SCIENTIFIC ABSTRACT SHILOVA, S.A. - SHILOVITSKIY, S.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549510003-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHILOVA, S.A., TROITSKIY, V.B.
Some !-,Peciric features of the attacks of bloodsucking insects upon
!birds [vrith summary in Engliahl. Blul,MOrP*Otd, biol, 63 no.4:37-42
JI-Ag 158 (MMA 11:11)
(URAL MOTjlrr.AIN Rv-AION-DMm--M)
(PARAsrrEs.-PAss-. s)

SLILOVA,- S. A., USTINOVA, A. P., MROVA, N. V., TKACkENKO, N. N.,
KOROVINA, A. G., GLAIXIKH, S. G.
"Antitick measures in the nic! of spring-suDuner encephalitis."
report subadtted at the 13th All-Union Congress of Hygienists, I;pidemiologiS+U;,
mid Infedtionists, 1959.

in fh(j, 71.
(Tenth Crm~.',~rr-nce -)n
b I ~dtll 0
ari,~:,y ' ictences U,;J` il-vi .'cw~eny oC n
Cos

SHILOVA~ S. A. and MAL'KOV, G. B.
"Use of Systemic Poisons Against Rodents and Their Ectoparasites in
Nidi of 71ck-Borne F.4cephalitis."
Tentb Conference on Parasitological Problems and Diseases with Natural
Reservoirs, 22-29 October 1959p '101. 11, Publishing House of Academy of
Sciences, USSR, Moscow-Leningrad, 1959.
Perm Oblast Health and Epidemiology Station and Central Disinfection Re-
sc._311ch Institutet (Yoscow)

t j "ff ID
vi th "itl3rr-, Forvi 2'2-2-
1:),~Q)
251
C;--titral Scientific- Researen Inst- cf Disinfection Mcsccw

SHILOVA, S.A.
Biological foundation3 of epidemiological prognosis of tick-borne
encephalitis. Blul. MOIP. Otd. biol. 65 no.1:37-47 Ja-F ~60.
(MIRA 13:7)
(PERM PROVINCE-ENCEPHALITIS)
(TICKS AS CARRIERS OF DISEASE)

SHILOVAO S.A.; CHABOVSKIY, V.I.
Species of vertebrate animals Aerving as hosts rmdeatuis
P.Sch. within the range of this species. Biul. ~Or. irbiol* (0
no,5140-51 S-0 160, (TIM-HOST ANDULS) . (MMA l3t.12)

SHILOVA, SA.,- CHABOVSKIYO V.I.; MOROZOV, Yu.V.; SIMKIN, G.N.;
- ViSIL'YEV, B.D.; KRYLOVp D.G.; GOLOVLEV, Ye.L.
Epizootiological importance of birds in foci of tick-borne
encephalitis in the Central Urals. Ornitologiia no.631-26-
139 163. (MIRA 17t6)

- SHILOVA, S.A.
possibilities of progiostic est1wtion of tick-bome encephalitis.
morbidity rate. Hed. paraz. i paraz. bol. 32 no.3s296-302 My-Je 163
(MIRA 17:3)
1. Iz TSentrallnogo nauchno-issleclovateliskogo dezinfektsion-
nogo instituta ( dir.- prof. V.1. Vashkar).

lid
L 23503-65 EWT(I)/Dm(*)/EWT(s)~w(k,)/ZSD-2/rdP(b)/riP(t) 10(a) JD
ACCESSION NRt AP5001590 9/0226/"/000/006/0033/0041
ADMIOR: Critsan, D. It., Sarpukhava, L. N I 2k&v_L""j IAIMMA-13-0-9 AM
j
zina. -N. C., Buravlev, _At T., Yefv~al M- M- JD_MMP_A_VA_&
TITLE: Electrolytic method for obtaining powder for the manufacture of ferrites
SOURCE: Poroshkovaya metallurglya~;.. '6' 19", 33-42
TOPIC TAGSt nickel sine ferrite, el4ctro4spositLon, powder install Of ferrite
manufacture, _by4xmLLdp precipitation 110
ABSTRACT: The authors describe their electrolytic method for obtaining a mixture
of iron, nickel, and zinc hydroxides with a'preveribed composition. The method
can also be used to obtain a mixture of hydroxides completely fiee of extraneous
metal Ions and therefore not requiring special washing. by subsequent hast treat-
ment, A mixture of oxides of a given composition can be obtained from the hydroxift
mixture for the manufacture of nickel-zinc ferrites. This 41*cttvlytL* method of
obtaining nickel-sine ferrite powders to based an the joint anodic solution of
iron, nickel, and sine in the electrolytic call and simultaneous precipitation of
the ions as hydroxides by the hydroxyl Loom generated at the cathode. To elicit
Card 1/2

else
Z3303-63
ACCESSION MRs AP5COl59O
the possibility of controlling the composition of the hydroxide mixtures the
authors studied the kinetics of the eloatrodeposition of the hydroxide of "eh
metal separota~y, the completeness of their eApoottion, W the conditions under
which the poorly soluble compounds would not be deposited on the olosstrodas and
would not pasaivate them. The experiments v4re 4onducted at 20 and 90C, Elec-
trolysis was carried out in a glass vessell the inode was a plots wads of the test
metal and the cathode was a plats of stainless steel or other metal. Aqueous so-
lutions of various malts and staide vors used as the electrolyte, the most suitable
being diluted solutions of VACI, T41, at HC1. The Raj solutions wade it possible
to obtain very pure hydroxide mixturgs that did not require washing. OrU. art.
has; I table and 9 figures.
ASSOCTA.-XONs Khar1kovskLy gosunivewattet lat. A. M. Qor'kogo_(KhaX1kov state unA
_iK-~ Ks Lty)-'
SUEM=EDs 25Nov63 ZYMS 00 SUD 0DD9j M,10
NO REY SOVt 002 0=R1 000
Card 2/2

SEIL71A, S. *'.
Sn! r.,-,cl-.
11.1ro.Ari, *.,-1lr,nC" In Sad I 0t,'. L--) - ~ p 19" ?
I October, 1952. L N ~ 1 - ~ 2 S I T .-F T-n
Lli,t )f Fuvsirn Accos-Aons. Libr-rry of C,)n,,,r.-ss I

A
1 . MTIVAP 13. N.
2. USSR (600)
/+. Celery
7. Growing par5ley and celery seeds in the Sc,uth. Sad i og. no. 9p 1952.
9. Monthly List of Russian Accessions, LibrarY of Congress, JanuarZ -1953. Unclassified.

0
USSIR)~~Oine - ROCI8ntI3 Apr 49
Medicine - Laucocytes, Count
"Seasonal Changes in Leucocyte Count of Rodents
(Yellow -Throated Mouse, Apodezus Flaricollis
Malch.)," T. 1. Shilova, Biol Inst, Kba 'kov
State 11 imeni A. M. Gorlkiy, 4 pp
'Tok Ak 7-%uk SSSR" Vol LXV, No 4
Studied seasonal changes of this f am because it
is a carrier of the virus of Russian tick-borne
encephalitis in the nidi of this infection an&
undoubtedly may inrolve epizootic tularemia.
Drew up 2-page table for differential counts of
-hiAgr53
mn/jwuaine - ]ROunte (Contd) Apr 49
.yellow-throated m1ce in Sap 47, mar 48, jun-jul 1~8,
and Oct-NOT 48. Sulmitted by Aced L. A. Orbell,
3 Fab 49.
4lAqr53

" H i 1 ~"i;, , '71'. 1 . , inzir~ . ; lj* I i I U)IJ f-
, . 1 1. 1 J n zh .
1. tive cc--troll of *6~e lapping Xasi-.Incstroenie no.3:
5 "1 - ", 4My-je 16,.. ( y ERA 1 ~ ; "Ll 'I

SHILOVA, V.
We are Improving tachnolot7. Pro-rkoop.13 no#9&8 S 139.
i MM 13: 1)
1. SmeuW master teekha No.1 Moikovskoy arteli invalidov
"Znaqra trucla".
(Clothing Industry)

SHILOVA,Ye.A.
Testing the precision of threadgricAing machines. Stan. i instr. 26
no.8:29-31 Ad'55- (KLIRA 8:12)
(Screw-outting mechines)

MA OMRA Mho-,W&M i -- 504RIZA4M "S M- am=
MYOROVA.9 E.A.; SHILKIII, O.D.; VASIL'YE't, V.A.;_~HILDV.A., Ye.A.
Plastic gears foz jig-boring machines. Stan.i instr. 33 no.9:10-14
s 162. (Drillin and boring machinery) (KIRA 15:9)

Y,IRIld.OVA , T. S. -,
Erroro in meamwing the periodic deviation of the pitch of a lead
screw* lzm,tekh, no.7,-8-10 Jl 7-52. (14L-U 15:6)
(Screws-'-'esting)

SH-SKHOV, V.A.; SHILUVAI Ye.k.
Analyzing cyclic errors of ti--ead-grindind and screvo-cUtting machines.
Stan. i instr. 34 no.2:22-24 " 163. (MIU 16:5)
(Screv.-catting machines)

MAYOROVA, E.A.;- SHILOVA, Ye.A.,; SHIMIN, O.D.; ILI IDIA T.S.
Molding gear wheels of caprolan. Stan. I instr. 35 no.6t
23-25 Je 164 (MIRA 1728)

T
,- ~ , 1 i ~ ;~, it , 'I; , , . "1 0 p E I FA IV, ~. . ";.
T;ip cu--ting n -,-Utz. Mishlnuotrol tell no,):26
V-!, 65. (MIRA 1814)

SHILITIA, Ye. I.; LEVANOV, V. A.: GOLOKIU.IAT..VA, T. N.: and NIKITAYEVA, 0. G.
"Ways ct' Strengthening Alumiritzi Alloy~_ for PerforrArce at Elevated
Te.-peratures.
"Chances in the Mechanical Properties of A~imdnum-Copper-Mzgnesitm Al-loys
,Prod,aced by Plastic Deformation in the Frezhly quenched State and by Short-time
Annealin!- at 2000 C.
F'r 111z --ke-1. r T_~,c
A". ~,ZJF,

SOV/ 13 7 -58-10-21658
Translation f rom: Referativnyy zhurnal, Metallurgiya, 1958, Nr 10, p 173 (USSR)
AUTHORS: Livanov, V.A., Shilova, Ye.l., Golokhmatova, T.N.,
Nikitayeva, O.G,~~'_-
TITLE: Methods of Hardening Aluminum Alloys Intended for Operation
at Elevated Temperatures tPuti uprochneniya alyuminiyevykh
splavov dlya raboty pri povlshennykh temperaturakh)
PERIODICAL: V 9b.: Legkiye splavy. N." 1. Moscow, 1958, pp 88-122
ABSTRACT: Investigations were performed in order -to determine the
effect of various degrees of' cold hardening, as well as of con-
ditions of artificial aging (AA), on the mechanical properties
of sheets of D16 alloy (A) at room temperature and at elevated
temperatures. The initial rnaterial consisted of hot-rolled
sheets of the D16 A which had been tempered only, or were
tempered and subjected to natural aging for a period of five
days; tae sheets of the A we-re work-hardened by means of rol-
ling with reductions equivalent to 5, 10, 15, 20, 25, and 30016.
AA of work-hardened shcet:i, as well as sheets which have not
been so treated, was accornplished at temperatures of 150,
Card I/Z 170, 190, and ZOOOC, the soaking time being 6, S. 10, and lZ

SOV/137-58-IO-ZI658
Methods of Hardening Aluminum Alloys (cont.)
hours, respectively. Optimal AA conditions, established ort the basis of
studies of properties of the A's at room temperature, were maintained dur-
ing tests at elevated temperatures. The laws governing the changes occur-
ring in the properties of the A relative to 1he temperature of AA art: ident-
ical both at room temperature and at elevated temperatures. Specimens
which have been aged at 170-1800 possess maximal values of a-, and 9b,
but exhibit very low values of 6 . At lowe*-- temperatures of AA (130-1500),
the strength characteristics of the A's are somewhat impaired, but the 6
values are increased. Conducting the AA at a temperature of 190-2000 re-
sults in a lowering of all mechanical properties of the A. It has been estab-
lished that the strength of tempered and naturally aged D16 A is favorably
affected by work hardening at temperature.-~ of 100-2000. Work hardening
(5-2056 reduction) increases the a b of shei-ts of the D16 A by as much as
10- 15% at a temperature of 1000 an"' by 13- 18016 at a temperature of 150'.
[D,)tinial conditions for processing of sheetE of D16 consist of tempering
operations and work hardening by means of rolling with reductions of 5-2050
followed by AA (130- 1500 for 10-20 hours). Problems on the nature of hard-
ening of an A by means of mechanical worl-.ini; of it after the operations of
tempering and prior to the process of AA are discussed. 1. AD-mlinum all oil's --Hpmening
rninxp. a1-oyL;--Terrperatu_r(! factort~ E. K.
Card 2/Z I Alix

SOV/137-58-11-23547
TraAslation from: Referativnyy zhurnal. Metallurgiya, 1958, Nr 11, p 242 (USSR)
AUTHOR: Shilova, Ye. 1.
TITLE: Changes in the Mechanical Properties of Aluminum-copper -magnesium
Atloys Under the Effects nf Deformation in the Freshly-quenched Con-
dition and of Short-term Heating at ZOOOC (Izmeneniye mekhaniches-
kikh svoystv splavov alyuminiy-rned!-rnagh.iy,p64 0iyahiyem:dbformatsii
v svezhezakalennom sostoyanii i kratkovremerinogo~ nag'reva pri 2000.)
PERIODICAL: V sb.:, Legkiye splavy. Nr 1. Moscow, 1958, pp 123-132
ABSTRACT- In alloys (A) consisting of AI+4.80/o C;u+O. 20/o Mg, and in the stan-
dard D18 and V65 A, work-hardening by 2, 4, and 100/o elongation has
the result that the more worl(.-hardened material has a higher 0-b q1P
to,9 hours of aging time, while thereafter the curves for ab versus
natural aging time intersect for various degrees of work-hardening,
and when holding time is longer the more highly work-hardened ma-
terial proves to be the weaker.- The application of work-hardening
in the f reshly-quenched condition to the Alt 3.70/o Cut 1. 30/o Mg and
A1+2. 50/o Cu+Z. 5c)/o Mg A, a~ well as to D16, shows that the more
Card 112 highly work-hardened material retains an elevated ab after natural

SOV/1 37-58-11-23547
Gha~ges in the Mechanical Properties of Aluminum- copper- magnesium Alloys (cont.)
aging for up to 10 days, and the curves of ub versus natural aging time for different
degrees of work-hardening do not intersect. The A1+50/o Cu, A1+40/0 Cu+ 10/0 hig
and DI alloys represent a case intermediate between the foregoing. A short-term
heating of the investigated A at ZOOIC for ~O days results in a reduction in (Tb due
to recovery. The magnitude of this diminution proves different in different A. In
A having a constant total Cu and Mg conte-it of 50/o the softening declines as the Mg
contents increase.
L. R.
Card 212-

SHILOVA, Te.I.
Obialitativer cormosition of lysi-netric waters in some Podzol
types [with eummry in BnglislL. Vest.LGU 13 no.21:5-18
1519, (MIM 11: 12)
(Leningrad Province--Podtol) (Soil percolation)

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a-12IoY6 n,e.-~-e ac.l.lieved at 25 ;---e
a,,-.d 14 ruferences: 12 Soviet-bloc and 2 non-~iov4ct-"blon.
T'.,_,~ --'e-ference tuo t1vie publication rQads as 10,110-'!Z:
U -a, am-5 amd Kovano, J. Tapan, Inst. 1.etals, 19...7, 21, 72'
Cald 3/3

20265
S/ido/61/000/002/003/012
I -1~10A E073/E535
AUTHORS: Shilova, Ye. 1. and Nikitayeva, O.G. (hoscow)
TITLE: Influence of Small Degrees of Plastic Deformation on
the Properties of the Aluminium Alloy jQ110 (D16) with
Various Grain Sizes
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicne3kikh
nauk, Metallurgiya i toplivo, 1961, No.2, pp.68-71
TEM Deformed aluminium alloys which are hardened by heat
treatment (quenching followed by natural or artificial ageing)
become considerably softer on heating in the temperature range
200 to 2500C. The degree of softening depends on the composition
and also on the ctructure. In this temperature range Al-Zn-Mg-Cu
alloys show the highest degree of softening, whilst alloys of the
system Al-Cu-?Ig show the least softening. Slight degrees ~,f
deformation in thv cold state and a coarse grain structure have a
positive influence on strength and the authors of this paper
studied the simultaneous influence of these two factors. The
investigations were made on sheets of the aluminium alloy D16
(4.6% cu, 1.38 % mg, 0.6% Mn, 0.35% Fe and 0.25% SO from normal
Card 1/6

20265
Influence of Small Degrees ... S/180/61/000/002/003/012
E073/E535
production batches. After cold rolling to 2 mm, a ?art of the
5pecimens were annealed for 4.5 hours at 380 to 400 C, cooled with
a speed of 50OC/hour to 2500C and then in air. Directly after
rolling and after annealing'. all the sheets were hardened by
heating in a saltpetre bath for 15 min at 5000C, followet; by
quenching in water. After quenching, 'the sheets were straightened.
All the sheets, including some which had not been straightened,
were then tested at room temperature after artificial ageing for
30 days and also at 200, 250 and 300*C Furthermore, the time to
failure at loads of 20, 10 and 4 kg/mm respectively, was deter-
mined at 200, 250 and 3000C. Sheets hardened from the cold rolled
state differed from those hardened from the annealed state only by
the grain size, which was approximately four times smaller for the
first than for the second state. Slight deformation of both
sheets (c = I ~o 3%),after hardening,increases the strength by
1 to 1-5 kg/mm , the yield point by 2 kg/mm2 and reduces the
relative elongation by 2 to 3 units. For the hardened material,
the defor-mation during straightening has a considerably greater
influence on the mechanical properties at elevated temperatures
Card 2/6

20265
Influence of Small Degrees S/180/61/OOC/002/003/012
E073/E535
than it has &t room temperature, thereby this influence is greatly
affected by the original grain size of the material. Fig.2 shows
the influence of the degree of deformation,g,%, during straigh.ining
of sheets quenched from the cold rolled state (continuous lines)
and annealed state (dashed lines) on the strength a kg/mm2 at
200, 250 and 3000C for degrees of deformation: 1 04,'2 - 1%,
3 - 2%. Small degrees of deformation have a very positive influence
on the long run strength of coarse grain material; considerable
differences were encountered between the behaviour of fine grained
and coarse grained materials at various temperatures. Flg-3 shows
the influence of the degree of deformation, a,%, during straight-
ening of sheets qlienched from the cold rolled (continuous line
curves) and the annealed (dashed line curves) states on the long r n
strength at 200, 250 and 3000C and the stresses 20, 10 and 4 kg/mm ,
respectively. T, hours is the time to failure of the specimens. The
following conclusions are arrived at: in the temperature range in
which hardening phases are rejected from the solid solution the loss
in hardness is sinall (200-2500C for the alloy D16). The strength
characteristics in short duration and particularly in long
Card 3A

20265
Influence of Small Degrees S/180/61/000/002/003/012
E073/E535
duration runs can be considerably increased by applyin coarse
grained tiaterial with grain sizes of the order of 400 IL which,
after quenching, has been straightened by straightening rolls or by
stretching with a degree of reduction of 1 to 2%. At temperatures
above 2700C coarse grained materie.L which has not been subjected to
deformation possesses the highest strength. Coarsening of the
grain in cold deformed semifinished products can be produced by
quenching from the v,nnealed state. Differing grain sizes can be
obtained by controlling the annealing temperature, the heating
speed and also the degrec of deformation in the cold state prior to
annealing or quenching. The strength increase obtained for the Al
alloy D16 by means of slight deformation of coarse grained material
after quenching, can also be applied for other aluminium alloys,
There are 3 figures, 1 table and 15 references: 11 Soviet and
4 non-Soviet.
SUBMITTED: September 6, 1960
Card 4/6

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Influence of Small Degrees S/180/61/000/002/003/012
E073/E535
Fig.2
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2A

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to w e a 5 /a /v ie s 10 1 wa s S 10 49 5 PIC
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Influence of Small Degrees ...
'1006
Fig-3
I
20265
s/18o/61/000/002/003/012
E073/E535
'1180
1 2 0 1 2 0 1 Z 0 1 Z 0 If.
- I
Card 6/6

S/129/62/000/011/005/007
E193/F,383
AUTHORS: Shilova, Ye.l.,,Candidate of Technical-Sciences and
'ikitayeva, O.G., Engineer
N
T IT 1, E Mechanical properties of the alloy 4~ 16 (DA) plate
at elevated temperatures
13,','RIODICAL: Mctallov-edeniye i-tormicheskaya obrabotka m.etallov,
no. 11, 1962, 23 - 27
TEXT: "lie object of the present investigation was to deter-
inine the mechanical properties of alloy D16 plate as a function of
its compositinn and method of fabrication -. The composition of
tho alloy varied within the following limits W: 4.12-4-79 Cu,
1-28-1-56 mg, 0-5-o.6 Mn, 0-3-0-36 Fe and'O.26-0-30 Si. The
experimental specimens were tested afier one of the following -trea-t-
ments : . cold-rolling and solution-trentmentwith and without sub-
sequent stretching (straightening) operation; annealing and
1*olution-treatment with or without
subsequent stretching operation.
The experimental work included the following: tensile tests con-
ducted at room temperature on specimens aged naturally 'or 6-30
days; tensile tests at 200 0C conducted on s pecimens held at the
Card 1/3

S/129/62/000/011/005/007
Mechanical properties F,193/E383
teiziperature for 0.5-100 hours; tensile tests at 250 0C on speci-
mens held at the temperature for 0.5 - 20 hours; time-to-rupture
tests at 200, 250 and 300 0C- Conclu5ions: 1) Alloys with the
alloying-element content near its lower limit have the lowest
strength. 2) Plate that has been straightened by stretching
after the solution-treatment has a higher UTS and yield point (both
at ro,_~ and elevated temperatures) than material that has been
solutioa-treated only. 3) As long as the plate is stretched after
solurion-treatment it does not matter whether the material has been
cold-rolled or annealed before the solution-treatment: the strength
of both types of materials is about the same and higher than that
of unstretched plate. 4) Although some plastic strain (about 11,0'
during the stretching operation) is necessary to improve the
mechanical properties of the plate, the variation in the degree of
plastic deformation (in the 1-30% range) during stretching has little
effect on the mechanical properties of the alloy!tudied. 5) The
stretching operation after Nolution-treatment is the most important
factor determining the time-to-rupture of the plate at 200 OC, the
beneficial effect of this treatment being much more pronounced in
~;ard 2/3

S/129/62/000/011/005/007
Mcch6nical properties E193/E383
coarsely-granular material. 6) The creep properties of t4e plate
;At 250 and 3000C depend much more on its grain size than on the
stretching operation. Specimens solution-treated after 4nnealing
have a time-to-rupture turice as long as those that have been
solution-treated after cold-rolling and, consequently, have grains
three to four times smaller than the former material
There are 3 figures and 2 tables.
Card 3/5

SH-ILOVAP,Ye.I.; NIKITAYEVA, O.G.
Recovery phenowna during the aging of duralumin-tyj* alloys.
I7sl. aplav. tayet. met. no.3:62-67 162. WRA 15:8)
Duralumin-Hardening) (Metals, Effect of temperature on)

SHILOVA. Y j. kand.tekhn.nauk; NIKITAYEVA, O.G., inzh.
Mechanical properties of D16 alloy sheets during
heating. Metalloved. i term. obr. met. no.11:23-27
11 162. (MIRA 15:11)
(metals at high teiRpertLtures)

--SHILOVA-, Y-6.1. (Moskva); MESHKOIA, O.V. (Moskva); ITIKITAYEVA, O.G. (Moskva);
YEIXBAJ, A.G. (Moskva)
Effect of grain size in D16 and D19 alloys on crack formation
and the strength of welded joints. Avtom. ever. 15 no.8:14-20
Ag 162* (MIRA 15:7)
(Nonferrous alloys-Hetallography)
(Sheet metal-Welding)

- - ___ __ __ - - - - ___ - - __ __ __ - - ____ ---- --- - ___
SHILOVAv Ye.I.; KOROVKINA, L.V.
Comparative study of the composition of solutions and lysimtric'
waters in turf-Fodzolic soils. Pochvovedenis no.8ill-23 Ag -162.
(MMA 1611)
1. Leningradskiy gosudarstvannyy universitet.
(Soils-Analysis) (Podsol)

SHILOVA, Ye.I., ZELENOVA, A.F.; KOROVKINA, L.V.
Comparative characteristics of the composition of solutions and
lysimetric waters in newly reclaimed Podzolic soils. Pochvovedenie
no-4:45-59 AP 163. (MIRA 160)
1. Leningradakiy universitet imeni, A.A.Zhdanova.
(Podzol) (Soils--Composition)

KAURICHEV, I.S.; KGMAROVA, II.A.i SKRYI-1-1KCATA, I.F.; SHILOVA, Ye.l.
IL-thods fcr studying the chemical componition of the liquid
pha.se of soil (soil solution). Pochvo7elenie no.6:3547 Je 163.
(MIRA 16.7)

ACCESSION NR: AT4037665 B/2981/64/000/003/0237/0250
AUTHOR: Shilova, Ye. L; Nikitayeva, 0. G.; Kozlovskaya, V. P., Vasillyeva, Ye. N.
TITLE: Heat resistant alloy D 19
SOURCE: Alyuminiyevy*ye splavy*, no. 3, 1964. Deform iruyemy*yo splavy*
(Malleable alloys), 237-250
TOPIC TAGS: aluminum, aluminum alloy, alloy D 19, heat resistant aluminum alloy,
copper admixture, manganese admixture, magnesium admixture, duraluminum,
duraluminum mechanical property, duralummum corrosion resistance
ABSTRACT: According t(Y iLq composition, ' the heat-resistant aluminum alloy D 19 of the
M-Cu-Mg-Mn system is an intermediate alloy between D 16 and D17, and is intended for
sheets, pressed sernifinished products, and rivet wire. The alloy contains 3.2-4.3% Cu,
1.8- 2.6%Mn, 0.03-0.15%Ti, 0.0005-0.00&% Be and no more than 0.3-0.5% Fe or Si.and
0. 1% Zn. In the present paper, the authors report the results of a general investigation of
the mechanical properties of D 19 alloy semifinished products. Initial studies concerned
tl.c influence of natural aging time (0-30 day3) on the mechanical properties of quenched
iliect specimens having various compositions, i.e.: Cu and Mg at the lower limit; Cu and
iWig at the higher limit; Cu at the higher limi,; and Mg at the lower limit; Cu at the lower
Card 1/3

ACCESSION N14 AT4037665
limit and M- at the higher limit. Before quenching, the speciments were in the annealed
or cold rolled condition. Other tests were made to determine the effect of heating to
200 and 250 C on the mechanical properties at room temperature of sheet specimens with
d.,Zerent historic3 of heat-treatment and strain hardening. The mechanical properties
of sheet and wire specirnents were also determined at elevated temperatures (up tc, 300 C).
Furthern-iore, creep rupture tests were performed on sheet specimens at 175-300 C, and
zero-to-tention fatigue tests on specimens previously subjected to various heat treatments
or strain hardening operations. Rivets of D 19 1-1 and V 95 were tested at repeated zero-
to-ma;%imum shear loads at room temperature and at 175 C. Finally, specimens of D 19 and
D IG alloys under various conditions were tested for corrosion resistance in 3% NaCl or
or 317o NaCl + 0. 1% H 0 On the basis of the results obtained, it was concluded that: the
2 2~ 19 is a heat-resstant alloy; at temperatures of 20 - 150 C i
t:ur.-duminum type ILI y ts
lo
strength is equal to the strength of D IG alloy, while at 170-250 C its strength is higher
than that of D 16 alloy by approximately 8- 10%. Under a repeated static load, the strength
of D 19 alloy is similar to that of D 16. Alloy D 19 has a reduced rate of strengthenirZ
during natural aging; therefore, cold working operations can be performed with thJs alloy
during a longer period of time (6-8 hours) than with alloy D'16; this property is particularly
0 CR
desirablo for riveting material. Products made of alloy D 19, in contrast to D 16, do not
exhibit a tendency to inter6rranular corrosion durivig heating in the temperature range
tord- 2/3
-7!7

ACCESSION NR: AT4037665
150-250 C because of a ,-.are favorable phase composition. In this connection, semifinished
products of D 15 alloy can be used In the naturally aged condition in structures working at
20-25~, C. "The corrosion resistance was determined by Eng. S. M. Ambartsum~an, the
tesLs M' .4 repeated shear loads were carried out by Eng. B. F. Bogdanov under the direction.
of Doet. Tech. Sci. ".. L Marin, and M. F. AkInfiyeva, V. N. Zhuravleva and T. N.
Go~o'diniatova also took part in the experimental work." OrIg. art. has: 6 figures and
8
ASSOCIATION: none
DATE ACQ: 04Jun64 ENCL, 00
SUB CODE: MM NO REF SOV. 004 OTHER! 000
S,crd_ 3/3

J~'
"Yo. 1. 0. G.;
r, 0 n 0
U -Ono~
"I'i'U,: Properties of a!J.oy.3 of UD system
Eetallove(Ioniyo 1,97-11-Uhh splavov (1,'otal-
SUMCE : All SS'S,-, Institut me tallil-r-IIII-LI 11 4
Nal .65, 78-87
lograri"y 0~ alloys). Ifoscow, Izd-vo I .11ca, 1C,
TOPIC TAGS- alloy phase diagram, metal alloy D18
alloy, 765 alloy, DI alloy, D16 alloy, D19 al VD17 alloyD19 alloy
OY,
Tho strongth 1L-dt, rolativo elongation, corrosion stability, fatigue
limit, an6 the tendency towards crack. formation during welding of the alloys forned
by the q;~--tari wore studied. The specimens were prernred in a aDbite
crucibloVlat 6C0-6900 and were homogenized at 480C for 24 hr. The coefficient of
-!----~r-acli.--f-ormatior, diwing weldinC was calculated accordinG to the fomu:La
K_-._ cr.100,
whGro is 'the total langth of cracks and is the total lonrth of weld,
er weld
Iho o-xporLmontal results are shown graphicall- T inental
y (see Fig. 1), Ie oxper
Card 113

I ~ ~ 2 .2 .
ACC r"F~ IJI'66,16413
Fig. 1. Gurvoo connoct.-Ing :,Yjirts
limit for alloys of Lhe
A:L-Cu-,','i,--l,n in tho tonpored and
naturally aged stato normal
temperature.
Cc,,d

-i~lr %cl~-:-, ro C red tl*-.o c orz r,,-, 1-0 S ill 3 f o r t!an utr"I.-II ril r~- y j
7j,' Cu
~(T-, -1 D16 and '61 Was founri co; :,ai ir~,7 3.
and 2.3'., or more *.'~-, olhowod the loas'~ tp=:oncy towanr~o crack fnr--I~.-Ion. Th e c 0,rr o -
r) -, i r ta b i. Iof a 11 o y c o nta n i r-gr 3 - - 5'?" C u an d 0 s i r ~ 1 e p en d e n t ot h o
phase 7,ooition i.e., C>< + C-.IJ'Ll
0
or 1:4 + S. However, intorci-.-3tallino corrosion
2 --------
which rosult3 fron short-time heating to 150C doos dopond on the nature of the
phase composition. Orig. art. ha3: 1 table and 7 figures.
SUB COLE: 1l/ SU-51-11 DATLE: 16uop65/ ORIG: RU: Oll/ OA-11 Ra 002
Card 3

SHILOVA. Ye.l.; KMOVKINA, L.V.
Chamcterlatica of the composition and properties of the solution
of Podzolic soil In a "PrIlee-mosa foreat baajd on lysimstric dat4.
Pochvovedenie no.9:40-47 s #65. (MIRA 18z10)
lo laningradakiy universitat imeni, Zhdanova.

SHILOVA, Ye.I#
EiRhth International Congress of Soil Scientista. Vest. LGU 20
no.21:156-158 165- (MJRA 18112)

ACC NRt AP6036439 SOURCF CODE:- UR/037o/66/ooo/oo6/0089/0096--i'--
AU7,dOR: Shilova, Ye. I. (Yo 'scow); Nikitegreva, 0. G. (Mscov); Vasillyeva, Ye. N.
mos cow)
ORG: none
TITIE: The effect of grain size on the properties of AK4-1 aluminum-allo., sheets
SOUR(X: AN SSSR. Izvestiya. Metally, no. 6, 1966, 89-96
TOPIC TAGS: aluminum, copper, maXiesium alloy, nEckel containing alloy, metal
property, grain size/AK4-1 aluminum alloy
ABSTRACT; AK4-1 aluminum alloy sheets (1. 5 x 1200 x 3000 mm) , cold rolled from
fully annealed plates of various thicknesses with reductiorpof 0.5, 10 and 64%,
were solution annealed at 525 1 3C for 15 min and water quenched. One group of
diects um articially agaad at 190C for 12 and 24 hr, which produced grain sizes of
22-38 u. Another group of sheets was naturally aged for 3-720 hr. It was found
that the auration of natural aging has little or no effect on the elongation. "The
yield strength and tensile strength are not affected by aging for up to 15 hr, then
increase rather sharply, and after about 48 hr remain on the same level. The
mechanical properties, especially yield strengt4cfnaturally and artifically aged
specimens increase with the decrease of grain size. The optimal grain size was
found to be 30-40 p, which is obtained by a defcrmation of 10-15%. Subsequent
Card 112

ACC NRi AP6036439
-aging at 125, 150 and 175C for up to 500 hr had little or no effect on room-tempera-
ture mechanical properties or the corrosion and stress corrosion resistance. The
creep strength increases with increased grain size; 1.5% deformation (stretch
leveling of sheets) after solution annealing lowers the creep strength it 125, 150
and 175C. It was also established that the grain size of the alloy sheets greatly
affects the critical degree of deformation. Coarser (35-40 ji) grain sizes and
finer dispersion of the secondary phase increase the critical degree of deforma".ion
from 1.5- 2% to 5% and higher. Orig.'art. has: 1 figure and 6 tables.
SUB C012: 11, 13/ SUBM DATE: o3,Tun66/ ORIG REF: 0091 OTH REF: 001/ ATD PMSS: 5108

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"be mg.-mincral contpdo. was 33% in the rok. fraction and
=00

0*
1
3%intbealk.froiction. Hythewfloacif5vIcHOSOtboror
compds. weir only nbrdVAYU4. The usbydrolyzed .00
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9 - an
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SHIWVA, Te.I., dots.
- I -----
P.A. Kostychev, one Of the founders of Russian soil science.
Vest- WU 3 no.12:118-127 D '48, (MIRA 12,09)
(Kostychev, Pavel Andreevich, 1845-1895)

-SHnon, YE*
USSR/Science - Soil Science Oct 49,
Fauna, Soil
"Characteristics of Methods for Calculatins the
Numbers and Sizes of Fau= " Ye. I. Shilova L. V.
Zhurik, r of Experime tal Soil Sci, Leninj~ad
State U C~li
.' I pp
"Pochvoved" No 10
Study of available methods for counting various
groups of soil fauna--hand picking. washing the soil
in sieves, extraction in "trial ents" atparatuv-
shows sieve method permitis fulfeat coun Hand
method counts largest forms but few'of fine numeri-
cally redminant forms--jkpierygota and Acakina.
fttractig metbad t kcarina, and Insect
but not ~Taei=" klmwamidae larvae,
terygota. CM the me~6_ol; can be used to calculiLte

- 61# 1 - - - /JF*"--
, The bk"gkal CWacteristics of the ptodle of podsolised
sods. E. 1. Shilova (A. A. ZIul4n.v Sttc I'vim. Unjn~
CrA). --PW%W7V9WMl. W-49.~Thr utilmat~m 4)( 111,
tj,t%-s by the root oysirin which it coned. i-s the J hmitm I,
.,vi~i,ktcd as the cjuw of the 1"IsAiti6m effvt.
I "~ I"Itc
11S.1-

SHIWVA, Ye.I*
Method of direct obser7ation of the microflora of the rhizosphere.
Vest.Len.un. 10 n0-1:43-53 Ja 155 (MML 8:4)
(Boil microorganisms)

SHILOVA,Ye.l.; KONDRATITEVA,K.'-R.
Some characteristics of the rhizospheres of clover and timothy.
Vest.Len.un. 10 no.4:17-24 Ap 155. (YT-RA 8:8)
(Rhizoophere microbiology)

SHILOVA, Ye.I.: KRE M , K.G.
'p-11V -
Carbon dioxide of the soil solution and its role In soil formation.
[with summary in Inglishl. Pochvovedenie no.7:65-72 J1 '57.
(MIRA 10:11)
1. Leningradakiy ordens Lenina gosuniversitat imeni A.A.Zhdanova.
(Soil formation) (Carbon dioxide)

SHILOYA, To. I.
Moro on the riecessIty of a critical attitude toward Academician
T.R. Vilitans thiory of the indivisible natilre of the process of
:oil formation 1'wlth all-ry In Inglish]. rest. WU 12 no-9:33-42
57. (MM 10:8)
(ViLliams, Thsilii Robertovicb, 1863-1939)
(SoLl formation)

SHILOVA, Te.I.
Qualitative composition of lyalmeter vaters of virgin and
cultivated Podsolic soils based on data of five-year obser-
vations [with summary in Inglishl. Pochvoyedenis no.1:86-97
-Ta '59. (WMA 12:2)
1. Leningradskiy gosudarstvennyy universitet Iment, A.A.' Zhdap.
novae
(Podzol) (Minerals in soil)

SHILOVA., Ye.i.
Present state of the problem of Boll evIolutlou and methods of
studying it. Report No,,.I, Vest.LGU 14 no*15;26-35 159&
(Min 14:4)
(Soil formation)

SHILOVA, Ye. I.
Avolution of the exchange of matter in the biosphers. Report Noo2.
Vast. LGU 1,5 no.3:41-55 160. (MIRA 13:1)
(Paleontology)

SHILOVA, Ye.l.
Ikolution of the exchange of matter and energy in the biosphere.
Report NO-3; Latitudinal zomlity and saturation of the biosphere
with oxygen resulting from the development of life in tie Pre-Qaater-
nary period and principal conditions of its recent manifestation. Test
LGU 15 no-9:37-50 160. OCERA 13:4)
(PAISOMOLOGY)

SHILOVAl Ye,I.; KOPDVKINAP LaVo
Seasonal dynamics in the chemical coaposition of lyalmeter waters
of Podzolic silt loam soils(with summary in English]* Pochvovedenis
no-3:36-1+7 Ptr 161. OMIRAt 14:3)
1. Leningradskiy gosudaratvannyy universitate
(Podzol) (Soil moisture)

S-TiIWVA,, Ye.I.; KOROVKIIIA, L.V,
Comparative specification of the composition of solutions and
the lysimet--ic watera of highly pocL-o2.ized soils of ispruce-
oxa-I's foreste. Pochvovedenie no.W"l Ag 161.
(MIRA 14-,Il)
1. Lcningradskiy gosudarstvennyy universitet imeni. A.A.Zhdanova.
OcKbol-4nalysis)

SHIWVAj Ye.I.1 KOROVKINAp L.V.
Dynamics of infiltration and -qualitative c=pooition cf water measured
by a lysimoter in sandy soil witb surface Podzole Veet. izu 16
no. 6:106-117 161. (MIRA 14:4)
(Soil percolation)

---SHILOU,
V.I. Vernadskii and the problem of the development of the
biosphere. Vest. LGU 17 no.9:5-21 162. (mrRA 15:5)
(Vernadsii, Vladimir Ivanovicb, 1863-1945)
(Biology-Milosophy)

S/806/62/000/003/006/018
AT4THORS: Shilova, Ye. I., Nikitayeva, 0. G.
TIFLE: On the "recovery" phenomenon in the aging of Duralumin-type alloys.
SOURCE; Akademiya nauk SSSR. Institut metallurgii, Issledovaniye splavov
t! tavetnykh metallov. no.3. .1962, 61-67.
TEXT: The paper describes experimental evidence on the appearance of the
11recovery!' phenomenon, i.e., a lowering of the hardness and strew& th of a naturally -
aged Duralumin-type material upon short-term heating to 200-300 C to the values
first observed directly after quenching, a lowering which upon subsequent aging is
recovered again. It is postulated that the "recovery" state of Duralumin is not
structurally identical with the freshly-quenched state. A16 (D16) and J119 (D19) -
sheet material (compositions listed) were tested in two states: (1) quenched, 2%-
straightened, and cold-rolled; (11) tempered and quenched without straightening.
Specimens of both batches were tested immediately after water quench and after 5-
day natural aging. Experimental short-term high-T soaking in a saltpeter bath
lasted 30, 60, 120 240, and 360 sec at 2000C; 0, 20, 45, and 60 sec at 2500; 0, 10,
20, and 40 sec at'300 0. These times were in addition to a warm-up period of 15-20
sec. Specimens were then water-cooled at 20-250 and one-half buried in snow (to
maintain the freshly-quenched condition) and one-half exposed to aging in air. Test
results (over-full-page tabulations) show that an up-to-6-min 2000 heating of D16
Card 1/2
ASS'-4-'1dnguage Soviet
- OC'AT'ON: jVone given.

F SHILOVA. Ye.S.
:". ,
Spread and stationary distribution of the gerbil (Meriones erythrourus
Gray] In the Northern Aral Sea region. Biul.MOIP. Otd.biol. 58 no.2:3-',,
'53. (MLEA 6:6)
(Aral Sea Region--Jerboas)

- I . / -, I"' " , ~ ; ,- I -
-t / L~, I-
~ 7-11 7 i --,r -V ~ 7--- --Y I --- - - --- - - - - - -- -- ---- -- - -- - - --- ---
KRTLOTA, K.T.-, SHILOVA, Te.S.; SHILOV, M.N.
Characteristics of the ecology of the Ard (Rhombomye opinme Licht.)
during the winter period in the northern Aral Sea region. Biul.KOIP
Otd.biol. 59 no.2:3-14 Mr-Ap 154, (KM 7:6)
(Aral Sea region-Rodentia) (Radentia-Aral, Sea region)

SHILOVA, Ye o3 1 -
Wintering habits of Aacistrodon halys. Bial.XOIP. Otd.biol. 61 no.4:
86-87 JI-Ag '56. (XW 10:8)
(ARAL SEA REGION-URPIOTS)
(ANIKALS. R&BITS ARD BHEFAVICR CY)

SHIWVA, U.S.
Territorial distribution of burrowo of some carnivo4bus ma=als and
their relation with the coloniso of thegreater gerbil. BIUL MOIP*
Otd. biol. 65 no*5;139-W M 160. (mm '13312)
(ARAL SEA REGION-,UDW,69 HABITATIONS OF)

KRYIDVAq K.T.1 VARSHAVSKIYg S.N.; ZHIWVAg-Yqj,-$- SHILOVt M.X.-; PODLESSMt
KMMINA 9 M. G. -
Characteristics of interepecifU contact in colonies of the.greater
gerbil (Rhombomys opimus Idchti) in the northern PaA of the Aral
Sea region. Zool. zhur. 40 no.3-.434-446 Mr 161. (KUU 14:3)
1. Aral Sea Anti-Plague Station and Aral Reanch of the Moscow -
Society of Naturalists.. -I.
(Aral Sea ftion-Gerbils as carriers of disease) -

ROTSHILID? YG.V.; SHILOV, M.N.; SKERIN., V.14.; -.~IJILDVA.,_ Ye tS,
Surface food supply piles of the greater gerbil (JUmbomys opimus
Licht.). Biu-1. MDIP. Otd. biol. 66 no.6:43-50 11-D 161.
(ARAL SEA REGION-GERBILS) (MIRA 14:22)
(ANDWS I FOOD HABITS OF)

KMTKEVICH., I.K.# kmnA.tekhn.naj,k, dotsont; ARBUZOV.. S.V., kand.tekhn.nauk;
Prinimall-uchastiye: KRASIKM, Z.N.; NA-1,7RM, Sh.I.)
SOLOVIYEV, N.S.; S41LOVA, Z.F.., ZAYTSEVA, L.V.,- KOROTKOVA, L.N.;
KONYLKIV, A.F.; GLAMZDA, V.P.; LOMMU, V.T.
New simplified method of leather drying and moisturizing.
Izvevysouchebozave; tekh.leg.prom. 3:43-58 162. (MIRA 15:6)
1. Vsesoyuzny.,r zaochnyy institut tekstillnoy i legkoy
promyshlennosti (for Kvyatkevich). 2. TSentrallnyy nauchno-
issledovatellskiy institut kozhevenno-obuvnoy promynblennosti
(for Arbuzov). Rekomendov&na, k&fedroy ma3hin i aytomatov
Vsesoyuznogo zaachnogo institt-ta tekstilinoy i legkoy promysh-
lennosti.
(Leather-Drying)

1. S'IIT S. A.
2. USSR (600)
4. ffodvahop.B
7. Feeding of' hedfch:ge (Erinacous eur(pacus L.) In the southern forests. Zool. zhur
31 no. 6 1952.
9. Vont List of Runsian Accessirng, Library of' Congress, 1:1rch 1953. Unclassified.

--'I-- ~ i ' --- -' ' - - -~ 7~'T% , :; . ' - --- - --- I
_ i - ;_ ~r- . .1 . - - - ---- -- ---- - -
'.4ood :)rfr~-s, rq
~(olf- of "-, nq.ior in .!:p so .I?r!rr f.3rente )f '.~ip !;!ir,).)-an U.S.S.R.
Yl no.4, l') tl " .
:A7.t of Rimnipn Acf-p_q ?n I
_qi_nqr,, litbr-lrlr of Coyi-~resu, Dpcf%mber 111j2. L e assifled.

SHIWVA-XRASSOVA, S.A.
ON."Mm
Activity of insectivorous birds in areas of mass propagation of harmW forest
insects. Zool.zhur- 32 no-5:955-963 S-0 '53. (MLRA 6:10)
1. Biologo-pochvennyy institut Moskovskogo gosudarstvannogo universitata im.
H.V.Lomononova. (Birds) (Forest insects)

SHIOVji-K~WSOVA, S.A.
Birda in the fight against i)ine nests.
Priroda 42 no.9:116-117 S 15).
(KM 6:8)
1. TSentralInyy Ilunchno-issledovatellaUY dezinfektsionnyy institut Minister-
stva zdravookhraneni:,u SSSR. (Birds-Food) (Fine-motli)

FLINT, V.Te.;SHIWVI-KRASSOVA,S.A.
Method of obserylug a flcck of tltml^.e. Zool.shur. 34 no.6:138&1388
N-D 155. (nn g..1)
I.Biologo-pochvennyy fakulltet Hoskarskogo gosudarstyennogo
universiteta Imeni K.T.Ipomonosova.
(Titmice)

SHILOVA-KRASSOVA, S.A.
Experimental use of starlings for the control of cockchafers in forests
of shelterbelt districts. Biul. MOM Ot-1. biol. 60 no.1-.47-50 J&-F 155.
(Starlings) (Cockchafers) (KM 8:7)

i- -:.
ml ,
"'The of, 7.--~.:ny Din-7nosts :':.-n 3L:-~Olo~~y" Stonatologi*.Mq :lloe 29

KOGETUDZE. Goorgiy Artemlvevick Ixof.; SHILOVA4MEHANIX Rakhill
Solomnovna, dotsent; Z.A.y
tekhn. red.
[X-rEq diagnosis of diseaces of the teeth and jaus; a textbook
for doctors and studenta]Rontgenodiagnostika zabolevanii zubov
i choliuntei; posobie dlin vrachoi i studentov. Moskvap Medglzq
1962. 283 p. (MIM 15:9)
1. Doystvitellnyy chlon Akademii meditsinskikh nauk S= (for
Zodgenifte).
(TEETH-RADIOGHAPHr) (JAWS--MIOMR HY)

____ SHILOYETSO -D-.- -P.- --- ------
Manufacture of-welded and roveted steel structures: textboo" Izd. 2., dop. i perer
Moskva, Gos. izd-vo lit-ry po stroitel'stvu i arkhitekture, 1955. 194 P- (55-35575)
TA6P_-4.S53 1955
1. Steel, Structural.

-SLUkQvlagv--I-*Vo-.
Zootechnician and vaterinarlan. Zhivotnovodetvo 20 no.11:91
N '58- (KIRA 11! 11)
(Stock and stoaltbreeding)

is is m it 14 it is a be a 6 o- a a a 40 do a a See
r a L-1 -&
so ". I " -A-A-A L a as P 0 a I
, ,I .., 1.11 1.111., ad
7-00
. .
of liksto of Rho datervir so
A S*w miload f4w of deformlim -00
00 ripenti" of chef" M X.
Ji'faw. 4. No. 3. 19
00 1 h-tn. of the buffer pn4wrfie,,i of the smirr-imA. parmol d .-so
00 f!W ch"-%e is a ouitable metW for Jctg. the degrm of
b
ff
h
71
h
i -00
u
er po we, -
rorwriew of Dutch c
eem.
m c
ange
n
so ti- with site 14 esIverimany marked in Ilserrsion of P11 X-111,
ISIS bridirmlivart air
fibirnitilshil-askin manif thymol.
!he fw4:
..
hiluakil Ilivre.1plibe
.
or IA vv~ $4 Water, (saw 4414v. (WaIWO s4 the nitrate 1% -00

00 Istristrif Alamo PhriswPhilsialesn 91s1 mism"her Addus.1
600
ibyrtrolplithak-in. 0.1 N alkali being uwd in each imer.
go J: rhe diffrrrner between the 2 tifirwitiams is the buffer In&%
200
0001 ,4 1 ff. fil I'm ..brw I Isim III 64d Ihit value 1, 400
00 'P 43: after 5numthit it I, M. M-wr Use

so r
00
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Ole
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to L 4 SCIALLLOCKAL 1.11111141611t CLAIIIFK41KO %so*
so It

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Is
processes .41) Pacefor,99 -14.
.00
9. No. 4. 77-W let" 4datted MA

a* is ambalind by Wbo W" to 0" a watirr-". cawin-
Ate. nbkb It mdlly &iW WO PatkAV4 in lam of a 00
The aunt tftdUY *A. rftAuct is obuirsed frons
'
00 Arv imm-
casein Wd. at 35% umples made at 65
3 4% 11C1 misled In
t dew b
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in r=dd tray-dried at Y) 40
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ftWI milk ad
oiWe coattal of J2. th--r Pf- ''0-
gg* qiauty. ,,,I %AVf' ovif 4r

DeftnWastim of
0.
mdodwya Prom a
mn'Plc (39.),tfhumftdin45mll#sO.iofilteved&AdIOd.
lisp-ollam tilvated with bakin and *it It th
"Wbakin indicators with el-NO.Zi, Tbwdi&nsmvb,.
ligrations is the buOrring ability of the dmvw. which is a o
ful aw irukx; it Is expmewd in &-gvws by MaWimlim
cd the titer ddktm by 100; " r&uF* from 70 to MO for
various kkkis at ~ 0 . U. X0906pod
lp,

CA
Stabdily Mo. S. ShWUrs
Ault .47% n, 1. No. V. M4
WIL-w;Mlid m k. avam. &ad butter:products survive
slut4se better at levels 01 low amisture volacent. The Use
at hitunsco4topregmead paper for pscUM iss4vised. Ctn.
f ormlly at 2* leas deterkwation occurs dLan at 10".
Co. X Kooolannff

SHILOVICH, M.; KOMPLOVA. 0.
Dalr:- Products - Ann17,sis and Examination
Fxnlditious method for determining sol,Ability of dr:1-d milk nroducts. Pol. T)rom. 1"
no. (), 1052.
1952
9. Monthly List of Russian Accessions, Library of Congress, December IPW Unclassified.

1. YARTN1.iA, L., 5HILOVIC~:, M.
2. ussR (6oo)
4. Milk - Analysis and Examination
7. Testing the methods for quickly determining the quantity of protein In milk.
Moloch Drom. No 2 1953.
9. Monthly List af Russian Accessions, Library of Congress, April _ 1953, Uncl.

;-1 Examination of criiiiii and coftqe chee" for 9"
lation(tern atqn)of the gtartingrastgrial
CL4_ V Lf and 0. Kwifllova. Molockx4ya Frm. R. HIKENOW
(1953).-Qual. methods based on the thermal Inactiratiou of
AS- Xy peroxidase end phosphatase are described for detil. whether
the milY and cream used had been flash-heated to 8D-4160
(at 75' for 10 min.) or held at 63* for M min. Perer4lese
teit; Weigh 2 g. of cream or cbftft into a test tube and dU.
the samples with 2 and 4 mi, of distd. water, iesp., add
' ' 'a special KI-starch reagent and I drop of
e"'7 - InI. of 2
2'0 sda. of beuxidine to ale.
and 1 2 ~,Tl _35751 HA -and shake the samples
a e. appearance of a blue color Iii I
Lind of greenish blue in 11 Mcate the presesict of peroxidase.
A fresh KI-starch reagent should be rrepd. when a blue
color develops in boiled control within 2 min. Phosphakse
test: Dil. cream or cheese samples (apptox. 2 g.) with 2 mi.
of water and 4 ml. of 0.1 N alkali, resp., add I ml. of phenol-
plithalein phosphate soln. (().I g. of sub-arate in 80 ml.
of IAN N11.011 + 20 uil. of IZS Nll.CU and mix well.
Incubate the samples for 30 min. In a watcr bath at 40-45'.
Appearance of the ro-e-lika color within 10--30 min. indi-_
phOS V. N. X.
cates the pr&ence of PhItUSe.

C.).vI'I L 14) 1,T)
USSR/Chemical Technology. Chmical Products and Their Application Food industry,
1-21"
Ab6t Journal; Referat Zhur - KhImiyaj No 2,0 1957, 6674
Authors Bhilovich~ M. K.
- --I----- - - ----------------
Institutiont None
Title; Determination of the Moisture Content of Dairy Products by Means of
the Apparatus Designed by Chizhova
Original
Publications Moloch. prom-st', 1956, No 3, 28-30
Abstract: Tests of the apparatus designed by ChiZhDVa (Referat Zhur - Wmlysj?
1955, 49319) have shown its suitability for a rapid determination of
the moisture content of non-fat and fat-containing pot cheese, sweet
and salted milk curd products, acidulous pastep whole and non-fat
dry milk, dry cream, concentrated milk and cream containing sugar
and in concentrated sterilized milk without sugar. 4-5 9 of the
dairy product are placed Into a paper bag, that has been dried and
weighed, and are dried thereins pot cheese, acidulous paste and
Card 1/2

BUKHMUj A.I.9 kand.med.naukj SHIWVITSKIYt S.M., mayor med.oluahby
Case of spontaneous pneumothorax in flight, Voen.-med, shur,
no. 2:83 F 161. (HIU 24:2)
(FInEJMOTHORAX)