SCIENTIFIC ABSTRACT BOROVICKOVA, B. - BOROVINSKIY, A. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206520001-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

VINAR,O.; BASTECKY, J.; BOROVICKOVA, B.,- ZICHOVA, M.; IKALAG, V.
Method of delayed auditor7 feedback in psychiatry. Activ.
nerv. sup. (Praha) 7 no.2:193-195 965
1. Psychiatric Research Institute, Prague; Liboratory of
Plionetics of the Institute of Czech Language of the Czechoslovak
Academy of Sciences Research Institute c Electroacoustics.
2, 0. Vinar's addressiPraha 8, Bohnice 95.

L 29-;19-66
ACC NRt AP6020019 SOURCE CODEM CZ/0079/65/007/0)3/030i/0363
AUTHOR: Vinar, 0. (Prague); Bastecky, J.*. Borovicko
P.; Zichova, M.; Malac, V.
- - ------------
~_I~
OFG: Psychiatric Research Institute; Laboratory of Phoneticss, In
TITLE: Delayed auditory feedback in schizophrenialld.jgp_-~nduced state (This paper
was presented at the 7th-Annual Psychopharmacological.Meating*_Jesenik, 20-23
January 1965t1
SOURCE: Activitas nervosa superiors vo 79 no- 3s, 1965t 302-303
TOPIC TAGS: psychoneurotic disorders, behavior patterns, pharmacology
ABSTRACT: The authors tried to confirm a hypothesis that the disturbance induced
by delayed auditory feedback is smaller in people who are more independent of
exteroceptive signalization. 11 healthy subjects before and after administreion
of LSD and 13 schizophrenics were subjected to a series of tests. The results
did not support the stated hypothesis. J. Noskova provided technical assistance.
Orig. art. has: 1 figure and I tableb 9. aA. in Eng.] LJPRS]
SUB CODE: 06 / SUBM DATE: none / ORIG REF: 001 OTH RM 001
,J 5

L 12110.- 6 T/[--4*iP( IliF(c) BB/GG/JXT(bf)
ACC NR, AP503-b-0-56-- -so-U-11-d-311
AUTHORi Borovickova, B.--Doroviohkoya, B. (Doctor; Candidate of sciences);
V.----FA-rqch, V. (Engineer)
MG: fB-Orovickovja Institute of the Czoc'.h Languafp. G'SAV. Prame (Ustav pro jagyk
cesb7 CSAV); LM-aa.9j Research and Develop=nt Institute of Electroacoustics, Praguo
(Vyz1mmny a vyvojovy ustav elektroakustdliy)
TITLE: Automatic identification of speech with a comixter I ~V
SOURCE: Slaboproudy obzor, v. 26. no. 7. 1965. 385-390
TOPIC TAGS: cozqxter, speech recognition. comIxter application
ABSMCT: 'The introduction of the article explains the process of speech perception
and, states some experimental results. Then the possibility of automatic speech iden-
tification with a corrputer is discussed. and a definition is given of the relevant
regions of the acoustical spectra of speech-sounds, together with a method for their
determination and procedures for the automatic identification of speech by 1wans of a
co r, using either passive or active anal~!Ls. Orig. art. has: 5 figures.,
Based on authors' Eng. abstff JTFRS: 33.541/
SUB CODEi 09, 17 / SUBM DATE: 02Feb65 / ORIG PXF-. 005 / SOV REF: 001
OM REF: W
Card

L 39882-66 ~wt j T 'm
A
AP6016129 SOURCE CODE: UR/0289/66/ooo/ooi/ol)j2/Olh3
AUTHOR: Borovik, G. R.
ORG: Chemical Technology Laboratory of the West Siber-an Geological Administration,_
Novokuznetsk (Khimiko-tekhnologielieskaya laboratorlya Zapadiio-5ibirskogo geologiches-
kogo upravleniya)
TITLEt Boron extraction with alcohol from magnesium chloride solutions
'2,7
SOURCE: M 833R. Sibirskoye otdeleniya. Izvestiya. 'Seriya khimicheakikh nauk,
no. 1, 1966, lh2-143
TOPIC TAGS: boron, solvent extraction, chemical separation, boron extraction, mag-
nesium chloride
ABSTRACT: A series of expcrimoi~ts were carried out to determine the effects of con-
centration of magnesitun chloride,solutions and of the nature of alcohol on extracUrn
0 he experiments had a double purpose: purification of magnesium, chloride
solutions and utilization of the bottoms of alcohol production by oxo-synthesils.
The optimuni concentration of magnesium chloride solution wtLq 31.0% in boron exLract.Loni
-with iso-amyl alcohol. Several other alcohols and th.e bottoms of alcohol mallufacture i
also displayed a conmarable extraction capability tovard boron. The highest nercentafp,'
of extraction (41,04e B203) wa-- achieved with benzyl alcohol. 'rho enhon~ed extractic'n
UDC: 5h6.2-j'-l)15,

ACC NRi Ap6oi6129
capability of benzyl alcohol in relation to acyclic alcohols indicated the existence
of a correlation between extractive capability and chemical atructure of alcohols
Orig. art. has: 2 tables. [JKI
SUB CODE: 07/ SUBM DATE- OqNov65/ ORIG REF: 003/ ATD PRESS:
9L
W

L
ACC NR: AP6005286 ~~v souRcE CODE: uR/0413/66/000/001/0030./00"O
INVENTOR: Borovik, Ye. S.; Mamedov, M. Sh.; Volotskaya, V. 0.
IORG: none
!TITLE: Treatment of metallic parts Class 18, No. ).774 unced
-43- [anno
Isy the P4 i
I - -Yg--cotechnical Institute AN UkrSSR (Fizlkoteklinicheskiy
linstitut AN USSM j
OURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki,
0. 1, 1966, 30
TOPIC TAGS: metal property, metal, heat treatMnt, cold treatment
ABSTRACT: An Author Certificate has been issued describing a method
for treating metal parts, including cold treatment and heating 4,0 1100M
-4.2mperature. To increase the strength and life of the parts, they ave
adbjected to pulse loading with electric current; In a constant MRgnetle
field a"U below-zero temperatures, for example,, at 20K.
SUB CODE: 1l/ SUBM DATE: 20Jun64/
I - 6n-1.785-92
1/1 UDC: 6
21-789-

36050-bb-L. PQ ~___TJP(
it:~9igi OURCE CODE: UR/2566/65/074/000/0035/0009
AUMOR: Vershinsk~y, 11. V.-; Borovikov, P. A.
ORG: none-k-
TITLE: Design of stations with automatically controlled depth
SOURCE: 'AN SSSR. 1nsT;Ltut_pkeano1og".- Trudy, v. 74, 1965. Elektronnyye pribory dlya
--iW~iedovaniy (Electronic instruments for oceanological research),
okeanolo-glaesUkh
85-69
TOPIC TAGS., measuring apparatus, oceanographic instrivnent
ABSTRACT: An automatic device for the continuous collection of oS~ ~no ril~c data is
described. The device is based on a work by R. A. Zlotky ("A Concept for a Remotely
Interrogated Synoptic Oceanographic Data Sampling Buoy," Marine Sci. Instrumentation,
1961, 1). The station consists of a signal buoy with a radar device and a signal light
a cable with an anchor at one end and a submerged lift buoy, and an instr=ent package
which moves up'and down the cable at programmed intervals. Data are stored in the me-
morylof the measuring device and transmitted to a receiver when the device is near the
ocean surface. The electric power required to move the package up and down the cable
is calculated and a solution for a particular case is given. The design of a new elec,
tromechanical device with a considerably reduced power consumption is reported. Orig.
art. has: 4 figures, 13 formulas.
SUB CODM .08,14/ SUBM DATE:' none/ ORIG REF: 003/ OTH REF; 003
Card, 1/1 ~vmb

16c
AUTHOL. Borovikova, G.P., Korsunskiy, M.I. 48-10-16/29
---------------------
TITLII: X-Ray Spectr= of the Germanium L-Series (Rentgenovskiy spektr
L-serii germaniya)
PMODICAU Izvestiya AN SSSR Serlya Pizicheskaya, 1957, Vol. 21, Nr 10,
PP. 11+38-14.44 (USSR)
ABSTRACT: The X-ray speotrum of the germanium-L.-series was obtained by means
of a tube of the Krasnikov type (Zavoaskaya Labomtoriya, 939, 4-5).
The investigation of Lp - and Lp -11nes in -the germanium apeotrum
gave the following res2ts: The 4microphotograph shows that the ahort-
vave line is more intense than the longwave line. As the most in-
tense with 9561X was assumed as L~3 and that with the wavelength
of 962D X as Lp (on the strength of published data). The ratio of
intensities at iAand 16 LP4 is difficult to determine and to be
obtained only by re-calculating the intensity of the LP,-line. The
ratio IL P3 : ILp1vas found to be equal to 0-13. Herefrom it may be
seen that the intensity of the L3- and therefore also of the L P47
Card 1/3 line is very low. Furthermore, investigations were carriea out

X-R&Y Spectrum of the Germanium L-series 48-1c)- 16/20
in order to determine the presence of LIII -N I, Lii -NIand
Lj-N ii-iii-transitions in solid germanium. It(I 2and LN-recordings
were rmde at different conditions of excitation and exposure. The
microphotograph shows that the double line is symmetric. It follows
therefrom that the satellites are broader than the base lines. Such
a strong intensity of Ld6 ana LPx Justifies the statement that
these lines carmot be satellites but that they are diagram lines.
It was found that the ratio between the intensities of the satellites
and those of the base lines depends in a considerable degree upon
whether the sample von subjeoted to an eleotron bombardment or not.
On the strength of all factors determined it may be said with just-
ifioation that the line lt(,,c is the line LP6, and that the LP.-line
is the LJ15-line. As a result of the investigations carried out the
hypothesis is set up that the lacking of the Lh- and Ljr5-l'nes
Card 2,13

X-Ray Speotrum of the Germanium L-Series
in the elements of the Xn25 _ Ge32 groups might be
oxidation prooess at the moment of the exoitation
There are 6 figures, and 4 references, 2 of which
48-10- 16/20
due to an
of the speotz-
are Slavic.
ASSOCIATICN: Khar' kov Polytechnic Institute (Khar' kovskiy politekhnicheskiy
in3titut)
AVAE40LE: Library of Congress
Card 3/3

20-114-6-15/54
AUTHORSt Borovikova, G. P., Korsunskiy, M. 1.
TITLEs The L12 - and L~ -Lines in the Spectrum of Germanium (Linii
111~_ 4
L6 i LP v spektre germaniya)
4
PERIODICALt Doklady Akademii Nauk SSSR,1957,VOI-114,Nr 6,pp.1192-1194(USSR)
ABSTRACT: The present paper shall find the lines which correspond to
the transitions LI-O"In and LI --* MII, i. e. the lines L~3
and LO . The wave lengths of these lines shall be measured and
4
their intensity estiated.
The apparatus and the methocbof investigationt The X-ray spec-
trum of germanium was obtained by means of a Krasnikov type
tube. In the here described
experiments the temperature of
0
germanium remained below 50 C. The primary anode of the tube
was covered by an aluminum plate. The main exciting radiation
- radiation of Al with the wave lengths 8321,37
was the Xat K(
2
and 8323,81 X. The entire focalspot participated in the pro-
duction of the spectrum.
Card 1/2 Measuring imultst The possible value of the wave length of

The LP3 and LP4_ Lines in the Spectrum of Germanium 20-11445-15/54
the Lq~-line of germanium was determined by interpolationj
thus 70 X was found. In all images of this spectral range,
under various conditions of excitation, two lines lying close
to one another were found; their reBpective wave lengths are
9561 and 9620 X. The linear dispersion in this range amounted
to 35,4 X/Mm. The comparison of the here measured wave lengths
with the known wave lengths of other elements showed that
the here observed wave lengths belong to germanium. This is
also confirmed by the high degree of purity of the here used
germanium. The short-wave line is more intense than the long-
-wave one. The authors designated the most intense line with
a wave length of 9561 X as the L -line 6f germanium and the
9620 X-line as the L - line of g5manium. The relation of the
intensities of the l5es L~ L and LP, was only estimated
by the authors by recalculailngpihe intensity of the Y1 -line.
There are 1 figure and 4 references, 1 of which is Slavic.
ASSOCIATIONs Khartkov State Polytechnical Institute imeni V. I. Lenin
(Kharlkovskiy politekhnicheskiy institut im. V.I. Lenina)
PRESENTED: Pebruary 6, 1957, by G. V. Kurdyumov, Member of the Academy
SUBMITTEDt February 5, 1957
Card 2/2

V 4-
20-1-19/54
AUTHORo Borovikovat G.P.t Korsunskiyt M.I.
TITLE The SaterEffe-sof the Lot,,
2 and LF, Lines in the Spectrum of
,
Germanium
v apektre germaniya)
(0 sputnikakh liniy LoG
1 LF
1
IV 2
PERIODICAM Doklady Akademii Nauk SSSR, 1957, Vol. 115, Nr 1, PP. 75 - 77
(USSR)
TRACTs
AB The authors refer to a respective earlier work. They continue the
f study of the L-series of the spectrum of germanium in order to
determine the existence of lines not observed hitherto, especial-
(transition
ly of the lines LF6 (transition L I
I + NJ) L 6-
5
I
L 4 N ) and L (transition I+ N III). The experi-
l
I
i
i
:
'd
scribed by G P. Bor v
E va and M.I. Kor-
me
ital
rrangemen
sunskiy, Doklad:Y Aka&- Nauk SSSR, 1957, Vol. 114, Nr 6 is used.
The obtained x-ray spectra of the L-series of Ge within the
range of wavelengths of from 10150 - 10400 X (which contains the
lines Lc4, (transition L -.* L ) and 4, (transition
,%
Al
x
f
ctra known from literature.
the
B
L 4 9 31d
ffer-greatly f
-
,
'
Yctures taken by the authors
brightlineB were observed
9
the p
on the short-wave part next to the lines LoU, 2 and Ifi. A
Card 1/2 picture of this aDectral range as well as a cdrresponding m1cro-

20-1-19/54
The Satellites of the Lou and Lh Lines in the Spectrum of Germanium
1, 2
photogram are mentioned. The two-hump curve developed by the
superposition of line Lot, and another unknown line is
asymmetrical. The width olltie unknown line L z x is obviously
greater than the width of Lo~ .1 . The place of the lines Lo(,
and 4 observed by the auth6ri might ba identical with thex
place of the lines L P6 (transition L 4 N ) and L y- (transi-
tion LII + NI). The authors assume Wit thi satellith of the
lines LoC and 41, in Go to be the lines LP and LP . A
further p1dof of this formulation resulted from &e comp2rison
of the spectra of the L-series of Ge and of Ge The authors
determined the wave-lengths of the lines Lpi, 402 and L
They also observed in tha L-series of the Ge-spectrum a'w'2ak
line with a wave-length of 8709 ;t 5 X whioh,according to its
position, corresponds to the line L of Ge (transition
L _J~ N There are 4 figure a, ~2 take and 1 Russian re-
firenc
ASSOCIATIONt M~arlkov Polytechzdcal I4qtiiu~tojz~. V. I. Lenin (Kharlkovskiy poli-
tekhnicheskiy institut im. V.I. Lenini)
PRESENTED BYs G.V. Kudryumov, Academician, February 6, 1957
SUBMITTEDs February 2, 1957
AVAILABLEs Library of Congress
Card 2/2

BOROVIKOVA. G.P.; XORSUNSKIY, M.I.
L-series spectrum of germanium. Isal.po tharopr.splav. 4:
140-146 '59. 041M 23:5)
(Germanium--Spectra)

24(7) SOV/48-23-5-6/31
AUTHORSs Borovikova, G. P., Korsunskiy, M. I.
TITLE: Investigation of L-Series of Germanium (lasledovaniya L-serii
germaniya). Influence of Impurities (Vliyaniye primesey)
PERIODICALt Izvestiya, Akademii nauk SSSR. Seriya fizicheakaya, 1959,
Vol 23, Pr 5, pp 564 - 56a (USSR)
ABSTRACT: The transition of matter into another physical or chemical
state causes, as is known, a change of the electron state in
theatoms, and these changes are revealed in the structure of
the X-ray spectral lines. The comparison of the spectra shove
that the spectrum change occurring in metallic germanium takes
place, as if the sample surface ivere oxidized. In the inves-
tigations under review, the inte:,*isity of the lines was measurea
with a microphotometer. The classical dispersion curve for-
mula is then written down, and a diagram shows.the measured
intensities of the L-lines as well as their splitting -up into
individual maxima. Table 1 summarizes the half widths of the
individual maxima, and table 2 the interval between the maxima
(both in ev'). The intensity of all lines is computed with the
Card 1/2 abovementioned formula. Germanium rectifiers are investigated

Investigation of L-Series of Germanium. Influence of BOV/48-23-5-6/31
lu4purities
next, and their frontal and lateral spectra are shown in
two diagrams. Finally, the influence of small iron impurities
(0.002%-0.05%) on form and position of mpLxima is investigated,
and results are summarized in fouir tableb. Special samples
serving for these investigations were prepared by the Institut
poluprovodnikov AN USSR (Institute of Semiconductors AS UkrSSR~.
and gratitude is expressed to V. Ye. Lashkarev. There are 5
figures, 10 tables, and 3 Soviet references.
ASSOCIATION: Khartkovski-I politekhnicheskiy inatitut im. V. 1. Lenina
(Khartkov Rolytechnic Institute imeni V. I. Lenin)
Card 4?/2

lloo-F,TT'-r"VA, G.P., C.--.nd ~~ci (diss) 'lInvt:st3:.,al. on af
I ~ . . . l.. . .0 3 1--, ro-,
I s.-,r4es of tl~,3 roelltut~-rl F-I)eCtrual of, V
t~ - .1
Vharlkov Poll-,t~chzdcal InstituLe im %. j. Lz,-Iill:l (I'L,

KORSUNSKIYj, M.I. [Korsunslkyi, M.I.); BOROVIKOVA,, G.P. [Borovykova, H.P.]
Effect of small admixtures of antimony ar the I-serieB X-ray,
spectnim of (pjjmXU=. Lrkr. fiz. zhur. 5 rto.1:88-93 Ja-F 160.,
(MIRA 24: 6)
'Kharlkov$ Politekhnicheskiy institut Im. V.I. Lenina.
Spectrumo, X-ray)
Mrmanium-Spectra)

KORSUNSKIY, M.I.; LITVDIOVA, L.B.;~QIIIOV~KOVA, G., .
__ L_
DOluence of small a unts of gallium on the position of the I"'
and Lb emission lines of germanium. Fiz, tvere tela 3 no .1'.1&85
ja I . MEA 14:3)
1. KharIkovskiy politekhaicheskiy institut im.V.I.Leninae
(Germanium--Spectra)

s/84q/62/ooo/ooq/oo6/'o16
A006/A101
AUITIORS- Borovikova, G. P., Korsunskiy, M. I.
TITLE: On the effect of micro-admixtures upon the X-ray emission spectrum
of germanium L-series
SOURCE: Vysokotemperaturnyye meta 'llokeramicheskiye materialy. Inst. metallo-
ker. i spets. spl. AN Ukr.SSR. Kiev, Izd-vo AN Ukr.SSR, 1962, 40
45
TEXT: The authors studied the effect of admixtures in amounts as low as
10-3 to jo-2 at.% upon the X-ray spectrum of Ge L-zeries using specimens with
proportioned admixture content. Experiments were made with one pure Ge speci-
men (admixture amount below o13 cm-3) and four Ge'specimens with different
amoun-r,s of antimony. c concentration of the antimony admixtures varied wi-thin
5.6 - 1017 - 4.8 - 10191cm-3. The authors studied the correlation between the
displacements of spectral lines L;) and It in respect to lines Ly and L~l
.6 5 112
respectively, (as established in a previous investigation) and !the concentration
of antimony admixtures in germanium. The experiments were-carried out on a
Card 1/2

s/84q/62,/ooo/ooo/oc)6/o16
On the effect of micro-admixtures upon... A006/A101
high-vacuum high-intensity X-ray spectrograph with EL curved mica crystal, using
a mixed method of exciting the X-ray spectra. The addition of 10-3 to 10-2 at.%
antimony to single-crystal germanium was found to cause the displacement of
spectral lines Lp in respect to L,,,, and of lines 1, In respect to Lf of
6 12 'Y5 ,1
germanium toward the short wavelength side by-.1 - 2 ev. The magnitude of dis-
placement !~E,- is proportional to the cube root', of the concentration of
:~6 - `1 1 2
admixture.atoms. It was observed that the wavelength of lines LJ,112 and Lj~ of
germanium with antimony decreased as a result of the displacement of M IV V 1 evels
in respect to L... and Ln levels. This displacement. is approximately five ttmes
less than that of level N, in respect to MI.VV levels. The authors thank V. Ye.
Lashkarev and Ye. G. Miselyuk for the specimens made available. There are 2
tables and 2 figures.
Card 2/2

L 31936-6~ EVIT(I)/FCC JXT(CZ)/GVi
ACC NR, AT6fl6433 k W) SOURCE CODE:
AUTHOR: Borovikova, L. N.
ORG: none *K
UR/2648/65/000/021/0016/0033
TITIZ: Fundamental results of statistical analysis of ice phenomenons. in the Amu-
Dar'ya River
SOURCE: Tashkent. ziatskiX A&uahuD_-jssledov&tel1akiy jKLd geteorolo
institut. Trudy, no. 21(3 ), 1965. voprosy gidrolog17(l~:oSlems in hydrolo
16--33
TOPIC TAGS: river, ice, hydrology, statistical analysis
- --- ---
ABSTRACT: The article deals with statistical investigations of ice phenomena in the
Amu-Dar'ya River. The results of several years of observations on the ice evolution
in the Amu-Darlya River from the city of Termez to the river's mouth are given. u-
Orig. art. has: 2 figures nad 12 talbes. [Based on author's abstract] [NT]
SUB CODE: 08/ SUBM DATE: none/ ORIG REF: 007

GERRY Feliks Grigorlyevich; ijoci-- Va's-i'llye"Ier-.1
1, 1 -
nauchn. red.; Bu"HOVIKOVA, .7d.
(Slip- 1"Lo,,,,, reinforced can,.2rete welis with por-ous coilen-.:ta
filters] Shakhtnye zhelezobetomiye kolodt.-y s filltramd'
iz poristolgo be-,ona. Ahr;a-Ata, haz,,,e1*k)aoz,,,iz, 1963- 11 p.

50) SOV/79-29-6-20/81
AUTHORS: Ballyan, Kh. V., Borovikova .-N.
TITLE: 1~ydrogenation of Unsaturated Compounds in the Presence of
Colloidal Palladium. XI. Hydrogenation of Vinyl Acetylene
PERIODICAL: Zhurnal obshchey khimii, 1959, Vol 29, Nr 8, pp 2553-2557
(USSR)
ABSTRACT: As the selective hydrogenation of vinyl acetylene into the di-
vinyl is of great practical. importance, the authors investi-
gated the influence exerted by different additions upon the com-
position of the hydrogenation products of the hydrocarbon
mentioned,.in the presence of colloidal palladium. The es-
sential disadvantage of the hydrogenation experiments hitherto
carried out for vinyl acetylene (RefB 2-5,9) with different
catalysts, also-with colloidal palladium which was first used
by S. V. Lebedev, is due to the great losses of gases (up to
44%) on their escape from the hydrogenation device. Therefore,
the authors devised such experimental conditions under which
these losses were considerably reducedl conditions under which
the molar ratio between vinyl acetylene and hydrogen was below
the ratio 1:1. The gas mixture collected was quantitatively
Card 1/3 analyzed with respect to vinyl acetylene, divinyl and butylene.

SOV/79-29-8-20/81
Hydrogenation of Unsatura-ted-Compounds in the Presence of Colloidal Palladium,
XI. Hydrogenation of Vinyl Acetylene
The molar ratios between vinyl acetylene and hydrogen in the
hydrogenation were 1:1, 1:0-75, 1:0.5. The following additions
were used in differgnt quantities: lead and copper acetate,
n-thiocyano-chloro-banzene, pyridine, quinoline, aniline, and
diethylamine. According to table ll lead acetate was the most
active of all additions, especially at a hydrogenation ratio
of 1:1, both with respect to the increased yield of divinyl and
the decreased quantity of butylenes. As to the activity and
retardation of the reaction,_.it was followed by copper acetate
(Tables 1,2,3). The influence of the n-thiocyano-chloro-benzene
mainly became manifest in a decreased yield of butylenes which
fact is also of positive value. The organic bases were added
i,n considerably higher quantitiesi they gave lower yields of the
end product. Aniline exerted a positive effect only at a hydro-
genation ratio of 1:1, diethylamine and pyridine were negative.
There are 4 tables and 9 references, 8 of which are Soviet.
ASSOCIATION: Leningradskiy tekhnologicheskiy institut imeni Lensoveta
Card 2/3

SOV/79-29-8-20/81
Hydrogenation of Unsaturated Compounds in the-Presence of Colloidal Palladium.
XI. Hydrogenation of Vinyl Acetylene
(Leningrad Technological Institute imeni Lensovet)
SUBMITTED: July 19, 1958
Card 3/3

5(3) SOV179-29-8-21181
AUTHORS: Ballyan, Kh. V.,..Borovikova, N. A.

TITLE: Hydrogenation of Unsaturated Compounds in the Presence of Col-
loidal Palladium.. XII. Hydrogenation of Alkyl Acetylenes and
Phenyl.Aoetylene
PERIODICAL: Zhurnal obshchey khimii, 1959, Vol 29, Nr 8v pp 2557-2560
(USSR)
ABSTRACT: In addition to the-papers of references 1-5, the authors in-
vestigated under the same conditions the hydrogenation of the
monosubstituted acetylene hydrocarbons which have alkyl and
aryl radicals, on colloif.'al-palladium. They used for this
purpose,hexyne-1, heptyr)e-lp octy-ne-1 and phenyl acetylene.
All these hydrocarbons were shown to add the first two hydrogen
atoms with nearly constant rate which abruptly increases afte3.'-
wards and then drops again, as can be seen in the figure. The
hydrogenation curves of the alkyl acetylenes are very similar
to those of the alkenyl acetylenes (Ref 5). These observations
correspond, to a certain extent, with those of the other authors,
Yu4-*8i- Zallkind . et al (Refs 6-!)). The alkyl acetylenes add
Card 1/3 the first hydrogen molecule in a strictly selective way. The

SOV/79-29-8-21/81
Hydrogenation of Unsaturated Compounds in the Presence of Colloidal Palladium.
XII. Hydrogenation of klkyl Acetylenes ane Pherryl Acetylene
samples which were directly taken from the reaction inaos did
not react with silver oxide; the separated and purified hydro-
genation products did not indicate an acetylene bond according
to the infrared spectrum which was taken and assigned by T. V.
Yakovleva. The bromide-bromate method gave a yield of 95-98%
of compounds with a double bond. As to the physical constants,
the resultant hydrocarbons correspond with the corresponding
olefins. In the infrared spectra of the hydrogenation products,
the characteristic frequencies of the vinyl group were detected,
as was expected. According to the investigations of the authors,
the separated product of the above-mentioned reaction did not
contain any acetylene bond which was confirmed by spectrum
analysis and by means of the bromide-bromate method (79-7%
compounds with a double bondl). It was thus shown that the mono-
substituted acetylene hydrocarbons with alkyl and phenyl radicals
add the hydrogen to the triple bond on colloidal palladium in
a strictly selective manner. There are 1 figure, 3 tables,
and 11 references, 9 of which are Soviet.
Card 2/3

SOV/79-29--8-21/61
Hydrogenation of Unsaturated Compounds in the Presence of Colloidal Palladium.
XII. Hydrogenation of AlkylAcetylenes and Pheny-1 Acetylene
ASSOCIATION: Leningradskiy tekhnologicheskiy institut imeni Lensoveta
(Leningrad Technological Institute imeni Lensovet)
SUBMITTED: July 19, 1958
Card 3/3

50) SOV1179-29-9-16176
AUTHORS: Ballyan, Kh. V., 3orovikov
TITLE: Hydrogenation of Unsaturated Compounds in the Presence of
Colloidal Palladium. XIII. Hydrogenation of Carbocyolic Enin
Hydrocarbons
PERIODICAL: Zhurnal obshohey khimii, 1959t Vol 29, Nr 9, pp 2882-28B9 (USSR)
A3STRACT. In their previous reports, the authors described the results
obtained from the hydrogenation of vinyl acetylene, of
alkyl- and phenyl acetylene (Ref 1) as well as of vinyl-
alkyl- and alkenyl acetylenen (Ref 2). The present investiga-
tions were extended to the hydrogenation of the hydrocarbons
of the carbocyclic series with a conjugate enin system on
colloidal palladium. For this purpose, 1-ethinyl cyclopentene-
l(I), 1-ethinyl cyclohexene-l(II), 1-phenyl buten-3-in-I(III),
4-phenyl buten-3-in-l(Iv) were hydrogenated on colloidal
palladium. The hydrocarbons under investigation having an
acetylene group in terminal position are exclusively hydro-
genated on the triple bond. Hydrogenation of 1-phonylbuten-
3-in-1, which is a double-substituted acetylene, likewise be-
gins on the triple bond, under formation of a diene hydrocarbon,
Card 1/3 which is then, however, partially hydrogenated into an olefin.

SOV/79-29-9-16/ 7~
Hydrogenation of Unsaturated Compounds in the Presence of Colloidal Palladium.
XIII. Hydrogenation of Carbocyclic Enin Hydrooa37bons
Finally, the hydrogenation of 1-phenylbuten-3-in-1 results
in a mixture of the initial products, of diene and olefin.
The hydrogenation rate of hydrocarbons with an acetyl6ne
group in terminal position rises abruptly after thead4ition
of the first two hydrogen atoms, and then drops again. The
addition rate of hydrogen on the carbon I-phenylbuten-3-in-1,
however, drops gradually. Thus, carbocyclic enin hydrocarbons
are exclusively hydrogenated on the triple bond over-colloidal
palladium, up-der formation of a hydrocarbon with conjugate
double bonds. The authors thank T. V. Yakovleva for assistance
given in the analysis of the infrared spectra. There are
5 figurest 3 tables, and 18 references, 10 of which are
Soviet.
ASSOCIATION: Leningradskiy tekhnologicheakiy institut imeni Lensoveta
(Leningrad Institute of Technology imeni Lensovet)
Card 2/3

Hydrogenation of Unsaturated Compounds
XIII. Hydrogenation of Carbocyclic Enin
SUBMITTED: July 19, 1958
SOV/79-29-9-16/ 7.6
in the Presence of Colloidal Palladium.
Hydrocarbons
Card 3/3

?R()Rr~VTKOIJA N. A., Cand Cliem Sci (diss) -- "Thr- I-ydro~-natlon of unsatt,rated hy-
I - y 'I -
drocarbons in the presence of colloidal palladium". L- nin:-.red lcro. 1~ pp
(Min HiGher and Inter Spec FOuc RSFSR, L nin.grad C)rdev of Tabor R,--d Banner
Tech Inst Im 1pninirrad Soviet), 200 coplos (1~1, 1~;o 11; ll)~~O, 127)
1 . ..I I --

S/07 6o/030/010/015/030
B001YBo66
AUTHORS; Ballyan, Kh. V., Petrov, A. A., Boroyikova.-N. A.
Kormer, V. A. and Yakovlevap T. V.
TITLE: Hydrogenationlof Unsaturated Compounds in the Presence of
Colloidal Palladium. XIV. Some Peculiarities of the
Hydrogenation of BisubBtituted Allenetgydrocarbozis
PERIODICAL; Zhurnal obshchey khimii, ig6o, vol. 3~, No. 10,
pp..3247 - 3253
TEXT: There are only few data available in publications concerning
special cases of the hydrogenation of seven bisubstituted allenes
(Table). In the present paper, the authors study some rules governing
the hydrogenation of the following bisubstituted allene hydrocarbons:,L/
octadiene-3,4; nonadiene-394; decadiene-3941 7-methyl octadiene-293;
7-methyl octadiene-3,4; 6,6-dimethyl heptadiene-2,3; and 7,7-dimethyl
octadiene-3,4. It was found that the first hydrogen mole is usually
added at an increasing rate, after which hydrogenation slows down con-
siderably (Diagram 1). In hydrocarbons of isostructure this rule
Card 1/3

Hydrogenation of Unsaturated Compounds in tho 5/079/60/030/010/015/030
Presence of Colloidal Palladium. XIV. Some B001/B066
Peculiarities of the Hydrogenation of Bisubstituted
Allene Hydrocarbons
manifests itself still more distinctly. The hydrogenation of allenes
takes place selectively, and, when taking up half of the calculated
hydrogen quantity, a mixture of olefins with a double bond in position
2-, 3-, or 4- is formed. Allene hydrocarbon reacts completely in this
case. Alkenyl allenes (octatriene-1,3,4; clecatriene-1,3,4; 2-methyl
octatriene-193,4; 8-methyl nonatriene-1,3,4) are hydrogenated in the
same.way: After taking up about 2 moles of hydrogen, the reaction rate
decreasee'l-apidly. Allenes and hydrocarbons having a double bond in the-
end position disappear completely or to a considerable extent after
taking up the first hydrogen mole. The infrared spectra of the hydro-
genation products of allenes with 50% of the hydrogen quantity are not
indicative of allene compounds (Diagram 2). Diagram 1 does not show any
characteristic differences of the hydrogenation rates of 2,3- and
3,6-dienes. Diagram 3 shows curves for the hydrogenation rates of
alkenyl allenes; Diagram 4 shows the infrared spectra of the hydrogena-
tion products of alkenyl allenes in a hydrocarbon/hydrogen ratio of 1:1.
Card 2/3

Hydrogenation of Unsaturated Compounds in the S/079 60/030/010/015/03()
Presence of Colloidal Palladium. XIV. Some B001YBo66
peculiarities of the Hydrogenation of Bisubstituted
Allene Hydrocarbons
The investigation results thus indicate that the hydrogenation of bi-
substituted allenes takes place selectively, and is similar to the
hydrogenation of acetylenes having he-acetylene group in the end posi-
tion. In the case of alkeny allenes, the direction of hydrogenation
depends to a certain extent on the hy1rocarbon structure. There are
4 figures,.2 tables, and 9 Soviet references.
ASSOCIATION: Leningradskiy tekhnologicheskiy institut im. Lensoveta
(Leningrad Technological Ins'titute imeni Lensovet)
OUBMITTED'. October-259,1959
Card 3/3

10 1 1'-116 1/0 OV0105100 1/C~6
15-1202. A 0 5' 1 /A 129
AUITORS: Klobanzkiy, A. L., Tsukernan, N. Ya., Yartcov, V. N., Labutin, A. L.,
1'ron!"o, Yu. V., Mallehina, L. P., BoroviRova, N. A., Karolina, G. G.,
Rozhkov, Mi. P.
T=- A now typo of chloroprene rubber. lAquid mirite
(This work was awarded the second prize at the VXhO im. D. 1. Nandele-
yev competitions in 1959)
PERIODICAL; Kauchiik I rezina, no. 5, 1961, 1 5
=~: '' ' The high chenlcal~st tability, the gaaollne--~Dtroleu= rtability and
ozorm-rcsistanco of chloroprcno rubber makcz It a ruitai)la ru.tcrial for aTiti-corro-
sion coatin_- and hernotic scaling. Ho-...cvor, the difflcult:, of proaucir_- hi:~hly-
concentrated solutions based on cmmorcial nairito lim-;ed
-the rippli"tici o" the
latter in anti-corrosion teelmique. It has boon assm-i.-d th,it the uf;:; of low-mole-
cular polymers for this purpose would.onablo one to obtain lo,;:-visco~,n, hil!:11illy-con-
centratod solutions satisfying the anti-corrossion tcchniqu-~s. Ono Of the mzrhhods
for producing low-imolecular polymers io the use of tho polyocrizatior. of incrcaocd
concentrations of regulator-oompounds able to break tho ohaina and to form now ac-
Ca_rd==rX-

26938 'V13,'16110GO1GC510011006
A new type of chloroprene rubbor3 liquid nairite A051/A129
tivo centers. Sulfurous comoound3, such as marcaptanc, thioacida,
dc:;, are widely used as regulators. 1,Pion ztudyins tho action of n-tct-z._1ccyL-.sr-
cap' are, diiz;op-opylxrnthogenc-disulfide and bisethyly-aritho~;cicdlzulfida durinS the
process of polymerization of chloraprone, It wc~3 establlsh'W that with ui increase
in t%a concentration of the rcu-ulatcr the molecular v:ciC:ht of th.- polyror dropa
eo-,rc:;pcndin,31y and the plasticity of tlia rubber incroL.=. It %=~ arm_,:~~d that laa
use of greater quantities of bisethyl-m:-ithoonnodinulfide in the pol~7,.~_rization of
chloropre-zo in c-:-alsion docreazo3 the molecular weiE~qt of the pol--z- _--.i yields
low-vircosity solutions of rubber. An att-emptu was made to prc,,1.,ace
polychlloroprcno by polymerization of chloroprone in the pr*5znca of "1-,-r eith
subacquont. destruction of the polymer. It was sho*.%n that tho action of sulfur dif-
fers frcim ttat of otharr,,:platora. The effect of sulfur on the po!Tm~rra of chloro-
prene is shown by the scheme: -(C11 2-CCl-CE-CH 2),-S,-(CH2-CCI'r'!'-CI'2),,,,-S,I where
x-2-6. The sulfur forms linear bonds In.thepolymer chain. With an.inc;;Casc in
the boand aullfur content in the polymer the molecular weight. of the polym2r decrea-
ses In the subrequerr' . interaction rilth thiuram from 600,000 'to 2dO,COO vith 0.3;' . of
bouzr. sul-rar and from 300,000 to 43,000 with 1% of bound sulfur. he quantity Of
reacted thluram lnorease3 re3pectively. The dostructIon sch.,,rn ia rivon as follolat
1) The formation of free radicals under the effect of the thermal action or thlurcm:
Card 216

26938 SIPM611000100510011006
A now type of chloroprene rubber: liquid nairito A051/1,129
- _-C .1
_(C",1_CC' H-CP2)n-S-S-S-S-(CH2-cclc'i-CH2),-S-S-S-S- ___"_(C"2_CC1~C1' -CH2)n-'r';
2) Recombination of the polymor radical with molecular thiumn and Splittin'- 7
off of the latter along the -S-S-bond:
_(GH2-CCl.CH-CH2),-S' + (C2H5)2~-C_S_S_C_44 (C 2H5) 2 __i~
3
--;,-(CH2-cci-CH-CH2)n-S-S-C-"(C2~5)2 + (C211'5)1!'-C-S_
Risod on the outlined assumptions of the mechanism of th~ sulf'ur action duri-Z '.he
proceas of chloroprene polymerization and destruction of tho undcr the ef-
fect of the chemical masticating substances, the conditionn for pro_,'ucin-_ low-mol
cular chloroprene rubber-"liquid" nairite wore developed. Tho liquid ty,,),,s of X_
rite can be obtained on a.typical apparatus. The sulfur can b., int rcducrd in the
form of solutions in mineral oils as well as aqueous disparzions obtained in the
presence of omuloifiers and protective colloids. It waz sho~,-.l by V. N. Kazt-nev,
M. A. Gutman, 0. 0. Karelina, F. Ye. Bar-Lam, Ye. G..Valln6vshaya, 1.1. B. Shur at
VNIISK, no. 2389, 1951, that for mastication the most effective system is m0rcapto-
Card 316

. 63 S1113?16110001005,~!
'6~8 /006
A new typo of chloroprono rubbort liquid nairito AC31/AI2%)
bcn=otI-dazol (captax)-diphony1guanidino (DPhg). To incrcazo the activity of those
to-*.rn:7-,o'.h-ilthiurr-ridi.~mlfido uas vddcd_,(thiuram D) or
sulfids (thiurcm F). Literature data iriicate-that active r ::ticatir.:: z~:c:ats of
polych2oroprcno are tho piparidino salt of acid or
-~:no order of intro-'luction of thu ,~Scato
plays an important role. The effect of type and co%iparltlon oZ th,~ oz=bon
black on the solubility oftho rubbor mix-turou from "liquid" nairito v:,:-, i-.,vcz:tl-
gatcd. Only the thar=.al carbon blach helps to -_-,tain c_-..iplc',;c, oolubilit,. larllor
ir4ices of ralmtivo olon:;ation wh.-n fillirK; with 100 W.T'. ==1 arvor are
rin t a b-
.1th thervall carbon black. The co--position and tochnolcrr for p-,~na Z; :h ra
bar mix-Lurez based on the "liquidu n-nirito with therzar-1 c-cr'bon blacl- ass filler
yielded hig~ily-conccntratod solutions (70 - 75%).. 7hnzo solutionz are Guitablo
for scalinS various equipment by the same met thods which are usod in the c-"-o of
dya and varnish coatings. Tests of coatinZo made of 11cruid nairito in =parimantal
and natural. samplos in various industrial fiold3 showed tha Wcpodicno-i of using
this produot an a material for protcotin& the motal from corrosion, orozion, oavi-
tation, and :lso as a material for ha=otio so&linS. There ar) 4 tables and 21 ref-
erences; 2 Sovlet-bloo, 19 non-Soviet-bloo. Irne references to the 4 most recent
Card 4/6

26938 S/38/61/Ooo/co;-/ooiAo6
A now type of chloropreno rubber; liquid nairite AOWA129
.-I
R7glish-language publications read as follows3 Corroz. Tcc'401., 5, no. 4, 107
(1958)j R. B. Seymour a. oth., Plastics for Corrosion Rc:At~t:mt Application, :.Y.,
1935,.90; Rubb. a. Plast. Aura, 39, no. 8, 684 (1958); Corros. Tcc',mol., 3. no. 3,
89 (1956).
ASSOCIATTIM. Vaeroyuznyy nauchno-issledovatel's%iy Institut s:Ln'.o-.ichczI-,oso kauchu-
ka im. S. V. Lebedova (AIL-Union Soientific Rcom-ch Institute of Syn-
thotio Rubber.im. S. V. Lebedev).
cam 516

2751;-4
S/138/61/COO/C~~5&02/GO6
r. 310% A05VA129
AUMORS s Labatin, A. L., Klob=nkiy, A. L., Tzukormxn, 11. Ya., Kartrov, V. N-
Trcn1,..--i, Yu. V., 1!allclAna, L. P.", DoroviLova, 11. A.. Kmolirz, 0. G.,
OV7 ~Z. P.
T -LIM. I "Liquid naltito" - a ncii matorial for rubberizinS
PE110DICAL: Kauchuk i rezina, no. 6, 19-51, 5 - 8
=U: The nuthors; state that in.the chc:Abal destruction of "liqpidl' nri-
rite, MC;hAy concentrated rolutiona can bo produccd rhich are applicable a3 a ra-
in- of 2 vol:-'ht
torial for rubborizing. In tho LCM a safer blm,'Ily solvent, conairt4
pcxta of at',,Vlacetato and.. I w.p. of gansolino is uzod in nairite rdhcai~ca i .
mcnts chowcd,_houavar, that this solvcLt. in "liquid" nairito is not maltablo for
many technical reasons. Batter rc.-ultz vcre.obtaincd in uoi" a uolvcnt
consistinS of 76% solvont, 19,, turpcntino~ e~zd %, n-1-atanol. Tho latter cc----=.int
does not dissolve the nairito, but facilitates the u!;o of '.he bruah for pailntLrz
and good coating distribution. It v-as noted the. film vulecnization. from liqUid
nairito at 200C does not show positive reaults. Thus various forms of th,:,-;al vul-
investigated: vulcanization with heated air, live vapor, hot.
canization
I
were
Card 116

275U
S/1 38/6 11=1OC61C-0?-1OC6
"Liquid nairite" - a now material for rubberizing A051/A129
and infra-red Irradiation. It was oatablishcd that the most suitable rmthod vas
vulcanization by hot air,. Tbo physico-mochanIcal Indices of nalrito coat:U17a vul-
cmizcd in air at various temperatures are given In FIB. 1. Fig. 2 cho.,a the ro-
latior--hip bet%rcen tho temperature and duration of the vulcanization. Tho most
suitable temperatures of vulcanization in rlr are within t1ho rm_-o of 1()o - 14',RC.
It ran noted that the liquid nairito coatin~,3 did not POS300S the propor adhcsion
to ractal. Thua certain other adhozives or coatir-~s cnuurln~s better c4dicsion be-
t,,:ec-i motal and coatirZ vore sought. Tho best reaults were obtained with the fol-
lo-AnZ three materials. standard leuconate (orZ;-,nic bare% n, n', ri" - triinocy~-nmte-
trip*ie.Vlmcthanc), chloronalrito adhesive (orzanic ba-set chloronairite and rairllto)
mid a prinor, tentatively called opo:dde prLmor, (orgade base: oporUde resin, chlo--
ronairito and nairita). The chordcal stability-ArA anti-corrosion proporlf;lcs of
the vulcanized nairite coatings -care studied. The conclusion was drawn tl=t 1.2-=
nairita coatinas in combination with a..wa-tor-resistant coating applied three times
can reliably protect mota1z; 1rom corro-i-ion auo to aqueous Bolutionz of many acidas
alkali and ralts. The coatings were not resistant to the action of oxidizin,, a-
gents, aromatic ".halldc-d rolvents. Rubber oontings differ from varnish ard.
plastic coatings by an increased resistance to abrasive wear. An attempt vas made
Card 2/6
ir

275hh
S/ 'VA; 1/00WO6,5/dOZ/006
"Liquid nairite" a now material for rubborizing 4051/AI29
to doterrino the rosistancc~of nairite coatin,,G under conditions of Ory friction
usins the Groncelli-typo machine. it 13 concludod that coatin,-3 of no-callcd
cry&talllzing liquid nairlto obtained In low-tcmporaturo polymorIzation are supo-
rior to other rubbers in their wear-rezintanco, excelyting vulcollano, w*,Ach has a
uniquo resistance to abrasive wear. It was established that coatin,~o of liquid oil
nairite are superior to coatings of bakelite, polyethylene and caprona, when tested
In rapidly flowing sea water. Tonto have further nho-,m that liquid nairito as a
material for coatings wlll become widely used in industry in the next fcw years.
At present tests are being conducted in the North Sea exd the Atlantic Occan on
propellers of fishing trawlers coated with liquid nairite for protection from cor-
rosion, erosion and cavitation. Mechanical plants are testing steel covors of re-
frigerators and condonsators coated with nairite. These were proviou:31Y m=,1fac-
tured from non-ferrous metals. Certain chemical.plants have installed diaphlra,-s
valves, the interior of which In covered with liquid nairite to prevent corrosion
from acid solutions, alkali and salts. The possibility of using nairito coatings
In various Instruments aa a moans for preventing spark formation in porou3sloin
has also been revealed. Finally, It wan established that those oo&tin_,a can be
used in certain constructions for hermetic sealing, At the Moscow TETs NO 12 a
vacuum-oondensator of a mans-produced 50 thousand kw steam turbine withstood a
Card A

"Liquid nairitell - 'a now material for rubborizing A 05 J/A, 29
testing period of onb and a half' years with'tho brazs piper, and steel pipo boards
coated with liquid nairite. K. S. Shmuroy, 0. P. Abolina, A. I. Konztantincva and
G. A. Selivanovskaya took part in 'Lie work. There are 2 tablea iuld 2 satzi o,^
graphs.
ASSOCIATICK: Vaesoyuznyy naucbno-loslodovatellakdy Imtitut sintutichosko.~o kau-la-
chuka Im. S. V. Lebedova (All-U-nion Scientific Research Institute of
Synthetic Ymb)3,er Im. S. V. Lebcdov)
Fig. 2. Dependence of the vulcanization.
duration of the coatings made of liquid
nairite on the temperature P.120
5.5-6 dftyz
go - - - - - - - - - - -
40-
0
to ZO JO
aura.ion o glc~RIE~ITU"8.,
hra
Card 4/6

BOROVIKOVA, N- H-
Sugar-frosted corn flakes. a new product. Kons.i ov.prom. 15 no.11:19-
2o N 16o. (MIRA 13: 3-0)
1. Moskervakiy ordens Lenim pishchavoy kombinat imeni MikOyanEL&
(Corn products)

BOROVIKOVA. N.N.; MrAGKDVA, R.ra.
Production technology of canned OLIver puree w1th r1ce**
Kons.i ov.prom. 18 no.5t23 W 163. (MIRA 16W
1. Moskovskiy ordena Lenina. pishchevoy kombinat.
(Canning and preserving)

InTOVICH, V.L.. BUNDELI, A.A., FRASHERI. M.P.,,_30ROVIKOVA, N.V.
Competitive inhibition of transamination in plnnts by hydroxylaminve
Zhur.ob. biol. 19 n0-5:414-416 S-0 158 (MIRA 11:10)
1. Institut biokhimii imeni A.H. Bakha AN SSSR.
(PLANTS, EMCT OF HYDROXYIAMIn CK )
(GLUTMIIC ACID)
(SERM)

17(3)
0THORSs Kretovich, V. L., Bundel', A. A., SOV/20-122-6-30/49
Frasheri, M. R., Borovikova, N. V.
TITLE: On the Participation of Hydroxylamine in the Synther,.~z of
Amino Acids in Plants (Ob uohastii gidroksilamina v ainteze
aminokislot-v rasteniyakh)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 122, Nr 6, pp 1065 -
1067 (USSR)
ABSTRACTz Already in 1884 (Ref 2) and in 1937 (Ref 1), respectively,
the opinion was expressed that plants during the assimilation
of nitrates form hydroxylamine which in consequence of a
later reaction with carbonyl compounds forms oximes. Accord-
ing to this hypothesis oximes are changed by reduction into
corresponding amino acids. Thus hydroxylamine together with
ammonia, which in theoretical constructions is used as an.
inorganic initial compound in the synthesis of amino acids,
have become important substances. In spite of previous
papers dealing with the subject (Refs 3 - 7) the actual
participation of hydroxylamine in the synthesis of amino
acid by plants has never been demonstrated by experiment.
Card 1/3 It was even ascertained that hydroxylamine as an intense

On the Participation of Hydroxylamine in the SOV120-122-6-301,19
Synthesis of Amino Acids in Plants
intercellular toxin (kletochnyy yed) delays several processes,
especially the reaction of the fermentative transamination
(Ref 8). It is quite obvious that the problem of the partici-
pation of hydroxylamine investigated has to be discussed
mainly with respect to the concentrations applied. The
present paper aimed at investigating the participation of'
hydroxylamine in the synthesis of amino acid in the pulp and
extracts of plant tissues. Small leaves of 10 - 12 days old
wheat-seedlings and of 20 - 24 days old pumpkin-seedlings;
were used for this purpose. Table 1 shows the results of'
the experiments for the explanation of the influence exeicised
by hydroxylamine upon the synthesis of serine and glutaminic
acid in the pumpkin-Beedlings. It can be seen from table 1
that in the pulp of small leaves in the presence of hydroxyl-
amine an intense synthesis of the serine and a distinctly
marked synthesis of the glutaminic acid take place. In the
pulp of wheat-seedlings the synthesis of both amino acids in
question could be ascertained. However, the increase in the
content of these acids in wheat and in pumpkin was different.
Card 2/3 It is difficult to explain the cause of this difference.

on the Participation of Hydroxylamine in the SOV/20-122-6-30/49
Synthesis of Amino Acids in Plants
Finally, assumptions on the mechanism of the syntheses
discussed are expressed. There are I table and 14 references,
4 of which are Soviet.'
ASSOCIATIONs Institut biokhimii im. A. N. Bakha Ak4demii nauk SSSR
(Institute of Biobhemistj~y imeni A. N. Bakh of the Acadeny of
Sciences, USSR)
PRESENTED: July 1, 1958, by A. I. Oparin, Academician
SUBMITTEDt June 30, 1958
Card 3/3

XRMVICK, Y.L.; BUMAL1, A.A.; IRASHERI. M.R.; BOROVIKOVA, N.Y.
Bffect of lWdroxylamine on the growth of wheat. Fiziol.rast.
7 no-3:261-2-68 16o. (KIRA 13: 6)
1. A.N. Bakh Institute of Biochemistry, U.S.S.R., AcadsmW of
Sciences. Moscow.
(Plants, Iffect of bydroxylamine on)

BUNDELI, A.A.; KRETOVICH, V.L.; BOROVIKOVA, N.V. -
Incorporation of N15-hydroxylamine into the proteins of
wbeat sprouts. Fiziol. rast. 1-1 no.l.*31-37 Js.4 164.
(MIRA 17:2)
1, Institut biokhimii imeni Bakha AN SSSR, Moskva.

visceml conne!~WW Vasyntothk1o. A. V. DwWt
~tjwl~v;sj . N. ExWeva std 0. A. GMP-1
S! $.A.
tritis in cats lovmrs the reducing and
mucous metabTanes of the Mt I=
-1) tion of tnethyleme blue wmi =.hm",%, .1 MOWRIMM,
"-'; IM O-=P also declines as do fm " bound.
vitasnin 11~ and add. In xamW, animals mrbD-'
'i choline enhamm the aooAdWvz link in cell rupiratim of.
lining. wbik admaline or sympstol has no tffect.
inner vation With atropine reprt""
ctliola respiration Onaloly the aerobic part). while syMp4-
tolltin, which the sympathetic inwratim,
Increase in the aerobic respiration. lioth of these
rtpmn cm amMy the blochtm. shifts listed abnwn'
expd=th. Group B vitamins gready increase tbeAA.-
and ty of gotric juke, w?d ratore the ox"oa-fedft,
y ,
tion vattlow PI saw lining. 0. M. xWookpqj-

Ols:'YO
- 4 L V.V. p L Z)
BCROVIKuVA, D.N.f I.A. p RUPAKOVI
"Effect of Bone Ilarrow lieterotrasnplants ,,)f Biocl-Urrical
Processes in 1.!.1,emopoletic Organs in Acute Pa,,liation
Sickness."
Rc.-,)or'u ,)re--;--nted at 'lie 5th Intll. Bloch---list.ry Congress,
'I'loscollp !.,,_,,-16 Aug 196-1.

A.00ESSION NR: AP4025117 8/0020/64/155/003/0683/0684
AUTHORS: Ivanovq O.N.; Vladimirov, T.G.; Dolgo-sa
burov,, V.B.; Sharobayko, Vol.
TITLE: On the mechanism of reduction of the DNA level in body tietsues
exposed to Ionizing radiation
SOURCE: AN SSR. Doklady*, V-155, n0-39 1964, 683-684
TOPIC TAGS: nucleus DNA, DNA tissue levelt X ray -Irradiation; lyalpho-'
cyte, spleen lymphocyte, DNA destruction, acridine orange stain, u2tra
violet green fluorescence, ultra violet red fluorescence-
ABSTRACT: Earlier determination of DNA reduction In the cell nuclei
of mammal tissues (ultra violet cytospectrometry) gave only an avorage
DNA content In the cell, without taking account of its functional
state. The authors contend that the observed reduction is due to the
lower DNA content In calls which are dying or have died following .
irradiation. They studied difference In functional condition, as re-
lated to DNA contents In spleen'lymphocytes of 19 white rate one (lay
.before and after whole body X-ray Irradiation with a 300 roentgen does,
!Card 1/2

'ACCESSION NR: AP402511T
,The ultra violet and other equipment are described. Staining with ac-
ridine-orange afforded cell differentiation according to-lit4q function-
,al state, without impairing the reliability 9f quantitative PXA detter-
mination. Uninjured cells retained green fluorescence while that of
the Injured cells was red. The ultra violet technique of-s'eparate DNk
.determination in these cells Is described. Nucleic acids were not
,isolated, since the small RNA content could be neglected In this case..
.DNA nucleus concentration In the cells with green fluorescence was al-
most the same for Irradiated and non-irradiated lymphocytes (6.49 .
.10-12 and 6.23 - 10-12g reep. while that of cells with red fluoros-
was considerably lower 11.81 .'10-12g). Tbis points towards
!death with depolymerization and decomposition of the latter's.DNA.
~Orig. art. has I table.
'ASSOOIATION:, Bo6nno-kiediteluskaya akademiya im. S.M. Kirova (Military:
Medical Academy)
,SUBMITTED.* 11 SeyS3 DATR ACQ: 17Apr6k RNGL: 00
SUB CODE: ON, is U RV 1*VS 007 r- OTM: 002
Cord .2/;

IVANOV, I.I.; DQRQL4QyA,.,_R,,,R,.;,.VIADIMIROV, V.G.; DOLGO SABUPOV, V.B.
SHAROBAYKO, V.I.
Mechanism of DNA level reduction in issues after the exposure
of the organism to ionizing radiation. Dokl. AN SSSR 155 no. 3:
683-684 Mr 164. (MIRA 17:5)
1. Voyenno-meditsinskaya akademiya im. S.M.Kirova. Predstavleno,
akademikom A.N.Belozerskim.

PLYUGACHEV, Vitaliy Kuzlmich, kand. tekhn. nauk; SAZONOV, N.A.,
akademik., red.; ZADVIKOVA, R., red.; DlK, V., tekhn.
red.
[Principles of an efficient power supply system for agricul-
ture] Osnovy ratsion&llnogo elektrosnabzheniia sel'skogo kho-
ziaistva. Pod red, N.A.Sazonova. Minsk, Sellkhozgiz BSSR,
1962. 239 P. (MI RA 16:6)
1. Akademiya nauk Belorusskoy SSR (for Sazonov).
(Rural electrification)

SAGALICHIK, beniamin IVordukhovich; DOROVINVA, ;4., r&d.
[Performance of the bucket of a backshoe on pent soils]
Rabota kovsba. obratnoi lopaty na. torfianom gruni.e.
Minsl'. Gos.izd-vo sellkhoz. lit-ry BSSR, 1963. 37 p.
(14]T-,A 17-.7)

YATSEPURO, M.Ye. prof.; KATSYGIN, V.V., kand. tekhr. nauk;
MAKAROVA, P.A., kand. tekhr. nauk; NDVICHIKHIN, V.A.,
kand.tekhn. nauk; YANUSHKEVICH, B.N., kand. tekhn.
nauk; BOROVIKOVA, R., red.; REZNIK, T.J. red.;
TIMOSHCHUK, R., tekhn. red.
[Problems of the technology of mechanized farm produc-
tion] Voprosy tekhnologii mekhanizirovannogo sel'sko-
khoziaistvennogo proizvodstva. Minsk, Gos.izd--%,o sell-
khoz.lit-ry BSSR. Pt.l. 1963. 262 p. (MIRA 17:1)
1. TSentrallivy nauchno-issledovatellskiy institut me-
khanizatsii i elektrifikatsii sel'skogo khozyaystva ne-
chernozemnoy zony SSSR. 2. TSentral'MT nauchno-
issledovatellskiy institut mekhanizatsii i elektrifika-
tsii sellskogo khozyaystva nechernozemnoy zorW SSSR
(for Matsepuro, Katsygin, Makarova, Novichikhin,
Yanushkevich).

LIR11MICII, Ivan StepEmovidi; BOROVIROXIA R red a
kole of the lining of solls in the imprmemerit of their
fertility] Holl izvestkovaniiL cocliv v povyshenii ikh
plodoroiiia. Ednsk,, Izd-vo "IJrozbai,!' 1964. /,1 p.
(MIRA 17:7)

LAMN, V.D., red. -, BOROVIKOVA, R.P., red.
(Papers from a session of the Division of Tiligge. land
Improvement, and Crop Culture of the White Russian Academy of
Agriculture, devoted to the 40th anniversary of the Great
October Socialist Bevolution (Mogilev, 1957)] Sbornik trudov
sesaii Otdoleniia, zenlodelits, maliorstaii i rastanievodstva
Akedemii sallskokhozisistvennykh nauk BSSR, poeviashchannoi
40-letiiu Velikoi Oktiabriskol sotsialisticheskoi. revolilxtsii.
g-Nogilev-, 1957 g. Minsk, Rodaktsionno-isdateltakii otdel ASW
BSSR. 1958. 231 p. .(Hia 13:8)
1. Gorki. (Nogilevskaya oblast') Belorueskaya akedemiya
sel'skogo khotyaystva.
(White Rusaia-Agriculturs)

BABAYEV. B.G.;. BOROVIKOVA, R.P., red.; ZUYXOVA, V.I., tekhred.
(Study of the operating indices of machinery unite in the
processing of peat-bog virgin soils] Iseledovanie akeplus-
-tatsionnykh pokazatelei agregatov pri obrabotke tselirLnykh
torfiano-bolotnykh pochv. Minsk, Izd-vo Akad.sellkhoz.nauk
BBSR, 1959. 24 p. (MIRA 14:2)
(Nat bogs) (Peat machinery)

RUNTSO. AnBtoliy Andreyevich; XATMIN, V.V., kand.tekhn.nauk, nauchayy
red.; BCROVIXOTA, ROP,q red.; 3UTKOVA. V.1., tekha.red.
[Investigating and establishing the principal parameters of
general purpose plows] Issledovanie i oboanovenie oanovnykh
paremetrov plugov obshcbego W=Schaniia. Minsk. Izd-vo A31a
B=* 1959. 50 P. (MA 14a)
(Plows)

BOROVIKOVI, R.P. [translator]; DUBROVSKIT. G.B.Ltranslatorl; OKHOTIN. A.S.
[translator]; PRDTASH, NA. (translator]; MASLAKOVETS, Yu.P.. prof.,
doktor fiz.-mat.nauk, red.; SUBASHIYEV, V,K., kand.fiz.-mat.nauk,
red.; VISKOVA, N.V., red.; WIRNOVA. N.I., tekhn.red.
(Semiconductor transformer@ of radiant energy) Poluprovodnikovye
proobrasovatell energii izluchenii; abornik statei. Moskva,
Izd-yo inostr.lit-ry, 1959. 407 p. (MIRA 12:4)
(Semiconductors) (Photoelectricity) I

S/170/60/003/008/005/01'1
B019/BO54
AUTHORS:
TITLE:
Baum, V. A., Borovikova, R. P., Okhotin, A. S,
An Investigation of the Work of Photoelectric Cells With
Intense Light Fluxes
PERIODICAL: Inzhenerno-fizicheakiy zhurnal, 1960, Vol. 3, No. 8,
pp. 47-52
TEXTe The authors report on an investigation of the work of silicon
photoelectric cells with intense light fluxes. It is pointed out that
the efficiency of photoelectric cells with intense light fluxes is
considerably reduced by the temperature increase. It is known that this
disadvantage can be avoided by cooling. Cheap silicon cells were used
in the experiments described here. At the beginningg the authors discuss
the modern theory of photoelectric cells, and deal particularly with the
voltampere characteristics. Fig. 1 shows the experimentally determined
voltampere characteristics of a photoelectric cell in light irradiation
with a power of from 0.013 to 0.097 watt/CM2. Fig. 2 shows the dependence
of the output power of p-type silicon semiconductors on irradiation. It
Card 1/3 T\

An Investigation of the Work of Photoelectric S/170/60/003/008/005/014
Cells With Intense Light Fluxes B019/BO54
was shown that the power only increased ly, to about 0-5 watt/cM2 with
increasing irradiation, which is explained by the heating of the photo-
electric cell. It was attempted to raise this upper limit of capacity by
cooling the photoelectric cell by means of an experimental arrangement
which allowed an irradiation of the cell up to 15 watt/OM2
The diagram
(Fig- 3) shows that the current of the photoelectric cell considerably
increases with increasing irradiation, particularly with low load
resistances. Pig. 4 shows the photocurrent as a function of irradiation
and of load resistances; the good agreement with the results of an
equation suggested by V. K. Subashiyev (Ref. 2) is pointed out here.
Finally, the authors discuss the deviations of the optimum voltages of
the photoelectric cell and of the optimum amperage from the theoretical
values. The diagram (Fig. 5) representing the capacity increase of
high- and low-resistance photoelectric cells as a function of increase
in irradiation shows that the in6rease in output power of high-resistance
cells is not particularly high whereas this increase in power is con-
siderable in the case of low-resistance cells. There are 5 figures and
3 references: 2 Soviet and 1 VS.
Card 2/3

An Investigation of the Work of Photoelectric S/17o/6o/003/008/005/014
Celle With Intense Light Fluxes B019/BO54 /I
V/r
ASSOCIATION:
Energeticheskiy institut im. G. M. Krzhizhanovskogo,
g. Moskva (Institute of Power Engineering imeni
G.-M. Krzhizhanovskiy, Moscow
SUBMITTED:
March 10, 1960
Card 3/3

PACHOROT, A.F., k9nd.sel'skokhos-neuk, glaynyy red.; ASKOCH9=IT,
N.A,, red.; SMOT, 10A.9 aicodemik, red.; SrOROPANOT& S.G.,
red.; RUSINOV, F.I., red.; EMOVIKOVA, R.P., red.;.SDSINOVICH,
A,I,g takhred.
[Drainage of bog and swampy soils of the non-Chernozem zone of
the Buropean U.S.S.R.; materials of the joint session, Zaly B-11.
19581 Oaushenie bolotnykh i sabolochennykh pochv nechernosemnoi
zony Zvropsiakoi chasti SM; materialy ob%dinannoi sesaii
8-11 ftulis 1958 g. Kinsk, Izd-vo AMhN BSBRO 1960. 364 pe
(KIRA 14:4)
1. Vaesoyusnays skademiya sallskokhozyaystvennykh nauk imeni
V.-I.Lenina. 2. Tessoyt2snays akademiva sellskokhozyaystvannykh
nauk imeni V.I.Lenline (for Sharov).
(Drainage)

MATSEPURO, M.Ye., prof., akademik2 red.; YANUSHKEVICH, B.N,, kand.
tekhn. nauk, red.; _Pq#OIaXQVAt-JLF, 2 red.; YUNILOV, V.M.,
tekhn.-red.
[Problems of agricultural mechanics] Voprosy zemeledelleheakoi
raekhani i. Pod red. M.E.Matsepuro i B.N.IAnushkevicha. Minsk,
Gos. izd-vo seltkhoz. lit-i7 B&SR. Vol.7. 19Q. 291 p.
(MIRA 15;1)
1. Akademlya sel'skahaspadarchykh navuk BSSR. Navukova-
dasledcby instytut mokhanizatoyi i elektryfikatsyi sel'skai haq-
padarki. 2. Akademiya nauk BSM (for Matsopuro
(Agriculture) (Mechanics)

S/058/62/000/008/130/134
0 A16c)/Alol
AUTHOR: Borovikova, R. P.
TITLE: An investigation of silicon photocells at large concentrations of
solar power
PERIODICAL: Referativnyy zhurnal, Fizika, no. 8, 1962,44, abstract 8-3-87a
(In collection: "Teploenergetika". No. 3, Moscow, AN SSSR, 1961,
152 - 156)
TEXT: The limiting operational conditions of silicon photocells operating
with solar-power concentrators were determined. Formerly it was established thet.
the output power of the silicon photocells increased 20 - 30 times, and that of
single samples 70 times, when the incident luminous flux grew. 100 - 150 times.
When investigating the relation betwee 'n the output power of the photocells wfth-.
out compulsory cooling - and the illuminance, it was determined that, at the be-
g-inning their output power increased up to a maximum value at q - 0.3 - 0.5
watt/c and then decreased due to a heating of tho photocells to 500C and more,
To eliminite the heating, the photocells were placed in a heat-exchanger and
Card 1/2

8/058/62/000/008/130/134.
An investigation of silicon photocells at... A16o/Aloi
cooled by running water. According to the curve of the relation between the out-
put power of the photoelements (cooled by running water) and the illuminance,'the
output power first quickly increased at an illuminance up to 4 - 5 watt/cm2, and
then.the growth of the power ceased at a further increase of the illuminance.In
some cases, the power decre sed. An installation from water-cooled photobatte-
ries with an area of 110 cm , provided with a mirror (diameter - 1'.4 m) to be
used as a solar-energy concentrator, was built; The output power of the photo-
battery-was 0.42 watts at a normal-illumination of 780 watt/~2. The temperature
field in the focal plane of the mirror was measured with the help of a thermo-
couple. The volt-ampere characteristics of the photobattery at'two illuminancies
of 4.3 and 5.4 watt/cm~ are presented. There is 1 reference.
V. Shch.
[Abstracter's note:' Complete translation]
Card 2/2

33953
s/665/6i/000/003/017/018
E194/E420
AUTHOR, Borovikova, R.P,
TITLE: An investigation of silicon photo cells with high
concentration of solar energy
SOURCE-, Akademiya. nauk SSSR, Energeticheskiy institut,
Teploenergetika, no.3, 1961, Poluprovodnikovyye
preobrazovateli solnechnoy energii, 152-156
TEXTz' Previous work has shown that when the light flux incident
on eilicon photo elements is increased by a factor of 100 to 150
the increase in output power was only by a factor of 20 to 30~
The present work used the same method as that described in Ro--f,l
(Baum V.A., Borovikova, R.P., Okhotin A,,S,,, IFZh, v,.IIIl no,,3,
1960) using silicon photo cells with efficiency ranging from 3 to
10% both with and without water cooling, In the case of uncooled
ce7ls, the output power rises with the illumination 2to reach a VJ/
maximum value at an illumination of 0.3 to 0,5 Wlcm and then
diminishes, For most of the units the output power was doubled
when compared with the output at an illumination of 0,06 W/cm2,
The ~~t is probably small because the units get hot, Attempts
C a r d

33953
S/665/61/000/003/017/018
An investigation of silicon B194/E420
to make measurements with an incident flux of 2 W/1-m2 gave an
output of O~8 MW/CM2 and the cells were damaged by the heat,
Water cooling was then tried with illuminations up to 20- 25 W/-~ml'
For all the units tested there is a rapid increase in output up to
aM illumi-nation of 4 to 5 W/cm2 but beyond this saturation was
evident,, Only one cell gave a power increase by a factor of 19,
the remainder by only 5 to 8. A battery was then built with an
area of 110 %,.m2 cooled by flowing water and a reflector was used
to 11~oncentrate the solar energ The output power measured wi,~h
normal illumination of 780 W/ml was 0.42 W. The mirror was made
1,4 m diameter to give an average incident radiation of 500 to
6oo w, The volt-ampere characteristics were determined at two
sunlight levelst 570 and 719 W/M2 corresponding to 4.3 and
5,4 W'if~,m2 respectively, In both cases the output power was 4.5 W,
and so the battery was evidently saturated, The load used was a,
fan motor, There are 5 figures and 1 Soviet-blo,:- reference.
Card 2/2

CRUKHROV, M.V.; BOROVIKOVAt S.I.; SONOWU, A.I.
Physical methods of grain refinement in light alloys. ISS1.
splav. tsvet. met. no.4-.141-156 163o OURA 16:8)
(Aluminum anoys-44etallography)
(Magnesium alloys-Metallography)
(Electromagnetic fields)

L 18023-66 Lup(e)/EWT(m)/EWP(J)/T/LW(m)-6 WWIRMIWH
c Nks Apboo6989 SOURCE CODE: UR/0190/66/008/00d!/03(,310363
AUTHOR: Uskov, 1. A.; Pelisbenko, S. S.; 6 P.; Borovikova, S. M.
L1_0!~O~v
ORG: none
TITLE: Chemical grafting of polycaproamide to glass fiber
SOURCE: Vysokomolekulyarnyye soyedineniya, Y. 8, no. 2, 1966, 363
TOPIC TAGS: nylon, graft copolymer, glass reinforced plastic
ABSTRACT: A study has been made of the graft pqjXm2xi&a1i.Qn1of polycapplactam to
glass fiber. It is noted that glass fiber-rein forced pgjXcapro1actams4- which have
received -widespread application-, are usually prepared by introducing the fiber into
the polymer melt. Introduction of the fiber into the polymerizing system was of
great interest since a stronger fiber-binder interaction is thereby rendered IX)Ssible
Chopped alkali-free glass fiber, 11 ji in diameter, nonlubricated or finished vith
AGM or cbromDlan coupling agent, was used. The resultant reinforced plastic had
improved mechanical properties and lesser swelling in water and hence better service
properties. Extraction proved that a considerable portion of the polyceprolactam is
in fact grafted to the fiber.
[8M]
SUB COM 11, OV SUBM DATZ% 075ep65/ ATD PH1SS i
7
UDC: 541'.*64+678.673.
card Vub

L ~44581-66 EWT(MVEYIPOWT IMC) WW/RM
ACC NRI AP6015675 (A) SOURCE CODE: UR/0413/66/000/009/0077/00'7'7
MEWOR:
-]3orovJLkova,, S. N,; Lyakhovich, 1. S.; Llvov, B. S.,
Solov'yev, A. M.
ORO: , none
VITLE: Preparation.4f glass Iber-filled thermoplastic r2ains-~
Cla"s 39, No, 1812964[announced by the State Scientific Research,--
lInstitute of Plastich (Gosudaratvennyy nauchno-iseledovatelinkiy
linstitut plasticheskikh mano)]
SOURCE: Izobreteniya, promyshlennyye obraztey, tovarnyye zaaki, no. 9,
1966, 77
TOPIC TAGS: resin, thermoplastic resin, filler, glass fiber filler
ABSTRACT: This Author Certificate introduces a method for mpLking glass.
fiber-filled thermoplastic resins by introducing the filler;into the
resin melt prepared for'the melting equipment. To simplify the process,
the glana-fiber filler Is Introduced Into the corner head of the me3;tlnl
Card 1 0(2 uw: - 678-046-073-.666. 189. 211

L 44581-66
ACC NRs AP6015675
tank or extrusion press. The glass-fiber filler Is a bundle of ban-to
straight (not twisted) glass threads. [Translation] [LD1
SUB CODE: II/ sum DATE: i8Nov63/
2/2

BOROVIKOVA., T.N.., aesistent
Now devices for studying the mpeMnical properties of texti-le
materials. Tekst. prom. 23 no.6369-71 Je 163.
(NIRA 16.-7)
1. Kafedra avtomatiki Moskovskogo takstillnogo instituta (MTI,).
(Textile fabrics-Testing)

NOVOSELOV, P.; BOROVIKOVA, V.
Issuing credit and the financing of the capital investments of con-
sumers' cooperatives. Dan. i kred. 21 no.7t6l-68 J1 163.
(IU-RA 16:8)
(cooperative societies--Finance)
(Construction industry-Finance)

BOROVIKOVA, Ye.G.
Reactivity of steroismetric crotonic acids and their esters. Trudy
OTIPiKhP 9 no.2:107-111 159. (MIRA 13:9)
(Grotouic acid)

?UTSITYY, D.F.; SHUR, U.N.; HAMMKOV, A.M.; BOROVIXOVA, Ye.P.;
1ABINSKAYA, A.S. 61
Comparative effectiveness of suboutansous and intramuscular tetanus
anatoxin injections in vaccination against tetanus. Zhur.mikrobtol.
eptd. i immun. 28 no.4:3-10 Ap '57. (MIXA 10:10)
1. Is Institute nomllnoy t patologichaskoy fiziologii AMR SSSR
Krasnodarskoy krayevoy sanItarno-spidemiolo-Jahaskoy stantsil.
(T3TANUS. Drev. and control
vace., cosporimon of effectiveness of subcutaneous
and intramuscular inject.)

RATNERf A.'~., kand. takhn. nauk; MAZELI, R.Ye., kand. tekhn. nauk~ LWNO"A,
LOGGY kand. takhn. naik.1 BOROVIN, GA., inzh.
Demign strangth of 4,ol.nts welded by high-freqiusney currents,
Teploenargetika 12 no.3.1.%67-70 N 065. (MIRA lezIC)
1. Vseaoyuznyy teplotekhnicheskiy institut.

1 ACC NRt
AP60o589l SOURCE CODE: UR/0096/65/000/011/0067/0070
~AUTHOR: Ratner, A* Vo (Candidate of technical sciences); Mazell
'(Candidate of tecbniedl sciences); Leonova, L, G. (Candid of
sciences); Borovin, 2*.Ke, Engineerl,-*
R.*Ye'*-
chnFea
ORG: All-Union Heat Technology Institute (Vsesoyuznyy teplotekbnicbeski3
institutT-
T1TLE: Construction strength of igelded joints made with high frequency
currents
SOLRCE: Teploenergetika, no. 11, 1965, 67-70
TOPIC TAGS., welding technology, biEb frequency
A'S'RACT: Joints in t-ubes with a diameter of 25 X 3 rM, made of Steel
2~,I\ ere used for the tests. The welding was done with high frequency
currents as well as by the contact method. The high frequency welding
was done under the following conditions: generator voltage-430 volts;
power of generator-60 kilowatts; frequency-8 000 cycles. Shielding from
oxidation was done with a gas consisting of i5% acetylene and 85%, natura3
gas, fed at a rate of 1.5 liters/see through the 25 X 3 mm tubes. Dur-
ing the beating, there was a gap of I mm between t1he ends of the tubes,
1

L 23197-66
ACC NR- Ap6oo5891 L20
through which the gas flowed and covered the surfaces being welded.
Within a few seconds the gap closed and deposition began. The optimum
beating temperature depends on the oxidation sbielging medium anel,, at a
specific deposition pressure of from 4 to 6 kgf/mm , is from 1250 to
12800c .(that is, lower than the melting temperature of the steel). In
the tests for resistance to thermal shock, samples of the welded joints
were heated in an electric furnace and suddenly quenched in water, The
samples were subjected to ametallographic investigation after tests'at
78o, 1500, 5112, 100062- cycles. The vibration resistance of the
A studied in a special unit designed for simultane-
welded tube Joints s
ous evaluation of the effect on construction strength of cyclic iribra-
tions, internal pressure, and elevated temperatures. Test results are
exhibited graphically and in tabular form* The general conclusion of
the article is that welding with high frequency currents shows promise
in welding beating surface tubes made of low.carbon steel. Orig. arto
bas: 8 figures and 1 table, 116
SUB CODE: 112 13/ SUBM DATE: none,

BOROTIM, N.S. I
ftegressive team of railroad worbers. Avtou.. telem6.i sviaso 2
U9.700-31 J, 1580' (NM 11s6)
. . I
1, ftarshly Inshezor-Inspektor TSentral Inogo myrarlenlya sign&U-'
satell I voyasi (Ts3hU) Nimisteretva putey soobehaheniya*
(ALilroade--Xectric equIpmut-Vaintemance and repair)

BOROVIN? S., inzh.; PAVLOV, G.
Lightweight concrete wall pwnels for industrial buildings.
Stroitell 9_no.10il-4 0 163. (AURA 16:11)

BOROVINSKAYA, D.A.; GELIMONT, Z.Ya.
Upper frequencies quart2 filter using an overlapped T-network.
Elektrosviaz' 17 no.504-40 VT 163. (KIRA 16:4)
(Electric filters) (Radio filters)

DDROVINSKAYA, L.B._
Some physical characteristics of basic soil varieties of the
Caspian Terrace. Vest. Moske un, Ser, 6: Biol*j pochve 17 no~4:72--
79 JI-Ag 162. (MIRA 15:9)
1. Kafedra fiz;Ud i meliorateii pochv Moskovskogo universiteta.
(Caspian Sea region-Soils)

BOROVINSKAYA, L.B.
Effect of forest belts changes in some features of light-colored
Chestnut light loam soil. Vest. Mosk. un. Sor. 6: Biol., pochv.
18 no.4169-79 Jl-Ag 163. (KIRA 16:12)
1. Kafedra fiziki i melioratsii pochy.~oskavskogo universiteta.
4

BOROVINSKAYAj,_4j.-
Studying the seepage of the Volga-Don Canal by means of
changing the potentials of a natural electric field.
Poclivoveden-le no.5-.69-72 My 164. (MIRA 17-9)
1. MoskovBkiy gosudarstvennyy universitet.

ARKHIPOVA, L.I.; BARABANSHCHIKOV, V.V.; BAKHVALOVA, z.m.;
IBOROVINSYJAXA-M~A. GOLOVCHINER, I.Ye.; DZHAI-IGAROVA, P.G.;
_Y~Og324OV3, S.V.; WANOV, M.M.; KNYAZEVA, T.D.; KOBOZEVA,
N.V.; KOLEGOV, N.I.; LOPOTKO, I.A.; NEGUREY, A.F.;
POIYAKOVA, Z.P.; MIM, S.Z.; SVETLICHNYY, V.A.; STRAKUN,
I.M.' TYAGUN, V.N.; FREYDLIN, S.Ya., prof.
[Dispensary service for the urban population] Dispanseriza-
tsiia gorodskogo naseleniia. Leningrad, Fieditsina. 1964.
349 P. (MIRA 17:8)

BOROVIESKIT, A.111.
': ~- ,
Method of clo%ed separation of the lung in non-effective artificial
pneumothorax. Prob.tuberk., Moskva no.2:48-51 Kr-Ap '50. (GLML 19:3)
1. Of Novosibirsk Oblast Scientifio-Ressarch Tuberculosis Institute
(Director -- A.A.Latunova; Scientific Director -- Prof. S.Te.Rabino-
vich).

BOROVINSXIT. A.I.
Intrapleural photography* Frobl, tuberk., Kookya, no.4:70-72
July-Aug. 1950- (CUIL 20: 1)
1. Of Novosibirsk Oblast Scientific-Research Tuberculosis
Institute, Novosibirsk.

BOROTINSKIY, A. 1.
AxIllary approach in extrapleural pnewwnolyzis. Probl. tub.
ho.3;48-54. W-Je 154. (HLRA 7:11)
1. Is Novosibirskogo oblastnogo nauchno-looledoratellskogo
tuberkulesnogo Insituta (dlr. saslushenMy wrach RSFSR A.G.Aminina.
nanchmyy rukovoditell prof. B.I.Rabinovich)
(COLLAPSE THGtAPYq
pneumonolysts, extrapleural. mxiUary approach)

BaROVINSKIY, A.I.
Arm. holder for operations on the siae of the throax. Probl.tub.
no.3:70-71 MY-Je 155. (MLRA 81-8)
1. Iz Novosibirskogo oblastnogo nauchno-issledovatellskogo tubei-
kuleznogo institute, (dir'. zasluzhenn7y vrach RSPSR.A.G.Aminina).
(THOW, surgery.,
aide of thorax, arm holder)
(APPARLTUS AIED INSTRUMMS,
am holder fore urg. on side of thorax)

- -AMPTAW -m-- ~-
, Q44*4i4. -
Retractor for extrapleural pueumonolysis with an axillary approach.
Probletub. 34 no.6 supplament:26-27 N-D '56. (MLRA 10;2)
1. Iz Novosibirskogo oblastnogo nouchno-iosledovatellskogo tuberku-
leznogo institute (dir. - saaluthennyy vrach WSR A.G.Aminina)
(COLIAPSI THIRk". apparatus and instruments,
retractor for extraplaural arillary pneumonolysis (Rue))

BOROVINSM, A.I.
Prolonged extrapleural temponade with 'thvraCQPlR5'.; --'r. thc
treatment of patients with severe cavernous forms of pulmonary
tuberculosis. Probl.tub. no.8:53-56 *,61. (1-11M 15 5)
1. Iz NovosibirsRogo instituta tuberkuleza (dir. -- kand,T-.el.nn-t:&
R.K. Iazzinger, zam. dir. po nauchnoy chasti - prof. S.Ye.
Rabinovich).
(TUBERCULOSIS)