SCIENTIFIC ABSTRACT YAKHONTOVA, N.YE. - YAKIMASHKO, O.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001961820016-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

cc "" AP7004137 SOURCE CODE, : UR/0051/67/022/00110014/0018
AUTHOR: Bogdanova, I. P,I_ya ~tova, V. Ye.
ORG: none
TITLE: Time-dependent characteristicls of population processes of excited levels
of mercury
SOURCE: Optika i spektroskopiya, v. 22, no. 1, 1967, 14-18
e*=tta#qa, excitation function, mercury
TOPIC TAGS: spectral line, "level,
electron bombardment,
C, 6.11-- -
ABSTRACT: An analysis is made of measurements of the excitation function of the
5461 A spectral line of mercury. The dependence of the population of level 73S,
:on time was calculated*It was assumed that the level 73S1 becomes populated
when mercury atoms are excited by electron bombardment and cascade transition.
Comparison of the results of calculation with experimental curves shows that such
an excitation mechanism can explain the observed shape of the excitation function
of the mercury line 5461 A. The authors' thank S. E. Frish for his help. Orig.
art. has: 5 figures and 5 formulas. [Authors' abstract] [NT]
SUB CODE: 20/SUBM-DATE: 03Mav661ORIQ REF'- 003/OTH REF: 001/
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Cand. Technical Sci-
YAMi0jjT0VA, yE. L.
de Concentrates of Ferrisulfate
From SUM Building
"ExtractiOn Of Zinc moscow Inst of ChemIcal-Mach-Ine -
Sojutjons."~ sub 9 Jan 47f gineering
ance and eng-
Dissertitions presented for degrees in sci
in MosdOw in 1947-
SO: Suns Nov,457, 18 Apr 55

'6014IMS of forric suffsto soludo" an glu swerle. I. N.
Kuz'Mht kh and H. J.. Yakhontoy
I
0. ~ . __A_ Zhu,. ppikW. Khim.
d Ej;d Chem.) 113, 1 j ODSO)~The amts. of Za
tit . thNc reaction ZnS + Fe,(M)s - Zjjo, + 2FeS(h
+ 6 Inwit a Zug concentrate (151 47.9, Ph O.M. Fe 801.
Cu 1,63; sieve anstlysis., more than 1).2 mm, 1.9, O.J.L_
OA02.45; OX"XiS, 4.75;0.07".00, &3; less than 0.03,
30-MV at 80. 90, and Ilk), increase with the tem by a
factor Of LIS-1Z8110'. Le. the process is cotit 'MW fly
diffusion. At cixist, trinp., and coust. coren. of the soi~l
mspension. variation of either the coacti. at Zn+#- or of
Fe" in the soln. haspructically no,cffect on therateol extri.
of ZnSO~. or, in other words. the reaction Is not inhibited
by its products. The rate of "In. is vVy nearly pmp)r-
tio"al to the emcn. 0( Fe3(SOJs in the soln., and its in-N
crease Is the faster the higher the concri. of the sWid sus-
pension ("MAIquid ratio, 0- At differrut r, the same
v,xress of Fe * * ' Its the soln. over the stoichloractrk slat.
Pmluc" 431 equal increase of the amt. of Zn extd., ;.e. at
any r and any compri. of the soin., the same ratio of the
conen, of Pt prc".nt and the stoichimnetric unit. cives -
the same increase of the rate. Thus. an increase of th; ex-
"ss of Fel" from 24old to64old increases The amt. of Zu
ciad. by a factor of 1.3. The greatest effect on the proct"
is exerted by the lit portions of excess Fel": the inlenal.
fying effect of Fe decreases with Its Increasing elms.
At the mcne conen. of Fe,(SO,)g. the amt. of Za eitti. de-
creases lineafly With Increasing cmicn. of free 113SO4; this 6
attributed to suppression of hydrolysis of the Fej(SO~)I.
The accumulation of extd. Zn in the silln, increases linearly -
wit tit high r is due only to 1111.
Fei(SOh. For the r-ame reu.
pontishment of the me. the
rate of extn. falls somewhat with time. The completeness ,
of the exta. decads on the structure of the ore. Wbacus'
frotnoneoce.c ram crized by well-sepd. sphalerite crystals
and a low chalcopyrite content. mom than Sn% of the Zn
tmild be estd. in 5 firs. of r - 211 x./l,another ore. of very
acAtly the male clivin. Maim, Nit Willi 111111liately. inter-
sphalcrile And rIL'Ikn)yfllC, y1chled lit nuat only
about 33% of its Zu. lit the Ltter ore. part of the Ztt Was
undoubtedly present in the form of ZnFeSp which is not
attacked by Fel(504)v. De;pite the very great difIcrence of
the total fractions of the zlis which couhl lie card. (MM the
2 *4""ples , the rules of the extn. under hlenticul miditimis
were very nearly the surtic, The ainta. of (ice S obtained
corresponded to the stoich"nefric tilustiml. N. Thon

Ri Militia

Wet lixtrseatlit of An ffm 11 Mift" d was". 1. M.

Kut'Wnykh anti It. P
ikkd ;I the pe'(SO.). coWent of the soln. betw- inand S) q./l,
CC Zn
Of CXtn
t
f
h
r
. Kkim.
(J. Applied Client.) 23. 1142-H(M.93).-Extil. Of 2'110at;On
I
coll"23trate of t l
M
Z -
e rA
e
t
either reptits in a linear increase O
t rate, depending on whether the
of has no influence on ttu,
ie rtimlin.
n 17.2, P6
.
i.32. % 3.72, Mn
3.52
Cu 0.24
$1j Fe 5
AS
(I
A
W
1 amt. of pcii(Sod)& Is not or is in exec", c.i the stOichlOmet"c
futtiter increaw
it
f
,
-
,
s
.
. A
.
,06 12.2,
t1 72 S 10 921% (.irve arialyxis: isime Outs 0.2 min., W.46, I
Fe
t'yomt . "-fotd Clem o
efiect. on I he " of
" " more Z", Pt

0.1-41.(r5, 6.45; O.OsS-11.19$ I
4AYA; kss than
"Ifficral(vicill siio*vlg pyrite
t

ts, of znso~ lowen the rate
lation In the solo. of small A
the Intflactienew of ZnSO.
t" to
I
Z
e-
, p
f, 4tw"q4tite. pyrrhotinc, Cie.) lj~ Soln, of
a
ptl(soal Ylelils Illost tu
plill
n
l n con
n'
of extri. of
ever, AIX)VC 26 g. ZIIS(h/l--
In the txtn, (run, a Z113 ore; b-
t
h
i
y u
l
most comp ely Un,
then Zij aml 191 (Ot taller In the f
Il
f j
l e ra
e
it, further h=mw Is without further Influence on t
the rate
r
t'
id
Ii
id
orin o
nso
.
b!;(jij,
slid no So anti Ca. Iletween S) und 100*. the tcrnp. coeff
i
' ra
o
-
qu
/
01theexto. With Increasinf."
of Za first increases Une2zlY. then hicreasinglY I-
of exta
10
is 1.2-1.45, ind"ting thAt the process iscontrof
kd
E;rdiffusion. Variation at the Ft*# cant
nt i
h .
Wly, owing to Progressive impover6liment of both the
ate Of exto
th
e
n t
e solo.
from 0 to 50 I.A. lwd rw effect on the rate of
xt
f Z .
e l
and the ore. For the same reason,
"Ou of Ph to PiW
C
i
e
.n. o
u.
Unlike the extil, of Zn from a ZnS ore (cf. prtceding
variation of the fret! JiSO
content betwe
n 11)
d 50 4
Onv
me,
decreases slowly with t
I the amt.
lap behind the citn. of Z"; between 'I) "ad '()() ;
The
Is to
0
I
f f
,
e
an
I.A.
sho" no Influence on the accumulation of Za In the sotn. 2.
.
rom
.
of PbSO' increas" by a factor o
of converlion is Proportional to r Ilevictri 2U and top
t
In ccrtain expis..,vvith a low 11,504 content (103 than 2f)
the wt
s.11
U ke or
)
in
d i
b e
v ra
g./I.). andpracticallYcOost- with time ("ve"Illirs' at 1001,
t
.
.
e
,
crease
n t
,=s of extn..
e,r,
+
wine no doubt to Put it rf basic F The inal. C1901t Of cooM51013 was 55% of the Pb presen
Th
N

e
,
M V.'6tIou on
.
In the ore.

ZZ.
ii
0
R
C)
, Ki

-Z
i"Olubility 0 st-diuns nitrite and nitrate In water when so"a
14 Po"'t I
. N Kurminy1ch anti U.,
~ hont,,,
Iti-t - Client. Technol
1qfm
;j;; 7
;
..
W
c
pVAq
1
VS.SR :4
Hot
l __
e
. Initimlation).-
Thr N4IN')*,tn.f phs% NnNo, Ito olir poitien
ce
'Itt'stitillr4 14 ";so 111ractiml its the tvitill,
0411P. It, 311, f
A.Allivia-MIt
it, the hill"al Itirlhisil" n( Alrkk"v

1-4
No. "S it
.t I,
, .
I
l

IM77 21v4) In OhN stirthtsil the

rtsip v. 'e.0 % i-milly Whru [fir Initi
l .
,m "t. . .
.4 I
m two
%r- 1141flivol",
lit 41401 'tNIVII, . h
((
Na
t
a
mital oplicur's
AI the 4411W 1. -4^1 and when Its- In-t crystal df-aplic
r~ .
It tha
I -'sit'sile m
co:.N-1160 .11!0
gubank,
-
",
C
a
a~
Al- --In i0srm"l 'rho. inrar; .f Ile I"() toritilinaw is
taken
SA, i.,therin, (4 Ole
-
I aitnitit
join"
III Worst, r 41 tit 4%.
'Jittile at flam
Py-trin Aim it
IWsid it 1; 7% N'lit0h in moist inifirall,1
1 th In thr %OW-
1
e aptiorstrance Oita
tie" 1W.11,111, livotrialrit NaC(JI,. When Xm,Co~

The action of a solution of forric amillate upoo Im stanae,
1. N. Kninsinylth and H, L. 'j'stIthrmova (Nfcntlclcvv InAt.
Chrin, '[Whn-l, U.S.S.R.
24, 4M)-fM(IO5lXHnSl. lra~%latloo).-Pefi feActs quAnti.
tallycly with aq. fleg(SOA it) itivr Pe.40., and S. Fr3 was
i,rrrxl. by heming pytit" to 7.'PO-NX)' Its stram, to yield it
Im-hict conig, $4.4% Ile& Another sample FeS)
wjk% Obtafiml Imm the VKbZ 1 11080. phint.
Untples.werr Imitnt with 100~v, portimigs of achlailaird
11CIVIK10" stoichlosittifiv, ykkls were obtained, Imfrase.
In teInP. 2CCCICMtC* the PrOCIM; P60, MCCUMU12tiOn S14WA
ittlown. Increase In Ft*** amlerates the Initial maction.
Increasing acidity decelerates the reaction. 71c rate Is
pmr4wifonal to the quantity of FrShc, C- hf. Afamn

R.t~ f S.lu"- 1~t c If
.~.,=r I!, ~. -1c Cid auflng a~rmti.n
i, .__; ~O~w 1-; IL-11- 11,1--
i ~ ;, : - 1 1, .; .
4 , 1 .1 ) :: 1 :
. 0

Rate of tofu doll lerittlan.
fdill cageer ! . , --- - I
kill, ad
na ~ I *WOW
gk--. ta so . a
.as studied ander the foijb~ing conditions: temp. 20-70'.
H,Q0, in soln ; A .. CuSO, 5-2 1-4 9A, 1760- 11 -,"
g I., Fev~SO, 1., iir stream V~-WO and
1,11anor. Jf)-, S"~n -as accelcrvLd with rito, in
temp '~'p t~ e pvl--t- i& I.t affected bv CuSO., but
at Y)' and .~o' t '-er~ !i I -~-vfcrable irceleration of the
-ntent of H'So.
71--~' ~~,AS4 a-clzritm the proc-
eI4 tc, 1 1-- -1": - Ig ~.f% oxulan.n b~ virn oxygrn
-13c, .-;c we .1 -in a little
'n 1-

/U J_&~-Vll
Categori USSR B-11
Abs Jour: Zh--Kh, No 3, 1957, 7657
Author : Kuz'mir-ykh, I. N., Yakhontova, Ye. L., and Voroblyeva, V. T.
Inst : Moscow Chemical Engineering Institute
Title : Some Properties of Aqueous Solutions of Ammonium Sulfate,
Sulfite, and Bisulfite
Orig Pub- Tr. Mosk. Khim. -Tekhnol. In-ta, 1956, Vol 22, 202-205
Abstract: The density, viscosity, and pH of aqueous solutions of ammon-
iurn sulfate, sulfite, and bisul-fite have been determined. The
effect of ammonia on the solubility of ammonium sulfate and
ammonium sulfite in H 20 in the presence of each other has been
investigated. According to the data obtained by the authors, the
investigated systems appear to be unsaturated in sulfite.
Card

Itato (d oxidaticim at ammouium sWrlue, and wzvpT9u=
'n the
'L Y'iaiOll-
7-7 -W- z'.
audation of rikijibrO,~Nh,~~SO, '
nults.
it; furfurall -cant g. sains. by 3ur w ~s in vcstigmcd. At-OQ-40*
(itht MIS OfliCaCUOR WILS iUdCPeMdeat Of ttMti~ ;Md W=
1prOpQrtI=aI to the cuum. rf sCh in the Sala and to air ' I'va
rrho. v2wl- m the rate occurred at L~- 5.6 pl! of Lhe ~31n.
Lhaz app-mi clnmpcrided Lo tb~ crituili,Jar cuacn. of suKte
azzd NsWilte ia the Uader tl:csr co(Arwu.". the PH of
Itfir "n. mnminc-d const. The mt. of oxiJat;
meTeased

50

AUTHORSt (Deceased), SOV/1 53-58-3-1 5P0
Kuzlminykh, I. N.,
Y&khQato_y&,_Yb"., Rodionov, A. I.,
Yermakova, Ye. I.
TITLE: Drying of Superphosphate in a Boiling Layer (Podsushka
superfosfata v kipyashchem sloye)
PERIODICALz Izvestiya vysshikh uchebnykh zavedeniy. Khimiya i
khimicheskaya tekhnologiya, 1958, Nr 3, PP 80 - 85 (USSR)
ABSTRACT: The superphosphate produced in Soviet factories from apatite
(continuous method) contains 19#3 - 19,9~ assimilable P 20 5'
including 10 - 12~. H20. As 1% H2 0 corresponds to 0,2% P 205P
the removal of the humidity would increase the content of
useful substance which again offers further advantages.
Superphosphate may, h8wever, not be overheated, as tempera-
tures above 130 - 150 retranaform part of the P20 5 into a
non-assimilable form. The method of the boiling layer sug-
gested in this paper could also be used for the purpose
mentioned. The lack of references in this field stimulated
Card 1/4 this work. In this method the heat exchange takes place

Drying of Superphosphate in a Boiling Layer SOV/153-58-3-15/30
intensely and the whole substance scattered over the grating
has the same temperature. , In the present paper the degree
of the drying of superphosphate as dependent on temperature
and the duration of the blowing out with air is to be deter-
mined, and it is to be made clear to which extent the degree
of drying depends on the content of free P 20 5' As far as
the ripening represents a bottleneck of modern superphosphate
production it would be interesting to find out whether the
ripening reaction is not accelerated in the boiling layer.
Therefrom it could be concluded which superphosphate (fresh
or ripened) is suited better for blowing out by air. The
first experimental stage was carried out on a laboratory
basis (Fig 1). Then the experiments were continupd at the
Voskresenskiy Xhimkombinat (VagamswAsIk Obwdce 'I KwablnWh.) .
RimUlta- obtained showed-the. authors that the method of the
boiling layer is a simple and good means of afterdrying the
superphosphate ready for shipment. Especially the waste
gases of the sulfuric acid plants (the completely anhydrous
ones from contact systems or those with a low water content
Card 2/4 of the tower systems) may be used for this purpose. The

Drying of Superphosphate in a Boiling Layer SOV/1 53-58-3-15/30
additional expenditure for the afterdrying of the super-
phosphate is probably the least expensive one with the method
of the boiling layer. On the other hand, the transport
means are relieved by about 7% and the transport costs of
a then more valuable fertilizer per unit of useful substance
are decreased. -The possibility of simultaneously neutralizing
the free P 0 by ammonia seems possible. This would further
2 5
increase the quality of the fertilizer. The authors draw
the following conclusions from their.resultat The humidity
content decreases in superphosphate with the decrease of the
content of free P 0 and with the increase in temperature:
0 2, 5 0
at 40 the humidity was removed to 50%, at 50 to two thirds.
After 5 - 10 minutes the drying is finished. No perceivable
variations of the degree of ripeiiing are noticed during the
drying of superphosphate. A more intense drying delays the
ripening during the subsequent storing. The treatment with
air in the boiling layer (without evaporation of the humidity)
does also not accelerate the ripening. In spite of a consider-
able humidity content superphosphate is easily brought into
Card 3/4 the pseudo-liquefying state. The bigger the amount of

Drying of Superphosphate in a Boiling Layer SOV/153-58-3-15/30
puperphosphate on the gratingthe higher is the gas velocity
in the apparatus required to form a pseudo-liquefied layer.
There are 5 figures.
ASSOCIATION: M08kovskiy khimiko-tekhnoiogicheskiy institut imeni D. I.
Mendeleyeva (Moscow institute of 'Chemical Technology imeni
D. I. Mendeleyev); Kafedra tekhnologii minerallnykh kislot i
soley (Chair of the Teohnology,of Mineral Acids and Salts)
SUBMITTED: October 12, 1957
Card 4/4

A,. j A. G.
1~-c-::aratloyt of ',lcric -,ci-d Irv sul."UrIc aciC~
',,,bur,,prik).IhiDl. 38 vio..3,1:2401-21,06 11 165,.
hi!;xovskiy Wh4XI,ko-takhnologicheskly instittif.' imnrul
c 1.963.
Mcmdulayevae uLyndt"'o-O October 17~

# ---I *

ASKAROV, A.A.; YAMIONTOVA, Yu.V.,--.,-,.
Biomycin treatment of right-sided colitis. IzvXl UZ.SSR-
Ser.mod. no.4:5-9 '58. WRA i2'-5)
J.-Tashkentakiy gosudarstvennyy meditainskiy institut.
(COLITIS) (AIMMMIN)

ASIKAROV, A.A., prof.L_R~~O~~~ kand.med.nauk; PARPrM, K.H.
Clinical aspects of right-oided colitim. Ned.zhur&Uzbo no@";
18-23 Ag-S '58. (MMA 13
1. Iz 2-y terapevtichemkoy kliniki Tashkentskogo gosudarst-
vennogo moditsinskogo instituta.
(OOLITIS)

~itS~__Ir-lia7lfll~ P.V~_m CX~~I=ISVR ~VZM I AMZRWF~~_91VPT-_,~_ - -'d
MIKRyUKOVA, Lidiya. ovinarka; YAMONTOVA, Z., red.; GOLUBKOVA, G*q
tek:hn.red.
CH3, happiness] X08 schsst#O- Moskva, lzd-vo TsK VIKSK
fiMc,lodsia gvardiia." 1960. 29 p. (JURA 13:11)
Sovkhoz Gazyrakly" Krasnodarskogo kraYs (for mikryukova).
(Swine breeding)

RUDMA,Bvgeniya Maksimovna, 1920-; YAKHONTOVA,Z., redaktor; GOLUBKOVA,
G., tekhnicheskiy redaktor
[While the heart beats] Poks stuchIit serdtae. [Moskva] Izd-vo
TsK VIESM "Molodain gvardiia," 1955. 126 p. (MIRA 9:?)
(Women in aeronautics)

MOE S.O.F., kandidat tekhnichesk$~h nauk; KELM'BV, L.P., kandidat
tokhnichesirikh n-au-k,, UMIOV, X.S., inzhener.
Now norme for coustmcbing jud maintaining -rails on the curved
parto of tracke. Zhel.dor. transp. -38 no.10:64-69 0 '56. (MLM 9:11)
(Railroade-Curyips and turnouts)

YAICIOV) M. S.: ~~er T ech Sot (diss) "Standardization of the ourvature on
str,3.ight and. winding Portions of railroad lines". MOSCCYT, 1958. 12 pp (Min
Transportation USSR, All-Union Sci Rea Inst of Railroad TransPort), 150 copies
(KL' 140 5, 1959~ 152)

YAKHOV, M.S., inzh.
Use of separate fastenings. Pat' I put. khoz. no.9:32-3) S '58.
(Railroads--Rails--Fastenings) (MIRk 11:9)

NIRA 18:7)

V V
6elk~. 6~6~`ufi' d' Recoidiir iW'an Utideafenedla, :."I
rik' IJ`b~ It liar
hatova and V. Ya. Yakhov., Uch. Zap GorIkovsk. Un-ta 30, 1956,
137-141 (from Referativrwy Zhurnal.-- Fizika No 10, Oct 56,
p
p
Abstract No 29654)
A schematic of.converBion of varying de electric voltage into ac is
.,presented.; It facilitates recording on a high-speed logarithmic level
-.-recorder. The converter consists of a multivibrator operating on SL fre-.
~-:.quency of 10 kc, a modulator and limiter, built on two rectifiers. Re-
_~ults of measurement are presented showing the dependence of the level
sound pressure in the tank on distance in a'stratified unhomogeneous
~,medium with a constant-Aemperature gradient 0.80 for each cm. of depth.
:~F.The measurements were carried out using pulse techniques. The results
..:,agree-with compu 9,~s:based on.geometric-acoustics.

11 -rl .
Totil rztrogeri. case-In, and cant- In --he milk
of hzlkaniya fine-wool. ard ahoop dartmg
perllo-d., Dop. All 1JR-R -no.10,.!1'l36-i339 '64.
the lo-c-Lbatior"
OCTRA -M~12'1
1. Nauchno-issledovatells'Kiy instttut. fiziologli i blokhLmil
tn.ykh. Predstavisno akademikom
rie .;.Ko~hozyayrttQnrqkh zlil.,4r
ullll.~ZR MIF, Guly'la '1111ilyiq MI.F.I.-

USSR M-4
ATMYORY
J01JR. RZU014 /f, '1959, 1,10. 86998
AUTHOR Yakhte nfel Id i A. Zyus-lkot Ya.G.
T ITILS: Secid Distribution in Dif ferent Procedwe S
of Sowing Spring Wheat.
::Zemledcliye, 1957, No 17 (8-71
ORIG; PUB.
ABiMACT In 1951-1954 were tested, at the 6iberian
Scientific Resca.-ch institute of Agriculture, different
procedures of sowing spring wheatz narrow rows, broadcast,
C7
n 1. Greatest wrilformity In ti,
crossigise, and conve tiona lc,
distribution of plants was attained on narrud-row sowing,
and the least -- on conventional row sowing. IJ'gh-est yield
of grain was obtained on na.-row-row and particularly on
crosswise nowing. Crosswise sowing resulted in a better
Stand of seedlings and higher viability of -the plants.
G. N. Chernov.
CARD:

AFAMAS'MA,A.L., kand.biol.nauk; BAYWRTUYEV, A.A., kand. sell skokhozyaystveu-
nykh nauk; RALICHUGOV, A-V-, kand.sellskokhozyaystvennykh neuk;
mmmm' II.A., agronow; BBLOZOROV, A.T., kand.sellskokhozyayetvea-
nykh aauk; HMIHEIIKO, V.P., agronom;- BXMIKOV, V-V-i doktor sellsko-
khozyaystvennykh nauk; BOGOMYAGKOV. O.T., kand. sell skokhozyaystven-
nykh.nauk; VOLYNXTS, O.S., agronom; BODROV, M.S., kand.sellskokhozyay-
stvennykh nauk; BOGGSIAAVSKIY, V.P., kand.takhn.nank; KHRUPPA, I.F.,
kand.takhn.nauk; VFM4XR, A.R., doktor biol.nauk; VOZBIJTSKAYA, A.Ye.,
kand.ssl,'skokhozyaystvemykh nauk; VOINOV, P.A., kand.sellskokhozyay-
stvannykh neuk; VYSOKOS. G.P., kand.biol.nauk; GAIDIN, M-V., inzhener-
mekbanik; GERASIMOV, S.A., kand.tekhn.nauk; GORSHENIN, K.F., doktor
sell skokhozyaystvennykh nauk- YELSITEV, A.V., Inzhener-makhanik-,
GMASKEVICH,.S.V., mokhanik tdoceased]; ZHARIKOVA, L.D., kand.sellsko-
khozyaystvennykh nauk; ZHEGAIDV, I.S., kand.takhn.nauk; ZIMINA, Ye.A.,
agronom; BARANOV, V.V.. kand.tekhn.nauk: PAVIOV. V.D.; IVA110Y, V.K.,
1r-and.Sellskokhozyaystvennykh nauk; KAPIAIT. S.M., kand.sellskokhozyay-
stvenrykh nauk-, KNTIN-YARTSEV, L.V., kand.seliskokhozyaystvannykh
nauk; KOFTRIN, V.I., doktor aellskokhozyaystvennykh nauk; KOCHERGIN.
A-Ye., kand.se1lBkokhozyaystvaWkh nauk; KOZHEVNIKOV, A.R., k9nd.
Sol Iskokhozyays tvennykh nauk; KUZOTSOV, I.11., ka nd. sell skokhozyay~
stvermykh nauk; LAMBIN, A.Z., doktor biol,nauk; IXOIITIYNV, S.I.,
kand,aellekokhozysymtvenny1,b nauk; HAYMODA, N.H., kand.sf)j'zko-
khozyaystvannykh nauk; MAKAROVA. G.I., kand.sel'9kokhozy9ystvennykh
nauk; MICLINIKOV, G.A., Inxhener; ZHDANOV, B.A., kand.sellskokhozya~-.
stvannykh nauk; MIKHAYI&IKO, M.A., kand.sellskokhozyaystvennykh nauk;
MAGILIIVTUVA, H.A., kand.sellskokhozysystvennykh nauk;
(Continued on fiext card)

AFAMASOYEVA, A.L.... (continued) Card 2.
HIKIFOROY, F-Ya., kand.sel'skokbozyaystvennykh nank; IMIIASHEV, N.I.,
lesovod; ,MVUSHINA-0 A.H., agronom; PWTUIKOT, N.A., ksad.bLo1.naqkj
L@G.; kmnd.sal0skokhozyaystvennykh nauk; PAVLOV. V.D., kand.tekhn.
nauk; FRUTSKOVA, X.G..,~-k~nd.sellskokhozyaystvennykh nauk; OURCHENKO,
V.L., agronom; POPOVA, G.I.. kand. ael'skokhozyaystvennyka nauk;
PCRTYANKO, A.F., agronom; RUGHKIN, V.N., prof.; RUSHKOVSKIY. T.V.,
agronom; SAVITSKIY, H.S., kand.sellskokhozyaystvannykh nauk; BOLDIN,
D.T., agronom; NESTEROVA, A.Y., agronom; SERAPIMOVICH, L.t., kand.
takhn.nauk; SMIRNOV, I.H.. kand.seI'skokhozyay9tvennykh nauk;
SHWRYANSKAYA, P.I.. kand.tikhn.nmuk; T01CHTUYNY, A.Y., kand. seltako-
khozyaystvannykh nauk; FALIKO, O.S., iznh..- YRDYUSHIII, A.V., doktor
biol.nauk; SERVLYAGIII, A.I., kandws9l'skokhozyayztvemykh nauk;
YUMOV, V.A., kand.sellskokhozyaystvennykh nauk-JAMEWELID. P.A.
kand.se1'akokhozyaystvennykb nauk; SIDUCHOVSKIY, ;.X
Z.D., takha.red.
(Ifandbook for Siberian agriculturists] Spravochnsia kniga agronoma
S,ibiri. Moskva, Goa. izd-vo sellk *hoz. lit-r7. Vol.l. 1957il?14 p.
(Siberia-Agriculture) (MIRA .2)

Ad~pting the sigriaalture system to various soil and climate
conditions in.Rovosibirok Province. Zemledelie 6 no.10:3~10
0,158. (KIRA 11:11)
1.,Sibirskiy ordena Trudovogo Krasnogo Znameui nauchno-4ssledo-
vatellskiy Inatitut mallskogo khosyny
(Novosibixsk.Province--Agr cul

YAKHTEWWDI--Prh--*, kand. eel I skokhoz.nauk
Clean fallows in Siberia in their partial replacement by green
fallows. Zemledelis 7 no.10:35-42 0 '59. (KIRA 13:1)
1. Sibirakiy ordena Trudovogo Krasnogo Znameni nauchno-
iseledavatellekiy institut sel"skogo khozyaystva.
(Fallowing)

prof.; BALASHOV, V.V., aspirant
mendations. Zemledelie 26 no.O:
Erroneous concepts in reconi
93-95 S 164, (m IRA 17: 11)
1. Volgogradskiy sellskokhozyaystvennyy in.-titut.

T11
.. . .......
d
r-erio~.j of
rab, Sar. g0s. mea. ini't.
,tyialtal perlod. Obor. n
(11FRA
ctdplr-rA",,e (,,c,,j,czIjrcy kliniclieskoy bol?nItsil
Privol-obakoy 7,11clezrioy derog-I I Saratov. 2. Nuchallnik for
aki-i.-ihprsl,-o-g.,Lnel-olotfi,elie,,ikogo obtl yf,, dine n Iya, Sarato" k
yakiltina.)

rULIyEV., S.)I.; KAMEDOV, A.B.; IZMAIWV, T.Z.; SHAKHRAZBEKOV, K.B.;
SHIJ' RALIUV, I.A. IOAMSYAN, R. A. YAKH1 TA ILI- YULLA OGLY
Susiaining formation pressure in gas-condeneatepoole by means of
water injection. Trudy Azerb. ind., inst. no.lg:'65-101 '57.
t (min 11:9)
(Apsheron Peninsula--Condensate oil wells)

J
C 4: nI I Ir 3aY C II L ni: eec t r .3 n -
Dositron beams
SOURCEt Zhurnal eksperimentallnoy i tooratichaskoy f iziki v. 47
no. 4, 1964, 1463-1467
TOPIC TAGSt pair production, proton, an,.iproton, colliding beam,
electron beam, positron beam, polarization, angular distribution,
energy distributioa
ABSTRACT! The authors investigated the Zroduction of proton-antipro-
ton pairs in the reaction e- + e + ~ p -4-- p, with account of the ef-
.;ects rf the form factors and t1lie longitudinal spin polarization of
alithe narticles Involved ~although a-, present there is no experi-
mental indication that electrons have a finite dimension). Expres-
mions were obtaiaed for the angular and onergy distributions of the
produced pal rs These e xpre-aLl ions pe rm', t an axaminatior o f the
Ccrd 1/3

15012-65
ACCESSION NRt AP4047913
effects of the form factore of the particles on these dLetrLbutionk
:ind on the longitudinal spin correlption in this process, These
. 11,ri-ilations we rE made in the low,~5' cr_'er of perturbation cheor,",
-:.anirig that or ly 3ing"t-phot')n ex~:',.,inpes 1~etween the elect
tron and protor -antipositron vert,,ces are considered. TL h 15 ana 1,1 5
is of interest in view of tht possibil! ties that have been opene., L, P
b)r colliding-biam experiments desLgnec to check on the applicability
cf quantum ele,:trodynamics a- very high energies. ~,e an-ular de-
pendence ot' th(: clegree of latigitudina: polarization c,f the prot~)n-
anciproton pai-a shows that it sma'! ~rgleq almost all the proton-
i4ji t~p ro ton p ai,.-s p roduced h ave a s p i it cio r re I a t i on - I , -.11 th the frrac-
e~on of the paLrs having a spin corre'-'ation +1 increasing with the
an 4 le . The en,trgy dependence o f the le gree of longit udirial po la ri-
Zatior. sho~rs C 'at fr~icl~ 1- Pairs with.
V :dependence is very sen
elle.rgy
-The rm me r
of;the proton, so tFat the longitudinal; polarization for the. eXtended
proion'is alwa-s larger than for the point proton. "In conclusion
we lihartk-Pt.. Kv- Keriviov, A. 1. sukhcarov, and If.. A. GulLyev for a dis-,~
Orig, art, hils,
cussion of the results." 2 figures and 11 formulas,'
Card 2/~

L 15012--i65
ACCESSION HRt AP4047913
ASSOCIATION: institut fiziki Akademii nauk Azerbavdzhanskoy SSR (In-
st,itute of Physics, Academy of Scieacea,.AzerbSSR)
SUBMITTEDs 15,&pv64 ENCLi 00 SUB CODE, NF
110 REP SOV: 002 OTHERi 005 ArD PRESS:'3143
Card 3/3

L 643u-65 _7 - IT /10, 1 A 2
ACCESSION NR: AP5012764 UR/0020/65/161/006/1317/131-
tAU7HOR: Sokolovip A Sadykhov,
A.; Kerlmov B. K.
TITLE: Lepton anxiihilation of proton-antipraton pair with account of the form
factors and of the polarization _Eo-rre1&_t_1oii_s_
SOURCE: IM SSSR. D:)klady, V. 161, no. 6, 196-,,, 1517-1319
!TOPIC TAGS: particle interaction, correlation statistics, lepton, prolton, electron,
positron, muon, proton pol&rization
ABSTRAM., The: &uthorm- 1=estigate:-the- annihilstIon process - + p e-
p
Tor P t e or m+0 with simultaneous account of the form factors of the proton
and of the polarization correlation between all the particles participatir4q In the
process. The matrix element for the Drocess Is written out in the rirjC,IP_nh,-itnn
approxi'-B~11~,,n ind a -S g'V-n '-,r cr)~:~z z-