SCIENTIFIC ABSTRACT ALFTAN, E. A. - ALIBEKOV, B. C.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101110002-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

83288
S/148/60/000/007/009/015
A161/AO29
Thermoultrasonic Treatment of 6hromansil Steel
k6) frequency and clifferent concentration of ultrasound. A swing device
(on. a drill press frame) was used for fast transfer of specimens screwed
to the vibrator from a salt lath (with 8900C) into a saltpeter bath. Test
results (Table 1) show that impact resistance increased in all 2 treatment
conditions but was not high. The stress amplitude (1-12 kg mm ) had only
negligeable effect. Any law of the effect on strength and plasticity was
too difficult to reveal'because of the high brittleness of the specimens.
The microstructure (Figure 2) proved that-ultrasound did not materially
affect the structure and size of grain and the microhardness of separate
phases. High hardness and lcw impact resistance of specimens (partic-
ularly after 4300C isotherms and higher) was eFused by martensite (with
microhardness of 675-715) that apparently formed from residual austenite
during the cooling of the specimens from isotherm temperature down to room
temperature. The highest effect on impact resistance was in quenching in
saltpeter at 4000C, during wbioh the major austenite quantity was trans-
formed by intensive ultrasound treatment. The fact that the grain size
and the specimen hardness were practically the same with and without ultra-
sound treatment proves that the cause of increased impact resistance is a
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83288
S/lAB/60/000/007/009/015
A161/AO29
Thermoultrasonic Treatment of Chromansil Steel
changed intercrystalline space structure. Ultrasound also did not in-
tensify (within the accuracy limits of the experiment) the austenite
transformation in the temperature above the martensite point. To check
this, an additional experiment was carried out with austenitic steel
(O.~1% CI 23.15% Ni; 0.86% Mri; 0.13% Si) with the martensitic point at
-80 C. After quenching in water from 9000C the specimens were treated
with ultrasound for 30 min in environments with +10 and -22 0C, but no
increase of the ferromagnetin phase quantity was observed. The conclusion
is drawn that ultrasound treatment at isothermic quenching produces a
definite improvement of mechanical properties. The place of experiments
was Leningradskaya Krasnoznariennaya voyenno-vozdushnaya inzhenernaya
akademiya im. A.F. Mozhayskogo (Leningrad Red Banner Military Aviation
Engineering Academy im. A.F. Iloghayskiy . The author thanks the head of
the Department of General Teohnology Doctor of Technical Sciences,
Professor Engineer-Colonel &S. StroyevL_.Lxnd laboratory manager Engineer-
Major M.I. Makaroy for their assistance in the organization of experiments.
There are 2 figure3, 2 tableii and 5 3oviet referEnces.
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83288
S/148/60/000/007/009/015
A161/AO29
Thermoultrasonic Treatment of' Chromansil Steel
ASSOCIATION: Leningradskiy institut aviatsionnogo priborostroyeniya
(Leningrad Institute of Aviation Instruments)
SUBMITTED: July 28, 1959
1/r
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20284
S/148/60/000/009/022/025
ILI
06 Qj~~ A161/AO30
AUTHOR: AlIftan, E.A.
TITLEs Raising the mechanical propartiiba of steel by thermo-ultra-
sonic treatment
PERIODICAL: Izvestiya vysshikh uohebnykh zavedeniy. Cherneya metallurgiyap
no. 9, i960, 160-166
TEXT: The purpose or the described investigation was to find out if
it is possible to improve the mechanical properties of steel by ultrasound.
The experiments were carried out at Leningraiskaya voyenno-vozdushnaya, inzlm-
nernaya akademiya im~ A.F.Mozhayskogo (Leningrad Military Aviation Engineer..
ing Academy im. A.i.r1ozhayskiy). It is mentioned that it has been stated
by K.M.Pogodina-Alekseyeva (Ref.2) that ultrasound raises steel hardness by
several RC units in low tempering; in low tempering of 12XH 3A (12KhN3A)
steel it slightly increased the impact strength but reduced the hardness.
Steel 115011 was chosen for experiments. Specimen rods (320x10.5x1O-5 mm)
with threaded ends were tempered with and without ultrasound in a special
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41-

20284
S/14BJ60/000/009/022/025
Raising the mechanical properties of steels_ A161/AO30
installation (Fig.1). The specimen length wits adjusted to obtain resonance
oscillationswith the oscillatort using data obtained in a preliminary study.
The minimum amplitude of ultrasonic stres!Bes was at the bottom end of the
specimen, in a distance multiple of half-wavo in the specimen, and the
maximum in quarter-wave distance from the end. The following formulae weris
used for oalculation
- 27r f - 11
M&X V_E_OPo
6min ~ 29% c~. - f A
f I/Spoo_
where EO - elasticity modulus of specimen material at tempering temperatural
/00 - density of specimen material; f - ultrasound frequency;
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Raising the mechanical propert.les.of steel ...
20284
S/148/60/000/009/022/025
A16l/AO30
A - displacement amplitude; /o,. - density of saXpeter; cc - sound velocity
in molten saltpoteri A - lengih of ultrasound wave in specimen. The ampli-
tude of the oscillator end was measured with a mic oscope; the amplitude
stresses in specimens w a between 1.2 and 12 kg/mm at a different length
from the end. Menazhe spe,,%Imens (Russian transliteration) were prepared
from the tempered rods and tested, the results are illustrated in diagrams
(Fig.2). As it can be seen, the mechanical properties improved. The slight
effect of ultrasound at 200 and 2500C may be due to microcraoks limiting
the impact strength in martensite; the cracks were not closed by ultrasound.,
With higher temperature of tempering the effect increased, and the fracture
of specimens was more tough and homogeneous despite higher hardness. The
grain size in specimens treated with ultrasound and without was nearly the
same. The elfect or ultrasound on reversible temper brittleness was inves-
tigated in 3oXrCA (30KhGSA) steel., but the results are not adequate for
any conclusions. In general, all ultrasound treated specimens had higher
strength and finer grain; the plasticity and hardness remained about un-
changed.. The effect on hardening was studied on cylindrical specimens with
length equal to three diameters, by 22-5 kilocycle sound frequency in an
oil bath (spindle oil), with two oscillators connected into one unit, with
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20284
S/148/60/000/009/022/025
Raising the mechanical properties of steel-_. A16l/AO30
4ox4o mm emitting ends. The oscillators vere tried in three positions:
1) On a side wall in the bath 4ith horizontal ultrasound direction; 2) on
the bottom, with ultrasound directed upward, and 3) In 10 cm from the Bur-
face, with emission upward. The specimens were quenched from 8300C in the
bath near the emitting surface of the oscillator, The results were beat
with the 3rd position of the oscillators. It was concluded that ultrasound
doubtlessly increased the hardening , and the stronger the hardening, the
higher was the ultrasound power. The hardening was higher at the side
nearer to the oscillator. There are 2 tables, 5 figures, and 2 Soviet-bloc
references.
ASSOCIATIM Leningrsd,,ikiy institut ayi.atsionnogo priborostroyeniya
(Leni.7igrad Listitute of Aviation Instruments)
SUB14ITTED: 28 August 1959
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35C)3~
S/145/60/000/010/012/"014
D211./D304
AUTHOR,~ Allftan,_E~A~._Aspirant
TITLE-. Thermal-ultrasonic treatment of beryllium bronzes
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Mashino-
stroyeniye, no. 10, 1960, 151 - 154
TEXT; The dispersion hardening of alloys can be greatly accelera-,
ted by the application of ultra *sonic vibrations. The author infer.,
red that mechanical properties of beryllium bronze could also be
improved by this method. Investigations were carried out on Sp!3
(BrB) wires of diameters 0.8, 3 and 3,5 mm which were treated at'.
temDeratures between 2750C and 32500 during 15 and 30 mins-o 0.8 mm
wires being placed in a furnace and 3 and -5,.5 mm wires in a sodium
nitrate bath., O~8 mm specimens were about 300 mm long; the length
of the 3 and 3.5 mm specimens was equa.1 -to half wavelength and one
wavelength of the vibrations The ampl-Itude of vibrations could not
be accurately determined (between 3p and 10 p) 'j the frequency was
24 -- 26 cycles,, The specimens were tested for strength and hardnessi
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S/1 45/60/0001/0-1. 0/012/014
Thermal-ultrasonic treatment of D21!/D304
corresponding graphs are given. Investigation of microscopic struc-,
ture of the specimens show that ultrasonic treatment intensifties
the precipitation of second phase., _11 is concluded that the method
gives nigher plastic properTles; hardness and strengih being the
same as by usual treatment,, There are 4 figures and 2 Soviet-'bloc
references.
ASSOCiATION: Leningradskiy institut aviatsionnogo pri.borcstroyeniya
kLeningrad Institute of Aviation Instruments)
SUBMITTED: August 27,, '1959
X
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j7- T- C- I
81906
/P P/00 S/126/60/010/01/oll/019
Elli/E335
AUTHORS- Mes'kin. V.S. and AlIftan, E.A.
TITLE- Reasons for Instability of k1loys for Exact
Resistances and Ways of Reducing It
PERIODICAL: Fizika metallov i metallovedeniye, 1960, Vol. 1.0,
No. 1, pp. 90 - 100
TEXT: The authors point out t1pt physico-chemical processes tak-
ing place on resistance al.joysl'band leading to changes of resistance
with time have not yet been studied. Mes'kin had previ.ously
arrived at a working hypothesis that such cha
.,res are due to
gradual evolution of hydrogen from the alloy The authors now
give some existing evidence on this hypothesis and go on to
describe special experiments to test it. For these, manganin
(12.42% Mn. 2-52% NJ., 1.1.0% Co, remainder Cu) was artificially
0
enriched with hydrogen either by blowing the gas into the liquid
or by electrolytically int-roducing it into 0.8-mm dia wire
after annealing and etching. For comparison ageing kinetics
were studied on the same wire unhydrogenated and on a 0.4--mm
workhardened one. Measurements had an accuracy of + 0.0025'
70
Fig. I shows that the relative change of resistance over about
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81906
s/126/6o/oio/ol/on/oiq
E111/B335
Reasons for Instability of Alloys for Exact Resistances and Ways
of Reducing It
holding in oil, after etching, subjected to ultrasonic
vibratlons. The latter operation (conveniently carried out in
apparatus shown in Fig- 7) was found to lead to significant
improvements in resistance stability (Figs.8, 9). Further
improvement can be obtained by ultrasonic treatment and passage
of a high current density through the wire.~ this treatment shaid
be used in addition to the foregoing especially when high-
rosistance stability is needed. There are 9 figures and 7
references: 4 Soviet, 2 English and 1 French.
SUBMITTED: October 21, 1959
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14 2 6 5 78
S/l2q/6i/ooo/oo8/on/oi5
C1. Al 00 9073/E535
AUTHORSt Mealkin, V.S., Doctor of Technical Sciences
Profe3sor sind AlIftan.L_E1_jk~, Engineer
TITLEt Some methods of stabilizing alloys for precision
resistors
PERIODICAL% Metallovedaniye i termichaskaya obrabotka metallov,
1961, No.8, pp.43-46
TEXT., In an earlier paper (Ref.l: Fizika metallov i
metallovedeniye, Vol.10, No.1, 1960) the authors expressed the
hypothesis that variation in the resistance with the progress of
time Is caused by gradual elimination of hvdroxen from the alloy.
Experimental verification of the hypothesis has shown that,in
addition to rejection of hydrogen, the formation of a fine oxide
film on the surface and hydrogen redistribution at various
temperatures play an important part. Therefore, it is essential
to prevent penetration of hydxogen into the alloy during the
entire process of manxifacture and, primarily, during the process
of smelting. In the solid state.pickling !ehould be reduced to a
minimum and the hydrogen absorbed during pj.ckl.ing should be
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26578
Some methods of stabilizing S/129/61/000/008/011/015
E073/E535
eliminated by heating the alloy to an elevated temperature in
oil which should preferably bu stirredat the surface of the metal
using ultrasonics. Th~a object of the work described in this
paper was to verify expigrimentally this assumption. Before
starting the measurements, manganin wire of 0.8 mm diameter was
etched for 30 min in an aqueous solution of 2% H2504 and
2% K Cr 0 The anticipated influence of pickling was confirmed by
2 2
the resul?s, as can be seen from Fig.1, which gives the relative
change in the electric xesistance. %, as a function of time, hours
(curve I -unpickled zpet.,imens, curve 2 - pickled 3pec.1 'mens). To
verify the effect of heating in oil with and without ultrasonics,
the specimens were soak~ad in (vacuum) oil at temperatures between
20 and 11COC. The following values of the relative trop in'the
resistance in % were obtained.,
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265-78
Some methods of stabilizing ... s/129/61/000/00 8/011/015
EO-1'3/E535
Heat treatment 0.5 mm 0.4 mm
annealed wire unannealed
wire
Soaking in oil and holding in
air, 11 days 0.040 0.014
Same, plus I hour irradiation
by ultrasonics 0.134 0.455
Same, plus heating in oil to
1100C for 1 hour 0~089 0.229
Soaking in oil and boiling in
water for 6 hours during a
period of two days 0.122 0.605
Soaking in oil and boiling in
water for 30 hours during a
period of two days 0.174 1.085
An experiment was also carried out to verify the increase in
the stability resulting from irradiation with ultrasonics in
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26578
Some methods of stabilizing S/129/61/ooo/oO/oil/015
B073/E535
air. The results of this treatment are shown in Fig.3
(relative change in the electric resistance, %, as a function
of time, hours; curve I - specimens treated with ultrasonics,
curve 2 - reference specimens). Holding of the alloy in oil
leads to a removal of the adsorbed hydrogen, facilitates
hydrogen diffusion from the alloy and ntabilizes the latter.
Intensive mixing of the oill at the surface of the metal by
means of ultrasonics intensifies the stabilizing effect.
Passage of a direct or alternating current will have an
additional stabilizing effect on the alloy. There are
6 figures, I table and 1 Soviet reference.
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21359
S/126/61/011/004/oo6/023
IS. -7 000 Elll/E435
AUTHORS: Mes'kin, V.S. and.AlIftan. E.A.
TITLE: Investigation of the Influence of Ultra-Sonics on
the Results of the Heat Treatment of Alloys
PERIODICALs Fizika metalLov i metallovedeniye, 1961. Vol.11, No.4,
pp-533-544
TEXT: Ultra-sonic vibrations can affect transformations in
alloys directly (e.g. Re)r.5) or by improving heat-trAnsfor rates
to li4uids and hence cooling rates in quenching (Ref.1 to 4).
E.A.Kllftan (Ref.13) is nmong those who have reported*that
dispersion hardening processes in heat resisting steels is
affected, He has also ithown (Ref.P-3) that ultra-sonic vibrations
accelerate processes primarily at lattice imperfections and-
improvements in strength and plasticity characteristics can
therefore be expected from such vibrations during heat treatment,,.
In the present work this has been studied for isothermal hardeni
low-, medium- and high-temperature annealing after hardening to
martensite, dispersion hardening of beryllium bronze and the
sulphocyaniding of steel,, The apparatus (Fig.1) consisted of a
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2;359
S/l26/6i/oi1/oo4/oo6/023
Investigation of the Influence ... EIII/E435
generator of 800 W output at 10 to 100 kc/s (1), a selenium
rectifier (2), autotransformer (3). condenser bank (4), choke(5),
magnetostriction vibrator for 25 to 26 kc/s (6). water,-cooling
pipes (7), control rheostat (8), furnace (9), nitrate bath (10),
thermocouple (11), galvanometer (12). The test steel specimen
(13) was screwed (if made of bronze it was attached with a special
holder) into the vibrator and a control apecimen (14) was also
placed in the bath. The amplitude of vibration was determined
from the length of lines produced in the field of view of a
microscope by silver particles on the specimen and the vibrator
surfaces. The steel specimens were mostly square or roundlin
cross-section, the beryllium bronze (2o05% Be) was a straight
wire 3 or 3.5 mm diameter. The maximum and minimum variable
stresses were calculated: the stress rose to about 10 to
12 kg/mm2 for steel and to 4.5 for bronze specimens. Fig.2a
shows the amplitude of alternating stress (kg/mm2) plotted against
distance in mm from the bottom end of steel specimens of the
various types, and where inechanical test-pieces were cut out
from the specimens. For studying isothermal hardening type II and
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21359
s/126/ft/OnibWoo6/023
Investigation of the Influence EIII/E435
IV specimens of 35MMA (35KhGSA) and type IV of 409NMA
(40KhNMA) steels were used, normalized from 890 + 10 and
860 4 10*C, respectively, Specimens were preheated and then
tran7sferred to the nitrate bath and subjected to vibr&tion for 10
or 20 minutes at 400-4700C and 345--385'C (35KhGSA and 40KhNMA
respectively) and air cooled. Vibration was stopped when the
specimen had cooled to 100 -200'C, The control specimens were
subjected to the same treatments but without vibration, With
35KhGSA steel, no significant change--in structure or grain size,was
produced by the vibration treatment but toughness increased
somewhat, Specimens treated at 470 contained not over 1% austenite,
those treated at 4000C contained 10 to 15%. Wi-th 40KhNMA steerl
vibration treatment had a negligible effect on plasticity and
hardness but inereased strength and gave a more dispersed'
microstructuret Indirect Indications are that I.oughness would not
fall through the treatment, For investigating low-- and medium-
temperature tempering,type III specimens of CT,50 (St.,50) steel
were used, normalized from 880 + 10% and oil quenched at the same
temperature, Tempering was efTected at 200-450% (+ 50C)l
ultra-sonic vibration had no effe,c;-. at the lower temperature but at
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21359
S/126/61./oll/OO4/006/023
Investigation of the Influence E11l/E435
higher temperatures it increased hardness and, slightly, toughness.
For high-temperature tempering, type III apecimens of 30KhGSA
steel were normalized and then oil quenched from 890*C, tempered
at 6000C and subjected to ultra-sonic treatment for I to 6 hours at
500OC- Although the treatment increased toughness, the type of
fracture was generally slate-like and no final conclusion on
reversible temper brittleness was therefore possible. Ultra-
sonic vibrations produced in oil were found to increase the
hardenability of St.50 steel and the authors recommend the
adoption of this method of hardening in industry, Tempering
beryllium bronze at 275 and 325% with vibration after water
quenching from 7700C gave a higher plasticity than without
vibration. C.T.20 (St.2-0) steel was sulphocyanided in a bath of
75% potassium ferrocyanide, 12% anhydrous hyposulphite and
13% caustic soda at 570 +, 20% for 30 to 120 min; the best
effects were obtained wh,:-re the vibrations intensified stirring
rather than producing maximum vibration stresses in the specimens,
and this should be! utilized in practical applications, Finally,
the authors found that the martensite point of an austenitic steel
(0.31% C, 0.13 Si, 0.86 Mn, 23-15 Ni) was not significantly
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21359
s/i26/6i/011/004/006/023
Investigation of the Influence Elll/E435
I
affected by ultra-soni-7 treatment at +10 to -22*C, after water
quenching from 900*C,, The authors" general conclusion is that
the practical application of ultra-sonic treatment should be
restricted to specially Important parts where even a small
improvement in properties is advantageous,, There are 5 figures-,
5 tables and 23 referenteag 9 Soviet and 14 non-Soviet,
ASSOCIATION.- Leningradakiy Institut aviatsionnogo priborostroyeniya
(Leningrad Institute of A-viation Instrument
Construction)
SUBMITTEDs july 4, ig6o Onitially)
October 20, 1960 (after revIsion)
Card 5/5

~ ALIFTANq E.A. (Leningrad); TYUTYUNOV# IA.9 doktor geol.-mineral. nauk;
- SMJMMY, P.A,j, dolctor geograf,nauk
Luminescence of ico. Priroda 50 no. 3:105-106 Mr 161.
1 (MIRA 14:2)
1, Institut merz1ol;qvedeni AN SSSRj Moskva,
(Icef (Luminescence)

f'ACC NRt.'.' 60 .5
AP 3 730 SOURCE CODEz UR/0413/66/000/019/0094/0094
INVENTOR; Al'ftanp E. A.; Deyanova, S. V.; Firsov, A. M.; Miklashevskiy, S. A#;
Afonina, 1:.u.1 10INT16f,"K.-97
ORG:. none
.TITLE: Class 42, No. 186733
Thermocouple.
SOURCE; Izobreteniya, promyshle-inyye obraztsy, tovarnyye znaki, no. 19, 1966, 94
TOPIC TAGS: thermocouple, microthermocouple )
ABSTRACT: This Author Certificate introduces a~thermocouple (gee Fig. 1) containi.ng
a wire surrounded by a metal layer, which is isolated from the wire by an insu-
lating Bayer, so the metal layer'contacts vthe wire only at the tip. To attAin
---------- --- Fig. 1. Longitudinal section through thermocouple
tv 00 # 00 00
Metal layer; 2 glass insulation; 3 micro-
0 01 if 0 00 Of of 04.0 wire.
- -------------
Card - ]L/2 -UDCi 536.532-181.4002.4

w

USSR/Physics Shrlls FD-a662
Card 1/1 Pub. 85-14/16
Author Al:futov, 11. A. (MOSCOW)
Title 0:7 A case of moment precritical state of a cylindrical shell
Periodical : Prilft. mat. i mekh., Vol. 19, 249-250, M8X-APr 1955
Abstract : In calculations for the stability the precritical form of equilibrium of
shells is considered often to be momentless. In engineering practice,
however, one encounters shells also with moment precritical symmetric state
of equilibrium, e.g. shells rolled from blanks of-~41ifferent curvature. For
these shells it is of interest to evaluate the influence of the initial
.moment state upon the magnitude of the critical load. The author solves
this problem by the energy method. In order not to obscure the significance
of the solution by computations, he determines first the critical loal for
a ring, and later introduces suitable changes into the formula for the
critical pressure of the cylindi-ical shell. Two references: V. V. Novo-
zhilov, Osnovy nelincynoy teorii upruggost (Principles of the nonlinear
theory of elasticity), State Technical Press, 1948; N. A. Alfutov, "CELlcu-
lation of shells for stability by the energy method." Inzhenernn- stornik.,
,Vol. 22, 1955-
Institution : --
Submitted : November 21, 1954

ALFUTOV, N.A.,(Moskva)
Shell stability caAculatione wing the potential energy method.
Inith.sbor. 22:120-132 055. (MIJU 9:5)
Plastic platoo and shells)

AL:17CIII N. A.
Alf,-tc,i, T.'. A. -- "The- S'tabilltv of Cylindrica' and Conic leinforced "em-
17ranos T.oacied with 7xte-rna' Prt-ss-ure." YcscOw IliFher Technical
"in Pif'I-ey Education US'- . IIoscaw Order of Lenin and Or-
der of labor F~_-d Panner Hjf!tier Tecmical School Imeni 1.3auman. Mos-
cow, 11, 56. (N% qsf-rtation for 'I~e Ptrre-! of Candidate in Technical
F'cj ence )
So: Knizhnaya T,etopis', No 12,

ALFMV, N. A.
tiStability of Cylindrical Shells Reinforied by a Transvertie
Supporting Assembly and losded With Uniform External Pcewmej"
by N. A. Alfutov, Moscow, Inzhenernyy Stornik, Vol 23, 1956,
PP 36-46, submitted for ptfalication ~_Ir,'o`v_5T
The author reviews some of' the difficulties and shortcomings of the
usual methods used in determin4.ng the rigidity of'reinforced shells, He
presents an approximate method of analyzing shells with any number of rein-
forcements of diverse rigidity.
The article presents six examples of rigidity problems solved by this
method.
Sum 1239

24(o); 25(2) PHASE :1 BOOK EXPLOITATION SOV/2037
Moscow.
Vyssheye tekhnielieskoye uchilishche imeni N.E. Baumana
Raschety na prochnost' v mashinostroyenil; [sbornik] Design for
Strength in Mechanica",, En ineering; Collectio of Articles)
Moscow, Mashgiz, 1958, N4 p. (Series: Its: FTrudyj 89)
3,300 copies printed.
Ed.: G.A. Nikolayev, Doctor of Technical Sciences, Profeasor,
Honored Worker In Science and Technology; Ed. of Publishing House:
N.P. Chernysheva; Tech. Ed.: B.I. Model'; Managing Ed. for
Literature on Heavy Machine Building (Mashgiz): S.Ya. Golovin,
Engineer.
PURPOSE: This collection of articles is intended for engineering staff's
in the machine-building industry and may be useful to scientific
workers and senior students of mechanical engineering vtuzes.
Card 1/8

Design for Strength In Mechanical (Cont.) SOV/2037
COVERAGE: The articles ccver the graphoanalytical method of
designing circular sy7mietrically loaded reinforced plates,
methods of designing rotating heated disks for transverse bending,,
and calculation of preloaded belleville springs. Also discussed
are differential equations for defoi.,nation of rubber-cord shells
of rotation, the theory of flexure of rubber-cord hose, and
stability problems of elastic cylindrical shells. Results of
experimental investigations of strength and ductility of
constructional steels and other materials are presented. Several
articles are deioted to problems of vibrations in machinery.
There are 78 references; 71 Soviet, 4 German, 2 Englishand
1 French.
TABLE OF CONTENTS:
Foreword 3
Sergey Dmitriyevich Ponomarev (on his 50th birthday) 7
Ponomarev, S.D., Doctor of Technical Sciences, Professor.
Graphoanalytical Method for Designing Circular Symmetrically
Loaded Ring-ribbed Plates 12
Card 2/ 8

The method of design disevseed Is claimed to be less time
consuming and simpler than the existing analytical methods.
It allows for easier evaluation of the stiffening effect of
shape and location of the ring rib.
Malinin, N.N. , Doctor of Technical Sciences, Docent. Radial and
Transverse Bending of DiskB 4
The author gives an approximate methcd for determining
stress relieving coefficients in transverse bending
(symmetrical to the axii3) of a rotatIng, nonuniformly
heated disk of variable thickness. "Radial bending" mears
the effect of radial forces, (e.g., centrifugal) analogous
to the effect of axial i;ension forcea. acting on lateral-y
loaded beams. This method allows for quick evaluation of the
stress relieving effect due to rotation of the disk while taking
into account changes in the elastic properties of the mai;erial
due to temperature.

Design for Strength in Mechanical (Cont.) SOV/2037
Sokolov, S.V., Candidate or Technical Sciences. Design of
Preloaded Belleville Sprin3s and Experimental Investigations
of Springs 63
A method of designing plastically preloaded belleville springs
is presented. Change oE the disk and residual stresses
equalizing nominal stresses in operation are discussed.
(This fact causes an increase of carrying capacity of the
springs). The theory was experimentally checked.
Alfutgv, N.A., Candidate of Technical Sciences; V.F. Sokolov..
Engineer. Determining the Lower Critical Pr-saure for an Elastic
Cylindrical Shell and Behavior of the Shell Following Buckling 95
Solution of the problem is claimed to be new and simple.
Examples of design are present-ed. A comparison is made with
results obtained by methods of other authors.
Lapin, A.A., Candidate of Terhnical Sciences, Dooent. Investi-
gation of Flexure of Rubber-cord Cylindrical Shells ill
This article presents results of w9rk done in 1950 with
V.L. Biderman at the Nauchno-issledovatollskiy institut
shinnoy promyshlennosti (Scientific Research Institute
for the Tire Industry). 2he possible forms of elastic.
Card 4/8

Design for Strength in Mechanical (Cont.) SOV/2037
equilibrium of a rubber-cord flexible hose under internal
pressure are analyzed.
Biderman, V.L.., Candidate of TechniCA) Sciences. Differential
Equations for Deformaticn of Rubber-cord Shells of Rotation 119
The article Investigates general cases of deformation in
rubber hoses, tires, shock absorbers, etc., subjected to
internal pressure. A method Is presented for analyzing a
cylindrical longitudinally fastened shell under arbitrary
periodic loading.
Sapozhkov,, N.M., Engineer. Investigatic-ri of Optimum Dimensional
Proportions in T and I Sections 147
The author finds conditions for most rational configuration
of T, I, and I cross aections for castings or weldments
designed for bending.
Card 5/8

.Design for Strength in Mechanical (Cont.) SOV/2037
Likharev, K.K., Candidate of Technical Sciences, Docent.
Comparison of Characteristics of Materials Under Uniaxial
Tension and Compression 168
The article is based on itxperimental data obtained at the
Department of "Strength of Materials" at MVTU (Moscow
Highe'r Technical School I.neni N.Ye, lWaman). The author
points out the necessity of establishing a method for complete
testing of materials in tension and compression in order to
correct some not too well-founded viewn on the characteristics
of materials. Many:strese-strain diagrzans and tables showing
the mechanical properties of severalmaterials are included.
Konyushko, Z.M., Candidate of Technical Sciences, Docent.
Construction of Stress-Str&in Diagrams for Shear of Brittle
Materials Based on Results oi' Tension and Compression Tests 197
A method is described for obtaining stress-strain diagrams
for shear from stress-strain diagrams for tension and
compression of materials YrIth different characteristics in
tension and compression. Results of experiments are compared
with theoretical conclusions.
Card 6/8

Design for Strergth in Mechanical (Cont,,) SOV/2037
Blinnik, S.I., Candidate of Technical Sciences, Docent.
Calculation of Free Vibrations.in a Four-column Press 210
A method for determining the fundamental natural frequency
of a four-column press, allowing for elasticity Pf the
foundatior,ris discussed. The formulas derived can also be
used for cases of very ~vigid foundations by putting the
coeffteient of soil compressibility equal to zero.
Kolesnikov, K.S., Candidato of'Technical Sciences, Docent.
Deflections of Beams in tho Case of Vibration of Their Supports 226
A method is presented for determining the deflection of
variable cross-section beams subjected to forced vibrations
arising from the periodic motion of supports.
Svetlitskly, V.A., Engineer. Determination of Basic Premises for
Forced Motion 234
The paper presents a method for checking whether the forced
motion analyzed is in accordance with the initial assumptions
used for the theoretical solution. The possibility of
Card 7/8

Design for Strength in Mechanical (Cont.) SOV/2037
deviation of existing acnditions from initial assumptions
is discussed.
AVAILABLE: Library of Congress
GO/Jmr
8-25-59
Card 8/8

A method for approximate disign of elastic rectangular plates.
Nauch.dokl.vys.ahkoly,; mash. i prib. no.1:73-77 '39.
(MIRL 12:8)
1. Statlya predstavlena Moskovskim v-,rsahim tekhnicheskim
whiliahchem im. Bausana.
(Slaetic plates and shells)

ATYUTOV, N.A, (Moakvu)
Determining the upper critical rressure for a hracket-type --y'lindri2a.1
shell with a reinforced edge. Izv, AN SSSR. Makh, =.5.125-1-11E S-40 165.
,WRA 18:10)
k
..01

- ALFUTCV, N.A., kand.tek,.m.nauk
Effect of boundairy conditions on the value of upper
critical pressum of a cylindrical shell. Rasch.na prochn.
no.11:349-363 165.
(MIRA 19:1)

ACC NRi AT6015983 (N) SOURCE CODE: UR/2572/65/000/011
AUTHOR: Alfutov, N~ A. (Candidate of technical sciences) *5
ORGs none
TITLE: Effect of boundoxy conditicna on the magnitudo of the upper critical pressure
on a cylindrical shell
SOURCEs Raschety na prochnost'..Tc,oretichookiye i eksperimental'We ieeledovantya
prochnosti mashinostroitellnykh komBtruktsiy. Sbornik statey, no. 11, 1965, 349-363
TOPIC TAGS: cylindric shell, shell theory, stability criterion, preEaure distribution
ABSTRACTs An investigation is made to determine the degree to which boundary condi-
tions relative to the tangential displacement components u, v can influence the
magaitude of the oritics-1 pressure on a cylindrical shell. Vlasov's semi-zero-noment
technique is used under the three assumptionst 1) the axial and torsional moments are
zerol 2) the torsional elongation and the shear angles are zerof or
: av, - WM 0; +
1-Y -.av . 0
T
3) the Poioson coefficient is zero. This leads to -the governing equation
Eh , aler D aea~ aaw
+ 2'M + P

L 37737-66
ACC NR, AT6015983
which has the solution w - w.X sin 4,
Substituting the latter into the former leads i~6 the equations
OX
XdX 0.
dm'.
114 (All -
A, n4*(e 1)D
Ek
%
The expreesion for the oritical pressure yields
4 Ek, D
:P =kl-.. t(h'- !)-..
sp R Ad Ot 1)
.Several special cases are oonsiae'red corresponding to allowed or non-allowed axial
and/or-oircular displacements at tie two ends of the shell. The critical preasure is
determined and evaluated in each ai-se. Pinally, a-3veral casenare considered for
determining the stability of the shell with fixed elastic boundaries relative to an
axial displacement. For the case Yhere one edge only is fixed with the other freej
3 R9 (n2 D 6(1-p)
P.
0 +
Orig. art. hast 26 equations and 4 figurns.
SO CODE: 20/ SM DATM ~.=e/ ORIG REP: 012/ OTH REF: 002
Card 2/2 vMb,

A -Is I !
Vi
ALFUTOVA, L. A.- Cand god Soi -- *X-ray data on the heart'of adolesoent sohool I."
Sverdlovsk, 1960 (Sverdlovsk Statd Mod Inst). (KL, 1-61, 206)
_359-

ALYWOVA, Ye.P.; BUGROVA. L.H.
, - Colorimetric daterm3.nation of chsnges in the color of dried
cabbage and carrots. Kans. i ov. prom. 13 no.6:38-40 Je 158.
(MIRA 11:5)
l.Vseso.vutnVV nauchno-issledovatelleki7 institut konservnoy i
ovoshcheaushillnoy proMrshlennosti.
(Vegete~bles, Dried) (Color measurement)

GOTIN, S.A., kand.takhn.nituk;,AU.UTOVAt....Tl~!~p.- starshi7 nauchnY7 sotrudnik;
BUGROVA, L.N., mLtdshiy nauchm,'y so~~dalk; MAMM, B.D., Wand.
tekhn.nauk; MOROZ:MSKIT, L.R., starshiy nanchn1,7 Botrudnik
Technological treatment of-potatoes and root crops by the steam-
heating method. ~~udy VNIIKOF no.9:3-25 159. (mm 14:1)
(Vegetables -Dry ing)

3/035/59/000/003/024/039
AOO1/AOO1,
Translation fromt ReferativrWy zhurnal, Astronomiya I Geodeziya, 1959$ No, 3,
p. 64, # 2078
AUTHOR: Alfven, H.
TITLE: The Trjgj_of the Solar System
PERIODICAL: V ab.: Vopr. kosmcgonii, Vol. 6, Moscow, AN SSSR, 1958, PP. 78-97
(English summary)
TEXT: This is a brief review of the author's works dealing with the
theory of the solar system origin, a theory in which an important role of
electromagnetic forces is taken into consideration.
Author's summiary
Translator's note: This is the full translation of the original Russian
abstract.
Card 1/1

S/035/61/000/1012/012/04*~
A001/AlOl
AUTHOR: Alfven, H. (Allven, Kh.)
TITLE: Spectrum of momenta of cosmi() rays
PERIODICAL: Referativnyy zhui,nal. Astronomiya i Geodeziya, no. 12, 1961, 39,
abstract 12A328 ("Tr, Mezhduziar. konferentsii po kosmich. lucham,
1959, Y. ~', Moscow, AN SSSR, ig6o, 196 - 199)
TEXT: The author investigates acceleration of charged particles moving in
a variable magnetic field H. It is shown that intensification of the field leads
to acceleration of particles (V.2 .= const, pil- const); however, when scatter-
VH
ing magnetic non-homogeneities are present, a reversal of the field to its initi.
al magnitude will not be accompanied by deceleration of particles down to ener-
gies corresponding to initial state. Some increment of particle energy will be
the final result of one cycle. For a steady state, if th rate of energy varia-
tion d6es riot depend on particle energy, spectrum of r,.j p-$ type is obtained,
where T = 1. To obtain a higher value of 71. agreeing with experimental data,
it is supposed that spectrum varies in spada. An analysis of this hypothesis
shows that preliminarily accelerated particles are injected in space near the
Card 1/2

S/035/61/00()/012/012/04'7
Spectrum of momenta of cosmic :7ays A001/A101
stars where they may subsequen-~ly be accelerated by a variable magnetic field.
Particles of relatively low energies are closed in regions near to active stars,
whereas particles of high enerigies are distributed over a very extended region.
Taking Into account the absorption of accelerated particles leads to Fermi spec-
trum.
L. Dorman
[Abstracter's note: Complete 1-.ranslation]
Card 2/2

ALGASOV, V.S.. gor*7 insh.; LYCHKO, I.G.. gorn3ry insh.
Hidden potentiaLities to serve the seven-7ear plan. Ugoll
IJkr. 3 no.10:7-10 0 159. . . (MIRA 13:2)
1. Treat Voroshilavugoll.;
(Doaets Basin--Coal mines and mining)

DROCALIJ. Grigoriy Crigorlye-oich; AILASOV Vladimir Stemzlich-
LYCHKO, Ivan Grillorlyevi ~-- inruly, Ye-.V.J. otv. red.;
MESHCHANKINA, US., tekhn. red.
[Rapid crosseuttJ' ng] Upyt skorostnogo provedeniia gor-
nykh vyrabotok. Moskva, 1962. 27 p. (MIRA 16:8)
1. TSentrallnyy I.nstitAt tekhnichaskoy informataii ugollnoy
promyshlennosti.
(Coal mines and mining)

ALGAZIN, I.,.iazh..
Chamber mining systen with sorapir conveying. Sou.shakht.
IM no.6:6-7 je 061. (MM 14'.9)
1. Proyoktnaya gruple.shakhty No.5 tresta Kiselevakugoll.
(Kuznotsl. Basin-Coal mines and mining)
(conveying utchinery)

ALGAZIN I
::i~~
Profit instead of subsidy, Sov, shaklit. 11 rio.9tl5-16 S
162. (MIRA 15:9)
1. Nachallnik tekhnicheskogo otdola shakhty No.5 tresta
Kiselevskugall.
Mdanetak Basin--Coal idnes and mining)

ALGAZINA, S..,".
I
In the collegium of the Minist:ry of Public Health of the R.S.F.S.R.
Zdrav. Ros. Feder. 5 nok9:3743 S 161. (MIRA,14-9)
(KURWI PIOVINGI-MICAL FEBSONNEL)

'ACC NR: M16015328 Monograph
Ivanov, Aleksandr Matveyevich; Martinets, Dmitriy Vasil'yevich; Harten'yanov,
Vladimir Ivanovich; Algazinov, Konstantin YAkovlavich,
Use of plastic materials in structures and paTts of buildings (Primeneniye plas
v stroitel'nykh konstruktsiyakh i chastyakh zdaniy) (Moscow, Izd-vo "Vysshaya
shkola", 1965) 290 p. illus., biblio 10,000 copies printed.
TOPIC TAGS: civil engineering, plastic material, plastic structure, plastic
material creep, plastic material property, polymer, plastic structural element
PURPOSE AND COVERAGE: This textbook is intended for senior students specializing
in civil engineering and especially in the utilization of plastics as structural
material. The book gives general information on plastic materials, their
physical and mechanical properties, and on the use of these materials in struc-
tures and parts of buildings. Problems of engineering structures made of plhsti,o
are discussed with consideration given to plastic-miterial creep. Results of in.-
vestigations mcde by various scientific institutes on the utilization of plastics
in civil engineering are summarized. The authors.express their thanks to staff
members of the Moscow Civil Engineering Institute, to thei head of the Corky Civil
Engineering Institute and to professor V. Y. Lennov for their valuable comments
and assistance.
TABLE OF CONTENTS [abridged):
Card 1 /2

ACC NRj AM6015328
Foreword -- 5
Ch. I. General information on plastics (A. M. Ivanov) 9
Ch. U. Creep in plastics (A. M. ivanov) -- 30
Ch. III. Principal provisions for calculation of carrying structures made of
plastics (A. M. Ivanov) -- 60
Ch. IV. Structural plastics (A. M. Ivanov 81
Ch. V. Thermoplastic polymers and fillers (A. M. Ivanov) - 127
Ch. VI. Joining elements of plastic structures (A. M. Ivanov) -- 150
Ch. VII. Partitioning structures (D. V. Martinetz) 171
Ch. VIII. Supporting structures (D. V. Martinetz) 209
Ch. IX. Pneumatic building structures (K. Ya. Algaxiuov 257
References - 287
SUB CODE: 13, 1l/ SUBM DATE: 04sep65/ ORIG REP: 026/

IVANOV. Aleksandr Malveyev'.
MARPI;WYANOV, V,-bjlmLr Konst-aLtin
Yakovlevdzh; rek~.-)rj retsenzent...
KOLODYAZFNAYA, 'I'll.A., r-,i,
(Use of plqs*.i!s ~!-',elrcnts parts o"', braild-
s--,itz2~nyhln k~,Yi ,-uk~siiakh
ingsl Primeneii--e plas'~rr,~ S4
I chast.iakll zdanl~,. 11,1~-~~--,!ir -96--, 290 P.
NIIRA 183.12)
1. GorlkovskAy inzheiter..-e-, ~i'r~-Aitt.!,In.,,y lnsti.C. (for Lemicv).

VESPREMEANU, E.; ELIZEI, larig; *ZEOI~~, A.
A method for stabilizing sodic PAS solutions administered in intravenous
perfusions. Ramanian M Rev. no-3t27-30 R-S 160.
1. This work was carried out in the Institute of Phthisiology and in
the "Filaret" Hos tal.
rpARk-AMINOSALICYLIC ACID therapy)

At, AS Lf;!-lCT,G",-', G. V Ciclroi
Q
Ft,*-[on%r,jde ascorl~ute it new soluticr. fcr Intravenous infusJ.onq
in tlie treatment of tuberculools. 7,ruzlica. 32 no.8:663-664 Ag '6z,.
1. Z In.-O-yti-~ta Vedycyny I Ffirmacif. EinikJ Ftiz-alogic.-snel, Buka-
reszt -- Rumania.

vzi ra
phatt-do an, f~,- the evtilwiL cn,
cd lea linz. (t a
;I,.- f, e,- ', U% t I 'Ti t 2

r~4 'r , .~ , - . - -. -
I r - --I - --- - A ---
NIGUI&CU, .; A161COFOE, G.; NAGUIJNCU, 'T.; AIU111J.1, )(.
A histopathologic study of experio)ntal tuberculous prinary infection
of the male genitalia. Rumanian M. Rev. I nD.4.-3.')-39 Oot-Dec 57.
(TUBIRGUIDGIS, MAIZ GENITA11j, Uper.
hiatopathol. in rabbits)

FASTA, 14.; ITSGUMSCU VL; Al
~5RR-U--A AT, 14.
Treatment of experimental tubercralosis In gainez pigs with vary1m
donee of isoniasid. Dal. stlint., neot. mod. 9 no.1:105-111 1957.
(TUBARWIMIS, experimental
eff. of varioun doses of itioniazid in ther. & prev.)
(ISONIAZID, effects
on exper. tuberc., doe., in ther. & prov,)

MANIA / Pharmacology and Toxicology. Anti -Tubo rculosi s Agents. V-10
Abs Jour : R(3f Zhur - Biol., No 16, 1958, No 5939
Author :'JUgt2ESL_G4; Pwhiri) M.
Inst : Nof given
Title : Resistance of Tobercullsis Bacteria to Chemotherapeutic
Drugs.
Orig Pub -. Viata med.. 1957, 41 No- 7j 12-23
Abstract : No abstract given.
Card X/I

NASTA, M.; ALGEORGE, G.; ARHIRI, M.; NEGULESCU, V.
Experimental basis for the chend.oprophylamis of tuberculosis. Rev.
sci. med. 5 no.1/2:79-82 160.
1. Membre de I'Academie de la R.P.R.(for Nasta)
(TUBERCULOSIS prev & control)

NASTAv M.,,j AMIJ5jw M.; ALGEORGE, G.
R!-z -----------
Resistance to tulmirculous superinfeotion in guinea pigs recovered
from generalized tuberculosis cor folloving a protratted course under
the effect of chenotherapy. Rev. sci. ined . 5 no.3A:211-214 t60.
1. Membre de llacademie de la P.P.R. (fDr Nasta).
(TUBBACULOSIS experimental)

NASTA, M.; ALGEORGE, Gi-I AIUURI; M.
I------------------"
The prevWiti'04'.6f ilrug prophyla)zLo of superinfections in experimental
tuberculails. Rmuwdan mod. rev. no,*2:0)-6Z 162.
(ISONIJZID) ( OnCTION)

NASTA, M.; ARHIRI, M.; ALGEoRGE, G.
BCG vaccine therapy a8sociated wi,,.,h IN11 chemotherapy in experimental
tuberculooia. Rev. sci. mad. 7 no.1/20iL-81 162.
1. Membre do Ltacademie do la R.P.R.(for Nasta).
(BCG VACCINATION) (ISONICOTINIC ACID)

NASTA, M.; APHIRI, M.
Preventive action o:' drug prophylaxis in ~virulent sliperinfection,
appearing during isoniasid treatment. Rev. sci. moti. 7 no-3/4-
173-176 161'at'
1. Membre de Llacadomie de la R.P.14(for Nasta).
(TUBERCULOSIS) IMMITY) (ISONIAZID)
I

FIASTA, M.; ALGEORGE,G.; ARM, M.
bcp,E-rimentalchta o(moerning the de-velopmmt of antituberculous
immirity,under the aotion of tubaraulostatics. Arch. roum. path.
exp. microbiol. 23 no.3t603-.608 S16.7
1. Travail do 111n.-stitut do Phtisidlogie, Bucarest.

-yi
C
ism,med. rev.
Preliminary'llbtf;-- Rman
.44-52 Ap-JI
19 no.l. 165.

TITU, I.; DIMITRIU, A.Y.; AIGNORGS, S.; CIORA, H.,. UIIMCU, St.
%~I:f~,,-_"- , . _--
Post-caustic eso;hagit$zs Rumanian M. Rev, 3 no.1:66-68 Jan-Kar
59.
(BURNS
caustic esophageal stenoe.is)
(ISCIPHAM, atenosis
caustic)
(CAUSTICS, inJ. eff.
aer,phageal stenosis)

AILERT, Dusan
Performance of the :?lan in the light. of stochastic processes.
Pod org 17 no.10-45*7-460 0 163-
1. Jihomoravske pivovary, Brno.

ALGERT, Dusan
Contribution to the study of the offect of weather on lemon-
ade consumption. Kvasny prum 9 no. 6: 151-154 Je 163.
1. Rhomoravske pjj.vovary, n.p., Brno, zavod Starobrno.

GELIKAN, Boris Mikhaylovich; KRATEVSKAYA, Te.K.: JjOsEvIll, M.y.; ALISANOy,
B.I.; *IGIN ','B.P.-I VODCLAZHCHEIIKO, Tu.T.; LHVITAHUS, A.D.;
SUCLINIKOV, A.B., md.; BALLOD, A.I,., tokhn.red.
[Wheeled diesel tractors] Dizelinyu kol,gsnyo traktory. Koskva,
Gos.izd-vo aellkhoa.lit-ry, 1959. 423 P. (MA 13:2)
(Tractors)

ALIGIN, B.P., inzh., red.; STUPIN, A.K., red..izd.-va; UVAROYA, A.F.,
~"-tdkhn.red.
[Catalog of spare rarts for the XTZ-2, MI!Z-5, NTZ-5K, MTZ-5L,
HTZ-7M. and NTZ-?L OBelarae"I tractors] Kat&log capasnykh
chastei traktora "Belarnst" modelei MTZ-22, MTZ-5. XTZ-5K.
MZZ-5M, RTZ-5L, MTI,7)( I KTZ-7L. Moskva,, Gos.nauchno-tekhn.
izd-vo machinostrolt.lit-ry, 1960. 575 p. (MIRA 13:7)
1. Minskiy traktormyy zavod. 2. Otdol GI.avnogo konstruktore
Minskogo traktornogo savoda (for AlIgin).
(Tractors--Apparatus an& supplies)

_ALIGIN? B.P.p inzh.2 red.; ARTYIJKHIN, V.A.., red. J.zd-va; UVAROVA,
A.F., tekhn, red.
(Catalog of spare parts for XTZ-5MS, YTZ-51,S, MTZ-7MS and
MTZ-71S "Belarus'" tractors] Katalog zapasivkh chastei traktora
"Belaruoll modelei MIZ-514S, MTZ-5L9 PTZ-711S i MTZ-7IZ. Moskva.,
Masbgiz, 1962,, 334 1,. (MIRA 15M
1. Minskiy traktornn,zavods 4
(Tractors-Catalogs)

ALIGN) U.S.
Methodology for t'he evaluation of blood circulation in the vessels
of the lower extremities in oblitErating diseases and indications
for reconstructive surpery. Vest. khir. 94 no.2:47-51 F 165.
WIRA 18:5)
1. Iz Ithirurgichaskoy kliniki (ruh.ovodJtell - prof. N.S. Yepifanov'
filiala. Leningradskogo instituts, perelivaniya k-rovi v gorode Kirove
(dir. - kand. med. nauk N.V. Shes-~akov, .

13 7- 58- 3 - 54 52
Translation from: Referativn%,-y zhurnal, Metafflurgi.ya, 1958, Nr 3, p 137 (USSR)
AUTHORS: Valyayev, G.S., Al'giR,_V__4,-
TITLE: 'hbcal Ventilation Suction Draws off Gases Created During
WtIlding (Mestnyy ventilyatsionnyy otsos gazov vo vremya
svarki izdeliy v konduktorakh)
PERIODICAL: Vest. tekhn. inform. Tsentr. byu,.Io tekhn. inform. trakt.
i s. -kh. maE.hinostr. , 1957, Nr 6, pp 51-52
ABSTRACT: The ventilation design section of the "Rostsell mash" plant
in conjunction vrith the design staff of' the VNIITM have designed
a special welding stand (WS), which, utilizing a hollow'shaft,
removes gases by suction from the vicinity of a welding opera-
tion. The hollow shaft is connected with the upper end of an
air duct throug'n a joint linkage (perr-aitting 3600 of movement
for the conductors- The lower end of the air duct connects tel-
escopically, through a stuffing box, to an air duct leading to
a fan (F). Gases liberated during welding operations are drawn
off regardless of the position of the _WS. One model TsP-7 Nr
8 F with a capacity of 14, 000 m3 /hr can simultaneously serve
Card I /Z two WS I a - The F i s driven by a moe,el A72 /4 motor with a

137-58-3-5452
Local Ventilation Suction Draws off (Cont . )
usable power rating of 28 kw at IZ50 r.p.m. This ventilation system was in-
stalled to operate in conjunction with six WS's employed in the welding of
thresher frames of RSM-8 c-3mbines and resulted in n-iore sanitary working
conditions for the welders and other workers in the vicinity.
V. P.
Card 2/2

if -2 'ft,11. ", - T -i-j7~
v
I
YM, I.M.; SAGI%bvA, R.a.; ALIGRIM, V.M~
- I -., kl%,-
Effectiveness of vacoination against diLphtheria. Zhur.mikrobiol.
epid. i immun. no.Q,:,!4-25 S 155. (MLRA 8: 11)
1. Is Uf1makogo inst!ttuta vakt.,-gin i ~.",orotok imeni Rechnikova
(dir. U.S. Yenikeywrit, nauchiV7 rukoyodAtell-prof. N.I.Mallnikov)
(DIPMHSRIA. prevention and control,
vace.,resilits)
(VACCINES AND VACCINATION.
diphthertit, results)

ALGUDZTIAN, A. A.
Defended his Doctors dissertation In the Chem Istry Facully of ~bscow State
University on 27 October 195:2.
Dissertation: "The Study of Yatallics: Palladiuml Cobalt, and Nickel on
Aluminum Oxide - As Catalysts of Hydrogenation,"
SO: Vestnik tbskovskogo Uni-iersiteta, Seriya Fiziko-Mathematicheskikh i
Yestestvennylch Nauk, No, 1, ~bscow, Fab ~953p pP 151-157: transl. in
tmRW-29782, 12 April 54, For off. use only.

ALWAYNE GYORM, Izabella., dr.
I---------
Fungus diseases of the nails and fingeraucking. Ctyermekgyogyaszat 12
no.10:31:6-319 0 161.
1. Kozlemeny a Budapesti Orvostudomanyi gas tem S-zaJoebesseti Klinikajarol
(Igasgato*. Balogh Kamly dr. egyatemi-tanar)
(FINGERSUCKING) (MOSES in inf & child)
(NAILS dio)

ABUZEYD, M.A.; ALI, F.M.; )MUPYKV, Yu.P.; BARAJjIK, A.T.; IMER, T.M.;
S OR 0 K I N PT
Studying the reaotlon A127(p,'~%))yg24 in the proton energy range
1 - 2.5 Mev. Izv. AN.,9SSR. Ser. fiz. 28 no.1:46-50 Ja 164.
(MIRA 17-.1)
1. regipetskaya atonmaya komissAya, Kair, Ob"yedinennaya Arabskaya
Respublika.

ALI&GA1,Sprafen[Aliagap Seirafin]
A great vi,atory of the Italian working claos. Vasm. prof
dvizb. no.5t15 My 163. (MMA 16:6~
(Italy.-Iron and steel workers)

ALIAN, Akhmed; RABOTNOVA, I.L.
Continuous subme.,!ged culture of Acatobacter aceti in a synthetic
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1. Biologo-pochvonnyy fakull-'.et Yoakovskogo gosudarstvennogo
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ALIAN, Akhmed; RABOTNOVA, I.L.; NIKOLAYEV, P~11.; RANOV, V.A.
Submerged cultivation of acetic acid Wicteria under different
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AWM Akbmed
Submerged cultivation of Acetobecter e.ceti on a synthetic
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1. Biologo-pochvennyy fakulttet Moskovskogo gorudarstvan-
nogo universiteta im. M.Mononosova.

-A-1,110, AlMel
Influence of temrerature on the activity of acetobacter aasti in
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lo Biologo-pochipeanyy fakullwt Moskovskogo gosud&rstrennogo
imiveraiteta tmerii MvV* Lomonosovas

A41fijr / Z.
A, !A'-, Z Y-UZIK, 7-.
(r,1111-3etioll of' Czechap ik thetilcal C 'maun~~ i t,l ol* t.' 1~., 4)
of i Praha. 7ol.. 1,,, no. Cc
.r

ALIWA, A.P.
---,
Complex treatment of an acute aAgina catw-rhalis with sodium
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AIJASRE~ ThMAYNIIA, I.M.
Development of te,levision video tapes. Trudy VNAIZ no.9.-146-156
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(Video tape recorders and recording)

au
thbd;i~*6f, ek~raqtf~g
A-ii 6n
I t -ei -prod
c - odin
77
CL- 2.1
SUB
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Az
NIP

ATMAYEVp S. R.
ALTBAYF,Vp S. R.: rThe boarding school as a basic means of carrying out general
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SOt Knizhnava Letopis' No. 50. 10 December 1955. Moscow.

SATDAROVA, E.I.; GORYAYEV, M.I.; ZABOTIt;A, A.P.; ALIBAYEVA, Kh.A.; DZH94-
LOV, D.Re -".. .- .... ... -,
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nauk no.3:20-27 164. OURA 17:2)

1. AMWASWILTO 0, V,
I
2. IJS3R (600)
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9. Ronthly List of Russian Accensions, Library of CoDaress, May_ -1953. Unclassified.

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2. USSR (600)
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Ob
5'.L,120
29035
S/081/61/000/018/006/027
B104/B101
AUTHORS: Amirkhanov,.Kh. I., Kerimov, A. M.,
TITLE: Thermo-physical properties of a substance at critical temper-
ature. Heat capacity 0 v in the critical range
.%r zhurnal. Khimiya, no. 18, 1961, 43, abstract
PERIODICAL: Referativny-
1BB297 (Sb. "Kritich. yavleniya i flyuktuatsii V
rastvorakh". M., All SSSR, 1960, 5-13)
TEXT: The heat capacity C v of carbonic acid and n-heptane was investigated.
as a function of temperature and volume in the critical range. In contrast
to the sudden jumps of vCv during crossing -,he boundary curve far from
the critical point, the 'jump of Cvnear the critical point has a certain
temperature interval whio-h reaches its maximum value at the critical
isochore. At the temperature of transition of the system from a two-phase
into a single-phase regionv boundary curves of different isochores in
T-V coordinates are plot-,ed. Outside the critical range these curves
Card 1/2 <
C"'
e141;. I- J, " . 1-11 _`~ 0

29035
0l'/081/61/000/018/006/027
Thermo-physical properties of a... B104/B101
coincide with boundary ciurves constructed from p-V-T data. The curves
Cv= const are plotted in the superC3'itical :mange. They show maxilra on
the critical isochore. 12he data obtained allow to characterize
peculiarities of the behavior of a subatance near the critical point.
[Abstracter's note: Complete translation.]
Card 2/2

AMIRKHANOV, XII.I.; XIMOV, A.M.; ALIHEKOV, B.G.
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89-99 161. (MMA 16-.6)
Heptane-Thermal properties)
Carbon ditadde-Thennal properties)
~

AMIRKHANOV, Kh.l., akademLk; KMIMOV, A.M., kand. fiz.-matem. nauk;
ALIBEKOV G., :Inzh.; VIKHROIF, lnzh.
.&A -
Study of the isoi.%horic heat capacity of some alkanes in the
two-phase region. Teploenerg6tilfa 11 no.4:67-69 Ap 164.
(MIRA l7tO
1. llagestanakiy filial AN SSSF..