SCIENTIFIC ABSTRACT NILOV, YE. V. - NILOVSKIY, V. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001137230004-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

To, V
Humvi, V. R. t N1 I/OVA 0Li-,
quality of the image observvd en the screen of tbe *14ctrm c9tical
image intensifier. Usp.nauch.fot. lOtl56-162 064. (MIRA 17:10)

)/T WP(1)/EYIA(h) WP(c)
SITW U
-3
C 4 T2 "OD01389 COURCE COM UR/3180/64/009/000/0019/0083
Ak-!~ HO~~ iihaluh!!!~- r~. Hurstov, V, R... Wilov, Ye. V.
OF3.,
TITLr, XnformatLon transmitting capacity of an hMa "Mverts
souxzt AN SSSR. Kal"Niza v nauchn fatelraflL I kineastoirefl 1. Q#PtkhL navchn
fotograf.fl-,'17.717 1954. vysokozkor*9t-nxy& lotograflys I kinsimatograflya (High-speed
photography and cinematography), 72-03
TOPIC TAGSi inags converter, Image IntenaMer, information theor7
AMTRACM Image converters permit the recording of rapidly occurring phenomena with
a time r-"olntlon of 10-8 see ani higher. The authors selected the I-p4L* parametan
-of a meording apparatus which Included an Image cmvertar, using the basic teasta of
,ginformittLon, th!=& to this end, the system was treated as an WarmatLon channel.
The calculation of the optical part of the recording apparatus consisted of quantita,-
Tively evaluating the information which should be obtained in at given recording eveft
and comparlag this avaint with the Laformatlon actually passed thrmah the Lafome-
tLon thannot. The following formula is derived for the trensufttbg aspecity of an
image converteri -4. 1"p,

L I- J_ (A 3 -6*6
ACC NPU AT6001389
vii-ere N Is the number of lines per unit length. it is concluded that in order to
iaka the ww1wa use of the tramaitting WacltY Of the 1xiags converter, It Is wo-
essaty to code the J*Ue being tremwitted. This coding should consist of an arti-
ficial redistribution of the brightness by means of some coding "stem uhich my I*-
r.lude eletunts of fiber optics. The use of the frequency-contrest characteristics
of the converter psmits oat only the calculation of Its transmitting eVacity bvt
also tho detemination of the specific characteristics of the oW* to ba used@ Orig,
art. han 1 2 figures,, U forvwl"
SUB. C0120's DO VA N DATE 1 00/ ORI12 =1 005/ Ord Urt 000
Card 2V2

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afrom at go pmovouo" AeRromom an um - "
MUANHM to vbwto Isr w.nI63.70 464. OCKA let 12)

Methodaloff for this conowativo frectlonal dotormInstIon of
phosphorus compounds in plants. Trudy VIZR no.2lc7l-M
Pt*2 1644 WPA 18112)

ACC NR# AP7002417 SOURCE CODEC UK/0051166/0211006107151071T
ALTWItz Volosov. V. D-;_tLIoTtjjk.V.;-:
ORG: none
TITLE: The effect of the spatial structure of a laser bus on the second harmonic
generation in ADF and KOF crystals
SQUIRCE: Optiks I spektroakoplys, v. 21, no. 6, L966, ILS-719
TOPIC TAGS: nonlinear optics, second, hammic generation. frequency converstZ...l
P
noallnear crystal, piamlecttic crystal 9-9 -1 1'
Assma:
The effectiveness of using cylindrical optics in the conversion of laser
f requency by onans of nonlinear crystals was studied experlsontally. The
experiments were carried out using the equipment shown ln Fig. L. A Q--switched
noodyaLum,gLass laser. operating at L.06 v, was used to Stsecate 60-atwodeCo i
17-ZO-he pulses with an -7' boss divergence. By varying*the distance betwom.
the crystal (10- end L$--mn thick ADIF or KDP) and time lans. the 1Ac1&mt
specific power could be varied from 20 to 500 MrAnz. The samad harsonic
pseration was recorded by a "rat's-nestl-type vice bolosater with a sessi-
tivity of 0.1 ml per unit scale. The dependence of the conversion factor
o10 the specific laser pm*c Lacidest on vartausly ociented AW and KM
cmd 1/3 upct J21.171.9 r 531 AM

I - Woodyalun glass rod; Z - pumping lamps; 3 - Q-owLCch
prism; 4 - semitransparent mirror; S - moulinear Crystal;
6 - Cylindrical low; I - plane-perallet plate at
Avewstoc's angle with the optical axis; a - Calorimeter;
9 - cut-off filter.
crystals was shoun graphically. The insults Indicate that: L) the use of
cylindrical optics yields extremely high laser meta conversion factoze
at calatively low master oscillation powers; 2) the 11"&r dependence of the
convervion factor on the specific power of the fundamental L# in agreement
with the quadratic depeadauca of the eecoad M., Le yield an the fundessucal
power; 3) the Monet conversion factor, expressed " a ratio of pabrate of
the second harmosic to the fua&mmt&L through the crystal, was approximately
30Z for a KW crysteL C W) a This corresponds to a specific pottor of
Fla. 1. Schematic of the equipment

ACC NRt AP1002417
the order of 140 %#/aa2 which, when increased fuctbat, Led to M4109; 4)
ADP crystals exhIbLt mnalderably greater resistance to optfcaL 104" thm
OF crystals.K*r crystals disintegrated under gpecLfLe Loads of the order of
190-100 MrIcW, whemas thaLr AUP counterparts diefteagrated at 50 W/Cal.
OCII. art. hoot, 3 flauvo.
$us Com ZO/ SUN WN: OUkv65/ 0916 IV: 0011 OM UWs 003/ ATD PMG: 51.12'

!I'S t;3W, -9-R --A P iW& 5 7 9-9 ~9
I Krattkov, V, A. I Kh a r I t u n r, -1
TkA I Surface reactivi ty of c.~i t t a n 1 a rm i ot t a d
kIJ 538A. Izv. I e r t y .9 '.- ~i cn 'xi 1 1)64. 1 9 9 - .6 9 1
11ralmof L eal pal v -,10 T 0 n ii P i Ct x m 0 a a
f L I I m r , orgalmosilicato , ~i o o r is li 4 1 tin a i p n a
6 c -1 :,,a i ilicatc methyl A i c r i a r i ~r,)ttvl arnut, r ac :ion
~LA 7 T T h a Uh _-x" kL _et !~_!J_ 1. 1,Y 'I T It m a r t i
t a t o f 9 at I yo v S an o t c x a,i c a ) 4r an ~)e 1,ir re 48nd by nattva
1.0 r a Organon " I I f. i. t0s I t Iff r P ~3 1 Ion$-
bast; resistance et 5 )OC Arh~~' v P, it r h.
4 c r J C a I - I ft a u I A t L n g im '0 r sm, r *,,a aid an bind-
Ob in - --Zata imate LOA,& A-.*
f-4 ro vy
T'A f3i r a aa t I or p r 0 d 112 C C .-,I e V F, m t 4 1 ~i - oc) - nets -t t ,n ; I
elf filler partic' ks ~Snfnq by
a I ads e, rpt ion f 0 r CO % fj.,j V G C 'nwinj, to

Y S1010 N-Ai AFAG45199
c r41 1 u0 n t 0 The
moncis of reic tt ve h v d r o a r a
I.Rty of react 4, on 9 vi a e. i~i Ar rsxv q : o~i m d t ha n a t is r s a
;) i,, t I. ~in a we ria a r ~i~ I -? dI -,-co tr i j i r- t~ is It s: 4 t~ a im
$I C oh 0 1 The r v i il ~. i I 114 TI !I('.w Pis 1)1 v t rm 0
I m us C 0 v i t e I in- I " qv r~)k 11 si - . " ( W
'ltd 1-,)Y Comparing the M'k ffr'E. E'.h r: ist, r P~, i rS ot c cs n t a nt o f
io L tL v. Ianti Is a I I a d it , m Is I a!s A t aIC r, r t.. r y 0 t t I t h a
c re toe L'n Cho hydroxyl-Ct rs~tjp r, r nt p nta:sc v o t 1, t b 7 1 A t C'O b 01 1 a
0 Vl~ rit t tj I y 4400 rbe if eyn h ~ 4 J1 4; j I,cv t i, y rh mn)j o I n the
j -t)ay r DIIP 4. 0 1 C MU P:7 C A e411 .C, n
.he r h an d , Line 1) v d r % y I -- p, ti p 1. N " I L t y I're t t an that
initial 0 amp I it f% n C4 nP, th At 41 P, 41 J~ 0 47 It IJII fie Yl;(r 6 t h 0 t-
anqi E t h * r I f I s: a )n P. r-,u R v I -~7np ~ui v v ano..)t~ar pro-
kin identified) W~I I C L I Is -,0 1 +1 Q .1 f, 1 0 Is 1- 0'1 1 VQ t _J v, d
a . Since tuib 11 v c7 r ) j: p u -A, r~ vi T. Ar~ 2 t1 1. ~ i '' -, I g r oill a i s c o r. -
r m hl yhigher t ha n t h it of! I )F t] t' e 11,j~j y t KV '. A41 ~s q t L. u e p t i, on
r b oL% ,i teen be asse rt a d th A et r f t r, 1 4o takes placf be -
iith m rtJ:I anal pt r o u p 4 o f 4 rn rs a r~ 'I
4r'?, ~ hns I I t .0 ~ I n

E ~ 9 1 14 S P. A P 4 0 4 7
(),.'A T 0 14 1 I'm a ~ i t u L 7 r a n i I c h i k
9 S 8 V n a o t v o
tkildwnii nauk Act lem I
Ut H "IT T It D IlDcAe-61 AT'l PPr;g, V PCL
N'D ~,HF ;Jvl 9 R I

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AT0137L6 SCURCE r V i~)
4,'l ukhova, A. A ri r cy p v aV. V.; Glazti.-w, S. S-0101-ing, 0. P,;
'UVolova, 1, V.
PON
17 L F, S Li d Yof th-n corrosicn re3irtanre and clir~.crroch"icnl and mcchanical
PICOJI~T ~Ir'U of alloyaof th~, vicibbio.-t.1tanitim ayst"
TYd C !',,, Korroziya inetallov i uplav v (Corrosicin ot vo2tnI3 Fit-d alloy,ii), no, 2.
7.7fi-vo FetrtllurpiyA, 1905, 29-42
orcv,
TO, "I.A*a a r' ~,-' r rt, aj o a--r fin fti-in C e nf(iltl~ri ~;.agc ril-Loy, titanium
c on 1.,q i i i r1q, alloy, i*litactric potcntipl,
Thin 19 the first Ja a i-vcicr~ vA cn rar.: '7.11101'rt:
T1 , wh,,rrn-,1 Ow
dc r, 1. ~i to It. n1loya of the. Ti-- b ryritf,~--. ccn till -i,,; i4
rrco-1~1 xrti,~Ic. (q1flo 1,3F.-in, 1) -1 W.1 t htb't' r;r--O P1 "OV-1 th4c'7 contriin up
!1hrI4.~'.1 "Ont tll~p alloy's
r-ind f-cjr Nb tipv- unl Jt ii7;~('- O~i-~".'~.
L i
r Illy w1th
z- Li! r r
t I, r~n

icc ~NR, AT6013786
-I;"grwf4(jf'VII mf!din i,~ud that tliii rc~irztirce Incrcv-:3 W1 1.11 a,' clhe
'1110y, deCrCAVICS 'WiLh increpning V mitrmt t-n-i i-i Pt '#f)'C thLn at IIDO*C. Too
r*~ixiv%m.corro!lion of th(, cilloy, in icid cirdia wrs c!-Izc.rv,,e fr).-. ro-tcz-Airl. of -100 7.vt
I I t ' i I` T '~,) r vs Iv--~
coironion resintmict, t;f U 1~ AlIcJ-5 JS Lf"C er f r cr-, -100 tav
up-"rIrd) In tho. potentinl of tf:-u ni-LAI-ArJd Cv6)Y, In ~hp mcrt~
tiOgati~,e! IX)Lentiala n hydridt, Iays!r for,,is nnd -the ewing to the
diff%lelvil e'A 1%7'.Irogi'm Oimlli~h the
cf)rrosion -ri,ristatice of those nll,;'in c-aixrly I:i Hin currc-'4fon
if~ii9tnrAcc ()~ fib to a given for cxii~ -'Ic' if 011t~ cori-n- Ir2n re"'Int'Inc~! cf pi;rc'~
Ll~ i'n A tY Nil-
#I iiven 117.!'104 "ItIti"'I at t"'~~
allay, ;,hatever the prnportfona these tIc--nto, will! not hA-.0 a
corron.,na irentatrnte tl,,im that; Gm~i, thn t-ne TA 1 corromion-rasintant iii'
rho c(Irre-Spoll-dilig media mnkns it poL--ftible to rofl--icf t~i- u(iniu.4-ption of nuch r, scarce
and exprnsive metal ai fib, and t-ciuldcf; thiS hr-,tOlf rii4"cCLq thc r-,,.cI-anIca) liropertica
of the nlloya. OrIg, art. has: 11 figures Pnd 3 tabln!i.
CUB C,DE)Z: ATE: 19JUI 65/ 071G RZ-F- OC6/ YM YEV:
.07.11 MIA U 002

ns.sR/ ChamU:try - QuantitAtIre Ana'lrsis-
car~. 2)l Pub., 13 - 62!97
JAUU~orq Shvarts, D. H.j and Nilav;x,, L 5,
'ALtle t Spectral analysia of highly-1-nire cobalt
Perioacnl i Isr. AN 3=. Ser. fiz, 18/2, 280-2819 Har-Apr 1954
Ibstract 2 A merthod oms developed for quantit4tive datermimtAlon of twelya different
admlxturoa in highly-pure Co. The rwth,.>d is anslogous to the an&376ix of
NI according to GOST (State Standard) 6012-51. The results obtained by
meam of tha n-.4 spectral analysis wthod ars tabulated. Table.
Im,stilution i The "GIPROWYLL"I Instituta
Su,tmittvd I too&*

Lit

W
All T I
AA; r

AIfto 41 ga is da las
low :;7; )r

19M44
cam Wnre

samomm am d t~A chmu-.r '--rn wvnk-7-1- 147ill h
mid tu truthl 'tho ol
I
by Ipw%mun ;it 0 wmiz mamm'~
04tr dit-AW-MLI fv,~eki-lk-l L'
od t VVI I"? ft4i

bin dXaftato of 1 1, e, U4 +
c4c"# + TICI~ irs I*,-*, wlik-am.
P~-
B
'
A%Mql
rArwa , "

t".." c t'llm 3-A, ~tC4 !.to

5 (2)9 24 (7)
AUTIOIS: Shyartat Do Ko. Silova, 1. So SOT,/52-25-8-16/44
TITLZ: Spectrum Analysis of T~allilun__o?`ngh Degree of Purity
PZRIODICLL: Zavodakaya laboratoriya, 1959, Vol 25, Sr 8, P; 949 - 952
(USSR)
AUTRACT: K. A. Storlins, participated In the present investigation. When
producing thallium (1) of high degree of purity for the pro-
duction of asai-con&uotore and In electrical engineering, a
method for th* determination of Impurities (in (Ac' In, Cup
~
In quantities
Big Cog gig re, Cd, KC, Cn, Alp Pbq Sn, and Sb
of 16"4 _ 1071% is needed, Two methods were developed: a direct
method in which thallium nitrate (11) is boing used &a sample
(sensitivity (8) 10-3 - 10-4% of the (to)), and a method of
enriching the (Is) ((S) up to 10-5%).The (11) for tho ficzt-
mentioned method to obtained by solving the metallic (1) in
HNO and subx*qusnt1r evaporating the H1036 The equipment used
in this process is &*scribed by D. It. Shvarte and L. S.
porskiy (Ref 2). The use of (11) ask** direct spectrum ana-
K
Card 113 l *is (9A) with synthetic standard gazpl*s (58) possible and
;

Spectrum Analysis of Thallium of High Decree of SOV/52-25-8-16/44
Purity
due to the ready volatility of (11) the enrichment can be of-
footed before the analysis. ka no (1) of high degree purity was
at disposal for the preparation of the (88). the (is) wore pre-
pared by distillation of (H) at 3500 In a device (Ref 2). The
composition of the (89) was determined by Craphical spectrum
correctlono The article contains description of on* analysis,
the applied analytical linos and concentration ranges (Tablel)o
A opectro ra h 15P 22 and. photographic f1las "spectrals of the
type 110 105 16 (_;05T unlts)w*ro used. The second method Is
based an the enrichment of (1m) in a vacuum *quIpm;ntj(FiC 3),
In which the tect-powder In placed (in the shape o ( 1)) into
the orator of the carbon electrode, heated in a small NI-Cr oven
with 5*10-2an HC which causes (II) to evaporatee By this prac-
tically complete separation of the basic substance from UM),
a decrease of the (8) of the analysis was achievw-4 which care
the possibility of doteraLning oven small quantities of Cog 919
and Sb. This determination could not be achieved by the direct
Card 2/3

Spootruis Analysis of ThallIum of High Degree of IOY/3k-25-0-16/44
Purity
method (Table 2). There are 3 figures, 4 4&bl*o, and I Sovi*t
reference.
ASSOCIATION: Institut "Glyroalkelf" ("Gipronik*l'" Institute)
Card 3/3

MARTS, D.H.;._FIOqA, I.$. . _---
Spectrum sualysis of high purity nickel. 5radjr Zoo. anal. khia. 12t
366-376 160. (KMA U:8)
(Iftakel-Anal7sis) (Spectrum analywis)

P I ,1", -1 ILI; Ll
rr
KodIficatians, In the intraeurs,1 nervous system of thos sto-Ach
and duodomw in azpartmental, gastric ulcer produced with
atophan in dogs. Arkh.pat. no.15:64-69 W-D '53. KNA 7:1)
1. Is laboratoril fisiolocii I patologil pishchaverenlya (zave-
duyushchly - daystvilellayy chlen Akadeall madItelaskikh nauk
53M I.F.Bassinkov) Inatituta fisiologli Akadeall, saditelaskikh
Isauk 68SA. (Pieptic ulcer) (Serves) (Cinchophon)

NILMA* N.A., MnU, "S.
if
C6rtodu norpbologiced chAngas Lit LsOlatsd ilLtOctinst gdgvmts
following denervatiom [with raem^rr in English]. liul.oksp.biole
L wed. 45 ao.Ullo-114 Kr'58 (XEU Ilts)
to Is 10oratoril f1clologil pishchavareuirm (sav. - prof, G.K.
Iblygin) Inatituts pitanir#t ANK SSM (dir. - chUn-karrosmonAeut
ARK MR Oef's Vklchanovst) I. Is laboratorit ipatoviarfalorit (cav.-
chlon-komepnndeat ANN SSSR A.A. Soloy, or) Iftatituts naMR11
W I pottologichaskay fi-iologii AMN Ssa (dir. - doystvit*IOW
chlen ME GSSR V.I. Chernigovskly), Koskvx.
(MMTMS. phyglologys
We of denerw4tion of IsolAted socasent an morphal.
OLUG) )

cm c~, i*.Tr7t:-
ekz~.
astric reacct~on.
104-1 Oil D
1. lAboratoriya patrmorfcloitil ~vv,,.
O'S"ZIR prof. A.A. So7ow'yov) instliti.,ta ro=A-!'n-.r
f IzJologil (dlr. doystvitel lny-.i rl.~c:n A".;
t 44
r
,q', I i
-.r-f

SZOVOW.A.A.; KUlalaOt Te.D.; NILWA N.A.; rCa-:.IAY,(Tv'jr 0.110
Experimutal iMuction of pmcancer and cancer of the stomach.
Bull,oksp.blol, I wd. 55 ao,.I&S 1-85 4163. MM (16s7)
1. Ix laboratorli patanorfologii (zav. - chlen-korrvapondent
AM SM prof. A.A. Solovlyev ) Institata normallnoy L patolo.-
j;lcheekoy fialologil (dir. - doyetyltellM chlen AM SM
V.V.Parin) AMS SMO Moskva. tb %
(6TUR&CH-CAMERI

FILIPPOVICH, S.I.; AMIROV, R.Sho; VOLKOVAj~ T.Y.; WffCUINA, K.S.F,
VALKIYAW, 1.7.1 KARTSEVICH, K.S.- NILOVA 1; A.1 CKLUBUH,
L.I., red.; NUTIMUTA, K.A,:j te~
(Compensatory processes in the diCeative systen following
resection or the stomach ead the smell intestine;
experimentel studies] KouNnsatorrqe protseaffy v pishche-
varitallnot sisteme posle resektaii zbeludka I tonkogo ki-
shacbnika; ekaparizentallrWe IssledoTenlia., hiskrap Med-
gtzp 1963o 290 pe (MIRA 170)

WIUKA' W.R.
Cantont of free oduo wide in tba cerebral hemispheres dmrlng
waltation of the eentral nervous system, Dckl. AN SSSR 150
ria,%U61-1163 J* '63, (KatA 160)
1. Imatitut flalologii in. I.P.ftvla" M SM. Pre4sUvIew
skAdealkam T.F.Cheralgovskla.
(AIUNO ACIDS) (MWX) -

NILOVAO R.SO
.--.
Content of free azino aicids in the cerebral hamlapt,-~res. Ukr.
biokh1m. shur. 35 no.2t220-226 163. (FaRA 17:9)
1. IAhormtory of FirwAlonal Biochomiqtry of tho Nervous System of
the I.P.Pavlov Institute of Phyn1olojrj of tho Acstdomy of Sciencen
of the U.S.3.R., lArdngrad.

VLADWROVA, Ye.A. [Vladymyrovap IFgA~]; GCEDONO B.G.;
Content of some low-wls2ular nitrcc;n communda in the cerebral
hemispheres and cerebelltim in variou.L faw6koa -,tates of the organism.
Ukr, blokhim. zhur,, 37 tio.4:538-545 165. (KIRA 18:9)
1, Institut fiziologil Lm. I.P.Pavlova AN SSSII,, Leningrad*

A-C-C NRs &116032116 uk/v'iOL/66/012/005/0~14/0517
A.
AUTHOR; Nilova, X, S.-
ORG: Laboratory of Functional Neurochemistry, Institute of Physiology 1.2. 1. P.
Pavlov, AN SSSI, Leningrad (Laboratoriya funktalonal'noy neyrokhi=Li Instituta
fiziolosil AN SSSR)
TITLE: Effect of ammonia and acetylcholine on asparcate-aminotcansferase activity
'brain tissue'
o
f
SURCE-1 Voproay meditsinskay khimii, v. 12, no. 5, 1966, 514-517
TO?IC TAACS: enzyme, enzyme activity, "partate aminotransferase activity,
ace tylcholLne/
ABSTMCT: The presence of ammonia in physiological concentrations is
necessary for normal functioning of nervous tissue. The fomation
:of ammonium ions in the course of brain tissue metaboll&&= and the
exact physiological role of amrronla in the brain is still unknown.
In many cases, the appearance of these ions in metabolism &ppeara
to be connected-with energy consumption; the lo.-w are re=oved
froa the tissues by glutamine synthesis. Toxic effects appear if
the surplus ammonium ions are not rapidly rem-oved. The effects
were investigated of am;monia and acetylcholine, a compound necessary
11.4lt6l5.711.761-092:612-82,915.1
card 112 UDC: 613.7

ACC NXI a6G3ZI16
for neural function on"inocransferase activity in rar. brain
bArmogenates. Concentrations of arAaaiua Lone 1e,16 than 10" and
X do not change amiao traasfer&se activity in the calls;
10-4 M concentrations increase enzyme activity by 6-11Z and in
concentratione above S x 10-3H they inhibit enzyme activity.
EVA-50; cat No. 121
SUB COOZ: 06/ SUNK DATI: 281reb65/ ORIG REF: 005/ OTH RU: 009/
L.5:.Sed 2/2

ACC Nitt AF'6032116 souRa: UR/0301166/GIZ/00510514/0517
AUTHOR: Nilova, M. S.
Laboratory of Functional Neurochamistry, Institute of ph4sfoloxr- tn. 1. P.
Pavlov,-AN SSSK, Leningrad (Laboratoclya funktaGnalincy nelcokhLULL Institute
fiziologit. AN SSSR)
TITLE: Effect of awonis and acetylcholine on aspartace-aminctransferase activity
of brain tissue Ae I
SOURCZ: Voproey sedittlaskay khiaLi, v. 12, no. 5, 1966. 514-517
TOPIC TAGS: enzyme, enzyme activity, aspaState sminotcansfecase activity,
acetylcholine/ 0W?rVW%0 #-~O- 1^4.- 4444-k., 4WT- i cm a-
ABSTLWts The pr"e~ce of ammonta in physiological concentrations is
,necessary for normal functioning of nervous Cissue. The formation
!of amonium loan in the course of brain tissue metabolism and the
.4x&ct physiological role of ammonts In the brain is still unknowns
'In many cases, the appearance of chase tons in metabolism appear@
to be connacts4 with energy conamptLou; the to" are removed
from Cho tissues by glutanine synthesis* Toxic effects appear if
the surplus mmonium; Loan are not rapidly removed. The effects
war* investigated of ansonia. and acetylcholine, a compound necessary

ACC N& A76032116
for neural function on"Inotransferaso activity in rat brain
homogenatte. Concentrations of ammoniumL ions less than 10-6 and
10-S X do not change amino transferase activity in the calls-
10-4 K concentrations increase enzyme activity by 6-11Z and'in
concentrations above- S..Xl IVIN they Lambit enzyme actf-vtty.
cwk-50; MEN*., 12)
'SU3 COUZ& 061 SUBM DAIV 2drob6S/ ORIG RIFs OOS/ OTS 19r: M/

vOzx=NSK1r, V.D.f M-1101IMFICH, I.P.; IZWIIV, Yu.P.; 11ILOVAr N.V.
Structural, unconformity in Upper SUuri&n sediments of the Zhaman-
Saryou antiallaori= In central Kazakhat&n. 1xv. LX Kax&kh. SSR. Ser.
polo naulE no*505-59 '63* (KIRL 17tl)
I* TSentrallno-Kazakhatwiskoya geologichaskoye upr&vlenlye,, K&raganda.

HUM-MICKlY, E.L.; NIWVA, 0.1.
Feeding habit of yvag Oncorhjuchue garbuEcta aA OnccThynchuB
keta in the Whlte and Barents Sets. Trudy MbI no*9:106-111 165.
(KM M12)
1, Polyaratyy nmu*hnc-lssl*d*vatel'skLy i proyektn" institut
marskoge rybnogo khosysystva I okeaw4mflig .4mvansk.

All, C, V_
USSWPhysIcWCheOx. Cristals Ei- 5
Abe Jbur -. Ref Lhur - Xhladya, 114 1957, 22127
Author P. Klementp F. Ift4shevas S. Ifilayms A. A. Siolovleva
tht lived
TI tle The, influence or Ases, on the process or art,-.1nation or sone
crystalIO phosphors.
Orl~,, Pub Tr!. In-Uz rit. astron. AS. F.-t s3g, 1956, No 4, 36-41.
,~,bstmxct ?,m Layer eystems trunsformed Into phosphor after a PMLLIULU-
ar.f herAting vere pixylucad bf succcantye iolattlfzatlon or thl
buse (CaC12, CdC12, Wgra knd Cd and of the &ctLk-ator (Iktl-
ides TL, Cu, Vo and 3a). 02 &nd ccntrLouto ta the prodUL-
tion vr phosphors ew4n at no m.1 teaperatur--r., or dirdnish tcm
need2d teurierature ot heatina (112,C02,*v' and C12 do not ha-.,e
On effect couparable to that of 02 GUA ~,). tt Lm establidhe4
from the an-,LLjrsis of the emissLon, spimtrum that 02 &nd F2 con-
tribute to V12 concentrating redistribution of Uvi Int-maity
of the b-anda d1je to We diffusion or the acttvator frm the
surface ie. to the voiume. rn the atmaphere or F.2 a recry-
staltizitioa of the volatilized Layer in eysteza CdHr 'hCl
e.
CaC12-TICI and CaC),,,,-CuCl as well as the e;xpearmce oF ne,!dfp
Cafd 1/2 -41-

NILOVA, T. N. -- "The stil-ly of Con- to r
.,)Olmd ,cm r-ces In "I "1e
F,chool." Acad redRrogical 3clences "-"FSR, Scl Ren Inst of 'tirly Xotho~sj
lllo;,ocow, 1956. (l;Is-ertr!tI--)n f,)r the Dorrea nf In PpiRrnFIpA
rciencna. )
KNIMMIYA LET)PIS
No. 41 , U(Aober 1956

IGNATOTA, O.Kt,,,, rauahW, sotrudaik; UTWTI, Tel., aaachrqT sotrudnik
Comultattow. Tokst. prow. 19 m*,9zS5-e7 6 9590
(NIM IWO
ismatmiowy imutitt idaevchatobus"fro-
IST PVGWgklQUWAGgtt.
(Texttle ~Klswv)

Sergey Stivellye-elch, kan'. tekt'.n.ra-uk; lJ.WD'&VX,NlnzL ldv~layevnR'
~lWYA,_Varvnm Ivnnoyna; TSISHEVSKIT, Ivan Nikulayevich, kand.
tekhn. iWu-kj?rfC-iii-i-f'uchasttye: ETGZS,, Te.G.; rl.USU, L.A.;
sorDVITEV.L.N., dakt.tekhn.n4&uk,prof.,reteencent: &M.M2tUK,K.lC,.,
inzh.,retsen:ent; CHUGREYEVA.Mi. red.; TFUSHINA, L.K., tekhn.
red.; VINOGRAIXIVA., G.A., to-khn. red.
(Methodet or determining the propertles of cotton fiber*]VAtody op-
redelentle svoistv khlopka-volokna. Pod red. S.S.1yanovs. Vloskys,
Rostekhizdat, 1.962. 234 p. (Catton_Telgtlng) (KIRA 16:2)

"VYI, Z.A.; WILOVA, V-.-I.O, red.1 TDLIIFEYEVA, Ye.A., red.1
Imr=6 r-11 L*Vwp tekbn. red.
[Calculation netbod for d*terminive fiber paremetors)
R"cbotrqi mUd opredelenlia parwwtray volok-na. Mo-
I Aws, 1963. 27 p. (MIRA 170)
1. Moscow. USentrallr7y Institut naucbvo-tekhrdch*akoy
informatall legkoy prourfahlennosti.

Incorporation olt 535-metblonine by.cysts of the Infuslorla
WRA 13:7)
1. Ufadra zoologil Uningradskogo poiAgollebeekogo lusti-
tuta.
(xm 101111) (DMMRU)

f, uxim NOVA
.or fto T.K,
S"theals of moUL* &*Lds in the MIWOjmes -if
rarax%me TSit4octim 7 &**3t431-%U6 WpJo 165.
(Nm issio)
Is Labwatariyu awfolftit klotki i labomtorlys witalogil
odnekletoohrgth wganiwv lutl".uta tsitoloCit AN 333R#
laninvads

KIIMA T K.
-
Interrelationship beUmn the amomt of cytoplagm and DNA
synthesis in Amebite MLtoloCLLa 7 noo5c633-640 3-0 t65.
(KIM 18: 12)
1. taboratoriya morfologLi Uetki Instituts. taitologii AN
SWRt Leningrad. Submitted July 24p 1964.

rmoAx irox*LorLMA# Y,*Pov kwA-w Was- a=&
- qb -~ -
mpons"NG& .w of Wds ift " an Wilk go mlifte
t" 4c bw, lor, T10147 14 prl~:Io, UK # t coms L a"#
ladom to. (im~ "Lual

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so WNW it so& Is so
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L
0. N. rgwvva A.&Wv Vma'p-s. AUL
w
N*mA im~ V. I ~ Lomas IS, Mss~ 1. 14 .41111411). OrtAimp
sp~ & uj3_ al wbt#A vartdim trwe Im rmalasw and
pmt*m MA 9k 6WkW tdawt to Wit criftuam to
ttw. Time varM46 at-( rwl-q~vvm "T the Peru sit

r1w logh *4 tk"fr 4 Ow o-kUt-a tt4wftot vaerwev! w,
WftV1-*844r VA.% b" WVIM* (ft 1~ &K-OU4 I* Ow sw*4 Itself
[tw- bqls mirnly utc*444w, 4a Ow v*sv.
to fW4 belms. G.tff %(, fa"tpt4r twktitw"
Z
vv&4~vf T1- 6sv, 4" 01
1.~. at, IWA sft..~.Vitt- 1., 1. A 4.4 4q-j.(tvtjw itf.fpt
aw'Itur" .14h &mrv CINN.- 4 _1_t4ft._ th't 1.1ptAl
4he dcvtlq**"% a( t1w m*(
see
IC too
MOUttv"IE446 at- woo
sm, I s 0 mw 0. - 9, w I.
1A t 4 f
0 0,0 00 00 000 000 00 00 000 0
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*10 0 * 0 to 0 0 0,0 0 0 0 0 0 0 0 0 0

I
Ilriwv,At T.- V.
Nilmk T. 21. and Wal -kal - - ir. D. OTY ines, Activity of
Trmiame and Vhmsr Dumnity to Pmeinia tritiaLma.1w IM,
Wt SUA-K-90-53r 15 MC. .1953

UM/Mod I n I Do - Wb"t inn 48
Modlcioe - Catalase
*Mt1rIty of Catalaae and Ptraxldaas &ad tha
Maftr-alty r' U'leaL to Brovu kbAat Rust (F'ucciaia
1;zTrtt1r-neL IrIk3)," V. P. RiLowa, G, V. Yegarova, All-
-,n Sc 1 1,3s Inst for Protection of Plants, 5 pp
*D-L-,k v-s Ak SelktLoz N&ae ND I -1rif-5s
Rop.ortu inveatigstIon of various USM and U3 wb*ats.
CO-anludes that catalase "tirity in shoots and
soola. in qulescent state Is !,Ugl2sr in susiceptible
tt". resistant types. Same holds for pertmidass
&CtLjr-Ity In rootlets and needs. Activity of oxi-
!~~,44edlclao - Wheat (Coutd) Jan 46
6*tlon-reductlon fexuants, vhIch is inherent In
auseep tible vhsats, Is gotontially pres^nt In t4e
soq.*d. Catalase activity creates conditions favor-
eblo- ta rust grvv*-h. Peroxidass creates xsedium
w1t.'a !vver coacen*~rat!nn %f subst-a barmful to
ruct 14-7aloi,ment. 1.ncludes eLlagram. 5ultmitted
P1 A~r 46.

i
00 Ai
;
.
at
00 T From*#. at" of tjtveiasf#~ "J Wwmmnnr of
'
se"mr Aw,
lara. awl k M. I
t~Z-4. Khoo. 141110A 11, %.. f-W dt'1444"

~ 4
A
(4U
d
&
'
IIIA M~ MM*%AtAIR
VWS
' tOW
AS
~. 74
fkll.t*.w a 94"Alff Walinswertivill
fi
. 1-.t%. r%w Ir"ahl vocktift dwm a w0mv I I goth" too.
4elI
t uftew"immadom"isgs.
A
00 4 im-**, T%v (%9i 4 OAT IPAOO
lF at "reirskmWC
mattm-m cc prudecis fe rwqiu 16 cool-
.4.1 Ow wA*"(v cc M"*Ocrv I" the Obs 4l 0 --iql*e
god , -4 tt$tt~# Omf am vw46m~d tntb a cowtv *9 -0 see"

Gov I~te t. IS* pecauff. t-4v
go

-00
IPoo
Vo
400
40*
.00
SLf 49114f~" L'"llits" (IMORWAt" et. too
It's I-V I
it a 4 1*71 m A t 1 1;-# -, a -i
*0

USM/Medlcl.ns Whmt Jan he
NedicLro Tyroalao and Tyroatab Ccwv-ouada
Ityrosime, thn Activity of Tyroel"ne and thb
Immaity or W`~-,emt to Brovn Wheat Kildev (Pacclixin
Triticim Ern--S),w V, P. Ifilova, V. D. Svoyakays,
A. X. IL-onnikoraj All-Union Sci Rea In4t fzr Pro-
teation of Plante, 3+ pi~
*Dot Y-n At Sole-ioz Hauk" No I
N;Orttj of investigation of seedo from 1957, 193-8,
1 h. ftrd 1945. Susceptible rarictlea are diatim-
gaishad by greftter activity of tyroelmae In *code
am shoot.a. Free tyroalne content In hi!7,,Ier In re-
-dwA-- -5~ ~,-
VM/Kediclos - Wheat (Contd) Jam 166
s.istant raxieLies, Flour autolvole increased tyroolme
In resistance more than Sancept1ble varieties.
Variation In proteolysis wA oxidation of albumda de-
composition products of the tyroolne typ causes
rarlation in content of sabstances vh1ch are tox1a for
parm.sites. Sub!:dtted 21 Ap-

it UwBt X-l-, YEGC,'nCVA, G.K.
2. USM (600)
7. 'Conearidn tho Kocbemical ORsis of a Wheat's Resistance to Stinjdat lautwp
Trudr Toosorim. TA-ta Zaoehitr Rastenir (Works of the L114miou Inatitute of
Mat ProUcUom)v No 30 1931,, pp 7844.
9. * Tol- 111j, ream 1. Mosew, Jiv,-Feb 1952, pp 121-132. Unclassified.

N -K
bpan NIL V. F.
"ems raw. tim, oft Marko So-
ww*v Ow.-mm, tqw
(b.

-A V I k

C L-j the Wacbsnkal tompo-jall" of tbe
t, wbvst darbig the T'frm"s CA a-ac4mms. V~ 11,
Ni!vvi ~tr,l P. A, Krsahvxr. T*r,-Iy Vj---r-r, 1-4 73-14-
P'l lci4' no, .5. 1'" R'f'a. Zhu- A 4t..'
2pik,, P.Imati"_~n ~erc t"ftr'tA ~a t~~e
-4 grt)-uft wl:rzt. Larml t~i.,fe
v( t:L~t W".11 pUnt 4Sfe I-. S-1 iortrage
C-1 V140. N IM cv;)"C-t in Of
~tXki:t, AA klICA.P "S 411-1
in Itt A r-M%. A -pe~
t~vn of qjiau. motabotic !atpz m (J tht
menuj phi.-Aci Is requirril to r-Cky t~ie 1.4'v
the 1xrfvAaian of r=.g vt~-5-,-wt 11"rri. -1-1.

Nam, V.P,; TE;GW.CPv'A, G.K.; RILSHEYSMA, V.F.F 10711EVNIOU, N.N.
Ability of pfrrtepmthogeala runCi to f LzLte &twspheric mitroCen,
Trudy VIZR ne,20 pt.1146-50 164o (MIRA laglo)

Isedialm - Sput4ag KamalmUon of
*ClLgkL4&1 #Ad P44dOdOloo"I Siscal"We or WW Oupbdwilla" c4rAltiano Prof r. 1.
lorlln, So M. larpm, 1. ",. Immleviah, k. P. HeleshkavIch, Y*. TAa. Sab*hLna, To. M.
nilova#- Vomnom Oble-st '~-i R" Tub*maosla InAg 9 W
*Prablmy Tzbeskal"af ft 3
2spoA exteftl" aboemUsm os 108 eUpbasUlary, a&*". "Madied gastria eantento b7 tlo*U
In& mothod, MaUtod Lm of oonal"rable Import=ae in the differeati&I " diagnostia anallset
of manspeaffic and bast tube ular came or thoso with ascompacqIng tuborvular oorviltion.
PL 7/4~7%9

FF T
XUSOVO L*B.t TRUINGTA, V.I.: NIWTA, Yuj._
CbAR4WG In speelfts volume "ve4i&Ud wttk Ow streteklag of mb*r
twitk sumomr In mogliabl. anoakw.-It W.5t5ff-5jl " 157. -
(NIM tot 10)
leSamingradakly takhmolegidwskir lustitnt In* Zemoveta,
ffafedra takhmelegil reslW.

ACC NR. AP6023570 (N) SOURCE CODE: UR/040t[66[OOGfOGT/0024/QOZT-"-.
AUTHOR: Poshetakes. I.- (Warrant officerl, Amanblyen (Petty officer first
class); Dalsk*v, 0. (Petty officer second class); Golub, 1. (Junior sergeantl;
Nflovovich, I., (Sergeant, Commander of marine sectionTL_K!jLeev, V. (Lieutenant)
ORG: none
TITLE: Naval landing operations
SOURCE: Starshina-serthant, no. 7. 1966. 24-27
TOPIC TAGS. landing operation, military personnel, armored carrier, armored
car/ASU -57 air drop launcher, vehicle
ABSTRACT: The article consists of six individual reports made by various par-
ticipants In a combined arms-landing operation during military training exercises
Warrant Officer 1. Pozhetskas, Master Sergeant in charge of a ship's engine roo;~.,
describes the duties of his crew and the hazards of his work. Petty Officer First
Class, M. Amanbayev, radar operator, describes his work at the radar screen an
the ship approaches the beach. Petty Officer Second Class. G. Dalakov, In charge

L
A,
of the torpedo electricians section, tells of the part played by his ship in protecting
the landir; operation from enen shl s ds b rines. Sergeanti. Golub, com-
.Ay p _%I u ma
mander of an jjrjjra"vnr,.her't'ASU-57.1' teports on his assignment to effect an
airborne landing in the rear of the enemy forces and describes the landing operatiop
as seen from the air. Sergeant 1. Nivolovich, head of a marine unit, describes th4o.
assault of his men In armored carriers landing directly from the ships. Lieutenane
V. Zaytsew. commander of a motorized Infantry platoon, reports on the operational"
of his group. which landed In armored care and was assigned to the destruction of
enemy rocket Installations and the prevention of a nuclear hit on the advancing unit
Orig. art. has: 6 figures. [CC)
SUB CODE: 01, 15,05,13/ SUBM DATE: none/

Tee'.. Scl
NILOVOY, To. D., gn-gineer Cand.
Dissertationt 'Investigation of the vlas-type and ascarating clanpfl of
combine mdiines." 27 Oct 49
FOSCOW Textile Intst.
80 Vecheryaya Moskva.
Sum 71
-~-M%MFf 19"wtm TJY CMLOMI hydmtet v&s.
delAye4j, Um s1e4P v%* Of a shorter durl!404, &3d LU a rLumber
Of C&448 2146P 414 &0t Wyea take VIACO. '13'() r-Flk
4,; by :7Q-,jtt,).
C4Lr,d

IWELOVE]OLTA, IA.
I- mm -- - ---!
A mat =dfor registering changes In pain sensitivity in alat. ftra,
I taks" ZZ no.3tzm-282 W-je 159. (am 12:7)
lo laboratoriya obahchay faraLkologli (say. - prof. aA. PonomLrav)
lastitlata farwakolagLi I. khImiaterapil AM SWRo
(ASIaM UN AM Alff DMWZOC. off.
in aaimls, reglatrattom of pain senal,tivity cMmges (am))

NILOVSKAYA, N. T.
Cand Biol Set - (dies) "Effect of extra-cortical auxiliary
nutrition on the growth and floresconce of lilacs." Moscow,
1961. 16 pp; (Ministry of Higher and Secondary Specialiat
Education RSFSR, Moscow Forestry En ineering Inst); 150 copies;
price not given; (KL. 6-61 sup, 2085

ACr- NRi KT6036547
=q= C=., L7!/=/66/000/0o0/01 ar-01 46!
AUMCRt Dadykinp Vw Pal loebedeyar, 'fee V.1 Nilavekayao, N. Tel Tb.V1LkoYa#, 1. Vo
ORGC nons,
ILVEt Experimental, nvult, ation of the higherplant in a closed ecological syvtis
6
raper pr*46nted at , a~=oe an Prcblems or Spam Medicine b" in X"cw froa
24 to v mW 19661
Sa=t Konrerentain pe probleman koemicheakAr meditalnrv 1966. PrablevW
kowd-~Wskoy seditalfflye (Protlems of spat* medidine)t naterfaIr konferentatif
Koscov# tWo 145-146
TOPIC TAGSt life rAnart, Systeme closed ecological eyeteme plant ecalogro 6PAGO
nutrition
ABSTRACT& Calculations have been made for oni of the variants of a higher-pl&M
:link for a close4tecoloocal, system. The Input and output of the link are
determined in respect to the basic elements. Experiments donfirmed
that it was possible to obtain a crop of the selected plants which exceeds
the designed productivity of a given enclosure.
conveyw system for continuously overlapping crops of the selected
plants w" worked out and tested experimentally. This makes it possible
to have a contiamoew output ot edible biomass In accordanke with a got
schedule. It w" demonstrated*experimentally that a continuous harvest-
.og of the crop was.poooM!k without changingffie arts, of " assimilating

ACC NR, AT6036660
souace. coDzi UR/0000/66/WIOW/028910289
AUTWitt N110"kajas go TO; 50hawayet H, He
TITLEt DepenOme ot ;M gas x4tabaltsm of higtwr plants an the comentrattan
C07 is the creper ptesented at the Confecence, on 1"blams at Spow I
berd to 1b4O'Wr1&=W7 My L90_7
SOUWC: AMterentstya pe prablemsm kosuldwskoy madttstaylp 1%6~ PmbloW
Jr4sultheskoy meditsIrVe (Problem at space w4taine); watertaly honfecentelEg
lbscave L"60, 289
TOM TAGS: plant phystologyq plant ocelagyq plant cespicatton, plant matabstiseq
phatasynthestes Cleo" *"logical Systent lice suppact system*
ABSTUCTs
A study was made of the effect of various concentrations of C?Z
,in air on the intensity of photosynthesis and respiration of vegetable-
.0e2ring plants. During the experiments. the gas 'exchange of several
!plants placed In a sealed chamber was constantly registered. Chamber
'temperature vaiCied from 20 to W C, and humidity from 80 to 9016. An
t
f.incarAeseqnt, l&np_,wqWjA 300.w&#sJqmz Z The plants were. Sr
qwq

L 0,4272-67 -EVVI) S,; r 11
ACC NP.4 r& 6036467 SOURC4 CODEt UR10000166100010001001210011
MilovokapeAt Tg Taltovlchj_;~t BokoV:&.YA,-"tjf*,
AUPHORS Ag!j,
Varlawy, ve Fog Ch4!TTLTc-T-1--t"j-
ORG% r4n*
TITLet Experimental Investigation of the possibility of cultivating higher plants
on a nutrient medium ot biological mineralizers under conditions of a closed gas
cycle Dopor prosented at conference on problems of space medicine held In Hoacqw
from 24-27 may 196Q
SOURCE: Ibnforentalre pa prableftim kocmichaskoy neditalay, 1966. Probl*aW
kor-micheskoy maditaIny. (Probloms of space modlCtnQ1 matertaly konforentall,
~bsc