SCIENTIFIC ABSTRACT YAZLIYEV, S. - YAZYKOV, A. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962320010-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

88596
Study of the Resistivity of Nickel - S/078/60/605/011/007/025
Palladium Alloys in the Temperature Range BO15/BO6O
From 0 to 7000C
temperature coefficients. The author thanks R. G. Annayev for having
proposed thesubject,and-for his guidance-There are.7,figures,.5 tables,
and 4 references; 3 Soviet and 1 US.
ASSOCIATION: Turkmenskiy gosudarstvennyy.univers~tet.im. A. M. Gor1ko6o
(Turkoman State University imeni A. M. Gor'kiy)
SUBMITTED: July 8, 1959
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88597
S/078/60/005/011/008/025
30151B060
AUTHOR: Yazliyev, S.
TITLE: Study of the Thermoelectrical Properties of Nickel -
Palladium Alloys
PERIODICAL: Zhurnal neorganicheskoy khimii, 1960, Vol. 5, No. 11,
pp. 2446-2457
TEXT: An abridged-reproduction of-the article under consideration was
submitted to the editors of the periodical "Izvestiya AN Turkmenskoy SSR".
A change in properties of alloys, with special regard to thermoelectric
properties with a change in composition, or of the phase condition of the
alloy, had already been investigated in papers by V. A. Nemilov et al.
(Ref. 4), Ya. G. Dorfman and R. 1. Yanus, K. V. Grigarov, M. G.
Chernikhovskiy (Ref. 7), and others. It had been noted that a magnetic
transformation of nickel and iron takes place with an abrupt change of
Thomson's electromotive force. M. M. Temkin and A. V. Khoroshin (Ref. 11)
showed that the absolute thermal electromotive force (thermo-emf
Card 113

88597
Study of the Thermoelectrical Properties of S/07 60/005/011/008/025
Nickel - Palladium Alloys B015%o6o
actually constitutesthe entropy of the moving carriers, and thus,
Thomson's electromotive force is the specific heat of the carriers. In the
work under consideration, the author for the first time determined the
integral E, the differential e, and the absolute fthermo-emf, as well as
the thermoelectric potential n and Thomson's electromotive force a of
nickel - palladium alloys at 0 to 10001C. 12 specimens of various
composition (Table 1) were studied. The specimens."were drawn to wires,
and the value B was determined by a method suggested by A. A. Rudnitskly
Ref. 12). The thermo-emf was measured with the aid of a n[1T H-1
PPTN-1) potentiometer. The determinations of the values f, show (Table 2,
~
Fig. 2) that at all temperatures it has a minimum at about 10-20 at% Pd
and a maximum at 74-75(at%. The value e uniformly changes with temperature
up to the Curie point Fig- 4, Table 3) to form a marked maximum at the
Curie point. The Curie point drops with the concentration of Pd in the
alloy. The changes in the values f, and n with temperature (Tables 4,5,
Pig. 6) evolve in a similar manner as those of e. The values for d
(Table 6, Fig. 10) rise with temperature up to the Curie point, then form
an abrupt peak and drop. All thermoelectric properties of the Ni-Pd
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Study of the Thermoelectrical Properties of S/078/60/005/011/008/025
Nickel - Palladium Alloys 3015/BO60
alloys thus in the main vary uniformly as a function of the composition,
according to such curves as are characteristic of a continuous series of
solid.solutions. For all Ni-Pd alloys.the.-,value of thermo-emf is
,negative, i.e., the alloys.have a predominantly electronic conductivity.
The magnetic transformation of Ni-Pd alloys is typical of a phase
transformation of the second-order., The work under consideration was
carried out under.the supervision of R. G. Annayov'. A caper b~ A.'T.
Grigorlyev is m;ntioned. There are 11 figures, 6 tables, and 21
references: 13 Soviet,,1 US. 2.British, and~5 German.
ASS.O.CIATION:., Turkmenskiy gp'sudarstvenny~ universitet im. A. Gor kogo'
(Turkoman State University imeni.A. M. Gorlki*y
SUBMITTED: luly 8, 1959
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L1
29315 S/202/61/000/005/001/004
A006/A101
AUTHOR:
TITLE: On magnetostriction ofalloys of the nickel-palladium system in
longitudinal and transverse magnetic fields
PERIODICAL: Ak'ademiya nauk Turkmenskoy SSR. Izvestiya. Seriya fiziko-tekhniche-
skikh,kihimicheakikh i geologicheskikh nauk, no. 5, 1961, 14-20
The investigation of magnetostriction of binary ferromagnetic alloys
with non-ferromagnetic components, such as palladium alloys with nickel, is of
considerable interest for revealing the part of magnetic interaction of atoms in
the lattice-of these alloys. To complete lacking literature data in this field
the author studied the longitudinal and transversemagnetostriction of nickel-
palladium alloys in a wide concentration range. The investigation was made with
14 specimens of the following composition:
Atomic- Fd 0 10 20 25 30 40 50 60 70 74 75 76 80 90
% Ni ioo go 80 75 70 60 50 40 30 26 25 24 20 10
The initial components of the alloys were domestic electrolytic nickel and refined
K
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2)38 602/61/000/005/001/004
On magnetostriction of alloys of ... A0061AI01
palladium. The alloys were melted in a high frequency furnace under a flux
layer. To investigate magnetostriction, disks were made, of 14 mm in diameter
and 1.5 - 2 mm thickness. Prior to the measurements, the disks were vacuum-
annealed under the following conditions: heating to 900 0C for I hour; cooling
with the furnacec1down to 4000C at 150OC/hour; holding at 40O*C for 50 hours
continuously; cooling down to*room temperature at 30 C/hour. Magnetostriotion
was measured with the aid.of wire tensometers first employed by N. S. Akulov and
D. I. Volkov (Ref. 5: Akulov, N. S., Volkov, D. I. - A new method of measuring
magnetostriction. Vestnik Moskovskogo universiteta, no. 10, 1949). The tenso-
meters were glued onto the disk surfaces which were placed In the electromagnetic
field with the aid of a special device directing the specimen through any angle
in respect to the field. The measurementswere made at room temperature. The
investigation leads to the following results and conclusions: The second rule
of even effects by N. S. Akulov in a wide concentration range (up to 40 at.% Pd)
is confirmed for alloys of the nickel-palladium system by formula (2): A 1, - -1
i.e. longitudinal magnetostriction at saturation ( ~jj) is twice as high as
transverse magnetostriction (A.L) and has an opposite sign. The effect of para-
process on the course of longitudinal and transverse magnetostriction curves in
the nickel-palladium system is established. Near the composition of 75 at.% Pd
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29385 S12021611/000/005/001/004
On magnetostriction of alloys ... A0061AI01
a relatively abrupt change in the course of magnetostriotion curves is observed,
proving the presence of superstructural transformations in the nickel-palladium
system. At low palladium concentrations (up to 30-40% Pd) the experimental data
obtained are well described by formula (3):
d(T) (Y. (0) 1 + a B o~ (T) + a B, (3)
S,AB S,AO ( SYAO
In the equation (3) c4(0) and LX (T) are the values of th e even effect at
5,A0 3,A0
saturation for a pure component A at absolute zero and temperature T correspond-
ingly-, &~T) is the magnitude of the even effect (magnetoutriction, galvanomagneLio
effect 5hPothers) at saturation for a bi-component alloy AB at temperature T;
B is the composition of the second component, ~ is the Curie point, a is the
constant coefficient determined from the experiment. The author thanks R. 0.
Annayev, Academician of the AN TurkmenianSSR under whose supervision the investi-
gation has been carried out. There are 2 tables, 4 figures and 9 Soviet-bloc
references.
ASSOCIATION: Turkmenskiy gosudarstvennyy universitet im A. M. Gortkogo (Turk-
menian State University imeni A. M. Gor'kiy)
.SUE,MITrED: February 18, 1961 V1(I
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30923
S/2c) 21611,0001006100 2100 4
Aoo6/Alol
AUTHOR-. Yazliyev, S.
TITIEi' Temperature dependence of the galvanomagnetic effect in nickel-pal-
ladium alloys
PERIODICAL: Akademiya n *auk Turkmenskoy SSR, Izvestiya, Seriya fiziko-tekhniches-
kikh, khimicheskikh I geologicheskikh nauk, no, 6. 1961, 33 - 38
TEM The temperature dependence of the galva Inomagnetic effect in the Ni-
Pd system was until the present not sufficiently studied. Therefore the author
Investigated this dependence in nickel-palladium alloys (from pure NI to 76 at.%
Pd) within a range from room temperature to above the Curie point. Wire speci-
mens, 30 cm long, were used 'to measure the galvanomagnetic effect in a special
furnace, which was power-supplied from two voltage stabilizers connected in
series, to stabilize the temperature and exclude the temperature gradient along
the specimen. Furthermore, the temperature was regulated with the aid of an
electronic thermocontrol, The investigation shows that thereis a linear depend-
ence of the galvanomagnetic effect on temperature in NI_Pd alloys within the
Curie temperature range. This is in agreement with N.S. Akulov's equation (1)
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Temperature dependence ...
,3P923
S/2C)" 61/000/006/002/004
YA'101
,,(0) T
OC (T)
(1 j), where o6, is the value of the even effect at T = OOC, and
06' Wat'abs~l t- alvanomagnetic effect
s u e temperature T. 9 is Curie point. The
in these alloys near the Curie point Idepends linearly on H29, as described by
formula (2) R iH2/3, where a is constant; H is magnetic field
R
strength. This-forrw-ila, which was ~or the first time presented by Potter, -a VY
based on the theory of the Weiss molecular field (Reference 5: Potter, H.H.,
Magneto-resist&nce and magneto-caloric effect in iron and Heusier alloys, Phil.
Mag. vol, 13, 1932), Near a composition range corresponding to a content of 75
at.% Pd, relatively sharp changes were observed in the C~rie point value-and the
galvanomagnetic effect, These changes are characteristic of the presence of a
superstructural transformat'lon in this composition. The galvanomagnetic effect
shows a respective linear and square dependence on the field in the paraprocess
range for temperatures remote and above the Curie point. This is in a qualita-
tive agreement with the existing theory. The author thanks R.G. Annayev for the
subjeo,t recommended and his supervision of the present study, There are 3 fIFu-
res, I table and 12 references! 11 Sovlet.-bloc and I non-Soviet-bloc.
Card 213
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S~2"?P/6 1/000/006/00 2/-Oo 4
Temperature dependence ... A006/AlOl
ASSOCIATIONs Turkmenskiy gosuniversitet, imeni A.M. Gorlkogo (Turkmenian State
University imeni A. M, Gor'kiy)
SUBMITIED: June 5, 1961
Card 313
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S/058/t 1/"/b 10/b86-/100
0 A001^101
AUVOR: Yazliyev, S.
TITLE: Investigation of thermoelectric properties of nickel-palladium -al-
loys I
PERIODICAL: Referativnyy zhurnal. Fizika, no. 10, 1961, 268, abstract lOE329
HIzv.AN Tur1anSSR.Ser.fiz._tekhn.~, khim.i. geol.n.", 1960, no.6, 17-M)
MT., The author investigated integral thermo-emf E, differential thermo-
emf 6, absolute thermo-emf 6, thermoelectric potential,'/rand TomBon's emf Tof
NI-Pd alloys in the-range 0_ 1,0000C. The specimens were prepared from.-electroly-
-tic III and refined Pd and were annoaled prior to measurements. The E-value was
dsterrAned in couple with Pt calibrated relative to Cu. The e-magnitude was
found by graphical differentiation,1T was obtained by second differentiation;
and Jrwere calculated. It was found out that thermoelectric properties vary
smoothly as Azictions of the alloy composition, which is characteristic of the
continuous series of solid solutions. Alloys possess electronic conductivity.
The tPmPerature of Curie-point decreases withincreasing Pd content.
[Abs'traiterls note: -Complete translation] 0. Talenskiy
Car-!-- 1/1

XAZYKOV, S.A., kand.M'Od.nauk
Preventive treatment in chemical burns of the esophagus. Hed.
zhur. Uzb. no.1:50-52 Ja 161. (MIFA 14; 6)
(ESOPHLGUS-WOUNDS AND INJURIES)
L
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YAZMADZHYAN, 0. 0.
"Psychiatric Observations in Armenia From Ancient Times to ihe llth Centl=y.
Cand Med Sci, Yerevan Medical Inst, 22 Dee 54. (K, 12 Dee 54)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutions (12)
SO: Sum. No. 556, 24 Jun 55
N'.

35
ba .-an 13
L luk i8
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Bd CC
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YAZMIR,. N.M.
Nature of the Lower Cambrian bioherms on the banks of the middle
Aldan rdver. Uch.zap. SGU 71,,;157-166 160. (MIRA 15:7)
(Aldan Valley--Geologyp Stratigraphic)
-Ml. 1'11'-,~-_--~~",*~`,K
V

YAZMIRY M.M.; VIDISHCHEVA, O.P.
Tracks of Vermes In the Lower Cambrian in the region of the r-id-
dle part of the Aldana River. Uch.zap. SGU _74:167-178 160.
(MIRA 15M
(Aldan Valley--dorms, Fonsil)

ZASLAVSKIY, N.N. [Zaslavalkyi, NX.]; KOSSTENKO Yu.N.~ IQURWOV, N'I.
M.1.]; MUBLICHENKO., G.S.
[Krykiinov, tMykhaI"chenko,
YAZ2Hx M
_4,G.-[1Azon,
Use of furan plastics In the manufacture of continuous neutral-
Ization apparatus. Mim. prom. no-401 O-D 164.
(MIRA 18-3)

ACC NR, U)GM042 SOURCE-Com'.. UR/001 6 11/0(;98/6101
Q/ 5/000/0
IXTHOR: ~-Ialashonko, Y. (colonel); lazov, D. (Colonel)
ORG: N*one
TITLE: 'Iraining for firing in the daVc
SOU'.-.CZ: Voyennyy vestnik, no. 11, 1965, 98-101
WPIC 12AGS: ground force training, conventional uarfaro
ABST,UCT: The training procedures practiced by various military units in the u:;o of
'ire
---ma in the dawlaicss of rii&t axe x~cvicwcd. In one unit, th(. newly entered rccruit3
are trained separately from the experienced old-line soldiers. Arzt, an oriontation
training is given recruits to familiarize them with the darl-mess and vith detorrdnation
of tarjot positions identified by various sounds and flashes. Aftor that, they are pro-
Gresoively 11-rained t60 handle and *load their weapons first blindfolded, then at d=i and
then in the dark, ai;.-inG, at both illuminated and obscure targets. 'The old ranker soldiers
are trained in firing from moving vehicles and for attaining a hiCher standard of pro.i-
ciency by acquiring habits for firing in the daYk under various conditions and from dif-
forent positions. Some practical examples of training and drilling procedures used by
various comnanding officers are presented including the proper handling of firearms and
methods of aiming. The effect of being blinded by bright flashes and flarea is mentioned,
Card 1/2

ACC NRt APO'009042
and the immediate aiming and firing at them is recoarend6d. A traininf; device uzed for
aiming at" flashLng lig~its in described. The field exercises and the evaluat tion of results
and final ratings are discussed. A spocial fire control device designed and used by one
unit for controlling the aiming operations from moving vehicles is also described. The
or,-
.,anization of training by using different types of firearms (automatic light weapons,
machine gL=, grenades, etc and.the assignment of trainees to various'training groups
is briefly reviewed.
SJB CODE: 05, 15/ SM-1, DA-Tz.-- None
2/2
Card
Is:

1. ALEKSEYEVSKIY, N. A., Min. Eng. YAZOVj D#G,, Min. Xng.
2. USSR (6oo)
4. mining Engineering
7. Experience with rapid mining of rising siopes. Gor zhur. No 12 1952.
Monthl List of Russian Accessions, Library of Congress, April -1953, Uncl,
v..

YAZOVSKIKII, o-,
Improved equipment for checking heraetic sealing of fuel system in
IaA7,-204 engines. Avt. tranep. 36 n0-1:34 Ja 158. (MIRA 11:1)
(Automobiles--Fuel systems)

5/1 2Y60/000/007/009/017
0 A105 A033
AUTHORSt Yazovskikh, I.M. and Leah, V.A.
-----------------------
TITLE: The Practice of Producing Ferrosilid Castings
PERIODICAL3 Liteynoye proizvodstvo, 1960, No- 7, PP- 41-42
TEXT: This article describes the method and the results obtained in the con-
tinued struggle of the Sverdlovskiy nasosnyy zavod (Sverdlovsk Pump Plant)
against ferrosilid casting rejects. Ferrosilid contains, according to
rO CT 2233-43 (GOST 2233-43) 14-5-16-5% Si- 0-5-0-8% C, 0,30-0-80% Mn and
less than 0.1% P and 0-07% S. The plant uses the green sand molding method"X~
the castings are shoken out at 750-8000C, the inner stresses are removed by
soaking the castings in annealing furnaces of identical temperatures for 2
hours and then having them to cool. After annealing the castings are clean-
ed and subjected to hydraulic tests at 5 atm. Among the most frequent de-
fects are gas cavities. An analysis showed that the greater part of the gas-
es during induction smelting is added to metal by ferrosilid. Therefore,
according to the new method, only ferrosilid is subjected to pre-melting, all
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_4VE4

S/12~60/000/007/009/017
The Practice of Producing Ferrosilid Castings A105 A 033
other ingredients, i.e. pig iron, carbon steeletc., are prepared as usual.
This reduced the quantity of recast material and the costs and increased the
productivity. Another defect occurring frequently were hot cracks. These
decreased rapidly after the temperature of the furnace was raised to 1,460-
1,4800C. Tests revealed that, if ferrosilid is overheated to 1,460-1,4800C
during melting, variations between 1,240-1,3600C of pouring temperature do
not cause hot cracks in castings. These experiments showed that overheating
of ferrosilid to li4800C prevents the formation of gas cavities and hot
cracks. A considerable amount of rejects was caused due to cold cracks by
intense partial overheating during emery cleaning. Castings are water-cooled
during this process and no more cold cracks originated. A specific defect
of ferrosilid castings was fine kish which appeared after final abrasion.
This was due to the displacement of carbon by silicon. It was established
that at an amount of 0.60% C (at 15-15.5% Si) there are no rejects due to
kish. Less than 0-55% C increases the brittleness of castings. The work
.carried out in respect to new smelting method for ferrosilid, determination
of the necessary quantities of carbon (0-5-5-0.60%) and water cooling of cast-
ings during emery cleaning aided to decrease the amount of rejects caused by
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Ml_
'N. ~q
2

S/12a/60/000/007/009/017
The Practice of Producing Forroallid Caotinga A105/AO33
gas cavities, kish, hot and cold cracks.
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'N ~r`

D040/D!12
AUTHORS: ikh, Boychenko, A.S., and.Lo-sh, V.A.
Engineers
T IT LE: The effect of carbon content and'pouring temperature on
the formation of hot cracks in 'Kh28 alloy castings
PERIODICAL: I'Chimichezkoye mashinostroyeni,,e, no.6, 1.962, 29-30
TEXT. .:.'loans have been found to eli:;iinate hot cracks in X 28 (Kh28) alloy
castings. The alloy compo-cition in the described experiments was (in"*/,):
0.52-1-010 C, 26.25-2B.16 Cr, 0.62-1.19 Si, 0*56-0.69 MIn, 0-018-0-037 P,
0.024-0-029 S. Kh25 is very prone to int.ern,~! cracks, and foundries are
sometimes com-jelled to use scarce and expensive nonferrous alloy3 instead.
The experiments showed IV'-a'v the cracking tendency rose abruptly .-.ith rio-
in.,j C contentf and that hiC;hor pouring temperature reducod thia tondency
but caunred grain Cro-.-ith spoilinf, the mechanical properties of the
Addition of a mixture of equal amounto of 75-Percental ferrosilicon and
ferrotitanium, the quantity being 0.60 0.0'0/-,') of the liquid metal's
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S11 8,4 16 21r, co/oo,,/co 71rc;a
The effect of carbon contont
Bo,~,O/D112
weight, into the furnace sDout eliminated the temperat-are 4~-,.Ifect. Check
of results at the Sverdlovsr-.i-'y nasosnyy --avod (Sverdlovsk Pump Plant)
showed that cracks were entirely eliminated in pump casinp-s and greatly
reduced in niD les when, the C content in Xh28 ailo was ',-.~pt at 0-5-0-65~--'j
y
and the pourin.- temperature at 1590-16000C. There is 1 figure and
2 tables.
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..i. R328-40 FdP(q) IW(m) /BDS-IFFTC/ASD--JD
ACCESSION 1IR: AP3002249 810128163100010061001010012
AUTHOR: Yazovskikh, 1. M,,* Gorbachev, I. Bukin, Yu. A.
Heat-4esi t -cast furnace parts
TITLE. s ant Cr-Mh steel for
SOURCE: LiteynWe proizvodstvo,, no. 61 19630 10-12
TOPIC-.TAG,S:- Cr-Ym steel,# heat-resistant steel, fluldity, _-hot cracking
susceptibilit3r,~oxldatlon resistance zech anical properties, applications
ABMMCT,. The Chelyabinsk NrPTLOMM has developed a nickelfree heat- and
oxidation-resistant Cr-Mh steel for cast parts of furnaces working at 800--1100C.
The best combination of mechanical properties Vag obtained in as-cast (not heat-
treated) steel containing 0.55--o.65% C, 2.0--2.5% Si,, 15--17% Mn, 15--17% Cr,
and 0-30-0.6% Ti. deoxidized In a ladle with 0.0 Al and poured at 15COC.
Machanical properties of Cr-M steel at 20, 800p and 950C,compared with those of
Cr-11i steels Khl8N9L (cast AISI-3021 end 1&aN202I least, 1% Cr, 20% Ni, 2% Sil
are shown in Table I of Enclosure, Oxidation resistance of Cr-Mn steel up to
800C is lower than Cr-Ni and Cr-Ri-Si steels,, but with temperature Increased to
950C the difference diminishes. Castability of the new steel is better and
susceptibility, to hot cracking lower than those of Cr-Ni and Cr-Ni-Si steels.
!Card
--------------------

YAZOVSKIKHj I.M.; BUKIN, Yu.A.; GORBACHEV, I.M.
Effect of deoxidizers an the mechanical properties of low-alloy
steel. Lit. proizv* no.10:3-4 0 163. (mi-RA 16:12)
54PR5

Corti
r Yl U 13 1 1 11 ?J I~J- n EL T. C- r1 0 T FnaEn.

Electric Contactors
Transferring the power supply of contactor
KTR's switch-in coil from a voltage transformer
to a power transformer, switched in by the same
contactor. Torf. prom.p 29, No. 7. 1952.
Monthly List of Russian Accessions Library of Congress October 1952 UNCLASSIFIED

YAZOVTSIV, D.
The growing number of cattle will be provided with buildings. Sell.
stroi. 12 no.8*.-7-8 Ag 157. OaaA lotq)
1. lli*edeedatell kolkhoza imeni 14o Kays lahalkovskogo rayona, Nor-
dovekoy ASSR.
(Mordovia~-Farm buildings)

AKL
Trestle with a mobile bin. Strottell 2 no.8:14 Ag 136. (KM 9:12)
(Concrete construction-Formwork)
kf~~ OMMI~ 3~~111"
~I-W"-'Ilv;--~,10, RU

YAZJIKOV, G.P., inzbener.
--"mmmmmw
Efficiency workers of the building project no.27 of the Ministry
of Construction industry of tho U.S.S.R. Nov. tekh. I pered. op.
v strol. 18 no.9:30-32 S '56. (MLRA 9:10)
(Building machinery)

AUTHOR:,-Yazvikov, U.P., 15ngineer 100-9-10/11
TITLE: 11 Pump Dredge (BlIalyy zezilesosnyy snaryad)
PERIODICAL: Mekban-izatsiya Stroitel'stva, 1957, no. 9,
p. 26 (USSR).
.,ABSTRACT: The dredge is illustrated in Fic.l. It was desiened by
novozhilov and comprises a 106 mm continuous screw which rotates
in the body of the dredf,~e. A hose is attached to the 50 mn,
diameter outlet. The screw is operated by a flexible shaft of
the same type as that used in the vibrator Vr-21. The inlet is
protected by a mesh with 12 mm. openings. A drillincr head is
attached to the front of the shaft; this helps to break up the
solid ground. The dredge weighs 40 kg (includin- the dynamo
and the 5rame). Investie;ations carried out during 1956 showed
that 1 m. of soil pulp was washed out in 2.2 minutes. This pulp
contained 1716 of solids when the discharge pipe was run uphill
1 M, i.e. 4 P of soil was washed out per hour. When the dis-
charge pipe had to negotiate a difference in level of 4 m, only
3 M3 of soil was washed out per hour. The No. 27 Building Trust
has used this dredge and obtained satisfactory results. The
dredge is used, in general for clearing flooded trenches.
There are 2 figures.
AVAILABLE: Library of Coneress
Card 1/1 1. Dredges-Design 2. Dredges-Applications
M;

YAZVIKOV, G.P., inzh.
Device for cuting banks while diggiz* trenches with rotar7
excavatore. Nov.tekh. I pered. op. v atroi. 19 no.12:27 D 157.
(MIRA, 11: 1)
(Excavating machinery)
A

SHORKO, V.I.; MVIKOV, V.V.
Remarks an the staining of nucleic acida in cell& by the methyl
green-pyrordne mothod. TSitologlla. 6 nc.3:383-38.1, 143-Je 164.
(MIRA 18:9)
1. nfedra gistologii Moskovokogo maditsinskogo instituta.

V KOV V . V No :I k-v a
S I i Ku Ft K 01fjlk~", v
D~~,Vi ~-a for straighte- 'rg sections, obt-alned by nears of a microtome,
Arkl;.pat. 27 no.71-87 965. (~ff RA 18: 8)
1. Kafedra gistologil (zav. - prof. T.A,Grlgorlyova) II Moskovskogo
meditsinskogo Institutt Imeni N.I.Ilirogova,

NEYMAN, M.B.; KOVARSKAYA, B.M. YAZVIXOVA, M.P,; SIDNEV, A.I.; AKUTIN, M.S.
Destruction of condesnation resins# Part 3; Thermooxidative dey-
struction of hardened epoxy resins. Vysokom.soed. 3 no-4:602-606
Ap. t61. (MIRA 14:4)
10 Nauchno-issledovateltakiy institut plasticheskikh mass.
(Epoxy resins)
."LAI

AUTIIO'E?3:
TITLEs
1"0908
811911621000101010011010
B101/B186
11eyman, M. B., Kovarsicaya, B. M., Levantovskaya,.I.'I., Dral-,
yuk, G. V. , _1C ~7* Sidorov, V.'A.-'Kochetkov, V. 11.
Trosst;),in, G. L'a., Tatevos'Yan, G. 0., Kuznetsova, I. B.
Stabilization of p6lyamide films for agriculture
PERIOD1CAL: Flasticbeakiye massy, no.. 10,1962, 6 - 8
TEAT: Protection of polyrimide films, type 54, as used in hothouses and
Bilos, from e!'Foctn of photo- and thern!oo'xidation.was tested by trying
v.,trionzi ad,11t1yes under various tout conditions, 1 The following were added
as ultraviolet lipht ab*sorborat 2-liydroxy-4-ruethoxy-benzophonone (VI f-4
.(OMBF) (I), 2-hydroxy-4-,Il~-,OxY-benzaphenone (a thixture.of benzophenoneft
~;itLi various all:oxy eroups of the. type OC H151 OC H or,OC H ) (It), and
7 8 171 9 19
triazole (Tinuvin) (III). As antioxidants, KI
2-hydroxY 5'-mothyl-benzo
n n dcopper naphthenatc and organic stabilizers of the following type were
"Ejed: -1) derivatives of aromatic nmines; P) phenol derivativeal 3) aromatic
oxamines; ij) 2,6-ditert-butYl-4-methyl-phonyl-pyrocatechin phosphite (IonO4
Card'1/2

6tabilization of ... B101/B186
Polyaj!jide film blankf; produced by condensation, namely hexamethylene adipi-
nate and ~ -caproLictam t
- 2600C in an N-atmosphere, were subjected to
thermo- ind photooxidative action. Light sources were carbon-arc'.--ind
mercuryrejuf,.rtz lampa, type flPK-2 (PRK-2). Temperature in the test chamber
"Wa.9 70 -1- 2r)C. Thermoo-Adation measured by the drop in oxygen -pressure .*.,as
eliminaTed mo3t efficiently by the pyrocate -chin eaters and phenyl-P-naph-
thyl-amine. It .,!as found that stabilizers of the OMBF and Tuvin types act
as antioxidants. Pb6toaxidation experimezTts showed the followinif results:
in most cases the elon,.aiion at rupture dropped even on initial exposure.
After 200 hru of exposure time, breaking tenacity of both stabilized and
nonstabilized filuis fell by approximately 20 - 25'/t. Ageing.time until
embrittlement ,vau determined. Without an inhibitor it begran after 190 hrs
of exporure to ~the light of an arc lamp. Optimum results were obtained
with pjroviitechi~ eaters (250 hrs), KI + copper naphthenate (260 hrs) and
.(6antovar) !I ((2,6-di-tort-butyl-by(iroquinbne)) (240 hra). Different ac-
tion of the light from the are lamps and the mercury lamps was explained
by spectrum differences. Further field taste are recommended. There are
'j firures iind 1 table.
Card 2/2

456~6
8/191/63/000/003/005/022
pioi/Bie6~
AUTHORSo Levantovakaya* I I., Yszvikbx&t_". 9 Dobrokhotovaj M. X.9
Kovarskayal B, M, Vtalibvetj X, V.
TITLEi '6 v
degradation and stabilization of some poly-4
V
"icleW
PERIODICALt Plasticheskiye massyt no, 3P 196~0 19 23
TEM -ThisAS a.study of the.kinetics of oxidation of Poly0aproamide
polyamide 68 11) (a polycondensate of the'SH- 8a Ot and copolymer 548 4114.
(polycondensate of hexamethylen6 diamine adipinateg. hexamethylene diamide
sebacinateo and,t-baprolactam). The*decrease"In oxygen pr8asure was.deter-';
mined at initial'.p. 200 *mm Hg and 130 0 or at 200 0 and changing*
0
PO The kine~ti'o-curves,of oxidation'were a-ehaped especially at low
2
temperatures or low p The induc.ti on pe riod was 10-20. min. A slower
0
drop-in pressure at 'it longer oxidation time is explained by liberation of
Card 1/~
XM

s/iqi/63/doo/oo3/oO5/022
Therm.ooxidativ6 degradation BIOI/B186
gaseous oxidation,,producto proved chromatographically in (I). At 1500 and
200 mm HgI'-O was noticeably adsorbed by I and III the stability of I
PO 2.
2
being larger than that,, of -11. III-was oxidized more efisily-than I and Il.
The effect of the following was teatedl 0.2% KII 0.2% copper
naphthenatel 0.1% KI + 6.1% :6pper naphthenatel 0.~% dip*henyl amino; N-ioo-
propyl-NI-phonyl-p-phenylene diamine'; N,Nt-di-sec-ootyl-p-phenylons diaminal.
N,Nl-di-sec-nonyl-p-phenylene diaminel N,NI-di,-At-naphthyl-p-phanylene
diaminel phenyl-g-nyphthyl amine (Neozone' D)j N-r-pheny .1-til-cyclohexyl-p-
phenylene diaminel.ot- and ~_naphthol; 2,6-di-t6rt-butyl-4-methyl, phenol
(ionol)i 2o2-mothylene-bis-'(4-methyl-6-.tert-~utyl)-phenoI (2246) nropyl*
gallatel phenol.styrene condensation productl mercaptobenzimidazolel tri-
nonyl trip4enylene phosphitel and polyphosphites as well ae.the photo-
stabilizers 2-hydroxy-4-methoxy-benzophenone 'and 2,21-hydIroxY-5'-iPethjy1-
phenyl benzo'.triazole. Resultas Aromatic amines were more effective than
phenolo.and naphthols. -N,N'-d~- naphthyl-p-phenylone diaminei was most
active for I and 11; Nc twever# for II*' The mixture containing
0.1%o KI and 0.1%. copper-naphthenatb had a strong protective effect in I and
II. There are'q figures.
Card 2/2

, :;: - , - - i S ~ -
EFF. -A FFT,
1o624-6
C MA
ACCESSION NR: AP3000688 S/0190/63/005/005/0649/0654
AUTHOR: KoyArrakaya B, M. Akutin. M S Sidney. A. 1.1 Yazvikovg. H, P.
Neyman, It. B. ......
TITLE: Investigation of the th.ermooxidative decompositio of a polygubonate
SOURCE: Vysokomolekulyarnyye soyedineniya, v. 5, no. 5, 1963, 649-654
TOPIC TAGS: Diflon, polycarbonate, thermooxidative degradation, thermooxidative
decomposition
ABSTRAM. The thermooxidative degradation of the Soviet polycarbonate "Diflont'
(mol. wk., 18,000) has been studied. Thermooxidation was carried out at 240 to
300C and 92 to approximately 700 mm Hg of oxygen with equipment dv~scribed pre-
hy: -the- AuthArs- k-_ - 3; Vikova. -A i-
'It-was.-~ f ound --that
the
___A9y_q---
I. -1n ia 1- 0 _.pressure.in the system, i.e.,,the,oxidation rate
c ange of (W
0
t
is directly proportional to the oxygen,pressure-'and--ine'reases with tempera ure
acco-rding to the liw a exp(-E/RT), where E = 36,500 kcal/mol. The.weight
WO
~Card. 10-P-

n
L 1o624-63
ACCESSION NR: AP3000688
loss of Diflon at 300C and constant initial oxygen pressure increases linearly
with time after a certain initial period; the higher the initial pressure, the
greater the loss. Analysis of the degradation products revealed CO CO, H
2P 2
(traces), H20 , GH20, and bis(hydroxyphenyl)propan~; hydroperoxides were not
detected. It was concluded that the degradation is an autoaccelerating chain
-eaction vith degenerate branchings which are evidently due to hydroperoxide
decomposition. The reaction is speeded up by du pxsence of impuri7ties introduced
in the start'Ing materials. Special preliminary purification of Diflon by raultiple
reprecipitation Improved oxidation stability by about 50%. An oxidation mechanism
is suggested whi,:h shows that oxidation not only gives rise to gaseous products
but also alters the structure of the polymer chains in which aldehyde and hydroxy
groups accumulate. This is confirmed by the fact that the thermal stability (tn
the absence of oxygen) of oxidized Diflon is far lower than that of the intitial
Diflon, owing probably to the decomposition of the aldehyde groups and to addi-
tional oxygen-containing groups which facilitate ester bond cleavage. orig. art.
has: 10 formulas and 8 figures.
to of 11astics-

ACCESSION NR: AP4018159 S/O:L91/64/000/003/0014/0017
AUTHOR~: revantovskayA' I.I.; Kovarskaya$ B.M.; Neyman, M.B.;
Rozantsev, EiG.; Yazvikova, M.P.
Inhibiting tbe'tbermal oxidative destruction of polyamides
with aromatic"amines and radical type stabilizers
massy*, no.3, 1964, 14-17
SOURCE: Plasticheakiy4
TOPIC TAGS: polyamide,".,".the:pmal oxidation, oxidation inhibitionj
antioxidant, phenyl beti-..na~hthylamine, piperidine nitric oxide.0
al type stabilizer, induction period
piperidone nitric oxide, rad.ic,
ABSTRACT: The inhibition of thertnal oxidation of polyamides with
phenyl-beta-naphtbylamine and *.,rith the free radical type stabilizers
J. .1.
-tetramethylpiperidone n'tric oxide and 2,2p6,6-tetramethyl-4-*
ethyl-4-hydroxypipQridine nitric oxide was investigate4. The radical,
Ition of thermal oxidaVion. Less
stabilizers display marked inbib-,
,than half of tbe original amount of aromatic amine is spent during
the induction period in inhibiting polyamide thermal oxidation; inhi-1
Card 1/2

- - -- - -----
~,'ACCESSION NR: AP4018159
bition of oxidation at the end of the induction period apparently
depends on the remaining unsipent antioxidant. Unlike the aromatic
amines, the free radical inbib-i.tors retard the oxidation of polyam-
ides until they are completely consumed. At the and of the induc-
't!oA -oeriod the rate of oxidation v;itb these radical inbibitors
f the uninhibited polymer. Orig.
approaches the rate of oxidation of
art. has: 8 figures and 2 formnlas,,.'
...;~.AS.$OdIATION; None
SUBMITTED: 00 DATE 27Mar64 ENCL; 00
SUB COM: CH NR REP SOV: 008 OTHER: 000
C~rd 2,/2

1QW-66 EWT(m)/EWP( 'd R
IBM.
ACC NRs Ap6002481 SOURCE CODEs UR/0193./66/000/001/0042/0044
-AUTHORS r--Hoymarri~-Mj- Bov Kovarz!mzai-R-#-M*-;-Lovantovs 0
-kaya
ORG: none
_-Z
TITIZ: Thermo-oxidative degradation of polytetrahydrofurane ___) - I
SOURCE:,-Plastiches,kiye massy, no.-I, 1966, 42-4+4,
JOPIC TAGS:.- polymor~, oxidative dogrnda.tionp oxidation.-oxidation kinetics
ABSTRACT: To extend the work on the properties of polytetrahydrofurane, published
by A. B, Blyumenfelld M. B. Heyman, and B. M. Kovarskaya, (DAS SSSR, 154p 631,
1964), the thermo-oxidpative degradation of:pol7tetrahydrofurane was studied in the
temperature interval of 90-120C. The experimental technique is that described by
~V. B. Miller, M. B. Neyman, and Yu. A. Shlyapnikov (Vysokomolok..-'8'oyod., 1, 1.703,
1959). The kinetics of oxygen absorption, the thermal dependence of the Induction
period, the autocatalytic, factor, the time for the maximum accumulation of hydro-
peroxides, and the dependence of the induction period on the concentration of a
numb-or of antioxidants.at 120C and 200 mm 02 pressure were determined. Tho experi-
mental results are prQsented graphically (see Fig* 1). It was found that the auto-
cat lytic factor
--a and the- induction -period Ir are given.by--
1/2 UDCt 547.722.31-54---126.011536.495:543.872

L 138i8_66
ACC NR:--Ap6OO248l.
Fig, 1, Dependence of the Induction period on
the concentration of antioxidant.

4 1 N-phonyl-Nlcyclohoxyl-n-phenylene-

14V -.diamino; 2 - 2.2-methylona-bis-
.0 5
15 (4-methyl4=tert-butyl)-phenol

:1
4 /00 (9ta 0
biliz A~); 3 - Pyrocatechine;

4 2,,6-di-tert-butyl-4-mo
thylphenol
(ionol); 5 - lonolp7rocatechine-
0
phosphite; 6 - triionolphonyl
phosphite (polygard). T 200C9
0,
W2 200 mm,-
concentration of- -
mo~;
(P 00
b~
where e, and Y2 are equal to 6000,and 7000 respectivelyp and a and b are
constant. Orig. art. has., 5 graphs and 8-equations.
SUB COM n/ SUBM DATE: none/ ORIG REF: 006/ OTH REPt 004

cArd 2A
-.- '. ~ -; I-I--11- I ~. - I.--
- ~ . -

YAZVIN ASIO
Increasing the percentage of high-grade alumina recovery.
Ogneupory 18 no.2:65-68.P 153* (KMA M-10)
I.Glavognsupere
(Alumina) (Gliq)

TAZVIN,-A-.I.
Order of amortization of stripping operation costs, Ogneuporr 21
no-7:313-317 1560' Wu 10: 1)
(Refractory materials) (Strip mining--Accounting)

BINDEMAN, Nikolay Nikolayevich. Prinimali uohaotiyes,=U".O..;.
BABUSHKIN, V.D.; SEKENOVA, S.M., nauchnyv red.; KOLOSHINAO
T.V., red. izd-va; SHMAKOVA, T.M., tekhn. red.
(Evaluation of underground water resources for their use] Oteen-
ka ekepluatatsionnykh-zepanoy podzemiVkh vod; metodicheskoe ru-
kovodstvo. Moskvat Gosgeoltekhizdat, 1963. 202 pe
(Water, Underground) (MIRA 16:7)

FROLOV, N.M.,--AVERIYEV, V.V.; DUKHIN, I.Ye.; LYUBIMUVA, Ye.A.; Prinimali
uchastiye.- GOLIDPM, V.M.; MAVRITSKIY., B.F.; SEDOVO N.V.;
iA-Z-KTN, L.S.; KUTASOV, I.M.; STARIKOVA, G.N.; KORTSENSHTEYNp V.N.,
red.
[Methodological instructions for studying thermal waters in
boreholes.) Metodicheskie ukazaniia po izueheniiu termalInykh
Vod v skvashinakh. Moskva, Nedra, 1964. 139 p. (Moskow. Vse-
soiuznyi nauchno-issledovateliskii institut gidrogeologii i
inzhenernoi geologii. Trudy, no.17). (MIM 19:1)
1. Vaesoyuznyy nauchno-issledovatellskiy institut gidrogeologii
~i inzhenernoy geologii, Moskva (for Frolov, Golldberg, Mavritskiy,
Sedov, Yazvin). 2. Institut'vulkanologii Sibirskogo otdeleniya
AN SSSR (for Averlyev). 3. Institut merzlotovedeniya AN SSSR
(for Dukhin). 4. Institut fiziki Zemli AN SSSR (for Lyubimova,
Kutasov, Starikova).
N-

1
N-11RA 1728)
KU-1,"tZ, -3 f~lr
q-Pl

FROLOV, N.M.; YAZVIN, L.S.
Problems of prospecting'~or thermal waters. Sov, geol. 8 n0-5:90-100
My 165. (MIRA l8s7)
1. Vaesoyuznyy nauchno-issledovatellakly institut gidrogeologii i
inzhonernoy geologiA.
MM T ~R-

fim
YAZVIN, M.A,
Some organizational problems in the therapeutic and prophylacfAc
work of the district physician. Sbor* trudo Kursk* goo, mede inot*
nool3t7l-75 158. (MIRA 1493)
1. Is klini]d propede*tjkivnutrennikh bolezney (zav. - prof. M.A.
Chorkauskiy) Kursko* goiudarstvennogo moditsinskogo inatitutAl'
tHOOSPITAIS-,-STAFF)
nuum

t it low
01,-q
P
AWF
C
a JL
in H-A

IL JL C.-.--.
r. M."r.-A If am.
as " 44col)
c Aun4"Md

A. M. ff~ K IL lv~
it 10 AO 16 MOD)
lk A. ""-@w.
48M)
a O."MI "M I qrml ~18 NUASOR JACILAAKIIII 14 MOCORAM
A. C OL X
to
1"m awbial"aa rwmw CealemdAL Mott" at Me 4*140tirlo reaboalagleal "Glatr at
2"M BWUAWUS aid 32"WlMX 060mleattimme AS, A, 8, Ps"y MOM)g pwom#
PA
R f~~

0 1-0-0
1 4 3 a P 0 10 it 11 11 It 1$ 4- it It - It - n -if 1) A -v-P
A. a
004 -A V4
000
A jMQ*jgsRk Phisilowme POSSOdds I& Me 1041#f
an Indes of a stillicitnt saWy of phoeowus vW valor
00 is alamenu. M. X, J'say.191kil (Mov" HIP1. Sts. for
Fruit Grow,-
gv (ft"jN. Fetid. ae4d. Ud. MRS.S. 40,
tj
VKI-6(11441).-The tint. d lest loorg. PA (t) 1713t at
a given muntout depends ots the rate of intake p . the
rate a( synthesis (A ors. it coultids., and on the supply of
other elements nectsitary for the syntheds. By the
a change In the arat. of I Orr thi- introdurthm of other
ji I- , ek-mmils It may be Judged whether the latter welt Unifflng
I ornot. To check this hypothms (him must be shown (1)
410 'It a11 a rmcittion between s"ilable P [it the soil and f In the
06 3 1, lesv" and (24 whether I becomo fess after deficient tie-
meritsareintrodumd. Infeavvit)(currantlinarm"In
00.) proportion to the tint. of P applied to the WU and was
greater when the fertilizer was pUced In holes 2U cm. deep
00 '3 than when spread on the surface. When N was deficient.
0* C, I dectrauO with increasing application of .14. The fall
necurred In the spring if complete fertilizer was applied
#,ut if P ajul K were added in the spring and N delayed till
summer, the fall in I did not occur till summer. Theadda.
nf K to K-deficient wits ha4 the same effect an I as dki N
when .4 was limiting, Several-days immersion in dit.
a%.C). nf v~vvrvvl tea-vs giawx under N defidency caused
a lower I than In those Immersed In water. Convtvwly
the Imminion of leaves grown under hich-N nutrition had
more I after immersion In nitrate than In water. Identical
t were obtained by tvulyerizing the plants with
9 U41111. I.T.Sullivan
=
a 0 0 * 0 0 0 0 6 4 a a w
8-000000000000000-0
U
AP
0
coo
Ewe
coo
re 0
400
t* 0
lie 0
U* 0
a s A. I L A J11TALLUvrKAL L17FRATURC CLAWFICATION 9 1'
$law Ovivilf. 90011tv
94N,011 440 iNv -M 11 a? it
t(OO
I It PW 0 of if I ir x 9 .0 a 3 1 ,-;W
U a AV to III; - b, to op it of a it, st it a et it ot KLa n i n OAQ
-o. 11Jv--
0 0 0 & 0 010 0 9 0 0 0 0 0 0 0 a * 0 0 * a 9 0 0 0 0 e 0 0 0 * 9 0 0 0 0 q 0 0 0 0 0
I
a -

-414-;.~ Z17
~---Y!Vz
Dissertation: "Basic Problems of Fertilizing Strawberries." All-Union
Sci Res Inst of Fertilizers, Agricultural Engineering and Soil Science
imeni K. K. Gedroyets, 25 Nov 47.
,SO: Vechernyaya Moskva., Nov, 1947 (Project #17836)
Z

YAZVITSKIY, M, N.
25762 YAZVITo"KIY_, M. 11. Mestnoye okul'Turivaniye podzolistPy Fochvypod
plodovyye rasteniya Sad i ogorod, 1948, No. 7. s. 10-16
SOt Letopis' Zhurnal Statey; No. 30, Moscow, 1948.
ELM
3-.

YAZVITsn-Y, - M. e~j
_J
Udobrenie sada (Fertilizing the garden)* ?4skva,, "Mosk. Rabochii""., 1953. 112 p.
SO: Monthly List of Russian Accessions, Vol. 7, No. 6, Sep. 1954
it

AZVITSKI,. M, N,
Fertilizing orchards. Moskva. Moskovskii rabochii, 1954. 111P.

YAZVITSKI.Y.. )-v;iqh;l KOBRIN. B.. rectaktor; YAKOVI2VA, Ye.,
tekhnicheskiy redikio'r
[Fertilizing orchards] Udobrenie sada. Izd. 2-oe, dap. [Xozkva]
Hookovskii rabochii, 1956. 190 p. (HLRA 10:3)
(Fertilizers and manures) (Pruit culture)

'4 /-1 T
Ff r, 7f,
KMjjjL-uy,-R ANT BORIBOGIEBSKIY-,
A.D.; GAR, K.A.; GARINA, K.P.; GORSHIN, P.P.; GUTIYEV, G.T.;
DBLITSINA, A.V.; DUBROVA, P.F.-, YBVTUSHMIKO, A.F.; YDGOROV, V.I.;
YMMEM,'L.L.; YEFINOV, V.A.; ZHILITSKIY, Ya.Z.; ZHUCHKOY, N.G.,
prof.; ZAYHTS, V,K.; ISKOLIDSKAYA, R.B.; KOISSNIKOV, V.A., prof.;
KOIXISHIKOVP Ye.V.; KOSTINA, X.F.; KRUGLOVA, V.A.; LEONT'YFVA, M.N.;
LESYUK, Ye.A.; MUKRIN, U.N.; NAZARYAN, Ye.A.; NEGRULI, A.M., prof.;
ODITSOV, V.A.; OSTAPENKO, V.I.; PETRUSEVICH, P.S.; PROSTOSERDOV,
N.H., prof.; RUKAVISHNIKOV, B.I.; RTABOV, I.N.; SABUROV, N.V.;
SABUROVA, T,N,; SAVZDARG, V.Z.; SEMIN, V.S.; SIMONOVA, M.N.;
SMOLYANINOVA, N.K.; SOBOIXVA, V.P.; TARASENKO, M.T.; FETISOV, G.G-,
CHIZHOV, S.T.; CHUGUNIN, Ya.V., prof.; LAZV ELY,
~TS
ROSSOSHCHANSKAYA, V.A., red.; BALLOD, A.I., tekhn.red.
[FruitgrloWerls dictionary and handbook] Slovar'-spravochnik
sadovoda. Moskva, Gos.izd-vo selikhoz.lit-ry. 1957. 639 v.
(MIRA 11:1)
(Fruit culture--Dictionaries)

VDZNYAKOVSKAYA, YU, Me; YAZVITSKIY. M.N.
Effect of varrous fertilizers on ouple yields and biological
processes in the rhiscaphere of apple trace. Agr~biologita no. 3:95-
98 MY-Je 158. "UIRA 11;7)
1. Moskovskoye otdelniyo instituts sallskokhosysystvannoy mikrobiologii
i Roakovskays plodovo-yag6clnaya opytasys stantaiya.
(Apple)
(Fertilizers -and manure)
(Rhizosphare microbiology)

1VANOV, P.P., kand.sel'skokhoz.nauk; YEHIKMV, Kh.K., doktor biolog.nauk;
YAZVITSKIT,_4-,9-, kand.sellskokhoz,nauk. saalushenrqy deyatel'
Lack of understanding in approaching probleme,of scientific work-,
letterto the editor. Agrobiologiia no.2016-317 Mr-Ap ;59.
OUR& 12;6
1. Direktor Moskovskoy plodovo-yagodnoy opytnoy stantsil (for
Ivanov), 2. Zaidestitel' dLlrektora o naucbnoy cbasti Koskovskoy
plodova-yagodnoy op7tnoy stantsil Uor Yonike7ev), 3. Zaveduyu-
sbehiy agrokhinicbeskoy laboratoriyey Moskovskoy plodovo-7agodnoy
opytnoy otanteii (for Tazvitskiy)o %
(Strawberries-Fertilizers and manures)
X

TAVITSCIT. Mikhail AjkQj"&yjichP kena.sel,skokhoz-nauko zaeluzhennyy
deyatell nauki RSFSR; KOBRIN, B.; TAKOVLEVA, Te., tekhn.red.
[Fartilizer application to orchards) Udobrenle sads. Izd.3.,
dop. Moskva, Mosk.rabochii, 1960. 214 p. (MIRA 14:1)
(Fruit--Fertilizers and manures)
wj~

NEFEDOV, V.B.; POPOV, V.P.; YAZVITSKII, Yu.S.
[Gamma radiation in inelastic interaction of fast
neutrons with atomic nuclei] Gamma-iiluchenie pri
neuprugom, vzaimadeistvii bygtrykh neitronov s atom-
rqmi iadrami. Mos.Wap Glav. upr. po ispollzovaniiu
atomnoi energii, 1960. 21 p. (MIRA 17:2)
A z

YAZVITC-KI-Y, Y. S., 710N.LILIST34,11, ID. T7LOWLI"!, G. A.,
PC.--TA:fT-l10, T. I., A. S., Z170J "!77) 7. P.,
KAZACHOTMY, G. D., KRATIO-TA',07, V., L7FTI-clRA, A. I., IALT-lq, ~1. A.,
NAZOOV, P. YT V'-S%-' . -T?A
._~OLVS-I, S. K., S'TA r ZKIY, Y. Y., -;L
FRWITY~, T. 1,1,. SHAP T7C, K L.
F
"A Puls- fast- reactor."
report submitted for the IAEA seminar on -the Phy!:icl- -f Fast and
Intermediate Reactorr., sienna, 3-11 Aug 1961.
Acad Aci. USM Moscow
L"M W-.
W~ g -g
7
-'I
U X #W:i 0 ~Ql, i

33003
S/64 61/000/000/030/033
B102XB138
AUTHORS: Nef edov, V. V,, Popov, V. I. Yazvitskiy, Yu. S.
TITLE: Gamma radiation in inelastic interaction of neutrons with
nuclei
SOURCE: Krupchitskiyy P. A., ed. Neytronnaya fizika; abornik statey.
,Moscow, 1961t 324-334
TEXT: Radiative transitions with energies above 3 Mov were studied in
nuclei excited with 14-Mev neutrons. An arrangement consisting of a
scintillation spectrometer, 14-Mev neutron source and the specimens was
used for the y-spectra measurements. The spectrometer was used to find
the gamma energy from the energy of the electron-positron. It consisted of
three (13Y-C (FEU-S) photomultipliers with CsI(Tl) crystals and an
electronic recording circuit. A tritium-zirconium target bombarded by
300-kev deuterons supplied the neutrons. The following elements were
investigated: C12(graphite), 016(water) and Be9, Mg24, Al, Pe and Cu (all
as metals). The gamma spectrometer was calibrated with 2.67-Mev RaTh
radiation and 4.43-Mev Po-Be radiation. The resolution was between 7 and
14 %, depending on the duration of the measurements, the efficiency was
Card 1/3
_6 M7
I A
:1P

33003
S/641/61/000/000/030/033
Gamma radiation in inelastic... B102/B138
-4
"10 per quantum at 4.43 Mev. The spectrometer crystals were shielded
against background radiation with a lead cone, the external background was
the spectrum without, from that with, the
eliminated by subtracting 4 specimen.
The cross section calculations were made with an accuracy of 20 _30 . The
following results were obtained: Li. No gamma radiation with energy higher
that 2 Mev was recorded. Be. Its spectrum was studied up to - 4 Mev. It
has two flat peaks at 2.5 and 3.6 Mev. C12. The spectrum has a high peak
at 4.4 blev which is due to a transition from the first excited state to the
ground state. A line at about 3.2 Mev was also found with d< 0.07 b
(transition from the 7.6-Mev level to the 4-45-Mev level). At higher Vr
energies peaks were detected at 6 and 7 Mev (0.023 and 0.013 b), which both
occur in C12(n,ni)C12* reactions. They are due to transitions from the
10.8- and 11-7-Mev levels to the 4.,45-Yiev level. 016. The spectrum is a
descending curve with peaks at 3.8, 5.01 6.1 and 7.1 Mev. The corresponding
cross sections were 0.06, 0.25, 0.10, 0.07 and 0.45 b. 24 This is probably
the first time.the 4.6-Mev line has been observed. Mg . The spectrum has
its sharpest peak at 4.1 Mev (0.28 b), minor peaks at 6.1 and 6.9 Mev
caused by Na24(n,p)Mg24 reactions and indistinct peaks at 4.8 and 5.3 Mev.
Al, Fe, Cu. The Al spectrum has peaks at 3.8, 4-9, 5.6, 6.3 and 6.9 Mev
Card 2/3

33003
s/64 61/000/000/030/033
Gamma radiation in,inelastic... B102XB138
(0.29, 0.16, 0.09, 0.04 and 0.03 b), the Fe spectrum has indistinct peaks
at 7.5, 6.1 and 5.0 Mev (0,29, 0.34 and 0.55 b) and Cu has peaks at 6.1,
5.0 and 4-0 Mev (0,14, 0.25 and 0.47 b). The mean energies carried off by
r-quanta when the excitation energies exceed 4 Mev are 7, 2-3, 3.3, 4.5
and 5.2 Mev for 016 , Mg 24, Al 27, Fe.and Cu. I. M. Fr ank is thanked for
interest, I. V. Shtranikh, A. Ye. Voronkov and V. N. Bochkarev for
assistance. There are 9 figures, 3 tables, and 10 non-Soviet references.
The four most recent references to English-language publications read as VIV
follows: Ajzenberg P., Lauritsen T. Rev. Mod hys., 27, no. 1, 77 (1955);
Battat M. E., Graves E. R. Phys. Rev., 21, 12~6p(1955); Rasmussen W. K.,
Miller D. W., Sampson M. B. Phys. Rev., 100, 181 (1955); Wakatsuki T.,
Hirao Y., Okada E., Miura J. J. Phys. Soc. Japan,' 12, 1776 (1957).
Card 3/3
--g
Mt
A

22673
0
S1069J611010100510 1/015
M/0
/.z 0 B102/B214
AUTHORS: Blokhin, G. Yo., Blokhinteev, D6" I., Blyumkinal Yu.
Bondarenko. I.. I. Deryagin, B. N-j Zaymoyakiy, A. 8.,j
-'~inO
v-Yev, V. P., Ka.a-hkovokiy, 0, D,t Kim Khan Bong
Krasnoyarov, N. V., Leypunakiy, A. I., Ualykh, V. A.
Nazarov,'P. M., Nikolayev, B. K., Stavieekiy, V. Ya.,
Ukraintsev, F. I., Frank, 1. U., Shapiro, F. L.,
Yazvitakiy, Yu. S.
ad fast ~'eactor
TITLE: A Pula
PERIODICAL, Atomnaya energlya, v. 10, no, 5, 1961, 437-446
TEXT: The present paper gives a description of the pulsed fast reactor of
the Ob"yedinenny-f Inatitut yadernykh isaledovanly (Joint Institute of
Nuclear Research) which became critical in June, 1960. This reactor,
called H6P (IBR).reactor, serves as pulsed fast neutron source (mean
power Z I kv) for physical investigations, particularly for time-of-flight
experiments. Its most distinguishing feature Is the very small contrivu-
tion (lilo-4) of the delayed neutrons in its normal operationj it Is about
Card I/T

22873
S/089J61/010/005/001/015
Apulsed fast reactor B102/B214
one hundredth of that of the usual steady uranium reactor. The pulses
appear because whenever the reactor becomes overcritical a burst of prompt
neutrons results. The half width of these pulses is 36 psoc. The
frequency with which the pulses are repeated can be varied between 8 and
80 pulson/aeo. Fig. 2 shown the construction of thin reactor. The
periodic.ahange in the reactivity in brought about by the displacement of
235
the-two U blocks placed in iwo dicks that can be rotated. The main
block is pressed in the form of a diakq 1100 mm in diameter, and can be
rotated with a peripheral velocity of 276 =/aeo (at 6000 rpm) during which
it passes through the core center. The reactivity change obtainable from
%he votion of the main block in T-4 ~, that obtainable from the motion of
the auViliary block ic 0.4 %. The atationary part of the core consists of
plutonium lumps in steel jackets. The reactor is started, by a rough
regulator, in this case a movable part of the reflector. It gives a
0-5 aso-1.
reactivity.change at the rate of 13.10-5 -1-3-'l The annually
-operated rod is also a part of the reflector. Two plutonium rods in
electromagnetic suspension serve as scram. They can be separated from the
-core with an aooelaration of 20 g. Their separation causes a reactivity
Card 2/7~
----------

22873
S/Orj9/61/0101005/001/015
'A pulsed fast reactor B102/B214
decrease of 2-1.1 %; the rough regulator.allouB a reactivity change of
2-4 %, the.manual regulator 0.1 %, and the automatic regulator 0.036 %.
The reactor possesses also a reactivity booster for the production of one
intensive pulse. The control and shield system is an automatically
functioning electronic arrangement with BF counters and ioniiation
3
ohambera. The whole reactor is placed In a room of size 10-10-7 m whose
conorete walla allow complete protection from radiation. The most
important experimental arrangement consists of a 1000 m long neutron
conductor, a metal tube, 400 mm in diameter in the first part and 600 mm
In the second part In which a pressure of 0.1 mm Ng is maintained. This
conductor conneoto a chain of oooalled "intermediate pavilion at
distances of 70, 250, 500, 750, and 1000 m from the reactor) in which
experiments can be carried cut.. There is also an additional neutron
conductor of 100 m length. The reactor chamber is joined to an experi-
mental chamber in which four neutron beams of up to 600 mm diameter are
available. There us ouch an experimental chamber also above the reactor
chamber. Various experiments were carried out with the reactor and they
are described in the present paper. These are.experimento with stand
Card 3^
2

2
'
,
1
0/005/001/015
S/089/61PO
A pulsed fast reactor B102/B214
assemblies and slowly moving main block for the determination cf the moot
important parameters of the-reactorl experiments with a core assembly
(unmoved), experiments with rotating (5000 rPM) main block and a Ra-a-Be
source In the core for the Investigation of the effect of the multiplioa-
tion factor, etc. The most important result* are represented graphically
For example, Fig. 8 shows the dependence of the half width 0 of a pulse o~
the reactivity; the dashed line holds for the quesistationary caney the
dot-dash line for the*oa9e of 9 - K(,,/.)1/3,-2/3' here v is the velocity
of motion of the (rotating) main blocki in the quanintationary case
/av where E is the reactivity at the maximal multiplication
9 . 21,-
.
2 m
factor; E, - f,~-Ctx here x is the displacement of the main block. The
reactor has been actually used for the measurement of the total, scattering
capture, and fission cross sections by the time-of-flight method. Further
experiments will be carried out with a view to obtaining Increase of power
and decrease of the pulse duration. There.are 15 figures and 3 references:
2 Soviet-bloc and I non-Soviet-bloo. The reference to the English-language
publication reads as folloia t J. Orndorf, Nuol. Sci. and Engng,2,11O.4,450(rj%.
Card 4^

VJZJ~ I..; GROMOV, K.; DZHELEPOVI B.; YAZVITSKIY,, Yuo..-
Daeay mode of Eul/+7. Izv. AN SSSR. Ser. fiz. 25 no.9:noi-
no4 161, (MIRA 34:8)
1. ob"yedinemnyy-institut yader6ykh isn'ledovaniy i Radiyovyy
institut im. V.G. KUopina AN SSSR.
(Europiwr,.-Docay)
IL
i~~ r"g FtRR IV 5,~ i iqt
t A 1
u M.
1~ 11 J!"

7
S/04BJ62/026/001/011/018
3125/BlO2
AUTHORS: Wang Fu-chun, Vizi I.v Gromov, K.0 Zhelev,
Zh., Kudryavtoeva, A@, and Y4zvitakiyt Yu.
149 decay scheme
TITLE: Eu -
PERIODICAL,. Akadomiya nauk MR. Izvestiya. Seriya fizicheekayal v. 26,
no. 1, 1962, 114 - 119
TEXT: The authors continued to study the spectrum of Eu149 conversion
electrons (T 1/2 ' 90 daya) by means of a P-opcotrometer with triple
focusing of the beam (B. S. Dzhelepov et al., Preprint Mal, P-507.
Dubna, 1960). The europium preparation was separated from a target
irradiated by 660-Kov protons on the cynchrooyclotron of the OIYal. Tnree
monthe after the irradiation the lines Eu147 (T 25 days), Eu148 V/
149( 90 day.), Gd'46- 14~1'(120 days), 155
58 days) Eu (45 days), G and Gd
MO dayei were observed. The specimens contained a small amount of
gadolinium impurities. Besides an intense X-ray line the EU149 spectrum
Card 1

149 S1048162IM100110illole
Eu decay scheme 11125/B102
shows the groups with 256 279, 330 552, and 500 - 530 kev with a
half life of (90 � 20) days. The strong conversion line with -20 kev has
a half life of~100 days. It is cainly due to BU149 and to a leaaer'
degree to gadolinium impurities. A measurement made with a single
counter after purifying the suropium preparation from gadolinium showed
that the relative intenDity of the above lines with 20.2 kev, and th
relative intensities of the additional 14.3-kev and X279 lines of Eu749
were the same as before the purification. This proven that the 14.3-
and 20.2-kev lines (L- and M-lines of the 22-kev transition) belong to EuI49.
The parameters of the Eu149 ..nversioa electr'ons are given In the Table.
Fig. 2'showe the Eu149 decay scheme suggested by the presence of three
22-kev transitions and that of a y-transition with 22 kov. It iao
verified by studying the I-spectrum and some spectra of the y-coincidences
on EU149 decay by means of a scintillation I-spectromoter. This
instrument is based on the fast-olow recording of the coincidences with
summation. The coincidence circuit BAC-1 (DDS-1) operates at close
Card.2/4
L

12
,1621026100110111018
S1048
'EU149 decay scheme B125/B102
quantum onergieo In the cascade to be studied when Cho time resolution
-7
is 2-10 sec and.%ith a considerable difference of.the quantum energies
when the time resolution is 6-io-7 sea. The 180- and 350-kev I-rayo
-7
observed with a time resolution of 2-10 sea in the ly-coincidences
spectrum and the lacking of coincidence$ of 256- and 279-kov.y-rays
confirm the decay scheme shown in Fig. 2. No cascade was found to start
from 552 kev. In some experiments with reduced time resolution of
6-lo-7 sec the 509 530, 330 - 352, 250 - 279 and 178-kev y-rayo coincide
with-X-rayn. Besides, a coincidence of 22-kev y-raya with X-rays was
observed. Owing to the observed coincidences with the X-rays the lifetime
of the excited Sm149 levels 4 10-6 sec* There
shown in Figb 2 'is less than
are 8 figuree, I table, and 5 Soviet referencess V/
Fig. 2. Lu 149 d'ecay schem a.
Table. "Data on Eu149 conversion lines.;
Legend: (1) Conversion line observed; (2) relative intensity of conversion
U ins; results obtained by the authors.
iar 3A
q,
1 e i:,
n

i ::ACCESSION NR: AP4012259 $/0089/64/0161001/0012/0016
.,AUTHOR: Lu, Min; Shabalin, Ye. P#';'
_)LaAyjt qkiy.,, Xxk.S
!-'TITLE: Experimental Inveatigation of fluctuations in the pulse reactor
SOURCE: Atomnaya energlya, v. 16,~ no. 1, 1964, 12-16
4,
TOPIC TAGS: pulse reactor, pulse fluctuation, nuclear fission, reactor power
reactor intensity dispersion, prompt neutron, delayed neutron
i,: ABSTRACT: Heasmvrjj!nts of intensity fluetuaticas in f1whes of the 3BR
PUISO roactor of the laborstoriya nrWtrcnnqy fiziki Ob lye&inemoso inatituta,
yaderny*kh issledovanly (Labordtry for Neutron Physics of the Joint
Institute for Nuclear Research) are described. The purpose of the measure-
ments was to obtain data on the average reactor power by means of the relation-
2 A 2 ity",
ship a where cr is the relative dispersion of the pulse intens
2W14T
4 2 is the dispersion of the multiplication coefficient for a single fission event,
W1 - average power (number of fission events per sec),/- the effective fraction
tCctd 1/2

ACCESSION NR: AP4012259
Ompt neutrons in the rea
of delayed mutrCas, ezA t- average life of the pr ctor.-,&2.,
(which for uranium and plutonium is estimated tobe 0.81,4, and t have been pre-
iously determined by other authors. The above relationship reduced to d, 2
v
0. 30 (W - average power in *Qtts). The fluctuatioha were measured with a
- L;Laticn counter and an FEU-12a rhotmultip4er. The measurements were
se
conducted at six power levels between 30 and 1200 w. The results agree, within!
experimental errors, with data obtained from heat evolution in the active zone.
"The authors appreciate the useful discussions with F. L. Shapiro and the help
with measurements by V. D. Anon 1yev, V. D. Denisov,' B. N. Deryagin, S. A.
Kirasnikov V. T. Rudenko, and L. Ye. Rudenko. Orig. art. has: 4 figures
ASSOCIATION: Laboratorli neytronnoy fiziki Oblyedinennogo instituta yaderny*kh
lssledovaniy (Laboratory for Neutron Physics ofthi Consolidated Institute for
Nuclear Research)
SUBMITTE 2IMarU~ DATE ACQ: 14Feb64, ENCL#. 00
Sun CODE: NS NO REF SOV: 004 OTHER:. 003
Co,d 2/2

L 2771-66 EVIP(e)/E PA(i)_2/E1AT (m)/EWP (i)/EVF (n)_2/_T/EY1P(t)/tWP (b) IJ P(c)
AMMON URI: AP5021333 JD/-'0/JG/R14 UR/0120/65/000/004/0070/0072
539.1.074.8
AUTHOR: PopovPIA.-B.; Yazvitskiy, Yu. S.
--TITLE: Liquid scintillator neutron detector'with cooled.photomultipftors
SOURCE: Pribory i tekhnika eksperimenta, A, 41 1965, 70-72
TO-PIC TAGS:, scintillator, scintillation detector, scintillation counter,
eutron detector, photomultiplier
'ABSTRACT: OJI4 of the basic difficulties encountered-during the development of
~nl,4ontaining scintillation neutron detectors is dui to the fact that
liquid kor
the photomultiplier pulses corresponding to neutron registration are within the
-range of the photomultiplier noise,z on the other hand# the smallness of the
neutron momentum excludes the use of'multichannel coincidence circuits. The
present authors designed a highly -efficient liquid boron-containing neutron
scintillation detector with a 500 =2 area containing eight FEU-13 photomulti-
Fliers operating at -15 to J-20C* The liquid scintillator (50% toluoli 50% methyl
borate, 4 g/liter FPO, 0.5 g/liter POPOP) is.enclosed within.a iTe-t-aTlic disc 25
cm in diamter*and 3 cm high, The block diagram of the detictor-is given and its
CoM 1/2

VAN NAY-YANI [Wang Nai-yenl; VIZI, I.; YEFINOV, V.N.; KARZHAVINAP E.N.;
AIM KHI SAN; POPOV, A.B.;-PIKELINER, L.B.; PSHITUIA, M.I.;
STADNIKOV, T.; CHEN LIN-YANI; CHARAPOV, E.I.; SHELONTSEV, I.I.;
SHIRIKOVA, N.Yu.s YAZVITSKIY, Yu.S.,
03
Neutron resonances in Rhl . Zhur. ekse~ i teor. fiz. 45
no.6:1743-1753 D 163. (MIRA 17:2)
1. Obl'yedinennyy institut yadernykh isaledovaniyt

VAN NAY-YANI [Wang Nai-yen); ILIYESKU, N.; KARZHAVINA, E.N.; KIM KHI SAM;
POPOV? A.B.; PIKELYNER, L.B.; STADNIKOV, T.; SHARAPOV, E.I.;
YAZVITSKIY, YU.S,
Neutron resonances In preseodymium and therbium. Zhur. eksp.
I teor. fiz. 47 no.1:43-51 Jl 164. (HIRA 17:9)
1. Obl'yedinennyy institut yadernykh issledovaniy.
-i". -K~

YAZOVSKIKH, I.M., inzh.; BOYCHENKO, A.S., inzh.; LESH, V.A., inzh.
Effect of carbon and poring temperature an the formation of
hot cracks in the casts made from an X28 malt. Khim. mashinostr.
no. 6t29-30 N-D 162. (KRA 170)

TTISHCHEnro, r.a. [=vbcbsnl--j, r.n.1; Yarcimm, vm. fuzychanim, vm.)
TMOMUOn Of 3-WtWl-3,A-6P=7-Z-butmOnG and
3-mtlwl-3m4-opw7-Q-lpGnftww with adme. voctal
P11 MSJI*,%,reMhlum=vm, no*2t634k 965. (MM 28t22)
K4...
fk~

YAZYCHKOV, M. F.
YAZYCHKOV., M. F. ---"Developing a Rational Machine for Drying Cotton Yarn on
Bobbins*" Min &her Education USSR. Moscow 1956. (Dissertation for
the Degree of Candidate in Technical Sciencesle
So.: Knizhnaya LitoPist, No. 71 1956.

yAZyoRKOV, M.Fe, Icande tekhn. nauk, ctarshiy nauchnyy
Principles of designing SXB4 dryero~ Teket. Prom. 19 no-32:52-55
N 159. 13:2)
l.Veasoywnyy nauchno-iseledovatellskiy institut tekstillnogo i
legkogo mashinostro7oniya.
(Drying apparatus)

IAZYCHKOV M.F,; DOLGOV, V.V.
Review of NG.Morozovlo articlo "Ways for tho intensification of
linen yarn-drying on pross-wound bobbins," Izvevyaouchebezavs;
Uk-h.tekst.prcm..,no.3:l58 163. (MIRA 16:9)
1. Vaesoyuzrkyy naucbru>-issIedovatelIskiy inatitvt legkogo i teks-
tillnogo mashinostroyoni a
(Yarn Drying -Ninding machines)
(Morozov, flon.)
a

91
. v ~Lr - I - -
yAZyCHKO starz;',Ay nau~~hn,,rj soLrudnik, id.
Yarn dryL-d on by of hot, tdr widor Te?,--t.
prom. 24, no.3.78-22 Hr 764. . (mal.-.A
1. VsonoyuzW nauclino-i.tislariovate:LI:3'tiy inatitut wk~itlllnogo i
legkogo maBb-inostroyeniya.

--Vii
YAZYCIIKOV, M.F., starshiy nauchnyy aotrudnik; VOLGOV, VOVO
Response to M,A,Fedoreev's rtiele "Sov, data on 'the intermittent
method of yarn wringing on cross-wound bobling. Tekst.pron. 25
no.1:87-88 A 165. WIRA 18:4)
1. Vsesoyuznyy nauchno-issledovatel'skly inatitut legkogo i
tekstillnogo mashinostrayeniya (for Yazychkov). 2. Nachallnik
otdela.teplotekhnicheekogo oborudovaniya Voesoyuznogo nauchno-
issledovatellskogo instituta legkogo i tekstillnogo mashinostroyeniya
(for Dolgov).

SUIUTOVI, Wo YAZYKOVA T fo
Pro3mged aterilo cultivation of twato roots In tho pramnoo
of tobacco mowde vJx%w* TnW Inet.gons no*35iffi-93 165.
QURA 18122)
-,i4

YLASTAN, To.3.1 YAZYCHTAN,
f -*-,--^--,-
Tiktor Amasaspovich Ambartmudan. Irevan, 1934. 7Z p.
(VMA
1. Akademiya nauk Armyanakoy SSR, Terevan,
(Bibliography--Ambarteumian, Ylktor Amazaspovich. 1908-
MA m
32

KI14p Yu.Kh.; LUKIYANOV, I.A.- YAZYDZIIAN -,-sedovodj SULIMENWA, Ye.M.,
starshiy tekhnik; ZHILtTSDV-,MI.I. starshiy master; KUZNFTSOVA, P.G.,
inzb.-tekhnolog; ANISK(YV,, A.T... pirometrist; BELYAKOV.. I.P., kalill-
shchik; HAUMCIV9 M.D.,'kalillshchik
Lot us create winter gardens in indVstrial plants with high temperatures.
Zdorovie 6 no.10:32 0 160.' (MIn 13:9)
1. Moskovskiy zavod shlitovallnykh st~*ov. 2. Glavnyy metallurg
14oskovskogo zavoda shlifovallnykh stankov (for Kim), 3. Zaveduyashchiy
z&avPufik*=T4oskovskogo zavoda shlifovallnykh stankav (for Luklyanov).
(GPM,NHOUSES)

MUKHAMEDZIMOV, M.V.; SNFZIfKO, A.D.; YAZYKOV, A.P.
Pocalbilltiva for the detig-rmInatlon of moleculir oxygin 'In pl;mt
tissues by the polarographic method. Uzb. Mol. zhur. 11 no,.32
7-10 164. (141PA 1-IgI2)
1. Inatitut genetW i fiziologli,rastenly AN Usbekskoy 33ft i
Institut bioflzlkj AN SSSR.
~Vv