SCIENTIFIC ABSTRACT KOZYREV, V. A. - KOZYREVA, A. L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000826010003-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Z~; :IIJ M 1 1 L f
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K(YZYREV, V.A.
FAternal renpiration during operation.9 on the pobt,::r-ior cy-anial,
foond. Vop. neirokhir. 28 no.6:14-19 11-D 164.
(MIRA 18:4)
I., Kafedra neyrokhir-urgii (Lav. - prof. A.A.Arendt) TSentrall.-
n go instituta usovorshenstvownLya vrachey Minioterstva zdrllvooU-
I
rmniya SKER i Institut ney-rol~hirtjrgii imeni Burcilcaiko (dir. - prof.
A.P.Arutyunov) ill-IN S,'ZR, Moskva.

KOREYSHA, L.A.; KOZYREV, V.Ae
Report on the meetings of the Scientific Society of neuroBurgeong
of Moscow and Moscow region (luring the year, 1963. Vop,. neirokhir.
28 no.6:55-56 N-D 164. (MIRA 18j4)

4---66
AP6006401 ,SOURCE CODE: UR/041-3/66/000/00210144/0145
MENTOR. Venikov, V. A..; Kuflik. A. A.; Kozyrev, V. A.
ORG: none
TITLE: Device for automatically, coupling and uncoupling Loses. Class 47j,
No. 178251
SOURCE: Izobreteniya, promyshlennyye obraztey, tovarnyye znaki, no. 2, 1966,
144-145
TOPIC TAGS.: oxygen supply line,.couplini, aircraft oxygen supply
ABSTRACTN The proposed device,k Iwhich.can be,.used for example,for oxygen supply
lines In aircraft ejection sea contains two connedting elementAwith an orienting
cone and a seal. To ensure hermetic coupling and uncoupling of the hoses when they!
arre not coaxially aligned. one of the connecting elements is secured In brackets;
one element has a receiving$, conical connecting sleeve with a directional funneland
Fig. 1. Hose coupling
2 - Brackets; 3 - fixed connecting
41eeve- 4 - sealing collar; 5 movable
~connecting tube; 6 spring.
Card 1/2 UDC,- 621.643.416

L 17994-66
AILIC NRs AP6006401
an elastic dealing collar,-and the othert a movable conical connecting tube, which
is forced against the sealing collar by a spring (see Fig. 1). Origo art. has:
I figure. [TN)
SUB CODE: SUBM DATE: 26Har63/ AMPRESS

KOZYREV, V.D.; GRINBERG, I.G.; KUZINA, I.N.1 ZHIDKOVA, L.S.; DVALI, M.F.,
naudhh-yy red; CHIZHOV, A.A. , vedushchi]r red.; YASHCHURZHINSKATA, A.B,,
tekhn.red.
[Geolo,-7p and oil and gas potentials of southern Sakhalin] Geolo-
gicheskoe stroenie i gazoneftenosnost' iuzhnoi chasti Sakhalina.
Leningrad, Gos.naucbn.-tekhn.izd-vo neft.i. gorno-topl.lit-ry
leningr. otd-nie,1960. 167'p. (1,eningrad. Vsesoiuznyi neftianoi
nauchno-issledovatellskii Lplogo:azvedochnyi institut. Trudy, no,
156) (MIRA 14:3)
(Sakhalin-Petroleum geology)
(Sakhalin-Gae,liatural-Xxeology)

DEYNEKO, V.G.; KOZYREV, V.D.
Automatic thread rolling on Pee-Wme universal thread-rolling
machines. Priborostroenie no.9:15-17 S 162. (KRA 15:9)
(screw-cutting machines)

ALEKSEYCHIK, S.N.; GALITSEV-BEZYUK, S.D.; KOVALICHUY., V.S.; SYCHEV, P.M.;
NEVELISHTEYN, V.I., vedushchly red.; KOZYREV, V.D., red.; YASH-
CHURZHINSKAYA, A.B., tekhn.red.
[The tectonics, history of geological development, and prospects
for finding oil and gas in Sakhalin.] Tektonika, istoriia geolo-
gicheskogo razvitiia i perspektivy neftegazojioBnosti Sakhalina.
Leningrad, Gostoptekhizdatj 1963. 274 p. (Lemingred. Vaesoiuz-
nyi neftianoi nauchno-issled"atellskii geologorazvedochnyi insti-
tut. Trudy, no.217). (MIRA 17:2)

XOMMEV, V.F. , inzh.
Electriftcation an an important factor in the intensification
of agricultural production, EnergetLk 12 no.50-5 My 164.
(MIRA 17t 6)

... KO',"POE'llf V ~1-'6
1 '! o r k no mr.,i c) lt~ f11 rR.1 V I f ~:' 1~ !, ! ~, i 'I : : I . ~ , , ~, .. ? c", !. 1 K , " : l I, ~ ", : *..! - -,-~
I I j, ~ ~-~ : it:~
j - 1 ,, ; C) )

L 00266-66 mT,(.c)/F1qT(m)/EK0(j)/T, RPL R14*1 4~
JACCESSION NR: AP~013446 UR/0020/65/1621001/0124/01!26
1V
OA
!AUTHOR: Shostakovskiz, m. ro (Correspnding member AN SSSR); Skvortsova, G. G.;
I Zapunn va. K V * z Aozvrev, V.- G.
:TITLE: Concerning the structure of copolymers of acrolein%lth vtqXjaryl_esterA 1
ISOURCE: AN SSSR. Doklady, v. 162, no. 1, 1965, 124-126
ITOPIC TAGS: copolymer, polymer structurei IR spectrum, acrolein, vinylaryl edter
ABSTRACT, In order to determine the structure of the copolymers of ncroleln with
vinylaryl. esters, assumed to be ~-phenoxy-3,4-dlhydroplratio, the IR spectra shown.
lin fig. 1 of the Enclosure were examined. There Is a good agreement between Spec-
tra 1 and 2, and the literature data on IR absorption for 2-plienoxy-3,4-dihydropi- I
ran.e. There aloo,is a good agreement between spectra 3 and 4. Similarly confirm-
i
led were the structures of copolymers of acrolein with ortbo-, metha-, and para-
jeresyl and vinyl esters of thymol. "The authors thank N. I. Shergin,and 11. 1.
lGolovava for their assistance in making the IR spectra~_11_dr_19- art.)has! I fig-
ure, I fio~mula.
CaM 1/3 i

00266-66
ACCESSION NR: APS013446
3
ASSOCIATION: Irkutskly institut organicheskoy khimii sibirskogo otdeleniya akade-. 'I
mii nauk SGSR (Ir 'j ep
.hutsk institute of Ovagnic Chemistry. -ib an Der)artment.,_lLca-
demv of Sciences SSSR).
SUBMITTED: OgNov64 tNCbt 01 SUB CODS: OC
110, REr sov., om
OTHER: 006
Jilt
Card 2/3

00266-66
L
ACCESSION NR! APS013446 ERCLOSURE: 01
rig. i. 1--2-phenoxy-3,11-diliy~i-pirane
obtained by thermal diene synthesis;
2--2-plienoxy-3,11-dlhydropyrane obtained in
a 60-70% yield from the product of eopo-
lymerization of acrolein with vinylophenyl
ester; 3--a polymer of 2-phenoxy-3,4-
dihydropirane-, and 4--a copolymer of acroL
lein with vinylphenyl ester.
0

R GE Y REV0 V.1s
fwx)iT,atJ-., ~,ontrc--i -f ~ow-~r dWTl7;W":* 1 ~~,o~ . I dcr,.,manh.
I . k. 1
9 nc.J ~14-15 ,Th. (IMIRA 18:7)

: , . " I . 1. ~;- . I
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: , ,, " " .Ij .. I - .!, -; , ~ t , , ,i , : . ~ , . :! f, '-~,
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- I ~:~ .: - , , ,j

11
Saviet exhibit in Jakarta. Vest.AN S"',,R 31 no.3:97-100 Mr 161.
(I-IIPJ, 14:3)
(Jakarta-Exhibitions)
,q 1~
-ja; i -;I

-.1
SAMRIN, Viktor (g.Sortavala, Karellskaya ASSR); KOZYJW, Viktor L,
(g.Sortavala, Karelskaya ASSR)
Our native land. lUn.nat. nc.7:18-19 J1 162. (103A 15:8)
(Sortavala-liature study)

GRIGOMYT-N, K. A.; Mi'TdV, V.i. ; ; ;,f,:~. , ~ "..
~ "If: :. 't
Uranium and some othf;j- ejf-rfjf~nLn Jr, .-,0 .
Tien Shan. Trudy VSE(',I-.1 95:141-14?, 1 i"".
I ',-~ 17: J1 11

KOZYRKV. V.M.. kand.vet.nauk
Controlling otarility. Zhivotnovodetvo 21 no.2:66 F '59.
(MIRA 1223)
1. Zaveduyusbchiy skapnrtim-diagnostichenkim otdolom Gorlkovokoy
Naucbno-issledovatellskoy vaterinarno-o tnoy otantelyey.
(Storility in animalaT

PONOMARLT, B.P.; WZYREVt V A.: KONONYUK. G.Ya.
wwwww"Pow
Throughout the Soviet Union. Veterinarila 36 no.2:93 F '59-
(MIRA 12-2)
(Veterinary medicine-Congreasou)

SAVICH, B.S.; KOZYM',V, V.M.; VERSHININ, I.I.; UZU]TOV, N.N.
Throughout the Soviet Union. Voterinariia 36 no-4:95-96 AP 159.
(MIRA 12:7)
(Poultry-Disoaaes andpests)
(Fishes--DiBeases and posts)

y-/Ce7 u, C,, A",
BOGATOVA, Galina Petroyna; KOI',Ylt4v&. red.; XHNIERSKAYA, L.M., tekhn.red.
[Countries of tho world; a bibliography] Strany mira; rekomendatell-
nyi ukazatell literatury. Mosk-va, Uos.bibliotaka SS&T( im. V.1-
limirmi, 1957. 130 o (HURA 11:3)
(Bibli ogre P-;W-Geography)

LAITEROV., N.P.-, K,)"-?IYPEV,.V. U. ;KNOLWHI F'OV, 1, V.
gucloglc~~jl charackerJ~cjtJ,~j oC hydrolt,hermal uranium deposits
asno-iiated 4iLh extrusives. -Ld. mestorozh. 6 no.6238-53
IL.!) 1641, (MIRA 18:4)

AUTHORS:KozyTev, V .P., Molodtsov, I~..G',,. Peysakhzonj I'.B.168-5-6/i4
PoQz0-1Y0-V"9.'I.' Toryanik, I.Kh., and Florinskiy, N.V.
TITLE: On the paper by RA. Lerner IfOn changes of the composition
of coke oven depamment in order to increase considerably
the rm ber of ovens in a bat-t-ery"'. (K statte RA.Lernera
"Ob izmenenii komponovki koksovogo tsekha d.1 a znachitell
nogo uvelicheniya chisla pechey v batareye".~
PE."iIODICAL: "Koks i Khimiya" (Coke and Chemistry), 1957, No-5,
pp'.25-31
ABSTBACT: In tile original paperp L*.Z. Lerner proposed some changes
in the composition of the coke oven department in order to
increase the number of ovens in one battery to 100. Ser-
vicing of such a battery would be carried out by one set
of coke oven machines. Accordir4,r to Lerner tile proposed
composition of the coke oven department: 4 batteries of
100 ovens each in com arison with the standard composition
(65 ovens per battem has the following advantages:- the
number of personnel required will renain the same as for
the standard battery but the labour productivity will in-
crease by 64.2% and the capital expenditure will be 10-12%
lower. The present authors consider that the advantages
k'.ard 1/2 Lerner expects are unfounded. To prove this point the

On the paper by R.Z. Lerner "On changes of the composition
of coke oven department in order to increase considerably
the number of ovens in a battery"'. (Cont'.) 68-5-6/1
authors quote labour requirements for the often practised
separation of 2 batteries with 90-110 ovens into an inde-
pendent unit (Table 1) and compare them with those stated
by Lerner (Table 2)'. A similar comparison for the labour
productivity of main coke oven craftsmen for 78-110 oven
units and 61-69 units is given in Table 2. Very approxi-
mate calculations indicated that the capital expenditure
will remain the same. The editorial office communicates
that Lerner's paper was disaussed during a special session
of Glavkoks with the participation of Giprokoks. In view
of the division of opinion Giprokoks was requested to de-
sign a coke oven department according to Lerner's proposals
and to prepare a technical-economical comparison with the
usual design. The final decision on the probl,em will be
published in this journal'. There are 3 tables.
AMOCIATION: Giprokoks.
AVAILABLE:
Card 2/2

3OV/116-ca-1-2/16
,-MHORS; Dmitrenko~ 1,,1,T-, Kozyrov, V.P., Chernichenko, P,Y-, -and
Yatsenko, N,A.
TITLE- The Mechanization of Labor in Coke By-Product Plants (Mekha-
nizatsiya truda na koksokhimicheskikh zavodakh)
PERIODICAL: 14ekhanizatsiya trudoy~mkikh i tyazhPlykh rabot, 1958, Nr 1,
pp 6-10 (U36R)
ABSTRACT- In all newly erected and rebuilt plants of the coke by-pro-
duct industry, car dumpersj mostly of the stationary rotary
type have been set up. All operations in coal depots are
fully mechanized; they are supplied with one or several belt
conveyers and a bulldozer for the clearine; of the deDOt
area, The receiving capacity of a normal coal depot is bet-
ween 800 and 900 tons per hour, the issuing capacity between
370 and 385 tons per hour. The depot is served by 6 men.
During recent years many coke by-product plants have in-
troduced automatic production control and remote control o~
equipment. All valves at coal and coke loading points are
supplied with electric relay mechanisms of the types IMT
25/120 and IMT 10011120, The following additional mechaniza-
Card 1/2 tion means are used; alatomatic blocking of olectric motors

SOV/116-58-1-2/16
The iNiochanization of Labor in Coke By-Product Plants
in case of emergency; mechanioms for the operating of coal
tower 3huttintr, dovie-joi mochartintrw for the eleaning- of coke
ovon dooro; automatic ;ok,3 draworn, etc.
There are 6 diatlramg.
1. Coke--Processing 2. Industrial plants--Equipment
3. Industrial plants--Control systems
Card 2/2

AUTHORS: Shubeko,r-.Z.
TITLE: Dryer for Loose D.,Iauerlals (Sushilka d1ya su-sr.~k_, sypul-~'-ikh
materialov)
PERIODIC-,'LL: Byulleten' Izobreteniy,, 1958, Nr 7, p F6 (U-3,3R)
ABST__'~ACT: Class 82a) 190.1- Nr 114281-- (581-991 of L4 '~u,-, 1957).
A dryer for loZse materia2s, with a tanE;ential input
of heated gas; to improve t~e efficiency of th,: process,
the gas inlet slots are stretched out over the entire
length of the drying chamber. ~'_, ring-sh--aped G-ate is
mounted on the end of a feed pipestud at a distance
from the output end wall of t-he cliarn."ber, which prevents
material hitting the end wall and provides for circu-
lation of dryed material.
Card 1/1

SHUEEKO, F.Z.; KOZYREV, V.P.
High speed coal heating in vortex chambers. Trudy IGI 10:210-219
159. WIIU 12:12)
(Coke ovens)

SRUEEKO, P.Z.; KOZYREV, V.P.--
Some charactnriatice in the operation of vortex chambers.
Trudy IGI 10:220-238 '59. (MIRA 12:12)
(Goke ovene)

TAYTS. Ye.M., dcktor -Lekhn. iiauk; SIIVARTS;, S.A., kand. ta-khn.
naukl-deceased]t PEYSAKHZON-, I.B., inzh.3 GELIFER, M.L.,
inzh~-, FA41TRIYFIIKO, M.T.,. inzb,.*, DORFIW, G.A.y -,n7,h.-
IZRAELIT ', YeJI.,, lnzh.~ hULAKOV, ll..K., inzh.; KUSHLYANSM,
B~S.p inzh.-, MEYKS014, L.V.,. inzb.[deceaaedj5 LEONOV, A.S.p
inzh.~ SHVAkS, G.A., inz"l.-. SlIVARMIAN, I.Ya., inzh.-,
11.3a., irizb.~ hP.131U, P.P.. imb., KIMIN
YATSEI*'KO:l .9 1. m. 1^
doktor tekhn, nauk. prof., red.; KO~YREV ~.F., inzh.,
red., KU&I-11N, P.I.- imb... red.~ LGALOV, K.I., inzh.,.
red.; LEYTES, V.A., ~nzll., red.; LEMNEH, B.Z., inzh.,red.,
POTAPOV, A.G., mzh.r red.- SHELKOV, A.K., red.
(By-prodiict- Andustry worker's handbook in six volumeg]
SpravochnLk k..*sokhirrdka v alhosti tornakh. Movkva,, Metal-
Jurgiia. Vo.;..2. 1!)65. 288 P. (t-UU 18:8)

S/019/61/000/020/027/093
A152/A126
A=ORS, Lakernik, R.M.j Balashciv, S.Ye-j -I~Orn, V.P.; Pimenov, V.M.;
Rukin, N.I., Frolov, V.G.
1: -T-r;LE IHiglh-frequency balanced Cable for 13ng distance communication
PERIODICAL% By-ulleten' izcbretenly, no. 20, ig6i, 25 - 26
TEXT* Class 21c, 404. No. 141908 (666939/24 of May 18, 1960). 1) A
high-freq,.;enny balanced cable for long distance communication in a single-cable~
system, in which direct and inverse circuits are confined in separate metal
Bereens and protected "Prom external effects by a common cover'j differing from
others in that in order to ensure the protection of one of the circuits from
moisture while the other one Is being repaired, these screens are made in the
fc~rm of two hermeti3ally sealed shells. 2) Variant as in 1, in which there
are, cne or seve-ral corrugated metallic or bimetallic bands for improving the
mutual n-iseproof characteristics.
Card I/I

BEREGOVSKIY, V.I.; BREC24AN, R.V.; DANILODVA, L.A.;,KOZYREV, V.S.;
TARASOV, B.Ye.; TEPER, V.S.; k%!IITYKH, Ye.G.; LIBENIAN,
S.S., red.; KOROVINA, N.A., tekhn. red.
[Complete use of pyritic cinders] Kompleksnoe ispollzova-
nie piritnykh ogarkov. Moskva, Metallurgizdat, 1963. 71 p.
(MIRA 17:3)

GLAJ)KIY, K.V.-, DkVTDOV, V.K.-, KOZTRIV V.S.
- L- . -Oft-
I
Apparatus for automatic adjustment of control networks. Trudy
XINKHiGP no.31:188-196 160. WRA 13-11)
(surveying)
(Prospecting--Geophyalcal methods-6quipment und supplieu)
(Electronic analog computers)

KOZYREVI V.V.
How supply of quartz - feldspar raw material. Stek. i ker. 18
no.7:34 J1 161. (1-',IRA IAI+:75
(Kola Peninsula--Pegmatites)

- KOZYREV
Graphic method of determirA14,P the CaO in raw material.
Stek.i ker, 19 no.4:26-.27 Ap 162. (,,MU 15:8)
(Lime) (Feldspar) I

KHAMRABAYEV, I.Kh., doktor geol.-miner. nauk; RADZIIALOV, F.Sh.;
GORIKOVOYI O.P.; SALOV, P.I.; KOZYREV, V.V.; FETROV, V.1-11.;
USMOOV, F.A.; ISPICKHM-TDOV4 I.M.) doktor geol.-min. nauk;
KUSTARNIKOVA, A.A.; BORISOV, O.M.; RAKfNATULLAYEV, Kh.R.;
MUSAYEV, A.M.; SVIRIDENKO. A.F.; SULTAII-UIZ-DAG; GOLOVIN,
Ye.M., kand. geol.-minar. nauk; VISINEVSKIY, Ya.S., kand.
geol.-mfnor. nauk, red.; NUItATMOVA, red.; ASTAKHOV,
A.N., red.
[Petrography of Uzbekistan] Petrografiia Uzbekistana.
Tashkent, Izd-vo "Naukall UzSSI'6. Book 1. 1964. 445 p.
WDA 18:1)
1. Akademiya nauk Uzbekskoy SSit, Tashkent. Institut goologii
i goofiziki.

kt, AD
e r 7, i -17
(I.1, IR A I

KOZYREV, V.Te., Whanor (Moscow).
Mechanical dust exhaust in the printing industry. Poligr.proizv. no-7:21-22
J1-Ag '53. NLRA 6:9)
(Vacuum cleaning) (Printing industry)

KOZMV, V.Te, Inzhener.
Vacuum cleaners. Gor.khos.Mook. 27 no. 3:32-34 Kr 153. (XLRA 6:5)
(Vacuum cleaners)

:KOZYREV, V.ye.
Chain grateB for atokern of otoam boilem Sakh.prom. 28 no.l:
26-29 '54. (MLRA ?:))
(Furnaces-Grates)

KOSTRZT, Y.Te., inzhener.
Compartments for general cleaning and maintenance of the Moscow
subway's cars. Gor.khoz.Kosk. 28 no.9:33-36 s 154. (MLRA 7:10)
(Moscow--Subways) (Zlectric railroads--Cars) (Subways--
Moscow)

KOZYM , V.Ye., kandidAt tekhnicheskikh nauk.
-,4~--,~_ _., -
Mechanization of labor-consuming processes of small capacity
mine boiler uni ,to. Ugoll 29 no.10:29-):l 0 134. OULRA 7:11)
('steam boilers)

KOZYREV, Me.
.- - ~ I __" ~
Means for improving hand-firod grate-type furnaces. Sakh.promo
30 no.9:26-31 S 156, (MLRA 10:3)
1. Moskovskiy tekhnologicheskiy institut pishchevoy promyshlen-
nosti.
(Furnacee-Orates)

KOZYRXV, V.ye.
Improving anthracite furnaces. Sakh. prom. 33 no-11:57-59 M '59
1. Moskovskiy tekhnologichaskiy InetitUt Dishchevoy promyBhleunoBti.
(Sugar industry-2quipment and supplies)
(Furnaces)

KOZYREVI V. Z.; XOTOBM, V. Ye.
Manufacture of foundations for metal contact network polen.
Tranap. stroi. 13 no-3211-12 Mr 163. (MIRA 16:4)
1. Direktor Krasnod&rskogo zavoda Sevkavtranastroya (for Kozyrev~.
2. Glavnyy inzhener Kraenodarskogo zavoda Sevkavtrans8troya
(for Motornyy).
(Foundations) (Precast concrete)

SOV'/124-57-4-4868
Translation from: Referativnyy zhurnal. Mekharika, 1957, Nr 4, p 138 (USSR)
AUTHOR: Kozyrev, Ya. F.
TITLE- The Determination of the Displacement of the Joints of Plane Trusses
(Opredeleniye peremeshcheniy uzlov ptoskikh ferm)
PERIODICAL: Nauch. tr. Kazansk. in-ta inzh.-stroit. neft. prom-sti, 1956, Nr4,
pp 61-76
ABSTRACT: Bibliographic entry
Card 1/1

/F~Uxap/zyll
h.-?m.Lstry, Kinetics, Combustion, D~.plcsions, B-9
Topcch,2mistry, Catalysis.
Abs Jour Rtf Zhur - Khimiya, No 7, 1957, 22391-
Author E. M. K07yr
Inst Not F~vel
Ti tl(j KillatiC3 of - Chloracetophenone, naction with sodium thio-
oulfato in a wat,2_- alcohol media.
Orig, Pub Tr. Kazansk. in-tr~, 1956, 31, 133-141.
AbstracL A second order r~,action Of kAj- chlorac,~tophcncne with ti'2S203
in a watur alcohol solution at 20-400 is established. Activa-
tion en,~ry (-15 kcal/mcle) is d,.--term~ned and staric factor
(-0-1) of this rkmetion is calculated.
Card 1/1 -128-

USSR/Farm Animals. Honey Bee.
Abs Jour, Ref Zhur-Blol., No 4, 1958, 16875.
Author Zhdanov S. V.0 Dolotovskays U. A., Kozyrev Ye. M.
Inst
Title Study by Means of Radioactive Phosphonus of the
Rapidity of Passage of Liquid Food Through the
Sections of the Intestines of Beea.
(Iaeledaveniye a pomoahchiyu radioaktivaago fosfora
skorosti prolhoybdenlya, zhidkoy pishchi po otdelam
kishechulks pchely)
Orig Pub: Uch. tap. Kazansk. un-ta., 1.956., 116, No 14, 57-64.
Abstract: The vork has a methodical character. It was found
that PJ1 in a dose of -%, 0.1 At CU (up to 12~,000
Impulses per minute) does not produce noticeable
changes in the condition and behavior of bees. The
Card 1/2

S/15 60/003/004/004/006
B004YBO58
AUTHORSi Boizoyavleriskiy, A. P1, BelQv, V. T., Kozyrev, Ye. M.
TITLE: Investigating the Sorption of Phosphate Ion on the Anodic
Oxide Film of Aluminum by the Method of Traced Atoms
PERIODICkLt Izvestiya vysshikh uchebnykh zavedeniy., Khimiya i khimiche-
skaya tekhnelogiya, 1960, Vol, 3, No. 4, pp. 06 - 619
TEXT: This paper was read at thQ 1st Intercollegiate Conference on
21~1~ ~~, Moscow, April 20-25, 1959. The sorption of phosphate ions
on the anodic oxide film of aluminum haa not yet been studied sufficiently
(Ref. 13). For this reason, the authors carriid out experiments with
samples of aluminum sheet typeAA-1 (AD-1), which were anodically treated
2 0
in a sulfuric acid bath under standard conditions (D a = la/dm , t . 20 Ck
T = 20 min, CH 50 - 20%). Before th? treatment with phosphate solution,
2 4 2
the oxide film had a weight of 1.38 mg/cm , a thickness of 5.81.,,, a
porosity of nximatelY 30%, and a corrosion resistance of 16 min
Card 1/3

Investigating the Sorption of Phosphate Ion on 5/153/60/003/004/004/0J6
the Anodic Oxide Film of Aluminum by the Method B004/BO58
of Traced Atoms
according to the drop reaction of the VIAMI. The film was treated with
32
aqueous solutions of Na2HPO 41 containing P 4 Sorption and desorption of
the phosphate ion was determined by means of AC-2 (AS-2) counter in a
0-2 (B-2) apparatus. The number of impulses per unit area was calculated
according to an equation by N. A. Balashova and N., S6 Merkulova (Ref. 16).
Fig. 1 shows the sorption of the phosphate ion at 10 C during 30 min as
a function of the phosphate concentration (0.007 - 0.280 mole/1). In the
entire concentration range investigated, the sorption increased with
increasing concentration of Na2HPO 4' A condition of equilibrium was not
obtained even after 200 h. Fig. 2 shows that sorption begins to rise
noticeably at temperatures of from 50 to 600C. It can be seen from Fig.. 3
that the phosphate content of the film increased quickly right at the
start, although a noticeable increase in weight set in only after about
10 hours. This is explained by the fact that an ion exchange takes place
at the start between the sulfate ions contained in the film and the
phosphate ions contained in the solution, and that a chemical. interaction
Card 2/3

Investigating the Sorption of Ph('uphato Ion on S/153/60/003/004/004/006
the Anodic Oxide Film of Aluminum by the Method B004/B058
of Traced Atoms
of the phosphate ton with the micelles of the film sets in only later.
Extraction by means of water, acetone, dioxane, covering of the film with
mineral oil and subsequent extraction with acetone did not lead to a
desorption of the phosphate ion, The desorptive effect of various salts
dissolved in water is tabulated. While C1 - and Br ions do not desorb,
the film is destroyed by sodium fluoride and sodium citrate, and an
exchange of the HPO 2- ions contained in the film sets in with SO 2-_ and
2- 4 4
CrO4 ions. The authors mention a paper by V, A., Kistyakovskiy (Ref, 7).,
There are 3 figures, 1 table, and 16 references: 11 Soviet, 1 US,
3 British, and 1, Indian.
ASSOCIATIONs Kazanskiy aviatsionnyy institut, Kafedra obshchey khimii
(Kazan' Aviation-Institute? Chair of General Chemintrv)
Card 3/3

BOGOYAVLENSKIY, A.F.; BELOV, V.T.; KOZYUV, Ye.M.
Sorption properties of an anodic oxide film on aluminum investi-
gated by the tracer method. Part 21 Effect of the pH of filler
solution on the sorption of a phosphate ion by an anodic oxide
film on aluminum. Izv.vys.ucheb.zav.;khim.i khim.tekh. 5 no.2:
267-271 162. (MIRA 15:8)
1. Kazanskiy aviatsionnyy institut, kafedra khimli.
(Phosphates) (Hydrogen-ion concentration) (Sorption)
(Aluminum oxide)

BLKODVIEVSKIY, A.F.; KCZ'Lii;V, Ye.M.; BELOV, V.T.
InvuwLstigation of the vorption properties of an anodic oxtde filin
on alumintun by the tracer method. Part 3. Zffoct of the alectro-
chemical conditions of anodic oxidation of abulainum in a su)AVxlc
acid bath on the aorption c harac toria tics of the oxide, film.
I~v,vys*ucheb.zav*;1,J2i.m.i khim.tek-11. 5 no.3:42-3-127 $62).
('!!:U 15: 7)
1. Kazan,,)kiy aviataiarmyy inatitut,, kafedra klhimii.
(Aluminum oxide) (Sorption) (Electrochemistry)

S/080/62/035/007/010/0'13
D202/D307
3o,-oyavlq-nskiy, -"ozyrev,- Ye.,,:. and Belov, V.T.
T M.7- L-.vcst-_,*,,,_,t4nr, -he -i-)rocess of filling anodic oxidized
filmo on aluminvm in chromate solutions by the metbod
of radioactive tr,~cers
,Jri'I--Ladi-,oy Ithimii, v. 35, no. 7, 1962,
-:L:zures of dichromate and chromate in 11 "0 were
i 2LJ 4
used as clcczrolytz~n at 3.2 to 6.2, to determine the chromium
Contc,,-,ts i-, -C;~o -Eilm after f-'illin5, and ~f ter desorption.
r was ao zip. i-adicator and 353 was employed for the determina-
ti or. of S01,11 a-aioass ir, the film, after dcsor?tion. Conclusions:
I -*Ic-.'- of cll-vromate anions iii the 1-film decreases with' increas-
The conL L. L
`-c the incrc~,.se in the film's wei-lat. 2) Tae desorption
C it ell
ol Cr fro-.,. tac -filled --ilm. rxoceeds more intc, siv 1y -h -he fill-
in,,, 1)rocc--s nas .3cen carrica out in solutions -o'A lower pH values.
Card 1/2

inve2i-;~-`-in~` the -)rocess ... S/080/62/033/007"
3) D202/D307 /010/013
C~ical!Y no desorption OjL-
'loci Ila contact ,it,
-Ifate anions from the
di CLI::10l.-_~-'Le -C !-I a., OM aL' acidified distilled water or an acid
LU-1-Hors conclude
2 solution (PH . 5.6). 2ror. the Lter result
L., tl~,at no ionic exchange t..
311 '' and Cr ions during the filling - ces Place
table and 5 '1r0 between
Lj-c:,;Urc,-. cess. There are I
April 4, 1961
Card 2/2

ACCESSION NR: AT4043079 8/0000/64/000/000/0262/0271
AUTHOR: Kozy:*rcv, Ye. M.t Bogoyuvleaskly, A. F. (Doctor of chemical aciences,
Professor); Belov, V. T.
TITLE: Some cliaracteristics of Uie sorption process on an anodic oxide film over
aluminum
SOURCE. Mezlivuzovslcaya konferentsiya Tx) anodnoy zashchite met;
allov ot korrozil. 1st,
Kazan, 19G1, Anodnaya zashchita nictillov (Ailodic protection of metals); doklady*
konferentsil. Moscow, Izd-vo Mashinostroyciflye, 1964, 262-271
TOPIC TAGS: uminu-m~xkD1. anodized :Llut-nintun sulfate anodizing, anodic film filling,
inorganic salt-r-,Tr,-j7g'-soiu_tion, fining .9olution acidity, filling process temperature, filling
recess duration, anodic film sorption capacity, anodic oxidation period, anodizing current
density, filling solution anion concentration, aluminum corrosion, aluminu.-ii oxide film
ABSTRACT: Filling of A1203 films in aqueous solutions of phosphates, chromates ano Sul-
fates was studied on anodized 120% sulfuric acid solution, 20C, 20 men., 1 a-min/dm2
stampings of shect aluminum ADI (18 cm2) in relation to pil of We filler solution (2.5-
10. 9), anion concentration (0-0. 5M at pli=constant, 20C, 24 hrs. ), temperature (0. 6-95C
for optimal pH values), time (5-10 min. at 95C and optimal p1l), oxidation period and
Current density (0-200 a-min/dm ). The results indicate that sorption occurring at the
cllvioj-~ tion-film boundary cannot be considered separately from a number of other processes

ACCESSION NR: AT4043079
taking place, during tho filling of anodic films in aqueous solutions of inorganic salts.
Sorption generally Increased with increasing, electrolyte concentration, temperature,
filling time and current density. Modification of the electrock2mical conditions of anodiz-
ing thus allows one to vary the sorption capacity of an anodic film. Orig. art. has: 10
graphs.
ASSOCIATION: None
SUBMITTED: 13Mar64 ENCL: 00
SUB CODE: MM NO REF SOV: 013 OMER: 005
2/2

BOGGYAVLENSKIY, A.F.; BE,!DV, V.T.; KOZYREV, Ye.M.
Study of the ooiption properties of the anode oxide film on
aluminum by the tracer technique. Part 4.' Sorption of inorganic
anions as a function of their concentration in solution, Izv.vys.
ucheb.zav.; khim.i Rhim.tekh. 7 no.6-962-966 164,
(MIRA 18:5)
1. Kazanakiy aviatsionnyy instItutp kafedra khimii.

Li-i,ov, K-xfflEv, y m.
4-;dy oC the sixTiti.,rin pri 1.4ca (,,V an arcA'-,7! cDddo film en
aj-: dnim t-j the trwx:- aiethv,d. Part Effect of temperature
swpUon as dependont tin the c.=oentra Lion of soluticn filler at
high temporatxres. Izv. trys. ii-~:heb. zav.; khlm. i khim. tekh.
8 ro.3,-4-07-410 165. (MIRA 18:10)
J.. YezLxjkiy avia-tairinn'ry AnstAtut, kifedra khlreii.

L 01302-67 EWT(I)/EWT(m)/T/EWP(t)/ETI IJP-(c) M
ACC NRI AP6002205 (N) SORCE CODEs UR/0153/65/OW/005/0753/0737
UTHOR: Belov, V. T.; BoUM!!v ~enski~ A. F ; KoWov, Ye. M ; Khristoforov
. A*
~RG: Xazan'Aviatuion In.9titutep Department of Chemistry (Kazanskiy aviatsionnyy in-
titut,, Kafedra khimii)
'ITLE: Investigation of the sorption pr)pertioa of anodic oxide film on aluminum.
7. Electron microscopic study of anodic oxide films on aluminum aTt-er filling
IVUZ. Khimiya I khimicheskaya. tekhnologiya, ve 8. no* 5, 1965p 753-757
'IC T&GS: anodic oxidationp alumi Umo electron microscopy
X
MACT: Samples of aluminum AD-1. 18 CM2 In surface, were degreased by acetone and
Qected tq anodic oxidation for 20 minutes in 20% H2SO at 20C at a current density
1 amp/dm'. After washing in distilled F 0 and drying in a desiccator over H SO
o oxide film weighed 0.155 g/dm2, had a~Eiclmess of 5-6vA, a porosity of 15"-i~Wand
Ltained 15-16% by weight of sulfate ions. Filling of oxide films was made in distill-I
H20 and in O.VM solution of sodium ph:)sphate or chromate at various pH. The electwh-
~roscopa studyj~ias made from lac and, Ln some cases, titanium replicas, The reaction
the oxide film with H20 at 950 caused a noticeable swelling and an intense hydration
,eh narrowed the pores and changed the observable relief of the film surface. The

L 01302-67
ACC NRi AP6002205
bhemical-sorption reaction of the film substances vrith anions of the inorganic solution-'
HIlerresulted in tho formation of dense chem*ical-sorption layers, decreasing noticeab~
~he swelling affected by H20. In addition, the phorphate and chromate solution-filler's,
J'ch reacted with film substances with a W dtssolving effect (pH 4.5-6.5), somewhat
smoothed the frontal surface of the film in the most protruding places, The exposure of
h1m to air at 110C did not change its stwface, but exposura of film to 330C brought
jabout the deformation of the film surface, Evidently the decreases in weight, observed
in both cases, were caused in the first case by the liberation of adsorption water from
~)Ores, whereas in the second case it was caused by the dehydration of oxide and removal,
bf structural water* The data obtained substantiated the theory, advanced previously,
I
on the pros-nao of dissolving, hydration, and sorption of anions during filling of film.-
in aqueous solutions of inorganic salts. It was noticed that, during filling of films
solutions of Na phonphatep hydration was smaller than during filling in bichromate -
..zomate solutions. The paper was presented at the Fourth All-Union Conference on -
1aectron YAcroscopy (IV Vsesoyuznoye sove.shchaniye po electronnoy mikroskopiiJ hold at
COD&: 11.20/SUBM DA6TEt 09Sep63/ ORIG REFt 004/ OTH REF% 002
7-
ab

KOZTREV Yu.
Xff activeness ELnd means of financing the modernization of fixed assets.
Fin.SSSR 17 no. 10:9-15 0 1.56. (MLRA 9:11)
(Machinery in indu9try) (Finance)

NariAN
CC NR, AP05027273
SOURCE CODE~ URA20/65/000/005/0060
G,
AUTHORSi JLqrjpb t
JL_~4 _I* (MoscoO; kIMITY., Moscow); 14a1
~91_ininj -
.(140scow); FAYla,_P, (Muscow); S1C6td';;'1kdV Ascow) 23
ORG: none -V0,
TITLE. Vibrocreep of polymeric materia. Is
SOURCE: Zhurnal prikladnoY mokhaniki i tokhnicheskoy fiziki, no. 5, 1965, 68-75
,TOPIC TAGS: polymer., caprolyte, stress analysis, stress, stress measurement, creep,
.creep mechanism
ABSTRACT: This paper preaents experimental data and theoretical discussion on the
,phenomenon of vibrooroop in polymeric materials. The experimental procedure con-
sisted of applying a vibrator7 stress to a specimen under a static stress and deter-
mining the resultant creep E as a function of time. A schematic of the experimental
setup is given, and the experimental resii1ts are presented graphically. The ex-
perimental results are compared with the theoret16al expression
e X P dil
whore C is the creep deformation, U the energy of activation., 6'- stress,

:'-,L 27845-66
ACC NRs AP5027273
-1T temperature, R the universal gas constantp a constant, t the timp ."'d
of
,kr is the transform
d (U To)-ift
~~xp
715 RT
j
in which F(E c) is given by ex
P
BT
after S. N. Zhurkov and T. N. Sanfirova (Temperaturnaya savisimost' prochnosti
-Chistykh metallov. Dokl. AN SSSR# 1955, t.-101. No* 2). It was found that~the~
application of an oooUlatiM'etreas causee an.increase,in the creep velooil;
auth' a thank V. Al Y21olghookoy N. 1. Ga 'China
pol ic materials., or
Uvshi
Y 'P.~Maksima6h. V And V41 ~the
'Tilthomirov for their participation in
:,experiments. Orl arte heal ~equationn#
9 gr
SUB' REF i 013/::OTH-REFt 005
Gap I ~-00/ SUBM DATE I WvnO/
/2
Cor (f

HEMUKRIN, V.P.; PLATOMV, Ye.V.; EUTRIC7, Tu.M.; GOLOVANOV, A.L.,'inzhred.;
BOBROVA, Te.X.P
[Results of tMetro-n-a-nd ~,;at on-gi-n--eer-ing tests.
TU2 narrow-vgaq~6-ale.eel locomotivel Reiullta,V tiagovo-p",
teplotekhniolheskikh ispytanit uzkokoleibogo-toplovosa IPU2. Mosim,
Goa. tranap. zhal-dor. izd..vo. 1958. 83 p. (Moscov. Voesoiuznyi
nauchno-isaledovateltakii inatitut zheleznGdorozhnogo transports..
Trudy, no. 153) (MIRA 11:7)
(Diesel locomotiven-Testing)

- - KOZY16"N' Y11.1,1.
I
I'll) ov" 1,1! -- '~ --:' -'I, -"' - : ":' K--'-5(0 portahl.~,
patont.l.onc.-ti)rs. h-in. tokh. N 165. (", ;; ~-A. I F : i :, I

IZVOLEIISKIY, L.T., Imnd.teV:hn.nauk Ideceased). IMMIJKHIM, V.P., kand.takhn.
aauk; KOZYPJT, Yu.M., inzh.
Harrow-gauge diesel-contact locomotive. Vest.TSNII MPS 18 no.S:
29-33 D '59- (MIRA 13:9)
(Diesel locomotives)
O;lectrio locomotives)

KOUREVI-yu.m.
Workers of the central testing laboratories of' measuring equip-
inent are active innovators. Izan.tekh. no.5:60 ~V 162.
(MIRA 15:u)
(Measuring instruments--Testing)

ANFILOGOV, A.D.; BELOSTOTSKIY, Y4B.,- KOVATSENKO, Ye.G.; KOZYREV Yu M -
URACHENKO) YU.P.; HALITSEV, VA
Measuring equipment in the service of technological development.
Izm.tokh. no.12:48-50 D 162. (MM 15:12)
(measuring inat-,mments)
It

KOZYREV, Yu.M., inzb.; POTAPOV, V.S., inzh.
flarrow-gauge electric dio-901 locomotive. Torf. prom. 39 no.7:
15-19 162. (MIRA -16:8)
1. Vsesoyuznyy nauchno-issiedovatollskly institut zhelezno-
dorozhnogo transporta Ministerstva putey soobshcheniya.
(Diesel locomotives)
(Railroads, Industrial)

AUTHOR: Kozyrev, Yu.N ., Candidatn of 3-2-14/-`,2
TITLE. We Raise the Theoretical Level ~,,f :~(?minars on Financial Dis-
ciplines (Povyshayem teoreticheqki,T uroven~ neminarov po fi-
nansoyym distsipliriam)
PERIODICAL: Veatnik vysshey shkoly, 'Feb 114"7 2, 5,1-56 (Tns~srilj
ABSTRACT: Considering it importnnt to, educ~iti, the 3tudents in independ-
ent thinking, the Chair of &Ioney Circulation, Finance and
Credit, of the Odessa Credit .9nd '-:cconomics Institute has de-
cided to change itn oulline of In the future, at-
tention will h- paid to th~ rerlly independent work by the
studenT.s. They xill hw/e to prepa!- tml dellver discourses
on articles appr~a_-Itl~y III .-cm.-nals, critiques of rono-
graphs etc; At the end of the iiemin3ir the tencher will give
a genoral evaluation of the ~ts;,ou,-se as to contents,form,
style, exposition, etc. This m~-thc I 'hao proved to bt- success-
ful nnd has rnioed the students' ACtiVity and interest, The
author states that thf~ (tincokir-se on "Inopection on Observing
the Law of AgricuitliraL Taxes" " ifourrial -Sot3ialistiEhaskaya
zakonnost,", 'It' 6, 1954), "Re,.,'Bion ~3f the Fxisting Order of
Collecting Arre"Irs" ~Iom,~, jour-n! ',~ 6, 19155) or on the "Bud-
Card 112 get Rights of The '0'upreme .;cv2.Pt 7.1:~~;B` (Journal ",Sovetskoye

3-2-14//32
We Raise the Theoretical. Level of "Peminari on Fingncial Disciplines
gosudaretvo i pravo", 4 it, 11~`r,6,1. attra._-,ts the students, at-
tention or, questions of* observing cons'.citutional principles
and sociali&tic lawfulness in financial matters, In con-
clusion the author propos4 that the discourses should also
be extended to books ani journals in foreiLzn languages since
the receipt of foreign literature by the higher educational
institutions, organized lately, maker, this possible. The
study and critical analysis of foreign literature will serve
to widen the studants- mental outlook and make them perceive
the usefulness of learning 9 foreign language.
ASSOCIATION: Odessa Institute of Credit ard Economins '~:'devskly kreditno-
ekonomicheskiy Instrtut.)
AVAILABLE: Library of Congress
Card 212

.%,N N IP-l"
KOZLR~Zj:*" Imudidat skonomicheskikh nauk.
Financing repairs and modernization of equipment. Vest.mash. 37
no.6:75-78 Je 157. (KCRA 10:7)
(Machinery Industry-YinAnce) (Industrial annagement)

KIKOIN, I.K.; ~,GZYRLT., _Yu. P.
Effect of a magnetic field on recombination radiation from
Ge and its quenching by infrared light. Zhur. eksp. i teor.
fiz. 45 no.5:1393-1395 N 163.'~ (MIRA 17:1)

L 0643M7 . EWTLI)/ UUm /,~t 91-. .1
IA(c - 4D/~JT
ACC NR, R/6-16i/,j'6/008/008/2486/2488--;
-aU026715 SOURCF, CODO: U
!AUTHOIRJ Yelesin, V. F.; Kozyrev, Yu. P.
ORGI none
TITIS: Change in the intensity of recombination radiation of n-typa germanium under
the influence of a magnetic field
SCURCS: Fizika tverdogo tela, v. 8, no. 8, 1966, 2486-2488
TOPIC TAGS$ recombination radiation, semiconductor carrier
ABSTRACTt It was noted earlier that recombination radisttion is very sensitive to the
magnetic field in which the semiconductor studied Is placed: the intensity of radia-
tion arising during recombination of carriers Injected by light decreased with in-
creasing magnetic field. In the present study, which constitutes an )Ktonsion of this
work, it was observed that the depondo 'nco of the intensity of reconbination radiation
on the magnetic field I(H) inay be nonmonotonic if the rate of surface recombination
S2 on the dark side of the sample substantially oxceods 31 on the illuminated surface.
The quantity changes sign. In addition, it was noted that in the presencel
of a strong mag 1FOld, the dependence of recoirNination radiation on the light in-1--
tensity is essentially nonlinear even at a low Mumination (Acr