SCIENTIFIC ABSTRACT SHEYNBAUM, E.M. - SHEYNDLIN, A.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549330003-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHEYNBAUM, E.M.
- --------
"Rumanian medicaments". Reviewed by E.M.Sheinbaum. Med.prom. 16
no.7:64 Jl 162. (MIRA 15:10)
(RUMANIA-PHARMACOPOEIAS)

SHEMEAUM, E.M.
Review of D. Ozelianu and V.Stene-9culs book "PrepaTing drugs
0
bi the pharmacy". Apt-ech. delo 12 no.33384-8/ My-jet63
(~a-RA 17.-2)

SHEYNBAUM, E.M.
In one pharmaceutical circle. Apt. delo, 12 no.6:66-67
N-D 163. (MIM 17:2)
1. Apteka Sochinskoy gorodskoy bollnitsy N6.2,

PARSIIIPT~-';UY, YusA,) t cchi).
~ (s
Swhl Branch cC tho Kramodar Scientific Pharaftaeutima
Soclet-r. Apt. delo 14 no,, 4366-68 J-1-Ag 165 (IMIRA 19i1)

T,
U'l
SHIMAUM, I.Ya. (Moskva)
IMhograii~lcmatosis of the skin. Klin. mad. 32 no-7:72-73 J1 154.
(MLRA 7:8)
1. 's terapaytichaskogo otdolenlya (say.-kandidat maditainakikh
nauk L.I.Vasillyisv) klinicheskoy bolinitay No.6.
(HODGKIN'S DISIASI
*skin)
(SKII, neoplasms
*Hodgkin's dis.)

SHMBAUM, Ye.M.; CHEREVATRIKO, M.A.
Abstracts. Famatsev.zhur. 17 no.4:932-95 162. (HIM 16:3)
(PHARMAGY-ABSTRACTS)

ANEROSOT, F.I.,doktor zeditsinskikh nauk-, POMMINA, L.A..iuzheaer;SAVCHWKO,Ye.D*
kanclidat meditsinskikh nauk; STMOPYTOV, A.A..laureat Stalinskoy
premii;TULYAKOVA. L.S.,vrach;S S.A.,doktor tekhnicheskikh
nauk.
A new technique for suturing bronchial stumps. Khirurgiia no.8:66-70
Ag. '35. (MIRA 9:2)
1. Iz Nauchno-iosladovateliskogo instituta skeperimentalinoy
khirurgicheskoy apparatury i instrumentov (dir.-kandidat
maditsinakikh nauk M.G. Ananlyev) Ministerstva sdravookhranoniya
SSSR.
(13RCIRCHI, surg.
suturing of stump with tantalum braces, technic)

. -
"A PrecIce :c'-U',, -d -~ 'L Sctt-tng Dal'.--- fo-r St.-~tlutony Leave for Ak=her.
Clinc'-.ol. '.:--o. 3, . . ::edia:il Sci . C.br. , 2d Obstctrlcall F~ Gynecolo~,Ical
, I -.- -
lcl-co:7a ..cd. L 2d, ~,onsullt- ti-m 'or *.-lo:-ien) -clO~',9-.

SHNYNMG, A.B., kandidat meditsinskikh nauk (Odessa)
"Obstetrics.$ A.L. Kaplan. Reviewed by A.B. Sheinberg. Feltd. i akush.
no.11:62-63 N 155. (MtRA 9:2 )
(OBSTMIGS) (X&PLA11,A.L.)

SHRYNBEW, A.B., kandidat meditsinskikh nauk (Odessa)
Determination of the date for maternity leave. Yelld. i akash.
21 no.2:57-59 1 156. (MLRA 9:5)
(PRIGUNCY)

I-
~ 314 EYN/3 EW6 A 8,
SAVKO, V.I,kandidA meditsinskikh nauk (Odesea); 4!2mit~ idat
maditainakikh aauk (Odessa)
"Textbook in gynecology" by A.I. Serebrov. Reviewed by V.I.
Savko, A.B. Sheinberg. Fel'd. i akush. 22 no.):61-63 Mr '57
(MIRA 10-5)
(GYNNCOLOGY--STUDY AND TEACHING) (SERKBROV, A.I.)

USSR/&gin Doc 1947
Metallurgy
Furnaces
"New Construction for Hearth of Blast Furnace" 6 pp
"Stall" No 12
Collection of artioleg written in Answer to article
submitted by Professor Semikin and Inagineer Polov-
chenko. A. F. Sheynberg, Candidate in Technical
Sciences, of GiproMez states that the construction
suggested by Semikin and Polovchenko is inefficient,
as uneven heating of the hearth will cause it to
crack. He in turn suggests that stability of the
hearth block can be increased, if it is-cast of
alloys having lbv deformation and linear expansion
coefficients. M 57T30

BLINOVAY L.I.; TSYPINj L.M.; S [BERG, A ~1-
Content of riboflavin and ascorbic acid in the cornea in burns
of the eye, Vest,oft, no.6:48-53 161. (MIRA 14:12)
1. Kafedra glazmykh bolazney (zav. - prof. A.B. Katsnellson)
Chelyabinskogo meditsinskogo instituta i glaonoye otdeleniye
oblastnoy klinicheskoy bollnitsy.,.
(EY&40UNM AND INJURIES) (CORNEA)
(RIBOFLAVIN) (ASCORBIC ACID)

SAVKO. V.L. kRrididat maditoinokikh nauk (Odassa); SHEYNBERG, A-V-,
kandidat meditsinakikh nauk (Odessa) - W;
Hollow ohantom of the uterus. Felld. i akush. 21 no.8:56-58 Ag 156.
~VISUAL INBTRUCTION) (MLRA 9:10)
(OBSTETRICS-STUDY AND TEACHING)

4--6
L 24473-66 EWT(m)/T/EWP(t) IJP(c) JG/JD/GS
ACC NR: AT6010576 (N) SOURCE CODE: UR/0000/65/000/00010083/0095
AUTHOR: Malltsev,_M. V.; Shulepov, V. I.; Britnev,,-G. P.; Zhdannikova, V, N.-. 6!X1
Danne~jan, T. A.; Popova, Yu. S.; Kedotov.,_E.~__X.; Sheynbe
ORG: All-Union Institute of Light Alloys (Vsesoyuznyy institut legkikh splavov).
TITLE: Some data on the kinetics of the dissociation of a.solid solutio of inter-'
stitial impurities in cast_Mojyb4enym
SOURCE: AH UkrSSR. Mekhanizm plasticheskoy deformataii metallov (Mechanism oi the
plastic deformation of metals). Kiev, Naukova dumka, 1965, 83-95
TOPIC TAGS: molybdenum, cast alloy, solid solution, crystal impurity, crystal
lattice defect
ABSTRACT: The authors study the effect which the number andidistribution of crystal-
lattice defects have on dissociation of a solid solution of interstitial impurities
in molybdenum. The.density and distribution of dislocations in cast molybdenum are
determined principally by the parameters of the crystallization process (the rate of
crystallization, temperature gradient in the 'liquid and solid metal etc.). An x-ray
analysis of a molybdenum single crystal produced by electz" -beam zone malting and
Card 1/2

L 24473-66
.ACC NR: AT60105?6
.containing interstitial impuri es of carbon (0-01%) and oxygen (0.0015%) under op-~'
;tical and electron micro ithowed that the crystal is a single-phase solid solu-
.tion of interstitial impurities in molybdenum. An entirely different picture is ob-
.served in cast molybdenum produced by arc melting. The decay of the solid solution'
,in the ingots is localized on polygonization boundaries where the adjacent intersti7
I
.tial atoms are segregate'd. The comprebsion stresses which arise at the interfaces
;tend to separate the drystals an am a cquse of high brittleness in the cast metal.
'The polygonization.single crystalh,
I in cas~lmolybdenum is basically ~ saturated solid
solution of interstitial impurities which,decays only in widely scattered isolated
.sections. At the same time, the ductility of the polygonization single crystals is;
usually as high as in single crystals grown by zone melting,,IVarious methods for
.increasing the ductilit3i of cast molybdenum are discussed. 07nig. art. has: is
figures.
SUB CODE: 11,20/, SUBM DATE: 26UP64t ORIG REF: 001/ OTH FEF: 000
Card 2/2

AP5022710 SOURCE CODE: UR/01.61/65/007/069/2759/2762--,I
AUTHOR: Azizov, U. V. ; Vakhidov, U. V. Sultanov, V. M. ; Sh~eynb Shi
G. N. q T 5-T Y Y, Y,
ORG: Tashkent State University im. V. I. Lenin (Tashkentskiy gosudarstvennyy univer-
sitet)
5-,f, Y~
TITLE: Emission properties of a molybdenum single crystal
SOURCE: Fizika tverdogo tela, v. 7, no. 9, 1965, 2759-2762
.2 1 ~
TOPIC TAGS: single crystal molybdenum, work function, electron emission
1? 71 5!~, ;1
ABSTRACT: Richardson -lines were piot?ed'for measuring the work function of electrons
on the three main faces of a molybdenum single crystal: (110), (100) and (111). 'In
addition to this, the work function of surface (111) was measured during vaporized
deposition of barium on this face. The methods used in preparation of the specimens
and making the measurements are described. The equipment is described in other pa-
pers. Curves are given for In IIT2 as a function of T-1 for the three faces studied.:
The data obtained from these curves are used for calculating the work functions and
Richardson constants (see table)
Card 1/2

L 9254-66
ACC NRi AP5022719
TABLE
Face ev AO(I-r), a/deg2.CM2
(110) 5.10 1 0.05 270' 20
(100) 4.40-to.05 230i 20
(111) 4.151 0.05 140 ' 20
The method and formulas used for calculating the Richardson constants are described.-
It was found that the Ba-Mo (III) cathode current is directly pmportional to the
barium concentration. The work function in this.case was found,to be 2.30 1 0.1 ev,
while the effective Richardson constant was 60 a/deg2.CM2. Data from desorption
curves show that the mean heat of adsorption for barium on surface (111) of molybdenut
is 3.90-4.00 ev. The results indicate that the contrast in the work function is
nearly as great in a molybdenum crystal as in tungsten: A#= # Mim #min ef 1 ev. orig..
art. has: 5 figures, I table.
SUB CODE; 20/ SUBM DATE: 09Apr65/ ORIG R.EF: 003/ OTH REF: 000
Card 2/

JG
12475 SOURCE CODE: Wol8i/66/oo8/o-o4-/-i-i-4-o-/-l-,l4~c----II
AUTHOR: Protopopov, 0. D.; Mikheyeva, Ye. V.; Sheynberg, B. N.; Shuppe, G. N.
ORG: Tashkent State llniversit;( (Tashkentskiy gosudarstveraW universitet),
TITLE: Emission parameters of tantalum wjo_p~bde~nu~ single crystal
SOURCE: Fizika tverdogo tela, Y. 8, noo 1966, 1~4zd-1146
TOPIC TAGS: tantalum, molybdenum, crystal, electron emission, woek function,
crystal lattice structure
ABSTRACT: This is a continuation of earlier work (M v. 7, 3759, 1965 and others)
devoted to the work function of electrons from different faces of single crystals of
,tungsten and molybdenum. The present investigation reports similar measurements with
large crystals of tantalum, accompanied by new measurements on molybdenum and com-
paring the results and refining earlier data. Most measurements were made in a
cylindrical system of electrodes (Fig. 1), although some were made with a flat system
of electrodes used in the earlier experiments. The measurements were made by the
Richardson method. The values obtained for the work functions of molybdenum are
(Piio - 5-00 t 0-05, c%.i2 = 4.55 � 0.05, (Pioo = 4.40 � 0.02, and q1111 - 4.10 � 0.02 ev.
The values for tantalum were cp1jo = 4.80 � 0.02, cploo = 4.15 � 0.02, and cp3.11 = 4.00
� 0.02 ev. The results for tungsten, molybdenum, and tantalum are tabulated and com-
pared, and some of the differences are discussed. It is concluded that for metals
with a body-cehtered cubic lattice the average work function is closest to that in th~
[1001 direction. The difference between the maximum and the minimum work function is

ACC NR: AP60-12475
Fig. 1. Diagram of cylindrical geometry.
I - Cathode, 2 - tungsten heater, 3 - thermocouple,
4 - tantalum cone, 5 - ring-carrying rod, 6,7 -
quartz insulators, 8 - tension device for heater,
9 - tantalum thrust bearings, 10 - tantalum shunt-
ing coils, 11 - glass-coated iron armature, 12 -
angle indicator, 13 - anode, 14 - collector slit,
15 - collector screen, 16 - antidynatron diaphragm,
17 - collector, 18 - shielding cylinder, 19 - to
pumps, manometer, and getters.
0.9 - 1.0 ev. The lower limit of the values of
the work function lies closer to the average than
the upper limit. Orig. art. has: 4 tables and
5 figures.
SC: 20/ SUBM DATE: NAug65/ oRiG REF: 010/
OTH REF: 003

Subject USSR/Electronics AID P - 5028
Card 1/1 Pub. 89 - 13/14
Author Sheynberg, M.
Title Observation of volt-amper characteristics of electron
valves on the oscillograph screen.
Periodical Radio, #9, 53, S 1956
Abstract The author describes a method which he developed for
a direct observation of v-a characteristics of electron
valves on the oscillograph screen. Two diagrams.
Institution : None
Submitted : No date

, lit-- J11 I * -, -t . ; I
U)ZIN=; A. A.9 SOFEDMERGS 0. A.
A method of complex balrv.,,otlierapyo Sovate Mod.9 'N'o. 5,, MAY 50.
P. 12-3
1. Pyatigorak.
CWL 19., 59 Nov., 1950

KAGANOV ka!4d. m6d. nau~, dotserit; SHTE'RFINGERTS, Aje.- SRYNBEM, O.A,;
s i I
kand. rreU-1. zwluk
R?v;aw3; aid liop. k.--r.,g fizioter. I lach. fiz. k-al't, 29
no,-/+,;3','-J-,3'73 jl~~kg 164. (14IRA 18:9)
!. Gist-.,ryy apet~---:tlint odas;Fkogo sanatorlyzimi
14--c~-.st-2rstva zdsixjokiriz-arian-4yu Tjr'.-r8l;r_*k-)y SSR ,,for Shterengerts).

SHEYNBERG, O.A.; PETELIN, S.M.
"Exercise therapy in the clinical aspects of nervous diseases" by
V.N.Moshkov. Reviewed by O.A.Sheinberg, S.M.Petelin. Vop. kur.,
fizioter. i lech. fiz. kullt. 26 no.1:83-84 161. (MIRA 14:5)
(EURCISE TIIEWY) (NERVOUS SYSTIN-DISEASES)
(MOSIMOV, V.N.)

ALEKSANDROVA, V.P.; BEREZINA, N.K.; BERMSHTEMI, A.I.; BERNSHTEYN, S.E.;
BLOKHp R.L.; ZINKOVETSKAYA, T.S.; IDESIS, Ye.S.; SIAOLENKOVA, O.N.;
TOSIIIIISKIY9 I.I.; TSARFISP P.G.; SHABADp Ye.T.;--.SHEYNBERGv O.A,
Professor E.IA. Stavskaia; obituary. Vop. kur., fizioter. i lech.
fiz. kullt. 26 no. 2:191 Mr-~Ap 161. (MUM 14:4)
(STAVSKAIA, EVGENIIA IAKOVLEITNA, 1892-196o)

-1 - =mEHG*--UQA&
Gaseous lubrication of sliding bearings; theory and calculation. Tren. i
izn.mash. no.8:107-204 153.' (MTRk 6:7)
(lubrication and lubricants) (Bearings (Machinery))

SHEMERG, S.A,
On gassed oil lubrication. Tren. i izn.mash. no.9:143-155 154.
(lubrication and lubricants) (MUU 7:9)

PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 479 1
BOOK Cal'. No.: AF595007
Author: SHEYNBERG,, S. A..
Full Title: LUBRICATION OF SLIDING BEARINGS WITH GAS (THEORY AND
CALCULATION)
Transliterated Title: Gazovaya smazka podshipnikov skallzheniya
PUBLISHING DATA
Originating Agency: Academy of Sciences, USSR. Machine-Building
Institute, Treniye i iznos v mashinakh (Friction and Wear in
Machines), Issue VIII
Publishing House: Academy of Sciences, USSR
Date: 1953 No. pp.: 98 (107-2o4) No. of copies: 2,500
Editorial Staff
Editori Khushchov, M. M., Prof.
Others: The author expresses thanks for valuable help to:
Artobolevskiy, 1. 1., Academician, Khrushchov, M. M., Professor,
Dobrovollskiy, V. V., Corr. Member, Academy of Sciences, and to
Professors Gutlyar, Ye. M., and Baranov, G. G.
PURPOSE: The study of the development of gas (air) lubricated sliding
bearings.
TEXT DATA
Coverage: The author considers the basic problem of gas (mainly air)
lubrication, e.g., the theory of the formation of a lubricating layer
1/3
Cal
213 culatj012 a ue to,.f.1
12d pi., _ tion

SHEYNB-I-PG, S. A.
11 -- U
. undamentals of the Theory and Design of Aero(t-namic Supports. " Sub 25 Apr 51,
Inst of Machine Science, Acad Sci USSR.
Dissertatiom oresented for science and engineering degrees in Moscow during 1951.
SO: Sum. No. 480., 9 Yay 55.

SHETNBY:RG, S.A., dnktor tekhn.nauk; KHARITONOV, A.M.. kand.tekhn.nauk
I
Aerodynamic supports for high-speed engines and turbines. Vast.
mash. 38 no.9:14-17 S 158. (MIRA 11:10)
(Bearings)

~-o
\,5-100 a,(AQ ILI 1*1) 5/121/60/COO/O 11/009/013
A004/001
AUTHORS: _M2ELe~~ Shuster, V. G.
TITLE: Vibration-Proof Porous Aerostatic Footst~y Bearing 0
PERIODICAL: Stanki i Instrument, 1960, No. 11, pp. 23-27
TEXT: The authors point out that the aerostatic footstep bearings known
hitherto ensure a sufficiently high'supporting power, are simple in manufacture,
but tend to vibrations, which leads to the origination of natural shaft vibrations
in axial direction. Also the aerostatic footstep bearing developed by the ENIMS
and used in electric spindles for internal grinding operations is not vibration-
proof. The elasticity of the gas cushion included in the pockets or grooves of
footstep bearings of old design was the main reason for the origination of V~
natural vibration. To eliminate this deficiency a porous footstep bearing
has been-developed, the structure of whi-In is shown in Figure 2. -Footstep
bearing I made of porous carbon graphit-Gs pressed against the face of"bearing
2 by nut 3. Compressed gas from the bearing enters ring-shaped chamber 5 by
channel 4. Then the gas gets into holes 6, located on two concentric circles,
and uroceeds through the porous body of the footstep bearing into the lubricating
card 1/6 7 %

Vibration-Proof Porous Aerostatic Footstep Bearing
clearance.
depth being
Figure 2:
S/12i/6o/ooo/bli/oo9/o13
Aooh/.kooi
The gas consumption is regulated by the depth of the holes. This
increased, the wall thickness decreases and so does the hydraulic
resistesice. The spent gas from the footstep bearing and
bearing is collected in ring-shaped groove 7 of the footstep
bearing, from where it escapes into the air through hole 8.
The honeycomb structure of the footstep bearing ensures
both the necessary gas permeability*and a sufficient mechan-
ical rigidity. It should be taken into account that the
deflection of the footstep bearing under the effect of the
compressed gas pressure must not exceed 2 - 3.ft, lest the
footstep bearing loses some of its carrying capacity because
of the distortion of the clearance uniformity. Figure 3
shows the standard design of.an electric spindle with porous
footstep bearing, The electric spindle is a three-phase
asynchronous short-circuited motor with synchronous velocity
of rotation of 48,000, 72,000 and o6,000 rpm.
Card 2/6

5/121/60/CW/011/009/013
Vibration-Proof Porous Aerostatic Footstep Bear-Irg A-,04/AOOI
Figure 3. Electric spindle on air-lubricated bearings:
I - shaft; 2 - rotor; 3 - bearings; 4 - front shield; rear shield; 6 and
7 - nut; 8 - body; 9 bolt; 10 footstep bearing; 11 channel; 12 -
4 3 3 16 1 connecting
branch; 13
screw; 14
TI graphite bush-
ing; 15 -
connecting
-16
branch;
pipe.
card 3/ 6

8,4 ZS4
S/121/60/OCO/011/009/013
Vibration-Proof Porous Aerostati-c Footstep Bearing A004/AO01
Porous footstep bearings possess high anti-vibration qualities over the whole
range of possible loads, i. e. with any clearance. Therefore, the described
electric spindle is used successfully for face grinding. Since the new footstep
bearing has not pockets and grooves, vibrations are practically eliminated.
Besides, the porous wall absorbs the energy of compulsory oscillations in case
such oscillations should originate. The boundary magnitude of supporting power
of porous footstep bearings is approximately twice as large as that of footstep-
bearings with a central hole, Porous footstep bearings are more simple to manu-
facture, and, thanks to the absence of pockets, the wear of the'working surface
does not put it out of action, which is the case wi-t~h ordinary footstep bearings
because of the insufficient depth of the feeding pockets. For the calculation of
porous footstep bearings it is necessary to determine their supporting power and
the gas consumption through the bearing. Using the continuity equation of iso-
thermal gas flow and by means of differential equations, ~he supporting power of
the footstep bearing is detennined by the formula P = 'ZR,p F. where P - the
Q - alculated by formulae
dimensionless characteristic of the supporting power - is ca
of approximated integration, Pa = absolute pressure over the cros ~_section x.
The volumetric gas consumption through the footstep bearing in cm /sec at pressure
pa is 'Pa I
~O 12 10
Card 1V6

Vibration-Proof Porous Aerostatic Footstep Bearing
where absolute gas viscosity, clearance
between pivot and bearing. Figure 6 shows modi-
fications of the porous footstep bearing.
A
Figure 6.
a = solid footstep bearing; E (b) = solid
footstep bearing with centric hole at the
shaft face; 6 (v) = ring-shaped footstep
bearing; I (g) = ring-shaped footstep bearing
with escape towards the center.
Figure 6:
Card 5/6
711i T
IW"UU
16`6
A ~A
Z, :
P. t. AIP
a)
of PIP
0
862.64
5/121/60/000/011/009/013
A004,/AOOI

&_,-, ~Ij s 2, -
SITE M0100010 11/009/013
Vibration-Proof Porous Aerostatic Footstep Bearing A004/AOOI
Table I shows the calculation results for the case of 6, a. The authors exemplify
the calculation of a porous footstep bearing of the A48-22 electric spindle.
Table 1:

p~ 3 4
i
P~ 5
P'= 6

0.350 0-587 0.8-42 1.11
2 0.806 1.27 1.75 2.24
3 1.10 1.70 2.31 2.92
5 i.4o 2.13 2.86 3.60
10 1.72 2.6o 3.48 4.37

1 2.00
3.00 4.00
1 0
5-0
There are 9 figures, 3 tables and 6 references: 4 Soviet and 2 US

ZHEDI, V.P., kand; tekhn. nauk, Prinimall uchastiye: BASS, G.S.) inzh.;
VOROBIYEV, I.I., kand. tekhn. nauk; YELISAVETSKIY, A.G.y inzh.;
PAVLOVAI M.A.) st. doktor tekhn. nauk;
LUKIYANOV, A.K., red.; VIKTOROVA, Z.N., tekhn. nauk
[Units and mechanisms of machine tools; survey of foreign design)
Uzly i mekhanizmy metallorezhushch3Jch stankov; obzor zarubezhnykh
konstruktsii. Moskva) TSentr. in-t nauchno-tekhn. informatsii,
1961. 53 Nl~:chine tools-Design and construction) (MIRA 14:11)

1
2 '~ 2,t,
'_ U
S/122/61/000/006/001/011
D244/D301
AUTHOR: Sheynberg, S.A., Doctor of Technical Sciences
TITLE: Vibrational stability of gas lubricated bearings
PERIOuICAL- Vestnik mashinostroyeniya, no. 6, 1961, 3-10
ThXr: Gas bearings can givb a very stable and smooth performance at
high speeds but this is not an inherent property, It has to be ensured
by proper design, to avoid the appearance of selfexciting vibrations
known as the half-speed whirl or whip of the shaft. When this occurs
the load carrying capacity of the bearing is lost and dry friction
between the shaft and the bearing takes place; with oil lubrication
a thin film would still exist. Critical speeds at which whipping occurs
depend on the shaft diameter, radial load and other factors. Whipping
is likely in nearly concgrltric running-of-the shaft due to-lotir radial
loading (vertical shafts). It is easily distinguishable from vi-
brations due to imperfect balancing, even without any instruments.
Card 1/5

23260
S/122/61/000/006/001/011
Vibrational stability of... D244/D301
It appears suddenly when the critical speed is reached or when the
gas pressure in the bearings is reduced to a definite value. There
are two kinds of half-speed whirl: cylindrical, peculiar to short shafts
iri which the shaft axis describes a cylindet-, and conical, in which the
axis describes a circular cone with the apex in its centre of gravity.
Cylindrical whip is first analyzed with the shaft assumed unloaded. Due
to a small inaccuracy of shape the shaft can be displaced'by an impulse
S. The resulting eccentricity and the wedge of lubricant create a force
whose components N and T will move point 01 round the bearing center.
On a spiral with angular velocity epi . These components depend on
eccentricity c and on iFl. %'hen q? a (n - 'angular speed of shaft), forces
2
N and T both become zero. The central position of the shaft in the
bearing is also unstable. The load carrying capacity of the circular
(pre'ssurized) bearing can be expressed as 21
1 - if:
X=G,ve; T-GrO( n
where GN and GT - stiffness coefficients de-
pending on bearing dimensions, speed of shaft (GT only), pressurizing
Card 2/5

S/122/Cl/000/006/001/011
Vibrational stability of... D244/1'301
pressure etc. By Lagrange differential equations for the motion of a
rigid body (shaft in two bearings) the author obtains (Eq. 2) and (3)
ell _ (,,,2 _ ~GIV 0 Ythere M - mass of shaft. The
Al solution of (Eq. 3) for e const.
is (Eq. 4)
nM 0 1P Al 1 := -I (I - e- Reif
7 2
from which it will be noticed that the limiting speed is For
2
stability of the shaft in the concentric position there must be (Eq. 5).
20N 17hen whipping occurs the shaft slides in the
-Tf- C F~l 3)
whip c, se
an only appear in long shafts, becau
if A/_2C, the motion is stable even for G N = 0. This is only possible
in gyroscopes. For other shafts we usually have C = 8 to 20 or more.
As n is increased angle 0 will also increase from the moment when
inequality (Eq. 13) is reversed. In the bearing with circular pressuri-
zation (in which G N does not depend on 0) 0 will rapidly rise to 0 n at
which the shaft slddes an the bearing. If G N increases with 9 Unmrl-
circular pressurization), then whipping takes the form of precession in
which the shaft does not touch the bearin A general case of xvhiUging
is then analyzed. To ensure shaft stabilif~ of a circular bearing e
pressurization pressure ( and hence G should increase in proportion
Card 4/5

23260
S/122/611/000/006/001/011,
Vibrational stability of ... D244./D301
to the square of shaft speed. There are 8 figures and 6 Soviet-bloc
referencee,,
V~
Card 5/5

3/l2l/62/COO/003/C0II'/()04
"AITHOR:
TI TL:~,: snindles on Ar lubricated bearings and their operational
Sti~nki 41 instrurent, no. 3, 1~4~, 7-11
T-,AT: The nesi_gr. of new electric spindles with air cushion bearings developed by
:VT for inzerv,~-I grindees is ~Iescribed. The specifications of th s t f si-
spiril-TIos developeu" Tre as follov's:
Spir..Ile Snindle Three-phose Net power lipindle neck Spindle neck
,-,*k; cl 11P, current fre- kW fit diameter, 6,iaveter,
A~uency CDs ETI
X" A. C, C, 12ce w0s) 32
00 8CIC c,. 7 120S 32
Card

S/121/62/00/003/001/004
D040/1)113
Svindles
Continuation of the table
A721-20 72 , C 0 C- 1 11 C-I C, 0 .5 90S 22
(A72-20)
A,)6-3C- 96,000 160C- 0 .3 65S 16
(A96-30)
120-4C 12C cc OC
.15

A'L--"' - 31 1 1-' 4, , C, L) t 246( 0.15 65S 12
(.LUJ44 -51)
- --------- - -----
'rile electric --indle is :hree-phase short-circuited induction motor with current
supply from c:. ~;Peci;-l converter, its shaft being mounted on two air-cushion
I cm,
r i --s - axial load, is assimilated by ;~n air cushion betveerz the sh~ -Ft end face
thi-tist bearing. Compre*ssed air fed into the bearing casing exr- is a-dal
pressure. -Each be,-rir- consists of a br;~.ss i-.-ith .1 pressed--f- -,"'Ishing of
i-mjre,-,m~tedl wixii bron7e ~n* with two circul,?v -;nd One

J1 L/C*~~.Y(lk.-clt~(%C~,it~,.~).I/~-l.~;.
T-IU4~: /T i13
o1 -IT" inal rocive Aiv is fed thr-itt,li ovi- one boi,e Lne the
P !1U `!%)Oves 1!01T -j*Ol-, bofore tile spili~,.lc stav,~s
OL),. LAUN
:ir ick~~ :Ls cci~;)or,rily thctij~ vibration is thell preselit. TI?a
c,.1 elo:, --~znce is 0.(A ri,,~. -.is wlth Cl.;." , Ir. ill OIJ-typc beaarin3s, the work
-1-s cons i6embl't, :,nC. the IM7uchno-issletiovatellskiy inst-iLlIt pod-*~~-
I-Shle-Imosti ".1esearch Institwte of the Bearing hidttsx))
~;L;_tXs thn't L-zarin-- i tces li::v,- 1-, 5 lov.-er ii-fe z1tci, usizt.- the s.pii!-
V C, I I S u ~.o, J inJers .:ci-c i i 'I- I 1 4 E ti elcetric Spill-
ei, t.Lc
Kuyb,-si:ev; SO Pot 011~~
to bc vel,li2cc! vnk,, :,Ii,l spiilolc~; ar~~
oc - Thu T_;,-bOL-Z1A_-0r3_ 04L the IGV~, h.:;.s cestmc, 46-22
~;1%,;-JI.cs in autojiatic grindei-3 for cylindrical races of" Cardan shaft beariigs.
Central-ined otttput of vew electric Spindler -.Ath air-cushion berrin.gs has started
ot t1iz! zavod -!Elek~:ronasosi- (Yns-,ow "'Uectrormsosl- 11ant). The design
Ui,,d 3i:eratior of clie 'MM'3 spirdles are described and calculation data for Jia-
:.~2~1-c.,Cal Clearance are ircluklcJ. Teclivical a~vantz-..-cs of sj~irdles on air-cushior.
3

00M,L11's Z~L'e stressed, cor-parisons being made with the perf-omance of spindles on
oil-lubricated bcariv,,s, including thc1!,'crvou,.aLj.c:, ~r_indin- head of the British
lei-h Coi-Dany uhich rcqUirCs about ten times vore electric power. Italian-
i ,Ldc clectric snin~~lcs are usod at the 1GPZ. The-c arc C, fif;urcs and 5 references:
i --lan&ua-e reference is
_")Viez-bloc and I ron-Soviet-bloc. The A -lis!.
Preston, 'Scrvoratic hi.~Ii-speed grinding spindles, "'Metalworking Production,~..
card :., 4

SHEYNBEIRG, S. A.
Ifalf-speed whirling in gas-lubricated bearings. Stan. i ii~str. 36
no.2:1-6 F t65. (MIFU 180)

KARPOY, Yargenly Fedorovich; KRAVCHENKO, Vladimir Sergeyevich, doictor taklm.
nauk; LEYBOY, Ruvim Hoineyavich, doktor tekhn.nauk; SHEYNBERG,
Samuil Drvydovich; MIRSKAYA, Y.Y., red.izd-va; KOROVENKOVA, Z.A.,
takhn.i-ad.; BERNSLAVSKAYA, L.Sh., takhn.rod.
[Automatic protective devices In mines] Avtomatichaskie
shakhtnye zashchitnye ustroistva. Moskva, Gos.nanchno-tekhn.
izd-vo lit-ry po gornomu delu, 1960. ill p.
(MIRA 13:7)
(Electricity in mining--Safety measures)

SHEYMERG, S.D., inzh.
Problems ol' rock hoisting in deep hydraulic mines. Ugollsiprom.
no.4:40-46 JI-Ag 162. OMMA 15:8)
1. Dongiproshakht.
(Donets Basin-Hydrau-lic mining) (bline hoisting)

SHMBIRG, S.I..; KOZINA, M.G..; NAGAYNVA, L.I.,; WROS, G.A.
Improvement in the design of vascular suturing apparatus. Med.
prom. 10 no.1:30-34 Ja-Mr 156. (MINA 9:6)
1. Nauchno-issledovatellskiy institut eksperimentallnoy
khlrurgicheskoy apparatury i inatrumentov.
(SURGICAL INSTRUKWS AND APPARATUS)

ANDROSOV, '.1.,doktor meditsinskikh nauk; SHSYIMRG S I'+ or
tekhnicheskikh nauk.
An improved apparatus for suturing of vessels and its application
in clinical and experimental practice. Khirurglia, 33 no-1:117-122
Ja 157 (MLRA 10:4)
1. Iz Mauchno-issledovatellskogo institute eksperimentallnoy
I:hirurgicheakoy apparatury i instrumentov Ministerstva
zdravookhraneniya SSSR (dir. M.G. Ananlyev)
(SUTURES
aipar. for suturing blood vessels) (Rus)

t r i?7:- n.-L r~~1Z ....
1-4
a--Ilaraay a. ins
primenerii-ye ~..r"Vr
Equiprient and I~js~11'1.111-le'ltf, and axperierce in Their Use) 7o -i
A col 4. . -,
of Pc,-~ers of ti-,(, L3cL(,
R'search Inst..
51;n pmc-nt and I, s-,
,AJ11j,~Fel 4,'l

SHIE-fIIIBERG, V. M.
SHE-'YNBERG, V. M. - "Pathology, of Cutting the Lower Wisdom Tooth." Min of Public
HEALTH RSFSR, Moscow Med Stomatological Inst, Moscow, 1955 (Dissertations for Degree
of Candidate of Medical Sciences)
SO: Knizhnay
a Leto2is' No. 26., June 1955, Mescow

FAVORSKAYA, T.A.j AVISEMOVA, I.L.; S Of IR , Z.A.
Study of conditions for the foroWlation of acyl amino acids.
Zhur.ob*khim. 25, no,3:551-558 Mr 155 (KLRA 8:6)
1. LeningradekV Gosudaretvan.W univeralt.et
(Amino acids)(nruviation)

SHEYNBLYUK, I.I.: Y2rM'ZTWBAUM, V.G.: RABINOV, I.L., kandidat tekbnichaskikh
--Kh6*7-,--TMINOVICH, I.A., redaktor; LYUDKOVSKAYA, N.I., tekhnicheskiy
redaktor.
[Following the example of leading factorie3; the work practice of NO-
vorosaiisk slate] Po primeru peredovykb zavodov; Iz opyta raboty
novorossliskikh shifernikov. Moskva, Gos. izd-vo lit-ri po stroit,
materialam, 1954. 16 p. OILRA 8:8)
1. Nauchnyye sotrudniki Vsesoyiiznogo nauchno-inaledovatellskogo
inslituta asbostotzsmentmVkh izdelV "VNIIasbestotsement" INTSM
SSSR. (for fihe;rnblyiTm,?elIzenbaum)
(Asbestos cement)

A K, !,!,!i NI.M. ; GUENAS, MOTHUNA.")i i., I .
)f 5ubrlinlcal forms of' epidemic hepatit's (BoIA."nIn
diEt-ase,- Jn a focus following prevention with gamma globul"n.
"'hur. mikrobiol., epid. i immun. 41 no.ljl/1-34 Ja 164.
(MIRA 18,,2)
1. Villnyusskly institut apidemiologii i glgiyeny.

S~~ROT,__!!~rk L'vovich; KOROTKOVA, L., red.; LEBMEV, A., tekhn.red.
(Operational method of accounting for materials; the balance-sheet
method] Operativno-bukhgalterskii uchet materialov; salldovyi
metod. Moskva, Gosfinizdat, 1960. 94 p. - (MIRA 13:11)
(Accounting)

Swzymm-G.As, T.
Cniical observations of streptomycin effect on the course of
t.Tx-'.c dysesntery. Vopr. pmUat. 18:5, 1950. P. 30-3
1. 01' Viltrqw Municipsl Infectious Diseases Ilospital (Head
PlViician - 11, 1. Khom--&,o.
2. Author - Head Podiatrician of the ffinistT7 of Public Health
Uthuar,iwn SSMI.
CUIL 20, 3. March 11951

MMMERM, M.M., kand.med.nauk
-
Frpvention of intestinal disenses in a children's home. Pediatriia
36 no-10:56-62 0 158 (MMI 11:11)
1. Iz VilInyusskogo doma rebenka (glavnyy vrach M.M. Sheynbergas).
(RITESTINES, dis.
prev. in children's home in Russia (Rns))

Cont-roversial problems in the epidemiology of infectious
hepatitis. Vest. At-IN SSSR 17 no.2:32-41 162. (KLR~' , 15:3)
1. Nauchno-isoledovatellskiy institut epidemiologii i
gigiyeny Mnisterstva zdravookhraneniya Litavskoy SSR.
(HEPATITIS, INFECTIOUS)

11
SHEYNBERGAS, M.M. (Seinbergas, M.M.]
Outbreak of infectious hepatitis (Botkin's disease) in the Biriai
District and some problems in the epidemology of this disease.
Report No.l: The role of viral carriage as a source of infection.
Zhur.mikrobiol., epid.i immun. 33 no.4:105-1-10 Ap 162.
(MIRA 15:10)
1. Iz Instituta epidemiologii i gigiyeny Ministerstva zdravookhra-
neniya Litovskoy SSFL,
(BMAI DISTRICT--HEPATITIS, INFECTIOUS)

SHEYP~RG M.M.; PAKTORIS, Ye.A.; ROGOLI Yu.M.; PODSEDLOVSKIY, T.S.;
A~~
TENIKAYTITE, M.I. [Tenikaityte, M.1
Epidemic of infectious hepatitis in three northern districts
of the Lithuanian S.S.R. Vop.med.virus. no.9:173-180 164.
(MIRA 18:4)
1. Iz Villnyusskogo nauchno-issledovatellskogo institut
epidemiologii I gigiyeny i Instituta virusologii imeni lvanov-
skogo AMN SSSR, Moskva.

ALADIYEV, I.T.; ALEKSANDROV, B.K.; BAUM, V.A.; GOLOVIN' , Ye.S.;
GOLIDENBERG, S:A.; 7,11IMFIZIN, D.G.; WaIARIN, A.G.; IYEVLEV, V.N.;
KNORIII,', V.G.; KOZLOV, G.I.; LEONT"FEVA, Z.I.; MARKOVICH, I.M.;
MEYEROVICH, E.A.; I-11KIINEVICH, G.V.; POPKOV, Z.I.; POPOV, V.A,;
PREDVODITELEV, A.S.; PYATNITSKIY, L.N.; STYRIKOVICH, 1"I.A.;
TOLSTOV, Yu.G.; TSUKHANOVA, O.A.; CHIJKHANOV, Z.F.; SHEYNDLjN-,--AjXt._
Lev Nikolaevich Khitrin, 1901-1965; obituary. Izv, AN SSSR. Energ.
i transp. no.2:159-160 Mr-Ap 165. (?IIRA 18:6)

"Devic6 for Meam=lng the Average Indicatok Presswe
of AviatIon Motors in Flight," A. X. Bheyndlin, G.:
I. Shpolyanskiy, 2 pp
"Tekh Voz Flote No 4
At the present time, there is'no device for direct",
measurement of the average indicator pressure of a~',
multicylinde'r aviation noto6r. The article sets forth
a plan for such a device based en the prinoiple of
the retardation of gas In its flow through.a, resist-
ance.

SRYMIN' A. ,LA,
Y-IRIILIN, V.,&_; SHEYNXaN, A.Ye. KOMAROV. L.P., redaktor; VORMIN, K.P.,
- .' -9
tekhnichoskry-~'r-e-~&~a'k't-o;-r'~~-~~
[Steam in power engineering] Todianoi par v energeltike. Moskva, Gas.
anargeticheakoe izd--yo, 1953. 94 p. (MLRA 7:8)
(Steam engineering)

N,

U S S R

%petermins an of the ap" heit of aLhyl alcogot tip
pressure of 118 atmospheres and at texuperatures ftm;
S 7 -1 1
o A. H. Shelud
j lin and S. 0. Shlelfer.
'
,
h
Pa. 73, 14LL~26(1933) _The measuzeracrits
Wes Taida In a directly beated.cal orfineW. The visd.
was placed In an evacuated crintalner pLued fit a liquid
thermostat. The vessel was connected to a contafnef.WiW
Hg by a small steel tube. The Ug transmitted the ores-:
sum of a Its tank directly to Ahe MOM The d. of.~ L
'
'
MOK Is measured before and after the test at each terair,
. by 4
I CL
vte4hinx the amt. of lig corresponding to the espanslon~o
RiOH..
given %vt. UMOYI. Results tire- tabulated for 05
for pressures 1, 10, 20. ..120 atm. and temps. -60 . -~40'
+235*. -Determination of the density of ethyl aleohoif
'
d
f
"

ssures
rom 12 to I IS rtmosplieres an
temperatures
,
p
ir.. 17.25*-to 250.38% Ibid. 14207-9~The_d. of 05%,
'
Etoll obtained with the app above Is also tabulated In
the Pressure range 10. Lam. and at temps. +
n
*
;~~
+40. .240
. S. F
_j

J:
-jj L,
F'Riperimental investigation- of i-he-fiea
'water and water va rof high parameters.
:pkenergetika 199" No. 1, 11-19; Refer
Te
Rig'
cat
f 1954, No. 44397,-A new method of
Dut by means of a calorimeter of su
In flow was worked o Ch
'small to&- -y can be disregarded. The heat ca.;.
cs that the
am.
city of water and water vapor was detd. at 200-M*
pa
f SM, 3W, 400, 4W, and 5W kg./sq. cm. Thin
btined 240 ptl.,,Au. of heat capacity with a MaZ;
=
errorqf2q'q. The results are tabulated and presented ph-~,-
Ically as C, vs. temperature isobars. The max; Ue
Ci was approx. 7 cal./g.* (t 400% P 300 Irg /sq ca.)
H j
M

~'Concerni.-.,f 'U-he Bchavit,;r of Substances in the Super-Critical Rebrion"
Teploener-getilka, No 3, 1954, 26-35
Assuznx-s that the ,iaxL-num values for C and (dv/dt)n attest to the
presence of II order transitions in the sulp)ercritical re-gion that are
anai-ogous to the phase transitions observed in liquid helium (the lambda
point). Bz!l-;eves that these transitions are due to changes in the degree
of association. In the supercritical region, a line may be drawn along
points of ,.-iaxima on the curve of se:)aration between the liquid (high de-
gree of molecular association) and the vapor (low degree of molecular as-
sociation ) phases. Expresses the opinion that by taking into account the
peculiariteiss in behavior at abnormal transitions, one can predetermine
the construction of units operating in the supercritical region. (RZInnii-j,
No 3, 1955)
SO: ' U
Slut, Ho TU 845, -1 oLna- 5"
I

SHEMWN, L., doktor tekhnicheskikh nank; BUBUSHYAN, K., kandidat
tekhnicheakikh neuk.
Experimental determination of density and thermal capacity CP of
liquid freon - 113. Khol.tekh. 31 no.4:53-55 O-D 154. (mi-RA 8:1)
(Frwns)

USSR/Physical Chemistry Thermodynamics. Thermochemistry. Equilibrium. Physico-
chemical Analysis. Phase Transitions, B-3
Abst Journal: Referat Zhur - Rhimiya, No 1, 1957, 331
Author: Kirillin, V. A., Sheyndlin, A. Ye. 'i and Shpillrayn, E. E.
Institution: None
Title: New Tables of Correlated Values for the Enthalpy 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 V2

KIRILLIN, Vladimir Alekseyevich; SHN LIU Aaeksandr Tefimovich;
SEPILIRAYN, R.I. , redaktor, W redaktor
[Thermodynamics of solutions] Termodinamika rastvorov. Moskva. Goo.
izd-vo, 1956. 272 p. (MLRA 9:7)
(Solutions(Chemistry)) (Thermodynamics)

- . "- r f~ '- -I- / I , -,/I11- ", - -, ~-'- 4'~L--- - - I x . . , -. ! ;~ -t
.1:4 7 1 / _-" ~uf - - - ----
KIRILLIN. Vindimir Alekseyevich; SHEYNDLTN, Aleksandr Yefimovich;
SHPIL'RAYN, Evalld Emillyevich; NIKOLAYEV, V.V., red.;
MEDVEDEV, L.Ya., tekhn.red.
[Engineering problems in thermodynamics] Zadachnik po tekhnicheskoi
termodinamike. Izd.2-oe, perer. Mosk7a, Gos.energ.izd-vo, 1957.
253 P. (MIRA 11:1)
(Thermodynamica--Problems, exercises, etc.)

GUASIMOV, S.G., professor, rediktor; KAGAN, Ya.A.. kandidet tekhnicheskikh
nauk, redaktor,- I&BYLDRY, P.D., professor. glavnyy redaktor;
LUKNITSKIY. Y.Y.. professor, redaktor [deceasedJ- SHIML A.T
professor, redaktor; AYZMNSHTAT. 1.I., redaktor; VOR IN,
tekhnicheskiy redaktor
[Heat engineering handbook3 Teplotakhnichaskii sprevochnik. Koskva,
Gos.energ.izd-vo. Vol.l. 1957. 728 p. (MLRA 10:9)
(Heat engineering)

.RASSMOV, D.S., inzh.; SHEYNDLIN, A.Ye., doktor takhn.nauk, prof.
An experimental investigation into heat capacity ( cp ) of water
and watar-vapor of high parameters. TeDloenergetika 4 no.11:81-84
N '57. (MIRA 10:10)
1.Moakovskiy energeticheskiy iAstitut.
(Steam-Tables, calculations, etc.)

AUTffOR- Vuk-alovich, M.P. Dr. Tech.Sai., SOV/96-38-7-2/22
Dr.Tech-Sci. and Rasskazov, D.S. Cand.Tech.Sci.
TITLE. Investigation of the specific heat at constant pressure cp of steam
up to 700 atm and 7000C, (Issledovaniye fep1oyekkosU-.p vodyanogo
pars, do 700 ata i 7000C.)
PERIODICAL: Teploenergetika, 1958, S No.7/ pp. 7-9 (USSR)
ABSTRACT: This is a continuation of the work described in Teploenergetika. No.11
1957, on the cp of steam in the super-critical region from 300 to
500 atm, The same method and equipment were used in the present
work. The work was done on the isobars 550, 600 and 700 atm at
temperatures of 280 - 7000C. The errors are estimated not to exceed
2%. The 116 experimental values of specific heat obtained in the
work are tabulated. Graphs of new experimental values of specific
heat in co-ordinates of crt, and also values obtained in the previous
investigation, are given in Fig.l. The agreement between the two
sets of work is illustrated in Figs.3. and 4. by graphs of cp against
pressure for various isotherms. The work in the previous article
is also compared graphically with that of other authors in Fig.2;
Card 1/2

Investigation of the specific heat at constant pressure cp .90V/90-58-7---1/22
of steam up to 700 atm and 7000C.
agreement is good and the reasons for such differences as exist
are discussed. Data of other Soviet authors is included in
Figs.3. and 4, and the new data are in reasonable agreement with
old where they overlap. There are 4 figures, 1 table and
8 literature references (6 Soviet and 2 German)
ASSOCIATION: Moskovskiy Energeticheskiy Institut (Moscow Power Institute)
1. Steam - Specific heat 2. Steam - Pressure factors
3. Steam - Temperattu-e factors
Card 2/2

SOV19:i-38-7-4122
AUTHOR* Sheyndlin, ~,Ye.;Dr.Tech-Sci.; Shpilrayn, E.E., Cand.Tech'Sci.
f., Engineer.
TITLE-. The specific heat at constant pressure cp of steam at the
saturation line (Teployemkost' ap vodyanogo para na linii nasyshchaniya)
PERIODICAL,. Teploenergetika, 1958., '40.7) pp. 13-17 (USSR)
ABSTRACT- The enthalpy of supersaturated steam is beat calculated by
integrating values of ep on isobars from the saturation curve to the
temperature at which the entbalpy is to be determined. However, as
it is very difficult to determine cp near the saturation curved
values are usually obtained by extrapolation, but this proeedure is
unreliable near the critical pressure. The authors, therefore,
decided to calculate the --.p of steam at the saturation line by a method
basically independent of experimental determinations of -.v for
superheated steam. An. equation is then written for the specific heat
of steam at the saturation lins; it includes term for the specifis
heat of water at the saturation line at the same temperature, the
latent heat of steam and its differential with respect to temperature,
the specific volumes of dry saturated steam and water on the
saturation line, and their partial differential with respect to
temDerature at constant prEs3ure, This equation forms the basis of
all the calculations. Iii using it, a large number of calorifir. and
thermal data for water and steam have to be determined, but these
Card 1/3 determinations can all be made more accurately than direct

SOV/96-58-7-4/22
The specific heat at constant pressure cp 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 accuracy of determination of the differentials
was determined by an indirect method. The errors in each of the
term 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 - 380*C 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 are then compaxed 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/96-58-7-1/22
The specific heat at constant pressure ep 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. Stsam -
Pressure factors
Card 3/3

AUTHORS: Rasskazov, D. S., eyndlin, A. Ye. SOV12o-Il"O-4-23167
cl
TrTLE: The ExDerimental lne~sl~ Ra "~f-tha.-Srecific Heat C 13 of
ga I
Water and Steam High Parameters (-I-cr-,cr-:.-c-tal'n6ye
issledovaniye teployemkosti C p vody I vodyanogo para vyso-
k1kh par~Ametrov)
P-MODICAL: Doklady Akademii nauk SSSR, 1958, Vol- 12o, Nr 4, PP-771-773
(Ussfi)
A-3STRACT: The suthors first give a short rqport about vorious earlier
papers dealing with the same oubject. A new investigation
,7.-1' the 2-,ecific heat of water and steam was carried out by
the imrroved mc-thod developed by A. Ye. Sheyndlin (-a(?f 21).
The most important improvement was the introduction-of a
device for the reliable stabilization of temDdratures in
hot as Tell as in cold calorimeters. Besides, the accuracy
of pressure measurement was imoroved. Pressure is measured
by means of a piston manometer constructed bY "!. K. Zho-
khovskiy. '-,7hen dealing with measuring results much attention
waS Daid to the analysis of thlinfluence exercised by the
specific heat, which changes only little during the experi-
Card 1,3 ment, upon calorimetric temperature difference. A character-

SOV/20-120-4-23//67
The Experimental Tjv_~qtigation of the Specific Heat C. of Water and Steam
With High Parameters
ietic feature of the experimental method chosen for this
purpose was the practically complete avoidance of the correc-
tion due to the throttle-effect, Much care was also devoted
to temnerature measurement. The experioental data obtained
have an Prror of the orde2 of 1,5 1~3. A total of 317 experi.-
mental values of specific heat was determined; these values
a-re eiven in a table. Rcperiments extended'to the ran.-e of
300 to 500 atmospheres at temperatures of from 180 to
0850. The neyi-experimental data obtained agree satisfactori-
ly wit-h the data of an earlier work by A. Ye. Sheindlin. The
precise data-concerning the values of specific heat, which
were nr-,vertheless determined and described in short, neceq--
sitate corresponding changes of the 'values of enthalpy, whu--Ifi
is of considerable imDortRnce for calcul:aition. There are
I table and 5 refd~~ences,*4 of which are Soviet.
Card 215

,; 0 72 o - 12 o - 4 - 22; /6 7
I. it a! Twl'!2tigra I i fin tho if ic flf~!O, o" ti.r iln'll ';tc- a m
High
9, A. of
Januu.
Sciencer!, IT3
JR."Liary IQ~8
1. Water--Specific heat 2. Steam.-~pecific he6t- 3. Calorimeters~.
--Performance 4. Temperature-Measurement
.lard 3/3
1

05280
10(9) SOV/170-59-7-11/20
AUTHORS; Sheyndlin, A.Ye., Shpiltrayn, E.E., Sychev, V.V.
TITLE: On the Heat Capacity C of Water and Water Vapor at Supercritical Pressures
p
PERIODICAL: Inzhenerno-fizicheskiy zhurnal, 1959, Nr 7, pp 75 79 (USSR)
ABSTRACT: There are several methods for working out graphs expressing relationships
between heat capacity Cp and various factors. Ya. Havlievek and L.
.Miskovskiy' ZR-ef 97 proposed a method for analyzing experimental data on
Cp by plotting the lines Cp = const in the coordinate system p - T. This
method, as well as other existing methods, possesses some intrinsic draw-
backs. The authors have worked out a new method which is based on the
coordinate system: 1 versus p. This graph is shown on Figure 3 which is
C~.
plotted by isochore This made it possible (after smoothing the iso-
chores) to obtain from this graph isobars of CP as functions of V. Then
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 vaiRes of pressure are then obtained from aese isobars and
compiled into a table presented in the paper. This method was employed
Card 1/2 for analyzing the available experimental data on heat capacity Cp of water

05280
SOV/170-59-7-11/20
On the Heat Capacity Cp of Water and Water Vapor at Supercritical Pressures
and water vapor at pressures from 225 up to 700 kg/cm2 and temperatures
from 300 to 6000C.
There are: 3 graphs, 1 table and 13 references,12 of which are Soviet
and 1 Swiss.
ASSOCIATION: Energeticheskiy institut (Power Engineering Institute), Moscow.
Card 2/2

- -BHFP!'DLI1TL Aj~.,__ doktor tekhn, nauk; SUILIRAYN, E,E,, kand. tekhn. nauk;
SYCHEV, V,Vt, inzh.
Reference values of the specific heat of steam. Toploonargatika 6
no.12:80-83 D 159. (MIRA 13:3)
l.Moekovskiy energetiche ki institut.
(SMIM5

RAUYVICKS, I.S., prof.. daktor tekhn.nauk; BUkW.SR, Ye.Z.. inzh.;
VBMfBERG, B.S., kand.tekhn.nouk; VOLISCAYA, L.S., Insh.; GER21,
S.Ya., prof., doktor tekhn.nauk [deceased]; GUMICH, Te.S.. inzh.;
DAIIILOV.A, G.N., kand.tekhn.nauk; YVIMOVA, Ye.V., inzh.; UFFE,
D.M., kand.tekhn.nauk; LU, K.D., kand.tekhn.nauk; LAVROVA, V.V.,
inzh.; MEDOVAR, L.Te., inzh.; ROURFELID, L.M., prof., doktor tekhn.
nauk; TKA=V, A.G., profet doktor tekhn.nauk; TSMIN, B.L.;
'M(ELISRSKIY, M.G., inzh.; SHCILERBAKOV, V.S., inzh.; TAKOBSON, V.B.,
kand.tekhn.nauk; GOGOLIN, A.A., rateenzent; GUKMN, A.A., retnensent;
KAH OV, A.V., retsenzent; KURYLEV, U.S., retsenzent; LIVSHITS, A.B.,
retsenzent; CHISTYAKOV, F.M., retsenzent;-SKEYNMIN, A.Ye., retsen-
'- ~V I ~I 5 ~---s ;; ~-s
zent; SHERSHEDINOV, G.A., retsenzent; PA4L d.;
KOBULASUILI, Sh.N., glevnyy red.; RYUTOV, D.G., zam.glavnogo red*;
GOLOVKIN, N.A., red.; CHIZHOV, G.B., red.; NAZAROV, B.A., glevnyy
red.izd-va; NIKCLAYAVA, N.G.. red.; EYDINOVA, S.G.. mladshiy red.;
MEIRISH, D.M., tekhn.red.
[Refrigeration engineering; encyclopedic reference book in three
volumes] KholodilInaia takhnika; entaiklopedicheakii spravochnik
v trelr-h knigakh. Glov.red. Sh.N.Kobulashvili i dr. Leningrad,
Gostorgizdat. Vol.l. [Techniques of the production of artificial
cold] Tekhnika proizvodstva iskusstvennogo kholoda. 1960. 544 P.
(MIRA 13:12)
(Refrigeration and refrigerating machinery)

AT, SA TDROV, S.V. Ca rd 2.
1. Veasovuznvy institut rastoniyevodstva (for Sechkarev, Lizgunovs,
Brezhnev, Gazenbush, Meshcherov, Filov, Tkachenko, Kazakova,
Krasochkin, Levandovskaya, Shebalina, Syskovs, Makashava. Ivanov,
Martynov, Girenko, Ivanova, Shilova). 2. Gribovskaya ovoshchneya
selektsionnoya opytnaya stantsiya; chlany-korreapondenty VsesoyuzmDy
akndemii sellskokhozyayatvennykh nauk im. V.I.Lenina (for Alpatlyev,
SolovIyeva). 3. Deystvitellnvy chlen Vsesoyuznoy akademii sel'sko-
khozysystvennykh nauk im. V.I.Lenina (for Brezhnev).
(Vegetables--Varieties)

9. 15_j 00 S/02V60/000/02/007/031
E19VE155_
AUTHORS: Kirillin, V.A., and Sheyndlinj A.Ye..(Moscow)
TITLE: An Experimental Investigation of the Thermodynamic
P opertie ,of Water and Steam a '7t-
P;essure 't/ t High mperature and
PERIODICAL: Izvestiya Akademii nauk SSSRI Otdeleniye tekhnicheskikh
nauk, Energetika i avtomatika, 1960,Nr 2, pp 44-53 (USSR)
ABSTRACT; As a ruleg foreign work on the thermodynamic properties
of Steam and water has not been carried out at pressures
greater than 300 kg/cm2 or temperatures over 550 OC.
Similar experimental and theoretical work was also
carried out in the Soviet Union in the years 1937-1950,
mainly at the All-Union Thermo-Technical Institute and
the Moscow Power Institute. There is, however, an
increasing demand for information about steam and water
at still higher temperatures and pressures. In recent
Years the 'Moscow Power Institute has accordingly begun,
and is successfully undertaking, new work on the
Ca integrated experimental investigation of the thermo-
.~d dynamic properties of water and steam at pressures of the
1/'-) order of 700-900 kg/cm2 and temperatures of the order of

*&59 6R639
S/02V60/000/02/007/03l
E191+/E155 -
An Experimental Investigation of the Thermodynamic Properties of
Water and Steam at High Temperature and Pressure
650-700 OC. An important feature of the recent
investigations is the combined study of both the thermal
and caloric properties of water and steam, so that the
data form a reliable basis for formulating tables of
their thermodynamic properties. At the Moscow Power
Institute, experimental investigations into the thermal I
properties have been carried out by V.A. Kirillin's '.
procedure, which has been described in several articles.
A schematic diagram of the equipment is given in Fig 11
accompanied by a fairly detailed description of the
apparatus and experimental procedure. A diagram of the
high-pressure differential manometer is shown in Fig 2.
The experimental procedure, though relatively simple,
ensures high accuracy and the maximum error is 0.2-0.25%.
Extensive experimental material has been obtained at
conditions up to 952.9 kg/cm2 and 650 OC. Recently the
Card apparatus has also been used to investigate the specific
2/5 Volume of heavy water and its steam at pressures of
70-500 kg/cm2 and temperatures of 250-500 OC; the work

4*W 49b89
S/02V60/000/02/007/031
R19VE155
An Experimental Investigation of the Thermodynamic Properties of
Water and Steam at High Temperature and Pressure
was described at the Geneva Conference on the Peaceful
Uses of Atomic Energy in 1958. Investigation of the
caloric properties of water and steam is then considered.
The experimental equipment arranged to determine the
specific heat at constant pressure is sketched
diagrammatically in Fig 3 and the operating procedure is
explained in considerable detail. The flow calorimetry
procedure that is used is particularly described. With
this procedure the calorimeters have very small heat
losses, obviating the usual complicated auxiliary
equipment which these necessitate. The experimental
equipment is very easy to set up and operate, and is
readily changed from one condition to another. The total
duration of a calorimetric test, that is the time between
successive determinations, is about 20-25 minutes. With
this new experimental procedure the maximum error in
determining the specific heat at constant pressure is of
Card the order of 2%. Considerable experimental data on the
3/5 specific heat at constant pressure has been obtained and
Published. On the basis of the extensive experimental

6LQ49 6 lb 5 q
S/024/6o/oOO/02/007/031
E191F/E155
An Experimental Investigation of the Thermodynamic Properties of
Water and Steam at High Temperature and Pressure
material obtained in the Moscow Power Institute and the
results of other investigations it has been possible to
analyse and compare recent experimental data on the
thermal and caloric properties of steam and water. This
work is of particular importance in drawing up inter-
national sketon tables for water and steam. Tables of
reference values of specific volume and specific heat
at constant pressure of water and steam have now been
worked out for a wide range of pressures and temperatures.
Very complete data has been obtained at super-critical
conditions. As is known, as the critical point is
approached the specific heat at constant pressure
increases, particularly, in the vapour phase. This
increase makes a considerable contribution to the
enthalpy of steam and accordingly knowledge of this
specific heat at conditions near to the boundary curve
Card is very important. The specific heat at constant
V5 pressure of dry saturated steam was determined up to a
temperature of 340 OC by using the following four known

S/024/60/000/02/007/031
E19VE155
An Experimental Investigation of the Thermodynamic Properties of
Water and Steam at High Temperature and Pressure
values: the specific heat at constant pressure for the
liquid; the latent heat of vapourisation; the
relationship between the pressure and temperature of
dry saturated steam; and the fairly well known thermal
properties of steam near the boundary curve. The
experience accumulated will be of value not only
directly in providing information about the properties IJ
of water and steam but also in studying other important
working substances.
Card There are 4- figures and 20 Soviet references.
5/5
SUBMITTED: December 10, 1959

SHEY1011H, do%tor tekhn.nauk, SHPIL'RAYN, E.E., kand.teldm.
nauki
Heat Capdcjt:f C.0 of water and steam at the saturation line.
TAploene Ati6'7 no-7:23:-27 J1 16o, (MIRA 13:7)
1. Mosko ~.kiy energaticheskly tastitut.
(Heat capacity)
(Iffater-Thermal properties)

21111 It 07
84671
S/020/60/135/001/024/030
B004/BO56
AUTHORS: Kirillin, V. A., Corresponding Member AS USSR, Sheyndlin,
A.-Ye., and Chekhovskoy, V. Ya.
TITLE: The Experimental Determination of the Enthalpy of Corundum
(A120 at Temperatures of From 500 to 20000C N6
PERIODICAL; Doklady A%ademii nauk SSSR, 1960, Vol. 135, No- 1,
pp. 125-128
TEXT: It was the aim of the present paper to check the data for the
enthalpy of corundum, which was obtained at the Moskovskiy energeticheskiy
institut (Moscow Power Engineering Institute) and by other research
workers. The method of mixing in a massive metal calorimeter was applied,
which was electrically heated by means of a TBB-2 (TVV-2)-type furnace.
The authors describe the calibration of the calorimeter, the
determination of its calorific value, and of the function t = f(-r)
(,r = temperature of the heating period). The followin& was found on this
occasion: 1) Experiments with a different course taken by the temperature
Card 1/~'

84671
The Experimental Determination of the S/020/60/135/001/024/030
Enthalpy of Corundum (A1203) at Temperatures B004/BO56
of From 500 to 20000C
curve in the main period were 4-n agreement within the range of calibration
precision. 2) The heat exchange in the calorimeter did not depend on the
direction of the heat flow. The validity of the cooling equation, by means
of which the heat exchange Ct was calculated, was within the temperature
interval (t - tc),