SCIENTIFIC ABSTRACT B. YU. DOBRIN - N.S. DOBRINSKIY

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000410610016-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

B. YU"
Treatment of acute pneumonia vith antibacterial
preparations
combined with a novocaine block. Trach. delo
zro.2087-90 F1164
L Kowunarskiy gorodakoy Welsdravookhranemiya ( zav. -
zaBluzhemnyy vreoh McrWR A.TwIlnogreyeva) i kafedra
gospi-
teLlInoy terapii ( sav. - prof. R. Ya. Spiv*k)
Luganskogo medi-
tsinskogo inatitutas

DOWEN, K.
Red Cross
Members of activist groups exchange their experience. Sov.
kras. krest 3, No. 2,
1953-
Monthly List of Russian Accessions, Library of Congress,
June 1953. Uncl.

SHCHUKIN, Anatoliy Tefimovich; DOBRIN, K.S., red.;
SHOOTININ, V.D.,
red.; ROKANOVA, N.I., tekhT.AC~-
I
[Industry of the Germen Democratic Republics, its
development
and place in the socialist division of labor]
Promyohlennost'
Germanskoi Demokraticheskoi Respubliki; as rasvitie
i mesto v
sotsialisticheskom razdaloull truda. Moskva, Izd-vo
IMO, 1959.
118 P. (MIRA 13:1)
(Germany, Zaet-Industries)
(Germany, Bast-Foreign economic relations)

XMIN, Aleksandr Ivanovichs, kBnd.geograf.nauk;
DOBRIN, X.S., red.;
KORQLTUKt LeMs, red*; ROKANOVAq Nelog tvkMorsde'
[Aconomic geography of the Federal Republic of
Germany] Akono-
michoskaia geograftia Yederativnoi Respubliki
Germanii. Xoskwa,
Isd-vo IKO, 1960. 256 p. (MIRA 13:11)
(Germany, West-Sconomic geography)

GIRSHOV L. A. (Leningrad); GELIMAN, I. V.
(Leningrad); DOPRP, L. A.
tLeningrad)
Some engineering methods for analyzing control
objects with
monotonous transitive functions. Avtom. i telem.
23 no.9:
2210-2214 S 162, (MMA 15: 10)
(Automatic control)

GELIMAN, I. V. (Leningrad); DOBRIN., L. A. (Leningrad)
C------- :_
Approximate analysis of a certain class of linear
objects of
automatic control. Avtam. i telem. 23
no.11:1542-15/,,5 N 162.
(MIRA 15:10)
(Automatic control)

~' DOBRIN, L.G.
Bolian sand ground swells, their structure and
movement. Izv.AN
Turk.SSR no.4:37-41 059. (MIRA 13:8)
1. Institut geologii AN Turkmenskay SSR.
(Sand dunes)

DOBRIN., L.G.
Changes in the conditions of sand transport due to
strip-type
binding of the awface of shifting sand heaps. Izv. AN Turk.
SSR. Ser. biol. nauk no.5:72-76 161. (MIFA 14:12)
1. Institut pochvovedeniya i osvoyeniya peskov AN
Turkmenskoy SSR.
(AYDIN--SOIL BINDING)

DOBRIN, L. G,
Calculation of the movement of barchans based on
data of meteor-
ological stations. Izv.AN Turk.SSSR. Serbiol.nauk
no. 6:64-68
163. (MIRA 17:5)
1. Institut pustyn' AN Turkmenskoy SSSR.

- DOBRIN, L.G.
- --
Formation of sand ridgeo. Izv. AN Ti=k. SSR. Ser. biol.
nauk no.6z
25-32 164. (MIRA 1824)
1. Institut pusty-n' AN Turkmenskoy SSR.

1. NDTDRNrr, 0.
The millionaire. ZnAn-ta Pratsia n0-3323 * 160.
NM 13W
(Construction luduotry-Teabnological
innoTations)

DOERIN, V.B.
____ wu%WAUAtwaz~Z
Upedience Of aPPlicatiOn Of alloplastic materials in
repair of
saddle-nose. Vest. otorinolar., Moskva 14 no.6:75
Nov-Doc 1952.
(GLKL 23:4)
1, Candidate Medical Soienoes. 2. Gorlkiy.

DOBRIN, V. 3.
Radical surgery in congenital aWrior cerebral hernia. Vop.
neirokhir..
16., No 1, 1952.

DOBRIN, Vullf Borisovich.
Academic degree of Doctor of Mod Sci, based on his
defense.,
7 May 1954, in the CouncilX the Gortkiy Mod Inst
imeni
Kirov, of his dissertation entitled: "The Use of
Plastics in
Surgery (Clinical-Experimental Research)n.
A cademic degree and/or title: Doctor of Sciencea
SO: Decisions of VAK, list no 8, 2 "April 55,
Byulleten'
WO SSSR, No. 14., July Moscow pD 4-22,, Uncl.
JPRS/NY-4n

DOBM, Tu. G.
Manage t of convalescing patients following amputation,
Sovet. mod.
17 no-7:42-44 July 1953. (CUM 25:1)
1~"%
1. Of the Ukrainian Scientific-Reaearch Institute of
Prostheses (Director
- A, P. Kotov),

DOBRINt Yu,G,; SHGHEPKOVSYAUi Ze.V. (Kharlkov)
Prospects for the use of data on experiias4i, cancer
forelinical
purposes. Vraoh. delo no.32:99-102 D 160,. (MIM 14:1)
1. Laboratoriya immi&ologii koxhi, Ukrainakogo
nauchno-iseledo-
vatel'skogo kozhno"venerologic ,I,o instituta,
,r'oLijn
(CUDER) ~Pe CILLIN)
I L

C". tin

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no

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w%n%S%wjj .US r.(as*mj
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jN*jAVJfjj VS 8. 0843;1#-l V~TUO-t?V

BKL'XKVICH, V.I.; SVI)KOIBKAYA, ".F.; BELETSKIY,
Ye.L.j DOBRINA, S.K.;
KLYUCHAFXVA, ZOO*
Effect of ultrasonic vibrations on biological
microscopic
preparations. Trudy VNIIKIO no.3155~-61 163 (MIRA
180)

El 'FINER, 1,Ye.; KRIGER, YU.A.; DWRINA, S.Z.
---'-'Z
Mechanism of the hemolytic effect of ultrasonic
waves. Biofiziku
8 no.6:677-680 163. (MIRA 17:7)
1. Institut biologicheskoy fiziki AN MR, Moskva.

DOBRINCHENKO., I.V.
Determination of the isoantigenic compatibilityof
the blood by
means of conglutination under conditions of a
district hospital.
Med.sestra 21 no.8:47-48 Ag 162. (KERA 15:9)
1. Iz Khorol'Bkoy rayonnoy bollnitsy Poltavskoy
oblasti.
(BLOOD-TRANSFUSION)

DOMUNCIC,q X.
"The Article Raili~oad Tariffs And Sheep-Breeding p. 268.
(Zelewdce, Vol, 91 no, 8.
Aug-, 1953, ~eograd.)
Ras-t-European Vol. 2, No. 9p
SO: Monthly List odm=m Accessions,/Library of congress, _&ptember
1953, Uncl.

WERrICIC) V.
Forest service and the'payment of adi~inistrative and legel taxes.
P-345.
SUMARM LIST. ZaCreb. Vol. 79, no. 9110, Sept./Oct. 1955.
SOURCE: East European Accessions List (EEAL), Library of Congress
Vol. 5, No. 6, June 1956

DORRINESCU r.,; ,
--- - - -,i -, A-POLKAY, 3.
m
Aechnalogieal design of hir coaleT-3 and
condensers for the
oil industry. Bul In3t Petrol Rum. no.
103107-124 163.

NRt AP6024592 . SOURCE CODE:
AUTHOR: Dobrinescup D. (Engineer); Firvulescu, C. (Engineer)
ORG: none
TITIE: Rapid method for~caiculating heat losses toIthe ambient
medium in oil indust
installations
SOURCE: Petrol si gaze, v. 16p no. 8, 1965* 461-464
TOPIC TAGS: heat lossp,pipelinep petroleum industry equipmentl
heat convections
radiative heat transfer, thermodynamic calculation
ABSTRACT: The authors describe a rapid method for the
calculation of heat loss'es
to the surroundings by free~convection and radiation from
equipment and pipelines.
The method involves the use of nomographs constructed by the
authors to determine the
heat exchange coefficients for free convection and radiation in
terms of the average
temperature of the item and the surroundings, ihe difference
between the two tempera-
tures, the characteristic length-and the emission coefficient
for the surface of the
heat-losing body. Two numerical examples are given to
illustrate the use of the
nomograms. Orige art* has; 3 figures and 8 formulas. [Based on
authorst Eng.
abst-3 1JFRS: 33,5441
SUB CODE: 20 / SUBM DATE: none- / ORIG REF* 004 / OTH REF: 004
Card 1/3cz,_V& UDC: 6
5.012,34-001.2(083-

DOBRINESCY.I Do, ing.j APOIZAN, So, ingo
Technological design of coolers and air condensers
in the oil
industry, Mkergetica Rum 11 nool2t 621-628 D163.

DOBRINESOU, D., ing.; APOLZAN,
Contributions to t~e sti*,'v*gmrdi~g the 66cling of
liquid oil
products by direct contact 4,Ath water. P#tral Bi
gaze 15 no. 4%
199-204 Ap 164.

tric a-nalyzere from the exhaust gases, and present Rome
0

DOBRINESCU, D., ing., lact. univ.
Possibilities of recovering the heat from
combustion gases
evacuated from the technological installations of
the oil
refineries. Energetics. Rum 13 no.3t94-100 Mr '65.
1. Chair of Thermotechnics and Thermal Machines
of the
Petroleum, Gas, and Geology Institute, Bucharest.
Submitted
April 22, 1964.

DOBRINETSKlYp S,I*
Mineralogy of heavy fractions in rocks of the Poleaye
complex.
Minsabor. 18 no.3:356-360 164. (MIRA 18:8)
1. Gosudarstvannyy universitet imeni Ivana Franko, Llvov.

IS JUL
-

r.
S-
rlas Srsdan madttainiki No 2. 1S-62
1.
Tdi
lori al 7or a -sal.2ive A*%ack on

D134020S.
P; 3-9.
2.
"?hy3lcal Thera;;' In :..I*
:reil.%ent -f t4s ~O=ono3t

3kin Diseases'" V.
NA Zalef tza"Miaj~lon) or

(xCulno-vanarojoEl.
ohs*

3actlon o2llof (Z&vezmd&s==

3alcoonhYst

Zata

aoria., pp

*Concerning Ru;turo of the
'ftzo in a Case of

!is;Antia. CL=-niaze in
ia-lical

Boismoom at =o :!lmnsr

ul ul
Vlat,.t mditAmelcl 1123 lovd:.V, p 19-14.

*3mitary-Hygleno Roquirezam.2 In mo
prolu~,.Ion and

x3lutemanco of Load
3&-.tar--02.- Y _ of
.. ~=a:ZW, ~r,.4 9f

Labor '.~ygiamo
(Zavszhda== sm trala"),

tal W41fsra (XUZ%~-

Zrimmi); pp 24-32-
5.
*Concerning the Home
Trestu*mt of

ZAL'E&Rr%7 Of MIX? (not pp
1,1-36.

CAr _zx arismoo With =:4:=* ?rOatzent
0: Children,"
e

mrse Cmo:Lt mmka sostra) In tre
f
l

l v 9~on (~-ats= ot~591amll) --.- 440 First
W

jplv" tk;r-s" W01M.L'SAL) In Baflf;-2~;
37-39.
tj

1:Lygieno in VAss*4ral Cfflcov,"eGecral.
'

.
president (proisslatel) 0.1 :=* ,-

-uvet ma.
masaxmidute) , -ftf Is; pp-4

.. . . . .. ~ INWO I*
*Forest management placed on correct genetic foundations."
P-303"Worsko Stopanstvo, VoL 13,-no. ?, Sept. 1957,
Sofia, Bulgaria)
Monthly Index of Eas:t BuropeanrAccessions (EUI) LC, Vol.
7, No. 2,
Februar7 1958

KAMBEROVAI M., insh,; IANEV, V-s inzh-; XNEV, 4., inzb.;
DOBRINOV, V., inzh.;
mmov, M. . in2h.; BIBLOV,, A., inzh. :
Extracting-silicon from the Martin cast iron in the
ladles with cinder.
Kin delo 16.no.nt27-30 161.
1. Metallurgichen zavod "Lenin' (for Hikolov)
(Castir6n) (Silicon)

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tim Sew d lawl pm wevo *a olviv*tv. %-, 1,
(Inrulikift, A.A. I)cbrinslomys and lit. D. Neimsm Ama
Bullish), d.
C. A. M. 61W.-By use of Paoult's law. equations we
developed for calcS. the loss of volatile substances miting
with the iron sues used to drive out the 0 from the subts.
ill be analyzed. The remwal of volatile sultstance from
the Ist cell Is given by r, - rol-i' &W its accumulation in
the 2nd evil by x, - kiral-al. where A - ApoitIV13,14 t V
ir - YA. tol' milil. In cvll 1. A - vol, (if Inert sell I*"-#I
1%-f
In.. P* Is the vapor p!tsmm of the substance u%W still #a\
is a factor for deviation front ideal solus.. I. e., ffutil
Rjwmlt's law). For EtA the exptl. %,&lot it . - 1W,
whereas from the misvibility-notimilicibility nitvm fix
III().Iiwhl low COW. value Is a - 125. Fur AM it - I
at gh", The vidues of k X lip at 11 still VV Welt. leap.,
lot CHOU. 11, Aelf. 1.M. 111. HiCHO 3.4. -; ii-IltC110,
4.111,23. Theusrolinert gammichasli for theremoval
in( one of the voinponents of a binary or ternAry mist. to be
subjected to polarographic analysis is suggested.
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-Will- $$wee slipow

DOMMSXAYA, A. A.
*Abf orptlon Spectrum of Furft*al kcia am Allmil
Bolftiriona,ft A. A. Dobrinska". ~L Neyni~ti, L. 1;
Pollbanowa; R. T. Proteenko, Inst of chem, Gorrkly State
.U.., 3 3/4
OVok- Ak N64 ESSR" Vol L=., No -.5
Study Pf the absorption spectrum of furfuii4e, one of-
the "t interwiting representatives of aldebydes
UCSUBO' Of Ito bimd'system, 'cbnfli~wd pre)*Im6ly
04'ranced theory., of the equillbrlim of'alplAl'and bets
forms In solutibm of uneatuirated alaebyass and. ketones.
Submitted by Ac;ad j. Serl9noT 12 Oct 48.
A w,- 55/49n7

UM/Metals - Wolfram, Alloys Doc 49!
Steeloscope
"Sorting of "Pobedites" With the Aid of a
Steel-
oncope," A. A. Dobrinskaya, Ye. P.
Telyaninova,
Gorlkly State U, 2 pp
"Zomod, Lab" Vol XV, No 12.
Describes briefly method for determining
grade
of "pobedites" -- Wolfram base alloys --
in re-
Igard to contents of titaniui,'cobalt,
nickel
and molybdenum using autocollination
steeloscope
vith AC arc (5A, 3-ItIV). Copper rod used
as
4W 157T710
USSR/Metals 'Wolfram Alloys Dec 49
(Contd)
permanent electrode. Check analyses
conducted
In laboratories of Chem Inst and of several
plants proved dependability of method.
157T70

spsWe of ts"Idw ud ketwes with con-
JMM.d= Rpown C:CC:O fa uW wd aik"s sole-
. A. A. DabriasMys, wA M. B. Nelman. ln*O.
Abtsd~ 14. M-4(J9&)).-Ab%crp-
tion mmorements In the wtravloict were mAule an ale.
m4w., of scr-4ein. furfural. and i"On conig. ACOII (w NA-
011. The appinis"ce ul wWal, alwAxiltion titax. in Ak.
soln. confirsu tho pmimWjp (c4. C.A. 43.:D%Via) de%tilml
apprarsom of a-forms In " and 0-form In alk. wAus.
S. Pakswvr

DOBRINSKAYA, A. A. PA 169T10
100ik/biisitA~ ~--4MIYBIB, Gases Aug W..
"Apparatus for Microanalysis of Gases," A. A. Do-
brinskaya, M. B. Neyman.. Ye. A. Andreyev., Inst
of Phys Chem., Acad Sci USSR
"Zavod TAb" Vol XVI) No 8o PP 934-938
Describes improved construction of apparatus for
micromaysis of gases. Demonstrates possibility.
of using this apparatus for kinetic investiga-
tions and analysis of gases dissolved in metals.
Error in determination of separate components of
gas mixture does not exceed 1%.
AM 169no

ASM/Pbemiotry - Combustion- Oct' 5l
'"Investigation of the Ignition of Gaseous
Mi%-
tures, XXI. Investigation of Kinetics of
LOV-
Temperature Oxidation of Butane, " A. A.
Dobriu-
skaya, M. B. Neyman
"Mur Piz Xhim" Vol XXV, No 10, pp 1169-1280
Ikeveloped methods for polarographic detn
of in-
tjormediate products formed during
induction
period of lov-temy combustion of
hydrocarbons.
Investigation of chemprocesses occurring
during
Induction period of low-temp combustion of
butane
revealed accumulation of peroxides and
higher
194M2
X=/Chemistry Combustion (Coutd) Oat'51
iOAebydes according to certain lavs.
Proposeo,
.,~-'Sechanism of chain oxidation of
hydrocarbons i.s
:,formation in turn of alkyl, then
peroxide, then
AjAehyde radicals.
low
:NNW ..... ------- ............

U SS R .
y-thennor-harnical investilatimn
of solutiLms V Prcs-
sure and composition of vapors of
binar-LILUgM.% oi acetal-
dchyd a and water. Dghuaska~~.
h'! "L
and 4
lk-j& V-ni N
4,34 -4 1 ; B.If I,j.l ~c, t Y
D,;- Che- Sci 1053, & L' A 44,
LY23la 1-h,
Vq'-'m taL~--iur" af pwe "wt cJ
aq In-frt-t ,f AM
_rv d' I'l to !:Ie ulf m-i I
for ~Dhm contS ITom it) to W~~ of
AcH h-tv comq-'~ '.1
l" "pain wete deld. by t dynmnic
muti-.~d. NIC
v~ -111 '~-' I c 111 AcH 1, g~'
t,'I 1), log S2 1 - .' ..I j
2 jR I' The v.i;xjr tlTC-11T%~
L11 01C JI 014- P It!
6 arv vvTl '-lo'e !') t1to- b. I,
ma:11:1A, and oh~Y tlic k!qtlaum'
a in
J r -- 1, 7" Tht, cxr)?l , thwi
*1 TI!~ h-I, I,f
j_ I---
I') It
30c_ 30'-, 644-1. '-'u d
\Au, i~'l th, ~-lt~jdillt ~-~
" .1"d 'j . f , ,

k P. H
Swal

USSR/Chemistry - Kinetics of
Combustion
Jul/Aug 53
"Investigation of the Conditions That
Produce Igni-
tion of Gas Mixtures. XXII. Effects of
Admixed
Ethyl Peroxide (I) and Acetaldehyde (TI) on
the r-1-
netics of CqJ if ",
. _,d-Flame Oxidation of Betane, --A. A.
Dob., inskaya,-*. B. jqeyman;:~Inst of Chep
Phys, Acad
Sci USSR
Iz Ak Nauk SSSR OKhN, No 4, pp 623-628
Demonstrated that admixture of I to a
butane-oxygen
2nixt shortens the period of induction of a
cold
flame. 'With I added, org peroxides and
aldeb7des
27017
are formed during the induction period.
Shoved that
added II shortens the induction period of a
cold
butane flame. With II added, organic
peroxides are
formed. These peroxides are reduced at
-0.25 V and
-0.6V. Admixture of peroxides and aldehydes
in a
quantity x: shortens the induction period
T~ accord-
to the lav. lg x n b - k
270T7

U~OR/Chemdsitrk Combustion Kinetics Dec 53
~"Investigation of the Conditions of Ignition of-Gag
)4ixtures. Comm 26. The Effect of Methylamine (I)
on the Cold-Flame Oxidation of Butane. (II) and
13utene-12 A. Dobrinakayn'.;M. B. Neymuf
-K Y'*'ttnst Chem Physics, Acad Sci USSIR
..-. Rudnevskiy'
I
Zh,Ur Fiz Khim, Vol 271 No 12, PP 1784-91
;avestigated the effect of I on the cold-flame
oxidation of 11 and III. Derived the mathematical
relationshipaccording to which the period of in-
.4uction of the cold-flame oxidation of II and III
275T11
,is '_ Increased by addition of I. Found that admixt
the rate of accumulation of -peroxides
41~ g~jndipiiou and brings about formation of
cousl0rable quintities Of CH20-

O,p 1;2 Y09
USSR /themical Technology. Chemical Products 1-12
and Their Application
Silicates. Glass. Ceramics. Binders.
Abe Jour: Referat Zhur - Khimlya,, No 9, 1957, 31627
Author : Dobrinska A.A.
Title : Use of Radioactive Isotopes in the Building
Industry
Orig Pub: Uspekhi fiz. nauk, 1956, 60, No 2, 327-361
Abstract: A review of the use of radioactive isotopes
(RI) in the building industry, in the USSR and
abroad; experimental procedures are described.
In particular the possibility Is pointed out
of utilizing R1 in the study of various building
materials (BM), namely; to investigate (I)
Card 1/6

USSR /tbemical Technology. Chemical Products 1-12
and Their Application
Silicates. Glass. Ceramics. Binders.
Abs Jour: Referat Zhur - Khimiya, No 9, 1957, 31627
diffusion of different substances into cement;
determine stability at points of contact of
specific BM with other BM, for example by I
of processes at the partition surface between
cement and reinforcement; I the reactions at
partition surface between refractories and
slag or melt; determine the dependence of por-
osity of cement stone on the number of cycles
of tests for frost-resistance; determine the
reaction velocity of CaO.SiO, formation at
1200-1300*; 1 the kinetics of hydration of ce-
ment clinker; determine depth of Impregnation
Card 2/6

USSR /thenical Technology. Chemical Products 1-12
and Their Application
Silicates. Glass. Ceramics. Binders.
Abs Jour: Referat Zhur - Kh1miya, No 9, 1957, 31627
of wood with antiseptics (possible by the use of
radiography method); determine moisture content
extent of density and water-permeability of con-
erete and of Its resistance to corrosive action;
determine moisture content of concrete mix during
the process of its preparation; determine rate
of water filtration through concrete; conduct
chemical analyses of different substances, in
particular to determine the boron content of
glass and cement; determine solubility of diffi-
culty soluble substances, etc. In studying the
operation of building mechanisms it is possible
to determine the extent of wear of parts subjected
Card 3/6

'USSR /themical Technology. Chemical Products 1-12
and Their Application
Silicates. Glass. Ceramics. Binders.
Abs Jour: Referat Zhur - Khimiya, No 9, 1957, 31627
to friction, determine optimal conditions of
operation of engines and mechanisms, and also
select lubricating oils and fuels. on investi-
gating performance of metallic structures it is
possible to study the process of metal corro-
sion, determine thickness of protective coatings
and Inspect the quality of welded seams. In
erection of various constructions it is possible
to determine the humidity and density of the
ground, and in building hydraulic works, deter-
mine velocity of water flow, study turbulent
flow of water, determine direction and rate of
Card 4/6

USSR /themical Technology. Chemical Products 1-12
and Their Application
Silicates. Glass. Ceramics. Binders.
Abs'Jour: Referat Zhur - Xhimiya, No 9, 1957, 31627
filtration of water through the ground, deter-
mine the soil content of water-soil slurry flow-
ing through pipes; determine silt concentration
at the bottom of rivers and lakesj I the effect
of the configuration of the shore and of inflow
and outflow of water on distribution of the
velocity of water motion at different depth
levels and in different directionsi I distribu-
tion of water currents In settling reservoirs;
determine front contour of flowing liquid (with-
out taking of samples). Also is pointed out the
effectiveness of the use of RI in determination
Card 5/6

USSR /themical Technology. Chemical Products 1-12
and Their Application
i
Silicates. Glass. Ceramics. Binders.
Abe Jour: Referat Zhur - Khimiya, No 9, 1957Y 31627
of air exchange factor of ventilation systems
and the detection of leaks in gas pipes and
heating systems.
Card 616

DOBRINSKAYA., L.A.
Stildy-of' coregonid, fishes of the Obt River during
the period of
anodromous migration. Trudy Sal. stats. WAN SSSR
no.1-32-57
159. - NIRA 14:9)
(Obl River-Whitefiohes)
(Fishes--Migration)

DOBRINSYAU 4..A. --,- - - - ,
Some observations on the whitefish Coregonus
sardinella Val. in
the southern part of the Ob'Bayin the winter of
1956-1957
Trudy Sal. state. UFAN SSSR no.1:74-80 159. (MIRA
;4:9)
(Obt Bay-Whitefinbes)

DOBRINSKAYA, L.A.
Age clan7es in the relatIve weight of internal fish
organs. Zool.
zhur. 44 no.1.72-80 165. (14IIIIA 18:4)
1. Institut biologii UrallsRoga filiala AN SSSR,
Sverdlovsk.

DOBRINSKAYA, L.A.
Individual variability of internal charact6re of sow
fish
species of the Obt basin, Trudy Inst. biol! UFAN
SSSR no.38:103-
187 165. (MIRA 18t12)

DOBRINSKAYA, Mariya. Aronovna; PAVLOVICH, Natallya.
Andronikovna; PANYUKOV,
-- A061 recI---GMMffMI Z.V.j tekbn, red,
0
(Manual of biochemistry for medical schools] Uchebnik
biologicbe-
skoi kbinii dlia. meditsinskikb uchilishch.
lzd,2*,,dope i perer.
Leningrad, Medgiz, 1961. 230 p. (MIRA 14:12)
(BIOCHEKISTRY)

.OCIr ---' -- - --
, t,I,AJ5,~7
IIMITB, N.G.; DCBRINSXAYA, M.A.; ABBAMMOVA-43PAWYA,
O.N.
-, -
Some metabolic changes in tissues of rats caused bv
malnutrition.
Vop.med.khim. 4:112-128 152. (MMA 11:4)
(MAIDMITION) (MIRABOLISM)

DOBRIMUYA, H.A.; PAVWVICH. N.A.
-
(textbook of biological chemistry; for
medicalljohools] Uchebaik
biologi6heekoi khimii; dlia meditsinskikh uchi shcW.
LIeningrad]
Hedgiz,-1957- 175 P- (HIRA 11:5)
(BIOCHMISTRY)

-1) 'n es K ; F'! -~^, 6 1
(v)., ~jI,
_PO~BRINSKAYA, M. A., ZAKHAROVA, A. V.. ROMANCHUK, L.
A., RUBINA, KH. M.,
an F"F-R, YU. M. (Usm)
"The Changes im Tissue Metabolism during FfypoxiA and
Therapeutic
Effects."
Report presented at the 5th International
Biochemistry Congres5,
Moscow, 10-16 Aug 1961

DOBRINSKAYA, H.A.1 RUBINA, Kh.Me
Study of lactate dehydrogenase activity in the tissues and
blood
of rats under normal ooniditions and in hypoxia. Vop. mod.
Khim.
9 no. ~s279-282 My-Je 163. , (FARA 17:9)
1. Kafedra biokhimii I Leningradskogo mleni Favlova.
I ,

DITRIKH, K.F.; red.
-.R9B-Rm=A-A--R~-V-
[Tuned amplifiersj lecturso) Rezonanorye
usilitelij lek-
tsii. Leningrad, Leningr. in-t aviatsionnogo
priboro-
stroeniia, 1963. 75 p. (MIR& 170)

BUTENINt W.V.; DOER I
(Motion of a material point in the earth's central
force
fieldi dysudes of a 40y of variable mass; leatti;sl
Dvizhenie materiallnoi tochki v teentrallnom silovom
po-
le Zemli; dinami a t9ls, peremennoi massy; lektalio
le-
ningrads Leningr. in-t aviatsionnogo
priborostroaniia..
1964- 45 P. (MIRA 1?tll)

USSR/Chemistry Combustion Kinetics
Nov 53
."Investigation of Conditions of Ignition
of Gas
Mixtures. XXV. InvestiSation of the
Cold~-Flame
Oxidation of Butene A. Dobrinskiy" Mi. B.
Neyman;~iW. K. Rudnevskiy~ q-,
Y Inst Chem Phys, Acad
Sci'USSR
Zhur Fiz Khim,'Vol 27, No 11, pp 1622-163o
Investigated the kinetics of cold-flame
oxidation
of 1. Detd the extent of the cold flame in
this-
oxidation. Derived the math relationship
acc to*
which the period of induction of the cold
flame of,
I is reduced with increased. temp and
pressure,,: an.d
274718
showed that during the period of induction,
accumu-
and
lation of peroxides, satd higher aldehydes*
croton aldehyde (II) takes place acc toen
exPonen-
tial law. Proved that in the slow oxidation
of 1,
02 is added not only at the double bond
(with
,formation of CH CEO), but also at the
terminal car
bon (vith for~Mon of TI).

ACC NR' AR7000608 (41V) SOURCE CODE: UR/0417/66/000/010/00,97/0098
AUTHOR:~ DobrinskiY.'-&--.A-.-
TITLE: Comparative toxicological characteristics of low
concentration of
cyclohexanone and cyclohexanol as atmospheric pollutants
SOURCE: Ref. zh. Farmakol, khimioterapevt sredst. toksikol, Abs.
10. 54. 689
REF SOURCE: Nauchn. tr. Omskly med. in-t, no. 61, 1965, 147-157
TOPIC TAGS: toxicology, air pollution, cholinesterase
electroencephalography,
human sense, rat
ABSTRACT: The olfactory threshold, electroencephalographic
changes con-
current with the functional stress, and the establishment of
electrocortical
conditioned reflex were studied in humans exposed to inhalation
of cyclohexanone
(1) and cyclohexanol (II). Male rats were exposed for 87 days to
11 (0. 46 and
0. 042 mg per m3) and to T (0. 61 and 0. 059 mg per m3). The II
has shown a more
pronounced reflex effect than I. In rate the chronaxic ratio of
antagonistic muscles
has decreased. The cholinesterase activity of the whole blood has
increased, the
blood serum of SH groups has decreased and the liver sugar has
increased. These
1/2 UDC: 615.93/94

changes were more pronounced and set in earlier following the
exposure to Il.
In concentrations beloW reflex producing threshold for man, I and
II were also
nontoxic for rats. The author is of the opinion that the maximum
permissible
single or daily atmospheric doses could be established at 0. 06 mg
per m3 and
04 mg per m3 for I. and 11, respectively. Orig. art. has a
bibliography of
.:27 reference items., Ve Podosinove.kiy, ~[Translation of
abstract] [AM]
SUB CODE: 06
Card 2/2

DOBRIMKI-Y, A.Ya. (Krasnyy Limmi)
~
Two cases of uterus rupture* Kaz. mod. zhur.
noo3z92-93
My-Je 163. (UTERUS.-RUPTUIE.) (MIU 16:9)

MUMMY) L. B-.. _
Mater.ials on the interior constitution of birds
inhabiting sub-
.A;3~ctio regions. Trudy Sal. stats. IIFIM SSSR
no.1:291-356 159.
. (MM 14:9)
(Yamal-Nonets National Area--Birds--Anatomy)

DOBRINSKIYp L.N.
Data on the northern boundary of the range of some
bird species
in the Yamil-Nenets National Area, Trudy Sal,
state. UFAN SSSR
no,1:367-384 159. (MMA 14, 9)
(Yamal-Nenets National Area-Birds)

SMARTS, S.S., prof, (Sverdlovsk)l
DOERINSKUY,,.I~~N~, kand. biolog.
nauk (Sverdlovsk)
Residents of Bennet Islard; "Arctic as seen through
the eyes
of a zoologist." Reviewed tV S.S. Shvarts, L.H.
Dobrinakii.
Priroda 54 no.3tl25 Mr 165. (MIRA 18W

DCBRINSKIY, L.N.
ornithofauna-of the Sobl Valley. Trudy inst. biol. UFAN
SSSR
no.38:153-165 165-
Notes on the birds of the Khadyta Valley (southern
Yamal Peninsula).
Ibid..,167-177 (MIRA 18:12)

SHVARTS, S.S.; DCBRINSKIY, L.N.j TOPORKOVA, L.Yao
Dynamic nature of morphophysiological
characteristics of animals.
BiuLMOIP.Otd,biol. 70 no.50-15 S-0 1659 (MIRA 18:12)

MARTS, S.S.., prof.; DOBRINSKIY, L.N.j,
kand.biolog.nauk
Animal world of Khadytayakhae Priroda 55
no.lz73--75 Ja 166.
(MIRA 19:1)
1. Institut biologii Ural'skigo filiala AN SSSR,
Sverdlovako
~ ~~ '$At;~ "A4 : ;- ~ -,~ ~ -
- -ft a, Ai,,

DCBRINSKir, N. S.
DOBRINSKIX. N. S. - Orhe Basis of Calculating and
Designing Press Pump Lines
without Acewmaators.0 Min Heavy Machine Building USM.
Central SA Res
Inst of Technology and Machine Building (TsNnTMmh),
Moscow, 1955,
(Dissertation for the Degree of Candidate in Technical
Sciences).
Sol Knizbn= LetSWjs' No 3, 1956

V
I
122-5-16/4
AUTHDRS:Ziming A',I'. (Professor.) and Dobrinskiy, N.S.
(Cand.Tecb!.Sc.)
TITLE: The Problems of Designing a Pump Transmission without
Accumulator for Hydraulic Presses (Voprosy rascheta
bezakkumulyatornogo nasosnogo privoda giclxavlioheskikh
pressov)
PERIODICAL: Vestnik Mashinostroyeniyal 19579 Nr 59 PP'.37-42
(USSR)
ABSTRACT: A plot of the force against the displacement of the
ram
is shown in its typical form and used to discuss several
hydraulic factors in a transmission without accumulator,. A
large proportion of the power is absorbed by tbrottling,
Without accumulator the installed pump power is not fully
utilised. Two superimposed pumps give a better utilisation.
various means of iinprovement are eni erated designed to
approximate the ideal pump, cbaracteristios. Five types of
force/stroke diagram are distinguished represented by the
processes of reducing and piercing, upsetting and drawing-
autp hot die stamping and briquetting, rubber die pressing
and, blanking'. They differ by the rate of force variation
and the pump utilisation factor. These distinctions are
illustrated by the results of tests carried out by TsNIITMASh
and summarised in a table. Typical losses of a 25 ton press
-are stated. Eccentric plunger type of pumps are discussed

122-5-16/3r
The Problems of Designing a Pump Transmission without
Accumulator
for Hydraulic Presses.
and compared with -rotating plunger pumps. Further develop-
ments are envisaged with emphasis on the separation of the
transmission into small specialised units'. The considerat-
ions in the selection of,pumps are stated and a namerical
example worked out.
There are 7 figures and 2 tables.
AVAILABLE: Library of Congress.
Car4 ?/2

SOV/122-58-5-3/26
AUTHORS: Zimin, A.I., Professor and Dobrinskiy, Candidate
of Technical Sciences
TITLE: Elastic Deformation in Hydraulic-press Systems (U~rugaya
deformatsiya v sistemakh gidravlicheskikh pressov)
PERIODICAL: Vestnik Mashinostroyeniya 1958, Nr 5,
pp 19 - 23 (USSR')
ABSTRACT: The energy stored in the hydraulic system of a heavy
press is computed by analyzing . separately the contributions
of the change of volume due to the elastic deformation of its
several elements, and the compressibility of the fluid. In a
worked-out numerical example, the compressibility accounts
for 2/3 of the total. In some practical instances, the stored
energy is of the same order as the useful work. A criterion
of adequate stiffness is the ratio of the useful work (expended
on the plastic deformation of the workpiece) to the energy
stored in the hydraulic and mechanical systems. Different
press operations such as hot pressing, briquetting, straight-
ening, rubber press work and blanking are considered with
special emphasis on presses with a short working stroke.
Production processes have different specific pressures exerted
Cardl/2

Elastic Deformation in Hydr~aulic-press Systems SOV/122-58-5-3/26
2
on the worked material rangin6 from 2 - 40 kg/mm The
hydraulic pressure should b6 as'near as possible to the
working pressure. The use of accumulators is the more
important the lower the stiffness of the press system.
There are 6 figures.
Card 2/2 . 1. Hydraulic presses-Analysis

SOV/122-59-6-21/27
AUTHORS: Dobrinskiy, N.S, and Prozorov, L.V.
TITLE: Modern Trends in the Development of Forging Presses
PERIODICAL: Vestnik mashinostroyeniya, 1959, Nr 6, pp 73-8o (USSR)
ABSTRACT: Typical machine loading of forging presses includes 75%
of drawing out and finishing operations. Easy control
and automatic reciprocation of repeated strokes in
finishing is essential. Even servo-control manual operation
continuously repeated at the rate of 6o-loo operations p6r
minute is fatiguing to the operator. Attention has been
given to an automatic quick withdrawal af-~er reaching the
required size. The reduced contact time between the cold
ram and the hot metal is of special value iii forging
alloy steals. The speeding up of auxiliary operations
(t ool replacement and workpiece manipulation) is now being
attempted. The layout of presses with the ram cylinders
and tanks above the press makes high shop ceilings essential
and precludes the use of overhead cranes. Novel layouts
eliminate these limitations. Concerning the press power
system, the current trend outside Russia favours pump and
Cardl/3

SOV/122-59-6-21/27
Modern Trends in the Development of Forging Presses
accumulator systems or direct-pump systems, the latter
in presses up to 2 000 tons. The view that direct-pump
transmissions require excessive Installed power is
disputed. The power required in a 2 000-ton press for
the operations of upsetting, drawing out and finIshing
is considered In conjunction with a three-cylinder design.
The speed during the working stroke in upsetting would be
50 mm/sec and in drawing out 100 mm/sec. It is found that
installed electric motor power can be half the hydraulic
power owing to the short pump operation. The required
power is found to be 740 HP, against 1 170 HP required In
a pump-accumulator system, in accordance with existing
standards. Variations in the cross-beam speed are achieved
by Installing groups of-many pumps (up to 20). The normal
2
pressure used is 320 kg/cm ,obtained in eccentric piston
pumps operatingat 1 400 rpm. The pumps are housed
alongside the press for maximum protection from dust.
Presses with underfloor cylinders of foreign origin are
mentioned (Lake Erle). Pump-accumulator systems are used
Card2/3 above 3 000-ton capacity with 3-cylinder designs.

SOV/122-59-6-21/27
Modern Trends in the Development of Forging Presses
Powerful presses used for die-stamping as well as forging
are made with two stages of fluid pressure, e.g. 200 and
320 kg/cm2. Hydraulic multipliers are also used in large
presses (German "Sack" Press of 11 000 tons capacity has
12 amplification stages). Control systems based on
distributor cam-shafts are discussed. The manipulation of
the tool and the forging can be performed by wheeled
manipulators of up to 5-tou capacity. The layout of
several heavy presses of Non-Russian origin is discussed
with illustrationso A detailed description of a "Lake
Brie" 2 000-ton press is given. There are 8 figures and
7 references, 3 of which are Soviet, 3 English and 1 German.
Card 3/3

SOV/122-59-3-15/42
AUTHOR: Dobrinskiy, N.S., Candidate of Technical Sciences
TITLE: Crosshead Speed of Hydraulic Presses with
Pump-Accumulator
Feed Systems (0 skorosti rabochego khoda gidravlicheskikh
pressov s nasosno-akkumulyatornym privodom)
PERIODICAL: Vestnik Mashinostroyeniya~ 1959~,FNr 3,, pp
48-52 (USSR)
A
ABSTRACT: The schematic diagram of a pump accumulator system
in
Fig 1 is typical and indicates the notation used. The
author deduces (2) for the working pressure I p in the
main cylinder and Eq (11) for the crosshead spe9d under
the assumption of a linear change in resistance to motion
of the crosshead by the blank being forged. Neglecting
inertia terms, the crosshead speed U is given by
Eq (12). With a constant resistance To crosshead motion,
the crosshead speed U is given by Eq (15). Taking Umax
when R0/FP = 0, we obtain UO.5 = 0.7 Umax when
Ro/Fp = 005&pol and UO-75 = 0.5 Umax when Ro/Fp = 0.75APo.
Here Fp is the cross-sectional area of the main cylinder
and Ro is the initial resistance of the blank. When
using Eq (15) it is necessary to take Into account the
Card 1/3 drop in pressure in the accumulator at the end of
the
working stroke. The power N is given by Eq (18) and is

SOV/122-59-3-15/)+2
Crosshead Speed of Hydraulic Presses with Pump-Accumulator
Feed
Systems a maximum when the resis.tance of the blank is about
2/3 of
the nominal force of the press. A worked example is given
for a press dimensioned as Fig 2; equivalent resistance
lengths in the main and return cylinder lines are given in
Table 1. The resistance and inertial terms are calculated
from the corresponding formulae and the speed and time of
operation are determined. Further calculations are given
for an assumed condition when hot forging where the force/
stroke diagram is that shown in Fig 3. The same diagram
is used in a discussion on hydraulic shock. A graphical
method of finding the increase in pressure due to sudden
change in resistance to crosshead motion is shown in Fig 5.
An example is worked out (Fig 6). The results are given
in Table 2 for different lengths of pipe having different
natural periods in relation to speed of shock-wave
propagation. With careful design fluid velocities can
Card 2/3 be arranged to give a shock pressure rise of not
more
than 20% and this pressure can be utilized to increase the

I
I SOV/122-59-3-15/1+2
Crosshead Speed of Hydraulic Presses with Pump-Accumulator
Feed
Systems
operating force of the press when used for stamping or
coining operations.
There are 6 figures, 2 tables and 1+ Soviet references.
Card 3/3

PHASE I BOOK UPLOITATION 3OV/3955
'NOSOOV. VY68heys tokhnlchomkoye
uchillshobs
Aso~inyhl tokhnologiy. obrbotki
metallov daylonlyon; abornlk statey
ad Jnor7 and Processes for the
FresevorkIng of Metals; Collec-
tion Of Articles) Moscow K&$hgIz,
15060. 246 p. (3arLost Itat
Trudy, Typ. 98) Zrrat& slip inverted.
3,500 copies printed.
Ed. 2 A.I. LX", D-.t.r or Todhadal 3.1
...... professor- Ed of
Publishing Houses O.T. (ItCrnyak;
Toch. 9d.t T.F.Wkololr;;
manacing for Literature on Heavy
Machine KanufactuxlxtS (VAsh&Iz)t
AITL-001:161i., ZP&Lno*r.
PVAPOSts This Collection of articles
In Intended for workers In
*01ont1flo research institutions and
in dl*-forglng shops, and
for engineering students.
COVZR=1 2ho book contains papers from
the Department of Machines
and Yrodessed for the ftexo~kicg of
Hotels or the PMT73 (Moscow
V16ho! Technical School 1meal X.R.
Bauman). The Papers deal with
theoretical and practical &spools of
metal prestvdtIng add vith
the theory and practice of forging
mLchUw and press design.
Those Papers deal with machine
hydraulics (selection of drives
Of presses, pressure in cylinders). A
design of a hydraulic power-
:Grew type spress-hammerm, which can
work &o a percussion pro3a
r forging press, is presented.
problass of the theory of plastic
defamation In forging, upsetting and
forming are also analyzed.
17 "forInce cards (Not. 33 to 491 are
appended to oxplai. problems
p&rtLInIAg to the a at* of stress of
plastically defor=od metal.
These cards a" the continuation of
cards protected in collection
so. 79 or ths, xm. 1957.' Igo
personalities are mentioned. Rerar-
once$ Accompany most or the articles,
TAB= OF COXTMTSs
gzprImqntLl of a -10--n
add A.,Znglne&7. lVdFau dally'
a! r;aw prvas-Examor 19
)bohabol', Tu.A., D"DIOPmmt~ Of
POv*r`3dr0w` Forging pro &"a' 28
Ove=n0greorymma., CarAldato of
Technical SQI*nOa0r-ftCGnt- Stody
of or the FlywrA4A DrIv~.Qr 9 Crw*
press 49
% 41-cnov- ye.l. Candidate of
Technical Sciences Docent- pivehanlAm
f No, di the millet 1nto the Container
of a Lft;Wbori-tal.,
or a M ;orshlp .U3284 58
Nydr=U:- ZNmaionl rzoo. IC-rtificatt
or znv*nl
dated 4- 1
63
T.-m., Engineer. Wave TranABLIABIDO Of
Xn*r"
on Certain Methods a Obtaining
pulsating DOfOndJ;g To
Forces
g, Znginser. Selection of Fluid
Pros~ur* In Vasignin
g=ve '86
Candidate of ToGhn1c&I 302-suces-
Epower) Fump-DrITO
utilization or the ErrTaTivw-CIPacity
Of Direct 107
.protest
zIm",4.X.. Doctor of Toahnlc&l
3416nogs, professor. Mechanics Of
plastically Dqformod Bodies 12T
r9pov, yt.A., Doctor of Technical'
Sciences# professor. I*tOrmln&-
tion of Bole aLson In Burring (Hollow]
Cylindrical JUanko 236
On the PrOb-
Doctor of Technical Sciences,
professor.
wupo of the Focus of Defamation During
Forging In Die
its or the .141
With CLittor.
Forging
CarAjdat* Of Technical Sciences' Docent
Of Inner Rados for Tapered Itollor
Bearings On Upsettors in a 14T
sliding Die With UpfattIng During
piercing
&kwvjch I.I., Zngi-or. Analysis of
process** of AZ1&lIT Sydmd M--
r.i-TjLc,. of Hollow D34i. 5
matrarev. A.D.. Candidate Of Technical
Sciences- EM"Iments" 1n
or TOONT Isces. RlstorY
9 Thoor7 of
Reference Cir

ROVINSKIT, Georgiy
Nikolayevich;-Iln'RBLMTTI-Xs".-inzh. . reteenzent;
MOTNIKOV, S.L., inzh., red.; CHMWAK. 0.Y.,
red.izd-va!
WKOLOVA, T.F., takhn.red.; MOMMI, B.I., takhn.red.
[Presses in sheat-metal working plants] Pressovoe
oboradovanie
listoshtampovochnykh teekhov. Pod red.
S.L.Zlotnikovs. Moskva,
Gos.nauchno-tekhn.izd-vo mehinostroit.lit-ry, 1960.
288 p.
(MIRA 13:12)
(Shoet-metal work--lquipment and supplies)
(Power presses)

S/182/60/000/001/005/008
A161/AO29
AUTHORS: Dobrinskiy, N.S.; Kuz'mintsev, V.N.
TITLE-. Selection of the Basic Parameters of Hydraulic Forging
Presses
PERIODICAL. Kuznechno-shtampovochnoye proizvodstvo, 1960, No.
1, pp. 20 - 23
T M : The basic parameters of a hydraulic forging press are
the nominal
pressure effort P, the maximum travel H of the crossbeam and
the maximum space
between the table and the crossbeam. In the present USSR
practice P, H and S are
chos6n in accordance with the maximum possible dimensions of
ingots to be forged
(Ref, 1), and the state standard rOCT 7284-54 (GOST 7284-54)
requires dimensions
and parameters of universal hydraulic four-column forging
presses in accordance
with this rule. The authors point out that the GOST 7284-54
has become obsolete
And must be revised to decrease H and S and increase P, and
presses chosen for
the maximum ingot size left for a special case only - when
there is only one uni
versal press In a shop, or for reducing the ingot height.
Facts are listed that
led to this conclusion: the general trend to make the shape of
ingots as near
As possible to the shape of ready forgings, and even
replacement of forgings by
castings; new foundry methods giving metal with higher
mechanical properties
Card 1/3

s/182/6o/ooo/oo1/oo5/oo8
A161/AO29
Selection of the Basic Parameters of Hydraulic Forging Presses
that requires less deformation in forging (smelting and
teeming in vacuum, elec-
tric heating of lost head on ingots); the "group method" in
production of large
forgings that is coming into use (all forgings subdivided Into
classes, and
classes into groups by the shape, production technology and
suitable equipment
and tools); specialization and cooperation of forging
production. Production
centers already exist for rolling stock axles, turbine wheels,
die blocks, slabs,
crankshafts, rolling mill rolls. At the UZTM crankshafts are
produced on hydrau-
lic presses by a combination method, i.e., forging in initial
operations is com-
bined with subsequent stamping of sections (Ref. 3). One other
combination ex-
ample., TsNIrMSh used a 1,300-ton press for stamping a turbine
wheel blank by
the "section method", whilst a 5,000-ton press is needed for
stamping the same
wheel in a single press run. The NKMZ uses "underlaid"
(podkladnyye) dies (Fig.
2) for forging round or more complex parts; stamping of a disk
is shown in (Fig.
3), with a look in the upper and bottom die parts. Higher die
making costs are
compensated by economy of high-alloy steel even in production
of a small lot of
12 - 15 parts. In "combination" technology large parts can be
obtained by forg-
ing separate portions and joining them with each other, or
with castings and
Card 2,/3

S/182/60/000/001/005/008
A16l/AD29
Selection of the Basic Parameters of Hydraulic Forging Presses
stampings, by electroslag welding. The MM produced in this way
a turbine shaft
for the Kuybyshevskaya GES (Kuybyshev Hydro-Power Plant) (Fig.
4). The hollow
cylindrical mid-portion and the flanges were cast separately.
Metal consumption
was out by 41%, upsetting operation eliminated, and press power
required for forg-
ing reduced to 3,000 - 3,500 tons from 9,700 tons that would be
needed otherwise.
Another example were welded gas turbine rotors of austenitic
heat-resistant steel
(Ref. 4). The old technology would have required a 40-ton Ingot
and a 25,000-ton
press, but welded rotor design (Fig. 5) took a 10-ton ingot and
a 10,000-ton
press. There are 5 figures and 4 Soviet references.
Card 3/3

S, 2/66/000/009/008/015,
A161/AO26 ,
ID. A000.
AUMOR: Dobrinskiy, N.S. Candidate-of Technical Sciences
TITLE: On the Fluid Flow Dynamics in thePressure Lines of Hydraulic
Presses
PERIODICAL: Vestnik eniy
mashihostroy a, 1960, No. 91 pp. 51 54
TEM
It is often necessary to determine the maximum speed of work stroke, -
without detrimental blow effects when selecting the major pressing
parameters,-.~-*-
and the fluid flow in the pressure line may be used'as abasis. It is
difficult, ~1
i however, to define the law of flow under the effect of pipe and
water resilience
and at the same time the press system cannot be assumed to be rigid. ,
The'author
_4
suggests an approximate solution of the problem presenting the
resilience of the
press parts and the fluid in the f orm of a spring, and calculates the
flow dynam-
ics for hydraulic press systems most common in practice, i.e., with a
short pipe-
line between the accumulator a-rid the cylinders, or with hydraulic
blow de~mpers
in the case of long pipelines. The work stroke process is presented
graphically
SSUIV Xult:
(Fig. 1). A practical problem is solved: the flow of fluid in the.pre
of a 2,000-ton stamping press at instantaneous load increase and the
maximum
Card 1/2

88354
Y/ i 2-~'/60' --- - ----
/00Q 009/008/015,
A161/AO26
On the Fl~id Flow Dynamics In the Pressure Lines of Hydraulic Presses
pressure in the work cylinder when, Ippo 200 kg/cm2 (where pp. is the
pressure .4
in the work cylinder correspongng to the eqUilibrium position of the
fluid in.
the system). The maximum variation,amplitude is 21 kg/cm2.. The
solution is
practically acceptable provided that the period of resilient system
oscillations
considerably exceeds the stroke oscillations period in the pressure
line. There
are 4 figures and 2 Soviet references.
FigMe' 1: Schematic diagram showing work stroke
A
M proceab. A - accumulator; H filling t&r*,- rt-
press; work cylinder; Y - balancing cylin-
der; return cylinder; R - resistance force
of billet. 50
A
5-3
Card 2/2'

ALTYXIS9 A.V.j BER~ZHKOVSMt D.I.1 VOLKOVITSMt V.F.; GIRSHp
I.I.[doceasedlj
GOLIMANv L.D.; G W OVS M t S.Pj,DOBRINS M N 8.1 ZIKINq
Aj.; ZLOT
'; MARTrNOV# VS.; ROSE
NIKOV t S. L. ; KAGALOVSM p A. 1. MBA -g ~-l. ;.
NIN9 Ye*Nt; NAVROTSKIT9 G.A,j OKHRIMOp Ya.M.; ROVINSM,
G.N.;
STOSHAI Ye.A.; ROZHDISTVENSKU i lu.L.; TIKHOKMOVp N.V.;
UNKSOVp Ye.P. v
doktor teldm, mukp prof,; SHCHEGl0Vj'V.F.; SHGFWp L.A.;
SIROTIN. A.I.t
red. izd-va; MODEL19 B.I.p tekbn. red.
[Present state of theif6tking ifidus-t4lSowemennoe
sostoiani6 kuznecbno-
shtampovoobnogo proizvodst*it'-El~ Kollektiv sovetAlk-b i
cbekboslovat-
skLkh avtorov. MosWap Mas~az; Prague, SKTLj 1961,. /+34 p.
(KUU 34:8)
(Forging)

S/122/61/000/006/005/011
D244/D301
AUTHOR: Dobrinskiy, N.S., Candidate of Technical Sciences
TITLE: Modern tendencies in the development of domestic
hydraulic press construction
PFMODICAL.- Vestnik mashinostroyeniya, no. 6, 1961, 42-46
TEXT: The material in this survey is based on the
conference in Sverd-
lovbk September 20-24, 1960. EAbstractorGs note; no
additional data
given). More and more powerful stamps, extrusion and
forging presses
as well as other presses are being developed in the Soviet
Union.
Progress in this direction is due to research carried out
at UZTM,
TsNIITMASh and VNIIMETMASh. Further d6vqlopment of this
type of ma-
chinery depends on a number of factora~ the most important
of which
are (a) the relationship bbtween the advancement of
technology and
equipment, (b) complex mechanization and automation, (c)
drive and
control by means of hydraulic mechanisms, (d) provision
for assembly
of *quipment and (e) the problem of strength in press
construction.
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S/122/61/000/006/005/011
Modern tendencies in the.o. D244/D301
Multi-stage presses are being widely used for the
manufacture of shapes
made of wood chips, laminated plastics, and electrically
insulating
materials. These presses are characterized by the fact
that material is
held in them under pressure for anything between a few
minutes and
1-2 hours. Multi-stage presses are manufactured as
complete unitaq each
press having its own auxiliary equipment. The entire
production processes
are to become fully automatic, states the author.
Card 2/2

PHASE I BOOK EXMITATICN
SOV/5799
Unksov, Ye.P., Doctor of Technical Sciences, Professor, Ed.
Savremannoye costoyaniye kuzncchno-sht=pavochnogo
proizvodstva (Present State
of the Presaworking of Metals Copies
(Moscow] Rashgiz, 1961. 434 Y- 5000
printed.
Ed. of Publishing House: A.I. Sirotin; Tech. Ed.t B.I.
Model'; Managing Ed. for
Literature on the Hot Working of Metals: S.Ya. Golovin,
Engineer.
Titlei Kuznechno-shtampovochnoye proizvodatvo v BSSR (Tho
Proauvorking *~ Metals
in the USSR) by: A.V. Altykis, D.I.,Berezhkovskiy, V.P.
Volkovitskiy, I.I.
Girsh (deceased), L.D. Gollman, S.P. Granovskiy, 11.8.
Dobrinskly-, A.I.,Zimin,
S. L. Zlotaikov, A.I. Kagalovskiy, P.V. Lobachav, V.N.
Martynov, Ye.N. Mosh-
ain$ G.A. Navrotakiy, Ya.M. Okhrimonko, O.N. Rovinakiy,
Ye.A. Stosha, Yu.L.
Rozhdestvenakiy, N.Ve Tikhcmirov, Ye Pe Unksov, V,F,
Shcheglovp and L,A, Shof-
man; Edo: Ye.P. Unksov, Doctor of Te;~;Acal Sciences,
Profeseo3~ and B.V. Rozo-
nov.
Title: Kuznechno-shtempovochnoye proizvodstvo v ChSSR (The
Prelsvorking oflietals
in the Czechoalorrak SO by: S. Burda, F. Hrazdil, F.
Draatik, F. Zlstohli(vek
Card 1/8

?recent State of the (Cont..) B0715799
Z. Kejval, V. Kra-, F. Kupha, F Majer, K. Marvan t-J. NOVA, J.
Odohnzl,'
K. Paul, B. Sc=er, M. Honz, J. 84tka, V. �indeiG, an& j. dole;
Fda..
A. Nejepm and M. Vik.
PURP=! This boeA is Intended for engineers and scientific
personn.el coacerned
vith the pressVorking of metals.
CM'==: PublIabed Jointly by IIzwbglz and S11TL, the book
djecuosev the precent
state of the presavorking of metals in the USM and the
Czechoulovak Soualiat
Re2ublic. Chapters vara vritten by both Soviet and Czechoslovak
vriters. No
personalities are mentioned. There are 129 referoncest 98 Sov~et,
16.yngli6h,
8 German, 5 Czech, and 2 French.
TABTZ OF CWWTS:
P1MSW==G Ili THE USSR
Ch. 1. The Characteristics of Forging Shopa In USSR Plants (A.I.
Main cn&
Ye.F. Unksov) .1
(h. 1I. Methods of Calculating the Preaoure for Forging in the
Precavorking
Card 2/8

Preaent State of the (Cont.) BOV/5799

of klet&U (Ye.P.
UnkBOV)
13
Ch. II.I. Die Forging on Forging Prouses IV.?.
Volkovitakly)
22
Ch. IV. Die Forging on Eorizontal Upoettera
11.1. Girsh, deceased]
31
Ch. V. Die Forging on Drop Hc=crn
and [Power-Borm) Percussion Prasnes

(Ya. H. Vkhrimenko and
Y.F. Shebeslov3
W
Ch. VI,, The Making of Forgings cad Shapd&
Blanle in Forging Rolla [V.N.

kartynov] 1
58
Ch. VII.
Die-Sizing in Squ*eze-Fo=ln3 Pressais CV.P. Volkovituldyl
77
Ch. VIII. Rolling-Out, Aumult:~- (Yu.L. Rozhdeatvanakiyl
82
Ch. IX. The Maufacture of Ketal HLvdwue an Pressworkiug
Auto=tIcs

(O.A,. Navrotskiyj
93
Card 3/8