SCIENTIFIC ABSTRACT NAZARENKO, M. A. - NAZARENKO, N. D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136220019-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

NIZARENM, M.A.
Pathway of 9. reflex from the carotid chemoreceptors to the hes.Irt.
Trudy LSGMI 45*12-215 058 (KrRA 11:11)
1. rafedra famakologii LenIngradskogo sanitarno-gigiyenicheskogo
meditsinakogo institute (cav. kafo)drcq - daystvitellrq7 chlen
ANY SSSR Prof. S.V. Anichkov)q
ICARDIOVASCUWR SYSTM.-IMMUTION)
(REFLFMS)

N"AMW. H-F.; SVIRIDZM, V.A.; SOUMIN. A.V.
Use of the PW-3 atcrodurameter to determine the cakixg ability
of ceramic bodies. Izv.AH Kazakh. SSR Ser.gor.dela. not. t stroinat.
zo.2:30-33*054. MRA 9:6)
(Ceramic materials-Teating) (Hardsons)

YAzAn m . x.r.; svin 0 W.A.
Brick products from nowtherwite clays of cestral Xazakhatan.
Iz,v. AN Irazakh. SSM Songondela, mt. i strolzat. no.2:13-17
154. (MMA 9:6)
(Inakhatan-Konotheratte) (Ceramic iodustries)

Minem .IWOC effect 44 same, addlikat an the mutUtlta-
L lV~ArAlut-n and
tion = ..- AnVW,4%Q,
Vat -A -,"Z h
-11,WhoteNo.
104), WOV(tra).-Il he mnit pcwu(ul
mitimlitIpt atc4t Is U In the (nrm of LIP,, it is very active
at 0.5 mot. % U even at Holl. Th~ amt. of ftacted
quartz (about 90%) In a specimen brAted. to 1400' Indicates*
that Mg Ion Is alw a powerful agent (%Vh4n emplayed In th-l
form of MCCOO at 0.5 Inot. % .
,&Ntg. Atjm*I,%4AftV'
U Ions give et-enitally 100,0 reaction at 1400 a
41
90-W70 rfaction occurs In the presence of Ifu"" '
rj+++~ 'H++# Co** and,%%*. CaFlis more active thal
-CaCOi. LIP is more active than LIM CknerallY the
treater the Ionic tharp and the smaller the Ionic radius the
more active fit ihe Ion in its mineralizing effect. Theretults
ate obtained Irum exima. G( the reaction between quwt

ussn/Miecollaneous - Chinaware
Card 1/1 Pub. 123 - 12/15
Autho:rs t Hazarennc, M. F, and Syiridenko, Vo A.
title, o Raw materials of the Akmolinek chinaware factory
Nriodical t Vest. AN Yaz. ss-a 11/10) 105-13 1, Oct 1954
Abstract 's Raw m3terials u-sed a:t the Akmolingk chirAware factory wore analyzed and
the results show that the raw materials satf.afy the roquired specifica-
tions. One USSR reforance (1954)o Tables.
L,ztitution t
Slibmitted s
4

Th~ V~_t -I z,m4an ~f
radirou fiff tl- tAW,-n lcat~aitsl aoil for tht: xksti-j ri dIU4 It
a,zin Tp nt ru"

Mint: a fat a plates from pymph-Aliw INT. V. N.mmi,ko.

i SI'vroml-ifil. 1955. , i.. 120 4 4'if, TY1. 41-i
141).1fite It"m l1w t;'mm du[-o, '1:iu m."A )'10% ph'ti,
--civs frwn M!-: (Aiui,;A,c -Jqo~itj.'
6 "jitable fijr ~Wtc fai"111 I t thc U_ f
fluirtir ot f. fil-Inf. I'l tt'.4 1.1. le 1~ mc(f"Al w"Q
givull ptdimut~fy firil'il at 1~:10' ;wd Rl'u"A'It'l at
lh6r wattr -it , , % 1.' 7, 14. 1'.; , If .!,i-irr ro~i-;-' ,C'v
l"j.7fhk) kir., Awl 1.1,i1, ;1, ;' 7.", :41, If. Z. K'j;L.'j. .

V1

USSR/Chemical Technology Chemical Products and Their Appl-Ication. Silicates.
Glass. Ceramics. Binders, 1-9
Abst Journal: Referat, Zhur - Kh1miya,. No 19, 1956, 62295
Author: !NazLar~enko Razum,,va. V. L.
Institution: None
Title: Casting Characteristics of Porcelain Body of Akm,.~Iinsk Plant
Original / ~- Y (0
Periodical: Vestn. All Kaz. S0,4596, No 3, 71-74
Abstracts Ayzintmar clay wMch is a component of the porcelain body rf Ak-
molinsk plant contains a considerable amount of soluble Ca and Mg
salts as a result of which casting bodies with conventional elec-
trolytes (liquid glass and soda) are readily ccAgulated while on
combined use of electrolyte and oak extract thinning occurs
normally since tannides prevent sticking tcgether of elemental
particles. In connection therewith there is noted increased
strength of articles in air-dry candition. Use cf c,,mb:Lnr--d elec-
trolytes has made it P03sible to undertake at the plant the mazu-
facture of various articles by casting methods which were not pre-
Card V1 viously practiced.

7'1

7- *~~- ~- I ---- ---, - -.- - --- -- .- .--. - - - - ---. --
.. I , ,~P, zlll~rll t'" r~ .

XU"MXO, K.Y. RAZUKOFA. T. L.
Intermotion between Imolin and feldspar malts In the presence of
quartz. Isy. AN ratakh. 632. ter. gor. dela, rat.. strol. I strolvat.
no.3-.78-85 157. (MM 10:11)
(Diffusion) (X%olin) (Feldspar)

USSR/Solid State &Ysics Fh&s'e Transfor-tion in Solid Bodies
Abe Jour : Ref Zhur - Fizika, No 1, 1958, 993
E-5
Author : ~AT!e~H~11~1%zumova, V.L.
Inst
Title Influence of Certain Additives on the Kodification Changes
of Quartz in the Twuperature Range from 1400 to 16000 C.
Grig Pub Ogaeupory, 1957, NO 7, 318-324
Abstract No abstract.
Card 1/1

Tbo
F~ltll ~TI I>

or"t,

Ti' i-7-FM zF~
T
,

MAZARENW, K.T.; RAMOTA, T.L.
rinistics of a quartz solution In a feldspar fusion. Trudr last, stroi.
I strolmat. AN r"akh. GfM 101-95 '58. WRA 11:6)
(Q,mrts) (reldspar) (Porcelain)

YA.Z&RM,O. H.r.; RALZUKOVA, T.L.
Zffect of contain additives on modified changes to quartz in the
temperature interval 14oo--16ooO c. Trudy Inst. strol. I stroimat.
AN rmakh ssR 1:96-im '58. (MIRA 11:6)
(quartz) (Solutipn (Chemistry))

NAzARzxxD, x.r.: sviRnmrim. V.A.
Water meth*4 of enriching feldspars. Test. AN Eazakh. SSR
14 no.11:51-58 N 158-- (KIU 11., 12)
(Building materials) OPoldspar)

,uZAREUKO, H.F.; RAZUMVA. Y.L.
Diffusion processes In the body of porcelain. Trudy Inst. stroi.
I strolmt. AN Kazakh SSR 2:18.3-186 '59. (MIRA 12:10)
(Diffusion) (Porcelain)

MURZIM0. M.F.; PAZUMVA, T.L.
Iffect of additives on oldifications in quartz in the
temperature range of 1200-16500 C. Trudy- Inst. stroi. 1
strolmat. AN Kazakh. SSR 2:192-202 '59. (Ian 12:10)
((~Mrtz)

RAZUHDVA, V.L.
Iffect of thi composition of glass on fromation processes of
porcelain. Trudy last. strol. I strolmt. AN ravakh SSR 2:220-224
159. (Porcelain) (MIRA 12:10)

UZAMM. H,P,.; TMGZR. R.N.
UslEg chemical methods In the quantitative analysis of ffull1ta.
Trudy Inst. strot. I strotmat. AD lazoikh SSR 2:235-239 059.
(KMA 12:10)
(Mallite) (Chamistry. Ana1ytIcal--(ZuantitatIve)

69033
S/031/60/000/03/012/024
D035/DO03
AUTHOR: Nazarenko, M.F., Candidate of Technical Sciences
TITLE: The Influence of the Melt Structure on the Tridymi-
tization Process of quartz
PERIODICAL: Vestnik Akademii nauk Kazakhskoy SSR, 1960, Nr 3,
pp 59-72
ABSTRACT: Crystalline silica undergoes many transformations in
the process of producing refractory (Dinas) bricks,
during w~iich silica is being transformed into tri-
dyMite.N As this process requires very high tempera-
tures and the participation of "foreign" ions, various
mineralizers are added to the quartz; it lowers the
temperatures and intensifies the tridymitization pro-
cess. I.S. Kaynarskiy and I.G. Orlova /ref 77 ex-
Card 1/3 plain the tridymitizing capacities of tHe melt by its

69033
S/031/60/000/03/012/024
D035/DO03
'The Influence of the Melt Structure on the Tridymitization Process
of Quartz
structural properties expressed by the ratio of 0
Si atoms in the Liquid phase. When the ratio 0 : Si
>2.5 its capacity is low, and high - when the
ratio 0 : Si < 2.5. On the other hand, the author,
describing in detail physico-chemical computations
of data obtained by Kaynarskiy and Orlova on the in-
fluence of the melt structure on the tridymitization
processing of quartz, finds that this capacity of
melts forming two- and three-component R20 - sio 2
and R2O-RO-SiO2 systems is determined by the struc-
ture of silica-oxygen g&gups f2lmed as a result of
a disrupting action of and R '-ions on bonds be-
tween the silica-oxygen tetrahedrons. According to
Card 2/3 the nature of alkaline and alkali-earth metals, used

69033
S/031/60/000/03/012/024
D035/DO03
The Influence of the Melt Structure on the Tridymitization Process
of Q;uartz
as mineralizers, identical tridymitization of the quartz
is achieved at different temperatures. The author finds
that the best mineralizer used in this process is such
a metal, which disrupts the bonds between the silica-
oxygenous tetrahedron s without at the same time forming
new compound groups with or without silica, such as
Si-O-Me or Me-O-Me. The lower is the temperature at
which disruptions occur, the higher is the tridymitiz-
ing capacity of the melt. In the group of alkaline
metals potassium (K) has the highest properties and
lithium ( Li) - the lowest and in the alkaline-earth
metals group respectively barium (Ba) and magnesium
(Mg). There are 3 tables, 3 graphs and 11 references,
of which 10 are Soviet and 1 German.
Card

"IAZAREWO, H. I.
Children - Diseasee
Effect of the treatment of rheumatism in children in Kislovodak. on capillaroscopic
changes in InterparojWsmal stage. Pediatriia, No. 4, 1952.
2
, Uncl.
9. Monthl List of Russian Accessions, Library of Congress, December 19~~

IVANOV, Valentin Pavlovich; NAZAREMO, M,1.# reds
(Study of materials for hcuse painters] Xaterialovede-
nie dlia maliarov. 1,'.oskva, Vyashaia shkola, 1965. 176 p.
(MIRA 18:10)

FEYGIN, Leonid Aleksandrovich; YAKUSHKIN, Georgiy Mlikhaylovich
[deceased]; 06MOSPCH, I.L., muchn. red.;-LAZ&-j~j&Q,
- !1,J,, red.
(Work training of the operators of bulldozers, graders
and scrapers] Proizvodstyennoe obuchanie mashinistov
bulldozerov, greiderov i skreperov. Moskva, Vyashaia
sbkola, 1965. 146 p. (MIRRA 19:1)

0
EXCER 1eYE&RI'lec 7/tlol 13/4 Pediatrics Apr 59
918. lIAE1MOLY'617IC ANAEMIA IN THE NEWBORN (Russian text) - N a z .1 r e n K o
M. T. - ZDHAVOOK11H. KIR. 1956, 5 (26-30) ; ------
EighfniV~rn children with haemolytic anaemia were the subject of investigation.
Jaundice usually appeared on the 3rd or 4th day of life, enlargement of liver and
spleen, and dyspnoea were observed. Two children died on lite lot and 5th day of
illness. Treatment consisted of transfusion with Ith-negative blood in quantities
of 5-8 ml. per kg. and administration of campolon, neahepar, vitamins C and Bl.
glutamic acid. vikasol (vit. K). iron and glucose. (S)

KUKSOV, Vasiliy Alekseyevich; KUKSOV, Yuriy Vasillyevich;
KALASM*IKOV, P.L., rmucix. ?;AZk,.Z!,'YC;,
[Study of ruiterlalB for jolnerD and carpentors] Eatoritilo-
vedonie dlia ctollaruv I plottilkov. lztl.3.,, porer. 1 (1101).
Moskva, Vysshaia slikola, 1964. 293 P. OVIRA 18:;,-)

SHFPELEV, Aleksandr Milechaylovich; MOVCHANj F.F,# nauchn. red.1
HAZARENKO M rod,
[Wallpapering and the laying of linoletm] Okleika oboiami
i nastilka linolemna. Moskva, Vysshaia shkolap 1965.
102 p. (MIRA 18:7)

SOV/1 37-58-7-16109
On the Problem of Determination of Niobium and Tantal in Ores
in amounts of 0. 0010/o - 0. 020/o Nb205 the decomposition of the test sample is
performed similarly to the previous one, wherein the tannic precipitate is
dissolved in dilute HCI and H4 02. The insoluble residue of SiOz' SnOz and
BaS04 is filtered off and the filtrate, after the decomposition of H201, is
treated with NH40H with a subsequent treatment with tannic acid and so on
as described above. Ti does not interfere with the colorimetric determina-
tion of Nb. For the determination of Ta, the solution, after the determina-
tion of Nb, is treated with cupferron, the precipitate is fused with KZS207,
the melt is dissolved in a 40/o (NH )2C204 solution, and Ta is determined
color ime trically with pyrogallol. twing to the strong effect of Ti, two
tannic-acid treatments are performed for its complete elimination. In de-
termining 0. 006 - 0. 0070/o Ta205 the absolute errr-r is 0-001 /o.
1. Ores--Analynis 2. Niobiwn--Determination 3. Tantalun-, Y U. B.
--Determination
Card 2/2

BOROD111. L.S.; WARRUKO. I.I.
Cbenical composition of pyrochlore &net Isomorpbous subutItutione In
the molecule A2B2X7. UndkhInlia no.4:27f~-295 '57. (MIRA 120)
1. Institute of Mineralogy, Geochamistry and Crystallocbemistry of Rare
Slamentg, Acadst7 of Sciences, U.S.S.R., Moscow,
(Pyrochlore)

B01MODINO L.S.;HAZARMO, I.I.
Nadialyte from alkaline rocks of Ttwiy Cape anil Its chevicia for=mla.
Dokle AS SM 112 no.2;318-321 A '57- (KLRA 10:4)
1. PredstavIsno akademikou H.T. Bel*Vu,
(Oyda Peninsul,&-bidialyte)

AUTH03S Borodin, L.S. and Nazarenko, I.I. 20-4-,13/6o
TITLE On the Deviation@ of the Pyrochlorine - Group
Minerals from the A2B2x7 type Formula and on the Part
Played by the Water of Constitution in the Crystal
Lattice of Pyroohlorine.
(0b otetuplenUakh mineralov gruppy pirokhlora ot
tipovoy formuly A2 B2x71 o roli konstitutsionnoy Yody
v kristallicheakov reshotke pirokhlora.)
PERIODICAL Doklady Akademil Nauk MR, 1957, Vol. 115, Mr 4,
pp. 783-766
ABSTRACT The composition of minarala of the pyrochlorine group
varies within rather wide limits and is highly compli-
cAted. Among the chief components are: Nb, Ta, Te, Na,
Ca, Th, U and a number of others. Therefore a sufficient-
ly accurate, complete chemical analysis of this mineral
was for methodical reasons rendered very difficult.
The hitherto published chemical analyses cannot be used
for calculation, since the total quantity of the
components either does not reach or surpasses 100
CARD 1/4 Besides that no sufficient accuracy of the content of

20-4-43/60
On the Deviations of the Pyroohlorine - Group Minerals from the
A2B X Type Formula and on the Part Played by the Water of Constitution
?hl
Pyrochlorine.
in
Crystal Lattice of
several chief components can be guaranteed. Therefore
the authors mainly used their own original data in
this paper. The calculation of the chemical pyrochlorine
analyses (tab. 1) shown that in a number of cases its
composition does not correspond to the type formula
A2B2X7 or A2 B206 (OH# F) (tab.2). According to all
other characteristics there was no doubt that the
investigated minerals belong to the pyroohlorine group.
The deviations from the formula A2B2X 7 are above all
due to less and less quantities of iatione in group A
as compared to B. The greatest devixtions occurred
when it contained water. According to Machatechki this
fact (in the.5yrochlorine varieties mariakite and
hatchettolit is due to a secondar.7 modification in
which an extraction of comparatively large cations
Ca and Na takes place. As compensation for the extracted
oations a pooltively-charges hydrogen ion H+ penetra-
tes into the mineral lattice. In other words, part of
CARD 2/4 the total amount of water in the hydrated pyroohlorine

20-4-43/60
On the Deviations of the Pyrochlorine - Group Minerals from
the A2B2X7 Type formula and on the Part Played by the Water of
Constitution in the Crystal Lattice of Pyrochloriae.
varieties must form a portion of the anion group
06(03,F). The other part, however, must be present
in group A, in order to compensate the deficiency of
alkaline cations. Moreover the cation def iency may
be due to the participation of highervalent cations in
the crystal lattioe at the expense of low-valent
cations. Isoqiorphous replacements of this type can occur
only in group A of pyrochlorine, since in the iso-
morphous replacements of group B no cations with a
valence higher than that of alobium are possible. In
view of the above-said it is suitable to start with a.
constant number of cations of group B in the calculation
of chemical pyrochlorine analyses, as they authors did.
The degree of the replacement of oxygen by hydroxyl
and fluorine and, accordingly, the total amount of the
latter in the anion group (HE ) is determined from
GLRD 3/4 the total of valences of cations (W k) : HE - 14 - Rk

On the Deviations of the Pyroohlorine - Group Minerals from 2o-4-43/6o
the A2 B 2X7 Type Formula and on the Part Played by the Water
of Constitution In the Crystal Lattice of Pyroohlorine.
where 14 is the highest possible number of negative
valences for 7 anion units of oxygen. The cation
deficiency of group A can be compensated by a
corresponding replacement of part of the oxygen ions
by hydroxyl ions. In minerals of the pyrochlorine
group this leads to the fact that the total of atomic
quantities of the oxygen atoms is as a rule less than
6 and the total amount of hydroxyl and fluorine Ions
is accordingly more than 1. The connection between the
cation deficiency of group A and the hydration is
graphically well demonstrated (fig. 1).
There are I figure and I 81avio reference.
ASSOCIATION: Institute for mineralogy, geochemistry and crystallo-
graphy of rare earths AN USSR
(Institut mineralogii, geokhimii I kristallokhimii
radkikh elementov kkademii nauk SSSR)
PRE8EYTKD: By N.V. Belcy, Academician, Feb. 12, 1957
SUBMITTED: February 12, 1957
AVAILABLE: Library of Congress.
CARD 4/4

KHALEZOVA, Ye.B.; NAZARENKO, I.I.
Bastnaeolte --of*~~e---Vi;~ -~~ , geokhimA
n ii-mountains. Trudy Inst.min
kristalokbim.red.elem. no.2*.99-101 '59. ~MRA
(Vishnevyye Mountains--Bastnaesite)

BORODINO L.S.; NAZARENKO, ~ I/
Pyrochlore from vein formations of the Iovozero and Xhibiny alkali
massifs. Trudy Inst.min., gnokhim.i kristalokhim.red.elem. no.2t
138-143 "59. IMIRA l5t4)
(Lovozero tundras--Pyrochlore) (Kh1biny Mountains--Pyrochlore)

f )-I
PaA,"- I =S MUM"T= M7/5740
Akad.trdy& nwA MM. Institut mduaralogit, goollf-11 I krIstall khl=U reWkh
elt=ntoy
Topmsy cdwraloc;ii, gLo'-himli i gem-zlea r:;zatoro-.hdcnIy red-ldkh elc=ntov
(Pmblerz in W=reloaj, G-ochamiatry, and V21mit For--atica of FArm Elicnents)
I:oacow, Izd-yo AN SZIR, 1960. 2" p. (Garlan: Zta: TruAy, w". 4) Errata
pelated an the Insida of bwk cover. 2,200 coples yrInted.
Chief Ed.: K. A. Vlasov, Correnondin3 1':!::!;or, Aca&---7 of Sciences MOM;
ne3p. Ed.j V. V. Lyakhovich; M. of Publiahing rbuzas L. S. Tamov;
Tech. Zd.s P. S. Xaahizna.
PURPOM: Tb1m book Is intended for GeolcSiats, u1nermlogists, and petro,;Mj~bers.
CaIEM=: This Is a collection of 23 articlas on the for--stiou, volc.=,
mlwralogy, patroSrap4, and peochaz1atry of deposits of ram e2,c=nt-3 in
Mori% and IScmiatl Central Asia. 2ha distribution and eaumteristica of
raze o2,e=nt* faunot in t!,--ae areas as vall an cc= quantlUtIve =4 qm^Utat-
tive wthods of Investigating thm rocks arA zl=r&U in vUcb, thay am fc=dg
Card 116
31

Problems in MnaraloG7 (ccnt.) 7/3-7 4- 0
or vith uh1ch thay am ccccclat-:d, cam dicc-~-vcd. Two cxticlaa
izvoatiCation of t1-- Teo:;sib11i'.1c* of irLiatrlal extraction arl uti-11:tticn c:
calani=, tclluxi=, anl bafau!% ro, pncnalitics nre t3ntlomd. EacL article
is accompanied by refem-ncoa.
TAM3 OF C0=1,13t
Car.-ach, A. A. Peculiaritica in thi D~Ltributioa of F:--o I;lc.-:nts
In Poly=tallic DaPOGitS Of t1.3 Z.-.'An-,Z3ra1-. rcz;ion of Rudzyy Altay 3
Sc==av, To. 1. On tho Coatz!zt of LlVilu-- rr.(l r"ibidi%= in 11inarala
of Alkaline Pegmtitea of ttri 1:=o1f 1^0
Zada2zv, S. T., and S. On t'c,) Ooochc=latry of Solent= and
Tallwiim In the Ore Dapoc=3 of 24
GoroMwa, T. 11. On tta Coatent of Mcnl= in 1:olybdcn1tcm of the
Dapocito
Card 216

ProbUza ln lllneraaogy (Cout.) =7/57W
T0011=71, To. 11., =11. 1. r--mron%o. Pyrze!x1oro of thi Vlv--naMo
Its =d tl,.* 1-ccunexitlas of Its
C11:atcal ac=p0altion
M,bin, A. Go, 0. No ll"Ahitdlnov, and 11. To. Kr-.z!%!rrfm.
Ar,rocintiona of Accoasory 11tarals of n=o in ~"xo.-z~,3t4ct
rclLitized jUancite ratmalre Rocks of t43 Vlchm-rria j!-,-jtaj=
Zbablz., A. Go On tba Separation Tira of th3 13=raU r4idbl=, Zircaa=,
wit. tbj Ram tuths In tt*,(h-a:4ta l'cZ-=tlta of tba M4=vakr4a Mw
ee=wv, Yo. 1. Galtircord= La Alkalim Nc=tltes
Xorkln, To I., Tm. A. P~mtcnko, and A. V. Bykays. On Brlth*Ut* of the
Alk*21--* Backe al' Soutb.-Paterm Tm

-A I
31
33

51
7k
85
90
card 316

2r.-'z3=z In
T. V.# =d A. D. Ca t~,i cl,:natir cz tL3
Diztriltatica of Aacacco.7 In C:-z:4`.,3 l'-soLl"a
L7d~zdabp Ve vep cxl V. 1. Ca t~~j ::.'Z,*o*w of L-.t3
I'mcauedo = tb3 Ccnt-zzt 02 Aa=;,,u7 l"=a3j in C:::4-' dCj
Ivarov, V. V., arA 0. Too C2 1.-=I:;it3
in
Zr7cv, V. U., end A. V. r3:-.t
Uts C:
Adis
ac:%n=, Irm, Too 1. 0:7ataU.:7--.7~1a 7r.-:7-i c: Mzcatit2 r-3
In
C:7.4.-r X73 C.--=-j= 0.? C2 W.73 =7.7-7.3
M-Str=1:30 11, V, C:=3tL* r.~V23 of ronAta end Cra 1::zl4fOzwl=3
of rL== CrA TcnUl=
C=A
210
1:5
142

Pmbl,= In Mmralczy (Cczt.) S71/57%0
Mrakova, A. B. On the Problc= of C=t1c T77,02 of
Depults 174
Til:horzonlmv, 1. P.PandL R. P. TiELor--n!m-.a. cont=t nocks of ti,-.3
Ln-ozerokiy 1!waif, Their Czmoic anl th-2 Poculiaritica of Distri-
butiop In 'Alwz of Raro I:atal Mu.,railzation IL5
Volochkovich, K. L. On tha Pi-oblen of the iltr=tural Pocitiou of th3
Gornoaltayakly Raw I:atal Frc,-4mca 203
I=M 07 LTrA=,M'=3 C=3 AM 17---=
Lobcda-va, S. 1. Rational 1:3thod of QuantitrtIve Dotcr=iz&tI0= of
Muccrin A BM111= in Grelcen Ores 209
Rodiorovo D. A., go Y. Soboley, B. P. Zolotarcy, =dL To. V. V2A3cYa.
On Accidental Errors of quantitatlyo Kincrelozical Analysis of Oro
Sli=s and Co=eutrmtes 214
card 516

Ilrobl--= in llrcralo--y (C=t.)
L. A. !:xjrrir--nt in Cptical Cozzl3t=t:3 of
C,3rr.=Il.o and Ponlerito
V,"C:",:aC3 C:P =R7
Ln".nin, V. 11. prospoctl in tl,~~ Extraction of rol~nl=l
and Tclluri= Yr= tho PrO~Watu of Crj-Azr-l'-,IyTdzrua Oro Procasair."
rwr,anovicho, a. Ya. EAM= (Ecozo-alc sm7ay)
ATAWLT-li rAbru7 of CoaTmao
carld 616

NAZARENKD, 1. 1.
Cand Chem Sol, Dies -- NInvestigation of the low-valence compounds of
rhanium In conne*tion with their application In analytical chemistry".
Kos*ow,, 1961. 14 pp, 20 am (Moscow State U imeni Lomonosov. Chem
Do t) 175 copies, Not for sale M, No 9, 19619 p 177, No 24279).
5?-~4sir
;

AUKARINg I.P.; BYIW.GVICH9 G.N.; BUU7# A.I.; VIYIISHTEYN9 E.Te.1 VOLTMI,
H.Ps; GMUSHIRIp V.G.; MOVp A.H*; YELWSW# S.V.; ZVYAaIWSEV,
O.Te.; KOLOSOVAt G.M.1 KORCIMAYA9 Ye.K.1 17 Ut V.I.; HAUWEUVA#
G.A*; MUW$UVt B.N.; NAZARERKOp V.A*; 1544~ J11; FETWA# T.V.j
POLUXEM, H.S.; PGKOKL=p A.I.; FaABUMIlfg- V.A.; STROGANOVA9 N.S.;
CMWIKHOVt Yu.A.; VINOGRADOVI A.F., akademikp otv. red.1 IMABCHIKGVp
D.I.9 doktor khim. tumkg prof., otv. red.; GUSIKOVA, 0., tekhn. red.
(Methods for the determination and analysis of rare elemental Retody
opredelenila i sualiza redkikh elementov. Moskva, 1961. 667 p,
(MIRA 14M
1, Akader4a. nauk SSSR. Inatitut geolchimli i analiticheakoy khimii.
(Ketalaq Rare and minor)

S/078/61/006/003/014/022
B121/B208
AUTHORS: Ryabchikov, D. L, Zarinskiy, V. A., Nazarenko, 1. 1.
TITLE: Composition of the rhenium-thiocyanate complex compound
PERIODICAL% Zhurnal neorganicheskoy kh1mii, v. 6, no. 3, 1961, 641-646
TEXTt V. Id. Tarayan and co-workers (Refs. 6,7) have studied the composi-
tion of the complexes of rhenium with thiocyanate. V. M. Tarayan (Ref. 7),
D. I. Ryabchikov and A. 1. Lazarev (Ref. 8) determined the number of SCNI
addenda. Their results are in good agreement with the data obtained by
I. G. F. Druce (Ref. 1). D. 1. Ryabchikov and A. I. Lazarev detected the
anionic character of rhenium-thiocyanate complexes, by ion exchange and
suggested the following formula for the potassium salts K[ReO(SCN) 41. It
may be seen from publications that there is no agreement on the composition
and valence of rhenium-thiocyanate complexes. The authors studied this
problem by electrochemical reduction with potassium pe:.-rhenate on a tungsten
cathode in HC1. The electrochemical reduction of potassium perrhenate was
Card 1/3

S/07BJ61/006/003/014/022
Composition of the rhenium-thiocyanate... B121/B208
carried out in a special cell designed by V. A. Zarinskiy. The rate of
electrolytic reduction of perrhenate in HCl depends on the cathode material.
Reduction of ReVll--4 ReV is possible in 7 - 0 N HC1. The sudden potential
jump on the tungsten cathode from + 0.1 to 0.3 v, referred to a saturated
calomel electrode, indicates the end of the reduction of ReVII__' ReV. The
reduction is checked by titration with a cerium (IV) sulfate solution with
3+
addition of an excess of Fe . The reaction of pentavalent rhenium with
thiocyanate was studied spectrophotometrically, and the effect of the
concentration of rhenium, (V) and thiocyanate Jn the solution on the com-
pleteness of rhenium-thJocyanate complex formation was investigated. It
was found that the formation of the rhenium complex begins when raising
the rhenium concentration to 0.002 mole and increases with increasing
rhenium and thiocyanate concentrations. The necessity of higher concentra-
tions of pentavalent rhenium and thiocyanate ions for the formation of the
pentavalent rhenium-thiocyanate complex indicates that the colored complex
is largely dissociated. The anionic character of the thiocyanatp complex
was confirmed by determining the transference number. The results are in
Card 2/3

S/078/61/006/003/014/022
Composition of the rhenium-thiocyanate ... B121/B208
good agreement with the data of Ref. 8. The existence of pentavalent
rhenium in the complex was clearly confirmed and the following formula
obtaineds X 3[Re02(SCN)41 . There are 4 figures, 1 table, and 23
references, 5 Soviet-bloc and 16 non-Soviet-bloc.
SUBMITTEDi November 9, 1959
Card 3/3

3/0770"1661/006/005/007/015
B121 13208
AUTHORSs Ryabohikov# D* I.# Zarinskiyp Ve A., 4md Nazarenko# 1. 1.
TITLEt Electrolytic method of preparing trivalent rhenium compounds
PERIODICALt Zhurnal neorganicheskoy khiaiit v, 60 no- 59 1961p
1138 - 1141
TEXTt The electrolytic reduction of potassium hexachloro-rhenate on the
mercury cathode (platinum emode) in hydrochloric acid medium of different
concentration was studied. The reduction of trivalent rhenium was mmined
by titration with cerium (IV) sulfate. In 1 - 2 N HC1 solution Re in
quantitatively oxidized to Re VII by cerium (IV) sulfate consuming four
equivalents of the oxidant. Titration in 8 N HCl consumes only one equi-
III IV
valent cerium (IT) sulfatet Re being oxidized to Re . The stability
of tetravalent rhenium compounds increases with increasing concentration
of hydrochloric acid. I fine-crystalline precipitate was obtained with
cesium salt from hydrochloric acid rhenium (III) solutions. The precip-
itate was filtered andvashed out with small amounts of 2 9 HC1, alcohol,
Card 1/2

Electrolytic method of
3/07 61/006/005/007/015
B121YB208
and ether. Analysis of the compounds witb respect to rheniun gave 23,6 %
(theoretical Re content in Ca 3Reel6 is 23.3 %). The valence of rhenium in
Ca3Reel6 was determined by cerium (IV) sulfate solution (0,074 ff). Rho-
nium (III) was found to form a halogen complex. Reel 63- with the coordi-
nation number 6. The following Soviet authors are mentioned in the origi-
nal papers Rafe 4s Yqao Tain-sheny To Go Tronevj Zh. neorgaa, khimii, .19
1768 (1959)1 Rafe 6a Ref. 12t V.V, Labodinskiy#
see Rafe 4# page 28341
Be ff. Ivanov-Emin. Zh. obahch. Khtmii, Dp 256 (1943). There are 3 figures,
I table# and 22 referencest 4 Soviet-bloc and 16 uon-Soviet-bloc. The
references to English-language publications read as followas Ref. 10s 0.
We Kolling, Trans.Kaneas. Acad. Sci., 50, 3, 378 (1953)t Ref- 13, ff- F-
Curtist J. Pergusson, Re S. Nyholm, Chen. Ind.(London), 625 (1958), Chen.
Abstreq ~1,, 2919 (1959)1 Rafe 22t E. K. Mann, We Davidson, J. Amer. Chem.
Soc., 72, 2254 (1950)-
SUBMITTEDi June 3. 1960
Card 2/2

RYABCRIKOVI D.I.; NAZARENNO, I.I.
Composition of the rhanilm thioeywate COmPleX Compound. Zhur.-
aeorg,khia. 7 no.0931-932 Ap 162. (HIRA 15:4)
(Rhanium compounds) (Thlocynnates)

RYABCHIKOV, D.I.; NAZARENKOl I-I-
Valency of rhenium In its thiocyanate complex compounds.
Zhur. anal. khIm. 19 no.2:229-231 164. (KIRA 170)
1. Institut geokhimii i analitichenkoy khimil imeni Vernadskogo
AN SSSR, Moskva.

Furo
i. Ch .1 en-korres por-i'Jeti', kfc-r t J,,eo-
knl.mii i analltlc~;(.~skov VOini. i.-%. V,--l%,,-, ~%311~ Ycs kv~,
I
(for linnrenko) .

L&MLIr T.I.g insh.; NtZMNKOg 1.1.9 insh.
ZUdpmut for the welding -do f2um of fl=vs to pipes. Svar.proisr.
.. . no.3:37-38 Kr 161. (MM 24t3)
2, KiMakly1royektito-konstruktorsko-takhno2ogicheiikly institat.
(Ractric welding-Ituipment and supplies)
(pipe flanged- wilding)

LEPPELO, V.I., tekhaik; NVARENKO, I.I., inzh.
Electrode holder for air-are metal cutting. Sv&r. proizv. no-5:
32 my 161. (14IRA 14;4)
1. PKTI Kiyevskogo sovnarkhoca.
(Electric metal cutting-Equipment and supplies)

LEPPELIp V.1.1 NAZARENKOp I.Lt Insh.
..... :z_
Automatic Ilangto velding to pipes with the help of an expansion device.
Wostroenis ZY no.3:54-5~ Kr 161. (KM 14:3)
(Pipe flinges-Welding) (Karlne pipe fitting)

LIKHODED, V.P.j Inzh.; NAZARENKO, I.I., -' inzh.
Plaspia-arc cutting. Mashinostroenie no.2:61-04 Yr-Ap '62.
(MIRA 15:14)
1. Proyektno-konstruktorskiy tekhnologicheskiy institut
Kiyevskogo sovnarkhoza. (Electric metal cutting)

LDVCHIXOVR G.G.; NAZARENROP 1.1.
Velding up defects of Iron castings uoad In cmnk-bearlzig
BuTports of the DT-54 engine blocks. Mashinostroanie no.l:
48-50 Ja-F '63. (KMA 16-.7)
1. F~Wsktno-konstruktorskiy takhnologichaskil Inatitut
Kiyovskogo soveta narodnago khozyaystva.
(Electrip welding)

LMODED, V.P.; NAZWNKO, I.I.; KOSTYAUCY, P.U.
New design of a roopresised are cutter. I%shinorstroenie no.407-78
n-Ag 163, (WRA l7s2)

. i: I ~ z ~., " ~ ;0 f, t; 1, 1 V~ I ~ ~r
HRAIMMOg 14 K.- (Main Veterinary Surigeon, Grebeakovsk Raian, Poltava Oble-st').
"Application of Aaminoacriquin" for treatments of #ul-!,,r ara cows infested
with Trichomonas".
Veterinariya, Vol. 38, No. 2, 1961, P. 36.

T'111~"Vll Ili' Llrrl(-) I I. K. ((111ef Wit. )
"Poisoning of cattle with beet-cugar Leaver, sprayed with hexachlorart."
SO: Veterinarfla 2~1, (9)p 1952) p. 44
RC,SICh, Gerbenkovsk rayon, Poltava oblast

IIAZAPENKO, I.K.
Tres-~ing trichommoniasle in bulls and cows u3ing az:n:ar--rlch1r;e.
Veter.nariia 38 ro.2:36 F 161. 18:1)
1. Glavnyy vetcrinarnyy v-a-h Grebenkovokcgo rr-.y,.,ra, Polta,.,3koy
ablasti.

30(l) SOV/31-59-3-3/14
AUTHOR: Nazarenko, I.M., Candidate of Geographical 6ciencee
TITLE: Ways to Increase the Animal Produce in the Cotton-
Gro,uing Collective and State Farms of Soutbcrn
Kazakhstan (Puti uvelicheniya proizvodstva zhi-
votnovodclieskoy produktsii v klilopkoseyushchikh
kolkhozalch i sovkhozakh yuzhnogo Kazakhstana)
PERIODICAL: Vestnik Akademii nauk Kazakhskoy S6R, 19501, Nr 3,
pp 32-39 (USOR)
ABSTRACT: The Cotton-growing collective and state farmn of
southern Kazakhstan cover 36% of the arable land,
5.2% of the hay crops and 0.9% of the pastures of
the region. This is considered a basis sufficient
to increase the number of livestock and the volume
of animal produce, both of which, though having
been raised during recent yearn, do not measure up
to the standards required under local circumstances.
The author insists particularly on the breeding of
Card 1/2 predigreed cattle to increase the milk produce and

SOV,/31-59-3-3/14
Ways to Increase the Animal Produce in the Cotton-Grovaing Col-
lective and State Farms of Southern Kazakhstan
the weight of the animals. He also proposes the
wider use of artificial insemination and criticizes
the bad organization of pig breeding and the in-
sufficient productLon of mutton. There is 1 table,
Card 2/2

SZBNDVA, 14.1.; WARNHW, I.M.
Developrent of agriculture In South Kazakhstan Province.
Trudy Sakt.geng. AN Kazakh. SSH no-5:202-213 '59-
(MIR& 13t4)
(South Kazakhstan Province-Mriculture)

,-- XLZAMM, 1. K. ---,
lbrty years.of floarlabing of the astlowd sconoxr of Usakhatan.
-- TrWy Otd. gooe. AS Kazakh. SSR no.70-10 060. (KIRA 13112)
(Essakhetan-Alco acute conditions)

UUMM, 1. K. .
asaaaWby of food resources of cottoa farms la South ragaMstan
Proy1we. Thx4y Otd. geoge AN IrAzakh, 58R noe7iqZ-107 C60,
(MIU 13122)
(South. gazakhet an Province-Forqp plants)

N,vamlf,o, I.F,.
From the history of the settlement and arricultural development in
Kazakbstan. Trudy Otd. geog. Ks' Kazakh. 5SR ro.8:27-52 '61.
(MIRA 14:8)
(Kazakhstan--Land 3ettlement) (Kazaktstan--Agriculture)

NAZAKMK09 rok., Icajad.geograficheskikh nauk
Location of agriculture by natural economic zones in the Virgin
Territoryo Vest*AN Kazakh.SSR 17 no*3:9-18 161* (MIRA 140)
(Virgin 19rritory-Agricultural geography)
W,

CIIIGLRKIN, A.V.; IRIFONOVA, T.M.; 24IRNOVAI, R.Ya.; UUMSKAYLI
Te.A.; VIIZSOVA# L.A., YUKIVU-MUMOV, S., kand. geologo-
miner. nauk; GLADYSMA, kand. geogr. nauk;
BAUIWEV, K.; KUZHETSOVAp Z.V.; AMRAKEWOV# S.;
PAZAR9904-LM., kand. geogr. nauk; YESAULMO, P.I.v
lim-d, sellkhos. nauki IAVROVAy I.V,p kamo ekonom. nauk;
PALIGOVj N.H., akadadk,, red.; CREMANOV, L., red.;
NAGPPI P.v tekbn. red.
..8'
[The Virgin Territory; brief otudies on nature. popplation
and econovy]TSellMl krai; kratkie ochorki o prirodop no,-
selanil i khozWstva. Alma-Atap Kazakbskao gos. lzd-vog
1962. 188 p. (HIRA 15 9 9)
1, Otdel geografft Akcadeudl nauk Katakhakoy SSR (for all
except Chezganov Ilagibin). 2. Akademiya nauk Kazakhakoy
SSR (for Pallgavi.
(Virgin Territory-Economic geograp[7)

NAZARENKO, I.M.
The geography of the distribution of oilseed plantA In ~['.rj
Virgin Territory, East Kazakhstan and Semipalatinsk Provinces.
Trudy otd. geo4. All Kazakh. SSR no.9:105-117 162. (MA 15:6)
(Kazakhatan-Ollseed plants)

KAZARENKO, I.M.
:- ~- -.1~";:-4--,-
Types of agricultural production in the cotton planting regions of
Chimkant Province, southern Kazakhstan. Trudy Otd. geog AN -
Kazakh. SM no.IN117-136 t63. WRA 16slo)

NAZAM,IKO, I.P., irLzh.
?arts made of presued word. Z;tro!. I dor. 20 Ao.2131-37 P
z
165- (MIRA 18:3)

,1AZ"jNQ,_jyan Tipo~fmyichj_ ARAV, 0.,, red.; AF&IASOYEV,, V.,, red.;
DARONYAN, M., mladefify red.; CHEPEMA,, O.j, takhn. red.
[Industrial accidents and workers$ living standards in the
U.S.A.) ProizvodstveMi travmati= i zhi=emrji uroven' tru-
diashchikhaia SShA. Moskva, Ixd-vo sot,sialfno,.okcn.11t-ry,, 1961.
216 p. (MIRA 15%2)
(United Statee-Industrial accidents)
(United States-Labor azd laboring classes)

NAUBI ZO I.T. (Tashlwnt)
Medicine in the USA: profits of the monopolies and the ruin of
workers. Sov. zdrav. 20 no.10:57-63 161. (KIRA 14:9)
(IMITED STANS-41EDICAL CAIZ)

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("IMCGICOlUxed-
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ffi

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A ID P - 3 909
Subject U3SR/Medic1ne
Card 1/1 Pub. 37 - 13/21
Author : Nazarenko.,_ I. V. Junior Scientific Worker
Title t Methanol and acetone as pollution agents in reser-
voirs
Periodical : Gig. i. san., 12, 42-43, D 1955
Abstract : Discusses the waste waters from various chemical
industries which contain methanol and acetone which
are harmful to the human organism. However, water
with small concentrations of these substanies can be
used as drinking water.
Institution : Inetitute of General and Municipal Hygiene, Acad.
Med. Scl., USSR.
Submitted : Ap 13, 1954
mammon

IM7
I MnOp I. V.
KAZARERKO, 1. V.,, Cand Ved Sci - (diss) "Hygienic evaluation
of formaldehyde as a factor in the contamination of water raaervoirs.11
Kos, 1958. 11 pp (Acad Ved Sol, W)SR) 200 copies (KL, 20-58p 102)

MAZARBNXO. I.Y.. nauchnyy sotrudnik
VIrkMite evaluation of formaldehyde as a factor in the pollution of
water reservoirs (with susimary in Xaglishl* Gig@ i "no 23 noel:
3-10 J& '58. (HIRA 11:2)
1. Is Institute obahchey i komcnin l1noy gigiyeny AKU SSSR.
(WATIM FOLWTIOH
by formaldehyde. detern. of mzi=u permissible
concentration of water reservoirs)
(IrCMIDSHMN
pollution of water supply, datern. of maxim"m permissible
concentration)

IIAZARFJJKO-~---I-,.-Vo
Affect of for!-aldabyde on aquatic organisms. Trudy GIdrobiol.
ob-~va 10:170-174 160. (HIU 13:9)
(Water--Pollution) (Irormaldehyde--Toxicology)

ACCESSION NR- AR5017513 UR/0299/65/000/013/GOOG/GO06
'SOURCE: Ref. zh. Biologlya. Svodnyy tom, Abs. 13G41
AUTHOR: Okuntsov, M. M.; Osharov, A. B.; Nazarenko, 1. V.
TITLE: ~ Effect of light of different spectral compos ition on the relationship of
protein fractions and the quantity of free amino acids in bean leaves
1 CITED SOURCE: Raboty Problemn. labor, forosinteza pri Kafedre fiziol. i
i biokbimi.4 rast. Tomakly un-t, vyp. 1, 1964, 114-122
TOPIC TAGS:- radiation plant effect, plant chemistry, chromatographic analysis,
protein, amino acid, glutamic acid, tyrosine, valine, leucine, lycine
TRAN.5LATION: A quantitative determination of tree arnino acids war: carried out
with ascending chromatograms by the method of G. N. Zaitseva. and N. P.
~'Tyuleneva. Intensity of irradiation was 3000 ergs/CM2-sec. The smallest conlent
-ooluble-protein was-observe- fn &6en jight-,- --and- afalka-li -soluble protein
of salt d
in orange red light. In the dark, substantial changes take place in the composition
rcord 1/2

I r!i^'19
I,- C _jC -66.
ACCESSION NR: AR5017513
of the amino'acids: there is' a considerable rise in the content of asparagine,
glutamic acid, tyrosine, valine, leucine, and of an unknown amino acid X2. On
illumination with white light lysine appears, and there is a decrease in the contents:
of glutamic acid and alpha-alanine. On illumination with blue violet light, orange
red light, and infrared light, the content of free ambio acids is close to that
observed in plants.placed in the dark. However, the lysine content in blue violet If
land white light is considerably greater than in orange red and infrared light. The;
content of alpha-alanine in blue violet light is the same as in the dark, In. orange
-red light It is less by 3tinies, and in Infrared light it Is the same as with illumina~
tion by white light. 30 literature titles, L. Polishchuk
SUB CODE: LS ENCL: 00
A
Card 2/2

ACC NRI AR603.5542 SOURCE CODE: UR/0269/66/000/01010048/0048
AUTTIOR! -- Nazarenko, M. I& --Lazarev, a. G.
TITLE: Radar observations of the 1965 Leonids meteor shower
SOURCE: Rcf. zh. Astronomiya, Abs. 10.51.353
REF SOURCE, Astron. tsirkulyar. , no. M, marta 17, 1966, 1-3
TOPIC TAGS: meteor stream, meteor observation, Leonid meteor stream,
stream radiant, stream meteor, sporadic meteor, meteor shower
ABSTRACT: The results of radar measurements carried out at Tomsk of the
number of meteors and the duration of meteor radio reflections in the epoch of
Lconids from 12 to 19 November 1965 are given. The parameters of the equip-
ment were as follows: wavelength, 10 m; pulse power, 50 kw; pulse duration
5/asec, and sending frequency was 600 cps. A wave-duct-type six-element
antenna was turned along the azimuth and the olevation following the daily motion
of the stream radiant. For this equipment, in the morning hours, the sporadic
rate amounted to not more than 250-300 hr-1. The maximum number of meteors

ACC NRs
AR6035542 I
in the stream was 711 hr-1 . recorded at 6:00--9:00 hours local time on 17
November. From the distribution of the radio reflections according to duration,
the values of the parameter s of the mass distribution of meteor bodies have been
found: s = L*45 + 0.04 for 16 November, a = 1. 75 - 0. 10 for 17 November, and
s = 3 for the remaining days of sh6wer activity. 141 radio reflections with a
duration > I min. and one reflection with a duration of 570 sec were recorded.
A complete shower structure was obs-irved. The dimensions of the central nucleus
of the shower, with a great quantity of large particles, are 3. 24 - 106 krn along the
Earth's orbit. The total length of Earth-orbit sector within the stream was
2 - 107 km. V. Lebedients. [Translation of abstract) [DW]
SUB CODE: 03/
Card_ _22
12.0k

Natural azu.1enes and sesquiterpenic compolunds of the asulene
IseriGs (proazalenes). Trudy Bot. inst. Ser. 5 no.8:83-209
161. (HM 34:7)
(Azuleue)

KAZAREMKOO N.V.
Frwmdenas from Irtendsia macracepWa. Zkw.pri;d..khim. 34
no.7tl633-1636 il 161. (KIRA 14 17)
1e Botwichookly lwtitut i=a:L V.L.Komarove AN SSSR,, Laboratoriya
Ichimli rastitellnykh veshchostv,
(Proamdone)

PIGULEVSKIY# G.V. [dscoase4); KAZARENKO, M.V.; RAICAYEV, F.S.
Coumarins from the roots of Lamar trilobuzi (L.) Borkh. Hast.
roe. I no.2s219-221 065. (MIRA 18: U)
1. Botanicheskiy institut imeal Momarova All SSSR, Leningrad.

HAZARE14KOO H.V.
Gtmianolldos of the Artaminia niavarslana Wild. Zhur. prikd.
khLm. 38 no. 10t2372-2374 0 165. (MILA 18:12)
1. Botanicheskly institut AN SSSR. Subnittod Febr. 12, 1964.

.1
, U'Z ri K6#~-.. T ~
HAZARENW9 H. V. --*Investigation Of the Essential Oil of the Fruits of Traps-
caucasian Libanotis.0 Min Food Products Industry, aa"rfyumr
(Main Perfumery). All-Union Sci Has Inst of Synthetic and Natural
Essential 011s, Leningrad, 1955. (Dissertaion for the Degree of
Candidate in Chemical Science).
SO Knizhnaya letopis'
No 2,, 1956

SIDORIN, Gav-riil Vladimlmvle-h2 Yikola~y f(dCovlavich;
SOKOLB, G.L.,, nauchn. r;-J.,- INAZARMIKO, M.I.j, red.
(Vocational training of tile layers] Proizvodstvennoe
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NAURNMO N.A.; GOSTET, I.S.
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(GOMPLFJQM
fixation In determ. of anticancer horse serum fractions,
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NAZAM14KOP H,A,
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INAZARENKO# NOAO
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7 no-1835-39 Ja
1. L.mboratoriya i==okhimli (zav r f V S.Gostev) Instituta
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IMAILI'llop N.A*
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k2i SSSR, I-losl-.vae I"i-edntavlona dayatvitelInp., chlono.-a
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( C A 1.'C-!:'.' t )(GAMA CLOBULM)

GRIGORIYAN, D.G.; IWARTNIKO,.N.A.
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- prof. F.D. Vanilenko) laboratorivn (zav. - kand. m"d. nauk
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GOSTEV, V.S.j SAAKOV, A.K.; AZIETSKAYA, A.Ye.; PERIJAMM', A.A.; RAZARFITKO,
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GRIGOR'YAINI D.G.; NAZARENKO, NI.A.; LYSENKO, V.B.; Y-r'PKR.IYF','A9 F.V.;
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1. Eksperimentallnyy otdel (zav.- prof. F.L. Vasilenko), hiokhird-
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GA Ponpolova), laboratorlya lmmunokhimii (zliv.-Ixof. V.S. Gontov)
Instituta oksperimentallnoy biolcgii AM14 SSSR (direktor - prof.
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