SCIENTIFIC ABSTRACT OREKHOV, V.D. - OREKHOVA, Z.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238130002-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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L 29541-66 EWT(m)/EWP(jj WIJW/rZ/RM
ACC NR: AP6007773 SOURCE CODE: LJR/0195/66/007/001/0049/rjC)5LI
AUTHOR: C4ernova, A. I.; Orekhov V. D.
ORG: Moscow Institute of Fine Che..,ical Technology im. M. V. Lomonosov (Moskovskiy
institut tonkoy khimicheskoy tek~n-olo-'g-111~___ 01
TITLE: Nature and kinetics of accumulation of products formed by the radiolysis of
benzene-in aqueous solutions of sodium nitrate
SOU`RCE:'1 Kinetika i kataliz, v. 7, no. 1, 1966, 49-54
TOPIC TAGS: benzene, gamma radiation, radiation effect, phenol, organic nit roso
compound, organic nitro compound, nitration, hydroquinone, pyrocatechol
ABSTRACT: The qualitative composition and kinetics of accumulation of benzene radi-
olysis products in a 0.5 M aqueous solution of sodium nitrate were investigated.
C060 gamma radiation in doses from 0.05 to I Mrad was used. In the initial dose
range, the stable products areltnijC2benzenel(which forms only in the absence of oxy-
gen), nitrophenols, phenol, nitrous acid-,ahd hydrogen peroxide. Radiation-induced
nitration of benzene is observed in the range of pH below 6.0 and the oxidation of
Card 1/2 UDC: 541.15 : 547.53

L 29541-66
ACC NR: AP6007773
its molecules continues at higher pli values. As the dose increases, nitrob._-nzene in
an inert atmosphere converts into dinitrobenzene, and nitrophenol changes into dini-
trophenol. The main direction of the conversion of phenol is radiolytic nitration;
a side direction is a nonradiolytic reaction with nitrous acid, forming nitroso com-
pounds and nitrophenol. At pl! values exceeding 6.0, phenol radiolytically oxidizes
into hydroquinone and pyrocatechol. At pH values above 7.0. precipitation of in-
soluble dimerization products is observed. Orig. art. has: 3 figures and I table.
SUB CODE: 07/ SUBM DATE: 1BJun64/ ORIG REF: 009/ OTH REF: 007
Card 212 ~~'

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OREKHOV, V. G.
Min Higher Education USSR. Moscow Order of Red Banner Construction Engineering
Inst imeni V. V. Kuybyshev
OREKHOV, V. G.- "Investigation of the temperature effects on the elements of buttress
cimms with flat sectional plates." Min Higher Education USSR. Moscow Omer of Labor
Red Banner Construction Engineering Inst imeni. V. V. Kuybyshev. Moscow, 1956.
(Disnertation for the Degree of Candidate in Technical Sciences.)
SO: Knizhrayn Letopi I No. 13, 1956

ORAHOV. V.G.,
Solv I np a t,)ml-r:~turr. rroble-1 for -s ':au~-, iz,
strol. no.
1.
Inzhar-i-ric-2t i-( ital Inopo inst i t0t~! V. V. K,,iyby-'!evp .
(Dp,,ns )

O'RolKHOV, V.G.,
- i ~-, -, E~ ~ -- , - -, .. Q - - ..--
(,' O~q -,t *~ -.!'- - *n ~ - - " r T :- , '. - - - -. --- . . . . - - . - - - .
I ( :. 1- -.11. : .- : - )
hor . t ru,* . VIS I n - . ~` : I C, -- I ~~ I- ' ~'- -
S
,,LT. : -:.) ( D, -,i )

ORWHOV, V.G., kpne.tpl~~n. n,,uk; K01,17 I N, B. I., a a p I r. . , ; ?' JX)VIKOV. A. I., Inz.
Anal:vzin,- the wor'l- of apparatur, for the inv-~Ftf. --.ion c-f c; t r,~F
within massive roncrete structur,-.s. Sbor.true. :'131
159.
Str,ins and rtn4scea)
r,ncrqte conntruction--Testinr)
R

GRIBBIN, M.M., prof., doktor tekhn.nauk; OREKHOVY V.G.J. kand.tekhn.nauk;
KOMIN, B.I., k-,qnd.tekhn.nauk -
Studies of the temperature cycle and thermal stress condition of
hydraulic structure blocks concreted in winter using a cil-cumferential
electric heater. Sbor.trud,,.MISI no.32:39-49 161. (MIRA 14.7)
(Volga Hydroelectric Power Statione-Concrete construction-
Cold weather conditions)

OREIEHOVP V.G., kand.tekhn.nauk
Study of the effect of therml action on the quality of contact
join-4 betveen a slab or shell and a concrete structure. Sbor.
trud.MISI no.322,49-57 161. (MBA 14:7)
(Concrete construction) (Hydraulic structures)

OREKHOV, V.G. -kand.tekhn.naukj MMOVIKOV, A.I., inzh.
Sow problem in designing devices for --"uring deformations and
stresses in concrete. Sbor.trud.MISI no.32;58-66 161. OUa 14:7)
(Concrete-Testing)

GRMR. G.V.. knnd.tekhn.nauk; JAALINSKIY. V-F-. kand.t9khn.nauk; LISOVSKIY,
F.K., lnzh.:.2MHOV, V. I. , inzh. (OdFvssa)
Using magnatODhone tnlpphones as a neans of communication in
nrpRnizinp train traffic. Zhol.dnr.tranup. 41 no.3:71-73
Mr '5q. (AIRA V:6)
(Rallroala-TplRphone)
- m

7~~ SIK 1 13. r
t I on 3 1 n -i~hl le i s
e K i "o r kv J,
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OREKHOV2 V. M.
OREMOV, V. M. *The Construction of Garages Exploiting the Local Terridn.11 Academy
of Architecturet Ukrainian SSR. Inst of City Building. Kiev, 191~6.
(Dissertation for the Degree of Candidate in Technical Science)
Sot Kniahnaya Letopi-91, No. 19, 1956.

IJ3PUl,';K 1-Y , red.. MD., zarzi,. glav.
re~_~ k'-A- red.
K A FLA,,: L-I... iran., rpd., NALYSHP7K(,3 O.A., red.;
MEZENTSEV, I.V,, red.; T., red.; NELYUBIN,
K.P., red..~ rod S.N., red.;
SLIVAK, IJ'7~~: ic~~m J. ST III I SLAV SKIT ,
A. I. . red i C,'O"EKKO red.
#~s () f c It, I cis; an
a,".1 to l1'! , ;~"l nue obal-11"Itiviffli 0
Y CW ~ 'V V j k!i. KJev, BudivelliVkl
_-C
i. OR r~j 1 A' 7 :T P,' iT' ~ruyoktlrowiziiya
Foroucv. (for 1,aplan, welkhov). 3. Goastroy
USSR ( fr.r F ej'6b~_. I K"YeV-7k 4T i Tl~~ h0r," PI rn'v
instltw. ~r~.r S','lva~,~. r. KfycvsUly j-:)_-li!arstvennyy,..institut-
j~,rot.ov ~;spensl,~y, Tier--Arutyunyants,
bondartinlio). L, Lenmp-adakiy Gosudar-
[.,)ro,~ov (for Nelyubin).
proyektnyy insti-
tilt po
is tic- nne- -grazlidanskogc, i
kemmuna-l~nog-

ORXKHOV, V.P.
Developing amsuring 9L-Ills and habits during, labnrbt,)-y works In
Physics. Uch.z ap *RGPI 15:21-" 158. (MIR-A 12: 7 )
(Phynics-Study and teaching)

bre kli ov V. I . -u~dl -,:~ vo.-ov zi n
Stimalating Students During the Acquisition of Abilities
and Ski-U s
L: v ~.kol e 9 7 "r R
f
to *,eLic'-vjrs
e ul I C
..chool s. T;,,e a--e -.sell o.-, the re-
of ex: e:,imental ' eachi,-- .,f -,.-.-sics n t-~ x -
.'%sses of t~-.(- :-th L~clool of ;-.'~iz:in'. 'r, -,t-
i ~, t -) e:.eral pedaCo,-~c~il of
t:
lie intereE--t 1~..rin;~ 1.:,:,.,ons, to -,e"morls
tional ex,-,ei-im-nts i.,-.t,,:.~.,ed t-) tr:-,ir-. tl~r, ull'il fD:-
-~erformance :;f CE!:-tain t,3s'rl-s to 1-lbo:---:-
-ri-.: v.,Drk -.easuri.nF. 1J*-3t-u:-,ient.*.. T !~ e - r c
-4~~ :ivide,.~ ir,.~to ,hree 7.,,rj;r, :-~(,-ctiors,
of cor.tairis examples ta~:-r. from the teac~,i:-,F
1 '4 ~-xerie~.ce -f tl.f! authors. 7 :1 t C t i

_"~V-47- 59- 3-1 53
StudeL.,~$ Duxing the Acquisition of Abilities and SkjUs
a, 'ithors set forth general principles which should
9.'-'vern the teacher when he is acquainting his pu-
pils with the use of measuring instruments. As a
means to consolidate newly acquired knowledge, the
al,thors recommend in addition to questions and con-
versation, the jerformance of some light (10-12 mi_
nute) laborator;al tasks, such as the study and use
of measurinL e-lasses, use of plum-met and level,
sl.)11~y of dynamometers tl:e of objects
~~ifft them. In order to develop the pupils' measur-
in~ skills,the teacher has to E~~ve visual deron-
strations of t',,,.e ireasures in tl~,'; form of substa-rtial
m:,'Jels. This is diffic-ilt with measurii-,:- units de-
t. .-ined in_ir.-_--ctly by means of other measuring u.,.i's'.
T , -er 1,,iloCram-
J_ "or- to demonstrate, for in-:tance, a I
rnnfter, the teacher should lift a weight of 1 kg to
a '-~-_ight of 1 T.. 'oncerning the demonstration of
instruments, 'he authors recommend that at

StiZallating Studeate During the Acquisition of Abilities arid Skil.10
t 1.,,, beFir..r.int:- and at the en~! of the demonstration
tl.e teacher carry out his oper-''.-ons 'a-, swiftly as
ill :-.ired in -,ractice. op-rations shoult
s I. o wr - in ,.e--r s-,.;, 1e j,hL-ises !-~e accom-
p'.nied by questions to the rupils. The autl-.o:,s fu,--
t r e c i fy :7~ ~~ t oul , t o e t u i ,i c a i n 11 e
w tl.e ccr~r!,ct. es, orier to -lv,,i
Cf -ix :.0 '.C-.
po.
f - --i'litating t.~-.is task :in re'Iatod ones. -hi:
pils started th,,'.r .roionfr,(~:, ~Aor,itori,il "'r-tininf!
1 :-.tudy!n,- -t t-~chnic:il ~i I i --r-
o: o.1 mm. T, *i s work w---is : rece ~ed by tht- s Ludy of
s I Ide t-,age ~:easi--inr metl~.ods on a model. All tl~e en~
A.e sch,;ol tir.e ~i fi
C,
t z, iining pro~-r,..T, con,;'Lotinj- of cert,,iin numhor of
I I-o'Jects: I ~ of ~,,Jm, ,, -,,,I M,irIIoM(It(-*I*.I',; 1 1! e -
t :-ii-Itio"; 31, 1" ecif ic of

Students Daring the Acquisition of Abilities and Ski-Us
drostatic v;eighing; 5
their use 'In determininC, tl.e ier..,31t,,.- of ji quids.
In order to test ac-,uired practic3l skills, the
authors used the following methods: 1) E--.--neral
examination by having the pupils %nswer questions
on a blackboard; 2) sjecial ~x~imination of indi-
vidual 1~upils, based on their particular laboratori~il
jr(Iject; 3) control of Lhe iaboratorial ~vork per-
formed by the purils; 4) i-J vi ri. t ~tsks ~%,hi c1i c:ir,
3ni-,7 resolved if the pupil tYeoretic-il
knowiedVe 4jitl. acquired jrictic;il
mininf, the volume ~)f zi cyl`n., rj(,.al vossel; verifi-
C:j t j0ri of tl~e ~,,olden rule of mecrinw(,,~- fnr :i siml I-
inech-rinism). Th,.~re ave -' phoi.,)s, I Ii:wr im irid I
.;nvi. t reference.
4

ORRKHOV, V.P.
Electric clock model. Fiz.v shkole 20 no.4:78,79 JI-Ag 160.
(MIRA 13:9)
1. Pedagogichaskly institut, RyaZar,
(Clocks, Blectric)

-, OREIIHOVA-a- Oazanf); BELITSOVA, M.V. (Ryazan')
Discussing innovations and inventions in physics lessons. Fiz.
v shkole 23 no.lt74-76 Ja-F 163. (MIRA 16:4)
(Physics--Study and te4chij)
(Technological innovations

TSELINKOJ. M.G. (Zhitomir); OREKHOV, V.P. (Ryazan'); PANICH, K.I.;
FEDOR(YV., I.V. (g. Kurgan); KffLtCMTSKIY, A.P. (g. Kurgan); A.1K.
(pos. TcFvarkovskiy Bogoroditakogo rayons, Tullskoy 3AIT.~--LDVA,
14. (Bratislava, Chokhoolovatskaya Sotsialisticheakaya Rospublika;
UNOVICH, 1. (Bratislava, Chekhoslovatskaya Sotaialisticheskaya
Respublika); KADLECHIK, 1. (Bratislava, ChekhoslovatSkaya SotSi&lis,Jch8-
skaya Respublika); PETRAK, M. (Bratislava, Cheknoslovatsk&ya Sotsialistl-
cheskayn Respublika); PRITOKA, 0. (Bratislava, Chekhoslovatskaya
Sotsialisticheskaya Reepublika); UiOV, A.G.
Suggestions and advice. Fiz. v stikoie 22 no.6:62-64, 96 N-D 162.
(,'-IIi.A 16.2)
1. 636-ya shkola, Moskva (for Panich). 2. Chkalovskaya arednya-,.a
s~lola GorIkovskoy oblasti (for Lbov).

OR M OV, V.S., Inzh.
emission from stripped coal seam surfaces during development
operations. Nauch. dokl. vys. shkol7: por. delo no.1:140-147 '5P.
(MIRA 11:9)
I.Predstavlena kafedroy rudnichnoy ventilyatell i tekhnikl
bezopasnosti Moskovskogo gornogo Instituta, im. I.V. Stalina.
(Mine gases) (Coal mines and mining)

OR M OV. V.S., inzh.
Determining the necessary amount of air for drifting In coal mines
vith use of a PK-3 cutter-loader. Shakht. stroi. no.6:6-9 '5F.
(MIRA 11:6)
(Coal mine@ and adning) (Mine ventilation)

OREKHOV, V.S., Ca-nd Tech Sci -- (diss) "Methane abundance iL
preparatory passaCes of great len6th in ccal mines and a Methoc' of
precalculating the ventilation of Wese passages, based upon the eas
factor during their cuttinp.11 Mos, 1959. 17 pF with graphs (Xir, r'f
Higher Education USSR. Mos ~!ining Inst im V.I. Stalin. Chair of
Mine Ventilation and Safety Engineering), 150 copies. (KL, 3'~-`Q, 117
1, C,

KSMCWONTOVA, A.I., dotsent, kand.takhn.zusuk; BURCHAKOV, A.S., kand.
UMUKOV, K. Z.
tekhn.nBuk; ORMOV, T.S., gornyy inzh.;
lVentilation of greatly extended development workings in
Kart-- nda Coal Basin gas-discharging mines] Provetrivenie pod-
,,a
gotovitellnyich vyrabotok bol'shoi protiashennosti v gazovylth
shakhtak.h Karagadinskogo ugolinogo bassaina. Moskva, K-vo
vysshago obrazovaniia SSSR. Mosk.gornyi In-t im. I.V.Stalina.
1959. 14 p. (MIRA 13:8)
1. 2aveduyushchly kafedroy rudnichnoy ventilystaii i takhniki
bazopasnosti Moskovskogo gornogo institute imeni I.Y.Stalina
(for Ksenofontove).
(Karaganda Basin-Mine ,entilation)

I Ir OV, V.S., inab.
Method of estimting t he methane-content in &velopment nines.
Isv.vys.ucheb.sav. : gor.shur. no.10:63-67 '5 9.
(KIRA 13:5)
1. Moskovskly gornVy institut.
(Mine gases) (Mining engineering)

KREMENCHUTSKIY, Nikolay Feofanovich; BURCHAKOV, A.S., kand. tekhn. nauk,
retsenzent; OREKHOV, V.S., kand. tekhn. nauk retsenzent;
KLEMOV, tekhn. naukl, otv. red.; 7AKHLIOV, M.I.,
red. izd-va; SABITOV, A., tekhn. red.; KONDRAT'YE7VA, M.A., tekhn.
red.
(ventilation of coal mines] Provetrivanie ugollnykh shakht. Mo-
skva, Gos. nauchno-tekhn. izd-vo lit-ry po gornomu delu, 1961.
239 p. (FIRA 15:1)
(Mine ventilation)

BYKOV, Leonid Nikolayevich;.g~kHOV,_V.S., kand. tekhn. nauk, red.;
LUCHKO, V.S., redAzd-va; OVSEYEXKC', V.G., tekhn. red.;
SHKLYAR9 S.Ya., tekhn. red.
Nine fires] Rudnichnye pozhary. Moskva, Gosgortekhizdat.
1963. 158 p. (14IRA 16t6)
(Mine fires)

_~LREKHOV,, ~aq.i-14 Sergeyevich; KOPAROV, V.B., prof., retsenzent;
- -- I -- VENOV, V.S., dots., retsenzent; LUCHKO, V.S., red.izd-va
(Fire prevention in enterl,rises of the minIng indu7itry. '-o-
zharnaia okhrana prodprilatii gornol I~rov:vshlemiustl. No-
skva, lzd-vo "Eedra,ll 11?64. 165 P. (1~ I !,,A 171: 6)

S/I 12/591t)OC/,~ 4r
A052/AO02
y zhurnal, El ektrotekhn ika, I(JI)9, No. 1 1
Translation from, Referativ-nv
32162
AUTHORS: Oborin, V.I., rekhov,.V.V.
TITLE An Automatic Installation for Testing the Activity ~)f Cata-'ysts'
PERIODICAL: Tr. Groznensk. neft, In-t 1958, No. 20, pp. 3-13
TEXT: A method automating the catalyst activity testing under laborat.,-~r,,
conditions is suggested. The instMation Is designed for the simultaneous
of 6 catalyst samples. It consists of 6 reaction chambers, 6 raw materl~i ' fer-d~-rF'
6 fractionating columns and a corresponding number of monitors for each "'IoW.
Furthermore, there Is a number of control devices common to the entir-
tion. The installation is designed not only for standard tests but a1s-, !'-,r
search purposes. For this reason the possibility of varying the operat!').,.~i-'
ditions within certain limits was provided. The time of cracking, the volumetri-,
speed of raw material supply, the temperature of cracking, the regeneratJor. -Lr.r!
rectification of catalysate can be changed. A total number of up to ter, f!~!'
Card 1/2

5 /1 121--gloor"lo,
A052/AO02
An Automatic Installation for Testing the Activity of Catalysts
working cycles can be set; the operation can be stopped after an.v
tification can be done after any number of working cycles of the A-
original pump design for the raw material feed Is suggested. Details ~,f *,he
design of reactors used and of equipment for rectification of lIq1.i1,1
are described. For setting and cantrolling the tamperRtu 3 rul EPP-'-'
electronic potentiometers and for the pressure 1,r9YK -2-i "K GMY-21) (jovi-e!; r-
utilized. Mere are 3 illustrations and 6 reCerences. See a I sc, RZhE, I
42682.
V.L.S.
Translator's note: This is the full transiation of the crlglnal Rusf:lar,
abstrart.
Card 2/2

OREKHOVI Vladimir VA,sil'yevich; FELIMAN, Roman Vse'volodovich; KUZNETSOV,
tI&TSEVA, L.A., tekhn. red.
(Repair of television receivers] Remout televizorov. Moskva
Vses. koop. izd-vo, 1960. 247 p. diagrs. (MDU 14:9
(Televijaom,-Repairing)

KOMAROVER, X. Ye.; OREKHOV, V.V.; GERASHCHENKO, D.A.
FJS&tion and reposition device for operations m tubular bones.
Vestn. khir. Grekov. 90 no.4tq?-98 Ap'63 (MIRA J?t2)

OREKHOV, Ye., iZI7.h.--podpolkoirnik
Atmdc defense of motor vehicles. Za rule 20 no.7:22-23 J-1 1620
(MIRA 15:7)
(Motor vehiclea-Safety meavures) (Civil defense)

L 1-/T(1)P
11347-67 1, FSS-2 , _JA_j
ACC NK, AP6018641 SOURCE CODE: UR/0017/6 o66-/oo6/o036/0036
AMHOR: Orekhov. Ye. (Engineero, Colonel)
ORG: none
TITLE: At top speed (T44__LkKe-qontrol stabilizer)
SOURCE: Voyennyye znaniya, no. 6, 1966, 36
TOPIC TAGS: military tank, automatic stabilization equipment, fire control gyro-
stabilizer
ABSTRACT: To assure more accurate fire control while a tank is in motion, gyro-
stabilization units have been developed. A tank usually has two such units, one to
stabilize its weapons in a vertical plane and the other, in a horizontal plane. When
equipped with two-plane gyrostabilizers the firing accuracy of a tank in motion is
only 20% less than when at a standstill. It is stated that some English and American
tanks are so equipped. Soviet tanks have efficient stabilizers permitting aimed fire
while in motion, and which fully meet the requirements of modern warfare. A
schematic layout of a two-plane stabilization unit is given. Orig. Mt. has: 1 figure,
SUB COIE: 17, 19/ SUBM DATE: none/

USSR / Mechanicai Properties of Crystals and Poiy-rystal-Li- E--j
Compo i uid s .
Abs Jour Rof /Inu- - Ftzlka, Ni) It, 19"1", Ni, giGlt)
Author Vasil'ev, L.I., Butkevi-h, L.M., Orekhov Ye.I.
Inst Siberian Physico-Technlcal Institu-E~eU;~R-
Title Effect of Velocity and Deg;ree of Plastic Tension i-in i.h,-- 13--
laxatiun and Subsequent Deformation of Metals. 1.
Orig Pub Fiz. metallov i metallovedeniye, 195~~, 2, No 1, i42-145
Abstract A poiycrystalline copper wire was stretchei at a rate ,f
0.03 and 27% per minute to a deformation of l.;, ..0" 11.U,
19.5, and 29.5% and the relaxation of the stres5es was )b-
served for 30 minutes, after which the specimens were stret-
-hed at a rate of 0.03% per minute. Anaiogous experiment-
were carried out with aluminum up to deformations -~f
and 19% (the iurati~~n of relaxati-in ain ,inted to I-W)
The experimental data obta"ned sh,-)w that with increasin,
Card 1/2

USSR / Mechani-al Pr peri.1 -3 of Cryq-_aI- rtn i Poly:,rys~alli(- F-
Compounds.
Abs Jour Ref Zhur - Fi 2, ika, no 4, jq,, 1j, 94Pt,,
Abstract Aegree of -ieformation there an increase in the A ~ f"erell. e
of the initial stresses of the relaxatl,)n -urves, obtained
af'ter deformation with two different speeds. The ie&Tee
of preliminary deformat; ' n affects the course of the sec. r-
dary stretching more when the speed and det.;ree of deforma-
tions increase. The difference in the behav.or of the me-
tals af-ter deformat'~)n 's explained by the different ass,)rt-
ment of I st.)rtions that take pla~-e in the first -leformat")I_
Card 2/2

KBIDCHMO, N.Y.; ORWHOV, U.N. --
Improving the quality of classified anthracite. Ugoll 35 no-5:20
Yj 16o. (MIRA 13:7)
1. GlavW inzhener shakhty im.Cktyabrfskoy revolyutaii tresta
Shakht-antratait kombinata Rostovugoll (for Khidcheako).
2. Pomoahchnik glavnogo inzhenera po planirovaniyu, shakhta im.
Oktyabrlskoy revolyuteii tresta Shakhtantrateit kombinata
RoBtovugoll (for Orekhov).
(Donets Basin-Axthracite coal)

L AM-65
7
ACCESSION NR: APS0012,66 3/0089/64/017/006/044810452
,y
AUTHOR: Singy. N. M.; DjSht2y~ IF'., BlokhIn, 0. 1.;
Broder, D. I- ;. Gabrosev. V. N. ; Dudnikov, Yin . ; ZhJ1-t;_o`v-,
M=- KUt-W-A. P. - -Llsochkin, - G. A. -'Merzludn, G?T&
Morozov- 1, G_; KomarQy__A;_Ya. (deoeased)g Qrokh6Y,Tu.__Ij Bergeyev,
Sl3alsarev- P__N.; Ushakny- jr.- AL; Fqdortv. 9. V.., ChQJ3=. V. Ya.-L S_hmelev,_
V. M.
TITLE: Smali-size atomic electric poweMnstallation TES-3
11 rA
SOURCE: Atomnaya energiya, v. 17, no. 6, 1964, 448-4 -
TOPIC TAGS: small atomic power installation, portable atomic power instana-
tion , nuclear reactor, electric power generatior~tzs-s reactor
ABSTRACT- The paper to a summary of the SSSR report 1310 at the.Third Inter-
natiqnal, Qnte nce an Peaceful Uses of Atomic EnerML!n Geneva, 1964. It
describes a movable small-size atomic electric power installation with the water
cooled and moderated TE9-3 reactor (under 10,000 kw). It consists offaur
CW46 I / 2

7
L 24211-Z5
ACCESSION NR: APS001266
blocks each of which was assembled at the manufacturing plant, and which are
placed on four self-propelled flatcars on caterpillar tracks. No housing is re-
quired for the installation; the only local preparation needed is the radiation
protection. The results with a demonstration model show a satisfactory agree-
ment between the theoretically expected and actually obtained parameters of the
installation. Orig. art. has: 4 figures
ASSOCIA71ON: None
SUBMITTED- 00 ENCL: 00 SUB ODDE: NP
NR REP SOV: 000 OTHEM 000'
7-
Cwd 212 Z

0 Ilk) jk):,.
'0
y
cc, LO Xk2lic"
i,-) V, 1,
SCII V. 11, 110. 3, ID66, 345-3,id
cr
o
k '.I,% o.~;(:j
p 'r
k, 16., k ),.:i, -o., ulClllc[L~S Ol it OW(_
o" L~Laoil;ty of a C "0." C(* ajo,-) reactcr
U J,:, 'm-y Ck'~'C'OL, ii"(; (I,-.)";-,(A oil tile ricat e
I
Col~_L,1(,k-rckl: 1) ile"L rcmova! froly, tne ~-,Cconcl
V.,O Ci-,C:S lb
-Lo "i.c: COCjI"nL Let,nperaLurc at Li,,e oull.Lt.2t frorn the second oop; 2) heall
CarLi U DC: 6 2 1. 03 9. 5

ACC A PG C ~ 13 2 6
r I-,-. o v a I
r( "-,e sccc),-LG '00-, is col-lSa;,!. 1.I C~0.9,cd looo reactor :LS -,,ore .o, e
~00? reactor 0.-*,,. a,-L. i-as: 26 'Autnors' abstract]
L an 0,)C,-1- L, I lormulas. i
S U CODE: 26/ SUBM DATE: 2U')Feb66/ ORIG REF: DOI/ OI'H REF: DOI/

ACCESSION _NRI' AR4
-PP57

ition the. e-A 08efieo 8 ~Olid_
-decreases u
to Phase compo 8 ~M~
solution of st-' L11+709
this. solution reachins its maximum:concentrationivhen the
.
$i c,ontent in thi alloy-- reaches. 605%6 ~, As the'Si content inerdaaes:to 8% the
specific,168ses in the allo aC~X-4e with a vdnimul~ at a Si
y chaup according to
..-content.: of 6-7%*-.,. The-4mprovewnt, in the proportion. of the cermet- allpys at a S1
'
_
11~1.1_- C-onks
--is the-.. ~LlAco-f #rrite grains
n't of_6.5L

va d trate 't G.P(
em6na
a P"Goo fAe
an onlarapient iisibility o
t6tjmirdj4: W Vptimu-sintering tims.1 or each alloy which d-on- the condi-:: ~
4egfee of'dispersion
of bpakation comet imagne-tic conductor and'ths:'
.
`4-ze orL --iroj~-PoWd$rAL,~,ye -Polyam"Ya
o
f t &Lmal,

00.
_,WCL
n 77..

W
A

T- i

313z

Ll
ILI OLI ( 'j~
S/126/61/012/002/oo2/oig
E073/E335
AUTHORS- Us enov G.1, and Or ekhov YU.P,
TITLE- Investigation of Magnet ically Soft Sintered Al lovs
of the System Fe-Si
PERIODICAL Fizika metallov i metallovedeniye, 1961 ~'ol. 12,
No. 2, pp. 183 - 187
TEXT. The influenc e was in%, r, , igat ed of' the Si content
(0 - 10%). the sper- i f &c pr e--,s ing pi c-!nsur e (5 10 and 15
t/cM2 ) and 0of the -3intemring tempetature ki 000 1 )00 1 -100
and 1 300 C ) an the magnetic pruj.)~-t 1 it-~ or Fe-Si allo\-
sintered in a reducing atmosphere for 20 hours Du r 1 11 LL);je
sintering, the temperaturE gradient did not exceed
The investigations ha-e showrn lh~)l lh~~ combination of
properties can be obtained bv ut~ki-~ ~~i additions in the range
of 5-8%. The optimum magnetik. ptopq,iiie~ in the case of' an
alloy containing (-5.~ Si waq obtoiot-o fos a pressing pre.-i"re
2 a 0
of 15 t/cm and/sintering tempti-al,jro, )I 1 ')00 L iho-t- were:
Card 1/2

1~699 S/32?6AL/aOO/Yj2/B367
1, C 3
S r,-.ash,_',-.oztrcyerLiya, Abs. 2B361
AU-71-.'~-R: Lksenov, G. 'I.; Grekhov, Yu. ?
=7: 7he effect of varioi~s 'actors or, the struc-.ure and propc~rtles of metz"
car-,-,dc 7-e-S11 alloys
CITM S~,'O-.CZ: 7r. Kuyby*shevsk. v-vvp. 16, *1963, 201.-211
aiioy, silicon s.coc'_fic Presrure,
-ic los--, s`n-ering duratJon,
turo, s-;ecil
dielectric layer, cermaet alloy, ce.-.-.et, cere'-'el,
10, --he Paper investigates ',r.Q effect of the silicon conte-,', e
soecif-Lc mo"IdLng pressure and the sintering temperature on the porosity ar'd
specific losses of alloys at a frequency of 50 cycles,and also the effect of
t~.e duration of sintering, the granulometric composition of the initial powder
. 1/2
Card

ACCESSION IN-: AR14027699
and the dielectric layers on the naL-,netic properties and specific losres of the
alloys. The pressabilitoy of Fe-Si poyder mixtures was analyzed and the produced
a3loys vere then analyzed by metallo graphic and X-ray methods. 8 Illustrations
and I bibliographic reference.
DATE ACQ: 21,var64 SUB COL[E: ',11. E2.'GL: 00
Card ~/ 2

S/0276/64/000/002/B367/L363
3 ~"' J .*10 2-Z*~-. ckhno I oo,,.y a m as hinostroyerdy a, Abs . 2B 161
7.': R: Aksonov) G. I.; Yu.
-,-a effcct o~ varjou3 factcrs on the otructaro and propcrt~es of
cara;--~ic Fe-s--* alloys
vv~p. 16, 1963, 201-211
GITZD S=IGE: Tr . K uy'ay* s- e vsk . z, L t c .
.-:e-S4- allov, silicon c:;---.v,.'.' spoc:.fic presssure' "z-Tera-
S'-'Ecific !GSZ,
electric layer, prxpeMy, cermet alloy, ce.-met, cerp-mell)
The paper Investigatez; the effect of the silicon content, the
speci:'-~c molding press-are and the sintering temperature on the porosity and
specific losses of alloys at a frequency of 50 cycles,and also the effect of
the duration of s:intering, the granulometric composition of the initial powder
. 1/2
Cord

ACCESSION MR: ARL027699
and the dielectric layers on the magnetic properties and specific los7es of the
alloys. The pressability of Fe-11A powder m:L-tures was analyzed and the produced
alloys were then analyzed by metallo graphic and X-ray methods. 8 illustrations
and I bibliographic reference.
DATE ACQ: 21,var64 SUB CODE: YL ENCL: 00
Card "/2

OREKHOVA.A.A.; BAKKAL, T.P.
State of resniratory organs in so-called intracranial. trwima in newbornfl;
clinical and morphological data. Trudy ANN SSSR 29:70-76 '53.
(10-R,i 6:11 )
(Respiratory organs) (Skull--Wounds and injuriee) (Infanto (Newborn))

ORMOVA, A.A.
Prothrombin time in puerperas and newborns and its change upon introduction
of v1kasol; experimental and clinical investigations. Trudy AMN SSSR 29:86-
q6 '51. (KLRA 6:11)
(Prothrombin) (Infants (Newborn)) (1~ierperium)

Variation in Drothrombin time of rabbit fetus blood at different
r
stages of intrauterine development and in asohy-zia Lwith summary
in Inglish]. Biul.ojkap.b1ol.med.44 no.8:66-70 Ag 157.(MIRA 10,11)
1. 1z biokhimichoskoy laboratorit (zav. - doictor biologichaskikh
nauk A.D.Braun) i otdoleniya novorozhdennykh (nauchnyy rukovodital'
daystvitellayy chlen AMN SSSR prof . A.F.Tur) Instituta akusherstva
i ginekologit (dir. - chlen-korrespondent AMR SSSR P.A.Beloehapko)
AKIN SSSR. laningrad. Prestavlona deystvitel'nym chlonom AMN SSSR
prof. A-F-Tur.
(ASPHTXIA KNORATORUM. experimental,
off. on orothrombin time in fetal rabbits (Rue))
(PHOTHROMB IN T IMIC,
off. of inn-uterine aspkYxis in rabbits (Rue))

K-ACHURIN. H.G.; TSIMLI, Te.l.; ORMOVA, A.B.; KOROLEVA, h.V.-.
TEMINA, V. I.
Boiling-out cotton fabrics with the aid of Bodium sulfite. Izv.
vys.ucheb.zav.; tekh.tekst.prom. no .6:98-103 '59.
041RA 13:4)
1. Leningradskaya sittasnabivnaya fabrika im. Very Slutskoy, I
tokstil'noyn upravlaniye Lonaovn&rkhoza.
(Cotton finishing)

SAVINKOVA, Ye.I.; SUKHOVA, T.F.; DEGTYAREVA, T.A.; OREIKHCJVA, A.I.
Hydrolysis of carna.Uite in the course of its preliminary dewaterirw.
Zhur.prikl.khim. 34 no.11:2555-2558 N 161. (MIRA 15:1)
(carnaiai te)

CHRRNAVSKlY, V.A., (Moskva, 1-92, Ayinnlyev,.i~ly d. 4,~,', kv.-iO,21';
aRuMOVA, A.I.
Oven &nJ c"osed .c the A,hill-, ',-jrsdon. Or'.0p.,tram. I I--
25 n.-).2,,52-55 F 16--m k K~ RA "1 8 -1 )
1. lz k3in -4k i Iruvmatol og4 ' i or Lo,,,edJ i (zav. - prof. V.A.Che rnavs~ Ily
'L1 Moskovskogo mediLslnslogo instituLa imeni N.T.Pirogova (rektor -
M.G.Sirctkina)-

: -, ., , 1, ~, ~ ~ " ', Yll ~ - '.. ~
. . I
I
. I 1 1 p ,~ !--. z
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'.' , ,- " - I %I . , . -,,
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I . ~ f , f I,. YIN . ; y . . .t ~ I I ,. .,
I I
I " I I I ,. I - I
, : 0

L 3.
~Z.i" - L ~ I j ~ - !. -- , '6-,
ACC Nk: AP0020915 3
AUT lir)q Brit a I M . Y(- Kadaner F. IS A
0 R G ut, 0 f Me La 11 u r gy i m A . A 14,1 y k v a s t i t u t m e t it i i. u r.~ 1
T I T L F i;ffect of small addlti%~nii of coppe r- nn(A ni :ver' on corr,,,[zi~)n e!
Al-I(n-Rg allcya
-:he9kaya L
SOURCF: FizIxo-khImi
183-187,
T13P I C TAG'3 Riuminum al loy , zlnr* r&ntnin i n g, a I Oy , 'n ~1:-. 1) P~ g-.I -I
t a i n i n q a i~ i cy c o p 11 e r :! o n t a i n i n g R I I o v , s i v r n t.,t i,i i, g
a i i o:~ c o r o s i n , s t r e 9 n c o r ro s 1 ~~ n r C; r. 4 S a
T P Cold- and hot-roll e I rr, m L 1) t~I
~
A!-Zn alloy containing a total if 7., RIZ I 'i a
O-f 0 .0% Mn, 0.15% Zr, 0.2% Fp fin! ).I a nI it 1,1 r-F q i
with 0. 3'1 each Cu and Ar, were tPited r,)r resistance r n r, t
stress c -) rr-.y s i on . Test Bpecimeng were noluti ,)n annF--n i F1
30 min, vater quenched, and aged at ror P11 rIr ( teiper
ensured Lne highest strength characteristic of the
done in a 30 g/3 NC1 + 20 9/1 "fXHC03 solution under EL ;~resi f-
0.8 of the yield strength showed that the initial alljy fallp, i-,
Card 1 / 2

_L 32927-66
ACC NR, AP6020915
while alloys with Cu , or Ar, or Cu and Ar did riot fal i ry--n
110 hr exposure. Alloying with silver van more effectivo 1r, !ncreaHirig
the streas-corrosion resistance than alloying with coppr!r, bu~, 'he
highest stress-corrosion resistance was achieved with combined R'-jying
with both Cu and Si. Alloys (with Cu and Ar) additionally a~ioy-d with
0.6% Mn or 0.3% Cr or 0.2% each Mn and Cr had still higher resiq*Rnce
to stress corrosion. These alloys did not fail in 200 hr under a
atress equal to the yield strength, but their strength characteristics
decreased somewhat compared with alloys without Mn or Cr. In prolonged
tress-corroaion tests, the alloys with 0.3% Cu or 0.3% each Cu and Ar
ustained a stress equal to 0.9 yield strength for 254-556 hr, while
:
the initial alloy failed in 60 hr. In streas-corrosion tests under
conditions of anodic polarization under a stress equal to 0.9 yield
strength, the rupture life of the initial alloy increased from 25 to
51 min with alloying with Cu and Ar, and to 75-93 min with alloying
with Cr. Additions of Cu and Ar, however, noticeably decreased the
resistance of the alloy to general corrosion. This harmfx4 effect can
be reduced to some extent by additional alloying withslr~~thich shows
that the addition of Cr improves the alloy resistance to b th general
and the stress corrosion. The beneficial effect of additional Cr is,~,l
probg,bly associated with the increased stability of the protective oxide
filnyt on the metal. Orig. art. has: 4 tables. MS-T
SUB DE: 11/ SUBM DATE: 23Aug65/ ORIGREFt 006/ OTHREF: 017/ ATD PRESS:
Card 2 / 2 ffd I- (~

ACC NRi AP602lr 04 /A4 SOURCE CODE: U-11/0358/66/035/003/0305/0309
AUTHOR: Shir-yayev, D. T.; Shevchenko, S. F.; Tokarev, S. A.; Orekhava, I. M.
ORG: State Scientific Research Antiplairue Institute, Rostov-na-Donu (Gosudaret-
vennyy nauchno-isaledovatel'skiy protivochumnyy institut)
TITLE: Experimental studies of ticks as tularemia vectors
SOURCE: Meditsinskaya parazitologiya i parazitarnyye bolezni, v. 35, no. 3, 1966.
305-309
MPIC TAGS: humF,n disease, animal disease, disease vector, tick, orthopod vector,
tularemia , animal parasite
ABSTRAC7:
The tick species fly(ijormu plunbeum pZt(n6,,L4m and Haemaphysalis punctcrta
infected with tularemia occur in nature. 'Yhe authors infected these species
.with tularemia under.laboratory conditions. The ticks retained the infec-
tive agent throughout all stages of development. Nymphs of H. pluirbeum
infected animals wiLn tularemia over an 82-day period, suggesting that
these ticks, which are prevalent in the southern steppes, are important
in maintaining natural tularemia foci. Orig. art. has: 3 tables.
(W.A- 50; CBE No. 10)
suB com: o6/ suBm DATE: 04jun63/ ORIG REF: 015/
Card

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riR I r q I i n ~. r) f t7~) rc r
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i )I 'T'i .1 ts
?

YERSHN, N ~; DREKPDVi,, Y .
If you do no-, stucy ym arc- r.-~t ;~ progresnive -,;orkr-r. ',rav.fi --~v
19 no.~2-19-2C D ','j. ( ml RA i1 '~ I ~' ,
(Aeronautics, ~ommerical--Study and teachir;F)

K'.t V . A r e K: -t
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to t ~-e -ttel S,-
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,
k -:-.e e ~ e r- s 1t r. a t r al
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PER 7-1;-C~l Z:- r~ '10 K.1, j.- j
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t t I os n re.-t or. "y
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A

kffiliation of the Complete Esters of Phosphorous SOV/79-28-r:-,"PC
Acid and of the Phosphinic Acid to the Conjugated Syntema. V1.
Action of the Alkyl Halidon and of the ago-Unnaturatrd Acids or, Trift~fl~.Yl
Phosphites
in three different directions according to the
conditions prevailinj last Scheme). There are 2 tal-les
and 3 references, 3 of ..'-.ich are Soviet.
ASSOCIATIOR: Kazanakiy khimiko-tekhnologicheskiy institut imeni S.M.
Kirova i Kazanskiy filial nauchnc-iseledovatellskogo
kinofoto instituta (Kazan, Chemoteci-inological Institut-
imeni S.M.Kirov and Kazan' Branch of the Scier~tific Research
lastitate of Ojaemtogmphy and Photography)
SUBMITTED: September 17, 1957
Card 5/3

AUTHOR.' Kukhtir:. *. A , Gil 'm Kamaj, sl_~V'
Sincher.ko, L. Orr_-khova, K.
TITLE, Aff'iliati )- of thot Complete Esterr of Phorp~orouq Acid

Phosjhinic Aci~.n to Conju;,ated Syptems '?riso.ve!i---.
n-~kh efiro: fcsf'oristo.%, i fosfinistykh kisl,* k
sistem:im' VII, Telo-erization o!' the 1f*.eth)icrv'.i.'_, .'.c-,
Tr i a' ky I 105'hite_' (VTJ
I I I . Telomeri:.atsl.,,,a meta~r,_1ov(-y
loty n trialkilf'osfitami)
:ERIODIC,,L Zhurnal oLshchey khimii, l')1)9, Vol 2(), Nr
ABSTRACT. In continuation -?f the common reacti n of -ci 41-0

(~'ef~ the
and alkyl halides with trialkyl phosphites
;-.-uthors intended t-, fird the catalyst mo.,it suitable -,r t
merization to determine tno factors which exer, !:-,c-
u;)on Oil,'; reaction and to determine tho structu-o
telomer.; obtained They faut,,2 that carefull:, iurj!'ir tri
ethyl phoshite c-In telonerize with, methacrli~ -Ici
Out a c it~lyst T-npermurp !oer~ r,-jt 7.atter ,n t..a. n n
Th'L; y2el i.,- small in thi!- case 'Table I , '_,x~eri-.ent 1z'
However, if -i methacr:,,lic nci4 is uFe,' for a -i-ihile t~-.at is
Card not St'," ,-e,i wit h iy,! ro-iuinone, the re,~ct n place in

Affiliation of the Coml lete Esters of' 1,ho-qhorous
Acid and Phosphinic Aci 1:1 to Conju.-%tel 3,yst-7s . 77:
Methacrylic Acid WitI. Trialkyl. .,hos hite~i
a very violtent manner unir-r intense gelf"he ti.--~ ar.,! wit'. %
hi~~h ,,ield of telomers "Fable 1. Experiment 12' Th-I tr.
,ohosihite that is purifie,! inly by sepsratilr. throu ;.1 2-
tilLalion iloes not with -a , r -, % -, *. -e .. ~
Iiberate4 fr-,):T t tL- immediately I;el -re t!.tz
"it was intere~!t in.- to know t he way i r. which h i S
wnul 2 t.--ke z)1 ace :r. the -esen -~ )f trieth:.,I i a F -
nethy.' Fit - tertc:j bY n n e I rl :Ive:
C :-. t a ',et 1: were nf`e c-i 3
ment!- Ex-periments 1 2~ Aiso "I; I r t I
alkyl 1~),11 Iles 'or telom, rization .1 id n,:)
Be n -' oy I ~,.: .3ro er. peroxi~!~, ti;rnel out to t, t
a~-le -at~il,!~t 'o- teIo-.neri-,!it-iDn Tn ie.. ~--('Ienro M
ral-1- ol th.- init if!' ci-m :.ori er, t s , -)r the c
cat alYs t an -, t '-,~ ijhns~ ~. I " e rari i C -I I t r'1 t
avera.-c --ol eci; 1 ar wei,-hts -,~ e re r)',. tii i ned i n t i s t P- I -.-Iez, I
( ':.blp I : .,(. c-r~ ~ n. ~ 4 n -2revi ous Find t h p t re ~ul t , I t
may 1e ansume~ that the ibove --nent irnod t o za t i n n t o s
Card 213~ place accor;!in,:, to th. ccheme mentLone~ ar:

Affiliation of the Corni,lete Esters of i'honphoroup, S_-V 79-~'j
Acid and Phosphinic Acidc to Conju~ited Sy~-tpmv . VI I,
Acid With 7rialkyl Pho~,-phites
Thus, the structure of' telomer,~ ren,iltin- from to, tell,
zation of methacrylic, acid with trinlkyl hos~hite~- wii.-
invest it.-,ated an! a scheine of reiction wR.9 f3u~-,-e~tp ! i.
Jitior- There are 2 talles an! ~ reference:, 2 (~f wlich ar~-~
Soviet
ASSOCiATION. K;,z;AnI-~:iy institut
of ~-hemical "' echnol o:-,
SUPIMIT'ED: December 26, 1---~7
Card 3/3

5(2, 3)
AUTHOR~,
F V. A., Grekhova, K. M.
TITLEi AdJit-cn cf Cc,.~Ietp Esters -f kc!'. tc
P-Benzc.,.inana I-jlrykh efirov fosf~~risto~.
kislot'; k i--bei;zokhlncrl.'~
PERIODICAL! Dokiady Akademi- nark SSc.R. '24c Nr 4.
S SR
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PRESE~N'TED 1 0 _- -~ - -I- er ~58 ? . A . A A:-
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Card 5/1

AUTHORS: Kukhtin, V. A., Abramov, V, S., Orekhova, K.R. 30Y/to-128-6-28/6~
TITLE: Regrouping of the Eaters of X-Oxy-alkyl Phosphinic Acids to
Isomeric Phosphates
PERIODICAL: Doklady Akaderaii nauk SSSR, 1959, Vol 126, Nr 6, pp 1198 - 1200
(USSR)
jLBSTRACT: The regrouping mentioned in the title (Refs 1,2) can - according
to reference 5 - only take place if X is split off as an anion,
Otherwise, a decomposition into aldehyde and dialkyl-phoophorotis
acids (Ref 6) must occur under the influence of alkalis. A
aimUar regrouping producing isomeric phosphates is mentioned in
reference 7 (see Diagram). The 2nd author made dialkyl-phos-
phorous acids directly act on diacetyl (Ref 6), and obtained
eaters of the a-oxy-o-aoeto-ethyl-phosphinic acid (Table I ,
Products 1). Under different conditions, products with other
constants were obtained. In a glass flask (instead of soldered-
up ampullae), dialkyl phosphites with diacetyl yield the prod-
0
ucts B (Table 1) at a temperature above 100 . Table 2 shows the
influence of experimental conditions on the course of reaction
with the use of diethyl-phosphorous acid. k comparison of prod-
Card 1/3 ucts A and B shows that A contains 8.16~ of the hydroxyl group

66~2 3
Regrouping of the Eaters of X-Oxy-alkyl Pho8phini,; SOV/20-128-6-28,163
Acids to Isomeric Phosphates
(according to Tserevitinov's method). Its infrared spectrum
I
shows an intensive band at 3 .290 cm (Ref 9). Hance it seems
to be certain that A is an eater of a-oxy-p-aceto-ethyl-phos-
phinic acid. The absorption at 3250-3300 cm- I is missing in the
infrared spectrum of B. Oz) saponification with barium hydrate,
it yields a barium salt of diethyl phosphate and, therefore, is
a mixed diethyl-3-keto-2-butyl eater of the phosphoric acid, A
diagram shows the interaction reaction of dialkyl-phosphorous
acids with diacetyl yielding the isomeric products A or B de-
pending on the conditions of execution. Sodium alcoholate ac-
celerates this reaction and yields product B exclusively. The
authors explain the regrouping under review in a way different
from reference 5- An accompanying splitting-off of the haloid
ion is not necessary. Thus, the authors detected a new inter-
esting regrouping (as mentioned in the title) to isomeric mixed
esters of the phosphoric acid. It takes place under the influ-
ence of sodium alcoholates in alcoholic solution, or due to the
influence of dialkyl phosphites on diacetyl at 125-1300. The
Card 2/3 names of B. A. irbuzov, V. S. lbramov and A. S. Kapustina are
41

66423
Regrouping of the Esters of X-Oxy-alkyl Phosphinic SOV/20-128-6-28/63
Acids to Isomeric Phosphates
also mentioned in the paper. There are 2 tables and 10 ref-
erences, 5 of which are Soviet.
ASSOCIATION: Kazanskiy khimiko-tekhaologicheskiy institut im. S. X. Kirov&
(Kazan, Institute of Chemical Technology imeni S. V. Kirov).
Kazanakiy filial nauchno-isaledovatellskogo kinofotoinstituta
(Kazan' Branch of the Scientific Research Institute of Cinemato-
graphy and Photography)
PRESENTED: June 12, 1959, by B. i. Arbuzov, Academician
SUBMITTED: June 1, 1959
Card 3/3

S/079/60/030/'04,"'4/ 080
BOO1/BO1 6
AUTHORSt Kukhtin,-V.--A., Orekho-va, K. M.
TITLE: Addition of Saturated Eaters of Phosphorous and Phoq1-t-r,1-
Acids to Conjugate Systems. IX. Addition of Trialkyl
Phosphites7to d-Diketones
PERIODICAL; Zhurnal obshchey khimii, 1960, Vol, 30, No, 4, Pp~
TEXTs The reaction of trialkyl phosphites with c(-diketones may ~,rocved
according to two possible schemes (A and B), i.e. with or without s~,ift
of the reaction center (Scheme 1). A more thorough investigatiot, si-wei,
contrary to previous ones (Ref. 2), that the addition of trialky2
phosphites to of-diketones takes place on a carbonyl group, i.e, icc~.,:;-
ing to scheme A. The following facts indicate thist 1) The end product
(II) (R-C 2E 5) is not eBterified under any conditions with ethanol tc
give triethylj~hosphate (comparison with the statement of Ref. 3)
2) Product (I forms a barium salt of diethyl-phosphorou-, acid o-
saponification with barium hydroxide (compariscr with the statement of
Card 1/3

Addition of Saturated Esters of Phosphorous S/079/60/03,D1'04,',4/'35D
and Phosphinic Acids to Conjugate Systems. B001/BO16
IX. Addition of Trialkyl Phosphites to
ci-Diketones
Ref. 4). 3) According to the Raman effects of compounds (I) and (II), the
latter show no vibrational frequencies of the double bond but are rather
indicative of the carbon 1 group. The intermediates M
(R'-CH3;R-C2H5PC3R79C4H9~ were separated in pure condition, a!-..!
characterized (comparison with the products of Ref. 1). '.Om~'.Und (1)
reacts vigorously with water, and is transformed to (III). This t3ken
place already at atmospheric moisture (Scheme 2). The affect of temper-
ature, solvents, catalysts on the course of reaction of the second atej~
(Arbuzov rearrangement) in the afore-mentioned reaction was investigate-
(Table 2). 0 ani acids react intensely with compound (I), and trans-
form them to III). The products (I) and (II) react with phenyl hyirhzinp
in which connection diphenyl hydrazones are formed quantitatively.
Considering the structure of the intermediates obtained in the ArbuzGv
rearrangement, the structure of formula (A) (p. 1210) seems to he more
probable than that of formula (B). The Raman spectra were taken by
B. A. Arbuzov and V. S. Vinogradova. The authors mention a paper by
Card 2/3

Addition of Saturated Esters of' Phospnorous S/079/6O/C 30/04/,~4,
and Phosphinic Acids to Conjugate bystems. BOO1/BC16
IX. Addition of Trialkyl Phosphites to
ct-Diketones
V S. Abramov, L. Sh. Belokon', and F. 1. Maki 'mutova (Re!
are 2 tables and 8 references, 6 of which are Soviet.
ASSOCIATION: Kazanakiy filial nauchno-issledovatel'skogo kinofot:i-1,;
(Kazan' Brancti of' the Motion Picture and Photogra,,~!,y
Scientific Research Institu.te.)
SUBMITTED; May 11, 1959
Card 3/3

S/079/60/0 30,'0'-,'2t , 117 4
B005/B1 26
AUTHORSt Kukhtin, V. A , Orekhova, K, M~
TITLE: The Addition of Neutral Esters of Phosphorous Acid and Full
Esters of Phosphinic Acid to Conjugate Systems X. The
Reaction of Trialkylphosphite!lWith n,it,ii-Conjugate Systems
PERIODICALi Zhurnal obahchey khimli, 1960, Vol.. 30, No- 5, PP 1526-152,)
TEXT: The authors examined the reaction of trialkylphosphites with trw-,---
and cis-dibenzoylethylene and with vinylacrylic acidlTriethylphospi,ite
reacts with trans-dibenzoylethylene in an ethereal solution at room
temperature, forming a thick glycerine-like product which does not
crystallize and cannot be distilled in a high vacuum without
This inter-product reacts with water, evolving heat, and it effect-- t~!-,I.
polymerization when added to acrylates, When the reaction of triethyl
phosphite with trans-dibenzoylethylene is carried out under more rigorcu..
conditions (heating to 1200), a product is obtained which, when vacuum
distilled, gives triethylphosphate and considerable quantities of
2,5-diphenylfurane. Cis-dibenzoylethylene reacts with triethylphosp~.ite
Card 1/3

The Addition of Neutral Eaters of Phosphorous S/079/60/030/05/26/074
Acid and Full Eaters of Phosphinic Acid to B005/BI26
Conjugate Systems. X,, The Reaction of Trialkyl-
phosphites With Q, vc,R-Conjugate Systems
in exactly the same way as the trans-form. The action of water on the
above intermediate of the addition of triethylphosphite to dibenzoyl-
ethylethylene is to produce dibenzoylethane, That indicates that
dibenzoylethylene behaves on the addition similarly to p-quinones The
above formation of 2,5-diphenylfurane is apparently due to the thermal
decomposition of the intermediate of the addition. 2,5-diphonylfurane
also forms by dehydration of dibenzoylethane, which is produced by the
effect of dampness on the intermediate of the addition Vinylacrylic acid
reacts less vigorously with trialkylphosphites than acrylic- or meth-
acrylic acid (Ref, 2). A small yield of phosphorvinylacrylesters results
from the reaction of vinylacrylic acid with triethylphosphite; the main
product of the reaction was a telomer, which was formed by the addition
of some vinylacrylic acid molecules to the triethylphosphite Only this
telomer results from the reaction of tripropylphosphite with vinyl-
acrylic acid. The authors explain these results thust since the for-
mation of a seven-membered ring is difficult, the intermediary dipo'ar
ion does not stabilize itself on the ring-shaped intermediate but adds
Card 2/3

The Addition of Neutral Esters of Phosphorous S/079/60/0~0/01~/26/0`4
Acid and Full Esters of Phosphinic Acid to B005/B126
Conjugate Systems. X, The Reaction of Trialkyl--
phosphites With %,%,%-Conjugate Systems
some more acid molecules, forming the above telomer.. The inability of
the vinylacrylic acid to form the ring-shaped intermediate, provos the
covalent form of the Intermediate If the Intermediate had ionic struc-
ture, it would also have to form in the case of vinylacrylic acid, All
the experiments carried out are fully described In the experimental
part. The Arbuzov Rearrangement is mentioned, There are 6 Soviet
references.
ASSOCIATIONi Kazan8kiy filial Nauchno-issledovatel'Bkogo kinofotoinstitul.-.
(Kazan' Branch of the Scientific Research Institute for
CinematoizraDhv and Photoizrai)hv
SUBMITTEDs May 11, 1959
Card 3/3

KUKHTIN, V.A.; GARIFOYANOV, N.S.1 OREKHOVA, K.M.
Addition of complete ester of phoophorous and phosphinaus acids
to conjugated systems. Part 1-1i Interaction !~,-tveen trialkyl
phoophites and ~ -quinones. Zhur. ob. khim. 31 no-4:1157-1165
Ap 161. (MIRA 14'-4)
1. Kazanskiy filial nauchno-issledovatellskogo kinofotoinstituta.
(Phosphorous acid)
(Benzoquinone) (Naphthoquinone)

OREKHOVAP M.M., mladshiy nauchnyy sutrudnik
Morphobiolof:ical charactoristicq of the trichomonads of poultry.
Vaterinariia 40 no.9t72-75 S 63. (MIRA 17:1)
1. Belorusskiy nauchno-issledovatel'skiy vaterinarnyy institut.

OP. EFHCVi. , -I - - - - -cv J. ; ~-'A'r cv I rK , F ~ , rp(i .
~ i' -.~--aee8 (I~rotozoan) J i~,Iezrll -r:-aLhi "'.. .~ - ! ..
~ I r o t. v ~, ) :,) -- .VInfik, ~J, ozt,a', , . 11 .1 1, ,
I.','I i,, A . r , "

~ff
" / /~L "11, V~~T/. ~'ka~?, V
L - IV I d.tekhn.nauk; KRAL' -OSIKIWL, G.A.; OREKROVA, V,.V.
Surface active properties and detergency of soap mixtures and
synthetic detergents. Mael.-zhir. prom. 24 no.1:23-25 '58.
(MIRA 11:3)
l.Veasoyuznyy nauchno-losledovatellskiy institut zhirov.
(Cleaning compoimdo)

PETROV, A.D., HIKISHINA, G.I., liand. khim. nauk. NEVOLIN, F.Y., kand. tokha.
osuk, KFLALI-OSIXINA, G.A., ORMOVA, N.Y.. YUSHKXVICH, A.Y.
Effect of tha size and structure of the alkyl chain of alk7l
derivatives of benzonesulfonic acid on their surface active and
detergent oroperties. Kasl.-zhir. prom. 24 no. 8:23-29 15S.
(MIRA 11:8)
1. Chlon-korrespondent AN SSSR (for Petrov). 2. AN SSSR (for Petror.
Nikishins). 3. Voesoruznyy nouchno-isaledovatellskly institut
2birov (for Nevolin, Krall-Osokine. Orekbovs, Tushkevich),
(Benzonesulfonic acid)
(Surface active agents)

NEVOLIN, F-V.,)mnd.tekhn.nauk; ML'-OSlX3Hk, G.A.; ORMOVA, N.V.
0 ,. Suspending power of various detergents and their mixtures with
carboxymothyl cellulose and cellulose sulfate. Masl.-zhir.
prom. 25 no.1:25-27 '59. (MIRA 12:1)
1. Ysesoyuzn" nauchno-i9sledovatel'skly Institut zhirov.
(Cleaning compounds) (Cellulose)

F-EDYUKIN, D.L.; ZAKHARENKO, N.V.~_ORUHOVA, N.I.
Determining the toe stiffness of miner's boots. Kauch.i rez.
21 no.3:56-57 Mr 162. (MIRA 15;0
1. Nauchno-issledovatellskiy institut rezinovoykh i lateksnykh
izdelly.
(Boots and shoes, RubLer-Testing) (Clothing, Protective)

FEDOSOV, N.M.; SHARIPOV, F..I.; KUNAKOV, U.N.; OIU-,KHOVA, R.S.
Mechanical propertios of iron-fillicon Filloys. Izv. vys. urhob- 7Av.,
chern. met. 6 no.11:18.'-185 163. (MIIIRA 17,3)
1. Moskovskiy in8titut stali i splavov.

CHIMOVA, A.I.; WWOVA, V.D.; PROSOWID1. M.A.
~
'Prinary" forcation of H and H20 during the action of e-radiption
on aqueous solutions of i0hrle Sait [with summary in Eneliah]. Zhur.
fiz.Wim. 32 no.12:2843-28W~ D 158. N rRA 12: 2)
1. Yiziko-kh!Lmicheskiy institut imeni L.Ya. Karpova, Moskva.
(Iron sulfates) (Gama rays)

OREKHOVA-0---V.S. - -
Rare form of lamellar desqilj;mntlve dermatitis in a newborn infant.
Vest. derm. i ven. 34 no.4:63-64 160. (MIA 13:12)
(SKIN-DISFASES) (111FANTS (NEWBORN) -D IS EASES)

ANDRYUSHCHENKC, VA.; GONCHARCVA, Ye.I.; SHMORGUN, V.1.
Effect of the pH and buffer concentration on the stability of
sodium hydrosulfite in solutions. Ukr. khim. zhur. 27
no.4:536-539 '61. (MIRA ',4:?)
1. Nauchno-issiedovatel'skiy institut osnovnoy khimii, K~ar'kov.
(Sodium dithinite) (Hydrogen-ion concentration)

F.K.; OIIEKH)V A, V.V.; ;-.A F-~A- -';-'Y.
,',4DRTJSlr.HENKCI,, L.F.
Eje-tr,Aeposttion of' metals )n
'K him. tekh. 6 n, W4.-13-828 1 1.
1. Khftr'kovskiy poll tekhniche 5kiy L7~3'
takhnologii Plektrokhirticheskikh

I - i
ANDRYUSHCHENKO, F.K.; ~JPIMYA, V,N~j GOWHAROVA, Ye~ T
SHMORGUN, V, 1,
Effect of pH and truff*r concentration on trie 9tability of
soditm hydresulfite tyi solutionB, Report 2. Ukr, khim. zhur,
29-no,2%125-i27 "63. (MIR.A lb,b".
1, Nauchnc-issledcrvate.'skly institut -:,snovnoy khimli, Kharlkov,
~Sodlum dithionite)
(Hydropen-lon concentratlon)

KMBNIKOV, A.M.; ZARINA, E.Ya.; CHE)MOLISKAYA, E.K.; IqRE~~OVA, Z.M.
Blending of silk on bobbins of a finishing machine. Khim.
volak. no.5:73 162. (MIRA 15:11)
1. Klinskiy kombinat iskusstvennogo i sinteticheskogo
volokna.
(Rayon)
(TextIle finishing)