SCIENTIFIC ABSTRACT PATRIKEYEV, V. V. - PATRONOVA, M. V.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239430007-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BALUDIN, A.A.) GIVI-IE'Ll, H.L.; PATRIKINDN, V.V.
Effect of the structure of compounds on the ki34etics and direction
of their 94talytic hydrokenation. Part I.- Co~jugation energy and
the kinetics of hydrogenation of benzene, pyridine, and pyrrole.
Zhur.obekhim. 31 no*5:141.0-1423 fly 161. (IaRA 14:5)
1. Institut organicheskoy khimii imeni N.D.Ze;inskogo Akademii nauk
SSSR.
(Benzene) (Pyridine) (Pyrrole) (Wrogenation)

,,A.A.; KHIDE-KEL 10 M.L.; PATRIKEYEV V.V.
BALAWIN I
Effect of the structure of compounds on the kinetics and direction
of their catalytic hydrogenation. Fart 21 Hydrogenation kinetics
of furan., thiophene., and ferrocene on rhodium. Zhur.ob.khim.
no.6sl876-1882 je 161. (KERA L)
1, Institut organicheskoy khirnii imeni N.D.Zelinakogo AN SSSR.
(Furan) (Thlophene) (Iron) (Hydrogenation)

3106216210,90100 1 /0 1 1 /r, I
B1 01 /B1 10
AUTJORS: Patrikeyev, V. V,, Kozarenko, T. D., and Balandin. A- A.
TME: S;~ecific poijcondensation of amino acid esters
PERICIDICAL: Akademiya nauk SSSR, Izvestiya. Otdelen.;,ve khimicheskikh
nauk, no. 1, 1962, 17D - 171
TEXT; Experiments showed that the polycondensation of dl-al-inine methy:
ester was greatly accelerated bj! silica gel. Diketo piperazine (of the
cyclic alanine dimer) and polypeptide, ratio 96 1 4, are foriped, The mole-
cular weight of the polypeptide was higher than in polycondensation by CO
2'
The effect of silica gel modified by organic substances was studied,
Freshly precipitated silica gel proluced iccording to V. V. Patrikeyev et
al. (Dokl. AN SSSR, no. 4, 851 (1960)) was treated (1) with 2% diketo
piperazine solution (produced from alanine); (2) with 2% tripeptide-alany-,
gl,,c,yl glycine solution; (3) an untreated silica gel sample was used for
control. The impregnated silica gels were dried, pulverized, treated on
the water bath with perhydrol, waahed with hot water, and dried on the
Card 1/3

s/o62/62/0CC/001/011/0115
Specific -olycondensation of B101/Bl-10
-~-.ater bath. Then. they were reacted with alanine methyl ester (ratio
at 370C. Tl~e course of reaction was observed by determining, at' certain
intcr7.-als, the content of nonreacted monomer by extractine-, -v,.-ith ether
A"bou t -'0' o f i-nonome r on l,i was p-j 1y condens ed af t e r 100 hr wi thou t 3 11 i
gC1 , Vii th s i Ii ca gel , monomer con-sum-ption was about 0,C4,. Tir- ,-)Iyconden-
cates were e7tracted -Aith 1hot water, and evaporated in vacuo, The lirear
polymers r!ere adsorbed by an ion exchanger (polystyrene with 4%P Jivinyl
benzene, sulfon.ited under mild conditions), the noripolar d,-keto piperazine
~,vas eluted with H 20. The cyclic dimer viris identified b~ N.oore and Stein's
ninh,,drin -ethod (see below) The following was found. Thu silica Eel
tre3ted iccording to (1) yiedc-11 _-4. diketo piperazine x poly i) e p t i d e r a t i 0
of 06.5 : 3,5; the silic:i gel treated accordine- to (2) fielded a ratio of
36 t 14, The control sample (3) had a ratio of 96 : 4~ A 51lica gel pre-
treated with c-isein ~ieldel a ratio of 50 : 50. Thus, the sT)ecificall,
modified E~kirf-ci- of silic,, gel uct~ us a matrix for Rn ux-4 ented specific
pol,ycorden~32tiorj of 1--mino acals. There are I fitrure. I table. and 7 refler-
ences: 6 Soviet and 1 non-Soviet, The reference to the Enflish-lanfraage
publ. i ca ti on roads q~, f ol I c vs , NI o o r e , WH Steir J . 6 41 o IChem,
Card '21 ~

S/062/62/000/001/011/0'5
Specific polycondensation of BlOl/BlIO
907 (1954)-
ASSOCIATIOUt Institut organicheskoy khimii im. N, D., Zelinskogo Aka4emii
nauk SSSR (Institute of Organic Chemistry imeni N D
Zelinskiy of the Academy of Sciences USSR)
SUBMITTED: JulY 3, 1961
Card 3/3

PATRIKEYEV, V.V,; AYBULATOV, N.A*
~%thod of measuring the wearing away of rockB in the coastal
zone. axe&nologiia 5 no,5010-912 065,
(MIRA 181ll)
1. Institut okeanologii AN SSM.

PATRIMIEV, V.V.; qEIZVTSOVA, G.A.; ORUNA, K.I.
Miarefertilizers on the basis of molybdene and ccpper-mrlybdazr=
ores. Trudy NlUlF no.208:153-158 065. (MIRA 18:11)

Lt M7_66
ACCCOSION Us APSM365 UR/02*05/000/015/003V66~
534*32199:543.141
aC
WMIRS Patrik"w4k V. V. Sholft. A. r.
TME s A vietbod for vieval obserivatim of ultrasonic fields. Class 12,
No. 173239
SOLWA*s 'A"lleten' isobretenly I tovarmyM snakov, no, 15, 1965, '33
a
TOPIC TAM: mjt=mg44g field, ultrasonic lunallon
AUTPACT:
This Autbor a CAuftificate Introfte" a aftbod fbr v1sual abservatice of
ultresomic flelft with subsequmt analysis by the shadow method. To fix and pro-
servetbe patterns of coWlex ultrasonic fields, a quick-setting gel Is expoeed an
which a surface relief in for a wmcb can be observed not -mly &wIng the ultm-
sonli exposures but af tar Its conclusion.
ASSDMTJION:
_'1XIIIIII]IMU 4611061. ENCL: OD Sm COIZO. CP
Omkvi OW

BALASHOVA, S.A.; PATRIKEYEV, V.V.; BALANDIN, A.A.
1WhW*tto,jrepar(-,- a chemical model of the action of' alcohol dehydro-
genase. Izv. AN SSSR. Ser. khim. no.7:1273-1274 165. (MIRA 18%7)
1. Hoskovskly gosudarstvennyy universitet im. H.V.Lomenosova.

8A *-A.Nl) I N ,A , P, , ;F p "p , ;,,~ -,-,~ ~ ,- , ?, ~ I, 1 1, K, ~C, 11 ;.,.!" I ~ I LB, Kf , .', . - ,~ " : s ~ --.r "
De',PrMinatior, -,~ 'Dy 'nr
t1lermocoup-,p
- fz. k.:7, r
, rl,~ .7 6rc.9-,Or.~- , I -
I - I - ~_.z .
I. :nj~,~*,u~ ~% ( J-r [~t '. ?-~)

7-W IW
FAMIKEYEV, V.V.; SHOLIN, A.F.; NIK1FOROVA, I.A.
Specific silica gels and the method for separating complex mixtures
.of organic substances. Izv. AN SSSR. Otd.khim.nauk no.6:1031-1035
Je 163. (MA 16:7)
1. Institut organicheskoy khimii imoni N.D.Zelinskogo AN SSSR.
(Silica) (Adsorbents)

11>720-1~A BW.P1n)/F-WT1Tn)/RDS A?M1/ASD 7N/JD
ACCESSION NR; A?30026e b/0062/637too/oWmi/lo35
AUTHOR: Fatrikeyev, V. V.; Sholin, A. F.; Nikiforova, 1. A.
Specific formulation of silica g s and the method of separation of complex
-organic mixtures
SOURCE: Ali SSSR. Izv. Otdalenlys khimicheskikh nauk'., no. 6, 1963, 1031-1035
TOPIC TABS: specific silica gal preparation, methylestosteron separation from
~ehtylestosteron
ABSTRACT: The method of preparation,of specific silica gals by means of introduc-
ing formulating material into the gel shows possibilities of preparation of such
adsorbantsA including adsorbents for the substances insoluble in water solutions.
The specTfi&ty-of these gels was proved by the fact that they separate not only
the different compounds from each other, but also their isomers. A general method
for separating:the previously inseparable substances from the complex mixtures by
means of preparation of specific silica gals directly from the existing industrial
silica gels has been presented. A method is found for the separation of complex
Alkaloid mixtures from the groups of substitut ed hormones. Orig. art. has: 1
table.
Associati n: Inst. of Organic Chemistry, Academy of Sciences SSSR
Card
........... ----------------------

PATRIKEUN, V.V.; SH1HNOVA, Z.S.; MAKSM)VA, G.J.
Some biological properties of specificaliy formed silica gel.
Dokl. AN SSSR 146 no.3:707-709 5 162. (KIRA 15:10)
1. Institut organichaskoy khimil im. N.D.Zelinskogo AN SSSR.
P~edetavleno akademikom A.A.Balandinym.
(Silica)

PATRIKEYEV, V.V.; SHAKIIOVA, S.K.
Application of the refractometric method of analysis for the
study of catalytic reaction equilibrium. Izv.AN SSSR.Ser.khim.
no.8tl365-1367 Ag 163. (MIRA 16%9)
1. Institut organichaskoy khimii im. N.D. &linskogo AN SSSR.
(Catalysis) (Refractomatry)

/887/6:1/006/000/028/o6g
F.
AUTHOR:.,-,, Patrikeyev, V. V..
TITLE r ev~ice F~or v ~i~'
~A r.v auai,"obBervation of ultrasonic fields.
(A.c. no.129378, mcl.' 42k, 46 (no. '642150 of
o6
Octo
ber 24, 1939))
Sbornik i7,obreteniy. ul'trazvuk I 'yego primononlye.
'Xom. po delam izobr. i othrytiy. 36,10scow, Taents. byurc,
tekhn. 6:1, 41
inform.
ice, -.us bjects
TEXT This 'dev e dilring irradiation of o with
ultrasonic ~belams_ In notable,'i6rL the. Use of a hermetically-sealed
-,vesse urated witb
l.with transparent walls~:~filled.with a liquid.sat
gas. The - instrument is conne-eted to an aneroid bellows which is"
--used.to alter-.the pressure in the vessel (Pig. 33). The vo2uzno of
t'he bellows.is altered by a can~driven by an alectric motor. When
an object placed in the ~centre,~uf the vesaol Is Arradinted with
-the liquid -4hich disappear
bubbles are~eyolved In
n raising the pressure in the bellows. A pressure and rate of
of pressure are found-iith whicb, with convenient
1-c sily be observed by the
irradiation, sonic reflection's an ea.
'Card 1/3

PATRIUMV V V.0 ULMIN, A.A., E(JTKOV, H.A.
Investigations carried out at lOKhAN &9SR on gasification of sulfurous
patrols= residues*
FMMRT presented at the 12th Conference on high molecular weights compounds
devoted to monomers, Baku, 3-7 April 62
0

FATRIKEYEV, V.V.; KOLUIENKO, T.D.-, IIAMIN, A.A.
Specific polycondensation of amino acid esters. Izv. All SSSR
,Itd.khim.nauk no.1:170-171 Ja '62. (MIRA 15:1)
1. Institut organichoskoy klilmii im. N.D.Zelinskogo All SSSR.
(Amino acids) (Estprs) (Polymerization)

ARBUZOVA, K.S.; PATRIKEYEV, V-V-
The attachment apparatus of the rock barnacles Balanus inprovisus
Darwin and B. eburneus Gould of the Black Sea. Okeanologiia 1
no.4:688-690 161. (MIRA 14:11)
1. Institut okcanologii AN SSSR.
(Black Sea-Cirripedia)

-- PATRIUM V V
1~
A possible approach to the calculation of the motion of sand
during a storn. Vn9t.Mr,9k.un.Sor.blnl., pocbv., geol., geog. 114
no.l:,117-221 '59. (14IRI, 12: 9)
1. Aookovekiy goandaretvenrVy univerBitet, Kafedra nrgaWchesk0j,,o
kntaliza.
(Ocean botton)

5/020J60/132/03/57/066
Y300 B011/BO05
AUTHORSs Arbuzoval Ko S., 1. Patrikoyev, V. V.
TITLEs The Role of Balanus in the Corro'sioAf Stainless Steel in
the Black Sea
PERIODICALs Doklady Akadenii nauk SSSR, 1960, Vol. 132, No. 3,
pp. 693 - 695
TEXTs In previouspapers dealing with the same subject (Refs. 1-8) there
was no convincing proof that barnacles influence the corrosion of various
steel types. The authors wanted to clarify by experiments the causes of
corrosion of stainless steel under the barnacles attached to its 1) They
made experiments with marble plates in which electrochemical corrosion was
eliminated. 2) To clarify the formation of interapaces between the
barnacle shell and the base, experiments were made with plates of stainlcv6
steel of the type 1X18HqT (1Kh181N9T) and of glass. The plates were placed
into sea water in the port Zf-Batuni0ior 6 months. The barnacle species
clinging to the plates were Balanus improvisue Darwin and B. eburneus
Gould. The authors investigated 10,630 partly living, partly dead barnacles
Card 1/3

The Role of Balanus in the Corrosion of Stainless S/020/60/132/03/57/066
Steel in the Black Sea BO11/BO05
corrosion under other organisms clinging to objects in the seat Bryozoa
and Serpulidae. Apparently, no gap is formed between them and their basu.
There are 10 references, 8 of which are Soviet.
ASSOCIATIONi Inatitut okeanologii Akademii nauk SSSR (Institute of
---Oceanology of the Academy of Sciences, USSR). Inst tut
organicheskoy khimii Akademii nauk SSSR kInstitute of
Organic Chemistry of the Academy of Sciences, USSR)
PRESEFTEDs December 6, 1959, by A. A. Balandin, Academician
SUBMITTEDt December 2, 1959
Card 3/3

i, 1 .~ -'. L, I T ".1,
SMnl NOV,, P, I , : . -11 !'. 6 - .
-11 --
be'-:een density and stresses i.-i deformed
LiF crys-.ials. F!z. tver. tela 7 no.6sl649-1652 Je 165.
(MIRA 18:6)
1 . F1--,1(--- t.,Jlcfm~ --lic-ikly !r~sti tilt, hient !of fe AN SSSR, Len ingrad.

SMIIJ40V. B.1.; PATRIKEYEVI YU.I.
Effect of the cond-itions of deformation Dn tn~- 5*-nF-',:.
and dislocation structure of LiF crystais. F--'z. tv-. 6
no.6:166,1-1670 Je '64. ('-'I,~A P:9)
1. Fiziko-tekhnicheskiy institut imeni Ic,ffe A',' SS3R, Ler,*ngraQ.

L 1607-f)6 W(J)/94T(m)/EPf (c)/T/EWP(t)/.S4P(b)/BQ(c) IJP(c) JDIJWIJ-VIGG
'AGOESSION NR: AP5014558 ~7/006/1649/1
UR/0181/6.5/q.0 ~5%
AUTHOM: SMUMOVO B. eyju.
Pat. ~p
;TITLE:~. On the connection between the dislocation density'and spresseE
in the deformation of LJLF
on
ve
1SOUROBoo Fizika tverdogo tela., 7., no. 6, 1965s 1649-1652
a TAGy dislocation density, dislocation,motion, lithi..1-1
!flu ride"Perystal lattice structure, crystal deformation, deformation
tress, yield point
.~..,ABSTRACT: This is a continuation of earlier work by the authors, (rTT
6, 1664., ~964), where it was shown that thedemAty of screw die-
jocations in the slip banda,,near the yield point of LiF crystals,
lis linear in the ultimate yield, regardless of the hardness of the
crystal and of the rate and temperature of the deformation. In the
present study the autbors'investigated the density of-screw disloca-'
AonB in MF crystals deformed by compression at 377K, and measured
iits.dependence on.the deformation stress beyond the yield poInt. In',..,
C, V
rd 5-

L 16D-1-M
f '__-_AP503L4558____.
~ACCRSSION NR:
iaddition, observations were made of the changes in the dislocation
istructure with variation of the deformation temperature. The UF
~~crysta& was grown by the Kiropoulos method and annealed. The defor-
Amation was produced by compression along the 001 axis" using equipnpnt
Idescribed by 0. #. Dub9v and V. R. Regell (ZhTF V. 25., 2542, 1955Y
iat a rate of 10" see--L. Some samples tested at one temperature were
.'compressed further at anotber.temperature. At the same t1pe, the
istresses at which plastic deformation began during the coxwse of the
i
second loading was measured. The tests showed that the screw dis-
jocation density Is determined by the yield point and by the finally
attained stresses, and varies linearly with these quantities. A de-
icrease In the dislocation density,was observed in samples deformed
!at 300K after first compressing them at 77K. The results are analyze(
land compared with those by others, and it is concluded that the
istresses at which Intense flowing of the sa4le begins are determined
iby otber factors, besides tbekdislocation density, and furtheg4tudy
''in this direction is needed 'The authors thank N. I. BiBpen' A.
iSmirnoya, S. P. Saltnikova Ad P. A. Tsirullnik for supplying the
L3.17 cryspals with lo-w--di's-1 cation densIty., and -,-.grateful to L. M.
Card

L 3.607-66
-1ACCESSION NR: AP5014558
44
!Shestapalov and A. N. 6'hov for reading the manuscript and for
comients.9 Orig. art.. has.:-' I figure, 9 formulas,, anel I tablg.
!,ASSOCIATION: Fiziko-tekhnicheskiy institut im. A. F. Ioffe AN SSSR
~Leningrad (Physicotechnical InstitutIAN SSSR)
]SUBMITTED: 13Nov64 ENCL: '00 SUB CODE: SS
MR, RU SOV: 003 -OTHER: 008

=msms wRa AP03965i
5/0161/64/006/0MA664/1670
1 AUTHDRSs Smirnovs B. Iej Fatrikeyev., Ytie I*
TITLE: Effect of deformation conditions ca the limit of fluidity and dislocation
structure of LiF crystals
SOURCEt Fizika tvardogo telaj, v. 69 no. 6, 19649 1664-1670
TOPIC TAGSt deformation mochaniBmp.fluidityp dislocationp lithium floridep shear
stress/ 1431 6 microscope
ABSrRACT: Previous experiments with UF showed that the shear stress -r was
linearly de ndent on the dislocation density p( -r - 0( where c>( - 3.7 dynes/
dislocationrand that an increase in rr led to a narrowfng of the slippage bands I
and an increase in p. The authors studied the effect of changes in the rate and
temperature of dafoi~mation on the above relationship. Large UF crystals contam-
inated with Mg , 0.002% and Fe , 0.001a) were annealed at 75W f or 48 hourap
cooled at the rate of -., 100/horur, and then segmented, Some segments were
reannealed and cooled at ^~, 2OC/iiis The specimens (,... 5 x 5 x 15 ma)) had a
P .,, 104cm-2 ("posed by etching and examined under the microscope HBI-6), The
C;'r-d-.l 1/h

ACCESSION M: APhO39651
deformation (in the f0_027 direction) for doubly annealed specimens was tested at
77 and 300K over deformation rates lo-5-lo-2sec-1. and for the singly annealed
specimens at the rate 10-4soc-1 at 7T, 180 and 300K. Three types of deformation
curves were observed (see Fig. 1 on the Enclosure) from which the fluidity limit
or and the limit of proportionality V: may be determined. Figure 2 on the
Enclosure shows the experimental res1s which proved or- B6r (for the fluidity
limit TO; at 30DK., r - 0.1; at 77K, r ---, 0), Slippage occurred on two orthognal
planes, either on (101) and (101) or (on) and (0h), In the initial deformation
p remains nearly constant as long as the slippage planes do not cover all the
surfaces of the sample. Only the P's of ordinary bands were includod in the
deformation study on the fluidity plateau at 77) 180, and 300K. Studies were also
made with stress maintained for about 1 second, resulting in nearly complete
coverage of the sample by slippage planes. Tests of differently hardened crystala
distorted the linearity of P w PT ( 0 a 2.4-2.71105 dialocationAg)o The results
are discussed in the light of the motion of the dislocations and its relation to
the stresses, the number of mobile dislocations (initially constant despite the
Increase in the total number of dialocationa)p and the composition of the shear
stress I's This shear is determined by the forces of Pelerls-Navarro,, by disloca-
tion drag at the steps,, by impurities and other defects in the lattice,, and by
,Card4-2/4

',ACCESSION KR3 APhO39651
interaction with other dislocations which may cause plastic deformation 0 0
-r0 + -rf + -rdwhere T 0 is initial stress, -rG is the counteraction using Burgere
vector, 'rf pertains to the group of dialocationas and T deals with the dipole
d
dislocation)* The authors thank K. M. NadgorxWV and A. No Orlov for their
discussion, and V. R. Regell for the use of the dislocation machine, Orig. art6
hast 1 tables 4 figures, and 18 equationso
ASMATIONt Fisiko-tokhnichookiy institut im. A. F. lofts AN SM Leningrad
(Physico"toohnical ImUtute AN SSSR)
SUBK=ED i 17Dee63 ENCL 1 01
SUB CODEs SS NO REF 50Vo 002 OTHERt 012
-- 3/4
'.Card.

ACCESSION WIR, APW3965i EKLOSURE M
L
all 08 -
06 -
0.4 -
Fig. 1. Form of deformation Fig. 2. Dependence of
curves of LiF cryartalao fluidity limits (1 and 3)
and proportionality (2 and 4)
on the deformation rate at
30DX UA) WA 77K (182)0
CardJ4/4

TUMMU .k m.K., wonny, r.r., AffsrKovICH, v.N., C9ALI=A-vx-H.
1~
Ma ~h'g noor7 0~-alloy tools for repON& Waq - Zav.
.W31 % hly
1. Vesesovmnyv nauchno-tealedovatel'skly t proyektno-
tekhnologicheskiy Institut ugollnogo mathinostroyeniya.
(Teatinp machines)

PATRIKETEVA, G.I. -.-
Bottom sediments of the Malo7e More. Trudy Baik.llnnol.ata.
17:205-254 1~9. MU 12:12)
(Maloye More-Sedirmutation and deposition)

VILENSK.Tyq Yu.B.; VERETENOVA, T.N.; BUDARINA, N.N.; PATRIKEYEVA, L.F.
Hard ening of phot-ographic materials. Zhur.nauch.i prlklfot. i kin.
5 no.6s401-402 S-D 160. (MIU 14: 1)
.I.t Filial Nauchne-isoledovatel Wwgo kinofotp institutat Shoetka.
(Photographic e-iiloions)

DOBROVOLISKIYo I.P.- FATIUKEYEVA2 ".~ j Prininiali uohastiye. CHEINOVp A.P.;
T*Vv
KOSTIMOt A.R-;~
Utilization of pitch distillates for the production of high
temperature pitch. Koks i khim. no-4:48-50 '61. (MIRA 14:3)
1, Chelyabinskiy metallurgichoskiy zavod (for Dobrovoliskiy, Patrikeyeva).
(Chelyabinsk-Pitch)

SM, I I Z NOV, A A,;
KREP-,~ Ye,,M.; PA
CH,E! I FKAYEEVA Yf~ ~ Y-u A iFf KOUSK A Y.A 1. Yo
~ ', p i.:fx c iu 1 a r h ri ~ npar I - n in t~h'&-:k
5 Ja'-F -'65-
l7bUr' eVol, I I I
(IAIHA 18: 6)
e-j,-Jyat,,3llonnov finlologil i blokhllail Im, I.M. Sechenova
yu s 0
AN SSIR Uen4ngrad, 2, 3.lavnyy radaklor "Zhurnsla e-vol t. i onn y

i AMMS1011 INR v APS020628 M/023 8/64,/029/00 '_~Alll/lll G
-nov, A. A.;
AUTHORt Krepat Ye. M., Mantikyan, K. G: Patrikeyq,vptj,,,,M
Chenykayeva, Ye. Yv.~; Chirkove".Taya, Ye
's Phon
ISTLL phoUpidAl of the subcellular particlen of hen's brain
SOURCE's Blokhimiyaf 29, no, 6j 19649 1111-11-18
TOPIC TAGS: call physiology, brain, cytology, experimentt animal
~'Abotv~etl Twest1gatioris were coriducted to doteripine tho contont of
_7 1- :Pho-Spholipida in the subcallular particles (mitochondria, mlorovorao*, and
n.uclci) of ,- hen Is brain. Grotm hens of the White Leghorn variety w'aro
usi~d in the investigations. A hen's brain separated from thEl membrane and,
~Tthallblood vosaelo waa reducod to fine particlan and homogenized with a
iB611ution of satcharosc* and eti-Vlenediamine totraacetate for two udnutaz).
The vubcellular particles were iaolated by differantial centrifuging at
tempciratures of + 2 to four degrees. The phospholipid content in tho 3ub-
callular partyidlda was determined by paper chromotogrAphy. 71ho investi-
13
gativne-eratablinhed that the phospholipid contOnt waa large t in the mi-
crosomes. and somewhat lower in the mitocbondria and nuclei 10-15
int. Ooze differoncen chatuterizod the fractions: -lecithin waa

L 627;.:2-65.
tACCESSION NR: AP3020628
i'Ound to bo the largest-c6mpon'ent in all of the fractions,,'- tho fraction
A
'content of phosphatidilethanol and pho3pliatidilserine wa5 somEwhat smaller;
1~small concentrations of ephlngomyelin~ phosphatidilinositol, and phospha-
~'tidilglycerol were found. An absence of phosphatidilglycerol is charac-
Iteristic of the microsomos, although it- is always present in the mitochon-
idtis, md nuclei. It was established also that the mi-crosomes contain
11arger quantities of shingomyelin and lecithin than the other fractionap
while the mitochondria containlarger quantitias of ethanoamtnophoophatide
!and surinophosphatide.
i__ ___ _ . - . Orig. art. has 1 figure,and.--.2 tables.
fjziojog,-Ji - i biokhimii im. 1. Ii. Snahenov. a
t j~nsfjtut ovolyutmionnoy
P~mdomii nauk S-03SR, Lenin.&Tad (Inatituto of Evolutionary Plqsiology and B:Locbo.-U1strYt
iAcadeiay of Sciences SSSR)
SUBMrMU: 23Apr64 ENCL: 00 SUB GGDEt IS
'TO
SOVI 005. GTHZ 020 JPRS
EP, POf

PATRIKEYEVA, M.V.
Plasr-aloRens in the cerebral mitochondria in chickene in ontOREII-0-
Vop. mod. khim. 11 no.2:99-101 Mr-Ap 165.
(MIRA 18:10)
1. LaborFitoriya biokhimii Instituta evolyutsionnoy fiziologii
i biokhtmii imeni I.M.Sechonova AN SSSR, Leningrad.

PATRIKEYEVA, ]a,#
'I'j,
Experiments on self-induction. Fiz.v shkole 16 no.5:76 S-0 156.
WaA 9:11)
1. 97-ya srednyaya shkola.
(Induction (Blektricity))

FATRIWTS-HY...-Mikhall Vasillyevich; TONKOV, A.A., kapitaz 2 range,
K , .
redaktor; SOKOLOVA, G.F., tekhnicheakly redaktor.
(Seamen gunners] Komendory. Moskva. Voen.izd-vo Hinisteretva,
obor. SSSR, 1955. 70 p. (MLRA 9:1)
(Seamen)

PA?RMYEVA, N.P.
-------------------
Sow data on the petrography of the Izhw-Omra complex in the
Bouthern Timan Ridge. Izv.vyseuchebozav.; geol.i razv. no.2:97-99
F 062. (MIRA 15:3)
1. Wakovskly gosudarstvennyy univervitet imoni Lomonosova.
(Ti-Fin Ridge-Petrology)

KARGIII! , V.A~; FLATE, 1.A,; ~'A,"R?KBYK'VA, T.J.
., )IrjJ.ytrj(jrlzut.!,,n or potwinjum w:rylato (tri(I ov,:~-ylwn!fjo ljrjdf!~.
hqterogenouo cfmoltll-ma~ Vysole.,)M. onei. 6 no.llu-7,040-201,5
N 164 WIRA l8a2)
1. Mnskovskiy gosalarstvennyy unlrers' tet 1-meni Lomonosora.

"6325-65 EV, /E P F )1FPP1E`i"P (j)/T Pc-4/Pr-4/P5-j qPt/rz1-q
F, F) F
ACCESSION NR:, AP4049155 S/0190/64/006/011/2040/2045
Kargin, V. A. Plate, N. A. ;Patrilm
AU`rHOR. yova, T. 1.
TITLE: Copolymerizattol P0 m iTand acrylanido nder heterogeneous
tasaiH glate
corditiond-
;'SOURCE: Vy*sokomolokulyarny*ye soyedineniya, vt 6, -no. 11, 1964, 2040-2(45
`TOPIC TAGS:. potassium acrylate, acrylamide, copolymerization, acrylic copolymer,
i magnesium porox(do, hydrogen poroWn, IoO chromate, hydrogen apoxide, 1.~)lyxnarlza-
tion initiator, heterogeneous polymerization, polymerization catalyst, ultraviolot light
ABSTRACT: 7he copolymerization of potassium acrylate and acrylamide in aqueous solu-
-tions induced by an insoluble radical initiator was investigated. A study of the! peculiarl-
-ties of tbo Polymerization of acrybc monomers under beterogencous condJt1on,3 showed that
tho solld surfaco of Lbovatalyat adoorbing tho monomer woloculoa anti InidaUng th) I-)oly-
werization has a regulating effect on tho olotronwry reaction of chain growUi. Wal,,ii--An-
soluble inorganic pera.,ddes and silts capablo of redox reactions with the formation of f i-ou
radicalswere used as heter neous catajyBts~bd water-soluble acrylamide and aci-ylates
were used ac, monomers. 'rho experimental pfocedure Is described. The tabdated daw
Card

L 16325-65
ACCESSION NIR: AP4049155
on copolymerization of potassium acrylatG and acrylamido (1:4 by weight) with different
son D -net3
initiators, such as magnesium peroxide, hydrogen peroxide in the pro co of i ag lum
oxide, a redox system of lead chromate and sodium thiosulfate hydrogen epoxida, or ultTa-
contains a larger amount of acrylato (by 107o) than
aftor homogeneous polymerlzatl~n, while tfx~~rom s
heterogeneous mid homogoncoutj eyetems. This Lihowatho independence of the composition
of the copolymer of the type of initiator unde.- fho conditions of the Bame reaction 111och"Ul-
Ism and equilibrium constants of copolymarization. Other experiments wJth hydrogen
i per~oxlde over m.,qpwsium oxide also confirmed fliat the peculiarities of Idio copolyineri-,a-
tion under heterogeneous conditions are correlated Nvith the effect of the solid surface --f
I the catalyst on chain propagation rather than with Its Initiating effect. The copolymeriza-
tion of potassium acrylato and acrylamide in the presence of potassium propionato showed
that potassium propionate is adsorbed onto the magnusium oxide, remoyes the acrylaw
from the &urface of the latter and affects the composition of the copolymer. Luring the
copolymerization of potassium acrylate and acrylamide under homogeneous and betoro-
nditions, the equivalent values of the copolymerization constants r] and r,) vary.
geneous co
They are 1. 25 and 0. 78 (in the heterogeneous process) or 0. 84 and 1. 4(in the hoiroge-neous
process), This leads to copolymers of different chemical composition from the E;ainv)
Cord 2/3

L 16325-65
ACCESSION NR: AP4049155
mixture of monomers. The potentiometric t1tration curves of saponified copolymers of
pajassium acrylate and acrylamide of the same --ornposition obtained under homDroneons
and heterogeneous conditions show that the dissociatAon constmits (piq of Om acids for tho
copolymers *bLained under different conditions havo different valtioa. For hotorogencoun
copolymerizatian.- pK = 4.4597. for homogeneous copolymerization, p1( = 4.276D, L o'
66 pK Is equal to 0. 1837. '11W same conchIS10118 as to Ole (Offerent structure of Vio chains
can be drawn from the specific viscosity of the tNvo types of polymer solutions plottcd
against the pH of the mefflum. The regulating effect of the beterogeneous citaly-st lf.-~ds to
the formation of copolymers which have a difforent ohain microstruature thftn tl~a capoly-
mers of the same chemical composition, bitt obtained under homogeneous condifAcnij.
Orig. art. has: 3 tables, 4 figures and 3 formulas.
ASSOCIATION: Moskovs1dy gosudarstvenny*y uriversitet Im. M. V. Lomonoijova
(Moscow State University)
SUBMITTED: 24Jan64 ENCL: 00 SUB CODE: OC
NO REF SOV: 003 OTHER: 000
A.Iord :3/3

PIATE N.A.; SHIBAYEV, V.P.;-PATRIKEYEVA, T.I.; KARGIN, V.A.
Synthetein and properties of graft copolymers of isotactic and
atactic polystyrenes. Vyookom. soed,3 no.2:292-298 F 161.
(MIRA 14:5)
1. Moskovskiy gosudarstvennyy universitet imeni M. V. Lomonosova.
(Styrene)

89590
5/190J61/003/002/008/012
B101/B215
AUTHORSo Plate, N. A., Shibayeve Ve P. ,"Patriksy!va, T.
Kargin, V.A.
TITLEs Synthesis and properties of grafted copolymers of isotactio
and atactio polystyrene
PERIODICALs Vysokomolokulyarnyye soyedinaniya, v. 3. no, 2. 1961,
292-298
TEXTs In previous papers, the authors together with other collaborators,
(Refe.1-4 ;60 Vyaokomolek.soyed.1,114,19590 1., 1101, 19591 1., 1547, 1959;
.Z, 166t 1 ) studied grafted ~;polymere of chemically and physically
different components. The prevent paper reports on the examination of
grafted copolymers consisting of chemically equal chains which are
different in structures copolymers with crystalline, isotactic poly-
styrene main chains, and amorphous, atactic polystyrene side chains.
They were produced by ozonization of isotaotic polystyrene (PS) whose
ateotic fraction was washed out by boiling methyl-ethyl ketone. The
fraction insoluble in this solvent, had a molecular weight of 80,000.
Card 1/7

89590
S/190/61/003/002/008/012
Synthesis and properties of grafted... B101IB215
Ozonization was conducted in a glass vessel. The experimental oon-
ditions are given in a table. After the reaction, N 2 was blown through
the apparatus, and evacuated at room temperaturej the content of active
02 in the sample was determined by elementary analysis. Ozonization of
PS films was lose effective due to the difficult diffusion of ozone. In
agreement with P. Lebel (Ref.10; Thesis, Paris 1957), the infrared
spectrum showed no OH bands thuv proving the absence of hydrogen per-
oxide. Peroxide of experiment no. 5 (see table) served as initiator for
the polymerization of ataotic styrene monomer. The latter was carried
out in phials, either in argon atmosphere or in high vacuum. The
o~Simum was found t8 bet 1 hr of heating up to gOOO, then 2 hr up to
65 C, 3 hr up to 70 C, and finally 2 hr up to 75 C. Faster increase
in temperature led to the formation of network, In solutions (benzene,
toluene), polymers of lower degrees of gr:fting were obtained. Ataotio
homopolystyrone (side product of the reac ion) was removed by a
10 - 15 hr treatment with methyl-ethyl ketone. The molecular weight of
the product was 200,000. Grafted copolymers with 17, 31, and 35%
Card 2/7

8959o
8/190J61/003/002/000/012
Synthesis and properties of grafted... B101/B215
contents of atactic components were obtained. Fig. 2 shows a diagram
of turbidimetrio titration of atactic polystyrenev mechanic mixtures of
35% of atactio plus 65% of isotactic PS, grafted copolymer with 35% of an
ataotio component, and isotactio PS (solvents tetralin, precipitants
butanol). The solubility of the grafted copolymer was lower than that
of the linear isotactio PS due to larger macromolecules, but higher than
th&t of atactic PS due to the formation of branched chains. The deter-
mination of intrinsic viscosity showed the following resultst the
initial isotactio PS had a Huggin's constant kI - 0.10. kI of the grafted
copolymers was 0.40, and k' of copolymers with different contents of
ataotic components, in agreement with J. A. Mansont L. H. Gragg (Ref.12:
Angew. Chem. �l, 32, 1955), showed no remarkable differences. Fig, 4
gives the thermomechanical properties of the copolymers. The grafteg co-
polymers were found to have a disSinct vitrification temperature (go C),
and a high melting point (220-230 C) characteristic of isotactic PS. This
is explained by the fact that the structural order of the isotactic com-
ponent is preserved in the copolymer. Within these two temperatures, the
copolymers showed the ability of reversible, highly elastic deformation
which was not accompanied by reorystallization. A radiographic analysis
Card 3/7

89590
S/190J61/003/002/008/012
Synthesis and properties of grafted... B101/B215
showed that grafting of 17% of the atactic component did not change the
diffraction of isotactic PS.. 31% of the atactic component showed wider
diffraction lineso The examination of copolymers of crystalline and
amorphous components is considered to be an important problem.
I. Yu. Marchenko (Ref.13: Vysokomolek. soyed., 2, 549*' 1960) is
mentioned. There are 5 figures, I table, and 137referencest 9 Soviet-
bloc and 4 non-Soviet-bloo. -The reference to English language publica-
tion reads as follows: Y. Landler, Materials of the Gordon Scientific
Conference, USA, 1958-
ASSOCIATIOW% Noskovskiy gosudarstvennyy universitet im. M. V. Lomonosova
(Moscow State University imeni M. V. Lomonosov)
SUBMITTEDi August 1, 1960
Card 4/7

Synthecis and properties of grafted...
Legend to the tablei Ozoniza-
tion of isotactic polystyrene.
1~ no. of the experiment;
2 state of aggregation of the
polymer; 3) time of ozonization,
hr; 4) rate of flovr of ozone,
1/hr; 5) content of ~02 18 %;
6) powders 7) ditto; film.
RaK~- 5/7
UY.5YU
S11901611003100210081012
B101/B215
O"VIMPORDIINC 030TAIT11'aVI-Oro 110.1urTlIPO.-M

ArperaTooe nPO;tO.11"ll.
wabuoc?b 050. C110POC711. lIPo* co'tep-wa-

mallult 1130-
ll
OlluTu Co"ORMIle no. UNPOIDA 11111. y
elite 0'.
Ila.k ac

t (PHOP01110H 0 0. r,
2 Ci r0 ace 10 t.10
3 2 10 2,33
:3 to 4,1
0 0 4 14) 5.78
it IZ namom 4 6--7 0,0
7 O'o)#(o 4 20 0,5
8 8 lo '10 1
89590

Synthesis and properties of grafted...
Legend to Fig.2: Curves of turbidi-
metric titration. 1) Atactic PSj
2) mechanic mixture of 35% of atactic
and 65% of isotactic PS; 3) grafted
copolymer (35 1 65); 4) isotactic PS.
Card 6/7
S/19 61/003/002/008/6-12
B101YB215
In
C1$H 10H. %

S/190/61/003/002/008/01-2-
Synthesis and properties of grafted... B101/B215
Legend to Fig-4: Dependence of
deformation on temperature.
1 Crystalline isotactic PS;
graft copolymer (35 1 65)1
2~
3 ditto (31 r 69); 4) ditto
(17 : 83); 5) atactic PS;
6~ amorphous isotactic PS;
a temperature, 0C.
Card 7/7
revnepamypaT

PATRIKEYTSEV M.V.; MOROZOV, K.V., red.; KALACIIEV, S.G., tekhn.
) li-~,, -
re7l.~"
0
(Guided rocket launching] NA upravliaet.Vkh raket. Mo-
skva, VGenizdat, 1963. 81 p. (MIRA 17:1)

FILIVONOV, A.S., kontr-admiral; PATRIKINTSIN M.V.' knpltRn I.-go ranga z%pasn
-
AntlaircreLft dorrinaia at astri. '~or. nty.)r. 4P 4 '~,5.
(MIPA l8s~)

MATAH , Tamara Villgellmovnal OOHNSUT.HYN, N.A.. starehiy goologi
Prinimali uchastiye: LACHINOVA, I.G., atershiy tekhnik-geolog-.
AZYTYUNOVA, 0.1., starehly laborant; PArRIKI, V.I., starshiy
kollektorj NOSS', V.I., red.
[Permian sediments in the central provinces of the Russian
Platform) Permskie otlosheniia teentral*nykh obleetei flueskoi
pla%formy. Pod red. V.I.Nosall. Leningrad, Goe.nauchno-takhn.
lad-vo neft. i gorno-toplivnoy lit-ry, Loningr.otd-nis, 1957.
122 P. (MIRA 1217)
(%asian Platform--Geology, Stratigraphic)
Ile

PATRILC,
c -X t
ixt, rl

I VANG)VA, :H, Y
rof I -)rq of r,
in i krotjol . ,npla. i imm, I ri,
1. .13,ar,4 -~ I av sk,.y rn-,Ai it t,, t~

PATRILD. Ta.P. (Stanislav)
The most frequent causes of erroneous diagnosis of gamtric cancer.
Klin.med. 35 no.4:66-71 Ap 157. NLRA 10:7)
1. Iz Stanislavskogo maditainskogo instituts Wir. - Icandidat
maditsinakikh nauk dotsent A.G.Babanko)
(STOMACH NEOPLASMS, differ. diag.
causes for errors)

GUTYRYA, V.S. [Hutyria, V.S.], doktor khin.nauk; PATRILYIJK K.I. [Patryliak,
K.I,],, kandotelchn.nauk; GALICH, P.N. (Halych, PJI.~;-k d.tekhn.nauk;
MASWCAN, V.ra., kand.tokhn.nauk; GAPONMIO, 0.1. Eapenenko,, 0.1.3
Separation of aromatic hydrocarbons from keroeene-gas oil fractions.
Xhim.prom. [Ukr.] no.2120-22 Ap-Je 165. (MIRA 18:6)

PATRIN A.A.-. YESWICHMO, I~LI.; RYZHAKOV, P.V. - BAKKIR, Yu.V~ ; DEWOUTOV, LF,
Concerning the article "$DUnting of wire broadcasting networkm and electri;
power tranomiooion Iftem on co=ou polee.0 Prom. anerg. 17 no.802-34
Ag 162. (MM 16:4)
1 Belomorakaya elektrooet' Karel'skoy ASSR (I-)r Fatrin)a 2& Gossell-
elaktronadzor, g, Groznyy (for Yeremchenko). 3. Glavuoye upravleniye
elektrifikataii sel'skogo khozyayetva, g. Groznyy (for Ryuhakov).
/+..-- Tuymazaneft' (ftr bakhir), 5, Darnitskiy setevoy rayon Yugo-
Zapadnoy zheleznoy dorogi (tw Dekapolitov).
(Electric lines--Overhead) (Electric lines-Poles and towers)

AUTHORSs Notov, L.A.t Patrin, A.L. (Moscow) 47-6-18/37
TITLEs Useful Advice (Poleznyye sovety)t Coioring of Water (Pod-
krashivaniye vody)
PERIODICAL& Fizika v Shkole, 1957, # 6, page 63 (USSR)
ABSTRACTj For many experiments it is important to color water. The
usual coloring materials leave irremovable sediments on the
glass of the vesselso and the useful fluorescein is not always
at hand.
Good results are obtained wi+.h a filtered pine salt solution.
in reflected light the solution is brightly groan luminescent
(fluorescent ), but in a passing light - yellow. The solution
retains its properties for a long time and does not stain the
vessel's walls. It can also be used to demonstrate the fluores-
cence of bodies.
ASSOCIATION, 465th Secondary School, Moscow (465-ya arednyaya shkola, Moskva)
AVAILABLEs Library of Congress
Card 1/1

V! oul" for Ttim'-Tivemm Outi
moil
~CN
Ild 01, vpmtion inWubla in
it-eltA
1? a 1) A v,& fmpamttly b7
anAIN
qxCit'-tion of the P~Vyd--,* orj a tillLon
ifaa-da-vas, em-,k
'Ere prepared- G, s 9
1.01--11.-6

;In Oectrk I
tl'*'l I III, lit hig, iull- fileg in ~11~Ml jj~LliLl,-P. A. PAMI'~,
It
:141 A
I in tt.1; :e' ll'~( v I IT t tic -I
ii-zAc po-ibl heating from ItNo sidei fuldiallon from elcaicuts aclmz! ant!
1. on-I atid to halve, thc plwcr cofl~mllpl)II

M-
i~1-611,~RnQl~-:Xzsjl-_;~

k~,~Fqx, NoTa.; KMYGIEA, Hol.
-
Spectral wthod for analyzing fluxes for magnesium casting. Z&T.1ab.
22 no.11:1318-1319 156. (PT-RA 10:2)
(magnesium found'ing) (Fluxes--spectra)

FUTYAKOV, Konstantin Petrovicb, kand. tekbn. nauk; POLONSKIY,
Lev Da-.ydovich, inzh.;_~ATP4, NikolV Ivanovich, inzh.;
VEDENETEV, Vasiliy Alekseyev-l.ch, inzh.; ZHEBROVSM ,
Aleksandr Stepanovich, inzh.; SHIROKOVA, G.M.,, red.;
SIVITSKIY, K.P., nauchn. red.; SHEVCHENKO,T.N., tekhn.red.
I
(Indi-istrial construction of 3ugarl Industriallnoe stroi-
tellstvo sakharrWkh zavodov. Moakva, Oosotroiizdatp 1963.
- 163 p. (VIIRA 17:2)

PATRIN, P.A.., inzh.; KORCHINSKIY, Ye.K., kand.tokhn.nauk; VOLCHEIGUILSKIY, L.A..,
0- -
inzh.
Testing doubl6 chamber kilns for kilning keramzit. Stroi.mat. 9 no.
12:18-20 D '63. (MIRA 17:3)

PATRIN, P.A.; HAZO, R.N.; ROZHKOVA, N.L.
Wall-tile baking in electric tummel kilns. Stek.i ker. 13 no.I:
18-20 Ja 156. (MI-RA 9:3)
(Tiles) (Kilns)

~1 ObAm bib".
I'ATRIP0 APWI S. POLAT (KO*rb*k I Mt.-Ine. Illifill,
10, 14 0 1 I.M.W., to". Ilk 216, tilit)
arm a%& of the atm.1plo." .I
ralb" tf1fwrWTkk VS"Y% that himill -11 writing
caiNm joilathlorldf, ft rAj Ittfi,ilwy j,plAlliliv
finsovil (41 obw1w). 07#4 44 lo"llwoolirr m
lm 14 sovittill lall."I Molt,
AIM f#., 1-014111.411
111-i1 Wall, ill .'404 1 '111%v. No .11,11 ."11rh
1-1. -411.1 lw l'iUml kx't"q,,lk 16f iid slul"foirt ,I
.4"," W"I And the lwh3vl..Wy "I Ow LOW
A w1ohloildr .411-11,111 ...I
40.0", b%, 'Acight fill Itwilital, Ill
I-v -301% 1,11 and th,,w J
("t NU14-1 nin luralld aml air imlieAlite
.J 1140 oll:~m 4 Ow -of %in Muk, thmigh lipilioll
I.-Jo I dult 1, mol, Wdit.411%r 44 IMI

GAYDOOV, Yu,V.p knnd.trk-hn.nauk-; PATRINp V.G.o insh.
Causes of the collapse of steel truss plates. Prom. atrol.
39 no.7:51-53 t61. (MIRA 14:7)
(Trasses)

KESSELIO A., inzh.; UEHANI, Z., inzh.; PATRIN, Yu., inzh.;
DEMKIY, A., trizh. I . - ..
New machines for flour and groat mills. Muk.-elev. prom. 28
no.IgIO-13 A 162~ (MIRA 16:7)
1. GorIkovskiy mashinostroltelinyy zavod in~ Voroblyeva
(for Kessell, 'Ahang, Patrin). 2. Gortkovskiy mashinostroitall-
nyy zavod im. VoroWyeva (for Demskiy).
(Grain-milling machinery)

L 45973-66 E Vrr ( 1 )/EWT (m f ) /F,~
__)/EWP (k)/I-'/ I/
_E9P~W)/EffP -Ef Q_
)i4r
ACC NRs AT6026436 N SOURCE CODE:- UR/0000/6 /OO0/0OO/6d5W)0166
.AUTHOR: Seleznev..K. P.; q~~erkin,_Yu. B.; Anisimov, S. A. Rekstin, F. S.; Patrin,
Yu. Simonov, A. M.; Shkarbull, S. N.
IORG: None
jTITLE: Results of an investigation of impellers in centrifugal compressors
ISOURCE; Leningrad. Nauchno-isaledovatellskiy i kqnstruktorakiy institut khimiches-
hiny (Centrifugal compres-_4
kogo mashinostroyeniya. Tsentrobezhnyye kompressornyye mas
soral-.Moscow, Izd-vo Mashinostroyeniye, 1966, 154-166
TOPIC TAGS: centrifugal compressor, compressor blade, aerodynamic characteristic I
ABSTRACT: The authors review the results of experimental and theoretical studies on
improving the aerodynamic characteristics of impellers in centrifugal compressors.
It is shown that impellers should be designed with a linear change in the cross sec-
tional area with respect to channel length to improve flow characteristics. The num-
ber of blades should be selected on the basis of the optim= apex angle for the
channels between blades. Experimental investigation of a large nimnber of single-stagei-
impellers with exit angles of 20, 49 and 900 showed that optimum impelle a from the
standpoint of maximum efficiency have 8-12, 16-18 and 28 or more bladealespectively.
However, stability is reduced with an increase in the number of blades so that two-

L 45973-66
Acc NR, AT6026436
stage cascades are preferable for high-efficiency impellers with a large number f
blades. Recommendations are made for optimalizing the operation parameters of Zious
types of centrifugal compressors on the basis of recent experimental research. Orig.
art. has: 6 figures.
~
SUB CODE: 13/ SUBM DATE: 08Jan66/ O~IG REF: 009/ OTH REF: 001
Card 2/2 hs

MATIOVSKIY, I. N.; GRIGORIYEVA, A. T.; YLLETSKOVA, A. S.; ODINTSOVA,
K.P. PATRINA G. V. (Chelyabinsk).
- - .9 -, ,
Results of the organization of a
diseases in Chelyabinsk. 7drav.
Ag 163. (MIRA 16:10)
(CHELYABINSK-MEDICINE,
center for occupational
Ros. Feder. 7 no. 8:26-27
INDUSTRIAL)
)r

W57,
S/181/60/002/04/17/034
B602/BO63
AUTHORS: Ioffep V. A., Patrina, 1. B.) Poberovskayap 1. S.
TITLE: Electric Properties of Some Semiconducti Glasses
PERIODICAL: Fizlka tverdogo telap 1960, Vol, 20 No- 4, pp. 656-662
TEXT: The authors examined glasses of the systems V205 - P2050
V 0 P 0 B&O, and WO P 0 X~O (Table). Their electrical con-
2 5 - 2 5 - 3 - 2 5 - e
ductivity 6 was measured by means of a tube voltmeter having a 131Tr(lEIP)
tube* A Q-meter of the type T4cxcLB211 (Tonle, V211) and a bridge of the
t e Tecno_ M-351 (Tesla M-351) were used to measure the dielectric 109908
(Ytpan 6) 0and the dielectric Constant E . a was determined between 290 K
and 500 K, Figs* 1# 2~and 6 show The temperature dependence of a for the
above-mentioned systems, The electrical conductivity of the glasses rises
with their content of vanadium and tungsten, This is due to the fact that
the conductivity In effsotsd by electron transition between vanadium and
tungsten ions of different valences. The conductivity of vanadium glasses
mainly depends on the ratio of vanadium oxide to phosphorus oxide, and is
Card 1/2
X

1OFFE, V,A.; PATRINA, I,B,
Ele,itron paramagnot!,~ resonance in vanad,'-am pentoxide qtngle
crystals. Flz. tver, tela 6 no.100045-3049 0 '64~
(MIRA 17,,.12)
1. Inst-ttut khimil sillkatov AN SSSR, Leningrad.

IOY72, V.A.; PATRINA, 1.131 PMEROVSKAYA, I. S.
Electrical properties of some oxide semiconducting glasses. Fix.
tvar. telft 2 no.4165"2 Ap 160. (NIn 13:10)
1. Institut kbAmil silikatoy AN SSSR, Leningrad.
(Glass-Electric properties) (Semiconductors)

-62
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1. ACCEISSION NR: AP4046617 S/0181/64/006/01.0/3045/304-9
A. PatrinaL_~. B.
AUTHORS: loffe, V. I
TtTLE:-. Electron-paramagnetic-resonance in-sinale crvstikls of v-ana-
',,dibum-pento-kide-
".4 rizix V,
TOPIC .-TAGS s_--vanaidtum--convoundt electron -paramagnatic --ribsonancel
_single~.crystalj yperfine structure, temperature variation, electric
conductivity,
ABSTRACT-.- ThCF purpose -of '-the- -investigation -was __to__coMP are informa-
..-_tion obt ained 'from- an-Investigation- of -electron paramagnetic.reso-_
nanco-(EPR) in V 0 single crystals with tho data on-electric con-
2 5
-Idu6tivity of --these- crystal-so _:wl~ich the authors investigated earlier
vmt~ - 6;-.~4227,= e-__ me ods-_o"bt,~ n
..Vera,7-:
4a
the V90
a
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__121~ 65
~ACCESSIOWNR:- AP4046617
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