SCIENTIFIC ABSTRACT GERSHTEYN, S. - GERSCHUNI, G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000514920010-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2002
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GIRSHTY0, S.S.
Probability of the capture of m9oons on various moatomic levals.
Zhur. eksp. i teor. fig. 39 no.4:1170-1172 0 160. (MIRA 13:11)
1. Ob"yedinenr47 institut yudernykh iseledoveniy.
(mesona--oapture)

62 7 5 2
S /0 5 3,16 C/O 7 1/ 0 0 4 /0 0 2 /0 Ci 4
BOO4/SO56
6 0 0
AUTHORS: Zelldovich, Ya. B., Gershteyn, S. S,
TITLE: Nuclear Reactions in Cold Hydrogen, I. Die Mesonic
Catalysis
PERIODICAL: Uspekhi f i z i ch es kikh naLLk , 19 6 0, Vol , 71 , -No ~ 4
pp. 581 - 630
TEXT: The authors proceed from the catalysis of nuclear reactions in
hydrogen by ~-mesons, which was discovered in 1957 in Berkeley by
L. W. Alvarez et al. (Ref. 4). This phenomenon had been predicted also
by A. D. Sakharoy (Ref. 2) and Ya. B. Zelldovich (Ilef. 3). A systematic
survey is given of the theoretical papers dealing with muon catalysiag
and the possibility of a nuclear synthesis in cold hydrogen by means of
11piezonuclear reactions" under high pressure is dealt with, The follow-
ing reaction equations are mentioned-. p t p - d t (t* + 0 (2,.2 Mov) (I),
t + p (4 Rev)
p + d - He 3 + -1 (5-4 Mev) (II); d + d He3 + n (3.3 Mev) (III);
Card 1/4 Ile4+ Y (24 Mev)

7 5 2
Nu~~Ilear Reactions in Cold Hydrogen 5/053/60/07-1/004/002/004
Is The Mesonic Catalysis B(104/BO56
d + t - He4 * n (17.6 Mev) (IV); p + t - He4 y (20 Mev) (V), and
t + t = He4 + 2n (10 Mev) (VI). The quantum-.mechanical tunnel effect is
discussed, and it is stated that with the interatomic distances existing
in ordinary molecules, no nuclear reaction occurs, but that such a rear-
tion becomes possible if the electron is replaced by a p -meson. Part 2
describes the experiments oarried out in BerkiA,iy (Re f. ij) and in Liver-
pool (Ref- 5). Part 3 deals with the catalysis of nuclear reactions in
hydrogen by means of p-mesons, viz.: 1) The formation of the pli mesic
atom; 2) The formation of ppp mesic molecules; .3) The transition of the
p-moson from a proton to a deuteron; 4) Tlie formation of 1)dp- and
dd~-mesic molecules, and 5) nuclear reaction in mesic molecules. In
part 4 the mesic molecular processes in hydrogen are dealt with on the
bas-s of Ref. 17. The adiabatic approximation for ordinary molecular
processes is discussed, a precise defination of the adiabatic approxima-
tion for hydrogen mesic molecules is derived Fig. 6j appendix 1), a
calculation of the levels of mesic molecules ~Table II, Figs. 7,8), and
of the binding energies (Table III) is given, transition of the p-moson
from a light to a heavy isotope (Tables IV, V), the scattering -if masic
Card 2/4

82752
Nuclear Reactions in Cold Hydrcgen. S/053/60/071/OC4/01--2/004
1. The Mesonic Catalysis B004/3056
atoms on nuclei (Table VI), the formation of mesic molecules (Table VII)
and tho transitions among the lovels of mesic molecules are discussed.
Fu,,th;;rmore, the calculated probability for ths various mesic molecular
processes are comuared with experimental dada, and in this way agree-
ment, at least as'regrards the order of magnitude ', is found. Part 5 deals
with the nuclear reactions in mostc, moloculoa. Tho followine reaction
constants are enumerated: C HI , 2.10' 16 CM3/sec; CIV - 2.10' 111 CM3/sec.
and C,, 1925~10_ 22 CM3/sec,, and for the prgbabtlity of the nuclear
reaction the equation w - CJG(O) reaction constant, G(O) - value
of the wave function at -a nuclear distance R - 0) (Tables V`III, IX) is
written down. The nuclear reaction in the pdp and ptV mesic molecule is
then discussed. In part 6 it is stated that no continuous nuclear reac-
tion occurs. Part 7 mentions further experimental research work in the
field of the V-cRtalysis as being desi-able, In appendix II, a calcula-
tion of mesic molecules with the same nuclei, and in appendix III a
calculation of the spin states of mesic molecules is given. The authors
Card 3/4

Nu-:1-ear Reactions in Cold Hydroeen. S/053/60,/071 /004/002//,-,C4
I. The Mesonic Catalysis BCO4jBO56
menti3n papers by Panovskiy (Ref. 24) and A. B. Migdal (Ref- 44).
There are 9 figures, Q. tables, and ijil refersnoes: 17 Soviet? 16 US,
6 British, 2 German, 2 Italian, 2 Japanese, and 1 Swiss.
Card 4/4

02X,
31,
32ai
AUTHOR: Gershteyn, S. S.
T 1 T I E' Transi+l-ons bet-.-iLen. t,,.e 1-n
dcuteriw! ato;:,,s
PERIODICAL: Z hu rna 1 ek 9 e ri m e n t a! oy t ec 12 1, p r, 0y f V . A 0 ,
no. 2, 1961 r'98 "C7
TEXT: The author ,;antc~ to calculate tl,e crcCE section f, the transiton o+,
meoodeutenum atoms nto a lov,,er !~tato 1/2) caigsed
ange collisions vlith deuterons. Y'l - 2 . .0 nled
by exch. lJov4ch has alreadly poi. -.
Z
out that a muon exc-.~~nr-e between leads to a fast
transition. of ,,)4 at=s f n stnte of nype~,--fne Structure IF I ) to
a 1 o e r o -i e 0 T h i s g i v e s r-; s e t c a c,-,. - e c' e c 1 r - z a i c Of the
nuons in hydroCen and is of j~reat --'or tl~-s-, i-,-~action + :1 + v
4n reaction, the ne-atrons are cn~~;-ti.- nal -polarized , aM. the
,ro"a. , ~4-y (4n the
case of V-A int,?rac 4 of cs-~,t,-,re b.-1, j~i atcm,!] is
qk~ a u-,-,'L e d - 7:1. e -w,,,thor has e x a r. 4- n o-! d a 7, F
bet.-,,een the c--i3 in collisions
-structure levels of
Carr. 1 /7

S/C-56/61 /C-,C/C-C2/046/047
transitions between ...
of the mode dp + d --) d + dpl its value for tie c,:L-)t,.i--o + d 2n + V, and
,ne cata'-Ysis of nuclear reactions =cn
for s. Tzi~ f4-rat parT of the
,a-,e:- offers a calcuIation of t,e transitic-i crass sectic- 'or an energy
d -i f -f- r e n c e
In (2 i 1) (0)
A, _1 g (2 i 1) (I +Ald C'.0,16ev
betweej t1he hyperfine-cructure levels of a-d~ atom; (F 8 + i , S-Muon
spin, i-deuteron 91,,ir); O-656r, the hydroma6netic ratic for the deuteron,
and Bohr ma,c-netu 2
4 ns, a A Pe ; m P andMd denote muon and deuteron
P
mass, respectively; (e .,h m~ . 1). A transition occurring in a dg + d
collision is examined, with the Hamiltonian of the system being civen by
2M, 2 rl rs R
+ 13,v Mr (S w
3 r2 r2
Card 2/7

T?,~j r, S 4t~ons betwPen ...
r the dlist~mce be",,,,-~qn muc:, an,~ and ~.12 e'-'e the co-
ordinates of the tv.,o deuterons, and the -'enotations are evidgnt.
Based on "I. ic s e c romi P, e s , a t i! -m t", I I e to, 1 n T
n: ":q' .'al c'.111 .1, 1 on
-and K (R) - L (R) - W"to - MR
k, pide)II., k. [Ald AE)
4- rVk:%d.
JR-
(jr) +
1- ()., - %~) I + ikjR
ik: R
are obtained, where k 2R eK 1 . The direct result is the transi+i. on cross sec-
tion: C 5 1, k 2k Si, --- cons4devatiun.,,, a--e then made for a
3/ U) 2A1
Cm"I 517

TransiticrE bet-,-.,een ...
sy--te,- *-.1-ith the spin i - 1 one obtain3
1
(20). < Uk
jr2- (k. - (I - ik,R)
3 + iki (X9 + 2).u)
sA5 6 1 1~1,',CICC210461f",~ 7
~1 02
Y3 2 01
8 1 1 2
(f 7, , ~, 1~ ~ k /k with
1 //2 9 u' ' 2
L R (2).4 ku)+MtXJ~4
3 ik2 + 14") R
hen cons-, T the statistica' .,,,eiL;ht of the statea.
der' n,
( 2 2: = ov, + !a CF.,,. a o., - %,,)' k,lki.
holds, and the probability is given by (23) IV Nd A As - XX Ni V713,
- 1/2,
+-h v 2(6,/!A the velocity of' 'he nucleus after the transition, 11
d) d
the number of deuterium nuclei per cm'. Section 2 of the paper deals with
the muon deDolarization and the elastic scattering cross section of d~ atoms
in lower states of hyperfine structure. ay . 1. r(~, )2 is obtained
u
Card 4/7

3/05 6 7 /04' C/C 021~Di;510(
Transitions between C2y--,2cl
for the scattering cross section in the re-crientation of the me3i^ aton
g
o r` robab4 14 ty for de,.iter4 um is f ound to be
mcmentum,, and the re ~en'ation %
5 which is of the same order as the 4 --1, e + 9 +
W I sec
,Y - 11%, (~y~ 5-10
decay probabJlity; thence it can be concluded that the !nesons are practical~.,
depolarized in their entirety. The d~i + d scatterinU cross section (F - 1/~)
is expressed by
(~Ig tA 21. )2
+
6 3 3
The effect of transitions F - 3/2 --) F - 1/0 upon the ca~)ture + d 2-1 + v
4-3 briefly examinerd. A capture froi,.i F = 3/2 ~s on!y possible if the muon
ca-ture does not f---'lo-,v the V-A variant. The final part of the paper deals
wit*-. the effect of "he transitions 3/2 1/2 upon tI-e Tuon catalysis.
With
(33), ........... ..
X, Afj (p, d; 11), + C~S(,9',,(j (1). d
Aj
Card 5/ 7

9/056/61/0,'TO/002/046/01?
Transitions between ... B102/B201
(35) TV,~. == L ( -- C~ + 2riQ2 0,39,
(2 )"~ C, Q2 =z 0,36, W
X*
is obtained for the probability of the system havinj the states V 9 W
~1 ~ 1 .0
The Y4-lds of the reaction of the pd~L formation from djL (F 1/2) are..zb~
tained in C', R -L 'R ~ *
, = ( 0,39 - - "' 4 T. + -R-'. A
(36) Y X;+ JC-, (R + A). + C- (R + A)
C1, A C 'A A
Y1, 0,39 + 0,'36 X. 4 ~'-
).o + C', (R + A) FC,,(R+,I) 4 + R + A.
where Y and Y denote the yield of the p + d - He reaction in the pdli
molecule or on muon conversion with emission of a y-quantum, respectively,
Academician Ya. B. Zelldovich is thanked for advioe, L. I. Lapidus, A. A.
LoCunov, Ya. A. Smorodinskiy, and M. I. Shmushkevich for discussions.
A. M. 411,oskalenko is mentioned. There are 19 references: 12 Soviet-blcc
and 7 non-Soviet-bloc.
Card 6/7 -- ----

T -an 3: ~:rr-
)V :LI, To
ASSOC `A71701J, ; Olt 1 4
S U T-7 E D S e C
Card 7/"

2".17V:
S/056/61/04,0 100 1 10
.2 '3109/B212
AUTHORS; Gershteyn, S. S., Krivchenkov, V. D.
TITLE: Terms of an'electron in a field of tAo dIfferent Coulomb
centers
PERIODICAL: Zhurnal eksperimentallnoy i tooreticheekoy 'Liziki, v. 40,
no. 5, 1961, 1491-1502
TEXT: It is demonstrated that the Neuman-Wigner theorem on the im-
possibility of intersection of terms of the same symmetry is not valid
for electrons located in the field of tio Coulomb centers ;ith the
charges Z 1 and Z2' The terms for large ani small distinces bet-ieen
differently charged nuclei are analyzed. The Schr6dinger equation
descriting the problem of two Coulomb centers reads an folloTis:
1 Z Z2 Z1Z2
&T + a - - - T - ET (1),
r1 r2 R
r he distance of the
.1here R denotes the internuclear distance, ri, 2't
Card 1/7

S/056/6 1/()LO/005/0 1 e/01
Terms of an electron in a field of two... B109/3212
electron from the first and the second nucleus. After the elliptic
coordinates
12)
(r, + r2)/R' Yj - (r r2) IR' arctan (ylx), k
have been introduced, the following expression is set up for the mave
function: im~
q, - X Q) Y(-q)(., (3)
The Hamiltonian of the system reals
2
2ZI 2z, ZIZ2
R (E R + -R
or fi(R) FAI(R +V^, where ft(R shows the eigenvalues Eo and Eo and the
0 0 0 0 6A 1 2
eigenfunctionsV 1 and V 2 and 6R 6R. From the orthogonality of the
functions'y 0 and V 0 the following expression is obtainel for functions of
2
Card 2/ 7

3/0 5'-~'R I/ UiO/00
Terms of an electron in a field of two... B109/M12
the same symmetry:
. AR' (41 EO) (14)
GD11 ~2 -4 TA7=A,)- VVX2
4
and also an analogous expression for < r12)12' Hence,
(Fo
V12 " conet. ,I -EO)6R (15), 0 0
and in this approximation V,2 van:.ihes at the same time as El - E2'-e.,
interaction of terms having the same symmetry is possible. The number of
roots of the functions XQ) and Y(-fl) in the intervals 1 o) and
-1< -n b, = J~dr~7*1~~,r,aelkrjZ)
L,E is the e.-..-citation ener~;y of the nucleus, is the energy of the
antineutr-ino. The total excitation cross section is
b0 (E, - A E)2.
(6).
Card 2/3
1

On t h e c('s3i bil -; ty G-f dtec tini~
-ni tude , tni3 crosc sec-,J ori is equal to the cross
As re r L,,,a
cruel- 0.
3 C t t ". er 0 C e S 6+ a + r, in t~,e experirents of
T h e
P 1 in c d 0 L . C a ri ',-.y se v 2 7 3 5 e x C4 t tic
0 Lr, U 4 r. d t a o f
Lil nuclc:us is exai-:ined as ar.
Carter et a!, (Phys, 2vv., 11.1, 2~"O, 195)) t-e authors obtc~irwd
5' (L i> p, (E) (E) d E2 - 10 (7).
AE
It is stu-*.ed that thie excited nuclei an~ polarized in the direction of
motion of the antineutrino, and that therefore the 6wm.s. emission too has
a definit.2 polarization. "-'his feature can be useful in distirq;uishing
the process from the back6;round.
,2.L . I -
ASSGCIA 7C:7: Cb"yedinevinyy institut yadernykh issiedovaniy (Joint
Institute of Nuclear Research). Institut yalernoy fiziki
:.:os1,ovs?ogo L;osudarstvernoi;o universiteta (Ii5titute of
T
uclear Physics of' :,'cscoiv State University) (R. A.
N
'-'ramzhyan)
SUB' ITT `D: July 31, 1902
7
Card 3,/..)

GEIcSHTEYVj S.S.; FOLTZSHKIN, MI.; MELOVA,111. 11. tekhn. red.
[Neutrino, scattering on a pohrized electror.] Ras47eianie
neitrino na polit;rizov,,innom edektrone. Dubna, Ob"Odinen-
nyi in-t ladernylli i.,-,mlrdovunU, 1963. ! 1) -
(NIIHA 17:1)

ACCESSION NR: AP4019257
6/0056/64/04(i/002/0818/0818
AUTHORS: Gershteyn, S. S.; Folomeohkin, V. N.
TITLE: Scattering of the neutrino by a polarized electron
SOU~CEi Zhurnal ekaper. i teor. fiz., v. 46, no. 2. 1964, 818
TOPIC TAGS: neutrino, antineutrino, neutrino polarized electron
scattering, scattering cross section, neutrino scattering, antineu-
trino scattering, Feynman Gell Mann scheme
ABSTRACT: In view of the importance of the experimental observation
of the (ev) (ev) interaction, the existence of which is predicted by
the Feynman and Gell-Kann scheme (Phys. Rev. v. 109, 192, 1958),
notice is taken of the strong spin dependence of the v + a and'v + e
scattering cross sections, given by
A
CQrd 1/3'

ACCESSION NR: AP4019257
3 (1 +'2'fAY+[(t + +
3 t (t + X).>
+
Where a 2G2m2Ar, 8.4 x 10 45 cm2 co - E/m, B neutrino (anti-
0
neutrino) laboratory-system energy, m -- electron masn, and X
electron polarization in the neutrino (antineutrino) beam direction.
It is possible that this circumstance can be used in the scattering
of.a. neutrino in magnetized ion to separate the effects of v(v) + e
scattering from the background. "The authors are grateful to B.
Pontecorvo and L. BI Okun' for discussions.0 Orig. art. bas: 1
formula.
ASSOCIATION: 'Ob"yedinenny*y institut yaderny*kh isoledovaniy
(Joint Institute of Nuclear.Researcb)
J,
Ca 12/
rj

L 2734-6~ EVrr (m) DIAAP
!ACCESSI MR: APS024338 UR/036'11651002/00210267/0260
'AUTHOR: Gershteyn, S.; Pqktekorvo.., D.
JITLE: Mesic atom production during decay of ktilnL~Ypernuclei.
j3
~SOURCE: Yadernaya fizika, v. 2, no. 2, 1965, 257-260
TOPIC TAGS: heavy nucleus, muon, particle production, hy-pernucleun
ABSTRACT: Muon decay of heavy hyperfragn-!nts is. theoretically studied. It is as-
!sumed that a muon appears in the bound st,,,e of the mesic atom when a heavy A-hyper-
4ragment is exposed to radiation by anti neutrinos with distrete enorgy. This pro;-
!cess is relatively probable since the radius of' the muon ovbit In -the mesic atom
Js much less than the radius of the corresport(ling electron orbit in the atom, and
~the Pauli exclusion principle does not prohlbit. the production of a muon in the
13-state of any mesic atom. Huan X-production of a free A--particle Is considered.
~;It is shown that the probability of muon production its d1s(:rtte 11-tiesic atow is
1comparable to the probability of continuous spo,,:1,rum production. It is found that
fmuon r,-production isin the 2S-state in heavy hyperfragmentij Is of the oame order of:
lCard 1/2

2?34-"
T :12
:ACCESSION NR: APS024338
magnitude as X-production. Experiments are suggested for verifying the theoretical
muon K- and L-production in heavy nuclei. "In conclusion, it gives us pleasure to
-thank S.A.Bilo'lkiy and M._X4j_Dan sh for corisilltation." Orig. art. has: 9
formulas,
iASSOCIAT *10N., Obityedinennyy institut yadernykh issledovady (J,o,i,n,t Instit,ute of
;Nuclear Research)
!SUBMITTED! 06Har65 ENCL: 00 GVB CODE1 NP
-;NO REF SM 002 OTHER: 004
Card 2/2

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Likvidatsiya avarii Paroprovoda na khodu. Inerget Byulletem', 1949, No. 7, a. 29-30
SO: LSTOPISI No. 34

ujit'A'IT -.IN , la. t..
33107
Rekonstruktsiya Gazovoy Topki (Kotla Garbe). Za Ekonomiyu Toplivao 1949, No 10, 0. 30-31
SO: L atopis' ZhurnalInykh Statey, Vol. 45, Moskva, 19.49

GERSHTEYN, Ta.L.
-
Bicycle trips of the regional stndlps club. Geog.v shkole 19
no.6:60-63 N-D 156, (MIRA 10:1)
(School excursions) (Tourism)

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USM/kiectricity - Power zlectric Jan 50
Superheaters, Steam
"Method of Increasing the Reliability of Steam
Superheaters," Ye. G. Gershteyn, A. I. Kryukov,
V. A. Stepanova, 4 pp
"Zlek Stants" No 1
Describes boiler re-constructian during 1938-39
campaign to reduce accidents by switching from
2- to 4-path superbeaters. Shows advantages
of inzreacing number of paths both for positive
effects and steam pressure drop. Discusses
other desirable features. Cites figures for
4W
161T9
USSR/Electricity - Power, Electric Jan 50
(Contd)
past 10 years' boiler operation of this super-
beater showing reduction of average pipe
breakage to one break per 3* years.
161T9

T.V., inmener; IERSH7"EYIN. Ye.' inhener.
PrIn,!ioal schene for a steam boiler with supercr)ticC -Inrameters
at she PhIlo power Dlant in the U.S.A. Teploener,-IctLkn 4 r,-:.10:82-53
(United 6tates-3.1ectric nower

GERSHTEYN, Ye.G., inthener.
Valua of using washers with steam siperhaaters. ~Iak. sta. 28 no.6r
14-17 Ja 157. (KLM 10:8)
(Superhaaters)

GERSHTM, Ye.G., inzh.
Conclusions from statistics of high-preaeurc boiler defects.
Zlek.sta. 29 no.8:8-11 Ag 158. (MUU 11! 11)
(Boilers)

inzh.
- - ...... I .
Temperature criteria gor the reliability of Bteam 3uperheaters, Blek, at&#
29 no.10:10-14 0 158. (MIR& 11:11)
(superheatere)

7
IS 0 7/ -~
AUTHORS:. Gershteyn Ye.G. , Valk, Ye.G., Syrorny~a,A'Ako-, 7,M
-Zrigift6-e r-s
TITLE: Fault Rates on Standardised High Pressure Boilers
PERIODICAL: Teploenergetika 1959, Nr 8. pp '710--',-"3 (TiSSR)
ABSTRAM This article gives a general analysis of boiler fault
statistics. The fault rate is defined as the ratio of the
number of faults, on a group of boilei,s, in a given period
to the total operating tire of a1l the boilers in a Zroup-
including those without faults., ecpressed in boiler months.
As will be seen from Table 1, there has beeu a reductioc
in the fault rate of heaz-lng, surfacet: of Soviet boilers
in recerL years '. while the dist-ribu.1.1on of faults between
the design, erection, opera,-aon and repair remains abou-,
the same. T-abe faults ~an arise from asli wear or sitai'La,
causes connected with lnadeq~iate adaptaf,-4on of the bo.Ller
to different operating cond,~tions. Latterly such tube
faults were ,lassifted separately and the figures in
Table 2 show that in 1956-57 they a~-,:;ounted for abour, 310~',
of all faults. There.ore. at the present fJ-iie, more than
Card 1/3 ha'If flip. faults of heating surfa-',es are asso-:iated wish

so V/9 r, - .5 9--a- q/ 2 -
Faul' Rates on Standardised HiGh llres~;ure Plo-il,~rs
maniZa,,.turing ief,,;-,ts or unstAitaiuaity of diesign f()?,
the operating condit Lor,..q. Tabl-,2s I atid 2 rebate to fa,ilts
that -,.nvolv,~ boalor sh--i- dcwn bu'~ not to otl,,er
that were locnt(.~~, IlUring riormaJ, boiler
:-on,inuous operatirit,:- tirie of boilerzs [s S,~LJ-I n ad E,q (3
this ;,4;!I'-L oc. seen fr,,.m Table 3. wh,-~rr: the ciimbt,~r of
wh-Lcn had no ra~jlit,l ov, thin Le-aTAnj~
As eTprei;sed as a percen-aire of the tota,
of t,he lype in que~--,-or, 71ith the of -inil
Dian~ it, viil' '. be piirti,-,u'arlij ne~cssaxy to
operatIng fiMc, of hcilers~ A br-.ef aaa-Lysi-s is made ~A' 'the
way in whIch diffOrerLt types of bolle-.-, arr. flfft~,~teij~ ,, St,
.7
with reference to defects of design and manuffa,7uie a n,,
secondly ,,A,,h respp,,Lt to defec's ot operat:,.cr- Tnz da~a-
in Table 4 tadi,.,ate that boileri type TP--%~Ilc 2 had mare
faults than other boilers b,r- ,~ ohc,jId be -.-Membered ta~at,
most of them work on anthraci+9 dust or rj-.her d,&ffa,~,41
types of fuel. During rbree or years oper,,jtIot,, onif,
a little over half' of boilers type V.,~2M.-P, ~.,urntng
Card 2/3 Olite (lust es,.aped sh:Jt-d~wfn by fR~~Ir~s ari3l-rig fror~n tlli~ir

Fault Rates on Standardised High Pressure Boilers
Elov/96 tq F~ -jlp-.
unsuitability for the fuel used. New large boilerg Fire !j)'.
so highly standardised as those considered in thio a! tL:: i-" ~
so they should be better adapted to local cond1tions and
more reliable. There are 2 figures and 6 tables.
ASSOCIATION: ORGRES
Card 3/3

G! RATEY"'I Y" .. i .
I
Tl~~ ! ~' '*TPOKY comrjollmd'.t , 'I :1h ,p ro-rn ! r. Ra :~.*,l . I . i .- * - . pI
ne.l') ~21-2~ 1; t()4 . 1"T'i i IF,,611

11 4
GERSHITYNI , iu., Anzh.
Reconditioning the blocks of the 3D6 engine with epoxy resins,
Rech, transp. 23 no.101 Ja 164. (,MIRA 1811l)

yu.P. ; _[,;i i,KC7-,~ , -'I. ~' . tekilr.. rfluk , ---~ L,~-Jtel 1
. . I - I
Fire prevention mcasure.~, in th~- producLion of rar"hol', 1-11--Iillae~
by the retort uethod. 11ozil. be-zop. nc).,,':58-6F 165.
C"E"Ji 19: 1)

GMHTEYN, TV.S., inzhener; KOZYREV, D.P., inshener.
Fitting hydrauliC gear drives by using a dynamometer. Sudoetroonie
22 no.3:34-35 Kr 156. (ML 9-8)
(Marine engines)

GZR,I,MT?i, Yu.S.,inth.; SOBINIR. A.I.,inah.
Installation of electric-propulsiou molore and dtive shafts an the
Icebreaker 'Lenin." Sudostroenis 26 40.9:57-6a sl6o. (141" 13:10)
(Lenin (Atomic ship)) (Ship propulsion, Ilectric)

GARUSHEV, Dmitriy Leon1dovich, kand. tekhn. nauk; KUDILYAWSEV, Fedor Aleksan-
drovich, inzh.: I-IMOV, Aleksandr PantelWwnavich, in.-Z.; GERSIITEYN,
YU.S.-, inzh., retsenzent; ROBLIN, A.G., kand. tekhn. nauk,-*-ret4ft-;---
zent'; ZHIUYAYEV, O.A., nauohn~-y red.; OMROVA, Z.V., red.; KFffiKGVA,
D.M., tekhn. red.
(Modern methods of assembling mEa-ine shafting] SovrememWe meto(jr
rrontazha sudovykh valoprovodov. tzd.2., ispr. I dop. Leningrad,
Gos. soiuznoe izd-vo sudostroit. promyshl.j 1961, 280 p.
(MIRA 14:10)
(Shafting) (Ship.9-Equipuwnt and supplies)

GERSHTEYN, Yu.S., in-,h.
Instnllati,)n of the main turtopenerators on the atomic icebreaker
"Leni,." Sudostroenie 27 no-8:56-5B Aj, '61. (MIRA 114:9)
(Lellin (Atomic ship)) (Marine pas turbines)

ACC NR: AR6022390 SOURCE CODE: U1(/o3q8/66/ooO/O03/A017/AOl7
AUTHOR: Gershtcyn, Yu. V.
TI,rij.,.: invostigation of epoxy compound Eitronuth under vibrating landa
SOURCE: Ref. 7h. Vodnyy transport, Abs. )A99
REF SOURCE: Tr. 1,eningr. in-ta vodn. transp., vyp. 82, 1965, 96-100
TOPIC TAGS: shipbuilding engineering, structure vibration, vibration analysis, ship,
marine engine, inland waterway transportation, cyclic strength, epoxy plastic
ABSTR.ACT; An actual check of vibration at different points aboard the passenger
motorship Loningradets was made in order to determine the actually existing oscilla-
tions in hull structures and machinery. The resistance to vibration of epoxy com-
pounds was determined in a laboratory installation which simulated the vibration
occurring in ships' structures. It was established that banded seams withstood load-
ing and retained the strength of the bond when oscillation amplitudes reached 5 mm
and the load lasted for 2 x 106 cycles. Epoxy mastics of various compositions with-
stood lengthy vibrational leads (5 X lo6 cycles). 2 figurea. [Translation of
abstract]
[S,UB cou.: /3,
C
uDc, 629.12,624.021-09-752

GMdo. A.; KHAYTSHROV, 14.
Our work with state farms. Don. i kred. 17 no-3:64-65
14r '59. (MM 12:4)
(Odessa Province-State farms-Finance)

OPTI, I 1 7-,'
1- ~~,

ACC NR.- AF76000-341 SOLECE CODE: Ut/0070/66/OLI/006/0933/0935
AUTHOR. Sysoyov, L. A.; Tirran, B. L., Gorshun, A. S.; Rayakin, E. K.; Konvioar I L. V.1,
Komar', V. K. I
OFG: All-Union Sciontific Research Listitute of Monocrystals, 5-.intillators and Zxtra 1
Pure Chemical Materials (Vsosoyuznyy nauchno-issledovateltakiy institut monokriBtalloy,~
stsintillyatsionnykh materialov i osobo chistykh Phinichaskikh veahchotttv)
TITLE: Growing cadmium nulfido crystal-.% for ultrasonics amplificatLon
SOLRCE: Kristallografiya, v. i1, no. 6, 1966. 933-935
TOPIC TAGS: single crystal growth, semiconductor single crystaL, cad~,Iuir~ sulfida,
ultrasonics amplification, photosensitivity, dark current, annealing, cryst-al
orientation
ABSMACT: Conditions were deter-mined for growing CdS monocryz;ta.1s optlnv~r,
properties for ultrasonic wave amplificall-ion. Equijxnent was de*).Enod frjr growinr.
crystals frcm a m.31t. under inert gas at suveral Inund-rod at.-,os-,)h*-res movIrg
,the container with the crystallizing matarial throW,.i a high -onb. 1~,..~j
cadniu: gen an' abcut *,o-5% of ot:no-r
,-. and sulfur to be usad contained about
~:Iinpuritias; cadnium -was used in excess, and, most of it was removed 'L):.- zone
Turification. Dark resistance and photos anAtiliv ity -,iere incrtxas~d r-rd
iin the monocrysta']. were removed 'by annealing in a bed, of fino ltm GdS peirj.-;r
I
Card

ACC NR: Ai-1000004
under 11"." ntmosphoi~c prassuri~ frir ?4 A.i*,-;r i
Lir.g!: I)v ij".I..'r-L, .-T,,
rasistanco was 5 x 10 ohm. cm and coiild b,~ chin-,~! Iny . . . .. .~ . I ~.
"he quality of the hexagonal CdS cry3tal of structiirl~
C6 axis dep-)nd- on itz; orientation with repact to U-) molt: svir`,
Cd atoms lead to tho do3irod monooryst;~,I; 3 rf"'i"Ilt J,:-. polycT....'s
Orientation can bo determined by ey-Lmi=tion of thin piozoeloctrir o:'I';)ot an(i tho ty-~-~
of etch pits of Ure base planes (0001) ai.a (OOCFO~ Optmlm ~~,th a
tomparaturo gradient of )-5 dogroosImm at th.) cryst,alllvo.~-on cryi;'4.-- t.
10-12 roa/hr. Examination of a CdS crystal grown under thow~ It Was
suitable for wnplifying ulttasonic waves. It was established thij croasad rols;)
,level at maxbn= amp1ification was not associated with transrUjAo:, of t'ho ultrvionAc
'waves through the crystal. Orig. art. has; 4 figures.
SUB,ACOM ZO/ SUBM DATE: 19Jul64/ CRIG RZ~: 001/ OTH REFt 00")
Card

1, 15929-66
ACC NR: AP6004423 SOURCE CODE: UR/01,151/6E.1020/001/0183/0101i
AUrHOR- Bochkov Yu. V, ; Georgobiani, A. N. L. A.
Chilaya, G. S.
ORG: none
TITLE: Ultraviolet electroluminescence of zinc sulfide
SOURCE: Optika i spektroskopiya, v. 20, no. 1, 1966, 183-184
TOPIC TAGS: electroluminescence, zinc sulfide, single crystal, UJV radiation
ABSTRACT: Ultraviolet electroluminescence was observed in pure Single Crystals of
zinc sulfide grown from a melt under inert gas pres&ure. 15peciment; 1.50 p thick were
subjected to pulsed voltage with an amplitude of 4.5 kv, a,duration of 1.7 psec and
a duty factor of 1.51104. The voltage was applied through indiLmi electrodes. The
luminescence of the specimens is stable at a constant volti-.~ge and increases approxi-
mately exponentially with voltage. A voltage increase from 2.7 to 4.5 kv inc:f--aS(!s
the luminescence intensity by approximately one order of nuignitude. It is asaumed
that this luminescence is due to recombination of electvon.-hole pairs created by
Card 1/2 UDC: 535.376-3

111C fill ll,11pul
L 15929-66
ACC NR: AP6004423
electvic. discbarge in the crystal. There is a sharp cutoff in litninescence a:t 331)
mij due to the natural absorption of the crystal lattice. It is 1111c"wn that this
emission could not be caused by air breakdouii in micvocracks. Ovig. ait. hias: 1
figure.
SUB CODE: 20/ SUBM DATE: 27Ju165/ ORIG PEP: 001/ OTH PEP: 000
(ard 2/2

L 14693' -66
- -Y-L - -
ACC NR. AP6015501 SOURCE CODE: UR/0181/66/008/005/i633/1635
AUTHOR: Gershun, A. S.; Sysoyev, L. A.; Timan, B. L.
ORG: VNII of Single Crystals, Scintillation Materials and Super Pure Materials, Kharl-
kov (WM-m-o-n-o~rl'sf~711-oV-,-i-t-iintilyats onnykh materialov I onobo chistykh vesbchestv)
TITLE: Some properties of the volt-ampere characteristics of thin CdS'sLnL~e crK~LtijLs
with non-ohmic contacts
SOURCE: Fizika tverdogo tela, v. 8, no. 5, 1966, 1633-1635
TOPIC TAGS: cadmium sulfide, indium, electric hysteresis
ABSTRACT: X- and Z-cuts of CdS crystals 100 to 200 v thick were prepared with In elec-:
,trodes deposited on both sides of their surfaces in a vacuum of 10 5 TrM 11g. The In
,contacts were deposited at (a) mom temperature and (1)) upon a crystal preheated to 300
'degrees. The volt-ampere characteristic of Z-cuts prepared at rooli temperature showed
a pronounced hysteresis. It appears that the external voltage is ccmpensated by the
internal emf generated in the In-CdS-In system under the influence of the applied elec-~
trical field. The X-cuts with In electrodes prepared at room temperature had a resi-
dual voltage; however, the generated inverse current is smaller by ane order of magni-
tude. The difference in the behavior of the In contacts on surfacen of the X- and Z-
~-cuts might be caused by the different crystallographic and chemical composition of the
Card 1/2

ACC NR: AP6015501
specimens. The volt-ampere characteristics of the specimen with X-cut contactv prepar-;
~ed on a preheated crystal showed only an insignificant hysteresis, whereas with the Z-
~-cut prepared in the same manner, the hysteresis was quite pronounced. The prenence of
.hysteresis is related to the nonohmicity and to the Inertial proper-ties of the system.!
*ig. art. has: 1 figure.
SUB CODE: 20/ SUBM DATE: 14Sep65/ OTH REF: 003
Card

GERSHUH, B.
Lower-level buoinees accounting in constructian projects of Novokumetsk.
Na stroi, Roo. 3 no.12:16 D 162. (MIRA 16:2)
I# Nachallnik otdela truda i zarabotnoy platy upravlordya
Sibmetallurgstroy.
(Novokuznetsk-Gonstructi~m indimtry-Accounting)

~IOYDENKO, F.P., inzh.; AhELF'w" :,, 2 ;_ -, ;D.,
-0 .:.-,:-., .11-1-t I
Automatic voltage !'r- -Iyntia,'~Ili-.U!i Elektrotekhnika
I _ - -1
35 no.4:44-45 Ao 162. ~ (MA 17:4)

GERShIM, L.Z.; ABRA40V, A.G.; LMP-~RIYEV, L.G.
.- - I I
using an exAter to start a generator used &s a aynchronous comognsator.
Energ.biul. no.8:26-27 Ag '53. (MlaA 6:8)
(Dynamos)

GNRSHUN, L.Z., inzhener; ABRAMOV, A.G., inslisner; I)RITRITEV. L.G., inzhener.
1,
Stalting a generator in the capacity of a synchronaus compensator with
tho aid of an exciter. Xn6rgetik 2 no.5:15-17 MY '54. MU 7:6)
(I~ynamos)

l;. . : H~ I ' k ~j
-,. EflUju, M. 1.r! flerz7~11!11 . 1: E*!1:1i 31--N,10, ~,G. [ Adf. 1; KOCUTOVA,
V.G. I V"11. h, R"'. R.8')
I zn t,~.cri (,.' t ~.P t tn,t)it. rr rP ;v,,ii sh,-.v, upper pred-uc. tisn
.t,i shro fql-t~ries. ft---T~
(min-A 18-101)

li z 7c; o I ovy. Ins:xt- . o - :7 2
bs jou, '-,'hljr
'-'o 1 - No 7, lo T35)"'
195p, 7~
,',u tn,- r
Inst '-'Ot
Ti t 1 Control of To-lf,r 'c~;t,
~',riz -,-c lch-vu. 71--73
bstrrct in d,-rrg-) producod by thi-I iwi-borcr
c I:- no I r Act, ~ndl ofton to-Ah,-r it 'J:,~ tl,- elcrr--
:--Ot:-. rr-nt'arun- Icunim7mm- brim; of
-plinp rnd young (to 5 p7rs old) Thc
".()i)lrr !.!ooi 1-,or,.~r 'rr,. ono.,,;,-r c,,-cl,; of
V,~ 1 o c. n t . of thcj b,ctl-,o f'roi- t'li( Of^
-'-h, enr utles -.~,-ny sFocies
t
o 1 of Jun,:. Tho b, _Cc~ on
-illow, :-ulberry, atc.) ortinr- th,~ Ic-vcr ,,n,-'
I s on Uic young br,nch(,s. lryill~-: 0~ vj-~jrn th~., Il
C--rd 1/2

USSR / General and Specialized Zoology. Insects. P
Forest Posts.
.mbs Jour Rof Zhur - Biel., No 17, 1958, No 76386
dG-cade of Ilay, in the creeks and daep-Mln.v of
the bark of the collum and the first third of
the trunk. Larvae first fooa on phloe[.i, then
on xylem. From AUgUEt, they are In the cradle
and, from the third denede of April, Pupate,
hlost efficacious asainot the beetlep ana hatchinj3
larvae is smearing and sprayizn~, th(,, trunks with
a ~-O,~'~ su.3-1)enslM of 55f~ dust of DDT before the
start of the flight of the bectles. Also effec-
t1ve Is treatment of the treen ;ilth dusts or sus-
Densions of DDT and hexachlorcyclohexane. The
poplr.r clear-winged moth han a cone-year genera-
tion, PhenologIcal ternis of development, char-
acteristics of the layln6 of the eggs) of the
prii.iary damaginG of the trunks and chemical mea-
ouruo of control ar(,. the same for
moth and metallic v!ood-borer, -- i".1. P. r-'~drianov.
Card 2/2

USSR/General unJ Special Zooloa - Insects p
Abs Jour RQf Zhur - Biol., No 25736
Author Gershun M.
Inst OT-MVCM-
Title The Effect of Low TemperaLure on the Hibernating Heserve
Stock of the Cobweb Tick. (Vliyaniye nizkikh temperatur rz
zimuyushchiy mpas pautinnogo kleshchika).
Orij~ Pub 10ilopkovodstvo, 1957, No 1, 51-52
Abst-ract The cobweb ticks were resistant to cold. In experiments
they began to die only to 113-19 dcG below 0. Mien expostx7.
for 2-24 hours to 20 deg balow 0 30% of the ticks died; "I
of the ticks died when cxj=ed to 250 below 0 and 1w% (1-ica
when exposed to 290 below 0, Thus, the decrease In the ticks'
nunbers in the spring because of low winter temperatures in
Uzbekistan was negligible. In April 70% of the ticks (tied
at 12.80 below 0 and only 4-5% died at 30 below 0. The de-
cr(?,--se of temperature in the UzbSSR did not exterminate the
sprinL; reserve of the ticks) but only delayed the period of
Card 1/1 their mss reproduction.

FO~enti.als for the .".ncrease i~)f J!j[-~- L,,,e
,*onve. -)rized hiries of silce '-iv Ul-r
Ilau
lif!KP ,r,,13.'237-'246 162) ,

GE,,,SHUN, !-'.Y. [H'ershun, 7-I.I.J; SC.,FCLC)Vj',, L.Yu.
Surat, potuattaL, Cor, tllv) incroaso, of labor 1~.,(Iducttvity in the enter-
prises of the light industry of thp former Lugansk Economic Council.
Leh.prom. no.1:86-8't Ja-Rr 16.1 . (MIRA 16:4)
1. Ukrainskiy nauchno-issledovatel'skiy Institut kozhevemno-obuvnDy
promyshlen-nosti (eor Gershun). 2. Byvsliiy Lurnukly 3ovet naroinoro
khozyaystva (for Sokolova),

MERZON, A.; GERSIPJN, N.
Group wages of assembly-line workers in shoe factories.
Sota.trud. 7 no.6.-61-63 is 162. (141RA 16:2)
(Wages--Shoe industry)

GERSHUN, N.C., inzh.; KUSHNIR, V.M., in2h.
Economic effectiveness of shoo assembly without lacin.g.
Izv.vye.ucheb.zav.; takh.leg.prom. no.2:3-6 '60.
(MIIU 13:11)
1. Ukratuady nauchno-issladovatelskly instItut kozheveuno-
obuynoy promyshalennosti.
Oliae manufacture)

1121IRZON) A.G.; 1.1,0,; !.1.; PIMEOVSKIY, EI.I.;
JCUC'~EHEIIKOI A.G.
Collective wages in the conveyerized production lines of shoo
factories. Kozli.-obuv.prom. 4 ro.3:8-10 Hr 162. (AIW, 15:5)
(Wages-Shoo industr-)

127-12-9/26
AUTHORS; Lugovskiy, 3.1., Professor, Doctor of Teohnical Sciences and
Dymchuk, G.K. and Gershun, O.S., Mining Engineers
TITLE: On the Reserve of Air for Mine Ventilation (0 rezerve vozdukha
dlya provetrivaniya rudnikov)
PERIODICAL: Gornyy Zhurnal, 1957, No 142, PP 33-35 (USSR)
ABSTRACT: The amount of air for ventilation of mines is computed usually
by taking into account an approximate coefficient of reserve.
In a series of cases the calculated air quantity proved to be
insufficient for the ventilation of mines. One of the reasons
for this insufficiency are the considerable leakages through
caved workings. A part of them, however, oan be eliminated,
and the total amount of leakages can be reduced by 70%. It is
therefore recommended to increase the value of the air reserve
coefficient from 1.1 or 1.215 as used presently to 1.4 up to
1.6, even after taking into account the leakage reduction.
The article contains 2 tables.
AVAILABLE: Library of Congress
Card 1/1

S;R il!
DUGAMV, G.V., dote., kand.takhn.nauk; GERSHUN, O.S., in2h.
Investigating the amount of carbon dioxidn in Krivoy Rog
Basin iron nines. Nauch.dokl.vys.shkoly; gor.delo. no.4:
105-110 1 58. (141PA 12: 1)
1. Predstavleno Irafedroy rudnichnoy ventilyatsil Dneprropetrov-
skogo gornago instituta imeni Artema.
(Krivoy Rog--Iron mines and mining)
(Carbon dioxide) (14inn vAntilation)

DUGIOTO'l, G-V., dotaerk~; GMSIUM, O.S., inzh.
3stablishing air supply 9tandards for 11rivoy Rog Basin mines.
I%v.vys.i1cheb.%av*; gar.zhur. no.11:66-,?o '58. (141RA 12:8)
1. Dnepropotrovskly gornyy Institut
(Krivoy Rop-Mine ventilation)

(I gorn.inzh.
7entilation of deep pit mines. IZ7. WI 31:fll-P7 '5P.
(Strip mining) (Mine ventilation) (K M 11:7)

MILETICH, A.F., dotsent; TAROTOY, I.M., dot;~ou',,, ORSIAINj inzh.;
GMSINGRZ. tnzlt.
Investigating gas emission in mining single gaueous scams, Izv. vys.
ucheb. zav. gor. zhur. no.8165-72 160. (MIU 13:9)
1. Dnepropetrovskiy ordona Trudovogo Irasnogo Znameni gornyy Inatitut
im. Artema. RGkomendovaaa kafedroy rudaichnO7 ventilYatsii i tWrmiki
bezopasnosti.
(mine gases)

0. 3. , Canal. Tech. jol. WIC-11) Olt' SOM-f!
Problems of 3orinr," U, Meted Mines of Ukrainp, 11 KJE!v, 1961, 1;-,
(Kiev PolyteGh. Inst.) 180 cor"ies (,L 5upp 12-61, 2;15).

NOVUZHILOV, Mikhail Galaktionovich, prof., doktor tekhn. nauk; SELYAKIN,
Vituliy Goorgiyovich, kand. tekhn. nauk., TflOP, Abram Yefimovich,
prof., doktor tekhn. nauk; Prinimal uchasti-ye GF4HUI(,
kand. tekhn. nauk; RZHEVSKIY, V.V., prof., doktor tekhn. nauk,
retsenzamt; ROGATIN, N.H., inzh., retsenzent; GEYKAN, L.K., red.
izd-va; MESHCRANKINA, I.S., tekhn. red.
[Deep open pits]Glubokie karlery. Moskva, Goagortekhizdat, 1962.
275 p. (MIRA 16:1)
(Strip mining)

iLWW,;,,JV2 G.A., prof., CLOkLol. tEklul,,wmx; GCI~Mkj O.i', kwul.tekim.ra6:
Forced and forc6d-exhaust ventilatl,-)n as a mearis of c(-ntrohing lea-ke in
the caving area. Gor. zhLLr no.4.6.3-67 Ap 163,, (ni iu I - - " ,,
1. Dnaproputrovt3kly gornyy instAtut
Oline veritilloll)

L-~
G
, n the ilia (J., the A I":, eor,~,-,rvn is: It, Ion
al I . - . - irl rp
of thk ",Marila' nh~ift. jljLikl,,-,.. stroi. ~~ Jo I
1,1.lG)l

Lc

ZHANUZAKOV N---- 6ERSHUN, 'J~li
graFs d' sease Lr- 36r~f-.c -aa. ao,
sk:-.,y oblas".'

ju
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