SCIENTIFIC ABSTRACT STRIZHKOV, B.V. - STRIZOV, S.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 3, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

85690
9,21to (37-03///(o 23
I? Y, 2 e?a 0 ( // 4/// 6_~)
AUTHORS: Ananlyeva, A. A.,
TITLE:
S/048/60/024/011/026/036
B006/BO60
ryumova, M. A., and Strizhko
Pureiarium
Some Anomalous Properties of Chemically
Titanate
Ceramic4
PERIODICAL: Izvestiya Akademii nauk SSSR.. Seriya fizicheskaya, 1960,
Vol,. 24, No, 11, PP. 1401 -- 1404
TEXT: This is the reproduction of a lecture delivered at the Third Con-
ference on Ferroelectricity which took place in Moscow from January 25 to
30, 19~~O. The authors studied the properties of high-purity BaTiO 3 ceramics
which had been obtained via the following reactions:
BaCl 2' 2H20 + TiCl4+ 2H2C20 4' 2H20 - BaTiO(C 20 4)2.4H20 + 6HC1 + H 20
t7900C
BaTiO 3 + 2CO 2 + 4H 20
The reactions and respective results were studied by thermographic, X-ray,
and chemical analyses. The specimens obtained were submitted to heat treat-
ment at 900 - 14500C. In these specimens, ~: was measured as a function of
Card 112

8589c)
Some Anomalous Properties of Chemically Pure S/048/60/024/011/026/036
Barium Titanate Ceramics B006/BO60
the heat treatment temperature and the curve obtained was compared with
that taken from technically pure BaTiO 3' While the F_ of high-purity BaTiO
specimens attains a maximum (6000) at a temperature of 1240'C, and then
drops to a constant value of 2300. the ~_--value of technically pure
specimens remains below 1500.. Fig, 2 shows r- as a function of the duration
of the heat treatment at 1270 and 1350 0C (high purity) and 13500C
(technological) Only in the former case does E_ decrease with time, while
remaining constant in the two latter cases,, Fig.. 3 illustrates the
dependence of density, porosity, and water uptake of the specimens on the
heat treatment temperature. The sharpest changes were ob3er ed at 124000.
At this temperature, density attains its maximum (5.94 g/cm ) and conserves
it; porosity and water uptake are practically nil. Fig. 4 shows micro-
pictures of sections of the individual specimens undergoing a heat treat-
ment at various temperatures, The grain size was found to be highly
temperature-dependent. There are 4 figures and 5 non-Soviet references.
Card 2/2

3)
2-)
AUTHORS: Ananlyeva, A
85892
3/048/60/024 '/011/027/036
BOO06/BO6O
A, Strizhkov, B. V . Ugryumovaj M. A.
TITLE: Dielectranjknd Piezoelectric Properties)~ f Chemically Pure
Barium T-~tanate 6eramics
PERIODICAL: Izvestiya Akademi-i nauk SSSR.. Seriya fizicheskaya, 1960,
Vol 24. No. 11, pp. 1405 - 1408
TEXT: This is the reproduction of a lecture delivered at the Third
Conference on Ferroelectricity which took place in Moscow from January 25
to 30, 1960- N~ S, Novosil~tsev, A, L.. Khodakov. and the authors of this
paper examined polycrystalline specimens of chemically pure barium
titanate and determined the dependence of the electrophysical properties
on the heat treatment temperature A report is made here of the dielectric,
elastic, and piezoelectric properties of chemically pure BaTiO 3' The heat
treatments were made at 1180, 1240, 1270. and 1400 0C (specimens I - 4), and
also commercially pure specimens (No.5) were examined for a comparison
(13800C). Investigation results are given in diagrams and tables, Fig. 1
shows the temperature dependence of the various specimens 1 - 5, the peak
Card 1/5

Dielectric and Piezoelectric Properties of S/0845 9~1 0/024/011/027/056
Chemically Pure Barium Titanate Ceramics B006PBO60
values being tabulated. Fig, 2 shows F_(t) for polarized and nonpolarized
coarse-grained chemically pure BaTiO 3 specimens; the two F-peaks (ist and
2nd phase trans-it:on) are well marked and are somewhat higher for the
polarized specimen, The acoustic velocity c was determined in pure BaTiO
ceramics on the basis of the radial vibrations of polarized specimens.
Fig,. ~ shows its temperature dependence; c0rises rapidly with temperature
and remains practically constant from 1300 C on Fig 4 illustrates the
dependence of the piezoelectric modulus d 31 on the heat treatment
temperature.. For chemically pure BaTiO3 ceramics, d31 is about 1.5 times
as high as for commercially pure BaTiO 3" Specimens submitted to heat treat-
ment below 12500C exhibited very high d 31 values; thus, e.g., the specimen
treated at 117000 had a d '0 _6 CGSE, There are 4 figures, 2 tables,
3 1 ~ 5'. .
and 4 references: 3 Soviet and I US
Card 2/3

ARM
2
--- -,

.... .
. .....

S/04 60/024/011/027/036
Boo6 o6o
Legend to the Table: 1) temperature of heat
13800C),
treatment, 2) commercial ceramics (
3) temperature of first phase transition,
4) temperature of second phase transition;
F, peak value at first phase transition,
k
F- 2. peak value at second pha'se transitton,
k
L minimum value.
Ft'~
, 4 t. De 0
-
TomnepaTypa
c t
'k Tt

aTypa
k _ - "."S 1
1 11 '
UCPeXO:13.
C
~3 nepev
.... .
94 npa 20 t93
nPff w
1180 4500 3750 3100 1,45 1,21 126 25
1240 8600 7300 5900 1
45 1
23 130 0,059 0,03
1270 8300 61,00 50
00 ,
1.66
1 ,
1
28
127 23 0,081 01056

1400
10300
21,00
1750
95
5 .
1
37
132 20 01055 01033

jentiviecliag
74100
1900
1200 .
6
16 ,
1
58
123 12 0,01 0,028-

iepa.4101(a.
Card , , 0
0,02

pO8

0 D 2 7 5
86378
31/020/60/133/006/029/031xx
n
-o 16 /'--- 0 54
AUTEORS,
Tsvetkov, A. 1, 1, Laptskiy, A. V., Vlasov, L. G., and
TITLE: P--:,;u,.-I.tirj-j of Titanyl Oxalatps of Bivalent Metals, Lind a
hfmical Study of Their Thermal Decomposition
PEMIOLICAL: Dc~".';-Iv Akademii nauk SSSR, 19~0, Vol 133, No. 6,
'~47-1 349
TEXT-, Th e a u to r rer,-)r- cn the synthe--;is c'I Salts of titanyl oxalic
ac,id H (TI_O(CI 0') '-2H 0 with bi7alent cations, and on the physico-
/ 2
2 2
chemical study -,f 1%;71 aecomposition Of these salts on heating, For this
purpoce, th~:? auf,.-)rs developed special methods- and produced., with their
a
barium- , stion-um- , !pad-., and calr-Jum-t
'd, itanyl oxalates.. For the
first three -alt.,-, *hey used the follow2nr,7 procedure: Concentrated
solution ct cxall~ a.~i~l was added, under continuous stirring, to the
aqueous sclution -,f TiC~ (--on-entration 0.2-0-3 wKich had been
prepared by t,-~e mc~fhr-i cIescribed in Ref. ' Aqueous solutions of barium
Card 1/3

86378
Production or 'i'rany',' Oza'ates of Bvalent
VC,06/029/031EX
Metals, and a Fhynico-rh~~--iical Study of Their Bri 16 1-20 5 4
Thermal De,-.ompo.,lition
chloride, strontiur-ii chloride, or lead nitrate -;,rere added to the resulting
solution of f1tanyl oxalate at room temperat-irt~. The r.-3sulting complex
-salts yielded a -xh'te precipitate. Calcium-1fanyl ox--ilate could only
be obtained in acet'oni- solutlor. An analysis ()'f The coirivounds produced
showed the folio-Arin.- comr)=.tlons: BaTiO(C 204 1;1: ?0; sr~io(c204)2 - 5 H20;
PbTiO(C 204)3' 41120, and CaTiO(C 204)2' 5H20- By an X-ray phase analysis and
a crystal-optical investi-ation, the authors proved that the complex salts
r,
obtained consist of small isotropic crystals, A comprehensive thermo-
0-raphic and thermogrrav~metr-'-: investigation showed that the thermal
0
decomposition of the said f:,.1r titanyl oxalates proceeds by steps, and is
accompanied by several endo- and exothermic processes (Fig. 1) ' From the
character of decomposition, the authors conclude that the oxalate groups
are mainly bound to the titanyl ion; the cation has no noticeable effect
on the strength of this bond. The process of thermal decomposition is
concluded at about 8000C. The end products are meta-titanates of the
corresponding metals. Table 1 gives the specific gravities of the salts
used and of the products of thermal decomposition- As was exDected, the
Card 21J

86378
Producfion Titanyl Oxalates of Bivalent S1020/1-0,11 33/006/029/031XX
IMetals, an(! a Physico-chemical Study of Their BO 1
Therm%]
ty inci
specific eu~-,es with ricin roasting ter;mnrature up to a maximm
which corro,;.7on,!--, to the orecific Is-ravities of barium-, :itrontium-,
c a lciu,,..-, ar,! I ~il t i res,~,).--t-Jve- I yThere are 1 fjLmre, 1 table,
and 3 nrn-S7r:-.--,;--t refer-ncc-s.
ASSOC IATI~~'..7: rr~-.sudar..3tvonnyy universitet 4m- V. Lomonosova
Sta~;-- ',Jniver.:;--,+y imeni Y. V. LoLlorosov)
PRESENTED: 7, "~6Cj. by I, I. Chernyayev, Acado:.,ician
SUB14ITTED: 1 4 40
Card 3/3

83975
L
LI-1 0 D
J
S/080/60/033/009/()07/021
A003/001
AUTHORS: Strizhkov, B.V., Lapitskiy, A.V., Vlasov, L.G.
TITLE- The Physical-Chemical Study of the Decomposition of the Barium
Titanyl Oxalate Binary Salt
I
PFRIODICAL: Zhurnal rikladnoy khimii, 1960, Vol. 33, No. 9, pp. 2009-200
TEXT: BaTIO(C204)'4H20 and the products of its thermal decomposition
were investigated. It was subjected to complex thermographic and themogravita-
tion analysis within the temperature range from 20 to 1,4000C. ?he investigation
was carried out in the Gosudarstvennyy issledovatel'skly elektrokeramicheskly X
Institut (State Electroceramic Research Institute) on a Voronkov's apparatus
(Ref. 4). The weight of the batch was 0.15 g. The temperature was raised at
the rate of 8 degrees/min. The first endothermic process was observed at 1750C
and was accompanied by a weight loss of 16.7% corresponding to a loss of 4 mole-
cules of crystallization water. The second process took place at 341--0c. It was
accompanied by a weight loss of 20% due to the decomposition of the oxalate ion
and liberation of two molecules of carbon-dioxide. The third effect, at 6700C,
was due to the liberation of another two molecules of carbon dioxide resulting
Card 112

STRIZUOV, B.V.; IAPITSKIY, A.V.; VIABOV, L.G.; TSVETKOV, A.I.
Synthesis of titanyl oxalates of divalent metals and a
physicochemical study of their thermal decompositiono
Dokl,A.N SSSR 133 ro.6.-1347-1349 Ag 16o,
(MIRA 13:6)
1. Moskovskiy gooudaretvennyy universitet imeni M.Vo
Lomonosova. Predstavleno akRdemikom, I.I.Gherro7avym.
(Ozalates) (Titanium compounds)

STR I Z HKOV I_ g CAND CHEM SCII "k PHYSICO-CHEMICAL
r
STUDY OF CERTAIN FERROELECTRICSs" moscow, 1961. (CAIN
OF HIGHER AND SEC SPEC ED RSFSR. %JOSCOW ORDER OF LEN114 AND
ORDER OF LABOR RED 9ANNER STATE UNIV IMENI M. V. LomONOSOV.
CHEMICAL FACULTY). (KL-DVj 11-61, 211).
-48-

,;T:..-LZ'l.WV, B.V.; WITSirxIY, A.V.; VL13OV, L.G.
Preparation of calciwn titanyl oxalat,~. Zhur. noo.--:. 6 no.l:
238-239 161. (MI.-A 14:2)
(Calc-,--Ll.l titanyl o.,alatc)

VIASOVY L.G.; IAPITSKIY, A.V.; STRIUKOVI M.
Thermographic and themograviractric study of oxalatoniobates.
Vest. Mosk. un. Ser. 2t Khim. 16 nool:57-58 Ja-F 161.
(MIRA 14-4)
1. Kafedra radiokhimii Moskovskogo universiteta.
(Oxalatoniobates)

STRIZHKOV, B.V*; LAPITSKIY. A.V.; VLASOV, L.G.
Preparation and thermographic study of barium, lead and strontium
titanyl oxalates. Zhur.prikl.khim. 34 no.3:673-674 Mr 16l.-
(MIRA 14:5)
(Barium titanyl oxalate) (IAad titanyl oxalate)
(Strontium titanyl oxalate)

STRIZ11KOV B.V.; L"~.PITSKIY A.V.; SIMANOV, Yu..P.; VLASCV, L.G.
- ---- --- -- Js .7
Complex titanium oxalates. Zhur.neorg.khim. 7 m.9:2181-2184
S 102o (1-11pa 1,1:9)
(Titanium oxalate)

STRIZIIKOV, B.V.; LAPITSKIY, A.V.; VLASOV, L.G.
Thermal decomposition of oxalic acid and bivalent metal
oxalates. Zhur.neorgokhim. 7 no..10:2352-2356 d 162. (MIRA 15:10)
1. Moskovskiy gosudarevennyy universitet imeni Lomonsova i
Akusticheskiy institut AN SSSR.
(Oxalic acid) (Oxalates) (Thermochemistry)

VLASOV, L.G.; UPITSKIY, A.V.; SALIMOV, M.A.; STRIZHKOV, B.V.
Structure of complex niobium oxalates. Zhur.neo~jj.khim.
7 no.11:2531+-2536 N 162. (MIRA 15:12)
(Niobium compounds) (Niobium oxalate)

3/020/62/145/005/011/020
B1o6/B144
AUTHOIRSi 71asov, L. G., Strizhkov. B. V., Lapitskiy, A. V., and
SnIlmov, M. A.
T I Tbl;'~ t Infrared absorption spectra of titanium and niobium oxalatel� i
Pl-~R j OD I C AL, Akndemiya naak SSSR, Doklady, v. 145, no- 5j 1962, 1055- 1(?51
TEM The complex nature of titanium and nioblum oxalates has not hitherto
been clenrly explained. Therefore, the authors studied the infrared
Spectra of the followinF oxa;ntes previously synthesizedL
Na i [111)1)(C 0 2 1120 K L NbO 2H 0, (11H ) LNbO(C 0 ) J-2H 0,
2 4 (C204)3] ' 2 4 3 2 4 3 2
C,ri TiO(C 0 TiO(C 0 )2] -5-511 Ba 'iO(C 0 )J-4 . The
F ) - 4111,0. Sr 2 4 20' IT "20
2 4 21 C 2 4
sp-actra of oxalates containihg Na, K, Nil 4' Ca, Sr, or Ba were taken for
compa rison. Titanyl and alkaline-earth metal oxalates were investigated
by the powder mothod, the other oxalates in the form of pastes. The sp?ct3a
of t,)Y~ ~-,ijqhoozalates showed one sharp absorption maximum 6f 900 - 750 cm-
rarre, and two such maxima in the 1600 - 1100 cm-1 range. The spF.ctra of
Card 1 3

6/OPO/62/145/005/011/020
Infrared absorption spectra ... B106/B144
c-,x,ilriteo contfl-ning Ti or Nb, however, showed two and three abaorption
-ixijj-in, respectivcly, In these two ranges. According to Zh. Lekont,
m,
(InCt-fiVrasnoye izlucheniye (Infrared radi-ttion), %, 1958), this proves that
tl!-~e titanium and niobium oxalates are complex compounds. The spectra
ri~rther showed that the water contained in the oxalates was crystallizaticin
r. The q1.:3r-ncc of other absorotion bands in titanyl oxalateu suggests
te
that b-)t)i cxaLatc proups are coordinatively bound to Ti. There are some
more band3 in Nb derivatives. Studies of the thermal st,-jbflity of these
oy.niates shovied that tno of the three oxalate groups are bound more loosel'y,
and therofore are decomposed at lower temperatures, than the third. In
V. compounds botll oxalate Froups are decomposed at thr- same time. This
It-;nd.,j to the conclusion that in complex niobium oxalates only one oxalate,
Froup is bound coordinatively to Nb. General formulas suggested for the
Ti nind Nb compoundsIinvestigatedi MeH [TiO(C204)21 -n1i20, and
J I-NI.-.0 c 0,] .2Y;e HC 0 MH 0, There are 2 figures.
.!P- 2 2 2 4. 2
A330CIATIONs L;oskovskiy gosudarstvennyy universitet im. M. V. Lomonasova
('-",oscow State University imeni M. V. Lomonosov)
\Iar'i 213

3/020/62/145/005,,'07t/020
Infrared %hsorption spectra B106/B144
PRES ENTLD i April 4, 1962, by I. I. Chernynyev, Academician
S U F
1:! IT" E J) iApril..1, 1962
C4rd 313

-STRE"HKOV, B.V.; L1,11PIT.71Y, A.V.
Problem of the anomalous properties of chemically pure ceramics
of' barium titanate. Vest.Mosk.un. Ser.2:Flnim. 18 no.6:36-38
N-D '63. (MIRA 17:4)
1. Kafedra radiokhimii Moskovskogo universiteta.

L 953-6 DIP (e)/EPA (S)-2/EVIT (m)/tWP (,;)/EIJP (i)/EFIF (n)-2/FAA (d)/EPA(w )-2/
T/EWP(t)/E14P(b)/FV1A (c) Pab-10/P-t-l0/Pu_4 IJP(* JD/4G/WH
ACCESSION-NIX.-A24006931- -&/0080431036/012[26.96M
C)
AUTHOR: strizhkov, B. V.
Lapit My, A. V.
TITLE: Physicochemical study of divalent metal niobates
SOURCE: Zhurnal prikl. khImil, v. 36, no. 12, 1963, 2595-2600
0 TAGS: ceramic, ferrqelectric ceramic, diValent metal mot bate, Cal-
c iu a
T
etaniobate., strontiuml etaniobate, bariurr~6etaniobate,lea7dtetaniobate,
metaniobate ceramic 1?roduct metaniobate preparation, hexaniobate thermal de-
composition, hexaniobate thermal analysis, metaniobate thermal analysis, DTA,
metaniobate ceramic property, meolaniobate dielectric property met-iniobate,
niobate, metal niobate
ABSTRACT: A study of divalent metal niobates involved Investigation into th e pro-".
perties of ferroelectric ceramics as well as the production of calcium, strantiumi
barium and lead metaniobates by synthesizing their hexaniobates by a previously
developed method W. A, Pchelkin, et al., Zhurnal Obahchey Khimii, 24, 1284,
jCardl/3

L 39953-65
ACCESSION NR: AP4006931
1954). Thermal decomposition of the divalent metal hexanlobates begins with a
dehydration process which occurs in the form of two endothermic reactions ap-
proximately to 300C. When heated to 600-700C, the resulting exothermic react~-
ion of the divalent metal hexaniobates does not produce any change in weight of
the s4ts. A chemical and x-ray analysis of this process revealed that the solid
_pbase!~~roduced by the stated reaction represents a.mixture of the metaniobates
and oxides of the respective divalent metals, hence that the exothermic reaction
occurring at 600-700C is apparently due to the decomposition of calcium, stron-.
tium, barium and lead hexanlobates and formation of metaniobates and oxides of
these metals. An investigation of the dielectric pif:)~erties of calcium- , strontium
and barium metantobates reveals that they tsually improve with increasing calcin-'
ing temperature. The investigation showed that the thermal decomposition
method facilitates the production of divalent metal metaniobates at 900-700C,
whereas in the case of a caking reaction, these salts can only be synthesized at
about 1000C; and that the ceramics consisting of such metantobates possess very
high dielectric properties. Orig. art. has: 2 figures and 3 tables,
Card 2/3

B.V.~ LAIIIIP.S?~,ky- A.U.
Properties of me7!~t,-,a
I xi.~.t,f~-q ct bi-a-len' ~-- trj,
r
mi?thod of therTrud '10--nmic-2ition~ Vest. 14,-'K. un. Ser. -'!
no . I ~ / ~- i, 6 fl,'I!:A .
I
1. t

L 16036-65 DeTI(e)1EPA(s) /E6T(n)/EPF(n)-2/EPA(w,'1-2/r-,7eiP(t)/EWP(b)/A'A(h) Pab-10/
Pt_-0 Q/Tjjj_~ T i P (C j'~S 5 DIA SD (a' -51AFWL/A 3D (m) - 3 A 5K, P) - 2/A F E?R/Es-n (gs
~FD~WH S1 4/007/003/037
ACCESSION NR: AP4044739 B,9!)(t) 0153/6 3/0377
AUTHORS: Strizhkovl_ B.V-;L~pitakiyi A.:'V.
TITLE: Study of the properties of solid solutions of titanates and
niobates of divalent metals
SOURCE: IVUZ. Khimiya i khimicheskaya tekhnologiya, v. 7, no. 3j
1964, 373-377
TOPIC TAGS: divalent metal titanate, divalent metal niobate, ceramic,!
barium lead titanate, barium lead niobate, strontium lead niobate,
solid solution, titanyloxalate thermal decomposition, ceramic proper-.
ty, density, porosity, water adsorption, x ray analysis, crystal
lattice parameter, electrophysical property, dielectric property
ABSTRACT: The properties of ceramics of divalent metal titanate and
niobate solid solutions [(Ba,PbJTi0 179-aV b Nb 0 Pb)Nb206 I
obtained by thermal decomposition Wcorrespond?n~lcomplex compounds
were investigated. Compressed samples of a powder solution
of 88 mol% Ba-12 mol% Pb titanate, obtained by thermal decomposition
the titanyloxalate, were heated for 30 minutes at temperatures in
1/3

L 16036-65
ACCESSION NR: AP4044739
the 1100-1350C range. The ceramic properties (specific weight,
porosities, water adsorption) of the products were determined; the
most dense ceramic was obtained at 1200C. X-ray analysis showed the
he c/a lattice parameters decreased as the temperature was
ratio of t
increased. A study of the electro-physical properties showed the
dielectric and piezoelectric properties improved with increasing
temperature. The Curie point was maximum (194C) in samples heated
to 120OC; the second phase transition temperature was below -20C in
all samples. Thus, in comparison to barium titanate, the Curie point
was more than 60 degrees higher, while the second phase transition
re was sharply reduced in the Ba-Pb titanate solid solution.~
temperatu
The following solid solutions of Pb niobate.s with Ba and Sr niobates:
1%
were prepared by thermal decomposition of the hexaniobates: 60 mo
Pb(NbO -40 Ba(NbO and 80-20 and 70-30 mol% Pb(NbO Sr(Nbo
Samp e 3)2 O~C2
1 s were comprXgA and baked at temperatures in tha LOO-13
range. The ceramics fired at 1250C were the most dense. All the
samples.exce t those fired atllOO and 1150C showed ferroelectric
properties wgich the individual titanates did not have. The dielec-
tric and p--I.ezoelectric properties improved with firing temperature up
to 1250C; in the 1300C samples these properties were somewhat lower.,
Card 2/3

L 1036-615
ACCESSION NR; AP4044739
"X-ray arialysis of the solid solution of barium lead titanate) cor-ducted by
Yu. N. Venevtsev and V. V. Chkaloy at our request, indicated ....... The authors
acknowledge their help and kind at tion." Orig. art. has: 4 tables and 1
equation.
'ASSOCIATION: Moskovskiy gosudarstvenny*y universitet im. M. V. T-.m=osova
(Moscow State UaivergLty)j_ Akusticheskiy institut All SSSR Kafedra radiokhimii
(Acoustical Institute AN SSSR Radiocherdcal Department)
SUBKWIMED: 230ct62
NR W SOV: 007
ENCL: 00
OTHER: 000
SUB CODE: MM'S5
Card 3/3
"A

STRIZHOVJ G,F.; MYASNIKOV, P.A.
Investigating the oxidation roasting of ilmenite concentrates in
a vortex chamber. Stall 21 no. 4:326-332 Ap 161, (MIRA 14:4)
1. Vsesoyuznyy nauchno-issledovatellskiy institut metallurgi-
cheskoy teplotekhniki.
(Ore dressing) (Ilmenite)

G.W.; i A,; PJANEIII, Yu.L..
Efficient operating conditions for aluminum pulverizing equipment.
Stall 23 no. 3:234-237 Mr 164. (MM 17:5)
1. Vsesoyuznn, nauchno-issledovatellskiy institut metallurgicheskoy
teplotekhniki i Klyuchevskiy zavod ferrosplavov.

MYASNiKOV, P.A.; CKUNLV, A.I.; KOCHIIINY M.I.- SMIZHOV (; I,* -
11 -. ---- ;, * 1,
I ~4 11
WIMMICin, .A.
Testing a turbulent dust-oxygen burner in a recirc:11at-lon
furnace. Trudy Inst. met. UFAN SSSR no.8: 5-15 163.
(MIRA 17:9)

k'6,,L,T Taw)
.r, 91 IMS NVAn --4E7uI SP11-1.1, 'AOTq uc.2fx.-j ul;
T4qTA uoTsuadmg uT -~UTz-jaddof.) TUjfl PUT'.IPWS
. ;'D llioRzl~ns *I.fj
'*V'g 4PUDIH~MRA "V*J ~AOYIWRVlm t,vv ,,A7qflfl)lo ',i'w 'to'Moom

SOV/115-59-5-20/27
2S(2)
AUTHOR: Strizhkov, G.m.
_-- - --------
TITLE- Frequency Errors at Measuring Capacities with Q-meter
PFnIODICAL: lzmeritellnaya Tekhnika, 1959, Nr 5, pp 45-48 (USSR)
ABSTILICT: To study the characteristics of the Q-meters KVI and UKI, their
electric arrangement has to be substituted by an equivalent (Fig-1),
in which nothing but reactive elements of the measuring circuit are
taken into account. For measuring capacitances, active resistances
are regarded as negligible. The author presents a calculation of
the absolute error at capacitance measurings (equation (3)). The
data of an cx~,;crimont (~re given. It was made to find the absolute
error in an experir,,1ent,,.l wty. The experiment was done with Icriown
CRIMCitances. Condenser type KVCh-1 , made by NGIMIP, were used.
The author states, that the results of the theoretical and expef-
imental investigations should serve as the basis for the establish-
inent of accuracy standards for capacitance measuring, with the in-
stallations KV-1 and UK-I on high and extra-high frequencies. There
Card 1/1 are I diagram, 4 graphs and 11 equations.

SOV/115-59-10-161/29
AUTHORS: Strizhkov, G.M., Rabinovich, B.Ye.
TITLE: T;1easuring the Current With a Thermistor Bridge on Fre-
quencies up to 1,000 mc
PERIODICAL: Izmeritel'naya tekhnika, 1959, Nr 10, pp 38-40 (USSR)
ABSTRACT: The authors give a detailed description of graphical
and analytical calculations for the use of a thermis-
tor bridge for measuring the highest frequency curr-
ents (Pigs 1 and 3). For this purpose the TSh-2 and
TSh-3 thermistor bridges must be used, since they have
the smallest by-passing capacitance and currents from
1 to 10 mil-amp. can be measured by these bridges.
There are 2 diagrams, 3 graphs and 1 Soviet reference.
CaT-d 1/1

9, 2/00 Ov,.y
(2-FOV.., 116VoA,,Y)
AUTHOR: Strizhkov, G. 14.
20447
C-/115/61/006/003/011/013
B124/B204
TITLEs Low-ohmip film resistors for ultrahigh frequencies
PERIODICALt lzmeritellnaya tekhnika, no. 3, 1961, 51-53
TEXTs It was shown (Ref.1) that film resistors in the shape of thin
disks exhibit;P low -~.reactance; relation
0 7 d'
Y. R, 1 -1 - - To .
CA
Rx
45
holds for the transmission impedance of a section of the coaxial lead'
with a metal film of thickness d attached perpendicular to the axis of
the lead. Therein, iJ-,,i H denote the voltage at the output and the current
at the input of the film, respectively, R. the d.c. resistance of the
Card 1/7

20
S/11 1 /000/003/011/013
5~j
Low-ohmic film resistors... B124 B204
film, and 6 the frequency-dependent skin depth of the current. On the
basis of the current distribution over the cross section of the film
(Fig. 1), the equivalent scheme as shown in Fig. 2 can be established.
The skin effect is taken into account by the inductance L T which rises
w-'th film thickness. The shunting inductances may be regarded the
result of parallel connection of the elementary radial bands, with the
total inductance being raised due to deviation from symmetry. Symmetry
means the fact that the thickness and the-resistance of the film do not
2 (,)1 L28
depend on the azimuth. RN +
R2 + L.+ ' LT
4
is obtained on the assumption that the current load applied to the
resistor to be examined is DZI 2 , and that R1-R 2 R4 and Lj.L 2.2L,,. In
the case of Mil - constj output voltage drops with rising frequency
because 6 decreases. This process is described.in Eq. (2)1 if L T>> LH then
b y I 1J_ H R 1 "Fi +-,-7-( -LT / _4R H-) 2'j (3). Thick and thin films without
Card 2/7

20447
S/115/61/000/003/011/013
Low-ohmic film resistors ... B124/B204
asymmetry have a "decreasing" frequency characteristic, similar to that
shown in Fig-3. In thin films it is difficult to secure symmetryl
LHincreases considerably when the symmetry of the inductance is
disturbed; at L,> LTo the output voltage rises with frequency
2 ' 2
0141-1 %1 R,, ~1 + .2 (L,/RH) =111,1R4 (1+af ) (4). Low-ohmic resistors are
produced by evaporating silver upon steatite; therein, control of the
film thickness and obeying of the geometrical and electrical symmetry of
the resistor are the most important clauses. The uniformity of film
thickness was controlled by a probe with four contact needles; the
maximum permissible deviation is �5%. The difference of the radii R 0-r0
(Fig.1) was measured directly. The frequency characteristic of every
finished resistor was measured by means of a thermistor bridge and a
receiver (Fig-4). The total frequency characteristic of the resistor and
of the thermistor was determined with the aid of the scheme shown in Fig.5,
jawl - RHAPT/R To )'(l+D0f2) - ju01(1+D of2) (5), where PTdenotes the power
measured by the thermistor, and RTO the d.c. resistance of the thermistor Ix
Card 3/7

20447
S/115/61/000/003/011/013
Low-ohmic film resistors... B124/B204
the correction factors A 1 and A 2 were introduced thus accounting for the
frequency characteristic and the position of the thermistor at the
distance 1 from the resistor. Here, A, - -(1/2)co 2R2 C2 (6), where
equ To sh
Csh denotes the capacity equivalent to thermistor shunting (for a
TW-2 6 (TSh-2B)-type thermist or equal to 0. 3 pf) . The values of lequ and
of A2 were calculated from the design of the thermistor head (in the
present case 1 equ 12 mm). The parameter a of the frequency character-
istic amounts to a D -2n2 R C 2 -2n2. (l 2 u/C2) (7), where C-3-10 11 mm/sec.
0 To sh eq 3
Por low-ohmic resistors within the limits of R of (0-5 - 3)-10- ohms,
6
a - (0-05-0.25)-10- , The dependence of the resistance on the current
passing reads as followst AR, - (b13) % (8), where b amounts to about
7-10- 4 at RH ' (1-5)-10- 3 ohms. The mean value of the temperature
coefficient of resistivity is 0.26% per degree. There are 5 figures and
Card 4/7

Low-ohmic film resistors ...
20447
S11151611000100310111013
B124/B204
2 references: 1 Soviet-bloo and 1 non-Soviet-bloc.
Ut L, U, U,
Rf
9~11R
Card 5/7

STRIZHOV, G.M.
Study of the errors of standard equipment for the reproduction of
small voltaFes with a frequency up to 1,000 mc. Trudy in5t. Kom.
stand., mer i izm. prib. no-53!45-5.'-, '61. 04IRA 15:2)
1. Vsesoyuznyy nauchno-issledovatel'-kiy institut metrologii in.
D.I.Mendeleyeva.
(Electric measurements)

STRIZHKOVJI N,, S~j KUZNETSOV, I. G~
Outatanding excavator operator, Tranfip, atrol. 13 no.4,'40L-41
Ap 16L (MIRA 16,14)
1. Nachal'nik Abakanskoy normativno-,issledovatellskoy stantsii
Orgtransstroya (for-Strizhkov). 2. Starshly inzhener Abakanskoy
normativno-issledovatel'skoy stantsii Orgtr-anastroya,
(Railroads--F,arthwork)

1 r. zr;
A bFL s r - -
In r,,~ y ne !~~an r
5 n~.
t ri-i

KOPYLOV, &-.Ye.; LISKORTS., S.A-.-, STRIZiWtOV, N.S.; TSYPLEKKOV, V.D.
Stabillrd-ng embankments by seeding them vitb gY%. after the
laying,of the track. Transp. stroi, 15 no.6:4-7 A 165.
1 (MIRA 18:12)
1. Glavnyy tekhnolog upravleniya stroitell~tva""Abakanstroyput'"~
(for Kopylov). 2. Zamestitall nuchallnika otdela puti TSeutrall-
nogo instituta. normativnykh issledovaniy i'nauchno-tekhnicheskoy
informatall v transportnom stroitallstve (for Liskovets).
3. Nachallnik Abakanskoy, normativno-isoledovatellskoy stantsii
(for Strizhkov). 4. Ispolnyayushchiy obyazannosti nachallnika
Pechorskoy normativno-isaledovatellskoy stantsii (for TSyplenka7).

ET'RIZIIKOV, P., 91avnyY rjelchanilc
Mobile plant for making gypeum sawdust omstics. Ha stroi.Kook.
I no.12:26 D 158. (MIRA 11:12)
(Wood waste) (Gypsum)
I

T".RIZI[YOV. P.-, TRUKUNDVICH, S., inzh.; KOSKAYE1. P.O. , mokbanik; ZRIMMM, A..
elet-trik; DUIIKEVlCIITJS, V., syarnhchik; M.)VOMILOV, G., slesar,
Proposals of efficiency promoters. Na stroi.Mosk. 2 no.2:28:29 F 159-
(MIRA 12:3)
J. Glavnyy mnkhanik stroitql1nogo ucbastka-96 treat& 14oaotdelstroy No-5
(for Stri7bkov). 2. Stroitel'nyy uchastok-23 tresta MosBtroy No.4 (for
Trukhanovich, Moskayev, Zhuravlev, Dubkevichus). 3- Stroitel'nyy
uchantok-100 tresta Mnsfundamentatroy NO.3 (for Novozhilov).
(Building machinery)

1 . 3'T'..,IZ'LI-.OV, i:. T.
2. ussR (6oo)
4- Stock and Stockbreeding
I
'(. Or.,,anI-z,3rs or collective farm stockbreeding, Sots. zhiv., 15, lo. 4,
195~-
9. Monthl List of Russian Accessions, Library of Congi-ss, April, 1953, Uncl.

~n n
5 , 67_70 !V 'b4.

NZYMAN, M.B.; GOLUDENKOVA, L.I., B.H.; STRIZHKOVA, A.S.;
LEVANTOVSKAYA, I. I.; AMIN, H.S. ; HOISWEV, V.D.
Thermal degradation of condensation resins. Part 1: Thermal
degradation of apoxide resins. Vy9okom.soed. 1 no.10:
1531-1517 0 '59. (MIRA 13:3)
1. Nauchno-issladovatel'skly institut plastmass, Moskva.
(Resins, Synthetic)

PHASE I BOOK EXPLOITATION 30V/4i~ia
international symposium at% taacromolecular chemistry. Moscow,
1960.
Mentadunarodnyy slmpozium po aakromolckulyarnoy khImll 533R.
Moskva, 144a Jvunya 1960 g.; dole'_,dy I avtoreferaty.
3*ktalya III. jInternational Symposium on Macramolecull.-
Chemistry Hold in Koscow, June 14-13, 1960; Papers and
Summariea) Section 111. [Moscow. Jzd-vo AN SSJR. iq6c]
469 p. 55.000 copies printed.
Tech. Ed. : P. S. Kashina.
Sponsoring Agency: The InternatIonal Union of Pure and Applied
Chealatry. Co-Ission on Macromolecular Chemistry.
PURPOSE; Tlda book Is Intend6d for chemists Interestad In pol~-
merization reacticna and the synthesis of high molecular
compounds.
COVERAGE 3 ThlS 10 Section III of a multivolume work contain
ins papers on macromoleculsr chemistry. Mle articles in
general deal with the kinetics of polymerization reactions,
the synthesis of special-purpose polymers, e.g., ion *x-
change resins. semiconductor materials, etc., methods or cat-
alyzing polymerization reactions. properties and ch~nlcal
Interactions of high molecular materials, and the efrect3 a:
various factors an polymerization and the degr3daticm of
high molecular compounds. So personalities are mentioned.
References given follow the articles.
A. N. Pr,y~dnlkQx, and S. S. Medvedtv
M~v A~ re ct or Formic Acid and
Qx1d1tICn of Hydrocarbons and Hydrocarbon Polymers 3~6 4
Ind (USSR). Study of the
Xffett Of Some Organic and Orginoelemental Compounds on
the Thera&! Degradation or Palyvlnyl Chloride rj 2
Wichterle 0 _. Sittl r, and P. 5efelin (Czechoslovakia).
iQAi ~acn_;i Poly-E-Cwpro lacta-m-as %TaitLat or F-t-
Change Reaction Between Axide Bonds
-Wert. ?I , J. tAr(kovi, and ~M. (CZeUt'031OVaki3).
Neutralization or Ree.1dual Catalyst In
Effe-t Of Thermal 4eu'r4-"Izattcn On the Thermal S1.41allIty a'
.-the Polrmer__
3d
anI 1. Steel (Czechoslovakla).
R, ~__ ~ .'
"Ormoo d;t~c~,n:a~engera'dation Or Polly,sters. Study of De.
gradation Reactions for Different Types of Linear Polyesters 4-o5
B., 4, L. 1. Golubenkie,,~,~
r, Z~vantovskap, an
LMgr43atj..,-.n4 .5taolliz.it
Wii Ion of Katertals 414
Anitert, L. 0. and A. (USSR). Investigation
or the Erri-ciency Inhibitor& of Rubber Oxidation at Varl-
A q and Ying Wen-Vang (USSR). Mechanism of
the Protective A-tion of Benzene Rings During the Radio-
lylls Of Polystyrene 433
ZhJ-v and K. A. AndriAnov (USSR). on the Hyd,.-
lytlc Stability or dith Inorganic
Chains nf Poleules
44~0
and 0. 1. volkg~LL (U:;SR).
a . .... em1c3r'TrVtYr-oftJ1t'ftne an-J-STocW-Copolym'rIZA_
tion During the Freezing or Starch Solutions 334
A 17
f". In; _y., and 11 gX_(US;R).
of the rOPertiss Of Cellulose by Orafting 344

0
S/101/'0/000/007/005/015
io I I i
Our) B004//BO56
AUTHORS, Neyman; M. B_ Kovarskaya, B. M., Levantovskaya, I I.,
S7, Akutin, M. S~
TITLE; Investigation of the Thermal Destruction of Condensate
Resins The Thermal Destruction of Hardened Epoxy Resins
PERIODICAL,~i Plla3tichpskiye massy, 1960, No 7, Pp 17 - 20
TEXT1 Foll~,wing an earlier paper (Ref. 1) on the thermal destruction of
'~A-6 (ED-6) epoxy r?s-.n, the authore give a report on their investigation
of the thermal destruction of )A-15 (ED-15) epoxy resin obtained by con-
densation of epichlorohydrin with diphenylpropane. as well as of ED-15 and
ED 6 hardened with 7% polyethylene polyamine or with 30% maleic anhydride,
They give the following experimental data4 Kinetics of gas formation in
the thermal destruction of ED-15 (Table 1, Fig, 1) on the basis of the
~~hromatographical analys is by means of YXT -2 ATJKhT -2 ) or the Grif f in
apparatus (Fig. 2. chr3matogram); kinetics c)f gas fDrmation in ED-35
(Fig, 3) hardened with pclyethylene polyamine and ED~15 hardened with
maleic anhydride (Fig. 4); degree of decay of the hardened ED-6 as a
Card 1/2

8, 1
Investigation of t 'he Thermal Destruction 3f S/ 19 1A-50~0'200/007/005/015
Condensate Resins 'The Thermal Destruction B004/BO56
of Hardened Epoxy Resins
fun-~tijn of time at 345"C (Fig, 5) and a5 a functi-r-n of temperature (Fig.6),
A2 well as an electrGn paragagnetic apectrum (Fig, '1~ that proves the
forwa,ion of free radicals,'lFrom these data "he following conclusiiDns were
d7awn! Unhardened and hardened epoxy re5ins (low-irolecular ED-6 and high-
molecular ED-15) decompose in the absen~:e cf oxygen abcve 200 0- 2500 C
Liquid and gaseouS products are formed which in unhardene(I resin rineist
of distilled off low molecular fractions --ontained alr-?ady -in the initial
,3 .n
. an4 ii hardened resin of iestruction products. The destruction
Products contaln CO. CO CH COR C H and other hydrocarbons, as well
2' 4' ~ V 3 2'
as saturated and unsaturated aldehyd-?o, The mechani3m of the destruction
of hardenE-d resins is analogous to that of unhardened ED-0 In both cases.
a rad:cal prnc~ss eccurs. which beging with the separation and decay of
POTY 97'oup3 Resins hardened with maleic aldehyde form CO and CO in
2
la7ger quantities as a result of the decay of the maleic aldehyde. Resin
hardE-ned with polyethylene polyamine is more easily decomposed than surh
hardened with maleic aldehyde and forms more low-molecular products There
are 7.figures, 2 tables, and 6 references! I Soviet- 2 US 2 German, and'
1 Swis-
Card 2 2

86837
S/020/60/135/005/027/043
B016/B052
AUTHORS: Neyman, M. B., Kovarskaya, B. M.,
Levantovskaya, 1. 1., and Akutin, M. S.
TITLE: The Mechanism of Thermal Destruction of Solidified Epoxy
Resins
PERIODICAL: Doklady Akademii nauk SSSR, 1960, Vol. 135, No. 5,
pp. 1147-1149
TEXT: The authors studied the kinetics of thermal destruction of epoxy
resins solidified by maleic anhydride (see scheme) or polyethylene poly-
amine. They determined the forming radicals by the method of electron
paramagnetic resonance. Fig. I schematically shows the results obtained
from thermal processes: (1) gas separation; (2) weight losses of the
residue; and (3) rate of radical accumulation. Considerable amounts of
methane, carbon monoxide, formaldehyde, acetaldehyde, and acrolein were
found in the gaseous products of destruction. According to the temperature,
gas separation stops after 5 - 15 minutes. Thermal destruction, however,
continues while liquid products of a comparatively low molecular weight
Card 1/4

86837
The Mechanism of Thermal Destruction of
Solidified Epoxy Resins
S/020/60/135/()05/027/043
B016/BO52
are distilled from the polymer. The authors suggest the following scheme
for the formation of the above products: They assume that the terminal
CH -CH-CH 0
2/ - 2 groups are separated most easily from the polymer. This radical
X0 O-H 0
can be isomerized into a I // * radical which forms acrolein and
CH27-CH--CH--H
hydroxyl. The original radical may also decompose into a CH 20 molecule
CH --~H
and a 2 / radical. By isomerization. of the latter, the acetyl radical
X0
CH ~~O may be formed which extracts hydrogen from the epoxy resin and
forms acetaldehyde. Finally,.the acetyl radical may decompose into CO and
CH 3' By absorbing hyd-rogen, CH3is converted into methane. In all cases,
the reaction takes place under the formation of active radicals which
cannot accumulate in high concentrations and, therefore, cannot be de-
tected by the e.p.r. method. This is only possible in later stages of the
process. The authors assume that the bonds of diphenylo'l propane which cause
the formation of stable radicals, may also be ruptured. The rupture of
Card 2/4

86837
The Mechanism of Thermal Destruction of
Solidified Epoxy Resins
S/020/60/135/005/027/047,
B0161BO52
phenyl-hydrogen bonds probably leads to the formation, of stable radicals
and semiquinone structures. The-singlet signals recorded by the authors
indicate the presence of long-lived,radicals. From these results the au-
thors determined the activation energies of the three above-mentioned
processes. For the resin solidified by maleic anhydride, they are 30, 26,
and 53 kcal/mole, respectively, and for the resin solidified by poly-
ethylene polyamine, they are 25, 35,1 and 44 kcal/mole. The authors also
assume that proces~,es (1) and (2) are related to the ru-pture of looser
bonds, while process (3) is closely 'connected with the'rupture of tight
bonds. From their experiments the authors conclude that active radicals
can not eacily be detected by the available e.p.r. method, while this is
possible in the case of weakly active radicals. They thank
Z. P. Yegorova and 0. L. Lependina for their assistance in taking spectra,
and E. G. Gintsberg for the polarographic determination of aldehydes.
L. A. Blyumenfelld, A. V. Topchiyev, and V. V. Voyelodskiy are mentionea.
There are 4 figures and 8 references: 7 Soviet and 1 British.
ASSOCIATION: Gosudarstvennyy nauchno-issledovatellskiy institut
plasticheskikh pass (State Scientific Research Institute of
Card 3/4 Plastics)

- .- 1. 1. . .186.837
The Mechanism of Thermal Destruction of S/020/60/135/005/027/043
Solidified Epoxy Resins B016/BO52
PRESENTED: June 29, 1960, by V. A. Kargin, Academician
SUBMITTED: June 27, 1960
-j0-CH2-CHOH-CHi-ORj,,-
-0-CHj-CH-CH,-ORO-CFI,-CH-CHj
0-
&,-CHOH-CH,-O (ROCHICHOHCH,Ojm ROCHiCH-CH,
0
CH3
I-0-
R -0-C
I
'~-M3
Card 4/4

GINTSBERG, E.G.; KGVARSKAYA, B.M.; STRIZHKCVA, A.S.
Study of the thermal destruction of condensation resins. -Polaro-
graphic determination of aldehydes formed during the thermal des-
truction of epoxide resins. Plast.massy no.4:3-1-13 161.
(Epoxy resins) (Formaldedyde) (MIRA 14:4)

SO.) cr "r
C
Ay
3 )cc
t E5
t Ol
tea - .10

7 ;''~) -, ~ "!
r)
312
",-,anu 3
I- ', lion
OC s'!o"'l :~~-
1250 c m
-e'1 It i7~5
I a n
T-) -'rou 0
t 17 C:n
~Cristic o;' ion
"~-"Cacv -- it
2--~70 C-1 c
Th e it
_,ic 1J.
c t C' " I-
C
of 'c
t Thc i n.
to br, P~70~;er' '0 oc o
t"'Zil
C M
ee c
0~ stic 0- j3
bc
ch are e 3 t )r
non-' ation t to
on o therM ,Le' ex'.)0.3
o:3
0 C' C-1
c
~U'j C),
'00 cr
I-,, s a
o' '7 0' 4- i f)n
6o) on L-1 - - .- -
3- C).. a--tE:r e ' _' I , 4 - 3
incrc- conc~,--
~,_ctarcs- of 4~lncrm'l.
i- on ol k
'L, y
10 0
1o5'
D
b:j
and 600
00
r c con.- ".50, Zhvrnal
of 494 0;

y I 11 q S DF q GF,
f',I' ons!A'
(MIRA 188(,)

BURTIZ,V, D.A.; STOINMOVA. Yeame
Some charmteristics of and synaptic conditions for the formation
and di3apper-raace of the snow cover in the Crimean Hountains.
Trudy UI=IITGNI no.12:110-122 158. (HIRA 11:12)
(Crimean Mountaina-Snow)

LUKASHEY. Konatantin Irpintlyevich; MALININ. Sergey Nikoloyevich;
_~~MIZLHOIIOK M.. red.; VOMIK'HANOVICH, I., tekhn. red.
[RasourCeB and development of the productive forces of
White Russia in the seven-year planJ Resursy i razvitie
proizvoditelInykh sil BSSR v seniletke. Minsk, Izd-vo
Aknd. rwuk BSSR, 1961. 107 p. (MIRA 14:5)
(White RuHsla--Natural resources)
(White Raissia--Economic policy)

L~ 27418-66 EWT(M)AWP(t)ATI IJP(c) JD/JH
ACC NRs AR6009952 SOURCE CODE, UR/0137/65/000/012/GoWdoil
AUTHORSt Plinert Yu. L.; Wasnikov, P. A.; Strizhov, G. Fo; Ivanoyp L. Aj.
Shabanovt P. G,
TITLEt InoreaBing the efficiency of an installation for s]2rayi aluminum
SOURCE: Ref. zh. Metallurgiya, Abs. 12G119
REP SOURCEt Sb. tr. Klyuchevsk. z-da ferrosplavovp vypo 19 1965, io6-lii
TOPIC TAGS: aluminum, aluminum powder, atomization
ABSTRACT: A new sprayer nozzle design provides better operating characteristics with
the following dimensions and condition parameters of the aluminum and sprayer.- nozzle
diameter - 26 mm; liquid jet diameter - 15 mm i p - 1-5--3-0 mm; pot temperature
of Al - 710--750c; pot pressure of Al - 2-5--.;.a0 krg,7cm2; specific air flow rate -
0.19--0.24 kg/kg; sprayer pressure - 4--5 kg/=2- With the fulfillment of the cited
parameters the productivity of sprayer installations can reach 2100-2600 kg/hr,
which exceeds by 45--9Vo the productivity of nozzles used in the factory up to 1962&
The content of substandard fractions'comprises 16--2C%. G. Svodtseva (Translation of
abstract)
SUB COM 11
Mat 669-714

L, 4'3090-66 t)'/'ETT IJP(c) JHIJD
ACC NR: AR6014364 SOITRCE CODE: UR/0137/65/000/011/GO12/GO12
AUTHORS: tbrasnikov, P. A.; Strizhov, G. F ; Ivanov, L. A,
TITLE: On the methodology of atomizer design employed for atomization of aluminum
SOURGEt Ref. zh. Metallurgiya, Aba. 11G81
REF SOURCE: Sb. tr. Klyuchavsk. z-da ferros?!~.V, vyp. it 1965v LU-116
TOPIC TAGS: atoniz,-tion,, spray nozzle, metal powder, aluminum
ABSTRACT: In the desirn of atomizers (A), the following quest ons must be consid-,
ored: 1) determination of working parameters of tho,+etal a,Vprayer (S) to
insure the given particle size composition of the Al~ wder; determination of
the dimensions of A. The initial data in the design of A are as followa; 1) ef-
ficiency of A in kg/g; 2) specific flow rata of S in kgAg Al; 3) temperature of
S in K; 4) pressure of S In front of A in bar; 5) pressure of metal in front of
A in bar. The values for the coefficients and all eauations used in the calcula-
tions are presented. 2 Illustrations. V. Semakin granslation of abstract7
SUB CODE: 11 1'~
Card 1/1 -UDC: 669,71-04

SOV/1 37- 57 11-211654
T. -..~ilatzon trom: Referativnyyzhurnal, Metallurgiya, 1957, Nr 11, p 290(USSR)
AUTHOR- Str;zhov, G.G.
TITLED Radiation M_&['F~od for the Measurement of Temperatures in the
100 to 600oC Range (Radiitsionnyy metod izmereniya temperatur
oblasti ot 100 do 6000C)
PERIODICAL- V sb, - !ssledc,,.an*:ya v obl, teplovykli izmereniy i priborot,
Leningrad , 1957, pp Z98- ilO
ABSTRACT: A brief exposition of a comparative method for the measure-
ment ef Surface temperatures of rotating bodies by the photo-
electric radiation pyrometer in ihe 100 -600C)C range Indi -, idual
preliminary results of the in%estigations conducted are adduced.
The basis of the apparatus is laid on the idea of variable sighting
for which the rece7 -'er of the radiation and the modulator have
treedom of rno, ement along the optical axis of the stationary
reflector which consists of a spherical mirror with an outer
coating, The receiver for the radiation is a FS-Al type PbS
photoresistance (P) with a spectroscopic sensitivity of 3, 5 lL
A narrow- bind low -frequency voltage amplifier is employed
Cjrd 1/3 to amplify the signal, The energv flux radiated by the heated

SOV/1 37 57 11 22654
Raaial~on Method Icr the Measurement oi Temperatures (cont,
suri'Acc IS) is concentrated by tile rz!flector and upon modulation, falls on the
P rnodif~ ?ng the resistince of the latter, The : ar iation in the current ilowing
!hrough tile P is reg; stered by a type VKS- 7 . acuum -tilhe voltmeter which is
u,ed ir the role of the terminal instriiment I,TO. The apparatus ~s tuned up on
a 10,01dard S placed at the same distancc. from 'he reflector a-; the S exdm;,,ed
:ty A spet-:,I i r r 11111genivnt pi: rmit , one t
iA--d pozisessing tbe same emi-,,~ 11 0 ri~gu
late -frd measure the tempetature et the 5tandard S By nicans W the alter
-~:ght.'ng ~ t tPe instrument on the tested and the 4tandard S the same
reaci.-ig w.th the V 11i attained through the regulttion of the temperature of the
st"-dard S !n the course oi that procedure the P should a!wtys be located
tle image plane of the S in,,estlgated Delocusing of the apparatus by the
5t 15% causes a 150/0 -variation in tile TI read-rigs, which corresponds to
a 4 6c - ariation :n the S temperature, depending on the temperature le..'el,
It s hown that with an increase of the distance from the-S investigated to the
retlector the TI readings increase; howel.-er. -itartina with a certain distance
~Iiin increase ceases owing to the increasing absorption of tile radiation caused
by water ,apor and C02. The steddiness of the work of the ipparatus, the
temperature of the surrounding medium. and the precision in the recording ot
the T! reading all affect the precision of the measurement of the surface tern
c,
perature, Investigations showed that the pyrometer possesses a sensitivity
Card ?/3

SOV/137-57-11--22654
Rddiat;on Method for the Measurement of Temperatures (cont. )
ol 1 1 5 v/degree C in measuring temperatures of the order of 100 2000 and
is ~idiiciently stable in its work (� 20 at 500) The small dimensions and the
r elati~ e s'.r-nplicity of its construction permit the employment of the apparatus
under shop conditions in cases when the temperature of S cannot be measured
by rlie contact method.
L. G
Card 3/3

KLOCHNEV, N.I., kand1dat tekhnicheakikh nauk, STRIZHOV, G.S., inzhener.
Investigating residual (casting) stresses In high-strength cast
iron. Metalloved.1, obr.met.no.1:50-56 Ja '57. (MLRk 10:2)
1. TSentrallnyy nauchno-issledovateliskiy institut tekhnologii
I mashinostroyeniya.
(Cast iron--Testing)

MAZ I BMK MIWITA:10S
3umvshzh4nIye po toorit lit.ynykh protao3sor, 34
'Joel hyy. prot-sy I astallakh; trLly saveshchamlym (ShrWarm PrO,--a in
M:t&Iaj Transactions of the Third Conference an the Theory Or C%3'.'.rg P--13-!
Yjqcw, AS $Sa. 1960. 2F1 p. trrota slip injortoi. 3.CCO copies print-i.
~Nnsirlng Agoncle Akadeadys fteuk 550. Institut eashlan-lonly.. 1aa1q3iy% P-)
t.khaax.cii -himetrOjeadLy..
Q-;, Id.t S.D. Gulyayov, Doctor of Technical Scion.-o.. Prar-or; M. of P141,11.h-
Ing H-o. V.S. P.Lhazalk..; Tech. Fkl.~ T.Y. ftle.k....
VMOC j This collection of articles is Intended for scientific workers, sa,%n.qr1.
t.hi.isca of scion-tfle ro-arch Institutes and lalusbri4l plant., and ,,r
f- Ity -bar. Of schools or higher duc.tl...
COMILAZZ& The collection contains technical papers prosontel a- the Thirl Corr.roa:.
m the Theory of Casting Processes, organized by Lite7naya ok-..iya Kosim*11 ;o
tokhnoloell seenta4strojanlya Institute me,hinarod-lya 614 =R (Costing
Of the Comi.sibn f' Ka hi - 9~. ildin Toc ologtor the lnatltuto Of
of Xchina.. A..dmrr r actoon.me =Rj itut s4ttll-g-j Lmcj :1ol-ve
*,
a 5= (Icstitut. of A.A. D.ykav. Ac.-1-y Of 5-ao.,
:h& wet A-laus 'Iffetts In c&At-1nCs,Lmgts, and weld, as a r-alt ~r -t-
hrinkago are reviewed. factors contributing to the fomation of shrink%~'
porosity, cracks, -I internal at ...... .
Y alon with *4sunes t ken to prow at ud roc-~%y th- 7h. hT~tr-ly-
tole t, p a, , , . 1. or. I:,
":tf -Ltg .'I Idi I -'.~ Of .,t..
a
'-*," Allaproo:oted :r, rs~lutlors ;,lapt.] at tho Confer-co 1-.h r,g,-i
111. Imblva or hrink Co in ~t I z. p-scnalitirs are t-nt--n,j. ~--,
P.F-" or. --atlsd by bibliographic refore-s. the m1crity of whj,.ti or.
GP CONMTS:
P. .. 1- of -'r1rk'F' Pr-...
Inf-
;1.. or S-LoiL.C. ~ steel C-tj""
VW1., C..-Icq Pr.p-t-... Of H%4t-R~3istAmt Alloys
I-W.1"Uto or Sh.-k-
Zpa. r.-.l Cl.rhit.
.al and A.116Y 2L,.k..
and It. Do,. reloati-
M'UNKA= PCRC,;ITT
P-t-' Ly.. and D'B' -uly-W-1- A-1-1 ShJ-1-1-g. Porosity 1. Wall. Or
74
.ad Yo&Fd t1g.,
of Shrinkage Porosity
85
N.N_ of the FXpett of Pr"swq
to A. -r- Allay "sting.
!be 1. !be D.-jtj of Ajuaj._ Alloy C-ti.,sg'
M.7., ad I-L BlbikT- P .... ity in C.ItI.J. of Alloys or t1s.
"I' CN`ACX3 I" CAj-1INa3 A-VD Wr-M JOINTS
-40,3,7a: N.A.
Xff"t of Sm* )'otoal"'C'eal 8"'d M-nufffic'urim, Fact- on
Cracks I. Steel Coatings 133
05 Hot Cracks In Coatings 14'
V-7- Study Of Cau-43 of Subsurfoo. Fl'-q
IA7
R~tRs' V.S. Sbrin"" C,.tl-. S.
-I Invt. 152
the Coaling H.,j.. of . Coati .....
ad ti cracks am rts-. 1b3
Card 4/6

KOCHNEV, M.I.; OKMMV, A.I.; MYASNIXOV, P.A.; VMUMICHL?V, S.A.; SERGIN,
B.I.; STRIZHOV, G.V.
Smelting Ural copper-zinc concentrates in suspension with oxygen
blow. TSvet. met. 33 no.10:20-23 0 160. (MIRA 13:10)
1. Ura-l'skiy filial Akademii nauk SSSR; Urallskiy nauchno-looledovatel'-
skiy i proyektny7 inatitut tednoy promyshlennoati i Veasoyuznyy
nailchno-isoledovatellskiy institut metallurgicheakoy teplotekhniki.
(Ural Mountains-Nonferrous metals--Metallura)
(Oxygen--Industrial applications)
I

MiUMOV ik D~-
., - 1-1 ka 'ITRIYE7, N.N., red.;
---, --- - -- - traktorist;
SfM'I,'U-SHENKO, T.A., tekhn. red.
[For high corn yields]Za vysokii urozhai kukuruzy. Leningrad
Lenizdat, 1961. 20 p. OIRA 15:91
1. Zvenlyevoy sovkhoza "Petrodvortsovyy" Lorronosovokogo rayona
(for Strizhov).
(Leningrad Province-Corn (Maize))

STRIZHOT, N., referent.
Planning now construction of casing joints (From:Pstroleum
Engineer Js 1947). N*v.neft.tekh.:Bur.no-3:5-6 148. (MLRA 9:4)
(Oil wells--Bquipment and supplies)

STRIZHOV, N., referent.
TranBfer of large-tracked unit derrick. Nov.neft.tekh.:Bur.
no.4:7 148. (MLRA 9:4)
(Oil fielde--lIquipment and supplieB)

VODETSKIY, Yuriy Vyacheslavovich; SHALIMOV, Ivan Fedorovich~_ST'RIZHOV. N.I.,
redaktor; BAKMAN, Yu.K., vedushchty reduktor; TROFIMOV,
tekhnicheskiy redaktor
[Drilling oil and gas wells] Bureaie neftiarykh i gazovykh skvazhin.
Moskva. Goa. nauchno-tekhn. izd-vo neftianoi i gorno-toplivaoi lit-Z7.
1956. 418 p. (MIRA 9:12)
(Oil well drilling)

DAVYIdLYAlf, Armaie Avakovich; ILISKIY. A.L.. kandidet tekhnicheakiy nauk,
retseazent..'llia" U,&,, redektor; SAVINA. Z.A.. vedushchiy
redaktor; POLOSINA, A.S.--,-tekhnicheskiy redaktor
[Boring machines and mechanisms] Burovye mashiny I mekhanizmy. Moskva,
Goo.nauchno-tekha. izd-vo neftianoi i gorno-toplivaoi lit-ry. 1956.
439 P. (KERA IO.-l)
(Boring machinery)

UDYABSKIY, Hikolay Takoylevich; PAIAT. Polikerp Avtonomovichl TOMSHPOLISKIT,
Leonid Karkovich; STRIZHOT. N.I., redaktor; BEKKAH. Tu.K.. vedushchly
redaktor; MUMINA. S.A.. tekhAlIcheskiy redgktor
LTechnique and technology of boring oil and gas wells in the sixth
five-year planj Tgk:hnika i takhnologiis bureniia neftionykh i
gazoyykh s6azhin v shestot piatiletka. Moskva, Goo.nauchno-takha.
Izd-vo neft.i gorno-topliynoi lit-ry, 1957. 127 p. (KLRA 10:7)
(Oil well drilling) (Gas, Natural)

KALARKAROV, Vartan Aleksandrovich; STRIZHOV, N.I., red.; ISAYLTA, V.Y.,
. vedushchiy red.; FFMOTOVA, I.G.0 tekhn.red.
[Technical progress in the petroleum and gas industries] Tekhni-
cheskii progress v neftianoi i gazovoi promyshlennosti. Moskva.
Gos.nauchno-tekhn.izd-vo neft. i gorno-toplivnoi lit-ry, 1960.
33 P. (MIRA 13:3)
(Petroleum industry) (Gas, Natural)

IULINU~ZV, V.A.; ST~~~ ., red.; SAV11A, Z.A., ved. red.;
VO;tOI4(,VA) VIV., tekhn. red.
[]development of the oil and gas industries) Aazvitie neftianoi i
gazovoi promyshlennosti. Moskva, Gos.nauchno-tekhn.izd-vo neft.
i gorno-toplivnoi lit-ry, 1961. 54 P. (MIRA 15:1)
(Fetroleuri industry) (Gas, Natural)
,I-

SHVEMV, V.P.; STRIZHOV, S.G.; CHIN TSZF-KHDU [Ching TSe-houl
Preparation and some properties of potassium lanthanum selenate.
Tladlokhimlia I no,5:622-623 159. (MIRA 13:2)
(Potassium lanthanum selenate)

1,141,01011-UP01,11--i'l IJ P( C
ACC NRi AP6028187 SOURCE COM
AUTHOR9 Shvedov, V. P.; Strizhovj S. G.; Kostikovp V. A.
ORG; none
TITLE:
waters
UR/0186/66/w/oo*360/03711 I
Fhosphat~~reci itation as a method of purifying weakly radioactive waste
SOURCEt Radiokhimiya, v. 8p no. 3# 1966P 369-371
TOPIC TAGS: wator purification, phosphatey chemical precipitation, radioisotope,
radioactive waste dinposal
ABSTILWT: The purpose of the study was to ascertain the applicability of the phos-
phate precipitation method to the deactivation of weakly radioactive waste waters of
comDlox chemical composition and to determine the rification coefficients thus ob-
0
tain-ed. In initial experiments on the removal offSuVO alone, the method was found t
somewhat (by 20%) when the
be highly effogtive. The degree of purification increases
ratio po43-/Ca2+ increases from I to 5, e amount of Ca2+ ion in the mixture affects!
tho purification, and at a ratio PC~3-/Capl = 3:1, the optimum amount of Ca2+ is 300 L-
r5cqm3. Phosphate pr&cipitation was then carried out on waste waters containing
S 92 909 790, 91 Ca 5. S35, Ba133 and Cs134, 137, at a Ca2+ concentration of 300
mg dm3, Pc43-
Ica2-3r = 5, and at pH = 10.2-10.4. The results were quite satisfactory.
The quantities of fission products removed from the solution weres SA9P 90, 99.4-
Cord 1/2 UDC: 628.

L ( - 5 13 L~ - t, 7
1ACC NR;-- AP6028187- - - -- - '-- -----
0 i
199.9%; y9Os 91, 99.4-99.9; Ba'33, 96.7-99.4; Ca", 99.7-99.8,and S35, 65%. orig. rt,.!
,hast 3 tables. 1
.SUB CODEI 07,18/ SUBM DATEI 20Sep65/ ORIG REF: oo5/ OTH REFs ool
rd 2/2

KOPYLOV., S.Ye.; LISKOVETS, S.A.; STRIZIF.OV, N.S.
At the construc'uion site of the Abakan-Tayshet line. Trans. '.stroi.
13 rio.12:6-9 D163 (MIRA 17:/)
1. Glavnrj tekhnolog upravlanlya stroitel'64.va Abakanstro~putl
ylov). 2. Starpshiy inzh. Orgtransstroya (for Idskovets).
(for Kop
3. Nac~allnik Abakanskry NIS (for Strizhkor-).

I;'! ~7, V.P.
, .. ; I I
- * ,tr , -0 E,
LI! J,", o t f, ~,,! : - . 1 11- '1 (-"-" r.~ ~; 1 1 ,. , :; , ~ :; , ~ t, , -,-, . ( : !.,, i r', . Ural
Et; -n., -; --- ~ " .! L . - 11, . N I ~ t.;-, ~,~ 1 1 . -,, ~; 1 ( ~,, ..i. r; f'; ,- .. ~K ~ -,; ."llif;C-1, . -1 .
': 1,~l A i,!:. i 1", I!o"- I, : 2 ", 7 5 f,',4 (1,1DA 18:1)

L -18268-63 - -
kCESSION VR: AP3006716 S10061.63/OOO/OO8/OOT2/0073 5
A=OR: Alafinov, A. A.; A1eksanLb=,.V. A- Dyachenko, V. I.; Liberman., L. A.;
Strizhkov, Yu, bn1plio, V, L,
.TITLE: Machine tool for grinding the internal surface of long tubing. Class 6TJ*
Do, 154142
SOURCE: Byul. izobreteniy i tovarny*kh znakov, no. 8. 1963P 72-73
TOPIC TAGS: internal belt grinding machine, belt grinding, long-tube grinding,
abrasive belt, elastic bagj, oval tubingj, internal grinding
ABSTRACT'i The patent is for a machine tool for grinding the internal surface
of long tubing vith a continuous abrasive belt passing through the rotating
tubing. The belt is pressed against the surface being ground by an elastic
element (vith a pneumatic bag inside) moving reciprocally vithin the tubing.
To provide constant pressure of the elastic element on the surface being ground
vhen the tubing has a varying cross section, the fabric bag is placed in a
leather bag with a cross-sectional perimeter larger than that of the maxim=
cross section of the tubing. In another model of this tool, for grinding
Card 1/2

L 18268-63
AccEssion NR,. Ap3oo6716
tubing with an oval croas section, the abrasive belt is guided at the entrance
of the tubing by a form roller adjustable in the direction perpendicular to the
tubing axis so that rotating tubing will not catch and twist the belt. Orig.
art. has: 1 figure.
ASSOCIATION: none
SUMITTED: i5jun62 DATE ACQ1 30Sep63 ENCL: 00
SUB CODE: IE 170 REP SOV: 000 OTMM: 000

~L 54968 T PC-4/P-.:_4/Ps_4 WKIRM
-65 EV[r(m)/EPF(c)/EPR/*EWp(j N/
ACCES~ION NR: AP5012100 UR/0191/65/000/005/0005/0007
678.674.01:536.495:543.872
AUTHOR: Kovarskav B. M.'. Strizhkov
a, ibisova, Ye. 1.0, Gintsberg, E. G.
_a,_& S. lo Ch
Mikhaylova, Z. V.6 1~
_ ~anova., Ye. L.
TITLE: Thermooxidative degradation of unsaturated Inil-esters
SOURCE: Plastichesklye massy, no. 5, 1965, 5-7
'TOPIC TAGS: polyethylene glycol ester, maletc acid ester, sucoWc acid ester, phenic i
acid ester, polyhydrophthalate, unsaturated polyester, polyester degradation, thermo-
oxidative degradation, styrene copolymerization, cyclohexanone peroxide, cobalt
naphthenate, polyester hardening
ABSTRACT: The following polyesters were studied: polydiethylene glyool maleate succinate
1. 0:0. 5:0. 5 (polyester 1), polyethylene glycol maleate diphenate 1. 0:0. 5:0. 5 (polyester U),
and polyhydrophthalate 1. 0:0. 4:0. 6 (polyester III). The polyesters were also hardened by
copolymerization with styrene In the presence of a reducing system of cyclohexanone
peroxide and cobalt naphthenate. The oxidation kinetics of the polyesters were followed by
measuring the change in the gas pressure in the system. The thermal oxidatien of the non-
hardened polyesters Is characterized by a substantial evolution of gases which begins at
130C and Increases markedly with rising temperature and Initial oxygen pressure.
Ca,d 1/2

L 54968-65
ACCESSION NR: AP5012100
Appreciable Induction periods were observed In the oxidation of the hardened and Ron-
hardened polyester resins. Polyester Ill was studied In a circulation device which made
it possible to freeze out the degradation products and determine the thermal oxidation
kinetics only from the absorption of oxygen in the system; induction periods were observed
at the end of which the reaction displayed autoacceleration. This indicated a radical-chain
mechanism proceeding with degenerated branching. The oxidation of a styrene hardened
solution of polyester III to which organic stabilizers had been added also indicated this
mechanism. The Influence of various Initiators used for the hardening of unsaturated
polyesters was manifested only at high temperatures (about 250C). The products of the
therrog oxidation of polyester 1U were identified. Orig. art. has: 7 figures and 1 table.
ASSOCUTION: None
SUB CODE
HUMMED: O~ ENCL-i 00
001,
90V-
NO REV 004.

BLTYANOV3KIF,, N.:.; KARAYFV, ~.K.5 KULIVEV, S.M.; ~~UCSTOIKUOV, T.F.;
STRIZE.Ov I TIMOYE7fP1, N.S.~ SHATSOV. N.1.
.11 -
Technical progress ir. the dr-'I.I.Ing of oil and gas wells over
'.he last one hundred yearB. Neft. k~oz. 42 no.9/10g99--106
S-0 164. (MIFLA 17,,10)

BULATOVA, Z.I.; VOYTSELI, Z.A.; GORBOVETS. A.N.; IVANOVA, Ye.A.; KAZIMINA.
T.I.: KISIMIMAY, S.N.; KLI14KO, S.A.; KLIMOVI, I.G.; KOZYREVA. V.Y.;
KORNEVA, F.R.; KOSTITSINI, R.P.; KRUGLOVA, Z.H.; �P~I
MAIRKOVA, L.G.; TARA OVA, A.S.; USHAKOVI, M.V.: FILIPPOVA, Ye.l.,
ved.red.; TROFIMOV, A.V., teldm.red.
(Mesozoic and Cenozoic stratigraphy of the West Siberian Lowland]
Stratigrafiia mezosoia i kainozoia Zapadno-Sibirskoi nlzmennosti.
Moskva, Gos.nauchno-tekhn.izd-vo neft. i gorno-toplivnoi lit-ry,
1957. 147 p. (MIRA 12:2)
1. Gosudarstvennyy soyuznyy Za-pedno-Sibirskiy nefterasvadochnyy
treat.
(Siberia, WeBtern--Geology, Stratigraphic)

L -1-4507-65
':J!)~P)-3 C (a (i.) w;Ilm
ACCESSION NR: AP4048202 S/0191/64/000/011/0015/0016
AUTHOR: Strizhkova, A. S., Kovarska
..,_ya, B. M.,Neyman, M. B.
TITLE: Thermooxidative degradation of po e ester
SOURCE- Plasticheskiye massy*, no. 11, 1964, 15-16
TOPIC TAGS: polyacrylic ester, theri-nooxidative degradation, antioxidant, stabilizer,
polymer autooxidation
ADSTRACT: The authors studied the thermooxidative dcgi:adation of the simplest poky-
acrylic ester, TGM_3.\19The purified ester, in powder form, was polymerized In the
___~jfperoxide at 100-110C for 30 minutes after which the oxidative
presence of 1%' ))c[IZ
degradation was followed using the static apparatus described earlier. The degree of
oxidation of the resin was established on the basis of the decrease in oxygen pressure in
the system. The kinetic curves showed characteristic induction periods, during which the
oxidation proceeds very slowly and the oxygen pressure remains almost unchanged. The
relationship between the induction period Z~ and the o-xv en pressure at 90, 100 and 110C
~g
shows that the induction period decreases with increasing pressure and temperature. A
plot of the induction period against temperature shows that polyacrylic ester is insufficient-
ly heat-stable in the presence of oxygen; at 110C its oxidation starts after 10 min. The
Card 1/2

ACCESSION NR., AP4048202
presence of an induction period reveals the autocatalytic character of this thermooxidative
reaction. The kinetics of the accumt,dation of hydroperoxides during the oxidation of
polyacrylic ester was sL~Udied by the iodoi-retric method at 130C (p02 = 200 mm 11g); here,
the inaximuni peroxide concentration corresponds to the maximuin oxidation rate. It can
be concluded that the oxidation of polyacrylic ester proceeds as a chain reaction With the
formation of hydroperoxide, the decomposition of which leads to degenerated branching,
which explains the autooxidative characters of the. process. The effect of different stabil-
izers was also investigated. The kinetic curves showing the oxygen absorption of polyester
resins stabilized with different inhibitors at 150C and at an initial o7,Fen pressure of
550 mm 11g are given. It was found that the most effective stabilize%was di--B-naphthyl-
p-plienylenediamine. The rate of oxidation with this antioxi&Ot ~was lilight and the sample
stabilized with it absorbed several times less oxygen in 2 hours than the unstabilized
sample. Orig. art. has: 5 figures.
ASSOCIATION: None
SUBAUTTED: 00 ENCL: 00 SUB CODE: OC,' MT
NO REF SOV: 004 OTHER: 000
Card 2/2

STRIZHOV, V.P.; S11FLJ,:K11OV, V.A.
In the technical and economic council of the Middle Ural Ecc-nomic
Council. Bilil.t.ekii.pkon.infcrir.Go3.nauch.-issl.4-nst.naach.i -tekh.
inform. 1' no.10:89-90 (MIRA 18:4)

MIZEROV p 113. V. ; STRIMOVA , A. I.
Basic characteristics of paleogeograph7 in the Yet'-Tym porTion
of the ObI valley in the QLaternary. Trudy Inst. geol. I geo-F-iz,
i -
Sib. otd. All SSSR no.44:196-216 164.
(MIRA 17:11)

KRUP~2iIKOVI I.A., kard. geologo-mineral. nauk; RODINA, A.K.; STRIZHOVA,
G.P.; URSU, A.F.
Cheimozems of the northern half of Moldavia. Izv. Mold. fil.
AN SSSR rio.7:3-23 161 (MIRA 17t7)

USSR/Pharmacolory. Toxicology. Cardio-.Vascular Drugs.
Abs Jour Ref Zhur-Biol., No 6, 1958, 28081~
V-5.
Author Strizhova-Salova N. I.
Inst Not gi ve n.
Title On the Pharmacology of the Scorpion Plant-a New
Cardiac Drug.
Orig Pub :Farmakol. i toksikologiya, 1957, 20, No 3, 59-63
Abstract :Experiments on frogs, cats, rabbits, and white
mice as well as on an isolated heart were conduc-
ted with a 10% alcohol infusion prepared from
the seeds of the scorpion plant, Coronilla scor-
piodus (1). 1 increased blood pressure, increased
the amplitude of the pulse fluctuations, slowed
the rhythm and produced changes of the electrocar-
Card 1/2

STRIZHOVA-SALOVA, V.I., kand.med.nauk, (Kiyev)
Effect of novocaine -Uherapy on some indicators of detoxication
processes ir. elderly and seni-le people. Vrach. delo no.9:
138'-13~ IP -)3. (MM 16.-10)
1. Laboratoriya eksperimentallnoy terapii (zav. - doktor med,
nauk S.I.Baluyev) Instituta gerantologii i eksperimentallnoy
patologii A141. SSSR.
(POVOCAM) (TUINS AND ANTITOXIFS)
(GERIATRICS)

STRIZIIOVA-SALO", N.I.
Effect of strophantin on the heart of old animals. Vop. geron. i
geriat. 4:141-146 165. (MIRA 18:5)
1. InstJtut gerontologii A14N SSSR, Kiyev.

STBIZI]OVSKIYI A.D.
Some kinetic regularities of erythropoiesis. Biul.eksp.blol.i
med. 54 no.11:102-105 N 162. (MIRA 15:12)
1. Nauchnyy rukovoditell - deystvitellnyy ch1enA.MN SSSR A.V.
Lebedinskiy. Predstavlena deystviteltnym chlen.om AMN SSSR
A.V.Lebedinskim.
(ERYTHROPOIESIS)

061.
STRif Iv*
C)
I
2618. Arinlication of the Grote-Krekeler anparstus to dete rrd n%tion n!*
In ruel3 anA lr-!3. K. narton an,! 5-t-51rizova (Paliva, 1?50, 30, 73-7~,).-Vie
Grote-Yr.2kel-r mebhod (cf. 1., 1933, 290)-i-4-ics law r-sults for sulphill, crcj
containini- Ca, L:n, or 1r car-lonates. ow~nv to non-!(!co;ii-,. or sulphates rorm-i
at 1DO00. A workinj- tump. or 1L500 is rccomv.?ndel. 'I. Truzew.