SCIENTIFIC ABSTRACT MOSHKINA, I. A. - MOSHKOV, B. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135320006-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

The System Nat C*((904* HCO 3-R 20 at 250 and a GO 2- pressure of 76-2-34/43
about I atm.
develops according to the followin!' reaction: (at a hijher
co 2- content in the solution and a concentration of Ila2so4
+ Na 30 CaSO + 2 Ila11CO H 0
1@) Ca(HCO
3 2 2 4 4 3 2
At lower concentrations of sodium sulfate neither
gypsum nor sodium bicarbonate form. From the performed
investigations follows tha@ the formation of sodium bi-
carbonate and gypsum at 25 C anti a CO -preaaure of about
I atm. is limited. There are 1 figure2, I table, and 14
references, 8 of which are Slavic.
ASSOCIATION: West Siberian Branch AS USSR - Chemical-Metallurgical
Institute (Zapadno-Sibirskiy filial Akademii nauk SSSR -
Khiniko-metallurgictieskii institut)
SUBMITTKD: March 25, 1953
AVAILABLE: Library of Congress
Card 2,2

HILOLISFAIUJI 1U.P.; MOSHKM I A,
System Ma@, Ca++ SO - 1120 at 2100 and F@cor i atm. Trudy
Khiml-Mot 0 Last 0 Zap.:YibT:r2 *AN S= no.12 .3.10 158. (HIPA 14 4
(System (Chemistry))

MIKOLISKAYA, Yu.P.; MSHKRUI I.A.
System Mai-, Itf+ SO-, HC 0-. H 0 at 2?C and PC9.t' I atm. Trudy
KhLm.-m9t.inst*Zap*@iib:fil*YSM no*12:11-15 )8. (MIRA 14:6)
(systems (Chemistry))

NIKOLISKAYA, lu.P.; MSHKIKA, I.A.
Chwdcal formg.Ltion of soda in caturee Trudy KUmw-mt.Lwt.Zep.-Slb,
fil,,AN SM no.12&17-28 158. (WA 14 tC)
(Sodlum carbonate)

MW.4KINA p I.A.
Concentration of some trace elements in the water of Novosibirsk
Reservoir. Trudy Biol. inst. Sib. otd. AN SSSR no.7:135-W
161* (HIM 15:3)
(NOVOSIBMK RMERVOIR-TRUM EIMEWS)

MOSHKINA, I.A.
On the geochemistry of bromine in lakes of the Kulunda steppe.
Izv. SO AN SSSR no.3 Ser. khim. nauk no.1:48-55 163.
(HIRA 16:8',
1. Khimiko-metallurgicheskiy institut Sibirskogo otdeleniya
AN SSSR, Novosibirsk.
(Kulunda steppe--Salts) (Bromine-Analysis)

-@JOSHKINA, I.A.; NIKOLISKAYA, Yu.P.
Trace elements In the underground waters of the 01-.gocenc-
sediments in the Irtysh artesian basin. Geol. i geolfiz.
no.6sl3o-135 164. (M-11RA IP:11)
1. Khimiko-metallurgicheakiy institut Sibirskogo otdplenlya
AN SSSR, Novosibirsk.

1-y
If, @#@rn a r'y pr-)c a I .9y,-, "'fj
variol.,g partla prf-'Scuros
Ser. khim. n4uk I
r:5

MOSHKINA, I.A.
Iaother-mal evaporation of the devulfated brine of Lake Kuchuk.
Izv. Sib. otd. All SljSR no.12s140-1,43 162. (MIRA 17: 8)
1. Khimiko-metallurgicheskiy inatitut Sibirskogo otdalaniya
AN SSSR, Novoeibirsk.

MOSHMNA, L.V.
Some data on photosynthesis in Dinoflagellatae of the Black Sea. Fiziole
rast. 8 no.2:172-177 161. (MIRA 14:3)
1. A. 0. Kovale"ky Biological Stationg Sevestopol.
(Black Sea-Algae) (Photosynthesis)

M;HKINAP IM.K.; SAMINI V.i.
-1-1- 11,11:1. So.d.. a-.free leaching of nsphellnl@ Mer. @h!n, Z-';--'7.
30 no.3l296-299 '64. 1-!
1. Institut obshchey i noorganiclieskoy khim@4@ Ali U@rSSR.

MU311UNA, M.K.1 V,;*,11111, V.J.; DENEINTlYl-I'VA, ,.D.
. 9.1
Interaction of kaoli*n diti; alwmiruutt- Uk--. k@.lm. ztur.
'65. 11
31 no.8:851-856 lp:9)

;j!@@ 1-7- 7,rt.T
I 14A
US-"R/'Iuclear Physics - Conversion Electrons
(jet, 51
"Widt2i of Ga.@'@qia Lines and Doppler WideninF of lines of Conversi@,:-, aectr:@ns,!' V. S.
Slininel, R. 1. Moshkina, iloscow State U
"Zhur Eksper i Teoret Fiz" Vol AI, No 10, pn 1-127-LI31
Precise beta spectrometer with transversal non-uniform field of axial symmetry was us,--d
for measurement of convc-rsion line, produced by t,a::If!ia transition of hv 287 keV In
ThC" nucleus, recoilingbecause of precedinf, alpha decay. Expected wi!ieniny -)f c-)nv(-rsi)n
line did not aprear. This data was used for e-ialuation of life of excitp-d IhC" ntLcl(,us.
Authors acknowledges Prof L. V. CirDshev's helPful discussion. Submitted 12 Uct 50.
PA 197195

-.T @L-,

ANTONOTA. V.A.;KOSHKM, R.I.;MAT-R AN. A.B.;RZMN, N.D.;
FMIWW. G. I. -- ...... , -;- ---
Study of the reaction nechaalau of the oxidation of nethaas by
asano of labeled &tous. Izv. AN SSSR. Otd.khtu.nauk no-5 S-0 '55.
Isy.AN SM.Otd. khtu.nauk no.5:789-792 S-0 155. (MTVA 9:1)
1.1notitut kh,tuichookoy fizlki Akademil nauk SSSR.
(Methane) (Carbon--Isotopes) (Oxidation)

- !"', -1(.I" I ". , M
111.111.1.1 iz%, I.. li v1C,STIKINA, i@. i. , lWkl 2VU.'DYAii, A. i@. , !"'. B. , (,. 1 .
Tracer Stucly of Lhe N'eclianimn (,f Uh,-- R@:aetic-n @,f Methaiu Oxidal.@o@.,
Prclblevry Klreiticm esO -,i 9@ 1bvtcTr*.A In C*4fA.!,y-Al*. "@ CA -,?-,
AV 8-ti-F?. 19517, 442P
Y@@bt of the pay--rc ';:, t-!-.ILI vrl" M, thr -- f
, , -,-- @ " - @ i--!!, I w@@ i @ 1.@ . - - - - - - - " ',' -7- @ !- .. - ,4 i - 1;1;i
. . - ., I ,

"k
KOSHKINA, R.I.: HALHAN&AN, A.B.; 07MAN, M.B.; YNKLISOV, G.I.
Tracer method for studying mothans oxidation reaction. Report No.2:
Mechanism of carbon dioxide forma@lon. Izv.AN SSSR.Otd.khim.nauk.
no.7:801-605 J1 '57. (MIRA 10:10)
l.Inatitut chimicheskoy fiziki AN SSSR.
(Chemical reaction--Mechanism)
(Carbon dioxide)

6 @_ I
li ANTOROVA, 1. .; KOSHXIVA. R.I.; NALBANDTAN,
Study d)t'lli@_;;chanlam of oxidation
Probl. kin. I kat. 9:97-103 157.
(Methane) (Oxidation)
A.B.; NAIRAN. H.B.; FXKLISOV, G.I.
of nothane using taeged &tome.
(91RA 11:3)
(Carbon-Isotopes)

KOSMILA, R.I. I @ I ..
-Ire, , jlc-lll
Discussion. Probl. kin. I kat. 9:134 157. (MA 11:3)
(Oxidation) (Kethane)

AUTHORS:

1de

1, Iu I P, A'L "v
J-L'

c
I L

of i.; r 3 f C
'IC @3
c r 1: J a -V
r rc@i- re
tai- 'r-'a -Ir I: t i,--
v
112

@I ifjj,@ of t@-,e @ioi@ @,f (,:irboi-,
I)i0xi c, i a c-
o n,
1-.0t ",.an "o CO, C@r. in -.1"atifDr. D.,
CO. Z'.,c -ail, 3f CO i@; @ifcct'-j
2
lrom
- I
.L.Lc-r(l 1 fi-irc a:.d al! 3." ir(l.
Scvic.t .
ASSOC IA'@ 101: Iriztitut
(In.stit.utu@ ch@, ical 1,:, s i-cs ,L;
5 jD':ITT @;D Octuber 5t. -,7
A VA I LA@"L Li'Jrur@r of Cor.,,ress
Card 212 1. Carbon dioxide-Formation 2. Formaldehyde oxidation
-1pplications

27-384
S/171/61/014/003/001/004
907i/9435
AUTHORS: Mantashyan, A.A. Moshkina, R.I. and Nalbandyan, A.B.
TITLE: On the behaviour of the methy! peroxide radical in -h6
reaction of low temperature oxidation of methane
PERIODICALi Akademiya nauk Armyanskoy SSR. Izvestiya.
Khimicheskiye nauki. v.14, nc.3, !961, pp,@A5-@9i
TEXT: A study was made of the behaviour of the methyl perDXLd8
radical within a wide range of temperatures in the reac-tion of
oxidation of methane photosensibilized -with mersury, the diffft-en--
between the activation energies of iscmerization and decomp.@5i,:-,n
of the peroxide radical and its reaction with methane vas
determined. The residen,@e time of the reaction mixture in Lc
irradiation zone was varied from 2 to 8-',.0 set, The expGriments
were carried out at atmosphexic pressure within the tempera-l...,e
range% room temperature to 4OO'C. A quartz lamp (PRK-2)
was used as a source of radiation, it was placed inside the
reactc.r which consisted of three quartz -@ubas, placed co-axia--ly,
The lamp, placed in the inteznal tube, was -ooled with clr@uLattng
distilled watar. The spa:.e between the first and second tube was
Card 1/3

27 314
5/!71/61/014/003/001/004
On the behaviour of the methv! E071/E435
continuously evacuated wih high va-uo pump3. The spa-6 bi-:weer-
the second and the third tube served as a preheater and a rea@tr
Before passing into the rea-tor,, the reaction mixture (90% CH4,
10% 02) was saturated with mercury vapour a-l@ room temperature
For the determination of the velocity of formation of methyl
hyoroperoxide and formaldehyde, methyl hydroperoxide marked with
C was introduced into the rea.-tion mix-.ure, The Gxperimen-:Il
procedure used was described previously (Ref.8@ N,A,Kleymenc-r.
Candidate dissertation, IKhF AN SSSR, 1959, Ref.9. R.1,Moshk..-.,j
N.L.Galanina, A.B.Nalbandyan Izv. AN SSSR, OKhN 10, 1725 (19jq))
It was found that the yield of oxidation products, calcula-(j fz.:-
I litre of the roactLo -n mixtuto panned through the reac@or
increases linearly with increasing real-donee time of the MiAtI.11-8
in the irradiation zone (up to 10 Within the range of
temperatures studied, the yield of the peroxide increases wi@h
temperature, reaches a max-,mum (280 to 31000 and then sharply
decreases to zerc. Formaidi-hyde appears in the ret%.*_icn r)rcdu,-tb
later than peroxide and its yield is continucusly increasing, On
the basis of velocities of formation of fcrmaldehyde (Wa) and
methyl hydroperoxide (Wn), it was calculated that at 300"C abeu-
Card 2/3

27384
S/171/6l/Oi4/003/001/004
On the behaviour of the methyl ... E071/E435
57% of methane, consumed in the reaction, is transformed int-.)
formaldehyde by-passing the mathyl hydroperoxide stage. Of thF,
total formaldehyde formed at a given temperature only 7% 1A form@d
from peroxide on its thermal decomposition, On the basis of the
ratios of Wa/Wn (determined for the temperature range 190 to 325'@.
the difference in the activation energies AE of the prc:essea f
isomerization and decomposition of the peroxide radical and its
reaction with methane was determined ( AE a 8500 cat/mole). From
the above data the ratio of the velocity @onstants of tht
reactions CH300-@CH20 # OH (4) and CHICOO + CH4-4CHZCOOH + CHI (2)
was calculated: K4/K2 a 2.5 x 1022 lm-.,. There are f1gures and
10 references: 9 Soviet and 1 non-Scyiet. The refer6n,;a '.o the
English language publicatiarisreads as followsg
H.Callender, Engineering 123, 147, 182, 21-0 (1927)4 [e-mail],
L.Smith, A.R.Ubbelohde, Phib. Trans. A.234, 433 (1953) E.W,,Mard1e_'1,
J.Chem. Soc. 1928, 872: J.A.Gray, J,Ch,@m. So:_ 1952, 3:50@
ASSOCIATION: Institut khlmi:heskoy fizik-' AN SSSR
(Institute of Chemi,:al Physics AS USSR)
SUBMITTED: March 19@ 196.@
Card 3/3

,@( R.I.; I A@ ,
CrVdat Ion of ,; t '. r -, in Y@@L @.n' 'Ll%ted 'r-r ' ; - - - -
VeftekhimiJa 4 li'@4 RA l7t8)
1. Ins ti tii -, khir:,l k,-y , i i i,@ I @*@"; '.. - : .

FOIRPAla;YETS, A.S.; MOSHKINA, R.I.
Chain terniration on the surface with ailovance for *-he dif-',-lsicr
of two active centers. Dokl. AN ---SS;@ 16,0 7 ?@ --
18.2)
]a Institut khimicheskoy fiziki AN SSSR. Submitted August 10 1964.

A.Se; 11.1.
App'',:abllity :)Ir a radical @:n'lin s-nt@m= : the kL7e4-s *
.L. L -
high-t.cimperaLure methnne midatiOn init--a,,ed by rl,-rof,,-3ri
oxides. 'F@.n. i kat. 6 no. 691098-l-iO2 t65
1. InstiLa-, khLnicheakoy f izlv I All --"alr@iLted ';r-ve-flbr'- ;5,
1964.

w U,
bw4-
&Cliii, xxv
@phlt"wd dijokyj adaphosphita to the Mime derivatives
(State Univ..
@Oclds, A@ IV
Wn@;.
Kazza)
.
94=06 @ 44, 2373c; SO. 4143f , I I 11 95426; C-Cal -
d Itbig. C.A. 5 1. 117M. -To an rqu imolar inixt - o(
CW0jt)3 (cf. j;%ftlawl jQqjWjkoj, C.A. SO
.a.C(
10
atd
PSFI
dd
d
0)
,
e
a s
w4s a
W
or
WJ
*
After the cxotl@ermic reaction the
of ROM In ROH
Wa
.
;
mift. w3s waprwd 15-20 min. on an 1110 bath and dind.
172-3 '
ts
b
l
ldi
CH(CO
88% (MeO)
P(O) CH
&)
@ Y_I@r
e
,
nir.
q,
1i
s
.
.
y
0
IM diA 1,=4; 71% di-Et ester anslal, bA 170--
t
'
C0
EJ)
CI
1
127S
B
P(0)CII
47%
O)
h.
a
.
,
%,
j
;
(
x
(
JA410 IZ750- 61IF4(910),P(S)Clfiq~CO&Lt',t,bu ISO-
k,WCM&,,r.d 11 q. (EIO),POH gaveafy-, Along Induc-
Wd-d 4
l
i
hi
h
b

c
c react
on w
erm
M a ra exat
y
tion ye
b
Wo LM
P CH
OM)
A
(1)
) (0)
C
,
,
a
s
I
(
IM by evident deaWlation, of the expezted product.
Similar rmetion, bt:t using dry EtONa cmtalyst@cpve after
h fs
O HPACH
30
t
b
q
EIO
P
i
.
n. on a a
eam
at
m
g. (
)I
(
A.0400, -@ SICaLuig's X. " all
'bro. give 1. ba 190,-29 JXM,
tained: 42% (BwO@P(05 CID
1.4970,1.1060 and 60fe (RIO)
170-2-, 1.456, 1.100. The
Waic exters (0.01 mole) ttftted
7-Dietr:
Won with a little ston's 2
2.1294. Lanilarly were ob-
h CH(CO.Aw" bs
P(0)CHM&CH(C0A1d)j, bu
t phosphouama-
X ".2 olf! 0.03-4).04 mc4e

q
or
and Mcklifitatirfin the crwres,,,onij D" h,
act&
rhus in L-o
CIT, CH@ I C.Nu
ltKV; @Ai t i, . @ - @ , . @ : @,
CS, ta. 16.2 4 McOlsl>"O@ CH31c(lh n,
o')
f t'jr)1jP(S)CJ13! -
CON-U),C0, in- 110 la
@C, m. 144'; Of iP@O)CHMICJACO-
R4 ICS. m .177*; (EJOI,P(O)CIIphcH(CO.-VH')ICO.
109,; (Erol ,P(S 110- (Btc@,-
P(o) CHpk CIA C-S, INX;Ih-
CH(CONH)tCS, ni. 179', Nel-A., oi (Ro)-,F(MCH-
(COIR), w" acco nplished by 3 ififfercot rQutes, all of whieb
giving the same I.nchtct. 1;@ncr tlirr Art)uu,-j rmetioti @rf
A. ;Lzk,i S,@@ @ 4 42 OMJ-Z, o -ith halosnalcm.,
esten wid @n@ ruip@m!,n at-i :t@ @Ljn-@nahly k7y
AI;en aj,u 111bl- 11 L -4 510. . @flt,r@q H"'I -
ing 161.3 q @HTO @ri -1 fiTCHIC11,Lt , :1 11@ A
vrram oat!@ r4yr, g @ I , -t _ I ,,, In()-
1.4420, ) 16W; SIMIluly and ;Iitc'2.p
after 3 brit- an a a' eum butb gave the same produLt, (FtO)jP-
I@. "Y) I ' ! 44 1 G 1 1644, eact@ m Gf 10
wl" .-;a J@n. I@411 1.3 r N @ IA ; -1 g k: I
C02E-t), in Elt@ p" after 10 ku's reil"ing 6 g !RtO@,P-
Io)cII(c(hEt%" ble isV 1.44&9. This (1 4 g ; -2-/
-An-4-; x; s)s as abave gpvv 0,16 g, (EW,.JjQ) (,k-

-77 4i
@F, ITZ
pivde v jc,
97*, the phtar-1-owhmatorate 'Irm on
from 3 g. Ra @ud W j, C@iAc. wA-i me-4,a;' 11) S (&Oq-
POO tu MAQ a4d gt@ r-, ftx- u . Im. the
V-4 f Saw 6@8
(ADO v ( @O, CmacsL IvOuxing-,,
'k, lei-24, mv. 1.43M i @
dt." th 3 s, NII0* tu tlWxam " dry BtOlla!
Iwtvhttth*Vpt.iaH&O &&Wylncwftb HCI st4i
-4"L V
it
temdrutim of the moaum@ rtactiun, the -I@t
ruMtra" witli AcOll @,ad d6td., y1p.Mal the fiAlowing
cs'.en, di-91 54 %, bi. 170', r;V
1.2040, do 1 1210; di-Afe eiter, 10%. b-.& 160% 1.47M,
1-2131; di-Ej r7%, L,.
182*, 1.40", 1.1-307; di-Vt
fhcmta@ b, 1152'. Ln 96"; d@a cxw, 50%, 1). led
441,12, 1 1007; d@-Fj
ast, 00%. N 1&5*, 1 Wiet. 1100, ds-,14, J.a( -I-me;Avi
cydohtxyi hesphouWa. 47%, bu 1W, 1.4721. 1 IKJI; d@:Rj,
ater, 640,t, bu. ld?', I 4AM. 1 1130; d@Es
--vdaher)4lAwphvtp&w,pm 5.1ul'f, b. 172', 1 VhA, 1 1182
4-M 3@6- 2's dt-dk vL M,,;-, 1@. I *,I'-, "
4410, JI ite e4z" rxjr" 1" Id". 174J. 1 1490@
173'. 1.4921, 1.0910i ds-Bu
phopkmmu, 50%, b, LOW. lArM, 1.01W, ds-El 3-m-o-2,5,S-
60%. th 1117% 1,4641,

X,/V. '%doffik_ 0 _70@'411' 1WOJh41tyo
tfflill A,ldn -if t@fd RtON*-Pt0H d,,.qr@u@, W 10,5 g
,
:Ctl_)@_FOH And 1"t I K I axetatr zave @ ve-'ry
@rflthcT-nw rr@liori wtwh rt@ullrd ifier conhng And acolif-
Cation. 1.1 !41 4 "@L-
fOA, 4NY0,11,1, I 17t j 5' J@ : 1LI! 0@ 1
the latl@r pf-'w-, Nt-ed d-io --:t;
in a @-nif- m3vtu@ , f) @x wLe
1-, 19 s .-I in -a3 @Jd@.d

reacbrin there formed N,' :@4 ISO'. ". 1 IS35, nj;
1.4300 1 heated witc. WO m PhNille, ; hr. at So' waB
beraa@lated to the ertent f but 5.81';, Re@mtion of 6.3 g. I-
cyclobexenyl acetatt with ' g (EtOhPS14 in the presence &
HtONa 23 atiove gave 3 g. cycl_)hexauoue and 9.E g. product,
N 1139-, 1.1421, 1,4710, ldemitified &9 MvC(OAt)(PS-
@O,M@jt@ ne latter, b. 11OS-70', 1.1410, 1.4710, als.
tormed idong with 2-metlivicyrIchexawme in u &fmilar
_tmetion of 2-methylcyclobexenyl act-tate. G

b'lf@ 19//61/031/012//006/011
D258/D301
AUTHORS: Pudovik, A. N., and Moshkina, T. M.
TITLE: Polyethylene glycols and some of their derivatives
PERIODICAL: Zhurnal obahchey khimii, v. 31, no. 12, 1961, 4028-
4033
TEXT: The authors synthesized several polyethylene glycols of the
general formula HO (CH2CH2 O)nH and the esterification products of
these with either one or two molecules of (C2H 50)2POC1 and ClCH 2-
COC1 (separately). The products were assumed to be useful as plas-
ticizers in producing materials for motion pictures, as surfactants
and as tanning agents. The molecular weights of the lower glycols
were determined by cryoscopy. The glycols are soluble in alcohol,
benzene, dioxane and water; their solubility in ether decreases
with increaoing molecular weight. A description is then given of
the preparation of monophoBphate eaters 0
1
(02H5000 (CH 2CH20) J.
Card 1/2

3/'079/61/031/012/006/011
Polyethylene glycols and ... D258/D301
The principal characteristics of the synthesized polyeth lene
glycols (I) and their monophosphates (II), diphosphates @III),
monochloroacetates (IV) and dichloracetates (V) are given in ta-
bulated form. There are 1 figure, 3 tables and 3 references: 1
Soviet-bloc and 2 non-Soviet-bloc. The reference to the English-
language publication reads as follows: R. Forg ce, H. Lovell and
H. Hibbert, J. Am. Chem. Soc., 61, 1905, (193F.
ASSOCIATION: Kazanskiy filial nauchno-isslyedovatellskogo kino-
fotoinstituta (Kazan Branch of the Scientific Re-
search Moving Picture Photography Institute)
SUBMITTED: December 26, 1960
Card 2/2

S/079 62/032/005/008/009
@7-_ 71 D204 D307
I .
AUTJ T () TZS Moshkina, T.M., and Pudovik, A.N.
TITLE: Synthesis of elycol diphosphates and of certain deri-
vatives of phosphiric acids
P-_@'HIODICAL: Zhurnal obshchey khimii, V. 32, no. 5, 1962, 1671-1675
TE,@@': A series of diphosphates of ethylene, diethylene and tetra-
eth.ylene L;lycols, 1,4-butanediol, P-th-,odiglycol, N-methyl diethano-
1--nine and nituropropylene glycol was synthesized, owing to the po-
'Vential application of such compounds as plasticizers. Two methods
were used, givin- 25 - 75 yields: (1) Dialkyl (or diaryl) phospho-
0 1?
@-ic chioroanhyOrides were added dropwise to an ethereal solution of
the appronriate glycoi, in the presence of pyridine, at 0-50C. Tnt@
mixture was stirred for a further 1 hr. at 25 - 5000. Pyridine hy-
drochloride was fiitered off, the filtrate washed with 17tater, which
was ther. frozen out, and the ether was removed by distillation.(2)
?I-osphorus oxychloride was aaded to cooled glycols (0 - 5oC) and
the mixture was stirred for 1 hr., removing the HC1 formed. The re-
sultin d' hl anhydride was added dropwise to the appropriate al-
Card 1@2 ic oro

S/079/62/032/005/008/009
Synthesis of glycol diphosphates D204/D307
cohol, with mixing and cooling, stirring for 5 - 6 hre. to complete
the reaction. HC1 was then pumped off. The diphosphates thus produ-
ced, ;tere colorless or Yellowish, viscous liquids soluble ir organic
solvents, but generally not in water. Mixturea of the diphosphates
with cellulose acetate tended to swell, especially on heating to
1200C. A series of compounds (ROCH CH P-CH CH-COORI was also
2 20)2 2-
C'H3
obtained, in 25 - 63 @, yields, by the addition of di(P-alkoxyethyl)
phosphorous acids to methyl and butyl methacrylates and to metha-
crylic nitrile. The reagents were mixed in equimolar proportions,
saturated Na alcoholate was added and the mixtures were heated for
15 - 20 min. on a water bath. The products, which were separated by
vacuum distillation, were colorless liquids, soluble in organic sol-
vents and in some caaes also in water, showing a greater degree of
compatibility with cellulose esters than the diphosphates. There are
5 tables.
ASSOCIATION: Kazanskiy filial nauclino-issledovatellskogo Kinofoto-
instituta (Kazan' Branch of the Scientific Research
Institute of Motioh Picture Photography)
SUMTITTED: April "5, 1961 Card 2/2
I r-

0,; KRIJPNOV, G-P,I RUN, A.I.s 'EMENOVA, L.A.1
PUDOVIK, A.N.1 11QfqUAINA, Tt 1@
Prinimali uchas-U ye': KOSTYUKOVA L A laborant; PETROVA, M.G.,
laborant; TE24IRBAYEV, A.M., inzL; OFAULLIN, A.Yu., inzh.; FCLCZOjVA,
L.P., laborant; NAZAROVSKAYA, G.V., laborant
Synthesis and study of organophosphorus plasticizers for the tri-
acetate film bases. Trudy NIKFI no.46:17-25 162.
OURA 1618)

L 14945-63 EWP(J)/E"(O)/W(m)/BDS A.SD Pc-4/Pr-4 RM/WW
ACCFMIa4 NRs AP3003M
9/0 190/63/00 5/0017/120 6/11W
AUTHORSs k# A@
jj Ptidovi
1ITLE1 PolYstirlene4yool6nd their derivatives
Vy*sokom0lekulyarMr*Y9 eoyeftneniya, v. 5o.no. 7, 1963# 1106-3.110
'TOPIC VOSS polyetbyloneg*col ethylene oxide polymer ethylene glycol mono_
chloroa6etate
'fiMTRACTt FgjMrjZa+_4o
If ethylene-oxidelas conducted in' flasks containing 0.08,
M01 ethYleneglYeolp 30 ml benzene, and 0.0008 Mol boron trifluoride etherate, 11
through which ethylene oxide was bubbled at 40-45C for*a period of 15-17 hours, The
obtained polymers were wav white communds. These were fractionated by fractional
precipitation with ethyl ether from 2% benzene solutiors. The polymerization coef-
ficients of the fractions, 6veraging 40-60, were deteridned from viscosimetric
measurements in dioxane solution by Ostwaldta mathod. The synthesis of polyethy-
leneglycol-monochloroacetates was acidevod by slowly ndding to polyethyleneg3ycol
at OC an equimoln- quantity of chloroaeot-'c acid, the resultiw products rapresen-
.ting highly viscous fluids or vaseline-like masses, soluble in ethanol, benzene,
dioxane and carbon tetrachloride. When used as a cata3,vatin. the polymerization of
Card 1/2

L 1494,e.43
,ACCESSION NRt AP3DO3799
et1w1en" oxide,products with a 50-70 polymerizetion coefficient were obtained. A
still higher polymerization coefficient of 65-85 was recorded when diet)71 phosphate
replaced boron trifluoride etherate in a simd-ler setup. Orig. art. bast 2 formulas
and 2 cherts.
ASSOCIIATTONt Kazanskly filial nauchno-iseledovatellakogo kinofoto-inatitat (Kamm
Division of Scientific Research, Xinophoto Institute)
SUBIUTTF.Di 17Jan62 DATE AM 08Aug63 MCLt 00
SUB COM CH NO REF SOVt 004 OTHER: -007:
Card 2/2

BORINI A.V.; HOSHKINA,.T.M.; MISHMOVA, M.V.; SHAYMARDAMOVA, L.R.
Sensitizing effect or some polyethylene glycols. 7-hur. nauch.
i prikl. fot. i kin. 8 no.3:211-212 Pfy@e '63. (MIRA 16:6)
1. Filial Vassoyuznogo nauchno-issledovatellskogo kinofoto-
inotituta, Kazan'.
(Glycols'/' (Photographic emulsions)

I,tDMKq A-11.
plyC01,13 i!.(, r 0,' V;l
110(,1110 J1 '63.
1. Kazanskly fil' al
(Glyccle) (Zt),yl,@na- pilv77:3@ 3)

PUDOVIRP A. N.; P@PA, T. M.; KHRAHTSOVA, V. P.
Diaxophosphinic and hydrazodiphosphinic eaters. 7-hur. ob.
khim. 33 no.i:94-97 163. (MIRA 16:1)
1. Kaxanskly filial Hauchno-issledovatellskago kinofatoinstituta.
(Phosphinic acid) (Diaso compounds)
(Hydraso compounds)
'C :.

-L,--1018gt6@ - E7Y1T(m@/EWP(j)- RY.
ACC NRC AP5024W So UR/0286/65/000/020/
,064/0064.
,p
"yICE CODEt
XWHORst Koahkina, To Kp4r.."Pudovik? A. It.; Krupnor,, G. P.; Bukin., A. I.; Semnova,
f4l
ORG: none
TITLE: Hatif6d-for obtaining plasticized aster-cellulose filzs, for instanceg
tridd4tata cellulose films. Class 39, No. 175646!6Za-mounced by All-Union Scientifi(
Research, Notion Picture Institute-Mesoywriyy naUchno-lasledovatellskiy
kinorot6inatit L/ 1@4 'S"t -
SOURCE: Brdletent Lzobrateniy L tovarnykh zpakov, no. 20t 1965t 64
TOPIC TAGS: " poj@6r,Iplasticizer, plastic compound,, plastic material, plastic,, filK
ABSTRkGTt This Author Certificate prosent4s obtaining ester-cellulose
triacqtate-cellulos #I wrffoducing asters of polybaoic
films, for instance,, a f1r. 7
acids into a solution of -cellulose triacetiLteL, to Increase the variety of plaati-
cizers, esters of phosphomacatic acid arousedax the pl4sticizing agent..
SUB Met Il/ SUBX ULM W=64
=t 678.5"3 679.%9.13.OM.2

r - q77S@@-6& I
U 2 - V'T(MWNT-UY
ACC NR- AP60195017 SOUXE CODEt MVW7c)/65/035/011/2042/2046
AUTHORt Moshkinat T. M.; Pudavikt ANNO
ORG: none Z5
TITLE: Phosphorus-containing aso-Aand hydrazo6-compounds
SOURGEt Ztmrnal obahchey Wails Y. 35# no- Up 1965; 2042-M46
TOPIC TAGS: organic aso compoundl, organic synthetic process$ organic phosphorus
.compound, organic nitrile compoundp hydrazine derivative,, ester
ABSTRACT: - The eta e@&Mnaftou'or aromatic -diazo, compoun&i1th 'a- number or
arganophosphorus coinpounix containing an activated methyIene group: phoopbcas-
:acetic ester$ phosphoneacetonet and phospboneacetonitrile was carried out urder
;mild conditions in the absence of catalysts. gome properties of the phospherns.,
I
;containing ekza-compou@ds 'synthesized were studied. They decompose graduallr
during storage with an evolution of nitrogen; the decospnsition process It
aubstantially accelerated at Increased temperature (above W), with an evo-
l
ilution, of nitrogen and a further resinification of the products formed. The
aza We
.' -compounds obtained are highly sensitive to the action or so and, alkalis#
,yielding * rigorous evolution or nitrogent accompanied by partial decompo-
!aitioz and restairicatioiL or..tb* products vhen treated v#h_di1nte_%jM

L 2-77-58-66
ACC NRs AP6018509
aeld'or soda ikitfoii- at ev"rature. Direct reduction of bea-zenie'aza'--
'(diethylphospho"carbeth room t
OxAmethanol. to aleohot solution In the presence of
Raney nickel at 30-6e y1elded IF-phinyl-iffl.(dkethylphogphooec&rUthOX7,)m
methylhydratine. The PK double boiAj, activated by the phoi@hinic group, is
capable of addition reactionfft. addition of acetoacetic, malonict. and cyano.-
.acetic eaters to esters of phenyL- aid p-nitrophenylazophoophinic acids
prodraced the, corresponding Wratophosphoric eatera and in a mufaer of oazeat
i nonphogj*orus-containLog produattz of unestablished structurso Orig. art. hast
i-iable -a and 3 formulas** jP10
C
SUB COEE: 07 SUBK DATE., 14jul6t, CRIG REFt 004/ MH W 9 001

2/2

_L 26689-66 JV @Rm
ACC NRr . -101690?- SOURCE CODEt URIOOZO/65/i6-3-FO6-6/i461ti4b~'
AMORt Hoshkin!LTe Hat Pudovik. A., He (Corresponding vember AN SM)t Zillbernw@
L* ve "WOMZ"
ORG: Kazan# State Univeraltar ime Ve* I* Ultyanov-TAnin (Kaxanaklr goaWarstvan=
universft-it)
TITIBe Phositorue-contalning I aw ?@Id azo-compounds
SOURCEi AN SSSR* DoklMys v* 163, no, 6. 1965. 1401-1403
TOPIC TAGSt argarde phosphorus coupound, aster, hqdrazinep, hydrazine derivative
AMMACT: The authors WthesWid asters or asadiphosplioric'exid' and studied,
their capacity for addition reactions. In synthesizing asters of azodiphos-
phoric acid containing aliphatic radicals In eater groupsi, the amthors used
the method of oxidixing esters or Wrazoaphosphoria acid., The tetra21171
esters of Wrazodiphosphoric acid were obtained by,-& reaction of dialk;rl-
phosphoric acid chlorides with fqdrazine
0 0 0 0
(RO)2" + kff2NH2 ('tG)2Ml (R0)2PWV(0ft)2
-Card JA -------

ACC NRc IF60-16002
n-%I,@ , Reactions of diethrldibutTIchloro-a
where R a C@,Hqjp n-C n-0013 0
phosphates Rith Wi@Nina were carriW 94 in ether solution at 7-5 - 30
and wIth dihexil- 'and dictilchlorophosphates - at 40 - 450- Sy@m@trical
@hydrazodipftosphoric esters were isolated from the reaction mixture and
purifted by fractional precipitation from benzene solutions with hexane -3r
with petrolem ether. Precipitation was rdpeated several times* The yield
!of tetraalkyl esters of Wrazodiphosphoria &aId was 60 - W%* it was
found that tatraaDWI eaters of azodiphosphoria said- are electrophilic COM-
pounds capoblo of facile and quantitative addition of nualoophilic rea
Orige art,6 hase I table s ICJFW
SUB ME: 07 SM DATE t 06YAr65 ORIG Urt OG3 OM RUt 003
0

L 04095-67 2Wv(j)/E7dT(l)/0,r1 W/T IJP(c) FM
ACC NRj AR6023276 SOURCE CODE: UlVO058/66/000/003/Dl24/D.124
AUTHOR: Pudoviky A. N.; Moshkina, T. M.; Krupnov, G. P.; Bukin, A. I.; Semenova, L. A.
TITLE: Plastification of triacetate celluloid films by mixed phosphoric-acid ethers
@SOURCE: Ref zh. Fizika, Abs. 3D1028
,REF SOURCE: Tr. ypes. n.-i. kinofotoin-ta, vYP- 52, 1965, 5-16
TOPIC TAGS: phot-graphic film, plasticizer
ABSTRACT: Me authors investigated the plastification of triacetate films by mixing
phosphoric-acid ethers. It is shown that at least some diphosphates of diethylene
glycol result in better mechanical film properties than the previously used mixture
of triphenyl phosphate and dibutyl phthalate. Fowever, in the presence in them of
aliphatic radicals, their compatibility with the film deteriorates with increasing
ilength of the radical. To improve the compatibility, one can introduce cyclic radicals'
Cl atoms, and alcoxyl groups into the ether groups. The most effective for the com-
patibility are the latter, and they also improve noticeably the physical and mechanical
1properties of the films. A. Khruzhanskiy. [TrEjislation of abstract]
isuB CODE: t4
k1i
Card Vi

GG
RM'f3fil' 'j"'*'SO%CE CODE: UR/0271/65/000/00S/13@57/130SS
SOURCE: Rai. ch. Avtomatika. telemeklanika i vychistitel'naya tekhrzfka. -
Svodnyy torn, Abe. SB422
AUTHOR: B-eydo, M. D@@ Gancharov. A. Mqy# Zhazlova, N. V.j1V
Zarnitsyn. G. D.; Kotel'ELikov, 1. V.. bbj@Wdna. T. V.. Tarantovich. A. S.
4 yy MI
TITLE: TEVM d1gital computer
fic'M
CITED SOURCE-a Tr- po vapr. primemeniya, elektr(m. vychist. mashim v mar.
kh-va. Gor'Idy, 1964. 171-173
TOPIC TAGS: digital computer, industris%l digital compute 160V
TRANSLATION: The TEVM digital computer is intended for plann' C operation
and rout* flawsheats an the basis of d4v@1,3ptd algorithms and for other functions
connected with processing. The necessity of storing the charactertatice of the
product is a special feature of the machinsi the volume of dds Information to
rather large. The TEVU m&chbw has ths-ee addresses =4 o"roves as a dmd-
C-4 1/2 UDCs 631.142.343

kc'c6ltR&' ARS014365
'after- 18-digit-point system. There are 48 digits in a word (one number or one
instruction). An operation code takes 6 ligits. Special routine Elmo takes
6 digitma the balance is divided among the three addresses. The computer has
4 types of storage: (1) an internal magmtic storage for SIZ words with an access
time of 6 microsec; (2) an intermediate tnagnatic-drum storage for 1024 words
with an average access time of 10 millitec. (3) a nonvolatile magnatic-dr-am
storage for information readout with a capacity of Z048 words and an average
access time of 10 millimec. (4) a magnetic tape of 100000-word capacity. The
working frequency of the computer is 25 kcs the sync hroni mation depends an the
magnetic drum. A total of 39 instructicus can be carried out. and the average
speed is 1500 operations per sec. The adder is of the trigger-ragister type with
a high-speed carry. no shilt. Data photo Input reads from a telegraph tapoi
monual keyboard Input in also provided. A ZO-numbor-por-ssc output uses &
printer. The catoputer comprises 4000 transistors and takes 3 kw. It occupies
&a area of 15 ma. Bib. T. fig. 1.
SUB CODE: 09
C-d 2 & Ift

KOSHKINA. - 'g-, '.
.... @I I M@ @
Preparing materials with a low content of tin for treatment by the
method of low temperabure chlorination. Mul. TSIIN tgvet. rat. no.4.,
24-27 058. (MIRA 11:5)
(Tin ores) (Chlorination)

S/136/62/000/004/002/oo4
so E193/E383
AUTHORS - Moshkina, V.A. , Pokrovskiy, V.V. and Repkin, D. I.
TITLE: Remelting tin-plant dusts as mearis of increasing the
indium concentration
PERIODICAL: Tsvetiiyyc metally, no. 4, 1962, 61 - 63
TEXT: The normal procedure in pyroniotallurrrical extraction
of tin is to recirculate dusts from electrostatic filters,as a
result of which the indium content in this by-product increases,
reaching a value vr!iich can vary from several hundredths to
several tenths of a '/',. A reducing roasting method of extracting
indium from the product, developed by A.S. Sinalcevich and
M.Yc.. Chernyavskoy and based on different reduction potentials
and sublimation pressures of tin, zinc and indium oxides,
appeared most promising when used on a laboratory scale but did
not give satisfactory results under industrial conditions.
Frequently, partial fusion of the charge occurredas a result of
which only a small portion of indiunt was recovered itt the gaseous
phas e. This was due to too high a tin content in the dust and
ifide variation of the concentration of other components from one
Card 1/4

s/136/62/ooo/oo4/002/Oo4
Remelting tin-plant dusts .... E193/E383
batch of tests to another- hence the attempt described in the
present papbr to r'educe the tin content in the dusts, to
increase their indium content and to ensure a more consistent
concentration of other components by remelting the primary
dusts in an electrical furnace and producin.- secondary dusts
to be treated by the process described above. The e:%periaiental
-laterial (primary dusts) contained 0.137c" In, 30-7rL Sn
soluble and 28.8@@ insoluble in 11CI), 2.17"'o' Pb and traces
of metallic Cd and silicon, calcium, aluminium and iron oxides.
Coal and coke fines were used as the rcducin@@ aTenl's, calcium
oxide with a lime content of 75-5415@ being used as the flux.
Sach charge consisted of 61?@ primary dust, ol, coal, Y., coke
fines and 3@ lime. After mixin.g, moisture was introduced into
tlie charge which was then converted to granuleri 5 - 200i-,ij;i in
size and remeltod in an electric furnaco at 450 - 500 C.
Typical results are given in Tables I and 2. It will be seen
that as a result of tals treatment, the Zu and In contents
of the startine material were increased 2.4 and 2.8 t im co ,
respectively, the Sn content being decreased by a factoi- of 2.3.
Card 2/4

S/136/62/000/oo4/002/100/t
Remelting tin-plant dusts .... E193/9383
No fitsion of the charge occurred when the product obtained
by remelting was subjected to reducing roasting, and 90 - 951/1@
recovery of indium was attained.
Tilore are 1 fi3ure and 2 tables.
Key to Table I : I - Products of remelting; 2 - Sn, soluble
ill 11Cl; 3 - S11, insoluble in 11CI; 4 - Secondary dust;
5 - Scrubber slime; 6 - metal; 7 - Slag; 8 - Difficultly
meltable residue.
Table 1: Composition of the products of remelting primary dusts
Card 3/4
S.,
r1POAY TU n P" woe Z" f1b As Cd C&O Fe'04 sto,
a1, CI
B-FOP144HaR M,1,1b 0,388 16,8 11,33 6.47 39.95 0.96 1.3 0,45
11Jaamcxpy66cpr 0,24 20,71 12,06 8.66 47,88 0.92 1,08 -
MeTaxm . . . . (),152 90.4 - - 0.39 2.4 3,96 -
UJARK . . . . . 0,0061 1.3 - - 1.79 0.14 Hei - 17.9 7.11 34.22
rapTAwir . . . 24.03 - - 7.5 1.03 0.98 - - - -

S/136/62/000/004/002/004
Remelting tin-plant dusts E1.95/E583
Table 2: Distribution of coml)onents in the products of
melting,
Key: 1 - Products of remelting; 2 - Secondary dust;
3 - Scrubber slime; - Mctall 5 - Slag; 6 Difficultly
meltable re8idue; 7 Total; Losses.
0 JIPVAyMTfj nJIABKR In Sn I Pb I As
1111",14 nUnb fio
(kepa .
(VIM, V. . . " '18.6
13.3
40.G 7.5
1.3
86.3 11, F)
1.6
62,0 10.2
1.2
65,9
0@ 11111aK . . . . . . .
r.,PTmi;ir J, - - - 1.2
.1.5 1,1
2.55 3.2
3.0 -
1.6
H T o r 99.2 98 75
7 79,1
0;8
1 :2151 18 6 20.9
Card 4/4

-6 -E
-@TOi&/011/2477/2it
ACC NRL AP,@@7208
AUTHOR:
E, A,
SOURCR CODE:
007-,
3-
Frjdm&nr Y&S D-,; Moshkinap, V. A.; Gorokhov, S. D.; Ifitsevichy
ORG: None
TITLE: Formation and thermal decomposition of yttr fluoride and-A@,
carbonate
SOURCE: Zhurnal neorganichaskoy Rhimii,, Y. 10p no. 11, 19651 2477-2483,
TOPIC TAGS: fluoridep carbonate,, yttrium. compoundp thermal decomposi-
tion, sodium compound
ABSTRACT: A study w as made of the reaction of yttriiin fluoride with
jodium. carbonate In the temperature interval from 150 to 900 C, and of
the thermal decomposition of yttrium fluoride and carbonate, The
reaction was studied by thermogravimetrie and thermagraphic methods,
In the thermogravimstric investigations,, weighed amounts of the salts
were mixed in a platinum crucible and held in a muffla furnace at a
given temperature to constant weight (from 15 to a5 hrs). The
decomposition products were analyzed and their composition determined.
The thermographie investigations were made in a Kurnakov pyrometer usin
platinum-platinum.rhodium, ther, couples, Weighed portions of the; salts
Card l/3 -UDC: 5h6,6k31l61+546-6k3 2611

ACC NR, AP5oa7aoa
(0*5-1*0 grams) were mixed in a sliver crucible into which the juncti
of thethermocouples were inserted directly, The heating time to the
maximum temperature was 3-5 hours. Results showed that yttrium
earbonatd dissoeiates in the temperature interval 155-700 C according
to the following scheme:
ids-TWO
Y&(CDs)s.31flO---#-Yt(cos)~s----I-ylos.0,2C%-----#.y
tot
Yttrium. fluoride diasoeiates in the temperature Interval 450-8dO a
according to the scheme:
Y102
w1th the formation of Intermediate products& ResultEr- of the reaction
of yttrium fluoride with sodium carbonate permit the deduction that in
the temperature interval 550-700 0 the reaction in the system
corresponds to the overall equation:
@@s.+ 3Ne.jC.Gx - YjOj +.6NaF-+ 3C%

t - &146-66
ACC NRz AP502-7-208
In the temperature interval 800-850 Go with an excess of sodium
carbonates, XaaGO reacts with yttrium. oxide with, the probable formation
of compounds wiR the composition ITaY0p, Orig, art. has: 10 figures
and 5 tables,
SUB CODE: aC,, 10/ SUBM DATE: 2lApr6h/ ORIG REF: 008/ OTH REP: 00@
jW
Cutd, 3/3

1. BLYMNFiMID, L. A., IMISOVITSKAYA, S. YE. . MOSYKOPSKIY, SH. :11.
2. bSSR (600)
4. fWarial Fever
7. Effect of paludrine on the functioning of hemoglobin. Dokl AN SSSR No. 3 1953.
9. Monthl List of Russian Accessions, Library of Congress, April - 1953, Uncl.

ALYAYEV, A.; MCESHFOV, A., inzh.
An ef f icientu type of ship f or transporting ainera 1 b. @ @ :
ma-ter-4'.al freJght. Rech.t-ransp. 23 no.11:26-28 N li,4.
'k 11, @I F.; 3),
1. flacim"nik Gorlh-ovfjkogo Montrallnogo r).Vljc
14inisterstva re-chnogyr, flota (for Alyayev).

A. D.
Issledovanic pronitsaemosti r-asla cherez pory tall o-!@era7-iche3:cik'h poAshipnikov.
(Vestn. :.!ash., 1950, no. 12, p. 1@-16)
Study of oil penetrability throuVh the pores of r-Ptal and ceramic bearin:--s.
DLCi
SO: Manufacturin.r- and Mec,ianical EnCinecrini- In the Soviet Union, Lilwary
of Congress, 1953-

KMEDY, A.D., kandilat tekhmicheskikh nauk, doteent.
.
Problem of using porous bearing materials. Trudy UWIIT ao.5:
116-122 156. (KLM 9t 12)
(Powder metallurgy)

-@ , " @' K L@ 4, @' @ (-1
AUTHORS: Moshkov, A. D., and Areflyev, V. 1.
TITLE: Electrical Spring Dynamometer for Measuring Moment of Friction
(Elektropruzhinnyy dinamometr dlya izmerenniya momenta treniya)
PERIODICAL: Zavodskaya Laboratoriya, 1957, Vol. 23, No. 1, pp. 102-103
ABSTRACT: The authors compare various systems of measuring the moment of
friction, such as dynamometers operating with springs or weights.
The weights are found to give more accurate results but to be
very time-consuming. They describe a new dynamometer developed
by them which uses electrical principles similar to those of the
selsyn for recording the mcment of friction produced by a spring.
A diagram showing the principle of this dynamometer is presented.
Tests showed that for moment of friction up to 90 kg/cm the
accuracy of recording was +0.5%.
ASSOCIATION: Tashkent Institute of Railroad Transportation Engineers
(Tashkentskiy institut inzhenerov zheleznodorozhnogo transporta)
Card 1/2

Electrical Spring Dynometer for Heasurirg Moment
of Friction
PRESENTED BY:
SUBMTTED:
AVAILABLE:
Card 2/2

25(2) PHL17E I Bor)K K(P1;'TrATTrqj
Moshkov, Aleksey Dmitriyevi(,h, an(i Yakov Viktorovich Tlspenskiy
Tekhnologiya proizvodstva I primeneniye poristykh podshipnikov (Manufacture
and Use of Poroun Bearings) Mns(low, MashgIz, 1959. 81 p. 8,0k)n nc-les
printed.
Ed.: I. F. Belyayev, Candidate of Technical Sciences; Exec. El. (Ural-
Siberian Division, Mashgiz): L. A. Kon'shina, Engineer; Tech. Ed.-
N. A. Dugina.
PURPOSE: This book is Intended for engineering and technical personnel.
COVERAGE: The authors discuss theoretical principles of manufacturing porous
materials for plain bearings. They present results of an experimental
investigation of the effect of operating parameterB on the physical and
machanInal properties of copper-and iron-base porous materials. PrantleFLI
recomm4ndations for organizing proftntlon processes are made, and the use
of porous bearings in machinery manufacture is described. Chapter TI was
written by Ya. 7. Uspenskiy, Chapters V, VI, VII, and VITT by A. D. Moshkov,
and the remainder by both authors. There are 94 references: 55 Soviet,
Card 1/3

Manufacture and Use of Porous Bearings S 0" /2 7 21-1
27 EngUsh, and 12 German.
TABLE OF
Preface
Ch. I. Developement of the Povder Metallurgy of Porouri Mntn-Iii r,
Ch. TI. Methods of Manufacturing Porous Artielea
Ch. IEr. Methol of Manufacturing Articles From rcypper-bn3n Pcrryrs Alloys I',
Ch. V. Method of Manufai-turing Artioles From Iron-base Porous Alloy!i 28
Ch. V. Effect of (@peratlng Parameters on the Menbaninitl 11ropnrtle.9 of
Cripper-basp Por(mis Materials V
Ch. VI. Effect of Cq)erating Parameters on the Mer:hanice-1 Properties of
Iron-base Porous Materials )49
Card 2/3

Manufacture and Use of Porous Bearings
SOV12520
Ch. VII. InvestigatiOng in the Field of Friction and Wear of Porous
Materials 60
Ch. VIII. Use of Porous Materials in Machinery Manufacture 68
Bibliography 79
AVAILABLE: Library of Congress
qO/m,g
Card 3/3 11-12-59

KOSaKOT, A.D.
Self-lubricating effect in the operation of porous bearings.
Icv. AN Us. SSR. Ser. tak:h. mailk no.4:63-71 '59. (MZI?A 13:1)
l.Tashkantakly in" titut Incheasrow shelosaadorozhaago traasporta.
(Lubrication and lubricants)
(BearInge (Machinery))

3/121--/61/000/010!"'), 1
D221/D3O4
AUTHOR: A.D., Candid@@te of Technical Sciences. D,-'@(,-
TITLE: P(,-ous materials with antifrictional propertie-4
PERIODICAL: Vestnik mashinostroyeniya, rio. 10v 1961, 72
TEXT: The effect of aelf-Vbricatiq
,*is reveked during ,ieat-
bearings which leaV to a rise in the maximum allowed loads, ,.
all other conditions remain sa:--ie. Rise of temperature due +,-. vi
brings out oil on account of the different bulk expansion o@f i.
and metal. Thickness of film ht is determined by h t = AA (Po
(t 1 - to), where A is the relative porosity; C is a constant r--
ted to size of bearing; K is a coefficient that takes into a---.
the irreguiarity of porosity; Po and P P are coefficients of
expan- n of oil and the porous material; t 1 and t0 are the
and final temperatures of bearing. Td*relationship between
thic.mess and relative pWosity at different temperature is
Card 1/3

S/JT21/61/OOC/'o.,kj
Porous materials with antifrictional ... D221/D304
The iaboratory investigations of porous and COMPLLCt
X2-YI (Kh2,-M) machine revealed that compact bror'ze bear-n,s
wear and appearance of seizure, whereas .-,orc-.is 7%, 'iT-
racterized by abrasive wear. Tests c@.rrip-l ou' tly, '.he autll@)c
lished the effect of grain size of powders, met-_,ds
iure. Maximum wear resistance is obtained witil 11@-L-, _. ',@
litic-ferritic structures. Intrcduction of phosphor(@,.
wear strength of iron base materials, as demonstr-il,_-Al tj
MO -4 (MI-4) machine. Profiiograms obtained on tl,e V-3rl.-.-
instrument indicate thRt pilosphorOu3 pwomotes anti-Sel,1211
ties and improves the running-in of porous iron
due to diffusion of phosphorous in the iron -ind al,
its disposition in the form of eutcctic Fe-F,_@)P. 'nie
determined by the factor of relative porosity A. =(Yc
where T is the porosity of compact mctai used for makin,
7p is tRe porosity of porous material. The author disous!@_-,
process of filtration and also indicates the relations@iip
filtration and porosity. When no additional oii is ^d, t1-1
Card 2/3

S/122/61/000/010/011, C,11
P$You8 materials with antifi$ctional ... D221/D304
-dry (bou%dary) friction takes placep which ensures normal,
tion at low loads for relatively long periods. These condit,
are defined by p.v - up to 10 kg/cm2. Large pores and high rp 'T@
ve porosity are then advisable# together with periodic ad`i'@-r@
cons I MI t oil. Regular oil feed is required whenever iari-@@
and hig-h speeds are present. 6mall porosity and low relatii.
sity are then recommended.The iron baselimaterials can re.:1!--e
ferrous m4tals with great advantage. There are 12 figures %nd P T-
ferences: 7 Soviet-bloc and ltnon-Soviet-bloc. The reference r
English-li*guage publicatiin reads as follows: Walter J, daez.,.,
course in powder metallurgy, hew York, 194).
Card 3/3

HOSHKOV,, Aleksey DmAtriyevich; YAKOVINKO, Ye.P., red.; SALAYIIUYDIIIOVA, A.,
@-te-RS-. red. '
(Friction and wear of porous ceramic metal materials]Trenie i
iznos poristykh materla2a]Trenle i iznos poristykh metallo-
keramicheskikh materialov. Tashkentp Gosizdat UzSSR, 1962.
101 P. NIRA 15:11)
(Ceramic metals) (Mechanical wear)

KARAYEROV, Ye., insh.; MOSHKOV A ivWi.
Frequen6y characteristics af t-ransistors. Radio no-12:44-45 D 162
(Transistors) (141RA 16:3i

I. MUSHIMP V. P.; MHKOVP A. N.
2. USSR 600
6 Rabbits
7. Fur industry and problems of rabbit breeding, Kar. i zver, 5, No. 6# 1952.
9. Monthly List of Russian Accessions, Library of Congress,, April 1953, Uncl.

I-Fiiii-nteYt-d t6"W6@1 and o-!- r-a w--s-h'eep- skins
4, fTarn diffefent crossbreed-i- N. Moshkov and M P.
[
olodtsova.
tutel. Ina. Afekhovol Proni. 1953, NO. 4, 18 Uj; Rcfffit.
Zhur., Khim. 1955, Mh), 496I.-The (.At contcitts iii the., wcKA -L
and skin tis-mic of 14 cro-,@brccds mid incritios ivcrc atudi6fl.
M_110;01

SHXD2---A.N.. kandidat sal'akoVhozyaystvennykh nauk.
Still unusal potentialities for the manufacture of articles
?'0, of clothing made of fur. Leg. prom. 16 no.7:11@-17 J1 '56.
11, NIRA 9:10)
Crur)
A
11

ZUBIN, A.M., kjind.biolog.nauk; OWTOOV, B.A., prof., doktor biolot,
nauk; KOWY.OV. A.H.. kand.ael'Ekokho-..nauk; PURIM, Yn.A., k--,nd.
takhn.nauk; CHATWT, P.I.. kand.takhn.nauk; SSRO*ffTA. T.A.,
kand.takhn.nauk; BARYKIN, A.M.. knnd.tokhn.nauk; LOOVA, N.L.,
karxd.tekhn.nauk Edeceased]; RUKTANT"'XV. H.Z., stnrehiy rutuchnyy
sotrudnik Cdeceasedj; LAPIDUS, L.G., starshiy nauchnyy sotrudnik;
FRMMI, Ye.B.. kand.tekhn.nauk; KHRELINITWAYA. Ye.G., mlodshiy
nauchnyy sotrudaik; KATAYNV, V.P., Imnd.okonon.nbuk; KLYAGINA, 1I.I.,
red.; MARTUOV, S.F.. red.; HINAY-EVA, T.H., red.; PLv,14YANiIKGV.
M.N., red.; 101AKNIN, M.T., tekhn.red.
(Manual on fur and sheep pelt garment annufacturej rovochnik po
-JERaw w to ria 19.
makhovoi i ovehinno-uhubnoi promqshlennofiti. Vol.2-
Ssmifinished and final products. Production technoloig] Syr'o.
Polufabrikaty i izdeliia. Tekhnologiia proizvodstva. lq59. 631 P.
041RA 13:3)
1. Nauchno-issladovatellskiy inatitut makhovoy promyshlonnosti
(9IIKP) (for Runyantaev, Lapidus).
(Rides and skins) (Fur-Hnndbooka, manuals, etc.)

"The Arteriography of Gynecology." fhe3is for
r Dr, . I
legree of 7 . 1'edici I Sci. Sub 11 Apr 1; . ,irst
:-'oscow C-r-ler -)f Lenin inst.
Siu-mry I", Dec 52, DiL;oertationn Pm;njjterl
for De"ges In :-3clonce -ind 14izincerinp in :ogcov
in 1949. Fron l7c@chn=jr-anq Ioskva, JLn-Doc 1011r).

KOSEIKOT, B.H., professor (Diaspropetrovaic)
--, ....... !.@
Uterine vasagmpI7. Akush. i Ctao no.4:3-5 JI-Ag 154. (KMA 7:11)
(UMUS, radiograpby.
angtograpl7)
(ANGIOGRAM,
uterus)

r
Kosmov. B.N., prof.
Kethods for controlling septicenia and toricosis in the newbora.
I'adiatriia ao.11:12-17 N 157. 041RA 11:2)
1. Xz kafeAry akusherstva I ginakologil (zavo - doktor meditainakikh
nauk prof. B.M.Koehkov) pediatrichaskago i sanitarno-gigiyanicheakogo
fakulltetoy Daepropetrovskogo maditainakogo institute (dir. - prof.
D.F.Chukhriyenko)
(HOSPITAIS-MINIM) INFAMS-4)ISRASM)

STICPAMMINA, Klavd1ya Ivanovna; KOSHKOT. Boris Mikolayevich
(Diet at howl Lechebace pitania na damm. Klev. Goomed-
Isdat, USSR, 1958. 218 p. (KM 12:6)
(DW IN DISIM)

KOSHKOT, B.N.. prof.
Topographic anatomical orientation in ooer9tions in the oarametrial
909c". twith suzLwr7 In Suglish). Akmah'. I gin. 34 no.4-057-61
J1.1-49 158 (MIRA 11:9)
1. lz kafedry akushfirstva I ginakologii (tav. - orof. B.H. r4shkov)
pedlatrichaskogo I sanitarno-giglyanichaskogo fakulltetow
Duepropetrovgkogo maditainakogo institute.
(UTIRUS. surg.
parametrial area, surg. anst. (Bus))

.@@Ov, Boris Hikolayevich; TIKOSHM0. L.T.. red.; POTOTSKATA. L.A.,
tokhrod.
(Tumors of the generative organs in girls] Opukholi polovoi
efery devochak. Kiev. Goo.mod.izd-vo USSR. 1960. 71 p.
(==*U- MOANS. FWALF,-TUKORS) (14IRA 14:1)

MSHKOV, Mo. prof.
Mgwrience in the obbective arauation of reelotance of the
abdcmingl -wall in acute Infl=mtory diseaoee of the fewls,
genitalia* Akusbi gins no.6t66-M 160. (mm 11el)
1. 1% kafedra akusheretya i ginekologii (zav. - prof. T*N.
Nbsbkov) sanitarno-gIgiyenicheskogo i pediatricheskogo fakull-
tetov Dnerropetrovskago meditsinskogo instituta. (dir, - dotsent
N.Ya. Mwroshmmenko).
(GENMTIVE ORGA115p FWAM-DISEASES)
(ABDM4M)

BEMAYEV, Ye.I., prof. [deceased]; BADYUK, Ye-Ye * BOGOROV, I.I.,
prof.; BUBLICMIKO, L.I., prof.(decease@l; ILID.', I.V.t
dots.; KEYLRJ, S.L., prof.; MAZHBITS, A.M., prof.;
MALDD, A.I., zasl. deyatell Kaz.SSR, pfof.; MOSHROV, B.N.,
prof.; NIKOIAYEV, A.P., prof.; PERSIANINOV, L.S., prof.;
POKROVSKIY, V.A., prof.; POLYAKOVA, G.P.# kand. med. nauk;
RAFALIKES, S.B., dots.; KRASKIII, S.G., prof.; ShTM,, I.A.,
prof
(Multivolume manual on obstetrics and gynecology] Mnogo-
tomnoe rukovodstvo po akusherstvu i ginekologii. Moskva,
Meditsina. Vol.3. Book 2. [Pathology of the labor and post-
natal period. Physiology and pathology of the newborn infantl
Patologiia rodov i poslerodovogo, perioda. Fiziologiia i pa-
tologiia novorozhdennogo. Pt.l.(Pathology of labor] Patolo-
giia ro&+.- 1%4. 995 P.- (MIRA 17:7)
vr.-
1. Chlen-korre3pondent AMN SSSR (for Pervianismwl. 2.-Doystit-
teltnyy chlen AMN SSSR (for Nikolayev).

1 $istt is qvilutswisiII of fee 110 11191% ffiffiftm
m F a a A
A v I rZE -4 t, -1 SA At IX N IL
A
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laaft b
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19
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rut (Fwci
4
ft"
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*
maj &a
s In a study
Ztw
Z_
on the mktionahip betw4m
, 11 conditions
!Ae devik?-
'
t
t i
f
ti
(
I
men
n
o
oc
on 0
-0@6
nsm by Cnmwi
4m nUmft
IN-4m.. EVU, P. Iml. tqmm of amt hav" toe paio& of to to IT
oo's hOm WA &y resafted in difremt degraft of Wfttim by do fiuWm
004 Lmm exposed foe mom than IT b0QW mumimd Ferfeedy ck4m thom
00 Xired IT-. IS-. 15-, W. 13-@ M, M. ad Whow days showed 5, 10.
50, 15, 1W, 40, 10, ad 3 pm oftt. at the Nd surf4ce affedod, rem .
ti=- fild thole exPowd for lim than
hourm
day mmalmd
9
a
unin.
i throughout the whole emme. This e of way wwer natuml
00CMiam in Uningmid the teltvRompom re. r4iock de"lop onty
in the autma. when the day kogth is Im than is bo4m rimm thm
date the author cooducim that immmaitr of pUnts fim fimgm
ritmita; may dqwod up= the chan" us the kava Maced by
Owcoprwk Co"tiom
UU"TVW CLASWCAVON
Sftrxv.%=W
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11100
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00*0 6,4k *@:Feik *qse*o, sees 00000 as***

X1C1ShKCV9 B.S.
Mbr., Lob, of Physiology and Biochemistry; All-UnIon Plant Breeding Inst.v Pushkin,
-1939- Inst. of Plant Industry,, Secticn of Rubber Yielding PhWts,
"Relationship between Photoperiodirsm and Drought Restatance of Perennial Plants,"
Dok. AH, 22, No. 2, 1939;
"Hinim Intervals of Darkness and Light to Induse Flowering in Short Dity Plants,":
ibid. No. 7v 1939. "Photoperiodic Response of Plants as Determined by their Crntogeneais,"
"Grafting as A Method of EhkMirg Alkaloid Content in Plarts": ibid, No.lp 1939.
"Rooting of Woody Cuttings as Dependent upon Photoperiodic Condition": ibid, No.3, 1939.
"Transfer of Photoperiddic Reacticn from Leaves to Growirg Points". Ibid, No. 5. 1939.

- -- v @r jillillplim 0 0 -W a 4
or tv w 6 w w a 9 a 0. a =OOMO @46 Me
*lt.& out .0 @.ltlqlll I to 6,
4 Is 's, It I - I u 1 1.1 A L- L- u-@A R LL %I it 4 4 k I
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so
@.Uorw,%4 Ast'l It. :; 11.1i k.,% 1--i'l 1,;'W /ad Rt-,j
1940. No. 2,M-77(in linglott. 76-7).- the Aka"I d)
"Yumuld(eq In I&# "I fir fairdfirim (mm dw kafm
site craftsvel 44 ttw W(Mff Ift"Att gk4wg in I leaull. its .'d
with a 54-ar" 1. itsm, Iftwo cmisiti Cristo ductac me writtv,
T
oldlism:
sestad
smig
d
b
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b
d -so
00
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an mumme
w
o
. wit
,
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i
100
(error wtMko ol lup1mr. amfg. OA10-3.4r, at 1, were '00
so glalled is) Orw wwht7 16 if* bliddille (tt), 911-1 she tolvir-
doo. vidav (Lul. rw Ow"st favitlis Wi'Ks ((Vl, dfafl fff I was
0
0 -ttq"w4 to in"fats, to OA61% fcqw" 0.01%; is 14.41ke.;
ImIca-0, 440,3A took l4aftle IV. goall 11, alwo Ifte I'dwsr. --a*
vere seal to fuu vkm. Nifer
g,Aftt Ovismsed a 11111ge dc'mraft gtaft...., 1@.J,- =00
to a .1 swe,f an (witst" 4 afkaloist its lh,o fety- and
too
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owl .so

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so 0 to 000 to go 0 a 0-1p 0 go 0; 0 0 0 gs_ a 0 a 0 0 a a 0 6 so

, -1 @.' Jr. C3
." -;I @-@ - @." Im. . - =4 -C-,.
D Is iierta t I on: "The Photoper'lodical 11ole of Leaves In tlia Ontogenesis of
Plants." Inst of Phyalulogy of Plants Imeni K. ii. '11miryazov, 11 kpr 47.
SO: Vecherny9ya Moskva, Apr, 1947 (Project #17836)

140SHKOV. B. S.
Physiological nature of the photoperiodic reaction of leaves.
Probl.bot. no-1:367-405 050. (KLRA 8:11)
(Photoperiodion) (Leaves)

TIIF IN VIAWNCE OFT I IF I (A I. IM: I It I I; U I I()- I Ot
HADIAN'r Evvw;y mi -i,?iv vmovi " Of I I', I p
III , It
IE IY A 11) 11
F
Ilj,,nt,jt, p I Cwshmi,@ It n [%,kiad@ Al@;,,t N."4
75. 593(19511. fq,. (IJ('ftt,-'Ffln4 96. AfJ 1,

KOSHKOV, S. S.f KARKAHOV, V. G.
Plant rTopagation
Significance of air temnerature in growning nlants under electric light.
Agrobiologila, No. 4, 1952.
Monthly List of Russian Accessions, Library of Congress, November 1952. Unclassified.

1. 1.1%11KOV, F.S.
2. UQ,:!R 600
4. Tomatoes
7. Character of utilization of light energy by tomato plants depending upon the
intensity of the light stream and the duration of daily irradiation. Dok]. AN SSSR 84,
No. 2, 1952. Agrofizicheskiy Institut Vse3oyuznoy Akademii Sell skokhozyaystvennykh
Nauk im. V.I. Lenina Leningrad rcd. 30 Dec. 19',1
9. Ykonthly List of -"us-jian Accessions. :ibrary of Congress, September 161'.
UNCLASSIFI',-,'D.

KOSI%OV, B. S.
"Some Problems Connected With Flant Cultivation by Artificial Illumination".
Tr. In-ta Fiziologii Rasten&, Vol. 8, No., pp, 164-174, 1953.
Placing incandescent lamps (300-500watts) at a distance of 10-12 cm, taking
care to protect the soil from overheating, especially around the neck of the root,
does not harm plants; umV plants assume a spreadout,, rosettelike form. Under these
conditions, in the winter at 15-209 below zero, radishes produced excellent fruit
after 20 days. Cucumbers and tomatoes also developed well. The temperature of the
plants was IG-12o. Hewdts on the exclusion of close ingrared illumination by
powerful lamps. with the help of water filters, showed that this part of the light
spectrum can also be beneficial to plants.
Results from the utilization of water filters showed that when the temperAture
of the water in the filters was 30-400, cucumbers and tomatoes produced fruit twice
as large as when the waterin the fi-Iters was not leated above 10-150. The largest
quantity of dry substance (144%) was accumulated by the plants growing in reddish-
orange beams, the plants in the blue-violet beams occupying an average position
(120%). The greatest spreading of stems was observed in the blue@-Violet rays; the
most compact were the internodes uncer illumination by greenish-yellow beams. Culti-
vation of cucumbers for the major part of a day with a lowered degree of illumination
was found to be more economical than for a shorter part of the day with a stronger light.
1/2

For different species of plants, and derendent on their physiolo.-ical state,
different light schedules were optimum, both as to srectral composition and general
power. All electrical sources of radiant enerU--in-candescent lamps, fluorescent, and
luminescent lamps--are suitable for the cultivation of plants, but their applicatiort
should be specialized in accordance with the requirements of given plant at a
given stage of its development. Five tables and four illustrations provided.
(RZhBiol, No 10, 1955)
SO: Tim No 884, 9 Apr 1956
2/2

IC@)
/31
@d"decl at In yfand duration of Wursinatlon troZM---
lants. D (All-Union
S
Acad. Agr. Sd., Uningrulit "S. W, ". 2, 5"0-a
(1055)@Au early variety of cotton plant, normally grawing
well In Sduthem USSR, Olowed a decided Increase of crop
@yleld on exptl. reduction of illumination Intensity from
1000 to 4W watts/sq.m., Indicating that intensity of light
greater than 507a of normal War level is excessive far this
rVariety. A known short-day vuriety of cotton grew best
,with unintertupted illuadaadon at 600 watts/sq,m. inten-
sity. Rallishes gave the best development anO irowth un-
der continuous illurnio3tion at OW watts/sq.m. intentitY,
but lloweriu began earliest at 400 watt level. In short
days expts. f12 hr. illumination) formation of tuber struc-
tuxes occurred best at 1000 watt intensity, i.e. the most
Interulve illumination. Thus plant productivity can be im-
'proved by proper cembinatious of both duration and in-
tgralty factors. G. M. Kmol.@_C_
V

Genarnl Froblems. H- I
Abs Jovr j Rof Zhur - Biol., 111o 16, 25 Aug 1957, 68890
Author @'oshkov, B.S.
Title Cher-actor-rs-ties of Utilization of Light Energy of Noturnl
Sources cf Radiation by Hants.
Crir Pub i Tr. In-to fiziologiy rasteniy AN SSSR, 1955, 10, 28-44
Abstract : The ompnrotive spectral distribution of the energy of the
visible radiation of various typoc of lv-npc is given3
500 volt Incandescent lomps; morcury.-quertz FRK-7; lumi-
noccent, lamps giving white light; and also sunlight.
The advantage of Intoral illmnination as compnrod with
overherd illumination is ohown. On the basis of the
tents conducted in the Agrophysical Institute of VASKhNIL
/W11-Union Academy of Agricultural Sciences ii--.oni LZEIIIN 7
.in Leningrad, tha nuthors believe that toinatoir form nc@:P_
vegetative imss under conditions of week lllminatir)n
(150 volts/,i2) end higher air terporntures (250) end that
Card 1/2

USSR/Plant Physiology Growth and development H-5
Abs Jour Referat. Zh - Blol., No 6, 25 March 1957, 22407
Author Moshkov_, B.S.
Inst Not ji ven,
Title The effect of photoperioclic conditions on the daily rhythm of
kidney bean leaf movement.
Orig Pub Biofizika, 1956, 1 No 4, 334-3140
Abstract Plants of kidney beans of improved Robust variety were culti-
vated under conditions of artificial illumination (incaades-
cent lamps and luminescent lamps, illuminating current "200
watt/mi@ for differentday lengths -- 3-24 hours). Altogether
there were 16 variants, each consisting of 4-6 plants. Simil-
ar results were obtained from different light sources. An
evident dependence was noted of aictiaastic movements of
leaves (lowering and lifting) on the length of the illumiaat-
ing period. Movement was absent when illumination was uainter-
rupted. In a 22-hour day the leaves lifted with light and low-
ered in darkness. In a 20-19 hour day at first the movements
were the same, but after 10-12 days the lowering of leaves
came before the advent of darkness although their lifting, as
Card 1/@ -30-

USSR/Plant Physiology Growth and development EI-5
Abs Jour : Faferat. Zh - Biol., No 6, 25 March 1957, 22407
before, came only with the light. In the variant with an
18-hour photoperiod even after 6 days the lifting and lower-
ing of leaves came before change of illumination at the same
time, end the leaves remained raised for 18 hours. The saw
thing was observed in a 16-hour dwj, but here the leaves were
raised only 16 hours. An adjustment to the new photoperiod
here came more quickly -- in 5 days. For a 14-hour day the
adjustment leaghtened to 8 days. The advance of leaf lifting
In darkness was greater than the advance of lowering an il-
lumiaation. The plants remained with lifted leaves longer
then 14 hours (the length of day). All these special be-
haviors were even more clearly expressed in plants In a 13-
hour day. In variants with a 12-hour day and shorter, the
leaves did not lower in light and after 5-6 days began to
21ft in darkness for 2 hours before the advent of day. In a
3-4 hour day the leaves cased to lower in light and therefore
did not lift in darkness. If lowering occurred In light.,
it was alAost never completely so. The plants of this vari-
ant lagged in growth compared to other variants,, and showed
signs of etiolation. The plant flowering of variants with an
8-hour day and longer began almost simultaneously. In varl-
Card 2/3 -31-

MOSHKOV, B.S.; MIKHAYLOV, A.P.
Effect of ultraviolet radiation on the dark phase of the actino-
rhythmic reaction in plants. Dokl. AN SSSR 158 no-4:990-992 0 164.
(MIRA 17:11)
1. Agrofizicheskiy nauchno-issledovatellskiy institut, Leningrad.
Predstavleno akademikom A.L. Kursanovym.