SCIENTIFIC ABSTRACT BORISOV, B. K. - BORISOV, D. G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206330005-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ACC NRs AP6008270
TA~~LE I
Stability of polyester resi PN-lNbLfter exposure to various oxidants
for 100 days
Oxidant Concentration Indices of stability
M Corrosion Bend* strength
Ir
2 cm
g/m -hour (kg/
Sulfuric acid
Nitric acid
Nitric acid vapors
Hydrogen peroxide:
liquid phase
gas phase
1 -0.97
15 -1.14
33 -1.45
60 Destroyed
80 It
96 It
1 -0.99
is +0.93
30 +1.323
56 Destroyed
1.55 mg/l
10 -1.37
10 -0.587
351
373
497
Destroyed
11
I It
474
240
204
Destroyed
104
265
Card 3/4

ACC NR: AP6008270
Potassium hypochlorite:
liquid phase 10
gas phase 10
Destroyed 212
+0.222 325
Note: The symbol means loss of weight, means gaindn weight of 1 x 1 x 3 an
specimen.
SUB CODE: 07,11/
SUBM DATE: 2lNov64/ 'ORIG REF: 002/
OTH REF: 003.
C.rd 4/4

EWT(d)/W(M)/EiP(4)/T/EWP(t)/WP(k)/BIP(h)[94P b)/3fPM/34A(c) JD/W
L 3274-66
ACC NRs AP5025609 UR/0135/65/000/010/0012/0014
621.791.75:621.078
1_5
AUTHOR: Borisov, B. K. (Engineer); Volchenko, V. N. (Candidate of technical scieI4
T-MR: Automatic control.of argon-arc welding based on standard contactleas modules
SOURCE: Svarochnoye prolAzodstvo, no. 10, 1965, 12-14
TOPIC TAGS*. argon, arc welding automatic welding, control system, element,
welding equipment
ABSTRACT: The authors recommen&standard modular elements of welding control sys-
tems based on contactless elements -- logic tubes with a TKh8d type cathode. Such
standard elements or modules which find application in many welding systems are:
memory cells, time relays, arc indicators,,power amplifiers, etc. By'way of an
example, a programmed-confrol system for single-pass welding is discussed. The se-
quence of program d operations in this case is:. the startin signal is supplied
to the memory cell which, via a power amplifier, triggers the valve admitting argon
to the welding zone and, 10 aec later, ignites the arc and triggers the arc indica-
tor. The nodules are of a block-shaped design, convenient to assemble and disassemble
in accordance with space requirement-s. These standard modules way be combined into'
a single so-called universal nodule which at present is used in experimental welding
equipment. The use of centactless elements and the modular principle of assembling
1/2
Card

-~Mll- 41815' %% awl- IMI-Offi- W~-~

L 10021-67 Ewr(d)/EwP(v)Awp(k)./EWP(h)/EW(J) IJP (c) B B/GG
UR/0105/66/000/007/005Z/0055
ACC NR: Ap6o23612 SOURCE CODE
AUTHOR: Borisov, B. K. (Moscow); Popov# Pe I* (Moscow)
ORG: none
U
TITLE: Universal mip4mlLior constructing logic units in autpmatic control systems
SOURCE: Elektrichestvo,' no. 7, 1966, 52-55 10
TOPIC TAGS: logic design, logic element,
automatic control system off
r
03
ABSTRACT: To enhance the reliability of automatic 1001
Ra 07
C
control systems, a universal module based on a do
05 60
Soviet-made TCh8G cold-cathode tube is suggested. 34o
..e 0
..W Zo
R
By making suitable connections to such a module Ri
i C1
(see figure) two dozen logic functions are obtainable. C.1 ca I
a
All components are embedded in a plastic which can
operate in the -60 + 90C interval; the tube glow is
Card 1/2 uDc: 6z - 523. 8

L 10021-67
ACC NR: AP6023612
~visible through the plastic. The use of the module in the AND-gate, OR-gate,
~memory, etc. , is illustrated. Module data: anode voltage, 300 v; anode currentp-~
1 ma; input signal, 120 v; output signal, 160 v; control-pulse duration, 60 A sec;
:mimmum input, 40 rt w; minimum output, 0. 16 w; weight, 27 g. Orig. art. has:
110 figures and 6 formulas.
'SUB CODE. 09 SUBM DATE: 29Jun65 ORIG REF; 003

.~RISO~V,B.L. . dots.,, karAb tekhn. nauk; LYUBOVICH, Yu.O., dots..,
red,
(Socialist labor contracts] Sotsialistiche8kii trudovoi dogovor;
posobie po karau "Sovetakoe administrativnoo grazhdanskoe i tru-
dovoe pravo." Moskva, Zaocbnyi in-t sovetakoi tor v1i, 1959.
37 p. MA 16,4)
1. Zaveduyushehiy kafedroy otraslevykh ekonomik i prava za-
ochnogo inatituta Sovetskoy torgovli (for Iyubovich).
(Labor contract)

BORISQV. BORIS LEONIDOVICH W6
108
MESTNM ORGANY GOSUDARSTVENNOY VLASTI YEEVROFEYSETRH B7
sTRAN NARODNOY D&OKRATIl IWAL ORGANS OF THE STATE AUTHORITY OF
EUROPEAN COUN7RIES OF THE PEOPLES DEVOCRACIES MOSKVA,
GOSFOLIZDAT9 1955.
131 P.
BIBLIOGRAPHIC FOOTNOTES.

BOTTSOV, P. P.
BORISG7) D. P. -- "Inve!Aipati on of the Illorki np 1 roces-, of a Diesel
Compressor v6 th a Frce-l.'!ovinf.-, Piston (SPDY)." ~Iin '111-irher Education
~-!oscovf Order of Lenin Aviation Inst imeni Ordzhonil~idzc. ~..Toscow,
1956. (Dissertation for the Deg-ree of Candidate in Technical Sciences)
SOURCE Knizhnaya Letopis', '~o 6 1956

KOSHKIN. Valentin Konstantinovich, professor; IRVIN. Boris Ruvimovich;
KEJTYRIN, Igor' Nikolayevich; BORISOV Boris Petrovich; PORTIOV,
D.A., d6ktor tekhaichaskikh nauk, rat a-n-s--
kandidat tekhnichaskikh neuk, redaktor; UTAROVA, A.Y., takhni-
chaskiy redaktor
[Pree-piston engines in beat power plants] Drigateli so evobodno
dvishushchimista porshnissit v teplosilevykh ustanovkakh. Pod red.
V.K.Komhkina. Moskva. G09. nauchno-takhn. izd-vo mashinostroit.
lit-ry. 1957. 227 p. WaA io:6)
(Gas turbines) (Gas and oil engines) (Pistons)

OLIYAK, V.D., inzh.; BORISOV, B.P.-,-- kand.tekhn.nauk; BRYLEV, AN., inzh.
Electric induction brakes. Vest.mash. 41 no.8:42-44 Ag '61.
(MIRA 14:8)
(Gas and oil engines--Brakes)

,,~O~SOV,_!!. ~P~d.tekhn.nauk
Methods for indicating and taking oacillograms of free-
pioton engineo. Izv.vys,uoheb,zav,; maabinostr. no*9:99-
105 t6l., (MIRA 14:32)
1. Zaporozhskiy mashinstraiteltnyy institut.
(Diesel engines---Testing)

ARJMAROV, V.I.; BORISOV, B.S.
Hematite strucluire in the external layer of iron scale. Yiz.met.
(M'12A 10:3)
L metallovee 3 no,3;460-467 156.
1, Institut fiziki metallov Urallskogo filiala AN SSSR.
(Iron oxides--Xetallography) (]Diffusion)

Th. the Alley Comkms;A; er, -ri--
LIH =10ThrieliD rfjf-.e duririg thf pblm n4
16
thn S*r The insuclice, r
-IRO 1~an. & 4' i -
4M jL ypeaxe imm the datu ouramed that tap, paruci
pst~c,-~ of -.0' in tho ~mpuiLiw~ L-i U~
btniv*g fotc* -within It- &nA tb&t ti;;s gr.,~
w:u- t.-io Cr intent in the hoc-ti-

SOV/ 137-58-7-15374
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 7, p 206 (USSR)
AUTHORS: Arkharov, V.I., Bogoslovskiy, V.N., Borisov, B.S.,
Kichigina, Z.P.
TITLE: Details of Scale Structure and Their Significance in the Pro-
cess of High-temperature Oxidation of Iron and Steel in Rela-
tion to the Problem of Heat Stability (Detali struktury okaliny
i ;kh znacheniye v protsesse vysokotemperaturrogo okisleniya
zheleza i stali v syvazi s problemoy zharostoykosti)
PERIODICAL: V sb.: Issled. po zharoprochn. splavam. Vol 2. Moscow, AN
SSSR, 1957, pp 98-119
ABSTRACT: Review of works on the problerns of high-temperature oxida-
tion of Fe and steel performed by the diffusion laboratory of the
Institute of the Physics of Metals, Ural branch, Academy of
Sciences, USSR, jointly with the chair of solid-body physics of
the Ural State University. The authors consider the problem of
increasing the cohesive forces in the lattices of the oxide
phases and the determination of the relationship between the
concentration of alloying elements in the metallic phase and in
the oxides to be of primary importance in the development of
Card 1 /1 heat stability. Bibliography: 23 references. L. A.
1. ~Ietals--Oxidation 2. Metals--Tenrperature fact~;_rs

137-58-6-13316
Translation from: R eferativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 308 (USSR)
AUTHORS: Arkharov, V. I., Borisov, B.S., Mardeshev, S. V.
TITLE: Diffusional. Self-hardening as a Factor of High- temperature
Deformation (Diffuzionnyy samonaklep kak faktor vysokotem-
peraturnoy deformatsii)
PERIODICAL: V sb. : Issled. po zharoprochn. splavam. Vol 2, Moscow,
AN SSSR, 1957, pp 120-124
ABSTRACT: The phenomenon of diffusional. self-hardening of metal was
studied under conditions of high-temperature heating. Experi-
ments were performed on cylindrical specimens (S) of poly-
crystalline, non-texturized Cu freely suspended in the center
of an evacuated and sealed ampoule on the bottom of which a
certain amount of fine shavings of 0(brass had been placed.
After heating the container to a temperature of 8500C for
several hours, the S was withdrawn and a "texturogram" of
its surface was taken by means of standard methods. The
result was a sharply defined texture (T) characterized by
the position of the (110) plane parallel to the external surface.
Card 1/2 The appearance of T in the surface layer of the S is

137-58-6-13316
Diffusional Self-hardening as a Factor (cont.
connected with the process of recrystallization (R) which clearly indicates that
the surface layer of the S has become hardened, inasmuch as in their original
condition, prior to the diffusion experiment, the S's were not hardened. The
appearance of hardening and the R resulting from it are attributed to the
d.-Iffusion of Zn from the gaseous medium into the surface layer of Cu. It is
pointed out thai- directional character of the resulting stresses is of great im-
portance in this phenomenon (in a plane parallel to the external surf4ce of the
S); this is attributable to the radial direction of the diffusion flow which, in
turn, determines the alignement of the resulting T of R. The formation of
the T takes place Within a relatively narrow range of temperatures. It is
assumed that a temperature. "threshold" of R exists at low temperatures
below which no R occurs; also, at exceedingly high temperatures, R does
not take place. Analogous experiments dealing with the diffusion of Zn into
single crystals of Cu were also performed. It is established that, as a
result of the diffusion of Zn from the 0( brass, the single crystals acquire
polygonal shape, as is apparent from the separation of spots on Laue diffrac-
tion patterns. Experimental data obtained corroboralethe theory on the func-
tion of diffusion in producing lattice distortions. Diffusional self-hardening
reaches macroscopic proportion only under special conditions (under high-
temperature plastic deformations); at low-temperature plastic deformations
its role is almost negligible. 1. Metals--Deformation 2. Metals--Temperature factors
Card 2/2 3. Metals--Test results

ARKHAROV, V.I.; BORISOV, B.S.
Texture of iron scale. Part 9. r6lectronographic investigation
of textures in the hemnatite layer at varying stageu of iron
oxidation in the ,ir. Fiz. met. i metalloved. 4 nn-1-76-83 157.
(mm& 1o.-6)
1. Institut fisik-1 metalloy Urallskogo filiala Akademii nauk SSSR.
(Iron oxide p-Metallograiphy)
(Blectron diffraction examination)

20-2-16/60
AUTHORS: Arkharov, V. I. S.
TITLE: On the Problem of the Oxidation Mechanism of Magnetite
(K voprosu o mekhanizme okieleniya magnetita)
a PERIODICAL: Doklady Akademii Nauk SSSR, 1957, Vol- 114, Nr 2, pp. 293-296
(USSR)
ABSTRACT; At first the present state of the problems is described and
reference is made to earlier papers dealing with the same
subject. The facts mentioned in this connection show that
the crystallochemical mechanism of the reaction M-4�_G re-
quires further detailed definition. For this purpose the
authors made experiments on the oxidation of natural magne-
tite-monocrystals on the air at various temperatures and a
structural analysis of the oxidation-products. The radiogra-
phic and the electronographic methods were employed in the
analysis. The natural (octahedral) surface of the magnetite-
-crystal in the initial state and the surface layer of the
magnetite6crystal after its oxidation at temperatures of more
than 800 C were radiographically investigated by the authors.
Card 1/3 The results of the superficial oxidatLon of the natural sur-

On the Problem of the Oxidation-Machanism of Magnetite
20-2-106/60
faces of the magnetite crystal at 6000C and 8000C were elec-
tronographically investigated. At all temperatures investi-
gated here a pseudocrystalline hematite-layer, whose diffrac-
tion-spots correspond to the ot,111-variety, forms on the sur-
face of the magnetite-8etahedron in the initial stage of oxi-
dation. At 600 and 800 C many additional "forbidden" diffrac-
tion-spots are also obtainad in the electronographic image
of the pseudomonocrystalline ou,,- r-layer, which indicates
certain deviations of the hematite-lattice from the norm. In
the course of further oxidation modifications in the struc-
ture of the superficial hematite-layer occur. At 800 00 and
more these modifications consist of a gradual decrease in the
degree of perfection of bhe corresponding orientation: The
diffraction-spots turn into texture-maxima. gome X-ray photo-
graphs and electronographs are given. At 600 C the earliest
stage of oxidation is completely similar to the early stages
at higher t8mparatures. But in the course of further oxida-
tion at 600 C new phenomena exist which are absent at higher
temperatures. The authors suggest the following explanativu
for the experimental data found heret When the magnetite-cry-
Card 2/3 stal is heated on to air the oxygen is absorbed on the sur-

20-2-16/60
On the Problem of the Oxidation-Mechanism oT Magnetite
face of the outer octahedral surfaces. Then the oxygen-atoms
diffuse into the lattice and cause its reconstruction. There
are 3 figures, and 13 references, 8 of which are Soviet.
-iSSOCIATIONS Institute for the Physics of Metals cf the Ural Branch AS
USSR
(Institut fiziki metallov Urallskogo filiala Akademii nauk
SSSR)
PRESENTED: July 9, 1956t by G. V. Kurdyumov, Academician
SUBMITTED: JuV 5, 1956
AVAILkBLE: Library of Congress
Card 3/3

P.S., Cand Phys lg~jth -c-J. -- (diss) "StIld.-/ of
BOUSO")
&~FV*Vl-s ol' the mechanippi of hirh temne ra ture midation of
iron ~md the effec,t of fc-&Ponents its resistanne to
heat." Sverdlovsk, 1956, b pp (]dn of Higher r-duca--Ann
USSR. blral otate Univ im M.% Gorlkly) 120 co:,,4~es
(KL, 27-58, 101-2)
7

ACT) MASS I BO OK EXPLOITATIOX 307/3355
Alsademlya nauk SSSR. Inatitut metallurgil. Nauchn7y *Qv*t po
problem* zharoprochnykh oplavov
Issladowanlya pa zh"oprochnym splavaus, t. IV (Studies on Heat-.-,-
mistant Alloys, vol. 4), Moscow, Izd-vo AN SSSR, 1959. 400 P.
Xrrsts slip Inserted. 2,200 copies prInted.
Ed. of Publishing Houses V. A. Klimov; T*ch. Ed. : A. P. Guseve;
Witorlal -Board t 1. F. Hardin, Academician; 0. V. Kurdyum's',
Undamiclass; X. V. Ageyev; Corresponding Momber, USSR Academy or
Sciences. 1. A. OdIng, 1. X. P&vL*v, and 1. P. Zudln~ Candidate
or Technical Sciences.
pMUWZl This back is Intended for metallurgists concerned with
the, structural metallurgy of alloys.
COVErA=: ThL. is a col2eatian or Epecialized AtudLav of various vmblenm to
tb* $--ccurat wa_~Ilurgy of be%t'mz1vt&nt sl~c7z- 3~ am C~tcer`nad "th
tb..rat-.c.1 w-w-, some -1th d-ript.- ~r - q..,p-t oa --t-bod., :
otb.- with prprti.. or Fq~trjc V-,I- vton- oo-rt
'
nd-
;~
Pvm f fied tooditiom ;ra gtudl~!d and ";*rt~d on. For dr-Al;v, at* Tubi -
~%
C=t&zts Th, rt:c . am by a m_b~r ~.' mrq-z' b.th 5~1.t
:
and noa
;ovi.t.
rines, B. Ta., and A. P. SIrvnko. Investigation of DIE-
-fuvion-Creep In*Cermats
301
ftl*sblno M. Yu. Some Problems In the Theory or SInterIng j
311
Pr1gor-yevs, V. V. . and V. X. KlImenko. Proportl*a of
---CtWcmtuz Carbides and Or Comets Based on Them 317

3v D. T4. Radiant MlSSIVIty of Metals 323
FrantsevIch. 1. N., ard V. A, Lavrenko.-Ifigh Temperature
Oxidation Or"rUngston, MoIjbdenui Tantalum, and Rhanium
In the Recrystallized and Work4ardened States 329
Arkbarov, Ir.-L. and B. S. �2rlaov- Affect or Alloying
'
n6mants on the St
gTI-ifesistance or Alloys 'And an Bond
Strength In Oxide-phase Lattices In c3csle. Zffect or
IfIckel and the Combined zrfact or chrome and Nlckel an
the Bond Strength In H*matlte 340

SOV/126 -7-1-24/28
AUTHORS: Zyryanov, F.S., Borisov, B.S. and Taluts, G.G.
TITLE: Singularities of Sound Propagation in a Metal (Osobennosti
rasprostraneniya zvuka v metalle)
F&RIODICAL: Fizika Metallov i Metallovedeniye, 1959, Vol.7, Nr.1,
pp 153-154 (USSR)
ABSTRACT: For describing the propagation of sound waves of sufficiently
high energy-density (e.g. ultrasonic waves) the lattice
binding energies in a metal may be ignored and the metal
treated as an ionic plasma. The following relation will
then hold:
M to2 02
+ X,
2
,r 2. q
Here X is the axplitude of*the ultrasonic wave and
the assoeiated electric field potential; M, e are respect-
ively the ionic mass and charge; w , q are reapectively
the ultrasonic angular frequency and wave-number; finally
Card 1/4 0 is a characteristic angular frequency of the plasma,
0

SOV/126-7-1-24/28
Singularities of Sound Fropagation in a Metal
given by: 2 4 1-- n92
0 M
where n is the ionic density. Furthermore the acoustic
energy flux S in the z-direction may be written as:
S
where c is the sound velocity and
Mnca~2 X1 2 exp(-2,rz)
2
with cr, denoting the sound absorption coefficient.A
relation between the acoustic and electric energy fluxes
Card 2/4 which follows from the above is:

SOV/126-7-1-24/28
Singularities of Sound Propagation in a Metal
2
C) t x
where t is time and a- is the electrical conductivity.
Now the left-hand side of this last equation must clearly
equal div S, and from this follows immediately the relation
between < and c' 2
(b x
CC - . ~7-
9 2no
This shows that "anoxalous" acoustic propagation
(acoustic absorption bands) will occur under conditions
favouring high electrical conductivity; energy removed from
the sound waves appears as electric current. Such a current
will produce heating of the metal and the magnitude of this
effect is discussed for some typical cases. TherC are
Card 3/4 3 references, of which 2 are Soviet and 1 English.

SOV/126-7-1-24/28
Singularities of Bound Propagation in a Metal
ASSOCIATION: Ural'skiy politekhnicheskiy institut imeni S.M. Kirova
(Ural Polytechnical Institute imeni S.M. Kirov); Institut
fiziki metallov AN SSSR (Metal Physics Institute, Ac. Be.,
USSR)
Card 4/4

ARKHA.ROV, V.I.; BORISOV, B.S.
Effect of alloying elements on the beat resistance of alloys
and binding forces in oxide phase lattices of scale. Effect of
nickel and the combdned affect of chromium and nickel on bin&ing
forces in hematite. Isul.po zharopr.splav. 4:340-342 '59.
(MM 13:5)
(Heat-resistant alloys--Corrosion)
,(Homatite-Metallograpby)

67772
SOV/126-8-5-26/29
AUTHORS: Arkharov, V.I., Borisov, B.S., Vangengeym, S.D., and
Taluts, G.G.
TITLE: On the Question of the Mechanism of Intercryst
,tlline
Internal Adsorption in Dilute Solid Soluti=~;.!
PERIODICALs Fizika metallov i metallovedeniye, Vol 81 1959) Nr 51
PP 792-794 (USSR)
ABSTRACT: The interaction between the eloctron shells of atoms in
a dilute solid solution c~tn strongly affect the
behaviour of impurity atoms in this solid solution,
This applies particularly to intcrerystalline intcrml
adsorption. By taking into considoration the electron
interaction it is- possible to describe the atomic
mechanism of interm-1 adsorption and associate it with
quantitative data available in this fiold. If th-ere
are defects or structural non-unj-formitie3 in the
lattice the imparity ,atoms react with th.-im. This is a
long-ranuo ordnr interaction and hence serrenin- must
Card a 1-1
1/3 Decone evident, i.e. the impurity :116-oms nust beluve as
if they possessed a "IS --roened" atomic radium;. As any,,
structural non-unifon-aity (among th---n' 11K.-in boundrAries)
cat be considered to be a disloeation system, for aF---V

SO V11 10-6-8
On the Question of the Mecbani3m of Intercrystalline Internal
Adsorption in Dilute Solid Solutioni
approximate doocription of the interaction between
impurity atoms in a solid solution and lattice
distortions~ it is possible to use Webb's caloulation
(Ref 11). In this vay one can avaluate the number of
atomsi N07 diffasing through the grain body to the
dislnoation system modelling the intnrcry3talline
boundary, i.e. th.-, numbc-r of atoms experiencing, inter-
-rystalline internal adsorption. Such a calculation 1~as
carried out by tbe authors fvr the solid solutions
Ag-Tl, Ag.--Zn, Ag-Pb, Gu-Mg and Cu-5n. Tho concentrations
of horophilic elements In these alloys were considerably
lower than their volume solubility. The results of tba
ca.L.culations are reported in the table oil P 793.
Although the oalculated and experimental results agree
quite well, a discrepancy can be observed which in a few
cases exceeds the absolute errorts in lattice parameter
measurements. Among the possible reasons for this
Card discrepancy the following can be quoted. First) Webb's
2/3 formula) which contains macroscopic factors, is somewhat
artificial for the description of phenomena of an atomic,/

sov/126-8-5-26/29
On the Question of the Mechanism of Intercirystalline Internal
Adsorption in Dilute Solid Solutions
scale, and can be justified only as a first
approximation. Secondly the influense of the relative
orientations of neighbouring grains which. can change the
width of the intercrystalline zone, and the associated
lattice parameter (this change varying from one grain
group to another) is not taken into consideration.
Thirdly the block stTuc.-ture which can change from one
test to another can, as a result of internal adsorption
at block boundaries, change the magnitude of the lattice
Card parameter somewhat. These facts are subjects for
3/3 further investigation.
There are 1 table and 11 referen!~es, of which Ir are
Soviet, 6 English and 1 German.
ASSOCIATION: Ura'2skiy gosudarstvennyy universitet: Institut
fiziki met-allov AN SSSR
~Urallsk State University; Institute of Physics of
Metals, Acad.50i. USSR)
SUBMITTED: June 19, 1959

hoo Elll/E191
AUTHORS: Arkhar~-,)v, V.1., Boriso~,r, B.S, Vangengeyla
and
Solkolova
TITLE; Investiga.t.-Lon, of -the Conmeotion beti-i----n internal
AdsorDtior- in Allcys and their Electrical Rr--s-istanr;er
PERIODICAL: Fizika mietallov A. mp-tallovedenive, 1,960, Vzl c/l, Nr 1~
pp (USSR)
ABSTRACT: The autho.-s discuss methods which ha~jq been used for the
z9xperijfiental study of internal adsorption, not-Lncl? the
~,,,-neral diffic..,,illl-ies of such investll.gatJ-n!3.
Their o-vm
pr;-,vious worl,,- ("Refs 1-3) ~ln waiiah, changes in !attlce
parameters associated adsorpt-ion e-cf-ec-ts in mairy
biniarv and t-ernar-Y alloys we,-Y,& st-udir,-Cl., was follovred by
an to prov.-Me a qualitatl.ve -:--xplanati-,-.r-, (Ref
~'arther -vork has shown that naithe-v `zia ~khermodynamic nor
a. quat.ata"~,i'vo apprcacl-, is sx~ffioient to
the mechu-nism of intar-crys"Gallite inter-nal
The .-utho-l-s shc)-,,r that, in'.e-rnall aclsorptioxn,
C a in, rel-ted- to the i0DiC, sub-lat t-1' c~e cf th c~vy tal,
Mll-'rl be Con"Icoted prceesses irl
1 /4
"-~le dl'lut-e scclld-solutj.o.n laf--tice. Theay gc 3-a to

~/o.ij
1. 1 IE i 9
Investigat,ion of the Cct-inectif,,n betweely] Adsc,rption j.n
Alloys and theil' Electrical Rez~-J. S4--
(~ons--ider- *--ile e~'-- resj-stan,>:~ of di'ut~~ so', id-
sOlu-tiOns then tc, describe ex-parlmonil., irde
Us z-..- d at
rhec`ij.n~; b- re~7ist-ari~:~~ determinat 4 ons on
Such --ol*utions relative- * -c ttii~~ grain. Size of -rol.y-
Ie zpec,imel
11-le allcqs stud-:edl ue
rill :re
L Ou 6r` Sn, a nd -` i - 2.~'~' Sb,
ariJ granulate"
ft
e
K
ent.s, All c-ys ,uel iced :Ln quartz.
bo---1:c anc! 3 --C
ri i i n- a, j u? a 11 Ou 3-coig 4 tiidf;l~,
Oli I g v va,.1-i half
4
in~
Ii-nL'1, and, 0 1
mm in
w C, r::,lined at `-,~,,,,,Ppcoratures from
+ d S after drawing. i' ---ui7ves 1 in a
rl,-~ e a s a fun-tLi-ni of
:.,ijd -e-- lc-w- zempera Lure k 4-00 -~`)OQ OC
iz-h-'en-per-ature (300-900 OC)
Fe-
'rK I -L L peratur;-
a;-: r i_, a c ec' s j ~i e a t a a riv p:L v P: n a t -)n " -)"q-
e

. ~~!. 4:
D
S1126160100910110151031
mil/m.91
Inv es tiga +,*.ion of[ tbq Cr;nnee-tion be',-,%qf_er Internal Adsorption in
Alloys and 'U~heir Electailcal Resisranoz?
t,emperature temperang and again on h4g*ll_
teraperature temper:lng, due to descjvptimi of t1he additive
t m t' e zw'Les of 'Linternal Lntercrystallite
L'OMS 1-ror ri
a
adsorption,, The change in resistance due to desorption
has a %yallue dependin,g on the Iftifference, z, of the
valences of tl~ie component'ss. when the z values are even
Cu .- in, 011 - S-) the effect is cons ide rabl'y less tham
D L.
rk a I Iu Yw1iepe it. -s odd 'Ciz -. Cd, Ou Sn). This
is in full agreement with Friedel's, (Relf 6) ideas o,-:,,
elec:tT-C~n q g in solid solutlon, whei-e screening is
,creenin I I - C -
less for e--.Ten -,raiuos -,,f and Uie-_-e 4s therefore -less
differ:_:,n._--e be lt,-waen the. state z~f the additive a-to-,m in a
grain and t- an T! C.:rYS taL I J i nd a ry h 6 ne
d if fUs iona I p ro c es S es ( int e--,--na-', ads or p ta cm and des arp tirn)
-ire lacztz pronoun-;ed~
Tlhe-rt~ 3.Te 1 figure- and 14 referi~nces, of whic-ti 6 are
Ca,-r-d
So JL e t, mar
3/4 5 1 Ge-r 1 japaneL? and I in
7
I'l -1 - ~-!- in Engl
A!n a Me ',-a - u I'- - , .
--argica "pl.

-A
I
I nves t i g" I on e C.onnn o' or) 1-at, ',w eo?-, In" e ~ m A t
t.
y a -n d4 i i i r a R
ASM-' IAT ION U ~v--aa. v s ua~ a-r!3 tv eanlY v liniver-c-i '-ct larneni
S, Uni t"y i~tenl AA-', Go-"L,;kl--0
g(JBII-"- !TT ED: octobk?l~ 13~5'9
Ca r d 14

ARICUROV I V. 1.; -1 "Us 1. 13 - S .; VANGINGETM, S. D.
Revealing the characteristics of crystallite interlinking in an
X-ray scattering image. -Fiz. met. i metalloved. 10 no-3:367-374
S 160. (MIRA 13:10)
1. Institut fiziki metallov AN SSSR i Ural'skiy gosudarstvennyy
universitet im. A.M.Gortkogo.
(Crystal lattices) (Z rays-Scattering)

212 18
sA26/ft/oil/003/005/017
E193/E483
AUTHORS: Arkharov, and Vangengeym, S.D.
TITLE: Manifestation of the Process of Internal Intergranular
Adsorption in the X-Ray Scattering Pattern
PERIODICAL: Fizika metallov I metallovedeniye, 1961, Vol.11, No.3,
PP.388-391
TEXT. It was shown earlier by the present authors (Ref.8) that
the phon intensity of X-ray diffraction patterns, obtained on
massive polycrystalline specimens, is higher than that of patterns
produced by powder specimens of the same material with grains of
the same size. This effect, attributed to the presence of an
amorphous layer in the polycrystalline specimens, was much less
pronounced in pure materials which indicated preferential
adsorption of the impurity atoms in the grain boundary regions.
The data, then obtained, were insufficient to form any
conclusive opinion regarding the behaviour of impurities in the
region of intercrystalline internal adsorption and to determine
whether these impurities are present In the solid solution or in
the second phasei hence, the investigation described in the
present paper. As before, the experiments were carried out on
Card 1/4

5/12 1/011/003/005/017
We
Manifestation of the Process ... E193/E483
both massive and powder specimens, characterized by the same
grain size. The experimental materials consisted of
electrolytic copper (99.94% purity) and a Cu-base alloy containing
0.35 wt.% antimony. The results of the measurements of the
intensity of X-ray scattering are reproduced graphically.
In Fig.1, the intensity of the scattered X-ray beam (I, pulses/min)
is plotted against the diffraction angle 2-0' for (4) plastically
deformed specimens, (b) specimens annealed for 2h at 4000C and
(B) specimens annealed for 6 h at 800*C, the continuous and broken
curves relating respectively to massive and poiider Cu specimens.
The results obtained for the Cu-Sb specimens are presented in the
same manner in Fig.2, except that graphs (b) and (B) relate
respectively to specimens annealed for 2h at 4500C and for 6h at
970OC- It will be seen that whereas the 1(2%t) curves for the
massive polycrystalline specimens of both Cu and Cu-Sb alloy showed
intensity peaks (shifted for the (111) lines of Cu towards the
smaller values of 2-49"), no intensity peaks were observed on curves
constructed for the powder specimens. Since no peaks were observed
on the INAV) curves for massive specimens of high (99.999%) purity
copper, it was concluded that these peaks are associated with the
Card'2/4

S/126/61/011/003/005/017
Manifestation of the Process ... E193/E483
formation of a small quantity of a now phase, precipitated in the
region of intercrystalline internal adsorption from the locally
supersaturated solid solution. In the case of electrolytic
copper in which tin itas the main impurity, the appearance of the
X-ray scattering intensity peak was.caused by the formation of the
Cu3Sn phase; the peak on curves, constructed for the Cu-Sb alloy,
was due to the precipitation of the Cu3Sb phase. There are
2 figures and 9 references: 7 Soviet and 2 non-Soviet.
ASSOCIATIONS: Institut fiziki metallov AN SSSR
(Institute of Physics of Metals AS USSR)
Urallskiy gosudarstvennyy universitet im. A.M.Gorlkogo
(Ural State University imeni A.M.Gor1kiy)
SUBMITTED: October 3, 1960
Card 3/4

23-216
Manifestation of the Process ... S/126/61/oll/003/005/017
E193/E483
1, U14njUll0 6 6.
3110-
% 11 &0
&0
NO I
2 L
0
Fig.l. 1 J20 .720
00 00~
300 1
3
300
1 JO
280 1
.80
280
1 .280
23
00 415
Xif jn
Fig. 2. IU;V, ~40.a 6
j,
1'340 - J110
I
1 320- %
%9 11 320
JO 4-'0 "/3L J00 -
JO J5 IV 415 25 X x 4,0 mi,41,
Card 4/4

24485
S/126/61/011/oo6/oll/oll
E073/E335
AUTHORS: Bessonov, A-F-,. Borisov, B.S. and Vlasov, V.G.
TITLE: Investigation of the Structure of the Primary Oxide
Film on Uranium
PERIODICAL: F--zika metallov i metallovedeniye, 1961, vol. li,
ao. 6, pp. 959 - 960
TEXT: In -studying the mechanism of oxidation of metals
investigation of the structure of the primary oxide film formed
in air a-, room temperature during the initial oxidAtion'.period is
of great importance. For some metals the structure of the films
forinod durin- the initial period of oxidation does not differ
.Lroin those fori,,ied during later stages of oxidation. For a
ilumber of other metals, for instance, iron and its alloys,
a film of a particularstructure (type j-Fe 203 ) forms during
ti-ie initial period of oxidation. The primary oxide film is
a protective one for most motals,- it grows to some limit
t1xickness, then stops growing and prevents further oxidation.
The kinetics of growth of the primary films depends on a
Card 1/4

24485
s/126/61/oil/oWoll/oil
Investigation of the Structure ... B073/E335
number of factors and so far no satisfactory theory on this
process exists. The authors carried out investigations on
uranium of 99.8c,~' purity which, after rolling, was annealed at
350 OC for six hours in vacuum. Plate specimens 10 x 5 x 3 rim
were initially ground with emery paper of varying coarseness
and lapped by a ring using high-grado alumina. After polishing
the ring was moistened with benzol or ethyl alcohol to prevent
access of" air to the polished surface. Microscopic investi-
gations have shown that the surface was peppered with fine
crystals and the number and size of the crystals increased
rapidly. For determining the structure of this primary film
electron-diffraction studies were made. For removin-cr the
scale filras the specimens were etched in nitric acid for 10 min
and then washed several times in ethyl alcohol. Oxidation was
in air at room temperature for durations of 10, 30, 120 and
240 min. In the second series of experiments, the specimen,
after having been taken out of the alcohol (wet), was placed
im,mediately into the chamber of the electron-dif fraction
Card 2/4

24485
S/126/61/oll/006/011/011
Investigation of the Structure .... E073/E335
apparatus from which the air was evacuated so that the specimen
surface interacted only with the air which remained in the
chamber of the eloctron-diffrnotion camera. Part of tho spocii,,ians
were subjected to electron-diffraction investigations irunediately
after polishin- (without etching); back reflection pictures
were taken. The obtained interplane distances were compared
with X-ray data, obtained by the powder method for tiranium
o.-:ides. The investigations revealed a cubic phase on uranium
ox~ide with a lattic constant of a = 5.45 A for all the specit.-iens,
which corresponds to the oxide UO 2' In a second series of
experiments the electron-diffraction patterns contained reflexes
.Lrom the metallic uranium in addition to lines of the phase UO 2'
This indicates that in this case the entire thickness of the
oxide film participated in the diffraction and that the primary
oxide film of uranium consists solely of the phase U02' From
the widening of the Debye lines the size of the forming U02
crystals could be determined, which was about 10-4 c1n. Thus,
Card 3/4

24485
S/126/61/oll/oo6/oll/oll
Investigation of the Structure ... E073/E335
the microscopic and electron-diffraction investigation of
oxide films of uranium obtained on oxidation of the latter in
air at room temperature indicates that the primary film on
uranium is crystalline and consists solely of UO 2-
(Abstractor's note: this is a complete translation.)
There are 2 Soviet references.
ASSOCIATION: Urallskiy politelclinicheskiy institut
im. S.M. Kirova (Ural Polytechnical Institute
im. S.M. Kirov)
SUBMITTED: January 13, 1961
Card 4/4

L 1887C6.66 EWTWAAWP(t~ 13Pfcj 4AMM
WNRt AP6007103 SOURCE CODE: UR/0129/66/000/002/0011/0013
J
-.AUTHOR: Arkharov, V. I.'
Aorlsoy,,B. Tagirova, D. M.
J.P.
ORG: Institute of Metal Physics,AN SSSR (Institut fiziki metallov AN SSSR)
TITLE: Controlling the mechanical propertlXs of nickel allqjs by internal oxidati
I I'L `7 fl;
SOURCE: Metallovedeniye i termicheskaya obrabotka metallov, no. 2, 19669 11-13, and
inserts facing p. 48 and p. 49
TOPIC-TAG"": nickel, nickel alloy, alloy strengthening, dispersion strengthening,
internal oxidation, alloy property
ABSTRACT: The effect oftfinely dispersed nonmetallic inclusions on the mechanical
properties of nickel has been investigated. These inclusions are formed by the
diffusion of oxygen (or other gases) into solid nickel, where the oxygen reacts with
elements such as magnesium and silicon, which have a higher affinity to oxygen than
nickel. The investigation of oxidized commercial-grade nickel and nickel alloys
which contained about 0.5%:magnesium, silicon, aluminum, or chromium showed that
finely dispersed inclusions concentrate at the grain and mosaic block boundaries and
increase the strength of nickel alloys. Such a dispersion strengthening is more
advantageous than that produced by aging because of the stability of dispersed in-
clusions. However, the internal oxidation under certain conditions can sharply lowel-
the mechanical properties, owing to an accumulation of inclusions at grain boundaries
Card UM 620.17:542.94 3.24 Z.

L 18870-66
ACC NRi AP6007103
which brings about.embrittlement. This embrittlement can be avoided eitherby an
oxidation of nickel or nickel alloy powder, which is then compacted and sintered,
or by oxidation of a solid metal with simultaneous application of plastic deformatior
or ultrasound. Sintered compacts made of oxidized powder of nickel alloy with 1%
aluminum had a tensile strength of 40.5 kg/MM2 with a field strength approaching the
same value. Plastic deformation during internal oxidation pr omoted uniform distribu-
tion of the inclusions, not only at grain boundaries, but also within the grains.
Application of ultrasound at 6 frequency of 20 kc had a negative effect; it.in-
creased sharply the internal oxidation zone and the precipitation of inclusions on
grain boundaries. However, it is possible that'at some other frequencies, ultra-
sound would promote an accumulation of-inclusions at imperfections, such as the
mosaic block boundaries and individual dislocations and improve the properties of
alloy. 7 [WWI
SUB CODE: ll/ SUBM DATE: none/ ORIG REF: 002/ OTH REF: 007/ ATD PRESS:Yz
'Dispersion Hardened
Card 2

S/136/63/OOO/OO2/Oo6/oo6
E193/E383
_jand Ibragimova, D.M.
AUTHORS: Arkharov, V.I., Borisov, B.S.
TFLE: Gaseous corrosion and embrIttlement of technical-grade
nickel
PlIODICAL: Tsvetnyye metally~,,~o. 2, 1963, 72 - 76
Tubes made from technical-grade nickel by a process
TEXT:
entailing frequent heating of the metal in a gas-filled furnace
often show a tendency to cracking. The object of the present
investigation was to establish the cause of this .fault,. Th e
experimental work comprised the following: metallographic examin
ation of specimens of technical-grade nickel and high-purlty nickels
with small additions of silicon, magnesium, iron, zinc or copper,
heated to 1150 - 1200 0 C in a gas-filled furnace or in an
argon/SO mixture; X-ray diffraction analysis of nonmetallic phase
In an Iniernally oxidized layer formed underneath the oxide scale,
impact tests; study of the process of internal oxidation with the
aid of a hot-stage microscope. The results can be summarized as
follows. 1)'- The main cause of brittleness of technical-grade
nickel tubes is-internal oxidation of magnesium and silicon
Card 1/2

S/136/63/000/002/006/oo6
Gaseous corrosion .... B193/i,;383
introduced initially into the metal during smelting as deoxidizing
agents, thb-embrittling '_ effect of magnesium being more pronounced.
2) No internal oxidation was observed in specimens prepared from
pure nickel with UP to 0-50% additions of iron, copper or zinc.
3) in the absence of sulphur,.the rate of inter- and intra-
granular internal oxidation was the same. In the presence of
sulphur, a low-melting Ni-S eutectic, formed at the grain boundarieN
seemed to facilitate the grain-boundary diffusion of oxygen
which aggravated the embrittling effect of internal oxidation to such
an extent that individual grains broke off the surface layeri i
The following measures should eliminate or lessen the risk of
embrittlement of nickel: replacing magnesium and silicon by other
deoxidizing'agents such as zinc; preheating the metal in vacuum
or in a neutral atmosphere; ensuring that neither the metal nor
the furnace atmosphere are contaminated with sulphur.
There are 6 figures.
Card 2/2

VOLKENSHTEYN, N.V.; ZYRYANOV, P.S.; TALUTS, G.G.
Volt-ampere characteristics of bismuth at low temperatures in a
magnetic field. Fiz. met. i metalloved. 16 no-4:624-626 0 163.
(MIRA 16:12)
1. Institut fiziki metallov AN SSSR.

06192-67 --MLM) /EwP(Q/L'VPT IJP(91- a&G
ACC NRt AP6032528 SOURCE CODE: UR/0413/66/000/017/0128/0128
INVENIM: Arkharov, V. I.; Borisov, B. S.-; Moiseyev, A. I.; Ugollnikova, T. A. 2?
ORG: none
TITLF.: Method of d4sition of intermetallic niobium-tin compound Vb3sn coating.
Class 48, No. 185661. [announced by the Institute of Physics of Metals,AN SSSR
(Institut fiziki met 11ov AN SSSR)]
SOURCE: Izobreteniya, proqrshlennyye obraztsy, tovarnyye znaki, no. 17, 1966, 128
M
TOPIC TAGS: niobium tin intermetallic compound, niobium tin compound coating,
niobium tin compound deposition,, 02F-ro9e- UPo-S/ rlOAI,, ME7.#94- Coqre11G!'
W10,610"7 CWnPOVAJO, 77AOCOMPOVA)D
-1-7
ABSTRACT: This thor Certificate introduces a method of deposition of niobium-tin
compound coatings.N To increase the purity and uniformity of the coating, niobium
pentachloride is placed in the reaction chamber and heated to 120-160C, and the
gaseous mixture of tin tetrachloride and hydrogen at about OC is fed directly on the
preheated port of the substrate.
SUB CODE: 11, 13/ SUBM DATE: llApr64/
1 1293:621

ACC 4 /006/1363/i303
AUTHOR: Arkharov, V. I. (Academician AN UkrSSR); Borisov, B..5..;..Moiseyev, A. I.;
Ugollnikova, T. A.
ORG: Institute of Physics of Metals, Academy of Sciences SSSR (Institut fiziki
metallov Akddemii.nauk. SSSR)
..;. . . All IVA
TITLE: Vacuuip--yiapor deposition of an Nb3Sn layer on a wire
vv
SOURCE: Al~,SS-SR., DokQMy, v. 1TO, no. 6, 1966, 1303-1305
TOPIC TAGS- n' bi
1 AAM ti*-conlpound, sup*Rzoanductaar compound, nio4-- P"-d
. . .............. --2 nani~&-
deposition: ~;ac ~w vqpor,,deposition es4*4en
ABSTRACT: Td'reauce:the clogging of the reaction chamber by nonvolatile niobium
trichloride, W~h,4-mt,~hod and equipment (see Fig. 1) for continuous deposition of a
superconducting iaye.rX%f iNb3Sn'::on a moving wire has been developed. Wire 1 is
continuouslyIfeT--.through ;~e'a1g, -2:into a reaction chamber at a fixed speed. Portion 3
of thevire iswider treatinent'and is heated to about 1000C by electric current fed
through sliding C-Ontaets 4. 'The bottom part 6 of reaction chamber 5 contains Dolid
niobium pentachloride 7. ',,The chamber is maintained at a temperature of 120-11300 by
electric furnace a conir"olled -by thermocouple 9. VVws Cf niobium pentachloride pro-
ceed directly to the.vire. Hydrogen passing through reservoir 10, located in thermo-
stat'll and kept at OOC, in saturated vitb vapors of tin tetrachloride 12 and then
uDc: 669-65-293:621.

AP6034569
'Fig- 1. Unit for vacuum -vapor depositim.
of' Nb;38n an vires i
passed through pipe 13 to the reaction chamber, Aere it comes in contact with the
vire and forms a layer of kbAn on its surface. Waste gases are removed through pipe
14. With this arrangement-*~ the zone in vhich niobium trichloride can be formed in
very small and a clogging f the reaction chamber vas not'observed. The unit vas
Card 2/3

ACC NRs AP6034569
tested on platinum and nichrome vire 0.3 mm in diam er. The temperature of deposi-
tion was varied between--86-0--1200C. A single-phasetyer (1-4 Y thick) of Nb35n with
O-W structure was obtained. It vas estaSlished thit the thickness of the layer
increases with a temperature rise. Orig. art. has: 1 figures , -
SUB CODE: 11, 13oXW SUBM DATE: llW66/ ORIG REF: 003/ OTH REF: 013/
ATD PRESS: 5103
card 3/3

RASHKOVS S.Ye.; ISAYEV, A.M.; OSTROVSKIY, A.P.; SHWIR., Ya.L; MALYSHEV., V.Ya,;
BORISOV. B.V.
Method of fire drilling. Gor. zhur. no.7:76 T1 162o (KIRA 156-7)
(Boring machinery)

.BORISOV, B.V.
Now type of rolls for warping machines. Tekst. prom. 24
no.10:50-51 0 164. (MIRA 17-12)
1. Starshiy inzh.-konstruktor makhanichaskogo zavoda im.
Karla Libknekhta.

BOR"SOV, B.Ylt- in,.,,h,,, RUSIN, M,K., Jnzh., SIVASH, M.S, innli.
Electric contact machining of grooves. Mashinostrien"e no.'.
7&-77 My-Je 165. (MIPA MiO

BORISOV, B.Yll., inzh.; PFTRYKIN, V.V., in7h.
Heavy-feed machining of titanium. I-1--shinostrcenie no.5:35
3-0 165. (MIPA 1S.- 9)

BORISOV, B.YA.
Temperature and temperature range of a cutter
Vest. mash. 32 no. 1, 1952

BODUCH, M.I.;_BORISOV, B.Ya.; NEWER, V.I.; RUSEV, M.K.
Anode-zechanical, machine for cutting large ingots for inv~Bti-
gating their stracture. Hashinostroanie n0'.3.-17 My-Je 163.
(MIRA 16:7)
(Cutting machines)

BORISOV, B.1u.; KULIBAKAp Yu.S.; TSOKURp A.K.
,-::- I --'1-'-'L-':~1.-, ... ...0
Machining heated metals. Mashinostroitell no.11:29-30 N 164
(MIRA 180)

TT(m)/Er
.,L 01000-66 WT(d)/EW W(c)IM (d)/EdP(v-)/T/FWP(t)/EWP,(k)/Ea(z)/EWF-(b)/
ACCESSION NR: AP5018802 UR/0121/651000/00710026/0027
621.914.1:669-15-194-56
OR: Bori!ov,,, B_., La~- _,Kul lbaka, Yu. S.
ITLE: MULLng hot allBtenitic rpanganese steel
Sta3 i in'st nt. no. 7, 1965, 26-27
iS6
U-RCE: rume
TOPIC TAGS: manganese steel, steel milling, hot steel milling, cutting tool service-
life, machining efficiency /013L tteel,-Hadfield steel.
ABSTRACT: 'To determine the effect of1heating on the machinability of G13L [AISI Had-
field] steel and the cutting~tool durability, 60 X 50 x 200 mm specimens of cast
G13L ~del were milled with a single-point cutter fitted with a sintered T15K6Dr-,z Tic,
__6~Co 10 W1 insert blade. The steel was milled cold and then induction hieat*rto
a temperature of up to 650C., It was found that to obtain a cutter ser-v'ice life of
30-60 min,.the vorkpiece temperature should be between 400 and 650C. At lower .
temperatures the cutter durability was low; at higher temperatures heat losses were
excessive and structure transformationa'oecurred in the G13L steel. The optimum cut.-
ting speed was within the limits of 140 to 180 m/min. In milling cold 013L steel at
a speed of 25 m/sec, the cutter service life was 5 min; it increased to 4o min in'fnill:-~
[C~jrd 1/2
-A

L 01000-M
CESSION NR: AP5ol8802
...ing hot steel at a speed of 160 m/min. The machining efficiency, as a result of
igher cutting speed and larger feed, increased 16 to 20 times. With heating, the
lling of the G13L steel can be done at a depth of cut of over 10 mm. Hot G13L
~Bteel also was.successfully milled with acutter fitted with a sintered TsM-332 ceram-
'ic insert. ~blade. At a cutting speed of 550 m/min and a heating temperature of
650C. the service life of the cutter was 30 min. Orig. art. has: 3 figures. [NS]
ASSOCIAT109: none
SIMMTTED: 00
ENCL: 06 13LM CODE: 14M
NO BEF SOV, 005 OTHER,. -001 SS:
ATD PRE
2/2

S/123/61/000/001/007/015
AOO5/AOOl
Translation from: Referativnyy zhurnal, Mashinostroyeniye, 1961, No. 1, p. 20,
# IB177
AUTHOR: Bo Ya.
-R~~
TITLE; The Temperature Change Problem at Metal Cutting
PERIODICAL: V sb.: "Teplovyye yavleniya pri obrabotke metallov rezaniyem".
Moscow, 1959, pp. 127-134, 7
TEXT: The temperature measuring methods with the thermocouple cutter
work piece are considered in the metal cutting process. A sliding mercurY contact
of new design with a flexible shaft is described. It ensures the constancy of
the resistance during the process of elimination of the thermoelectromotive force
from the work piece (when turming) or from the tool (when milling or drilling) and
eliminates the occurrence of eddy currents in the main electric circuit. The
design of the composite cutters (with the mechanical fixing of the hard alloy tip
and with the soldered on one) ensures the cold soldered joint in the thermocouple
cutter - work piece, when having attached two - three equal tips. When using
ordinary cutter with a hard alloy tip soldered on, the least heated point of the
Card 1/2

S112316 i/ooo/ool/W7/0 15
The Temperature Change Problem at Metal Cutting A005/AOOl
tip can serve as the cold junction. Hereat, the temperature of the "heated" cold
Junction is controlled, and the corresponding correction Is introduced to the
indications of the instrument. The method is described for providing the thermo-
couple by the welding method. It is based on the use of the capacitor discharge
energy, and applied to investigations of the temperature fields of a cutting tool.-
There are 5 figures and 5 references.
I. Bernshteyn
Translator's note: This is the full translation of the original Russian abstract.
Card 2/2

3 0:11: 0) V j.Endidat tekhnicheskikh nauk,
Temverature and vibrations due to metal cutting. Vestnavn.
(~ILR:,
no.t .4o-42 657.
(Metal cutting)

BORISOV, Boria Yakovlevich AFANASIYEV, V.F., kand. tekhn. nauk,
retsenzent; BASKAKOV, I.G., kand. tekhn.naukp retaenzent;
KOVALEW, V.V., kands tekhn. nauk, red.; FURER, P.Ya.,
red.; GORNOSTAYPOLISKATA, M.S., tekhn. red.
(Laboratory manual in inetal cutting]Laboratornyi praktikum
po rezaniiu metallov. Moskva, Mashgiz, 1963. 79 p.
(MIRA 16:4)
(Metal cutting-Study and teaching)

BORISOV, B.Ya.; YF!5HCHENKO, G.D.
Wear resistance and the efficient shape of rolling mill
saw teeth. Stall 25 no.10:927-929 0 165.
(MIRA 18:11)

k I
BQRISOVP B.ya.) kand.tekhn.nauk, dotoent; KUL'BAKA, Yu.S., 41 zh.
Mil",g heated built-up parts. Vest.mashinostr. 44 91b. 2:
79 F 164. (MIRA l71'~)

BORISOV, D. -
They are constructing buildings of vital Importanco. Sill.
bud. 7 no.6:23 Je 157. (MIRA 130)
(Rushichne-Farm buildings)

BORISOV, D. [Borysov, Dj
On a leading collective farm. Sill bud. 9 no.8:7 Ag '59.
(MIRA 12:12)
l.Kolkhoz im. 28 IVW&, Chernovet6kogo rEqona, Chernovetakoy
oblasti.
(Chornovtsy Province--Farm building)

BDRISOT, D. [Borysov, D.]
For bmutiftl and well-organized villages. Sill.bud. 10
no.4:5-6 Ap 160. (XIBA 13:7)
(Imenete-Podolekly-Tiles, Roofing)

, BORISOV9 D. [Borysov, D.]
Pay greater attention to your work,
ja 161, Sill* brude 11 no-1:6-7
NIII 14:3)
(K'"'Vk'-Far" b0ildings) (Precast concrete construction)

BORISOVp D. (Boryeov,, D.)
Struggle for nev productive victories, S:U.I.budo U no,6s7 Je 161.,
(KEU l4s7)
(Belaya Taorkovl District-Construction industry)

- BORISOV, D., pol-kovnik
rontoon units. Voen. znan. 36 no.9:22-23 S 160. (MIRA 13:9)
(rbntoon bridges)

BORISOV* Dim.
rAcademic Degrees]
Bulgaria
rAffiliation] Chair in Social Hygiene with the ISUL (Katedra po
sot3ialna khigiena pri ISUL); Director V. CHOIAKOV.
(Source] Sofia, Khigiena, No 5, Sep-Oat 1962, pp 16-21.
fDatal "Methods for Studying the Economy of the Rural Health
Service."

BORISOV,, Dim.
Kometa., the new Bulgarian glider, Nauka i tekh mladezh
14 no.9.-.11-13 S $62. ,

BORISOV, Dj_qrdje, dr.
Pathological and clinical aspects of potassium metabolism with
special reference to surgical patients. Mad. pregl. 7 no.2:
126-130 1954.
1. I.Hirursks. klinika Nedicinakog fakultete, - Beograd; upraynik:
prof. dr. Milivoje Xostic.
(POTASSIUM, weteb.
*in surg, patients)

BORISOV, Djordje. dr., Beograd
Water and electrolyte metabolism in aged. Mad. glasn. 8 no.5:167-
171 May 54.
(UNCTROMBS, metab.
water-electrolyte balance In aged)
(AGED, pbysiol.
water-electrolyte issteb.)

BORISOV, Dorde, Dr.; OSTOJIC, Branko, dr., (Beograd)
Present-daytreatment of acute kidney insufficlancies. Med.
glasr. 9 no.9:317-321 Sept 55.
(KIDN&S, die.
insuff., acute, modern ther. (Ser))

PE M VIC,S.; BORISOV,Dj.
Acute insufficiency of the adrenal glands in mwgez7. Srpski arhu
colok.lek. 83 no.'1:82-92 Jan '55.
1. Urolosks. kliniks, Medicinskog fakulteta u Beogradii. Upraynik:
doc. dr. Sava Petkovic.
(ADRML CMZ1, die.
insuff.;etiol.,patho. & ther.(Ser))

DJORWEVIC-CAMBA, Dj.- BORISOV Dj.
Biliary peritonitis vitbout perforation. Srpski arb. celok. lek.
83 no.7-8:863-867 J,417-Aug 55.
1. 1 Hirurska klinika Medicinskog fakultsta u Beogradu. Upravnik:
Milivoj Kostic.
(PERITONITIS,
btl4w7 witbout port., caused,by gallbladder distention,
Burg. (Ser))
(GALLBLADDER, die.
distention causing biliary peritonitis, Burg. (5er))

PENOVIC, S.; BORISOV, Dj.: OSTOJIC. B.
Peritoneal dialysis in the treatment of acute renal insufficiencies.
Srpski arh. celok. lek. 84 no-1:3-13 Jan 56.
1. Uroloska klinike. Medicinskog fakulteta u Beogradu.
Upravnik: prof. dr. Sava Petkovic.
(DIALYSIS,
peritoneal, ther. of acute kidney insuff. (Ser))
(KIDMS, dis.
insuff., ther.. peritoneal dialysis (Ser))

SIAVKOVIC,Jovan; PITKOVIC.Sava; IBORISOVJ~rde; KOVACEVIG,Miroolav; DIMITROV.
Aleksandar
Pheochromocytoma with paroxysmal hypertension and acute pulmonary
edena. Srpski arh. celok. lek. 88 no.1:75-86 Ja 160.
1. Intern& klinika A Medicinskog fak-ulteta Univerzitata u Beogradu,
Upravnik: prof. dr Branislav Stanojevic; Uroloska klinikR
Medicinskog fakulteta Univerziteta u Beogradu, Upravnik: prof.
dr Sava Petkovic.
(PHROCHROMOCYTOVA compl.)
(HYPERTENSION et iol. )
(ADRML GIAND neopl.
(PULMONARY XDWA etiol.)

419. TRICHOMYCIN: ITS ANTIBIOTIC PROPERTIES (Russian text) - B o r i s ov
D, B. From the symposium: EKSPER. I KLIN. ISSLEDOVANIYA N1777-
(Medgiz, Leningrad) 1956 (89-92)
The optimum medium for trichomycin production by Trichophyton gypseurn con-
sisted of beer wort (pH 4.9-5.6). Submerged cultivation for 96 hr. produced tricho-
mycin concentrations of 750 mg. per ml. of wort. The activity of trichomycin
against M. pyogenes aureus was still evident at a dilution of 1: 800.000. Tricho-
mycin was not obtained in a chemically pure state. The laboratory procedure for
obtaining trichomycin is outlined. The preparation was not toxic on i. p. injection
in white mice (3.5g. /kg.) and on 1. v. injection in white rats and rabbits (0. 5-1
g. /kg.). Trichomycin has a bacteriostatic and bacteriocidal activity mostly against
Gram-positive microorganisms; it has a fungicidal activity against some species
of dermatophytes as well. It practically does not influence the growth of Gram-
negative microorganisms. Trichomycin is active against staphylococci, strepto-
cocci and other microorganisms which had become resistant to penicillin and
streptomycin. Beneficial results were obtained from topical application of tricho-
mycin in cases of infected burns, and in treatment of experimental diphtheria.
1. p. Injection of 20 mg. of trichomycin into white mice (on 2 successive days),
experimentally infected with streptococci, produced complete recovery In 60% of
cases.

BAKINOV, G.P.; BOKIY, B.Vq; BOKIY, O.B.; BORISOV, A.A.;-AUU-~At-;
VAYP=ff. A.F.; GAIAY3V. N.Z.; GOWVIN, G.M.; GOR03TSKIY, P.I.;
DIMRAVA, T.S,; ZMMARIV, N.D.; D.=OVSKIT, D.A.; TRIV, L.N.;
KOWMOV, T.B.; KAMM. Te.ya.; KIMK. Yu.K.; MUSTAL'. P.I.:
PISEMOV, I.N.; S30WSXXY. V.N.; MUW]rAYZV. A.N.; SHABLIGIN. A.I.;
POPOV, V.M.
k
Aleksandr Mikhailovich Aliamakii; an obituary. Gor. zbur. no.2.-
76-77 1 e
58. (MIRA 1123)
(Mamekli, Aleksandr Mikhailovich, d. 1957)

AUTHOR: Solomonov, U. sov/2-58-4-38/39
TINA: Combating Sudden Bjectioms of Coal and Gas From
coal &In*@ (Borlba a vnozapnyml vyb--osami ugly& I gaza
(Conference at the institute of Miming of the Ac.Sc.
USSR) (Soveshchani Institute go--Wgo del&
Akad-ii nauk. SFLRR50
FIRIODICALi Izvesti.Ta Akademli Ifauk SSSR Otdeleniyo T*1ch-lebeekikh
Sauk, 1958, Kr 4. PP 15~ - 156 (USSR)
ABSTRAC2z On February 17 - 21t a conference was held.at the
Institut gorraip dels. AkAdemll nauk --A92 (Mining Institute
of the Ac.Sz.UbzM) on the results and prospects of
research woric on coabatizg sudden 1j"tions of coal and
and coal explosions in mines. Utzbers of the Central
ssion for combating sudden ejgc-ions of ca&I and gas,
=
representatives Of scientific research and project
ImAtltut*4 and of higher teaching as-&blishments paLrtJ.-
c1pat d in the conference . After a brief opening speech
by Ac:4exician *.-I. Skochinskiy, the following papers were
"ad &t ths Conference: *Investigation of the Conditions
in the Field of Application of Local Methods of Preventing
-90444's, NJOcticas Of Coal end Gas in proper tory workings
A iA dr-ing (Lx. Xhodot); -Dwv.J..p...ta of 0
COmblzation of Measures for Safe HL-ling of Coal in Stopea
Ln Unprotected Zone. of Seems Which arv Dangerous From
the Point of View of Sudden Njectlo=s of Coal and G&sw
4,W.N. Krichavokiy)- wy'"ding & Safe and Producti-,*
SYStOs Of Working Individjal Stesply Sloping Seems Which
EST@ on Inclination to Develop Sudden Ejections 0: Coal
and Go " (
,a :1 - *Finding a= EffueetLve
r AC`Th1-n--S*s=s for the Purpose of tili.I.System
Prots =9 Thez
cti7s Seems" v(B.S- Lokabia); Wsystet, Of Working
Of the *Pugachovka" Min* of the is. krte= Trust of
Bearzb.inskugol- '579'Om Of working
1-divIdual Seems Ofthi-C.Otral Dombass region There
* 0
there is a Sudden Ejections or Coal and Gas
7 B )l "i;fs and XfreCtivo Methods of Working
--VUKr'ffVMrTr-thd Togo-rabinakly deposits which are
be the Point Of View or Sudden Ejections Of
C.Troum Fzcm
end Gas" (D.F. Borisov); -Inv#stigstloo of the
Card2/4 Tendency to XJ*cticns Of Coal Of the M-11h-ev,kiy athr&cite
deposits and Justifi~atlon of Rational Methods of
Miming Thia Coal (I.A. 'Uethod of Detection
Of Sections WhiCh Are-17azigarous as 2egards Sudden
Njoctions In Sea=s f the Te9crahiriskly miniar region-
(0-I- CbsrmY-I; 'DQv'lOY=ent of Gao;tjaical Methods
1TZ-WP-Y-MaT-ui for Eatablijbing and StudYinc the Fore-
runners of Sudden ZJeztI1cns of Cc&! acd Gas'(~:.Q_Antsy-
f---); *Reaulte or ncientIfic Investigations on EEj
Problem of Cosba-Lng Shctka In C041 Mines VJrIn,9 19~,7'
ID.G. Avers jL), 'Ou 'h* State of :4%igning and Testing
ZTV~Ulzg k8chines and Equipment; for Paiging Threugh
Galleries in Seams Which Are Dargerc~v From -he Point of
View of Sj4:t1Ora or Ccal and Gas:,, X.S. KcEnn).
p '- M-7
On the basis of the press 'ted ps a a i c a a.
the PsJ7tiCiP&nts In the conferazze tc=luded that in
1937 progross we* &:Uieve-I in the th*Ory of sudden
000tiOus Of cc&! and gs. S.
So" of the inte":tlng items discussed at the
conference art bri fly sum=arised.
4

BORISOV, D.F.
Precising nethods of establishing strip mine operation limits
with definite planninge ZILP.106n,goreinat. 36 no.1:93-114
158. (MM 12:4)
(Strip mining) '
I

BORISOV, D.F.
Drift maintenance costs with direct extraction* ZapeLenogors
inst. 36 no.1:115-126 '58. (miRk m4)
(Mining engineiring-Coate)

,--BORISOV, D.F.
Response to R.A.Seletskills article "Investigating the areas
of minimum curve encountered in solving mining engineering
problems by the analytic method.0 Ugol ' 35 n0-3.,61-63
* 6o. (MIR& 13:6)
1. Leningradskiy gorrqy institut.
(Mining engineering) (Seletskii, R.A.)

BORISOV, D,?-, dotsent
Classification and terminology of underground coal-mining
systems. Izv. vys. ucheb. zav.; gor, ZhUra no* 11:31-38
16o. (KIRA 13:12)
1. Leningradskiy ordena Lenina i ordena Trudovogo Krasnogo
Zuameni gornyy institut imeni G.V. Plekhanova. Rekomendovana
kafedroy razrabotki plpstovykb mentorozhdonly Leningradskogo
gornogo Institute.
(Coal mines and mining)

MUSTELI, P.I.; DYAD'Mq Yu.D.; BOKIY, B.V.; WET-1-19 L.N.; KOMAROV, V.B.;
SUMSKIY9 V.N.; BORISOV, D.F.; GOLOVIN. G.M.; USEVICH, I.V.;
DUBRAVAq T.S.p SHffL-YGINp A.I.; ZOLTOLAREV, N.D.; GA1AYEVq N.Z.;
SIGACHEVp A.Ye.; PANENKOV, Yu.I.; SMM%, D.P.; KOFYWVA9 Ye.V.
Pavel Ivanovich Gorodetskil;.an obituary. Gor zhur. no.5:77 My 160.
(MIM 14:3)
(Goradetskii, Pavel Ivanovicb, 1902-1950)

BORISOV., D.F., gornyy :Lnzh.
Concerning a certain error in the theory of p3annin ancl
designing open-pit mines. Ugoll Ulcr. 6 no.2:27-28 F 162.
(MIR& 15,.2)
1. Laningradakiy gornyy institut.
(Strip Ininin )

BORISOV, D. F.
More about the study of the field of minimum curves in the
analytical method. Ugol' 38 n0.4:60-61 Ap 163.
(MIRA 16:4)
(Mine management)

S/120/61/000/003/014/041
E095/El35
AUTHOR: Borisov, D.G.
TITLE; Two-channel
-Fulse.dosimetor with decade indication
system
PERIODICAL: Pribory i tekhnika,eksperimenta, 1961, No.3, pp.84-86
TEXT: This instrument switches off'a source of pulses after
a pre-determined number of pulses (up to 10 000) have been
received. It is designed to be used in conjunction with medical
equipment. The instrument consists of two counting channels with
common registering, indicating and testing stages. Any number
between 0 and 9999 may be,written in the channel binaries before
counting commences. The indication'syntem permits checki-ng the
writi-ng-in accuracy, pulse,counting and'-profftlency of each--
channel. The princ-iplesof operation of decade counters and
writfug-in of numbers in binaries are described. Preliminary tests
of the instrument are carried but by sending 10 pulses from the
test-b-lock to every decade. In the event*of failure of one
counting channel the circuit operates on the remaining channel.
Both channels have independent power supplies. The counter and
Card 1/2

Two-channel pulse dosimeter with .... S/l2o/61/000/003/014/041
E095/9135
indication systems are of conventional design. The writing-in
of numbers is carried-out through press-but-tons in grid circuits
of binaries, which may,be set-to one of the two possible states.
A single press-button open-circuits grids of all the right triodes
of & decade; this puts the whole decade into a state where ten
pulses may be counted. If after this any other button is pressed
corresponding binaries will be set in the opposite state, i.e.
& number will be registered.
There are 5 figures.
SUBMITTED:March 2. 1960
Card 2/2

BORISOV, D.G.
Methods for determining the advantages of the hard heading
development system. Ugoll Ukr. 5 no.1:46 Ja 161. (MIRA 14:1)
-1
,e Leningradskiy gornyy institut.
(Coal mines and mining)

1:-:I_or~ I.r,
The u:~:e of the:- mr:Vhoc~ of, :Jrror
~om,,~ T-,rc,; le-mr- of I-criptive ~,-ninrr~d, 1`,-r)~ .".in
.-I-Illc,ltion __enin-.rn~ Grcler of 11-lbor HeO T.,::,nner Gonstru-tion
n.-ine,:!ri_TIF-, Inst. Pissertation for the DeE7re~, of c'
r cienc~,r)
SO'; Knizhnaya !,-tonisl NO- 51, 10 Deccmb-_~r 1~.ifr