SCIENTIFIC ABSTRACT ORZEPOWSKI, S. - ORZHESHKOVSKIY, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238310020-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

P/03 61/000/012/00-12/003
Application of transistorized ... D265YD305
oscillograph. The methods of taking the measurements, thpir accu-
racy and precautions to be observed in order to eliminate the in-
fluence of non-linear characteristics of the amplifier and the in-
terference are described in thio paper. This method permits the
study of commutation, the instantaneous values of e.m.f of d.c.
machines and the temperature increase of armatures. Photographs
are included of the CRO's graphs. There are 11 figures.
Card 212

ORZEPOWSKI, Stanislaw, Inz.
Worker and institution; a discussion of professional ethicB. Frzegl
techn no.10:3 102.

OMPOWSKIY Stanislaw, inz.
The employee and the enterprise. FrzegI techn no.1C:3 11 !`-r :6:-,

ORZEP=KI, Stanislaw
Radiotelemetric measuremnt of the transient heat of the rotor
of electric machines. Przegl elektrotechn 39 no.l.,20-2'5 Ja

ORZF.SKI, S.
Hural smithy. P. 1-7
BUD011-JUCT.-k 6-L&J-i,-z- (ILinisterstwo Holnictwa i -.-L,-;,qterstwo P~instviuwyc.-.
Gospodarstw flolriyci.) :iarszama, Poland. Vol. 11, no. 10, uct. 19, )
konthly li3t Of EaSt -European Acceskuns (L~Al) LC, Vol. 9, no. 2) Feu. 1~60
Uncl.

S/058/62/000/009/059/069
A057/A101
AUTHOR: Orzeszek, J. S.
TITLE: Focusing system for travell ng wave tubes
PERIODICAL: Referativnyy zhurnal, Fizika, no. 9, 1962, 26 - 27, abstract 9-3-52ch
("Prace Przenusi. inst. telekomur-~', 1961, v. 11, no. 35, 17 - 24,
Polish; summaries in Husi3lan, English and French)
TEXT: The Przemy5l Institute for Telecommunications (Poland) carried out
a detailed Investigation of focusing systems, constructed from copper wire coils
and aluminum foils. A complete method is developed for calculating the system
W11,11 or (Sontt.ruotiva toloranoen and temperature limitations. It
Is shown that for the necessary conditiona Of NQU13illg ft W1110111r, Or "11111tAtIni
cross section and side coils must be used. Coils of aluminum foil have a siqie
design, relatively small dimensions (in view of a considerably greater filling
coefficient), and an easy heat removal. Interturn Insulation Is ensured by a
varniah film. The nimplIcity of denign permits application of magnetic screens
for adjusting Its charactaristion. Cooling of footivIng eyntome oart be rjerforytietd
Card 1/2

S/058/62/000/009/059/069
Focusing system for traveling wave tubes A057/A1OI
by means of radiator plates and air current. Tables are presented, showing the
advantages of aluminum foil application. There are 2 references.
N. S. I I
[Abstracter's note: Complete translation]
Card 2/2

PGL'JTD/G,,,tics - Fhcto,!;r7a-ihy
AlLs Jour Ref Zhur Fizilva, 11o b, 1959, 19267
;author Stro-czak, Wo,jcicc!.. Orzeszko, Witoid
lust
Title Xc:-.o - ~ra-,.,hy
Orig, Pul llutiiik (Polska), 195,j, 2r,, No 7-8, 307-310
,',',.,ctract Po-,,ular articlc.
K
Card 1/-,

Calor!YL,et.ric ziethc(~ lu~, c.i'ici(-,nc,,, u, r,-.,.-,yrchronoiir-
vat, ir.
'y' ':au. !nF' ~t-it le:
A~ r s I nd
n tl -I-, Li L L (,f S t ' Ur LC. 7~:.. :C. "ab
195~. Uncl.

OMSZKOWSKI, Zbiglnov
Measuremrits -f I-e thRrw-' Auc-~i-rty Df
electrir Lia~l.iLuo,-~- Prz(-EIL ekktrotoch, Y ;,0,10:4-4 4~17
0 162,

ORZESZKgvlSKI, Zbigniew, dr inz.
Temperature measurements of turbogenerator rotors. Przegl
elektrotechn 40 no.5:230-232 MT 164. t
1. Department of Electric Measurements, Technical University,
Wroclaw.

ll,-~-1-1304
Translation from: Referativn Zhurnal, Elektrotekhnika, 1957,
Nr 1, p-200 (USS7R
AUTHOR: Orzhakhovskiy, M.L.
TITLE: Bar Thermoregulator (Sterzhnevoy termoregul7ator)
PERIODICAL: Sbornik rat%rpredlozheni7, M-vo elektrotekhn, prom-Fti
SSSR, 1~55, 56, PP-7-8.
ABSTRACT: A simple dilatometric temperature regulator in t-herrm,stats
and furnaces for baking commutatorsiovlastic and cther
parts, is presented; i~ provides + limits of reg-ala,
tion. An aluminimn bar is permanently fixed at one end in
an asbes-tos-cement plate with lead monoxide,and a-,,
other free end it pushes against the short arm c,f t'-Ie
lever. A silver contact is placed on the long am-, cf Vie
Card I lever and a contact screw is fixed opposite it.
G.I.F.

Ba- ev, an -r-
TI TLE lp r 1,Li ticn of Liec tri c I nsui,t ti ng 1..a te r. a
sr)ect to *!eat Resistance 'Elassif, katsJ:,,a e'e:r,r-
mdt.,-ri a I --v po nap, rev os tc.,k~s-.'_
'a r ~ a r T 1 z a t S i . a r ~~r c
A B~`T R A7 :'~w ]ew.?Iopmi,nt nC now
lui,ed tl,,t~ rev,.sion o!' exerting c1riss,.f'.cat.0n. Pw
a
d
r lnsul!iting materials for electric me c:, a nc f~
Eind trrirsf=ers have 'leer ap-,rcved as ~A S C. l
s f ic al i on w ~ ti-, res,~.ec t to he at resi F, tance e
fthe new stanlai consirts in the clear If, to
emit ',emperntures in the contiruoug ul.~ 2 a I i ~) r
a t I on r eIe,-tr__- ~quipmpnt, -lie ro,~;
T 4es scier.,:fic, technical and r.Iustr,,_a' re-,,,~ ir
me r. 'Is e issue of the standard vii 'il ent;al I s, me
ca~ion~ and add't ns relating to the exist~rg
a 7:3 . a t : C n , f t n e n e w m a t e r I a I r,s F, F P f: f. r 7 r
a r d I t a I I e me t,~ -A s , t- ar - -)rd ar. c e -.~,I th

Classific~itlion 7- c E r s r-~ 2
Resistance
t
t r r 7,-. 5z
'.%e
1. Flectri- insulation-Temperature factors Eleotri(~
tion-Classification 3. Elertric insulation-Standards
".9rd ?12

BAYEV, V.A., inzh.; MASLOVO V.v.9 inzh.; ORZRMDVSKIY, M.L., inzh.
Performance of electrical equipnent designed for operation in
tropical climatea. Vast. slaktroprm. 33 no.7:30-35 Jl 162.
(MIRA 15:11)
(Electric apparatus and appliances)

KUZIIETSOVO B.I., inzh.; ARTANOV,, S.G.,, kand.tokhn.nauk;.QRZHAKIIOVSKIY,
M.L,, inzh.
Principal factors det6rmining the reliability of electrical
machines. Vest. elektropromo 33 no,9:57-62 S 162. (MIRA 15-10)
(Electric machinery)
4

ACCESSION NR: AT4017006 S/3057/63/000/000/0158/0164
AUTHOR: Tikhomirov, V. B.; Orzhakhovakiy, M. L.
TITLE: Basic principles of rapid testing of polymer ohieldings for
durability
SOURCE: ZaL3hcliitny*ye pokry*tiya v atomnoy tekhnike (Shielding in nuclear
engineering); abornik ntatey. Moscow, Gosatomizdat, 1963, 158-164
TOPIC TAGS: atomic reactor shielding, polymer shielding, shielding, atomic
reactor, nuclear shielding, shielding durability, oxidation, corrosion,
radioactivity
ABSTRACT: In a previous publication (Laboiatornaya metodika opredeleniya
dolgovechnosti polimerny*kh pokry*tiy v zhidkikh agressivny*lth sredakh.
Sm. Nast. sb., str. 166), the authors designed a test to determine the rated
life of shielding in aggressive media. In the present papper, the principles
behind such determinations are reviewed. Accurate estimation of the practical
value of polymer shieldinga cart be made on the basis of durability. Chemical
reactions such as,polymerization and depolymerization change the properties
of polymer shieldings. In addition, oxidation, corrosion, and chemical de-
Card 1/2

ACCESSION NR: AT4017006
composition lead to similar results, Physical processes acting in the same way
include liberation of the components, cracking, wear, and sorption and de-
sorption of radioactive substances. For the desi6 of tests, all the above-
mentioned factors must be included In the test cycles in order to determine
the rated life ofmthe shieldinga.
ASSOCIATION: None*
SUBMITTED: 00 DATE ACIQ: 20Feb64 ENCL: 00
SUB CODE: NP NO REF SOV: 001 OTHER: 000
Card 2/2

ACCESSION NR: AT4o)7007 S/3057/63/000/000/0165/0172
AUTHOR: Orzhakhovskiy, M. L.. Tikhomirov, V. B.
TITLE: Laboratory methods for determining the durability of polymer shieldings in
aggressive liquid media
SOURCE: Zashchitny*ye pokry*tiya v atomny tekhnike (Shielding In nuclear engineer-
ing); sbornik statey. Moscow, Gosatomizdat, 1963, 165-)72
TOPIC TAGS: atomic reactor, shielding, nuclear shielding, polymer shielding,
shielding durability, reactor shielding
ABSTRACT: A testing method is described for determining the durability of polymer
shieldings under the influence of acids, alkalies, and soaps. Shieldings working
under these conditions should protect the underlying metal or concrete against
corrosion. The testing conditions should be even more severe than the working
conditions. Thus, the testing is performed at higher temperatures and concentra-
tions than those under working conditions. Since the electrical resistance of the
film shows, to some extent, whether it will remain as a protective coating, the
testing device consists essentially of an ohmmeter (see Fig. I of the Enclosure).
The tests show that the logarithm of the life of the shielding is directly pro-
portional to the reciprocal of the absolute temperature. This IS also true for
.Card 1/3

ACESSION NR: ATW17007
epoxy shielding. The main phenomenon showing deterioration of the shielding is
the dissolution of the protected metal in the aggressive media. Orig. art. has:
2 figures and 10 equations.
ASSOCIATION: none
SUBMITTED: 00 DATE ACQ: 20Feb64 ENCL. 01
SUB CODE- NP, OC NO REF SOV: 002 OTHER: 000
Card 2/3-

ACCESSION NR: AT4017007 ENCLOSURE: 01
Testing device for determining the durability of polymer coatings in aggressive
liquid media. I - glass funnel; 2 - platinum wire; 3 - aggressive medium; 4 -
coating; 5 - steel plate; 6 - acid-proof putty; 7 - coupling wire; 8 - Mom-4
Card 3/3 device; 9 - coupling wire; 10 - terminal

L 18008-66 .]M(m)l !.tP(J)/T/E*P(0 JD
ACC MR; MOD4319 ~(011MN(C11JEY/C?0MDE U.R/0303/65/000/005/0052/0057
'AUTHORt OrMakbovskly H.. L. Zvyagintseva, N. V.
On: none
The relation of the thickness of n
p ~ox and polyester c2~ ~ns on etals a d
;concrete to their durabilitv in linuid corrosivemedia
fq, i7 1%
SOURCE: Lakokrasochnyye materialy I ikh primeneniye, no. 5, 1965, 52-57
'TOPIC TAGS: protective coating, epoxy plastic, polyester plastic, lacquer
f self-dried coatings based on
4BSTRACIT-. A study was made of the characte Lstics a
p
polyetbylenepolyamine-cured epox la CHS-epoxy-2000 resin and dibutyl phtha-
u'
late in the.ratio of 104) and cc P -214 lyester lacquer., The coatings were ap-
h
1plied.on steel surfaces (cleaned by bldsting with metal shot) and on plastered con-
crelts surfaces. The porosity of the coatings was determined from their electrical
resistance and changes in this resistance under the action of water. It is pointed
!out that the porosity of epoxy and polyester coatings is unsatisfactory in the re-
;sistance drops by 2 to 5 orders of magnitude in 24 br. The lower limit of the
UDC: 667.613.3
;Card 1/2 _z_

L 180M-66
I'ACC NR: ROOD4319,
Ithickness of epoxy and polyester coatings (also known as the critical thickness) was
ifound to be 100-110p on shot-blasted steel surfaces, 25-50p on untreated surfaces of
Athin-sheet steel, and 240-300p on the surface of plastered concrete. The durability
of quid corrosive madiais determined by its working thickness. For
a...coating in 1i
-Imetal Watinz,:this thickness is the difference between the total and critical
thickness,"'and for coatings on concrete, the total.thickness of the coating. For
polyester coatings, there is a directrelation between the service life
;and the working thickness. This makes it possible to adopt the specific service
life of a coating.(expressed in units of time (hr) per 100p of its working thick-
'rAss) as a masure of its durability. Orig.' art. has: 10 figure, I table.
II/ SUBM DATE: OD/ ORIG IREF: 005/, OM IREF: 002
1SUB CODE:
!C&rd.2/2

L 4560=,-66 7~JT 7--'T) t F:,r T IT)/WT3/R1'1
(M)/ lip(c)
ACC NRa AP6024053 SOURCE CODES W01 ~f/6&/000/005/0060/0065
AUTHORt Orthakhovskiy, M. L.
ORG: none
TITLE: Relationships governing the influence of the temperature and concentration of
a corrosive Anedium on the service life of polymeric materials
K -
SOURCEI Plasticheskiye massy, no. 5, 1966, 6o-65
TOPIC TAGS : durability, polymer stability, corrosion resistance, protective coating
formed the baois
ABSTRACTI A series of regularities reported earlier by the auth
for a method of testing the service life of polymeric coating3.1,Some additional re-
sult.- of thaso studies are given in the present paper. It is shown that independently
of the process by which the polymer is attacked, the log of the service life is in-
vorsoly proportional to the absolute temperature, this relationship being expressed by
a straight line. From the latter, the service lives of coatings can be determined at
any temperature of a corrosive medium of a given concentration. This makoo it possible
to accelerate the tests for service life by raising their temperature, then oxtrapolat-
ing the results to lower (working) temperatures. Experimental date confirmed these
relationships. The life of a polymeric coating as a function of the concentration of
a corrosive agent should not be expressed in units of time, but by the ratio of the
life in question to the life at some definite concentration of the oorroeive agent,
Card UDC1 -6V.019.34

AL~-- NR: AP6024053
for example, 30%. A procedure for rapidly teitin the life of polymers, based on the
foregoing considerations, Is described. Orig. art. hast 7 figures v4 14 formulas.
SUB CODEs 11/ SUBM DATEI none/ ORIG REFS 003/ M REFI 001
Card 2/2'1~

ORLOVA, NI.P.; YU.P.; BA!X,~OVA, Yej,.
RineraucF,y of t,,,e I,U. -,7,es of tr;,i ,-- -,,.~-S!: ,
Massif (nortn~-rln ~ar---iia) . VS;~3..i io~:3-20 'r-J.
(~'i -A 11

S/137/62/000/003/185/11~1
Ai54/Aloi
AUTHORS: Yatsyk, I. Ye.; Orzhekhovskaya, A. I.
TITLE: Determination of cerium in Iron-based alloys
PERIODICAL: Referativnyy zhurnal, Metallurglya, no. 3, 1962, 6, abstract '3 K 2-7
("Sb. nauchno-tekhn. tr. N.-i. in-t metallurgii Chelyab sovnarxhozall.
1961, vYP. 3, 205 - 210)
TEXT: A method was proposed for photocolorimetric determinatior; ~.17 Ce in
a Fe-based alloy in amounts of 0.01 - 1.0 %. 1 g of steel was dissolved in a
100-m1 retort in 20 ml of HCl, oxidized by HN03' evaporated twice with 10 n' W
HC1, another 10 ml of HC1 was added, and the contents were evaporated until mcl*..~,.
salts were obtained. The solution was transferred to a separating funnei, caid
concentrated HC1, saturated with ethyl ether (5 - 6 ml of acid per I g of Fe),
and 30 ml of ethyl ether were added. The ether layer was separated from tile
water layer. The funnel was rinsed with 5 ml of ether-saturated HCI. The Solu-
tion was allowed to settle, the acid layer combined, and the ether layer thl-jwn
away. The Fe-free solution was boiled to remove the ether, concentrated by eva-
poration, 10 Ml of H2SO4 was added, and the solution ooncentrated by evaporatior,
Card 1/2

S/137/62/OOG/On3/185,-
Determination of cerium in iror-based alloys A154/AlOl
until the appearance of SO3 vapors. The salts were dissolved in waler, tlv,
tion was transferred into an Erlenmeyer flask by water, and Cr and 1~~, were
ed by ammonium persult'ate in the presence of 20 ml of a 0.25 % solutioT, o- Al--,,,'~:--~.-
A 25 % solution of Nfflj~OH was added to the cooled solution until an odor wa.,, -,%rc,-
duced, whereby Ce, Fe. T4 and other hydroxides were precipitated. TMs
tate was then separated and dissolved in HC1 (1 : 1). The solution WaS eWl"")-Z'~,
ed down to 10 ml, 30 ml of a Ca(OH)2 suspension was added, and the solutic):-.
porated dry. It was then twice concentrated by evaporation with 5 ml of li-ic
.ry residue was dissolved in 10 ml of HU, evaporated until moist sall,.s
deft, 15 ml of oxalic acid was added, and the solution diluted to ~O ml
wa`~er. T"he precipitate and the filter were placed into a retort, 10 -,G
mixLure of boric and citric acids were added, the solution was
of water was added and the solution was boiled, turning the filter Lr,'.o
pulp. This pulp was then filtered off, the filtrate evaporated down LO 25
cooled, 20 drops of a 1% solution of H202 and 15 drops of a 25 % soluLion
MY40H were added. The solution was transferred after 15 minutes to a 50 1;-1 r-~-
tort, diluted with water till it reached the mark, and analyzed on
(FEK-M) photocolorimeter with a blue light filter.
[Abstracter's note: Complete translation] L. Vorob'yeva
Card 2/2

YAKOVIZV, P.Ya.; OUREKBOVSKAYA, A.I.
Gas volumetric methods for determining carbon in metals.
Zav.lab. 28 no.10:1267-1269 042. (MIRA 15:10)
I
1. TSentralinyy nauchnq-issledovatellekLy institut chernoy
metal.Lurgii imarLi I.F.Bardina.
(Carbon-Analysis) (Metals-Analysis)

TAKOVLEV, P.Ta.; OIIZHEXHOVSKAYA, A.I.
Determining carbon (0.001 - O~2 O/o) in wtals, steels, alloys,
and ferro&1loys by the potentiometric methodt Sbor.trud. TSNIICRM
no.3lsl44-150 163. 1 (KRA 16:7)
(Metals-ILialysis) (Carbon-Analysis) (Potentiometric analysis)

Coal "-n i"-,i
T-r
~pr

AKSZNOV, V.P., kand.toichn.nauki-QZIIBKIIOVSKATA, L.M., inzh.
~ ,- - ,
Methods for substantiating parameter dotermInation of open-
pit mining eqnIpment with continuous action. Ugoll Ukr- 3 no.6:
44 Je 159. 04IRj, 12:11)
1. Kiyevskiy politeklinichoekiy inatitut (for Aluionov). 2. M=gipro-
shakht (for Orzhekhovskaya).
(HinIN; machinery)

OBODOVSKIY, Boris Arnolldovich~ Klifi-NII., Salomon Ye"imovIch;
Prini-inali uchastiye ORMEKPOVSKAYA, O.P.; ITSKGVJCH,
GY-, DAUM, A.V., prof., doki.or t.#-khn. nauk *
retsenzent; IUMKOVSM, S.S... prof., retsenzent
(deceased]; KRYTOV, G.!-'-, dots., retsenzent; RAKIVIII14KC),
V~N- st. prepod., retsenzent; ,ij!-r,KUiiOV, A.I., otv. red.;
VAYT,Z'i3LRG, D.A... reti.
[Streng".,h of' mater~aIs ~n examples anti problems! 3oprp-tiv-
lenie ruiterigInv v pr~merakh i zada--hakh. Khar~kov, Iz6i-
va h-Parlkovsko~,o univ., a961). 3 LI. 1). (P 1 i ~A 8'.

USSR/Electricity - Induction Motors MY 52
Engineering - Machinery
"Increasing the Power Factor at Ent-erprises of the
Flour Milling Industry," Engr A. K. Orzhekhovskiy,
Main Admin for Production of Flour and Meal, Sagr
S - G. Emu-, Milling Combine imeni Tsyurupa, and
Engr I. M. Rabinovich, Milling Combine No 3
"Blektrichestvo" No 5P PP 57-59
Discusses experience of milling combines No 1 at
Tbilisi, No 3, and Combine imeni Tsyurupa (latter 2
in Moscow), in synchronizing central I zed transmission
24OT52
drive of roller mills and other -i'ling machines and
mechamisms. Power factor efficiency of motors were
increased. Refers to use of selenium synchronizing
units VSMN-1000/525 produced by "KEP" Plant of Min
of Petroleum Industry. Submitted 17 Sep 51.
0
24CT52

Al
OR M-vffOVSXIY. A.. inzbener,
am-
Prevention of two-phase operation of three-phase electric motors.
Muk.-alev.prom. 20 no.l2z26-27 D 154. OaM 8:3)
1. Glavnoye upravlentye mukomollnoy, krupyanoy i kombikormovoy
promy-shlennosti.
(Electric motors, Polyphase)

ORZHM.iOVSKTY, A.M Inzhener.
I*" A
Some problems in the operation of electric equipment in the
flour and feed Industry. Nuk.-elev.proya. 23 no-3:27-29 Mr 157.
(MLRA 10:5)
1. Rosglavmuka.
(Mactric motors)

ORZEUMVSKIY, A.
Simple method for determining the losa coafficient of asyn-
chronous electric motors. Mak-elov.prom. 26 no.2:8-10
F 160. (MIRA 13;6)
1. Nachallnik otdola onergetiki Ministerstva khleboproduktov
RSFS1L
(Electric motors, Induction)

ORZHKKHOVSKIT, A., inzh.
Starting synchronoao electric cotors equipped with exciters permanently
connected to the rotor winding. Muk.-alev. prom. 26 no.6t28-29
as 16o. (KIRA 13:12)
1. Nachallnik Otdela energetiki Hinisterstva khlel>oprodaktov EtSFSR.
(Ilectric motors, Synchronous)

ORZHMOVSKIY, F.I., gazovshchik
3~-ouble-free operation of blaBt furnaces and air blovers. Metallurg
8 no.3:9 Mr 163. (MILA 16:3)
1. Motallurgicheskiy zavod imeni Petrovskogo.
(Blast furnaces)

BUGAYEV, Alokeey Alakoeyevich,.toVarl; IZVHKOV, Arkadiy Ivanovich, master
elektrik-ov; TRETOYAKOV. Eduard Aleksandrovich, inzh.-takhnolog;
O-RZHEKHDVSKIY, Pavel loolfovich'. alosar'; LITUS, I117a Sil'veatrovicb;
BABANOV, Nikolay Fedorovich, starshly motor; STPDDOTEV, Alsksandr
Konstantinovich, mokhanik; TERM11K, Mikhail Somenovich; LADYGIII,
Aloksandr lostfovich
From the rostrum of a plant meeting. Izobr.i rats. no.12:24-28
D 158. (MIRA 11:12)
1. Novo-Kramtorskiy maghinostroitellnyy zavod (for all). 2. M"khanicho-
skiy teekh Vo.5 (for Bugayev). 3. Makhanicheakiy tsekh No. 7, predsedatel'
teekh 0 sovata Vaeooyuznogo obshchestva izobrotateley I ratsionali-
rov7 0
sato ov f r Izvokov). 4. Upolnowchennyy Byuro ratsionalizatorov
I Izobretateley v 1-m m9khanichaskom teekbe (for Tret'yakov). 5.
Makhanichaskiy tBekh ND.7 (for Orshekhovskiy). 6. Rukovoditell eaktaii
sodaystviya izobrotatelletvu I ratsionalizateli Soveta vateranov truda
(for Litus). 7. Fasonnolitsynyy t9ekh No.1 (for Babanov. Syroyedov).
B. liachal'nik otdola, tekhnichookoy informatsit I izobretritol'otva
(for Terenik). 9. ProdBodatell cavodskogo soveta Veasoyuznogo
obshchastva izobretateley I ratsionalizatorov (for Ladygin).
(Kramatornk-Machinary Industry)

L-2120 6
-AJQ2 N, R-.- -AP 5-00*094-
Ub biickness of the oxide1ilms, the
Ahqqua~titatlve and qualitative aspects, of friction,
temperature, and the medium- Were taken into account. '.Generally, thin 'surface.film.'i,
scale, lubricantsq or the processed metal Itself, lowered the boefficient of.friction by
reducing a i`esOn in -the contact zon
e and by preventing seizing. The oxide MoO3, f orin ed
on heating molybdenum, has a melting point of 795C and acted as a natural lubricant,
lowering the -coefficient of frictipn. However,: as. the, temperature IIncreased,from 1000
to 1200C,- the effectiveness of,the lubricating action decreased owing to increasing
-vdlitility of the oxide.- 7`he melting point of the oxides,of all other Investigatod inotals
ure and reduced the adhesion force byshiolding
exceeded the maximal rolling tempera(
the metal surface against direct contact with the rolls. In this case,,- unlike hot rolling
in-a vacuum, shearing occurred in-the scale (oxide) layer. Since the shear strength for
Fe,. NI, and Nb in the scale layer was. less than In- the base metal,. this scale'acted
as A solid lubricant, lowering the coefficient of friction. 7be~ opposite Yelation was
jound for- electrical steel and Ti, probably due to the opposite effect of the oxides on the
- nopffiet'Ant of frictin- n. SAirdnv and aAhni;ion of metala denanded on the nature and

PAVLOV, I.~.; GUREVICH, Ya.B.; MHEIMOVSKIY, V.L.; SHELEST, A.Ye.;
BAS*MBKO, A.P. - ~ -;- --" ' -''
Effect of conditions of tit4okium heating on the indices
of hot rolling. TSvet. int. 35 no.7:75-79 J3. 162.
(MIU 15:11)
(Titanium)
(Rolling (Metalwork))

kalftloll IM: AP3,00239.1
4- de
The initlal.-Increase In explained 'by the decreasing resistance-of iron to t
foxmation. and. .-the subsequent decreas e., ~y, the effect . of Iron scaaeq wbIcb
'bove 1000C.and act :as,a lubricant, The-frictIon coef-
i softens - aypreciOly. a
1~ f1clent of titanium increases slightly ae'temperature increases from W to
I 900C., probably". o-wing to some peculiarities of the
creasing the temperature to 1200C Increases the friction coefficient., probab
'because 6f decreasing eyecific pressure. Titanium scale does*not soften In the
temperature range inveatigateA and bencle does not, act a's a lub cant but rather 1
ri
Increases the1riction. The increase In the friction coefficient of volybdenam
i rolled'oin- air, . from about 0.35 at 1000C to 0,45 at IM, is tirobsb3.y, caused by
the * i nicireasing surface rougbneBs associated !with: the volhtility, of
-consequent surface clewilite
3nO1y1xUn= oxides.- and the iw. ~The fAction coef-
f . - 1 1. 6f::1:a . , I . I
it ent: obium in air drops from 0.42 at IODOC at 007 at 125M
P owing to
-the action of the scale vbichAz~this temperature range., spreads on the vetal
-dense, smooth surface, Tj2e effect, of the scale on the relationship
and forms a
of the rolling -temperature and friction coefficient is confirmed by the *data on
rolling In vacuumittr in arg6n (the latter, corresponds roughly-to a.vacuum of
01 11 mm Hg) - -li- aimospberic pressure: decreases from 760 to 0. WW1 Em Eg, the
friction coefficient of titanium decreases, while those~of Iron, noybden d
I um,,an
03

ORZEEKHLjVlij%!Y, V.L.; I-A-i-V, iZI I Ya.-
o.", J:j. jl~". 1: U Z a"; TI -

PAVLOV, I.H.; GUREVICH, Ya.B.; SHEIEST, A.Ye.; ORZHEKHOV91Y V.L.,- __
BASHCHENKO, A.P.
Investigating certain conditions for the hot rolling of
Molybdenum, in vaeum, in an argon atnos*ere, and in air.
TSvet.met. 36 no.2:68-71 F 163. (MIRA 16:2)
(Molybdenum) (Rolling (Metalwork)) (Protective atmospheres)

GUMMOR, Ya.B.; ORZEKHOVSKIY, V.L.
Friction during bot rolling of metals. TASvet. met. 37 no.12:
67-71 D 164 (MTRA 18W

L 2971-66 Ew(m)l (b)/EWA
SION AP5021500
KR: UR/0370/65/000/004/0137/0143
669iOl8.29 r
ovskiy, V. L (Moscow)
AMOR. Curevich, Ya. B. (Moscow); Orzhekh
TITLE: Effect of the conditions of hot plastic deformatiop n the structure and
properties of noLybdenum niobium and titanium No
fl 1-1
SOURCE*. AN SSSR. Izvestiya. MetAlly, no, 4, 1965, 137-143
TOPIC TAGS: molybdenum, nioblum, titanium, metal plastic deformation, metal hot
.rolling, uetal structure4 metal mechanical property, vacuum rolling inert gas
ro
Iling, air rolling
ABSTRACT: Aninvestigation has been.made of the gas content, structure, and mechani-.
cal -are melted molybdenum, niobium, and titaniul~,hot rolled with
properties of vacuum
a total reduction of 50Z In air, arg-oul, or a vacuum of 5 16-5 mm Hg at temperature
up to .800-1200C. Hot rolling in air appreciably increased the gas content in titani-
Us'. and nibbium,,aspecially it SOD-120OCi, The greatest increase was in the oxygeil,,q
content; theincreases in n1trogen.and hydrogen were.somewhat amaller. No noticep Is
incre4ise In the gas conten VUas obBerved.in molybdenum rolled at 1000-1200C. al-
thousb.there was intense oxidation of the metal. Wo noticeable gas absorption tecurred
LS2!4- 1/2,

SION NR: AP5021500'-'-
liccis
during beating snd zolling In vacuum. Heating and rolling of titanium and niobium
in an argon atmosphere, as well as heating in vacuum with subsequent rolling in air,~
resulted in gas absorption to a degree, Intermediate between those produced with hot
.1rolling in vacuum and in air. Niobium and titanium hot rolledinvacuum were satis-1
totlxy cold rolled at room temperature. However, in niobium, and titanium hot
nt
a
rolled in air, a more or less satisfactory plasticity in cold rolling was achieved 1
only after the removal of the surface gas-saturated-layer, which was about I mm thick.
An additional-hot rolling in vacuum or In air at 1200C (~40bium%and molybdenum) or
at IIOOC-.(-titanium) with a total reduction of 80% resulKed in some fragmentation of'
ib,e W-phave of titanium. The recKystallized structurei%f molybdenum .and niobium
with almost equi.-ixiaisl grains became fibrous, with the grains elongated in the direc-1
tion of rolling. Niobivyd-and titanium hot'rolled in vacuum had lower tensile ands
The metals rolled i~
yieldstrengths andhigh i ductility than after rolling in air
air failed in a brittli hanner;- those rolled In vacuum had d6ductile fracture
lRolling in vacuum or in air produced no significant,difference in the nechan ca
1PIW%es; OL%t~denum- OrIg. art. has: 5 figures and 3 tablei. [MS)
.1 a ory
1ASSOCIATZON: none
.SUBMETTED: -lONov64-,. ENCL:: OD SUB CODE HN. A 5
!NO itly sov:' 007', OTHER: 001 ATD PPMSS:
f 107,1

kh&-- IU
M,
d__ - ----- b- W't rese
v--ji'hic -,-1e- ;4AMC-1)
'rem
_~J I . 1; . ~ e--, --------
-.-:the s rev e
de - iffe at aoolY.~ --M PLUogr nations of. -,me,
:tit
kement--'
~nir~ size.'fd1lawing- hot--rDlling- jrv -a vae~~- as:cbmip~ ared- with -hot rolling~ 4n
air. - - AcomParison:-of the conclitions and- -effect of hot'. roUing - indicatesAbat the
est, - m_e_tb'odA9 deformation, in~ a' deep,vac :for such metals as
Ulm (f,40 ~ 5
Tiv
Jib) and Cro__ The hot.rol2lng of -these metals In.a-vacuum, as:co
_mpaxed.with their
roLling in idr- br~ in vtgonp ensures* prezervatio_n,of pi~ritv of t .he raw material or!
-furth enbancement-in its purity;-higher'-technolo
even. some: er gical deformabilit
d
:1 r expedaiturgo-of poweren energy and' ence greater durability:of vork parts; i
owe h
_P

XATI N-, non
T
he
SUB,-CODF.-
ENCM, 00
UBMT
OTRM ODO
1w: sov r

ACC NRt AT70011422 soncE com-,.: n/oooo/66/ooo/ooo/01 30/0134 ---'
ALFMR: Gurevich, Ya. B.; Ushakov, Ye. V.; Drobysheva, Ye. K.; Osipov,
iV7, G.; Orzhelchovskly V. L.
;ORG: none
T111E; Plasticity of tungaften In vacuum rolling
SCURCE: AN SSSR. Institut metallurgii. Napryazhennoye soatoyaniye 1.
pvlastichnost' pro deformirovanil matallov (Stress condition and
plasticity during metal deformation). Moscow, Izd-vo Nauka, 1966, 130-
134
TOPIC TAGS: 44+i4er-ed tungsten, 43,~~ tungste rolling, al"teree_
.property, &AiV
MMMCT: The plastic properties of hydrogen-or vacuum-sintered tungsten and
vacuum-arc melted tungsten have been investigated. Specimens 12 x 12 mm
were sintered at 1200% for 2 hr in a hydrogen atmosphere and then in
vacuum. An ingot 50 mm in diameter was vactium-arc melted with a con-
sumable clectrode'from hydrogen-sintered tungsten. 11yfi, , -sintered
tungsten Lailed at a bendan&of 35 degrees, even at temperatures up to
LgpLd 1/2 UDC: none

1-A'tC-NR,AT7004422
1100%, and remained brittle at room temperature. Cast tungsten has an
elongation of 1% and reduction of area 3.5%. The respective elongation
and reduction of area at 400% were 2 and 6% for-hydrogen-sintered
tungsten and 3 and 5% for vacuum-sintered tungsten. The latter has the
highest plasticity and can be vacuum rolled with a 61% reduction aL
1300% without failure, compared to 45% for hydrogen-sintered tungsten.
Orig, art. has: 2 figures. [AZI
SUB CODE: 11.,13/ SUBM DATE:
27Sep66/ ORIG REF: 002/ ATD PRESS:5117
Card

OR7, H 2-.~>'Jj~'OVSK I Y0 V.V., karid.mei.nauk; DOWHANSKlY, S.I., kand.med.naWq
.- --"*--~-m~l*D-P,-!,C-h"-E,V-,A-,,, ll~.A.
s drore w--I,h an-kylosing spondyloarthritis. Vest. darm. i
yr,
ven. 38 no.6190-91 Je 164. (MIlk 18:6)
1. Sochinskiy nauchno-isslodovatellskly Jnstitut kurortologii I
fizioterapil (dir. - zaaluzhannyy vraoh RSB"SR N.Ye.Romanov)
Ministerstva zdz-avockhraneni.ya RSFSR.

C4
Eflea of coibm concenbadon in the tayer on the suonsib
,a c4sr-hardoned ~16#1 1, S .1"I %"' V
IvIsilr6hov'"11. Alfow.-I'll I t'abl", I ....... 1951. No :
41-1 .4 V O-V 1 "W", ill lit, vi-Ill Itf Ill.,
0 110 1 3.7. m- .... -l ....... I k
111s, Ir.oll, ol-Istil. I... is.
lud fatissto, -I~ Aflm-l.'I I"
A trst. 4tv giv-

le r

KOZLOVOjKIY, I. S.; ORZIFIXIOVKH, YU. F.
Metals - Heat Treatment
Methods for increasing the strene-th and decreasing t,e cost '~f neat treEtrz?n*. ~~
gears. Avt. trakt. prom., No. 2, 1952.
Monthly List of, Russian Accessiong, Library of Congress, June i952. UNCLAS., IFIED.

1. XO=VSKIY, 1. S.; ORZHEKHOVS[IY, XM, F.
2. USSR (600)
4. Cementation (Metallurgy)
7. Properties of case-hardened layer in micromechanical tests, Vest. mash., 32, No. 10,
1952.
9. Monthly List of Russian Accessions, Library of Congress, February -1953. Unclassified.

22545
1 29/61/000/(j(,5/()()
I I /L 3 5 2
iA UT i o Li 1~, Ya. I.j. Cand 1 da t e o j 'i e c i i it i c i I i c I C PC
ur Z11 khovsh_~_, Y-U, it . , ca I Id i~da t (" 0 f Tc. C i I 16 C.-I IC I ( 1. t,
Fevzner, L. M. , Ca zid i da t e o f Tochn j c it I -, c i. (-, c
Roshchina, I. N. , Engineer, aiid
Yermakov, V.N., Engineer.
TITLE: Thermal-mechanical treatment of' steel to give iijgh
strength
PERIODICAL: Metallovedeniye i termicheskaya obrabotka metallov,
1961, No-5, pp. 2-9
TEXT: The authors point out that recently much attention has
been given to combined mechanical and head treatment, by two
possible methods. In one method the steel is rapidly deformed in
the austenite-stable temperature range and quenched. While this
improves the steel in many ways it fails to increase tensile
strength. In the second method the steel is deformed at a
temperature between the martensite point Md and the recrystalli-
zation temperature, and quenched. This gives increased strength
with satisfactory plasticity. Results of thermal-mechanical
Card 1/8

22545
S/129/61/000/005/001/003
E11I/EI52
Thermal-mechanical treatment of steel to give high strength
treatment are not universally successful, and there are no
reliable data on the practical use of the "ausform" or
"ausforming" treatment widely advertised in the USA. The object
of the present work was the study of thermal-mechanical treatment
of alloy structural steels to a high strength and the structure
produced by the treatment. The composition of the steels was as
shown in Table 1, steels A-r being melted in induction and Z and
E in arc furnaces: the first group were auBtenitized at 1000, the
second at 900 OC. After cooling in a nttrate bath to the
deformation temperature the steels were rolled in 4-5 passes
(reduction 90%), oil-quenched and tempered. To reduce cooling the
work was reheated between passes and other measures taken, e.g.
rolls were preheated to 100 OC. A portable magnetic instrument
(developed by G.Yu. Sila-Novitskiy and T.D. Kubyshkina) was used
to detect isothermal-decomposition productsi if found, the
specimen was rejected. After treatment specimens had a hardness
Rc of 58-64 and mechanical-test pieces were prepared by spark
machining and removal by grinding (temperature kept below 100 OC)
Card 2/8

22545
S/129/61/000/005/001/003
EI1l/E152
Thermal-mechanical treatment of steel to give high strength
of a 0.5 mm deep surface layer. Fig.2 shows tensile strength
kg/mm2 and relative elongation as functions of carbon content for
steels A, B,11 and E after treatment (90yo deformation at 550 OC,
4 hours tempering at 100 OC); for steel A tempering at 100 and
200 OC is shown b3, points I and 2 respectively, steels E and Z,
indicated by point 3. Fig.3 shows for steel a tensile strength
and elongation in relation to the 90% deformation temperature
(tempering at 100 OC). The effect of variation in austenitization
temperature with 90% deformation and tempering at 100 OC of steel A
on tensile strength, Rockwell hardness and elongation is shown in
Fig.4. Fig.5 shows the effect of tempering temperature on these
properties of the normally thermomechanically treated alloys B and
r' (left- and right-hand graphs respectively). The treatment
enabled a tensile strength of 280-300 kg/mm2 and elongation of 6%
to be obtained for the steels tested, which is better than with
ordinary or stepwise hardening followed by low-temperature
tempering. As carbon content rises to about 0.5% strength of
thermomechanically treated steels rises.. and falls with higher
Card 3/8

22545
S/129/61/000/005/001/003
EJ11/E152
Thermal-mechanical treatment of steel to give high strength
C content due to semi-brittle or brittle fracture. The best
strength/plasticity combination was obtained with tempering at
100 Oc. In some experiments on steelC' the deformation was
decreased to 50%~ the results were less favourable than with the
90% deformation as regards strength, but gave high plasticity.
The advantage of 50% deformation is that it can be effected at
relatively high temperatures, even above the rezrystallization
temperature. Bend tests on 60 x 10 x 2 mm plates of steel
heated in various ways were also carried out. Electron-
microscopic study of the fine structure of thermomechanically
treated steel A showed a pronounced texture and considerable
refinement of martensite plates. X-ray diffraction by rotating
specimens was also studied (with a j7,:-50~'.(URS--501) ionization
apparatus with automatic recording of intensity distribution in
Fek, radiation)~ block size of the thermomechanically treated
steel was one half to one quarter that obtained with ordinary
hardening, The authors conclude that structure refinement is one
factor in the effectiveness of the treatment.
Card 4/ 8

POTAK, I. M. [Potak, YaA 1; Orzhekhoy-akiy 0xv. F. 1;
PMNER L. M.; ROSCINA, I. N.[RoshcK-in_a, -1. N. J; MMKOV, V~N.
[Yermai~v, V. N. I
Thermomechanical treatnent of steel for the obtainment of a high
mechanical resistance. Analele metalurgie 15 no.4:114-123 O-D 161.
(Steel-Heat treatment)

/s, k
AID fir'. 977-2 27 Hay
'AUSFORM
INGOF STRUCTURAL STEELS (USSR)
N. ve V. Chugunov,, and Yu F. Orzhekhovskiy. Metal-
~~ove
denl~e* i termicheskaya obra~otka metallov, no. 4,'Apr,1063, 25-29.
81129/63/DPO/004/006/014
~_Ten -complex alloyed structural steels Wer tested for the effect of low-
temnerature thermomechanical t (ausfOrmlng) on their structure
treatmen
and sroperties. The steels had the following compositions: 1,, 0. 601o C,
1.~ 2 Mns 1. 127o Si. 1. 82% Cf. 2. 22% Wi, 0. 965; W. 0. 48916 Mo; :2. same as
1 with 0. 550/,DC; 4. 0. 47% C. 1. 0 3% Mn. 1. 12% SI, 1., 6 7% Cr, 2. 44% Ni.
0. 95%_ Wj 0, 407o Mo, 0.00*BV*;. 6' 0.48 W, G. 1. 15% Mn., 1. 60% Si, 1. 97%
15% 0 W, 0 4517b Mo: 0. 287a V (all four open-atmosphere in-
NJ. ~10 12c/
duction-m elted . steels); 7, ~ steel 1 remelted Iria cruciblelclss vacuum furnace in
h. 3nagnetic field, 9, and 10, steels 1 and 2 , respectively, remelted in a
consumable-electrode vacuum are fu .4 electroBlag remelted steel:a;
rnoce: 33
card 113

AID Nr 977w-2 27 NaY
AUSPORMiM OF, STRUMUML STMW [Cmtldl 6/129/63/000/OD4/006/011-
f
and i~ a'nd-,-13,'.s e d in*.d c"onsum e-electrode vacuum arc ur-
t6'1 4 iiri4W abl
nac e. lbeausforming consisted of aubtenitizing at IOOCPC,.._saltpeter bath
or furnace cooling to 500*C, -rolling In 5 to 7 passes with a total reduction
-:of, 90%D,..-znd oil..quenching. Ibiswas followed by tempering at 100, 200,
SOOJ Or 4000,10 for 0 hrs. The specimens were encased In X3.$,HDT stainless
steel envelopes; rolls were preheated to 00.100'C. In all steels the best
combination of-strength and ductility,--, tensile strength ab.o.f 280-.
29.0 kg/mm 2 and elongation of 6 = 6 to 9%.,Awas 6bta:inec1by tempering at
..100*,C. :Remelted steels generally were found to have higher strength and
ductility. A ar turnporitig at lQQ'Q the I duction elt steels had a yield
n
gti6kth U. Of 200. 5 kg/.-txna, Cl 266. 5 k /mM2 j 6.-5 0.
b -9
n reiiS,el.t*e-d.-sfe6ld.(Ei.x6ept f6r:eteelsva u
cu m-remeltedin a rnag-
ne Vic f I ej d', Ob -varied from 280 to 290 kg/mzn:~ 00., from 180 to
210 k~, /MM2,- and 0 from 6 to-100/p. Steels conventionally hardened and tem-
-tir
pored. at. lOOtC in many cases showed partial brittle failure. Short ne
Card 2/3

VW(nVjxE6rIAAVPW&'TT IJPW HMT
-ACC Fix, AF6016587 (A., 11) SOURCE CODE: UR/0129/66/000/005/0023/0025
A1117MOIR leiIvskays.N. I.; Potak, Ya. M.;.Qq~ekhq
-VAXiy,-Yut-,F.t Birman, S. I.
ON: Boni 117
ro*&tfie.notch toughness and ductility of martensitic stainless steel
496t-131
mans of re tee martensite transformation
ve W
14
A
SOURCIt Metalloved niye I tormicheakaya ebrabotka metallov, no. 5, 1966, 23-25
on hardenable steel, nortensitic steel,
70PIC TACS: stainless steel, precipitati
steel transformation, martensitic transformation, reversed transformation, steel
ihanlical propeity/08XhIMM steel
ARSTRAM The possibility of uBinR Q8Khl5N5D2T (EP-410)
Iprecipitation-hardenable
Mrtensitic stainless steel (0.072C, 15%Cr, 4.96;6Ti',lI6ZCu, and 0.18%Ti) for
,~~-oper.ation at- subzero temperatures has. been studied. At -196C, conventionally heat
A., ~--.~treated:,(annealed aL "Sq,* quencbed.A~~ -559C) steel has-.-.a ver
at 350
of
notch toughness .7mig/cm Increase-the notch toug ess and ductility, reverse
mrtensitic transformation was utilized to promote the formation of stable austenite.-
It-Yas found that stable austenite is formed by annealing at 950C, air cooling, and
subsequent*aging.at 575-625C for 3 hr. After this treatment, the steel containe
20-25% austenite which remained stable on cooling to -196C and considerably im-
proved the characteristics of ductility. After ading-ot 600C, the respective
1/2, UDC: 669.Tl.018.84:620.178.2
Cwd

.-I 2W45-66

a
MEW
L oq~~!,-6-67 IJ-P.(c) JD-'
ACC NR: AP6035725 SOURCE CODE: UR/0413/66/000/019/0085/0085
INVENTOR: Chugunov, V. V. F. Potak, Ya. M.
ORG: none
77 TLE: Stainless steel. Class 40, No. 1867.0-1-
SOUXZ: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 19, 1966, 85
T
10?IC 7AGS: stainless steel, e~,-r-c-p--Lum nickel steel, molybdenum cawt-n-4i,*ag steel,
tunpsten steel, v anadium cDnzazL~ steel, niobium c-43~ steel
ABSTRACT: 7iis Author Certificate introduces a chromium sta in1ess st eel containing
tungsten, vanadium and niobium. To improve the mechanical properties, the steel
composition is set as follows (%): 0.04-0.08 carbon, 1.0 max manganese, 1.0 max
silicon, 10.5-12.0 chromium, 0.6-0.8 molybdenum, 0.9-1.3 tungsten, 0.2-0.3
vanadium, 0.08-0.15 niobium,and 2.5-3.5 nickel
SUB CODE: 1l/ SUBM DATE: 30Nov64/ ATD PFESS: 5105
Card I / I IH(19 8,8
14,01

KRINETSER, I.I., kand.tekhn.nauk: KOIUV, Ye.N., inzh.; ORDIUS, inzh.
Invegtigatinp. the nonlinear static automatic control .9yLitem. Avtor,.',
prib. no.2:10-24 1 (.1 . (MIRA 14:12j
(Flectronic control)

OLEFIR, F.F., kand. teklm. nau~; ROGANOV, F.V.; QKH11',A.D.; KUDRAGELI,
- --,
A.V.; TVIC6101,10, E.V.; FEEROV, B.F.
Introducing an extat' ~ control system of strip tension at coilers
on a reversing cold rolling mill. Art. i prib. no.4t7-11 O-D 164
(MIRA 18:2)

V.Y,
~:C,mt- :~- - ~ s t , nn I - t", . ~.- 1. .-" , .,- -. - .-
cf st~iarr. b~ -'I t::- -.. M., ... f -'~ t. , ~, n, . :-' , -- - ..- -7 " 1;:~.
(1 1. - . .
,v . . .. - -1
1. Na~-Ir,-Ilrli k +,. -, I- :. ,, -I' ~ -. : , ~~. - !-l : -~
i a: '- ,.. ;-

go A,b W-A t -'t at (Z 'v

%f A ("hmlv-kil
31. 1935
lowering thr 11 I-Imm In ibe numling rii lv rrm-mg .00
On wnt tww'. ifit(mith a disphragm thj( 1~ kvts%, K
0* a twillivabIr to, If .00
00 .00
00
-60
00
so .3
00
.00
0*
00
00
w -00
2
i
.5
-00

:JD 0
Aso sk. ct.%vFKATq'b '00
00

0 u a AV go u 4 0 71 An a CA 0
n
9 O
t N K&D n 1 2
U n

0 0
p
i 4 A
f
I
a
0 0 0 0 o 0 0 0 e

p
0:0 0 * 0 0 0 0 0 0 a 0 * 0 0 0 * a * a * 0

Ineer1rqj Apr 48
Boilers
RUBt PreVeAtIOn
Ozist of the Usn,~ of aRust hvventatIve ~m Sb1;*
ce the Black Sah Shipping Company," M.
Orsbarovskly, Ragr~Chie; Thermal Tech lab UW,
4i pp
"Nwakoy Plot" IND 4
Describes now antirust naterial uBed In bolleris
of SovIet isbips. 01*es sket(lby account of
hWedlents of this naterlalLand-netbods for
=IRS It.
I/49T2B

ORZMMOVSKIT, 14.
Use of a chemical foam fire extinguisher. Mor.flot 15 no.2:17-19
p 153. (MIM 8:5)
(Fire extinotion-Chenical systems)

NUNITSM.A., inshener; ZAKH&RCRUK,O., inshener; CRZMOYSKIT,M.,
Inshener ,- 1
Cleaning by machine of oil tanks
11-12 Je '55.
(Ships--Maintenance
on ships. Nor. flot 15 no.6:
(HIMA 8:8)
and repair)

--9K .; ZAYJIAROMM, 0., inzh.; 7.AGORUYKO, V., Inzh.
First marine unit fnr electrochemical distillation of sea water.
Mor.flot 19 no.6:?q-30 Je '59- (14TRA 12:9)
1. Chernonnr9kcrye paro'Khodetvo.
(SAa water, Distillation of) (Sh1pe-Alquipment and supplies)

ORZHIROVSKIY, M.t VAIMARCME* Os; ZAGORUMs Ves inzh.-konetruktor
-------------
Xectrochemical salt removal from sea water. Nor. flot 20 no.9:24-
26 S 160, (MIRA 13:10)
1. Rachallulk busseynovoy laboratorii ChernomorskogD parokhodetya
(for QrsherovBk1y). 2. SturBhiy inshener-komstruktor konstruktor-
9kDgo bywo Chernomorskogo parokhodatv& Irbr Znkharchuk). 3. Unstruk-
torsko.ve byuro Chernomorskogo parokhoctitva (for Zagoruyko).
(sea water) (Illectrochemistry)

SMOB, Mikhail Samoylovich, doktor tekhr., nauk j PROKHOROV, Fedor Georgi-
yevich, kaxW. tekhn. nauk, Prin-imall' uchastiye; AKOLIZIN, P.A.,
doktor teldm. nauk; ATELITSIE, I.E., doktor tekhn. Dauk; ZE2=C1
Yu.V., kand. tekhn. nauk; KVYATEOVSKIY, V,,M., kand. tekhn. nauk;
KLYACHKO, V.k , doktor tekhn. nauk; GUHVICH, S.M., inzh., ORZII&"(QV-
inzh.; STYRIKOVICV, M.A., retsenzent; MARITUOVA, 0.1.,
retsenzent; VOROVIN, K.P., tekhn, red.
(water treatment and water systems for atoox~-turbine olectric power
plants] Vodopodgotovka i vodnyi rezhim p&roturbiiuWkh elektrostant.;ii.
Moskva, Gos. energ. izd-vo, 1961. 470 p~ (I-lap 11,:9)
(Feed water purification) IStean turbines)

CRZHEROVSKIY, M.
Use of eleetric gas analyzers for the determination of petroleum
product vapors in the air. Mor.flot 22 no-4t20-23 Ap 162.
(MIRA 15~4)
1. wachallnik toplotekhnichoskoy laboratorii Chernomorskogo
parokhodetva.
(Gases-Analysis) (Air-AnalyniB)

ORZRU,CVSKIY,_M., inzh.; VAYNSHTEYN, V.
Portable unit for the chemical cleaning of marine steam,boilers.
Mor. flot 23 no.4tVI29 Ap 163. (MIRA 16:5)
1. Nachallni]k teplotekhnicheskoy laboratorii Chernomorskogo
parokhodstva (for Orzherovskiy). 2. Starshiy inzh.-konstruktor
TSentrallnogo proyektno-konstruktorskogo byuro No.3 Chernomorskogo
parokhodstva (for Vaynshteyn).
(Boilers, Marine--Cleaning)

U M /Telegraphy, Wo-tone Jun 1946
Telegraph line units
*Use of WT34 Tonal Telegraph Apparatus an Overhead
Trunk Lines," A. A. Orzhashkovokly, 4 pp
"Vestnik Svyazi - Elektro Svyazl" No 6 (75)
PA
Describes schematic and construction changes in WT34
equipment to make it more adaptable for use on over-
head trunk lines. This 18-channel WT34 apparatus hee
the widest use on Soviet trunk lines. Well Illus-
trated.
19T70

ORZRCI-Jvmny~ A. A.
Telegraphy.. Two-tone Sep 1946
Telegraphy, High speed
"Type M System of Supersonic Telegraphy,* A. A.
Orzheshkovskiy, 3 PP
JoVestnik Svyazi - Faektro Svyazl" No 9 (78)
IThis is a three-channel high frequency compression
telephone system for use on strung wire lines. The
ftequency spectrum of this system conforms to the
frequency spectrum of the SOB and the SOT. The
apparatus was produced by the Simens - Ral ke Firm
before the var and is at present being prepared for
Ivide use In the Soviet Union. Well Inustrated arti-
!ale which states some of the operational and t6chni-
cal mpects of thia apparatus. 19T87
PA 1,)T 8 7

Country : USSR v
Category: PharmcoloGy. Tcxicology. Yledicinal Plants.
Abs Jour: WhBiol., No 6, 1959, No 27859
Author Orzheshkovs,'.-.Ly, V.V.
Inst r--- --
Title A Study of t*.ic .'.ction of Vegetative Chcl--(;cr,,ucs
Orig Pub: Vrachobn. dclc, 1958, No ~, 253-258
Abstract: The therapouLic action of tinctures of fruits of
wild rose 7,5:100; flawers of imortelle 7,5:100;
corn silk 10:100; grass and roots of cela~idine
1.5 : 100; f1cirers of rmrigolds 10 : 100 and birch buds
100 : 100 were studied on 108 patients with anGio-
chlescytises. Li all cases a cholagogue action was
noted. The gruatcat amount of bile is secreted after
introduction of colandine; the greatest decrease of
dard 1/2
v-41

aRmsHxovsxiy, v.v.
an of the prolonged treatment of infectious nonspecific
polynrthirtis with ACTH adrenal cortex hermonese Sov.med.
22 no.10: 108-109 0 '58 (MIRA 11:11)
1. Iz Hauchno-issledovatellskogo inatitlitp revmatizzma (dir.
prof. N.M. Shikov) Ministerstva zdravookhrnneniya RSFSR.
(ARTHRITIS, RHY.UIUTOID. ther.
adrennl cortex hormones (Rua))
(ADRENAL CORTEX HORMONES, ther. use
rheum. arth*itis (Rua))

Ca SHK VSKIY, V.V.
Treatment of psoriatic arthropathies. Yeat.derm. i ven. 32 no-5:72
S-0 '58 (MIRA 11:11)
1. Iz inctitiita r"vmatizms Ministerstvn zdravookhrsneniva RSFSR.
Sochi.
(PSORIASIS)
(ARTHRITIS)