SCIENTIFIC ABSTRACT BORISOV, V. O. - BORISOV, T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206410004-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

B/166/62/000/002/005/008
B112/B104
110 1110V
AUTHORSs Boris Kiv, A. Ye., Niyazova, 0. R.
TITLE- Some features of cadmium sulfide probe characteristics
PERIODICALs Akademiya nauk Uzbekskoy SSR. Izvestiya. Seriya
fiziko-matematicheskikh nauk, no. 2, 1962, 55-58
TEXT: X-ray,probe characteristics.of OdS found empirically are confronted
with the theoretical characteristic expressed in the formula
I(x)/I ~- i',(x (L (In 2 - exp((2F- - 1)/2L )ch((2xo - 1)/2Ld)). (1),
0' 0 d/1) d
where 1 denotes the crystal length, L the half-width of the X-ray probe
1), an& x the coordinate of X-ray probe position.* L is the
0 d
diffusion length, assumed to be the same for holes and electrons. The.
inequality l< L d< 1/0-7 follows from the shape of the characteristics_
as given by (1),. In additiong the temperature and.exposure dependences of
probe charActeristios are investigated. There are 3 figures.
Card 1/2

I II I
I .~, i. I . t/166/62/000/002/005/008
'. Some :featurqs.of cadmium sulfi
I .I de . .16 B112/BI04
A I

BORISOV, V.O.; KIV, A.Ye.; NIYAZOVA, O.R.
Some specific probing characteristics of cadmium sulfide. Izv.
AN Uz. SSSR. Ser. fiz. mat.nauk 6 no.2:55-58 162. (MM 15:9)
1. Akademiya nauk UzSSR.
(Cadmium sulfide-Electric properties)
(X-ra,y crystallography)

J_v~ I ~"~) \1 . IV 'I '-~ -
TOMACHEV, P.I., inzh.; BORISOV, V.P., inzh.
High-temperature furnace made of heat-resistant reinforced
concrete blocks. Stroi.prom. 35 no.9:32-35 no.9:32-35 S 157.
(Furnaces) (141jU 10:10)

BORISOVj V.P.
Designing frames having uniform resistance to banding, TrLdy
W 46;107-112 159o (MIRA 14:2)
(Struotural frames)

11
BORISOV, V.P.
Designing continuous beams having uniform resistance to bending.
Trudy KAI 46:95-105 159. (19RA 14:2)
(Girders)

BORISOV, Vladimir Petrovich;..JaLAMOV, Vladimir Vladimirovich;
KUZNBTSOVA, N.I.. red.; ISHADRINA, U.D., takhn.red.
(Financial work of the factory. plant and local trade union
committee] Finansovaia rabota fabrichnogo, zavodskogo i
mestnogo komitata profsoiuza. Moskva, Izd-vo VTsM Profiz-
dat, 1959. 125 p. (MIRA 13:2)
(Trade UAions--?IvAnce)

. BDRISOV, VlAdimir Petrovich; KHANYKOV, Vladimir Vladimirovich;
SEMENDVIO S.M... red.; SHORINA, N.D., t9khn. red.
. I
JBudget of the factory and plant trada-union committee]
13iudzhet fabrikhno-zavodskogo komiteta. Moskva, Profizdat,
1961. 78 p. (hibliotechka profsoiuznogo aktivista, no.15)
(MIRA 16:3)
(Trade unions-Finance)

BORISO OVAROT A. LI KWUKOVp V.V.; BLOKHINp N.W. y reds; SHAD-
RIHAv N.D. 9 tai;:,.
(Finances of trade unions of the U.S.S.R.; organization and plan-
ning] Finansy professiomllrykh soiuzov SSSR; organizatsiia-i p3AL-
nirovanie. lzd.2,9 parer. i dop. Moskvaq Izd-vo VTsSPS Profisdatl
1961. 199 pe (MIRA 14:8)
1, Moscow. Vysshaya. saocbnays sbkola profdvizheniya,
(Trade unions-Finance)

YURCHENKO.. F.A.; -BORISOV, V.P!_; GORLBASH, A.A.
Effect of iron on the biosynthesis of chlortetracyclinee
Farm. i spirt.prom. 30 no.4:32-34 164- (MIRA -18:12)
1. Kiyevskiy spirtovoy trest (for Yurchpnko). 2. Nemeshayev-
skiy zavod kormovykh antibiotikov (for Borisov, Gorbash).

BORISOV Y.P GORBASH, A.A.
Use of vegetable oils in the production of biomy4n. Spirt.prome 29
no.1:22-23 163. (MI14 16:2)
1. Nemeshayevekiy savod kormovykh antibiotikov.
(Chlortetradycline) (Oils and fats)

BOMOV, V.P.; GORBASH, A.F.
9
Utilization of waste filtrate in the production of antibiotic feeds.
Spirt.prom. 29 m,2:41 163. - (MU 16:3)
1, Nomeshayevskiy zavod kormovykh antibiotikov.
. ."(Feeds) (Was'te products)

YURCHENKO, F.A.; BMISPVJ- V.P6
Substituting ammonium chloride for ammonium nitrate in the
production media of antibiotics for feeds. Spirt.prom. 29 no,4t
28 163. (KMA 16:5)
1. Kiyevskiv spirtotrest.
(Ammonium chloride) (Feeds) (Antibiotics)

BORISOY, V.P.
Effect of rigidity requirements cn the value of the minimum volume of
aystems with given stresses. Trudy KAI no.7716l,-70 163. (I-LIRA 17.-10)

BORISOV, V.P.; GALYUGA, T.N.; GORBASH, A.A.
Biosynthesis of vitamin B12 and its losses in the various stages
of the production of vitaminized biomycin feeds. Ferm. i spirt.
prom. 30 no.1:24-27 164- (MIRA 17:11)
1. Nemeshayevskiy zavod kormovykh antibiotikov.

/ j - f) 't C. !~ 1 11 A
j. w) UI ~ I -N Q V ~ ~ I V- -
. OSMMOV, S.Ya.. kandidat tekhnicheskikh nauk; BORISOVs V.P.i KAPLUN, A.V-,
inzhener.
Superiority of turbine driven for food pumps of electric power
stations. Inergomashinostroonie 3 n0-9:14-18 S '57. (MIRA 10:10)
(Turbines)

BORISOV, V.P., inzh.; TYRYSHKIN, V.G., kand. takhn. nauk
Gas turbine manufacture in Italyc Energomashinostroanie 7
no.2:44,.48 F t6l. (MM 16:7)
(Italy--Gas turbines-Design and construction)

OSHEROV, S.Ya., kand.tekhn.nauk;,BMIS.QV,--XP., inzh.; DERGACH, V.F., inzh.
GTU-15 gas turbine system manufactured by the "Ekonomaizer" factory.
Energomashinostroenie 9 no.8t8-11 Ag 163. (NIRA 16.-8)
(Gas turbines)

BMISOV'-V.P-.'
Using th6 method of given stresses lu-c~ase of a hindered torsion of a
dy KAI Ao.62tl9-29 '161.
caisson. Tru
.1fainje-,Ahe focus method in designing thip-walled structures. Trudy KAI
no.62%81-89 16i. (MIRA l7s2)

;yq
All J
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to'-con
rain- im-m -vol i By n -cioss section, othe paiatoaters
tem of ums v tb* a -of r
tem ta
1/2

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9,-*,~.~ on dii d iesses-
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-are-, red Oat
uced: several ti~ularly'favorable'Jor 'alternating- o
Orig. art. has: I fig ure j_: 1, Aa ble.and formulas,,
-Ins
a 0-- titut (Kazan' Aviation institute),
ASSOCIMION: Xazcnski~ g~va nn7y.
ENCL.- 00 SUB CDM: AS
SU D Mec59
NO PIF wvi,, Oil

BORISOV, V.P.; GALYUGA, T.N.; GOREAS11, A.A.
Device for the control of air sterility in factories of antibiatic
feeds. Spirt. prom. 28 no.6:24-25 .162. (MMA 16:10)
1. Nemeahayevskly zavod kormovykh antiblotikov.

BORISOVPV.P.
%I-
Emergency aid in poisoning with radioacti-m iodine. Yed.
rad. 7 no.]-1:27-31 N'62. (MIRA 16:9)
(IODINE ISOTOFES-TCKICOLOGY)
. (RADIATION-PROTECTIVE AGENTS) (THYROID GIMD)

sovs- -V*-, T.

I
. _i
.-. i
. -- . 1. 1

_4
Ine" CI&A S! 1-01, Mn 0193, Ci 0-93, Nj
at 50DO�10'C., and
Su to'~
'Iznsil~ lmpatlw~.ndin,3, and bending-fatiguo tests,
of.lhi~ Wd vvir,eidlaTly lesAed after anneal.
Tests %vere also carried
put gn er-AiW rjornializedO.460%, C steel annealed at IW-300'C
:,Uc Cr"-p4lAnj:-WIh cbropti-iws Cr.
250, HIS04 2
~cA 50 arnix/dnL3,: ttrnp. 554 C.. A3 the CAbIckaw incrc=d
rom 0..W-0-2 m-n
4ilb-z U.T.~._ of. dFallay steel Wreased
03 t, - -.1 -eased
all korri `10%;-8VA~tbt 646,* C-stctl, cr.#~onj__
y- Lnci
D
kin
fftOlu. f0JO-71 Uihir0aiiA i~ fell LWM 26 to 19'1 (the drop
I , The.thian`m* of the deposit
hzd little &6~t On th~'~Jmpact Strength of tbe alloy 6tcel, but the
Xt d.-Poslicii on the C sictl causeed a 37 % reduction
rsi o~05 Ifini
)n impact slxe~ih~ A furtbtrint.-C= in thki=rs had no effect.
Anuraling M JOV-41)0' C. imorowd haithcr the tensile nor the
impact pibper= Or the! plated sptvirrions. The fadgue, strengths
Alloy~sted sprcIwrw whh Cr dtposits of thicknuab
-20 - --owe ' . -. -0. and 3-4 kg /mnI
0
-x un, ;4 1. 38,8, 36
sai I -OD*, 2UP, 2W. and 3W C., qxcimens
with-01-:min. 29, 26, 37,
j~Md fatigkW UNt.19tht of and
36 k .1
slnvO :rrsp - for deposits &2 injil. thick the val6cl %%VIV
24, ~15. ~`nd 30"
I I _. ip. lividantly the raiiBuo %truength
kgjmw~, Yes C~.
1'. a min for Bpectmem %rmvA,.,d at IOT-_
M, C, Fo th-,j the hjjjj~nrui
_7~

fox 2
7bus
St!'ev.,
in th
r Platini cannal be attribittM io absorbed H for 56%
'Foi Cr deposits 0.2 mm. thick,
-evbw~ al 260, C.
l.Sircn a3 delihninrd-by Babkhcv's method (Trenie 1:
Uhinakh, IM, (8)).is 3-6, 3,3, 3,8, 2-1, 1-7 kg./mm.'
nS !eMP ,4 0", IOW, 2W, 250', and 300' C., reap.
lects of unrcalirig temp. on internal strcss and fatigue
nLi correspo nd. B. nn-I N. attribute this to differewes
*,Ion of the depc4it Ituding- to variations in the traw-
tile in.000 st= frOu tNa cmting te tht basis rtntal.

inzh.; TRZGUBMQ, G.P., inzh.
Automatic line for sheathing weld electrodes. Maehinostroitall
no.9:22-23 S 159. (MIRA 13:2)
(Electrodes)

BORISO'll,t V. S., and VISHENKOV., S. A.
The Effect of Chemical Nickel Plating on the Fatigue Resistance of Parts.
Povysheniye iznosostoykosti i sroka sluzhby mashin. t. 2 (Incresing the 'dear Resistance
and Extending the Service Life of Machines. v. 2) Kiyev, Izd-vo AN UkrSSR, 1960. 290 p.
3,000 copies printed. (Seriest Its: Trudy, t. 2)
Sponsoring Agency: Voesoyunnoye nauchno-tekhnicheskoye obshchestvo mashinostroitellnoy
proVshlennosti. Tsentrallnoye i Kiyevskoye oblastnoye pravleniya. Institut makhaniki
AN UkrSSR.
Editorial Board: Resp. Ed..- B.D. Grozin; Deputy Resp. Ed.: D.A. Draygor; M.P. Braun,
I.D. Faynerman, I.V. Kragel'skiy; Scientific Secretary: M.L. Barabash; Ed. of v.2t
Ya. A. Samokhvalov; Tech, Ed,: N,P, Rakhlina,
Coverave: The collection contains papers presented at the Third Scientific Technical
Conference held in Kiyev in September 1957 on problems of increasing the wear resistance
and extending the service life of machines. The cohference was sponsored by the L~stitut
stroitellnoy mekhaniki AN UkrSSR (Institute of Structural Mechanics of the Acadeny -~
Sciences Ukrainian SSR)., and by the Kiyevskayn oblastnaya organizatsiya nauchno-tel~iches-
kogo obshchestva mash inost roitel I noy pronWshlennosti (Kiyev Regional Organization of the
Scientific Technical Society of the Machine-Building Industry),

2 1R661.
S/1 961/ooo/bio/oo6/b16;
A0o4/A104
AUTHORS: Borisov, V. S..-and Vishenkov, S. A.
T The effect of chomical niakel plating on the fatiAue stribngth of
parts
PERIODICAL: Referativnyy zhurnal.- Mashinostroyeniye, no. 10, 1961; 86, abst-i-act
1OB607 (V sb. "Povysheniye iznosostoykosti i sroka sluzhby mashin.
v. 2", Kiyev, AN UkrSSR, ig6o, 214-219)
TEM The authors present the results of investigeL.Lin: the effect of
chemical nickel plating on the fatigue strength of parts. It is shown that the
chemical nickel plating of steel--specimehs without subsequent heat treatment
practically does not lower the fatigue strength. -In the-tield of limited endurarre
the fatigue strength of nickel-plat4iM,-specimens Is.reduced conpiderably. -After
tempering at 4000C for one hour and ~a nickel coat of 0.03 mm 'on the sides, the
fatigue strength is lowered by 45%. Chemical nickel plating increases the fatigue
strength of the Al-4 aluminum,alloy with a nickel layer thickness of 0.03 mm on
the si des up. to 3~w - N. Savina
[Abstractor's noteg Complete translation]
Card 1/1.

2765o
S7024/61/000/004/008/025
E194/E155
AUTHORS: Bezmenovv V.Ya.9 and Borisov, V.S. (Moscow)
TITLE: A turbulent jet of air heated to 4000 OK
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdaleniye tekhn�cheskikh
nauk, Energetika i avtomatika, 1961, N0.4, pp. 42-45
TEXT: Non-isothermal jets with considerable temperature
gradients which are encountered in boiler furnaces and gas-turbine
combustion chambers have been little studied. Previous work on
the subject, which is briefly reviewed, makes various assumptions
which are still not fully justified experimentally for a wide range
Of ()2/()l where e2 is the air density in the initial part of the
jet and 1), the density of the surrounding medium. The present
work describes investigations on a free submerged Jet of air
heated in an electric arc heater to a temperature :-,- 4000 OK, for
which the density ratio e2/el c 14. The air was de".*vered
tangentially to an electri,~. arc chamber with water-co,.ed
electrodes and was discharged through a hollow electroa with an
internal diameter of 30 mm. The temperature and total pl: 1. sure
were measured at various sections of the jet. The meazure-,-it
Card l/ 6

A turbulznt jet cf &:!.r haa-.sd t,7 40000K S/024/61/ooo/oo4/008/02L
E194/E155
technique is briefly daacrib:ed. -The following notation is used.-
the relative velocity head on the axis of the jet,
P = ()MU2 M/ the relative excess temperature
v = tM CT a. Pigs. 2 and 3 give graphs of p and v
as functions 0 x/d (the distance between the section considered
and the d1scharge from the nozzLe). Cur%res are also given for very
moderate heating when the density ratio is approximately unity.
It will be seen that the distribution of velocity head along the
axis of the jell is not the same when the density ratio is 14 as
when it is unit,
y. Hence one cf the assumpticns made in previous
work is incorre---i. F-49.3 &1so shows a curve plotted by the
following formulaaU b eudu / b edy .3)
0 0
derived by G.N. Abram(-,rith (Ref.2: Teariya turbulentnykh struy
(The Theory of Turbulfl_t4
I. JP-ts), Fizmatgiz, 1960)., It will be
seen that the calculatl.!d length of the initial section is shorter
than is found experime.ta-11y, and the calculated temperature drop
Card 2/ 6

E-765d
. --r
A turbulent jet of air heated to 40000K S/024/61/000/004/008/025
E194/E155
is more rapid than the experimental. The reasons for this are
discussed. The position of the jet boundary was determined in
three ways, giving the results plotted in Fig.4~ where cu-rve (a)
corresponds to formula (3), aurve (6) to the assumption that the
width of the zone of mixing does not depend on the degree of
heating, and (a) to the assumption that the typical velocity is
given by the following expression:
U = eu 2dy / ~b tudy (4)
This expression is recommended by B.F. Glikman (Ref.6: Izv.AN SSSR,
OTN, Energetika i avtomatika, 1959, No.1) for high values of
density ratio. It will be seen that the actual width the jet
lies below the vaiLue given by formula (3) and near to tk.-~ other two
curves. Figs. 5 and 6 give dimensionless velocity distr-JL-,'~ion
U W U/um and excess temperature 0 - (t - ta)/(tm - ta) a
various sections. Curves are also given plotted according to Tie
following formulass
Card 3/ 6

1-, 6 550
A turbulent jet of a:Lr haat~-d t-a 40000K S/024/61/ooo/oo4/oo8/025
E194/E155
Y
U :Z7 i b (5)
m
t ta 'Vr::U---
U- (6)
tm ta Um
It will be seen that expression (5) satisfattorily describes the
velocity distribution, whilst the temperature distribution lies
between the curves of expressions :5) and (6) but nearer to (5).
There are 6 f�gures and 6 referan.--!93 5 Soviet and 1 English.
The English language referente reac.,%-.
Ref.4: Shih Pai. Fluid DynamL~s o!' jets.
D. Van Nostrand Company In:-, N.Y., 1954.
SUBMITTED: February 15, 1961
Card 4/6

S/122/62/000/001/002/005
D221/D304
AUTHOR,. Borisov, V.S~, Candidate of Technical Sciences
TITLE: Endurance of chromium plated crankshafts
M110DICAL: Vestnik mashinostroyeniya, no. 1, 19629 25-28
TE)Cr, Chromium plating may lead to a fall in fatigue strength in some
cases. Various investigations indicate that it is necessary to limit
the above process when the components are subject to cyclic loads. The
author refers also to the experiments of stress concentrators made by
I.V. Kudryavtsev and A.V. Ryabchenkov which demonstrated that the fatigue
strength in undercut specimens decreased less than in plain components.
The author carried out examinations on bending and torsion of plated and
unplated parts made in heat-treated 40.'eh'11A (40KhNMA) steel, where the
cross holes were covered with lead during plating, and then removed.
The fatigue strength on bending did not alter, whereas that on torsion
even increased in the case of plated specimens. Detachable crankshafts
in the same steel were also tested. Their journals'were ground after
Card 1/3

S11 22/6 2/000/001/00 2/005
Endurance of chromium ... D221/D304
plating. One series was plated all over the fillet and oil hole, where-
as the second group - only on the journal itself. The fatigue curves were
plotted with regard to the magnitude of torques and number of load cycles(
The appearance of first cracks determined by the change in work of re~
sonance machines was a signal for the test to stop. Only the rear parts
of the crankshafts were subject to bending. An illustration is given of
the test machine. The above revealed that the fatigue strength is main-
tained when fillets are not plated. It is important to avoid any de...
position on the bending fillets to eliminate the risk of reducing the
strength. The torsional tests were carried out in a special resonance
machine. The plating of the webbs with oil holes did not alter the
fatigue strength on torsion. Unfavorable results were obtained when
crankshafts had 0no plated oil hole spots. Cracks were formed near these
holes and at 45 to the axis of the journal. In the case of units plated
over their fillets and webbs near the oil hole there are two types of
damage; Along the oil cross-hole and on the fillet. This indicates thal
plating of the bending radius is equivalent to the covering of stress
Card 2/3

S/122/62/000/001/002/005
Endurance of chromium D221/D304
concentrators as far as torsional stresses ar"e c)ncerned~ There are
8 figures and 5 references~. 3 Soviet-bloc and 2 zion.-Soviet-bloc.
The references to the English-language publications read as follows,
'Chromium for crankshafts'. Diesel Power, v. 33... no. 8, (1955), 40-43;
II.L, Logar~ National Bureau of Standards, v. 43, no. 2, (1948); 101,120;
VIII.
Card 3/3

~/120/62/000/004/029/047
E039/E420
AUTHORS: Vladimirskiy, V.V Borisov V.S_ Smolyankina, T.G.,
Gorbik, V. K. , Kur~ sev, V.A. ,
Smirnov, V.S.
TITLE: Calculation and construction of pole piece correction
coils in the prcton synchrotron
PERIODICAL: Pribory i tekhnika eksperimenta, no.4, 1962, 153-158
TEXT: 11r#31iminary tentm with model magnets showed that the field
conrigur-aLion required correction at the beginning and end of the
acceleration cycle. Deviations which are constant in time can be
corrected by a small geometrical displacement of the magnet blocks
but transient deviations have to be corrected by coils on the pole
faces. In the present article calculations are made on the form
of these coils. As the radius of curvature-of the magnet is
large by comparison with the chamber dimensions the problem can
be solved for the plane case. In a region limited by two
hyperbolas xy p and a straight line k = 0 the surface
distribution of the currents is determined for the general case.
Suitable positions for the conductors are then selected and the
Card 1/2

S/12o/62/ooo/oo4/029/047
Calculation and construction of ... E039/E420
sum of the magnetic fields produced by these conductors 4-9
calculated on a computer. The construction of the coils is
described in detail. A completely rigid construction is
obtained by embedding the conductors in epoxy-resin. The average
gradient produced by the gradient coils in the region + 3 cm
relative to the equilibrium orbit is -8.01 Oe/cm and-The
nonlinear coils on the edge produce a field H = -316 Oe with a
mean square deviation of 10.8 Oe. The calculated and
experimental values of the fields produced by gradient and
nonlinear coils are compared and show reasonable agreement.
There are 5 figures.
ASSOCIATIONS: Institut teoreticheskoy I eksperimentallnoy fiziki
GKAE (Institute of Theoretical and Experimental
Physics GKAE): Nauchno-issledovatellskiy institut
elektrofizicheskoy apparatury GKAE (Scientific
Research Institute of Electrophysical A:pparatus-GKAE)
SUBMITTED:
March 29, 1962
Card 2/2

BORIS'UVJ V. 30
iii Cno S/120/62/000/004/034/047
- /_ E140/Ehn-0
AUTHORS: Talyzin, A.N., Golldin, L.L., Trokhachev, G.V.,
Hadkevich. I.A., Mozalovskiy, I.A., SokoloVskiy, V.V.,
Kukavadze, G.M., lielozerova L A , Borisov, V.S.,
Byaheva', G.K., Veselov, M.D:, aorya-c-R-O-v, Yum,
TITLE: Investigation and correction of the magnetic
characterintics of'tho proton a"chrotron C-blocks at
small fields
PERIODICAL: Pribory i takhnika ekaporimenta, no.4, 1962, 184-192
TEXT:~ Comparative measurements are made on the C-block3 in the
residual field ( - 35 00) the injection field (47 00) and the
field at the beginning of the acceleration cycle (117 00- The
iron for the magnet blocks was not pro-selocted.. This had no
substantial affect on differences in the dynamic characteristics
of the C-blocks, but the differences in.rosidual field
constituted 4.2%; on the average and reached up to 105.
The moan-squarc deviation of the magnetic induction was 4.25%,
and l.q,- in the injection field, thus exceeding by far the allowable
tolerances. The variations were compensated by shunt resistance&
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s/l2o/62/ooo/oo4/O34/O47
Investigation and correction ... E140/E42O
and by changing the order or the blocks. The present article in
concerned with the measurement of the magnetic field intensity and
its gradient in the residual field, the compensation by
resistances connected across compensation windings, compensation
of C-bl.lcks at injection, with investigation of the dynamic
characteristics. The equilibrium orbit in the s)mchratron has
not yet been studied in detail but it in found that either as
a result of these corrections or the arrangement of the blocks,
the loss of particles in fairly small. There are 7 figures and
I table.
ASSOCIATIONS: Institut tooratichaskoy i okeparimentallnoy fiziki
GKAE (Institute of Theorotical and Experimental
Physics GKAB)
Nauchno-ionledovatallakiy inatitut olaktrofizicheakoy
apparatury GKAE (Scientific Resoarch,Xnatitute
for Eloctrophysical Apparatus GKAE)
SUDMITTEDs March 31, 1962
Card 2/2

h0758
3q S/12o/62/000/004/039/047
E039/E42O
AUTHORS: Borisov, V.S., Golldin, L.L., Goryachav, Yu.M.,
Mi_q~k`ov, ~.., Ryabov, A.P., Skachkov, S.V.,
Talyzin, A.N.
TITLE: Measurement of the basic magnetic characteristics of
the proton synchrotron C-blocks
PERIODICAL: Pribory i tekhnika eksperimenta, no.4, 1962, 2o6-212
TEXT: The ratio of the average field to its gradient
is measured to an accuracy of 0.1% by an absolute method on a
number of C-blocks chosen as standard. A comparison is them made
with the other blocks. The apparatus consists -of three series of
six coils mounted on a marble slab 2 m long and 80 x 27 mm2 cross-
section and is supported on the two geodetic markers on the blocks.
Signals obtained from these coils are proportional to the rate of
change of the magnetic field at the orbital position and the.
difference between the inner and outer coils is proportional to the
rate of.change of the field gradient. Values of B/Vii measured
on three.separate identical coil systems gave the following results:
(1) 68.i9 mm; (2) 68-05 mm; (3) 68.28 msn gIvIng a-mean value of
Card 1/3-

S/120/62/000/004/039/047
Measurement of the basic magnetic ... E039/E420
68-17 MM. The measurement was repeated using a "point" method
with two coils only, one inside and one outside the equivalent
orbit. Values of B/N7 B were made at 19 points in the blocks
and at 8 points between blocks for two coil systems. Comparison
of results shows: average of first method 68.19 mm; first
"point" method value 68.21 mm, second "point" method value
68.40 mm. The high value for the second "point" method is not
accounted for and an average of the first two figures is used in
calculations. The distribution of the dynamic component of the
field and its gradient in the C-blocks and in the gaps between
blocks is measured by a compensation method and the residual field
by means of a rotating coil. For a field of 5000 gauss
V Bgap-- Bxap
0.395 and - = 0.581
'VBblock Bblock
Measurements of the dependence of B/'7B on the induction are
also made* These measurements aid the final choice of the radial
distance between the focusing and defocusing groups of blocks and
Card 2/3

S/120/62/000/004/039/o47
Measurembnt of the basic magnetic ... E039/E420
in determining the basic parameters of the magnetic field.
correction system. There are 8 figures.
ASSOCIATION: Institut teoreticheskoy i eksperimentallnoy fiziki
GKAE (Institute'of Theoretical and Experimental
Physics GKAE)
SUBMITTED: April 11, 1962
Card 3/3'

TALTZIN, A.K.; GOLIDIN, L.L.; TROKHACHEV, G.V.; RADKEVICH, I.A.;
MOZALEVSKIY, I.A.; SOKOLDVSKIY, V.V.; KUKABADZE, G.M.;
BELOZEROVA L A - BORISOV V.S.; BYSHEVA, G.K.; VESOLOV, M.D.;
1 0 OA-ZW,
GORYACHEV, TU.N.
Study and corrective measurements of the magnetic characteris-
tics of S-elements of &prat n synchrotron with low fields.
Prib. i tekh. eksp. 7 no-4-'184-192 J1-Ag 162.
(MIRA 16:4)
1. Institut, teoreticheskvr i eksperimentallnoy fiziki Gosu-
darstvenno,*go komiteta po ispolrzovaniyu atomnoy energii SSSR
i lauchn6-issledovatellaldy institut elektrofizicheskay
apparatuz7 Gosudarstvenndgo Icomiteta po ispollzovaniyu atomnoy
energii SSSR.
(magnetic measurements) (Synchrotron)

14438-61; EW(U)/T IJP(G)
ACC NR: AT6002500 SOUM ME:- M/3139/65/000/362/6001/0012
AIMOR: BiMer~, N. Go- Borisov Dpbeva, Ge Xorotkov, i
K.; Golldini L.Le-p
M. .0, N usov,.Ye. T.;Ud6WW6.-Z. S., Tomov, K.
,ORB: none
TITLE: ~easuremsnt of eLnRton momentum as afunction of acceleration time on the i
synchrotma-at the Institute of We-oretical and Exp2riliental. Ph
-Ysics
SOIMCE: USSR. Gosudarstvennyy komitet po ispoilzovaniyu atomnoy energii. Institut
teoreticheakoy i eksperimentalIncy fiziki. Doklady, no. 362, 1965. Izmereniya za-
visimosti impul'sa protionov sinkhrotrona ITEF ot vremeni. uskoreniya, 1-12
TOPIC TAGS: proton beam, synchrotron, particle physics
ABSTRAM, A beam of particles emitted at an angle of.0.222 rad to the direction of:
incident protion was analyzed by.an SP-12 magnet located 13 m from a polyethylene
target. Positively charged particles deflected by this magnet at an angle of 0.262
,rad reached the detector. The detector count rate was measured as a function of
magnet current. The energy of elastically scattered.protons was used as a basis for
deternining momentum. The measurements were made at four different time intervals
Card 1/2

L 14438-66
ACC HR: AT6002500
Irom the beginning of the acceleration cycle. The following table gives the re-
'sults of these measurements
Results of measurements of proton momentum P
as a function of acceleration time
p(liap/p)d
t in see in bev/c
0.404 2.20 (1 t 0.006)
0.409 2.25 (1 1 0.006)
0.813 4.45 (1 1 0.006)
0.817 4.49 (1 :k 0.006)
~6.35 (1-1 0.006)
1.176
1.420 7.64 (1 1 0.009)
where 6P is the, relative-error.in momentum determinalFlon. The experimental errors
are analyzed and the following formula is given for proton momentum as a function of.
acceleration time: P 0.08 + 5.34 t. Orig. art. has: 6 figures, 1 table, 1
formula.
SUB CODE: 20/ SUBM DATE: 21J.un65/ ORIG REN 00'2/ OTH' REF: 000
~Card- 2/2

MSR/S:-,lid State Physics - Diffusion, Sintering,, E-6
Abst Jouxnali Referat Zhur - Fizzika, No 12, 1956, 3475o
Author: Borisov, V. T.., Jyubov, B. Ya.
Institixtion: None
Title: On the Theory of the Method of Determining the Diffusion Coefficient from
the Boundaries of the Grains of Metals
Original Periodical: Fiz. metallov i metallovedeniye, 1955, 1.. No 2, 289-302
Abstract: Mathematical foundation and a refinement are given for the method of
detwininimg the diffusion coefficient from the boundaries of grains of metals,
based on the Fisher model (Fisher, I. C., Jr. APPI. Pbys., 1951, 22, 74)-
/ V'r / - 1 -

USSR/Crystals. B-5
Abs Jour : Referat Zhur - Khimiya, No 6, 1957, 18305
Author : B.M. Golikov,
Title : Study of Autodiffusion of 0( - Iron.
Orig Pub : Probl. metalloved. i fiz. metallov, sb.4, 1955, 528-542
Abstract : A modification of the absorption method is proposed for
the determination of small autodiffusion factors D.
This modification requires no preliminary determination
of the absorption factor of the V radiation of the radio-
active indicator. The processes taking place in the ac-
tive layer and on the separating boundary layer-sample
are taken into consideration. The form of the absorption
function does not influence the value of I(t) / I(to)
much. It is shown how to take the isotope composition of
the compound into consideration. It was found that with-
in the temperature interval from 650 to 8500, the autodif-
fusion of a~-Fe was described by the equation D = 5.3 x
Card 1/1 - 67 - 102exp(-67100/RT) sm2sec-l.

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r oil. -

Difrusion. Sintering E-6
Category : USS4Solid State Physics 7
Abs Jour : Ref Zhur -Fizika, No 1, 1957,110 1246
Author : Borisov V. T., Golikov, V.M.
Inst : -Fje_n~;~r;j S~cj;;t fie-Research Inst. for Ferrous Metallurgy, USSR
Title : On the Theory of the Radiography Method for the Measurement of Diffusion
Parameters.
Orig Pub :Zavod. laboratoriya, 1956, 22, No 2, 178-188
I
Abstract :A mathematical analysis is given for certain laws of diffusion near the
separation boundary between two grains. The results are employed to pro-
cess experimental data previously published, obtained by using radiography
and m6llographic etching methods in the study of diffusion through the
grain boundaries of metals.
/)'Ie 7-(, P" e -s Y S Ij
Card 1/1

~0:1ISOV, V. T., GOLIKOV., V. MI., LYLMOV, B. I. and SHICIE-MID111:13KIY
I
"Study of diffusion olong the metal grain boundaries," a paper
submitted at the International Conference on Rodioisotol-es ir. Scientific
I
R
esearch, Poris, 9-40 SeP 57-

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4;, ti'. if,t
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frtqiti Lhu CIAZA ai JUA tw
0'-.~ ~ttll"Icwz antivati.-I it; sWltrlvtV-L fur aq
th~ ~wthod 6- %,A r'~Jwm' Lmy
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pllolwi W 1111k, qunkwiL"i-
raphic 01.1a. ~ztath)
J~Y

SOV/1 -57 - 1 - i 5 17
Translation from- Referativayv zhurnal- Met-allurgiva, IQ;Q; Nr 1: p 202 '.USSR).
AUTHORS: Borisov, V. T., Golikov, V. M., Shcherbedinsk,,V, G, V.
TITLE- Investigation of Boundary and Volumetric Dffusion Processes by the
Methodlof Absorption of Beta-radiation (0~ izuchenu pogran3chnov
i ob"yernnoy diffuzii metodom pogloshcheniva P-3zlucheniva,
PERIODICAL: Sb. tr. In-t metalloved- i fiz. metallov- Tsew r. n.- 1. -n-ta
chernoy metallurgii, 1958, Vol 5. pp 383-396
ABSTRACT: A description of experimental apparatus employing radioactive
isotopes in studying grain-boundary diffusion processes by the
radiation- absorption rnethod- T he specmen is maintained n an Ar
atmosphere and is heated by means of an alternal)ng cur?-ent passing
through it. An Al filter of a thickness of 104 is placed between the
specimen and the radiation counter. A method perrn4T-ting the deter-
mination of the coefficient of absorption of P- Tadation is presented.
The design of an apparatus capable of depos~lme a radioactive layer
by means of spraying is described, and a meih~d for the determina-
tion of the thickness of the layer is given.
Card I/ I M. G.

15'e., "'c I -~ 0 V 1/11 / ,
GRUZIN) F. L., FRANTSMCH, I. N., ZHUKHOVITSKIY, A. A., BORISOV, V. T.,
and 13ORSHTEIM, S. Z.
"Concerning the Diffusion and Electric Transmission of Carbon in IrQn and its
'A'llo.vs t.
report presented at the UNESCO Conference on the Utilization of Radioactive Tsotopes
in Scientific Research, Paris, 9-20 Sept 1957.
Vestnik AN SSM,, 19,58, v. 28, No. 1, PP. 71-78. (author, Vinogradov, A. P.)

5M SOY/32-25-9-14/53
AUTHORS: Borisov, V. To., Golikovf V. M.p Shcherbedinakiy, G. V.
TITLE: On the Determination of the Diffusion-Coefficients in
Polycrystals From Concentration Curves
PERIODICAL: Zavodskaya laboratoriya, 19599 Vol 259 Nr 9t PP 1070-1072 (USSR)
ABSTRACT: Only qualitative evaluations of the experimental results
obtained can'be made since there is no theory as to the
influence of the grain boundary on the form of the concentration
curves which are obtained with the different variants of the
layer analysis method. The present paper describes a method for
the determination of the coefficients of the spatial diffusion
D and boundary diffusion D, from the curves of the r-radio-
activity of the residue. The method may be used in such cases,
where -radioactive isotopes are used in testing, and the
concentration on the surface of the sample is constant during
diffusion tempering. By using the scheme of a polyorystal
described in a previous paper (Ref 1), equation (1) for the
determination of the concentrate of the diffusing element is
given. The solution of (1) results according to a suggestion by
Card 1/2

On the Determination of the Diffusion-Coefficients in SOV/32-25-9-14/53
Polyorystals From Concentration Curves
Whipple (Ref 2) and the integral radioactivity of the residue
is determined according to equation (4). Diagrams are given
which were obtained according to the method of the layer removal
in the ~ny,-stigation of the autodiffusion of Fe in the alloy
Fe-Ni-C by using the isotope Pe59 at 9000, and a tempering
duration of 37-7 hours. There are I figure and 2 references#
1 of which is Soviet.
ASSOCIATION: Tsentralinyy nauchno-issledovatellskiy institut chernoy
metallurgii (Central Scientific Research Institute of Feri~&ae
Metallurgy)
Card 2/2

5(40
AUTHORS: Borisov, V. T., Golikov, V. mop SOV/20-125-4-26/74
She _e_r_FeM_n_sFiy, G. V.
TITLE; The Influence of the Consequences of a Phase Tranwrormation
Upon Diffusion (Vliyaniye posledstviy fazovogo prevrashcheniya
na diffuziyu)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 125P Nr 4, PP 786-789
(USSR)
ABSTRACT: Several papers (Refs 1,2) dealt with the influence exercised
by the separating surfacesupon the diffusion rate. According
to the results obtained by these investigations diffusion is
accelerated if the grains of the polycrystal were crushed by
a preceding phase transformation.'The present paper intends
to carry out a detailed investigation of this phenomenon. The
test object used was an iron-nickel alloy; Wi 27-9 %; Si 0.02 %;
vestiges of manganese; S 0.01 %; P-vestiges; Al 0.02 %;
Cu-vestiges; Fe - the remainder. This alloy was chosen because
at room temperature it may be either in the state with austenite
structure or in that of martensite structure. In the alloy
chosen inihis case it is Possible to investigate diffusion in
Card 1/4 austenite with a varying number of intergranular separating

The Influence of the Consequences of a Phase .90V/20-125-4-26/74
Transformation Upon Diffusion
surfaces. The investigations were carried out by means of the
absorption method (Ref 3) with the radioactive iron isotope
Fe59 serving as diffusing element. For the purpose of deter-
mining the diffusion coefficients in the interior and on the
boundaries of the grain's the kinetic curve is necessary - the
dependence of the integral radioactivity of the sample on the
duration of diffusion-annealing. The saAples of the alloy.to
be investigated were annealed for 3 hours at 1#2000 in order
to homogenize them. Immediately after annealing one of the
series of samples was immerged in liquid nitrogen for the
purpose of producing a martensite structure in them. The other
sample retained its austenite structure. After this preliminary
treatment a layer of pe59 was sprayed on to the samples of
both series in a vacuum, and the samples were then subjected
to diffusion Annealing in a temperature interval of from
700-1,2000. A diagram shows the original kinetic curves, which
had been plotted with their original martensite- and austenite-
structure. The radioactivity of thesomple subjected to marten-
Card 2/4 site transformation decreases considerably more slowly than

The Influence of the Consequences of a Phase SOV/20-125-4-26/74
Transformation Upon Diffusion
that of a sample which had an austenite structure in the initial
state. All curves plotted within the temperature interval of
from 1,200-8000 are of this charact6T. However, at 7000 the
activity of a eample-that had a martensite structure before
annealing decreases more rapidly than that of an austenite
sample.'According to the results obtained by these investiga-
tions thereis, within a wide interval.s. difference in the
diffusion r&te of iroa in the samples of an iron-nickel alloy
with different pre-treatment. At high temperatures the diffusion
coefficients for the samples of both seri6s are practically
in agreement. Various possibilities of.explaining these
phenomena are briefly discussed. According to the authozel
opinion, it is most probable that diffusion -is slowed down
at the separating boundaries which are arranged perpendicular
to the front of the diffusion. The authors thank Academician
G. V. Kurdyumovfor suggesting that this investigation be
carried out. There are 3 f',~ures and 5 Soviet references.
ASSOCIATIORt Tsentraltnyy nauchno-isaledovatellskiy irrartitut chernoy
Card 3/4 metallurgii (Centra'l Scientific Resurch ]zt1tdedf Ferrots-Metailurgy)

s/i26/61/011/005/008/015
9073/E535
AUTHORS: Borisov, V.T., Golikov, V.M. and Shcherbedinskiy, G.v.
TITLE- The Effect of a Separation Boundary on Diffusion in
Metals
PERIODICAL: Fizika metallov i metallovedeniye, 1961, Vol.11, No.5,
pp-709-713
TEXTz It is well knoicn:that the diffusion properties (Ref.lz
P. L. Gruzin, E.V. Kuznetsov, G.V. Kurdyumov, DAN SSSR, 1953, 93,
No.6) and other properties (Ref.2: Golovehiner, Ya,M., Tyapkinju.D.,
DAN SSSR, 1953. 932 No.1; Ref.39 Sadovslciy, V.D., Malyshev, K.A.,
Sazonov, B.G. "Thermally induced transformations in steel") of
austenite after a y-,)-(x--*y transformation differ from the
properties of austenite whi.ch has not undergone this transformation.
These differences may remain up to temperatures considerably in
excess of the temperature of the reverse Cx-4y transformation. As a
result of these transformations, new separation boundaries appear
within the austenite grains and are, in fact, the boundaries of the
original martensite crystals. The present authors have investigated
the effect of separation boundaries within the austenite grains on
Card 14

IVISYNY, B.A.-,RLLASHOY, B.Y.. kandldat.tokhnichookikh nauk-, reteenzent;
MRIiONOV, I.I.. Inshener, reteenzent;.BMS'OT, -' S.V,~, inzhener,
rodaktorg MOIRLI. B.I., tekhnichookly rodaktor'.
[Ifes%ing machines and instruments] Ispyta.tellzqe mashizq i pribory.
I~ookva, Gos.n&nchno-tekhn.lzd-vo maihinostroiiolit-rri X957. 350 Po
z(4esting machines) MIA 10:4)

SOBOLN7, N.D., BORISOV, S.V.
Attachment to a tensile machine for tests at hight
temperatures and In a vacuum. Zav.lab. 26 no.7:677-87Q
160. (MIR& 13:-()
1. Moskovskiy inzhenerno-flzicheskiy InBtitut.
(Testing machines)

BMSOV, S.V. inzhener; RAGULIN, G.I., inzhener.
High-pressure mercury lamps with corrected chromaticity. 5vetotakhnika
3 no.2:1-4 7 157. WaA 10: 3)
1. Hoskovskiy alektrolampovyy zavod.
(Blectric lighting, Mercury-vapor)

SOV/70-3-1-17/26
AUTHORS: P.V* and Belov, N.V.
TITIN: A Graphical Method for Solving the Fundamental Harker-
Kasper Inequalities (Graficheskiy metod resheniya
osnovn,ykh neravenstv KbLarkera-Kaspera)
PERIODICAL: Kristallografiya, 1958, Vol 3, Nr 1~' pp 90-92 (USSR)
ABSTRACT: The most powerful inequality relating the--absolute
unitary structure amplitudes is:
(U UK) 2 :!~ - -
H � (1 + UH+K)(1 + UH-K)
This leads to a relationship between the signs of
SH+K = 9.H-SX and SH_K = SH-SK . The examination of
all quartets of reflections is a long process and can
be facilA~ated by suitable graphs. If (UH � UK) is
denoted by 2 and (- � and (1 + UH
I UH+K) - _K) by x
and y , respectively, then the inequality is E 2< xy
which takes the form of hyperbolae for the case oi`~"
equivalence. Lines of constant Yj are drawn out on two
graphs (each with U H-K . as absciszae and UH+K as
Cardl/3 ordinates) one. with !values of 9 greater than 1 and

SOV/70-3-1-17/26
A Graphical Method for Solving the Fundame.ntal Harker-Kasper
Inequalities
the other with values less than 1 The graphs are then
divided into four regions: a) where SH-K = SH-SK
obtains; b) where SH+K = SH.SK obtains;
c) where neither obtains and ab) where both are true.
These can be overlaid with weighted reciprocal nets. It
can be seen that the most effective inequalities will be
obtained when three of the amplitudes selected are large
and the fourth small. For values of Z near to 1 the
inequalities will also be effective, for a pair UH+K
and U H-K of the order of 0-15 to 0.20. There are
figures and 7 references, 5 of which are Soviet and
2 English.
Card 2/3

SOV/70-3-1-17/26
A Gr~aphical Method for Solving the Fundamental Harker-Kasper
Inequalities
ASSOCIATION: InBtitut kristallografii AN SSSR
(Institute of Crystallography of the Ac.Sc.USSR)
SUBMITTED: November 25, 195?
Card 3/3

~0-3-3-2/36
AUTHORS: Borisov, S.V., Golovachev, V.P. and Belov, N.V.
.-TITLE: '_OM~e 'Arbiirary Allocation of Signs in Direct Methods of
Determining Crystal Structures (0 proizvollno zadavayemykh
znakakh pri pryamykh sposobakh rasshifrovki luistallich-
eskikh struktur)
PERIODICAL: Kristallografiya, 1958, Vol 3, Nr 3, pp 269 - 2?6
(USSR)
ABSTRACT: The limiting conditions on the arbitrarily allocated
signs of three-structure amplitudes which are connected with
the use of the direct methods of analysis are worked out and
tabulated for all symmetries except inversion. The equivalent
groups of centres of symmetry are listed for the seven crystal
systems with lattices of the P, C, I and F types and
under the headings of the Bravais lattices, the equivalent
centres for the tabulated forms of the structure factors, the
groupings of the different classes of reflections, the number
of arbitrarily assignable signs and the types of reflections
for which it is not permissible to allocate signs arbitrarily
are tabulated. The same types of information are also given
for the plane groups. Such data is not available elsewhere in
organised form. There are 6 figures, 3 tables and 8 references,
Cardl/2 I of which is Soviet and 7 English.

70-3-3-2/36
On the Arbitrary Allocation of Signs in Direct Methods of Determining
Prystal Structures
ASSOCIATION: Institut kristallOgrafii AN SSSR
(Institute of Crystallography)Ae.Sc. USSR)
SUBMITTED: March 14, 1958.
Card 2/2

AUTHORS:. i ~ --S.V. and Golovachev, V.P. 70-3-3-31/36
jj~ v _
TITLE: On Makin- More Precise Measurements of the Effective
0
Camera Radius in X-ray Diffraction Photographs (Ob
utochnenii radiusa kamery po rentgenogrammam)
PERIODICAL: Kristallografiya, 1958, Vol 3, Er 3, PP 384 - 385
(USSR).
ABSTRACT: Successive orders of the same reflection o-- the same
reflection with several wavelengths are used in this method.
The ratio between the sines of the true Bragg angles is then
a simple fraction or the ratio of the wavelengths. If the
radius of the cassette is in doubt then the constant of pro-
portionality for E) is not kn9wn exactly. If c = 90/-,-,R
and co = c(l + h) then sin (1 + h)f-+., =.k sin(l + h) H 2
which can be solved for c 0 An analogous equation is given
for a plane cassette. A diagram is given to show how the
equations can be solved graphically. The method requires no
special arrangements but its accuracy does not exceed that
of any other method (asymmetric film, internal standard sub-
stance, etc.), being about 1%.
Card 1 2 ere is figure.

70-3-3-3~/31
. , d,
On Making More Precise Measurements of the Effective Camera a us
' in X-ray Diffraction Photographs
ASSOCIATION: Gor'kovskiy gosudarstvennyy universitet
(Gortkiy State University)
SUBMITTED: February 14, 1958
Card 2/2

ILYMIN, V-V--; BORISOV. S.V.
Qmutitative evaluations of the maximum of the three-dimensional
Paterson function* Zhur. strakt. khim. 1 no.10(~-85 Nv-je 160.
(HIRA 13: 8)
1. Institut kristallografit AN SSE& I Institut neorganicheakoy
WWi Sib irdcogo otdeleniya AN SSS3L
(Crietallograpbr, Mathematical)

2J740 -
S10891611010100610051011
117 0 Ljl B136IB201
kUTHORSt Fridman. Ya. B., Sobolev, N. D., Borisov, S. V. Yegorov,
V. I., Konoplenko, V. P., Morozov, Ye. M. Shapovalov, L.A.
and Sho rr , B. F.
TITLIt Some problems of thermal strength in reactor construction
PERIODICkLi Atomnaya energiya, Y. 10, no, 6, 1961, 6o6 - 619
TEXTs The general idea of the failure of.thermal strength includes two
typee.of fracturet the gradual (suberitioal) fracture as d consequence
of an extreme deformation or of a great numb*r,of cracks or of large-size&
cracks; causes and manifestations of those fractures are discussed, and
the loss of elastic or plastic strength on the passage through the critic-
al state. Either type of-fracture may be brought about by four causes
of stress% 1, mechanical.or thermal shook.stroBses;. 2, brief static loads
fox some minutes or hourej 3, static loads.for some months or yearsi 4,
periodic loads. Fig. I presents examples in the variation of elastic and
plastic conditions in a tube, and a fictitious elastic tension is shown
to arise In the plastic zone (daBhed line)o while the forms of mechanical
Card 1/9

40
S/089/61/010/006/005/oil
Some problems of thermal strength ... B136/B201
and thermal stresa are intercompared in Fig. 4. Creep arises in nonuni-
formly heated structural elements9 and cracks appear as a consequence of
plastic deformation, particularly with materials having a low plasticity
at room temperature. For calculating the creeping process the assumption
is made on the basis of the oreep theory that there is a functional
relationship between the rate of creep v,, the instantaneous stressfK,
i
the temperature T, the timeT, and the plastic deformation P, namaly,
-d': %
v V Here, P v,dE, v T); P.-f,,((-JiT). Th*e thermal
i i~"P 0
fatigue fracture has much in common with the mechanical one. It can be
therefore determined from the knovn mechanical properties of a material.
WhereaB9 however, the thermal fracture appears i0ready after 103-104 cyclesj
7 8
the mechanical. one takes 10 _10 cycles to appear. A characteristic feature
of tIl-k-the.rmal fracture. is the local deformation in zones with a particularly
1&rga taxperatura difference also in homogeneous fields of stress. This is
also'related to the appearance of high microstresses (Table 3). For sudden
thermal shocks the temperature jump giving rise to a brittle fracture may
Card 2/9

23740
S/089 61/010/006/005/011
Some problems of thermal strength ... B136 B201
be estimated by an equation. Of importance in the practice, however, is
the creep character and the durability of the material under combined
mechanical and nonsteady thermal loads. Experimental results are illu-
strated in Fig. 9, where the curves of variation of length-versus-time
(scale 400:1) are compared with the cyclic temperature curve II and the
thermal and elastic deformation III. As opposed to combined stress con-
ditions, in which the strain-stress characteristic concerned is worsened
with increased temperatures, stresses in case of a purely thermal stress
are of a thermal origin and lead to bulging of structural elements in the
hot zones, without, however, causing their breakdown. The micromechanic-
al properties were checked in two ways. The principle of. the second is
illustrated in Fig. 1~, while the results of the former - for static.
elong~.tions and at 1400 - 15000C in vacuum or in a controlled atmosphere,
are presented in Fig. 12. In Fig. 13, 1 denotes the sample wi 'th A cross
section of 2X I or 3 X 1 mm, that is placed in a groove milled out from
block 2. The pressure is yielded by stamp 3 made of tungsten briquettes'
4. The resulting breakdown is indicated over co-ntact 7. There are 13
figures, 3 tables, and 39 referencesi 27 Soviet-bloc and 12 non-Soviet-
bloc. The three most recent references to English-language publications
Card 319

SIOS91611cy 006/005/011
PO
Some problems of thermal strength ... B136/3201
read as followei Fracture, Now York, Wiley and Sons, 1959; E. Sternbery,
1. Chakravorty, Quart. Appl. Math., 17, no. 2, 205 (1959); E. Glenny et
al. J. Inst. Metals, May (1959). -
SUBMITTEDt September 19, 1960
Legend to Fig. 1: Distribution
of axial stresses and enlargement
of the plastic zone in a thick-
walled tube with various temperaturc
jwips: r - radius of an arbitrary
point; a - inner radius
Card 4/9

BMISOV, SaV.; MWV, N.V.p akademik
"talline structure of simpeonite A14Ta3(b(FJ, OH). DAL
AN SWR 147 no.3:683-6% N 162. (MMA 15:12)
(Simpeonite)

ILYUHIV) V.V.;.,BORISOV, S.V.
Quantitative evaluation of the maxiz=s of the two-dimensional
Paterson function (method of integral characteristics). Zhur.
strukt.khim. 4 no.4:602-609 J1-Ag 163. NIRA 16:9)
1. Institut kristallografii JUI SSSR i Institut neorganicheskoy
khimii Sibirsko o otdeleniya AX SSSR, Novosibirsk.
fCrystallography, Mathematical)

BORISOV, S.V.; KMTSOVA~..~.F.
I - I -- -- il---
Crystal structure of -IR-Sr-apatite. Zhur.strukt.khim. 4 no-4:629-631
Jl-Ag 163. (NIRA 16:9)
1. Institut neorganicheskoy khimii Sibirskego otdoleniya fiINT SSSR,
Novosibirsk.
(Apatite) (Strontium) (Rare earths) (Crystallography)

ACCESSION N11: AP4039392 S/0070/64/009/003/0330/0334
AUTHOWS: Brusentsev, Fe A.; sov, S. ve
TITLE: Diacrimination of crystal structure from a set of Patterson peaks by means
of a computer
SOURCE: Kristallografiya, v. 9, no- 3, 19614, 330-334
TOPIC TAGS: computer programming, crystal sLrueture, Patterson function,
simpsonite
ABSTPACT: One of the principal tasks in deciphering the Patterson function is a
solution of the problem concerning the distribution of N atoms for 14 possible sites
(14" N) by peaks of the Patterson function or by maxima when minimizing Ule function.
The authors propose a program that offers a very simple approach to ',he solution of
this problem, permitting a check on unnecessary peaks by means of ccmparing the
divergence factors. This simplification , which greatly facilitate-3 and accelerates
programming, does not permit determination of some other structural properties,
such as synnetry. The procedure involves: computation of the divergence factor R
successively for M structural variant3 with n known atoms, choosing one of these
with a minimal value of divergence. The coordinates of the peak corresponding to
Card 1/2

ACCFSSTON NIZi APh039392
this varianb apply to the (n+1 ')st atom. Considering that the structure now consists
of (n+l) aLoms, one sceks the (n+2)nd atom. In this procedure, R may be computed
either from all M peaks or only from the remaining (M-1) peaks. The procedure is
continued till the positions of all 0,.,-n) atoms of the given structure are defined.
It is noted that (in setting up the program) a definite niunber of unknown kinds of
atoms and a definite number of unknown atoms of each kind are assumcd. 2he kind of
atom is determined by its atomic number. The divergence factor may be written for
only selected atoms, for only those atoms having a value of R that differs by no
more than some predetermined value needed for tne solution, or for all atoias. The
latter two are useful when the R factors for different peaks are nearly the same
and when the computer, because of experimental errors, may select the wrong peaks.
A program was set up to test this procedure for the structure of simpsonite and
gave good results. Orig. art. has: 1 table and 2 formulas.
I
ASSOGIATION; Institut neorganicheskoy khimii Sibirskogo otdeleniya AN SSSR
(Institute of Inorganic Chemistry, Siberian Department, AN SSSR)
SUBMITTED: 21Jun63
ENGLt 00
SUB CODE: SS, DP NO REF SOV: 008 OTHER: 005
Card 2/2

BORISOV) S.V.; 1311USENTSEV, F.A.; K1,FVTSOVA, R.F.; BEIM, N.V., akademik
Crystal structure of creedite Ca3Al2(F,O11)j0S04.2ff20. Dokl.
AN SSSR 155 no. 5:1082-1084 Ap 164. (M, IRA 17: 5)
1. Inotitut neorganicheakoy khimii Sibirskogo otdeleniya AN
SSSR.

BRTJSEIrrSEV, P.A.; BORISOV. S.V,
Determining the crystalline structure from a set of Pattersonfs
peaks by means of a computere Kriistallografiia 9 no.3-330-
334 Vq-Je 164. (MIRA 17j6)
1. Institut neorganichookoy khimli Sibirskago otdeleniya
AN SSSR.

BORISOV, S.V.; KILEVTSOVA, R.F.; BELOV. TI.V., akademik
I
Crystalline texture of nuklQnskovite* NaMg[S04'j(nH)-2H2P.
Dokl. AN SSSR 158 no.l.,316-118 s-6 64 M'lk 17:8)
1. Institut neorganicheskoy khimil Sibirskogo otdeleriya
All SSSR.

~r

BRUSEII A,; BOUSCjV, S. V. T.
Def-ini-no, more accun-t- iy the r:ryst~-j Lll~-2 d I
".nH) .1 -Lr. atnaki- no. -!---,7-570
ca'A ;a F. C So .213-0. ZtA .. - h- c ,
JI.-Ag 2( 165 10 4 , ~L 011TRA 1.9.1)
a
1. Instilait neorganicheskey khllr.4 3 Si c i e 1 t~zn '- -., ~. - ~' 5
g. Novosibirsk. Subnitted June 22, 1962,

BAKAKIN, V.V.,- GAGARIVSKIY, Yu.V.; !K)IUS(V, S-V-; G---;
DTJRAS(jVA, S.A.
Certain crystal chemical features of hydrated uram-l"I 'k-'e-traflueride
of cubical fom. Zhur. strukt. khJjn. 6 no. 42562-566 Jl-Aar, 165
NTRA 19:1)
1. InstAtut ne-organicheskoy khimii Sibirskogo otdalcniya AN' SSSR,
g. Novosibirsk. SuInitted Aagust 24, 1964.

BORISOV, !L~i,-SLNTSEW) F.".
14mrs %ocurate definition oJT' the sti-artura of "uklormkcv-1'
Zhur.strukt.khimo 6 no,5:788-790 S-0, 4;5,
:L8t22)
1. irstitut nearganicheskoy kbimij Sibirakcgo ot-de-leniya
AR SF5"Rqg. Novosibirak. Suhmitted April 249 1965.

4147Y~4 17 Vj' 17'w tt. j / v ; 11, j Z k
ACC NN A.P6019023 ct~) SOURCE CODE:
UR/0032/66/032/001/0089/0091
AUTHORS:- Borisov, S. V,; Yakovlev, V. V. 5-
ORG: Moscow Engineering Physics Institute (Mosk vnkiy inzhonerno-fizicheskiy
ins t it-uv- -
TITLE: A method for estimating the plastici kand strength of low-plasticity
materials
SOURCE: Zavodskaya laboratoriya, v. 32, no. 1, 1966, 89-0,1
TOPIC TAGS: plasticity, compressive strength, alloy, cast iron, beryllium, graphite,
plastic, hydraulic device, hydrostatic pressure / V016 alloy
ABSTRACT: A method of estimating the plasticity and strength of low-plasticity
materials is proposed. The method was developed because, as a rule, the estiTmtos
of mechanical properties from tensile tests cannot b~) applied to low-plasticity
materials. The method is based on indentation of a flat specimen with a spherical
I
punch. T 8 sp imen is placedzIn a support v.~Jh a depression. Specimens of p216'stic,
5 P N IL, I -,
_Rr_mi~Ltell Y96 ftloy, cast iron, and beryllium ere tested. The breaking loads Of
these materials were 3000, 700, 20 O0_0_,_9M-l0 000, 8100, and 9200 kg, respectively.
The testing creates stressed-state zones: soft (hydrostatic stress) in tbo upper
part, and hard (plane dofonmtion) in the lower part. Analyals of the toot results
Card 112- UDC: 620.17

ACC NR: AP6019023
should take into acaount that, for materiala similar in strength, breakinge with
a larger hole correspond to highor plastioity, Orig. art. has; I formula, I table
2 diagrams, and 1 photograph.
SUB COIE:1120/ SUBM DATE: none/ ORIG REF: 001

AP6037035 SOURC:0 CODE: -UR/0085/66/000/012/0026/6027
AUTHOR:- Borisov, T.
ORG: none
TITLE: Space probes of life on Mars
SOURCE: Kryllya rodiny, no. 12, 1966, 26-27
TOPIC TAGS: Mars planet, soft landing spacecraft, space probe, space biology,
spacecraft, space research facility/Mars 1, Mariner 4 spaceship, Voyager
spaceship
ABSTRACT: Based on past and current scientific research, the possibility is
discussed of the existence of various forms of life on Mars, and of the probable
future discoveries by space probes now planned. Achievements are discussed of
"Mars-l", "Mariner-4", and present work being carried out in connection with
an automatic biological laboratory for finding life on Mars, which is to be installed
on the "Voyager" spaceship to effect a soft landing on Mars in the seventies, The
utility of the research planned and the various means of ascertaining the presence
of microbiology are analyzed. Orig. art. has: I figure. [GCI
m I / I SUB CODE: 03. 06. 22/SUBM DATE: none/