SCIENTIFIC ABSTRACT EPSHTEYN, D.A. - EPSHTEYN, F.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000412120018-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BPS M TN, D*Ae, professor (Moskva)
Practical problems on the subjeatl Nitrogen W phosphorus.
Xhimay shkols 11 no*2:39-45 Mr-Ap 156* OUJU 9:7)
(Chamistry-StvAy and.teaching)

RPSHTUR, David Arkall professort doktor tokhnichookikh nauk;
AT
.&Stors, PROPIMSOVA, N.T.,rodaktor;
SOMWVA, R.Ta.,tekhnIohsskiy redaktor
[?rIn'cIp!es of chemic &I tecbnology; a book for teacheral
Oanovy khimichaskoi tekhnol6gil: kniga dlia uchitelia. Moskva, Izd-
vo Akad. pedago g' naukIR31 (KURA 10:5)
0 SR, 1957. 222 p.
(Chemistry, Technical)

A(
KHODUOV, Turiy Vladimirovich; TSVICTKOVl Leonid Aleksandrovich; SHMVAA-
ISHKO, Bergey Grigorlyevich; VS a 4A knAll AwtAh. SAVILl-
TEVA, P.N., redaktor; MMOTA-0 11. W., "to' i7heskiy redekt-ors
[Chemistry; a textbook for gra&es B-10 in the secondary schoolj
Xhimiia; uchobnik d1la VII-I-X klassov arednei shkoly. Pod red*
S.G.Shapovaleuko.Isd93-es Moskva, Gosouchabno-pedagog.izd-yo
(MTaA 10-6)
K-va proov.RSM, 1957. 423 pe
1, Chlen-korrespondent AWsmH pedagogichaskikh nauk RSIM(por
Shapovalanko)o
(Chemistry)

GLOAIOZGY, Pavel Aleksandrovich; MIZOVSKAYAO, Samare gikhaylovna,- TSMIOT,
Leonid Alsksandrovich; SUPOTALEKKO. Bergey Grigorlyevich; MWTM,
Ra,,Q4 Arkadlyevich- MOFMNSGVA. N.V., red.; LAUT, V.G.,
red.
[Problems of technical education in the teaching of chemistry]
Voprosy politakhnicbeakogo obucheniis vprepodavanii khImii. Pod.
red, S.G*Shapovaleako.. Moskva, Izd-vo Akad. pedagog. nauk RSYSR,
1957. 423 p. WRA 3.1-.5)
1. Chlen-korrespandent APY RSFSR (for Shapovalenko)
(Cheutst%7--Study and teaching)

Z-- Y /t/
AUTHOR: Epahteyn,.D.A., Professor (Moskva)
26-12-42/49
TITLEt A Book About Nitrogen (Kniga ob azote)
PERIODICAL: Prirodap 1957, 12, p 120-121 (USSR)
ABSTRACTt The author gives a critical review of the book "Nitrogen", (Azot)
written by V.I. Medvedovakiy. It contains a popular description
of the many ways nitrogen is used, where it is found in nature
and how it can be produced. It is intended for the general
reader, but contains a whole series of mistakes and incorrect
details which lessen its value considerably as pointed out by
the author, (Publ. by AN,,USSR.. 1957)
AVAILABLE: Library of Congress
Card 1/1

JMWAU, David Arkadlyevich. doktor takhn.nauk; SHAPOMNIKOVA, A.A.9
red.; SMMMA, Mae# takhn.red.
[Visual aids in the'study of chemical industries in secondary
schools-, description of the aids 'and methods of using them]
Nagliadnye posoblis po khIsicheakin proizvodstvan dlia erednei
shkoly; opisanie posobli I metodika ikh ispollsovanils. Koskvaq
Isd-vo Awd,pedegog.nauk HUM, 1958. 106 p. (XIU 13:4)
1, Chlen-korreispondent Akademil pedagogichaskikh nauk RSFwI (for
6hemical OnguesIng-4quipment and supplies)
(Vi=al ida)

EPSMYN, D 4oktor Was nauk
Contact apparatus for the oxidation of Ammonia. Xhim. v shkole.
no.7:73 Mr-Ap 158. (MIRA 11:3)
(Ammonia) (Oxidation)
f

MPSHTSYNI D,A.; KIMOMWAt Ye.P.
Conducting an elective course In chemical technology in a secondamy
school. Politakh, obuch, nos4117-2) Ap 1589 (MIRA 11:3)
(Chemistry, Technical)

IFSHTETH. D.Ao
Raw mterials for synthetics. Xhim. V shkole 13 no.5:10-16 S4 158.
(min 11:9)
1,Chlen-korrespondent APN RSM.
07uthatic products)
i

AUTHORSI Tkachenko, N. M.f SOV120-122-5-35156
'
~Miniovich, M. A.0 Dobrovollskaya,
N. V.
TITLE: A Two-Stage Catalyst for Oxidation of Ammonia
(Dvukhatupenchatyy katalizator okisleniya ammiaka)
PERIODICAL: Doklady Akademii nauk SSSR, 19589 Vol 122, Nr 5,
pp 874-877 (USSR)
ABSTRACT: Catalysts for the oxidation of Ammonia to nitric oxide can be
divided according to their chemical composition into
platiniferous and non-platiniferous catalysts. The latter~
include iront cobalt, chromium oxides and oxides of other
metals. In industry platiniferous catalysts are used almost
exclusively, although they are less accessible and more
expensive than non-platiniferous ones and involve large
irrecoverable.losses. But they are stable and guarantee a high
degree of transformation of ammonia to nitrio oxide (97-98%
,rield Of N20). Both groups of catalysts have a great power of
selectivity. The question arises as to the conditions under
which non-.platiniferous catalysts retain their high aeleatiTity
without change for a period of time that would meet industrial
Card 1/3 requirements. The first fLnd second author studied the oxidation

A T*o-Stage Catalyst for Oxidation of Ammonia BOV/20-122-5-35/56
of ammonia with several non-platiniferous catalysts (Rwf 1).
Because of various difficulties it was decided to plaos a
standard platinum grid in front of the non-platiniferous
catalyst so that the latter contacts a partly reacted mixture,
By means of a sight glass it was discovered that the non-
platiniferous catalyst, which formerly would hardly glowp
soon started to operate again under these conditions. The
yield of nitric oxide rose to its original level (98%) and
remained there for a long time without droppingt under all
other optimum conditions the non-platiniferous catalyst reached.,
stability. It was obvious that the drop of activity and
selectivity of the non-platiniferous catalyst was duo to a
change in its frontal layer, that comes into contact with the
new air-ammonia mixture. Thegreat amount of heat created
and the ever present poisonous components inactivate the
frontal layer. If a platinum grid is used, comparatively little
heat is created because of the reduced Ammonia concentration a"
a part of the poison is neutralized by the platinum. The authors
have conducted experiments under different conditionr, and with-
grida of different densities a The results are given in table 16
From this study the conclusion may be drawn that some non-
Card 2/3 platiniferous catalysts equal platiniferous catalysts with

A T-iro-Stage Catalyst for Oxidation of Ammonia SOV/20-122-5-35/56
respect to their selectivity. They possess a higher stability
when-part of the ammonia was previously oxidized at a
platiniferous catalyst. A possible mechanism of reaction had
been discussed before (Ref 3). There are 1 table and 3 Soviet
references.
ASSOCIATIONs Gosudarstvennyy nauohno-iseledovatellskiy i proyelctnyy
institut azotnoy promyshlennosti (State Scientific and
Planning Research Institute of Nitrogen Industry)
PRESENTED: June 9, 1950, by S..I. Vollfkovich, Academician
SUBMITTED: June 6, 1958
Card 3/3

XPWBYH, Wvid ArkaId' evioh 91:pf.# doktor tekhn.nauk; PROVEIRAIWYA,
I I*$ A UVAd j9 I.
,&juuwwvA* lowoo tokhnored,
[Mineral fuels and their chemical processing) Goriuchis
iskopasmye i M k-himicheskaia pererabotkal knige dlis uchi-
telia. Moskva, Izd-vo Akad.podagog.nauk RSFSR, 1959, 150 pe
(MIRA 12:12)
1. Chlen-korrespondent Akademii pedagogicheskikh nauk RSFSR (for
Epshteyn)o
(Pwl) (Chemicals)

XMIYANTS, I.L.,.glav. red.; BAKHAROVSK17, Mae, zamo glav, red.;
BUSEV, A.I., red.1 VARSHAVSXTY, Y&.M.j red,j GELIPODI,
N.I.9 red.j DOLINj P.I.j red.; KIWEV, V.A., red.1 HUMON,
G.A., red.1 MURIN, A.N., red; POGWIN, S~Awj redej REBINDER,
P.Ao, red.1 SLONINSYM I G.S., red.; STEPANMKO, B.N., red.;
ESHTM, DIA.,-rede; VASKEVICH, D.N.9 nauchny7 red.; GAIJ
Iijilp nauclaW red.; GARKOVENKO, R.V.p naucbryy red.1 GODIN,
Z.I.p nauchW red.; MOSTOVENKO, N.P., nauchnn red.;
IEBEDEVA, V.A.# m3.adsbiy red.j TRUIaIANOVAI M.Ye.p mladshiy
red.; FILIPPOVA, K.V.g mladahiy red.; ZHAROVA,-Ye.I... red.;
KULIDZHA140VAp I.D.p takhn. red.
(Concise chemical encyclopedia] Kratkaia kbimicheakaia, entBikla-
pediia. Red. koll.: I.L.Knuniante i dr. Moskva, Gos. mauebu,
izd-vo "Sovetskaia entsiklopediia." Vol.l. A - E. 1961s.
1262 co3 umns. (MIRA l5t2)
(Chmistry-Dictionaries)

EPSHMIN
Studying tko Production of -sulfuric 4ktdd in the chemistry course
of the general secondary schools. Xhims v WJkole 16 no*5:27-30
S-0 161. (KM 14:9)
1, Daystvital'M chlen Akademil pedagogicheokikh nauk TILMR.
(Sulfuric acid industry)

EPSHTEYN, D.A. (Moskva)
Development of choacal abilities in students. Vop. Ipaikhdl. 9
no.6:106-116 N-D 163. (MIRA 17W
I 1 1 4 1 .. . . 1 1. 1

TSIN
'1,,YN, D.A. (Moskva)) GENDIOIRVA, N. [translator]
Forming chemical aptitude in students. Blol I khim 7 no.6t27-36
164.

VOSFJSSW,'KIY.
.EPS&
M%Y kand khim
GLORIOZOV, P.A., za,-,I. uchl, t ,I
~Na r -,uk
rewenzen &AKHANOVA..M.S.,kand.khim.nauk,retsenzent; XOZU!V,
V.V.,red.
[Ilandbook of chamlary for aecondari jcli-,)ol studonts]
Spra.vochnik po kIdmii dlia uchauhcUkhsia srednei shkoly.
14oskva,, Prosveshchonio# 1964- 359 1). (MIRA 1812)
1. Chlen-4orvespondent Akademli pedagogicheskikh nauk
HMIR (for Gloriozov).

APSMYN, D.I., doteent.
M,W"
systematic lases for enlarged too W cal
-tool work for production in small lots
141-167 1534
(Nachine-shop practice)
standardization of machine-
and units. Trudy LIBI no.6:
(NM 9:8)

- XPSM"L&bjot sent.
Xethods and practice of setting up consolidated technical norms
for machineng operations in small-lot production. Trudy L31 no.10:
7-32 '55. (MAL 9:8)
(7actory Annagement)
(Xachine-tool Industry-Production standards)

ZAUURDV# Nikolay Nikolayeviohj_MM7.xLpAL. dotsent, reteenzent;
GALITSOVi A.D., doteent, red.; SIMOVA. K.K.p
red,tsd-val UTAROTA, Aolf*, tokhn,red,
(Setting labor standards In' the machinery Industry] TekWaheekoe
normirovania truda v mabhinostroenli, Koakva, Goe.nauchzo-tekhn,
isd-vo mashinottroit.lit-ry, 1958. 560 p, (%Mk 12:2)
(Mchinery industry--Production standards) '

EPSHTEYNI Del.1 TSYGANKOVA, A.M.; SAUYEV, Yu.D.
Establishment of norms for machine-tool operation5 based on con-
solidated norms reduced to a single line. Mashinostroitel' no.llt
37-39 N '61. MRA 141l1)
(Factory management)

DZHURHAYEV, K10(tralca Tursanovich; EPSHTEYN, D.I., red.
;i~--Aletlowbdp betvaen time norms eM Uj alza and re-
"UrrClIa Of the lot of mam2factured paet;s) Zavisimosts
an
"rm VTOMAnI Ot velichIny i povtorlaev.~itl partil. deta-
lei, Leningrad, 1965. 34 P. 01.111RA 18: 1.1)

BROKARWO. Konstantin luslutich; IWATff, Tlktor Mikolayovich; P22M,
Bork* Ivanovichl WSOM, D.M., red.; KOITROV, ?.A., taklm.red,
[Technological training for studentaspecializing in railroad
trousportationj organization and methods) Professionallao-
takhnichaskoso'buchanie na sholesnodoroahnon transports-.
organisatelia, i wtodika. Xoskva, Gos.transposhel-dor.isd-vo#
1959. 255 p. (Railroads) (MIRA 12t6)

9 -* -0
SHMVAXMO, SeGo; APSHM. D.S.* TSVMOT, L.A.; OIWOZDT, PL;
KLMCMIVAI ISP.~,' ~re~-Tq-"OTA, IF-11., tokhalchookly red*tor.
[Problems of training In practical applications in the teaching .
of chsmistr7] Toprosy politekhatchookogs obachsulia v prop,odnvanil
khimil. Moskva, Cos. uchabno-podagog. isd-ve. 1954. 157 p. MU ?-.8)
(Ghouls try-Study and teaching)

EPSHTEYN, S.
Operating MUKZ-35 feed mills in Gorkly Province. Muk.-eler.
prom# 27 no.6:20-21 Je 161, (AIRA 34r6)
1. GorIkovskoye upravloniye zagotovok.
(Gorkiy Province-Feed mills)

EpuTEYN.,IJA6.~
Some results of scientific research in thefield of U-0 . I
boring and breaking of rock; lzv. DGI 42140-" 164.
(MIRA 1-8:11)

USSR/Microbiology - Microorawdsms PathoLenic to Rhmans and F-4
Animals
Abs Jour Ref 2bur - Biol 14D 10) 1958., 43292
Author Filippova) 0,,0,,,, Epahteyno Bole
Inst
Title 4% Comparative St* 6f'T'wo Methods of Antigen Vaccination
,in an Experimehi on Mico.
Orig Pub t Nauchn. tr, Moak. n.-io in-t vaktsin i eyvorotok, 1956)
8) 645-652.
Abstract A study was conducted of two methods of verifying witigen
im=ogenicity - a subcutaneous and an intraperitoneal
method* The study was conducted on mice with samples of
typhoicl fever preparations (total antigens, and prepared
polyvaccine)o Both tested preparations produced a ~Tcatcr
immunity when used intraperitoncally (greater survi,.,nl of
infected mice) than vhon used subcutaneously. The cptinuu
period for testing immmity in subcutaneous immunization
Card 1/2

BAGIRGVI M.A.; VECHKIL4.YZER, G.V.; DZHUVARLY, Ch.M.1 MHT.E.YN.�!-E,M!.,'-,--,
Effect of breaks in air supply on the process of thermal
treatment of an oil-bearing bed. Izv. AN Azerb. SSR.Ser.
fiz,-mat, i tekh, nauk no*3009-115 163, (MIRA 16:1.1)

BAGIROV, M,A.j VECHKUY2ERt G.V.; DZHUVARLYO ChAj-j!~HT!YWI S.M,
Temperature distribution and conditions for the stability of
combustion in the heating of an oil-bearing stratum. Izv.AN
Axerb.SSR.Ser.fiz.-aatJ tekh.nauk no.1:77-87 162. (KIRA 154)
. . (Petroleum engineering)

03194
S/056/60/039/002/031/044
M119~. Or Boo6/BO70
AUTHOELSt Guliyev, N. A., Epahteyn, E. M.
TITLE: Bremsotrahlung.from aDistributed Proton jf
PERIODICAM Zhurnal eksperimentallnoy i teoreticheakoy fiziki, !960,
Vol. 39, No. 2(8), pp. 432 - 433
TEM A. I. Akhiyezer and A. G. Sitenko have already treated similar
problems (Refs. 1,2). They have not, however, taken into account the
anomalous magndtio moment and the "blurring" of the proton, which is of
particular significance according to-experimental investigations of the
scattering of fant electrons from protons. The consideration of the
interaction between the proton and the mesonic vacuum is particularly
important for large recoils of the proton. It has been shown already that,
in order to take this interaction into account, the interaction operator
from the current density formula ofthe proton, u2(,,, ul, must be
replaced by the vertex operator I' (defined by formula (1); see Ref. 4).
ilk
The authors of the present paper have.used this method to investigate the
Card 1/3

83194
Bremostrahlung From a Distributed Proton S/056/60/039/002/031/044
3006/B070
effectof the structure and the anomalous magnetic moment of the proton
on its bremestrahlung during diffractional scattering in the nuclear
field. It is assumed that the appearance of the "blurred" proton is in- 6K
dependent of the kind of electromagnetic process and depends only on the
magnitude of the recoil of the proton. In the expression for the matrix
element of the bremostrahlung of ultra-rglativistic protons in a central
field, is replacod by kr - (ill/U)jr k. For not too high accelerations
A
of the proton during the emission, and, therefore', for not too bigh
energies of the emitted photons, I and B are functions only of Ew - pk.
By this the authors obtain for do formula (4), which differs frem that
obtained by Sitenko only in the factor F 2 (see L. D. Landau and
I. Ya. Pomeranehukp Ref- 5). Formula (4) is no more valid when Ew - jtm 2
The effect of the "structure" of the proton on the diffractional
production of electron - positron pairs during the scattering of' the
proton in a central field may be taken into account in an analofous
manner. There are 5 Soviet references.
Card 2/3

83194
Bremastrahlung From a Diatributed Proton 8/056J60/039/002/031/044
B006/BO70
ASSOCIATIONt Institut fiaiki Akademii nauk kaerbaydihanskoy SSR
(Institute of Ph-vaics of the Icadeav of Sciences o
Azerbaydzhanakaya SSR)_
SUBMITTED:. March 19, 1960
Card 3/3

37114
8/056/62/042/004/029/037
B1251BI02
AUTHOR: -Epahteyn, E* MO
TITLE: High-energy electron-electron scattering and ihe dipole
structure of the electron
PERIODICAL: Zhurnal okeperimentaltnoy i teoreticheekoy fizikiq v. 42,
no* 4v 19621~1103-1105
TEXT.- substituting the vertex operator
(2)
r. (q) F, (qs) T. + 'ii + qjy&
taking account of the smearing, the electric and magnetic dipole moment$
of the eleotron into the matrix element
M - (2n)'06 (p, + p1'- ps-- e.) x
X I;, (pj) r, (q) Y, 14 (p;) q) (p',))
(p, - PIP
(p,',) r. (1) at (p~)j [-,,. (p.) r. I)u'l (PIN

S/056/62/042/004/029/03T
High-energy electron-elsotron B125/BI02
for the high-energy electron-electron scattering gives the differential
cross section
6 D34 0 4sin'�-+0j((O)F4j(P) 2WOC006
2 T -2+
JF4
+ F, t2) 2
Fe, (in) flOPs (P), + X'Ps (fl) I TI(g' � + P, (qx) (IOP, (r) - mr. (P") X,
2
+ P,(P) -)'F4.(q%)J X-
x -12 LOe SIn2�) / 4 shP �. i
2
0
x 73 SIII~�-( coo 10)1~00-f +-Plon(gs) +).,P.(q)) x
2
V. x 0
T4 + COSS -1 + I + mr. (P)lt T40 + Sito 0+
2Y T 2
+ Q10F, (q2) F, (P) + WF2 ((P) F. (r)p +tL',kl (Fg (4R) Fs (r)+I
8.
2 AM,
FS on 1 (2 + sIrP -or CO " \I
f)j-
Card 2/4

High-energy electroa-electron ...
8/056j62/042/004/029/037
B1251B102
of this process in the.ceater-of-mass systemp and p" P2 and p, denote
1 1 2
the four-dimensional momenta of the initial and final states of electronsp,
r0 : a/M is the classical radius of the electron, and F-1m;
qV (P2 - PdV - (PI1 - P2)VI fV - (P2' - PdV - (PI' - P2)V ; 4 is the
electric dipole moment, and g is the anomalous magnetic moment of the
electron, both in terms of a/T4_A mv Cis the electron energy, m its maseg
r,~ the scattering angle. Substitution of P I = 1, F2 . F3 - 0 into (3)
gives the well-known formula for the Moeller cross section, and substitu-
tion of A w 0 gives the'results found by V. N. Bayer (ZhETY, J10 1490,
1959)-, The present author states that the last two terms of the scattering
cross section as calculated by 0. V. Abakov (ZhETF , 848, 1959) are
incorrect. substituting the relative loss 1 0 2) of the kinetic
energy of an incident electron in the laboratory system into (3) gives the,
energy distribution of the secondary electrons when an electron passes
through matter. The formulae derived can, in principle, be used for deter-
mining the form factors PV I'P2* and U for different values of the
3
argument. The Eaglish-language references read as follows: G. Feinberg*
Card 3/4

S/056/62/042/004/029/037
High-energy electron-eleotron B125/BIO2
Phys. Rev., 112j16.37v 19581 Be Margolis, S. Rosendorfft A. Sirlino Phys.
Revel 1
.LlAt 1530t 19591 A- A, Schuppi Re We Piddo He Re Crane. Physo Rev.,
121s 1, 19611 G. R. Burleson, He We Kendall. Nuol. Phys., 12, 68, ig6o.
ASSOCIATION: Inatitut fisiki kkademii nauk Azerbaydzhanskoy SSR
(institute of Physics of the Academy of Sciences
Azerbaydzhanakaya SSn%
SUBMITTED: November 9p 1961

3/056~62/043/004/049/061
B104/B186
AUTHORS: Guliyev, 11. A., Epshteyn, E. M.
TITLE: The transformation of an electron-positron pair into a
g .meson pair
PERIODICAL: Zhurnal eksperimental-inoy i teoretiobeekoy fiziki,.v. 43,
no. 400), 1962, 1517-1520
TZ-XT: The energies of the colliding particles in the c.m.s. have to
exceed 106 Yiev to giVe rise.to e 9 4. p .processess At these
Apnergies the experimKtal results differ from those of quantum electro-
knamics because the q4uationa are modified to small intervals, to the
nolocality of Interacyion, to 'the definit-e structure of the interacting
partiolea and to their noneleotromagnetio interaction. MathematicalXyj
the modification oX theelectrodynamic equations to small intervals is
..eqvLivalent to the form factors involved in the expressions for the matrix
elements of the particle flux when the locality of interaction is
-turbbd (S. D. Drell, Ann. -of Phys., 4, 75, 1958; A. I. Nikishov, ZhETP,
13239 1959)- The "structural' of the particles involved in the process
-ViLrd 1/6

The -transformation of an S/056/62/043/004/049/061
B104/BI66
can be taken into account when the matrix y. in the particle flux
density ea(P2)yvu(Pl) 'a substitut ed by the vertex operator
rV (q) a(q 2)," + ib(S2) r I q
U LYV
where q . P2 --P 1 , a(q2 aj~d b (q2Yare invariant functions and X. is the
purticle mass. Mhen due consideration is given to the extent that
electrons and muonsare "expanded", the matrix element of the process
will have the form
S (2ar -t 6 (p- + p' P'- - P.) P+) [a 02) T- (2),
(T-i ir,)] u (p_)l IV (P-) [A (e) T. +
iB W) (Ti - iT,)] V (- P.)j
7W
Card 2/6

The tranuformation of an
3/056/62/043/004/049/061
B104/Ble6
where q - p+ + p- + ?_I here the capital letters refer to electrons,
the small letters to muons. The differential cross section is
daldQ rWy-I-A3( I a (01" 1 A (,e)12 11 +A$+ (I -A) COO 01
+ 12 Re [a (q2) b*(ip) I Re [A (0 B* (q') I -~ 4aRe [A (q') B' (41)] +
+ 2 Re la (41) b' (q')) A (q2) (2 + A2) + (3)v
MY COSP 01 +
a (q2). 12 1 B (q3) r 10 11 +,At
+24(a(q')Y(ql)llBtq')I'A7'(1+2A')+
+'I b, B (q2) sr'A"' W2 + (I. As) COO 0 1 +
'-t + 2 1 b 45 Re [A (6 B- (0) rs).,
~.-.W~ere ris the classical electron radius X m/Ej M/E. For the case
0
Card 3/6

3/05y62/043/004/049/061
The transformation of an B104 B186
in which the electron pairs are annihilated, the total cross section
ioads
;Ooks VF- As (As a 11 1 A 1' (2 + A-) +
+12Re(ab*)Re(AB*)+41allRe(AB*)+
+21AIlRe(ab*)(2+AI)4--Llal'IBIIA-1(1+2A')+ We
-2(2 -*(1 + 2A~ +
+-LIbrIAI'X + M) + 2 Re (ab*)BA
+ 2 Re (AB$) I b Is X-2 +I b?I B Is X-'A-' (I + 2A')).
The correctness of quantum electrodynamice can be evaluated by determining
the angular dependence of the differential cross section (dcr t
) at a
given.energy and by constructing [dd(,b) - dd )]/ddo( -.ihere
Card 4/6

S/056/62/043/004/049/061
'The transformation of an B104JB18
dd0(t$) is the differential cross section for a= A w 1, b a B - 0;
dal(j% is the differential cross section calculated on the basis o-'
11yure" quantum.electrodynamios, inclusive of raAiation corrections.
S is found to be a straight line 5 - f(E) if one.of the two first-
mentioned mathematically equivalent porturbanceqof quantum elebtro-
dynamics 14a present. 80) - f, (E) + f2(F,) -cos20 holds if a vertex
operator has to be introduced. Conclusions; The formulas (3) and.(4)
are suitable for describing electrodynamic processes of the form
e + e f + f; where f and ? are particles and antiparticles (other
than electron or posilron) which can be described by a spinor. These
formulas are less suifIble in the case of strong interaction.
ASSOCIATION: Institut fiziki Akademii nauk Azerbaydzhanskoy SSR
(Institute of Physics of the Academy of Sciences
Azerbaydzhanakaya SSH)
Card 5/6

S1056 43100410491061
The'transformation of an .. .. /62 6/0
B104/BlO
SUBMITTED: . May 8, 1962 . , I ./
-.-0
Card 6/6
1

Correction to the Afticle, mRigh-energy electron-electron
scattering and the dipole-structure of elootronaom Zhure
skep. i-teoro fis. 44.no.612294-2195 A 163. (MIRA 26t6)
1. Infititut fisiki AN Amerboydsbanake

V 7i,
L -21239-66 Drr(1)/'EPF (a)-2/1ETC (m)-6 IJP(c) vrel
ACC NR; AP6,003813 SOURCE CODE: UR/Ol81/66/0o3/001/(-,274/O2(5
AUTHOR: Epshteyn, E. M.
ORG: Institute of Radio Engineering and Electronics AN SSSF) ~, Mosc'8~w
(Institut radiotel(hniki I elektroniki AN SSSR)_
TITLE: On acoustic instabilily in a semiconductor with negative
differential conductivity
SOURCE: Fizika tverdogo telal, v. 3, no. 1, 1966, 2711-275
TOPIC TAGS: semiconductor conductivity, semiconductor carrier,
acoustic property, sound transmission, piezoelectric crystal, dis-
persIon equation
~ABSTRACT: The purpose or the investigation wati to ascertain the re-
between the acou~,tic Instability, first observed by N1. Ye.
Gertsenshteyn (Hadioteklin. I elektron. v. 7, 1055, 1962) and the In-
stability due to super30niC carrier drift, reported by A. R. Hutson
.et al. (Phya. Rev. Lett. v. 7, 237, ig6i). Prom an analysis of the
complete equations describing, the propagation arsound In a piezo- V-1
Card 112

L 21239-66
ACC NR: Ap6ooM3
.electric semiconductor., assuming an isotropic medium, the author
derives a dispersion equation, from which the damping decrement of
the variable quantities is obtained. It follows from these equations
that, in addition to the known in3tability due to the super,-onic
carrier drift, there should also occur an instability due tc the
presence of negative differential conductivity. Simultaneous
occurrence of the two instabilities is possible. The amplitude of
the sound -wave will increase only if the growth increment determined
.by these formulas exceeds the sound damping decrement in the crystal
lattice. The authors thank V. L. Bonch-Bruyevich for a discussion
..of the work. Orig. art. has: 6 formulas.
SUB CODE: 20/ SUBM-DATE:-,02Aug65/ ORIG REF: 002/ OTH REF: 003

L 2', 166
ACC H-R: AP6005845 SOURCE CODE: UR/0181/66/008/002/0,152/0559
AMOR: Epshteyn E. M.
ORG: UsA e of Radi!~ EWj_neer~pg__anLQgc~tMnjq R osLqq~! (In3titut
radiotekhniki i elektroniki AN SSSR)
TITLE: Acoustoelectric effect in a strong ultranonic field
SOURCE, Flzil~a tvardogo tela, v. 8, no. 2, 1966, 552-559
TOPIC TAGS: acoustoelectric effect, ultrasonic field, semiconductor theory,
acoustic absorption
~ABSTRACT: The author con-ciders the acoustoelectric effect in a sermiconfl~lctor as-
suming a deformation mechanism for electron-phonon Interaction at high f--.,equencies
n an arbitrarily- intense acoustic- field.-- The electron distribution f=i-tion-is
-tic!
found fron. the kinetic equation fo, nor, (loge ne ra U~ cc!nduction electrons li~ Qa ate-I,
semiconluctor vhcre the electrona interact vilth a etativriary ultra-
sonic flux and with tbermal phonons. An expression is derived for the d! ri~-Ity of
!acouztoalactr1c curmnt, and the coefficient for souic absorption by Llei.tm= is
calculated. It it found that the coefficicnt of absorption is iuver-Lely pioportioul-
Lard-1/2--

L 23149-66
ACC NR: AP6006845
l
al to the density of acoustic flux and not to its square root. Impurity .-cat tering
i
,and heating of the electron gas are considered. The limits cr app'Licability for,
I I
Ithc formt-Ja5 derived in this paper am discussed. The authors are sincen'ly grate-
1;ful' to V. L. Bonch-Bruyevich for discussion of the work and for valuable c.onsulta
Ition anT_a_B_o__~o P. Yo. Zi man for useful discussions. Orig.,art. ha...
Ifomulas. t: - 34
'~SUB CODE; .20/ SUBM DATE: 01Apr65/
:Card 2/2
ORIG REF: 004/ OTH Mr: GOS

_T 2-eQ` 1~6
ACC ~'P, AlOvO9690 'CAJECL COD;-,:
4
AU-111OR: 15011,ih- Bn&Lev let, V.
ORG: Institute of nldio~n and FAectroMcin. AN S 111 .1 qcoy (Innt.1 tut ra4d,io-
TIT12- On the 11colistic- recombinftt ion insttibiht~ in- se'mi'co'u'ducLorn
S
OUME: Fiz1ka tverdogo tela, v. 0) no- 31 1966p
S 943-947
TOPIC TAGS: ultrasonic effect) acoustoelectric effect, carrier density, GerAcon-
ductor carrier, electron capture
ABSTRACT: This is a continuation of earlier work by one of' the authors (Eprilteyn,
ra v. 8) 5r,,2, 15,-636) dealing with heating of electronG by an ultrafonic beam. Vic
prescnt article Is aimed at do~terminlng the influence of charged impurity ccnters on
the dependence of the _K~q
,qAgj q_qjxrrqn-t, magnituje of the ronnr. flux.
_an the ,
Trhe acousto-electric coefficient is calculated first with allowance for the fact that
a chanGe in the twund flux changes alE;o the electron temperature and the cairier den-
s ity. The conditions under which -the differential acoij3to-electric cceff-IcJerit be-
ccmmes negative are determined. It in fc=d that for n-Ge at- 10r, and a coiLn~_ wave
vector 6 7 105 cm73- the flux. denaity needed for this purpoze must exceed 0.1 _W/Cm2.
The dependence of the capture coefficients on the carrier cnerLW is chown tc be S.Uch
that the Dlot of the acouato- electric current against the sound flux can haNe a de-
creasing section, thus leading to Instability of the syrtem against fluctuatlonn of
Cc-rd 1/2

1. 25495-66
ACC NRI AP6009690
the sound flux and of the electron denaity. Capture both by like and unlike charge
centers in considered. It iolih6wrf'that the Instability can occur In both cases.
The authors thank G. G, KqlshLiki~ir-for a discussion of the work. Orig. art. has#.
18 formulas.
SUB CODE: 20/ SUBM DATE! 03JU165/ oRi(; Pxr, oo6/ on RLT: oo4
Card 2/2 if P,

AIMOR: GulLyaYev, 4'.
yu- 2'; 4Q#-ST-A,-E'_M' t3
ni(
O"Pr... institute of Radio inegring and Electro ts~L_4cadez
(Institut radto-tekliniki-i-elektivniki Akademii nauk_95SRT___
:k/
TITLE: Acousto-theiml effect in semiconductors
SOURCE: Zhurnal eksperimentallnoy i teoreticheakoy fiziki. Pis'ma v redakt.siyu.
Prilozheni,ye, v. 3, no. loj 1966, 41o-413
TOPIC TAGS: thermal acoustic effect.. phonon dragp temperature gradient, seclicon-
ducter crystal
ABSTRACT- The authors show that excitat ion of a monochromatic flux of phonons in a
crystal by an external source produces, besides the well known acousto-electric ef-
fect, also a temperature gradient under adiabatic conditions. In analogy with the
acousto-electric effect, they call this phenomenon the acoustc-thermal effe:t. The.
results of this effect are presented ana4rtically for a non-piezoelectric crystal in
which the carriers are characterized by an isotropic effective mass and a relaxation
time that depend on the, energy, and in vhAch a hypersonic wave propagates. By re-
garding such a wave as a current of monochromatic phonons and by calculatirg the in-
tegral of the collisions betveen the electrons and the phonon current, the antic
metrical part of the distribution function is obtained, from which the electric
rent density and the heat flux density are calculated. It Is found that the effect

26124-66
ACC NR, AP6015806
reverses sign vhen the frequency of the bypersound is raised. The magnitude of the
effect is estimated at approximately 104~.(49/*/(,~/mfl. nie authors thank-,V. L.---
Bonch-Bruyevich for a discussion of the work., Orig. art. has, 4 formulas.
SUB CCDE: 20/ SUBM DATE: 25mar66/ opw PEF: oo2
Card

L 31166-66 Ev (1)
ACC NRt AP6006810 SOURCE CODE: UR/0181/66/008/00210383/0386
AUTHOR: Epahtsyn, E. N.
ORG: Institute of Radio E51nier126 and Electronics AN SSSR, Moscow (Institut
,radiotikhniki i elaktroniki AN SSSR)
TITLE: Acoustoelectric effect In a transverse electric field
':SOURCE: Fizika tverdogo tela, v. 8, no. 2, 1966, 383-386
TOPIC TAGS: acoustoelectric effect, electric field, acoustic wave, particle inter-,
faction, volt ampere characteristic
:ABSTRACT: When a specimen is placed in a strong electric field, the thermal de
%Broglie wavelength of an electron becomes less than the wavelength of sound, result-
.ing in an acoustoelectric current which differs from zero. The author studies the
idensity of this current as a function of the electric field strength. The distri-
,bution function is given for electrons interacting with a monochromatic phonon flux
,and with thermal acoustic phonons. Current-voltage curves are given for weak and
;maximum sonic intensity. The acoustoelectric current is zero for the case of weak
Card 1/2

L. 31166-66
1ACC HR: AP6006818
!electron heating when the sonic Intensity is also weak. In this case, the current
lincreases exponentially with the field intensity reaching a maximum and then decree#-
:ing in inverse proportion to the square of the electric field. This is due to the
fact that nearly all electrons may Interact with phonons in a strong field and
I
further electron heating results in a reduction in mobility and a decrease in the
ielectron coefficient of sonic absorption. In the case of maximum sonic Intensity,
:the current voltage curve shows saturation. This is because the sonic intensity Is
istrong enoukh to move most of the electrons at a velocity close to the maximum in
!spite of the reduction In mobility and the decrease in the coefficient of absorp-
ition. At high concentrations and low temperatures where electron-electron interac-
ition predominates, the electrons may be heated by sonic intensities below the therm-
~al energy. It in shown that in this case the general nature of the relationship
)between acoustoelectric current and electric field strength is the same as for the
,case of electron scattering by acoustic phonons. The possibility of using an al-
Iternating electric field to modulate the acoustic wave is discussed. I am sin-
1cerely grateful to V.-L, Bonch-BruvaztcA and L _G. Kalashnikov for discussion of
Ithis w--2*. Orig. art. has: 1 figure, 7 formulaos-.
ISUB CODE: 20/ SUBM DATE-1 O$Jul65/ ORIG REF: 003/ OTH REr: On
Card 2/2 ZC-

ZPSHTEYN, F., doktor med.nauk
Household sanitation. Sov. shakht. 11 nc.3:45-46 Mr '62.
(MIRA 15:5)
(Sanitation, Household)

-EPSIIIrEYNF F.
-
Monhanics of road-maintenance units aro preparing for riclil
stabilization operations. Avt. dor. 27 no.701 .i1 164.
MRA 17: 12)
1. Starahly inzho otdala glavnogo mekhanika Glavnogo upi-aylerdya
stroltellstva i ekEpluatateli dorog respublikanskogo A. mes"mcgo
znacheniya.

EPSHTEYNt F.
Using the D-370 mixer with a loader for stabilizing soils with
cements Avt, dor, 28 no,10 Ja 165. (MIRA 180)

EPSHTEYN, F..
The D-343B cement distributor. Avt. dor. 28 no.4:32 Ap 165.
(MIRA 18:5)
Is Starshiy inzhener otdela glavnogo mekhanika Glavnogo upravleniya
stroitelletva i ekspluatataii dorog reepublikanskogo i mestnogo
znacheniya.

p re W,
Egshtea,, F& G*L Levinson,, A. S, and Semaskho, and others, "The clinical
charactertatica of grippo A",, (Baaea on data gathered in 1943, 1944j 1546)j.
Voprosy med. virusologii,, Issue 1., 1948,, P. 198-206,, - Bibliogs 7 items.
SOs U-3042,, 3.1 March 53, (Letopie Ishurnal. lnykh 6tateyj, No. 10j, 1949).

EPSHMNS F. G.
EPBLtez, F. G., Semashko, Z. A,, Levinson, k. S. and others, !Haterial for treating
grippe infections", Voprosy med. virusologii, Issue 1., 1948, p. 209-189 - ftbliog:
6 items.
Sos U-3042,, 3.1 March 53# (Letipos zhurnal Inykh Statey, No, 10, 1949).

EPSHT&10, F. G.
F.PSFT.&YN, F. G. "The clinical FkBpe,3te and atnir:ture of cole. (seasonal)
caturrha of the respiratory tract", Voprosy mod. virlisolof;il, Issue 1,
1948, p. .230-37, - Bibliog: 12 items.
SO: U-3042, 11 March 53, (Latopis Inykh Statey. No. 10. 1949).

llzirianli, F. G.
426o-7. EFSHTEYN, F. G. 0 Klassifikatsii i Nomenklature GrippomyU, Zabolevaniy
(Sokr. Doklad n8 I-Y Se3sii In-ta Virusologii Akad. 1,%d. Nauk SSSR 25 'Lyi;nya 1948 G).
Zhurnal Mikrobiologil, Epidemiologii i Imiunobologii, 1946, No 12, s. ~-3-27.-
Bilbliogr: 9 Nam
SO. latopist Zhurnallnvkh Statey, Vol. 7, 1949

EFS1E.7--rn, -1. G.
42686. EPSHT=T, F. G. GrIpp A. I. B. Zhurnal Iti.krobiologii, LcIderniologii i
Innunobiologii, 1948, No 12, s. 27-31. -Dibliogrx: 15 Nam
SO: letopial 7hurnalinyA Statey, Vol. 7, 1949

EPSHTF,YN, F. G.
PA4rr7O
a"T
PAW,
Go
6ala
op mired ims:
6 ptials-,
Thfactl6n ClInlo iml~-J
~v
Medits-
so 2
cli. Ileasama
~6f,tssh .ever obi
of 144i
$b Innu
a-urAl, rash 1*0d', On-4. ah~r t
on a~-.*- 4a ftlmtlf le suitlildur .
rnf edt biv- dilAi~j~;Y=i lipf A. ftarodInteev
aer Of M. t-, -: vapt

EPSWEINg F. 0.
Epshtem, F0 (1,,. lavirwon, A. S., Semaskho, Z, A,,, and others, *Platerial on
the scrotherapy of grippel? Voprosy med. virusologii, Isque 2, 1949, p. 278-
87f - BibUogr ~ 15 items,
So3 U-3042, nMamh 53, (Ioetopis Ishurnal IrWkh Statey, No. 10,, 1549),

SPS-HU'Vi. F. G.
EP-SM-M. F. G. "General and local phenomena In the treatment of grippe
by inhalatlon of anti-grippe serum", Voprosy med. virusologii, Issue 2,
1949, P. 288-91.
SO: U-3042, 11 March 53, (Letopis Inykh Statay, No. 10, 1949).

USMVMedicine - Sulfa Drugs Aug
Catarrh, Acute
"Use of Sulfon-ide for the Treatment of Acute
Catarrh of the Respiratory Passages," F. G.
4shteyn, Z. A. Semashko, S. A. Sem3zhkc, T. I.
Bibikova, Moscow, 1/2 p
"Sov Med" No 8
~A group of 490 patients with acute catarrh of the
C%h
Ll~respiratory passages was treated with sulfonamide
"-'preparations while a control group of 304 patients
jV.was treated with urotropine. Duration of febrile
reactions, toxic and local catarrhal symptoms, and
4NW 152TI60
USW/Ked.icine - Sulfa Drugs (Contd) Aug 49
unfitness for work was approximately the same for
both groups, but fewer complications occurred in
tIW group receiving sulfonazdd treatm=t.
152T60

33527
Klinika Grippe I K atarrov Dykbatellnykh Putey. (Doklad Na 5-Y Sesaii Akad. Med Nauk
Sssr 27 Dek. 1948 G.). Klinich. Meditsina, 1949, No 10,, c. 29-37. -Bibliogr: c. 37
SO; Letopis' Zhurnalinykb Statey, Vol# 45, M"kva# 2949

IMHTSYN, F. Go,- SHINSHUSVICH9 S.B.
On the frequent recurrence of "grippa*. Jain. mad.. Moskva
29 no.7t76-78 JU17 1951- OLML 20:11)
Is Prof. 4ahtsyno 2. Of the Experimental Clinical.Divi9ion
(Head -- Prof# 7# Go 4shteyn), Institute of Viruaology
(Director - Prof. A. To Kravchanko), Acadamy of Medical
Sciences USSR, Moscow.

ZMM -7*G*
Present methods of the treatment of influenza and acute catarhe of the
xVper respiratory tract and their prevention. Vast. otorinolar., Moskva
15 no.2:14-18 Xar-Apr 1953. (CLKL 24:3)
1. Professor. 2, Of the Uperimental Clinical Division of the Institute
of Virusology (Direotar -- Prof. M. P. Chusa ov. Corresponding Menber
Am MRWI-, A4&d"W.-of Medical Sciences UW&-,.

EP511TEMN, F. G., Prof.
.Influenza
Clinical and laboratory characteristics of influenza. Klin. mod. 31, No- 1,
1953. PP. 31-41
Mass experimentation with ekmolin and atebrin must be conducted before they
can be recorsmnded for extensive use. Outbreaks of influenza during the late winter
and spring of 1949 shpwed a more pronounced toxicoBis and produced greater distress
than any previous outbreak a during the past 10 years. It is difficult to diagnose
influenza clinically and to distinguish it from acute catarrhal fever, The action
of iLuagglutination may,, in a number of cases, make it easier to establish the
correct diagnosis earlyl no parallelism exists between the intensity of reaction and
the character of the clinical course. Recognition of subjective symptoms is a valuable
auxiliary differential diagnostic method, 255T24
Monthly 1121 of Russian Accossions, Librarf of Congress, JiLne 1953. Uncl.

ZPSHTIYN, F.G.; YAMMA, D.N.
hidemic and sporadic influenza. Zhur.mikrobiol.epidA Immun. n0-7:
100 JI 154, (MM 7:9)
1. Ix Inatituta virumologii im. Ivanovskogo Akademil meditsinskikh
nauk SSSR.
wram)
Abatmct U-7920, 8 Mar 56

APSHUYN, Y,2.,jrofessor: FAINTRVA, D.N.; OSTAFKOVICH, V.Ye.
Controlling frequently recurring so-called "grippe.' Bov.msd.
18 da-3:24-26 Mr 154. O(LU 712)
1. Is kliulki gripps (saveduyushchly - professor P.G.Zpshtayu)
Instituta virusologit im. D.I.Ivanovskogo (direktor - chlen-
korrespondent Akademii meditainokikh nauk SSSR professor X.P.
Chumakov) Akademil meditsinskikh nauk 85SR I kliniki ukha, gorla
i noes, (direktor - professor B.B.Preobrashonakiy) II Xoskovskogo
meditsinskogo instituta im. I.V.Stalina. (Influensa)

esor ~oskva
Correct evaluation of the effootiveness of treating Influenza ad
'Laute inflammations of the upper reepirator7 tracts. r1in. mod. 32
U0612:56-59 D 154. OCLU 8:3)
1, Is kliniki grippe, Institute. virasologiliment D.I.Ivanovskogo
AMN SSSR (dir.-ohlon-korresp. AHN SSSR prof. H.P.Chumakov)
(IMFMNU, thereW
, results, oorreat registration)
(PISPIRATORY TRACT, diseases
Inflamm., there results, correct registration)

ZPSHT3rfp, Y.G.
,
.[Influouss-and mute catarrho of the ragpiratery treat] a I I
astr7a katuW dykbat*l'mykIL.Vut*l. Hooky&, Xodgis r"I .
1 1955. 1
(DWLUMU) (COW (DL==)) (NLRA 9:5;

_pSHMNIJ. G.-
"New Developments in Diagnosis, Clinical Symptoms, Therapy, and Prophylaxis
of Grippe," Voyenno-Med. Zhur., No. 11, p. 56, 1955-

RPSHUMI, F. G. , Prof
Clinical forms of influenza. Klin.med. 33 no-5:70-73 My '55.
(MLRA 8:9)
1. Is kliniki grippa (zav.prof. F.G. Spahtsyn) Instituta
virusologii AMN SSSR (dir.chlen-ko"espondent AMN SSSR prof.
'H.P.Chumakov)
(I NnUMZA
clinical forms)

METM, P.G.,professor (Moskva)
-.6a,
- --l-Apir'.
Pathogenesis of influenza. Terap. arkh. 28 no.1:68-74 156 :
(HLRA 9:6)
1. 1z kliniki gripps Inatituta virueologli iment D.I. Ivanovskogo.
(INFLUANZA, etiology and Pathogenesis)

ANTL13WLUEM DRUG
"Research Work on the Ambula-.-ot7 Treatment of Influenza Patientsvith
Dry Anti-Influenza Serum", by Doctor of Medical Sciences Prof. F.G.
Epshteyn (Institute of Virusology of the Academy of Sciences USSE7 and
'9-.G-.7Zrs_eyev (Chief Therapeutist of the Moscow City Department of
Health), Klinicheskaya Meditsina, No 2, February 1957, PP 97-101.
The testing of a new anti-influenza serum produced in the Soviet
Union, in ten Moscow polyclinics,, was ordered by the Ministry of
Health USSR.
This anti-flu serum was developed by A.A. Smorodintsev in 1938,
through the byperimminization of horses with strains of virus A. Ali,
and B, 'which are prevalent among the population. As originally con-
ceived., its use in the form of an aerosol required too complicated a
nebulization system for home use. S*odintsev then developed a new
dry form of hie vaccine, adding penicillin and oulfadimazine*. The
dose was 1 g. of the preparation, consisting of 2 mg. of dried anti-
influenza serum, 10,000 units of penicillin and sulfsdimezine q.s. 1 g.
Card 1/3 - 40 -

ANTLIMUSM DRUG
The treatment was to be continued for 2-3 days after the initial ad-
ministration of the serum.
In a.11,1032 patients suffering from influenza and flu-like acute
ca.tarrh were treated with the Smorodintsev anti-flu serum during the
winter and spring of 1953-1954; 889 patients, treated with different
preparations) served as controls.
In nine of the ten polyclinics, the results obtained in patients
treated with anti-flu serum were positive, as compared with the con-
trols. Smorodintsev's serum was, in particular, more effective than
norsulfazole*, which had been the most popular preparation, both with
the medical profession and the population.
* CA sulfQnamide produced in the Soviet Union. Its chemical name is
2-(Para-amino-benzene-oulfamido)-4,6 dimethyi pyrimidine. The struc-
tural formula of this preparation is:
Card 2/3 41 -

ANTUMFLUWA DRUG
L"3
cf., sulfamazathine, Sulfamethazine (Merck) Sharp & Dohme).j.
CA Soviet-produced sulfonamide. Its chemical name is 2-(para-
amino-benzene-sulfamido)-thiazol, and its structural formula:
Cef., sulfathiazole.j7
Card 3/3 42

X~PSHTNYH. Y.G.; SOROKINA, T9#Yu.1 SAMASHKO, S.A.; DUBWAKOVA. A.M.
Course of influenza In vaccinated persons (with oi-q ry in Inglish).
Vop.viruo. 2 n4.4s210-213 JI-Ag 137. (MIRA 10:12)
1. Klinika Instituta virusologii AMU SSSR. Moskva.
(INFLUINZA. imunology
course in vacoinated & pon-vaccinated subjects (Rua))

MM%YN T*G* senor
-OPOWWO-Wal v Owg.. _p 1, 1 .
In bacl weather. Zdorovle 3 no.2:5-6 7 157* (KMA 10:3)
(COLD (DIMUM))
X

%MMYN, Y.Ge 0 2pfessor (Kookre)
Clinical aspects of Influenza C; review of foreign literature.
Sov,med. 21 no.2:85-88 1 157, (KLRA 10:6)
(INFLUMA
0, review)

EVNI
BPSHTBTN, Y.G.,doktor meditsinskil-ch nauk, professor; HOISBYBY, S40-
Ou. tpatient treatment of Influenza with dry anti-4afluenza
serum. Klin. mod. 35 no.2397-101 P 157 (KUU 10:4)
1. Institut virusologii AMN SSSR (for Ipshteyn) 2. GlavW
terapevt Koskovskogo gorodskogo otdola zdravookhraneniya
(for Motseyev)
(INFLUENZA, ther.
.dry Influenza serum)
(IMMUNE SBR UMS , ther. use
dry influenza serum in Influenza)

MMANOV, Viktor Rikhaylovich; SOLOTITV, Yladimir Dmitriyevich;
Qdor Grigor ysvichvjtinimali uchastiY8: GMUNOTA, A.S.; IFAUMVA*
L.L.-; -%ffMrfi1T-A, -L.Ta. ;SACHKOV, V.I.,red.; BELICH107A.Yu.s.,takhrede
(What we know about Influenza] Uchente o grippe. Kol3kva, Goo.ixd-vo
med.lit-r7, 1958. 581 P.' (MIRA 13:4)
16 Institut viruaologii imeni Ivanovskogo AKIT SM (for Zhdanov,
Soloveyev, Epihtayn). 2. Kharlkovskiy inctitut vaktsin I eyyorotok
imeni Machnikova (for'Midenov). 3. Kookovekly institut vaktoin I
syvcrotolc imeni Machnikova (for Solo-vlyev),

"~ I --T -- - - --- -- - - ---- - - -
-) 1 .1 J-Cj
"~giffj-ir I
A,J-Agaer Prof. (Moskva)
,\ Treating influenza. Med. sestra 17 no.2:11-13 7 `58-
(Imuid9u)
(HIPA 11:3)

TeJu., TITOVA, G.V., IMSHCHINSKAYA, Te,V,,
WAZZVA, L.D., SNUSHKO, S.A., DMItTAKOVA, A.M., MMIGINA, M.A.,
MWTHCVA, G.D.
Olinical and lalboratory data on influensa A, In jadults according to
finding during the 1953-1954 epidemic*' Zhur.mi)=obiol. spid. I
Immuno 29 no-9t29-33 S 158 wnnao)
'Is' Is Instituts-virusologii Imeni Ivanovskogo AMN-SSSR;
(I" ITP At epidemiolo
Al, in Ruasia (RIlU9855

0, -- I V F ~:r,
/5/"" X .
MHTXTM, F.G., prof* (Koskya)
4WI.,
Combined conference of inst.itutes of the
of the U.S.S.R. on the influenza problem.
Ja 158.
(IIWLUANZA)
Academy of Kedical Sciences
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XPSIPM, Y.G.,,prof. (Moskva)
Modern theories on Influensa and acute astarrhe of the resptltory
treat osused ~y Time. Ilin.med. 36 no.10-12 Ja 158. (M. 110)
-pathogep & relation to acute viral catarrh@ of
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amtOmh. ~.of viral'otiol.' relation to inf lunnss, review (Ims)

'_MHTM, F.G., prof., BIRGEYEV, N.Y., prof., SCRO'I'A' Ta'yu' (Koakra)
.........
Clinical course of A 57 Asian flu in adults. Klin.med- 36 no,5:35-42
W 158 (KIRA 11:7)
OLMMMZA, case reports.
Asiatic type A 57 in adults (Rua))

-, VSIMYlit Y.G., prof. (Moskva)
Joint oonforews on ths influenss problom (Asian flu). Tar&p.
arkh. 31 noJ:87-91 MY 159, (MM 12;7)
(DRUMU)

EPSMTEYN, F G
The Study of Influenza, by V.M. Zhdanov, V.D. Seloviyev and
F.G. Epshteyn. Bethesda, Md., U.S. Public Health Service, Russinn
Scientific Translation Prorramj Division of General Nedicol 9clencesj
National Institutes of Health) 1960.
939 P. Illus., Diagro., Graphs, Tables.
Translated from the original Russian: Ucheniye 0 Grappe, Moscow,
I-ledgiz, 1958.
Includes bibliographies.

EPSMYNI Feq*1 SOROKIKAp X*Jua; KMZEVAt L.D.1 ALEMEYEVAt A.A~j
'-~~Mfit A.N.;. '.KHARAKHASR!YAN*..K.T.; ORIDUp N.N.
Clinical course of type C influenza in ado2te. Zhur. mikrobiole
epidei.immin. 31 na. 10:71-76 0 1600 (MML 13:12)
1, Iz kliniki Institutkk virusologii AMN SSSR ma Baze 2-y klinicheskoy
Infektoionnoy bolluitoy,
(INFLUEM)

P- ,-
EPSHETYN, F.G.
",Principals of treatment of patients with influenza."
Report submitted for the lst.Intl Congress on Respiratory Tract Uiseases of
Virus and Rickettsial Orgin) Prague, Czech. 23-27 May 1961.

KITaADZLP X8#S*; :)SHTLYN. F.G!4 ALFJSEXEVA, AOA*: SOROKINAl ye yu
ZkMigmi-M
KNXAZEVAp L.D.; LOZHKINAp A,N.; ZA1Wh;L'8XAYA, L.Ya.; WWW11MR,
K.T.
Clinical and virologioal'atudy of influenza during the 1959 winter
outbreak. Vop..virus. 6 no..5:6291P-O 161. (Yji%A 1411)
1. Institut virusologii imeni D.I.Iyanovskogo AMN SSSR, yoskya.
.(INFLUENZA)

, EPSHTTEEYN .. F. G.
-------
Brief nowe,. Zhur.mikrobiol., epid. i i==. 32 no.10:153-155 0 161.
~ (VIRUS DISUSES) (MRA 14: 10)

IFSHTEINj F,G.v prof.j AGARKOVA, L.G.0 kand.med.naukj DREYZIN, R.S.;
SMINA, YeJu.; LURSKAYA., T.Ya*# kand,med.nauk
A~cute respiratory diseases in o-hildren caused by the 7a tMm
of adenovirus. Say. mod. 25 no.2:91-85'F 162. (MIM - 150)
L Iz Instituta virusologii AM SSSR (dir. - prof. P.N.
Koeyakov) i Dama rebenka No,2 (zav. Ye.S, Zhuchina).
(ADEIIGVMS IMMCTIONS)
(PMPIUT= ORGM-DISE

~E-FSHT-BLS.14",prof. (Mookva)
Influenza and i4luon=Jlke respiratory diseases* Ybdo sentra
22 no*5:15:18 Vq'63* (MIR& 16:8)
(I14FLUEM) (RESPIRATORY ORGAHS.-DISEASES)

GALUZO, I.G.; BRUDZIIEj M.M.; USHKIN, P.N.; MEREZHINSKIY, M.F.;
EPSHrEYN -I F,G,-
Reviews, criticism and bibliography. Zhur. mikrobiol . epid.
i immun. 40 no.4:146-153 Ap 163. iMIRA 170)