near, =aatment
USSR UDC 669 293.5'29('786.018.44:621.735.783
ZVEZDINI, YU. I., POVYSIIEV$ 1. A., PUGACIIEV, G. S., YAKOVLEV, V. A.
"Effect of Heat Treatment on the Mechanical Properties of Nb-Zr-N and Nb-Zr-C
Allovs"
MetallovedeniYe V sb, (Physical Metallurgy collection of works), No 14,
Leningrad, Sudostroyeniye Press, 1970, pp 233-237 (from Mb-IMetallurgiya, No
4. Apr 71, Abstract No 41784)
Translation: A study was made of the problems of beat treauient of dispersion-
hardening alloys of the Nb-Zr-N and Nb-Zr-C systeris. It was. demonstrated that
hardening of the alloys is achieved by separfition of the interstitial nhases
in the aging process at 1,000-1,1000.: The alloys have Maximun, strength after
special heat treatment consisting in annealing at 1,300*.with subsequent
aging in the 1,000-1,100* range. There are 4 illustrations, 2 tables,and a
2-entry bibliography.
1 / 2 rlztll UNCL4S~lFi,60.:~~- PROCESSING DATE--20NOV70
T-IrLE--
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t 0 WiT R y;OF
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ZATE PUEL lSHE0------70
SUBJECT AREAS--BlGLCGICAL AND -,A E 0 1 CSCI ENCE S
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F 'i~LA%Cl OF HiCik FUl'CTIl- Yl 1) E : THOSE SEC, 'i I ON S TLIE STATE UF
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T-'GPCV, L. M. ~LYACMKPi! A,4L) UTHCAS) PGLITu'WSK[ illNJ JARUSZ i%1ADI A
VISL~-L STLL~Y bv THE Mi:T HQ') N WHICH CllAiNGc:S A
REG -WS TFE ~ I'% S 'A
G Ai U L A I` eA L L 'y E R E 0 E It: C TEL) i r MIUST: IJE: EMPHAS I ZE 1)
:HOir;E-VEP THAT THiSE AWFIHG~~'J- t,335ERVEO MANNLY PATIEiNFS wl M SUPERFICIAL
'SURNS. 71- PURPLSE i-F OUR GRK bAs To
ANVESTIGATF ;,-Y UPILLAROSCOPY
THE STATE GF THE CAPILLAkICS AIN 0 THEIR:RE-SISTANCEI U-N SECT IONS
~UF TIE SKIN OF PATIENTS t.ITH BURNS OF CEFFL 1) E "51%
R EN T L- E S ACCUROING TO
THE UATA CF b. LEVITANT 6. SQKGLJV AND:CCA
-UTHORS AND OTHERS, RUTIN HAS A
:~FAVCRAbl-t IINFLUENCL~ Lt. DISTURBED ;V)'ASICULAR,PF-~'.;,IEAiill-IT'( IN A NUMIAR OF
UISEASESP AND THL-REFU~~ WL LL-CIUR; TO S-TUUY: THE Ef 4: EC T OF THAT
#%
E P A "A T UN ON 6Ui-,NHj PERSONS.
2. 009, UNCLASSIFIED. PROCESSING DATE--020CT70
_-CIRC ACCESSION NO--AP0109454
-ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. A ZO T ij 13A to I ER VvkLANDU HYDIROGE SE
ENZYMA`TiC HYDROGEN REDUCT-ION OFJETRA70L DERIVATES
I:-:WAS STUDIED'.
T
-DIFFERINC-.IN.THEIR CHE4ICAL COMPOSITION~.AND DISPLAYFG DIFFEREN
':,~OXIDAII-ONv REDUCTION POTENTIALS WAS EXAMINED. DISTRIBUTION OF THE
ENZYME AMONG:FRACTIONS OF SUSCELLULAR PARTICLESt SOME OF ITS KINETIC
AS WELL AS THE INFLUENCE OF MOLECULAR NITROGEN ON THE
REACTION OF ENZYMAric REDUCTION OF ARTIFICAL ACCEPTORS BY 14OLECULAR
HYDROGEN WERE ELUCIDATED. IT WAS FOUND THAT MAXIMAL HYDROGENASE
ACTIVITY'IS.CUNNECTED WITH THE FRACTION OF CELL FRFE. ALOTOBAcTER
-VINELANDU PREPARATION OBTAINED AFTER CENTRIFUGATION AT 144000 G FOR 3NE
HOUR. THE RATE OF ENZYMATIC REDUCTION WITH MOLECULAR HYDROGE4 OF
JETRAZOL SALTS POSSESSING A HIGHER-OXIDATION, REDUCfION POTENTIAL AND
"BECOMING INCORPORATED INTO THE RESPIRATORY CHAIN AT ITS BEGINNING IS BY
ORDER HIGHER.THAN THE RATE OF:REDUCTIaN OF TETPIAZOL SALTS HAVING A
..-MORE NEGATIVE POTENTIAL AND BECOMING INCORPORATED zAT THE ENO OF THE
:RESPIRATORY-CHAIN. THE VALUES OF MICHAELUS CONSTANTS Or- THE PAPTICLES
:+RJVCT1ON_HYDR0GENASE AND THE INTACT::CELLS4-H.YORi3GENASE WERE CALCULATED
_~WITH REFERENCE TO HYDROGEN AND TETRAZOLO' ~IT WAS SHOWNJHAT THE TETRAZOL
:.1~,'.:.-,~,SALTS_.Rr:DUr_TION_ RATE WITH MOLECULAR-HYOROGEN IN THE PRESENCE OF BOTH THE
-ACKING E-NDOGENOUS
JNTACT: CELLS AND. THE CELL FREE-FRACTIONS L
JETRAZOLKEDUC NDERED:BY-MOLECULAR NITROGEN.
TIVE ACTIVITY IS HI
NCES USSR.
FACILITY: INSTITUTE OF CiiEMICAL:PHYSICSt ACADEMY OF SCIE%
USSR UDC: 621-791-793-025.3
YAK All-Urulon. Scientific Research, Planning, and Technological In-
stitute of Uonstraction and Road-Building.Machinerv.
1111olten-Slag, Arcless; Electric Yielding Of,Relatively Thin-Rolled Stock Using
-Three-Phase Current"
Moscow, Svarochnoye proizvodstvo, No 53' 197131 PP 43-44
Abstract: The object of the study is to improve the existing molten-sla-g,
arcless, electric welding iirethod by raising:the linear energy of the process
which is necessary for raising the productivity of welding structural Erades
of steel and for ensuring the possibility ofwelding high-heat conducting
metals. Theimproved method uses a three-phase power supply scheme.. The
power source is connected accordin8 to 6 "star" nheim without a zero wire,
.with two phases coupled to two insulated welding rods which are fed along
slides, while the third phase is hooked up to the object being welded. Three
phase power is used only in velding thick metals (180-500mm) using, the A-535
unit and a three rod feed. It is also used,in we'-ding with three combined,
laminated electro,-,'-s or vlth consumable tipsconnected indivIdually to each
phase. Under these 2onditions, the object being welded is connected to the
zero lead. The use of this method ensures the passage of welding current
75
USSR uDc 621.791-75":621.747-58
YA: ME V. F. 'K011=21, P. I YrVWKIIIOv
11, 1..t KOZU Mi s. G., and
MIN,
K -ZO
"Electrosiag Weldi-rig of Steel Cantiug Defects"
Kiev, Avt=aticheskwia Svarka, N'o 2., Felb 70,1 P 72
kbstract: A desaription is given of a technique of electroula- veldin- and build-
cts
in-g-up of steel casting defe Using a water-cooled capper nonconsumable
electrode Is then heated for a 'period of 15
a siag- bath is drawn Vaich -60 min.
During this tima, the edges to be welded are hea -d tb 800-10-00C, azd
to under the
effect of the heated alag the aux-face io:r the aperture is cbemically cle--ned. For
welding the defect, the nonconsumable electrode is replaced by a spatial one VnIch
is conswmable along the shame of the profile 1 of the welded 'rhe cii-rection
of -the fed welding wires plays an important role in the initia
1 stage of fusion of
--the deposited metal.
USSR UDC 547.261118
MIZRAKH, L. I., BABUSHKINA, T. A., YAKO KOZLOVA, L. N., YUKHNO, Ye.
M. STAROSTINA, L. N., and YANOCHKINA, G. 'A.
"Phosphorus-Containing Derivatives of Is6thiuronium. III. Alkylation of
Thiourea with Diethfl Ch-lorophosphate and the. Diethyl E~ter of 2-Bromoethyl-
phosphonic'Acid"
Leningrad, Zhurnal Obshchey Khimii, Vol 43, No 11, Nov 73, pp 2364-2367
Abstract: It was established that themetaphosphate of S-ethylisothiuronium
formed upon the reaction of diethyl.chlorophosphate with thiourea. A study of
the reaction of 0, 0-diethyl 2-bromethylphosph6nate with thiourea showed that
in.this reaction, as distinguished from that with alpha-he-lophosphonatez;
(Mzrakh et al~ Zh. Obshch. Khim.~ Vol 41p~2654, 3,97i), Oich proceeded in the
opposite order, alkylation of thiourea vith the~haloalkqIgroup took place
initially, while participation of the aster group of the alkylation occurred
only under more severe conditions. On further h7eating of the product (EtO)2
Br- that formed initiaily,~ EtBr evolved and the product
P(O)CH2CH-2' SC(NH2)2
02P(OEQ- CH2CH2SC(NH2)2 was obtained.
~Rddibhio
Y-
USSR
UDC 577.391.546.18-'-).13:546.171.2
TIMOMIROVA, M. V., IT And KLDIOVA, R. A., Institute of
Biophysics, Ministry o, Health USSR, 146sccrw',
"The Radiation-Protective Activity of Diaiminonium Amidothlophosphate"
Moscow, Radiobiologiya, Vol 11, No 4, Jul/Aug 71, pp 533-536
Abstract: In experiments on mice and rats, diammonium amidotbiophosphate (I)
exerted a pronounced prophylactic effect when administered 10-20 min before
irradiation with gainma-rays at a high dosage. I The radiation doseL, applied
were 800-1000 r for mice and 850 r for rats at a dosage of 483-558 r/min.
The effective done of 1 10 mj,,/kS.fo,r ri:Lm and 20-30 mg/kg -for rats.
The LD50 of I for mice on intraperitoneal administration,was 13 ing/kg. Study
of spleen preparations shaied that I was effective in expediting the restora-
tionof hemopoiesis when administered befo e irradiation to mice. In ex-
periments on dogs that were irradiated with a.dose of 420 r, I an intra-
venous administration had a protective eff 5 mgflcg, but was
ect in adose of'
ineffective in doses of and 4 mg/kS. HoWlever, I in a (lose of 5 m,-,/kg was
highly toxic~to dogs; two of six non-irradiated~coutrol dogs txeated with I
-in this dose died.
1/1
Z/2 028 UNCLASSI,FIED1 PROttSSING DATE--30OCT70
ZIRC ACCESSION NG--AP0127262
PS-TPAC,T/EXT.RACT--(U) GP-0- ABSTRACT* ADULT. MICE AND RATS WERE GAMMA
lRkADIATED (PRIME60 COJ AT 160-720 R~-MIN FOR A SHORT TIEM OR AT
~-.'287-3.67 R-MIN FOR A LONG 15-96 HR) TIME. - WITH PROLONGED IRRADN. AT
LOW DOSES, IRRADN. WAS INTERRUPTED.1-2 TIMES DAILY POR 20-30 MIN. TO
PART OF THE ANIMALS WAS INTRODUCED PER GSV I.V., OR1.P.~ 10PERCENT AQ.
BETAiMERCAPTCETHYLAMINE H TARTRATE (1), 30-40 MIN BEFORE THE IRRADNo
_.WITH SHORT DURATION OF GAMMA IRRADN. ANDHIGH DOSES OF 11 SURVIVAL RATE
-~-:VERY f-IGH. - HOWEVERP NO RADIOPRGTECTIV WAS OBSOs
~,WAS'~ E. EFFECTIVE.NESS OF I
'~DURING- PRGLCNG.ED.lRRADN. FACILITY:. JNST. 010FIZ*v MOSCOWv~USSR.
UNCLASSIFIED:
USSR UDC 539.374
KOPNOV, V. I.; Yfi OVLEV V. I.
"Evaluation of the Susceptibility of Materials to Damage Under a Load With
the Aid of Ultrasonic Waves"
sb. Issled. i kontroll mek-hanich. avoystv materialov nerazrusbayushch.
h1aterials by'
eo netodami (Study and Control of the Mechanical Properties of I
Nondestructive Methods -- Collection of 14'orks), Vologograd, 1972, pP 1 -1 7
44 4
(from RZh-Mek:hanika, No 3, MAr 73, Abstract No 3V504)
Translation: It is proposed that onecan evaluate.the buildup of susceptibility
to damage in the loading process with the'aid of ultrasornic waves by determin-
ing their absorption coefficient at different frequencies, using the UD'M or
1,DUK-6 instruments. The intensities of ultraoonle -waves vere determined before
(fo) and after (f) their passage through the material. A nomogram ups con.-
structed for the calculations in Vaich theivalues of the absorption coofficlents
of the ultrasonic waves were reprozented as a function ofthe ratio r1f for
0
different thick-nefloov of the material being studied. Samples of .02,-6 alumintri
alloy'vas studied that were deformed by str 'etching in the'temparature range
20-5000. The change in the daming coefficient O~ as a fUnction of the de.oree
of deformation and the temperature vas studied. It was t3houn that this
1121:
USSR ~Urc..669,7133669.o46.54/55
Mayly, V. I., BAMYCHONTSEn, G. A.$ BONDABEV, B. 1,, SHVETSOV, I. V., and
CHEREPOK, G. V.
"Effect of the Refining arA Casting Technology on the quality of Ingots and
Semifinished Goods"
Hsocw, Tsve -67
tn3rye Metally, No 1 j Jan 74, pp 64
Abstracti A comparative study of the properties ef metals produced by different
refining methods was carried out by processing statistical data on the results
of the macrocontrol of Ingot templota. It-is shown that tra(Litional rafining
methods provides nearly the same purity level.in It contant and other Inclmsions.
The contradiction of this finding.with the results of other zesearchera is
explained. The effect of the mnting technology on the~,purity of the metal
was investigated on ingots of DI alloy, 50 mm in diam. The xesults show a
linear dependence of porosity on the H content, The volume of porosity In
the ingots determines their disposition to stratification under deformation.
To zetain the fine-crystalline structure of the ingot and to elizinate strati-
fication in stamping, the use of evacuation inthe mixer has to match the
modification of the melt, Five figures, one tabler five~bibliographic references.
4 -
USSR UDC: 533.652/ 661-013
BOROM, V. N., VERESHCHAGM, I. F. YAKOVI V V_ 1.
"Game Situations on a Sphere"
Uch. zap. Perm. un-t (Scientific Notes of Perm' University),, 1.971, No 239,
49-61 (from M-14ekhanika, No, ?,,,J-ul 71,~Abstract No 7B338)
P
P
Translation: The authors consider game situations of bursuit on a sphere
-of constant radius when a -nursuing vehicle strives to arproacII the pursued
vehicle in the minimum timeafter detect~on..~ The process of the game is
limited by the fuel supply, atmospbere is disregarded,'.both vehicles
oD-n ate in the limit mode. Optimum trajectories and maneuvers are found
per
for approach of the vehicles In a given time, and a s.olution is found for
the problem vhcre the pay-of f is tire of notion of the'. vehicles. Solution
-that the thrust
of the principal equation of differentials games shows
vectors in the case of optimum control should be parallel to each other
(in the same direction in the case of an:opposing targe:t, and in apposite
directions in the case of a cooperating target),. the direction of these
vectors depending on the relative, range of the,vehicles at the end of
the game. The optimum trajectories of both, vehicles :are arcs of a great
circle.- G. S. Aronin.
Acc. Nr. Abstractin?~Se,rvice: Ref. Code
CHEMICAL ABST.,
n of rung'st ~interiiog by
103083v Activatio latinuin group
metals., Saff X, Y rabl.
I is .7 1 .
Gnst-~ 11
;L Oras s . ef. 19TO, 10 ( I i, 377rl-.
(Russ). The effect ot"thr Pt group.. metals (I~U~; Rh, Pd. Os)
wis in,.~e4tigated. The
on the- sintering of W- at",
activating efrect of the idditive is Increase as. 611ows: Os >
Ru > Rh > Pd. An electronic:rnechanis-mof aciiiialed siiitering
;s considered on the basis;of a niodel of'conft,gur U.6jinlocalization
of valence electron'-. ~The activatin' 'action of Ahe addiLives
results in the localizati6n 'of noWa"kiz6d eleCtTonii of Wlatonis
near the cores of the additive. atorns,; with 'a genem decrease in
4 the stared energ), of ~ the :-s)rst,~!n` The Cle6tronte
transitions im m the 8V atom's t Adi~. tollis 6.Wse Oil high
soly. of W in the, Pt-group meta.19 and their prefeOritial (III)i to
b~eing unipolar.1 diffmia into Ul%,. S. A. Mers6l
REELIF101E
USSR UDI C621.777.07.001.5
GUS, G. Ya., POLMIN, P. I.,,YAKOVL~Y_,,V._II, YUROV, Yu. V., KORITSKIY,
'G. M., PRUDKOVSKIY, B. A., and ItUCHERYAYEV, B. V.:
"Experimental Investigation of Speed Mstribution During Pressing in Multi-
channel Matrices"
Plasticheskaya Deforrmatsiya Metallov i Splavov, Mos cow, No 64, "Metallurgiya,
1970, pp 177-184
Translation: Results are given of experimental studies to determine the
speeds of metal flow into a matrix with several channels-,~which form an
established profile divided by crosspieces.: Six -figures:. and three tables.
28
J~j
vir 669-7.i6:621i777.o2
DOBATKIN, V. I.., GRISHKOVEM, Ya. G., and
"Technological Properties of Metal in P~~ F=cticm of the System
of the Homogenization of Ingots"
e6kikh ~btallov-Sbornik, Moscov, "Wauka", 3 970,
14et llovedeniye Splavov I
pp 137-144, resume
Translation: Results are presented on an investigation ofthe properties of
ingots of alloys D16 and Al+l.l N2 at a temperature of 400oC and on the tech-
nological properties of the mtal in pressing as a function of the homogenizatiou
system. A conclusion is made on the decreased plasticity characteristics of
ingots and the worsening of technological parametere In pressing vith increasing
qmnt;ity of finely dispersed particles in the structure., The homogenization
system mat be selected with regard to obtaining, t1m required structure of
pressed products and, at the araie time, theachlevement o:V raximum plasticity
W the metal by defornation temperature. Thd,a.uthors cans.ider the most promising
variant to be the combination of homvgenlzatjoh~vith-heating witch pressure
working. Five figures., one table,, seven, bibliographic xi~drewev.
I IN I H:11 I I I
Aluminum an ts
Al oys
UDC 669 -5118
USSR -71-017. .53
YAKOVLW, V. I., and GALATSKIY, B..D
10
ome Characteristics of the Production:Techno gy of Small-Grained Recrystal-
lized.Intermediate Products of Aluminum Alloys"
Yletallavedeniye S-Dlavov Legkikh Yietallov-Sbornik, INbscow, "Nauka".. 1970,
pp"55-160, resume
Translation: An analysis of serial tests of pressed prodacts established that
there is a non-correspondence of mechanical properties in,the case of a coarse-
recrystallized structure. Tlie kinetics of the:change.in structure and proper-
ties of.pressed products, depending on the chemical-composition of the alloy
And technological factors, is investigated.,' A production.technology is
re r 11-grained recrystallized
conmended for.intermediate D oducts with a sma
-echan cal:properties with a complete
structure and volumetrically uniform,n i
absence of a large-crystalline rim. Four figuires.
USSR UDC 621.777.07
GUN, G. Ya., POLUKRIN, P. I., YAKOVLEV. v
~-AE GOLOVIND M. F., PRUDKAVSKIY,
B. A., KORSETSKIY,-G. M., RYZIROV, A. F., and: BRUNILIR.; A. I.
toOptimal-Die Designing for Pressin Alumin um'Allo~s"
Plasticheskaya. Deformatsiya Metallov,i Splavav, Moscow,~~No 64, "Metallurgiya,"
1470 ~pp 139-199
Translation.- questions of optimal die designing are considered using a
c.omputer. On the basis of statistical processing of a, number, of existinc.,
ntal reseafth, a metho for
dies and theoretical and experime a is proposed
calculating the working belts and location. of the C'entgr~ of pavity of a
section on the die. Five figures and th role tA leg
29
Pdwd~r Hetat'
lurgy
US$R UDC 62�'.24:537.311:536.2
BEWSKAYA, E. A., PELETSKIY, V. YAKOVLEV,.V K.
"Experimental Study of the Transfer Prop~erties of Porous Nich-ell,
Kiev, Poroshkovaya Motallurgiya, No 8, Aug, 1972, pp 44-50.
Abstract* The authors studied the transfer properties of porous nickel pro-
duced by pressing from nickel powder of at least 99.7% purity. rho speci-
mens were made from powders of four series differing in particle size (2.5
to less than 0.5 )j in, diamotol, The:porosity was pruinri
open, but the
percentage of closed poz
res in the, compact materials was significant. Poro-
sities varied between 20 and 65'111. , Heat conductivity was measured in 12
samples, electrical conductivity in 28 samples) using incthods assuring errors
of less than 10% and 2% respectively~. The experimental;data produced gen-
korokhod'for'conductivfty as.a function
erally satisfied the formula of S i I
of porosity for a two-phase statistical mixture,
USSR
UDC 669.71.053.4
YARO EV V. 14. ADAMCIIUK, I. P.
VL
"Berestes and the Alumina Problem!'~
3.
V sb..Vopr. geol. Sibiri (Problems of the Geology of SiN ria collection of
works), Tomsk,: 1971, p 253 (f rom, Rzb--I-Ietqllut&jja
No :4 Apr 72, Abstract No
AG177)
Translation: At the Laboratory of Experimental Meteorology and Geochemistry
of Tomsk University preliminary studies. aere made of the possibility of using
beresites to obtain AJ 0 . After electromagnetic separation of the rock brushed
2 3
to 0.1-1.0 mm, 35-40Z high quality- ne~helin~ concentrate was obtained in
which there was 31.2% Al 0 1.6"' Fe O~,and;l 8Z FeO.
2 3* 2
MINE W19"MOMM
29 Jan n 63 PrD.Mrs?
55. USSR
Prot..vor; XOROZOVA. H. H, Cardidnt* of ftdio&l 341#haval
A VCAPUA.t. of lone.%
ZvszL~ Of Yhralotherapists"
Z Pr~-s, S"etxxoyw Urgrookhramnly. rArglull, We 3. 2970, Pp 62-63
A -.t.h on the - at Phynit.1 A14 --rt CA*-
tore for t4o"mutlO And prophylactic purp"" Convened on 2-3 April lqt_~ in (Mb.
T- session. deditat.d to the 114th Annive!-sary at the birthday of,V. 1.
"A organistd by the XLrAsis KMI#t" of Pmalth, t" Kir;tx Stivn-irlo 1~eae,,reh I=--
tute of halmenlogy A,uj r,47-1al"r. na by the 04h Oblast P-rartmrit at ~Nwalta rwAIth.
"r z.0 parkw jmkrbi,ipats4 Sh -the work or this #*aoim. Lmludin4, rymImnt
;.DIL4 h"Ith org-.IM6 or the repUbll. A.6 Qdh~klya Oblast. ..I#11tItIC ato..L."O
tr,,m the JUrg it InAtitutt of balmology And My*LathArapy =4 Vw ~%ArzU 3fieAttal
I"titute, molentists. phypIgLahs." w4co2wary ~dIcal-~V2.1~_x~_t=$aimrai:tv
lmtlltkl~. xsa."P arA wwtor_.~,_- in =0 Z-tv"n %art or tr. rovuh1A..
TC=BEZW, B. T., At o1.. Zo"tOoye Zdra~aakhrarwnly* Ximitil. ma 3, WO.'VV 62-63
zianion, ~s cpomd by Kirstv i4InLz%*r at V~*Ith V. A. Pat,ra*yantm. :n his
$patch 1-4 d"Cusall U14 4)ttft"IY tor"Unt party rcv jxpi~w-
tic "4L.141 SAO orvmirAti" in the am"o.4 hi stressed tho mitr 1.4vartAee'm of.
WqxId-1 aalhoU I- tt,- tm4tiheftt A" p-pi,yla.X. or -rid ki~v ra3- Of
7si"O."Ov, In " ~01~d the vbJ*c%Iv,*v Or the,
-4 - in L". r*W4414 1'. ..4 1. ~Ie or
the var"ro ~r cwncimva Oblast. the partLetwnts, At.kho Milton "m wleafted tq
IL R. P"P.Y.- of th~ Ot2..t lbl.aUtl" Duard. and he IAhed %be
Vhyet.La.. And O.L-%ist. &uo~tzv it, thair -rk.
T~w mrtl*ip.~;ts heald vba~t 40 paprg. J~ of ~Ivkj w- dn)ivo"4 by ;ra.%l.jrw
W-tArg Of the Staff at therApaUtio In6titatIO06, aahat~rllvl* w& -%"t-
r
IA Oths"ra CLItatt they dtztu&A*d tha c~pnhnaivv auxly4i. or quAI&t&Uj" L.Uos.
or physlocnamp, In the rt;ublle and In fthm"Zo Oblast an zubmi%toij in the VAP-ra by
K. A. ata"Acv. 4ndldAte or )U41cal $Cienc*s AM head of th* D4h OWAXt P%419
7
A..%th Doper Sent. P~f P. T. Z~vabdkol. Doctor or Medical 401mmo; X. 0.
1mkxukh&zw;t.tm, UAIldsZo or A04LOal StioncoAs A. I. 6a3QVj*,A. JWUOr "t"tIfIA
=044*9* at in* rArgis SqLontiflt Research lmtLtut* t;~' Whooloty end
"lot PYSICLAM OrOminant spoolmllst. of this Oblast.
-4:
_'~212 026 U CLASSIFIED
N PROCESSING DATE-11SEP70
NO,
-,CIRC ACCESSION --AP0102918
1.4 1 TH
GP-0- ABSTRACT. THE MAJORITY OF PATIENTS
TSCHEMIC. CARDIAC bIS[ASC- SHOWED AN INCREASED.TQNUS OF LARGE AND MEDIU'~
F PIES T
81ZED ARTERT-AL TRUNKS AS WELL AS OF THE SYSTEM OF ARTERVILES AND
4:1 VESSELS. DISTURBANCES Or- THE REGIONAL CEREBRAL BLOOD CIRCULATION HAVE
-ALSO B.EEN FOUND. THE PATHOLOGICAL CHA4GES OF. THE PEPTPHE-RAL CIRCULATION
ARE.APPARANTLY CAUSED BY ATHEROSCLEROTIC CHANGES10F THE BLOOD VESSELS
ANO THEIR FUNCTIONAL SPASM. IT .-IS CONCLUDED, THAT IIN ISCHEMIC CAR014C
114 A 0-0ERS, NOT
DI-SEASE ONE FINDS ATHEROSCLERCIT[CALLY 'INDU,CED:FUNCTIO, L DISq
_:-ONLY 6F-THt C.0RONAPY ARTERIES BUT ALSO': Of: I OTHER PAR-TS dr- TkE ARTFR I
~SYSTEMT SIGN-IFICANTLY INFLUENCING THE CLINICAL MANIFESTATIONS AND COURSE
OF THE MAIN OISEASE.
V_
UNCLASSIFIED
-SSR
tw: 6~1.372.41-p
LOBMOVy Ye. M.,, CMJ13ABOV) L. B.,, R~DOSTUPOV, V. N.,
IUMM., N. M.
"Oscillation Frequency Temperature Dependence of Crystal Plates
[Tr.) Tashkent. in-ta inzh. zh.-d* tramsp '((Works] of the Tashkent Institute
of - Railwa Transportation Engineers), 1WO,v
y n. 66, pp 146-148 (from RZh-
Radiotekhni3ka 110 1, Jan 71, Abstract
Translation: An investigation is.made into the effect which temperature
has on the frequency of oscillations of'a quartz AT-aection~plate. An
expression is derived which can be used'to*evaluate the effect- of the tem-
perature coefficients of the constants of.elasticity of quartz as well as
the effect of the angle of plate cUt-offor-the temperature coefficient of
frequency. V. V.
IN ON
USSR uDo 616-005.1-0,92.9-G6t6l6.l55-igg-085-83~.3-o?t6l6.83l-OO8-921-7
LMNOV, A. 11. and Y mrtmeat of Pathalogiata Physiology,
Vo=one--h Stzata- cal institute
"Some Peduliarities of I.ritrogen Netabolisa in the Cant-ral Nervous System
After Acute Anamization and Hyperbaric Ocygen Therapy"
Hoscoirp Patoloi6ichesk-aya Flziologiya i EksperimentalInaya Texapiyas Ila 21
1971, pp 42-28
Abstracti Hyperbarie oxy,-her"a-lon (2 atm for 40 riin) of aranizect rats (axiount
of blood let ~= 2.85 cal the. aniz~j I a bo# weight) no=alieed the level of
-e a: I h
alardnei threonJxiaj and other fre 4no acids in the~cexrebm ezisphs-res
and brainswa that had b-sen altainad W ana.-Lzation... It alro I=evented the
buildup of armonia in th-a ara-Uzzed bxuin zeen in untreated andnals in the
agonal ataCza. I:oi-- than bro-thi-rdn of the anJxzals that received krpvx~baxic
oVgen auxvived with roto= az+ivity and coozeLismtlon ~of rm,rcraenta uninpried,
whereaz all the untreated zj~s died within op;-- hoia, of amanguination.
thus, oxygen- under, hiGh pressuzo hzd. a corrective cSfect on the metabolio
nechanis= of neurodynazies in the centml Aervous system de3pita the aeute
deficiency of blood,
USSR ODc! 621-374
YAKOVLEEV, V. N., VOSOESEISKIY, V. V. ,GENIS A. Ai et al.
"Handiboo1k on Pulse TechnoloFj"
no i=uilsn~v tekhnike (cf. Englisb above), Kiev, "Teklinika", 1970,
54 pp ill. 2 r. 17 rk. (from RM-Radiatekhnika, No 7, Jul 70, Abstract ito 7G20'8 K)
Translat;on: The authors outline the theoretical:principles of pulso technology
and explain 'the -physical, aspect of phenomena. . The computational. formulas are given
~which are necessary in the aesign of pulse circuits and devices, as well as exZm-fles
~of their calculation, Methods are given -for analysis. of linear circuits as well
-as methods for synthesis of linear homogeneous and nonhomoc.-pne out; circuits for
shaoing and trans'lorming square power pulses. Transient I m4ocesses are inve.-Auigated;
method 's outl4red for calculating linear and nonlinear tube ;.:uid transistor P=pli-
a Z~
firers. and pulse shapers. Square pulse generators (multivibrators, blockinE oscii-
lators and flim-flops) based on tubes, transistors, tunnel diodes and cold-cathode
t _g C- a Curr n -ne-
_.thyratrons are considered. Tube and transistor sautooth volCa nd et ge
rators,.pulse frequency dividers and generators vith delaye(L feedback are described.
Considerable attention -Is devoted to methods.and circiLits for sta1bilizin;-, the time
:~parameters of generated pulses. The handbook~is written for engineers and tech-
1/2
YAKOVLEV, V. N. et al., Spravochnik thnike, Kiev, "Tekhnika", -1070
_ po- impul'snoy tek
7
lJNCL'AS.SI F I, ~OkOCESSANG DATE-02OCT70
112 012
-;T.ITLE
--~-A MAN'114L ON PULSE TECIANULOGY: U-
_AUTH0 VC)SKRESENSKIY,
(0 5 Y iLQYLLyl~_V. V.V.', GENIS# A.A.9 0'.;R~YWN.
_YE.-F LIT714"'I'LNKU, U.N.
PUl'. T F%Yl - 0 F INFO-USSR
E`--Al MANUAL ON PULSF TFCHNLILOGY I SPRAVOCHNIK PO TMPULIS~qoY TEKH-'4W':.:)
K LE V -TEKHN-IKA.- L9701 654 VP
___~DATE P,UE;L I SHr D--.--70
-SUBJECT AREAS-ELECTRONICS AND ELECTRICAL ENGR.q NAVIGATION
TOP.LC TAGS-- ELECTROMAGNET IC PULSE, PULSE AMPLIFIER* MULTIVIBRAT3Rt
BLOCKING OSCILLATORt PULSE GE,
NERATOR
r_.:CONTROL MARK I NG-NO RESTRICTIONS
.;~-OOCUMENT-CLASS--UNCLASSIFIED
REEL/FRAME--~-1991/0567 STEP NO--UR/0000174)/000/000/OOGI/0654
:!,CI RC. ACCESS 1014.]ND-A1401 10365
UNCLASSIFIED
2/2 012 -UNCLAS.St-FIED RROC ESS t NG 0 ATE--O?OCT70
-ClAC ACCESSION NO--*046110365
-TR'ACT/. -"--.;(U)
,'ABS EiTRACT . O~r ABSTRACT..' TABLE OF CONTENTS: PREFACE 5.
~qp
LtNEAVCIRCUITt --T. 41 ~FOAMING;ILIKS 71-0 .111. THE
COUELATiON METHOD OF'f.NVESTIIQATION bF TRANSIJ ION - PROCESSES IN LINEAR
-IV WllDE'-BAND,Af4PLIFI,ERS, AN64UL�E A4,PLIF_IE*RS 151.. .-V
."U~TlvlakATO~S W,lTtl,-A- 3ASIC'MASTER; TTVlE'_i:4RbUIf. 'ABL-s"
MU01VIOATORS -WITH, EMITTER MA .STER TIM Ik t IIRCblftll'204.~ Vll JRANS~STOR
TR I GGERS ~_~2 1. -VIII, TRANSISTOR. BLQCKING GtNERA.TORS, ~~9. IX TOBE
T R. I G GtRs 29 q-0 x I. TUBE
MULTIVtBRATORS 248. X TUBE ~8LOCKING
GENERAT419S- .314. XII CONTROLLED GENERATORS OF 'SAWTODTH VOLTAGE 344.
XIII ' AUTOGENERATURS JF ~SAWTGDTH. VOLTAGE 393o . ~XIV~ GENER*ATORS OF
SAWTOUTH (~"ENT 447. XV PULSE GENERATORS, WITH BRIDGE MASTER CIRCUITS
473. 01~~ PULSE-FREQUENCY DIVIVER.S_49t.; XVII. PULSE GENERATORS WITH A
QUARTZ: ~TABILIIKTIGN_ OF. THE. FREQU.EN.C.Y,.~ OF::VIBRAT1DNS. 523- XVIII PULSE
WITH LAGGING REVERSE CONNECTION 539.~ ~-XIX PULSE C_IRCUITS
ON TUNNEL DIODES 556. XX PULSE CIRCUITS ON GAS DISCHARGE INSTRUMENTS
-595-0 LITERATURE 637. IN A COMPACT FORKYET~:FULLY ARE, GIVEN THE
THECRETICAL BAStS F13R THE PULSE TECHNOLOGY; EXPLAINED'AS THE PHYSICAL
ASPECT~.OF THE PHENOINENA; CITED ARE MANY CALCULArING FORMULAE NECESSARY
IN DESIGNING BASIC PULSE CIRCUITS AND DEVICES AND:,ALSO EXAMPLES OF THEIR
A GREAT DEAL OF ATTENTION IS GIVEN 'TO METHODS AND DIAGRAMS
OF STA&ILIZATION10F TEMPORARY PARAMETERS OF THEGENERATED IMPULSES. THE
_..,:MA.%UAL.tS FOR ENGINEERS ANDJECHNOLOGISTS DESIGNING ELECTRO AND
RADIUTECHNICAL EQUIPMENT FOR Wl0EUSF,.i
UNCLASSIFIED
USSR UDC: S19.2
V. P.
YAK0VLE1,C_,
"Identification of Dynamic-Objects From Data of Monoharmonic
L
Tests Using the Methods of Sensitivity,Theory"
Kiev, Algoritmiz. proizv. protsessov--sbornik.(Algorithmizing
Production Processes--collection of works), 1972, pp 114-135
(from Rzh-Kibernetika, No 5, May 73, abstract No 5V279 by the
author)
Translation: Monoharmonic tests are a,widely used form of
testing objects to determine their dynamic chalacteristics.
In-the case where the object to be identified is linear with
a rational fraction transfer function the problem arises of
determining the powers of numerator.and denominator and evalu-
ating the coefficients of the transfer function from experi-
mental.data. A number of methods of solving this problem are
known.
This paper discusses algorithms of identification usir.-a
methods of sensitivity theory. Principal- attention is given
~'Acc Nir -
Rdf Coda: UR 0297
PRIWY SOURCE: Antibiotiki, 197, No 1 15, Nr.2, Rp 0 Ir -11 ;Z
I~JNETICS OF SEMI-SYNTHETIC BROAD ECTRUAk PENICILLINS JN RABBITS
F-Cl
k vlori
A. V. Vishnevskv Institute for Surgery, Academy' I Medical Sciences of the USSR.
JY1,0$CDW
Studies on circulation of semi-synthetic penicillins, ampicillin and karbenicillin,
in rabbits showed that both antibiotics were satisfactory alisled IQ blood after in'tra-
muscular injections, providing maximum levels in 15 minutes. The concentraflonS of thj~
Tenicillins in blood after their administration in a doseof 20000 Unitsikg were practically
at the same level during the whole period of the experime-it. After administration in a
dose of.5000 Unitslkg the karbenicillin levels during the first 30 minutes vare higher,
wh,.Ie later the levels of both antibiot;cs weno the same.:The r'ienticrl. time of arriftillin
e
in blood was h!gher than that of karbenicillin. Expedrnc~ts with, intriyenjous administra-
Wn.of fhe antibioflcs showed that a decrease in the logarithm of the antibiotic co-ncentra-
116ns in bloo'd was exponential and depended on time, The tinit of'a two-fuld decrease
in-the blood -levels arid the kidney cleaTance [or -arnpl,61in. were lower,' while~.the plasmic
and the put-of-kidney clearance were higher, -than those for karbenicillin. During 4 hours
.52.1 per cent. of ampicillin and 83.6 per cent 4A karbeakillin were excreted ' with urine,
about 70 per ctnt of the above amounts being excreted during the~~ first 30 minutes.
REEL/FRX%1E
If
A
4
USSR UDC: 532-5:621-313.3-.538.4
GORN, R. K. , POLISHCHUX, V. P., SHBKHOVTSOV, V. I., and YAKOVIZEV,
"Investigating Velocity and Pressure Fields in a Magnitody-namic
PUMP
-~na.
Riga, Mag4i -
ya gidrodinamika,1 No 1, 1973, PP "05-110
Abstract: This article describes experiments to investigate magne-
tohydrodynamic processes in the ch=-nel of a magnetodynamic pump.
The experiments were done with liquid gallium~and a transparent
electrolyte consisting of 30.55 H2SO4- From the.distribution of
electromagnetic forces thus obtain6d, the numerical computations
of the velocity fields and the pressures ivere made using the
NavIye-Stokes equations. The method.of the investigations is
described in earlier papers by the same authors named above (1-11a-
terialy k V Talliwkomu soveshchaniyu Po elektromagnit!iym rasichLodo-
meram -- Mate" 6
rials 4or the. Fif-rn xal-Lin Conference on Blectroma-g-
net3LC Flowmeters Tallin, 2, 1971', 46) and a diagram of the cru-
ciform active zone of the pump used in. I.-he tests is shown. The
theory of the experimental situation is developed, and theoretical
-ha-' tho chnnro in
results are comparod with experimental to sliov t
i/2
NONUNIFOWiM OF THE VELOCITY A14D PIXSSURE FIELDS IN A ?~&GNETDUYRAMM
PUMP
n Paper by
~-~~ivvn at a flagnutuhydrodynnnic
In the papers devoted tothe Investigation of =a;;=atodVn;'=1c F~Ps.
(1). We comlexitj 'of t*o-_fImf_4 true ture -cLv- 1411 tht ~tor-- h=
been n -a.tc--d-~-amda- pWoposition has been-stated rLcgqrdi nz c of tur-
bulanco thave. rn order to discover the' nature of the flov in the core and
the chatint1s. adjacent 6 it, txp4TlmQMtQ1 studios Vere made on models with I1quld
gallium and a transparent. slectrolite, (30Z B2 SPA)., and a 13U-Meri"l calculation
wxi'mads if the volocity* and pressure fields based am tha'Na vier-Stjkes eque-
tivalvith the given distribution of, the electromagnetic 1orcs4. The procedure
ustd in. the study in the gallium loop is descriked in- (21. ..Thji velocities in
th4-.4lftCtt*Uts-wirW iaM6ved-'a~t'cmllr hrphoto--vhTa9'the visualized flow.
A numarlesi study was made of the actuations of limlnarjlow of a viscous liquid
T cuivntfunction to and the eddy function 0. we obtain
the'eystex.nt differeniial equations
where
1V
IV~ % w IlOaN. a to the hnilvidth of tht transport ch4anall V, to the maximum
velocity at the input to the cove; TO is the *Cal* of tile alettrunArnotit forcal
2flOy is the variation at the alactrovagnetic fact* in the lateral channel.
Tile ousavical calculfitions vets; plixfor"d tar the cars with, different
rating of the d1wonsions Ila and He Re. In flpt* I a, the calculate pLcturts
of the movement of the lIq6ld in a crisscross core (Re 600. H 3-109) and the
32
Abstractt The problem is presented on determining the electromagnetic
field of a stator in the active zone of,a magnetodunamic. pump, approximated
by a thin cross-shaped plate located betueen the ferronagnetic surfaces
and consisting of Individual sections with !:arying equivalent parameters,
The general boundary conditions were, formulated considering pump design and
arrangement of stator winlings. The Helmholtz equation was solved fcr two
components of the complex current density in the "cross" with infinitely
long rays by the Fourier-Lamb method using superposition of the fields in the
central region of tho "cross." Simplified solutions yere obtainedt consider-
ing the relationships in actual pumps, for the pole aml an lhfinitely wide
electromagnet. Uniform relations.h#sp found Ifi the Litter,. enter into the
general solutions for the "cross" and polest the remaining members of which
take into account the longitudinal and latp;al fringe effects. A comparison
of the experiment and calculation for,a solid bxass,coi-1 showed the
1/2
77
USSR UDC: 669.293.5
GUI;YAYEV, B, B., Y VINNIK, P1. G. ,MIKLUKHIN., D. Ye.
A'Selection of Alloying Elements in-the Development of Casting Alloys Based on
Niobiud'
Sb. Nauch. Tr. Tomsk. Inzh.-Stroit. In-t [Collected Scientific Works of Tomsk
Institute of Construction Engineering], 1973, No 21,~pp 3-11 (Translated
rnal MetalluTgiya, No.8, 1973, Abstract No 81721, by
from Referativny-
y Zhu
L' Petrova)-
Translation: A summarization is present,ed.of existing state diagrams of
binary systems of Nb-based alloys, and predictions are made for systeris not
studied. The analysis allows an estimation.1of the nature of the interaction
of Ub with the elements and determination of their effects on increasing and
decreasing the required properties of alloys being dev6loped. 8 figures,
I table,,9 biblio. refs.
1
USSR UDC: 621.317.755
SITUIKOV, L. S., TOKOVaIKO, S. Ye., UTYAKOV, L. L., YAKOVLEV, V. T.
"A Time-Mark Generator for a Cathode-Ray Oscilloscope".
Moscow, Otkrytiya, izobreteniya, prowjshlennyye obraztsy, tovernyje znaki,
No 4 Feb TI, Authorts Certificate No 292243, Division*H, filed 20 Jan 69,
pub:lhed 6 Jan 7~, pp 150-151
Translation: This Author's Certificate introduces a time-mark generator for
a-cathode ray oscilloscope. The device contains a Dulse lir;qt source, a
shaper, series-connected capacitor storage counters with two inputs, a
source of stable-frequency signals.and a:selector switch. As a distinguish-
ing feature of the patent, in order to simplify the device, connected to one
of the inputs of,the capacitor storage counters is a series circuit comprised
of'a synchronizing pulse oscillator and reference phase pulse oscillator.
The output of this last pulse oscillator Is connected t1irough a synchronizer
to a coincidence module,~fhose second input is connecte& through the selector
switch to the outputs of the capacitor storage,counterz, and:the output of
the coincidence module is connected to ',he. shaDer.
1/1
USSR
UDC:521.719.2:621,!378.9
VOLKONSKIY, V. B., XESTEROVA, Z. V., POPOV, yu V. gil ~%'Y~w~jr
YAKOVLEV, V.V.
"A Laser Ranaefinder with SLIper-Ifigh-Frequency Modulation of Radiation
and Frequency Conversion in the Photorece torvf~
p
Optiko-Mekhaniches~-ava Promyshlennost',No 10, Oct 73, np 22-25
Abstract: In known lipht rangefindors with SIW modtilation or optical
radiation, phase detection of the signal received is pc-~rform-d in the
light modulator. I'lic operating ran-c of a laser rangefindei7 can bc, sig-
nificantly increased by attaebilip, a reflectille, fijm to Hle obj(~Ct' tile
distance to whicli is to be. measured. This art'icle pves,.',mts die rusults
Of. experimental stuJien of .1 laser rangefinder -with modula-
tion of the -radiation, the modulation froquency convcrtor in tfic plioto-
receptor and phase detection at low frequency, Tlie laser usc!; .1 11~'Iixlm-
neon laser operating at 75S MHz. The maximum r, r mcasurem T _,rror h1i(Iii
ang wit
a film reflector is used at a range of 2S m is 0.5 mm, witli a signal/noi~~o
ratio of at least 10. Automaticre,cording -of the -results of
on a strip-chart recorder i~, possible.
Ij j
USSR
-YAKOVLUV, V. V., FEDOROV, R. F.
"Computer Elements with Probabilistic Represent at i on of Info iation"
ro
Avtomatika i Vychisl. Tekhn. rAutomation 'and ComputeT Technology], 1972,
L
No 5, pp 80-84 (Transl ated from Referativnyy Zhurnal~~ gibernetika, No 4,
1973, Abstract No V616, by the authors)
Translation: 'Me principles of construction of certain elements, of computer
equipment using, the probabilistic method of coding of infoa-mation are
studied. The relationship between the accuracy and speed of these clements
As estimated. Results of nathematicallmodeling are pyesented.
77
USSR UDC 539.3
SELEMEY, V. G. , TaQUEV.-Y.-M,
"Study of the Bendiing of Plates by the Holographic Interferometry Method"
V-sb. 1spolIz. opticb. kvant,, generatorov v sovTom, tel:hn. i ned. Ch. 2-3
.(Use of Lasers in Modern Engineering and Hedicine. Parts 2~3 -- Collection of
Works), Leningrad, 1971, pp 47-50 (from RM41ekhanika, No 3, Mar 72, Abstract
No 3V272)
Translation: A schemat-ic diagram and parameters are given for a device for
-studying the bending of plat'es by the holographic inter-ferooztry rnethod. Tbe
device is mounted on a concrete plate weighing abolut 1000 kg which is placed
On tVO rubber b&lloons f illed with air to P-xIclude the offect of fiold oscilla-
tio= of the Ir/cat4on. Deflections- were ra-easured by the doul)ie exposure method.
COnst-ruction of an interj)olatior -polyno-aaal in terrm of- known values of the
deflection is proposed to determine: derivatii s of fli!~))endlnt~, in torms of
ve,
vrthagonal coordinates. V. F. Hetrebko.
134
USSR uDc 621-311.25:621-039.003
MIKHAWTSVI, V. YE., SUROWSEV, 1. :G.,IYAKOVLEV, V. YA.
041 a P
d
Inhe Economy ower Plant with 'a Chemica3ly Reactirg Working Ife ium
imder Partial Power Ouerating Conditions"
Dissotsilripishch. ,razy kak teiAorosit-e-Ii.i rab. tela ener,,, ustanovch V zb.
(Dissociating Gases as Heat Transfer Agents and the. Working 11-ledium of Pover
Plants - Collection of Works), Mipsk, 'NaCka Tekhn.. Press, 1970, p-9 138-1244
(from RZh-E3ektrote%-hni*-a i -_F'ne~r etiRa No .5, May 1971, Abstract No 51325)
ti rii qualitative methods of
Transla on: A studv was made of the quantitative &
regulating a plant operating with respect to a gas-liquid cycle. The operating
peculiarities of the regenerator of the~plant are indicated for.these reigulating
procedures. The results oi- the calculational research indicating the great
econ(-%f of the plant under uncalculated conditions are presented for
t~-e quantitative procedure, mid the variatiqn_of~the~p?rameters of the plant for
The, economy
both regulating procedures is given.. I of the plant with re
generation at high and low pressttres is co ared for, qu,,aA a
My it tive regulation.
There are 4 Illustrations and a 3-entry' bibliography.
121
t
USSR UDC 533.916
BASOV, N. G., Academician, BOYKO, V. A. DROZHBIN, Yu. A.,
KROKKIN, 0. N.1 SKLIZKOV, G. V., and-YMOVLEV,, Y. A., Physics Institute imeni
P N., Tebedev of the' Academy of S cien"ces, T81M.-MOS-row
"Investigation of the Initial Stage of the Gas-Dynamic Dispersion of a Laser
Jet Plasma!'
Moscowi Doklady Akademii Nauk SSSR, Vol 192, No 6, 21 juniN, pp 1248-1250
Abstract: Since previous experiments study' the radiation spectra and gas-dynalic
parameters of a plasma in large timeAntervals, exceeding the length of the laser
pulse, the present study covers the dynamics of the motion and the kinetics of
ionization processes in a laser plasma with a high time resolution. It is noted
that the gas-dynamic motion of a plasma accoimpanying the high-temperature heating
of condensed material with focused laser radiation has been investigated because
of the importance of the possible use of a laser plasma for themonuclear fusion,
as a-source of multicharged ions for spectroscopic studies of astrophysical in-
terest, for accelerator technologv, etc.. The study of the dispersion of a plasma
during tha action of a laser pulse and at.distances r from the aurface of the
targat comparable with the dimater d of Thai focuning spoc of tho laser radia-
tion made it posoible. to trace different phases of the motion of the material,
1/4
including the initial stage of heating and the "freezing" of the ionization state
-the plasma. The radiation of a neodymium laser with an energy of 10 J and a
of
half-length of 15 nsec was focused with a 5-cm lens on the surface of a carbon
0-6 torr,
target in a vacuum of I and the structure of.the dispersing plasma was
investigated on the basis of its luminosity. :Space-time diagrams of ion dis-
persion were obtained from analysis of the data,(sea Fig.); for r ~Sl mm the
-plasma emits a continuous spectrum in the visible region,(lines are observed
only at distances r -, I mid). As the distance,increases tO 10 nm, a break is
observed in the lumi7nosity of ions CV1 and GV from the target. Me regions
occupied by ions of different charges partiall
y Internect, although there are
no discontinuities in the density of material in the plasma, The following
model of the gas-dynamic motion of the heated matter Is constructed from an
analysis of the experimental data: The plasma moves from the region of heating
(r < d), where the electron temperature TeArl20 ~ev on the basis of measurements
of the recombination x-radiation, Into the vacuum perpendicular to the surface
with a velocity u u 6-106 cm/sec. In this. region the velocity of the plasma
is close to the speed of sound and the ion temperature corresponding to this
2/4
BASOV, N. G., et alq Doklady Akademli Nauk SSSR, Vol 192, No 6, 21 Jun 70, pp
1248-1250
velocity is rv125 ev. A considerable acceleration of.the plasma is observed at
distances r :5 1 mm. The velocity here is several'times greater than the initial.
The effect of "freezing" is obtained, since the density drops as u-lr-2 along the
trajectory of the ion and the recombination time becomes much greater than the
characteristic dispersion time. In one.process the freezing of the maximum
degree of ionization occurs several nanoseconds after the beginning of the
the "elementary volume" of~thelpla
mot-ion of sma. This ireezing process also
the Jet which is ob-
occurs for the remaining ions. The laninar:,structure or
served in photographs is explainad an this basis.: The #nergy,lost by the plasma
contained in the region r 4 d to radiation in the range:~20-100 over a time of
40-naec Is estimated to be about Os S Joule.
3/4
11V71"
USSR
KOLITSOV, V. I., KHACHATUROV, A. A., YAKOVLE-V, Ye. I.
AlProperties of Continuity of a Sampling Correlation Function and Errors in j ts
Definition"
-~tor Vehicles
Tr. Mosk, Avtomob.-Dor. In-ta (Works of Moscow Insritutv of M,
and Highways], 1972, No 41, pp SS-60 (Translated frwi Refer'ativnyy Zhurnal
Kibernetika, No 4, 1973, Abstract No 4V242; by V. Yurinskiy).
Translation: For large T, approximate formulas 'are produced for the disper-
sions
'r T
f X X'(j -I-d
n
a
d the firKt and second differences k. Process x(t) is a Gaussian stable
process.
777777777-7~7
WSR
X" GRAZHDANXIIIA, N. P.,
SHAWITSEV, V. A., VERESHCHAGIN L. F.,
and ALAYEVA# T. I., Institute of High-Pressure Physics.' Academy of Sciences
USSR, Akademgorc4ok, Moscow Oblast
'Electron Magnetic Resonance StWy of Chromium Telluride at Pressures up to
5D,Kbael
Leningrad# Fizika Tyerdogo Tela, Vol 15, Vyp 1, Jan 73o PP 212-215
Abstracti The electron magnetic resonance method 3.2 cm) was used to
study the magnetic tranuition-in chromium telluride at pressures up to 50
kbar and teuperat=3 of 100-3600 K. It vaB found that the linear varitLtion
of the Curie point with pressure continues up to 25 kbax. At pressureB from
30�~ and UP to 50 kba--, the resonance line characterist~a of the ferromagnetic
phase of GrTa is not observed in-the 100-300 .'K temperA~ture mnge. The
diftppearance of the resonance line of the -ferromagnetic phaze may be due to
the appearance of antifexTomagnetic ordering.at presauxes above 30 kbar in
cbrorduz tellu-dde, although the antiferrorkagnetic reso
nance.line cannot be
observed In this frequency region.,.
103 -
~6 8 StriJA
S
ti a
W,
KASATOCWfaN, S. V., ALAYEVA, T I., YAKOYLE, LE N and VERESHCHAGIN, L. F.,
Institute of High-Pressure Physics, Academ:jr of $ciences USSR, Akademgorodok,
Mwcow Oblast
*ftessure Change of Cubic Splitting Parameter in EPR Spectrum of Gd3+ Ion in
Fluorite-Type Crystals"
Leningrad, Fizika Tverdogo Tela,,Vol 15, VYP 1, Jan 73, PP 312-313
Abstxacts The authors studied the effect of hydrostatic pressure (up to 10
kbar) on the spin hamiltonian parameters of the Gd3+ ions in fluorite-type
3+
crystals. CaF2, SrF2,and Wp doped with Gd Ions (0.1 at. percent) were
studied, It was found that the parameter b4 yaries according to the law
n
b
4='
Idiere n Cr 7. Previous experiment$ on the variation 6f the Gd3+ Ion PUR
spectrum,with temperature in fluorite-tM crystals (T.:, RVAY)'give the 'value
n t5.
-- --- ----- __1 -------
USSR UDC 54?.26-118
I., )~AKOU~EVIIMYWO_ YEI.. No, and MANIONOY, V. 1.
"Phospborus-containing Derivstives of Isotbiurones. 'II, Cleavage of
Dioxaphospholane and DioxaphosphorenawRin by-Thiodarbanide"
9S
Leningrad, Zhurnal Obsbehey Khimii, Vol 42404) No ast 1972 1, PP 1700-1?05
Abs-tractil Thlocarbanide (TCA) will mat itith ij3,2-dioxaphospholane by
opening the ring in the following~'manner%
+ t4zN--;C-4HZ -7- OCV,CiizS-q,- +
0
NK.
0 17
---- OCPS (11)',j =CtfI
The R exerts a significant influence on the ease 'of alkylation, in the orryler
_> CH - 4-~~.thyl-1)3,2-dioxaphospholwies and 2-(fornianadentio)-
--7 OC2H
.3 3
ethyl esters of phosphorous acid react with TCA in an analagour:, manner.
Seven compounds were prepared by TOA rvaption.s. These were ~hu-acterized
me altion and IRO UVt and IIMR spectra.
ntal compo.
_-T
ReasuiJaiky"T Ab"'-Calibrating
USSR UDC 536.24:536.42
KIRICUMO, YU. A., SOLYMKO, V. F., TSYBULSKIY, V. V., UK
-"Device for Studying Heat Exchange when Boiling Cryogenic Liquids"
Tr. Piz.-tekhn. in-t nizk. temperatur AN USSR (Works of the Physico-Technical
Low-Temperature Institute of the Ukrainian SSR Academy of Sciences), 1970, vyp.
1, pp 255-264 (from RM-Mfekhanika, No 11; Nov 71, Abstract No 1IB689)
Translation: A device permitting the study of a broad class of heat exchange
problems during boiling and investigation ofheat exchange during boiling of
both pure oxygen and oxygen containing a ~dissolved gas in the temperature ranne
of 65-120* K and at pressures of 0.025-10. absolute atmospheres insuring visual
observation and movie photograpliv.of theprocesses taking place is described.
The device comprises an operating vessel-of-5 liter capacity surrounded by three
shells forming buffer, thermostating and vacuum tanks, successively. The vaccum
tank and the thermostatinga tank filled withiliquid nitrogen form a special type
of dawar protecting the operating vessel from externatheat fluxes and insuring
the required temperature level of the liqttid in the working vessel by pumping
nitrogen vapor out of the thermostating .ank4. Cooling, the gas fed to the work-
ing vessel and dissolving it in a liquid,are carried out by means of a bubbling
and circulating system placed in the thermostating and ~vacuum tanks. The buffer
1/2~
USSR
KIRIOIDTKO, YU. A., et al, Tr. Fiz.-tekhn. in-t n-i-?-1, temperatur-AN USSR, 19701,
vyp. 1, pp 255-264
tank separates the working vessel from the thermostating vessel and can be evacu-
ated or filled with the heat exchange gm%. :The workiag vessel and the shells
of all the surrounding tanks are equipped with peepholes with flat glass.
Preliminary heat exchange data fox the boiling of liquid nitrogen from
a horizontal tubular steel heater were obtained on the device. The design of
the device permits studies to be performed during boiling not only of oxygen
but also a number of other cryogenic liquids. The bibliogr6phy has 10 entries.
~2/2
Acc. ~~r: Abstracting rvice. -i
e ,0 Ref. Code;
ISPACE. ABST, R 6
NTERNAT. AERQ
r-tatures of Hq4ge JMT emission MHufation
thro-zoh the act-ive elernent's excilation source (Owbennosli
mc-dutigui izfuchenii--a H---Ne OKG chitrez istochnik vc;rbt;!zhdcnHF
E P. 8,~ A
-T,
Rwiara-kh-qikA i: &ektrafi4a, voi, 15, Jan.. 19?0, P.
ti~Dn Ii-e ~eaiurm of H Ie imiat --4-,ission
b,; vz;--,--~rt -,he If-umt4h!1he t* be to
the ourpu, pav,,er- A twivvonjs: given toi the:&fmt of gaz tr~tiujre at
M; -X tJ r- f 1:17 vif ~",iw* zMe the 'C' ?f the.
re5islcr !S exafn~--%-d. Pecan-,", twdazims &,~ given rof tile
-,Intl q,,ts mixtwe and tiirvn;sur-t
i::~pin~nq amaxicTiurn mo&datior dep;:!% and a
rnaxim.,im zwr-,plitude of "ne, modulated ~iijnal~ TAI,
REEL/FRAME~
USSR uDc.- 62i.'3~6.6:62i.318088-8)
RUBAL'SKAYA, E. V., GODELEV, S. Sh., RU11INSHTEYN, B. Ye. , ~iTOVLEV, Yu.
TITOVA, A. G.
"A Charge for Growing Ferr-Ite S in g1 e Crystals"
USSR Author's Certificate No 253953, -file a 4~ may 61, nublisl -d 30 Apr TO
.(fro*m RZh--Radiotekhnika, No 12,,Dec 70, Abstract No I
T-ranslation: 71his Author's Certificate introduces a charge composition
which makes it possible to increase the saturation induction of ferrites
(90.5 T) while retaining a -narrow ferromaF-.netic resonanpe line, The
COnRistS of higher axidos of iron, zinc, lead and baron ( -13. 3-1.
68.1-68.7 and 10.4-11.0 wt.% respectively)i and Li2CO3.~. Heat treat-ment
Criffditions are described. Also covered by. th6 patent a charge con; -,c,-
Sition for makinp, ferrites with a natura-tion iiiduction. o e- up to 0. 4 4 T;
a distinguishing feature of this coinpositi(n Is the substitution of
OXI-de for.zinc oxide. Thf- propotions by volght are a]. i; Q7. chaxq~ed. N. S.
-,00CUMENT CLASS-UNCLASSIFIED
,~,~PROXY..'REEL/FR.AME--198810620 STEP NO-~.-UR/0181/76/012fOO3/0866/0872
-CIAC ACCESSION NO--AP0105600
UNCLASSIFIED
'ZT3_ 1036 UNtL Ass I r- I ED 4AOCESSING 0ATE-18SEP70
ClRC ACCESSION NO--AP0105600
GP-0- ABSTRACT. STATIC MAGNETIC PROPERTIES WERE
~:_INVESTIGATED OF SINGLE CRYSTALS OF Ll. AND ZN FERRATE, LI SUBo.5(l MINUS
)()FE SU80*51(1 MINUS X)ZN SUBX FE SUB2 0 SUB4,- WHiERE X EQUALS Ot 0.1t.
.0.16, AND 0.24. THE CRYSTALS WERE GROWN FRC14 PBOPLUS B SUB2 0 SU83.
,.:.ON VARIATION OF THE COMPN., THE LATTICE PARAMETER1VARIES IN THE LIMITS
(8.331-8.367) PLUS OR MINUS 0.001 A. THE MAGNETic MOMENT WAS MEASURED
~:.SY THE METHODS OF WEISS AND FARADAY IN FIELDS IS'SMALLER THAN OR EQUAL
I~TO 10 KOE. REPLACEMENT OF. PART OF THE TETRAHEDRAL.FE AND LI IONS BY ZN
IONS LEADS TO-NN INCREASE IN THE MAGNETIC~MOMENT~AND DECREASE IN THE
CURIE TEMP. OF THE COMPD. AT X EQUALS: 0.24, CRYSTALS WERE OBTAINED WITH
-MAGNETIZATION, 4PIM EQUALS 4900 G AT NOR?4A.L'.TEMP*', THE.EXPTL. DATA ON
THE-.4AGNETIC MOMENT 'AND THE CURIE TEMP. ARE COMPARED WITH THE DATA
0 TERMS OF THE MODEL OF NEEL,AN0 GILIO.
BTAINED IN MEASUREMENTS OF THE
FERROMAGNETIC RESONANCE OF THE SYNTHETf(', CRYSTALS AOLOWE0 ONE TO oET.
JHF IST AND 2NDANISOTROPY CONSTS. (K SUWAND K SUB'2) AS fUNCTIONS OF
TEMP, AND ALSO TO OBSERVE NONLINEAR.IST ORDEk.PROCESSES,AT COINCIDENcr=
'~'OF THE RESONANCES AT 9.1 GHZ, THE RATHSJZ~WSAK DEPENDENCE OF K SUBI ON
-.THE COJMPN., INDICATES THAT THE CONTRIBUTION OF THE't ION MECHANISM OF
..ANISOTROPY IN THE INVESTIGATED SOLID SCLNS,, IS SMALL. TEMP.,
DEPENDENCES ARE GIVEN OF THE WIDTH OF THE~RESONANCE LINE MEASURED FOR
SPECIMENS OF 3 C(IMPNS. UNIOFR VARIOUS COf4D[+IOrt$ Or POWER AND IN VARIOUS
CRYSTALLOGRAPHIC DIRECTIONS. THE LIMITING FREQUENCY OF.THE REGION OF
CONINCIDENCE IS PRACTICALLY INDEPENDENT,OF,THE ORIENTATION OF THE
-'JP,ECIMEN IN THE (110) PLANE RELATIVE TO THE, CONST.~. MAGNETIC FIELD,
UNCLASSIFIED,
EISSR WC (>69.141.241.4t621.746
_IAKOVI". Yq.-I?.,, Dnepropetrovsk Metallurgical InstiUte
of Steel In Pourine
-'Effect of Hydrodynamic P=cesses on Secondaxy WdatIon
m6scourt Stall, Jun 73, Ifo 69 PP 509-512
Abstract: The analysis of an empirical function derived from Dro-
cessing exrerimen'llial data of a jet~.of liquid 3teel discharTing
from the outflow height H of a' vessel of -diameter' d (H/d--8-60 ca-
libers)shows that the rel:_ative air.volumeginjected by the jet into
the metal, decreases vrith increasLig H -and i6creasing o
utflow velo-
city and with decreasing d. The- dil3charging teel.jet has a wave-
SU
-like profile, its radius R ohangel'3 sinuzoidaly, and it captures
atmospheric air in the trour, raves. The t_,ir volume entrai-ned
hs
by the jet into the metal depth is calculated from geometrical
th a- facility
considerations. In e-smeriments~on a hydraulic =odel ui4
for measuring the volume of captured air it wa.s found that, in addi-
tion to the calculated volume, a 20%-,,greater volume is being drai-
ned from the at=sphere. This. can. xiDlault i n intrease- of 02-content-
1/2
Y~
USSR UDC. 621.382
AKPEROV, Ya. G., IMENKOV, A. U.,TS.ARMOV, B. V., YAKOVLEV, Yu. P., "order
of Lenin" Phvs1cotechnical Institute imehi,A. F.-I5*fr&"-:--'-7'
"A Semiconductor Induction Element"
Moscov, Otkrytiya, Izobreteniya,, Prorayshlermyye Obraztsy, Tovarnyye Znaki,
No 10, Apr 73, Author's Certificate No 330248, Division H, filed 3 Aug 70,
published 8 Feb 713, pp 194-195
Translation: This Author's Certificate introduces: 1. A semiconductor in-
duction element which is a tvo-lav_er semiconductor structure with ohmic con-
tacts. As a distinguishing feature of the patent, the Q of the controlled
inductive reactance is sharpened and the range of the working frequency is
extended by making the semiconductor structure from two different semicon-
ductive materials of the same conductivity type. Bone of the-layers has a
fixed chemical composition with respect t6t 'h'ickness, and the other is a
semiconductor of variable chemical composition. The width of the forbidden
zone at the boundary of the semiconductorlayers is greater than the width
of the forbidden zone of the first semiconductor, and it gradually decreases
as the ohmic contact is approached. 2. A~jhodification of this element dis-
1/2
.A.
USSR UDC 621.315.592
ISAFC1., -alfiv P). V. i1JT !.AK, 14. 1., YEVSTTZO--CV~4 V,
-0 r~, VEYZES11a, .v.
-OVE
L loffe
'clinical InsUrute ir ni
of Lim- USSR Acadu m, of Sciencus, Lei ingrad
IOCIC
Sources of Fed Li-ht r~idc of Varlband Ga Al As:Si p-n- structurer
-x x
Uninfrad, Fizil-a i Telklinika Poluprovodnikov, Vol 6, No 5, 1972, pp 921-925
Absti-act: The Ytzuits of tic eevelopi.-.cat and study of the properties of seiid-
condctor sources of re"I lip*,-, based on variband Ga Al As p-n-structums
alloyad vji-,h Si :-,re djscL,-~,cd. j'
aese p-n-Structures were cre"nLed by-epitaxial
growlth of a soliC soluLlon of Ga Al As:Sj. from a liquid Ga-M--As-Si solution
-x 7.
'On 631 n-Ga-LS sz;k,;Lrate .;iLh cooling,~ the compogitimi of. the C.3
Al As epitax
ial layer varied in the direction of growth so that the width of
tile zrn1,-! et-creosiod, from, the b o un da ry with the sub-strate with a gridi-
Cnt Of (2-3) o-1cro..
Tile thicktics-, of the p-rbgLon in tiic~ 14,ht dio,.Ies
wwa, 20-31 and tife ri-rc;jon Was ~60-7:0 m-crons. Radiation was generated
J)C,-rp, nelcular, tcl 'an of t%a p-n-~Jimctlbn ~or lthroij,h the p-.1.), r or
throu-0 the of the p-.i)-.,;trtirLu)*
197
UDC 621.315.592
TVIJU__~.KOV i;. V. Ct al. Fizika i Taklinika Poluprovadnikov, Vol 6, No 5, 1972,
P-P 921-925
'111 ecluctric electrolumiaesceu characteristics of tile Ca Al As
1-x x
P-11-SLrocIturor, wiLli an --r,2a of 0.5 r.1m2 at rOOM tCMDerature are as follows:
I-) 0;c currcnt incrc;iscs exponentiall
y with an increase in voltaf-,c
(I - eYp(QV1[S1.T),':teru f' = 1.4-1-6) tri voltages of 1.5-1.6 volts, and then it
Incre"ISCS,
lincar"y (current cutoff ~ voltage 2 0-2. 1. volts) ; 2) the radiation
spectrui-i conoist_-~ in only one band, with a peak energy: of 1. 72-1. 76 electron
volts inhich dm~s nat i~ldft with current vjrijtion; 3) with an incre3se in cur-
rent thv rztdintion powiii- first increases 'Supe 171inearly(to .2 arps/cri-) and then
linearl'ti (to 100 amns/CT%~)_;' 4) the external quantum yield of: the radiation is
0.5-0.6'i~erccnt for*20 milliamps and 0.64.8 percept for 200 milliampo; 5) tile
charactcristic. t4-_,,2s of the transient alecLrolumittes cent Processes decrease
urith an increase In currant; they are 200 nanoseconds for sr-all currents and
-100 nmosecona's for large currents.
These IJ-.,-Iit sourros do not become degraded for vt least 1,000 hourz, of
operation with a foruard current of 20.,milliamps and an t temperature of
ambien
70*C.
r~33SR - UDO 621.)82.~
[Phyciao
TSARWKOV, B.V., AKFEEROV, YA.G., IMEWOV,, A.N., Y410
01301
Technical Institute imani A.F. loffe, AcadeMr c ances, USSR, Leningrad]
aTemperature Dependence Of Edge Photoluminesconce.Of n-Ga,_XA17As Solid Solution
Epitaxial Layers
Fizika i tekhnika poluprovodnik Vol 6, lqo 4p Apr 1917Pp pp 677-681
Oy
to is atudied of cryntals of n-Gal -Al-
Abatracti Tho edge photolumineacent _X X
(O