SCIENTIFIC ABSTRACT BAZHENOVA, V.I. - BAZHULIN, P. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204110019-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BAZHIMOVA. V.I.; GL&ZANITSXLTA, S.M.
f~
Pousity of very, win4ug an
no-7:6&-69 a 6o,,. I -
(Varying
the voomerls bmw.
machines)
2ekst.prow. 20
WRA 13:7)

AKRAPKIN, AlsksarAr Tatillyevich.- BAZBWOVA, Vora
Illinichna
[Handbook for milkmaids] Famiatka dotarke.
[govosibirsk)
Novosibirskoe. knisbnoo Izd-vo, 1957- 46 go (MIRA
11:11)
( Kilk'16, ag) I
I

TAY.Is, N.Yu., doktor tekhn. nauk; KLEYNER, M.K.,
inzh.; ZAVALISHIN,
Ye.K., inzh.; KAWGIN,, Ya.P. inzh - FALILEYEV, I.L.,
inzh,;
KAGANI b Pri"
N.I., insh. (deceased nimali uchastiyet POPOV,
V.N. insh.; CHUYK0Vv A.A*, inzh.; MINUKHINA, L.N.p
inzh.;
KHAISAREVICH, V.R., inzh.; TOLMACHEVA, I.A., inzh.;
BAZHENOVA,
V.N., inzh.
Technological and thermodynamic characteristics of
strip
heating for the continuous furnace velding of pipes.
StalI2A no.80,46-750 Ag 164. (MIM 17 19)
1. Ukrainskiy nauchno-isaledovatellskiy trubnyy
institut,
Urallskiy nauchno-issledovatel'skiy trubnyy institut
i
Chelyabinakiy truboprokatnyy zavod.

BAZHEVt_AJL; BAZHEVA, V.Ya.j AVSYUK,, G.A., otv. red.;
OWOVSXIY,
P.N., red.; IDWA, I.A...red.
(Novaya Zenlya]Novaia Zealia. Moskva. (Its Materialy
gliatsio-
logichoskikh iseledoyanii). [Ice straoture)Struktura
11d&. 1962.
173 p. (MIRA 16:2)
1. kkademiya nauk SSSR. Institut geografii,
(Novaya Zemlya-Ice)

BAZH9VO A.B.; BAZHEVAq V.Tkoj AVS=t G.A.,, otv. red.j
DWOVSKIY,,
P. N. p L A. . red.
[Novaya Zemlya]Novaia Zemlia. Moskva. (Its Haterisly
gliatsio-
logichaskikh issledownU). (Ice struature]Struktum
11da. 1962.
173 P. (MIRA 16:2)
1. Akadamiya nauk SSSR. Institut geografii.
(Novaya Zemlya-Ice)

4104110411*900*41 41
411

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BAZHIN_,.A,,,.,NoR)CEN, I.,, zuypshchik domennoy pechi;
GULINp Go;
MYAMIIN, M.; ZOLMUMV, B.
Equal possibilities but different results. Mr. truds, i
sots. strakh. 5 no,7:32-33n 162. (MIM 15:7)
1. Predsodatell t4sakhkoma domennogo tsekha
metallurgicbeshogo
kombinata imeni Serma (for Bashin). 2. Vnesbtatnyy
tekhnicheskiy
inspektor Sverdlovskogo oblastnogo soveta
professionallmykh
soyuzov (for Gulin). 3. Predsedatell komissii okbrany
truda
zavodskogo komiteta Bogoslovskogo alyuminiyevogo zavoda
(for
Myakinin). /+. Spetaiallnyy korrespordent shurnala
mOkbrana,
truda i sotsiallnoye strakhovaniye" (for Zolotarev).
(Sverdlovsk Province-Work clothes)

BAZHIN, A.A.; NULLER, Yu.L.
Use of chloracizin in the tireatmeht of depressive
states. Zbur,
nevr. I psikh. 63 no.10:1546-1548 163. (MIRA .170)
1. 1 P31khiatrichoskaya klinika (nauchnyy rakovoditell
- prof.
T.Ya. Khvilivitsk-ly), III Palkhlatricheskaya. klinika
(nauchnyy
rukovoditell-prof.,Ye.g. Averbukh) i
laboratoriya,paiklor--makologi-
(zav. -kand. med. n~uk I.F. Lapin)
Nauchno-Issledovatei'slogo
paikhonevrologicheakogo instituta imeni V.M.
Bekhtereva, (dix. -
kand. mod. nauk B.A. Labodev)., Leningrad.

AL~_ NX; APW330ou SO Ct Di,',:
W co 0 100"100201oc)21,
AIMIOR: Nesterenko, V. B.; Bazhin. M. A.; Bubnov, V. P.
ORG: IYWE tui BSSR
TIM.F.: Calculation of the thermodynamic properties of dissociations
nitrogen
'vetroxide taking into account nonideality
SOURCE': XI; BSSR.Vests4Seryya fizika-tekhnichnykh navuk, no. 3,
1960', 20-24
TOPIC TAGS: niti-agen tetroxide, nitrogen tetroxide dissociation,
entropy, ent-mapy,
71-1-PRM.00 I/ Aln M IC "'I&AC 7-/-^A/
ABS-LAACT: This study was undertaken because of the-lack of
experivental. data on
V-e enzh&lpy o" dissociating nitrogen tetroxide. A calculaticn of the
entropy
and enthalp":7 (I) of dissociating It'
.204-
N.0. 2NO, -*- 2NO + 0,
I.Orl
was Per."'ormed 'An the 300-1500'K and 1-140 at 'range, taking into
account deviat'
of the reaching X from ideal behavior.
204 Me calculation was carried out on tILa
basis of general thermodynamic functions of the thermodynamic theory
of e=pIlrical
corrections and of generalized tables. The calculated S and I values
were used
for blotting I--S and T--S diagrams (see Fig. 1 and 2, respectively).
Orig.
art. has: 2 figures. (WA-771
C rd
~.G _.:L/2~___ -1

......... .

I

300

//Do

700

5x

WWY,

1

Mu UP kW
kg-Ceg,
Fig. 2. T--S diagraw. of the dissociating system
N.O. - 211:0. 2.NO'+ .C)l
-2
V to L.. deg
Fig. 1. 1--S diagram o' the'~.g
dissociating syste
M N20,,'-%- 2N0, ZVO + on
SUB OC)=-: 20/ SIMM ~A7S:-23Mar66jV~-I*G-i&F: 003/ OM RE?-. 010
212-
ACC NRi AP6033066

W0-,,jT3766F000/0u4/6623/6026-r
ACC NR, AP7002877 SOURCE CODE.,
AUTHOR: Bazhin V. P.; Nesterenkot V. Be
Bubnow.
ORG: Institute of Nuclear Power ftinserirg, AN BUR (Inatitut
yadernoy energetLkL
AN BSSR)
TITLE: Calculation of regeneration in cycles using vorking media
with variable
specific heat
SOURCE: AN,BSSR. Vestal. Reryya. fitika-tekhniehrWkh nevuk, no. 40
1966s 23~-26
TOPIC TAGS: gas turbine gas turbine fuel, thermodynamic cycles
specific
heat, chemical reactions turbine regenerators heat exchange
ABSTRACT: In view of recent proposals to use chemically reacting gas
systems as
vorking media In gas turbiness the authors have continued their
earlier research on
regenerative turbine cycles (Vestal AN BSSRs oar. fiz.-takhn.
navuk.. no, 1, 1966)p
vhere they have shown that regeneration of heat can make a major
contribution to the
efficiency of the system. Calculations are presented for both
uniflow and counter-
flow systems, with account taken of the variation in the specific
heat of the gas
as a result of the chemical reactions that take place In it. The
calculations are
made on the basis of the heat balance equation for the heating w*A
heated sides of
the regenerating equipment., vith allowance for the fact that in the
case of variable
specific beat the teoperaturn differential within the system
(relative to one of the
termiml points of the regenarator) can occur not only on the ends of
the Interval.
Card V2

ACC NRj
of variation of the independent yariable (as Is the case for
gases with constant
specific heat) but also inside the interval. The conditions
under which maxim
occur inside the interval are determined for both the uniflow
mid counterflow cases.
The calculations demonstrate that allowance for Vie variable
specific beat alters
the heat-balance calculations significautlys Orig. aft. bass I
figwe wA 18
forudaso
MM CMNs 2Dp 13/ MEN P=s 95jux661 OM MWs 004
Card 2/2

MMIAMA, A.~_-; 1BMj&-K-L-- -
Zxperience in conducting an over-an rat control
campaign in a
large city, Zhurv mikrobiol. epid. I Immirn. 32
no.7s:L37-uo Ji 16o.
(KM 1319)
1. Is Stalinskogo inatituta usoverehenstovaniya
vrachey i Gorodskoy
sanitarno-opidemiologiobookoy otantoii.
(RATS-UTMINATION)

AUTHORS Bazhin., No (Kazan')
85-58-7-19/45
ft
TITIZ: The Kazan' Aeroolub on Its 25th Anniversary (Kazanskomu
aeroklubu - 25 let)
PERODICAL: Kryllya rodiny, 1958, Nr 7. p 13 (USSR)
ABSTR,ACT.- In the 25 years of its existence the Kazan' Aeroolub
has
trained many pilots who later joined the Air Force. These include
No Stolyarov, twice Hero of-the Soviet Union . and K. Novoselov,
A. Kalashnikov., B. Chekin., L* Sokolov., and No Devyatayev,,
Heroes
of the Soviet Union. Personalities mentioned include: Engineer
No Zhen, former student of the Kazan' Aviation Institute; graduate
student A. Pantyukhin., who ranks first in parachute jumping in the
Republicj sportsmen-parachutists Kh. Larin, student at the State
Universityj L. Belova, plant worker; V. Busarev, Club employee;
and Anna Oudina., All-Uhion and world women's record holder in
night jumping from a jet airplane. Others mentioned are public
instructors Kh. Larin,, Yes Pagoda,, 0. Skhorokhodov,, 0.
Florinskly.,
Card 1/2

The Kazan' Aeroclub on Its 25th Anniversary 85-58-7-19/45
Ye. Ivanov, G. VJLkharev,, G. Yaltanskiy,, V.
Kahbibullin,V. Spasokiyj
and in aviation sports V, Prokoflyev and Ve Matasovo
Card 2/2 1. Civil aviation--USSR

15 2~ 114 22.05 S1020 WhI00610131020
a S/1 113 B103 B217
AUTHORS: leameyanov, A. I., Academician, lorshaX, V. Y.p.
Corresponding
Member AS USSR, Voyevodekly, V. V., Corresponding Member -v
AS USSR, XochetkovA. N. Sooln. S. L., Materikova, R. B.,
Bolotnikova, T. N., Chibrikini V. M.,-and Bazhin, 11. M.
TITLE: Synthesis and some optical-magnetIc properties of Poly-
forrocenes
PERIODICAL: Doklady Akademii nauk SSSR, Y, 137, no, 6t 1961p
1370-1373
TEXT: The authors studied ths magnotio properties of forrooon*
derivativeal
1) of the polyforrocanyl*nos (Table 1, no@. 1-6) 1 2) the
polydiiaopropyl-
ferrocent (Table 1, nos- 7-8), 3) the polyzethano- and 4) the
polyethano-
polyforrocones (Tabl* 1, nos. 9-13). They were synthetIzed by:
A) Poly-
recombination. To 1) and 2). 1 *ol* ferroo*n* (or of Its
diisopropyl
homolog) was treated with I mole tertiary butyl peroxide in
nitrogen
atRoaphere at 2000C.'r I ) and 2) are assumed to be formed as
follows: the
Bu*Wyl and mtthyl radicals formed during peroxide decomposition
separate,
%he hydrogen from forrocene (or the a-hydrog*o). The r&dioalo
thus formed
Cari llk~r

S/02 37/006/P13/020
Synthesis and ooze BI 054~
recombine and for= linear 1) or 2). *&oily scluble in benzene.
A-n in-
soluble polymer (Table It nos* 5-6) with a 'Lwo- or
tridimensional network
structure to formed simultaneously. The conversion of forrocene
to high-
molecular products amounted to 25~. Non. 1-3 have a softening
%amperature
of 290-3000C and are a dark-red powder, whereas nos. 5-6 had
their softening
temperature at about 4000C and were light-yellow. B)
Polyalkylonation of
ferrocene by methylone chloride and 1,2-dichloroethane in the
presence of
anhydrous aluminum chloride. Aluminum chloride solution in 50 ml
of di-
halogen alkana was added gradually to 40 eferrocone dissolved in
250 al dry
dlh&logen &1kane. The mixture was stirred for 6 hr at the
boiling tempera-
ture of the solvent._ The next day, 10 g alualnum chloride in 25
ml dihalo-
son alkans were added and treated for 6 hr as above. The mixture
was
decomposed by too and RCI and treated with sodium oulfite. The
obtained
and 4) were well soluble In benzene, differed, however. by their
solubility
In other. rable I shows the molecular weights, the always equal
g-faotor
and the magnetic characteristics of all substances produced. The
decomposi-
t1on temperature of 9-13 was 115A2000. ill substances are
amorphous
powder*, nos. 9 and ID light-y*llow, no. 11 grey-brown. los. 10
and 11 are
of a chemical composition similar to that of no. 9 (pent&*
thanodi f f a rrocone).
Card 2/AJS--
t

23854
S10201611137100610131020
Synthesis and some ... B103/2217
They consist possibly of 2 and 4 molecules similar to the
litter, connected
by ethane bridges. 4-5 methylenes in tb* molecule of nos. 12
and 13 belong
to 2 ferrocens radicals. They do'not contain halogen. The
infrared spectra
of nos. 9-13 have frequencies within the range i000-1100
ca-1. To I).
Derivatives 1) having a x-conjugation between the forrocens
links give a
signal the electron paramagnetio resonance (a-p-r), similarly
to the poly-
aromatic hydrocarbons. This cannot be explained by the
presence of a
corresponding quantity of the oxidized form of the
forricinium'cation.
Table I shows that also polymers in which the forrooene links
are separated
by the -CHi-CH,7 group give an *. p. r. signal. It is known
that the
delocalization of the unpaired electrons between the two
phenyl rings is not
pr*vented by this group. In the substances described here,
which give an
e..p. r. signal, this signal is the smaller, the smaller the
number of
ferrocane links is. This signal vanishes in 2). Polymers with
a low
molecular wtight give no *. p. r. signal in the solution
(benzene), but in
solid @tat*. This is explained by the fact that the
intramolecular
Interactions cause in solid state a conjugation of the
adjacent polymer
molecules. This causes for its part an e. p. r. signal. Lll
polymers
Card 3 /1~5-

23854

67i
3/020/61/137/006/013/020

Synthesis and some B03/13217

giving this
signal show a single symmetrical line of the e. p. r. of the

Lorenz
type. The 1) obtained from the reaction A yields a wide e. p. r.

line of 120-160 oersteds, Its width being dependent or the polymer
structure.

This line becomes broader on reducing the measuring
temperature. Its widt.

is changed most considersbI7 in low-moletulhr
polymers. The authors

believe the nature of the measured aignals.to
be unclarified, they cannot

maintain that the number N of the
unpaired electrons per I member, deter-

mined by a comparison with
the standard, corresponds to their actual number.

I may, however, be
a certain characteristic of the magnetic properties of

the system
(no*. 2-4). X reaches an anomalous size in the Insoluble

polymer no.
5. This it assumed to be connected with a collective effect of

the
ferromagastio type. The ultraviolet (P-) spectra of 1) dissolved In

n-ootans, which give an &. p. r. signal in solid state, differ from
the

ultraviolet spectra of such that giv& no signal in solid state-.
In the

first came the UY-sp*otrun agrees completely with that of
ferroceno dis-

solved In CCI'. It was proved for these spectra (Ref.
7) that the charge
4

+
transfer takes place here under formation of an ion pair For CC1_
On the
4'

contrary, the OV-speatrum of such 1) that give qo a. p. r. signal
is sisilar

Card 4/1.5

23",54
S/020/6i/i37/006/013/020
Synthesis and Some ... B103/B217
that of ferrocene in a neutral solvent (n-oct&n;), 1. a. under
conditions
under which the charge is not transferred. Finally, the
authors point out
that their results concerning.,the UV-aptc*tra apparently
confirm the
"pseudolerromagnetism" of the polynuclootides and of the
polyaromatic
hydrocarbons (Refe- 5 and 8). There are I ficure-1 I table,
and 8 references-
7 Soviet-bloc and I non-Soviet-bloc. The only reference to
English-langusg*
publication reads as follows: J. C. D. Brand, Ref- 7; Trans.
Farad,
531 094s 1957-
ASSOCIATION: Institut elementoorga~icheskikh soyedineniy
Akademii nauk SSSR
(Inatitut* of Elemental-org&nic Compounds of the Academy of
Sciences', USSR)
20, 1 ck6o
SUB;ZITTED; December'
LeGend to Table 1. 1) current number, 1-4) linear
polyferrocenylette
' 1 asoluble polyferroconyleno, 7) polydiisopropylferrocano,
linear 8)
'
12 7
1 - , inaolu 1;j 9-11) condensation products of ferrocene with
Di-I -
b :2
chlorouthme, 19 1
jl~wsith methylens chloride, 14) ferricinium cation.
II) Substance, I ofeoular weight, IV) g-factor, V-VI) line
widths oerst4i
Card 5/fu;-

BUBNOVp N.N.j DAZHINp N*M.; VMVOX'-KIY, M.
Photoseasitized decomposition ~f saturated
hydrooarbons
and aloohols In the solids phase. Kin. i kqt.
5 no.2057
Mr-Ap 164. (MIRA 17t8)
1. Institut khImichaskoy kinatlki I gorenly-a
Sibirskogo
otdolenlya AN SSSR.

U7113N, VOYEVODSKIY, V.V.
I
Yo-mat,ion of alkyl radicals In the phototransfer of
clectromi.
Kin. i Imt. 5 no-3:568 W-Je 164. (MIRA 17:11)
1. Institut khimichekoy kinetiki i goreniya
Sibirskogo otdeleniya
AN SSSR.

BAZHINP N.M.; C1111WRIN, V.1-1.; WIYEVOk"'KY, V.,J,
Some types of polymers with conjugated bonds stulied
by means of
eleotron paramagnetic resonance. Vysokom. soed. 6
no.8:1478-11,82
Ag 164o (MIRA 17:10)
1. Institut klAimichaskoy kinetiki i goreniya.

HAZH7V# N.M.1 LIVIACIIEVAV N.M.1 BUENOV, W.N.;
VOYMMM17, V.7.
Reactions Involvinj a hydrogen atom In the system F120
+%8044M046
Reaction with ?elf . Kin. i kat. 6 no, 611105-3108 N-D
165
(MIRL 19a)
1, 3hatitut khimiobeakoy ldnetiki i goreniya Sibirskop
ot-
delenlyz AN 4M Submitted September UP 1964a.

__L,179t'~~9-66 9WT(%)&E(j)LTLETC(m)-6
-7
ACC NR: , APbD07776 -;OVRCF COAF: L1R/0195/66/6d7'jd6i/ff6Fj6M
AUMOR: azhin N. M.: Kuznetsov, E. V.: Bubnov, N. N.; Voyevadskiv, V.
V.
ORG: Institute of Chemical Kinetics and CMbultion. 50 AN SSR
Institut k1himichask
kinetiki I gorenlya SO AN SSSR) -
n.,TLE: Reactions-of hydrogenIatomsein the,system water-sulfuric
acid-ferrous sulfate.
11. Reactions with aturated compounds
SOURCE:. Kinet 1 kataliz, v*. 7, no. 1, 1966, 161-165
TOPIC TAGS: hydrogen, free radical, free radical reaction,
unsaturated hydrocarbon
solutions In dilute
ABSTRACT;- Previous work hap shown that UV irradiation of. FeSO,,
sulfuric acid at 77K leads to the formation of hydrogen atoms, which
are stable at
this temperature. In this workthe reactions of such hydrogen atoms
at 90K and-120K
with 'acetylenel ethylen Ipropylene, allyl alcohol and carbon
monoxide were studied.
The concentrations of hydrogen atoms and of the reaction products
were measured by
observing the EPR spectra of the samples. Except for acetylene, all
1EPR measurements
were made at 77K. Hydrogen atoms add to acetylene to form vinyl
radicals whose
hyperfine structure in similar to that obtained by other workers in
the photolysis of,
HL in the presence of acetylene at liquid helium temperatures. In
discussing the
mode of addition, the authors compare their observations with other
work on the addi-,
tion-of hydrogen atoms to douterated-acetylene. Addition of hydrogen
atoms to
UDC: 541.141:546.7221226-145.2

17989-M
A,
ACC NR, i AP6007776
r
propylene leads almost exclusively to the formation of Isopropyl
radicals. rt was
.observed that ethyl and isopropyl radicals do not decompose under
the influence of
UV or visible light under-experimental conditions. The spectrum of
the reaction
product obtained from allyl alcohol is very similar to those of
hydrocarbon radicall
and therefore can be ascribed to the radical N CH CH20H. Since a
protonatedl
f12~2 2 2
f allyl alcohol to Involved,.the radical in this case must be
8H2GK2UH2kjKi-
The energy decrease due to the increased separat ion of the -,=
aired electron and the
. p
charge on the hydroxyl group must be sufficient to offset the energy
increase of
localization of the unpaired electron on a primary rather than on a
secondary carbon
atom. Addition.of a hydrogen atom to CO yields a product whose
spectrum consists of
a doublet with a separation of approximately 132 e, and can be
ascribed to the rad-
ical H&. The radical decouposes under the influence of light,
probably to H and CO.
The authors conclude that under the above conditions hydrogen atoms
can react Vith-
unsaturated compounds by adding to double or triple bonds, or-to
unshared electron
pairs. Useful quantitative data concerning unsaturated compounds can
be obtained in.
this manner. Orig. art. has: 2 figures.
SUB CODE.- 07 SUBM DATE: 14Jun65/ ORIG REF: 005/' OTH REFs 006/ ATD
PRESS:
Cmd

.L 45776-66- - FA*P(J)ZE7Wr(M) M'(~Lvi-
ACC NRo AP6030704 SOURCE'CODE: UIR/0195/66/007/004/0732/0734
AUTHOR: aqh1n--N- -M Kuznetsov. E. V.; Bubnov, N. N.; VoYevodski
, V. V.
ORG: Institute of Chemical Kinetics and CombustionSO AN SSSR
(Institut kbimicbeskoy
kinetild i gorenlya SO AN SSSR)
TITLE: Reaction of the hydrogen atom in the system
H20+H2SO4+FeSO4. M. Reaction with
saturated organic compounds
SOURCE: Kinetika i kataliz, v. 7, no. 4, 1966, 732-734
TOPIC TAGS: hydrogen atom reaction, methanol, ethanol, isopropyl
alcohol, ethylene glycol,
isobutyric acid, malonic acid, acetone, free radical
ABSTRACT: Atomic hydrogen obtained by the action of UV light on
frozen H20+H2SO4+FeSO4
at 77K was previously shown to react with unsaturated organic
compounds. In the present
paper the authop studied the reaction with a series of saturated
compounds having weak C-E
hQI1A-di(methano1',j ethanolJ Isopropyl alcohol, ethylene klyc
isobutyric acid, malonic actd.q
and acelione). The reactions were carried out with 0. 1 M
solutions of the organic reagents at
90 and 120K, and the products were identified from the EPR
spectra. It was found that the
reaction between H and methanol, ethanol. lsopropyl alcohol,
malonic acid, and isabutyric
Card 1/2 UDC: 543.ff8.546.1i.-123-145

L 45776-66
ACC NR: AP60307C4-
acid resulted in the following radicals:1
6H20H, CH36HOTI, H3CI, CH3, HOOC-,6-C,OOH and H3C-~-CH3,
respectively. In the
0011
case of methanol, the 6112011 was further broken down to H60, but
no 6H3 could be detected.
With acetone, the reaction yielded CH2- -C113 instead of H3C-
~-CH3, while in the case of
~H OH
ethylene glycol, only CH2-r H and no CH20H could be detected. The
mechanism by which
atomic H at approximately 90K can capture hydrogen from alcohols,
organic acids, and
ketones is discussed. Orig. art. has: 5 formulas and 1 figure. [26)
SUB CODE: 07/ SUBM DATE: 080ct65/ ORG ]REP: 004 / ATD PRESS: 5084
2/2

lnzhenar.
Raise *dvpr,,!r in unstAble formations. Boxop.trnda v
urom. 1
no.Q: .13-11, ,;, *~7, (KLHA 10:9)
(4ining eTwineering%j

BAZIJIN, N.P.P inth.
%tablishing parameters for the zcais of inflamee of
grownd
movement on development vorkinge. LTrudyj VNIMI
t 6z
OURA 17.'7)

WHIM, N.P., inzh.
%------ jz_.~
Deformations In intermittent headings in connection with
the dif-
ferent methods of their protection. Ugol' 37 no-3:18-20
Mr '62.
(MIRA 15:2)
1.-Vsesoyuznyy nauchno-issledovatellskiy marksheyderskiy
institut.
(Mine timbering) (Rock pressure/

BAZHIN, H.P., inzh.; KOVALICRUK, B.V., inzh.
Support of workings without pillars. (Trudy] VNDG
no.40:48-63
t6l. (MIRA 14:12)
(Kuznetsk Basin--Mine timbering)

BA2111N, N.F. , inzh.
- -------------------
Distribution of development workings in mining seams
overlying
worked-out areas, Ugoll 37 no.12:24-26 N 162. (MIRA
15.30)
I* Vaesoyuznyy nauchno-isaledovate3iskiy marksheydarokiy
inatitut.
(Coal minea and mining)

BAIZIHINI N.P.
Results of mining an underlying seam entry. Vop.
gor. davl.
no.21:14-16 164. (MIRA 18:8)
1. Vaeso)-uzryj, nauchno-issledovatellskly
mrksheyderskiy in-
atituto

RMrN, S.
In a consolidated apartment-house office. Zhil.-Irom. khos,
10 no.?:
21-22 160, (XM 13:10)
1. UpraylyaYusbably dosmal domoupravlonlya No*8 Lealuskogo
rayous,
c. Peru 1.
(Peru.."Apartment house s--ftnagemout)
0

BIZHIN, V.F.; KULIKOV, A.I.; XURLINA, I.P.; POLYAKOV,
I.M.; SHIPINOV, N.A.
Nitration of shale and coal phenols by dilute nitric acid.
Rhim. i tekh. gor. slan. i prod. ikh parer. no.9t276-282
160.
(MIRA 15:6)
. (Phanols), (Nitration) (Nitric acid)

Bf=HNKV, V.A.., inzbe; BAZHIU, inzhe
Redesigning of BO-200 water heaters. Energetik 12
no.1:12-13
Ja 164- (MIRA 17:3)
1

BRUMNEV, V. A.0 insha; #WUN, V._I,,__inzh.
Support collars and protection of the PVD system from
overfilling.
Energet1k 12 no.434 Ap 164. (MIRA 17:7)

BAZHIN, Ye.F.
Use of anWtal-caffeine disinhibition in chronic
schizophrenia
for psychopathological study and evaluation of
therapeutic
prognosis. Vop. psikh. nevr. no.10:312-326 164.
(MIRA 18:12)
1. I-ye psikhiatricheakoye otdeleniye (zav. - prof.
T.Ya.
Khvilivitskiy) laningradskogo
nauchno-issledovatellskogo
psikhonevrologichookogo instituta imeni V.M.Bekhtereva
(direktor - B.A.Labedev).

NELYUBOVP Yu.V., inzh.; BAZHIN,, Ye.I., inzh.; SVETLICHNYY, S.I.,
tekhnik
Vibrations of the reinforced concrete tower headframc ixWer
the seismic effect of open pit blastirg. Shakht. strol. 9
no.7s2O.22 '1 165. (MIRA 18:10)
1. Vsesoyuznyy nauchno-issledovatellskiy gornometallurgicheskiy
institut tsvetrAvkh metalloy.

BAMINA, I.A., Gind fecn Sci -- (diss)
"Non-stationary ra-iiation
of cirdtters witri a wave running in the
directiort of uhe azimuth.11
Wos, 195b, 9 p.. (Yin of Aigner 4-mication
JS."(. ~en ~-lectxiccal
A:a~l,ineeri!g !,st im V.I. Ullyar;ov (Lenin) ).
100 c- ;c.,;
M, V-91, 107)
- pi -

"E'stimation of Depend,~nce of the Scual Field In Anechalc Chambers
on the
Acoustical Treatment."
paper presente3 at the 4t!,. All-Union Conf. (,n Acouatics, Moccow,
2") May Junc

--BAZHINOVO A.G.; KAMORSKIYq N.M,*
* ------------
Use of /f-propiolactons in disinfeotion and sterilization;
a0cording
to foreign investigations. Zhur. mikroblol. epid. i i=mn. 31 no.7:
26-30 Jl '60, (MIRA 13:9)
(HYDRACRUIC ACID) (ANTISEPTICS)

R17HTNOVj-A.Q.-, podpolkovnik meditsinskoy sluzhby;
XAMURSKIY, N.M., podpolkovnik;
--- . KOHAROV, V.A., podpolkovnik,, kand.khivnicheskikh nauk
Now substances and methods for didl9fecting hospital romalAs
rmaled by foreign studies). Voen.-med. thur. no.7153-56 Jl
161.
(KRA 15:1)
(DISIMOTION AND DISOMOTANTS) (HOSPITAL"ANITATION)

YULIUS, A.A.; BAZHINOV, A.G.
Sterilization of solid media for fungus culture
b7(L-propiolaotone.
14ikrobiologiia 32 no.ItI43-147 163 170)
1. Vaesoyuznyy naucbno-looledovatellskiy institut
fermentnoy
i spirtovoy prom-yehlennosti.

ATRK ANDROV, N.I.1 GEM, N.Te.; BUDAK, A.P.;
RUNOVA, V.F.;
YEZZPCHUK, Yu.T.; WHINOV, LG.
-- ----- - -----
Study of the reactopnicity of chemical3jy
precipitated
anthrax vaccine inmangroups of people. Zhur.
mikrobiol.,,
spid. i immun. 40 no.3:32-34 Mr 163. (MIRA 17:2)

GEM,, Me.; RUDNEVA., O.A.; BAZHINOV, A.G _ _
Use ofp -propiolactone for sterilizing some labile biologieal
pre-
parations; oreliminary report. Zhur.mikrobiol. . epid. i
immin. 33;
no.3tlO3-108 Mr 162. .. (MIRA 15:2)
(HYDRACRYLIG ACID) (STERILIZANION) (BIOLOGICAL PRODUCTS)

BAZHIROV, AsG*; KAMMSM9 N.H. (Noskva)
.-- Sterilization of homografts by means of X-
propiolactone; an
revealed by foreip x+ildiea. Xhirurgiia. no.81130-133
Ag(161.
KMA 150)
(MUCMJC ACID) (BOHOGW7S-STEMIMTION)

AZHMVT-A-.6-.; GARIN, M.S.; XAMDRSKIr, N.*.; KOMAROV,
V.A.
Sterilization of nutrient wdix using 0
-propiolactons, Lab.delo
8 no-5:4649 W 162. (HrDRkCRYLIC ACID) (MMA 15312)
(BACTERIOWGY-CULTUPM AND CULTURE MEDIA)

o1 a-, tcr.,- x. Lhe c. Z, "n
pr.- i~,,-iratioris. Vc!tej I. naili iti
18:3)
yuznyj trest biologicheskov RiiJ-3terstva
s e s o

CHUMAKOVI V.P.; BAZHINOV, A.G.; ZVYAGIN, J.V.
Testing the sterilizing action of beta-propiolactone In the
preparation of biological products. Veterinarlia 41 no.llt
23-24 N 164. (MIRA 18:11)
1. Vaesoyuznyy treat biologicheskoy prorWshlenno3tl
Mini3ter3tva
sellskogo khozyaystva fZSR.

ABINHOOV, Sokhib; Akpj2DV,-z,4~,.-inzh.-normirovahc", ik;
KIRICHUK, I.S.;
KOKOREVt V.A.; KUZUETSOVt I.F.; PIVWVA, M.I.; dotsent;
ZWIKOV,&,
D.M., dotsent
Consu2tation. Tekst. prom. 21 no.1:91-93 Ta 161. (MIPA
240)
L Master lento-rovinchnogl tookka Kokand.-kogo
obulochuno.-
prpdillnogo 'kombinata (for IbidrJ=ov). 2. Fabrika imeni
Lakina
(for Bazhitov),' 3. Ma3ter remontno-monte.shnogo otdela
Barnaullskogo
khlopchatobumazhnogo kombinata (for Kirichuk). 4.
Yesso.-uznyy nauchno-
issledovatellskiy institut Uketillnogo i legkogo
mashinostroyeniya (for
Kokorev). 5. Nacballnik tekhn-Acheskogo otedela
Pavlov-Pokrovskoy
fabriki (for KuzoetsoT). 6. Kafedra tkachestva Nbskovskop
tektai:Llnogo
Izwtituta (for Pav2ova~ ZhupikoTa),
(Textile industry)

BAZ P.Zhibril Kherumvichl, PODMPOLISHY, G.N.,
red,
[Tetraogal.lus of the Caucanual an essay by a
naturalist]
0 kavkatakoi gornoi 1ndoikej ochork
natura2ista. Na2l-
chik, Kabox4bo-Balkarskoe )mizbnoo Izd-vo 1962.
30 p.
IMIRA 2817)

3/080/60/b33/"/015 /021
AOO3/AO01
AUTHORS: Nichkov, I.F.,.Raspopin, S.P.,,.E."hkov Yu.V.
TIM: The Interaction of Uranium-Containing Melts of Halide
Salts With
Bismuth
PERIODICAL: Zhurnal prikladnoy khimii, 1960, Vol. 33, No. 9,
pp. 2136-2139
urani )-1 ontaining melts of
TEXT- JA The :interaction of bismuth metal with um-c
R2&Msium, sodium 1,tithlum and-balclum chlorides was
Investigated. In the ex-
periments recrystallized dehydrated chemically pure salts were
used. The ex-
periments were carried out In atmospheres of air and purified
argon to ascertain/
the affect of moisture and oxygen. A sharp decrease of the
uranium concentra-
tion to a aertain very low level was observed In the melt In
all oases. 7he
difference of experlmenta conducted with the air and the argon
atmosphere was
not considerable,, The final concentration did not depend on
the-initial con-
oentration. The interaction of bismuth with uranium-containing
binary systems
was studied on 2-g batches of a mixture containing 25 weight %
of uranium tetra-
chloride. The total amount of uranium passed from the melt into
a crystalline
precipitate of black color on the bismuth surface. The chemical
analysis of the
Card 1/2

S/080/6O/t33/009PI5/021
A003/AOOl
The Interaction of Uranium-Containing Melts of Halide Salts
With Bismuth
precipitate has shown that It contains (weigi--t %): uranium
41.6-77.3, bismuth
2,5-8.5, alkali metal 2-16. Roentgen-phase analysis pointed
to the formation of
C
a compound. In the case of the Interaotion of KC'-U~14 with
bismuth probably
the compounds xKC1*yBICl *-,UC13 were obtained. The dpta of
the analpes make it
probable that the follow tion takes place%
3Lr+4Bi--)3U3++Bi-~P. There
2n; reac
are 3 figures, 1 table and 18 references: 15 Soviet, 3
English.
SUBMITTED: March 14, 196o
Card 212

NICHKOV; IF,; RASPOPINp S*F*; BA21xovl Tuave
polarization of a liquid biewth cathode in chloride
maIts. Zhur.
prikl.khim. 34 no.7&1533-1536 Jl 161. WMA 14M
(Biammth) (Polarization (Electricity)) (chlorides)

All-
-V.- - --- - --- ---- - --- -- -- - - ---- - - - --- -
Cellulose Triacetate
Optical activity of cellulose triacetate. Izv. AN SSSR Otd, khim.
nauk. no. 2 (1952)
9. Monthly List of Russian Accessions, Library of Congress, jLugust
195$. Unclassified.
2

._prepodavatell cherobaniya
Development of space concepts 1n sUWants. Prof +ekh.obr. 19
no.3s24-25 Mr 162. (KrM 15 W
1. Mbsknvakoye thelesnodoroshnoye uchilishche NO-4.
I (Mechanical drwAng--Study and teaching)
V

BAZHOVI I,, prepodavatell
Laboratory practice on automatic brakea. Prof.-tekh.
obr. 20
no.8s6-8 Ag 163. (KM !6:9)
1. Moskovskoye sholeznodaroshnoye uchilishche No.4.
(Brakee) (Vocational education)

AGAFONOV, Mikhail Ivanovich; mwvp Alskoandr Nikitioh; BE-KH-TE-W
V.D.t
retsenzentl BAZHUV 1 8 t retseumut; SHIBER, R.A., retsenzentl
BR"VsKlrl X-9, ~F; MUTWTv P.A.r tekbn. red.
(Design wA repair of automatio brakes] Ustroiatvo i rww#t avto-
tormozov. Iad0'6&t perer. i'dbp. Mookyat Voes, imdatellsko-
po3igr. obledinenle M-va putei soobahchaniia, 1961, 270 p,
(MIU 14: 8)
(Railroads.-Brakes)

SHIBER, R.A.; KRUGLYY, G.T.; JAPPY, IS., inih.,
retsenzent;
SLMOKHVALOV, S.F., inzh., retsenzent; FKDOROV,
V.I., inih.,
reteenzent; KRUPNOV,. S.A... insh., reteansent;
YESHCHIN,
S.B.,, inzh., reteenzent; SARANTSEV, Yu.S., insh.,
red.;
KRITROVA, N.A., tekhn. red.
[Design, montenanbe and repair of railroad cars]
Ustroistvo
i remont vagonov. Moskva, Transzheldorizdat, 1963.
395 P.
(Railroads-Cara) (MMA 16:6)

MISHCHUX, Ivan Petrovichl BAZHOV, I.S., red.; STEPANSKAYA, I.M.,
L-- 'V
red. ; NESMYSWVA, R.-, - MF.--md.
(Teaching students to read mechanical dravings].Obuchenis
uohashohikhola obtenilu ohortesbei. Moskva, Proftahisdat,
1962. 95 p. (MIRA 160)
1. Prepodavatell Voronezhokogo takhnichaskogo uchilishcha
No.2 (for Mishchuk).
(M*ohanical drawing-Study and teaching)

SHIEIER, Ruvim Abramovich; KRUGLYY, Georgiy
Tikhonovichi BA7ZDY, I.S.'.
inzh.p retse=nt; SJW.OXhTALOV, S.F., inzh.,
retsenzent;
FEDOROV, V.A., insh.p retsenzent; OUPNOV, S.A.,
inzh.,
retsenzent; YESHCHIN, S.B., inzh., retsenzent;
SARANTSEV,
Yu,S,p inzh,, r*do#QjWAWAf N.A*j tekhn, red.
(Arrangement, maintenance am repair of cars)
Ustroistvo
remont vagonov, Moskva, TranBzheldorizdat, 1963 395
(MICA .17:2~*

BAZHUKOVA,- L-PA
Mange@ In cells Induced 1by ultraviolet rars. Trudy
LSOMI 431
146-157 159. (MMA 13:5)
(ULMVIOLIT PAYS--PMIOLOGIM ZMCT) (

BAZHULINP N,
Toohnioal development Is t1he bawtv for an
improvement of vork-
UW oonditions. Aft. tranep. AVI no.3,17-18 mr 163-
(MMk 16: 1,)
(Transportations Automotive-Teohnologioal
innovations)

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UZHUL31, P. A-
"Hydrogenation of Homologs of Gyclopentane with Scission of
the hing," in collabora-
tion with D. A. Kazanskiy and 0. P. Solovovs, Inst. Organic
Cher., Acad. Sci.,
USSR, from Bull, Acac. Sci. URSS, Clnsae Sci. CUM (U&SR) 1,
1941, PP 107-114-

jui LtuliA, P. A.
Assbau, P. A. Plate, A. 7., Soloy 1 0. P. mid CA:
37-5315/2
JUNuku, B. A.
(LgbMAU FhZffiteal lnst-- AcAd- Sgt.. USSR. Moscov)
Bull, ", sci, URSS, Classe sai. chin. IM, 13-26
Optical methods for etuiying hydrocarbons. 11. The
combined scattering
spectra of paraffins.

Bazhulin, P. A. CAs 37-2304/4
pbysjegj Institute of The Aced. of Sci.. USSR, Hoscov)
Bull. aced. sci. URSS, Bar. Phys. 12q.168-73 - English
6=marY
Spectrochemical analysis of organic compounds by the
Raman spectra.
R~~D

L 2964.. FSS-21-E-.W-T(1)1A(V-)!-j
CCESSION NR: AT5023370 UR/0000/65/000/000/0094/0103
WHOR: Bsxhulin 14rtashsv1,A--.!-; Markov M. N
IT-ITLE: Angular.and spectral distribution of terrestrial radiation in the
infrared
-legion of the spectrum
1SOVRCE:A1VMesoyu aa n!Srentoiya Vo fizike kosmiSkesl~ogq rostranstva.-Moscow,
-.J1965- Isil-edavaniya kosmicheskogo prostranstva (Space research); trudy
konferentaiisi.
?Ioscow, Izd-vo Nauka, 1965, 94-103
TOPIC TAGS: atmospheric radiation, IR radiation, radiation detector, IR
spectrom-
ter* Instrumentation satellite, radiation detection
STRACT- This article describes the equipment and results of op grnia-
meantirenal"
f the angular and spectral distribution of ttrrestrial radiation at RQA
altitudC90 19
ISimultaneous recordings of angular and spectral distribution were carried
out at
14-38 jj within angles of *x/2 from the nadir over the middle latitudes of
the Europ
ISSR on 6 and,18 June 1963. A special IR pulse spectromet veloped for the meas
Lirements is shown in ?ig.* I of 'the Enclosure. It operates aW follows; A
flat scan-
ming mirror rotates through the angle w/2 (scanning ti" 100 sec), and a
spherical
Card

CCESSION NR: __fiidfi570___' 0!
Casse
.to grainian objectives (diameter, 33 mm: focal length, 200 am)
directs the radiatioh
a low-inertia bolometer. The bbXometer has a time constant of 5-7
msed- re-1
'sistance of 1000 ohm, and dimensions of the receiving surface of
0.3 x 9 mm. The
,radiation beam is intersected by the plates of a rotating (7 rps)
modulator. The
plates are made of quartz, fluorite, and lithium fluoride, and a
nontransparent metal-
11c plate is also included. The plates are situated
asymmetrically-in order to code:
Ithe position of signals from Individual plates in timek- The
signals from the bolom-
eter are'fed to-a wide-band pulse amplifier with a bandpass of
0.5-200 cps and
gain of 105. T., eme
he amplified signals are transmitted to the ground by the tel t~
system. The measurements yielded the following conclusions: Inthe
broad bands of
ithe IR spectrum, the common shApe of the curves of the angular
distribution corre-
Isponds to that for radiation of a relatively isotropic object. The
deviation from
~the isotropy on the edges of the Earth's disk is smaller during
observations at
i4OO-500 km than during observation at 25-30 km. Individual
measurements showed no
noticeable difference in the thermal radiation intensity between-day
and night A
*light dependence of the shapeof the angular distribution curves on
height at
00-500 km was noted. It was also found that in many cases the
radiation saxim
UO
~s located in the spectral region of 4.3-M p and that the effective
temperatures i
'for this region are higher'(270-28PK) than for other regions of.the
spectrum. Orii-.,-.'
-tart. has: 7 figures and 2 lables IGSI
C~.~ 21

AR S ? I TE V I i . 11 !. ; 2- -"
Tu.: - orat,,ve of joil-frof ,. , an ; rzu -n
i
Mf? -04 and crwl t,- ~ ; ,, ~. 7- iia, 3
f _ -is. F;-!. lobt 7 no ,
F 'C'.5a (!.-_ru IF,:E)
i. -,*,;J(-Yem, 'matit,at '-'~!SSSR !~ ~;~,!a.
. - . . I ... I Y

AREPYEVI l.M.; "ZHIII IU,-T..A.; MIKHAL'TSEVA, T.V.
Longwave infrared transrission spectra of KF -
2FIJ4' F'jz' tver-
~ela 7 no.8:2413-2416 Ag 165.
(MIRA 18;9)
1. Fizicheskly institut imen! Lebedeva AIN SSSR,
Moskva.
i

L 2119-66 - EWT(1)/T/M)(b)-3 _,JJP(Q)__:___
;WCVETTM*NRt APS022732 UR/0181/65/007/009/283412836
q
AUTHORt ireflyev, 1. M.; Bathulin, P. A. 'Zheludev, 1. S.
:TITLEs
Longvave infrared transmission spectra of NH4H2PO4
4-j
!SOURCE: Fizika tvardogo tale, V6 70 no* 9, 1965, 2834-2836
:TOPIC TAGSt transmission spectra, improved transmission spectra,
41olectric
ABSTRACT; Transmission spectra of polycrystalline s:mples of
NK4112POk
~.were obtained to the frequency range fro= 20 to 235 m-1. The curve
...of.optical density D a -IgK (where X is the transmission
coefficient)
shoved ten absorption levels in the investigated range of the
spectruvs:~.",~.
A wide, intense level of absorption with a maximum in the region of
~,40"55 cm-1 vas observed in the low-level part of the spectrums No
,changes in'the parameters of the 40-55 cm-1, level were evident
from*--.,,
:temperature measurements in the range froas room temperature to
148K41'. -.1
The experiments demonstrated.the presenc4 of-oscillations$ which in
Card..1/2

L 2119-M

ACCESSION NRI AP5022732

..,great measure characterize the dielectric
properties of
the crystal&

Orig, art. has: I table# I figurel and I
formula.
JZLJ

!ASSOCIATION,. Fizicheskiy thstLtut LMO Pe
-
N 6Lebedeva AN SSSR$ Moaco~!

~.(Physicw tnotitutq$ AN '888R)

'
'.

SUBMITTEDt 26Apr65 ZNCLt -06
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CODEt ss -OP

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EAZHULINj P.A.; KhYA7,FVp l.N., Pl"-Rt.SHt G.G.
Fcasibility :f observing induced rallation in the
far-ultraviolet
region of the rpectram. Zh~ar. r;ksp. i teor. fiz. 48
no.3:975-
976 Mr 165. NIRA 18r6)
,. Fizicneakly institut. imati Lebedeva AN SSSR.

BAMIULIN P.A.; KIYALIEV.0 I.N.; -PETRAM, G.G.
Stimulated radiation from hydrogen dauterlum mo'ecules in the
near infrared region of the specti-.xO Zhur.ekap.1 tocr.flzo 49
nc~,1:26-23 ZI 165. (MIRA .18:8)
imeni Lebodeva 0 SSSR.
Fiziobeskiy inatitut

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FAZHULIN, F. A.
FLATE, A. G., STERLOGOV, 0. D. and PAZHIJLIN, F. A. CA:
3c'-45c?4/2
(Moscow State Unly., and EhyAical Inst., Acad. of Sci.)
J. Gen. Chen- (USSR) -4, c)55-0 (IQ44T- E~g_lish_su~~y
Hydrocarbons of the cyclopentane series with a side-chain
double bond.
4-cyclopentyle-2-butene and 3-cYclopentyl-l-butene.

I lost of 910

fills''I" 16 IV

a 9
a 39 a Is Is 0 30 a 0 a 0 AS

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of . -4"1 :

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It, A. ktsaii.ui 1,1,1,V phy, lam. dild In.l.

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Ss. It. Milwow WW MuKm
state Univ 1
i
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BkZHULIN, P. A.
M 1*7
lbearptUm
"Abmvum of ftpmmado V~ ft Lf*UW%o IN Aw ftswial Me .40 toontaviAt
AA....A - ~9. fts bmt UwA I's lie l*b9ftv# &W Sd UWRv I
Qftk Akmd ft* ftUv Baft 004 Vol Mli, So I
maommes mamat report TV & IL Owavlabp vAlah ooftfim that
reUmtlon Oftm an
to Pull4p g =d d1speralm of 214orsoado ul"60 cmlv oonfun and
complicate InterycWtation
ronaltse
PA 602"

V.
Optical y RAMAD
spectra usplithmes an #81
m, T. F. liulanows, A. V, tqwfin,4,
I%le, aw D. A. x4assalgil. /swat. Ab.14. Vduk
I- . ~Al
X N.S. K.. MM Xhim. Nook 1949. O1 -4; d C.I. 43
623JU --I I-Dimmells,leyclopentane Ifrom oi:LIA4~;; ;I
3,1-ditwayleTrialtezand! to the dimethrWi* "-
mixt.. witieb an ketonimetion &W hydramuse cleavage gAvr
The jw-lwt, b... 97-7.2P, uV 1.41:93. d@.- 40.75")
gim luUming differnm frequencin (intensities in paten.
Obtimrs):
(4). KIM), IMM). 9110). M5.31. 9W5-2). IMI
(5-2). U121)(12-5). 1061M.2). ItIOSM). I U-Ni 21. 11 Y.I. 2,2
1.
11N3(2). 11"131. MOM. 12*tll. t.VIKt3I. 13" V(11.
14"(39). 1463(27). 2716M. 2-,.W2). 2WIM1.01. :D#,K
(M.). 2=(1W), 29M~IMV). I-),jethyl-3-pr,)pyk-ydu--
lirmasse (by bydrogenatioo of I-awthyl-3-prolivi-4.
Cyriopentene; Prot"tay *temiiwmrr rum.; Ivm 148.21-
9.4'. %V 1 42H d-* 0 -7, 15): 2M(2). 31319.9). 3-519.9),
797(o). 81718), XW(15). W-5(15). M4(5-6), 92411).
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0,4
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G. M. EMOIAPOU

BAZZLINt P. A.,
8A Complex Method of Detailed Lwastigation of the Individual
4amposition of Gesolineew
(NomplekwW Metod Detalizirovwmogo Isaledovaniya Individuallnogo
Sostava Benzinov)t
0. S. landaborg, B. A. Issanskiyt Pe A. Bashulla M. I. BatvVevp
A. L* Liberman'l
A. S. Plate, and G. A. Tarasovaq edited b7 V. S. Fedorov,
Gostoptekhisdat, NOBCOW/
Leniagradq 1949# 68 pagest 3 rubles.
Subject method in based an spectral wwlysis.
SO: U!Mekhi WWdi Vol 18, #6t 1949j Vol 19, At 1950 (W-lM3)

C A Upi 4tj k) L. I tjpPA .
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61*(21). "NINS), W(2. b). mum. 721(2m). 7m
(2. b? 411W3 W KAM. IMAM). 1(0N17). 100&17)
1101(1 71 1117i(lial. 124j(42). ISW42) IMIX14
Zi= ii" 17). Iii1wom. lisawl. leis
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