SCIENTIFIC ABSTRACT KOMAROV, V.A. - KOMAROV, V.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824110003-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Practical Studies in Organic Catalysis SOV/2924
Bibliography
Ch. II. Control of Catalytic Reactions
36
1. Measuring the rate of gas flow with a rheometer- 37
2. Measurement and regulation of temperature 40
3. Control-measuring and regulating devices for high
pressures 50
Bibliography
53
Ch. III. Prinoipal Characteristics of Catalysts
1. Comparison of the reaction velocities of normal and
catalyzed reactions 54
2. The effect of calcination temperature on surface area
and catalytic activity 56
3. Determining the specific catalytic activity of
aluminum oxide 59
4. Determining the specific surface of a catalyst according
to the wetting heat of powder saturated by vapors of a
wetting liquid 70
Card 3/6

Practical Studies in Org,anic Catalysis SOV/2924
5. Determining the general porosity of a catalyst 74
6. Determining the wetting heat,of catalysts 78
7. Thermographic investigation of the dehydration of
hydroxides or the phase transformation of oxides
' 80
8. St
Phase composition of a copper cataly 83
Bibli ography 87
Ch. I V. Catalytic Reactions in Organic Chemistry
1. Catalytic liquid-phas.a hydrogenation 6~-unsaturated
compounds 89
2. Catalytic hydrogenation of toluene 93
3. Catalytic dehydrogenation of cyclohexane 96
4. Hydrogen disproportionatioh r;eactions (dehydrogenation) 102
5. Hydrogen redistribution reactions between several
molecules of the same substE~hce (N.'D. Zelinskiy's
irreversible catalysis) 105
6. Preparation of,n-butyraldehyde by the dehydrogenation
of n-butyl alcohol 1o6
7. Catalytic cyclization of paraffins (dehydrocyclization) 108
8. Kinetics of the dehydrocondensation of trialkyl silaned
with alcofiols during the catalytic action of alkalies 129
Card 4/6

Practical Studies in Organic Catalysis SOV/2924
9. Alcohol dehydration reactions 115
.10. Hydration of butylenes 117
11. Hydration of acetylene hydrocarbons (Kucherov's reaction) 120
Alkylation reaction ~, 124
13. Preparation ot lsbpropyl:benzene.by the cor.-lensati.on
,of benzene with isopropyl alcohol over an aluminum
silicate catalyBt. 129
14. Preparation of methylphenylacetylenyl carbinol according
to Favorskiy* 134
15-. Preparation of n-toluyl aldehyd6 (according to the
Gatterman-Kokh reaction) 135
16. Polymerization of isobutylene 137
17. Polymerization of styrene 141
18. Preparation of methy-benzyl ketone (1-phenyl-2-propanone)
from phenyl-acetic and acetic acids 143
lg.. Catalytic methods of preparing methyl-isobotyl ketone 145
20. Preparation of complex eaters and ketones from primary
alcohols 149
Card. 5/6

KOMAROV. V.A.; CHERNIEDVA, Ye.A.; ROM&ROV, G.V.; LMNCHIK, Z.I.
Mechanism of the catalytic action of metal oxides in the reaction of
decomposition of 6ruic acid. Vast. 1GU 15 no.16:120-133 l6o,
(MM 13:8)
(Metallic oxides) Obrmic acid)
(Catalystev)

1. 68 -a -jA
,97 0 o
5 (4 5/076/60/034/01/006/044
AUTHORS: Komarov, V. A., Chernikovag Ye. BOIO/BO14
(Leningrad)
TITLE: The Effect of the admixture of Some Oxide& to Aluminum Oxide
Upon the Catalyti Properties of the Latter in the Decomposition
of Isopropyl Alooholq
PERIODICAL: Zhurnal fizicheskoy khimii, 1960, Vol 34, Nr i, pp, 43 - 45 (USSR)
ABSTRACT: In this paper the authors investigated the effect of various
oxide admixtures upon the catalytic properties of aluminum
oxide. The admixtures and their concentrations were chosen in
such a manner that their addition could effect an extension of
the lattice of the basic oxide. The investigation of the oxide
preparations as catalysts comprised the determination of the
initial reaction temperature at the beginning of gas-formation
(Ref 3) and the performance of experiments at different tempera-
tures and volume rates." Results are compiled in tablea I and 2.'
Herefrom it follows that the initial temperature hardly depends
on the presence of admixtures. The decomposition rate of Iso-
propyl alcohol is somewhat influenced by I mole% of-the admix-
Card 1/2 tures, and is increased according to their character and experi-

KCMARGVp V.A,; CIIMIKOVA, Ye.A.; KOMAROV, G.V*
Effect of admixtures to al=in= and iron oxides-on the cata-
ly-tic decomposition of formic acid. Zhur. fiz. khim, 36 no,3:
540-545 Mr 162. (KMA 17:8)
1. Moskovskiy gosudarotvennyy universitet imeni Lomonosova.

BAZHINOV, A.G.; GARIN, N.S.; KAMORSKIYP N.#.; WM~10V~ V.A.
Sterilization of nutrient miedig usingp -propiolactone. Lab.delo
8 no.5:46-49 VT 162. (KIRA 15:12)
(HrDRACRYLIC ACID)
(BALCTFRIOLOGY-CULTUM AM CULTURE NEDIA)

FOUN, A.V.; SKLADMV, A.A.; KOHAROV,, V.A.
.......
Acylating action of mixed anhydrides of fluorine-containing
carboxylic acids. Zhur.ob.khim. 33 no.10:3271-3274 0 163.
(KIRA 16:211)

KIIARITONOVP N.P.; KONSTANTINOVA, G.T., FJWMBIN, Yu.I.; KO~aROII, V.A-
Gately-tic reaction of trialkyl (aryl) silanes with allyl alcohol.
Izv. AN SSSR Ser.khim. no.10:1749-1756' 0 163. (MRA
1. Institut khimii ailikatov im. I.V.0rebenshichikova AN SSSR.

DOLGOV, B.N.; VINTER, ~ 7.A.; KRARITONOV, N.P.;
MMOBINP YU.I.
Interaction between pentaerythritol and trialkyl milanes
in the presonce of some metal halides. Izv. AN SSSR. Ser,
Mix. no,12i2146-2152 D 163. (MMA 17tl)
le Inatitut khimil dilikatov im. I.V. Grebenshchikova AN
SSSR i Leningradskiy gosudarstvennyy universitet.

KNUNYANTS, I.L.; DYATKIN, B.L.; FOKIN, A.V.; KOMAROV. V.A.
Nitration of perfluoroisabutylons. izv. AN SSSR. Ser. khim.
no.8:1425-1429 Ag 164. (MIRA 17:9)
1. Institut elementoorganicheakikh-soyedineniy AN SSSR.

A
t
'L 21735_6~5 Fe-h/Pr.-h/Ps-h SSD(a)/RPT, RXAdW
-,:R- AP4044703 S/0062/64/000/008/1425/1429
kUTHO.R.- Knun B~ L. Fokiri A. V. KomardvL.~~W A _.:
yants',
I'l 1- L ENLTRraUon-o_'f_ perfliio__f_616
SOU'RCE: AN SSSR. Izvestiya. Seriya khimicheskaya, no. 8, 1964, 1425-1429
TOPTC TAGS- perfluGra sobutylene.,:,--nitration, -nitrogen tetroxide reaction,_
fluo robutylnit rite, perfluo roisobulty1dinit rite, nitrrperfluorobutanol,
nitroperf
.~~RST ?,.!kCT- PerfLuoroisobutylene was heated with an equirnolecuiar amoun~f' off
. 0 - C ~or
17
LO I'L. - blityl 1111 r1le ~cornooun(i V in -,,n ec I c,:n ir e)
and frac~;on bolinrr 30-1 -.,.x*.,-:re o~ oer-
iCF;~.,.( r -,~rv-:,nr7 nrodzrts
0 t~ e 3 109
ic acia il%i in ~.'10-0 viuid based on iniLiaj pr�rLfiuur-u~~tio~u-uLyitti-ie. NLLI-op, r2,UQr'O-
- I j
1 3

T 211735-65
ACC I
ESS701N.NR: AP404-1703
(D:) .vas obtained In 23% yield, based on initial perfluoroisob-itylene,
-1-1-6 1-1~
i LI-/LN. irisLitut elementoorganicheskikh soyedinemy Ak-adernii. nauk SSSR
717--) 7n. e - a c C orr. no u n d s cle -r
D- ',8Dec62 LN C L. 0
0 REF SOV: 005 OTHER: 004
SU13 CODE: GC, MT

AP4044703
ENCLOSURE: 01
c
G-q.o G-K-0
\C - CF, C- Fi%'0al---CFo\C--CF,.vOl(V!)
ONO
:1.0
t' F, CF
C F , 0 N 0 c - c F ON 0 R\r C, No
C-Ccoll
CF11 CF.1 I CF3
0 IN 0 0H 6m
(X)
Card3/ 3

AUTHORS: Bochin, V. P.; Zherebtsova, K. I.,- Komarq~~,-K,,
Kra-~:-~ov, L. V.-, Litvii~-, V.---F.; Mmilov, Yu. A.
TITLE: Elastic scattering of deutero y separated nickel and ziac,
isotopes
SOURCE: Zhurral eksperimental!noy i teoreticheskoy fiziki, v. 47,
no. 3, 19G4, 855-859---~
1scatitering, I Soto pie -effect
A-nSTRACT.- The angular distributions of the elastically scattered
were measured with a 90' magne-tic -7he deuteron
as 5MeV, clcse to the oDtimal value for studying the in-
che surface structure on the anqu'ar di&tribution of
.;-jqLjra11v scat'Lered deuterons. The e;,q)erimontal method was de-
Cam

UUM
L
~_ACCESSIOU NR.- AP4G46398 C)
scribed elsewhere (Ifemilov and Ditvinj*PTE, No. 2~1321 1.9601. The
tar",,-,,fits were thin self-supporting foils (-2 ma/cm . of Fooarated
ot nickel and zinc, prepared in accordance with a previous-
.:I, ly des,Lrlb_ed~provedltire (BbqhiA~_'P__t_AI_. e__ Report on (Dr -P~: Rea~tioniv_-
at the Paris Congreo!i Ion Nuclear Physics, 1964). A distinct iso-
effect was observed in the elastic scatterinq of the d(~uterons,
-i a systematic increase in the de,,-iation of the cross
i secr-Lon from, the - Rutherford-, croa-a . section . as - pairs of -neutrons -are 7
ladded to an aven-even nudleus-i' CoMuter calculations of the elastic'.:-
0 a, if 3~ r es
L
e
different isotopes. Couparison of theory and experiment yielded
the nuclear boundary diffuseness parameter for all the stable iso-
t~:,pes of nick-al and zinc. Orig. art. has: 2 fiTures, 2 foniralas,
:able.
Cn,d 2/3

NR. AP4046398
Z T-,eninqrndskiy gosudarstvenny*y universitet (1,,:,.ningrad
6 4
Card 3/3
01 f HE P. 009
UR REF SOV: 008

---- - ---- --- - - ---- ---
BOCHIN, V.P.; ZIIER?,BTSOVA, K.I.; KOMAROV, V.A.; KRASNOV, L.V.; LITVIN, V.F.;
NEMILOV, Yu.A.
Study of (d,p) otripping reactionn on nuclei of medium atomic weight.
Part 3. Vest. LGU 20 no.10:34-51 165. (MIRA 18t7)

JK IN
A.V.~ KOWC Mi'll Vti, SKLADNEV A.A.; DAVYDOVA, SA
Reacti-vity of nitroperfluoroal.kyl nitrites and prodact.,l of their
transCormation. Part 13 Reaction of ni trope rf luoroaliq I n1trites
with hydrogen sulfide. Zhur, ob, khim. 35 no.9i!662-1~i64
Reactivity of nit-nen"luoroalkyl nitrites and proQuw:s of their
transformation. PariD 2; Reaction of nitroperfluorcalky'L. nitrites
,RA 16j10)
with mercaptans. Ibid.:1664-1666 (M I

-kdt- 45
UA ~;6 0 iO 3 8 2 SOURCE CODE: uR/0114/66/oOO/006/0035/00381
AUTHOR: Yuditskiy. P. L. (Candidate of tecbnical sciences); YeEorovs--
P. G. (Engineer); Komarov.-V, A.
ORG: none
IV
TITLE: Tests of graphite, piston rings in the gas plungers of Wa3pl
fuel pumps -1 1
SOURCE: Energomasblnostroyaniye, no. 60 1966,, 35-38
TQPIC TAGS: engine -piston, graphite, diesel engine
'TRACT - 4
A
B!3 ,The article reports the results of teats o:6 the wear
r"istanJ and sirvics life of piston rings made of dfffereFf-b-r-ands of.t
ar~tifrictien graphite.materiels, to determine the optimum cost iron-
gripbite pair under aonditi6na of dry friction in a gsB modiump at
cooperatively high temperatures. The wear was determined by six
mdasurements of each ring. The relative weer and tho rate of wear werel~-',
determined from the value of the absolute wear. The test materials for
the rin s were native materials Brands AO-1500S05 and 2P-1000 and
Brand A9V3 made by the "Acheson" company Results (tabulatedi indicate
that, of the three materials tested, the beat wear resistance was shown
CarO 1/2 UDC: 621.887,621.892.7.001.k
__~_45129-66
kCd NR- AP6020362
by a calcined dense material without metallic Impregnations (2P-1000).
The average rate of wear of this material was 0.13 micronsAr. Ir the;~''-'
permlasible relative wear is taken at 15% 1 such rings could operate f0'
i0,000 hours without r6placoment, The material from the "AftesonR.
QoMpany was less I-esistant in a gas medium, tho wear belne.34 A. ines
grgater than Car AO-1500SO5'and 10 times greater,tban tor 2F10()09.- In t"
general# the results arp'seLd to confirm tbO P09albilit* of using
graphite piston rInges wi%tp,dry friction, in the cyliodors ot Moors,
(Prig. art 2 tables,
has, 3 figures ftnd
SUB CODE: ;21,9 1l/ SUBM DATE: none/ ORIG REF: 005

L 32682-66 E"WT(M)/WP i
I SOURCE CODE- UR/0062/66/000/003/046~/0472
TC'CNR. AP6012527
AUTHOR: Knuavants..I. L.; Tdcin, A. V.; Kamarov, ve As
-ORG: none
TITLE: NLtration-of perfluoropropylen with nitrogen dioxide and investigation of ni-
tration products
SOURCE: AN SSSR. Izvestiya. Seriya khimicheskaya, no. 3, 1966, 466-472
TOPIC TAGS: nitration, organic chemistry, nitrogen oxide, fluorine compound I
ABSTRACT: The present study is a continuation of work reported in DAL AN SSSR, III,
1035 (1956). The synthesized nitration products are given in the following table....al
with sme of their prqperties:
UDC: 542.956.1 + 661.723-16
1/ 3
-----L-32682-66
ACC NR, AP6OD527
Boiling
Boiling
point
point
.0c (Wes-
OC (pres-

ormula sum, mm
F
l
'sure , mm
A .20
ormu
a Hg)
57 1,63X 1,3276 r-F,C-CF,NO,
118,5
1,391 1
3520
ANOMU~
Civ-41-OVIONO. ." iiLtio M 1
I .
&%o Oil CFO oc'", ,
\OR
OH

cr
c
CF
M ' ,

V -,4 0,

8(44)

,616 1,3621
-
i-
0.
.
op

2-M

,5W

,2955
0
'OF C-CF,NO,

7
1
609
1 42-43.

64--63(25) 1,4605 1,3158

1,390 1,3�25
OH
G1 , ,M

0

,936.
1
3768 CY.-Cil.-OH

1
65(401
1147921,3780
OH^Br , NO,
C7r-G-CFNO.

CK
-45(20)
1,6282
1,3495 CH,

CrO-d-C".
*35)
1,29501,3915
NO.
DUrJ ng'ni
L 'tration, vf
Wing L 10 P*Vflu0r0Pr0PY1W16 with nitrogen dioxide, nitroperfluoro
-
:
nitrile
i le
dinitroperfluoroprWane form.
HYdr0lY8i8 o
JE
4

nit
roDerflucroisa
U
-trite.produces rd
troperfluoroace
tone hydrate which upon pr

dehydration produces

NRI AP6012527
'nitroperftuoroacetane. The chemical properties of nitroperfluoroacetone were investi-
gated and some of its derivatives were synthesized. Nitroperfluoroacetone reacts with
basic compounds to form difluoronitromethane and trifluoroacetic acid derivatives. The
reaction of-.nitroperfluoroacetone with nitrosyl fluoride produces the sane perfluoro-
isopropyl nitrite as that produced by heating of perfluoropropylene with nitrogen diox-
ide, which* proven the structure of nitroperfluoroisopropyl nitrite according to the re-
actLW
NO&- Wv-tF-UsNoll
0~k-o 6-m-o
NO
Ot NO* NO NO, ~No Not
whLah coriesponds to structure III. Orig. art. has: 1 table.
8M CODE,: i7/ SUBM DATE: 2lKov63/ ORIG REF: 005/ OTH REF: 005
-CeW -3/3~-- L42r-

LIMAR'Y T.F.; UVAROVA, K.A.; BULACUVA, A.F.; SGYVUBM, A.S.; BEDNOVAP I.N.;
MAKOVSKAYA, E.B.; SOLOMEINA, G.I.; DOLMATOV, Yu.D.; BOBYPENKO, Yu.
Ya.; ROGAN, F.I.; KOVALENKO, P.N., IVANOVA, Z.1.; FOKIN, A.V.;
V.A.; SOROCHKIN, I N.~ DAVYDOVA) S.M.i RAVDELI, A.A.;
Goin 'DAUKSMS V i
9 0 . . Dauksasx V.1; PIKUNAYTE, L.A.
[Pikunaite, L.); SHARIPOV, A.M.; SHABALIN, I.J.; STEPNOVA, G.M.;
SHMIDT, Ye.V.-, DUDOV, S.S.; STRUKOV, O.G.
Scientific research papers f the members of the All-Union
Mendeleev Chemical-Society (tr-lof information). Zhur. VHKO
10 no.3050-360 165. (MIRA 18:8)
1. Donetskiy filial Vsesoyuznogo nauchno-issledovatellskogo
instituta khimicheskild, reaktivov i osobo chis'vkh khimicherkikh
veshchestv (for LI-1, Urav--q '. 11-11-cheva). 2. Urallskiy nauchno-
iseledovatellsi.i7 klUmich6ikiy Institut (for ShubinP Bednova,
Makovskaya, Solomeina). 3. Chelyabinskiy filial Gosudarstvennogo
nauchno_is3leAovatel1skogo i proyektnogo Instituta manerallnykh
pigmentov (Dolmatov, Bobyrenko). 4. Rostovskiy-na-Donu univer-
sitet (for Kogan, Kovalenko, Ivanova). 5. Leningradskiy tekhnolo-
gicheskiy institut imeni Lensoveta i Institut minerallnykh
pigmentov (for Ravdall, Gorelik). 6. Villnyusskiy gosudarstvennyy
universitet imeni Kpsukasa (for Daukshas, Pikunayte). Nauchno-
issledovatel'skiy institi% neftekh-4micheskikh proizvodstv (for
Sharpipv, Shabalin). 8. Tomskiy politekhnicheskiy institut
imeni Kirova (:P)r Stepnova, Shmidt).

KOj,Lkr%CV, Tj.p.. (ftybyahev)
I 'OR- Izv- PW SS'9R'
Efficj.#nt diatributiOn of materiala It stru,-'uT (MIRA l8slO)
K*kb. no'65t85-87 8-0 165,

BOCHIN, V.P.; ZMTJMTSOVA, K.I.; ZOLOTAREV, V.S.; KQURQV,,-7,V.A.;
KRASNOV, L.V.; LTTVIN, V.P.; NEMILOV, Yu.A.; PISKORZH, Sh.
Study of (dp p) stripping reactions and (d, d) elastic
scattering on nuclei of mean atomic weight. Part 1. Vest.
LGU 18 no.22:68-77 163. (MIRA 17:1)

BOCHIN, V.P.; ZHEREBTSOVA, K.I.; ZOLOTAREVO V.S.; F,_ gy~_V.A.;
KWNOV, L.V.; LITVIN, V.P.; NE241LOV, Yu.A.;
NOVATSKIrp B.G.
Study,'bf'(4~:p) stripping reactions and (d, d) elastio
Scattering on nuclei of mean atomic weight. Part 2. Vest.
LGU 18 no.22:78-84 16L (MIRA 17:1)

-------------------
V, V 0
USSRI'P#p;Lcs of the 3krth - Geophysical Prospecting, 0-5
Abet Journals Beferat Zhur - Fizaa.. No l2.. 1956.- 36466
Authors Komarov, V. A.
Instit"ution tNone
Title: Concerning the Problem of the Investgation of the Phenomenon of
Induced Polarizationj* Geophysical'Prospecting
Original
Periodicalt Sb. nauch. tekhn. inform. (M-vo, geol. i okhrany nedr),, 1955,,.No 1:
73-75
Abstract: The f.ields of induced po~%riz~tjon are nonstationary and-amount
to hundredths and thousa6dths of the value of the polarizing field.
Tb~ VITR fias produced and tested a model of apparatus for;record-
Ing the iDduce4 polarizqtlon. D-c amplifiers were used with an -
input impedance of more than me megobm, jointly with &-photographic
recorder, desigaqid au the basisof a FR-2 apparatus. The recording
scale goes up to 3 mm/mv- Reliable measurements of the induced po-
larization vere obtained wit'", one second after Usconnecting
Card 1/2

yq4gov Y, /1,
I" . L.K.; KOKAROV 11 V.A.; SMMOV, X.Y.
-,~
Use of a.c. Industrial stray currenta prospecting. Vop.rud.geofiz.
no.1:128-130 157. (KIRA 10:10)
(Prospectlng-Geophysical methods) (Terrestrial electricity)

IOKAROT,T.A.
MMM,MwMMIw:~
The.nature of electric fields of induced polarization and
possibilities of using them for ore probpecting. Vest.IGU
12 no.6:29-W 157. (KLBA 10:5)
(Blectric fields) (Prospecting-Geophysical methods)

SOV/169-59-5-4558
Translation from; Referativnyy xhurnal, Oeoflzika, 1959, Nr 5, p 41 (ussR)
A=ORS-, Komarov V.A., Ioffe, L.M., Khloponina, L.S., Semenov, M.V.
T1=: Induced Polarization of Rocks and Ores and Its Utilization in
Electric Prospecting
PERIODICAL. Tr. Vses. n.-i. in-ta metodiki I tekhn. ra2vedki, 1958, Nr 1.
pp 257
ABSTRACT: 'The authors note that the conclusions of various investigators
on the possibilities and the methods-of detecting ore bodies
on the basis of the data of the induced polarization method
(IP), are contradictory. In conneotion with this fact ' the
necessity arose to study more in detail the IP of rocks and
ores both in the laboratory and under field conditions, and
also to elaborate the practice of observations of IP fields and
to design equipment guaranteeing the reliability of measurements.
A device has been developed, which allowed the performing of
osaillogre.phia registration of the curves of diminution Of 6UIP
Card 1/2 and other quantities, and ensured a sufficiently accurate measure-

KOMAROV, V. A., Candidate Geolog-Mineralog Sci (aiss) -- "Induced polarization
of rock and ore and its use in prospecting for ore deposits". LeniDgmd, 1959.
18 pp (Min Higher Idne USMI, Leningmd Ordwof Lenin State U im A. Ae Zhdanov),
150 copies (KL, lio 23, 1959.0 162)

3(8) SOV/132-59-2-6/16
AUTHORS: Komarov, V.A. and Ryss, Yu.S.
TITLE: Some of the Results of Applying the.Method of Induced
Polarization in the Polymetallic Ore Deposits of the
Rudnyy Altay (Nekotoryye rezulltaty primeneniya meto-
da vyzvannoy polyarizatsii na olimetallicheskikh me-
storozhdeniyakh Rudnogo Altaya~
PERIODICAL: Razvedka i okhrana nedr, 1959, Nr 2, PP 31 - 37 (USSR)
ABSTRACT: Observations of fields of induced polarization ('Ivy-
zvann6Lya,polyarizatsiyd) were conducted according to
the scheme of median gradient with the dispersion of
feeding electrodes from 100 to 1,500 m; that of re-
ceiving electrodes was 10 to 50 times less. The po-
larizing current, 5 to 10 a was on for 2 to 5 minutes.
The strength of the current~i) in the feeding line
and the difference of potentials between the receiv-
ing electrodes (,a U -) were measured and the value of
the apparent specifkF resistance (P ) calculated.
After the polarizing current was switched off, the
Card 1/3 difference of potentials in the induced polarization

SOV/132-59-2-6/16
Some of the Results of Applying the Method of Induced Polarization
in the Polymetallic Ore Deposits of the Rudnyy Altay
Card 2/3
field (A U VP ) between the same electrodes was measured.
The percentage value of the ratio
UVp
Upr
...,has been taken as a basic interpretation parameter.
The utilization of a high resistance equipment with an
oscillographic registration on photographic paper of
curves of decrease inOU gave exact data on the value
..7,~~- _ . VP
OfA V" at any given moment. The authors applied the
VP
method of induced polarization to prospecting in Zmei.-
nogorsk and Zyr7anovsk districts of the Rudnyy Altay
for polymetallic deposits, and found that observed
changes in the valueO indicated d-ifferent mineral
ores of variable conductivity. For rocks not contain-
ing any ore, the value 0) usually did not exceed 2016~

SOV/132-59-2-6/16
Some of the Results of Applying the Method of Induced Polarization
in the Polymetallic Ore Deposits of the Rudnyy Altay
In the ore bearing districts, this value often exceeded
4% and in some parts of the Zmeinogorsk district it
reached 15-20%. The excessive valued , caused by the
polarization of ores, was considered as an anomaly of
the induced polarization field, and the authors describe
three different categories of anomalies according to
the correlation of thel~ , L U and P curves; each
category of anomalies being coRected kth deposits
of metals which react differently to polarization.
A full description of all experiments is given. There
are L~ graphs, 2 profiles and 3 Soviet references.
ASSOCIATION: Kamenskaya geofizicheskaya ekspeditsiya Sibirskogo geo.-
fizicheskogo tresta (Kameniskay~& Ged-Physical pxpedition
of the Siberian Geo-Physical Trust). Vsesoyuznyy nauch-
no-issledovatellskiy institut metodiki i tekhniki
razvedki (All-Union Scientific Research Institute of
Methods and Technology of Survey)
Card 3/3

S/160/62/000/003/022/098
D228 D301
AUTHORS: jomarov, V. A. and: Sheynmann, S. M.
TITLE: Trial application of the induced polarization and the
phase-amplitude measurement methods of electrical
prospecting
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 3, 1962, 25, ab-
stract 3A209 (Byul. nauchno-tekhn. in-form M-vo geol.
i okhrany nedr SSSR, no. 4 (32), 1961, 26-34)
TEXT: The methods of induced polarization and phase-amplitude mea-
surement give good results for deposits of impregnation ores;-'here,
in addition to prospecting for mineralized zones by induced polari-
zation methods, it is possible to detail the structure of ore zones,
appraise their depositional features, and estimate the approximate
concentration of sulfides. Multifrequency techniques -- the double-
loop method and the method of dipole induction magnetic profiling --
are being put into practice. The application of these methods per-
Card 1/2

S/169/62/000/003/022/098
Trial application of ... D22a/D301
mits the exposure of orebodies-and the approximate estimation of
their de ositional features._Z Abstracter's note: Complete trans-
lation._~
Card 2/2

KOMAROVt V.A., inzh.
----------------
Defects in the clamps of air switches. Energetik -9 no.12:22-23
D" *61. (MIRA 15:1)
(Electric cutouts)

KCKARGV, V.A.
Elements of the theory of the i.-Auced polarization method,
Trudy VITR no.3:138-171 161, WIRA 2-5:7)
(Electric prospecting)

KOMROV, V.A.
Induced polarization method and prospects of its use in
searching for disseminated ores. Sov.geol, 5 no.6:130-134
je 62. (MDU 15: 3-1)
1. Voesoyuznyy nauchno-isoledovateliskiy institut metodiki
i tekhniki razvedki.
(Electric prospecting)
(Ore deposits)

KNUNYANTS, I.L.; FOKIN, A.V.; KCHAROV, V.A.
Nitration or perfluoroproylens with nitrogen dioxide.
. Zlnw. VKHO 7 no. 6:70~-flO 162, (MIRA 15:12)
(Propene)
(Nitrogen oxide)

NOMAROV, V.A.; ABDULAYEVA, S.A.; CHEIUIIKOVA, Ye.A.
Reaptionn between tb~ oxides and isoproW alcohol.
Kin'.i kat. 3 no.6:920-926 N-D 162. (MIRA 15.12)
1. Leni dukiy goeudarstvennyy universitet imeni Zhdanova*
Tin oxide) (Isopropyl &lcohol)
(Catalysis)

S/169/63/066/60VI 3/1 7
AUTHOR:-
Komarov,.; r
D263/D307
TITLE: The induced _0 e8
P lariiation method and its possibiliti~
ia the search f or.-'disseminated ores
PERIODICAL: -Referativnyy -zhui~hal Ge.of izika, no. 21 1963 31, _ab-'.
..utract. 2D18,
4-jS*ov.,.geoldgiya, 1962 no. 6- 1 10 134).1
TEXT: Induced polarization':'(IP)..anomalios are,produced
--by.,.electron-..1
conducting minerals:~and, cannot as.a.rule be classified by the IP
method according to.the,6omp,ositiozi of mineralization. This neces-
sitates-the,use of combined:.-ge-ophysical andgeological methods 'in
~detailed accounts:of geological and, structural characteristics 'of
the regions-studied. On the-6xamp -le of applying the,IP method on one
part of Rudnyy Altay,,it-.is shown that, with considerable separation
of electrodes,;it is,possibleU-eliminate-the effects of covering
deposits and to study~theAistribution of polarizability in funda-
mental rocks-~ working-on the.ground surface. From the 13ositioa and

KOWOVP V. A.; CHWIKOVA, Ye, AD'; KCMAROV G. V. I LHONCHIK, Z. I.
Mechanism of the catal,4446 action of ow~kllic oxides in the
reaction of decomposition of formic acid,, Part It Composition
of the reaction products. Zhur. flao kh 36 no.1212577-2581
D 162. (MIRA 16: 1)
1. Leningradskiy gosudarstvennyy universitet imeni. Zhdanova.
(Yormic acid) (Metallic oxides) (Catalysis)

KNUIMMI-1. L.;-IMUNI' A.,T.; IMATKI , B. L.; KOMAROT T. A.
Action of nitrogen dioxide on perfluoroisobutylone-0 Zhur.
-MMO 8 no.2:239-Q40. 163. (FmtA 16:4)
1, lnsti-~ut elementaorganiabeskikh soyedinaniy AN
(Nitrogen.oxides) (Propens)

KOMAROV, V.A. ,
Feature of ek ancnelfeB for gradient establishment. Uch. sap.
LGU no.320t9&-99 163. (MIRA 16s9'
(Electric prospecting)

KOI-WROV ., V.A.,',starshiy nauchn. Soti.... red.
(Using the method of induced polarization in prospecting
for ore deposits] Primenenie metoda vyzvamioi Poliariza-
tsii pri poiskakh rudrjykh mestorozhdenii. Moskva, Izd-vo
"Nodra," 1964. D,4 p. (MIRA 17:7)
1. Vsesoyuznyy nauchno-issiadovatellskiy in3titut vietodiki
i tekhniki razvedki.

J~.~HOV, V.A.; VAN SU-0 (Waze, Su-11
Catalytic synthesis or dinonyl other. Jzv,vys.ucheb.zav.;
khim.i khlm.bakh. 8 no.4.n7OO-701 165.
(MIRA 2.8-.11)
1. bonlngTadskly gosudarstgennyl univeraltet imeni Zhdanovs.,
kafedra organicheskcT kbimii.

MOLOVO PoVol IMPIW6 T&.16
C&Uvuo ImUnbatim C - Cjo nama YvimOX7 &Uchcls*
,36 noj$ mr 1650
ZhwovAkl*WAr,s rsAZ4 OMA IMU)
4 &Amit%d ftbro 7# XQ*

--L'5 q
Ira
A C-CM91 OR MR!'
VP
PIPP
NA; 54ZA58.1 + 547.321
N
gg A UTHOR: Fok1n, A. V.; Ko arav,V.A.; Sorochkin. 1. N. Davydova, S. M.
ARMN
by n1trogeri d1oidde and:& atudy- of the-
TITLF one
ME nitration products
901TRCE: Vaosoymmaye k1himicheskoye obohebestvo. Zhurn-al, v. 10, no. 3, 1965,
.3-A-333
.10 -1r)VTi7 TiiCnq: nitration, olefin, nitrogen oxide, n1tratior product
~_ MI-9-R
V T~ k 'r . Tln rillmitim, of niefins 1--iving the, z-n-rq 1 (--1, P-- CP --Cll., (where, Rf
`a~*111. !f dho r-a;."!-~1
~!acuum mixture waS extracLed ivita
1-1 frar-tionated. 3-Mitro-1, 1, 1--trff1uor()--2-prrlj)ar-)[ f
1]9n
ri 17i
Y., iLri a aitrating mWure;
CF,-Cti
-V ~T
Ttmzimm
NO,
cc"i

T c~
A CC FS-III& NR: "5016226
Brornination of 1 In an alkaftne rae&um produced 3-r-itro-3-bromo-1, 1, I-trffluoro-2-
pronan(,I: Bit
CF,-CH-CH, CF,-CH-CPIIrNO,
I
No,
tf

KOMAROV, V.A.; PLATONOVA, V.I.; RODIMENKOVA, N.A.; KHARITONOV, N.P.;
YU.I.
Effect of alcohol structure and solvent composition on the
kinetics of the alkaline solvolysis of trialkylsilanes.
Zhur. fiz. khim. 38 no.9s2139-21" S 064. (MIRA M12)
1. Institut khimii silikatov imeni Grebenshchikova AN SSSRP
Leningrad.

GTRSPL go. 45
tbi.wl ato
Skorhin.-thi, A.A. and Kumarov. V.D., Mine Vemilaition, 1949. Revicwed by V.V. Vladimirski.-
116.8
is
Akedmiya Weak B.S.S.R., Dokleft Ifol. 09/ 110.
jita -if I

0 a a 0
w is is U 6 4 1
-AL 9 0 a a J a L r--Q A. I_ I
fit 4.0 1.0 040101
is 19 4 11 It U W It N 9 IN 0 0 41 41 Q 'A 0
A" rl J R11 - -j -A - -" -- J--
06 2491. MINE VE5 THATIM SIOCHINSKII. A.A. AND kQMAV B. (MOSCOW: -00
ta. Ul
00 MV. IN 17VEST. AKAD. SAUK SSSR, OTIDEL. TE 8 MD. SCI. ag
~'SSR., SECT* TECH. SCI.), M IVEB. 11-151. 316-310). .00
90,0 if
00
0 0 w
0
goo
see
so 0
goo
see
Nee
V96
No*
big %to OLAL~ 1~ L11161TWIl CLAWK11100 9 1
ilL- . I .. . - I -.- - -~ -.-- --- - -------
It", 111,41sq. I- - -: : .*~ gee
.10 ON't dot .3143-. cmit-- I a nee
Be I@ two alvelsmii
to
6 0 0 0:0 0 0 90 0 0 r 0
w w 0 w

1. BOKIY' 0. NTIYEV, V. I., PROF., DMRJLVA, T. S. D00717T., IAKOZA, I-T. P..
CERO
PROF. KOMAROV, V. B., P,ROF,. SUKWIOV, ".. F.Y PROF., SHKIAYP.SKIY, F. IT., PROF.
2. USSR (600)
4. Zvorykin, A. A.
7. Essays on the history of Soviet mining engineering. A. A. Zvorykin. Re-
viewed by 0. B. Bokiy, Prof., V. I. Gerontlyev, Docent T. S. Dubrava, Prof...
N. P. Lakoza, Prof. V. B. Komarov, Prof., A. F. Sukhanov, Prof. F. N. Shklayr&y.
Gor.zhur. no 10, 1952.
9. Monthly List of Russian Accessions, Library of Congress, janjinry .1953. Unclassified.

1. GOROMESKIY, P. I. DURRAVAO T, S. KOMAROV, V. Q. SUKhANOVO A. F.
2. USSSR (6GO)
4. Bokii, Boris Ivanovich, 1873-1927
7. Outstanding worker in mining and technology. Gar. zhur. no. 10, 1952
9. Monthly List of Russian Accessions, Library of Congress, January .1953. Unclassified.

HIMICH, Anton fsaorovich,.IOL)!~W~T4t,. Prof.. dolAor tel.:. C'nauk. otvetst-
Vennyy red.;GRISHAOM."' -no-, red. izd-va; ILI INSXhITA.--G-.T.-. tekhn.
red,; SMMUR, S.Yae, tekhn. red.
[Controlling mine ventilation by depression readings] Kontroll
pravetrivantla shaiki*todom' depressionnykfi allemok. Pbd ri,d*
T.B. Xomarma. lzd.2., perer. i dop. Noskvr-. Ugletel&lzdat, 19P.
144 p. (KIRA 11:7)
(Mine ventilation)

GRANSKIY. Viktor Isidor ich;-KOKAROT, T.B., prof., doktor takhn.nank.
retsensent; POMNI K.ia.. prof.. oktor khim.nauk. rateensent;
TUNARIT. A.S., prof.. doktor takhn.nauk, retsensent; KARPOT,
T.G., dotsent. kand.tekhn.nauki retsensent; BLYUNMG. V.A.,
kand.tekhn.nauk, rettensent; BISPALOT. I.V., insh., reteenvent;
RfVLIN. L;;Bo. Insh'O. retsenzent; MSIROT, K.A., Itand.tekhn.nank.
obelichly d,; VOIDSHIN, D,A., red.; TOLOCHINSMA, B.M.,
bibliogr.red.
(Guide to technical reference books] Putevoditell po tekhoichaskin
spravochnikam. Pod obahchni red. K.A.Anserovs. Leningrade Goo.
publichnala bibliotska in. N.I.Saltykova-Shchedrina. 1958o 334 p.
(KIRA 12:8)
(Bibliography--Technology)

SIOCHINSKIT, Alskeindr.Alskeandrovich. aImdsmik;,-);OKARO'T, Ylsaimir
Borisovich..,.p;rof.; CRISRAYMKO, N.I., otv.red.;
Jr.-, 'tiih~~.'red.; KOROVUKOVA, Z.A., tekhn.red.
Nine ventilaiion] 'Rmdnichnala viontiliataiis. Izd.3. Kooky&, I
UgletsWsdats 1959o 632 pe (KIRA 12:8) i
(Nine ventilation) t

- , ; . . : " --
~,\KOINIAFZOV,-V.B.
, Research work in the Department of Mine Ventilation and Safety
Measures, Zap, WX 38 no.1&3--7 1959 (MIRA 14:3)
(MinI ventilation-Re search)
Le"'"qu.'a M'An G.%J. pjckt'A'~"'

8/035/62/000/003/025/053
A001/A101
AUTHOR: Komarov, V. B,.
TITLE: An experience of constructing profiles in regions of kimberV+-
tubes'using aerial photographs without a geodetic controi neLwork.
PERIODICAL: 1iei'ej.,a-.JLVnyy Lhu-rnal, Astronomiya i Gi~0-7--z-fYr-, '-'0. 3, 1-962, 13-111,
abstract 3G114 (V sb. "Primeneniye aerometodov pri poiskakh korenzykh
mestorozhd. almazov", Moscow-Leningrad,,AN SSSR, 1960, 66-84)
T M The author considers a simplified graphical-analytical method of
processing plan aerial photographs by means of special measuring grids, which
takes into account the effect of elements of reciprocal orientation and makes
possible their simple determination. He describes the theory of the method,
practical ways of *processing aerial photographs using readings of the stAoscope
and results of experimental works on constructing profiles on the basis of
I : 7,000 aerial photographs along the route without a geodetic control network.
The profiles obtained were compared with profiles plotted from topographic maps
and using data of a 4-order leveling. The root-mean-square error in determining
heights of points tur-ned out to be 1.2 m. To process aerial photographs, a set
Card 1/2

S/035/62/000/003/025/053
An experience of constructing profile ... AOOI/AlOI
of measuring grids is required constructed for inclination angles of photographs
to the base ranging from 0 to 50 with intervals of each 101. The calculation
of measuring grids, their construction and method of employing are described.
The application of the method described will reduce field work for compiling
structural maps of Yakutiya regions on scales 1.; 100,000 and even 1 : 50,000,
and will enable one to construct them under conditions of office work. There are
5 references.
R. Vollpe
[Abstracter's note: Complete translation]
Card 2/2

MtSTELI, P.I.; DYADIM311 Tu.D.; BOKIY9 B.V.,,- M=19 L.N,,- KOMAROTY Y.B.;
SFIMSKIY, V.N.; BORISOV, D.P.; GOLOVIN, G.M.; USEVICH, I.V.;
DUBRAVA9 T.S.p SHABLYGINg A.I.; VOLTOLAREV, N.D.; GAIAYEVq N.Z.;
SIGACHEY, A.Ye.; PANWOV9 Yu.I.,- SM' D.P.; KOPYLOVAt Ye.V.
Pavel Ivanovich Gorodetiskff;.an obituary. Gor zhur. no-5:77 MY 16o.
(MIRA 34:3)
(Gerodetakiig Pavel Ivanovich, 1902-1950)

xamov, V.B,; YCHICHEV, VI.
--
Unevenness of gas escape in mine sections. Zap' LGI 46 no,1:6-11
162e jMIM 16W
(Nite gases)

ASATUTI, K.G., dot,,ent, kand.tekhn.nauk.-,_hQMOV, V,B., prof~, do-itor tekhn.
nauk; KUROCIIKIN,- N.N.), dotsent, kand.~;~~-ni&ilk; SEVEfUNJI L.P., dotsentl
ip
kand.tekhn.nauk
Temperature of air heating In mine heating units. Ugoll 38 no.3.,56-57
Mr 163. (MIRA 18:3)
1. Len-;ngradskiy gornyy institut im. G.V,Pleklianova.

KMAROV V.Bp doktor tekhn.nauk; MEDVEDEV, N.I., kand.tekhn.nauk
Duration of ventilating develoFment workings and stopes. Gor.zhur.
no.12152-54 D 164- (MIRA 18:1)
1. Leningradskiy gornyy institut (for Komarov). 2. Permskiy
politekhnicheskiy institut (for Medvedev).

ABRAN.OV, Fedor Alekseyevi~7h; DOLINSKIY, Vitally Andre,,evlch;
IDElj'GfIIK, Isaak Yevseyevich,; KERSTF14, Igor' Oskarovich;
TSODIKOV, Veniam1n Yakovlevlch; KOMf&OV V,44., rof.,
j
dokLor takhn. nauk rat senzen-T, ved.red.
[Aerodynamic reointance in rahle workings ani subway -,unnois]
Aerodinamiohes' -- s-urotivlenie gorny1ch vyrabotok i tonnelei
metropolitena. [BY) F.A.,Abrawov I dr. Mios~-vu, Nedra, 19(4.
185 P. -w: I)

85887
*a 2,0.3, S10481601024101110231036
it B0061BO60
;?'It 7300 (~aq.31114&)
AUTHORS: Komarov, V. D. and Fesenko, Ye. G.
TITLE: Study of the Effect of an Isomorphic Substitution of Ti Ions
Upon the Phase Transformation in BaTiO
PERIODICA11s: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1960,
Vol. 24, No. 11, PP- 1391-1393
TEXT: This is the reproduction of a lecture delivered at the Third
Ccnference on Ferroelectricity which took place in Moscow from January
25 to 50, 1960. Several authors have already studied the effect of iron
upon the structure of BaT '03- In this connection, mention is made of
B. M. Vul and 1. M. Golldman as well as the Piziko-matematicheskiy
iTa-uchno-issledovatellskiy institut pri RGU (Scientific Research Institute
of Physics and Mathematics of Rostov State University), where BaT'03 was
crystallized in iron crucibles 'and where a seignettoelectric modification
was always found besides the nonseignettoelectric one, and the hexagonal
phase was imagined to be stabilized by iron ions. This was confirmed by
Card 113

85887
Study of the Effect of an Isomorphio 5/04 60/024/011/023/036
Subatitution of T1 Ions Upon the Phase B006~B060
Traneformation in BaTiO
3
later studies made on BaTiO 3 BaFeO3 systems, and the transition
temperature from the hexagonal into the perovskite-type modification was
established at 14600C. The authors examined the effects of other elements
of the iron group (Co,Ni) and other trivalent ions upon the BaT'03
structure. Polycryetalline specimens were prepared for this purpose and
were submitted to X-ray and dielectric analyses. The BaT103 specimens were
prepared at 12800C from an oxide mixture, sintered at 14300c, and submitted
to heat treatment at 13800C. The following results were obtained:
l ) Ni2+ content > 2mo2ec/1. and Co2+ > 8molE% stabilized the hexagonal phase
after the heat treatment at 13800C- With increasing Ni- and Cc content
there occurred first a drop of the Curie temperature and of the F_ maximum,
and next, the seignettoelectric properties vanished (transition to the
hexagonal modification). 2) Cr3+ and Mn4+ ions had a similar effect, but
no drop was observed as to the Curie point. A stabilization of the
hexagonal modification was observed at concentrations of over 2mol'e%.
3) The effect of the radius of ions replacing Ti isomorphically was studied
Card 2/3

KOWOV, V. D.
"The Nature of Snau-Cover Occurrence in a Locality, and t1io Forimation of a Spring
Flood." pp 37-42.
(Meteorologiya i Gidrologiya., No 6 Nov/Dec 194?)
SO: U-3218, 3-Apr 1953

V. ').
,l
"For-at*or of' Tha.; 'I '-- ct 1. ~ a r3~'
-. ed ,-In-off in Small ' ilt,:~' 7 Al' ,~ TIZ
'20--,l)
I
3~~: U-3 139, 1-1 I'llar. l),--,'3

0'e'LAROV, V. 1).
Vo rof3y gidrologicheakikh prognozov (Problems in !qdrolodical forecasting). Leningrad, .
p 0
Gidrometeoizdat, 1951- 92 D.
SO: flonthly List of Russian Acceqqions,.Vol 6, No. 3, June 1953

US&Obteorology - Thaw Water Oct
52
.
"S4=4eculiarititin in Ybrustion of Thav Ruioff
oip a P-3 1 Watershed, " V. Di. Komarov
, 'tan& I*ch
.
Sci, Moscow, Cen Inst of, Forecasting
I'Meteorol"i Gidrol"No 10, PP 15-21

States that study of motion of thaw water in in-
X, portant for estimation of spring floods. Author
states that he pointed it out in 1939 C'Mteorol
i Gidrol" No 10, 11, 1939) in studies of.the-Oka
River. He notes that he also gave data on f1m
of thaVvater in "Trudy. Tsentralnogo Institute

23IT83

Prognozov" ffransactions of Central Institute-
of 76recasti47 No 9, 1948. Author states ~
that.
.
.
his attempt to clarify the origin of this flov
will fac:L litate the forecasting of floods.

231TO3

S

iL --I
tJ d4 a4 W1 pviwri
--7777
-TW-
.Aga imr
VI, long rangeruncff fomcastiig for Iloot! trorn watcr b -muce 'v i,
ing; VII I, forec-Astilig pealc runoff: TX- foreCa5ting dail) watu disch-r%e froyn jr.,;xv mAt date-
Li thnrotughty reviewee and wnotatrr.,~Ildt~d- ra~tla~krn baj~ncv.,
effect of ic-rehts- Icv.; A
;-ou an 1:� wcu as a
ae
.. R,

6MI)P'OV,
USM/Physice of -the Hydrosphere - Dynamics of Sft and Land Water, N-2
Abst Journal: Referat Zhur I&Jz1ka, 110 12, 1956, 36278
Authort Kkwarov
V* 'Dp
Institution: lone
Title: Concerning the Calculation of Water Yield of the Melting Snow
Cover
OrIginal
Periodicali Tr. Tsentr. in-ts prognozov, 1956, No 44, 89-91~
Abstract: Explanation of the physical side of this phenomenon. The equa-
tiouB derived for the vater yield include the melting rate of the
snov and its wator-contal*g ability. With respect to the last
factor,, it is Indicated tiAt it W not been well studied, but ap-
parently, it depude,prIncipally on the structure of the snow.
Based on the critical analysis of many Merimental data., a cam-
,elusion is dravn that the$bLter-containing ability of the average-
- grain snow is usually 0.12-0.16 (92% of measurements) and U the
case of large-grain snov it is 0.10-0.14 (85% of measurements).
Card 1/2

NUTHMs Komarov., V, D,
11=1 Investigation of Water Permeability of Frozen Soil (Iseledovaniye
vodopronitsayemosti merzloy pochvy)
FMODICALs I*teorologiya i Gidrologiya,, 1957., No, 2, pp. 10-18 (U.S.S.R.)
AB67RLCT: Thats on water permeability of frozen soil were conducted from 1954-1955
in the Central Pernafrost Laboratory of the Academy of Sciences of the
U.S.S.R. under the scientific guidance of N. A. Tsytovich. variatAons
in permeability of various soils such as monoliths and sands are
analyzed in verbal descriptions, graphs', formulas, and tables. Inter.aliap
experiments demon3trated: 1. Seepage of water into frozen soil=
accompanied by a partial freezing of the former as indicated by presence
of newly formed ice crystals and veins; this new formation decreased
the initial permeability to zero., while a to rise and cementation
decrease of the soil was noted (Fig, 3), 2, Seepage into soil which
had ceaved soon after the advent of water on its surface recurred as
soon as the soil began to th" from the.top. Such a pattern occurred even
when aoil humidity reached adtdmbm moisture capacity prior to freezing,
Card 115

Investigation of Water Permeability of Frozen Soil
3. Underthawing soil which does not admit water leads to a renewal
of water penetration when thickness of frozen layer is decreased to
8-10 cm. 4. After thawing., the podzolic soil uBed in the tests had
a filtration coefficient of 20-30 mm/hr. 5. Yean to of frozen soil
can be assqmed to be an index of the cold supply and of latent heat
connected with phase transformations of connected water. Hence the
to of frozen soil is a main factor of its infiltrational capacity.
The author developed additional points: 1. Permeabi3ity of frozen soil
with a given iciness and to is heterogeneous for various oil types (so got
chernozem, light and heavy podzolic soil, etc.). 2. Formation of a comid-
erable ice rind on frozen soil.owing to,its store of cold and p4se
transformations of connected water~should-be considered. 3. Heightened
seepage ofwater in a b"in which is,comri~n at the beginning aid end of
the snow thawing period is relatedlo*the Incivased infiltratiorial-"
ability of frozen soil in the period from the outset of thawing until
the soil pores are ice-clogged.
In substantiation of his paper, Komarov cites: 1. A, K. Fi2ippova and
S. I. Kharchenko (16, 17) (State Hydrological Institute) who obtained
a dependence of infiltrational ability upon degree of cementation of
soil. Komaray objectB to their findings on grounds of their *purely
qualitative" nature. 2. Tsytovich,, who (20., 212 22) held that
Card 2/5

Investigation of Water Permeability of Frozen Soil
non-freezing water is in equilibrium with outer influencess to., pressum,
and concentration and composition of water-solvent salts. 3, L, N,
Stepenov., who in 1951 derived a filtration coefficient equalling 3 nVoin
based on a test of seepage Into frozen sand; his results agreed wen with
Sonrov's,, 4. Ye. N. TAU% who In spring of 1954 studies frozen
chestnut-brown coil and concluded that low to of such soil can obstruct
its saturation by melt water whenever the pores along which seepage wyes
are fine and when ice plugs blocking further penetration of water are
formed, 5, Observational materials of the Valdai Scientific-laventlixt=7
Fjdrological Lsbomtor7 (VNIM) (7, 8) collected froa 1950-51 which he
considers mat suitable for analyzing seepage pattern of walt water
penetrating fro"n soil during snow thawing; data of this laboratory
confira in essence the author's conclusions on this question. In 1950,,
for drainage area No, 3j, the runoff coefficient in the first thawing
days am - c. 0. 2 . in the xdd-perlod . c. 1. 0,, and c. 0. 8 at the end. In
contrast., an increased seepage of melt water at the inception of snow
thawing occumd in 1951 (Abstractor's Comments author does not so
state,, but presumbly the increased seepage took place in a& areas).
Urd 315

Investigation of Water Permeability of Frozen Soil
Two tables in text sent data 1) characterizing mechanical composition
of test sands and 23ron soil qualities (porosity, maximum hygroscopic
humidity,, and minimum, field moisture capacity) for five catpgories of
depths down to 50 cm, arranged by 10 cm, intervaLj. Three text figures
are graphs portraying: 1) intensity and amount of water seepage;
variation in to of frosen sand at different depths. 2) filtration
coefficient of frozen sand as a function of its humidity (before
freezing) and 3) results of tests made from 14-15 June 1954 giving
intensity of "sped water., amount of water entering since the start
of the test, pattern of soil to at depths of 4, 11., and 16 ciao water
and air to. vberein soil was thawed from beneath at the and of the
tests. One formula in presented on page U,, having the
form jim. - l5e -0029% - 0.=,, in which KH is the filtration
coefficient of frozen send and alpha ta the wetness of the sand,
prior to freezing., In % of dr7 batch weight.
Tbere am 25references,, of which 23 are Slavic,, I Englishl, and
I Swedish.
Card4/5

Imestigation of Water Permeability of Frozen $oil
ASSOCIATION: Author was associated with the Central Permafrost Laboratory of the .
Academy of Sciences of tbe U.S.S.R. in connection with conducted tests.
PMENTED BT:
SUBMrr=1
I
AVAIUMt
Card 515

- -- ---- - ---- --- - -- -- - -- - - --- --m
KOKAROT, T.D.
-
I Water permeability of frozen sand. Kat. po lab. isel. serzl. grunt.
no,3:142-148 157. (NIU IOS11)
- (SwA) (Pbrmability) (Frozen ground)

KOMROV, V.
.iaory and colculation (prognosta) of snow high water of small
loifland rivers. Trudy TSIP no-50:3-39 157. (KM 10:8)
(stream measurements)

KOKO V
I - -*V-. Y-n-. "W"Wep
Isboratory Investigation of water permeability of frozen grounds,
Trudy TSIF no.54t3-:.W 157. (KM 10a)
(Irrosen ground) (Boll absorption)

J,
AUTHOR: Komarov, V. D. 50-58-3-4/22
TITLE: Re~;ularities in the Distribution of Coefficients of
Snowmelt Flood Flow ank of the Looses of Melted Snow
in the Time of Myeltinc on the Territory of the European Part
of the USSR (Oanovnyye zakonomernosti raspredeleniya
koeffitsiyentov stoka snegovogo polovodlya i poter' vod v
period tayaniya na Yevropeyskoy territorii SSSR)
PERIODICAL: tleteorologlya i Gidrologiya, 1958, Nr 3, pp 28-33 (USSR)
ABSTRACT: Beginning from the year 1947 a number of invectigations was
published which represent the conditions of the formation
of the spring efflux and which also contain the data on the
coefficients of the spring efflux and the losses of melted
snow in the time of melting in individual water reservoirs
and regions of the European part of the Soviet Union. The
paper by P. F. Idzon on the distribution of tha coefficients
of the spring efflux and the losses of melted water on the
European territory of the Soviet Union was also published
But Idzen was forced to use very approximate charts of norms
Card 1/3 of the water supplies in the snow blanket and of the efflux
~A

Regularities in the Distribution of Coefficients of 50-58-3-4/22
Snowmelt Flood Flow and of the Losses of Melted
Snow in the Time of Melting on the Territory of the
European Part of the USSR
in the period of flowoff an basis for his calculations.
The spring precipitations were very approximately calculated,
too. The observation data collected at present on the efflux
of the rivers in the poriod of floodo,and its factors permit
completely to determine the regularity of the geographical
distribution of the quantities of the losses of melted snow
in the'time of melting and of the quantities of efflux of
the melting in the European part of the USSR. The solution
of this problem is facilitated by the fact that during
recent years the method for the calculation of the partial
values of the water conservation of the water reservoirs in
the period of floods was already considerably determined.
Now it is also possible to subject to an analysis the already
determined regularities of the variation coefficient of the
spring efflux in this reGion. For the investigation of the
lose distribution of melted snow in the flat land of the
European part of the USSR the observation data for the time
from 1936 to 1953 were treated according to a uniform method.
These data referred to 95 water reservoirs mainly with a
Card 2/3 surface of from 3.000 to 12-000 km2. Among this material were

Regularities in the Distribution of Coefficients of 50-t~-3-V22
Snowmelt Flood Flov and of the Losses ~ of Melted Snow! in
the Tine of Melting on the Territory of the European Part of
the USSR
also the data on the efflux of the rivers in the time o:t
floods, on the water supplies in the snow blanket at the
J ')eginning of the melt, on theice crust on the surface of
the ground, on the precipitations in the time of snow-melting
etc. The data given in the article confirm that in the wcod
zone the losses of melted snow can be coneLderable and re-
present a water layer of a height of about 30 mm. This
'9 quantity completely corresponds to the chart (figure 1). The
distribution of the multiannual averace quantitiet of the
efflux of the snow floods in the region is represented on
anotherchart (figure 2). The course of the isocurites of the
quantities of efflux is in connection with the distribution
in the region with summary losses, as well as with the water
supplies in the snow blanket plus the precipitations in the
melting period in the time from 1936 to 1953. There are 2
fipres and 22 references, all of which are Soviet.
Card 3/3 1. Snow--Melting Inland waterways--Water supply 3. Water
--Conservation 4. Hydrology--USSR

M
EVAROT. T.D.
Q~-- ~- - ~-- - ~~i - I
Problem in Nydrological forecasting. Factors governing spring discharges
of rivers In the forest som of the Buropean part of the U.S.S.R.
Traft.1nip ad.75:3-10.158 (MM 11tu)
'(Rlv;rs) -

KOMROV, V. D.: Doc Geogr Sci (diss) -- "The spring runoff of tile plains rivers
of the European portion of the USSR, the conditions of its formation, and methods
of prognosis". Moscow, 1959. 24 pp Qlain Admin of the Hydrome teoro logical
a
Service of the Council of Ministers USSR, Central Inst of Weather Forecasting),
150 copies (U, No 13, 1959, 101)

KOKAROT, Valentin DpitrAyevich; WBBOTIN, A.I.. otv.red.; SOROXIIFA,
9:116.1,111 -i-, aw.-i-l" "p I.K., tekhn,red,
(Spring runoff of lovland rivers in the Puropean part of the
U.S.S.R., conditions influencing its formation and methods
used In predicting It] Vesennii stok ravninnykh rek Ivro-
paiatkoi chasti SSSR, uslovila ego formirovaniia I metody
prognozov. Moskva, Gidrometeor.izd-vo (otd-nle). 195P.
294 p. (KIRA 12:8)
(Runoff

APOLLOV, Borio Aleksandrovich; XAL;U111, Gennsdiy Pavlovich; NONARQX,--
Valentin Daltriyovich; SUTILINA. M.N., red.;'TUDIMIMT, O.G.,
teZZ-r-ed.-, tekhn.red.
[Hydrological forecostIl Gidrologicheskis prognosy. Leningrsd4
Gidrowteor.lzd-va 1960. 406 p. (KIRA 13:11)
N*;rology)

_SatG arjRrN5N% ~ _... 1. 6
s/196/63/000/001/009/035
F,193/E383
AUTHORS, Fesenico, Ye.G., Karamarov, O9P#)_4omLe~rqM_t_Y.D. -and
Shpolyanskiy, Ya-A.
TITLE: A study of the effect of isomorphic displacement of
T! ions by Cr, Mn, Co or Ni ions on the phase-
transformation in BaTiO 3
PERIODICAL: Referativnyy zhurnal, Elelctrotekhnika i enersetileca,
no. 1, 1963, 18, abstract'l B58- (In collection:
Segnet-oolektriki (Perroelectrics), Rostov-na-Don'u,
Rostovsk. un-t, 1961, 96-loo)
T EXT: BaT:L0_ specimens, pure and with Cr., Mn, Co or Ni
additions, were stadied. The pure BaT.iq i specimens were synthesized
from BaCO and TiO (with 1 t4ole 0,,, exces; of the latt-er constituent)
0
at a sintering temperature-of 15;3 K'(1280 C). For the
preparation'of alloyed specimens, BaTiO powder with Cr 20 MnO
Coco NiO or Ni2o additions was ball-Ailled for 4 h, 004actea
and KIntered in a hlit furnace. It'was established that replacing
the Ti ions -Ln BaTiO by Cr, Mnt Co or Ni increased the rate of
.recrystallization ana reduced the sintering temperature and the
Card 1/2
A study of
S/196/63/000/001/009/035
E193/E383
temperature at which the perovskite modification changed to
hexagonal. Comparison of the results of X-ray analysisi.study of
the temperature-dlpendence of v in the 293-413 OK (20- 0 'C)
range (at 5.x 10 c.p.s.) and measurements of the Piezomodulus of
various specimens led to the conclusion that.- depQndin on the'
temperature of the final sinter"ng 0 9
1703 OK, i.e. 143o 0 1 (1653 K., 1-0 e. 1380 C f or
C) - specimens with a low concentration of Ni
and Co (and, probably, Cr'and ~jn) additions could-have either
Perovskite or hexagonal structure with correspondingly high or low
values of c . The state and properties Of specimens after repeated
annealing depended On the temperature of the last treatment, which
indicated that the transformation from perovskite to hexagonal
.Modification was reversible. There are 2 fig'ures and 3 references,
[Abstracter's note: Complete translation.]
Card 2/2

L /Epw(,p On
A -r-7 5), ,(,m
A 3/00-98/63/000/00,005l/E051
SOURCE: M- Mika.- Abs- 4EN3
AUTHOR: Fewnko, Yee O.'P.; Kbmaroy, Y. D.; Sbpolyan&17~ Yas A.
TME: Investigation of Vaf .--e ffett-of-Isomorp.bo-w-dwstitution Of Ti-- ions by-
-Ur-f-n- -pbase trawformations in BaiO sub 3
CRija nd o a on
.gr
Cum Sb. qjS,egaetoel ektriki. Rostov-na-Donq, Rostovs un-t, 1961, 90--ioo
TOPIC TAGS: Barium titamte, effecrt of loomorphous substitutionso dielectric
prcperties,, piezoelectric modulus,
TRAMMION: An X-ray structural investigation vus made of Ba Ti 0 sub 3 with
different. additives, the. dielectric constant Epsilon vas measured by a resonant
method, azA the static plezo-modulus was measured, Replacement of the TI. ions
with Ni and Co Ions leads to a reduction In . the tramsition t=pemture of - the
perovskite modiflcaUcn Into.'% hmgon., With increasing Ni concentration, a
deareane in- the Curie tempemture and In the maximan of Epsilon takes place, and
1/2
Card

L
AR306D
2pr-.:Le disappear.
at a 6oncentration'Nigreater than 2%,-the ferroglectric pro
The ~de=ease~ in- the Curie temperature is connected with a decrease of the
spontaneous deformation- Of Ba, Ti 0 sub 3 Upon introduction of the Ni ions, while
the decrease of Epsilon and the disappearance of the ferroelectric propwties
with appearance of non-ferroelectric hexagonal modification. The piezowdulus
of specimens with 0415% nickel does not. change, while at 0.5% it decreases to
220-2.50 absolute units,,and at the same time there Is a noticeable increase in
the stability of the piezo-nodulus with time* For specimens with Co, no hexagonal
phase Is observed up to 6% Co., 71he piezo-modulus d sub 3 sub 3 in specimens with
1.,s.6% co, amounts to 350,450 absolute units - and bas - high -ttAe - stability- Foi~_
specimens -with Cr and- Mn - -a~. feature Is a reduction in 4silon
without a change in the Curie temperature, this being connected with the fo=tiort
of the hexago phase. When the content of cr and Mn is greater thm,
a 2%, the
hexagonal phase occupies more than 50% of the volume of the specimen, wbile the,'
remaining volune contains the peroveldte modification with a spontaneous
deformation 0#01 vhich is characteristic of Ba Ti 0 sub 3. The plezo-Modulus,
does not -change -upon intr~oductiou of Cr and Mao L, Hirkin
DATE ACQ: .101%Y63 EXCL: 00 gn OMS: PH
Card 2/2

ACCESSION NR: AR4042160 S/0196/64/000/005/BO19/BO19
SOURCE: Ref. zh. Elektrotekhnilm I energetika, Abs. 5B82
'.JLUTH0R-. Fesenko,,.Ye. G.; Prokopalo, 0. L; Komarov, V. D.-, Shpolyanskiy,
Ya. A.
'TITLE: Investigation of'the, influence of modifiers with pentavalent cations on
the properties of barium titanate
CITED SOURCE: Izv. Leningr. elektrotekhn. in-LA, vy*p. 51, 1963, 2~2-259
TOPIC TAGS: pentavalent cation, barium titanate, dielectric property,', x ray.
diffraction analysis, crystal lattice
ITANSLATION: Dielectric properties were investigated of ceramic samples of
VaTiO with different concentrations of Impurities Of V 205 (0. 8; 1. 6; 2, 4 mole 76), Sb 20
3
.::(:l;-2; 3; 5 mole %), Nb2O and ta205 (0-5; 10'3'-* 5; 10 mole the dependence of.
on the intensely. ?f a variable electriv field. (Eup to 12 kv/Fx~) reversible
1/3

ACCESSION NR: AR4042160
4 (OUP^ to 10 kv/cm) at 50 cps,, hysteresis loop, piezoelectric modulus d and
12??es of
dependence on temperature of e from 20 to-1600C (for samples with impur,
V205 at 1 Mc and E = 30 v/cm, for samples with impultie3 of Sb2O5 at I ke and
t.= 200 v/cm. X-ray diffraction analysis of samples was also conducted. Alloyed
i impurities were introduced Into preliminarily synthesized BaTi03 by means of
1 4 hour mixing in a ball mill and subsequent sintering at 1350-1450"C. Introduction
Of V205 does not change the character or the dependence or t on temperature;
however, e at 6 decreases and 0 is displaced in the direction of low temperatures
(~Y 3 to 4 degrees if the samples were burned at 1330'C, and up to 7 degrees if
the samples were burned at 1425"C). Samples with lowered 0 possess, accordingly,
lowered tetragonality. With increase of concentration of V20 d decreases and
with Sb205 impurities, t depends i ' P? t at 0 is
P is increased. In BaTiO 3 on
sharply lowered, and the mean value Of c/a decreases. The assumption is made that
in these samples there takes place the mechanism of relaxation polarization. With
the increase or concentration of Sb205, d33 decreases (upon addition of 5 mole %
Sb 205-* d33 decreases from 45 to 60 cges). With.the growth of f from 60 kc to 20 Me,,
t decreases, and tan8 grow3. In BaT'03 with 1'r0205 impurities, with the increase
of concentration of impurities, e at 0 decreases almost by one order; however, the
value"of 8 is not changed. Analogous results-were also obtained for BaTiq~ with
k,clrd 2/3

ACCESSION NR: AIR4042160
i Ta_,~05 impurities. Decrea3e*of e in these samples' (with impurities of Rb2P5 and
jTa205) is explained by the structursl distortions of the crystal lattice, and also
I partially by the presence of intercrysta,11ine layers of ceramics. The assumption
)on the stabilization of ferroelectric modification of BaT'03 upon addition of
'~-valent cation impurities is confirmed by the fact that upon alloying them with
,~a=3, formation of a nonferroelectric hexagonal phase is not observed. Five
,illustrations. Bibliography: 10 references. (Rostov-on-Don State University].
SUB CODE: IC, SS- ENCL- 00
Cord 313

XAKHANOVO V.Gr.; MUM, V.D.
Mectric ei-t-cuit for control b~ inducAlson brakIng during the
testing of automobile units. kvt. prom. 30 no.lltl&,Il V 164.
(KM is 12)
1, Moskovskiy aytozavod Imeni Likhachava.

BEFANI, Nen.11a Feofanovna; KALININ, Gennadly Pavlovichj 04AROV,
V.D.p ot.v. red.; KOZHTNA, Z.M.p red,
-
(Exercises and methodological developments on hydrologic
forecasts] Uprazhneniia i metodicheskie razrabotki po d1grc-
logicheskim prognozam. Leningrad# Gidrometeoizdat, 1.965.
438 P. (MIRA 18:5)

-T. 2Wm66 rjp(o JDA.'
k~C N% AP51028115 OURCE CCDE: UR/0048/65/629/011/2038/204.1'
AMOR: Komarov,V. 1~4, I
0; L~ ~01(opallto-x.; Fasonko Yo~G.
ORG: R"tov-on-the Don State University'(Rostovskly-na-Donu gosudarstvonyy
universitet) A-ALI b
TITLE: Clagsification of dopants for barium titanate ~ieport, Fourth All-Union -_
Conference on Ferro-electricity held at Rostov-on-the Don 12-16 September 19617 _Ak~
SOUPCE: AN SSSR, Izvestiya. Serlya fizicheakaya, v. 20, no. 11, 1965, 2038-2041
TOPIC TAGS: ferroelectric material;' ~barkun' titanate, dopant
ABSTRACT: It is proposed that dpoonts for barium titanate be classified into the
following fcar groups: A) those which monotonically shift the Curie point wiViout
reducing the dielectric constant or giving rise to appreciable reinxation polnriza-
tion; B) those which at lrjw concentrations do not considarably low-or the Curie point
and at large concentrations give rise to relaxation polarization processes; C) those
which do not greatly shift the Curie point but reduce the dielectric constant at all
temperatures owing to the formation of compounds that are not isomorphous with
barium titanate; and D) those which considerably reduce the Curie temperature with an
accompanying general reduction of.the dielectric constant at higher,concentrations
owing to transformation of the barium titantate to the hexagonal (nonferroe.'Lectric)
modification. Twenty-two dopants are assigned to these ilasses as shown In the table.
LCord 1/2