SCIENTIFIC ABSTRACT KIRKO, I.M. - KIRKOVA, E.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722710013-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

84h48
Characteristics of a Suspended Layer of S/057/60/030/009/014/021
Ferromagnetic Particles in a Magnetic Field BO19/BO54
particles in a magnetic field (Fig. 3). This diagram shown on the
abscissa the Re nolds numbers, on the ordinate the dimensionless
quantity M. . Mo/PD, where ho is the initial height of the layer, P its
weight, and D the coil diameter. The following phases are shown: layer at
rest, pseudopolymeric state, development into pseudoliquefaction,
developed pseudoliquid layer, destruction of the layer, and escape of the
particles from the glass tube with higher Reynolds numbers. This
approximate diagramt in spite of its rough approximation, permits
clarifying the rules governing a suspended layer of ferromagnetic
particles in a magnetic field. There are 3 figures and 6 references:
4 Sovietv 1 German, and I US.
ASSOCIATION: Institut fiziki AN Latv. SSR (Institute of Physics of the
AS Latviyakaya-SSR)
SU13MITTED: March 31, 1960
Card 2/2

33258
S16681611000101210021004
B102/B136
AUTHORSt Branover, G. G., Liyelausis, 0. A.
TITLEs Experimental study of the influence of a transverse magnetic
field on the velocity distribution in a mercury flow
SOURCE: Akademiya nauk Latviyekoy SSR. Institut fiziki. Trudy.
no. 12. 1961, 167 - 175
TKXTz The hydrodynamic effects in liquid metals in the presence of a
transverse magnetic field were studied by means of an annular channelp
shown in section in Fig. 2. Magnetic core and coil are designed to pro-
vide induction beating of the former up to 1500Cwhena5O-cps voltage of
380 v is connected. The channel is thus suitable for experiments with Hg
and liquid Na. In the space for the actual channel, the H-field is rela-
tively uniformp its radial and vertical variations are about 10~ and only
in about 1 cm of the upper part does H incr~iss strongly. I oolenoid
current of 40 a induces a field of about 3000 oe. The mercury in the
stationary channel was set in motion by a d-c pump. Two 15 cm long copper
olectrodes (bottom and top electrode) passed a current of up to 200 a
Card(21) -5

B/668/61/000/012/002/004
Experimental study of the ... B102/B138
ing stress at the wall# U. velocity at axis of flow, Hg denjity)
was determined be-U~ween M/Re 0 - 4.4-10- 3. It was found to vary between
c~-2 and !-A and can be assumed to be constant within the mensuring error
limits, -There are 5 figures and 3 referenceal I Soviet and 2 non-Soviet.
The reference to the Engli h-languagre publication reads as followst W.
Murgatroyd. Philosophical Magazine, Al,
1348, 1953.
Card _3/j 2,

32012
S/10 00 1 1110 1q'/O 19
B102/B138
AUTNORS: Dnbrynkov. D. D.. Kirko, 1. M.
TITLE: Electromagnetic transportation of containers
PERIODICAL: Atomnaya. enerriya) v. 12, no. 1, 1962, 80 - 84
TEXT~ An electromagnetic method is described, for the transportation o*
containers filled with irradiated substances from the reactor core to th-
hot chamber. This method in based on the interaction of induction
currents excited by electromagnetic fielda~ The cylindrical containexs
are transported through an aluminum tube direct from the core to the hot
,chamber (Fir. 1). The inductor coil in made of insulated aluninum sirc.
and io conripcted with a three-phane travellinp field system. Trans
portation pipe and coil are enclosed in a vater-tipht altiminum tube vhen
passirg th'rough the water-filled reactor tank. The container ie a;.-i~
made of pure aluminum A prototype rabbit was tested. Its dimpncinn~
were- inner diameter of Al-tube: 46 mm; coil: 84 turns of insulaTed Cu
791TP, 11.5 or 15.5 cm high, Leader cylinders; 44 mm diameter. 44 mm
neight. with 7 leader cylinders the rabbit hgts Fi total vc-gnt of,2 t,,jr
Card 1A

~2012
S/ofig/62/012/001/018/019
Flpotromagrntic trannnortation B10?/B158
(1-ad,-r 1200 g, lpader contulners- 200 g, and 1~ corfain~-rz %ith ,
Jp,:: '!~- ,-rwiiated substanna weighs,~50 - 400 With a total
0. 1~ m )(!,,I had 72 coils (24 per phisQ).. Two coils per pha--e aert-
i. .'iAtorr'. The inaurtor wao ronnoctc-d -Aith th,? A30/22r'o
thP r;I
-M! IVIJ',Ir1`F rIll-Terit Of D5 a Imcit"y --", .., I
ke, rabt,,,t t npted of," m/qvc can l-, dFvclrp-3. Art"r
a rabbi t cf 1J,;F, t-,pe vf--ir, conlitructc-d an OPT 1000 100,0"-
7, only diffnr~; in Ij7,e, fro-, the nrntotype: it -rg. t hE- o~',
0'.vii
n n, - 7 , P m Th - i r -1 w: t r- - c, r) r, c is~, f 17
t
K~ KrUM' r, and A X. 5,1 inmi r% r, r hc~'
v:-1 Yo F,, Cht-- ri) i I i n f ot 0 v i,,-e r 0 re~ i Fu r
r t 1) 1.0
he hot chai-,Air,,r
LEGEND: load rjrirtnol C', n yj 4~ A C!,o
r,i n i.P
a r tj

Bleotromagnetio transportation...
Card 3/3
32012
S/089/62/012/001/1018/019
B102/BI38
Fig. 1.

KIMOJ ivLL~~~
(study of electromagnetic properties in metals by dimensional.
and similitude methods] Iseledovanis elaktroMMnitXqkh iav-
lenii, v metallakh mervosti i podabiia. Rigap Izd-
vo Akad. nauk Latviiskoi SSRp 1959. 184 p. (MIU 15:4)
(Dimensional analysis) (Electromagnetism)
(Metals)

YAPLAN, S.A., doktor fiz.-mat. nauk, redk_.,- MKO, I.M.L doktor fiz.-
mat. nauk, red.; STAMUMVICH, K;P., doktor fiz.-=t. wuk,
red.; SHIROKOVp M.F., doktor fiz.-mt. nauk, red.; FFJJIY,.-
XMINETSKIX, D.A.0 doktor fiz.-mat. nauk, red.; V124GRALOVIC11,A.,
red.; L124BERGj A., tekbn. red.
[Problems of magnotobydrodynamics and plaima dynwics; reports]
Voprosy magnitnoi gidrodInamiki i dinamiki plazrq; doklady. Hign,
Izd-vo Akad. nauk Latviiskoi SSR. Vol.2. 1962. 660 p.
(KIM 15:12)
1. Soveshchanlys po tooreticheskoy i prikladnoy magnitnoy gidro-
dinamike. 2d, Higas 1960.
(Magnatobydrodynamics) (Plasma (ionized casos))

Klao, Igor' Mikbaylovich; CHALISOV, Yu.I., red.
[Liquid metal in an electromagnetic field) Zhidkii rretall
v elektromagnitnom pole. Moskva., Izd-vo "Energiia," 1964.
159 P. (MIRA 17:5)

BRANOMp O*Goj DUKWj R.Ket jj= I,M,j IJ3=SlSj O*A.; SHCHERBIM9 EeVe
(Riga)
non iWdraulio low of turbulent flows of Imid metals in magnetic flelds*
report presented at the 2nd All-Union Congress on Theoretical and Applied
, Moscow - 5 Febnua7 U64
Mechanics, , 29 Januar7

FILIPPOV, M.V., kand. tekbn. nauk, otv. red.; doktor
fiz.-mat, nauk., red.j BIRZVALK, Yu.A.[Birzvalks, J.],
kand, tekhn, nauk, red.; LIYELAUSISI O.A.[Lielausis, 0
kand. fiz.-mat, nauk, red.; TSINOBER, A.13.(Cinobers, AJ:
red.; UKEWRKA, iI.P., red.; SAVELIYEVA, Ye., red.;
TEYTELIBAUMI A,, red.; LEVIBERGA, A., tekhn. rod.
[Reports delivered at the Third Conference on Theoretical
and Applied MagnetolWdrodynamics in Rigap July 2-7, 19601
Doklady prochitannyo no.., Riga, Izd-vo AN Latviiskoi SSR.
Soc.3. tProblems in magnotobydrodynamical Voprosy magnitnol
gidrodinamiki. 1963. 408 p. (MIRA 17:4)
1. Sovoshchamiye po teoreticheakay i prikladnoy magnitnoy
g1drodinamike. 3d, Riga, 1962. 2. Chlon-korrespondent
AN Latviyokoy SM (for Kirko).

;'ACCESSION NR: AT4042283 S/0000/63/003/000/0065/0076
IiAtrAHORS Br
j,
t;2.0v6rj.~*.1;j&r1 1.11orrespoondin mbef AN latSSR w of
~Pl j Doct.. Acal
ic ,.3, fil JAUDia -A~J&Mndida of ptWai o-m
amence-e)-i Tainoberp As B.
ITITLE: Hydraulics of free flows of liquid metal movitig In channels with an Ina
i,versely sloped bottom under the Influence of a rotating magnetic field
I
:SOURCE: Soveshchanlye po tooreticheskoy I prikladnoy magnitnoy gidrodinamike. 3d,
iRiga, 1962. Voprosy* magnitnoy gidrodinamiki (Problems In magnetic hydrodynamics);
;doklady* soveshchanlya, v- 3. Riga, lzd-vo AN LatSSR, 1963, 65-76
JOPIC TAGS., hydromagnetics, liquid metal free flow, ascending flow channel, ro-
tating magnetic field, flow chajnnel design, flow depth, flow rate, ascending flow
equilibrium. streamlined ascending flow, turbulent ascending flow
ABSTRACT; The authors analyze the electromagnetic, gravitational, hydraulic dr
and Inertial forces acting on a sector of the length of free flow of a liquid m
ascending along the Inversely sloped bottom of an open flow 'channel. After transa
1
formations, they evolve an equation for the dynamic equilibrium of such f ows
q2--
sin a,-R,
:dh

ACCESSION NR: AT4042283
and find that It coincides for small flow depths with known hydraulic equations for
the Irrejular motion of water In wide rectangular channels with a straight bottom
gradient. A concept of critical flow depth, at which Frol.0, Is Illustrated and It
Is shown that the flow Is streamlined at K>hcr and turbulent t Kh rd Experimen-
9 En
tal verification employed an organic glass channel (see Fig. I In t e closure),
i100 cm long and 5 cm wide, and confirmed similarities to turbullnt water flrs. Th&
Ieffect of the magnetic field proved Insignificant In view of M - !=:0.3-10-3. It
is concluded that the proper design of flow channels should p-RElude the occurrence
of flow turbulence by providing for proper flow depth In addition to a proper rate
of flow. Recommended calculation procedures are Illustrated. OrIg. art. has*. 37
equations and 6 figures..
ASSOCIATION:* none
ENCU 01
SUBMITTED: O4Dec63
1SUB CODE: ME NO REF SOVt 002 OTHER: 000
Card 2/3
L

ACCESSICH Nits AT4042283
ENCU)SURS1 01
Fig. 1. Experimental verification unit: I flow channel'; 2 rotating magnetle
field Inductor; 3-- liquid Hg tank; 4 - receiving tank; 5 - Venturi flow meter;
Card 3/3 .6 - flow depth indicators.

F ILI FPOV~, M.V.v kand. ~,ur.Kq. 1 M..
d,,~.tor fiz, croul.. r y
(Lielpeter~, j. jj klin". 1.~10.1i":. 111F~11? r,~il SiUXCN, G.Ya,p
red.; TEYIEL-BAUH. A,-
[Problem of marr+ I ren)rtv 1 Voprosy mag-
J
nitnot Akad. ucuuk Let-
g id rod I vairi k'
vilskoi S.'Ui, WIRA M '2)
1. Sovesh,!bani7e ;~r, it'. sa~;noy rAgnitnoy
gidrodinaw.1ke. Jj.

,,. .~1-,. - ll.t-,14
lj
i4r:
.id
I
4onAA -Me 4vw*%
a.
lie
1965v
TOPICIAMI on, no tsn:-i6tal#-: iagnstiolis2d
AB.STRAC T3'-.-Vy inow of,ei*rimiftbg Vh' -frea 3.w)p for 14q%14A pig ~Imv,
approbdmtoi depen"ios. of tbo-C&P-46ity of~ the electrosipatic trough on the ourr"eat
O~we~. 13i, -. ~, i~" :a0
Usid and the angle .'of 'i n fts required current 10"-4 h"
&Uo been foand for,the start;ofAranalt Eums - It W" abown that the f2= in the.
:,trough was BUS40.The loop, oonffisted'of,-a.U4h&p*d channal'oonneateld to-A lath or,
ilitiu, Thi lestiallned aons,06~ 2oop under the action of a travelling'"g-
Ua;,'~Origa
fie figures and 10, forwl3AS
SM DATBi
SUB CW9# 13t 90 240sp64 ORM REF1 003
Ls:grd =I - me.4, 669.163#1

i)/F7.-.1rW/E7,"T(m)/T-2 IJP(C)
ACC NR. AP6oi6O36 . SOURCE CODE: UR/0030/66/000/004/0101/0107
UTHOR: Kirko, Is M. (Corresponding member AN LatSSR) ~ 6
1B
M,. none
'ITLE: Magnotobydrodynamics of condensed media
CE: AN SSSR. Vestnik, no, 4, 1966t 101-107
70PIC TAGS: magnotobydrodynamicsg thermodynamic analysis , fluid dynamics,
magnetic pumping
MIARACT: The article is of the review type and COntBIM no now
)xperimantal date or theoretical development. It starts with a basic
ixposition of the laws of fluid dynamics, based on the Navier-Stokes
iquation. It proceeds from bore to a consideration of the theoretical
)roblems of modern magnetohydrodynomics. It includes Illustrated
lescriptions of apparatus such as the magnetic pumps used to produce the
iovement of beat transfer media in the loops of atomic reactors &"
,'urther examples cited in the article include various separation
)rocesses which take place In electrolytes, and the phenomenon of
lelectromagnetic melting." Orig. art. has: 4 figures.
CODE: 20/ SUBM DATE! none

L 44281-66 EWT(l).!EWTLm)/T - WW/Dj
ACC M AP6005393 00 SOURCE CODE: UR/0413/66/ooo/ooi/0142/0142
INVENTOR: Kirko, 1. M.; Branover,, 0, 0,; loffe, B. A.; Saulite.-U.-A.
ORGi none
TITLE: Hermetically sealedlpiston pump?' Class 59, No. 177778
ann o un c-e-d--'-b-y-" th -e'Yn-M t7ut-e or Phyifi-c-d-. Academy of Sciencep Latvian
SSR (Institut fizik-1 Akademil nauk Latviyokoy SSR I
SOURCE: Izobretenlya, promyshlennyye obraztsy, tovarnyye znakip no# 1.
1966, lif2
TOPIC TAGSt p1stonp%wip, pump)
ABSTRACT: This Author Certificate introduces a hermetically sealed
piston pump containing a inductor, a duct, and pistons, For h1gher
efficiency the pistons are made of electroconductive nonferromagnetic
material with a ferromagnetic bushingt/placed inside the piston. For
ease of construction, the pump Is made with a braking inductor for
stopping the pistons in the delivery zone (see Fig. 1), Orig. art,
has; 1 figure,
1/2 uDc: 621-65

L hh'2111-93
WC-CNi, Ai~005393
4 ii
ISUB CODE: 13/ SUBM DATEt 20Jul64
Fig. 1
Hermetically sealed
piston pump. I- Brald 99
inductor; 2- conduit;
3- piston; 4- bushing
(LD]
suls--COM-13/ SUBM DATj-.-rOjU-j64r--
LC.,d MC: 621,66- 13

Aki bolesney ukha, gorla I
B.T.Telantsey) Kazakhokogo
nosa (saveduyushchiy -
maditainakogo inatituta
(Tonsils-Diseasesi

LM()s, V-V- , dotoent
Laryngeal papillomatosis in children. Zdrav. Kazakh. 21 no.5:34-39
1619 (KUA l5t2)
1. Is kafedry bolezney ukha, gorla i nosa (sav. - prof. B.V. Yelantsev)
Kazakhakogo meditsinskogo instituta.
(LARYNX-TUmon) (CHILDITIL-DISEASF.S)

KIRKO, V.V., dotsentl TOKAWA, L.M.
Complications following Inmeture of Higloore's sinuses. Z1=, unh.0
nos. i gorl.bol. 22 no.1;66-69 Ja-F 162. (KEU 15*-5)
1. Iz kliniki bolezney ukhav gorla i nosa (zav. - zasluzhennyy doyatell
nauki prof. B.V.Yelantsev) Kazanskogo meditsinakogo instituta.
(ANTRIDI-SURG

KIRKOPULO, L. Ye., Cand Agr Sci -- (diss) "Ways of increasing the pro-
duction of graft-planting material from the grape plant az~d the reduc-
tion in cost price of the grafting seedlings." Gdessa, 1960 , 23 PP;
with illustrations; 1 page of graphs; (Ministry of Agriculture ukrain-
ian SSR, Odessa Agricultural Inst); 250 copies; price not given; (K-,'?
22-60, 141',~

BURD, V.S.; SlITERI:BIMG, P.M.; KIF.KOIIJLO, L. Yo.; Ts"',P, V.G.; RISI-TIR,
ya. I I
SelactIng operathg pammatern for vllneynrd -sp.rayors. Zaahch.
mot. ot vred, I Ix)l. 9 no.1000-32 164 011.w, 1.811)
1. Gonudarstvennoye spetsiallnoye konstraktorskoye b-
yuro
Llvovskogo sovota nnroaopo khozyaystva i Institut vinogra-
du--stva i vlnodeliya Imcmi Tfdrova.

Us. Sri M~
Categ"ry CULTIVAIED PIANTS.FPUITS. Berrl;is.
Abe. Jour. :REF ZHUR-BIOL.,21,1958.NO-9611 5
l
At.
Tit Tho U3j Of CC--l j1311jS to 'S)trntify ?:-ult Tree See4s"
r)ric;. Pub. Tr. Odwisk. s.-kh. in--ta, 19,J7, 8, 93-96
Ab t t Th-3! effec-t qt differ-;nt st,ratifying macerials has
gersaination
boE;n or. the t3tornge,
and sprouting tinergy of wild wop.Le and pear seeds.
11"be mat,.,rittle us~ld for strnti-fication were wood
asheag fr'Un.'A oonI ash..-a of the WIPMI* brand, passed
throuch. a 4-mi sieve, river sand grmine, old pine
eow d,,i-qt whiah wero rAluGened up to 600j., of full
molsturn-holding ocip-ioi-ty after having beon mixod
wIth the seeds. , The s4,ids wo:e kupt at 0-70. . Vo
additionil moisture wan ned.A. in tho spring all
1/2

NAZAMSET, S.Z.; X&RAROV, S.N.; PILrPSHKO. F.S.; GUASIROV, K.Y.; USINSUTA,
M.L.; VEKSM, A. I .,[deceased]; VASILITRf. I.R.; WINA, N.Y.; SOZOLOV,
S.Ta.,- LOZINA-IoOZINSUU, A.S.; SAAKOV, S.G.;ZALICS,57KIT, D.M.; AVRORIN,
N.A.; IVANOV, M.I.; PRIKLADOV, N.V.; BOBOLIVSX&YA, X.A.; SAXAMATOV,
M.N.: HALINOVSKIT, P.I.; LUCHNIK, A.L. OAVCHMO, O.A.; VEXHOT, N.I.;
GROZDOV, Z.V.: XASHM, S.; BOSU, O.G.-, PALIN, P.S.,(g.Shuya, Ivanov-
skoy oblasti); KkTUMN-, Z&TVAMTSUT, G.F.; GRACHEV. N.G.; CHERICA
M-L-. 44KOPULO# T-a A - LSVITSTAU,A.M.-, GRISHKO, M.N.; LIWAR', D.P.
VILICHINSMY, J$A, A.L.; ORIKHOV, M.V.: SHCHMINA, A.A.;
TSYGANKOVA, V.Z.; BAHANOVSKIT, A.L.; GZORGIYZVSKIT, S.D.; STEPUNIN, G.A.
OZOLIN. Z.P.: LUKAY . X.K.; NOS, Yu.I..- VAIL'YZV, A.V.; RUX&M.
P.Ye.; VASHLDZS. V.N.; SALUIDZE, V.M.: YANDUAVIDZE. D.Y.: ICORK&SHICO,
A.L.; KOLESHIKOV, A.I.,(g. Sochi): UMIYU, L.I.; VOLOSHIM, X.P.1
RIBIN, V.A.; IVANCYA, B.I.; RTABOVA, T.I.,- GARETXV, B.Z. ;RUSANOT, Y.N.;
BOCHANTEEVA, Z.P.; BLINOVSKIY, X.V.; ILT5HEY, L.K.; MUSHWYAN, A.M.;
LZOROV, L.M.
Talks given by participants In the meeting. Blul.Glav.bot.eada no-113:
85-182 '53. (MLRA 9-1)
1. GlavVy botanicheekly sad Akadesit nauk SSM (for Mskarov,211ipenko.
Gerasimov, 111inskaya. Vsksler); 2. Akadealya komunallnogo khotray-
stva, iment X.D. Famfilova for Vasillyev); 3. Vessoyuznaya seliskokho-
zyaystvanmya vystavka (for 1111na); 4. Botanicheskly sad Botaniche-
skogo instituta iment V.L.Kouarova Akadezil nauk SSSR (for Sokolov,
Losina-Losinskays, Saakov): 5. Botanichaskiy sad laningradakogo
(continued on next card)

NLZLREVSKIY, S.L.---(continued) Card 2.
gosudarstvennogo ordena Lonina universiteta (for Zaloookly).- 6. Fol
yarno-Allpiyokly botanicheskiy sad 11ollskogo filiala Iment S.M. Ilrova
Akademii nauk SSSR (for Avrorin)l 7. Botanicheskiy oak pri Tomokom
gosudaretvannom universitsta (for Ivamov); 8. Botanichaskiy sad pri
Tomokom gosudarstyannom universitsta imeal V.V. luybyehava (for Prik-
ladov)-, 9. TSentrallm Sibirskiy botanichaskiy sad Zapadno-Sibirsko-
go filiala Akademli nauk SSSR (for Salamatov, Sobolovskaya); 10. 30-
tanicheakiy sad Irkutsko gosudaretvannogo universiteta Imani A.A.
Zhdanova (for Kallnovskty); 11. Altayekaya plodovo-"godnaya opyt-
nays stantsiya (for Luchn1k); 12. Ushkirokly botanichookly sad (for
Kravchonko); 13. Losostepnaya selaktsionnaya opytnaya stantsiya deko-
rativnykh kulltur tresta Gossolonkhoz Hinisterstya koummllnogo kho-
syaystva WSR (for Vokhov); 14. Bryanakly loookho2yaystvemM Insti-
tut (for Grozdov); 15. Botanichookly sad pri Voroneshokon gosudar-
stvennom universitete (for Mashkin); 16. Orekhovo-Zuyevskiy pedago-
gicheekly institut, (for Bosse): 17. Botanichaskly sad pri Rostovskom
paudarstyannom uz1versitats, iment V.M. Molotova (for Katukhin); 18.
Botanichookly sad Kuybyabovskogo gorodckogo otdola wxodnogo obrazo-
vanlya (for Zatyarnitakly); 19. Zoobotanicheekly sad pri Kazanskom
universitate (for Grachev); 20. Goeudarstvenayy reepublikanskiy
proaktnyy Institut "Giprokommmetroy' (for Charkasov); 21. Botani-
chookly sad Odeaskogo goeudarstvannogo universiteta Imeni I.I. Nechni-
kova (for Kirkopulo); 22. Botanichookly sad pri Dnepropetrovskon
gosudaretvonnom universitete (for Levitsk&ya): 23. Botanichaskly sad
(continued on next card)

NAZAENVSXIT, S.L.-(contimted) Card 3.
Almdeviii nauk USSR (for Grishko, Likhvarl, Villchinskiy); 24.
Uyevskly mallskokhosyaystvannyy inetitut (for Lyps.)j 25. Botani-
cheekly sad Chernovitakogo gosudarstyennogo universitats, (for Drekhov);
26. Botanicheakly sad pri LIvoyakom gosudaretyennom universitets ~
imeni Iv. Pranko (for Shcherbina); 27. Botanicheskiy sad Zharikov-
skogo gosudarstyannogo universitets. imeni A.X. Gor$kogo (for ?Sygan-
kova); 28. Botanicheskiy sad ZhitovIrskogo sel'skokhozynystvannogo
institute (for Baranowskiy); 29. Bot&nicheskiy sad Akademil nauk
Belorueskoy SM (for Georglyevskiy); 30. Institut biologii AWemii
nauk Belorueskoy SSR (for Stepunin); 31. Botanichookly sad Akademil
Litovskoy SSR (for Luk&ytens); 32. Botanichaskiy sad Latviyekogo go-
sudaretyeanogo universitsta (for Otolin); 33. Labardinskly krayevod-
ohaskly botanichookiy sad (for Koo); 34. Sukhumskly botaniebookly
sad Akadeall nsuk Grusinskoy SSR (for Vasillyev. RukMdzo).- 35. Be-
tumekly botanicheekly sad Akedemil nauk Grusinskoy SSR (for Shanidse);
36, Thillaskiy botanicheekly sad Akadenti nauk Orazinskoy SM (for
Xandshavidse): 37. Sochinskiy park Dendrarty (for lorkeshko)-, 38.
Gosuaarstyannyy Nikitskiy botanichookiy sad Iment Y.M. Xolotova (for
Sor&0;'GT, Voloshin)i 39. Kryuskly filial Akademli nauk WAR (for
RAW; 40. Botanicheekly sad Holdavskogo filial& Akedenit nauk SSSR
(for Ivanova); 41. Botanichaskly sad Botanichaskogo institute Aka-
demli nauk Tadshikokoy SSR (for Ryabova); 42. Botanichaskiy sad Kir-
gizekogo filials, Akademil nauk SSSR (for GarOYOT); 43. Potanicheskly
(continued on next card)

NAURNSM, S.L.-(continued) Card 4.
gad Akademli nauk Usbekskoy M (for Rumnov, Bochantseva); 44.
Sotanicheekly sad Akademii nauk Turkmenskoy SM (for Blinovskiy);
45. Respublikanskly sad Akademli nauk Irazakhokoy SSR (for Klyshev,
Mushegyan).
(Botanical gardens)

KIRKOPUIIO,__Tu.K.,-. dot a.
Brief infornation on tbe biology and cultivation of peaches.
Am dopom.aill.houp.ta vyr. no.5t29-36 '58. (HM 1313)
1. Botanicbeekly mad Od"ankngo Comuniversitsta.
(Peacb)

KIRKOR, A.
Antoine phenomena anti geometric properties of simple arcs. In Engl!ih, p. 257-
(FRAGIEM"A FWRISTICA ET GEODMANICAs Vol. 2, No. 6, 1954, Krakow, 'AAnd)
SO: Monthly List of East European Accessions, (EEAL), LC, Vol. 4, No. 5,
May 1955., Uncl.

,BIN, R.H. (Wisconsin,, USA); XrMR,, A. (Warsaw)
An aro is tame In 3-apace if and only if it is strongly cellular.
Fund math 55 noi2j175-180 164

SZTWSKAI Alinal KIRKOR, Danuta; ZALEWSKI, Witold
Criteria for the evaluation of tba breaking resistance of Polish-
made catgut* Acts, pole pharm. 19 no.5t4O9-415 162.
1. Z InstytutA Lokow v Vmzawie Dyrektort prof. dr P. Kubikowski.
(SUTURES)

37,YKANSKA, AlIna; ZALFWSKI, WJtoldj KIRKOR, flanuta; 'Wlcv~y~r,!Aw
Studies on wound dreaFlng adhesives. Acta fol, phnrm. 1^13
no.1:99-104 164.
1. Z Samodzielnel Pracowni HaIr-rialomawstwa
Lekow w Warazawie (Mervn.~~. -,~,,r '~.

POLAND / Farm Animals,, Honeybees. Q-6
Abn Jour : Ref Zhur - Biol., No 10, 1958, wo 45328
Author :Kirkor, Stanislaw
Inst :flot-g-rimr--
Title :Honeydew Poisoning.
orig Pub :Pozezelarstuo, 1957) 8, No. 8, 240-242
Abstract :Tho poisonous properties of honey nnde fron honojdcw are
discussed.
Card 1/1

k'l
PCIAMD/Fam llonuy Beas. li-5
Abs Jour "uf Z111w - Biol-I No 1-,~, lr"5,;) 33465
Aut.hor Kirkor, So
Title No3oma in Bees, Its and Control.
Orig Pub llccl. we'u-cryi) 1957, 13, No 2, 65-69.
Abstract VC, wan abserved thm" sl.:cc 1"154 nosmia spread videly J'.;,
rolanO. and Czccho-31ova!;.,.a. ;oviet ;rcuAcidin an(I -.,".;~a
esculeata e(Zs (acm~e-ii,('. Al-patov) were uneJ vit.'i con,
paratively food resul-i"i -o~- t",c coatrol or tias ei-;'2x;c.
Good results were also vith the mr-thoc! aff
(trau-,zurrim:; of bees to covb-, ec5infectc(! by froz-,.,. acetic
acid). -- V.A. Kxmyuba
Card 1/1

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PASOP"d tow the osprosel" 01 the kardmoss of Wolof ho
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h4ld"I" a c.ah n. rqs.ol lo 3 ... g Ot g .4 Mil
k.. POP11'.041

_,~~40R, Witold, mgr ins.1 KURZYNSKI, Tadeuss, mgr ins. !' .,~ -- I. -, ;
Technically justified standards for fuel "nagement of the merchant flest.
Tech gosp morska 13 noo.4:106-107 Ip 163.
1. Instytut Morski, Gdansk.

Z~
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':4- A

P101215910041031081020
AUTHORS: Chrzj~szmewska, A. Kirkor, W.; DawidL W.
TITLEt Eaters of Carboxyli Ic_Acids of 2- Eydroxyethylamineel and its Do-
_rfv_a7_ives. IL Synthesis R N-Bie-(21-Hydroxyethyl)-2-Amino-
ethyl p-Nitrobenzoate and its Hydrochloride and of Hydrochlo-
ride of W-Bis-(21-Chloroethyl)-2-AminoethyI p-Nitrobenzoate
PERIODICALt Societao Scientiatum Lodziensis Acta Chimica, 1959, Vol 4,
pp 77 - 84
TEXTs The authors describe a further step In their Investigations on
eaters of carboxylic acids of 2-hydroxyethylamines and its derivatives. They
succeeded iA synthesizing a) 11-bis-(21-hydroxyethyl)-2-aminoethy1 p-nitroben-
zoate and its hydrochloride, and b) hydrochloride of N-bis-(21-chloroothyl)-
2-aminoethyY p-nitrobenzoate. These syntheses were not described yet In
chemical soientifio 'literature. The results of quantitative analysis of all
compounds obtained are in agreement with theoretical assumptions. There ale
2 tables and 2 referencesi I Polish and I English.
Card 1/2

P/012/59/004/03/08/020
Eaters of Carboxylio Acids of 2-Hydroxyethylaminso and-its Derivativee. II.
Synthesis of R-Bis-(21-Hydroxyethyl)-2-Aminoothyl p-Nitrobenzoate and Its
Hydrochloride of N-Bie-(21-Chloroothyl)-2-Aminoethyl p-Nitrobenzoate
ASSOCIATIONSt Katedra Chemii Organioznej Uniweraytetu L6dzkiego (Lodz Uni-
versity, Department of Organic Chemistry); Katedra Chemii
Ta__
W
y zeT Szkoly Ekonomicznej (High School of Economicq, De-
partment of Chemistry) in Lodz
PRESENTED% March 14, 1959 V/1",
.No-
Card 2/2

P/012/59/004/03/09/020
AUTHORSs Chrz4azczewska, A.1 Szalecki, W.1 Xirkor, W.; Dawid, W.
TITLEs Eaters of Carbozylic Acids of 2-Hydroxyethyl-Amines and its De-
rivativee. III. Synthesis of Hydrochloride of Triethanolamine
Tri-o-Chlorobenzoate
PERIODICA.Lt Societas Scientiarum Lodziensis Acts, Chimica, 1959, Vol 4,
PP 85 - 87
TEXT2 While investigating the action of acid chlorides on triethanol-
aminel a now compound, the hydrochloride of triothanolamine of tri
-o-chloro.
benzoate was obtained. It was not described yet in chemical scientifloal
literature. It cristallizes in the form of colourless plates with 97-980C
melting temperature. It dissolves easily in acetone, methanol and ethanols
sparingly in benzene and in water and is not soluble in ether. Quantitative
analysis and molecular weight are in agreement with theoretical figures.
ASSOCIATIONt Katedra Chemii Organicznej Uniwersytetu L6dzkiego (Lodz Uni-
-versity Department of Organic Chemistry)
PRESENTED: March 14, 1959 11 ~.,
Card 1/1

23277
P/01 2/60/006/000/001/001
A221/A126
AUTHOR s ChrzpazozowqkaA.1 Kirkor, W.1 Bajan, J.v and Nowaozyk, Lt.
TITLEs Dinitratea of NINI-dipropyldiaoridine and 11,ff'-diullyldincri-
dino and intormodiato produoto
PERIODICAL: Sociotatis Soiontiar= Lodziensio Aota Chimica, v. 6, 19600
49 - 54
TEXT: Looking for now compoundu of luoigonino typo with chomiluminoo-
cent proportiou, which could bo uood ac indioatoru in volumutrio mnulyuu-i,
thu authora oyntheoited dinitrato of dipropyldiaoridine and dinitrato of
diallyldiacridine according to tho followine achomos Al
H
C. b,
02 0a
Card 116

23277
P/012/6 01006100010011001
Dinitrates of N,gl-dipropyldiacridino and... A221/A126
R - C113-02-02-, Or C112-OH-CH2-
The uynthouis of soridone (1) and-it:,cyotaseium salt (II) ware prepared ox-
aotly as described by A. Chrz szoliow a (Ref. It A. Chrz vzozowska, A. Brun,
14. Nowaozyk - Boo. Soi. Lodz Iota Chim- 3, 939 1950). Trati potauuium valt
vau treated with yropyl iodate and as a rucult the H-propylacridone (III)
wan obtained in'tho forra of yellow cry3talo, melting at 129 - 1300C. The
compound III was then reduced by means of zinc dust in alooholio solution of
IM and the N,Nldipropyldiaoridine (IV) was obtained and roory9tallized from
the cyolohexanone; it did not molt when heated to 3000C. Thiu compound,
in turn)waa brought to boil with 2n nN03 - and the dinitrato of N,NI-dil)ro-
pyldiaoridine wan obtained oryotallizing in the form of yellow ucalo. It
is oasily soluble in waterp and when treated with hydroaun peroxide it
ahowed bluoiah-groon ohomilumineaconco. In the course of the second product
oynthoois, the acridono potassium salt was treated with allybromide and X-
-u~lacridone was obtained. Thin compound is easily solublu in alcohol,
bunzono and acetone and shows strong blue fluorencencel rocry.itallizud from
diluted alcohol it melts at 136 - 1370C. This product, reducud lit the same
way an described above, yields the N,Nl-diallyldiaoridino, meltin,-, at 253 -
Card. 2/6

23277
P/01 60100610001001100!
Dinitrates of N,Nl-dipropyldiacridine and... A221YA126
254OC(with decomposition). Brought to boil with 3n HH03, the dinitrate of
N,Nt-dipropyldiacridine in the form of yellow neodles wav obtained. This
compound is easily soluble in water and, treated with alcaline hydrogen
eroxide, shows bluelsh-green chemiluminescence. Neither of these compounds
II, III, IV, and V) were described yet in chemical literature. Larger
M
quantities of these lucigenine compounds necessary for further investiga-
Mons were obtained by A. Braun and A. Witkowski. Identity of products and
their purity was confirmed.through elemental analysis and physico-chemical
investigations made by J. Kroh (Ref. 7t Soc. Set. Lodz, Leta Chim, 5, 1960).
Experimental parti N-propyl acri done - In a three-necked 200 ml flask, fitted
with reflux-cooler, thermometer and mechanical stirrer, 20 g of acridone
potassium salt and 40 9 (0.23M) of n-propyl Iodate were placed, The reactm
was carried out for five.hours at 1250C under vigorous stirring. After com-
pletion KJ sediment was filtered out and from the filtrate the N-propylacri-
dine was.procipitated by means of water. After recrystallization from
water-alcohol 2:1 solution, the product was obtained in the form of long
re-?dles, malting at 129 - 1300C. Results of two elemental analyses for C,
H and N were in fairly close agreement with theoretical figures, calculated
Card 3A

23277
Pj'012/60/006/000/001/001
Dinitrates of N,NLdipropyldiacridine and_ A221/A126
for the compeund C 60" No' NINI-dipropyldlacridine 1-- In a 200 ml roUn4
flask 4.3 9 (0.0171)Tpropylaoridone, 17.2 g zinc dust and 129 ml 2n HCl
dissolved in alcohol were placed and the flask was heated for one hour on a
water bath. Green sediment which had formed was filtered out and recrystal-
lized from cyclohexanone. The yield was 1.4 g of product, which did not
melt when heated to 3000C. Results of two elemental analysea of this pro-
duct for C, H and 11, were in fairly close agreement with theoretical figures
r,alculated for the compound C3'2E3ON2- Dinitrate of N,N'-dipropyldia-~ridine
In a 50 ml beaker the mixture of 1 g of N,NI-dipropyldiacridine was brouisbt.
to boil with 20 ml of 2n_M'03 and was filtered. From the filtrate 0.34 g
of the dinitrate of 11,111 dipropyldiacridine was obtained in the form of yel--
1cw scales. This compound is soluble in water and, treated with caustic.
3~,da and hydrogenporoxide, shows blueish-green chomiluminescence. Results
~f two elemental analyses of this product for C, H and N were in fairly
r,lose agreement wtth theoretical figures, calculated for the compound C ru
N 06 3' 30
4 . N-al lylaorj done .. In a three-necked, 200 trl flaak, fitted with re-
ftux o~,cler, thermometer and stirrer, a mixture of 25 9 (0.1 m) cf acridone
potassi,am salt and 00 g (0.66 ir,) of allyl tTomide were waimed ~.;p on a water
Card 4/6

23277
P/012 601006100010011001
Dinitratea of N,NI-dipropyldiacridine and... A221 A126
bath- The reaction took two hours at 900C under vigorous stirring. During
this process KBr settled on the flask wall and was subsequently filtered
out. From the filtrate the W-allylacridone was precipitated by means of
water and was recrystallized from water-alcohol 20 solution. The product
was yellow and melted at 136 - 1370C. The result of two elemental analyses
of this product for C, H and N were in fair agreement with theoretical fig-
ures calculated for the compound C16HI30N. The double link was confirmed
by a conventional method. N,Nl-diallyldiacridine - In a 200 ml flask fitted
with reflux cooler the mixture-of 4.7 g of 9-allylacridone, 18.8 g of zinc
dust and 141 ml, of HC1 dissolved in alcohol was heated on a water bath for
1 hour at 600C. The pale-green sediment which resulted was filtered out ard
was treated in a beaker with 50 ml of hot cyclohexanone- The N,Nl-diallyl-
acridine was dissolved and filtered from zinc dust. From the filtrate it
crV9tallized into fine crystals melting at 251 - 2520C (with deco=position)-
Results of two elemental analyses of this product for C, 11 and N, were in a
fair agreement with theoretical figures calculated for the compound C H 1b.
D4nitrate of N HI-diallyldiacridine - In a 50 ml beaker the mixture o~
9 1.5 g
of NX-d"ally1diacridine and 30 ml of 3n U03 was brought to boil From
the oold solution the dinitrate of H,W-diallyldiacridino cry3tallized into
Card 5/6

23277
P/012/60/006/000/001/001
Dinitrates of N,Ul-dipropyidiacridine and A221/A!26
,y,?I'ovr needle,3 The ylleld wae 0.7 g~ Again the rcoults of twq ele.
rien~al analyses of this product f-,r C.. 11, H and 0 were In a fair agreemen*
w4lh theoretical figurea, calsulated for the compound C 32H2611404 , There
are 7 Soviet-bloc references
ASSOCIMON: Zak?ad Chemii. Organicznej Uniwersytefu L6dzkiego (Lddi UnJ-
vers:ity, Organic Chemistry Department) in L6di
PRESENTEDi December 12, 1959
Card 6/6

CHRZASZCZEWSKk' A.; K_ OR,.&.; MAC= , M.
A method of obtaining N-bis-(2'hydroxystby1)-2-J ethyl - p -
nitrobenzoate and the synthesis of sometaf-its derivatives. Acts.
chim 8s21-27 162a
1. Departpont of Organic Chemistry, University, Lods. Presented by
A. Chrsaszozewska.

KIRKORI W.1 BkWOWICZI J.
I
Gyclodioneo-113 and their derivatives. Pt.l. Acts, chim 8:69-82
162.
1. Department of Ghemistry., Un~versity, Lodz. Presented by W.Kirkor.

KlPKOR, W.; A.
. ~ ~ - - , - , , -
T , ncil .ir.- some of
I d
Itn prop-rt.ll,-:i. Actn chim 9:57-(A
1. .-l-pfirtmorit of' Gor,~,rrtl Uemjt~trv of tli,7~ T,c~.., .
cr;-iont.og! '!,)V. Pjt)~..

J.; Klf4,(",i, '.1.
- -:
I,Y(! 10 11 C-n-In, I , ) a r) j tri- i r ~!o r ~ vv, I v,~.n . i * . .- . * -,-i r-r.17. ~:', I'-"" IU. -
I - i)" p I r I Trp *! t o t' (;,, r.,,- r it I C ho Il I - 1, ri I J!, t. I i ~, Lu, ~ -., , I -I :. " - -- . 1 ..
I
Nov.

NIHOROV, B.S.
--------- -- '",
A new type of twiporary building for cor=mication und trunsportation line
projects. Siul.stroi.takh. 10 no.12:3-5 JI '53. (XLRL 6:8)
1. Stnlingradgidrostroy. (1hilldings, Prefabricated)

- KIRIOROT, S. ~
Small-capacity plant for producing keramsit cowrete. Sell.strol.
12 no~5:20-P MY '57- (KM 10: 7)
1. Nachalinik proyaktno-konstr%*tornoy knotory Stalingradgldrostroya.
(Concrete plants)

c
KMOROTI S. , .
-~~-,~Work of Cseohooloyak "cialists in the field of expanded olay filler
produotion, Strol. mt. 4 -io.3136-37 Mr 158' (XIRA 1113)
1. Nachallnik proyaktno-konstruktopokoy kontory wStalingradgidrostroya.w
(Gsechooloynkla-Building mmtertals)

KIMMROV, B.S., insh.
... --, ,
,
Production and use of expanded clay fillers In Finland.
Stroi. mate 5 no*6:38-39 A 159. (MIRA 12:8)
(linland-Building materials)

LWOROV S. S.
Neramsit concrete in industrial construction. Promestrol. 40
no.8:92-23 162. (HIU 1'5:n)
1. Volgogradgidrostroyo
(Keramit) (Lightweight concrete)

KLRIY11T. A.N.: IMKOROVA. K.A.
Results of propbylaxis of intestinal diseases In workers Wloyed
in constructing the Stalingrad Rydroeleotric Power Station. Sov.
zdrav. 15 no.4:44-45 il-Ag 156. (ULRL 9:9)
1. Iz Stalingradekogo nauchno-inaledovatellskogo instituta epide-
m1ologii. mikrobiologit I gigiyeny (dir. - kandidat neditsinakikh
nauk Ye.S.Donchanko) i bolinichno-poliklinichookogo oblyadinaniya
(glavnyy vrach N.A.lirkorova)
(GASTROMMINAL DISUSM. prevention and control,
in construction workers (Rus))

VrJM. Vladimir Nikolayevich; KIIMDSYAM. O.A.. redaktor; FRIMN.
A.M., tekhnicheekly redalft"Promm"
(Regulation of steam turbines] Replirovanis parov7kh turbin.
Moskva. Gos.energetichesk" Isd-vo, 1955. 254 p. (HLRA 8:12)
(Steam turbines)

KIRKOV.. A.
"Projector," Imprbving light projectors, Za Oboronu, 14, No. 4, 1948.

S/194/62/000/005/127/157
3 IJ271/D308
AUT!"01,S: Kirkov, K., and Marinov, Yu.
TITL'1j. A novel improved selective circuit
~,iICDICAL: Referativnyy zhurnal. Avtonatika i radioclektroni':a,
A
no. 5, 1962p abstract 5-7-)3 f (Godishnik inash.-elek-
t1rotekhn. in-t, 1959 (1960), v. 6, no. 3, 1-20)
T2'XT: A new selective PC circuit is presented, i4.,lattice configura-
U.L~)nj with 6?lcznents. The voltage-frequency cha*r$bteristic of selec-
44,-ive RC circuits is described by the function V =~U
.. out/Uin = Y(f)
The quality factor is an important parameter: /Q-~ = (W /2)(d?/dw)
0 0 W
Properties of known RC circuits are considered and compared
with those of the new circuit. It is noted that the proposed RO cir-
cuit has V max ;:~ 1 with /Qo/max -,1/2; the Q factor value of 1/2 for
/Qo/Ma., can be obtained for the well-knovrn circuits as well, but in
one case this corresponds to 1/2 and in another case to, Vmax~
Card 1/2

S/194/62/000/005/127/157
A novel improved selective circuit D271/D308
- 1/2n -~~ 1 . Possibilities of application of the new RC circuit in
6elective amplifiers and RC oscillators are discussed. Practical re-
commendations are given regarding the choice of components in ampli-
fie.-s arA 11.0 oscillators; the relations are shovrn which determine
the choice of ancillary resistors and capacitors. Experimental fre-
quency characteristics and system stability curves ar6 shovM. The RC
oscillator had a range of 30 cls - 30 kc/s. The selective amplifier
provided a gain of the order of 100 to 120 tines dt 3200 cls. The'
proposed RC circuit is analyzed. Function V = y(f) and the resonance
frequency f0 are determined. It is stated that the discrepLancy bet-
ween experimental and theoretical values of V = y(f) and fo did not
exceed 10 %. 1 reference. [Abstractor'3 note: Complete translation],
Card 2/2

KIRKOV I K. , khimik , , ,
Nitrocellulose finishing varniMies, and defects occurring in
their-use in rurniture industries. Durvombel prom 6 no.4t
20-24 JI-Ag 163.

KIRKOV, K., khim.j RUSCIIEV, T., Mime; VULKOVA, N., inzhe
Transparent colorIng of nitrocelluloas varnIshee in
furniture industry. Durvomebal prom 6 no. 2r10-13
Mr-Ap 163.

KIRK0,11, Kiril, khird-k. st. n. sutrudnik
---, ~ --
Lanquera iiael in th,) furnItisro Industry, ami am arlerattin
for their teatings Durvoinobel pron 7 no.2/):5C-52 Mr-Jo 164.
1. P1111KIN-al.

FirIKOVY KI-11 Tod.~ PlArv.7
t0' -'-.r zi l3 no

KIRKOVp Kirilj, khim.
Staining in the furniture indUatrys Durvmete:L pr=
5 no.5z7-:L2 S-0 162*
1# Hauchnoiszledovatelski Institut za durvoobrabotvashta
I mebelna promishlonost.

KIRKOV, Kirll,.,~him.; 'AILYMI, Nora, inzh.; r)f;'IA!;(,V, Dolan, el. InZh.
. ....... W.-
Electrostatic appliontlon of v,lrnish in the furniture industry.
Durvomebal prom 7 no.4:11-18 JI-Ag 164.

~~ 0 K.T. ', I IA I-, Tl,'(nl , I Q. 11,
A -mv sJx--lL,-.-.tnnt, R~-group. ruod!2~rlk clekt 13 rc.2:59-68
163 (pub". 16/j

KIRKOV, K.T.; MARINOVp IUI.P.
On a band two-cycle RC-generator. Godishnik mash elekt 7
no.2s43-56 160. (publ. 161).

KIRKOV, K.T.; MARINOV2 IU. P.
The rew selective RC.-groups with the zero minimwa of their
frequency characteristics, Godishnik mash elekt 7 no.2t
57-67 160. (publ. 161).

~I.RXOVj.K.T,j WINOVO IULP,
On some transistor AC-generators. Godishnik mash elekt 90-20
161. (publ.,621

AIRKOV r,
-12
ry,
YUGOSIA IA ~_i~a~hemistry, Blectroohemist
Abs Jour j Ref Zhur - Khimiya, No 1, 1958, 110 561
Author :P"o Kirkov. Divna Konstantinova-Taskovska, Nads. Cum-
belio-Gigova, Aleksandra Vilarova-Babamova
Inst iChemical Society (Yugoslav)
Title iExperimental Study of Influence of Solution and Solvent Com-
positions on Mechanism of Electrochemical Processes on Ca-
pillary Mercury Electrode. I. Modification of Elootrocapil-
lary Properties of Mixtures of 1,4-dioxans - Water and 1,4 -
dioxana - Water - HC1.
Orig Pub i Glasnik Hem. drudtva, 1956, 21, No 3, 129-139.
Abstract t The dependence of the elootrocapillary behavior of the mix-
tures HZO - 1,4-dioxane (1) and H20 - I - HCl on their com-
position was investigated on a lig drop-olootrods. The a-
nalysis of curves expressing the dependence of the magnitude
Card 11/2
i-ibil'_Ofismifitry. k-1-80tro
chemistry. B-12
Abs Jour t Rof Zhur - Khimiya, No lp 19582 No 561.
Abstract 1 of maxima or the e lootrooapillary curves on the concentration
of I showed that the height of an eleatrocapillary maximum
varied together with the variation of I content in the mixtu-
re. 4 regions are clearly expressed in the curves; 2 of
these regions are characterized by the presence of inflexion
points and correspond to little contents of I and water, and
the other 2 have maxima and correspond to groat concentrations
of 1. Two equations, desoribing these two patra of curves
corresponding to four different structures of liquid mixtures
are Given, The first pair of curves characterizes the struc-
tures of pure liquids, and the other pair charaotorizes va-
rious molecular copolymers of water and I.
Card A
'G/ C'

\< k ~Z ke, 0 \1 ) 1~ A t'J C (_-_
YUGOSLAVIA/Chenical Technology - Chemical Products and Their H-4
Application - Corrosion. Protection from Corrosion#
Abs Jour Ref Zhur - 1(himiyaj No 3o 1958) 8428
Author Kirkov Pence
Inat
Title Corrosion of Electric Units and Other Objects in the
Soil by the Action of Electric Current.
Orig Pub : Zaet. mater. # 19571 5j. No 1, 5-8, 15
Abstract : Study of the rate of corrosion (RC) of Fe) Zn) Cu) Sn,
Fbj Cu + Zn (40% Zn), Pt in the soil, conducted in a
laboratory unit, in which the damples wore inserted in
a vessel containing sand that had boon treated with HC1
(acid) and wore polarized with alternating current (AC)
at a frequency of 50 hertz and a voltage of 0.26o v, for
0*48 hour' has shown that the AC affects to a definite
extent tho RCp depending on the duration and the manner
of introducing the polarizing AC into the system.
Card 1/2
R K o V PpNCE
YUGOSLAVIA Chemical Technology. Chemical Products H-4
and Their Application. Corrosion. Protection
from Corrosion
Abe Jour Ref, Zhur. - Khim,iya, No 2, 19589 No 4956
Author Kirkov Pa -Giova Nada,
DM4 Gmbelic
10-n-FFEntinova-Taskova Divna.
Inst Not Given
Title I Effect of So lvent Composi tion on Metal Corro-
sion in Solutions
Orig Pub i Zast. mater., 19 57, 5s No 4s 135-137
Abstract By measuring the current in the galvanic ce 11
2Sn 0 1 4-dioxans (-I) Hol 0.1 1Y Pt. at dif-
fereni: conleentrations, of I in the electrolyte,
the correlation has been Zeterminad between
the rate of dissolution of Zn and the concentra-
tion of 1. With a concentration of I below 10%
Card : 1/2

YUGOSL&M, / Ohmioal Taohno?.o~,,y, Ob~qmical Pro(7uots ard H-4
Thoir ,pplication, Oorrosion. Corrosion
Oontrold
.'Ibs Jour: Rof Zhur-Khimiya, No 23, 1958, 7SO22.
,iLuther KirkovI Panoa.
Ins t vis t
Titlu Corrosion in Construction of Carbon '3)tool in
A.&eta Soils of PH Lqual from 3 to 6.
Orig Pub: Zast. mator., 1957, 59 No 12, 420-423.
;,bstract: Risults of invastigation of corrosion ia pipo-
lincs of carbon st,.~el in soil ..,hich has buoi
acidified to pH m 3 to 6 aru prosuntod. Tho oor-
rosion control carriod out by protootors (.11) do-
ponds on thG charactur of tho soil and tho djgroc.~
of its saturation with air, Tho Dotcntial of P
CRrd 112

YUGOSMAVIA / Chemioal Toohnology. Che.-deal Produots H-4
and Their Application. Corrosion. Cor-
rosion Control.
Abs Jour: Ref Zhur-Khtiiya, No 23, 1958, MCF1.
In3t : 0
Title : Corrosion of Cathodioally PolarizGd Und(r,ground
Pipe-Lines.
Author : irkov Psnoee
Orig Pub: Zest. omter., 1958, 6. No 2, 55-60.
Abstract: The study of tho causes of corrosion of under-
~;round water supply pipes in ~he town of 31cop1je
and its neighborhood showed that the dustruction
of pipes is caused by the oriSination of galvan-
io Dair3 forming in consequence of the potential
dif~orence along the ?ipe-iine (various co.aposi-
Card 1/2

S/06I I/62/COO/008/002/057
-T& B166/B101
OW 7,
AUTHOR: Kirk,-~v, Panche
TI TLB: Thepreparation of Zn, Sb, Cd and Sn sinele crystals
PERIODICAL: Referativnyy zhurnal. Khiniya, no. 8, 1962, 712, abstract
OB210 (Glasnik Khem. drushtva, 23-24, no- 7-10,
1958-1959, 393-399)
TEXT: Zn, Sb, Cd and Sn single crystals we:-e grown by the BridLeman
method. The apparatus employed is described. The orientation ol" the
crystallographic planes of the specimens with respect to the direction of
crystallization at various oryatallization and melt temperatures -;.-as studied.
Variations in the structure and form of the specimens -;--ere produced by
varying the rate of noolin6 the molten metal, the temperature j:radient
betweer, the melt and the solid phase and the thickness oAI the huat OC
ins-alation on the crystallizer. The melt temperature kept 20-100
above meltinC point. The rate of erowth of the specimens was varied
within the limits of 0.01-10 cm/min., the insulation thickness being
2-5 cm for fireclay and 0-9 cm for asbestos. Optimum conditions were
Card 112

silo8l/62,,'O',',,',/CC8/0021/057
'Ahepreparation of Z.., 3b, Cd... Bi 66/Bloi
~cund for obtallnin,; hiCh homogeneity of the specimens. ~Abstracterls v/
not~j: Cozplete tranulatwi~,n.l ~q
can, 212

Composition of themolvent, and ita influence on electrode
potentials. 1. Potential of zinc poly- and monocrystalli
olactrodos in the mi%ture lp44icacane-water-xino 3ulfate.
Glas Hem dr 23/26 no.5/7t299-305 160/161,
0
1. Universitat, SkopJe,

LIRKOV, Pance
- ;--
Ccoposition of the solvent# and
potentials. Il. Potentials of
electrodes in the mixture C ~50H
25/26 nd.5/7.*307-313 160/1K.
Ito influence on electrode
zinc mono- and polycrystallino
- H20-U80.4. Glae Hem dr
1. Univerzitet,, Skopje.

KIRKOV, Panca
1-
CompooitioW of the giolvent, and itgs influence on electrode
potentials. III. Potential of zinc poly- and monocrystalline
electrodes in the mixture 1120-CH 3COC113-ZrSO4 9 Glas Hem dr
25/26 no.5/7:315-321 160/161.
1. Univerzitet,, Skopje*

KIRKOVO POA,
Differential capacity of the double layer in perchlorata
solutions. Croat chem acts. 34 no.1:31-40 162.
lo L3stitute of Pb7sical Chemistry and ElectrocheaLstry,,
Faculty of Technology,, University of Skopje,, Skopje, Yacedonts,
Tugoalavia.

KIRXOVq P.A.
ECfect of tatraal-Icylamordw.. sm1ti on the capacity of the electric
I
double layer.in butyl a."Lco,.ol solutions. DOU. Al[ SS^R 135 no.3:
651-654 N 160. (YUA 13:12)
1. Predstavleno a:ad. A.'.'. Fm%',-,1nrr..
(A=onium co-,qcunde) (Electrodes)

KIRKOV, Petso, insh.
Sprinkling of steep areas by means of natural pressure head.
Xhidrotakh i melior 8 no.4tlLV-110 063.

BulplAa nazics. Thermock-Istry. Equilibrium.
/Physical Chemistry - Thermody
Physicochemical Analysis. Phase TransitioDO', B-8
Abst Journal: Referat Zhur -'Milmiya., No 1. 1957,, 344
Author: Bliznakov, G.,. and 51rkova,
Institution: Bulgarian Academy of Sciences
Title: Effect of the Adsorption of Foreign Substances on the Growth of
Crystals
Original
Periodical: Izv. Bulgar. AN, Section on Pbysicomatbematical and Industrial Sci-
ences, Physical Series,1954 (1955), Vol 4, 153-156 (published in
Bulgarian with summaries in German and Russian)
Abstractt With the aid of special equipment based on the principle of the cir-
culation of solutions, the following have been investigateds (1) the
effect of the addition of %SO4 on the grovth of the (100) and (111)
planes in NaO103 and (2) the effect of the addition of methylene blue
a in rb(N03)2- The
on the rate of growth of the (111) and (100) plane
results from the first series of experiments on the rate of jrovth
Card 1/2

IY6
AUTHORS: Bliz/akov, G. M., Kirkova, Ye. 70-2-38/43
TITLE: On the Inclusions of Methylenc Blue in the Crystals of Lead
Nitrate (0 vklyuchenii metilanovogo golubogo v kristally
azotnokislogo evintea)
PERIODICAL: Zhurnal Neorgamioheakoy Khinii, 1958, Vol. 3, Hr 2,
PP. 517-525 (USSR)
ABSTRACT: The authors performed thorough investigations on the
inclusions of methylene blue in lead-nitrate crystals on
different conditions of crystallization. The quantity of
inclusions in the lead-nitrate crystals increases with
increasing concentration of mothylene-blue solutions. In-
dependently of temperature and eupersaturation the enclosed
quantity of methylene blue tends toward attaining the
degree of saturation. Methylene blue exists In the solution
in a monomeric form (with an absorption maximum at 657PP)
and in a demeric form (with an absorpti-,n maximu7n at 6oo PP).
In concentrated methylene-blue solutions the quantity of the
dimeric form increases. On the ioaa-nitrate crystals
Cara 1/4 mainly the dimeric form and the higher aggregates of

On the Inclusions of Methylene Blue in the Crystals of Lead 78-2-38/43
Nitrate
methylens blue are eapecially strongly absorbed. The
concentration of the dimeric form and the aggregate form
increases with increasing concentration of dye. The
aggregates absorb at the surface of the crystals. During
the growth of the crystals the ageregates are most easily
absorbed and thereby incorporated into the crystal. The
aggregates of dye are moot easily absorbed on the active
center of the crystals. Investigations on the absorption of
methylene blue were performed on standard absorbents of
lead-nitrate octahedral crystals with a grain size of 0,3-
- 0 7~ mm with different concentrations of methylene blue
at ;7 0. Different crystals of lead nitrate occur during
the slow crystallization of slightly sui~ereaturated solutions
of lead nitrate in dependence on the concentration of the
methylene-blue solutions. At a low concentration of
methylene blue the crystals have an octahedral form and at
a higher concentration of methylene blue the crystals are
first cubic-octahedral and then cubic. With a temperature
increase the absorption of metbylens blue onto the lead-
-nitrate crystals is reduced, as the dimeric form of
Card 2/4 methylene blue in hi~;hly reduced with a temperature increase.

On the Inolusions of Mothylone Blue in the Crysti.1s of Lead 78-2-38/43
Nitrate
The investigations showed that the inclusions of methylene
blue in lead-nitrate crystals muinly take place by
absorption. The tests with highly supersaturated solutions
show that the inclusions of methylene blue in lead-nitrate
crystals rapidly decrease. The stirring effect was also
taken into acoount in the orystallization and the tests
showed a high reduotion of co-crystallization during
intensive stirring. The investigations on the influence
exerted by nethylene blue upon the linear velocity of
crystallization showed that the absorbed segregates of
methylene blue increase the linear velocity in growing
crystals and that in other cases the absorbed aggregates
reduce the linear velocity of crystallization. There are
6 figures and 13 referencest 7 of which are Slavic.
ASSOCIATION: Sofia State Univermlt;y., Chair for ftsleal, Chezistry
(Sofiy ekiy gonudarstyennyy universitet, Kafedra fizicheskoy
khimii)
SUBMITTED: February 51 1957
Card 3/4

On the Inclusions of Methylene Blue in the Crystals of Lead 78-2-38/43
Nitrate
AVAILABLE: Library of Congress
Card 4/4

- m
.11-KiPMOV191 E

COUNTRY ,'Julgarla 3-5

ABS. JOUR. RK(hia., o. 23 1951), 81194
AMOR r, 1 rkoy.-A , Ki
TIT L: -he Mochar-Is-ri of ~'Wc- Incor-
p~oration into Lead ami
C * s t a 1 S .
0,ijq. Godi3hrdk Sofiysk Mill;.
1956-1957 (10/58)t 51t #3, 39-4(~-
ABOOTRACT As a davelopmont of an earlier publi3hed
work (=hitn, 1958 ' '118 60052) the supple-
t
a u~:cful in the ex-
m,eattiry experimental da
Jari-.tion o" '-he mechanis= of nptl-, lene blue
(1) jncor~)oration Into Pl)("03)2
crystals were dubliolied. of I s
incor-. oration Into. the above crystals at
various conditions of crystallization vere
studied. Quantitative -Incorroz-at-Icn data,
as a function of Its concentration at 200
and at ovcrsaturati~3n (0-32-7) were obtained.
I's adcozition irotherms on fine (0-075-0.3

" nitrile crystals were j)rcp-.rc(1. It 'kas
r
am

COUNTRY Bulgaria 'B-5
CATEGORY
ABS. JOUR. RZXhim-, X0, 23 19 59, i;0 - 81195
AUTHOR Milev
' M.
Kirkova, L;
12'
. I N . _
Dot given.
T IT L, The Effect of Cryntall1vition Conditioii3
on the Incorporation of Certain Admlxt-wres
into Salt Crystals.
ORIG. PUB. Godishnik Sofi sk univ. Phys.-mathem. fac.,
1
'M
-
1956-1957 (195
51, #31 47-5
ABSTRACT In order to determine the cryntallization
nrocedure at vbich least amounts of non-
isomorphIc ad;ixtures are incorporated into
Inorganic salt cry3tal3 the following 37stems
veze studied; Ba(K01)2-mothyleno blue-
'
H
01+-
, KCI-PbClp and K
Ba(N03)2-K4fFe(CN)63
BaSO)+. Quailtitative data on the admixture
incorporation ato different crystallization
temperatures and oversaturations were ob-
tained. It vas established that incorpora-
tion of all studied advixturas deperAed to
a large degree on crystallization conditions,
CARD: 1/2 I

RIPJWVAO E.; BLIZMOVj G.j DRAGANOVA, D.
Addition of potasi3jum chrmate to the potassium-oulfate aryews
during cryotallization. Godishnik khim 53 no*3:37-41 158/159
[publ. 1591.

KMOVAjj Lai BLnWOV, G.1 XOLKVA, M&
IMPO IMM - P,
State of ory8ta1lisation, and its influsnos on Us addition of
phenol to the crystals of potassi= chloride, Godishnik khim
53 no*3:43-50 158/659 (publ. 1"],

i,,-I-
.. - *
--tc, ~ , -t ..*,t i
. , - 9 no. ~': / ~,_, C,

,oLnrMY
'0
QA('
QATMORY
T
ABS. JOUR.
AUTHOR
IINST.
TTTLE
i
ORIG. PUB.
ABSTRACT
CARDt
t BULGARIA B
t Physienl Chemistry. Crystals
i Mim.) No. 1 1960, No.338
t Bliznakov, G.; Kirkova, Z.; Kocova, H.
i Bulgarian As
t Growth of Or Crystals in the Presence of Phenol
I Dokl. Bo1g. ANO 1959, 12p No 2, 121-124
i To verify the theoretical promises on the me-
chanism or the growth of or-jstalsp expressed
earlier by one of the authors (RZhKhim., No 22,
1959s.No 77635), a quantitative study of the
influence of additions of phenol upon the speed
of growth of the faces (100) of the crystals ofi
Or at crystallization from aqueous solutions
with suersaturation of 5.8% and temperature
of 19.0 was effected. It was established that
1/3
B-22