SCIENTIFIC ABSTRACT BORZDYKA, A. N. - BORZENKOV, A. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206610005-1
• 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

S/129/62/000/007/001/008
Stress-relaxation in .... B193/E383
alloys tested under o- 0 of 15 ks/mm is plotted against the
Ift content, curves 1, 2 and 3 relating to the follow. in
conditions: 1 - 2 000 h at 65o 0C; 2 - 6 000 h a', 650 0c';
3 -1 500 h at 700. 0C. The effect of these alloying additions
is.most pronounced when they are added in quantities suffic.ient
to ensure the formation of the corresponding carbides or inter-
metallic compounds. There are 4 figures and I table.
ASSOCIATION: TsNIIChM

39629
S/129/62/000/007/004/008
I SO B193/F,383
AUTHORS: Petropavlovskaya, Z.N., Candidate of Technical
Sciences, Borzdyka, A..I\T
Doctor of Technical
Sciences and Merlina, A.V., Engineer
TITLE:' Properties of'steel X12~_-MB4.,17 (~M 9,93)
(Khl2.V7vJBFR(B1993)) with a high' relaxatlon stability
PERIODICAL: Metallovedeniye i tormicheskaya obrabotka metallov,
no. 7, 1962, 34 - 37
TMU. The steel Xhl2Vi%IBFR (composition, %0: 0.17 C, 0.34 Mn,
0.22 Si, 12.6 Cr, 0.40 Mo, 0.70 W, 0.25 V, 0.5 Nb, 0.10 Ni) has
been developed as a relaxation-resistant mater;~al for service at
temperatures up to 6oo OC and the object of the present investi-
gation was to study the effect of several factors on its mechani-
cal properties.- The experiments were carried out on samples of
laboratory and industrial-scale mets, both with and without
nced in fabricating
boron additions. No difficulties were experie,
this 4;toel OC, h6t rolling at
(hot forging at 1 150 - 850
1 200 - 850 OC). The optimum hardening procedure for both
B-bearing and B-free -specimens was holding at 1 1500C for
Card 1/1*

B/129/62/000/007/004/008
Properties of .... L-193/E383
30.min and oil-quenching. The tempering temperature was chosen
from data on the effect of tempering temperature on hardness of
the steels studied, after which the effect of various heat, treat-
ments, entailing tempering at 650 - 720 0C with or w-ithout sub-
Sequent ageing for 3 000 hours at 600 0C, on the mechanical
properties of these steels at 20 and 565 0C -was determined.
Stress relaxation -was studied at 550 - 602 OC on -ring specimens
wider an initial stress of 30 or 35 kg/mm ; the suitability'of
various specimens for high-temperature service was assessed from
results of these experiments extrapolated to t = 10 000-hours,
which represents the time between major overhauls of boiler and
,steam-6ondult plants. 0 Finally, the stress-to-rupture of the
steel at 565 and 600 C was determined on both smooth and notched
test pieces. Several 'conclusions ware reached.
1) Steel Khl2Vi%IBFR has a high relaxation stability and creep
resistance at 550 - 580 OC. After 10 000 fours the initial
stress of 30 kg decreases to 10 - 12 1-:S/mral at 565 OC and to
9 - 10 kg/mm2 at 580 OC, the streas-to-rupture in 10 000 hrs
Card 2/11

S/i2g/62/000/007/004/008
Properties of .... E193/r.383
2
at 565 OC amounting to 26.- 28 kg/mm
2)~ The best combination of mechanical properties both at room
and elevated temperatures is achieved after a heat-treatment
which.entails oil-quenching from 1 150 OC and 3 hours tempering
at 68o - 700 OC;' typical Values obtainod,aftor this treatment
..are given below:
Yield pt., UTS Elong- Reduction Impact Itrength,
2 '2
ICE/= kg/mm ation, in area,% kg/mffi
Tt 20 C
Aiuiealing
1150-OC
Tempering 79 95 111.0 52.0 6.o
650 OC At 565 0C
Annealing
1150 'C 55 59 16.o 65.0 ill
T emp e:rang
650 oc
Card 3/4

s/129/62/000/007/004/008
Properties of .... E193/B383
3)'-The mechanical properties of steel Khl2VtIBFR are not affected
by addition of B. Prolonged (3%000 hours) ageing at 600 0C brings
about a slight decrease.in the strength of this steel which,
however, is still above the specification limit (010. 2 >1
40 kg/mm2
11) Steel Khl2WISFR can be recommended as material suitable for
bolts,and pins used to join or secure various parts of steam
turbines and boilers made of ferritic and martensitic steels,
provided that the thermal-expansion coefficients of these steels
are similar. There are 4 figures and 5 tables.
ASSOCIATIONS: TsNIITMASh
TzNIIChM
Card 4/4

3/078/62/007/003/013/019
B116/B138
AUTHORs Borzdyka, A. M.
~j -TITLEs Relaxation testing as a method of physicochemical analysis
PERIODICAL3 Zhurnal neorganicheekoy khimii, v. 7, no. 3, 1962, 653 657
TEXT: The data on stress relaxation obtained by 11. S. Kurnakov and
S. F. Zhemchuzhnyy (ZhRFKhO,
.41, 1004 (1913)) have been used to extend the
temperature range in a study of the.physical and mechanical properties
of
alloys. S. I. Gubkin et al. (Teoriya techeniya metallicheskogo
veshchestva
Metal flow theory), ONTI, 1935; Izv. Sektora fiz.-khim. analiza, 257
1940)) have studied the physical nature of relaxation. Following the
~
bend tests of annular samples by N. A. Oding (Vestnik
mashinostroyeniyal
no- 5-6, 7-'8, 9-10, 1946; Tr. TsNIITMkSh, kn. 23, Mashgiz, 1948)i the
author examined binary and ternary Fe, Crv and Ni systems. To exclude
the
influenc4 of the structural factor, the samples were quenched to
uniform
grain size. "The primary stress-time curves (6-T) (do n IOP 15, 20
kg/MM2)
are divided into,two,sections corresponding.to two relaxation periodsS
JI) short period'of sharp.drop of stress, (2) longer period with
temperate
Card 1/.t

S/078/62/007/003/013/01
9
Relaxation testing as a... B116/B138
drop or 'complete disappearance, of stress. The criterion is the
relaxation
rate in its oonorate, average, and logarithmic form. At constant
temper-
resistance to relaxation as a function of the growing concentration
of an alloy component can be expressed by the curves residual stress
d
percentage of alloying element. In the Fe-Cr-Ni system (20% of Cr),
Ni
varied from 10 to Wa. The curves exhibited the flat,peak which is
typical of solid solutions. The intensity of the relaxation process
was
found to influence these curves. The effect of the alloying element
becomes more distinct as rela ation rate rises. With falling
relaxation
x
rate the maximum disappears completely in period (2). Measurements
must
therefore be made at high initial stresses and relaxation rates. The
intensity of the relaxation process'also influences the position of
the
maximum on the chemical composition axis. It moves to higher
concentra-
tions with increasing rate (e.g., from 40 to 55~6 of Ni at 60 -
10-and 20
k Physicochemical analysis will also have to be applied to deter-
g/mm2).
mine the effect of internal changes(such as grain growth, allotropie
transformationag preci itation,of secondary phases, their
coalescence, etc.)
P
on the.properties of alloys of constant composition, as these changes
depend on temperature,-time,,and stress. There are 5 figures and 7
Soviet:
~PqX!,d~ 2/3-

S/032/62/028/002/022/037
B139/B104
AUTHORS: Uzhik, V. A.
TITLE: Comparable results of long-time relaxation tests of ring
specimens produced by different methods
PERIODICAL: Zavodskaya laboratoriyaw v. 28, no. 2, 1962, 211 - 214
TEXT: Simplified methods of producing ring specimens for relaxation
tests at high te~.aperffltures are tested: (1) By cutting the rings
out of
an iron plate 10 mm thick, and shaping them in the usual manner; (2)
by
boring them out of-steel rods 70 mm. in diameter, and final shaping by
cutting. Specimens dut,out of X313M*5 (Kh3VNFB) and "5796 (E1579B)
steels
were sub 4. ected to relaxation tests for 3000 hro after previous
heat treat-
Ment 'd 565 C at ans initial stross of 25, 30, and 35 kg/,AL.
.Specimens
produced from 905 mm band~sleel by I. A. Oding's Me thod (Trudy
TsNIITMASh,
Sb. 23' Mashgiz 1949) were us"kid for analogous tests in the same
furnace
and under the same conditions. The relaxation resistance of specimens
cut out of steel*plate was 15 - 30% lower than that of specimens
produced
by the standard method. This is due to macrostructural destruction
Card 1/2

S/032/62/028/002/022/037
Comparable results of l.ong-time... B139/B104
during cutting. Specimens produced from rolled profiles and forged
rods
0
(heat resistant nickel-~chrome steel) were tested for 5000 hrs at
750 C
and an initial stress of 20, 25, 30, and 35 kg/mm2. Analogous tests
were
conducted with specimens made of band steel produced from reforged
rods
of 70 mm diameter. Within the first 1500 hrs, the specimens produced
from forged rods relaxed more than those from bent bands. Then, the
relaxation rate decreased rapidly and ids approximately the same as
that
observed with bent specimens. The stress existing in forged specimens
after 3000 - 5000 hrs was 6 - 8% lower than that of bent specimens.
This
difference falls within the limits of accuracy of the ring testing
method.
Thus, relaxation tests of specimens produced from forged or rolled
rods
may be considered as reliable. The applicability of rod specimens
smaller
than 60 mm in diameter, still requires experimental examination.
There
are 3 figures and 2 tables.
ASSOCIATION: Tsentrallnyy nauchno-issledovatellskiy institut chernoy,
metallurgii im. I. P. Bardina (Central Scientific Research.
Institute of Ferrous Metallurgy imeni I. P. Bardin)
Card 2/2

-L 519-63 EWT.(d)/kWT- (a) /En(q)/BDS AFkTCIASb' Pad JD/9~1
ACCESSION NR: AP3000679 S/0096/63/000/006/0016/0020"
ru V
AUTHORS: Borzdy*ka, A.H (Doctor-of technical sciences); Laty*shev, I
(Engineer)
TITIE: Search for steel,and alloys to be used in!stationary and
portable
turbine units
SOURCE: Teploenergetika no., 1963 16-20
'A
TOPIC TAGS:~ heat-resis steel alloy;,, turbine vane, sheet steel
ABSTRACT: Studies and experiments were conducted at Teentrallny*y
nauchno-
issle'dovatelskiy institut chernoy metl(llurgii'(Central Scientific
Institute
of Ferrous Metallurgy) on heat-resist steels and alloys for turbine
par...,
Chemica
1 c0 0
mos onf f steels A1,726 (Khl4Nl8V2AR'L)CVEP-l64 (Khl5N24V4T)
l2 R C 5VTR
(KhN35VT EI-"l K tON35VK7
EIr692 (KhN35 1;1-6 AancMI-7~5
a d
rFta'bulated. The es ed standard for stfg and alloys for turbit* vanes
1000
was a work-life of 100 0 hours at temperatures ranging from 550-800C,
Materials for fasteners were tested for operation up to 12 000 hours
at tempera-t,,.-
tures between 560-800C. Sheets were tested at 700C for 50 000-100 000
hours,,of
LCwd.__l/2_

t
BORZbjUA.Kj.:&ETSOV, L.B.
New demloponto in instrumpntation and ~sthods of testing
metals for oreep.and stress-rupture strength, Zav.lab.
29 no.3.:332-334 163. OM~I 16:2)
(creep of metais~
(Testing machines)

GMNOV, V.N.; TRUNIN., I -I.; TARKHANOV, G.V.; A.M.;
AYVAZYAN,.' S.A.
Discussion concerning the Interpretation of the results of
testing
of the stress-rupture strength of a metal of several
ameltings.
7Av.lab. 29 no.7:8Z7-837 163. (Nim 16:8)
1. Institut astallurgii im. A.k.Baykova (for Geminov). 2,
TSentrallnyy
nauchno-issledovatellskiy i prcyektnyy institut tekhnologii i
mashinostroyaniya (for Trunint Tarkhanov). 3. TSentrallnyy
nauchno-isaledovatipl!skly institut chernoy metallurgii im.
.I.F.Bardina (for *rzd~ka). -.4. Matematicheskiy institut im.
V.A.Steklova AN SSSR (for Ayvazyan)'.-
(Metals--Testing)

ACCESSION NR: AP4012431 'S/0119/ 64/000/002/0031/0034
AUTHOR: Boezdy*ka, A. M.',- Estultn,_G.~ -.V,--
..TITLE: Stress- rupture strength. diagrams for heat-resistant alloys
SOURCE: Metalloved. i term. obrab. metallov, no. 2, 1964, 31-34
TOPIC TAGS: alloy steel, heat resistant ail6y, heat resistant alloy
steel,
refractory alloy, refractory alloy-steel, stress rupture strength
diagram,
ferro - chromium- nickel steel, chromium nickel steel
ABSTRACT: This article. is a supplement to the journal MiTOM, No. 2,
1964,
and contains 'stress-rupture strength diagrams for heat-resistant,
ferro-chrom-
ium-nickel and chromium-nickel alloys whose chemical composition is
re ulated
9
by All-Union State Standard 5632-61. Data for the following alloy
steels are
contained inthe diagrams (enclosures). Orig. art. has: 5 figuies.
.ASSOCIATION: None
C.,d

- ___ -I
BORZDYKA, A.M.-. '-

DORZDYKA, A.M., doktor tekhn,. nauk; TSEYTLI14, V.Z.p kand.
takhn.
nauk; BERNsHTEYN, M.L., doktor takhn. nauk., prof.,,,
reteenzent
[Heat treatment of heat-resistant steals and alloys) Ter-
micheskal.s. obrabotka zharoprocbnykh stalei. i splavov. Mo-
skva, Mashinostrooniog 1964. 246 p. (KTILk 1719)

BORZDYKA, A.M.; ISTULIN, G.V.
Diagrams of the rupture strength of heat-resistant alloys*
Hetalloved. i tem. obr. met. no.201-34 F164 (MIRA 1727)
. 0

L: _14098-6~- M'IT (m)/FWA(d)/5iTj_t_ U01~3/Ac
)D(f),-2 D
V
:ACCESSIO14 MR: AR4045893 SAW /(007/IO65/Ia5
IfSOURCE: Ref, zh. Metallurglyaj, Abs,7*07
P.; Merlin
AUTHOR: Bo;?zdrrkas As HO; Pejm~opavlavp a, A. V.
TITLE: The ef;rect of alloying --elemUnte. on the relaxation
atability
of hi cl~rDmiura stools
'gh
1 0 -a GY~--
C ITED SOUAGk:_ Kiyevv Gostekhizdat 'USSR#
Legirovan ~7_
11963S 1421A150
;TOPIC,, TAGS:_ ..alloy rala:xAtj Ai.--hi,
ing.,- &~__ &rom,ium steels, chr-MiUM
I steel car-bid Itl
rr a steels, steel
.TRANSLATibY.: The relaxation' stjibiiitty' of high chromium steels
of the
sernif erritf) type (0.10-0.15% Gs 10-,L2% GrL. 0.3-0.6% Mo) was
studied
as a fimet+,on of their degree of &Uojimg and phase state. The
sainples weve quenched in oil and subjected to a high tampering.
Relaxation taste were carried out on ring shaped Oding samples at
550-5650. The duration of the 'vests was 4jOOO hours. Steol with 12%
Cr and 0*01, mo, taken as a base, has a low relaxation resiotanoe,
Card 1/3,

--Z
L 14co8,~-65.!
KR: AR4045693
'Alloying of steel with vanadium (UP, to 0.6%) somewhat Improves Its
relaxation stability, Further Increase in the content of V up t o 1%
'leads to a decreaso In relaxation stability; for this reason, the
alloying of high chromium stools with vangdium should be limited to
00-0.6%. The intro&uction of W (up to 3.9&) into steel with ler Cr,
0.~~jv Mo., and 0.45% V somewhat Increases the relaxation sttibility;
however,, fwrther increase in the W content increases the speed of the
relaxation process, With an incre4se in C conten-tq and at the same
time of Mo and C$ In steel with 12~; Gr and 0.4% V, the nature of the
effect of 11 ia retained. Increased content, of Mo from 0.3 to 0.7% in
steel with 12% Cr and O.Wo V, alloyed -with 11 (up to 11%),. increases
relaxation stability, An-optimum relaxation stability is observed in.
somiferrite steel with 12% Or.. 0..5% Mo, and 0.4% V, with a
supplement-'
ary alloying with W within the limits 0.3-0.5%; at the suw tirra,
the C content should not exceed 0.15-0,2b%. An increase in tr?.e
content of C ft'om 0.15 UP to 004% in steel with 12% Cr airl 0.5% Mo,
alloyed with V, or wit1h W and V, leads to a martensite structure of
the steel, which lowers relaxation stability. The introduction of Nb
'(with
up to 0,7% a 0.15%0) has an eMcient offeot on relaxation
which Inereasgs two fold,7. -. However# the off iolonvy of the
-Card - 2/3,

VEEW b Rnd
L. -6 iSDW-3 N7,j/-ru/FW/-jG
A.-CES-SM." 'N1"
JXTHOR:
TITLS- P,410--t Cj VrOjDn2ed h0jdLrW at ILU& teMparetUm-
~tmr~hj L
SOURCE: Metaboved-miye i termddhee~mya tbrabotka metanov, no. 1,
11-aG4' 2-5
TOPIC I'AGS: nN65VArrYu alloy, nicM chromium alloy, vJ,7-*'re.1
b-aae niloy. he;r re0e-
tant ajl-,),y :01c-v property, chromium la~untMntng allov. heat
c 0 m, p ":~ s
ABS-TRACT- -Specimens of tha chroralurn-nickel-base idloy
artrl --verp :ijr-ct,.~oled from I-50C ~Lndl-
zLgm f
hp1ci az~ 7,50 ;,r fOT !-WOols ranging from 10-00 tv -99' n0p.
h~l--!
1/2

~65_ jowo/Ew 00- pij-h/Pli
60
--AT. ----- ----
Mi 0-4 AT
AM
_~i~/660/64/00/000/0185/0193
ACCESS I OR NR-. AT4046840
AUTHOR: Estulln, G.V ;,W A Ii
srzdy,
TITLE., Dispersion h d Ii of-heat-~resistentlaustenitic steel
. 2" 1 14
SOURCE- AN SSSR. flauchney Sovet'Ro-probi eme zharoprochnykkh.spia
Issled;vonlya staley I spfav*v (Studies on steals anl alloysy,.
Mosvcoov: lzd-vo
Nauka, m64, 185-193
TOPIC TAGS: steel, sie~ef'haedeniii~~-~43uste6i'tic steal-hardening,
heat:resistant
steel, heat resistant steel- hardeningi dispersion hardening
ABSTMCT: _-~The modern theory of -ieat:. res I stance considers
dispersion hardening to
er, v ant To s~
e:v, Y:! ort r~auitemtlc:~stet The variation In.hardnes of homogeneous
6
au5te9ItIc steel during rethe3ting at ~56040OC- conforms with the
classical theGry
dispersion.hardening. -The.Peesent papbr Investigates the dispersion
hardening of
several wstenitic heat-r0315tant M013-U3011 in Industry, containing:
0-13-0.45%C~~___
'13 8 26-7X Cr, 8-8-57XX Ni. 04.4% W, 0- .54% Mo, and!
0-50-2-75% Sl* 0.47-1.2% Iin,
0-0-7% TI. OlsRersion hardening ofthase grades of steel is caused.by
the extru-
a
sion of rjtkLd&ha5es. Metallp lysis anti studies on the mechanical
,graphic an
propertle5::sIxwed that.theJormation of ferrites In 18-9 steal under
the Influence
'proven. ng,disintegration of the austenite during-
of t I tan I u,M. stab I I I zes, the,: 4' flpy,- ti
ca~
d -1/3 -4

ON 144,~ AT4046840-~..--
C
CESS
prolonged -tempering4. n -h'a'rden-ad condition.. the 18-9T steel
contains 10-15%
P-ning a-f
high teri-ferature ferrite. fiard ter.ag ng at 600-700C increases
the micro- I
-har-dnessi f _r6m 170 to*187 kg)*2 I for 'If Ine grained steel and
from 149 to I
87 k9/mm2
j6j~-_ Z _arse7grat_nj_d~stie_t~~ "-4---s-V -Y S a-
attlee _4
orm n(
I if
roof -M_tO_a)P.ha-;- ue-to-t- 6,-si 9h Ican :content irri te f 1.1
~e e7i~l
The dl ~i- u -se::l scarbide: formatton'.6nd owering ofrthe allo
-mentse re ca ement
I ~ I I _ 4 1 lyin-9
cc as St 0.1 low C --ex-,
intent at IndlVidual plac ce 14'14,with 3-0.20% C shows arbide
trusiort but thIs Is increased fn steel' with 0.4-0.5X C. Raising
the tempering tem-,
perature-to.700-BODC.leads to marked coagulation of the carbide
phase. In ZID-25
.5teel (0.15% C), carbides appear during:tempering, the degree of
dispersion Of the
carbides depending on the temperature and duration of tempering and
the previous
hardening temperature. With a higher content of silicon (2.7%) and
carbon (0-35%),!,
dispersion hardening is similar to thBt In 14-14V with o-4-o.5% c.
In 25-20-C
steel, tevering of hardened -steel -I ends. 11o-, ext rus, Ion of
(Cr,. Fe)2gc chromium car-,
__,bi_de_parttcIe~s during the first stages of beatinj'between 600
and 5t C , while fur-
ther. boating', leads-Ito thi~~Ibfi__ofa-batvphasdi -In f erroni
chrome, V5_60, the
va"Hatlofi In hardness during tanpering at 600-70OC- Is similar to
that of stee) 20-
25, and even though there i's a:great difference' In nickel
content, the )5-60 alloy
umy be.-Included In the sluggish aging category. The article
concludes, on the
basis of structural,phase analysis.,-that the alloying elements are
redistr;buted
Oon phase durin' prolonged heat treat
j betWeen the-sol,ld iol6tion.and-the. di spar, 9 ment~

-AUTHOR: 13orzdAa, A., ti.
~.-Trru: Prolonged relaxation stability, - of a' nickel-chromium
heat-resistani:4111
SOURCE: Iletallovedeniye Ifarmicheskaya obrabotka metallov,
no. 7, 196.5, 39-41
TOPIC 7ACS'.- beat restatent~-alloy,-alloy:relaxation stability,
relaxation
damping, nickel alloy, chromium alloy / KhV65VMTYu alloy
V( ILI
ion*tad
tISTRACT: The usefulness of the beat-re sistantli.-Crhlloy
h,
for prolonged operations (up to.20,000 hrs.) under a relaxat d has
been
:Lnvestigated. The teqts were carried out at 750C over a 20,000 hr.
period,
the stress relaxation leing determined by the method of annular
samples (see
1. A, Oding) Trudy TsNITTWASh Kn 23, M., Masbgiz~ 1949). The initial
stresses
were 20, 25, 30, and 35 kg/;;~J. wLch were 33, 40, 50, and 60% of
the average
vitlue of the yiele point-Of the alloy at the given temperature. The
samples
w-~re hardened in itir at 1180C and temnered at 800C for 12 lirs,
All the samples
sbowed a contintious dam
ping of.tbe relaxation process throughout tbe,20,000 hrs. 1

L-1 2 2-
EWT(m)/MiA(d)/WP(v)/T/WP(t)/kWP(k)/tWP(Z)/EWP(b5/V.44,(h)/tWA(c)
-NR- AP6002908, D/ SOURCE CODE: UR/0286/65/000/024/0073/0073
*.INVENTOR.-, Medovar, B. I BorzdOjkK
_V A4. M.; Latyohov, Yu. V.; Pinchuk, N I.-
Chekotilo, L. V.; Topilin
none,
.,,TITLE: Weldable heat-resistant steel. Class 40, No. 177079
7
SOURCE: Byulleten' izobreteniy i-tov rnykh znakov,,no. 24 1965, 73
a
~TOPIC TAGS:,,-stee.1,.heat resistant steell, 'chromilun e""6060&ng
steel, nickel 0-- le
stee1j:tungbten ow*m6mi~ag steel.,, titanium eonbminj3W, steel,
manganese em
steel
ABSTRACT: -This Author Certificate i ant
ntroduces a weldable heat-resist steel with
increased resibtance, to local failure of welded parts. The steel con
max carbon, 0.5% max silicon, 0.5-1.0% manganese, lh.5-16.5%
chromium, 23-25%
nickel,- 4.0-15.0% tungsten, 1.5-2.0% titanium, 0.11-0.7% boron, and
0.02% max sulfur.
[AZI
SUB, CODE: l1/ -SUBWDATE: 25A~Ahl ~ATD PRESS:
h.018 44
Card tim 660.1

t -592_67o_65 'w D
NjW j /ai
:_~.~-..-f~A~CESSION:NR----:-:AT5016062-- 7
_UR/2776/65/000/039/01~6/0138
!AUTHOR- Bondyka, A.~ jEttulin i, G.
V1. (Deceiksed)
TITLE: Dis e is 1 on hard~nink' and hot brittleness of austenitic
steels
_7
tallurgil
.:_ASCUR.Cr_.,.:: -Moscow-. sen ralInyy na'uchno lls%iy- llnstiti~t
chernoy me
~Sbornik'trudovj~ noi, .39,'- .11965..- S et_S_21_aP_pyye:-sta1k 1
splavy-T-Spe stee2s
p, cial and a
iloys), 126-138
iTCPIC TAGS: stainless steel,dispersion strengthening, Impact
streength, metallo-
:graphic examination, heat -resistant steel, heat trea nt
E.Igh, t,tY?1)3..CA auste-filf-i-c-. --t-a-in-le's-s
--stleal4i were chosen- and. classified into'
or e. - th _dj ersi6n -harden ~haract
ve types. e er was investigated,
on hardnes ~:'nfpact strength I metallographyl d electrical
resistance. In
scme cases, chemi6a:.. and x-ray analysis were used to deterinine the
hardenirg phase.
jBince resistivity showed little change (2-5%) k' , vas not izia~tded
in the da,ta. "lie
steeU, generally, itere given the following heat treatmentaAannealing
at 1000-
111.000C and 11SO-1.2500C, with subsequent tempering at 500-VOODC for
up to 1000 hrs.
X-ray analysis of- s-teels of the 18-9 type (18t Cr, 9% M) showed that
the phase re-
>
1/2.

L 15698,66 IJP(c) JD/Ml/JG
p~CC NR: AP6003313 SOME CODE: UR/0129/66/000/001/0(160/0063
AUTHOR., Borzdyka A. *Astakhova. L. M.;,Salakhova, L. 1.
ORG: TsNIIChERMET
'K.
-Effect of beat treatment on the relaxation resistance of KhN&&TYu
Ni-Cr alloy
~Y_3i7v? 7' o:
SOURCE: Met'allovedeniye i -termitheakaya:_ brabotka.metallov, no~, I
j~: 194 j~0-631
TOPIC TAGS:- stress relaxation., nickel~alloy, chromium alloy,
metal.beat.tireatment
'KhN77TYu Ni-Cr alloy,
ABSTRACT! Although the structure and properties of this alloy as a
function of,heat
treatment have been fairly.thoroughly investi ated, little is known the
eff ct
9 about e
of heat treatment on the relaxation.properties of this alloy;.yet
knowledge of this
factor is a:prerequisite for using N~ ~77 In ~u lloy in, e.g. fastening
fixtures-operat-
ing at- high temperatures. Hence the authorstinvestigated the effect-of
hardening
temperature on 9x15 mm specimens of the alloy (0.05% C, 20% Cr, 2.5%
Ti, 0.75% Als
with- Ni as the rest). The test conditions were: hardening at 1000,
1050 and 1080*C
for 8 hr, cooling in air with subsequent stabilization tempering at
600-900*C. Relax-
ation tests were performed by the 0 1ing method at 700*C and in the
presenceiof init iai
stresses of 10, 15, 20 and 25 kg/mm . Graphic analysis of the findings
sho"Bd that
the relation of hardening temperature to final relaxation stress a
(taken-as the
r
IMC,
J:Card 1/3 ip2l A~A Y,7 7 T YU 669.14.018.45

ACCIN, -AP6002911 SOURCE CODE: UR/0286/65/000/024/0073/0074
INVEiWTOR: Latyabov, Yu. V.; Berzdvka. A. M. 77
--------------
ORG: none 0
JDAWIJG
t [94p (v) JWF (b) /h-A (h) IJP(c
r 10920-66 M4T(m)/t4k(d)/hW(
TITLE: . Rest-resistant _awtenitic steel. Class 40, No. 177082
SOURCE: Byulleten Izolbretenly I tovaritykh znakov, no. 24, 1965, 73-74
TOPIC TAGS: steel, beat resistant steel, sustenitic steel, chromium
containing steel,
nickel containing steel, Unsten containing steel, titanium containing
steel, manga-
nese containing steel
ABSTRACT: This Author Certificate Introduces a heat-resistant
austenitic steel. For
better heat resistance and higher stability and ductility, the steel
contains 0.6Z max
carbon, 0.12 us Ili ong 0.5-2.0% manganese, 12-16Z chromium ''-U-21%
nickel--x-1
2-4. tunitatealls.0-2202 titanium, 0.025-0.12 cerium, 10". 0-05--0'.
152 boron. 0.02Z =ax
sulfur, and U.0351 max phosphorus.-Pi
JAZI
SUN CODE: II/ SUBM DATZt 25Feb64/ ATD PRESS:41f/
cd 1/1 ZC UDC:--"9.15-194*56

ACC NRs AP6036"7 SOURCE CODE: UR/0370/66/ODO/006/0137/0141
AUTHORSs Sveshnikova, G. A. (Mocow); Borzdyka, A. M. (Moscow)
ORG: none
TITLE: Solubility of nioblum in nickel-chromium solid solution
SOURCE: AN SSSR. Izvestlyae MetaI17, no. 6, 1966, 137-141
TOPIC TAGS: niobium, nickel, chromium,, alloy phase diagram,, metal
phase system
ABSTRACT: The solubility of niobium in nickel-chromium solid
solutions containing
20 wt % Cr'vas determined. The investigation supplements the results
of V. N.
Svechnikovi V. M. Pan, and V. G..Korobeynikov (Diagramma sostoyaniya
sistew niobiy-
nickel'. Sb. Voprosy fiziki metallov i metallovedeniya. Izd~-vo AN
SSSR 1964, No.
19). The specimens were prepared in a 30-k9 induction furnace at
1420-1470C in an
atmosphere of air. The microstructure, lattilo parameter, and
hardness of the spec-
imens were determined as functions of the Nb composition, and the
experimental re-
sulta are presented in graphs and tables (see Fig. 1). It vas found
that the pres-
once of 20 wt % Cr' in the alloy decreases the solubility of niobium
in the latter
by.-~6-7%* Thin vork van carried out at the initiative of the late
Professor G. V.*
uDo 669. oi7ai

AV; NRI AP6036"7

Nb

Fig. 1. Hardness of alloys fil + 20% Cr

after
different heat treatments, 7file.

(cooled in 10% aqueous NAG

solution)
as a ftwtim of
Y

'O

kvt

Orig. art, has# 2 tabI*s and grapbs.,

SUB CODE: n/ s= DA3z s
o7sspo/ oRm Put oo6/ ow R& i ool

ACC NRt AP7000131 SOURCE CODEt tWO115/65/000/OU/0036/0040
AUTHORt Novikov, I. Is; Dwwak# A., No
1
I none
0
TITLEs The experimental Investigation of forward rotational' flm of
an lwxmrss~
.1sible viscous liquid in a cylindrical pipe
SOURCEt Ismaritellneya tekhalkag no* 11, 19669 36-40
Tom TAM Incompressible fluid. fluid dynamics, vubulent flow,
turbulent beat
transfer, rotational flow
ABSTRACT: Experiments were conducted to determine the critical flow
velocity, the co-
efficient of hydraulic resistance, and the coefficient of heat
transfer from the walls
of a pipe to a fluid when It has a rotating forward motion in a
cylindrical pipe. The,
flow system was made of stainless steel while the working region with
a diameter of 30
and 12 mm, and a length of 400 m was made of Plexiglass. The working
Uquid was dis-
tilled water. A thin film of water moved In the wor*ing.section such
that centrifu-
gal-capillary waves could be observed an the surface of this film.
The pressure in-
side the rotating film was measured by the height of the operating
liquid column. The
film -thickness was measured with a micrometer probs. A copper tube
was used to mea-
sum the co efficient of heat transfer. Low voltage &a current was
passed through the
UDC: 536*242*00leS

ACC NRs AP7000131
the tube. The temperature was determined by 30 theruocouples attached
to the tube.
The results of the experiments am given and am In good agreement with
theoretical
results obtained owlier by the author. This agreement indicates that
the followivg
equations can be recommanded for computing bydmulic resistance and
best transfer dug-
In the turbulent rotating famard nation of a liquid along a pipet
son
~J-
equatlem Is vaUd for, m The second equation Is ady val.Ld for
y Uquid.
~ben other fluids we usid the munwifta Ceefflelent ebeffses Its "Imse
a&&
6 ustie" apply tD tbe wme WM
".q
te.
art* best S fewmalam.
SUB CM: 20,1,~/ OR, IMAQW, one EWS 002
I cwd 2/2

'V1 9 0 0 0 0 0 0 0 0 0-0 0
I i a t 4 1 1 " " 3 * _v Aa 'A 1* 14 R U Id A 39 V a p
I IF cK I g L I 1A0 tr 9K k I-A
00
Os
NMI -11" lk*a rd d1C.JL Boridyka
-a; MOW A#W.. I
ommm -00
tm wa
fainclift in am an
maw left": 46
Irar IMN-6.1 tau" at
.-low, of amok I$ be" by 4.c. (300-750 ~P. =so
R. CIA go a
Also
are*
cot)
Iffoo,
see
41
JZLL~" LITINASWS CLUMPICATM
to 0,
Alf rx I a 6 3 1 IF
it it an it is
0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 ~1*000 00 00 so It ~ 0 0 0 9 0 0 0 0 0 0 0 0 OL
: I .: :,.1** 000 0006 0 0
0 0 Ole 000 0 *4P0 0

BORZDYKO, V.I.
-----
9T Tauri. Riul. Tnat- agtrnfim. AN Tad7h. AgR no.32!21-24 1~2.

BORZDYNSKI, Jan (Wroclaw, u1. L. Rydyglera, 25 m..4.)
studies on the strength of wire loops used in oblique andsPiml
bital fractures. Chir. marz. ruchm 24 no.1:3S-441959.'
1* 2 Zakladn Chirurgit Ogolnoj Studium Doskonalenia, IsImrsy A. -No
w Varesawis..OddsiAl. we vroolawiu na bazie Szpitala Wojowodikiego
Iterownik: dr JO'Soridynakiv
(TlBxk, fraotures'D
.- wiring, strength of loops (POW

BORZE, K.
"Report on the investigation of chemozen soils in the area. of the
Brazova
pod Bradlom Mountain range,"
GEOLOGICKE PRACE; ZPRAY, (Slovenska akademia vied. Geologicky ustav
Dionyza Stura) Bratislave, Czechoslovakia, No. 15, 1959.
Monthly List of East European Accessions (EEAI), L.C. Vol. 8, No. 8,
August 1959.

ACC NR AP10245'.1v SOURCE CODE,. RU/0017/65/OOC)/009/01,714/Olt76
AUTHOR: Stanomir, I. (Engineer); Borzeat C, (Engineer)
ORG: Motor Repair Shops, Brasov (Atellerele de Reparatii de
Automotoare)'
TT'r[J,-.* C~anting segments 200-700 millimeters in diameter
SOURCE: fietalurp-La. no* 9, 1965, 474-476
PPW TAG,5: inetal casting, metallurgy
A97FRACT: The authors describe the methods being used to cast
large segments,
pointing out the difficulties associated with the drum casting
method in the case
of larre sizes and describing how these can be overcome through
use of t' ring-drum
rw
met-hod. Ibis results 'in segments of good quality having a fine
graphitePlamellar
struct-ure. Orig. art. has: 4 figures. [Based on authorsO
Eng.-a-b-s =.[JPRS:
33,7321'
SUB CODE: 13 SUBM DATE: none

OSSAIAO Antoni; DDRZSCXA; ImAj OECA# Oseslaws
Daily exorstion of 17-ketosteraids and
17:hrroxyaortlooptercids
in firle and boys undir.14, Polo tyl, lek 0
nobl$017-019 12
Ap 650
Is 2 11 Kliniki Chorob Dsiscisaych AN v LOUM6
(Kiermmiki doco
dro Antoni debals).

KMIICKI, Miroslav; BORZBCKA,, Z.
Fundamentals and organization of collaboration between information
field agencies. Akt probl inf dok 7 no.2:44,.72 Mr-Ap 162.

v.0'hA MI ";It! of i7vamacls s
-2, 25 Jan 63, -z. 1-17
I r No I
of t1ho janllaxY 1663
v*yw f ought in ref-r-,

POLAND / General Biology. Genotics. Animal Genetics. B
AbB Jour :Ref Zhur - BioloGlya, No 4, 1959, No. 14457
Author tMarchlewski, T.; Borzodowska, B.
Inst :Polish Acadomy of Sciences '--
Title :The Probable Phenocopic Influences of Egg
Albumen Transfusion of the Developing
Chicken Egp.
OrIS Pub :Bull. Acad. polon. sci., 1957, Cl. 2, 5,
No 10, 349-353
Abstract :The authors present a critical evaluation of
Soviet and BUESarlan InvestiGators on the
problem of transfusion of oSG albumen and
parabiosis In fowl, maintaining that the con-
clusions based on their studies are doubtful,
since they were carried out with an In-
sufficient number of individuals, mostly
Card 1/3

POLAND General Biology. Genetics. Animal Genetics. B
Abs Jour Ref Zhur Biologlya, No 4, 1959, No. 14457
lack of controls and very often were carried
out with genetically unverified material.
Control tests carried out in other countries,
also did not verify the results of this work.
However, some positions of those studies do-
serve attention. Therefore, the progeny which
was obtained in analogous experiments by
Borzedowskaya, was examined In detail. The
latter transfused the egg albumen of Polish
greenfeet breed hens Into the eggs of leghorns
and producqd a parabiosis between the- birds of
th 6so broods. As a result of these experiments,
* part of the experimental birds developed
* change In color reminiscent of the phonomenon
of a recessive index of a "pale yellow
breast" which is often observed In white
Card 2/3

POLAND / General Biology. Genetics. Animal Genetics. B
Abs Jour Ref Zhur --Biologlya, No 4, 1959, No. 14457
leShorns. 'hq study of the PL progeny (185 in-
dividuals, data of Borzedowskaya) and F2
progeny (85'!pdividuals, data of both authors)
of the8o colored birds led to the conclusion
that the freqiaency rate of colored Indivi-
duals Is,roduced from one generation to tho
next, and that subsequently the problem lies
not In the isolation of the accidentally
present recessive index, but in the appea-
rance of phenocopies under the influence of
the transfusion of albumen, as well as of
parabiosis. -- S. M. Gershenzon
Card 3/3
69

MARCHIZMI# T.; BORZEDOWSKA, Bfxena
Apossible case of genetic traneduction in the dmestic fowl.
Folia
biol 7 no-3:259-266 159* (EUI 9: 11 )
1. From the Chair of Zvolution and the Departnent of Animal
Genetics of the jagenmian University, Krakow.
(POULTRY) (GEIUMCB)

BaRZFZOWM, Bozena
Transitioninto a hereditary form of a thermal phenocopy
in
Drosophila melanog"ter, Folia-biol.3-1 no.2.-231-252 263.
.1. Department of Rvalution and Animal Genetics.,
Jagellonian
University,, Irakow.

ojAmPh
on Namea
Cotmtr7t Poland
, I LF-)
Academic Degreess
Affiliations
scums Warsaw, 42dycyngi teryngrinal Vol XV119 go 89 August-19611
PP 463-4660
Data$ "Activity of the tyophilized Str
ain Flo? of the Newcastle Disease
Virus at Various Temperatures."
Authorss
RZEMSKA Wanda-~
1_~Ilandq
M rZ.
zim erz, Docent dr., Director of the Departmentof Poultry*
Diseases. (Zaklad Chorob Drobiu)p Veterinary Hesearelft-IMIMUR-97
(-I-nstytut Weterynarli)v Pulawy
TWARDMKI I Krzysztof 9 Magister I Director of the
'-~La ~oraitory-(Branzawa Laboratoriin Badaveze) of the Poultry and
Eg-g Industry (Przemyol Jajowy-Drobiarski)g Poznan.
off "1"Y.

PMAIS,, Given Names
Countr7: Po2and
Academic Degrees:
Deparbsent of Poultz7 Diseases, VeterUiary Institute (ZWdad
Affiliations Chorob Drobiu. InsVtut , Weterynarii) 9 Pulawy; Director
(Kieromik): Doe Dr Kazkderz Marek
Sources Lubling 11~~ Wetermaryina, o XVII, No 10, October
1961, PP R?-3?9
Data: "StAles of the Tmmudzing V&Iuo of Vaccine F Against
Newcast3a Disease Virus Administered to the Respiratory
s7steme"
3uthors:
MAM, Kazimlerz, Dr
RASZEWSFJL, HOIAM Degrees not giveg
BCR?MMU, WarAa Degrees not givenj
GPO 981643

:Warsaw, V.4yar"o V t6rvnftrYJ,&, lot 18, So
It. April 1962.
1. '&"Loan Rol Cbstara. Nonigosery's
Dixea2al,* T~dsmsz'
JA2=zzHJKZi pp, 193-297.
ftal& Diagnosis of Str. xg&l*otiso Using the
Notis'
Watt" 0 j. ursslovsKI. st. mADBYSKX, id A.
r.Wsw
9L& or the R;Ine-r~ad
lany IWLT-S&CI
'Erg r or Fee Inermouce For yetorlo"y
SslonoG (Inotytut Voteryner3i) at BydC~ssog
(Direct.
ors Voemn* Or J*rsy WIZIOWSKI). of the
zootochniaml
Zostltuto at
-Ki-9W (Wo-daki Zakl*d PAglany W*toryn"7jn*j.
uPj*uwd5q" Toseftnary RYCLons Research
Orel*&) at
NVd,rooscal pp 197-201 tInBlish, summary).
3. 'Cases of Aajeaskt's ftsomao-in Silver
We***, '4,ite
taxes. and Minks. Jadwle*JZU_FEI sm,4 jers),
IW
-1 fatowtcp t0trecters Free. Sir.
.P-,W of the WOW 60 20,
jaray SIAIL.&ROTY-IPP ~04.
6 In at Zommuitatlem or Cblcks Against
Newtas%%*
a the Stralas way. LASeta. and Y,- Wanda
the ft
liklofr,12011,~-i Akita-
urocam 0 Uto 1.0ma
luspodarotVA, 110jok-1690. Role School of
rharst scon"YJ
at Warsaw (Directors 3weent 2r. Weassiora
mAnuh
205-207 (ftgIlsh summary).
on Ifte Serediagmests of amoolleals of
fteep.9
M014 ~U at h Direc tar i Dr.
Les;
clAs :1
sea
L. maa 9 Ipp, 20?-20 jhclAsk ommusty).
g VP q
" lr*Lo Amation and Blood P&etmra in Cattle
Zo.
t"ted with TAborculaSLO.- Ancent. DZIAeA a"
zorla.
=29LWA of the Chair or !P&;jj ~!! (Kat"re
tulegill of %no TRC0..T OF -og9rLn^Vr,,mal to
Vot"Y"Wrii) of the 2;GW Worse, iroctors
S r
ftf. 0,. 1 and DiReas;
Nuessrob-0-cus. led Chore ran zwler ty
-OX-Mo-ulty or Veterinary Science air Jr,',V
at"Var:aw
(alroeters Docent Dr. W. ~RWI~CX)j " n4.211.
'Ampture of foleen 14 a IbIV Sitforing free,
labow-
suleflu." Zonen VACHVIsC and Jon SAJL%PATA
of the
(Katodra of
-zcgj%7 or oterinary Saienc,
V a or the Nigher
1 0 (
School Or Aarlem car WSR, WyLsLa Sakate.
AojnIcg*j
at Wroclaw (alreatorl Prof. Dr.-Tadeuss
SoazSCH)
1/3

BORZEMSKI, E.
Methods of preparing classification tables for pine stands.
P. 157, (Roczniki Nauk LesrWch. Vol. 189 Warszawa, Poland)
Monthly Irdexof Eakt European Accessions (FFAI) LC. Vol. 7, no.
2..
February 19.58

BORZGNKO,
PXNKO, A.T.; BCI=NKO, A.A. - ALMIMA. A.F.
Investigation of milk wid milk products for Brucella. ~M=,,
ailmobial.
SP14- I I-Ma. no-1:103-107 Ja 155, (KwA 8:2)
I* Is Usbekskoy respublikan-kay protivobrutoollazucy stantail
(glavvWy Yrach N.Z,.UshovV&, konsulltant prof. P.F.Ssmsonoy)
(MM"O
In milk & milk prod*. determ.)
(NUK, bacteriology,
DMOGUAP determ.)

BMIKO, A.A.
A case of vistsetsele of a chorionspitheltow to the k1drisy.
Sow.
md. 21 no.2:110-111 7 157. (MM 10:6)
1. Is Tashkentakey Corodskay bollattay No.6 (usuchnyy
rukoveoltell
p"f. I.K.Yesevich)
(CUMIOCAMINM, case reports
vatestasis to klfuwy)
(KIDUTS9 neoplasm
chorlocarcinow, setestatis)

KHODIIEV, E.M., kand.med.naWc; BOHM-0, A.A. ordinator
t'$ 40
Case of restoration of the vitality of the hand b7 meww of a
vasoular suture. Mod. zhur. Uzb. no.102-73 -Ta 161. (MIFA 14:6)
1. Iz kliniki fakulltetskoy khtrurgii (sav. - prqf. V.K.Yamevich)
sanitarno7qigiyei~lcheskogo i pediOricheskogo ffikulltetov Tash-
kents )ditainskoF
kogo gosudakstvennogo m go instituta.
AHUID6.-WOUNDS AND INj-Ul=)
(BLOdD VMEIS-4URGFM)

YASEVICH, V.K., prof.; KHODIYEV, E.M., assistent; VAVILIN,
M.K.; AKAIAIEV,
N.Kh.: BORZMO, A,A., ordinator; ALB-ITOV., R.A.; RABINOVICH,
S.A.;
TSENERp Xh.Kh.; T.A.
Angiocardiography In the diagnosis of congenital vitia
cordilt.
Med. zhur. Uzb. no.20:10-16 161. (MPA 24:10)
1. Iz fakulltetakoy khirurgidheskoy kliniki sanitarnogo i
pediatri-
cheskogo fakul'tetov (zav. - prof. V.K.Yasevich) Tashkentskogo
gosudarstvennogo meditsinskogo instituta.
(ANGIOCARDIOGRAPHY)
(HEART-ABNOINITIES AIM DEFora4ITIES)

Arm Llvovich,; DWWO, I.M., red.; TORCRIN, K.P., takha. red.
[Industrial electronics] Promysblsmaia'elektronlks,~ Ird.
2..
ispr. I dop. Moskyse Go*. snerg~p,,.izd-vo. 1958. 462-p.
(MIRA 11:-10)
Mectronics-Ind"trial applications)

1. 1411 1 Fat I
IAI
M
rr
LE
10 . x ' to
Er ~n
I
9
tit I
11:311p,
ins
Itllop.6-fT Ila I r,
v !S flip,
r. Pr I IL
13'
rl' a P,
;~ Ji
rv .,ra'v
r V. H r, kip.. 1; 1 t
E Mr, rr h".
!1;1181 j5
g: R -'s
'ii
W.
1; 1 F
Z I

s/196/61/000/012/024/029
E194/EI55
AUTHORSt Shevchenko, G.I,v Borzenko, I.M.9 and Popov, V.V.
TITLE: A valv*-type (ionic) frequency-changer for
supplying induction motors
PERIODICALs Referativnyy zhurnal, Elektrotekhnika i energetika,
no.12, 1961, 24, abstract 12K 130. (Tr. Mosk.
en6rg. in'-ta, no.34, 1961, 378-398)
TEXT: At the request of the Kombinat iskusstvennogo volokna
(Artificial.Fibres Combine) the Kaf*dra promyshlennoy
elektroniki Moskovskogo onergetich*skogo instituta (Department
of Industrial Electronics of the Moscow Power Engineering
Institute) has devtloped an ionic frequency-changer for 50/150 c/s.
25 kVAj for supplying the electric6lly-driven spindles of
spinning machines in viscose manufacture. The frequency-changer
in based on thyratrons type TP-6/15 (TR-6/15). The rectifier and
invertor are connected in a three-phase bridge circuit. The
rectifier is controlled by an electronic-impulse system. The V/
invertor control system in based on transistors. The output
Card 1/2

A valve-type (ionic) frequency- s/196/61/000/012/024/029
E194IE155
voltage of the invertor is automatically stabilised by applying
a signal through a d.c. amplifier to the rectifier grid. To
protect against failure of inversion, which can occur in an
independent invertor with capacitor switching, a current trans-
former with rectifier circuit is used, and when the current V/
exceeds a certain value the rectifier grids block. Ballast
resistors connected in circuit as the load increases prevent
excessive voltage rise of the invertor at no-load. The frequency-
changer characteristics are given, and with a load of 72 spindles
are as follows& input - 420 V, 35 A, 16.1 kW~ output - 145 Vs,
110 V, 78 A, 13 kW. The reactive power of the capacitors is
13 kW, the efficiency 0,87. In service tests the frequency-
changer operated normally.
13 literature references.
[Abstractorls.notes Complete translation.]
Card 2/2

Z7239-65 '7- ri- d) /In W --2/ T-14? (I P0--4/Pq-VPg Wu-h
Acussion NR: Ar5003914 w/C.0c S/0DW/64/00J//0D0/C,171 Q/01'87
AUMOR: Borzenkc, I M., Sapozhrfflwv, L. A.
TITLE: Solution of optimal problems by the maximm principle, using
analog cam-
puters and logic circuit."
SOURCE: Vsesov - seidnar po teoril i inetodan. matemetichtz~~.
._u2RQgL konferf!ntsin
nodelirovaniya. - 36., 1962. Vychislitel'naya tekhnika v upravlenii
(Comuter tech-
nology in control engineering); sbornik trudov -Itonferentsii.
Moscov, 112,d-yo Naiaka,
19643 179-187
TOPIC TAGS: analog computer optimal control system, logic circuit,
extremal
-contro
::.ABSTRACT-: iri-*-thki:. icle.-invdIve the-compilation-of a
inta control- h' ami
time program for opti in whic ~ the motion of the-dyn c. system,
such:
as the technological processs acquires certain extremal properties
(max=um econo
speed) . The opt timall- control. signals must be generated
periodically to
prevent acewmLlation of errors6 The inAial and final states of the
process are
fixed. Tests nade previously in connection with the system developed
by TsN11KA
~:Clo

39~4
"46CESSIon
AT50091
or --optiml.- contr:61' o' 63.-. 6--an--open e
h arth furnace havb- s 01M
~tfiat itai t it" V d"' - ' -h, pidblezis s, s-,
Jn. - suc e
F54 7cOmpu era canno e_-Use The problem-consist,
t "Zr 1 ting:-continuously ~6nirol.--~ig6ais--corresp6nding to the
maxi
s
en ial] -of se ec A
value of the Hamiltonian of the system., and to search for such
initial conditions
for the conjugate system that nuke the solution of the fundamental
system satisfly
the boundary conditions. A sivilar problem was solved by D. P. Eckman
and J.
Lefkowitz (Control, Engineeringo September 1957, v. 4, No. 9, pp
197-204), but the
control functions enter in the -main equations. -in nonlinear
fashion, and the control.
signals can - assumit arbitrary: vaiies Several . variants for
solving this. problem
theoretically are proposed and a block diagram for an analog conputer
designed for,-..
the purpose is presented. The results show that the use of logic
elements in ~,he
analog computer extends great2y the possibility of such computers and
makes it
possible to solve many practical problems in which the maximum
principle is used.
"The authors themik enaineer L. M. Zavdenberiz who F-ctivelv
-DarticinELted in the dis-

WRZENKO inzh.; ZHIDKOV, A.A., inzh.; TIMFEYEVA, V.I., inah.
Automatic controllers of the EAUS-u electronic system.
Toploonergetika 10 no,6:81-86 Je 163. (MIRA 16:7)
1. Vsesovuznyy teplotakhnicheakiy institut.
(Eledtrie controllers) (Automatic control)

BORZENKO M.P.
Present state and future changes in the stock of the starred
sturgeon (Acipenser stelIatus Pallas) in the Caspian Sea after
the regulation of streamflow. Trudy VNIRO 52R259-286 f64.
(MIF-k 17 g 10';
1. AzerNIRL.
"I

30'snFITKO, S.
Wrote a-bout construction of Kuybyeh(,v Hydroelectric plr~rt, wntel-
re.-ervoir rnd -vnter
supply ana power center.
Soviet Source; III: Pravda, No. 119, 29 Apr. 151, Moscow. Abstracted
in USAF
"'Treavure Island", on file in Library Of Congress, Air Informvtion
Division.
A C. 9

TITOV, V.A., gornyr Luxhaner: TARA P.N., gornyy inshener;
ZYYALIV, G ..S..
gornyy Inxhaner; OSTROUXBDV, A.L. gorny7 luxhener;
ALITSHULER,
N.A., gornyy irlihenei; BOUNIO, P*T., gornyy inshener.
WAWOmm" 0 No - 10: CANIP2ve'u.
IlUnderground mining of ore and placer deposits* by R.r*
4plunov
and other. Reviewed by T,,D. Titov and others*
Gorozhurenoell:63
64 1 156. (MLItA 10: 1)
(Mining snglueerlW-Study and teaching)

4~
ALITSHUIM. N,,A.. inshener; 3ORZ=O. F.To. inshener;
FMYASLAVSKIY. N.R.,
inshia.mir.
Improving hard ore mining. Besop. truda Y Pron. I no.4t15-18
AP 157*
(Mining engineering) (K= lot6)

BORZENKO, S. and IAKHNEVICH, B.
"The men of the Great Construction.," Velikie Stroiki Kommunlzma
(GReat Constructions
of Communism), Acad. of Pedagogic Scis. of the RSFM., Moscow,
1951, 383 P-

>t .4

,BORZMKO~.,,SorpX-,,Alekuadr9:w4; , Geroy Sovetakogo Soyuza;
KOHNILOYA, K.I,,
red.; SMDXNBTMYA, V.A., tekba.red.
I [Teachers and 'students) Uchitalis I ucheniki, Kookwa,
lzd-vo
MRS, jProfisdat, 1959. 205 p. (KIM 13:6)
(Zabor and laboring classes)

I I
BORUNK0. Serga7, geroy Sovetokogo Soyuza
IV friends end commdes. Sov.foto 20 m.23-21-22 If
l6o.
I (Photogmpb.y, Artistic) (MM 13:7)

ROMNKO., Sargey
For general and peace. Sov. foto 22 no.7.-I-9 JI 162.
(NIRA 16:10
(DIeujf'M*ut) (Photography-Exhibitions)

.BORZENKO,_�~rgey, Go~oy Sovetakogo soyusa
At.t6 forefront of life. Sov. fo-to 23 no-021 Ap 163 iKM 16:5)
(Riuukin, IAkov, 1913-)

KULIKOV, A.Ye.; BORZENKO, V.A.; POYdIODENKO, V.T.
Nomogram for calculating hydraulically relieved end packing.
Mash. i neft. obor. no.6:38-39 165. (MIRA 18:7)
1. Bashkirskiy nauchno-issledovatellskiy institut po
pererabotke
nefti, Ufa.

KREYMM, M.L.; BORZENKOp V.A.; BIKTIMIROV, F.S.;
STEPANOV, N.P.
.............. ... ........
Certain data on the industrial evaluation of the
efficiency of a
sieve plate with a baffle arrangement. Trudy
BashIIII NP no.6:
217-225 163, (MIRA 17:5)

MINENKO, V.A.; ALEKSANDROV, A.A.; SVETS, V.Ye.;
BORZENKO, V.P.; KURILOV,
P.G.; KHAZANOVICH, N.L.; Prinimali uchastiye: POPOV,
A.I.;
KONOVAIDVP A.N.; TERTYCHNAYA, I.Yu.; POSHKREBNEV,
V.P.;
DMITRIYEVA, S.M.; KORKIIA)VA, A.V.
Work organization in the section, of metal feed to
blooming -
mills. Met. I gornorud. prom. no.2:67-68 Mr-Ap 164.
(MIRA 17:9)

BORZEIMOp V.V.; RYZHU, I.A.
Use of the storage effect for measuring the life of minority
current carriers* Izv. vyse ucheb. sav.; radiotekh. 5
no.3:388-390 MY-& 162. (MIRA 15:9)
1. Rokomendovano kafedroy svvrkhvynokikh cha3tot, Kharikovskogo
gosudaratTennogo universiteta imni A M. GorIkogo.
(Semiconductors) iTransistore)

BORZENKO, V.V.; BAGROV, G.V.
Measurement-of the parameters of variabli capacitance diodes at
ultrahigh:frequenciese Izv, vys, ucheb. zav.; radlotekh. 6
no-5-.575-576 9-0 163. (MIRA 17:1)
1. Rekomendovano, kafedroy fiaiki everkhvysokikh chastot
Kharlkovskogo gosudarstvennogo universiteta.

ACCESSION NR: AP4012368 S/0142/63/006/006/0708/0710
AUTHORS: Borzenko, V..V.;.Bagrov#.G. V.; Petrov, V. A.
TITLE: Germanium alloy diode with variable capacitance
SOURCE: IVUZ. Radiotekhnikat v. 6, no. 6, 1963, 708-710
TOPIC TAGS:- diode, alloy junction diode, germanium diode, germanium
alloy...junction diode, diode junction capacitance diode, variable,
capacitance, semiconductor doping, diode impurity,concen-
tration, diode figure of merit, diode time cbnstant, diode breakdown,
voltage, diode optimal impurity concentration
ABSTRACT: In order to obtain a suitable variable-capacitance diode
for usein microwave amplifiers, an.attempt has been made to prtxluoe
an alloy diode with variable capacitance and maximum Q, since maxi-'
mum Q and maximum bandwidth are among the main requirements that
must be satisfied by such a diode capacitor. As a result of com-
bined calculations and-experiments (for maximum impurity concentra-
tion) have shown that the germanium used for diodes with variable
Card 1/2

XCCESSION NR: AP4012366
capacitance and alloy contact should have a specific resistivity
.0'.02 ohm-cm. Such diodes have:a time constant not larger than 1.5
nanosecond, and their main shortcoming is the relatively low.break-
down voltage (3--3.5 V). An equation is derived for the 0 in terms
of the impurity atom concentration, the contact potential differ-
ence, and the diode inverse bias. It is shown that an optimal im-
purity concentration exists, from which the optimum resistivity is
determined. Orig. art. has: 9 formulas, and 1 table.
ASSOCIATION: Kafedra fiziki SVCh Marlkovskogo goo. universiteta
im. A. M. Gorlkogo (Department of Microwave Physics, Khar6kov State
University)
SUBMITTED: 06Dec62 DATE ACQ: 14Peb64 ENCL: 00
SUB CODE: SD NO REP SOVs 001 OTHER: 001
Card 2/2

ACCESSION NR: AP4018389 S/0120/64/0001001/0186/0188
AUTHOR: Borzenko. V..V.; Bagrov, G. V.
TITLE: Method for soldering contacts to. small p-n junction areas by
means of
vacuum metal spraying
SOURCE: Pribory* itekhnika ekspe rime nta. no. 1, 1964. 186-188
TOPIC TAGS: pn junction, pn jitaction contact, vacuum metal spraying..
Al spraying, -In ball contact, semiconductor
ABSTRACT: A new method for making contact with small-area p.n
junctions is
proposed. Enclosure I illustrates the sequence of operations. Al is
sprayed on
-Ge through a stencil with rectangular holes 30 x 50 or 50 x 100
microns. In a
p
hydrogen furnace, Al is fused into Ga. An All 0:1 film is sprayed
under vacuum
over the entire Ge surface. The billet is again placed into the
hydrogen furnace
and heated, to 660C which results in an insulating film covering
the.Ge surface;
Card I/Jf

P61010 ~.~A soURCi CORi UR/0142/66/009/001/0063/0070
V. AUTHOR: Todkenko, V. I 4pArov, Go V.:.Borzenko, V. V.
ORO., none
Semiconductor~waveguide attenuator with combinational electric
control for shf power stabilization
SOURCE: IVUZ. Radio tekhniks., v 9, no. 1, 1966 63-40
pni
TAGS t microwave attenuator, microwaVe power stabilization
Junction.
~-ABSTRACT: A description is given of a wide-band voltage-controlled;,
semiconductor attenuator for::regulation of the shf output power
1-evel-
of, waveguides operating ~n the 3--cm wavelength. The semiconductor
atten-.
uator is shown, in the-, figure,, The Go wafer with ohmic contacts 1,
29
31 and rectifying contact 4 form a distributed p-n junction. To.reduce
the' ripple of the attenuation-frequency characteristic nad the
Initial'
-losses, the wafer thickness ~is less than the skin depth of*the uhf
field in the semicon ted
ductor (i6e., 0.6 mm). The wafer may be moun
either perpendicular.- to or parallel to the.longitudinal axis of the
waveguide(see Fig..X).- Voltage Potential ET i9 applied between-con-
tacts 1 and 2, and, a: field is created, causing the flow, of current
f
Card 1 / 3 UDC': 621.372.852.39

BORZEM,,Ye.A.,
Method for protection of sectional insulators from
overf1ring
of conductors. Blek.1 t9P1*t1aga 3 no.11:29-30 1 '59,
(KM 13:3)
1 Haeballnik Lobnanskogo ucbaetka energoaTiRbsheniya,
Moskov-
s;o; dorogi. -
Olectric Insulators and Insulation)

VETROV, flikolay Ivanovich;_BORZENKO, Ye.A.2_inzb.$,
retsenzent;
SIDOROV, N.L., inzh.,, red.; BOBROVA, Ye.11., tekhn.
red.
[Operation and repair of overhead d.c. contact
systems)
Ekspluatatsiia i remont kontaktnoi seti postoiannogo
toka.
Moskva, Transzheldorizdatp 1962. 166 p. (MIRA 15:9)
(Electric railroad&-Maintenance and repair)
(Electric lines-Overhead)

BELYAYEV, LA.,, inzh.; VETROV, N.I.p inzh.; MARGOLISv S.M., inzh.;
BORZENKOX-YO.A., inzh., retsenzent; YjIKBffKV, V.P., kand.
t-~i e`-n~ --retsenzent; GORCMOVA, O.D., inzh., red.;
VOROBIYEVA, L.V., takhn. red.
(InstaUation, operation and repair of overhead contact
systems] Montazh, elcspluatatsiia i remont kontaktnoi seti.
Moskvaq "Transport," 1964. 291+ p. (MIRA 17:3)

BO,~ENKOVP A.A., nzh.
Solder-Ing fittinga to flexible metal hoses In atmosphere of
dis-sooiated ammonia. 8var. prolzv. no.4%35 Ap 165.
(MIRA 1M)

BORMIYOVI D. S.
"'The Imunizing Properties of 'Vaccine 1!ade Frum Brucella suis
Strain No 61 and Relation of Its Strength to Dosage and Yethod of
Application." Cand Vet Sci, All-Union Inst of Experinental Veterinary
Sci, 1-;osco,,4, 1954. (RZhKhirn, 'No 17, Sep 54)
SO: Sum 1+32, 29 liar 55