SCIENTIFIC ABSTRACT ZLATOVEROV, A.I. - ZLICZYNSKI, L.
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CIA-RDP86-00513R002065310012-1
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RIF
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S
Document Page Count:
100
Document Creation Date:
November 2, 2016
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March 20, 2001
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12
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Publication Date:
December 31, 1967
Content Type:
SCIENTIFIC ABSTRACT
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ZIATOMOV, Aj.,
Oftrebrospinal fluid*" D.A.Sb4aburov. Reviawold byAMatoverov.
Shttrq navr. I, psikh. 56 no.5:410-415 156. (HUU:938).
(CUMOSPIFAL PLUID)
(SH&MBUROV,
Country I USSR
CiAcgory= : Human Fuid Animal YhytJology. T
The Nervous Systrim. Blood Suppjy.
Ato, Jours : Ref Zhur-Biol.j No 239 1956~ 106bC2
ituthor : Uatoverov, As Is
In-qtitilts
T It I e :The Int errel at ions hips between Intracranial,
Arter-Latlq and Venous Blood Pressures.
OrIg. Pub. :V sb,: Aktuallq. probl, nevrarxitol i psikhiEL-
trii, Yuy~ushevj 195?, 21-30
.P. b ~4 Vra c t:1,s RLager's solution is adjuinistere'd to a dog
throu&h a g3ubocaipital puncture the resultitig
fast and subst=7,,ial increare ol Atitracranial
Pressure ('?) eausest irl +-urn an increase o:C,
venous P. ULder the same conhtions, a slow and
gradua:, iaorea:3e, of, intracrania-I P.may occurs
vvithov.t being scco;ftp-nmied by a-hangros of veao%js
P. Tr, a hearto and :lung specimeoi with prosorved
oraa-LQ, blor-d ow-pply, a 9~Lvp Increa.,,9 of alte-
rial. vesistaniao n.-atised an increase of intracta,
V3
............. V! I M I! U11 UJIM
USSR
Catqr5ory :Hum, ar, and,,Animal Phys i0l T
The Nervous'System, Blood supple,
zibs. Jcur. :Paf Zhur-Biol., No 23, 19,58,*IA80")
Autl-ior
Institut.
12 it 1
Orig -Pub.
'
.(cont) decreases
nial P. Subsequent I arie ore
of
accompanied by slcNer decreal.0s.of:,intraor
P. Reflectory increases of artarial Ps issuing
44
from carotidal tissues a1!-70 J00"k
PI-fice With ut
0
being accor~panled by aAanges of in tracrarda
!
A general increase of intracro~nial:P may prb*ft
duce local vasal reactions by loba-'
lized increases of rat-in&l P ol, P in the. area
of temporal art6ries withoixv oansing P increase:
ZLATOVERCV, A.I.; YARTSEVA, L.V.; KIUSILINIKOV., N.A.
Oligophrenia, ataxia, bilateral cataract (Marinesco'.8ji gren
syndrome) associated idth congenital toxoplaolosis, Zhur.
nevr. i psikh. 63 no.10-.1478-1481 t63. (MIRA 17t5)
1. Kafedra nervnykh bolenuoy (zav. - prof. AJ. Zlatoverov)
Kuybyshavskogo meditsinskogo, Inatituta.
."KI Y)
YAKOBS0111) ~!.Q
Z' Inur. i psL!kh. 65 ro.'.L 1 :1750-1752 16,5.
r,, r7- f 7' :1 "i
i I ~)n.-,- a nd r e vi e W 5 2 hu r n-- v V
ZLATOVEROV, A,I,,, prof.; GONCHAROV, ZN.
Diagnosis of harnla3 of the intervertabral diska Vrache
delo no.12:102-105 D 163. (MtRA 17:2)
1. Klinika nervnykh boleaney (sav. - prof.4.I.,Zlatoverov)
Kuybyshevskogo maditainskogo inatituta i ObOyedinannaya
bollnitsa Kuybyshevskoy zheleznoy dorogi.
ZLATOVEROV, A.I.j KOZLOVA., V.A.; PMESt~ D.911.
Presgure in the temporal and brachial artqria durbig the ortho-
statte test.as a method for detecting cetreW, bypertezoim.
Sov.raed. 26 no-1223&.." D 162. (Mu 16 s2)
I* Iz kaf edry nervnfth bolooney Xuybyvhewkog4
inntituta6
(CEREMOVASCULAR DISMS) (M=D PMSURS)
ZLATOVEROV. A.1.; UWSKIY, K.G#
0-3:325-328 158.~
Plezography of nystagmus. Zhur.nevr.1 pulkh.' 58 n:
(MIRA 1333)
1. Klinicheekoye otdeleniya Inatitixta po ituchanlyu potiontyelita
(direktor - praf. A.P. Chumakov) AMIT SSSR i klinika rervnykh bolazuey
(zavedtgrushchiy -- Prof. A.I. Mtoverov) &YbYthevskytro maditollshgo
inatituta.
(NYSTAGlaiso physiol,
piacgraity (Ras))
ILIYASHUK, Nikolay Davido-Ach; TiWSHCHENO, Mariana AleksdrAlrovna;
-Aneta Imilchayloinia; ZLATOVELIOV B: 'T ieil.
GOLUBEVAP f
TRUSOVj N.S., 1,ekhn. red.
[Technology of the chemical cleaning and.dyeing o--:' garments]
Tekhnologiia khbnicheskol- chistlki i krashanlia Cdoz-bdir. Mc-
s1va. GosIT-tizdat, 1963- 185 p. (IUJU 171: 2)
A Tl~
KARUDIN, Petr Markovich, podpolkovaik,-. GCRBROV. I~str Ivanovich, mwypr~,
2aplea; ZLATOVNROT, B.S., podpolkovalk, redaktor; NRDIIIKOVA, A.N.,
tekhnlche-s~Y-e0*ro-f--
l8q~acl ro'connalsdancel Otdalenis v razvedke. Moskva, Voen. is,(U'-vo
Hiniqteratvp obdr. SSSR, 1956. 125 P. (Microfiliml (XW?A 10~:O.
(Military reconnaissance)
SMYOT, Tasiliy Aleksandrovich. general-mayor sapasa; KOZWT. some#
polkovnik, red.;_ polkovu*,,..rsd.;.X0I0TALOTA,'
Te.K., tekhn.red.'
(Brief survey of the development of the Soviet operational skill)
Kratkii ochark razvitiia sovetakogo oparativu4o iskusetva*
Ko5kva, Toeu.isd-vo It-va obor.S=# 1960. 2.96 p.
(M MA 13:7)
(Military art and science)
KHA !~~jy Iyanovich, pollcovnik; z&p&sa-v,. zasl%~uhawIJ7 moster a' brta~-
Boris likolayevich. polkovnik;'-p S.
polkovnik, red.; SqKowyl, GeF*q tekhnerei*
[Overcoming obstacles, grenade t.hrowlng,-and band~to~-bAnd,combatl
Precdolente prepiatstili, metanie granat i n*opaubn:ri:b6i;
posobie po provedeniiu maniatli rpodrazdalabliakh4 v4ukva~
VoenAzd-vo X-va obor.-SSER. 1958. 123 p. (MMA 12-.1)
dau)
,~Ifighting, Hand to hand) (Orens
PIROKOFIYEV, P.S.; CHEBOTAREV, V. P. _ZLATO'VEROVj_P..Po,ii red..*. RUSOV,
N.S., tekhn. red.
[Fire prowntiot in local industrial entoxI)ASes 1: BDzharnaia
bezopasnost' predpriiatii proryshlennosti m6stnogb podchine-
niia. Moskva, Gosbytizdat, 1963. 184 P. (14TRA 1714)
HILISHTM. K.A., general-mayor; SLOBODENKO, A.K.. potkovntk;
podpolkovnik, red.; GUBIVA, Z.A., tekhn.red.'.
[Bourgeoia military science] 0 burshuasnot voonnot nauks. Moskva,
Voen. lzd-vo M-va obor.SSSR, 1957. 285 p. (HIRA 10112)
(Military art and scisuc~)
ZLATOVFAROV, Yu*D*,, inzh,; MIESSARCHIK, N.A., bud. taklm, mauk
Device for aleotrothermal stressing of rod roiaforcamonta, Stroih
i dor, mash, 7 no,4:22-26 Ap 962e,
~ OuRA 16:7);
(Concrete reintorcemnt)
RMURNIG) so, inge;
i-n-g
Beginning of the operation of thol Sput hyvl~081041tric POW9,44
station. Elektroprivreda 14
ZLAT,KOVSff A. -
NThe Fruit Harvest and Winter Care foi Fruit Trees on the USSk Collicti*e'Farms.'I P. 100
(ZA SOCIALISTICKE ZEMEDELSTVI, Vol. 3, No. 10, Oct. 1953) Praha, Ciachoslovakia
SO: Monthly List of East European Accessions, LibrM of Congressp~Vol- 3. N0-.4,
April 1954- Unclassified.
ZLATOVSKY, Ladialavp inz.
2achnologlical capacity data on vehiclos of pubUc hie"Way
transportation. Siln doprava 11 no.7.19-22 16,*~.
MATO Y,-Ladislav, jnz.
What typification will twing. SlIn dopruvA 1;! no. 8 12-3 Ag
1. Dopravoprojekt National Enteiprise.
ZLATOVSKY, Ladislav,, inz.
Automatio automobile washing stAtion in Zilina. Siln
doprava. 12 no.ll-.6-8 N 164.
1. Dopravoprojekt, Hational EntArprise.
ZLATOVSKY9 Ladislav# Ins.
buildings of transportation enterprises. Siln
doprava, 12 no.5s6--7 Yq 164.
1. Dopravoprojekt National Enterprise.
ZLATOVSKY, Ladislav, inz.
Typification of maintenaace shops. Siln doprava 12 no.6/70-4
,64.
1. Dopravoprojakt National Enterprise.
ACC ma AF6032TI5 -4-
SOURCE'CODE.' PO/0053/66/00'0/09/04~45/9446
AUTHOR: Zlotowska, Z.
ORG: none
TITLEt Application'of laser for spectral analysis
SOURCE. PrZeglad elaktroniki, no. 9, 1966, 445-4146
TOPIC TAGS: ruby laser, spectrographic analysis, spectrographic;qamera 4 7W Aj A F 55
J 7-C PA-
ABSTRACT: A ruby, laser was used as a source for spectroch~mical~analysis of:stainless
steel samples. The nickel and chromium -content of thi samples were determl-TOCTr-0-M
their spectia. Four laser excitations were used for each .6 imple. Orig. artp'
has: 1 figure.
SUB CODE: 20, 07/ SUBM DATE: none/ORIG REF: 002/ GTH REF- 003/
Card 1/1 vub UDC: 544.62:621.384
ZI-ATY, sttav
Care of vater purity nenas carim- for health of ovr people. Trich
rraca 14 ro.2:146-1.48 F t62.
1. Kralovapolsket sitrojimas "i4p;,j Brnob
ZIATIYEV
I N. (Zlattievs V.
Reinforced concrete half frame's in rural coni~trucUan. Sill*
bud. 11 no.5:22-23 My t61. (14M 14-6)
1, Starshiy proizvoditell rabot sovkhoza "Olellevskiyo
Marginskogo raytnao Stalinskoy oblasti.
(Stalino Province-Reinforced concrete coutruction)
(Structural frames)
GAZADICHIYAN9 ZLATIYPI, V.A. (Dozietsk)
Improvirj_t, the planning and ac~countingy of Conmerclal output
and cost of productLon,, Shvein, prom. 165),
(Ac
C NRs AR6024837 SOURCE CODE., Uiidi1;q1 0031G004
AUTHOR: Bekzhanov, Go R.; Brodavoy, V. V.; Coildshnidt, VV1 I.; Zhivaderov, A. 3
Ivanov,
ZI~Z( O..Di; K14hLn j 1. No; Kolmogoroit, Yuo~ As; Bachin, As P*;.-.
Ko -arov, V. Ho; Kuzlmin, Yu Kuninova, No V, Kunin, N 4Yao; Lyubetskly, Ve Go;
Helentlyev, M. It; Morozov, H. Do; Tret'yakov,, V. G.; Tycht~ovav:T. V#; TearegradskLy,
V. As.; Eydlin, R-A.
TITLE: A schematic geophysical map of Kazakhstan
SOURCE: Ref. zh. Geofizika, Abe. 4G17
REF SOURCE: Sb. Geol. rezulltaty prikl. geofiz. Geofix. i6sled-stroyeniya. semn.
tory. M., Nedra, 1965, 142-154
TOPIC TAGS: geologic survey, geologic prospecting, map
ABSTRACT: Regional geophysical surveys are conducted in Kitzakholian to divide the
territory into tectonic regions, to study its plutonle st ritcture, and to solve some
problems of geophysical mapping* The results of these surveys will make it.:possible
to establish structural belts and regions in which mineralo are Mely to be found.
The basic material will be obtained from Investigations of,the vagnetic and.graiita-
tional fields in combination with seismic studieso In the magnetic and groitational
fields, tectonic and plutanic seam are isolated which correspond to terraces in the
Card IL2 _UDC: 550.3U(574)
ZLAVDINOV, L.Z.
Physicomathematical nature of no~local gravity a~ncrjialies
and the laws of crustal structure. Izv.&14 Xazakh.45SR.Ser.
geol. 22 no.5:35-55 S-0 165.
(MIRA 1802)
1. Kazakhakiy goofizichaskiy trest., g, Almi-Ata,
L
AM NR- AT6028379 SOURCE CODE: 541S
UR/0000165/000/000/0142101
AUTHOR: Bachin, A. P.; Bekzhanov, Urn( di
V.; 0011~1~ V. L;
Zhivoderov A. B.- Zlavdinov Klenchin.j. N.; KV
U.-W.IKV.tlyarov, IV" M I.; Kuminova, M. V.;
Ly~betq~YY-9' Mclent'Yev'. It. I.; Morc;-.,w, M. D. Trot ynkovt V.. G. Tychkova,,
T. V. ; Tsaregradsk1y_,,__:?~__A. Eydj_tp, A.
ORG: none
TITLE; Geophysical sketch map of Kazakhstan
SOURCE: International Geological.Conrress. 22d. New Delhi. 1964, Geologicheakiye
rezul'tat sics); doklady
Y V pplied geophy
sovetskikh geologov, problema 2. ff6scow, Izd-vo Nedra,*19650 142-154
TOPIC TAGS: V4*w0dnw-uw geophysic&I M.1p, tectoni
Aay'
ABSTRACT: On the basi3 of regional geophyalcal and geological investigations
\I(seismic
a composite gaophy4ical sketch, map.' of the
fields of Ka'zak-hstan has been compiled., rrot~ Ois map, the major :tectonic
zones, deep structures, and geological structural zones are; defined. Longizone~j
representing high field gradients in the gravitational and.:magnetic fleldsq~reflectt
deep geosutures, which seismic sounding data suggest are starps in thelm-discont uLt
Card 1/2
Re-AT6028379
(!fD
Among.tbe major 'structural zones of Kazakhstan defined are: 1) the T~vgayolcaya,
2) the Petropavlovskayn, 3) the 11spenskaya, 4) the Tokrauskaya and 5)~ the Pzhalair-
Naymanskaya. Regtons of magmaLiSM are also deftned.:, 'In the, tec tonic - d~presjs Ion
zones, contour lines Indirite the thickness of the setiftentary cover,'ov'erlying the
folded baaement, and posslbI6 oil-bearing formations. Orig.. aIrt. haeti il figure-MM)
SUB CODE: 081 SUBM DATE: 063nn651 ATD rns~: d-v
yd 2/2
sanspidetantstia, PlavdIT.
(HI(MOCOGCUS PTOGMS,
toxin in food polo@)
(row POISORUG1,
Kicroaoccus progeass toxLn)
ZLA VX C
"Already the 12th district is completely collectivizeO."
p. 2 (Drumul Belsi,gului) Uo, 6, June 1957
Bucharest, 11mania
30: Monthly Index of East European Accessions (EMT) 1,C. Vol. 7, no, L' J,
April 1958
..........
"Experiments stations helping to raise production.m
P. 18 (Drumul Belsugului) No. 8J. Aug. 1957
Bucharest,, Rumania
SO: Honthly Index of East Eurppean Accessions EKAI) LC. Vol. 7., no. 4,
April 1958
V, T
.114 11.0.
Imiert
Chemical Abst. I
Vol - 48 No. The pit", fal"lod br
Feb, 10, 1954
ZIENKO, B.F.
Alternations of enclosing rocks and raineraliziitiOn iltAgOs in
the Vavilonsk deposit (Rudnyy Altai). aeol.rud,mestorash. no.l:
7-34 Ja-F 162, (MIRA 15:2)
1. Institut mineralogii, geckhJnii i krisw~ckbim5i- redkikh
elementov AN SSSRj,V,.oakva.
(Altai Rountmiw-o-~ depcOits)
VENGRENOVSKIY, Sergey losifovichp nauchnyy zotr. kajad, sellkhoz.
nauk ; DZHELALI, Hadezbda Ivaiur=j r=cbW s4tr.;
LUZHETSMAp Lyudmi:La Grigorlyevna.. nauchmy S~tr,,, ftgronom-
SHIM, Vladimir Andreyevichp na.uchnyy sotre) Ozronolu;
ZIENKO G. red.; HOILTMOVA, T., tekhn. red,
[Peas in Odeasa Province] C-orokh na. Odesshchin~. Odessa.
Odesskoe knizhnoe izd-vo, 1962. 78 pe (141RA 15-.6)'
1. Vsesoyuzlqy selektsionno-genetichaskiy institut imeni
T.D.Lysenko (for VeWenovskiy,, Dzhelall). 2* Eolkhou "Z-axya
ko=nmimatt Kodymskogo rayonaL (fqr Luzhe-tskaya.). 3. Sellsko.-
khozyaystve=aya artell "Ukraina" Kiliyskogo rayona'(for
Shibko).
(Odessa Province-Peae)
ZIMMO N.D.
Iate Sinian central intrusions of the eastern mar cif the Aldan
gill
Shield. Trudy VAGT noe7:66-73 161. (MIR& 34:7)
(Aldan Plateau--8acks,, Igneoun)
ZLENKO IISDOI* TARKHOVAO N.A.
Problem of the unified nomer-lature of etfusiVe and'vein rocks*'
Izv.JUI SSSR. Ser.geol. 26 no~1:96-98 Ja 161. (MIRA 15:6)
(Rocks, Ign6ous-11ozenclature)
ZLMKO, S.I.; TROTINDVA, N.I.
Y~&Ctlbus mononucleoelso Fed., almah. I IPlnl 20 ilo.4:21-24:138.
(UMA ii: I)
1. Detakaya klinika (nauchrqy rukovoditell chlew-korrespond! e'~at
ANN SSSR prof. 0.M. Khokhol) ~ollnltoy In. Whilill g. Kiyeva
(glavnyy vrach - T*O. Udluteava).
(NolmliuaLEOSIS)
5 (2)p 5 (4)
AUTHORS: Savintsevq F. A., Avericheva, V. Ye., SOV/20-127-4-28/66
Zlenko, V. Ya,
TITLE: On the Nature of Contact Fusion of Alkali-haliae Cry";t-als
PERIODICAL; Doklady Akademii nauk SSSR, 1959, Vol 127, Ur 4r pp 828 -:830
(USSR)
ABSTRACT: The mechanism and kinetics in the formation of contact fusion
alloys (eutectic alloys or solid solutions;are formed) have not
yet been investigated. A diffusibn-like nature wasatcrib6d to
the contact fusion alloys. There is an unlimited mutual sblu-
bility in these alloys. To clarify thq prooessea taking place
in the formation of contact fusion alloys,the alkali-hali(ie
mixtures were X-rayed at high temperatilresd The metho
" and th
e
,
'
X-ray high-temperature camera developed by~the I-R&y Laboratory
of the Institut obahchey i noorganichmskoy:khimii AN 4jSSR (In-
stitute of General and Inorganic Chemistry,of the AS USSR) were
used for the investigation. In the De*bye diagram, the lines of
the single components KC1.-',,IaCl., observed up to 600', disappear
Card 1/3 at 6350, and the lines of the solid solutions appear,ln'.the
Onn the Nature of Contact Fusion of Alkaljj - 50V/N-127-4-28~60
halide Crystals
system 01-0, the lines of the components are presen.tlati
temperatures t 5000 they: Iare shifted (fo.rmation
of the solid solutions K01 in KJ and'~4 in kci). Due:t'o the
expansion by heat,' the lattice periods of both the components
grow at first. In the beginning diffusion ptrocess, the period
of the alloy-KC1 grows fastp and the period of,KJ beoomes~
smaller again. The diffusion process ras iti7eatigated,by means
of the monoorystals KC1-KBr, NaCl--NaBr, ani TQl-KJ at~temkera-
tures near those of the contact fusion alloy. Further,, them
crystals were temperedo for different.perioAs of timep. at~the
given temperatures, and the oompositi4ias o7i6;inating:;n 08
contact ourface were investigated ity X-rayi. It was shovn':that
with the approach to the temperature cif the contact fuSiCh al-
loy the tempering times became smaller to sittain thel6omposi-
tion corresponding to the minimum of the me .Iting diagr~aa bf
the system KCI-KBro Similar results irpre o~.tained forl*'the.
system NaCl-NaBro In the system KC1--KJp limited solid'solu-
tions were formed on both contact surgaces at 500u* The ob-
servation of the appearance of the contact fusion allays 'in-
Card 2/3 dicates the mutual solubility of the oomponents. The measure-
On the Nature of Contact Fusion of Alk-43-1 i - 130V120-1 27-~4,--28/60
halide Crystals
ment results concerning the formation he4t of solid;eutectio
alloys are compiled in table 1. Therie are 2 figures~ 1 ':table,
and 11 Soviet references.
PRESENTED: April 8, 19590 by V. D. Klunetsov, A-.ademiaian
SUBMITTED: April 8, 1959
Card 3/3
SATINTSIT, P.A.; AVMICHWA, MO.; ZT-11 0. 7.U.; MTKIMo A-T-;
1GRATITIVA, K.I.
fiature and linear velocity of contact maltingo Izv.vyseuchebs
zav,; figs ao*5:128-133 1599 OUR& 136)
1. Tomekiy politakhaicheakiy institut in. S.".1irova.
(Aliali netal halides-Therml properties)
(systems (Chenistry))
SAVEffTSZV. P.A.; ZrXM. V.Te.; ROM. A.Fo
Hardness of fuseii slactrOlYtes. IzV -V4rG UChOll V-save fin*
no.4-.86-90 '58- (HMA U
1. Tamokly politekhnicheek1y Institut.1ment $#H. 4rovao
(Alkall metal halldspi) Oardasosl-Testiug)
168875,
?S-0 0 S/139, 59/000/05/0:29/06
E201/3191
Vje. I. 2~~4AIL04~~V~*IYS-4 t
AUTHORSs Savintsev P,L,,, Averichev6l 4.4! 1-1-11*-~
d M. 1.
TITLE: On the Nature and the Linear Velocity oe Contaot MelgAi
PERIODICAL: Izvestiya vysshikh_uchebnykh zaveden:1.yj )?J.zikal
1959~ Nr 5~ pp 128 133 (UMR)
ABSTRACT: Contact melting is used in preparation of alloys (Ref 1.)
and in physico-chemical analysis (Ref 2). It was
suggested (Ref 3) that contact melting of all~ali-halide
crystals is due to formation of a low-melting-point
solid solution by mutual diffusion of the components.
To study contact aelting in greater detail the authors
measured the temperature dependence of' the lattice
constants of components in the eutectio mixture of
powders KCl-K1 (Figs 1 and 2), the temperature dependence
of the surface and bulk diffusion coefficients in
KCl-NaCl (Table 1), KCI-KBr, and K01-41 monocrystalsl the
temperature dependence of the electrical conductivity of
the powder mixtures KI-NaCl (Table 3), KI-NaBr (Table 3),
Card and the heat of formation of the eutectic alloys
KC1-K2CrOi+ (Table 2), KCl-KI (Table 2). The authors used
1/3
the X-ray diffraction method developeA for high
6 8 ~,7 5
3/139/59/000/05/020/Q26
E201/E191
On the Nature and the Linear Velocity of Contact.:Meltin
9
temperatures at the Institute of General anii InorganiO
Chemistry, Acad.Scl. USSR (Ref 1~). The experiments
showed that the contact melting in arystals with
unlimited mutual solubility and In crp;tals forming
eutectic alloys is similar. Contact malting can be
considered as a Droof of mutual solubility of the
components. The initial stage of contact melting is a
diffusion process. This process produces a layer which
is the lowes t-mel ting- point alloy of the two components.
The next stage is formation of a liquid layer with
subsequent dissolution of the solid components in this
liquid. The later stages of contact welt:bLg can be
described in terms of a I'linear velocity" irhich is the
rate of reduction of the length of a rod-shaped sample
(Table 10. This velocity can be related to the physical
and chemical properties of the components and theirmelt
(Table 5).
There are 2 figures, 5 tables and 9 Soviet references. 1~/
lilt
68875
20 26
S/139/591000/05/0 /0'
3201/9191.
On the Nature and the Linear Velocity of Conta.-t Helti4
ASSOCIATIONs Tomskiy politekJanicheskiy institut imeni 6 H.Kiro*a
(Tomsk Polytechnical Institute immil S.M. Erov)
SUBMITTED: April 6, 1959
Card 3/3
ands Haumov
XUTHORS: Savintsev, P.A. Zlenko, V. Ya.
.t~_ _,_ - Yas A.F~
TITLE: On the Hardness (0 tverdosti ionaykh~
f 0~
n,
splavov)
PERIODICAL: Izvestiya Vysshikh Uchebnykh Zavedeniy, Fizika,~
19581 Nr 4, pp 86-90 (USSR)
ABSTRACT: Data obtained in earlier work of one ofthe authors (Ref 2)
and entered in Table 1 on the relation between the
hardness (determined b drilling, grinding, ipicro-.hardness
and the Brinell method . the lattice energy U and the
magnitude of the molecular concentration a, which is
proportional to this magnitude, shows tb,.at the relative
hardness increases with increasing values of
U ana cc. The authors considered it of interest t6
compare the hardness of alkali-haloid alloys wit h thb
magnitudes characterising the particle Interactida in the
lattice. The hardness was determined in single crystals
by drilling, mutual grinding and the Brinell meth .ad iuad
the micro-hardness was also determined.1 The dril 'ling wag
done by a 4 mm dia. drill with an angle at the tip. of 90
and the shape of a quadrangular pyramid, The drilling was
Cardl/3 effected with various loads, the maximuiii of which was 600 g.
On the Hardness of ionic Alloys SOV/139-58-4-14/30
Determination of the hardness by me ans o.X mutual.grinding
was based on grinding with a standard and determination
of the ratio of the volume ground off the standard tci
gro -off-the-spec-imen,
tion. of the~hardness by,means of dri1.1J_ng;: are - graphed ia
Fig.1 for freshly grown single crystals,'of KCI with
admixtures of KBr, NaBr and NaCl; irl Fis~;,42 for freshly
grown single crystals of NaCl with admittures of~NaBt,
KC1 and Nal; in Fig.3 the dependenco is graphed oA t1le
composition of the solid solution of KC1-KBr of the aicro-
hardness H the hardness deteraiw.~d by drillingo by
mutual grinKlng and by the Brinell giethad, Some of the
obtained numerical values are enter;~d in Tables 2-5.~It
was found that in freshly grown single crystals the
hardness determined by mutual grinding ana drill4ig (,,an
be expressed by curves with a minimuz aud the BrIWell
hardness and the micro-hardness can be expressed. by ourves
each ivith a maximum. After storix% f or a month, an .
increase in the hardness determined by Irilling atd rautual
Card2/3 grinding is observed for the system NaCl-NaBr. The
On the Hardness of Ionic Alloys BOV/139-58-1--14/70~
hardness of polycrystals changes accordiriFs to a moie
complicated law.
There are 3 figures, 5 tables and 8 ~efe.iiajlces, all
of which are Soviet.
ASSOCIATION: Tomskiy polite khniche skiy institut imeani S. M.1tirdva
(Tomsk Folytechnical Institute imeni S.M. Kirov):
STMITTED: March 10, 1958
Card 3/3
r~k
SOURCE CODE: M/04-12A4/000/000/001.5/0027-
iAUTHORt Spynus G. As (candidate of ftechnical salencesh. thlykav, H. N. Zjenk6 Y4 Ot.
!ORG: none
!TITLE-. Computer"readout deticas for data ccacerning t1we goometry df an artIC16
SOURCE: HekbanizateLya 14vtomatisatslya upravle'nlya, no.~ 69 MG, 15-17
c t a
TOPIC TAGS: computer output uniti,'graphic data procesming, omput& chnique. data.
readw4t
ABSTRACT: The operating principles.of graphic data readout de4ices for c0puters are
'briefly reviewed. The first Soviet devices of this type.sre m6ntioned and';theigeneral
irequirements for graphic output devices are formulated. In 1959 the Institute: of Auto
matics of the Hinistry of Instrument Building, Heans of Automation' and Control Sys- 71
items of the SSSR developed the first device far reading out infort~ation on'the geomet
VY
,;of an article from an interpolater. The drive consisted of miniature stop motors
which rotate the lead screws and the moving parts. The control system was open and
I
discrete, the unit step was 0.2 mm, and the displacement velocity along the contour
i
.1.5 meters/min. On the banis of this device, the Institute of Automation in 6o-
,Iwas.,
with the Institute of Cybernetics of the Ukrainian Madeny of Sciences de-
an experimental device-Zor -graphic rapLpductloa uhich was subsequantly, imprlov-
7
UDCt 681o1Q.62
/2
r.XeCf46-APW636 0
led. Extended exploitationof electromechanical-devices fa.p. reading out informiation am-
Athe geometry of an article, developed at the Petitute of-Automatics and the extended
linvestigation of Soviet and foreign units has made it possible to formulate the fol-
klowing basic requirce-ments uhich must be satisfied by devices of: this type: 1) the
iinformation from the interpolater may be Introduced by mealis of a non-perforated tuL&-
etic. 35 = tape, by 35 mm perforated tape or by punched oards; 2) the input of the
,n
~intorpolater must be supplied with informatlon on the coordinato of reference points
,as well as the equation of the approximating line; 3) the latter~alation method must
;be linear, circular or a paraboloid of second degree depanding on the specific condi-
f
ition -, 4) the program recorded by the interpolator must prorvide for the operation of
ithe graphic reproduction device and of the bench with digital programmed contrml; 5)
:the resolution of the graphic reproduction device when tM, lina thidmess is 0.2 -
Imust be equal to 3 lines per mm-, 6) the accuracy determina.4 by the'actual deviation
I
:of the contour from a.theoretical profile should be at ltaat 0.1%; 7) repro4ucibility
!expressed as the or Ir in thevoincidefice of contours drauu In accordance with a
:-.;single program. should not exceed 0.2-0.3 mm. The above roquiments served as a
Ibasis for the development of a nw daita output devices Un perfamance of tbds de-
1vi
i ce Is very briefly di2cus"d Or1g* are. Met 1 f1sur*
ISM CODS& 02,131 GUBK.DATEI W"
Card 2/2
W.TUREUKO, T.I.; ZLENKO, To-T.
Review of -~he collection of articles Oftamaoologr. of pain'.
Fam. i toks. 26 no.6t757-758 11-D 163 (HIM 18:2)
ZLENKOp Yes T.
ZIENKO, Ye. T. "The Problem of the Wluence of Conditioned and Uncon-
ditioned Pain Sti=U on the Activity of the tnterwl Orpmat"
Dnepropetrovsk, 1955. (Dissertation for the Degme! of Cudidate in
Medical Sciences).
Boot Knishnaya Litopis',, No, 7, 1956.
USSR/Human and Animl Physiology (Hormal and Pathological) TOB
7he.Uvert
Abs Jour Ref Zhur - Molt.) NJ ll~ 1958) 50922
Author Zlenko, Ye.T6
Title The Effect of Pain Stiradi Upon the ExacrinoUs Function
of the Livers
Orig Pub : V sb.: Nekotoryye vopr. mrfol., fiziol, i patol, orG=ov
pishchovareniya. M., Mcdaz, 1956, 125-129.
Abstract : After 300 ml of milk was fod to each an imal, bile (B) Was
collected for a period of 1 or 1-1 houra~every 10-15 ninutes
2
in dogs with fistulae of.the E;LU bladd.er and of the com-
mon bile duct* If the initial secretion level was low,
electric stimlation (ES) of the skin of the.hind hip re-
sulted in increased B secretion) and if the initial secre-
tion level was hi(~i, it resulted in decrease(I B secretions
ILIeD ES affected spontane B secretion#
Card 1/2
ZLENKOVA, Drahomira, inz.
Acti-,~ities lhe regional committee3 of the Wood Industry
Section of the Czechoslovak Scientific and Technologidal
Society in the second semester 1964. Drevo 20 no.3:113 Mr 165.
-ZLEPKO, V.F., kand. tekhn. nauk; FP,'DOTOVA, L.I., kand. tekhh. nauk
Operational reliabilit7 Of embrittled pipes rrom l2RhlW steel.
Elek. sta. 35 no.12:17-20 D 164.
(IMIRA 18.2)
kand. i"r-
Study of the rellatijit/ ~jj4jj j311,. j CA, th.)
,atilea 12 "o-1:63-65 da (,,5.
300 l1w. units. Teplceraarg
10 Vsosoyll"Ir I'J RA 18 4)
s/i2q/61/000/002/005/014
E073/E335
AUTHORS: Laguntsov, I.N., Candidate of Technical Sciences,:
and Zlepko, V.F.' Engineer
TITLE: Long-run Failure of Austenitic Stolels
PERIODICAL: MetaJLovedeniye i teirmicheskaya'obraibotka
metallov, 1961, No. 2, pp. 24 - 27
TEXT3 According to Oding and Ivanova. (Ref.A.) and
Creenwood (Ref. 3), failure of the metal ocd0'rs as a result,
of diffusion and coagulation of vacancies in.to microporeas.
which subsequently grow into microcracks. Aocording to this
hypothesis, loosening of the crystal structure w*ll precede
failure. Results obtained by Mirkin and Trunin (Ref. 4) an
industrial heats and results of Odin& (Ref. 5) support thia
view. The work described in this paper relates to investi-
gating the influence of ageing on the process of failure of
austenitic boiler steels. The experiments vere c:arried out
with the steels (E1695R), 0