SCIENTIFIC ABSTRACT POGINOV, YU. YE. - POGODAYEV, K. I.

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

21(8) SOV/56-36-3-54/71
AUTHORS: Foginov, Yu. Ye., Yakovlev, K. I.
74 74
TITLE: On the I-Rays of As (*-luchakh As
PERIODICAL: Zhurnal. eksperimentallnoy i teoreticheskoy fiziki, 1959,
Vol 36, Nr 3, p 940 (USSR)
ABSTRACT: The As74_y spectrum represented by a figure in this paper
was investigated by the authors by means of a single-channel
scintillation spectrometer which operated with a NaJ(Ta)-
crystal with the photomultiplier FEU-S. The effective curve
of the spectrometer was obtained by measuring standard
samples with known decay numbers. The lines, energies, and
relative intensities observed in the y-spectrum are shown
in a table and are compared with the data obtained by
Ire. P. Grigorlyev et al. (Ref 1) and by Horen and Wells
(Khoren, Uells) (Ref 2). The folloving measurements were
carried out by the authors of this paper:
Card 1/2

On the y-Rays of As 74
h~ Ckev3 relative intensity
S07/56-36-3-54/71
610+ 30 1
96CT 50 0.015,j 0.008
12ocT 3o 0.023 + 0-008
223C7_+ 70 ,, To-4
The existence of I-lines of energies of 1190 and 2220 kev
(also Grigorlyev, Horen, Wells) may thus be assumed to be
certain. Those with 960 and 1600 (the latter found only
by Horen and Wells), must yet be investigated). There are
1 figure, 1 table, and 2 references, 1 of which is Soviet.
ASSOCIATION: Radiyevyy institut Akademii nauk SSSR (Radium Institute of
the Academy of Sciences, USSR)
SUBMITTED: November 21, 1958
Card 2/2

POC1110VA. R. A.
"Data on a Basis for Limiting the Concentration of Hydrogen Sulfide
in the Atmosphere." Cand Med Sci, Central Inst for the Advanced Train-
ing of Physicians, 22 Nov 54. (V1-1, 29 Oct 54)
Survey of Scientific and Technical Dissertations Defer,&ed at USSR
Higher Educational Institutions (10)
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255L1
Kinetika Desorbtsii AktivirovannoaA-sorbirovapno-~-c~ 'V:;doroda. Zhurnal i z. viL. njil
I r-
1949, VYP- 8, 3. 897 - 916 - "Iblioi-,r: 7 ~Iazv
SO: IETOT-IS

LEONTE, V.; POGIRKMA,, P.
-
Contributions to the knowledge of the age and dimension of the
migration of the Danube sturgeon in connection with industrial
fishing. Hidrologia 4:287-297 163o

FOGISYAN, M.O., mladshiy nauchnyy sotrudnik
Effect of ionizing radiation on the concentration of vitamin
B12. Vop. radiobiol. [AN Arm. SSRI 1:103-105 160. (MIRA 15:3)
1. Iz Sektora radiobiologii All Armyanskoy SSR.
(CYANOCOBAIAMINE)
(RADIATION.6,-PMIOWGICAL EFMCT)

Cr
M-ML, M.N., Ml-F.707A, T.S., GALZOVA, R.D., NMVFFMVA, G.A., N.A.,
SOKUM-11A, TF.N., SELIVERSTOVA, L.A., PfZLA5rjVA, am A.T.
*CytopVWsiologlcnl and biochemical inventleation of micro-organisms in the
process of post-radiation touctivation."
Report submitted to the 2nd Intl. C;onrress of Mridlation Research,
Harrogate/Yorkshire, Gt. Brit. 5-11 Aug 1962

-'tea-Mor. in plaan. v
j~6-" 4 I.,J. ~Vo
,' , I -~. 1,. 109, 697
was a-wan t!Lii A I Paitc-. activitv of Ital Tnaczr-
'
Alimoso is high; 0
n 7w Y?S- ~C.L~.auiv-ity -
6~6--aud is Q,~~ lij C--- O-r -hlg tmt is -rcp
rt-ssed
4N bit
Y -Na salt of a6d. The C
activity d-telizes in the fau when till. lwvc-, 1(~st theL, moto:
funclou. Dzmodium ryrans, D. CC7Wdr;:;U asid D. tiyidi-
flow, the first of -,,bkL- shows rnom- nbilil~, sho- ATPase
-activitY only iu the Ist spmes; the 2 latteT spccirs are
devoid of tbe. enzyme. Acrain spb6~ mpuble cd leaf-
mution aho Contain hign A,rpase activity, WUC kni"Obitr
spl~pimuc devoid of it. G. M. Kwolfipoff

POGUZOV. B.F., BILUSHI, V., BAYXV, A.A.
Sulfhydryl groups of myosin adenosinetriphosphatase [with summary
in Egnlish]. Biokhimiin 23 no.20.269-284 Mr-Ap '58 (KIRA 11:6)
1. Institut blokhimii im. A.N. Bakha AN SSSR, Koskvn.
(ADENTUYROPHOSPH.ATASE.
activity of myosin. relation to sulfhydryl group
content (Rua))
(MUSCIM PROTEINS.
myosin sulfhydryl group content, determ. & reaction
with ATP (Rua))
(SULFEIYDRYL COMPOUNDS, determination
sulfhydryl group content of myosin. relation to
ATPase activity (Rua))

POGIAZOV, B. F., Cand of Bio Sci - (diss) "Study of Adenosintriphosphatese in 151sclez
and Certain Plants," Moscow, 1959, 23 pp (Institute of Biochemistiy in A. H. Bakh,
Acad Sci USSR) (KLy 5-60s 125)

SMIRNOVA, T.I.; POGLkZOV, B.F.; MTOVICH, V.L.
Amperometric titration of S&groups in glycinin. Biokhimila
24 no.4:758-760 Jl-Ag '59. (MIRA 12:11)
1. Institut biokhimit im. A-N-Bakha Akftdemit nimik 358R. Hookva.
(PROTHINS ahem.)
(SUI&HnRYL COMPOUNDS chem.)

17W
AUTHORS- Kafiani, K. I., Poglazov, B. F. WY/M-126-2-5ZI64
TITLKr on the Contractile Properties of Surface-spread Fibers of muscle
Proteins (K voprosu o.sokratitelOnykh avoystvakh plenocbnykh nitey
myshechnykh belkov)
PHRIODICIL: Doklady Akademii nauk SSaR, 1959, Vol 126, Hr 2, yp 414-416 (USSR)
ABSTR&CT-. The fibers of the proteins of the aotomyosin complex mentioned in
the title have been since 1952 an object of most intensive
investigations as a system in which -the muscle contraction can be to
a certain extent imitated (modelled). The same operation as earlier
(Ref 2) was used for the production of these fibers. The fibers are
shortened by 3-7% in a borate buffert pH 9, without adenosin
triphosphoric acid (ATPh) in the case of a losA of 4-7 mg, The
addition of ITPh led to a 6imilar contraction. Figure 1 shows that
an addition of ATPh does not cause an additional contraction even
different pH (6.9),. The authors are forced -to conclude that the
mentioned contraction has no specific character. Furthermore the
actomyosin fibers were investigated. They are shortened without ATPh;
however, only inamaiderably in contrast -to the myosin fibers. An
addition of ATPh leads to a considerable additional contraction (up
Card 1/2 to 50) with a weight increase up to 20 mg (Fig 2Y. I considerable

On the ContraoUle Proper~-ies of Surface-spread Fibers of BOV/W-126-2-52/64
]Muscle Proteins
influence of the KCL concentration in the base occurred in the
aotomyosin fibers. Figure 3 shows the behavior of the surface-B M ad
actomyosin fiberB of different hydration degrees Catepeni
gidratirovannosti) in tb-e case of a load 5 mg with and without IM.
It is rather ob-Aaus that -the increased hydration leads to a more
considerable contraction-under the influence of ATPh. The detection
of the non-speoific character of the contraction of the surface-
spread myosin fibers forces the authors to admit that the usual
conception according to which actin is necessary for the contraction
under the ATPh influence holds in this case as well, Tlh-i rble of the
aotin is not yet completely clarified (Refs 7,8)- There are
3 figures and 8 references, 5 of which are Soviet.
ASSOCULTIM: Institut biokbimii im. 1. N. Bakha Akademii nauk SSSR (Inatit-ate of
Bioche.nistry imeni A. V. Bakh of the Academy of Sciences, IISSR)
PUSERM: January 23, 1959 by V. A. Engellgardt.,Acadenioian
SUBMWED: January 22, 1959
Card Z/2

FOGIAZOVS B.F. (Moskva)
Structural interrelatimiships of muscle proteins during the contra-
tion of striated muscles. Usp. soov. biol. 1+9 no.2:183~-199 Yx-Ap
160. (MUSCLE) (PROTEINS) (MIRA .13:11)-

POGLAZOV, B. F., (USSR)
"Interrelatim between ATP and Hyosin-
like Proteins of Organs and Tissues."
Report presented at the 5th Int'le Biochemistry
Congress, Moscow, 10-:L6 Aug 1961.

PWIAZOV, B.F.
Effect of adenosine triphosphates and of reducing agents on the
achromatin apparatus of loach eggs (experiments in vivo).
TSitologiia 3 no. 2:204,206 Mr-Ap 161. 04IRA 14:4)
1. Laboratoriya funktsionallnoy enzimologii Instituts, radiatsionnoy
i fiziko-khimicheakoy biologii AN SSSRy Moskva.
(ADEPOSM TRIPHOSPHATES) (LOACHES)

VOROBIYEVA, I.A.; POGLAZOV, B.F. -- -
Isolation of contractile proteins from the alga Hitella flexilts.
Biofizika 8 no.4:427-429 163. (MIM 17:20)
1. Institut biologicheskoy fiziki AN SSSR, Moskva i Institut radia-
tsionnoy i fiziko-khimicheskoy biologii AV SSSR, Moskva.

POGIAZCV~B* q BAYV# A#A9
~ ~Cl F
Role of in the poac risation.of t1n, - Bjo]:hJM4jX
26 no#303 54M0 40u, 9 1
'u NRA W 6)
1, Ihstituts of Radiaticl* and Phyvioo-Chomical Biology, and
Institute of Biochemistry, Academy of Saisnowof the U.S.S.14,
Hoscow. (APTINS) (HERGAPTO GROUP) (POLYMERIUTION;

- FOGIAZCVt B.F. (Mqskva)
Macharism of elementary movements in living organisms. Usp. so-.,r.
biol. 51 no.lt62-73 Ja-F 161. (MIRA 14:3)
(MOMENT (PHYSIOLOGY)) (ADENOSINE TRIPHOSPHATz',',Ij
. (ACTOMYOSIM)

POGL&WV, B.F.
Eyosin-like proteins in the brain tiomm. Biul. eksp. biol.
i med. 52 no.9:56-59 S 161.. (MIRA 15:6)
1. Iz laboratorii funktsionallnoy ensimologii (zav. - akademik
V.A. Engellgardt) Instituta radiatsionnoy i fiziko-khimicheskoy
biologii (direktor - akademik V.A. Engellgardt) AN SSSR, Moskva.
Preclatavlana akademikom V.A. Engelfgardtom.
(MAIN) (FROTEIN)

POGIAZOV) B.F.
Pbysics and chemistry of the achrwAtinic apparatus.. TSitologiia 4
no.2:n7-127 Mr-Ap 162. (MIRA 15:8)
1. Laboratoriya furldeionallnoy enzimologii Instituta radiatsionnoy
i fiziko-khimicheakay bio3.pgii All SSSR Moskva.
(KAnOKIIZSISI

POGLAZOV, B.F,._
Study of myosin-like adenosinetriphosphatase in the intex-nal organs.
Biokhimiia 27 no.ItI61-166 Ja-F 162. (MI111A 15: 5)
1. Institute of Radiation and Physico.-Chemical Biology, Academy of
Sciences of the U.S.S.R.
(ADENOSINETRIPHOSPHkTASE)

ZOTIN, A.I.; POGLAZOV, B.F.
Excitability of the surface layerof the cytoplasm and egg
segmentation in fish and Amphibia. DokI. fill SSSR 143 no.5.'
12~3-1236 Ap '62, (MIRA 15;4)
1. Institut morfologii zhivotnykh im. A.N.Severtsova AN SSSR i
Institut radiatsionnoy i fiziko-khimicheskoy biologii AN SSSR.
Predstavleno akademikom V.A.Engellgardtom.
(Embryolor,r--Fishes) (Embryology-Amphibia)

TIKHMNKO, A.S.; FOGIAZOV, B,F-
Adenosinetriphosphatase activity of various phagess Dokl,All SSSR
145 no.1:218-221 JI 162. (MIRA 15:7)
I. Institut iadiatsionnoy ifiz,iko-khirnicheakoy biologii AN SSSR.
Predstavleno akademikom V.A Engeligardtm.
(BACTERIOPME) 4MOSINETRIPHOSPUTASE)

KISELEVP N. A.; PCGLAZOV, B. F.
-
Molecular organization of the caudal sheath of pha.ve T2.
Dok1. AN SSSR 155 no, 2;W-4,44 Mr 164. (MIRA 17-5)
2. Predstavleno akademikom V. A. Engeligardtom.

PWLA.-Z,O-V 11 F~~ TIOWNENKC, P-53.- ENGEEL'GARDT, V.A.. ak-ademik
-- 1 .1- ~:~ -- y
Effa~-t of PPF on pa.5eau mr, DNA fnn a basteriopbage. Dok2z,
All SSSR 14.5 rjnc,-9~N~,50--!jfi? 71 162~ (1-mu 15 ~.-)
1. Instit-ut r-altatgionnoy f. f12-ilco-k-timic-h-eakoy biolog'A Al; SSSR.
(ADESINE TRITHOSPHATE) (NUCLEM ACMS) (BACTERIOPIME)

BUZNIKOV., G.A.; VERZHBT'TqKAYA, N.A.; VIkIZOYLOV, S.Ye.; INEIFAU, S.A.;
P-OG,'LAZOIT_ B.F: ; SEW-RIN, 5,Ye.
international symposium on molecular cellular phys.-clogy in
Berlin and the annual meeting of biochemists in Jena. Vop.
med. khim. 10 no.1:95-103 Ja-F 164.
(IMMA 17:12)

POGLAZOV, B.F.; BORKHSENIU-S, S.N.; BELAVTSEVA, Ys.M.
Reconstruction and cr-ystallization of tail she-,hs cf t" T2
phage. Biokhimiia 29 rjo.6t.1143-114.9 N-D 164. (MIRA 18-1-2)
1. Inatitut radiatsionnoy I fiziko-khimiclieskoy Wologii AN
S'SSR, Moskva; 1,Afedra bIckhImii Gosudarstvennogo universit'sta,
leningrad, i Institut e lemon toorga-ii che ski kh soy,-dieneniy
All SESR, Moskva. Sulimitted June 10, 1964,

POGLAZOV, B.F.; VAZINA, A.A.; BELAVTSEVA, Ye.M.; KITAYGORODSKIY, A.I.
Roentgenographic and electron microscopic study of tail coatings of
the phage T-2. Dokl. AN SSSR 163 no.2:488-490 J1 165. (MIRA 18:7)
1. Institut radiatsionnoy i fiziko-khimicheskoy biologii AN SSSR; In-
stitut biologicheskoy fiziki AN SSSR i Institut elementoorganicheskikh
soyedineniy AN SSSR. Submitted September 30, 1964.

~~I, V.G,p d,.)ktn,., bio~. n--uk,,
POGLAZOV) Borlt.~IjLej 'P
I KH MI A X 1 -V
[Structure and fuu.~ti.;.,ns c:f cont!lactlle prote-IMI Struktura
i funkt-si' sAra tit ell rqkh beIkov. Mc~skvva, Nauka.. 1965.
222 p9 18-.9)

POGLAZOV, Boris Fed
17-- 42-r2ZLa4- SHPIKITER, V.O., doktor biol. nauk,
reg-
- ; UYYUKHI~A, A.V.t red.
(Structure and functions of contractile proteins] Strak-
tura i funktsii sokratitellnykh belkove Moskvaj Nauka,
1965. 222 p. (MIM 18j7)

POGLAZOV, B.F.; VOLKOVA, T.Ya.; ZOTIN, A.I.
Contractile protein from the liver mitochondria. TSitologii 5 no-3:
338-339 My-Je 163. (MlRA 17:5)
1. lAboratoriya fVnk-tsionallnoy.enzimologii Instituta radiatsionnoy
J fiziko-khimecheakoy biologii AXSSSR i Gruppa kosmicheskoy biologii
i biofiziki razvitiya Instituta morfologii zhivotnykh AN SSSR, Moskva.

1 1 PwfAz6v, v -
2. ig:3~ (600)
4. Kindergarten
7. Trade-union group among kindergarten workers. V pom. profakivu 14 no. 6, 1953
9. Monthly List of Russian Accessions, Library of Congress, June 1953. Unclassified.

I
11- ~,
&
P M. F.: MAdter Biol Sci (dies) -- "Biological aspeects of radiation
~~-
inactivation of microorganisms (on the problem of radiation sterilization)".
14DBCCW, 1958. 17 -pp (Inst of Microbiolo&V Acad Sci USSR) M, No 3, 1959, 109)

BEKHTLEMAI M.N.; MEDVEDEVA, G.A.;_EOd;47offA -A, G.A.;_
,J~,N.; SAPOZHNIKOV
FEOFILOVA., Ye.P.
Rapid method of detecting bacterial infection in culture fluid
during the production of streptomycin. PrikI. biokhim. i
mikroblol. 1 no. 6:726-730 N-D 165. (MIRA 18:12).
1. Institut mikrobiologii AN SSSR. Submitted Dec. 24o 1964.

POGLAZOVAI M.N. -
Fluorescence microscopic study of the structure of ActinoWces.
Mil=obiologiia 33 no-3:459-462 Iv7-Je 164. (,,,aRA 18:12)
1. Institut mikrobiologii AN SSSR. Submitted April 29, 1963.

POGOCKI, Tadeuszo Inz.
Structure made of'steel stampings jointed by screws as
protection-conduictlor. Wiad elaktrotechn 33 no.10009-
310 0 '64.
1. Experiment ind-Research Office, Elektromontaz,
Industrial Enterprise of Electric Works, Warsaw.

i~. d k
Tho prinnipIc of cYOfic! clur4ni, medizinica.1
3

FOGOCKI, Tadeusz, inz.
Testing of cab2e 2-ines. Wiad elektrotech!-j 32
F 165.
1. Office for Reseamh and Experi 'ments of
Enterprise for Electric I-lorks, Warsaw,

MEYSEL' , M.N.; REMEZOVA, T.S.; BIRYUZOVA, V.I.; GALITSOVA, R.D. ; MEDVEDE]VA, G.A.;
POMOSHCHNIKOVA , N.A.; SELIVERSTIOVA, L.A.; POGIAZOVA, M..K.; EOVICHK(WA,
A.T.; VOLKOVA, T.M.
Cytophysiological and biochemical studies of yeasts during their
recovery following radiation injury. Izv. AN SSSR. Ser. biol. no.6:
827-851 N-D 164. (MIRA 17:11)
I- Institute of Microbiology, Academy of Sciences of U.S.S.R., and
Institute of Radiation and Physico-Chemical Biology, Academy of
Sciences of U.S.S.R.J. Moscow.

MLYSELY M. N. (Moskva);_po-GLAZOVA, M. N. (Moskva)
Microbiological characteristics and problems of radiation ateriliza-
tioR of food products. Acta chimica Hung 23 no.1/4:529-523 160.
(V-EA 10:9)
1, Biokhimicbeskiy Institut Almdemii nauk SSSR, Moskva.
(Radiation sterilization) (Food)

MEYSEL, M. N. M7MFEL, V. M. ; BARSKIY, V. Ye.
"Fluorescent cytochemistry of cell damage, necrobiosis and intracellular
digestion."
report submitted for 2nd Intl Cong, Histochemistry & Cytochemistry, Frankfurt,
16-21 Aug 64.
Moscow.
Inst Physico-Chemical & Radiation BiologY) AS USSR, Vavi-lov Street 18, Moscow
B-312.

Y,FY,c!FLI, T,,';,.-,
0
FOGIUVIOVA M.N.
Nature of the structures obtaine,,' 17-f V.0. Kallnenko lin
distillod water under the influpnco .of im cloctr!lc mmrtnt,
Mikrobiologiia 33 no.23364--367 Ilr-Ap 164. (MIRA 17~12)
1. Institut mikrobiologii AN SSSR.

BUGROVA, V.I., kand. mod. nauk; VINOGRADOVA, I.N., kand.biol. nauk;
D'YAKOV, S.I., kand. med. naukj Z11DANOV, V.M.p prof.;
ZHUKOV-VEUZffl-lIKOV, prof.; ZE14TSOVA, O.M., kand.
med. nauk; DOWETSKIY, A.A., prof.; KALINA, G.P... prof.;
MIEN, D.R., kand. med. nauk; KOVAUVA, A.I., doktor med.
nauk; KRASILINIKOV, N.A., prof.; KUDLAY, D.G., doktor biol.
nauk-; LEBEDEVA9 M.N.., prof.; PERETS, L.G.., prof. [deceased];
PEKHOV, A.P., doktor biol. nauk; PLANELIES, Kh.Kh.p prof.;
P kand. biol. nauk; PROZOROV A A - SBITSKlY,
A.A., prof.; FEDOROV, lll.V., prof. [deceasedi; S'HilpiINA-VAGIEA,
V.I., kand.biol. nauk; VYGODCHIKOV, G.V., prof., zamestitell
otv. red.; ADO, A.D., prof., red.; BAROYAN, O.A., prof., red.;
BILIBIN, A.F., prof., red.; BOLDYREV, T.Ye., prof., red.;
VASHKOV, V.I.j, doktor med. na-Lik., red.; VYAZOV, O.Ye., doktor
med. nauk,, red.; GAUZE, G.F., prof., red.; GOSTEV, V.S., prof...
red:; GORIZONTOVI P.D... prof., red.; GRIVEAUM, F.T.,, prof.,
red [deceased]; CROMASHEVSKIY, L.V., prof., red.; YELKIN, I.I.,
prof.p red.; USUKRIN, L.N., doktor biol. nauk, red.;
ZDRODOVSKIY, P.F.v prof.,, red.; KAPICHNTKOV, M.M., kand. med.
nauk, red,; lUXMPARSKAYA, N.N., prof., red.; KOSYAKOV, P.N.,
prof.# red.; LOZOVSKAYA, U.S., kand. med. nauk, red.;
MAYSKIY,,;.V., prof.,, red.; MUROXITSEV, S.N., prof., red.
Ideceasedi; (Continued on next card)

BUGROVA) V.I. - (continued) Card 2.
NIKn3N, 1-1.7a., red.; NIKOLAYEVA) T.A.j red.; PAVLOVSKIY, Ye.IN'.y
akademik, red.; PASTUKEOV., A.P., kand. med. nauk.., red.;
PETRISHCHEVA, P.A., profs., red.; POMUZOVSKAYA, 14I.P., prof.,,
red.; POPOV, I.S., kand. med-nauk., red.; ROGOZIN, I.I., prof.
red.; RUDNEV, G.P., prof., red.; SERGIMT, P.G., prof., red.;
SKRYABIN, R.I., akad., red.; SOKOIM, M.I., prof. red.;
SOLOVIYEV,X.D., prof., red.; TRIBULEV,1G.F., dotomt, red.;
CHMIAKOV, M.P., prof.,, red.; SHATROV, Ll.p Prof., Ted.;
TIMkKOV, V.D.,, profs.. red.toma; TROITSK319 V.L., profs# red&
toma; F=OVA., N.L., tekbn.red.;
[14ultivolume manual on the microbiology clinical aspects,
and epidemiology of infectious diseasesi Nnogotomnoe rukovod-
stvo po mikrobiologii klinike i epideniologii infektsionnykh
Doleznei. Otv. red. N.P.Zhukov-Verezhnikov. Moskva, Medgiz.
Vol.l. [General microbiology] Cbshchaia mikrobiologiia. Otv.
red. N.N.Zhuk-ov-A'erezhni1cov. 1962. 730 p. (MIRA 15:4)
1. Deystvitellnyy chlen Akademii meditsinskikh nauk. SSSA (for
Zhdanov, Zhukov-Verezhnikov, Vygodchikov., Bilibin, Vashkovp
Gromashevskiy, Zdrodovskiy) Rudnev, Sergiyev, Chumakov,
Timakov, Troitskiy). (Continued on next card)

BUGRONA, V.I..(continued) Card 3.
2. Chlen-korrespondent Akademii nauk SSSR (for Imsheenetskdy,
Krasillnikov). 3. Chlen-korrespondent Akademii meditsinskikh
nauk SSSR (for Planellyes, Baroyan, Bo34rev, Gorizontov,
Petrishcheva, Ropozin). 4. Deystvitellnyy chlen Voonoyuznoy
akademii. sel I skokhozy&ystvenrWkh nauk im. V. L Lenina (for
Muromtsev).
(MICROBIOLOGY)

POGLORODNIXOV~ F.P.
"Treatment of Gaseous Phlegmons,"
Vat. Dr. Skorodinsky Rayon Vet. Hosp.,
Hurok Oblast.

1. POGNERYBKO, I.
2. USSR (600)
4. Cranks and Crankshafts
7. Decreasing crankshaft wear, MTS 13 no. 5, 1953.
9. Month List of Russian AccesBions, Library of Congress, APRIL -1953, Uncl.

PCGNOR. G.; Zl-.ITM- 4. G.; BCONAR, R.
At6mpts to synthesize salicyloyl-populin and salicyloyl-calicin; a new ww of
formation of 1 voglucosan triacetate. p.285
ACTA CHIMICA. Budapest, Hunvary. Vol. 19. no. 2/3, 1959
Monthly List of Fast European Accessions (F=7), LC. Vol. 8, No. 9. Septenber 1959
Uncl.

POMCKI, T., inz.
Tra.nsfo-mners for "itishoolc prritection. ~,.'Jad elektrote--hr. 33
[i.e.32 I no./j.03.5-116 Ap 66~

FOGOCKI, Tadms~,,:-inz.
Soviet-qWe excavators for cable trenches. Wiad elektrotechn
31 no.11:277-278 V'63.
1. Zjednoazenie Przemyslu Robot Elektrycznych Elektromontam.

POGOCKI. Tadeusz, inz.
Paste with metal raspings -in the joints of aluminum rails.
Wad elektrothchn 31 no0'32t296-299 D163.
1. ZJednoczenie Przemyshi Robot Elektr7cznych Elektrmontaz.

. POGQCKI
, Tudeusz,, inz.
Transportation of cableg. Wia4 elektrntech-n 3332 nc.3-z7?-?2
mr'64.
Some streaml-Jning methodn in the technology of wiremant-a
work as applied abroad. lbid.\85-86
1. ZBiD Zjednoozenia Przemyulu Robot Eiektrycznych, Flektromontuaz,
Warazawa.

POCSOOKI . Tadeusz, inz,
Method of soil defrosti-ng. Wiad elektrote-chn 34 no.1:19~-22
Ja 165.
1. "Elaktromontaz" Research and Studies Institute, WarsEkw.

MARKOV, A.; IK POGODA, A.,
Improved console. Sov.shakht. 11 no.4:31 AP '62. (MIRA 1.5:3)'
(Mine surveying) (Gonioneters)
V(11-i-

MAMOV., A.I.,- POGODA, A.S.
Gozwolo'with IIGS" supports for fixing the angle measuring
instrument. Ugoll 37 no.5:47 My 162. (MIRA 15:6)
1. Shakhta "Proletarskiya-Glubokaya" tresta Makeyevugoll.
. (Mine surveying-Equipment and supplies)

POGODA, ff.
*State f arm in Srebrna leads in pig breeding." p. 18
(Elon, Vol 4 No I Jan 53 Warszawa)
30s Monthly Lis 1"t Ijuro22an AMssions,, Vol 2 No 9 Library of Congress Sept 53 Uncl

POGOCK19 T., inz,,
New magnetic condition switche3. Wliad elektrotachn. 32 rc.3-95-
87 Yx 165.

POGOCKI T d inz.
Y" ~ z ,
'a-SR-0--
Tools for electric installation works. Wiad elektrotechn 32
no. 1:23-24, 25 Ja 164.

. POGODA, W.
Pmventin" fires in mines. p. :0~. (I-ILM"OSCI GOUTICZJ~, Vol, 5, 110. 0, June
w
1954, Katol-tice, Poland)
SO: Monthly List of East European Accessions, (ZEAL), IL, Vol. 3. NO. 12, Dec.
1954, Uncl.

~qWDA , Wiktor
Filling under pressure. Wiadom gorn 11 no. 1/2:9-12 Ja-F 160.
I.!

11/031/62/007/003/002/013
D201/D308
'JJTHOP
1: Pogoda, ZdzisYaw
-parweter automatic-control
TITLE: The stability of multi
systcns
PERIODICAL: Ar-chii-Am Automatyki i Telemechaniki, v. ,7,,no. 3-4,
435-449
Cno S
Using the general matrix theory, the author att t
a systematic prese-Itation of autoriatic closed-loop systems contr
ling several varia1bles. 21 fundamental theorem is derived, stati.,
t1hat the stability of ~.;uch systems depends. ori the roots of equation
de t [ I + I . - 0 (20)
I-,'(p) beingr the matrL% tran8fer function of the system open at its
input. This equation may be applied to both continuous and SaRAed-
data control systcms, the matrix presentation of multi-variable cir-
cuits bei% achieved in the sane manner as for the single variable
control, irrespective of i-fhether the multi-variable elements are
corrnected in series or in parallel. The results are applied to the
Card 1/2

The stability of ...
P/031/62/007/003/002/013
D201/D303
analysis of voltage and frequency stability of a synchronous genera-
A.
tor. There are 12 -Eigures.
ASSOCLATION:
Politechnika. tlqska, Zal,-Xad Teorii R-egulacji (Sile-
sian Polytechnic, Department of Control Theory)
Card 2/2

POGODA, Zdzislaw
Stability of automatic control gyetemB with a large number of
nonlinear elements. kitowityka GlIwice no.4127-48 163.
1. Department of Control Theories of the Silesian Technical
University, Gliwice.

00-
ACCESSION NRt AT4022942 P/2536163/000/004/0027/0048
AVMORs Pogoda, ZdZIBIAW
TtTIZi Stability of automatic control systems with a large nurber of
nonlinear
Isments
SOURCE: Gliwice. Politechnika Slaska. Zegzyty rAukowe. no. 90, 1963,
Automatyka (Automation) no. 4, 27-48
A TOPIC TAGS i automatic control system, control system, nonlinear element
Control system, nonlinear elements control system stability,, describing
function, harmonic signals Nyqitlat criterion
ABSTRACTs Paper in an attempt to expand the describing function methods to
automatic control systems with a large number of nonlinear elements. Author
parallel connections of two nonlinear elemen . The input signal Y in
ts
this case in equal to the sum of.the output signals of the individual elements
and T7 and can be written axi
4~.
1/3

AMMSSION MRs AT4022942
y [JI 72(A)l x^ (1
'I Y2
It can be readily seen that asystem of two nonlinear elements connected in
parallel behaves an one nonlinear element with a describing function equal to the
sum of the describing Ainctions of the elementst
JOL) a, (A) (2)'.
Series-connootion of two nonlinear e2emnts behaves as one nonlinear elament
with a describing function equal to the product of the describing functions for
the couponent e2ementso Finding such a product of the describing functions for
the eqaatlon
y (A
JI(Al) J2 2)
would be possible Om thW would be functions of the same argwant. Roduaing.
these funotions*to the *am argument ean be accomplished by considering the
connection betmeen the &W31twiss A, end A2 g
213
CC"
.........

ACCESSION NM AT4022942
"A
J, (A~
(4~
2
Substititlr4 this into equation (4).
the substitute describing function for series connection is obtaineds
J(A) Tj (A) J2(/Jl (A')/A) (5)
The connection of nonlimar elements with inertial and stabilli7 of a oloae~
loop Vstem, with two Donlinear elements are also discussed. Examples
illustrating these appUoationa are given. Orig. art. has: 14 figures and
17 evations.
ASSOCIATIONt Utedra Warli Regalaoji, (Department of Control Theory)
sumn-w co ENGLz 00
WE AGQi 23Apr64
SUB CODEs CO, OR NO FM BOVI 000
OTMo 000
Card 3/3

L 17577e-65 EWT(l)I/E_EC-4/'EI4A(h) Feb,
ACC Z.GS1,014 NH AP40.48893 P/0,031/64/0019/003/0273/0284
U'.' R:,, oda, Zdzislaw
A
TO -Pog
-of ptimal 'I"i Iters,witif limited structure of a
nthesis.
t
Sys em'',
__-SOURCE -Af cliivuic automatykizk telemechaniki-,. v. 9, no. 3, 1964,
Z7 4
T;PICI--TAGS:: optimal, filter synthesis,, limited structure system, mean
5q"are -error :mi n i miz at i on 'open- system, feedback system
ALSTRACT:- The~,~problem-of synthesizing optimal filters for.open and
I eedba.c,k- control systems is analyzed -under the assumption that the
open.,system.contains a linear element with a.given transfer function
and.the feedback system contains a stable, nonminimal phase element
(that is,-its transfer function is-of-the form of a fraction with the
polynom~ials P+(Jw) :,and R4-(Jw) in the nominator-and denominator, re-
spectively P+(Jw)and-R+.(Jw) ha -ve. zeros I onI .y1. 1-n t-he upper half of the
coinplex p1ane "The..method for determining the transfer functions
~of.such-.a-.9ystem-vhich minimize the mean-square error is presented.
Lord I

POLAND
Department of Regulation Theory, Silesian Polytechnic (hatedra
Teorii Regulacji, Politechnik-a Slaska)
Warsaw, Archiwum automatyki i telemechaniki, No 3, July--Sept*mber
1965, pp 3AO-352
"Assortment of the correction element in linear mutidimension
systems."

L 29946-66 Pq~k)/Ew'p( )/VVP(Q/EWP(v) DC
ACC NR, APR004521 SotiFfdu.-CCFD-E-.--p-076-o7Yi-/-d5/010/00~3/0341/0352--l-~,
AUTHOR. Pogoda, Zdislaw
/6)
ORG: S3Aak Politechnical Institute (Politechnika Slaska)
TITLE: Selection of the correction element in linear multidimensional systems
SOURCE: Archiwum automatyki i telemechaniki, v. 10, no'. 3. 1965, 341-352
TOPIC TAGS: linear system, matrix element, matrix function, polynorriial
ABSTRACT: This study deals exclusively with linear multidimensional systems of
which the dynamic characteristics can be described with the aid of the operators of 'I
a transfer matrix. It is assumed that the structure of the system has a limitation in
the form of an element of an invariable transfer function matrix subsequently named
the object in the article. The problem, then, is to find the transition matrix of the
correction element (corrector) which makes it possible to obtain in advance tile given:
transfer function matrix for the whole system. Two simple structures consisting of
an open and a closed system with one feedback loop are investigated. The transfer
matrix of multidimensional elements is given in the form of the quotient of two
polynomial matrices. In this study a multidimensional matrix is defined as one whose
1/2

1 29946-66
--AP6004521---
19.
elements are polynomial. The corrector must satisfy the insensitivity condinions.
The concept is introduced of the generalized minimum phase element, and it is shown
that in the case of a minimum phase object there exists a limitation in the form of
an arbitrary transfer matrix for the whole system. It is also shown that in the
case of an unstable object in a closed system, a series corrector does not e>dst
which makes it possible to obtain autonomy in the separate channels and which
satisfies the insensitivity conditions at the same time, A method is given for choosiril
the series and parallel corrector for this case. Orig. art. has: 40 formulas and
2 figures.
SUB CODE: 12/ SUBM DATE: none./ ORIG REP: 001
Card 2/2 ~D

5(4), 7(6)
AUTHORS: Dpbychin? P.? Fogodayey, A. K0-_ SOV/76-32-149-27/32
TITLE: A Sensiti-ve Adsorption Method and Its Use for Investigating
the Porous Strueture of Thin Films on Optical Surfaces
(Chuystvitelinaya adsorbtsionnaya metodika i yeye primeneniye
dlya issledovaniya poristoy struktury tonkikh plenok na opti-
cheskikh poverkhnostyakh)
PERIODICAL: Zhurnal fizicheskoy khimii, '1956,- Vol 32, Nr 11, pp 2637-2640
(USSR)
ABSTRACT: As only small amounts of the sorbent film were present in the
investigations mentioned in the title it was necessary to take
into account the parasitic effects, as for instance, the poly-
molecular adsorption on the vessel walls and on the external
surface of the samples. A method was devised where the neces-
sary sensitivity was obtained by a decrease in volume of the
adsorption system (Fig 1~. The determinationa of the general
pore volume of 2.10-4 cm can be carried out with an accuracy
of 1%, which in the case of a porosity of about 20% corresponds
to a sorbent film of a minimum of 1 mm3. One part of the ap-
Card 112 paratus was produced from chemically resistant glass Nr 23 or Nr

SOV/76-32-11-27/32
A Sensitive Adsorpt-ion Merhod and Its Use for Investigating the Porous
.Structure of Thin Films on Optical Surfaces
SUBMITTED:
29. The test d.-aks of the glass to be investigated (diameter
20 mm, thickness 0-3-0.5 mm) were polished and pick-led prior
to their investigation, and then the 1000+50 1 thick film was
applied. Surfaces 0f-50-100 cm 2 can be measured using I mg of
the adsorbent. The emperimentaIly obtained adsorption isothermal
lines of steam on films on glass K-8 (Fig 2) and TK-1, (Fig 3)
represent a summation of the adsorption.in the pores of the
film as-well as on the vessel surfaae and the ejEternal surface
of the sample. The method of calculating the actual adsorption
isotherm in the pores ij~ mentioned. The calculation results
obtained show (Table 2) that the condensation of water between
the particles, on-quartz sorbents up to p/P S = 0.97 - 0-98
(at particle sizes of 5/4.and more).may be neglected. With pores
that are so emall that no hysteresis loops occur on the ad-
sorption isothermal lines the usual representation of the ad-
sorptiom surface cannot be used. There are 4 figures, 3 tables;
and 9 references, 7 of which are Soviet.
March 6, 1958
Card 212

YASTR OVA, L.S., I,WQDA=- A.K., DCBYC�UM, D.P.
Effect of the state of the glass surface on the porous structure
of acid etching films on unstable glasses. Koll. zhur. 22 no.2:243-
246 Mr-Ap 16o. (NM 13:8)
1. GosudarstvenVy apticheskiy institut im. S.I. Vavilova,
Leningrad.
(Glass) (Irilms (Chemistry))

E
POGODAYEV, A. K., Cand. Chem. Sci. (diss) "Porous Structure
and 1jroperties of Thin Films on Glass." Leningrad, 1961, 16 pp.
(Leningrad State Univ.) 180 copies (KL Supp 12-61, 256).

22433
157, 2,( .1 D
S/080/61/034/007/008/016
D223/D305
AUTHORS: Dobyuchin, D.P., and Pogodayevt A.K.
TITLE: The porous structure of etched films and chemical
stability of optical glass
PERIODICAL: Zhurnal prikladnoy'khimiip v. 34, no. 7P 1961t
1477 - 1485
TEXT: The present work employing the absorption method studied the
porous structure of the layers directly on the polished components.
Optical measurements of -the thickness of the films enabled their
porosity to be determined and application of the method of "molecu-
lar thickness gauge" enabled the differentiation of ultra porosi-
ty of film structure and pore dimensions. The porosity structure
of films on glass of different groups of chemical stabilities was
inveatigated. 15 different kinds of glass were used the most sta-
ble group being crown glass K8p containing 74 mol % of silica. The
medium group (in respect of chem. stability) was glass BK10, type
Card 1/9

22433
8/080/61/034/007/008/016
The porous structure of ... D223/D305
of baruta crown with 62 % of silica. The last group used was crown
TK16, containing 52 % silica. The glass samples were cubes with
side 15 mm or discs of 22 mm. diameter and a,thickness of 0.3 mm.
The thickness control of films was achieved with a polarization
goniometer directly on samples in case of cubes or on special ta-
pers in cases of discs. Table 1 gives.data on films structure and
calculated ultraporOBities.The initial.part of isotherm of water
adsorption on glass films K8, BK10 and TK16 (un-rnvived samples)
is shown graphically. Fig. 3 shows the qdsorntinn of water on films
obtained by etching glass TK12'# TF5p LKq# jeiv tuia TK2. The compa-
rison of adsorption isotherms for water and ethyl alcohol for
glass K8 and BK10 shows that the total volume of pores of this
layer can be divided into two groups: volume approachable by the
alcohol molecules and volume not penetrated by the molecules. The
first group is characterized by pure dimensions of 50-80 A while
the second consists of small poresp whose diameters do not exceed
5 R. It was found that during polishing of chemically stable glass
its surface is left cracked while the glass of low stability yield
Card 2/9

2 433
S/080 617C034/007/008/016
The porous structure of D223YD305
gel-forming layer which "smears out" cracks and abrasions. The da-
ta shows that the change from high silica content glass to low
ones appreciably increases the porosities of etched films. For
films of thickness 1000 k its value is 11-12 % for KBy 13-15 % for
BK10 and 35 % for TK16, although the porosity is not directly con-
nected with chemical stability of the glass. All investigated
groups have absorption isotherms with a clearly defined hysterisis
loop which enabled the use of Kelvin's equation for determining
pore dimensions, Ultraporous strul-tures of glass films from K8,
BK10 and TK16 could not be anal)rzed using this equation so a wide
relation was employed, i.e. d = Lv where d - pore diameter, v -
s
volume of porep s - surface of pore. The analysis of initial parts
of isotherms in passing from K8 to BK10 and TK16 shows decrease in
their gradients. Since the chemical nature of films in all samples
was similar and also the adsorption of one kind of molecule was
done at the same temperature, the change in gradients of initial
isotherms could be explained by the different energies of molecu-
Card 3/9

22433
S/080/61/034/007/008/016
The porous structure of D223/D305
les of water adsorbing on pore surface. In the given case the chan-
ge in interaction energy (adsorption temperature) is connected with
change in adsorption potential connected with decrease of pore
dimensions. The smaller the pore the higher the adsorption poten-
tial and hence the steep rise of adsorption isotherm in its ini-
tial stage. The adsorption of polarized molecules of water on sili-
ca surface proceeds mainly through the hydrogen bond and orienta-
tion of Van der Waal's forces but for small pores, whose dimen-
sionB approach those of moleculesp the dispersive interaction of
molecules with walls of pore could not be ruled out. As shown by
B.F.Bering, D1.11. Dubiming Ye.G. Zhukovskaya and V.V. Serpinskiy
(Ref. 14: DAN SSSR 1319 865, 1960), adsorption of non-polar mole-
cules on ultraporous sorbents molecular sieves is well covered by
the equation of potential theory for sorbents of first structural
type:
2 Ps12.
lg W = 1g Iwo = 0.43 BT2 [1g
Card 4/9

221433
3/080/61/034/007/008/016
The porous structure of D223/D305
This was used to compare the pore dimensions of investigated films.
The authors finally discuss what governs the protective efect of
film: porosity or dimensions of pores. It has been suggested that
leaching rate of glass with acid solutions depends on the energy
of binding cations in the mass of glass but this is rejected by
recently published experimental data of Yevstroplyev, O.V. Mazurin,
and V.S. Molchanov (1~ef. 15: Zh. vaes. khim. obshch; 6, 1, 114t
1961). The investigated glass (K8, BK10 and TK16) gave a specific
resistance increase of 105 with a fall of chemical stability (Ref.
16: V.A.Kharlyuzov, Optico-mekh. prom. 4. 32y -1959; 79 31Y 1959)-
The chemical stability of glass which characterized the decomposi-
tion of glass for a given thickness could not determine the porosi_
T.y of the protective film. The glass decomposition is governed by
diffusion processes in the protective film at the decomposition
rate fixed by the diffusion constant. The value of this coeffi-
cient, proportional to the size of pore and linear diffusion in po-
rous medium deDends on the value of effective cross-section of
equivalent capilliary and not on porosity. The protective action
Card 5/9

22433
S/08 61/034/007/008/016
The porous structure of S223YD305
of films as well as their rate of formation during acid etching of
the glass is determined by the dimensions of pores obtained, but
it is independent of the total volume of pores. There are 3 figu-
res, 1 table and 20 references: 16 Soviet-bloc and 4 non-Soviet-
bloc. The references to the English-language publications read as
followss I.R. Beattie, J. Soo. Glas. Techn.9 37, 178, 1953, Trans.
Faraday Soo., 49, 19599 1953; R.W.Douglas, 1.0. Isared, J. Soc.
Glas. Techn., 33, 154, 1949; R.M. Darrer. Brit. Chem. Ind., 5, 267,
1959; H. Adzumi, Bl. Chem, Soo. Japan, 12, 304p 1937.
SUBMITTED: October 17, 1960
Card 6/9

S/080/61/034/008/006/Olb
D204/D305
10 0
AUTHORS; Dobychin, D.P. and Pogodayev, A.K.
TITLE-, Determining the diffusion coefficient of water in
fine films on --lass surfaces
PERIODICAL: prikladnoy khimii, v. 34, no, 8, 1961,
1748-1752
TaNKT: This is the second of a series of reports on porous film
structures produced by acid pickling - Thin
,_, of silicate glasses
films produced on polished silicate glass surfaces by acid treat-
ment have a stucture of very fine pores. The adsorption isotherias
of water in these films, except with unstable glasses, are free
from hvsteresis loops, The diameters of the pores are shoim by a
molecuiar probe technique to be of the order of 4 - 15 R. The firsf
approximate solution of non-stationary kinetics of desorDtion from
a norous membrane is given by
jr2Dt
Q0 8 90 . e
~F.2
Card 1/3

3/080/61/034/008/006/018
Determining, the diffusion... D204/D305
where Qo is the initial material content of the membranes 0 - the
amount desorbed during time t; 00 the present desorL)ing material
content in the membrane; membrane thickness, 0 - diffusion co-
efficient, '~-'ilms were saturated with water vapor at p/ps = 1 and
evacuated at 1701; for varying periods, after which water adsorption
was measured, The adscrption isotherms of water vapor in filns
formed by acid treatment of lasses K8 and TK16. having respective
thicknesses of 1000and 1500 1, are shown in Fig. 1. In these fil T41
the low diffusion coefficients of water are significant - 1.7 , 10-
and 0.55-10-14 cm2/sec, The values of D 1-05 pore radii of 40 and
1000 % are, respectively, 0.008 and 0.04 cm /sec. and are not mark-
edly different from the diffusion coefficient of water vapor in air
(0,282 at 180). This indicates that the dimensions of the pores in
the films studied are similar to these of molecular screens, "Age-
ingf? at 1200C of the film of glass TK16 causes reduction of pore
size, There are 4 figures, I table and 11 references: 7 Soviet-bloc
and 4 non-Soviet-bloc. The references to the English-langunge pub-
lications read as follows: R.M. Barrer, Brit, Chem, Eng. 1959, vol
Card 2/3

08/025224
8/080/61/034/0 06/018
Determining the diffusion... D204/D305
5, 267; W. Jost, Dif.fusi~n in Solids, Liquids and Gases (1~52);'
R.M. Barrer and D.i. .-,- Broun, Trans. Faraday Soc.- 1953, vol. 49, 1049;'
R.M. Barrer, L.V. Ries, Trans. Faraday Soc., 50, 989 (1954).
a. IOS
SUBMITTED - November 26, 1960
Fig. Legend: Adsorption isotherms of
-x;;kv1
water on films. a - water adsorption
a-10-5 (g), p/ps - relative pressure
Evacuati n time (min): 1-15, 2-30, 3-60
0 ' 0
4-120, 6-150, 5-initial isotherm (com-
plete-water desorption). Film on glass:
A-KS, B-TK16. 30
90
04 10'
Card 3/3

ACC NRt AP600280,;
AUTHOR; Pogodayev, A.K.
ORG: None
..,SOURCE CODE:
IIR/0237/60/000/002/0049/0053
TITLE: Influence:of atmospheric humidity and temperature upon optical properties
of thin f ilms
SOURCE: Optiko-mekhanicheskaya promyshlennost', no. 2, 1960.4.9-53.
~.TOPIC TAGS; optics,.optic film, optic film property,,optic coating,'optic coating
property, optic glass
ABSTRACT: This paper discusses the influence of water vapor adsorption and tempera-
ture.upon the optic properties of thin films formed by etching or.deposition on the
surface of--Dolished optical glass. Etching was done in'nitric and acetic acids; depo-
sition was-trom hydrolysing solutions of ethyl ethers of orthosilicic,and orthotitanic,
acids. A parallel study on water adsorption was conducted, using t~e same samples, to
elicit relations between optical constants, film structure and degree of adsorption.
This.relation was analytically expressed as
n - njol I n2Q2 + n39 (1) where n - the resultant index of refraction (i.r)
of the film,. n, - the i.r, o~ the film glass skeleton- n 2 the i.r of water., 1,,33;
n - the i. r. o air, 1.00 0 11 02 and 8 the relat ve volumes of film skelet6n
alsorbed water and air: + e2 + 'B3 (2). Referenced literature methods were
Card 1/2

ACC NR: AP6002804
used for the measurement of water adsorption, index of refraction and thickness of
films. Samples were placed in vacuun and then the required water vapor pressure,was
established by coonections to containers with varied concentrations of HZS04 in water.!
Temperature was controlled by a conductive film heater and a thermocouple. Etched
films on a number of optical glasses as well as deposited films of SiO 2 and TiO2 war6
investigated. Pilm thickness was of the order of error under 50 - 80A.1
1000 A, with'an,
Analysis of the experimental results showed that the optical properties of films are
closely related to the nature of their porous structure' and to the atmospheric humidl*-
ty. Increased himiidity inciiases their index of refration by increasing the relative
volume of adsorbed watert in a;ccord with the equation;
n = n + .336 (3) which can be obtained by the simultaneous solution of (1)
0 2
and (2). Heating of films decreases their index of refraction by decreasing "he con-
tent of adsorbed water. in conclusion, the author notes that films with an ultraporous
structure (such as SiO ) do not change their water conent (and hence their refractive
2 0
index) much in the visible region at room temperatur in the relative humidity range
between .2 and '.8. Orig. art. has 6 figures, 4 formulas and 1 table.
SbB CODE: 20/ SUal DATE: 20jul59/ ORIG REP: 010/ 'M REP: 003-
Cord 2/2

POODAYEV, P. "I. , Cand Taca 3CI -- "Study o~ the 24L~--
0A
(mechanical) (IQ;IQ ,-,AI of air~ahydraulic zu4w~-I-ta."
Kiev,1961* (Main IW of the Civil Air Fleet attached to the
Council of Ministers USSR. Kiev Inst of the Civil Air Fleet)
(KL, 8-61, 247)
- 286 -

12ggAYEV K. and YEMDOVA, A.
"The Intensification of the Restoration
to 2 days after a 3-days Artificial Sleep". Paper
Conference on Biochemistry of the Nervous System,
Kdev.
of Cerebral Albumins 1
submitted at 2nd
AS USSR, 12a-16 Feb 1957,
Translation 1122802

PO )DAYEV, Xonstantin Illich, doktor biol. nauk; PRO~ffSLOV, I-II.Sh.,
red.
[Biochemistry of the epileptic seizure; experimental studies I
Biokhimiia epilepticheskogo pristupa; eksperimentalInye is-
sledovaniia. Moskva, Meditsina, 1964. 296 p.
(MIRA 17:6)

"Oxidation-Reduction Potential of Blood." T.'.esis
for degme of Cand. B iological Sci. Sijb 23
Jan 50 Moscow City Pedagogical Inst imeni V. P.
Potemkin
W Summary 71, 4 Sep 52, Dissertations Pre-
sented for Degrees in Science and Engineerinf, in
Mose-w n 1950. From Vechern-yaya Moskya,
Jan-Dee 1950.

POGODAYXV, K.I.
Modification of the oxidation-reduction blood potential in relation
to time* Ilin.med.,Moskya 29 n0-5:86-87 May 1951, (CJXL 20:9)
1. Of the Institute of Psychiatry (Director--Prof. V.A. Gilyarovskiy,
Active Member of the Academy of Medical Sciences USSR) of the Ministry
of Public Health USSR.

USOV. Aleksand~r Aleksandrovich;-P-000A !h- IRRVIZ. G.Y.0
AXIODA-M =4
UV "BRAWA,61 I(
professor, redaktor; WOCHILO, K.K.9 teimnichealcly redaktor
[Universal nomographic chart for computation and methods of
determination of reaction of oxidation-reduction potential of
biological liquids] UniverselInsia nomogramma dlia vuchisleniia
i metody opr6deleniia aktivnoi reaktaii t okislitellno-vosetano-
vitelinogo potentsisla biologichaskikh thidkostai. Moskva,'Gos.
izd-vo med.lit-ry. 1956. 30 P. (MIRA 10:7)
(BLOW--AIIALYSIS AND MKISTRY)
(OXIDATION-REDUCTION RIACTICH)

T-
"The i-Intersificatic-i of tbc-- restol,:i~-4o.: of cerebral albumins I to
2 (joys after ~i '-ella~rs a~t-.Uficial,
2-' d Coifferoncc or ol Ihe -~vvouz- Syztcm,
Feb 191r--, . 11"iev.
1122C-02

C'PQ_G0DAYV, K.I.
Oxidation-reduction potential of the blood flowing to and from the
brain in schizoDhrenics. 7,'nur.nevr. i psikh. Swplewnt:67-68 157.
(MIRA 11:1)
1. InStitUt DSikhiatrii (dir. - dotsent D.D.Fedotov) Hinisterstva
zdrevookhraneniya SSSR. Moskva.
(SCHIZOPHRNHIA)
(OXIDATION-REDUCTION R&CTION)
(BWW-ANALYSIS AND CHEMISTRY)

POGODAYRV,. K. I.
Studying the swelling and moisture content of brain tissues in rats
under conditions of excitation and ionizing radiation [with
summary in English]. Ukr.blokhtm.zhur. 29 no.4:428-436 157.
(MIRA 11:1)
1. Institut vysehey nervnoy deyetellnosti AN SSSR.
(BRAIN) (RADIATION-PHYSIOLOGICAL EFFECT)
(WATER IN THE BODY)

POGOIILMW, 1. 1.
Principal s otirce of errors in determining the- oxidation-red=tion
potential of blood in vitro. IAb. delo 5 no-1:29-35 Ja-y '59--
(KIU 12 *,. j )
le- -1z Instituta vysshey ner7noy deyatellnosti (dir.- - prof. 16G.
Vorimin) AN SSSII, Moskva,
(EWOD--ANALYSIS-AND CHIKISTRY)
(CIXIMTIOW--MCIUCTION RUCTION)

POOMM, K.I.; TUROVA, N.Y.
Incorporation of radiomethionine and radlotyrovine into the brain
tissue In single and repeated epileptic seizures induced experi-
mentally. Mrr.biokhim.xhur- 31 no.6:80-858 '59. (MIRA 13:5)
1. Institute of Higher Nervous Activity of the Acadezy of Sciences
of the U.S.S.R.
(TYRDSINN) (MMIONIM) (APrLVST)