SCIENTIFIC ABSTRACT VARLAMOV, V.I. - VARLAMOVA, N.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858620015-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/020/62/144/O02/025'/0?8
Thermocatalytic desulfurization of ... B101/B110
cycles its activity was only 7 10 1/1. less. This is probably dueto the
deposition of Pe, 14n, KI, 141g, Cr, Si, etc. which are present in the fuels
as organic complexes. (3) Losses in the form of coke, gas, and polymers
amount to 3 - 5 (4) Consumption of catalyst per unit weight of fuel is
njO.27 % for gasoline, and A10-40 %-for ligroin. (5) The sulfur of the
organic compounds is completely adsorbed by the catalyst and separated as
so2 and elementary sulfur during regeneration. No corroding H 2S is.formed~~
(6) Additional cleaning of the distillate with alkali is unnecessary. The!
catalyst is recommended fcruse~in refineries. There are 1 figure and
1 table.
ASSOCIATION: Institut obshchey i neorganicheskoy khimii Akademii nauk
BSSR (Institute-of General and Inorganic Chemistry of the
Academy of Sciences BSSR)
SUB111ITTED. January 26, 1962
2/2

KOMOVj V. S.; YEWOIMIKOj, N. F.,, akadmdkl TARLMOVP V. I.;
VMX=O.t I 1 9.
Highly active forroaluminosi2ica-ta contact catalyst for
tbermal, desulturation of petrolmm products. Dot AN SSSR
347 no. 6: U.13-U16 D 162. (MnA :1)
1. Inatitut obshchey i neorganicheakoy khimii AN Belorusakoy
SSR. 2. AN BeloruBskoy SSR (for Yermolenko).
(Petroleum products) (Daoulfuration)
(Catalysts)

L
ACCESSION NR: AP4039330 S/0250164/008/004/0241/0245
0
AUTHORI Komarov, V. So; Yermolanko, No F.; Varlamov, V. I*
TITLE: Thermocatalytic.desulftirization of special kerosene and
diesel fuel over iron aluminosilicate catalyst
:1 SOURCE: AN USA. Daklady*# v. 8, no. 4. 1964, 241-245
TOPIC TAGS: iron aluminosilicnte, catalyst, thermocatalytic
desulfurization, apecial keroacne, kerosene, diesel fuel
~1 ABSTRACT: The activity of iron aluminosilicate catalysts in the
thermocatalytic desulfu'rization of high-bolling petroleum dis-
tillates - special kerosene (S content, 0.125%) and diesel fuel
has been tested and the optimum desulfurization conditions and
the catalyst life have been determinede The experiments were con-
ducted in flow equipment by a standard procedure described earlier@
In the case of special kerosene deoulfurizationg 450C was the op-
timum temperature. Tito gaseous products were 92o2-94,4% 112 and
C~_rd__ 1 / 3

1--'ACCESSION NR: AP4039330
contained no 112S, which is retnined by the catalyst no iron sulfitcs*
Because of the absence of 1125, equipment corrosion in not a danger
and chemical refining of the rroducts is unnecessary; capital invest-
ment and production costa are, therefore, low. The loss of catalyst
after 40 regenerations was only 0.28% and the degree of desulfurl-
zation averaged 88.1%, corresponding to a concentration of sulfur
in the refined kerosene of 0.014%. It was concluded that this
process is at present one of the cl~eapeat and the most rational
desulfurizntion processes for petroleum products which boll
below 300C. However, the deprec of desuirurization in diesel
fuel at 450C depended to a grcat extent on the feed npace velocity
and on the feed/catalyst ratio. The highest degree of desulfuri-
zation (75.1%) was obtained at a space velocity of 0.3 hr and a
feed/catalyst ratio of 1:1. The difficulty in desulfurizing diesel
fuel apparently lies in the rapid contamination of the catalyst
surface with coke. It was concl(ided, therefore, that desulfuriza-
tion of high-boiling distillates requires a catalyst which would
1) stimulate sulfur-compound decomposition, 2) chemically bind
sulfur and remove it from the reaction zone# and 3) have a low
Card 2 3 -------

ACCESSION NRt AP4039330
coking capacity. This research was done nt the Institute of General
and Inorganic Chemistry, Academy of'Sciencesg BSSRa Orige art*
has: 1 figure and 4 tables.
ASSOCIATION: Institut obehchey L noorganLchookoy khimil AN BSSR
'(Institute of General and Inorganic Chemistryq AN DSSR)
SUBHITTEDt 17Jan64 DATE ACQ: 09jun64 MICLt 00
SUB CODES FPq (10 NO REF SOVI 009 OTHERi 000
'Ca,d 3 3

p LIS 11cl WLA t; "d C ec; w L
A d raise
and _F mll~ was At, &fLer
vIN,
LIM

:!RLME ~:Nl

KOMAROVy V.S.; YERMOLENKO, N.F.; Y~RWIOV.j V.I.
Thermocatalytic desulfuration of speoial kerosene and diesel fuel on
an iron aluminosilicate catalyst. Dokl, AN BSSR 8 no.4%241-245 Ap
164, (MIRA 17:6)
1. Institut, obahchey i noorganichaskoy khimii AN BSSR.

C VATAMOVt V. I.
Anatomical changes in the head and neck of the femur following
oynoviotcoydn experimental conditionse Ortopetravm.i protez.,
21 no.2t27-31 F 160. (MIRA 13t12)
(mm) (SINOVM MEMBRANES)

VARLAMOVY V.I., pTofes,sor
Seauelae of acute obstruction of the mesenteric vessels witholut
b1faretionftexperimental study). Vest.khir. no.3:68-72 160,
(MIW~ 150)
1. Tz kafedry operativnoy khirurgii i topograficheskoy anatomii
(zav. - prof. V.I. Varlamov) Odeszkogo meditsinskogo instJtuta
im. V.I. Pirogova (rektor - prof. I Ya. Deyneka).
(METTERY-BLOOD SUPPLY) i IVARCTIOR)

VARLOIOV V I of.
-- --
New technic for placing knctted sutures on regional wourAs of
paremch~matous organs. Khirurgiia no.3:102-103 152.
(MI11 15 -3)
1. 1z kafedry operatinoy khirurgii a topografichoskoy anatomiyeY
(zav. - Prof. V.I. Varlamov) Odesskogo meditinskogo instituta imeni
N.I* Pirogova.
(LIVER-ZLIRGERY) (SPLMI--SURGERY) (SUTURES)

.... ..I
VARLAMOVV,-,V.I.,.Prof. (Odessa., D--57j, u1 aYademika Pavlova, d.11, kv.35)
Interrelation between intisatinal veins and intestinal arter5es.
Vest* khir. 91 no.8t122-124 AZ'63 (MIRA 170)
1. Iz kafedry operativnoy khirurgii i topograficheskoy ana-
tomii ( zav. - prof. V.I. Varlamov) Odesskogo meditdinskogo
institute. imeni 14.I.Pirogova (rektor - prof. 1. Ya. Deyneka).

OLIDEKOP, Yu.k.; VARLAMOV, V.I.
Photodecarboxylation cf mercury monochlorodiacetate. Sbor. nauch. rab.
Inst. fiz.-org. khim. AN BSSR no. 7-75--77 159. (MIRA 14:4)
(Mercury compounds)

VARIA140V j V.M. , kapitan moditainskov aluzhbv
Work of a mobile X-ray room. Voenv-med. zl=. no.5:68--69 M7 161.
(HADIOGRAPIIY-EQUIPI-ENT AND SUPPLIES) (MIIRA 14:8)

WRLAIMV, V.14., mayor rn;e(lts~lnikoy !iluziioy
Experience in orgarization -,f --~;! -- --' r~~', -j
twl-;, -, , --
unit. Vc.-n med. zhiir. no.204-31. ") J~ i.11 . , ~-,, 1,
. ~ ~
i : -~~ --

SAMYGIN, G.A.; VARLAMOV, V.N.
Conditions favorable for the survival of germinating seeds after
freezing. F12iOl. rest. ll no.2:308-315 Mr-Ap 64. (MIRA 17:4)
1. Timiriazev Institute of Plant Physiology, U.S.S.R. Academy
of Sciences, Moscow.

VIAIRLAMOVI V. N. - -
Swelling of se~~-ds a t tempera tures below freezing, t. L" - ~ , ,1- 1. t
-1 - ,
12 no.1:94-98 Ja-F 165. 12:1,;
1. Institut fiziologii rasteniy imen'L 'rimiryazeva All SSSR, Xjo-~.va.

RASHKOVICHO L.N., kand.tekhn.nauk; MAYYER, A.A., kand.tekhn.nauk; ~ ~AMOV,,
it it
Lki* I in4l.
Study of conditions for the formation of dibasic calcium hydro-
silicates. Sbor. trud. ROSNIIMS no.20:1&-28 161. (NIRA 161l)
(Calcium silicates)

ACCESSION NR: AR4036317 8/0081/64/000/004/0092/BO93
SOURCE: Referstivny*y zhurnal. Rhimiyap Abe. 0611
AUTHOR: Mayer, A. A.; Varshal, B. G.; Manuylova# N. B.;-Varlamov, V. P.
TITLE: Dehydration of certain zeolites in a vacuum and their rehydration under
hydrothermal conditions
CITED SOURCE: Sb. tr. Reap. n.-i. in-t mestn. stroit, materialov, no. 27, 1963,
3-23
TOPIC TAGS: zeolite, dehydration, rehydration, natrolite, analcine,,desmin
TRANSLATION: Baking of natural natrolite (Nt) in a vacuum at 200C does not change
its properties, but at 400C complete dehydration occurs. Previously dehydrated
Nt treated with steam at 20-250C changes into p-natrolite(PNt). PNt has the same-
chemical composition and crystalline form as the native Nt, but differs in that
the water in it is primarily absorbed wa 'ter and not water of crystallization.as
in the natural form. Therefore, PNt has twice the dielectric permeability. Satur-
ation with water vapor at 20-250C does not change the properties of natural Nt and
Card 1/3

ACCESSION NR: AR4036317
Mt. During treatment of vapor saturated PNt at 300C, it changes completely into
analcime.and sodium hydroaluminate. Natural Nt under the same conditions changes
only slightly. Apparently, the presence of water of crystallization makes the
substance resistant to the effects of strongly heated steam. Therefore, one
should look into this phenomenon as a reason for the complete stability of analcime
in an atmosphere of steam at 300S. In other words, the resistance of the mineral
to the effects of strongly heated steam is determined by the physical type of
water present in it. The presence of water of crystallization in the lattice of
Nt provides its crystals with mechanical resistance. After baking in a vacuum at
200C, desmin (Dm) fully retains the ability to be rehydrated. Due to its tridi-
mensional structure, the crystal lattice of Nt does not change during dohydration
in a vacuum, which permits the water during rehydration to return in the same
quantity. On the other hand, the two dimensional stratified lattice of Dm is
destroyed during heating in a vacuum at 400C, and because of that Dm loses the
ability to be rehydrated to a considerable extent. During rehydration of dehydrated
Card 2/3

j
ACCESSION NR: AR4036317
Nt ald Dm, the water which returns is mainly adsorptive in character. Experiments
have shown that in acidic volcanic, water-containing glass, the water is also
adsorotive in character. This permits us to make an analogy between perlites and
aeolites, many of which similarly swell up when heated. Authors' summary.
DATE ACQ: 1OApr64 SUB CODE: IC ENC 00
COM 3/3

RASHKOVICH, L.N.; _YAF4~IMOV, V..P.; SUDINA, N.K.
Effect of the compos-j*.'ion of the initial mixture on the kinetics
of interaction of Ca(OH)2 with quartz under conditions of hydro-
thermal treatment. Dokl. AN SSSR 156 no. 3:685-688 164.
(MIRA 17:5)
1. Gosudarstvennyy Ysesoyuznyy'nauchno-isoledovatellskiy institut
stroitellnykh materialov i konstruktsiy. Predstavleno akademikom
P.A.Rebinderom.

RASHKOVICH, L.N.; VAEUkMOV, V.P.
New calcium fluosilicate. Dokl. AN SSSF 1r6 no. 5:~T-,--'1094
I - .4
Je 164. (MIRA 17;6')
1. Gosiidarstvennyy vaesoyuznyy nauchno-issledovatellskiy inctitut
stroltellnykh matorialov I konstruktoly. Predstavlena akademikom
P.A.Rebinderom.

TARLmv, v.P.
Wireless tachometer used in turbodrilling. Neftianik 1 no.4:
23-25 Ap '56. (.XLRA 9:10)
1. Nauchny7 sotrudnik Vaesoyuznogo nauchno-issledovatel'skogo
instituta buroniya nefti.
(Oil well drilling) (Tachometer)
777
77777210`7

t/
AUTHOR: lbiblnovlc~h, Ya. V., and Vaziamorv, V. P. 93-58-3-6/1-7
- ------------
TIM: Hydraulic Signal Co=mication Channel With the Bottom Hole in Turbine
Drilling (Gidravlicheskiy kanal svyazi s zaboyem pri turbinnom burenii)
PMODICAL: Neftyanoye khozyaystvo, 1958, Nr 3, pp 24-28 (MSR)
ABSTRACT: Tthe authors state that the inclusion of a tachometer in turbine
drilling would lead to greater utilization of the turbine drilling method
and automation of the drilling process. When a well is drilled by this
method the transmitter of the tachometer must be mounted on the turbo-
drill and connected by a conmmication line with recording Instruments
above the ground. Extensive experience has shown that communication with
the bottom hole is best established via a hydraulic line, and attempts
have been made in the last two years to develop methods by which the.
signals from the bottom hole are transmitted to surface recording Instru-
ments via the fluid in the dri" pipe. Under this system the fluid which
parses through three opening's in the turloodrill bearing can be shut off
thz-ee times by a winged dise attached to the turbcKlrill shaft. The liquid
flow through the three openings is shut off three times during one revolu-
tion of the turbodrill shaft and this produces three periodic pressure
impulses which are transmitted to the surface recording instruments.
Card 1/2

Hydraulic Signal Com=ication (Cont.)
93-58-3-6/17
Initial field experiments ha-m discloix-d that periodic pressure pulses at a
frequency of 20 to 80 hertz are indistinct but that when the turbodril)IL iis
not used the single preasura pulses, produced at the bottom of the drill pipe
which is eqv1ppad with a special nozzle., are- qidte distinct. Fig. 1 presents
oscillogrms off si&mals producecl in t=binee (U-Ming shcrrLng that at a de-pth
of 900 m.the ewplitude of the signals is similar to that of noine and is
difficult to record. Fig. 2 presents oscillograms of single impulses ob-tained
In drilling experbwntal wells (-,rithout a turbodrill) at oil fields of the
Pokhvistnera D--4-11ing Ikipartmnt (Yoklydatnevskaya kont-ora b-areniya). Me single
inTulse.3 produced e,. the end of the drill pipe which is eqp1pped with a special
nozzle remwaia~ad practically stable and their mVlitude even at a depth of P,500 m
exceeded the amlitude of the noise. Fig. 3 shwo that the sigaals last 0.5-0.6
seconds. ai ithors conclude inhen- a tachometer is included In turbodrilling
the, in-tex-TrC between the implalsen raust lx-- extended 2-3 seconds. Such intervals
will make Dossible clear selection of the signals from the pump noise which is
within the range of 1-2 hertz. Mare are three figures and seven Soviet references.
AVAILABLE: IZbra---j of Congress
Card 2/2

VARLAMOV, V.P., inzh.
Studies of a hydraulic "turbotachometer". Trudy VPIIIBT no.3;63-82
'61. (MIRA 15:1)
(Turbodrills) (Rvdraulic machinery)

Y.P ,_in z h.
Devices for checking the insulation of electrodrills. Trudy V14*11bT
no.3:83-88 161. MRA 15:1)
(Boring machinery--Testing)

MLLININA.. V.I.; VARLAROV, V.P.
Now method for the analysis of petroleum and bitumen without
preliminary ashing. Zav.1eb. 24 no.llil374-1375 '58.
(MIRA. 11: 12)
1. Vessoyuznyy nauchno-issladovatellski3r geologo-razvedochnyy
neftyanoy institute
(Petroleum--Analysis) (Bitumen-Analysis) (Spectrophotometry)

4A
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6
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I%@ oxidation of petroleum hydirocarboos. V V
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S S. R-1 1937, A trinp. intreawf(torn ll'o' t,,
0 olmd,ral4v tht- 4 the oti.lctt.-n .I N. V-
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f I f (:
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list thv obtlijoitog and thr titilorathm oftit.- lote 1.41-wiff
to "
; of 0
et,, of the Vapor Products U1 Fortfulalcont "Ifisti"If % I .., all . 1.1.1 ... At Al"I V-1100-s 14.4
00
Aftl-w. fl a/ It id. No. 3 1 It. ~jj.. p(.01, 1, .4 1 c ft.. olitallnA Willi plitio-1 still *all l"Ifultil the *0raction .
41UITA UNIJA(loll UM ln%rStfr,.llk%j lb-i %,i~ 41-0-1 by high molecular weight hydrocarbons of a"" Idiabilo
;
-
M

l
00 0: yothetic adds V.
in dry timt1trs. absortyed in alk. wrubfwr~ atoll subsuncars from oospe of a
'
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ns
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the
h
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if) use charcoal advr6cri. The recovery of treatment with parli
1
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c'

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i "
.
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T
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a
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n( %tic K lind W the Na *411.. W th, oxviecido a pa,!---l
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of takes plam hillaultatirwoly, Which j. ll~ tile
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114 400
-
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00 45 This product when ditsolved in white spirit jjYrs quickly Z 0 00
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414 finmvd oil. The solid acids when deodorized and hydra.
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.
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.
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cAittor ml in thc inv%olce x9 0-5%, 11*504 alld HOX). And
0 4r at Ixt cultspicte dchydfatimn ix IX-51 elfirml with
I
Ow ralalvm% ill 2:-% Sol". In 11.0 by lwaling at '-.*A)' It'f Z) 0
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SAMYGIIF, G-A.; VARTAMOV, Y.N.; MATVZYBYA, N.M.
Ability of seeds to resist ultralow temperatures. Fitiol.
rest. 7 no.1:97-100 160. (MIRA 13:5)
1. K.A, Timiriazev Institute of Plant Physiology, U.S.S.R.
Academy of Sciences, Moscow.
(Seeds) (Plants--Prost resistance)

VARIARN, V.S., kand.tekhn,nauk; PMAYAS, V.M.,- GRIGORAMILI, Te.I.,
inz h.; WHOEMA, Te.D., inzh.
Production of aliphatic alcohols from liquid petroleum
paraffin, Masl.-zhir.prom. 26 no.2:25-27 F 160.
(MIRL 13s.5)
1. Tsesoyuzrqy nauchno-Issledovatel'skiy institut zhiroy
(for Varlamov, Pedayas). 2. Shabskinekly konbinat sintati-
cheskikh xhirnykh kislot i zhirnykh spirtov (for Grigorash-
vili, Eashcheyava).
(Paraffins) (Alcohols)

000000000*000*0000
00000*00000000000000 W 00
0 a it A
a -a r 6 R j-
00
*0
00
Ott
loo
Making naltitth*iato drie Valkimpy. Z% L
flodyazhina and N. M. Tilthorm OM
vayu Prew. 36, No. 5/0, 42-5(19441),-A palc naphthenk-
arid traction is obtained in 89-9% yirld by di%t9- acid(A
Tes a show
(frian Baku oil) under 40-50 mm. ptTur t
that Nf a: Ca: Fe driers made from lon are even
Ca drier. Ta
0o -1; more active than the standard Mn butated
data show the color. acid no., drying time and film hard. =fo*,
m-,% of varnishes made with IfuTh, Nfa:Ca, Sln:Zo,
%In:Fe, Pb:Ft. bfn:Pb:Ca, %fn:Pb:Zn, Ain Pb:Fc Woo
and %In:C&!Fe driers frorn this naphlbertic acid fraction. coo
0 Co,raji~w is a serious problem in making these drim. too
0a Cr-plated Fe equipment has good resistance. or metal
surfaces can be protected with a resin finish wch as Bake- 110
lite No. 86 (wt. loss 0.0481 g./sq. m.jhr. at OW). Of
9 several nonferrous metals At showed no wt. loss in 151f
9
Itts. at 180~-2001. whHe Cu and its alloys were more or Irm
0
~cvtvtly corroded. Julian F. Smith goo
0
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Rusa. W. Ape. SO, 1941.' Ir6h. hle. or other oil is
-00

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A
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1. %.. 3110v4
P")whm70 P'
is subjected w vktrf intetvhauge bY beating at" Sly'
140- 4md cimcicasitV th* Pfudwt b
lors. as "1 2 4
ltwwly at VS-245'
00 pblhfic mabldridt, wbkh it &dd0h&,I gwd drO" Puw" 00
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00 And heated lit
And (0M4 elsitic filmq~
*0
00
00
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00 .70 0
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At ULL IISGICAL LITIVATORt CL AtIVICATION tle*
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U is A, to
AA I 1 9 N 0 1 Ir IN I it
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MAYYER, A.A.1 kand. tekhn. nank; VARSHAL, B.G., kand. tekhn. nauk;
MANYLOVA, H.S., kand. khim. nauk; VARLAMOV, V.P., inzh.
Dehydration of some zeolites in a vacuum and their rehydration
under hydrothermal conditions. Sbor. trub. ROSNIIMS no.27:
3-23 163. (MIRA 17:1)

VARUMOV, V.P.., tnzh.
For Continuous progress in the work of efficiency, pronoters.
Torf.prom. 36 no.1:6-9 159. (MIRA 12:7)
1. Hooobleovnarkhos.
(Houcow Provine"-Pant indmdry-Equipmant nnd aupplion)

GRACHEV, YuriyVasillyevich; VARLAMOV, Vladimir Pavlovich; MAMIKONOV,
A.G., kand. tekhn. n-a~ ~,re M; - TSAYEVA-,-T.-T-.,-v-eif.- red.;
POLOSINA., A.S., tekhn. red.
(Automatic control in wells durin drilling and exploi-
tation] Avtomaticheskii kontroll 4 skvazhinakh pri burenii i
ekspluatatsii. Moskva, Gostoptekhizdat, 1963. 233 P.
(MIRA 16:6)
(Petroleum production) (Automatic control)

15-57-4-5511
.Work of the USSR Scientific Research Institute (Cont.)
new design was the idea that the drill itself could emit the hy-
draulic signals. It was necessary to obtain hydraulic impulses the
frequency of which was associated with the number of revolutions of
the drill. A number of cogs equal to the number of openings in the
bearing plate were made in the upper disk of the bearing. When the
shaft revolves, the cogs of the disc cover the openings of the
bearing plate. This causes the rate of flow to change at the given
point. The resultant pressure impulses spread into the drilling
liquid. They are picked up on the surface by means of a special
instrument consisting of a piezoelectric receiver and an electronic
frequency meter. The model was tested by the Pokhvistnevo office
at depths of 850 and 2460 meters. The signal from the drill was
received clearly and reliably from the tested depths. The possi-
bility of controlling the operation of turbine drills at depths of
2000 m to 2450 m without use of a special electrical line of communir
cation was thus established for the first time in the history of
these drills. Oscillograms of the turbine drill operations at vari-
ous depths are presented, together with a diagram showing the method
Card 273

15-57-4-5511
. Work of the USSR Scientific Research Institute (Cont.)
of mounting the tachometer.
Card 3/3 M. G. M.

5(2) SOV/32-25-5-22/56
AUTHORS: Kudymov , B. Ya., Malinina, V. I., Varlamov, 7. P.
TITLE: Method of a Quantitative Spectral Analysis of Water on the
Content of Chlorine, Bromine, Iodine and Sulphur (Metodika
kolichestvennogo apektrallnogo analiza vod na soderzhaniye
khlora, ioda i sery)
PERIODICAL: Zavodskaya Laboratoriya, 1959, Vol 25, Nr 5v PP 583-584 (USSR)
ABSTRACT: A water speotral analysis was worked out, which may find vast
application in geological laboratories. A spectrograph ISP-51
was employed, as the most sensitive spectral lines of the
elements mentioned in the title lie in the visible spectrum.
A spark generator IG-3 served as spectrum exciter and the dis-
charge took place in a fulgurator (Flgt Scheme) with a capacity
of 1 CM3, if Ortochrom" photofilms were used for the iodine and
sulphur determination, and films of the "Spectral Type III'
for the bromine and chlorine determination. The following
spectral lines were used: C1 4794-54, Br 4704.86, J 5161.19
and S 5453.88 X. The determination accuracy was tested with
artificial mixtures (Table 1) and the relative error in the
Card 1/2 halogen and sulphur determination was found to amount to

SOV/52-25-5-22/56
Method of a Quantitative Spectral Analysis of Water on the Content of
Chlorine, Bromine, Iodine and Sulphur
� 15%. The determination accuracy of spectral analysis on
subterranean water samples was determined by comparing with
data obtained from chemical analyses and amounts to + 2W.
for chl.orine in the case of a high chlorine content. There
are.1 figure and 2 tables.
ASSOCIATION: Vsesoyuznyy nauchno-issledovatellskiy geologorazvedochnyy
fieftyanoy institut
(All-Union Scientific Research Institute of Geological
Petroleum Prospecting)
Card 2/2

7(6), 15(6) Malinina, V. I.,,Varlamov, V. P. S0-1/52-24-11-19/37
AUTHORS:
TITLE: Concerning a New Method for Analyzing Petroleum and
Bitumens Without Prior Ashing (0 novom metorle ;inrtliza
neftey i bitumov bez predvaritellnoGo ozoleniya)
PERIODICAL: Zavodakaya Laboratoriya, 195~, Vol 24, Nr 11,
pp 1374 - 1375 (USSR)
ABSTRACT: In the determination of micro-elements in petroleum
good results are obtained by the spectral method, but
the previous ashing used in this method can lead to
the loss of easily volatile micro-elements. This latter
fact was mentioned at the IV. International Petroleum
Congress in Rome in 1955. A method is described in this
paper which is based upon the analysis of coke (obtained
from the petroleum or bitumens). The petroleum is
evaporated until a powdery coke is obtained. The crlke is
then reduced to particles 041 m-n in oize. In order to in-
crease the sensitivity of the spectral analysis the coke sa:-Dles
were investijated on tisiue paper strips treated with
Card 112 ammonium chloride. A ISp,-28 spectrorraph and a current

Concerning a New Method for Analyzin-- Petroleum and Bi- SOV/32-24-11-15/317
tumens Without Prior Ashing
strength of 8-12 amperes were used. Si, P, K, Li,
Ba, Sr, ldg, Ca. and Cr were determined qualitatively,
and Mn, Ni, V, Fe, Cu, Ila,and Ti were quantitatively
determined. The an-,lytical lines used were Mn 2593,73,
Ni 3050,82, V 3163,93, Fe 250~,57, Cu 3373,9,
Ila 3302.7~2v Ti 3372,00 0". ANF -2 microphotanetor
was used in the photo-let-ric ~_,.lyris of the s.~ectrz~~.
The rel__t~ve orror vir
as 1~. Therc~ are
2 Soviqt~xefqrences.
ASSOC I AT I0111: Vsesoyuznyy jeologo-razverlochnyy
neftyanoy institut (All-Union Scientific Renearch In-
otitute for Petroleum GeoloUical Prospecting)
Card 2/2

0

0, r C. It u it m or*
AA 08 j I a

Drying oil 41imultims with zinc Oxids as subst"Utes 'or
straight drying oil. V. '.S. VIV1411I.V Posh,hent.vt
I%S. No. 2. 21 -7 With TV.111triUM-13 vslillk-
tivr% att-1-7no ale ,tabiliorr. OW emni:%kins of lineml oil
0 wcw t4vlod.. r X. oil larid no. 4.41 fill. water 49.7. bit)
'
rhi.
0.3" . The drier remitainerd Pit (M, ItIn
rotui%ion hail 4.5 filters the viwoity of the raw evil. jkmi
.4. tAfJr liver a Mi-ilay Imt twrietel. A shuilsr vitod,um. 890
but wit h fin-Crel oil o( Acid Ito. 9.9 ant) a Ifirict ",ots - 1-1,
W 121 all.) Mn , qhowr4l after Is da" only Irmeter4 of
Idea- ..lin. *strillotable to c%alm. of water, For it- a-
1, ItIC40 Were itiltvirvtfoliv 111jillivot'll with
100- h(heil-ur, Whiting. Ct 01141M. V11FOPW ItIt-fo, III 114F9#
00 a Feel $,A-1. ASHI 11CUlAtitV. VCHOW (Whet. UhldloltlitW. 11111
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. VARLIMOV, V.S.; SLOZINA, K11.2.
Isomerization and polynerization of unsaturated vegetable oils. Patent
U.S.5-R- 77,549,Dec.31, 1949.
(CA 47 no.19:10254 153)

VARLAMOV, Viktor Sergeyeviehl NAZAROVA, A., takhn. red.
[Electrification of railroada]Elektrifikstaila stallnykb
magistralei. Moskva, Izd-vo "Znanie," 1963. 32 p. (Novoe
v zhizni, nauke, tekhnike. X11 Seriiat Geologiia i geo-
grafiia, no.8) (MIRA 16:4)
(Railroads-Electrification)

VARLAMOV, V.S.,, kand.tekhn.nauk;, IVANOVAp T.M., inzh,
Side reactions in the milfonation of fatty alcohols. Masl.-
zhir.prom. 28 no.12219-21 D 162. (MIRA 16j:1)
1. Vsesoyuznyy nauchno-issledovateliskiy institut zhirov,
(Sulfonation) (Alcohols)

1. VARL.~VfOV, V. S.
2. usSR (6co)
4. Drying Oil s
7. Ways for solvin-a the problemcf Producing drying oils vrith a cottonseed Oil 'base.
Masl. zhir. Drom. 17, no. 9, 1952.
9. Montbl_!f List of Russian Accessions. Library of Cowress, February 1953. Unclassified.

T319 DOWO Of SftikW 451W AddS. V_5. VMfIAMOV 813-1
R. A. Kramarova. 7khr. Prikbul. KAiW'-(T7XpplkA
Chetul 25, 3W -7(t=). -Rurnn. of the ""ter a61% -
(kialned by air nitkintion of the kerosine tracli,ins of tirtrol.
Scum by detv. of phys. and chem. constants of tough frow-
tioni, 410t" that the lonwing st"Ictum a - "t Tb~
portion sol. In petr. ether (conic 1517c) ections ;* 44 ~Ydfo-
Th-~
r"l , M! * of ""let acitio" he ronden'La.
141" PrJL,;, ~ brl,.y rathonyl
group% as Substittv"t-4. Tlw IV. n1ol. wt. 14 1.110, CottlK, 0-M
C ittnm% 4ntl 3 4 Oatoin%. Sonw tv It7v of dibasic aciif% an.
wnt. Pos^ibly the poly me" are formed by cvntlru~* I i4mi
!
7,hr aidehyde groups to form chain p"Aucts, although the
foritution of shichyde-plicsiol-in* candrn*jtrs J~ *I--
Fmsible. The prixtucts appw to form from Wrotwhim-
that hAve a vnethyfrine group or a plundity of inethyleut
Ituu1m. The osklation is wen as adda. of at. Oto the CH.
I-p% to form wcon4ary a1c. crimps. whkh then go over lot
the curbovyl derivs. G. M. Kow~hpnff

VARLAMOV, V. S -
Chomical Abst.
Vol. 48 No. 9
MaY 10j, 1951,
Petroleumf Lubricants, and Asphalt
nature of ad 'ficial es er aci I.-
'-The
. - .. -r.
~A'Kramxrova- n C.A. 4-5,
rans"t
mv,~ tio
ge-3
Y~w

VARIAMOV, V.Se. kandidat tel-chnicheakilea nauk.
~'X"
Remarks on the revisw b7 A.G.Sergeev. M.V.Irodov and othera concerairg
the book "Processing of fats." Masl.-zhIr.prom, 20 no*206-37 1515.
(Oils and fata) (MLM S:r-)

VARLAMOV, V.S.
Problems of the comprehensive development of industrial
oenterol based on the study of the economic relations of
Orenburg. Vop. &eoa. no.6ls74-86 163. (MIRA 3.6s6)
(Orenburg-Industries)

IIARLAMOV.-V..L; KAZANSKIY, N.N.
Average length of freight haul b7 railways in the future.
VON 9809, no.61-.24,.33 163, (MIRA 16:6)
(Railroads-Freight)

BEMUSOV, I.I.; KA2.ANSKIY,, N.N.; OIDVP Voss
FutUre development of interregicnal relations and freight traffic.
Vop* geoge noo57:3;+7-179 162, (MIRA 15:10)
(Transportation) (Freight and freightage)

POKSHISHEVSKIY, V.V... doktor geogr. nauk,, prof.; VARLAY.,OV,_Y,_a.; KIOREV,
B.S.; STEPA11OV, M.N.; DOT'.ZXIKOV~ V.I.; KOLOBNDVI M.H.;
VOROBIYEV, V.V., kand.. geogr. nauk; KLIVOV, A.I.; STEPANOVp
A.A.; HYAKUSHKOV, V.A.,, red.; BELICWKO, R.K.., m3.adsbiy, red.;
MALICHEVSKIY) G.N.9 G.N., red.kartj VILENSKAYA, EX.., tellm. red.
(Moscow - Vladivostok; railroad guide]Moskya - Vladivost:)k; pu-
tovoditoll po zbeleznoi doroge. Moskva, Geografgiz, 1962. 266 p.
(MIRA 15:11)
(Railroads-Guides)

VARLAMOV, V.S.; KAZANSKIY) N.N.; SEMOV, P.Ye.
fflransportation geography of the U.S.S.R." by I.V. Hikollskii.
Reviewed by V.S. Varlamov, N-11. Kazanskii. Geog. i khoz. no.9:
82-83 161. (MIRA 14:11)
(Transportation)
(Nikoltskii, I.V.)

VARLAMOV, V.S., kand.tekhn.nauk; Prinimal uc"stiye KFOPKO, T.V.
I.!--
Storage capacity of the "Novost'll washing powder. Yfasl,zhir. prom
27 no.9:15-17 S '61. (MIRA 14:11;
1. Vsesoyuznyy nauchno-issledovatellskiy institut zhirov.
Washing powders--Storage)

'~-m -ov-V 5
flip
Im 3 Ja 3
0-9&
j , '* I z lei
I g IA3 1110
Ilia in .4

VARLANO kand.tekbn.nauk; WINA, A~L; KUDHrASHOV, A.I., inzh.;
UDOVNIKO, V.S.P inzb.; XOGAII, G.A., inzb.
Continuous oxidation of paraffins under industrial con~-
ditions. Maol.-zhir.prom. 25 no.10:39-41 159.
I (MIU 13.,2)
1. Vsesoyuzz~7 nauchno-iseledovatellakly institut zhirov
(for Varlamov, Illina). 2. Shebakinskiy kombinat sintetichs-
akikh obirn7kh kielot i zhirrVkh spirtov (for Kudryasbov,
Udovenko, Kogan).
(Shebakino-Paraffins)

V,kRLA14DV, V.S.
Fo~p-urktlm geograpV. In nRw monigraphis on econonic regic-na
and Union rolniblicas VoporAoge no.lf5*-253-258 1.59*
(MIRA 12:5)
(Bibliograph7--Population)

-WIN

VAqWfOV, V.S., kandidat teehnicheakikh nauk.
Mechanism of the drying of film-forming substences of vie ester
type. 17 ao.11-19-20 N 152. (MUA 1(":?,
I
1. Vaesovuzrqy nauchno-issledovatel'skiy institut zhirov.
(Films (Chemistry))

.-.L,S., kandidat takhnicheakikh nauk, PEDAYAS, V.M., inzhener;
-.'MMORASHVILI, Ye.I., inzhener; KASHCHICYEVA, Te.D., Inzhener;
ASICYEVA, A.A., inzhener.
Production of s7nthatic fattr alcohols. Mael.-thir.prom. 23 no-7:27-30
15? - (MLRA 10: 8)
l.Vassoyuzny7 nauchno-iseledovatellskiy institut shirov (for Varlamov,
Peda3ras) 2.Shebekinskiy kombinat aintaticheekikh zhirnykh kislot i
zhirnykh epirtov (for Grigorashvili, Kashcheyeva, Aseyeva)
(Alcohols)

VARLAMOV, V.S., kandidat takhnicheskikh nauk; SIFITLTA, Z.V.
AcRe obtained in the production of fatty alcohols. Naal.-zhir. prom.
23 no.3:21-22 '57. (KMA 10:4)
1. Veasoyuznvy nauchno-issledovatel'skiy ins'%-Oitut.zhirov.(for Varlamov).
2. Shebekinskiv kn?nbinat sintetichaskikh zhirnykh kislot I zhiruykh spir-
tovI(for Sipsyeva). .
(Acids, 7atty) (Alcohols)

.,! - -24 ~ -1 - -.
KHORRY, B.39; VARLAMOV, V.S.
In the central Angara Valley. Geog.:r shkole 19 no.6:7-18 X-D 156.
(mLn lo: I)
(Angara Valley-Description andtravel)

-,- ~~, - - , ." 1, , _n.,
V.ARLAMOV, vagiliv Savellyevich; HSLIKOVA, L.S., radaktor; MMINMA, Ye.h.,
Ts- I . md-vf Mile6r
(%Inufecture of dryin& oils aad deasicantal Proizvodstqo olif i
eikkativoy. Moskva, Pishchepronlr4at. 1957. 99 p. (,tlVlj, la: 11))
(Dr,yLne oils)

TOMMY I.M., insh.1 PETROV, N.A., kand. takhn. nauk; MAYOROV, D.M.,
kand. khim. nauk; STERUM, B.Ta., kand. tekhn. nauk; MOLIN, F'V.j
VARLAMOV, V.S., kand. tekim. nauk; CHERKAYEV, V.G., kand. kfihir.
inzh.; MECHKIM, D.B.,, kand. tekhn. rauk;
RAI)CHESK0, Ye.D., inzb.; SHEM10, O.F., inzh.
Obtaining higher unsaturated alcohols by the method of selocti-m
hydrogenation of whale ail. Mael.-zbir. prom. 29 no.3:18-21
Mr 163. - (MIRA 16:4)
1. Vsesoyuznyy nauchno-isoledovatellskiy Institut neftekhimi-
cheskikh protsessov (for Mayorov). 2. Vaesoyuznyy nauchno-
issledovatel'skiy.institut zhirov (for SterlinI Nevolin,
'Varlaxov). 3. Vsesoyuzn-vy nauchno-issledovateliskiy institut
Finteticheskikh i naturalInykh dushistykh veshchestv (for
Orechkin., Radchenko Shepotlko). t.
(Whale oil) (AlcohoW

~ Vt.W,MIOV, V. S.
...-
New :,n e:!c-iinalc gpof7 i C-
, rapky, 96
no.4'.350,-361 164. NTF-At PzIC)

VARIAMOV V.S.
11 All-Ir
Quantiiative mfalUP-tior cf ecorome and zreogiaphical co----~Iticn-
of cities. Vop. goog. no.66:130-340 165.

V, i0- Y I:._- x 'Y
ye.
hr. J.
RZ ted r--d f 2,
I v
Mr 16-5. ! ..; - -- I
1. Glavrlyj upravlell'ya 1.0 stroitul '."'twu
avi,nmobililly'kh df~rog NIA (" 1,10 r! i ya V~i r- I a rr;
( f
-1. a rr r-~"Ixcfya" (for.
G
!yy

VARLAMOV.,je.O.; HISKO. A.Ye.
-11--.- Using now bookkeeping systems in road building. Avt.doro 20
n0-12:32 D 157. (Road construction-Accounting) (MIRA 12:4)

VARLAMOV, Ye.G..; VOLODARSKIY, V.I., ekonomist
Fliminatp, expenses due to irpfMcliericy. Transp. strol. 15 no,.7,-.34-35
11 165. (RIM 18:7)
1. Glavn)rf bukhgalter Glavdorstroya (for Varlamov).

STMIllYrWo Yu.M.;_.~A~LAMOV, Yu,F,
narte saw deeigned by A.P. Denlkach. Der. pron, 13 ro.121i
28-29 D 164 . (',"?A 18:2,i

CHASHCHIN, A.M.; LF-BEDEVA, N.M.; PMNYKH, M.S,; VARLAMOVA A.I.
. 1.1-
Removing resinous impurities from technical acetic acid.
Gidroliz. i lesokhIm. prm. 16 no,2:10-12 t63 ?MIRA 16x6)
1. TSentrallrqy nauchno-issledmtellskiy i proyektnlyy inettitut
lesokhimicheskoy promyshlennosti.
(Acetic acid)

m
-- -- -- , --- - - - -- - -- - - - -- -- -- --- - - - - - --- ---- -- - ---- -- -- - -- - - -- - - - -
VARUMOVAx E.L.
Complications during acrichine therapy for children with la=b2i&viz.
Sov. med. 25 no.5zl37-138 My 161. (MIFA 14.- 6)
1. Is 9-~y detekoy infektoionnoy bollnitey Frunzenskogo rayona
Mookvy (Clavnyy vrach:A.M.Felldman).
. (QUINACRINF-TOXICOLOGY) (GIARDIASIS)

VARLAROVA, 1.
SculDtrese V'16'ra- ~,kiizrushkina. Rabotniten 35 no.'B:p.2 of cover
0-9)
Ag '0- Uklmuehkina. Vera Xtikhailov-na) (MIRA 10:9)
uSSR /themical Technology. Chemical Products 1-26
and Their Application
Lacquers. Paints. Drying oils. Siccatives.
Abs Jour: Referat Zhur - Khimiya, No 9, 1957, 32614
Author Varlamova I.N., Golubev B.P.
Title Method for the Determination of the Dimensions
of Particles of Aluminum Powder
Orig Pub: Zavod. laboratorlya, 1956, No 1, 80-82
Abstract: A rapid determination is made using a single
0.1 g sample of the powder (P), by measuring:
a) average thickness of particles I on the
basis of the surface area occupied7by the sam-
ple when it is distributed in a continuous
single layer on water; b) average transversal
C ard 1/12

USSR /themical Technology. Chemical Products 1-26
and Their Application
Lacquers. Paints. Drying oils. Siceatives.
Abs Jour: Referat Zhur - Khimiya, No 9, 1957, 32614
dimension of the particles I under the micro-
scope, at 200-1000 mag-nificition; this dimension
is determined by means of an eyepiece grating
or object-micrometer, or on a microphotograph
by means of a scale-ruler.
C ard 2112

POZIRMKAYA, A.M.
_IAII
Medicinal foms of some X-ray contrast preparations. Wed.
promphl. SSSR 17 no.8:36-37 Ag'63 (MIRA 17 t2)
1. Vsei3oyuziiyy nauclmo-losledovatellakiy klAmiko-farmatoev-
ticheskiy inatitut imeni S.Ordzhonikidze.

GVOZDETSKIY, N.A., prof.; ZHUCHKOVA, V.K., dots.; ALISOV, B.P., prof.;
VASILIYEVA, I.V., dots.; VARLAMOVA,-_M,A,,, tokhnik-kartograf;
DOWOVA, L.S., dots.; ZVOIRYKNIN, K.V., at. nauchnyy sotr.;
ZFJ4TSOVAp A.I., assistent; IVANOVA, T.N.; LEBEDEV, N.P., at.
prepodavatell; LYUBUSHKINA, S.G.; HESMEYANOVA, G.Y-n,, mlad.
nauchnyy sotr.; PASHKANG, K.V., at. prepod.; POLTARAUS,B.V.,
dots.; RYCHAGOV, G.I., st. prepod.; SPIRIDONOV, A.I., clots.;
SMIRNOVA, Ye.D., m1ad. nauchnyy sotr.; SOLSTSEV, N.A., dots.;
FEDOROVA, I.S., m1ad. nauchnyy sotr.; TSESELICHUK, Yu.N.,
m1ad. nauchnyy sotr.; SHOST'INA, A.A., 4aad. nauchnyy sotr.;
Prinimali uchastiye: EELOUSOVA, N.I.; GOLOVINA, N.N.;
KALASHNIKOVA, V.I.; KOZLOVA, L.V.; KARTASHOVA, T.N.;
PANIKOVA) L.I.; URKIKHO, V.. PETROVA 1K.A., red.; LOPATINA,
L.I., red.; YEF04AKOV, M.S., tekhn. red.
[Physicogeographical regionalization of'jhe non-Chernozem
center] Fiziko-geograficheskoe raionirovanie nechermfzemnogo
tsentra. Pod red. N.A.Gvozdetskogo i V.K.Zhuchkovoi. Moskva,
Izd-vo Mosk. univ., ~963- 450 P. (MIRA 16:5)
(Physical geography)

24M SO'714 8 -2 3 -9-3 6/57
AUTHORS: Varlamova, X. I., Sventitskiy, N. S.
TITLE: The Spectroscopic Determination of High-percentage Components
of Noble Metal Alloys
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskayal 1959t
Vol 23, Nr 9, PP 1133 - 1135 (USSR)
ABSTRACT: In the introduction to the present paper the necessity of de-,re-
loping spectroscopic methods for highly alloyed noble metal
alloys is pointed out, and small sample dimensions and "he
possibility of carrying out control-investi.-~ations of finished
work pieces is demanded. The experiments carried out by the
authors show that the high-frequency spark is best suited as
a light source, because in this case the excitation conditions
may be most easily regulated. The investigation of A--Cu-alloys
(Cu-content between 8 and 50%) is then described. The experi-
ments were carried out with a high-frecaency spark of an amperage
of 0-5 a, and a voltage of 220 v. At these "soft" conditions a
sensitivity to the physical state of the samples --anife--ted it--
self. By increasing the discharge capacitance an increase of
Card 1/2 concentratior-sensitivity was attained, in which caze the inter-

The Spectroscopic Determination of High-percentage SOV/4e-23-9-36/57
Components of Noble Metal A113ys
sity of both the Ag-lines and of the Cu-lines was varied.
Furthermore, no difference was found in the calibration curves
of cast and worked samples at various discharge conditions.
Analogous results were attained in the determination of Cu
in alloys with nickel and in the determination of gold in
ternary alloys of the system Au-Cu-Ag. Finally, it is stated
that the experiments described may form the basis for a deve-
lopment of exact methods of analyzing the types of alloys in-
vestigated, and the possibility is pointed out for inv~_sti'_
gating the variation of the metallo-physical states of the
alloys by means of the spectrum of low-energy sparks. There
are 1 figure and 8 references, 7 of which are Soviet.
Card 2/2