam heating ILPP&r&tUR for drying bricks. Stroi. met.,
iadel. i konstr. 2 no.2t26-27 1r 156. MBA 9:6)
(Bricimaking machinerw) (Drying apparatus)

ZAKHAROVA, V.A., Icand.med.nauk; GERSHWON, S-I.. ordinator
Problem of disorders of development of femals genitalia. Akush.i gin,
35 no.5-.80-81 S-0 159. (MMA 13:2)
1. 1z I-y akusheroko-ginekologicheakoy kliniki Tashkentskogo goeur
daystyennogo meditsin3kogo institute. (xavudiWuehohiy - zaaluzhennn
deyatell nauki UzSSR :prof. A.A. Kogan),
(MITALIA, PSMALIC, abnorm.)

ZJUMNVA 0 V.A.
'-~- . . I - ~ I `
Dynamic studios on preiplapdiol in arlm as a wthad of control
of the treatment of spontaneous abortion. Akesh. n no.3:26-29
MY-Juns 1953.- f= 25 t 1)
1. Of the first Obstetric-0ynecolog:k9al Clinic (Head -- Honored Vorker
in Science Prof. A. A. XogpLn), TrAsbkent Medical Institute,

POIT41EKA, M.Ya.; AVRAMENKO,. V.A.
Electrocrystallization stresses in bismath depo6its. Zhur. fiz.
khim. 37 no.5:1165-1167 My 163. (MM 17.1)
1. Krasnoyarskiy politokhnicheskly institut.

ZAIMAROVA, V.A., kand.med.nauk
Dynamic investigation of the pregnandiol content of urine as a
control method in conbined medical therapy in threatened abortion
[with nummry in English]. Akush. I gin. 34 no.1:53-57 Ja-F '58-
(KIRA 11:4)
1. Is 1-y akushersko-ginekologicheakoy kliniki (zav. Wedroy -
zaalushennyy deyatell naWd UzbSSR prof. A.A.Kogan) Tashkentskogo
meditainskogo inatituts.
(ABORTION, urine in
pregnandiolI in threatened abortion. value in control
of mad. ther. (Rus))
(PRWHAEDIOL, in urine
in thereatened abortion, value in control of med. ther.
(Ruffi))

POPEREKA, M.Ya.; VTr-RIN, N.I.; ZAKHAIROVA, V.A.; AVRAWNKO, 0.1.;
SAFONGV, I.A.
Internal stresses in galvanizing coatings. Mur. fiz. khim. 39
no.2:527-530 F 165. (MIRA 18W
1. Krasnoyarakiy politeklinicheskiy institut.

GALKINII'~, N.%.; ABDULL,YEV, D.A.; ZAKIIJUIOVA, V.&.
------------
.-a and feed *lu3.ue of !!=Aller ducl!"Weez
j.Ojc;g,c-fjj, crara,,:teri~ti" . I
B . 9 no.3:U~-47 165. JF~:P)
Uzb. bLL01- zhur
1. Institut botaniki AN LZSSR..

~Z=MVA, V.B., inzh.
Nodernisod milking unit Olloo .11 %whinostroonie no-3:99-101
W-Jo 163. (KM 16:7)
1, Goeudarstvennoye sorlyno-konstruktorokM byuro po sol'sko-
khozyaystvennyx mashinam Kiyovskogo sovota narodnogo khozyaystva.
(Milking machines)

SHAKHOVA, Z.F.; GAVREDVA, S.A,; ZARIIAROVA, V.F.
Analysis of molybdenun.heteropoly compmands of selenium (IV).
Vest. Moak. un. Ser. 2: Dim. 20 no.6:79-81 N-D 165.
(14IRA 19: 1)
1. Kafedra analiticheakoy khiaLii Moskovakogo universiteta.
Submitted Feb. 26, 19,65.

-AR,PPvA,- M.K.
Effect of penicillin on the content of nucleic acids -In organs
in experimental streptococcal infectiona. Antiblotiki 9 no.7:646-
648 11 164. (MIRA 18:3)
1. Kafedra biokhimi-L Karagandinskogo meditsinskogo instituta.

SHAKIIGVA, Z.F.; GAVRILOVA, SdA. ZAHKAROVA, V.F.
Synthesis of molybdothoric beteropoly acid* Zhur.neorg.rhim. 7 no.7.-1752-
1753 Jl t*62- (MR& 16.13)
(Molrbdotlaoric acid)

KAIMVAY A.I.,- MUZYCHENKO, L.A.; VAN TSZYANI-FYN (Wang Chien-fgng); ZHEMZHUR,
A.I.; ZAKHAROVA,__VI.
Oddation of acenaphthe:ne with electrochemical regeneration of the
catalyst. Neftekhimiia 2 no.5:756-759 5-0 162. (MIRA 16i1)
1. Moskovskiy ordena, Lenina khimiko-takhnologicheakiy institut
im. D.I.Mendeloyeva, kafedra khimicheskoy tekhnologii topliva.
(Acdnaphthene) (Oxidation) (Catalysta)

KWIEVA.. A. I.; ZAMIAROVA, V. I -; MUZYCHEIKO., L. A.; ROGOV,, V. V.
Preparation of terephthalic acid by -the oxidation of p-diacetyl-
benzene. Neftekhimia 2 no.4'.536-540 Jl-Ag 162.
(MM 15.'10)
1. Moalcovskiy kbimiko-tekhnologicheakiy institut imeni D. 1.
Mendeleyeva.
(Terephthalia acid) (Benzene)

S/204/62/002/004/010/019
E075/2436.
AUTHORS; Kamneval A.I., Zakharova, V.I., Muzychenko, L.A.,
Rogov, V.V. -1
TITLE: Preparation of taraphthalic acid by the oxidation of
p-diacetylbenzone
PERIODICAL: Neftekhimiya, v.2, no.4, 1962, 536-540
TEXT: The authors investigated the oxidation with molecular 0
of p-diacetylbenzene in glacial acetic acid solution in the
presence of manganese acetate (2% wt of p-diacetylbenzent taken).
The best yield (65-5N) of terephthalic acid was obtained by
conducting the oxidation under 50 atm preisure, 175% and oxygen
feed rate of I litre/min. Quantitative analysis of the acetic
acid solution containing the oxidation'products was carried out by
thin.film chromatography using A1203 As the adsorbent and beniene
as cluent. It was thus shown that p-diacetylbenzene is almost
completely oxidized under the conditions u3ed into terephthalic
acid* the latter being partially converted into resinous
condensation products. There are 2 figures and 1 table.
ASSOCIATION: Moskovskiy khimilso-tekhnolo icheskiy institut im.
Card 1/1 D.I.Mandeleyeva (Moscow Institute,,ofjhgTJ?Ajjejhno1 gy
e eyevT

AUTHORS:
TITLEt
PERIODICAL:
TEM
S/264/62/002/005/005/007
E075/E136
Knitinevat A.I.j Muzychenko, b.A., Wang Chien-Fin,
Zhemzhur, A. 1. 1 and Zmkharova, _V. 1,
Oxidation of acenaphtnene with the electrochemical
regeneration of' catalyst
Neftekhimiya, V-2, Po-5, 1962, 756-759
synthesis
The
of 0
0 C/ 'C = 0
was achieved by oxidizing -with 0 a 10~o acenaphtnene solution
containing 57o KC00C113* 1~0 Hn(COUCITZ, 4Zb N, N'-dimethyl-
formamide and 42% glacial acetic ac d at 6o OC for 3 hours. The
oxidatiun proceeded 8ntiafactorily only when the.catalyst was-
regenerated by passing 1.5 A current through the,"solution. The
Iproduct melting at 270 '3C precipitated out and contained 7359 of
acidic compounds and some carbonyl compounds. it was postulated
that the oxidation proceeds no follows.
Cprd 1/2

Oxidation of acenaphthene with ... S/204/62/002/005/005/007
E075/Ei36
~CH 2-CH~ C'12-C =o 6=c-c=o
0
O=C C 0
co It 0
2 2
There are 2 figures.
A550CIATION: HKhT1 im. D.I. Merideleyevas Kafedra khimicheskoy
tekhnologii topliva
(f-1KhT1 imeni [).I, Mendeleyev, Department of
Chemical Fuel Technology)
SUBMITTED: may 11, 1962
Card 2/2

ZAKHAROVA, V.I.
Stimulation of phosphorous metabolien in animals by tiss7uo implants.
VoP.med. khis. 2 no.4:20-26$3 Jl-Ag '56. (MLRA 9:10)
1, Otdol biokhimii institute, eksperimentallnoy meditsiny AKK SSSR.
(PHOSPHORUS, metabolism,
off. of tisque prepe according to filatovIs technic
implants in animals (Run))
(TISSUN TMMPT,
effe of Filatov's tissue implants on phosphorus metab.
in animals (Rue))

2:AKRaCVA, V. K. !
The dintibution of tonl and lipid phosphorus In !organs of animals
with erperimental tuberculosis under treatment with streptomycin
[with summary in Ingliahl. Vop.medkhim. 4 no-1:39-42 Ja-Y'58
(MIRA 11:5)
1. Kafedra biokhimil Kishinevokogo moditsinskogo inatituta.
(TUBXRCUWSIB. experimental
phosphorus & phospholipid metab.. eff. of streptomycin
admin. (Rus))
(PHOSPHORUS, metabolism
distribution in exper. tubere. eff. of streptomycin
admin. (Rus))
(PHOSPHOLIPIDS, metabolipm
distribution in exmer. tuberc, eff. of streptomycin
admin. (Run))
(STFiZPTOMYCIN, effects
on phosphorus & phospholipid metab. in exper. tuberc.
(Run))

4L
1CMUON NR-. ARW18332 /661/100/1060
8/0137, 64/000
SOURC11s: RZh. Metallurgiya,, Abe. 11374
-4
AUTHOF,,: Konter) L. Ya.; Zakharoval V. L.
TITLE: Studying the influence of "residual influencel~of thermomechanical working
ton the mechanical properties of bearing steel
1CMD IOURCE: Tr- Veen. n.-i. konsirukt--tekhuol-*in-ta podehipik. prov.-stij no*
;1(33), 1963, 36-27
iTOPIC TAGS: 'bearing,, bearing steel, roller bearing strength., testing roller
:bearingsj, ShKh15 steel, thermomechanical treatment
iTRANSLATION. Studies were conducted oA ShKhl5 steel. Deformation during therm
~mechanical working took place by mcatin of open rolling, and rolling in a closed
band of riug-ahapad sample0a It was found that after repeated heat treatment (with! .
? li
a short span of heating) of the samples subjected to preliminary thermomechanical
ivorking., residue influence of percussion hardening of austenite remains. The resid-
.iual influence of thermomechanical working during repeated heat treatment occurs not
Co.
rd 1/2

----------
M Cm)/MP(v)/EW_ (d)/%j'_B'-dP (t
ACCES~1)'10110' AR~000600 S/Giv
33
AMM"! Konter L. Ya.. Za'ich4trovaj V. L:.,
TIT121i,, Thern, omarnati treatment .-of, boaring stool
CITED SOURCE: 1r, V3000 no-io, k6ns trulit 5h5-_ i1c.-I
pran-Ai no, 4(36 _Tdb3, 3-10
ptlo:
T0?1q ~ZAG3 b 6 ar I ng,, a t o G1,, bimring alboel --thormomagn troal-mentr
magnat I' mi-tenite/ ~_Stcol_ -S'hK-_1cf' - Steel -:S
Ld:rio _'_ - - - -
j'r AN stool N
,TRANSLATION: A! s tudy has bean;viatlo,of h a orfact '04* th re'.'omi agnatia
treatmOnt on coiitont of V:osidub!1_-aus't16fiif_a macham. cal Pr c
of boa.-Ing stoola., 22n-t
reatman was carried out
in an 0100tromanxiotio, Gap with a canste~nt Pield WP 9500 oerstodair
W
-or bnc
tblo'~& solonold with an alternating field up to 200 ciarstedz,
Mlagnatill tompariag Was Carl-led out in a tubular electric- ftwnacep
'ta inside a solenoid, The intonsity
placed - an electromagnotia gcqj? or I
of~ the constant field during 1'*ezaperingr was 5500 oersteds, TLho an, ouant
card

-1 31 J�54 EWT (m)/EV4P(w)AZEV1P(t
Acc~ R- i -A-R-6-00-9967-
DPW
BOUMS COM U9/01Y?/65/000/012,/1057/IO57
AUTHORt Xonterp L. la.; Zakharov
V. L.
TITLEs FXfoct of preliminary work hardening on the rupture strength of hardened
bearing steel 6
SOUMEt Ref. sh. Metallurgi7ap Abe. 121430
REF SOURGEs Tr. Vass. n.-I. konstrukt. tekhaol. In-ta 2!AshipLik. prom-sti, if.
3(39)t 1964v 3-9
TOPIC TAGS: bearing steel# rupture strength, metal mmehinlAgg work hardening
ABSTRACT.- Preliminary work her ing causes a change in the initial anisotropy
. tM-
of rupt strength of hardened steel High-temperaturs thermomechanical
4 strength of hardened bearing
--treatment upsetting increases the brittlilrupture
F-it-e-elin the deformation plane. Thernmwunwee anical hardening is partially retained
after tempering at 500C and hardening with rapid heating. Higb-temperature thermo-
mechanical hardening of pellets increases their longevity Intignificantlyp and in
not advisable with existing methods of pressure working and sachining for hardened
steel. [Translation of abstract) LNT)
SUB CODE3 1l/ SUBM DATEs none
.Izr - m, 669.u.M-27 -------

L 42797-66
ACC NR- ZgZ~&~33 (A. AJ
SWRGS GODU
AUMASs Latera L., U,; vil"ar IF L
TITLH* The influeme of rell"Ury dav=tion an Un resistance to failure in
hardined bearlm steel
SOUrMs Ref, she NeshinostroitellrWe vat=Lalys konstrLktoli i raschot detaley
mashin. Gidroprivod., Abe. 31.48.80
REF SOURCIa Tre prom-st , no. 305%
1964, 3-9
Wk
.TOPIC TAGS* bowing steels banding strengths tonmile strengths setal he
treatments %aVer1W jSM 1530 steel
andin'b
ABSTRACT's The b and.the tensile strazigth of steel SbKh 1!~W were investigaiZ_'~
after high-tomp e thermomechanical treatment (HTr) mi"i-oafter a preUminary
Q~r a ~tao
cold sind hot war and hardening. It vas determined that*HTT with up etting
Increases the resisteme of hardened bearing steel to brittle tailurelz the
plans of deforsistlon, Me strengthening affect is partiaLly 9 rved after
tampering at %OG -followed by hardening with rapid liesting. xr=ztion of abam, %7
SUB CODEt U1 /3
Card 1/1

-L 0 71(-'--67 D/1-11WI J
M)
ACC NRi AR6014354 SOURCE CODE: DR,/0277/65/000/011/0010/0010
AUTHORS: lonter, L. Ya*.- Zakharova, V. L.; Bornshte-vn. &_ Lk.L Cher jkha, L. G.
T=- - In investigatIon. of ILigh-twnperature thermcnechwAcal treatment of bearing
S,=CZ: =terL-a7,, konstrcktsli i raschet detale7
mashin, Gidroprivod,, Abs, 3-1,48981 /V
REF SOURCE: Tr. Vses. n.-i. konntrukt.-tellmol. in-ta,pcdohipnik. prom-stip no.
4(40), 1964, 12-a~
TOPIG TAGS: bearing steel, meta3-lurgic research, =&talk steel
structure / ShKhl5 steel
ABSTRACT: The influence of the high-tempgature thermomilchanical treatment (HTT)
on the structure and properties of SbKh351steel has been investigated. The HTT
process involves heating in the interval of 910-1000C. deformation by rolling out
to 10-50%, water or oil_qip!kq~~,~Iand tempering. A control group of specimens
was subjected to standir~d treatment, Applied at optimal conditions, IITT improves
several properties of ShKhl5 steel. An experimental tocImique of applying HTT to
bearing rings has been developed, and a number of ball bwrings//and roller bearings
has. boon producod for exporimental nurposee. 15 illustrations. Bibliography of
6 titles. LT~ranslation of abstraoyt--
CODE 1 11. 13 inci 665."M.

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1 lx)..iTwo explitmations have been 1woposed f,ir the
rxistrum of two rnwi%. in the ticitAlkm functions *1 the
11'Pi - 111% U'rift of 11C l1rim. K. and Z. d6prove V
Schafternicht's 6U9#ft60C3 (C.A. 24. W21) that the
hirmfine structure sublevel. 4.1 'So onzy have different et.
Citatim functions by showing cipm,11clitally thgt the
relative intensities of the hyperfinc structure cxup(Kmta
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de tn the unusually low emu wvli4x, u( the 1.,4 levvi.
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of the %Sw level indicated at the first mat. in the tadtation
curve, gave the following values: 71S.:
XI%: 0.030-O.CS4; 01S.: 0.010-0.013. C. F.
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g
tion Of Ions results from a dircet catli-
sion of the atom with an electron. Unsucmssful attempts to
displace the spectral lines lead to the conclusion that ions
fallft"Jyfrom their placeoforigin to the wall3of the tube.
TurktAch

I-V
VM/ Physics Electron distribution
Card 1/1 Pub. 43 - 16/97
Axithors s Zakharovz,.- V. M., and Kagan, Yu. M.
Title I Spectroscopic investigation of electron distribution according to the speeds
in a positive gas dincharge column
Periodical i Izv. AN SSSR. Ser. fiz. 1812, page Z54, Mair-Apr 1954
Abstract t The electron distribution was investigated in a positive discharge column
in the presence of sodiurn - helium vapors at: a discharge cur.rent intensity
of W - 90 ma. It is assumed that the spectroscopic method will make it
possible to obtain more accurate data on the speed distribution of fast elec-
trons provided the discha,rge conditions are cuch that the secondary pro-
cesses can be disregarded. The difference iietween the speed of normal
electron distribution and the Maxwell distribution is briefly explained. One
USSR reference (1941).
Institution The A, A, Zhda,nov State University, Physico Institute, Leningrad
Submitted ...........

ZAKIEUROVAj Vo Me
ZAKHAROVA) V. Me -"Luminescence of Ions at t he Positive Pole of a Gaseous
Discharge." Leningrad State U im)ni A. A. Zhdanoys Lmingrad, 1955
(Dissertation For~the Degree of Candidate in Physicomithematical. Sciences)
601 Knizhnaya letopis' No. 37, 10 SeLtember 1955

Ma
rhysics
J"
Card 1/1 Pub. ip7 7/
Authors I Za'kbarrv~,j V. 14- and::nc~n, Yu*
Title I Line intensity distribution in secondary~scries in a nooitive
acdium dIz;chart,,f. - coluu.m
Parlodicid o vest. Len. un.. Z'e r 4 m gzits fiz. khIm. 10/~- 125-134, Ab 1,055
Abstr&Gt. 11 The radiation ofzc4ium diffusion series- Iiwas inirestigated with respect
to the chanae in discharLe poremetcrs.to determ$.ne the doviations from
P,,axwell electron d.intribution. Tho dj1pondence of the clectron
tenlp6rature' nnd o1cetron conoontrnticn urj)n pressure and diseh4rgo,
current intonni ty is 4XI)l0ined. The rcoutts obtained by mcesuring the
line tntensity distribiation within second4kry tortes at various pressures
and curront-Intensitiois-ore tabiil;jed. Th,e harmful effect of the
electrophoresis -hcncmencn,_ which exist_- d.urinf; the discharge in a
v6por-linert gas mixttrq';, is dinconnod& T~enty rc!'erenc(nj 12 UWR,
German, 4 Ent --Gropha
3 11811 C01-1 Dutch (1gnO-195
Insti tuti cm .........
Submitted Tuno' 21, 1954

USSR/Ph7stll/~a4l ~~Iidtom. B-3
Abs Jour : Referat Zhur - Khimiya, no 1, 1958, 46
Author : V.M. Zakharova, Yu.M. Kagan.
Inst : - _M M ---
Title : Study of Discharge Parameters and Character of Excitation
of Ion Lines at Great Current Densities.
Orig Pub : Optika i SpektroskoViya, 1956, 1, No 5, 627-635
Abstract : Sounding and optical measurements were carried out in dis-
charges in Hg vapor (at, pressures of 1.2 . 10-3 to 1.2
10-1 am of mercury colimm) and in Ar, Kr and Xe (in the
pressure range from 0.2 to 2.0 mm of mercury column) at
current densities from 2 to 20-a per sq.cm. The ion part
and the beginning of the electron part of the volt-ampere
characteristic was used fro the measurement of the ion
concentration. The electron concentration ne, the tempera-
ture of the electron gas T 'in inert gases does not change
monotonously depending on & current density at Cas
Card 1/2

k
USSR/Physical Chemistry Atom.
Abs Jour Referat Zhur - xhimlys, No 6, 25 MArch 1957, 18109
Author Zakharova,__V.M,.
Title Contours of Lizes of Ions in a Plasma of a Positive
.Column of a Gas Dischanrge.
Orig Pub Optika i Spectroskopiya, 1956, 1, No 5, 636-641
B-3
Abstract Contours of lines of ions Ar in a plasma of a positive
column of gas discharge are investigated. Discharge
tube is 140 m. long and of adiameter of 4 mm. Gas
pressure at the dlharge was chanGing from 0.5 to 2.0 mm.
of mercury column; intensity of the discharge current was
from 0.2 to 2.2a. Contours of lines were photographed
across and along the tube by means of an etalon of Fabry-
Perot. The temperature of the ambient medium was main-
tained with an accuracy of 0.10. The contours of lines
were built by means of a microphotometer 14F-2 on the eca-
le of wave lengths. The temperature of ions was determi-
ned
Card 1/2 7

ZAFHARY.~'.'N. U.I.. -,.7L.,
~2 it, I P.1 if:Nrl rl I a L I imd .,-. " r the ?-L~-s -1 cn :7-f wi -f.l, t~rstll al A~(,-tri a
ULctors. 'i5 t -1&I (IP, RA 17 -S )
.1

9W
AUTHORS: Zakharova, V. M., Kagan, Yu. M. SOV/54-59-3-8/21
TITLE: On-MWTf7a=acZ`riatiGa of the Positive Discharge Column at
Low Preaeurea and High Diacharge Currant Denaitios
PERIODICAL: Vestnik Leningrads1cogo universiteta. Seriya fiziki i khimii,
1959, Nr 3, pp 44-48 (USSR)
ABSTRAM In tho introduction tho problom mentioned in the title is briefly
described and B. Eo Frish, Yu. M. Kagan (Ref s 1-3) , and A. M.
Shukhtin (Ref 5) are mentioned in this connection. In the present
paper the electric discharge characteristics in a Hg tube on the
axis and the walls of the tube at low pressure and high dis-
charge current densities are measured; moreover, an inter-
ferometric measurement was made (under the same conditions) of
the directed ion velocity as dependent on vapor pres'sure in the
tube. The investigations were made at pressures from
6.1o-3 to 1.6.10-1torr, amperage was 400-1,500 ma which
corresponds to a current density of 3.3-11.6 a/cm2 .The
Card 1/3 temperature of the electron gas Teand the electron densities ne

On Some Characteristics of the Positive Discharge S011154-59-3-8121
Column at Low Pre8sures and High Discharee Current Densities
on the axis and the walls of the tube, the longitudinal field
E, and the number of ionizations per electron per unit of time
z were determined. Figures 1-4 show the curves of the dependence
Te and ne on the amporage of the discharge current. The course
of these curves on the axis and the walls of the tube is
different. The minimum occurring in these curves is considerably
weaker on the walls. Conuentration ne increases monotonously
with increasing amperage. With rising pressure Te decreases on
the walls, and the concentration increases at'all amperages.
A complicated relation is obssrved on the axis. The temperature
has a minimum at a certain pressure for all amperages,only at
very small amperages it decreases monotonously with rising
pressure, At certain pressures ne has a maximum on the axis.
The mentioned processes are explained by a dilution of the gas
during the discharge occurring in the central part of the
positive column. This io in aGreement with the observations
made by Shukhtin. Table 1 shows the values computed for z and
Card 2/3

On Some Characteristics of the Positive Discharge SOV/54-59-3-8/21
Column at Low ProsP,-.,,re:! and Ifigh X'scharge Current Donaitioa
the value measured for E* From the measurement of the Doppler
shift toward and opposite to the direction of the field the
directed volocity.of the ions was computed. Table 2 shows the
values of crt, and -v, 0 Curve v_ versus steam pressure has a
maximum. In conslusion, the authora thank Professor F. E. Frish,
Corresponding Member of -'Ghe AS USSR9 for the interest he showed
in the work. There are 4 figures, 2 tables, and 9 Soviet
references.
SUBMITTED: April 15, 1959
Card 3/3

I
240)
BOT/46-23-6-14/25
AUTHORS: Zakharova, V. M., Kagan, Yu. M., Perell, V. I.
TITLT3. The Positive Column of Discharge in the Diffusion Procedure
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheakaya, 1959,
Vol 23, Nr 8, PP 999-1003 (USSR)
ABSTRACT: In the introduction of the present paper some older articles
of non-Russian scientists on the positive discharge column at
low pres5ures are mentioned in addition to articles published
by B. N. Klyarfelld. An equation for the-balance of electrons
and ions (1) introduced by L. Frost is given, This article in-
tends to obtain some relations by Frost's theory for a compari-
son with experiments, and to apply the comparison to the posi-
tive column of Hg, Ar, and K. In the first part, the drift
velocity (2) is given by Frost's approximation, besides the
approximation for potential distribution and concentration (4).
By means of the latter the balance equation (7), a formula for
the number of ions per unit of length of the column, and a
formula for the ion current density (9) are developed. In the
second part, experiments of Langmuir and Tonks (Ref 2) are
Card 1/2 referred to, and the equations (11) for the plasma boundaries

SOV/48-23-8-14/25
The Positive Column of Discharge in the Diffusion Procedure
are given. Formulas (12) deliver the drift velocity and ionic
concentration near the plasma boundary, equation (13) gives
the average velocity of ions. An approximate formula (16) ia
given for calculating the thickness of the layer. Equation (17)
supplies the potential difference between axis and wall of the
tube. In the third. part, the calculated results are compared
to experimental results. The temperature of the electron gas
was determined by means of a search electrode, the electron
density was found by formula (16). The charges measured in
Hg-, Ar-, and K-vapor are summarized in the diagrams of
figures I to 3, and it was found that there is good agreement
with theoretical values as long as diffusion procedure may be
assumed. There are 3 figures and 13 references 5 of which are
Soviet.
Card 2/2

24(0024(7) SOV/53-69-1-10/11
AUTHORS: Bogdanova, I. Pop Bochkova, 0. P.g Zaydel't A# Nov
Zakharova, V. M. # Kagan, Yu. M. , U1Ttqyevzk4p No I. , Penkin,
.__N-.7P_4P_Ch`Wyk-a-,-_M. P.,Shukhtin, A,, Meg Lipist L* Vo
TITLE',: Sergey Eduardovich Frish (Sergey Eduardovich Frish).
On the Occasion of His Sixtieth Birthday
(k shesti desyatiletiyu so dnya rozhdeniya)
PERIODICAL: Uspekhi fizicheskikh naukt 1959, vol 69, Nr 1,pp 165-167 (USSR)
AB STRAC T i On June .19th' 1959,the well-known Soviet physicist So E. Frishq
who made a name for himself especially in the field of
spectroscopic opticap attained the age of sixty. He began his
scientific work aa a student at the fiziko-matematicheskoye
otdeleniye.Leningradskogo universiteta (Physioo-mathematical
Department of LeaLngrad University) under Do So Rozhdestvenakiy.
After completing his university studies he continued his work
at the Gosudarstvennyy Opticheakiy institut (Optical State
Institute). Since 1934 he held a chair for optics and supervised
work at the Physics Department, first as dean and later as
director of the Nauohno-issledovateliskiy fizicheskiy institut
Card 1/3 LGU (Scientific Rosearch Institute for Physics at Leningrad

Sergey Eduardovich Frish. SOV/53-69-1-10/11
On the Occasion of His Sixtieth Birthday
State University). In 1946 he was appointed Corresponding
Member, AS USSR, and took active part in the work of the
Academy. He is deputy chairman of the spectroscopy Committee,
chief eclitor of the periodical "Optika i spektroskopiya" and
member of the International Committee for spectroscopy at the
UNESCO. He first concentrated his scientific interest on
atomi energy, the systematics of atomic spectra, the Zeeman
effectin the sodium and potassium spectrum as well as upon
7
experimental spectroanalytical investigations. In 1930 he
started a cycle of workag which was devoted to optical methods
of investigatiAg the properties of the atomic nucleus. (An
investigation of the interaction between nucleus and electron
shell led to the discovery of the hyperfine structure of
spectra). He investigated the hyperfine structure of Na and set
up a rule concerning the interrelation between nucleus-spin-
and parity. He further investigated the fine structure of
isotope mixtures, the excitation mechanism of the higher atomic
levelop and questions of the interaction of elementary
Card 2/3

. . Sergoy Eduardovich Frish. 30V/53-69-1-10/11
on the Occasion of His Sixtieth Birthday
particles. Finally, mention is made of hi pedagogical
activitioal eepeoially his courees in ph :ics (which are
partly held together with A. V. Timoreva - There are
Z
I figure and 42 Soviet references.
Card 313

3/057/60/030/04/07/009
B004/BO02
AUTHORS3 ZakharovaL.V. M*9 Kagan, Yu. M.9 Mustafin, X. S., Pere
YO 1.
TITLEt Probe Measuring Under Middle Pressures
PERIODICALz Zhurnal tekhnicheakoy fiziki, 1960, Vol. 30, No. 4,
pp. 442-449
TEXTt It was the purpose of the present paper to investigate the
applicabilit f the Langmuir probe for measuring the characteristic
plasta valueys-tit reasures higher than 1 torr. The authors derived
equations (4 ~ for the ion currents directed upon spherical and
cylindrical probes with strong negative charges, and their current
densities (equations 8-10 ). Furthermore, equation (11) is given for the
plasnia potential V0. The following method of measuring the characteristic
plaama values is suggesteda a) the electron temperature Te is determined
by meads of the two-probe method given in Ref. b) the electron con-
,0 11~4), (5)
contrationeNre determined by means of equations and by apply-
ing the electron section of the characteristics. The effective cross
Card 1/3

Probe Measuring Under Middle Pressures S/057/60/030/04/07/009
B004/BO02
sections of the ion overcharge, gas temperature, and concentration of the
normal atoms must be known for the determination of the iontooncentra-
tion nco 0 The theoretical calculations are experimentally proven in Hg
vapor at 10 -1 to i torr. Table I shows that the values noo of spherical
and cylindrical probes are in good agreement with calculations. Further-
more, plasma measurements were carried out in noon and argon at 1 to
20 torr,50,200, and 400 ma, and in Eg at 10 torr, 0.5, 1-09 1.5, and
2.0 a. Table 2 gives the field voltages of Ne nd Ar Table 3 the values
of T zd T;ble 5 ih
9 Table 4 the density of the ion current*) 11a values
e
of nco. The IT8 values were taken according to Ref. 14 and measurements
by CL. P. Bochkova. The dependence of the electron concentration distri-
bution on preasure in the case of No and Ar, is given in Figs. 1 and 2.
These Figs. show that a pressure increase is accompanied by a compres-
sion along the axis, and differs for Ne and Ar. The column contraction
observed, and the difference between calculated and measured wall our-
rent related theretog indicate that the Schottky theory no longer holds
true for the pressures applied. The authors fin&Xly investigate the
Card 2/3

Probe Measuring Under Middle Pressures 3/057/60/030/04/07/009
B004/BOO2
possilole effect of electron- and photon emission on the result of their
method, and prove this effect to be very low. They mention a paper by
N. P. Penkin, and thank Professor S. E. Frish for the interest he took
in this paper. There are 2 figureav 5 tables, and 16 referencest
10 Soviet, 3 American, I British, and 1 Japanese.
ASSOCIATION: Leningradskiy gosudarstvennyy universitet im. A. A.
Zhdanova (Leningrad State University imeni A. A. Zhdanov)
SUBMITTED: July 16, 1959
Card 3/3

,--ZJjMAROVA, V..M.; KAGAN, Yu.M.
Spectroacopic dotermintion ofJon mobility In a mixture of
inert gases. Opt. i apektr. 10 no.I+r5/+7-5J+9 Ap 161.
(R3RA 140)
(Ions-44igration and velocity)

32528
S/051/61/oli/oo6/on/ol2
YJ E039/F,385
AUTHORS: Zaltharova, V.Pl.-, Kagan, Yu.M. and Perell, V.I.
TITLE: Spectroscopic observation of the rotation of a positive
column discharge in a mal~netic field
PERIODICAL: Optika i spektroskopiya, v,ll, no.6, 1961, 777-779
TEXT: It has been shown that, in powerful are dis-'charges at
low pressures in a magnetic field, the ions rotate about the
axis of the are. This azimuthal motion is explained as the effect
of the action of the magnetic field on a radial current of ions.
In this work an argon discharge was studied in a tube 1.5 cm in
dianeter and 180 cat long. The pressure range covered was 0.5 to
2.5 mm Hg. The discharge current was 1.6 A and the magnetic
fields used were 250, 600 and 1 000 Oe. Two solenoids 60 ci,.i
long were placed on the centre of the tube with a space of 1.5 cia
for the spectroscopic 6bser-vations. The speed of rotation of the
atoms was measured by observing the displacement of -the 4 300
and 4-o44 I lines using a specially designed spectrograph and a
Fabry-Perot etalon. It was sho-%m that the direction of the
rotation of the atoms vas the same as for the positive ions and
Card 1/2

32528
S/051/6i/oll/oo6/oll/012
Spectroscopic observation E039/E385
that the speedYrfotation depended on the strength of the magnetic
field and the gas pressure. The maximum value observed was
1.5 x 10 4cm/sec at a pressure of 1 mm HS and a field of 600 Oe.
At fields of 250 and 1 000 Oe the speeds of rotation were
0.3axIO-4 x 104 cm/sec, respectively.
There are I figure and 9 references' 3 Soviot-bloc and
6 noil-Sovi at -bloc.. The four latest English-lan8uage referelIC05
mentioned are., Ref. 3~ J.M. Wilcox - Rev. Mod.Phys., 31, 10115,
1959; Ref~ 7: A. S�mon. Pr-oc. of the II United Nation
Conference of the Peaceful Uses of Atomic Energy, 32, 343, 1958;
Ref. 8: B. Kadowzev, A, Nedospacov - J nucl. eiiergy, C 1, 230~
1960; Ref. 9: T.- Holi, B, Lehnert. Phys - of fluids, 3 1 !1o
196o.
SUBMITTED: June 21, 1961
Card 2/1,.

I-fa(l) FXd(k)/ENTIM)/EPA(Sp)-2/gPF(C)/EPt(rL)-2/F-PR/jEPA(w)-2/
EWP(b)/EWA(at)-2 PZ4/~0_4/pab_24/pr-4/Ps-4/Pi-4/Pu-4
C(t) lNmc(b) 2/a` ye
'D(t) JD/AT.
F
--ACCESSION NR: 'AP4044842 G/OOSI/64/017/003/0333 336
Rii ki Yu. R. 1 Zakharova, V.-A. Ulan,, Yw. 144
IAUTHO I Goli&ov
Inveatblation -of -16-a -Rd - t -lina~contourx-ift the- on-itive
_TTTLEr.!' a a am
p
column of-a diachargq in' argon,
SOURCRI Optika L sapektroiskopiya, v. 17f- no. 3, 1964,- 333-336
TOPIC TAGS argon plasma, spectrum linei diacharge column, ion
itemperature# plasma ion motion, plasma atom
[ABSTRACT: Unlike the earlier investigations (Kagan and Zakharova,
ZhETV v. 22, 400,1952), which were made at pressures p > 0.5 mm Hg
-55 A/cm2), the present
7and at,large current densities~,(as high as
-2
im-~evtigat ion-was -made- at -- low- pressures -and at--
ities 0.3 A/cm,2.
current dens The discharge tuba-andl the set-up for
recording the contour are described. The tests yielded the atom ands
ion texaperatures and.the.directional, component of-the ion velocity in'
i card
4
A
zffw~. M
4~ AM-Firr. 1 010 ~ "T ~ MIT IF: I MR I On 1-1 1,

L - 21
Acmissmim! lqpt .AP4044842
V
ArCje 0 e'V JM'n
the.-d dch or e tajL ddita are compared with i theorati-i,
_j~tams -quant
Cal I r -ed--valude - of -the JtjeS7- and --donf irm - the pre-
viously proposed mechanism for the motion of ions in a plasma. Ac-
--he
to this mechanism, t -Lons are accelerated at low pressures
in tbe Longitudinal field for a time limited by their drift to the
wall. With increasing pressure, the drift to the wall sl(xis down
and the directional velocity &nil energy of the ions increaqes. Fur-
A~
ther in2rease In the preasure c-auses the ion acceleration to be
igovernel by the collisions, so -that the directional velocity drops
~again. Oria. art. has: 3 figurt-2s, 6 formulas, and 3 tables.

Card 3141

ACC NRs -AI'5017907
UR/0051/65/019/001/0140/0141
537.52*527 70
0
PMOR: Z*harova V Ka&ML Yu. K,
23
TME: Concerning the rotation of the positive column of a 0[ischarga in a magnetic
field
SOURCE: Optika. i spektroskopiya,, v. 19, no. 1. 19659 140-141
TOPIC TAGS: neon, argon, heliums kryptim, &~:s ischarge Plas 'turbulent plasmas
pressure effects plasma.magnetic field
ABSTRACT: Miis is a continuation of earlier work (Opt. i spektr. v. 3-1, 77, 1961) in
which the xvtation of the positive colum of argon discharge in a lon&LttKIUWI magnet-
ic field w3,s observed by a speeMscopic rmthod. In the present work, the speed of
rotation of the plasma in heliumi, neon, argon, and krypton-was investigated in the
pressure rmge between 0.5 and 2.5 mn HS, for a discharge current 600 ma in magnetic
fields from 50 to 1000.0e. The mthod of observation was improved by substituting
photoelectric recording for photography. A discharge tube 2.2 cm in diameter was used
The pressure in the chadxr could be varied linearly. The image of the edge of the
positive c:)lum was projected on the slit of a 2PS spectmgraph crossed with a rabry-
Perct etalon 30 m thick. Mie image of the slit and of the interference pattern was
projected an the spectr graph camera lens# and part of the central-ring image was cut
out by mutually perpendicular slits, and, projected on the photowltiplier (FEU 51).

ACC NRj AN017907
The study shorwed that the speed or rotation of the plasma increased with increasing
curLent in all gases and decreased with increasing pressure. Maasurem--nts made mith
CR
various lines in different gases gave similar results. All plots of the speed of ro-
tation against the magnetic field exhibited maxima at approximately 150, 300$ 600,
and 800 Oe for helium, neons argong and krypton, respectively. It is shov~n that the
rotation cannot be attributed to transfer of momentim to the atom froin the electrons
and ions. "De authors thank V. I. Perell for a discussion of the results of this.
work." Orig. art. has: 2 U~S-~771~
ASSOCLATION: None
SUBMITTED; 24Dec64 ENCL: 00 SUB Core: M
NR MF SO: 002 (MIER: -000

ZAKHAROVAZ V. N.
"The Telephone Set TAU--l MB"
Vestnik Svyazi, 1,jo 4, 1952, PP 7-8
Mranslation M-1340, 10 Dec 56

RAZUVAYW., G.A.; GRAYMKIY, A.I.; HINSKLRI K.39; ZAKHAROVA V N
Syntehoio and dome properties of diethoXyalwai= pqroxyCUmaj.'-jZV.AN
SSSR-Otd-khim-nauk no-9.1555-1559 S 162* (MIRA 15:10)
1, Nauchno-isBledovateltakiy institut lrhi-ii,, g. Gorlkiy.
(Aluminum organic compounds)

S/062/62/000/009/003/009
B179/B101
AUTHORS: Razuvayev, G. A., Grayevskiy, A. I., Minsker, K; S., and
Zakharova, V. H.
TITLE: Synthesis and some'properties of diethoxy aluminum peroxy
cumene
PERIODICAL: Akademiya nauk SSSR. Izvestiy~. Otd.eleniye khimicheskikh
nauk, no. 9, 1962, 155.5 - 1559
TEXT-, It is sought to synthesize stable aluminum organic peroxide
compounds free from impurities. Three syntheses were'studied: (1) the
reaction of diethoxy ethyl aluminum with cumene hydrogen peroxide, (2) that
of tr'lethoxy aluminum with cumen e.hydrogen peroxide, and (3) that of,
diethoxy aluminum chloride with the Na-salt of cumene hydrogen pe 9oxide.
Reaction (1) takes' place only at temperatures higher than 15 - 20 C and in
practice is not completed. Reaction (2), occurring at a maximum
temperature of 28 - 30 00 likewise does not complete its course and the
reaction mixture contains no compound with an R-Al bond. Beat results were
obtained for the reaction
Card 1/3

S/062j62/000/009/003/009
Synthesis and some properties ... B179/B101
--;,NaC1 + Al(OC H
Cl -Al (OC2H5 )2+ Na-0-0-C 9 H11 ---~>Icl-WOC2115)2' 1 2 5 2
!Na--61 10-0-C H
9 11
(0-C H
U 9
This took place at 5 C in xylen-e solution. NaC1 precipitated as fine
crystals, the surplus aluminum alcoholates were evaporated and the peroxide
was extracted with ether. Sometimes an amorphous complex compound having
the composition AlCl(Oc H -1TaOOC if was precipitated with the NaCl. The
2 5)2 9 11
peroxide C(C 2H5 02)AlOOC(CH 3)2.C6H is a solid, white, 'amorphous substance
which melts and decomposes at 113 C; it is easily soluble in xylene,
bt!n~;ene and chloroform. Its solution 0 in xylene decomposes appreciably
fasi; even at room temperature. At 90 C the decomposition is energetic.
Its products are dimethyl-phenyl carbinol, acetophenonep a-methyl styrene,
ethyl alcohol and aluminum hydroxide. The polymerization of methyl
methacrylate, styrene, acrylonitrile, vinylidene chloride and vinyl
chloride using (C2H 50)2A1OOC(CH 3)2-C6H5 as radical catalyst, gave a good
yield of polymers. In the case of vinyl chloride, the yield of polymer
Card 2/3

j S10621621000100910031009
Synthesis and some properties... B179/B101
increased Yith increasing content of peroxide in the re :aotisn' meditim.
The polyvinyl chloride (decomposition temperature up to 150 C, thermo-
stability 6 - 7 min) was amorphous and insoluble in either cyclohexanone
or dichloro ethane, owing to strongly branched or net-like structure.
There are 1 figure and 1 table.
ASSOCIATION: Nauchno-issledovatellskiy institut khimii, Gor'kiy (Scientific
Research Institute of.Chemistryt Gorlkiy)
SUBMITTED: March 1, 1962
Card 3/3

ZIK7-,7EV, 1.-. (Gorlkiy); ZAMAROVA, V.P. (Gorlkly)
......
Improve the ~lanniing of the operational work of the raiiiroads. Zhel.
dor.transp. 46 no-9113-16 S 164. (yTPI 27:10)
1. Nachallnik Gorlkovskoy dot-ogi (for Zlkeyev). 2. Nacballnik
planovo-ekonamicheskogo otdela Gorlkovskoy dorogi (for Zakharova),

A

59 i

f Ac -I
ch,

r o a r., cr, b '.he t 11 od

of CaLoul;1"Ing tlri_-
r e~ A r fa .3 t 4 -r%- whVil
I -n I ~l ~,s la
3 -1 zr~,

USSR/Wucisar MWeics - Comic ftdi tion Apr 49
Nuclear Fh7aics - Geiger Coonters
"Study of the Density Spectruan of Wide, Tory Deuse
Ataospheric Shavers," V. P. Zakharam, L. Kh. -
Xydus, Phys Inst imeni P. W. Lebadev, Aca& Sci
USSR, 3 pp
C-1
I:i -Dok Ak Nauk SSSR- Tol IAV~ No 4
Results of further masureneuts of the density
spectrm of vide atmospheric shavers In the regim
df very great densities (up to 5,000 particles per
eq a). Arrangement of Geiger counters used regis-
tered three- wA six-repeate& discharge
an
41/49T95
UM/Suclear Physics - Comic Padla- Apr 49
tion. (Contd)
coincidences in self-quenching counters, and vas
placed in a hcwizental Plane arouiKI a eircle- vith
a 1.5-mater d1azeter at a distance of 0.5 meter
fran the lightwel roof of the plyvocd box (ap-
Proximt94 0.5 glect, cm) . Submi tted by Acad D. V.
Skobeiltayn, 31 Jan 49.
Vft
41MM5

G. T. Zatspein, I. L. Rosentha,l, V. P. Zakharova, N. G. Khrebeet,
and G. B. Khristianson
The Observations of Atmospheric Showers of Cosmic flays HavinE a Width
Over 1000 Metors.
Academy of Sci, USSR, New Series, Vloscow
Vol. 74, No. 1) September 1950, pp. 29-33
From: Honthly List of Russian Accessions
October 1950, Vol. 3, No. 72 P. 38

Ile i
/-'Measurements of the average number ofze-ut-r-m-Semitted
in the fission of sevaal Fu -mlso FCC
uranium and pluton P a.
Measurement of th~ average numberof neutrons released -
upon fissiOU of urzitium-233, wanium-
235. Plutonitim-239,
andPlutOniuln-241.~ V.I.Kalashnik-()va.V.P.7akilama,
V.I.Lebedev L A,
AM Wan undr.E.,
tafg,
cacril-
Milon vlv~,,AYS,A raft,'. ZICS. ISOZ15, Iz.,
transl3tion).- 11. lNinber of neutrons generated at tae
fission of beIT7 nucltLas it funetion of the erritatlan energy
of the flq';f nlblc fluclelts. V. I. Katashnlovaj V. P.-
zakilarOya- V- I-asnUhki . V. I. I-Pbelev, and 3A. 1.
lbtd. 127-30. U1. Estimation of the syerage
npt=evl%bllcFlll of neutrons.which are released,at the assion of
various isolopesof urtnium and platan:urn. V,T.Kalaslani-
kw%ra, V. P. 7akharava. V. 1. LeWev, and P. R. Spivak.
Aid.
w-REW-0- M-
N
- w

?1 (8)
AUTHORS: Apalin, V. F., Dobrynin, Yu. P. SOV/89-7-4-11/28
(Deceased), Zakharova, V. P., Kutikov, I. Ye.2 Yikaelyan, L. A.
TITLE; The Mean Number of Neutrons Emitted by TJ 235 in Triple
Pission
PERIODICAL., Atomnaya energiya, 1959, Yol 7, Nr 4, PP 375-376 (USSR)
ABSTRACT- The triple fission of heavy nuclei with emission of ot-particles
is -a very rare and comparatively little investigated phenomenon.
The cK-particle cpeGtrum is then continuous# has a broad mazi
at an energy of about 15 Mev, and extends up to 28 Mev. The
cc-particles are essentially emitted in a direction that is
perpendicular to, that of the departure of the fragments.
Some clearness might be obtained withrespeot to the initial
stages of fission processes by investigating triple fission.
It is interesting that the boundary of.the energy spectrum of
OC-particles (28 Mev) is noticeaky higher than the value that
might be furnished by the forces of Coulomb repulsion of the
uranium nucleus. According to the authors' opiniong inveati-
gation of the characteristics of triple fission 49 a function
of the ratio of the fragment masses and investigqtion of the
Card. 1/3 energy balance is of great interest. The quantity of neutrcns

Ths Met= Number of Neutrons Ruitted by U 235 in a SOV/69-7-4-11/28
Triple Fission
flying away in fission is a measure for the excitation of the
fragments. The authors therefore determined the average number
Y of neutr emitted in a triple fission of the compound
nucleus U23r The investigation was carried oat on an electron
beam of a TVR-rea(-,tor. A U 235 laYer of 0,7 mg/cm 2 thickneps was
applied to the central electrode of the double ionization
chamber. Counting the fission fragments is briefly described.
The mean lifetime of the neutrons in the scintillator was
11 microseconds. L total of MOO OASOl Of triple fission was
recorded. The average number of neutrons per triple fission is
1-77 t 0-09- If the thickness of the aluminum filter amounts
to 35 /4, the system recorded triple fissions in which
ou-particles with an energy of more than 9 Alev fly off. The
authors deemed it to be of essential importance to clear vip the
connection between V and oc.-particle energy. This dependence
was measured by means of an aluminum filter of 135 u thickness.
The appsa~atus recorded only such cases of triple fission in
which te-particles with an energy of more than - 22 Mev were
Card 12/3 emitted. The counting rate amounted to 40 coincidences per hour.