SCIENTIFIC ABSTRACT ATROSHCHENKO, V. I. - ATSARKIN, V.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102510017-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

sov/8o-32-5-12/52
The-Investigation,.-of tHe Conversion of Carbon Oxide by
Water Steam at Increased
Pr-_Ssure
ductivity rises more wiiformly. .4bcnre 30 a!= only a slight
technical-
economical effect is t-3 be expect-ad. The high pressure has
the same
effect on high- and low-t6mperatu7a catalysts.
There are: 2 graphs, 2 tables, 1 diagram and 6 referenees, 3
of which
ara Soviet;- ,2 Enqllf?~ antl I`tialiim.
ASSOCIATION: Kha--Ikovskiy pol:LtekhniWheskiy 1xvititut imani
V.I. Lenina (Khar'kov
Polytechnioal Institute imoni V.I, Lenin).
SUBMITTED: januarj 6, 1956
Card 2/2

PHASH I BOOK EXPLOITATION SOV/504
.Atroshchenkot Vasilly IvanoviLhj losif Il'ich Gellpori%
Anatoliy Petrovich Zaaorin,
Viktor Ivanovich -Konvisar.. Antonina Yakovlevna Kraynyaya,
Agnessa Grigorlyevna
loeybUBh, and AniBM Rudollfovich Yastrebenstskiy
Metody raschetov po tekhnologii. svy&zannogo azota
',Computational Methods in the
Technology of Combined Nitrogen) Khar1kov, Izd-ro
Khar1kovskogo, univ.j, 1960.
302 p. 5,000 copies printed.
Ed.-'(Title page)t V.I. Atroshchenko; Ed.t D.A.Vaynb,wg;
Tech. Ed.: V.S.
Zadorozhnyy.
PURPOSE: This textbook is intended for graduate students in
chemical technology
institutess and mgy also be used by engineering ani technical
personnel of the
chemical industry.
COVERAGE: The book describes computational methods used in
the industrial produc-
tion of hydrogen, nitrogenp synthetic Ammoniap ureas nitric
acid, and methanol.
Problems in the refining of natural gas are also reviewed.
The comDutations
involve i~aterial'and'heat"bal~nces'andithe deteimination of
Card=V-5--

Co4utational Methods (Cont.)
93V/5604
dimensions of equipment and its designp based on equations of
chemical reactions
and thermodynamic computations of possible yields or reaction
rates per Be$
Equations and formulas for determining reaction rates are also
given. Plant out-
puts, flow sheets, and technical characteristics are inelwied.
The supplement
includes an equilibrium state (vapor phase) diagram of a
rrLtrogen-oxygen system;
entropy diagrams for amoniap air, nitrogen, and oxygen; graphs
of heat capacity)
viscosityy and heat conductance vs. temperature (0 -3500 C) for
nitrogen-hydro-
gen-ammonia mixtures at P = 300 atm; a viscosity ys.
petoj,)ntags.co#6sitjon_graph
Of CO + H2 mixture at 50 - 4000 C; diagrams of CH4, C02# C01
N2j and.11.2 solubility in
CH30H at 300 atm. and 250 C; a compressibility coefficient vs.
temperature
(25 - 2500 C) graph of 00 + 2 H2 mixturGa at 250 and 300 atm; a
nomogram of
physical constants; enthalpy vs. temperature diagrams for
alcoholop olefins and
methanol; and tables of rate constantsp partial pressuresp heat
contents of so-
lutions, viscosities of gases, average molecular heat
capacities of various gas-
es and vapors at different pressures, rate constants of the
oxidation of
nitric oxide by oxygen at different temperatures., etc. The
authors are affili-
ated with the XbAr'kOvAkiYpolitekhnicheskiy institut imeni V.I.
Lenina (Kharlkov
Polytechnic Institut imeni V.I. Lenin) and the Gosudarstvannyy
institut azotnoy
Card=:;Zl~-

Computational Methods (Cont.)
SOV/5604
promyshlennosti i produktov organichaskogo sintoza (State
Institute for the Nitro-
gen Industry and Products of Organic Synthesis). The
Introduction and Cho. V# Xy
and XI were written by V.I. Atroshchenko; Ch. It by A.G.
1Ajybush; Cho. II, III,
VI, and VII, by A.R. Yastrebenottikiy; Ch. IVt by I.I.
Gallimrinj Cho. VIII and
XIVO by V.1. Konvisar; Cho. IX ajid XI11p by A.P. Zasorin; and
Ch. XIII by A. Ya.
Kraynyaya.. No personalities are mentioned. References) nainly
Soviet# accomparq
individual chapters.
TABLE OF CONTENTSs
Foreword
3
Introduction 4
Ch. 1. Computations and Design of a Methane Conversion Plant 5
Ch. II. Computations and Design of a Carbon Dioxide Conversion
Plant 37
Card-345

AUTHOM
TITLE:
PERIODICAL:
S/064j6O/0O0/Oi/2O/O24
3022/BO08
Atroshchenko, V. I,, Taeytlinj~ A* Rep Zasorinj Ao P.
Zolotate'VEW78.
The Utilization of Nitrogen Oxides - the Waste From Some
Processes
Khimicbeekaya promyshlennost', 1960, No. 1, PP- 79 - 80
TEXT: The problem of the utilization of nitrogen oxide waste
developing
during the manufacture of some products of the organic synthesis is
dealt
with in the paper under review. The development of a simple method
for
the utilization of nitrogen oxide waste In Industry is desirablee The
principal reactions which deitermine the forning of nitric acid from
nitro.-
gen oxide are mentioned and equations for tAe reaction rate are
given.
The utilization of highly concentrated nitrDgen oxides permits the
pro-
duetion of 55% nitric acid1lin accordance with the equation of
equilibrium
of the 88ODnd reaction (F -- P O/PNO ). The absorption takes place
in a
p N 2
bubbling column which reprecents an absorber of improved type in the
Card 1/2

ATROSHORIINKO V.I. doktor telchnicheskikh nauk; ASNIN,
Ta.L, kand.tekba.
Z L~a ~!-- , , ~Iifl 7
V~ 9 ' iSWA, Z.A.
Investigation of the stability of KU-,! and AB-21' ion
exchangers
used in the filtration of oonoentratail solutions.
Xhim. prom.
no. 7051-553 O-N 060. (KIRL 13:12)
(Ion exchange)

ATROSHCHMIKO, V.I.; KORDYSH, Ye.l.
Optimum relation between the oxidation processes of
nitric
oxide and the absorption of nitrogen dioxide in the
production
of nitric acid. Uy. vys. uoheb. sav; khim. i kh1m.
tekh. 3
no. 5.:885-891 160. (MIRA 13:12)
1. lharlkovskiy politekhnichookiv inatitut imeni
V.I. Lenina
rafe4ra tekhnologii. neorganicbeekikh veshchestv.
(Nitria aeld) (Nitrogen oxide)

5..1110, 5.21100
7,1,6 3 1.

SOV/80-33-P-6/52
AUTHORS:
Atroshchenko,
V. I., Konvisar, V. I. , Kordysh, Ye. 1.
TITLE:
Concerning the
Efficiency of Nitr,of,;en Oxide Abuoi,ption

in Bubble Plate
Columns
PE1310DICAL:
Zhur,nal prikladnoy k4imii, 1960, Vol Nr 2, pp

1069-295 (USSTO
ABSTRACT:
The rate of formation of diluted nitric
acid is governed

chiefly by the reactions of NO oxidation and the
ab-

sorption of NO2 thus formed. In designing bubble-cap

and sieve
plate absorption cojumns, the oxidation of NO

and the composition
of the nitrogen'ox1des is determined

for each successive plate.
The rate of NO 2 absorption and

the amount of nitric acid formed
Is then calculated from

the equation of equilibrium and the
experimental value of

the plate efficiency. The present study
deals with the

determination of the plate efficiency which is a
function
Card 1/4
of several variables:

7'
Co'neerning the Efficlency of Mtrogen Oxide T631.
Absorption in Bubble Plate Columns 3OV/80-33-2-6/52
C= I (CHN1.1 P, 1. W, h). (1)
where cHN03 is the acid coi-centration.(in % based on
weight); t is the temperature of tho acid (in 0 C);
P is the pressure (in atm); h is the distance between
the plates (in in); w is the gas velocity (in m/sec)-.
The study was made in a column consIsting of cylin-
drical sections of various lengths from which columns
with various distances between the plates were as-
sembled. Plots of the plate effiCiE!ncies C against the
acid concentration at varicous pressures and plates
distances, in conjunction with data on C values at
various gas velocities and acid concentrations (supplied
by the Lisichansk Branch of' the State Institute of
Nitrogen Industry and the Central Laboratory of LKhK)
allowed for establishing the empirical equations (5) and
(10):
K~_0.0071 + 2 .10-4. P-0.01.1 - w. (5)
Card 2/4

T(631
.oncerning the Efficiency of' Nitt-ogen OxIde
-ibsorption In Bubble Plate Columns S 011/80 - 32 - 6115 0
where K is the coefficient expressing the change of C
for 1% change of acid concentration:
0 -0.3 +'W' CHNO, 4 O.Wil PI-85 +
+0.067 h-0-002 1 -0.43 w, (W)
where 0.3 is a constant' -f*or a given plate construction and
Initial gas composition. Prelimlnar~r calculations of the
values of C by means of the above equations showed that
they can be used successfully in designing absorption
columns for the production of weak nitric acid. The fol-
lowing workers of the TsZl I,KhK (Abstracter's note:
Presumably stands for the CEntral Factory Laboratory of the
Lisichansk Chemical Combinate) tools part in the study: M.
T. Ivaldinenko, A. N. Berezhriaya, N. A. Rassyplcina, Z. A.
Makarova, A. N. Lyashenko, N. S. Bezperstova, N. N. Nikol-
ayeva, and K. A. Dubenko. There are 6 figui-es; 3 tables;
and 10 references, I U.S., 22, U.K., I Polish, 6 Soviet.
The U.S. and U.K. references are: K. G. Denbigh, A. J.
Prince, J. Chem. Soc., 6, 790 (lq47); P. G. Caundl, K. G.
Denbigh, Trans. Faraday Soc., 119, 1, 39 (1953); T. S.
:;o-d 3/4 Chambers, T. K. Sherwood, Ind. Eng. Chem., 21(,1, 1-9,
1515

I I
'oncerning the Efficiency of Nitrogen Oxide 7'(63 1.
Q)sorption In Btibble Plate Columns SOV/80-33-2-6/52
(1937).
1UBMITTED: June 23, 1959
zi vd 4/4

SD'KO,, Mikhail Fedorovich; ATROSHCHENKO,
Vasiliy lv~ii.ov-,Ich;
IIESTERMIKO, Yu.Yu. --i-
., . ed. -
[For the development of' cooperation between
tho workers
of science and production] Za razvitie
sodruzhastva ra-
botnikov nauki i proizvodstva. KharIkov, Izd-vo
Kharlkovskogo gos. univ., 1961. 106 P. (I"'FIA
16:1)

A
ATROSCHENKO, V.I.p doktor tekhn,nauk; ASNINt Ta.Lj
kand.tekhn.nauk;
"I-NiCTS ArA79-,60AS
Investigating the possibility of the :repeated use of
a part of wash
waters in desalting units* Khim.prom, no.1:66-68 Ja
161.
(Saline vatera-Demineral.1sation) (MIRA 14:1)

~IAZI~OSHCJTNKOp V.I.; BIBR9 Be
Kinetics of the converigion of carbon monoacide b7
water vapor.
blw. khimo shure 27 no*1963-72 161, (MIRA 1412)
0~
1, Kharlkov~kiy politekhnioheskiy institut im.
V.L.lenina.
~Jcarbon monoxide) (Yater vapor)

ATROSHCMVKO, Vasiliy yanoy oh; KARGIN, Stepan Ivanovi~h;
CHULKOVA,
I __
ZAZULISKAYA, V.F... telchn. red.
(Technology of nitric acid] TekbzologLib, azotnol
kisloty. Mo-
skva., Gos. naualmo-tekhn, izd-vo khim. I&+,-ry, 1962 523
P;
(M;RA 15:3
(Nittic acid)

ATRQS11C=1KO..,VaBiliy Ivanovich; ALEKSEYEV,
).,,^kadiy Mefodiyevich;
"ASORIN, Anatoliy Petrovich; KIRILLU-1, Ivan
Petrovich;
YONVISAR, Viktor Ivanovich; YASTRBBE31FTSKIY,
ArAsim
Rudollfovich; VVEDENSKIY~ P.I., prof,~
retsenzent;
VARLAMOV, M.L., prof., retsenzent;
BAZILYANSKANA, I.L.,
red.; TROFIKENKO, A,S6# tekhn, red,
[Technology of combined nitrogen) Telihnologiia
sviazannogo
ILzota [I)yj V.I.Atroshchenko i dr. Kharikov,
12d-vo Kharl-
kovskogo univ. 1962. 322 p. (MIRA 17:1)

ACCESSION NR: AR4015647 S/OC)81/63/000/022/0440/0440
SOURCE: RZh. Khimiya, Ab .a. 22N87
AUTHOR: Atroshchenko, V. L; Shchedrinskaya, Z. M11,
TITLE: Catalysts for the heterogeneous oxidation of natural gas
to formaldehydai
and methanol.
CITED SOURCE: Tr. Khar1kovsk. politelchn. in
-ta, v. 39, 1962, 19-24 1
TOPIC TAGS:. catalysis, oxidation, oxidation catalirst, natural
gas, natufal gas
oxidation, heterogeneous oxidation, formaldehyde, -methanol,
inetal oxide catalyst
TRANSLATION: As catalysts for the partial oxidation of natural
gas (93% CH4, 2%
02), the authors investigated the metal oxides InO, CuO, A1203,
Fe202' Mn02'
M003, Cr203, V205, BaO, A920, Th02, U205 and AlP04, glass wool,
asbestos and
pumice (also uned as carriers), as well as Cu-Ni and Cu tubing.
Thecatalysts
were prepared ftom the carbonate or ammbnium salts by
precipitation, filtration,
and baking at 600-700C, followed by briquetting, and by the
application of ni-
trate solutionii to heated pumicedrying.at 110C, and baking for 3
bra at 750C.
The carrier, T& by weight "-1003, was prepared as fvllows: the
carrier was treated
Card 1/2

ACCESSION NR: AR4015647
with a solution of (NH4)2MOO4, boiled for 45 min., and 12 hrs later
the samples.
were dried for 2 hro at 110C and baked for 3 hrs at 750C (for glass
wool, at
450C). The authors then studied single, double, and.triple
catalysts and the
effect of the carrier. Determinations of catalytic activity were
made at vari-
ous temperatures (375-500C), volume speeds (15,000-50,000 hr-1),
and amounts of
catalyst (0.5-507. metal). For each catalyst there Is an optimal
volume speed,-
and temperature at which a high yield of CH20 and CE30H is
obtained. The opt
mal content of metal applied on pumice is 2-10%. lm. the presence
of metals on
carriers,, the mrerall yield of useful products (fron-the
participation of CH4 in
the reaction increases considerably and a selective catalytic
action is observed.-
The most active catalysts are M003, ThO2, Cr203, A&20, and a
mixture of Ag2O.
Cr203 on pumice and without it. Triple catalysts axe less active
than double or
single. A high yield of CH30H, up to 32.6%, is obtained on CrZ03
and Cu2O; up to!
25% on MoO3 and Ag2O, The beat carrier is pumice. An outline and
description of
the process of contact oxidation of natural gas are pre'se.-"ted.*.
L.R.
DATE ACQ: 07Jan64 SUB CODE: CH ENCL: 00
Card 2/2

AnDSHCBELNjOj V.I.; ZHIDKOV, B.A.; ZASORIN, A.P.
small-scale experimental process of carbon monoxide
conversion
by.water vapor, Kin,i kat. 3 no,j'0605-609 J1-Ag 162.
(MIRA 1518)
1. KharIkovskiy politekhnichaskiy institut imeni
V.I.Lenina.
(Carbon monoxide) (Water vapor) (Chemical models)

.ATAOSHCHENKOP V.1,, YEFIMOV, V.'-,, LlEfl.mov.
V.T.J, 1-11-TVINENKO, I.I.
[Lytv)manko, I.I.1; ALEKSMEV, V.N.'(Alek"l-'ev,
V.N.-I,
GALINSKIY, A.G. fRalynslkyi. A.11.1
Invest-igating the pro-evs of the prcduction of
concentrated
n'Ltric acid in an auro~-jtm-, Willi Y-ilux
pa,~~-,.ng ring-~;, lChim.
prom. [Ukr.) no.305-39 '63. (MIRA 17: 8)
Fharlkovsk-',y pol-Uekhn--chP-~P..-'-y jnFtitut
(Ior: AtToshchenko,
Yefl-mov, Lltvlnenko). 2. li.---l~hanak.-.y
khbn-i.chesk-Ly kombinat
(.Uoz~ Alekseyev, Galinsk.y).

ATIROSHCHENKO, V.I.,- KIJSHNARENKO, I.P.
Kinetics of the contact oxidation oi' methyl al-,ohol
to formaldehyde
on a.silver catalyst. Izv.vys.ucheb.zav.;khim.i
kbim.tekh. 6
no.5s~74-780 163. (MIRA 16s12)
1. Khartkovskly politekhniclieskiy inatitut Imeni
V.I.Loninap
kafedra tekhnologii noorganicheskikit veshchestv.

ATROSHCHENKOP V.I.; IVANOVA, L.N.; GEMT, D.V.
,- - ~ . ~ - e- - r ~
Kinetics of ti-je conversion of carbon mo:-ioxide
with water vapors
on a zinc-chromllum catalyst.
Izv.vys.u~.,heb.zav.;khlm. i khim.
takh. 7 no. 1:70-76 164. (MnU 17:5)
:1. Klmr1kovskly politekhnichoskiy i.nsti,,.ut Im.
M.Lenina i
Usichanakiy filial Gosudarstvennogo
naitchno-issledavatellskogo
i proyektnyy institut azotnoy promyshlemosti i
produktov
organichoskogo sinteza.

ATRCXSHCIIENKO, V.I., doktor tokhn.nauk; ZELl,MAN,
N.A., kand.ekonom.nauk
Contribution of Kharlko3r chemists to -;he chemization
of the country.
Zhur. VKHO 9 no. 3042-345 164. (WRA 17:9)

V,..I-., doktor tel:hn. nauk; GONCH440YO, G.Y.
TI.Y. Y
Kinetics of the absorption of nitroger: dioyldo by
solld cnIcivin
oxido. Khim. prom.[91,.r.] no.1:27-29 Ja-IOx 165.
(MIRA 18:4)

USHNARENKOp I.P.; ATRWHOHENKOP V.11
Contact cvxIdatJon kinetics of methano'- to fomaldehyde on a
silver catalyst under pressure. Izv. vys. ucbeb. zav.~ khim,
i khim. tekh. 8 no.1347-54 165. (MIRA 18t6)
1. KhartkoviAi-y polltekhnicheskiy institut imen-I Lem-na,
kafedra tekhnologil. neorganicheskikh veshchastv.

ATROSHOHNKO, V.;-.- !VAYPNFNKO, Nf,". V.-.
f5wn pititeF, AlIN01-r)t'.or, of' nitrogen rzide..q.
4Z no.9::o"78--t-90 S l6r. (MMA 18:9)
j 'riesky inen! Lor--nll
pohLteklnl

ATROSHCRENKO, V.I.; ZLSORIN, A.P..; MINIOVICH, M.A.
Prospects hr the use of oxygen in the production of
nitrous
acid. Khim, prom. 41 no.10043-745 0 165. (MIRA 18tll)

(b) _RAPCj___jD
ACC NRs AP5619456.1 SOURCE,COMi UR/0286/6
5/000/020/0D19/0019,
AUTHORS t _A4110-vich. M. ~Shnmrson, A L FUIEpova,, Zh. NO Atr!~~~.,
I Zasbrin A P Ivanovsk~z, Fo~ P#
ORG: none
TITLE: Method for obtainirig, 2-
old ftsu~l t No, 1115. announced
492
the Nitro
Oronnic SynA'eeiv (Gosudarstvennyy nauchno-issledovatellakly, i
proyektt" institut
azotndy pronybblennoiti i produktov organicheskogo sintoza)7
SOURCE: Byulleten' izobrett)nly i tovarrWWznakort, no. 200 1965, 19
TOPIC TAGSs liitric acid#' n~.trogen:~O~d-e. nitrogei~ compound
ABSTRACTt Thi1.3 Author~Certlflcate presents,a method-for obtaining
nitric acid at a
pressure of /+-~-9 atm by absorbing'gaseous zdtrogezi~ oxides in
water in anabsorption,
tray-type colvion . To obtain'68-40% nitric acid., liquid oxides of
nitrogen are
introduced into the colwm at a point below the famation of 50--63%
nitric acid.
The reaction nay also be carried.out by introducinis, air into the
column et a point
below which the liquid oxidets of nitrogen are introduced,
SUB GOER t n/ SUBM DATE s IgDot6.y
Card UW; 661*W

A'.1"ROSHCHRIKO, V.I.; SHCHF.-DRINSK&YA, Z.M.; GAWLYA,
N.A.; Frj.!I~va1H- ucir.11.,"U"ye,
AYRAPEWAN,, M.T.; AbDULAYEVA, G.A.; WHOMINA, RUDI, t.A.
I
Gatul,vsts for oxidation procenses of natural gas to
form
formaldehyde and methanol. Zhur.prik:L.kh1m. 38
no.3.,643-
IS49 Mr 165- (MIRA 18-11)
1. Submitted Febr. 27,, 1963.

-66 EWT(m)/EWP(t)jET.1 IJP(r) WW/JW
L 22895 -/JD
AM -N--Rt-A--P-6oo6464 souRcE CODE, *m/bo64/65 743/074r
AUMORi Atroshchenko, V. L; Zasorin,, A. P,; Minioviah, M. A.. 3
ORG: none
TITLE: Prospects for using oxyge In the production of nitric acid
SOURCE: Khimicheskaya promyshlennost', no. 10, 1965, 7'43-745
TOPIC TAGS: nitric acid, nitric oxide, nitrogen compound,.oxygen, air
ABSTRACT: The article discusses the advantages of using oxygen in
the production of nitric acid and discuoseii several flow schemes
using
pure oxygen instead of air. It is the expressed opinion of the authors
that completely replacir4; air with oxygen ~Ln the production of
nitric
acid is full of promise. They point out that as a consequence of the
fact that the cost of electrical energy is continually dropping and
that the technology of separating air into its components is continu.
ually improving ensures the continued drop in the cost of oxygen.
It is noted that-the cost of stainless stc:%l materials used in nitric
acid production and the extent of capital I:nvestments requi-red for

ATROSHCHF,TIKO, V.T.
Our suggestions. Avtom., telem. i sviez' 7 no.12:40 D
163.
(MIRA 17:4)
1. Starshiy ol'ektromekhanik Kanashskoy distantsii
Gorlkovskoy
dorogi.

ATROSHCHMO, Ta,$, (Vinali;sa)
Therapy of whooping cough In children with phytoncides of
garlic,
Sov. mod. 18 no.801-34 Ag 154. (MLRA 7:8)
(WHOOPING COUGH, in infant ana chi'ld)
ther., garlic phytonicides)
(GARLICt ther. use
whooping cough In child*)

ATROSHCHENKO, Ye.S.; PASIIKOV, P.O.; RYADINSKAYA,
I.M.
Hardening of metals under the effect oj'
explosiVEI loading
conditions. Fiz. met. i metalloved. 19
no-4;619-623 Ap 165.
(MIRA 18:5)
1. Volgogradskiy politekhnicheskiy institut.

137-1958-3-5045
Translations from: Referativnyy zhurnall Metallurgiya, 1958, Nr 3,
p 84 (USSR)
AUTHOR: Atroshenko, A. P.
TITLE: The Role of Leningrad in the Development of the
Press-forging
Industry (Roll Leningrada v razvitii kuznechno-shtampovochnogo
proizvodstva)
PERIODICAL: - V sb. : Kuznechno-shtampovochn. proiz-vo. Leningrad,
Lenizdat, 1957, pp 7-24
ABSTRACT: A description of equipment and forgings manufactured in
the
blacksmith shops in the pre- revolutionary period. The author
points our the role of the scientists, D. K. Chernov, I. A. Time,
P. A. Afanas' yev, N. S. Vereshchagin., and S. V. Poretskiy, in the
development of the theory and application L 1" the forging
industry.
Among the efforts of Leningrad's blacksmith- innovators the fol-
lowing topics are presented: the effectiveness of the method of
combined forging and hot stamping on presses equipped with
crankshafts; forging in insert dies; a method. of manufacturing
forgings with negative allowances, a system which raised the
output of sound metal to 89-91 percent; the manufacture of
forgings from hollow ingots, as well as a score of other measures
Card 1/1 employed by Leningrad' s blacksmiths. P. S.

GIN2BURG, Zalman Noiaeyevich,- STELIMAKOT, Sergey
Mikhaylovich; BANGE,
B.O., inzh., retsenzent; PAVLOVICH, P.M., inzh.,
retsenzent;
XAMWIT, P.V., dotsent. kand.tekhn.nauk, obahchiy
red.; ATRO-
dotsent* kand.tekhn..nauk$ red,;
BORODULIAI'9~1'..X*-,
red.izd-va; SPIM&hXAYA. O.V., tekhn.red.
(Modernizing the press-forging equipment and dies
used in forge
shopo] Modernizataiis kuzn9ohno-pressovogo
oboruaovaniia i
shtaripovoe khozisistvo k-a2nachnykh teekhov. Pod
obshchei red,
P.V.Kameneva. Moskva, Gos.nauchno-takhn,izd-vo
mashinostroit.
lit-ry, 1958. 66 p. (Bibliotechka kuznetca-novatora,
no.8)
(MIRA 12:12)
(Forge shops--Equipment and ffapplies)

PHASE I BOOK EXJ?LOITATION SOV/3656
Atroshenko Aleksey.Petrovich, Gavrii'A. Tarasovich Vasillyev,
and
Izgotovleniye pokovok pod shtamoovochnymi.-molotami i na
gorizontall-
nokovochnykh m"hinakh (Forging With Hammers and Horizontal~
Forging Machines) Moscow, Mashgiz, 1958. 91 p. '(Series:
Bibliotechka kuznetsa-novatora, vyp, 6) Errata slip inserted.
0,500 copies printed.
General Ed.: P.V. Kamnev, Candidate 9f Technical Sciences,
Docent;
Ed.: I.M. Din, Engineer; Ed. of Publishing House: I.A.
-Borodulina; Tech.-Ed.: ON. Speransi~aya; Managing Ed. for
Li teraf-ure on Machine Building TechnoloE7y (I..eningrad
Division,
Masbgiz)-.: Ye.P. Naamov, Engineer.
PURPOSE: This-booklet is intended for forgAng machine
operators,
technicians, and engineering personnel. It may alio be used
by students at technical schools.
COVERAGE: The booklet describes basic.forging operations on
drop ham-
mers and horizontal forging machines,.and discusses the
principles
involved. Emphasis is placed on d4scribin~ mechanization and
Card 1/3

Forging With Hammers (cont.)
SOV/3656
automation of various forging and aux,!'liary operations.
Examples
of applied"'mechanization and automation in forging shops are.
described'And illustrated. No personalities are mentioned.
There
are 6 Soviet references.
TABLE OF CONTENTS:
Introduction

3
.1. 'Drop Forging (G.T. Vas'illyev)

4
Id
Equipment
for drop forging
4
2.
Basic methods'of drop forging
8
3.
Operational aspects of drop forging
12
4.
Fundamentals of
forging-die construction
18
5.
Ways and means of rationalizing
forging processes
.20
II.
Forging on Horizontal Forging Machines
(M.C. Eduardov)
25
6.
Advantages of forging on horizontal
forging machines
25
7.
Construotion of horizontal forging
machines
27
8.
Basic rules and technique of upsetting operations
30
9.
Seledtion of blanks*."-Determination of number of passes
and

of the necessary machine power capacity
38
Card
2/1~

F9M I BOOK MUTrATION WV/3655
Atroshenko Aleksey Petrovich,, Georgiy Tikhonov*'Lch
Obolduyev,, and Semen Mikhaylovich
Khesin
Izgotov1en4-y%t pokovok pod krivoshiynymi I vintovymi pressami
(Forging on Crank and
Percussion Presses) 140300vt Nuhgiz,, 1958. t26 p. (Series:
Bibliotechka
kaznetse-novatora., no. 5) 6,000 copies printed.
General Ed.: P.V. Ksmnev., Candidate of Technical.8ciencess,
Docentj Reviever:
Sh.K. Gilldenblat., Engineer; Ed.: B.0, Bange$ Engineer; Ed. of
Pab3ishing
House: M. VarkovetskVa.- Tech, Ed.: O.V. S'.9eranskaya;
Nanaging Ed. for
Literature on Xachine-Building Technology (Lenftngrad
Division.. Xasbgiz).,
Ye.P. Nainxtvj, Engineer.
PEMPOSE: This book Is intended for operators
used as a textbook by technical personnel
higher technical schools.
of forging pressesp and may also be
of farging shops attending seconAary and
Card 1/4

Forgimg on Oreank and Nrc=sion Presses SOV/3655
COVZRAGMt This isew contains basic information on nodern
methods of forging on
crank and per=ssion yvesses,, accompaniedby d1scussion on
the con-
struction of dies in tbe manufacture of lam! and small lots.
No personalities
are mentioned, There are 13 raferences, all Soviet.
TAWZ OF CONTMVS%
Preface 3
1. Smith-and Die Forging on Crank-and Crank-Toggle Presses
in Small Lot Production
1. Forging metbod developed by innovator A.V. Potekhin and
the range of its application 5
2. atmqx%rative technical and economic data 8
3. Crank-toggle presses 11
4. Characteristic features of operation of a crank press in
smdth and die forging 17
5. Smith and the forging on crank presses 18
6, Example of smith and die forging processes 25
0 ard 2/4

Forging on Crank and Percussion Presses SOV/3655
Ch. 11.
Die Forging on Crank Presses in lot &n& Mass
Production
51

(S.K. Khesin)

7.
Purpose and field of
application
51,
8.
Construction of presses and their
characteristics
51
9.
Buie advantages and disadvwtages in
foxgbig on crank presses
60
10.
Characteristic features of
forging an crank presses and

determination of the required
pressure
61
3-1.
Examples of the forging process
64
12.
Characteristic features of construction ol! dies for crank
press
72
13,
Technical specification for mamffacture of dies
for die-forging

crank presses
81
Ch. III. Die Forging on
Percussion Presses (S.M. Khesin)

86
14.
Purpose and field of
application
86
15.
Fl&shlesa forging of ferrous metals
87
16.
Flashleas forging of nonferrous metals
90
Card 3/4

rorging on Crank and Percussion Presses MY/3655

Ch. IV.
Sizing of Forgings (0.T. Oboldayev)
95
17.
The natd" of the
process., and the equillwnt used
95
18.
Technique of sizing
97
Ch. V.
Mechanization and Automation of Forging
Oparations

on Crank Presses (A.P. Atroshenho)
104
3.9.
The
importance of a vell-organized workplace
104
20.
Yechanisms
and devices for mechanization and

witmation of forging
operations
105
21*
Automation of removal of forgings
111
22.
Examples for organization of vorkplace an4 for

meehwdzation and automation of forging operations

on crank
presses
115
Literati=e

128
AVAILAZZO. Library of Congress
Card 4/4 VK/MS
6-29-6o

YIKIMOT. Konstantin Konstantinovich; FAVLOVICH, P.M.,
inzh., retBanzentif
ATA 0. I.P.. doteent, kand.tekhn.nauk. red.; CHFAS,
M.A.,
red.izd-va; SPARANUATA, O.V., tekhn.rod.
[KoohanizatioA and automatization of fc)rging
processes] Kokhani-
zataiia I avtonatisataiis kazAechno-shtampovochnogo
proisvodetva.
Moskva. Goo.nauchno-takhn.isd-vo mashinostroit.lit-ry,
1960. 161 p.
Ororging machinery) (Automatic control) (HIM UsO

S/182/61/000/006/002/007
D038/Dll2
AUTHOR: Atroshenko. A.P.
TITLE: Sta#ing round pieces with low loss in dies with a
wedged burr
space
PERIODICAL: Kitznechno-shtampovochnoye proizvodstvo, no. 6t
1!)61, 4-7
TEXT: A new design of wedged burr space was de-velop' ed by
the Minskiy trak-
tornyy zavod (11insk Tractor Plant). The develo-oment"was
prompted by a num-
ber of shortcomings in closed-die forging .(forg:Lngs ruined
by insufficient
quantity of metal; too high burrs which required additional
dies; uneven
forging height) and the design of open dies with a parallel
burr surface
(adopted from 113 practice 20 years ago) which cuused too'high
losses of me-
tal. The design (a) (Pig. 3) is used for round forgings, and
design (b)
for almost round ones. Metal losses in the new wedge spaco
dies fell from
20-30% to 5-100, stamping output rose 30-50%, ay;,d die
durability increased
1. 5-2 times. The volume of metal entering the wedged space -
Vo; VT + Vx3'V
t Va, where Vr is the minimum volume of metal needed to form a
we ged. burr
filling the die impression cavity, which depends on the shape
of forging;
Card 1/4

S/18 61/000/006/002/007
Stamping round. pieces ... D038YD112
VU3M (wear)- the volume of metal which compensates the wear of
the die im-
pression cavity with a resulting 1-2% increase of forging
volume, and Vj the
total volume of metal determined by negative de-7iations of the
diameters and
length of a calculated blank. The volume of wetIged space 3)
,~. (Fig
Vr + V6, 01 - dL hm + hK
The following Tormula, kRef. 6:.severdenko, V.P,., Prosvirov,
N.T., Kovylyay-
ev, X.P., Maloobl6ynaya shtamtovka i elementy rescheta
maloobloynykh shtam-
pov dlya pokbvok tel vrashcheniya [Low Burr Stamping 'and
Calculation Ele-
ments for'Low Burr Dies for Solids of Revolutior.], Sb. trudov
PTI, AN BSSRI
no. V, 1959), obtained from the preceding equation, determines
the outer
diameter of the wedged space cavityi
t __S_V0__.)
Ir (h li 4. bK)
where D is the diameter of the wedged s ace; dn- the diameter of
the forg-
ing along the section of wedged space;iAm- the f'ront end height
of the
wedge bridge of the space; hr - the far end height of the wedge
bridge of the
space. The initial height of the space bridge iii defined. by
M.V. Afanasl-
yev's formula (Ref. 7; 0 roli i tolshchine zausentsa yachey
shtampov-
gira. gor
ke (On the Role and Thickness of Burr in Hot Stampin , I'Vestnik
metallo-
Card 2/4

S/182J61/000/006/002/007
9tamping round pieces ... DOWD112
promyshlennostill, no K-rrL where K is the factor
. 16P 1936 t A pn y considered as
being equal to 0.07-0-1i Fn - the projection of the forging onto
the plane
along the burr sectiont and P. - t6 top-view perimeter of forging
along the
line of cutting of the burr. For round forgings (top view), h~z -
O.m -,
-0.025)ctn. The and height of the wedge bridge of the space: h( -
(0-3 -. 0-5)
hn . The bridge width is calculated as being a half-difference of
the dia-
meters of the space C) and of the forging(Int b- -1) -dn . The
width of the
space with an irregular flow burr is taken as: bj- 210 a 35 mm. An
industri-
al standard for calculation of dimensions of thezve spa;es in drop
forging
dies Was Aeveloped by Minsk Tractor Plant, where 30 different
forgings are
in production. 'Development of the wedged burr slace by N.T.
Prosvirov, IA.
Ye. Gavrilov, N.P. Kovylyayev and V.S. Degtyarev (Minsk Tractor
Plant) was
registered at the Committee of Inrentions, USSR Council of
Ministers under
no. 598917/25 of 30 April 1958. There are 4 figures, 2 tables, and
7 Soviet
references.
Card 3/4

Stamping round pieces ...
S/182/61/000/006/002/007
D038/DI12
x
PHc. 3. Tmnu o6aoflmoft xa-
M3))XN C KH""08MM MOCTW-
ROM.
Fig. 3. Designs of burr space with wedge b ridge
Card 4/4

ATROSHENKO, A.P.
New-design of combined~trimmers with buffer springs. Ruz.shtam.
proizv. 3 no.9:43-45 S 161. (MIRA 14-9)
(Forging machirery)
.t f
:,,_
v -

GOLOVNEVA, Mariya Al:ekseyevna; ATROLHENEQO-A1tka-MZ~jmxLWU_
KORNEYEVP D.M., kand. t-51EG.nauk, retsenzert; UKOSHITS,
G.S., inzh.,.:retaenzent; GOLOVNEV, I.F., kand. tekhn.nauk,
red.; DENINA, I.A., red.izd-va; SHCHETININA, L.V., tekhn.
red. - - I
(Equipment and technology of drop forging]CbDrudoyanie i
tekhnologiia goriachei shta:npovki. Moskva, Maahgiz, 1962.
368 p. (MIRA 16:3)
(Forging)

GINZBURG, K.S.; ATROSHENKO, A.P.
Constructive solutions of' mechanization hn automation of
forging
processes. Trudy LPI no.222s201-218 .163. (MIRA 16:7)
(Forging machinery) ~(AAtomation)

AT;,'.OSHINKC), A.P.; U'IVZBUAG, Z.M.; YEKII4OV,
K.K.; PAVLOVICH, P.M.,
-- ~.' t
2-nz .. re senzent; KA124EV, F.V.2 kand.
teklin.ntuk) red.
(Mechanization and automation of forgirg and
stamping
operations] Meklianizatsiia i avtomatizatsiia
kuznechno-
shtampovocluiogo r-roizvodstva. Izd.2., Ferer. i
dop. lllo-
SI'VII, Plashinostroonie, 19&4. 149 p.
(Eii-liotechka
kuz,-netsa-novatora, no.8) (1-11-DA 17:01)

ATROSHENKOI A.P.; STELIMAROV, S.M., inzb.,
retsenzent
[Mechanization and automation of drop forging]
Mekhani-
zatsiia i avtoratizatsiia goriachei shtampovki.
Moskva,
Mashinostroenie
,, 1965. 227 p, (MIRA 18;4)

GOFFENSHEFER, V.S.; ATHOSHENKO, A.P. kand.
tekhn. nauk.,
retsenzent; . I- P
[combination drop-hammer dies] Gruppovye
molotovye shtwipy.
Moskva, Mashinostroenie, 1965. 83 P. (MIRk 16t2)

-T
7- M,
INA: C 01DI
R 6 o 3 3 114 S 0 11 C 1 1/0 137 /G'; /000 001:040 /1041
. ...............
TITLE : Some peculiarities of hardening Armco iron in explosive
lorming
0 - - t~ 4,
SOURCE: Rtcf. zh. Metallurcriya, Abs. 71262
0
PAEF SOURCE: Sb. Materialy Nlauchn. konferentsii. Sovarnkhoz
ckon r-na. Vol-ogradslk. politckhn. in-;. T. 1. Volgograd, 1965,
272-274
TOPIC TAGS: explosive forming, hardening, plastic defor-mation,
grain size,
0
-1-11:1crolardness, recrystallization, martensite/Armco i::on
ABSTRACT: An investirfation has been -made of change,- in the
hardening of Armco
iron under conditions of explosive forming with a considerable
deg"ree of remanent i
plastic strain. The stress diagrain made it, possible to obtain on
one specimen
values of plastic deformation near the collision surface under
conditions of hindered,-
heat cxchanrrebetween the deformed area and the surrounding medium
(process
L
close to ad-abatic). The degree of deformation was estimated by
the ratio of grain
size a/b 'toward the directions of the main axes of deformation. '
The mean values
Card 1/ 2 UDC: 539. 4. 019. 1:669. 1

09392 -67
ACC NR-. AR6033114
of microhardening were measured at these points. in explosive
forming, the
clegree of increased plastic deformation does not resul'; in
increased hardehing as
in the static deformation, but in a decrease in hardnes3 as a result
of tempering
because of the hindc;:-ed heat exchange. At a/b = 3. 2, ffie
beginning of recrystalliza'-
Tion is rnarked by the appearance of new equiaxial small grains in
the structure.
In points where local plastic deformation is particularly high, the
appearance of
martensite is observed. L. Gordiyenko. [Translation of abstract]
SUB CODE: 11
CQ,d 2 2

-- -.-
- . ~ ~;j " - - 7,,-. 1 ",
I 1 1. 1 . - . _ . -- .
' '. '. wm. %
NO ~- - jDA, , , 1. -

L 4 T7-456
13

ACC NRI. ~-ARO!W31

t4
...:~-.,..-chtir~cte~.6f'jgtibngthenink--bAd'6fith6 effect of
allignment oj:dords on theiihWe I

o thenIng along1her-circurn' ter enc e of the 1. gs. Cast, fects
inAh 't ck
a ing de e ra

can lead' tjb-~b'e failure of a lug. .1rig. art.

has:
Ireference iterns. [Translation
of abstract].

FFMI
'
'

-I--'
F. -sVB- C'O
D'E;

p

M,

L.

2/2

ATROSHENKO, M. (Batumij, GruzS,')'R)
The fire department bocame an excellent unit. Pozh.delo 9 no.12:
26. D '63. (MIRA 17:1)

Country : USSR m
CateSory: Cultivated Plants. Grains.
,,ba Jour: RZhBlol., No 22, 1958, No 100241
;,uthor : iAro shanka. 14. D i
Inst : M~Fkov Institute
Title i Spike Formation in Ramoho Whoat In Rolation
to tho Growing Conditions.
Orig _Pubj Zap. Kharlkovsk. s.-kh. in-tit, 1958, 15 (52),
39-44.
No abstract.
Card 1/1

~M~m
KOVAIMfj N.D., prof.; ALRP-jjMJjQ --dots.; 11SKONNOR, AS.,
dote.;
.,,JI.D~,
LITVINENKO, A.N., dote.; OZEROV, V.N., red.1 CHEV4ENbTIY,
A.D.j red.; GONCHAROVA, T.I., tekhn. zed.1 DEMA, V.M.Itekhn.., ,
rod.
[:F)~ndamentals of farmbig and plant growing) Osnovy zemledeliia
i rastenievodstva. [Byj N.D.Kovalev i dr. Moskva Sellkhoziz-
dat, 1963. 566 p. NIRA 17:3)

Olr oz4e,, A-
.0
AUMN:
Atroshenko, M.P., Komyreva, U.S. 32-il-M/60
TITIAt
The
Quantitative Determination of Silicon and Phosphorus as Admix-

tures in Titanium Dioxide by Spectral Analysis (Kolichstvannoys

opredelentya primead, kramiya, i foafora v dvuokisi titans.
metodom

spektrall nogo analiza)
PERIODICAL:
Zavodakaya Laboraterya,
1957, Vol. 23, Nr 11, pp. 1317-132o (USSR)
ABSTRACTs;
The above
mentioned determination was carried out with a quarts

spectrograph
of the v" "icn-22". a "standard generatoe with &I-

ternating
current aro " 11 C -39" 9 and a microphotomater "M t -2". The

standard gauged sanples were prepared from dry powder. Am an
initial

mixture the basic substance with a 1% addition of one of
the admix-

tures was assumed. Pitch of the next standard samples
consisted of the

previous mixture plus the threefold quantity of
titanium dioxide - In

three stages. The spisatrally pure atirbon
of the Kuaissovsk works an

used as an electrode. Spraying of the
samples during the wMariment

wsj prevented by suitable
admixtureii. In the chapter: The aoternina-

tion of phosphorus
t1da process is flesoribeas It is pointed out In

this connection
that, in order to obtain the necessary intensity of

the analytioal
line, it ms naoenxso-y to h&ve theamperag* in the 2D A.

Determination was carried out according to the absolute
blackening
Card 1/2
of the analytical line. In the obaptaim The
deterw4zation of silicon

32-11-20/60
The QuantitattTe Determination of Silioon and Phosphorus an
Admixtures in
Titanium Diox:14o by Spectml Analymin
this process is described, and it is said that because of the
spattering of the suiple the followiag 3 stabilizers were
testeds
,W% outon powder, Z~% sodium chlortle, 25% each of nickeloas
oxide
iuA aLrbon powder (Ws Vs volume being msant LU eLah osse).
The
-thisd case we found 'to be the most ravomble. An am* types
of car-
bon oontain silicon they must first I)* investigated
speotivanalyti-
i3ally. The method desorlbed was foml to be well praotioeble
with a.
jeilloon oontent of 1-0.1%. The possible errors are up to +
8%.
Then are 4 figures auid 2 toblea.
ATAMOLS; Library of Oongrese
card 2/2

ACC NR, AP6031790 SOURCE CODE! UR/0064/66/000/007/0038/0040
AUTHOR; AtRo:iI cherko, V. 1. Yefimov, V. T. ; Litvinenko, I. I. ;
Alekseyev, V. 11.
Xutovoy, V. V. ; Abz;_RM~ova, M. ; Gain.-;kiy, A. G. ; Go:Lius, L.
M.
none
Film-type autoclave for the production of concentrated nitric acid
Khimicheskaya promyshlennostl,~no. 7, 1966, 38-40
TOPIC TAGS: nitric acid, nitrogen compound, chemical engineering,
chemical reactor,
chemical plant equipment
ABSTRACT: A film-type autoclave (liquid reagents flow over
the'packing in form of a
film) packed with aluminum coil coated with a fluorinated resin for
production of con-
centrated nitric acid is described and its advantages o-fer the
conventional flooded-
-type autoclave are pointed out. The schematic of the autoclave is
shown in figure 1.
98.4% nitric acid wms obtained in this film-type autoclive at 25
atm, N204;H20 ratio of'
8.5-8.9, and a contact time of 17 min. At 40 atm and N204:H20 =
8.1-8.7 and 17 min
contact time, the acid concentration was --qual to 98.7-19.29t. The
oxygen consumption
was close to the stoichiometric amount. It was found tnat the
film-type autoolave is
twice as effective as the flooded-type atutoclave and that it
compared very favorably
from the standpoint of corrosion. Orig. art. has: 4 figures, 2
f-ormulas.
Card
UDC: 661.565 : 65.023.7

,790
Fig. 1. 1--vessel; 2--ahell; 3--coated
aluminum coil; 4-7grid; 5--concentrating
tubes.
CODE: 14107/
SUBM DATE: none
Card 2/2

2131/19691
AU Li!st*6 OA# a Atras %ktjV-j6-
TITIRt on the A00"*cy of VJI~Aobols*fs Methal
PZUODIULS Ilvestlys AWGUU naukSSSR, Serlya geoftsichesim7s.
1980, Nr 3,
pp 507-509 (USSR)
ANTH&M V*V,'Soboloy's'method (list- 1) is used to obtain an
approximate
solution of tu*Otad!Ati!a-1mPftr equation in an anisotropic
scattering atmosphere. The present note represents an atttnt to
saft"to the errors invOlved in this method by comparing the data
repo"od by Psygel I son -Vt &I - (R*f 2) vith'calculstiozo by
the
Soboley method (in Ref 3 the radiation transfer equation vas
solved
nwerically by a mucossai-is, &pproxteation nothod). Sobolev
(R*f 3)
showed tbat in a single-layer model of the sAmosphere the
approximate
formula$ involve an err~3r not exceedini, lox. He did not,
however,
indicate the,oipticsl thIcknessiss, the forms of the scattering
Card 1/2 Amotiong *to. to which this figure applies. It is,
therefore, V-1/
3/049/60/000/03/018/019

S/1;59/62/000/003/045/098
D223/D301
AUTHOR: Atroshenko, V. S.
zi
TITLB: Some estimates of the accuracy of solution of the
transfer equation by the method of V. V. Sobolev
(Theses) -
PERIODICAL: Referativnyy zhurnal, Geofizika, no. -,), 1962, 17,
ab-
stract 3B146 (V 13b. Aktinometriya i atmosfern. optika,
L., Gidrometeoizdat, 1961, 270)
TEXT: The accuracy of the solution of the transfer equation (for
the case of a two-layer atmosphere) according to V. V. Sobolev's
method is appraised by comparing the results of the numerical-so-
lution of the transfer equation. It is shcwn that in calculating
multiple scattering and the intensity of ascending radiation by
V. V. Sobolev's method there is an error cf about 25 - 30% which
may reach 100~ in the case of descending radiation. /-Abstracter's
note: Complete translation.
Card 1/1

GIAZMA., ~*�q YALKEVZH-s XS,i FBIGELOSON.. Xe.M.;
Prinimli uohaotiyes K]14,. ~,,.'vtudontka; TOWHOVA,
L,,, studentka;
ROZUG=p G*Gop prof.,, doktor fiz.-mtem.neuko otv.redo;
PENKIU,, N.Y.,, rod.izd-va; SUSHKOVAO JjA,., tekhnored.
[Calculation of light :intensity in timi atnoopbere
during
anisotropic scatteringo Part 21 Ranchet isricosti
aveta. v
atmourere pri anizotropnon ramoslanii' Uast' 2. Mwkvao
Isd-vo Akadnsuk SSSRp 1962. -222 p, (AZdomlia nauk SSSR.
Institut fisikl atmonforys Trudjrp no&3). (KCROFILM)
(ML 1518)
11 YAOskovskiy gooudarmtve=W univeroitet (fcir Kim,
Tommhova).
(Light-ScatterJmg) (Atmosphere)

mayor meditBinakoy sluzhby
Method of selecting oly3rators of radw, stations by
sensory
motor reactions. Voeri.-red. zhur. no...11.-6&-69 11
161. (14IM 15:6)
(RADAR OPERATORS)

% ATRwHavial, A.a., inshoner; TSIMISHCHRY. P.A.,
Whener. rodaktor;
ZHIMIRM."F.'V, tokhalchooldcy redaktor
(Advanced notheds of organizing. loconotiwe boiler
working in the
depot] Feredovye me'tody organtzatsil proorvochnogo
remonts, parovo-
zov r depo. Moskva. Goo. tranop. zhol. -dor. izd-vo,
1954. 82 p.
(Looomotive boilers) (MLRA 8:5)

GUTOROV
MWZOY, M.PL; ATRVS1D~EYLC# VX.; KCNDRASROV, A.M.;
NOROZOV, X#So; NIKITJUO, TATARMjKb. V.A.; USMOV, P.N.;
ZHILYAM, A.T., otv,reil,; VOLKOVA, red.izd-va;
wiNSKAYA, G.K.,-tekhn.red.
[Beigulations for the construction and cafe operation of
steam
bollers and, efir tanks I.-a Industrial locomotives]
Pravila,
ustioistva I bezopasnoi ekspluatateii jarovykh kotloy I
Yoz-
duiihnykh rezerruarov parovozov promyshl.ennykh
prodpriiatil.
Qb1azateliny.'d1la yeekh ministersty, veidometv I
smarkhozove
Xonkya, Ugletekhisdat, 1958. 25 P. (MIRA 12:7)
li,Ruesla (1917- R.S.F.S.R.) lomitet'lio nadroru sa,
boxopapuys
vedeniyam rabot v promyshlennosti I goimoma us dsoru.

-----SOURCE COJE; U-/0303/66/000/001/0001/0003
ACC NRi AP6006716
.AUTHOR: Blagonravova, A. A.; Tartakoyskaya, A. M.; P:-onina, I. A.;
Slivochnikova, M.
V. ; Atryasina~,
.ORG: none
IZ: Single component cold-s.etting polyurethane va:-nishes
RCE: Lakokrasochnyye materialy i ikh primeneniye, no. 1, 1966, 1-,,
IC TAGS: polyurethane, isocyanate resin, polyeste:o plastic,
varnish, paint
STRACT: Several polyester-type prepolymers were synthesized from
2,4-tolyulanedi-
ocyanate and esterified glycerides of the castor oi 'L and from
2,4-toluylenediisocya-
te and polyesters prepared by condeiisation of propy. Lene oxide
with glycerine, tri-
thylolpropane, and ethylenediamine and were cold-se't in humid air
for 0-60 days. The
operties of the starting materials iind products am tabulated and
graphed. It was
und that all the synthesized single component prepolymers undergo
cold-setting in
mid air. It was also found that the setting of tha;e prepolymers is
catalyzed--by
iethanolaniine. The hardened films i~xhibited excellent mechanical
properties (hard-
ss) and-&-e- r~mmended for use a., varnishes. Orig. art. has, 4
figures, 2 tables,
fomulas.
B CODE: 07,11/ SUBM DATE: nonc./ ORIG REF: 003/ OTH REF: 005
UDC; 667.633.263.3

M~~
ANDA, Gem; ATS , Illes; SEBO, Oaza
Dimigning small transformers. ViUamossag U
no.5-.131-135
Kr 163.
l."Tranmill" Transzformator es
Vi.Ilamoskeszulelcgyar.

ATS 9 111.8 a
Iz-" --- i- --
The now "Transavill" tranoformer. Villanonsag 13
no.107
Ja 165.

ACCESSION Us A114034710 8/0303/64/000/002/000/10W
AM!HORS# Blacm%vovaj Ae A* I Pcmdaut 1. A.; T&rta&XMMjMy&, A4 M. I#t"
V*P*
TITLE1 Polyis*eS%n&t** suilbsble for proteative coatings with vVerior
phatoresist-
Ance
SOURCEs Lak6krasochay0ye wAterialy* I.' ikh prizenen4ep now 21 '1964#
3~
TOPIC TAGSs laoqqerv polyisocyanateg'allyluretheneg loocyanate
polymerizationg
isocy-anate tolomerizationp polyisocywmte nitrooellulime Uoquerp
photoresistant
'polyisooymate laoquerg PAU polyisocrinste enamel
ABSTRACT: The present study deals with the polymeris4ition of
home-1-i6oq*Mtq-
6-allylurethene, (11ICLU) 0'
'CN"JN11C00CH,-Q4-Ci4,
The polymerization was oonducted without solvents# in inert
clolventep and in a
carbon tstrachlorUe mediume Dswayl, peroxide (0.2-3-0A)t di-ter.butyl
pe"xidet
or d1nitril-2p2'-svzo,-bis-isob%tyr
Lo acid (DABIBL) were used as initiators. The
reaotion was allovired, to run tor 6 to 20 hours at 60 and 120C
before the visoosity
and isocywate numbers of the obtained po3T-HXC47J were determinede It
was found
that# in an Liert solvent nedivA (tolutme) and without solymto the
trawformtion
Cord 1/,5

ACCEWION NRt AF4034710
of the monomer didnoot exceed AP-549 irrespective of the amount
of initiator
present@ Extension of the polymerization time caused the
formation of a precipi.-
tate of high-moleoular oompoundat whWi was soluble agy ia the
original monoser*
When the pol4naerizWon of HICAU was conducted in osYi)on
tetrachloride (in a I 11
ratio at 70-750 fDr periods to 21 hris in the presenoe of 1%
DABIMA) there occurred
a more rapid and amplete polymorizatlon of the monomor with the
formation of low-
molecular produotio* To these the authors ascribe the formil-
Ji
.CI
-(CHJ6-M-C-O
where n is 5 or 6.' The obtained poljmor had a molecular weight
of 1050-1070 and
contained 13-14% of chlorine* Samples of such poly-HICAU of -
150) molecular weight
were assigned the trade name PAVp and their solutions in various
solvents were
subjected to extensive lacquer and enamel coating testep either
by themselves or
mixed with titealwa dioxide, with nitrocellulose and allqd and
w-Ith phenolic resins*!
Films of high straigth and good adhesion were obtained, Thor were
superior in
Cad 2/3

ACCESSION NRI AP4054710
light resistanos to anowl N-300* On-ise arc, haw 6tablesp 4 Obartsp
and 4
formulae*
AMIATIONs name
is 00 DAIM ACqo 2MKV64 xms~ 00
SUB CODR 112 10 RO WV% W1 00k
Cid 3/3

NAGY.. Istvim, dr.; ATS, Marlap dr.; KASZORU, Mtwia,
dr.; LUST, Ivan, dr.
On the clinical ol.gaifitance of the effcct of druga
on the oenm
pmperdin level. Orv. betil. 104 no.11%492-495 17 Hr
163.
1. Budapest XIII. Visegradi utcai Szakorvusi
Rendelointezet.
(PROPERDIN) (ZYHOSAN) -16rOMACH NEOPIASMS)
(LUNG NEOPLASMS) ~ (UTERINE NEOPLASMS)

ATSAGORTSTAII, Z.A.
- --Nwmwww
R191titr calculMlons of reinforced concrete
constructions. Isv.
AN Azu.SM.Ser.FM muk I ao.2-.153-165 14W. (Km 9:8)
1. lastitut *troym&tsri&lc)v J soorushaniy jUadeuii
nauk ArvMskoy
SSR.
(Rejnfoj~ced concrete construction)

ATUGORTSMAN, Z.A.
Vtorminiji 'the optima oection of reinfiveed conerste
slabs t&JdAg
into consideration the effect of the chasige of theIr
own v*Ight.
Isv.AJ Arm.M.Ser.JM usuk I no.6:495-.,;oo 148. (KLU 9:
8)
1. Institut stroitelltykh v&t*A&lov i sooruthenty
Akadexii nauk
Aravookoy MM.
(Concrete slabs)

ATSACORTSYANj Z., A.
30260
Vybor optimallny~h marok byetonov dlya konstruclctsiy:L,:
lyeC-kogo zhyelyezobyetona.
Trady IV Vsyeso3mz. konf-teii po byetc-nu i
zbyelyezobyeton.
Kmstruktsiyam. Ch. 3, Mv-L.., 1949, s. 91-loo.
SO.- MTOPTSI NO. 34

ATSkGORTSYAN, Z.A.
mwmmvigw
.Now nothod of on-the-job control of conarete quainy.
Izv.AN Arm.
SM.Ser.FMT nauk 1 no-2-.187-193 '52. (Km 9:8)
2. Institut etroymterialoy i mooruxhent;r Akedenti
nauk ArsWanskoy
SSR.
(Concrete--Testing')

ATSAMRrSYA4, Z. A.
Elasticity and Plasticity, Mechanical kroperties and iesting
of Materials (3891)
Doklady Akaienii Nauk Arm SSR
Vol. 16, No 5, 190, Pp 1h1-147
Atsagortsyan, T. -A.
Correlation Connection of the 6trength of Porous dateria 11
Witi) the Degree and
Character o.r its Porosity.
Itr methods )f mathematical statitAics there are j,--ven the
results of testa of
24 cube-shx.)ed blocks made from lithoid pumice w th a
10-cm.side. Article
demonstrates that there is a linear correlation hotween the
strength of lithoid
pumice, porosity and vater abs~.)rption.
So: Moscow, lieferativrWy, Zhurnal -- Mekhanika No 6, 1954
W-31059

ATSAGORTSY'AN. 2.A-. I .
-- , -,
Uniformity factors for building stones arid masonry.
Ity.Alff Arm.SSR.
Ser.tekh.nauk 10 no.4:61-68 157. (MIRA 10:10)
1. Inatitut stroymaterialov I sooruzheniy AN Arayanskoy
SSR.
(Builaing stones) (Masonry)

SORAKYAN, L.Go; RZHA ITSIN, A.R., prof., doktor
t6khn.nauk. retsenzent;
AISAGORTSTAN, Z.A., kandotakhi2tusuko rello; GOROTM,
Got takha.red,
Dtatiatical theory of strength] X ata-Ustizhaskoi
teorii
prochnouti. Xrevan, Arimianakii In-t st:roimaterialov
i sooruxhenii.
1958. 103 P. (MIRA 13:8)
1. Chlen-korrespondent Akedemii stroitellatva i
arkhitaktury (for
Rzhanitayn).
(Strength of mterials) (Statistics)

ATSAGORTSIAN, Zaven Aroonovich,-- RARTIROSTAN, Cnik
Artomlyevich -
I
1,.Tuffs and marbles of Armenia] Tufy i mramory
Armenii.
14revan, Armianskoe gas.izd-vo. 1959. 141 'P. (KIBA
13:10)
(Armenia-Voloanic ash, tuff. etc.) (Armnia--Marble)

ATUODRTSUN, Z.A.
S ftuly:, of tbs. eMat of :voms. admospheric
influsnooo. on properties
of volcanic tuffo. Tx%Aly Arm. irwt, stmimat. i soor.
no.l:
. 774W- f *,* (MIRA 14:12)
(Volcanic ash, tuffs eta.-Testing)

ATSWORTSYAN, Z-A.,kand.tekhn.nauk
Hatm-al porous aggregatee occurring in the Armenian S.S.R.
Strol..mat- 5 no,2:8-11 F 159. (MIRA 12:2)
(Armenia-Volcanic ash, tuff, ate.) (Armenia,-Pumlce)

#!S~~TSTAN, Z.A., kand.tokhn.nauk
Methods for 1:rolonging the life of various facing
stones. Stroi. mat.
6 :ao.12-.14-17 D 160. (:Building stones:i (MIRA 13 -- U)

ATSAGORTSTAII, Z.A. -, KHACHIUII, M.G.
Methods for investigating the strength and
durability of stone
materials. Zav.lab. 26 no.1:98-99 160. (MIRA 13:5)
1. Armyanskiy Inatitut stroitellnykh materialov i
sooruthenty.
(Bailding materiale-Testing)

ATSAGGRTETAX, Z.A., kwad.takhm.nauk
Basalte for the woodpalp and paper lad-istrys
Bux6prox. 35 no-10i
14-16 0 060. (KIRA 13: 10)
(Basalts) (Woodpalp Industry)

KHORASANYAN,, G.A.; ATUGORTM.AU7_".. otv. reed.;
SHTINW, R.A.,
red. izd-va; KAPLANYAN, M.A., tekhn. ied.
[Economics of large-panel house buildIng in
Armenia) Eko-
noxdka krupnor~neltnogo domostroeniia, v Amenii.
Erevan
Izd-vo Armian6icoi SSR, 1961. 137 p. (MIRA 150~
(Armenia-Construction industry-Costs)

S/08 621000100610641117
B149XB108
AUTHOR: Atsagortsyan, Z. A.
TITLE: Hydrophobization of felsite tuffs with organo-silicon com-
pounds
PERIODICALt Referativnyy zhurnal. Xhimiya, no. 6, 1962, 439,
abstract
6K447 (Sb. "Materialy Ob"yedin. Nauchn. sessii In-tov stroit.
materialov i sooruzh. Zakavkazsl:. respublik 1958". Tbilisi,
a assR, 19611-119 - 132)
TEXT; The rate of water absorption by felsi';e tuff (FT) on being
kept in
water for up to 1 hour, showed a 1.6 fold deoroase aftor a single
treat-
ment with a 1% solution of sodium methyleilitionate (SMS), and
dropped to
one-quarter EXter triple treatment. This difference in water
absorption
diminishes with prolonged water-saturation. The concentration of
B143
used should lie as high as possible (up to 3$66). The coefficient
of soften-
ing of untreE;ted FT it 0.49, that of SIMS-treated (Y~ solution) FT
0.65.
SMS treatment has a positive effect on the djnamic modulus of
elasticity
of water-satUrated FT. SMS also sets favora:bly in oases of
alternqting
Card 1/2

S,1081/62/000/006/064/117
Hydrophobization of felsite ... B-149/B108
water saturation and drying, and of freezing und thawing. Atmospheric
air and heating do not affect the hydrophobic properties of SMS. The
depth of penetration of SMS into PT is 0.06 mat after a single
treatment,
and 1 ''45 Mm after triple treatment. EAbstracter's note: Complete
trans-
lationj

ATSAGORTSYANO Z., kand,~ekhn.nax*
InCTeasing the durability'of stone facing of-buildings.
Fr(m.Am. 4 noolt55-59 Ja 161, (MIU 14; 6)
(Buildbg stones)

-ATSAGORTSYPJI, Z.A., kand. t6khn. nauk; YA-RrIRDI:YAN, O.A.,
kand. tekhn.
I rARMANYAN, G., red.; KHACHATRYLN, S., tekhn. red.
(Tuffs and marbles of Amenia)Tufy i iixamory Armenii. Erevan,
Aragosizdat,, 1962. 157 p. (MIPIA 16:2)
(Armenia-Volcanic ash, tuff, etc.)
(Amenia-Marble)

AKOPOVt SLMONOV, M.Z.; STEPANYAN, V.A.;
TF;R--AZAR'YEV., I.A.; RODIN, B.M.; STUGMV, A.S.,
kand. tekhn.
nE.uk:, nauchnyy red.; ZAYCHIKOVA, E.A., red.izd-va;
KASDUV,
D.Ys.., tekhn, red.
(1,roduction of natural stone wall materials and
lightweight ag-
gregatesjProizvodstvo prirodnykh kamatLnykh stenovykh
materialov
i leg4kh zapolnitalei; soatoianie i perspektivy
razvitiia. Mo-
skva, Gosstroiizdat, 1962. 211 p. (MIRA 15:12)
1. Armyanakiy nauchno-issladovatellskly institr44
stroitellnykh
materialov i sooruzheniy. 2. Armyanskly
nauchno-issladovatellnyy
institut stroitelinykIt materialov i s,)oruzheniy
(for Akopov,
Atsagortsyan, Simonov, Stepanyan, Ter-Azarlyev). 3.
Nauchno-
issledovatel'skiy institut stroitel'Rrkh materialov i
izdeliy
Akedemii stroitel'stva i arkhitektury Ukr. SSR (for
Rodin).
(Building stones)
(Aggregates (Building materials))

ATSAiGORTSYAN, Z.; LSAAMN~ S.
33ffect of petrographic characterisvics on the strength of
basalt.
Prom.Arm. 5 no.4;34,58 Ap 162. (MIM 15: 5)
(Armenia-,Basalt)

ATSAGORTSYAN, Z.; VERMISHEV.. G.; ZAIH&ROV, L.; OGANFSYANp M.
Effi(dont use of light finers in the Arnenian d..S.R. From.
Am. 6 no.lxlO-11+ Ia 163. (MIRA 16:4)
1. Nauahno-issledovatellakiy inatitut ka.,miya i silikatov
Soveim narodnogo Ithozyapitva Aroyanskoy MR,
(Arm(mia-2�htweight concrote)

ATSAGORTSYAN, LA., kand.tekhn.nauk
Methods for large-scale tests of stone for tension
and shear.
Stroi.mat. 9 no.3s29-30 Mr 163. (MIRA, 16:4)
(Stone-Testing)

S/109/62/007/005/013/021
-7 YO D201/D308
AUTHORS: Atsarking V.A. Zhabotinskiy,,,M.Ye., and Frantsesson,
TITLE: Achieving the limit sensitivity of a radio-spectros-
cope for the observation of electron paramagnetic re-
sonance
PERIODICAL: Radiotekhnika, i elektronikag v. 7, no. 5, 1962,
866 - 873
TEXT: The authors consider the three basic noise sources which li-
mit the seneillivity of a paramagnetic rae4lio-spectroscope; the SHP
receiver noise, the relative frequency instability of the signal
generator and of the cavity resonator and amplitude and frequency
instability noise of the local oscillator (where applicable). After
comparing vF,rious radio-spectroscope systems it is concluded that
maximum sensitivity is obtained in a superheterodyne system with
double magnetic field modulation and AFO from the cavity resonator,
in which system the effect of both klystron and resonator instabili-
ty on sensitivity may be neglected. Rele,rant circuits of an actual
Card 1/2

S/109/62/007/005/013/021
Achieving the limit sensitivity D201-ID308
superheterodyne radio-spectroscope are given, the instrument
opera
tes at.29,5 ma/s and has a deep 50 c/s modulaiion of the magnetic
field.. Its calculated sensitivityo with the reoeiver noise only,
should be 6 x 10 g/mol DPG [Abstractor's noze: Diphenyl guanidi-
ne?] with the Q of the resonator equal to jo4 and the indicating
in-
strument passband of 2 a/s. The experimentall,o-, measured
sensitivity
was actually found to be 2 x 10-12 g-mol 'DPG, which is
considered to
be in good agreementp if the inaccuracy ot such factors as the
r;m.
s. value of noise is taken into account. The experimentally found
sensitivity of the instrument when observ:Lng_18e paramagAetic
reso-
nance signal on a ORO was found to be 2 x 10 g-mol DPG with the
receiver pass-band of 12.5 kc/s. There aro 4 figures&
SUBMITTED: June 17, 1961
Card.2/2