SCIENTIFIC ABSTRACT MAKHSUMOV, A.G. - MAKIN, N.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001031610004-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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ACCESSION NR: -AP4028153 S/0291/641000/001/0067/0070
.ATJTHOR. Korshak. V. V.; Sladkov, A. M.; Makhaumovs,-A.-.9.
TITLE: Synthesis and investigation of properties of polyesters containing triple
bonds in the chain. Communication 2. Production of polyesters by the
oxidative dehydropolycondensation reaction
hurnal 1, 1964, 67-70
SOURCE: Uzbekskiy khimicheakiy z no
TOPIC TAGS: diproparsyl eater, dipropargyl k1polyester, acetylenic
polyester, dipropargyi isophthalate, dipropargyl succinate, dipropargyl .maleat~.,
IR spectra, meltincr uoint. softening temperature, heat t4sistance, oxida-
tive hydropolycondens at ion
ABSTRACT: Several new U'ipropargyl esters and polyesters were synthesized.
Dipropargyl terephthalate, oxalate, isophthalate, succinate and maleate (the
last three compounds have not been reported in the literature) were prepared by
reaction of propargyl alcohol and the appropriate acid anhydride. The dipropar-
gyl Ifyestere were then prepared by oxidative dehydropolycondeneation in the
COYCI -1

ACCESSION NR: AP4028153
presence of copper acetate In pyridine and methanol solutions by - re-
flu)dna for 20 hours*- Pouring ' the product into cold waterand filtering
the black polymer, which 1s formed according to the reactiont
+.2
cu.
nHCgmC" H%C-O-C-R-C-O-CH CqxCH.
0 0
-j-CEmC-CH,&-0-C-R-.C-0-CH3 Cs%Gj%-.
0. 0.
IR spectra of the polymers show C C, C-0, C=O and C-0-C groups and the
absence,of the &C-H group. The polymers have high softening temperatures and
high thermal stability (fig. 1). Orig. art. has: 2 tables, 1 figure and 1 equation
ASSOCIA GNS Inatitut khimii polymerov AN UzSSR (Ingtitute of Po'lymer Ghemistry,
LTZS R
AN 511
SUMUTTZDs 24Majv63 DATE ACQs 29Apr64 EKGL s 01
SUB GODSs OC~ NO RE? SM OQ3 005
Ll;~,d 3 AMD PRESS$ 3044

-ACCESSI ON.HR: AP4028153 RNCLOBUREs 01
V9
Fig, 1. Synthesis and investigation of poly4i.ster properties
I - Dipropargyloxalate polymer; 2 - dipropargylmaleate poly-
mer; 3 - dipropargyltorephthalate polymer;,4 - dipropargyl-
succinate polymer; 5 dipropargylioophthalate polymer,
Card 3/3

ACCESSION M AP4034542 B/0020/64/A55/005/13.4-0/1143
AMOR: Sladl v., A. M.; Korshak, V. V. (Correspon~e member);,! 10Aryavtsev,, Yu.
F.; Makhsumov, X, G._
,TITIZ: Synthesis of polyethera Containing triple bonds in the chain.
SOURCE: All SSSR. Doklady*, v. 155, no. 5, 1964, U40-1243
TOPIC TAGS: polyether.. syntbasis, triple bond polyether, monoproparSyl. other
copolymer, dipropaxSyl ether copolymer, d-Jethynylbenzene copolymer, unsatux-ated
ether, electrophysical -groperty, photoelectromotive force, conjugated polyene., IR
spectra, acid polydehydrocondensation, conjugated triple bond , acetylenec ether
polymer a
ABSTRACT: Polyethers based on the acid condensation products of mon - and
dipropargyl ethers with p-diethynylbenzene (DEB) vere.synthesized and their
properties, especially their electraphysical properties, were studied. DEB was
condensed under acid conditions with the dipropargyl ethers of 4,o4-d~oxydl-
phenyl, of 4,4k~oxydiphenyl-ol-2-propane, and of hexafluoro-2.,2-bis-(4-
bydroxyphenyl)-pwyane, and the proparjW1 ethers of phenol, qUJjMJ%wv4n anA 1%~zo
Card 1/2 --

AC (V XR: AP4034542
acid. Mwse unsaturated others were selected because their certain electro-
physical propertlesp such as photoelectromotive force. The characteristic for
conjugated polyanas vere absent in these polymers. It was hoped that Incorporating
DERintbe cbaln of the po3jvether molecule -,-;ould cbange its electrophysica
.properties. IR spectra of the products obtained showed the characteristic of the
absorption bands for the acid polydebydrocondensation of DEB vere preserved. From
IR data and elementary analysis it is,concluded that. the generally Insoluble
polymers contained conjugated triple bonds alternated with the ether groups. "1R
spectra vere obtained in the LWM AN SSSR laboratory by N. A. Chumayevskp vhCM
the authors sIncerelV thsank." Orig. art. has: 4 figures and 2 tables,/
ASSOCTATIM Institut elem~ntoorgaaichealdkh soyedineniy AkademU SSSR
(Institute of 0r;==etallic Fcmpounds Academy of Sciences SSSR)
SUBUTZED: 290et,63 Acq: l3tuy& ENCL: 00
SUB CCDE: No 1w SOV: 004 OZM: 000
Card 2/2

SLADKOV, A.M.; UKHIN, L.Yu.; GORSHKOVA, G.N.; CffUBAROVA, M.A.; M-AK--H-S-UMOV, A.G.;
KASATOCHKIN, V.I.
Synthesis and spectra of iodo and bromoacetylena derivatives.
Zhur.org.khim. 1 no.3:415-42.1 Mr 165. (MIRA 18:4)
1. Institut elementoorganicheskikh soyedineniy AN SSSR.

MAMMMS -m*NQ
- ------
Effect of new cholinalytica (mothyldiazil, mothyldiphacyl and
their iodomethylates) on' functions of the gastrointestinal canal.
Uzb,, b1ol. zhur. no,,ls62--68 161. (MIRA 14--3)
1
1. Inatitut krayevoy eksperimentallnoy meditsiny AN UzSSR.
(PARASMeATHOLYTICS) (ALDWTARY CAM)

1-UKHSUMOV I M.N.
Effect of cholinoly-tics methyldiazil and methyidiphaci.1, on motor
activities of the gastrointestinal tract. Farm. toks. 2j#, no-3:327-
335 My-Je '61. (MIRA 15:1)
1. Institut krayevoy i eksperimentalinoy meditsiny AN Uzbekskoy
SSR i otdel farmakologii (zav. - doystviteltnyy chlen AIC SSSR
prof. S.V.Anichkov) Instituts, eksporimentallnoy meditsiny AMN 683R.
(ANTISPASMODICS) (D"THO114TESTRUL MOTILITY)

',fz~%2~~i~uj Ra ifff,,T~g I kw. 5-HIrm

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BAGAYEV., A.M.; MAKHUKOV, N.G.
Controlling laminations in casings by means of ultrasonics. Izv.
vys. ucheb. zav.; neft' i gaz 4 no.11:99-101 161. (MIRA 17:2)
1. Groznenskiy neftyanoy institut.

MAKHUKOV. N.Q.
Temper brittleness and the internal friotion of KOHMM-type
alloys. Izv. vys. ucheb. zav.; chern. met. 7 no.ltl42-144 164.
(MIRA 17:2)
1. Groznenskiy neftyanoy institut.

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starshiy chaban; BYLINSKAYJ6 I.G,,
red.; MARAXASOTA, L.P., takhu.red.
(Lighthouses in the steppe] Naiaki v stepi. Koskya, Izd-vo
"Sovetskala Rossila,6 1961. 19 P. (MMA 15:2)
1. Plemennoy ovtoozavad "Chervlenyye buruny" Dagestanskey ASS
(for Makhoutov).
(Daghestan-Wool)
(Daghast an- Baal alist competition)

M!MMMQY*-Dil!lmambot-Adzbiuiyazoviob; KUMIANDSKAYA, S., red.; YEIAGIN, A.,
tekbn.red,
(Contribution of sheep breeders to the oevenp-year p3an] Ortselroq
oemiletka. Moskva, Izd-vo "Sovetakaia Rossliaoll 1961. 29 P.
(HMA 34:6)
lo Starshi7 chaban plemennogo ovtsevadstva "Cbervlemyye burumy"
Dagestanskoy ASSR (for Makboutov).,
(Daghestan-Sheep breeding)

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KaterUls for the study of the hl&er nervous function In children
in rhowatism;prelizinary communication. Vaor. pediat. 20 no. 5:
14-18 Sept-Oat 1952. (CM 23:3)
1, Of the Department of Ki&er 1%rvous Activity (Head -- Prof. N. I.
Krasnogorokly. Active Member ANS MSR) and of the Clinic for Older
Children (Scientific Supervisor -- Prof. A. B. Tolovik), State
So tent Iflo-Ressarch Pediatric Institute (Director __ A. L. Libor).

doktor meditsinskikh nauk; L27INTOVA. S.Ye.. kandidat
kikh nauk; SIMIVA. T.N.; MMIUIKOVA. M.A.
Unconditioned secretion of the salivary glands in cases infectious
hepatitis (Botkinla disease). Vop.okh.mat. i det. I no.4:44-48
JI-Ag 156. (KLRA 9:9)
1, Iz otdela vysahey nervuoy deyatelinosti (zav. - daystvitel'u"
chlen AMU SSSR prof. N.I.Krasnogorskly) t kliniki starshego
vosrasta (konsulltant - prof. A.B.Volovik) Gosudarstvennogo nauchno-
issledovatellskogo pediatricheskogo inatitUta'(dir. - prof. A.L.
Libov) Leningrad.
(HIPATITIS, WICTIOUS) (SALIVART GLANDS)

KAKHTINOXR, A.I.
Fiftieth anniversary of the scientific, medical, pedagogic and public
activity and the seventy-fifth birthday of V.I. Krasnogorske
Pediatriia 36 no-9:31-33 D 158 (MIRA U311)
(KRASNOGORSK, NIKOLAI ITANOVICH, 1882-)

ALYAKKIISKIY, V. V. - MAKHTINGSR, A. 1.
Effect of rhaumatic infection on the speech of children; preliminary
report. flauch. soob Inst. fiziol. AN SWR n'o.'I-.9-12 159.
(MIRA 14:10)
1. Laboratoriya vysa~ey vervnoy deyatellnosti reben1mv gaveduyushchiy -
N.I.Krasnogorskiy.i Rcvmaticheskaya kArdka Nau4bno-isuledovatellakogo
pediatricheskogo instituta, zaveduyushchiy.- A.P.#o1ovik).
(PM-UMATIC MER) (SPEECH. ASORDbS OF)

F.
"Unconditi-nel Secretion of ~,htLlrenls Saliv-,i-j ~Ilands." Lh- -erl -7c.-*,_,
ner -er,,rous -tatr
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i'p,s .'ecliatrics Inst, L"Rnim-rad, 195'. D-Zhl~i,)l, '~o 1, Feb 55)
So: Sum. No. 631, 26 AuF 55 - Sui-.rey of Scientific a-nd Technical Disse r-tat ions
Def-nde..-I at -SSR !`ipher 'diicational Insti-tutions (V')

MAKHT I=. B,
We increase the ability of the sohool to pay ite own way and
expand self-service. Prof.-tekh. obr. 18-no.9:18 S 161.
(MIM 14: 11
1. Pomoshchnik direktara po kuliturno-vaspitatellnoy rabote
buynakskogo uchilishcha mekbanizataii sel'skogo khozyaystva
No.2., Dagestanskaya ASSR.
(Daghostan-Vocatiomal efteation)

MAy=BE7OVP 13. 14.
14anudbekov, B. N.i "CErtain clinical problems and treatment of dysenteric
abscesses of the liver," (Report), Trudy III Aah-avkazsk. s11yezda
khirurgovp Yerevan, 1948 (on cover: 1949), p. 216-226
SO: U-52LC, 17 Dec. 5:, (Letopis 1zhurnal Inykh Statey, No. 25, 1949).

ACCESSION NR: A24009589 S/0148/64/000/001/0142/0144
AJJTHOR*: Maklm, ov,, N*Go:
TITLE: Temper brittleness a-ad internal friction of X40NM type
alloys
Bonn: IVUZ, Ohernaya'metaliurgiya, no. 1, 1964, 142-144
TOPIC TAGS: K40NM2X type --aloy, temper brittleness, internal
friction, tempering temperature, internal friction background
noise, intragranular structure
ABSTRACT: The relationship between the tempering temperature and
the brittleness of a sample of a K40N=4 alloy was determined by
measuring the angle of bending (fig, 1). Earlier work (Yu. V.
Piguzov, X.I. Bayazitov. Izvestlya 'ashikh uchobny*kh zavedeniy,,
vr
Ohe--naya metallurgiya, 196D, go. 3v 1 7-152) indicated changes in
background noise caused by Internal friction associated with dif-
ferences In intragranular structure produced by different temper-
Ing conditions* Background noise of internal friction of samples
~-Card

AOCESSIOIT NR: Ap4oo9589
tempered at different temperatures was measured by the torsional
pendulum method at 4500 and 4750 (fig. 2). The change In internal
friction background noise-temperature relatior-sbip corresponds to
the change In alloy brittleness-temperature relationsh1p; hence the
internal friction method can be used to evaluate brittleness.,-iu the
alloy. Orig. art. has: , 3 figures*
ASSOOIATIOU Grozzienekly neftyanoy institut (Groznen Petroleum
Institute)
SUBMITTED: O3Oot6JL DATE ACQ: 141?eb64' ENCLs 02
SUB CODEv. Pat'a NO R13P SOVs 005 OTEMS 000
COM

LUSHIMP B. G. ) MAKMJKOV, N. G. , and CIOUIMOVA I. N.
.9
"Processes of Annealing of Different' Alloys."
report presented at an Inter-vuz Conference on Relaxation Phenonena in Pure
Metals and Alloys, 2-4 Apr 1958, Moscow Inst. of Steel.
(Moscow Inst. of Steel and Groznyy Petroleum Inst.)
Viket. Vys. Shkoly, 1958, No. 9, P. 72-3,
(Piguzov) YU. V.)

AUTHORS: L'--;-sh't-z, B. G., Makhukc-,, N. G~ SOV/163-58-2-43/46
TITLE: Investigating the Ha-rdening of the Cold-Deformed Alloy K40HUM.
(Issledovanlya otpuska kholodnodeformirovannOgO Bp1ava Mfabltk
PERIODICAL: Mauchnyye doklady vy9shey shkoly. Metallurgiya, 19569 Nr 2,
pp. 239-242 (USSR)
A.BSTRACT: To investigate the micro structure of the cold-deformed a oys_
with 0,05% carbon after the hardening to 6000C the alloy 40NEW
was used. The influeLce of the temperature of hardening on the
Pxtent of internal friction in the alloys of the type K40k"*;~-,T
investigated. In the curves plotted a maximum jump may be found
at 300-3500C. This maximum is dependent on the relative mixing
of the carbon and the atoms of molybdenum and tungsten. The
extent of the maximum increases with the increase of the carbon
concentration and the extent of deformation. The separation of
molybdenum and tungsten formed decreases this maximum in the
hardening after oold treatment. The investigations showed that
in the a'.loys of the type K4CNDN in the case of a hardening
after rIvettng processes take place which are analogous to the
processe.9 occurring in the alloys Ni-Cr, Fe-Al, Fe-Siq Fe-Ni-Mo,
Card 1/2 and which are analogous to the process of natural aging in

SOV/1 63 -58-2-43/46
In,restigating the Harde.-iing of the Cold-Deformed Alloy K40NW'
aluminium all-nys, In the inv-estigaticrks of the internal friction
carbon occure as Jndicator in the formation of the K-state of
the a!layii, There are 4 figur,-3, ! table, and 'i references,
10 of which are So-tet.
ASSOCIATION: Moakcvekly Institut stali (Moscow institute of Steel)
Instiiut pr.~tslzlonnykh splavcv TsNIIChM (Institute of Precision
Aili~y; _-f the' TsNIIChM)
SUBMITTED: November 25, ~91~7
Card 2/2

180)
AUTHORS: Livshits, B. G., Makhukov,--N., G. SOV/163-58-4-28/47
TITLE: Kinetics and Mechanism of Structural Change in Annealing a
Cold-Worked Alloy of the X40NEhLLType (Kinetika i mekhanizm
atrukturnogo prevrashcheniya pri otpuske
kholodnodeformirovannogo splava tipa K40NKhM)
PERIODICAL: Nauchnyye doklady vysshey shkoly, Metallurgiya, 1958, Nr 4,
pp 169-173 (USSR)
ABSTRACT: Examination of spring alloys of the K40MM type with a
Co-Cr-Ni-Fe basis permitted (Ref 1) an analogy between the
processes taking place during the heat treatment of these
austenitic alloys and those occurring during the heat
treatment of other one-phase alloys such as Ni-Cr, Fe-Al,
Fe-Si, Fe-Ni-Mo. A maximum is observed at 400-5000 on the
hardness, elastic limit, and electric resistance curves of
cold-worked alloys of the K40NKhM type as functions of the
annealing temperature. The electric resistance curve of the
alloys has a maximum also after hardening with annealing.
The chief results of the examination of kinetics of the
annealing process are given. The occurrence of maxima on the
Card 1/3 kinetic curves points to processes in the alloy that - at

Kinetics and Mechanism of Structural Change BOV/163-58-4-28/47
in Annealing a Cold-Worked Alloy of the K40NKhM-Type
isothermal retardation - are opposite as to their influence
on properties. In the opinion of the authors, the formation
of the K-state leads to an increase of hardness. The
electric resistance increases due to a reduction of mobility
of the electrons (Refs 6, 7). The forming zones have
di.mensions in the order of magnitude of the free path of
electrons, increasing '%-,heir straying. k partial softening of
the alloy at isothermal retardation is connected with the
course of the recovery process after cold hardening. This is
confirmed by the dilatometric curves at isothermal
retardation, and by the curves of the actual elongation
factor and relative elongation. It is shown that in a
hardened (not cold hardened) alloy with the structure of a
more or less homogenous solid solution only ore process takes
place in heating (formation of the K-state occurs up to 5500,
and a jradual destruction of the same at a temperature between
550 and 6500). The second process (the recovery) is missing.
It is shown that cold hardening greatly reduces the elastic
modulus (in the Civen case by 20 %), and therefore the
Card 2/3 interatomic binding powers too. Subsequent annealing at

Kinetics and Mechanism of Structural Change sovr/163-50-4-28/47
in Annealing a Cold-Worked Alloy of the K40NKhM-Type
different temperatures (for 4 hours) increases the
elastic modulus. This is connected with the formation of
the zone of Ginlye-Preston's type (K-state). There are
5 figures and 11 references, 4 of which are Soviet.
ASSOCIATION: Moskovskiy institut stali (Moscow Steel Institute)
Institut pretsizionnykh splavov TsNIIChM (Institute of
Refined Alloys of the Central Scientific Research Institute of
Ferrous Metallurgy)
SUBMITTED: December 28, 1957
Card 313

~LAIWKOVO N. G.: Master Tech Sci (diss) -- "Investigation ol the annealing of
cold-deformed alloys of the MONKM type". Moscow, 1959. 14 pp (Central Sci
Res Inst of Ferrous Metallurgy, Insr of Precision Alloys), 110 copies (KL, No 9,
1959, 115)

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AUTHORS: Livshits, B. G., Makhukov, N. G. SC)II/163-59-1-34/50
TITLE% Mechanism of Structural Transformations Occurring During the
Drawing of Cold-worked Alloys of the Type X40NIChM
(Mekhanizm strukturnogo prevrashcheniya pri otpuske
kholodnodeformirovannykh splavov tips, K40NKhM)
PERIODICAL: Nauchnyye doklady vysshey shkoly. Metallurgiya, 1959, Nr 1,
PP 174-178 (USSR)
ABSTRACT- The drawing of cold-worked spring alloys of the type K40NKM
at 400-5000 le4Lds to an increase in hardness, to a rise of the
proportional limit, of the electric resistance and of Young's
modulus. In other papers (Refs 1, 2) the authors voiced the
opinion that by drawing 'the temper of these alloys a K-state
results. This state is characterized by the existence of
segregates of homogeneous atoms of the Ginlye-Preston zone type.
By usiyg the dilatometric method it was demonstrated that in
drawing cold-worked alloys of the K40NKhM type two processes
are released. They result in a reduction of the volume and of
the strain coefficient. From the information gained by
measurements of internal friction (Ref 1) it was assumed that
Card 1/3 the K-state in alloys of a K401NKhM type consists in the

Mechanism of Structural Transformations Occurring SOV/1 6 3- 5 9-1 - 34/50
During the Drawing of Cold-worked Alloys of the
Type K401TKhM
formation of segregations of molybdenum and tungsten atoms.
Two alloys were investigated; the Co-Cr-Ni-Pe basis of the
K40NKhM alloy, and the same basia, to which molybdenum was
alloyed additionally. The investigation showed that an addition
of molybdenum facilitates the formation of a K-state in the
alloy, and that in this process also other atoms (probably
chromium) participate. A similar influence is also exerted by
molybdenum upon the elastic limit of the alloys. After drawing
at 5000 the elastic limit of a molybdenum alloy increases from
110 to 160 kg/MM2. If the drawing temperature is inc:-eased
the elastic limit is reduced. The data coliected demonstrate
that the high elastic limit of such ar. alloy is due to the
molybdenum (and tungsten) content of the solid solution. An
increase of the electric resistance, which is typical of the
K-state, was found in the molybdenum alloy. In the alloy
containing no molybdenum no anomalous increaso of the electric
resistance was found. In conclusion it is said that the
Card 2/3 improvement of the elastic properties can mainly be ascribed to

Mechanism of Structural Transformations Occurring SoV/1163-59-1-34/50
During the Drawing of Cold-worked Alloys of the
Type K40NKMI
the presence of molybdenum in the alloy and that the carbon
constituent plays only a minor part in the increase of
Young's modulus and of the electric resistance due to drawing.
There are 3 figures, 1 table, and 2 Soviet references.
j (Moscow steel Institute)
SSOCIATION: MoskGvskiy institut stal-4
A
SU13MITTED3 May 20, 1958
Card 3/3

SOV/ 126-8-3-12/33
AUTHORS: Livshits, B.G. and
TITLE: Investigation of the Tempering Process of the Cold
Deformed Alloy K40NKhM
PERIODICAL: Fizika metallov i metallovedeniye, 1959, Vol 8, Nr 3,
PP 400-405 (USSR)
ABSTRACT., The alloy K40NXhM has a complex chemical composition
with the system Co-Cr-Ni-Fe as its basis. Borodkina,
Makhukov and Sollts have shown (Ref 1 and 2) that the
alloy, as quenched from a temperature of 1100 to 11500C,
possesses a one-phase structure with a face-centred cubic
lattice. On cold working by rallin ; or wire-drawing,
followed by tempering at 400 to 500 C, the alloy acquires
high elastic properties, strength and hardness. Fig I
shows the change in hardness, elastic limit and electrical
resistance of a K40NKhM alloy, containing 0-05% C, on
tempering (soaking for 2 to 4 hours) after a 701' cold
deformation. The authors of this paper undertook an
investigation of this alloy with the aim of establishing
the mechanism of hardening during tempering. The chemical
composition of the alloys investigated is given in the
Card 1/4 table on p 401. In Fig 2, the % elongation and the true/

Investigation of the Tempering process the C SOV/126-8-3-12/33
of old Deformed Alloy
K40NKhM
expansion coefficient of a cold worked (40% reduction in
area) K40NKhM alloy containing 0.12% C is shown. Fig 3
shows the change of the modulus of normal elasticity of
cold deformed specimens (40% reduction in area) of
K40NKhM alloy containing 0.12% C in relation to tempering
temperature. Fig 4 shows the temperature dependence of
internal friction of cold deformed (70% reduction)
specimen of the alloy KI*ONKhM, containing 0.012% C after
tempering for 2 hours at 200*C. Fig 5 shows the same
relationship for specimens of K40NKhM alloy containing
0.015% C after tempering for 2 hours at 200*C: - -
I - containing 6.85Yo Mo, 2 - without Mo. Fig 6 shows
the temperature dependence of internal friction of
quenched and cold i-,rorked specimens of K40NKhM alloy
containing 0.12% C. Fig 7 shows the temperature
dependence of the internal friction of cold worked
(700% reduction in area) specimens of K40NKhM alloy
containing 0.12% C, after tempering for 2 hours at
various temperatures. Fig 8 shows the influence of
Card 2/4 tempering temperature (2 hours' soaking) on the mag 117d e

sov/126-8-3-12/33
Investigation of the Tempering Process of the Cold Deformed Alloy
K40NKhM
of the peak of internal friction of X401VKhM alloys of
the following carbon contents: a - 0.12%, b - 0.05%.
B - 0.015%. (State of the alloys before tempering;
I - deformed 70%, 2 - deformed 30%, 3 - water quenched
from 1100*C.) The authors arrive at the following
conclusions: 1. Two independent processes take place
during tempering in cold worked K40NKhM type alloys.
One of them occurs preferentially in the temperature
range 300 to 350% and probably leads to the formation
of atomic segregations of the (.Iuinier-Preston zone type
(K-state). The second process occurs preferentially in
the temperature range 550 to 700% and leads to the
precipitation of a second phase from the solid solution
as well as to an acceleration of relaxation and
recrystallization. 2. The low temperature process is
accompanied by increase in hardness, elastic limit,
modulus of elasticity and electric resistance and by a
decrease in volume and the true coefficient of expansion
of the alloy. 3. In a homogeneous solid solution (after
Card 3/4 deformation) of alloys of the K40NKhM type, containing
L~-~

SOV/126-8-3-12/33
Investigatign of the Tempering Process of the Cold Deformed Alloy
K4 ONKW
atoms of metallic components of different diameter and
carbon atoms, a peak appears oil -the curve Q-1(T) for
internal friction at 300 to 350*C. This peak is due to
the relative displacement of carbon atoms and atoms of
large atomic diameter (Mo, W). 4. The magnitude of the
internal friction peak increases with increase in carbon
concentration and degree of deformation. 5. The
segregation of Mo and W atoms is the reason fov the
decrease in the magnitude of the internal friction peak
an tempering after cold working. This enables the process
of the K-state formation to be studied by the internal
friction method. In such an investigation C serves as
an indicator for the formation of segregation of the
constituent metal atoms. There are 8 figures, 1 table
and 12 references, 9 of which are Soviet, 2 German and
1 English.
SUBMITTED: August 12, 1958
Card 4/4

22285
5/15 61/000/004/008/009
24-mD ~2'01 B126YB219
AUTHORS: Bagayev, A. M., Makhukov, N. G., Fisenko, N. I.,
Mkrtichan, A. A.
TITLEs Def ectoscopy of tubes by means of a YAA -7H (UZD-7N) flaw
detector
PERIODICALs Izvestiya vysehikh uchebnykh zavedeniy. Neft' i gaz. no. 4,
1961, 103-107
TEXTt The authors conducted the elaboration of a method of defectoscopy
in wide seamless pipes by means of the ultrasonic flaw detector 93 -7H
(UZD-7N). This appliance permits examining with flat transducers Vain
transducer) to a minimum depth of 7 mm in steel at a frequency of
2-5 Me/see and of 22 mm at a frequency of 0.6 No/see. Pipes with 12-mm.
walls cannot be examined by the method with a plain transducer as the
interval between the wave amplitudes would be too small; it is, howev,r,
possible to examine them by a double transducer system at 2.5 Me/sec i-
this method, the beam of ultrasonic waves is directed through a water
stratum to the surface of the pipe by means of one transducer - the
Card 1/3

22285
S/15 61/000/004/008/009
Defectosoopy of tubes ... B126Y,1219
0
optimum angle is '11-12 - whilat the second transducer receives the
waves reflected from the inner surface of the pipe. The transducers are
applied along the pipe, the distance between their centers must be 45 mm
when the water stratum is 30 mm thick. When the ultrasonic waves strike
a flaw in the pipe wall, the reflected waves either do not reach the
transducer or the wave amplitude is lower. The authors also made ex-
periments with hot-rolled steel, from 4 to 13 mm thick, and for every
thickness they determined the distance between the transducers at which
the wave amplitude was the highest. This ratio was used to draw up a
standard probing scale. The use of a stratum of water (liquid) or of a
paste with an acoustic resistance near that of steel between the trans-
ducers and the pipe is absolutely necessary if the flaw detection should
be reliable. Through this measure, the transducers are also less exposed
to wear. In order to establish this stratum the authors adapted a lathe
which was equipped with a special trough supplied with water from the
main. This method has been tested at the Toentrallnyy remontno-mechaniche-
skiy zavod Upravleniya neftedobyvayushchey i gazovoy promyshlennosti
Checheno-Ingushskogo ekonomicheskogo administrativnogo rayons, (Central
Works for Repair and Mechanics of the Administration of Petroleum Hauling
Card 2/3

2285
5/152 61/000/004/008/009
Defectoscopy of tubes ... B126~B219
and Gas Industry of the Checheno-InguBhekiy Economic and Administrative
rayon). There are 4 figures and 3 Soviet-bloc references.
LSSOCIATIONs Groznenskiy neftyanoy institut (Groznyy Petroleum Institute)
SUBMITTED. January 6, 1961
Card 3/3

KOSHELEVI P.F.; MAKRU14TOV, I.M.; STEPANYCHEV, le.I.
S.tatic tension testing of glass plastics of the t* AG-4s. Plast.massy
no./+:66-69 163. (MIFA 16./+)
(Glass reinforced plastics--Testing)

Drilling directional wells in the Neftyanye Kamnl region [in Azerbaijani
with summary in Russian]. Azerb. neft. khoz- 37 11:21-24 N 158.
(MIU 12:3)
(Neftyanye Kamni region--Oil well drilling. Submarine)

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WMnNKA, 1. (Mahunka, I.]; FENESH, T. (Penyes, T,1
Study or the a-spectrum of Djr isotop-~s, Izv. AN SSSR, Ser., fiz.
no.7.41,21-1126 J1 f65. (MRA 180)
~,,-L~bor atoriya yadernykh problem Ob"yadinennogo instituts. yadernykh
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Study of the correiaticns Df stra-in- sired faliu!- r-f m4i",
under a small number 01' CY:'I!fs :)f 11,ading. Za;. ia,,,. '110 ,: '12-
('AT;~
_A ~7:91
77 164. , j

SERENSEN, S.V.; MA191UTOV., N.A.
Regularity in the develo~menL rf cra-,ks and of tk.e breakdo-wri of
body steals under cyclic loading. Trudy MATL nc.~1:133-151 164.
(MIRA 17,10)

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fMCHAYEV, R. (Leningrad), - ANTIMONOV, N.(Kursk), ; STISTMIOV, R.(Roalma). ;
SUSHKM. V. (Tula~,; BAICHKIN. It. (Hu-maaak).; KAIRPO, S. (Balm)
Working with initiative. Pozh. delo L& no. 7:6-7 JI '58.
(HERA 1-1:8)
(Ifire prevention)

HELBING, Henryk; MAKIEDONSKI, Aleksander
Measuring noises caused by undersirable angle modulation in radio
transmitters. Inst laczn prace 11 nc.2:27-75 164.
1. Submitted June 20, 1963.

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MAKINOV. A. V
Some new species of mollusks from Paleogene sediments of
Eastern Carpathians. Paleont.sbor. [Lvov] no.1:41-50
,61. (MIRA 15:9)
1. Ukrainskiy nauchno-iasledovatellskiy geologorazvedochnyy
institut, LIvov.
(Carpathian Mountairw--14ollusks,, Fossil)

SHTEYNMAN, V.V.; MAKIN, A.A.
Universal feed of strips and
drive. Kuz.-shtam.porizv.
bands by tongs with pneumatic
no. 5:41-43 My 163. (MIRA 16:9)

WK, A. V.
Dissertation: "Hoterogenous Iquilibrium in the Qurternary Systems: JWl - ~~3 -
N&2M4 - E20 &nd NaW - N& go, - N92HN4 - HP-0 at 25P (G).* Cand Chen Soi. Inst
O;Qc Cheiistry. Acad Sci, USSR. Moscow 1953.
of General and Inor
50; ReferativnTy ftn", No. 5, Dec 1953, Moscow. AN USSR ( W-30928

----- ---- --

MAMN, A.V.; KARNAUKEIOV, A.S.
0
Solubility of the ternary system MaNO 3 -- Ha2HPO4 -- H20 at 25
Zhur.neorg.khim. 2 n9.6:1420-1423 Je 157. (14IRA 10:10)
1.Yaroplavskiy, gosudarBtvennyy pedagogicheakiy institut im. K.D.
Ushakova.
(Solubility) (Systems (Chemistry))

MAKIN, A.V.
Solubility isotherm of the ternary systOn Ha2EIP04 - If,--Cl - 1120.
at 25n. Zhur. neorg. 1-him. 2 no.12:2794-2796 D '57. (KIRA 11:2)
1. Taroalavakiy gosudarstvennyy pedagoggicheskiy-institut im. K.D.
Uehinakogo.
(Sodium phosphates) (Sodium chloride) (Solubility)

AUTHOR: Makin, A. V. SOV/78-3-12-25/36
TITLE: The Heterogeneous Equilibria in the System NaNO 3 - Na 2HPO4
NaCl H20 at 250C (Geterogennyye ravnovesiya v sisteme
NaNO3 Na 2HPO 4 -NaCl - H20 pri 250)
PERIODICAL: Zhurnal neorganicheskoy khimii, 1958, Vol 3, Nr 12,
pp 2764-2766 (USSR)
ABSTRACT: The solubility of the quaternary system NaNO 3-Na2HPO 4-NaCl-H20
at 250 was investigated and the heterogeneous equilibria in
this system were determined by the "non-variants" method. From
the results obtained the solubility curve was constructed.
Isomorphic mixtures and chemical compounds do not form in this
system. The regions of crystallization of the ealtB NaNO 30 Nacl,
and Na2HPO4 *12H20 were determined. The compound Na2HPO 4 12H20
has the greatest area of crystallization in this systems
There are 1 figure, 1 table, and 12 references, 9 of which are
Soviet.
Card 1/2

SOV/78-3-12-25/36
The Heterogeneous Equilibria in the System N&NO 3 - Na2HPO 4 -NaCl - H20 at
250C
ASSOCIATION: Yaroslavskiy pedagogichei3kiy inatitut im. K. D. Ushinskogo
(YaroslaviPedagogical 1nstitute imeni K. D. Ushinskiy)
SUBMITTED: August 6, 1957
Card 2/2

5~ 4)
AUTHOR; Makin , A. V. SOV/?8-4-5-40/46
TITLE:
Iavestigation of the System NaNO,-Na SO "a_O at 25'
2 4
(Isaledovanlye S4,tery 11 -LIJO
A It
3 4
PERIODICALs Zhurnal neorganicheskoy khimii, 1959, Vol 4, Hr 5.
PP 1190 - 1197 (USSR
ABSTRLCT-- Inorder to determine the solid phase and the charactei of the
double compound forming in the system Ns.NO 3-Na 2so 4-H2 0, the
solubility of the system was inve3tigated at 25 0; resiilts are
shown by table 1 and figure 1. The diagram shows three branches
of the solubility curve. The first branah fr3m point I - 9
cor-respcnds to the separation of the solld phase Na2 so 4"OR20'
The second branch from point 9 - 18 corresponds to the
crystallizatian of the double chemical compound of darapskite
Oraffo 3v Na2so4E~O) and the solid soluTion da-rapskite and sodium
nitrate. The third branch on the solubility isothermal line from
Card 1/3 point 18 -, 21 corresponds to the crystallization of sodium

Izvestigatioa of the System HaNO 3-Na 2so 4"R20 at 25 0 SOV/78-4--~-40/46
nitrats. For the pxLrpose :.f carzy-,*ng out a thoro-agh
investigaU.on of the solid phase of this system the specifia
weight, tho specific molecular volume and some optiaal
propertiae were determined, and radiographical and thermo-
graphical in-testigationa were carried out. The raritilts obtained
are Bhownby table 2. Figixra 5 shz)vis the properties of the
solid solution of darapskiti. Table 4 and figures 4 and 5 show
4- O-n j9
the inteusity of tha X-.,ay Ii-L-ios and of the. rafrao i angle
of the r;xystal sfx-un-t---~. The X-:cuy pi;zt1ixe nhows that at 250
a 7oiapnmd with the chewiaal sorwocsition NaNO 3* Na2 s04 H20 and a
solid soluti~a with anJ a molax ratio of
components Ila so g HaNO bg*, to '1-1-3 is formed in the system
2 4 3
ITaIFO 3-111a2so 4-1120' Rigures 6-13 show the thermograma of sodium
nitwate and darapakite as wel' as of the solil solution.
Thermographical iDvestigav 'ons show that at ',Or-',10 C
dehydration of the daxa--skitc T~~d -,f -t~it~ occurs.
Card 2/3 At 2250-2750 darapskite and t~ie solid soluti-ja da(,~ompose into

In-vestigation of the System IWO 3-Ha2so 4-H20 at. 25 SOV/78-4-5-40/46
Of
the initial compound. At 282-298 tthe thermo-effect shows an
eutectic mixture of sodium nitrate and sodium sulphate. There
are 13 figures, 4 tables, and 15 references, 4 of which are
Soviet.
ASSOCIATIOIT: Yaroslavskiy pedagog~cheskiy institut im. K.D. Ushinskogo
(,Yaroslavl' Pedagogio Institute imeni K.D. UshinsUy)
SUMITTED: January 30, 1958-
Card 3/3

DRUMININ, I.G.; HAKIN, A.T.
Solubility isotherm of the ternary system U2504 - NaIWO4 - H2 0.
Izv.AU Mr.55R.Ser.est.1 tekh.nauk 2 no.3:19-24 160.
(HIRA 13:9)
(Sodium sulfate) (Sodium phosphate)

-MAKIN, A~V.; LEPESHKOV, I.N.
Salt equilibria in the system NaN03 - Na2SO4 - Ha2HPO 'a E'20,at 25".
Zhur. neorg. khim. 9 no.2:495-498 F164. %HA 17:2)
1. Yaroslavskiy gosudarstvennyy podagogiaheskiy institut imeni
K.D. Ushinskogo.

KAMN, D,S.
" - wt
Valves in sugar refineries. Sakh.prom.30 no.1:42-43 J& 156.
M&A 9:6)
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