SCIENTIFIC ABSTRACT GANGNUS, A. - GANICHEV, D.A

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GANGNUS A.
Oasis In an ice desert. Tekh.mol.30 no.1:6 162. (MIRA 15;2)
1. Chlen literaturno ob"yedineniya zhurnala "Takhnika molodezhi."
rice-Antarctic regions)

BENIKOVA, N.P.P doktor fiziko-mat. nauk, otv. red.; SHAPIRO, B.S.,
otv. red.; GANGNIUS, A.A., red.; SHMICHENKO, G.N.., tekhn. red.;
SIMKIN, G..-3.-i-t-eldii~.-~e-E.
(Papers]6'bornik statei. Moskva, Izd-vo Akad. nauk SSSR. (Re-
zulltaty iseledovanii po programe 14ezhdunarodnogo geofiziche-
skogo goda). No.10. [Ionospheric studies]Ionoaferrore issledo-
vaniia. 1962. 154 P. (MIRA 15:10)
1. Akademiya nauk SSSR. Ile m.liduvedomstvenrory reofizicheskiy ko-
mitet. V razdel pro amW MGG. Ionosfera.
rionosphere)

GANGNUS, A,
Searching for answers In space. Znan.-sila 38 no.4111-13
Ap 163. (MIRA 1618)

BELOUSOV, I.M., otv. red.; ~E-11 . red.
(collection of articles] Sbornik statei. Moskva, Nauka,
No.13. 1965. 258 p. (VIRA 18:7)
1. Akademiya nauk SSSR. Mezhduvedometvennyy geofizichoskiy
komitet. X razdel progra=y MGG.

TDIOSHENKO, V.V.; MARTYNISHKIT, AJI.; TSUKANOV, V.P.,; PAriqp V
V.;
-SHIKOV LP.; NIKONGV,-A.V.; POSTNIKOV, V.P.; YCJR
I , DIIEVII
ARTAMONOV., A.M,; TEI-'DIIKOV. S.N.; KABLUKOVSKIY. A F,; MAKHOV, A.Kh.;
ROTRIOVY A.Khs-~ ZILIHEMKIX~ B.A,; ZUYEV, T,,~,; MiTIUAKOV, r',j',;
YEPI,~OKIMI, I,P,
New design of electrode holders for electric-are smelting furnaces.
Prom. energ. 15 no.8:13-14 Ag 160,, (MI-RA 15:1)
(Electric furnaces)

1. :'rfiBa.:'ZKFC, F. A. 1`1 T-ETYAN, SH. A.
2. US,:~i (600)
4. Drug Industry
7. Intensification of production is the most important conditi-n Afor increased production.
Med. Prom. no. 6, 19529
9. M:)nth:Ly Ust of Russian Accessions, Library af Congress. Felbruax~v 1953. MiclawAlied.
'9.
'Iff 9-

IGOROVSKIY, A.M.; GANGRSKIY, P.A.
Production of sulfanilamide from p-ahlorobonzon*sulfonic acid. Med.
prom. no-3:23-26 J1-8 155- (MLRA 9:12)
1. Vessoyusnyy nauchno-iseledoystallskiy khimilro-formatesytichookiy
institut imeni S.Ordzhonikidze i khimiko-farmatsevticheokiy zavod
"Alcrikhin."
(SULIPANIIAMIN. preparation of.
from p-chlorobenzenesulfonle sold)

11 ;1
Mill 11
7 '4?

. - i: 1 ~
.1 T ~flll fl: 11.1 : I I i " A. i T ~1;;
~ I .
i I .

Mae 7
J: V

lu V
Ant C

moninic add ii he%tcd,v;iih!hyd
=dcr such ccmditiams tkmt either
proL Of dge the water 1~ eombinvd into

At the,crid Of ifie reii, no
tj
the Wy,ifumt.- 6 5cpil' I'l known m(awl.

6
6
,0

Im

GANGRSKIY, P.A.; CHVYREVA, Ye.G.; CHUMILKOV, Yu.I.
Studies in the synthesis, separation, and analysis of pyridine
bases. Report No-3: Extraction of isonicotinic acid from ~O~'
,9-pikoline fraction. Med.prom. 13 no-3:13-15 Mr '59.
(MIRK 12:5)
1. Khirtiko-farmatsevticheskiy zavod "Akrikhin."
(PYRIDINE) (ISONICOTINIC ACID)

GANGRSKIY, P.A.; GHUMAKOV, lu. 1.
Obtaining nicotinic acid from the &-picolinic fraction. Mea.prom.
13 no.12!16-18 D 159. (]URA 132-4)
1. lhimiko-farmstsevt1chankly zavod wAkrlkhiu,w
(NICOTINIC ACID) (PYRIDINZ)

CfITJMAKOV, Yu.I.; CHVYREVA, Yo.G.; GANGRSKIY,-,P...A..--,
- -
Isonicotinin acid. Matod.poluch.khim.reak. I prepar. no.7:82-85
163. (MIRA 17:4)
1. Kiyevskiy politekhnicheskiy institut i Moskovskiy khimiko-
farmatsevticheskiy zavod "Arikhin".

AUTHOR: Alkhazov, D.G., Gangrakiyo Yu.Pet Lembergi I#Kh. 56-5-14/46
TITIM Nuclear Reactions of N14 Iona With U7 and 012 (Yadernyye reaktaii
ionov N14 .5 L17 1 012)
FELIODICAL: Zhurnal Eksperim. i Teoret. Fisiki, 1957, Vol. 33, Nr 5,
pp. 1160-1162 (USSR)
ABSTRACT: N14 ions are accelerated up to 15,6 MeV in a qyolotron, after which
they are ejected as N+++-ions, and, focused by quadrupole lenses,
impinge upon targets of L17 and 012. The yields of reaction pro-
ducts with a half life whioh in larger than i sec., are measured
as follova:
in mb
L17 + N14 P18 18
L17 + N14 Ne19 400
L17 + N14 N16 15
L17 + N14 015 1-3
C 12 + N% A125
0,2
18
Carl 1/2 If the forming cross section of P is compared in reactions

Nuclear Reactions Of N14 low With L17 and C12 56-5-14146
with the 0( -binding energy of the target nuclei when various 18
light nuclei are bombarded with N-ions, it may be said that F
is fo=ed by the fact that the N-Tarticle flying past the target
nucleus, carried along a OL-partiole from this target nuolf.~,w.
There are 2 tables and 7 non-Slavic references.
ASEMIATION: Leningrad Institute of TLbchnica]L'..PayaicsANLUSR(Leningradskly
fiziko-takhnioheskiy institut SM)
REMITTED: June 3, 1957
AUILABLE: Library of Congress
Card 2/2

G.M,l LROM9 LKh,
Investigating the decay OWmw Bi. 212 -* Pb2l2 by means ofiA- T
and~~ Y' -coincidences. Izv. AN SSSR ftr. fiz. 24 no.22:1449-3456
D 160, (IGRA 33S12)
1. Fisiko-telV-4 beikly institut At SM.
(Bimuth-Inatopes) (poloniulo-180topes)
. - :,. :,-, : - A : 1,:,

ALKMOV7 D. G.; GA?iGRSKIY, Yu. P.; LERBERG, 1. Kh.1 UDULOV, Yu. 1.
Energy resolution of silicon p-n detectors in the recorcu-ng
of heSvy ions. Izv. AN SSSR. Ser. fiz. 16 no.12,.1506-1507
D 162, (MIRA 16%1)
(Nuclear c ters-Design and construction)
4~ (ions)

S/048/62/026/002/007/032
B101/B102
AUTHORS: Gangrskiy, Yu. P., and Lemberg, I. Kh.
TITLE: Double Coulomb excitation of the 0 + level in Ge70
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Seriya fizicheskaya,
v. 26, no. 2, 1962, 212-214
TEXT: The double Coulomb excitation 01+ was examined i:% bombarding a
Ge target with multiply charged 36-Mev nitrogen ions accelerated in the
cyclotron of FTI. The gamma radiation was recorded by two NaI(Tl)
scintillation counters connected to a gate circuit with a time resolution
of' 2-10-8 sec. The one-channel discriminator was adjusted to the
rE!Cording of 1036-kev gamma quanta. The spectrum of coincidences with
1036-kev quanta was recorded by a 64-channel pulse-height analyzer. The
174-kev line observed corresponds to the discharge of the 01+ level. The V/
dcuble Coulomb excitation cross section at 1- 0 is given by
(I E:2E2 ~ 0.027a-2CT E2 (0 --02)6 E2 (2 -#01), where a is half the least distance
Card 1/3

S/048/62/026/002/007/032
Do-able Coulomb excitation of' the. B101/B102
between incident particle and nucleus, aE2 (0 2) is the Coulomb excitation
cross section of the first level with spin 2 and cE2 (2 -01) is the
excitation cross section from the first to the second level. Por
B(E2, 2 - 01) one finds 0.10,10-48.2 CM4. 3 (1':P , ~-~) , -.), -~'
= 0:50-10- 48e2CM4 is obtained ard B(E2, 0' --P2) = (0.,63 '1 0,12)-K-4se 2 c 1714
is found from the lifetime of the 0'+ level. The experimental error is
70 j6 since the equation for d.2.2 is accurate only for 1- 0, whereas in
the experiment it had been found that = 0.35 for the excitation cf the
first level, and ~ - 0,062 for 2 -001 B(E2) for the excitation of the
first. levEl with the spin 2+ was found to e ual (0,18 1 O.O-,,)-1O-46e2 CM4.
B(.E2j 01 - 2) is three times greater than B?E2, 0 ->2), whic"h is
indicative of its collective nature, There are 2 figures and
6 references: 2 Soviet and 4 non-Soviet, The four reft~rences to
English-lanEuage publications re!-.d as follows. Ne,,-,ton, J, C~,
Stephens, F. S.; Phys, Rev Lett 63 (1958) ; Nathan , 0 ol~ovl
Card 2/5

S/048/62/026/002/007/0~52
Double Coulomb excitation of the- B101/B102
Nul,,l.. Phys,, 21, 631 (1960); Kendall, H. W., Phys. Rev,., 109, 861 (1959);
Alder, K., Bolh-r, A., Huus, T., Mottelson, B., Winter, A., Rev. Mod. Phys.,
432 (1956).
ASSOCIATION: Fiziko-tekhnicheskiy institut im~ A. F, loffe Akademii nauk
SSSR (Physiootechnical Institute imeni A. F, Ioffe of the
Academy of Sciences USSR)
Card 3/3

40094
3/048/62/026/008/005/028
B163/B104
A U TI ~A OJI116: Vasillyev, V. D., Gangrskiy, Yu. P.9- Yerokhina, K. I., and
Lemberg, I. Kh.
TITLE; Investigation of the Coulomb excitation of the second level
+ 104
21 of Fd
PERIODICALt Akademiya nauk SSSR. Izvestiya. Seriya fizicheakaya, v. 26,
no. 8, 1962, 997 - 999
+ 104
TEXT; Experimental investigation of the second level 2' of the Fd
niicleus at 1-34 Mlev by bombardment with 004+jona wi-th an energy of 42hiev.
The f-background is so low, and the first-state energy 0.56 Mev so much
d4fferent from that of the cascade quanta (0-78 Mev), that a direct measuri)-.
ment of the r-dpectra can be evaluated. The reduced transition probability
B(L2) was calculated from the theoretical expression by Alder et al.i
0 --), 2'
(Rev. Mod. Phys., 28, 432, (1956)) for the cascade excitation cross sec-
-48 2 4
tion to be 0.015-10 e cm . This value coincides with the theoretical'
Card 1/2

S/048/62/026/008/005/026
Investigation of the Coulomb ... B163/B104
estimation according to Weisskopf (one-particle model).' The lifetime cal-
-12
culated from B(F,2) 0->2' is 5.8-10" sea. T he error is about 35%. There
is t1,.figiire4
ASSOCIATION: Fiziko-tekhnicheakiy institut im. A. F. Ioff4 Akademii na-11k
SSSR (Physicotechnical Institute imeni A. F. Ioffe of the.
Academy of Sciences USSR)
Card 2/2

.0096
S/048/62/026/008/007/028
B163/BlO4
A1JTHOR:3: Gan-rskiy, Yu. P., and Lomberg, I. Kh.
.TITLE: Coulomb excitation of spherical even-even nuclei of the
second levels
IIEMIODICAL: Akadei%iya nauk SSSR. Izvestiya. Seriya fizichezkaya, v. 26;
no. 8, 1962; 1001 - 1014
TIE"'IT; Experime ntal e3tigation of the two lowest levels of Ge70, Ge72
74 74, D 76 80 82 94 96 98 100 1o6 108
Se , Se - Pd Pd
Ce Se e , Se 1.110 , 140 1 MO , NVIO
110 124 126 128 130 +
Pd Te , Te 9 te , Te The investigation-of the second 2
level of a spherical even-even nucleus b Coulomb excitation is more
difficult than that of the lower first 2 level because the excitation
cross section is much smaller, the P line corresnonding to the direct
transition to the ground state is very weak compared with the background,
and the ~- line corresponding to the upper cascade transition is near to the
ener1gy-of the first level. For this reason, coincidence measurements of
the cascade quanta are made. The oL particles or W14 ions are accelerat-
C a rCl 1

S/048/62/026/008/007/026
Cou1o,-,,,b excitation of ... .13163/B104
ed in-a cyclotron. The,- rays are recorded by trio acintillation counters
:..,,IJ(Tl) crystals and photomultipliers in coincidence. The cry.,;tal
recor,iing the upner cascade quantum was arranged at a distance of 1,5 mm
0
frorr the tarCot and at an angle of 90 0 to tho ion beam, the other crystal
at 5mm distance and at an angle of 135 - 1'ihon Ptransitions vith an onerpy
'celcvr 600 kv 4:ere to be ob3orved, the second crystal was di-sposed alonC,. the
direction of the ion beam and far enough removed to prevent the 511 kev
,
quar
rta from positron annihilation being recorded in both crystals at the
samc. timne. The pulses coming from one of the photomultipliers were dis-
cri.,i.irated in a 128-channel amplitude analyzer open only when the other
,-~ulti-)lier simultaneously gave a pulse corresponding to the transition
Irom the first 2+ level to the ground state. In oi*der to correct for
accidental coincidences-of the relatively -frequent transition from the
_LrE.t level, these were measured separately. Thus the multichannel ana-
lyzer recorded t-.-io spectra at the same time, one containing only the acci-.
,1.an!:n1 coincidencoo, the other both acoidantal and real coincidences. x14
ion with energies near to the Coulomb barrier of the t4rget nuclei wero
use&. In 'his case the ratio of second level to firs" level excitation
is higher than in the case of excitation %-Ath cw_ particles. The results,
Car,! 2/#

8/046/62/026/008/007/028
uoulam.b e;ccitation of B163/B104
e. 'lie energies of the tvo lowest 2 + levels, the corresponding reduced
tr.ansition probabilities, the yield ratios from thick targets, life times
etc. are li3ted in tables. Corrections were marle for thq contribution of
double Coulomb excitation. For the second levels of 14o9b, Mo98, Te126,
128 130
To and it was not possible to determizie the quantum character-
istics unambiguously. For these nuclei, the reduced transition probabili-
ties 3(1;2; 4----12) and B(E2; 01---92) were also calculafed on the assumption
th~~t t"e levels have spins 4 and 01 respectively. The experimental trand-
tion orobabilitios are compared with theoretical values. B(E2; Zl...*O)
is of the same order* B(E2; 21--),2) much Creater and B(M11, 21--2) much
s-maller than the theoretical one-zarticle values. The experimental ratios
7(22; 2 2) / B(E2; 2 ->G) and B(k; 21 -> 0) / 13(E2.; 2'-.;, 0) a~-ree better
With the axially-asymmetric rotator theory by Davydov and Fllippov (Zh.
eksoorim. i teor. fiz., 35, 440 (1958)) than with the theory of quadrupole
oscillations. There are 7 figures and 5 tables.
.11LS.~,OCIATIONz Fiziko-tekhnicheskiy institut im. A. F. Ioffe Akademii nauk
SSSR (Physicotechnical Institute imeni A. F. Ioffe of the
Academy of-Sciences USSR)
Card

hoogg
S10481621026100810101028
JY1 B104/BI02
AUTHORS: Cangrakiy, Yu. P., and Lemberg, 1. Kh.
TITLE: Coulomb excitation of the 532-kev 'level in Er167
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Seriya fiticheakaya, v. 26,
no. 8,'1962, 1027 - 1026
167 167
-kev -rays are observed during decay of Tu
TEXT; 532 t 1 167 into Er This
line can result from a Coulomb excitation of the Br nucleus only it it
is due to-a transitioA into the ground state. The Coulomb excitation of
Er167 Was studied on a %n Er 0 target enriched in Er 167, during irradiation~
with 50 Mev N14 ions. The 2i~tense ~--baokground was reduced by a special
coincidence circuit. 179, 210, 245, and 532-kev lines appear in the
spectrum. The first three line s corres o -nd to an excitation of the
evels in the first rotational band of E767. irom the ground leve'l spin
~
of Erl67(7/24) and the energy of the first excited level (79 kev, 2/2,+),
the other levels of the rotational band are found t9 bet 179,(11/2
290(13/2+), 422 kev (15/2+), etc. The 179-kavpline is related to the
Card 1/2-

3/048/62/026/006/010/028
Coulomb excitation of the ... B100102
167
excitation of the second level of the Er rotational band. The 210 and
245-kev lines are related to a cascade excitation of the third (290 kev)
and fourth (422 kev) levels of Er167. The energy of these lines corresponis
to the energies of transitions from the third and fourth levels to the
first and second levels of tho rotational band, The 532-kev line corres-
-ponds to a transition into the ground state. The value B(E2) f6r the
2
excitation of this level is 0.042 10-48 CM4. :For a spin of 3/2, the
lifetime of this level is 2.3-10 sec. There is 1 figure.
Oard-2/2-- ,

8/056/62/042/004/017/037
B160202
AUTHORS: GapgKgkiy,_Zu__P__,,Lembergt I. Kh.
TITLE: Coulomb excitation of second 2 + levels of even-even
nuclei of intermediate atomic weights
PERIODICALt Zhurnal ekeparimentallnoy i teoreticheekoy fiziki,
v. 42, no- 4, 1962, 1027-1028
TEXT: The authors study the Coulomb excitation of even-even nuclei of
Ge, Se, Mo, Pd and Te isotopes by measuring the coincidences of cascade
g-quanta. Targets of these elements (in some cases enriched) were
irradiated in the PTI AN SSSR Im. A. F. loffe (FTI AS USSR imeni A. F.
Ioffe) cyclotron with 8.5 Mew at-beams and 36#41 and *53' Mew nitrogen ions*
The jr-quanta were measured with two N&I(Tl) ecintillation counters in a
faet-slow coincidence circuit. A 128-cha-inel pulse haight analyzer was
use?d to study the coincidencey-opectrum. To determine the effect
of random coincidences, the spectrum of true plus random coinoidences
an4, the spectrum of random coincidences were measured aimultaneouely
in two registers of the pulse height analyzer, From the *oinoidenoe
Card 114

S/056/62/042/004/017/037
Coulomb excitation of second ese B160192
spectra obtained it was possible to determine the energies LE of the
sec(;nd 2+ levels and the reduced probabilities of transitions to these
levels. Since the arrangement was designed to measure r-quanta only,
only the value A(E2) could be determined, where E is the contribution
of a-ascade transitions during deexcitation of the second level. To
determine the reduced transition'probability B(E2), it is necessary to
knOIN the ratio of direct and cascade transitions of the second level.
For a number of nuclei this ratio is known from data on bate, decay.
Corrections for double Coulomb excitation are necessary for calculating
B(E2). For the bulk of nuclei this correction does not exceed 30%.
72 126
It is more than 50% only for Go and To . Interference effects were
neglected since phase differences are unknown. Owing to geometry, the
correction for the angular correlation of cascade y--quanta was less than
V1.. The results are collected in the table. The values tB(E2)K obtained
1--r and ..,McGowan (Phys. Rev. 121 f 209, 1961 ) in the case of
Coulomb excitation with OL-partioles are given for comparison. Results are
in agreement within the limits of error. For SoU, S082 , No 96 9 Mo 98
Card 2/4

B/P56j62/042/004/017/037
Coulomb excitation of second 'Bi 64/BI02
128 130
Te , Te the energies of the second 2+ levels have hitherto been
unknown.
ASSOCIATION: Lenin radskiy fiziko-tekhniobeekiy inatitut Akedemli nauk
SSSR fLeningrad Physicotechnical Inatituto of the Academy
of Scienoea USSR)
SUBMITTEDs Decomber 2. 1961
Card 3/14

S/056/62/042/004/017/037
Coulomb f#xcitation of seoond B164/11102
RAP() A F. kcV s V (M), c.10" B In), cl-I(Y"i - B (E2)1, el-10"
Ge"', 1700�19 0,251-0,08 0,675
Gc',2 1466�16 0,15�0,04 0 175

74
G
e

200�16

,55�0,10

:20

,44�0,09
S041
se" 1:173�20
12:10� t5 0,50+0,20
(;5�()
t8
0
I t7
0, 7G� 0. t 5
Sell 1306�15 ,
,
0,78�0,15 1:40 0,55�0.11
.9c, 1441�17 0,94:t0,20 1'94 0,07�0j20
Sell 1486�20 0 78�0 IPA
A101, 1577�20 0:50�0:i5,. 0,545
mogs .1524�19 1 09�0 N)
moos 1491�20 1:380:35
MOM 1047�14 1,35�0,:15 1.75-1.0 26
Pd'04 1112�12 1,09�0,22 1,60 1 09�0:13
MOB 91,0�11 0,87�0,20 0:74�0,ti
Pd"O 813� I I t,37�0,20 0,94�0,08
Te'24 1323�19 1 t40�0,40 1,64
Te 1457�17 0 47�0,tS 0,50
28
Tel
1601�20 1 20�0,28
TC130 1765�20 1,12�0123
Card jt/4

8/056j62/043/005/007/058
B163/B166
AUTHORS: Afonin, 0 - F., Gangrakiy, Yu. P., Lemberg, I. Kh.,
li . ................ ..
Nabichvrishvi I N
TITLE: Cascade Coulomb excitation of rotational levels with
4+ and 6+ spine
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, V. 43,
no. 501), 1962, 16O4-i6io
TEXT: Cascade Coulomb excitation of some of the levels of the basic
rotELtional band is possible in a deformed nucleus if the energy of the
primary particles is sufficient. The measurement of the excitation cross
sections makes it possible to check the theory of cascade Coulomb
excJ' tation and to gain information on the induced.transition probabilities
for the excited states. Targets enriched with Sm, Gd, Er, and W isotopes
(3m, Gdt and Er as oxides, W metallic) were bombarded with
50 Idev N14 ..... ions from a cyclotron. The,,r spectra and coincidences of
r- 'juanta emitted in consequence of' Coulomb excitation and inelastically
scattered ions were measured. The quanta were recorded by means of a
Card 1/3

S/056/62/043/005/007/058
Cascade Coulomb excitation of ... B165/B166
scintillation spectrometer with a Nal (Tl) crystal. The scattered N 14
ions ivere recorded by silicon p-n-detectors arranged at an angle corres-
ponding to 135 0 scattering. Their voltage was so chosen that a particles
and protons could easily be separated from the N 14 iona. Table I given
the energy differences for the observed 0--W, 0-->4, and 0--)6 transitions
of a number of even-even-nuclei. Most of them were already known, but
the second and third le'vel of Sm154' the second level of Er170 and the
third level of Gd 16o were not yet known. In Table 2 the yield ratios of
the 0->2, 0--X, and 0-46 transitions are listed and compared with the
theory of Alder and Winter (Mat. Fys. Medd. Dan. Vid. Selsk. 52, 8, 1960).
The agreement is good except for the cases of the W isotopes and Cd 154
for which the observed yields are lower. There are 6 figures and 2 tables,
ASSOCIATION: Leningradskiy fiziko-tekhnicheskiy institut im. A. F. Ioffe
Akademii nauk SSSR (Leningrad Physicoteohnical Institute
imeni A. F. loffe of the Academy of Sciences USSR)
Card 2/3

Cascade Coulomb excitation of ...
SUBMITTED: June 5, 1962
B/056/62/043/005/007/058
B163/B186
Legend of Table 1: First column: Isotope.
rd th
Legend of Table 2: Firdt column: Isotope, 3 and 5 column: experiment,
4th and 6 th column: theory
MOTO" AR (0 - 2). As (0 vto-4)"Y(O-6)
keV . ke;7 keV t(3oTnnl q
I O"fir I Teollifni 011U? ITPOPga
Sr"134 82 210 5M
Gd 134 125 .370 Table Sni'34 2,13 5.85 5,02 16,2 14,9 Table 2
Gd136 89 285 Gdt- 1,72 '12,60 8,25
Gd'58 79 2W Gdl- 1,99 5,12 (3,17
Gd1w 75 246 503 Gdt- 2,18 6,40 4,92
Eri" %) 2W Q1140 2,25 4.15 4,61 11,4 13,9
Ert" st 261; ErIM 1,87 7,00 6,81;
E. 1" 80 M Er'" t.99 8, IU 6,t7
Erl?O 79 261 Er'" 2,00 6,67 6.1t
win 100' 326 Er'70 t,96 7,40 6,31)
WIN tit 357 W 181 1,52 t6,67 11 , 35
Win 123 393 WIN 1,49 20,7 11,70
Varu 5-15 WIN 1,35 28,9 , 14. 65

5/056/62/043/006/003/067
B163/B186
a
AUTHORSt Afonin, 0. F., Gangr ~ki Lemberg, I. Kh.,.-
Nabichvrishvil A.9 Udr=lov.~Yu. I.
9
92
TITLEs Investigation of Coulomb excitatift of the first Mo level
t.
PERIODICALs Zhurnal eksperimentallnoy i teoreticheekoy fiziki.- v. 43,
no. 6(12), 1962, 1995 - 1997 -
92
TEXTt The Coulomb excitation cross section of Mo .which is an even-even
nucleus with a closed neutron shell (N - 50),.is so small that direct ob-
aervation of the Coulomb excitation by recording the spectrum is impeded
by the background radiation from nuclear.redctions with light impurity
atoms such as C anf 0. To reduce this background, coincidences were
'counted of inelastically scattered bombarding particles and ,-quanta.
emitted in the decay of the first excited state. A me.tallic"target en-
riched with the M092 isotope to .more than 5 times its natural content was
bombarded with N 14 ions accelerated to 40 Mev in'the FTI AN SSSR cyclotron.
The scattered ions were recordec~.by means of 4 silicon pn-detectors with
1,12
Card

5/056/62/043/006/003/067
Investigation of Coulomb B163/B186
2
a total surface of 100 mm More details of the experimental procedure
were given in an earlier paper (0. F. Afonin et al., ZhETF 43, 1604, 1962).
The first level 2* of Mo92 is at 1.52+0.03 Mev. The reduced transition
probability B(E2) is found to be (0.19!0.08 e2.10-48 CM4 by comparison
96
with the ryield of the decay of the first excited level of Mo at 0.78m"
which is well observable in the direct 6-specirum as well as in the
coincidence spectrum. There are 2 figures.
ASSOCIATIONs -Fiziko-tekhnicheskiy institut im. A. F. Ioffe Akademii nauk
SSSR (Physicotechnical Institute imeni A. F. Ioffe of the
Academy of Sciences UOSR)
SUBMITTED: June 5, 1962
Card 2/2'

,.hLKHAZOV, D.G.; ANDREYEV, D.S.; VA5ILIYFVt V.D.;_qAIIGMKIY,, Yu.P.;
LMBERG. I.Kh,; URAIDV, Yu,j,
Studying the Coulomb excitation of the first levels of even-
even nuclei by measuring coincidences of gamma quanta and
inelastically scattered ions. Izv. AN SSSR. Ser. fiz. 27
no.10:1285-1296 0 -1163. (MIRA 16:10)

VASIL'YE", V. D.; GANGRSKIY, Yu. P.; LEMBERG, 1. FUh-, ZMRALOV, lu. I.
G.
"Double Coulomb -Fxc itat ion of 4 Levels in the Isotopes Ge, Se and Cd."
report submitted for All-Union Conf on Nuclear Spectroscopy, Tbilisi, 14-22
Fe7o 64.
ZOI (Physico Tecbnical Inst)

'GRSKIY, Yu. P.;
D. G.; GV~
"In ti ati of Coulornb-Excitat~*or. o-,' Second Excited Levels of Sx,150;
= V94' 9 ~~ 11
S 1-52 and S
report submitted for All-Union Conf cn. Nuclear Spectroscopy; Thilipi, 14-22
Fe~D 64.
PTI (Physico Technicml Inat)

AWMAK Ws AP4024042 SAD
AUTHOR-: AlUbamm, D.G.; Gangemkiye Yu-P.; Lmaers, I.Xk.; udralow, YU-1.
MW: Coulomb excitation of electric octupole ItraSSMORM In QW010-SWOM, US isc0i,
topea ~ffeport, Fourteenth Annual Conference on Nuclear. Spectroscopy hold In.ThWAII
i 14 to :32 Fab 1969
SOURCE: AN SSSR. Izvestlya. Sorlay flslcbeskaya,, v.28. no.2. 1964. 232-236
TOPIC IrAGS: Coulomb excitation, electric octupole transition, collective lowel.
Ireducel transition probability, even-even tin Isotope
ABSTRACT: It is known f rom experiments on Inelastic scattering of protons , deutor- i
ans ani CC-particle3 that in the case of medLux atomic weight Isotopes there are ob-'i
served collective excited states with energies in the range from 2.5 to 4.0 M*V.
iThe collective nature of those levels is evinced by the large value of the excita-
tion cross section (comparable with the excitation cross section for the first low-
elm). On the basis of the inelastic scattering data th4se levels have been assigned:
spin and parity 3- and in view of their nature are associated with octupolo vibra-
tions. Investigation of Coulomb excitation of the 3" levels Is of ocamiderable ia-
i Card 1/3

ACCESSION NR: AP4024042
.terest inasmuch as it allows of determining not only the level energy but also the
reduced transition probability B(E3,0--*3). In the present work there was investiga-
ted Coulomb octupole excitation in even-even tin isotopes. In such experiments, for!
reduction of the background radiation one must record either y-y coincidences or co-
Inoidences between the 7-rays and the inclastically scatterid bombarding Ions; both:
methods were employed in the present study. To Increase the yield of I-rays associ-
ated with uxcitation of the 3- levels there were employed cyclotron accelerated N14:
ions with energies close to the Coulomb barrier of the target nucleus;., for th moaV
,part, NA ions with energies of 44.5, 48.5, and 52.5 MoV. The targets were enriched'
in the even isotopes SnI14, Sn116, Snll8, Sn120, Sn122 and Sn124. A number of the
coincidence spectra are presented in figures and the values of D(E3) deduced from
the meanurements are tabulated and compared with the results of O.Hansen and O.Ka-
:than (Kiicl.Phys.42,197,1963). The mean value of D(Z3) Is close to 0.20 o2 10-72 CO.
.which In substantially lower than the values obtained by Hanson and Natban (the
higher values reported by these Investigators are attributed to the Influence of i
nyalcar Interaction processes). The values of BC13) deduced f r*m the results of I-
N coincidence neasurosents decrease Vith decrease. In lon energy. In general the
results of the proment Investigation of oatupole Coulomb excitatlea show that ool-
lective 3- states -.are systematically excited In oven-even tin LzotqWS th" Is In
cmd

ACCMICK NR% AP402400
striking contrast with the bdmvlor of the first levels the mer" at whick do-,!
creases with increase of A. The values of the ratio of the experimatal value of
18(23) to the single particle value of D(Z3) vary in the range from 20 to 40& 1.*@*@
are considerably greater than the corresponding ration for the first e levels In
the evan-even tin Isotopes., Orig.art.has: 2 formulas, 7 figures asd 2 tables.
~~ASSOCIATION: am*
DATZ Aft O~Apr" 3=2 00
SUBUrITED: 288eV63
,Cmd 3/3,

GANGRSKlY, Yll"P.", 1SAUIVY M.; l'I'Mf3i".1101, i.Kh,
Effect of intoirfortince In 'Lhe Co-'alr' ,-:,itation of 2+ l#,vfj't3 In
even-even miclei. Izv, AN 3.8.31I.Ser.fizz. ~9 no.5053-856 My 16 5.
"KIRA 26zlf*,)
1. Fi zik o- tekh niche skJ.y in!3titut, im. A.F.1of Ve AN SSSR.

Y
il 23-Di 7jp 7-, rk)_=2 'T~_Er ~'-,
H7,,,T ~~, ~ ~
ACC MR. AP6014~6 SOURCE CODE,: UR/Q367/(i!',/001/CO6/10,~5/11)~,:7
AUTHOR: Gangrs!aZ, YU,_F.--Gangr k7 Yu. ~.; L~T. rg, 1. M.
ORG: -tekhrdcheski 43
_qhnical Institute im. A. F. Iorfe AN-5544 (Fizilco
institut AN SSSfij - -------
TITLE: Coulomb excitatio~lof the first levels of 2 sup + Zr sup 90 and Zr z;up' 96
SOURCE: Yadernaya fizika v. 1, no. 6. 1965o 1025-1027
TOPIC TAGS: nucleon, zirconiwa, inelastic scattering, nucloon interaction,
Coulomb excitation
0
ABSTMOT; The Coulomb excitation of the first levels of Zr9 and
ZrWwas Investigated using the coincidences between the Inelastio
scattering of'Ions and -(-quanta emitted in the degeneratlon of
excIted states. N1 Ions ii1th an enerey or 44 MEV were used as
particles. The measypd transition prQbabI1J.tt0s for
,the first levels in Zr90 and Zr are equal respectively to
'~(0.042 + 0.015) e2.1o-48 cm4 (3-5 times as high as the single-
:partlole evaluation) and (0-055 -1 0.022) 02.10-48 OM4 (4-5 timeB
tas high as the single-particle evaluation), The previ usly
unknoim value for the energy of the first level In Zr99
Xas
~found to be 1.75 t 0-05 MEV. The experimental lewil enorgion
And tranaltIon probabilitice aro oompared with Cal-pulations based
,on a aimple quantitative modelg thking Into aooount pairing and
Card 1/2

L 23015-66
AUL Mi A.FOU14?_N40
~quadrupole-quadrupole Interactions between outer nualeonb". When
,the apectrum of the one-particle neutron state, taken ftom the
~(d, p) reactions on zirconium isotopes, Is used In the ealoula-
tiona, the afSreement with experimental data Is better tbim when
the Nilsson scheme Is used (Kgl,- Danske Vidensk, Selsk. Mato rys.-'~
M~dd., 29, No. 16, i055). The authors shank A. 1. Veselov iM K,'X.. Yerokhid
for al3sistance with the calculations. Orig. art. has: 4figures, and' I table*
[Based on authors* Eng. ab8tel (JPRS1
CODEt 20 SUBM DATE: 28Dec64 ORIG BEF: 002 ~;OTH RD, 002
Card 2/2'

In ffwf 11DRIMININ
MMM
L 2665,i-66 EWT(m) DIAAP JD
ACC Nk---A-Mlil SOURCE CODE.-' UR/OVP8/65/029/012/22~1~
AUTHOR: Andreyeve-D.-S.; GanjWsIU, 'ru. P.1 Lemberg. I. Kho: Nabiclivrishvili_, V.~ A,
ORG: none
TITLE~ Coulomb excitations of-lower levels in the isotopes Fb sup 2049 sup 206, im
207 anA Bi-sup 209 jffhis'paper.v'as; presented at the 15th Anmial Conrore ca -n:~
Spoctroscopy.wid tile Structure of the Atomic NuoleuaF, -held In Minsk from 25 JantW7
to 2 Februar7 lqt~&
SOURM AN SSSR* Imetlys'e" Seriya fizioheskaya;' v".' 29, no-111 12,: 19650-2231-~n34
TOPIC MS.- Coulomb excitation, lead, bis3M;th~~Inuoleon, nitrogen cyclotron,
magnetic field, gam= quantum, eveii nucleus, neutron proton
ABSTRACT: In order to determine the effective nucleon charge it-i*s
especiialy important to know transition probabilities for nuclei having one
-nucleon (or one hole) above the filled shell. Accurate data on this probk"
are lacking because the Coulomb output of the excited levels of such nuclei
,are very small even wben bombardment particle energies are very high.
16 -0 Nitrogen io.- Nl4o 5'1') were accelerated in the FT1 cyclotron: up to i
6.5 W-tv by enhancing the magnetic field. G=m quanta ejected forward from
;a Bi-enriched lead target were recorded. Nitrogen ions of 66-5 Mev energy 1
.,were used to study the Coulomb excitation of Pb2O7 and Bi; and 63 Hev ions.* 11
Ifor pb.204 and pb206.
Spectra of yN-coincidenee are shown in figures and the results of
Card 1 f2

L 26655-66
ACC NRt
AP6017118
~6=10mb e*Xcitatio-n-a-r6- tabulated. 'These results "a-re- c'omp"ared'-,with those of
other authors. The values of B(E2) are adversely'affected by inadequate
corre~'tt6fi for'angular' correlation and thoii~h'the 6iro"r is ilot-60~e'thdi--
:23% for the 0.57tMev level of P06tp it reaches 35 to 4Wo for the 04,89 Hev
Aevel of Pb207 and the 0.91 Mov level of 209 a effective neutron
i
charge is found to be close -'U-o unity, whereas t for the protonis un-
0
expectedly large: 2.6 to 3- - Speculations are advanced brieTly on the
~effect of level excitation by giant resonance and effects of possible
.secondary processes. The general rule is draunt for spherical oven-even
nuclei the -farther the closed shell is from the nucleus, the.lovor in the
energy of the first 24 level and the greater is the value 6f B (Sz) for the!
.transition to this level-,,.b# thig rule does not hold colpPletely for eveil
isotopes pf lead. 'Orig,* art. haot4 figures, l formulat and I table. Like,
SUB GODE i40 SUB14 DATE znone ORM REF: 002 OM MF: 006

ACC NR:
SOURCE CODEs
AUTHORs Gangrokiy, Yus Pe; Lemberg# Is Kho
ORGi Physiootechhioal,-,,. Institute ime A*'F; Ioffe, AN SSSR (Fiziko-telduAcheskiy
instituC~~
TITLE: Coulomb excitation of electric ootupole transitions in In uup 115- cle,
SOURGEt Yadernaya fizika, v- 3, no* 3. 1966, 461JM
TOPIC TAGSt Coulomb excitation, indium, gamma quantum, alpha particle, isotope
ABSTRACT: The Coulomb excitation of levels In In3-15, which are de-excitod to the
ground state through cascades envolving the isomerio 335 keV level of In115 (T=40
hours), was investigated. The excitation of the levels was'masured according to the
yield of 335 kaVY-quantao' The observed dependence of the yield'on the d-particle
energies can be explained by the electric oatupole excitation of two groups.of levels,
the energies of which are known from other spectrometric experiments. The M93~and
0o825 MeV levels belong to the first group; those with the energies 2.06, 2.17, and
Zs49 MOV, to the second one& It seems that the levels in t;he se6ond group are simils
to ths 3- excited states in the ighboring even isotopes of Cd and Sn. Orig. art.
has: 3 figurea and 1 table, LBased on authors' Eng. abst.-i
SUB CODE t20, 18. sm DATs, o6jul65 ORIG REF: 002 OTH REF: 005
Card I&A-6-

IN oil I I Mr-opp EBB=
L 44038-66 ZwT (ra) /EVWPt/ET1 !JP(c) j D/ j G
SOURCE CODE: --'U-R/6j67-/C6/C)03/005/0794/C,797.
AUTHOR: Gangr3kiy.. P.; Lembergp I. Kh.; Nabichvrishvili, V..A. ~7_
ORG: Physicotechnical InRitute im. A. F. Ioffe, AN SSSR (Fiziko-tekhnicheskiy
institut AN SSSR)
TITLE: Coulomb excitationltf levels in the beta- and gamma-vibrational bands of the
Sm sup 152 and W sup 186 nuclei
SOURCE: Yadernaya fizika, v- 3,, no- 5# 1966, 794-797
TOPIC TAGS: Coulomb excitation, gamma quantum
ABSTRACT: The Coulomb excitation of nuclear levels in S&152 and WW vas investigated
using the method of coincidences between 'Y-quanta and Go-lasticaffy, scattered *14
ions. The 0+0 2+, and 4+ levels in the Vvibrational band and 2+ 1 1 in the
m~152 '199
T-vibrational band of s and also the 2+ and 4+ levels in the W -(-vibrational
band were excited. The values of the probability of the electric quadrupole tivaiti,
from jDg ground state to the Z+ levels of the P- and 'f-vibrational bands in So
and W were determined.- Orig. art. has:. 4 figures, 1 fomula and 3 tables@ [Based
on authors* Eng. abst.) (JPRS: 389712)
SUB CODE: 20 / SUBM DATE: O6Jul65 ORIG REF 003 OTH REF: 004
Card 1/1 blg

ACC NR: AP701240S SOURCE CODE: Uit/03671671'005iOOli-002-71~0025
AUTHOR: Markov, B. N.; Polikimov, S. M.; Yunsklaussen, C.
Jungclaussen, H.
ORG: Joint Institute for Nuclear Research (Obll~edlnennyy institut yadernykh,
issledovaniy)
nvesti-ation of the reaction U238 Bil leading to d spontaneously
TITLE: I
fissionable Isomer 91242
--.j. SOURCE: Yadernaya fizika, v. 5, no. 1, 1967, 22-25
TOPIC TAM: americium, boron, nuclear Isomer, nuclear spin
SUB CODE: 20,11
isomeric
ABSTRAcr: The reaction 'U238+Bll leading to the ground (i*
'A and spontaneously fissionable states of km~42 was investigated. The excitation
functions have been obtained for the-ground and spontaneously fissionable
the averaged cross section ban been measured in
states. -For the 5- state,
the enera range 5" MOV. The spin of the spontaneously fissionable state
was evaluated by ~qo,"ring the cross sections ~or the production of '%M2)42
inyarious.ptates' The authors thank 0. N. Flerdv for-constant Interest In the
work, Vi. P. Perelygin and-covorkars of his group for processing and exanining the
liss detectors, K. A. Gavrilov for preparing t~e targets, and B. A. Cvozd"ev
U
d 1/2
0M. J33?
tr--

ACC N PA AP7012408
and S. As Fleshuko,~aya for the chemical separatton of to and Cm, 'Orig art.
hast 3 figures and 1 formulao., Ciased on uthoril Eng,. Abst3. fJPRS i 40.3!y.

Ijt

j.
:):.I IJ
A ,

A

t,w

ZEGEVIC, Nasto, dr.; GANIG, Razica, dr.; STOJKOVIC, Dragica, dr.
Natural delivery in a woman with previous cesarean section. Mod.
glasn. 15 no.5:224-226 My 161.
1. Ginekolosko-akusersko ode1jenje Bolnice u Nisu (U-,ravnik,. prim.
dr N. Zecevic).
(CESAREAN SECTION) (DELIVERY)

ws
rl
f

GANICHEV, A.A. ~;OLANT, V.Ye.; ZIIIM~SKIY, A.P.; K.HOTV',UK1Y, B.Z.; SHIL111.
V. IT.
Diffusion of charged particles of a disintegrating plasma In a magneti%
field. Zhur. tekh. fiz. 39 zio.1:77-98 Ja f64. (MIRA 17:1)
1. Leningradskiy politeklinichesk Ly Ins titut imoni M.I,Kalinin~~

rJANIVI A. A.
"Me2hanization of hoisting and transp6tting at food supply depots and basses."
N. F. Yermakov, I. B. Rudner. Rewtewed by A. A. Ganich. 14ekh. trud.
rab; 6, No 3, 1952.

~ , -WP, ~:I i'1~1.11-111 1 1 1 1 1 ;
1. GOICH, A. A., Eng.
2. USSR (6oo)
4. Losding and Unloading
7. Spocial miumal on the mochwiitatlon of loading and unloading Au necessary.
Melch trud rab No. 12 1952.
9. Monthl List of Russian Accessions, Library of Congress, #pril -1953, Uncl-

OANICH A.A., inzhener.
Device for opening the hatch in burden charging carriages. Stall
16 U90:270-272 Mr 156. (MLRA 9:7)
l.Magnitagerskiy filial Giprosexa.
(Open hearth furnaces) (Damping appliances)

133-6-4/33
AUTHORS: Ganich,__A_,,A... Zarubin, V,F, and Yakoviev, V.G. (Engineers).
TITLE: Automatic gathering and weighing of blast furnace burden
materials with a conveyor belt delivery to skips.
(Avtomaticheskiy nabor i vzveshivaniye sh-tkhty dlya
domennoy pechi. pri transporternoy podache V skip).
PERIODICAL: "Stall" (Steel), 1957y No.6? pp. 496-500 (USSR).
ABSTRACT: A project of automation of gathering, weighing and con-
veyor belt delivery of burden materials to skips for one
of the Magnitogorsk furnaces designed by Gipromez and the
Sverdlovsk Branch of the Tyazhpromelektroproyekt is des-
cribed (Figs.1 and 2). Operating conditions: furnace out-
put - 2500 ton/day with 270 five-skip charges/day; 5 bur-
den components - sinter, manganese addition (manganese ore
and open hearth slag); acid additions, limestone and coke;
charging sequence can be varied. The diagram of the opera-
tion of the burden gathering system for various charging
sequences is shown in Fig-3. It is expected that a con-
siderable increase in the efficiency of burden delivery
will be obtained with a simultaneous 7.4% decrease in the
weight of the equilnent (from 367 to 340 ton/furnace).
Card 1/2 There are 3 figures.

133-6-4/33
Automatic gathering and weighing of blast furnace burden
materials with a conveyor belt delivery to skips. (Cont.)
ASSOCIATION: Magnitogorsk Branch of Gipromez. (Magnitogorskiy
Pilial Gipromeza).
AVAI'LABLE: Library of Coligress
Card 2/2

SOV / 137- S8-12-24187
Translation from: Referativnyy zhurnal. Met~illurgiya~ 1958~ Nr 12, p 37 (USSR)
AUTHORS: Ganich, A.A., Lesher, G - Kh,
TITLE: Block Planning of Open4earlh Sl,ops 'Blorhnav-i p)anrovka niartenov-
skikl- tsekbov;
PERIODICAL: Tekhn.-ekon. bVul. Sov. nar. kh-va Chelvab. ekon. adm. r-na,
1958, Nr 3, pp 47-50
ABSTRAGT. A description -.5 offered of a va-ant of open-~eartl- shop block plan-
ning suggested by tl-e Magnitogorsk Gipromez, in wh7ch each open-
hearth furnace i~ located between two emptv b;ivs, !t is remarked
that the provision of emptv bairs .s justified bv the h.gh output design
rate of the open-hearth furnaces. The planning of existing shops in a
niimber of plants did not provide conditions for an even flow of work
and full utilization of the furnace dssemblies. in determining the
components of a block, it is suggested that the follow-ng guiding prin-
ciples be employed: 1) The open-heartl~ furnaces -n the block sl-ould
be of a single model; 2) the size and Ivngth of potiring areas for
open-hearth furnaces should provide for more 11-ein two trains', 3) the
Card 1/2

Block Planning of Open-hearth Shops (cont. )
SOV / 137- 58-12-24187
number of open-hearth furnaces in a block is determined with consideration of the
need. for independent operation of the individual furnaces and for adequate intervals
between the performance of identical operations on adjacent furnaces; 4) the pro-
vision of non-interfering location of pot-car trains in tl-e wings of each block. It
is recommended that development of standard block designs be undertaken to accel-
erate the planning of standard units. It is observed that the island-block type of
shop recommended by the central Gipromez, which offers no significant advantages
over the design described, is less economical than th;it described above. Diagrams
of island-block shop plans are presented.
M. Kh
Gard 2/2

18.7200
AUTHORS: Zudin, V. M., Ganich, A. A., Sokolovskiy, G. 1-4.
(Engineers)
TITLE: Experience in Con-,)tructlon and OpeL-ation ot Be1t,
Y - I C
Conveyor System for, Burden Suppl, to Plast
Skips
PERIODICAL: StaV, 1959, Nr 10, pp 865-868 (13SSR)
ABSTRACT: In July 1958, a new belt conveyor, 3~ysl,-em equi
with automatLe (:olleciion and weiglhinjr unit
introduced In a hlast fut-nace of'
Combine (Magnitogor3kly koribinat). B u 1, 1ng' nd
installation took 110 days. Sinter is chaLged at
600 to 7000 C. 'PvodUCtiV1ty Of feedei-: '[0 to
140 t/hr, depending on the angle of the latter.
In the course of oue,.,ations cert-:tLn shor~tcomlrws
were eliminated by: (1) installi.nC a~.,Idl 'on IL~-ol
.1 , -:I,-
to orevent the rt~j(,%qLjy ,,jL!)j)Lnrr C).,,' tjj~_~
Card 1/2 adding watei-coole,-,[ tp.-ockolv- drive,

E z p er L P- n c c I n C o n:, r u c t 1. on an (11 Opu:0
,-d-r! Sup
of Belt Conveyor, Systerp fo,,~ BU -Y
to Bllast, Fuvnace Skips

n
c
'anging the type of to

~ ey
be f ore i t open,-, L -1 ic -n -- bell t
and pr~olonginC 1'i'lli~nf7
' to
-
n
providing a min ~-JAIM Ie
Wo'lliz- jqith hum'd a
i, - i co- i; t~ 1 -.t
L, - t I L Ll'.e
year,- in the o.' 0ie-
P-, oviding sinte:~ i I Lv-
to stavt worlkinp; o,- 0-
- ~ I L
sinter line; (1)
ri Lnj,

ood:,;

-) n
ovet, the source oC 11-o comn'aat 'a
Oil filter vent ill-:lt 11:3 p I ar,-, e,.-.1, Con-
veyor. drives a-e ln~;uL:-Itcd by of
screens. cx,)c-!.ence has the
possibility 01t' L10-1111fr 1)(-"--t conveyor for hott
sintev. Reference !o i%nde to ear-11e,.- soL-1~ by
A. A., Zarubin, V. U., and Ya!covD--,v, V. G. The~'e
4 ftgupes; and I Swil-cl. ~-efe-enoe.
ASSOCIATION: Magnitogorsk Comlhivie
Magnitogorsk State Institute 'o?*,
Planning of f4cta1[ur)-J(!z)j pjant,.~
Card 2/2 Gipromez)
an.,,z
an(..
ii .14

FIMOROV, L.L., inzh.;_.~~AN~C4,. A.A., inzh.
Over-all automation of the charging of blast furnaces.
Mekh.i avtom.proizv. 14 no.9:12-15 S 160. (MIRA 13:9)
(Blast furnaces-Dquipment and supplies) (Automt1on)

I !! I : . . : V ~' W , , ; 1 -11 ~[ I 1! 11 1' : I . I ! I
GANICH, A.A., inzh.
Evaluating the degree of mechanization of contruction work.
Mekh.stroi. 19 no.3:22-23 Mr 162. (MM 15:3)
(Construction equipment)

;I: ' I ,~ ! L : PI.; ;' '!!
._qINICII,_A.A.... inzh.; DANILOV, O.V., inzh.; SIZPAK, S.L., inzII.;
YUDINTSEV, M.P., inzh.
Now diagram for batching and weighing the charge mixture for
high capacity blast furnaces. Stall 22 no.8-.679-683 Ag 162.
(MIRA 15:7)
1. Magnitogorskiy goaudarstvennyy soyuznyy institut po
proyektirovaniyu metallurgicheskikh zavodove
(Blast furnaces-Equipwnt and supplies)

j
0-
AUTHOR Ganich, 1.1. 93-57-7-18/22
TITLE: Proposal to Organize Special Pipe and Turbodrill Repair
Centers in the Associati,on of the Tatar Petroleum
industry (0 sozdanii spetsi.,-:ilizirovannykh baz po
remontu trub i turboburov v ob"yedinenii Tatneft)
PERIODICAL: Neftyanoye khozyayst:vo, -L957,, Nr 7, pp 61-62 (USSR)
ABs,rikCT: Exploitation wells of the Tatar Petroleum Industry
(Tatneft') are drilled exclusively with turbodrills.
Therefore, it is very important that the drill pipes
and turbodrills be properly repaired and steadily
delivered to the wells. At present the three drilling
departments of the Drilling Trust of the Tatar Petroleum
Industry (Tatburneft') have their own repair shops.
The shops are housed in unsuitable premises, equipped
only with basic tools, and the work is organized on
Card 1/2

Proposal to Organize Special Pipe (Cont.) 93-.57-.7-18/22
a piecework basis. In view of these conditions the shops cannot
cope with repair work in a satisfactory manner and this is
reflected in Table 1. The Scientific Research Department (NIS)
of Tatneft' has proposed improving the quality and rate of
repairs by eliminating piecework and by paying workmen by the
hour plus a 20 percent bonus for repairs outlasting the mini-
mum period, This reorganization has made it possible to extend
the period between repairs from 40-45 hours, to decrease the
number of repairs, to simplify the syst-em of norms, to raise
the quality of repairs, and to reduce the nuinber of workmen.
The author concludes that the cEntral location of the drilling
departments of Tatneft' makes it desirable to replace the
existing repair shops by 'Large, well-equipped special drill
pipe and turbodrill repair centers in Leninogorsk, Al'met'yevsk
and possibly also in Aznakayevo. The preparatory work on these
special.repair centers will begin in 1957 so that the centers
can be completed in 1958. There is one Lable.
AVAILABLE: Library of Congress
Card 2/2 1. Oil wells 2. DrMu-Maintenance

6,-, q / Y~ C /;,/./,/, A,),
SOXOWV, I.S., assistent; GANICH, X.M., student V. kurva meditsInskogo
fakul'teta (g. Us 0
Yoreign bodies In the external Witory meatus and their extraction.
Felld. I akush. no.9:7-~,81 154, (KLRA 7:11)
(UR, NITIMIAL,
fore4p bodies,, extraction)

GANICH, H.H. (Mezhgor ty-a)
Model midwife. Yelld. i akash. 25 no.2:60-61 F 160.
(SHRODA, ANNA DNITRINn)
(KIRA 13.-5)
091

YEVDOKIMOVA, A.M.; ESAULOVA, V.A.; GANICH, M.M.
Ifurses' councils. Med. sestra 20 no.409-62 Ap '61. (14IRA 14.-5)
1. Predsedatell Soveta meditsinskikh dester Vologodskoy gorodskoy
bollnitsy (for Yevdokimova). 2. Predsedatell Saveta meditsinskildi
sester Kirovskoy psikhonevrologichaskoy bollnitsy (for Esaulova).
3 Glavnyy vrach Mezhgorskoy rayonnoy bollnitsy, Zakarpatskaya
ohast' (for Ganich).
(VOLOODA--ITURSES AND NURSING)
(KIROV-NURSES AND NURSING)
(MEZHGOR DISTRICT (TRA4SCARPATHIA)-NURSES AND IMURSING)

114 IVII `1
GAKICH, H.M. (Hanych, M.M.]
Course of pregnancy, labor and puerperal period in womon with
endemic goiter. Pedlakush. i gin 25 no.ls45-48 163.
(MIRA 160)
1. Kafedra akushepstva I ginekoloLgii (zav.-prof. I.M.Rembes)
medichnogo fakull~etu Uzbgorodalkogo universitetu (rektor -
dotsent D.V.Chepur). Naukoviy kerivnik-prof. HeS.Baksheyer.
~G-OITER) (OBSTETRICS)

IF ! V ~ I
BAKSqEYEV, N.S.;
_9MIGH, M.M.
Effect of chdrionic gonadotropin, progesterone and estrogens on
some aspects af the thyroid function. Probl. endok. i gorm. 10
no.6:86-91 N-D 164. (MIRA 18:7)
1. Kafedra akusherstva i ginekologil (zav. - prof. N.S.Baksheyev)
Kiyevskogo maditsinskogo instituta.

- - - I i ! I ~ I : t ii I I i 1~ I r - I. ;'11 4 1 F, -~ il I1.1.',
GUELISKIY, M.S.; GANIGH, P.Y ZEGE, E.P.; IVAIICjVj A.P.; KlIBINCV, A.F.
,
Use of quartz glass inmanufacturing inotruments for spectrum analy-~
s". Dokl. AN BSSR 6 no.12:772-776 D 16&- KRA 16:9)
1. Irwtitut fiziki AN BSSR. Predstavleno akademikom AN BSSR B.I.
Stepanovym.

GANICHINKO, G.Ye.
-.1
First machine tool of the new five-year plan. Nauka i zhitn' 23
no.11:32 N 156. (MLM 9; 11)
1. Glavnyy konstruktor zayoda "Krasnyy proletariy".
(Kachine tools)

1:11ARVP P- "I WLJZJ~L .1 -
. 1 9 w 11 . . -

PAIGHMOV, G.M.; GRTAZNOVA, Z.V.; TAGLITANOTA, Y.M.; GANIGEOMO, L.G.
Conversion of hydrocarbons on deuteriated alumino silicate catalysts.
Probl. k1n, i kat. 9:145-151 157. (MM& 110)
(Deuterium) (Gatalysts) (Chemical reaction, Mto of)
j

11ANCIMIKO) G. M., GRYAM1011A) Z. V,, YRIEL'YAMV, V. M., GAIPCHEIIIKO, L. G.
"Conversion of Hydrocarbons on Deuterated Alundnosilicate Catalysts."
P,-'Ob2,c-,,W T.11m:tIcn &rA Catwlycis. ;r. 9. 1zOtu;wff% in U-t,,01014, W-c-O-W, TfA--?-r.
M! 8,251R, 195'Of, 442p.
a tht It thic- coll r~14

5 (4), 15 (2)
AUTHORS: Ganichenko, L. G., Kiselev, V. F., SO'1/20-125-6-29/61
TITLE: The Influence of the Hydration of tie Surface of Silica on the
Adsorption of Aliphatic Alcohols Fr)m Solutions (Vliyaniye
gidratatsii poverkhnosti kremnezema na adeorbtsiyu
alifaticheskikh spirtov iz rastvorov)
PERIODICAL; Doklady Akademii nauk SSSR, 1959, 101 125, Nr 6,
pp 1277-1280 (USSR)
ABSTRACT: The influence exercised by the hyd.-ation of the surface of
silica is investigated for the ads,irption of stream (Ref 1)
and saturated hydrocarbons (Ref 2), In the former case this
influence is considerable, in the Lattei it is insignificant.
It was therefore of interest to in;restigate this influenoe in
the adsorption of alcohols which bwe both hydroxyl groups
and carbon chains. Keasur,~ments wcce carried out of the
adsorption of methanol-, n-propancl-, n-hexanol, and n-ootanol
from carbon tetrachloride solutioza. Two samples of non-
porous silica - "white carbon blark" - BS-1 and BS-2 were used.
The samples were annealed before --he experiments at 3000, one
Card 1/3 of the BS-2 samples also at 7000. The results obtained are

The Influence of the Hydration of the Surface of SOY/20-125-6-29/61
silica on the Adsorption of Aliphatic Alcohols From Solutions
shown by table 1. Figure I shows the isothermal lines of
adsorption, figure 2 shows the dependence a) of the adsorption
maximum, b) of the surface occupied by the adsorbed molecules,
c) of the thickness of the adsorption layer, d) of the ratio
between the adsorbed molecules and the number of hydroxyl
groups on the degree of surface hydration. Whereas methanol is
still considerably influenced by the degree of hydration, this
influence decreases with an increase of the carbon chain. The
adsorption of octanol is not influenced at all. With an
increasing length of the carbon chain the behavior of the
alcohols thus approaches that of the hydrocar'bons. Further,
the marked increase in thickness of the adsorption layer of
methanol is discussed. It is explained by variatiGn of
molecule orientation, which may be caused by a polymorphic
transformation due to the thermal treatment of the silica, and
leads to steps or discontinuities in the adsorption
isothermal line. There are 3 figures, I table, and 15
referdnees, 13 of which are Soviet.
Card 2/3

The Influence of the Hydration of the Surface of SOV/20-125-6-29/61
Silica on the Adsorption of Aliphatic Alcohols From Solutions
ASSOCIATION: Mbskovskiy gosudarstvennyy universitet im. M. V. Lomonosova
(Moscow State University imeni M. V. Lomonosov)
PRESENTED: December 30, 1958, by M. M. Dubinin, Academician
SUBMITTEDs December 24, 1958
Card 3/3

3/062'60/000/009/002/021
B02 37BOD-4
AUTHORS% Ganichenko, L. G., Dubinin, M. M,, Zaverina, Ye. D.,
-Krge Kravillnikov, K. G.
TITLE: Study of the Vapor Adsorption on Adsorbents With
Heterogeneous Surface~ Communication 2.. Experiments With
Organically Substituted Silica Gel
PERIODICAL: Izvestiya Akademii nauk SSSR. Otdeleniye khimicheskikh
nauk, 1960, No. 9, pp. 1535-1543
TEXTt The adsorption of various vapors on methylated course-porous silica
gel and a demethylated sample obtained therefrom is discussed here. The
conditions of investigation were chosen in such a way that an essential
change-of the specific surface seemed to be unlikely, Coarse-porous com-
mercial silica gel Kr_K(KSK) was taken as inittal sample and carefully
purified from iron and other impurities,. To methylate the surface, silica
gel was repeatedly treated with dichloro dimethyl silane vapors at 2000C.
Then, the vapors were sucked off in vacuum at 100'~C, and s.-l-J--a gel washed
with water until the reaction for the chlorine ion was negative. The
Card 1/3

Study of the Vapor Adsorption on Adsorbentq S/0-2/60/000/00"i/002/021
With Heterogeneous Surface. Communication 2. B02.1 B064
Experiments With Organically Substituted
Silica Gel
silica gel thus obtained is called C-1 (S-')~ A portion of silica gel S-1
was treated with nitric acid vapors at 2000C for 6 h, Thus, the organic
part of the surface was oxidized, the CH 3 radicals substituted by OH
groups, and the methylated silica gel with hydrophobic properties became
hydrophilic. This specimen was called C-2 (S-2). The composition of the
surface of silica gel S-1 and S-2 was determined by an organic analysis.
The analysis was carried out at the same time as the determination of the
weight losses in calcination at 12500., Table 1 shows the analytical.
results. It may be seen 'that the demethylation of the surface leads to an
increase of its degree of hydration. The specific surface of the specimen
changed by 3~o. Nitrogen, cyclohexane, benzene, and water were used as
adsorbates. Figs. 1-4 show the sorption branches of the adsorption iao-
thermal lines of the vapors of these substances. In a1.1 cases, the iso-
thermal lines for S-1 are lower than those fcr S-2. Table 2 gives a
comparison among the specific sorption Volumes. The authors explain their
results with the help of the respective publiolied data, Summing up: 1) The
Card 2/3

Study of the Vapar Adsorption on Acts o rtettt j
With Heterogeneous Surface. Communicatina 2. B023//B064
Experiments With Organically Substituted
Silica Gel
substitution of one part of the hydroxyl group3 of the silica gel surface
by methyl groups leads to a reduCtion of ito adsorptive power toward
substances in the vapor phase, and to an increase of the molecular fields
in the occupied monomolecular layers. 2) To determine the specific surfaces
of the adsorbents with a chemically non-homogeneous surface (on the basJs
of the equation by Brunauer, Emmett, and Teller for the adsorption iso-
thermal line), it is necessary to select the adsorbates with speoial care.
They should be as little sensitive as possible to the ~;hemical hetero-
geneity of the siirface. L. N. Kurbatov is mentioned. There are 5 figures,
4 tables, and 32 references% 22 Soviet., 2 US, I British, 6 Germar-4 and
Swiss~
ASSOCIATION: Institut fizicheskoy khimii Akadpmii nauk SSSR (Institute
of Physical Ghemistry of the Ac:--.tdemY :_,1 Sci~-nees USSR).
Moskovskiy gosudarstvennyy unlversitet im. M.V.Lomonosova
(Moscow State University imeni M. V. Lomonosov)
SUBMITTEDi April 2, 1959
Card 3/3

GANICHOKO, L.G.1 KIULEV, V.F.; KRASILINIKOV, X.G.,-,MURM, V.V.
&feet of the nature of silica gel and quartz surfaces on
,,tbeir adsorption properties. Part /+: Aidsorption and heat of
adsorption of alipbatic atAoholm on powdered silica gel.
Zhur.fiz.kh'-. 35 no*8:1728-1726 Ag 161* (M3PIA 14:8)
le Moskovskiy gosudaretwennyy universitet imeni M.V.
Lomonosova,
(Alcohols) (Adsorption)

GANICHENKO LA.; XISELEV, V.F.
Investigating the surface properties of titanium dioxide arystals.
Dokl~AN SSSR 138 noo3.-608--622 My 161, (MIRA 14.5)
1. Moskovskiy gosudarstvannyy universitet im, M.V,Lomonosova.
Fredstavleno akademikom M.M,Dubininyme
(Titanium dioxide crystals)

GANICHENKO, L.G..; KISELEV, V.F.; MURINA, V.V.
Adsorption properties of the crystallins titanium dioxide surface.
KinA kat. 2 no.6-877-886 N-D 161, (MIRA 14:12)
1. Moskovskiy gosudarstvannyy universitet, fizicheskiy fakulltet.
(Titanium oxide)
(AdBgrption)

4/Prt-4~,Nbl 4,:
6
L 2 P=~5 Epr.
Y +PCO R-!I/JD/JG
M
'iq
ACCESSION NR: A.F4044078 0 /025
_2por, N,,D, I Topcjij.~dv K ''Et I
AUTHORS; Ganichenko, L.G. 501; T
Investigation of the ph sico-chemical prop~eirtie~ Of the. r ire 1
TITLB y
earth element oxides
SOURCE: Moscow.,Universitet. Vestnik.' SeTlya ;L) . no i 4":'
.1964. 19-25
1110PT(I 0 X
TAGS: rare earth oxide-lanthanu~-oxide:: ned hi: Ide,
samarium oxide, holmium oxide, ergium 'Oxide, yt~ lum 9'';* i~d
tr
enti.:Ll thermal analysis,, vacuum thermal analymis'~ ;Inalyslp
chemical analysis, catalyst pre rationt otable drlfot hodi fi C. 1 "101' j.
ABSTIUCT: Some of the ca nd electrionio 01 r +0 e, ~ :0 r,~ th
oxides of La, Nd. Sm, Ho' rw.- Yb were Anvemt1gaAbd d-Iff er ~.itj4*
tA
thenial, vacuum-thermal, x-~ray and chemical ajialysh 113, 13~ ia W.+
was worked out for obtaining catalystaqvith l1hrge. mrv i;t
e.i
The apecific surface, purity, nature of the impii-A. L-1 e a' axioi-
re
ence of stable crystal modification oiof te4era,*~i~ nteiv:als;~ n
which compounds are.catalytlog were determlaeio!' NP 4 1iaes we;-
Card 1,

L 23039-65
ACCESSION NR.' AP4044078
droxides which: were tobll'~etoi I ~nd drl:e
prepared by calcining the by
for 24 hours at 1200. Derivato-grams (sho~lhlg' thoiltilos:6 1114~ibe tri Go
'(!'~ IT
and differen ling MA: curvea
differential velrzht loss DTG tial beaA
of the s a m p le s - Ii e a t i n g' to 1000c at i,ate (if I
trogenL 110
min. Ni~ere obtaiiied. Water and rit ''(I
oxygea or hydrogen, were given off on heatIng., Tildi ea:~Lth
11 b all L;
oxideG all showed essentia y Identical thermal cor,i-0,ers n; :t~tLe.
endo-i-~eaks were Indicativeof removal of dif f erontjly bdildedL wa t e
The ppak at 7500 was attributed to dehydra.tlon~an(i liot ii~ j; 'I Phase i
transition. The exothermic effect discussed by W, ii . Ht.'er and
S4
Roy (it. Am. Cer. Soo. 42, 563, 1�59) was, nLo.t obse-r'~;Od EOd! x-ray 1
ai for ;6.
study; showed no polymorphic transformation. Vaculml e
e
hours at 4000 was recommended for-essentially ooml, t -rolmoval df
nitrates. N'fjqO'~~',prepared in this man ontabied no Ani IL
tratep, had a crystal sthature.,C and 6 spe .1 rif a 1 ~:Of '50 Vi2il~ 9112 i
Orig.:`art, has: 4 figures and 2 tables.:,
~13tVC~L JODCO
ASSOO'EATION: nXe&a Azicheskoy klx#ii Mosloovskogo
;iteta
io
unLveri (22prtRq!~~ Dws al Chomistr7p W cow abi :VIATiWisk)
Card 2 3,
r

ACCESSION NR: AP4009923 S/0057/64/034/001/0077/0088
AUMOR:-GaiRi~4,ey,,A.A.; Golant,V.Ye.; Zhilinslciy,A.P.; Khotimskiy,B.Z.; Shilin,V.N.
TITLE: Investigation of the diffusion of charged particles in a decaying plasma in
a magnetic field
SOURCE; Zhurnal toldmicheskoy fiziki, v.34, no.1, 1964, 77-88
TUPIC TAGS: plasma, plasma decay, diffusion, charged particle diffusion, diffusion
in magnetic field, ambipolar diffusion, helium plasma, helium plasma decay, helium
ion diffusion
ABSTRACT: Previous measurements (V.Ye.Golant and A.P.Zhilinskiy,ZhTF,32,127,1962)
have shown an anomalously high rate of decay of plasma in a longitudinal magnetic
field when the diameter of the discharge tube is small. 7n order to investigate this
phenomenon, the decay of spectroscopically pure helium plasmas was observed in glaw
and quartz discharge tubes with diameters ranging from 0.4 to 6.6 cm. Longitudinal
magnetic fields up to 6000 Oe were employed with the smaller discharge tubes, and
fields as high as 1300 Oe were employed with the largest tube. The plasmas were
formed by hot cathode pulse discharges in He at pressures from 0.05 to 1.5 mm Hg.
Card 1/5

ACC.NR: AP4009923
The decay was followed by observing the shift of the resonant frequency of a micro-
wave resonant cavity surroundIng part of the discharge tube. In some.cases the
change in the Q of the cavity was also followed in order to obtain information abDut
electron collision rates. Wavelengths in the neighborhoods of 3 and 30 am were Or,-
ployed. Transverse diffusion coefficients were calculated from the OlYserved de-
cay curves with the aid of suitable assumptions concerning the longitudinal-diffus-
ion. The transverse diffusion coefficients obtained for plismas in discharge tubes
with diameters of 4 cm or greater agreed well with theoretical values. Those for
plasmas in smaller discharge tubes did not, the observed transverse diffusion coef-
ficients being greater than the theoretical by a quantity that is roughly indepen-
dent of the magnetic field. The following possible causes for this anomalous be-
havior are briefly discussed and rejected: impurities in the gas; enhanced electron
temperatures; distuebance of the ambipolar diffusion mechanism by magnetic field in-
homogeneities. The authors consider it most likely that an instability develops
and gives rise to anomalous transverse diffusion. The excitation of oblique drift
waves or ionic-acoustic waves, and the development of small scale flute instability
are mentioned as possibilities. During the experiments it was noted that even a very
small misalignment of the discharge tuba with respect to the magnotic fiel.;~ would
greatly 4acreAso the plasma decay rate. The diftusivie decay of a plasma in a rec-
Card 2/3

ACC.NR: AP4009923
tangular discharge tube in an oblique magnetic field is treated theoretically. It
is shown that when the angle between the discharge tube axis and the magnetic field
lies between certain limits, the ambipolar diffusion mechanism is disturbed and the
electrons diffuse primarily along the magnetic field while the Ions diffuse mainly
transversely to it. The relation between obliquity to the magnetic field and plasma
decay rate calculated for a rectangular discharge tube accounts reasonably well for
the effect observed with cylindrical tubes. "The authors express their deep grati-
tude to V.V.Bulanin, who participated in some of the experimental investidations.
The authors are deeply grateful to O.P.Bochlcova, in whose laboratory the spectrum
analysis of the gas was conducted." Orig.art.has: 28 formulas, 8 figures and 2 ta-
bles.
ASSOCIATION: Leningradskiy politekhnicheskiy institut im.M.I.Kalinina (Leningrad
Polytechnic Institute)
SUBMITTED: 09Jul63
SUB CODE: PH
3/3
Car
DATE ACQ: l0Feb64
NR REP SOV: 012
ENCI;- 00
OTHER: 003

A117oo6677 SOURCE CODE: uR/o145/66/ooo/
ACC NR, 010/007-J/0078
AUT11OR:. Ganichev,_ .._I.,(Engineer)
A-
ORG: None
TITLE: Determination of the natural frequencies of oscillations of-a compressible
iluid in a complex pipeline
SOURCE: IVUZ. Mashinostroyeniye, no. 10, 1966, 73-78
TAGS: compressible fluid, pipeline, fluid flow, oscillation / P10-11
ABSTRACT: The author considers oscillations of a fluid in a pipeline consisting of
n sections (see figure) where the paremeters Zi. fis ai (i=l, 2, 3,..., n) are known.
Linearized equations of disturbed one-dimensional motion of an ideal compressible
fluid in the i-th section are given together with the
boundary conditions at the joint between two sections.
Formulas are derived which'may be used for setting up %910
frequency equations for a pipeline made up of sections
differing in length, cross sectional area and acoustic P.(/) 4ajL-t.4
velocity, assuming boundary conditions of the 4coustic
type. Expressions are also found for velocity and pres-
1/2 uDc: 621.643.2/3

ACC NR: AP7006677
sure curves. It is shown that any honuniform pipeline with a given number of elements
has a spectrum of coefficients which completely determine its dynamic properties. A
set of rules is given for writing out th'ese spectra in terms of the coefficients of
refraction and reflection. The article was presented for publication by Doctor of
technical sciences V. I. Feodoslyev, Professor at the Moscow Technical College im
N. E. Bauman. Orig. art. has:, 3 figures, 1 table, 11 formulas.
SUB CODE: 209 13/ SUBM DATE: 22Dec65/ ORIG REF: 005
LC,,d 2/2

GANICHEV, A.I,, assistent
Forced vii~~ations of an ideal compressible fluid flow in a uniform
straight PiPe under the action Of an external pressure. Izv.vys.ucheb.
zav.; Mashinostr. no.4:62-69 164. (MAL 18!1)
1. Moskovskoys vyeaheye tekhnicheskoy uchilishche imeni N.E.Baumang.
;* Z-f, - -w~i-- ~':111.1. 11 :- f !. 0 tovs-lill It!! lut'M
i 0 1~ If .1 1 1 1 . .

GANICHEV, D.A.; TJTKIN, X.G.
Possibilit7 of the analysis of the distribution of electrons
according to t,heir total energies in a qxMi-spherical condenser.
Fiz. tver. tela 1 no.4:648-653 159. (MIRA 12:6)
1.Leningradekiy politekhnicheskiy institut im. R.I. Kalinina.
. Olleetrons)

SOV/109-4-1-29/30
AUTEORS: ~~~~~d Utkin, K. G.
TITIZ: Accuracy of the Spherical Condenser Method (0 tochnosti
metoda sfericheskogo kondensatora)~Letter to the Editor)
PERIODICALt Radiotekhnika i Elektronika, 1959, Vol 4, Nr 1,
p 148 (USSR)
ABSTRACT: N.A. Soboleva investigated the accuracy of the spherical
condenser method in a work published in this journal
(Ref 1). Here, it is pointed out that the so-called
yield coefficient measured by Soboleva should have been
zero and the fact that it was not was due to the experi-
mental errors. Consequently, it is pointed out that
~obolevals experiments were burdened with an error when
determining the electron trajectories by means of an
elect.,rolytic tank. There are 2 Soviet references.
SUBMITTED: May 6 , 191;8
Cardi/l

Ila

AUTHORS t Vasil - yov. G. F. , Vol Ltova, A. 9f.
P.L".,., L.Ta. and T.snapol-mkaya. A.A.
TITLBt S
. naron Cathode 11 -trc.i 0, 1 Th. Ilth
Intordepartmont al
Meeting) Washil. d a! t~ftunyy seminar P. %ated,
.
:
elektrouLke) (11-a ansedeniyo)
PRPIODICAL, Rdict.kh.1k. I I.kt-lka, 1959, Vol k, Nr
pp 731 - 732 (USSR)
ABSTRACTI
o
A Meeting or the *minor took plac " Dow
t rc~., 3
at the Institut r ki I:k
ad'oekhai
t ut t Rod - Insert :.d .1 tronice
it
1. ., .& of the
..Sc.U3SR). During the meeting 6 papers war* read.
Yu,G. Ptushinakly read a paper entitleds "Kinetics of
the Adsorption of Oxygen on the Surface of Tungsten*.
by X.tL DykMao, and S.M. P.k.r.
Th. a..." pap.r
-
-
~-rconductor.
3
d..It with mThe dmixture rhoto-dtfeet of
j

the on ha Swciton Light Absorption". The
I.
osl
0 T T
r _q0.WlCh was devoted to "The Probi- of
po,, 4
th rSecondary Electron Emission of Fine films of a
Number of Organic S.b.taaawaw. The problem of *SArfszo
Car*IJ2. lonisation In a Strong Electric Field an a Surface with
s, Man-howog*noou. Work Function" was considered by
%
Ys. tandborg and 9.1. lance. I.N. Bakulina and
-
1.
ioo. road 0 POP`ar--QnTl1I*d *D-efe-r-mrft-atlon of the
:
gloctron Attachment Energy and of the potentials of
Atoms by the Method at Surface lonj4atLan". K.L. j
Tanno-Ra-skly and A.P. Alsk~OvGA*Alt with t'1;-.probXm*
f-w-ft w
f Th
Di
t
0
h
i
o
a
rio
age o
roug
v
ec
407
Who. the Current C-I- Are XMtedh...d through on. or the
Contacts by Means of Bloatron 11mbardmentO. The 1#0tur.
by I.Q. M)ttu discussed the following
0 . IGHT-Y or th.-AwelyaA. of the Total-onargy
Distribution of Blectrena in a Quest-sphorlook CoodannerA.

'
Th. work by N.L. Sapless, B.A,-111griums, o14 A It 3
-
-
-
ll-M
dealt with 'An
v
G
svTigation at the secondary a
rn
emission and the charesterlatle, oasrlY lesson of a number 1'
of disla6tries (glass, miss. r3warito and alkali-baloid
mosiocrystals).
Card 2/2
UNOWN 06 ~