SCIENTIFIC ABSTRACT KHAZANOVICH, T.N. - KHAZEN, E.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721930003-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

IHAZALNOVICHO
Theory ~~,the nuollear magnetic relaxation in liquid
polymers. Vydokom.soed. 5 no.1*112-119 Ja 163o (K'MA'316tl)
1. Institut, khJmJoheokoy fiaW AN SSSR-
(polymers)
(Nuclear magnetic resonance and relaxation)

KORSTp N.N.; KRAZAVUVICHP TA
Relaxation and shape of the paramagnetic resommce line in
highly viscouL media. Zhur. eksp. i teor. fiz. 45 no.5:1523-
1534 N 163. (MIRA 17:1)
1. Institut khimicheskoy fiziki MI SSSR.

YAVORSKIY, Boris Mikhaylovicb; DETLAF, Andrey Mtonovich.
Prinimali ucbastlyes &UZA~OVICH, T.11.; PRIOVKO,
ya.G.; GUROV" K.P... r-
[PlWsics handbook for engineers and students of institutes
of higher learning] Spravocbnik po fizike dlia inzhenerov
i studentov vuzov. Izd. 2., ispr. Moskva;Nauka,, 1964.
847 p. (MIRA 17t12)

MAUITOVICH, T-11. (Moskva)
Ner'l-vation o'f' equationa cf
I -- I i,-Yo Pz-'Os mate
I mekho 28 no.~-.`Lj-j
~,-, 6 N-D (tf-fv~

ACCESSION NR: AP4042024 S/0020/64/157/001/0165/0167
AUTUOR: Khazanovich, T. It.
0 n- therma d
1 iffusion in dilute solutions of polymers
SOURCEt AN SSSR. Doklady*, v~ 157, no. 1, 1964, 165-167
TOPIC TAGS: polymer chain, thermal diffusion, polymer rheology
'Markov process, Brownian motion mechanics
t ~ABSTRACT: It is shown that thermal diffusion in polymer solutions id
:greatly affected by the flexibility of the polymer chain, a fact not
~taken into account in earlier attempts at a molecular theory of such
'thermal difiusion. The model of beads and springs, introduced by
~V. A. Kargin and G. L. Slonimskiy k*'Zhrxh v. 23, no. 5, 563, 1949) is
used and it is assumed that the Brownian motion of the beads in the
,temperaturd field is a Markov process for which an Einstein-Fokker-
,Planck equation exists. Such an equation is formulated and solved
,Card 1/2

ACCESSION NR: AP4042024
for a chain consisting of n beads and it is shown that the flexibility
of the polymer chain greatly increases the coefficient for thermal
diffusion. The increase 16 attributed to the force acting on some
parts of the chain and directed toward the cold wall-when the mobil-
ity of other parts of the chain, which are in the region with.,larger
viscosity, is decreased. It is pointed out that experimental data
,on the coefficient of thermal diffusion are contradictory because
;of the complications arising in practical measurements. "The
:author is grateful to Professor N. D. Sokolov for a discussion cf
,the results." Orig. art. has: 8 formulas.
~ASSOCIATION: Institut kbimicheskoy fiziki Akademii nauk SSSR
(institute of Chemical Physics, Academy--of Sciences SSSR)
:SUBMITTEDs 16Jan64 ENCL: 00
~SUB CODE: Oc bTR REP SOVt' 005 OTHERt 010
Card 2/2

TAMWI 0 O&BOO - Itsbal mwaovm 21O.Na, Ush.
Opomtlvg noun or tjo MwAauCI2 UnIts &U*g moltatsm
forolM. Pren. mms* 21 noolsl(v-20 Ja 066 NVA 19d)

INnANOVICH. Turly (Sverdlovsk).
- OhmmmAmmmmw
lfi-ro-u-&"9776"rals; conclusion. Nmka i zhiznl 24 no*3:31-35
Mr '57. (HM 10:5)
industry)
(Ural Mountain region-Machinery

KHAZANSKAYA P M lnzh.~ VASILIYEVA, N.R,,, red.; YEREMEYEVA, L.A.,
(Experience in the construction and use of oil ports and bunker
storage in sea ports of-foreign countries) Opyt stroitellstva
i ekspluatataii neftegavanei i bunkerovochnykh baz zarubezhnykh
morskikh portov. Moskva, Otdel nauchno-tekhn. informataii.
Ft.2,, [Oil ports in foroign co4ntrleaj Neft4anye porty za ru-
bezhom; obzor literatury. 1962. 191 p. (MIRA 16:4)
1. Gosudarstyennyy proyektno-konstruktorskiy i nauchno-
isaledovatellskiy institut morokogo transporta.
(Petroleum--Storage)

ZHILYAKOVAP A.Ya.; LUCHKOVSKIY, I.Ya.; KHAZANOVULY,I.S.
Design of a precast reinforced concrete element for dump
163.
cars. Blul. stroi. tOkb.,;,~,Q.nqj,4P (MM 16:11)
1. Kharlkovskiv gosudarstvennyy institut po proyektirovaniyu
promyshlennogo stroitel'stva. 2. Starshiy inzh. Kharlkovskogo.
gosudarstvenno o inatituta po proyektirovanlyu promyshlennogo
Btroitellstva &r Luchkovskiy). 3. Glavnyy arkhitektor tekhni-
cheskogo otdela KharIkovskogo gosudarstvennogo instituts. po
proyektirovaniyu pronyahlennogo stroitellstva (for Khazanovskly).

PERrPADA, L.F.;.�~&~LI~OV ~j~.p I'S., arkbitektor
Cupola roofing Of radial thickeners. Biul. strol. tePJi, 20 no.10i
43-".0 163. (mwA iotil)

GONCHARUI(i A.I., -arkhitalctor; 1XIMMEZY, I.S., arkhItaktor; SHYMS, N.A.#
inzh.
Problems in designing Industrial enterprises in the southern
regions-of the U.S.S. R. Prom. stroi. 37 no.9:49-52 S '59
( IRA
(Russia, Somthern-Factories-Design and construction)

FEDCYEOV, 1J., inzh,; SHUVALOV, N.G., inzho; ZADIEPROVSKIY, I.Z., inzh.;
ERAZABOVSKIY, P.M., inzh.; SUCCHINSKIY, V.V., inzh.
flow method for saturating and drying the s'tator windings of
asynchronous electric motors. Vest. elektroprom, 32 no.4:28-31
Ap 161. (MIRA 15:5)
(Electric motorsp Induction-Windings)

FEDOTOV, I.I., inzh.; GUR13EV, G.M., inzh.; MTRULEI.IKO, V.Ye., inzh.;
KHAZA14OVSKIY, P.M., inzh.
- , - -.- - ---
Saturation and drying of the windings of asynchronous motors.
Vest. elektroprom. 33 no.10:71 0 162. (NIRA 15:9)
(Electric motors, Induction-Drying)

IVANOVAR Z.G.; DAVYDOVj A6 Prirldmali uchaotiye: KLc=VA, M.Teo;
KUZIIGNA, I.I.; KHAa, R.G. SMELLIJ, T.B.~.
Thermostable orVnosil.icon adhe4ives VK-2 and VK-6, Plast.musy no.4z
37-39 163. (MM 16:4)
(Adhesivea-Thermal properties) (Silicon orgaaic wmpounds)

,A~-XSTMV, I., inzhener: KHAZANSKIT, D., Inrlieuer.
Discharge ermdult rande of Drecpst reinforced concrete. StrAtall
no.8:20-21 Ag '57. (MIRA in-9)
(Concrete conduits) (Precast concrete coantmation)

I --~' ~ j F1 -Z. ,,I ii ~' I-.\ I \ ()
- 4 V, -
MWANSKIV.
Constructors of machine tools. Rab- i sifti.)l no.8:6-7 Ag'55-
(KLRA 8:11)
(Vitebsk-48chins-tool industrY)

/9 Z 19 A/ 0 V / C_ ,j-/) Y (-,/. .
AUTHORs Khazanovich,.Yu. (Sverdlovsk) 25-12-20/59
TITLEt The Road of an Engineer (Putt inzhenera)
FERIODICALs Nauka i Zhizn1r 1957t # 12t pp. 30-32 (USSR)
ABSTRAM The authbr describes the life of . -,-Georgiy Lukich Khimicht
who went to Sverdlovsk in 1929, and i)ecame a well-known engineer
at the Sverdlovsk metallurgical plant "Uralmash". Khimioh in-
troduced modern production methods at the Sverdlovsk rolling mill,
and was in charge of the construction of the metallurgical combine
to be built at Bkhilan (India), completion of which is scheduled
in 1959-
Thereare 3 figures.
AVAILABLEs Library of Congress
Card 1/1
'A

KLEBANOV,, GA., inzh.j MAWSKIyj, S.A.,, inzh.
T--108 vravier tractor for industrial purposes. Trakt. i
sellkhozmash. 31 noent,4-5 N 161* (KMA 24:12)
1. Chelyabinakiy traktomyy zavod.
(Crawler tractors)

ANSHELES, I.M.1 FRIMU; E*Ao; SMINA, Ye.S.; KWSHINAp T.A.; TARASOVA2
Te-.F.; KHAZARM
Epirlemiological and virological characteristics of the influenza
pandmic of 1957 in Isningrad. Trudy ton.inst.epid.i mikrobiol.
l7t66-77 f58. (KMA 16s2)
1. Iz sektora epidemiologii (mar. I.M* Ansheles) i laboratorii
grippa (zav. E.A. Fridman) Uningradekogo instituta epidemiologii,
mikrobiologil i.gigiyeny imeni PaBterap Gorodskoy sanitamo-
epidemiologicheskoy stantsii i Protivogrippoznogo kabineta. 39-Y
polikliniki Dzerzhimakogo raymay Leningradao
(LENINMAD-UMUMU)

POTEMKIN, P.S.; SHUMLIX, A.A.; KURDIANI, G.P.; KHAZAWZE,.M.1.;.
TYRTYSHNYY, A.Ye.
Firing Dankov dolomites in rotary kilns. Ogneupory 28 no.9t
389-392 163. (MIRA 16:1o)
1. Vsesoyuznyy institut ogneuporov (for Potemkin, Shumilin).
2. Rustavskiy metallurgicheskiy zavod (for Kurdiani, Khazaradze).
3. Dankovskiy dolomitovyy kombinat (for Tyrtyshnyy).

4-184--b6 E .1 T (m ) I/F CC/1 1JP(c)
AP5024634 SOURCE CDDE-. UR/0048/65/CI29/009/1686/1689
-L.D.
tT a ?A) V.A, , Khazaradz 11.G. . Durdul, A. V. Cede,,anl
'YU: none
fI irt-jaLlons in the lateral dis'ribution nf M,j(l.,Iq extr'l-givc air showerc
I n Cn qm Ic , (a v q I s n, t Di'. t 4 A i t 1 -14; 1
7%c authors have inve-,.,. cl
t
t 't ra t. 1 '14; pa
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shv I 1 1 arbl I K:!A
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'JB M A n DO- OIU G ~F F I
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11 AR -Z

TSMTELI, D.; INASHVILI, Sb.; HAUMADMI G.; KURDGELAIDZE, G.;
LASMM) T.; LOMTATII)ZF.., G.; KHAZARADZB.,_,~~,
Observations of the Chalanti and Lekhzyri glaciers in the
amer of 1959. Trudy Inst. geoge AN Gruse SSR 17;223-256 162,
(Inguri Valley"laciers) (MRA 16:7)

KHAZARADZE, R.D.; IDMTATIDZE, G.V.
Morphology and the morainic deposits of the Adishi Glacier.
Trudy Inst. geog. AN Gruz. SSR 20:253-264 164.
(KRA 18:5)

KHAZARADZE, R.Ye., nauchnyy sotrudnik
Data for determining the permissible concentration of manganese
(bibalen and tetravalent) in the water of reservoirs. Gig.i san.
26 no.12tS-14 D 161. (MIRA 15:9)
1. Iz Mauchno-issledovatellskogo instituta sanitarii i gigiyeny
Ministerstva zdravookhraneniya Gruzinskoy SSR.
(WATER-POLLUTION) (MANGANESE)

, with the a -.udy of crop dise. sea i the dry cubtr ice
KhP7nrnA7e, S4 P. "Data d4-.!linp op
of the Gvor~,Inr. SSR'#-" (The resulto of the ntudy conductoo in rilnatin.- the fig,
Pomngrintiteo rtlmOno --nd pictachlo nut In 1939-1914 Trudy In ta !!~Shchity rantoidy
(A~-ad. nnuk Cru-,. SSR), Vol. V. 191;8, P- 103-16 (In Geor6ian, resume in~,Runeian),
- Bibliog: 7 ite,-.18
so:-- U-4,93b, 29 Oct 53, (L ato pis IZ hurnal Invidi Statoy, 'No. 16, 19149).

"HAZAP;'DV,, Ye. P.
KhRznErel7e, Ym, P, "Potato diser.-er in the Geori,,!~m SSP," Trudy In-v:, mate.,217,
Wmd. rvmk Grim. SSR), Vol. V, 194,8, r. 249-C'.12, (In Goor,jan, rocwme in Rursianj I
- Bibliog: 11 items
SO: 29 Oct 51, ~Lntojds 'Zhurn-I 1n,7kh Statey, No-. 16, 19,49).

-------- ----
1. KHAZARADZE, YE. TSAKADZE, T. A.
2. USSR (600)
7. "Elack Canker of the Apple Tree and Measures for Combatting It", Trudy In-ta
Zashchity Rasteniy AN Gruz. SSR (Works of the Institute of Plant Protection,
Acad Sci Georgian SSR), Vol 7, 1950, pp 107-124.
9. Mikrobiologiya, Vol XXIp Issue 1. Moscow, Jan-Feb 1952, pp 121-132. Unclassified.

Imumn yo
Cancer of the posegmate root neck in Georgia caused b7 the fungus
Zythia vercontana Saco. Soob.AN Grus.&M 17 no.1:39-43 156.
(HIRA 9:8)
1. Akademiya nauk Grazinskoy SSR, Institut zashchity rasteniy,
Tbilisi. Predstavleno doyetvitellnym chlenom Akademii L.A.
Kanchavelt.
(Pomegranate) -

USSR/Plant Diae-osen. Diseases of Cultivated Plants 0-3
Abs Jour Ref Zhur - Biol., No 20, 1958, "Jo 91999
Author Khazaradze Ye.P.
Inst nst. of Plant Protection :_1j Goor-ion SSR
L~
Title Fhoiopois diasjrjri BonC., t1he Cause of Porsirzrjon Cnnkor in
the Georrryan SSR
Ori,; Pub: Tr. In-ta zaahchity raot. iJ1 GruzSSR, 1957, 12, 1553-175
)atract : rcrsiniion suffers considarably fron the c=ker (Ph. Iiospyri.)
in the hunid stfutropics of Geortia. The funL-,us produces dry
rot in the settings anC. the fruit. It also causes withering
of the branches. &.,all 'black blotches or pycnids appear on
the fruit and in the c,%lyx. Me bells of the fallen fruit
rem-in on the tree and. bicone sources of infection. The in-
fection of the frult-boarin-, branches tcJtca ylvco through
the fruit etou. On the paromial branches nad sonctin-ce un
the StOLIS, canker inj=ica in the for-i of k1upressed stains witb
1-2 lonaitudinal cracks were noticed. Me branches bocoyia
rlufomed, their Crowth in rot,:xaca and aoi.:uti%ics they wither.
Cax~l 1/2
USSR/Plfzit Diseases. Diseases of Cult-ivatca Plants 0-3
,'.bs Jour Rof Zhur - Biol., Nu 20, 1958, No 91999
Ilif,-ction and witherinr_ of poorly united Iraftad -sce(Uinj~s
was observed in nurseries. Me funf,-us is selaoL.1 ancountera4l
an leaves. When it appears on leaves it proaucos brown spate
along the od~,res. Me first appcarance of the disease begins
in May on the s,3ttinL;o and yount.? fruit. The developiont of the
nGullt in Pure cultarO tnLkC Placa at q teLiparaturo uf 7-330-
Good results in cont-rollin~, thin disease were obtained by
using 10 percent solution of tatmothyl thiuraii ftisulfide
Mill 1 percent Bordeau:% solution. Sprayin,~~ scherluleG and
nGrotechnical =6 Dro.)Iiylcctic rjeasures are C;Jvcn. __ Ye.S,
-rtyurq,--n
Card 2/2
20

KHAM ZHYAN, A.
Apparatus for skinning pigs. Mias. ind, SSSR 24 no.5:60 153.
(KT-RA 6:12)
1. Yerevanskiy nyasokombinat,
(Hides and skins) (Slaughtering and slaughter houses)

1~ Vi fj Z_ M N 0 VI LI &
EXCM I'MICA SOC.12 VOLU/9 Ophthalmoloey Sept 57
1454. KHAZAROFF Ya.G. Med.Inst., Kuban.* Prophylaxis and operative
treatment of symblepharon by means of a caoutchouc
interlayer (Russian tIxt) VESTN.OFTAL. 1956, 2(28-30)Tablesl
Illus. 2
A proceduce is described for the prevention of symblepharon in cases or thermal
or chemical burns of the conjunctiva. A small semilunar piece of caoutchouc cut
out of a surgical glove is placed between the burnt surfaces of the palpebra.1 and
bulbar conjunctiva, The strip of rubber is kept in place by a sirgle mattress suture
stitched from the fornix through the eyelid and tied on the skin-surface over a pad.
The strip is removed after 6 days. The same method is followecl in operations
against already existing oymblepharon. After separation of the lid from the bulbus
the strip is placed between theme two in the same way an described above. During
the 6 days in which the.strip lies between the neparated surfaces these are cover-
ed with epithelium.and the motilft 9f 14q. em_~,
_#yqJe._resto_r.q.d.,__)N Ajuh

TUMAROV9 G.j gornyy inzh.; KHAZARYAN, L., gorn~7 inzh.
New equipwnt. and technological proceooes in blaothale drinAM at
the lime quarries 'of the Ararkt Comat and Slate Works. Prom.Arm.
I
6 no.7:33-38 J1 163. (.MIU 16:9)
1. Armyanskoye spetsiallnoye upravleniye po proizvodstvu burovzryv-
nykh, rabot.
I ~,

28 (1)
AUTHOR: Khazatskiy, V. Ye., Engineer SOV1119-59-6-2118
TITLE: Ferrite-Transistor Elements for Remote Control Instruments
-(Ferrit-tranzistornyye elementy dlya ustroysty teleupravleniya)
PERIODICAL: Priborostroyeniyep 1959, Nr 6, PP 5 - 7 (USSR)
ABSTRACT- This is a report on the utilization of ferrites with rectangular
hysteresis loop in circuit diagrams, the Initial element of which
is a transistor. In the Institute mentioned in the Association
an investigation is carried out of the practical application of
such ferrite-transistor circuitE for industrial remote-control
switches. The working principle of this circuit is described in
figure 1. Figure 2 shows the dependence of the pulse duration on
the number of the base windings, which is important for the case
that the telemechanical switching mechanism contains inert ele-
ments, such as relays, magnetic amplifiers, etc. Figure 3 shows
the dependence of the voltage amplitude at the triode base on
the loading resistance of a collector circuit. Figure 4 depicts
a pulse transformer. The diagram of a dynamic trigger is shown
In figure 5. The dynamic trigger with ferrite-transistor element
may very advantageously replace the magnetic amplifiers in the
Card 1/2 relay because of its quick action, its small bulk and its low

Ferrite-Tranaistor Elements for Remote Control SOV/119-59-6-2/18
Instruments
cost. Figure 6 shows the circuit of a dynamic trigger with a
triode. The circuit diagram in figure 7 may be applied for log-
ioal operations in contaot-free remote controli it is a combi-
nation of a ferrite-transistor memory cell with a pulse trans-
former. Figure 8 shows the circuit diagram of a two-stroke pulse
distributor, and in addition thereto (Fig 9) the diagram of cur-
rents and voltages. This distributor has stood its test in volt-
___age-orso-117x&tro-ns or-- )Upand az vemperazures or up To ov.. Un
the basis of the circuit elements described, various types of
remote-control systems were worked out in the Association in the
years 1957 - 1958; among them; types required for municipal gas-
works. There are 9 figures and 5 references, 3 of which are
Soviet.
Card 2/2

ACC NRs AP603 .4050 -SOUR CE C
AUTHOR: Khazatskiy, V. Ye. (Moscow)
:ORG: none
:TITLE: Difference method of coding
SOURCE: Avtomatikaitelemekhanika, no. 10, 1966, 175-181
TOPIC TAGS: signal coding, communication coding, information transmission
ABSTRACT: A difference method of coding is cpnsidered in which the differences
between consecutive numbers of messages are coded. At. the receiving end, the code
bare summed up in sequence, and the summation result is decoded. Signal shaping in
~a multichannel transmission system (such as a supervisory control) is examined. Th~
!,probability of incorrect code formation is analyzed. A block diagram realizing trans-
'mission and reception of difference codes is shown. It is claimed that the difference
,coding method will be most efficient in those cases where the num ber of commands or
,signals sent within one cycle varies widely. However, the delay time will vary with
Yarying numbers of commands, which is held as a disadvantage of the difference-. I
!coding method. Orig. art. has; 3 figures and 20 formulas.
SUB CODE: 17, 09 SUBM DATE: 13Apr66 I ORIG R.EF: 002
Card 1 / I UDC: 621.391.152

?'6 0 0 227)2
106,0 S/119/61/000/004/002/005
B104/B205
AUTHORt Xhazatskit _L.Ye., Engineer
TITLE; Unified contactless remote control and remote signaling sys-
tem of type ETLkY -1/10 (BTTeU-1/10)
PERIODICALt Priborostroyeniye, no. 4, 1961, 15-18
TEXTj A series of contactlesa remote control and remote signaling systems
of the type BTU (BTTe), designed for the telemechanization of industrial
establishments, has been developed by TsNIIKA in cooperation with SKB Pri-
bor (Special Design Office for Instruments) and Orlovskiy zavod priborov
(Orlov Instrument Factory). This series is manufactured in three types:
1) A contactiess remote control and remote signaling device of the
type BTlA-1/1 (BTTs-1/1) by which one slave mechanism is controlled from
one dispatcher point. Ten to sixty objects can be controlled and super-
vised by it. 2) A contactless remote control and remote signaling device
of the type ETIA -1/10 (BTTs-1/10) which is used to control up to ten slave
mechanismsfrom one dispatcher point. Each slave mechanism is connected to
-the dispatcher point by a radial communication channel; all slave mocha-
C3rd 1/6

22732
S/119/61/000/004/002/005
Unified contactless ... B104/B205
nisms have the same power as the one used for type BTTs-1/1. 3) A unified
contactleas remote control and remote signaling system of the type
BT11V -1/10 (BTTsU-1/4.0) which controls up to ten slave mechanisms from one
dispatcher point; its communication channels may have any design and can
be supplied by both synchronous and non-synchronous sources. Hereonly the
last-mentioned system is described in detail. It is designed accorling to
the principle of selectivity. The selection of points and their interro-
gation for the existence of information is done in a cyclic mannerp using
the pulse interval method. The system permits the following operationst
a) remote control of objects havizig two positions;b)signaling of the ex-
istence of information at any slave point; c) automatic communication with
points at which information exists (type 1) or signaling through a tele-
phone (type II); d) continuous signaling of the state of all controlled ob-
jects when the dispatcher is connected with the slavel e) interrogation
and response of any slave mechanisms. It is possible to connect 10-40 two-
position objects to each slave mechanism.. For ten slave points, intexro-
gation takes 0.2-0-5 see. The two types of the BTTsU-1/10 system are
thoroughly described with the aid of the accompanying figures. There are
5 figures and 4 references: 3 Soviet-bloc ana I non-Soviet-bloc.
Card 2/6

P4 4Z497 -5i0l03164/0Z5/00711ll41ll?.1
AUT14OR: 1(hazatskiy, V. Ye. (Moscow)
TITLE: Problem of structural reliability of remote-control systems
SOURCE: Avto matika i telernekhanika, v. Z5, no. 7, 1964, 1114-11 ZI
TOPIC TAGS: remote control, automatic control, remote control reliability
ABSTRACT: A method of evaluating the reliability of single- and multi-channel
remote-control, systems is considered; two multi-channel systems, with time-
and with frequency -division of signals, are used as examples. It is shown that
:,4e system reliability can be increased by duplicating the ties between various
components by means of a "cross" distributor. The probability of failure for a
conventional distributor is given by.
qj, = qj + qj +qj ++ q1t
NF,. AP4042497
while that for a"cross" distributor isi
2 2)
3
where C is the total number of triple faults."', Encoder and decoder schemes
n
which include the "cross" distributors are briefly described. Orig. art. has.
.6 figures and 13 formulas.
ASSOCIATION: none
SUBNaTTED. 04Mar63 ENCL: 00
SUB CODE; Wt JE NO REF SOV. 004 OTHER: 0100
Card2/Z ------

I - 4_0 inzh.
TUMANOV., Gop iaxbLL_R!LZkRYAN L
Using blasting techniques in recovering building tuffs, From,
km. 6 no.1150-53 Ja 163. (KMA 1614)
1. Armspetsupravleniye po proizvodstvu burovzryvnykh rabot,
(Armenie--Yolcanic ash, tuff, etc.)

-7-
-M A -
POLAR/OPtics - Optical Figineering.
Abs Jour : Referat Zhur - pizika, 110 3, 1.957,
Author : Khaze.
Inst
Title : Crystals in Instrumental optics
Orig Pub : POmiary, Automatyka, kontrola, 1956, 1, No 6, 221-226
Abstract : Popular article.
Card 1/1 10
K-4
a
3/16 61/000/'_-1b/055/'039
A005YA130
AUTHORSs Ayzu, Kh.9-Fudzhimotog I., jqj_kZegaYa.,_S., Koshiba, 11.,
M~to, I., Nishimura, Dzh., Iokonj K., Shayn) M.
TITLEx Primary cosmic radiation at Prince Albert, Canadr.
PERIODICALs Re'ferativriyy zhurnall Geofizika, no. 6, 1961, 12, abatza~,t
6083- ~Ti,, Mezhdunar, konferentaij po kosmich.
T. 3- Mosoow, AN SSSR, 1960, 110-115)
TEXTs The authors analyzed data from the recording of heavy nuclei
of primary cosmic radiation. The measurements were conducted oc Septt:,rller
119 1957 with the aid of a photoemu-191on pile at an-altitude of 36 km
(geomagnetio latitude 620N). 'Differential energy spectra were obtairs;~
of 13( -particles, nucleus groups C, K, 0; F - Si;.P - Fe, and Li, Be and :P-
in the energy range from 150 to 800 Mev/nucleon4 The shapes of the spectra
for all groups except Li, Be and B w 'ere the same. The streams of Li-., Be-
and B-nuclei evinee a pronounced increase of inteneity (relative t~' the
C, N and 0 groups) at energies of'300-700 Mev/nucleon. Analysis of the
Card 1/2

8/16 61/000/000"/Q33/'--''0
Primary-cosmic radiation at PriAce Albertp Canada A005YA130
fragmentation p robability of the heavy nuclei as a function ---,f en~r~r.-
shows that the relative increase in quantity of the light nuclci -4.i, dv,p
to an increase in the quantity of matter permeable to hPavy ( Z!> 6) io-*
energy nuclei. Therefore the authors conclude that the mechanism of Puli.
aoceleration ie not very effective in interstellar space for low
the most probable origin of cosmic rays is in Supernovae -"M
sequent, diffusion throughout the Galaxy. The authors ~-Y-Lmin,
of the relative abundance of different elements in primary
They show that a number of peculiarities detected in the high enerxi cauga
are also observed at energies --,,700 Me-w/nuoleon. Owing to the fa::it that
no antipartiole whatsoever was deteoted, the value 0.1~G WaS Objajj~Lt~-j fk)l'
the upper limit of the amount of antimatter in primary ~oami~ radlaticL.
N. Kaminer
[Abatractor's note: Complete translation.]
Card 2/2

SMIMOVY M.V.; KRASHOV, YU.N.; X.1
F I F- .
Pt-action of lanthanum tichlorldej with a -molten etitectic mixture
of lithium and potaoslui,-i chlorldeo. Trudy Ingt. elekt-rokhi.m.
RFAN SSSR no.5:53-60 t6l,.
((4TF.A. 18:2)

k tr

L lolPi-66
'iP \T!~n2P23Q
.c
K
K, lag
),Q ifrived for their surressj~,
lgx"Ii
A
K'= 117 (Lap

T- I cl-A
L A 1*5u28238
TJB CODE: 071 SUBM DATE: nme/ ORIG REF- t-305
win --l M-1

SKIDA, ON.; MRNOVY M.V.; KHAZEMOVA, T.F.
Diffnaion coefficients of U3 0 1j4 ,and 1102 ions in fused
N&Cl - KCI. Trudy, Inst.elektrokhim. UFA14 SSbT no. 4111-115
163. (IERA 17%6)

Rl

SMIRNOV, M.V.; USOV)
Melting diagram of the La - IaCl system. Trudy Inst. elektrokhim.
UFAN SSSR no.5:119-222 164. (141RA 18:2)

'L 42157-66 EwT(m)/T/E,#rP(t)/ETI lip(c) re/w/n/jo/Gr)
ACC NRs AT602M2 (A) SOURCE CODE: UR/MO/65/000/000/02y+/025-7,6
AUTHOR: -Smirnov. -M. V.; Usov, P.- M., K.rasn-ov, Yu. So; na-z-OMMOV-Ap To Fe fell
ORO: Institute of Electrochomistq,, UFAN SSSR (Institut elektrokhimli UFAN SSSR)
T
.
LTLE: Reaction of metallic lanthanum"lith its trichlorid
SOURCr-,: Vsesoyuznoye soveshchaniye po fizichookoy khimii rasplavlonnykh soley. 2do
Kiev,. 1963. Fizicheskaya khimiya rasplavlennykh soley (Physical chemistry of fused
salts); trudy soveshchaniya. Moscowp Izd-vo Motallurgiyal 19659 234-237.
TOPIC TAGS: lanthanums, chl=*d% electrolysis . rRlehfko RIOE 3 a 9F in / d " A-
1er'90'r10^.1j emoc t I
AB~TRACT-* The emf method was used to study the reaction of Ia with 1AC13 and solutions
of'LaCl in the fused t otia o LiCl-KC1 in order to etermine whether comnound~
r
of anNanum of low ou 0 i&Vatues existp and if sog W
or oxidatior t part they play in t6 14
dia. The phase diagrat4
electrolysis of Ia in fused sal m f the TAC13-1a system was"..:
determined experimentally in the range from. the pure trichloride to the product of itx~
saturation with metallic I&. The emf of galvanic concentrgion cons composed of two!,
calls (liquid Ia in molten LaC13 saturated with Lap and Yo'ft=ersed in molten 1AC13
containing 0.35-23/4 mole % dissolved 1a) at 850-10000C ls-K~wed that the dissolution of.,,
la in the trichloride involves its reduction to the di- or monochloride. Emf isotherft4
plotted from experimental points were similar to those which should be expected for
electrolytes made up of a mixture of LaC13 and LaCOL2. It in concluded that metallic TA
Card _ 112

-66
partially reduces IaC13 to the dichloride; the latter is unstablep and can exist only
in fused mixtures with the trichloride in contact with the metal in amounts of no more'
than 86 mole %. Upon solidification of.the fused salt mixtures, the dichloride docq'M*-
poses into the metal and t~A trichloride. By strengthening the 1&3*-Cl- bondsp theArx-
troduction of alkali me~al'*Iorides into the melt stabilizes the trichloride to aujh~,
a degree that it can no ;onger be reduced to the dichlorido by the metal. For this,
reasons the electTolysislof I& in fused alkali metal chlorides is not associated w1:0
the formation of La ionsfof a lower oxidation state in the electrolyte. Orige aftqk~asl
3 figures.
SUB COMS 07/ SUB14 DATEI 23Aug63

SOV/124-57-3-3316
Translation from: ReferativAyy zhurnal; Mekhanika, 1957, Nr 3, p 98 (USSR)
AUTHOR: Khazen, A. M.
TITLE- The Application of the Glow Discharge to the Measurement of the
Turbul6nt Velocity Pulsations of an Air Flow (Primeneniye tleyu-..
shchego razryada dlya izmereniya turbulehtnykh put'satsiy skorosti
vozdushnogo potoki)
PERIODICAL: Sb. statey nauch.-stud. o-va Mosk. energ. in-ta, 1956, Nr 9,
e pp 163-172
ABSTRACT: The paper gives the description of a hot-wire anemometer based on
the principle of aglow discharge between platinum electrodes. A
schematic diagram of the setup is adduced. The paper refers to the
possibility of using the' above-mentioned instrument for the registra-
tion of the velocity pulsations as well as for the measurement of the
root-mean -square deviation and the frequency spectrum. At the
present stage of inves.tigation the author, unfortunately, recommends
his setup for qualitatlite investigations only. Descriptions of a hot-
wire anemometer with a glow discharge have already appeared
Card 1/2 earlier (Linduall, C., Electr. Engng., 1934, Nr 7, ZAkhArov, Yu.G.,

SOV/124-57-3-3316
The, Applicatiou of the Glow Discharge to the Measurement of the Turbulent (cont.j
Tr. TsAGI, 1946, Nr 599, et at. ), but to date no quantitative results ha~,* been
obtained therewith. Bibliography: 6 references.
Ye. M. Minskiy
Card 2/2

SOV/124-58-7-7767
Translation from! Referativnyy zhurnal, Mckhanika, 19.58, Nr 7, p 65 (USSR)
AUTHORS: Khazen, A.M.
TITLE: A Universal Device for the Investigation of Turbulence and
Nonstationary Gas Flows (Universallnyy pribor dlya issledo-
vaniya turbulentnosti i nestatsionarnykh gazovykh potokov)
PERIODICAL: Sb. statey nauchn. stud. o-va Mosk. energ. in-ta, 1957, Nr
10, pp 53-71
ABSTRACT: A description of an installation for measuring the intensity
of turbulence by means of a glow-discharge is made. The
glow-discharge method for measuring turbulence has been pro-
posed several times previously (Lindvall C., - Electr. Engng.,
1937, Nr 7; Yu.G, Zakharov, Zh. tekhn. fiz., 1939, Vol 9, Nr
21) but until now has not found acceptance in view of the insuf-
ficient stability of its characteristics. The theory of the de-
vice is given and the stability conditions of the discharge are
analyzed. A description of the device constructed by the author
is given. The sensing element is made in the form of a glass
rod with a diameter of up to 6 mm; the length of the working
Card 1/2 portion of the probe is 3 - 5 mm, its width is I mm. The

SOV/ I Z4-58-7-7767
A Universal Device for the Investigation of Turbulence (cont.)
frequency range of the device is from 2 cps up to 100 cps. Measurements
are possible with the aid of an oscillograph and a thermoam'meter (for mea-
suring the mean square of the velocity pulsations). In order to afford a
means for investigating the detachment of vortices and the correlation coef-
ficient of the turbulent velocity components at two points the device is pro-
vided with two channels. Oscillograms of pulsations recorded in different
flows by means of the abovedescribed device are given. The moderate-over-
all dimensions of the device make it particularly useful. Its universal applic-
ability makes it suitable for many aerodynamic experiments. According to
the author its cost is approximately 1/20 that of a hot-wire anemometer
with a comparable frequency range. Bibliography: 6 references.
Ye.M. Minskiy
1. Gas flow--Analysis .2. Gas flow--Turbulence 3. Turbulence-.-Measureipent
4. Glow discharges--Applications
Card 2/2

137-1958-1-196
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 1, p 31 (USSR)
AUTHOR: Khazen, A
TITLE: Electrical Discharge Methods cf Measuring Gas-flow Velocities
(Elektrorazryadnyye metody ~.zmereniya skorostey gazovykh
potokov)
PERIODICAL: Sb. statey nauchn. stud. o-va Mosk. energ. in-ta, 1957,
Nr 10, pp 72-82
ABSTRACT: An analysis of electrical discharge methods for gas-flow
velocity measurements is presented. Glow and corona discharges
are compared on the basis of an analysis of a number of papers.
The dependence of the conductance on the pressure in the case of
a glow discharge is only 1/25 to 1/30 that of its dependence on
the gas--flow velocity, whereas in a corona dificharge these
relationships are of the same order of magnitude. It is, there-
fore, concluded that the glow discharge is more suitable.
A. Ch.
lo Gas flow~Velecity--Moasvxezent 2. Glov discharges-Effective--
none-Test results 3. Corona (Eleatriaity)-Effeativenese-Test
Card 1/1 reaulta

9.3 oo
89002
3/119/61/000/001/006/013
B019/BO67
AUTHORS: Smirnovq V. I.f Engineer, and-Khazen, A. M., Engineer
TITLE: Magnetic Gas Discharge Commutator for Weak Currents
PERIODICAL: Priborostroyeniye, 1961, No. 1, pp. 15 - 17
TEXT: Mechanical commutators are not sufficiently reliable in remote
measuring systems and multipoint recorders. It is therefore necessary to
develop better commutators. In the magnetic gas discharge commutators
described, a magnetic block is used which is shown in Fig. 1. This block
consists of the oppositely connected coils 1 and 2 which are fed with
high-frequency current. The control coil 3 is fitted to the two cores
above coils 1 and 2. The output coil 4 is mounted above the other three
and simultaneously serves as backcoupling coil. In each of the core pairs
a magnetic field with different sign is generated by the high-frequency
current. If d. c. passes through the control coil an emf is generated in
the output coil, whose frequency is twice that in coils I and 2. Since
the supply voltages are applied only to the coils of one pair the output
Card 1/5

89002.
Magnetic Gas Discharge Commutator 5/11 V61 /000/001 /006/013
for Weak Currents - Boiq/W67
voltage is proportional to the input voltage only in one channel. A cold-
cathode thyratron is used for the commutation of the high-frequency
voltage. This thyratron at the same time serves as key element of the
commutator and as distributing element of the measuring channels. Fig. 2
shows the basic circuit of the commutator. M, is the magnetic field pick-
upt M2 - M6 are the magnetic blocks which are illustrated in Fig. 1.
Dp are chokes. This circuit offers'several advantages. Tube noise is
welkened by the backeoupling, temperature influences only little the
resonant frequency. The use of the above described magnetic blocks with
double output frequency,required the use of one of the pick-ups as
magnetometers with double output frequency, which was directly connected
instead of one of the ring pairs. The use of the double output frequency
warranted a low threshold of sensitivity. Such a commutator with five
measuring points and one magnetic field pick-up was produced in the
laboratory. For this purpose permalloy cores 0.03 mm thick, with a cross
section of 0.5 mm2j were used. Frequency must be considerably increased
to obtain especially quick operation. No reciprocal influence of the
Card 2/5

8*2
Magnetic Gas Discharge Commutator 8/11 61/000/001/006/013
for 'Weak Currents B01 9YBo67
channels was observed. There are 4 figures and 2 Soviet references.
Pme. 1. marvanut dn*K xomm"s"Ps.
g 5XJIIO.qiHbI.'3CTptqHO; yflpaBjTfijQmgA OOMOTKR'J H&JI03tema He
.zpa -cepaimma rioaepx 016XOTdk nxTeHxx; BUXOUax . 06NOT-
Card 3/5
MOWN

2.
4
1 ui.
PIP, 'PIP, AP,
'y
C,
89002
8111916110001001-10061013
Boig/Bo67-
r---41
efee
Ipofiloof moov~xfhwr
3
-J h
Pim-2-nomugtirlmsmatasi exema-marifimmoto r*3opA2psAm*ro-K*UMY1ATOVA-ffA WecfbToqeg "3ul!ptmvx. a TOM lexcAe c 4471mom marmommoro m14.
TlipgiTpomm Ht u Ili cxy)KmT AAm
Card 4/5

89002
8/119/61/000/001/006/013
B019/BO67
Legend to Fig. 1: 1) and 2) High-frequency coil; 3) control coil;
4) output coil. Legend to Fig. 2: I)Magnetio field pick-up; 2) input
voltage of the pick-upal 3) a. a. for the coresi 4) output; 5) synchronous
pulse generator.
Card 5/5

24544
og '13 S/179/61/000/002/010/017
(IS-Igo WV, 11 E032/E114
AUTHOR: Kha':~en,-A. X.,-(moxcow)
TITLE: High frequency.discharge in a moving gas
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye takhnicheakikh
nauk, Mekhanika i mashinoBtroyeniye, 1961, No. 2,
pp. 112-113
TEXTi The present author considers a parallel plate capacitor
placed in a moving gas. A high frequency voltage is applied to the
plates of the.capacitor. The distance between the plates, the gas
pressure, and the frequency of the impressed electric field, are
chosen so that the time of transit of an electron between the
plates under the action of the high frequency field is greater than
the half period of this field. Free electrons are produced
throughout the discharge gap and their motion if detormined by
the external field, the field due to the positive space charge and
their own field. The system of equations giving the distribution
functions for the Wlectrons (f.), ions (fi) and neutral molecules
in the discharge plasma, is taken to be o~ the formi
Card 1/6

21AUL
S /17 9/6 11000IMFV-0 .10/0 17
E032/E114
High frequency discharge in a moving gas
04 P of, 104. a I
-ITF t;W:-~q- + eEb rq q - q-1 Y. w- P'. 1) -1, W. P'. 1)) dq*dp,-
4kx.. - kv..)+ v~ 2nedpodv. M
+ ez, /f) dqldpl- (k.-kow) f, (2)
W1 +1 -3q- OP Tq- ~
+Y at,, ~ (kPa" 43)
In these equations m is the electron mass, e is the electron
charge, e- is the ion charge, Eb is the high frequency field
and v is the gas velocity. It is assumed that inelastic
collisions are accounted for by the ioni3ation coefficient kvjOH
and recombination coefficient k ~eK* It is assumed that the
electron temperature Te is muc greatbr than the ion
temperature Ti and that the gas pressure is such that the
Card 2/ 6

24544
S/179/61/000/002/010/017
E032/EI14
High frequency discharge in a moving gas
collision term in Eq.(l) can be neglected, i.e. the behaviour of
the electrons under the action of the gas stream is determined
only by the ion space charge. Since the alternating field has a
very high frequency the heavy positive ions are not affected by
this field. Under the action of the gas stream, which is at an
angle to the axis of the discharge gap, the ion space charge
becomes deformedl
fi(q, t) fi(q, p', 0 dp'
and gives rise to the potential
~Pi(qj t) - a& f (q, p'. t) dq' dp*
3 Iq - q'1 I
The electron distribution function in Eq.(l) is then expanded Into
the series
f q, p, t f ( q, p, t ) + -P- fp, q s t ) 4.
0 p
Card 3/ 6

24544
S/179/61/000/002/010/017
E032/E114
High frequency discharge in a moving gas
Since the velocity of the electrons in the high frequency field is
much greater than their velocity under the action of the space
charge alone, it follows that the electron distribution function
depends largely on the modulus of the velocity ve-,tor and the
above expansion is justifiable. Substituting into Eq.(l), it is
found that
af1 e(Z + 3b)af0
51 ~ p ,- adqfo+ M (p) f 1 (4)
where
E gradq e
It then follows that
P af0 eR df0
- -- + - - .=
M aq M ap
Ife(q', p', t) - fi(ql, pl, t)jdq'dp'
(k + k f
1AOW Ple ke
(5)
Card V 6

-eh5hlt
S/179/61/000/002/010/017
E032/Ell4
High frequency discharge in a moving gas
The intensity of the high frequency field does not enter into Eq-(5)
since a time average is being taken. This equation can be solved
by the method of successive approximations. Assume
E grad qtp q, t)
and consider the plane section
Y(X,i Y9 Z4 t) ~ Oys t).
The first term of the expansion is. 2
f -y (q)
01
and this gives the electron distribution function in the discharge
gap. Using Eq.(4), the second function in the above expansion for
fe is found to be 2
1 ;fl f etb ~f0 PEb W (Y) -~O (y))
--)(p) at m p %4 (p) ay
Card 5/ 6

24544
S/179/61/000/002/010/017
E032/E.IJL4
High frequency discharge in a moving gas
and the electron current is given byt
Ca
4 Tre r
~i 2 f
3 Ij M3 1 m
0
Experiments with artificially produced space charge &symmetry in
neon at pressures of a few tenths of mm Hg and frequencies of the
order of 50 Mcls per sec showed the presence of a constant current
component reaching a few milliamps. The sign and magnitude of
this current depend on the asymmetry of the space charge.
There are 3 Soviet references.
SUBMITTEDi November 2, 1960
card 6/6

33256
S16321601000101910061009
D053/D113
AUTHORt Khazen, A.M.
TITLE: Application of high-frequency electric discharge in aerodynamic
investigations
SOURCE: Moscow. Tsentraltnyy aero-gidrodinamicbeskiy institut.
Promyshlennaya aerodinamika, no. 19, 1960. I=ereniye vozdushnykh
potokov, 62-67.
TEXT: Design and operational analysis of an anemometer using a high-frequen-
cy glow discharge as the sensing element is given. The anemometer c-ircuit
(Fig. 4) consists of (1))a,high-frequency generator 1 (2) an output transform-
er, (3) a discharger, (4 high-frequency voltmeter, and (5) a milliammeter.
The gas-flow velocity in the gap between the electrodes is determined by the
voltage with the high-frequency voltmeter (4) connectea across the discharg-
er. The deflection angle of the flow velocity from a plane perpendicular to
the discharger axis is proportional to the d-c component flowing in the out-
put circuit. This d-c component is measured either by the milliammeter (5),
or by an oncilloscope loop, shunted for high frequencies. An operational
Card 1/i Z'

0!4i-
. . I i -
'.. I I I ;~ . I
I ~- -,t, - 1, ~. -
I

KHAZENP A.M., kand. fiz.-mat. nauk
Using magnetic cello for commuting low-level signals in
multiple-point control systems. Priborostroenie no.12:
1 9-11 D 165. (MIRA 19:1)

F7,%-r /svi GG
~~OTTRCF
.4
A &I
"'4!._.g magnetic elements for low-leve: F, gna, hw-."Chl~g in
s t e m s
SeURCE Priborostroyeniye, no, I,_ 1965, 9-1 1
TOPIC TAGS: magnetic element, ferrite switch
AB'STR~'~.-T The distinguiehing features of rnagnpti- '15 weak-
J!''. pU 'Ire 9,)C.
-5 1ppLy-freq-iencv relect,~:.g
-4 (ne magnetic element !nto a s,.vit
pr s.ng 8 i-uch
Card UDC: 6ZI 316. 3 539. 245 : 681 . 17

L 17 -"),2-66
P,~Ou 1, 18q
...-Tients operates as a digiti7er 3; 7
-oming from 27 sensors.
typz~ of matrLx converter is
-7.7..-nued for connecting a svstern of
.~~-i.-i,-~,-L.-Drocess-rnonitoring sensors to
a ig:taa computer. Orig. art. has:
3 ll~gures and I forrriula.
i 44
Magnetic eynent of a matrix-ty-pe switch
I-B 09 SUBM DATE: none 1; OPLIG REF. 10t

-'ACC NRt AP6032164" SO dbE: UR 0 1
AUTHOR: Khazen, A. M. (Moscow)
ORG: none
TITLEt Design problems in systems for switching and converting low-
power dc current signals into equivalent digital signals
SOURCE: Avtometriya, no. 4, 19660 55-68
TOPIC TAGSs analog digital converter, magnetic circuit ) computer
switching, ferroplagnetic film, binary code, direct current, current amplifier
ABSTRACT: The author describes a system for measuring low-amplitude
currents from eight channels and coding them in binary code. The input
multiplex switching unit may employ either ferromagnetic tape cores or-
thin films (see Fig. 1)o These amplify the low-current signals with
almost no zero drift (the threshold for a 5-pamp signal is constant even
when the ambient temperature varies by as much as 100C). The elements
were carefully studied before incorporating them into the systen, as
at increased commutating, speed when the bias frequency is increased
(by up to a few He/sec) the depth of penetration equals the core thick-
ness, and undesirable effects may arise. The commutator can measure
10 to 100 current samples per second. The multiplex unit output is
applied to the A/D converter (Vigo 2), which uses magnetic elements
Card 1/4 UDCs 681.142,621+621.317,39--

ACC NR. AP60-32164
4
h,
I 'W2Z
2
'Fig. 1. Parromagnetic film
element
I - Film; 2 - bias and inhibit'
!line; 3 - control and output
line-, 4 - direction of aniso-
tropy*,&xLe.
similar to those used in'the multiplexing unit. Each element has two
coras with bias (1), inhibit.(2), control (3), reference-current
(4 and 5), and output windings (6). The output winding from each
alemant is connected to a diode (7) and a bias signal second harmonic
Card 4

' ACC NRt AP6032164---- '
I
I
11
I . . 0 G G E) 0 - ~ r~) ~ ni -

ACC Nit,
trap.circuit (8. The .ou'tou't digi.tal signalIis is'sued' from NAND
gates (10) which work in conjunction with four-layer dio des (9), The
author thanks Academician c. r. Petrov for many valuable suggestions,
Orig. art, hast 25 fo'rmulas and 8 figures,
I
SUD CODS: 09/ SUBM DATEs' 280at65/ ORIG REF: 0081 OTH REFi 001
Card 414

FACCNR_____'_ 1-347
Is AP7001582 SOURCE CODE: UR/0421/66/000/006 012VO
AUTHOR; Panovo Yu# As (Moscow); Shvetsj As I# (Moscow); Khazenj A@ No (Moscow)
ORG: none
TITLE: Investigation of base pressure fluctuations behind a cone in supersonic flow*
SOURCE: AN SSSR. Izvestiya. Mekhanika zhidkosti i gaze, no. 6, 1966, 129-134
TOPIC TAGS: supersonic aerodynamics, vuporsonic flow. bass pressure, pressure gage'
pressure measurementl,.pressure transducer,, wake flow
ABSTRACT: A detailed description ii presented of a highly accurate experimental
investigation of the base pressuie fluctuations behind A cone of semi apez:angle of
10* with aft section diameters d - 100, 130 and 150 mm in supersonic flow of H - 3.
A specially designed pressure-sensor was used for measuring base pressure fluctua-'
tions which uses the dependence of corona-disc'harge parameters in a gas upon pressure.
Its construction. operation'and calibration are described in detail. The level of
noise background,of the experimental tube was.measured in order to compare it with
output signal of the pressure sensor, and the oscillations of the model were recorded
by N-102 oscillograph with the aid of two strain gages fastened on model supports.
Oscillographic recording of the base pressure fluctuation spectra are presented for
the model with base of 150 mm in diameter at pressure of 5 atm, and show that the
amplitude of fluctuations-and frequency-range-increase with cone diameter. The'same
_.gard 1/3
RE
U
I'M W= R~!2n rig
0

A"; N4 AP7001582
M, Fig. 1. Flow configuration
i1 - outer flov; 2 - Prandtl-Mayer flow region;
;3 - outer flow in the base region; 4 - boundar)
.'stagnation zone; 5' - toroidal vortex; 6 - axi
Asymetric flow; 7 - tail shocks; 8 - stagnation
'point in the wake throat; 9 - outer flow behW
tail shocks; 10 turbulent wake.
pattern can ~e observed with increasthg pressure in the mixing region. The amplitud *a
maxima.are obtained at frequencies higher than 100C, that is, they do not coincide
with oscillation frequencies of the model '(~0-50 c) . In order to throw more light
on the behaviour.of the flow in the base region, the flow structure behind the cone
base was investigated with the aid of plates coated with a li-inescent paint.
The"presence of an axisymmqtric reveiss flow coming from the wake throat to the cone,
bas.e. and a toroid~l- vortex flow occupying the region between reverse flow and dividing
Card 2/3

ACC NA; AP7001582-
streamline (weFI&I)Js d1w ed6 7he cams aChigh and low-frequency fluctuations Of base
pressure are analyzed and tentatively ezplalneds Assumption Is made that the total
head in the reverse flow to proportional to the dynamic head of the outer flwd in
region 3 uhich ejects the gas from the stagnation "region. The dynamic head in
this region, in turn$ Is directly proprotional to to pamute head of the free flow.
Consequently the total energy and maximum amplitude of base pressure fluctuations
should be proportional to the dynamic head of the free flow. It is said In the con-
clusion that the spectrum of tlLi base pressure fluctuations represents a very com-
plex superposition of a sect" of harmonic fluctuations. OrLS. art. Met 7 figures.
JAB)
SUB CODE: 20/ SUBM DAT33 26Ju166/ ORIC REFs 004/ OTH REN 007/
ATD PRESS: 5110
Card 3/3

'!R/005 7/61-9/036/00-2/03TV0383
-A'~azen, A.M. ShLrvalcrv, V.A.
c h I rLq t I t u t e :) f M e c n a i i I c -9 3, ~'N-3 ,, nn~- 'ufj,yvat~,l 'gkl)r
t mf, k_n a rd k!)
i .: -,metv ~f proper, ies of q partiAlly Innize.'O gas vith a hot-wire amemotmeter
Khnicheakoy fiziki , v. 36 , no. 2 , ,4t,6 j77-j-
1'MA diagrostIcs, rareflc~! p1qsma, plaqmi
'n ..kmperat~,re, plasaig I r Jr. 'Pmpgra-
-n, Pi ')b~- , anemometer
pr )p(--,sed t.1-ntathin wire or r )d be _LS _-411 11 IM j,I i1e, is asaLa n k-m ii I r
Ijistr,,Lment Is
a!)PT-.-)mP'_nr In p!Rim; dia;Tn.A. I-q n e
.1 !'A i
'I e I ij rl T '~ M Pt. r Q
r aI , n . 4 rx!
re )erpendicular to the flow ana a. L i~ 1 ~.z~ a_
wa- lested by meas-iring the Ics )f A 0 of he-I'lM plasma
;,I~:h 'reqjancy dlqchsr~;e Rt '. 2 mm H t~ A r: rim MM d . ame 1, vc
'/2 UDC: 537.562

AN )07091
-T. )1 yty enum wire was used The wi" vaB conne-,-,,ed to a brldge wIth wbich Its
.i .;-0 wlth a.- -i~ .,5 nf-Awf-r, 9 ipply
me as ui PtnonLa Rr-9 i~-
i_m; rov p a r t Ic,.t 1 &r I y In regara I j '-ne 'lie 1,n. emp,, rn,. ii e.
:-ij -,nari G.1 Petrov for hIq loterest In r a_~- th as: 2,6 fornu-
f ig"11 9, a'd 1 table,
5 J13 CU)S; '.;0/ SUER DATE: OBFeb65/ ORIG RU- OOJ/ OM REF: 004
2/2

o6483
AUTHOR: Khazeu. 8.M. sov/14l-1-5-6-27/28
TII'LE; A Highly 4elective Tuned Filter for Operation at Ultra-low
Frequencies
PERIODICAL: Izvestiya vysshikh uchebnykh zavedepiy, Radiofizika,
1958, Vol 1, Nr 5-6, pp 185 - 187 (USSR)
ABSTRACT: The use of LC resonant circuits as filters at very low
frequencies in unsatisfactory since it is difficult to
obtain inductances with sufficiently high Q-factors. The
problem may be solved by connecting the resonant circuit
into the feedback path of an amplIfter. A system of this
type Is represented by the block schematic of Figure I.
Its transfer function is represented by Eq (2), where
zK is the impedance of the circuit, K is the gain of
the amplifier, Pi and 02 are the negative and positive
-feedback coefficients and PBX is the input resistance
of the system. The schematic of Figure 1 was used to
construct a filter. A detailed circuit diagram of this I#
Ca.rdl/2 shown in Figure 2. The resonant curves of the LC circuit

06483
SOV/141-1--%6Z27/28
A Highly Selective Tuned Filter for operation at 1 ra-low Frequencies
used in the filter are illustrated by the lefthand side
curves of Figure 3; the selectivity characteristics of the
filter (at the same frequencies) axe represented by the
righthand side curves in the figure. It was found that the
quality factor at the frequency of Ool cop.s. was about; 50,
while at 1 c.p.s. it was 200. The work described was carried
out at the Laboratoriya kafedry obahchey fiziki dlya
meldian1ko-matematicheskogo fakul'teta MGU (Laboratory of
the Chair of General Physics of the Moscow State University)
and was directed by Yu.M. Rouanovskiy.
There are 3 figures and 2 Soviet references, 1 of which is
translated from English.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet (Moscow State
University)
SUBMITTED: May 24, 1958
Card 2/2

23155
S/024/61/000/003/003/012
04) zi4o/E463
AUTHOR: Khazen, E.M. (Moscow)
TITLE: Determination of probability distribution density for
random processes in systems with piecewise-linear
nonlinearities
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Energetika i avtomatika, 1961, No.3, PP-58-72
TEXTi Markov processos are first reviewed, using the Brownian
movement to obtain the A.N.Kolmogorov equation for diffusion
processes. . Examples-are-then-given from white noise and
stationary Gaussian processes with spectral densities described by
rational fractions. The author then proceeds to examine
nonlinear systems with random forces, using the phase-plane method.
The behaviour of the system is described'in terms of the
probabilistic behaviour of a particle flux in the phase-plane.
At each boundary of discontinuity in the phase-plane the particle
flux through the boundary and the probability density at the
boundary are assumed to be continuous, which gives a basis for the
solution on the basis of the equation of continuity. The method
Card 1/2

23355
S/024/61/000/003/003/012
Determination of probability E140/E463
reduces the problem 'to a system of linear'integral equations of
the Volterre and Fredholm types of the second kind. These can be
solved by successive approximations or by Ritz's method of
moments, which reduces to the solution of a set of linear
algebraic equations. The method is illustrated by the examples of
a linear detector subject to white noise-and a simple closed loop
system with relay characteristic in the feedback circuit, also
subject to white noise. There are,11 figures and 15 references:
13 Soviet-bloc and 2 non-Soviet-bloc. The reference to the
English language publication reads as follows: Dressel, Duke.
J.Math., vol.7, p.186, vol.13, p.61.
SUBMITTEDs October 12, 1960
Card 2/2

S10521611006100110051005-
AUTHORs Khazenj E. M*.-.
TITM Determination of-the unidimension&L'distribution density
and-of the moments of the random process on the output
of an essentially-nonlinear system
PEMODICAts Teoriya. veroyatnostay i yeye primeneniye,.v* 6, no. it
1961, 130-138
TEXTs The author considerv the following system
V + WO (P)
where x(t) --_random,prOCOa8p L(p) and P, polynomials
of degrees m*and n, p II a nonlinear inertialess term which in
dt
Card 1140

23981
S/052/61/oo6/oo1/oo5/oo5
Determination of the unidimonsional C .111/ C 333
described by an (z+2)-,times differentiable function f(v) and
v(t) -, x(t) - y(t). Assume that
09 t -,It0
X(t)
ta(t)+ 1(t), t>t, 9
where.n(t) is a given function and 'y(t) a stationary Markov process
with fractional-rational spectral density..
The unidimensional distribution density and the moments of.v(t) are
Bought.
If X(t) is n-timea differentiablOt then it holds
.P n(P) V(t) - P.(P) X(t) - Q,(P) f Ev(t)j (4).
v(t) can be. understood as component of a multidimensional Markov process*'
Let the spectral density of ztt) be
Car4 21,40

23583
S/052/611006/001/005/005
Deterzination of the-uniaimensional ... C 111/ C 333
4-1 2
(W
f > n + a
x 2vr 0A)'+4w 10 2
iI ki
Then, according to J. L. Doob (Ref.7s The elementary Gaussian processes,
Ann. Xath. Stat.q. 15 (19409 229-282)'it holds
d -9(0) ~*9 (1) dt
d-~(k-2) it; (5)
(k,- I) (k-2)_ (0)
d~ E -a, 27 k dt+d5 (t)
I + ... +13,T(O)
X(t) +
vhere IM is a Wiener process. In (4) one caa replace x(t) and
Card 316

23583
S/052/61/006/001/005/005
Determination of the uuIdimentional. ..0 C 11l/ C 333
Pn(p) x(t) by the linear combinations Of "1 (4)
and (5) givta system of equations of first order for v(t).
If PU(p) b0 + 1~p. + 4. bn_1 p + I and %(p) - &0 + alp +
n+e
+ amp,)) VW - yv PM(P) X(t) d,,12(0~ then one obtaines
k-wO
dyl ' y2dt ;
.0 ..........
dyn-2 - yn_ldt
df(y 1)
dyn-1 - boy, - bly2 ln_lyz + aof~yl)+al dy, 12 T
d2f(,y2) 2 n+s
2 d72 (72) + a2- dy Y3 +...+ dk4 k dtj
Card 4140

23563
5/052/61/006/001/005/005
De termina-tion, ~of , the -uni dimensional ... C III/ C 333
d 7(0) dt;
(kw2) (0) dt+d3 (t)
061 T .2~
or in more-general form
dyi a F, (yi- Yo)dt aidS (t) (1 1,2,..., Y) (6)
BY (6) a,Markov-pvooess1(yj(t)j ... p yN(t)) is defined. If the Fj
",tisfy the Lipschitz condition, then almost all sampling functions of
(y)(t),... y,(t) are continuous. If all Fi are at; that the derivatives
api(YIP-9 YN) (7)
?Yk
exist, are bounded and satisfy the Lipschitz condition, then the
Card 5/40

23583
S/052/61/006/001/005/005
Determination of the unidisensional ... C lll/ 0 333
--------dist--ibiition-donsity-of-the-proba~bili-tied-P(-Y.-~-. t-yof -tliq
process
N
I p J
[~k PJ
at
.keel
J6
2p 0
For-deteraining the.. taticuarr-.
S pmt
If - the Yare piecevL%&.wL%ath, then Psatisfied the equation (a)
in erach domain in which the*F satisfy the condition (7N. The condi-
tions on'the boundaries-of t" domains are obtained fron'-the re-
quirements 1.) F(yIp..G# yjj9t) is continuous for all
2.) for every .0-
d F(Yjt_9 y It) aR dS (9)
S f. n
is satisfied; S--boundary-of &Sn -- surface element with the
Card 6/40

S/052/61/006/001/005/005
Determination-of the unidimensional ... C 111/ U 333
normali~ density of the.flow P in the direction n . For the
n
density of the flow in the direction Y, it follows:
I N
F P - i ~Z- a a _!~_P (j . 1929**,N)
ly, i i j 1;_4 yj
Two examples are considered. In the first example it is L(P)
Tp+l-
and f(v) is a saturation line consisting of three straight pieces.
In the second example the author considers a somewhat deviating scheme
Card 7/4 0

S/052/61/00.6/001/005/005
Determination of the unidimennional ... 0 111/ 0 333
V
where f(T) V1 Y11