SCIENTIFIC ABSTRACT SHPILEVSKAYA, I.N. - SHPINEL, V.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549920020-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

3/081/61/000/021/092/094
B106/203
AUTHORS: Shpilevskaya, 1. N., Akhmedov, K. S.
TITLE: Examination of relaxation properties of polyvinyl-chloride
gels in chloro benzene and dichloro ethane
PERIODICAL: Referativnvyzburnal. Khimiya, no. 21, 1961, 504, abstract
21R34 :(Uzb. khim. zh., no. 3, 1961, 29 - 35)
TEXT: The deformation properties of polyvinyl-chloride gels in dichloro
ethane and chloro benzene as a function of their concentration were examined
in an apparatus with.coaxial cylinders, type Shvedov apparatus. The numeri-
cal values of the rigidity modulus (El) and the elasticity modulus (Ed,
the real relaxation viscosity (Y,) and the viscosity of elastic deformation
(Y2), as well as the relaxation periods were calculated. It was shown that
with rising concentration of poly-vinyl-chloride gels in chloro:.benzene and
dichloro ethane the values of the elasticity-viscosity constants increase.
For gels in chlorc benzene, this increase is higher than in dichloro ethane.
This fact points to a higher intermolecular energy of interaction of the
Card 1/2

S10811611000102110921094
Examination of relaxation ... B106/B203
molecules of polyvinyl chloride in chloro benzene and to their lower solve-
tion in this solvent. [Abstracter's not-e: Complete translation-i
Card 2/2

AKHMEDOV.9 K.S.; ~HPILEVSKAYA, I.N.
Temperature influence on the viscosity and mechanical properties
of poly (vinyl chloride) solutions. Uzb.khim.zhur. no-4:1+2-49
161. (MIRA 1/+:S)
1. Tashkentskiy gosudarstvennyy universitet V.I.Lenim.
(Ethylene)

S/081/62/000/020/036/040
B144/B101
AUTHORS. N., Akhmedov, K. S. -
TITLE: Effect of plasticizers on the structural-mechanical
properties of polyvinyl chloride gels
PERIODICAL: Referativnyy zhu.rnal. Khimiya, no. 20, 1962j.590,
abstract 20R12 (Uzb. khim..zh., no. 6, 1961, 31-35
Lsummary in Uzb.])
TEXT: The effect of plasticizer additions (PL) (0-50'/10 of dimethyl
Dhthalate and dibutyl phthalate on the viscoelastic properties of 5% gels,
and of dimethyl phthalate, diethyl phthalate,.dibutyl phthalate and tri-
cresyl phthalate on the shear strength of -8% polyvinyl chloride (PVC)
gels in dichloro ethane and chloro benzene is investigated. It is shown
that addition of PL to dichloro ethane (a good solvent for PVC) increases
the viscoelastic parameters of 5% PVC gels; the shear strength of the 8%
gel rises with increasing volume concentrations of PL in the order tri-
cresyl phosphate > dibutyl phthalate > diethyl phthalate > dimethyl
phthalate. In PVC gels in chloro benzene (poor solvent for PVC) the
Card 1/2

S/081/62/000/020/036/040
Effect of plasticizers on B144/B101
nature of the PL effect depends on their concentration (additions of
,< 101/6 dibutyl phthalate and of 5CF16' tricresyl phosphate show a gelating
effect increasing the viscoelastic characteristics and the shear strength,
additions of >,10% dimethyl phthalate, diethyl phthalate and dibutyl
phthalate reduce the above-mentioned parameters). [Abstracter's note;
Complete translation
Card -2/2

AKI!"-E.DC)V, K.S.; I.111.
Structural end mechruiical proForties of cc-ncentrated solutiors and
gels of polyethylene, polyvinyl chloride, and perchlorovinyl. Vyso-
kom.soe. 5 no.('-):914-920 Ja 163. (HIRA 16:~)
i;I"aahk-entskiy gosudarstvenry,~ universitet im. V.I.Ienina.
(Ethylene polymers) -

AMNEDOV, K.S.; SRFILEVSKAYA 1.11; - IMUAZALOVAY R.S.
S'll-ucturaI and me,--,hanilnal. pmperties of concentrated so-111tions of
the K-4 in, tlhe- presen-~:a of fillers., aimite, alumirli-am
ox-Ade, and silica gc-2, and the prcduct-ion cf dusts. klaach.trudy
TashG'J no.2r,'7.Fh.in--.rauI-j 164. (MITRA 18:811

SHPILEVSKIYY E.
Conference on the problem of heating homes and public buildings-
Zdrav. Bel. 7 no-5168 My 161. WIRA 14:6F
(HEATING--COMRESSES)

kaffedroy j;rof.
'i no"Kwo rn~!A I~Jnskog!~ I nT~ it.utam

.L-27991-66 EWT(d)./FSS-2
ACC NRs AP6005299 SOURCE CODE: UR/0413/66/000/001/0038/0038
INVENTOR: SRilevskiy, E. P.
ORG: none
TITLE: A method for error detection and erasure in systems. with repetition
and comparison by elements. Class 21, No. 177469
SOURCE: izobreteniya, promyshlennyye obraztsy, tovarnyye imaki, no. 1, 1966, 38
TOPIC TAGS!. erTor correction, information processing, data transmission'
ABSTRACT: This Author's Certificate introduces a method for error detection and sig-
nal erasure in systems with repetition and comparison by elements. Error detection is
accomplished without introducing additional redundancy into the original repeated sig-
nal by statistical analysis of the received signal in parallel with the usual compari-
son by elements. This analysis is done by counting the cases where the identical ele-
ments of the repeated combination of pulses do not all coincide in polarity. The num-
ber of these cases is determined as a function of error probability in the channel and
the received signal is erased.
SUB'CODE: 09/ SUBM DATE: 20Nov64
UDC: 621.394.181.1
Card

POMLZIN, P.S., kand.tek)an.nauk; LAGUTSEV, A.R.. inzh.; RLSONOV, A.Ya.,
inzh.; SEPIILEVSKIY, V.A., inzh.
Mechanized timber drawing in roof control in Donets Basin
mines. Bezop.truda v -prom. 4 no-3:5-7 160.
(MIRA 13:6)
(Donets Basin--Coal mines and mining)

SEMENOV, S.S.; SHPILIFOGELI, P.V.,_ARSHANSKIY, A.M.; SHKLYAYEVA, A.P.
Concentrated shale as an orranomineral filler in molded powders
of phenolic plastics obtained by the emulsion method. Trudy VNIIT
no.10:180-188 161. (MM 15:3)
(Phenol condensation products)(Shale)

YENLINKO, O.K.; OZEROV, I.M.; P01,07OV, V.F.; SiluILIFOGELI, P.V.
Basic properties of the cyclon shale ash of the Central Electric
Power station of the "Shale" Combine. Trudy VHIIT no.13:1140-161
64. (MIRA 18:2)

6HPILIEW, Ye.M.
Photomicrography with a "M" camera. Izv.AS Xazakh. SSR Ser.gor.
dela, met. i stroimat. no.2:164-169 '54. Oam 9:6)
(Photomicrography)

lire.
or:~m L,:L 111L-, -in 'aO-S
ne -Oo! --ozit:mt Systt=.m Ila O-C JO
r 2
m-, Tech SC4 , --- - I ~- f , - A~,
inct mm~ O-e Dress-Lir-, Acad Sci SSR,
So Su:-,i. ~;~o 21,' Se.-Alt,- Survcy ol' Scientific Tecim--lcal Djs~ertuati-ns
Defended at USO"T', 'T'j*j,::tcr Educatio-al Listuitutions (15)

510% e1 &q,-.to 'o- - by Ih,,-, !rt, -
the qU.
g
t,
gridai. Tlentermediat--fomeiotol'~s'~:b~~li ~ is
tial in the !;~;In. machunism (cf. K.31nurski! and Dtgtya-
reva. CA. 49, 7-1,54P. as partIculArly evident in paiished
sectioas. The me=c (defective) atrixture c! the unitt-ral
-tals is facally rauch di&--ert, and df.-ts., therefore..
qu jLrtz crys
t3te v;idely variable rateA of inversdou and eiz~-otu. in the
gh--s. Fiout Eqn'sinvtstigaciuru; it isfurther'evidtat that
th;! dissolved S:C~ wili form coraplex anionq of the type
[3t.0,11- bi the coastitution of the glass. as a fun--tion of
tenp. (Cf. Kabeko, 1952). Thiiis complexity dets. alsa the
matively Lav diguslon rate3 in the homogeu~=tlou Process
of the. gl---s, u-nd of reaching thennctlynarnic equil. By
mEastr~n.urs of r at difluent distances froa. thhe surface of
the djs~olving qu3ru or cristobalite grain, a,tiagmzam of the
Si% cunen. as a function of o and distance N shown. The
ciavc sl.-owi a satooth &cre:Ise in SiO: ftom the satu. concu. A
(1470) to the fin2l vancn. in the glasB (74%). reached in a
W- Eitel
Qalwe uf 0-06 MM.

IB9TVtNKIX, -O.K.; SHPILIKOV, Ye.M.
Kinetics of glass formation in a thr6e-component system 1&20 -
CaO - SiO2. Izv. AN Kazakh. SSR. Ser. gor. dela, met., stroi. J
otroimat. no.3:-86-102 157. (MIRA 10:11)
Wass manufacture--Ghemistry)

SHPILIKOV, Ye.M.
Using vitrophyres in making foamglass. Trud7 Inst. stroi. i
stroimat. AN Kazakh SSR 2:145-162. 159. . (MER& 12-10)
(Glass, Cellular)

SHPILIKOV, Ye.M.; SULEYME-11OV. S.T.; SKOPINA. V.D.
Effect of calcium and magnesium oxides on the course of obtaining
foamglass from vitrophyres. Trudy Inst. atroi. i stroimat. AN
Kazakh SSR 2:167-178 '59. Oun 12:10
(Glass, Cellular)

SHPILIKOV, Ye.M.
Industrial tests of vitrophyre from the Arkharly deposit to
obtain cellular glass. Trudy Kazakh. fil.'ASia no.2:174-
187 t6o. 04IRA 15:2)
(Kazakhstan-Porphyry)
(Aggregates(Bkxilding materials))

SHPILIMAN, I.A.
Characteristics of prospecting for buried structures. Geol.nefti
i gaza 3 no-1:33-38 Ja 159. (MIRA 12:4)
1. Orenburgskiy sovnarkhoz.
(Petroelum geology) (Gas, Natural-Geology)

SHPILIMAN 1. A., CAND GEOL-NIN SCAI "GEOLOGYj PETROLEUM
B
---ZOU4641k, AND -.- ME,T., HOOS OF PROSPECTING OPERATIONS ON THE EASTERN
-8-0mHO"R OF THE MELEKES DEPRESSION." ORENBUR09 1960. (MAIN
ADM OF GEOL AND MINERAL CONSERVATION RSFSR, ORENBURo GEOL
ADM). (KL, 3-619 208).
113

SHFILIKO, V.N.
Forega bodies in the appendix. Sovmed.21 no.4:1.25 AP 157.
(MLEA 10:7)
1. Iz Krasnosellkupskoy rayonnoy bollnitsy Yamalo-Nonetekbgo
natsionaliriogo okruga.
(APPERDII (ANATOMY)--YOREIGH BODISS)

SHPILIKO, V.N.
Endemic nature of congenital dislocation of the hip; preliminnry
reports Ortop.travm. i protez. 19 no-3:36-39 My-Te '58 (MIRA 11:7)
1. Iz rrasnoselikupskoy rpyonnoy bolinitsy Yamalo-Henetskogo
natsionallnogo okruga. Tyumenskoy oblPati.
(HIP. disloc.
congen., endemicity (Rus))

SHPILIKO, Y.N.
Helminths in the population of the Taz Basin. 149d.paraz. i paraz.bol.
28 no.4:418--421 Jl-Ag '59. (MIRA 12:12)
1. Iz lrj?asnosellkupskoy rayonnoy bollnitsy Tamalo-Nenetskogo uatsio-
nallnogo okruga.
(HELMINTHIC DISPASES epidemiology)

SHPILIKO, V.N.
Foreign bodies in the appendix. Xhirurgiia 35 no.12.-104-106
D '59. (miRA 13:6)
1. Iz KrasnoselikuDskoy rayonnoy bollnitsy Tamalo-Nenetskogo
natsionallnogo okri;ga.
(AFFMIX foreign bodies)

GUTNIK~l S., neshtatnyy korrespondent (Kiyev); SHPILIXE V. neshtatny~
korrespondent (Kiyev)
Sever with built-in refrigerator. ~Iest.prom. i-khud.promys. 4 no.3:
13 Mr 163. (MIRA 16--4)
(Refrigerators) (Furniture ihdustry)

RUMANIA/General Division. General Problems. A-1
PhilosoDhy. Methodology.
Abs Jour Ref Zhur-Biologiya, No 20, 1957, 85001
Author Shpill an
Inst ____ .......-
Title Criticism of "Physiological Idealism"
0
According to the Doctrine of Lenin
Orig Pub Ocrotirea sanat. R.P.R. 1955, 5, No 3, 84-93
Abstract Brief review of the history of "Physiolo-
ical Idealism," as developed in J. Muller's
801-1858) works under the influence of
K
I. Kant's agnosticism, and its methodolo-
gical refutation in V.I. Lenin's "Materialism
and Empiriocriticism."-
Card 1/1

PRITULA, Yu.A.; ABRIKOSOV, I.Kh.; AVROV, P.Ya.; KAZACHENKO) A.A.; KILIGIVA,
N.I.; KULIKOV, F.S.; MELINIKOV, A.M.; TATA.UNOV, A.G.;
TROYEPOLISKIY, V.I.; TSYPLENKOV, G.G.; SHPILIMAN, A.I.;
- I., tc
W G.A., vedushchiy red.; LINDTROP, T., rel.,
DAY[ I
YASHCHURZHINSKAYA, A.B., tekhn.red.
(Volga-Ural oil-bearing region; oil potential) Volao-Uralskaia
0
neftenosnaia oblastt; neftenosnost'. Lenitigrad, GoStODtekhizdat,
1957. 175 P. (Leningrad, Vsesoiuznvi neftianoi nauchno-issledovatellskii
goologorazyedochnyi institut. Trudy, no.104). (MIRA 16:8)
(Volga-Ura). region-Petroleum geology)

SHPILIMAN, I.A.
Data on the oil potential of Devonian sediments in the trans-Kama
region of the Tatar A.S.S.R. Izv.Kazan.fil.AN SSSR. Ser.geol.
nauk no.6:129-139 1 57. (Mia 12:1)
(Kama Valley--Petroleum geology)

MWNIKOV, MI.; SHPIL'MAN, I.A.
Current P~ o~lems relative to exploratory deep-well drilling In the
Tatar A.S.S.R. Gfml.neflui 2 no.10:17-24 0 '58. (111RA 11:11)
1. Treat Tatneftngazrazvod1ca.
J,
Ooring)

SUILI MAN, IA.
Formation of the Bol'sho7 Kinell bonk and the outlook
for oil and gas prospecting in adjacent arease Geole
nefti i gaza 3 no,12:9-13 D '59. (MIRA 13:4)
1. Orenburgskiy sov khoz.
(Bolshoy Kinell Valley-Petrolem geology)
(Bolehoy Kinell Valley-Gas, Natural-Geology)

SHPILIMAN, I.A.
Results of geological. prospecting in Orenburg Province in 1960
and 1961 and objectives for the coming year. Geol.nefti i craza 5
0
no.9:19-25 S 161. (MMA 14:10)
1. Orenburgskoye geologichaskoye upravleniye.
(Orenburg Province--Petroleum geology)
(Orenburg Province-Gas, Natural-Geology)

KLIJBOV,, V.A~; KULkKOV, A.!.; SFjIENKO, M.N.; FOralIA, G.V.; SIIPILII~U, I.A.
Tectonic pattern of Orenburg Province and adjacent regions in
connection with the evaluation of oil and c~as potentials.
Trudy VVIGNI no-340-301 161. OMRA 15:7)
(Orenburg Province-Petroleum geology)
(Orenburg Province-Gas, Natural-Geology)

VOROBTYEV, A,.&.; MOZHAUV, N.S.; OVCHARENKO, A.V.; SAVCHENKO, D.A.;
SILPILIMAN. I.A.
Plan for regional prospecting for oil and gas in Orenburg -
Province. Geol. nefti i gaza 6 no.12:37-4f' D 162. (MIRA 15:12)
1. Oreqburgskoye geologicheskoye upravleniye i trest
Orenbur&ftegazrazvedka.
(Orenburg Province-Gas, Natural-Geology)
(Orenburg Province-Petroleum geology)

POMINA y G.V. ; Sill' ILIMAN , I.A. ; C111,10TAKIIIN y 6. 1).
Petroleum and ra~,, potentials of the Ural Mountain portion of
OrenbUrg Province. Neftegaz. geol. i geofiz. no. 5:3-7 163.
(MIRA 17:5)
1. Orenburgskoye geologicheskoye upravleniye.

BROE. 1.0.~ BEGISILEV, F.A., GABRIELYAN, A.G.; MNESOV, G.P.; SEYFULI-
i&YTjxO'vY R.B.; SEOILNIKOV, B.Ya.; SBFILIMI, I.A.; FHANIN, I.L.
Oil and gas potential of the Volga-Ural region, the lower
Volga Valley, and the Caspian salt-dome region as narts of
the northern Caspian oil- and gas-bear-Ing basin. (Trkidy]
NILneftegaza no.100-16 163. -'~~(MIRA 18:3)
1. Nauctino-issledovatellskaya laboratorlya geologicheskikh kriteriyev
oteenki perspektiv neftegazonosonosti; Upravlaniya neftyanoy i gazovoy
promyshlennosti Verkhne-Volzhskogo i Sredne-Volzhskogo sovetov
narodnogo khozyaystva i i OrenburgBkoye geologicheskoye upravleniye.

BAGIRYAN, G.V. k- ShIPILIMAIT, I.A,
Latest prospects for the development of geological prospecting
and gas and oil production in Orenburg Province. Geol. i geofiz.
no.5:9-13 164. (14IRA 17:9)
1. Glavnoye upravleniye geologii i okhrany nedr pri Sovete
0
Ministrov RSFSR.

SHPILTAN, 1.A.
C';t~arch for rjil and gav pQol.,j in dt.-oply buri~)d stmic-tures and in
zones of locai tapering of reocrvoir beds. Gool.nefti i gaza 9
no.201-36 F t65. (MIM 18:4)
1. Orenburgskoye geu2o.,,icheske.,,yt: upravleniye.

KULAKOV, A.I.; FC)MINA, G,V.; SHPILIMAN, I.A.
Outlook for the development of oi-I and gas prospecting operations on
the eastern slope of the Russian Platform in the area of Orenburg
Province. Geol. nefti i gaza 9 no.9ig-12 S 165. (MIRA 18:9)
1. Orenburgneft', Orenburgskoye geologicheskoye upravleniye i
Vsesoyuznyy nauchno-issledov-atellskiy geologorazvedochnyy
neftyanoy institut, Moskva.

SHPILIMAN, K.A.
Geology and hyd,rogeol6gical characteristics of the Sargatskoye
area. Mat.po geol. Zap.-Sib.niz. no.3:3-130 162. ' (NIRA 16:12)

ZAPIVALOV, Nikolay Petrovich; SHPILIMAN,_Kallman Abramovich;
GORBATOVSKIY, I.V., re6.-----
(There will be a "Siberian Baku"] Budet sibirskoe Baku.
Novosibirsk, Novosibirskoe knizhnoe izd-vo, 1963. 52 p.
(MIRA 17:3)

" '~' 7" ~
I -" I? :~., -/,ECK, ~*~Ilil.:, 114Au, f(.;
" ''I i~(j ". -4.
- I ~V, , ;, , ,
t, . ~I vi fM t, i t. id .-, j ,.. 'rornsk p I
,; ar, r0 VI r: (. ('~ . Ne"thirnz, geol, i gerifiz,
r,~ , -. , 8- ~-, C I b "i . ( M,- It A 1. 7 ,, 5 1
~i
-'., gealog.~~-hf~!3koyf- upravlieniye~

91 all I r,"M-,------.---.B
SHPILIIAkli, Ye. (Minsk)
"Belaruel-5.11 Radio no-1:35-37 Ja- 160, (MIRA 13:5)
(Radio--Receivers and reception)
(Television--Receivers and reception)
(Phonograph)

SHPIPIMAI~l . Yevgeniy ~14rkovich- BUKEJAN, David Rotumovich;
TRAVIN, A.A., otv. red.; KOEDHAVYEVA, V.P... red.
("Belarusl-110" television and radio-phcnograph console)
Teleradiola "Belar-usl-1-10." Moskva, Svjaz1, 1965. 71 p.
(Biblioteka "TelevizioraVi prierp,." no.21) (MIRA 18:11)

SHPILIOVIY, M.I. [Shpyllovyi, M.1.]; ISHCHENKO, Y.O. [Ishchenko, 1.0.1, inzh.
Give the green liaht to recent developments. M-ekl. sill. hosp.
0
14 no.11:6-8 N163. (MA 17:2)
1. Upravlyayushchiy Nemirovskim rayonnym ob"yedineniyem
"Sillgosptekhnikall Vinnitskoy oblasti (for Shpilloviy).

U:7SRIPhysical Chemistry Thermodynamics. Thermochemistry. Equilibrium. Physico-
chemical Analysis. Phase Transitions, B-8
Abst Journal: Referat Zhur - Khimiya, No 1, 1957, 331
Author: KirillinY V. A., Sheyndlin, A. Ye., and Shpillrayn, E. E.
Institution: Nox Mo S au'~' P, W'5
Title: New Tables of Correlated Values for the &thalpy and Specific Volume
of Steam
Original
Periodical: Dokl. AN SSSR, 1955, Vol 105, No 3, 472-475; Teploenergetika, 1956,
No 1, 16-21
Abstract: On the basis of experimental data collected over the last few years
(chiefly at the All-Union Heat and Power Institute and the Moscow
Power Institute) tables of correlated values for the enthalpy and
specific volume of steam are presented for pressures UP to 500 atm
(in steps of 50 atm) and for temperatures up to 6500 (in steps of
500); (the existing tables, adopted in 1934, give values for the en-
thalpy and specific volume up to 300 atm and 5500, the values in the
Card 1/2

KIRILLIN, Vladimir Alekseyevich; SHEMLIN, Aleksandr Yefimovich;
SHPILIRAY.N, E.E., redaktor; VORONIN, K.F., tekhnicheskiy redaktor
~-
[Thermodynamics of solutions] Termodimqrnika rastvorov. Moskva, Goo.
izd-vo, 1956. 272 p. (MT,RA 9:7)
(Solutions(Chemistry)) (Thermodynamics)

R
77-
.;pil'raln, P:. On problems of thO
lr~pchi Matem. Naolc no '2(12), 179-188
ilkithur linu, 13 mlsolvcd probli~nva moa of ki'llicil
thc exl~i1clict., Of llwa:iji~:s ndLkfying variou." Cf-l!lfii-
liolls. Two typica! sueb proWeill-, aTO.' (1) ilfw's there exial a
maxim;d trari-si.alim iovariant ixte:'Ision of Lubesgue ineas-
tire on th~- 1-AicL" and (2) doc-~ thui~: a finice measure p
on (he of III 'Bilrcl u~ t wol.~Cpamblc nietric spact:
Such hat p(E'- wimlever J., I,,, a ~epalabit~ Bore neY
I A .
'o
vlow; ("hicag

i . , . : -, I-, ,
!I ~ 1 -, !~, n I I',- n - 7'~ -1,1~ -' "7, ! - - ;-, f . 'r- I, I ,
- I I - I - .- - I I I . ~ -1 .
- 1'1.~ ~, -'' --.- I
- 5!

SHPIMRAYN, E. 1E., Engineer
"Experimontal Investigation of the Thermodynamic Properties o!' Liquid Oxygen."
Sub 26 Oct 51, Moscow Order of Lenin Power Fingineering Inst imeni V. 14. Molotov
DiSBertations presented for science and engineering in Moscow during 1951.
SO: Sum. No. 480, 9 MaY 55

SHPILIRAYN, E.E., kand. tekha,neuk; SOIDATMKO, Yu.A., aspirant, red.
[Collection of problems in the thermodynamics of solutioneJ Sbornik
zadach po termodinamike rastvorov. Red. W.A. Soldatenko. Moskva,
Mosk. energ. in-t, 19Y?. 71 P. (MIRL 11-:7)
1. Kafedra inzhenernoy teplofiziki (for Shpillrayn).
(Solution (Chemistry))

KIRILLIN, V19dimir Alekseyevich; SHEYNDLIU, Aleksandr Yefimovich;
SHPILIRAYN, Evalld Emil'yevich; NIKOLAYEV, V.V., red.;
IAEDVEDEV, L.Ya., tekhn.red.
EEngineering problems In thermodynamics] Zadachnik po tekhnicheskoi
termodinamike. Izd.2-oe, perer. Moskva, Gos.energ.izd-vo, 1957.
253 p. (MIRA 11:1)
(Thermodynnmica-Problems, exercisen, etc.)

SHUNYATSKIY. B,YA., kandidnt telchnicheskikh nauk; SHPILIAAY]i, E.E.,
kandidal. tekhniche3I-7ik.-i Tiauk.
Some Problems on the thermodynamics of n liquid flow. TeDlo-
energetika 4 no.9:9--96 S '57. MRA 10-9)
(Fli.i.id dynamics) (Thermodynamics',

RARGULOVA, T.Rh.,prof.. red.; SHPILIRAYW, E.-'D..red.; VORONIN, K.P., tokhn.rede
[Problems of corrosion nnd heat erchnV.
,e in liquid metals. Translation
from American and British sources] Nekotorye voprosy korrozii i
teploobmena v zhidkikh metallakh. Moskva, Goa. energ.izd-vo. 1958.
39 po (MIRA 11.9)
(Corrosion nnd -mticorrosives)
(Hent-Transmission)
(Liquid metals)

SO V/96-58-7 -4/2
AUTHOR: Sheyndlin, ~-.Ye.qD�r.Tech-Sci., Shpilrayn, E.E., Cand.Tech'Sci.
and Sychev, V.V., Engineer,
TITLE- The specific heat at constant pressure cp of steam at the
saturation line (Teployemkost- -,p vodyanogo para na linii nasysheheuiya)
PERIODICAL6, Teploenergetika, 1958, No.7, pp. 13-17 (USSR)
ABSTRACT4 The enthalpy of supersaturated steam is best calculated by
integrating values of ~%. on isobars from the saturation curve to the
temperature at which 1ACe outhalpy is to be determined. However, as
it is very difficult to determine cp near the saturation curve,
values are usually obtained by extrapolation.. but this prozedure is
unreliable near the critical press-are. The authors, therefore,
decided to calculate the cp of steam et the saturation line by a method
basically independent of experimental determinations of sp for
superheated steam. An equation is then written for the specifi,,- heat
of steam at the saturation lins; it includes terms for the specifi;:
heat of water at the saturation line at the same temperature, the
latent heat of steam and its differential with respest. to temperature,
the specific Nolumes of dry saturated steam and water on the
saturation line, and their partial differential with respect to
temperature at constant prcS3ure. This equation forms the basis of
all the cal,~ulations. In using it, a large number of calorific and
thermal data for water and steam have to be determined, but these
Ca.rd 1/3 determinations can all be Luade more accurately than dirrect

SOV/96-58-7-1/22
The specific heat at constant pressure ~p of steam at the saturation line.
determination of cp near the saturation line. The calorific and
thermal data used in the present calculations are given in Table.l.
The method of calculating each of the terms of the equation is then
explained. Graphs of differentials of latent heat of steam, specific
volume of steam and of water are given in Figs.l., 2., and 3. The
accuracy of the calculations was evaluated by the methods of the
theory of errors. The accuraoy of determination of the differentials
was determined by an indirect method. The errors in each of the
terms are then evaluated numerically and finally it is stated that the
overall error in the determination of cp did not usually exceed
I - 1.5%~ The error is somewhat greater near the critical region.
Calculated values of cp from 170 - 3800C are displayed in Table.2,
which also gives values recommended by the All-Union Thermotechnical
Institute and percentage differences between the two sets of values.
The calculated values :;e then compared with experimental values of
several authors and a number of differences are found to exist which
exceed the errors of calculation or of experiment in some regions.
Further theoretical and practical investigations in these regions are
Card 2/3

SOV/96-58-7-4/22
The specific heat at constant pressure fip of steam at the saturation.line.
required to establish the reasons for the differences.
There are 5 figures, 2 tables, 16 literature references
(4 Soviet, 7 English and 5 German)
ASSOCIATIONs Moskovskiy Energeticheskiy Institut (Moscow Power Institute)
1. Steam - Specific heat 2. Steam - Enthalpy 3. Sta-am -
Pressure factors
Card 3/3

SAMUTWV, Te.V., kand.fiz.-matem.neuk, red.; -W.IL!BAV, kand
takhn.nauk, red.; SAMSONOV, V.G., red.; SHDWOVA, H., takhn:red.;
REZOUKHOVA, A., tekhn.red.
[Motion of the nose section of lone-range rockets, collected
articles] Problem dvizheniia golovnoi chasti raket dallnago
deistviia; sbornik statdi. Moskva, Izd-vo Inostr.lit-ry, 1959.
488 p. (MIRA 13:5)
(Rockets (Aeronautics))

OTZLOV, A.A., knnd.fiz.-matempt.nauk, red.; :~TWRAYN, E.E.,- kand.tekhn.
nauk, red.; VLASOV, V.T., red.; IOVLEVA, N.A., tekhn.red.
[Scientific nroblems connected with artificial satellites;
collection of articles] Nauchnye problemy islaisstvennykh spit-
nikov; sbornik statei. Moskva, Izd-vo inostr.lit-ry, 1959 '
528 p. (MIILA- 12:12)
(Artificial satellites)

o528o
10(5) SOV/170-59-7-11/20
AUTHORS: Sheyndlin, A.Ye., Shpil?rayn, E.E., Sychev, V.V.
TITLE: On the Heat Capacity C p of Water and Water Vapor at Supercritical Pressures
PERIODICAL: Inzhenerno-fizicheskiy zhurnal, 1959, Nr 7, pp 75 - 79 (USSR)
ABSTRACT- There are several methods for working out graphs express . lationships
,xng re
between heat capacity CP and various factors. Ya. Havlicek and L.
Miskovskiy" /`R_ef 9,7 proposed a method for analyzing experimental data on
CP by plotting the lines C p = const in the coordinate syster. p - T. This
method, as well as other existing methods, possesses some intrinsic draw-
backs. The authors 1 have worked ouT_ a new method which is based on the
coordinate system: 5 versus p. This graph is shown on Figure 3 which is
plotted by isochores. This made it possible (after smoothing the iso-
V as functions of V. Then
chores) to obtain from this graph isobars of CP
the values of T are found from the v - T graph, and the smoothed data,are
plotted in the C - T graph by isobars. The values-of C corresponding
to the round vaAeS of pressure are then obtained from ~Rese isobars and
compiled into a table presented in the paper. This method was employed
Card 112 for analyzing the 3vailable experimental data on heat capacity Cp of water

SHYIITDLIN, A.Ye., doktor tekhn. nauk; SHPILIRAYN, E.E., kand. tekhn. nauk;
SYCHEV. V.V., inzh.
Reference values of the specific heat of steam. Teploenergetika 6
no.12:80-83 D '59. (MIU 13:3)
l.Moskovski3r energeticheskiy institut.
(Steam)

S/o96/6o/ooO/OlO/01b6/022
woo E19VE135
AUTHORS: Shpillra Fabrikant,, V.L., Fedorova, I.Fj
- =umyantsev, A-M., and Detlaf, A.L.
TITLE: Calculation of the Specific Heat*kof Alkaline Metal~l
Vapours
PERIODICALs Teploenergetika, 1960, No 109 p 95
TEXT: Calculated values are given for the specific heat at
constant pressure of vapours of alkaline metals and the thermo-
dynamic functions are calculated. (Enthalpy, is-obar-isothermal
potential) of monoatomic and biatomic vapours.in the temperature
range 500 to 3500 OK for the ideal gas conditions. In determining
the specific heat of monoatomic and biatomic vapours only the lower
electronic level was taken into account; in calculating the s.tatic-
sums of biatomic vapour molecular oscillations and flexibility were
allowed for. On this basis calculations were made of the constants
of equilibrium and degree of dissociation of biatomic vapours of
alkall-metals as functions of temperature and pressure. In
addition, the calculations were made in the above mentioned
Card 1/2

S/096/60/000/010/016/022
E19VE135
Calculation of the Specific Heat of Alkaline Metal Vapours
temperature range of the specific heat of a reacting mixture of
monoatomic and biatomic vapours both on the saturation line and
in the superheated vapour region.
ASSOCIATION: Moskovskiy energeticheskiy institut
(Moscow Power Institute)
Card 2/2

SHLYNDLIN, A.Ye., doktor tekhn.nau!~., SHPIL'R&YN, E. ., kand.tekhn.
V.f., -inzh.
naukj SYCP7
Heat capdcIty C70 of water and steam --t the saturation line.
T-Sploene OtIVC7 no.7:23:-27 J1 160. (MIRA 13:7)
1. Monk akiy energeticheskiy lastitut.
(Heat capacltY5
(Water--Tbermal properties)

88624
S/1 70/6 1 100iJ10021,002/0 i S
0, B019/BO60
// L1100
AUTHORS: Shpil'rayn, E. E., Asinovskiy, E. I.
TITLE: Calculation of the Thermodynamic Properties and the
Construction of the is-Diagram of Alkali Metals
PERIODICAL: Inzhenerno-fizicheskiy zhurnal, -1961, Vol~ 4, No. 2,
pp, 18-26
TEXT: In view of the relatively scarce data available on the thermodynamic
properties of alkali metals the authors calculated the thermodynamic func-
t1ons and set up the is-diagram. The following 2 assumptions were made:
critical parameters for sodium p cr ~ 355 kg/cm , T cr I 22700K, for lithium
per ~ (1400-1500) kg/cm 2, Tcr ~ (2750-3300)'K, rcr = (0-14-0-15) 9/cm 3.,
These values permit the assumption that the vapors of alkali metals satisfy
the equation of state of ideal gases. The volume of liquid metals was
taken to be independent of pressure, while enthalpy and enthropy were
estimated as functions of prdssure according to well-known thermodynamic
relations~ Moreover, the thermodynamic functions of the liquid phases were
Card 113

88624
Calculation of the Thermodynamic Properties and S/170/61/004/002/002/018
the Construction of the is-Diagram of Alkali BO]9/BO60
Metals
of the isotherms and isobars of overheated vapor also changes, There are
2 figures and 24 references: 9 Soviet, 11LIS.and 2 German.
ASSOCIATION: Energeticheskiy institut, gi Moskva (Institute of
Power Engineering, Moscow)
SUBMITTED: September 20, 1960
V~
Cf,rd 5,13

S/170/62/005/004/005/016
Calculation of the latent ... B111/B102
oration heat of alkalies are incorrect because dimerization has not been
taken into account. For lithium, sodium, and potassium, the following
correct values are given;
Atomic -,Iolar Specific
weight evaporation heat, evaporation heat,
kcal/mole kcal/kg
Li 06,940 36,3 4636
Na 22,0~91 24,1 926
K 39,100 19,5 473
These values hold for the boiling point of the individual metals. There
are 1 table and 16 references: 5 Soviet and 11 non-Soviet. The four
most recent references to English-language publications read as follows:
K. K. Kelley, Bur. of Mines., Bull. 383, Washington, 1935; L. Quill, The
chemistry and metallurgy of miscellaneous materials, 1950; R. Lyon, Hand-
book on Liquid IMIetals Suppl., Washington, 1950; W. H. Evans et al., J.
aes. Nat. Bur. Stand., ~.2, 83, 1955-
i: I alhor;~.toriya vysokikh temperatur AN SSSR, g. Moskva (Labora-
*,,jry of High Temperatures AS USSR, Moscow)
a f 2/.;;

SHFIL IRAYN J~J~,,; STE FANOV, B. I.
Apropos of L.A. Brovkin's article "Effect of an increase in
the measurable mean temperature and the heat content of certain
insulated bodies in the process of temperature balancing.
Inzh.-fiz. zhur. 5 no.6:126-131 Je 162. (MIRA 15:12)
(Temperature--Measurement)
(Enthalpy)
(Brovkin, L.A.)

KAZAVCHINSKIY, Ya.Z... prof.; KESSELIMAN, P.M., kand. tekhn. nauk;
KIRILLIN, V.A., akademik; RIVKIII, S.L., kand. tekhn.
nauk; SYCEEEV, V.V., kand. tekhn. nauk; TIMROT, D.L.,
prof.; SHEYTIDLEI, A.Ye., prof.; SHPIL'UY-14, E..E., dots.;
BULIDYAYEV, N.A., tekhn. red.
(Heavy water; its thermophysical properties] Tiazhelaia
voda; Teplofizicheskie svoistva. Mosk-va, Gosenergoizdat,
1963. 255 P. (MIRA 17:2)
1. Nauchno-issledovatellskiy Ustltiit vysokikh t4p6r-WCur pri
Moskovskom energeticheskom institute (for Kirillin, Sychev,
Timrot, Sheyndlin, Shpillrayn). 2. Vt;esoyuznyy nauchno-
issledovatellskiy teplotekhnicheskiy institut imeni F.E.
Dzerzhinskogo (for Rivkin). 3. Odesskiy institut inzhenerov
morskogo flota (for Kazavchinskiy). /+. Odesskiy tekhnologi-
cheskiy institut (for Kessellman).

M -Pr~-.4"JD/JW
L IOZa-~3 _9PF C C) IEWV (4) /EWT0
ACCESSION NR-: AP3003051 S/0170/63/0001006/007410077
AUTHOR: Shpillrayn,, E. E. Zvereva,_A. M_
TITLE: Experimental assembly for studying vapor pressures of alkali- metals,
at high temperatures
SOURCE: Inzhenerno-fizicheskiy zhurnal, no. 6, 1963, 74-~7
TOPIC TAGS: alkali-metal vapor pressures, high tempbratures
ABSTRACT: An instrument consisting primarilyof a U;~haped tube was developed
for determining the vapor pressures of alkali metals at high teniperatures. The
steel left leg is closed and electricallyheated; the glass.right leg is connected
to a pressure gauge and to a system for metered -injection or withdrawa'I of
argon. The tube is evacuated to 10-1. newton /M 2, the metal specimen is in-
jected through a valve, and the steel leg is heated to the desired temperature.,
During temperature equalization, the glass leg is maintained under argon at a
Ccrd 1/2

--L 10753-63
ACCESSION NR: AP3003051.
pressure higher than the vapor pressure so that.the steel leg is entirely filled
but the level in the glass leg reaches to only about one-third of the leg. After
temperature equalization the argon pressure is gradually lowered until a step-
wise increase of the level in the glass leg is observed. The pressure-gauge
reading at this point corresponds to the vapor pressure., The instrument was
used for determining the vapor pressure of Na at 900-1300K. Scattering of the
exp erimental points did not exc eed 2.5 X 10 2 newton/ M 2. If the m etal leg is
made of a high-melting alloy, the instrument can also be used for determining
vapor pressures at higher temperatures. Orig. art. has: 2 figures.
ASSOCIATION: Institut vy*sokikh temperatur pri ME1, Moscow (High Tempera-
ture Institute, MEI)
SUBMITTED: 21Jan63 DATE ACQ: 22Jul63 ENCL: 00
SUB CODE: 00 NO REF SOV: 000 OTHER: 002
Card

ACCESSION NR: AP4004136 S/0294/63/001/002/0173/0176
AUTHORS: Shpil'rayn, E. E.; Yakimovich, K. A.
TITLE* Experimental installation for determining the density of
liquid metals
SOURCE: Teplofizika vy*sokikh temperatur, v. 1, no. 2, 1963, 173-
176
TOPIC TAGS: liquid metal, density, liquid metal density, specific
weight, high temperature, dilatometric method, pycnometric method,
physical property, heat transfer fluid, heat transfer, pycnometryj
dilatometry, liquid metal density, liquid metal specific gravity,
specific gravity
ABSTRACT: In view of the advantages of the pycnometric method over
other known methods for determining the density of liquid metals at
high temperatures and in view of the methodological difficulties in-
F
Card 1/0-3

ACCESSION NR: AP4004136
ASSOCIATION: Nauchno-issledovatellskiy institut vy*sokikh tempera-
tur (Scientific Research Institute of High Temperatures)
SUBMITTED: 28Jun63 DATE ACQ: 26Dec63 ENCL: 01
DATE ACQ: 26Dec63 NO REF SOV: 006 OTHER: jCc,)-
Card

fACCESSION NRt AP4044521
outer sample diameters. For a narrow temperature difference a corresponding expres-
sion was developed. The analytical basis of the method proposed involves measuring.
the effective radiation coefficients for the sample and an outer protective screen*
Optical pyrometer OP-48 was used for temperature measurement, and electrical means
were employed to measure heat flow; straightening strain was measured by means of
the low-reeistance potentiometer PUS-48. Experimental relative errors were on the
order of 11 to 18%. It was noted that the source of largest error lay in tempera-
ture measurement. Experimental data were plotted and results obtained by both large
and small temperature gap formulae were compared. A schematic diagram of the teat
apparatus is shown. Orig. art. hast 5 figures and 6 equations,
ASSOCIATION: Ilauchno-issiodovatellskiy inatitut vy4sokikh temperatur (Scientific
Research Institute of High Temperaturee)
SUBMITTEDs 26Apr64 ENCM 00
SUB CODEs TD NO REF SOVt 007 OMER 1 016
Card 2/2

L 4522-66 Eri-T(I)/t-:PA(s)-2/F,'IT(m)/F-PA(sp)-2/EPF(c)/F-P~(n)-2/F-ViP-(c)/~ViA (d)/hPA(w)-2
ACC t4R__-.AP_50_2_5 9 FCS(f)/T-'?g ')_ SOURCE CODE: UR/0294/65/ 03/ U 75 710 7_
wp(i
EWP(b)/E'V1A(m)-2 Jip(c) JD/WW/JG/Di/AT
AUTHOR: Shpil'rayn, E. E.'; Yakimovich, K. A.,
ORG: Scientific Research Institute of High Temperatures I(Rauchno-issledovatel'skiy
institut,vysokikh temperatur)
TITLE: Thermodynamics of an MLP 2gwer &~ ~rato~j~.'with a vapor-fluidil injector
SOURCE: Teplofizika vysokikh temperatur, v. 3, no. 5, 1965, 757-764
TOPIC TAGS: magnetohydrodynamics, MID power generator, liquid metal fluid, energy
conversion %6
'q . .
ABSTRACT: The thermodynamics of a vapor-fluid injector have been analytically inves-
tigated under the assumptions that 1) the whole injector as well as its separate
parts are adiabatic; 2) the processes in the nozzle and in the exit cone are not
isentropic; and 3) the nonisentropy of the processes in the mixing chamber is deter-
mined only by losses due to mixing. The formulas obtained show that the efficiency-
of the injector and also of the whole device depends on the ratio of the available
enthalpy of the flowing fluid to the value of the latent heat of vaporization of the
working material. Since calculations show that this ratio is not favorable for other-
wise suitable materials, it is suggested that the efficiency of the device could be
substantially increased by the use of two-component injectors. Orig. art. has:
26 formulas and 7 figures. IZI.)
Card 1/,'b UDC: 621.313.12:538.4:531.41

L 4522-66
ACC NR: AP5025992
SUB CODE: PRTD/SUBM DATE: OlMar65/ ORIG REF: 003/ OTH REF: 004/ ATD PRESS:#/&~
Card 2/2

L 3~,653~Ai) , Pff(l).
A P60)Jt080 901JR(JE CODE:
AUTHOH: :~~illraynj E. E.
UR/10291t/66/004/002/0292/0293
;ORG: High Temperature
;issiedovatellskiy institut vysokikh temperatur)
ITITLE: A thermodynamic method for determining the beat of dissociat
!of wases
i
;SOURCE: Teplofizika vysokikh temperatur, v. 4, no. 2, 1966, 292-293
10PIC TAGS: gas dissociation, thermodynamic analysis, heat of
Idissociation
!ABSTRACT: It is assumed that the dissociated gas is sufficiently roken~
,up t-bat it can be considered as a mixture of ideal gases. Than.. the
,~degree of its dissociation,Dt,,,and a given pressure., p, and temperature,t
;M
is determined by the equation:
4az AV T (f)
IUKV b2P~= - ------
!Here
(2)
UDG-.

SAVCHENEO, 'A.1.; E1111,11,111EYN, M11,
Effort of aminazine on the central nervous syst-Pm according to
data of bioahemical studies. Trudy 1--go NNI 34:541-541 164.
(MIRA 18:11)
1. Kaf,)dra paikhtatxil (zav, - zasluzhennyy dayatell naukL
prof. V.M. Bamahohikov),, laboratoriya patokhtmll ,nozga (zav. -
doktlor blolog. nauk K,I, Pogodayav) I.-go Moskovakngo ordena
Lpnltv.i meditsinnkogo lnvLttut.% linon.1 Sof,,hunova.

KUZXE~SOV. Boris Vasillyevich; SHFINAR, Ivan Ivanovich- POLOVIYAT, Nil.,
retsenzent; V.I.,
kandidat tekhaicheskikh nauk, redbktor; SHIANNIKOVA, Z.V., redak-toe-
izdatel'stva; KRASHAYA, A.K., tekhnicheskiy redaktor
[Parts of ship machinery] Detali sudovykh mashin. Pod red. V.I.
Tatishcheva. Moskva, Izd-vo "Rechnot transport," 1957. 471 P.
(Marine engineering) (KLRA 10:9)

SHPINCHEVSKIY, F.
Using unified tariffs in city motorbus transportation.
Avt. transp. 37 no-5:10 My '59. . (KIIZA 12:8)
l.Starshiy ekonomist Semopalatin8koy avtobazy No.l.- -
(Motorbus lines--Fares)

SHPINDLER) D.L.
Shpindler, D.L. "The influence -)f the 'siliceous fire I on the motor, secretory, and excretory
functions of the dog's stomach", Vestnik Akad. nauk Ka7alkh. 55H, 1948, No. 11, p. :57-64,
(Resume in Kazakh), -Bibligo: 16 items.
1
I SO: U-30U, 11 I'March 53, (Letopis Inykh Statey, No. 9, 19119)

SHPINDLER, D.L.
Influence of silicon dust on motor,
tions of the stomach in a dog.
profzab. no.1:70-85 149.
(Silicon--Toxicology)
secretory, and excretory func-
Izv.AN Ilazakh.SSR.Ser.promgig.i
(MIRA 9:5)
(Stomach)

SHPINDISR, D.L.; GORDIV, M.N.
Effect of cholagogueo on the railk and butterfat yield of
COW13, Uch. zap. Kazakh. un. 41.-186-187 161. (MIRA 16.-6)
( HOLAGOGM) (DAIRY CATTIE-FEEDIIIG AND FMG)

KCL&SOYA, T.K.; LYAMINA,T.P., starshiy nauchnyy sotrLid.; MiT.AROY,A.S.;
SEIEFELETA, N.A., stdrshiy nauchnyy sotrud.; SHPINDLER. M.A.,
kand. ekon. muk, red.; B=T, M., red.; TkO-P-fN-O-Y-A-,Z-.,--fe-ETE-.-red.
[Workers' control and nationslization of the industry in the Ko-
stroma Government; collection of documents, 1917-19191 Rabochii
kontroll i natsionalizatsiia promyshlennosti v Kostromakoi &U-
bernii; sbornik dokumentov, 1917-1919 gg. Kostroma, Kostromakoe
knizhnoe izd-vo, 1960. 223 p. (MIRA 14:5)
1. Kostroma (Province) Upravleniye vnutrennikh del. Arkhi,rnyy
otdal. 2. Nachallnik Gosudarstvennogo arkhiva Kostromsko$ ob-
lasti (for Kolbasov) 3. Machallnik Arkhivnogo otdala Upravle-
niya vnutrennikh, del Kostromskogo oblispolkoma (for Makarov)
4. Arkhivnyy otdel Upravleniya vnutrennikh delKoatromekogo obl-
ispolkoms (for Shepeleva, Lyamina)
(Kostroma Province--Works councils)
(Kostroma Province--Industrier)

L 0785_~6 EPF(n)-2/EWP VA(d)/EWP(w)/EWP(v)/EV4P(0 _1JK0_
ACC NR: AP6005747 EiM/Jr)/JG SOURCE CODE: UR/0128/65/000/010/0027/0031-
AUTHOR: Nekhendzi, Yu. A,, (Doctor of technical sciences); Shpindler, S. 5. (Engineer)l
ORG: none
TITLE: On the theory of the alloying and composition of heat-resistant steels for
highly.stressed cast turbine blades
SOURCE: Liteynoye proizvodstvo, no. 10, 1965, 27-31
TOPIC TAGS: high alloy steel, turbine blade, metal casting, cooling, austenite,
ferrite, high temperature strength
ABSTRACT: Austenitic steels of the Fe-Cr-Ni system containing various amounts of Cr
and Ni, e.g. 20/10, 15/15, 20/20, 15/35, etc., additionally treated with Mo, W, Nb,
Ti, Al, and other alloy elements which dissolve in the austenite and form hardening
phases (carbides, carbonitrides, intermetallides) . ag ~wid ly used in industry for
the temperatures 600-750*C. In this connection, and nee :he cooling rate of castings
of Cr-Ni steel greatly affects their -phase structure, nd particularly the formation
of ferrite, the author describes new structural diagrams specially developed for h gh--
alloy steels of the Fe-Cr-Ni syst-e*,as a function of the cooling rates of thin-Re'd
castings of the gas-turbine-bla!!jeLWype, usually produced by the lost-wax process th
pouring into ceramic molds heated to 8000C. In addition, formulas quantitatively re-
1/2 UDC: 669.14.018.44-14

L 28756-65

1 -1
EWT(m)/E,FF(c)/EW
V
AP5004375 S 8/001/0069/0071
ACCESSION NR: /0056165/04

t G. K Okhloby
AUTHOR: Phpine;lj V. S.; Aleksandrov A. Yu; llynM~ stin, 0.:
TITLE: Asymmetry of the doublet in Mossbauer resonance absorption':sp ec tra of
organic compounds of tin
1l
1
i t
ti
h
k
iki
48 i
65
i
t
fi NT;
c
es
z
men
eore
no, j
SOURCE: Zhurnal ekoper
a
noy
oy
o Y
9
t
, eel
69-71

TOPIC TAGS: tin, Mossbauer effect, asymmetry, line width, doilblet'splitting
ABSTRACT- The asymmetry of the doublet in the resonance absorption ectruin of
p
2SnCl4, noted first by Bryukhanov et al. (ZhETF v. 43Y_448t 2), is con
(C6H5)
sidered. Various experiments carried out to find the.cause, of',this asymmetry in
a polycrystalline sample are described. - e measurements~ were iux&~ with constant-
,14
and Mg2 Sn. IM6
velocity apparatust using a-source of Sn
in the form of SnO2
gamma quanta were detected by a standard scintillation method-using a resonant
counter. The spectra obtained upon ~application of a iagnetic:field toi-the ab-
sorber showed that the doublet~structure is actuall~~due to qu6drd I nteractioni-::
po e- i -~
4 -
(
MR magnetic measurements of this compound made by I-F. Sh v of the In- 7

~d

i Card 1/2
M

L
ACCESSION NR: AP5004375

stitut fizicheskikh probem JUnstitute of Physical Problems),:. Pli SSSRS have sh
own
L-
-
~*
~
-_
:
s in this molecuie d that the asym-s;,.
that there are no regions wit unpalred sprLn
metry of the doublet has no magnetic origins. Later investigations have estab-
Uization 6f. th
6,-sample, car-
lished that after careful purikication and recrysta
.
,
ried out at Institut elementoorganicheskikh sor-dineniv fthstitute of organo-
elemental Compounds) AN SSSR, the resonance absorption spectntm . became a sy=Ow.
I
.
I
in-n;
rical doublet. It .is concluded from the results that
some t
organic fractions
superposition
are present in this compound and that thespectrum is the result of
Sn%*rs _The'as~mietry i
of the two spectra, of (C )2S'iCl2 and (C6H5)2 20-
2H4 S 9pr-
' -
-
-
~:
tained when the components ne
ar ze
ro velocity- coincide- while, the
otfijir-
tWG are
shifted somewhat relative to each other., "We thank L. F_Shchegolev~.for the
ents." Orig. art.~has: 1 fi
measurem gure..
ASSOCIATION: Institut adernoy fiziki Moskovskogo.gosudarstve ve'rs1teta-
.y IM0
(Institute of Nuclear Physics, Moscow State.Univers#l~).:
aTB=ED: o3jul64 ENCL. 00 SUB CODE to NP le
NR REF SOV: 004 OTHM 000
2,2
c,,rl
7

SHPIIELI, G.M.
Organizing blood transfusion under polyclinic conditions. Vrach.
delo no. 3:115-1,17 Mr 161. (MIRA 14:4)
1. Poliklinicheskoye otdeleniye Chetvertoy LIvovskoy gorodskoy
bollnitsy (nauchnyy rukovoditell - prof. I.1. Fedorov).
(BLOOD-TRANSFUSION)

0 0 0 0 0 0 0 6 It 1110 IN 0 0 i0 7 '66 0

0 0 111 0 0 0 0 0 0 0 0 0
t
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Methods of btal I t CWPU"At fals,
Duu
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t ion of [am torpu-mlar rays.

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A S 0 1 L A METALLURGICAL LITERATURE CLASSIFICATION
E Z

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J * , Ji " ." .
U'JSR/Geicrer-'1-1ueller Counters
X-rays - I-1easure:rents
~-bv 1946
"A St1jdv of the Operation of GeiFer-i-hell er Counters Under Intensive Radiation from
an L,ipulse Source," F. F. Larige, V. S. Shpinell, 1-11. 1. Korsunskiy, 8pp
"Zhur Eksp i 1eor Fiz" Vol X7VI, No 11
Invest.15~atiori of combined operation of an impulse set and of Cleiger-Mueller counters,
shovrinF that under conditions of intensive iltipulse x-ray radiation falling on the
counter the installation is car)able of measuring short-period acbivities as low as 5.lo-4-
10-3 sec.
Pit 13T54
Fhysical Tech. Inst., Acad. Oci. Urkrainian 33-,, -1946-.

TWO/* 0 9
ISO A
786.
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A. A-? 4 L _L
mots
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was
A -.a--
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1
A Mus Spectrometer of High Resolution, 1W V. 3. Shpinel,.~AWL1W
AkadawH
1411k 53, p. 793-7969 1946o
The most accurate modern motbiods of manuring the Impulse of a
t3harged partial* are -based on its pat)k deviation in a magnetic
field. The aamwacy of seamement to usually limited by the
resolving power of the inotrument, which Is determined by Its
relative aperture and the dimensions of the icurce. In the most
perfect modern instruments, such as a spe8trometer with circular
focussing or a magnotid lens, the resolution odes not exceed several
tenth@ of one per cant.
Z
The present paper suggests a method of Increasing the revolution
of spectrometers, which is of Importance to many Investigations
(e.g. -end mass spectroscolV), The advantages of the method
proposed are the central position of the source in the Insta nts,
the large distAnon between the counters and the mbs*not of diaphragm
which would considerably lesson thoeffect of scattered electrons.
xk,~ _1
the &a
j 1 The resolution of sq4 octrometer vill be limited b_y cur cy
A I a -CIALLVPIGKAL LIT9RATUAl CLAWFICATIGH
-ILA
t --f-y I 1 11 &d
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CK it
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attainable in the produotion of the wdally my trical field.
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USSR/Physics - Spectrometer Jul 50
Electron Microscope
"Magnetic Spectrometer of Great Resolving Power
for,the Electron Microscope," V. S. Shpinell, Mos-
cow State U imeni Lomonosov
"Zhur Tekh Fiz" Vol XK, No 7, PP 834-846
Constructed and tested subject spectrometer with
cross-sectional magnetic field of axial symmetry.
0. Electrons emitted by source in field's center are
collected to maximum orbit where recording appa-
ratus is located (G-M counter or one operating on
coincidence.) Spectrometer gives a half width of
164T66
USSR/Physics - spectrometer Jul 50
(Contd)
the conversion line of 0.5% when a solid angle
about 3.1o-3 of a full solid angle is used. Sub-
mitted 29 Apr 49..
164T66
Ji

V. S.
PA i65T49
USSR/Nuclear Physics - Conversion I May 50
Thorium
"Conversion on the Subgroups of the L-Shell," V. S.
Shpinell, N. V. Forafontov, Moscow State U imeni
M. V. Lomonosov
"Dok Ak NauktSSR" Iol LXXII., No 1; PP 49-52
Attempts to solve problem of measuring ratio of co-
efficients of conversions on subgroups of L-shell for
gamma-transition of 238 kev in ThC nacleus. Submitted
3 Mar 50 by Acad D. V. Skobelltsyn.
165T49

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A
:* A I r F J, L A- A- P Q X_ J__1_
Is,.ID J-0 C-Dikilt It I V_Z _9G_ CP _UT__k __q t_1__L_ JL_ &_ A I
1.0 ..D I t- 1.01.1 0
-
.14 'Rc1�!!'9$ ,-Cf. -00
00
"'
GAMMA RAYS OF Cs
. - v~ s_shp!~!e!. zhu Ekspd% A
_
Teo - is. 21, NO, 7, 853.5(1951) M
11~t
. r to the
!
y
- _
-
_ -
editor; In RuAxtan)
1
The )-ray spectrum of Ca- has been measured with a -00
ge A-ray spectrometer prvvlously described by the author -of

00 z! (Shpincl, Zhur. Tekh. Fix. 20. 8340950). NSA 5.3725).
_Q
;
The follow
) -ra
energies (in ILev) were found, the
fiKures In parentheses being relative intensities: K,

00 13 i
569 ! 5 (0.35 0.09); L, 571 ! 5; K,. 601 * 4 (0.94 -0
0.24); L, 601 7; X, 704 ! 7 0.0); L, 793 ! 7; K.. 1024
10; X,. 1110 - 10; and K,. 1347 14 (0.017 0.008). 2 fig-
ures.

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00

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&ITALL.Lrcocki. LITEOATURE CLAISIFICATION

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Ui C"
00
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1

USSR/Nucleax Physics - Conversion Oct 51
Electrons
"Width of G.-mm- Lines and Doppler Widening of
Lines of Conversion Electrons," V. S., Shpinel,
R. 1. Moshkina,, Moscow State U
"Zhur Eksper i Teoret Fiz" Vol XXI, No 10, pp
3-127-1131
Precise beta spectrometer with transversal non-
uniform field of axial symmetry was used for
measurement of conversion line, produced by g
transition of hv = 287 keV in ThC" nucleus, re-
coiling because of preceding alpha decay. Ex-
pected widening of conversion line did not appear.
USSR/Nuclear Physics - Conversion , Oct 51
Electrons (Contd)
This data was used for evaluation of life of eX-
cited ThC" nucleus. Authors acknowledges Prof
L. V. Gro8hev's helpful discussion. Submitted
12 Oct 50.
A L~7 "0- 2-1 110AD
C
(
Lo 197T95

USSR/Nuclear Physics - Raa~oactive Dec'51
Transitibne
"A Serie of Successive Radioactive Transit.ions
zr95, nb55--_,, M095
V.S. Shpinel,'Moscov State,U
"Zhur Eksper i Teoret Piz " Vol XXI -No 12,
PP 1370-1375
Preformed tadiation study of a s ies of
successive transitions Zr95'--+Nb5�___~ M095
vith bets-spectrometer vith thin magnetic lens.
Beta-spectrum. of Zr95 is complex' with upper
limit of 365-t 10 KeV and 95% intensity and
contains 2 laver intensity spectra -6oo and
1,100 keV. Beta-spectrum,of Nb95 is simple
I 198T91
USSE/Nudlear Physics - Radioactive Dec 51
Transitions (Contd)
vith upper limit 148 � 5 keV; a veak con-
version peak from isomeric transition of
Nb95 of 240 KeV is gQticeable. Gamma-radia-
tions emitted by Zr5> and Nb95 have nearly
equal energy of 730-750 keV. Plots probable
decay scheme of these elements. Submitted
10 Feb-51.
198T91
P4