SCIENTIFIC ABSTRACT BORISOVA, A. I. - BORISOVA, G. L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206410012-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

DZRBEDENOVAV M.P.; KUROCHMV B.I.; GLUMOVAq Zj.; ZHIGULISIKAYAq I.F.;
VEVOR, P.Aq; BOLISOVA, A.I.; LYUBART, A.M.
Diagnostic value of the determination of blood serum aldolase activity
in Botkin's disease. Sov.med. 25 no.1:92-95 Ja 161. (MIM 14:3)
1. Iz Virasologicheakoy laboratorii Astrakhanskoy oblastnoy sanitarno-
epidemiologicheakoy ptantsii (glavnyy vrach I.I.Troitskiy)p kELfedry
mikrobiologii Astrakhanskogo meditsinakogo instituta, Bollnits7
ikeni Bekhtereva (glavpyy vrach V.I.Gembitskiy) i Gorodskoy saniWno-
epidemiolo i heskoy stantsii (glavnyy vrach G A Gull I
MOUSE) (.,ATITIS, I.EiIOU,rz Yants).

KONOVA, ILV.; BORISOVA, A.I.
Production of vitamin B by Act. olivaceus on a synthetic medium.
Mikrobiologiia 30 no.DF-34 Ja-F 1.61. - (MIRA 14:5)
(ACTINOMYCFZ) (GYANOCORALAMINE)

ZAYAS, Yu.F., starshiy nauchnyy sotrudnik; CHIRYATNIKOV, V.I., starshiy
nauchnyy sotrudnik; BUSHKOVA, L.A., mladshiy nauchnyjr sotrudnik;
BORISOVA A I starshiy tekhnik
I
Using the ultrasonic hydrodynamic system for the production of
dondi nt emulsions. Trudy VNIIMP no.14:82-84 162. (MIRA 16:8)
(Condiments) (Ultrasonic waves-Industrial applications)

KOCHKIN, D.A.; KDTRL%EV, V.N.-, KALINIKA, S.P.-, KUNNTSOU, G.I.; LAYIN,
L.V.; CHERVOVA. L.V.; BORISOVA, A.I.; BORISENKO, V.V.
Organotin monomers and polymers. Vysokon.Bood. 1 no.10:
1507-1513 0 '59. (MIR& 13:3)
1. Nauchho-issledavatel'skly institut plastichoskikh mass.
(Tin organic compoundg) (Polymers)

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10 2

26290
s/190/61/003/00e/003/019
1 1!;0 B110/B220
AUMORS: Shostakovskiy, M. F., Kotralev, V. N., Kalinina, S. P.,
Kuzneteova, G. I., Layne, L. V., Borisova, A. I.
TITLE: Organotin monomers and polymera.IV. Synthesis and conversion
of tin-containing eatere of acrylic and cinnamic aoids
PERIODICAL: Vysokomolekulyarnyye soyedineniyat v. 3, no. 8, 1961,
1128-1130
TEXT: The present paper deals with the synthesis of organotin derivatives
of cinnamic and acrylic acids. The synthesis was performed by a method
developed by the authors. The vaporous alkyl halide was reacted in a tube
furnace or au%oclave with an Sn-Mg alloy in the presence of various solvents
and catalysts. The alkyl-halide UP compounds formed were saponified with
lye to the corresponding hydroxy derivatives, and then the esters were ob-
tained by reaction with acrylic or cinnamio acid. I TrietVyl-stannyl
acrylate (a 2H 5)3SnOCOCH-CH 2* was obtained from a 50% aqueous solution of
acrylic acid at 5-100C by adding triethyl stannol. The white crystalline
Card 1/3

1P
S/19 1 003/008/003/019
Organotin monomers and polymers ... B!1O B220
precipitate (melting point 1020C) could be dissolved in organic solvents.
2) In the same way, tributyl-stannyl acrylate was obtained from hexabutyl
stannous oxide and acrylic acid. 3) The teiethyl-stannyl ester of cinnamic
acid was obtained from cinnamic acid and hexaethyl stannous oxide accord-
ing to the equation (C 2H5)6Sn2O + 2 C6H5' CHCOOH ?2 (C2H5)3 SnOCOCH-CH06H5
+ H 0. The organotin compounds obtained-polymerize easily, and form trans-
2
parent solid copolymers with styrene and methyl methaorylate. The thermo-
mechanical properties of some polymers and copolymers are shown in Fig. 2.
There are 2 figures and 3 Soviet references.
ASSOCIATION: N auohno-i sale dovatel skiy inBtitut plasticheekikh mass
(Scientific Research Instittits of plastics)
SUBMITTED: September 1, 1960
Card 2/3

SA1017-1/003/008/004/019
50 311O/B22O
AUMIORS, Shostakovskiy, M. F., Rotrelev, V. N., Kuznetsova, G. I.,
Kalininat S. P., ~j ~e, I,~.V., Borisova, A. 1.
TITLE: Studies on the synthesis and conversions of organotin
monomers and polymers. V. Study of the f6romation of
organotin polymers as a function of the polymerization con-
ditione, and come phyBicoohomioal properties of organotin
polymers
PERIODICAL: Vysokomolekulyarcyye soyedineniya, v. 3, no. 8, 1961,.
1131-li34
TEXT: The present study deals with the yield in polymers of triethyl-
stannyl metbacrylate and acrylato as a function of polymerization time,
temperature, initiation, and concentration. Benzoyl pfroxide, azoisobul:yrio
acid dinitrile, or triethyl-benzyl ammonium chloride served as initiators.
The results are shown in Fig. 1. The composition of the copolymer from
tri ethyl- 9 tannyl mathmarylate and methyl methaorylmte wae atudied for
initial molar ratios of the components of 1:1, 1:4, and 1.12, At an initial
Card V5

26291
5/190/61/003/008/004/019
Studies on the synthesis and ... B110/13220
ratio of 1:1, the components of the copolymer were approximately equal.
The composition was, however, 5:1 when the initial ratic had been 1:4, It
is cnnoluded that organotin compounds polymerize more slowly than methyl
methaorylate. Experimental results: 1.) The region of strong deformation of
organotin methaorylates is found at higher temperatures than that of the
corresponding acrylates. 2) The temperature of initial deformation de-
creases considerably with increasing size of the alkyl radicals. The
electrio-proporties of copolymers are listed in Table i. The oopolymi
triethyl-stannyl methaorylate with methyl methaorylate was easily hydro-
lyzed by alkalis. It is, however, stable in water, dilute HC1, and dilute
H so Papers of M. M. Koton et al. (Ref. 4z I&ezhdunarodnyy bimpozium po
2 4*
makromolekulyarnoy khimii, Moskva, June, 1960, 1 sektoiya, p. 167.
.(International Symposium on High Molecular Chemiatry, Moscow). are mentioned.
There are 2 figures, 2 tables, and 4 Soviet references.
ASSOCIATION: Nauchno-iseledovatellskiy institut plasticheakikh mass
(Scientifio Research Inst;.tuto of;Plastios).Institut
organicheskoy khimli AN SM (Institute of Crganic Chemistry
AS USSR)
Card 2/5

MSMEXANOVJ A.H.; BORISOV,, A,Ye.;
A2kenyl derivatives of arsenic. Izv.AN SSSR.Otd.khim.nauk
no*7*.1199-1203 J2 162. (NIRA 15.7)
1. Institut elementoorganicheakikh soyedineniy AN SSSR.
(Arsenic organic compounds) (Unsaturated compounds)

SH"DSHNIKOV) V.N.;KONOVA, I.V.; BOR150VA, A.I.
Vitamin B1 synthesis by Actinomyces olivaceus in a synthetic
medium i~ ihe presence of 5,6-dimethyl bonaimidazole. Mikrobiologiia
32 no-4:598-602 Jl-Ag 163. (MIRA 17:6)
1. Institut mikrobiologii AN SSSR.

i ri
i37-58-i-1782
Translition from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 1, p 242 (USSR)
AUTHORS: JjqrjADxz,_A_1!L_, Boroakina, M. M. , Gabr; elvan, D. 1.
Pridantseva, K. S. , Solov'Veva, N. A.
TITLE: A New Alloy for Spiral Hair Springs in Clockwor~s(Novyy splav
dlya spiral'nykh pruzhin (voloskov) chasovykh mekhanizmcv)
PERIODICAL: Sb. tr. Tsentr. n--i. in-t chernoy metallurgii, 1956, Nr 15
pp 313-344
ABSTRACT: The effect of deformation and heat treatment on the phase
composition and properties of N35KhMV (1) alloy. 1--aving a small
variation in modulus of elasticity (E) with tempe:ature, were in-
vestigated by microstructural, x-ray structural, and chem:-cal
phase analysis, it was found that insignificant variat`~ons in. the
composition of a solid solutlon from the optimal, with respect
to Ni and other elements, results in an inczease in the vaz~iaticn
of E with temperature, I becomes stronger after deformation
and tempering due to precipitation out of the r-sc.-'i'd solut;ori of
dispersed carbides (Cr, Fe, W, M07C3, Without pr~_liminary
cold working aging proceeds slowly. Heat treatmi;nt of watch
%-ard 1/2 hair sprirgs made of I should strictly adhere tc prcced.--re. 1i

;37-58-1-1781
A New Alloy for Spiral Hair Springs in Clock-morks
the temperature of heat treutment of a wide 0,3 mm in d;-ameter Is increascul.
the solid solution becomts more highly alloyeu and the ha; r spr ;.rgs become
embrittled. I has been adopted for mass productio,, Of ha:r sp.:ngs- He-at
treatment (at 10001) cf w1re made of T vacuum w*11 'i the shape -s prc-pe.Tly
fixed, facilitate the production of high-quality hL,',- spr:r1gs at wLtch factor"cs.
M. Sh~
1. Helical springs-Deformation 2. Helical springs--Properties 3. Helical
springs--Test methods 4. Helical springs-Test results
Card 2/2

AUTHORS: Borisova, A.K. , Sol' ts, V.A. 32-1-30/55
TITLE: The Measuring of Young's Modulus on Thin Samples Kade From
Elastic Alloys (Izmereniye moaulya uprugost-4 pruzhinny1di splavov
na tonkikh cbraztsakh).
PMIODICAL- zavoaskaya T,Ftboratoriya~ 1958, Vol. 24, Nr -op. 70-714 (USSR)
ABSTRACT: In this paper measuring methods are described, among them that de-
veloped by T.A. Gevonayan Ref. 1,2 with application of a tenso-
meter, and the dynamical method with application of the apparatus
of the construction of the TsNIrITWhj which is based unon the
principle of resonance oscillations (fig. 1). In the formed case
samples of the thickness of UP to 0-3 uni, and in the latter case
sairmles having a thickness of I mm are used. In this connection
it Is said that for some of the latest elastic alloys no data con-
cerning Young's moduli have as yet been worked out in the USSR, as
e.g. for the alloys: N36KMU ard'W35DW, which are dealt with here.
In the chapter-. Research Methoas, first of all the method of ae-
termining Young's modulus in. the case of "pure bending" with appli-
cation of the appamtus developed by Gevondyan ia dealt vith ,,rith
Cara 1/3 respect to the aforementioned snniple-, and the rcsults obtained are

The Measuring of Yo,_uig's Modulus on Thin S_-rpl&s Made 32-1 -30155,
From Elastic Alloys
shown graphically as well as in a table. Follovring this, the de-
termination of Young's modulus by the (dynamical) resonancc f-~~-
quency method by application of the second testing device men-
tioned above is described. In this case Young's moduli for round
and for flat samples are determined, which are here shown together
in 2 tables. A further table shows a comparison of results ob-.
tained by both methods, and in conclusion the following statements
are made: 1.) For the determination of Young's modulus of' foil- -
and band-like material3 having a tviickxess of I Pm the second
method and apparatus are to be recommended. (For samples of greater
thiclmess test conditions n_,st be adapted accordingly). For bands
of a thickness of 0-1-0-3 Rm the first-mentioned method and appa-
ratus developed by Gevonayan is to be preferred. In this case
graphical treatment of results is recessarj. 2.) Young's modulus
for the alloysN36KbT`Yuard.N351GM in the case of samples having
a thickness of 0.3 and 4.0 mm depends upon the degree of defoxma-
tion and the manner of thermal treatment; With a higher degree of
deformation Young's modulus decreases, and it rises in the case
Card 2/3 of more dense hardened and softened samples. There are I figure,

The Measuring of Young's Modulus on Thin Samples hade 32-1-30155
From Elastic Alloys
4 tables, and 4 references, 3 of which are Slavic.
ASSOCIATION: Central Scientific Research Institute for Ferrous Metallurgy
(Tsentral'rVy nauchno-issledovatellskiy institut chernoy
metallurgii).
AVAIUBLE: Library of Congress
Card 3/3 1. Elastomers-Test methods 2. Elastomers-Test results

Li
Ji
V *8
TH;
.3, P.

BLWYA, A,-K.,- NOSANI, L.T.; SOLITS, V.A.; TIMOFEYEVA, Z.A.
JBQ
Al.loys for tension members in electric measuring devices. Sbor.
trud. TSNIICHM no.25:311-325 162. (~aRA 15:6)
(Electric measurements-Equipment and supplies)

~/776/62/000/025/02'1/025
AUTHORS: Borisova, A. K., Nosan', L. T., Sol'ts, V..4., Timofeyeva, Z.1~,~_
TITLE: Alloys for te suring instruments~
nsion members in electrical me
SOURCE: Moscow. Tsentrall nyy nauchno-is s ledovatel~ skiy ins titut che rnoyl~
metallurgii. Sbornik trudov. no. 25. Moscow, 1962. Pretsilzion~yye
splavy. pp. 311-325.
TEXT: The paper describes an experimental invest1gation of alloys for tension
members for electrical measuring instruments which must exhibit an elevaterk
strength, small elastic aftereffect, nonmagnetic behavior, low electrical resistance
(ER), and elevated corrosion resistance (CR). The direct objective of the in4-esti-
gation was the study of the possibility of applying new Co- and Cr-Ni-based spring
alloys for such tension members. In attempting the selection of suitable alloys;, it
'is found that dispersion-hardening spring steels, which have elevated elastic ~i!o
p
erties as a result of work hardening and anneal, should also simultaneously eAibit
the smallest elastic aftereffects. Such alloys were developed by the Institute for
Precision Alloys at the TsNIIChM (Central Scientific Research Institute of Ferrous
Metallurgy); the investigation of the properties of these alloys with respect to use
in tension members was performed at the Institute, jointly with the Engineering
Card 1/3

Alloys for tension members in electrical .... S/766/62/000/025/023/025
Department of the "Vibrato rol plant. The chemical composition, the mechanical
properties, the ER, and thermal expansion coefficient are listed in detail for both
the Co-based and the Fe-Cr-based alloys. All alloys were smelted in the high-
frequency induction furnace according to TsNIIChM procedures. They were then
forged into a round billet, 42-43-'mrn diam, after preheating to 1,180-1,200"C, with
a billet T after forging of no less than 1,0000. The forged billets were etched to
eliminate any surface defects and were rolled to an 8-mm diam. Gold-drawn wire
of 0.2-0.1-mm diam was made with intermediate heat treatments in the open furnace,
as follows: Heating to 1,000- 1, 180"C, 15-ZO-min soaking (depending on the wire
diam), water cooling. Heat treatment was performed in the furnace under a shield-
Ing atmosphere. Of all the alloys- investigated the_mq4t suitable materials for ten-
Sion members are the alloys K40FIXMB (K4ONkii~~V) and H36X8MTIO (N36Kh8MTYu)'.'-
Compositions are shown in the body of the paper., The tensile strength of tension
2
-300 k -0.
members made of these materials approaches. 250 g/mm with a 0.02 0570
elastic aftereffect of 10-mrn long tension member as measured by the angle of twist.
The magnetism of these alloys is practically negligible. Their GR is elevated. The
tension members can be soldered with ordinary tin-based soldering compounds. The
2 alloys are suitable for the finest type of wire drawing and rolling. The K alloy
has better mechanical and elastic properties, whereas the N alloy is more easily
handled in manufacture, since it is more ductile in wire drawing and rolling and
Card 2/3

AEC 'MR,__ A~ 019499--" SOURCE COD'E: UR/0129/66/000/006/0010/0011
AUTHOR: Borisova, A. K..; Belov, B. G t15 6
ORG: TsNIIChERMET
TITLE: Spring niobium-base alloy ith stable elasticity modulus at high temperature
SOURCE: Metallovedeniye i termicheskaya obrabotka metallov, no. 6, 1966, 10-11
TOPIC TAGS: niobium, niobium alloy, age hardenable alloy, high elasticity alloy,
spring alloy, high temperature.alloy, corrosion resistant alloy, titanium containing
alloy, aluminum containing alloyalloy property
ABSTRACT: The properties and behavior of niobium-base alloys containing 55%LNb,
39.5%Ti and 5.5%A1 have been investigated. Alloys were rolled at 1160-1180C into
sheets 3.5-4 mm thick which were annealed at 1000C, water-quenched,-and rolled at
300-350C to a thickness of 0.3-0.1 mm with process annealing at a thickness of
1.0-0.16 mm. Total reductions after process annealing amounted to 35-40% R~fed
specimens were aged (400-800 ' or 3 hr) or annealed at 1000C and aged. Aging
sharply increased the hardnessRnd strength of both as-rolled and annealed specimens
with the maximum effect produced Yy aging at 600-650C. The microstructure of
tempered strain-hardened alloys consists of a finely dispersed heterogeneous mixture
which consists of solid solutionlthnd, apparently, the (NbT) 3 Al compound. The hard-
ness of alloys annealed in vacuum at 1000C and then tempered in vacuum was found
Card 1/2 UDC: 669.14.018.47:539.32

L 32029-66
,ACC NR: AP6019499
to be 241 HB at room temperature, 197 HB at 500C, and 179 HB at 600C. In stress-
relaxation tests at 500C, the initial stress of 43.5 kg/mm2 in as-rolldd and aged
specimens dro3ped about 19%. As-rolled alloy had a tensile strength and elongation
of 90.5 kg/mm and 7%, respectively, and after aging at 725C, 120 kg/mm2 and 7%.
The strength and ductility of as-annealed alloy were 67 kg/mm2 and 25%, respectively,
and after aging, 95 kg/mm and 3% The alloy has a modulus elasticity of about
1200 kg/mm2 and the temperature efficient of elasticity modulus at 20-600C was
~e f
found to be 70-80-10 61C. The oy is recommended as an age-hardenable, nonmagnet-
0
.it
ic, corrosion-resistant material,with a stable elasticity modulus at high temperature
for springs operating at elevated temperatures in aggressive media. Orig. art. has:
4 figures._ [ND)
SUB CODE: 1l/ SUBM DATE: none/ ORIG REF: 002/ ATD PRESS:S-//,r

;/076/63/037/001/001/029
'~-B! 01/B1 86
A~THORS: Drakin, S. I., torkoova, A-. M..,.Pugatse:vichq V.. M*- (Moscow)
TITLE:. Determination 'of"triinsference-nuAers on electrodiffusion in
Nal- Hg, K - Hg, Na T! ,'and K TI alloys
PERIODICAL: Zhurnal fizicheskoy khimii, v. 37,.no. 1, 1963, B-12
TEXT: A device for'determining the,transference number of an alloy thAt
is nolid at room temperature and easily affected-by air and water vapor
is described. 5 9 of the alloy is.',pixt,into 6-test tube of 17 mm diameter:.
and 20 cm length,air..beingexcluded.Tbenpa.anll',.vaml"(O;*),islenolmed iAirthe.i.test
tube connected to it through a zigzag t~be-(diametbr 2-2
-5 mmi length
12 cm) so as to prevent.conve'ction.-.Thi .a inner vessel is'filled with the
melted alloy by suction. Test tube and inner vessel are provided with
electrodes. After the experiment, the composition of the alloy in the
test tube and in the inner-veasel is analyzed. concentration of the
metal dissolved in the test tube remains almost constant, because the
test tube is large compared wiih'the inner vessel. The transference
number n is calculated from the difference. in content of dissolved metal.
Card 1/2

S/076/63/037/00i /001 /029
Determination of transferenc.~ numbers on-...'BlOl/B186
0
The experiments were conducted..,kat,115 2.15 C, 2.5 - 6 a, 6 -11 hrs.
The values of n as given in a table were used to calculate the diffusi*on-
coefficients for Hg dissolved in Na or K and-for T1 dissolved in Na or K
from the equation n - DKc~ F/T, where is the resistivity, T is the
absolute temperature, F is the Faraday-niimber,lc is the concentration of
the metal dissolved, and K is the coefficient of electrodiffueion. The
following diffusion coefficients were obtained: for Hg in Na.
-4 2/ j0-4 cm2 0
D = 0.70-10 CM sec at 1150c; for Hg in K, D =""41.4- /sec at 120 C_;
for Tl in,K, D = 0-71-10 -4 cm2/sec at 1150C. The thallium atoms become
solvated to a higher degree in potassium than in mercury, lience the lower
D values for Tl in K. There are 2 figures and 2 tables. The most
important English-language reference is: P.'Mangelsdorf, J. Chem. Phys.,
30, 1170, 1959.
ASSOCIATION: Khimiko-tekhnologicheskiy institut im. D. I. Mendeleyeva
(Institute of Chemical.Technology imeni D. I. Mendeleyev
SUBMITTED: December 2, 1960
Card 2/2

L-1639
8/200/62/000/008/001/002
3, D234/D308
AUTHORSt Alabuzhev, F. M., Shpigellburd,.I. Ya. and
B~ri ao.va,-A.-N.
TITLEt Motion of a gyroscopic pendulum having no com-
plete symmetry, placed 6n a fixed base, in the
absence of.frictional,forces in the base
FERIODICALs Akademiya nauk SSSR-.*Sibirskoye otdeleniye.
Izveatiyaj no. 8t 1962, 11 :- 21
TEXT: The authors consider themotion of a gyroscopic
pendulum having a static and dynamic unbalance with respect to the
polar axis. The inertia of the Cardan siAsp6nsion rings is not taken
into account. Three coordinate systems (one fixed with respect to.
space, one fixed with respect to the pendulum and one "half-moving")
are introduced. The motion of the pendulum is determined by three
angles,oC, Generalized Euler equations are formulated and the
P , Cos OL, cosp-
following simplifications mades sini~k no~, sin
is large in comparison with & and the asymmetry of the
Card 1/3

S/200/62/000/008/001/00'2
Motion of a gyroscopic pendulum ... D234/D308
pendulum with respect to its axis is small. The equations of motion
are linearized under these assumptions and integrated for the case.
when the pendv.lum is subject to the force of gravity only. It is
found that tho motion of the pendulum can be considered as a super-
position oft 1) two free vibrations with the angular velocities
0 1 VX _24- k2 + P0
63, + k2 - X) P 09
(19)
where
const POf (P - P 0t + Yo, (13)
2?,,- A/C, k2 .G1 C 2 G is the value of the force of gravityO
0 po
1c is one of the components of the vector radius of the center of
gravity of the pendulum, A is the axial moment of inertia, C+c'(t)
and C+E"(t) are the equatorial momenta of inertia, 2) vibrations
Card 2/3

Motion of a gyroscopic pendulum ...
S/200/62/000/006/001/62
D234/D308
caused by the disturbing inertial moment due to the asymme-try, having
the same two frequencies as above, 3) forced vibrations having the
frequency p . Two special cases are consideredt. a) symmetrical pen-
dulum, for wRich the authors obtain 0(-- ~- 0, y -tpot, b) slight
asymmetry, one of the two parameters which charac erize it being equal
to 0. In this case the free vibrations 1) as above are absent. Maxi-
mum deviation of the axis is detbrmined for this case. There are 2
figures.
ASSOCIATIONt Novosibirskiy elektrotekhnicheskiy institut (NOVO.-
sibirsk Institute of Eleetrical Engineering)
SUBMITTEDs November.20, 1961
Card 3/3

42761
S/14,-/62/000/006/002/003
D262/i)303
AU T 1- L YC, ~~lai)uzhcv, Doctor of Toclutical jcienc'es, kro-
I
Lessor, Candidate o-LE 'ecchnical
Scic-acess, Docent, 3orisova, Assistant
TITLE' The i.,tovericut of a Tict entirely sym-metrical gyroscop-
C2
ic l)C-jldul-LlT.1
izve--tiya vysshil:h uclncbn~lch Zavedcniy. liashinos troy-
.Lye, no. 6, 1962, 64-70
12 -a IL" The authors deduce dif-JEcra-vitial equat-io-as of motion
o 2- a -'vroscopic peaduluvi Slir~htly asynxictric with respect to toe
-.-)o~ar in care of mnall deviations.from the vertical. The
~ L L -
'ilia! equations bcill~;
aAI llo~
-I.-,+ c 0 2
C + + (1'1~ Sil
G-LcO + G 01 c r, axo;r~ + cC03 UO)
7' 2
C",
Care 1/.3 + %.J'!'C~4 - G("j, CO'S. ii -
ic or,

S/145/52/000/006/002/005
Thc moveme-n-L of a *,io'L- D262/D503
These equations are int-t-l-ratcCl for t-C COISC '.-7klCrc Only tl":2 Mo-,C',I,L-
of "rilvitir acts or, tlic ,Dcnetuluia, wIncre O~ is the axis of tltic; pc-ndu-
CD
lum. The ge-ner.,].
di + id-,
Cjei~-,-,'- + c,,e- + 2X+ 1~2 Ci(pot + TO)
where
GJ 1 po (16)
2 po
is obtai-ned. acstraing that the mi~~ul ar vc.' om ties C~ and, ~3 are
"a the ar L." Of ti-ic. rot-Itio-J.-I
srelEll compa-ed w4L. L~11.1_ VC2-oci-i Lie
CC-atri.-LEugal 1_110Txvts of-, inertia 1- r are s-mall
Is 11 1~ ~ I and :~q 1~ I-
corm-dared uita ',:Ltc. mom-c-nts off inertia aild L~j. The 0-17fccl-
of small static and dynanic asymo2tries ol.' thc o-endulum is disc-as-scd
..,,Id jit is s,,-jo-orjj thcit for 'Un-itial Conditions x
0
Card 2/3

s,/Izi5/62/00 0/00 6/0 "-2/005
-Lic- 0-- --, -.aot C-*,-.-*---L--.,j!7 . . .
D262f,)2;0-j
~5= talc moveracut 02*t'.ic. coorclia-,tes
and i3 i s a stria of vc---ri' ous oscillations . 'I"here is I fl-i6-ure .
inStitUt (j.'OVO-
sibirr,k Electrotechnical Institute)
S -C, -J111 T T'-,D july 15, J-952'
~ig. 1:'Coordinate para-
meters defining the poai-
tion of the gyroscopic
pendulum
0
--rd 3/5

BORISOVA, A. N. (Aspirant)
"Motion of a not quite symmetrical gyroscope pendulum with
vertically movable support."
report presented at the Scientific-technical Conference on Modern Gyroscope
Technology Ministry of Higher and Secondar7 Special Education RSFSR, held
at the Leningrad Institute of Precision Mechanics and Optics, 20-24
November 1962.
(Izv. vvsshikh uchebnvkh zavedeniy. Priborostroyenive, v. 6, no. 2. 1963)

80e ISO
AID jNr. 990-6 11, June
j
SC~EINTIFIC-TECHINICAL CONFERENCE ON MODERN GYROSCOPE TECH-
NO):,OGY (USSR)
Izvestiya vysshikh uchebnykh zavedenly. Priborostroyeniye, v. 6, no. 2, 1963,,'
150-158. S/146 /63/0061002/010/010
The Fourth Conference on Gyroscope Technology, sponsored by the Ministry
of Hiff er and Secondary Special Education RSFSR, was held at the Leningrad
h
Institute of Precision Mechanics and Optics from 20 to 24 November 1962.
The conference was attended by representatives from 93 organizations in
30 S,. cities, including educational establishments, scientific research in-
stitu-,Es, design bureaus, and industrial con~cerns. The following are some
of the topics covered in the 92 papers presented and discussed at the conference.
Vibrations of a gyroscope pendulum with a mo*vable suspension in a nonuniform
gravitational field: M. Z. Litvin-Sedoy, Senior Scientific Worker; improving
dynamic characteristics of some gyro instruments and devices, A. V. Reprikov,
Docent, Candidate of Technical Sciences; some problems of.the dynamics of a
gyroscope with an electric drive instaUed in a gymbol suspension: S. A.
Card 1/3

AM Hr. 990-6 24 Ame
SCIE MMFIC-=Mt=AL CMUMMag (Contldl 8/146/63/006/0D2/010/010
k~harlamov, Engineer; problems of the theory of the'inertial method for measur- -7
Ing aircraft acceleration: 1. 1. Pomykayev, Docent, Candidate of Technical Sci-
ences; determining the drift of a noated-type integrating gyroscope without the
use of a dynamic stand: 0. A. Slomyanakiy. Docent, Candidate of Technical
Sciences; natural damping of nutational. vibrations of a gyroscope: U_Y__G_as__Pv_
Engineer; motion of a not quite symmetrical gyroscope pendulum with vertically
movable support: A. N. Borisoya
, Aspirant; gyroscope-type inclinometer for
surveying vertical freezing wells: V. A. Sinitsyn, Candidate of Technical Sciences;
effect of joints between channels In triaidal gyro-stabilized platform: L. N.
Slezkin, Engineer, theoretical proposal for the possible design of a generalized
gyro instrument: M. M. Bogdanovich, Docent, Candidate of Technical Sciences:
'problem of drift in a power-type triaxial gyro stabilizer: V. N.' Karpov, Engineer;
methods of modeling random disturbances in gyro systems: S. S~ Shishman, Senior
jEngineer; method of noise functigns for investigating a system subjected to random
card 2/3

AIDI11r. 990-6 14 J=o
Sclmninc-'McMfICAL cozw=rCE (coat d) 8/146/6j/006/OD2/0.10/0.10
si als: G. P. Molotkov. Docent, Candidate of Technical Sciences; drifts In a gyro-
StOilized platform as a result of the effect of cross joints under determined and ran-
dom disturbances- B. 1, Nazarov, Docent, Candidate of Technical Sciences; stz-bility
an4 natural oscillations Jn inhomogencously rigid gyro systems with backlash tinder
extprnal inluences: S. A. Chernikov; methods of designing a gyro vertical with
aut6matic latitude and course corrections: A. V. Till. Candidate of Technical Scion-
t
ce4; use of asymptotic methods in solving problems of the motion of an astatic
gyroscope in gymbol suspension: D. At. Klimov, Candidate of Physical and Mathe-
majical Sciences, and L, N. Slezkin; theory of aperiodic gyro pendula: V. S.
Mlochalin, Docent, Candidate of Technical Sciences; and selecting basic parameters
of course gyros b ubing nQmograms: V. P, Demidenko. Engineer. [AS
Y

BORISOVA, A.N.
- - ------ I- -- -
Investigating the movement of a gyroscopic pendulum with a minor
assymetry. Izv.vys.ucheb.zav.; prib. 6 no.6:63-70 163.
(MIRA 17:3)
1. Novosibirskiy elektrotekhnicheskiy institut. Rekomendovana
IV Vsesoyuznoy mezhvuzovskoy nauchno-tekhnicheskoy konferentsiyey
po problemam giroskopii.

;i
ALABUZHEV, P.M.; SITIGELIBUID, 1,Ya.; :ppF_WVIIIj#--AA4T . -
Motion of a quasJ.-sy=e,rLc gympendulum munted on a rigid
foundation with no frictional ferces in the. sapport. Izv.
Sib. otd. AN SSSR no.8.-1-1-21 262. (KTRA 17:8)
1. Novosibirokly eleUrotf-khnicheakiy institut.

KONDRATSKAYAS Ye.A.;,~~RISOVA, A.N.; BESsCHASTNAyA, V.M.; ULYBIN, N.G.
1. 1 Heat treatment of thin K40140*1 a-Uoy wire. Biul. TSIICH14 no.2:
47 161. (KERA 14:9)
(Allo~s-Heat treatment)

BORIS-OVA, A.P.
Energy expenditures of col_lective-farm workers. VcF. pit. 21
no.6.43-46 N.-D 162. (MIRA 17:5)
1. Iz laboratorii obmena vashcheDtv (zav. - prof. 0.11, Molchamva)
Instituta Ivitaniya AI~N S&9R, Moskva.

SPITSYN, Vikt.I.; GRANOVSKIY, Yu.V.; KOMISSAROVA, L.N.; BORISOVA, A.P,, SAVIGH,
I.A.
Spectrophotometric study of the process of complex formation by the Box-
Wilson method. Vest. Mosk. un. Ser. 2: Khim. 20 no.2150-53 Mr-Ap 165.
(~IIRA 1&7)
1. Kafedra neorganicheskoy khImil Moskovskogo universiteta.

Tc

BIBIKOV, "". . BORIS(fL ~111- .. veterinarny~, vrach; G.I.;
ADIL M-NbT,-G.
'IY I . nauchnyy sotrudmJk; ALIYEV, A.!., hand. veter-In.
nauk
Cases of anitml poisoning. Veterinarlia 41 110-5:90-92 My 164.
(14,1MI 18:3)
1. Zaveduyushchiy k-'3i,-,akrj-toksikologicheskim otdelom Belorusskoy
respubli-kariskoy veterinarnoy laboratorii (for Bibikov). 2. Belo-
russkaya respublilcanskaya veterinarnaya Jaboratoriya (for Boriso-va).
3. 7aveduyushchiy epizootologichesltim otdelom Chuvashskoy respubli-
kanskoy veterinarnoy laboratorii (for Sapo-hnikov). 4. Dagestan-
skaya nauchno-issledovatellsimya veterinarnaya stantsiya (for Adill-
khanov,l Aliyev).

BORIS01111.9 A.P.; AKII-110VA, L.N.; SAVICH, !.A.
- '.
St,ldy of t7lie biuret complex of gramicidin C derilrat.-ves witirl
t, e amino group. Vest. Mosic. iin. Ser. : slim. 2-'0 no.1:33-35
Ja-F 165. (MURA 18:3)
1. Kafedra neorganicheskoy khimii Moskovskogo universiteta.

1 06122-67-
WC NRa - AP6031723 sounh- C*0_6-L,_._L_n
AUTHOR: Nagorskaya, N. D. (Moscow); Golldenberg, A. B.(Moacow); jlo,~opclova. A. V.
(Moscow); gorisova, A. P. (Moscow); Fridlyander, 1. N. Moscow); Yatsenko, K. P.
ORG: none
TITIE: Partial phase diagramlof the Al-Be-Mg-system
SOURCE: AN 9SSR. Izvestiya. Metally, no. 5, 1966, 137-147
j,"196PAJEJOUM 0"r,91'AlItUC ACLeFC1
TOPIC TAGS:.i aluminum bery-Uium magnesium systerd, aluminum beryllum magnesium alloy,
d9ti.,o4f phase diagram, phase composition, alloy structure I ME;roI4 0oeYSTP#k1o1Z9 -
TedPA~ 09"'C'&f XySrr~" f 10e0L7(fZkdV"? Cve'VXV1Ao#11Vr1 0440% R141MIAWM 00AGWIMIAIr, lqki-OC/
ABSTRACT: A partial phase diagram of the aluminum-beryll-bxa-magnesium system (see
Fig. 1) has been plotted on the basis of data obtained by physicochemical analysis
of 30 alloys containing 0-90% aluminum, 7.17-56.28% beryllium and 0-27-73% magne-
sium. Alloys were melted from AB-000-grade aluminum (99.99%-pure), MG-1 grade magn*e-
sium (99.91%-pure) and sublimated beryllium (99.4%-pure). It was found that three
phasescrystallize in the partial Al-0 Be system: aluminum-base solid solution
(a 1); beryllium-baae solid solution'fBlY7g;~d 6Al-%Be pbase. At 445C the ternary,
eu#.ctic olidifies according to the following reac ion:
11.-4 B * GAl + 0Al-Mg-Be
uDc: 6

Card
,A7
N AP6031723
'Fig.
1. Partial phase diagram
....:of the Al-Be -Mg system
y line'; 2 - two liquid
Bounder
.-'~Iphases; 3 one liquid phase.
40
40

06199-67
AP6031723
k of-the 01
Ternary eutectic contains 35% Mg and slightly over 0.6% Be. A decompositior,
liquid phase into two mutually immiscible liquids occurs in a wide range of composi-
tions. Orig. art. has: 5 figures and 3 tables.
SUB COIE:,11/ SUBM DATE: 27mar65/ ORIG REF: 008/ OTH REF: 017

13rRJSCI11-),. ,OV-S'-
USZR/General Problt-m of Pathology - U-2
Tissue Transplantation and Tissue Therapy.
Abs Jour : Ref 71-iur - Biol., No 52 1958, 22656
Author : Dorisova, A,S.
Intt 7=-
Title A Study of the Effects of Tissue Preparations upon
Carbohydrate Metabolism.
Orig Pub NeIzotoryye voprosy farmatsii. Kiyev, Gosmeaizdat USSR,
1956, 358-368
Abstract Subcutaneous injections of aniline (i) into 26 rabi-,its
.L urs after the in-
resul~ed in the death of 7. Two ho
4ection of I blood glucose increased, on the average,
U
by 13'7~6,~, over the initi-~-l level and, after 6 hours,
by ~05,,N,. There were alt3o si.~;nificant Lncreases in
py--UV2.c (II) and lactic (111) blood levels;
they remained elevated, iiA most animals, during the
entire experiment (10 days). Ten minutes after the
Card 1/2

USSR General Problems of Pathology a. U-2
V Tissue Transplantation and Tissue Therapy.
Abs Jour Ref Zbur - Diol., No 5, 1958, 22856
injection of 1 25 rabbits received preserved skin
grafts. All animals survived. During the first hours
of the experimetit changes in the concentration of su-
gar, II and ITI were less than In controls. Two hours
after an injection of I, the blood sugar increased by
47-5%- In some rabb1ts, blood glucose concentration
never surpassed the upper limit of normal tbroughout
the experiment. Concentrations of II and III returned
to their initial levels in the majority of animals to-
wara the end of observation.
Card 2/2

BORISOVA, A. S.) Cand Biol Sci (diss) -- "A comparative study of the biological
activity of tissue preparations under conditions of anilin poisoning and
blood loss". Odessa, 1,060. 14 pp (Min Higher and inter Spec Educ Ukr SSR,
Odessa State U Im 1. 1. Mechnikov), 200 copies (KL, No 12, ig6o, 126)

S/081/61/000/010/007/029
3117/B207
AUTHORS: Klinov, I. Ya., Voroblyeva, M. A., Borisova, A. S.
TITLE: Study of the corrosion resistance of aluminum in sulfuric
acid and mixture ,
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 10, 1961, 285, abstract
IOA193 (101193). ("Tr. Mosk. in-ta khim. mashinostr.11, v. 22,
1960, 96-104)
TEXT: The corrosion rate of aluminum of all types was found to increase
with the H2SO 4concentration, and to reach its maximum in 80% H2S0 4 (up to
1.2 - 1.3 g/m2 hr). It is pointed out that rolled aluminum tends to
regular corrosion, whereas cast aluminum tends to intercrystalline cracking.
The corrosion rate of all types of aluminum increases considerably at a
temperature rise from 200 to 800C, in any H2SO 4 doncentration. Rolled
aluminum of the AS-000 (AV-000) and A -00 (A-00) types, as well as
Card 1/2

3/081/61/000/010/007/029
Study of the corrosion resistance... B117/B207
0-
A-1 (A-1), may be used in low-concentrated H 2so4at 20 250c- [Abstracterrs
note: Complete translation .1
Card 2/2

NORINA, A.M.; ~ORISGVA,,. . jj*-
HYdrochemical characteristics of rivers in the northern part of
the Kola Peninsula. Trudy MMBI no.9:12-17 165.
(KIRA 18:12)
1. Murmanskoye upravleniye gidrometeorologicbeskoy sluzbby.

VISHNEVSKAY.A. YU.S., kELnd.med.nauk;-13DRIqOy~,_A.T.,_vrach
Diet regime based on data from a clinical sanatorium in
Zheleznovodsk. Uch.zap.Pyat.gos.nauch.-issl.balln.inst. 3:201-
21-1 160. (M1M 15:10)
(ZHELEZNOVODSK-DIET IN DISEASE)

ACC NR. -'AP7001155-
AUTHOR: Boris 'oy~kj- -4 ~t --7e,k_.._ Ltw,pareAo
ORO: All-Union Institute of Plant Protectjo$.(Vsesoyuznyy institut
zashchi-ty rtsteniI-)
TITLE: Raising locusts on semisynthetic media
SOURCE: Zoologicheskly zhurnal, v..45, no. 6, 1966, 858-864
TOPIC TAGS: entomology, locust, insect,
0 (;' el XFpRoDejer*;~)
ABSTRACT: An artificial diet for raising locusts in the laboratory was
devised. Three viable generations of L. m. manilenois were raised suc-
cessfully on the semisynthetic medium. Sterins, vitamin D2, and their
ratio to ascorbic acid were Important factors in determining the re-
productive ability of these insects. When L. m. migratoria was raised
on this medium, growth was normal but adult fertility was lower than
that of the controls. Orig.- art. has: 6 tables. (WA-50 CBE No - 1
[LPY
suB com o6/ SUBM DAM none/ ORIG REP: 005/ OTH REF.- 007
CA"

ACC N& AP6031840 BDURCE OODZI UR/0131/66/000/007/00SOW
AUTHOR: Borlsova, A. Yu.; Zin%o, E. L; Fedinal, L V.
ORG.- Rate Scientific Research Electraceramics Institute (Go IT -nuwhoo-"'~-
Issledovit6l'sW eleftrokeramicbeMy Institut)
-alumina spinel
TJTLZ: A xuperduty refractory based on mapesia
SOURCE: Ogneupory, no. 7, 1966, 58-60
TOPIC TAG& refractory compound, magnesium -oxide# alumina# ceramic pressing
f
AJWRACT: As established by an experimental study of batches with different ratios o
MgO to Al 0 (3-.1, 1:191:3), pressed into 15 mm high brJquets with a diameter of 100 imm,
2 3
.vMch were fired at from 1460 to 1750*C. Tincreasing the content of technical alumina in
mapeette refractory mass to a MgO: Al203 ratio of 1: 3 leads t~ an increase, in the tempezu-
tare of initial deformation under load (4% compression) an& to the synthesio'bf a now
crystalline phase - mapesia-alumina spinelL at I -1650'C. This also results In an Increase
In spalling resistance (3-6 beating - c6olft cycles) and in some decrease In refradoemeis
(to 21200C compared with > 230090 for b" KM-O (MgD: Al 03 = 1: 0)) . Of the batches tested,
2
Card 1/2 M)C.- 6M- Ar-A

fop, 15 LI on
USSR ~~ Pharmacology, Toxioology.
A4
Narcotics and Hypnotios U-2
Jour Ref. Zh.-Biol., No 2, 1958, No 7938
Author Borisova, II.A.
Inst
Title iThe Effect of Chloral Hydrate on the Dissemination of
SuboutaneoukZy Introduced Bacterium Prodigiosum in White
Rats.
Orig Pub Tr. Astrakhansk. Med. in-ta, 1956, 12, No 2, 190-193
Abstract iThe Spread of Bacterium prodigiosum was retarded when 21-30
mil.inioroorganisms per o.l.ml of physiological solution
were injected subcutaneously 7-15 minutes after chloral
hydrate (10 mg in 0.2 ml of distilled water given sub--
cutaneously) had been introduced. Phenamine (0.1 ml of 0.25%
solution, also given subcutaneously) accelerated the
Card t 1/2

-1
-1 USSR / Pharmacology, Toxicology. Narcotics and Hypnotios. U-2
Abit Jour r Ref. Zh.-Biol., No 2. 1958, No 7938
Abstract : dissemination of B. prodigiosum when the latter was in-
oculated 30 minutes following excitation caused by phenarnine.
Card 1 2/2

BORISOVA, D.
Innovator from the viilage of Lesnovo. P.10,
KOOPERATIVNO ZEMIEDELIE., Sofyia, Vol. 11, no. 3, Mar. 1956.
SO: Monthly List of East European Accessions, (EFAK), LG, Vol. 5, No. 6 June 1956., Uncl.

BORISOVA, E. m1adshiy nauchn;yy Aotrudnik
I- ---- P
I
The BES-M does the plannin . Radio no.10:23-24 0 161. (MIRA 14:10)
1. Vychis]Atellnvy teentr " SSSR.
(Electronic digital computers)

15-57-4-5393
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 4,
p 184 (USSR)
AUTHORS: Borisova, E. A., Kazarnovskiy, V. D.
- - - ---------
TITLE: Laboratory Investigations on the Treatment of Saline
Soil by Liquid Bitumen With Preliminary Flushing by
Water (Laboratornyye issledovaniya. po obrabotke zasolen-
nykh gruntov zhidkim bitumom s predvaritellnoy promyvkoy
vodoy)
PERIODICAL: Tr. Mosk. avtomob.-dor. in-ta, 1956, Nr 18, pp 241-248.
ABSTRACT: The material used was chloride-sulfate saline soil cut
from a section of rock in the Andizhanskaya Oblast',
Uz SSR. The data of the investigations are given. It
was discovered that when the chloride and sulfate
content of soil exceeds one percent, the soil is
unsuitable for treatment with organic binding material
in highway construction and demands preliminary flushing
by water. The authors outline the relationship between
Card 1/2 number of flushings of the soil by water and the quantity

15-57 -4-5393
Laboratory Investigations on the Treatment of Saline (Cont.)
of indroducible bitumen. They show the possibility of lowering the
quantity of binding substance by increasing the number of flushings,
and, on the other hand, lowering the number of flushings by somewhat
increasing the expenditure of binding substance, depending on the
economy of the construction. It is noted that flushing of the soil
has not yet been applied in highway-construction practice. However,
flushing the soil before treating with liquid bitumen may prove to be
much more profitable than replacing the saline soil. The results
obtained from testing samples by composite flushing of soil and use
of liquid bitumen (bulk weight, water saturation, swelling, dura-
bility of dry and capillary-moistened samples) are in agreement,
according to the degree of fitness of saline soils, with the classi-
fication of the "Technical rules on the construction of a roadbed
and highway base in the desicated zone on saline soils.11 Flushing
of the soil (2 to 3 times) is proposed for the roadbed immediately
next to the highway. For flooding sections of the earthen roadbed,
it is necessary to construct retaining borders of planking or of low
soil ridges.
Card 2/2 Ye. G. B.

h2753
S/827/62/000/000/002/005
D234/D303
R 21, 10 3orisova -.11.
TIT!.:',: Free oscillations of a liquid in an inclined cylin-
der
S UU IRC:~ Variatsionnyyc metody v zadachakh o kolebanii zhid-
hosti i tela s zhidl:ostlvu Eoscow, Vychisi. tsentr
~U-_. ""SaUt 7 203-211
1962
im incomprcssioL~ liquid in a cylindrical container
inclincd at an angle- r3 with rcs?ect to the- vertical is considered.
C~'Ylindricnl coorCvinates arc i-ntroeziuceCl, the. z a-.-.is coinciding with
the xxis o" the container. The prob1c.-m -is solved usincl idtz' vmtho
-;',"or ?L a !>cin- the natural -frequency, g the grdvi-
tatioual acccleratioa, a tho raClius o-L-.' thc cylinder) the author ob-
taills, aU equation in the form of an i-afinite dcterm-nant containing
trigonm.ictric, hyperbolic an(! cylindrical functions of the nth order
'S well as roots of thc lattcr. A table of several circrivalves co-m-
puted -for 0, 5, 10, 20, 30, 45 mid 600 vith different orders
Card 1/2

S/327/62/000/000/002/005
Frce oscillations of a liquid ... 1)234/D308
o:E x-ppr=-iuation and a cra,)h of the delpendence of the first two
eigenvalues on 0 are given. There are 3 fi&ures and I table.
Card 2/2

BORISOVA, E.P.; ANTIPOV, I.N., otv.red.
[Subprogram of the iteration method for solving a genera.,. problem
in linear programming] Podprogramma. iteratsionnogo metoda resheniia
obshchei z~dachi lineinogo programmirovaniia. Moskva, 1964. 40 p.
(Akademi.ia nauk SSSR. VychislitelInyi tsentr. Standartnye program-
my BESM-2, no.8). (MIRA 17:4)

S/191,/62/000/005/008/012
B11O B101
AUTHORS: Koroley, A. Ya., Zherebkov, S. K., Borisova, F. K.,
Medvedeva, A. M. , Grozhan, Ye. M.
TITLE: Cluing of ftoToPlast-4 to rubbers
PERIODICAL: Plasticheakiye massy, no- 5, 1962, 37-39
TEXT: FtoroPlast-4 (polytetrafluoro ethylene) was glued to organofluorine
and acrylonitrile rubbers. For this purpose the surface, degreased by
means of gasoline, was modified with a sodium-naphthalene complex
activated by addition of 2 g-atom Na metal per male naphthalene in 1 liter
tetrahydrofuran . A fter 40 sec treatment of the film, rinsing in acetone
and vater, and 30 min drying at 10OPC, the surface color turned from
milky white to gray-brown. The contact angle of wetting with water
dropped here from 106 to 45-550- Crude rubbers were pasted on using glue
on the basis of nitrile rubber and therinoreactivo resin (5Lj-W-1
The strength of gluing of or.-anofluorine and acrylonitrile rubbers to
ftoroplast-4 with smooth surface was 0.56-0.92 kgf/cm, with rough
surface 2,55-5.60 kgf/cm. The gluing of CKH-206 (SY,!J-26) rubber to
Card 1/2

S/191/62/0()0/005/006/012
Gluing of ftoroplast-4 to rubbers B110/B101
ftoroplast-4 with rough surface was stable against heat aging at 100 and
1700C and 50 hr effect of Alvlr-M-, (JUIC-10f) medium at 1700C. By means
of PEN-1, f'oroPlast-4 films can also be glued to one another, to
vulcanized organofluorine and acrylonitrile rubbers, and to metals, the
heat treatment lasting for 60 min at 1000C. Clued joints with ftoroplast-
4 with rough surface were destroyed within the rubber. There are
5 tables.
:__.,Card 2/2

1273o-63 EPR/EPF(c)'/EWPQ)/E'Wf (M)ADS AFFTC/ASD Ps-h1Pr-41Pc-h RmMi
ACCESSION NR: AP3002285 S/0062/63/600/006/101~/1022' ~7J
73.
AUTHOR: Aristov, B. G..-,.Babkin, I. Yu.; Borisova, F. K.;.Kiselev, A. V., Korolev,
A. Ya.
TITLE: Changing the surface.properties of polyethylene, by oxidative treatment
SOURCEt AN SSSR. Izv. Otdeleniye khimicheskikh nauk, no. 6, 1963, 1017-1022
TOPIC TAGS: surface properties, polyethylene, oxidizing, surface polarity, adhesive
properties, adsorption
ABSTRACT: Treating polyethylene,with an oxidizing chrome composition (potassium
dichromate and sulfuric acid) for 5 minutes at temperatures below 120 degrees)
sharply increased its surface polarity~,thus improving its adhesive properties,O
pemitting gluing with polar adhesiveAnd printing with inks. Oxidative treatment
of low-pressure powdered polyethylene hardly changes its specific surface, as
determined by very little difference in low-temperature adsorption of nitrogen be-
tween untreated and strongly oxidized material. However, the irreversible adsorp-
tion,of water and the heat of adsorption were greatly increased, this adsorption
being proportional to the degree of oxidation of the sample. Orig. art. has: 3
figures and I table.
Association; Moscow St. Un., Inst. of Physical Chemistry
Card 1/9/

BORISOVA, G. -.,. .
People of a factory. Pozh.delo 8 no.4:7-9 Ap '62, (YJRA 15:4)
(Moscow Province-Rubber industry-Fires and fire prevention)

BOP IS OVA
The place 1,fhere oil is produced. rozh,delo 8 no.6il8-19 Je 1620.
(MURA 15:6)
(Oil fields-Fires and fire prevention)

BORISOVA, G.
Three da7s in Sverdlovsk; conference of the representatives of
fire prevention research stations of the Russian Federation.
Pozh.delo 8 no.7:13-14 J1 162. (yJRA 15:8)
..(Fire prevention-Research)

BORISOVA, G,
New developments in the life of the plant. Pozh. delo 8 no.'10:
3-5 0 '6R~ (MIRA 15:10)
(Pskov-Radio industry-Fires and fire prevention)

BORISOVA,,-,C&.-.---
In the land of the Urals. Pozh. delo 9 no.9:3-5 S 163.
(K[rtA 16: 10)
(Sverdlovsk P.."ince-Fire prevention)

-BORISOVA, G. (Sverdlovsk)
Demands of life. Pozh. delo 8 no.9:6 S 162. (MM 16:11)

BORISOVA, ~
The great lavsan. Pozh. delp 9 no.6.-15717
t ~ . 1. (KRA 16.- 8)

- BORISOVA Q_.. Borysova, H. I
AIJ .-I
Egypt on the shores of the Neva. Zwm.ta pratsia no.4.23 Ap
v62. ' (I-EM 15,'4)
(Leningrad--Sphinxes)

BORISOVA,, G.
In the land of the Urals. Pozh.delo 9 no.10:3-4 0 163.
(MRA 16t12)

GURUICH, Boris Samsommich; XMO!PM, Nina Grigorlysim; SORIK. Ralchil
ilyukowv,n&; BORISOTA, G~.A., red.; SUDAK, DeK., tekhn. red,
Evar articles, sheepskin coats, knlt goods, sundries. perfunes
and cosmetics; student mnual for merchandise departments of
institute@ of &wlet 6omnercel Tovar~: Pushno-mekhoy". orchinno'-
shubWe, parfiumerno-koewticheelds-,
uchobnoo posoble.dIls, tmrovednykb otdolenii tathnikunov sovetakol
torgoyll. Nbakwa. Goo. isd-vo tore. lit-ry. 1957. 288 p.
(Commercial products)' (KM 1W)

C'
PROSTYAKOV, Viktor Ivanovich; BORISOVA, G.A., redaktor; MWMISH, D.M.,
tekhnicheskiy redaktor~
[Plastic goods,-commercial chemicals, glass, pottery, furniture,
and building materials] Tovary iz plastmass, khimiko-moskAtel'nye,
atekliannye, keramicheakie, mebelInye i stroitellnye. Mosk7a,
Gos.izd-vo torg.lit-ry, 1957. 319 p. (MIRA 10:11)
(Commercial products)

ARKHANGELISKIY, 1likolay Andreyevich.; YEGORKIN. R.1., prof., retsenzent,;
TATARINOV, A.P., starehiy prepod3vatell, retsenzent,; BUIGAKOV,
N.V., prof., retsenzent,; BGRISOVA, G.A., red.; KMISH, D.M.,tekhn. red.
[Industrial products, an introductory commodity guide] Vvedenie v
tovarovedenie promysblennykh tovarov. Moskva, Goa. izd-vo torgovoi
lit-ry, 1958- 160 p. (MIRA 11:11)
1. Leningradskly Institut novetskoy torgovli im. Engel'sa (for Yegorkin).
2. Kafedra tovarovedeniya promtovarov LTRI (for Tsterinov).
3. Kafedra tovarovedeniya promtovarov Vsesoyuznogo zaocbnogo
instituts sovetakoy torgovl.t (for BtA_j,.qkov).
(Commercial products)

BDRJ-~OV/9) C-5-~ fl I
KISIM, VasMY Stepanovich; SHCHEGLOV, Lev MikhaylovIch; ARMXG3L'SZIT,
N.A., prof., red.; KALLIGA, G.P., dotment, rateenzent; YJWBXIN,
N.J.. Prof.' reteenzent; DkVANKDV, A.V.. dotsent, retsenzent;
NOVODEREZHKIN. P.I., dotsent, retsonzont; KUTTANIN, G.I.,- Prof.,
reteenzent; BUMAEDV, N.V., prof., reteensent; aQRTSITA,--Q:.A.,
red.; MORISH. D.M., tekhn.red. I
[Articles made from silicates, plastics and obomical industry
products] Tovary silikatmye, iz plastichookikh mass i kbimiko-
moskatollg7e. Pod red.. N.A. ArWngellskogo. *akva, Goa. izd-vo
torg. lit-ry, 19-58. 320 p. OGRA 12:2)
1. Kafedra tovarovedonlya promtovarov Vuesoyuznogo zaochnogo
inatitut'L ovetakoy torgovli (for Bulgakov).
(Glasaw:re) (Plastics) :(POttOZ7)

PARKHOMENKO, Vasiliy Georgiyevioh; AREHMGELISKIYp N.A., prof., retoonzent;
BTJLGAKOV,' N.V., prof., retsenzent; ZATTSEV, V.G. - (Mos-kya), kand.tekhn.
nauk, retsenzent; SRWI-A OY, D.M. (Moskva). prepodavatel'. retsenzent;
PISHCHANSKAYA, B.A. (Odessa), prepodavatell, retsenzent; GUTAN. K.I.,
prepodavatell, retsenzent; GOLIDIN, A.B., prepodavatell, retsenzente,
MMYPOV, N.N. (Sverdlavsk),'prep6davatel', retsenzent; MMT4BINA,
L.I., prepodavatell. reteenzent; IRMITANOV, D.M. (Leningrad), pro-
podavatell, retsenzent; GONCRAROVA, L.D. (Simferopolt), prepodavatell,
retsenzent; MATVAYRV, Ye.P., prepodavatell, retsenzent; ALEKSWEV,
I*X., prepodavatell, reteenzen;- DUDINSKIY, S.L. (Leningrad). pre-
podavatell, retBenzent-, BABUN. i.B. (Khartkov), kand.tekhn.nauk,
ratsen2ent; GEMUOV,,N.V., prof., doktor tekhn.nauk, spetared.;
BORISOVA, WIAK, D.K., tekhn.red.
(Introduetton to the study of.commerial wares] Vvedenie v tovaro-
vedenie promyshlennykh tovarov. Moskva, Gos.izd-vo torg.lit-ry,
1959. 135 P. (MIRA 12:7)
(Commercial products)

MRSTACHBIWO, Vitaliy Tikhonovich; AROUNGOVSKIT, II.A., prof## red*;
BORISOVA, G.A., red.: MAKONTOTA, N.J.. takhn.red.
(Textile fabrics mde with synthetic fibers] Tkani a primeneniam
sinteticheskikh volokon. Pod red. H.A.Arkhangellskogo. Komkvat
Gos.izd-vo torg.lit-ry, 1960. 70 p. (MIRA 13:5)
(&anthatic fabrics)

YEGOROV, N.A.; .~ORISOVA,,_2.A,j red.; GRCKOV, A,S,p tekhn. red.
(Now types of vegetable*mb&kbts-- from the experience of the Mos-
.9
cow vegetable market]-Novye tipy ovoshchnykh bazarov; iz opyta
raboty torga Mosovoshch. Moskva, Gos.izd-vo, torg,lit-ry, 1961a 44 p*
- (MIRA 34::Ll)
(Moscow-Vegetable trade)

FRIDKMq Hudollf Arkadlyevich; BORISOVAp G.A.f red,; MEDRISHv D.M.9
tekbn. red. - - -I
[Consumers' information about perfumery and cosmetics] Fokupateliu
o parfiumerii i kosmetike. Leningradv Oostorgizdatg 1961. 191 .
(MIRA
4
(Beauty culture)
3.4 1
(Perfumes)

YANOVSKIY, Nikolay Mikbql:ovich[ translator]; BORISOVA, G.A., red.;
14VILNTOVA, NY.,, tekhn. red.
[StcMe of vegetables and potatoes in China; popular storing
methods] Khranenie ovoshchei i kartofelia v Kitae; narodnye
metody khrananiia. Moskva , Gos.izd-vo torg. lit-ry, 1962.
166 p. (MIRA 15-3)
(Chit*-Vegetables-Storage)
(China-Potatoes-Storage)

VINOGRADOV, Aleksandr Petrovich; KEDRIF, Yevgeniy Alekseyevich;
TbOREVITIMAI. Boris Fedorovich; SERG=, M.Ye., zasl. deyatell
nauki, prof., doktor iekbn. rumkj retsenzent; BUIAAKOV, N.V.,
prof., doktor teld~n. nauk, retsenzent; PLATUNOV, K.M., kand.
tekhn. naukp reteenzent; SHVETSOVA, T.P.., inzh., retsenzent;
1-113EVANIDZE, D.S., inzh.., retsenzent; YEGOIRK-31i, V.I.,, prof.,
doktor tekhn. nauk. retsenzent; HASHKOV, A.U., kand. sellkhoz.
nauk, retsenzent-- ARKIWGELISYM , N.A., prof., red.;BDRISOVA,
G As red.1 GROMOV, A.S... tekhn..red.
(Leather goods, shoes,, furs and pelts] Kozhevenno-obuvnye,
pushno-mekhovye i ovchimo-shubgWe tovary. Pod red. N.A.Ar-
khangpl'skogo. Moskva,, Goa. izd-vo torg. lit-ryp 1962. 536 p.
(MIRA 15:3)
(Boots and hhoes) (Fur) Oftes and skins)

ANTONOV,,Ueksandr Petrovicb; MALKOV, Illya Izrailevicb; BDRISOVA, G.A.,
red.; MEDRISH, D.M., tekhn. red.
(Household refrigerators]Domashnie kholodillniki. Moskva, Gos-
torgizdat, 1962. 70 p. ~ (MIRA 16:2)
(Refrigerators)

PARKHOMENKO, Vasiliy GeorgiYevich; APXMNGELISKIY, N.A., prof.P
retsenzent; (deceased]; BJJLGAKOV N.V., prof., retsenzent;
ZAYTSEV, V.G.,, retsenzent(Moskvaj; SHMAKOV, DA, prepoda-
vatell tekhnikumov sovetskoy torgovli, retsenzent(14oskva);
KOZLOVA, Z.V., retsenzent (Moskva); PISHCHENSkAYA, B.A., re-
tsenzent (Odessa); qUTAN, M.K., retsenzent; GOLIDIN, A.E.,
retsenzent; KHRYPOV, N.N., retsenzent(Sverdlovsk); DERYABINA,
L.I., retsenzent; YEMEL'YANOV, D.M., retsenzen't (Leningrad);
GONCHAROVA, L.D., retsenzent Simferopol); MATW,-YEV, Ye.P.,
retsenzent; ALEKSEYEV, I.M., retsenzent; DUDINSKIY, S.L.,
retsenzent(Leningrad); BABUN, V.B., kand. tekhn. nauk, re-
tsenzent(Kharikov); CHERNOV, N.V., prof., doktor tekhn. nauk,
spets. red.;_~Olq~OVA.,_G.A., red.; GRDYOV, A.S., tekhn. red.
[Introduction to a knowledge of manufactured goods)Vvedenle v
tovarovedenie promyshlennykh tovarov. Izd.2., dop. i perer.
Moskva, Gostorgizdat, 1962. 11+2 p. (MIRA 16.1)
(Commercial products)

ANISIMOVA, Anna Semenovna; BUDA, Faina Martimlyanovna; KOKOREVA,
Anna Aleksandrovna; _BDUSQYj,_", racL; 14AMNTOVA, N. N.,
tekhn. r0.; ELIKINA, E.M., tekhn. red.
(Receiving, determining the quality,, axd~the simplest organo-
leptic method for analyzing meat, fish and milk products]Pri-
emka, opredelenia kachestva i propteishie organolepticheskie
metody issledovaniia miasnykh, rytnykh i molochnykh tovarov.
Moskva, Gostorgizdat, 1962. 247 p. (MIRA 16:3)
(Food-Analysis)

KOROTKOVI Sergey Nikit4rh;-KRAVCHENKO, Semen Moiseyevich; SUBBOTIN,
Semen Semenovich;'PO~ red.; BRODSKIY, M.P.,
tekhn. red. I- .
[Manufacture of custom-made outerwear]Izgotovlenie verkhnei
odezhdy po individualInym. zakazam. Moskva, Gostorgizdat,
1963. 301 P. (MIRA 16:4)
(Tailoring)

ALMAZOV, A.M.; GORDEYEV, L.M.; FELIDMAN, YO.B.; X.AI~Q~A, G.A..),
red.; MAKSIMOVICH, A.G., red.; MAMONTOVA, N.N., tekhn.
red.; VOLKOVA, V.G., tekhn. red.
(Commercial study of meat and fish merchandise and
techniques for their marketing] Tovarovedenie miasnykh i
rybnykh tovarov i tekhnika torgovli imi. Izd.2., dop. i
perer. Moskva, Gostorgizdat, 1963. 303 P. (MIRA 16:10)
(Fishery products) (Marketing)

ABRAMIOVj R.R.; ALEKSEYEV, N.S.; ARKHANGELISKIY, N.A., prof.
[deceased]; GUREVICH, B.S.; ZAYTSEV, V.G.; KEDRIN, Ye.A.;
MI,RONOVA, L.V.; OSTANOVSKIY, T.S., dots.; PALLADOV, S.S.,
dots.; SERGEYEV, M.Ye.; TER-OVAKR'YAN, I.A.; TSEREVITINOV,
B.F.; SHCHEOLOV, L.M.; YAKOVIEV, A.I.; BORISOY~*.,~-A-,
red.; FEDRISH, D.M., tekhn. red. ta~-al~e ~-
[Study of manufactured goods; concise course] Tovarovede-
nie promyshlennykh tovarov; kratkii kurs. [By] P.R.Abramov
i dr. Izd.2., perer. Moskva, Gostorgizdat, 1963. 768 p.
(MIRA 16:11)
(GoInmercial products)

UEKS-1YE'll, Nikolay Semenovich; BORISOVA, G_A.~ red.
(Commercial study of 'building wares] Tovarovedonle stroi-
tellpykh tovarov. Moskva, Ekonomika, 1964. 199 P.
Wllih 17:8)

PALLADOV, S.S.; PAVLIN, A.V.; TER-OVAKMAN, I.A.; KEDRIN, Ye.A.;
TSEREVITINOV, B.F.; BORISOVA, G.A., red.; MEDRISH, D.M.$
tekhn. red.
Nanual for laboratory and practical work in the commercial
study of manufactures] Rukovodstvo k laboratornym i prakti-
cheskim zaniatiAam po tovarovedeniiu promyshlennykh tov*rAw.
Mo:3kva, Izd-vo "Ekonomika_.." Pt.2.[Textiles clothing,.,,knit-
ted, leather-&A-fo*o'tw*ear, and fur goods] Tovar. wit,,
rye, shveinye, trikotazhrWe, kozhovenno-obuvnye, pushno-
mekhovye. 1964. 280 p. (MIRA 17:4)

KOLESEIK, Arseniy Adamovich; LOVACIIEV, Levs Nikolayevich; SAM, Irina
Pavlovna; KHOVUTO'V, Boris Izotovich; BORISOVA, G.A., red.;
SINELINIKOVAI TS.B., red.; GROHOV,
[The study of food products) Tovarovedenie prodoNollstvennykh
tovarov. By A.A.Kolesnik i dr. Moskvap Gos. izd-vo torg. lit-
ry, 1961. 511 P. (Food) (MIRA 15:2)

MODESTOVA, T.A.,, kand. tekhn, naukp dotsent; BORISOVA., G.L.,, inzh.
Cutting in bulk from capron fabrics. Nauch. truc~y MTILP 25:
205-209 162. (MIRA 16-.8)
1. Kafedra tekhnologii shveynykh izdeliy Moskovskogo tekhno-
logicheskogo instituta legkoy promyshlennosti.