SCIENTIFIC ABSTRACT BELOZEROV, V.P. - BELOZERSKIY, A. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204520003-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BELOZEROV, V.P.; SADOVNIKOV, G.N.
Stratigrapby of the Korvunchana series in the lower part of the
Lower Tunguska Basin. Trudy VAGT no.8s2.4,42 v62. (MM 15:11)
(Lower Tunguska Valley-Geology, Stratigraphic)

1 11 --: - 1) ",, VI- V/q
;In - t~ A &i~-, 4-:, / , ,
.,-~ CI ~~,, C - -/F/
ORWV, S.Y., doktor tekhn. nauk; GOL,DB3RG, A.H., kand. tekhn. nauk;
BRIQMY T aspirant; TJMOV, I.S., inzh,; LYCHN, D*Po,
inxil.; RhAk.%. -
First attempts at the skidlese conveying of timber. Rekh. trud. rabs
11 no,10:6-8 0 157. (Lumbar-Transportation) (HIRL lOtIl)

BIWZEMT. To
Now technological process in lumbering based on the use of fall-
ing and skidding machines. Trudy LTA no.83;61-64 159.
KRA 13:4)
(DjAberiv.-Machinery)

e)ff Rov,
Yu,
gi 11-gi .;.As 4 $2
Hum
1 R J."Oe
kid
v a
H _d
AS
mail"

Automation of Cold Dietall Stanpits Production SOV/5580
Hiropollakly, Yu. A. Clasaification and. Selection of the Arrangement
Of C= ):Cchanio= for Autc=tic: Die-Yorming Hachines 2C6
Orliko7, M.L., and Ye. Ya. Antonorakly. Some Problems in the Methods
of DeslUdng Cam 229
Belazerav Yu., A. ;~bcbanfzation and Automation of Stamping Operations
23T
Glitnik, K.A. Automation of Otamping Operations 24
Zhagiro, V.I. k Modern Automatic Press 259
Tartakovskly, I.P. Determination of the Basic Parameters of. Vibratory
Presses for Trimning Oparations 204
Podrabinnik, I.M. Automatic YAcbiw for Yebricating Wire Products 272
AVAILAME- Library of Congrees
Card-j)t5- VK4 Mae
3-61

ROMANOVSKIY, Vi~tor Petrovich,-prof.; DAGELAYSKAY.(, Natallya Aleksandrovna,-
iush.p.reteenzent; CHFASI M.A., redoizd-va;
BARDINA, A.A., takhn. red.
(Progressivedie stamping of stripa]Pooledova.tollnaia'ahtampovka
v lente. Pod obahchei red, V.P.Romanovokogo, Moskva; Mashgi
1962. 87 ZI
p. (Bibliotechka shtampovshchika, no.6) (MVIA 16:2
(Sheet-metal work)

EELOZEROV, Yu.S.
Experimental study of a helical nanosecond pulse transformer.
Izvi vys. ucheb4l radiotekho 5 nool:58-65 Jh-F 162, (MRA 15:5)
1, Rekomendovana kafedroy radiotekhniki Gorlkovskogo
politekhnicheako inatituta imeni A.A. Zhdanova.
Viectric transformers)
(allse techniques (Electronics))

BELOZEROV, Yu.S.
Propagation of radio frequency pulses in a he]Acal delay line.
Radiotekh. i elektron. 9 no.2034-240 F 164. (MIRA 1723)

ACC NRl AP7004910 - - - -- ( /V)
AUTHORt,Belozerov, Yull
ORG-. none
SOUME uA[M69/66/0 !T6fV~
TITLE: Calculation of the Q-factor of a helical delay line with the return
conductor slit along Its axis
SOURCE: Radiotekhnika I eiektronika,'v. li, no. 12p 1966, 2251-2252
TOPIC TAGS: delay line, helical delay line, Q factor
ABSTRACT: Formulas'and curves are supplied for calculating the Q-factor of a helical
delay line with the return conductor slit along its axis and with an allowaaice for
losses in conductors; the delay-line construction was described by the author in
Rad. I elektronika, 1966" v. 11, no. 6, p. 1134. As the Q-factor Is a ratio of the
delay time to the transi;nt-response rise time, the latter is estimated from th~e
phase factorand attenuation of the delay line. The phase factor is determined from
the dispersion equation of the line. The attenuation can be found from a formula
suggested in the above author's article. An approximate formula for the Q-factor
shows that this factor increases when the helix*radius and tgt decrease and when
the delay, time increases. Orig. art, hast 2 figures and 5 formulas*.
SUB CODEt 09 SUBH DATE: 17Mar66 ORM RM 004
Card 1/1 UDCt 621.17A.5

ICITED S B.- I enercj,~ :d6r.kovsk4
OURC
te -'66,:J~--1964 -39
30
Ir

I N A
0,7-2~- V - M I ki, (~F--
USSR/6inie-ral Problems. Methodology. History. Scientific A
Institutions and Conferences. Teaching. Problems
of Bibliography and Scientific Documentation.
Abs Jour : Ref Zhur-Khimiya, No 6, 1958, 16692
Author ;Pelozerov-hlikhin G,
Inst :N-61-gli-vben-
Title :Flour Milling and Groats Industry in the Forty
Years of Soviet Rule.
Orig Pub :Mukomollno-elevat. prom-stal, 1957, No 11,
26-27
Abstract :No abstract
Card 1/1

BEELOZMOV, Yu.S.
-- - I--. t , - . - . '. - ~ , " -~
Calculation of losses in a helical delay lino with a return
cmductor cut parallel to the axis. Padiotekh. i elektron.
11 no. 2048-351 F 166 (MIRA 19:2)
1. Sutmitted June 16, 11,165.

IYA-~"Tri,
,sel
BEWZEROV-MUMN, G.
71our and groat milling during the 40 years of Soviet rule. Ruk.-
elev,' prom. 23 no.lltl7-19 1 157, (MIRA 11:1)
1. Planovyy otdol Ministerstva, khleboproduktov SSSR.
(Grain milling)

BILOZZRffA, A.B.# Inxh.; 37DINOT, TV.399 inzh.0 red.
Unstructions for -king,and. using pinion joints of Clued
wooden construction elements and details] Mmsaniia po
prizeueniiu i isgotovleniiu subehatykh soadinenii v klaenykh
dereviannykh konstruktaiiakh I stroitellufth dataltakh.
Xoekva, Biuro takhn.informataii, 1959. 26 p.
(MIRA 13:6)
1. Akademiya stroitallstva i arkhitektury SSSR. Institut
organizataii, mokhanizataii i takhnichaskoy pomoshchi stroi-
telletvu.
(Buildingl Wooden)

Lo,2-L/~ o vj A S
KOVALICHUK9 I/ L*Ml kandetekhnonaukp, BELOZEROVA# A.S.9 inzho; PARINIp Ye*Poj inzh*
-- ------
Longitudinal gluing of assemblies in a field of high.-frequency
currents* Dereprome 10 no*2:4-6 F t6l. (MIRA 14:3)
(Gluing) (Induction heating)

BELOZEROVA, A.S.; ZUBOXV, G.N. -~ CHEBANICNKO., M.A.; CHERRY, B.G.
Construction of a varehouse made of glued wooden elements.
Prom.stroi. 40 no.6-.11-.14 162. (MIRA 15:6)
(Potassium salts---Storage)
Ofarebcwes)

KHRUIRV., Valentin Mikhaylovichl.FREYDIN., Anatolly Semenovich; BEWZENVA,
Anastas&~, Sergg I
. _ AvnaLAMOVx Viktor Vaoillyevich; GUBENO,
doktor tekbn. nauk.. red.; AZAROVAp V.G., red. izd-va; PARMIKA,,
,N.L.y tekhn, redo
[Wood gluing in foreign countriesl Skleivanie drevesiror za rubezhom.
By V.M.Khrulev i dr. Moskva., Goslesbumizdat., 1961. 301 p. -
(MIRL .14: 11.)
(Woodwork)

BELOZEROVA Anastaviya Sergeyevna; Vl,*fRYUK,'VM Martynoviahj -GODILO,,
--~~!~~~ktorovichj-.ZUBAREV, Georgiy' Nikolkyovich; KOVALICHUK,
Leonid Mikhaylovich;-KSYU.NINA, Xt#6 Grigorlyevnaf-NIKIFOROV,
Yuriy Nikolayevich;,.FARIKI,,..Yevgbhiy Pavlovich).PATUFDYEV
Vasiliy Vasillyevioh; PETktIgoFv Stepanovich; CHERNYY' iris
Grigorlyevich; GUEENKO- K.-B.,,daktor tekhn. nauk, red.;
SAKHkWV, M.D., red.1 WiAKOVA, A.M., red.izd-va;.GRECHISHCH&VA,
V.I., tekhn. red.,
[Glued wooden elements and ischniques for their manufacture]
Kleanys dereviannye konstruirtaii i tekhnologiia ikh isgotovleniia.
(By] A.S.Bolozerova. i dr. Mookvap Goalesbumizdat, 1962. 180 pe
(MIRk 16s5)
(Gluing)

KOBALICHUK, L.M., kand. tekhn. nauk; BASKAKI11, Ye.N.; iLELOZERWA,
A.S.; ZAGOSK171A, G.V.,~ nauchn, red, Op
- .
(Mechanized dovetail gluing of wood] Nekhanizirovannoe
skleivanie drevesiny na zubchatyi ship. Moskvap TSentr,
nauchno-issl. in-t infomatsii i tekhniko-ekon. isiledavanii
po lesnoij tselliulomo-bumazhnoij derevoobrabatyvaiushchei
promyshl. i lasnomu khoziaistvu,, 1963. 43 p. (MIRA 170)

AUTHORSt Goryaga, G.I., and BelozerovaL E.P. SOV/55-58-1-17/33
TITLE: Electrical Conductivity of Liquid Gallium and Indium (Elektro-
proyodnost' zhidkikh galliya i indiya)
PERIODICAL: Vestnik Mookovskogo univeraitetat Seriya fiziko-matematicheskikh i
yeatestvennykh nauk, 1958, Nr 1* pp 133-136 (USSR)
ABSTRACT: The authors state experimentally (relative error 1%)s
1) In the interval 156-4500 0 the oonductivity of indium depends
linearly on the temperature; here no structural changes take
place; 2) the curve of conductivity of the liquid gallium is also
a linear function of the temperature, but for 270-3000 C it.has a
slight break; thence it is concluded that the micro structure
changes.
There are 2 figures, and 14 references, 12 of which are Soviet,
1 English, and 1 German.
ASSOCIATION:Kafedra molekulyarnoy fiziki (Chair of Molecular Physics)
SUBMITTED: March 27, 1957
Card 1/1

AUTHORS: Rakovao N. K., Goryaga, G. I., SOV/163-58-2-36/46
Belozerova, E. P.
TITLE: Investigation of the Electric Conductivity of Some Metals
in Solid and Liquid State (Issled-.ovaniya elektroprovodnosti
nekotorykh metallov v tverdom i zhidkom sostoyanii)
PERIODICAL: Nauchnyye doklady vysshey shkoly. Metallurgiya, 1958,
Nr 2, pp. 200 - 204 (USSR)
ABSTRACT: An investigation of the electric conductivity in bismuth,
lead, and tin in solid and liquid state was carried out.
From the determinations of the electric conductivity
of lead and bismuth in undercooled state may be seen that
at the transition from the liquid to the undercooled state
the temperature coefficient of the electric conductivity
is not changed. The dependence of the electric conductivity
of molten lead, tinj and bismuth on the temperature was
investigated and graphically represented. The electric
conductivity of bismuth and tin is linearly dependent on
the temperature. The dependence between the electric
properties of the alloys mentioned above and the change in
Card 1/2 structure of the metallic melt was investigated, too. In

Investigation of the Electric Conductivity of Some SOV/163-58-2-36/46
Metals in Solid and Liquid State
ASSOCIATION:
SUBMITTED:
1
Card 2/2
molten bismuth and tin a considerable change in structure
occurs within the temperature range from 500-540OC; this
change causes the change of the temperature coefficient
of the electric conductivity. The change of the electric
conductivity of monocrystalline bismuth in dependence on 0
the degree of overheating of the melt at temperatures bY 40 0
higher than the melting temperature was also investigated
and graphically represented. There are 2 figures and 18
references, 14 of which are Soviet.
MGU, fizicheski Iy fakultet (Moscow State University, Departiient
of Physics)
October 1, 1957

S/07o/62/007/003/023/026
E132/E460
AUTHORS: Shvidkovskiy, Ye.G., Tyapunina, N.A., Belozerova, E-.P.
TITLE: The influence of an electric field on the behaviour
of charged dislocations
PERIODICAL: Kristallografiya, v.7, no.3, 1962, 471-472
TEXT: Crystals of LiF and NaP-1 were etched chemically in an
electric field of 0.3 kV/mm and also without a field and the etch
pits were compared. The faces of the plates lying parallel to
the electric field were examined. In the case of LiF the etch
pits were drawn oxit and similar results were obtained for NaCl.
In the latter case, a minimum of 2 kV/cm was found to be necessary
to produce an effect. The most likely explanation is that the
dislocations move underthe influence of the field. There are
2 figures.
ASSOCIATION: 'Moskovskiy gosud rstvenny3r universitet imeni
M.V.Lomonosova Moscow State University imeni
M.V.Lomonosov)
SUBMITTED: September 17, 1961
Card 1/1

38383
:a9'-7S60 S/07o/62/007/003/024/o26
E132/E460
AUTHORS: Shvidkovskiy, Ye.G., Tyapunina, N.A., Belozerova, E.P.
TITLE: The generation of dislocations during the vibration of
crystals of lithium fluoride and sodium chloride
PERIODICAL: Kristallografiya, V-7, no-3, 1962, 473-474
TEXT: Crystals of LiF were oscillated mechanically as a double
oscillator (LiF coupled to quartz for an hour at 100 kc/s. The
amplitude was in one case 2 x 10-4 and in a second run 2.7 x 10-4
which correspond to stresses of 0.02 and 2.3 kg/mm2 respectively;
the limit of flow being 0.5 kg/mm2. The crystals were etched and
examined for dislocations before and after treatment. 1jefore
oscillation the dislocation density was approximately cm 2.
In the case of the specimen oscillated below the limit of flow
no new dislocations were observed but for the other specimen
new dislocations had been generated. Similar results were
obtained for crystals of NaCl. These are in agreement with the
observations of other authors. There are 2 figures.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im.M.V.Lomonosm
(Moscow State University imeni M.V.Lomonosov)
SUBMITTED-. September 17, 1961
Card 1/1

SHVIDKOVSKIY., Ye. 0.; EELOZEROVAt E. P.; TYAPMaNA, N. A.
"Effect of High Frequency Vebrations on Dialo~ation Structure
and Internal Friction in Lithium Fluoride Crystalan
Paper Was submitted at the International Conference on
Crystal Lattice Defects at KYotox 7-12 Sep 162
(for Shvidkovskiy, ye. G.) Inst. of Crystallogrpahy, acad. of sci.,
USSR., Leninsky Prospect 59) Moscowi V-333

SMDIKOVSKn# Ye. G.; TrAMMA, N. A.; BELW9WVA2_ I. P.
Genesis of dislocations in lithium fluoride and sodium
Woride crystals caused by vibration, Kristallograftia. 7
no 3,473-474 MY-Je 162i (MIRA 16:1)
1. m kiy gosudarstvennyy universitat imeni Lomonosova,
Rislocatiom in crystals)
14thim fluoride) (Salt)

-4%.#hJ W%o JL4% A AW111 rivanu V ORL A_V:. 8%P =UUQL-O t. V CF",y y _PA4&.LV WA 0 X 16C'- AM*
manoso
c -S
tat
versity. ord:~M.V Lomonosov)
.SUBMITTED: Jul '3 1962-

ACCr NRi
AP6036988 SOURCE CODE: UR/O 18 -11-66-
1100810- 3W 7
I AUTHOR: Belozerova, F.,; Vapunina, N. A.;.Kazakj- F. A.
ORG: Moscow State University Im. M. V. Lomonosov (MoskovskJv gosudarstvcnny univer-
sitet)
TITLE: Frequency dependence of the internal friction of lithium fluoride single
crystals
SOURCE: Mika tyerdogo tela, vs 8, no. 11, 1966; 3375-3377
TOPIC TAGS:. lithium fluoride, internal friction,-Mstal dislocation phenomenon,
plastic deformation
ABSrLMACT: In view of the contradictory published data on the frequency dependence of
internal friction in the kilocycle frequency range, the authors have measured the in-
ternal friction in lithium fluoride single crystals using the method of double piezo-
electric oscillator (Ye. G. Shvidkovs*kiy and A. A. Durgaryan, Nauchn. dokl. vysshey
shkoly no. 5, 23.1, and 217, ~958). The frequency range covered was from 40 to 300
kcs and harmonics. The results showed a linear dependbnee of the internal friction
on the frequency, which agrees well with the dislocation theory of dynamic losses for
the case when the frequency of the driving force is much lower than the natural fre-
quency of the dislocation loop. The linear dependence of the frequency remains if * -
the samples are plastical3zy deformed before the tests. A study of the dependence of
the internal friction on the'prior deformation at different frequencies has shown
.1/2

ACC- NRt - AP6036988
that with increasing frequency the maximum of internal friction shifts toward the
region of larger deformations. The results were similft for the fundamental and
for the third harmonics. This shift can also be explained from the point of view of
dislocation theory. The authors thank Ye. G. Shvidkovskiy for continuous interest,
valuable advice., and hints. Orig. art. has: 2 figures and 1 formula.
SUB CME: 20/ SUBM DATE: o7reb66/ oRIG MW: O(A/ OM REF: W4
2/2

i4y~4/kedic'i'ne - Gas Gangrene Feb, 53
,..rk "The Chemotherapeutic Properties of Synthomycin
,23 With Reference To Experimental Gas Gangrene," G.N.
"0:: Pershin, K.A. Belozerovs, All-Union Sci Res Chem
Pbarm Inst imeni S. Ordzhonikidze
ffiZbur Mikrobiol, Epidemiol, I Immundbiol" No 2,
pp. 88, 89
Synthomycin has a,therapeutic effect on infectioze
of mice caused by Cl. perfringens, Cl. septicum,
C1. histoly-ticum, and Cl. oedeniatiens. Although
the active ingredient of synthomycin Is the
246T210
levorotatory isomer, the activity of the racemic
~iiabstance is no lower -than that of the 1-isomei.
CLInical investigations on the effect of syntho-.
mycin on gas gangrene should be carried out.

PEMS. G.K.; PAWSXAYA. Ta.N.; TA13DVWVA, A.r.; RILOZEROTA, LA,
.Model of infectious polyarthritis in vhite rate* Zhur.mikrobiol,
epid,,:L Jawne.30 uo.2:119-125 7 159. WRA 12-- 3)
~l Is Toevoyusuogo nauchua-losladovat ell skogo khimiko-farmatasyticho-
:I~ogo institute. imeni Ordzhonikidze.
(ARTHRiTrs, mw--:ATorD, exper.
.in vtAte rats (Bus))

MOZEFOVA, L. A.
S/12o/62/000/004/o34/047
E140/E420
AUTHORS: Talyzin, A.N., Golldin, L.L., Trokhachov, G.V.,
Radkevich, I.A Ma~q~ ~X.A., Sokolovskiy, V.V.,
.Kul "1' 41 ~elozerova, L.A.) Borisov, V.S.,
ff F.T.' U7. -!G=. 'Ks ryachav, Yu.M.
V.
TITLE., Investigation and correction of the magnetic
characteristics of'tho.proton synchrotron C-blocke at
small fields
PERIODICAL: Pribory i, takhnika eksperimenta, no.4, 1962. 184-192
TEXT; Comparative measurements are made on the C-blocka in the
residual field ( - 35 00) the injection field (67 00) and'tho '
field at the beginning of the Acceleration cycle (117 Oa). The
iron for the magnet blocks was not pro-solectod., This had n?
5ubstantial effect on differences in the dynamic characteristics
of the C-blocks, but the differences in residual field
con3tituted 4.'25*A on the &verQ&e and reached up to 10%.
The moon-zquaro deviation of the magnetle induction was 4,25%t
and 1,11% in the injection field, thus exceeding by far the allowable
tolerances. The variations were compensated by shunt resistances
Card 1/2

3/120/62/000/004/034/047
Investigation and correction ... Z14O/E42O
and by changing the order of the blocks. The present article in
concerned with the measurement of the magnetic field intensity and
its gradient in the residual field, the compensation by
resistances connected across compensation windings, compensation vr
of C-blocks at injection, with investigation of the dynamic,
characteristics. The equilibrium orbit in the oynchi-otron has
not yet been studied in detail but it in round that either an
a result of these corrections or the arrangement of the blocks,
the loss of particles is fairly small. There are 7 figures and
1 table.
ASSOCIATIONS: Institut tooraticheakoy I ek3porimontallnoy rimiki
GKAE (Institute of Theoretical And Experimental
Physics GYJ.E)
Nauchno-incladovatellskiy Institut alektrofixichoskay
apparatury GMAR (Scientific Research Institute
for Blectrophysical Apparatus GKAZ)
SUBMITTEDt March 31, 1962
Card 2/2

TAInix, A.X.; GOLIDIN, L.L.; TROKWHEV, G.V.; RADKMCH, I.A.;
MOZALBVSK17!r, I.A.; SOKOWVSKIY,, V.V.; KUKABADZE, G.K.;
EE=UMO L IA-- BORISffj V.Sq BYSHEVAv G.K.; VESOLOV, M.D.;
GORYACHEV, Y- ej
Study and corrective measurements of the magnetic characterie-
tics of S-elements of a proton synchrotron with low fields.
Prib. i tekb. eksp. 7 no-4:18/,-192 Ji-Ag 162
(MiRk 16:4)
1. Institut, teoreticheo*er i okeperimentallnoy fiziki Gosu-
darstvennogo komiteta po-ispol'zovaniyu atomnoy energii SSSR
i Nauchn6-issladovatellskiy institut elektrofizicheskoy
apparatury Gosudarstvenndgo komiteta.po ispollsovaniyu atomnoy
energii SSSR.'
(Magnetic measurements) (synchrotron)

ANISIMOVA, K.I.; AUTONOVSKIY, S.D.; BELOZEROVA,"_~.A..;.ZAYTSEVA, A.F.;
SHTEYNBOK, S.D.
Larch as a source of the production of a series of useful
substances. Rast. res. 1 no.1:74-83 165. (PJRA 18:6)
1. Botanicheskiy institut, im. V.L. Komarova, AN SSSR;
Lesotekhnicheskaya akademiya im. S.M. Kirova i Institut
vysokomolekulyarnykh soyedineniy AN SSSR, Leningrad.

EELCUROVA, L.S.; SOLDATENKOV, S.V. -
Transformation of organic acids In illuminated succulents. Fiziol.
rast, 10 no,2:212-218 Mr-Ap 163, (KMA 16:5)
I& A.A* Zhadanov Leningrad State University.
(Acids,,, Organic) (Succulent plants)
(Plants-b1stabolism)

-- ----------------------------------------- - ------------------------
97 WW M~ W
ACC NRI ARW3.860. SOURCE CODEt. UR/0299/65/000/020/(;002/0003
AUTHOR: 114 Sit
TITLE*6 Effect of-sodium fluoride on Rbgtos3Mtbegis0 respiration and.
of light
conversion of organic acids in succulents in the presence
SOURCEz Rafe zh. Biologiya, Abs. 20G10
REF SOURCE: Vestnk Leningr, u-n-ta,.no. 21, 1964, 116-121
TOPIC TAGS: plant metaboliamt photosynthesis., plant r~spirationo
'sodium compoun
d., 11t4a; N T -7
ABSTRACT: Experiments )?ere conducted on whole leaves"and leaf cuttings
of Bryopbyllum orenatuim and B. daigremontianae A NaP,~.!solution in
concentration of 0.02 M Inhibited photosynthesis and 'assimilation in the
presence of light of the apple cultures approximately the same; in B, 1,
f
crenatum photosynthesis was depressed b7 35,~to 40% and assimilation 0
the apple culture was depressed by 17 to 32%; in Be daigramontiona the
corresponding figures were 65 to 75% and 56 to 68%. These data indicaA
that photosynthesis In succulents in the absence of CO takes place due
to assimilation of the apple culture; appaii,'ently aooorging to the
di-trioarboxylic acid cycle. NaF stimulated respiration in both types
Card 1/2 UDC-., 581AL

1- ,13616.;-.65-
A
JD
ACCESSION NR:' AP40467 0. Z
S/0115
9
AUTHOR:, Aladinakiy, V. K.; ~Belozerova, L,. V.. Yermoshin, V. D.
Sushchik, A. S.
TITLE: Precision voltage- re gu~Mf-4g silicoti diodes
~SOURCE: Izmeritel'naya tekhnika, no. 8 1964, 19 -42
TOPIC TAGS: 'silico diode" voltage regulating diode, precision silicon diode
D818 silicon diode
ABSTRACT: Generalities about silicon voltaae'-re ulating diodes are given,and.'
9
V-. --G -- ~1-1) jand
-;~Soviet makes are:describW.~ Ye typ6s bave..:'.
these characteristics:- rated current, 10'1M; stabilized voltage, 9
differential resistance, 18 ohms or less, deviation of the stabilized voltage,
(16-320) mv for -60+12OC; average temperature coefficient of voltage.
(0. 00 1 -0. 02)0/lo per 1C for -60+120C (more detailed table supplied). 6818
Card 112

ZP-VTSEVA$ A-F,P, BOCIURNIKOVAt N.GG.t BM.XEROVA, La,
'Change. lm ths-ahemicaI o.-ompt-S-Ition and:wrpholagical structure tf
cel.1xil-ose fibers '.,a the process of larch vocd deligaificatica. :LCJN
.ZhuroprikIalchim, 38 no.6:1349-1355 :6 165o (MIRA 283 j

OMWTSXVt C.Ds doteents 0.7 EWA* L.K., vakoh
sva2xlatuu or the offeat of fwftm of tho Fftnatla mriod
an the Imi of carlas* Vop~ obdwboi atm* M2445
1 %46 (KM 18$21)

BELOMMOVA, L.S.
Effect of sodium fluoride on photosyntheoisj respiratim and
organic acid metabolism in succulent plants exposed to ligbt.
Vest. LGU 19 no.21tll&-121 164 (MIR& 18:1)

B%ELOZEROVII, N. A.
Grain
"ExyerlAontal Work With Winter Wheat In Omsk
,Ob~ast,", N, A. Belozaroyal Siberian Bei Res idle.,
of Grain Culture,, Owk,, 18 yp
Agrobiol". No i 3
Obtained good results by soving in stubble, even,
Vith mildly ;roct-resistsat wheats such as
Ukranilca. . Tabulate's results of experiments
durIng several7years.. Stresses.conditions for
sowing axLl ground prMpaz4tion. Planting vernalitid
wheat in autumn by "Stern" method improves field
lof Aeed.

t; ~- Q- Kvf4j /V P
AFAXASlYH4AqA'#L~,' kand.biol.nouk; BAURTUYXV, A.A.. ka nd. sell skokhoxyaystvan-
nykh nauk; BALICHUGOV. A.Y., kand.sellskokhozyayetvamvkh nank;
.-HRIDURAVA- IT.A., agronom-, BRIOZOROY, A.T., kand.sellskoichozyaystvila-
nykh nau1t:,;-'ib=HNNXO, V.P., agronom; BMIKOV, V.V.i doktor sellsko-
khozyaystvanrorkh nauk: BOGOHYAGIOV, S.T., kand.sellskokhotyaystvan-
nykh nauk; VOLYNETS. 0.S.. agronom-, BODROV. M.S., kand.sellskokhozyay~-
stvannykh nauk; BOGOSLAVSXIY, V.P., kand.takhn.nauk; DRUPPA, I.F..
lmad.takhnonsuk; VIRM, A.R., doktor biol.asuk; VOZBUTSKAYA, A.Ts,,
)mnd. sell skokhozvaystvennykh nauk; VOINOV, P,A-, kand.sellskokhozvay-
stvannykh nauk; VYSOXOS, G.P., kand.biol.nauk; GALDIN. H.V., inshener-
makhanik; GERASIWV, S.A.,- kand.tekhn.nauk; GORSHWIN, X.P., doktor
sellskokhozyaystvannykh nauk- YELINIV. A.V.. inzhener-makhanik;
GY.RAS13VICH, S.Y., mokhanik fdoesesed); ZWIKOVA, 1.D., kand.sellsko-
khosysyatvanrWkh nauk; ZHEGAIDV, I.S., kand.takhrienauk; ZIHIKA, Ye.A.,
agronom; BARANOV, V.V-, kand.tekhn.nauk; PAVLOV, V.D.; IVANOV, V.K.,
kand.sellskokhozyaystvennykh nauk; KAPIAN. S.M., kand.seliskokhozyay-
stvenzWkh nauk.- KkTIN-YARTSIV. L.V., kand.sellskokhozyaystvennykh
nauk; KOPYRIN, V.I., dolctor oellskokhozyaystvennykh nauk; KOGURGIN.
A-Ye.. kand.sel'skokh02yayBtvennykh nauk; XOZUVNIKOV, A.R., k9ad.
sallskokhotyaystvennykh nauk; KUZNLTSOV, I.H., kand.sellskokhosysy-
stvarmykh nauk; LAMBIN. A.Z., doktor biol.nauk,- LEOUTIYXV. S.1.,
kand.sellskokhotyaystvemWkh nauk; MAYBORODA. N.H.. kand.sellsko-
khosyaystvannykh nsuk; KAKAROVA. G.1., kand.vellskokhoz7aystvanafth
nauk; HELIDIKOY, G.A., inzhener; ZHDANOV, B.A., kand.sellskokbozyay-.
stvannykh nauk; MIKHAYIMMO. M.A., kand.sellskokhozyaystvannykh nauk;
MAGILEVTSZVA. N.A., kand.sellskokhozyaystvannykh nauk;
(Continued on fiext card)

.AFANASlYJ1VA, A.L.... (continued) Card 2.
NIKIFOROV, F-Ye., kand.sellskokhozyayotveanykh nauk; USHASHBY, R.I.,
lesovod; PJMVUSHINA. A.R.. agronom; PIMNIKOV. N.A., kand.biol.nanki
L.G ; kand.sallskokhozyaystvennykh neuk; PAYLOV. V.D., kand.takhn.
nm;~; PRUTSKOVA, M.G..,,,kand. sell okokhozyoys tvennykh nauk; GURCHFMO,
V.S., agronom; POPOYA, 0.1., kond. sellskokhoryllystvannykia nauk;
PORTYANKO, A.F., agronom; RUGHKIN, V.N., prof.; RUSHKOVSKIY, T.V.,
agronom; SAVITSKIY, U.S., kand.seliskokhozyaystvannykh nauk; BOLDIX,
D.T., agronom-, NESTEROVA, A.Y., agronom; SKRAFIMOVICH, L.9., karA.
tekhn.anuk; SHIENOV, 1.14., ka nd. sell skokhosymys tvannykh nank;
SLTMRYAWrAYA, P.I., kand.tikhn.neuk; TOKHTUTSV, A.V., kan&. sallsko-
khozyaystvannykh nauk; FALIKO, 0.3 '., iznh.; MYUSHIII, A.V., doktor
biol.nauk; SHEVLYAGIN. A.L. k&nd.oellskokhozyoystvemykh nauk-,
YUMOV, V.A., kand.sellskokhozyaystvannykh nauk; YAKHTEIWBLID, P.A.,
kandesellakokhorysystvannykh nauk; SJUNNOVSKIY, A.A., red.,- GMIKOVAo
Z.Dej takhri,red.
(Handbook for Siberian agriculturists) Spravochunia knige agronoma
Sibiri. Moskva. Goo. izd-vo sellkhoz. lit-ry. Vol.l. 1957. 964 P.
(Siberia--Agriculture) ' (MIRA 11:2)

BEWZHMVA, N.A.
Crops to precede spring wheat iju steppe regions of Siberia.
Zemledelie 8 no.2:56-59 '1 160. MRL 13:5)
1. Sibirokir qrdena Trudovogo Kraunogo Snumeal pmchno-iseledo-
,Vatbll skogo institut0pliskogo kbosyaystva.
(Siberia-d-Vheat), (Rotation of crops)

BELOZEROU, N. A., Cand Agr Sci -- "On the cultivation of
winters In the hwed*~~-steppe and steppe re6ions
of Western Siberia." Omsk, 1961* (Omsk Agr Inst im S. M.
Kirov) (KL, 8-61, 252)
t5i -

BELOZEROVA. NIA.,-,kand.sellskokh. nauk
Frost resistance of winter wheat developed from spring wheat.
Agrobiologiia n.o.2.s247-252 Mr-Ap 163. (KRA 16:7)
1. Sibirskiy nauchno-itisledovatellskiy institut sel'skogo
khoayaystva, Omsk.
(Siberia-Wheat-Varieties)
(Plants-Frost resistance) -

N.A., kand. Bel'skokhoze nauk
VTSOKOS, G.P., kand.biolog, nauk; B-E..LOZEbROVAP
'C' ~--
Winter orops, for virgin lands of Siberia. - Agrobiologlia no.3s
447-45o my-je 163. (MIRA 160)
1, Sibirskiy nauchno-issladovatel'skiy institut sel'skogo
khozyaystva, Omsk. (Siberia--Grafn)

BEIDZEROVAf O.P.. YEFINHINA, V.I.,
Methodology for the qugatititive determination of NPNI-
dibenzylethylenedianihe-in dtbiomycin, Antibiotiki 9
(KMA 17s12)
1. iaboratoriya lekarstvennylcb- form (sav. U.N. Lazareve.)
Vaesoyuznogo nauchno-iasledovatellskogo inatituta antibiotikov,
Moakva.

ZASYPKrNA, P.S.; BELOZEROVA, O.P.; GORHM, L.V.; HINDLIN, Ya. i.-, AlimIANDV, K.A.
, , -~ .-;- ~W-~*.'W
Examination of several bydrophilic polysilo-ranes for use as
foaming inhibitors in the fermentation of antibiotics. Had. prom,
13 no.2:27-32 F 159. (MM 12:3)
1, Vaesoyusnyy nauchno-iesledovatellskiy institut antibiotikov.
(SILMEAM) (PENICILLIN) (MMOTATION)

POPOVAs L.A.; IZVITOV$ M.M.L.~~LMSRMA D.?
Effeot of fats on the biosynthesits of chlortetracycline,
Antibiotiki 6 no.11:989-994 X 161. (MMA 15:3)
1. VsesoyuwW nauchno-isBIedovatellskiy institut antibiotikov.
(AURECHMIN) (OIIS AM FAITS)

BEWZEH P.; POTRAIVNOVA, R.S.; RUBTSOVA, L.K.; EYDELISTEEVI, S.I.;
IAZAREVA, Ye.N.
Ditetracycline, a prolonged-action tetracycline derivative.
Antibiotiki 8 no.10:926-931 0 163.
(MIRA 17:10)
1. Vaesoyuznyy nauchno-issledovatellskiy institut antibiotikov.

KL
-j-_QP VSKAYA~ 1. P.; POTRAVNCOVA, R. S.; BEREZINA, Ye. K.;
EYDELISHTEYN~ S. L; SAVELIYEVA, A. M.; RUBTSOVA, L. K.
"Nev derivatives of antibiotics of the tetracycline series."
repbrt submitted for Antibiotics Cong, Prague, 15-19 Jun 64.
All-Union Res Inst of Antibiotics, MOSCOW.

RUBTSOVA, L.K.; BELOZEROVA. O.P.; EYDELISHTEYN, S.I.; SEHICH, A.I.; PROKHOROVA,
I'L - ;-.-
, L
Some data on experimental clinical studies on oletetrine.
AntibiotikJ 10 no.1:79-83 Ja 165. (MIRA 1814)
1. Vsesoyuznyy nauchno-issledovateliskiy institut antibiotikov,
Moskva.

-,/138/6Z/000/OW006/010
AG51/A126
AU1110RS& Blokh, G.A.; Kogan. M.S.; Bogdanovich, N.A.; GlavInn, V.S.;
Krokhina, M.V.; Belozerova, T.V.
TITLEt On the Interaction of organic accelerators with the Ingredients of
rubber mixea
PMIODICAL: Ka-.tchuk I rezina, no, 5, 1962, 22 25
7EXT: The authors investigated the amount of accelerator consumed during
the process of vulcanization and the role of the aftorption-bound accelerator in
its reaction. The conterat of the organic accelerators was dctcrm1nod quantita-
tively by the colorimetric method usIng the 03K - M (KTX-M) co3onimator and ac-
cordlitz to the N11RP nethod. Experimental data showed that in simple mixing of
the accelerator with var1ou3 other powdery Ingredients at room temperature, in-
tense binding of the accelerators follows. The experiment to determine the
arength of the bond between the accelerator And the Ingredients chewed that In
additional extraction the bound captax was hardly extracted, especially from the
carbon black mixtures. In cold extraction the captax: obtained was less than
Card 1/3
... . .......

5/138/62/0()0/005/006/010
On the interaction of organic accelerators with .... A05lAu&
that extracted by the hot method. Experimental data further revealed that over
. of the captax and diphenylguanidine are already bound with the Ingredients
in the mixing stage and cannot too *detected In the free state. The authors con-
elude that sulfur, zinc oxide and various types of carbon black (gaseous, chan-
nel, thermal, jet nnd lamp) retain on their nurrace considerable quantitles or
accelerators, If mixed without beating. Upon beating of tho powdery mixture of
accelerators and sulfur. zinc oxide or carbon blacks, not only adsoij)tLon, but t
alno chemical Interaction of the accelerators with the ingredients or the rubborf
mix is noted. Thua, the accelerators are already used up during the mixing
stage. The accelerator bound to the carbon black can also participate in reac-
tions leading to the formation of free radicals and to the occurrence or sulfur
fragments an a result of exchange reactions or the sulfur atoms. 'It determines
the structurIzIng of the rubber within a shorter period of time.
ASSOCIATIONs Dnepropetrovskiy khiyoiko-tokhnologicheakly Inatitut im. F.E. Dzer-
zhinskogo I Yaroalavakiy zavod rezInovykh tekhnichankikh izdeliy
(Dnepropetrovsk Institute or Chemical Technology Im. P.E. Dzer-
zhinskiy and Yaroslavl' Plant or Rubber Commercial Articles)
Card 2/3

BELOZEROVA Z.F.
Togetherness In a brigade. Takatoprome 40 no,338-10 Mr 160,
(MIR& 14: 5)
1; DirlDktor Kiyevskoy trikotaWmoy fabriki imeni R.Lyukiemburg.
(Kiev~-Sxtile workers.)

RLBOTHOVA., I.L.j BALITSKAYA, R.M.; BEWZFMKAYA, N.A.; DISLER, U.N.;
ZLOCHEVSKAYA, I.V.
Intravital lo4lation reducing substances in cultures. Mikrobiologiia
30 no,1:34 -44 161. (KIRA 14: 5)
1. Biologo-pochvennyy fakulltet 'Moskovskogo gosudarstvennogo
universiteta imeni M.Moomonosovas
(MICRO,40RGA.Nisms) (a=TION,, PHYSIOLOGIC4

A ZTZVA,. N.V.; KATA, V. I.
Spectral de.termination of chromium in the organs of rabbits, Gig.i man. ~
no.5:53-55, My 153. (KLRL 6:5 )
1. Nauchao-iasledovatellskiy sanitarn" institut imeni Irisimana.
(Chromium) (Spictram -glanlysis)

TMKR - VA, K. V. ; 1319142IM"YA, T. 1.
Spectral determination of copper and lead in dust. Gig,.sanit., XOskv&
no.6:48-49 June 1953, (CLKL 25:1)
1. of the Scient if io-Research Saniteaq Institute imeni Brinian,

MOZERMILTA, V. I.; ZOn, V.A.
Spectral determination of zinc In atmospheric dust. Gig.i am.
no*3.-43 Mr 155. 8-06)
1. Is Nauchno-teeledovatellskogo sanitarnogo Institute, im. Brismana.
(ZINC)
(SPCTRUX ANALYSIS)
(DUST-ANALYSIS).

ALEMYEVA, H.B. -, EEIDM .
Spectral determination of silicon And manganese in the blood.
Gig. i ann. 22 no.12:73-75 D 157 (MIRA 11:3)
1. Iz Mauchno-iseledovatellskogo institute. saniterii i gigiyeny imeni
F.F.Brismaua Ministerstva zdravookhraneniya RSFSR.
(SIMCON, in blood
spectrographic determ. (Rue)
(KANGANESE, in blood
same)

TOROPOVA, V.F.; BELOZERSKAYA, V.V.; CHERNITSYN, A.I.
Use of thiourea for the precipitation of thallium and lead sulfides.
Izv.vys.ucheb*zav#; khim.i khim.tekh. 7 no.6t898-903 t64.
(MIRA 18:5)
1. Kazanskiy gosudarotvennyy universitet imeni V.I.Ullyanova-
Lanina,, kafedra analiticheskoy khimii.

SIMNOV, A.L., dotw-l BBLDZFMKIY, A.L.
n the repair of mining equipment. Ugoll 33 no.10:16-I.?
Sbortcomln~k ! 9 �, t
0 158. % (MRA 11M)
1. Donotakiy IndustrialOW Institut (for 31monov). 2. GlavW Whener
Gorlovsko rudor6montnogo xavoda (for Baloserskiy).
rMining machinery-Maintenance, and repair)

ZAYTSEVA, G.N.; NGO KE SYONG; EELOZERMIT2.A.N.
Metabolism of-nualeic aolds,and monenuoleotides in the course of
synchronous development of ~zotbbacter vinelandii. Biokhimiia
28 no.1$172-185 Ja:-t.163. (HIRL,16:4)
1. The Faeul4,. of -Biolog7 and Soil Science,State Universi~y,
Moscow.
(NUCLEIC kCID HETABOLISM) ()WTO$CTER)

EARUER FUMICATICUS FOR 'THIS AUTHOR ARE AVAILABLE IN TME MACTIVE: rIM -- WE
W= MmL TM4 UPON nQtmw.

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A. 0 N.BELOZERSKIY, (LAB. OF PLANT BIOCHEMISTRY OF THE BOTANICAL INST. MOSCOW STATE
UNIVERSITY) vol.1 no.2 p. 255 1936

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A oil .-f, W rRellil,
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floattion W tho cytopkm III Spirillwa V1,114141111,411, to
00 .4 rowlim to age of this Cuttuto. A
q. im-m -- 9)(1041);
(in Ifuglish, 11M
-TWQ~IRY CIIIIIIM COOtAl"Ill on av.
III"' Plasairdouthymil. olhort", A14
do they v attlati;i4i'm N MWO m. I. fill" all.
00 T;! i 4TIT eultutes with dil. N*110(~ + Ilk '14,40ii (1) iiihi
.i,! ilvictuatuation with ALOR )-kldcd about W% awlamal-
trins, Itil-12% C-1 %toy*) and W10%, (4 dotnalic". vivid'.
00 and Do I'llicivic *611 a 114uy cultures. P cmient of
0 'r the vorinvititrill at the topp. a MA "it 2 glut 1 105%;
that of the Illivick. *rill was 1O,Yo.,,.1xvA. id)
%3 It (11) Skint pvqt OWY
vs ploicins anal the P mt JO glut
The face Ittlittli'461 VkAi tat IIIV V
a I vtolild not lie tibloitiril III""
lilac WA. &).a mfa~cllt ill 1161, itar.
(millit
I.'F%Cti.Wlation .4 the oblailled 00
:0 oith I yieltivil (ice nucteic said at the yeal,at type. 4% an on.
It differi In mnian. train the Cis o
able salt of the protein.
volutine-voicitic acid. and 3-3.54,-0 of it 6 of cyloialatailic
Jvo
puritic
ratlin. It 6 firmly bound with nudek *641.i The
Atu pythaii4flur Umn% of the new litKIcia: acid tatticate that content Of madear sulaslatacc a
this ovit! is tit thr thyllitalludric larid type. hall its Politic hallimles that the h4clarri, have a Via", -00
i taws air litilind Aith cimnnion PCIIILVW jMtCA4I of ll%-Al%y- "havion: The chict futwtkm of IlIIv'k-.tr Illivicia- .,,,1 1, ,h,
;0
!Z1, facialow. The unit. tit nuclear mztfttamv arki notiric acid li"Glion 94 AITU.-Illrall prCul'arit" (4 protclia Mail, .1ircifir
in the bactevia I% higher in yount at'she cullurc~ than in for the gis- "'Pecies'
olattli. With increasing age the avid tallu'llmlely split% irmir aj&kti. with tlkc nIafphtqj),,iC
1
44 riac hisf, lluc~lrvr milAtAlkv filling
AT front the Ill"Cill at"I tivilpleirly IlrXIO-It"al 1,
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- C--A-
002 Gem it"IsIn Sompma iiad 0114""m protslas of cedar .00
tm... W 11-1-LI-A
mats (Mae sibirim m S
00 A 84AUNIP3. I ON =)-TG-&ZI6
sea and glatella found In the endoamm of redar auto contain -00
-Wand 15%olarginbc.mp. lUrnackoproicins Isolated
009 from the vtdar-nut Seem yield an fractiustatioss nwirk *00
mckb of the lk Inonarkic and yeast nwicic acills. 80*
00-I Ile nuckle =Ymal~b are adenine, guanine,
06-3 cytosine. thy"llne. urac a Ic acid. The thy"10.
nucivic wid 6 found both In a lo*w (saltlike) mnbinatioss &;o g
40 "Ith the pfutrin."'wrilastna very fitmunim. 11.11.
-3
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Illudee Was and sa"s ad4s. A-N-4%r)pftnW
it. mrs
WW X,,,,mhtvva Odle 11"IT Allbra-
-8 IOU). .1. C.A. is.
'431
ISAM Cells cultallwa PhAgin \ 12.3, nucicic I,
0.93. nLwkvproU!us 78.12. nuclek &cW* (Ij to44, glycgM
".30. #M polysacchaMes (bankellukm type, f1wining I
the cell 2t~,h) blltl% About hwl of I is or the yeast
st Yumuclek acki, insol. to weak
'Th. Andw "M content wu high In dicurboxylic
acklm (ILS%) and in proline mt hydrox ptolitle I I L.
(YJ'/o IoPtbcr). law in the more basic &Mit 1jarginjur
ue 2.24, leuclue 2.W. tyrosine 0.77. trWophAn 1.01.
blZidine 0.40. arki cystitte Qj=%). JUHAn F. Sillith
!Is. L
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@I W-0-66606
08 91) its MAP
I t. L JAL-IL-E a 4 .1_1 U It I T I AA-NLQ:-W--U+4-- k- . s.
- J_. , _L s - I
Olt' I-
iiiii6i
or a a a a a a
,
60 C u. hou"i of gilankiddin A. N. Ikkbt A'
409 4 . and T. i. ITUM, Nia. x".
a! (19441.- Glaulkidin JILMA. ill
MIA
'A
5 Th-C rv~ultz it"ficalc that Mf
U pr6cflt ill gramirmilt
aftbAtc, ,
--
--
A and hydriolye" with difficulty. Ulicit heated with Z.1% in the a-p-ith-st only. VitratimbythcIvil1q.1114f
$
0 IICI grallm"lill -11- guft fil(O Will. oily after IX-3) km.
' R1ttht,,1 givv, IAIV~ A1413-111 N. 'I IIC IIrVWnkC Of free W-
"
'I
and
cmuplete hydrulysi& tieculm only after 35-0 1114. 6 not a vytLi-
NI indicat" tlljt grAllik6lin
S
!
T:T
419 X l iij i Cq st. xr]"ll" lm'W' us. 24L%t- Al *and eml will 13%uls
l Z Out, OIRVF. fillitl4mvil(illy flout the traillf.
1
"A
i
3 1~1 (KJ1Idi4lll)- It gi%q:'- I"- bill(vt IC44:641, ti
. X&Utfk)- in ut Duboh. Hydr~,ly.ib lit a `6; mAm. of IICI 6
ei
0g pruttic rawtiw#. At Milkin rmctitaa, Iliv Pauly reaction cumpicted In 30 lirb. The hydirtaralita coats" 16% A

09 0
with diatutiwixvtw~uifimic acid, the %",i~n,t f%:iWtJW for I tile tryst. FTAIllicillim 'W" Tliclitc-lut:1%
t W N presc~l)n
Sig 13 1 tryp the &kaitwhi reactimi foll arginine are
1
711
-
-
Wi
idi
i & A hvdrLAY"s contain lu) xryp"A"11, lvr;~illc, bV31)j.
&qmttvv a.M. %x a utmair
F%
4r kitid4w
arlinim
jklallint
;;4 twit.
.
"
ji
c
n, gma
5
iwquira a deep
'
blue eukr "Iwn Irrmteti -ills "inIl
dwill
i
Ilic
l
rtd .
,
.
avid. it mitAists hunsill N l1.:41, Amid" N 0,72, b" N
-
.
.
L
l
r
w
t"1 With "OCal" tile P(t-LleIK_C ~j irrawk-idLa
" 26A. 111441%millin4 acid X 71.96ij.. Nils N WIU7,
;;~Qk'
fti
V 4 Irm Rillin., 1"$P. in the m-Imftitilpti. This 6 AW x
*'
kwAruted by tile ability of gimnkidju ..S.1 to ims with mul. lilt J-wniw group of
that in the idin **S
IF
d
th
] 6 (
d
i
t
=
H%0,. Firve C(hIf group:6 we fir"lly iti
n
i
ask
rLv
e pruem
ornithine is
y
6l
.
m
m
in
h
of tb
b
i
A
l
can be titratcd by the Will,tatter and W&Mc
.
o a
,
e nu
m
L
vu?nX t
s,
y
hydro
ys
'

nietb-1. f1cm,~4anihso Xby the %'all SlyLemetlkid with ,- u( tit-Jinc and 4bug
drWy&&tc them weir tound In-I.Y.
III. I li,)~ r 7%
IINO, )it .;"W .3) Itint. and I.S. , Aft" act 7

W. k. l1run
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~"kOffi*W2L A. N. Be 0. V
"kht" 9. 134i~_ ptdhttic no
LA-L-L-4
Wele xvW. by mbftc dw weakly elk. solus. o( sombasic
"ein and MW hum *best ". On Wilo. at
110he. ** ustloooprolda Wd.. um was waijod withi
water, sk. WA etber. The upptr Hinit of P to tM nudeo.
Proteins Was -246-9"%.
rut
23-27%, nudde wM; my eum of suickk acid ft
In vAn., wW could be many recovered. Below this
fluck"rotelst cootg. my mt. of mKick wid be
prepd. AD ot the Vothatic audeoprotdas cpoW be dt.
pd. into the stutks ftlostmees by vat"s of hactionts-
"w
l
i
P
tiall
b
l
i
wd
d
l
.
ar
itte
v
y Wdy
nuckoprotein coatj. aaf~r 18 a
e
a
ean s
oy
yc
m y
ockic aid, whereas clog

04" Douninized proteift
a low Bmit of bound
ruoriek WK . Ifence, the cspwfty o( protrW to bind
nuclek s" go dependent on Ilor ptivence of Ires milao
ffM)pqj the rMPM*010 form 6 Wiliks muk*,

OF Fun B
IOCHDMRY Op THE )W
COW STATE 121 RSTIT
u is AV PO I pw 0 It It Is 0 W
.11 It to ft 69.6ta Its K"'It ts KrA I~U 4"
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11-60

BELOZERSKIYs A. N.
lion the Nucleus of Bacteria.." Ydl=biol., 12, No.1, 1944
Lab. of Plant Biochemistry, Noscow State U.

0 Isl -1 -, -1 -4 T N
90
0
:0
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00 a
U 11 ;,. it m 'i14 -1 -11 1; u Is 8 16 P a A a Al a a a dice
A-A--r -1kI A

daic and their relatim to the "OtWO Of

l
M
Hel--kil
A
N
ll
P
.00
-
.
.
s.
d antus In plant ce
Q&r
u
u
a
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affd
S
S
R
) 18
i
Hi
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.
.
.
.
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arx
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Review with many references. G. hl. see
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- - - - - - - - - -
A
-g
piimi
00
!!
11 11 rc-do~
Chat" QStM 01 gramid" S. A,,.%
so ~ro_ltci,)jcT,kJjl of
mid T. S. 1'aAhina. (Acad. Med. &i., Alo. wy-sj~
kini,w 10, 344-MMOO); c(. C.A. 39. 11*41-Oraluit i.
din 8 (S - 5ovict) differs from the gramicklin of Dul.,,,
as tutlicated by tbv followiof contts.- m. 2a -, ". ma. wt. -00
iRJ!a0- I-OW-1,M; I&M -M-0, total N. 13.351,'; -00
Amino N (111irtAnet); Oj*%; MiDo N (Van Styke. 15
min.). JAM Sadao N (Vou'Orke. 30 min.Yt 1.81%; *00
urnitbiat,23 ;Profiae,10.18 ;Phef1YWAn1nt','.fi";:
leuvine, *41447a. vidine, 10~-M-
atitte Of the Irvine
00 anti valine may be procat in the d4urm. Theptrwnceof
free amino No Carbast ps in Crariticidin S makes it
improbable that a eye
"ructure exbitz.
It. prifttley
re 40
ire a,
d So 41
too
"..ILA AITALLUICKAL LITERATUS9 CL&ISVICATICIP
low li;~i BMW 00.01'
I ),ado .,. amw 1311C III&III 4d 0-1 ist
. I Y I P I I F - 1 ;19 A T I& Aft a 1 9 W 0 0 0 1 W me 5
u If 00 is I ; - A 0 -31 9 T
W p to to 10 9 Of 4 Of X n a a it pw A 4 14
o o o o G' 4 o o 01* 0 a 0 a o 0 0 0 0 0 0 0 0 0 0 a 0

W, W,
A
004
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.
4 0 8;i
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ov 1!
:0 .4

11 1
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-A-m-r-A 4_L AS-V-99-a
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s
81,gs ~1.
P60"1149 AND wot

okli (lob. Plant
M CRWIUL ROM OW FM IL
~

_
-06
3 8 L) 114 so
state Vniv. Klcroblol 0
"0
6, Biochemistry x0ecom olg~ M
#4j A protein -free
1- 29-34 (i;45) Smallsh &==-r. Cf. 0.A. AU
sabstanco was extd. frcm 2-4 6M cultures of JbIS1120 njutmr*s In
satto. of 6-12% of *"W.Woh proved to be a mcaloic acld of the .00,
~
roast tM. It W&A nJA10d 11VOWID-MC1010 acid" (1). Bil-ft =Iftn 1 1
1
did tat contain L A 04 OCIA@ of NA C03 was used for ontn. of as ka
bacterial mass. Slno* rapid nom4rallsatlon occurred, a 10% mods, got
no added drop-by drop till & stable alk. reaction was reachodo
V
" no*
Oltion with A.~CK ppd. malmyroteins and treatment of the
fithf
Y
filtrato with ale. and 101 yields& 1. Hyd"Iyale of I gave all
the parino and pyrWdiu* bases chars toriatic for 70"t-mloic 900
A peri-
sold (rl). Anslyals of I go": total 19, P 10, 3 0.9, or 1:00

tog*@ 24% of dry wto ftme, I contafte considerable more P Phan droll
111, und it Is a high-vol. wt. 0 804 ester. Tolutin (Notachromiatin)
onont of mclous or cyto-
d ;it & c
d
t
d
t
1) i 890
an
uc
ore
s a s
pro
(11
M
plasm, al=e the call maintains Its actIvity In the absence of M.

I-Zrr Z-T~ =.v Doe
11"414#0 Wee,
1) U 5 AV 00 AS
0 0 0 a 0 0 0 0 a 000 to 0 *1 #1 0 0 0 0 0 a4 0 0 a 0
too **#go
0040076

BELOZERSKIY, A. N.
"Polynucleic Acids in R- and S-Forms of Sarcina Flava)" ~Ukrobjol,) 15, No.2.,
1946,
Chair of Plant Biocheirdstry., Moscow State U,

J jo a 30 AF 3W a
dt.
The smscle4~ and ~61 CWW~ bw
00 ; I
(I *%cow State
We. A it Ca"
.2 .': 1 1*1 ()"%$. 8W, 12. I-a'
i spWist tj~ N 00
0
0 Ch 'W'. ~tw.= .0
0* 4 tCrW cells &IV C an,
C tent of proteins I nuelvic t ba;
49 the quantity of nucivic, acids min depending an the agr .0
If 71: of the bacicrial cultum. The poesemm of great quantitiri
of thew subst*mcm way be a reamAm why bactaW etth 1,00
ponem great vitality, and eamptload owtabaLWO. r*ptt-,- '0*
duction, and adaptability. Tbevvaterpartoltbeproteins
YU 149
in the bacterial cell is bound up with the pol uckotides
0 to fortit nuckoprotelus. Apparently It I% difficult. or - .00
0* 4 impossible to tit. then nucleoprotrists by the itsual *W-
4 vents. such #A water and salt solus. The t"kst Inetbod
of extu. was founti to be on application of dil. &III. w1us. ~00
0 0 4 although even then itstn. of nuckoproteias from a great
no. of bwtcvia h impoWbIc because thin suctbod often
09 leads to a partial destruction of the nucleopmelm. The coo
0 0 nuritoeWrins im"led dhvctly Inxn bacteria do not rvjP- 0
rtwut t"Alual CODAIMCAU fortned in The cell, and smay
00 be fructimted Into a no. of pmdwo. The method o(' 000
cbem. fraction&
_Ooalms gives expd. proof of the mm-
individuality of the nuckopret" extd. from the plant '00
eills and tismues. OW their secondary lonnatim at the CO 0
Itionicut of holation. It was also shown tbat the protein
and nucleic acid In the sucleoprortins may be bound in 9;0
different, ways and that sevoul 40kmt fractionation ZOO
produca may be obtained., Bacterial polyttudeoddes WO 0
t*Wog to 2 tyM: the type of ymt polysuckotide and
tbe type of thynsunucirk- ". Sotm ubmvatkihs show, ze 0
the ptmwbmty of a Offerent deFft at PWYUNSbAtim at,
1. the bacterial cell. if. if. %%=I"
L .1 Uor tkAI1#1CAI"
IL
1100
L11
U 0 AV IQ It& m A I a N 0 a 9 W a 9 a _qV 10
A`I* to If to to a K 9 a it It a n It a f"Im 6 V
0 61! 0 a a 0 a 0 0 0 6 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 0 0 0) 0 0 0
a db a 66.4606 0 (so 41 a a 0 111 a a a a 41 & a a a a a a a "Ill

BEIDZERSKIY, A. N.
"The Biologically Active Group in Grmmcidin S.11 Dokl. AN SSSR, 59, No-1, 1948
Inst, Diochem. lm. Bakho., AS USSR
42T7

BrM7,r,lrOKIY, A. N.
I
, * - ~:,, - ~-, "i-l' '~' ~'.. - - , I ~ : ~ :- IOA67
. I.,