SCIENTIFIC ABSTRACT BRINZA, V. N. - BRISKI, B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000306920014-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

89493
S/136/61/000/00)+/006/006
E073/E135
Investigation of the Bonding Between Titanium and Steel
specially designed vertical tubular electric furnace
(located under
the press), which was preliminarily heated to temperatures
at which
the specimens were plastically deformed (700-1000 00. The
temperature in the furnace was monitored by means of a
regulating
transformer and was recorded with a galvanometer; the
temperature of
the specimens was monitored by means of a contact
thermocouple.
Prior to heating$ the specimens were preliminarily pressed
together
for 1 min under the press so as to eliminate the residues of
air
between the titanium and the steel. The heated specimens were
pressed in a press capable of a maximum pressure of 12 tons
at
various temperatures, pressures and holding times, The
influence
was also investigated of the thickness of the titanium layer
on the
strength of the bond between the titanium and the steel; the
best
results were obtained for a titanium layer of about 2 mm
thickness
and therefore in the main experiments 2 mm thick titanium
sheet was
used throughout, After cooling in air, the specimens were
removed
from the tubular sleeve and used for machining from them
tensile
test specimens. By means of metallographic analysis, the
zone of
Card 2/8

89493
8/136/61/000/004/006/006
E073/E135
Investigation of the Bonding Between Titanium and Steel
contact was studied and the depth of the diffusion layer
determined.
The deformation temperature influences greatly the strength of
the
bond between th~ titanium and the steel. Fig.1 shows the bond
strength, kg/= . as a function of the bondin
.1 temperature
(curve I - 12-75 kg/mm2, curve 2 - 8.50 kg/mm , curve 3 - 4.25
kg/MM2). The dependence of the bond strength on the temperature
for various pressures has approximately the same general
character;
the bond strength increases with increasing tem erature,
reaching a
maximum at 1000 OC. In the temperature range 900-900 OC a
decrease
in the bond strength was observed. Apparently this is
explained by
the influence of the polymorphous a to p transformation of the
titanium. The increase in the strength of the bond indicates
formation of a brittle intermetallic zone. Fig.2 shows the
influence of pressure on the bond strength between titanium and
steel, bond strength kg/mm2 Vs. pressure kg/mm2 (curve 1 -
cladding
at 1000 OCI curve 2 - 900 OC, curve 3 - AOO OC, curve )+ - 700
OC).
It can be seen that for all the cladding temperatures the bond
strength increases with increasing cladding pressure.
Card 3/ 8

89493
6/136/61/ooo/oo'+/oo6/oo6
HOWE135
Investigation of the Bonding Between Titanium and Steel
At 1000 OC and 4.25 kg/mm2 the specimens were pressed
together for
durations of I to 5 min. Fig.3 shows the influence of the
duration (min) of pressure Iapplication on the bond strength,
kg/=2. An increase in time to 3 min results in a decrease of
the
bond strength. A further increase in the duration of pressure
application (4 to 5 min) did not have any appreciable
influence on
the bond strength. Simultaneous plastic deformation of
titanium
and steel produces complicated diffusion processes. The
diffusion
zone progresses to a depth which depends on the temperature
and
pressure of the deformation. Metallographic investigations
enabled
establishing the presence of a considerable diffusion zonei
the
dependence of this diffusion zone on the deformation
temperature
and pressure is plotted in Figs. 4 and 5. Fig.4 shows the
dependence of the thickness of the diffusion zone of a bimetal
Ti-steel strip on the temperature, depth of the diffusion
layer
1 x 101f cm vs. 10 OOO/Tabs (curve 1 - 4.25 kg/mm2, curve 2 -
8.5 kg/=2, curve 3 - 12.75 kg/mm2). Fig.5 shows the dependence
Card V 8

89493
S/136/61/000/00)+/006/006
B07YE135
investigation of the Bonding Between Titanium and Steel
on pressure, diffusion coefficient 10-9 cm2/sec vs. pressure, kg/mm2
(curve I - 1000 OCI curve 2 - 900 OC, curve 3 - 800 OC, curve 1+ -
700 OC). The experimental results confirm the data obtained.by
S. Storchheim (Refe-5) on the possibility of controlling the depth
of
the diffusion zone by varying the applied pressure. The following
conclusions are arrived at: 1) The thickness of the titanium layer
did not have any appreciable influence on the strength of the bond
between titanium and steel. 2) The greatest strength of the ifeld
was obtained for a temperature of 1000 OC and a pressure of
12-75 kg/=2,. 3) The depth of the diffusion zone depends on the
deformation temperature and the pressure7 and by changing the
pressure it is possible to control the depth of the diffusion zone,
whereby the greater the pressure the less deep will be the diffusion
zone. There are 5 figures and 5 references; 3 Soviet and 2
non-Soviet.
(Abstractor's Note: This is a slightly abridged translation). ' Yi
ASSOCIATION: Moskovskiy institut stali (Moscow Steel Institute)
Card 5/8

89493
S/136/61/ooo/ooVoWoM
9073/E135 ,
Investigation of the Bonding Between Titanium and Steel
30
917 /aV
Card 6/8 Fig. 1 Fig. 2

89493

S/136/61/Ooo/OOV006/.PO6

Investigation of the.Bonding

.....
R073/R135

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Fig. 3

Card 7/8
-000/7.6
Fig.)+

Investigation of the Bonding
- IS, M.
A z
Card 8/8
89493
S/136/61/000/001+/006/006
H073/E135
Fig. 5

30656
S/136/61/ooo/oll/oo6/oo-,
E193/E135
AUTHORSa Pavlov, I.M., and Brinza~ V.N.
TITLE: A study of deformation of titanium-clad steel
during rolling
PERIODICAL: Tsvetnyye metally, no.11, ig6i, 59-64
TEXT: The object of the"Present investigation was to study
the effect of various factors on the strength of bond between the
components of titanium-clad steel. The method of preparation of
test pieces is best explained with reference to Fig.1, showing-.
1 - two "Steel 211 plates; 2 - two Ti plates; 3 - end spacers:
4 - rivets (preventing the relative movement of the pack
components
during rolling); 5 - a separating-compound film. Prior to
rolling, each pack was compressed in a 12-t press to ensure good
contact between steel and Ti, and'to expel from the pack as much
air as possible. To protect the interior of the pack from
oxydation during pre-heating and rolling, its edges were eitheT
are-welded or sealed with a protective paste (unspecified).
Magnesium shavingsq acting as oxygen getters, were pa--ked in the
space between Ti plates and spacers, Preheating to ?00-1000 OC
Card 1/0-,'
_1

30656
A study of deformation of Ti-clad ... S/136/61/000/011/oo6/007
E193/EI3.5
was carried out in a protective atmosphere. A 113601, two-high.
reversible plate mill was used for rolling, The form of test
pieces used to determine the bond strength is shown in Fig.6.
The results ean be summarized as follows-. 1) The bond s-,rengtt
J.ncreased. with increasing total reduction and with rais~~:ag
rolling temperaturk%. This effect is illustrated in F_"S.2,
wh-ere
bond strength (kg/mm2) is plotted against total reduction
H -- h
kcrL---.~ 100%), curves 1-4 relating to rolling temperatures of
7001
P_
8oo, 900 and -1000 respectively. 2) Tho lower the init.Lal
T~/stv~al plate thi._-kness ratio, the higher -is the bond
strength of
the -z7lad material. Maxiar-am st-rength -was a-Z.tained when Ti
oonst.4tuted 11.1% of the total thickness of the pacA b~-forA
rolling. 3) The bond strength decreases slightly on Jn,~reaainS
the -rolling sp-eed to 0.4 m*/Sec' aft;r which it remains
constanl-,
4) Al~lhough the thickness of the diffusion layer in--rsases
wi-A-,t
increas-ing preheating t--me, the bond strength is not ty
this facto-- 5) The greater the total reduction, the smaller
-z-s
the diff--rence between the reduct-Jon cf steel. and T-4 platse.
Card 2/f "2
-7

30656
S/l36/61/ooo/on/oo6/o07
A study of deformation of Ti-clad
E193/E135
6) if excessively light drafts are employed in the first few passes,--
the:pack components separate. ~7) The larger the number of passes
in which a given total reduction Is attained, the higher is the
bond.strength. This is illustrated.in Fig.6, where.the bond
strength (kg/mm2) of a bi-metal strip, given 80%.reduction'. is
plotted against-the number of -passes, The thickness of.the
diffusion layer is similarly affected,'~increasing from 0.0025 mm'
in a Ti-clad steel, given 8o%. reduction in one pass, to '6-0045 mm
in*material given the same'reduction.in:15 passes. 8) Welding of
the edges of the pack.can be dispensed with,'since sufficient
protection against okydation is provided by se'aling with a
protective paint. 9) For -maximum bond strength, the following
:pickle,*buff, and degrease the contacting,
procedure is recommended:
surfaces; preheat to 900-100.0 OC; -use a'draft of at-least 35%-in
the first pass, and follow by as many-passes as practicable.
There are 8 figures, 1 table and 9 references: 8 Soviet-bloc.and
1 non-Soviet-bloc. The-English.langudge reference reads.- V~'
Ref.1% Bertossa, R.C. iron Ag 1957,. V-180, no-*18-
ASSOCIATION: Moskovskly institut stall.(Moscow Steel Institute)
Card 3

PAVLOV, I. M.;.BRINZA, V. N,, Insh.
Lamination during the rolling of bi-mtal. Sbor.
Inst. stali
i splav. no#1+0:152-158 162. (MIRA 16tl)
L Chlon-korrespondent AN SSSR(for Favlov).
(Laminated metals--Defects)
(Rolling(Metalwork))

S/848/62/000/040/0 03/005
E193/E483
AUTHORS: Pavlovi I.M., Corresponding Member AS USSR,
Brinza, V.N.,. Efigineer
tITLEt Contribution to the problem of the bond of titanium to
steel in the solid state
SOURCE: bloscow. Institut stali i splavov. Sbornik. no.40,
1962. ~%Protsessy pfokatki. 16o-i64
TEXTs The behaviour of the contact zdn'e between titanium and
steel bi-metal components under common plastic -deformation was
studied by the authors with particula 'r reference to the formation
of a diffusion zone and the properties of-the transition zone.
The experimentaA methods have been previously described by the
same authors.(Tsvetn3~ye metally, no.10, ig6i). It is now found
that with increasing pressure the thickness of the diffusion
inter-layer diminishes. Beyond a critical pressure, the diffusion
Anter-layer thins out and may even vanish. Th6 change in the
thickness of the diffusion layer is associated with the phenomenon
of its being squeezed out,by the less pliable layers of titanium
and steel. As the diffusion inter-layer becomes thinner its
microhardness approaches that of titanium and steel. The
Card 1/2

S/848/62/000/040/003/005
Contribution to the proble~i ... E19j/E483
temperature in the interval between 700 and has only a
small effect. There are 6 figures.
Card 2/2

PAVLOV, I.H.j LEDENEV, Yu.N.; BRINZA, V.N.
Nommiform deformat4on in the rolling of bimetals. Izv.
vys.
ucheb. zav.; chern. met. 5 no.73110-113 162, (MIRA
15:8)
1. Moskovskiy institut stali i splavov.
(Rolling (Metalwork)) (Deformations (Mechanics))

ACCESSION NR3 AP4021565
S/0136/64/000/003/0090/0091
AUTHOR: Brinza. V. N.; Lepekln, V. S.
TITLEs Repeated heatings of the,tittmium-clad.,steel
SOURCE: Tavetnyye metally) no. 3:, 3:964~ 90-91
TOPIC TAGS- titanium clad steel, cladding steel transition zone.,
transition zone
property, transition zone structure, clad steel annealing, diffusion
zone
ABSTRACT: The effect of repeated heating at 400-1= on the
microhardness and
the structure of the transition zone between titanium cladding and
low carbon
steel was investigated to determine the optimum annealing
temperat,-re 'or the
titanium clad steel. The heating was done in a vacuun. of 10 rn at a
rate of
2000/hr. ;,.nnealing at IDOX changes the structure significan'-ly
zone consists of sharply differing phases, its plasticity is reduced
L`,a7p~y cue
to theformation of intermetallic compounds, the eutectic that is
formed is brittle
and porous, and the mic-ohardness of titanium., especially at the
diff--15-~or, zcre,
is sharply increased (Fig. 1). Annealing at 900C for I hr also
L-;Dziired proner-
ties; repeated annealing at 7500 (four 2 hr cycles) resulted in
increased width
Card J/Z(

Cora 2/4

LEDENVI, Yu.N., kand. teklm. nauk, dotsent;
EaRjZL._", kand. takhn,
nauk, dotsemt; VAGINj V.S., lnzh.'
Dynamometer for measuring torques on large-diameter
shafts.
Vest. mashinostr. " no.3lt49-50 N 164 (MIRA 1W)

---
BRINZA~ Vladimir Nikolayevich; KOSHKA, Aleksey P-Arovich
[Improving the performance of rolling mills for the cold
rolling of sheet steel] Povyshenie proizvoditellnosti
stanov kholodnoi prokatki tonkolistovoi otali. Moskva,
Metallurgiia, 1965. 138 p. (MIRA 18:5)

L k -~ 'It. I
_JIL7 --6 S F-Wr f mFWA (d ) /SIWT (t ) /EINT ( k '!/T4T' ( b'~
P Ir - -i1 , ,
AW+045251 BOOK EUL017ATICH S/ 40
/Y ,
loshkaj Alekaey Petrovich Brinza,.V ir JAUSUW I
UAW -e-vlcb
Ilin_g mills
Equipment for c&d-ro (0borudoranJye teekhov khojodroy vro,?r
Moscow, Metallurgizdat, 1964. 20F p. illus., b1blic.
24,60 copies vrinted. Fd"or of the publiDhing housei 9. R.
Technical L-ditor: P. 3. Islantlyeva
TCFL TAGS: cold rolling, sheet, steel) sheet steel
PURPOSE DD COVMGEi This bock was intended for engineers ard
technician-. -who
utilize cold-rollinr ecraipment and for those who design such
equipment. It. may
%* of use to students elpecializing in the technology and the
automation of the-
rolling process and rolling-mill construction. Problew of
utilizing
6r cold rolling thin strip are clari-fied, the design of
machiner-i, an,4
la analy-zed, and certain questions in the mechanization an--'
a'.i*.DMa-
14ical proc-soses ar* studied. The authors express their
gratiWde to
A* A* Xorolev,
COM 1/2

1 31807-65
AM4045251
TABIX CF caIMMS:
Introduction - - 5
Ch. .1. Briefly, the technology of producing cold-rolled,
thin-Sheet stee' '7
Ch. 11. Equipment for removing scale from strip 28
~b. 111. Equipment in the rolling department 82
Ch. 1V. Equipment ir departmentg for beat treating
cold-rolled, thin-obept steel
139
Ch. V. Equipment in the department for trimming cold-rolled,
thin-cheat atec~i - -
172
Literature 209
SUB GCMI MM SUBMITTEDi VINoY63 wR W SUv, 02'
OMRi 025
Card 2/2

BOOK, ELPLOITATICH UIV
Vkdlmlr Xlk~l ch losbko, Ale
kney Petrovich
lss4r the pr Ctivity of sills for cold ron thin-sheet steel (PMshenlye
prolaroditeliniRl or kholodnoy prokatki tonkolistaroy atali) Moscow,,
W-wo
RYAt&Uurj1V&1R,, 1965, 238 p. Muss, biblio. 2337 copies printed,
Rditersof the
publIshing-housex Tue Ve Vladimirar; Technical editori'Ve A. Karovina.
-manufacture-process''-.
TWIC TAGSs celd roning, sheet metal, rolling sM,, steel
IPUiIPCSZ AND COVERAGEs This book was Intended for engineers and
technicians In ran
4111 shops and, for denignen of rolling m11131' it may be of use also
to students in
s studying the foraW ckf metals. The operation of cold-rolling -411
for sheet
Tun
steel Is anal7zed. The tachaglogical processes Involved 1A the
production of sheet
and factors inf3liencing aiU productivitr are Investigatedt Measuns t9
Increase the
prPductivity of individual uILU are described*
CONUMs
Of* Apeclal cbmaberistles of aM design and desip of mhops for cold
rolling
thIn angst 07
V3

ACC NRs
1. Classification of mills
2a Continuous -ill
30 Reversing mille - 13
15
5o Design of cold-rolling shops - 15
Cho IL Technological process of producing cold-roned thlopshoot
steel aw, GO, 2D
lo Nothad5 fifi producing thin sheet - - 20
2&' Prepar ti of tal for cold ronbW - - 23
3e, Cold r:nzg :XT. 29
4& Heat treatment - - 36
TrJming thW fi ished rolled sheet 41
Cho Me DeterminIng the productivity of cold-r*114W UnIs - 45
I@ Determining the hourly productivity - - 45
2o Determining the average productivitr - . 48
3& Factors influencing the productivity of cold-welling -4111
atl
Me Wo Analysis of operation of c ld olling mills Q
and
Continuous five-stand mill IN A~ 51
2* Continuous five-atand Ulu Im B 59
and
3o Continuous four-stand &ill 1700 .67
nd
4 Continuous thre"tand aill,
L
5e, Continuous tub"ro" 73
bo, Continuous tbroo-otwd 75

';ACC.-W AU5015043
Single-atand mills - SO
hys -r*UinB mills 84
Ob I to raise the prodnotivity of co2d
IM
proving the quality of hot-rolled colla 85
rid
-~,Ztrain cc Ition5 darIng cold raning an4 pomr parameters 87
condition - o. 90
-Grooving the rans 92
increasing the mass of coils
94
Application of effective lubr 1...97
icants
-Specialization of uAkLU - - 99
4ut9mation of mnls~-! - 102
9 _.AppLUA
tion a advanced labor metho~o
7 11 '0 7`8
6~. WP__, On- traction of now lines to achieve conti=oas treatment
-of otr1p 112
no.-_~ Ratinempint, or the technological pr9coaB or im2dlng colls
ibefers, final rolling -
12.* OrganIzation of maintenance "rations U6 40ne
Chro. Measures proposed for the purpose of raiaing the productivity
cold-rolling
I Aills - - 12.9
A* Cont ous. five-otand vd.11 IM - 129
__)2. Continavas tbroo-dtand mill 1680 , 133
Continuous three-otand mill 740 134
continuous three-stwd mill 425ki : 335
lwbanlsat ion of su3datiW operations - 236
MUM"" IN
G)DZ: 13/ SUBM.DATZI 17"OiV ORIG.FMt 060/ 001 JOW: 028

KOSHKA, A.P.; PEDOS, -
14aldng use of emulsions ari 3:Ubri=ts 'from col.-d
rcldfng malls.
NIRA 181.3i
metallurg 10 no.g*.28-29 Ag 165a k I
1. Novolippetskiy motAllurgicheskiy zavod.

g-~66 EWT dd IMO(t)'MO( -AW(b) IJP(c) JDAB
116 W(
ACC NRI AP6001106 SOMMCODE; UR/0136/651600/012/0077/61DI
AUTHOR* Brinza, V..N.;'Le ekin
V.:S.
4 6-1
ORG: none
5
TITLE: Protection of tital 4 loyp, from oxidation
~SOURCE: Tavetnyye metally.Ino..12i i9652. 7749
IC TAGS:~'.coating, protective coating, titanium alloy, alloy
coating, titanium
.Top
alloy coating, titani al a. -inhibition
,~m joy:oxid tion oxide
ABSTRACT: A-coating'-f6ri'Orotectin V
g t tanium alloys from oxidation during heating
-for presIsure working has%been investigated~ Th e
coating,:consisting of 31-39
andA7% cool-rh mixed
talc 16--48% rutile, 8--40Z borax, 12-14% NaqCO3q 0.3% K
2CIF~3 11 - ~ AV
"with water,'whs applied - by di ping. Coated speZimens of BTW BT141
and OT4'titani-
-p . 1. - __j_ . .-.-
o .,um alloys were.heaied in air,.for.3 hr at 900-1200C or in a flow
of 021 N and
21
C02- The, weight loss.of coated BTl1,,.BTl4, and OT4. specimens
heated in air was
0 *006, .0.8,-.-and- 0.4%, respect ively-1 , compared to 5-9Z for.
uncoated, specimens.
The surface hardness of, coated s eased by 15-20%. and that of
uncoated
pecimens iner
specimens-by 45-502. The weight loss-of uncoated specimens heated in
a gas flow
wasi,about.10%,and that of coated specimens was 0.01-n-0.1%. The
investigation showed
that the properties of.unc-oated:alloy heated in a vacuum furnace or
coated'alloy
heated in an ordinary industrial furnace- do n0tdiffer greatly. Orig.
art. has:
1 figure. [,WW]
UDC: :669,295.-66.042.56

azabarest Stlinta at TaIrmica, Val M, no 5,
ray 62
34- *Tho Birth of the =agents%' ftgr T.
I;RM.,JWCTJ and
IW M- MtXA ; PP26-27-
25- 'The Pbrmation of Natural Goa * Gh. Mmur
Zon C13KA31 pp 2a-29.
'The Ovsrtb"w Of the Colaulal 3yrtam Xnd the
Bankruptcy of Hissionarism," aurellart
TACffEj Vnlvars~
ty racturor (Ldo tor univeral tar); Vp
3CZ317.
'ThR AIPIM Pastures to C- RknMF3CU,
Candidate in j
Agricultural Scionoes (CAMAr&-t-j-U-StjjCto
Agrimc
vp 32-33.
is. 'Pbde M Matiods for the ftp2ALtation of
011. Fluid
Inj tons Ton 70
mgct _qAX. Candidate in .ScLeocas
didat 1. t:Flot. ,'-0j
amd Geology (Ustttutul Patrol, Oaxe aL
Goologje)j
177MUMM'
U, Xztrjk~m Trmpt (Trusbul do I
RXICL, Ixtraction Trust
pulesti, awr 0. I&I~Scuj Ir-cractlen Trust
(Trtzs;~
TIPIpArraf-t and MhCr Mrose, X)PPSCU,
Oervimiul ToL-%ic7Z=9he
.o, coo t1- %
-21 andd !1-xctro%t,n
A,36. a lei Generalm -Rctr..,-
19. *?be Automation Of Regan*:ratism-chanbor
Cool1mg
In the NortLik pumasom I Migr -.raian
ORMHOIaTA;
pp 37.
20. *British &Wana Auralla. EAM, x.c.o.--
pp
22- OW82DA. Again the Vimnum,' pp 39.
22. Iodra Iqu1;wnt.,Me Textile Industry,,-
pp 40.
23. *Zmt Us W24 IL ftlso-:dt," 2bgr V&sllo
CMWTMA;
PP 42-43-
2/2
... .. .....

BRINUN,, Gh.; GISMAS, Ion
Formation of natural coals. St si Teh Bac 1/+
no,5:28-29 My 162

NAICUP if? inp,-; B V 1.
.~R~JNZ I,
,,J,, T.
~V~
Method wid for measuring the real -anitary
compressim
stresseo ir concrete. Rev c;7ns*uT- s! mal.
c;7)nstr 16 n0-4:203-204
Apt64

FLORIAN, Petru, prof. (Dej); MARUSTERU, St., (Baia
Mare); HERLING, C.,
student; PIRSAN, L.C., student (Bucuresti);
IONESCU-TIU, C.;
COSTACHESCU, C.V.; LAMBA, Stelian (Constanta);
LIVIU, Petre
(Pucioasa)- STRATESCUp Ion, student; BRINZANESCU V.,
lev
(Constanta~- KLIM, Bratu, student (Bucuresti);
TMPEANU, C.
(Hunedorara~; CALINESCU, Aurelian (Brasov);
MUNTEANU, Valentin
(Cluj); OPREA, Miron (Ploiesti); MIHAILEANU, N.-
TIGANOIU, Al.,
inginer; Buicliu, Gh.; POPA, Eugen 1. (Iasi
Proposed problems. Gaz mat B 14 no.8:481-485 Ag 163
1. Institutul Politehnic Bucuresti. (for Herling).

E!IITNZANESCUP Vasila (Constanta)
MathematicrCi notes. Gaz viat B 15
no.1:114.-16 Ja 164.

LATCUP D., prof. (Hanedoara); PETRESCU, N,p prof, (Tg,
Carbunesti);-CERCHEZ,
14ibu; ZENEMBISI, I., prof. (P. Neamt); TEODOTMCU,
Voltaire ( P. Heawt);
IONESCU-TIU, TOMESCU, Ion (Bacaresti); DUMITREASA, Gh.
(P.Neamt);
MIHAILESCU D.; prof. (Pitesti); DUMITRU, Acu (Cluj);
MONTE, Alexandru
(Bucaresti~; ANGBELACHE, Tudorica (Bucaresti~; POPA, Al.
(Pucioasa);
BqINZAEPCUL V. (Bucaresti); LUSTIG, Gh. (Bacaresti); ISAC,
E. (Tg. Jiu);
LEVIN, Alexnnrlril (Tallin, U.S.S.R.); SIMION, A. (Bacau);
AVADANEII,
Cornelia ( P. Neamt); SIMIONESCU, Gh.D.; FLONDOR, Elena,
(Bucuresti)
Proposed problems in mathematics. Gaz. mat B 15
no.4:172-177
Ap 161+.

4aINZANE5C-Q,,,,V. (Constanta); DASCALESCU, H.
(Ploiesti); IONESCU-TIU, C.;
ONOFRAS, E., pr6f. (Ploiesti); LEONTE, Aristide
IGrtxiova); METTLFFI,
Martin, prof. (Viseu de Sus); LUPOVOC, M.L. (Lugansk,
U.S.S.R.);
BEIZAN, Romanel.(Cluj); GRIGORESCU, Serban (Bneuresti)
So3ved problems. Gaz mat B 16 no.lsl7-31 Ja 165.

LUCIAN, Otilia,. dr.; SM(FESCU,'Olgap dr.; POMPAN, L., dr.1
BOIAN,
Alexandra,, dr.; A 4r.j JUTARA, A.N.; PESCARU, Ecaterina
Study of the effectiveness of different methods of treatment
in
lambliasior. Pediatria'lu~our.) 14 I;o.3t265-271 My-Je t65.
1. Worare efectuats. In -1~vtitutulj*dr, I. Cantacuzinom,
Sectia
parazitologiev Institutul m~dioo- farmacoutio, Bacuresti;
Catedra
do parazitologie si Spitalul do oopii *23 August*, Seotia do
parazitologie.

IONF,SCU-TIU, C.; WIUM. P,- Dan, elev (jazi); ATA
1U, Ionel, prof.
(Gugesti); SULA, Oct;vJan (Iasi); MAhI, Augustin I.
(Cluj);
NIHALASCU, D. (Pitesti); POPA, Al.,. elev
(Pucioasa-)
L-cerciaca amd problem proposed for gradeo 5-Se Gaz
mat B 14
no.8.-486-488 Ag 163.

BRINZIU,P.; RUSSO,I.; X&MU,X.; RIMI.C.
Intestinal infarction of venous nrWn. Rumanian M. Rev.
4 no.l:
88-90 Ja-k.160,_
1, 2nd Sargical Glinic.ol-the Xedical Institute in
Timisoara.
(I]tMTINJS 'blood mupp3jr)
(INIAECTION etiol.)

W
IIA
LIQ
BRIDMIl P., Lectarer.
Institate of Medicine and Pharmacy, Timisoara
(I.u I - I.".
Timisoara)
Bucharest,, Viata Medicala No 20, 15 Oct 63, pp
1377-1382
I'-
.Lhe Possibilities and Limitations of
Present-Day Trea-b-ment
of the Varicose Disease.tl

BRINZEI, P., conf.; SELARU, M.p dr.
Data on the reintegration of reflexes after
epileptic seizures.
Neurologia (Baaur) 10 no.2z119-122 Mr-Ap'65.
1. Lucrare efectuata. in Clinica de poihiatrie, Iasi.

SHMSOV, Dmitriy Nikolayevich; YURCHENKO, L.I.,,
red.; BRIO,I.L.,
spats. red.
[Conditions governing the application of the
combined
method for the development of permafrost
placers] Uslo-
viia primefieniia kombinirovannogo sposoba
razrabotki
vecbnomerzlykh rossypei. Magadan, Magadanskoe
knizhnoe
izd-vo., 1964. 29 p. (MIRA 1813)

L 23516-66. EWNVEW(d /kWP (h iLDT(i)
Act WR, AP6002458 SOURCE CODE.
UR /0 144/ 6 5 /000 /0 1 Z/ 13Z4/1330~
AUTHOR: Balakirev, V. S. _(Candidate of -technical sciences,
Senior.research
associate, ..-Member of automation, of. ~chemical production
department)'
B _0 B. S.... Engineer, Member- of'auton-Lation.of chemical
praduction departments'
ORG: Moscow Institute of Chemical.,Machine~ Building (Moskovskiy
institut
khimicheskogo mashinostroyeniya)
TITLE: . Determination of settings for'digital, controllers
SOURCE: IVUZ. Elektroinekhanikaj- n_oo 12 1965, 132.4-1330
TOPIC TAGS.*. -digital controller automatic- control, automatic
control system,
automatic control theory
ABSTRACT: - -The in lusion of, a digital d loop!ak
c Computer into. a close tomatic 'Control
system turns, the latter into a pulsie-type re'lay:system and renders
inapplicable
conventional met.hods of calculating the settings:for- continuous
linear controllers
(proportional$ integral, or proportional -integral) The: dynamic
properties of plant 1.
7-7
k -where- k -
(see1iguxe) are described by this transfer function: W.(P)= e,
E T,~Ppll + IJ
Card 1/2- UDC: 681. 142. 3+ 6Z 502

L - 23510-66

ACC NRs;AP6002458

WO,

T1, SIM a It Z# P....and n areknown

4

iv . numbers; usually, n < 3. Continuous
posit e
''plant output y (t) As applied to analog-digital

-nant

converter. 2
which level-quantizes the signal.

The controLresponse is applied
to.digitalw

analog converter4(e. ., apulse signal
9
'

L

The well -known me thod of
shape r).:

i

eralized amplitude-phase characteristics
gen

7Uvor

-fo,
(used r. determining th6 settings of continuou
9

_

oU re) is adaited for the above
linear contr e

W.

P(J)

A

con rol-comput r case, and formulas for

Automatic a sternidth a
y

*3~opbrtional.integral - controller- are -
sett ng a

contrbl'di iW computek:

devel edi; A.procedure for calculating
A*
-PP

indicated Orig. art. has::
settings is

2 figur a and 26 formulasi*
Is

.

B_ b
E. 60
CO Sfiov64 REF.6, 007
SU13M DATV
S
11

.
.
I
l

W

t

.2a

we- _,W
wr W~~W-W-W W W Wer-, W_W_ "aMMUW-~1-
IN
JI
AAA
I

.
-
.-

00A
-

si
ee

Midiesdai -4 Umber's =~Ihod for doerationtion of

tat in aft.
N. Sd&. Afyajrxayo i Makirk"ye Prow.

6 M*~"Wuut C, h c with Id
9!4OdI=M1AmOJI
8m1 rr
(11M
,
73)
" (4

.
.
4
1
.
Ink
*

for a min. RINI
the W"Id Is b
W at W70
.
At
d
s

-
'
10 min, -After shaklat. the beethtc and
centrit
1r
up

so-it
centrifucial me~ t the vesse I nan
td

inverted flou am Lat 1, centrifuged 10 min..
for In
-00 a
.and ted tat layer reeding Is taircu:
&W a min
b III the readin
b
2
ilk t
2
I&I
W b
t % I
0*4
.
.
m
a
s o
n
g
y
y

ISO-Buoll Clio lut for 011, by Uzi"
be substi

-the above procedure for products wi It legs than
2D(7,0 tat;
*90
otherwise. the amt. of Iso-BuOH isrcduced to 2cc.
flow-

ever. the use of ho-BuOH rapircs IIjSOs of d. IXO-1-M..

The
modification was devised becaust of shortaxes in

coned. 113S06.
G. M. K000hIKA1

6 &R.

IL
-00
-00
::*9
COO
X, Fee
Z90
so 0
19140a to 4viv cat 11141104C, 0114k1 OK a" M
kliz SAIMk* I too
N 9 1 31F SO 9 A 0 .1 1 9
Is it a I It a it to, cc A
0 0 00 0 0 0 a 46664 *see* 0
000 00000 00006
ntft,1~9_01_111git "7
2u

Pbotuelactric doterrid"dan of tat in milk.
1. Vloddvets. Afolmhuyu Prow. 12. No. 7, 29 -.11( 105 1
I'as 6 deld. in tnUk by photuclec. (Ittit. of fitht
Irmi-inimimi;
Ifie Isciliciple degictids oil futhillity Caused fly
fm~ltoplvf
ai~pctsiou. A m4 cular filter is demirable. An mmill
AWUFAC~V of U.1-41.2% is 01441110d With 111C OW Of A
ItIrifti.
CAlibr&tiOU WAIC. G. M. KUUJIAIKIII
j2.;

Indkm*m of mUk butyrameter. N. It
Q._,&4Qfhw4yd
Prow. 12, No. 7'. 3D-41X 11151 ).-The W_M-CrA
mudy
Ill not Iml. The reading of the but)towrtrr
be mouten"Cl4drtiot to Ilk? C. of milk Not
too Ill) 1111. low
.&I.Xit I(KI a.) for av. d. I.M. (1. Pot.

BRID, N. P.
Posobie dlia laborantov molochnykh zavo-
dov (Manual for laboratory.workers.in milk
plants).
Moskva, Pishchepromizdat, 1952. 110 p.
SO: Monthly List of Russian Accessions, Vol. 6,
No. 1, April 1953

1. BRIO. N.
2. TJSSR (600)
4. Butter - Analysis and Mxaminaticai
waa. Il'l no. 10, 1952.
7. Dat~-;mdninz salt content of lvutter.
9. Monthly List of Russian Accessions, Library of Congress, February
.1953. Unclassified.

INIKHOV, Georgiy Sorgeyevich, Zasl. dayatoll naulti i
tekhniki, doktor
khim. nauk, prof.; BRIO, II.P., retsenzent; M14MIETS, Z.F.,
retsenzent; BOGAT7ft*-,-L-.V.,red,; ZARSHCHIKOVA, L.P.,
tekhn.
red.
(Biochemistry of milk and milk products]Biorhimiia moloka
A. mo-
lochrqkh produktov. 2. iz6.. Moskva, Pishchepromizdat,
1962.
287 p. (MIRA 3-5:12)
(Dairy products-Analysis and oxamination)
I-

BRIO. Nataliya, Petgg~ KONOKOTINA, Nadezhda
Petrovna; TIOV Aleksandr
Ivanovich; PICHUGINA, N.V.,, inzh., retsenzent;
CILEXULAYEVA,
L.V... kand. tekhn. nauk; BOGATAYA, L.M., red.;
ZARSHCHIKOVA,
L.N.,, tekhn. red.
(Production and chemical control in the dairy
industry] Tekhno-
khimichaskii kontroll v molochnoi promyshlennosti.
14oskva, FI-,
shchepromizdat, 1962. 395 P. (MIRA 16t6)
(Milk-Analysis and examination)
(Dairy industry-Quality control)

Microbiolon,
YUCOSLAVL1
FONTAINE, M.; FONTAINE, M.P.; and LeFrancois-Chabas, D,;
Poultry Pathology Laboratory INRA of Veterinary College in
Alfort, and
Poultry Experimental Station in Poufragan, France [Original
versions of
affiliations not given].
"Immunogenicity of a New Strain of Newcastle-Disease Virus."
Belgrade, Veterinarski Glasnik, Vol 20, No 7, 1966; pp 505-507.
Abstract [French summary modified): A new strain of NDV,
selected from
chick fibroblast tissue-culture isolates, seems to possess
properties
which would make it a very reasonable choice for a live
vaccine against
this poultry scourge. Three tables, 7 US references;
manuscript received
23 May 66.

LUMVICH. P.N., saslushennyy zootakhnik RSFSR,;BRION, Ye.
Increasing butterfat in purebreading. Zhivotnovadstvo 20
no. 10:33-
59 0 '58. (KIRA 11:10)
1, Glaynyy sootakhalk Krymskogo
obleallkhotupravlaniye(for Lunkevich).
2. Direktor Irymskogo Gooplamraseadnika krasnogo
stepnogo skota(for
Brion).
(Dairy cattle breading)

Fdo 1040, ?'it A
fiV1111114 i. livell fol lite 4.414-11 '1 fir d i, I,.j4l (in
fit"ll 1.14
viots%ly caW. "'bles and the fAt vmtrut i~ then measutrd
In ith the milk b4ityrometrr. %1, C,

xmlw-~~W-- -~ 11 --1
, , - . . 1. ~ . ~. - ---r
- , - ]~ .. . I z -- -
. , ~4 77R-55 M l4av, 2a, ` -

SOV/110-59-L~-4/23
AUTHORS: Fedorenko, V.G., Kuznichenko, A.N.9 Prikhodiko,
A.I.7
Brisenkol V.K.7 Morozenkoj V.Ya. (Engineers)
TITLE: ProducTi-on- -Flow Lines for Bushings and Bre.,~-ket
InTaleters
(Potochnyye-linii proizvodstva proknodrLyiui 1 opoi!nykh
izolyatorov)
PERIODICAL: Vestnik Blektropromyshlennosti7l959,Nr 41pp
12-16 MsR)
ABSTRACT: Flow lines for bushing and bmaket
insulatorj~roduatl= have been
installed at a number of insulator worKs out they ao noG
cover the whole process of manufacture and usually
terminate at the turning process. The production lines
described in this article use belt conveyors along which
the various machines and ovens are located; the lines
are illustrated in Fig 1. The raw material is delivered
on a conveyor, it is then extruded and the parts are cut
to length and Immediately turned on lathes. They ara then
conveyed to the drying ovens. The dried insulators are
inspected ifor cracks,and moisture content. The glazing
procedures are somewhat different for insulators and
bushings but both operations are served by the conveyor
belt. A photograph of the production lines is given in
Card 1/2 Fig 2 and the bushing glazing section is shown in
Fig 3.

SOV/110- 59-4-4/2-3
Producsion Flow Lines for Bushings and Dracket Instilw~ora
Available conveyor type ovens are orLLy suitable for
drying times of the order of 4 hoars and are, therefore,
not suitable for high voltage insulators that require
24 hours drying time. It was, therefore. decided to
constract three such conveyors in series to form a single
unit. The modifications that were required to the ovens
are described. Steam injection was used to retard the
initial rate of the drying. Hitherto, some types of
insulators have been turned in two operations which have
now been combined into one. The procedur&.is illustrated
Card 2/- diagramatically in Fig Ir* and is explained.
There are Ir figures, no references.
SUBMITTED: December 22, 1958

SOV/110-59-9-8/22
AUTHORS:
Fedorenko, V.G., KuMichenkos A.N.,
Prikhodlko, A.I

2~ no~V and Morozenko I V.Ya. (all Engineers
TIT*LE;
Mechanised Plow Lines for the Mairafa,_,ture oll'
TeleDhone

and Telegraph Insu'Latozs
PERIODICAL; Vestnik
elektroprom,rski-i-e."ost�,1959,Nr 97pp 28--30 (USSR)

APSTRACT:
The
usual methods of manufar-,turing small telephone and

other
Insulators involves the use of gyps-ar. maalds and is

very
laborious. The first stop i-n me(;hanisation is to

use metal
moulds, which were first introdu--ed in the

.Loka,rovskiy Works in
195.7. Asemi-automati-I moulding

machine is now in use with
telescop-4-- metallic moulds.

TbAe machine and moulds are operated
by compressed air at-

a pressure of Ir at-M. The inner part of the
mo-clding tool

rotates first in one direction, then in titie
other, and cuts

a thread in the insulator. The outer part of the
tool

rotates in one direction only. The tool moves bac:kwards

a,nd
forwards as well as rotating. This semi--automatic

'I
moulding machine can produce up to 44000 i.-sulators a shift.

In
addition to this machine there is a pneumatically-

operated
trimming lathe of the same output. Waste clay

from the moulding
and trimming machines is immediately.
Card 1/2
returned to the
vacuiun press on the retUrIn half of the

SOV/110-59-9-8/22
,a
Mechanised Flow Lines for the Manuf ctuTe of Telephone and
Telegraph
Insulators
conveyor belt. Thus the scrap pieces are always quickly
used and do not have time to become dry or dirty.
Thuringia-type conveyor driers 19 me-U'res long are used to
dry the insulators. The insulators are glazed on semi-
automatic roundabout machines illustrated in Fia 2; the
principles of operation are briefly described. As will
be seen from the general illustration of the flow line
given in Fig 3, all the work is handled on conveyors.
The introduction of mechanisation has cut production time
by two days and only a third of the former -number of
workers is required. Immediate and continuous use of
Card scrap clay without re-milling has cut consumption by a
factor of 1.2.
2/2 There are 3 figures and 2 Soviet references.

FEDORMO. V.G.. iymh.; KTJZITICFMTKO, A.R., ingh.; PRIKHODIKO,
A.I., inzh.
inzh.; MOROZEIKO, V.Ya., inzh.
Continuous line for the production of porcelaine used in
electric
equipment. Veot.elektroprom. 31 no-1:58-59 Ja 16o.
(MIRA 13:5)
(Assembly-line methods) (]Porcelain)
I

SOV/120-58-5-13/32
AUTHORS itriyev, A.B., Kosmarskiy, L.N., Sachkov,
Yu.N., Sbitnev, Ye.A., Kheyfets, A.B., Tsitsiashvili, S.S.,
and Ey-, L.S.
0
TITLE: A Vacuum Spark Switch (Vakuumnyye iskrovyye rele)
PERIODICAL: Pribory i tekhnika eksperimenta, 1958, Nr 5, pp
53-58
(USSR)
ABSTRACT: The device consists of an evacuated glass envelope
which
contains 3 electrodes (see the general diagram of Fi-.1).
The principal discharge gap comprises a complex cathode
consisting of two electrodes which form an auxiliary dis-
charge gap. The two cathode electrodes are separated by
means of a fine mica plate; when a triggering pulse is
applied, a discharge is formed on the surface of the mica.
Fig.2 shows 6 alternative solutions of the electrode sys-tems
of vacuum spark switches F15.3 shows photographs of actual
switches (tubes 4, 5, 6 Ld 7 and photographs of 3 thyra-
trons (tubes 1. 2 and 3) for the purpose of,comparison. The
basic parameter of a switch is its anode voltage V a I its
operating current I and its triggering breakdown voltage.
V11 The anode operating voltages up to 20 kV could be
Card 1/3 obtained with a discharge gap of 1 im-n. The values of
the

SOV/120-58-5-13/32
A Vacuum Spark Switch
discharge current are determined primarily by the external
parameters of the circuit in which the switch is employed.
The currents can be very high since the tube is "extinguished"
at a current of about 20 A. The energy required for the
initiation of the main-gap breakdown is very small. Thus
the switch can be triggered by the energy stored in a
capacitance of about 5 At, but the trigge3cing voltage should
be at least 1500 V. The switch is subject to some time
delays. The overall delay is T = t 1 + t2 + t3 1 where
t1 is the time between the commencement of the triggering
pulse and the inception of the trigger gap discharge; t2
is the time lag between the commencement of the auxiliary
discharge and the inception of the main-gap discharge, and
t is the formative time of the main gap discharge. These
tLe delays are illustrated graphically in Fig.4. In actual
tubes the formative times of the main discharge were of the
Card 2/3 order of 0.03 lis. The electrical characteristics of
a spark

SOV/120-58-5-13/32
A Vacuum Spark Switch
switch are affected by the number of switchings performed.
This is illustrated in Fig.11, which shows the ignition
voltage of the auxiliary gap as a function of the number of
switchings N it is seen that the voltage decreases with
N The paper contains 11 figures and no references.
SUBMITTED: November 15, 1957.
Card 3/3

24 1200 6
.,1' 7600.,24.2100, 76966
2P4:212'0,24:25OO,5-361o sov/56-37-6-6/55
AUTHORS: Brish, A..A., Tarasov, M. S., TSukerman, V. A.
TITLE: Electrical Conductivity of the Explosion Products of
Condensed Explosives
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki,
1959, Vol 37, Nr 6, pp 1543-1550 (USSR)
ABSTRACT: The electrical conductivity of the explosion products
of trinitrotoluene-+ hexogen (1:1 by weight mixture)
melt and powdered mixture hexogen (powder), tri-
nitrotoluene (powder), 2,4,6-trinitrophenyl-methylnitramide,
and lead azide was investigated by the electrical con-
tact and electromagnetic methods. Near the wave front
the conductivity of the explosives lies between 0.1
fl-lcm-l and PSI-1cm-1. With an increase in the distance
from the front, the conductivity of the explosion products
decreased. The conductivity increased with the increase
in the density of the explosives and the intensity of
Card 1/2 the-detonation wave. It is brnposed that besldes.thermal

Elc!ctrltal Conductivity of the Explosion 76966
Products of Condensed.~xplosives . SOV/56-37,6-6/55
ionization the high values of the electric conduc-
tivity may be related to the high densities and
pressures appearing at the front of the detonation
wave. K. K. Krupnikov and 0, M. Gandellman partici-
pated in the experimental part of this work. There
is a description (with two schematic diagrams) of the
two methods of measuring the conductivity, 5 graphs,
1 table, and 5 Soviet references.
SUBMITTED: July 4, 1959
Card 2/2

IRISH, A.A.; TARASOV, M.S.; TSUKERMAN, V.A.
Electric conductivity of dielectrics in strong shock waves. Zhur.
eksp. i teor. fiz. 38 no.1:22-25 Jan 160. (MIRA 14:9)
(Dieloctrics) (Shock waves)

ACC NR: AP7000650 SOURCE CODE: UR/0414/66/000/003/0132/0133
AUTHOR: Brish, A. A. (Moscow); Galeyev,j. A. (Moscow); Zaytsev, B. N.
(MoscowX:..
Sbitnev-TTea A. ZR-o-s-co-wT-, Tatarintsev, L. V. (Moscow)
ORG: none
TITLE: Initiation of detonations in condensed explosives with a laser
SOURCE: Fizika goreniya i vzryva, no. 3, 1966, 132-133.
TOPIC TAGS: laser, ignition, explosive, solid propellant, combustion,
detonation,~,
laser detonation
ABSTRACT: Previous experiments have shown that strong light pulses
from gas dis-
charge lamps can initiate detonations of primary but not of secondary
explosives. The..
present study showed.that detonations of lead azide and PETN can be
induced by a..
Q-modulated laser. The laser contained's neodymium glass plate (10 x
120 mm) and.
was Q-modulated with a rotating prism (25,000 rpm). The starting pulse
was recorded
on one track of an OK-21 oscillograph.* The signal from another
photocell recorded
on the second track indicated the instant when the detonation wave
reached the end
of the charge. The explosives with.a 1 g/cm3 density were placed in an
organic
glass shell with a 10 mm inner diameter and a hiight of 5 mm. The
starting pulse had.
an energy of 10 Mw, a duration of 0.1 msec, and a beam diameter of 15
mm. The lead
azide was detonated with a laser beam-energy on the surface of 0.08
Mw/mm2, while the'
Ord 1/2 UD 534.Z2W+541,427.fi-

Acc---14R-:
i

" i-lj - ', Im
. - p 1. . T .
0
"Boundary Pmble.,fis for Urdinanx-f Differential E-luations
With a ST-lall Pammeter in the
ili-hest Derivative." Cand Fiys4L-ith Sci, r'athematics Inst
ivieni Steldov, lioscow,
19~3- Dissertation (Ileferativny.- Zilurnal-ilatem-Aika
Moscow, Feb 5h)
so: suim 186, 19 Aug 19514

BRISH, N.I.
" f (
3oundary value problems for the equation F- Y jr
J(iY)Y) with
small values for E ..I)okl.AN SSSR 95 no-3.:429-432 Mr
154.
NIRA 7:3)
1. MoBkovskiy gosudarstvennyy universitet Im.
X.Y..Lomonosova.
Predstavleno akademikox I.G.Patrovskim. (Equations)

S/04#60/000/008/014/035
C111/0222
AUTHOR: Brish, N.I.
TITLE: On the first boundary value problem for an.ordinary
differential equation with a small parameter for the highest
derivative
PERIODICALs Referativayyrzhurnal. Matematikag no.8, 1960, 94P
abstract-no.8903. Uch. map. Minsko gos. pad. in-;-tat 1957P
no-7, 3-10
TEXTs On the-interval I.a,bl the author oonsiders the solution
V,,(X)
of the equation
n-1
(n). t;~ ( (1)(x))(k) _ f(x)
(y-) - _,)n(p Wy (n)) . e- _1)k( (X)y (1)
n k-o Pk
> 0) with the boundary'-conditions
y (k)(a) . Y(k)(b) 0 (k-09,19 00.9Z1-1), (2)
as well as the solution u(x) of the corresponding degenerated
equatiqn n-1 k )(k)
L(u)-m; (-1) (3)
Card 1/3

On the first Uoundary value.,.
S/044j6o/ooo/oo8/o14/O35
0111/0222
with-the~ boundary conditions
u(k)(a) _ u(k) (b) - 0 (k=0919...,n-2). (4)
Ozr'r&lb" Pk(x) has a-con-tinuous (k+2)4cl derivative, and o
(x) has 'a
cont4m- us n-th derivative, f(x) has a continuous second
deriv'&tive.
Besides, the following conditions are satisfied on g,.a,b'l:
Pn(XP-O~'
Pn-4(x)"O' Pk(x)~"'O (k-1p2qo*oqn-2)9
n~l (2k-A )!2(k-l ) 1 1-j2
4 Z 2k-1 min Pk (x)+M0(b-a)*,sO
k-1 (1,-a)
(M - 0 if p (3C)j,*,O on 'apb-19 and"Mo - min Po(x) in the
other case). It
0 0 41, J
is shown that under these assumptions the solution of (1)
which
satisfies (2) is representable in the-form
yt(x)-,u(x)+z(x,~)+v(x,E),
where u(x) is a solution.of (3) which satisfies (4), and
Card 2/3

S10441601000100610141035
On the first~boundary value... C111/C222
201 (x. 9) 1-< c, Vi (k 2).
z(h-1) V. 2) 1 < I (a) I e +
_jfF(b-z) mjnp,_,(X)
+ C. (M max P4(X)
C, 0,
the-C to to do not dependl:on The result is an improvement (Some
0 1 2
assumptions of smoothness-are-omitted) of a,.result obtained by the
author in an earlier paper (R.zh.Hat, 1959, 08a)_
[Abstracter,s note: The above-text is a full translation of the.original
Soviet abstract.]
C ard - 3/3

BRISH,-NOI.. ,
.1 ~
Fourier's method for differential equations of the
fourth order
containing a second derivative with resp6ct to time.
Dokl. AN
BSSR 6 no.-1:9-13 Ja 162. (MMA l5t2)
1. Belorusskiy gosudarstvennyy universitet imeni
V.I.Lenina,
Predstavleno akademikom AN BSSR V.I.Xrylvym.
(Differential equations)

VALESHKEVICH, LN,
Fourier method for solving differential equations
containing.
a second derivative with respect to time. Dokl. All
SSSR 11+6
no,6:1247-3250 0 t626 (MIRA 15:10)
1. Belorusskiy gosudarstvennyy universitet im. Lenina.
Predstavleno akademikom I.G. Petrovokim.
(Differential equations)

Bluic"lip Ii.i.
Classical solution to mixed problerns for nonstationar7
eqvatiorB.
Dif. urav. 1. no.4*.523-528 Ap 165. (IMIRA 18-5)
1. Belorusskiy gosudarstvennyy universitet imeni Lenina.

BUSH, N.K.
SHELYASTIN, Vasiliy Nikolayevich. inzhener; BRISH,_N.K.,,
inzhener, redaktor;
BOBROVA, U.N., tekhnicheskiy redartor --
(Storing coal in uncovered piles] Opyt khrananiia uglia v
shtaboliakh.
Moskva. Goo.transp.zhel-dor.izd-yo, 1957. 50 P. . (HLRA 10:9)
(Coal--Storage)

BRISH, V.11.; DANILTA K, N.I.; TUMANOV. B.i.
Combined porudotion of otareb and and alcohol.
Spirt.prom. 26 no.B-.
29-32 16o. (MIRA 13:11)
(Starch) (Alcohol)

DANILTAKI N.I.
Util,ize alcohol plants for the establishment of cannery
sections.
Kons.i ov. prom. 16 no.2t36-39 F 161. (MA 104)
lo L'vovskiy sovnarkhoz.
(Lvov Bconomic Region-Canning industry)

MISH9 V-11- DANILYAK, N.I.; TUMANOV9 B.A.
Combined*production of otarch and alcohol. Sakh.prom.35
no.3:65-67
Mr 161. (MIRA 14:3)
1. LIv m kiy sonark hoso
(Starch) (Alcohol)

AMBARTSTAtYAN, A.P.; BRTRr-.M-T-! LISTINGARTIR, B.M.;
PIRYWYAN, A.M. t
ddmw~ -
Effect of petroleum viscosity on the effectiveness of
water
flooding. Azarb.neft.khoz. 35 no.8:196-22 Ag 156. 04LU
9:10)
(Oil field flooding)

BRISK,ER) A.D... dotsent
------------
Clinical aspects cf alimentary to-tinfections "caused ky
staphylocoac-4,
Escherichia coli and Morganis bacillusi Sov. md. 28 no.9:71-75 S
165o (MIRA 18-9)
1. Kafedra infektsionnykh bolezney (.-av. - dotsGnt A.D.Brisker)
Chelyabinskogo beditsinskogo instituta, nauchnyy konnul'tant
raboty - prof. X.V.Binin.

BRISKER, A. D.
IlData Concerning the Problem of the Formation of Toxic
Mus-
cular Infections." Cand Mad Sci, Ka2akh State Medical
Inst, Alma-Ata,
1954. tRZhBiol Kh1m, No 6, Mar 55)
SO: Sum. No. 670, 29 SeP 55--SurveY of Scientific and
Technical
Dissertations Defended at USSR Higher Educational
Institutions (15)

COUNTRY :USSR
C~'-T MORY :Microbiology
"-h
ABS. JOUR. Re-~' ' ur-Biologiya, 110.4, 1959.
AUTHOR Brisker, A.D.
INST. CnelyablnSk Medical Inst.
TiTUTP :Intensity of Multiplication of Different Re-
presentatives of the Typhoid and Dysentery
Groups on Several Food Substances.
.'41-G,. PUB* V sb. : Vnturialy !Tauchn. konf erentsii
Ch-~lvab.
mr;d. irl-ta, posyyas,~cli- 40-letiyu Veilt-ay
ivabln rg~ -a
gjjA'ft Oh S
:%t& B~ha,, ~jv~jAut
s
AP-TRACT I ydamic
-DaratyDhoid B, Gaertner's, intestinal I-Eru",
Sonne, and Grin-orlev-Shigra bacilli - 10i~')'
250,~. Pnd 505,16 autoclaved choppe;l meat and -eat
broth and oil 10,76' potato broth autoclaved at
25 degrees, it was established that the in-
testinal, Gaertner, and Sonne bac illi multi_
plied the most vi--.orously. The Concentration
of the media did not influence the inter
:of multiplication. On potato medium rer--
CARD: 1/3
29

COUNTM
CA TEE G 011 r,"
VILM. JOUIIII
AUTHOR
INST.
TIT LR;
Uo, 14836
ORIG. PJB.
t BCT -TZtLC'-" iduction of the intestinal bacilli
and the
Sonne organism was retarde,.i, but growth of
the typhold organism iva!- promotecl. For a
colony e-~ount 1 of liquid ~aed-ium --nd 1 -- of
t.'L-.e 7olid medium were seeded. I-To adsorDtion
of bacteria was observed rn the choppea
--eat. A sJ-gni--'-'ic:ant growth of bacteria was
not obtained fr-ai the ctiltivation of washiniTs
from the solid residue of food substance.
-n
*T'Lie author -;ulFFests that their laulti-plicat-i
CA RD 2/3

C 0 UPT TRY
G.WEIGORY
ABS. JjUR,
AU MOR
INST.
14336
'S T '?~ X 0 T:ir,,as due to the assinilation of
water-soluble
substances of the me-it or potato substrate.
-- E.B. Gurbich
C AR D 3/3

MTOVSKIY~ I.M.; EEERTI, L.Ya.; ElSqR_S_A.D. __
Second Scientific and Practical Conference on the
atudy of the
influenta epidemic in Chelyabinsk in 1962.
Vop.virup. 7 no.6s
757-758 N-D 062, (~M 16:14)
(CMLYABIMX--INFLtIEM."CONGRF.SSES)
t

EBERT., L.Ya.$ doktor med. nauk; BRISIMR, A.D.;
RABKINA, S.A.
Data on the use of dibazol for the prevention of
Inflitenza in
children's collectives during the 1962 epidemic.
KU7- Mad.
Zhur. no.6:44-45 162. kMiRA 17:5)
1. Ghelyabinskiy meditsinskiy institut I
Chelyabinskaya
gorodskaya sanitarno-epidendologicheskays. stantsiya
(glavn3,y vrach - N.V. Shelepova).

BRISKER A.S.
Temperature dependenl o ", " , f
f-'the electrical parameters of singlelpair
rural communication cables. Vest. sviazi 24 no.718-10
JI 164~
(MMA 17:9)
1. Starshiy inzh. Nauchno-issledovatellskogo institute
gorodskoy
i sel'skoy telefonnoy svyazi.

ILIMOVSKIT. TA.M., Inzh,; BRISUR, I-Te., Who
Progressive methods for organizing the repair of
building
machinery* Stroi. truboproy. 5 no.9 *:3-5 S 160.
(MIRA 13:9)
(Building mchinery-4(aintenance aid repair)

MASLYANSKIY, G.N.; RABINOVICH, G.L.;_BRISK.ER, K L.
Catalytic deallqrlatior )f ismeric xylenes.
Neftekhimia 4
no-3:426-430 My-Je 164. (MIRA 18 2)
1. Vsesoyuznyy nauchno-issledovatellskiy institut
neftekhimi-
6hedkikh proi6ess6v.'*-

USSR/medicine Tumors, Malignant Mar/Apr 48
a, Skin
Medicine -,Tumor
:"Water-Soluble, Adenoaln4tziphosphatase of
Iformal and
Eo~, Maligniint'Tissues, " 1. B. Barskiy, N.
A. Br ker,
31,oobem Lab, Can On-c-ologleal Inet,
Moscow, 7rpp
"Biokhimiya" Vol X111p No 2,-/96- P?,2,
Reports experiments on rate and mIce. Both
ncrmal
and nalignant tissues contain
aotive,,water-soluble
adenosinetriphosphatase, which detaches 2
phosphate
i mlecules from adenosinetriphosphccric
acid, optizm=
H being 7.0-7.2. Activated by magaeolumIcho
In
Omoontration 10-3 m. Activity ol water
extzacts Par
'unit weight of raw tissue is as fOllovs.
Mow 1, - .
USSR/Medicine Tumors, Malignant (Contd)
Mar/Apr.. 48
.~dftoyl spleen, mum Ioleo, lungs 1 iver
tumor (Croker_
'*=coma), skin, 'tumor (Ehrlich'cancerj.
Rate:Iliver,
tilmor.., masoles, skin. Activity of
adanoolnetriphoo-I
phatase of skIn is negligible in rats,
butolearly
ested in mice. Submitted 17 Sep 47.
3/4W
__0 Al

BRISKERt N. A.
Cand Biolog Sci
Dissertation: "Water-Soluble Adensitriphosphotase of the
Normal Urgans
and Malignant Tumors of Rate and Mice." 27/h/50
Acad Med Sci USSR
i
So Ved .heryaya Moskva
SUM 71

CA
The amount III voter-solublo adenositsetriphosphatese
In elperimental Nattomal In various isupis ot de"lop.
"lent. N~A.,r~d&kFSj1(;vryxt,n Chindi Newtirvis Illst.,
Moscow). Ar 4. 1 at . III No. 3, 411-42(11M).-The
'Ing XtIne of nn vxptl. xarevenit (Mt, ntouw) has a hIXh
Irvel of the essirme., As the lumnr dr-,Tll)ps and Its nem).
p
m
tic arras Increase. the enzyme content declitin and vunishes
ill the totally "revotic tissile, 711C (lettis. tirte 11146,10
conventilmally wills adenWoetripholiphate subitriste III
hite. buffer at pH 7.0 at 37*. G. 1-L Kosotapoff

7:--l 77 7~7
K-7~7T~:

.

The omparavive Activily of
/

lq':50us OWacts Of organt Of c2mccrous and nortnal antraala.

D.
Zbw--%Lil ruad N. A. Dri,kez. Vopmy Onkoklo,

-N", 9 R-jflljwj~

:c
;~;I,; Lho ch Laici:

ro;O mtsu-, J.")

rjlf a! -.C! a:it: J7'

m mor P
was :4 lltvksurt, he act:,

!I~j 'i Z,l

C -17 OAJCdl,,y,

Rogina, B.; Briski. B, "The role of filter-paper chromatography and
ninhydrin reaction in the
quantitative determination of amino acidasU P. 325. (Kemija 11
Indgetriji. Vol. 2, no. 11,
1953. Zagreb.)
SO: Monthly List of East European Accessions. Vol. 3, no. 3. Library
of Congress. March 1954.
Uncl.

nalm, D. Czechoslovakia CA: 47:12665
with S. GELIK
Central Hya. Inst., Zagreb, Croatia
"The protein fractions of Taenia echinocaccus.11
Biochem. Z. 324., 104-14 (1953).

!J.
BERKES, I.; BRISH, B. 11-Parallel analysis of protanines from
domestic LLEL1 and R-'grus
species. 11
Kemija U Industriji, Zagreb, Vol j, No 6, June 1954, p. 177
SO: Eastern European Accessions List, Vol 3, No 10, Oct 1954, Lib.
of Congress
91

CATIGMT
ABS. JOM- RMdx*o Nd* 5 2960jo No*
19642
JAIJI"YORI t Briski., B. and 3-odarec, A.
"tie Detection of thc- F'~re,,c~encc of Paffinnt& Peanut
oil in Sdiole WIF, by P-Lpvr thy
MIG. PUB, s Ke-Ain u Industriji, 1, 1-1-' (195,S)
ABSTRACT --.o abstract.
1
car;