SCIENTIFIC ABSTRACT ANTONOVICH, S.A. - ANTONOVSKIY, M. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101810012-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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40-vition of* riowe.- plants on
Avtomatizatelia silovykh ustancv~-~K
sudov. Leningrad, I:sd-vo "Mr!-rk~i 3
Mcrilrgra,i. TSvzitra-.lnyll willCh-' C .0 1
~Njit ~;i?. i r I q
norskogo flotu. lnfc,.rmsts;cnr~y-~ n,'

_,~ kajo. t6bn. nauk
i.ham:teristles of the perfomance of automt.lc
nontrol syalltms
with dynamically asymnetric elcmentq durlng
ro'.').,nq. '.?,rudy
TSNIIW no.580-18 164. tMTRA 1818)

L 1864-66
,ACCESSION MR, ARSOID473 uR/02"/65/000/007/0025/0026 - 16
62 L 436.- 531. 3
I SOURCE: Red. xh. Dviptelt vmbenwp agorantys. Otdellnyy vypusko
Atw. 7.39.211
AUT11OR: Ant4movIch, S.A. I 'Ova.
TITLE: Dynamic properties of diesel' wdto
CITED SOURCE: Tr. Teentr. n. -1. 1~n-ta morek. fl vyp. 69v 1964,
14-36
TOPIC TAGS.- engine control system,, diesel engine, marineefop!!,
hirboshaft engine,
supercharged en&e, Ahsft
TRANSLATION: 11 Afecuse the dy*amlo properties of a marine diesel
as a eyeteral
,controlling Uw rpni of a shaft in mart3e diesel mid
diesell-generator Installatioes wM, and
1without a gas turboblower. 11ve analysis c(nvrs smodh and rough
water operations of on-
gines with a turboblowet and an ideal or dynamically complex
regulator of shaft rpm.
i Finally, authorn describe ways cd Imliroving the static awl
dynamic properties of mtrolled
I objects, so as to Inawe optival ehanicterfetics of the transient
process.
ISUB COM. 19, PR ENC 1A 00
4(

ANTONOVIGII, S.A.t kand.takhn.nauk
Calculating the static chactorintica of heat
exchangers aa
objecta of automatic control. Trudy TSIIIII-T
no.6313-16 165.
(MlRA 18:12)

"FWPA/ k h 1, 1
ACC NRi AT6008030 UR/2752/65/000/063/0003/001
A 30URCE CODEr
FY AUTHOR: Antonovich, S. A. (Candidate of technical sciences)
.- . .1. -j , .61 'Al
ORGt non4l
TITLEt Calcolation of the BtlktiO characteristics of host exchangers
as
objects of automatic control,,.
SOURCE: AbnIngrad. Tsentrallnyy. nauchno- 1ssledovatel'sk1y_.jp#tjtut
flota.. Trudy--,-n--o',-6-'j'-, 1-03. Tekbn-fcheskaya e-
keplustat sila
morskogo flota (Technical operation of the merchant marine), 3-16
TOPIC TAGSz industrial heat exabonger, thermodynamio oharaoteristic,
automatic control
ABSTRACTt The article presents a mathematical development of
similarity
oriteria, for heat transfer processes, starting from the differential
equation for the change in the temperature gradient over a beating
3urTaco, which can be written in the form:
KdJFj
where t and t are the'temperstures of the primary and sooondary beat
2
Card 1/2 UDC: 66.045:621-502

ACC 11R- AT6008030-
M --4- 1: f1wilic".. W,
transfer media; fe W#J( , C oro the
cross section area,, the velocity, the specific wolEht, and tEo
heat
capacity of the beat transfer media, respectively; K is the bott
transfer coefficient; F Is tbo area of the hooting surfacee Ir.
generals
this equation is integrated aissuming that K)m,, and W2 are
oonstantse
The author then applies the thoory to oalcul*ation of the static
characteriatics of the cooling systems of various types of engines
as
objects of control. Orig. art, ban: 27 formulas and 7 figures.
SUB CODEt /4~9'20/ SUBM DATE: none/ ORIG REF: 0051 OTH REF: 001

75 1 All SOURCE CODE: LIR/2752/65/000/077/0019/0
AWHORk- Antonovich, S. A (Candidate of technical sciences); refilov, A.
1. 0
ORG: none df
TITLE: Graphic-analytical method of calculating the static
characteristics of an g;,)
automatic system for temperature conti.,ol of the cooling water in _ship
diesel engines,
SOURCE: Leningrad. Tsentrallnyy nauchno-issladovatellskiy institut
morskogo flota.
Trudy, no. 77, 1965. Avtomatrz-a`t--sry-a I vy~iislitel,naya tekhnika na
morskom flBti
(Automation and computer engineering In the Merchant Marine), 18-21
TOPIC TAGS: engine cooling system, automatic temperature control,
graphic data pro-
tessingjA%da.#.k QUj LMZ42. 1) q t) k q S
ABSTRACT: The article presents a corcrete example of a now method of
calculating the
static characteristics of an automatic system of water temperature
control In the
cooling system of the BDR43/61 engint. The method is based on an
experimental data pr
cessing method doscribed in Qxv4 T01IMP, no. 63, 1965). Generalized data
obtained
from tests on the 6DR30/50 and 8DR43/61 engines are presented in the
form of graphs
and formulas. Iliese Involve the input and output temperatures of engine
coolant, ex-
haust gas temperature, combustion surface area, cross-sectional area of
coolant pipe'.
temperature of the water exiting from the cooler, and the temperature of
the intake
Card 1
UDC: 62-52.001.24t621.431.74
L~-, I" n

ACC NRs AT6014075
water. The results of laboratory tests of a fluid control system
Unfom. ob. 7eNrrMF,t
no. 116, 1964) are also utilized. ro-mulas describing the amount of
water necessary
for engine cooling under extreme openiting conditions am presented.
Orig. art. h4s:
2 figures.
SUB CODE* 21,11/.Z/ SUBM DATE- none/ ORIG REF: 002
r
Card 2/2 4

AM
ACC NRI AM6029655 Monograph- UR/
Antonovich, Sergey Aleksandrovich
Dynamic characteristics or regulati6n units in marine diesel
installa-
tions (Dinamicheskiye kharakteristiki ob"yektov regullrovanlya
sudovykh dizellnykh ustanovok) Leningrad, Izd-vo "Sudostroyeniyell,
1966, 233 N Illus., biblio. 3,000 copies printed.
TOPIC TAOS: automatic control r and d, marine diesel engineo diesel
engine, control regulator
PURPOSE AND COVERAGE: This book is Intended for engineering, techni-
cal, and research staff engaged in the design and study of automa-
tic controls for marine power plants, and for students specializing
in this field. The dynamic and static properties of the automati-
cally controlled components of marine diesel propulsion units are
discussed; some special problems of automatic control theory are
also considered. Gratitude is expressed to the following workers
of the Automation Section of TsNIIMF (Central Scientific Research
Institute of the Maritime Fleet): 0. V. Ignatlyeva, L. G. Sovolev,
P. P. Pedorko, V. P. Petrov, G..A. Popov, 0. Ya. Fal'shchpun,
Ye. 0. Alekseyeva# and A. Vs Felfilov. There are 134 references,
117 of which are Soviet,
Catd

'AM Mt- AM6029655--
TABLE OF CONTENTS [abridged)
Introduction -- 4
Ch. 1. 0as-turbine-supercharged engine as the object of thermal
regulation -- 9
Ch. 2. Dynamic and static properties of the internal-combustion-
engine cooling system -- 55
Ch. 3. Regulating shaft rpm of main marine internal combustion
engines -- 118
Ch. 4. Ways to improve the dynamic characteristics of controlled
objects -- 165
Ch. 5. Induced fluctuations in marine control systems -- 182
Bibliography -- 227
SUB CODE: 13/ SUBM DATE*. 05Apr66/ ORIO REF: 117/ OTH REP: 017

Interdependence in the fomation of the protozoans
fauna In
Dubossary Reservoir and its effluents. Trudy
Inst.biol.Hold.
fil.AM SSSR 2 no.ltl9-24 160, (MRA 16W
(DUMSSARY AESERVOIR REGION--MOTOZOA)

SILINSKIY, A.D.; ANIT09OVICH, V.A.
K.Aybdenum defosit in Rplitic franites. Trudy VITH
no.4t294-300
961. (11,IRA 14tg)
(Molybdenum ores) (Granite)
1~1

ANTONOVIC11p V, Be Cand Uod Sol -- (diss) "X-ray study
of biliary traots
during operations axid postoperative periods
(cholanglography)." Roe, 1957.
10 pp (Stnto Sol Roo In5t or frentgenology and
Radiology, Min of Health WFSR)
A
(KL, 44-57, 101)
-30.

ANTONCIVICH. V.P.
ktomnl fibroma of the stoevich, LhirurglB
suoolencat:19-20 15?.
(KIFA 11:4)
1, Is rentganovalcogo Imbinota
Ikitt(-.hno-iobledovatellnkoeo instituta
skoroy pomoshcht iment Sklifosovck(%go.
(ST014ACU--TVHORS)

Lou of the biliary tract during surgery and in the
postoperative period [with summary in Anglishl. Yest.rent. i
rad.
32 no,416l-67 -11-Ag 157a (MIRA 10ill)
1e Is reatConovskogo otdolentys (say. - kendidat madttelookikh
nauk
Y.I.Gruzdov) I khirurgichookikh klinik (glavnyy khirurg - prof.
B.A&
Petrov) Nauchno-lesladovatellskogo institute iment.
Sklifosovskogo
(dir, - seeluxboncyy vrach USSR H.M.Taresov)
(CHOIANGIOGRAPHY
perop* & postope)
(BILIARY TRACT, surg.
parop. & postop. x-ray)
(POSTOPIRATIVE CARX
cholangiogrephy after billary tract surg.)

FIATROV , BA.pprof.; AlMONOVICH,
V.B.,)mnd.mod.nau1c
Value of perciparntive cholangloaaphy. Ithirurglia
)5 no,4:
16-20 Ap '59. (MIRA 12:8)
1, Is Hookovukogo, gorodskogo
naitchno-ineledovatellskogo
inetituta skoroy pomoshchl iment Sklifosovskogo
(dir. -
za9lu2hewW vrach US& H.H.Tameov).
(CHOLANGIOMM
perop., value in biliary eurg. (Hue))

,"-,fo:-Uvlc 11'. V.,B. _~wid.mod. nauk
Isolated loofons of the small intostino in
lymphogranulonatonis.
Voot. rent. I rad. 36 no-4t79-80 JI-Ag 161. (141-A 15:2)
1. 11 kafedr;r rent enologii i meditainnkoy rndiologii
(zav. -
t
Prof. YU.N.SokoloV5 Mentrallnogo instituta
usovershenstvovanipt
vrachoy (dir. - M.D.Kovricina) na bazo Gorodskoy
klinichookoy
bollmitay No p~ ( lavnyy 7ach X.P.Drusova).
('KDGKiHIS wui~~h) k 114 IZT t 0W-TUI,'UiU)

All TONOV,lClJ,,..V.B. ,
Method of pa:!lstography of the eoophagus. Trudy MIN 0.~:220-228
163. (MIRA IS:-l-)
1. 11 kafedrit rentgenologii (zav. prof. Yu.N.Sokolov) I'Sentrall-
nogo Instituta usovershonstvovitniya vrachey,

i, Nn, t" c: It V _1 A.C', U-7,
Ln'*_-ro, pp for thsti !I fF. -I!-' I Fin I'a L"--!* rad.
39 nm.t~z-,5 N-D 164. (MIRA V.-6)
.it 2-,,a kafadra nintgm~los!!.1
I k TSmntrall-

ut" cvsoFheig(cal li.'.at.us and tant.,er of
Q.110 I 10 r, t j r (1.1 1' e ~4 Iii . Ve3 t.
t rent. r&J. 40
n,).'L:24.-",; '65. (MIRA ISsf,)
I.-Ym ~li'wdoi rvn,gtoj' r~j, " methtmir,, koy v di 1,gli (z v,
A
vrol.'. Y i.4. 'i 'Nonl,ralln~)go !natituta

0/014/61/000/004/005/005
D030/D109
AUTHORSs Xlekovkinj G.P., Engineorg Lecturer of Technical Sciences,
Ulmanng I.E.9 Chief Engineer, Myshkov, K.Ne, and Antonovich,
TITLEs lutomatio set for impulse aro (vibrooontaot-) built-up
weldings Model KUMA-5M
PERIODICAU Soh*roiseteohniks no* 49 19619 184-185
TEXTs The authors describe the set in detail and point out that it is used
for repairing worn machine parts* It permits a weld-up layer of a thick-
noes of 065 - 0.3 am at a hardness up to 65 Roo Compared with other w lding
heads for vibration aro built-up welding, "KUIU-5M" has the following :d-
vantagess stable welding process# low electrode wir lo a, low consumption
of carbon and manganese$ increased hardness (up to 6; Rol), of the depositq
less differenot in hardness of deposit (45-65 Ro)# more uniform composition
of deposit, reduction of porosityp increased donsityt possibility of built-
up welding of crankshafts by means of a special deviost angle of welding
Card 1/2

0/014/61/000/004/005/005
Automatic set ."or impulse aro *too D030/D109
head to material to be welded can be set at willt small size of welding set,
noiseless oper4tion. The author gives the following technical data of the
welding sets 10-etag* wiro-fe*d gearl-V s0,25 to 2*6 m/minj electric motorl
x u leo W, n a 3,000 RPM# V a 36 V, operational voltage - 12-24 VP wire
thiokness 1-5-2 mme "KUUA-5M" is suitable for carrying out the following
works built-up welding of rotors and similar profiles of a diameter of 20 an
or more# and of crankpins and webs of automobile and tractor orankshaftel
built-up welding of inside surfaces of drill holes of a diameter of 50 on or
morep front sides of rotating bodies# surfaces of key seats and key shaftst V/
plans surfaoeel and welding of flanges to shafts and to thin-walled tubes*
There are 4 figures*
ASSOCIATIONs Chelyabinsk Plant (Ulmannt I6E*)l "So Ordshonikidso"
Chelyabinsk Plant# Chelyabinsk Institute of Mechanization and
Bletrifioation of Agriculture (Hyahkov, X.N. and Antonovioht
V.I.).
Card 2/2

SERG--'.YEVt Yu*V,; MONOVICH, V.1,.; CHIMER, h.1.
Portal prussure In nouts oxperlmental losion of the 11vor. Truly
Inst. kraev. mod. All Tadzlio SSR no.lsl6/.-177 162.
(141%k 1715)

Omll'.A a818)

I'n w

ANTONOVICH, Mel HORISENKO, IVj MUCHAGINA, R,P,; SOKOLt O,P9
Distribution of proteins and ensyme In the subconular
hepatic structures and morphological characteristics in
experimental chronic alcohol intoxication* Akt#vop pat,peah.
no,31197-209 165o iMIRA 18ill)

ANTONOVIC4, Ye.A.
1%W
Hygienic characteristics of sugar beeto Crown In soils with
Introduced benzene hexachloride. Nauchotrudy Inot.ent.1 fit.
AN MSR 7:122-126 156o (HLRAjlOt3)
(Plants, Iffec%iof Insecticides on) (Benzene hexachloride),
(Sugar beets)

ANTMOVICH, T~*A*
Uperimental data on a toxicological evaluation of the hex&-
chlorocyclohexans gamma looser and Its permissible concentrations
(with summaty In Xnglishl. Vop.pit. 17 no.6:54-59 N-D 158.
(MIRA 12:2)
1. Is tokeikologicheakDy laboratorli (zave - kande med6 nauk
A.A. Tostanovskeyn) Ukrainakogo nauchno-Isoledovntel'skogo Inetl-
tuta pitunlya, Kiyev.
(E~~ EMCHLORIM, texicity
animal toxicol. tests & standard. in foods (Rue))
(YOM benzene hexachlorlde content, standard. (Rue))

t f I t C' I I ill t !J,
4,1)" 1 lih All-'.Itiion I i, r I v; h- s

ANTONOVIGIII YO.Al
I - -J,
, a4v"" .
taicological characteristics of a gawng isomer of hexachlorocyclohexans.
Fhrm. I toks. 22 no.3:272 W-Je 159. (HIPA 12:7)
lo TokBikologicheakaya labomtorlyn (rukovoditell - knnd, mod, nauk
A.A. Tontanovskaya) Ukrainskogro rdtuchno-lonledovatellskogo inatituta
pitanlya jBWZW MAGIMOMM, toxiolty.
gamma isomer (Has))

AtITCIX)Vl(;H, Ye. A. , Crind Ned SCi -- (di-o-171) 'TlnLurial.~ 1*01, the toxicul-
0go-hyglenic chijrac teris tics of hexactlorane, the gamma-isower of hex-
ac',,ilorcyclohexane, and the standardization of theje in edible product&."
I'
Kiev, 1960- 15 P.-; (LIvov State Medical Inst); 200 copies; price riot
given; list of author's works at end of text (12 entries); (KL, 1b-60,
155)

TWTANOVSKAYAp A.A.; AUTWOUCII, Yo.A.
Problema of preventivQ diet in chemical enterprison. Vrach. delo
no.5slll-112 My 161. (MIM 109)
1. Toksikologlcho:k&YVA laboratoriya (rukovoditell - kand.tped.
nauk A.A.TO,3tanov kays) Ukrainukogo nauchno-inaledovateltakogo
instituta pitaniya.
(DIET) (CIOUGAL WOMIZ-USLASIZ AND HYGIEW,)

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ease. polsh y tal"Potsda to Iflumin. thir W"Plid to irkifift 11
im-Tratlivir sints of ftw Wit ed&d to N&C -
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thelthirmcon conn. rasa. was" obWr*d IlaC4 was a %trwl;79pt=Ut"MnlSc
but othttwiw wee MmIlar In the eapts with N&O and KCI thir h rqualed 4 2 4 3,
with IllaCk 4.& 4.6. Wwo alkeill wai vwd as the r"fiset. jIw mat wily was al-lairwril
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r7 11

WSR/Chemistry ~rmaccutical YD-2168
Card 1/1 Pub 129-8/20
Author Antonovich, Yo. G., Proklyev, M. A.
Title The synthesis of derivatives of Pyrimiditio-1,2:11# 21-imidazo-
lones-41
Periodical Vest. Mosk. un., Ser. fizikomet. I yest, nauk, 10, No2 57-62,Har 1955
Abstract Under the influence of acid anhydrides, alpha -haloge noacyl derivatives
of 2-amino-4-oxypyrimidinea are WsbLeof forming condensed systems
ouch as pyrimidino-2,3:21,3'- imidazolones-5' and pyrimidino-1,2:11,21-
imidazolones-41. Thid indicatec that there is a shift of hydrogen
atoms to the ring nitrogen via lactime-lactam and amidine tautomerism.
Equations, tables. Five refere'nces (two USSR; two since 1940).
Institution Laboratory of Protein Chemistry imeni Academician N. D. Zelinskiy
Submitted September 29, 1954

.
4, 4A fly! .:I tk It Il.f
f) III I
S S R

LT
. t, lgi. 'j, i

Z.,;i TI-4

Ilk 1, '1 4
il-ho,,04 pt,". 11v

rl-j,
A 1" 1 ~iil

11,0 till t
11,
sil

1 11r(,11% 0 vi k

ANTONOVICII, Yo, G. , Cand Clicra Sci -- (OU83) "Proportios of Anino
aml oxy-Dorivativo Pyrimidbion imd Synthosis of Certain Pyrin. i-
dizioimidazolonos." Mos, 1957. 11 pp (Mo3 3tti'tl-o Univ im, III. V,
Lorionosov, Chemical Faculty), 100 coplos (IM, 49-57, 111)
- 8 -

PROKOPITEV, X.A-.; ANTONOVICH, Te.G.; SUACHKIN, Tu,P,
Pyrimidinimida:OMS-2 *Part, 4: Absorption spectra of pyrimidinim
pyrimidinimidazolonse in the ultraviolet region. Vent.Hook.un.
SerematojwekhsOastrox,,f1s,j khim,, 12 no.3tl"-209 '57.
(MIRA llt3)
1.Laboratorlya khImil belks. Imeni eked. H.D. Yoskovskogo
gotudaretvannogo universiteta.
(Imidasolons-Speotra)

PROKOFIIEVt M.A.; ANTONOVICHt Ye.G.; BWUN(YVF A*AO
Investigating the protein nuoleotide structures of ribonuoleio acid
isolated from the pancreas. Biokh'mJia, 25 no.51931-936 S-0 160.
(HIM 14, 1)
le laboratory of Protein C~emistryp Chemical Famatyl State Univeroltyp
Mosaow.
(NUCLZIC ACIDS) (PEPTIDES)~

AI%TW,OVICH. T. S. 0., PROKC)IM, M. A., BOGIANCOV, A. A.,(USSR).
OThe NatIve Peptide Derivatives of *%wlootides Ubtain*d
from RUA of the Pancreas."
Report pressated at the 5th International Biochemistry Congress,
Moscow, 10-1,6 August 1961

BOGDANOV, h.A.; PROKOFOYEV, M.A.; ANTONOVICH, Ye.G.; TERGANOVA, G.V.;
ANICIM3VA, V.M.
Struature of nucleotide-peptides in the ribonualeic acid isolated
free the pancreas. Biokhimiia 27 no.2t266-272 Mr-Ap 162.
(MIRA 1518)
1. Laboratory of Protein Chemistry, Chemical Faculty, State
University, Moscow.
(NUCLEIC ACIDS) (PANCR W )

BOGDANOV) A.A.1 ANTONOVICH, Ye.G.; TERGANOVA, G.V.; PR.OKOF'yEv, M.A.
Mucleotide-peptides as fragments of a high-plymer ribonucleic
acid rrom the pancreae. Biokhimila 27 no,3:442-447 ?V-Je 162.
(MIRA 1518)
1. Lalmratory of Protein Chemistry, Chemical Faculty, State
Universit Mo ow
(PAWT.S~' (,3cCUT,,,S) (NUCLFIC ACIDS) (PEPTIDES)

BOGDANOV, A.A.; ',I-'RGJ'ttw'OVI*t, G.V.; M.;'.
Now dn~a on thm structure of nuelootide-j"ptidfs, r,~rit4tltuuntn
of pdncriatic ritonucleic acid, BiolyhImUn -27
N-D 162. (14111A 1"t5)
1. LaborAtorlya khimll Volka knimicheskogo fakiil'tet.-I Gasudar3tvennogo
nnIversiteta Imeni Lomonosova, Voskv,%.

14050iuN~W, A.A., ANTONCUCH, Ye.G.., T?JtGiV,CVA, Is.-W.; PR0,K()F'Yq.V, M.A.
Alknli-realstant nucleotl(IA-peptilo !'r-aimonts of ribosomal rlbonii-
cloic acid from Racharichin coli. DonI. AN SSSR 150 no.6sl373-
1374 Je 163. (HIRA 16:8)
1. Hoskovvlkiy t~,osudarstvontiyy 1,intw~rsItet im. M,Volomonosova,
Fredstavlt~no nkalomikum
ACIDS) MITHERICHIA GOLI)

TEROANOVA, G.V.; ANTON(i;CI.!,,,Y,s*O.j DOGI)AROV, A.-A.1 rR()KOFIY-.%V, M.A.
Structure sind biological role of paptides connected vith ribosomal
RNA.Dokl. LN S.SM 162 no.5s1191-1193 Je 165. (KIRA 18s7)
1. Moskovaliy gosudarstvannyy univeraitet. Submitted Soptembor 4, 1964.

NRt
11'1691
AITMORs Antonorlth- In- To~
%~VA~~
RG: lAningrad Assoc-lation of Hediosa Equipmont Enterprises 11Kr4snoCv&rdo3,ots11
i,enkW-acTo-ko-y-,W&Kj-eai-M-Ty-O Vjidp-r-Wai - Ivemakoy takhrdRI 'Trasnovardoyets")
~
T:[Tlgt Now apparatut for tho production of apyrogerdo %,later
SOURM Mbditsinska3z prorgraMonnost' SSSR, no. 4, 19650 56-59
IOPIC TAGSt mediol suppli distWAtion
1,8STRACTo 'r,e author descrites an oritlinal apparatus for the production of"
seyrogenic water of a quality not Inferior to the bidletilled water used In
pharmaciens hospitals. and other medical Institutions. it produces 10
-liters per hour by means of careful separation of steam during its passage
from the chamber to the condenser rather than by meant of double distilla-
Mon* The apparatus is stainless steels which assures its rellatflity and
,durabilltyo Recent Improvements In Its design have made It possible not
a-,ly to approve this apparatus for series production but also to discontinue
Vie production of the D-3, D-IOP BD-1P and BOA single- and double-distilla-
tion, uniti previously used for the Same purposes uhtch provided utater of
stimauhat lower quality* Specifications of the ALIJKbpparatus for the pro-
&iction of apyrogenic watori ACs 220 volts; power required 8 kit; dimensions
3*,Ox280xlolOO mm,* these specifications also are more economical and efficient
,tl,an those of the apparatuses uhich the AA-1 to replacing. The inventor is
A.- Pov Ad* le9d Krasnogyardeyets-enterprisis In Lan.ingrsds.f
ji1r1(,,* a1% VAVUVE, YJW_
SUB CW3s 06* 07 / SM DAj9j 1?,Oot,64
. - - - .__ f. - L. "

AWONOVICH, Ye.l.
Moderalintion of filters# Medsprom. 11 no.9:53-54 5 '57.
(MIRA 10,12)
1, Lenin4tredskly savod slaktromeditainakogo oborudovaniya.
(FILTERS AND MOATION)

AMONOVICH, TO.I. ~ I ~
Modernization of medical untoclavess Madoprom. 13 ' no*3:148- 1
50 Mr 159. (MIRA 1235)
1. Leningradekly savod elektromeditsinekogo oborudovan.iva.
(AUTOCIAVICS)
-- --!..

kh'TONOVICH, 'fe.l.
HechiLnisation of manufncturing proccst~cf; at the Leningrad plant for
electrical medical apparatus. Med. prom. 14 no.7%7-10 J9 160.
(MIRA 130)
(MEDICAL INSTRMMNTS AND APPARATUS)
.1 - , - ~,-- , -- - Z- -~~ !L 1, U., ", -
- - - - ~ - --Lt 1. ~:.- 4, :.1. 1 -1,--,' - ~ - -

63506
8/064/60/000/005/006/009
B015/BO58
AUTHORS: An"onovskaya, E. I., Villk, Yu. N. Ii
TITLE: kpplication of Stools of the Grades 311-533 (EI-W) find
A.-629 (E1-629) for the Production of Hydrofluoric Acid
Iq -.1 X
PERIODICAL: KhAmichaskaya promyshlennost', 19609 No. 5, p-.77
TEXT: A strong corrosion canobe observed in rotary kilns which are used
to decompose fluvrepar at 170 - 4500C for the production of hydrofluorle
acid. Various experiments for achieving a better Wrroaion protection
o
having failed, the q2Mt~qa re late, c Of ateeleffof the grades HI-533
I- IL
(X23H23M3A3 (Kh23N25M3D3)) and SI-629 23426h3A5T (Kh23N28M3D3T)) was
compared with that of the conventional Cr-3 (8t-3) steel under greatest
strain, I.e., in the rear and front parts of the furnace. The experi-
mental data obtained show that in the front part of the furnace the
corrosion resistance of EI-533 steel is ten times higher, and that of
EI-629 steel 22 times higher than that of carbon steel of the grade St-3.
The difference is smaller in the rear part of the furnace, since tho
corrosion of St-3 steel is also weaker there. Welded joints of these
Card 1/2

83506
Application of Sto*ls of the Grades M -533 8/064/60/000/005/008/009
(EI-533) and M-6.,!q (si-629) for the B015/B058
Production of Hydrofluoric Acid
steel grades, which were made with a U-9 (TsL-9) electrode, also
showed good results, so that a suitable lining of rotary kilne could
be made by use of the above stools. There is 1 table.
Card 2/2

lotf~'
S/0624)~121~000/006/003/003
B I i OID206
AUTHORS: Antonovskaya, E. I., Villk, Yu. N.
TITLEj 001-rosion of copper and its alloys in hydrofluoric acid
PERIODICILs Kh'.micheskaya promyshlennost', no. 6, 1961, 61 - 62
TEM Since it is known that the corrosion of copper and its alloys in
hydrofluoric acid depends on the presence of atmospheric oxygen, H 2s0 49
so 2' H2S' H202' otc- in the hydrofluoric acid, the effect of these ad-
mixtures on the corrosion of copper 61 (M-1) and its alloys DPA5 (BrA5),
b A14 (BrAN),andJ162 (L62) in boiling hydrofluoric acid %as determined.
48; hydrofluorii.- acid was filled into the 100-ml container 1 of the column
made of copper M-1 (Fig.) and hosted over an oil bath. The temperature
was kept between 110 and iI40C by a thermo regulator. Six samples were
suspended from atrip 3 made of Ftoroplast-4 in the acid at the interface
vapor - liquid. Before starting the experiment, the gas in which the teat
was made, waa blown through for 2 hr. The investigation lasted 100 hr.
The admixtures were introduced together with the hydrofluoric acid, and
Card 1/7

24721
S/064/61/000/006/003/00)
Corrosion of copper... Blio/No6
their content was analyzed according to TY MXH(TU IMP) 3846-55 before
and after the experiment. Tables 1-3 show maximum corrosion in the pres-
ence of oxyger, in the hydrofluoric aoid. At the interface vapor - liquid,
splitting takes place at the places affected by crystal boundaries and
deposition of spongy copper, while copper corrodes uniformly in the liquid
phase. When adding 5-1%4 H2SO V the corrosion character is changed through
the formation of HSO3F acid and a new ratio between H 20 and HF. The corro-
sion activity deoreaaes and the boiling temperature at the vapor - liquid
interface rises. With 10% H2SO 4' corrosion becomes punctiform, with 15%
H2SO4 it beoosies uniform with an increase of the total corrosion rate.
The presence of H.8 in H2F2 causes higher splitting and corrosion rate
than that of SO 2' The S02 concentrations occurring during hydrofluoric
acid production did not change corrosion rate and character. Addition of
hydrogen peroxide increased the total corrosion rate. The oxygen formed
during H202 docompositions H202W-H20 + 1/2 02 causes copper corrosion.
The copper alloys BrA5, BrAN, and L-62 show higher total corrosion rates
Card 217

81015~9ql~400100610031003
.32
Corrosion of copper*** BIiO B206

and oorroxion splitting than coppers vhile BrA5 and BrAN lose aluminum
whereas the brass L-62 lose* zinc. During the corrosion of BrA5; mainly
aluminum passes into the corrosion pr9duots. At the vapor - liquid inter-,
face$ corrosion splitting and deposition of spongy copper takes place.
During corrosion of brass, a component rich in zinc (A-phaeo) passes over,
and splitting and deposition of spongy copper takes place. The metallo-
graphic investigations of bronze and brass 4amples proved the results
obtainedo There are I figures 3 tables, and 13 references# 4 Soviet-bloc
and 9 non-Soviet-bloo. The most important reterenoes to English-language.
publications read as followat Ref, 5f J. C. Chaston, Cheat Eng,# a,,
no. il, 104 (1948)s Ref. 61 E. Fetters Chem. Eng. 56, no, 8, 90 10 (1949).
Ref. 121 J. Byrnes M. D. Vahn, Bladt Furnace a. Steel Plants Als no. 71
760 (1953). 1.0

Card 3/7

Ah7ONOVSIUU E j VILIKY IU*N*
Corrosion of copper and its alloys in hydrofluoric acid@ Kbimsprom,
no*6:431-432 Je 161* (KCRA 14t6)
(copper allo7s.-Corrosion) (Hydrofluoric acid)

AW ONOISKAYA
~--- .. -II.--.O--~-I---; TAUTAROVA, L.V.
Corrosion of met&Mo materials in aqueous solutions of fluorides at
elevated temperatures. Zhur.VKIIO 6 no.4t477-478 14. (~= 1417)
1. GosudarstvenW institut prikladnoy khImJi6
(Corrosion and anticorroolves) (Fluorides)

CIIADKOVAj V.F,; AMNMKAYAO E.I.; KOMWHICV, TV.D.
Electron diffftation and X-ray diffrution studies of the
passive surface of iron and of sow steels. Zhur.prikl.
khim., 34 no,9:2020-2031 3 16L, (HIRA 1419)
(Stool-Matallography) (Passivation)

00
S/129/62/000/012/009/013
ID073/E;351
ALYMOM Antonovskaya, Eel., Engineer
TITLE: Xntorcrystallino corrosion of welded Joints in stool
aatl` (KhIBN9T)
PF,RIODICAL.- Notallovodeniyo i termichoska'ya obrabotka metnllov,
no. 12, 1962, 43 - 47.
TEXT: Two strips of stoo11Khl8NqTj.l6o x 55 x 2 mm, containing
0.16,,' C, were welded and 20 x 80 mm specimens were cut in the'
direction parpondicuXar to the seam. Defect-free spots were then
t~stod for intercrystallitto corrosion by three methods: 1) ox-
posire to a boiling solution or ilo 09 CusO4*5H 55 g H
201 2S04
(5 oc. gravity 1.84) and 1 000 S 1120 for 036 - 72 It followed by
90 bending; 2) holding for I It at 80 C in a solution of .10V
IINO3and 2!; NaP followed by go bendingi )) by anodic polari-
,zation. Concluaions: welds produced by oxyacetylene welding are
:con3idorably more prone to intorcrystalline corrosion than those
produced by electric-are welding. float-troatment of the gas-
welded specimens reduces that tendency but does not eliminate it.
Card 1/2

S/129/62/000/012/009/013'
Intarcrystalline corrosion set. EO
73/E351
Induction-ha 0
rdaning from 1 100 C with holding times of 5-9 age
removes the welding, stresses in, the metal, thus reducing the Prone-
neon to intercrystallino corrosion. A holding time or not lemal than
5 min in roquired for restoring the austonitic structure. The
welding electrode compositi6n influences tho' proneness of the weld
to intorcrystalline corrosion in seams produced by electric welding.
Induction-hardening with short-duration holding at the hardening
temperature does not incrowie the proneness of the transition zone
to intercrystalline corrosionj tests on tubes confirm this.
There are 5 tables,
Card 2/2
-7-7

8/076/62/036/011/004/021
BIOI/B160
AUTHORSs Sukhotin, A. U., Antoaoysk and.Posdoyeva. A. A.
(Leningrad)
TITLEi The nature of the passivating film on chromium in acid
solutions
PERIODICALs Zhurnal fizicheakoy khisii, Y. 36, no. 11, 1962, 2368 - 2373,
TEXTo The authors seek to explain why chromium is passive In 1 x H 2s04 at
-0.1 to +1.15 v (referred to hydrogen standard electrode) with passivity
decreasing slowly at more negativo pot*ntials' while at -0.30 to 0.35 v It
is fully activated, and anodic activation met; in at> +1.15 Y. The therao-
dynamic conditions are discussed for all the electrochemical redox pit*-
ceases that can occur on a chromium electrode in acid solution, and their
standard potentials are calculated* For the reaction 2Cr + 3H~OV---hCr 203
+ 6H+ + 6* the potential is -0.58 vj besides this, Cr 203 has very high
resistivity, so it can hardly comprise the passivating film. On the other
hand, for Cr + R2O-V-'CrO 2 + 4H* + 49 the potential In -0-15 v9 and it Is
Card 1/3

S/076/62/056/011/004/021
The nature of the passivating... B101/1JI80
therefore assumed that the film consists mainly of CrO2 with other oxides,
The potential range -0.5< 9