SCIENTIFIC ABSTRACT VAGIN, V.I. - VAGINA, N.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858330004-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 25492-66
ACC NRt AP6011369
(the velocity of light in vacuum), and fast waves. Asymmetric waves with phase
velocity c alwaya have a positive group velocity; in this respect their behavior
differs from that of symmetric waves. In the 14Amit of very high phase velocity the
dispersion equation factors into two equations representing two groups of hybrid
waves. Cutoff conditions and dispersion curvegfor waves of these groups-ard pro-
sonted graphically. The propagation of aisyimaetric waves in plasma waveguides of
types 2) and 3) is d1scussod In much less dotail; the essential equations are Xiven
and soma limiting forms are pointed out4 Origo art6 has: 27 formulaa and 5 figures.
SUB CODE: 20 SUDM DATE: MarGS onij,ILEF: Oo4 OMI 11M 0013
rard 2/2

VAGIN, V.I., inzhener.
Improving the construction of squeezing molds for die canting.
Lit.proizv. no.12:13-15 D '55. (KLRA 9:3)
(Die casting) (Holding (Founding))

KARHYTXV, O.M.; YAGIH, V.I.
Renults., Of teD-daY camPaigas of directors of the distrJx--t agewien of
the public health system. Zdrav. ?ark. 2 no.4:40-4) Jl-Ag '58.
(KM 12:6)
1. Iz kafedry orgenizatsii zdravookhranenlya (zav. clots. O.M. Karryyev
Turkmenskogo gosudarstvennogo meditsinakogo instituts. im. I.V. Stallm.
(TURDMISTAN--PUBLIC HULTH, RURAL)

ZOTKINS r' urlyevich, inzh.; SLAVENTSOV, P.M., inzh.; VAGIN,-V-J,
IfoVahiny, V.I.], inzh.; KOLDA, O.P., fnzh.,- LEVITSKAYA, G.P.
(Levytalka, H.P.], red.; OLEFIRENKO, G.Tu.(Clefirenka, H.A .),
red.; VAYNSHMR, Y.M.[Vainshener, I.Y.], tekhn. red.
[Labor safety in agriculture] Okhorona pratsi T sills1komu
'haspodarstvi. Kyiv, Derzhaillhospvydav URSR, 1962. 258 P.
(MIRA 16t6)
(Ukraine--Agricultural machinory--Safety measures)
. ~ .;.

Mbr., Leningrad State University, -1946,
"Cleavage in Ascothoracida and Its Connection with the Original Type of Cleavage
in Arthropoda," Dok. AN, 55, No. 4, 1947

-UM/ModIcIne : xWoles Oct 1947
Medicine Evolution
*80condary Macle-Skin Sacs and the Pbylogenatic In-
PlIcatica of This Phenamnon," V. L. Vagin., Leningrad
auto U, 4 pp
"Dak Akad Nauk SSW, Nova Ser" Vol LVIII, No 3
MU studying the greatly changing females of various
VVes of Dendrogaster, author became Interested in tbi
OcnatructIon of the xuacles. States that the subbypo,
dermal - oleo lies In two layerg. Layer directly
WAer the bypodermis, known as the ring layer, has
tbo appearanze of very closely Intertvined not. Lower
layer composed of anastomotic muscular bundles. Upm
UWR/Madicine - Msoles (Contd) Oct 19 47
cmtting these bundles they form many wormlike masoles.'
16"ver, in other an'=%3 the whole body contains
ze4nd&x7 -vermicular form of musoles. The somatic
avincle otractare-has appearance of iauscle-skin sacs.'
DUousses this phenomenon In great detail. Submitted;
by Aaademic-lan 1. 1. ShmIlgauten, 5 Apr 194T.
49T61-

WW Z061W
[no-.- larva
FA --'j3T54
11 Zan Ighs
~(Z;Othonwlda, iktmostrwa)fw V. L. TagIn, Immia-
&At* Up 4
AkmA Nwk ~, nova Ow" Val MX, ft 2
Snoribob acw pertioulwo of lerval stiesibr ow-
tG$fi'Dmbdro~W.WIdmw. _L Ammg thme itufted mwe Alie
or'"tropectlaim Joello DwWtr~ttr
40. =d- Dsoft-Wstsk doo"I n. spo' ftbuItted %V

VA-'ri'.-, "'. 1'.
Vagin, V . L. "Ancothora x o~jU , ,.- I,- ~ r) 1 s I)J.10cono.., ! 1 !11! !; ' 10. !) 1) F) I t, j () t 1 1) !, 1, 1 p
ordo-r Ascothora-W Vitt-in in '~i-w Entomorstrit-ca
(Len!:!,,!r. nn-f, ir.:. Zhctiinova), Bioloilical np ln'luo~
19, 194c), "). - bibliotl: o. 71-72.
SO: lj"Yl.~, 1.-) "'wust 53, (Leto.,)is '~;hurn;--.l 'riylch Stato!y, No 21, 1q1,')) .

VAGIN, V. L.
35227
0 Droblenii U Ascothoracida Wagin (Crustacea, Entomostmea) i iskhodnykh
Tipakh Dorblen4ya Arthropoda Uchen. ZarAski (Ieningp. Gos. Un-T im
D;oz-
Zhanova ), Seriya jwmd. Navk, lyp.20. 1949, ii;143-80- Ribliogr: S. 179-80
SO:Letopis'Zhurnallnykh Stately bol. 34, Yoskva, 1949

VAGIN, V.L.
Dendrogasteridas (Intomostraca, Ascothoracida) from otarfishes of the
Bering Sea [with summary in German]. Trudy Len. ob-va Got. 73 no.4:
58-63 '57. (min il:6)
1,Kafedra zoologil Kazanskogo universitsta.
(Bering Sea--lutomostraca) (Parasites--Starfishes)

VAGIN, V.L.
41"k-11
"I&,-11 - li3.""MalAhm"o"Frx ophloctenis Djakonov and the position of the order
Soo
Ancothoracide Vagin in the B"tem Of the Zntomootraca. Uch.zap.
Ien.un.no.10U12-72 '49, (MLRA 10:3)
%&wa aea-virripedia)

VAGIN, V.L.
Segmentation in Ancothoracida Wagin (Crustacea, Bntomostruca) andL
Initial types of segmentation is Arhropoda. Uch.xap.Lon.un.no.113:143-
180 149, (MLRA 10:3)
1. lafettra soologii beepozvonochnykh Loningradekogo gosudarstvannoge
ordena Ifenina Uiiivernit*ta.
,(Cirripedia)

VIIIII$Tjr~ 7- t.
Parasitus
Charact,eristics of the mor-hologica! evolution of parasites. 7~r~t- Len. /,~, "'c,. 11, 1'-,51.
I"
9. Monthly List of Russian Accessions, Library of Congress. September 195j~ Unclassified.
- - z

VAGIN.Y. L.
Asteromysootomm N-Gen., a now representative of the Mysostouldne
(Annelides) Trudy Len. ob-va est. 72 no.4:16-37 154.
(KLRA 8: 11)
1. Kafedra zoologii. beepozvonochnykh i kafedra entomologil Lenin-
gradskogo gosudaretvannogo universiteta
(Annelida)

VAGIN. V.L.
Structure, larval development, and metamorphosis of DendrogasUridas
(Parasitic crustaceans of the order Ascothoracida) Uch.zap.Len.un.
no.172:42-89 154. (MLRA 10:3)
1. Xafedra zoologii beepozvonovhn kh loningradekogo universiteta.
(Cirripedia5

1 U-',; ", T R Y I j S J ft G
C A 11 ~;i?, 0 AY Z,.-o
para3lto-lo~7. Para-vites Belonging "L,.j Other
of
IA*-1,9, JOUR, 110.4 191~91 lio. 15~059
I
A 1 J T P " R Vagin, V. L.
I Leningrad Society of Naturalist3
I ZI E Denrlvogastovidae (rEntorlostraca. Ascathor-acida)
from Star*flt~h~jgq of the Bering $rm
o R rv- 'n.-. Lon":.nrr. o-va ye3testvolvpyt., 1-957, 73,
No L, 1:1 6
ADSTI,ICT 111hroo species, amorig thom a now one, DqrdI'o9P---t6r
bei,ing,cnsi~!, we,-,?G- found. The r.aw species is the
aeopost sea fish (about 4,000 m) of all those
w1ilol.-AL tLre now kno-rm.
CAM: 1/1
35

-- VAGIN, V.L.
Parascothorax synagogoides gen. n., sp. n., a parasite of Ophiura
quadrispina, Clark and the geographical distribution of Ascothoracica
(Entomostraca). Trudy Inst. okoan. 69:271-284 164.
(M1RA 17:?)

SOV/137-59-5-9839
Translation from: Referativnyy zhurnal, Metallurgiya, 1959, Nr 5, P 52 (USSR)
AUTHOR: Vagin, V.N.
TITLE: smelting 75%-Ferrosilicon With quartzite From the Tarasov
Deposit
PERIODICAL- Tekhn.ekon. byul. Sovnarkhoz Lipetskogo ekon. adm. r-na, 1958,
Nr 1, p 20
ABSTRACT: The development of 75% Fe-Si smelting at the Lipetsk Plant with
the use of quartzites from the Tarasov deposit was connected
with difficulties. The Tarasov quartzitos had a porous structure
and a high water absorbability; this caused cracking of the
quartzite in heating-up and reduced gas permeability of the charge.
Selection of voltage ( - 135 v), of quartzite lump dimensions and
of the amount of lime addition served to develop a 75% Fe-Si
smelting technology with Tarasov quartzites. The electric power
consumption was 8652 - 8790 kw-hra/ton of the alloy.
Card 1/1 V,B.

F,L
L
DEVIEN, Yu.l:., kiind. tekbne naukj dotac-nt; BRIVU, V.P., kand. tokhr .
5
nauk, dotsent; VAG N -VLUA, JrZb- '
j _S
Dynamometer for measuring torques on large-diameter shafts.
Vest. mashinostr. 44 no.31t4-9-50 F 164 (MIRA 18t2)

LEDENEV, Yu.N.; )~AGIN, V.S.; YABLOIE-NKO, P.I.
fl- --S.
Calculating the frame bedplate of : 200"on --rankBhp-ft -p-
Kuz.-shtam. proizv. 7 no.8:33-34 Ag 165. (MMA IF:9)

1" V V.
In book-- Moscow, Mashgiz, 1957, 205P.
Shaped Casting of Copper (COnt-) COIlection of ArticlesV 509;'
Vagin,_V. V., Engineer.
Melting and Distribution Submerged-resistor Furnace 203
4
The author notes that two furnaces are usedt one for melting and one for dis-
tributing, to avoid interruptions in pressure casting or perminent-mold
casting. In order to streamline the casting process a new submerged-resistor
fuxnace was developed by I. I. Teslinov, and put into operation at the
Elektrovozostroitellnyy zavod imeni S. M. Budennyy (Electric Locomotive Plant
imeni S. M. Budenny) in August 1954. This furnace is portable and can operate
where 220-volt current is available. It acts as both melting and distributing
furnace and supplies an Interrupted flow of molten metal for casting machines.
There are no references.
AVAILABLE: Library of Congress
GO/Snp
9-30-58
This book containu papern presented during a technical and scientifto
convention, Iloscaw, Dec. '55, on theory and practice of shaped co,per-
x d t7/11- alloy castings.

GORSHKOV, A.A., doktor takhnichnskikh nauk; VAGIN, V.V., inzhener.
-------- -
Effect of jolting and vibration during solidification on the
structural and mechanical properties of aluminum alloys. Trudy
Ural. politakh. inst. no.60:183-191 '56. (MLRA 9:10)
(Aluminum founding)

VAGIN, V.V-L,-inzh.; PEROGOV, B.I., inzh.
Use of iron foundry shops for the production of shaped stone
castings, Lit. proizv. no. 12:37-ig D 160. (MMI 13:12)
(Youndries) (Stone, Cast)

VAGIN, V.V.J inzh.j PIROGOVJP B.Lf inzh.
Diabane and amphlbolite stone casting. Gor. zhur. no.4.61-63
Ap 160. - (HIRA Ilt6)
1. Yuzhnyy gomo-obogatitelfnyy kombinat Krivoy Rog.
(Diabase) (Amphibiolitel
(Stone, Cast)

VAGP!, ji~or Vasillyevich; PIROGOV) Boris Ivanovich; BAIIINOV, N.A.,
- kand.tekhn.nauk, retsenzent; SIROTIN, A.I., inzh.., red.;
VLADIMIRGVA) L.A., te'k-hn.red.
[Stone casting] Kamennoe litle. Moskva) Mashgiz, 1962.
93 P. (MA 1514)
(Stone)

VAGIN,,,V.V.; TRAUBE, B.M.
I.... ..
Control of the bed charge height in cupola furbi4es. 14t proizv. ...
no-10137 0 163. WRA 16:12)

VAGINY V.V.
Centrifugal casting of stone spouts. Li-t.proizv. ro.?zO J1 '64.
(MIRA 18-4)

VAGIN V. .0 lnzh.
MM-Ly
Stone CaStin" should be more widely used at Kri7oy F--,g Ba-:5in zinln--
and ore dressing corabines. Gor.zhur. no.3:4F,50 Mr f65.
(MIRA 38:5)
1. Yllzhrtyy gornooboga ti tell nyy kombinat, KrJvoy flc)g.

I- I/-,-
VAGINI Ye. A.: MAI.3,k~rA Ic Sct (also) -- I'Th* nutx-ItIoml content an.1 us,~ 7,f
corn and silage in feeding rabbits". Moscow, 1958. 16 pp (Min AgxIc Tj9S-R,
Moscow Vet Acad), 140 copiee (KL,No 1, 19,99, 121)

Rabbits. Q-3
TJSSR/Farm Animals L
Abs Jour: Ref Z~:ur - Biol-j TTo. 22, l9r3l 101231
Author Vagini Ye. A.-
rch Institute cfRabbit Breeding
Inst Scientific Resea
and Fur Animal Husbandry
Title Repl3cina Parts of Concentrates in Rabbit
0
Rations by Preserved Corn Ears (Preliminary
Report).
Orig Pub, Byul nauchno-tekhn. inform. n.-i- in-ta
krolikovodstva i pushn. zverovodstva5 1958,
No. 21 15-16
Abstract: The experiment was carried out on the form of
the Sovk-hoz "Petrovskiy" of poltavskaya Ublaste
In the rations of the first test group 25
percent of concentrates (oats and coM were
Card 1/2 66
c0hcentrates were
-1"a.Lly rql8cod. The rablits became easily
used to -silape and ate it readily. Fertility
and lactescence of test female rabbits did not
diminish Average live weight of baby rabbits
It the a.;e Of 30 day., was higher in controls,
but for female rabbits it was higher in test
groups.
Card 2/2

KIM, Hoisey Kikhaylovich; YAGIN, Teveeniy Aleksandrovich; ASTAKHOV, S.A.,
.B. V iol~- -- - -- --
red.; SATWIDI, L . rel.
(Raisin., rabbits for mat] Vyrashchivanie krolikov na miaso.
Moskva, Izd-vo K-ya sell.khoz.RSF3R. 1959. 21 p.
(KIRA 14:1)
(Rabbit s-Ireeding and feeds)

--VAGIN,_Yevgeniy Aleksandrovich; ASTAXHOV, S.A., red.; LOGINOVA, Te.I.,
-
[fteds and feeding of rabbits] Xorm i kormlenie krolikov.
Moskva, Izd-vo H-va sell. khos.RSFSR, 1959. 23 p.
(Rabbits--Feeding and feeds) WRA 14:1)

CHAPLIN SKTY ,!,I,B,; SVETDID',, A.K.; SHLYGIIIA, K.N.; BELYAYEV, I A.; P""'lliK,
1 11
T.Ya.; VIllCrj!'-,*,-D0%rj'-- P.A.; TSVIRK(l, A.B.; VIGITI Ye.A.; I-G'ONOV, A.I.
I ..j -.. - )-r,..-,. , ", ---,V
Outbreak of an anginous form of erysipeloid. Zhur. mikrobiol., epid.
_: imaun. 41 rio.12-.119 D 164. (141RA 18:3)
.L
1. In,_ql"-itu*;. epidemiologii i milrobiologii imeni Gamalei A141 SSSR.

VAGIN Ye.A., kand. 3ellkhoz. nauv; KVAPILI, A.I., kand. sell-
khoz. nauk[deceased); KIMSKIN, F.T., kand. sellkhoz.
nauk; UTKIN, L.G., kand. biol. nauk. Prinimal ucha-
atiye KLADOVSHCHIKOVj V.F., kand, sellkhoz, nauk;
ZAVARE , A.I., red.
(Fur farming and rabb;t husbandry] Pushnoe zverovod-
stvo i krolikovodstvo. Moskva, Kolos, 1965. 286 p.
(MIRA l8t7)
1. Nauchno-issledovatellskiy institut pushnogo zvero-
vodstva i krolikovodstva (for all except Zavarskiy).

VAGIN, Ye.V., kand. lcbim. nailk
Chromatography for determining hydrocarbon microinpurities,
Trudy VNIIKIMASH no.lOsl22-131 165. (MIRA 180)

KATINAP N.F., kand. takhn. nauk-j MOROZOV9 A.I., kand. takht, naukl
IV-AGIN, rej., kand, khlm. nauk
Adsorption purIfloation of air with aynthetic zeolltes. Trudy
VNIMMASH no.10s132-139 10'5. (MIRA 18t9)

VAGIN, Ye. V.
"The Separation of Light Rare Gases By the Adsorption-Thermal
Method." Cand Chem Sci, Sci-Res Physicochemical Inst iment L. Ya.
Karpov, 22 Nov 54. (VM, 11 Nov 54)
Survey of Scientific and Technical Dissertations Defended at USSR
Higher Educational Institutions (11)
SOt Sum. No-5212 2 Jun 55

ThLwy of hffm-ALI~ of "rtures b]r thF-
~
,4!jnfplinn "I alai H. . d T-A. Z
Dokladly .-Ik,!^
d. S,
V4,
ablei in volved hI tile !L1111. of ad-sorboil glli mixts. by ap.
of I njoviOg trinp, graOical are analyzed for the
III CltnSt. tlJVtj 11fe-Ord. In 01C. .41111111C CA.Se Of
voillplat selm. of tlIQ conflurflents ailly tile "'horplim
kojw, of tile part: owipi,!wnti, ,j(fl, need to he kimwo to
AILA. 111C J)(Yiitililt ill Ollt C(AL111111 Of (.rich a~ytnptotictilly dii-
lril.WeA -snponent. The tenilln. derg, thp. Itmudaries be.
.11mv front aq J" ("(7-1
t1w ~cvvl,il t"1111"ttiolk ff
~,wl 114, , J, )(1/1"COW ,I wfit.rc
,I,' Imit "T'It
M INC o,l ..... ti ~ I- ~- ti-t. t,,ld 01 ravterilv, tile l'oll).
di'trikai'a, ,iltlti.t Ill'!
vit- ;k I[v

V
Phybical Chemistry
Card 1/1
Authors
Title
Periodical
Abstract
I Mukhovitukiy, A. A., Turkel' taub,, 11. M... Vaglnp E. V., and
Shvartsman, V. P.
S Blurring of bands during chiomatographic and thermal separation
i Dokl* AN 55SRj 96, Fd. 2, 303 - 306) UaY 1954
I
Institution
Report offers a theory and experimental data pertaining to Chro-
matographic and thermal separaLion. It is shown that, at the
assumed rates of the gaseous mixture, the basic factor leading
to blurring of bands is the linear dift'usion at greater rates with
sorption as the finality. Report also contains data on the veri-
fication of the theory and calculation (from experimental values)
of conatnrM vdiich chraracterizo this phenomenon, Three U52
references. Tablesj graptia.
All-Union Scientific-Research Geological-Kxploratory Petroleum
Institute
Submitted I February 1j 1954

UWR/ Chemistry - Physical chenistry
Card 1A Pub. 22 - 31153
Authors I Zhukhovitakiyp A. A.; Vagino Ye. V,,- and Petukhov, S. S.
Title I About the fractional inhibition method
Periodical i Dok. AN SSSR 102/4, 771-774, Jun 1, 1955
Abstract t It is shown that a combination of adsorption and thermal factors makes it
possible to carry out numerous effective chromatographic separations of
especially gas mixtures. A niw-fractional inhibition method is
introduced which solves the problem of optimum combination of a&-orption
and thermal effects for the purpose of obtaining maximum separation power.
Experiments proved that the fractional irbibition method, even in its
simplest form, possesses a considerable separating force and appears to be
highly perspective for the separation and analysis of complex hardly aep-
arable mixtures. Three USSR references (1951-1954). Graphs; drawing.
Institution All-Union So. Res. In3t. of Oxygen Machine Building
Presented by; Academician P. A. Rebinder, December 20, 1954

1~ ~" (~ I I ~ I ~" r , "Ji )
FRTUKHOV' S.S., insh.; JAULJAZ.*'L kand. kh1m. nank; ZHUHOYITSXIY, A.A.,
daktor khIm. nauk.
Using adsorption In krypton production. Kiolorod 10 no.3.-17-21 157,
(Adsorption) (Krypton) (NLR& 10:11)

VAGIN, Ye.v.9 kand. khim. vmdr; PILTUKHOWS.S., inzh.; L'VOVA, A.P., inzh.
An apparatus for determination of krypton. Kislorod 10 no.3.-24-25
'57. (MIRA 10:11)
(Krypton--Analysis)

AUTHORS: Petukhov, S.S., Engineer, 67-58-2-9/26
Vagin, Ye. V. , Cand idate- of Chemical Sciences
TITLE: A Method of the Automatic Determination of the Krypton Content
in its Original Concentmtion (Metod avtomaticheskogo
opredeleniya. soderzhaniya kriptona v pervichnom kontsentrate)
PERIODICAL: Kislorod, 1958, Nr 2, pp. 44-46 (USSR)
ABSTRACT: In the production of technical krypton two stages must be dis-
tinguished: 1.) Production of the primar ntrate with
y conce
0.1-2.2% krypton- and xenon content. 2.) ]Production of the tech-
nical kr7pton itself. In contrast to antiquated methods which are
mentioned but described as of little practical use, the laboratory
of rare . gases of VITIMUSh (All-Union Scientific Research In-
stitute for the Construction of OVgen Machines) developed a new
method of analysis for the determination of primary concentration,
which is based on the process of continuous chromothermography de-
veloped by A.A.Zhukhovitskiy and Turkel'taub and ahich is used in
the analysis of gaz mixtures that contain hydrocarbons. On the
basis of this method the said institute developed an automatic
Card 1/2 gas analyzer which is described. The normal sensitivity of the gas

A Method of the Automatic Determination of the
Krypton Content in its Original Concentration
67-5;8-2-9/26
analyzer described amounts to 0.015 krypton and xenon, but in the
same laboratory it was recently possible to increase this sensi-
tivity to 0.0005%, which fact is particularly stressed. The model
of the apparatus recorzimended here has already undergone tests and
has already been ordered for the projecting of a gas analyzer.
There are 3 figure.9, and 3 references, 3 of which are Soviet.
AVAILABLE: Librury of Congress
1. Krypton-ftoperties 2. RMtes-Axalysis .3. Gas analyzers
-Zharacteristics
Card 2/2

AUTHORSt ,Vagin, le, V.,.Candidate of Chemical sov/67-58-4-4/29
liff'in'~W;'~Tetukhov, S. S. , Engineer
TITLE: Technical Conditions for Kr7pton (0 tekhnicheskikh ualoviyakh na
kripton)
PFRIODICAL: Kislorod, 1958, Nr 4, pp. 26-28 (USSR)
ABSTRACTs A krypton-xenon mixture is obtained in the USSR as a by-product
at larger oxygen stations. The process itself and the necessary
control work are not carried out in a uniform manner, and there-
fore the quality of the krypton thus produced often varies con-
siderably. Therefore, the characteristics are always mentioned
whenever krypton is supplied to consumers in the USSR. As this
product is mainly used in eleotro-vacuum. production, it is
suggested that a plan be worked out which establishes uniform con-
ditions which must be fulfilled by all oxygen stations that
produce krypton. As crude krypton at the same time serves as an
initial material for the production of xenon, a formula has been
developed concerning the xenon-content in crude krypton. The
project mentioned contain3 the following pointB.- Technical kryp-
Card 1/3 ton - gas mixture with at least 88% krypton and xenon content,

Technical Conditions for Krypton
sov/67- 58-4-4/29
including not less than 5 volume % xenon: The mixture destined to
be uBed for filling electrovacuum apparatus. Conditions to be
fulfilled in production: 1.) The gas must have neither a smell
nor a color. 2.) Secondary components must not exceed 12% of the
entire content- 3-) The content of hydrocarbons must not exceed
0,03%. 4.) The gas must not contain any moisture in form of drvps.
Containers and marking: Steel qylinders able to hold 40 1 in
accordance with GOST 49-10 j painted black witb a yellow a tripe.
The cylinders must be fitted with membrane valves and must be
adapted for being filled at 50-100 atmospheres excess pressure
(rest pressure not below I at. excess pressure.) Terms of deliv-
=.. Each cylinder must have a label on which the serial produc-
tion number, volune, date of filling, pressure and temperature
ia made visible. Besidea, a written chamoteristio of the com-
poaition of the technical krypton delivered must be sent by po3t
-to the receiver..Testing methods: For this purpose the apparatus
SV 1622 of the VNIIK131ash (All-Union Scientific Research Institute
for the Construction of Oxygen Apparatus) is used. For determining
the content of oxygen the apparatus VTI (absorption by pyrogallol)
Card 2,/3 is used. A form,la is given for the permissible content of

Technical Conditions !or Krypton
SOV/67-58-4-4/29
nitrogen and argon. The content of hydrocarbon is determined by
means of a titrometric gas analyzer TG-5. The quantity of
technical krypton supplied is determinedby weight, calculation
of the content of kr7pton and xenon being carried out separately
according to the aforementioned formula. A formula is also givan
for the determination of the specific volume of the technical
krypton delivered.
Card 3/3 1. Krypton-Production 2. Krypton-Standards 3. Krypton--
Storage 4. Krypton-Applications

5(4)
AUTHORS: VaCin, Ye. Y., Zhukhavitsk-iy, A. A. SOV/76-.72-1o-29/79
TITLE: The Theory of Thermo-Adsorption Separation (Teoriya
adsorbtsionno-terrraicheskoi;o razdeleniya)
PERIODICAL: Zhurnal fizichcQDy khimii, 1958, Vol '42, Ur lo,
pp 2362-2373 (Uso-')
ABSTRACT: The investi-rations by Wirth (Virt) (Ref 1) and the
proposal by Yanovskiy (Ref 2) in connection with
the theory of the displacement analysis according
to Tiselius (Tizelius)(Ref 3) are rather similar. In
the present paper the main foundations of the Ueneral
"reory of the thermo-adsorption separation are given
and the dynamics of the process are presented. The
relation between the temperature area and the
distribution of the su*~stence is determined by the
equation of the isobars. For -- linear adsorption iso-
therm a=AeQ/RT. Under the assumption that the adsorption
velocity is infinitely hi~7h and lon,~Titudinal diffusion
io not present eq,,ations viere o17tained which c-aracterize
Card 1/3 the asymptotic distribittion. In an asymptotic

The Theory of Ther-:;o-Arlsorption Sc;)'-.r~.tion SOV/76-32-lo-2:D/59
distribution aith linear adsor.,tion icithermal li-;o:s
the comporient will be distributed in t2ie zone of the
hiC;h temperature with the hiChent ad9orption coefficient.
The law of distribution of the ads~)rbed amount of
substance is determined by the adsorption isobaf as it
is assumed that the Dreosure is conztant at all
points of the layer. A nufficiently lonj layer must
effect an asYmptotic distribution of the components
in various temperature zones accordinj to the adsorption
capacity of the component. Accordinj to the Lin,--muir
(Ler,-jmyur) eaur-Ition the components can not exist in an
asymptotic dl- tribttion, but se,.)tLrete and are distributed
over different te-iper-ature zones An eq-a:_tior. is
jiven for the determination of each component. The
aut'. aosiL .
nors concluOe from the a m--tion t,-.-.t a loncitudinal
diffusion is not present th-t tl,.'i prc,~jsure con2tancy
in each cross section of the layer is secured by
the preorure of one compon~~nt. In real processes a
temperature ra:'.~,,e characterizes t.',,e transition from
one suljota:ice to the other, and not any defin.-Lite
Card 2/3 temperature. The clear seprjr:~tion improves with an

The Theory of Thermo-Adsorption Separation
increase in the difference of the adsori~tion ;)ropertics
of t1ne ,ases to be sepavated, ~m incre-ne in velocity
of the tomperature field, and an decreane of the
general diffusion coefficient, as well. as by an in-
crease in the temperature am-dient and a decrease in
the teriperE.Aure T There are 5 fit;ures and 6 rcfer-
ences, 3 of which are Sovict.
ASSOCIATIOTI: Institut kislorodno~;o mashinostroyeniya (Institi-te for
the Buildin-- of Oxyl-,-en Miachinery)
I
SUB' .11ITTED: May 5, 1957
Card 313

5(2)
~Y~e., Candidate of Chenical SOV167-59-2-6118
AUTHORS: Vagin,
--Tc-iences, Petukhov, S. S., Candidate of Technical Sciences
TITLE: Determination of the Content of Krypton and Xenon (Oprede-
leniye soderzhaniya kriptona i ksenona)
PERIODICAL: Kislorod, 1959, Hr 21 PP 33-36 (MR)
ABSTRACT: The determination of the content of krypton and xenon in the
primary krypton concentrate is of special importance in tech-
nical production. In this connection several methods have
already been devised which are discussed in brief (Pastovskiy,
Ref 1, VNIIFODZEMGAZ, Ref 2, JanAk, Ref 3, VNIIKIMASh with
the authors of a previous paper Ref 4, Burbo and Rodzinek
Ref 6). The'analysis was made by means of an apparatU3 design-
ed by the Vsesayuznyy nauchnyy lialedovatellskiy institut
kislorodnogomashinostroitelletva (All-Union Scientific
Research Institute for the Construction of Oxygen Plants) by
the authors in cooperation with Engineer A. P. Llvovaand the
Laboratory Assistant Ye. N. Razheva. The principal diagram
of the apparatus is illustrated in figure 1. It is equipped
with a dosing gauge by means of which the pressure and quan-
Card 1/3 tity of the gas mixture to be investigated (primary krypton

Determination of the Content of Krypton and Xenon SOV/67-59-2-6/18
concentrate) is maintained constant throughout the analysis.
After the gas has been heated for eight to ten minutes all
chemically activo impurities enter reaction with calcium,
while the remaining gases are then adsorbed in a KSM-Silica-
gel adsorber at temperatures of liquid nitrogen. By repeated-
ly freezing out Kr and X as well as by sucking off Ar from
the~mixture, argon is removed from the denorbod mixture of
argon-krypton-xenon. The content of xenon and krypton of the
primary concentrate is determined by means of the lower scale
of the vacuometer. This scale was computed according to the
P V
formula C Kr - Pn Vn 100, where CKr denotes the content of
0 0
krypton in the gas to be analyzed, P n the pressure of krypton
in the calibrated volume, V n the calibrated volume corre-
spanding to the pressure Pn, P0 the initial pressure of the
mixture, and V0 the volume of the pipette I (Fig 1). The
dependence V. - f(P ) is a linear one. The afore-mentioned
Card 2/3 n n

Determination of the Content of.Yrypton and Xenon SOV/67-59-2-6/18
11 1 appAratus secures accuracy of determination of up to 0.005 %
(Tables 1 and 2). The apparatus is introduced in Soviet
industry and is used in several works for the purpose of
checking the production of crypton. There are 2 figures,
2 tables, and 6 roferencos, 5 of whiah aro Soviet wid I
Czechoslovakian.
Card 313

140) SOV/67-55-3-15/27
AUTHORs Vagin, Ye. V., Candidate of Chemical 6ciences
TITLEs Apparatus for the Production of Krypton and Xenon (ustanovka
dlya polucheniya kriptona i ksenona)
PERIODICALi Kislorod, 1959, lir 3, P 49 (USSR)
ABSTRACTs Under this title the American patunt: "Method for Obtaining
Krypton and Xenon" by Henri BonnDud from Kay 28, 1957, is
briefly discussed.by the abstracter whose name is mentioned
as the author. There is I figure.
Card 1/1

5(0) soy/67-59-4-18/19
AUTHORS: Bondarenko, 11. 1., Engineer, Kalinin, V. V., Engineer,
Samarin, B. P., Engineer, Vagin, Ye. V., Candidate of Chemical
Scienceu, PetuKhov, S. S.,-Ta~ ~~Technical Sciences
TITLE: Answers to Rearlers
PLRIODICAL: Kislorod, 1959, Nr 4, P 53 (USSR)
ABSTRACT: Question (A. Ye. Bykov, Tekeli, Kazakhskaya SSR): How do you
explain the pressure increase in the second stage of the air
compressor in the SK-05 apparatus? Answer (N. I. Bondarenko):
By the resistance increasing with the passage of air through
the decarbonizer. Question (L. G. Konyukh, Kemerovo): Doe8 the
USSR manufacture oxygen compressors with capacities of
150 - 200 m3/hour? Answer (V. V. Kalinin): Yes, the types
2RK-2/4 (120 m3/hour) and 2RX-4/5 (220 M3/hour). question
(N. V. Volodina, Stalinogorok, Tula oblast'); Is oxygen stored
in wet gas containers? Answer (B. P. Samarin): Yes, according
to the plan of the GPI "Proyektatallkonetruktsiyall and the
GIAP, since 1957, lot question (V. N. 011khovik, Fervomayskiyl
Card 1/2 Tula oblastl): Which are the purifying methods used today for

Answers to Readers
50'7/67-53-4-18/19
raw crypton? Answer (Ye. V. Vagin, S. S. Fetukhov): The
principal methods are enumerated and explained. 2nd question;
Is it possible to use NaOH instead of KOH to dry the crypton
concentrate? Answer: It is, but under certain conditions.
Card 2/2

VAGIN, Ye.V., kand. khim. nauk
Ionized gas anal7zer (from "Journal of Chromatography," 1,
No.1, 1958). Kislorod 12 no.1:51 '59. (mm 12:6)
(Chromatograptq)

VAGIN, Te.V., kand, khim. nauk; PETUKHOV, S.S., kand. tekhn. nauk
All-Union Conference on Gas Chromatograph7. Kislorod 12 no.1:52
'59. (MIRA 12:6)
(Gas chromatography)

ZMnMOVITbXIT, A.A., otv.red.; VAGIN, 1.1e.V., red.; GCLIBERT, K.A., red.:
.; TURKM -0-,-T.K., red.; FESMO, re.P.,
DATMVICH, A.A., Ted i-TA
red,; TANOVSKIY, X.I., red.; VTASOT, L.G., red.izd-va;
ASTAFIUVA. A.G., tekhn.red.
[Gas chromatography; transactions of tho Firat All-Union Conference
on Gas Chromatogmphyl Gazovaia khrometograftia; tray Pervoi
Vuesoyuznoi konferentaii po gazovoi khrometogrefii. Moskva,
Izd-vo Akad.nauk SSSR. 1960. 326 p. (miRA 14:3)
1. Vsesoyuznaya konferentsiya po gazovoy khrometografil. let,
Moscows 1959.
(Gas chromatography)

53
SIOS11611000102010191089
B101/B147
AUTHOR!j V-,-
TITLEs Theory of the adsorptive-thermal separation methodl and
-adsorptive-thermal separation of light noble gases
PERIODICALt Referativnyy zhurnal. Xhimiya, no. 20, 1961, 76, abstract
20B578 (3b. "Gaz. khromatografiya", M., AN SSSR, 1960,
118 - 134)
TEXT: A detailed study has been made of the theory of thermal desorption
(RZhKhimv no. 13, 1954, 32208; no- 7, 1959, 22727) for the distribution of
one or more substances along the absorbent layer in a temperature field.
The separation of binary and ternary mixtures of He, Ne, and N2 on various
carbons and on silica gel (SG) KCM (KSM) has been investigated. The
adsorption isotherms of He on AP-2 tAG-2), WAA (KAD), and KAY (KAU)
carbons, as well as on SG were determined. In addition, the adsorption
isobars of Ne and N2 on AG-2 or CKT (SKT) carbons were recorded. A method
for separating Ne from He on AG-2 or SKT carbon was worked out, using a
Card 1/2

Theory of the adsorptive-thermal...
S/081/61/000/020/019/089
BIO1/BI47
gas interferometer and an electromagnetic gas balance for determining the
composition. Experimental data are in good agreement with the reBUltS Of
theoretical calculations. The oefficient of longitudinal diffusion was
calculated to be 0-07 - 0-31 cm /sec. On an industrial unit consisting
of a copper shell with carbon in an insulated jacket, a nitrogen bath
with electric heating which produced. an adjustable temperature field, and
a thermocouple for temperature regulation, the extraction coefficient of
Ne, which contained less than 0.* He, reached 75~. EAbstracter's note:
Complete translation]
Card 2/2

S/064/61/000/001/007/011
B132/B218
AUTHORSt Kazarnovskaya, L. I., Dykhno, N. bf,
TITLEt Burning of methane in mixtures with inert gases
PER10DICAL: Khimicheskaya promyshlennost', no. 1, 1961, 29-32
TEM The authors have developed an industrial method of purifying inert
gases obtained in the production of crypton from methane. Several catalysts
were used to oxidize methane quantitatively: manganese ores from Nikopoll
and Chiatura, nickel catalysts, and activated cupric oxide. The initial
mixtures contained nitrogen and methane, and some of themalso small amounts
of oxygen. Also other carbon hydroxides were burned under the oxidation
conditions for methane. The experimental unit used for this purpose is
schematically shown in Fig. 1. The catalyst was introduced into stainless
steel tube (1) and heated in electric furnace (2). The necessary CH4 /N2
ratio was brought about by rheometers (3) and (4), and then the mixture was
conveyed to mixing vessel (5). In column (6), the mixture was purified from
CO2 admixtures by means of solid NaOH, and then passed into tube (1). A
Card 1/s~

S/064/61/000/001/007/011
Burning of methane in mixtures... B132/B218
special procedure was applied when the CH 4 content was less than V/6. In
this case, part of the gas current was diluted with 0 2 up to a ratio 10:1;
this was done in mixing vessel (10) by means of rheometers (8) and (9). Then,
the gas was purified from CO 21 CH4 was burned on a platinum coil, and then
the CO2 evolved was determined titrimetically. When the CH 4 concentration
was above 1-2%, the gas analyzer BTM(VTI) was used. The catalysts were
reactivated by N 2-02 mixtures, reactivation being determined from the dif-
ference in oxygen content in front of and behind the catalyst layer. As
manganese ore is not regenerable, it cannot be used %a a catalyst. A nickel
catalyst loses its activity if the gas mixture contains CO 2 or high con-
centrations of CH 4' At methane concentrations below 5%, it may easily be
0 1
used. At a temperature of 500 Ct a volume rate of 65 hr- , and an initial
CH4 content of 4.5"fp the residual methane concentration was less than 0-5-0-7/k
/0
for 10 hr . The use of activated cupric oxide yielded the beat results.
Card 2/y

B/064/61/000/001/007/011
Burning of methane in mixtures.., B132/B218
This catalyst was produced by the method of M. A. Shpolyanskiy (Ref. 33
Zav. lab. 19, no. 10, 1166 (1953)). It was composed of a 990 mixture of
UuO and Fe 203 (MA) and kaolin (20). The experiments were made at 6600C
and at a volume rate of 65 hr -1 with binary N2 at a CH 4 content of 4-5~%, and
with ternary N 2 (BZ/~/o) at a CH4content of 11% (02 amounting to 7%). With one
catalyst, 15 cycles of methane burning and catalyst reactivation were carried
out. The residual CH 4 concentration did not exceed 0.5% before seven to nine
hr . After this time, the utilization coefficient of CuO was about 25~'O. The
above experiments were made in a pilot plant schematically shown in Fig. 4.
At a CH 4 conten t of 9.10', the residual CH4 concentration could be maintained
for three and a half hr at 0.240,lo if a temperature of 7500C and a volume rate
of 70 hr:- were used (Fig. 5). When the volume rate of 70 hr -1 was reduced
to 35 hr - the residual CH 4concentration dropped below 0-075~'Q. At initial
concentrations of methane of 2-3% and 9.1~ the residual concentrations were
Card 3/~

8/064/61/000/001/007/011
Burning of methane in mixtures... B132/B218
0.1-0.2%. A residual concentration of 0-5~ was attined after 13 hr at an
initial concentration of 2-3A, and after 7 to 8 hr at an initial concentra-
tion of 9.1%. When the initial concentration was 0-35~loj the residual
methane concentrationdid not exceed 0-003% during 5 hr . The authors re-
commend the following experimental conditions as being most favorablet
0 1
temperature, 700 C; volume rate, 70 hr - , Activated cupric oxide is the
best catalyst since it warrants a maximum efficiency in burning of methane
and can be easily regenerated. A, P. LIvova and Ye. X. Razheva took part
in experiments with the pilot plant. There are 7 figures and 5 Soviet-bloc
references.
Card 4/

VAG JNL_jtty4_PBTUKHGV.. S.S.j ZHEIZZNYAK.. V.I.
chromatographic method for deterwin1bg micrcconcentratlons of
carbon dioxide in oxygen. Zav.lab. 28 no.2:140.-Ul 162.
O-CM 15:3)
1. Vaesoyuznyy nauchno-isaledovateltakiy institut kislorodnogo
mashinontroyedyao
(Carbon dioxide) (QMen-Analysis) (Chromatographic analysio)

VAGIN P Xe.V.
Second All-Union Conference on Gas Chromatography. Zav.lab. 28
no.7:892 162 (,"TPA 15:6)
(Gas chromatography-Congressee)

ZHUKHOVITSKIY, A.A., otv. red.; VAqIlN,.Ye.V., red.; GOLIBERT,
K.A., red.Ldeceased]; KISELEV, A.V., red.; TUV~ELITAUB,
N.Y., red.; FME21KO, Ye.P.., red.; Ytu%OVSKIY, M.I., red.
[Gas chromatography; transactionsl Gazovalit khrorwitografila;
trudy. Moskva, Nauka, 1964. 483 P. (MIfLA 17:12)
1. Vsesoyuzngya nauchno-tekhnicheskaya kon-ferentsiya po,
gazovoy khromatografii. 2d, Moscow, 1962.

7777
f)Ci. 012.-,, 012~;
ACCESSION N-F. A1*404`5193 51
PQtukho~!,-S, S-
AUTHOR: V~t
-()f ato-raj)'Ilc rr of oxvgen and
TITLE: The appLication w ehi I-
r are gases
konferentslya po gazovoy khromato-
trudv*
af
1~
TOPIC --ir,
ksypton determination acutyboi-w ical oxvizen
production, argon production. nitrogeq determination
inethods in which the
Tlie cuuipment is Mustratc-d scrie-m-FLimEi-Ly
fiv9tern for the tdr,---~rpiion cumfib.
11-8 rl'ali~ ikz~a~---
- &-ic, - -' ~ -- - IT~;ionenl,3 and
h A &m pnsses through an &d&cz puo~n Lx-) L Lan _i
T
the main requireme w to.,
Uikougk rt-gas counter Into the rec~~ent. Oue cif a r
--satisfac -peTformance is a- - stant volwUe of the gas specimens to be ana~Fzed;
tory con
Card 1/3

NR: AT4048193
-.A u. Sh for determLl-
s t h ! qed at VNIIKINI.4-
Lt r, i T, x y ~~ o -i, as m-pi, as nitrogen
I'ho vik()rT;tl,m cx)iumci was
ASSOCiATION: None
SUBMITTED: 16Jul64
NO RE F SOV: 003
Card
2/3
ENCL- 01 SUB CODE; lc, IE
OTILILR: 002

ACCESSfON NR: AT4048193
Fig. I - Schematic dfag~rarn
of the chromato-Lhermo-
r-,ral-mic equipment:
I gate valve
2 adsorption column
3 gate valve
4 gas count-er
5 rheometer
6 - Umr,,r (k7.
7
'S - volme indicator
9- electrical furnace

- ventilator
1
0

Iz detector
Ca-rrier gas
ENCL: 91
7
Ca,d 3/3

VAGIN, Yu.v*
Application of the sequential method of statistical solution to the
recognition of forms. NTI no.9:22-26 16.1. OLTRA 16.1.2)

VAGINAg A*A..
SurgW anatomy of the frontal lobeo Sboro trud. Lvn. nmwhn. ob-,va
nevr.',i poikh. noAsn3-ng 159. (mm 13:12)
1. Is kafedry nervmAh bolesney (zav. - prof e Ye.F. %videnkova)
Leningradakogo pediatriahookogo moditainakogo inatituta (direktor
profe N.Te Shutava). (WAIN-,.ZURGMM I

W7
0 of $1 "All 111111131121 34"n)t oil W 1) As a III U As As 4: #1
11 Is 1111, 111
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go A. limbrAw abdA. 1. VagivA. S&mark Namck. I rml.,t .11.-
-
Trimrsisyth.
ArAW. iZj IOU. N~,S. 4f, M. Abow,
20a lfrJj that a calumnar structure is i4itains it

73 with lanail intervals lortsirrn the
"ION "Y In alki
.
Nuklus will the "idus sod an equiazed itturluir is tk-
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taintif inco, readdy at
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fifined fcw the all6gs 9).Bi, At4n, SWSn and Mil-Cil.
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AUTHORS; Zkhusp I* Do, Vagina, Go Pe SOV/20-125-4-55/74
TITLE: The Argillaceous Minerals of thn Msykop Sarim in the Ozek-Suat
District (Glinistyye mineraly maykopskoy svity rayon& Ozek-Suat)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 125, Ur 4, PR 884 - 887
(USSR)
ABSTRACT: Many research workers consider the Malkop sediments of Ciscau-
casia to be petroleum mother rocks (Refs 1, 5 et al.). The ex-
pedition mentioned in the association investiGated the minerals
mentioned in the title in order to determine the diagnostic cha-
racteristic features of the mentioned mother rocks. Among them
were those of Ozek-Suat (Zaterachnayn ravaina Trans-Terek plain
on the platform slope of-the Ciacaucasian downwarping). Beside
the determination of the indices of refraction and the apf-l-'i'a-
tion of d & (Ref 6) the auth~,ra irtvi~ntigated sl ~3 4.n'! zar)~".'.1,
y j
out electron microscopic and t'hermal analyses. ~.,~olinite, hallua-
site, hydromica, montmorillonitop and beidellite (Fie '31 w6re
found in the core of 4 boreholeB and investigated. The per-.diari-
ties of distribution of the argillaaeous minerals in the ~;:oas
section determine the appearance of 6 associations. The,,, form
Card 113 mixtures of several (2 - 4) components. Mostly one miner!~l r;rp-

The Argillaceous Minerals of the Mykop Serids in the SOV/"20-121-,---5
Ozek-Suat District
dominates, more rarely two, wh9reas the other ones fo::--
tures. A s s o c i a t i o n a: 1) hydromica with
admixture is characteristic of the lower part of the Vlaykop a~--
diments, occurs, however, in the upper part as well. Fij;u2,~ I
shows the curves of heating, table I the indices of
fl Hydromica with admixtures of beidellite and montmorilIcnite.
3 Montmorillonite with hydromica and beidellite or
lonite transformed into hydromica# 4) Beidellite with hij-cli:-,,-~-Loa
admixture- 5) Like 4), only with a greater admixtura of h~rir-
mica; less distributed than 4). 6) Caolinite-hydromica wit,-,
beidellite and transformed montmorillonito. On the stren6th of
the results obtained the authors design a picture of the -eUo-
gical history of the region. They confirm the bipartial di-fision
of the Maykop. sediments (Ref 6). The conceptions by A. V. Frost
(Ref 11) concerning the role of montmorillonite as petroleum-
-forming catalyst are not confirmed by the present paper. It's
quantity is rather low here and would not be sufficient for a
catalytic action upon the great quantity of the dispersed
Card 2/3

The Argillaceous Minerals of thr-- Fhykop_ Series in the SOV/20-1 25-4-5-5/74
Ozek-Suat District
organic substance. There are 3 figures, I table, and 11 Soviet
references.
ASSOCIATION: Kompleksnaya yuzhnaya geologicheskaya elespeditsiya Akademii
nauk SSSR (Southern Geological Expedition for Multiple Purposes
of the Academy of Sciencesp USSR)
PRESENTED: October 27, 1958, by N. M. Strakhov, Academician
SUBMITTED: October 6, 1958
Card 3/3

POLISTER. L.A.; 2KHUS. I.D.; GUS3VA, A.H.;.YAQjN!, G.P.; VASIL'YEVA. L.B.;
DCROSM, R.G.; KMITS, X.V.; LAGER, P.I.; MARASANOVA, N.V.;
KRAIROVA, F.K.; BROD, 1.0., otv.red.; HICLATEVA, I.N., red.izd-va;
TUKANOVSKAYA, Ye.F., red.izd-va; MAKUNI, Te.Y., tekhn.red.
(Orsanic matter and clay minerals in eastern Ciscaucasia;
terrigenous Mesozoic and Kaikop sediments] OrganicheakGe
veshchostvo i glinistys mineraly Vostochnogo Pradkavkazlia;
tarrigennya mazozoiskie i maikopokie otlozhenila. Kockva,
Izd-vo Akmd.nauk SSSR, 1960. 205 p. (MIRA 14:2)
(Caucasus. Northern-Clay)
(Caucasus, Northern-Orgunic matter)

ZKHUS, I.D.; Prini-li uchastiye: VAGI~IA
-1 G,,F,; VASIL&YEVA, L.B.; MARASAROVA,
N.V.; SHEVELEVA, V.S.
Characteristics of changes in clay minerals as related to oil
formation. Biul..IDIP.Otd.geol. 35 no.l+:22-29 JI-Ag 160.
(MMA 14:4)
(Clay) (Petroleum geology)

ARUSTAMOV, L.,- SMIRNOV, V.' -VfiGjmA, I.- STELI-IMASHCM, Ye.
New spark plugli. Za rul. 19 no*10,-26-27 0 161.
(,14PA 14:11)
1. Nauchno-issledavateltakiy eksp"ntallnyy institut
aytotraXtornogo siektrooborudovaniya i priborov.
- I: (Spark plugs)

W;T i' '.. .I: I,' ~ i~i *y I ', . F. ) H' i.OV, V.T. ; VAG I Nil, I I.A. I LiPATOVA. N,Yt--.
'~.-,-dration rf an anrAic oxIde fillm rn a-um-num --n
L .
.5,7.,I-uf,Ion5 oC inorganic salts. Z hur . f 1 z . kh i m. V4 r. -,, . 5 ~
1108-1111 yv '65. (M:~Lk
1. Kazanskly aviatsionnyy institut.

.4 V~.

3& "-6 -J~4 .e

ts alri-makirp A, F,;
!9m V- T-; TT*fljv~v -As A&I IM ingt G?vo;
Vagina,, -
A.; L'vov# G. M.

1 vi oT-m>--r-t I Qi Df e-e-Alc ari Ao film

tq
943U.12~'R ~A VJ a

-h
th* 4tale* datei%dA&tica
r
n6, !. n

yj 7 Fl
5T742-45
f,tzu_-,L.) raA ric-"altal on the P-Irif-'led mAd de-

A-4 4,

I VAGTI;A, 1. 1.
"The medical treatvient of emphysemp it, horv~r, 11 Nauch.-prakt, rnboty voyerivet. r,!u-,.hby, Mosc
1948, P- 37-39
SO: U-3850, 16 June 51, (Letopis Murnal Inykh Statey, No 5, 1949)

GETMANSKIY, I.K.; VAGINA, I.K.; KUPRIYANGV, V.M.
Powdered "Molodost'" shampon based on purified srdium alk-jj sulfat-es
of synthetic secondary alcohols. Trudy IIIISTHIMSa no.3295-96 162.
(MIRA 16,121)

GETMANSHY, I.K., inzh.; KUPRIYANOV, V.H.'; VAGINA, I.K.; LESHCHENKO, P.S.,
lnzh.; SKRYPINA, T.R.
"Astra" ~iashing powder. Masl.-zhir.prom. 28 no.2:45-46 F
,62. (KRA 15:5)
1. Nauchno-issladovatellskiy institut sinteticheskikh
zhirozameniteley i moyushchikh sredstv (for Getmanskiyi
Kupriyanov, Vagina). 2. Shebekinskiy kombinat sinteticheskikh
zhirnykh kislot i zhirnykh spirtov (for Leshchenko, Skrypina).
(Shebekino-Washing powders)

7
L I B INS fit! , G.-L . ; VAG, ; , T.1%
Some physicochemical properties of florimyciri. Antib'4rt--ki 9
no.7:4.87-,1r-2 Jl 164. 18: 31 J,
1. Vsesoyuznyy nauchno-issledovatellskiy instituut antibiotikov,
Moskva.

, CHISTOKLETOV, V.N.; VAqIYA,_~.Kj PETROV, A.A.
Bipolar addition to un aturated compounds. Part 10: Addition
of oCpN-diphenylnitrone to vinylacetylene compounda, Zhur.org.
khim, I no.2069-375 F 165o (MIRA 1824)
1. LeningradsUy tekhnologichoskiy inetitut imeni Lensoveta,

VAGINA _.4&,,I_~Ctl~STIKJST(j-V, V.14.; PETROV, A.A.
10-Bipolax addition to commpourds. Fart 1-7:
of 3-phonyllsydrione with conjugat,3d enynes and dienes. Zhur*. org.
khJ-m. I no.9:1700-1703 3 '65- (MIRA 18:12)
1. Leningradskty tokhnologicheskiy institut, imeni Lensoveth.
Submitted June 22, 1904.

SUVOROVS)CAYA, *tallya Aloltgandrovna; TITOV, Valeriy Ivanovioh; BRODSKAYA,
Valentina Mik)-mylovna; VASILIYMV, Pavel Ivanovich; LIPSHITS. Bells
Moisayevnal SIANTUYR. Mariya Pavlovma; TROITSXATA, R.I., lmnd.takhn.
nauk, retHenzent; ROMERAIRBEV, 1.11., kand.tekhn.nauki retsenzent-,
KOZHUKHOVA, M.A., icand.tekha,neuk, retsenzent;-V~AGINA~_&S,.l red.;
KOSOUPOVA, R.F., red.izd-va; VAYNSHTNYN, Ye.B., tekhn.red.
[Technical analysis in nonferrous mntallurgy] Tekhnichaskii analis
v tovetnoi metallurgii. Moskva. Gos.nauchno-tekhnAzd-vo lit-ry
po chernoi i tevetnoi metallurgii, 1957. 567 p. (MIRA 11:2)
(Nonferrous motala--Metnllurgy)

i _-( . -11, N' 'i
I /1Y " i "
L -:1-z /~-' .-:~ e
RTABCHIKOV, D.I.; VAGINA, H.S.
I --
Complex formation of tetravalent cerium vith acetate ions and
oxalate ions. Part 1: Separation of cerium of spectral purity
from a sulfuric acid solution. Zhureneorg,khim. 2 no.9:2109-23.14
I S '57. (Cerium) (Sulfuric acid) (MIRA 10:12)

~UTPC.2: va-,ina, N. 78-3-6-12/30
.-TI TL E CCMDT-(-51 ioriLation of Cerium 'hith Acetate- %nd
Cxrilate-Ton. I '. ~,'enaration of Carinin From Nitric :.(.id
Solations (r"Ompleksoobrazovaniye chetyrekhvalentnogo
teeriya s ator-tat- 7 okoalat-ionami II. Vydeleniye t,,;e.T-iyi
i.z L-zotnokislogo rustvora)
P!~R 13 DI O'AL: Zhurnal Neorgiinicheskoy Khimii, 1958, Vol. 3, Nr 6,
pp. 1~.66-136)9 (u2',P.)'
.'BSTR!..CT: The method of production of purest cerium by extraction of
ceriun-(IV) in diethyl ether was described.
The action of the p -value of the acetate - nitrate
H I
solutions on the complex formation of cerium was determined
and it follows from it that with the increase of the p H-value
of the solution of acetate-nitrate the extraction of
cerium by di.ethyl ether is considerably'reduced. However,
the complexity of cerium-(IV) increases with the increase
of the concentration of nitric acid and thus, the extraction
of diethyl ether is promoted.
Card 1/2 It is necessary for the separation of cerium-(IV) as

COMDlex Formation of Four-Valent Cerium With Acetate- 7B-2-6-12/30
and Oxalate-Ion. II. Separation of Cerium From Nitric
Acid Solutions
hydroxide to achieve a complete conversion of cerium into
cerium-(IV).
The most important factor for the complete separation of
cerium is the presence of cerium-(IV)-ion in the solution.
There are 6 tables and 10 references, 5 of which are Soviet.
ASSOCIATION: Institut geokhimii i
Vernadskogo, AN SS9R
Analytical Chemistry
analiticheskoy khimii im. V. I.
(Institute of Geochemistry -nd
imeni I V. 1. Vernadekiy,, AS USM)
SUBMITTED: November 29, 1-956
AVAILABLE: Library of Congress
1. Ceriwa--Production
ether--Applications
2. Cerium--Solvent extraction 3. Diethyl
Card 2/2

LCOUSHOV, I.P.; KRASYUK, B.A., prof.. doktor tekhn.nauk. retsenzent;
VAGINA, N.S., red.; ARKHANGELISKAYA, H.S., red.izd-va;
- MIJOAUDVA. V.V., tekhn.red.
EGermenium and silicon are the most important semiconductors]
Germanii i kremnii - vazhneishie poluprovodnikovye materialy.
Moskva, Gos.nauchno-tekhn.izd-vo lit-ry po chernoi i t6vetnoi
metallurgii, 1960. 51 p. (MMA 13:7)
(Germanium) (Silicon)

68U.3
SOV/78-5-1-18/45
AUTHORS: Ryabohikovo D. I., Vagina, N. S.
TITLE: Separation of the Bulk of Yttrium by Means of a Complex
Formation
PERIODICAL: Zhurnal.neorganicheakoy khimii, 1960, Vol 59 Nr 1, pp 102 - 106
(USSR)
ABSTRACT: The chromatographic separation of the yttrium group elements is
-rendered'more difficult by the fact thatq as a rulep yttrium in
present in a large excess (up to 9c$). A prior separation of Y
would greatly facilitate the separation of the other elements
of this group. In reference 1, the authors had investigated the
selective complex formation of this group. They now report on
the separation of the Y-group in an yttrium- and a dysprosium
concentrate by means of ethylene diamine tetraacetic aoid
(EDTA). Under investigation was a mixture with an 85% yttrium
content and another with Y - 35%. The X-ray spectroscopic ana-
lysis made by N. V. Turanskaya on these mixtures is given in
table 1. The precipitates and filtrates obtained after addition
of different amounts of EDTA with different pH, were likewise
Card 1/2 investigated by X-ray spectroscopy (Tables 2-6)9 furthermore,

68113
Separation of the Bulk of Yttrium by Means of a Complex SOV/78-5-1-18/45
Formation
the average atomic weight of the fractions was determined
(Table 7). The distribution of the bulk of Y and Dy was con-
trolled by additions of Y91 and Dy 166 on the basis of P-radia-
tion. The authors state that the different stability of the
EDTA complexes at PH - 3 permits the separation of the Y bulk
from the other rare earths of this group. The mixture is se-
parable into three fractions within 10 hours, the first one
containing elements Ho to Lu, the second containing Y, and the
third the last five eleiente of this group. There are 7 tables
and 2 Soviet references.
ASSOCIATION: Institut gookhimii i analiticheekoy khimii im. V. I. Vernadekogo
Akademii nauk SSSR Institute of Geochemistry and Analytical
Chemistry imeni V. i. Vernadekly of the Academy--of-3-ciences,
SUBMITTED: September 19 1958
Card 2/2

5(2) S/ 07 C/60/005/02/01 8/04 5
AUTHORSt Ryabchikov, D. 1,1 Vagin a, N. S. BO04/BO 16
TITLE: Comparative Evaluation of Various Complexini~ Agents With
Respect to the Preparatvn of Enriched Concentrates of the
Elements of the Yttriu Group
PER10DICAL: Zhurnal noorganichoskoy khimii# 1960t Vol 5p 11r ','j rp 356-358
(USSR)
ABSTRACT: The latter author investigated the separation of the yttr,-u--
group by means of EDTA (Refs 1,2). It was the purpose of tha
present paper to replace the EDTA by other or~,_nic acidz. Th . .........
effect of the complexine agent was investiCated on th,'_~ basJs
of the separation of the Ho - Lu fraction. The effect of
acid, malonic acid, tartaric acid, lactic acid, citric a-3id,
and nitrilo-triacetic acid was studied. The distribution r2f
the rare earths among the individual fractions wag de-er-rincd
by means of gravimetric analysis (Table 1), by Y91 and T-a'70
(Table 2), and by X-ray spectrum analysis (Table 3). The
authors found that lactic acid and citric acid were no~3t ef-
Card 1/2 fective. There are 3 tables and 2 Soviet referencec.

Comparative Evaluation of Various Complexing S/07L/60/'005/02/'O1C'/04S-,
Agents With Respect to the Preparation of Enriched B004/BOi6
Concentrates of the Elements of the Yttrium Group
ASSOCIATIONs Institut geokhimii i analiticheskoy khimii im. V. 1. Ver-
nadskogo Akademii nauk SSSR (Institute of Geochernistzy and
Analytical Chemistry imeni V. I. Vernadskiy of the Acq
Sciences, USSR)
SUBMITTED: September 1, 11958
Card 2/2