SCIENTIFIC ABSTRACT SHUR, M.G. - SHUR, YA.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550220013-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHUR) -%L.C'.
are -aicrized
by the anal.ogj-,--.~ t i e
Trudy I.,losk. ri,~a-- hlc-va 18:9)

SHUR" M.G.
Linear differential equations with randomly perturbed parameters.
Izv. AN SSSR. Ser. mat. 29 no.4!783--806 165. (MIPA 18-9)

S
Y Use of~ th-e Courolosrical i-'-etho,4 in
Vl--. Polvelinic No. I Sverdlovsk, -f--19:!2--c49-.
snosis ZY) Sov. ~lo. 1-9-18; "P r o'- 19 m o f t h e
Polvelinics in the Dja-- of Dysento n -
Clinical ani Cou,-se of' Amoebic Dysentery," ibild., 'lo. 4, 1949; "Treatment of
Chronic Dysentery with r~ramicidin an-I a Ten-Percent Solution of C,-.Xlcium Chloride, ibirl.
No. 7, 194q. I--,

L+,77
USM/Yledtbine -Mysentery., DIagnofts Jun 48
Medicine - Feces, Xi~zlnailon
"Use of the Coprological Method In Polyclinics In the
Diagnosis of Dysentery," H. S. Shur, Polyclinic No 1,,
SverdlOTsk, 14Z pp
"sov mev No 6
CbjprologIcal method Is faster than bacteriological.
Analyzas 140 cases. Describes two in detail.
Concludes that use of coprological method in poly-
clinics-considerably increased pdasibility of
diagnoelp in latent and chronic dysentery cases and
should therefore be used.
15/49T90

"Problem of the Clinical Aspects and Course of
~660bic Dysentery)" M. S. Shur, Sverdlovsk) Vp
~'Sov Med' No 4
W,mwt.=s of amoetic dveentery often resemble
those-of colitiB and gastroenteritia. The faces
*Ust be examined in all cases of acute.and chronic
gastrointestinal diseases. 'There are often at7,plcal
folw and cases with both bacillary and amoebic
dymentery. The greatest problem is simultaneous
diagnosis an& treatment of chronic and atypical
65/49TOO
~*Fwdicine Dysentery) Amoebic Apr 49
(Contd)
alinidal forms of. amoebic dysentery which can be~
erroneously diagnosed.
65/49T60

SHMp M. 8. 153T77
USSR/Z*dicine - Dysentery Jul 49
Chemotherapy
"Treatment of Chronic Dysentery With Gramicidin
and a Ten-Percent Solution of Calcium Chloride,'t
M. S. Shur, Polyclinic No 1, Sverdlovsk, 1 p
"Sov Med" No 7
Tests on 50 patients at the polyclinic proved
that GrAmAcidin S enemata in calcium chloride
is effective therapeutic medium for treating
chronic bacillary dysentery. Continued in-
vestigations on patlent5 treated by thIs method
indicated that in 95% of the cases recovery was
complete.
AW 153T77

SHUR, M.-S. (Sverdlovsk).
Treating patients with chronic dysentery by the A.F.Bilibin
method in combination with gramicidin and nicotinic acid.
Sov.med.18 no.3:16-18 Mr 154. (MLRA 7:2)
(Dysentery)

SHUR, M. S.
Treating chronic dysentery with biomycia and intrarectal ecmolizx
in combination with vitamin Bi. Sov.med. 21 no.11:123-125 Im-157.
(MIRA 11:3)
1. Iz gorodskoy bollnitsy No. 12 (glnvnvy vrach V.A.Titova)
Sverdlovska.
(ANTISEPTICS, ther. use
ekmolia, intrnrectal, in bacillary dysentery, with
chlortetracycline & vitamin Bl)
(CHLORTEETRACYCLIN3, ther. use
dysentery, bacillary, with intrnredtal ekmolin &
vitamin BO
(VITAMIN B1, ther. use, dysentery, bacillary,
intrarectal admin. with ekmolin & with chlortetrAcycline)
(DYSENTEL"Y, BACILLPRY. ther., same)

SHUR, H.S.
1-ft
The role of roctoromnoscopy
21 ao.3:107-109 Mr 157.
in the prevention of dysentry. Bov.med.
(MIRA 10:~)
1. Iz 12-y gorodskoy bolinitay Sverdlovska (glavnyy vrach V.A.
Titova).
(DYSENT3RY. prav. and control
rectoromanoscopy in food industry workers)
(INDUSTRIAL EffGIE"
rectoromnoscopy in prov. of dysentery in food industry
workers)

SHUR, M.S.(Sverdlovsk)
, ftw~
"CG6nf'c"-Oforma of dysentery. Felld. i akush. 22 no.1:24-29 Ja '57
(MIRA 10:4)
(DYSENTARY)

SffM. M.S.,(Sverdlovsk)
~ - --- -1, - I
V~dWg , . Chronic colitis. Fel'd. i akuBh. 23 no.2:13-19 F '58. (MIU 11:3)
(COLITIS)

SHUR, M.S. (Sverdlovsk)
- I -
Alcoholism nnd diseases of the digestive organs.! Felld. i akush.
23 no-7:52-54 Jl 258 (MIRA 11:8)
(ALCOHOLIMS)
(DIGESTIlm, CRGANS-DISMASES)

SHUR, M.S. (Sverdlovnk)
Early diagnosis of obliterated atypical forms of dysentery in the
polyclinic. Felld. i akush. 23 n0-9:15-19 S158 (MIRA, 11:10)
(DYSENTERY)

SHUR, M.S. (j5ver lovsk)
Treatment of chronic dysentery with biomycin and eemolin per
rectum in combination with vitamin Bl. Klin.med. 36 no.2:130-133
F 158. (MIRA 11:4)
1. Iz 12-y gorodskoy bollnitsy Sverdlovska (glavnyy vrach B.A.
Titova)
(DYSENTMY, BACIIJ.ARY, there
chlortetracycline & ekwolin. rectal admin., with
vitamin BI (Rua))
(CHIMTb'fRACYCLINE. there use
bacillary dysentery, with eksolin, rectal admin., &
vitamin Bl (Rua))
CANTISEPTICS, there use
ekmolin in bacillary dysentery. with chlortetracycline,
rectal admin.. & vitamin Bi (Rua))
(VITAMIN B 1. ther. use
bacillary dysentery, with chlortetracycline &
ekmolin,rectal admin. (Rus))

SWR, H.S. (Sverdlovsk)
-
Treatment of dysentery. Med.sestrp- 18 no-8:3-8 Ag 159.
(unk 12: 10)
(DYb-NMRY)

SHUR, M.S., vrach
What colitis is. Ned.sestra 19 no.2:27-31 7 '6o.
(COLITIS)
(MIRA 13:5)

SHUR, M.S. (Sverdlovsk)
What one must know about dysentery. Med.sestra 19 no.11:27-32 N 160.
tMIRA 13:11)
(DYSENTERY)

GUBANOV,
Ml ystals vith a rutile Btruct na, Pz. tver, tola 7
f c-, ~u
.n:.,9~2626-2633 S 165. (MTRk 18!:Lo)
~. Rzi.ko-teklmichesidy institut imeni A.F.Ioffe AN SSSR, Leningrad.

L 26368-66 MIT(I)AwT(m) JD/id
ACd NR: AP6012498 SOURCE CODE:- UR/0181/66/008/004/1267/1269
AUTHOR: IShur,, _M.'. S4.1
ORG: Physicotechnical. Institute im. A. F. Ioffe.AN SSSR, Leningrad '(Fiziho-tekhn
cheskiy institut AN SSSR)
TITLE: Variation in the low-frequency vibrational spectrum of KH2PO4 during phase
transition
SOURCE: Mike tverdogo tela, v. 8, no. 4, 1966, 1267-1269
TOPIC TAGS: vibration spectrum, phase transition, phosphate, potassium compound,
crystal theory
ABSTRAM Hotion of the primary acid phosphate groups as A whole In the low-tempera-
ture modification of KH2PO4 is analyzed in an.attempt to understand variations in
low-temperature vibrational spectrum of this crystal during phase transition. The
elementary cell of the model for the H2PO4 group is shown in the figure where the
numbers indicate nonequivalent particles. The analytic formulas used for calculatin
9
the low frequencies in the Raman spectrum are given together vith a table comparing
theoretical and experimental values above and below the Curie point. Calculations-of
frequency A2 give an imaginary value which indicates that the model used fbr describ
ing the normal mode is incorrect. The remaining frequencies agree satisfactorily with_~"..
Card 1/2

L 26368-66
ACC NRs AP6012498

z

O.K 0 HZPL%
experimental data. Theoretical predictions.indicate splitting on some frequencies
which may be experimentally detected with measurements in polarized light.- I consi-~
der it my duty to thank A. I. Gubanoy for interest in the work and valuable remarks,

A. I. Stekhanov and SUIts
Ye. A. Popova for proposing the topic and discussing the re

and.H. 1. Lavnikova
for assistance with the numerical calculations& Or ar has:
ig. t
I figure, 1 table, 3 formulas.
SLM CODE: 20i SUBK DATE.; 18(k-%t6S/ ORIG REr: 006/ OTH RM 00
6
Potassium
>7
Corel 2/2

JD
00705-66 (t) IJ (a) GG~
L dp F
ACCESSION NR: AP5022697 0
-UR/0181/65/007/0 9/2626/2633.1.
AUTHOR: Gubanov, A. I.; Shur, M., S.
TITLE: Dynamics of crystals'wiih rutile'structure
SOURCE: Fizika tverdogo tela, v. 7, no.-9, 1965, 2626-2633
TOPIC TAGS: titanium dioxide, vibration:spectrum, spectrum analysis, Raman spec-
trum, IR spectrum, Brillouin zone,
ABSTRACT: A group-theoretical analysis of the vibration spectrum for crystals-wi
th
rutile structure (AIVBII) is made for all singular points in the Brillouin zone../
2
Melvin projection operators are used to derive formulas and secular equations
4,
the second and third orders for vibration-frequencies at a wave,vector value
of
q= 01, starting from a secular equation of the 18th order. The results of numeric'al~,____
calculations forrutile (Ti02) are used for interpreting infrared and Raman spectral'.
d for determining effective ion charge.' The
a
n ratio of the effective charge.to
rmu-
the charge on the ion is found to be 0.63. Orig. art. has: 3 figures, 11 f0
la
sq 4 tablesi
Card 1/2
2j2

L 064WI--67 E-12 (1) /Ewr WA7'~R(W)/F'~T W An IJP (c) JD/J3/1"~]
ACC NRg v6o2672-,~i SOM-M CODZ: lin/018~',/C')U'/OC)8/008/2504/2507
4hUTHORI Shur, 1-11. S.
h
Oad .1 Physicotechnical institute im. A. F. loffe, AN SSSR, Leningrad Mziko-tek ni-
choskly-institut-AN SSSR)
TITIZ: Normal translational vibrations of the ferroolectric crystal KH2PQ+
SOUIC-'j Fizika tvai-dogo tela, v. 8. no. 8, 1966, 2504-2507 1;7
TOPIC '10,,G3: crystal lattice vibration, ferroelectric cr-fstal, potassium phos.phato
A~-`,TRAOT I Tho normal vibrations of - Kli~)PQL woro detor-inined by theorotically calculat-
.LnI- the froquencies of its translational vibrational spectrum at rolatively low fre-
quencie!; (up to 200 cm-1). Fig. 1 and 2 show the normal translational vibrations-of
KH2PC4 for tbo high- and low-tomperature modifications respectively, and give the
corresponding frequencies. Comparison of these figures shows tho charactor of the
variation of nor-mal translational vibrations during a phase transition. Authors thank
A. 1. Gubanov for useful remarks, A. I. Stekhanov and Ye. A. Popova for discussing the
-Lavnikova- for assistance in the niLmer c0: computations. Orig. art.
results, and_IN., 1.
hasi 2 figures and 12 formulas.
/3
Card 1/

L -o6444-67
ACC NRt AP6026724
Fig. 1. Normal translational vi4r`ations
of Ki2PO4 above tho Curie point) 'Small
circles represent K-~- 1f6ns, and large ones,
(HqI0t,) groups. Black circles reprosont
Particles in -xj plane, and whito circles,
Particles in the C/4 level. Shif-It's along
t,
axes x and y are indicated by arrows, with
ZL plus sign in the positive direction and
-minus sign in the negative direction.
Numbers in parenthe6es denote the correspond-
ing frequencies in reciprocal centimeters.
Ff 4
' ~
t

L Z
T T~ -
_

064L4-67
ACC NRt T6&6,724
2. Normal translational v~Cbrzcbionss
Of KY12PQ+ below tha Curie point. Nur-iber
~n parentheses denote the corresponding
Irequoncies in reciprocal centimeters.
SU,3 CODE:
Card 3/3
y
2
3 +
>
3
A, (01
B, (0)
d, (133)
K6,1\1
11"(fis)
B'"(95)
+
A"I-)
z
61 (6�)
'(701
Bi
201 SUB14 DATE: 0311arW ORIG REF: 0061 OTH REFz 001
A' , 1147)
8,' 113 0)

24.Z500 65707
SOV/139-59-2-6/30
AUTHORS: Zverev, L.P., Noskov, M.M. and -Shur, M.Ya.
TITLE-, The Effects of an Electric Field on the Spectral Response
Curve for Photoconductivity in Cuprous Oxide
PERIODICAL: Izvestlya vysshikh uchebnykh zavedenly, Flzlka, 1959,
Nr 2, PP 39-42 (USSR)
ABSTRACT~, Polyerystalline Cu20 is used at 77*K in this work.
The spectral response is examined at high dispersion
(6 A/mm) with a grating spectrograph and the absorption
spectra are also recorded. Only two field strengths
(300 and 6000 V/cm) are used. Fig 1 shows spectral
response curves (uncorrected for the energy distribution
in the exciting spectrum); the wavelength s4~ale is in m~L;
Fig 2 shows a small region at higher resolution. Fig 3
shows the effect of the field for one specimen; curve I
relates to 300 V/cm and curve II to 6000 V/cm, The first
exciton line occurs in absorption at 612-53 m1i but it can
be detected only in thick specimens; it is not seen in
Fig 4b, (Fig 4a is merely Fig 3 on a larger scale.)
Figur-e 4c is at the top right and relates to 6000 V/cm;
Fig 4b is at the bottom right (300 V/cm). The second and
Card 1/2 third exciton lines lie at 579.2 and 575.6 mu respectively

84619
S/18 60/002/010/049/051
_?IV177do K10~3111V_3,ISISJ) B01 9YB056
AUTHORS: Zverev; L~ P., Noskov, M. M.? and Shur, M. Ya.
TITLE: On the Contour of the ExcitonNAbsorption Bands in Cuprous
Oxide
PERIODICAL: Fizika tverdogo tela, 1960, Vol. 2. No. 10, pp. 2643- 2646
TEXT: In the introduction the results obtained by investigations of the
optical properties of crystals, especially of the absorption spectra,
are discussed. Among others, E. I. Rashbaq A. S. Davydov, and Ye.. F.
Gross are mentioned. The authors of the present paper experimentally'. Y
investigated the contour of the second band of the yellow series of ex -
citon absorption bands and of thin'cuprous oxide single crystals at
temperatures ~f from 4.2 - 1900K. The measurements were carried out on
a diffraction spectograph of the type AfC-4 WS-4) with high dispersion
and photoelectric i!edording. The three samples investigated had a thick-
ness of 9~ 30, and 110 g, respectively, and were produced from thin
copper foils by oxidation in air at 10300C. The contours of the exciton
Card 1/ 3

84619
On the Contour of the Exciton Absorption S/181/60/002/010/049/051
Bands in Cuprous Oxide B019/BO56
absorption bands (P. 2) in all three samples investigated showed good
agreement. The maximum absorption coefficient was measured at 77.30K as
amounting roughly to 180 cm- 1. The temperature dependence of the exciton
absorption line width is graphically represented in Fig. 1, and from the
contour of the absorption line showed in Fig. 2 the good agreement of
the measured results with those obtained from the formula (1) given by
Toyozawa (R6f-3) for the absorption coefficient may be recognized. Thusq
the opinion expressed by Toyozawa that the broadening of the exciton.,
absorption bands is caused by the exciton-phonon interaction, is con-
firmed. Furthermore, it is also confirmed that the lifetime of the
photoexcitons at temperatures below 550K is principally determined by
zero-vibratione of the lattice. From the good agreement between the
experimental data with the theory, the conclusion may be drawn that
only the acoustic branch of the lattice-vibration spectrum plays an es-
sential part in exciton-phonon interaction. The authors thank
H~ V. Volkenshteyn for his assistance in the experiments and G. G.
Taluts for discussing the results obtained. There are 2 figures and 10
references: 5 Soviet, 4 US, and 1 German.
Card 2/3

3()808
3/181/61/003/011/056/956
(/0 3 VS Z) B109/B102
AUTHORS: Zverev, L. P., Nc~3kov, M. U.9 and Shur, M. Ya.
TITLE: Photomagnetoelectric effect and band structure in cuprous
oxide
PERIODICAL: Fizika. tverdogo tela, v. 3. no. 11, 1961, 3556-3558
TEXT: Owing to the lack of an appropriate monochromatic light source the
spectral behavior of the photomagnetoelectric effect (PME) could so far not
be sufficiently studied. These difficulties could be overcomp by using
aA -5 (D-3) lamp with strong monochromators(pass band'15 ~O''The
measurements were made with 150-300-micron thick cuprous oxide platelets
at 7710K in 25-koe fields between 4000 and '1000 R. In this case the daik
conductivity was much lower than photocciiductivity. Fig. 1 shows the
measurement results which clearly indica-te three spectral ranges: (1) No
Q
PME occurs above 5800 a. This can be explained by the fact that electrons)
are produced in the polaron state. As compared to the free electrons ty
their mobility is lower and their diffusirn length is shorter. (2)
Card 1

"..,;'Di/003/011/056/056
Photoma6netoelectric effect and band ... h,,-,/,,B102
ASL)OCIIMON: Urallskiy gosudarstvennyy univtr6itet im. A. M. GorIkogo
Sverdlovsk (Ural State University imeni A. M. GorlkiY"
Sverdlovsk)
SUBmlTTED. August 25, 1961
Fig. 1. Spectral dependence of the photoconductivity and of the
short-circuit current of the PME (C(,e) for Cu 0.
2
Legend: (1) 1 short-circuit current; 6- photoconductivity in
sc ph'
arbitrary units; 45"is the first part of curve CL on an enlarged scale.
-Card 3

SHUR, N.
------
Searcher for the new. Grazhd.av.13 no-3-11 Mr '56. (MLRA 9:7)
(Zolotarev, Nikolai Vasillevich)

M,INKE11ICH, AA ~, kand.tekbn.nauk ;. Prinimali uchastiye: AiMRYUSHECBKIN, V.I.;
XKULINICHCV, Ye.V.;_ SHUR, N.F.
I -
A-1 1 1 . 1. ~,
Boride diffusiozi layers on metals. Metalloved. i term. obv. net.
no.8:9-15 Ag '61. (MIRA 14:8)
(Borides)
(Case hardening)

S/129/62/000/007/003/0o3
Ell!/E535
AUTI-MRS: Ziieleznyakova, Sh.R. &nd Shur, N.F., Engineers
TITLE: --'4on-scaiizzi~; antd heat resisting alloys in' a
carburizing atmosphere
PERIODICAL: Metallovedeniye -J termlcheskaya-obrabotka metallov,
n0-7, 1962, 52-57
TEXT: The authors have studied the behaviour of chromium,
C.iromium-niclzCel and iron- chromium-alu minium st-eels and alloys at
10500C in the follovrinS atmosphere: .0.1-0.25712" C027 30-35% CO,
liol 0.1-0 *3,-' CHIj and N2 reillaInder. Details of the test
,rocccitirz- have been described )r,--vioiis ("I.,1 ek. trot errniya, no.2,196l).
~O
.IiE, followingf were tested: resistance alloys typL-s 0,427i 5A
(O-Kh27yu5A) OX:2'~O.~A (OXh2,-)Yu5A), X:20HO (Kh2ONBO) , XD.01-1,~DT5 9,
(Ka 2 0 -~~ U ICILI 3 AI
~'O T3 B X:1-7 H 7 0 t03 (Kh 2 7 N7 OYU 3X i 'I H 15N60) , X 1.5 H 6D to
(F-'-15N6OYu3A) ; deforming steels j'Yj (lKhl3)., (2Xhl3)
(Ir,ri 2 th
(Kh!7), X2L~' (K1-12-5), X:V-7 -5T), xbc-~O (ic,6syu),
-12SYu) . xlZ31-0 (Kh18syu), -Aa',~H 117 (l,h23NI8), )~"5 - N-TP (KI-125142
Ha _5TR,
x.2~5~jlbrHAP (Xh25Ni6GI,!AR), '3[4q)LI (B1921); cast steels XITH.-,-~~
Ox-i'-ISN-359), (Xhl8-NT24S2L), (Xh24l2L) X-A5Hi9,Lj,
V/
Card 1/2

ljpco~ J D/jffi
ACC NR, AR601086
V, (A111) SOURCE GODE3 UR/0137/65/OW/011/1071II071-
AUTHORSt Zholennyakova, Sh. R.; Zakatova, N. A.; Werv M*'ruel �hUr. N. Fe (/1
TITLE: The behavior of hIgh-temperature and scale-resistant steels and &Uoys in
an endotheraic atmosphere with different carbon potentials
SOURCEi Ref. sh. Metallurgiya, Abs. UI501
REF SOURCEi Tr. Vses. n.-i. in-ta elektroterm. oborud., vyp. lp 1965p 224-235
TOPIC TAGSi steel, alloy steell Kh25N20S2 steel KhR5 steel
J 4--Z C_ GAe'C_+ OELMI'r~ A-0 )"3_+'1K
ABSTRACT: Fourteen types Of Cr-, ar-Ni-, and Fe-Cr-Al steels and alloys were
Investigated. The endothermic atmospher~\td a carbon potential O.3-OJ4 C and
0.8--0.9% C. The experimental temperature was 1050C, the duration of experiments was
100, 300, 500, 700, and 1000 hours. The furnace pressure was 10-1~~ H20. The
flow rate was 350 liter/hr. The overall depth of gaseous corrosionl4as determined
in terms of the sum of the surface and intercrystalline corrosion. The oxidation
curves are compared with the oxidation in air; toe carbon potential of the latter
is assumed to be 0% C. All steels and alloys Inv'e t3'. ted were subject to surface
oxidation; many carbonized, and steel M%2052 s owed intercrystalline corrosion,
Scale resistance of tho investigated material-s in an atmosphere of carbon potential
0.3--0.4 % C for short exposure 13 better and for long exposures worse than In an
atmosphere of endogas with a carbon potential of 0.8-0.9 % C. For all exposures
UDCt 669.15.018.85:620.

kcc tv?-. ;%R6o3J43d6
(for atool Kh25 after 10 000 hr), tile scale resistarr-a in erxiogas is better than in
air. RecormaendaLionn for the use of tile investigated materials for parts and thm
construction of electrical furnaces are presented. I. WI-rebkov ff-ransiation of
I abstraeg
M CODE: 11
2/2
Ca rd

L 43ogi-66 F-WT(O)/EWP(t)/FTI IJP(c) J D^1 B
ACC NRi AR6014387 SOURCE CODE: UR/0137/65/000/03-1/I(y73/10'73
AUTHORSt ZhelexzWakova,, Sh. R.;-Shur, Nq_,..FQ-
TITLE: Influence of elongation stresses on the oxidation of high-temperature
steels
SOURCE: Ref. zh. Metallurgiya, Abs. lli5ll
REF SOURCE: Tr. Vses. n.-i. in-ta elektroterme oborud.p vyp. 1. 1965j, 235-239
TOPIC TAGS: austenite steel, high temperature oxidation, tensile stress, alloy
steel KhN77TYuR alloy steel, lKh25N25TR austenite steel, Kh23N18 austenite
steel
ABS,
MCT Th all y Khlr=, EI 7B and the a'ustenitic steels M251125T4
_ ~i re estigated. Cylindrical 10 mm in
(EI 813) Zd W3NILS D ~a7
0 specimens,
diameter and 159 mm long, were investigated for 145 hours at 1100C under a load
of 0-0.5 kg/mrZ-. It was found that surface oxidation increases linearly with
increase in tension. The following formula Is proposed for the calculation of
the approx1mate weight loss of metal during oxidation working under a load of P
(kg/m=~). P, P0 + 1000 kv where P0 Is theyeight lose for C= 0 kg/nm2;
_Card- UDC: 6.69.15.018.45-
Card 2/2

ACC NRs AT60.Yg~69 SOURCE CODE: UR/ooo0/66/0O0/00o/02q5/o2q7
1AUT-11CR: Shur, N. F.
ORGz none
TITLE., Effect of certain factors on the Oxidation Of steels and alloys used in the
!Construction of electric furnaces
SOURCE: AN SSSR. Institut metallurgii. Svoystva i primeneniye zharoprochnykh
splavov (Properties and application of heat resistant alloys). Moscow, Izd-vo Nauka,
1966, 295-297
TOPIC TAGS: metal oxidation, heat resistant alloy, heat resistant steel, nickel base
alloy, intergranular corrosion
ABSTRACT: The work reports an investigation of the effect of stresses and of Internal
defects on the oxidation of heat resistant materials. The materials tested were the
nickel base alloy KiN77TYuR (EI437B) and the austenItIc steel I-Vh25N25TR (ElBO) which
have a tendency toward intercrystalline corrosion at high temperatures in an
atmosphere of air, and steel Rh23M which, under these conditions, is not subject to
this type of oxidation. Standard cylindrical samples of steel Jqi23N18, 10 mm in
length and 150 long, were tested for creep for a period of 145 hours at a temperature
of 1100'C, under the action-of different loads. The results. plotted in a curve, show
1

ACC NR: AT6034469
Ithat- surface oxidation of this steel increases linearly with an increase in the
stresses. The tests on alloy IIhN77RYuR and steel J&x25M5TR were carried.out at a
temperature of 10000 with different holding times and loadings. Results, shown
graphically, demonstrate that the greater the applied stress and holding time, the
larger the layer of intercrystalline oxidation. The study of the laws governing the
oxidation of heat resistant alloys, used for the fabrication of heating elements, were
carried out on the most widely used alloy. type I(h2ON80, which has a high ohmic
resistance. Samples made in the form of spiral heating elements were tested in air in
laboratory units at a temperature of MOO; the tests were continued to burnout. In
the operating process, the heater became covered with a thick friable layer of black
colored oxides. After a holding time of 2450 hours, the scale contained: 64.17% Ni;
24.4% Cr; 5.2% Fe. X ray phase analysis established that the scale had the
composition; NiO + (Cr 0 ) + (FeO) . After a holding time of 100 hours, the
?Qtseaaoi the oxidtre-sqc8r,O + N:LCr2O4 + NiO, which corresponds
scale on this alloy cons
to literature data. Orig. art. has; 2 figures.
SUB CODEz II/ SUBM DATEs IOjun66/ ORIG RW.- 003/ OTH MWS 002
2

SM, R., inzh.
The "Moskvich" automobiles with van bodies. Avt. transP. 36
no.12:33 D '58. (MIRA 11:12)
(Motortrucks)

ZABEZHINSKAYA, N.A.; OZMGVA, V.F~, ShTR, R.L.
Chanc-es in the higher nervous activity and other functions in
C~
dogs under the influence of threshold amounts of acrylonitrile.
Uch.zap.Mosk.nauch.-issl.inst.san. i gig.no.3:68-72160.
(MJRA 16:7)
(COYDITIONED RESPONSE) (ACRYL4XIITRIIE-TOXICOLOGY)

YAKOBSON. Ya., inzh.; SHUR. S., iuzh.
Fibrolite floor boards. Stroi. mat. 4 n0.3:9-10 Mr '0. OURA 11:3)
(71oors) (Sillimanite)

VOLKOV, A., il]Eh-; SHTIP, S., inzh.; YAKOBS071, Ya., inzh.
Improving the production of fibrolite. Stroi. mat. 4 no.8:21-23
Ag '58. (Sillimanite) (MIRA 11:9)

- _7~~L_ -,.-
POPOV, I. S. ; KIRILLOYA. N. I. ; SHUR. S. G. ; SCHUCBMAN, V.X.
_ww"Mo-b"T
Role of yeast-like fungi in eczema. Vest. vener. No.3:29-30 May-
June 50. (CLHL 19:4)
1. Of the Skin-Venereological Clinic (Director - Prof. I.S*Popov).
Second Kharlkov Medical rnsitute ~Director- Docent P.L.Shchupik).

SHURJp 4~. I. Cand. Ghem. Sci.
Dissertation: "Physicochemical inveztigations of Wetting and Substantiation
of Certain Priz-fting Processes." tiloscow Order of Lenin State U. imeni
M. V. Lomonosov, 29 Jan 47.
SO- Vechernyaya Moskva. Jan, 1947 (Project #17836)

ANISIMOVit, Ye.G., inzh.; SHMIDT, A.A., kand. takhn.nauk; SHUR. S. I-.
kand.khim.nauk
Problem of the physicochemical characteristics of fatty, oils
refined to different degrees, 14aal.-zbir.prom. 25 no.8:17-20
'59. (MIRL 12:12)
1. TSentraltnaya nauchno-issledovateltakaya laboratoriya. zhirovoy
promyshlennosti Mosgorsovnarkhoza.
(Oils and fats)

VOLIFEMON, I.I., inzh.; SHEMAGINA, Ye.V., kand.khim.nauk; SHUR, S.I.,
kand.khim.nauk
Study,ing physicochemical properties of cosmetic creams. llasl.-
zhir.prom. 25 no.12:21-25 '59. (MIRA 13:4)
1. Vsesoy=nyy nauchno-lasledovatellskiy institut sintaticheskikh
i naturallnvkh dushistykh veshchestv (for Vollfenzon, Shevlyagina).
2. TSentralinaya nauchno-issladovatellskaya laboratoriya zhirovoy
promyahlonnosti Mosgorsovnarkhoza (for Shur).
(Cosmetics)

VOLIFENZONY I.I.; SHUR, S.I.; SHEMAGINA, Ye.V.
Effect of certain factors on the structural strength of
emulsifying creams. Trudy VI~FIISIMV no-5-165-170 161. (MIRA 14:10)
(Cosmetics) (Emulsifying agents)

VOLIFENZON., I.I... inzh.;,~~H, S.I.J. kand.khimicheskikh nauk
Investigating the viscoplastic properties of uwater in oilsn type
emulsion creams. Masl.-zhir.prom. 28 no.3:3b-32 Mr 162.
(MIRA 15-4)
1. Vsesoyuznyy nauchno-issledovatellskiy Institut sintetiaheskIkh i
naturallnykh dushistykh veshchestv (for Vollfenzon). 2. TSentralInaya.
nauchno-issledovatellskaya laboratoriya zhirovoy promyshlennosti
Mosgorsovnarkhoza (for Shur).
(Cosmetics-Testing)

VOLII,T:NFf'-N, I.I. SHUR, S.I.
ffect o.-,- errulvifyinji., agents on th-i t3tructural-rhoological
E
I
properties of enals-lon systems of the type- wat-er-oil. Trud'y
VNIISNDV no.6:169-173 163.
(14TRA 17:4)

SHUR, S.M., Inzhener-arkhitektor.
New roof construction for factory manufactured houses. Binll.stroi.tekh.
10 no.15:4-7 0 '53. MRA 6:10)
1. Industroyproyekt. (Roofs) (:BuildingB. Prefabricated)

Subject
USSR/Electrlclty
AID P - 1032
Card 1/1
Pub. 27 - 9/23
Author Shur, S. S., Kand. of Tech. Sci.
Title Subharmonic oscillations in a simple circuit with a
steel core
Periodical Elektrichestvo, 11., 52-57, N 1954
Abstract Permanent oscillations, whose frequency Is a fraction of
that of the impressed force, are studied for an electrical
oscillatory circuit containing a resistance, a saturable
steel-core inductance, and a capacitance. Subharmonic oscil-
lations of the order one third of the fundamental frequency
are analysed. Formulas for the calculation of amplitudes and
phase angles are presented and conditions of stability are
investigated. The author finds that amplitudes of subharmonic
oscillations in steady state are independent of the preceding
transient state. Eight diagrams, 3 references (lRussian, 1947,
2 non-Russlan, 1952-1953).
Institution Scientific Research Institute of the Direct Current
Submitted MY 7, 1954

PHASE I BOOK EXPLOITATION 876
Marchenko, Ye.A., Rozovskiy, Yu.A., Shur, S.S., Candidates of Technical
Sciences
ProdolInaya yemkostnaya kompensatsiya liniy elektroperedachi (series
Capacitor Compensation in Transmission Lines) Moscow Gosenergoizdat,
1957. 47 P. (Series: Iz opyta sovetskoy energetiki5 11,300 copies
printed.
Sponsoring,Agency: Orgres, trust, Moscow. Byuro tekhniche8koy
informatsii.
Eds.: Korquntsev, A.V., Candidate of Technical Sciences, and
Demkov, Ye.D.; Tech. Ed.: Medvedev, L.Ya.
PURPOSE: The book is intended for designers~ and network technicians
undergoing training for the operation of peries capacitor compensa-
tion installations.
Card 1/4

Series Capacitor Compensation in Transmission Lines 876
COVERAGE: The authors describe the purpose and applications of series
capacitor compensation and discuss special features of short-circuit
conditions in compensated transmission lines. They describe the
basic principles of erecting series capacitor batteries and also
special behavioral properties of compensated networks. They supply
connection diagrams of capacitors and discuss the problems involved
In protectIng serles capacItors agaInst Internal damage;,they also
give examples of completed installations and their operational
testing. In writing the book the authora drew on materials publish-
ed by teploelektroproyekt concerning construction ok the Kuybyshev
6lectric power transmission line, the works of N.N.Shchedrin and
A,,V.Korsuntsev; M.L.Levinshteyn of LPI; M.A.Babikov and A.I.Dolginov
of MEI; and V.V.Andreyev, V.M.Faynitskiy and A.K.Gertsik of NIIPT.
There are 40 references, of which 27 are Soviet, 10 English,
1 French and 2 German.
TABLE OF CONTENTS: 4
Introduction 5
1. Purpose and Applications of Series Capacitor Compensation 6
Card 2/4

Series GapacItor Compensation in Transmission Lines 876
2. Special Features of Short-circuited Compensated Transmission
Lines 8
3. Overvoltages in Compensated Transmission Lines 11
a, Overvoltageo during trdnolent conditiono after cutting Qtt
the short-circuit beyond the series compensation installation 12
b. Overvoltages under frequency dIvIdIng condItIons 15
c. Overvoltages on contacts of a circuit breaker cutting out
a no-load line equipped with series capacitors 17
4. Self-huntIng of Synchronous Machines Operating on a
Compensated Line 18
5. Protection of Series Capacitors From Short-circuit Overvaltages 23
6. Connection Diagram of Capacitore and Protection of Series
Capacitor Battery From Internal bamage 31
a. Limiting the energy discharge from sound capacitors to
damaged ones 31
b. Protection of capacitors from damage to tank insulation 32
Card 3/4

Series CapacItor Compensation in Transmission Lines 87r-
7. Examples of Completed Installations and Theii, Operational
Testing 33
a. Basic information on series capacitors in a 110-kv net-work 13
b. Series capacitors in a 220-kv network ~r;
C. Operational testing 37
8. Design Data for Series Capacitors
a. Series capacitors In the Kuybyi3hev
transmisslon line
b. Capacitors
c. Diagram of a capacitor battery
d. Protection of the installation
Conclusion
in a 400-kv Line 40
GES - Moscow
41
42
43
from overvoltages 44
Bibliography
AVAILABLE: Library of Congress (QC587-07)
46
47
JP/whl
Card 4/4 11-21-58

Lev-'n. A. V., CandIdate nf Tec,-Inical Sciences, and S S. S., Engineer.
31adeLroot Tors;onal. Vibr.ntior ]n Steam '11.irbines page 213
The ar-bic').o n theot-etical invert Lj-:-zi t.1 on or' turUinp blade
Vie auf,~iorr, derive en-~,A.ions Cor deLermining Lite mode of
vl
vibration and also give curves showin;z the stresses developed in turLine
blades.
Steal-I and Gas Tirblne Constructi-on, Moscorw Yashg--'z, 1957~ 351 nP.

SOV/124-58-11-13460
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 11, p 214 (USSR)
AUTHORS: Levin, A. V. , Shur
TITLE: Torsional Vibrations Arising Within Groups of Steam-turbine Rotor
Blades (Vnutripaketnyye krutill nyye kolebaniya rabochikh lopatok
parovykh turbin)
PERIODICAL: [ Tr. ] Leningr. metallich. z-da, 1957, Nr 5, pp 213-230
ABSTRACT: An investigation of the vibrations of the blades of large turbines
which lead to the rupture of the blades and the tearing of the banding.
Solutions are adduced for the differential equations of the torsional
vibrations for groups with a finite and an infinite number of blades
of constant section. The great amount of scatter in the vibrational
frequencies in various shapes of a single mode is noted; this scatter
is confirmed by experimental data. Differential equations are adduced
for the torsional vibrations of blades having a variable section; these
are solved by the method of successive approximations. A method is
provided for the determination of the relative stresses arising during
Card 1/1 torsional vibrations in a blade and in the banding. K. S. Pul' kis

621.3L5.f.051.025
2403. EXPERIMENTAL DETERMINATION OF THE PA.RA-
METERS OF THE KU1B?SHEV MROET,pnrp STATION-
ON LINEW. I m*vv "d
MOSCOW A&YS .11
Elektrichelatlo, rM-N,.
",M. La,.
Two methods were used, steady supply of system by generator
with wide -range frequency control, and by damped oscillations set
up by capacitor d1scharges. The values of phase-earth capmeltance.
phase-piuwe and operating capacitance, positive -sequence resist-
ance and Inductance, zero-sequence resistance and Inductance,
dete; inined by the two methods combined, agree with calculation.
The can,ldembl, variation of the direct (factor LS) and zero-aeque-e
resistance (factor 8-10) in the range 10-130 c/s is remarkable,
whereas inductances Increase only by 20-25%.
Electrical Research AssoqlaLlm

s/196/61/000/009/023/052
E194/E155
AUTHOR; ~hurj_S_S,
TITLE: Calculation of overvoltages that occur when switching
off unloaded transformers
PERIODICAL: Referativnyy zhurnal, Elaktrotekhnika i energetika,
no.9, 1961, 37, abstract 9E 216. (Izv. N.-i. in-ta
postoyan. toka, Sb.6, ig6o, 203-215)
TEXT The article considers a procedure for calculating the
maximum possible overvoltage and the frequency of oscillation when
switching off an unloaded transformer whose no-load characteristic
approximates to a hyperbolic sine cur-ve. This appr-oximation is
most convenient when the magnetisation cuv-ve is very non-linear.
The procedure may be extended without difficulty to the case when
4 It is
-he characteristic is represented by any uneven functions.
shown that, by allowing for non-linear�ry, results may be obtained
thaz are in good agreement with experlment; the error of
calculation does not exceed 10-15%. An equivalent circuit is
gi-ven for an unloaded transformer and a circuit to determine the
r-alculated Capacitance of the transformer. justification is given
Card 1/2

Calculation of overvoltages that ... s/196/61/000/009/023/052
E194/E155
~or the assumptions made in the calculation, both in relation to
the transformer and to the circuit-breaker which disconnects it.
A curve is given of the error in calculation of the amplitude of
the overvoltage (assuming di/dt = co) as a function of current-
-interruption time in the circuit-breaker arc. Further, an
analyt-f--al method is given to determine the amplitude of the over-
voltage and frequency of oscillation after disconnection. Data of
an experimental check of the calculation procedure are given. The
results mainly relate to disconnection of an unloaded transformer
of 410/115/11 kV with a rating of 3 x 90 MVA. The tests were made
by A.A. Akopyan on a 400 kV transmission 1�na between the
Volzhskaya GES and Moscow. It is shown that the calculated over-
voltage differs from the experimental by not more than 15%. With
this method of calculation it is also possible to explain the
relationship between the factor by which the overvoltage exceeds
the normal voltage and the magnitude of current disconnected.
A curve is given of the relationship between this factor and the
'zux-ren-t broken, and the curve is explained by means, of the
prz.cedure described in this work. 11 literature references.
tsela alsoR.Zh.E, no.12, 1959, 24437).
Card 2/2 [Abst-ractor's note: Complete translation.]

ARTEMIYEV, D.Ye.; SHbq, S.S.
Choice of interphase insulation in networks containing higher
orders of voltages. Izv. NIIPT no-7:133-147 '61. (MIRA 14-9)
(Electric power distribution--Alternating current)
(Electric insulators and insulation)

LEVIN, I.Ya.; SHUR, 5.S.
r---"
MEt?iodology fo C 0 sing the parabieters of discharger disigned
for limitin- internal over-voltages. Izv. NIIPT no.7:-148-175
m
,61. (MIRA 14:9)
(Electric protection)

- 11
L6 25898
L1. t~ (). S/114/61/ooo/oo8/ool/003
2 E194/E155
AUTHORS: Levin, A-V., Candidate of Technical Sciences, and
Shur, S.S., Engineer
TITLE: Torsional oscillations of runner blades
bound into a bundle
PERIODICAL: Energomashinostroyenlye, 1961, No.8, pp. 1-4
TEXT: The theoretical investigations of this article show
that whereas an individual blade has a single mode of oscillation
for each frequency of torsional oscillation, n blades laced as a
group have n modes of oscillation. Blades in the group may
oscillate at different amplitudes depending on the mode of
oscillation: oscillations of this type are termed "inter-bundle
torsional oscillations". Fov each harmonic the frequencies of the
different modes of oscillation ax-e very different from one another-.
In this respect, torsional oscillations diffev from bending
oscillations of bundles. The wide frequency range of inter-bundle
torsional oscillations of various modes of a given harmonic, which
is confirmed experimentally, makes it difficult to detune to
prevent resonance, particularly as the lacing wire, though it may
Card l/ 9

25898
Torsional oscillations of runner ... S/114/61/000/008/ool/005
E19VE155
modify certain frequencies, does not render them impossible, as in
bending oscillations, Fig.1 shows the modes of torsional
oscillation (angles of twist) of the third harmonic of a group of
seven blades of constant section laced by two wires, and Table 1
gives the frequencies of the fundamental frequency, the second and
third harmonics of this group. At the maximum frequency for each
harmonic all the blades twist in the same direction and differ from
one another only in amplitude. At this frequency the mode of
oscillation approximates to the mode of torsional oscillations of
an individual blade, or to that of a group with an infinite number
of blades in which all the blades oscillate under identical
conditions. Accordingly, the upper limiting frequency for each
harmonic may be determined by considering a group with an infinite
number of blades. Thus, for the group which is the subject of
Table 1 the frequency determined on the assumption of an infinite
number of blades is as follows:
Harmonic Frequency c/s
I fl = 1024
2 f2 = 1371
Card 2/ 9 3 f3 = 2180

25898
S/114/~l/ooo/oo8/ool/oo5
'
scillati6,ns
f runner
rsi
n
l
T
....
o
a
o
o
o
r 19'i/E
15-5
i
onic
Fig.2 gives curves of the relative stresses in the third harm
of torsional oscill-ation in blades of a Sr-oup laced by two wlveb,
and Table 2 gives the ratio of the 'stress in the upper wire to the
stress in tI-je lower one. Tt will be seen from this table that for
the fundamental and third harr'."onics these ratios- do no+ alter. much
for different modes of oscillation, whereas for the second harmonic.
the ratio varies from 1.3 to 3.27. During torsional osc'iilatj-o:ns,
of groups of blades the bending stresses in the lacing wires are
much greater than the blade stresses; this is undoubtedly a cause
of wire breakage in practice. The differentia'l equation of
torsional oscillation in the closed form can only be solved for
blades of constant section, for which the equation is of the fox~m
d2S 2S 0

whex-e S is a'functi-on that determines the mode of torsional
oscillation; x is the relative coord�nate;
p2YJ'P2
(2)
gGJp
Card 3/9

25898
Torsional oscillations of runner S/114/61/000/008/001/005
E194/E155
where: p is the angular frequency of torsional oscillation, Y is
the specific weight kg/cm2; J. is the polar moment of inertia of
the section relative to the centre of bending, CM4; -E Is the
workin length of the blade, cm; g is the.acceleration of grav:Lty,
cm/secff; GJ is the torsional rigidity kg/cm2. The mass of the
p
wire is assunied concentrated at the centre of bending. Poundavy
conditions are defined and a solution is presented as follows:
0 < x