SCIENTIFIC ABSTRACT PERMITIN, YU.YE. - PERMYAKOV, I.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001240110011-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BkMUMV. V.V.-,
A now Bpecios of the genus Atgetopsie (family Chaenicthridae) (with
suzzar,r in Englishl. Zool. thur. 37 no.9:1409-1411 3 158.
OaRA 11:10)
1.Zoologicheiskly inatitut AN SSSR, Leqngmd.
(Imtarctic regions.-Chsenichthyidae)

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STAROSTIN, I.V,:, PERMITINO Yu.Ye.
Composition of species and quantitative develofmant of macro-
fouling on the marine water-9upply system of a metallurgical
plant on tho shores of the Sea of Azov. Trudy Inst. okean. 70:
124-141 10. (MIRA 17.7)

LEBIDEV, Ye.M.; PEVIITIN, Yu.Ye.; KARAYEVA, N.I.
Fouling of plates in the Black Sea. Trudy Inst. okean. 70:
270-275 063. (MIRA 17:7)

S/08 61/000/021/0617/094
Bi 78XB101
AUTHORSi Permitina, K. S,, Frishberg, V. D~
TITLEi Ccals of the Kuznetsk Ba-31n
PERIODICALi Referativnyy zhurnal- Khim~ya, no. 21, 1961i 396, abstract
21M24 (Sb,."Podgotovka i kc,ksovaniye ugley, Sverdlovsk,
Metallurg-izdat, no,. 2, 196-0, 3-31)
TEXTs A. detailed description of the KL.znetsk coals. The petrographic,
technice.1 and technclogical characteriE;tics of the coals are given;
certain laws governing variaticns in properties are revealed, and informa-
tion regarding the stru.~ture of the resierves is provided, together with
other points of interest. In conclusion it is indicated that the evalua-
tion of the data obtained by exploratory and preliminary prospecting opens
up the prospect of a considerable increase in reserves of fat coals in the
near future There are 22 references. [Abstracter's notei Complete
translation.
Card I

PISMITTRA, K.S.
Microscopic study of the clinkeri M process of coal. Trudy
Lab.gool.t4gl. nn.6:144-149 156. 04LRA 10: 2)
1. Vostochnyy nauchno-iseladovatel'skiy uglakhimichaskly
institu"..
(Coal research)

FUSHBARG, V.D.,; MARMITINA, K.S.; SOKOLOV. V.Z.
Coal reserves in the Kuznetsk Basin as a factor determining
the development of coking technology. Koks i khim. no6l:10-13
059. (KIRK 12!1)
1. Vostochnyy uglek-himicheakty institut.
(',Kuznetsk Basin--Coal geology) (Coal-Carbonization)

68-58-5-1/2-
AUTHORS: Frishberg, V.D., Permitina, K.S. and 117uller, I.P.
TITLE:: ___________1[uznetsk Basir, as
Coals of the Balallr6n--51F Series of the
a Raw Material for Coking (Ugli balakhonskoy svity Kaz:ie-skcr-o
basseyna kak syr1ye dlya koksovaniya)
PERIODICAL: Koks i Khimiya, 1958, Nr 5, PP 3 - 9 (USSP).
ABSTRACT: Coals from wasures of the second coal-bearing series
of the Kuzr)eti)k Basin (Balakhonsk) are characteristic in their
non-uniform structure. The content of vitrite varies from
20 to 70% and their rank from gas coals to lean coals.
Technological characteristics of the main types of these shoals
are given in Table 1 and thei results of their coking on a piiot
plant scale - Table 2 and the figure. At present, these -,oals
are utilised in the blend5 cf the Eastern Works, in a
proportion of up to 60%. Or. the basis of the experimental
results obtained it is proposed to introduce some changes in
the technologie'al groupings of the above coals assigned to them
at present. There are 2 tables and I figure.
ASSOCUTION: VULEN
Card .1/1

lb-57-3-3461
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 3,
p 143 (USSR)
AUTHOR: Permitina, K. S.
TITLE: Microscopic Study of the Caking Process in Couls
(Izucheniye pod mikrcskopom protsessa spekaniya ugly&)
PERI ODIC AL: Tr.. Labor. geol. uglys AN SSSR, 1956, Nr 6, pp 144-149
ABSTRACT: Noting that until the present no doubts have been
raised among investigators on the question of the causes
of caking in coals, the author proposes an original
method of studying the process of coke formation in a
polished section under the microscope, heating it by
stages up to 7bOO. The results have led to an improv-
merit in our concept of the caking process and have sup-
plemented our Information on the behavior of different
microcomponents of coal during heating. The process
of caking was studied for mixtures of different composi-
tion and also for couLs from different fields in the
Card 1/1 USSR. Ye. G. M.

FRISHBBRG, V.D.; PERMITINA. K.S.; MMLER. I.F.
Coal from the Balakhonka series of the Kuznetsk Basin as raw
material for coking. Koks !L khim. no-5:3-9 158. (MIRA 11:6)
l.VoBtochW uglekhimichesidy institut.
(Kuznetsk Basin-Coal-Carbonization)

e~eAq
5-L i
let;
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0% p. top,

hg, "i jq? W3541!IME
01
i`3

PIRMITIVA, K.S.; FRISHRERG, V.D.
Con'to of the Kollchupino formation of the Kuznets Basin se
raw materials fnr cokIng. Koko i khIn. no.4:3-8 15?. (MLRA 10:5)
1. V'ostochzWy uglekhimicheskly institut.
(Kuznota Basin--Coal)

SOV/66-59-1-3/26
AUTHORS: F.-ishiberg, V.D. , Fer mitina, K.S. and Soir-olov, V.Z.
TITLE: Geological Reeerves of Coal in the KuzneLEZ'1-1.Y Basin as a
Factz:r Determining the Direction of De-relopment of the
CDking Te,~Iinology (Geologicheskiye zapasy uFlya Kuznetskogo
bassayna kak faktor, opredelyayushchiy napravleniya
razvitiya tekhnologil koKsovaniya)
PERIODICAL: Koks _4 Kbimiya, 1959, i~r 1, PP 10 -- 13 (USSR)
AB13TRACT: Aa the ma4.n effort ija the future development of the iron
and stael industry will be concentrated in the Eastern
ec,onomic reg-Jons, the Kuznetskiyu'~eibasin will become the
main sii-
pply :3cuxce of coking coals for these regions.
Prcyed reserves of the basin and their distribution
ac-:,(7rding tc te~,.hnolc-gical --oal types are discussed
(Tables 1,1 2). It is; concluded that proved reserves of
,~oa-s suitable for coking amount to about 11 milliard
tons, i.e. sufficient for ?0-.100 years. The distribution
cf --c-als reserves between the individual technological
types can seture. the iLCrease in the output of coke
up to 60-65 million tons per year, roviding preferential
,--~z-uahlr-g and new cokiag te,--luiology Mf 5) are employed.
Cardl./2

SOV/68-59-1-3/26
Geological Reserves of Coal in the KuznetEktrIIAz&,r as a Factor
Determining the Direction of Development of the Coking Techriolo&y
With the conventional coking technology the yearly
output of coke can reach 35 million tons. The main
effort in prospecting work should be directed towards
findi 'ag soft coals. There are 2 tables and 6 Soviet
references.
ASSOCIATION: IMKhIN
Card 2/2

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I:t rarmking
YJ Tral na

FRISHIMM, V.D.; POPOVA, Me.; PRMITINA, KOS.
Properties of dull components (durain) of coals from the Balakhonka
series In the Kuznetsk Basin. Koko I, khim.no.2:5-12 '56.(V1,RA 9:7)
I.Testochn" uglekhimicheekiy institut.
(Kuznetsk Basin-Coal-knalyais)

FOXITINk. N.G.; SHLYGIR, A.I.
Itlectrochemistry of the adsorption of hydrogen on metals In pre-
sence of a liquid phase. Izv-.AN Kazakh.SSR.SerAhim. no.4:53-59
151. (NLRA 9:5)
(Hydrogen) (Catailyets)

USSR/Chemistry - Catalysts Jun 52
"The Reactive Capacity of Hydrogen That Is Ad-
sorbed in the Activated State," N.G. Permitina,
A.I. Shlygin, Kishinev State U: Acad Sci Kazakh
M
Raw Fiz Khim,, vol xxvi, No 6, Pp 874-877
Using electrochem method for-clarifying the mecha-
nift of hydrogenation in the presence of a liquid
pbase, demonstrated that the total quantity of
b7drogen adsorbed in the activated state is re-
active toward methvlethylacetylenylcarbinol;
220T.U
showod that tbare Is inhonogeneity of - tba surface
6f platinized Pt and, particularly that there is
presence of 2 types of adsorption centers which
4UTer sharply in activity. The nt-4re aetive
bave a low value of the adsorption potential toward
bydrogen. Svirface movement of activated adsorbed
bydrogen taken place only to an insignificant ex-
tent. The svbstrate has an effect on the adsorp-
tion potential of the surface; the number of
centers exhibiting the highest activity depends
not only on the structure of the catalyst, but also
the compa of the liquid phase.
22CPP12

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PMNITINA, N. 0., ~ ~L N , A . -~ .
Catalysis
Correlation Df adsorption and caLalytic processes during hydroEenati')n i:i tne
prescnce of a liquid phane. Zhur. fiz. khim. 26, Nio. ~,
9. Monthly List of Russian Accessions, Library of Congress, December 195P. Unclassified.

SOKOLOV, D.V. ; K:fi)KHWVA. V.V. ; PERMITINA, N.G.
Condensation of 1,2.5-trimethy'l-4-piparidone with formal4ah7d,3.
Vest.AN Kazakh.SSR 14 no.10:153-70 0 158. (MIRA 11:12)
(Piperidone) Ubrmaldehyde) (Condensation products (Chonistry))

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KCCESSION NR: AP4019969 c,/0020/64/154t'*006/1306/1309
AUTHORS: Gross, 'Ye.F. (Corr. -nember AZI S SSR) Permogorov, S.A.
Razbirin, B.S.
TITLE: An optical analog of the Mossbauer effect
SOURC3: AN SSSR,, Doklady*, v. 154, no. 6, 1964, 13o6-1309
TOPIC TAGS: optLcs, Mossbauer effect, phononleag transition, crystal,
crystal spectrum, cadmium sulfide, cadmium selenide, zinc 3ulfide
ABSTRACT: Very sharp lines h~kve beon found in crystals a--:
CdS , CdSe , ZnS , a,-; d some ot~.t-,,-,3 0",-lission a nd Z"L'3(-
4K near fundaimpl-ii a'03 *, -~on er; '-e ( s cc! Fig. I of thc E,-,.- 'I uu:-c
width is about .-.0-- ev. Tht- j-,ure.'-v --lectron' c (;,~-Cnonlejj)
tions which correspond to -'J nfs sued-,, to be simiir t,:, t-1.
J
narrow lines in t~.e Faiama spectura s st ~ i u o raffacl.).
autho:-s have invest 4. gated tho temperature dependence of ti-,ese
in the range between 4 and 26r, of bie Enclostzu). c-ep-~rL;--,CU
is similar to that of the MlossbauEir effect except that Lhe Lampera-
f
Card 1/4

~,rACCESZHON NH.: AP4019969
ture range is much lower than that for the latter. "The author3
are grateful to Ye. D. Trofimov for many discussions." Orig. art.
has: 3 figures.
ASSOCIATION: Fiziko-tekhnicho3kiy In3titut im. A.F.JoffL. Akadamii
naik SSSR. ( PhyiLcotechnicat Inatituto, Academyof sciences,SSSR)
SUBMIWED: 07Sep63 ATD PRESS: ';3055' ENCL: 02
SUB CCDE: SS, OP NO REF SOVt 008 OTHER: 008
CaM ~2/-4-

ACCESSION NR: AI?4019969
d
b
n-0- n-I
Card 3/4
ENCLOSURE: 01
1 Schematic representetion
of electron vibrational spectrum
for the irradiation of CdS crystal
at T - 4.2K: a - i n t h e" 'c a9 c o-f
the interaction with optical rhj-
ions only; b - in the case of in,,cr-
actions with optical and acoustic(A)
phonons

ACCESSION NR: AP4019969

.-A

Card'4/4
7- ks *A
L
T-20(
ENCLOSURE : 02
Fig. 2. Change of
the line A - 4888.6A
and the band, depend-
ing upon interactions
with acoustic pho-nons
and the tempe~rature

GROSS, Ye.F.; RAZDIRIN, B.S.; PUMN'YOROV, S.A.-
Free and bound excitons in cadmium sulfide crystals and
the analogue of the M16ssbauer effect in optics. DokI.
AN SSSR 147 no.2:33E~-341 N 162. (MIRA 15:11)
1. Chlen-korresporAent AN SSSR (for Gross).
(Cadmium sulfide crystals)
(Excitons) %6ssbauer effect)

A WNSA.&V DISTI, 11*"Ov !IF& WAW U~,4JW A44%&A.=WJAFA4 %MXYIWLW.P W" WLAW AJAWVL44W.LVJ W~
the, bii Lisbt,~ frais deperdermice is
to tho fut that different portions of':
the .. *Im khlk,~Iam i "Orout IZ*scenc*~Uaeso- the 4actrm of the afterglo-4 of
41M
~r 41ktual'afleds van b'Weatigati' at,T n 4#2Xj, iw veU as the. twparature
iut -&I 2-M. AM=& early in--:!--1-,-
depii Wof tbe' i glow Spelitrum- in A
,v
card
7
ir
77

NMWXW~p N~- = ' I -
L 47053-66 LIWT(i)/!p lip(c)
ACC NRo AP6015467 SOURCE CODE:
AUTHORt Grosep Ye. F.; Perrno )rovo S. A.; Rubtrin, B. S.
Ir
ORG: Pbysiciq E Pering InaUtute im. A. F loffe, AN SM, Leningr&d (Fizlko-tekilm leeskly
ImUtut AN SSSR)
TITLE: The inotion of free excitons and their Interaotion with Phono s
SOURCE: Fizika tveirdogo tela, v. 8, no. 6, 1966, 1483-1492
TOPIC 7AGS: exciton, phonon Interaction, phonon spectrum, cadmium sulfide crystal, crystal
optic property, luminescence, luminescent crystal
ABSTRACT: An investigation Is made of the possibility of the manffestation of the kinetic
energy of freely moving excitons In an exciton luminescence spectrum. Differences are noted
among the processes of a phononless, a one-Vhonon, and a two-phonon optic annihilation of
excitons, rolated to The different formulation of the law of conservation of momentum for these
processos. The resiAts are used to analyze tlie exciton luminescence spectrum of CdS single
crystals in the temporature range of 4-77K. It Is shown that excitons in this case may be
considered as free quasIpRrtIcles following the Maxwell distribution In the kinetic energies and
Interacting with phonons with the fulfillment ofthe law of the conservation of momentum. In
Card 1/2:

-L 4705.~-66
ACC NRs AP6016467
conclusion. the authv" consider it their pleasant duty to express their gratitude to K. K.
Reb, e, V. V. Khlzbnvakov, witA, A. )Goc kMn for a frulffid discussion of the results, and
to V. A. Abramov for asaistance In making the measurements. Orig. art. has: 17 formulas
and 4 figares.
SUB CODE- 20/ SUBM DATE: 124:)ct65/ ORIG REF- 010/ OTH REF: 007
1

ACC NRs AP6036321 SOURCE CODF."I -'dE-/'003'0/"/07i8/Oll/KO01/KO04-
AUT11ORi Lider-,.K. F.; Novikov. D. V.; Permogorov, S. As
ORG; institute of Physics, State University, Leningrad
'TITLE: Application of bound-exciton optical spectra in the study of
radintion.damage in crystals
SOURCE: Phy-sica status 9olidi. v. 18. no. 11, 1966, Kl-K4
TOPIC TAGS: radiation damage, ionizing irradiation,:
ar4~c_ Ara,-_
exciton NE, -~A,
'ABSTRACT,. Radiation damage in crystals was investigated by means of
The radiative annihilation of bound-'
excitons bound to lattice defects.
exciton states gives rise to emission lines which are resonant with the
absorption lines. Oi the bound-exciton lines, the most intensive are
t
the Il line (4888.6 A) and the group of 1. lines (12A: 4867.2 K;
12B: 4869.1 A; 12C: 4870.2 Bound-exciton emission was studied at
77 and 4.2K in CdS crystals bombarded with ions and deuterons. Ion
bombardment caused the 12 to appear in the lumineacence spectrum at 77K i
of those specimens for which it had not been observed before bombard-
ment; it iLntensificid those which had been present before bombardment.
At 4.2K a new line with a 4870.1 A wavelength appeared in the luminescence
lard 1 / 2

ACC NIL-70-663-642-1-
and absoi7ption spectra of ion-bombarded crystala. The stimulate([ line
correnponded to the 12C line. To 1)rove that the changes observed in the:
luminesconce spectrum resulted from the radiation damage, CdS crystals
were bombarded with a flux of 1016/cmz 6-Mev deuterons. Essentially
the same changes occurred in the luminescence spectrum as occurred afterl
bombardmcint with ions. At 77K a line appeared in the luminescence spec-1
tr*um with its center near 4886 A. As compared to the line obtained by
ion bombardment, it was considerably broader and did not exhibit an
apparent dependence on light polarization, All the radiation induced
changes were'stable at room temperature, The appearance of an emission
line at 4886 A at 77K an well as the emission and absorption line at
4870.1 A corresponding to it at 4.2K can be associated with the in-
creased sulphur vacancies in the near-surface layer. They act as donors
and produ,ce a change of dark resistance. When such crystals are excited
by light, excIton neutral-donor complexes are formed near these vacan-
cies, which cause the appearance of a new-spectral line. The energy of
the bombarding ions and deuterons is sufficient to displace atoms of
both sulphur and cadmium. However, In this case sulphur vacancies are
primarily fornod. ',IVA-951-
SUB CODEs 20/ SUBM DATEs- 29Aug66/ ORIG REFs 003/ OTH REF: 005
Cwd 2/2

Y Pr um~ "m
--.7r, v 0.
Tr. i c 0 r v r, V1.1 r,.

PL ?I E.", i G.D. A. PERI-JOY V
..oLOP lectr-* c s.L e ro; :~f- t e r- L.,
tf-.e 1 i g-.h t pc -'ar i za t on lar, e 1 11 C VS Lh 15 ?~r J s .a
n 2 -. 2 ' 'C-.1 '.7
n9 I,,*. Tlit 'w:- ta AT 3'-l.;!,

ALEYSEEV, V,G.; ".ICKUL'SKIY, M.A. ~, FER.MQ;Q.ROV, V.I.~ _,
, tudy of bicpalyiners by u!~irig a raw photoelectric spectropolarlmter of
S L
high sensitivity. Biofizll:a 10 no.2047-349 165. (MIRA 18:7)
1. Institut atomnoy energlA, Imeni .?:urchatova AN SSSR.

PERHOGOPOV, V.I.; LAZURKIN, Yu.S.; SHMURAM, S.Z.
Siiidy-6f-the complexes of nucleic acids with acridine orange by
the optical activity dispersion method. Dokl. AN SSSR 155 no.6:
1440-1443 Ap 164. (MIRA 17:4)
1. Predstavleno akademikom A.P. Aleksandrovym.

20729
s/o5l/61/010/004/007/007
3 'goo (10-v~116 4" E032/E314
AUTHORS Kizel-
, V.A. and Pern~o&_9_r9v-,--V-l-
TITUEs Photo-electric Spectropolarimeter
PFRIODICALt Optika i spektroskopiyai, 1961, Vol. 10, No. 4,
Pv, 541 - 544
TEXT;i The instrument described in the present paper was
designed to measure the magnitude and dispersion of
natui,al optical activity and magnetic rotation although it
can tie used for other polarisation measurements, A block
diagram of the apparatus is shown in the figure. The light
sources are a strip lamp or the E,,` -J (DKSSh) krypton lamp
(depending on the spectral region under investigation). The
apparatus incorporates the (UM-2) monochromator and
the polariser and analyser are in the form of 111an prisms
(15 x 15 mm). The beam is carefully collimated by slits.
the beam diameter being 8 min, The image of the exit slit
is projected onto the cathode of a photomultiplier. Light
leaving the polariser is modulated by a Faraday cell working
at a frequency of 485 C.P.s.. If the specimen under
Card 1/7

20729
S/051/61/010/004/OU7/007
Photo-electric E032/E314
investigati(.ii does not rotate the plane of polarisation,
X
then ligh. transmitted through the crossed analyser- V
polariser system is modulated at & frequency of 2*~ In
the presence of rotation an off-balance signal having a
frequency '\) is present. The latter is detected by a
system consisting of a photomultiplier 0~_1-2_-A (FEU_29))~
a narrow-band amplifier tuned to the frequency j (band-
width 15 c.p.s.), a synchronous detector and an output micro-
ammeter, In this way, photomult:Lplier and amplifier noise
can be considerably reduced. Interference is prevented by
screening the -electrical circuit.-) tind the photomultiplier
by iron and co-per screens. The above frequency 1.9 also
P
convenient from the point of view of reducing mains inter-
ference, The measuring procedure consists of reducing the
reading on the output micro-ammeter to a minimum by rotating
the polariser (the angle of the polariser can be read to
within 0,0010). The analyser remains fixed in order to avoid
changes in the sensitivity of the photocathode. The amplitude
of the oscillations in the plane of polarisation introduced
Card 2/7

20729
5/051/61/olo/ou4/007/007
Photo-electric IF032/E314
by the Faraday cell is determined as follows. With the
polariser and analyser in the crossed position the transmitted
light intensity is given by
= I + I sin a
m s 0
where a is tic angle of' rotation of the modulator,
10is tne intensity of light incident on the analyser and
Isis the intensity of light scattered in the analyser
and the preceding component.
The s--.attered xnterisity is then as5umed to be given by
I al + b1
and honce the off-balance signal per unit angle of rctation
is given by
,.~ Im 10
S - = sin 2a
b
Card 3/7

207 2 9
S/051/61/010/004/007/007
Photo-electric E032/E314
Experiments showed that the main source of noise in the
detecting apparatus is the photomultiplier, It may therefore
be as~sumed that.
2
S. cl
n m
The S.Lgllal-to-rtoise ratio is therefore characterised by the
quaiit.tty
S sin 2ct 1 - b
A z -- = -- 2 2
S (a + sin (X) I c
From this0expression it is found that 71gn= 0601,
amax 3 , while when A = 0.1 amax 1,- 15 and
A0.01 2A0.1 . It follows that the scattereci light must
be reduced as far as possible. This design can therefore
be use!d to choose the optimum conditions for each case by
changi.ng the current in the cell. From this point of view it
Card 4/7

20729
S/051/61/010/004/007/007
Photo-electric .... E032/E314
is superior to that described by Gillham (Ref. 3). The cell
was in the forin of a thin-walled tube filled with
a -bromo -rq)hthal (vie having a large Verdet constant, It is
exceedingly important for the windows of the container to
be non-birefringent. The accuracy is + 0.003 deg. This
accuracy can be? maintained for specime'~ densities up to o.8.
Acknowledgments to G.I. Gorchakoir and V.I. Letokhov, who took
part in the development of the dovice4 Yu.V, Denisov is
thanked for directing the design of the oscillator.
There are I figure and 5 non-Soviet references.
suBmi,rTEDi October 31, 1960
Card 5/7

20729
S/051/61/010/004/007/007
Photo-el-ectric E032/E314
Figures 131,~ck I niodulatori Block 2 - recording apparatus;
Block 3 - 3upplies for the recording apparatus;
Block 4 - Faraday coili Block 5 - light source. PH
~1,~ I strip and Krypton lamps, respectively; PI - monochromator;
-n I and )2 - lensesi 1-1, A - polariser and analyseri
0 - specimen-, (J)" - phc.tomultiplier,
1 - pre-amplifLile-r; 2 - riarrow-band amplifieri 3 - synchronous
detector,, 4 - vacuum-tube micro-ammeter; 5. 6, 7, 8 - supplies,
9 power ampliLfier of the modulatori 10 - pre-amplifier;
11 master oscillator, 12 - supplies; 13 - phase-Bhifter;
14 supplies for the lamps
U I rough zero indicator; U 2 - fine zero indicator,
U 3 magnet current, U. - modulation amplitude,
Card 6/7

I-lioto-clectric ....
20729
S/051/61/olo/004/007/007
----'032/E314
Figur e p 7~%
--------------
6A,,2
uj 6Aox2 U, L~-:
U,
03y,
,3y
m
17
----------- A
J7.,
7ei
1H,
9 f0
f0
Card 7/7 BioK-cxoma npn6opa.

PERIVGOROV, V.I,.; LAL-URKIN, Yu.S.
Mechanism of actinomycin - DIIA, complex. BlofizlkfL 10 no.1:17-25
165. (14IRA 18:5)
1. Institut atomnoy energii K-.irchatova, Moskva.

V&N KAN
5 7, S/0190/65/007/002/0361-1/0365
r kR )o 66
AICES. N: AP5,
r07 b
V ahk-Y D Serdyuk
., r. iim~ MASkiy, 11 L.: A*;.
9j,.
mw~
T -a-
Bats Cury
ha''Or ix-coil:1transition from t.he meltin 8s of
Lh ving ikwitionW~, imteichain linkages-
"I. a .
SDURO V -a-okomo
6' rr'YY 49yodineni)L, 3- v.,,7, no 2j -1 -%365
965;, 362
k~
A
.1410 !AGSt de-so: ~~P!6rnucleio:.~ a id~ bilding on p.dye,,~nucleotide
K- ergy
ABWRA ' T v_ There -6 e as yet no, ,reliable 1 data on the binding energy of the
*tax7 6haiw i= the- do4ble bel!~,,- of DNA. - This, is . due chiefly - to the
L
edqper~ nt-al diffl -ulty of dirikt micro4=1orimetrio deternination. The authurs
work gut- a methoa of determl~,ing thel, ng energy by introducing into DNA
a so maber.of ~~odal interciAecular 4~ covalent supplementary bonds (or clips)
betvii~ t1a oompleontary. chaiiis. Whenda dye_(acUnc,qjcin,or acridine, orange) acts
___t~ 6 Aeltilik curve -of DIM. change# characteristicallys The melting point, arA
~--l-the- ~tug-ba*eAture_ rango ;Lacreasei', If -all dye molecules introduced into the
_':1.eo1ut on axe bound[ to DNA so V'Ut each iaip-is formed by one dye molecule., the clip
t
conce Lrat ion is -dett nod by'the formila c n 2D/P., where D- is the molar ccn!~en-

KIZI;L I p V. A. ; ZI;N+ GOROV 9- V. 1.
Photoelect-ic spectropola,,imeLer. Opt. i spektr. 10 no-4:54-1-544
Ap 161. (MM;- 14: 3)
(Pola.riscope)

USSR/Cbemistry - Catalysts 1 Jun 52
"The Effect of Pressure on the Solubility of Molec-
ulax Hydrogen In the Beta-Phase of the System
Palladium - Hydrogen," P. S. Perminov, A. A. Orlov,
AcaA A. N. Frum),An
"DOk Ak Nauk SSSR" Vol 84, No 4, pp 749-752
It V&S found that the soly of hydrogen in palb%dium
in the region of the beta-phase can be represented
by a logarithmic' function at lea t up to 0.9-2 g-atm
hff li/g-atm Pd. Measurements were =de at 1001 50, 0,
-32, and -78. At -780, pressure has the lowest
232T12
effect on soly. The resLLIts are in good agreemnt
vith electrochem data.
232T12
ft

E,-.,ur,c,rj : USSR T
t wz D ry : Human and Animal Physiology, Reproduction
ir. Ref Zhur Biol., No. 2, 19,59, No. 8361
Xostyurina,P.; Drozdova Z. Permskaya V. , Tit-
kova V. Chaykovskaya A.
Leningr;d Medical Institute
An Evaluation of the Functional Properties of
the Pregnant Uterus Prior to the Onset of Labor.
Sb. nauchn. tr. Kafedry akusherstva i ginekol.
1-1 Leningr. Med. in-t, 1957, 1, 34--41
t no abstract

YkKOVLEV, I.I.; ClUYKOVSKAYA, A.L.; ~ERIISKAYA, V.A.; TITKOVA, V.S.;
DRMIOVI , Z. A -
Characteristics of vascular reactions and contractions of the
uterus ir, pregnant women prior to labor as a result of the use
of c-affeine and bromine; according to data of clinical and
physiologicai emwninations. Sbor.nauch.trud.Kaf.akush. i gin.
I U11 no.2:174-181161. (MIRA 16:7)
(UTE1-1US,PREG1'A1,T) (CAYFEUT-PINSIOLOGICAL EFFECT)
(BRC141]&'--PM'SIOLOG1CAL EFFECT)

EEKSKAYA, V.A.
Comparative evaluation of various techniques for administering
proverine in weak Labor contractions. Akush. I gin. no.5.,23-29
6-0 155. (MIRA 9:1)
1. Is 'kafedry akusheretva i ginakologii(zav.-prof. I.I. Yakovlev)
i kurva tokeikologii (nskuchny;r rukavoditell -prof. X.Ta Mikhallson)
I Leni,agradskogo meditsinvkOgD institute, Imeni akad. I.P. Pavlova.
(NIMIGHTHR, off .
acceleration of labor)
(IABCO!,
acceleration with aeostigmins)

Vt, All.
CL
Cnn Tocht Sci -- (diss) "Use of Combined
-tu
il-AlViffor the Purpose of Incraasin9AS1UdE:e '461&ft~~v Cav"'ty
Filto r, P-
of SWerftaspeol ~&w#at- Filters." Lon, 195'-', 16 pp. (I~anistry of
lUghor Education ~SSP. Lon Crdor of Lab6jr Rod 1~anner Eng Const
Inst). 100 copies. !IM, 10-58, 120).
- 28 -

HRMSKA~'A MELFMkll, DOROGA.
Alfavitno-predmetnyl ukazatei orikazov, ts'irkuilarov, rasporiazhenii instrucktsii,
polozhenit t pravil S 1920 po 1-e ianvaria 1929 goda, sokhraniatu.4hehikh silu
na 1. tanv. 1929 g. fCAjlphabetical subject index of orders, circulars. decrees.
instructions, and regulations-/. 3. izd. Sverdlovsk, 1929. 372 p.
DLC: T79-X75 1946
SO: Soviet Trans-oortation and Cammmications. A Bibliog_ra2hZ. Library of Congress,
trence Depar~m-ent, Z-9h ngton, 195127. UJI:,,,ified.

PSAM19, N,, ensionerka
--E-
Practical help is the main thing. Sov. profsoiuzy
18 no.21:20-21 N 162. (MIU 15.-I1)
1. lieshtataviyy instructor oblastnogo komiteta professionallnogo
soyussa rabochikh mestnoy promyshlennosti i kommunallnogo
khozi.raystva, g. Leningrad.
(Trade unions-Officerall

creLtiv thij
j, fa r, ~~r;c *,v,; In 'k 7"
J~ 0j, TI'l '41", f-

rErd.17,11F, E. As
Kem byt' fWhat to he7. Moskva, Trudrezenrizdat, 1953. 367 p.
SO: Mlomthly List of Russian Accessions, Vol. 7, No. 3, June 1954.

MXTAK, Yaugent.
'About mothers' idols and patont leather shoes. Rab-i stal. 32
no-7:22-23 JI 156. (xlu 9: 8)
(Children-Namagement)

FIEWYAH, Yevg.
The co=mniBt as,-rision. Sov. profsoiuzy 17 no.24:4-5 1) '61.
14:12,
,c),laminism) (Social conditions)

PEM'Yky, Ye.
Is a h-~-ate-d garage nec-anc for an automoti2e'l llvtDrjot 1, -- F *: : "I,
'61. (1,~!R.A 1~-: ,
(Garares)

p -.,*; r ry k F, , y-_,; -
, r, 1, . . . , - - J. 11 . - . .
20,7r5. ~,,. " - - , ,
- --y , 9 - - . .1 J,% - '! ., ~, .7.. -;1 . .[-, ~ J. ~ - .
I,-- tkovk*Ly. 'na.-.iyf~ - - 11 ~ ~ t ', 14. ~ , * :,: - . I - . " - -) .
- , - : , - - -7: y - , , , , C, --; k ~, - , ,
- - T ?~, 1.
)4. 1 .
-j L) : -- - I - - ~ .1 ., ., ..%

Exc., Vr-

FFIRI-Ilylly? Y-i;~Anly Andr,~yevlcfi.
A word a bo-it the mounllv. in ~ l.; ~- -.d! t ' . Miolodi,i.,; 7vnr,4i~,ti, 1`4~,-- " c, - - ~,-~-278F~)
IID95,~5.R921B%

PERMKORO G.
USSR
on Railway lines under construction
SOURCE: Nj Kazakhatanskaya Pravda 16 Nov 1947, Alma Ata
Abstracted In USAF "Treasure Island".. on Me In Library of Congress, Air
Information Division, Report No. 38011.

PERMYAKGA, G.
USSR
ON: RaLLway lines tu-Aer construction
SOURGE.- N-. Kazaktaitanskaya Pravda, 16 Ncv 47 Ala Ata.
Abstracted ii USAF "Treasure Island". on file in Library of Coagress, Air
Information Divisiort, Report No. 38011

rmzkwLwmw.
WOR"
Box-container for glass. Rate. i izebr.predl. v strei. s#.123:
28-29 155.01ams--Trunspertatlen) (MLTIA 9: 7)

ACC NR:- SoURCE CODE: UR/0240/66/000/011/0078/0081
AUTHOR: Ba;hmalkova, T. A. Sukal'skaya, S. '!a. ; Nikiforova, 0. A. ; Per-:-../akov, A. A.
'ORO: fione
TITLE: Radiati VY&i(!nic evaluation of ground in which radioactive wastes are buried
.SOURCE: Gigiyqpali sanitariya, no. 11, 1966, 76-81
iTOPIC TAGS: radioactive waste disposal, radioactive waste disposal equipment radio-
liactivity measurement
f i
!ABSTRACT: The area observed, in use since 1362 has a ccmplex of installations , includ-
ling depositories fl..,or fluid and solid waste products. a place for decontaminating ma-
~chines, and pontainers, etc. The study tested air pollution and variations in the
lradioactiv~ V., rate in operations connected with the transport and disposal of the waste
products."' Two' mai'n sources of pollution were the ventilation systems in the buildings
and the sewage where it reached open reservoirs. Sr9O, cs137, Ce144, and Ra226 Were
used as indicators. For control of: the radioactivity level determined by aerial fall-
50
,out activity of the deposits and the settled dust, density fallout rate of Sr and
ICSN7, aerc-sol air activity on the studied territory, adjacent grouni, including
plants, were measured. Samples were selected at various times of year. The control
'point was 11 km from the object. A total of 107 deposit and dust samples and 48 plant
C~brd 1/2 UDC: 614.73:621.)39.7

PF"Myli TV , 1". ~~ .
Char&,-- t-:? I ~,; * ~ r q !, I ,~ I :,;. , ~ " I 'I; -
recent cort ~ ~( i i i -2 ~ - - ~ , , ,3 a c; r e -j r-, ~, ~ - : I 1~ . I ~ :
in the ~enisie-,- : a,,. -1 1 - r . ", -1 - . , . I~ ; ~, I . I. . . .1 .
SS3P '', ', .,

LORUS)HIN, Tu.A.; FZWAKOV. A.I.; TROYINOV. Tu.N.
Ta2 Interglaciation in Western 3Iberia. Izv. AN SSSR. Ber. geol.
25 no-7:82-88 JI 16o. (MIRA 13:10)
1. Geologicheakly institut AN SSSR, Hoak-va.
(Siberia, Western-Glaciological research)

PERMYAKOV, A.P., inzh.
llwovcwr tV!q quality of raw materials used in the nanufactire
of Wnenite refractnries. Ogneupory 19 no.4:232-1235 '54.
(141RA 11:9)
1. Rudniic zavoda "Magnezlt."
(14agn Oti i t a)

FEWAKOV A.P. gornyy inzh.
...... I
Now developments in cutting a:cess ramp and working trenches in
rock. Gor.zhur. no.10:22-23 0 160. (MIRA 13:9)
1. Satkinskiye rudniki zavoda *Magnezit'.
(Barthwork) (Strip mining)

PEPM*AKOV, A.P
Developing and perfecting mining operations in. "MagnezitO plant
mines. Ogneupory 27 no.8072-376 162. 0~ 15:9)
1. Zavod "Magnezit".
(MRgnesi-,n) (Strip mining)

SiMGF-YEVA, N.D., inzh.,- i'FIVYAF')V., B."., inzh.,- KLYj~',fT'1, xwid.
;7 1 - .,-'X 9
tekJm. nauk; . -1 . , ' ' I'kt d . te k h- . r;
Contamination factor and u3e of the conve,-tiv.:~ w.-cil, tni? su7fac,-.q
of boilers with led Sh04 cleaning, operat4ng on
I
mazut. Tuploenergetlka 13 ~263 # "'. 1~~ -. , ;')
1. Vaeso,rumyy topl~tokhriichoskly inotl.Wt..

KLYACHIMp B.Lt kand. tekhn. nELuk; SIMGErEVA, N.D., inzh.; PITMAKOV, B.A.,
inah.; IVA.NGV, B.V., inzh.
Corrosion of low-texq*rature heating surfaces of boilers operating
on mazut with high stMIur content. Teploenergetika 10 no.8:33-38
Ag 163. (MIRA 16:8)
1. Vseno3ntznyy teplotoldmiche3kiy institut.
(Boilers-Corrosion)

;'LlJ44YA(I% , B.A., im;?I.; ~'~ :.. ~. -' .I .. ~ .
~'.Uuy "f :.(:Ell, * '-f '~~ !',:- : ,
ita, - '~ ~
I. V~ f -, "
I . :-':k 11,
I . - . :~."
1 '1" . .
.:" '. "I's

VORON:24, I.V.; PERMYAKOV, B.G.
ReBlaltS of dralning the Sibayistrip mine. Gor,, zhur.
no.5:19-22 My 164. (MM 17t6l
1. Bashkirskiy medrio-seryiyy kcmbiriat, g. Slbay (for Voronin",.
2. Magnitogorskiy gornometallurgicheskly institut (for Permyakov).

BADLANOV, Vyacheslay AJAmyevich; MUMLOV, S. I. p kand. tekbn: n*kv
retsenzent; FERKYAKOV, E.Ye., inzh., red.; DUGINA, N.A. tekhn.
red.
(Welding of cast iron] Svarka chuguna. Moskva, Gos. nauchno-tekbno
izd-vo mohinostroit. lit-ry, 1961. -143 p. (MIRA 14:9)
(Cast iron-'Welding)

PMDIYJXOV, G.
To the young travalera. On. nat. no.7:26-27 JI 161. (MIRA 14:7)
(Arsentev, Vladijair Klavdievich, 1872-1930)

PAW:YAKQV. Ill v G
E!Yevic)i; ULOYANOV. AndrOY Vladimirovich Cdecessed];
German Avgustovich: BMXMAN, Yu.X.. vedushchiv red.;
THL)FI14CA', A.V.. tekhn.red.
[Fundamentals of oil and gas goology] Osnovy geologii nefti i gas&.
Moskva. Goo nouchno-t ekhn. izd-iro neft. t gorno-toplirnoi lit-ry.
195?. 292 p. (MIRA 11:2)
(Petroleum geolot7) (3a9, liatural-Gaology)

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W&A a I
off
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11,41 re"k.71fulf-Ity 11~~
1 00
41".1slos"r ovisd at 14*1* tis It"A'C' in a l"Jusci 9C too
I'locts, v(sojimclim I" vulwim so MWIC. I. 4~' &0
sPwwwlw ulthaux-4 23 Intormillm! beftliap oil Swc
arwl 41oftl0kins In **INV, Tow h&"'k-II7 4 Aml laic 10 *0
low" brt*vrn 1A atul Iff .~' 1101or"ght at"Imtko 00
44 (4W tak is 101111 kg, 94 Con. 1 0 gird fair Jo
It"11 ks /m4 con Tak ilm'wicl, In wtvkinx furnar" saw too
xm% 90
a x it a a
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Al
The neis cil depWts in the Ural Mwistailix area.
-
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li 11914) A cmdr.Al d1wowurrd nrar hm
;.
(III w6irl had lilt fMu'kItI* propt-gUo 0 0AW,

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t-~ 150' and 4f; dmit, i1w ml I. low Ili k%l%,,
malk A A 11-hibiwi,
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the blood 115 healthy Indlyiduall AM4 in acute And thronic
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4UKAT in healthy subiects. 13 patirlits will, jm~ujr "rj,
chYmzlMi% tu-potitis. nk~Ainii ~W t in),,ted inijawn,,ly
00 a at I 'A,-mx level or given P.7 03 in a I(Mmg lev,I
IM111 the bl,"Od sugzf and 1110od dsasta%e. In atruithic
0: r~ f liver utiflio%irt, nicolistic avid in the atx)vr do%aRr dne, not
IcimvT 1.1i"I sugar bill kiweirs the Idi"I din'taw
of
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toed C1 nkaunk add an thl addity end diewwo
Ci of dwastive jr0ko. F. X. Pernayakov. Man. Mel
"MW3) Nkotinic add (1)
No. 9.
AD has a pnwwunced ciect on the laFtr*ic jukv and has pos-
bie cardicimal Use an 6ftttw CutwTh and in POrk- in- -00
I sbo" a 2-phaw art Ion,
testinal, and dwAcnkl ukm.
fifst'lumvering and then raising the witfity and ofigestivr
capacity of the gastric jukv. Treatment with I ovrr a
pemid of 10-15 days his tht tBect of nortnalising the
stonwh function. S (Amlieb
00
woo
Oo IW
Coo
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too
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11. A 81TALLUMSC&L UTCRATUNI CLAUSPICATON
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PXFX.fAKOV, G.
Grams wool. Vokrug ovete no.3.1:16 N '55. (HLRA 9:1)
(Badges)

PXFd(MM, G.
% ftwft"~. V~ -
Chinese magnoliarins. Vok3-ug eveta no-1:7 Ja'55- (KLRL 8:2)
~Botany, Medical)

M)ITAKOV, G.I.. inzh.
Electrolytic DoliBhdng Of StSlnlesD steel. msh..
Jl-Ar, '59. ( ul-U, 121:1.2 )
(Steel, Stainless) (Electrolytic polishing)

P M-4YAKOV, '. M.
"Tne _uestion of the Etioiow_y of Sc-Called Toxicaseptic Diseases of the
tiewborn," Zhurnal KUrrobialogii, Epideaiologi:L i li-mmobiologii, No -1, 1-53.
Molotov Institute of Epidemiology and Microbiology

PBRM'AKOV. G.R.; GORISYEV. A.I.. sleear-1.
Using the S-251 mortar pump for vhitevc-,.91- 'ing. t i2o'Z.
v strot. no.5:18-20 no-5:18-20 '58. (MIRA 11:6)
1.01&vnyy makhanik etroitallnogo uchastica Zhilstroy trosta
Kuznetsktyazhstroy (for Permyckov) 2.Stroltellncry uchastok Zhiletroy
treste Euznetsktyazhatroy (for Gorderev).
(Painting, Industrial-Equipment and supplies)
(Axoping machinory)

PERWAKOV. 1.
"Development of oil- and water-bearing beds with nonsteady stiite
flow" by 'V.M.Shchelkachev. Neft. khoz. 39 no.2s7l-72 F 161.
(MIRA 17.2)

, I ,
1 1, L ~' ,. J, . , ~
I
PERHYAKOV. I.A., Inzhoner.
Optimum electric reEime for arc steel smelting furnaces.
Prom.enarg. 12 no.9:17-20 S "7. (MIRA 10:10)
1.Uralene:rgochermet.
(Electric furnaces)

o "s

CA
;7
r
-i

Subject USSRAlining
Card 1/1 Pub. 78 - 5/24
Author Permyakoxr,
Title Control of
boundaries
areas of a
strata.
AID P - 2092
1. 0.
the flooding process Of a Pool outside its
in the oil recovery of large petroliferous
terraoe type under conditions of uneven oil
Periodical: Neft. khoz., v-33, no,.4, 20-28, Ap 1955
Abstract The author analyses different possibilities in oil
recovery of large terrace deposits with uneven petroli-
ferous strata and non-uniform permeability. He considers
the processes of flooding, starting with the wells
inside the pool boundaries, and advocates the flooding
Of SMallEtr areas at the same time. The! most efficient
way of flooding as dependent on the permeability of
adjoining strata is outlined. Diagrams table.
Institution: None
Submitted : No date