SCIENTIFIC ABSTRACT VERTUZAYEV, YE.D. - VERZAL, A.I.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
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• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VlMtUZAM,, Ye,D,;; PLAMVSKIY, A.N.
7
Kinetic equations for calculating the efficiency of sieve-plate extrac-
tion columnse ZhuropriklAblin 36 no.2:295-298 F 163. (KIM 16:3)
1. Momkovokiy institut kbim4cheakogo mashinootroyeniya.
(Nxtraction apparatus)

VEWFUZATUP Ye.D#
Essence of the end effecti; obzierve~l
I tekh. topl. i masel 9 no.7:8--L~ j! 164.
~!F 17: 1"
4)
1. Moskovskiv institut Mi-imicheskogo

V3RTYACHDW A.
Use of conductometry for the automatic control of-pulp basicity.
TSvet. met. 34 no;12:85-87 D 161. (MIRA 14:12)
(Flotation)
(Conductometric analysis)

- - - - - - - - - - - -
VIRTYACRIKH, V.G., inah.; DEWDOV, V.Ya., inzit.; PAK, P.B., inzh.
Detection and removal of electric detonators and live cart-ridges.
Bezop.truda v prom. 6 no.6:18-19 Je 162. MRA 1511l)
1. Vostoohnyy nauchno-ionledovatellskiy inatitut po bezopa,snosti
rabot v gornoy promyshlennosti.
(Detonators--Safety meaffares)
(Electronic apparatus and appliances)

I R V~G.,- KOVAROVY V*S' VOR bezop'
'VEaTY'Ac", K. , in gleotric min, equipment. (hjA 3.7 92)
E,,pj.sjon proof 91PI -7 159-
~ v ugoll . 8~~, 11192-19

VERTYACHIKH., V.G.; BEZDENFZIINYKH, A.G.
Certain characteristics of industrial casings for explosion-
~~f proof equipment. flauch. soob. VostNII no.3:87-92 163.
Basis for standards an current leakage distances from
electrical equipment in mines. Ibid.:93-102 163.
(MIRA 17:5)

BEZDFMZHNYKH, A.G., insh.; VERTYACHIKH, V,G., inzh,
Standardized norms for the dists=e of electrical leakage
along insulating --omponents of orplosionproof electrical
equipment, Veat, alaktroprom. 34 no.3tl9-22 Mr 163.
(MM 160)
(Electricity in mining--Safety regulations)

KHORWHY, T*A.j red.; RIBAS, Yu.K., red.; BORISEVICH9 Z,Sp reds;
-LM~CHM V G red.; XOSTIM, N.K.0 red,: NOYSUff, N.S.,
red.; ZEEIGULIK, Th.T.. red.; RAKOVIC11, I.I., ~rsd.; RUTINSKIT.
V.A., red.; TULIN, V.S,g red,; FBTISOV, P.A., red.; 7ILIMONOV,
P.V., red.; IGLITSYN, I.L., red.; LARIONOV, CU., takhn.red.
[Rules for the manufacture of explosion-proof electric equipment]
Pravila izgotovleniia vzryvosashchishobannogo alaktrooborudovaniia.
Moskva, Goo.energ,izd-vo, 1960. 54 p. (MIRA 13:11)
1. Russia (1923- U.S.S.R.) Gosudaretvennyy komitet po avtotw-
tizateii i maahinostroyeniyu.
(Blectrio apparatus and appliances)

ITZMACHIKH, V,G., insb.
I,-
-, - ~ -
Qlosion-,p-roof attachment with a measuring instrunent, Bazop.
truds v prom. 3 no-9:20-21 6 159, ()GRA 13:-2)
1. VostocbtWy naucbno-iseledovatellsidy institut po betopusnosti
rabot v gornoy pronVeblennosti.
(Blectricity in mining)

V.-EAT'DiNKIN, Vag.
Railmlads - Kara Kum
Through the sands of the Kara Kum. Mol. kolkh. 20, No. 3, 1953.
Monthly List of hussian Accessions, Librar7 of Corgresu,, June 1953. Uncl.

1. !rzITYVUV,' Vas.
2, t~55~ (600)
4a Tara Kum-Railroads
7i Mrough the sands of the Kara Kum, Ible kolkh. 20 no. 3, 1953.
9. Month List of Russian Accessions, Library of Congress, June -1953, Uncl.

e lb-1957-3-3038
Translation from: Reforativnyy Zhurnal, Geologiya., 1957, Nr 3,
p 85 (USSR)
Atft2HORSt. Avdonin, V. Nop Vertyshkovp Go No
TITLE: Amethys t from the Berezovsk6pGold Field in the
Urals G~ ~ iz, Berezovskogo zolotorudnogo
mestorozhdeniya na Urale)
PMIIODICAL: Tr-o-3veral.'jbrn. in-tap 1956, vol 26p pp 93-94
ABSTRACT: Two nests with crys.tals of apatite ver* discovered
in banded quartz-sulfide veins at Petropavlovsk,
The size of one nest is 6x2Ox35 amp of the other
l5x3Ox25 cm. Rock crystals and crystals of cal-
cite are also present in the nests. The amethyst
forma complex parallel intergr9wths of fantastic
forms. Individual crystals form shtirt prismsp
reaching 6 to 7 cm in len th aZnd 4 em across.
The crystal forms m Z-109~ R 1013._7., and r
Card 1/2 Z_0111.~7 wero identified.' The mineral is platy.

15-1957-3-3038
Amethyst from the Berezovsk6yeGold Field in the Urals
A complex pattern of twinning striae is visible on each
crystal, the twins forming according to the Dauphine law
(a-axis, the twinning axis)* All specimens are strongly
fractured and made turbid by small secondary inclusions,
Only individual and comparatively small parts of the tips
of crystals are transparent. The violet color of the
amethyst is confined to narrow bands paralleling the edge
of the rh=bohedron; these bands impart a pale violet
color to the whole mass of the crystal. The centers of
the violet stain occur chiefly in the tip of the crystal,
When the amethyst is heated for a brief period to 4500
-to 5000 the color is not affected; continued heating at
comparative low temperatures leads to fading of the
amethyst color. Thus the violet color in quartz crystals
cannot be used as an index of the temperature of its
formation.
G.A.G.
Cea,d 2/2

15-1957-3-3043
Translation from: Reforativnyy zhurnalp Geologiyap, 1957p, Nr 3.
p 86 (USSR)
AUTHOR: VartushkqX,,,

TYTLR: 'A Limonite Goods from the Bakal Iron Deposit
Moods, limonita iz Bakal'skogo zhelezorudnogo
mostorozhdeniya)
MIODICAL: Tr. Sverdl. gorn. in-tap 195,6, Nr 260 pp 94-98
ABSTRACT: The geode from the Bakal deposit is one of
the largest of its kind. In shape it is almost a
triaxial ellipsoid. The structure of the limonits
on the walls of the geode is quite different from
that of the mineral in the interior. The periphery
consists of earthys porous limonite; the variety
in the interior is dense, The peripheral variety
in chiefly hydrogoeiaito and goethite. The interior
Card 1/2

15-1957-3-3043
A~Limonite Goode from the Fikkal Iron.Depoolt
part of the geode is composed of stalactitia limonitep
most of which has the alear structure of goothite. The
thermal curve indicates that it is typical goethite and#
in parts hydrogeoethite, with no other mineral admixtures*
Druses of aiderite crystals are found in very few places
in the outer part of~.the goode.-P The internul surface of
the geode Is covereNith radiating goethite. The lower
partv occupying approximately one third of the cavity,,
contains a warped limonIte crusts the edges of whiohite
broken off. The author thinks-that the geode may be a
.cavern, the walls of which began to form by deposition
of limonite.in the chamber. The chamber itself may have
formed by solution of siderite. Later., solutions got into
the hollow of the cavern through the.walls aaid were filtered
during their passage* Thus clean radiating gdethite formed
on the roofs but on the.floor limonito'crust; appeared.
G, A, G.
Card 2/2

VAIUI A V-S.; LATM, Y.F.; PROKHOROYA, A.A.; 11WINOTA-STAXIMA, R.N.
PARASHCHWO, S.F., kand.istor.nauk, red.; TRUBITSYNA, A.Y.,
kand.istor.nauk, red.; PLMIXOT, A.M., red.; MOBORM, Y01"
tekha.red,;
[Collectivization of agriculture on the Kuban-, collection of
documents and materials] Kollektivixatelin sal'skogo khoziaistya
na Xubani; abornik dokumentoy I materialov., Krasaodar. 11rasno-
darokoe knizhnoe izd-vo. Tol.l. 1918-1927 gge 1959. 201 p.
(MIRA 13;:))
1. Xommunistichaskaya partiya Sovetakogo Soymsa. Krannodarskiy
krayevoy komitet, Partiynyy arkhive
(luben-Agricultures Cooperative)

BOKSHTEYNp S.Z.; KISHKIN,, S.T.; NIKISHOVp A.Sol POLYAK., E.V.1 SOLOVIYENA, G.G.1
Prinizali uchastiyet ARZHAKOV,, V.M.; WLANOV., A.Y.; VE&TYUK , L.Gtj
PY4_
KORABLEV~;.MIRSKIY, L.M.; PODVOYSKATA, O.N.1 SAMNOVA, T.S.;
SOLONINA 0.1l.; TITARENKO, I.I.; RINK., L.P.; KOZrj3VA.. M.N.;
MUMLOVAP M.I.; YAMOZO L,M.
Aging of plastically deformed anoys. Yletalloved. i term. obr.
met, no.5t4O-" )V 163, (KMA 16 t 5)
(Heat-resistant alloys.-Hardening) (Deformations (Mechanics))

5(lj 3)
AUTZIORSt
TITLE:
PERIODICAL:
SOV/63-4-1-27/31
Vertyulina, L.N.,.Korshunovp I.A.
Polarographic Determination of Hexaethyldi-Lead in Tetraethyl-
Lead (Polyarograficheskoye opredeleniye gekBaetildisvintsa v
tetraetilsvintse)
Xhimicheskga nauka i promyshlennost', 1959, Vol 41 Nr 1,
P 136 (us:
ABSTRAM The quantitative polarographic determination of hexaethyldi-
lead in tetraethyl-lead is investigated hero. Since hexasthy1d.-6'-
lead is easily hydrolyzed, ethyl alcohol waa usia as solvent
and totraethylammonium iodide as indifferent electrolyte. Figure
2 shows the direct proportionality between-the diffusion current
and the hexaethyldi-lead concentration in t*.ie solution. If the
content is 0.5 to 10/--, this relation may be used for the de-
termination of the hexaethyldi-lead content. The average error
is VC
Card,1/2 There are 2 graphs, 1 table and 3 Soviet references.

~Rl
U
SOV/63-4-1-27/31
Polarographic Determination of Hexaethyldi-Lead in Tetraethyl-Lead
ASSOCIATIONs Nauchno-iseledovatellskiy institut khimil pri Gorlkovskom j;osu-
darstvennom univernitete (Scientific Research Institute of
Chemistry at the Gorlkiy State University)
SUBYITTEDi ~Junc 3, 1958
Card 2/2

VERTYUUNA L. ff.; DaVACHEV, G. A.; MSHUNOV, I. UFMA4, G. A.
Prepetration. and polarographic behavior of derivaUvets of
bie-etbylbenzenechromium* Zhur. ob. khim. 33 no.12*28~-490
163. (MIRA .16:3.)
1. Hauchno-iseledovatellskiy institut khirli pri Gorlkovskom
gosudarstvamm universitete imeni N. I. Lobachevskogo,
(Cbromium compounds) (Polaregrapby)

33925
8/079/62/0-,)2/001/001/016
D205/D302
S7 /a/ 0
AUTHORS: Korshunov, I.A.p Vertyulinaq L.N.9 and Domrachevp GaA.
TIME: Reduction of the sandwich type aromatic chromium com-
pounds on a dropping mercury cathode
PERIODICAL: Zhurnal obehohey khimii# v. 32p no. ls 1962p 9 - 12
TEXT; This is a continuation of a previous communi.cation by Xorshu-
nov, et al (Ref. 1: Dokl. AN SSSRp 122p 10299 1958). Results are
-iromium (I), di
jiven of the reduction of iodides of di(o-xylne)-cl.
_Xylene)-chromium(I)p di(k-xylene)-chromiumffl, benzene diphenyl
chromium(I) and dihexamethyi-benzene-chromium I hydroxidep on a
dropping mercury cathode. Synthesis of the xylene derivatives were
performed according to E. Pischer and W. Hafner (Ref. 2: Z. anorg.
allg. ch.# 2869 146p 1956) and of the hexamethylbenzene derivatives
according to E* Fisher and D. Sens (Ref 3t Ber., 899 18099 1956).
The polarograms were recorded using a visual polaxograph of all the
iodides. The polarogram of the dihexamethylbenzene-chromium(I) hy-
droxide was recorded by an electronic integrating differentiating
polarograph. Polarograms were taken in 0.5 N solutions of LiClo KC1
Card 1/3

3-49,;
S/079/62/032/001/'001/016
Reduction of the sandwich type ... D205/D302
.H401 V Na2so '~'03? KOH and also in buffer solutions in the pH
N 4 t 'i'
rangep 3.1 - 11-75. In the polarogram_~ i_,if solutionn of tho chroiao-
aromatic compounds one diffusion induced wave is o*oserved, The d 4f-
fusion current is proportional to the concentration of the chromo-
a.romatic compounds. The -half-wave potentials are indzdendent of the
electiolyto characterF the pH and the position of the methyl, group
in the xylene derivatives. Their value depen '~,q on the substituents
in the aromatic ring as was the case in other chromoaromatic com-
pounds of the sandwich structure. The number of electrons taking
part in the electrode reaction, as determined fron; the Heyrovsky-
Ilkovich equation equals one. The pro,,!e8s is reveisible. The au-
thors conclude that the chromoaromatia compounds are reduced on the
dropping mercury cathode in an adsorbed statep accepting one elec-
tron and passing into the neutral state. There are 3 figureag 1 ta-
ble and 4 referenceez 1 Soviet-bloc and 3 non,Sovi.et-bloc. The re,-
ference to the English-language publication reads as followss W.
Herwig, W. Metlesies and H. Zeisev J. Am. Chem., So-..9 819 620391959.
Card 2/3

33925
8/079/62/032/001/001/016
Reduction of the sandwich type ... D205/D302
ASEOCIATION: Gorlkovskiy gosudarstvennyy universitet im. N.I. Lo-
baoheviskogo kGortkiy,State University im. N.L. Loba-
chevskiy)
SUBMITTEDt January 9. 1961
V~/
Card 3/3

KORSHUNOVx I.A.; VFMYULINA, L.N.; DOMRACHEV, G.A.
Reduction of chromium aromatic compounds of a owdvichlike structure
on dropping mercur7 cathode. Zhur. ob. kllm. 32 no.1:9-12 Ja 162
OGRA l5s2i
1. Gorlkavskly gosudarstvennyy universitet imeni N.I.Lobachevskogo.
(Chromium organic compounds) (Reduction, Electrolytic)

BAPJMC~tln &A-Kul) "I
iwiw~~ OWN.
URIETULM, 7A.10t, XaMMOY, I.A,
robWo&wsphia datieralastion of hezoethy1dilead In t4tM4* 2100d.
Rhim.nauka i prom. 4 aa.ltl36 059* (NM 2Z)
I* lauchno-looledovatellskly inatitut kiiati pri gerlkovskom
-uaiversitete
(Lead orsanic compounds) (Polarogmpby)

TORSHIMOV, 'I.A,; VERMLINA, L.N.; RAZUVAYEV. G.A.; SOXKIN, Yu.A..-
DOMHACHIT. G-OAV
Polarograph1c reduction of some chromium aronatle compounds of
sandwich structure. Dokl.AN SSSR 122 no.6:1029-.,LO31 0 158a
(MIRA 11:12)
1. Nauchno-Issledovatel'skiy institut khimit Go:r1kovskogo
gosudaretvannogo universiteta im9ni N.I. Lobach,3vokogo. 2. Chlen-
korrespondent AN SSSR (for Rasuvarev).
(Chromium organic compounds, (Reduction. Chemical)
(Polarography)

5(1, 2)
-AUTHORS:. Korshunov, 1. A., Vertyulina, L. N. SOV/20~122-6-20/49
Razuvayev, G. A., Corresponding Member, AS USSR,
Sorokin, Yu. A.9 Domrachev, G, A.
TITLE: Polarographic Reduction of Some Chromium Aromatic Compounds
of Sandwich Structure (Polyarograficheakoye voestanovleniye
nekotorykh khromaromaticheakikh soyedineniy sendvichevogo
stroyeniy'a)
PERIODICAL: Doklady Aka&emii nauk SSSR, 1956,- Vol 122, Nr 6,
pp 1029-1031 (USSR)
A3STRACT: While the polarographic behavior of the bie-eyelopentadienyl
compounds was described sufficiently in detail (Ref 1), there
is one paper only (Ref 2) on the reduction of the cation
6 H 6)2 Cr)*. As in the laboratory of the authors
ne-'(1)-, ditoluene-
dibenze (II),,di'me1jity1ene-(III)-and
bis-diphenyl 6hromium-(IV) iodide wer's preparedq furthermore
the dicumene-(V)-and di-(cyclohexyl benzene)-chromium iodides-
(VI) not d6scribed in publicationet ip was interesting to
study the polarographic reduction of this series of compounds.
Card 1/4 The synthesis (according to Ref 3) of the,..above-mentioned

Polarographic Reduction Of Some Chromium Aromatic SOV/20-122-6-20/49
Compounds ofBandwich Structure
derivatives ((I)-(Vl)) is described together with the 'yields
computed and ascertained. From the concentrated solution of
dicumene chromium'the compound M was precipitated as a
cherry-red viscous oil by adding saturated aqueous
U-solution. The authors did not succeed in crystallizing it.
(V) is well soluble in low alcohols, acetone, methylene chlorid%
dichloro ethane, pyridine, dimethyl formamide, whereas it is
practically insoluble in ether, CM 40 water and benzene.
(VI) is synthesized by a similar met:hod. (VI) was isolated
as a dark-red powder from the reaction mixture (with an
addition If 50 ml purified n-nonane) by heating for 1-5 hours
at 1500. Its solubility in the solvents mentioned in conneation
with M is the same as that of (V). The polaroeraphic
invaMtigations of the iodides ((I)-(VI)) were carried out
by means of the visual polarograph, which is manufactured
by the institute mentioned in the Association. The reduction
was carried out on the background of several G-5 N aqueous
electrolytes of lithium chloride, sadium hydroxidep potassium
Card 2/4 nitrate, sodium sulfate, hydrochloric anid and buffer

Polarographic Reduction of Soma Chromium Aromatic- SOV/20-122-6-20/49
Conpounds of Sandwich Structure
solutions with pH from 2.3 to 11-75 (Fig 2). The chromium
aromatic compounds produce diffusion currents in almost
all above-mentioned electrolytes. An exception are
hydrochloric acid and the buffer solutions with a
pH-value below 2, in which they are precipitated or
(e. go (II)) do not develop any reduction waves. All
iodides are reduced within.-One wave (:Fig'l). From the
study of the results obtained it can 'oe concluded that the
introduction of the alkyl-(V)-or cyclo 'hexyl-(VI)
substitutent into the aromatic nuolem does not exercise
considerable influence upon the quantity of the semiwave-
-potential. In the transition from (11) to (III) this semi-
wave is shiff;d-6nly-slightly into the direction of the ,
negative vAlue s as compared with (I). In the introduction
of an aromatic substituent ,(IV), however, a marked shift
of the.potential into the.range of positive yalues~takes
place.,.Forlt~e time beingl'it"ilr"'itill diffi ult to reconcile
the polaragraphic reaults with the~.data obtained by other
methods. The polarographia.method, however, can play a certain
Ce,rd 3/4 role in the investigation of the nature of the class of

Polarographic Reduction of Some Chromium Aromatic SOV/20-122-6-20/49
Compounds of Sandwich Structure
compounds in question. There are 3 fi~gures and 4 references,
1 of whioh is Soviet.
ISSOCIATION: Nauchno-iseledavatelle.kiy in6titut khinii Gorlkovskogo
gosudaretvennogo universiteta im. ff. I. Lobachevskogo
(Scientific Research Institute of Chemistry of the Gorlkiy
Stateluniversity imeni N. I. Lobachevel.Eiy)
SUBKITTED: ~June 17P 1958

VOg);-l U 4, IAIA
79-2-3/54
AUTH013% Vertyulina, L. N. lyuZina, It. 1.
TITLEt Reduction of Ilitrophuno13 on a Multidrop Ifercury Ca,t*:-,odc (Yosstanov-
leniye nitrofcnolov na mnoaokapellnom rtutno~a )mtode)
PERIODICALt Zhurnal Obshchey I.Iiiaii, 1958, Vol. 28, Ur 2, P,,. 304 - 306 (USSR)
ABSTRAM The reduction on a wercury droplet clectrode was by nany autbors
invz~stiCated for the purpose of the deteroination of quantity nnd
of the reduction taectianisra (reference 1 - 0). Yhe authors used the
apparatus with a i,.iultidrop mercury cathode doscrijed by lfc~,;.ian at
al. (reference 13), where aome taodificationa nocojoary for the in-
vestiC;ation were made. For comparinr, the results of the electrc-
reduction of nitrophenols in viater- and aqueous aloohol colutions
the conditions of the electrolysis were left unchan.,-,ed. '.L'he clcc-
trolysis iv:s performed at a IiiiSher potential fluin that of the sa-
turatLon current, in '$he case of p-nitrorhenol uit% 2,2 V anti in
m- and o-nitrophenol with 1,0 V. 'T'he percenta-e of t'he reduction
products represents the tacan value from Eeveral cyperi-vnts. The
accuracy in the tict-crmination of.the redtction products a..,tounted
to 5 - 6 ~of (relatively). Conclusionst 1) As a result of the study
of the reduction of o-, ia- and p-nitrophenols on a multidrop
Card 1/3 cury cathode it was deteruined that in wuter- and i7.queouo alec-hol

2/' A
Reduction of 11itropherols on a Hultidrop Mercury Cathode
3olutiono with p11 fro;.i 2 to 2,5 the nitrophonols are riainly re-
duced to o- and p-aminophenola. p- and o-inino-quinone in ouall
aziounts for-a _,j intcrnediate products. In -:.he case of m-nitrophenol
the h.-Mroxylanine derivative of u-nitrophaniol and the m--a!.iinophci1ol
occur its redtv!tion products. Thej aliost for-ut in ey.nl ai.iounts.
2) The yield of the reduction products on the nultidrop i~,ercury
cathode is in the case of p- and m-nitrophono13 in acueoua alcohol
solutions smaller than in viater solutions. The small yield,observed
in these tests, of reduction products of p- and n-nitroph,_.nols in
aqueous alcohol oolutions may probably be expl-iined by the fori-la-
tion of an intermolecular hydroeen bond. This develops in the aque-
ou3 alcohol oolutions with the aid of alcohol molecules, io mode
stable thctn in water solutions and obotructs the reduction (refe-
rence 20). o-nitrophenol forms an innermolocular bydro-en bond,
which, as ij already known (references 1 and 20) influences the
reduction of the nitro.-roup as adl in water - as in allueous alco-
bol solutiono. The authors thank 1. A. Xorjhunov for valu-n"Aa ad-
vices in the performance of the work. There are 1 table, z:~nd 20
references, 11 of which are 61avic.
Card 2/3

Reduction of Ilitrophenols on a Multidrop Mercury Cathode
ASSOCIATIONs State University, Gorlkiy
(Gortkovskiy c;,osudarstvennyy univeraitat)
SUBMI72M February 26, 1957
AVAILABL'Et Library of Coneress
79-2-3/64
Card 3/3

KDRSHUNOV, I.A. VERTYULIKAV L.N.
----------
Reduction of certain oulfonamide compounds at the dropping
mercury electrode. Zhur. ob. kh1m, 31 no,010%-1062 Ap '61,
(MIRA 3.4s4)
1. Nauchno-isoledovatellskiy Inatitut khirii pri Grolkovskom
gosudarstvennom universitit imai A. 1, Lobachevskogot
(Suifsmids)
(Aeduction,, Rectrolytic)

VIRTMINA, L,No; KALTMIlrAg- Me
of nitrophenols on the multiple drop mercury cathode.
04-308 P 158. (NM 11: 4)
Zhurobokhim, 28 noo2:3
1,Gorlkovokly gosudarstvemiyy unIversitet.
(Reduction, Chiidcal) (ftenol)
(Electrodes, Dropping mercury)

VER'TIMPIA) L. N.
VERITUIPIA, L. N. "A Study of the I.-lechanism of Reducin;z. Ortho-,
Meta-, and Para-Nitrophenols, and Yeta_Nitro Benzolsulfon-le Acid on a Mer-
cury Cathode." Sci Res Inst of Chemistry, Gorlkiy S+.ate IT. Gortkiy, 1955.
(Dissertation for the Degree of Candidate in Chemical Sciences)

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tl:(- V,1mt6b If"(! ftctd~ With a will. citcritcl d"trmc I a
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the '2110 wavi: ",'"1 1/1 tile I-Aght of tile ult-Al wave, wtfite it
jolt 9.7-12 0 it vyAsO.5 of the lo,31 wive. Diffusiclo cwtv fit
mas lillrur ill Tc-.T.-Ct to comr]. ill ult fn4vs. lit n"itral or
aciiik -Irii~ thu- tiMst6m curticut pawd thrmligh
.1 mill. at 1,11 4At 11 111piler pit V~kltluq (Yrz-akly, tlaAk itolft.%
tfidluii,34; turtclit (if tile lit wilve tud a nifti. al pit 0 w1i ft ;~
tile ditTus~pn ctuilrerit of life 2ml wave pa~lwd through a clu,it. -
at tbi; pit; tiv.- ow. of tile rliffit~iml trumcit of tile 0 tst
wave fl~~A -a nrrx. ut pit to, Tillm-e mmits indicaed
adstnptiorr plictionieria. Tit(, ball-wavc 0. tential up to 'It
8,5-5 rme. luicarly witis 1,11. F" - -OAS - OAS Al.
Ill murf, hisic %fl."vi. Ilm half-wavc lIntentill Of the rulcc Win
w,ks p-1,livrly conq. at nhwit 0-413 v,. w-line (tit 2M wive
1`01,10,4u) tile irchlbui F4,j I- -L."4 + 0.1 pil. Thi 2
vjqlz~" i1sim sticygerl at ahow pit 1'. The tio. of elects 3w
invfjv,d rakd. from tIm Wyrovsk-Y-11koV16 cril"tiou q23
I for the lit ww~e smi 0 4 for the 12sul, hidic4ting pmsNe
irrevef5ibbility of he 0fctffx!e reactilm. If the redwitin
.=(U;MY 11 el--tullt-q. aq indiated fly Glany PODWO.-
tilt cnletl~ cf a (fifficcian coriff. at PEI 2 gave

thevuhteOCA )110'4 sq. vn./Wc.,,A~klk acr".,d With the
f
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!7
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esulti
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SIGOV,, I.V.1 VKRUGA, V.P.
Standardization of reducing gears and electric-motor reductors.
Stkndartizataiia 27 no.2tl2-14 F 163. (MM 164)
(Gearing)

SIGOV9 I.Vaj kand*tekhn-nauk; VIWGA., V.F.j, insh,; VOWIA, T.A.j, inzh,
Motor-reducers based on higb-speed electric motoorso Vast.
mashinostr. .42 no.8t49 Ag 162, (KEU 15: 8)
(Blectrio driving)

L 04.1-70-67 W(e)/EWT_(M) __ _WH
AT6o16928
SOURCE CODE: UR/0072/66/000/005/0019/0021
AUTHOR- Kutateladze, K. S. (Doctor of technical sciences); 'ferulashvili R. D.
(Candidate of technical sciences)
ORG Tbilisi Scientific Research Institute of Structural Materials (Tbilisskiy
nauctno-isaledovatellskiy institut stroymaterialov)
~y
TITLE: Glase composition based on perlite for production of high-voltage insulators
SOUR(Z: Steklo I keramika, no. 5, 1966, 19-21
TOPIO TAGS-.. electric insulator,,insulating material, glass, dielectric material
ABST3ACT: The authors study the Insulating propertlen of Mrlite-baned glansen with
the following compositions (in %): 55-59 SiO2, 0.1-0.5 TiO2, 6710 A170il 0.5-2 Fe203,
6-7 HnO, 9-10 CaO. 5-6 MgO, 2.5-4 K20 and 2.3-8 Na20. All compositions were founded
in two-liter fireclay vessels at 1440-14801 for two hours. A table is given comparirg
the dielectric indices and a number of other physical and ctemical characteristics of
there glasses with the properties of 13v glass and glass mae~e by.the L'vov Plant
10i3vi
The perlite glasses show dielectric characteristics an good as those or low-alkali~
glats and are even superior with respect to some indices (low nensitivty of tar6 to
chwiges in temperature). The effect of R20 additives on the dielectric properties of
per:Ate glass is studied. It is found that the addition of 6-7% Na20 2auseu a
0-
LCo,d 1/2 uDc: 666.A.6

470-677
ACC NRs AT6oi6928
considerable reduction in the volumetetric resistivity of the glass. The rezistivity I
then begins to increase with sodium oxide concentration reaching a maximum at 10-11%
which may be due to the neutralization effect of potassium ocide in the glass com-
position. This effect begins to disappear at a sodium oxide concentration of 15-17%.
One or the most important properties of the perlite glasses fts their reSistance to
chang! in the tangent of the dielectric loss angle with changes in temperature from
20 to 7040' in spite of the high concentration of alkali ox'.des (up to 20%). Another
imporIv-ant advantage of the new glasses is that the concentration of Ra2O and K20 is
not c,-itical with respect to high-voltage insulating propert..es of the glasses.
Orig. art. has: 3 figures, 2 tables.
SUB CODE: ll/ SUBM DATE: none/ ORIG REF: 002/ OTH REF: 000
Card

1--ACCARZ AP7005417 SOURCE CODE: UJV0O72./66/0C0/01l/0OW/&~277
AUTHOIS: Kutateladzeo Ko S. (Doctor of technical aciowee); VtM9AabLdA R. D. (camu-
date .. )f technical sciences)
k':
ORG:: Tbilisi Scientific Research Institute for Building Materials (7biliankiy nauchno-
-isalciovatollskly institut stroymaterialov)
TITLE iElectric insulating pyroceramios derived from rocks
SOUR034 Staklo i keramikap no. 11, 1966t 24-Z7
TOPIC TAGS: electric insulatort ceramic material, ceramic diel.actric
ABSTROT; The rocks perlite, serpentinite, and dolomite were investigatod for their
suitability as raw materials in the production of pyroceramics., The investigation
supplements the results of S. I. Sillvestrovich et al. (Zhurnal. MO imeni D. I.
Mendeleyeva, 1960, t. 5, No. 2). The physical and chemical properties of two series of
mixti-ires consisting of various amounts of perlite and serpentixtite, and perlite, dolomite,
and c.uartz sand, respectivelyl were studied. The mixtures wero subjected to chemical
anal~-sis, x-ray'apectroscopy, electron microscopy, and theimolp.,avimetric analysis. In
addition, the electrical properties of the specimens were dete3.nined. The experimental
resu:.ts are summarized in graphs and tables. It was found thw; mixtures consisting of
perL.teo.dolomite, and quartz sand yielded the most satisfacto3.7 high-voltage electric
insuLatorse Orie. art* has: 3 tables and 2 graphs#
SUB (.'MF,-. 1l/ SUM DATEt - none/ ORIG REP: 00i/ OM REF:
Card 1/1 U01 666.117.3:546

VERULASHVILI, Sh. A. Cand tech Sci -- (digs) 'Study of,the basic pro~Aems of
->d-frl ,
:&-~) VV-41 A.. ,
bho technology o chanized t",T-oew cultivation aC-tma plantation.
_.:tOqM=Wre Tbilisi, 1957. 23 pp (Min of Agr USSR. Georgian Order of Labor Red
Banner Agr Inst)v (KL, 3-58, 97)
-27-

VMLASHVILI., Sh.A., aspirant
Investigating fundamental problems of the technology of mi-er
mechanized intertillage in tea plantations. Bixtl. VNIICHiSK
no.101-75 157. (MM 15:5)
1. Vsesoyuznyy naucizo-issledovatel'skiy in~stitut chaya i
Pubtropicheskikh kulitur.
(Georgia--Tea machinery)

KOGOY, T.F. (Moskva); IVANOVSKAYAP T.Ye. (Moskva); KBOULOVA, Z.Ye.,
(Moskva); V (Moskva)
Pathological anatomy in experimental toxoplasmosis of pregnant
animals. Arkh. pat. 27 no.6:61-67 165. OTRA 19: 1)
1. Kafedra patologicheskoy anatomii (zav. - deystvitellnyy chlen
AIAN SSSR prof. I.V. Davydovskiy) Il Moskovskogo meditsinskogo
instituta imeni N.I. Pirogova i rodII'nyy dom No. 1 (glavnyy vrach
V.I. Verulashvili), Kutaisi. Submitted January 8, 1964.

ImUSHVILIO V.I.
Effect of acute and chronic toxoplasmoBis on the course of
pregnancy-under experimental and clinical conditions.. Soob.
AN Gruz. SSR 30 no.1:67-74 A 163, (MIRA 17:1)
1. Institut normallnoy i patologicheakoy fiziologii AMN SSSR.
Predstavleno chlonom-korrespondentom Akademii A.H. Bakuradze.

IERUrASHVILI,, V.I., kand. med. nauk
Toxoplasmosis in obstetries. &ush. i gin. 39 noJt40-14
my-je'63 (MIRA 17t2)
1. Iz kafedry akusherstva i ginelcologii ( zav. - chlen-korreis-
pondent AMR SSSR.prof. L.S. Persianinor) leah~tbnagofakultteta
II Mbskovskogo meditainskogo ins#tuta imeni N.I*Pirogova.,
laboratorii vozrastnoy fiziologii i patologii ( zav. - prof. I.A.
Arshavskiy) Instituta normallnoy i patologioheakty fiziolol 11
(direktor - deystvitelln7y ahlen AMN SSSR prof. V.T. ftrin
AMN SSSR i rodil"nogo doma Ho.1 Kutaisi (glavnyy vrach - kand.
medo nauk V.I*.Yeru:LashvUi).

VMLASHVILI., V.I. (Moskva)
... .......
Determinntion of C-reactive protein in tozoplasmosis xmder
experimental and clinical conditions. Pat. fiziol. i eksp.
teraps, 7 no.lr75-76 -Ta-F'63. (KIRA 16:10)
1. Iz laboratorii vozrastnoy fizio2nRii t patologii (zav. -
prof. I.A. Arshavskiy) Inatituta, normallnoy i patologicheskoy
fiziolQgii (dir. - deystvitelfnyy chlen AMN SSSR profs V.V.
Parin) AMN SSSR i kafedry akusherstva i ginekol6gii (zar. -
chlen - korrespondent, AMN SSSR, zasluzhennyy dayatelt nauld
WSR.. prof. L.S. Persianinor) lachebnogo fakul'teta, II
Moskovskogo meditainakogo instituta. imeni W.I*Pirogovae
(BLODD PROTEIDIS) (TOZOPLAM40SIS)
(PREGNANCY,ICCKPLICATIOVS OF)

VZRULAsHv.TjZ,, v, I.., Candidate Mod Sci (dies) -- "Material on the dynamics of
oxidation-reduotion prooesses In various awcologioal hemorrhages In conmotion
vibh treatment". Tbilisi., 1959. 20 pp (Tbilisi State Mod Inst)j, 200 oopies
(KL,, ?Jo 22,, 1959., 121)

VE'RUUtSHVIld V I
Experimental wviIys:Iq of the state of per.-eubflity o!"
placental. barrier in toxoplawrjosh, during, norvjil nnd patho-
logical pregnancy. Diul. eksp. biol. i med. 56 no.12:44-,'~S
D 162. (MI11d, 1.7;il)
1. laboratoriya vozrastnoy flziologii i 1xitologil (zav. - 1)rr,,.
1.A. Ar5havskiy) Instituta normallnoy I patologicheskoy fizio-
logii (dir. - deystvitellnyy chlen ANN SSSR V.V. Parin) A T " S S c R
Moskva.

-W RUNA00 V#--- - ---- -- - ---- - -- - --- - -
Creation In the field of technoloMr. P-117.
(Sbirka Vynalezu, Vol. 6, No. 61 June 1957, Praha, Czechoslovakia)
SO: Monthly List.of East European Accessions (EEAL) 1C. vol. 6, No. 9, Sept. 1,057. Uncl.

On the hybridization of Triticum by Agropyrum, SaraLtov, 1935. ~'7 p. Text in Russian.
1. Plant - breeding. 2. hybridization, Vegetable.

ZACHOVAL, J.; KAIAL, J.; VERUOVIC, B.
On the nature of complex catalysts from cobalt (III)-chloride,
pyridine and diethylaluminum chloride for the stereospecific
butadiene polymerization. Coll Cz Chem 28 no. 12#3450-3451
D 163.
1. Technische Hochschule fur Chemie, Prag.

VERUOVIC Budimir
Preparation of cation exchange resins selective to iron. Chen prun
14 no.4sl89-191 Ap 164.
1. Higher School of Chemical Technologyp Prague,

si/oal,/62/000/023/109/120
B101/B186
AUTHOR: Veruovic, Budimir
Methodpf producing a complex-forming cationit6 for the
TITLE.
selective substitution of alkali metals
PERIODICAL: Referativnyy zhurnal.' Khimiya, no. 23, 1962, 745, abstract
23P493 (Czechoal. pat. 96919, October 15, 1960)
TEXT: This patent concerns a method of producing cationites for the
selective substitution of alkali metals; 395-diaminophenol tetraacetic
e in basic medium until a resinous
acid is condensed with formaldehyd
complex is formed. 2 g phloroglucinol and 6 g,sodium amino diacetate are
heated by a reflux condenser in aqueoue-al6oholic solution for 4-12 hre,
The dark-blue sulution is acidified with hydrochloric acid and the
precipitated acid is recrystallized from water. 2 g of this acid is
-ad with 3 N NaOH solution, 25 ml 40% formalin is addedq and heating
alkali&
at 7500 is performed for 12 hre with constant stirring. The resulting
-under IR irradiation. The substituting capacity is
resin is polymerized
3-5 milliequivalents Ca per g dry resin* [Abstracter's note: Complete
Card 1/2

S/08IJ62/000/023/109/120
'Method of producing a complex-forming... B101/B186
tianslation.

-Effirt
L&L - _'. __ JYAL__YM_
AM W-1 AP6028305 (h) SOURCE CODE:
-_ ____
CZ/00091661000/006/0344-/0347
AUTHOR: Veruovic. -Budimir Zachoval. Jaromi
ORG: College of Chemical
e (Vvsoka skola chemickatechno-
TITLE: Stereospecific polymerizationlof butadienjeby the cataly-tic system from
diethyl aluminum'chloride and rhodium triacetyl ac tonate
c t
SOURCE: Chemicky prumysl, no. 6, 1966, 344-347 and appropriate inserts
preceding p. 319
TOPIC TAGS: butadiene, ~olym rization, aluminum, rhodium, stereospecific
polymerization
A13STRACT: Butadiene p0lym(
chloride and rhodium triaoetyl
medium. The resulting p6lybu
Polymerization takes plac6 wit
A'I:Rh is 15. Conversion:'depe
and on temperature. No inhibi
1/2
zatior, has been studied using diethyl aluminum
detonate as the catalytic system in a water-free
4iene has an above-9816 1. 4-trans structure.
aratioofAl:Rh>3. Theoptimumratio
Is on the concentration of the catalytic components
Dn period has been observed. The limiting vis-
678.771.2

L45415-66
ACc. Nits AP6028305
cosity number increasesl with the concentration of rhodium triacetyl acetonate and
I
decreases with a rise in;temp rature. Orig. art. has: 11 figures. [Based on
authors' abstract. IRS]
SUB CODE: 11 SU13M DATk;: 2IJan66/ ORIG REP: 001/ SOV REP: 001/
OTH REP: 012/
ha
.LCW4: 2/2

inzh.; XOLCHIESKIY, Yu.L., lnzh.; NIKOLAYEVSKIY,
V%YAKINA
inzh.; RODIONOVA, R.G., inzh.; RYAPOLOV, A.F.p inzb.;
SOKOL, I.A., inzh.: STERUN. S.L., inzb.; EYDELINANT, L.B.,
inzh.; ORLOV,V.M., Icand. tekbn. nAuk retsenzmtz YURGEL1,B.T.0
inzh.,retsenzent; FOKIN,V.Ya., in&rj-kvAwbx. red.; VOWYANSKIX,A.K.
red.; MARKOV, I.I., red.; MEL1111K, V.I., red.; UNKIN, A.K.,
red.; STAROVEROV, I.G.,- red.; TUSHUYAKOV, M.D., red.; CHERKOV,
A.V., red.; SUDAKOV,G.G., red.; IOSELOVSKIY,I.V., red.
(Technological pipings in Industrial enterprises] Tekhnologi-
cheskie truboprovody promyshlennykh predpriiatii. Moskva,
Strolizdat, Ft,1, 1964. 78,1+ p. (141RA 28:9)

InzIn.; NIKOLAMSKly
VERVEYKINA A,K-v inzh.'# L - 91- - FaAFOLOV-) A.F.,
b1zh-j ?-()Dlr,",:-JVA, R-rj~, iL'zs-f
3 L inzhoj*
tekhn
Inzbe; SOKOL I.A., - . nau~ j
j oftwv) vjl,.~ kand. V.Ya.
EYDELI,il ANT iT!zh FOKIN ;
) YURGE11, d - SUDkK)V,
retsenzent; gjav. re j
hn. red.3 14m()V, I.I.Y
inzh.2 naue ~Iav. l'Od.; I.V.0 red., AOVEPOV,.
I A r-4. t- ST
G G. , zams i
red.; ME1,1141K, V.1 rod ONK7111 ~
.9 :1 - 1'.V., --ed-
I.G., red.; TuGRZA31.1, M-D~" Va. - 7.
-esj -lekbnO-
[F,ngimeering plpeline2 for industrial eTiterpri~
p:rnVS'ajenTqYh 'pTedprilatti. t10-
logichaskle truboprovAy
skvaL., Stroliviaty 11)64. 2 it. (MIRA .170-2)

V4RUOVIOP Ehidimir; K.~LAL, Jaroslav; ZAGHOVAL, vlarQmir
Butadiens polym-rizati.-)n through the action of diethylallmir-1.1
chloride and co'balt ace-tylacetonatfi. Chem pz-.jn 140 nc;.1:22-25
Ja f65.
1. Chair f MaerwvAucular Ghc~i.Aotry of the Higher School
of -cal Teahnolcgy, Prague.

2,J,41. (Voronezh); ZKM.%Kl L. (Voronezh)
XEMU I, V. A
Flow of an elantoplastic medi= it a curved circular P44 in case of a
constant pressure drop, Izvo AN SSSR* Mekh., no.5tl69-171 S.-O 165.
(MIRA IWO)

c We and4ervoorut. P.
A Now Class of Initiating Explosives--The AXMaL3,jw_ aM RyAMz1
.ML)2ji of ivalent
Xa_Lo
Hem Ketal Chlorates and Perchb)rates.
Z. ges. 5ohiess-Spreagstoffw.. V. 21, 1926, pp. h9-52,,65-9,84-7,,l23-25" 10-1~6,10-5.
Chem. Abet., Vol. 21# P. 1104., 1927.
The metal amines of cblorates and perchlorates of Cu,, Cd) Ni., Cc and Zn were prepd.
by passing N93 over the metallic chlorate or perchlorate soln. with nooling and a-itatia
filtering and drying the .-,ptd. salt. These ~.owpds. have explosive pcoperties between
those of priiarT explosives such as Hg(ONC)2 and secondary explosives vuch as tetryl.
The tetram'nocopper chlorate., Cu(CI03)24NH3 was# howevers Vie only one of the 10 amino-,
chlorates capable of inititing the detonat-ion of 7NT or tetv.1. They are deliquescent
and hydrolyze rapid3,v, even in moist air, losing NHI Ui(C1Dj,)26NH3 has a rate of de-
tonation of 5300 z- per. sec. ThL. chlorate compds. are more sensitive than the corres-
ponding perchlorate conpft. Corrvzponding hydrazinates were pred. by ad -ing a soln. of
hydrazint; hydrate in H20 or Et0H to a Boln, of the metallic chlorate or perchlorate,
with cooling and agitation), vashin and Lirjing the ppt. at low teiiq. 3f th te the follo,
ing have never before Ireen prepd. Ni(C103)23N2H4; Ni(C201t)2-Ni(Cloh),2-micio),OH-5N9Hl.-
3H90; and Cd(C10j,)9*Cd(0H)2-3N2H~,2Hj>0. Tho hydrazzinates o-'' the zw-.al chloratee are vez-f
sensitive and unstable explosivcs) the Cu compd. detonating on dr~inp, at =M tarp. The
hy:drazinates of the perchloratess ave les. sensitive cL-pecially thLt of Cd. '17hey are
more sol. in H20 and hy6rolyze reajily. The results of the various tect-,: made on the
21 conpdE. investi -ated ace sum arized in a t-bulation tog, Uier with XLEUItS Of COM-
parison tests on several well-1nown primary arKi secondcry CXP1OSiVL3. These tests in-
clude Ignition toup., sensitiveness to irapatt, Trauzl lock t"tp and detn. of initiat-
ing charges rLquirLd for 7,111, tt,tr.~l on,; trinitroanIsole. ii-.;thode of c=,ucting the ten

--V-F- R
15-57-~4-1,122
UC
T.welation from: Reforativnyy zhurnalt Geologiyas 1957,, Nr 4# pp 31 ZSR)
AUTHORS: Tikhvinakayap Yeo I*,, Krupin, V, L, Sokolov,, Me No,, Vinokurov,, V. Me,,
n7asova. Me P MallkovsU7, F. If.,, Grigorlyeva, To Ye.
4
L'1TE7.--"Stratig*raphy and Facies Relations in the Permian Deposits of tho Tatarskava, ASSR
(0snovy stratigrafii i fatsiallnogo slozheniya permakikh othoahwdy Tatarskoy ASSR)11
MIDDICAL: Uche zap. Kazansk. gos. un-ta, 195% Vol 11% Nr 10, pp 33.3--117
AISTRACT: The Permian deposits of the Tatariya are divided into the Lowir Permian (250 m
t,) 300 m thick),, represented by the Schwayorina, Tastuba and Sterlitamak horizons of the
Sal-a a stage, and also by the Artinskian and Kungurian stagese The aut1iors point out the
lLmited distribution of the Artinskian series,, completely developed (80 ii) only at the
extreme eastern edge of Tatariya,, where it is subdivided into two horizons. The lower of
taese two horizons is composed of anhydrite and dolomite. The Kungurian series also has a
restricted distribution. It consists of carbonate-sulfate-clay deposits (up to 20 m).
7ae Ufa series, with a thic1mes5 ranging from 0 to 140 m and more (on the east) is re-
f9rred to the Upper Permian. The Kazanian deposits are separated into a12 upper and a
lower Kazanian. The Yadrenogo Kamnya series occurs at the base of the wper Kazanian.
The lower Kazanian sequence is divided into three horizons. In the "zone of upper pied-
m:)nt deposits," these are insular, deltaic-littoral, and red-bed formationBe The lower
Nazanian rests on an eroded, surface in the Ufa series or on the Lower Pe:miane 'There are
i.atraformational erosional zones in the upper Kazanian, the largest of w~Uch subdivide the
deposits into three principal rhy-ttmic units. The Tatarian stage (200 m to 250 m thick)
is divided into two substages., The upper substage shows evidence of strong surface
e.-osiono The lower substage contains sediments formed in a residual fre.9hened basin*

TIXHVINSIUTAP Te'l. (Kazan); KRUPIN, V.I. (Kazan,); VIROEMOT, V.X. (lazan');
VWASO
SMLOV, M.N. (Xaxajll.): U&JU...iFaxan'); MkLIKOVSKIT, Y.S.
(Kazan'),
Stratigraphy and,facles structure of Permlan deposits in the Tatar
A.S.S.R. Uch.zap.las.un. 115 no.10:n3-117 1550 (MLRA 10:5)
(Tatar A.S.S.R.--GsoloS7, Stratigraphic)

VERYASOVA, Z,.A..,, assiRtent
Premature births according to clinical data for five yearn
(1956-19601. Ne.uch. trudy Sav14I 22s1]8-127 '63.
Vitamin C content In the blood of the mother and the fetusl
in the placenta and the ur1ne In premature birLha.
Ibid.:128-132 (y1w, 1",q)
1. 1z kafedr7 akusherstva I ginekologli Samarkandskogo
med'Itsinskogo instituta.

JERYATINP U D.; MASHIREV, V.P.; RYABTSEV, N.G.1 TARASOV) V.I.j
ROiiZKjN, B.D.; KOROBOV, I.V.; ZEFIROV, A.P.., doktor
tekhn. nauk, red.; HIMADOVA, A.A., red.
(Thermodynamic properties of inorganic substances; & manual]
Termodinamicheskie avoistva neorganichookikh veshchestv;
spravochnik. Moskvap Atomizdat, 1965. 459 p. (MIRA 18:12)

VEEYATIN riy Davidovich 4- Sr Sci Assoc iz~tbe specialty of Tech-
nology of Rare and Non-Ferrous Metals 21 May 53, Prot No 25?
(Bb"VOP 10-58#25)

PUR I B= MUMOMMON SOV/38,10
O&Udn, N.P.1, A.A. Mayorov, and U.D. Veryatin
Tabnologiya perarabotki kontoentratov twq= (Technology, of Procesiang Uranium
Concentrates) Moscow, Atmizdat,, 19W, 162 pe Errata allp 1wierted,
4.,000 copies printed,
Ed.: T.P. Kalyuzbnaya; !rech. FA.! Ye. lo Kazell,
PURPOSR: This bouk is intended for chemical engineers and technicians in ureni-
un production.
COMAGE: The book presents the theory and description of yrocesees In the treat-
ment of uranium concentratee'to obtain pure salts and uranium wetalo The au-
thors liscuss the applications of urwiuz,, the propertiee of xamalum and Its
ions in3olution, methdds for the production and refining of uranium concen-
. methods for the preparation of uranium tatrafluoride,, the preparation
of uranium metal, and measures for ensuring the safety of perstxmel In uranium
manufacturing. The author also cites earlier book* on ur'anium by Dzho Nats and
Ye. Rabinovich, S.Ye& Bresler, O.A* Slongina., and X.P. Kislyakar. There are

Technology of Processing Uranium Concei2trates SOV/3830
261 references: 91 Soviet, 101 English, 36 French, 97 aerman, Ij Italian, and
2 Swedish
TABLE OF CONTEM:
Preface
3
Introduction 5
C~. -History-of the Develo3pizent of the uranium industry 7
ch. n. Apyncations of uranium 10
Ch. Ill. Brief Survey of the Froyerties of uranium and Its long in
Solution 13
11- Position of Uranium In D.I, Mendeleytvte ppriodic system 13
2. Electron configmtim'.. atcmic-and ionic rRAU of uranium 14
3. Isotopic structure 14
4. Atmic ve-ight of natural uranium 14
5* Structure and Menbanical properties of uranium 15

PHASE I BOOKmaWITATION SOV/5820
Galkin, N. P. jo A. A. Mayorov, U. D. Veryatin, B. N. Sudarikov,
N. S. Nikolayev, Yu. D. ShIshkov, A. B. Krutikov
FbImAya i takhnologiya ftorietykh soyedineniy urana (Chemistry and Tech-
nology of Uranium Fluoride Compounds) Moscow, Gosatomizdat, 1961. 347 P-
Errata slip inserted. 4500 copies printed.
Ed. (Title page): N. P. Galkin, Doctor of Toobnical Sciences, Professor;
Ed.: N. A. Korobtoova; Tech. Ed.: S. K. Popova.
PURPOSE: Mda book is intended for chemical and nuclear engineers and
teachers and students of schoolr of-higlier-education.
WMWE: The monograph reviews Soviet and non-Soviet literature published
up to June 1960 on the physicochemical properties of uranium fluorides
and methods of producing them from salts, oxides, and metallic uranium.
Methods of processing uranium chemical concentrates to the tetra- and hexa.:
fluorides, which are initial products in the production of nuclear fuel,
Ca.rd*S

Cb.tmist,ry and Technology of Uranium (Coat.) SOV/5820
are of primary interest. Fluoride methods are preferred to hydrometal-
1argical methods because radioactive waste solutions In the fonler are
,!dither reduced to a mini-um or eliminated. No personalities ant =An-
tioned. References accompany individual chapters.
WU OF CON=S;
Foreword
W.roduction
Ch. 1. Physicoc-hemical Properties of Uranium Fluoride Compounds
Ch. 3:1. Production of Uranium Tetrafluoride From Aqueous Solutions
ft. 111. Dry Methods of Producing Uranium Tetrafluoride
Ch. IV. Production of Uranium Hexafluoride
Card 2/3
3
5
ll
53
78
136

s/o89j61/o11/OO3/O1O/O't3
B102/BI38
AUTHORS: Galkin, N. P., Veryatin, U. D., Smirnov, Tn. V.
TITLE: Thermodynamics of the reduction of uranium tetrafluoride by
calcium
PERIODICAL: Atomnaya energiya, v. 11, no. 3, 1961, 257-260
TEXT: The reaction UP 4+ 2Me - U + 2MeF2tQ is generally used "to cbtain
metallic uranium fluoridel Me -Mg or Ca~ The case Me -Ca is considered
here, and results are compared with those relative to reduction by means
of Mg. The relation log Ko-AZO/4,576T holds for the equilibrium
T
constant of this reaction. The change in the free energy of the reaction
can be determined from the Gibbs-Helmholtz equation:
T T ,
dT.
&Zo . AH + Lo dT T6SO - T T
T 0
0
nmerical values for the thermal effect are listed in Table 3~ As may be
Card 1/*

-~Iom i/o 11100310101013
Thermodynamics of the reduotion... BIO "138
aflen, the thermal effe ot of the reaction grown rapidly from the boiling
pcoint of UP 4 (141700 and thal, of calcium (16900C). While the thermo-
dynamic calculation yielded 21000C for the reduction reaction, the
measurement showed 200000 which is oonsfAeralbly highor than the melting
point.of the slag (14180ci9 This means that sufficient heat is libGrated
bt-Wfor- the melting. and for hisatimg the meltp so that no charge
preheating is ITo qaired when Ca is used for the reduction of UP 4* The free
erergy, and, hence, also the equilibrium constant of the UP 4 reduction by
Ca, diminishes with rising temperature. As may be seen from the data in
Table 3, the reaction equilibrium has almost )ompletely moved over to the
righthand side of the reaction. Apart from the fact that magnesium is
much cheaper, the reduction of UP 4 by calcium offers considerable
advantages. There are 1 figure, 3 tables, and 9 references: 6 Soviet
an] 3 non-Soviet. The three references to English.-language publications
reid an follows: Ref. 5: Metal Ind. 2Av no- 7, 127 (1959)1 Ref. 7:
0. Kubaschewski, E. Evans. Metallurgical Thermochemiatry., London -Now York,
Pe:~gamon Press, 19581 Ref. 9! A. GlaseDtr. The Thermochemical Properties
Ca;!d 2/3 ~K I

t7e
/089/61/011/003/'010/013
rhermodynamics of the reduction... B102/BI38
Af the Oxides Fluorides and Chlorides to 25000K. Now York, AHL-5750, 1958.
IUBMITTEDI A~ril 27, 1960

:Ieiend'to Table 3;
(1) Temperature,
f
.2) thermal effoott kcal/mole, Temaepa-
MO.-
hn~'

3) free'ene
rgyg koal/molej (4) Mo
.
Iogarithz of equilibrium
4jonstant. 298 -137, 0 - 34.3 -BO, 1 98,40
500 -t37,64 -132,1 -77,8 57,72
723 -138.0 - 20.0 -74,1) 39. t7
938 -135.7 - 26.3 -70,7) 29.42
1000 ::135 5 -125.7 -69 4 27,46
1040 M t -12,5.3 -68 7 26,ti
I M -138,3 -124.8 -67A 24.29
1309 -149.8 -122,0 _04.0) 20,47
-147.0 -I,-)G 6
--W,0 18,76
1424 '-144 7 -120:3 -59,2~ 18.40
15M -141:3 _iI8 9 -54 0
1 t7.32
1690 -107,3 _t14:0 -44A 14,8r)
t963 -275,0 -to( ,5 11,30
2000 -274.9 -98.3 10,74
Card
3/3

2273 -274.1 -74,2 7,13
2W0 -273,5 _54.3 A,74

S10891621012100610151019
3102/BI04
AV-OHORS: Galk~n, N. P., Veryatin, U. D., Khrpov, V. I*, Braverman,
1. B., Fodooeyevo I* V.
TITLE: Thermodynamics of the reduction of uranium oxides and uranyl
fluoride by certain reducing agents
PERIODICAL: Atomnaya eftergiya,.v. 12, no. 6, 19629 531-533
TEXT: The reduction reactions of UO 2 F2and'higher uranium oxides were
calculated, and the reducibility of several reducing agents was assessed.
The reaction potentials were determined for the range 373-11730K, using
T T Ac
D dT.
the relation j0s Z if, - TAS + acpdT
T -96 298 T
218 2
The results are taoulated. V0 3 is reduced more easily than U3080 47jr is
greatest when NTI, -,a used as reducing agent. The reducibility of CO
decreases with UO F cannot be reduded by CO, but is reduced
2 2
Card 1/2

0
Thermodynamics of the reduction ...
by H2 or NH 3* There are 2 figures and 2 tables.
SUBMITTED: September 11, 1961
S/oi39/62/012/006/015/019
B102/B104
tl~-
..e
I
Card 2/2_

Cc3rd-. h
ov
OR.
BN
-Yf
~zi A
4-0 -
a r n u L L)q,, v

GALKIN, N.P., doktor tekhn. nauk; SUDARIKOV, B.N., kand. khim.
naukj VERYATRI, U.D.1 SHISHOV, Tu.D.; MAXOROV, A.A.;
TAFLAM;KO, V.M., red.
[Uranium technology) Tekhnologiia urana. Moskva, Atom-
izdatj 1964. 395 p. (MIRA M12)

GLkKIN, N.P.; VERIATIN, U.D.; KARPOV, V.I.; 13AVEMIAN, I.13.j FEDOSErEV, I.V.
Thermodynamics of the reduction of uranium oxides and =wryl
fluoride by some reducing agents. Atom. energ. 12 no,6:5,31-533
je 162. (MIRA 15:6)
(Uranium oxide) (Uranyl fluoride) (Reduction, Chemical)

USSR1 Physical Chemistry TherWdynamics. 1hermochemistry. B-8
Equilibrium. Physicochemical Puialysis. Phase Transitions.
Abs Jour ; Referat Zhur - Khimiya, No 3) 1957, 7460
Author : Verypshchagln.-L.E. and Voronov, F.F.
Title : Variation of the Melting Point of Solid Amwnia at
High Pressures
Orig Pub ; Zh, fiz. khimiij 1956~ Vol 30, No 2, 329-333
Abstract : Apparatus is Oescribed for the determination of the i3p
curves under pressure using the sealed capillary method.
The pressure dependence of the temperature of fusion
Tfus of armnia in the range 733-2912 atm has been de-
termined. The experinental data are represented to tin
accuracy of 2 percent by the Simon-Gladtsel equation
log(p 51-000) - 4.394464 logT . - 6.366381 and the
equation p : 16,290-0- 31014u- 5 1 1-33o44T ich
us
fit the curve fairly well In t9e range ~,8:atm.
Card 1/1 - go -

ff-a
-elf.

G=IH# I.P.; ~T Nl,"D ; KARPOV, V.I.
Some pbyalcochamical properties of amoniuwararql penta-
f:Luarido,,* Zbur. neorg. kbim. 7 no.g.*2020-2022 Ag 262c
(MIRA 1626)
(Uranyl ccupoundo)

VERTYULINA, L.N.;-KORSHUN'OVp I.L.; SOROKIN, Yu.A.
Reduction of bla-cwwncc~~omlum and bia-(m-dJlaopropylberyene)
chromium iodides on a meAury dropping electrode. Zhur. ob.
khim. 35 no.7:1133-1139 JI 165. (MIFA 18:8)

VERIZHENKO, Yevgeniy PetrovichLV64zlu~~~ WRGFR, K. V.
.(Berher, K.V.1, red.; LEUSHCHENKO, N.Lv takhm red.
(Collection of prol~lems and exercieses in the statics of
stractures)Zbirnyk zadach i vprav iz statyky spoiad. Vyd.2.,
perer. Kyiv, Derzhbudvydav URSR, 1962. 214 P.
(MRk 16:3)
(Graphic statics)

VIPMAKOV, D.M., ~AZh...
Training of welding engineers. Svar. proiz,7. no.6:43-44 --,3 '62-
(miRA 15:6)
(Welding-Study and teaching)

PETROV, L.K., otv. red.j. BELYAY, K.t.,, red.; Y~W4,_A.L, red.;
KORENEVICH, N.P., red.; KOROBETNIKOV, Yu.Ye.) red.;
HDHGUNOVA, G.K., tvkhn. red.
[Building materials made of local rawmaterials) Stroitell-
nye materialy in mastnogo syria. Minsk, Izd-vo M-va vysshego..
arednego spetsiallnogo i professionallnogo obrasovaniia BSSR
1962. 199 p. (MIRA 16:41
1. Minsk. Nauehno-issledovatellskiy inatitut stroitellnykh ma-
terialov UPS i SNKh BSSR.
(Ai4AIng materials

? R'1 'K /Mr, 1 -2 EW Ro-4,/V w--4 RM
ACCESSION NR: AR4049234
S(URGE: Ref. zh, Khimiya, Abu. 14S480
A ' T-1 -R nI Y A.
Rayetskayn, D. Ya.
Properties and applicatitin of polymer-.baoed coucretes and mortars
T L E:
I
q~ M as If ash.
U RC Z 6 1 zdLIiv ~jz p stmaes. i k y*
r based concrete, ptaatia comrete, potymer based mortar...
1C
P asUic mortar, polymer concretv property, DoLymer concrete appLicitign,
a.-gartic admixturc.,
'T L A -7 1 MC- iThe authors di"-usft the propcrtie4 and fielda of appLivition. of
virious types or Coac rete Mixed with mineral &ad aynthetic binders its a Uase.
L is indicated that admixtures of tow molecuiar weighL orgaaic eubsiances
Ca

4-
j.CCE;5SION NR: AR4049234
1~ active agents and -Aasticizers) oi- polymers strongly affect the
y
rt~.. nr Inj Lance, chaiijl