SCIENTIFIC ABSTRACT SHALNOV, M.I. - SHALPYKOV, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548420007-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SAVICH, A.V.; SHAL'M~,I-I.I.
Decomposition of polynucleotides and their precursors caused by
gamnia radiation.. _Rwdiobialogiia I no.1:23-29 161. (MUU 14:7)
(GAI-94A PAYS- --PHYSIOLOGICAL E2FECT) (NUCLEOTIDES)

SAVICH, AN.; SIIALINOV, M.I. (Illoscow)
Action of sodium persulfate on pyrimidine bases. Zhur.fiz.khim.
35 no.11:25C9-2513 11 161. OVIPA 1/,-12)
(Sodiizm pqroyydisulfate)
(Pyrimidine)

S/205/62/002/005/002/017
D268/D308
T "Ir C, H Shallnov, ji',T
TITLE: Radiolysis of orotic acid
P i C, D ! CRadiobioio;~iya, v. 2, no. 5, 1962, 654 - 661
To obtain irflo-rmiation on the changes induced in the pyrimi-
dine nucleotides by irradiation, the kinetics of the radiochemical
reactions of orotic acid (OA), the common antecedent of DNA and MIA
pyrimmidines, were studied. Irradiation was in the atmosphere with
6o
Co -ria rays at 330 rad/min, the doses,being 500 - 50,000 rad in
somie cases. Acueous OA solutions %vere used., with an initial concen-
tr_-tion o" jo-:5 - 1o-3 'K and p1l 7 and 5.5. In neutral solutions at
these concenturations, OA decomposition products increased from*1.5
to 3 mol/e v, .1sing with -DH 5.5 at 10-5 - 1o-4 M and at 10-4 - 10-3
I., to 7 mol/ev. The presence in -he 3ol of equinolar Na2S2O, imDuri-
ties had a sensitizinr- effect on radiolysis iving a multiple in-
c,oase to the decompositon product at 3 x 10-5 T', -he e`f'ec- ine-ea-
la U m. - t'
sin- as the impurity increased. Study of OA dark reactions with so-
., 0
xlard 1/2

S/205/62/002/005/002/01-t
HadJOlYsis Of' orotic acid D268/D308
diul- lje-c3ulfatle s=-estaci, tilatu sensitized radiolysis may be a chain
mechanism. There are 5 figures.
SUBLITTED: !,:arc, 2, 190-2
Card 2/2

'jHALINOV) I'l.i.
Correiation beWeen the data o~. che-nistry olp Poly-
nucleoti.des and their precursors and some radiobiological
(~ --- " I , :.U
effects. Trud~ M1,91P. Otd. biol. 7:./+7-,9 163. , L, -ft I U

AFIRAGOVA, V.I.; DUZHENKOVA, N.A.; SAVICH, A.V.; SHALIITOV, 1,1.j.;
PODOSfIVINA, V.A., red.
[Primary radiobiological processes] Pervichr-ye radio-
biologicheskie protsessy. [by] I.I.I.Amiragova i dr.
1-!oskva, Atomizdat, 10,64. 286 p. (MURA 17:12)

L 22782-66 EV~T C1 _JK_
TH-C NR, AP6007764 SOURCE CODE: UR/0205/66/006/001/0101/0104
AUTHOR: Petrova, N. D.; Shallnov, M. 1. q3
ORG: none '~g
Oto
TITLE: Investigation of the radiation protection effect of DNA~i&A, RNA hydrolysate
and orotic acid on leukopoiesis in rabbits and rats
SOURCE: Radiobiologiya, v. 6, no. 1, 1966, 101-104
TOPIC TAGS: radiation protection, leukopenia, leukopoiesis, DNA, RNA, radiation sick-
ness, radiation damage
ABSTRACT. The effect of DNA, RNA, RNA hydrolysate and orotic acid--administered be-
fore and after irradiation--on leukopoiesis during radiation sickness in rabbits and
rats is discussed. The control and experimental rabbits were given a single dose of
550 rad; the rats were exposed to three doses: 100, 200, and 400 rad. Blood was ex-
tracted for analysis 1, 3, 7, 12, and 20 days following irradiation. The number of
leukocytes in 5 ml of peripheral blood in irradiated experimental and control animals
was tallied and compared. Changes in the number of leukocytes in the peripheral blood-
of the rabbits and rats are graphed. It is concluded that nucleinic preparations are
of greater therapeutic than prophylactic benefit; while they do almost nothing to halt
leukopenia, they have a beneficial effect on the restoration of leukopoiesis. It is
Card 1/2 UDC: 577.391 : 628.58

L "IHZ-bb
ACC NR: AP6007764
recommended that nucleinic preparations be tested for their therapeutic effect on
irradiated organisms injected with radiation protection agents which form complexes
with DNA. The authors thank Professor I. I. Ivanov at whose initiative the present
work was carried out. Orig. art. has: 2 figures.- 114]
SUB CODE: 06/ SUBM DATE: 29Jun64/ ORIG REF: 005/ OTH REF: 005
ATD PRESSs 41,gej

ACC NRt AM5008927 BOON EXPLOITATIM
I.1 Duzhenkova, N. A.j Savich, A. V.; Shaltnov, M. I.
Primary radiobiologk4*;~_prqp~sses '(Parrichnyye radiobiologicheakiye protsessy)
11oscoWJ' Atomizdats 1964& 286-p. Illus.,, biblio. 2700 copies printed, Editort
V. A. Fodoshyina; Technical editor: Ya. 1. Mazell; Proofreadart M, 1. E11=s
TCPJB TAGS.- amino acid, ionizing radiation biologic affect, nuclaic acid, porpbyrin
compound,, radiation, biochemical effect, radiation call effect.. radiation tissue effects
FURPGS9 AND COVERAGE: This monograph was intended for specialists in the fields of
r2dioloar and radiation chamiatry~' as well Ps for chemists and physicists Interested
in the effect of ionizing radiation on living organisms* In thia monograph, the
transformation of the energy of ionizing radiation in biologic media and the effect of
radiation on three classes of biologically, important compoundst (1) nucleic and law-
molecular material entering into their composition; (2) porphyrins and other materials
playing an important role In tisoue respiration; " (3) amino acids and albumins are
analyzed; also analyzed is the role of these processes in the injurious effect of rad:6
ation. The authors express their gratitude to N. V. Tiaofeyev-Resovskly for his in-
valuable advice.

SHALINOV, N.A., gornry inzh.; SAVENKO, Yu.F., kand. tekhn. nauk
Rapid mining in mines of the Pervomayskiyugoll Trust. Ugoll
39 no.5:27-28 My 164. (,'-II-RA 17: 8)
1. Trest Pervomayskugoll (for Shal'110-1). 2. Kormnunarskiy
gornoinoLallurgicheskiy institut (for Suvenko).

SHAIII'OV, N.G.
.-; "'
Lock sprirg-, on the shuttle winding mechnnism. Obm.teI:h.O-Py-t.
[MLPI no-15:24-25 156. (MIRA 11:11)
(Looms)

USc-R/ Miscellaneous -Industrial processes
r3ard 1/1 Pub. 103 - 3/24
Authors : Shal Inov, V. A.
Title : Certain problems of high-speed grinding
Periodical : Stan. i instr. 11, 6 -9, Nov 1954
Abstract : The technical and safety problems involved in high-speed grinding are dis-
cussed. Measures for the obtainment of high accuracy of ground surfaces
and for the elimination of safety hazards during the operation of high-spee(i
grinding machines, are- suggested. Graphs; drawings; illustration.
Institution :
Submitted :

SHALIIIOV, Valeriy Alekseyevich, kandidat tekhnicheskikh nauk; CHESTNOV, A.L.,
kandidat teldinicheskikh nauk, retsenzent; KUUTYGIN, A.M., dotsent,
kandidat tekhnicheskikh nauk. retsenzent; BXfZBLIHAN, R.D., inzhener,
redaktor; PETROVA, I.A.. izdateltaki7 redaktor; ZUDAKIN, I.M.,
tekhnichoakiy redaktor
[Fast grinding of alloyed structural steel] Skorostnoe shlifovanie
legirovannykh konstruktsionnykh stalei. Moskva, Goa. izd-vo obor.
promyBhl.. 1956. 126 p. (MIRA 9:12)
(Steel, Structural) (Grinding and polishing)

Subject USSR/Engineering
Card 1/1 Pub. 103 - 8/20
Author Shallnov, V. A.
Title Grinding and Polishing of Ceramic Alloys
Periodical Stan. i Instr., 1, 26-28, Ja 1956
AID P - 4207
Abstract The author describes some results of his studies of
abrasive disks and belts used for grinding and polishing
of ceramic alloys. Since ceramic alloys are not uniform,
and differ in form, texture and color, the abrasives of
diamond-dust, green and black carborundum, electro-
corundum and other materials, are selected for use on
disks or belts to obtain optimum results. Two drawings,
4 graphs, 3 diagrams, 1 table and 1 picture.
Institution : None
Submitted : No date

25(l) PHASE I BOOK EXPLOITATION SOV/11152
Shallnov, Valeriy Alekseyevich
Shlifovanlye i polirovaniye lopaiok gazoturbinnykh dvigateley
(Grinding and Polishing Blades of Gas Turbine Ehgines) Moscow,
Oborongiz, 1958. 349 P. 3,000 copies printed.-
Reviewer: V. S. Korsakov, Doctor of Technical Sciences, Professor;
Ed.: V. Z. Freydberg, Candidate of Technical Sciences; Ed. of
Publishing House: I. A. Petrova; Tech. Ed.: V. P. Rozhin;
Managing Ed.: A. I. Sokolov, Engineer.
PURPOSE: This book is for engineering-technical workers of machine-
building plants, and for scientific research institutes.
COVERAGE: The book describes present-day machine tools for machining
blades and roots of buckets for aviation turbine jet engines and
includes a description of belt grinding machines. Descriptions
Card 1/10

Grinding and Polishing Blades (Cont.) SOV/1452
are given of the most successful designs for universal
grinding machines adapted to the manufacture of buckets.
Methods of grinding and finishing various types of bucket
roots are described. The introduction of highly productive
methods of grinding, polishing, and inspection are discussed.
Methods of grinding and polishing without danger of burns and
cracks are described. Soviet and non-Soviet investigations
and experimental work in the field of bucket manufacture by
means of abrasive instruments are generalized. It is stated
that the volume of grinding and polishing buckets by flexible
disks and abrasive belts is increasing. The author thanks
Professor, Doctor of Technical Sciences V. S. Korsakov for
reviewing the book and Candidate of Technical Sciences
V. Z. Freyberg for help in editing it. The bibliography consists
of 44 references, 18 of which are Soviet,'22 Erglish, and one C~:e'_ch.
Card 2/10

SHALINOV, V.A.,
.
Surface smoothness of alloyed steels subjected to high-speed cy-
lindrical external grinding. Trudy Sem. po kach. poverkh. no.3.-
217-222 157. (MLRA 10:11)
(Steel alloys) (Surfaces (Technology))
(Grinding and polishing)

T;~ C~ 1- 4 ksey-vJ ch
f~rincllnj,, an.A.! of :21ades -1,1 Gas Turbine Ervines. Wrii~ht-Patterson Air
F~)rre Technical Infornation Center) 196-0.
110 p. illus., Diar-rn., graphs, tables ( I I - T
from tlic- oligirn! Rfus.,;ian: Shlifovani'p- T Polixwraniye Lopa-tov.
'I'vkh Voscow, 1053.
-cludes 13iblioEraphies.

S)495/6Z/000/000/005/007
AUTHOR: Shall nov, V. A. 4:1
Methods for the grinding and polish panels.
TITLE. ing of larg
SOURCE: 'Vysokoproizvoditellnoye shlifovaniye. Ed. by Ye. N. Maslov. Kom, po
tekh. mashinostr. In-t mashinoved. AN SSSR. Moscow, Izd-vo
AN SSSR, 1962, 162-168.
TEXT: The paper describes an experimental investigation of equipment suitable
for the grinding and polishing of large panels, such as hose employed in aircraft
construction. The methods investigated comprise a polishing method in which the
part is subjected to the action of a pulsating emulsion, the hydroabrasive mef
,~od,
the method of the backed-up tape heads, a method employing a broad abrasivi tape,
and methods employing small mechanized devices. Polishing of a pulsating Oart is
done in an especial bath, in which the panel specimens are capable of pulsatfng
motion. The panel is immersed in one of several abrasive fluid mixtures, *~th
grain sizes from I to 18 mm. The abrasive materials were minerals of various
natural and artificial origin, and also metallic grains, including quarry ~,tonev~
granite, Tuchkovo sand, Ti slag, grinding-disk crums, etc., also cast-iron frag-
ments and cast-iron gravel. A shaking rate of appx. 200 full stroke-cycles/min and
Card 1/3

Methods for the grinding and polishing of .... S/795/62/000/000100�/607
an amplitude of app~c. 85 mm were maintained for about 35 min. Best results *ere
obtained with the cast-iron gravel with grains 1-1.5 mm diam. The use of surface-
active lubricating and cooling liquids, such as caustic soda, increased the polishing
effectiveness considerably. Hydroabrasive polishing was performed by means of a
fluid suspension of abrasive particles issuing from a multiplicity of nozzles and im-
pinging upon the part to be polished at speeds of 50 m/sec and more. Electrocorun-.
dum or quartz sand of grain size 80 was employed as an abrasive. 25-50 parts by
weight of the abrasive were suspended in 75-50 parts by weight of soda emulsion.
Corrosion protection was afforded by an addition of 0.5-176 Na nitrite, and a greater
surface brightness was achieved by an addition of Na triphosphate. Air pressure:
5- 100 atm; impingement distance: '50- 100 mm from the nozzle; best effectiveness
at 10-50 mm and a nozzle-aspect angle of 450.. Broad-Lape grindin and polishing
The geometry of the equipment employed is described, including the possible utili-
zation of back-up surface which permit*the tape to follow curved and wavy surface.
The wear resistance of the abrasive tape can be increased by impregnating it with
methanol, casein glue, or lacquer. Small-scale mechanical devices: Miscellaneous
polishing aids, such as felt disks carrying abrasive grains and small polishing
machines with disks are described and shown in cross-section. An over-all com-
parison of the various methods described here is given in a summary table, showing
the ranges of applicability of each of the methods. Essentially, the pulsating method
Card 213

Methodo for the grinding and polishing of .... ;:~S/,'195/6Z/000/000/OP&/007
is applicable only to panels with longitudinally.variable Jnd longitudinally ribb~jid
shape. In the presence of any transverse ribbing the m(!,thod is7not applicablp'_`~"' The
hydroabrasive method is most suitable for waffle -shape dt,panel s and panels wj~h
cross-ribs, but its productivity is relatively limited andithe make-ready of th _j
equipment for products of different shapes is not simple.~ The broad-tape pof~.khing
method is effective on flat surfaces only. Depressions in'the surfaces to be
polished may remain untouched. A substantial cooling a~nd suction-type ventil'Lion
plant is indispensable for the use of this method. Polishing by means of backs d-up
tape heads is more labor-consuming than the other methods, yet it is suitabl(;Ffox;
use on e.)dsting milling machines without incurring any major new capital invq~st-
ment. There are 5 figures and I table; no references. The participation in the
work of Engineer S. A. Vigdorchik, G. M. Koshelev, V. 1. Kotov, L. D. Kalinovskiy,
and V. I. Papkov is acknowledged.
Card 3/3

BELEVTSEV, A.T., kand. tekhn. nauk; GOLIKOV, V.I., kand. tekhn. nauk;
GOTSERIDZE, R.M., inzh.; YEFIMOV, V.P., kand.tekhn. nauk
[deceased]; KOPANEVIGH, Ye.G., kand. tekhn. nauk; MALOV, A.N.,
prof.; PARFENOV, 0,D., kand. tekhn. nauk; ROZENBERG, A.G.,
tekhn.; SEMIBRATOV, M.N., kand. tekhn. nauk; SKURATOV, A.Ye.,
kand. tekhn. nauk; SOKOLOVSKIY, I.A., kand. tekhn.nauk;
SYROVATCRENKO, P.V., kand. tekhn.nauk; TISHCHENKO, O.F., doktor
tekhn. nauk; USHAKOV, N.H., kand. tekhn. nauk; CHUMAKOV, V.P.,
kand. tekhn.,nauk, qFIALIMOY
kand. tekhn.nauk; SHISHKIN,
V.A., kand. tekhn.nauk; YUZHNYY, I.I., inzh.,- BLAGOSKLONOVA,
N.Yu., red. iad-va; SOKOLOVA, T.F., tekhn. red.
(Manual for engineers in the instrument industry]Spravochnik
tekhnologa-priborostroitelia. Pod red. A.N.Malova. Moskva,
Mashgiz, 1962. 988 p. (MIRA 16:2)
(Instrument manufacture)

SHAL'_NOV,,__jtA., kand.tekhn.nauk; BAMN, B.P., kand.tekhn.nauk
Improved means for minor mechanization. Mashinostroitell no. :
14-15 Mr 163. (MIRA 16241
(Technological innovations)

6HAL'NOV, V.A.; NESHgHERYAKOV, A.V.j KALR40'13KII, L.D.; BARYLIN, B.P.
New method for firish machining of parts made of nor-magnetic
materials. Stan.i instr. 34 no.7:20-22 J1 163. (KRA 16:9)
(Grinding and polishing)

SOV/122-59-6-1/27
AUTHORS: Khaylov, 14.A., Doctor of Technical Sciences, Professor,
$hallnovi V.I. and Mogilevskiy, Ye.Z., Engineers
TITLE: Investigation of the Operation of a Two-stroke Engine
with Disc-type Valve Gear
PERIODICAL: Vestnik mashinostroyenlya, 1959, Nr 6, PP 3 - 8 (USSR)
ABSTRACT: A two-stroke engine with gas-distribution control by one
inlet and one exhaust d1sc based on a patent due to
V.I. Shallnov (Author's Certificate Nr 8243) is stated
to yield a relatively-large power output per unit of
swept volume. A single cylinder test engine with a bore
of 148 mm, a stroke of 144 mm (2.48 litres) and a nominal
compression ratio of 5.56 illustrated in cross-section
(Figure 1) and described was built and tested. The
distributor discs are placed in the cylinder head
horizontally (inlet) and alongside the cylinder (exhaust)
at a small angle to the vertical so that the inlet is
vertical against the piston face and the exhaust nearly
horizontal, at a small angle to the piston face. Both
discs have similar profiled openings and are rotated by
pin-ions engaging with their toothed rims. The discs
Cardl/4 are sealed by face seals on the side facing the cylinder

SOV/122-59-6-1/2
Investigation of the Operation of a Two-stroke Engine with Lisc-
type Va-lvt- Gear
against sealing rings which, in turn, are sealed by
piston-ring type seals aga:Lnst the cylindrical reces:~
in which they are housed. "The absence of scavenge ports
reduces the overall length of the cylinder. The optimum
fuel injection and ignition crank angles were found by
test, at 1 600 r.p.m. and 980 mm mercury column
scavengIng pressure, to be 1600 ahead of the t.d.c.
and 35 ahead of the t.d.c., respectively. 12 variants
for locating the injection nozzle and sparking plug in
the combustion chamber were tested, all yielding satis-
factory operation without decisive advantage over one
another. Tests with different gas distribution phasing
showed the best angle for exhaust opening to be 950 after
the t.d.c. and closing 239 0 after the t.d.c. The inlet
opening at 1210 after the t.d.c. and closing up at 265 0
after the t.d.c. were found best. Varying the phasing
produces output power differences of up to 15%.
Card2/4 Power and fuel consumption curves were plotted against

SOV/122-59-6-1/27
Investi-gation of the Operation of a Two-stroke Engine with Disc-
type Valve Gear
the excess air coefficient at different scavenge pressures,
showing a large increase of power with scavenge pressureg
accompanied by increased specific fuel consumption.
Increasing the speed from 1 600 to 2 000 r.p.m. reduces
the indicated pressure by reducing the weight of the
cylinder charge. The specific fuel consumption, the
utilisation of the scavenge air, the scavenge air coef-
ficient, the excess air coefficient, the indicated pressure
and the power have been plotted against the scavenge air
pressure (Figure 4). It is concluded that the gas-
exchange process has not been fully effective. Increasing
the size of the inlet and outlet ports would be necessary.
The indicator diagram (Figure 5b) shows an adequate
fullness in the idle stroke region and a relatively low
value of the maximum pressure. The superiority of the
tested engine compared with the Ricardo engine operating
under similar conditions (e.g. "Aircraft Engineering",
1950) is claimed. The engine components have worked
Card3/4 satisfactorily except for some seizures between the inlet

SOV/122-59-6-1/27
Investigation of the Operation of a TITo-stroke Engine with Disc-type
Valve Gear
disc and cover. Apart from reduced cylinder length, the
basic advantages are: the elimination of reciprocating
distribution gear and the removal of the piston from the
exhaust gas zone. The mechanism can be used in a two-
stroke Diesel engine. There are 5 figures.
Card 4/4

'~~ H T-7 e-- /,Y ~Y V / -
ZTLOV, V.G.; SHALINOV, V.P.; KUZNMOVA, Ye.B., redaktor; YUGOV, V.A.,
redaktar-, IRGRTNOYSIZYA, R.A.. tekhnicheakiy redaktor.
Elykvsics problems] Zadachi po fizike. Moskva, Goo. izd-vo tekhni-
ko-teoret. lit-ry, 1954. 320 p. (MLRA 7:11)
(Physics--Problems, exercises, etc.)

ZUBOV, Viktor Gennarliyevich; SFAL1110V Vladimir -Petrovich; KMITETSOVA,
~'- :~e~ff'l ~.es iy relaktor
Ye.3., redalctor; GAVIR= "''. ,
[Problems in physics; textbook for -self-instruction] Zasdachi po
fizike.; posobte dlia samoobrazovaniia. Izd- I-a, ispr. Moskva,
Gos. izd-vo tekhniko-teoref. lit-rv, 1955. 3Mp.
(MLRA 8:7)
(Physics--Problems, exercises, etc.)

SHALINOV.V.P.
A few problems given at the Physics Olympiads held at the Moscow
State University. Fiz. v Bhkole 15 no.5:77-78 S-0 '55.
(MIRA 9:1)
(Physics--Liaminations, qaestions, etc.)

SH,kL'NOV, V.P.
A few problems suggested for the physics Olympiad at the Moscow
State University. Fix. v shkole 15 no.6:77-78 N-D '55.
(Physics-Examinatioms, questions, ate.) OffR A 9:?')

SSR/ ral P,o~blefas Problems of Teaching
U
Abst Journal t Referat Zhur - Fi2ika~, No 12p 1956t 33607
Author i Shal'nov, V. P.
Institution I None
Title t Certain Probloms Anked at the Physics Competition at Moscow
Stato 11alversity
original
Periodical t Flzika v Shkole, 1956, No 2, 87-89; No 6, 77-78
Abstract I None
A-3
Card 1/1

ZUBOV, Viktor Gennadlyevich; SHALINOV-Uadiml vich; KUZNNTSOVA, Ye.B.,
redaktor: GAVRILOV, S_.Z-.,tekhnich_eskiy redsk-f-or
" Zadachi po fizike-,
[Problems in physics; a manual for self-educationj
POBobie dlia samoobrazovaniia. Izd.4_oe. ispr. Moskva, Gos.izd-vo
tokhniko-teoret.lit-ry, 1957. 320 p. (MLRA 10:9)
(Physics-Problems, exercises. etc.)

IARIOKHINA, Vatallya Mikhaylovna; MOTINA, Ye.I., lingvist, red.; -SHALINOV,
X.F., fizik, red.; DEMIYAROVA, L.G., red.; POTAPOVA, M.b ,)- ~6d- 0; - -- ---
YERMhKOV, M.S., tekhn. red.
(Reader on physics. Manual for foreign students itudying the
Russian language] Kniga dlia chteniia po fizike; u'chebnoo poso-
bie dlia studentov-inostrantoev, izuchaiushchikh russkii iazyk.
Mosk-va, Izd-vo Mosk. univ... 1961. 168 p. (MIU 14%10)
(Pbysios)

ZUB-.V, Viktor Gennddiyevich; SHALINGV, Viadimir Petrovich-
Ye,B., red.; LIKHACHEVA, L.V., tekhn, red.
(Problems in physics] Zadachi po fizike; posobie dlia samo-
obrazovaniia. Izd.7. Voskva, Gos,,izd-vo fiziko-matemat, lit-
ry, 1963. 271 p. (MIRA 16.10)
(Phyaiva--Problem.s, exarcises, etc,'/

BUKHOVTSEV, Boris Borisovich; KRIMOIKOV, Vladimir Dmitriyevich;
VIAKIS'HO,~, lennardiy Yakovievich; SILALIIIJOV, Vladi-mir
. Fetrovich;.I,'OVODVOiSKAYA, Ye.i%',., red.; RAYSKAYA, N.A.,red.
[Problems in elementaty physics; textbook for self-
education] Sbornik zadach po elementarnoi fizike; pojobie
dlia samoobrazovaniia. LI.Ioskva, Izd-vo "Nauka," 196,1. 438 P.
(MIRA 17:7)

T, 'D
_11%az h n J_ 1, ~DV Dza1,t1ycv1__i3. G. Popov, V. Ii. Ru.';siyan' y".. Shfilo-
k-e.
07,3: none
T LE insti.0itation for 'the invest.1gation of processes of chemcnucleax s-,,-,,'hes,'s un-
der laboratory conditions
S=RC7: Atomnaya energiya, v. 3D, no. -A, lc
1 )66, 279-251
~73:'!C' Wv:~S: c1hemnical s, I
u ynthcGiG, chemnical energy conversion, f1srion. product, radia-
C- C.-
'~j-.tr-jr/ 1 -1 U-4 ciiemical s~muesis unit, ji-iT nuc"ear reactor
A'707i-,.%~;T: 'I-nc article dcais with a porsible direct use of atomic ener,7y by trans-
-nents direc"--Iy into cherrdcal ener~.,-r, b~
0 -.*-, 71 y of the 'LiGsion fra,. -pa s
y forms such a mmechan-cal, tlicrrmal, or eicctrfcal. in S7~,ch a pro-
_L u ~
a mix'~','re C", siznple Ca.,;es passess throuj;h a chemonuclear umit, whic"," es~;On-
Lly a luel Dic -adiation, Produces reac-
pro,.11'ucts. An c-,a,-,,r)lc Is the pro-'iction of
the end Lir
L 4 1 Lb Ile I)ro-
thc ini"uence of radiation.. TIle authors Oezc.~,-i e sl~ecfal de,'r4eeS for t'-
io"" Of C"-~C~monuciear oTnthes is con3tructed at the In~,~-it-ute of Chemical TP~-'ysics
I_ t a ~ I ~ 4 on int e n d e d
A:_ in pcLrtJLcular a circulati-_aZ chemonuclear ins I a-
synthesis in -the gaseous phase under Lalboratol.-j conditions. Tile a;-,-
paratuu constitutes a closed loop in which the gas mixture is circulated by a com-
1/2 uDC: 621.039 . 541.15

MOISEYEV, S., inzh.po tekhnike bezopasnosti; KLLINOVSKIY, P., mekhanik;
SHA10MOV' B.. yuriskonsullt; TALANOVA, N., inzh.po tekhnike
~ezopa`sn~sti~-,BYCHKOVA, I., inzh.; VORONOV, A., elektrik; SOEDLEM,
N.; KTJTUZOV, P.; TOPMK, P., pensioner; FZM7KDV, G., inzh.po
tekhnike bezopasnosti; CHMITKIN, A.; KLIMIRTTIYEVA, Ye.
Those, who serve us. Okhr. truda i sots. strakh. 3 n0-7:52-53 JI
160. (MIRA 13:8)
1. Reydovaya brigada. 2. Mookhladokombinat imeni Mikoyana (for
Moiseye~- 3. Upravieniye Mosgorplodoovoshch (for Ulinovskiy).
4. TSentrallnyy universallnyy magazin Voyentorga (for Shalomov).
5. G6sudarstvennyy.universal'ny7; magazin, Moskva (for Talantova).
6. Obahchestvennyy inspektor okhrany truda M69torgstroya (for
Bychkova). 7. Obahchestyennyy inspektor okhrany truda Mosrybokombi-
nAta (for Voronov). 8. Pravovoy inspektor Moskovskogo gorodskogo
soveta profso7uzov (for Sokolenko). 9. Obshchestvennyy inspektor
okhrany truda kholodillnika No.1, Moskva (for Kutuzov). 10. Moskovskiy
rybokombinat (for Fedyukov). 11. Korrespondent gazety "Sovetskaya
torgovlya" (for Chechetkin). 12. Zaveduyushchaya otdelom profsoyuz-
noy zhizni gazet7 "Sovetskaya torgovl7a" (for Klimentlyeva).
13. SpetsialInyy korrespondent zhurnala a0khrana truda. i sotsiall-
noye strakhovaniye" (for Gromov).
(Warehouses-Safety measures)
(Retail trade-Safety measures)

VATNSHTEYN, G.; YELISEYEV, V.; SHALONKIN, B.; KASUYOV, K.; OZEROV, 1.
ZRARAIT, Ye.; MA-NUYLOV, V. -, MISHIN, F.
Foremost workers taking part in the socialist competition.
Avt.transp. 35 no.9:32-33 S '57. (MIRA 10:10)
(Automobile drivers) (Highway transport workers)

SHALONSKM. 1'4~a..
Template for parquetr7 work on a5phalt flooring, Rats.i izobr,
predl.v stroi. no.60'3-4 153. (MLIU 7,2)
(Parquetr7)

I-T

iii
ba~~
f H
id
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l
t6 def
m
ti
d
-
.
a
..
or
a
es o
on proper
qu
gy
'
plastic and solld-plastic systems. . Two kinds of
ptistic
deformations and plastic viscositles of. GoUQWaU tems
'CH'
T
a
2
A.
1o"
my- and T. G. Shalopalkina.
raps
lazU c
-Zhur. 17, 47 -2(1955); cf. --Wtl-
soln. of Al naphthenate In paraffin oil was defo 0
tween two coaxial cylinders at a const. Yate of deformation
increase (e.g. 0.26/sec.), the shearing stress P was a com-
plicated function of deformation e. When c Increased, P
first linearly increased (as In elastic deformation of solids);
theit was almost independent of # (as in plastic deformation
of solids), then increased (as in work-hardeaing), then de-
creased, ixiAlually-again became independent of #; thus,
the curve of P against o for a liquid was very similar to
those for solids. The 2 parts of the curve, along which P
was newly independent of e, corresponded to 2 types of
plastic viscosity. T.. T. Bikerman

ZLY
i7c; Til '7*,
A"_ 6-t- ..d T G,.~

r a
a;

72i, Ib 8472-c 50 4 The silk'
7", ill 0 ~G 432C
-tic defo
th of- t, d6tn. of das mation of Na,:',
in~..rpach severaI ihous
4~d %;
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ox ~ii silk thread themater,cy)inder
04stid W"
~
b`6nst.jpeed-tbrovgh aomeangle)~C and stopping1t, by,,,__
-:tWeaim of w-spedil kvelwot. thih 0 position. - Whea the o.uter
free and
eyUnder is stopped,, the, inner cylinder bemmis
gel over ;in angk
of thL

tio
-in
ng st Dir. detu. of the min. ellastic defc,

(M
i(Fqs4ldug from'tlietil4kation taking placedurinj the Ulati
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gradients of 47.1/seq. -nd 57.3/sm which pass through a

~i:~ai i.-:6000%,"The bt Oartion.of the curves is liuea~
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bar-

TRAPEZNIKOV, A.A.; SHALOPALKIIIA, T,G~ _- , ,
- f-.- -
'
Thixotropic properties of certain printing inks. Koll.zhur. 19
no.2:212-243 Mr-Ap '57. (MLRA 10:5)
1.Institut fizicheskO7 khimii All SSSR, Moskva.
(Thixotropy) (Printing ink)

AUTHORS: Shalopalkina, T. G., Trapeznikov, A. A. 20-1143r5-41/59
TITLE: The influence of the Deformation Rate on the Tixotropic
Reduction Rate of Aluminum Naphthenate Gel and the
Oscillographic Recording Method of Stress-Deformation
Curves (Vliyaniye skorosti deformirovaniya na skorost'
tiksotropnogo vosstanovleniya gelya naftenata. alyuminiya i
metod ostsillo,c.-raficheskoy zapisi krivykh napryazheniye -
deformatsiya)
PERIODICAL: Doklady Akademii Nauk SSSRp 1958, Vol. 118, Nr
PP. 994-997 (USSR)
ABSTRACT: The investigation of the tixotropy (tiksotropiya) is to be
based on the application of the dissolving effect upon the
system at any certain velocity gradient L dissolution' The
last measurements of reduction of structure are also to be
carried out at a certain velocity gradient F_ modification.
Thereby the following two methods can be used:
Card 1/4 1) 6dissolution ~ t modification and

The Influence of the Deformation Rate on the Tixotropic 20-118-5-41/59
Reduction Rate of Aluminum Naphtenate Gel and the Oscillographic
Recording Method of Stress-Deformation Curves
to the loop of the oscillograph. The simultaneous recording
of the angle of rotation (p of the interior cylinder of the
measuring device (and therewith of the stress P), and
of the angle of rotation 6 of the exterior cylinder, i.e.
of the deformation ~ , and of tbe deformation rate L is of
special importance. The carrying out of the measurements is
shortly described, from which the following results are
obtained;
1) The structural strength P r is determined at different tdLs.
solution = F_ modification by the different elements of
structure, which are differented by their reduction rate.
2) Those structure elements, which guarantee P r at a smaller
F- do not determine Pr at a greater 9 - 3) At different t
the states of structure corresponding to the time, which is
necessary for a complete reduction, are riot equal. Besides
the here investigated reversible destruction of structure
Card 3/4

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87,167
~z /o16,--/6o/Q22/0O6 /C;O1/oO8
30 1 3/306~6
AUTHORS: Shalopalkina. T, ~m and Trapeznikov, A. A.
TITLE: Dependence of Ultimate Highly Elastic and Rul'ture Deforma-t-i")--i
on the Deformation Rate of the Gel Sojution of Alumiinum
Naphthenate
PERIODICAL: Kolloidn~y zhurnal, Vol !.'o , 6 p 7 3 7 4 2
TEXT: The present paper was presented, in lc)60 at the All-Union Congress
of Mechanics in the Subsection of Rheolo6y_ It deals -ulth the study of
the depe-ndences ~ e(F-) and P(E) as well as E e max (E) and L r(s in a range
of naphthenate gel.
" as broad as possible for aiuminur (Ee highly
elastic dief,-,rmation, ',: r =rupture deforniation, deformation rate)~ A
2;6 Eel of aiuizziinum naplithenate in non-polar m.,~dical vaseline oil
was used. Th;_1 oi;udy vias carried out on 'the elasio-relaxometer (model 2)
(Ref. 5). An elasto-viscosimeter (mcdell was used for the ranEr- of
0-46
high :(from 1100 s~c -n- Cor chc cf lcv; ,~(frozn. 0
Carl I'lu

'37 ' ',
S7
1.1 enc ~ C-f -" II.:' at C.
t
RU C t 1-1, r C- DC f Cl rM, Lt 0 '1 L -o
of the
Ili ord-~,r to i-ord curves, ~ln autcmati~- s.-~ecial --vic--
coustrucLed for the '.--itter ai l.)aratu-.,,. Tno elas)tic deform..f:tion in the
vallL~e of, Soo waj fouad tu increase rapidlZ~ at an,, giv,~-n
dl ~-- f o rm a t i o n . T h t- i ricrcase of j i n the ranEe o f 37 - "5- 1 1 12 seoL - 1 Show --, an
oppos-4te result: with increasing deformation rate the maximum elast1c
deformatIon -.,;hi-c*,i i-s possible at t',le correspondine rate., uecreas;:-, Thi-S
meuns tiiat the elastic d,~foi:maticn at a consider.-b-i
~e increase of F- has
not *L-me encuch to develor. complrtai~~ It nla,,;- be seen from, 'the P(~-) C'UrVes
recorded at 3-imr3 --.~th
t1lat the P-vai-ues
L
C r e E. t i! 1 -- r eas uccording'!i
(Ref 6) Th e m ~- I x i m, -, ob s e rv r--. di-1P d
(' ) curves -~aracteri ze
diffe--en t S z~s of s ture de s tr~:x t ion durinE t he (jeformiat ion of +
S y ~" t co%st- Fle. 4 Lives the chances ,.)f and as a
of ill 106arithmi~ iiia ~en
Prom ~,,nd as as Cr.).m the simii 1~trity of th-IT, char'-6o. Tile.;
e max V11K
Cazd 2/6

87767
D e p e r _4 e n c e o 1' u i z i, i-., a -1 e H i,~~ I, 1~- E I a 3 t 1; c _~ n dS/069/60102 211C)O 6/00 4 /00
Rupture Deformation on the Def-)rmat.ion Rat-_ BO 1 3/BO 06~
of the Gel Solution of Aluminum Naphthenate
are found to detarmine the limit of elasticity of the system and the
deformation at any It results from Fig. 4 that Er may be both larger
and smaller than Em for one and the same system, The elastic, deformation
was found to develop first during the deformation process, Plastic
deformation occurs later, owing to gradual destruction of short
elements. The considerable increase of Pr in t'ne rance of z" ---~hi c
responds to the descending branch of 'he M(.:") or ~e max(') curved
is related to the increasing number of nodes and interlacings of the
net,uork_ This is the result of a hindered stretching of chain-shaped
particles and of their rupture in a highly coiled state. A reduction of
the rupture deformation is equivalent to the formation of a denser
structure. It was found from the dependence of the quantity ~ e on the
relaxation time of the system (Fi,-. 5) for each of the ~', studied that 'the
time of thixotropic restoration of st-ructure becomes shorter with increasin-
This -was explained b~ 'he 'act that in this connection orly the mobile
Card 3/6

1 87767
Dependence of Ultimate H.46hiy Elastic and /01
Ruoture Deformation on the Deformation Rate 301
of the Gel Solution of Aluminum Naphthenate
and quickly r,~luxLn6 structural ulumeats art., preserved which form the
structure (Table 1). P(~ .) curves for different _~ were Plotted on the
basis of the data obtained (Fig: 6). They indicate the occurrence of the
lollowing ranges of deformation (Table 2): a) initial deformation with a
high shear modulus which corresponds to an "elastic" deformation; b)
medium, range Yith a comparatively very low shear modulus which corresponds
to the highly elastic deformation; c) end range with ar increased modulus
which corresponds to a highly elastic deformation of a reinforced struc-
ture. The one or the other type of deformation may prevail, according to
There are 06 figures, 2 tables, and 8 Soviet references.
ASSOCIATION: Institut fizicheskoy khimii AN SSSR, Moskva (Institute of
Physical Chemistry AS USSR, Mcscc-,,;)
SUBL'ITTED:
LeC,ttjnd, to Fil,~_ ~,tilc -hich
Card 4/6

- I -- - - - - 87767-
S/C 022/006/004/010e
B013/'BO60'
it'
~e I
Card 6/6

-7,
S//08 1/62/000 6/035/043
B 17 I/B 186
AUTHORS i Trapeznikov, A. A., S ArAfiteatrova, T. A.
TITLEt Rheological and thixotropical properties of dispersions of
alkyd resins modified by polyamid resind
PERIODICAL: Referativnjy zhurnal. Khiziya, no..16, 1962, 546, abstract
16P246 (Lakokr83ochv.*Lmterialy i ikh primenaniye, no. 5,
1961, 3 - lo)
'EXTs The rheological and thixotropical properties of alkyd polyamid
(alkyd resin modified by polyamid resin) dispersions in white
,esin (APR)
spirit *are investigated over large ranges of deformation velocities
(5-10- 3 _ 5-102 sec-1 ), of resin concentrations (30 - 90-A), and of temper-
ature, using a complex elasto-visoosimeter, which made it possible t~
reproduce the actual conditions under which APR-based paints are used. It
has been established that the systems under investigation show clearly
defined strength and thixotropies of viscosity. 'In particular, It has
been uhbwn that the viscous structure of the paint can be re-establishod
Card 11/2

S/081/62/000/016/035/043
Rheologic-il and thixotropical ... B171/B186
by a low gradient flow after havinS been destroyed at a high velocity
gradient. The chRracteristics of APR dispersions at early stages of their
structure being re-established, are due to the viscous thixotropy, whereas
after a long period of rest they are conditioned by strength and thixo-
tropies of viscosity. It has been shown that the stability of structure
and the viscosity quickly increase (following the exponential law) with the
increase of the resin concentration, so that the running-off of the paint
during its application is substantially changed. Data fbr deformation and
ruptute lead to the conclusion that the particles of APR are relatively
compact and that the system has the character of a concentrated suspensioni
The effect of rheological and thixotropical properties of APR on the process
of film formation and on the stability of pigment-oontaining systems has
been investigated. (Abstracter's notes Complete translationj
Card 2/2

TRAPEZFIKOV, A.A.; 511ALOPALKINA, T.G.; AMFITEATROVA, T.A.; Prinimala
uchastiye: -SlEF-ANOTA-,-Ye-.S-.-- --
RheoloEic and thixotropic properties of the dispersion of 61kyd
resins modified Iry polyamid resins. Lakokras. mat. i ikh prim.
no-5:3-10 '61. (MIRA 15:3)
(Resins, Synthetic) (Paint)

PR APE Z'! I KOV, .1". A.; -3 !'.A TICT A LF I !,LA. T , I'z .
-.~*la.xaticw -4evelopment al" stress- in an aliminum naphthenate gel
studied by the compensation method. Kcll.zhu--. 2.5 no.06:703-709
N-D 163.
Def'prmatlon, thixotropy, and a~,-inF -~llivz:,:Iniol naphthenate gals.
, 1 0
:722-727 04IRA 17:1)
1. Instimt fiZiC-hA,3kQy khiadl AI 33~3ft, M(A~3kva.

L. 64246-65
ACCESSION HR. AP5020221 J:
additions decrease it. Surface active-agents -With a large number_bf`functional~'
groups, e.9.$ all'n n -2-, causea breakdo,win of th6 heklyd structure. at~.r'elative..M
1y low concentrations. This effect was also observed on systems pigmented mdth
rutilet Orig. art, hag, 1 table and 5 graphs.~-"
'j-
ASSOCIATION t I~stitut'-'fizicheskoyl khimii.,. AN SSSA .(Ini titute'16k. F'hysi~al dh4:m-._'w
SSSR)
.S
11BIUMD: 2 'Cot9i GG
2%43 ENCL: 00:
Ji
No Pjw SO 10M
oO5
-4-

SHALOPUKEfo, V.P.
What is hindering the converting of machine-tractor stations to
business accounting. Nauka i pered.op.v sellkhoz. 7 no.9:43-"
S '57. (MIRI 10: 10)
1. Glavnyy inzhener Rakverkskoy mashinno-traktornoy stantsii,
Estonskoy SSR.
(Machine-tractor stations--Accounting)

SffALOV, I.I., nachallnik.
From semi-handicraft to an extensive knit goods industry. Leg.prom. 7 no.11:
15-16 N 147. (MIMA 6:11)
1. Glavtrikotazh Ministerstva legkoy promyshlennosti SSSR. (Knit goods)

!, !, ~-, , - , ~ ~ - ; . I . : 1.. :.. - , - !" -~ 1
f * . . . .
- - - , , :- 1

Z11A LOV _I ;LUXE, V.
Textile Industry and Fabrics
General technology of tricot production, by I. A. Lipk-ov. iRevieved by i. Shallov,
and V. Linde. Leg. prom. No. 1, 1952.
U2nthly List of Russian Accessions, Library of Congress, March 1952. OCLASSIFIED.

C 0 1
_0 Fi "
POTEMKIN, D.M.; SHAWV, I.I., retsenzent; GUTCHIRL, N.Ya., redaktor.
[Dasign, installation and setting up of double-system circular
hosiery machineal Ustroiatvo, montazh i nakladka dvukhsistenno-
go krugloch-alochnogo avtonata. Moskva, Goa. nauchno-tekha. izd-vo
Mixisterst7a promyshlewaykh tovarov shirokogo potrableniia SM,
1953. 69 P. (MI-RA 7:8)
(Knitting machines)

SHALOV, Ivan Ivanovich; MELIKHOV. Savva Alaksayevich- MIKUYLOT, Koastantin
g ;ayyvev`JtC~-'a'tIPKOV, I.A., retsenzent; BURMISTROV, M.N.. r'
I f' etsenzent;
D
YAKMMIN, M.4., retsenzent; PLEKYANNIKOV, R.N., redaktor; MEDYMV,
L.Ya., takhnicheakiy redaktor
[Planning knit goods factories]Proektirovanin trikotazhzWkh fabrik.
Pod red. I.I.Shalova. Moskva, Goo. nauchno-tekhnicheskoe izd-vo
Ministerstya promyshlonnykh tovarov shirokogo potrableniia SSSR,
1954. 355 P. (MLRA 8:4)
(Textile factories) Ornit goods)

SHALOV, 1. 1.
Lack of structural uniformity in knit fabrics and their mechanical
properties. Leg.prom-15 no.9:23-26 S 155. (MLRA, 9:1)
(Knit goods industry)

SIfALOV, I.I.
it --
reducing shrinkage in knitted fabrics. Leg.prom. 15 no.12:
25-29 D '55. NUA 9:5)
(Knit goods)

Name: SHALOV, Ivan Ivanovich
Dissertation: Special features of deformation of
knitting and increasing the stability
of its dimensions
Degreu: Doe Toch Sci
Affiliation: fnot indicateg
Defense Date, Place: 21 Jun 56, Council of Moscow Textile
Inst
Cartification-Date: -29-Jun 57
Source: BMVO 18/57

,- LU~ T C,,V, I . I .
.), 1,
- . . go IX--
The stretch f-,-- wet lknittlng,-. Leg.prom. 17 110.6:36-38 Je " 5 7.
-N YLRP 10 -. .3 )
.:41it goods)

SHALOV, III,.
Limits of stretchability of knit fabrics. Leg. prom. 17 no.10:
38-42 0 157. (MIRA 10:12)
(Knit goods-TeBting)

SHALOV, Ivan Ivanovich; ZAYTSM, T.M., red.; KNAKNIM, M.T., takhn. red.
[Shrinkage of knitted fabrial UsadkEL trikotazha. Koskra, Goo.
nauchno-tokhn. izd-vo lit-ry po legkoi promyshl,, 1958. 176 ly.
(Knit goods-Shrifikage) (KIIU 11t7)

6HA,LOV,
Relation between the yarn ritLiber and the type of hosiery knitting
machines. Tekst.prom. 19 no.1:48-49 Ja 159. (MIRA 129:1)
(Hosiery, Nylon) (Knitting machines)

PILLER ,Bogumil (Piller, Bo'humill; TRAVITICHEK, Zdenek ETravni&k.
Zdenlfkj; KONCFASIK, N. [translator]; doktor
tek.hn.nauk, red.; KINAYWA, T.H., red.; LEYITSUYA, N.N.,
takhn.red.
[Synthetic fibers and characteristics of their processing
in the textile industry] Sintatichaskis volokna i osoben-
nosti ikh pererabotki v taketil'noi promyshlennosti. Pad red.
I.I.Shalova. Moskva, Izd-vo nauchno-tekhn.lit-ry RSFSR,
196o. 177 p. Translated trom the Czech. (HIU 14:4)
(Textile fibers, Synthetic)
(Textile industry-Equipment and supplies)

SHALOV, I.I., doktor tekhn.nauk
Determining the crease resistanze of artificial fur.
Tekst. prom. 20 no. 12:50-52 D 160. (MMA 1):12)
(Fur, Artificial--Testing)

SHALOV, 1. 1, . prof.
beaLgn of hos-ieiy accordim? .0 ti,~, cover -- clo-,. Tekst.prom.
2 -~ n 0 ~ 4 - 6 G -!'-I A -) I t*D,--- .-- 6 ia u - (:-IIRA 15-.6)
1. ',Iosl:o,,skiy tekstil2nlyy instLtutu
I
"Hosiery .1

SHALOV, I.I., prof., doktor tekhn.nauk
Basic characteristics of artificial fur -with a knit base. Tekst.-
prom. 23 no.8:62-67 Ag 163. (MIRA 16:9)
1. Moskovskiy tekstillnyy institut.
(Artificial fur)

SHALOV2 prof., doktor teklm.zlauk
------
Evaluation of the voluminqsity of yarn and knit fabrics. Tekst.
prom. 24 no.1:24-27 Ja 64. (I-LT RA J-7 '. 3)
1. llookovskiy tokstIlIny-y Institut,

SHALOV, I.I., Frol'.
Polypropylene fibers and prospects for their use in the knit
goods indusLry. Tekst. prom. 24 no.8-.43-49 A.- 164. (YJRA 1-1-10)
1. Mloskovskiy tekstillnyy institut.

ma a-Lff a c ru
I-aAovoditell
T. I
ftber3
crertli~!! Of
Pr
6 k7t i e k s P T') M 2 9 3A
r -T WIR 10
a- s k o v .9r e 1`3 1 yy

SHALOI/P I.I.; KOZLO",IA, E.I.; SADOVSKAYA, L.Z.; UOHLOVA, Z.S.
Studying the properties of artificial fur fabrics. Nauch.-issl.
trudy IRIIITP no. 5z166-179 164 (MIRA 19:1)

_-L-24482-66- EWT(d) IJP(-c)
ACCNRt AP6006144
T
SOURCE CODE: UR/0376/55/001/010/1338/1365
ALrIHOR: Shalov. V. M.
ORG: Central Aerohydrodynamic Institute imeni N. Ye. Zhukovskiy (Tsentrallnyy Aero-
gidrodinamicheskiy institut)
'TITLE: Principle governing the minimum of the quadratic functional for a hyperbolic
;equation
ISOURCE: Differentsiallnyye uravneniya, v. 1, no. 10, 1965, 1338-1365
TOPIC TAGS: hyperbolic equation, functional equation, functional analysis, variation-
al calculus, oscillation equation
l
ABSTRACT: Utilizing a procedure he expounded earlier (DAN SSSR, 151, Nos. 2, 3, 1963),
the author formulates and investigates a variational problem which is directed toward
minimizing the.quadratic functional for the hyperbolic equation of string oscillations:
ft a2U
- =91
W &2
in a certain two-dimensional bounded region 0 with a piecewise discontinuously dif-
ferentiable contour r. Here t is time; x is the coordinate of string points; u is the
desired function corresponding to string displacement (deflection); velocity of wave
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L 24482-66
ACC NRi AP6006144
pl"Opagation along the string described by equation W--taken equal to unity for sim-
plicity. Ordinarily the indicated method of minimum functional is applicable only to
differential equations of the elliptic type. In his earlier two works, the author
demonstrated in terms of Hilbert space the possibility of extending the variational
principle of minimizing the quadratic functional to a rather extensive class of zon-
selfadjoint equations and set up the corresponding problems. In the present work the
author investigates : (a) the existence and uniqueness of the solution of the varia-
tional problem, W the existence and uniqueness of the generalized solution, (c) the
generalized solution's relation to the solution of the variational problem and its
differential properties, W the problem of satisfying the boundary conditions, and
(e) the correctness of the string oscillation problem. In particular, he demonstrates
'the correctness of a certain mixed problem for the string oscillation equation in the
case where the boundary-value data is given on the entire boundary. The main aim of
the present work is to illustrate the general applicability of the method to the inves-
tigation of equations of the non-elliptic type, which includes the hyperbolic., The
author thanks the following: Academician S. L. Soboley for directing his attention to
the present problem; his scientific director, Professor L. D. Ku9Exavtsev for con-
stant interest and assistance in the work; and Candidate of Physico-mathematical Sci-
ences G. Yakovlev for valuable comments. Orig. art. has: 2 figures, 85 formulas.
SUB CODE: 12,20/ SUBM DATE: 29Apr65/ ORIG REF: 020/ OTH REF: 006
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JdVFCg v LB AFFTC IJP(C)
L 13828-6j' ----------T
ACCESSION NRs "3003548 3/bO20/63/l51/bO2/029 4
AUTHORs Shalov, V.
TITLEt Some generalizations of Friedrichs spacat,
SOURM AN SSSR, Boklady*, T*. 151t no. 29 1963g 292-294
TOPIC TAGSs Friedrichs apace, self-adjoint operator-.-,'
ABOrRACT r The author considers a class of operators associat6d with a generalized
K. Friedrichs apace, which allows him to state a variation prdblem-for a suffl-
ciently'large class of equations w:Lth.an operator that in not necessarily self-
adjoint and that does not necessarily have a bounded inversoo He introduces
notions of extensions of-operators in the sense of K. Priedrichp* and in the sense
of S. L. Sobolevq and establishes certain relations betveen thAe extensions.
"In conclusion, I expresa aW sincere gratitude to profess dr L. D.. Kudryavtaev
for his interest in the work and for his valuable suggestions."' The paper.vas
presented by Academician S. L. Sobolev on 8 February 1963. Orig,. art, hast;
formulas.
Association: institute of Mathematics, Academy of.Sciencesi SSSR -
ard
C

1~ 14362-63 FWT(d)/r'CC(W)/F1D-S AFFTG IMC).
ACCESSION NR: AP3003841 S/oo2o/63/.151/003/0511/0512
AUTHOR: Shalov, V. M.
TITLE: Solution o non-3elf-adJoint 'equation by variation
method
SOURCE: AN SSSR. Doklady*, V. 151, no. 3. 1963, 511-512.11
TOPIC TAGS: non-self-adjoint equation, Friedrichs equation,
variation method for solving equgtion;'~variation method]-.
ABSTRACT: An auxiliary operator B is introduced for the
functional equation Au = f, which satisfies the conditions:
(1) (AU, Bv) (Bu, Av);
~2) (Au, Bv) is greater than zero for u, v not zero;
(Au, Bu tending to zero implies the norm of u tends to zero.
These operators can be B-extended in the sense of K. Friedrichs
to A and B. Then the solutions of
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Wa I R ~M_=
L 14362-63 - ------
ACCESSION NR: AP3003841
Au f
are given by those u that minimize the functional
Df(u) (Au, Bu) (Bu, f) (f, Bu).
in conclusion, the author expresses hisdeep gratitude'to
professor L. D...J~udryaytsiem for valued comments and constant
attentiven6s3to the present work." Orig. art. has: 3 formulas.'
ASSOCIATION: Matematicheskiy institut im. V. A. *eklova Akademii
nauk SSSR (Institute of Mathematics, Academy..of Sciences,_SSSR
SUBMITTED: 05Nov63 DATE ACQ: 15Aug63 ENCL: .00
SUB CODE: MM NO REF SOV: 005 CrT HER: 003'
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S ii * ~ OV, V, MI.
~rinc~-Ple of -~f'rjim---ze"on of a quadra-~13 ' ;c,r a !j.vperb--l-l~
-1 I'M- I
ef I cc. Di f, . urdv~ 1 ric . 1:0 :13 38-1-365; 0 16 5.
( t~L a~, 18 - 1- 0 )
!. T3nntralIny-i ae-,:;gid--od,namlcheek'Ly institut imeni Zhuxovskogo.

i-~ L C %V ki,
IGNATOVA, Lidia Fetrovna. kandidat tekhnichaskikh nauk; NAMZHDINA, N.P.,
retsenzent; SHALOVA I.I., retBenzeht; MOGILEVSKry, I.Ya.. nauchnyy
redaktor; radaktor; MXMDNV, L.N., tak-hnicheskiy
redahtor
[Preparing yarn for the knit goods production] Podgotovka priazhi
dlia trikotazhnopo proizvodstya. Moskva. Goa. nauchno-takhn. izd-vo
Ministerstva promyshlennykh tovarov shirokogo potrebleaUa SSSR,
1954. 131 P (MLRA 80)
(Kni; goods industry) (Yara)

MAYENTS, L.S.; LOKSHIN, B.V.; SiLALTMER, G.B.
Vibrationai spectra of farrocenes. Part 1. Calculation
of norimal of the cyclopentadiene ring of
ferrocene. Opt. -1 spektur. 13 no.3-317-323 S 162. (MIRA 15;9)
(Iron)
I pcc~--- N
.1. ---S ur-")

FKYGIN, S.A.; BASOT, A.1-4; SHALPO, IJITI.; BRATIDOBOVSKAYA, L.A.
Economics of the refining of sour crude oil: a topic for
discussion. Khim. i tekh. topl. i masel 9 no-5--44-48
5 MY1 64 (nm 17:7 )
1. Vsesoyuznyy neuchno-issledovatellskiy institut po pere-
rabotke nefti i gaza I polucheniyu iskusstvennogo zhidkogo
topliva.

PHASE I BOOK EXPLOITATION 3*V/4303
Frunze. Univeraltet. Nauchnoye atudencheakoyo obahcheDtvo
Sbornik nauclhnykh rabot studentov, vyp. 2 (collection or sq-
ontific Works of Students, No. 2) Frunte, 1959. 99 P. 500
eoples printed.
Sponsoring A4genc y. Xlrglzakly goauJar3tvennyy unlv.ralt-st.
Mauchnoye atdrneheskoye obshahentvo.
Flesp. Ed., L. A. Spektorov, Docent; Tech. Ed.. N. A. Yeflov.
PURPOSEt This book Is Intended ror mathematicians, natural
Scientists, and philologists.
COVERAGE: The collection or articles contains studies In atht.-
matics slid =chanice, physics, biology, S.nd philology *rltteri
by members or the Nauchnoye a ~udenchrskoy4 Ob3hohe3tvo
(students, scientific Association) of Kirgizakly goaodar-t-nnyy
unIversitat (KIrFlz State University) under the guldrinco or
faculty membera. References accompany each article.
Aleskovakly, YU. (Fourth-xYear Student or the Division of P!iy3icu
d-M-4-
an tNe_=aElci. Docent L. A. Spmktorov, Scientific Al-iiser).
9frect of the Sample Composition on the Rate of Thalli=
Evaporation From a Carbon glactrade 33
.,far Student or the Divimi,~n of Phymics an,4
(Fourth-Y
Pqmthe.&tlCa Docent L. A. Spektorov, Scl~ntjCjc Alvisor).
T-9--perature Yeasurement of Carbon Electrodej With Va.r.-ous
Pi J-1 ers ki
Student of t4ic Division of Fhy,j!.~3
D~cent'L. A. Spe~ctarj't, Scinntlflc
,Zj~ntlt&*.Ive Azalysis or Altranum by the Wl'itn of Spo;-..
Lines 47
Kozlov, P. (Po~rth.Yelr 3tUlent of the Division or Phlotca ani
_KatT,f_-MT'Tr3 .Docent A. Scientifl cAdvi3~r).
I-Ray Spectmrra;hlc gi~u~dy of MacrocryS tall Int klumln~ De-
51
Zh-y.enbayev, Zh., an,1 V. Engel lent (Stul~ntff of the Division of
"-sS I _
7 AiEhemA-i a-- _00CFfit -C A.
Mv.-ser) .'Groth C-es:t(Dependi_n~-e Or-j~-Ictral Lint
Intensity on th, Concen t' Ion of kt._~3 in the 30ur.e of 1_,,
Of SO:Se Spectral Lines of pqolybdqn~n and Ilickel) 'ht 55
BIOLOGY
;AL"X,-3--1POU~th-Te&r Student of the Division of atology
and Matheinatica. Professor F. A. Turdakov, Scientific A-4vider).
Dace [Fish] Pr.. the Tal.a 59
Hold AttX M- (Fourth-Year Student or the Division of Biology.
'r
;
MQeS30X% P. A. TUrd&kOV, Scientific Advis"r) . tchthyoLogical
Upedltlon to the Susa.:iyr Valley in the Swmer of 1953 63
DulYz, L. (FOurth-ye&r Student Of the DlvlBlon of Biology.
A. Turdakov. Scientific Adviser). Gudgeon (G. goblo
l4P'dOI&cm-6) From the Shab&kt.Y River (Talaa Basin) 67
Card 4/6

S1MLPTKOv,__A., student IV Icursa
Quantitative analysis of aluminum on the basis of width of spec-
tral lines. Sbor.naucb.rab.stud. Nauch.stud.ob-va Kir.un. no.2:
47-50 159. (MIRA 13:7)
1. Fiziko-matematicbeekly fakulltet Kirgizskogo gosudarstvenno-
go universiteta.
(Aluminum-Spectrum)

LOBIii'LV, Ye.14.; ZVYAGIN, V.I.-, -- SiLkUYKOV, A.
Sensitivity of silicon pbotoplpmoilts to X rays. Dok1.A1, UZ.SSR
no.6:il-12 '59. (MIPA 12-.9)
1. Fiziko-tekhnichaskiy institut AN UzSSR i Institut yadernoy
fizilzi AN UzSSR. Predstavlano akademikom AN UzSSR S.V.Starodub-
tsevym. (P~iotoalectric cells) (X rays)

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Me

33117
S/638/61/001/OCO/044/056
B108/B138
AUTHORS; Shalpy Lobanov, Ye. M.
~ D_k
TITLE: Gamma sensitivity of silicon photocells
SOURCE: Tashkentskaya konferentsiya po mirnomy ispollzovaniyu
atomnoy energii. Tashkent, 1959. Trudy. v~ 1,, Tashkent,
1961, 271-276
TEXTi To investigate the possibility of using silicon photocells as direct
converters of nuclear into electrical energy the authors studied p-type
silicon valve-photocells prepared by them in the semiconductor laboratory
of the Fiziko-tekhnichaskiy institut AN UzSSR (Physicotechnical Institute
AS UzSSR). Research:in the field of silicon photocells is being advanced
particularly, at this institute and at the Institut poluprovodnikov
(semiconductor Institute) and Fizicheskiy Institut AN SSSR (Physics
Institute AS USSR)~ The lux-ampere characteristics of the barrier-layer
photocells were linear up to 600 lux. The spectral characteristics had
their sensitivity maximum around 7500 L The photocurrent is linearly
dependent on the area irradiated and is directly proportional to the
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33117
S/638/61/001/000/044/056
Gamma sensitivity of silicon B108/B136
intensity of incident X-rays. Silicon photocells can therefore be used
in X-ray dosimeters. The gamma-ray experiments were made with Co60 as
source (15 r/hr)~ The current recorded is linearly dependent on gamma-ray
intensitl. At a dose of 500 r/hr, it is of the order of jo-7 a. The
photoelectric effect at the p-n junctions under gamma irradiation can be
used to determine the diffusion length of minority carriers. The overall
absorption coefficient for gamma rays from Co6o was found to be
0,113 � 0.0095- With the aid of this value and with data from other
publications (Maslakovets Yu. P. et al. ZhTF, !956, 26, 2396) the
diffusion lengths L - 118, 245, and 257 g were determined for the three
different silicon photocells from the formula Ishort ~ egL. e - electron
charge, g - rate of carrier production. There are 5 figures and 12 refer-
ences: 9 Soviet and 3 non-Soviet. The reference to ihe English-language
publications read as follows: Chapin? Fuller and Peerson. J. Appl. Phys,,
25, 676, 1954; Bell. Lab,. Pec., 33, 241, 1955; Vremmelmejer. Procy. IRE 46,
6., 1045-1049, 1958; Heitler W. The quantum Theory of Radiation, Oxford
University, Press, New York, 4. 1954.
ASSOCIATION: Institut yadernoy fiziki All UzSSR (Institute of Nuclear
Card 2/2 Physics AS z3"-~R) Y,

-31069
2 ZY 70 0 (16 S/10' 01/000/006/010/010
19 B1 02Y23'
138
=1
AUTHORS: Shalpykov, A., Lobanov, Ye. M,
TITLE: Determination of some carameters of semiconducting materials
by electron irradiation of p-n junctions
PERIODICAL: Akademiya nalik Uzbekskoy SSR.. Izvestiya, Seriya fiziko-
matematicheskikh nauk, no. 6, 1961, 80-81
TEXT; The authors examined the dependence of a Si photocell current on
the energy and on the intensity of the incident electron beam, The
energy of t~ie bombarding electrons was varied between 0 and 30 kev by
means of a hi-h-voltage rectifier, The incident electron current did not
exceed 20 va at a beam diameter of about 10 mm, During the measurements
the photocells were placed inside a glass chamber in which pressure was
maintained at 10- 6mm Hg. The current in the cell due to electron
bombariment was separated from the photocurrent due to light emission from
the electron gun. The cells were made of p-type Si single crystals, with
r,-n ~--inction produced by thermal diffusion in gaseous phosphorus. Results:
The zi-ort-ci-cuit current, I SC' caused by electron bombardment increased
Card 1 3