SCIENTIFIC ABSTRACT AKSENOV, N.D. - AKSENOV, T.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100720007-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

AUTHORs
TITLEs
PERIODICA1:
ABSTRACT:
Cazid 1/2
7 Nt
Aksenov, N.D. SOV-3-58-9-14/36
Questione.of Safety,Engineering at the Vtuz (Voprosy tekhniki
bezopasnosti v6 vtuze)
Vestnik vysshey shkoly, 1958, Nr 9, PP 58-60 (USSR)
The viewpoint that questions of safety engineering and in-
dustrial sanitation can only be studied through practical
work is refuted by the experience of the Bryansk Institute
of Transportation Machine Building. Questions of safety en-
gineering and industrial sanitation find their most concrete
reflection in the students' course and diploma projects,
which were realistic. Five students of the Chair of Loco-
motive Building, under the supervision of rKzent A.A. Ka-
mayev, examined the safety factor of trains speeding around
curves. The results obtained were utilized in the students'
diploma designso The author stresses the necessity to make
the equipment of the Chairs of Safety Engineering available
for scientific.researh. The a,thor muntions the names of
Doeent I.A. Selenskiy, Professor I.I. Kirillov and Docent
B.V. Kalinskiy.

AKSMV, N.D. (Bryansk)
Improvement of working conditions in the spray painting of articles.
Gig.truda, i Prof.zab. 3 no.640-45 W-D 159. (KM 13.4)
1. Institut transportnogo mashinostroyaniVa.
(MPUT FAINTING-HYGUNIG ASPIETS)

AKSI~14OV,,N.D., Cand Tech Sci-(aiss) "Investigation of sanitary.
nrkttt conditions while spray-painting railroad viagons," YOSCOwi
1960, 20 pp (I;os,;ow Chemdco-Tecluiologi,;al 1nstitute im D. 1. 14'endeleyev)
(KL, 34-60. 1122)

AKSENOVI N.D., kand. tekhn. nauk; FIALKOVS".YA, T.A.2 kand. tekhn.
nauk---retsenzent; SARANTSEV, YU.S., inzh.,, red.
0
[Labor safety in painting large objects] Oxtxana truda pri
okraske kr-upnogabaritnvkh izdelii, Moskva, Mashinostroenie,
1965. 1429 P. (MIRA 18:4)

dk5
OU;
-oil I
'35l n
lilt-
-7--7-7-f --------------- --

L 12263-63 8/271/63/000/004/006/045
AUTHOR: Akeenov., N. I. and Firsenkov., Go F*
TITIE: A nonlinear functional generator vdthout use of bias voltage
PMODICAL.- Referativnyy zhurnal.. Avtanatika.. telemekhanika i vychisIttellnaya
teWnWra., no& 4., 1963., 12, abstract 4A72 (Vo n.-i. in-ta teploonerg.
priborostr; 1961.,,sbe 3,1, 342)
TEXT. The authors describe~the operating principle and methodology of the
circuit of a diode-funational generator (DFG) in a feed-baok cirouite They examine
the operation of the DFG, adduce the typical volt-ampere characteristic of germanium
V~~ 7~ and silicon diodes and graphics for the emf of a Chromel-Kopel thermocouple. There
is a description of the principle of a DM circuit and a table of experimental and
computed values. They recommend we of thIs c1rcult for correcting the nonlinear
chaxacteriotic of pick-ups and as the decision element in continuous-action compu-
ters,_ itiere transformation with -a--high- degree, of accuracy is requireds There are
7 illustrations and one table* Fe He
CAbstracter I snote: Complete translatiog
card VI

A OV, N.N.; BARSOT, I.P.; BARSUKOV, F.D.; BEZRITOHMO, I.F.; BUROY, D.T.;
~~-A.A.; TASIL'YET, G.I.; TOSrOKOT, Ye,I,; GOLOT, K.A.;
3LIINV M.M.; KAMSMK, S.A.; KCLISOT, A.H.; KOPMET, A.H.; LZYITAIT,
S.D.; LYSOY, G.B.; LYALICHUK, T.K.; LIVOT, N.A.; LYAPUROTA, A.I.;
HIMOT, K.Y.; KASTYUKOV, G.A.; NIGOF, T.N.; PESKOT, I.A.;
PMPILIYBY, A.F.; SARMIANUN, R.L.; SIDORKOT, I.A.; SKIRNOT, A.N.;
SURIN, P.I.; 6=7ET, Y.D.; TISHCHENKO, A.A.; FILIPPOY, G.P.;
YOKICHEY, A.M.; YAKOVLET, I.P.; KURAVIYST, A.I., polkovnik, red.;
ZUDIKA, M.P., tekhn.rad.
[service clubs; a practical reference book] Klub voinskoi chasti
(korablia); sprevochno-motodichaskoe posobie. Moskva, voen.iza-i-vo
X-va obor.SSSR, 1961. 342 P. (MIn 14:4)
1. Russ
is (1923- U.S.S.R.) Glavnoys politichaskoye upravleniye
Sovetakoy Armii i Yoyanno-Morskogo Plots. Upravleniye propaganav
agitataii.
(Soldiers--Recreation)

-4~FNOV, N.P.,,profeeeor doirtor tekhnicheskikh nauk; SHESTOPAL. VA.,
.-- ~q~kt-or; GR&KOVA, Ye., "takhnicbeskiy redaktor
I
[Youndry equipment) Oboradovanie Itteinvkh tsekhov. Moskva. Goo.
nauabno-takhn. tsd-vo mashinostoit. lit-ry, 1946. 551 P. (MLRA 9:11)
(Foundry machinery and supplies)

Nikoiii Pavloviah
Author: Akscnw, Tak Ai payla-de-b-
'b
Thr FquipmjA of' f!Rurelry The 11-lanc. ook iv-sued by the ministry
of Ed=ation for the Machine construction Institvtes. (Oborudovanie
liieinyl(b tseldmv.) 534 p,
3 &ja-,rx Slato Printing llo--ase of lboldne Consturcticn Literaturp
rate. 1650
tvailable: LEb.,ary oZ Congress
Soua:ce: 4-;or-thly Llist of Russia:-i Aecessions, Vbl- 3, 11c). 12., p, 836
MM

14 41, S -
OSITROV, A., doteent; TRIFOIIOVA, T., dotsent; CHEWTAREV, I.j assistent;
_ArWOV, H., assistent
Veterinary examination of carcasses of sheep affected by disease
caused by feather grass. Mias.ind.SSSR 30 no.6:32-34 159.
(NIRA 13:4)
1. Semipalatinakiw zooveterinarVy instiltut.
(Sheep--Diseases)

AXSENOV,_ X. S. OSETROVO A. A. I TRMNOVAI T. X. and CREBOTAREV, 1. B.
"Feather grass disease in sheep in Kazakhstan."
Veterinariya, Vol. 37, No. 5, 1960, p. 37
k~-Uv,m, - CL,,~ & ,
I wLea&,(Z4- A&"& 12-t

-A,XS-SNQV'~.N.S*. assioUnt
Phonendosoops in reotal diagnosis of prognaney. Vattrinarila
38 noc8s50-5-1 Ag 161 (MIRII 1891)
lo Somipalatinakiy zooveterinarnyy institute

ALIZNOV, N.S., inzh.; KM)MV., V.S.,, kand, tekhn, nauk
Means for the mechanization of bandlin high-capaciry containers.
Nekho i avtomo proizv6 17 no&6:57-W JO 163. (KIRA 16:7)
(Materials handling)

OSETROV, A.A., d6tbentt THIFONOVA, T*Ki~ dbtsont; CHEWTARYN, I.Ye,,
assistant; AXSENOV, H,,S.p sissiotent
Examining the carcassed of aheop in3ured by feather grass,
Vaterinatild 41 no.707-98 Jl 164. (MIRA 1.8sll)
1, Samipalatinakly 2ooVbtOrih&rrWy Notitut,

L 10932-67 W(l) SGTB MAD
ACC NRi AT6022290 - SOURCE CODE: UR/0000/66/000/000/0033/003i-
AUTHOR: Aksenov, 0. B.
ORG: none
TITLE: Electro stimulation of skin as a method for supplying information to operators
SOURCE: Vsesoyuznaya nauchnaya sessiya, posvyashchennaya Dnyu radio. 22d, 1966.
Sektsiya bioniki. Doklady. Moscow, 1966, 33-38 and pages 120-122
TOPIC TAGS: bioelectric phenomenon, skin physiology, human sense, human engineering,.
perception
ABSTRACT: On the basis of literature published in foreign, particularly US, scien-
tific literature, researchers at the Odessa Polytechnic Institute (Odesakiy politekh-.:'
nicheskiy institut) investigated the feasibility of using the tactile channel for
supplying information to man-~operators:%"A study was made of the quality of stimuli
(pleasant, unpleasant, painful), and it was found that for 8-cps 1-psec pulses, the
sensitivity threshold is between 3 and 20 V; at about 1 cps, the threshold amplitude
increases significantly, and at higher frequency the dynamic range of stimuli becomes
relatively small. The pulse length is an important factor during tactile sensitivity
measurements. Experiments concerning spacial recognition of stimuli, recognition of
ten points of stimulation, and stimulation with constant reference points are describ-
ed. All the experiments are still in the preliminary stage. Orig. arto bas.t 2 table]
CODE 06/ SUBH DATEt 08Apr66/ ORIG REF: 002/ OTH REF: 006.

AKSENOV, P.
-1-11--
The soul of a tractor driver; a sketch. Sov. profsoiuz 20
no-3:24-25 F 164. (MIRA 177
1. Predsodatell.tsekhovogo komiteta 2/+-go lesouchaetka
Mariinskogo lesnogo khozyaystva, Kemerovskaya obl.

GORYAYNOV, LE.; MARKARYAN, M.S.; AKSENOV, P.A.
Electric welding of refractories. Stek. I ker. 22 rio.2103-35
F 165. (MIRA ISO)

AUTHOR: Aksenovt P.I. (Engineer) SOV/96-59-6-18/22
TITLE: Scientific -Work Carried Out in the Moscow Power Institute
in 1958 (Nauchno-issledovatel'skiye raboty,
vypolnennyye v MKI v 1958 g)
PERIODICAL: Teploenergetika, 1959t Nr 6, pp 88-90 (USSR)
ABSTRAGT: This is a list of 25 articles with a very brief summary
of each.
There are no figures, no references.
Card 1/1

AUTHOR: Aksenov, P.I. (Engineer) SOV/96-59-10-18/22
TITLE: New Power Station Designs made by the Moscow Division of
Teploelektroproyekt
PERIODICAL: Teploenergetika, 19599 NT 10, -pp 89-91 (USSR)
ABSTRACT: A Heat and Electric Power Station of 250 MW: chief
design engineer A.M. Novopokrovskiy.
This station is designed with the boilers and machines out
of doorsq which reduces the capital cost by,about 8% and
cuts construction times. It is proposed to instal three
sets type VPT-50-3, one type PVR-50-13 and one type VT-50-1,
with initial steam conditions of 130 atm and 565 OC.
There will be four gas/fuel-oil boilers? each with an
output of 420 tons per hour with initial steam conditions
of 140 atm. and 570 0G. One peak load water-.heating boiler
type PTV-100 of 100 Mkcal/hour will also be installed to
cover peak heating loads. The main fuel is natural gas of
low calorific -value. The sets will be arranged in line
and the general arrangement is described. The turbo sets
are provided with individual shelters made of duralumin
sheets thermally insulated on the inside. The water

C
d 1/4 purification plant is installed outdoors. Integrated
ar
~ automation of the equipment of the station is provided for.

sov/96-59-lo-18/22
Now Power Station Designs made by the Moscow Division of
Teploelektroproyekt
Cost and performance data are given.
Heat and Electric Power Station of 300 MW: chief design
engineers G.M. Katko,,r and B.M. Vymo.-kov.
This station is designed to supply st6amg heat and
eleotric power to an oil r9finery and associated housing,,
Tho main equipment will beIour tuvbo-gonerators type
VPT-qO and tw-o type PVR-'-,'O with back-pressure of 1.5 atm7
and six. boiler sets type TCTM-420.- each with an output of
420 tons of steam per hour at a pressui,e of 11+0 atm and a
super-heated steam temperature of 570 OC. Feed water
temperature is 230 OG. Fuel. oil will be turned. Parallel
connections are provided for steam and feed watar. Thet
general layout of the station is briefly ""escribed and
r,ost and efficiency data are given.
Heat and Electric Power Station of 450 MW: chief design
engineer I.P. Kuptsov.
This station is to be built in two steps. At first there
will be three turbines, one type VK-50 and two type VPT-50,
Card 2/)+ with steam ~-onditions of 90 atm and 95 OC, and five
boiler sets type TP-220 each with an output of 220 tons of
steam per hour and 100 atm and 540 OC. The power station

SOV/96-59-10-18/22
New Power Station Designs made by the Moscow Division of
Teploolektroproyekt
will burn pulverised coalt the properties of which are
given. Later the station will be extended to 450 MW by
the installation of three turbines type PVK-100 each
operating as a unit with a once-through boiler with an
output of 350 tons per hour at 140 atm and 570 OC~ with
reheat to 565 OC.. Wet ash removal will be used. Cost
and performance data are given.
Regional Electric Power Station of 1500 MW: chief
design engineer S.I. Yegorov.
This station is also to be constructed in two stages.
The first comprises 300 MW generators with turbines type
IrKT-100 running at a pressure of 90 atms and a t6mpera-
ture of 535 OC, and six drum-type boilers with an output
of 230 tons per hour at 100 atms and 540 OC. The first
section of the station will burn Chelyabinsk brown coal.
The proposed layout is described and the cost and
efficiency figures are given. On extending the station
Card from 300 MW to 1500 MW there will be installed four
3/4 'turbo-generators type PSVK-300, each with an output of
300 NW, and four once-through boilers each with an output

SOV/96-59-10-18/22
New Power Station Designs made by the Moscow Division of
Teploelektroproyekt
of 950 tons per hour at 250 atm and 585 OC, with reheat
to 570 OC. The steam conditions at the turbine stop
valve are 21+0 atm and 580/565 OC. The equipment will be
the first of its kind to be made by the manufacturers.
The fuel will be coal of low calorific value.
Card There are no tables, figures or references.

P. 'T
AKS7I,G:,JI
Lite-no:.-e Proi-,vodstva Coundr: manual).
j
vosecr
,,- Leningrad 191j5

AKSENOV, P. N.
Litainoe proizvodstvo. Izd. 2., ispr. i dopoln, Dop. v kachestve
uchebnika dlia mashinostroit. tekhnikumov. Moskva, Mashgiz, 1945.
571 p. diagrs.
Includes bibliographies.
Founding.
NN DIL: TS230.A476 1945
SO: Manufacturing and Mechanical Engineering in the Soviet Union, Library of
Congress, 1953.
-_IWlm4-11z'
Kf-
N NN IN !91R

AKSENOV, P. N,
Technology for the founding industry. Utverzbdeno v kachestve uchebnika dlia liteinoi
spetsiallnosti mashinostroit. vtuzov. Mosk-va, Gos. nauch.-tekhn. izd-vo
mashinostroit. lit-ry, 1946- (50-17097)
TS23o.A478
1. Founding.

Authart "Mom
Iit]m Twboolo or the mw=w indggla; a epwlal coursol aditod by Le He
robUmbIwi
14teratwe on Socientitia &M bohnit4 Haeltim
Prodwt4m.
vat" XQW
Avalutus UbKiLW of Congr"o
some$ VDAWY ust of A=" *MsPIqw.* Vol- 3a No- Ix hgo 11
MOM
M-, ~,NN I"M A

AKSENOV, P. N. and others.
Tekhnologiia liteinogo proizvodstva; spetsiallnyi kurs; pod red.
L. M. MArienbakha. Utverzhdeno v kachestva uchobnika dlia liteinoi
spetsiallnosti mashinostroit. vtuzov. Moskva, Nashgiz, 1946- illus.
Technology of founding, special course.
wau
DLC: TS230.A478
SO. Manufacturing and Mechanical Engineering in the Soviet Union, Library of
Congress, 1953.

AKSENOV, P. N.
Formovochnoe delo. Utverzhdeno v kachestve uchebn. posobiia dlia remesl.
i zhel-dor. uchilishch. Moskva, Mashgiz, 1946. 203 p'. illus.
Pattern making.
DLC: TS240.A48
SO: Manufactur-ing and Mechanical Engineering in the Soviet Union, Library of
Congress, 1953.

AKSENOV, P. N.
Raschety osnovnykh vidov litainogo oborudovaniia. Yoskva, Mashgiz. 1947.
go (4),p. diagrs.
Bibliography: p. (9?)
Design of various kind of basic foixnding equipment.
DLC: TS235.A4
SO: Manufacturing and Mechanical Engineering in the Soviet Union, JAbrary of
Congress, 1953.

I . . -
Tables of calculations for the principle types of founding equipment. I-loskva, Gos. nauch-
no-teldin. izd-vo masbinostroit. lit-ry, 1947. 96 p. (52-23336)
TS235-A4

P6 N.
Authort Usenov. E. N.
Tiilm Casting Industry. 3rd Ed. Authorized ab a text for Hi
'Ineering Schoo3.30
551 pp - , diaUs bib liographies.
Data: 195Qi Moiscm
,j,,Wj cc ti __ZoWd4U,__
Aval-lablai Library of Congress# Call Hoi T3230.A476 1950
Souices Lib. of Cong. Subj. C!kt.,, 1951

AKSENOV, P. N.
Voprosy avtomatizatsii oborudovanila, v litainom proizvodstve.
(Vestn. Mash., 1948, no. 10, P- 39-46)
Includes bibliography.
Automatization of foundry equipment.
DIC: TN4.V4
SO: Manufac'turing and Mechanical Engineering in the Soviet Union, Library of
Congress, 1953.

AKSENOV, P. V. and NIKOLAI PAVWVICH AKSENOV.
Oborudovanie liteinykh tsekhov. Dop. v kachestve uchebnika d-lia vtuzov.
4. izd. Moskva. Ylashgiz. 1949-50. 2 v. illus.
Includes bibliographies.
Foundry equipment.
MH
DLC: TS230.A475
SO: Manufacturing and Mechanical Engineering in the Soviet Union, Library of
Congress, 1953.

AKSENOV, P. N.
Liteinoe proizvodstvo. Izd. 3. Dop. v kachestve uchebnika dlia
mashinostroit. takhnikiLmov. Moskva, Mashgiz, 1950. 551 p. diagrs.
Includes bibliographies.
Founding.
DLC: TS230.A476 1950
SO: Manufacturing and Mechanical Engineering in the Soviet Union, Librar7 of
Congress, 1953.

AKSMOVO - P. N.
KonstruktiwWo Chertezhi Formovoo hhykh I Stershnevykh Nashin (Constructional
Designs of Molding and Core Making Machines) by) P.N. Aksenov i S.Z. Stolsovoy. Moskva,,
Mashgizp 1952,
2 v. Diggrs., Tables.
Cdatents:--v. 1: Atlas.--v. 2: Tekst.
Lib. Has: v.1
v. 2
SOI N15
662-33
.A3

1. AMMVp P. N.
2. USSR (600)
4. Machinery, Kinematics of
7. Selection of basic types of operating machinery and technological processes
for the automatization of foundry produotions Lit, proizv.) no. 41 1953.
9. Monthl List of Russian Accessions, Library of Congress, kcril -1953, Uncl.

1. RUBTSOV, N.N., Prof.; AO-ENTOV, P.N., Prof.; VOROBIY.'-.'V,
2. USSR (600)
4. Founding
7. Basic tasks of Soviet science in the field of foundry production, Prof. N.N.
Rubtsov, Prof. P.N. Aksenov, M.I. Voroblyev, Lit.proizv. no. 5, 1953.
9. Monthl List of Russian Accessions, Library of Congress, APRIL -1953, Uncl.

AISINOV, P.N. Emithorl; YUDIH, S.P. [reviewer].
I Textbook for molders and foundrymen. (IHolding." P.N.Aksenov. Reviewed by
S.P.Wdin). Lit.proizv. nu.8:30-31 Ag '53. (HLU 6:8)
(Foimding) (Aksenov, P.N.)

- - - - -- - - - -
3'. 'N. Akw-kov G. 1) VP.Wu~, A. S. J,,'vmvv, iii'd
B. V~ :PrcszVO,1A,c, 19M. (111, 1-0).
ex of the *)to ictiolt of .1mves
,Z-f,=yjI.VAt= kviinkolliod
fikV ihtWFtW tOtUVUAiDFk in&
of caming Its snow Ilksulds f3.m % Ah a thin Iuyer of mrr~-t. y
plavorw. Par OkIlk, a 1mvd-cliky-coal nkiltum is chpphk~i by
in the cksaWijr, mtrac" likyar and naould In ~-u;O~J. and
curvoo airr given fDr vwSow Ukicki)~ of 14- TW, joint-
alrurturo of CAASillp 01ilskined I- clonjela-d witL d- plu
r,Mlimxl milmitugally wel avild 0 of id. applua-
ialm for RIM luml c"t Well i2l ==r r 0- n.d..&
r
ilk tim pram,-% kil. P-t being as~

AKSINOV, P.N., doktor tekhnicheskikh nauk, professor, laureat Stalinskoy
-premj' MLTVZIWA, Te.T.,. tekhni,, -iskiy redaktor.
(Automation in founding; materials of a scientific and technical
session on autoration in foiiuding] Avtomatizatsila liteinogo proiz-
vodstva; materialy nauchno-tekhnicheskoi sesaii po avtomatizatoR
liteinogo proizvodstva. Moskva, Goo. nauchno-tekhn. izd-vo mashino-
stroitelinoi lit-ry, 1954. 190 p. (MM 8:1)
(7ounding)

!!Em P.N.. doktor takhnichaskikh nauk, professor; YUDIN, S.Te, inzhaner,
retsTuRent; KRYIDY, V.I., inzhaner, radaktor; POPOVA, S-M-, takhni-
chaskiy radaktor.
(MolAing] Formovochnoe delo. Izd. 3-a, parer. i doP. Mook7a, Goo.
nauchno-tekhn. :Lzd-vo mashinostroit.lit-ry, 1954. 289 pe (MLRA 8:4)
(Founding)
k,

A Ov, F.H.
Irpanded use of machinery for labor-consuming processes In foundry
work. Lit-prolzv. no-3:8-12 Ag 134. (MMA 7:8)
(Founding) -
1,1; 11

Theory of pneumatic vibration-molding machine design. IAt.projzr.
no.1:12-15 Ja 155. (MM 8:3)
(Kolding machines)

A OT, P. N. :
Operation of mechanical inertia knock-out gratings and vibrator
sieves# Jdtoproizv. no,8;16-19 Ag'55. (HLRA 8:11)
(Younding)

InENOV'P.14.
- .
Choice of the best vibration method for mechanical knock out grates.
Lit.proizv. no.10:19-22 0'55. (MLRA 8:12)
(Younding)

AXSEMOV, P.N., doktor tekhnicheskiy nauk, redaktor; XMOV, Y.L. inzhener,
PMMWor. MUMMA , N.A,, inzhener, redaktor; UVAROTA, AJ., takhni--
cheskiy reclaktor; XLTVBYIYA, Ye.N.,. tekhnichookly redaktor
(Problems of founding and the heat treatment of iron] Voprosy leteino-
go proizvod.stva L termichaskoi obrabotkL chuguna. Pod red. P.N.
Akeenova. Moskva, t4os. nauchno-tekhn, izd-vo maahinostroit. lit-Z7,
1956. 164 p. (MLRA 9:7)
1. Moscow. Moskovskiy avtomakhanicheBkiy institut
(Iron founding) (Iron--Heat treatment)

AEMOV, E.N.,.Professor, koktor tekhnicheskikh nauk.
Full automatization of central sand preparation systems. Lit.
proizv. no.6:12-13 Je 156. (KM 9:8)
(Sand, Foundry)

/17
Pare
/9 lkf 5-7 -Z~ /1Y 0 ~/ )
PHASE I BOOK EXPLOITATION 88
Aksenov Pavel Nikolayevich, Doctor of Technical Sciences
Tekhnologiya liteyno proizvodstva (Technology of Casting) Moscow,
Mashgiz, 1957- 69 P. 15,000 copies printed.
Reviewers: Titov, N.D., Candidate of Technical Science3, Docent.~and
Fantalov, L.J., Doctor of Technical Sciences, Professor;
Ed.: Konstantinov, L.S., Candidate of Technical Sciences;
Tech. Eds.: Uvarova, A.F., and Model', B.I. Managing Ed. for
Literature on Heavy Machine Building (Mashgiz): Golovin, S.Ya-0
Engineer.
PURPOSE: This monograph was prepared in connection with a specialized
course of instruction entitled "Technology of Castingn for machine-
building technical schools (tekhnikum) and is a systematic textbook
of this subject, The material presented in this textbook may also
be of interest to production personnel. The book is authorized as
a textbook for tekhnikums by the Ministry of the Automobile IndustrYp
USSR.
Card 1/19

Technology of Casting 88
COVERAGE: The basic technological processes involved in casting are
grouped in the first three parts of the textbook. They deal with 1)
molds and their preparation 2) casting alloys and preparation of
molten metal,, and 3) the casting process. The material for the basic
part of the course is based on prevailing pig iron foundry practices
of the machine-building industry. Special features of making cast-
Ings from malleable iron, steel, and nonferrous alloys, and special
methods of casting, i.e.. permanent mold casting, ocnUmmm castirg;dasd
under pressure, centrifugal casting, investment casting, shill-mold
casting are presented in the fourth part of the textbook. The fifth
and last part of the textbook presents basic prinoiples for de6ign-
ing foundries. SWW technological calculations 11%volved in design-
ing a foundry and-Some problems of foundry planning are given.
There are 52 references, all Soviet.
Card 2/19

Technology of Casting 88
TABLE OF
CONTENTS:
Foreword 3
Introduction 5
I. The role and importance of casting in the machine-
building industry 5
2. Short review of the development of casting in the
USSR 4%, 9
PART I. THE MANUFACTURE OF CASTING MOLDS
Ch. I.r' Mold Materials and Their Breparation 14
1. General information on mold materials 14
2. Service conditions of mold materials in a casting 18
Gas behavior in the.mold 18
Card 3A9

Technology of Casting 88
Mechanical loads
:Hegt effect of cast metal
3. Basic properties of mold materials and mixtures and
t
.,heir testing
Moisture
Content of the clay component
Gra.'in compoIsition of the sand base
Dispersion and colloidal state of clays
Gaso-generating capacity
Gas permeability
~Strength:
Strength"at high teImperatures
surface. strength (critibling)
Hygroscopicity and loss-of,strength due to moisture
absorption
Plasticity
Method,of technological samplin
Heat---resistance.(refractorinesaI
DurabIlity
Acceptitnee of green mold materials and mixture
control in production
Card.4/19
19
20
21
21
23
24
27
29
30
38
41
43.
43
44
44
44
46
47

Technology of Casting 88
20 Principal methods of molding 99
Packing of the mold 99
Artificial venting 105
Removal of pattern from the mold 107
Mending-up of molds 107
Jointing of mold and prdparation for pouring 109
Calculating casting predsure and securing of molds ill
3. Bedded-in moldift 114
Preparation of A Wt bed 114
Preparation of a hard bed 115
Open bedded-in molding 116
Closed bedded-in molding 118
4. Molding in flasks 119
Molds using cope and drag 119
Recess molds and false oddsides 121
Molding in multiple flasks 123
- Detachable pattern segments 128
Use of core plitea 128
Molds with reversible sand cores 129
Card 6/19

Ph
ZZ Q

Technology of Casting 88
Ch. III. Mechanical Molding 163
1. Special features of equipment and tools used in
mechanical molding 163
Flasks 164
Pattern plates 169
Molding tools 173
2. Methods of machine molding 174
Normal flask molding method 174
Stack molding 175
Molding without flasks 177
3. Control of the degree of mold ramming 179
4. Methods of ramming casting molds on molding machines 180
Squeeze ramming 18o
Jolt ramming 190
Ramming with sand-slinging machines 195
Ramming by the sand-blowing method 196
5. Selecting the type of molding machine 201
Classification of molding machines 201
Selecting the type of molding machines for various
castings and for series production 205
Card 8/19

Technology of Casting 88
..Ch. IV. Manufacture of Cores
1. Construction (structure) of cores and their instal-
lation in the mold
Core irons
Venting of cores
Installing cores in the mold
2. Methods of core making
Making cores from core boxes
Making cores from strickles and guides
Dimensional control and assembly of cores
Use of green-sand cores
3. Machine molding cores
Methods of machine molding cores
Selecting the type of core-making machine
Ch. V. Planning Casting Technology
I* Working out casting drawings
Casting draft
Allowances for machining
Casting size and weight tolerances
2. Choosing parting planes and overall dimensions for
molds and cores
Card 9/19
2o8
208
208
210
211
215
215
220
221
226
228
228
231
234
234
234
236
239
244

Technology of Casting 88
3- Making metal patterns and pattern plates 279
Alloys for metal patterns 280
Process of making metal patterns and pattern plates 281
Pattern plates from other materials 287
Ch-. VII., Drying Molds and Cores 291
le Pr6cess and control of molds and core drying 291
Process of mold and core drying 291
Control methods for drying processes 292
.Types of drying ovens 294
Ch. VIII. Gating for Gray Cast Iron Castings 299
1. Types of gating systems 29
2. Gating system calculations for gray iron castings 399
Calculations based on the Ozannna formula and formulas
derived from it 311
Calculation based on the specific weight velocity of
,pouring 322
,Determining dimensions of other elements in the
system 323
Card 11/19

.Technology of Casting 88
PART II. PREPARATION OF MOLTEN METAL
Ch. I. Casting Properties of Alloys 327
1. Fluidity 327
2., Shrinkage 331
3. Liquefaction 342
Ch. II* Technological Basis for Production of Sound Castings 344
1. The solidification process 344
2. Feeding of castings 350
3. Regulating the cooling rate of heat nodes 361
4. Reinforcing transition sections by means of ribbing 365
Ch. III. Properties of Cast Iron in Castings 368
1. Classification of cast iron castings according to
metal structure and mechanical properties 368
2. Basic principles for producing high-~strength cast
iron 378
3. Properties of cast iron at various temperatures 390
Card 12/ 19

Technology of Casting 88
2. Cast iron melting in other furnaces
.'Ch. VII. Control of the Melting Process
1. Measuring high temperatures
2. Blast control
3. Control of gas composition
4. Use of technological samples
PART III. PRODUCTION OF CASTINGS
Ch. I. Feeding Molds and Cooling Castings in Molds
1. Selecting a ladle and the process of feeding molds
2. Cooling castings in the mold
Ch. II. Knockout and Cleaning of Castings
1. Knockout of castings and cores
2. Cleaning castings
3. quality control for castings
450
451
451
458
460
461
464
464
468
476
476
480
485
Card 14/19

Technology of Casting 88
Runner basin part of the system 527
Downgate part of the system 533
Ch. II. Steel Casting 536
1. Principal properties and thermal processing of
carbon steel castings 536
2. Melting steel for profile casting 539
Melting in open-hearth furnaces 539
Melting in electric are furnaces 545
Melting in high-frequeney'electric furnaces 54
Making steel in side blast converters 549
3. Special features of gating system for carbon steel
casting 551
4. Alloy steel casting 557
Ch. III. Nonferrous Metal Casting 562
1. Copper alloys 562
2. Special technological features of production of
castings from copper alloys 569
Card 16119

Technology of Casting 88
Ch. III. Planning Foundry Shops 647
1. Planning workplaces and production sectors in
foundry shops 647
2# General,-arrangqment of foundry shops 649
3. Placement of foundry shops in the overall plan of a
machine-building plant 654
AVAILABLE: tibrary of Congress (TS230-A479)
VK/lab..
2 Tav 1958
Card-19/10

AKSINOV, P.R.
Automatized lines for sand-blast molding. Lit. proizv. no.11:15-18
N 157, (MM 10112)
. (Molding (Pounding)) (Assembly line methods)

,fiff-5_6-X~OV /0, A-`II
AUTHORs
TITLE:
PERIODICAL:
ABSTRACT:
None Given
117-58-5-24/24
Card 1/2
Conference on Construction and Utilization of Casting
Equipment (~onferentsiya po konstruirovaniyu i ekspluatatsii
liteynogo oborudovaniya)
Mashinostroitall, 1958, Nr 5, P 48 (USSR)
In December 1957 a scientific-research conference took place
in Gorlkiy dealkng with the construction and utilization of
casting equipment. It was organized by the department of
casting of the NTO MASHPROM. At the conference were 900
representatives from machine building plants, casting equip-
ment plants, scientific xesearch institutes, universities, etc*
A total of 28 reports were given. I.F. Yegorenkot Candidate
of Technical Sciences (NIILITMASH) reported on the actual state
and development of the casting technique. P.N. Aksenov, Doctor
of Technical Sciences (MAMI) reported on automated lines of
sand-blowing moulding. L.M. Mariyenbakh, Doctor of Technical
Sciences (MVMI) reported on the subject "Mechanized Drying
Kilns". G.3. Zelichenko, Engineer (Leningrad Branch of
Soyuzprommekhanizatsii) reported on "Automatic Lines of
Molding in Casting Shops". A.D. Ginzburg (LF VPTI tyazhmash.'
reported an a self-constructed automatic machine for the pro-

117-58-5-24/24
Conference on Construction and Utilization of Casting Equipment
duction of shell moulds. V.N. Bobrov (NIILITHASH) talked
about automatic machines for moulding. A.V. Odinokov,Engineer,
reported on modern sand blasting devices. G.S. Taburinakiy,
Engineer (NIITLITMASH) reported on "Automatic Machines for the
Production of Shell Molds and Cores". Z.D. Levin (Plant KATEK)
spoke on "Projects and Utilizationof Equipment for Mechanized
Casting". I.V. Yefimov, Engineer, spoke on "Mechanization
and Automation of the Technological Process of Casting With
Meltable Models". G.R. Nikoltskiyj Engineer (NIILITMASH) spoke
on hydraulic and sand-hydraulic cleaning of castings. B.G.
Shpitalinyy (NIILITMASH) talked about the automatic moulding
machine Nr 96264.
ATAILABLEt Library of Congress
Card 2/2 1. Casting equipment-Development 2. Casting equipment-Application

C--aSRNOVI PON*- OKROMHSHKO, N.V.; STOLBOVOY, S.Z.; TALANOV, P.I., prof.,
riamtse Rent; POLOZKOV, M.A., inzh.; SAL7YXOV, V.S., inzh.;
UVAROVA, A.P., tekhn.red.
(Structural design of foundry, machinery] Konatruktivnye
ohertezhi mashin litainogo proizvodatva; atlas. Moskva, Goa.
nauchno-takhn.izd-vo mashinoitroit.lit-ry, 1959. 217 p
(M~U 12:12)
(Foundry machinery and supplies)

28(l) PHASE I BOOK EXPLOITATION SOV/2156
Soveshchaniye po koi~pleksnoy mekhanizatsii i avtomatizataii
tekhnologicheakikh protsessov. 2nd, 1956*'
Avtomatizatsiya mashinostroitel.Inykh protsessov; /trudy
soveshchaniya/, tom. is Goryachaya obrabotka metallov
(Automation of Machine-Building Processes; Proceedings of the
Conference on Over-All Mechanization and Automation of Technol-
ogical P.rocess, Vol 1; Hot Metal-Forming) Moscow, 1959. 394 P.
5,000 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Institut machinovedenlya.
Komisslya po tekhnologii mashinostroyeniya.
Resp. Ed.: V.I. Dikushin, Academician: Compiler; V.M. Raskatov:
Ed. of Publishing House; V~.A. Ko-tov; Tech. Ed.: I.F. Kuz'min.
PURPOSE: The book is intended for mechanical engineers and
metallurgists.
Card 1/8

Automation of Machine-Building Processes (Cont.) SOV/2156
COVERAGE: The transactions of the Second Conference on the Over-All
Mechanization and Automation of Industrial Processes,
September 25-29, 1956, have been published in three volumes. This
book, Vol. I, contains articles under the general title, Hot
Working of Metals. The investigations described in the book were.
conducted by the Sections for Automation and Hot Working of Metals,
under the direction of the following scientists: casting -
P.N. Aksenov, D.P. Ivanov and G.M. Orlov; forming - A.I. Tselikov,
A.D. Tomlenov and V.T. Meshcherin; welding - G.A. Nikolayev,
B.I. Frolov and G.A. Maslov. There are 183 references: 142
Soviet, 34 English, 6 German, and 1 French.
TABLE OF CONTENTS:
PART I. AUTOMATION OF CASTING PROCESSES.,
~~senov, ~.N. Prospects for the Automation of Casting 5
Ivanov, D.P. Trends in Casting 16
Korollkov, A.M. Casting Properties of Alloys In Connection
'with Structural Diak~rams 24
Pard 2/8

Automation of Machine-Building Processes (Cont.) SOV12156
Nikol'shiy, G.N. Investigation of the Operations of Hydraulic
and Sand-Hydraulic Installations for Knocking out Cores and
Cleaning Castings 86
Vlasov, A.A. [deceased] Universal Automatic Lines of Box
Ca5ting and Boxless Casting 97
Zibenberg, A.I. Automation of Casting at the Gorlkiy Auto-
mobile Plant 105
PART II. AUTOMATION OF METAL FORMING WIDER PRESSURE
Illyu.-c3hin, A.A. The Plastic Flow Theory and Some of Its
App- -1 neti ons 115
Pavl(j., I.M. Processes of Working Under Pressure Alloys
which are Difficult to Deform in Connection With Their Mecha-
nization and Automation 126
Tselikov, A.I. State and Problems of Automating Rolling
and Drawing Mills 132
Card 4/8

I
Automation of Machine-Buiiding Processes (GOI)t.) SOV/2156
Mansurov, A.M. Automation of Industrial Processes in
a.Forge Shop 148
Tomlenov,.A.D. The Value of Shrinkage Force in Steel
Ingots 16o
Filippov, V.V. Technical and Economic Efficience of
Automation of Stamping from Sheet Steel 165
Navrotskiy, G.A. Investigation of Operating Conditions of
Cold-Upsetting Automatic Presses 169
Popov, V.A. Automation of the Production of Fastening
Articles 183
Kopytov, V.F. New Methods for Heating with Gas in
Automated Production 189
Glukhanov, N.P. Use of High-Frequency Currents for
Heating Billets for Plastic Deformation 197
Card 5/8

Automation of Machine-Building Processes (Cont.) SOV/2156
Filippov, V.V., VoYa. Shekhter, and V.I. Olenev.
Automation of Cold Stamping of Automobile Parts from
Sheet Steel 204
Burshteyn, D.Ye. Automation Processes in Stamping
Production Parts from Sheet Steel 219
Leonov, V.A. Some Problems in Automating the Trimming of
Pressed Shapes from Aluminum Alloys 228
PART III. AUTOMATION OF WELDING PROCESSES
.rlikolayev, G.A. The Problem of Automating Industrial
Welding Processes 237
Paton, B.Ye. Electric Slag Welding of Large Constructions
from Castings, Forgings, and Rolled Stock 243
Rykalin, N.N.jand A,,I. Pugin, Regularities in Heating
Cores during Resistance Butt-Welding 252
Card 6/8.

Automation of Machine-Building Processes (Cont.) SOV/2156
Balkovets D.S. and P.L. Chuloshnikov. Automatic Process
Control in Contact Weiding 266
'Gromov, M.A. Development of Automatio-Weld-ing Equipment 276
Nikolayev,,O.A9 Studies atithe MVTU~im, Baumana (Moscow
Higher Technical School Im. Bauman) on Automation of
Welding Processes 280
Kasprzhak~ G.M., I.Ya. Rabinovioh, Ye*-I. Slepushkin, and
VOM. Shchitova. New Systems for "Automating Welding
Equipment 290
Verc.henko, V.R, Automation of Ard Welding in a PrAective
Gas Medium 322
Frumin, I.I. Automatic Weld Seam of Wear-Resistent Alloys 330
Rabkin, D"M. Automatic Welding of Articles from Aluminum
and Aluminum Alloys 344
Card 7/8

AKSENOV, P.1T.
Analytic calculation of the work process of sand blower molding
and coremaking mchines. Idt.'proizv. no.1:15-20 Ja '59.
(KM 12: 1)
(Youndry machinery and supplies) (Molding (Founding)) (00'remking)

sov/180-59-4-47/48
AUTHOR: None given
TITLE: A Conference on t Ihe Accurac2A4of Machine BuildiniqCastings
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye teklinicheskikh
nauk, Metallurgiya.i toplivo, 1959, Nr 4. PP 255-256 (USSR)
ABSTRACT: A conference on the above subject took place in the
Institute of Machine Building of the Academy of Sciences
of the USSR on 22-24th April 1959. About 200 representatives
of scientific-research institutes, laboratories,
universities and largest works from 34 towns participated
in the conference. The following papers were read:
B.B.Glulyayev "The present state of studies of the
accuracy of castings"; P.N.Aksenov "Tasks of
-
endence of the accuracy of
investigations of the d7p
N.P.Berg "Methods of
castings on technological factors";
'
analytical evaluation of dimensions of castings";
Yu.A.Voroblyev "Theoretical and experimental investigations
of the accuracy of castings"; I.P.Yegorenkov - "The
system of allowances for mechanical working of castings";
Ye.G.Kopanevich "Methods for the determination of
tolerances for dimensions of cast parts"; S.A.Kazenkc*
Card 1/3 "Tolerances for non-ferrous castings produced by various

SOV/180-59-4-47/48
A Conference on the Accuracy of Machine Building Castings
methods of casting"; G.N.Nikollskiy "Methods of
controlling the cleanliness of the iiurfaces of castings";
L.S.Konstantinov "The influence of stresses formed during
casting on the accuracy of castings,"; L.Ye.Komarov "The
process of packing moulds as.a factor determinin-g--The
accuracy of castings"; S.S.Zliukovskil and
A - Wuan-ahin , ~ "Sources of orrors in the dimensions
of cdatings causedby specific featureL9 of operation of
the pattern-mould boxes equipment"; A.M.Dubrovskiy
"Typical deformations of casting moulds"; V.O.Yakovlev
"Conditions of making accurate castings in sand moulds";
M.P.Ivanov "The influence of the chemical composition of
iron on the accuracy of dimensions of castings";
S.N.Fomchenko and 5.B.*..Lwrulyayev "Improvement in the
accuracy of castings made in pressed shell moulds";
V.V.Ryzhenkov "Experience in increasing the cleanliness
and accuracy of large castings"; N.N.Rubtsov and
I.L.Zhelikov "On the accuracy of castings made by the
lost wax meThod"; IGoryunov "An investigation of the
accuracy and surface cleanliness of castings made under
Card 2/3 pressure and by the lost wax method"; M.F.Makellskiy and

J~ KSENOV, P.
An-analytic method of approach to the functioning of core blowing machinea. Tre
from the Russian. p.61
PRZEGLAD OMMICM. (Stowarzsyzenie Techniczne Oldewnikow Polskich)
Krakow, Poland. Vol.9. no-3., iiar. 1959
Monthly List of East European Accessions Index (EfUU) LC, Vol.8, no.66, June 1959
Unal.

to em. 0 -"0:l zi~ *ail
an :Y;3
'ad
00.1
ao~ Ell
0

0 C' gig! ;.;42
% a

CO
Q~ Z
v

ON 30V.A666
pan I Boot EXPLOTTATI
Toprosy toorli!11"i4%yk~ pi6isiii;v'(Prablems of the Theory
cow, K"halt, 1960. 692 P..
or Fo,,nA'ng Processes Rog
4$500 copies printed.
Sponsoring Agensisal lAt*YDVG kafedry I otdoly Institute
liternago proizvodstva AN USSH; Kinakoso, fixiko-takhod-
ChealLogo Ln8tLtUtL AN SM; M0610COVakaga &VtQdorOzhno9O
Institute; Moskovskogo, artomakhaachookogo Institute;
Moskovskogo veahernego in"hinostroltel-Augo, inatitutILS
InAtituta StAll iment Stalinal Urallskogo, politewini-
chealooga Inst1tQt& L"al. S. M. Xtrovaj Toontrallnogo,
InAtituta, takhriologil I xwLshLno-
stroyanira.
Reviewers: A. A. RyZhIkov (Head, Department or lpol,ml
e,'Ifie.d
Krivodhe
A
.
. To.
y
Oar-kly Politeannio; YAstit,ate),
Department of Founding, Dnepropetro-sk Politechnic in-
atituts), And 1. PfIbYl (Head, Department of Pounding,
Higher School of Xining. Ostrava Czenhoslovakia);
Iditorial Bo"I P. 1. VaA12.vsFdy, A. A. Zhukov. N. 1.
and Va. C. Pairs:=
VAnAgInS Zd. far UttrLtur* an Heavy Machine balding%
3. YL. 0010vln; Zd. of Publishing House, ya. L. Markin;
'
F. UT&rova.
Tooh. Zd.t ;L.
ThIZ *book 10 Intended for techaloal personnel of
ruRposs;
the rowALng indux';r3r..
COVSKAaEs This book on fo=4ing theory Is the "oult Of ttA
Joint efforts of metallurgical departments of various
..hoola~ of higher education and scl*ntLific rem*&rch in-
11titates. Theoretical 6tuAles &Ad the scientific r*-
search In the field of founding A" n=m%Mxed and d1z-
cussed. this volume (first of a planned series) Is de-
voted to a number of Important theoretical problems air
toundLng dealing with molding, melting, pouring, solid-
Iftcation of casting, the machinery used, and automatioc.
The terminology used in founding is also given. No
perstrAlitits a" mentiened. tach chapter Is accompanied
by references.
Ch. 11. ,Methods or Prod"Ing Molding Mixtures With OLO
-ding Proponles [~. M. Lys&&) 29
leal P_
_jr
-Ch. In. Theorat olp2es of P"Ceffilas of Develop-
Ing ths JnndtAl Strength Or mixtures With Water
Olsss),(A
M
ijass)
.
.
TO
Ch.
IV. Chemical Hardening of molds and Core* (The C02-
,
Proce,81
1P. P. Berg, B. TU. 707gol'son)
93
'Ch. V. Gating Systems Rlblna~
~.Tich 220
Ch. V1. Principies or Calculating the Siruejure and
Strength of Gray IMa (A. A. 2bukov) 163
Ch. Vn. On the Theory or melting metals (L. 1. jAwj) 253
of Pig zvG (i
M. MLriyanbAkh)
314-
Ch. IX. Problems of 'he -'-:action and use or Furnaces
K. Xa--Iyenb&kh) 356
Ch. Z. Fundamental& of the Thermal Theory of Casting
(A. 1. Voyak) 385
cis. X1. 3011dificatlon of C"tin&$
in SnAd Holds And
the Formation of Stjjnkago
Porosity-(Z__a__
n~
482
Ch- XXI. On the Theory of Casting Mao cry
Aka, x M*B0463hkov 3~ ovich
or 0 olbovo 533
Ch. Z=. Automation of ycundLAg proo~g2on (M. T.
Zharav, and Tu. p. ftruohl~~ 565
Ch. xxv.
On the Scientific Terminology (A. A. Gore a
tLW~62
ATAXL&Hig: Library of Congress (T3230M)
Card 4/4 TjVdw1K/*O
1-12-61

Alr OV. -P I
L.1al BERG, P.P.; GODAMKOV. N.M.; VEYNIK, A.I.; GORSHKOV. A.A.;
ZHNHOY, N.T.; ZHUKOV, A.I.; ZOROKHOVICH, I.Z.; KU.MIN, I.B.;
LEVI, L.I.; LYASS, A.M.; KARIMMAKH. L.M.; OUOV, G.X.; PMCHI-
KOV, Yu.P.; RABINOVICH, B.V.; STOLBOVOT, S.Z.; YBYGHLISON, B.Yu.;
VASILEVSKIT, P.F., red.; KLOCHNEV, N.I., red.; KONSTAPTINOV, L.S.,
red.; POLTAKOV, Ya.G., red.; MA IZ. Tu.L.. red.isd-vo; UVAROVA,
A.F., takhn.red.
(Theory of founding processes] Voprosy teorii litaynykh protsessov.
Moskva, Gos.nauchno-tekhn.isd-vo mashinostroit.lit-ry, 1960. 692 p.
(MIRA 13:7)
(Founding)

AKSMM, P.N.
07omAlng machines' by A.I.Volkamich, A.Plakshin, D.L. Ihazin.
Reviewed bv P.N.Akeenov. Lit.proisv. no*7:47-48 Je 160.,
(MIRA 13-7)
(Iroundries-IlquiVment and supplies)
(Volk6mich, A.I.)
(rokshin, A.P.)
(Kh"in, D.L.).

AKSIMOV, Pavel Nikolayevich, doktor tekhn. nauk, prof.; BERG, P.P.,
- ----------- dOkt=A4,kbz39--nauk.* profes reteenzent; TIKHANOV,, A.Ya., tekhn.
red.
[Tbeory of founding machines] Nekotorye voprosy teorii mashin
liteinogo proizvodstva. Moskva, Masbgiz,, 1962. 231 p.
(MIRA 15:7)
(Foundries-Equipment and supplies)

AKSENOV, P.N., doktor tekhn.nauk, prof.; PRONOV, A.P., kand.
tekhn. nauk, reteenzent; CHERNYAK, O.V., insh.,, red.;
UVAROVA, A.F., tekhn.,red.
(Mold making) Forsovochnoe proizvodstvo. Izd-4. Moskva,
Mashgiz, 1963. 287 p. (MIRA 16:7)
(Molding (Founding))

-.- T, . ., ,
I
.1 c-,n the struntare tif nutomqt!c 4c,
~fto projzv. no.jj!.I~l f uAlry llnes.
.,- L4 N 164. (M2RA 1.8-.8)

Anzmv, P.P.,~ dote.,, kand, tekhn. nauk
------------
Actual and imaginary arroro in the theor3r of log cutting. Rauch. trudr
NMI no.6;34-50 156. (MIRA 11;12)
(Woodwork)

AKWOV. Patr Favlovich.- IVANKOV, P.T., red,; VOLOXHOUSKAYAO L.T., red.
izd-va; BACHURINA, A.M.. takhn.red.
(Theoretical fundamentals for the breakdown of logo] Teoreti-
chaskie oonovy raskroia pilovochnogo syrtia. MoBkva, Goolesbum-
izdat, 1960. 215 P. (MIRA 13:12)
(Lumber)

STOYEV) Georgi 131yev- ALSENOV P,P.0 red,; LEBEDEVA, I.D., red. izd-va;
R.fe.,-t-e-N'n.red.
WBAMOVA,
[Determining the maxiim output of I=berl Opredeleiiie makei-mal2nogo
vykboda pilomaterialav, Moskva, Goslesbumizdat, 1961. 62 p.
(MIRA 14:12)
(Sawmins)

AKSENOV p p prof,, dr. na tekhnicheskite nauki
Problem of a more economical utilization of wood in cutout
processes, Durvomebel prom 5 no.3:3-7 Ify-Je 162.
1. Moskovski lesotekhnicheski instput SSSRI

ALS_ENO~, Petr Pavlovich,.-prof., doktor tekhn. nauk,- Prinirali
Glidgffj'~i-M
, N.S., kand. tekhn. nauk; PROKHOROV,
I.K., dots.; TYUKINA, YU.P.j dots.; PESOTSKI7, A.N.p
- retsenzent; KJIUDIN, A.S.p rotsenzent; BASKkKOV, Ye.D., otv.
red.
[Technology of lumber) Tekhnologiia pilomaterialov. Moskva,
Goslesbumizdatj 1963. 578 p. (MIRA 17:5)

AXSENOV P.V -Jmn_4.tekhn.nauk
Devices for testing high-roadability automobiles. Avt.prom. 28
no.5:25-26 Mor 162. , (KRA 15:5)
(Automobiles-Dynamics)

AKSENOVP P. V.., kand. tekhn. nauk; PIRKOVSKIYj Yu. V.
"Using electric measurement methods in automobile testingw
by N. A. Bukharin, V. K. Goliak. Reviewed by P. V. Aksenov. 11
Avt.-Prom. 29 no.5.'3 of cover My '63. (MIRA 16:/,)
Antowbi-lee-Teeting).
Bakharin, N. A.)
~
(Gollak, V. K.)

. i
j
AIKSPOVp P.V., kand.,, takhn. nauk,-.. SHIRYAYEV, P.P.
Controllability Df Andependent samitrailera. Avt. prom. 29 :i
no.ntl6-18'N 163. (MIRA 16:12)

AKSZI;C)V, S.D.
Increasing the stability of the regulation of fuel injectors.
Trakt. i sellkhomash. 33 no.5-20-21 My 163. (KIRk 16-10)
1. Voronezhskiy sel'skokhozyaystvennyy institut.

I rN -'I L
USSR/Pbysics Ultrasonics FD-2367
Card 1/1 Pub. 146 -32/34
Author Aksenov, S. I.; Vikin, B. P.; and Vladimirskiy, K. V.
Title Excitation of ultrasonic oscillations by pondermotive forces
Periodical Zhur. eksp. i teor. fiz. 28, 762-764, Jun 1955
Abstract In their work with apparatus designed to investigate nuclear mag-
netic res6nance (DAN sssR, 96, 1954) the authors observed at fre-
quencies of the order of several megacycles interfering resonance
effect, which as was explained arises in consequence of the exci-
tation by pondermotive forces of ultrasonic oscillations in the
copper conductor comprising the coil of the spectrometer. They
observed a number of resonance peaks, with amplitudes considerably
exceeding the noise level of the device, for each of the coils
during variation of the operating frequency, relative width of the
peaks being equal to 1:100 in order of magnitude and the amplitude
of the peaks increasing linearly with increase of the constant
component'and depth of modulation of the field. The authors ob-
tained the eigenvalues of the product of the wave number times
radius of the conductor by means of numerical solution of equations
set up. Three references.
Institution : Physical Institute im. P. N. Lebedev, Academy of Sciences USSR
Submitted : February 12, 1955

KOZEL, Donald H., red.; XAZARNOIrsxiy, x.v. [translator]; TIKHOMIROV, F.A.
[translator]; ARHOLID, N.A. [translator]; PETRUKHIM, V.I. [translator];
MATSONASHVILI, B.N. [translator]; AXSENOV-i-S.I.-Etranslatorl;
BAKANOV, S.P. [translator]; SHAPIRO, I.S., red.; ADIROVICH. E.I.,
red.; MEDVICD37, Tu.T., red.-, HAKHIMSON, I.G., red.; TEUSNIN, N.L.,
red.; BELVA, M.A., tekhnered,
[Fundamental formulas of physics. Translated from the English]
Oanovnye formuly fiziki. Moskva, Izd-vo inostr. lit-ry, 1957.
657 P- (MIRA 11:5)
(Mathematical physics)

AUTHOR: Aksenov, S. 1. SOV/56-35-1-53/59
TITLE: ~-e shift ~ofXuc~iear ~Ignetic Resonance in Molybdenum (Sdvig
yadernogo magnitnogo rezonansa v molibdene)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1958,
Vol. 35, Nr 11 PP. 300 - 301 (USSR)
A3STRACT: This paper investigates the shift of the nuclear magnetic
resonance which is caused by the paramagnetism of the
conduction electrons (Knight (Nayt) shift, Ref 1) in
metallic molybdenum. The electromagnet with a pole diameter
of 300 mm and an airgap of 42 mm permitted measurements
in a field with the maximum field strength of 14 000 G.
This field was stabilized with resDect to deuteron resonance.
In order to avoid the influence of the skin effect, the
experiments were carried out with a molybdenum powder;
the percentage of the paramagnetic admixtures was not
higher than 0,008~~. A resonance caused by both of the oad
molybdenum isotopes was observed in this molybdena~m powder.
The experimental results indicate a strong influence of the
Card 1/3 interaction of the nuclear quadrupole moments wi-ch the

The Shift of Nuclear Magnetic Resonance in Molybdenum SOV/56-35-1-53/59
gradient of the electrical field. This gradient is caused
by the dislocations in the lattice structure. The quadrupole
in raction of M097 is noticeably higher than that of
Mo~~. The intensity decrease of the resonance line (at least
for mo97) is caused in a remarkable degree by quadrupole
effects of the second order of magnitude. Both of the
resonances in the tempered molybdenum powder are symmetric
and have (notwithstanding the noticeably different influence
of quadrupol interaction) approximately the same width.
The observable part of the resonances, therefore, corresponds
to nuclei which are little infliienced by the quadrupol
effects. The resonance of the other nuclei is so diffuse
that it cannot be observed. The influence of quadrupol
interaction on the shift of the nuclear ma-netic resonance
in molybdenum may, therefore, be neglected The Kni5ht
(Na t) shift was measured for the resonances of Mo9 and
MM in an aqueous solution of K MoO and the following
results.were obtailn.ed: all/H(mo953 = 4(01582 + 0,005M
H/H(1,107)
A
. (o,566 + 0,005)%. These results were found
in a-field of 12600 G7
, and analogous values were found also
Card 2/3 for 8300. G. The equality of values of the%shift for

The Shift of Nuclear Magnetic Resonance in Molybdenum SOV/56-35-1-53/59
both of the isotopes and for two different magnetic
field strenghts moreover demonstrates, that influence of
quadrupol interaction on shift may be neglected. There are
5 references, 1 of which is Soviet.
ASSOCIATION: Pizicheskiy institut im.P.N.Lebedeva Akademii nauk SSSR
(Physics Institute imeni P.N.LebedevAS USSR)
SUBMITTED: April 14, 1958
Card 3/3

% AUTHOR%
TITLE:
PERIODICAL:
S/656/62/042/006,/043/047
B100112
Akagnov, Ss Is
Thelline structure of the nuclear magnetic resonance of the
Cu 63 and Cu 65 isotopes in P-brass
Zhurnal eke-perimentallnoy i teoreticheakoy fizikil ve 429
no. 6, 1962, 1677-A679
TEXT: P-brass powder.containing 50-55 at% Cu was investigated in a
""000 oe. The P-phase was obtained by keeping
magnetic field of 5,000-139
the powder at 2000C for several hours. The resonances observed were
,produced by quadrupole effects. In samples of nearly stoichiometric
composition, resonance is produced by 1/2 --.* -1/2 nuclear level transi-
tions. The oharacteriatics of the ordered domains can be derived from
the line structure. For samples with stoichiometrio composition the sum
of the surfaces of the ordered domains is a minimum. The lateral peaks of
the resonance lines are produodd by nuclei at the boundary o= in the
central region of an ordered domain. Freshly crushed powder emits very
weak nuclear resonance signals. The resonance line intensity can be
Card 1/2

KOZIN. A.1.; TRUNOV. A.7.; BOYRNKO. P.S.; YIDCHOVA, Ye.l.; AIEA NOV,
I.N.;. KOWSHBY. V.I.; FAMASWO, L.I.; XATS, A.R.;
T.Yes -
-, LTUBIN, S.Gs; 806MM, S.Ye.;- RYABININ, M.M.; MELINIKOV,
P.H.; KLYUSHINK, L.T.;. XMZOVA, M.G.; GMOVNTA, V.S.; -
IVAN(YV,,A.l?.; SIM, 1J.
I.A. Danilov; obituary. Huk.~elev, prom. 26 no. 12-26 D 160.
(MIRA 13 - 12)
(Danilov, Ivan Aleksandrovichi d. 1960)

AKSENOV, T.S., inzh.
Manufacture of reinforced concrete slabs by vibratory rolling. Trudy
NIIZHB no.21:141-145 161. (KIRA 141-12)
1. Nauchno-issledovatellsRiy institut stroitelInykh konstmiktsiy
Akademii stroitellstva i arkhitektury USSR.
(Concrete slabs) (Vibrated concrete)

ARSTNOV T S. f inzh.; ZELENKOVA, A.F., inzh.
~fl --I 11~:~
f7eparing reinforced ccnerete element on the NIISK-JA vibration
rolling mill. Trudy IfI!ZHB no-33:226-231 164-
(MIRA 19-2)
-1. Nuucihno-issledovatellskiy institut stxoiteltrykh konstruktsiy
.Cz!!IPT,il stroitel'stva i arkhitektury Ul:rSSR.

AMENGV~ T.-S., J.nzh.
Determining the pressure for the WISK-1A v-lb-,-a'U--;on rolling mill.
Trady 111-UMB no,33032-240 164. (MIRA 1822)
1. Nauchno-Issledovatel'skiy institut, otxol.tellny~J-t kormt,raktsty
Akademil otroitel'stva I arY-bitektury U)a-SSR.