SCIENTIFIC ABSTRACT VERIGIN, N.N. - VERIGE, K.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859510007-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

24-58-3-33/38
The Movement of the Gas Contour in the Sx-Dloitation of Denosi-.3 of
Natural Gas.
ko 'ap(itit) amno Q mean
11 7bx -Vla-t 2
where m = strength of strata7 Qmean = mean outflow of gas
in time
(d) Time of discharge of tqae from layer
T = 40~ (12)
For the general case of three-dimensional motion, Eq.(4) must
be rewritten into three equations for the x , y and z
direction, but the solution is mathematically difficult. The
cases of cylindrical and spherical symmetry are not simple,
and the case of a gas with non-zero viscosity is also difficult.
For the pressure of gas in the layer, the non-dimens.-Lonal
problem may be solved, not assuming that the viscosity of the
gas iS small compared with that of the liquid. The equations
Card 5/6

24-58-3-33/38
The Movement of the Gas Contour in the EX_D1oita'1-.';_on of De-7i.osits of
Natural Gas.
of motion follow Eq.(l) and the linearised equations of
LeYbenzoll (Ref.2). The flow of gas and movement of the bound-
ary may be calculated from work on fluid flow in a porous
mediiua (Ref.5). (Complete Translation). There is 1 Craph
and 5 Soviet references.
SUBMITTED: March 30, 1957.
Card 6/6 1. Natural gas-44ovoment-41athematical analysis

KORZHBTSKIY, A.P., inzh.; VZRIGIH, N,N-., doktor takho.nauk, prof.; BINDWAN,
N.M., kand.gool-miti-irr"a'T.-niiW.-,'tbCHEM, F.M., kend.teldin.nauk;
GRIGORIM. V.M., hind.takhn.nauk., lBnWGA, V.P.. kand.tekhn.nauk;
SMTAKOV, V.M.. kand.Ukhn.muk.
Opinions of the book "Determining water Inflow to foundation pits and
designing drainage installations" b7 V.V. KurileAo. Reviewed by
A.P. Korzhetskii and others. Gidr. stroi. 27 no.4:61-&~ Ap 158.
(MIRL 11:9)
(Soil percolation) (Drainage) (Kurilenko, Y.V.).
P I

AUTHOR: Veri gin 807/76-32-9-23/46
TITLE: iiffusion at the Surface of a Solid Body Inriersed in a Liquid
(Diffuziya u poverkhnocti tverdogo tela, nal:h3dyashchecosya
v zhidkosti)
PERIODICAL: Zhurnal fizicheskoy khimii, 1958, Vol 32, Nr 9,
pp 2097 - 21o6 (USSR)
ABSTRACT: The corrosion on the surface of a non-homogeneous solid
body such as concrete or rock in a liquid were theoretically
examined. Two limiting cases were taken into ~-,onsideration;
1) Without convection of the liquid (pure diffusion)
and 2) convection along the surface with high ipeed
/ideal convection). In working out that problem the --iuthor
defines:~ - the volume share of soluble substance;
coefficient of retardation of the diffusion D in the zone
of corrosion depending upon the porosity of the substance; P
the ratio of the difference of the saturation concentration
and the initial concentration to the specific weight of
Card 1/2 the solid

Diffusion at the Surface of a Solid Body Immersed in a S")7/76-32-9-23/46
Liquid
c c
(P M 0 ; c - saturation concentration, c - initial
M 0
concentration, 6'- specific weight). In case of pure diffusion
there holds for I - 1,q - 1 and
P - 0,04, the corrosion. P (Table). In case of
t.~2 71
convection, the corrosion amounts to F~ for PC, 0,025
2
(Fig 4). For P< 0,025 and f,4-0,1 the increase in the
solution rate is proportional to the terms 9, and
There are 4 figures, 1 table, and 10 references, 7 of which
are Soviet.
ASSOCIATION: I-lauchno-issledovatellskiy institut vodoonabzheniya, Moskva
(Scientific Research Institute for Water Supply, Moscow)
SUBMITTED: April 8, 1957
Card 2/2

VERIGO) ~I,N., Ioktor toklin,nawk,prof.
nvaluatln& subsurface water discharge if rivers. Tz-~-Ii -'qb.
gidr.sooruzh, VODGEO no. ,,:177-196 163. (M-T:?A. 1-IJ61;

VMIGIN, N.N.
Performance of water-intake wells in nonsteady flow. Vop. fil'tr.
raoch. gidr. soore no*4.,5-24 164. (MIRA 17-.6)

. m (Moskva)
VPIIO!hIm.N.,
Y.-
Silt deposition in the end face region around a Vell, PW
no.204.80 Hr-Ap 1-64. (WRA 170)

VERIGIN, N.11.
Some problems of thermal convection in porous media. Tr-ady YODGEO
n0.9:51-66 164. (MIRA 18:10)

FOKIN, F.F.,, inzh.; BESPALOV, P.M., inzh.; RODIOIIOV, G.A.p inzh.;
, pro'.; KUDI
VERI _N . J. iYAVTSEV, G.R., inzh.;
MARIYANSKIY, L.P., red.
(Technical conditions for planning and carrying out hydrau-
lic engineering operations. Open and subourface drainag- A'
foundation pits of hydraulic structuresj Tekhnicheski-
usloviia na proektirovanie i proizvodstvo gidrotekhniche-
skikh rabot. Otkrytyi igruntovyi vodootliv kotlovanov gidrc-
tekhnicheskikh sooruzhenii. Moakvap Gosenergoizdat, 1962.
101 P. (MIRA 17:9)
1. Akademiya stroitellstva i arkhitektury SSSR. VsesoyuzrVy
nauchrio-issledovatellskiy institut vodosnabzheniya, kanali-
zatsii, gidrotekhnicheskikh sooruzheniy i Inzhenernoy gid-
rologii.

,TrRTGIN H.N. (Pbscow)
.-. --. - -1- :-11,
"The flow of solutions ani emulsions through porous medium"
report prosented at th-, 2nd All-Union Conpross on Theoretical finrl Applicd
Mechanics, Ybscow, 29 January -5 February 1004

VEWOrN,R. 11.4, (Moscow)
"Soil consolidation with external load applied to the boundary of a half-plane
and half space"
report present at the 2nd A.3-1-Union Congress on Theoretical and Applied
Machwdcs,, Moscows 29 January - 5 rworuary 196h

VERIGINI N. N.
"son. consolidation und r t:de influence of an external load normal to the boundary
of half-space. to
report submitted for Intl Symp on Rheology & Soil Mechanics, Grenoble, France,
1-8 Apr 64.

VMUGIN N.N.; ORADOVSKAYA,, A.Ye.; SHESTAKOV, V.M.,, kand,telebnonauk, red.
[Met)2odological instructions for the calculation of solution
processes in saline soils in the bodies and foundations of
hydriaulic structures] Motodicheskie ukanniia po otsenka rasto-
voreniia zasolennykh gruntov v tele i o9navanii gidrotekhnicheakikh
sooruahenii. Moskva. Akad.stroiti arkhit. 1960* 37 p. (Wsoov.
Voesoiuznyi nauchno-issledovateliskii institut vodoonabzheniia,,
kanalizataii, gidrotekhnicheskikh sooruzhenii i inzhenemoi
gidro'geologiis laboratoriia inzhenernoi gidrogeologii. labors-
toriia inzhenemoi gidrogeologii. Informatsionnye materialy,
no.15). (KIRA 14.* 3-1)
(Hydzraulic structures) (Saline and Alkali soils)

- VERMIN - N. N. - - - - - - - --- - - - --- - ---------- - - -- - -- - - - - - -- -- - - -- - - - -- - - - - - - -- - -- - - - - -- --
Consolidation of soil under a flexible foxmdation. Osn., ftnd.
i makh. grun. 3 no.5:20-23 161. WMA 14: 11)
(Soil compaction)

VERIGINOYIElp profol PrIalme3i Uchastiye: KITSIS, R.Ao,, inthoj
"mrGhnip B.I.,, insh.; AFINOGENOVAp M,V.,, insh.;
VINOGRADOVA, G.M., red. izd-va; KASWOVv D.Ta.p takhn. rod.
(Methods of determining the filtration properties of rocks]
Metody oprodelet4ta filltrataiormfth avoiety gorrqkh porod.
Moskvaj, Goa. izd-vo lit-r7 po stroit., arkhit. i stroit. ma-
terialam, 1962. 177 p.- (MIRI 15:4)
1. Moscow. VBGBOYUZWY nauchno-issledovatellakiy institut vodo-
anabsheniyap kanalizataiit gidrotekhnicheskikh sooruzheniy i
inzhenernoy gidrogeologii.
(Rocks-Permeability)

VERIGIN N.N. (Moskva)
Soil compactim under load. PMTF no.1:95-98 Ja - F 61.
(KM 14:6)
(Soil stabilization)

BOOKEV I F.M.; VER-I.GPj N.N.-_SAFIONOVv P.V.j red. izd-va; IGNHIYZV#
V,A,p tekbn, red,
(Methodological manual for calculating wiploitable resources of
underground waters for water-supply purposes] Metodicheskoe po-
sobie po raschetam ekspluatatsionzqkh zapasov podzemnykh vod dlia
vodoonabzheniia. Hoskvat Gos. izd-vo lit-ry po stroit 9 arkhit..i t
stroit. materialam. 1961. 198 p. iMMA 14:9)
(Water supply)

`~- UldGll-', -.p doktor telln.muk
CorS,rance on underground Gidr. stroi. 31 no. 1:58
Ja 161. (,'.!:',A 14:2*-
(Hydraulics--Congres~;co)

VERIGIN, U.N., prof.
Conference on problems of underground hrdraulies. Gidr. i mel.
12 no-9:59-60 S 160. (MIRA 13:9)
(Water, Underground--Congreeses)

BELYY, L.D., doktor geol.-miner.nauk; VERIGIN, N.N,,_,doktor tekhn.
nauko profe, ANUMOV9 S.Kvq kand.tekhn.naukt LTKOSHIN, A.G.,
inzh.-gidrogeolog
Valuable generalization of experience ("Trudy" of the State
InstiAte for the Design and Planning of H74raulic Structures.
N6.3.' Uviewed, bv L.D. Belyi and others). Gidr. stroi- 30
no.6:63-64 Je 160. - (MIRA 13.-7)
(Hydraulic engineering-Research)
I

ABRAMOV. S.Z.; B.INISMAN. N.N.; BOCHUIR. P.M.; VIRIGIN, N.N!'; SAFONOV,
P.V., red.izd-va; OSINIO. L.K.. takhn.red. - .-
[Reservoir influence on hydrogeological conditions of adjacent
areas] Vliianie vodokhranilishch na gidrogeologicheekto usloviia
prilegaiushchikh territorii. Koak7s, Goo.izd-vo lit-ry po stroit.,
arkhit. i stroit.materialam, 1960. 318 p. (KIRA 13:7)
(Reservoirs) (Water, Underground)

VMUGINj IN.N.
[Methods for calculating the lowering of the water level in ditch"
of hydraulic structurgs in the case of a steady seepage rate] Metedy
raschata vodoponisheniia v kotlovanakh gidrosooruzhenil prt ustan(?--
vivahmsia rezhime filltrataiis Moskva# Akad.stroite i afthit. 1W.
" P. (Moscow. Voesoiumyi naudmio-issledavatel'skii institut vodd-
onabzbeniial, kanalizataii.. gidrotekhnicheskikh soorushenii i inahe-
nernoi gidrogeologii. laboratoriia inzhenemoi gidrogeologii.
Informatsionnye materialy, no.16). (MIRA 2.011)
(seepage) (Hydraulic btructures)

VERIGM, N."I.
, A.
Ccrcernino the dIssolut-Ifors cl-r rock b-4, in underar-,,-.irl
Trady VODL'EO no.6:7-9 164. ( H I -1 -4 i e.,, -I'.

Y,I,SR-lp,-;U*.-,Pt,-.-,KOLIBABCHUK.A..nauchuy sotrudnik,; MICHKOVSKIT. L.
Experience of combined units in transporting sugar beets. Awt.
transp. 36 no. 7:10-11 A 158. (MERA U:8)
1. Uoravlyayushchiy Vinnitakim oblavtotrestom(for Verigin).
2. lauchno-iseladavatellakiy inatitut,Ukrdortrans (for Kolibabchuk).
3. Komandir Kalinovskoy avtoroty (for Michkovskiy).
(Sugar beet s-Ha rvest tag)
(Transportation, Automotive)

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MIGIN, V.I.
Blectrothermic method for obtaining aluminum and Its alloys.
Trudy Yost.-Sib. fil. AN SSSR no.13:72-85 158. (MIRA 12:12)
l.Vessoywny7 alyuminiyevo-magniyevyy Institut.
kAlumlnum)

A
OVA
06 A
Blow 11"Oll"
b, s4na4a -a 10143#0 %if -0-T 304
0 40 0 0 *is 0 0 0 0 0 0 0 0
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Ato- .-ql!p(
410mb Aftnad MOTOARkwoodfask ABU
holloadolk.V Ir-4i N-A- lad"AwAklakdra 1440114m LivkiA
.. IV
Affullor A AMWIS4 ~Nm~qlgAcMcMk XrxwmA lutitate
for L441 Me*4-" N11SAM INI," UM(4h3O-U).-jlnlt*W&n.J Tbe
mmAan of SilumJn by fusing alumfolom with an alloy of 2w, sifllmn mw
miAluns in & rocking Marpm cmdblo furaiwe fiftied 17Y pirokum
munu W dwdlW. Mw alby wm obtained by owlting slundolum with
milko-,JursWum cout-Ins, 70% WIlawt. The lemprrmium c""limm &of
natufs of Run* to be awd Mrs been oludd&W-D. X. K
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6613 L-)-
_I -dy at"- of in
0*0 a, owl kin III Hilumin at the thilicre Aluvaloahm %VogU an ikwribr%l. The
fleadrig; la an am furrAColl A IIIJINFID Of
A hby 6 leuml Is 2 sted" t (d I to
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gharvw to, 0 an WumWafn sillOy with 70 73,0
iIm 16 2t kw.-hr. Amtgtxw 04mmil"llwism (1-24 to"
toll Of AWY 1. &W b) by 411,11 thlo a Jay to tho tryOlilp lath 4blowl ((or
It. all-Otludinn I-( Imim Amminlu", 'or 11) the cortwi sm)HIst Of '""ten All"
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k"Ou""110TW "N V=on-11.04.1 0t'"wt*y"vj"A0I'y'v wl:-v
-V Kkins. MrIdl. Dot..
low, --Kr, 6. 9Wj, Cken. Alit., 34 4769 (1042).-Tbe
exprrinvents were Carried out In carbide-ty" 100AW. am
furnam with *conducting bottom and two ampeaded
decirodes capable of bring regulated. Ritbvr natural
kaolins cr washed itsolina, mixed with quanx PAW. were
used " rawr matedal. Wood cbm"al was exod as Mac-
ins agent. The material was ground to awroximattly
lt*Umm, The mixturiecontaiard a 10% a2cmd char-
coal bond an the amount calculated for combumbon of C
to CO. The optimum cooditions of the experimental
furnbco war as fobmv~' 43 T.. max. 1100 amp. (with a
I 10-Mm. diameter fle"rodo the cull"t dralfty was 10.M
amp,/ cm.), The hweext used 2213 Irw.-hf,/k#- and
badinlix quarts wand 1.9, thiarroal 2W, aml flectrutift
04 kg. Ifesting of the turnare bottom and the r*VW rt-
placing of efectrodtv ga" a continvow Prot c - Tbwfinal
product contained an average of M 74 Al 14M, and Ft
avp% , Furnaces requiring up to 2M kw. comiumed, per
ton of the Im oduc . kadin I A quarts sand 0.9. wood char-
cow 1.3, and electrodes 0,24 tam and IMOW to 16AW
kw.-hr'

.on
.4-
"NwItichoo of Allars Rkh in Ale-]-'*= to Lotatip,41cmile Laborsim Far-
umi. Vim in mut S. A. %Jjunor kj'r*4j Vmojj.
-Mqgw,4ivm Jd.). tfto, (lop. loo-31.
All. ra*j. W;;is Alw*imimm
Khirm. BPmt. Zhur.. 1M0. (71. T . 1. C. AW.. 104, A 3' .4r-).--Llz Hus"n.)
RxIctitmitu W t6 )"due" of &Iutu~ticla JIM,%. i'l. Lxth".1101"Al
-1411i'lu of los"itm slumitm And kAdin On a W-Lti. W~xjt--;% forml. -.0.
indicates tbAS Joys containing 40-70% Of AlLoolliniti .1 liw! un Otte
conlott of koa lot the mixture) oan Ve olliait I at '-ho to t5 LwAr: kt~.
01-LiT.11C. nVultswe" obtained With aluminitno-odi,to-in-n &Ilo)* CLm%t%lnnl~
milunnniun4 43-A miHccq 33-40, sAd kon M- Ivitis a lower Comm, V1
imn. Otto Auminluta can be brm h . ".
4 & to Alh)vs hiFhgf in Jklumilliuld
call"Ok N.- prWuecd WILINOUL the formaliuss of txxmi;krAIv antounta of mr.
bitku, Assaracitte. brom COSL " pe" ct4c~ can I- noted &* ""4nq agents
imu*Al of - hartlval. 1U perfarnianm of the furnue, tho ftletkiati0ii of the
mixture. the anumn(admWiAll agmid UKA, " the cAmmuiptiou dr6ftic
vrwrgy ujW,-r vad-A" coo"tionti, aft given.
Ilk
N

Akmift~lk ADOP Rkb is AIMWAWM.
N. A. Addumv (Trady Pamorm Alya-do.-Maym. loW.
-M . 104.). Me. (19h W-86; KAits.
Wout. Mar., 1910, 17) 751 0. loM W 6707).-Jin 11USAWL) YK.
Ix-rinwisto an tho wkwi;~~l lWuction in & 000.kw. DAY so funuce,
with out-M rauaft of odsmau (&Iumwum + 12.5% sille%xi) by.11W.
umtthod offiltrawl. indicuo I&A env$ containing 4 prox.76'~,,Qf&JusDu)ju")
(ti", frutaining oumpD"tclu being mWoon. Iran. and slatumm) coo be "Ined
ulpler IxWucUm cootlitkdw. The y6U of notal was 75-85%. with an
xyrrage power camumlAiun of 16 kw.Arft.

DANTSIS, Ya.B., kand. tekhn. nauk; MITROFAN(YV, N.N., inzh.; S:rROTKINj. IT.N.1
inzh.; BRUSAKOV, Yu.I., inzb.; VERIGM, V.R, kand. ti!kbn. nauk
Electrical characteristics and principal indices of electric
furnaces for manufacturibg aliminum-siliam(alloys. Prom.
energ. 21 no. 1t39-41+ Ja 166 min 19 ti)

ACC NRi AP7005597 (4) soU'RCE''CODE': uR/o4l3/67/000/002/0023/0024
JNVENTOR: Verigkq.,_Y,,_,N.; Tkachenko, V. A.; Varyushenkov, A. H.
IORG: None
TITLE: A method for producing technically pure silicon. Class 12, No. 190356
[announced by the All-Union Scientific Research and Design Institute of the Aluminum,
Magnesium and Electrode Industry (Vsesoyuznyy nauchno-isaledovatellskiy i proyektnyy
institut alyuminiyevoy, magniyevoy i elektrodnoy promy6hlennosti)]
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 2, 1967, 23-24
TOPIC TAGS: silicon, metal purification, quartz
ABSTRACT: This Author's Certificate introduces: 1. for produt-ing technically
ure silicon by reduction'of ailicon-containing raw material. To provide a wider
lp
ange o raw materials and reduce the cost of the product, a silicon-containing ma-
Ir
erial such as quartzite fines or quartz sand is mixed with a reducine: agent such as
t
green and partially metamorphosed minerals, coal with poor sintering properties,
I
lignin or products formed by low-temperature carbonization or coking of these materials.
The resultant silicon is then pressed and subjected to conventional treatment. 2. A
Edification of this method with intensification by conducting the reduction process
in the presence of organic additives, specifically waa~ee from the wood processing in-
!dustry as briquets or in some other form.
CODE: 11, 07/ SUBM DATE: 16Jan65
Card 1/1 uDc: 546.28-12

BUKH, Igor' Naumovich; ORTnim IV-A6&,ZAYCHIKOVr~V.V.,- IMNOVAp L.K.;
POLOSINA,' G.V.-,,re~C-A FUTAKOVA.-K.U" tekhn. red.
[E~Iectronic multiplying attachment for the T-5MU tabalatorj
a transistorized device) Elektronnaia umnoxhaiushchala pri-
stavka k tabuliatoru T-5mu; ustroistvo na poluprovodniko-
vykh priborakh. Moskva, Goestatisdat, 1963 116 p,
imin 16:8)
(Electronic computers)

STRJUITS, Kh.L.; TATTS, A.1u.; GIULYANITSKIT, B.S.; FAZMIIN, T.A,, prof.,
doktor takhn.nauk,, retsenzent; KIEMITS, Ta.M., kand.khim.nauk,
rateenzent; VIRIGIN, T.N., kand.tekbn.nauk, retsenzent; IFISM,
A.Ta., kand,tokhn.naukj retsenxent;.T=THR,.Th.A., kand.telft.
nauk, retsenzent; MMOY, G.S.. insh.. rateenzent; KRIVORUCHEMO,
T,Y,, inzh., retsenzent; CIUMOBROY, S.M., red.; ARXRUGIMISKATA.
M~S,, redsizd-va; XLSMN, M,R,, takhn.red.
[magnesium metallurgy] Metallurgila magniia. Ind.2.. parer, i
dop. Moskva', Gos.na"chno-tekhnAzd-vo lit-ry po chernoi i tsvetnoi
metallurgii, 1960. 479 p. (MIRA 13:5)
(Kagnesium-Ketallurg7)

Ii~jl
III fill
I I'll's
to I I ;
a It m a
all

SOV/1 37-59-3-5506
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr 3, p 81 (USSR)
AUTHORS: Bershteyn, Ya. A., Verigin, V. N.
TITLE: Electrothermics in the Aluminum Industry (Elektrote-miya v
alyuminiyevoy promyshiennosti)
PERIODICAL.,-,V sb.: Legki~e metally. Nr 4. Leningrad, 1957, pp 69- 75
ABSTRACT: Immediate production of pure At by direct reduction of Al?03 with
carbon in an ore-reduction furnace is impossible. Hence,.the process
is carried out in two stages: In the first stage of the process the
smelting of electrothermal Si-Al alloy (up to 700/d AQ is cari-ied out.
In the second stage the primary alloy obtained is reprocessed Into At
alloys for the preparation of structural At alloys or technically pure
At. The effectiveness of the process to a great extent depends on the
utilization of high-silicon At alloys (siliceous residues), which
inevitably form as byproducts in the processing of primary Si-Al
alloys into At and its alloys. Calculations show that preparation of
At by the electrothermal method is most effective when the primary
Si-Al alloys obtained are reprocessed into various casting .11toys
Card 1/2 which usually contain Si as a necessary component. In the

Electrothermics in the Aluminum Industry
SOV/1 37-59-3-5506
preparation of Silumin alloy and technically pure Al from primary electrothermal
alloys a decrease in the specific consumption of ener y by 87 -930/o, in specific
capital expenses by 67 - 730/0, and in cost by 76.850~6, with an increase in labor
productivity of up to 141 - 1090/6, are expected in comparison with the existing
methods.
1. G.
Card 2/?

A,
137-58-5-9265
Translation from; Referativnyy zhurnal, Metallurgiyl, 1958, Nr 5, p 69 (USSR)
AUTHOR: Verig!!i~~
TITLE: Electrothermics, a Promising Method for Production of Alumi-
num and its Alloys ( Elektrotermiya I perspektivnyy metod polu-
cheniya alyuminiya i yego splavov)
PERJODICAL: Sb. materialov i tekhn inform. Gos. in-t po proyektir. aly-,q-
min., magniyevykh i elektrodn. z-dov, 1957, Nr 1, pp Z1 --3Z
ABSTRACT: Al and Al carbide are produced in the process of reduction of
A1203 with coal. Mutual solubility of Al, Al carbide, and A1203
promotes the formation of a very tough, refractory oxycarbo-
metallic material which has no practical value. It is for this
reason that the thermal method of producing pure Al has not
yielded any positive results to date. The problem of obtaining
pure Al by thermal treatment was solved by the All-Union Insti-
tute for Aluminum and Magnesium by means of a two-sta8e pro-
cess. The first stage involves ore-reduction smelting of the pri-
mary Si-Al melt by electro-thermal methods, while in the second
stage this melt is changed into various Al alloys to be used in
Card 1/2 the manufacture of structural Al alloys or in the production of

137-58-5-9265
Electrothermics, a Promising Method (cont.
commercially pure Al. The primary melts are obtained from such raw mater-
ials as alumina-bearing substances (kaolines, kyanites, andalusites, silli-
manites, corundums, diaspores, etc. ) which have been thoroughly intermixed
and,~:briquetted with reducing agents (lignite and young coal, as well as char
c 6aF1 and peat coke). The smelting of briquets produces a primary Si-Al melt
containing about 70% Al. According to one system, the melt is diluted with
Al to silumin composition after which it is alloyed with Mn and is' filtered at
a temperature of 5751C; silumin and filter residue are the resulting products.
Another system calls for partial separation of Si by means of decantation (or
filtration) of the primary melt at a temperature of 6750; the decantate is al-
loyed with Al to a silumin composition, after which it is alloyed with NIn..and
subjected to filtration in order to segregate impurities. With the aid of Zn.it
is also possible to convert the decantate, obtained at 6750 from the primary
melt, to a siliceous Al containing 2-3% of Si. Pure Al is produced by means
of employing Mg for refining of silir-eous Al obtained with the aid of Zn from
the primary melt.
1. Alumizium--Purification 2. Aluminum--Production 3. Aluminum 1. G.
alloys--Production 4. Electric furnaces--Effectiveness
Ca rd 212

AIJIZSBUV, N.S.; BBLTAYNV, A.?.; BUGARIV, L.A.; BUTOWO, D.G.; VASILIYIW,Z.V.;
M.141R, V.I.; VOROBITRY, G.M.; GATLIT, A.A.; GOLISMYN, P.M.;
k&FfiiTN, M.D.; ZHWBOY, T.T.; ZIDIN, N.N.; ITANOT-SKOBLIKOV, I.I.;
IUMOT, T&J.; LAMINOT, A.D.. MARAYNT, S.Te.: MILLIR, L.Te.;
OLIKHOY, N.P.; PZRLIX, I.L., POSTNILOY, N.N.; ROZOV, M.N.; CHXMAK,S.N.;
CHUPRAKOV, V.Ta.; TSBNM, Ts.A.
Vladimir Oskarovich Gagen-Torn; obituAry. TSvet.met. 27 no.5:67-68
5-0 154. (Niiju 10: 10)
(Gagen-Torn, Vladimir Ookarovich, 1888-1954)

BRUSENTSOV, N.P.; ZHOGOLEV, Ye.A.; VERIGIN,-V.V.; MASLOV, S.P.; TISHULINA,
A. M.
Small-siza automatic digital computer "Setun'." Veat. Mak. un.
Ser. 1: Mat.,makh. 17 no-4:3-12 Jl-Ag 162. (KRA 15:7)
(Electronic digital computers)

N.o
~'T In c M., 5-P

KRYSHOVA, N.A.;.YR~q~NA, A.S.; KIRPIKINA, M.D.
Studies on the effect of the curariform preparation Hydeton
in diseases of the nervous sYstem with increased muscle tonus.
Vop.psikh.i nerv. 8:378-3a2 162. (MIRA 17W

VERIGIU v I.A.
Histological structure of the intestines of Hypophthalmichtys
moUtrim and Ctenophu7mgodon idella. Sbor. trud. Zool. muz.
MGU 8:189-195 161. OGRA 15:5)
(Amur River-Hypophthalmichtys) (Amur River-CtenopharModon)
(Digestivo orgam-Fishes)

VOIGM., I., G.; VDOVMMDj, V, M.; WVAMAp T. Ve
IC190610 conductivity of stber solutions of ths urwWl nitrate,
Trudy Radlev. Inst. AN SSSR 8:38-46 158 (JUPA 12:2)
(Uranyl nitrate) (Blectric conductivity)

M
VERIGINA K.V. kand. geologo-mineral. nauk
Use of instrumental and continuous methods in agrochemical
laboratories. Zhur.VKHO IO.no.4.t423-427 165.
(MIRA 18-11)

VERIGINA, K.V.
... .......-
Comparative evalmati,on of t~e m~ithorls for detAmdairig Vte -,xclAngs-able
calcium and magnanium In carbonat-q rich solls &nd soils containing (7r.-
sum. Pochvovedenio no.900-103 8 164. (MIRA 17:12)
1. Fochvennyy institut imeni V.V.Dokuchayeva, AN SISSR, Moskva.

VERIGINA, K.V.
Trace element cofttent of soils of the Klin-Dnitrov Ridge.
Pochvovedenie fiO.9:14-24 S 162. (KRA 16:1)
1. Pochvennyy institut imeni V.V.Dokuchayeva i Yuzhnyy
gosudarstvennq institut po proyektirovaniyu vodnogo khozyayBtva.
(Klin-Dmitrov Ridge--Soils-Composition)

ANTIPOV-XARATATEV, I.N., akademik, otv.red.; TYURIN, I.V., glavnyy red.;
GORMOV, R.I. I red.-,, TBI!LGIq, j.. red.; ZWK. S.T., red.;
IVANOVA, Te.N., red.; EMROV-ZIXWN; O.K.. red.; KONONOTA,
M.M., red.; LOBOVA, Te.V., red.; HISHUISTIN, Te.N., red.; RODN'
A.A., red.; ROZANOV, A.N., red,; STKOLOV, A.V., red.; PRIM-WD.
V.M., red.: WWALOV, S.A., red.; U21MOV, A.L.. red.izd-va;
HAMI, Te.V., tekhn.red.
(Reports of Soviet soil scientists to the 7th International
Congress in the U.S.A.] Dokledy sovetakikh pochvovedov k VII
Hazhdunarodnoma kongressu, v SShA. Moskva, Izd-vo AkBd.nauk SSSR,
1960. 487 P. (MIRA 13:10)
1. International Congress of Soil Science. 7th. 2, AN Tadzhik-
skoy SM (for Antipov-Karatayev). 3. Pochvennyy institut im. V.V.
Dokuchayeva Akademii nauk SSSR, Moskva (for Antipov-Karatayevt Gorbunove
(Continued on next card)

ANTIFOY-NAR TATSY, I.N.---(continued) Card 2.
Ivanova.,Kononovat Rozenov,,Yridland, Sokolov), 4. Laborstoriya
lesovedaniya Akademii nauk BSSR, Moskva (for Zonn). 5. Veeiioyuznyy
nauchno-iseledovetallskly institut udobreniy i agropochvovedonlya
Vessoy,a2noy ordena Lanins Akademii sell skokhoz.nauk imeni T.I.Lenina
i Institut zemledeliya skademii sellskokhoz.nauk Belorusakoy SSR (for
Kedrov-Zikhman). 6. Institut mikrobiologii Akedemli nauk SSSR, Koskya
(for Hishuatin). 7. Nauchnyy inatitut po udobreniyam i insaktofungi-
taidam im. Ta.Y.Samoylova, Moskva (for Sokolov).
(Soil research)

VERIGINA, K.V.
~-, of the reports of the Soil Fertility Section (if tho ?1ret
Conference Of Soil ;~Ieutiats. Pochvovedenia no-3:11.3-1*17: VT 159.
(MIRA 12:11)
(Soil fertility)

17 0 U " Tri If U5.M.
'CA IL
T 9: 0,RY Soil Latence. aoil G-snosia and Geography.
It 135. j OUR, RZ11M.01.1 1959, Vo. 10650
I A. V. Verigina
On the CheracteristIcA of' Soil Fo7rmatiort Ucder For&at
Ixzd In
T, r- PT Pnuhyovedep-lyeg 19':t3, 22-32
'rhe soil solutions of the cultivated and forevit tur~-
pridiolic soils of Kalinlnt~,r6dakajd oblast' diifcr la
composition had the degree of minernlizaticn. Vio
compogition of soil Dolutiorlu of the forerit, DC,11 V,~H~)R
coneiJArably in genstic hollizons, but cha-Lgas litt]-A with
time. The composition of f-oil, solutions of scil
more homagewtoua in profilo but in times vari---~s F
deal. The chief component of th* soil solutions .,r Mae

GDUNTRY
CATEGOPY
ARS. JOUR. MhRiol..l NO. 1959, No. 10650
AUTHOR
DIST.
TITLE?
ORIG. PUB.
ATKSTRIXT t
CARID. 2/2
j
forest soils is organic matter whiAh predami,aates cver
the mineral residue& In spring, the nitrate centeat in
the soil solutione cf plowland soil docroases end jer-
allal to this the C content drops. No nitratoE wure
found in the forest soils. Tn the soil soltttion5 of
forant soils, the two-valenoe Fe in constantly present.
It in absent in the solutions of plowland soilti. -- K. V.
Verigina

'' ~ ~
MIGI&.ty
Characteristics of soil formation under forests and plow In
Xaliningrad Province. Pochvovedenle no.5-.22-32 My- 158. (WRA 11-.6)
I.Pochvenny7 institut Lm. V.V. Dokucha7eva AN SSSR.
(XalinIngrad Province--Soil formation)

K.V.
miirratiod 004 Scommution Proct"Of fit Iron to @oil
folowmation. k. V, Voror ilia,
Im
WA.
mthl" OU puti"il: aftil ulalwhy "Is I'lle StIoutul wAtrg*
)."itallied 3-4 mg. For W 1. while *"I viAns. clailauted 6-14
tn.~,. Feit. The highem cavicti. 4A Fit. up to'-Itk) mg.1j.. wx%
ton-unteml ill bLw luromlel by sgoorings. The NA-MMUlAtigM
Of VC thotfl! 1910 01(tibUlAtilt WIJUAS31Y 10 "UCIkM 9( %Of-
Im,,,_ The sorvusnulatiuls of For, Immmolom the horan.timi #4
"Hist .*Js il"porrallaird with Ve of the -4 IllAtalwi,
I 1w orbafacirritilies of throil, were 0 flow pit (of,-
focus. ill will an accualtowiLm Of FC(01116 and vivismoltor.
The AtIL-1111SUlAtioilill 01 161,11A i3lo the SMI PlAn. 4.1 1911114infI1114
jV"h,,l g.!1 IIIUJ if
Me fill lil the "MI "1161. WAS ~~%gttffthAf hiffloovol thoito IhAf oil
the wit. -the hishest t4gicu, 44 will whmh lite .0-1w I-
tAined qKvurmd in the spring and loocomnse ltmftt oil IAII,
priumvilybmauset4pptn.n(Feuzid". %lictiFeacrinnit-
Idiom[ its spring tawshoomand find$ its WAY into Ukeio if
M.114~wh

VERIMA,-K. V.------ - ____ ___ - - - N15
- __ - - - - - __ - - -632-892 - --
0V5
Agrokhimicheskiy analiz pochv v ) Moskva, Izd-vo ~
laboratoriyakh mts (aoil analysis in machine-tractor station laboratories
akademii Nauk SSSR, 1954.
85 P. illus., diag~ a. tables.
"Uteratura": P. %P-65

_VFRIGINA, K. V.
Verigina, K. V. - -rOn the content, mobility ~rnd form! of nhosphoms comr,cund In the
cherrozem of the Strelka. steppe," Trudy Tsentr.-Cher:ia7em. gon. zFrovedn-11:F, Isste 2.
19118, P. 103-16, - Bibllog: 11. items
SO: U-L--355, 14 August 53, (Letopis 'Zhurnal Inykh Statey, No. 15, 19101)

t
oo
016
40,
CMACTSKISTICS OF TIM ORPkM YAM OF SOILA -OF
!_00
00, C To V A A OR 8 1116 ~ FRAW OF TIM ORMIC N I TROGN -46
G* a OF SOILS. N Ve Newsav and I* V.- Verigins, (go Pflaws. -00
.0
DMCGO 1934s A, 36t 37-52j, 0
ILAsole fraotion or the orge No of siils Inarvises with -00
00 J6 tot,l org. 9 and with the eroportion of univalont 40
tons in the total oxabanvahle, oatims present* At to the 400
nor* easily minerallse4, at the. 1 freatlons, 101tbrenti- 4*0
4tion between hydrolyeable N and non-hydrolyeablo N (1)
00* labest made by autoolaving with 5% HCI at 2000.
00 W Vartation4 In xono- and dig%-aald M -and auldiss on 10*1
004 aharicteriotio of the _ncture of the sail. So relation- -09
ship exists botwoon sell type and (I)* ahe nature of the see
protein matter of soil Influenose the ex6hwigeablo beas 4641
As of N see

W
lk "We #804 40 MAO 0-9 =41 A It 1W 3" j
- ;
U 8 P'le

v
it 0 W is st Is 1 0 's
Is IF a AA I , I I . V , A
00 A rok .." , -to
Po"Mot A~ 0.10-18PISS LIP
N Metamorphism of phosphorus compounds In "I for-
tints in the humid subtropics of Telyth. A. A. Zav- 00
00 a *I in and n&. Comfl. Pistil. acad. jri. ..Of
1 in "I
0'111 'a V. . s. SAP, SvrWvW'If#l_M English)- In analym.-I of -00
V.
it vairying dWhs, for PrO, (total anti tol. tit Ks.
5
Coo JCI). It vwk found that KCO. (0.2 N) exii. a
w
grtat amt. a at I e Sur titan at the weir
depths; this ' to tit the Pr e of Al or fmic in. .00
phates in I $u ave %oil. Ile) 1112, N, ritis. P'0' f go*
-wil front all dt-Pilt% studied, flar %lut. Ittild. lint vary. 9
so. appir"bly with the (it !th; in the Illollitf 1,0(111.61N I
notch 11P. is ex,id. by Iftl fprollably owills to alialitrs.
In weathering, the Litter forin probably is ronvefiril int,
W
Al and ferric phottphatei. G"irtie Ayvri 1; COO
too
zoo
06 ip
06 It
coo
IiR~0616;1,12
ION a
10
itoo
If
Woe
00
It Alit), 10
U in AV
10 is j I its Aft A I IF 50 0 IF iIWs, a -a
100 " v Is Is go of 0 a R 91 of is rg It h
00f 0 0 W! 0 do * 0 goo o 0 0 * o o 6 0 0 0 go
o 0 o It 0 0
0 * 09 goo so 0 0 0 0 @1 * 00 :

RAZUMOVq Gennadly Aleksandrovich; Y2ULIU,-1LN..p doktor tekhn. nauk,
profes red,j BUTT, V.P.p red# izd-va; FJfENOXH, F.M.p tekbn.
red.
[Radial intakes for urban and industrial water supply)Luche-
vye vodozabory dlia vodosnabzheniia gorodov i prorqshlenrosti.
Pod red. N.H.Verigina. Moskva, Izd-vo M-va kommn.khoz.
RSFSRS 1962- 58 P. (MIRA 15:7)
(Intakes clVdraulic engineering)
(Water-supply engineering)

lov,
rio. Lrur-,
.71

S1148/ 000/00 ./0! 3/0115
AUTHORSt Vc-rigina, Z-. S., and Livshits, B. G.
TITTLE& Dr-terminllng t-he mechanical properties of -the c)T-3 (VIr-3) ani
(VT-z-!) alloy!;
PERIODICALt Izvpstlya 7ypehikh ucheLnykh zavedeniy. Chernaya metallurgiya,
1,10
ro. IQIOI~ 'I
TEXT; IN7. ind-astrial hoatc of 3T,5 VT-'~ ani ~7_3_, alloyz have beea
investigated., TheAr chemical composition wail
5; Fe H2 C
TI Al CT M", 02 H2
VT--5 Base 4 e7 2~e6 0 20 0146-' 0,,04 0,27 0.005 0.03
M-3-1 Base 4-54 2-:1, 1 .'7 O~? 0.053 0,14 0.27 0.003 0,057
TtLe invintiplion prposo wast 1), To' determine the mechanical properticis
(4n tension and imp&,-,t fr-st.,),after.ann;aiing 'to practically full equilib-
U m 3 til 41 a21 Tc J,~imonntrate tha"t the mechRnical properties are not chang-
1.r.g diirlng hPar,.cg to I.hi~- temperature if the specimens had been
to Pq Tr, eb:w !hat the standard Industrial heat
Card 1 /4

24214
B/1 46/61/000/001/013/0' 5
DetermIning the mechaGlcal ;ropertles
treatment rules resolt -i.n a reEid-ual eupf~rf~ooled a-phase, and that the al-
loy r.,~ntainixig residual high- temperature r. teccmea bnt!le in heating, i.e.
thal t~.,e )rri)ac+ ,a lowored. Trio otandard htiit !rfma!mnnt
cation reqli1111~i:t h~a!.Ane a,- R70,1Cj cool.,ng ir, the furnac~-3 dc-wn to 650" ans,
Boaking for ', h.-:,,jr at this tr4iriperature, thep ccoling In open air. The ar-
.i "
- 1e includes twe tablrs giving the mechan~'.al propertles found in both al.-
loys ir. !h,~ teot.~! the standard beat treatment, and. after arnealing to
pra-:~-ti-;a_`1y eq,;Lllibrilim- Etate. Sp6cimr-ns *hat had been so annealed had th,~-
strength requIrod by rhe 9tandard -2per-'alical-ions, and their impact resist,--
ance corresponded fc, the upper stan4ard requ!remvnt limit. Thus, al.'oys an-
nealed to prai_-:tical eq,.jillbzilur had good strength and high impact res1stancA,
des i~e th;~, very alow c_ooling ased in the experic,ent.,; (40 and 15(3/hr). This
P
is suppcsed to bv due ~o tmpi~rlriee ~02, N?) in anneal-_ng at high
temperature (.in A-range) and then retained in c4, despite very slow cooling.
Specific electric resistance Increased at higher hardening temperatures in
the A-range, but hardness rose only slightly. At higher heating for harden-
ing, the impurities (02, NO dissolve in, the fl-phase, and they are alloyIng
elements, Higher--alloyed P, fields martensite with b,lgher electric resist-
Card 2/4

~j
0
S1/148 ~61/000/001/ 15/0
.Determining the mechanical prcpertf~.~ ,;f A ! 6 ! /A 1. 11 ~
anc.e and higher hardness, but the hardness is c;ompensattd by a higher quar
tity of residual soft 9, and t~-, accounte for cnly a alight merease in
hardneBs comparing to *~.he increase ;n realolance. A 8pecial in.
vestigation is nece-asary to study the of martenaite decQnE)o3; ticn
and transformVion of residual r~ during t.,mpering, but It iE, ap~aran,. that
alloying elnmenttA are better utilized at higher heating temperature f(-,r
hardening and annealing. It A~; pointed out that tensile test sp,?nimerts an-
nealed as prescribed by 5tandard heal, treat.-ment apecificaticn di-,n%'C_)p 4 a
clEarly i?):pressed neck. and they -:i-ingated rainly )r. account of tb~
SPE-CImens annealed to eq1~111;bTI-am _~*rs~tc.hpd r)v(-.r near'lj thrii c-r;-
t'LTr' lengthi without any ne:k, It haJ been _1~ated by the authors
F f Lvvshi t 9 and gina , I zv ~ vy5sh ~ ,cn. zav . Chernaya mE! -a !I,-rg,, Va
ao 5 '960) that, the alloys ,n th- State rcn':-.St of ar,
and TiCr:), and aftt~r ann-~,Lling 3-~ per s,an4a!-d specifics t-.;-.ne 1-hey
cor,tain a rezidua*..' (,-,phas,~ As the q-~.antity ;~f slip planes in th* hexak_'~r.A_
,,J , lattioe ~s smal'e.r, than In rh,~- rutic; body -c ent er~-d C-phasr- t h " d f~: -
,-phaae
format-ion of tension fe&~ ~?p-~Giraen~ -.o df erent, Speclme~s annes, ed to
practical equilibraum do n~! bk-.r~me trittle when heated to tempera-ures br--
low the eutest'4-. Th~, lowor to,iridar:i ol the aute~_,t.,.c range for VT-.3--' alloy
Card 5/4

.46/6VOOO/OW /0- 5/015
,Det.ormin Lng the mechan Lcal pri,)per (is of A',6!/A,33
_i9 at, 500t'O'C., In an-nealing as per standard ape,~Afication the impas-t re-
sistance of specimens drops Vt.er soak!ng in 400, 450, 500 and 5500, Con-
clusioni~t I Annealing t-:, prw-,tical -~quthbrj.um s,~atp y',eldu a s!-I.rength
within the atardard requ;rements and a high impaot resistanoe. 2) Th~
mechanical propprties r~,f ths; alloy,,t after annealing to eqULl1triu% 10 n(:!.
chauge after heat.ing to i~ulc--Llc temperature. Thu-3, the working tp~)Fera,,.ur--~
of the alloyn can be ral~-d by produfing alloys with h,,gher, eute-,11,- temper-
ature, Anneal,in a P ired in =tandard apeoffications ~!trnngth
~ s r-qu.
to the uppf~lr 'Ii.-,m tof standard xE~quirpment. range) and yielle high Lmpact
resistant;e; after beating to 400 -- 5500 the ~.ipa(,! resistance drops. Em
brittlement as apparewly (,aused by tbP formation Df the martensite phases
d%iring the of the residual P-phase. There are 3 figu.-ee, 2
tablee, and I Soviet-blr,,-~ referenLe.
ASSOCIATIONA Moskovsk"y _,.nsti.tut stali (Moscow Steel Institute)
SUBMITTED: June 21, 1960
C ar d 4 A

S/ 148/6 iM?01/005/C12/015
E02 I/E?-35
Vev.zzi-,A,b.I Z,S, , and Livshits , B. G.
all,3Y5
IT I ~E x Stltiy -~,f tbe annealzn,,~,. of VT-3 and VT
i CA L ;.yc~ -,,v ~!~h ikh u,, ~vedenlv,
Ch F, r i i i~ ya ms? i a 1 lt~ r a i y a - 19 1 ~lo, 5, pp ~ 16 2 - 1572
I UXT The z ~ ru,-. t o re and. lirc perk ies of t it anium al loyt, llrel'f-l
in rony-n-ctirn -vith the decomposition of the ulait,r,sitlc
jl~tc IS 7~ T -,I T)j- -k5 -
x - --I and :b;!- transformati.:,n of tile resl.du,.-I
11, nhz~ "Vl-ie 1'i v,i.7e a-, iovs used -.-je-r-a v -3 (4A. Al 86
(,,,.2 0., 0., ) (15 N2 :--,i, 0-27 F~,., 0,00-3 112 O~03 C), anJ AJIT-3- 1
14~ O~, 03 3 -N~ ~ 0., 14 S 1. 0 27 Ft~-,
0, 20 0 ~R ~
(I rom an(I
if J)"05 V 3 quencho f~ 1100
wa n, I a r) n n -i !.rcl at. it )t)--300 OC with water nr n11'
C 0- 1 t n 11,11-Jrle3l: meanur ment- n
C r Cl 7 -A zi .3 n i rl t I -,- m. v -~; t , d i 4E- w rz r c inti d r
.,,. .1 !7 11 Cl W, ',~hm mm~/ m a r,41, tis t
Lq
17,"~, 1, t, a: "J? r 1,? n -~ n Er') f flirferl~li* ' imo% ftly.
*he-, VT-' a I. inv., I a f c a t t r c,,:% t m r ti f i t 1200 ('C- t):) t t Wo
11-J.-9 and quen,,hTnir .,i with m iLr cool after
-a r '7

4-,3998
S/ 148/6 1/000/005/C 1-2/0 15
Study cf the ani_ FO--'I/EL75
Fig,lk5 !5 the Edith I.- wate- q~ien-h afte-r tempering- F I I i~
is aft,:r heat ;,k- !lot) for 1:;
minutes and
q,jenchingr, with coe,!!roz Simi lar r;urves
PIC-ttc"t for af'(~r sam- h(tat treat meti'.
;;~Z.~4 the in hardrie-i fFig,4a) and
Y i; ~ i, s t a n c Q, 'i .I a 1 1,3-,! VI, I agatn~;- annealing. tempgrature
1060 C "c:.-- 15 minu i --~s a nd wa t er - Qu -ii, ii,,-
t 13 -,ta j:. o 1 n a e~ I-, n,:. 10ir--t~ 1. is ann~-,altiig fr-t-
llf~ur.--, 2 1, , u. - e " " o j, 24 hou r F ) ~ it ~an be
-Seer, frf:-jn the that^ '.hz~ relation I)eIver!i-I thr- prop-,-r! ies o!'
the and i4 scm,-!wha~ --niriplit-ated and
dr-pendr, nn the vi-er quen~-.h I lie , coarx s i t ion t,
t hp M~A r ~ erls I t i-C oha 4 In F, a ze --rig lead's to a dc-, rea-ic! in, hardnes -
and elp..7%frLeal resiitan( and !:,-ans format. ion of the residtal
V-phase leads to --an an propertivs, C,~ol-ing in water after
temperin,v transformatton ,f the residual 0-phase,
The tr,,msc,f-,rmat,,ctn r-L th--! ~--phase probably taki-s plate by
a martensit-c. chan;;e, bi?. the temperature of the end of the
rans f orma t ;
1,011 1~~ 11-1 'h~~ ;~.ibzerr, temperature ranize, and it is
tIv,,refo--n iziposs~,blr a stru:-Oire vi,thout metastabin
Card' 2/ 7

S,/148/61/000/005/012/015
Study of the annealing of VT-3 and ... E021/E135
phas'es by hardening and.tempering.
There are 5 figuresi 1 table and 4 references'. 3 Soviet and
German.
ASSOCIATION: Moskovskiy institut stali
(Moscow Steel Institute)
SUBMITTED: October 29, 196o
Card 3/ 7

VERIGIKAL_~~; LIVSHITS) B.G.
In7estigating the tempering of BT-3 and BT-3-1 alloys, Izv.vyB.ueheb.
mvo; chexm.met. 4 noo5:162-172 161* (MIRA 14:6)
1. Hookovskiy inatitut stali.
(Titanium-aluninvm-chromium alloys-Heat treatment)

MIGINA, Z.S.; LITSHITS, B.G.
Determining critical points in VZ-1 and YT-3-1 industrial
titanium alloys. Izvevy8ouchebegavo; cbernomets no&5:
163-171 160, (MIRA 13:6)
lo,Xookovskiy institut stali.
(Titanium anoys-metallography) (Phase rule and equillibrium)

S/148/60/000/005/008/009
AUTHORS- Verigina, Z.S., Livshits, J.G.
TIME., Determination of Critical Points in Commercial Titanium Alloyti
BT-3 (VT-3)'~~ and BT-3-1 (VT-3-1),i
PERIODICAL- Izvestiya vysshikh uchebp-ykh zavedenly, Chermaya metallurglya,
1960, Nr 5, pp 163 - 171
TEXT; The commercial titanium alloys VT-3 and VT-3-1 (composition
given in a table) become brittle after conventional thermal treatment. To
explain the causes of such brittleness and to select the appropriate thermal
treatment for eliminating same the authors undertook to determine the upper
and lower critical points and the cooling rates ensuring the equilibrium
state at low temperatures. To determine the upper critical- points, the
specimens were water-cooled from various temperatures. Heating was performed
In a vertical furnace in argon atmosphere. Additlonally,,X-ray analysss were
carried out with the use of data submitted by Yu.A._Bagaryatskiy, T.V. Tagunova
and G.I. Nosova [Ref 41. To determine -the lower critical points and cooling
conditions entailing the equilibrium phase state, the specimens were cooled at
Card 1/2 V/Y

Determination of 6itical Points in Commercial Titanium Alloys W-3 (VT-3)
and BT-3-1 (VT-3-1)
different rates from the ~ -zone (500, 200, 100, 80, 60 and 40 degrees per
hour, and the VT-3 alloy at 15 degrees per hour). In alloys cooled down to
the equilibrium state, electric resistances were measured during heating and
cooling (Figure 5). It was established that the single-phase 0 -zone was
obtained for VT-3 by heating up to 1,1000C and for VT-3-1 to 1,OOOOC. The
lower critical point (probably the eutectoid one) was for VT-3 equal to
5800C � 10, and for VT-3-1 5000C t 10. The replacement of 0.75% chromium
by 1.7% molybdenum reduced the upper and lower critical points approximate-
ly by 1000C. The annealing structure of the VT-3 alloy was obtained by a
cooling rate of 15o/hour and of VT-3-1 by that of 400/hour.
There are: 1 tablej 4 sets of microphotos, 2 sets of graphs and 4 references,
3 of which are English and 1 Soviet.
ASSOCIATION: Moskovskly institut stali (Moscow Steel Institute)
SUBUTTED: November 17, 1959
Card 2/2

ell
OLUYSKIY, Ylktor Alekeandrovich, kandotekhn.naulg;7y=IQQ&-xetaenzent;
TROITSKIY, A.'T., retsenzent; YEZDGKOYA. W.M-.,red.izd-va:
BMWVA, A.?.. takha.red.
[Construction, design and operation of crushing machinery]
Konstruktaii, raschety I ekspluatateiia drobilok. Koz,kvs. Goll.
nauchno-tekhn.izcl-vo lit-ry po chernoi i tavetnoi matellurgit.
1958. 459 P. (KIRA 11:4)
(Crushing machinery)

MERZLOV, Ye.; ZAVIYALOV, A.; LEBEDEV, N.; IAKTIONOV, A., gruppovoy
inzh.-elektromekhanik; VERIGO, A... qlp-ktromekhanik
.Automatic control on ships. Mor. flot 23 no. 12:45
D 163.
(MIRA 17-5)
li Nachallnik sluzhby sudovogo khozyaystv& Dunayskogo parokhodstva
(for-Mrz1o 2. Nachallnik tekhnicheskogo otdela Dunayskogo
V ifor ZavIyalov). 3.' Starshly inzh. NIO Odesskogo
parokhodstva
vysshego inzhenernogo morskogo ucbilishcha (for Labedev).
4.-DunAyakoye parokhodstvo (for Laktionov, Verigo).

'RICIO, -
(General course in the human and animal physiology) 2.izd.-vo, 1924. 51!p.
(Normallnye rukovodstva dlia vysshpi shkoly)
I.. Fhysiology - Text-books.

KMNNYT, If., inzhener; VERIGO, G.
I.WAWWOM~ ''
~Uslug electric pover station slag in I.i-ebuilding materials industry.
Strei.mat.isdal. i konstr. I no.12:19-20 D 155. (K= 9:7)
(Slag) (Building materials)

VERIGO, G.R"~.Inzhener.
Org.nization and mechanization of earthwork in construction of the
Moscow State University. Mekh.strol. 11 no.616-8 Je 154. (MIRA 7:6)
(Barthwork) (Moscow University)

Author s Verigo, G. S., Engineer
Title
7-
Periodical Eekh. Stroi. 11/2, 31-32, February 1954
Abstract Formerly the curved portions of hand rails were made by hand.
A machine has b4Een developed which xa~es these rails auto-natically.
The author explains the Y;orkinf, o'.' the machine. Lravviivs;
Illustrations.
Sutmitted

--ItnwIneer
AID - P-1
Subject s MSR/kngineering
Card : 1/1
Author : Verigo, G. S., Engineer
Title : The organization of horizontal and vertical transportation
(Experiences Ja building the Moscow State University)
Periodical % Bbor. mat. o nov. tokho v stroio 2, 1-59 1954
Abstract : Described are: the organization, machinery and equipment (didings,
cranes..trucks, vinabse, etc.) for transporting butlding materials
to the place of construction and lifting them up to the construction
platforms (for erection of the now Moscow State University buildings).
Photos; graphs.
Institutiones Not given.
Submitted t No date.

Abstract This report describes the experience of using large ready-made sectional
ferroconcrete elemento for the construction of the Moscow State Univerai-
During the four yoar period of tto construction 470 -
ty. housand m3 of
concrete and ferroconcr~te were used. Out of this wmimt 250 thousand
0 alone were used for the massive forroconcrete foundutions under the
buildings, roade etc., and 220 thousand 0 for abova-grourA conatruc-
tions, Photon of the construction work are Includel.
rZatitute
Submitted

inshener; SMY30, T.N., inshener.
Preparation and assembly of large-block cornices in the construction at
Moscow State University. Mekh.stroi. 10 no.12:26-27 D '53. (KEBA 6:11)
(Cornice work)

VERIGO, G.S., inzhener.
... ...
Small cable cranes.
Mekh.stroi. 10 no.10:20-22 0 '53. (YJBA 6:9)
(Cranes. derricka. ate.)

VJW(W~- G,SW-q inshener,
Organization of horizontal and vertical conveyance; experience
building the Moscow State University. Sbor.mat.o nov.tekh.Y Btroi.
16 no.2:1-5 154. (KT,'RA 7:5)
(Hoisting machinalry)

URIGO, G.S., inzhener.
Use of prefabricated reinforced concrete in building the Moncow
State University. Makh.trad.rab. 8 no.2:40-43 Mr 134. (HLRA 7:3)
(Hoscow-Precast concrete construction)
(Precast concrete construction-Moscov)

V;~RIGO, G.S., inzhener.
Mechanized production of stairway handrail wreath3. Yakh.stroi.ll
no.2:31-)2 F '54. (11GRA 7: 1)
(Woodworking machinory)

MMOVSKITI, A.N*,, profs doktor tekhn. nauk- TIMIGO' Go$* Who, nauzhuyy
red.; YUDIM. LsA.. red. lzd-va; -red,
[Organization of constrmotion of Moscow University] Organizateila
rabot us stroltalletva Moskovikogo gonudarotyennogo univerelteta,
imeni X.V. Lomonosova. Xoakvao Goo. izd-vo lit-ry ;* stroit,,
arkbit, 1, stroit, matorialam, 1958. 327 P. Omu n:lc))
(Moscov University) (Ihdlding)

BEIR, A.Ye., inzhener; VERIGO, G.S., inzhener.
Cable hoists used in building Moscow University. Mekh.strc,i.11
no.2:29-31 F '54- (MLRA 7:1)
(Hoisting machinery)

V---FtIG04K8I8 6cc
1. VERIOD, K. I.
2. USSR (600)
"Giprorednet". "New Equipment in Concentration Plants of the 11511 Tnvet.
Met. 14, No. 12, December 11)39.
9. W11 Report LT-1506, 4 Oct 1951

POTEMKIN, K.V.; SPITSYN, A.; SHUMEV, I.A.; FOLIKIN, S.I.;
SAKSAGANSKAYA, I.P.; ANDRSYEV, F.I.; POLYAKOV, R.M.,
red.; VERIGO, K.M., red.
[Production of zirconium and hafnium in capitalist countries]
Proizvodstvo tsirkoniia i gafniia v kapitalistichaskikh stra-
nakh. Noskva, Pts-1-3- 1962. 157 p. (MIRA 17:4)
1. Moscow. TSentrallnyy institut informateii tsvetnoy metal-
lurgii.

BELASH, Foka Nikiforovich., prof., doktor teklmi. nauk, VERIGO,_~.j.,
otv. red.; KACHALKIIIA, Z.I.# red* izd-va;:H-IDISKAYA, G.M.,
tekbn. red.
[Flotation of iron ores]Flotatsiia z)ieleznykh rud. Moskva,
Gosgortekhizdat., 1962. 210 p. (KRA .15:11)
(Flotation) (Iron ores)

-0
VIRIGO, K.N., inshener.
-
I -
The Three Kids manganese and lead flotation plant; (from 'Engine-
ering and Xining Journal* no. 11, 1955). Gor.shur. no.5:49-50
W 156. (XLBA 9:8)
(United States--Flotation) (Kanganess ores)

SOV/ 137-58-7 - 14486
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 7, p 80 (USSR)
AUTHORS: Verigo, K.N., Kochergiha, D.G.
TITLE: Extraccion orRare and Nonfcrrous Metals From Ores and Mid-
dlings by Means of Selective Solvents (Primeneniye selektiv-
nykh rastvoriteley dlya izvlecheniya iz rud i prornezhutochnykh
produktov tsvetnykh i redkikh metallov)
PERIODICAL: Byul. tsvetn. metallurgil, 1957, Nr 24, pp ID- 15
ABSTRACT: A description of the operational principle of extraction
towers of various types is given, together with a flow sheet of
a counter-cur-ent extraction process in open vats. The cost
of extraction of various metals is quoted on the basis of data
of foreign practice. The authors describe a number of systems
for separation and extraction of metal by means of extraction
processes performed with the aid of selective solvents,
L. P.
1. Ores--Processing 2. f4eta 1s- -Solvent ex-Lraction 3. Solvent
extraction--Equipment 4. Towers (Chemistry)--Perfor-nwnct?
Card 1/1

AUTHOR:
TITLE:
None given.
136-4-20/23
Now technical literature (Novaya tekhnicheskaya literatura).
nRIODICAL: "Tsvetnye Metally"Mon-ferrous Metals) 1957, No.4,
pp. 84 - 87 (U.S.S.R.)
ABST.'RACT: This is an annotated list, compiled from material supplied
by the Central Scientific-technicrLl Itibrary of the Ministry of
Non-ferrous Metallurgy of the U.S,S.R. The following Russian
articles and books are included:
Beneficiationt
KIN, __ 70rushing and grinding equipment in capitalist
krobilno-razmolnoe oborudovanie v kapitalistiches-
kikh stranakh), Nauchno-tekhn. O-vo Tsvetnoy Metallurgii, Moscow,
1956, 159 pages. (Book)
IT.N. 113humilovskiy and L.V. Melltser "Engineering methods for
the calculation of consumption meters working on the "marked.
molecules" method", Priborostroenie, 1956, pp.4-8. to.ll(kriiale)
met
A9F hev and A#G~ MorachevskJy "Thermo-dynamic. proparties
of the system sWim-cadmiumll, Dokl.Ak.Nauk SSSR, 1956,
ca,rd 1/4 pp. 369-71, VdXV`T13:-'-jTi~*2. (Article)
"Geology, mining, ~7eta*llurigy, Collected Works, No.13" (Geolog-
iya, gornoe delo, motallurgiya. Sbomik Nauchnvkh Truaov No-13)
Metallurgizdat, Moscowt 1956, 416 pages. (Book)

New technical literature (Cent.) 136-4-2o/23
B.V, Deryagin and S*S. Dukhin "Settling of aerosol particles
on a phase-change surface. Diffusional method of dust catching.
portance in medicine. 11 Dokl. Ak. Nauk SSSR, -616.
.~m 1956, pp.613
va~.'11U No,3, (Article)
"Reports of the Academy of Sciences of the Kazakhstan SSSR,
mining metallurgy, building and building materials series."
(Izveshya Akademii Nauk Kazakhskoy SSRI seriya gornogo dela,
metallurgii, stroitelBtva i stroymate-rialov (Vo razdelu metall-
urgii) No.9, Alma Ata 1956, Ill pages. (Book)
M.A. Inrle "Refractories in non-ferro,as metallurgy" (OgrLeupory
v tsvetnoy metallurgii), Metallurgizdat, Moscow, 1956, 151 pages.
(Book)
A.F. Ogarkov, "Thermal conductivity of Ural refractory mater-
ials", V.Kh. Trudy Uralskogo Politekhn., Sverdlovsk, 1956,
pp. 5 - 22. (Article)
N.F. Razina, M.T. Kozlovskiy and V.V. Stender, "Disruption of
lead anodes during electrdWsis of sulphuric acid solutions",
Dokl. Ak. Nauk SSSR, 1956, pp. 404-406 VOI.1111 Wo.2 (Article)
Card 2/4 I.,G. 11yss, "Chemistry of fluorine) and Its inorganic compounds"
(Kbimi,7a ftora i ego neorganicheskikh soedineniy), Goskbimizdat,
Moscow, 1956, 718 pages. (Book)

New technical liteiature. (Cont.) 136-4-20/23
,ksv
I S, Stepanov, "Rare Metals" (Redkie Metally), MTsM SSSR TsIIH,
~;Scow 1956 58 pages. (Book)
Machining of'Metals. Metallaza.:
Blanterl L*T. Humetsov, M.G. Lozinskiy and E.A. Sino-
dova, "Influence of alloyin5 elements on the hardness of nickel
alloys at high temperatures9,.Isve8ti7a Akad. Nauk SSSR, Otd.
Tekh. Nauk, 1950, Pp. 88 - d#0,4-2 (Article ~,
S*Ya. Veyler, V.I. Likhtman and P.A. lbinder, 'Mechanism of
the action of lubricants in the working of metals by pressure"
Doklo Ak. Nauk SSSR, 1956, Pp- 985 - 988-V01*110.10*6 (Article)
R.B. Golubtsova and L.A. Mashkovich, "Investigation of metallic
compounds in nickel alloys containing aluminium." Dokl. Ak.Nauk
SSSRO 19569 pp. 824-826. Vq~.11-1, No.4. (Article)
U.I. Kochnev, "Correspondence of the temperatures of anomalous
change :in the properties of copper, its compounds and alloys"
Isvestiya AN SSSRI Otd. Tekh. Nauk, 1956, No.12, pp.96-105,,No.12.
(Article)
D.I, Layner and Potemkin, A.Ya. "Ritional method for annealing
alu-inized nickel". TsIIN UTsM SSOR, 19569 pp. 19-'21. (Article)
card 3/4 Ta=ovskiy, I.Ya., Pozdeav, AeA., jind Igashkov, V.B. "Deform-
ation of metals &iring rolling" ~Deformatsiya metalla pri rok
atke)l Metallurgizdat, Sverdlovskq 1956, 28? pages. (Books

New technical literature. (Cont.) 136-4-20/23
Usach, M*Ya. "HYdraulic presses f16461 R648 and Q664 ---'Or
pressing non-ferrous metal sections." Tekhaiko-ekonomicheskoy
Info=atsii, 1956, pp. 8 - 10. Vol.1.1., ljo.11. (Article)
Economics:
k.1. MIT-, IT3anning and economics of non-ferrous metallurgical
ente2rises*11 (Planirovanie i ekononLika pred riyatiy ts-vetnoy
6, 11~0 pages. (Book)
meta tixgii), Metallurgizdatj Moscow, 195 2
AVAIIABIE:
card 4/4