SCIENTIFIC ABSTRACT KOSHUNOV, M - .KOSIBA, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825110020-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KOSHUNOV y' K. - ~ , . .-,
Biology of Alhagi persarum Boiss. et Buhse of the lake sands along
the Kara Kum Canal, D4.AN Turk.SSR.Ser.biol.nauk no.4:75-78 165.
(MIRA 18:9)
1. Institut pustyn' AN Turkmenskoy SSR,

SVJYTSOV, J.P.; i,',OSIIUNC)VI MI.
Effect of temporary flooding on the aevelopment of tree p'laant-ationB.
Izv. AN Turk. SSR. Ser. biol. nauk no.5:70,.-82 163.
"E
., THA 17: 10)
k
1. Institut pust,,,,-nl AN Turkmenskoy SSR.

ACC N6-AP600280 SOURGJ 0237 0 000 00 003W0636
AUT11ORt Koshurp L. T.; Sintoovhp I. T.
ORGt none
TITLE: Study of the problem of' stabilization of zirconium dioxide
SOURCE: OptiRo-mokhanicheskaya, promyshlonnoatlp no. 21 1960p 32-36
TOPIC TAGS: zirconium dioxide, zirconium compound, refractory compound, refractory
product
ABSTRACTt Because of its chemical and thermal stability, density, and strength at
high temperatures,, zirconium dioxide is of interest in the development of highly re-
fractory materials applicable for the malting of glass batches at high temperatures..
The authors established the effect of stabilizing additives, firing temperature, and
holding period on the formation of stable solid solutions of ZrO, Two batches of
commercial-grade ZrO2 were used as raw material. It was found tilt CaO and MgO could
be used as stabilizing additivos to promote transition from the initial, thermally
unstable monoolinic ZrO to tho thermally.stable cubic modification, optimum amounts
of the additives being 10 and 14 mol.%,-respectively. The degree of stabilization was
Card
-Acc 44 ~, _AP 660- 2-803
checked by means of chemical phase analysis and x-ray diffraction analysis, as well
as visually. It was found that the beat method of stabilizing is by sintering in an
'iectric are furnace at temperatures of not loss than 17000C and preferably above
P.
PMOC. The pressure:ejnployed in compacting the specimens should not be less than
kg/cm~.
CODEs 07,J// SUBM DATFs.14JU159/ ORIG MWo 004/ OT~ REN 005
2/2
L 01225-67 EV,P(a)/EViT(m)/EilPi:t)/ETZ/41P(~) P c

ACC. NR, AP6032945
with higher Ce02 content. The 1''203-containing samples also exhibited a satisfactory
thermal-shock resistance since tbey displayed firecracks after 11 thernal cycles
only. The samples with 8 M01% Y203 and 10% unfircd~ZrO2 broke down after 25 thermal
cycles. The LaZ03 addition was-the least efficient stabilizer of Z'r02.. Improved
thermal-shock resistance was co:rrelated with the presence of both cubic and monoclinic
ZrO2. Positive results were obtained with the stabilized,ZrO. products which were
tested in laboratory and pilot-plant at 2000C under a severe temperature gradient.
Orig. art. has: 2 figures and 1 table. [JK]
SUB CODE: 1l/ SUBM DATE: none/ ORIG REF: 008/ 01111 REF: 002/ ATD PRESS. 5096.
I Card
AOICESSION NR: AP4015112 S/0136/64/000/002/0070/0075
AUTHORS: Ry*tikov, A. M.; Shevakin, Yu. p.; KoshUrin, A. V.
TITLE; Forces on the ram during tube extrusion.
SOURCE: Tsvetny-*ye metali.y*, no. 2, 1964, 70-75
TOPIC TAGS: Extrusiont extrusion force, tube extrusion, ramt design,:,
upsetting, r1Lm stress, ram compression, ram stretching
force
ABSTRACT: MeaBurements 'Wore made of forces applied to 15, 26, 45 and
55 mm. diameter rams used in extruding tubes having 2,3,4, and 6 mm.
walls from 150 x 200 mm. oopper billets on a 1500 ton horizontal
press. On upsetting the billet the forces on the ram increase to a
maximum and then decrease as It approaches the die. The upBetting
proceeds in two stages charaoterized by reverse flow of the metal
which is Progressively rel:arded by frictional forces until the defor
mation of the ingot is caused by shearing of the non-upset portion of-'
the billet at the bottom. The nature of the change in stresses on
Card 1/3

ACCESSION WIR: AP4015112
the ram along the length of the Ingot and the position of the-maximum
stress depends on the ratio of the ram and the container diameter.
As the diameter of the ram decreases, the position of the maximum
stress shifts in the direction of the die. The total of the stresses.
,on the ram, a' , is the sum of the stresses due to the cutting forces,
0,' , and the frictional forces, d*: a,= Z( a,,+ e,), Z being the temp-,
erature coefficient accounting for the cooling of the metal (li
!of i.o-1.6). The force on, the ram may be expressed by P
d /4)
.The compression stresses on the ram decrease as its diameter increa-
P.88, e.g. increasinE the d1ameter from 15 to 55 mm. reduces stresses
ifrom 45 to 25 kg/mm . Resistance to deformation increases on transi-~:
tion from upsetting to extrusion,, and the friction-increases until it'
is the only force on the ram as the metal flows through the die. Thel
.forces on the ram are less with a larger diameter ram and a tube with'~
,thicker walls. Stretching forces are developed on the ram on remov-
Ing it at the end of the extrusion. As a result of these investiga-
.tions a new ram has been constructed (Shevakin, Yu Ry*tikov, A.M.
Koshurin, A.V., inventor certificate No. 1430OW;o,mprising the
'Combination of a larger removable ram and a smaller oDeratink ram
Card 2/3

LOCESSION NR: AP4015112
vhich Is longer than present rams. 'IV. A. Petrov and V. I. Polovin-
kina partioipated in conduoting the experlmental work." Orig. art.
has: 2 tables, 5 equationio and 3 figures.
ASSOCIATION: None
SUBMITTED: 0.0 DATZ AOQ,* 12Xar64 ENOL: 00
SUB CODE: MD, 14L IM REP SOV: 006 OTHER: 001
Card 3/3

5,q11'C"I /V
136-8-3/21
AUTH)RS: Strakhov, GON. j, EnFineer#'j~~sh~urin~A.V~.P Efigineer
.TITLE: Extrusion of Bars with a Movable Container Bush
(Pressovaniye prut111.1ov s podvizhnoy vtulkoykonteynera)
PERIODICAL: Tsvetnye Metally, '1957p Nr 8, pp~.16-20 (USSR)
ABSTRACT: The authors (photograpits iven) consider two schemes of
metal flow during extrusion 51ig ,.1), possible causes of
lamination and ways of avoiding them. They comment
favourably on reve,rse flow extrusion and suggest that un-;-
satisfactory surface qualities obtained in previous invest-
igations were due to unavailability of suitable equipment.
To overcome this shortage the authors proposed the use of
a movable containe:r bush to enable forward action presses
to be used for reverse-flow extrusion. Here the ingot is
placed in the mova:ble bush whose length is half that of the
container (Fig'.2)'. Details of this method are given and
its application to different alloys on a 1500 ton horizontal
hydraulic press is described, a metal balance for 20-35 mm
diameter bars of one alloy extruded from ingots 350 no long
and 175 mm in diameter. Various modifications of equipment
and procedure have been tried and its use extended to a
wider range of alloys. This work and the latest form of the
Card 1/?
136-8-3/21
Extrusion of Bars with a Movable Container Bush.
equipment is described (Fig'.3) and advantages of the tech-
nique are.considered. Puture work is outlined. There are
3 figures.
ASSOCIATION: "Krasnyy VYbOrzhets" Works (Zavod "Krasnyy Vyborzhets)
AVAILABLE: Library of Congress.
Card ?/?

SOV/136-59-4-11/24
AUTHORS: Shevakin, Yu.F., Candidate of Technical Sciences,
Rytikov, A.Mo, Sharov, I.Ye., Butomo, D.G., Koshuria. AeV.,
Sergeyeva, Z.L., Engineers
TITLE: Comparison of the Efficiency of Tube Production from
Non-Ferrous Metals and their Alloys by Cold-Rolling and
by Drawing Methods (Ekortomichaskaya offektivnost'
proizvodstva trub iz tavetnykh metallov _J splavov
kholodnoy prokettkoy po sravneniyu s volacheniyem)
PERIODICAL:Tsvetnyye metally, 1950, Nr 4, PP 57-63 (USSR)
ABSTRACT: Opinion was divided on the relative merits of the
different methods of tube production, theref.)re the
present investigation was carried out. All sizes of
tubes were tried by the two methods. It was shown that
output from cold-rolling was 10-25% higher than ihat from
drawing (table 1). The machine-hours and man-hours for
cold-rolling were shorter than for drawing (table 2).
Table 3 shows the increase in production by cold-rolling
with better equipment. By cold-rolling with modern
equipment the machine-hours and man-hours could be cut by
Card 1/3 two in the production of copper tube. The economy in

sov/i36-59-4-11/24
Comparison of the Efficiency of Tube Production from Non-Ferrous
Metals and their Alloys by Cold-Rolling and by Drawing Methods
this case was 224 roubles per ton and in other cases
varied from 165 to 374 roubles per ton. The number of
operations In the copper tube production was reduced
from 27 to 18. The production of condenser tubes in
L68 (brass) &I'Loy has been increased from 70-90 to
180-200 m/hr. An advantage of cold-rolling is that
deformation can be up to 94% of the initial section.
It also allows the manufacture of tubes from L68 without
an intermediato temper, giving a tensile strength of
75-77 kg/mm2 arid an elongation of 2.5-3%. For materials
which are difficult to deform (e.g. some Ti alloys)
cold-rolling is a superior method of tube production as
the machinery is cheaper and the number of operations is
reduced# At present, work is in hand for a cold-rolling
Card 2/3 mill which will produce two or three tubes simultaneously.

SOV/136-59-4-11/24
Comparison of the Efficiency of Tube Production from Non-Ferrous
Metals and their Alloys by Cold-Rolling and by Drawing Methods
There are 5 tables and 4 referbntes, 3 of whicb. are S3viet
and 1 German.
ASSOCIATIOM.Institut stali; Zavod ,Krasnyy Vyborzhets,,;
Kollchuginskiy z,avod po obrabotke tsvetrLykh metallov i
splavov (Steel I:nstitute; "Krasnyy Vyborzhets" Works
and Kollchugino Works for Processing of Non-Ferrous
Metals and Alloys)
Card 3/3

S/136/60/000/02/014/022
E193/E463
AUTHORS: Koshu-' V in c er j
Shevakin, Yu.F., Candidate of TechniLal Sciences and
Rytikov, A.Ml. . Eng-ineer
TITLE~ Mastering tile Technique of Manufacturing Hollow Shapes
of AsymmaLrical. Cross.-Section
PERIODICAL: Tsvetnyye inetally, 1960, NY, 2, pp 64-,t2 (USSR)
ABSTRACTi Aluminium and aluminium alloy tubes of both symmetrical
and asymmetrical cross-section are at preFent
extensively made by extrusion through bridge dies,
This method is not suitable for extruding copper tubes
of this type o-oring to much higher extrusion
temperal.ure and the tendency of copper to oxidize; +he
former affects the stability of the die, the latter
causes difficulties in the formation of good quality
weld betifeen two streams of the extruded material- it
was for this rc-!ason that the method of extruding copper
hollow shapes of asymmetrical cross-section through a
die with compensating die aperture(s) has been developed,
the -present paper reporting the work carried out in this
Card 1/9 connection. The shape of the tube, whose fabrication
S/136/60/000/G2/014/022
E193/E463
Mastering the Technique of Manufacturing Hollow Shapes of
Asymmetrical Cross-Section
has been investigated, is shown in Fig 1; tile range
of dimensions (in mm) is given in the table in Fig I.
It follows froin the theoretical considerations that. if
no precautions were taken, i3ection F I of the tube
would emerge firom the die at a rate higher -than that
of section F11 (see Fig 1), tile., tendency of the metal
toemerge at a uniform rate would result in an increase of
the area F:[ and displacement of the mandrel towards the
aection Fjj. The rate at whicl) the inetal emerges from
the die on the side of section Fi call De reduced only
by increasing the quantity of metal extruded on this
side and this call be attained onlv by tile provIsion Of
an additional iompensating aperture(s) in the die. To
investigate the effect of the area and circumferences of
the compensating aperture(s) and its (their) distance
from the mandrel axis on the extrusion processt
III experiment-til dies were propared. The design of these
dies is illustrated in Fig 2; the distance of the
Card 2/9 compensatIng aperture(s) in dies Nr i, to 8 is shown in

S/136/60/000/02/014/022
E193/E483
Mastering the Technique of Manufacturing Hollow Shapes of
Asymmetrical Cross-Section
finally, graph "g" shows 8z (nun) plotted against the
distance (1, mm) between the compensating aperture
and the mandrel axis In dies Nr 9 to 14, for two areas
of the compensating aperture: Fnp = 783 mm2 (upper
curve) and Fnp - 1020 mm2 (lower curve). it was
established on the basis of these results that the
areas of the compensating aperture, r'np, is given by
the following general. formula:
Fnp = (F 11 " FI) - rl I + 11P
wher e xErlnp - sum of the circumferences of the
compensating aperture(s) (mm)~ TI, -- circumfarence of
part F, of the cross-section ~f the extruded shape (mm);
rT,, - circumference of part F1, of the cross-section of
the extruded shape (nim). The size of the compensating
Card 4/9 aperture of a circular shape is given by the formula

S/l36/60/Ooo/o2/al4/o22
E193/E483
Mastering the Technique of ManufacturIng Hollow SI-xapes of
Asymmetrical Cross-Section
D np ~' 2a ( 1 + 11~ (2)
wh e r e Dnp -, diameter (mm) of the compensating aperture,
n -- number of compensating ape--tures.
FIi PI
r, I The applicati-.it of this formiula is
illustrated (see the bottom of p 66) by calculal"ing the
optimum value of Dnp for the die shown in Fig 2 (dies
Nr I to 0). whIch is found to be equal 24.0 mm; its
area of 452 trn2 corresponds (as can be seen in Fig 3a)
to 8Z = 0, The method, described above, was used in
designing a series of dies, employed in fabricating a
trial batch of hollow shapes as illustrated in Fig 1;
the dies were made of steel 3Kh2V8, mandrel of
Card 5/9 steel E1661. The results showed that, with tile aid of
S/136/6o/oool/02/014/022
E193/E483
Mastering the Technique of Manufacturing Hollow Shapes of
Asymmetrical Cross-Section
dies with compensating aperture(s), hollow shapes of
the type under consideration can be successfully
extruded if the dianieter of the hollow (dimension D)
is not less thart 14 mm. Hollow shapes with D > 14 mm
were fabricated by extruding blanks which were then
reduced to the required size by ccld rolling. The
problems, associated with the latter operation, are
discussed in the second part of the present paper which
is ~,cncerned mainly with the desic of the roll pass for
;rL L
th�s applicatxon. Fig 4 shows (a) the deformation zone
and (b) the horizontal projection of the areas of
-ont-act in rolling the hollow sh~_-pe of the cross-section
shown in Fig 1. The analyt."cal solution of the roll pass
design was based on two fundamental conditions;
(1) equality of the total deformation of contours I and
11 (see Fig 1), (2.) equality of the horizontal
Projections of* the areas of, colitaO between metal and
tile top alld bottom rolls. After deriving the necessary
Card 6/9 formulae, the authors shoiv how they are applied -in

S/136/6C)/000/02/01.4/022
E193/E483
Mastering the Technique of Manufacturing Hollow Shapes of
Asymmetrical CrGss-.Section
through the rolls with (A) open and (B) closed passes.
In order to study the flow of metal during rolling,
aluminium pins were inserted in the blanks. X-ray
photographs of so.ztions of the tubes before (a) and
after (b) rolling in both open (photograph 1) and
closed (photograph 11) passes, reproduced in Fig 9,
show that prac.tically no distortion of the pins occurred
during rolling, t'hus confirming the validity of the
principles on whi,ch the present authors based their
calculations, and proving that calculations starting
from the external geometry on the hollow ~uhapes of
asymmetrical cross-section alone cannot give the correct
solution. After rolling, the tubes (30 to 40 m long)
were cciled having first passed through two diest the
first die removed the surface imperfections i'fins,
burrs eza), the second die acting as the sizing die.
(The authors point out, in this connection, that passing
the tube through the first die is less likely to affect
Card 8/9 the roundness of the hollow in case of tubes rolled in

S,/136/60/000/02/014/022
E.193/E483
Mastering the Technique of DjaryLlfaCtUring 1-101101,7 Sh&-r-C-3 of
Asymmetrical (,,ress-sectIon.
a ciosed. Pass sinca, in this cast-. the fill,3 Ore
situated opposite "he holl_ejw~) After concluding that
the method described in the pr-eselit pap2r can be used
for deAigni.ng roll passes for rell-'rig
sot_,tions with bo_LIi,,%vs of any rliap~- (square, rectangul,._r)
r b
wn with cir-cular hollows, they point out that
although hollour shapes with acvirimetrical cr-~;ss-sef;tlozzl
can hr. al-io inude b,; vollitiff. blan-Its of ayi-ani(Ar.".cal cross--,
section, A per-":Lori of' the mat-erial bDing cut off in the
coursf-~ of rollAng [see Fig 30). the disadvantave of this
niethod lies in tha-, it is niore lik~~ly to give- rise to
surface defects (laps). There are 10 figures, 4 tables
and 5 Soviet references.
ASSOCIATION'St Zavod '*,Krasnyy Vyborzhetsll ("Red E3ectorll Plant)
Moskovskiy j-nsti.tu,,, stali (Moscow Steel institute)
Card 9/9

BUTOMOp D.G.; VAUHLYA, N.M.; ZVORKINA, V.F.j XOSHURIN A.V.- SFMYEV, L.N.;
FRUMINA, Yu.A. W~ . I , I W-
Concerning the "Handbook on the processing of nonferrous metals and
alloys" TSvet.met. 35 rio.12t6O D 162. (MIRA 16*12)
1. Sovet Nauchno-takhnicheakogo obehohostva savoda "Krasnyy
Vyborahets".
(Nonferrous met4s)

YELISETEV, F.N.; RUDENKO, L.Ye.; SINEV, L.A., KOSHURNIKOV, B.L.; SOLOVOV, N.."..
9
Polymorphism of copper ai0fteu in the Cu2S---C41,8S- Min- sbor. 18
no.4:385-400 164. (MIRA 18:7)
1. Gosudarstvennyy universitet imeni Ivana Franko, Llvov, laboratoriya
pirometallurgil medi Gorno-metallurgichonkogo kombinata imeni Zavenyagina,
Norillsk I tseRh zavodskikh InboratoriykambbUta "Severonikell", Monchegorsk.

MUKHLENOV, I.P.; SHABELINIKOV, A.P.; Prinimali uchastiye: KOSRUPMKOV, B.L.;
GOVOROV, V.P.; BONDARCHUK, T.P.
Study of the procOssos of water-cycling concentration and purification
of sulfur dioxide. Zhur.prikl.khim. 37 no.1:3-8 Ja 164.
,- (MIRA 17:2)
1. Leningradskiy tekhnologicheskiy institut imeni Lensoveta.

KoSMWIKCV, G. S.
"Influence of size of ions on the electromotive force of a galvanic cell." (p. 1-125)
SO: Journal of General Chemistry, (Zhurnal Obshchel Khimii), 1940, Vol. 20, No. 7.

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go 14. MD.-71(1048).-The crystal forms apticaring on
00 tvalm. of vatti. solus. of XaCl, XCI, and Ll at room
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ordy omasksual crystals cut on one side along an octa-
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Of Pboll to N&H. KCI. WW Kt remdtl In a similar pk--
tuze. With prognesaing evvilso., all cube comers we
wen to bectome gradually blunted by octahedral planes; '00
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go Is betra cosard in advam with the org. sulistancv, and a
drop of the salt soln. deposited on It, many crystals aft
oriented with the ternary axis perpendicular to the slide.
with the bottom skin cut along mi ocishedral plane. zoo
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The cffcct Is esplained by adsagglon of the org. matter
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crystal gron): In the dircci ion of the ternary
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-,,A. V*Mt
00
any me id %bt impoilirals rmilts in "t t%&Wvity.
W& to hhibml contimtt al IIN(h and

0o Ar mu tualents d V14fin and PhOll. The
ive act comalks in the lommilon of a gelatin.

00 .1 n I
Abo an ibe IIN(Ji-elvistel imi tutfwt. Thr

0 a films air cvm Ismer r"ista"I to othrr Achlo. JlCl and
leftoprolmlionmeminstAdItKAu
Pbos-
I
.
= =w proted aplust IxAh 4ci& and salts.

:0 4 Adac"Ove passimlim is superior to Nrkerijwtkm.
N. Than
00 w

~tt*.ILA NVALLUICKAL UYINSIVIII CLOWItAt"
slow ROMOV
$WC) b.1v Oww dot caiin 4a cm.
--v- -U-- W-- -- a 'A 1, 1 a
U AV so a 0 w if ZVI f IRIII othet 441
0 41 0 *Is 0 0 0 a * 6 a 0 a 0 a 0 0 0 0 6 0 0 0 6 0 a 0 0 0 0 0 0 111 0 0 0
0 0094 1* 0 00 0 0 a 0-0-6 o .0;4-0-wo* 0 0 0 0 0 S 0 0 0 * a 0 0 0 0
-00
a9#
*0 0
100
40
coo
too
too
0,

3811 AwwOw bt =6uwsmW d Uw PAMW iftmanumi
r Mik- V. affl. Ckm. USSR, INO, U.
to wy" G. S. 961
TWEYIr. (of a compound containing cations such
Znj under examination is placed in the saturated
$Glut i samill sum , Which mts on a mtcmwviw
st&V. Direct ORMIStpMn throqlh thiSclectrDlyte solution and
the crystal 40*h-m slowly as a result of eketrolysis. I he rate
of dimulsOm to? I* replated by adjusims tho current. Thr
chngm In the habit 0 the crystal resialtol from its &low dissolution
an observed thrMh the microscops, B. J. ZAZA.

MeAell W lot tbdpdm of the rate W polutwo of Crystals.
X-h IWV ZA f P 'khW Kh)w, 0. Applit-I
6-*l6'T.7--i:7R;q(iL4w) ""i-Cloytill Is ItuaRracil (tt a
"mill. win, W thl Wine Sabs"tw: a dkwt cumat is artat
briarvitio 9 itlerind", pooduc1q, as a result of &pcolt6m,
The Comm IGM The erptal to d6wive; the cliangr of the
sivo *I dw crWAI is f0wed by microwupic obwryatkm.
v"dois of t1w Owent intensity permits control of the rule
of NW.aijilt a)vUl. N. rhot,

I T, I fl-I t f
.~!Sm-$LA ALTALLUA~L,L INATURN CLAWCATICY
ago'
0
I age
two
too*
004JAY
;T u 4 10 kil; fit ;FWA, I"" M L 0 A a 3 a v
0 0 0 0 * 0 0 w 0 0 0 0 fo 0 0 Ole 0 a
0 0 0 0.0 0 0 0 0
40 4010-0 4 0 0 0 o o 0 0 o 0 0 0 0 1 0 0 0 0 041: : 0 0 0 9 0 0 0.6 0 0 ease*

Influem of tho Jimensionst of Ill# long on the VI'dio
MOUVI lone of a galvanic C91j, G. S.
/Atup. ObAl-Arel Kilitle, (J. Oeo. OwIll.) 20, 11 Vv -3009,"')
The caul. ill fill MI N,'Zu teicctralyl ir. oil P0. is it It
tile ckctrodft 1wetrclited cuthodically it, I N 11,S0. sit
,-c,k-r to resitt- tb~ cstid~ film to . usiti.. "A*,k-td.,.tl -'I'.
XxCl 3.17. 2.11. I~M. 1.05, 0.7S X. to L11:W. I
.M. 1.071, 1.11741 v., rrsp.; ill KCI LWY, I.M.
.67 X. to 1. 117. 1.104. 1.104. LIK)S v.; in K fir 2 11.1.
1.01. O.t;7 S. to I It-"$. I AM Lo 14 v_ its K I
1.30. O.W. 0.65 S, to 0.$u.. 0.1#12. O.SSI. V.SU, %,
fit Wit. sotn,.. &1. 24', the r.in.f. Mis, its KCI ItAks'
S.CI 0.740. Kur O.M. K1 0.842. S.F 0.952.
11wa%t&rttlw1lt_q apw with urt efultirk-Al fOrtfill[A rdawig
tfir t.w.f. B (o the nidii r. and r. ot cbL tutiot, and clu-
--ition. th. w if r,lr.. The prolwiftionillity Lict'll k i, IV
'qual for (hr Sbo'M A vkvuolvtc~' l.v. k - I.:?.X A
hivAller tv't 'd this rullwiticol loillittla lit-, ill she 'I". , I
fruin van.f. vicusuirtnents iu sald. NIIXI and K Nil, .4
thr radii of the X114* and N0j- isslis. Tht van.f. give
for N11W. r. - I= A.. consistent with lite 0.71 4 -1 x
11.3 - 1.34 cak-d. imn Ow covalent radii, atid (w NON
r. - 2.2.1 A. Ill I t with fir ruvalent 3 x 11.74
2.221 A. iWAitic vely, the ctaqirui~lj formilla 1,
I,wvted by a emillovsMot siction antans oil lite
K-All" Cd tbt HICIA1. On &CtjDU 4eC)UljtCrACtVd fly tile
in I he Soln. N. Thwi

c 0
y
,""Ile Wlmco o1 tho dWmalons 0 ions " the 11"tro-
i otive 1"Ce of #I falwanic call. Or. $. Kwhu"Itkov.
(;es. chem. mq.A.K. zo. iwo-mowongi. trausla-
C-4. 44. OJY77b. R, M. S.

The i-ii-ectrode.- Koshurnlk`ov.
A PPI_ Ax _T' 19521
S.ff.R. 2 F-G( TEUIRM.
tion) Zhur. Priklod. Khiv:. 27150(10529)~-EaFgrom exi't-
ing data and the e: ession E9 - ~O(R. - Rj). Micre Ea
is thu normal clecti e potential of the metal, R. is the
rudiuv of the metal atom, and Ro is the radius of Lite inctal
1011, 8 Curve is obtained for F4 vs. R.-.R,. 'rhi. curve jil-
trrsects the Ba axis by rxtrapol,tion. and the zero-potentiul
is thuii obtained, the mean value of which is equal to +2.2 v.
With this value for the zero PJ(Ttrodc potential, a scale is-
given ~)f normal elect rode potentials. starting with M ' r-1 Li
as 6.21;, v, and cudini(Vith An+ 4:1 An as 0.60 v. B. R.

1. KOSHUR-41KOV, 1-S.
". nSSR (6oo)
4-
4. Crystallography
7. Effect of or-7anic admixtures on the diissolution of crystals. Zhur, Drild. khin.
2.5, no. l?, 1952.
9. Monthly List of Russian Accessinns, Lita-ary of Congress, MI. eh 1953. Unclassified.

137-58-2-3649
Translation from: Referativnyy zhurnal, Metallurgiya- 1958. Nr 2, p 195 (USSR)
AUTHOR: Koshurnikov, G.S.
TITLE: Effect of Ultra-violet Radiation on the Protective Properties
of Anticorrosion Lacquer Coatings (Vliyaniye ulltrafiole-
tovogo oblucherdya na zashchitnyye svoystva antikorro-
zionnykh lakov,ykh pokrytiy)
PERIODICAL: V sb.: Raschet i issledov'aniye v optichesk. priborostr.
Leningrad, LGU, 1956., pp 126-128
ABSTRACT: A communication on the use of ultraviolet radiation to dry
paint and lacquer coatings. Comparative data on the protec-
tive properties of 41-T lacquer (L) after air drying, forced
drying (150'DC),and after exposure to ultraviolet irradiation
(with a PRKA lamp) are presented. The protective proper-
ties of the L were determined by the time required for a 10%
HCI solution to penetrate through a film of L applied to the
metal surface. The L was applied by immersion, and also
electrophoretically. It was established that ultraviolet irrad-
iation of the films diminishes penetrability of coatings.
Card 1/1 D. Ya.
1, Lacquer coatings-Drying-Effeots of ultraviolet rays
2. Paint__Drying-Zffeotz;of ultraviolet raya

137-58-4-7916
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 4, p 222 (USSR)
AUTHOR: Koshurnikov, G.--S.
TITLE: Electrophoretic Application of Lacquer Coatings to the Surface
of Metals (37--lektroforeticheskoye naneseniye lakovykh plenok na
poverkhnost' metallov)
PERIODICAL: Sb. nauchn. tr. kafedr. matem. , mekhan. , khimii. Leningr.
in-t tochnoy mekhan. i optiki, 1957, Nr 24, pp 91-94
ABSTRACT: An investigation is made of the protective properties of lac-
quer coatings (LC) applied to mild polished Fe by electrophor-
esis, by means of nonaqueous solutions. 41-T lacquer was dis-
solved in acetone in volumetric ratios of 70:30, 50:50, 20:80,
and 10:90, :respectively. Glycerin-phthalic anhydride lacquer
was deposited from a 50% acetone solution. Electrophoresis
was continued for 15 min at low current and 24-300 volt potent-
ial. The walls of an Fe beaker served as the cathode. The lac-
quer coating was dried at 1580C. Weight-loss tests for corrosion
performed in a 10% HCI solution showed that the electrophoretic
method of applying LC to Fe permits the production of coatings
Card 1/2 1.2 to 1.3 times as thick, and 5 to 6 times as effective in pro-

137-58-4-7916
Electrophoretic Application of Lacquer Coatings to the Surface of Metals
tective prOpeTties as LC produced by immersion.
Bibliography; 16 references.
Ye.Z.
1. Lacquer coatings 2. Metals-Coatings 3. Electrophoresis-Applications
Card 2/ /2

137-58-4-7908
Translation from: Referativnyy zhurnal, Metal 1u rgj y;~,,., 1958. Nr 4, p 221 (USSR)
AUTHORS: Koshurnikov, G. S. , Nemilova, 1. V.
TITLE; Use of Anti-corrosive Organic Coating on Oxidized Mild Steel
and AluminUM Surfaces (Primeneniye ani.ikorrozionnogo organi-
cheskogo pokrytiya po oksidirovannoV poverkhnosti myagkoy
siali i alyuminiya)
PERIODICAL: Sb. nauchn. t.r. kafedr matern. , mekhan. , khimii, Leningr.
in-t tochnoy mekhar. i optiki, 1957, Nr 24, pp 95- 102
ABSTRACT: The resistance to corrosion in a 10% HCI solution of lacquer
coatings on oxidized specimens of mild stet:l Fnd Al was invest-
igated with two methods of Pipplication o( 4i-T lacquer to the
metals. It is shown that an elecirophoretic coating of lacquer on
an oxidized surface increases the corrosion resistance of spec-
imens of Al by a factor of 70 and of steel by 25 to 30 fold. Note
is taken of the small d:fference ;-n the corrosion re~;istance of a
lacquer coa ting applied electrophoretica.11y and by simple im-
mersion of oxidized Al samples.
P. S.
Card 1/1 1. Steel--Corrosion prevention 2. Alwidnwn--Corrosion prevention
Organic coatings--Applications

26872
6-D S/081/61/000/013/005/026
D B105/B201
AUTHORSt Koshurnikov G. S., Ivanova A. P., Levinzon A. L.
TITLEs Eleotrocrystallization of metals in the presence of organic
and inorganic substances. Communication I
PERIODICALt Referativnyy zhurnal. Khimiya, no. 13) 1961, 86, abstract
136652. (Sb. nauchn. tr. kafedr matem. grafiki, khimii i teor.
mekhan. Leningr. in-t tochnoy mekhan. i optiki, 1960, vyp.
31, 110-119)
TEXTt The authors studied the effect of organic and inorganic admixtures,
to electrolytes on the electrioal resistance (ER) of metallic coats. ER
of Cu coats, obtained from CuSO 4 solutions, is first lowered with
increasing current density i, and then rises again, deposits of dendritic
structure being formed. If HNO 3 and R2so4 are added to the CuSO 4
solution, the ER minimum disappears, and the dendritic forin is not formed.
An addition of H 3B03 shifts the ER minimum toward greater i, while an
Card 1/2

26872,
S/081/61/000/013/005/028
Electroorystallization of metals in ... B105/B201
addition of Na2so 4' MgS04' and Al.(SO 4)3 shift it to smaller i. The
increase of the minimum of ER, which depends on the nature of the cation
was explained by the inclusion of the hydroxides into the interstices of
the crystals. An addition of benzoic acid and aniline increase ER
onsiderably, while an addition of phenol and sugar is almost ineffective.
Abstraoter's notet Complete translation.]
t
Card 2/2

5'.-100
AUTHOR: Koshurnikov, 0. S.
2571T'
8/18/61/000/012/023/042
A004/Alol
TITLE: Electrophoretio application of lacquer films on metal surfaces
PERIODICAL: Referativnyy zhurnal, Mashinostroyeniye, no. 12, 1961, 95, abstract
12B684 ("Sb. nauchn. tr. kafedr. matem., grafiki, khimii i teor.
mekhan. Leningr. :Ln-t tochnoy makhan, i ptiki", 1960, no. 31, 149-
151)
TEM The author presents the results of investigating the application of
lacquers to metal surfaces by the electrophoretio method. Specimens from oylin-
dric bars of soft steel and du:ralium 6 mm in diameter and 90 mm long and from
magnesium-manganeiis alloy sheets (MA1 according to AMTU 167) with the dimensions
50 x 10 x 4. nun were cleaned with emery cloth, washed with aoetone' and treated
eleatrochemioally,in acetone phenol solutionij,'after which they were coated with
lacquer by the electrophoretio method. Comparative corrosion tests showed the
highly proteotive-properties of lacquer films applied by the'eleotrophoretic
method ontoian.adsorption phenol layer. The mentioned coats were not only
Card 1/2

25737
S/123/61/000/01a/023/042
Blectrophoretic application of lacquer ... A004/A101
resistant to.oold and hot-10% hydrochloric acid and to the-3% solution'of boiling
acetic acid,.but.even showed'no signs of.eorrosion damage after a 236-day expo-
sure to the atmosphere of an industrial,town.
N. Savina
[Abstracter's note: Complete translation]
Card 2/2

Ov
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A r~ 1-71. (,7 4-1 a, e ~ I CO-
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at?, )9R). MO. )),-An abrasive Im produced by heat,
treating pytophyRite, This Is wcomplished by heating a
C"n pyrophyllilr, containing no carundum. to 14(W.
M.1110.

461
0 GIL
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0 99:
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;TS UV` CIL
-AV. offla
17) 39i"l-I (111411) -RAtifillife ballopitv, rnmtrn-l
lonite. etc . critel into ihe cornpositWm of tntnt of the c6y,
Jk3id-1 qU4MZ. Vok-2. CiLfbOnIt". FCVCIL 21141 tIUnrAJjCIW.
wthich am CMAefrd at (13Y Admi'atin-, Aluminum III,
drate sticlit as hydrargillitc. AI(011),. and Ims"IvIc. ( Alt I t
Off, are soinethric-Ii Mi-~ffml Silica in the Imin If x-1
trav id~o be lKe-ent, bUt AIW3Y% in %Mail aTI`10UIIt-- Ill" P 0
1"I" .. alippharte," whieh tot-Ans arnolphtpilt nii%lurq, III
AmitinA wid Oka set, III not %uitkirle. Clit)m air .1-v, 1z 00
ccxnjx-~cd of irty-tallized utincrals evett It they IKA-C-% MI
loWidliopeTtirstipastrialldrgm. Onthelusi%Ochrini-
00
Cat anti varchanical auttlysts, all the cortibinvil alumina and
Qica are utually relaird to kataillite ill the mildli"'Of vl.sy' p0*
and Ili Ific ticit-rujinati-tit III cl,,y tulAtmice; flij, i, ljol
1%actlYvIWrftt. It is (o use "Feth(Al, IWIttki(tilix'4 00
#IPtrT vx4ct determination III vurium tyjIIm. 0 alurnin~ih 00
catesviteringintoctt". Knowing the physk-Al proMtie,
?I the'v alumilliftilirair-, at is Inuch riewy 11) Alel"filint. the 00
:-IIMACI"Wi%~ A the vby mudied troin it, t-intipincrit%
jS so
h,-%- pr' qWf ic-'irr L Ill)" it
00
so
oti X, 11 a p9 a zi It of
Ole 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 410006909 0000000
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so
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Q or it it 1: 102 041 401 0*1 tot to At It 11 a a I I f 0' 0
a a 0 0 0 0 0 0 0 0 '0
0 0*000000*04 6 see *of

oil p 41 1~4
Ila
tp~
C2
VO
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Ai
F-S
4-a
all A
I its i~51151;0 it
q glvlffl.ffsigll
mgsi '1 -00
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contrut of Sodaluallt *~d &%hrne h 20 to 5b%. The tv,
milliontcas.
Tin dielculty Presented in concentrating " am is the
presem of Ti w0 Vt. A cow"uste camilliftilks M%
ALO% is a defiatte pabib4lly. This dcpftk 6 a vabusbk
too -MIUW OMM for the ptodactift el-ollonAs PW Ai
ructal. The Kos~"l dnwalt. 97 krn. soudma of
Kounrad, condos a two puts* am contains 10 to 07g.
ondtheodwrover50%ond-L-le Thedeposit"Ma"IT
Vlv'i~kxstt4U2km.iZt-bZt-~iDeklim-Ats. Overs
secondary quo"alle arm of MoOW sq. tn., 4(l to me,;
andalulito wu lottod" In the depodt al Kasyl -Tow, 25
kra. south of At-Togal, wtft found (our areas of s; judary
quwtxitcj containing 10tolliblrandalositetwicbedby6to
ilb%mrandstruanddisoparv. In addition 30to6ofoalu.
nitewasalsolouDd. lutbenorthrrnbrawbescithenek-
tsul-Ata Mocatains 6 the Teirracs deposit coming an area
of 270.OUD *I. w. and containing 30 to 60% andslusite.
T
b: vah. W andalusitc 1. tk. productl. .1 refractories
is provtd. It it used in the production of spark pluts,
Protective coatiiss in slasameltins pots. stoppen and
Ming, 1. Ocel-plg ladles, refractorl. for cupolas.
ctc. bl.Ho.

1*09*9 * 0 fee 0000 00 0900 of 00000 0 00 0 000 000010
low a 6 Ict 4 90 A L a N 0 P11 a I Ip" is 11 H U m 0 is v a if A* 61 4 4) d 61 0
A- AL ~4-L-q, 4- 0 t -1-* 1-1- t ill CR at is TS
IT31144111410 V111,019
qo.v_M. 11., and Zywyan", A. 1. KAIAKII- 0'
1-TAN IA%IIAI t;V41111 1. Ocmr-j~,wy. 10 11 ',1 V 26 1 2 1~11
Al A; thr S Vic. moil. &Atakh'imt i, I'mit'lit"lly lh-h S
0111 NiallytJ41111.,i ill I-it"lit, fit -illd nultit-muft lquall Vvill. "I allim.1 ;V-V,r
00k reowww"I Ifton whim11% RMI their l%pW4tw*RI I, liot Kart-CIwku i1rimit, 3,N kill vm%b of the
metsick-MI As 1W.-witi. Pi'UTICAm thol-4k.. vithet jq%,~
I%"-Itwktl 44 hK"O
411111 vilify v%pUnted im %uitaltir for iinitimit..tv 11titterral, Milainiliji till W 70' AthiAhl'Ale find mitIsr"M
ft Air 41cwtitmA. Ttw twinix,flups drixisit local"t 1441 kin itiately 15r~ katilinitr. The KunictAl driltwit. VAI kill.
"t Of KAM"1141 44 VPtjnU1tV4I 10 C(MitAit! IL111.111111 11M, ~mthvve%tof Kark4rahnk. timiltri'm 10.q. kta.01 semwl-
am.
The andalusite ctinvent is all to Slr~l poil there s, ary quarlsiles. withill it air thrm arrAs mulaitlins
its . pytok,hyllitt. The rich me% contain W Anil Insite. Thetiucthvu~trfgl r 2"OX4(IOnI.coPtAJJ1U%
izlis alwarve, I(XIII x =01111
kis than 2`-, FrA, Real k" than 11',; VOO + Na,(V SR111L.11,
*41111 nw 'If thi. tletloil "IntAill 4111; t"Itaillillif ;w to all ; AndAltititir mod to to 3(W.' ItymPtilct 00-
the loo-trat mrs miltAill 16 to w1j, amutu-itr, file. The third Area. to Ow mothwest. contaim 40 to Mr'
The Kounmil dirl-it is tlutmi"I at wvml ticifficai tm#.~ AtulAtuslic. Sevrtal kilt"ticirew with of Xurlwtai i- lh~ 0
The imiribeers put W thi- deju-41 comprisei air mra of
Chok-JUrla drix-il. covilmi,inS INVIIIII -Q. Ill, And C~mt 00
ISiI;Ih0 sq. in. and it, wittlitirn Ian is approXiMately sistirill of wcxmlA-ry quwlttitt~ vontAininit 30 to 61"; AudA-
(W sq-m. 11w ore (A the northern tictwmit t3xitainh ovi-t IU%itr. With ft InAlkilltUri A KY", FlWtY kilMICtM %Mth'
UU111A.1
it' ArTandAtutiti. east of the Monty VittOW41 RAOSM(I north Of K I ?
TV alva.,
kin. vmwlkw~l -if Kmintad. It ecsim-t% of quatisil,, I. the Sh"hen, I~ACA 4cluvrit. It of IN
"Wi4i"Ifte Ill to 1W)", .4mixiti.fir still ~trctchr. .%Vf act ~Nwltainjnff 1.5 w 11";. 40 lil.1411;, Af"I #Up to Me; alftwit
I-mie -#the lwtt,-t *uivryM part. %itc. Thb arcem n --nly ixtrtly xu"vyrd Alld twxAMNY MI 00
1-1 thi, arrA the mmit.funicontent is Cd) Ill 78`1~. 11wile- tainct owe than is prv~,ntly -tintatmi. The AIW dqpmit
Ikku delkwit% are Itwated 150 km. PoutheAm DI KAtkadna, is Imated 17 kin. Ifemn Ust'-Kattlenotfor%k. The mim"I, 00
06 insk And civnitwisr V.5 %q. kill. In mmir its parts vrers, found theire are qwtt& diAthenc, andalusitc, wficitc. and. 11 010
ThcAL AS &CCOMIVAnyiVIS IUilICfAI% filtilf, 14711011ith"". WoPhyl
~6-n delmmil i. I,vafal VAI kill. mitilb -4 KaikaralinA fite, arki er"tigittims multotinch The c9tribinvil tn"Itelki
.111 the I"hill, ~J Itte Kyffyl-RO The ~c- A arstinjuxler 410 disthrilic I* !Nitn Mr,,,- TbervwtvrcA
cW#dAtY fP"tlJEiIC* CUnIalining Ill to 74111*~ AMUMAtt stirrich Ibm IllirwrAl, i, estintal"t At myn~l -111k.. t- r9w
1Wrl All area of 3 sq. kku In additim. form outcrvf,~ Aj
C-
Ilk 0-4 1 v OF 1 9
is
4, 0 It It " It It ItA a is R 4 11 14 0% It 13 11 at I I A 0 11 - I
Go**#) go** 40 a see 0 0 0 0 0 00 60 Ve
4111 1-- ach

10-9 "1
of Ti AM Fe. A com-rntrAte conimning M"i Alith i~ a
ckfinite puftumity. This d.t t' a valtuble raw-
ntAtCILJ ~cc (tic thr proilzir.1of siltunin and A) metal,
T%c $:~Kysyl dclitmit. I),- km mtiujst 0.4 goubrull.
I"
ilv, Ilk to 4J% And tit,
ronpitt. a twit IwN.. .,,it c.,nu
..-I ThrAvix-it "Mjklk~iv ul" i
=1 kin. -withe411 (it llclcuu-Ala. Olk" a kim-lUt
40 Q1%dAlU1i(V
rfinid. In thr dvjx~it of Kaj;I.Tali 231m. somth 4
Alt-Tott.i. -"r found ((Rif arv;'~aMI-of"taty quaritit-
t-ontaining lit tit ;VV. jntl.iltk~nr rnriclwd by 5 to I-W,
comniclunt adil dkojwr. In jilditim 341 to .110"I alunite
wa.% at") 14'Und lit thr nkV0wr" twunChrs of thr Ilcktau.
00 AtA. Nfotktsunl~ i~ ttw Trictnes del"it crovefi.10 i4st Am of
.rayhli) qL lit. Anki containing 'Itl to 50"i alhlillil-il[C. The
00 volut c,( anglalti.itr ill the productitku of rrfmclork-s i,
00 Iwornt It i. umA in the ptcultwtion of ~Ikatk plup. Iviri,
00 OW k,k"tlnK. ill OL'-weltillot Itot%. -toplW1, arld fint"4%
IcTl I"imfing Milk" ".1roct'"n- fm '-ul.'I... "e.
00
00
00
so
00
0
0:0000000046000 000000000000000000
000000000000000 090000000000000 4146090
0
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46
be
9 0
0
100000 90

NONOROV, A.V., doteent-, KOSHMIKOV, H.S..
professor.
-
[Building materials) StroitelInys materialy, Xoskva, Gos,isd-vo lit-ry po
stroitalletyu I arkhItekturs, 1953, 295 P. OMA 6;12)
(Building materials)

16(4) SOV/96-59-4-5/17
AUTHORS: Koshurnikov, N.L.,and Komarov, V.K., Engineers
TITLE: Breakdown of a Flood Gate Made of Low-Alloy Steel
(Razrusheniye zatvora iz nizkolegirovannoy stali)
PERIODICAL: Gidrotekhnicheskoye stroitellstvo, 1959, Nr 4, pp
23-27 (USSR)
ABSTRACT: The article deals with the breakdown of a 3.5 x 5.7
m flood gate made of I'St.NL-21' type low-alloy steel.
The defects consisted of crosswise ruptures and fis-
sures in the central part of the flood gate and also
along its welding joints. In addition to this, the
flood gate had deflected inward as much as 135-150
mm. The breakdown tas attributed to insufficient
stability against vibration stress, which in its
turn was caused by the following factors: 1) poor
welding; 2) poor design; 3) incorrect pressure
distribution within the flood gate's framework;
4) wrongly-made apertures and slots which caused
Card 1/2 the flood gate vibrate even when closed. The break-

SOV/98-59-4-5/17
Breakdown of a Flood Gate Made of Low-Alloy Steel
down was also hastened by an exceedingly long serv-
ice period in a half-opened state, thus promoting
vibration. There were no inspections made for as
long as two navigation seasons. As a result, the
paint had completely disappeared and 'the flood
gate was thus seriously corroded. There are 2
tables, 3 diagrams and 2 Soviet references.
Card 2,12

KOSHMIKOVA, N.A.
4MX~-"
Histopethology of the ovaries in chronic inflamation of the fallopian
tubes and its residual effects [with summary in English]. Akush. i
gin. 33 no.3t74-78 157. (HLRA 10:8)
1. Is Institute akusherstva i ginekologii (dir. L-G-Stepanov)
Ministerstva uIravookhrananiya RSFSR
(YA11WIAN TUBBS, din.
with ovarian hiettipathol. changes (Rae))
(OVARIBS, pathol.
changes in fallopian tube die., histopethol. (Rue))

KOSHURNIKOVA, N.A., Cand Mled Sci -- (diss)"Histology
of the ovaries in 11*0.1). *nflaination of' the f&lloj-j,,-n
tabes and its r~'-- * . z 44z-d- , " . Mos, 10,5R, 7 Pi
.-OtIPP44 ~- ~ -
(Min of Health USSR. Central In5t for Advanced 1'raining of
Physicians) 200 colies (n, 39-56, 112)
- 66-

28232
S/58 61/000/000/003/020
D299YD304
AUTHORS. Bogatov, L.V. and Koshurnikova, N.A.
TITLE: Changes in the blood system of rabbits with multiple
repeated external gamma-irradiation
SOURCE.. Lebedinskiy, AN. and Moskalev, Yu.I., eds. Biologiches-
koye deystviye radiatsii i voprosy raspredeleniya radio-
aktivnykh izotopov; sbornik rabot. Moscow, Gosatomizdat,
1961, 29-37
TEXT; For a fuller study of the changes in the rabbit blood
system throughout the whole period of prolonged gamma-radiation a
complex study of the findings from hematological and cystological
examination of the hemcpoietic organs was made. The rabbits were
killed off after total doses of 210, 420, 630, 900, 1410, 1920 and
2490 r~ A detailed account of the changes in the bone marrow,
spleen and lymph nodes is given. These changes can be broken down
into 3 periods. Perioe.. I from the start of irradiation until a
Card 1/4

Changes in the blood sy!;tem...
28232
S/581/61/000/000/003/020
U299/D304
dose of 630 r. Changes in the peripheral blood and the hemopoietic
organs increase. The inhibition of granulocytopoiesis and thrombo-
cytopoiesis in the peripheral blood and the inhibition of lympho-
poiesis in the spleen and lymph nodes are accompanied by a rise iii
leukopenia and thrombopenia in the peripheral blood. Thanks to
greatly heightened regeneration in the crythropoietic system, the
red blood does not change. After a dose of only 60 r relative
hyperplasia of the red growth begins. These data are contrasted
with those of O.V,. 43elousova (Ref. 1: Patologicheskaya fiziologiya
ostroy luchevoy bolezni (The Pathological Physiology of -icute Rad-
iatio-n Sickness), M., Redgiz, 1958, pp. 192-211). Period I is
therefore the period of primary reactions, marked by early simultan-
eous onset of changes kta erythropoiesis and leukopoiesis, inhibition
of the white growth and hyperplasia of the red. Period 11 from
900 r to 1410 r. This is first marked by a sharp drop in the abso-
lute number of erythropoietic cells, followed by stabilization on
a low level. The number of nucleus-containing cells in the bone-
Card 2/4

2-1232
S/581/61/00011000/003/020
Changes in the blood system... D299/D304
marrow fell to 33% of normal as a result. Mitotic activity was
greatly inhibited in both the marrow and the lymphopoietic organs.
The lack of rising blood system changes in this period indicates
that the rabbits were adapting to the rhythm of irradiation; new
reparative processes apparently developed under the protracted ir-
radiation. Period III from 1920 to 2490 r. This is marked by
relative normalization of the hemopoietic organs' quantitative
composition; total cellularity increases to,66/'o of normal, as oppo-
sed to 337a in period II,, Mitotic activity increases and the number
of erythroblastic. cells rises more intensively. Under protracted
irradiation qualitatively new cells, capable of division, can appa-
rently emerge. In both the red and the white blood of the marrow,
spleen and lymph nodes cell regeneration proceeds normally, but
with greater mobilization of deep reserves of hemopoiesis, as is
indicated by the increai3e in the number of reticular cells. The
main preference is for 4-rythropoictic regre-neration, as the most
Important process for tbuB continuation of life. There are 2 fig-
.L
ures, I table and 20 ret-lerences: 11 Soviet-bloc and 9 non-Soviet-
Card 3/4

28247
S/581/61/000/000/018/020
D299/D304
AUTHOR: Koshurnikova, N.A.
TITLE: The histopathology of the sex glands in rabbits affected
by incorporated plutonium
SOURCE: Lebedinskiy, A.V. and Moskalev, Yu.I., eds. Biologiches-
koye deystviye radiatsii i voprosy raspredeleniya radio-
aktivnykh izotopov; sbornik rabot. Moscow, Gosatomizdat,
1961, 164-172-
TEXT: In view of the shortage of published data on the effects
of incorporated radioactive isotopes, the author made a study of
the histopathology of the sex glands in rabbits affected by incor-
porated DlUtonium at both near and remote dates after the isotope
entered ihe body. Pu(1403)4 was injected intravenously in the fol-
lowing doses: group 1 21, group II - 14, group III - 7 and group
IV - 2.,;,Lc/kg. Groups :1 and II sustained acute and subacute radia-
tion sickness and mainly died of aplasia of the bone tissue. Groups
Card 1/3

2P247
S/581/61/000/000/018/020
The histopathology of the sex glands ... D299/D304
III and IV showed symptcms of radiation sickness. Group III ani-
mals died mainly of cirrhosis of the liver and group IV animals of
osteosarcomata. Histological examination showed that part of the
plutonium was retained in the connective structures of the sex
glands,. The incorporated plutonium led to a whole series of patho-
morphological lesions which broadly consisted in the damage and
death of the parenchymatous elements of the testes and ovaries.
The degree of illness varied with the dose of plutonium and the
time which had elapsed since its injection. In the e arly stages
the main role in the development of pathological lesions of the
sex glands is played by the direct action of radiation; at later
stages the general state of the body is of prime importance. The
changes in spermatogenesis were of a phase nature: inhibition
phases alternated with phases of restoration. Spermatogonia were
restored by the undifferentiated cells of the sperm ductules. In
the ovaries restoration apoarently did not occur under the constant
radiation from the incorporated plutonium. There are 2 figures, 2
tables and 17 references: 8 Soviet-bloc and 9 non-Soviet-bloc.
Card 2/3 1

28247
The histopathology of the sex glands ...
The 4 most recent references to
as follows: T. Carter and oth.
L.C. Fogg a. R.F. Cowing, Cancer
11. Questler, J.P.M. Bensted and
501 (1959); R.H. Mole, British
S/581/61/000/000/018/020
D299/D304
English-language publications read
Brit. J. Radiol. , 27, 320, 418 (1954);
Res., 11, 23, (1951); L. Lamerton,
oth. British J. Radiology, 32, 380,
J. Radiol., 32, 380, 497 (1959).
Card 3/3

S/742/62/000/QOO/015/021,
1015/1215
AUTHORS: Lemberg, V.K., :Koshurnikova, N.A., Klyzhuk, K.N.
TITLE: The effect of incorporated plutonjum-239 on the
"rnbbito
blood in
SOURCE., Plutoniy-239; r.ispredeleniyev.biologicheskoye
deystviyc, uskoireniye vyvedeniya. Ed. by A.V.
Lebodinskiy and Yu.1. Moskalev. Moscowt Medgiz,
1962p 92-102
TFjXT: The effect of incorporated Pu on the blood has been in-
sufficiently studied and tho data present in the medical literature ~J
i
Fj a matter of controversy. Experiments were carried out on 119
rabbits (Shinshil strnin) weighing 2500-3000 go They were adminis-
tored i.v,, 7 and 2rCa/kg V.i#. of plutonium nitrate (pH 2) The
Card 1/2 T

S/742/62/000/000/015~021
1015/1215
The effect of incorporated plutonium-239...
peripheral blood and the boric marrow 'were examined-during life and_
after killing of the animalc as well. The investigation lasted for
15 morylbjhs. The distribution of Fu in the hemopoietic organs was stIX_
idied histoautoradiographically. A part of the tadioisotope was re-
tained in the reticulo-endothelial systein. The bone marrow was
-illy due to the distribution oh -4
affected foc. ar4cteriBtics of Pu in
RD -cello. The lymphatics were relatively well Vreserved due to poor 1
distribution of Pa in the lyinphopoietic organs -(the white pulp of
.Ahe spleen and the germinati,Qre centerd of the follicles in lymph no
des). The peripheral blood 13howed only very Pli&t changes., This
was considered as a result'ol increased hemopqIesise There "d 7
figures and 1 table.
C
ard 2/2

-'--TITLE: :-Content
t s af
cal dhanges in ese. brigan
A
io
Lvnykb Azoto v- (Disi 4tion-
akt:'
PC)

`tmqrs,~~Ab,.
-ITI-th urnales t~orl

EWT(toL
A.CC NR, AP6014669 SOURCE COM. tM/0241/65/010/010/0037/0041
Jl
AUTHOR: Yerokhin.. R. A%6--Erokhins 'R. A.; Koshurnikova. N.. A.; Ternovskiy, 1. A.-
Ternovsky, 1. A.
ORG: none
TITLE: Gamma-spectrometric intr
avital determination of Pu in the living organism
-SOURCE: Meditsinskaya radiolo a"
giya v. 10, no. 10, 1965,37-41
TOPIC TAGS:- plutonium,.gamn,spectr-ometer, radiology, americium, scintillation
spectrometers photomultiplier, pulbe-analyzer, pulse amplitude# rat, liver/FEU44
photomultip~lier, AI-100 0 se zer
ate of
ABSTRACT: :Th r an experlm t; I d6termina,lion of the possibility of,
;the direct intravital me"urament of'?N and Am,241 2 the organism by means of
ca rometeAgel5resented. The principal components
of the spectrometer used were: a, Hal( scintillation crystal 20 mm thick
e-
and 40 nm in diame-terp -with an FBLI-24 photwhatiplier and an Al-100 Pula
iamplitu _&i
do analyzer. White rats; were Men intravenously or intratracheally..
wate salt with a PH value of 2*OB
Tu in the form uf the nil ~Wlj - in the
wwunt of 5 microcuries,por rat,0 ov in the form of the nitrate
CM(NO~) with a PH of 2. a.. in the amount of 2-72 microcuriee per rat. The
Pu ~an ~~l contents of the rat organism vere mea4ured immediately aftm%-
ward Ias well as at interveU of 1 -2. 0
s. , 4s 9s 16 32,, and 64 days. Lung
activity veried identi~41~4k rata: intratrachea4y pRisoned with Pu and kA2"
rd 1/2
C UDG*. 61L4M.927.994-073-504

L 24233~&$
ACC NRt AI?6DI4669
0,
nitrates': toward the 16t'h day the extivity dropped'30%; toward the 32nd dar.,
150%; mid tward the and of thOexjx(r ti 65%. Throughout the experimentj
,-the content of Pu exceeded that of The dynamics of the change in Uver,
-Ang administi-ationa, :'the Pu-nWjiO--t'6%wd the 3rd., 7th.9 30tN
activity fallo
oand 60th day vas 97j, 72* 41-90, and!22.5%,O: respectively, for Am241 these dyna-
Imics differed someiihat. In addiW~np the minimi amowts of Pu and AM241
'still. detectable by thespeetromdric meth6d in different organs (kidneys,, I
I liverj, hip,,I spleen) were determinedib for Pu.they were found to correspond to
q?9l"904! nicrocuriev per- rot orj~=O.and for Am~4p, tp, 0.0028-0-0097 nicro-!
cut es per iit.organ
and 4 tables. [JPRS
g!
SUB CODE Oqj,~2
!MATE'S -l2Jan65~./_._-OkG,-IREF:-, 003 UM REFS: 005
A Cord 2/2&11a~:

KOSHURDV B V kand. tekhn. nauk; PAVLYUCHUK, A.I.; TAYTS, YO.I.;
':' --J'
-~~:~;DOIUV, A.I.; VAKSER, D.B., red.; FREGER, D.P., red.izd-
ve.; BELOGUROVA, I.A., tekhn. red.
[Use of diamond tools in the manufacture of machinery) Pri-
monenie almaznogo instrumenta v mashinostrocnii; stenogramuma
Iektsii. LeningrBd, Leningr. dom nauchno-tekhn. propagandy,
1963. 30 p. 0-11RA 16:7)
(Diamonds, Industrial) (Metal cutting)

KOSHUTA,--,A.A...--.
I-,- I-.- --
Use of a multiple correlation method for establishing the
relationship between the cost of electrical machines and their
principal parameters. Energ. i elektrotekh. parom. no.1:47-51
162. (MIRA 15:6)
1. Kharikovskiy inzbenerno-okonomicheakiv institut.
(Electric machinery-Accounting)

KOSHUTA, Aleksanir A-leksandrovicb; STEBUNOV9 N.S.,, red.;
SLUTSKBA2 TS.S., mlad, red.
(Determining prices for the products of machinery
manufacturing] Opredelenie tser na produktsiiu mashino-
stroenila, Moskva,,, Ekonomika, 1964. 75 p.
(MIRA .17: 11)

\1
BATI, A.A.; KOSIUTIN, B.N. (,Moskva)
Stat'~
tical studies of crane loads. Stroi.makh.1 ra3ch.
soor.' 2 no.3:1-~ 460. WIRA 13:6)
(Strains and stresses) (Granes, derricks, etc.)

KOSHUTIN, B. N.,-Cand. Tech. Scl. (diss) "Determination of Co-
efficient of Overloading of Vertical Crane Load on I.Jasis of Sta-
tistical Study of Operation of Cranes in Workln-- Shope," loscol'T,
1961, 26 pp. (Acad. of Construc. and Archit. USSR. Centr. So.
Res. Inst. Construction DRsigns "TaNIISKII) 160 copies (KL Supp
12-61, 269).

r\10SH0_,,N, M.P*
PHASE I BOOK EXPLOITATION 1076
-Leningrad. Politekhnicheski3r Institut
i
~Dinamika i prochnost' rashin; (Dymamics and Strength of Machines;
Collection of Articles) Moscow., Maghgiz, 1958a (Series: Its:
Trudy, No. 192) 234 P. 3,300 copies printed.
Ed-.: IAirlye, A#I., Doctor of Technical Sciences, E'rofeBsor;
Tech. Ed.: Pollskaya, R.G.~ Resp. Ed. of Series; Smirnov, V..A
Doctor of Technical SciencesP Profeitor; Managing Ed. for Liter;t-lure
on the Design.and Operation of Machines (Leningrad Division,
Mashgiz)'-. Fetisov, Fels, Hngineer.
PURPOSE: This collection of articles is intended for scientific and
engineering workers concerned with problems of dynamics and strength Of
machines.
COVERAGE: The collection contains articles on problems of the theory
of elasticity, Oscillation,, and automatic control.
Card -1/5

Dynam~os and Strength of Machines (Cont.) '1076
TABLE OF CONTENTS:
Foreword 3
THEORY 01' ELASTICITY
1. Dzhanelidze, G. Yu. Saint-Venant's Principle 7
2. Dzhanelidze, G. Yu. Stability of a Strat'Loaded-by a
Following [Nonconservativel Force 21
3. Koshutin, M.P. Problem of Bending a Cylindrical Shell 28
4. Lurlye, A.I. and-,Prokopo,~., VK. Calculation of,,~,Forces
.Acting on Spheres Supporting an Eccentrically Loaded Plate 36
5. Prokopov, V.K. Equilibrlum,6f a Hollow Cylinde-r of Finite
Length Loaded Symmetrically About its Axis 43
Card 2/5
Dynamics and Strength of Machines (Cont.) 1076
6. Uflyand, Ya. S. Three-dimensional Problem of the Theory
of Elasticity for an Infinite Body With a Plane Slit 6o
7. Solyanik-i-Krassa, K.V. Compression and Bending of Open
Spherical Shells 71
OSCILLATIONS
8. Borkovskiy R.I.., Kats., A.M. and Prokopov., V.K. Theory
of Linear fFrequehey:,)Filtering Accelero meters 83
9. Lurlye., A.I. Unsteady Motions in Quasi-linear Self-
contained Oscillating Systems 98
10. Lurlye, A.I. and Osorin, V.I. Application of Extremal
Chebyshev Polynomial to Synthesize the Mechanical Layout
of a Vibrotransmittor Designed for Slowl~ Varyifig-
Overloads 109
Card 3/ 5

Dynamics and Strength of 14achines (cont.) lo76
11. Pokrovskiy, V.V. Stands for Vibration and Impact
Tests 128
12. Vasyutinskiy, S.B. and Nag6yenko, G.P. Design Diagrams
and Basic Equations of Electrodynamic Vibrators 141
l3a Sorokov, S.A. Vibrations of a Circular Are Under Concentrated
Load 154
AUTOMATIC CONTROL
14. Dolgolenko, Yu. V. Exact Determination of Partially
Sliding Periodic Regimes in Relay-operated Control
Systems 171
15. Troitskiy, V.A. Self-vibrations in Controlled Systems
With Several Control Elements 201
Card 4/5
Dynamics and Strength of Machines (Cont.) lo76
16. Troitskiy, V.A. Stability o- Intermittent-control
.L
Systems With Two Pulse~ Elements 220
AVAILABLE: Library of Congress
GO/ksv
1-27-59
Card 5/5

ROLIK, A.I.; KOSRVANETS, A.Te.; YAKOVLEEV, A.I.
Study of thn operation of axial fans in the cooling system of
high-speed PS motors. Energ. I ololitrotokh. prom. no.3,38--42
J1-S 163. (MIRA 16-10)
1. Kharlkovskly avlatsionnyy institut.

TRINAMIG, Ljubo, inz.; Koedy Dtmar, inz.
problems of schools amd skilled vocational cadres
for chemical industries and scientific research.
Alm hem ind 239-257 1621.

VERESCAGIN, I.K. [Vereshchagin, I.K.]; KOSIA'CENKO, L.A.
On avalanche-processas in electroluminescence of single ZnS-Cu
crystals. 6bekhosl fiz zliurnal 13 no.205-88 163 ,.
1. State University, Chernov-tsy, U.S.S.R. '

-2
1-1-66
SOURCE CODE: PO/0046/65/010/011/066
ALL NK: 1/0668
AP6014465-.
AUTH OR: Flor wski Tadeu -Fli rkovski,, T.; Kosiara; LnsD=j=K syara, A.;
ko sz No
Wa ___Mart~L-Va
silewska,_ AMska, M~ 4_;11
ORG: Nuclear Engineering Institute, AGH,_Kr (InstyLut Techniki Jadrowej AGH)
akQkL
TITLE: Comparison of radioisoto .pe bremsst-rahlung sources/4r'excitation.of the
characteristic radiation in elem~nti--oY-14-Te-s-s-EVan-oF-equal to Z less than or equal.
to 50
SOURCE: Nukleonika, v.*10, no. 11, 1965$ 661-668
TOPIC-TAGS: bremsstrahlung,,ra&Loisotope,:titanium, zirconium, promethium, x ray
ABSTRACT' Results of measuremeryLs for the determination of the detection efficiency
of the characteristic ap of '.Light elenents excited by the three bremsstrahlung
sources 3H/Vi, 3H/Zr alr 17pm/AL are described. The detection of characteristic
x rays of elements, which have the atomic number lower than 20 was performed in the
hydrogen and helium atmosphere, ~4at appreciably increases the total detection
efficiency. The authors thank h~of,-Dr. L. Jurkiewica for valuable advice ana discus-
sions ontbe carrying-out of the Measurementeas well as Dr, X.-OatrDweld for discoyer,
Orig.art. hass 9 figures and 1 table.,(NA
of the new type of proportional. (iounter. _j
SUB CODE: IN 20 SUM DATE; ODD0064 ORIG REF3 001 OrH REF: 002
COM I /I

thiversal valve voltmeter. P-7,
(Publict,.tion for amateur radio operators. Title waries: 'Lel"Ore
1915h, Radio Armtor. 11-Ionthly). warszavra, Poland.
vol.5)- 7-o--T)--Ip-r-l955-
~~onthly list of East European ilcc,~ssions (EEAI), LC, Vol-9, n0-1, jan.1959.
Uncl.

Y,,OSIA,RZ, E.
Polish War Fleet in World War 11. Pt. 6. In the EnElish Channel
and on American shores. P. 6.
MORZE. (Liga 14orska) Warszawa.
No* 4. Apr. 1956
SOURCE: MILL LC Vol. 5, No. 7, July 1956

KOSLUIZZI E.
Polish 'i-hir Fleet in World. W:ir II. Pt. 7.
The last year of war. (To be contd.) P. 6.
I-TORZE. (Lii-,a Morska)
Vol. 11, no. 6, June 1256
SOURCE: E-E-AL LC Vol. 5, No. 7, July 1956

"MM6 re
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skill 9144kh. (11w, dinlAw 54"'t.] NAtowill, see
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14~'. 1'wr~ 2. No 9 ) DWH -An 'nal) 114,11.its'l de-wriplivc mildy rj the clilimts;
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IfIcso wit Q.-V gin 63401 ow a- M
0 $01 0 Ile a 011 a I IS Is 9 a 0 3 a IF
it it INS 94

KOSIBAI ALEKSANDER
Czestosc szaty snieznej na Ziemiach Slaskiche Wroclaw, Naki.
Wroclawskiego Tow. Naukowego, 1949$,, P. 90.
SOUME: East European Accession List (EEAL) Librar
y of Congress
Vol. 5, no. 7,, August 1956.

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3.11-210
KO -U*kowiderp Czestoso santy onlesuej na Zlemlnoh Sl"k1ch.
ncy of snow cover over the Silesian Terri,017.) WrOclawski
Towarayotwo Naukow4p, Praco, Ser. B., No. 21, 1949. 92 p.17 figs.
2 mapso 34 tableat 122 refs. MJ-EH# DLG-A detailed techr4c al and.
atntiatical Btudy of many aspects of snow cover in Sdieaia-Dne
of the best works of this kind published. The general appearance,
formation, thermal conductivity radiation characteristics (solar
radiation on surfaes and at different depths). outgoing radiation,
t-erual balance of ground and Boil moisture under the snow cover
atmospheric turbidity and heatbalance In lower levels above the
snow cover, on" cover in relation to ecological, bioclimatic
and transportation or commuoication ocnditionB, hydrological factors
(snow melt and runciffand lastlym the Bources and nature of observational
data used In this atpdy are discuseed.Detailed color chart*, analytical
and statistical diagramn and tables and an excellent bibliography are
Included. Subject Headings:1. Snow cha-r-a-4--r-1-41 cover
2. Snow characteristics 3. Silesia, Poland. M.R.

KOS 6 fl
A_
4,2-11~i 551.524.4: 551.584. (43~~
Kasiba, AhIsatider, ZapA-iienle plonowyth r6znic klimatyr-mych w przyzlemnM
'ay.- [Th( -.nflon vf vertical climatic differences in the lowest strata
Meteorological Abst. wers - q'-1 ~ -
"I fho aJmoqJ;hVrcJ Przt,,clqd i Hydrolagirzny, Roc_-nik,
4 No. 2 19st. fg., 3 tables. English summary p. 133-110. DYM-This is a comparatii-c anatlysts
Feb. 195 '-2 of tempt rat ures at sta ndard lcvtIa 2 n, above grou nd level and at 5 cm heiszht. Thenwasure-
Radiatiod and Temperature inents were made at the Institure of Meteorology and.Climatology of the ~V;~ckw University
during 1949. Monthly and yearly values of: mean temperatures taken 3 times &-tily. averagc
and abq)lute temperature minima and maxima, mean daily amplitude, high". t wid lowest
daily mian temperature, as well as the number of days with characteristic temperature at both
levels are tabulated and discussed. The ituthor emphasiz" the importance or tit M. tem-
peraturv differences and the need of further investigations of the pbenommion with regard to
agriculture. Subject Headings: 1. Vortical temperature 1prtidlent 2. Mmicroclimatollogy
Tem;mture variations 4. Agricultural metearolop S. Plitsad.-A.M.P.

K 0 s
S.1-39 55 I.SO6 (439)
Meteorological Abat, 1' 9i a Alekmnder (ed.), Observacje dobowe we Wroclawitt. Observations Journal res
rosc aw 1950. [Daily ob.,ourvations at Wroclaw, 1950.] AS'rodaw. Obsert2uYn
I J~~
Vol- 5 NO- Alric"&-rii i Klininryter i. Prarr, No. 5:4-48, 19S2. 13 tabk,. In Pjlihh; lcl;q%ds and
Jan. 1954 61111ittlarv (1). 59) in French. DWB - GrImplete obterviiii(mal date (thrvk-, limes daily) for
Part I the ustial climmolol;ical elentents, incluging also visiwlity in(] bunshioe duration. Monthly
Sumolafics giv- .0611 111-Viation from simm. Wealher prm-m4is iii 1950 art! reviewed in detail,
Meteorological Subjerl Headings: 1. QhatrvdIqnaLdxts I. Wroclaw, Poland.-A.A.
ObServations and
'Instruments

K0�IBA. A,
"Problem of Moisture Balance-in Silesia in the Light, of Variations of
Relative Hunidity." P. 58, (PRZ'tZLAD MOTEORCLOGIC'"'Iff I II-IRC-LCGX NY,
Vol. 5, No. 3/4, 1952. Warszawa, Poland.)
SO: Monthly List of East European Aecessions, (EEAL), LC, Vol. 3,
No. 12? Dec. 1954, Uncl.

YOSiE.,-.. .".
"Conditions of the ol' wricli-Is fornis -f crystals in atmos ':`!~elric sn~',:. 11
Gazetf; 01--emiat-jra. 'L;rszuwvI lrr~,i 6, :To 12, Dec. 7-;. 1
I 1~
SD: FLstern Exropeon I-!ccessions List, Vol 3, I:o 10, Oct 19~,41 L-11). of Coni-Teo's

XOSIBA, ALEKSANDER.
Opadly sninne na Slash, Wmclaw, Panstwowe Wydawn, Naukowe, 1954.
40 pe (Wroclawakie Towarzyrtwo Naukowe. Vaco. Seris B. nr. 71,)
(Snowfall in Silesia. fold, maps , diagra.. bibl., tables)
So. East Far4ean Pcoessions List Vol. 5, no. 1, Jan. 1956

Y.C`.. 11'
Y )A, A.
"The S-owfa2ls in Silesia", P. 136, (ACTA GTC-.TIY; 1CA PUCTICA, W . 21
1'10- 3p 19"-41 Ilarsaw, Polard)
S G -. 'tIontInly List of Fast Furopear Accessions (!--'AL), LC, VC)II. / ,-, !. 11
,.* Ic ~ y
!arch 1955, Uncl.

Tyi
$A82 im- .2
rkg ALTAM M- "Pi 164 dati, NOTO
kli tat
;G*n Or StAtm n); 1 resp
mh t
6&f
aPpe ras e iskyrAl Wr'
.01
1, Affitude Almas ox pttipl
Won
4~
XXI

XOSIBA, A.
Nlq)rovinp, the survoying of PvApcritlon In Polmid". p. 12, (r-AZETA OBSERWATORA
Vol. 7. No. 1, 1953 Published 19.11:4. War~,zawa. Poland)
SO: Monthl~ List of MAst Paropesm Accessions. (3?AL)o LC. Vol, 4, No. 4,
A)pp 1955. Uncl.

YCKB'~, ~!.
I" z mospriere the :;c-
Relationshir, between the occurrence of. cryst! ls o' ice in tkc Lt!
curence of storms."
~- .-. .. ..I I l') 1, "' , n ')
Gazet-a Obcervatora, - T 17 ',f. 14-1'arszmm~ Jol 7, No 3, Xit r..
SO: Eastern European Accessions List, Vol 3, 110 19, Oct 1954, Lib. of Congress

KOSIBA, Aleksander
KOSIBA, Aleksander: "Dzialalnosci naukowe Euginiusza Romera v
dzied-Anie Klimatologii " Nugentinz Romer's scientific Activities in
Climatology). Czasopismo geograficzne.- Warsaw, 26 (1/2): 76-125, 1955.