SCIENTIFIC ABSTRACT SMIRNOV, B.M. - SMIRNOV, B.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651520004-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

P. 1(
1. S? ITT"I ). "..
2. USSR (600)
!t. Agriculture
7. Suggestions of the Scientific R-search Istitute of Agriculture of Southeastern
Russia for introduction into agricultural practice, Dost.selikhoz. no. 5, 1953.
9. Monthly List of Russian Accessions, Library of Congress, A-PRIL 1953. Unclassified.

Category : USSR / Weeds and Weed Control. M
Abs Jour : Ref Zhur - Biol. No 6, March 1957, NO 2229122
of fallow soil without harrowing, blue lettuce fully stopped
growing. In the 1954-1955 experiment, after a single plowing,,
blue lettuce formed 36-40 of rosettes of their original number
and European bind-weed 28-50%. in 1954 after a double plowing
neither blue lettuce nor bindweed showed any growth. In 1955
they did grow, respectively, to 11% and 2%. Even when irri-
gated in a double plowing., blue lettuce grew only 67% and
bindweed 70%. Their undergrouud portions reserved their
viability. Root-sprouted weeds emerge from their state of
dormancy and grow again after the long abandoned soil is
replowed and on light soils after plowing a total fallow or
an early fallow.
Card 2/2

USS13/WQQ0 -,'I'd Their Control.
Ab s jour Ref Zhur - Biol., No 4, 1958; 15945
Author
Inst
Title The CherAcal Control Of Wild Oat in the USA and in'
Canada.
(101iulicheSkaya borlb-, s ovsyu,-60m
v SMA i Kanade).
Orig Pub S' kll- Povolzh'ya, 1957, No 8., 92.
Abstract No abstract.
Ca rd 1/1
uSSR / Weeds and Wood Control.
Abs Jour Rof ZhIT - Biologi~fa' No 13, 1958, No - 588!6
Author Smirnov- -B.- -M,
Inat Sale) rfistitute of Agriculture of the
South-Fast
Title Chemical Control of Boot-Sprout Weeds
Crig Pub Zemledeliye.. 1957, No 10, 51-55
Abstract Studios, conducted at the Sciertific Research
Institute of Agriculture of the South-East wA
consisting of ~eriodia digging in layors, measwing
and weighing of the dry masa of unierground organs
of root sprout weeds of the European bindweed, Canada
thistle (Circium. arvense) ard lettuce, showed that
the main flow of plastic substances., with which the
herbicides can penetrate to the depth where the
majority of roots (0-60 cm.) is situated, takes place
C ard 1/2
N
N.
USSR / Weeds ard Weed Control.

CA T E l4ejdls and eed Gontrol.
J.'IUFI. : !IZInBil~)l.~ ~,O. 3, 1 9_5 n U2Z2
)9
B. 11. , Gale yev, N.
jAUTHOR : Smtirn?y
Institute of the Agrif~ulture cf th,3*)l
ITITTIS Destruotion atWeeds onGarrotSovings.
10 IRE G .PUB. iad i ogorod, 1958, N'O. 4t 25-27
~5TFACT The 1957 eyperiments of the Soient-ifio Resoarch Institut
ol' the AgrIculture, of -the Southeast (Saratov) showed the
promising prospects of the use of kerosene for the amn-
trol of woods iu carrot soviinga, espeoially upon the add
ition to it of ',he uatting aggent OF-7.
Southeast (Saratov)

L )V,32(-,_'6 FT 1 ) .,F,dTJrr, i7 ~4T 1 j
ACC NRi AT6015885
bi-.,
SOURCE CODE: UR/3136/65/ooo/.*.',&5/oool/OOL;4
AUTHOR: Smirnov, B. M.
ORG : - 67-1 1
Institute of Atomic Energy im. I. V. Kurchatov (Institut atomnoy energii)
TITLE: Diffusion and mobility of ions in gas
SOURCE: Moscow. Institut Doklady, IAE-1005, 1965. Diffuziya i pod-
v * zhnost I ionov v gaze , 1-44
WFIC TAGS: ion density, gas diffusion, ion mob,~1ty. c4_'j';'-L'a&__&'_'
J'~S'TRACT: A review of theoretical and experimental work relating to the behavior of
ions in gases is presented, This review is based on a very extensive bibliography and
covers the present theoretical description of -the ior~~otion in gases with and without
applied electric fields. The experimental methods and their merits are critically dis-
cussed. The ion motion in foreign gases and in gases of the same atomic mps is cover-
ed together with an investigation of the behavior of molecular and complex'I on struc-
tures in various gases. Chemical reactions are considered and various methods for de-
termining ionic species in these gases are presented. The diffusion, mobility, and
cross section data for numerous ions is presented for various temperature and pressure
ranges and ion densities. These data are compared with theoretical predictions, where
possible, and the discrepancies and reasons for them are indicated. Orig. art. has:
10 tFigures, 31 fornulas, 2 tables.
ISUB CODE; 20/
1 Card 1/1
SUBM DATE: none/ ORIG REF: 014/ OTH REF; 0116

L
2U3-66
q.
.ACCESSION NRI AP50247o5
IA'UTHOR: Smlrno~; B. M.; Chibisov,-M. 1.
ITITLE: Disintegration of atomic parfl de a by an electric field d by electron al-
an
ipact
ISOURCE: Zhurnal eksperimental noy i teoreticheskoy fiziki, Y. 49, no. 3, 1965,
-841-851
.,TOPIC TAGS: electron detachment, electron aftinity, negative ion, electron impact,
-'hydrogen ion
ABSTRACT: The decay of an atomic particle in a constant homogeneouselectric field
is considered. An asymptotically exact (in the limit of small field strengths) ex
1pression is obtained for the probability of electron detachment per unit time. -The
obtained is used for determining the binding energy of an electron fbr a nega-
Itive helium ion (the experimental dependence of the ion lifetime on the strength of
~:'-~'-,the external electric field in which it decays is utilized). The electron affinity
:of a helium atom is found to be 0.06 ;L 0.005 ev. A calculation is made of the cross',~;,,
I I
isection for disint.egration of E~ negative ion by electron impact resulting ~n libera
[tion of an.9-elebtront It is assumed that the cross section is large compared with
!Card 1/2
7 j~.4

L 23-13-66
CCESSION NR: APc024705
A
,the characteristic size of the negative ion and that the impinging eleatton moves.,
A classical orbit. These assumptions :are 'Justified -by.the. results..- - Two mechanism*s-
iof disintegration of a negative io are considef ed: "squeezin " of a. weakly -b-ouffd_''-,A:.,Z1._'1..
e cl, jk'~
electron'of,th negative iorr by the static field'of the impinging electron it
nmoval as a result of variation in' time of the ..field of the incident eleaAron.-:, ..'I
ND
velocities 'the. siecond mechanism yields a-r'ei~it
is shown that at high collision
e'pendenc'e of Vieik-d~
jwhich corr6sponds to the Born qppr6i mation. The d
'cr -electron'is compared with
oss section ori. the velocity bf the incident' the result
-art has,
lof other calculations. Orig. 2 figures.and 32 formulas
.ASSOCIATION: none'
16 ENCL 00 SUB CODE: NP 9
ISUBMITTED: mar65*-
004. OTHER 012.;.
PRESS.,
j
A-1

SMIRNOV, B.M.
Inelastic collisions of slaw atoms. Opt. J. spektr. 17
no.43504-514 0 16-4. (MIRk 17,,12)

TULASHVILI, N.D.; SAMUNDMEVA, E.M., RACHUMISHVILIp B.V.; 4NTONOVA, V.P.p
dotoent; MALEMIK, G.M.; SIMITMOV B 14 doktor sellakokhoz.nauk.;
14ATVEYENKO, G.A., aspirar,~'4-a-,-----ljjrrrAYL-VA,,
Mi. R. ; GAIRITAGA, G. K.
From the practices of the use of poisonous chemicals. Zashell.rast.
ot vred. i bol. 8 no.12:28-29 D '63. (14M 17:3)
1. Gruzinskiy institut zashchity rasteniy (for Tulashvili, Samun-
dzheva, Rachvelishvili). 2. Kishinevskiy sellskokhozyaystvennyy
institut (for Antonova). 3. Zaveduyushchiy otdelom zashchity ras-
teniy Sum koy opytnoy stantsii (for Malezhik). 4. Nauchno-issledo-
vatellskiy institut sel'skogo khozyaystva Yugo-Vostoka (for Smirnov,,
Matveyenko). 5. Nauchno-issledovatellskiy institut bogarnego zemle-
deliya, Gallya-Aral (for Balantayeva, Garnaga).

3/05'/62/043/001/017/0506
B102/B106
TJ T L 0.'
:3.,Arrov, 3.
-as r
collisions of lieht atoms in adiabatic app oxina-
tion
-';a T --I
Zhurnal eksnerimentallnoy i teoreticheskoy fiziki, v. 43,
no. 1 (7), 19) 05-2, 112 - 1 It 6
7L:~.'T: Tne author considers inelastilc scattering with sma '11 collision
ULes are determ--ined the
~)-.=Imete2z, t--hen the trans4tion probabili'
this case the intewal correspondin'v t, o
70,~~rix elemonts of the atom.
Drobability canbe calculated by I-Ine
-e arripli tude of t'-a transi 4 U
s~ddlc Doint method. The ran-e of applicability of this method is of the
-d atic approximation. It decreases
s-.:-,e or-or of :.raGni Wde as that of adiab -
rapi-4;ly as Z o-f the colliding atoms increases. The upper limit is deter-
mirea IDy Z>~Zz /2 (1~ - nuclear energy in the c. m. s., Z - clhar.-e of
eff I '
tide hi-t nucleus; for the incident nucleus Z-1 is assumed; Z eff - charge,
of the system), the lower limit is v/w '/1/Z (17 ' negative level energy
eff
C-~-rd 1/2

S/056/62/043/001/048/656
3102/B104
AUTHOHS: Ivanov, Yu. M., Nikollskiy, B. A._L~
Surkova, L. V.
TITL-'-': P -meson depolarization in an electric field
~;E-'IODICAL: Zhurnal eksperimentallnoy i beoreticheakoy fiziki,--v. 43,
no. 1(7), 1962, 337-339
TEXT: The authors studied the effect which a strong electric field
(E_~105 V/Cm) exerts on the depolarization of g+ mesons resulting from
a
i dec. ys in photoemulsions. Depolarization of storLped muons is
attributed mainly to production of muonium (g+e-); it has, however, h1so
been observed (Swanson, Phys. Rev. 112, 580, 1958) that the "stopped"
+
P meson precessed in a transverse magnetic field and showed no further
depolarization. Thus, muonium must be produced within a very.short time
e
4mmediately after the stoppage. 'It has not yet bein verified by
experiment whether the p + mesory in condensed matter decays as a free
Card 1/2

S /0 4r /~2 3/ -3
3
U
T s r r 10 v I u
L
-u +
T IE' The behavicr O~- F- Itc -r!-.e.9or- ir Or'a-L' c I
eylenries z 3,
--I 'poy i teoretichE~skoy
eksneri=er-L"--
Zhurnal
1962, 557-5")
-1 evels 0`2, a
r
,atteri=27 Of a U'UOn.O-'-aou-n-e by ineaf-s
The c"ep-
+,ted. -T-- is s C-1 e4 the 'I~U
i'IV e s r. -au
is Ilith Ste-tiOnar" -'',e ~O-.a-
hydro~,en c jro lecul e ers
Q Ito,14 an as p al a:~, e-, th6
-P a tT,4 ato
J function Ol cons'
+ + u
d the T
coord--',I,a'e R I R ) .
s are c on t - is Z(Rabl -I c be a + s the e rS'Y
the s,;ste,, -L"eso- I
ener,-Y O~l otoril C, th e r',- the nuc-a 4 , and :t is
2 . dica~e the pr
d in 11 -
ndi c e s a 11 . ,, - - j n L T, i c Y 0 0 n a h a
L 4 s 0.01
2.,01 ecule I T
or - r,- - r, ou!:",. the
of~ the -rLaL, them. r. ..,;.e enel..) of the "-"Uc)rl --r
-U
the a4s-,,ce e of pass'
fT - u im, - .1
T (2) ~ - 1 -~4 O-~s
< c I Of the - -1 - -
0, a, sti c t~;-Me H 2 osc~
chal--~c
M3-.ecU'e, 0
card

The behavior of a...
). 3y =eans of
action ~otentiai is therefore V E- T a,
tot c Oc -C
+00
the theory of sudder Perturbations-one obta4ns: Ck Vko(z
Ck 1) for the amplitude of the transition 0- -..,Ie
~,o another vibrat-ona" I . V a_ 2 i s d e ri v e d f o:~ -zh e
V L L eve
0
interaction pozzmtial, so that C a (L p (4) i -- th e a:.-. --p Iu d e
o a 0
of' transit-; cn -crooab--'.-;,.--'ty to the first level.a4 -t'--e OS04 7 t-
o -!-a ion
am-jlitude of the('aarmonic) OSC-4-11'ator, Faand 7~ :) are the projections o:i tie
-o-le-cule axes o-." the force's actinE on the prozons when a muon ~-asSas,
L73 4S -I~e nro-ec"o'n o~ moment-a--. 7",e zro-ab~-14~y ==14tude c~ b e
U- - j U -L - - I L--, 6 - - _r,
obtained in thi. s also '~-y the classical theory, -provided -.haT; -11-e
c~~,,-ditions (2) -are fulfilled. Conc-11-usions :the -::-uicles a--e slov-ed down
e-
4r. a h-*---h-molecular substance ma-i-n-ly by the :-.olecular oscilla-,-Lor's
4-ne'lastic processes). The slowinE-dozn po~,,.er of a Meal= can Ge ~-Szl ... ~tel~
Z
bard 2/.,

JW
S/056/635444/001/035/067
B188/BI80
AUTHORt Smirnov. B. M.
ITTLEs Slowing down of protons and P mesons in metals
PERIODIC-kLi Zhurnal eksperimentallnoy i teoreticheakoy fiziki, V- 44P
no- 1, 1963, 192 - 196
TEXT: A positive particle in a metal is slowed down by interaction with
electrons whose spectrum is continuous. The stopping power of metals can,
therefore be calculated by using the model of a cold, dense plasma whose
electrons are considered to be free the charge is uniformly distributed, , t
and the electron density is constant and equal to t~e mean 6-~ectron densiV
in the metal. The stopping power can be expressed by the plasma proper-
ties. These are found from the Green's function by adding up the most
divergent graphs of the perturbation theory in the case of v