SCIENTIFIC ABSTRACT ALEKSEYEV, A. I. - ALEKSEYEV, A.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100910020-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

AM V, A.I., inzhener.
ft""VAft*ZWLeWEj,
Low temperature welding with the use of Induction heating. Vest.mash. 33 no.
10:79-80 0 153. (MLRA 6:10)
(Electric welding)

AID P - 318
Subject USSR/Engineering
Card 1/1
Authors : Gullbe, L. E. and Alekseyev, A. I., Engineers
Title : A simplified procedure for the automatic welding of
pipes.(Practice of the Trust Uralstallkonstruktsiya)
Periodical Sbor. mat. o nov. tekh. v stroi., 3, 10-13, 1954
Abstract A special travelling platform has been desi ned with
roller stands on which large diameter pipeEJO 1.3 m -
1.9 m) can be placed and turned over for automatic
welding. For this welding the universal welding tractor
TS-17 was used. The construction of tractor TS-17 was
designed by the Welding Institute of the Academy of
Sciences, USSR, and the whole process of welding carried
out by the Collective of Metallic Construkions of the
Magnitogorsk Plant. 4 charts show the details of this
installation.
Institution : None
Submitted : No date

DMITRITJCV, Petr Vasillyevich; AL~I~PY_JV,-A.L, insh., reteenzent;
FIRMSOV, I.H., inzh., red.; DUGINA, N.A., tekhn.red.
(Mechanization in the manufacture of metallic structures]
Mekhanizatsiia v proizvodetva metallokonstraktaii. Moskva,
Goo.nauchno-tekhn.izd-vo mashinostroit.lit-ry. 1960. 90 p.
(MIRA 13:7)
(Machinery industry-Technological innovations)

S/125/60/000/007/007/010
A161/AO29
AUMORS: Lebe-dev, B.F.; Sterenbogen, Ya.A.; Alekseyev, A.I.
-------------
T= Mechanization of Welding Works in construction ot' Blast Furnace
Casings
FER-TODICAL: Avtomatieneskaya svarka, 1960, No. 7, pp. 70 - 75
TEU: Mechanized welding in constrt~ction of blast furnaces was applied
by the Electric WeldLzj Institute imeni Ye.O. Paton &P-d the "Stallmontagh" 'LM. s t
in 19W _-1951 at the Zaporozhakiy metallurgicheskiy iombinat-TZaporothlye Met-
allurgio Combine) (Reference 1). Later, elVtroslag welding of vertical joints
was used foFl)last fumaoas of the stalinskPXin the Kuzbass) and Ni&niy Lqil
works. The electroslag process reqid-res space for welding equipment and the
enis of the jolx~ts have to be moved out of the structure, therefore the furnaae
casing design had 1-.o be changed. The standard casing desiga:.has three variations:
two are shown in Figure 1, in the third design the position of the sheets is ver-
tical, Vaich Is the most oonvenient for eleotroslag. welding but requires a bend-
Ing stand with long rolls at the plant preparingthe sheets, and high-capaoity
tower cranes or, site. In Nizhniy Tagil, for the first time in the USSRpraotice,
card k/4

S/125/60/000/007/007/010
A161/AO29
Mechanization of Welding Works in Construction of Blast Furnace Casings
a 75-ton "Sk-1425" (BK.-1425) tower orane was availatae on site, and the 2,500
square meter assembly site of thle blast furnace had a 30 + 30 ton gantr-j crane
(Ref. 2). The second easing layout was used here. At. Stalinsk, only a 25-ton
116H-406" (EK-406) emne was available and the construction site was small. In
view of this a sli&Aly changed standard oasing was chosen and divided into 9 cy-
lindrical and tapered seotionz divided into 4 to 16 ton shells consisting each of
'two or three sheets of 6 to 6.5 m larqUa. The assembly in progress is seen in a
Photo (Fig. 5). In -this way the entire casing was divided into 11 parts (the
heaviest in the lower Portion weighing 32 - 48 tons). Every single part was
joined by eleatroslag welding, and the annular joints on the Airmace were welded
mavaally. A photo (Fig. 2) shows a shell prepared for slag welding and another
(Fig. 3) the eleotro-slag welding, i.e., joining the shells together by vertical
se-am. At, the site,, where large seations were assembled, two metal huts were
used as mobile weld1mg stands with four "ITC-500" (PS-500) welding generitors in
each, the nso6asary starting and measuring equipment and two welding apparatus
toxes. D-a shaping copper sliders were o0oled by two cooling systems (one for
two welders) up to 6 m above the pump level. The work wa-4 done mainly in winter
card z/4

S/125/60/000/007/007/010
A161/AO29
Mechanization of Welding Works in Construction of Blast Furnace Casings
time in -150C to -30OCj 30-% water solution of calcium chloride was used for
oooling fluid. In view of unevened transverse shrinking deformation, sheets were
installed for welding with a wedge-shaped gap spreading 1 mm for every meter of
the joint length (above the calculated gap width). TheIT-shaped holding cramps
and an end-plate for the end of joint are seen In Figure 2. Assdmbled shells
were installed on a manipulator and the joint was always held In vertical posi-
tion. A magnetic "A-501W (A-501m) walking welder (Fig. 3) of Electric Welding
Institute design was used for electroslag welding of shells and sections. Pro-
cess details are given, The quality of welds was checked by the appearance and,
by gamma-ray irradiation. Faults were revealed mainly in the spots of the end
of the welding process. Faulty spots were chiseled out and filled by manual
welding. According to "Uralstallkonstruktsiya!' construction trust, the electro-
slag welding process is 1.5 to 2 times more productive compared to manual weldirg
despite the difficulties with yet new techniques. The entire blast furnace cas-
ing was joined in 16 working days (comparing with a full month Usually) and 11
lifts. It is mentioned for comparison that a similar blast furnace casing in
Chelyabinsk required 100 lifts (Ref, 4). It is stated in conclusion that eleotro-
Card 3/4

S/125/60/000/007/007/010
A161/AO29
Mechanization of Welding Works in Construction of Blast Furnace Casings
slag welding may be used in -350C frost without preheating of edges; with proper
organization and skilled men the productivity and quality of work is much hfgher
than,in pumal welding and the costs lower; vertical position of sheets in sepa- V
rate casing sections is the best. There are 5 figures and 4 Soviet references,
ASSOCIATIONS: Ordena Trudovogo Krasnogo Znameni Institut elektrosvarki im. Ye.O.
Patona AN UkrSSR (Electric.,Welding Institute "Order of the Red Ban-
lier of Labor" imeni Ye.O. Paton of the Adademy of Sciences of the
Ukrainskaya SSR) - B.F. Lebednv and YU.A. Sterenbogen; Trest "Ural-
atallkonstruktsiyO ("UralstallkonstruktsiyEOI Trust - A.I. Aiekse-
yev
SUBMiTM: February 23, 1960
Card 4/4

LZBIDIV, B.F.; YAKIMISHIN. G.A.; ALIKSETEV, A.I.
Aatomatic welding of the cylindrical part of an air preheater
shell. Avtom. ovar. 13 no. 10:52-58 0 160. (MIRA 13:10)
1. Ordena Trudovogo Krasnogo Znameni Institut elektroavarki im.
Te.OoPatona AN USSR.(for Lebedev. Yakimishin). 2. Treat
mUraletallkonstraktaiya" (for Alekseyev).
(Air preheatere--Welding)

S$ D-0
2191h
S/125/60/000/011/009/016
A161/A133
AUTHORSt Alekseyev, A.I., Lebedev, B.F., Litvinchuk, M.D.
TITLE: Automatic welding assembly for large-diameter cylindrical sheet
structures
PERIODICALt Avtomaticheskaya svarkaAno. 11, 1960, 52-56
TEXTt Up to now large-diameter casings of blast heaters, absorption towers
and the like have been welded manually. The "PromstallkonstruktBiyall Insti-
tute and Electric Welding Institute in cooperation with the "Uralstallkon-
struktsiya" Trust have developed and tested an automatic unit for joiningup to
9-m diameter structures on the site. The unit consists of a stand with rol-
lers, longitudinal and transverse flux pads, reinforcing rings, and removable
scaffolds. The stand consists of a frame with driven, idle and guide rol-
lers, the latter designed for fixing the shells in longitudinal direction.
The rubber coated driven rollers are joined with a shaft and rotated by a
1.1 kw motor through aPM-350 (RM-350) reducer, a shift gear boxf aPM-400
Card 1/8

21914
Automatic welding assembly...
S/125/60/000/011/009/016
A161/A133
(RM-400) reducer, and another gear transmission. The welding speed is ad-
justed by the shift gears between 20 and 40 m/hr. A lescription of the de-
sign had been given previously (Ref.1), in "Avtomaticheakaya svarka", No.10,
1960. The flux pad, or flux holding belt for annular seams (Fig.2) includes
flux hopper (1); endless belt (3) with boards; rocking frame MI balancer
(5); flux box (6), and base frame (7). The rotating casing being welded
pulls the belt with flux falling from the hopper (1). The rocking frame and
the balancer are pressing the belt to the seam. Flux must be periodically
reloaded from the box into the hopper. The stand has two flux pads for sim- '
ultaneous welding of two annular seams. The belt is stretched by roller (2)
and two.screws. The flux pad for longitudinal seams (Fig.3) has a base
frame (1),with air cylinders (2) on it for actuating balancers (3). The flux
pad is attached to the ends of the balancers and is a channel beam with open
top. The flux is lifted to the seam on a hose expanded by compressed air.
The air cylinders (2) move the pad to and from the seam. The reinforcing
rings are made of two U-bars welded together into a box cross section and
fitted with a spreading screw joint. Three such rings are installed in one
cylinder being welded. Arch passages are made in the rings for the motor
welder in spots where the rings are crossing the longitudinal seams. The
Card 2/a,
.1

21 IJI
S/125/60/000 11/oog/o16
Automatic welding assembly... A161/A133
enli-,e unit can be dismantled for railroad transportation. There are 4 fi-
and 2 Soviet references.
Figure 21
Flux belt for annular seams
'T'
Ca rd 3/3

_AIZRSE)5~'V)_A_. -1. (Urnl-Fabr-icated-5teel Trust); _Lebedev, B. F. and Babillovich; - S.Vu.
"Experience in the biechanization. of Welding (O;erat ions ) in the Erection of
Metallic Structures for a Blast-Furnace Plant." p. 194.
Vnedrenlya novykh sposobov avarki v promiyablennost'; sbornik statey. VY,). 3.
(Introduction of New Welding Methods in Industry; Collection of Articles, v-3)
Kiev, Goo. Izd-vo tekhn. lit-ry Ukr SSE. 1960. 207p.
sponsoring agency Inst. Electrowelding, Acad. Sci.Ukr SSR
The articles deal-with the combined experiences of the Inatitut elektroevarki
im. Yo. 0. Paton and several industrial dnterprises in solving scientific and
engineering problems in welding technology. Probleas in the application of new
m6thods of mechanized welding and electroalBg welding in industry are discussed.
This is the third collection of articles pbblished under the 6ame title.
The Foreword was written by B. Yo. Paton, Acad. Sci. URr SSR

M, d'
o, -,~ ", Wi
NR R,~,.
(OT:4f[ rdIX) *19t 96-18:U
T,:~v9Z.~UT.1su, xpniZ -jUn,.~uao tnqj 9 -.q. uT SqdwaSoa-pSq tmTsgn-a

ALEKSEYEV A I - Prinimali uchastiye: IVANOV, A.D.; LEBEDEV, B.F.;
P.V.; BABYIN, N.I.; 14ELINIKOV, V.G.; KKITIN, V.V.;
MUK11VTDOV, K.A.
Automatic welding of the cylindrical part of a decomposer shell.
Avtom. svar. 14 no.8:78-82 Ag 61. (MIRA 14:9)
1. Trest "Uralstallkonstruktsi a.
y
Olectric welding)
(Aluminum industry--Equipment and supplies)

ALEXSEUV, A.I.; IEBEIZV, B.F.
Automatic velding of precipitating tanks. Prom- stroi- 40 no.7:29-
32 162t (MBA 15:7)
1. Trest Uralstallkonstruktaiya Minstroya RSFSR (for Alekseyey),
29 Inatitut elektroovarki in, Ye.o'*Patona (for Lebedev)
(Aluminum industry-Squipmett and supplies) (Velding)

B.F.
Use of mechanized welding in the assembly of steel elements
of the Kachkanar Mining and Ore Dressing Combine From.
stroi. 40 nool2:16-19 162. iKIRA 15-12)
1. Treat Uralstall-konstruktsiya (for Alekseyev). 2. Institut
elektroovarki imeni Ye,O. Patons, (for Lebedev).
(Steel$ Structural-Welding)
(Kachkanar-Metallurgical plants)

AIENSWEV, A.I.; LBBEDEV, B.F.; YAKIMBHIN, G.S.; MELEXHIN, A.D.
Mechanising welding operations in erecting the frame of the
ore dressing plant of the Kacbkanar Mining and Ore Dressing
Combijfte. Avtom. svar. 16 no.l.-60-67 ja 63. (miRA 16:2)
1. Institut elektroavar4 imeni Ye,O. PatonfIAN UkrSSR (for
Loebedev, lgkjmish:lns Mel*in).
(Kaobkanar regiod-Struotural frames-Welding)

AISKS HIIA's''
Mac'n-ir.~ng pmrts b, Mashinostroenis
y alootdc eroslon tichniquese
no.20~42 H-~-4 165. (MIRA l8itO,

IGHATOKv A.I., red.; LABUTIN.T.P., red.; IVANOVv I.Z.p straslixy inzh.po
tekhnike bezopasnosti, red.; GMSHKINAs, Ye.V.9 kand. tekhn. naukv
red.; FLAJCWy A.Sev kand, mod. nauk# starabyy nauchnyy sotr.p red.;
MGM, K.N.., redej MELIp H.I., starsbyy tekbnology redei
ALRKSEYKV A.1 , red.; DOBRITSYNA9 R.I.9 tekhn. red.
(Safety and sanitation regulati6ns for electroplating sbopal Pra'-
vila takhniki bezopasnosti i proizvodstvennoi sanitarii pri pro-
izvodstva metallopokrytii-., Moskva, Goa. nauchno-tekbn. izd-vo
mashinostroit. lit-ryp 1961. 30 P. (MIRA 1418)
1. Profsoyuz rabochikh mashinostroyaniya SSSR. 2, GlavrW tekbni-
cheskiy inspektor TSentrallnogo komiteta profsoyuza raboahikh ma-
shinostroyeniya SSSR (for Ignatok). 3. Nachallnik'laboratorJi metal-
lopokrytiy Hauchno-isbledovatellskogo J."stituta tekbtologii avto-
mobillnoy pronyshlemosti (for Labutin), 4. Naucbnq-issledovatells~iy
institut tekbnologii avtornobillnoy prorayshlennosti '(for-,ivanov).
5. Nachallnik laboratorii matallopokrytiy Nauchno-isaledovatel'skogo
instituta tekbnologii traktorno'& i sellskokhozyaystvemogo mashino-
stroyaniya (for Ganushkina). 6. Maskovski7-naucbno-isoledovatellskiy
institut okhrany truda Vaesoyuznogo tsentrallnogo soveta profpoyuzov
(for Plakhin) . 7. Ndbyd'V6kiy zavod malolitr-azilmikh avto-55-blIe-y k for
Fesell). 8. Glavnyy tonstruktor Gosudarstvennogoinstituta p0 pro-
yektirovaniyu zavodov avtonobillnoy prm7shlenno'sti' (for Alekseyev),
(Elea troplating-Safety measures) (Factory sanitation) -`~

MOKIYLVSKIY, O.B... kand. biolog. nauk; KUIAKOV, V.Ye.; Sl-JJGLYY, S.I. (Moskva);
ABRAMOV, L.S. (Moskva); ALEKSEYEV A.I. kand. geograf. nauk (Moskva);
p I
GODER, N.M., kand. fil , nau To-s rv~a- ~'
Books. Priroda 54 no.6:34, 47, 111-114 Je 165.
(MIRA 18:6)
1. institut okeanologii AN SSSR, Moskva (for Mokiyevskiy). 2. Lenin-
gradskiy pedagogicheskiy institut im. A.I. Gerstena (for Kulakov).

ACC NR: AP6011222 ~N) SOURCE CODE: UR/0413/66/000 /006/0057/0057
INVENTOR: Gureyev, A. A.; Sobolev, Ye. P.; Shchegolev, N. V.; Aleksevev. A. I.
Kornitski,X, V. V. ; Minkin, M. L. Senichkin, M. A.-, ~:&40n'%AS S -~17 16 A'
%
TITLE: Starter fluid for engines with carburetors. Class 23, No. 179870
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 6, 1966, 571
TOPIC TAGS: carburetor engine, starter fluid, engine starter fluid, antioxidant
additive, antiwear additive
ABSTRACT: An Author Certificate has been issued describing a starter fluid for
engines with carburetors. The fluid has a base of sulfVic ether and a mixture oif
low-boiling hydrocarbons with an antioxidant adqitive I It is suggested that to improve:
the functioning properties of the 6uid, isopropyl nitrate or oxidation products-of
hydrocarbons plus an antiwear compound be added. [Translation] [NT11
SUB CODE: 21/ SU13M DATE: 13Nov64/
1/1 af UDC: 661. 17:621. 434. 019-632

ALEKSEYEV) A. I., Candidate Geogr Sci (diss) -- "Russian hydrographic investiga-
tions of the Bering, Okhotsk, and Japan Seas". Moscow, 1959. 19 pp (Moscow
Order of lenin and Order of labor Red Banner State U im M. V. Lomonosov), 150
copies (KLINo 25, 1959, 128)

AUK YIV, Aleksandr 1vanovich; RY2HKOV, A.H., red.; THGCROV, A.A.,
[Across the taiga paths of Sakhalin Sakhalin in the studies
of the Ammr Expedition of 1850-1855i Po taezhnym tropam Sakhalina.
Sakhalin v iseledovaniiakh Amurskoi ekspeditaii 1850-18,55 gg.
lUzhno-Sakhalinak, Sakhalinskoe knizhnoe izd-vog 1959, 93 pe
(HM4 13:3)
(Sakhalin--Discovery and exploration)

ALEKSEWj, A.I.., kandegeograf.nauk-(Mookva)
*To the land 'of taiga.pathfinde3*by Z.Lo Dicharov and "On the
glaciers of Novaya Zemlya* by Eka Zingere Reviewed by A.I.
Alekseeve Priroda. 51'no.10:222-123 0 162o (MM 3-5:3.0)
lovaya zemiya-Discovery and exploration)
Evenki, Utional Area-Economic rography)
(Dicharov, ZO'L ) (Zinger,, E.M.

YESAKOV, V.A.; PLAKHOTNIK, A.F.; ALEKSEYEV, A.I.; FEDOSEYEV, I.A.,
otv. red.; SOLOVIYEV, A.f.'2'--r'"eid.- -
[Russian ocean and sea studies in the 19th to the begin-
ning of the 20th century] Russkie okeanicheskie i morskie
issledovaniia v XIX-nachale XX v. Moskva, Nauka, 1964.
158 P. (MIRA 18:1)

1; r m explorer of the seas of our colintiT. Okeanola ila
4 no.6':1123-13.12"5 164. &IRA 18:2)

AL3KSBYBV, A. 1.
HOW electric interlocking was Introduced at the Anisovka
Railroad Station. Avtom., telem. I sviazi. 4 no.5:31-32 My 160.
1. Nachallnik takhnichaskogo otdela Privolshokoy dorogi.
(AnisovALw-Railroads-Signaling)
~v

ALEKSEYEVI A.I.-
1 3:92-107 '62.
Ufa and work of the Shmalev brothers. Let. Sev.
(MIn 15t8)
1. Institut istorii estestvoznaniya i takhniki AN SSSR.
(Shmalev, Timofei Ivanovich, 1736-1789)
(Shmalev, Vasilii Ivanovich, 1737-1799)
(Soviet Far East-History)

ALEKSETAV, A.K.
Snow removal on station tracks. Pat' i put.khoz. 4 no.10:22
0 160. (MIR& 13:9)
1. Naohallnik tekhn.otdela. slazhby puti, g. Saratov.
(Railroads--Snow protection and removal)

A.; i:1, , " 3~ " -
, " - ~ A . -
A] c-seyev, A. 1". - "Research on t,he t-III-Os"Inry flevice c-f ,.I t.,or)l s'
I IT
machino 11 'L atich. Tmay (Snepropetr. rietarur,7. in-t Lm. S'a-lina), Torlie 17,
1 -h ballur-,
Supplement tO Meh anilca. Mell-hanizatsiya not . Tsel:',ov, 19Z,9, p. 112-34.
SO: U-3850, 16 June 53, (Letopis IZI,,Lirnal Inykh Statcy, 110. 5, I(NQ).

-A C C_ 'N R:-A13 7 0 0 1-3"9 9 SOMCE CODr,.-UgO4-l37667000/021/0075'1007~
INVENTOR: Kulikov, F. R.; Persidskiy, A. S.; Alekseyev* A.
ORG: none
TITLE: Chamber for local gas shielding. Class 21, No. 187902
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 21, 1966, 75
TOPIC TAGS: welding, gas shielded arc welding, titanium welding, titanium alloy
welding I fj_kko~ WEA4,Vv\S
ABSTRACT:
This Author Certificate introduces a chamber for local ga's shielding in "are
welding of circumferential joints in spherical or cylindrical parts (see
Fig. 1). The chaaer consists of two hollow semicylinders, the side walls
of which have openings for the part to -be welded and carry a W pipeline
with nozzles for creating a laminar gas flow and a gas outlet. To ensure
airtight sealing in welding parts made of chemically active materials such
as titanium and its alloys and to make it possible to rotate'the parts with-
out breaking the seal,-'the joint of the semicylinders is built in the form
Card 1/2 UDC: 621.791-753-9.037

N& AP7001399
of a water-cooled flange, and the openings
of the side-walls are.provided with seal-
Ing flanges consi' sting of a rotating-
.1 IN; flange mounted on a supporting ring. In
a variant of the - chamber, to enable
welding of cylinarical parts ofdis-
similar diameters, the rotating flanges
are' provided with exchangeable elastic
r4n.gq. tn_tho shape
. of. truncated cones,
V
Orig. art. has:' I figure.'-
A-A
Fi g. 1. Chamber diagram
1 - Water-cooled flange;
2 - supporting ring-,. 3 - rotat-
ing flange; 4 - clamming ring;
5 elastic conic ring.
SUB CODE: 13/ SUBM DATE: 03Mar6.Y ATD PRESS: 5111
Card - 2/2

ALEKSEY&V,,.AIekp
4a#qy~chp ~pxR:~, [deceased]; PAFM4GOLITS, X.R.,
py-
otv. red.; MINASYAN, M.A., iek~ne' r-e'd.
(paleogene fauna of mollusks of the northern Aral Sea
region] Paleogenoveia fauna molliuskov Sevemogo Pri-
arallia. Erevan, Izd-vo AN Arm.SSR, 1963. 229 p.
(MIRA 17:2)

AGADZHMAY, N.A., kapitan med.sluzhb7, lcand.wed.nauk; AT-EVS-31XV, A*K9q
starshina; TSIVILASHVILI, A.S., mayor wed.oluzhb7
Apparatus for registration of blood pressure at high altitnaes. Voet.-
med.zhur. uo.10:87-89 0 158. (KIRA 12t12)
(BLOOD PRISSURS, determ.
appar. for determ. in high altitudes (Bas))
(AIMITUDE
appar. for blood pressure determ. in high altitudes
(Rag))

-16
Ow,
f Mff OnMIN4

f 05-21w~~-

i "W

A. M.,- Frof FA 59/49T,~
/Iquoliau~ Fhysi~i'-i
Jun
NUG16ar Physics .-,Tracer, Atoms
"Review of A. L Brodskiy's Book,"Use of Tracer
.Atom Methods in Chemistry," Prof A.M.
:Alekseyev, Adtive.Mem, All-Union Soc~fcr
,Pro ti Of Pol:and~Sci Ecowledge, Kazan
A,, p
"Niuka I Zhiin'" No-6
Claims author ie."illiterate In -the field of
plant physiology.".andcitee alleged erroneous
assumptions andstatements made with reference to
pi~tosynthesis and plantbreathing. Published
P9

WMR
Alax
g,-a[szM, j politika 5
).tomnaya P"blema - Of ttLe Ua. II for
an& POIM
06 tomic Problem lgr)B.
,L GOsPOl't'%dL%tI
LO a ~VvLv
F
pO7At of -powd')
positioll
the
Yja
98 Pe

USSR/Physical Chemistry - r7barxodynamics. Thermochenistry. B-6
Equilibrium. Physico-Cherxical Analysis. Fhasc, Transitions
Abs Jour : Referat Zhur - Khimiya, No 2, 1957, 3734
Author : Klril.lov I.P., Krylov O.V., ~~ ~M.
Inst : Tvanovo, Chemico-Technological Institute
Title : Study of 'Physicochomical 'Properties of Systera FbO
Fe203-'
Orig Pub Tr. Ivanovak. Ishim.-teldinol. in-ta, .1956, No 5, 61-68
Abstract sttuly of PbO-FcoO3 system produced by co-precipitation
of the hydroxides from a mixture of nitrates of Fe and
Pb~ with NH Aftkl-r a -oreliniaary drying (90-1200) the
system was ~a*lcined within 200-800' range at intervals
of 1000. In the cor-rsu thereof ware investigated the
maGnetic susceptibility, adsorption power and solubility
(relative rate of dissolution of Fe,O in 1.0 N HCI and
~' ?hat the system un-
~bO in 0.25 N CII 3COCH. It was foun(I
der study passes throuCla a series of inteimadiate states
Card 1/2 - 83

h i A~-~
. . . . . . . . . . . . .
92. MCKA.,*101 M;D !:~:--Uj-f OF CAUOM B-1 C014-
MUND3. L. G. ani 1. V. Z=~-nov . . . . . 545
93. KFzFCT OF APMEi ON COIG-RACTIT-H UrER17NE ACTIVITf. L. V. Crwilurvm . . . . . . . . . . 555
94. EFFECT OF AlKYL F-31-::HS OF DIEMUL- AND D17ROM1111410SP11INIC ACIDS ON W.-AIINE CON-
TRACTION (MUTARATIONS 131 AND 103). N. A. Korcharim
PIX.`T MOTEECTION SFCTION
95. CEOIMMGIC SY3=13 OF MND OF ACTION OF nL-.E il;szviICMkL ACT11MY
OF ORGMPHOSPHOMUS CU41,01=3. A. F. VoskrPscnska)ft~t$
1 . . . . . . . . . . .
~ 5G1
96. .
BIOLOGICAL ACTION OF ornmon,nspinima carrows. A- .
1 , 2 jknd T. Z. Izotova 569
97. COMPARATIn TOXICOLOGICAL KX,~ IMMS OF TE-IMIMYL DITHIOPYROI M.IFFATE 10,11) DDTZEM
DIFLTY1. I. D. Neklesom ot al . . . . . . . . . . . . . . . 575
98. M-~T%XT OF OF COM WITH OBO.A.11:0PNOSMORU." CaXPO11NDS ON' 119.1
GROWTH AND OF THT. MM". T. E. Izotom at al . . . . . . . . . . . 583
99. ACTION OF OTMANO11.11 SPEORUS CO'!POTDS ON SOIL MICROFLORA. S. M. M=030m et al.
.0 588
100. DITIOFOS (DITHIOPEO31 - A V:M Yn=l%'E COMn. OL AGF.,.*,T FOR SUMOPICAL
P. 1. Mtrofnnov . . . . . . . . .
*
*
'
*
'
* Z93

101.
r-E.-rS
Sidrf
)v ani
ORGANOPIHOSPHORUS 1111"ROSO1.13 FOR* CONTROL OF ;,G1
*
*
' ' : A: i.
tIC
Ui5;R~L
P. I. Mitrofanov . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 597
102. 3'rMY AND APPLICATION OF ORGAVOPEOSPHORUS CO1%!POLJNDS FOR CONTRIOL OF rjHyCV,5TF-R.
D. V raikin and N, M.. Gamper . . . . . . . . . . .
*
103. PROTECTING GFAIN
OR=OPIMMORUS IINSECTICIDES WITH MRAPIANT ACTION AS A K60; ;F
SPROUTS FqsOM PZST3. P. V. Znzonov et al . . . . . . . . . . . . ' ' * :
' 610
104. 7---rS RSSULTS 01, M-81 PREPAPATION IN CONMOL OF SUCKING PF--.'s OF FRUIT 6; LZ~.IRAT
M
PIAE-15. M. P. Shabanova and L. F. Efl=va . . . I . . . . . . . . . . . . . . . 614
105. DETERKINATION OF GIMLL MOM,= OF ORMOPHOSPHORUS MM=ICMZS IN AIR PIM FOOD
PRODUCTS. H. A. "rotsenko . . . .
*
'
*
: 619
106. B~ YU
I
KtLnd;cv
SORPTION OF ORGAVOPHOSPH O-,TJ5 INSECTICIDE ~S
.
and M. E. Pod2i,.i\`daN'n . . . . . . . . . . . . . . . . . . .
JULimiya I Primononlyo Foaforarerniobookikh Soyodinoniy (Cbzniatry ana Applictticn
of Ozr&anophoophorva CQ-.7-cov=lo) A. Yo. Pxburo-f, Ed. publ. by XnztLn' Afill, fxta. Ecl.
t=, ~Gocov, 1962 632pp.
Conectien of complete pripors prooontad at the 1959 Y4z#-,n Conforuico on C-1--zaiotry of
Orgenophosphortw,Compoundo.

~- ALIKBEYZVD A-M-P 8m8nD" motor
Goanges in flax processing. T.kst Ag '6o.
.prom. 20 no.8:81(MIRA 13:9)
1. 8trmutkinskiy llnoxavod Pokovskogo tresta.
Ollax)
k

S/846/62/019/000/007/008
E071IE151
AUTHORS V Alekseyev, A.M. Tvanov, V. %1I. , and Frenkina,' Z. 1.
TITLE. Investigation of combustion of gaseous fuel with the
simultaneous evaporation of sprayed water in a steam-
gas generator
SOURCE: Akademiya nauk SSSR.'. Institut goryuchikh.*isko'payemykh.
Trudy. v.19. 1962. Novyye metody szhiganiya topliv i
voprosy teorii goreniya. 667-94
TEXT: one of the newest methods of fuel and heat utilisation
in thermal power stations is the steam-gas cycle, based an the
combustion of liquid or gaseous fuel and evaporation of sprayed
water in the same space. This complex pr6cess allows.a sharp
increase in the intensity of combustion and.,-of heat exchangp and
is a most economical method for the production.of the working
medium for *steam-gas turbines of large power generating installa-
tions. The use of natural gas for this purpose was investigated
on a laboratory installation in whi-,h the observation of the whole
process from the introduction of th. reacting substances to the
outgoing of the working medium (-steam-gas) was possible.
Card 1/2
77777M-,,

Investigation of combustion of ... S/846/62/019/0001007/008
E071/El5l
The apparatus and experimental procedure ar e described. The
advantages of this application of gaseous fuel are discussed. The
optimum conditions for- combustion of gaseous fuel in steatit-gas
installations were experimentally established, namely.- in a
swirling stream with premixing and without any thermal stabilisa-
tion of the combustion process. lt was shown that the best
conditions for combustion and evaporation in a common spac,e depend
on: the temperature and the excess of combustion.air, the
efficiency of the mixing of the gaseous fuel and air, the pressure
in the combustion chamber, the velocity of the air-gas mixture
flowing from the burner, the fineness of the water spray, and the
temperature of the water introduced into the stream of hot
combustion products. The main conditions for production of steam-,
gas at a pressure of 5 atni.abs. were determined. some applications-
of the principle in the chemical industry, e.go for concentrating
salt solutions, are briefly discussed.
There are 16 figures and 6 tables.
Card 2/2

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ABSTRACT: The author Inve6tigates the thermoelectric MmmrtlewO/f Di Tley
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