SCIENTIFIC ABSTRACT TSITSVASHVILI, SH.I. - TSITSYN, N.V.

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TSITSVASHVILIp Sh.I.
Influence of a forced r--se of air on the vertical stabilit7 of the
atmosphere. Meteor. i gidrol. no.5:47-52 My 165.
(MIRA 18:4)
1. Zakavkazskiy nauchno-issiedovatellskiy gidrometeorologicheskiy
institut.

TSITS11ASIMLIP G. N. FA 51-T?O
l6w law
MinlOt Methods
Roofs
"ControllLng Roofs In 0110=ftg Cuts of the Chlatursk
Mines.* G. N. Taltailashvill,, Mining AW, 2j Vp
loorn)7 Zhurn No 3
Describes Tarlow methods of roaring support and-
Mfting development used at Chiatursk. Ulustrateg
the use of emergency supports (S.U.R.B.). and oz.
plains hov use Increwas vork productivity.
Lc

TOHIMRG, S., starshir inzh.; T81TSIASHVILI.- M inzh.
--
New loading and unloading techniques used in Leningrad's harbor.
Mor. flot 19 n0-2:28-33 7 '59. (HIRA 12:3)
l.TSentrallnoye proyektno-konstruktorskoyi3b7uro po portam.
(laningrad--Harbor) (Ioading and unloading)

TSITSIASHVILI, Sh.I.
PrIoblem of so-called heboid psychopathia, Bud.-aed.ekspart. 3
n0.1:50-54 Ja-Kr 160. (MM 130)
1. TSentrallwy nauchno-iosledovatellakiy inetitut sudebuoy
poikhiatrii imeni V.P. Servskogo (dir. - dotsent G.V. Morozov).
0GHIZOPHRUILY

psyc~liafxic ovl-lj)l:itjoJl of .'01'rf; Or
shi:mhrenin.ll Vns, ll?Y~, I'-,' pr) (,Second I'm; a:Ite lleil lr:!;t, im
11.1. Firngov) 220 co:;ip3 (FL, 27-15~, 118)
- 227 -

GERTBRIKEN, S.D.; TBITSILIANO, D.D.
Investigating self-diffusion In silver by the method of the
boundary problem; Fiz. met. I metalloved. 6 no. 1-.89-94 '58.
(MM U:8)
1. Kiyevskly gosudarstvennyy universitet.
(Silver)
(Diffusion)

SOV/126-6-1-11/33
AUTHORS: Gertsriken, S. D. and_Z&It___.i1_1Lano, D. D.
TITLE": Self-Diffusion in Silver Studied by-Tracer Methods
(Issledovaniye samodiffuzii v serebre metodom
konechnoy zadachi)
PERIODICAL: Fizika Metallov i Metallovedeniye, 1958, Vol 6, Nr 11
pp 89-94 (USSR)
ABSTRACT: Ag 110 is deposited on one side of annealed silver foil
25-40 IL thick by electrolysis; diffusion is done in
vacuo with two specimens with their activeli6des turned
inwards pressed together. The residual Ag is then
measured from the y-ray emission (some silver evaporates).
The foil is sampled by electrolysis, from the active
side, until all activity is removed. Table 2 shows the
results obtained, Table 1 being an auxiliary table for
the parameters involved. Fig.2 and Table 3 surwaarize the
results; Table 4 compares these results with those given
by others, and the agreement is found to be 6ood, '21--e
method has, Uhu advantza~;e of being rapid even at low
Card 1/2

SOV/126-6-1-11/33
Self-Diffusion in Silver Studied by Tracer Methods
diffusion rates. The result san be represented as
D = 1,084 exp(-4L~,800/RT) cm /see.
There are 2 figures, 4 tables and 5 references, 3 of
are Soviet,, 2 English.
ASSOCIATION: Kiyevskiy gosudarstvennyy universitet
(Kiyev State University)
SUBMITTED: July 6, 1956
Card 2/2 1. Silver-Diff-asion 2. Silver-ElectrodepoSjt4 n
.0
3. Silver--Electrolysis

GKRTSRIKEN, S.D.; TSITSILIANO, D.D.
Analysis of.-se1f4iff,usion in silver and in its alloys by means of
the finite problem. Nauk pov~d. KDU no-1:30-32 '56. (MIRA 11:4)
(Silver alloys) (Diffusion)

GERTSRIKFIT, S.; T$ITSILIMIO. D.
Determ
fining th'a absolute value of the a elf-diffusion coefficient
along grain boundaries and boundary width. loslo po zharopro aplav,
3:16!f-167 ' 58. (MIRA 11:11)
(Crystal lattices) (Metal crystals) (Diffusion)

-S I 4z Az I

-
V
i

W r-M,

RUDICH., Sorgey Ivancyvichg kand.tekbn.nauk; TSITS.ILUNOo -Dania-Denisovichi
kaW.tekbn.nauk; NAGORMY., A.G. A.H.3p redo) -
CHERBVATSXUV S.A* [therevatoll7it S.A.]. tekbn.red.
(Vachanization of the procurement and placement of local
fertilizers] Mekhanizateiia. zahotivli ta vnesennia mistsevykh
dobryv. Kyiv., Derzbovyd-vo sillelkobospodarslkoi lit-ry MSR
1961- 150 P- Wn 1501
(Ukraine-Fertilizers and manures)

FSTROVA, K.; TSITSIN, F. .111.
. _,o
owwwoow 5ar. rat -, relch.,
si coi;mo;7 erence. Vest. MOsk- un,
antroL.. fiz. khim., 12 no-5:233-237 '57. (MIRA U:g)
(Cosmogony--CongreonoB)

Subject
Card
Author
Title
Periodical
Abstract
AID - P-64
USSR/Astronomy
1/1
Tsitsin, F. A.
: A Simple Solution of V. (). Fesenkovts Theorem
: Astron. zhur., V. XXXI, 1, 80, Ja - F 1954
The theorem of V. G. Fesenkov (1940), assumes that.
if the surfaces of stellar density in the Galaxy are
similar and distributed on ellipsoids of rotation
occupying similar positions Ithen the galactic con-
centration is equal to (A/Ci , where A and C are the
large and small semi-diameters of the Galaxy respec-
tively. Simple mathematical reasoning proves the
theorem. One graph and two Russian references are
given.
Institution Department of Stellar Astronomy, Moscow State
University
Submitted July 1, 1953

TSITSIX.F.A.
Direction of rotation of spiral galaxies. Astron.tair.no.157:
10-12 F'55- (MLRA 8:10)
1. GoBudarstvennyy astronomichaskiy institu imeni P.K.Shtern-
berga.
(Stars--Clusters)

- - . I !! Tv :_I
.oI.,-; - y -- - T
MIKISHA, A.M.; TSITSIN, F.A.
Some problems in the theory of the galactiC potential. Astran.zhur.
33 no.6:885-889 N-D 156. (KIaA 10:1)
1. Goeudarstvannvy astronomichaskiy institut imani P.K. Shternberga.
(Stars-Distribution) (Milky Way)

A. A)
25-8-41/42
AUTHORs Tsitsin, F.A., Scientific Collaborator of the State Astronom-
Ic T-ns-Tl-tute imeni Shternberg
TITLE: The Comet Arenda-Rolana (Kometa Arenda-Rolana)
PERIODICAL: Nauka i Zhiznl, 1957, # 8, p 63 (USSR)
ABSTRACT: In April 1957, a faintly illuminous celestial body could
be observed in the north-western sky. This was the comet
Arenda-Rolana, discovered by Belgian astronomers in the
fall of 1956. After several months of observation, it was
established that this comet approaches the sun more closely
than any other comet and 3 times closer than the Earth, at
a distance of about 50 million km. The work done by foreign
and Russian observatories disclosed that this comet possesses,
apart from the ordinary train a second, long and thin tail
going in the opposite direction. The appearance of this
comet took many astronomers by surprise, because comets
approaching the sun periodically have already.been studied
and their movements are generally known. It is believed
that the Arenda-Rolana probably approached the sun about
Card 1/2 one thous4nd years ago and afterwards nothing more was seen

The Comet Arenda-Rolana
or heard about it.
AVAILABLE: Library of Congress
25-8-41/42
Card 2/2

AUTHbRS-. 11yLikishal A. M. a4d Tsitsin, F. A.
TITLE: -,Ii the distribution of mass in the Galaxy. (K voprosu o
raspredelenii mass v galaktike).
PERIODICAL: Astronomicheskii Zhurnal, 1957, Vol.34, No.1, pp.45-54. (USSR).
ABSTRACT: A m;thod for the determination of the mass distribution in the
Galaxy has been given and discussed by Lindblad (1) and
Parenago (2). Since neither "rigid rotationn (homogeneous
spheroid; force in the galactic plane directly proportional to
distance from the centre), nor "Keplerian rotation" (all mass
concentrated in the nucleus; force in galactic plane inversely
proportional to distance from the centre) are realised in the
Galaxy, the above workers concluded that part of the maso is
concentrated in the nucleus and the rest is distributed in
the Galaxy (uniformly in the first approximation). Assuming
this, they try the foilowing law of force:
F = Fl + F2 = aY-2 + DR.
It is now pointed out that the above law is not an
empirical one but results from the adoption of the particular
model of the Galaxy. In their later work Lindblat and
Parenago abandon, in fact, the above model and calculate
not the mass of a homogeneous spheroid but the mass of a
Fo-m-ogeneous flat disc. The correct formulation of this problem,
i.e. the determin-a-E-lon of the mass of a uniform s heroid, is
given in this paper.

On the distribution of mass in the Galaxy. (Cont.)
The following symbols are used: 6 - density of the
nucleus, R - distance of the sun from,the centre of the Galaxy,
RG - radiug of the Galaxy, G - gravitational conBtant,8M I -
mass of the nucleus, M - mass enclosed within a sphere of
radius Rol M 2 -mass of.the Galaxy without the nucleus,
- neral mass of the Galaxy (with nucleus), F0 - force
Pq a U-stance R 07 F~l - derivative of 'lie force, - density
at a distance Rol anao 'A, and )A2 - Parameters the
determined.
Initial distribution. A spherically symmetrical
heterogeneous system i lly determined when the density J(R)
is given. The four equations (4) and (8) may be solved for
the four unknowns 5ol 61 )111 `k12, if a functional form is
assumed for 5 (R,)Al )2)' It has been shown by Kukarkin
and Parenago that
(R, )4.1, U2) = )Alexp (- 'A2 R)
Assuming this form and putting
r 1.5 Kparsecs; Ro = 7.2 Kparsecs;'RG = 13 Kparsecs;
A 19.5 Km/sec/KParsecsi B = -13 Km/sec/K arsecs
oneobtains (as a result of the so ution of (4) and M):
Ml = 0.61 x 1010 sun masses
r02 = 10.7 x 10io sun masses

On the distribution of mass in the Galaxy. (Gont.)
Homogeneous model. Taking a homogeneous model for the
above initial heterogeneous distributions, equations (10),
(11), (12), lead to:
0. ?2 x 10 U sun masses
l.?9 x 10 11 sun masses
It may be shown, using equation (8), that
~(Ro) = jo = ?.96 x 10-25 Wee.
This is seven to eight times less than the observed value in
the Solar Vicinity. This indicates that the density
distribution is far from being spherical.
The quantity )A2 is equal to - d (in (see ea.9).
UR
in the initial distribution, it turns out to be 0.63 Kparsec-1
which leads ta (1g 0.2/ Kparsecs- 1
-M
Observational data for this quantity are
0.25 j 0.2? Kparsecs- (spherical component)
0.11 -* 0.16 Kparsecs (plane component)
The agreement of the numerical value of the logarithmic
gradient of density in the galactic plane with observed value
for.stars of the spherical component suggests that dynamic
influence of the component is higher than is usually assumed.

On the distribution of mass in the Galaxy-. (Cont;)
Next, it is supposed that the initial distribution is an
heterogeneous spheroid. Here it was assumed that
r = 1.5 I~parsec; Ro 8 Kparsec;
A = 19.5 Xm/sec Kps; B -13 Km/sec/Kps.
The symbols used are: r - radius of the equatorial section
of the nucleus, R - radius vector in the equatorial plane of
the.spheroid, M mass enclosed within a spheroid of major
semi-axis R e - ecceAnItLic*t of the meridian section of
. 0 _~Iy
the spheroid, and e = 41 - e'.
The parameters Al, )21 6 and e are obtained from the
set of equations (14), where Fl(R) and F 2(R) are the attractive
forces due to the nucleus and the spheroid respectively. The
attraction due to an heterogeneous spheroid with the nucleus
removed, F (R ), is then written down in the form of an
integral . Keolatter is replaced by a sum of finite terms to
simplify calculations, and the four equations (14) are solved
for 6 and e. This leads to the following:
3.47 x 1091sun masses
1.26 x 10 sun masses
Thus, tae mass of Lhe nucleas is 2.75% of the total mass of
~ _L I _;eneous s )h( -oidal d - stl~-ibution.
the ini;ial het~ro

On the distribution of mass in the Galaxy. (Cont.)
If the above initial distribution is represented by a
homogeneous model, i.e. a homogeneous spheroid of the same
with a nucleus, then
01 = 0.70 x 10 11 sun masses
M = 1.24 x 1011 sun masses
Here the mass of the nucleus is 56.5% of the total mass.
Thus the attempt to represent a heterogeneous spheroidal
distribution by a homogeneous model leads to an over-estimation
of the mass Of the nucleus by a factor of twenty!
The method used above for the model of a heterogeneous
spheroid with constant e, may be used to construct a model
which will correspond (approximately) to a real Galaxy. In
this, the Galaxy is considered as consisting of a homogeneous
spheroidal nucleus and of a spheroid of variable density.
The latter spheroid is conditionally divided into two
spheroidal parts, one inside the other, the two parts being
separated by a spheroidal layer through the sun kR = 8 KPS).
Here a is taken as variable in the inner spheroia and
constant for the outer one. This allows one to disregard the
contribution due to the dividing layer which passes through
the sun. Thus 8 = S (R), where
C = eR = constant. (R< r)
e = aR + b (r < R ~ RO)

On the distribution of mass in the Galaxy. (Cont.)
C = Co constant (R.> Ro)
a e erR0 - a r /2
0 r 0 r
a = Ro r b Ro - r
The following values are 0tW obtained:
N42 = 1-0? x 1 - gm/cc-
d 16S = 0.16 Kps-l
UH
eo = 1/9
e(R) = -0-0598R + 0-5897 (r.,< R Ro
1.07 X 10-22 gm/cc
6 = 0.62 x 10-22 Wee
yni = 0.64 x 1010 sun masses
.M = 1.87 x 1011 sun masses
Thus, Mi is 3-5616 of the general mass. It is pointed out that
in the case of a homogeneous spheroidal model the figure was
60% (a,factor of l?).
Results of the present paper are summarised in the Table
on P-54. Colimn headj*ngs: Number (1), Model (II), logarithmic
gradient of density -.!~ (1g ?) (Kps- ) (III), Mass of nucleus M
dR
(sul- m,.sses) (PT), General ma'is of Galaxy M (V), Relative mass

On the distr. b-u ion of . as in the Gal.-.,xy. (Co--t.
of nucleus Cc (VI), Cver-esti,llation of elative
mass of the nucle s due by assuming ho"mogeneousmodel
c1hom (VII) C (VIII).
In column (II); Row 1: Heterogeneous sphere with
spherical homogeneous nucleus; Row 2: Heterogeneous spheroid
with a spheroidal homogeneous nucleus (e - const.); Row 3:
Heterogeneous spheroid with spheroidal homogeneous nucleus
(e variable).
Column VII in the above table indicates that the
homogeneous model cannot be assumed even as a rough
approximation. Model No-3 leads to an estimation of the
mass of the Galaxy and its nucleus, of the density in the
galactic plane, and the variation of the concentration of
matter in the galactic plane as a function of the distance
from the centre of the Galaxy. 2 Tables and 1 Figure.
7 references, 5 of which are Russian.
State Astronomical Institute
imeni P. K. Shternberg. Reed. July 9, 1956.

AUTHOR: Mikisha, A. M. and Tsitsin A~ 33-4-19/19
TITLE: On the application of the Virial Theorem to the
mechanics of stellar systems, (0 primenenii teoremy
o viriale v dinamike zvezdnykh sistem.)
PERIODICAL: Astronomicheskiy Zhurnal, Vol.34, No.4, 1957,MR-680
9b )
ABSTPACT: It is shown that in a system of material points which
obey Newton's law of gravitation, and whose moment of
inertia is a linear function of time (or a constant),
the magnitude of the potential energy is equal to twice
the magnitude of the kinetic energy.
It is claimed that this statement is mom general than
that given by Parenago ("Kurs zvezdnoi astronomii",
3rd ed., page 397). Parenago states that the relation
2T + 9 = 0
holds for "stationary or linearly non-stationary
systems".
The author gives an example where the system is non-
stationary and the condition I = constant is also
satisfied (I is the moment of inertia). The Virial
Card.1/2

33-4-19/19
Qa the application of the Virial Theorem to the mechanics or
stellar systems.
Theorem as foraullated by the author applies in this
case but in Parenago's formulation it does not.
There am no figures, tables or references.
SUBUITTED: January, 30, 1957.
ASSOCIATION: Stemberg State Astronomical Institute
(Gos. Astronomicheskiy In-T im. P. K. Shte;nberga)
AVAILABLE: Library of Congress
Card 2/2

25-2-36/43
AUTHORt Tsitsin,_ F.A., Scientific Co-Worker of the State Astronomical
Institute imenj~. Shternberg
TITLE: Atalia (Ataliya)
PERIODICAL: Nauka i Zhizn', 1958, ff 2, p 77 (USSR)
ABSTRACT: Atilia - a small planet, belonging to the family of
asteroids, was first discovered in 1903. It has a diameter
of 25 km and its light intensity is too weak to be seen with
the naked eye, For years Atalia disappeared from the firmament,
but was re-discovered in 1953.
ASSOCIATIONs State Astronomical Institute imeni Shternberg (Gosudarstvenniy
AstTonomicheskiy Inatitut imeni Shtornberga)
AVAILABLE: Library of Congress
Card 1/1

VORONTSOV-VELIYAMIIK)V, B.A.; DOUCHATEVA, O.D.; YEFREWI, Tu.I.;
KNARENED, B.I.; U2IMVA, D.K.; KOSTrAKOU, Te.B.; LOZINSKIT, A.M.;
MWVA. G.A. ,_TSI.TSIIN,_?.A.; SHAROV, A.S.
Observations of Arend-Roland's comet (1956 h). Astron.tsir.
no.180-2-4 W '57. (MIRA 13:4)
1. Gosudarstvennyy astronomichaskiy Institut im. P.K.Shernbergs,
Moskva.
(Comets--1956)

ACC NRs AP6010552
SOURCE CODE: UR/0026/65/000/011/0094/0101
i a
!AUTHOR: Tsitsin, F. A.
jORG:-.'State Astronomical Institute im. P. K. Shternberg, Moscow (Gosudarstvennyy as-
lironomicheskiy institut)
TITLE: Space and intelligent beings
SOURCE: Priroda, no. 11, 1965, 94-101
lity
TAGS: exti-aterrestrial life, interplanetary space, planetary satellite, proba-
B~TRACT: A critical philosophical examination of some existing theories and a series
f arguments are presented by the author to support his viewpoint that life in the uni
erse is not uncommon and to refute some existing concepts. The A. I. Oparin and V.
. resenkov book entitled "Life in the Universe", which states that only one of 105-
166 stars may be the iun of a habitable world, is used as a basis for.examining the
ethods of mathematical probability as they am used to predi6t the extent of life in
he universe. The proposition of I. S. Shklovskiy that one of the satellites of Mars
s artificial is examined in detail and refuted. In conclusion, the author speculates
hat the convergent evolution of independent civilizations and their carriers is most
robable. Orig. art. has: 3 figures, 1 table,
SUB CODE: 03,12,06/ SUBM DATE: none/ ORIG REF: 004
Card 1/1 UDC: 523.07

MIKISIU, A.M.; TSITSIN, F.A.
Formula for relaxation tbw. Vest. Mosk. un& Ser. 3: Fiz.
astron. 20 no.5:74-'77 S-0 165. (MIRA 18:115
1. Kafedra 2,vazdnoy astronomii Moskovskogo universitetao
Submitted June 1., 1964,

TSITSIN, F,A.
Cosmos and -intell.'Jgf-,nt brings. Priroda '54 nr,.11,-~4-~r,-
.i - -L
(MIRA
1. Gosudarstvenny-y astronomictieskiy "nititut 1-ni. TI.K.
Shternberga, Moskva.
"5.
0
'18111)

--TZI=IUI-"
Some problems affectirg an axio-matic construction of the
dynamics of stellar systems. Trudy Astrofiz. inst. AN
Kazakh. SSR 5:211-218 165. (MIRA 18:6)

TSITSIN, F.A. -
Definition of the Ivoll, 8 concept for systems of a corpuscular
nature. Vest. Mosk. un. Ser. 3:Fiz., astron. 18 no.5:54-57 S-0
163. (MIRA 16:10)
1. Kafedra zvezdnoy astronomii Moskovskogo gosudarstvennogo
universiteta.

VORONTSOV-VILIYAMI.NOV, Borin Alaksandrovich; KRASNOGORS KAYA, Alisa
Arkad'yevna; Prinimal-i uch$stiye: TSjTSIHj_Fkj PONOMAREVA,
G.A.; MAKAROV, A.N.; KUKARKIN, B.f.-,, prof., otv.red.;
YERMAKOV., M.S.., tekhn.red.
[Morphological catalog of galaxies. Part 1. Catalog of 7,200
galaxies with declinations from 90 to 451 Morfologicheskii
katalog galaktik. Chast' 1. Katalog 7200 galaktik ot
90 do 45 skloneniia. Moskva, Izd-vo Mosk.univv., 1962,
205 p. (Moscow. Universitet* Gosudarstvennyl astronomicheskii
institut. Trudy, vol.32). (MIRA 16s2)
(Galaxies-Catalogs)

pjBAyj B.A.; TSITSIN, F.A.; SHAROVp A.S.
t ---
Letter to the editor. Astron.zhur. 38 noo3t566 YAV-JTe 161.
OML 14:6)
1, Gosudaretvennyy astronomicheakiy institut imeni F.K.Shternberga.
(Staro-Clusters)

"Dynamics of stellar systems" by K.F.Ogorodnikov. Reviewed by
F.A.Tsitain. Astron.zhur. 37 no.6:1128-1130 5-D 16o. ()aRA 13:12)
(Stars) (Ogorodnikov, K.F.)

DIBAY, Z.A.; TSITSIN, F.A.; SHAROV. A.S.
Applying the virial, theorem to the dynamics of star clusters.
Astron.zhur. 37 no.4:659-664 Jl-Ag 160. (KIRA 13.8)
1. Goandarstvennyy aatronomicheskly inatitut im.P.K.Shterabarga.
(Stars--Clusters)

TSITSTIT9 P.A.
White nights. Hauka i zhiznl 27 no-7:79 JI 160.
(MMA 13:7)
1. Gosudarstvennyy inatitut imani P.K. Shternberga. Monirva.
(Twilight)

S/033/60/037,004/oo4/012
FOJ~/EAA4
AUTHOR: Dibay, E,A.. Tsitsin, a Sharov, A.S.
TITLE: on the Application of the Virial Theorem to the Dynamics
of~,kL4111ar Clusters
xr--
PERIODICAL: Astronomichi3kiy zhurnal, 1960, Vol. 37, No. 4,
pp 659 - 664
TEXT: The so-called Virial theorem~which connects the potential
and kinetic energies of a stationary cluster, can be expressed
in the form:
2T + J1 = 0
For a stellar cluster, the kinetic energy is given b y Eq (2),
where m. is the mass of a star, v is the velocity and
rik the distance between stars I and k Assuming, for
simplicity, that the stellar masses in the cluster are the same,
the potential energy is given by Eq (3), where, M =~ mn and
represents the total mass of the cluster and R is a mean of the
distances between the various stars and is given by Eq (4).
Card 1/5

S/033/60/037404/004/012
B032/E314
On the Application of the Virial Theorem to the Dynamics of
Stellar Clusters
Avcording to Ambartsumyan (Ref.1), R should be of the order
of the radius'of the cluster. Using Eq.(3). V can be written
in the form given by Eq.(5). In order to calculate the
potential energy, it is convenient to replace the discrete
mass distribution by a continuous one and this does not intro-
duce a large error if the number of stars is not too low.
If the potential energy is defined as the energy necessary to
remove all the stars to infinity, then the potential energy
of spherically symmetric configurations is of the form given
by Eq. (6) and hence the required expression for W Is of th6
form given by Eq. (7)~ This formula can be used to calculate
R for various models of stellar clusters. In the present
paper, only those models are considered in which the density
is finite in the centre and does not increase in the outward
direction. For a unifcrm sphere in which the density is
constant and independent of radius, R = (5/6)a , where a is
the radius of the sphere. If the density varies according to
Card 2/5

S/033/60/037,004/004/012
E032/E314
On the Application of the Virial Theorem to the Dynamics of
Stellar Clusters
the law-~ (r) = too (I +. r25/2
then R is given by Eq.(9). Finally, if the density falls
off exponentially with distance, then k is given by Eq.(10).
W/a is plotted as a function of a in Fig. 1 for the last
two, models, respectively. The analysis is then applied to
multi-.layer distributions. For a two-.layer distribution
defined by:
a 6
b
where a and b are the radii and and 6 are the
densities of the inner and outer zones, i~ is given by
Eq. (11). Numerical calculations based on this formula are
Card 3/5

S/033/60/037/D4/oO4/012
E032/E314
On the Application of the Virial Theorem to the Dytiamics of
Stellar Clusters
given in Fig. 2 and Table 2. In the case of a three-layer
model, defined by:
b
- = m Y
c
where c. and e are the radius and the density of the
third zone, respectively, 'X is given by Eq. (12) and the
corresponding numerical calculations are given in Table 3
and Fig. 3,~, It is Concluded from these calculations that the
quantity R is usually 0.3 - 0.6 of the radius. Since it
is usually assumed in the dynamics of stellar clusters that
Tt is equal to the radius of the cluster, the characteristics
of clusters obtained from the Vkrlal theorem must be altered
in the light of the present results. The applicability of
the Virial theorem to stellar clusters still remains an open
question.
Card 4/5

S/033/60/037.404/004/012
E032/E314
on the Application of the Virial Theorem to the Dynamics of
Stellar Clusters
There are 3 figures~ 3 tables and 5 reforoncos~; It Soviet wid
1 English.
ASSOCIATION, Gos, astronomicheskiy in-t im. P.K. Shternberga
(State Astronomical Institute im. P.R. Shternberg)
SUBMITTM~ November 16, 1959
Cay-d 5/5

3(l)
AUTHOR:
TITLE:
PERIODICAL:
ABSTRACT:
Card 1/3
SOV/25-59-2-42/48
_Tsit~i~~~ Research Assistarit of the
institute
Observations of Mars (Nablyudeniya za Marsom)
Nauka i zhizn', 1959, Nr -0, p 77-78 (USSR)
The author gives a short account of some ob-
servations made of the planet Mars .1n 1956.
According to most observers the atmosphere of
the planet was by far less transparent than in
other years. A thick haze did not permit ob-
servation of its surface. The numerous so-
called canals, with the exception of fifty of
larger size, could not be seen. Sometimes
bright white spots and streaks appeared on the
surface - snow, hoar-frost or mist. In early
September an interesting phenomenon was observ-
ed; the southern polar cap disappeared for two
weeks. Evidently, it was hidden be.hind a haze
in the planet's atmosphere resulting from a

Observations of Liars SOV/25-59,2-42/48
dust storm. The investigations of the Soviet
astronomer N.P. Barabashev have shown that the
atmospheric part of the cap, which consists
of light clouds pervious to infrared rays, was
dispersed by the same storm. The astronomer
N.N. Sytinskaya has established that the color
of the dust particles was similar to the color
of the continents. In this way it was possible
to assume that this was really dust whirled up
by the wind from the surface of the continents.
The observations confirmed the circumstance
already previously noticed by N.N. Barabashev,
that the polar caps, evidently of reddish co-
lor, P-P neither compact nor half-transparent.
The disturbed state of the Martian atmosphere
at the time of opposition was also proved by
swiftly moving, yellowish dust clouds thousands
Card 2/3 of kilometers loyjg. 3ome of them could be

Observations of Mars SOV/25-59-2-42/48
observed for weeks. The atmospheric haze
cleared up only at rare intervals, and only
at these times did the view of the planet
improve.
ASSOCIATION: Gosudarstvennyy astronomicheskiy institut
imeni Shternberga (State Astronomic Insti-
tute imeni Shternberg')
Card 3/3

TSITSIN. F.A.
The sixth conference on cosmogony. VOP. ICOBm. 6:361-367 '58.
(cosmogony) (MIRA 11:10)

V*Pr~8Y k0dnogcnil, t. 6 (?rojleM3 in Cos=lony' Val. 6) nosco~'
Izd-vo All S35R, 19-518- 367 p. 2,000 Copies printed.
Sponsoring Agen-.y: Akzdamlya nauk 333R. Astronomicheakly Morst.
ARTICLZS
Xagmitsklyg V, A. On the Origin and BrOlution or continents
and oceans
Baranoy V I Latest Data in Determining the jarthia
Absof.i; ;'.
Levin# B. Yu, Ristor7 or the moon-@ FtotatIon and the
RhaologIcal. Properties or its Material
S&rrOUOV. V. S. On the OrOwth or Terrestrial Planets
i;~)Alrwarkf H. On the Origin or the Solar System
Lipper, A. Ya. Mid !~ M. ~T'r . Disintegration Processes
in
a
Light Quanta a r gnuloance in the royal*@
or Oageoum Nebulae
Sobolov, V.V. Physics of Planetary Nebulae
=~,Jw,.O.A. Dynamics of Planetary Nebulae
Light Pressuft and the Dynamics or Planetary
Nebulae
A600'an, T.A. Interaction of Stara with Diffuse Mattep
Kaplan, S. A. XIgnstid Oaf DY7MIdG4 and Problems of
cosmogony
ParkhOwnko, P.O. On the Preservation of Contlon-4 a
In the Formation of JaGments
Parkhomanko, P.O. Determining the Location or an RqUI.
00nd0rant' Thermonuclear Medium
tlk*l'nsr. 3-B- GO the Theories or the 'Squiponderant-
Origin or xlenants
XLan- U-1. TUG State Of Cosmology Today
WORTS
MWwkin- B-V- Conference an Variable Stars Sponsored
by the MM&arl&A Aoads% or Sciences and Hold In
Budapear, an August 23- , 2956
Terletakly, Ya. P. Symposium an Problems in Ilsotro.
Kh "goatic Phenomena in Condo Physics
OlOPOv, P-N- Conference On N*n-ftzed Star#
Vorontsoy-Ttilys.minov B.A. Conference an the ftyalas
of Plawt&27 Mebulle
fttka, ys. L. Conference of this Cowdttq: an C gwj
Devoted to I Do-
xamining the Possibilities r
vslOPmant of Xxtragiaaotlo Ast a
Taltain, F-A- The Sixth CosmgonircoAnloo7CO""4er*Cnooe"olV
39
56
N
98
112
157
211
221
238
265
269
273
2T7
333
334
338
354
359
361

TSITSIR-, M.A., inzh.
Electric power supply for the Xachkanar Mining and Ore Dressing
Combine. Izv. Va. ucheb. zav.; gor. zhur. .5 no.10il.43-145
,62. (MIRA 15:11)
1. Sverdlovskiy sovet narodnogo khozyaystva. Rekomendovana
kafedroy gornoy elektrotekhniki.
(Kachkanar region--Electricity in mining)

LIPOV, Pavel Petrovich; T ITSiN. Mikhgil-Aleks2yev~ch. Prinimala uchastiye
VESELKOVA, KOSOP kandeteklmonauk; hWOV, 1,1,9 otv.red.;
GALANOVA~ V.V.9 tekhn.red.j PROZOROVSKAYAt V.L.2 tekhn.red.
[Mining mechanic's handbook] Spravochnik mekhanika gorno-
rudrqkh predpriiatii. Izd.2,t perere Moskval Gosenauchno-
tekhn,izd-vo lit-ry po gornomu delup 1961. 787 p.
(MIRA 24:6)
(Mining machinery)

TSITSIK. Mikhail AlekpMevich; ABRAMOT, Y.I., red.izd-va; KONDRATITVA.
.S-
. 11 13ma VSKATA, L.Sh., takhn.red.
(Min'e electrician] Shakhtuyi elektroslessr'. Moskva, Gos.
nauchno-takhn.izd-vo lit-ry po gornomu dalu. 1960. 259 p.
(MIRA 13:8)
(Electricity in mining)
(Mining machinery-Equipment and supplies)

PWM I T-I*-A3IMF ISLA7P BTBTiT)('-rVFfTM%L .!,.TD 379
BOOK Call No.: fiF-France 1953
Authors: LIP07, P. F. ErA TSITSIN, M.- A.
Full Title: HANDBOOK F-011 MECIIIAITICS 0-7 OIRF-.11IIIIIING INSTALLAT1013
Transliterated Title: Spravochnik mekhanika gornorudnykh
predpriyatiy
Publish-Ing Data
Originating Agency: None
Publishing House: State Scientific and Technical Publishing House
of Uterature on Ferrous and Non-Ferrous Metals
Date: 1953 No. pp.: 1076 No. of copies: 13,000
Editorial Stal"f
Editor: None Tech. Ed.: None
Editor-in-Chief: None Appraiser: None
Others: A list of 16 names of those who took part in the editorial
work is given
Text Data
Coverage: This handbook contains technical data and characteristics
on equipment used in ore-nining enterprises, directions for its
choice and its calculation, and also information on its operation
and repair. The information, data and instructions appearing in this
book were compiled taking into account existing standards and opera-
tion and safety rules. Diagrams, graphs, tables, etc.
1/5

I _-, , -~f
Spravochnik mekhatilka gornorudnykh predpriyatiy AID 379 - I
This is a well-compiled handbook.

USSR/Diseases of Farr, Animals - Diseases Caused by R-2
Arachno-,Entcms.
Abs Jour: Ref Zhur-Biol., No 12, 1958, 54931.
Author Tsitsin, .1 CherlAsskiy, Ye. S.
In3t 221~~
Title Activated Creclin.
Orig Pub: Nauka i peredov. apyt v a. kh., 1957, No 7, 50-58-
Abstract: Activated creolin (AC), a homogenious mass with a
1-5-1C percent Y -isomer HChCH (hexachlnro-cyclohexan),
or containing DDT, or with both in any proportion mixed
with water creates stable emulsions. The technnlogi-
cal process is described and the advantages of ranu-
facturing AC with 2 percent of Y -HChCH in a plant
are pointed out. Scab mites are destroyed after a
single submersion of sheep into a one-percent emulsion
Card 1/3

Arachno-Entoms.
Abs Jour: Ref Zhur-Bir-l-, Nn 12; 1958., 54931-
of AC with 0.12-0-15 percent nf Y isorer rf JjChCH
at 180 ~76,7. AC has a prrphylactic effect lasting
for 6-9 months. More than 200 millicn sheep and
other fam anir~%ls have been successfully treated
with AC against scab mites and other parasites. After
the fur was treated with a one-perc*nt emulsion of
AC (of sables;, polar foxes, ermines, etc.), it re-
mained mothprcef for 3 years. AC is effective in
combating warble flies and cattle ticks, and may be
used in order to control nalaria mosquitos (Anopheles),
flies and common parasites. In various concentrations,
AC emulsion kills plant lice, mites, rjeal wormis, stink-
bugs in the covered ground; plant lice) caterpillars
of the lilac moth, larvae of the thickwalled willow
Card 2/3
q

USSR/Diseases of Fam Animals. Diseases Caused by Arachno- R-2
Entorag .
Abs Jour: Ref Zbur-Biol., No 12, 1956, 54931.
sawfly on fields; grain pests in grainairies; and in
the form of aerosol bombs it destroys various pests
of different arboreal species.
Card : 3/3

SHCMWAKOVA, A.A., kand. biol. nauk, otvetstvenW red.;
Fdrad-m-1k-,- red.; SUEACEM7, V.N.,*akademik, red*; =ILWSKATA,,
NeAw,'profe, redo; KUM, K.I., prof., red.; BLYAKM, L.Ta.,
prof., red.; AFZON=, L.D., red. izd-va; K&WOVICH, S.G., tekhn.
red,,
[Carl Linnaeus"; a collection of articles] Karl Idnnei; sbomik
statei. Mosk7a, 1958. 257 p. (MIRA lltg)
1. Akademiya nauk SSM Institut istofii~estestvomaniya i
tekhniki.
(Linne, Carl von, 170?-1778)

TSITSIX, N.V.
Charles Darvin and some problems of b1olog7. Izv. AN SSSR. Ser.
biol. 24 no.6:832-838 N-D '59. OCMA 13:4)
1. The Main Botanical Oarden, Academ7 of Solences of the U.S.S.R.,
Moscow.
(PLANT BRE ING)

TSITSIN, N.V., akademik; ZAGORODUff, L.S.; SILEVA, M.N.
Greening seed potatoes before winter storage. Pr1roda 49
no.5:94-95 14Y 160. (MIRA 13:5)
1. Glavnyy botanicheakiy sad All SSSR, 14ookva.
(Seed potatoes)

300)
AOTHORt Academician SOV/30-58-12-16/46
VITLEs International Meeting of Horticulturists (Mezhdunarodnaya
vatrecha sadovodov)
PERIODICALs Vestnik Akademii nauk SSSR, 1958, Nr 12, pp 64 - 68 (USSR)
ABSTRACT: The 15th International Congress of Horticulture, Vegetable
Growing and Cultivation of Decorative Flowers was held in
Nice (France) from April 11 to 18, 1958. It was attended
by 666 delegates from 41 countries. The Soviet Union was
represented by delegations of the VASKhNIL and the AS USSR.
A total number of 170 lectures and reports were heard. The
congress was held under the sign of the collaboration of
science and practice. The author of this article held a
lecture on hybridization ("telehybridization") in the theory
and practice of horticulture. V. A. Rybin (USSR) reported on
the method of resynthesis in plum cultivation. P. I. Lapin
(TJSSR) spoke about the introduction of tree-shrub plants in
Moscow. The delegates of the VASKhNIL reported on:
D. D. Brezhnev on the state and the prospects of scientific
research in the field of vegetable cultivation in the
Card 1/2 USSR.

international Meeting of Horticulturists SOV/30-58-12-16/46
V. V. Kolesnikov on results and prospects of research in the
field of isotope application in fruit cultivation.
P. K. Ursuleako on biologic and.physiologic foundations of
fruit fertility of apple trees.
M. Yu. Gushchin on ways and methods of improving assortments
of fruit and berry cultures in the UkrSSR.
The Soviet delegation visited the Scientific Agronomical Center
in Versailles. An International Floricultural Show is to be
held in Paris in May, 1959, in which the USSR will be rep-
resented. In its decisions, the congress underlined the
necessity of intensifying research in the field of plant
introduction. A recommendation was advanced to the Inter-
national Society of Horticulture to establish a special
committee for problems of plant introduction.
Card 2/2

AUTHOR: Tsitsin, Academician SOV-25-58-7-16/56
.............
TITLE: Improving Varieties (I'luclishaya sorta)
PERIODICAL: Dauka i zhizn', 11058, :*r 7, PP 30-32 and p 34
ABSTRACT: In 1957 the 0'osudarstvenraya komissiya no sortoispytaniyu
(State Commission for the Testing of See~d Varieties) distrib-
uted (b'ir districts) 211 varieties nf bread grain, ?G of forage,
4 of corn, P of groats, 9 of oil-bearing nlantq, 2 of si,rar-
beets, etc. Tho irtroOuction r,'L high-yield vprieties 7ill
result in richer crors and adflitional food for the Soviet
population. Soviet selectionists and geneticists nust still
solve important tasks to boost yield and quality in agri-
cultural production. There are 3 drawings.
1. Agriculture--USSR
Card 1/1

26-58-7-27/48
AUTHORS: Tsitsin, N.V.,Academician; Rubenkov, A.A., Candidate of
-11"Fro-g-i-c-aT-5-die nc e s
TITLE: Distant Hybridization of Big-Horned Cattle (Otdalennaya
'gibridizatsiya krupnogo rogatogo skota)
PERIODICAL: Priroda, 1958, Nr 7, PP 104-106 (USSR)
ABSTRACT: Cross breeding of local cattle strains with zebu bulls haa
increased the fat content of the milk by 5%. The chosen
zebu strains, according to the data of V.K. Markov, had a
milk of up to 7 - 8% fat, 4.49% albumin, 17.23% dry sub-
stance, the caloricity equalling 1,100. Distant hybridi-
zation also brought about a substantial weight increase,
a higher amount of milk yield and an extended lactation
period.
Card 1/2 There are 4 photos.

Distant Hybridization of Big-florned Cattle 26-56-7-27/48
ASSOCIATION: Nauchno-eksperimentallnoye khozyaystvo "SnegIr-i" Moskovakaya
Oblast' ("Snegirill Scientific Experimental Husbandry -
Moscow Oblast,-)
1. Cattle-Rearing-USSR
Card 2/2

.RUTSIN,,N.,V..; LUNEVA-NAZAROVA, M,Z.
Biological and economic charaCteristics of the hybrid tomato No.258.
Biul. Glav. bot. sada no.5106-40 163. (MJRA 17:2)
1. GlAYnyy botanicheskiy sad AN SSSR.

IRKASSKIY, Ye.S.; PROMNKO, Ye.P~; MAZIN, V.V.;
akademik; GHT
LYADOVAP G.L.; KILIMNIK, Ye,,Ye.
Effect of the insecticidal and fungicidal repellent dust
(IFRD-1) on cabbage clubroot. Dokl. AN SSSR 143 no.4-972-
975 Ap 162. (~HRA 15:3)
1. GlaviVy botanicheskiy sad AN SSSR i Opytno-pokazatellny-I
sovkhoz im. Mossoveta Lyuberetskogo rayona Moskovskoy oblasti.
(Clubroot) (Fungicides)

TSITSIN, N akademik; CIIERKASSKIY, Ye.S., prof.; BUSHCHIK, T.N., kand.
biolog.nauk; SINALIKO, V.F., kand.sellskokhoz.nauk;
LYADOVA, GjL., agronomy KILD-911K, Ye.Ye., agronomA;
EELYAYEVA, A.S., agronom
Proparation for controlling the cabbage maggot. Zashch.
rast. ot, vred. i bol. 7 no.7:33-31+ Jl 162. (MIIRA 15:11)
1. Glavnyy botanicheskiy W AN SSSR. Oporno-pokazatellnyy
sovkhoz imeni Moftovleta-I-Sovkhoz imeni Gortkogo.
(Moscow Province-Cabbage maggot-Extermination)
(Insectidides)

TSITSIR* Nikolai Vasillovich, 1898-
Winter and perennial wheat problemel wheat tWbr14s. Mookwag S91'khosgis, 1935. 99 P.
M-5012)
39191*VM

TS-ITSINS N. V.
*Lwovations in Agriculture",, jollue I, 19j-/
DAIMU ModsaU Nauk-SSSR,, Vol 59o NO 7. M&r 1948P PPI341-44
U-3398

~; -I tu--I I w a ~ ! i i '. I - , -LC')C-
Forage plants of the Western Siberian chernozem belt
Omskp Ornskoe obl. gos. izd~vo, 1939
305 r)-

Pyrethrum cenerarifolium
Moskva Moskovskii rabochii, 1941o
38 P-

TSEPSIN, NIKOLAIL VASILtEVICII, 1898-
The All-Soviet Agricultural E~~ibition of 1941
Moskva GoSDOlitizdats 1941,
94 P.

TSITSIN, Nikolai Vasillevich, 1898-
Supplementary plant resources in the service of our native land Mosieva, Izd-vo
Akademii nauk SSSR,, 1944. 58 p. (Akademiia nauk Soiuza SSR. Nauchno-populiarnaia
seriia) (50-IL0904)
SB108.R9TB
1. Botany, Economic. 2. Botany- Russia.

TSTISIM-0- No- V. , Academician -
"Perspective Selections in Creation of Winter Crops, Stabilized for Winter Planting"
V"tnik Akadwdi Naul SSSR# No 1-6. 19" (Tab Con)
U-1551

TSITSIE IT. V. (Academicizn, Laureute of the Stalin lTize)a--A
CILRYASSYlY , tE. .31. (Seric.- Elcientific Cowcrker, ftndidate- of VtAer-
inax7 Sciences, Academic-IaL !I. V. Tsitsin's Lraho-ratlcr~v cf ',~'Irarjtl :-ci-sors).
,lins. their griags use in r4nge diseases
Classification of wocd-resin crer
of animals and the affect on the guali~Z of wool.
Source: Veterinariya; 4-5; April/May 1945 uncl
TABCON
* 0 0 0 0 0 0 0 0 41 0 0 0 0 0 0 0 0 0 0 0 0 0 * 0

T'DITSI'-, 'T.V.
PT-790 ZGrain r'l-o'len-basic link in the a,-ricultural s-cte2m Zernovais P-ol7lem----
u j
oonovnoe 7veno v sisteme sellolwro kr-.oziaistl;--. 1947, 23 pp.

WITSINg Nlkolai WasUl4vich, -e4o
Nothads for tostlaS the varieties of field *ropes Moskva,, Sellkhosgist 1947. ~P p.

0 --j
I. c ro
C."'arld ook cc! "'.0 aprroval. o-
rye, barlcy, oa',r,) E:rtrac,,od Crom:
-tu'-
kovadstvo po A~)robatsii. ki u1 tur. I. ,o
ov,,~:33 11cv. - CIIII., ...olr;(,..O..i,
(Tranolation include

c-i~ntifir : -scLrch -Lnst: t.L.LC of ina I.n '-;--T-tCU-t UU!'(', ~-qchinovla ".7
C'- 7
-1 -1 E " r -, 1, '- 7,
r
C, 1947

.1
TSITS111) ~-V.
IM-I-7011 fmet!,Od~3 of croatinr new cultivated plants (Dist~~ntu hybridizatior)_7 i,-uti
sozdaniia nowr'kh kullturn,-,eZ,~- rastenii (Otdalermaia 7ibridizatsiia). !-'o~;co%7. 1?43,
4
22 pp. (Trarslation doo-I not include illus trat ions).

TSITSIN, N.V.
Tsitsin, N.V. "For the cooperation of Ihe botanical &Lrdens of the USSR."
Byulleten' Glav. botan. sada, Iesue 1, 1948, P. 3-6
SO: U-2888. Letopis Zhurnallftykh Statey, No. 1, 1949

---TSITSIN, N.-V.
22J+14. Taitsin, N. V. BOTANIGHESKIYE SADY SOVETSKOGO SOYUZA NA NOVOY, ETAPE. BYULLETE14'
GLAV. BCrTAN. SADA, VYP. 2; 1949, S. 3-9
SO: LETOPIS' No. 30, 1949

LISSR/Biology (Agriculture)'- Hybridization Sep 51
A
_f~uack ZAgropyrum7 Hybrids," N. V. Tsitsin,
Mal.., "'ot Garden,Acad Sci USSR
"Byul Glav Bot Sada" No 9, PP 3-12
By erossing wheat with quack grass and controlled
modiflcption of the resulting plants, the high re-
si-.i-.t~nce of i)erennial quack grass was utilized in
dervlo:)ing both winter and summer va:~~ eties of
vheat .1hich are resistcnt to adverse climatic con-
ditions, plant diseases, etc., and give unusually
high yields. Using this method, perennial vari-
eties of wheat were developed and very high yields
2o6T2
L..ISSR/-~iology (Agriculture) - hybridization Sep 31
(Contd)
acb-leved without resultant drooping of the ears.
Herein, properties of hybrids with "blue" Agropy-
rum rA. o:laneum?7 (,T599,,, 11186,11 etc.-). Reference
is n77,-Ie .o bushy hybrid varieties of this typley
ir,f o~-.,Lon on which will be published later.
2o6v~
Ea
E-4

-f s' I I - ;- i " ,'11 .v .
Eye
Ramose winter rye. Biul. Glav. bot. sada. No. 1i-, 1951.
Monthl List of Russian Accessions, Library of Ccngress, December 1952. Unclassified.

-Of, I ViLL I I - - - - I I , -1 -
Wild groindn,,, plants in the service of the national economy; public lecture.
Moskva, Znanies 1952.
22 p.

1. TSITSIN N V. PETROVI, K.A.
2. USSR (600)
4. Grasses
7- Elymus and its biologic&l charcteristics, Sov.agron. 10 no. 11, 52
Monthly List of Russian Accessions, Library of Congress, 1953. Unclassified.

1. TSITSIN, 11. V.
2. USSR (600)
4. Grain
7. Prospects for productiveness of graincrops. Biul. Glav. bot. sada no 12 t52
9. ~bnthlZ List of Russian Accessions, Library of Congress, March 1953. Unclassified.

1. TSMVI 116 V,I- Acad.
2. USSR (600)
4. Botanical Gardens - Congresses
7. Results of the conference of the representatives of botanical gardens of the U.S.S.R.
Vest. AN SSSR 22, no. 12, 1952.
9. Monthly List of Russian Accessions, Library of Congress, May 1953. Unclassified.

USS111,Biology - 13otan,,,, Medicinal Jun 52
Plants
"Tbe Largest Laboratory of Soviet Botany," Acad
N. V. Tsitsin, Dir, Main Bot Garden Moscow, Acad
Sci USSR
"Priroda" Vol 41, No 6, PP 33-L-1
Describes the gain Bot Garden as it is at pres-
2nt and as it will be after projected expan-
sion has taken place. In describing work being
done at the Garden, mentions that bearing of
fruit by hornbeams (a plant which is insuffi-
ciently aceli.mated i-v ILI- -c,-w and cons,-1ient3,y
229T5
does not beEu fruit "-here) could be induced by I
constricting the trunk witl, c~wire -Refers to
'work on the acclimatization of other plants.
Says that work on the cultivation of Far-Eastern
actinidia, ginseng, and Schizandra chinensis
has been begun.
229T5
4n
E-4
Cl
9
Ca
CA

,___2ALtSIY, N.V.; NAZAROVA, M.Z.
1hporiments with remote vegetative-sexual hybridization of plants.
Isvest. Akad. Mauk S.S.S.R., Ser.biol. 153, 20-35. (WT-I?A 6:3)
(CA 47 no.15:7602 '53)
1. Glavn" Botan. Sad, Akad. Hauk S.S.S.R.
10 3~
(11(i IM~ 1~ 5 ~'I I I I I I ZFJ I I II 11 M411 11111 if I I'll
jjj _1~141~UL

TSITSET, IN.-
"Largest botanic~Ll lal~orator), aff t"Ic, Sovict Unim. Tr. fron. Llie Tllus.inn" (-- -67) HLRODA
(Bulo-,-ws'ka Akardeiudia- 1~a l7a-W-dte) 3-of a Vol 2 ~'o 5 Se~,-',/Cct !'I--
iy
SO: EAot 'European Acces~-ions List "Tol Io 3 Aug 1954

TSITSIM, N.Y., akademik.
Remote hybridization of plants. Zst. v shkole no-3:8-17 MY-J" '53.
(KERA 6:5 )
(Fqbridization, Vegetable)

TSITSIN, N.V.
Tasks of Soviet botanical gardens in the development of science and
in increasing the productive forces of the country. Blul.Glay.bot.
sada, no.15:5-17 153. (KLRA 9:1)
1,GlavVy botanicheskiy sad Akademii nauk SSSR,
(Botan.v,lkonomic) (Botanical gardens)

--- TSITS-IN, N.V., akademik.
Wild plants which are of use to the national economy. Priroda 41 no.7:22-
32. JI '53. (HLHA 6:6)
(Botany, Xconomic)

TSITSIN,-N.V., akadealk.
Tasks of biological science in view of the decisions of the September plenum
of the Central Committee of the Communist Party of the Soviet Union. Pri-
roda. 42 uo.~1:3-10 1 '53. (MLEA 6:11)
(Stock and stockbreeding) (Agriculture) (Biology)

USSR / Cultivated Plants. Fruit Trees. Small 14-7
Fruit Trees.
Abs Jour: Ref Zhur-Biol., 1958, No 106, 73162.
Author : Tsitsugin, I.I.
Inst :Not given.
Title :The Cholceberry - A Valuable Berry Bush.
Orig Pub; Sad i o,,.,Torod, 1958, No 2, 67.
Abstract: No abstract.
Card 1/1
141

__2~kTSYN.J!.V~., akademik; KUZNZTSOV, V.V.
Orowth rate in the red alga Rhodymenia palmate. L. on the littoral of the
Bering Sea. Dokl.AN WSR 91 no.3.663-665 Jl '53. OaAA 6: 7 )
1. Marmanskaya biologicheskaya stantsiya Akademii nauk SM (for Kuznetsov).
2. Akademiya nank SSSEL(for TSitsyn).
(Bering Sea--Algae) (Algae--Bering Soa)

----- ---- ----
TSITSYN, N.V., akademik-, KONSTANTINOV. N.Y.
Certain characteristics of the biology of the black pepper (Piper nigruA L.).
Dokl.AH SSSR 91 no.3;667-670 J1 '53. (MLOA 6--7)
1. Glavnyy botanichookiy sad Akademii nauk SSSR (for Konstantlaqv). 2. Aka-
demiya nauk SM (for Witsyn). (Pepper)