SCIENTIFIC ABSTRACT BEZMENOV, A.Y. - BEZNOS, T.I.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205210007-4
• Release Decision: RIF
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• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 8, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BEZ14ENOV A.Ya.; VASILOYEV, L.S.; MIKHAYLOV B.M.,
P
Orgartoboron compounds. Report No.1571
Hydroboration of
isoprene, cia- and trans-piparylene. Izv.AN
SSSR.Ser.khim.
no.22:2111-2120 165- (MIRA 18:12-)
1. Inatitut organichaskoy khimii im. N.D.Zolinskogo
AN SSSR.
Submitted July 5j, 1965~

MALOV, A.N. ; 13L22-;ENOV-, A.Ye., kand.
tekhn. nauk, retsenzent;
STROGAN6Vr"., L.P.) inzh., red.
[Mechanization and automation of assembly
work in the
instrument :industry] Mekhanizatsiia i
avtomatizatsiia.
aborochnykh rabot v priborostroenii. Moskva,
Izd-vo
"Mashinostroenie," 1964. 351 P6 (MIRA 17:7)

L 51864-65 E1.FT(m)/EPF (c)/EWP(J_)/T PC-4 /;>r-4 GS/W.',
ACCESSION NR: AT5002660 S/0000/64/000/000/0051/0058
,ozmenov, A.y,
AUT14OR: Smetanldna, N. P. Kuz-netsova, V,P._; Qp-rva,_.y. Y-t.;'A a.
I TITLE- Some oxygen-containing compowinds Jn the 1, 2:-
~ii _8112L t' tllhnn
SOURCE: AN Uh-IISSR. Insiltut Bimil vysollcomolcIndvariky1d, sqvj
DvIdy.
fiziho-IdlimiYa polimerov; Ammik sLitpy po rezu-I'vitam nauclmo- j eel
edovatel
(S~mthesjs and pkysicall chemlstxy of poly-mers; collection of
articleS ,,m the re~ult_s of
r3cividlic researeb work). Kiev, Naukowi dumim, 1964, 51-58
TOPIC TAGS: chloroalky1disilyledbine, acetc:~W silane derivative,
sl~anol, siloxane,
organosilicon commund
ABSTRACT: The authors obtained the corresponding acetoxy derivatives
in ri2acttimls o--*
p. of
mono- and dichloroalkyldisilyletlmes with acetic anlkydri-de (heatling
io 010 1
1 c1J r C -ides of the 1, 2-d' J IvIcthane e i i c-
icety , o_1 te, yield 88%). Hydrolysis of monochloi 1F.- ~ - -
(IN NaOll) yield-W Che vorresponding iiihmilq. llvdrolyois oi- I -
trilm'vlcily 1 -o, 1
yleldol 64% sihml and IW~ siloxane. Dellydrl- ti c~i
11CI) of ni c s.1inthesized silanals convefted tbeso to siloxanes. The
acetv-~-- -J k: I cLi~: i
V
othanes ware colorless mob1fle liqaids, sollable in numerous organic
Et,h-oate. The
1/2
cod-

-L 51864-65
ACCESSION11M AT5002660
silinols -ind siloxanes were C010TIOBB Oily materials,
insoluble in Fkysior
Ir d uid
chemic.-Al proPerties of the 14 synthesized compounds are given
in tabalor i0--rM. 02-49.
art, has-, I table and 3 formulas.
ASSOCIATION: Institut M-9111 N-
ya"' I omolc)mikyarnykb soyWineniy, AN UlzSS-11 (In U i e-
of the Cbemistry of High PolymerB, AN LTITSSR)
SUBMTTED.- 22Jun64 ENCL: 00 SUB CODE: OC
NO REF SOV: 004 OTHER: 002
c1
L

MIKHAYLOV, B.M.; VASILfYr.V, L.S.; BE_7kFNOV, A,Ya.
Transformations of Letraethyl oster of butane-] ,
4-dith i oboron., c
acid under tho effect of aminn.,3. Izv. AN SSSR.
Sar. *Khim. no.4-
712-'1714 165. (MIRA 18:5)
1. Ingtitut organicheskoy khimiL im. N.D.Zellyiskogo
AN SSSH.

MIKHAYLOV, IIEZI&NOV, A.Ya.
Allyl rearrangement in boron chemistry. T-zv. JiN SSSR.
Ser. khim. no-5:
931 165. (MIRA 18%5)
1. lnstituL organinheskoy khim-i'l im. N-D.Zelinskogo
AN SSSR.

L 18566-66 giT(m)/1WP(J)/T WININDIRM
ACC AR: AP6002699 SOURCE CODE: UR/0062/65/000/012/21-U/2120
AUTHORS-z Bezmanovp_A. Yaj Vasillyev, L. S*; Mik!~!~lov, B. M.
4
ORG; Institute of Organic Chemistry im. N. D. Zelinskin Academy of
Sciences,/9 I
tSSSR (Inst:itut organicheskoy khimii Akademii nauk SSSR)
TITLE: Organoboron compounds. Communication 157. Hydroboration of
isopren cis-
and turans-piperylene
SOURCE: AN SSSR. Izvestiya* Seriya khimicheakaya, no. 12, 1965,
2111-2120
TOPIC TAGSi boron, boron compoundl organoyoron compound, isoprene,
diene synthesis
ABSTRACT: The reaction of diborane ith isoprene and cis- and
trans-piparylene was
investigated. The study 0-an exteisi,on*of previously published
work of the ~ :. joi, '
authors (Dokl. AN SSSR (v pechati)). The experimental procedure
followed here is
described by B. M. Mikhaylov, A. Y&. Bezmenov, L* S. Vasil'yov,
and V. G. Kiselev
(Dokl. AN SSSR 155p 141, 1964). A reaction mechai-dsm is proposed,
and the reaction
yields and degree of monok*,droboration are tabulated. The
experimental results
are compared with literature values presented by G. Zweifel, K.
Naga5e., and H. C.
Brova (J. Amer. Cheme Soc. 84, 163,, 1962). It was found that the
degree of hydro-
:.Cardl/2 nct 542.gi+661.718.4

L 18566-66
ACC NR: AP6W2699
boration obtained was significantly higher tbanK,
that obtained by Brown et al. The
authors conclude that the addition of diboranelto
dione-hydrocarbons occurs in tho
1,2 and 3,4 position; the addition in the-l,-4 position doeD not
occur. Orig. art.
has-. 3 tables and 20 equations.
SUB CODE: OV SUB14 DATM 05Jul65/ ORIG RLTs 0051 OTH Wi 00

GALICHENKO, G.L.; ZAUGOLINIKOVA, N.S.; SKURATOV,
S.M.; VASILIYEV, L.S.;
BEZMEN.Ov., A-Xa.,;,-MIKHAYLOV, B.M.
Heats of formation of methoxyboracyclopentane and
methyl ezher
of di-n-butylboronic acid. Dokl. AN SSSR 166
no.1:103-105 A
16,6o (MIRA 19: 1)
1. Moskovskiy gosudarstvennyy universitet i Institut
organichesloy
khimii im. N.D.Zelinskogo AN SSSR. Submitted April 5,
1965.

0 (1/5v
N /
91 9/1 *0
86740
S/12o/6o/ooo/oo6/0l5/O45
E04 VE335
AUTHORS: a*aaB&QX,_."X,, Lebedev, O.V. and Shamov, V.P.
TITLE: Wide-band Transistor Preamplifier
PERIODICAL: Pribory i tekhnika ekpperimenta, 1960, No. 69
pp. 56 - 57
TEXT: The circuit of Fig. 1 is to match the high output
resistance of the photomultiplier of a scintillation gamma-
ray spectrometer with the low characteristic impedance of a
coaxial cable. The great pttraction-of tke transistor circuit
is its freedom from microphony. The two transistors n 3
and r14 form an emitter follower analogous to the White
circuit, well known -for tubes. The base current of the lower
transistor, whose high AC resistance constitutes the emitter
load of the upper transistor, is stabilized by the silicon
'5 tabilistor t1 5 * The transistors are alloy-diffusion
types n-6,01L .(P-402) or Fl-L4.03 (P-403). The load on the
mplifier is a 150 ohm resistor connected by 20 m of coaxial
Card 1/4

86740
S/l2o/6o/oco/oo6/ol5/045
E041/E335
Wide-band Transistor Preamplifier
cable. The overall gain, including the cable, in 0.92. The
input resistance of the amplifier is 250 k-(-,L in parallel
with 16 pF. The output resistance of the amplifier is 8.6-a
The circuit will handle without distortion oulses between
+0.4 and -3.5 V, at temperatures up to +70 C. The rise time
does not exceed 2 x 10-8 vec with a very small overshoot.
Fig. 3 shows the effect on the rise time of the output
signal
Oc 10 -8 -09) on the capacitance (C H' )xILF) connected in
parallel
witl*the load resistor (lSO ohm); the rise time of the
input
signal is 3.8 x 10-8 sec. To obta*n the best results the
transistors are carefully selected. TI I and rr 2 should
have high 0 , IT.3 can have an average P while n 4 is
not critical. The diode -810 (D-810) can be changed
Card 2/4

86740
S/12o/6o/ooo/oo6/oI5/045
E041/E335
Wideband Transistor Preamplifier
if R, and R are modified to give a through-current of
6 7
1.5 - 2.0 mA. The operation is proof against supply
fluctuations of + 105'0. A.N.:Pisarevskiy is thanked for
valuable comments. There are 3 figures and 4 references:
1 Soviet and 3 English.
RIM
j fl-40Z
n, Ply-SO
6_4 ---
f0
1000 zow jMf
Puc. 3. 3amummoub Bpemenn unpa- Puc. 1. Cxema nPLAYCIMMOR
eTaHnq BhrxoAnoro eninana OT Be-
Mutmum e"oCTU, npneoeAnnennoft
CAT'HO 11arpyal(O 150 O.U.
napana
Bpamii Rap8MORMIX carnane, iin
Card -4
3/4 BxoAe 3.8-10

S/12o/6o/ooo/oo6/O15/O45
E041/E335
Wide-band Transistor Preamplifiers
ASSOCIATION: Institut radiatsionnoy Sigiypny
(Institute of Radiation Hygiene)
SUBMITTED: November 9, 1959
Card 4/4

t 0126h-67 EUT (m) /T W/JW/MM/RM
003492 SOUR >6A-6-67oc
ACC NR: AP6 CE CODEz UA/0020/~ a160_3161_6~
AUTHOR: Gallchenko L,; Zaugollnikova, N. S.; Skur toy S. M.;
Vasiltyev,
I G.
Bewaenoy, A. Ia.; ~Wkch4YJOJ, B, M,
ORG: ~bscow State University im! M. V. ~omonosov (Moskovskiy
gosudarstvennyy univer-
sitet); 177371tute ol Organic une istry im. N. D. Zelinskiy,
Academy of Sciences, SSSR
(Institui organicheskoy khimii Akademii nauk 555H)
TITLE: Heat of formation of mothoxyboracyciopentane and me~~l
di-n-biutylboric acid
SOURC:.;. AN sssR. Doklady, v. 166, no. Is 196
6,, 103105
.TOPIC TAGS: d
heat of formation, boron compound, boric aci
ABSTRACT: The heaLf combusti 1\1 e~ric
on.6 He, of these compounds was determined calorim
ally, using a precise wa-t-'e'r Teorimeter, and heats of
formation were calculated sub-
sequently. Accuracy of determination was t'0.02%. The combustion
products) COj and
H3B03-1 were determined gravimetrically or by base titration in
the presenc, o mannitq~'
respectivelya Among the compounds investigated, the (n-C H ) BOCH
burned more Com-
o J'9 291.1.4 1.- 0.0' kcal/mole for i
pletely than the others. The determinedaH 298.150K we a ,-
liquid D B-OCH and -1590*9 ;t 0*8 kcal/moie for liquid (n-C zH )
BOCH A* The A He Of
polymerized 1::>;hH~ was also determined and was -9296.2 +- 1.6
22~g. 1hus' the calcu,17
ated heat of polymerization was ^,-1 ke-al/mole. The polymer was
prauared by keeping
the monomer in sealed ampules for 3 to 8 months at room
temperature. It was a clear
UDC: 541.1.11

L 01264-67
ACC NRt 06003492
20 of for--ation wez-e -67.6 0.6
viscous liquid with nD 1.4300. The calculated hoatn
keel/mole for liquid 0 B-OCH3 and -131.9 1 0.8 kcal/:role for liTAd
(n--,,n.) Bou'.
'19.2
The calculated heat of cyclization of ther-> B cycle was -1.6 t 1.0
kcal/m~
SUB CODE: OV SUBM DATE: 05Apr6.5/ ORIG REF.- 008/ OTH REF: 005
awm

UKHATOV, V. (Kaliningrad); MARTYNOV, L.; GOLOVCHEENKO,
V.; FE2203NOVj V.
(Komsonollsk-na-Amure); GETMANIMK09 V.;
TSVET'KGVp-W-.Tg-.-IMIInin)
Bezuglov, P.; BORODAVKINg S. (L-eningrad)
Readers' letters. Pozh. delo 7 no. 1:31-32 Ja 16o.
(MIRA 14:2)
1. lamestitell prodsodatelya soveta Dobrovollnogo
pozharnogo
obahchestval, Rostov-na-Donu (for Martpov). 2. Rayonnyy
pozharnyy ircipektor, Kasimorg Ryasanskaya oblast' (for
Golovehenko), 3. Starshiy master pozharno-ispytatellnoy
stantsiit Novosibirsk (for Getmananko),
(Fire prevention)

b = ~-' I I c~ 11 (- 1,/ 1 -f -~
GILIMAN, M.I.; BIDANIN, V.G.; 332LTAYWSXIT, A.G.;
ABMRNM, A.I.;
EIZKMW. VF,; PBTROF, V. I.
On zov technological processes. Der.prom.4 no.1:19-21
Ja'55-
(MLRk 8:3)
1. Usti-lzhorskiy fanerMy zavod.
(Ust'-Izhora-Plywood)

27650
S/024/61/000/004/008/025
E194/E155
AUTHORS: Bezmenovo V,Yao, and Borisov~ V.S. (Moscow)
TITLE: A turbulsn-w jet of air heated to 4000 OK
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdaleniye
tekhnicheskikh
nauk, Energetika i avtomatika, 1961, NO.4, pp. 42-45
TEXT: Non-isothermal jets with considerable temperature
gradients which are encountered in boiler furnaces and
gas-turbine
combustion chambers have been little studied. Previous work on
the subject, which is briefly reviewed, makes various
assumptions
which are still not fully justified experimentally for a wide
range
Of e2/()-l where e2 is the air density in the initial part of
the
jet and p, the density of the surrounding medium. The present
work describes investigations or, a free submerged jet of air
heated in an electri~c. arc heater te a temperature :,,^ 4000
OK, for
which the density ratio P2/i, a 14. The air was de'l.'vered
tangentially to an ele,~tri_- arc chamber with water-coL.qd
electrodes and was discharged through a hollow eleztrou with an
internal diameter of 30 mm. The temperature and total pi '. sure
were measured at various sections of the Jet. The meaSUrE; ,,It
Card l/ 6

A turbulBnt jBt cf air he&-~sdt,: 40000K S/024/61/ooo/oo4/oo8/02~
E19VE155
technique is briefly das~~rf.btd, The fellowing notation is used,
the relative velc-,ity head onthe axis of the jet,
p - emu2m/fOmU 2~M: th- relative excess temperature
V = tM - ta/t, = Ital Figs. 2 and 3 give graphs of p and v
as functions J x/d (the distance between the section considered
and the discharge from rhe nozz'.e). Curves are also given for
very
moderate heating when the density ratio is approximately unity.
It will be seen that th-s distribation of velocity head along the
axis of the jet is not the same when the density ratio is 14 as
when It is unity, Hen,~e one cf the assumpticns made in previous
work is incorrez~-'-. F-49.3 &_73o shows a cur~ie plotted by the
following formulag b b
IL eudu edy (3)
0 0
derived by G.N. Abram(-~-iz--h !Ref~2-. Teoriya turbulentnykh
struy
(The Theory of Turbulf ;_41- Jats) , Fizma"giz, 1960),~ It will
be
seen that the calculatid length c-#' the initial section is
shorter
than is found expe'rime,tally, and the calculated temperature
drop
Card 2/ 6

f7" .19
C1-MW
A turbulent jet of air heated to 40000K S/024/61/000/004/oo8/025
E194/E155
in more rapid than the experimental. The reasons for this are
discussed. The position of the jet boundary was determined in
three ways, giving the results plotted in Fig.4, where curve (a)
corresponds to formula (3), curve (6) to the ausumption that the
width of the zone of mixing does not depend on the degree of
heating, and (a) to the assumption that the typical velocity is
given by the following expression:
u - 9 fu 2dy / ~ eudy
This expression is recommended by B.F. Glikman (Ref.6; Izv.AN
SSSR,
OTN, Energetika i avtomatika, 1959, No.1) for high values of
density ratio. It will be aeen that the actual width .%f the jet
lies below the value given by formula (3) and near to ti.-,
other two
curves. Figs. 5 and 6 givt dimensionless velocity distriL','-ion
U a U/um and excess temperature 0 - (t - t,)/(tm - t,) a
various sections. Curves az-e also given plotted accor-ding to he
following formulae,
Card 3/ 6

176
A turbulent jet of air h~~ated ""n 40000K
S/024/61/000/004/008/025
E194/El55
2
(5)
b)
t t
U (6)
t =t U W
M a
It w1li be seen that expression (5) satisfattcrily describee~
the
velocity distribution, whillst the temper-atur-e distribution
lies
between the curves of expressions ',5) and (6) but nearer to
(5).
There are 6 figures and 6 referFnziss 19 Soviet and I English.
The English language referen-ze raar.-
Ref.4: Shih Pai. Fluid Dynamics o:* Jets.
D. Van Nostrand Company ln:~., N.Y., 1954.
SUBMITTED: February 35, 2~961
Card 4/6

PATSIORA, M. D.; WOVIKOVA, E. Z.; BCWNDVA, 1. V.; LWGUW,, V. L.
"Splenoportograpte
to be pre"nted at UP Radiology Congress, Karlovy
TaryXiseboslovakia, 10-14 Jww 63

BEM-111MA, L. V.
Diasertation: "An InvestiCation of the Methods of Controlling
Large Dimensions in Machine
Building.,? Cand Tech Sci, Moscow Machine Tool and Tool Inst imeni
1. V. Stalin, 23 Jun 54.
(Vechernyaya Moskva, Moscow,, 14 Jun 54)
SO: SUM 318, 23 Dee 1954

ARTOBOLEVSKIT, I.I., akademik, oty.red.; ARTOBOLUSKIT,
S.I., prof..
doktor takhn.neuki red.; BAUNOT, G.G., prof., doktor
tekhn.
nauk, red.; BISWNOV. A.P., kand.tekhn.nauk, red.;
GAVRILENKO,
V.A., prof., doktor tekhn.nauk, red.; KOBRIY&IT, A.Ye.,
doktor
tekhn.nauk, red.; LEVITSKIT, R.L. prof.. doktor
tekhn.nauk,
red.; ENSWOV, L.N.. prof., daktor tekhn.nauk, red..
BIUMOTA.-,
L.T., kand.tekhu.nauks reds; KOMI% B.I., tekhn.red.
(Dynamics of machinery] Dinamike, mashiu; abornik
statei. Moskva,
Gos.nauchno-tekhn.isd-vo mashinostroit.lit-ry, 1960.
2)8 p.
(MIRA 13:8)
1. Vsesoyusnoye soveshchaniye po oBnovnym problemum
teorii mashin
i mekhanlzmov, 2n, Moscow. 1958.
(Machinery) (Mechanical movements)

BEZZMENOVA, T.E.; GUTYRYA, V.S.; KAMAKIN, N.M.
i 1 1. r, ~ 164.
Oxidation of sulfolanes. Ukr.khim.zhur. 30 1 ~-TRA
18:2)
1. Institut khimii vysokomolekulyarnykh soyedinenly U4
UkrSSR.

:1 77-

BEZISNOVA, Ye.V.
ua
Morphological changes in the spleen in ex-trahepatic
port I
tension. Probl.gemat.i perel.krovi no-5:29-34 162.
(1-111RA 15:8)
1. Iz khirurgicheskoy kliniki (zav. - Prof. D.M.
Grozdov) i
patologoanatomichoskoy laboratorii Uav. - dolctor
med.nauk-
N.M. Nemenova) TSentrallnogo instituta gematologii i
perelivaniya
krovi (dir. - dotsent A.Ye. Kiselev).
(PORTAL MTERTENSION) (SPLEEN-HUERTROPHY. JU;D DILATION)

-,7", , -j I'll.-I.- -0
; -.I.~ i-l 1 :1 1. 7.
DefectlL of railroce beds and riethods of correction. lioshl--)
Tmns~telclorcz~.?,., 1)36- '270 -;,.
if
biblil-,kka zhelewtodorozhii-dra. Serlia I'llutevoc. VYD, - 4)
Cyr.h TF28

L 31117-65 :-~WT (;I)/ZP:'(O)/T pr-4 wE
'AUTHOR; Bars hchev--kiv, M. M.; Bewozgin, E. S,; Kurdyukov, 0. 1.;
Nemchenko, A. G.
Yud]kevichs Yu. D. F
JITLE: A method for thermal dis-sociation of fnel. Class 10, No. 167812
ullieten' izobT~
!SOURCE, By -teniy i tovarnykh 2nakov, no. 3, 1965, 12
TOPIC TAGS: fuel thermal decomposition, infreared radiation
i k,
ABSTRACT: This Author's Certificate int--oduces a method for therral
decom-,03
of fuel. In order to intensify tbe process, the dissociat-Jon is done
u-nder
red radiation.
1ASSOCIATION: none
SUBMITTED: 04Dec63
:NO REF SOV: 000
-Card
ENCL- 00
0THF_R: 000
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of t t~t 6'1-0 to I 10000. It V;~" !h-,
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"lm ly, aul -.11 ~~,~O' i, onlv 4-5,.'~. N~

n3--D rSn,-ssi.%- tho ga:, er luted from Eh-, nlmrnl pf7.-tJm. irl
tl~o -tLO to 10DOe', rrm,;- a4er
rltb a sl,~Tp In t~4 ylv2d of curt)ori dioxi& (r.-cr, 17.3 ro 50.7
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=-Irnatts, tlzro is an jrcre,-~t in trz q=ti-.y of rubzTi i~mcxm (iron
4 5 to 75.5 2.ikg) famed by rcc~mtlun of crzbon djulde. In Uw 10)0 to
llw~c rmnga bjLh ronztlorz t~alm )I--co ant L3-- vo2ccjt~ Wl~-an a
cnan~-o
Is frm the S:71-111 to 4,D -.-P p!cce-~ thv concentraLlon c., carbcli
m-calcla In L-B Ean fron 47.4 to 6QS and Lhat Of C~Llbcn Liloxicic,
C----masas Ircm L,6.2 to O.G%. 7his lnzl!c--tvr, tr,--~ trz m1mcLion
of czrz)on
d1=1:50 V,~-s place rrcpDriomtIlvly Inside EID pleces or cc!, . IT415
Is
csrrl:'Md by =ly~~Ds of rba solld rcsldt~,., alta the comAotlon of
1-7-51-
Mill IN

o&tmorJ36tion, U)dx, flow ocriMmona (with ratrogm b1cv., Wough *0
ZCV---r
484~ at 7W to 76.Oi at whIlo tM,. of carbon dioxidi dwrtases
ca",s,noncilnelY frm 41.8 to 7.V. It Is sh-'rn thar, In thi Nt-~ to
u-'KA~
zw-pm. Ura r---CO tM gnTxr ~6wr, of M3 carD~n dicate-il Is cmlttc~
colly v~IL~~r
flow ccWlZli~i~ but at 90DOC =IsrIcn take.3 placo also In tN,
abs,~--ze m'
-crAH-lop% 1.43. In a wv-,,f-svIth no tvrvarh. TM blmlrc of an
irurt ip3 thrcu~-b In=tOqr---m SM10 cvka Ing,-Tcz t"-- =13'sion Of m
q,=tlty of carbon olaxido IcTrod ty V-4 r-c-ncTIm of wrtm mnz1xIc-:)
i~qui .tn
=t-on In tbb ookc. C-pn=a1Im-,LJc.,s )fi,, zo,k) th-, sinultawcus
ch~n,~-~s
In tba ninerza xind cri;cnIc per'.1or's Of LM --ClIj M510-", 'Wilch
I-.1 C-Mila "W Fo.9JfQ-1LJ= J.-l

BMMDZGIN, B.S.; SIMMINIX017, A.S.
Shale-gas generators of higher productive capacity.
Trudy VIIIIFS
no.4.-63-P,4 '55. (YdTa 13:4)
(Oil shales) (Gas producers)

7,77F. 1n:7. Trcat. M~ale, E."JLr, 1~cf-
'Oscr- ).
Ichim. (ROf. j. ChM., H "'), 1956, 06 15
~-.nd ~,CO jim with c,!:e In
lor%L,, h-cl 3C-0 ma of It-,' 1-m-pti, M-led Oth
3 to 5 i--n ex-alris. Mth tlo U110 of DMILIM trQ stc~ua-c--,r
ml-rtrrn ord.
th~~ Iricc-do--cent C-o'w const.-M Lit 8 to 9 sco zind Me
tmp,-T.~turc in the
pyrolyzls zone IncrE=Ing fru,17CO to 1CW-C the yield of crr
Incr,-'ascd
0.366 to 0.62 of simle, bur, the ccrar"mratIcn of Lmd
Lmsatta-~tLcl hyd-ccartlciis In it and t~-.-l mlue of
the U.L. flowt:,ver the tot~~l ylold of hc~,.t for a ,,,-;cn
quAa!ry of t!,ale
inCrCalsod. Jrcreas)jjg tile cr,.rr~-a tine, at camstant
Viipcr-aurc Cav.~ the
resultz. Varlatim In the c-r.,jo5itioll and voli-ma of ps~
from 1u; t =,crature
carboniz;atien (%irinr, pyrolysis v-:,- ~;tudlcd In a qtzrtz
tuN-, 11111cd wItl'i
coirc vanIch hod bec-n mXbonISCd up to the te;,1.pemtT-1.-e if
the The
Cc;llt',Ir,t EIMD In there aper1runts 3 to 63 sce. a'& 700 to
lcc'cz'c- in c:,-.,-y
Case there war. an lrcr~~e It, cu3 volr,:~e Uli) to CO to 7cr;
tit cc--) rx,,u In tilla,
hydroun cumcn-t. of the = (cWni7, to pyrolac-Is of
h7omc-,abc=). 'ho
pre~=L of st=3 In the pyrolysts zone dccmsed the depU) Of
pyrol,;Lls C:
hyaTcxbons arA epabIN hydrocarbm convorsicri rcactfuns to
dmlop.

SINFLINIKOV, A.S.; BEZMDZGIN, R.S,
Gasification of shale coke. Trudr VNIIPS
no.4:113-124 '55.
(MIRA 13:4)
(Oil shales)

SINILINIKOV, A.S.; BBZXQZGIN, 3.3,
I . I
Uniflow semicoking of shale vith circulation-of a heat
tranefee.8,.gent.
Trudy VNIIPS no.5:96-100 156. (MLRA 10:5)
(Oil shales)

BNZMOZGIN, B.S.; SRI)WUTJCV, N.I.
Uperimental processing of 7 layer shales in gas
generators.
Trudy VNIIPS n0-5:133-141 156 "II (M1RA 10:5)
(Oil shale;-Refi -
ni;~

BUMOZGIN, B.S.; ITSAIKSON. B.S. ; SINBLSNIKOV, A.S.
Obtaining high caloric gas from shale in A uniflow
pyrolytic gas
generator. Trudy VNIIPS no.5:142-153 '56. (MLRA 10:5)
(Oil shale--Refining)

.-I B&Z;HOZ;GIN., I.S.- IAPIN, V.N.; PRRYS, H.O.
Semicoking open pit shales. Trudy VNIIPS n0-5:197-202
$56.
(KLRA 10:5)
(Oil shales)

BARSHCHEVSKIT, M.M.; EZZMOZGIN. X.S.; ZAGIDDIN, L.S.;
SIIMLIITIKOV, A.S.
- ...
Problem of efficient processing organization for shale
retorts.
Trudy VNIIPS no.609-50 158. (MM 11: 8)
(Gas retorts) (Oil shales--Refining)

ISUMIN, X.S.; SINELINIKOV, A.S.
fine shales in gas retorts. Trudy VNIIPS no.6:64-69
158. (MI-RA 11: 8)
(Gas retorts) (Oil shales)

SINILINIKOV. A.S.; MITTURRY, A.I.; IMMOZO N--r-.L- ~,,_
Determining over-all stapdards for the compartment retort
section of the shale ges'plant in Slantsy. Trudy VNIIPS
no.6:
80-102 '58. 04IRA 11-8)
(Oil sh&les) (Gas retorts)

EZZMOZGIN. B.S.; VAYUSHTEYN. Ya.l.-, SINILINIIOV. A.S.
Pyrolysis of shale tar in Cox W twent retorts. Trudy
VNIIPS
no*6:103-106 158. (MIRA 11:6)
.,~. - " (Tar) -- . -'.

BARSHCHhTSKIT, M.M.; BXZHOZGIN, E.S.; ZIGLODIII, L.7.;
SIIMIONIKOY. A.S.;
SHUVAWV, V. I. -
High production oil-shale retorts. Gaz. prom. no.
7:7-11 Jl 158.
(MIRA 11:7)
(Oil, @holes)
(Gas retorts)

k i V~
w 0
At
I
gi
oo 14 0 ga
r .6
-6 1,4
&N cl m o
b. o
m. A j,4
c F1 3 IS
4'o"o
o', o .4 o
t4
cu
2 !1Z 13
'o6 -P~H *0 .4
4Q 11
A** 'o m'g "o
04
tfe a
I. to ;.$.
;;1 00
42. ; r.
olla
14N a .14 o .11 1 "o o a
ch Q
w
Air 31 H t,
IL

BARSHCEIRVSKIY, M.V.; BEZMDZGIN ,~ Iw-SINELINIKOV,
A.S.; SHWALOV, T.I.
!~Am,
Shale-gas producers with a central feed for the
heat-carrying
agent. Trudv VNIIPS no.7;120-146 '59. (MIRA 12:9)
(Gas retorts)

VATNSHTITN, TA.I.; BKZMOZGIN. I.S.- SINSLINIKOT, A.S.
Stud7ing the thermal decomposition of.shale in
chambers of shale-
gas retorts. Trud7 VNIIPS n0.7:147-158 '59. (MIRA 12:9)
(Oil shales) (Gas retorts)

BEZMDZGIN, B.S.; BARSHCHXVSKIT, M.M.; VASIMMA, M.M.
Prospects for the use of oxygen in the ~hale-gas
industry. Trudy
VNJIT no.8:66-74 '59. (MIU 13:4)
(Oil shales) (Oxygen)

,-X.S.- BARSHCHXVSKIY, H.M.; SIMINIKOV, A.S.;
UGLODIN. LS.
BXZNOZGIN
.ww Amm..a.,
Increasing the capacity of pinch-type shale gas
producers used at
the combine In Kobtla-jaryee Trudy VNIIT no-9:27-30
160.
(HIRL 13:11)
(Kohtla-Jarve-Gas producers)

SINELINZOV, A.S.; MUMS. B.S.; KOBYLISKAYA. M.V.
Effect of the regime applied in processing oil shales
on the compo-
sition and properties of gas-producer tar. Trudy WIN
no.9:31-39
16o. (MBA 13:11)
(Oil shales) (Coal tar)
I

BARSHCHEVSKIY. M.M.; MZMOZGIN -0 1C.S.: VASILYEVA,
M-14.; ZAGLODIN, L.S.;
SINEL'NIKOV, A.S-
Efficient system of processing Baltic oil ahaleg.
Trudy VNIIT no.9-
4-9 '60. (Oil ahales) (MIRA 13:11)

,.BBZMOZG.IN.,--E. S- - TUDMICH. TV.D.
Production of gas from liquid fuels. Trudy VNIIT
no.9.-195-228 160.
(MIRA 13:11)
(Gas) (Liquld fuels)

31MOMIN.-I.S., BARSHCHIVSKIT, M.N., SINELINIKOV,
A.S., ZAGLaDIN, L.S.
industrial experience in increasing the capacitv of
oil shale gas
producers* Gas.prom. 5 no.2tl?-19 7 160. (KIRA 13:6)
(Gas producers) (Oil shales)

BARSHCHNVSKIY, M.M.; BXZMOZGIN, B.S.; NE14CHENKO, A.G.;
SINELINIKOV, A.S.
lkperimental-plant testing of a newly designed reactor for
the continuous
thermal-contact gasification of liquid fuel. Gaz.prom. 5
no.10:12-
16 o 16o. (MIRA 13:10)
(Liquid fuels) (Gas manufacture and works)

BEZMOZGIN, E.S.; NEV-CHENND, A.G.; YUDKEVICH, Yu.D.
Pilot plant testing of a newly designed reactor for
the contact
pyrolysis of petroleum products and tars. Trudy VNIIT
no.lOz4q-
58 061. (MIRA 15:3)
(Petroleum products)(Pyrolysis)(Chemical reactors)

BEZMOZGIN. E.S.; UVAROV, I.P.; KIPRIAMV, A.I.,- NEMCMUp
A.G.; YUDKMCH,
Yu.D.
Vapor phase thermal denethylation of wood-tar oils in a
contaot
pyrolysis reactor. Trudy VNIIT no.10:59-63 t6l. WIRA
15:3)
(Wood tar) (Methyl group) (Pyrolysis)

BEZFOZGINp E.S.; ANISINOVA, V.M.
Slag-forming capacity of the ash fraction of oil
shales. Trudy
VNIIT no.10:160-165 161. (MIRA 15:3)
(Oil shales) (Slag)

BARSHCHEVSKIY, Mark Moiseyevich;
YZMOZGIN,__~~44_�_i~m~loy~~hj_
SHAPIRO, Roalld Natanovich; SINELINIKOV, A.S.,
nauchnyy
red.; SEGAL', Z.G., ved. red.; YASHCHURZHINSKAYA,
A.B.,
tekhn. red.
[Handbook on refining oil shales]Sprevochnik po
pererabotke
goriuchikh slantsev. (By]M.M.Barshchovskii,
E.S.Bezmozgin, R.N.
Shapiro, Leningrad, Gostoptekhizdat, 1963. 238 p.
(MIRA 16:3)
(Oil shales)

A.; SHAFIFO
BEZ1,1027GIN, E. S.; A, G.; SOTNIKOV, 1 9 T". N.
Teaperature and pressure distribution i" the
ser-ar&,-,e zcnes of
r
shale gas generators. Trudy VNIIT no. 11:35-41 162.
01-111RA 17:511

UVAROV, I.P.; PARSHUTKIN, Yu.A.; BALASHOV, N.N.; BOGDANOV,
G.A.; BEZMDZGIN, E.S.;
NEMCHENKO, A.G.; YUDKEVICH, Yu.D.; KIPRIPJ40V, A.I.
Vapor-phiag pyrolysis of wood-tar oils. Gidroliz. i
lesokhim.
prom. 14 nb.8-.5-6 161* (MIRA 16;11)
1. TSentrallnyy nauchno-issledovatellskiy lesokhimicheskiy
institut
(for Uvarov, Parshutkin, Balashov, Bogdanov). 2.
Vsesoyuznyy
nauchno-issledovatellskiy institut po pererabotke i ispoll-
zovaniy-u topliva (for Bezmozgin,'Nemchenko, Yudkevich).
3. Leningradskaya lesotekhnicheskaya akademiya im. S.M.
Kirove.
(for Kiprianov).

BATL911CIIEVSKIY, M.M.; BEZMOZGIN, E.S.; SHAPIRO,
R.N.
Investigating the segregation of fuel and the
distribution of
gas flows on a cold model of a highly p-ductive
shale ga
generator. Trudy VNIIT no. 11:63-72 162. (MIRA
17:5)

BEZMOZGIN, E. S.; SHAPIRO, R. N.
Plant test of the gasification o. shale cokw-vith
water-Tapor.,
Trudy VNIIT no. 11:73-77 162. ki-'J.I~lt .1"::))

BEZMOZGIN) -E.---$
- --- --- -.; NUTHENKO, A. G.
Distributed blasting in a shale gas generator.
Trudy VNIIT
no. 11:78-80 162. (MIRA 17:5)

BMINGIN, F. S.; MICHENKO, A. G.; SHAPIRO, R. N.;
YUI)IU,'V.'iCP,, Yu- 11
Increasing the yield and heating capacity of Shale
producer Pas.
Trudy VNIfT no. 11:97-101 162. (MRA 17:5)

BABIN, 1. N.; BARSHrREVSKlY, M. M.; BE;I.IOZGIN, E.
S.; PETROV, V. N.
Converting natural and mixed gas for special heating
installations.
Trudy VNIIT no. 11:245-253 162. (MIM 17:5)

SUMANTOVSKIY, S.i.;
A.G.; Ytj':jY M111, Yu.D.
I - I
Contact pyrolysis of' the settled tar from ~ho of
hvlrcly7.cd
lcsokhim. prom. 117 no.r,:17-IR I
lignin. Gidroliz.
1. Gosudarstvunnyy IsM%,- inst'. 1:1 znn-Y i
sullf-itro-s,pirtovoy N'nr
2. Vaesoyumnyy `or
Nemchenko, Yudkevich).

YUDKEVICH, Yu.D.; Nl-,!!C*,;~T:A't-. , r
,
Investigating the thermal cont,;ct processing L-1 .
Trudy MIT no.13:162-170 164.

NEMCIIENKO, A.G.; )MULVICH, Yu.D.; M7MO7GIN, E.S.;
GUREVICH, B.Ye.
Contact pyrolisis of shale raw stock as a method
for increasing
the yield of low-boiling phenols. Report 2. Trudy
VNIIT no-13:
86-100 164. (MIRI, 18:2)

L �3�&A . EPF(0/EWT(n)/EWP(b)/T/EWP(+~ IJP(a) WE/JD
ACC NR; AP5026738 SOURCE CODE: UR/0286/65/000/C,17/*L3!4,*~~-'I
INVENTOR: Bezmozg.n, E. Glezin, I. L.; Petrov, V. N. 13 /
ORG.- none r3
TITLE: Continuous action equipment for production of
commercial tydrogen. Class 12,
No. 174174
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 17,
1965, 14
TOPIC TAGS: hydrogen, chemical plant equipment, manufactured
gas
ABSTRACT: This Author's Certificate introduces continuous
action equipment for pro-
duction of commercial hydrogen from natural or mixed gas. The
equipment is made in
the form of two chambers for full conversion of hydrocarbon
gases. The first chamb-
er is filled with a catalyst or an inert packing material for
conversion of hydro-
carbon gases with heat supply. The second chamber is filled
with a catalyst for con-
version of carbon monoxide with water jacket cooling.
UDC: 661.961 66.05
SUB CODE: IE,GC/ SUBM DATE: 06Jul62/ ORIG PEr: wo/ OTH REF.-
000
Card 1/1 .4
"~l -,- CJ Z_

FijR5Z!jrFhVl'.FTY~ i..
- I I I - p I i J ~7 n ~ r - N zT n ,
S .1 IN V L I N i F-A
. - 107 ~ . .
phenols from a MJt--rtl)T'9 in a :.--.ent;-lfuga.!
41-ar &,gparator. Trudy VNIJ'T no.12i9O.-q6 10,,
18.,11)

, , N NV) A ~7 1 IF , ~ 14 -, F MF ,~ 4. '.' , -,
YM I , F i_,
W -, ~v);: C, f N, v F ., . I ~,, - -, . . ~ 1; ~'!
"
-r r, t;, f t Tlyrolrili of tpr &g a m~~thr)d for
,ncreac:ng
-0 1- - t
thf-, y:aa.1 -)f low-lx)llinp phvnols, Trudy
';11.'IT
I i,% !,.I'i !; - , R, 2 1 "
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f-09 hm".

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Am4ykbolm Wmemes the togfe and pube fgt. of the

l

00

b-t of Ada- flwwWk. Atcapm wevatts said

Aymostismime bwramm tbb
wtkm, Hkh coo=. of

es~

admusum cmw a Ashe acceienaim of the b""
beat..

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The effect of 1006-pariod treatment with "AAWCOICIA11"
so
00
on *0
carbohydrate metabolism, AladAr 11VITIA and
-00
00 a,
MUM Millis-
Magyar Ofw1i Arch. 3S. 101
"
"

Rabbiti fed with
Anticornint
(tartaric acid ettr of

-00

decausethylenediguaindine 'I for 5 punithS h-cd no
1

to'cie
symplortn' when A times thr dAilv 1,iman
-00

WAS fed, The ghvil'c
tolviralm. And 111, til'uhn

00

remained unchanged; the aittrill2line hypi-tShicemiA,
-00

however.
was markedly increased. Th, liver and nitiel,
-00

Slyroxen, tile
g!Vt,)gt:n-%torjng capwily 'I'l 01, 1-1
a

int-talmalivin c-1 the Anticoman animals lieerL* id"n, icAl with

00 15
of lu'rinal animals. "Anticonian ' ii Ismit"ttv
=00

and hvt no
unfAvorahl, illflilrocr IlIxin I!lc cjrjptql)-dtajC

00
tile I
ah-dista. The prrlin. has not 1*-ett o%ed theraj,,uit-

go
calliv. llenrv T;ull.T
ago

so

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Bezrak A. B. L., Be-,nak 1M. ana Hajdu I. Institute of - h,.
siol. of the Feter
Paz',T-MffY7 -Thii-versity, Budapest, Aungary The growth und
the. food and water consumption
of the resting or exercising albino rat on diets containing
various f-mounts of fL:t and L
duced quantity of vita~min BI 11ungarica Acta
'.111~-_--iolocica 1947, 112-3 (3--1-51) Graphs 2
Tables 3
On a synthetic diet containing a minimum amount of thiamine,
growth wtzs sturted
if its fat content (sunflower seed oil) was 3 per cent; it wus
normal and proportional
to the fat content at 8 oer cent, 16 per cent, ~nd 32 ner cent.
On forced ex1rcise
for 28 days, growth was resumed in the 3 per cent fat group,
and a trant-ient loss
in body wdUght (maximum 8 -)er cent) proi'ortional to the fat
content of the diet
was a slight increase in growth. During the rectingperiod after
exercise the vel-3city
of growth w s gr.rtly increased in allgroups. Food and water
consumption were
in rest inversely pro ortional to the fat content of the diet.
During exercise food
consugiption increased in the 3 per cent and decreased
pro:,ortiona'ly to t1he fA
content on the diets rich in fat. Water consumpt'on also
increased &U-ing the second
half of the exercise neriod or later. Efficiency ofgrowth
(growth x 100/i-ood con-
sumption) was pro-oortional to the fat content of the diet.
Growth ind food con-
sumption were not correl--ted. It is suggested tliat the
stunted growth of the resting
ani.mal is Oue to an in-~dequate synthesis from some
carbohydrate intermetaiNlite
of some sevii-essential fatty acid, consequential to the low
fat and thia!:iine content
of the diet. Beznak-Tihany
SO: Physiology, Biochemistry and Pharmacology, Section 11, Vol.
1, //1-6

96990400 orb IliseesIll-11,

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L-L-,L-- A_,V P - 0 11- LI Y V -A y z At. iJ_A --A 1 -2. - I-A.

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.Dr.

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The distribution of lethisil sensitivity to histamine
in

s,
nottrigi slid histatuffiS ptetreated guines pi

LL4_4Wu". 16.1%.
-,11
t

k twa. 1, .11,k IN.-I It. 17.
IC
I I
i

wl III,- II
-w-t
.
i4v kl
pill% %~ 150 -1 lot fill, g. of [.%IT uI , fill "olm.d .11.,U I
:.I.,

1. The so-ealleti chatactctmw hm~tmlnc m%%, I,t,l

mt
11"Imal SUMCA 1119, '010 t1li- ,Id, I--- A-

go 4

J 111,willue
Aww"I tlmt tilt cut~v I'll ill,- lailki 1". , It,

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-lm friull. rit ohlm,lrd if hwa III,

'Arlwdlmll wills
Owmm 1,1110 1

It- foi 4i-,ul ;F - ki, ,I *i0s I,,- - I,,, I
il,i.ljk

till I -11k I lll~ I.--1 -If fill 11 11,41 -11-1 MO I
I.,

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8

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no mochaniant, of the incrilik" in reftifitanct, alminfit -
1

I,
1.0
.1 ""..of hilt Iningr ev.14.1-rd fly pfp~imj. 111jr-t-11,111m;

k t

41

ill IIw 111.114. gjjltj~.k lilt;, 0 Ox.111 1.1 1 K I..I%

:

"t.
tilidt'r

X, 71

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6W

mI I NS 11; ~!,V mid :;I I It, V
Cil.

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00 0

"all". of lv,io -,mt
I., I., ., 1.11vi '1",

lit A , mill'ti 11.111 it .I III, I.I.m,
11'.

It, ill,- I.t,r lv%, I d hi'l ,I

00

.4 10-1

f.,li-mit

00 -

:~s:jr,-(wm I( A Irthal d4w wus. on an Av., 4AS 1 cc. lit

.9111.41 gunw,% pixi, 2.45 in 11"1n C~ill Alit hilitillilih-
'frj Cd animah. and 3.1)1 in reAttant h6famine Irratril
Allitill "1,. The Write l4rid ctiatirnt of the 1,11-1 If nomal
.111M14 Is vitis 32 Ing. I';. -igAnst 411 mjr. I ' for histamine-
ttrilltl Xminea pigs. rite most prol lablev cxplanat ion of
d file n1whallmn Ili inclva%c In fr4kiatire to histamine
4111:111"'.16011 1, .111 111hibilinK rffN.l ,It himich'.. AIM
h-t.q 11111-Irs. :41 trlvrem-vi~ I.IVAII 1:111AIV
00
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1 1 4 4 -_k'
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i;09
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lee
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tie 0
'lee
IF q 11 IFl71
it If 99 Kill a I ivil
0 0 0 to 0 a 0 0 0
iz 0 !* 0 so 00 00 00
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Jeff union bvmjtsglcs:j I
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The good of pr*kWd administration of I-asawbic scid

.

and di0scask add an the bOdY wWOt and fG6d- water-

00
Md Nk4MkStWM
ad albista few. AWW B_
-
Or

nd Z-u2vinna Ci,-I,Ir
R "Y.
t Beini
1" Ilicanik 16targi
17. 294-"(1947) .-Mait albino ral-

were gives a dirl comsWing of
wheat. rye and corn 25-2 -%

-00
Cawin 15, butter 3.5. MacCollum Wt mist. 4.0. and cod

liver oil 1.3%, phis memistred affits. of tap water and of a

.00
1.0% sq. adn. of N&CI. Three groups mete formed:
moo

Girotip I
received daily M mg. 1-**rurbic acid in 0.2 cc.

disAd. water
through a stormsciii tutte, group 2 :XI Ms. d-
=00

ifluconic acid
in 0.2 cc. distd. water. and group 3 only 0.2

cc. ditd. water.
Dettia. of body wt. Jumed that neither

=

the fuk- of Rubm am that of Lusk-Wilson is viklid for the

so

vclocity of growth. Among the animals with Urge supra-

must
glands them were more which drank ittis wdt ouln.

log

than among those with =all Slourids. A definite correla-
en
ids
nd
f
l
L
d b
th
b
f
e o
suprar
a
u
a
tion was
oun
etween
e ti
s

growth efficiency. V t ! n M ti'm of ialt MAU.
ZO 0
ion.
and wittier showed no rriat -aworbic And d-
xhiconic acids increased the av. fir Atat th by I IY~ and el- moo
Imted in identical matsuer the consumption uf food. sjlf
oln. and water. Them effects frem not to be ~,nucctcd XOO
"ith the antiscosbuticeffects, Nit only vith the acid gnitups
'S00
tif the investigated camlids. 16 triciencra. 1. F.
ALS
U III AV so
19 PP ts, ?I to 0 4 galls lituff Ila
0000
a u M Is
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Al
The effect at kiwasallso an betly temperature W Parmial
ad of klasssal" swim" pip said the vasichissidami
ad the Cbaxmm. L. flesnill. Arissild Cv. 11
Kowtheb, Bint. IARC.
I#. Xift-k1i INR).-Fany female and 77 awlir Irvinea pip
diOik-d into groups. Sam Xfoupis treeis,vil pirtiraf
twim shilv sitati
i is with b I, IM g. body wt., itim-Airildaily by III -, utild
th,, bob day, avid Then mitintaining the daily dtva~ of M -y
unt;lthr2lstdAy. lk*mmfneutn(therWaliriiip.olita
tfrated guinest pip slistard that sulseutancom and intra
Mitooral h6tairstitw Iiijectinoi mov-da nustiolihassic
grailtial
311 (A it WilhAlik OVACIhIll "ai%iiiiiiit of *it initial
hirvraw
fislit'v"A ltv tkrmA-. In 11W st'sup ( pwtvvao~d anitnalzi
the hiphitsic tvaction w-As4A,-r%vd and the total inAtAcnip.
dectravit was smIalk-c than in unttrated ones. %lessurt- .
ntrot of the trmp. in the riltht end Wt h'Al%'C% 14 tht
brilift.
in tior mctuitt. ott the itkitt of tbr ctwat. and 4 the
altdonvirn
during hi.Ninine Auck Ishowt-d it dectraw in tvrAt Imsittic.
t too Vir trusp. 4 11W [wort. trettlin. '111d "tit '1".1v IV
M-a-1 III t Ise Suilwa Pig I kA -At 1 1" U1 'I Colt'sti-ntsol
C"tTir.
III%. *I'hi% ifinsiiti%hing was if the it, 1-tratlu-4
',nistAlwd li-I'l 0 And wits InItibit" 41 if it m1titim it
111(mv 0
*['Ilk. It ttill. Clungrit in hi-Aantinr 1juvis IITT to .1
UtRI, vxMit
thil? to VlLIMjtT16 in thr 0 supl)lv of th,- Wood tit ilw loop
I'tW twdl-tvAulaiiiq tvsitri 4 Ilve %namikiii h- tisst I..k,:
l,sit its t1w- ch-Angrit. Thr hij,haiv invrtw irarlinii -iti,
to tv tim its devravd ovsulmwd %ills
~-tnjwn~Atoty 1. Fi-h

*0*00!0*60000
~ 0 : : 0
00
0
0
0
d
oew
'F
W-W
13 It py 4
a -a I I
Oil A.0 ?%D C409RI
V a A , X) 11 13
IA' MA d A
11A
Cholln
estef&" aCtivity of myosin solutions. _..NJ
Afafyar Oft-mi Ar(h. 45, 1-011145). NIV("it
V-Ttf-14-soins. have the same cholitiesterAw actmi),
whriber adenosirtetriphosphate is prejent or n,,t. 0 0
vtrr-kse activitY is a luixtion 4 the inyimsiti cwwn. .1:1,1 ,1
Ih, time al incubation. An unpuriti"I Actiti-solsi. hA, J)" 0
bAmc,jcr;k3.e activity, It. A. -90
.00
roe
r 0 0
roe
-00
go*
1300
~!~
Wove -0 0.1 cat
I I . F
U w AV 10 it a Al a n 111 a
* I ; 002,
00 410 011 0 000 000
0000 0 * o go 0 09 go* 0 0 0 4
g
fee., 0 Woo
alkali QK a-, M am 00
TA AA I S 4 nd 0 X Iff 1 9 91 1 A 0 afis,
140 .1 V1
00 000000600 00 0 40 0 0 9~
1
0001-- 0 0 000000060 00 see *oil

Institue of 7',yS401. of Ile le I. Cr ~11 1 V: rS 1:1 C ~11=
L
The growth an(d thr foo-i %n-1 w-,Lter consiz, tion of
rE-7tin:7 or
r:;t on rjie~,s con~-ainliv-f v'rious tuilounts of f!"t !lmi
reducci'l of
1',Cta 1'hYsiolo.,7icl 1947~ 112-3 05-511) Gra,.'..-, 2 T'_bles
3
On a synthetic diet containing a minDuun.1 amount of
thi~,,.mine, -rowtuh was stunted
if its f: t content (sunflower seed oil) wa~ 3 per cent; it ir
s normza-l ,ln:i 1! ro; ortional
to the 'i- t content at 8 percent, lr'~ pe - cent, z~nd 3")
percent. Cn
foi 28 days,, growth resured in the 3 i.%.er cfnt fat -rou7~,s2
an~ a tr_,Ln.~-itnt lo.s.-
in bod:1 wei-lat 8 per cent) proportion-.! to ',he f'-t content
of -he iiet
,,,rns a ,I-i:-ht in-e%se in ,-routh. airinly thr,~ r-Aing
perioA e-~~,rcise the vi-incit-
Of crrowth 1.,as r-,-,t1y inc-.-c!,,i;.e(i in till ~Trou-.s.
Food F~r c~_1.~u:;:i tion -.:e-re
in -e_-t inverse!-! pro--ortitin-il to the f114t conLt~n, of
Hf~t. Dorin,-
c=!-.ri ti n inr-(,azcJ in the 3 per cont iinl J(--re:ised
cc)ntenf on lhc- r1ch in con su,"iPti r-:11 %1:.0
'/foo,
_f of 4 jjr~ L
exercise p-erinz] or 1--ter. Mfficienc,! of (--cwth 3, 100, -1
con-
suml:tion) w-,;s pro,,_ort_1rn,l to the f~:L. content of the
He-t. Gro-.?.h '_n-", -foc"'
svu~.-.ti-n were not correlated. It is sug-ested th'~-
stunt-_:! of 'the. rc-stin~
anin.::l is ~Iue to -n svnth--HF from carbolvr6ratf in Ile
rmetnlrolit e
of some semi-essential Tatty acid, consenuential to the low
11--t !-nd consent
Cf +I,(.
j 7T, 11Cj. T, '~'O. 1_.~
SO: --.nd

Res. ir,:sl,., iham, he ffltit rJ ~:u t ion (.I* i Y. t I-r,
t-cn-- dr. nri,-:.~! ;)m- trurhie(4 eDtt 1 1: f;r r t s 1, r c
I ~ w:cloti-c;-
Left vcy-t-'eul, i wa,% caused ib 7-" Z,
the Portic valves by meprF of P ro(I pu5hed down thro,,ij-h !k
It-ft epro"id. Comi,-eri.,:,on
vd' th 1^- nomil cpts cf the :~ajne se.N, Pre ,: (I wcdgi t
k1iEtrii2ut-ci) sl-mcd wi th
s t,) t t J en 1 c e r f an t,. 'L ]i a t t I 1,~ t 0 ", 1,
!~,~ p r t vir e- i ch t, U; C. 1: e; t I t wt/' .-ui, e -J
pI; t
Y
left ventricle + septum welilit, left ventr::cle + tur) iN
.--- i+t/! (,
1~:f t
ventric3e + ,~er;twVrjj-ht ventricle 1,.P(j r,11 ~iwroz-,,,ed.
Jjz-~, t.-;tal I,',
extrrctp,)2--? "'J, itc ml-oi-~n, myol :r: r""": N .'ere
deter-min,-~(~ by thf- IT. H. Neber 4nd K. 11'eyer rethod
(1933). The iicn-ex~rctrble 11
v.!,~s deterr-d-ned in three frPetions: collaFen, flu-16 I,,,
rerzainini 7i.. In three ceses
P11 thef-e cietermin;~',Aons wt--re mijed ~ut ill tiiL,
v,11"Cil'! -A I!% i I I, i k2 d
Hn rt nu,-. -1 t, c. ii)v it C ' ,!I
N conleA i-F !~; i~ore than thrTt of thi-, norniz~l. 111-,t-
r~irtra itiom, 0-- tI.- t
rinf~ c,~-v;e with thin e~cert--c),,: e~ -0- ncn-c-- L,
whichtenc~,-, -.o Compared ~o he tv.: h-C;7rt contnTn--
-sc,!ei,;h,;t
loss Iq ~allk:
S"TIP13.~ir j:lrt of tliu, hui rtl--, N' cc-iAent -4L
So: Excemt.~: ITc-dilca, "01. 11, 1~0- 3, Sect. 19),,~,

[tr~

AL.

A a

L
JL
U U it is 36 A; 14 it 40 At
M ail 9t 4
LU
0
L. it At mi;*

00 A,

-
-
,
Its ANU $No paptow

A A
0

-pecitits ... 1=181.11 -V4.
l
I
t
f
b
T
h

A
m
tall
he avlonaink Innorystion o
t
n lefu
ill
'
26
It
t
k
l
W

em
, am
004 inizisr. 1-1 i
m l
Shis
ap
u'
1.111it

(Ast WI-ItIsAv. Irih. Illij. I wof A7,117 M

ml lot C.4t%
4 1.01

ligation CA the antetkir dellmiding branch til the
coronary

Thecats

go 1

were anesithetiml with ether with attif" re~piratitm.

Th rim
of Wood ssur~r level began in the 40th tnin..
e

hed it% tasit. value in the L'nd hr., and remained
tM

r

thf-le even 11 hrl. after tile applicatim till tile
figature.

The byperglyrrinlis cusisord by cor~sry orviu%im is

alownt if obe twasicheo of the ttrilAte pnFILk and (sl

,

the vagi leading to the heart ate ctit Ineviou- to tile

9
2~

ligature application. No correlation could be found

9

betwom
blood prmure and blood sugar level under such

conditions. Ether
anAesthesia had no effect on the blood

"UKar level. 30
references. Istvin Fhtilv

90

ASG.%L. NITALLUNCICAL LIVIE1141110111 CLSSSIPICaTM
1430.3 It 0.1 Got
--- 0_1_4
U is AV so As I r I W, I
I
10 it a it it
;0
0 0 0 0 0 Ole 0 0 41 0 0 41 0 0 0 a 0 0 0 0 0
034131mt
In
U00 "I T 41 'A A I I rw 0 14 W I W It I a 0
0 0 0 * 4 0 0 0
"041
see
nee

gJ ; ;
00
0
so
*0
a
0 a
goo

I
& o * 0 010,
Q It Is is is It I.
if A -T i!"
a JP a a) 82 Aj of 4,C 0
-00
Ths fld *I pfgWmg" adobLiattlitlite 4W 14&mbk seld
&cW as tm body welgitt and food. water.
and d
and of &$him rob. AlAdir It.
I.. 11canit, Maj, and Z.%,"nna Giq,jr-kidy.
.4,.k. B.4, jj.~j M-41081 1947). -- Male Allittics rat*
uvre given a diet conaisting of wheat. F)v acid corn Wi-25.
,Aacin 15. butler 3.5. MwCollum %all mixt. 4.0, and ml
liver oil 1.3%. plus nicasured &cuts. c4 UP Water and of 4
1.0% sq. soln. of NaCl. Three gruu f ed,
(woup I received dady 20 rug. l-,&~actrawciudeir,
diad, water througb a stormach tube. group 2 ;X) rug. d-
Slu "tic " in 0.2 cc. distd. %&let, and gToup 3 mly 0.2
Cc. dtitd. water. Delta. W hody wt. %bnwt4l that twither
tlie rule of Rubtm am that of Lusk-Wilson i* valid for the
Wkwity of growth. Amomg the anira&14 with Large supr&.
renal glands tlirre weve come whKh drank lems salt WAn.
t"n atuong those with stuall gLands. A definite correla-
tim was found between the site of ouprarenal X14mls and
growthefficirucy. Valialit"It its consuniflim of mit "It.
mid water sboAed no relation. Ilt4h -itcorbir aud d-
5", and ef
jr,lucmic acids increased the &v. gtowth by 11.1
fccttd in identical manner the comumption U (mil. "t
mAn. and water. These effects seern not to lw c~mrujrctrd
With tbeantiscorbutictfiects. but (mily mith the acid groups
4 the investigated comi&xta. 1.5 relecruces. 1. F.
it
U a, s, at
OF a et cc or Ko it TIT-ni
00 ooooio;o ~0;00400 00000000
0 0 0 0 0 0 0 0 0 a 0 a o o
00060000 000000&00000000000a
90
go
1'
.0
ago
=00
CIO 9
00 0
Age
000
goo
0
goo
see
boo

-of- -0 -T _9 -v, Is " -0-9 0 0-0 4-0-o-o -6: 0 0
- J -A--A-JL-.k a L-M a w It Is At ion 160,101114 1, Ads) a
jls~o
III is I
go
00. ple"Ills &.0 POMRI.1 .I .W,
The effect of pm6wod adatittistration cl 1-ascorlik add
ans! "ww. "W so use widabl, let. p"taingly"gall, !-99
Id C CON"ade 0# OQm#
an lica"Ask. Murait ittrall-ma of sibino tat#'
00 AlAdir 0, L
ktults ur siven ltv 3 grilup. drwribnl in thr plix'"Ill'It
Aki,tra~t The xis. 14 tb-r NIKUU- .0gAll. (14 CIIKJI%~ 0
iml 3 wrtv: .&4,va AW-1. =21. siml W4., mg.. thIm.. 44W.
:11ki. ~j 3115 ma- ~Ii-tivor t- tat ~,11, alld 17, g_
rwart 913, 055, bind W2 sits.. hirt 1101. VA7. sail 8.216 a..
kiducyst 2.31.2.U. and 2.16 S, t"tes .2.54,;'At, anti 2.3T
11, Auttrattrim! glands 47.4, 45.4. and 46.4 mg.. thyroids
I.S. 5. M.S. and 23.1 mg. (Xhri datil: gl%-r,,Krn cuntent
g: It livff 1.411. 1.87. slid 2,FW;,. glytisgro its muw1c (1.31,
go 01 0.27.apdo.3211,'~ porutrinin ivet2t).76, I j LNv)4I-;,
Ile 0
orsAtrin in Mw;u 2I.N. 21 ~1~1* 11 1
1.4.14. .,.1 :.'. . 1.1 2. 1w
.3 10.41, 10.44. w.3 fat its muw1c 14I.W. and
4' X-11114, 2cid ill JiVrr 10.1kl, WAK Alld Ill 441".'.
Als',w"k "'.id ill SOPI'VI'V1141 giAlkil 27N.11, 2t4 jk4,
;-,21 1112%. 14 rViff,-lif"
Co. Z
so
S
is 0.1~
IN S 43 0 3- 1 1 too,
All a a tw a

O.A.
The effect of diffeml tUwn an the blood-snar level.
Margit Beankir and IstrAn Ifailu. A,ch. 144. Hung, 18.
kinA* tit ethers: (4) Sw"li%h ellirt o
ad essectiiisa, (b) ether sulfark-us wrving as lm.ic material
hif the MAIMI. of ether for itarvolic purl,tw%, atul (i)
%InIl,lr
mom. ethet were trited un 71 cats tit both ks. av.
wt. Anesthesia lasted for 7 hro. Only (a) caused a
nuwW hyperillycmia. Unpurifiett ethers caused no-
. perglyremia or only a late rim in blood sugar. (b) an,j
by
(c) wem tested for pcroxkle. alklehytte. and vinyl al,
contaminsuits. The martulity anil other characteristic
curves of pure and impure ethrrs were klentical. Scasimal
changes caused no chanSts in the hylierglycemia. The
imniality was detd. on me- Istirlin Finfily

Tbv 911ro of diffemal awco0ca slid tofitclary o"lusion
on tho blwd mWar NVOOL %LtKit HVILAtOkIL. .04k. 141,11.
)1..g. Is. 1W 416~jjlj-O. 0111 (A 13t.111414 1"411 wv%will)
mt Av. wt. lif .1.2 kit. 14 wrm okurst N i Urd 1-Y chimAhc. 1)
lit, IS hr averfirs. And .5 I'v eltm.r. chl',rithw
AIW.tlWli.l C;Ikl-l Mild .% if.
ngulat In lite bh%ul ollitar. Avvilin %howt-d im
.11, It 'A. 1. O"tomly fix1114"I w,lq 11'.1 f0lowl-d 1-Y hy.
I.-titlymmi't Ill chlondom-, and vt-flill %it-
IN'tLi. With C1110M)MV 11W MtHC hVjKVIY"'f1lLl "44 014-
tis willimil minvilitry orcluioii. col'"latv lilt.41mr,
ita- loiltmv-1 fly brix-rolverittial it lite cm, %,-m as-tlw~
tiod lov cril'ir"1wr whic-11 wtwli 411111W'd "livir hid lic-Alco
W%bit 1111AIN
c r rt,

BLOKH,G.A., dotsent; KALIKA,S.B., inzhener;
LAYZVSKAYA,G.I., inzhener;
-UZNICHENKO,Ye.Ya, Inshener; TSIPFJYUK,E.V.,
inzhener.
~-
Penetration of high polymer solutions into rubber
and leather.
Leg.prom. 15 no.4:40-42 Ap '55. (MLRA 8:7)
. (Polymers and polymerization) (Leather) (Rubber)

AKSHINSKAYA, N.V.; BEZNOGOVA, V.Ye.; KISELEV, A.V.;
NIKITINY Yu.S.
Geometric modification of the skeleton of xerogels. Part
1.
Zhur.fiz.khim. 36 no.lOt2277-2280 0 162. (MIRA 17:4)
1. Laboratoriya adsorbtsii i gazovoy khromatografii
khimicheskogo
fakullteta Moskovskogo gosudarstvennogo universiteta
imeni Lomonosova.

BFZT;OS, A.M., inzh.; KULAKOVSKlY, V.A., Inzli.,
KUPKI-MC, N,G'
Self-propelled drop hrimner for kno%,king out.
ticcrotions. Mck 11 , I
avtor-..proizv. 17 no.11:26-117 N 163. (~UILA 17:z-)

STAROSELISKIY, Anatoliy Lazarevich; ~EZ~NQS,
Ukhqil Pime ovich:
!i0 ------ -- -
SLAVKINY V.S.,- red.; OZERETSKAYA, A.L.,
red.izd-va;
ISLENTIYEVA, P.G., tekhn. red.
[Rolling mill operator for large shapes)
Valltsovshchik
krupnosortnogD stana. Moskvaq Metallurgizdat,
1963. 172 p.
(MIRA 16s6)
(Rolling (Metalwork))

DEWS) T. 1.
USSR/ Medicine - Modification of. Nov 53
Microorganism
"The Problem of the Directed Modification of
Dermatophyt6s," A. A. Tsimerinov, T. 1. Beznos,
S. M. Rafalovich, Ukrainian Sci-Res Dermato-
Venerological Inst
Zhur Mikro, Epid, i Immun, No 11, pp 27-30
Breeding of Microsporum ferrugineum (I) together
with Microsporum lanosun (II) results in a stable
variant of I which has some of the cultural and
morphological characteristics of II.
27IT37

USSR/Microlvioloa - General MicrobioloLZr -
Variability F
and Heredity.
Abs jour : Ref 71iur Diol., No 22, 1958, 9931.2
Author : Tsimerinov, A.A., Beznos, T.I.,
Rafalovich, S.M.
Inst : Kharkov Scientific Medical Society
Title : Further Study of Directed Variability of
Dernatophytes.
Ori[; Pub : Tr. Kharlkovsk. nauchn. Lied. O-va,
1957, vYP. 9, 146-
14
Abstract : Cultures of Microsporum ferruGineum were
continuously
propaL~pted on a medium with filtrates of a culture
of
M. lanosum and at various periods were seeded on
Salbou-
raud's medivn. As a reer.1t, one stable variant
similar
in its microscopic picture to M. lanosum, and two
tun-
stable variants were obtained. In prolonged
cultivation
of the violet trichopliyton on media with
deconposition
Card 1/2
- 24 -

/4-
T.I., Cand 1,.cd "ci--(CL-' ci~) Ili C
c.-o-.-pore."
t of Micrv..~P,-rizl C,
an
Don) 15 5 1", pp (-Rcj~~tov-on-Don 1--od -n()