SCIENTIFIC ABSTRACT VOLKENSHTEYN, YU.B. - VOLKHONTSEV, I.B.

• Document Type: CREST
• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

5(2, 3) SOY/2o-.128-3-28/158
AUTHORS: Golldfarb, Ya. L.,-,-Vollkenshteynj u. B.
TITLE: Action of Bromine on 2-Acetothienone in the Presence of
Excessive Aluminum Chloride
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 128, Nr 3, PP 536-539
(USSR)
ABSTRACT: In the bromination of acetophenone, the bromine does not
enter - as otherwise with ketones - into a side chain but
into the ring., in metaposition to the carbonyl g7oup (Ref 1).
This happens in the presence of 2-5-3 moles of anhydrous
AM 3 without a solvent. Apparently, this method can also
be used for a similar halogenation of other aronatic car-
bonyl compounds. The role of AM 3 is probably the blocking
of the acyl group by formation of a resistant complex with
dimeric cyclic structure. Both from a practical and a theoreti-
cal point of view, it was interesting to investigate by
the example of the substance mentioned in the titlE this
peculiar blocking of the side chain; under usual conditions,
Card 1/3 this substance can 'only be halogenated in the side chain

M/20-128-3-28,158
Action of Bromine on 2-Acetothienone in the Freeenae.of Excesnive Aluminum
Chloride
(Refs 3, 4)- Publication data speak of an a-oriexLting action
of the sulphur atom stronger than the.action of-iieta-orlenta-
tion (Ref 5). The bromination mentioned-ln-ths- t:"Ltla yielded
a 4-bromo-2-acetothienone (I) not deac2:ll:ied-im..pixbl:Lcations.
4,5-dibromo-2-acetothienone, the striictw:!a of.wh:Lch, was con-
firmed by reference 10, was formed as a by-product. The struc-
ture of the bromine-substituted ketone I was conf"irmed by
2 methods (see Diagram), namely by oxidation or by reduction.
The bromination method described hboveg.and the m.oELtly high
yields, offer new possibilities of synthesizing..the poorly
accessible 2,4-substituted thiophenes. Detailed date, on the
introduction of a 2nd acyl group into the 2-acetothienone,
as well as on its chloromethylation by the method of reference
I, will be published later. There are 11 referen,.-es.
ASSOCIATION: Institut organicheskoy khimii im. N. D. Zelinskogo Akademii
nauk SSSR
(Institute of Organic Chemistry imeni N. D. Zelinskiy of the
Card 2/3 Academy of Sciences, USSR)

GOLIDPARB, Ta.L.; VOLIKENSHTEM, Yu.B.
Composition of a mixture of products from the chlorowthylation
of 2-acetothienone in the presence of excess aluniviry"t chloride,
and synthesis of 4- and 5-formyl- and 4- and .5-Yqdro4rmethyl-2-
acetothienones. Izv. AN SSSR.Otd. khim. nauk no.12:22:38-2240 D
16o. (MIRA. 13:12)
I. InBtitut organicheskoy khimii AN SSSR.
(Ketones)

VOLIKENSHTEYN, Yu.B.; LOPATIN, B.V.; PETUKHOV, V.A.
Study of the composition of products of bramination of 2, thienyl-
ketones in the presence of an excess of aluminum chloride. Izv.
AN SSSR.Otd.khim.nauk no.10:18?9-1883 0 161- (MM 14:10)
1. Institut organicheskoy khimii im. N.D.Zelinskogo AN LSSSR.
(Ketones) (Bromination)

GOLIDFARB, Ya.L.; VOLIMISHTEYN, Yu.B.
Chloromethylation of acetophenone and 2-acetothieone :bi the
presence of excess aluminum chloride. Zhur. ob. khim- 31 no.2:
616-623 F '61. (91'RA 14:2)
1. Institut organicheskoy khimii AN SSSR.
(Acetoplienone) (Ketone) (Chlorametl4ylation)

VCL'KENSRTEYNj Yu.B.; GCLIDFARB, Ya,L.
Bromination of alkyl thienyl ketones. Dokl.AN SSSR 138 no.1:115-
118 My-Je 161. (MA 14:4)
1. Inatitut organicheakoy khim~i im. N.D.~ linskogo AN SSSR.
2. Predstavleno akademikom A.A*Balandinym,
(Ketones) (Bromination)

Ya.L.; VOL' KEMSHTEYN, Yu.B.; II)PATIN, 13.V.
Bromina-~ion and chloranethylatIon of 2-thinhanealdehydr- i-- --h-e-
r7
presence of an excess of alumintun chloride. Lihur. ob. khim.
34 no. 3;969-977 Mr 164. (MIRA 17.6)
1. Institut organicheskoy khimil imeni N.D.Zolinskogo AN S~I;,,,R.

MAYRANGVSKIY, S.G.; BAPASHKOVA, N-V.; VO LIIM. N-S, flJT-,YN, Yu, B.
Polarography of 2-acetylthlaphene and its bromr) On
the preceding protonation in the electrochemica.1 breakJng of '-,Ie
C-Br bond of 5-bromo-2-acelylthlopliene. Izv. AN SSSRw E, er. khim.
no.9:1539-1547 165. (Kh'A 18,9)
1. Institut organicheskoy khimiJ im. N.D. Zelinskogo All SSSR-,

MAYRANOVSKIY. BAItASHKOVA, N.Y.; V(L'~Y.NSF'I!;Y-H',, V.u.B.
P-larogrraphy of bromothiophene; affect of the organic solvent
concentraticn on the half-iava potentials. Elekt--r-okhimiia 1
no.1:72-77 Ja 165. WiRA 1835)
1. Institut organicheskoy khimii im. N.D.Zelinsko.go AN SSSR.

GOL'BFARBJP Ya.L.; VOLIKENSHTEYN, Yu.B.
Ghloromethylation of 5-ethyl-2,-acetothienone. Ilzb. "' SSSR. Otd.khim.
nauk no./+:737-742 Ap 163. (bark 16-3)
1. Imstitut organicheskoy Icbi-ii im. N.D.Zellnako 0 AN SSSR,
(Ketone) (Chloromethyli4tionj

VC L I KEQ'I'-8,IIThYI I i B.V.; PETUMIOV, V.A.
Spectral study of the complex of 2-acetothienone with aluriini-
chloride. Izv. All SSSR. Otd.kh-im.nauk no.5-- 9.17-0,19 'Yy 162.
OARA. 15:6)
1. Institut organicheskoy khimii im. H.D.ZelinskoLo S':~SR.
(Ketone--Spectra) (Aluminum chloride)

MERZfWTOVA, Ye.; MIGUYLOV, A.; VOLIMISON, G.
Competitions. IMT no.7:39-40 J7 159. (MIRA L!:11)
1. Instruk-tor sektaii metallovedeniya i tervioobrabotici TSentrall-
nogo pravlonlya nauchno-tokhnichaskogo obahchentva mati,hinostroitell-
noy promysblennosti (for Morzhanova).
(Research, Industrial--Competitions)

KAUFMAN, B.N., kandidat tekhnicheakikh nauk; VOLIKICNSON, G.M.
Using a material called 'Gruptolit" for the reinforcement of canal
slopes. Rach.transp. 16 no.2'29-30 P '57- (MIRA 10:3)
(Canals) (Building materials)

VOLIKENSON, G.
Development of volunteer participation in the Black Sea tasin.
Mor. flat 23 -no.605 Je 163. (KIRA 16-.9)
1. Chlen sektsii informatsii TSentraltnogo pravleniya Na-mchno-tekhni-
cheskikh obshchestv vodnogo tran3porta.
(Black Sea region-PSerchant marine)

TtIKENSONY G.
In the public interoat~ Rech. transp. 22 no.4t43 Ap 163.
(MM 16-.4)
(Inland water transportation-Tecluiological innovations)

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BIOCHEM. LAB. DEPT. OF EXPERIMNTAL
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.T.. st a o 0 a *I* * a .0 a a 0 a 0 0 0 * 0 0 0 a
00 0 a 0 isto 0 o * a a 0 0 0 0 0 0 a 0-9_9
ZOO
rz- I
L H I --IF ii~-i -CT -a4
KLO 41 114
0 0 Ole 0 * 0 a 0 0 0 0 0 0 a 0 41 0 0 0 0 6~;
a 0 0 0 0 0 0 * $I a 0 009,

'00i
The mechanism of the action of vitamin C. B 1.
V.-Vorkcrizon. L. G. Kondrat'rvra,
and
N. D. U'I'Yallov' iln,t. Expil. Endocrinology. Moscow).
Bivkhimiyu 15. '17,3-7(19-~01); cf. C.A. 41, 5195d.-The
chief ful-lita, of a~orhic acid i% to participate in the
F.'rinati"It of acid in tile linclei. Itrexu-
~Lktc, the phy-clivin. prolwrti,, ,f the inielt-i (j,; tile vi-4-
ct.ity) and -Ahrr iniptirtant hit)!. fc,licticHis (24 fission).
Thr,econchl'i'lu-, are of] tile followingeXpti. results:
-Nuclei w"e scpd- from the liver of guittea pigs by the
method of Dounce, (C-1, 37. 3146 , The
.) at a Of of 4.
nucki "ere in a 41.;,' -113, of S~..CO, f;~7
:11*1 ""')' The rVlLlli%l- dvid. .11
in an Otwald visconicter. The suits. tA the nuclei was
hydrolyzed by heating for 2 hirs. at 50-1515*. In the by-
drtAyzate ri1xiise. dcsoxyritow, and P were detd. Out
group of guinea pigs received the ordinAry lab. ration.
Another group received the mine ration which h.&4 prr- i
viously been autoclaved. Finally, a third group was
completely starved and re(vived only water and ascortge
aM. The most characteristic feAtureabout C-avitamino-
i~ wuN the sharp drop in the vi-co~ity of the nuclei dis--
-solved in IVUSC03, which amounted cc) aboat 101~ of nor-
mal. Rilxlr incivard, and desoxyrilltme decirt.Llied in
the ~-lrj. of the nuclei of the avitaminous gnimaK Rihs~
-1~n desoxyribonucleic, and hall been
ucleic, in%tcad of . - I
formed. ThLs al4o accounted for the ck-ince in vvicmity.
(The niol. wt. f deoxyrihoriucleic mid is About IV$ timed
3- great as that ill rilonucleic, acid.) No such clianges
Were ob.,erved in the starved avirz~. In expd. hyper-
thyroidisra. the drLtrase in as.-orbic acid was uccmn--
panicd by a dccr=L%e in the v6cosity of Lim: liver nuclei of
guinmL lligs. Oil feeding the cxptl. ar,imals 3-,Cu!rbic
acid and thyroidin, the decrease in vbcosity d6appeared.
If. Wir4dry

-e,W-
Determination of liou'a"*rbk acid in tissues of the iml.
Mal organisrst. It. 1. GotAlistetti. 1). V. Vi-11--tizon, and
S. A. Ktcho-rova
Ift"W"t1*1 15. 41-4-19M1.,411; c(. C.-I~ ~I. 5195d.
1-*itrvli,-r ivi-Irsive 6 lo 111,~0011 Oil- vi'" 111.1f '111ini.11
11-11r, "'WAIIS '4"Ind %%1111 11110.14. aci-i'
Although Fe cAit tv liliatril usider vrlam vomlilkmis ltv:
the Asia. njust N! intich
Kreater than the Ile found in ti%,ucs. When the assentshic
arid i% fircit"I its th~ pre-.rnm of 44)"; ILPO.. in.,te-A.1 of
the Fr is not tiwkiel hv the Fr-.sW'xlM-
~iri,l i-Irtal. fly triltivitiric its i nportAr W I a ti*itic with I I
tol di,tA. w-mt-r. an,l it. I list. in I ird
4o'; 11,14h. The 111-11CCIal il q11.111titatiVelY srminf"relf
to ;% ~idc- test tube, the njoctar 1z WA41tell with I ml, 3%
"Iff-ficylic arid, aml 0.01! jr. /n dust is The tul-
%, w.irnscd file ;V) nalij. at A2 11'. The conlenit Are fifirrelf.
wA41i'l twkv %with I tul. 'UU04.1livylic Avid. Awl titrAt-d
.ith The ~intc lwoe"lure,
but %ithout the Zii dit-t. is u"1 for detg. free aworbic acid
its the tis-me. The differrtice reprelienti the Fe-agcorbic
al-id. An itscrra~- of t-th (r" ancl Fe-sombic acids was
f-and in the ti-tic, of xisioc-.. pio, (ILit hill been fell daily
L5 MIZ. Cr "t. J-W~WlOie .1011 [Of 3:1-45 41AVS. It Jul her"
'ho.(; J.JAr4vgrAphi,,.%llv thAt 4~,tllslvic a6d is tsl~atelt whrtt
nucleic acid is irrati4l with Zit dust in the prrwglcr of Ill'i Ws.
The pirwnce of ascfxl)ic acid (in the nui-Iric acid from imb-
bit liver) *as confirtned fly the Notation Of the 2,4-dinilru-
phenvillvdimZone. It. Priestley

TOLKX, Jiri; VOMOVA, Vera
-
Polarographic, behavior of alkaloids* Cook* farm, 3 no*8:289-292
Oct 54.
1. Z Polarografickoho ustavu Co. akademie ved, Praha
(AIKAL0333S. determination
polarograpby)
(POLAROGRAPHT
alkalolds)

VOIKE, Jiri; VOLKOVA, Vera
Polarographic determination of If-aU-yl-norm orphi nit. Ce3-k. f,nrm. 4
no.1:20-21 Jan 55.
1. Z Polarografic)mho ustavu CSAV. Praha.
(MORPHM. deratives.
R-allyl-normorphine, polarographic determ.)
(POLAROGRAPHY,
of 11-4171-no--morphine)

~W- -- - -I
BUNIMKO, A.; TOLIM&N. 0-
On the steamboat nChakhov." NTO no.11:29 N '59.
(KLRA 13:4)
(Steamboats)
I

ll~ 40
le) C-5 2~~ e1
C~~7
43L Vamum pre"es for One cc Z.. 21123. 19sm.
dlOkultka of do-aidus
1 2 :tt--Pd,.-c!.E M. I

KEIL9 G,; VOLXSRq H.J, (Kr=pa); ECK&RDT, H. (Freiberg)
Pour point depressants in transformer oils. Rop3. a ukilile 6 no.10t
291-296 0 164.

- - - v'1~` I
VOLKER, 0.
-
Houage to Doctor F.K.Studnicka. Lek.listY 5 no.22:671-672 15 Nov
50, (GIML 20:5)

VOLKERT,
principles of i-,estry sarvey reportiog in RW;-elAu4
4-211).-A rev
61, a
(Z. PflErndhr. D
fall and retention of 50ii moisture re s
imp,ortance of rain 2.

-S"/0 80/60/0 3310100 9/1- 17/0 21
A0O3/AOOl
AUTHORS: Zolotavin, V.L., Vol'khim, V V.
TITLE: On the Effect of the Cooling Rate on the Properties of Rydrated
Metal Oxides During Their Freezing
PER!-ObICAL: Zhurnal prikladnoy khimii, 1960, Vol. 33, No. 9, pp. 2141-2143
Aeads to the formation of
TEXT: The freezing of hydrated metal oxides
coarsely-grained precipitates with small volume and.-good filtering properties
(Refs. 1-4). It was shown earlier (Refs. 5-7) that the cooling rate in this
process plays a role only at deep temperatures. The authors found, however,
that this effect can be observed already at -150C if dissolved substances are
present. The investigation of a coagulum of iron hydroxide showed that cooling
In a liquid with intensive heat exchange yields a precipitate of larger volume
than under conditions of less intensIve heat exchange. A coagulum of manganese V/
dioxide was studied in the presence of urea. -The solidification of the liquid
in the coagulum reduces the-volume of the precipitate because the dehydration
of the oxide particles is promoted and compressing forces arise. The best effect
is obtained by cooling to a temperature below the eutectic point and vrith a
Card 1/2

S/080/60/033/triVC 17 /0' 21
AOO _3/AO 0 1
On the Effect of the Cooling Rate on the Properties of Hydrated Metal Oxides
During Their Freezing
cooling rate as slow as possible. In the absence of dissolved substances the
effect of the cooling rate is observed only at very low temperatures. There
are 2 figures and 8 references: 3 Soviet, 2 German, 2 French, 2 English.
SUBMITTED: February 15, 1960
Card ?~!

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33,1147, Nov. 30, 11933. PhthaIMFunhydride, is heated to
ow a
180-280o fiv 3-4 bru., a tuixt. cd NsCf. or CaCh with Fes-
(h of ""Ics of other metab, v, j., PhO, Otto, is then
added. and the trmp. maintained at 2OG-801 for 3-4 bri.
j The mitt. is distd. in twva or is blown with air to wp. the =00
plithatk- afflivcIrldr. gee
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L 23571-66 L~IT(ii)/EWP(c)/T/EWP(Y)/EWP(k)/EWP(h)/EilIP(l)
Ad-C NR: -AP6-002600 6A) SOUICE CODE: UR/00286/65/(X)0/023/0095/0095
AUTHORS: Selishchev, Ye. M. Pashteyn-Sitnikov, U. V.-. Volkern k V. V
43
ORG: none
i e Class; 81, No. 176825
Distributive conveyer for automated I n s.
TITLE:
L/announced by Sp~~cial Construction and Technological Bureau for Design of Metal-
siallnoye konstruktors c
Cutting Too"s and EquipiW(in-E (Spot
byaro proyektirovaniya met-a-Ilorezhushchego instrumenta ioborudovaniya)7
SOUGE; Byulleten' izobreteniy i tovarnykh znakov, no. '23, 1965., 95
TOPIC TAGS: conveying equipment, automation equipment
ABSTRACT: This Author Certificate presents a distributive conveye:r for automated
lines. Endless closed chains are mounted in the*frame of the conveyer and are
engaged with drive and tension sprocket wheels. To simplify the design and to
increase the operation reliability with various technological handling processes,
r edge (see Fig. 1). A
one.of the chains carries pin-shaped push-rods on its oute
chute with distributive ports for-outlet branches is mounted under the push-rods
in the frame of the conveyere The ports are closed by double-armed spring-loaded
Card 1/3 621,86 -15 .A

L 23.571-66
ACC NR: AP60026oo
B!
All
Al
Pla
b:
A-A
(MM
F
ig. lo 1 distributIve conveyer; 2 end-,-
less closed chains; 3 - drive sprocket wixA,-
tension sprocket wheel; 5 - pin-shaped
push-rods; 6 - chute; 7 - partts; 8 - out-
let branches; 9 - double-armed spring-loaded
interceptors- 10 - doub -armed spring-
loaded lever; 3-1 lever; 12 - axle; 1j - pawl) &- roller;
Card 2/3 15 - axle.

L 235 -el-66
ACC NR: AP6002600
interceptors which are linked through a system of spring-loaded levers to pawl
axles fastened to the frarie. During operation of the conveyer the pawls interact
with rollers placed on axj%es mounted between the chains in front of the corre-
z;ponding push-rods* Orig.. art. bast 1 diagram*
SJB CODE: 13/ SUBM DAM 06Apr64
~a
rd 3/3

VOLIKHIN, B.A.
Deter-mining the maxinnm width of chambers in northern Ural Itauxite
mines. Trudy-Inst. gor. dela UFMI SSSR no.5.-41.-47 163.
(HIRA 16:9)
(Ural Mountain region-Mining engineering)

VOLIKHIN, B.A.; PANTELEYEV, M.G.
Occurrence of rock pressure in experiment&l usse of a system with
a flexible metal ceiling in northern Ural bauxite mines. Trudy
Inst. gor. dela. UFAN SSSR no.5sl3-20 163. (MIRA 16:9)
. (Ural Mountain region-Rock pressure) (Mine timbering)

TOLIKHIN B.A. gorn,7y iU211.
Investigating rock faulting in Northern Ural bauxite mines. Gor.
zhur. no.10:69-72 0 160. (HILRAL 13:9)
1. Unipromed', Sverdlovsk.
(Ural Mountain*--Bauxite) (Yaults (Geology))

TURINTSEV., Yu.I., kand. toklin. nauk; jQL',KIIIII, B.A.,, goriWy- inzh.; KRUSEATIN,
R.T.I. gornyy in!6h.; TUH11ITSEVA, V.G., gorwfy inzh.
4
Displacerner~t of rocks and of the ~;round surface durim.-mi-nLng,
operations at great depths of the Nortliern Karabash Deposit.
'k
Gar zhur. no.7:54,57 Jl 164. 'KIRA 17: 10)
1. Urallskiy naucluio.-it3.,,Iodov,-ttoll.,jUy i proyoktn~-f instit-at mednoy
prorwfshlennosti, Sverdlovsk.

gornyy inzl).
A.
Featums of rock rn-jaaure tll-?~214slzl;~
Gor.zhur., no.4,t35-37 Ap ;62.
1. Urallskiy rum-ahnc-issledovatel3skiy i proyektAy-f institut
mednoy promyshlelulosti.
(Ural Mcqmtainn---Bauxite) (Rock preasure)

VOLIKHIN. B.A.: PANTELEYST, M.G.
Manifestation of rock pressure in testing the system of' mining
~ -Able shield of metal strip at the northern Urals bauxite mine Vop. gor.
davl. no.18:63-69 163. i.KIRA 18:7)
1. Urallskiy nauchno-issledovatellskiy i proyektnyy institut m-3dnoy
promyshlennosti.

VOLIKHIN, Bt,,~!,t gorny-y inzh.; RODCHENKO, Yu.N., gornyy Inth.
Characteristics of the roof structure at th- Northern Ural 13auxite
Mine and its stability in conditions of exposure. Gor. zhur.
no.11%27-30 N 164. (MIRA 18t2)
1. Ural'skiy neLuchno-iseledovateltakiy i proyektniry institut
mednoy promyshlennosti, Sverdlovsk (for Vollkhin). 2. Severourall-
skaya, kommleksnaya geologorazvedochnaya ekspeditslya (for
Rodchenko).

VOLIMIN, B.A.; MOKHOV, A.I.,- SUKHORUKOV, V.G.
New device for meaBuring the di-aplacement of roc!:B in mi-me vorkimegs.
Gor. zhur. no.6s7l-72 Js f64. (IMU 17; LI)
1. Urallskiy nauchno-issledovatellskiy i proyektziyy institut mednoy
promyshlennosti',- Sverdlovsk.

14W
AUVHOiS - Vol"Kh1n, V., Engineer, Z~:,-',otavin, V... Doctor of Technical Sciences
TIYA,E- Refrigeration Air Thermostat
PERIODICAL: Kholodii'naya teki=fka, !959, Nr pp 1--4-55 (USSR)
ABSTRAOT: The article describes -the dssl~~r, ancl functi.Dring of a refrigeration air
thermostat capable of keeping a steady temperature of -200C maintained
by a toluene thermoregulat.:!r work:Lng with an accuracy of! 0.10C. The appa-
ratus consists of a ribbed serpent-4ne evaporator contained in an fnsu-
lated box; it is equipped with a fan drfven by an outside motor; guide
plates fixed to the ribs the evaporator distribute the air evenly. For
the construCticri of the thermostat Preon ccmpresso::, BR-RKF-O,g is made use
of. The tZhermostat is intended for use ir. laboratories, t::. inveBtigate'
chemical proc~esses, for which it is important to maintain constant t9-m-
perature over a certain period of time. The thermostat is a1sc s~altabie
for purification of water.
There are 2 diagrams and 1 reference.
Card 1/1

S/080/63/030'/001/021/026
D20h/D307
AUTHORS: Volkhin,._Y.V., Koblova, A.A. and
Ponomarev, Ye. I.
TITLE: Pr-cipitation of rhodlum hydroxide from
very dilute solutions by freezing
PERIODICAL: Zhurnal prikladnoy khimii, v. 36, no. 1,
1963, 212 - 214
TEXT: The present work was aimed at the precipitation
of Rh hydroxide from colloidal solutions (lo-4 -lo-5 moles Rh per 1),
since after dissolving it in H2SO4 Of correct concentration a
solution is obtained %vh'i.Qh is suitable for galvanic Rh plating.
Rh sulfate solutions (0-1200 g1l) were diluted to the required
concentration, the pH was adjusted to 7-9, and 20 ml samples ivere
taken. One half was then frozen to -2 - -50C, whilst the other
half was allowed to stand for 12 hrs. The frozen samples were
thawed out and were left for 5-6 hrs. It was found that freezing
led to 90-97 % preciritation (particularly or 1 x 10-4 _ 5 X lo-5
Card 112

s/(jc-,u/6 5/o 36/ool/oa 1/026
Precipitation of ... D20L/D307
moles Rh/1), i.e. 10-15 times greater than in solutions allowed
to stand at room temperatures. The effect of freezing was lose;
pronounced for Rh concentrations below 5 x 10-5 moles /10 but
was practically unaffected by the presence of Na2S04 or K2SO4
(up to 0.1 moles/1). The resulting precipitate was relatively
coarse and settled readily. The proceso is recommended for the
removal of traces of Rh from spent electrolytes during regener-a-
tion. There is 1 table.
SUBMITTED: December 1, 10~61
Card 2/2

ZOWTAVIN, V.L.; 4QAL141~~, Y.Y. - BEZTUSBKIN, V.T-
Effect of freezing on the properties of metallic hydroxide
coagulates. Part 1: Zffect of freezing and thawing on the
properties of iron hydroxide gal. Koll.zhar. 22 no.3:305--313
Yy-je 160. - (MIRk 13:7)
1. Ural'skiy politekhnicheskiy inatitut im. S.H.Xirova,
Sverdlovsk.
(Iron hydroxide)

- - ---- --.. I -- - I - - -- !U -~-A I Mario. ....
0 ~L&~
ZOLOTAVIff, T.L.;-VOLOICHIM, T. V.
]Wfect of the rate of cooling on the properties of hydratexL metal
oxides during their freezing. Zh=. priki. kAlm. 33 no.9:2141-2143 S 16CL
(Notanic oxides-Thermal properties)

33186
s/i86/6l/OO3/oo6/OC5/OlO
E051/E135
AUTHORS: Vollkhin, V.V., and Zolotavin, V.L.
-4Z
TITLE: The use of freezing for the separation of radioactive
isotopes from solution
PERIODICAL: Radlokhlmlya, v.3, no.6, 1961, 719-723
TEXT: In order to obtain radioactive isotope preparations
with a high specific activity, it is necessary to use as little
isotopic carrier as possible in the separation. When certain
elements are precipitated from solution as hydroxides in the
presence of only small amounts of carrier, colloidal solutJLons
are formed and only low yields of precipitate can be recovered,
even with centrifuging. If the colloidal solutions are frozen
and after a time thawed, coagulation of the colloidal particles
takes place and much higher yields of precipitated hydroxide can
be obtained. To test the effect of freezing on radlocolloldal
hydroxides, solution of chromium nitrate (lo-5 and 10-6 M),
ferric chloride (lo-5 m) and nioblum and zirconium sulphate
(1o-5, 10-6 and 10-11 M), containing respectively
Card 1/3

33186
The use of freezing for the ... s/186/61/003/oo6/005/4310
E051/E135
5lCr' 59 Fel 95Nb and 95Zr at a specific activity of "-'10 curies/f
were made up. The solutions were slowly cooled to -1, -5 or
-10 OC, after being brought to pH 6.5-7.0 with alkali. The
solutions were kept at these temperatures for eight hours, then
allowed to thaw nxid stand at roont temperattire for another twelve
hours. Similar solutions were allowed to stand at room
temperature for the whole twenty hours to act as comparisons.
I m-F aliquots of the supernatent liquid from each trial were
evaporated to dryness under infrared lamps and thej-r radloacti-v�ty
compared with standard sources prepared from the original
solutions, The activity remaInIng in solution amounted to 2.7%'
of the total added at 10-5 M concentrations of all four elements
for solutions cooled to -5 OC. At 10-6 M, 15-35~',) of the acti-vity
remained in solution and at 10-11 M, 30-45%. Solutions frozen to
-1 and -10 OC gave slightly worse results, but in solutions which
had been kept at room temperature some 60% of the activity
remained unprecipitated. The yield of precipitate.was thus
improved 10-20-fold at lo-5 M, 3-5-fold at 10-6 M and 2-2,')-fold
at 10-11 M concentration. Moderate concentrations (0.1 M) of
Card 2/3

33186
The use of freezing for the s/186/6l/oo3/oo6/oo5/olo
E051/E135
neutral salts had only a slight effect on the yield of
precipitate. Still higher yields of precipitated hydroxides
could be obtained by centrifuging the solutions after they had
been subjected to the freezing process.
I.Ye. Starik, V.M. Vdovenko, L.N. Lazarev and Ya.S. Khvorostin
are mentioned in the article.
There are 4 tables and 10 referencesz 8 Sov�et.-bloc and
2 non-Soviet-bloc.
SUBMITTED: may 24, ig6o
Card 3/3
NON

VOLIKHIN, V.V.;- ZOLOTAVIN, V.L.; TIFTKDIT, S.A.
Effect of freezing on the properties of metal hydroxide
coagulates. Part 4: Mapganese dioxide coagulate (with
summary in English]. Koll.zhur. 23 no-4:404-407 Jl-Ag
,61-. (IaRA 1-4:8)
1. Drallakty politekhnicheskiy institut im. S.M. Kirova,.
Sverdlovsk.
(Manganese oxide) (Particle size determ:Laation)

24:002
D247/D305
AUTHORS: Vollkhim, V.V., and Zolotavin, V.L.
TITLE: The effect of freezing on the sorption properties of
ferric hydroxide and manganese dioxide
PERIODICAL: Zhurnal prikladnoy khimii, v. 34, no. 6, J.9061,
1218 - 1225
TEXT: Use of ~:oagulated metal hydroxides in separating radioactive
isotopes has produced many difficulties which are aitributed to
the form in which such oompounds are obtained. They are bulky, ge-
latinous, contain up to 99 % moisture and are difficult to filter.
Before recommending freezing as a method for easier separation of
such hydroxides, it was necessary to investigate the effect of
freezing on ihe degree of separation of 45Ca, 89 Sr, 35 Zr' 95_N6
and 144Ce isotopes from so1utions by sorption with ferric hydroxi-
de and dioxide. Freezing of coagulated ferric hydroxide
Card 1/4

The effect of freez,-ng ...
S/080/2~ffg -4 4/00 6/004/0 2 13
D247/D7c:~~
obtained after purilk"ication of the radioactive effluent was first
carried out b S.A. Voznesenskly, G.A. Sereda, P.P. Dolgrikh and
L.I. Baskov (Kef. 13: Doklady sovetskikh ucheny~-h na vtoroy mezh-
dunarodnoy konferentsil po mirnomu ispolizovaniyu atomnoy energii
(Russian Contributions at the Second International Conference on
the Peaceful Uses of Atomic Energy), 4, 189-194, M. 1959). The ex-
periments consisted of ascertaining the effects of freezing on the
distribution of the radioactive isotopes between -Qhe solvent and
the coagulated solids and determining the sorption capa~2ity of the
Uwo compounds. A series of tests was carried ou-t to determine the
sorption of radioactive isotopes by Fe (OH)3 and 1,1n02 in alkaline
and acid solutions, both before and after freezing. The resulting
pH - sorption curves were found to coincide which showed that freez-
ing did not cause desorption of cations. The solutions used in
these experiments all conta-Lned coagulating age,-,its and the sorbents
were in a fully coagulated form. Behavior of co. iloidal solutions
was also studied using microquantities of 89Sr. It was shown that
in both alkaline and acid media freezing tends to suppress pepti-
Card 2/4

I I I
2hC02
8/080 1r6 1. 34 'r-061'DG410-2~~
The effect of freezIng ... D247,,/D30,
zation, the strongest effect occurring at pH exceeding 6 - 7.
Fur-Lher experlmen-ts involved investiLgations of the so-called "addi-
tional sorption" of isotopes during freezing, wi-Ach took place -n
both acid and alkaline sol-L;tions. This occurred as a res,,.ilt of
concentration of 'he sorbent and isotopes among the ice crystals
of the frozen otit so'Lvent. Since -,-lie particles of Fek'Olfl-~ and IvIn.02
conglomerate on freezing, s-mall amounts of radioacti%7e I~otopes
viere trapped within and remained occluded after thavii~.ig. The ease
with whIch auch oarticles coula be liberated jUSt by .--tirring in-
dicated the absen~:e of any me,-hani.~al forces. The s*.ubillty of
sorption proper-.ies of Fe(OH)3 Ln-' 1,-!11C2 subjec-ted r~o fLi-eezing has
also been confirmed by cornparint;, -.hem before and after freezing.
For "his purpose isoll-herms of sorptioi:i on 5e(.CjH)7, and
-V-n02 at 22 � 10C vere plctted. I-,,- Is ciear from the result-s that
the maxImum sorotion -capacJlty o-f Fe( .OH)3 and Kn02 is Ylimerically
equal to the cotanLen-, ot -t .~e angie between -,,he pic---.ved Line and
the abscissa and is -~he same for treated and untreaiea sorbents.
it may be said, there-fore, that The ~he'mical nature of -the sorbticn
Card 31/4

The effec;-, of free-zing
S/ 0 6 C) 4- -S 0 4- 2 0
D24 7/ 1), 0.)
cen-,ers of Fe(Ofl)-A and ':r,!"12 reiriia'.,n3 constant when sub-l(-~--d to
freezing a-. temperaLTures n-~ belovi -,1--V~C. T~jere are 6 fig%lres, 1
table and 1-4 references.- ',,' Soviet-bloc and 7 --bloc. The
references t-o tbe Et-Igi-_.sh-language pubiications r~,._-,d fol'L owo:
J.D. Kurbazov, j.L, Kulp, E, J,,Iack, ~, IU-a. C,IeM~ 1923,
1945~~ Kur1ja r-6. 6,:~!--,, 1952; R.N.
zov. G.B_ Wood. Jr, Phys, Chem.
Ghost,, S.N. Cliakr-a-var-y, 1,1.1j. Kundi, j- indian Chem. Sjo., 28, 6,
319--3:22. 1-95-1.
SUBMITTED: Septembe-r i4,
Card 4/4

s/186/62/004/002/0043/010
I/ Z5- 0 0 E075/E136
AUTHORS: Vollkhin, V.V., Shtollts, A.K., and Dosik, E.M.
TITLE. Treatment of liquid laboratory wastes containing
some radioactive isotopes
PERIODICAL: Radiokhlmlya, v.4, no.2, 1962, 220-226
TEXT: The object of the work was to investigate the factors
that could decrease the volume of calcium phosphate used for
coprecipitation of radioactive isotopes during its freezing, and
to discover the most favourable conditions for this process.
It was also aimed to apply the phosphate coagulation treatment
simultaneously with the freezing of the obtained coagulate, for
the purification of radioactive wastes. It was found that the
main factor influencing the freezing effect is the compa,sition
of the liquid coagulant. The higher the concentratign of
electrolyte in solution, the less the changes in volume of the
precipitate on solidification and melting. The maximuirt decrease
in the volume of precipitate (about 20-fold) during the freezing
is observed in the absence of electrolytes. it was shown that
Card 1/2

Treatment of liquid laboratory s/.186/62/004/002/oO/olo
E075/EI36
the freezing can be applied successfully to decrease the volume
of the wastes, obtained after phosphate purification of
radioactive laboratory effluents. The isotopes
45 65 89 90 90 91 144
Ca, Zn, Sr' Sr, Y, Y and Ce sorbed by calcium
phosphates are not desorbed during the freezing. on dehydration
of the solidified and molten precipitate an additional decrease
of its volume was observed, which was not less than 30%-
The total decrease �n the precipitate volume obtained after
phosphate coagulation of the liquid wastes with a low salt
content was more than tenfold.
There are 2 figures and I table.
SUBMITTED: November 15, 1960
Card 2/2

- " - -
VOLIKHIN, V.V.; KOBLOVA, A.A.; FONOMAREV, Ye.l.
Deposition of rhodium IVdroxide from highly diluted soluUons, by
freezing them. Zhur.prikl.khim. 36 no.1:212-214 Ja '163.
., (MIRA 16:5)
(Rhodium oxide)

L 22243-66 EwT(m)/T
ACCESSION NR: AP6005421 SOURCE CODE: UR/0289/155/000/00'3/0057/0063
AUTHOR: Ponomarev, Ye. I.; L11y,ovich B. I.:; Kolesova S. A.
ORG: Perm Polytechnic Institute (Permskiy politekhnicheskiy institut)
TITLE: The use of freezing for the coagulation of weak colloidal solutions and
the granulation of inorga~lc sorbents
SOURCE: AN SSSR. Sibirskoye otdeleniye. Tzvestiya. SerLya lchimichesficLkh nauk,
no. 3, 1965, 57-63
TOPIC TAGS: inorganic chemistry, sorption, absorption coefficient, solution
property, freezing, chemical precipitation
ABSTRAM, The authors investigated the possibility of the ui3e of freezing during
the precipitation of elements without a collector from weak isolutions, as well as
the effect of freezing on the density, filtering capacity, and the sorption prop-
erties of coagulants of inorganic substances. Some results of earlier work are
presented together with new experimental data in order to provide an overall con-
cept as to the possibilities of the freezing method. The procedure is described
in detail. It is shown that by means of freezing and thawing it is possible to
Card 1/2 UDC: 541.18.047

L 22243-66
ACCESSION NR: AP6005421
separate metal ions as hydroxides from solutions with concentrations (if precipi-
tant up to 10-5 g*ion/liter, and to reduce their content in the solution to a
considerable degree at concentrations up to 10-6 g-ion/liter,. The freezing of the
solutions also promotes a more complete separation of chemical compounds with
appreciable solubility. The dehydration and the densification of inorganic pre-
cipitants by freezing does not lead to the desorption of radioactive isotopes
previously absorbed by the inorganic precipitants from the solution. The sorption
isotherms (for the initial coagulants) of frozen and thawed precipitants are
identical and indicate that the values of the maximum sorption capacity of a sub-
stance are equal before and after freezing. The freezing and subsequent thawing
make it possible to obtain coagulants of inorganic substances in granular form
without substantially reducing their dynamic sorption capacity. The precipitates
produced may be recommended for use as sorbents in column chromatography. Orig.
art. has: 2 figures and 4 tables.
SUB CODE% 07 SUM DATE6. none ORIG REF: 019 /~OTR REF.-. 009
Card 2/2 n6t

---- -- -1- -.2-~P"Z- %Mm lem zmo~
VOLIKIIIN, V.V.; PONOMAMV, Yo.l.
Effect of freezing Gn the properties of Metal hydro-f~de coagulat,--!~-
Report No.5: Mlechanism of the process. Koll. zhur. ~7 no.l:]-/,-18
Ja-F 165. (MILRA 18:3)
1. Permskly politekhn--cheskiy institut.

VOVKHRI, V.V.; KUBAREEVA, A.G.
------- -.1 - - -~ - ~----- --
FXfect of freezing on the properties of hydrated sulfidle Pre-
alpitateso lzv. v,7s* uchebo zav.,, khim i khJ-m. takh. 7 no.55,,
725-730 16,4 (MIRA 18?1)
1. Kafedra obshc,hey I neorganicheskoy khImii Permakogo poll-
tekhnicheskogo !instituta.

WIDTAVIN, V.L.; VOLPKHIII, V.V.
I
Effect of freezing on certain properties of a manganese diocide
coagulate. Trudy Ural-.politekh.instmopl2la24-29 1162.
(MMA 16 ; 5)
(Vmganese oxides) (Frost) (coagulation)

ACC NRt A0001332
SOURCE CODES UR/0063/66/011/006/0665/0672
Aurioa: xudryavtsev, G. I. (Candidate oVchemical sciences); 'Vo1khjjutj_A..V.Sqd.Ch.
ORG: none
TITIZI. The=.ostable fibers
SOURCE: Vsesoyuzrioye khimicheskoys obshcheaMe Zhurnal v-P 11, no*
1966, 665-672
TOPIC TAGS: thermal stability, natural fiber, synthetic fiberl,
tensile strength
ABSTRACTS
In the beginning of the article, a general discussion it)-fdv6n of
the concept of the thermal stability of fibers. Natural and, synthetic
'fibers available at the present time can be used in the temperature
range below 150-170* C., Fibers which can withstand temperatures
of 200-350*C (or higher) and which can preserve their mech 'Anical
properties at such temperatures are needed for the development of
-high speed aviation, rocket, and missile technology.
In the article, the problem of preserving the mechanical prop-
erties of fibers at elevated temperatures is viewed from the stand-
point of Zhurkov's fluctuation theory of the strength of polymeric
-materials. According to-th1s theory, the material ruptures along
the chemical bonds of the main valencies of the macromolecule chains
because of thermal fludtuations:.stre.sses and heating inteiasify this
UDCs 677,1499+536.495'
Card l/ 5

ACC NRz AP7001332
process. The known general exponential equation, which expresse~s
the dependence of the longevity of the specimen on temperature and
stress, can be simplified to linear form for the temperature depend-
ence of tensile strength. This linearity was confirmed experimentally
within the admissible deviation. Thus, the simplified linear equation
can be used for practical evaluation of the tensile strength of fibers
at various temperatures, provided the quantities UO and y, which
express the activation energy required for rupture of chemical bonds
and a structural factor, which reflects the packing and orientation
of the molecules respectively, aro known. However, the Ruthors
note that the data on U 0 and y values are not available in -the liter-
ature.
The concepts of heat resistance and thermal stability are dis-
cussed in-the literature. Due to a certain vagueness, it is -necessary
4.o give here the definitions of both and to discuss the meaning of
these concepts. . By heat resistance is understood the changes in
tensile sltrcnath and elonaation of the fiber which. increase at elevated
temperatures and which are reversible, f. e. , a drop in teimperatur.e
results in a return to the values characteristic of that temperature.
This property is *not necessarily connected with the- melting or soften-
ing temperature of the fiber. Thus, an increase in the.softening
Card 2/5

ACC NR& AP7001332
temperature of polyamidc'f ibers- caused by Introducing several aro-
matic. or hydroaromatic rings into the macromolecule of the fiber-
forminq polymer did not result in any significant increase in their
heat resistance, according to some Soviet studies in this field (N. M.
Bogdanov, V. D. Kalmykova, et al.). Heat resistance is characterized
by the temperature dependence of the tensile strength, which, as
noted above, is practically a linear function for the majority of known
fibers.
Thermal stability is the fiber's stability against all Icinds of
chemically destructive agents at elevated temperatures. It is ex-
pressed by a change in tensile strength after heating at*a given
temperature for a given time; this change is given as a percent of
the initial strength at normal temperature, i. e., mostly room temper-
ature. It is noted in the article that heat resistance actually expresses
the rate of thermal destruction and that the distinction between heat
resistance and thermal stability is conventional, especially in view
of the fact that the prese'rvation of mechanical properties by fibers
is required not only immediately aftei6 placing them into a high tem-
perature environment, but also for an extended service lffe.
C,,d 3

ACC NR; AP7001332
Further in the article the basic principles of preparing thermo--
.stable fibers are discussed and some new processing typees are
named. At the present time, the basic trend for preparing thermo-
stable fibe'rs is the reprocessing of thermostable polymers which
must satisfy the following requirements: 1) sufficiently high melting
or softening temperatures; 2) heat resistance; 3) thermooxidative
resistance (i. e., thermal stability); 4) high molecular weight, which
implies a high mechanical strength; and 5) solubility or fu6ibility,to
enable forming.
The dependence of the thermal stability of polymers on their
-chemical composition and structure has been reviewed by some
foreign and Soviet authors. Included among the latter is M. M.
Koton Whimicheskiye volokna, no. 3, 1966, 3-10). Therefore, no
detailed discussion of this subject is given. Polyoxadizaoles and
polypyromellitimides are mentioned as promising materials, although,
as such, these polymers are insoluble and infusible. In this connec-
tion, use of the first polycondensation stage of polyamid6s or polyby-
drazides, which ar 'e either soluble or fusible, for forming polybenZi-
mideazole, polybenzoxazole, polyoxadiazole or polypyrormellitimide
fib.ars _Ls_MpnUqned. as a. promising. rpetho.d -now being. develo d.
..pe
Card 4/5

ACC NRt AP7001332
T-he mater! 41s. inpntioned above are. described. orj~ tt~e_tbasis of
'Western sources. However, extensive research has been clone by
Soviet scientists in the same fiele nf studying the polycondensation
and final cyclization slages of these heat resistant and thermostable
polymers (see FSB, v. 1, no. 3, 1965, 14-22; v. 1, no. 4, 1,1965,
46-47; v. 1, no. 10, 1965, 18-29; v. 2, no. 10, '1966, 12-20 and 50-53).
Only one of these studies is given as a reference in the present arti-
cle. Noted attention is given to a US product, namely Du Pont pro-
duced heat resistant fiber NT-1, which is described as poly-m-phenyl-
eneisophthalamide. The article contains a large table which contairw
-dzfta mostly on known fiber materials, based on for.eign and Soviet
'sources... ori to hwi: 4 figuresq 2 tables and 3 formulas*
g: J2
CFSB: v. 3. no
SUB CODEs 11,20 / SUBM DATIlas 'none ORIG REFs 024/ OTH REF: 032
Card 5/5

VOLIKEINA, T.P.; FERMTS, V.B., kancl. taklin. nauk
Studying the offect of lighting on the eyesight of zvlling mill
operators. Svatotekhnika 4 no. 8:11-14 Ag 058. (MBIA 11:7)
1. Sverdlovskiy institut okhrany trude Vaesoyuznogo teentral'nogo
soveta profsovnzov.
(Rolling mills)
(optometry)

VMR - - SAMM -
VOLIXHINA V , inzhener; LEVENTALI, G.B., kandiadt teldinicheakildL nauk;
-,- M V, L.A.., professor.
Use of small and medium back-pross-ure turbines in industrial heating
and power plants. Prom.energ. 11 no-5;1-8 My 156. (KWIA 9:9)
(Steam turbines)

VASIL'YEV. Viktor Grigorlyevich; VQLK40NI-N,_Yladimix-,Stepw=ich;
GRISHIN, Grigorly Leontlyevich; IVANOV, Aadrey Khrisanfovich;
MARINOV, Nikolay Aleksandrovich; MOKSHAUTSEY, Kc,nstantin TJorisG-
vich; !�HIPTJLIIT, T.K., doktor ge ologo-minra log. nauk. red.;
BUMM, Yu.K.. vedushchiy red.;_FOLOSIMA, A.S., takhn.red..
[-Geological structure of the Mongolian People's Republic;
stratigraphic and tectonic] Geologicheskoe stroanie Mongollskoi
Narodnoi Respubliki; stratigrafiia i tektonika. Pod red. FA.
Shipulina. Leningrad, Gos.nauchno-tekhn.Izd-vo neft. i gorno-
toplivuoi lit-ry. 1959. 493 p.-- (MIItA 12Q)
(Mongolia-Geology)

.VOLKH014ji%l, V j
-,,c southern 30'.'Iet
G-r,,ara c of 3 c 7
Far East ~',--cn t"In.
i razved. 3 no-91:3~-9 S (mlia 13;1~)
i
1. Vseso7uzn~-,r inotit t geofizichos'dith
n, etodoV razvedlcl.
(Sov-i,-,-t 2-o. -.,at;t--GooloL-,Y, StvuctUral)

VOLIMONIN V S - LISHNEVSKIY, E.N.; TARKOV., A.P.; SUDAKCfV, S.F.
Lower Cretaceous sediments in the southern Zeya-Bureya
downwarp in connection with oil and gas potentials. Geol.i
geofIz. no.5:9-18 t61. (MIRA 14:6)
I*VBOBOYuznYY nauchno-isaledovateltakiy institut, geofiz:Lcheakikh
metodov razvedkii 14oskvae - L
(Zeya-Bureya Plain-Petroleum geology)
(Zeya-Bureya Plain-Gas'. Natural-Geology)

- - --- M~ - -
VOLKHONIN, V.S.; LISHNEVSKIY, E.N.; STEPANOV, P.P.
Subsurface structure of the Zeya-Bureya Deprestaion according to
geological and geophysical data. Izv. vys. ucheb. zav.; geol. I
razv. 7 no.7.,27-34 J1 164 (MIRA 18:2)
1. Vsesoyuznyy nauchno-iseledovatellskiy institut geofizicheskikh
metodov raz-vedki.

VOLKHONSKAYA, R. A.; YELNENKO, 0. K.; 07FROV, 1. M.
Using shale ash in the production of pipes. 71'rudir '171111T ro. 12 -.
199-210 162. (,14!RA IT; 5)

VOLKHONS _A.4L.; VEIMT
KAYA IKO, O.K.; IVAITOVA, SX.; MOTIN, Yu.D.;
OZEROV, UMI.; PAR.01K , D.A.; FOLOZOV, V.F.; 30LONrUSHY,-OVA,
G.E.; SUVOROVA, G.F.Y red.; IMTSELI, I.., red.izd-va;
BELOGUROVA, I.A., tekhr,. red.
[Building materials mado of waste products from oil shale
vinning and processing] StroitelInye materialy iz otkhodo-v
dobychi i pererabotki goriuch-ilkh slantsev. Leningrad,
1963. 35 P. (Leningradskii dom. nauchno-tekhnicheskoi pro-
pagandy. Obmen peredovym opytom. Seriia: S:troit.ellnye ma-
terialy i konstruktsii, no.4) (MIPA 16:11)
(Oil shales) (Eluilding materials)

UZ9,14
-
MINAYEVA, V.G.,- VOLKHO.N-SKAYA, T.A.
Flaranoids of the thoroughwax Rupl.eur= multinerve D. Ov
Dokl. AN SSSR 154 no.42-956-959 F 164. (WRA 17:3)
1. TSentraltnyy sibiraldy 'botanicbeskiy sad Sitrirrkogo
otdoleniya AN SSSR, Predstavlano akademikom A.I. Oparinym.

KINAYEVA, V.G.;19L~HORMYAj, T.A.; VALUTSKAYAP A.G.
Comparative study, of the flavonold composition of -3-4ber-lan
species of Bupleuxum L. Rast. res. 1 no.2.-233-235 165.
(MIRA 18.11)
1. TSentralinyy sibixskiy botanicheakly sad Sibirskogo ot,delenlra
AN SSSR.

VOLMONSKAYA, T.A.; MINAYEVA, V.G.
Study of the flavonoids cf garden sorrel. BiLl. Glav, bot, sada
no.56:57-59 164. OvCFU 18: 5)
1. TSentrallnyy sibirskiy botanicheskiy sad SibirskGgo o,tdeleniya
AN SSSR, Novosibirsk.

VOLKONSK,e-YA, T.G.
~ ---.- - -- -. -.. . -1 jc - , -IprS
,r~.
* ric 3ccr. ra 0. .
(;_,t.l-cUatton of impersonic a:,cisY,"nmEs- (MIRL 17:7 .)
MGU P-76-83 10'3.

VOLKHONSKIj,__,&,j. (14ozhayek)
WMPW__ -~
Solution of trigonometric equations which follow the simple
ones. Mate v shkole no.1:20-25 JA-I? '55. Wak '8:2)
(Trigonometry--Study and teaching)

~I I " % I - - - -- I .ZI=MR-~ --. V...
v SKIY,A.I. (Mozhaysk)
Analysis of problems in stereometry. Hat. v shkole no.4:23-25
JI-Ag '55. (MLRA 8:9)
(Geometry. Solid--Problems, exercises, etc.)

VOLKHOUSKIYO1.1. (Mozhriyak)
The use of models for drawing combinations of piol~yhedra and spherical
bodies. Hat. v shkolo no.4:56-63 JI-Ag 156. (MIMA 9:9)
(Geometrical drawing)

VGLKIIOI.,SKIY, A.I. (Mozliaysk)
use of sequences C., --ieht trianglas in zvlvi--1T gt!o.:-~aIric probl,--mo.
0
Mat. v slikole no.4:43-54 Jl-Ag 163. 10, - 9)
(Gooriatry-Study and teaching)
C,

LKHOIISKIY. I.H.. kandidat sellskokhozyaystvennykh navk.
. -
Sweet clover in Ieningrad Province. Zemeledelie 5 no.4.-1,6-77 Ap
'57. (M:BA 10,.6)
(Ioningrad Province--Sweet clover)

KOLKER, I.I., doktor biologicheakikh nauk; VOMONSKIY, S.I.. kaneAdat meditainskikb
nauk.
Penetration of the eye by antibiotics administered with electro-phoresis. Vest.
oft. 32 no-5:32-36 5-0 '53- (MLHA 6:10)
1. Ecaperimentallnyy otdal TSentrallnogo nauchno-itioledovatellskogo inatituta
fisicheskikh metodov lecheniya im. I.M.Sechenova v Yalte. 2. Kabinet oftal-
mologii TSentrallnogo nauchno-iseledovatellskogo instituta fizicheskikh meto-
dov lecheniya Im. I.M.Secheva v Talte.
(Cataphoresis) (Antibiotics) (Mare)

Can Fe'd 3ci.
USSR/Medicine - Antibiotics SeP/Clct 53
"The Penetration of Antibiotics Mainistered by an
Electrophoretic Method Into the Eye," I. I. Kolker,
Dr of Biol Sci, S. I. Volkhonskiy, Cand Med Sci,
Exptl Div and Cabinet of Opthalmol, Central 'Sci-
Res Inst of Phys Methods of Therapy in I. M.
Sechenov, Yalta
Vest Oftal, Vol 32, No 5, pp 32-36
This article describes exptl electrophoretic appli-
cation of penicillin and streptomycin to the eyes
of rabbits, A non-polarizing electrode is used in
order to prevent a change in the pH of the drug
275T28
and to preclude the penetration of "parasitic"
ions into the humors of the eye. The antibiotics
penetrate into the anterior chamber and the
vitreous humor of the eye and can be detected in
the blood and the-urine. This method-is suggested
for use in the treatment and diaglaosis of various
eye ailments, among them: blepharitis and con-
juntivitis.

_EWT(d)jEW(1) IJP(c)
ACC NR- AP60 30650 SO URCE CODE __ UR/-0-0 2-0./66169/006,11289/123
'~A
AV'MORt Pyatetskiy-Shapiro, I. I.; Volkonskiy, V. A.; Levina, L; V.; Pomariski , A.
ORG: Central Economics Mathematics Institute, Ac~!~eTy of Sciences SSSR (Tetentral'nyy
ekonomiko-matematicheskiy institut Akademii nauk SSSR)
ITITLE; An iterative method of solving problems of inte ral programminst
SOURCE: AN SSSR. Koklady, v. 169, no. 6, 1966, 1289-1292
TOPIC TAGS: iteration, iterated integral, mathematic analysis, integral programming
ABSTRACT: The iterative method proposed consists of the following: where it is re-
quired to maximize the linear functional
n
CjXj (1)
under condition
bo, ~j-ajjrj < bl,i M,
(3)
0'~ I U 0
is solved by the iterative inethod. the initial selection x is arbitrary. It is
assumed the k-th step produces the set xj(k) (j - 1,...,n)j. The following equation
system is computed
Ax < b, (4)
Using random selection, the components of vector x ik with identical probability are
changed, p--min (c, max aI ). It is assumed that c = 1/2. Thus, a new set x (k+l)
Q - 1,...,n) is produced, and the subsequent iteration is performed. When all A
:.i
disappear, the solution is found. Then, increasing b 0, solution is performed for a
new system.which is closer to the solution of the initial problem. The process is
completed when the system of inequalfties ceases to be solved after a fixed number
of iterations. The paper was presented by Academician L. V. Kantorovich, Sep 7 1965.
The authors express their gratitude to A. D. Shapiro for participating in composition
of the examples and discussions of the results. Orig art. has: 1 table and 4
formulas.
SUB CODE: 12/ SUBM DATE: 16Nov65/ ORIG REP: 004/ OTH REP: 001
ard 2/2 jb

L 07335-67 j-j:JT Ll
ACC NR, AP6012112
SOURCE CODEt UR/041
AWHORS: KaPl~~cfft A- I.; Vekpler B Ye.; Volkhonakiy, V. M.; Rezennikov1--V--SA1
Shemah -n,
ORG: none
TITLE: Thermostabilized generator for a seismic-c.o.re probe. Class 21, No. 180221
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye zaak-i, no. 7, 1966, 22
TOPIC TAGS: seismologic instrument, electronic oscillator
ABSTRACT: This Author Certificate presents a thermostabilized generator for a seismic
core probe. The tank circuit contains a ferrite trimmer and an induction coil placed
on a ferrite core with a gap (see Fig. 1).
Fig. 1. 1 induction coil; 4#
2 - core; 3 trimmer; 4 - gasket
2
To stabilize the generated frequency in a wide range of temperatures, the core gap has
a height of 0.08 to 0.2 'times the height of the vore. A norunaGnetio ring gasket ie
placed botwoen the outer vallo of the core cups. Orig. art. haot I diagrame
f

L 40994-66 EWT(M)/EWP(t)./'?,TI IJP(c)- JD/JH
NRs
ODEt
AUTHORSs Lovtsov, D. P. Volkhontsev, 1. B.
TITLE: The speed of gas absorption] by aluminum and its alloys
2,7
SOURCE: Ref. zh. Tekhnologiya mash:Lnostroyeniy~a, Abs. 11G134
REF SOURCE% Sb. L-Itlye I obrabotka splavov chern. i tavet. net. Krasru)yarsk, 1965,
55-66
TOPIC TAGS: gas diffusion, metal property, aluminum containJLng alloy
ABSTRACT: This is an analysis of the method used and the results of an Investigat
do-glin with the possibility of gas saturation of the aluminum-baBed A]Lloys under
common atmospheric conditions and under conditions of increaned humidity over the
surface of thealloY. 3 tables.. bibliography of 3 titles,, jqranslation of abstra.
SUB CODE: 11 /