SCIENTIFIC ABSTRACT VALKO, P. - VALKOV, YU.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858510007-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VALY'0' P.
Connection between the intensity-of rainfall and climate
factors. P. 255. Vol. 38, no. 2, 1956. VIZUGYI KOZL7_C-ITYEK.
HYDRAULIC EIDINEERING, Budapest.
SOURCE: East European List. (EEAL) Library of Congress. Vol. 6, no. 1,
January, 1956.

Estimation of the maximum possib1c, precipit.ation.
P- 513 (V3ZUGYI Dudapcst, 11wigary Vol. (38) No. 14, 1~56-
SO: Monthly Index of East European Acessions (AEEI) Vol. 6, No. 11 ilovei&~er 1957.

VAT,KO., Pavol, Inz.
The wide gauge railroad track will open on May 1, 1966.
Zel dop tech 13 no.1:13-14 165.

VALKO' P.
Relation to smoking to malignant tumors of the larynx. Cook. otol&r.
1 no, 3:102-105 1952. (CJXL 24:1)
1, Of the Otolaryngological Clinic (Read-Prof. A. Pfovochtel# M.D.)
of Charles University.

RUBIS. H., Dr.; VAIKO,. P. Dr.
Comparative studien on complicAtions In otitis media bafore and
durtng the era of antibiotics. Cas.lek.cesk-. 91 no.33058-964
15 Aug 52.
1. Z 6torhinolaryngologicke kliniky KU. Prednosta: prof. A. Pre-
cachtel.
(OTITIS MHDIA, complications,
before & after descovery of antibiotics, comparison)
(ANTIBIOTICS, t6rapeutic use,
otitis media, comparison of compl. in otitis leforer
& after discovery of antibiotics)

TALKO, wl Peter
Significance of the bursa pharyngea, in otolar M ology. Cal otolaryn
3 no.107-42 Mr 154. (MIAT, 3:8)
1. OtolarMologicka klinika university Irarlovy v Praxe,
prednosta, prof. Dr A.Pred6chtel,
(PMTNI. diseases. -
*bursa-phatyngea hyperseeretion & cysts)
(CTSTS~
- *bursa, pharyugea)

I V M I ~Po- ~M- , 1~1~ -
t4~
Results of the treatment of cancer in otorbinolar M ological
practice. Cas. lek. ceek. 94 no.47-48:1308-1313 25 Nov 55.
1. Z otolaryngologicke kliniky KU. Prednosta: akad.
Ant. Preceebtel. .
(OTORRIBOLARMLOGY,
otorbinolaryngol, cancer, tber., results.)

Peter, As., Dr.
Segmental spasus of the esophagus with laryngospasn. Ceak.
otolar. 5 no-3:171-175 May 56.
1. Z otolaryagologicke kliniky KU v Fraze. prednosta,
akademik A. Precechtel.
(LARYNX"diseases,
spasm, with segmental spasms of esophagus (Cs))
(ESOPHAGUS, diseases,
spasms, segmental, with laryngospasm (Cx))
(SPASM,
esophagus, segmental, witb laryngoopasm (Cs))

VALIKOV, A., kapitan
Pr -paration of d* 7rntutir: rv, in -.jinter. VC ~= 7-lt- 413'
no.12:25-20' D 163. (KRA 17:2)

VALfKOVP A, (Nizhniy Tagil)
Masters of the "Kapitalinaia." Okhr.truda, i sote,strakh. 6
no.2sl3-14 F 163. (MIRA 16s2)
(Nizhniy Tagil-Iron mines and mining-4lygienic aspeots)
*I.-

Eff
L 22C;'_2-66 uwq(~).
ACC NR: AP60019039 (A) SOURCE CODE: TJR/0018/65/000/011/0041/oc-42,
1AUTHOR: Vallkov, A. (Captain)
ORG: None
TITLE: Basis for success
SOURCE: Voyennyy vestnik, no. 11, 196135, 41-42
ITOPIC TAGS: chemical decontsmination . CW equipment, C-0
AVMACT: The actions of a chemical decontamination company provid-I
ing aid to a tatjk,~battalion are described. Special decontaminatioll
motor vehic W~e distr-Abuted along the tFink column in *9 -ratio R-~
ione servicing vehicle for every three or four tanks. A decontami-
nation control station was established 100 to 200 m ahead of the
column, while a water supply station %~)aS placed at a distance of
J.
25 m. At leaut two water-tank vehicles were needed to satisfy the
demand for water (about 7000 liters). The water from rivers could
also be used. The decontaminated tanks were checked by the control
station. In connection with the deoonteminution of the tank crevis
Card 1/2

L
ACC NR:, AP6009039
and personnel, it was mentioned that due to the absence of precise
instructions th company applied its own methods. The procedures of
decontamin tionF, cribed including the removal of protective
a /were des
g, use or showers, preserving of documents, treatment of qkin,:
getting new decontaminated clothing and final checking.' The utensils
used for cooking and eating underwent a steam treatment in a special
device. This device was briefly desc.ribed and schematically illus-
trated. A rack equipped with special plastic envelopes for keeDirg
and clothing was also described and shown in a figure. OrjG
art. has: 2 figures.
SUB CODE: 15 SUBM DATE: None ORIG REF: 000 OTH REF: 000
Card Z/2_7/V_z_.

4M
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VAL-I.Ka,.-A.M., inzh.-polkovnik v otstavke; KUSTOV, A.I., polkovnik
intendantskoy sluzhby v otstavke; DERBaTEVA, Ye.P., Blu-
zhashchaya Sovetskoy Armii agronom; TRUTHVI, N.F., polk-cr;-
nik intendantskoy sluzhby zapasa; RYABOV, I.G.p polkovnik
intendantskoy sluzhby v otstavke; LUPPOV, A.P., polkovnik
zapasa; DIKUSHIN, V.F.p general-mayor tekhnicheskikh voyek
v otstavke; 1AVROV, I.A., podpolkovnik mod. sluzhby;
DMITRIYEV, N.D., polkovnik veterinarnoy sluzhby zapasa;
IVANOVTSEV, P.V., podpolkovnik veter. sluzhby kand. voter.
nauk; SAFRONOV, IL.V., general-leytenant v otstavke;
ZHALKOV, S.I., red.
(Unit administrator's manual] Spravochnik voiskovogo kho-
ziaistvennika. Moskva, Voenizdat, 1965. 462 p.
(MIRA 18:6)

STEPANOV, D.; RODINOV, Ya. A EUVALDIN., B, L, inzh. (~~oz;Pva)-
.-YAL!XDV,-A,5.,inzh. imlookva); LAGOYSMJ, A. I., in;h. tVilinyus);
LUZIO(OVSKIYI A. G., inzh. (Y;oskva)
"Arrangement and maintenance of narrow-gaugo railroad tracka"
by G. E. Skorodumov, A. I. Smirnov, M. P. Smirnov. Peviewed by
D. Stepanev and otbers. Put i put. Rhoz, 6 no.8:45-46 162.
(MM 15--10)
1. Glavnyy inzh. Estonskoy dorogi, Tallin (for Stepanov).
2. Nachallnik sluzhby puti E3tonakoy dorogip Tallin (fnr Rodinov).
(Railroads, Narrow-gauge-Track)
(Skorodimov, G. B.) (Smirnov, A. 1.)
Smirnov, M. P.)

KOMAROVSKAYA, Anna Stepanovnap kand. tekhn. nauk; TRUSOV,, Vasiliy Pav-
!~~ qh., inzh.) URTAYEV, G.T.,,
lovich;_VALIKOVL Aleksandr St oy~i
re HELINIKOVAs ixd-vih;-~IRWINAp N.L., tekhn.
rod.
(Maintenance and repair of narrow-gauge logging railroads] So-
dermbanie IesoVoznykh uzkokoleirqkh zheleznykh dorog. Moskva,
Goolesbumizdatp 1961. IU p, (KMA 14 -.9)
(Railftads, Narrow-Gauge) (Lumbo=-Transportation)

().yA., MIDV, ME1,111 TSZEIII-BAN; VALIEV, A.11.
ZVYAGINTSEV2 14 ,
Fxt,7octlon of stafuria acid and sulfate With ll-glky~onillnes.
10 r,5.408.1-985 Ap 165. 0,
Zhur.reorg.khim. (KRA 18:')

MIRONOVp N.P.; TINEMI, I.S.; SHISHKINP A.K.; SILUIANOVICII, P.I.;
VALIKOVt B.G*; IVOOVt I.Kh.; &kRPUZIDI, K.S,; . IMIMCHENKO f
I.Z-.;--SH=i9V, D.T.
Contemporary status of the plague focus In the northwestern
Caspian Sea region and problems in its further study. Sbor,
nauch. rab. Elist. protivochum. sta. no. 1:19-29 159.
(MIRA 13:10)
(CASPIAN SEA REGION-PLAGUZ)

LEVI9 M.I.; ~~ALIKOV, B.G.; SHTELIMUt A.I.1 KANATQVv YU.,Ve
Experimental plague among different populations of southern gerbils
(M.maridianus Pall.). Sbor. nauch. rab. Eliot. protivochum. sta.
no. 1t43-64 159. (141U 13:10)
(CO= DELAT REGIOII-PLXGUE) (BERBIM)

LXVII M.I.j-_y4IKOVj--B.G.-;---NNKOVt G,B.; NOVIKOVAq Ye.j.
Experimental plague in different populations of the lesser
suslik. Sbor. nauch. rab. Elist. protivochum.'Sta. no. 1:65-83
159. W~A 13:10)
(SUSLM) (PLAGUE)

VALIKOV, B.G.1 KMTGVj Yu-V.; VALIKO", Y9*RO
Sensitivity to the plague microbe and toxin of young susliks from
various geographic regions. Sbor. nauch. rab. ElIst. protivochum.
sta. no. 1:85-92 159. (MTRA 13:10)
(SUSLIKS) (PLAGUE)

BORODIXOP,S.L.; PILIPENKOO V.G.; POLYAKOVAf A.M.; VALfKoV, B.G. ..
Immunological changes in persons inoculated epicutax,.eously against
plague$ brucellosio, and tulaxemia. Sbor. nauch. rab. ZliBt.
protivocImm, ota, no. D205-213 159. (MIRA 13:10)
(IMMUNOIWY) (PLAGUE) (BRUCE=IS) (TULMLWA)

VALIKOVt B.G.; MORDVINKINt G.I.j VALIKOVAP YO*Ro
Observations on the preservation oi tularemia infection in the
natural microfocue. Sbor. nauch. rab. Eliot. protivochum, sta.
no* 4239-244 159. (MIRA 13:10)
(WEST ULUMTAN PROVIIICE-TULAREMIA)

. VALIKOV, B. G.0 SHTEL'MAN, A. I., KANATOV, YU. V. and LhVI, M. I.
"Experimental Plague in Different Populations of Heridional. Voles.W
Tenth Conference on Parsitological Problems and Diseases with Natural
Reservoirs, 22-29 October 1959, Vol. II# Publishing House of Aeau'emy of
Sciences., USSR9 Moscow-Leningrad, 1959.
Elistinskaya Anti-Plague Station

VALIKOVI B. G.j MINKOVs G. B.j NOVIKOVAs YE. I. and LEVI, M. I.
"Experimental Plague in Different Populations of the Small Suslik."
Tenth Conference on Parsitological Problems and Diseases with Natural
Reservoirsp 22-29 October 1959P Vol- III Publishing House of Academy of
Sciencesp USSRj Moscow-Leningrad, 1959.
Elistinakaya Anti-Plague Station

XA WA" A%* smp
-Way W 61i, a hamCw0a 9*464,1~
ttxlo~ Im U4.4. &% 279, 2sf, 2^
IWNO 4110 ~ft~ I we"
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In " bpAwlmw aw*%,. ft Iflo . 36 is W"
a9 -am - - . andouboft wm am
abdoo boW on ft &WASPOPQ ftl es
30 ad- us a* do 0 "Vmmft~"
of 11,0 &W, DA MAWAW It, *0, bUjW of I*
CQ*41& fd 09 CWV=00;'~ do Q*~ of
ate= at 60 H bmd
fa, I
1~ 60 OdD U*G I Md,&- P. &ACEMN

Krasnodar).
VAMOV, F.A.
Some-experiments for the preparation of metals. Ihijo. v shkole
9 noj,6;65-66 N-D 154. (MLRA 8:1)
. (metals)

i
VAL KOV, F. A. ; NICSTMIIKO, L. A.
Demonotration experiments vith halogens. Xhim.v 16*"ole 14
no.5:53-55 B-0 159. (14IRL 12:12)
1. Pedagogicheskiy inatitut, Kraonodar.
(Halogens) (Chemistry-Experimenta)

VAWLIKOVI F AA NESTERENKOp L.A.
j_ _ ~
Properties of sulfur and its compomda. Khim. v shkole 16 no. 3.74-
76 *-Je 161. (YJRA 14,.!i)
1. Pedagogicheskiy institutp Kravnwlar.
(sulfur)

VALIKOV, Fedor Alekseyevich; LAPITSKIY, L.V., prof., red.;
I SKAYA , G. S.,, red.
(Inorganic chemistry] Neorganicheskaia khimiia. Moskva,
Uchpedgizs 1963. 483 p. (MIRA 17:4)

VAWY, G. 14.
Problem on the equilibrium of a rectangular parallelepiped with
mixed boundary conditions. YesteMoskounoSeromat., nekh., astron.,
fiz., khim. 14 no,3s35-41 159. (MIRA 13:5)
1. Kafedra teorii uprugosti Moskavskogo gosudaretvennogo
universiteta. I
i Ollaetic plAtes and shells) (Parallelepiped)

Or-anizats.,ya amzovykh rabot, (Gr;mnizaticr of IcE-6ir.- -,;cz+) Zadachi i
tats-'Lonnykh raschetov. 1,1,oskva, Recbizdat, 1~52. 286 p. illus , diagrs., tab'Le--.
"Spisok ispollzobannoy literatury": p. 271-(272)
N15
756-545
.vg

JALIKOV, Grigoriy retrovich- KAZANTSEV, A.M.. dotsent, kand.tekhn.nauk,
- ... I
i~itiliiie'nt-;'POSTNIKOT, S.A., insh., retsenzent; RZHICHITSKIT.
B.D., inzhi, red.; MAKRUSHINA, A.R., red.izd-va; BOBROVA, V.A.,
takhn.red.
[Organization and mechanization of cargo operational Organizataiia
i makhanizataiia gruzovykh rabot. Koskva, Ixd-vo *Rachnoi transport,Q
1959. 388 P. (MIRA 12:4)
(Cargo handling)

, -~~,~~,..__~.~.,_kand.tekhn.nauk; SHUMKGV, Ye.B.j, inzh.
Automatic control of belt conveyors. 149kh.i avtom.Proizv. 16
no.7:13-15 Jl 162- (~Ma 15:8)
(conveying machinery) (I GOmatic control)

VALIKOV$ G.Ilt'. kand.tekbn.nauk; SHUMV, Ye.B*, inzh.
Spead,relay with two limits. Mekh. i avtota. prolm 2:~ no. 3s
36-37 Mr 163, (MIRA 17:91)
~'Vk . ~`..

VAL,'.,K,QY, tr vich. Prinimali uchastiyet KAZAKOV, A.P.,
kand. tekhn. nauk, dots.; GNOYAII, A.A.f inzh.; MOROZOV,
N.P.) inzho; ARTAMOIIYCHEV, A.H., kand. tekhn. nauk,
retsenzent; MARMIN, N.V., inzh.,, retsenzent; RZHF.CHITSKIY,
B.D., red,; MAKRUSHINA, A.N., red.
[Organization of cargo handling; problems and examples] Orga-
nizataiia gruzovykh rabot; zadachi i primery. Moskva,
Transport, 1965. 299 p. (muu 18:6)

KRADZIEV,B., prof.r LAZAROV,B.; R-4JCEV,I.;,,YA~4OV,j,
I
Ch some norphological changes in the kidney in multiple
myelama. Nauch. tr. visah. med. inst. Sofiia 42 no-4:
13-20 T63
T. Aim dom Irlstitut fur Pr3tIr-0--ische Anatomie;(Direktort
Prof, B.Kardziev), Mediziniaches Institut in Sofia.
*_1

SALINIKOV 2 V. . inzh.; DOLGOV, V., inzh.; DUDIITHOV
) V. ; CHITANOV, Y. ;
VALIKOV K,
SKehange of exFo-4rience. Art.' ansp. 42 no.12:-19---l D 164.
'r
Wi RA 2 P.- 4, )

VALIKOV, K. 1. --ffProblers of Utilization of Collinefir Transfor-atIons In
De3criptive Geometry Problers." IDis3ortations f-,r r-?grees In Science and
Engineering Defended at MSR Higher 7ducational Institutions) Min of Higher
Education USSR, Lening-rad Order of labor Rod --annor :7ndneerlng Constructl--n
Inst, Leninerad, 1955
SO: Kn-izhna-ya 1~toplsl, No. 25, 18 Jun 5~5
* For Degree of Candidate in Technical sciences

-----YALMY -X.I-,-)csLnd. t ekhn. nauk
Tianformations of projection, Sbor. nauch. trud. Lisr no.3:208-228
1
159. (MMA 13:7)
(Geometry, Projective)

SOURCE CODE:
766j2-
CZ/db437 Wodo/061/dO03
(Candidate of sciencesl(Bratislava)
AU`MORx LiT-!g Yg
ORG; Dopartment of Physical Chemistry, Slovak Technical University. Bratislava 95
(Katedra fyrik&1naj cherde Slovenskaj vys-o-G-j-s-ka-li-t-a-c-&~dcj~
TITLE: Thermodynamic conditions at equilibrium f chemical and mchanical energies
SOURCE: Chemicke zvesti* no. 1, 1965, 3-12
_y, - Polywr-phys cal chardstry, chemical equilibrium, the
TOPIC- TAGS;- - p2jjw r=Wdstr
ABSTRACT..- lThe condition for the equilibrium botweon chemical and
111130 anica energy was established by Ty1codi's method, for a 1~ojy,,!
_-nor ubstanoe forming a filament or it film in contact with the
Z~ia
i =qu d or vapor phase of a low molecular weight polar substance,
f- that is causing breaking of the polrier's chains. The solution
of the problem is based on replacement of the complicated mechan-
ism of the interaction of the polymer with the polar substanoo
which releases the mechanical energy by a specific external field
of force, whose potential is mainly a function of the physico-
chemical oharacter of the correaponding oompononta, This poten-
tial oQuals the elaabio froc enerKy or the components The author thanksI
Prof o-Dre Vo ful proofrezEding and fo-, the co=wnts to the work* Orij
_j 'Au f
art. has: 1 HiR He, ipfor=so
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ACC NRs AP6000907
SUEH-DATF-s--23J&n"- -/--MId-R9Ft--00j oM-RZFZ 010

A UTH
Y.S. j Wz~Lkto_Z,_ L.__ V.
TITLE t Cauaes of incomplete datonaticn of e-)9-
ci in shot hc les
SOURCE: Taoriya vzry*vchaty1kh veGhcl-lastj, abornik gtatey,
474-495
TOPIC TAGSt explosive , blasting in coal mines, shot hole
detonation front, am-monite, pobedit, permissi-ble
explosive
ABSTRACTt Authors disouss some of the reasons as to why in-
complete detonations occur in charges used in shot holes. They
state that one of the basia causes for incomplete detonation is the
presence of a radial or side gap between the stiokb and sidewalla
of the shot hole. The products of the blast, miovtng along thia
zap erad the detora t ion f 3nd crjer.,3e t e
~.ar, lead tr~ a _C55
the detonation capabIlIty of the charge. Authors concl-,ide that
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,he bas'. c-~rer-,ds in combatting Incorno'ete detonation in cl
np- rgeE
E, 8'~-;C'. nc)I-es 5ll~~",~'-d oE :(1) eliminaL-~on of
c' the at.'--k and walls c'
3 n, by cul;tlng and mashing the
3 1 c K e :tg and, in t~ie
e t no~0 a c -Kn t .3 ric t"01881
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ex-
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DATE ACQ t 0!0
SUBMITTEDS; 00 14jun63 ENCL
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Icard

SOV/177-58-9-23/51
AUTHOR: Val'kov M ieutenant-Colonel of the Lel-ical lao_rrs
I
TITLE: Experience in Applying Biomycin Ointment in Certain
Forms of Pyoderma
PERIODICAL: Voyenno-meditsinskiy zhurnal, 1958, Nr 9, PP ?3-74
(USSR)
ABSTRACT: The author treated 76 patients suffering from impetigo,
streptoderma~ pyococcic ulcers, balanoposthitis and
sycosis with biomycin ointment. The basic stibotance
of the ointment consists of vaseline with lanolin in
different doses. The ointment is prepared at 5000 un.
of the biomycin preparation on 1 g of -the basic sub-
stance. The patients endured the ointment very viell,
and in most cases a quick healing effect wass obtained.
Two case reports are given.
Card 1/1

VALIKOV. M.I. (Tallin).
~~ ,
Hyxedema nodosao Vest,derm. i von. 32 no;501 6-0 #58 (KIRA: lltll)
(MYMM)
A

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j/fi,)_rK` . ?
POLTAWVp Is; POZDNWOV# N.; KARNPOTO A.; STARIM, I.; DZIBOV, V.;
YAL 1 KIOV o, R, - ~ ~
Uniformity and laprovement of short-term credit and paymente.
Don, i kred. 16 no,5tll-25 W 158. (MIRA n:6)
(Credit) (Payment)

, ~ y Alekeandrovich; GURNEE. Me., rod.; ALWSANDROV, L.A.,
VAL I KOV 0,~ X*
~ ~la
-* I id -4-ai-f "1& 9 N.,Bov telft. red,
(Planuing and records of cargo M*ratious in seaports] Planiravamle
i uchet gruzovyld~ rabot morekogo port&. Kockra,-Izd-vo "Morskal
transport," 1958. 141 P. (MIRA 11:10)
(Cargo handling) (Harbors)

VALIKOV, N.A., inzhener; USMINSKIY, A.N., inzhener.
Handling packaged freight in Laningrad harbor. Makh. trud. rab.
10 no.9:38-40 S 156. (MLRA qsIO)
(Laningrad-Loading and unloadi4g.)

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with Fr. italloi and IlIbIrt oi III. earth enriallo. MnO,
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tit.. The YIcIsI% of scrionr It.,. tell'; A.-Olf minounted to
W-W%. Catcorholl and pyroloollol contained in pine twor
cracked ylividing up it? W log. of it photooltoraphic
t
i dirvekipet per ton of tar. Witold instit"noted with hahven
"its fsnitrd (Finn a 1311now" bilriset of Cedar
viold fin being 11111"rXilaird Willi 11""d. ovids anti initillo.
of usy will)$ virld"I it 11141"tal truile4h, Im petwils; treat- 4111
Inept with poraftin anti votc-so file futility lilt lit

Us 0
Lie
to
I 14. t it. 4- 1.,
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0 Olt cc!! 0 &****off * 0 v 0 0 0
0 0 0-0 a 0 0,

KHMELINITSKAYAY Ye.L., prof., doktor ekon. nauk; VOLKOV, M.Ya.,
kand. ekon. nauk; BELICHUK, A.I.j, kand. ekon. nauk; 10?,DfVSUYA,
E.N., ml. nauchn. notr., 1,1=11111SKlY, Ye.A.; FAVLOTIA, M.A.,
kand. ekon. nauk; VASILIKOV, N.F., kand. ekon. nauk; ARDAYEV,
G.B., kand. ekon. nauk; kand. ekon. nauk;
TDIASHKOVA, O.K., kand. ekon. nauk; A11DREYEV, Yu.K., ml. nauchn.
sotr.; PUSBKIN, A.A.., ml. nauchn. sotr.; MAKSIMOVA, M.M., kand.
ekon. nauk; KIRSANOV, A.V., kand. ekon. nauk; SHEBANOV, A.N.,
ml. nnuchn. aotr.
(Changes in the economic ativeture of the countries of Western
Europe ]Izmenmiia v ekonomicheskoi strukture stran Zapadnoi
Evropy. Voskva, Ilauka,, 1965. 433 p. (MIRA 18:9)
1. Akademiya nauk SSSH. Institut mirovoy ekonomiki i mezhdu-
narodrorkh otnosheniy.

AUTHORS: Byalobzheskiy, A. V- , Val' kov, V. D. SCV/89-5-1--7/28
I-----------------------
TITLE; A Method of Detemining the Number of Dokajer&ted., Electrons and
the Absorbed...,, Energy of a 11onoenergetio Electron Beant (Yetod
opredeleniya koliohestva zaderzhannykh clektronov i
pogloshchennoy energii monocnergeticheskogo clektronnogo puchka)
PERIODICAL: Atomnaya. energiya, 1958, Vol. 5, Nr 1, pp. 68-69 (USSR)
ABSTRACT: A method was worked out for the purpose of measuring the numb-,r
of fast electrons held back in the various domains of a system.
This is necessary in order to be able to take the influence exer-
cisea by electrochemical phenomena (as e.g. the polarization of
electrodes) into account. Experimentally such coefficients ii-ere
measured as are necessary for solving the system of equations
which was set up theoretically. The experimental structun con-
sists of 6 aluminum disks which are insulated from one another
by means of mica of 10 JJ- thickness. The platen are fastened to
a common conductor. A pamllel electron beam having a cross
section of exactly i cW inciaes upon the first Al plate. By
varying -che manner of oormeoting the measuring apparatus with
Card 1/2 the terminals of the aluniinm disks direct measurement of the

A Method of Determiniiig the 14imbcr of Duceltimtedi SOV/89-5-1-7/28
Blectrans and the Abiorbed of r 11
-, ':ono,,,ncrgetic
Electron BT,-un
number of eleotrom held back in the various plates is made
possible. On the strength of the data obtained by means of ex-
periment3 the following curves were plotted:
The dependence:
1:~ of electron absorption
2 of the average energy of the eleotrona, and
3-) of the intensity of the electron beam
upon the thicImess, of the absorbed layer.
There are 2 figures.
SUBMITTED: December 26, 1957
1. Electron beams--Energy 2. Electrons--Absorption 3. Electron
beams--Intensity 4. Electron beams--Testing equipmen~t
Card 212

jg,. Tso~ 14 r4
j
8
5822
S1123/06~IV-1010.211(Y) I /C'~ -
AOO =,/A~X) I
Translation from: Referattivnyy zhurnal, Mash inostroyeniye, ig6o, no. -41, p. 2,).,
# '-' 15390
X-lil-RCR's; -Pyalobzheskiy,,_k,-Y., Val'kov, V. D,
-.-A-F-'; The Method of P--s-,
1'orrosioZid E:~ectrochemical Investigations of Metals
in a Liquid Stream Under the Action of Ionizin Radiaf
P'-F?--, OD'7r-*A7-., Tr. In-ta fiz. khimll, AN 333R, 1959, No. 7, Pp. 119-132
'MT - The method and the apparatus are described for corrosion and ele~-trr-
chemical L-,vestigations of metals in an electrolyte stream under t~'_'e effect of an
Ionizing radiation. The methods are presented for determining the overclirren-,
speed, the electron absorption, the er-ergy of emiasion, and the tempera'ure of th-~
solutlon In the Irradiation zone. The action mechanism is stated of the electrcn
radiation of 2.1020 --v/cm2 sec intensity upon the corrosion of Alv'~n a
1 7
sol,a4lon, The heating of the electrolyte and the metal due to heir ac-orp'AlDr, o'
radiation energy furthers the breaking up of the forming fIlm, The interactlon o.~
-he'noted factors leads to the localization of the corrosion pits of Al. Th'~ 1r-
C'drd -1/2

S112316'il 212
A00r~/AC01
The Method of Corrosion and Electrochemical investigations of Metal's in a Licraid
S'ream Under the Action of Ionizing Radiation
vesztigation of the radiation effect on the corrosion behavior of the pairs Z:--A!,
-T Aor. ns e -
a
nd 3PA1 in a 30%-HNO 3-solution showed that The electron radiat" Id ra]~7y
increases the corrosion current of the pairs mentioned. For the LAJO-pair, -!:hft
.I.r.2rease of the corrosion current to a considerable extent is caused by the
durable changes developing in the irradiated system and exerting their acticn
also after stopped irradiation. There are 18 figures and 11 references.
M. G. N.
~T!ransiatorls note: This is the full translation of the original Russ!-~Ln abs,-,rac.~.
ard 2/2

S/081/6O/00O/0i6/'c-o6/b12
A006/A001
Translation from: Refere.,ivnyy zhurnal, 1(himlya, 1960, No. 16, p. 16?, # 65246
AUTHOR: Val'kov, V.D.
TITLE: An Apparatus for Corrcsion and Eleetrochemical Measurements on a
Rotating Electrode Under Radiation
I
PERIODICAL: Tr. In-ta fiz. khimli, AN SSSR, 1959, No. 7, Pp- 139-140
TFX-': The apparatus is made of glass. The basic and auxiliary contai-ne-e
are separa-ted by a polished section. The maintenance of constant temperature of
the elec'.~rolyte is accomplished with the aid of a spiral tube scldered :intz) the
lid; in the spiral circulates a liquid supplied from an ultrathermos tat. The
sample is ground Into a rotating glass tube and fastened "o it with bakelite glue,
The tube is equipped with a bell used for the hydraulic sealing. Sps,,.~Ial irtlet
conductors are intended for gas feed and measurement of the electrode potenlial.
The revolutions of the sample are counted by a tachogeneratcr fastened to the
motor axle. The constancy of.-tbe revolution number is maintained by a rheos-nat
Card 112

S-1/0 8 1/6 0/000/0 16 /006 /0-12
A006/AOOI
An Apparatus for Corrosion and Electrochemical Measurements on a Rotating E'Le-;-.
tr,,~de Under Radiation
connected in series to the feed of the electric motor. The
of the sample is performed through the container bottom, Made in thc. form .-.f -1
thin (,,,, 150/.k ) membrane.
V. Val' kc-c-
Translator's note: This is ther full translation :~f the or-Iginal Russ,*.an abalract.
Card

28 (5)
AUTHORS: Tomashov, N. D., Byalobzheskiy, A. V., SOV/32-25-6-31/53
VS11kov, V. D., Zalivalov, F. P.
TITLEt Device for the Rapid Determination of the Quality of Anodic
Oxide Films on Aluminum and Its Alloys (Pribor dlya bystrogo
opredeleniya. kachestva anodnykh okianykh plenok na
alyuminii i yego splavakh)
PERIODICALs Zavodskays Laboratoriyal 1959t Vol 25, Nr 6, pp 738-739 (USSR)
ABSTRACTs For the detection of defective parts of anodic films the
device X-1 by G. V. Akimov and Ye. N. Paleolog is
usually used. The device permits the detection of very small
defects does, however, not indicate the general quality of
,
the fi?M
; another disadvantage is the use of a sodium
chloride solution which may lead to a corrosion of the film.
Therefore, a new device was designed, K-2 - very similar to
K-1; the mode of operation of the new device is based upon
the fact that the conductivity of the anodic oxide film la
the greater the more porous it is. The construction of the
detector of defects (Fig 1) is somewhat modified, stainless
steel I Kh18N9 or zink serve e. g. as electrode as copper
Card 1/2
I and aluminum may together form an electric cell. Th, device

Device for the Rapid Determination of the Quality of SOV/32-25-6-31/53
Anodic oxide Filma on Aluminum and Its Alloys
ig 2p Scheme) has piles as direct-current transmitters
2-4 v) so that a non corroding electrolyte may be used
9.1 % solution of potassium- or sodium bichromate). There
r
are 2 figures.
ASSOCIATION: Institut fizicheskoy khimil Akademil nauk SSSR (Institute
of Physical Chemistry of the Academy of Sciences, USSR)
Card 2/2

L, L oo
83562
S/020/60/134/001/014/021
B004/Bo6o
AUTHORS: Byalobzheskiy, A. V., Valtkov,
TITLE: The Influence of'Samioonduotor Propertieel"Of Oxide Filmalv
on the Eleotroohem=oa Belavior of Metals in Electrolytes
Under the Action of Ultraviolet Li ht
Ra!_j\
PERIODICAL: Doklady Akademii nauk SSSR, 1960, Vol. 134, Ko. 1,
pp. 121 - 124
TEXT: The authors proceed from a paper by V. I. Veselovokiy (Ref. 1)
who noted that oxide films bear an influence on the electrochemical be-
havior of metals under UV-light irradiationg but studied these effects
on anodic processes only. The authors found that in some metals photo-
electrochemical processes arise only in the range of cathodic yolariza- V~
tion. Table I supplies experimental data for Zn/Zn0j Zr/Zr02; Ta/Ta20 5
!i/Tio e dirl-
- 2; N'IN'O; Cu/Cu2ot 2~/CdO. The results are: I Th ction of
4A A-::z A - I
the shift of the'metal potential under the action of UV-light depends
on the type of conductivity of the oxide film. In n-type, oxide films
Card 1/3

835,62
The Influenoe of Semiconductor Properties of S/020/60/134/001/014/021
Oxide Films on the Electrochemical Behavior of B004/B060
Metals in Electrolytes Under the Action of Ultraviolet Light,
the potential shifts toward more negative values, while in the case of
p-type oxide films it shifta toward more positive values. 2) An increase
in the oxide film thickness increases this effect. An exoeption is given
by Cd/CdO which exhibits photoeffects both with anodic and cathodic
polarizationg and which requires further investigations. Since the varia-
tion of the oxygen concentration in the solution bears an influence on
the photoeffect, the authors assumed that the potential shifts under the
action of UV-light are to be explained by a variation in the adsorption
properties of the oxide film for oxygen and, perhaps, also for water.
Fig. 1 shows the photoeffects of the metal-metal oxide electrodes in-
vestigated. The two photoeffects occurring with copper are explained.2
as to the first effeotg by the reaction 2Cu + 20H_ # Cu?,O + H20 + 2e
and as to the second effectv by the reaction Cu 20 + 20H + H 2O~-~Cu (0H)2
+ 2e In the case of,Ta/Ta2o5 in 0-5 N H2 304, the photocurrent varies
with increasing thickness d of the oxide film. Three sections must be
distinguished (Fig. 2). Section I is not treated by the authors, as it
requires closer studies. In s6otion. 119 1ph increases with d:
Card 2/3

83562
The Influence of Semiconductor Properties of B/020/60/134/001/014/021
Oxide Films on the Electrochemical Behavior B004/BO60
of Metals in Electrolytes Under the Action of Ultraviolet Light
Iph w end a (1) (a - electron charge, n d - total number of current
carriersp a - coefficient of carrier production on the surface), org
in agreement with Ref-~4: Iph M An[l - exp(-BV)j (3) (A,B - constants).
Equation (3), however, holds only as long as a value d max is not at-
tained. On a further increase of d there forms a layer d 1 of high re-
sistance, Iph becomes smaller and then obeys equation (4): 1 ph - k~ V,
where I is a coefficient which reproduces the voltage drop in d max*
There are 2 figures# 1 table, and 4 references: 2 Soviet, I USj and
1 British.
ASSOCIATION: Inetitut fizicheekoy khimli Akademii nauk SSSR (Institute
------of-Physical Chemistry of the Academy of Sciences USSR)
PRESENTED: April 28, 1960, by A. N. Frumkin, Academician
SUBMITTED: April so 1960
Card 3/3

S /012/015
/08V61/01
Bi 02/3214
AUTHORSt Byalobzheakiyj A. V.p Vallkov, V. D.
TITL~a, Investigation of the corrosion of metals in the experimental
hole.of the OP7(IRT) reactor
PERIODUALt Atomnaya energiya, v,. 10, no. 5, 1961, 525-528
TEXT: The behavior'of the corrosion couples Zr - Al, Zr Fe, and Fe-Al
in-O-5 N solution of NaCl he 's been investigated for-a thermal neutron flux
of iv2-1012 n/om 2see at the IRT reactor o'f.the ordena, Lo-!;4/.i Institut
atomnoy energii im. I.'V. Kurohatova (Lenin Order Institute of Atomic
Energy imeni I-. V. Kurchatov). 'The metal mentloned first was used as the,
"Mathode.' (V. V.:Goncharov reported on the method of corrosion couples
the Second Atomf 1c Confe3Zence at Geneva in 1958). The coll used for the
inveatigati6na is shown iji Fig. 1. The metals in astigated*had the form
-5 om -. The time dependence
of wire spirals ~nd equal surface areas of 3 1
of the current d:ensity and the electrolyte temperature vere measured
during heating i~ the reactor and during cooling outside it. It was
-Card 1/4

2 '118 84
,/61/010/005/012/015
S1089
Investigat,ion of the corrosion of metals... B102/B214
observed in all oas 6so that the current density firbt inoreased (almost
linearly) on heating in the reactor$ then remained constant for a shorter
or longer inte~L-val, and finally (after 20 minutes the sample was taken out.
of the reactor) fell exponentially. The couple Fe-Al showed the highest
increase of the current density* All curves were obtained also in control
experiments in which there appearodl particularly in the Zr-Fe couple,
significant deviations which can be attributed to the effect of the radi 0-
1yei 's products of water. Fig. ~ shows the polarization curves for the'
elec -trodes of the corrosion couples investigated. In the radiolytis of
aqueous solutions HO, HO,# and H202 were found. to act as depolarizers. The
.interaction of the. electrode substance with the products of radiolysis cany
for example# be described for the couple Zr-Fe by the following Mechanisms
The iron is the anode and goes-in solutions Fe -Fe4++29; on acoount ofthe
interaction the divalent ion goes over into the trivalent ionized one:
Fal#+011 -> Fel"+OH-;
2FO*+3tjjO, -> 2FoP+2H,0+2011-+Ot;
2Fe1-+2HOj.---)- 2Fes-+20H-+6,.
Card:'2'/4

22884
S/089/61/010/00'/012/015
B102/B214
Investigation of the corrosion of metals...
The t.ri.valent ionized iron is, however, a good depolarizer: Fe3+ +
This also explains the corroding effect (25-30 %6) of iron ion-in Zr - Fe
'couple. The authors thank Yu.,F..' Ch.ernilin for help- in experiments. -There
are 3 figures, 1 table$ and 3 Soviet-b loo references.
6UBMITTED: October 29, ig6d
Oe3
Legend Fig. 1: 1) zirconium S
screw, 2) and 4).samplee;,3) copper
constantan'thermoelement with thin
polystyrene coating, 5) polystyrene
stopper, 6) electiolyte levelt 7)
polystyrene case IX.

Investigation of the corrosion of 'm'ita.1s.
Legend'to Fig- 3: Cathode and
anode polarizations of the
metals in 0.05 N NaC.1 at'250c;
11) oathode polarization of Zr,
2 anode polarization of, Al,
3 cathode polarization of Fe
4~ anode polari-zation of Fel
ordinate: potential (il;voits)
referred to saturated KC1;
abscissa: current derisity
(in ga/oM
9 Z 4 F 1 19 1Z N if
22181L
3/089/61/010/005/012/015
B102/B2 14.
Card 4/4

TOMASHOV, N.D.; BYALOBZHESKIY, A.V.; IGNATOV, N.N.j VALIKOV, V.D.
Weakly corrosive electrolytes for anodization of large surfaces
and parts with complex configurations. Zhur. prikl. kbim- 34
no.5:1072-1077 My 161. (KMA 16:8)
(Protecti-~-e coatings) (Electrolytes)

AlKov D.
PHA39 I BOOK EXPWITATION SOV/6176
Konobeyevskiy, S. T:, Corresponding Member, Academy of Sciences
USSR, Reap. ~-4.
Deystvive vadernykh izlucheniv re, materialy (The Effect of
Nuclear Radiation on Materials). Moscow, 1zd-vo AN,SSSR,
1962. 383 P. Errata slip Inserted. 4000 copies printed.
Sponsoring Agency: Akademiya'nauk SSSR. Otdeleniye tekhni-
cheskikh,nauk; Otdoloniye fizlko-matematicheskikh nauk.
Reap. Ud.s S. T. Konobeyevskly; Deputy Reap. Ed.t S. A.
leln G V Kurdy=ovs
Adasinakiy; Editorial Board: P. L. Gru:
B. M. Levitakiy, V. S. Lyashenko (D*cease4j,.iu.*A. Kartynyuk,
Y,u. 1. Pokrovskiy, and N. F. Pm-qdyiLk; Ed. of Publishing
House: X. 0. Makarenkoj 79oh. Ndet T. V. Polyikova and
1. N. Dorokhina.
Card 1/14

The Effect of Nuclear Radiation (Cont.) sov/16176
PURPOSE: This book Is Intended for personnel concerned with
nuclear materials.
COVERAGE: This is a collection of papers presented at the
Moscow Conference on the Effect of Nuclear Radiation on
Materials, hold December 6-10, 1960. The material reflects
certain trends in the work being conducted in the Soviet
scientific research orginization. Some of the papers are
devoted to the experimental study of the effect or neutron
irradiation on reactor materials (Eteel, ferrous alloys,
molybdenum, avia3,graphite, and nichrome;). Others deal
with the theory of neutron irradiation e feats (physiao-
chemical transformations, relwcation of internal stresses,
internal friction) and changes In t~e structure and proper.-;
ties of various crystals. Special attention is given to
the effect or Intense Y-radiation on the electrical,
magnetic, and optical properties of metals, dieleatrias,
and semicondualvorb.
Card 2/14

The Effect of Nuclear Radtation (Cont.) SOV/S176
Konozen!co, 1. D., and V. I. 'UatlyAnov. Effect of T-Raye
6n Propertirs of CdS Single Crystals 318
Stilm"ating
Titov, P. P., A. K. Kikoin., an A. Ye Buzy"
I
-R
ActIon of,X- and Y
ays on A?lo doess 329
-
.
Pyalobzheskiy,_A~V*, T.- nd V.- N. Lukinskaya.
!
"
i

of Met a and
Erfe7et of
Radiation o
orros on Propertii
Alloys 332
lughkaJL-P., P. 0. Litovehenko, and V, U51V yanov.
_--t-f-ei of Semic nd tor
thods of Investigating Fr-_per a
g
Irradiated by y-qua-nts, 341

Ye. V.
S. V., S. A&-Axi=v, r. 4,
tMpSLubtxqv
Feshikov, ana-1Z - -&Cfz etILko. go n a
-pr-0-p-pr-ties of-Si5m-i jolids SuUected to T -Rad tion 347

Card 22/14

A~,7K,--1: V ai KC-11
Tl--":-F,: Mec-hanism of &.e--ge in rale of c'ec-zodcEt -;-eactioris %;ndler 'he -!ffect of
electr- on Lrrudl
r
no.
TOPIC TACS: electrode reaction rate, electron irradiation, lorlizirs'. radletion,
radiolysis product, polarization, electrochf:mical behavior
fOSTPACT: It has been sh(7.rn that, io-dzin6 red-iation causes 4im types of effects:
7 on se r 2L!7 ov~,7 9 5 Se7. CT a
ec
Card
M"MOMMI-SIONN k�1

L 12696-63
ACCESSION IIIR: AP,3002'923
electrodes v-lt-h n-t,,rDe fiLms. the effect a-rmesrs
f .1.4pares and I tabie.
ASSOCIATIal: Akademiya nank SSSR, Institut fizicheskoy kluiril (Insllitu-'~- o f
Phjsical Chemistry, AcademV of Sciences SSSR)
suizAa=--D: igqov6o DA-T- ACQ: I 6JLl -S EZICL: CKC
SUB CODIT: 00 NO REF SOV: 017 OTHER* 004
Clld 2/2

L-- 5457-66 E4Tt_jgPP6_)jF~0_t /EPF(n)-2/_PWA(d1/VE~( _Z~_(bl
0 - .
PAW
-4-cc NR' A770"3815 IJF(c*' Mrv'/,D/-rW/
0~ J/
JG,PdB/SG/GS
ALITHOR: ByalobzheSkiy, A. V.; Val'isov, V. D.; Lukinskaya, V. N.
ORG: none
TITLE: Effect of irradiation on the corrosion behavior of metals and alloys
SOURCE: Soveshchaniye po probleme deystviye yadernykh izlucheniy na materialy.
Moscow, 1960. Deystviye yadernykh izlucheniy na materialy (The effect of nuclear
radiation on materials); doklady soveshchaniya. Moscow, Izd-vo AN SSSR, 1962,
332-34o
TOPIC TAGS: irradiation, ionizing irradiation, corrosion, metal corrosion, alloy
corrosion, irradiation induced corrosion
ABSTRACT: The corrosion behavior of metals and alloys irradiated with x-rays, g a
rays, and fast electrons has been investig ted.. was foup that irradiation in-
creases the atmospheric corrosion of i__ and zinc#*'16uch more than that of
but has no effect on stainie'ss-ste-e-ff7orrosion. Gamma-rays sha ly in-
crease the corrosion of metals in carbon tetrachloride: the corrosion te of copper
reaches 2.35 g/m2 per hour; of steel 3, 1.54 g/m2-, of stainless lKhl8119TF Evelp
1.14 g/m2 ; of monel metal, 1.05 g/m2; and of stainless, Khl8N--l--2-.MZT ~ teel,
0.79 g/M2. Only tne corrosion rates of aluminum, zirc)nium~l_and especially titanium
were not increased significantly by irradiation. It has alpo been observed that-
Card 1/2

ACC NRs AT5023815
ionizing radiation increases the corrosion of metals, particularly in a damp atmos-
phere, in a carbon tetrachloride medium, and under varioun conditions of contact be-
tween dissimilar metalo. Corroofon induced by radiation greatly dependo tipon the
ciectrochomical 1-11diation ef,fw,t, Ina.-much as tho ntw substances formed during the
radiolysis of the corrosive medium are strong cathodic or anodic depolarizers. Par-
ticularly effective aria the products of water radiolysis, such as 11202., and also OH
d HO , wh'ch substantially facilitate the cathodic process. Whenever metal has an
I~he radiation may also produce a photoelectrochemical effect; in this
-id.
Gainethe number of charge carriers in the film increases during the absorption by the
film of the energy of irradiating particles. This effect is observed only in a cer-
tain range at potentials for each individual mete.1, and in associated with the con-
ductivity of the oxide film. A3 a rule, the effect is weak and is consifirably
weaker than the electrochemical radiation effect. Orig. art. has: 7 figures and
2 tables. [NDI
SUB CODE: MM,NP/ SUBM DATE: 18Aug62/ ORIG REF: OlO/ OTH REF: 001/ ATD PRESS:
A

VALIKOV, V. F., Cand Biol Sci -- (diss) "Utilization or ppt;-Cauca.-3u.~j
chernozems of the Krasnodar Kray for fruit plantings," Rostov-na-Don,
1060. 15 PP; (Ros-tlov-na-Don State Univ); 150 coDies; price not giver.;
(KL, 23-60, 122)

VALIKOV, V.F.
Establishing soil groups in Krasnodar Territory for agricultural
purposes. Pochvovedenia no.3-.73,-76 & 163. (KIRA 16:3)
Yuzbnyy filial *Rosgiproza0l.
(Krasnodar Territory--Soils)'

,lAthp-hydrogen. Vono_pnd its R&-,an upectrum.
nnd' V. 1. Val'kov '(State
45, 451c.-Water. ales., Acids, -1,, 1 llyth-ate Salts sho,
sorption hands at '16W-32W cm.. ~.a Stmag hand Iletu
cm , and a weaker very hro.
. I ad h;tq~j ;It cm.",
The latur ha-% imix. at 3W, Ivx), nud "Ili;tj rill, -I The 175-
C111 . -I bAlld I! interpreted to repm-sent the interrylol. vibra-
lion of the Off group and the 0 o! tb, H bond 0-11. The
vibnItiOll has a 10W frcqUellrY owing to the low borul eflergy
(about 0 The potential-encrKy curve of tile
iystein, mi C'I[Cd. by Stepatlov (C.A. 40, 2',101; 41, 2M44)
shows a flat rain. (21OWern.-I), a large crinif. (Nitatim (1,63
A.), and a tremendons alihartnonicity. Oil this s:one basi3
tile band nim. at 175, 300, 500, and 7W fc,r 1110 wid it 170,
3W, anti 500 for D.-O are i~itcrprl-lcd is faudamental,
Ist. 2nd and 3rfl nverinnes of thk vibration, Two new
bands for gypsum at 180 and 210 cru. -1 art: duc to thk; -0-
stion. The frequency shift of file free 011 nintif)n from 2650'
etti.-I by200-400cm.-I in the fl-houffed state also scems to
corr elate with the fundarticutl or all overome frQql imicy of
the 17km. -I vibration. NIl('dler

IVIALIFOV, V. i.
USSR/Physics - Spectra, Diz,,Iersion
Hydroj~en Boni, Vibrat-ion
"The Vibration Spectnzi of luhe,- Hydrogen Bona," Ye. F. Gross, Corr Liam, Acad Sci UISSTI.,
V. I. Valtkov, Phys Inst, Leningrad Statt U :Ultni A. A. Zhdanov, 4 pd
TtDok Ak "Tauk SSSRII Vol LXVIII, No .--
Extends authorol articIn in "Dok A? Nauk SSSIFO Vol LXVII, No ij) 191;'.). kibLcms, consider
,,rjj)j.aL
vibrations of hydropcm ))an,d as valorc~- v'i.(>n,-. Aulied ull ~-,Iv-~ral
crystals containing wat,!r of :,y-psum Caso
0 i - I . ii, 2H20, alum M(SO 4)2 - 12:~i20,
and rngne3itra chloride I-',r,12 ' 6Ti-,O.
Submitted 22 Jul lig
PA 149T102

CA
Wbigs of the Raylaigis Una anof the bydregan bond. 1~-
P. Gross and V. 1. It'soll". D-okkody Alkad. Sask S.I.
S.R. 68, 1013-16(194911-Conlrary to Nf. 1. IlAlurv's
1C.A. 41. R1146) opimirn InAt all frequirror" Iwl"tru a
fvw an.1 over 211t) tilt. I are title to valwAmons A rnfire
itft"Aps Ro ... 1111'. fink"I by a hydrogen Nind 4) 11,
41sA llu,t such frrilurnews hoOhl In- fhrch~f it, the kjv~
leigh title. the hcAvier R and RI. the ixitut of vivw is pul
forward that only frequencies around 21M con.-' vorfr.
siviad to vilintions of th~ liviliogru 1xvid its is iotholir. J,v,,
to vilr Watts Involviog the 4-cut" III grAvity it# one 0- -11
PIMP and the Diller 0 14UM11, In oullimit of this jKlint III
view. tilt, lmquencY Of lit-! Mf 0 111 44lignt rVIII.Iing Ull-
I-bangtA when If 6- re IA cd fly D. &Oil is ludelendent. of
themol.wit.ofRandZI, Iucontra.~ttothc--2Wcuo,-j
liand. frequencies lying clowr to the Rayleigh fine are
deld. fly Vibrations lit Whoto fucilp, Undtrr the action 4
.
V
-its (let Witabi force%, Willi IlC(NII. 'NIC011. vie.. the
tow-fie'lueucy tegiou clow w the Raytvish title itili'tutt-Ity a
_jkt. frout the r-cion 150 241ol cin.-i. In addn. to the
evidence adduced previinjily (C.A. 44. 4.rib), the Pjmkn
-pectrutn of cryst. IlCojll, comg. no i,ry-til. Ifo.
'hows. lit the low-frequency region, the banil% .57, SU-
117. 141). 170. IN). 1114, 212, Z34. 7.55 cm.-I, clearly
-cjxl. into 2 distinct groups. lit the 21nd group. the lNuidi
At 212. W4. and 2SS cm.-I are partirulMlY lnttflW,, .111.1
Ihew tx)nds only are attribuml to the 0. , At bond. oil
fusion, the discrete hands form a broadly diffuse bond
Lround 21M cm.-I. From the Raman spectroun. file
drisocot. encTgy of the hydrogen hond is 6.2 kcal./titole.
The 0. , .11 vibrAnn% lit 11CIE)III are very strongly oil.
harnionic. N. Illml

-Vallkovi V. I.-
Gross, E. F. and Valskov.1 V. I* The tibration spectrum of the hydrogen bond.
Pages 426 - 428.
Institute of Physics
The A. A. Zhdanov
Leningrad State Uni.
SO: Eulletin of the Academy of Sciences, Izvestia) (USSR) Vol. 14, No. 4-
(1950) Series on Physics.
I

VAtIKOV# V. I. PA 174T70
.USSR/Physice - spectrum, Oscillation '21 Sep 50
Bond, Hydrogen
"Oscillation Spectrum of the Hydrogen Bond," Ye.
F. dross, Corr Mem, Acad-Sci USSR, V. I. Vallkov,
Phys Inst, Leningrad State U imeni Zhdanov
"Dok Ak Nauk SSSR" Vol LXXIV, No 31 PP 453-456
Discusses small frequencies in dispersion spectrum
of ice.crystals. Assumes group of lines in com-
binati6n-dispersion spectrum of matter with hydro-
gen bond, in 200/cm region, is caused by oscilla-
tions of H-bond. Submitted 18 Jul 50.

C4
Kaman fro of crystate at heavy l4v - 1: W441% AJ111
V. 1. Vallo"'y (A. A. Zhil.itittv "Ame thiiv'. . Lit"i"Atiml).
PAIi,ty-044. Nduk S.S.S,M. 81, 7111,3(1951L Ait 40-hr.
titicKilre. the folittwhig (trqueltrk's w"t .34~-J! %wt.
0. Owivic
to dw shwt exposuff, Flo fin" calul be lifoltified with VVI.
tAlmity to tba 1333-cm-9 mnp of dr(urtitA(lou vilvAtiott* of
thl D40 10011., PAW 110z:v any bivids found at SfUllfid 31111 And
Six) cm -1. obiwitmi lit liquid DO. In The high4trquency
grourii, the 25W and ZW cm.-A niusima ase the wivit fit-
tmv; the 2W band h the least intense. All bands show
Not% of a finer sinucture. The 3443 m- . Is not abomtvl in
liqm6l IW. probably owing to fusion r Ith the mearby ZIAX).
In the p. the 302-cin.-I band it vm
diarp anrdiote=sen. reremaining lines are attributed to
vibrations of the hydrogen bond in the DtO crysW. That
the I.Na frMucwy of solid tW corresponds to the 213-cm. - I
Nquitticy of solki 110 follows front (A111.113)l - 0.9 1. as ex-
pected from (Pow/rito)' - (or tratirlatknial
vibrations. An4locous relations hold for the frequencies at
the vibration spectrum of the hydrogen boad In the range
300-150cm.-I. .4. Thoo

X-!.- ~ --- . _7
';.. F -):o ca'.4- f- 4- 75 1 ~ 'l-, . - F , , ltr , f~-

I;, , - .-. - r :& - 4 j . , . , I . 1-1 1 10,10"
)U(lofit7uyqnly-:, 11U. 1 - , . ;-"

Card
, , - . . . 4
. -)A , ~ I .. i
.-,. -! -.- - -, .- - I - . ~--- ; I I-.- .." - .I. - . 1-1 1-- .1.. , ~ . I - . .I I -.I- z , --- " - , ~ . ~ -1-t- - -- - .- - I -. -- - --.- -- - 4
- -- - - - ~~ .." - . 1-- 2 IM~si

~ - " ~i l." . i ~.~ . - ; I I

_JSSR Physical Chemistry. Molecules. Chemical Bond, B-4
Abs Jour Ref Zhur - Khimiyv,, No 8, 1957, 25809
Author V.I. Vallkov, G.L. Maslenkova,
Title IIntarabti6ii"d Intemoleoular and Intramolecular Oscilla-
tions in lee Crystal Spectrum.
Orig Pub sOptika i spektroskopiya, 1956, 1, No 7, 681-884.
Abstract iLines of frequencies 230 (4), 291 (trace), 310 (T.5),
3088 (10), 3210 (1), 3321 (2) and 3400 (1.5) cm- were
detected in the combination scattering spectrum of ice
photographed at the tem erature of liquid nitrogen. The
lines 3088 and 3210 cm-Y were referred to the symmetric
and asymmetric vibrations of the water molecule. The
low frequencies were referred to the intermolecular vi-
brations of molecules connected by the hydrogen bond.
The frequencies 3321 and 3400 were explained as combi-
nations of frequencies of intramoleoular and intermolecu-
Card 1/2 - 35 -

U - USSR / Phyeical Chemistry. Molecules. Chemical Bond. B-4
Abs Jour :Ref Zhur - Rhimiya, Ho 8, 1957, 25809
Abstract :larvibrations, viz.: 3321 = 3088 + 230 am-1, and 3400 .
3088 + 310 cm-1. The relative intensities of all the li-
nes agree with the computations of N.D. Sokolov (Zh. eks-
perim. i teor. fizilil, 1952, 23, 404) of the probabili-
ties of transitions between, corresponding vibrations le-
vels.
Card. , 2/2 - 36 -

A
AUTHORS: Vallkov, V. I., Maslenkova, G. 1. 54-4-2/20
TITLE: Raman Spectra of H 20 and D 20 at Different Temperatures
(Spektry kombinatsionnogo rasseyaniya H 20 1 D20 Pri
razlichnykh temperaturakh).
PERICDICAL: Vestnik teningradskogo Universiteta Seriya Fiziki i Khimij,
1957, Vol. 22, Vr 4, PP. 8-13 (USSR)
ABSTRACT; The bands of 0-H and O-D oscillations in the spectrum of
"light" ice (H 20) and "heavy- ice (D 20) were investigated
at different temperatures. Virtually two intense lines were
observed, i.e. w I . 2170 cm-1 and w2 - 310 cm-1 for H 20 at
-1700C, which have frequencies of w, ZL 212 cri-i and
-1 220 cm-1 and w - 295 cm-1
IT 2 =299 cm at OOC; for D 20. WI = 2
at -1700 C, w1 = 203 cr--1 and w2 - 275 cm-1 at 00 C. respectively.
These values and those obtained for the other temperatures
n the Raman spectrum might be explained as interactions of
Card 1/2 intermolecular and intramolecular oscillations.

Haman Spectra of H 20 and D20 at Different Temperaturss 54-4-2/20
There are 2 tables, and 10 references, 10 of which are
Slavic.
SUBMITTED: July 12, 1957
AVAILABLE: Library of Congress
Card 2/2

.USSR/Medicine - New Drugs Jan 52
Glaucoirs,
"New Soviet Miotic Preparation 'Benzamon and Its
Medical Significance in Glaucoma," Prof B.L. Pol-
yak~ V.V. Valkov, Mil Med Acad imeni S,M. Kirov
"Vestnik Oftalmol" Vol )=, No 1, pp 18-21
The new Soviet miotic banzamon is similar to fura-
mon in its ef feet upon glaucoma. It is not in-
ferior to pilocarpine (which has to be imported)
and even occasionally surpasses its effectiveness.
Benzamon is preferable to furamon because its syn-
th~sis does not require the use of iodine and
207T71
USSR/Medicine - New Drugs (Contd) Jan 52
because the cost uf its manuf is half that of furs,
=on. Benzamon is -aot hygroscopic and is therefore
easy to.store and handle. It is advisable to shift
from the production of furamon (which now replaces
pilocarpine i-a the TJSSR to a large extent) to that
of benzamon.
0

KHMELINITSKAYA, Ye.L., doktor ekon. nauk, prof.; LEMIR,.I,M., doktor
ist. nauk; MAMIWVA, M.M., kand. ekon.-nauk; GONCHAROV, AAv
kand. ekon. nauk; VASILIKOV, N.P,, kand, ekon. nauk; VALIKOV,
V.V kand. ekon. nauk; MIDWAY,, V.M., kand. ekon. nauk;
ii-MGER, Ya.Ya., kand. ekon. nauk;-DLLIK,, S.A., kand. ekon. nalik;
PUSHKIN, A.A., mlad. nakohnyy sotr,4.140ROZOV, V.,, red.;
MOSKVINAt R., tekhn. rail.
(Economic problems of the "Common Karket."]Ekonomicheskie prob-
lemy *Obshchego rynka." Moskva, Sotsekgiz, 1962. 510 p.
OGRA 16:3)
1. Akademiya nauk SSSR. Institut mirovoy ekonomiki i mezhdunarod-
nykh otnosheniy. 2. Institut mirovoy ekonomiki i mezhdunarodnykli
otnosheniy Akademii nauk SSSR (for'all except Morozov, Moskvina).
(European Economic Community)

s/,,47/61/000/004/002/021
0' E150/Z435
-I
AUTHG,,,~: -A
TITLE: Longitudinal stability of aii aeropl;wzie ui)dcr large
disturbances
PEAIODICAL: lzve!-;;tiy,l vYs,-,hj.'kh tich"'PrINIR11 'x"')V(id'iniY.
Aviatsionnaya, tekhnikaTri~.4, 1961, 12-211
TZXT: The u.,Fe of an explicitly non-linear theory becomes
imper.ative, when it is possible, for an acroplane to attain such
large incidences that its aerodynamic characteristics cease to be
linear. Such conditions may be encotintered in f'light at high
altitudes where the incidence is bound to be high (somewhere in
t'he lire-stalling region) and .-7here the itmospheric turbulence is
increased. In addition, large disturbances may occur due to a
variety of causes such as a vertical gust, dropping of heavy loa-'s
or simply an excessive manoeuvre by the pilot. However, the
article is not confined to analysing the longitudinal motions of
an aeroplane within the non-linear range of aerodynamic
characteristics or even to the effects of large disturbances.
-bor by passes the usual limitations (of the standard theory
The aut
Card

5/147/61/000/004/002/021
Longitudinal stability ... F-150/E435
of stability) in at least WO Farthor respectti: f-J-1-itA.Y lie 11,1.9
attempted to relate the motion, following a large disturb.ince, to
the ma&nitude of such a disttirbance and secondly he has amplified
the soundness of the standard concept of positive stability.
Thus, even if there is adequate mat1herriatical evidence that a
longitudinal oscillation is being damped out, as time goes on,
one cannot reasonably z-,sunie that the original condition of
equilibrium will be ultimately regained. if the increinent of
incident, which occurs duringr the oscillation, is large,
then the aeroplane inay stall or dror) the wind before the
oscillation damps out. In such a case it would, of course, be
impossible for the aeroplane to re-gain the initial equilibrium on
its w.,;-n and, therefore, such an aeroplane could not be called
stable. The inain aim of the method proposed is to find the
conditions in which it could be guaranteed that the stalling
incidence cannot be attained during an oscillatory motion.
The problen, of the Jon.-itudinal-stability analysis of aeroplanes
flying at high altitudes at large angles Of atTack near to Stall
is solved by means of 'the sectional linearizatioll Of the lift and
Card 2/3

S/147/61/ooo/oo4/002/021
Longitudinal stability P-150/Z-:435
pit ching-moment curves. TIe whole range of angles of a-ttafli i:3
divided into sections in ihich t1-(-- aerodynanaic characteris tics
given by linear functions. The large disturbances considered
include vertical wind gust, stick movements, the jettisoning of
loads, etc. The system of equations describing the aeroplarle,
motion in the first 5 to 6 seconds after the initial disturbalice
is reduced to one second-order differential eqiiaLion for the angle
of attack. The solutions obtained for this eqxiation are analysed
by plotting the equations of the phase trajectories in phase
diagrams. The use of the area and form of the stability
boundaries in these diagram3 as a criterion in conparing the
lon-itudinal stability of various aeroplanes, or of the sarne
aeroplane under various flight conditions, is explained. The
main conclusion is that this method enables one to predict the
longitudinal stability in a truer sense than the standard methods
at least when attainment of the stall is feasible.
There are 5 figures.
SUBMITTED: March 1, 1.961
Card 3/3

VALIKOV, Yu.A.
Entry of a winged aircraft in a vertical air gust. Z*r. 7Y6.
ucheb. zav.; av. tekh. 6 no.4:1-14 '6,30 (MIRA .17-8)
I

SOURCE CODE:
AUTHOR: Vallkov. Yu. I.
OM: none
TITLE: Now foundations for fastening floating structures
SOURCE: Lesnaya prozVohlannost'# not 70 19650 29-30
~6- w-9 To o3 o
/J~
TOPIC TAOSt floating support, floating structure support, reinforced concrete,
floatLng dr dock-t-t-
yA
ABSTRACT: Two now types of supports for floating atr~uctures are described. Ilia
first type, consisting of reinforced concrete, is used for anchorage on "soft" ground#
eege, loam, gravel, sandy loam, and pebbles. Thrie different anchors weighing 1.25t
2.05, and 4.9 tons were tested on the river Vega in 1964; It was found that the
holding force of the anchors was 4 to 5 times their weight in air. The second tne
of'support consists of metal and is used to anchor floating struotur3a to ro67
ground. AAchoring is accomplished by lowerbg the metal anchor into a previowil'y
drilled hole In the rock, The performance of both types of supports is tabulated and
schematics for both types of support are given (see Fig. 1).
UDO-.