SCIENTIFIC ABSTRACT PASTUKHOVA, YE. S. - PASTUSHENKO-STRELETS, N. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239420001-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

POKALOVP V.T.; PASTUKHOVAS lyeese ..,
Age and genetic characteristics of the Sora zolybdentm de~YoBit *
Sov. gaol. 4 no.7:10'7-122 JI 161. CNBA 14:10)
1. Vsesoyuznyy nauchno-issledovatellskiy institut minerallnogo
syrlya. (Uybat Hountain-l'olybden= ores)

)'LRUGWVA, V.G. ; CHERBOV, B.S. ; Y-FIJDnMIN, A.G. ; PASIIJKHOVA , Ye.S.
Characteristics of the molybdenum stockwork deposit in f-aBtern
Tranabaikalia. Sov. geol. P no.3:118-124 165.
(ICRA 18:5)
1. Vsesoyuznyy nauchno-isaledovatellakiy institut minerallnogo
Syr I YH.

':L'YUCH12"OK, R-YU.; PASTUKHOV,Yu.F.
Electrophysiological study of the effect of piridrol on the
central nervous system. Zhur. nevr. I psikh. 62 no.12slB21-
1831 v62. (MIRA 1611l)
1. laboratorAy~ -MI10gii (z kandemed.nauk. R.Yu.
Illyuchenok) Instit-dta eksperimentallnoy biologii i meditsiny
(dir. - prof. Yeot.Meshalkin) Sibirskogo otdeleniya AV SSSR,,
Novosibirsk.

3684E..66 &IT(m)/T/va;F(t
ACC M-.CT6617920
AUTHOR: Pastukhova, Zh. P. (Engineer)
SOURCE CODE: uR/0000/65/000/000/0036/0043
f
,ORG: None
TITLE: Trace alloying as a method of raising the reliability and durability non-
'~ferrous spring alloys,
SOURCE; Leningradskiy dom nauchno-te!~Iani-heslcy prDpagandy. Povysheniye nedez"r.nos-i
'pruzhin (increasing the reliability of springs); sbornik. Leningrad, 1965, 36-43)
T
IGPIC TAGS: alloy system, bronze, plastic cieforaiatiin, stress relaxation, I
phosphorus, titanium containing alloy, boron containing alc),/,
beryllitim containing a.Iloy
'he
ABSTRACT: I ~quthors study the effecL of trftce ilioying on the properties
band Br.il4ts3-11alloys after deformation and subsequent precrystallatiOll
X01.19 'r,g trace a-Iloying componepts were chosen for br.A7: phosphorus~lc).;~-_'~"_c
:bori 10.005%-0.02%), berylliumIto 005)~'1-o Br.iC-11~83-1: phosphorus
umv The, se of phosphorus 's f-xn T,~ned
0.2%), boron (0-003%-0.02%), titani -0.2%).
by the fact that it reduces the energy of packing defectA in copper and by
Ishould act similarly with respect to coppe~r_alloys. Beryllium and titanil_aL F~ddcd
!in order to form atmospheres with strong chemical bonds characterized by

L 36810-66
ACC NR-. AT6017920
istabili-l-y. Resistance t9. small plastic deformations was used for determinirq;,
jeffect of these admixtures on increaring stability ~u,o reli!ibility of the it!'
lRelaxation stability was determined from relaxation stresses. It is shown thi~t, -he
[addition of these metals raises the strength of the alloys in tlie defonae,) EtFt"--.
I
:The strengthening effect of the admixtures shows ul, most clearly after
lprerecr-ystailization annealing. All of th,~ adloys with admixtures and vitl-out
admixtures acquired maximum resistance to small plastic deformation after prere--rysta-'-
lation Ennealing. Br.A7 is annealed at 2801 for 20 minu 'tes, and Br.Mts3-1 is anLealed
at 3000 for 30 minutes. This shows that the admixtures do not affect the basic
structural strengthening mechanism. Beryllium and phosphorus have the most beneficial
effect on increasing relaxation stability in Br.A7, while phosphorus and boron are most
effective in Br.KMts3-1. The productipn of alloys with admixtures does not cause any f
difficulties since these alloys can b produced by the same process as alloys without i
admixtures. Trace alloying of bronze\A7 and IGIts3-1 is an efficient means for increas-1
ing the durability and reliability of elastic elements made of spring alloys. Orig.
art. hau: 4 figures.
CODE: 1l/ SUBM DATE: l90ct65/ ORIG REF: 003/ OTH REF: 001

-4rlEw -)/E*WP(-t)/-&T
(-b
(WwTv Wd)/EPR,t (t
FR: AP5007002 S/0129/65/000/603/0022/0028
1AUMOR- -khoya. Zh. anova, To V.; Pjjchkov, B. I.; Rakhshtadt, A. Go;
f Eagtu IV
~o6l ~be!j,~ 'f 7.'=--o--
:0 1
lilff~ct- of M1
777 ~he-prope ties-of-,aluminum-bronze
SOURCE.- MetaLlaved6niy4. il---te q~aj,'A Obr ~6 Metall6v, no. 3, 1965,
ra
iuUn- -a -1 -altim ninn-bronnez-, hairo~jrdngs APLC;!q alYals
fl!M~yl
I t- k--ACI
--ihft -of-mi U
-ABS 4 %fe -Lo
i f -b Br ATafter
Th tice~, qying:94 t4e-propert es ronze
an -horus
-defbrvfatLon~- d- prere~irystaLUzationrttL-in6iling -were studiedi- Mon) boron--
anO~~ llium were used as the alloying-elements. The: allayt contained:7%-Al.and
- O~i)7- 0-13 -P of--O-iDO53 0-000--0 -0. 0055,--O~ 009,- 0 06
0.03~
Itrom -a.ditformed strip, specimens were prepared on which the elastic limit, relaxa-
-ti ihicii, -and-
~n--iw: isf c hardness were -measured*--_-_ The- -greatest - effect -of phosphorus on
the pioji~rties of bronze is manifestted-after pre re crystallization annealing-, the
hardeiiiiii-produced-is-appamntly due--to the formation of.segregations and even re,
,Igions 61 excess phase. Introduction of boron lncrxeases't~e elastic limit only
"slightly, and the greatest hardening Is also observed after prerecryot61112ation
Ll;qrd: -1i'2

L h5377-65
ACCESSI011 NR: APS007002
anin6alinji,- As in the c e f hosphorus, the optimum annealing temperature is in-
dependeni! of the horon_~'Tcncentpation. In the case of beryllfuml-;Tn contrast to
boron and phosphorus, a maximum hardening at low Be concentrations (about 0.005%)
is-follovad by a decline, and then by another in~c'ri-ease. The first maximum is due
to the fomation of segregations, and the second, to the separation of an excess
phase'wbose particles" prevent dislocation movement. ror the same.atomic concentra-,
tion of i-.he three -elements tested, the hardening produced by phosphorus is the mos t
pronounccid. Relaxation tests confirmed the high thermal stability of the alloyed
bronzes. Orig. art, hast 8 figijres.
ASSOCIATJ')M'_ MVTU im Daumana, GIPROTSV.VTMETODRABOTKA
SUBMITTEM. 00: ENCL, 00 SUB CODE.,- MM
iNO REF SM., 005 OTHER: .001
0_
Card. 2/2,

1z7,

A~THORS: E st ul i n, , I . 7. C.,. e rn 3 v, S.-.;
Pastukhova, Z. V.
TITLE: On the ~Mo' -Decay Sc-.eme (0 okhel:je U
PERIODICAL: Zhurnal oksperi:~ie~'ta' Inoy i teorot1(-!,.es',.cy fi i-. i I;
7
Vol ~5, Nr 1, pp !l - 77 ~kUSSR)
ABSTRACT: In a number of earlier papers the decay !;c,1,eme if Tc
was already inveotitatod at excitation e:. r~,ie.-j o,* 4,~
and 142 keV (Re fo 1 160 and 922 keV (lie fG
P-transitions of "09 (Refs 1 5,9) . In the present t,p , e r
t'-e aut-ors deal with t`.r~ invest i,-a tion of t-.e _r
corre.--tions of t-e 742 - 160 ke-i-y-jua.,.ta a:~e
emitted at t-e decay of ~109. T! 'e decay Lc.,-'e.--.e :s 64ve,
in figure 1( levels: 922, (780~9 (509), 1911, 142, 14C kei,.
Fig5ure 2 is a schematic representation of t.--.e mea:s-ring
arrangement used. It consists essentially of t-e,,,)
luminescence counters with stilb crystals of 20 '11::. th~`cr~-
ness and a photomultiplier M -19; the coincidence had
a resolving po-~-,,er of 't = 3.10-8sec. The -luminescei.ce cr~*~'t%~s
Card 1/3 were housed in lead containers of 3 mm thickness. Cor,troi

99-Decay Scheme
On ihe Mo
tests were carrie6 out wit, a ~s source. Bt2'.'f,;e t
window of t-,e ltad contai:,ers t,,ere were le:cA flit. ~,-s
of 1 mm thickness. Results for the transitions 922-180-,-
keV (a 2 - coefficient of anf-ular' correlation, 71~0)
correl'itioll function);
, 'C' C
3/2 (D ) 5/2 q) 9/2 a v., ( C4 "I " , - , . 1; 1-1 +,- , 6.2
2 T1 i : 1; ' I -- -, 1, *
3~2~q)-v '2(l))9/2 ' ', 4
7, 2 D ) 7/12 D 0/2 -0, 066 7 1 00 C,94 0,
5/12 ( Q) 9 i 2(D)9 / "2 -01 1 19 1'Zo 0 ~)~D 0 t 4
5/2 (D ) 7,'2 (M 1 +E9 9/2 -0 17~ a 2 0, 5 2
experiment -0,0- + C,~15 0
2
For J.e.the ratio of the emission inter-s-,ties E. 2 :.IT
it holds that
(1+S2 ~a, - 0,050,0,097 g2, 0,486 & The chemical separation
of To 9 showed that the P-transition in Mo99 with E 1 , 2 eV
leads to an isomeric equilibrium in Tc99 and (7�1/';-," of
the 140 keV intcrsity is not conre~!ted veith t-e iso:re.-Ic
Carl 2/3 transition. In conclusion the autnors thank I.S.Sh~tl.D~ro

99-
On the Mo Decay S--,!~e7e
p
lor discussing results. T.-.ere are " f-rures, I -,a: e,
17 references, 5 of wtlc~, are Soviet.
AS S OC I AT I CON : Institut yadernoy fiziki Y..,skovskogo josu~arstlve:..~(,:-C,
wn4versiteta (Institute of li,---'.e-ar Pl, sics of L'oscow
State Univ,rsit~-'
SUMITTED: February 27, 1'~~B
Card 513

PASTUEMNA, Z.V. - RUDENKO, N.P.
i4st'hoin of separating radioactive Isotopaq with a carrier.
Part 7: Sapamtlon of the radioactive Isotope In 115?, , forned
In the 8 -decay of Cd 115 , by neans of an eloctric field.
Radiokbirmila I no-3:271-276 159. (MIRA 12: 10)
( Indium-lootopes)

RUDEITKO, N.P. -, PASTMIOVA, Z.V.
Methods of separating raelloactive Isotopes without a carrin-r.
Part 8: Separation of the railoactivo isotope Tv 994 by neans
of an electric field anA investigation of the possibility of
separating the railoactive Isotopes Fb97 and Nb 95 by this jethod.
RFidiolthimiia 1 no.3:277-28:1 159. (HiRk 12:10)
(Ninbijim-lantopes) (Tecbnnt1un-1sntopes)

j,'URCHATt)%T 9 7
31K
in
A v f
Ln.
ot,o i nst! tuta
r yu r ~,-i
1. ' -) , 1965 .
-T,,) 'I J 7, n i U, 3 Y, Al I IubmAtt.,~.! 'lay

RUDENKO, Eikolay Pavlovich; FASTUKHOVA, Zinaida VasJ.'l'yevna;
SOLDATENKOVA, T.A.-, r~d.
[Radioactive molybdenum Isotopes] Radiouktivnye Izo-
topy molibdena. Moskva, Atomizdat, 1965, 46 p,
(MIRA 18:12)

S/12o/62/000/006/026/029
E039/E535
AUTHOR: -P&stukh0-VA-- -Z.V.
TITLE* The manufacture of targets and radioactive sources of
cobalts copper and silver
P1111IODICAL: Pribory i tekhnika eksperimenias no.6, 1962, 126-127
TEXT: As platinum is sometimes unsuitable an a backing
material for targets and sources, datahas been collected on the
electrolytic deposition of the above elements on aluminium. In the
case of Co a glass electrolyser was used and for Cu and Ag perspex.
The aluminium cathode in fixed to the base of 6e electrolyser
with vacuum cement and after electrolysis'is removed by means of
alcohol or CCIV Initially, the alum *inium is treated with CCI 41
concentrated HNO 3 and dilute HCl. In the case of Ag part:Lcular
care is necessary; the treatment is as follows: clean with fine
-om ery cloth: 10 min in 3N. NaOH solution : wash in water; 2 to
3 min dilute HCl : wash in water ! g6y and we,ighe This method
2has
been sed for,the preparation of Co ces 0.1 and 0.4 mg/cm ,
a CU 6V target 1*4 mg and an enriched A;YB� target 48.1 mg for the
investigation of the radi~tiob trapping of thermal neutrons,. The
Card 1/2

i'!
PDDU?4W, V.N., kend. tekhn. nauk,, doteent; PASTUNOV,
_j.
'P VEYLER, S. Ya., doktor khIn. nauk
Lubricating and cooling fluids as means for increasing the
productivitj in vibratory drilling c4 stainless and heat-Tem-
istant steals. 12v. vys. ucheb. zav,; mashinostro no, 10t
194-198 165 (HIRA 19il)
1. &a1mitted Februa" 28, 11964.

4,
ACC NRs AP013815 SOURCE CODE: UR/01)45/65/000/010/0194/oi98
AM1011: Podurayev, V. N. (Candidate of technical sciencea, Lecturer); Pantunov, V. A.
(EngineerT; Veyler, S. Ya. (Doctor of chemical sciences)
ORG: None
iTITLE: Coolants as a means for increasing productivity in vibration drilling of
Istainless a-a-h-fg-h-tem Rerature steels /t /a,
ISOURCE: IVUZ. Mashinostroyeniye, no. 10, 1965, 194-198
1
;TOPIC TAGS: stainless steel, high temperature steel, drilling machine, metal machin-
ing , COOL j (.,,1.L V1 (3Af) 7-10 /L)
~ABSTRACT: The process of vit-ration drilling in special media is FtUdiC6 tc d('V-lr'r
means for increasing the efficiency uf this machining mef.hod applied to MFh-t.empera-
ture tuid stain1css steels an,! alloys. conl.air,irig mollybilenum lisulfi,lp w-r(-
used In stability tes,s of curiveriti-,v-.1 and T1 c 1 , ~ - il ve re C )7, -
.pared with those of control tests witi, ordinarily usex i-, drill *ng 1;ea'-ro--
sistant materials iri induotry. The material teste'l was 11iigh-temlerriturf- 0-11.
- L
,Twist drills made from RZ high-f;pced zz;tcel 1.5 rrun in diameter were u.,;-d. The vllbra-
n-=
ition drilling conditio s ere: spindle speed--1500 rpm, feed-15 mm/mi,,, spindle vJ-
bration frequency--125 ers and spindle vibration amplitude--0.01 mm. A microscope was,
Card 1/2 UDC: 621.979.063

A& -14R. AP6013815
used for inspection of grinding and inoasureinf,nt (~r wl-111 wrar. ThP
the various coolan'Us tested are tabuirited. A molybdenite r,1j-,PenrIrn (rr)l ~Ieir I-id'
30% kerosene and 10% molybdenum disulfide) was found to be most effective for vibra-
tion drilling. The effectiveness of this fluid increases considerably with a transi-
tion from conventional to vibration drilling. The effectiveness of this suspension
also increases in direct proportion to drilling depth. Orig. art. has'. 4 figures,
l table, 1 formula.
~
SUB CODE: 13/ SUBM DATE: 28Feb64/ ORIG REF: 003/ OTH REF: 001

ACC-N'-A--s-r-05 6889 LN) SOURCE CODE. UR/01 - 6 000/011/0065/0068
AUMM. P6durayov, V. N. (Candidate of technical sciences). Pastunov, V. A. (4nginoor)
CIRG: none
1TITLE.: Increasing the efficiency of a vibration drill by the use of active lubricating-
'Cooling media
!SOURCE. Vestnik mashin03troyonlya, no. 11. 1966, 65-68
- IC AG
10F S; drMing machine, metal machining. inorganic lubricant
!ABSTRACT; The experiments were carried out in the following manner. An aggressive I
iliquid medium of appropriate viscosity is sprayed on the cutting zone. 7his medium
!comes into contact with and etches the cutting edges. A neutral solution is then
!applied. After this, the cutting is stopped. By examining the cutting edges under a
,iicroscope, it is possible to determine the boundaries of the etched zone, and the size,
of the zone in which the liquid or its vapors have penetrated the contact surface* Ihe
experiments were made during conventional and vibration drilling of Xh18N9T steel with.
straight through cutter made of R18 stool, under the following conditions:
= 6.70meters/min; t = 2 mm; e - 0.2 mm/rev; vibration frequency f - 40 cycles;
vibration amplitude A = 0.2 =. Me direction of the vibration was along the i-X axis.'
~The aggressive liquid medium was a mixture of oxalio and nitric &cids, and the
Card I A UDC& 62i.95i.i.o48.6

I I
ACC blat AP6036889
neUT.rallzer was a saturated sods solution. Me article shows microphotos of the type
lof the cutter following conventional and vibration cutting under the above conditions.
The conclusion from the above preliminary experiments was that. with vibration cutting,
it is possible for larger size particles in suspension to penetrate between the cuttingj
tool an-i the surface being machined. To test the effect of various lubricating and
cooling media, tests were carried out on heat resistant steel SM1. using a large
~
6ariet.
y of such media. As a result of the experiments. the most effeative media were
found to be those Which contwined. graphite and molybdenum disulfide powders in
,suspension. Orig. art, bass 2 figures and I table.
SUB CWdEs 11, 13/ SMX DAM mne/ -QM REF& OD4/ ON REFz 001"

HTUDTL, ,'Lja; J1,RLSER, Karel; KUBES, Ledislav-, PASTISKOVA, A-lera
A contribution to the submicroscopic structure cf retia-alr
tissue In the spleen of healthy rats. Sborn. ve.d prac. IA.
fak. Karlov. Univ. 8 no.4t485-488 1 65.
1. Katedra histologie s embryologil (prednostfti yrof. MVDr. et
RNDrq V. 7rtis)m, Karlovy University v Hradci Kra-Love.

FASTTJOVIC , N.
.-'atihg-scale as a method for obtairing a comparable mear,;re cf
job proficienc7. Arh. hig. rada 15 no.2:173-182 164.
1. Konfekcija "Napr-,Jed", Zagreb.

0
M!CESSION NR: AR4014764 6/0058/63/000/012/EO32/EO32
SOURCE: RZh. Fizika, Abs. 12E268
AUTHM Kosevich, A. M; Pastur, L. A.
TITLE: Dislocation model of a thin twin at the surface of a crystal
CITED SOURCE: Sb. Fiz. shchelochno-galoidn. kristallov. Riga, 1962,
482-485
TOPIC TAGS: crystal, twin, twin dislocation. dislocation interac-
tion, Peierls force, stacking fault, twin profile, screw dislocation
TRANSLATION: The
along a thin twin
dition
L
jp(y)
a
Card 1/2
equilibrium distribution of twinning dislocations
layer p(x) of length L is determined from the con-
L
dy/(y - x) + I K(y, x)p(y) dy - f(x) - 0.
a

P4CESSION NRs AR4014764
The first term describes the elastic interaction of the dislocations,
the second the force of attraction to the surface of the body, and
the third the inelastic forces (the Peierls force and the surface
tension force of the stacking fault behind the dislocation); a is of
the order of the height of the jog at the energence of the twin to
the surface. The profile of the twin was investigated in the fol-
lcwing cases: (a) inner end of the twin free, W stopped, (c) plane-
parallel (through) twin, (d) outer end of the twin wedged in at the
point x = a near the surface. For the case of screw dislocations in
the twinning plane normal to the external surface of the crystal, an
ex,plicit form of p(x) was obtained. The errors in the earlier papers
of the authors are corrected (RZhPiz, 1961, 9E74, llE54). A. Orlov.
DATE ACQ: 24jan64 SUB CODE: PH ENCL: oo
CW'd 2/2

KOSEVICII, A.M. (Kharlkov); FASTUh, L.A. (Kharlkov)
Twins in equilibrium near tho plano surface of an isotropi.-
medium. PIITF no.5.77-82 S-0 163. (MIRA 26:11)
1. Fiziko-teklinichookly Institut nIzhnIkh tomperatur AN SSSH.

KOSEVICH, A.M.; PASTUR, L.A.
A thin twin near the plane surface of an anisotropic body. Fiz.
tver. tela 4 no.6:1679-1680 Je 162. (MIRA 16:5)
1. Fiaiko-tekhnicheskiy im Utut nizkikh temperatur AV UkrSSR,
KharIkov.
(Dislocations in crystals) (Elasticity)

S/181/62/004/009/031/045
B102/B186
AUTHORS: Pastur, L. A.,. Felldman, E. P., Kosevich,*A. M., and
Ro-sevich, V. M.
TITLE: Rectilinear dislocation in the plane of discontinuity of
elastic constants in an unbounded anisotropic medium
PERIODICAL: Fizika tverdogo tel*a, v. 4, no. 9, 1962, 2585 - 2592
TEXT: Calculations of the stress and displacement field of a dislocation
line are based on a model which assumes an isotropic medium, as
investigated by A. K. Head (Proc. Phys. Soo., B66, 793, 1953).~ The
dislocation line is assumed as running parallel 01z~ to the plane of
discontinuity (xOz) of the elastic constants and situated near this
plane, with the Bureera vector oriented in an arbitrary direction. he
dislocations are in the upper semispace (y >0), and the dislocation line
is assumed to out the xOy plane at the point (O'Yo ) where the stress tensor
CT0 is-acting. In this model, the stress tensor and diBplaoement vector
ik 7'
are given by 00 -#- q+
I Y>0
Card 1/5 00 Y O
n, u, -4- U, ;1 (1 = 1, 2, 3). (2)
u-, ,Y