SCIENTIFIC ABSTRACT OKUNEV, A.I. - OKUNEV, V.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001237920010-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

OLUJISY, A.I.; SALDUTOY, N.X*
..................... . ............M
a and phase constitution of lead during the slag fz=ing
PrOCOBB, 31ul. TSIIN tavat. met. no.4:27-28 158. (MM 11:5)
(lead.-HetallurX7)

OKUHN, A.I.; RTABOT, Yuy.
_,.--O`Mavlor of germanium during pyromstallursical troatment of copner
ores and concentrateB. ?Bvat. met. 31 no. 7:78-84 J! 158.
(MIRA 11:8)
1. Unipromed.7 .
(Copp er- -Net allursy)
(Germanium)

DIT37, 3.3'. rdeceaseal; ~=M, A.I.
Zinc behavior dwing the besDamerizing of copper mattes by meaw
of oxygen-arriched air. Trud7 Ins%.met.U7AN SSSR no.3:51-56
'59. (MM 13:4)
(Copper--Metallurg7) (Zinc-Metallurgy)

S 0 v / 15,.-) -,i -
AUTHORS: Okunev, A.I.~ and Popov!--I.ral L.A.
TITLE: ------ E-x~erimental Study ol" the Proc~i~ss of Siilph~Lr1q Oxidation
by the Continuous Weighing Methrjd
izucheniye prottsessa oki..sleiii.ya t-vinove-,,ovyM
metodom)
PERIODICAL: Tsvetnyye metally, 1019, Nr 5, Pp 38--),-" WSSR)
AMTRACT: The authors state that, in spite of tec;hnicai importance
of the oxidation of svilphides of' non-fori-ou-, motolS and
of ITong tho experlmontal moth,)W; .3r, far u;;~itl tor --,Ludying
the process aro defectivo. Thoir own oxI)erivients were
carried out with a spring-type
apparatus (Fig 1), the accuracy of ueighlng being 0.5 mg
and the sample weight 0.2 g. The sample was heated at
6-7 0C per minute while gas was passed dou7iwards ove.- it
at 125 ml/min. The exit gas was Uik-6n for tdt* -i-ation
with iodine. The materials studied were !rat.uial pyrite,
chaleopyrite, chalcosine and tiure artificla'.1 -,ulphides of
zinc, cadmium and iron. TKejr- couid be d1vided J.;ito two
groups: the first group (pyrlte, maroasite ana Zinc
Card 1/5 'ulphite) practically only 10.,~e W04ght when oxId 'L-zed;
the other gained weight up 11,,7, 1 defljiltu tt~ripEtrature and

SOV/1 -46_59_5__8/"j
Experimental Study of the Proce:3,, of SllPhIde U7AdatJ.rx-. b7 the
Continuous Weighing 14-~bthod
then lost weight. The lo:;-, Is atti-ibutod to sulphur
dioxide evollation, the gain to foTruition of oxides and
sulphates. Fig 2 shows the carves for the oxidation of
iron sulphido (63 74% Fe, 36.3% S). Indit-v!-Aing a gain in
weight up to 400 6C, evolut-Lon of 30? starting at a higher
temperature. Fig 2 also sl,ovs curves for other reactions
involved in the pror;ess. The autnci-s no4%-,.e that the
S02-evolution temperatuze is a fluriction of the experi-
mental conditions. The curves --or nat-aral pyrites (45.95%
Fe~ 51.22% S~ O.Il% Cu, 0.08% Pb, 4.,,-Iar;es cf ZnQ are shown
in 'Fig 3. The absence of welght-gain here i3 attl-ributed
to the formation of sulphates -Whirli prevent further
oxidation. Table 1 gives a conparison of the weight
4, J ti eS
losses with the corresDoriding quanu of sulphur
evolved as B02 f0l' tanaPerai;llres In the rainge 500-275 OC9
good agreement beirig evident at the tumperatures,
while at 5500 and over the sulphlan, evo].vedi as 50,,. exceeds
the weight loss. The results of experiments witti
Card 215 continually rising temperature uepe confirmed by a series
in which pyrite was oxidized uxd'-_r 'L:~.,othermal conditions

"OV/1
Experimental Study of the Procf,--~ of S-aiphidc- rjxida1.-4(j,-. by the
Continuous Weighing Mlethod
(Fig Ir and Tabln 2). WJ.th Zin,-,- '~'vzlphidv. (ti'l,6% Znj
31. %S) diss-c- '-iation of the z:-,nr- Vach
later '#,*ha-n oxidation of i-eaction of
sulphide with salphat6 wa:; fc--Anid tt-, z~trir.. alt about the
same time as its cmidat-Jon (Fig -;). 3ulphide
(78.2% Cd, 21J.,'.- S) -wa'7 by ei:, w-'tli very little
evolution of SO,): rapid galLa .-*In wo-i&t c;(--,.iri~sd (Fig 6)
and the authors c- indiica'.G ti-,X cif statements
in the literature (based or, n,~,asu-7olLf--nt cf --alphur
dioxide evo?.ution) that c~dmi-tim Lulphil~'o -;-- hardly
oxidized. D�ssociaticn of :,,admiium sulph-itc. b,-)gins at
over 700 10C while its reaction with. Ith-e 3ulphide proceeds
at over 650 0G. The most conipli,-ated (Fig 7)
were obtained with m tural (2~,?.47% Gu,
28-30% Pe ~ 31 .25,05 S) . The authors. divId,-, them Into four
zones for discussion. ThE, by a
pyacticaily constant samp.'to wo~ght
formation Of SU1DhijtP, rilld Of dioxide).
In the second zono t1w-;,,,i i,-i :~,'apid in w0l~ht (due
Card 3/5 both to oxidation amt 010 re-action).

SOV /13
Experimental StudY of the p-,.O;je--3 ~,y the
Continuous Weighing Hethod
Lit 4, 1 e e - 7 oli -,:t, 6Z * Ion c)'L
t"' - J. UpU
characterise tho thirl d,,-,je -;Ii trvj7 there
is increased e-: 'rolutio-.-i an-A a-,%-Ap-ld in weight.
The curves (Fig 8) of
cuprous sulphide ar,.-) a--*,,:-.'Lj'.---' -fivij fQr
discussion. in while
:III the second tho sample .a.rjidly and
there is P-,) T11e, third zone
cor7esponds to rapid avol-ation w-;_`- (with
reaction of, c,)ppF,*-,, sulpilddo wit~i :,-,-0i)h,3t8 as well
as oxidation). In the fourttri tlttii!j '-,;'pra~~tically
no S02 evolution aud oxlt4t -tj jjj of t(, ,n1pric oxide
and of resid-aal su'Lphide lcadin~g to 5light weight-
increase. D-j.ssocijat-j0y,,. -,f s-,.jjpjja,6,, gives a rapid
weight decreRoa in ~hq fift*~L 750-770 OC).
Card 1+15 The authors s-'-at,- tbat th,~ they
have been able t3 obtain s'Ao--Y,3 "*--,-.) affecl;-Jlvoriess of the

SOM-41
Experimental Study of the Prccor>s ~31, Gulphi~!E~, 0:-~idation by the
Continuous Weighing Hethod
continuous-weighincr metlicid aiY1 lrozoirimer.d 11;3 use in
0
other fields especially in er-ri'Viri-Iltio'l-1 with other
mothods.
There are 8 figures, 2 tables and 3 roforences, of which
Card 5/5 1 is Soviet and 2 are Rngli--h7

5(2)
XUTHORS: 011-unev, K., SOV120-124-6-20155

TITLE: Equill-brium Conditions in tho Reduction of Zinc Oxide 'With
Metallic Iron (Rnvnove~inyye uuloviya vosstanovleniya okisi
tsinka metallicheskiT zhele-om)
PERIODICAL: Doklady Akndeniii nauk- SSSR, 1959, Vol 124, Nr 6,
pp 1282-126.1 (USS11)
ABSTRACTs The distillation of zinc ir. funing of the zinc contnining
_s is alno determinec. by tfe renctior mientioned in the
title. The equilibrium conditions of this reaction Pre,
however, experlnvnially rot i.nve3tigated (Refn 1,2). The
pr?Sent paper givez, i ohort survey of the results of such
-nn inveztigration of the reaciion Fe, ) + ZnO(
ksolid solid)
FeO (a". Tablc 2 shows the results of

the thermcdynamic analyni~ of the reaction (a) and the
by-.processes (a,icorain,- tc ::eference 3). The equilibrium
conditl'Gn-3 of the rafiction (a) were Investignted according to
t1le provicuoly employed method (Rof 4). Table 3 and figure 1
Card 113 j;1ve the rosultp. In thir3 connection the

!equilibrium GvnditionD in the Rod-,.;ction of Zinc Oxide SOV/20-124-6-281/55
r .
.71-1h :Tetalllc Iron
by-raac-*~- ions (~) ond (v) hr.,? to be conside--ed. Table I shows
their Vi,~rmudynani:: nnalysir, from uhere it was to be seen
that th~~ presiure of zi--..--, develop3d as a result of this
is muoh we%kur thnn the vapor tension of the mnin
pr~.z~eos. It was therefcre picsible to neglect the action of
(b) aaA- (v) a;,,r, (a). It is, howaver, true
Vn,it the eqc1librium tension in reactions (b) and (v)
-"* in connection with fuming of
_r,irpao~_eq the tF~, --on
the I:y ~It5 man-'folti. Under '-ertain -,on~.itiona the inter-
action.3 ~,%i L,) i~.r practliM purDones. A.9 It crin bo seen
fror.-I fiplro I an'l ',.!e comp~!-~190;: 01 V~u data oA-' tables 2 and
t'hc experimcntA'.j found vsln-_-3 of the equilibrium constants
of the reaTtiori (n', agr:?z? -:L-kisfactorily with the values
comou-ced. TLe :inlds fo,7 AH, which wng calculated by
tho n-3thoi of the a.-f-;not-lon. Thi3 may sarve a3 an indirect
fo-r the !.r4flluenea of the by-procon3es. Finally,
ar,~ givci for the tetmp,_3rature dependence of the
of she. iscba.--,;o Potantla'.. Thereare 1 figure, 4
,;I b" ac
Ca'rd 2/3

Equilibrium Condition3 in the Reduction of Zinc Oxide 307/20-124-6-28/55
With Metn1lic iron
ASSOCIATION: Urall6kiy nauchno-i3sledovntel'okiy I proyektnyy inDtitut
mednoy pronyohlonno3ti (Ural Scientific Resonrch and
K r-7 .- in -~ nrtlt"te of Copper Industry)
PRESENTED: October 6, 1958, by S. I. Vollfkovich~ Academician
SUB.'.TITTr-,D: October 4, 1/058
Card 3/3

1 , 2)
5
A
~ 01-unev, 'A. I., xirlyano-Y, A. X., SOV/20-125--l-39/67
Bergin, B. 1.
TITLE: Equilibrium Conditions in the Interaction Between
CpOlTilm Oxide and CaLlidjam Sulphide (Usloviya ravnovesi a
pri vzaimodeystvii okisi kadmiya e sullfidom kadmiya~
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 125, Nr 1,
PP 147-148 (USSR)
ABSTRACT: The conditions mentioned in the title are not yet
expemimentally investigated. The interaction mentioned
is., however, of great practical importance to the analysis
of the behavior of cadmium in pyrometallurgical processes,
Up to now computed data were used for these purposes.
In this paper the results of an experimental investigation
of the mentioned conditions of the reaction: 2 CdO (solid ) +
CdS(solia) a Nd(gas) ' S02 (gas) (a) are described and
compared to the results of the computation. The thermodynamic
analysis of reaction (a) was carried out according to the
method of reference I by using the thermodynamical data
Card 1/3 (Refs 2, 3, Table 1). The results are suamarized on table 2.

Equilibrium Conditions in the Interaction Between 507/20-125-1-15/1,7
Cadniun Oxide and Cadmium Sulphide
The experimental investigation was carried out
according to the earlier method (Ref 5). Table 3 gives
the experimental results and the equilibrium constants
computed herefron as well as the variation of the
isobaric potential and of the cadmium vapor pressure
at the experipental temperatures. The sublimation and
dissociation pressure of cadmium oxide is lower by
many times than that of cadmium sulphide, Therefore
the action of further processes (CdO (solid) - CdO (,Pas)
(b): CdO( solid) - Cd(gas) + 1/2 02(Eas) (v); CdS( solid)
CdS (ga3) (E) and CdS( solid) - Cd (Gas) + 1/2 S2(gao) (d))
could be taken into account on the basis of experimental
data on the sublimation and dissociation of cadmium
sulphide (Ref 5). In this connection it was found that
the yield of products is within the range of errors due
to by-processes and can be neglected. The variation
of the enthalpy of the system at 2980 X (p,11 2980)
Card 2/3 computed from the experimental results was 162400 cal/Mol,

Equilibrium Conditions in the Interaction Between SOV/20-125-1-39/67
Cadmium Oxide and Cadmium Sulphide
as compared to 166200 cal/mol according to the calorimetric
measurements. The experimental data can be satisfactorily
expressed by 2 equations. Figure 1 shows a comparison
of the computed and experimental values of the equilibrium
constants of the reaction (a). There are I figured 3 tables,
and 5 Soviet references.
ASSOCIATION: Urallskiy nauchno-isoledovatellskiy i proyektnyy institut
mednov promyshlennosti (Ural Scientific z,nd
Desig--- Tnatitute of the Copper Industry)
PRESENTED: October 6, 1958, by S. 1. Vollfkovich, Academician
SUBMITTED: October 4, 11958
Card 3/3

MY.ASNIF.OV, P.A.; ORUNEV, A.I.; LUTIORRIN, D.I.
Cyclone snelting of copper-zinc concentrates. Trudy Inst. energ.
AN Eazakb. SSR 2:274-284 "(0. (MIRA 15:1)
1. Vaesoyu2nyy nauchno-issledovatel'skly institut metallurgichesbby
teplotekhniki (for Nyasni~ov). 2. Urallskiy nauchno-issledovatel'skiy
i proyektnyy institut rrednoy promlshlennosti (for Okunev). 3. bred-
neurallskiy rredeplavillpyy zavod (for Lutokhin).
(Smelting furnaces) (Copper-zinc alloys)

KOCEM, I.I.; OKMEW A.1 , WASNIZOV, ?.A.; 7JM4=C=, S.A.; SMIN,
Smelting 'Ural oopper-sinc concentrates In suspension with oxygen
"blow* TSvet. met* 33 no.10.,20-23 0 )60. (MIRA 13:10)
1. UrallskV filial Aimaemit ta-ak SSSR; 1~ral'Bkly nauchno-IB sled ovatel
skly I proyektny,7 institut mednq7 promy6blennoeti I VsasDYU2m7j
nauchno-I s sled ova tel I skiy institut metanurgicheako7 toplotakhnild.
("Ural mountains-lionferrous metals--Xeta1lvrg7)
(Oxygen- Industrial applications)

GkLIMOY, H.D.; MWILN A.I.
Experimental stWy of gor.-A-A= gulfids oxidation 'by the
berating ond weighing mothcd. IsT. -r7s. uchab. zav.; tmt.
not. 4 no.3:10,5-107 161. (MIRA 15:1)
1 . Ural I skiy x=cbw-JvvIecIovsteI7 aldy i proyaktrO7 irstitut
nednoy prcLV:3hIcnno;3tI (Unipromed'). Rokomendovann kafecIroy
t)-amhelykh 't-svotnyk)i inetallov Urallskogo politakhnichoskogo
instituta.
(Ger-maniuz.-Metallura)
(Sulfides-4-letallurgy)

VOSTIUAKOVY A.A.; OKUMV, A.I.
Ignition temperature of sulfide concentrateB. TSvet. met. 34
no.5j?2-73 My 361. (Fli-l 14:5)
1. Unipromed'. (SuMdes-Hetallurgy)

OKUNEVi Asilp, arkbitektor; FAMNSIM-M!, V.A., inzb.
- TOMIOn rOOf. Pr*06stroi. 39 no.3-1:36-39 262.(NJ.RA 34:32)
2. Tsentral3myy -nail f>-Issledolatellakiy ~ proye)"tno-
ekBperimental3nyy inBtitut promyohlenn kh dani i ooonizbeid7,
(Roof, Iron and steelT. z y

FOYOUINA, L.A.; T.Yu.; M.P.; CUND-J, A.I.
Oxidation of covellIte. Dokl. AN SSSR 140 no.4:800-&B3 0 '61.
(Fdlb~ 14:9)
1. Ural'Ekiy nauchrio-issledovatel'sldy i proye~tnyy institut rednoy
promyshlenn:)sti. Predstavleno akademikon S.I.Vul'fkovichen.
(Covel2ite)

2. 00
29827
S/026/61/140/006/026/030
B103/B101
AUTHORS: Okunsv, A, I., Galimov, M. D., and Vostryakov, A. A.
TITLE: Oxidation and volatilization processes of germanium sulfides
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 140, no. 6, ig6i, 1364-1387
TEXT: The auihore studied: A) oxidation of 9s sublimation of Ge
2' B
from GeS 2 in neutral atmosphere, and C) oxidal, 'on of GeS. To A): The
thermogravimetric method and an apparatus described previously (A. I. Okunev,
L. A. Popovkins, Tsveznyye metally, no. 5 1959)) were used. Weighed
portions of 100 mg were heated with a rate of 6-11 deg/min in case A) as
-0,91i a5 C). The escaping SO 2 was drawn off and titrated with starch iodine.
It has been found %hat oxidation of GeS in air begins at 260-2800C and may
bs subdivided into the temperature rangh I -V (Table 1). The reactione of
ranges 1 -IV are total reactions of the processes: GeS2 +30 2 - Ge02 +2S0 2 (1)
and GeS 2 +402 -Ge(SO 4)2 (2). Oxides and sulfates are formed simultaneously
Card 11e,51 I'/

2 827
12Y61/140/006/028/0 30
M
Oxidation and volatilization... B1103B101
in all ranges up to 6670C, whereby basic sulfates GeO 2' Ge(SD 4)2 nay be
formad., Resclion (2) does not take place in range V, but GeS 2 is rapidly
fUr-.hSX OXAdi2ed to the dioxide according to reaction (1). Moreover, t,.e
sulfate interacts with the initial sulfide, whereby GeO 2 is formed:
%JOS2+3Ge(SO 4)'2 -4G e02 +6S02- At the same time, the sulfate decomposea
with formation of GeO 2* Above 6700C, GeO 2 is the final product, Oxidation
is not yet completed at 7200C (attains 80 %), since It is strongly inhibited
by fusion of the weighed portion. Sulfate formation Is most Intensive in
ramSes I and III, whilst oxidation proceeds much slower in range IV, since
a film of GeO 2 and Ga(SO 4)2 forms on the surface. In this instance,
Ge(SO 4)2 is not decomposed. Conclusions: Ge(SD4)2 is rather stable and
begins to decompose with increasing temperature in the presence of the
sulfide only at 6700C~ Under these circunstances, it has been found at
440, 455, 500, 525, 570, 625, 675, and 6900C that G*S 2 is oxidized within
the firat 10-20 =in, whereupon S02 separation ceases. The highest content
Card 2~~/

8
S/020111,71,40/006/026/030
Oxidation and volatilization... B103/B101
of G9(SO 4)2 was reached in the oxidation products at 5250C. Above 5300C,
Ge(SO 4)2 begins to decompose, %hen further heated. At 5700C, the sulfate
content increases gradually within the first 20 min and decreases, when
this temperature is further conserved. This is due to both interaction
with the residual sulfide and dissociation. At all temperatures, the
sulfide content does not exceed 30 %. To B) The vaight of GeS2 decreases
significantly in oxygen-free N2 only above 7000C (by 11 %). This loss
attains 45 % at 8000C to decrease abruptly at 830-8500C owing to fusion.
The product of Gas2 dissociation (at 500-6000C) is a dark grey powder of
GeS-like appearance. The oxidation curve of this powder is similar to
that of Gas. Gas 2 sublimates at 6500C with constant rate during the
entire test time. To 0: A small quantity of SO 2 is separated at 4400C
with heating rates of 3.6, 6.o, and 8.4 deg/min. Then, S separation
becomes irregular; it increases suddenly at 560 and 6250C. The main
process is here Gas +20 2-GeO 2+S0 2' vherebyhP -0. Gas is oxidized both
Card 3//-//,/ 1

2~827
S/020/61/140/006/028/030
Oxidation and volatilization... B103/B101
in solid and after sublimation also in gaseous phase. Germanium
sublimates should be oxidized under productional conditions in gaseous
phase, as long as the sulfide particles are still in disperse phase.
There are 4 figures, I table, and 12 references: 7 Soviet and 5 non-
Soviet. The two references to Engl i sh- language publications read as
follows: R. B. Bernbtein, D. Cubiceitty, J. Am. Chem. Soc., 73, 4112
(1951); Eng. and Mining J., 157, No. 5, 77, 1956.
ASSOCIATION: Urallskiy nauchno-iseledovatellskiy projektnyy institut
madnoy promyshlennosti (Ural Scientific Research and Planning
Institute of the Copper Industry)
PRESENTED: April 4, 1961, by S. I. Vollfkovich, Academician
SUBMITTED: April 3, 1961
%lard 4

OXMV, A.I.; SHUGOLI, L.S.; NAGIRNIAX, F.I.; FRIDW, S.E.; GAGARIN, E.S.
Oolleative and selective wgnetic separation of cinder from the
zinc Industry.. TSvat. not. 36 no.1330-35 A 163. (MIRA 1615)
(Magnetic separation of oreB) (Zinc Industry-By-products)

CKUNEY, A.I.; CHUHAREV, V.-M.; DOTHERO, P.A.; KARAFEITYAN, VA.
Accelerating the fuming of slags witb the use of oxygerenriched
air. TSvet. met. 36 no.504-42 My 163. (MRA 16:10)

IffASNIXOV.9 P.A.; OKqN7r,, A.I.; KOCHNEV, M.1.; STRIZHOV, G.F.;
VEFMN1dHESr;' S.A.' ' *-
TestimE a turbulent dui3t-oxygen burner In a recirculation
furnace. Trudy Inst. met. UFAN SSSR no.8:5-15 163.
(MIRA 17:9)

KOCHM, N.I., 00201, A.I.~ NYASMEOV, P.A., VEWNICHEV, S.A.;
SEFGIIIII B.I.; STPIZE07, G.F.
I
Smelting Ural copper-2ine concentrates in suspension with
an oVgen blow. Trady Inst. met. UFAN SSSR no.8;17--31 163.
(MRA 17:9)

KOCHNEVY M.I.; PKUNEV3 A.I., NYASNIKOV, P.A.; VEFIENICHF'V, S.A.;
~-t L.N.
SERGIN? -; BAMANOVI
Sneltirng sulf-Ide materials In an oxygen-enriched f1hm
without the u5,q of a carbonaceous fuel. Trutly Inst. mat.
UFAN SSSR no.8:33-42 063. (MRA l719)

DFYFJ, V.I.; OKIJI'mv, M.; Yocilk,11,71 P.I.- VB111F.1411 Gill -V, S.A.; SFINGIN, 13.1.
0
Ba-hav.41or of ran and dissenImted elementn during the Emelting
of sulfide coicentrates with oxyFen. Trudy Innt. iret. UFA3
SSSR no.8:43-50 163. (vJRA 17:9)

OEUINEV3~A.I.; KWAhIN, VjL'11Uj,jfj, k,oj,~j)r,()FoVF ]".A.; 1,.t;.
Obtaining netallic nickel dirc~ctly fr= a
Trudy Inst. met. UFAN SSSR no.8:75-82 163.
(MIRA 17:9)

E EfiP EWP
L 04157 -67 NP(t)/ T3/ (k)/ (1)
ACC NRj AR6ol6525 Jjp(c) JD SOURCE CODE: UR/0276/65/0OO/Ol2/BO33/B033
Aln-HOR: Ale'Asandrov, V. P.; Golovacbev, V. G.; Okuney, A. I.; Petrov, B. I.;
Filimoshin, V. G.
TITLE: Characteristics of machining a surface by the electrochemical method
SOURCE: Ref. zh. Tekb ologiya mashinostroyeniya, Abs. 12B240
REF SOURCE: Tr. Kuybysbevsk. aviats. in-t, vyp. 20, ch. 1, 1965, 16g-173
TOPIC TAGS: electroeroBion machining, error, electrochemistry
ABSTRACT: A method is proposed for calculating the parameters during machining of a
surface by a flat electrode tool moving at a constant rate in the direction of the
surface being finished. Formulas are given for calculating the minimum necessary
allowance or leveling the surface frcm the initial error 60 to the final error A
I k
c
in those iseB vbere the rate of motion of the electrode tool is equal to, greater
than and less than the rate of electrochemical dissolution. 5 MuBtrationn. L.
Tikhonova [Translation of abstract]
SUB CODE: 13
-Card - 1/1 rx-j) uDc: 621.

SAF011=9 V.I., ixlzh.; OKUNEv,._2ij., arlKInitektor
Exper~'-ental project, of a cne-story rc-fr.-ger&t!r:'g 1-dant.
42 no.8.10-13 065. Ovl.~~'~
1. TSevitrallnyy I
institut promy.,10onitykh zdvniy I vocruzzlietily.

mmy, 1. X.
" Wo m ch
'7rcomimg In the traditional teaching of trigono stry. U ,
sap. XCIP-1 20:181-196 1-0,4. ()rri? 3k 10: 7)
(Trigonometry-Etuay and teaching)

OKUM, A.Z.
3asIc methodological problems in the preliminary (Introductory)
courao of trigonometry. Uch. zap. XOPI 20:197-219 054.
(M]AA 10:7)
(Trigonometry-Stuay ana topachimg)

CKUNY'v, A.X.
Determin.-stion Rnd study of circular functions in the school ccur3e
of trigonometry. Uch. sap. HOPI 20:221-341 054. (MLEA 10:7)
(Trigonometrical functions- Study and teaching)

ORUM, A' X .1 - ,
Problems of sDplied t7lgonometr.7 (with s7atemitic Instructions).
Uch.zap.XCPI 21:93-134 154. (MIZA 10:7)
(Trigonometry--Problems, exbrcises, etc.)

UUM, A.X. (Moscow)
I..
Vimial aids in the teaching of tylpanometry. Mat.-Y shkole ro.3:36-1-ri
MT-Je '55 - (Trigonometry-Audio vigual aids) (MM 8-7)

DVJNEYI AOX0
Corr8ction -to Aj. OkaneT's article 'Applied -problems in trigonov-
sire.. Uch. zap. MOPI 39 ~0.3:190 956o ()aM 10:4)
i
(TrIgdn smetry)
-T
~- 1!

INMMV, IA.; OXMIEV, A.X. (Moakva).
3umerical circumference and circular funttivnB 9f real arguments
Im -the basic trigenometrjr course. Met. v abkole mo.6:25-~33 3-7)
158. (Trigonometrical funttions) (MIRk 11:12)

ANDMOV, 1-yam Xossmich; DOM, Alsksaadr UsImich; SIDOROU. 1.,A.,
red.; SURNOYA, X.J., tAbs.red,
Dasic course of trigonometry, 'based on practical problems;
textbook for teachers] Osuovnoi Iturs trisonometrii. rasvivaenyi
na tselesoobrazuyth saduchakh; yosolie dlis uchitelel. HDak-ra.
Goa.-achabno-podagog.i%d-To X-T3 prosv.RMR, 1960. 365 p.
OuRa 13:6)
(Trigonometry-stuay and teaching)

OMIEV.9 A. X.
Uas of Itriggonometry in lkth,~~ --olution of gacmetric construction
problems. Uch. za-~- NOPI 98:93-1-18 160. (MIM 15:1)
(Gecme~;y-Problsua, exerclBos, etc.)

POLMOV4 V.I.; A.L.; hU,AL;Eli.A, I D.; ;jIRMIJIT, I.Yn.0
red.
[Painting and decoration of toys nad.. from paper-wood
pulp, wood, notal, plistics and other matei-ials] Okragkn
i rospis' igrushek i7. b=.azhno-drevesrOrkh mass,, dereva,
netalla,, plastmass i drugikh matorialov. roskva, Gonmest-
promizdat, 196-1. 2 v. (HIRA 17:4)

:DDCMMYSIATA, I.Y.; DXMY, A,1.-, OSTRDUXM7, A.I., roda"or; SINVAYSIATA,
73.1., rsaAiq'r,, AMMY, S.P., tokbaichookly reaak%Dr.
[Vork pr^ctice In operating tha M-2 type drilling machine Im the
Xri-ysy Rog Baisiml Opyt ekspluatataii buravage staxlm Up& MZS-2 v
XrlT#rvzbzkvm bassolms. lharlk&T, Obs.sauchao-takhm.isd-va lli~-rj
ps charmoi I tivatzoi motallurgil, 1955. 28 p. Wak 9:6)
(Xri-rty Rot)

.7.
- L
;!Z- .
-.i-I-
r:: -j-, .
X-
i;.~ ,,
-4~

USSR,Netallurgy - Caet Iron, Ionic Theory Cict '52
"Kineticr, of Metal-Slag Interaction From the Viewpoint
Of the Ionic Theory," 0. A. Yesin, A. N. Okunev
"Iz Ak Nduk, Gtdel Tekb Pauk" No 10, pp 1472-1482
De=on-stratez on exanple of desulfurization of cast
iromA, that the kinetic equation developed on b%els
of the ionic theory of slags, describes process of
Metal-slag reaction better than that baeed on the
molecular -theory. Using equation, obtained, clAxiftes
scme regularities oloserved experl=entally, such ar.;
rets.rded decrease of process rate with increase in
co=entrntion of S ions in slag; proportionality
243T52
between initial rate and concentration of 0 ions in
slag; sharper decrease of inItial. rate for slags of
lover ba,91ci-ty; dependence of rate constant of direct
Process on slag basicity. Submitted by Acad 1. P.
Bardin. 25 Dec 51.
243T52,

=7~ -1 --7 -, - I -- 7: - - - , -. ~- ; ; , -. - , N r- r ,I .
ovw:,v, Boris Hikolayevich t. 19a
o Ex llu~ L A 6 L U
BallUtica C. 164

CKUNEV, D
latria =ports goods to 60 coun-triaso Vneah.torg. J,2 mo.12234-
35 1,62. (MM 15312)
1. Vachallnik OtAela vnefibnikb anoebeniy i kooperiTvn=ykh
postavolc Soveta naroanogo kbozyayBt7.a Utvi7skoy SIM.
(IatTia---OO=m8)

V,
q ".Z:.
-I r~- of ta.
r Rick, Ig?,
The sw%J~I%j c~f thv terts of the 55 cotrerente mpore, a.,- jj--j-
at r Port. " T-ta! LA tb, .~- LA ab'~Iizll 1- Flr~~%:'.Iy J'.b-
112W- VeParta are, Mors 43 brief abst,ezts =17, -~e
I-Allml-' Uo- f- We first time (abri,14-d o,m a,
21allarltr ft-da 6-4 rb7lic-I P-doll-19 1. th. fit.17 f
ast %. Fmo '-. !A LIvil r-Al.,- t7 _ M. KlrV~.
gng. ,on oo m. t7 D. A.
cler"Slam ca %b- Dy I. It. Urto. P-",. pp 211.z1")
(ILbs%ract of ex-irla. *hzerl Of an lAftAttelz :,O-M cba~ftal Liq414
lvc&ted ;A ~ra~liod P~. -tic ?.-wje_~ W =r~, y'- Y-
de.o. mcs'
as" Tt u
sxtL41.
f
is ot'd 27
Inc DIA e M~-eLIAS t~m ZI-trics.1 Fleld Of
I
to m lMv~%mly- ic "M aW ~ Veerl-%14 C-:actl.~~. I~per.' by
Plt.WA !:~tgs. 3r, W-21-=5 (D--zlou Of Artt-l- by A. 1. V;'
-Tin .)
(Asatt-1. al ar'll..le, '=I- H.t-'.t 0: a 2-,h.Co to a 1/1.17-
P I~rurmj~-,,vd Vy Usc--sl~ of %be reyort t~ to.
Ujerlmnlal I.-IISItloo 3T
NrIAS tAq ~tt!7.L". of tl'n OS-ILIA--y ll~tl= ~f )*,-7 !:~.b~.* by
bud t. 1. "e-W. rp '-3-235; b7
'A7 :.-mnillmm, L--yelausi., A-p, p 21(
'05 %&, P'll-lbr of C.11.U.1 !;.rh--
Haem-%Le MoIJ.' V? r. 1. Ter--ir. r~isc~ (Oltme-1. p -T7
*mw4 o~ n-tas &~l El-trmaaaetit to
DOuctlon )Itwp-s.0 V7 As !a Voil!ek, Vp Z
'Moice or P~-iz raza=e-tem of r%rps to tt,
Pkilmn tractowy.1 by ~~ T-_-, IIIC~, p 41,, -1c. ~f
"for% ey Tu. r. rxvl.', r1o, p .51
Op-imM WLI.Ilfttlon or Ind.ItIca P%ep De.igl," L-7 1- 1). 5,
'Xxr--r%e-s Is u- Z'vl-L-S of nect~- &-tic I~ops at t:le Inatit't,
of Mroie. or &h, A-je" of It,i- ty r. -,. rarul-,
1. Is. A. S. anA -1 A
vto-z-, p 2t.1
the Vs, or lm--tt- ?,,.r. i. r,-i-7 rmotio. -i the
IWIScal tmlmotr?.' 17 L!~_A. Yorto. nas-, (ab3tracj) p f'71

13
Ilk Ij .1
%. 4 '1 . 1 .4 j 3
BI'll in'
'jig
-43T
13
1. if, I)IJ, 3

OKUM. Gri Ste aann~oovviicbh, ~AIJ A j MIKUYLOVA, L.G..,
'JrIE i2,C ~~ ; AIXArSKIYK 11N., rod.,
,_va
red. i241-va; j A, V.I., tokhn. red.
[Yanua-I on the expenditure of rnv material and materialB UBOd
It forentTy] Spra-voolmik po raokhodu syrlia i xaterialov, pri-
.zeniaergkb v losnoi proigablennosti. MoBkva,. donlesbumizdat,
1961. 2.25 p. (HIRA 2533)
('Wood-using induBtries)

LMHKOVA, V.A.,- SXCTNIXCV, D.I.; IIKUIEIVL-:[-
PubUc coumils in preventive medicine instituticnB. Sm.
zdray. 21 no.3:52-56 2&1. (MIRA 15:3)
1. Xiyovskly z-ayonW otclel zdravookbranoniya goTods Noakvy
(for Lizenkova). 2. ProdaedateV iDbahchostvannogo soveta pri
Poliklimike 310.57 yd~mysk"o rayona Moakvy$ di-rektor fabriki
'Ameni Sa)Gco I VantBotti (for Skotnikov). 3. Z=OBtitOll pred-
sadatelya oh3hchostwnnogo movota pri J,2-.y detskoy poliklinike
KiyDvBkogo rayona HoDkV (Tor Okunev).
(TUBLId K.IALT11)
()EDICINE, FRENTERTM)

XALANTAR, N.G.; GLAZUNDY, V.I.; MANNAF011A, V.S.; Prininali u&Anti7e:
GABSATTARDVA, S.A.; DXU-W, 1.7a.; XMIN MINI, L.Xh.;
AKIN=ANDY, Ch.R.
CompoBltion and properties of turbine d1stillatea frm
Tiqmazy crudes. Xhim. I takh. topl. I masel S no.9:31-38
S 163. (mm 16:11)
1. Bash)drnkiy filial M SSSR.

zICKAREY, Y.V.; WLSTUYATCV, h.S.; CKUNEY, L.R.
Voltage reFulator for supplying measuring circuits of electronic
potentiometers. Sbor.rats.predl.vnedr.y p-r:)Izv. n0-107-38 '61.
(M M, 14:7)
.1. 22vod "Elektrostal'."
(Voltage regulators)

orillEVA L. "IA.
Kolltso, kak algebra otno3itallno tel.a. 11-iAm, 513, 40 (1933), 41r-~-La-',.
0 priznaka~h, opradalya)mshcblk'h kollt3o kak giparkompleksnuyu mlAam. TmJ3,
31=. po teorli grupp W38), 10-96.
Osnovy sovremennoy algebrj. M, uchpodgim (191.1), 1-202.
Vysshaya elge-bra, izo, ~:. M.-L., GM (1944), 1-29?-..
SO: ),L-ithematics In the U33R, 1917-1947
adlted bi Kurosh, A. G.
!-:arkushevich, A. 1.
Rashevsldy, F. K.
Moscow-Laningra,l, 1-948

, leo-pollid hicovievier.
)aer alge'bra. lzd. 3., "rer. Moskva, Oos. lid-ro tekhn.-t-oretlch. )It-j7. jq;j4. >go z.
h8-2088)
OA37-045 1944

ONWri L T& Problemit rm'Frant (oWtorCes. [Ce-
Vi~~eiv of kesovents.~ Goandarstv Irdat.
Tt7hn 'Tmr Lit 14410 SS JW,
(I PLI.e
This brorhm-,~. thi hrAl ol ; v Ks afnigard to potpolaritr
the achft%rnil i- ri ~x~--c; is, wv,~iitK m and
pbv 11-21, 1~1 ;,-Ai , q,t 1 v. t~, --11.
111-f-colni In ii short

imilvabiliz) tr~ F 1 ' i I A 'I I~i4 J I qlfl . of
tim w(wk ~-i 4--f oll
the nL;Iylt-.-e a !"I

uaniplir~l DUT-1 b'" -611111-~Ir r pai.imvtv,~ flitill A~aci
S-C I URSS '~-" i -t -vii , i A ~ 0 N.oA 7,
123 - t 46 . i (P
0 610": 01, :104 0613 :e' 1*1 1

wo goo Go* 0 0009 0 0 0 6~6 ,~;o o 0. 0000 *to
It It At u I ,i,_ 11 1 0. 6
it., -,.xx t c Ir It ~ it IK c A, 4i 0 P.,, It I kw 'L4 - It Co. AT v n
It
& 14, 1- IMO Wvt%
IQ
Aw%t,,c9t6I UIRIA."W44. f c T
. rtoooee
a 4k
*as *A
#*t
too
-00
00
1e, *a
00
"of V-4 tluw &A~A% u-'st, ulull-It"
uxn&m (KK+( 1"j *a
-1 ~A"t at %c (J" Is Luffuc I" ut
-4(jux Ivqt &jqA Aql wd
-41CW 0% tUralpll lqlt','Aq 4% "WJRAH-'PMj in, *V'J~ 'P
!(rtv r-uir s-rowlivefir -91munrimliur J, jv IN 00
a#- put wu" eq~ in 1-w0,
A., 60
in" p m0owle Oqj pul 9GROldum op"- posolo, roo
00
I v
At It 11 ft I,. It FT b il 1 0
0 a 0 0 6 6 & * 0, 4 pe~
a
00 : 0 a 0 0 a 0 e 0 0 0 # # A

OKUNNY, 21.7.
39v data (on lipoprotains in bloDd 3nd orpns. Mcr.bickbis.shur. 22
no,2:213-223 13D. 01MA 9: 9)
1. lafedra bickhimil Stalingradskogo gosudarstTannogo moditainskogo
inetitutas
(LIPOMOTIIIRS)

OKUNNY, NJ.; MMOVA. -S.S.
HicrDinethod of determination of ChDleStercl bound with serum pro-
teins. TTYr.blo)chimoxhur. 27 mD.1:109-112 155. OUJU 8:6)
1. Xafears blokhimll SialingrBASkOgD meditsinskogo Imstituts.
(:BLOOD PROT31ITS,
binaim chDIeBter0l, dPtATM.)
(CHOISSTZROL, in blood.
bound vith proteins: datern.)
(BLOOD,
cholesterol, bound with protnina, detarm.)

IhYsi0l,j~~ C"rCulat'3-L"
Abs Jour M.~f Z-hur - Dial., 11o 13, 19'-3' 811,12"o
Ivat"Or II.V.
Inst
Title lhochcuiGtry of :,thcr,)3oIcI'-)-A5 (1,ccorOdnC, tc, P.,Lta 4.11
Forcipi 1~eriwllicals).
ori[; -,ub Vc;pr. -,;at-ol. 51b. I)Creve, )I'jz- i
j:j. Durica. lit., 1958, 111, 1, 2-25
Abstract NO abctract.
Card 1/1

_p-pl,MIV, VA. (Mu-niov, V.N.]
Sme featlures of protecAytic procoiw)s in the muscles in i9chenin.
Tyr. blokhim. zhur. 3", n--.';:168-174 '61. r.UJZIA 17:9;
1. Ponetskty gQsudarstvonnyy meadi t::i risk ty Institut in. Gr,i-'~cgo.

37432
S/19 62/004/005/006/026
0 ZIIGYZ144
AMORS: Tarakanov, 0. G., Okunev, P. A.
TITLE: Chrczatocr&-~hic fractionation. I. Modified columi-n for
polyme'r fractionation
Vyco',~o::~olekulyarryye noyedineniya, V. 4s no. 5, 1962,
663-689
_7
I-M: The chromatojraphic column %,,as modified to develop a now ;-.eti.od o~
polymer introduction. Pure solvent and precipitant Lire filled into 1 and
3, rL~rnpvctlively (FI6. 1). Pore solvent runi3 from 1 into .3 at the sam-a ratt,
as the solution flows out of the column, to enrich t'hu oolvont in tlio
mixture in 3. The polymer is filled into 7. First, 7 is filled With tbe
precipitant and heated to boiling to mix the solution thorouGhly. The
amount of dissolved high-molecular -fractions increases as the amount of
solvent in the r:iixture increases. A certain solvent level in 7 is
maintained by 11 with z~ photorelay and a hollow, colored glass aphere.
'.';hen the level is reached, the photorelay interrupts the solenoid currt!nt,
magnetic cock 5 StOPS the supply into 7. The air in the cclvent is removed
Card 1/3

041"ro-matographic fract.-Lonation . . . 4 4
thrcuj~ three-way cook 13. Glans cyllrder 13 35 c.-. 'Aonu; 01; ts 44 A e
d-~'.ame4er 25 mm) ~.as a Schott fliter soldered to its bot'o,-.,. The pao'nE,
wasIhed -aith distilled waler is bo4led in the solve-it 'or 2-3 hra, E.-Id t~' t,
column is filled with liq'uid. Cop'per shell. 12 (diamet'er% 25 mm, Wall
thicknest;: 7 mm) guarantees a continuous tempurature drop alonq the
colu,-,.n -,-I,ich is heated Lit the top with heLiting coil 8 (60-t3o v) and cooled
at the bottom. A simplified unit without packing (Fig. 2) is less
efficient. Eoviever, it ellows the use of larger amounts and elimination
of poly-mer destruction by viorking without packing. The columns were used
to determ-4ne the integral curves for tho vincosity of collulooo
triacet,ute (mothyleno chloride - I~eptune, flow ratO 5-10 ml/hr, tj,,,ie of
fractionation --4 dayr,) and the efficijncy of this niethod was proveii.
There uro 3 fig'ares.
ASSOCIATION: Vladimirskiy nauchno-iaaledovatollskiy Inatitut
s A4 r, 1. e t i c he sk- i'r,.h smol (Vladizir Scientific Refieitrch
of Synthatlc Resins)
1.
SUB'41WAZD: Aarch 24, 1961
Card 216

S/19 62/004/005/006/026
Chromatographic fractionation ... BlIOYB144
Fig. 1. Unit for poly-mer fractionation. Legendi (1) Solvent containeri
2) connectine; tube; (3) mixer;
(4) solenoid; (5) magnetic cock;
~05) reflux condenser; (7 vessel for polymer dissolution; (B) "eating
coil; Sc-ott filter; (10) discharge pipe with three-way cock.;
(11) discharge tube with floating hollow sphere; (12) copper shell;
(13) column; (14) mag-netic stirrer; (15) contact thermometer;
(16) control thermometer.
Fi- 2 Column packing for olymer fractionation. Legend;
(1~'Solvent container; (2) mixer; M reflux condenser; (4) droppinG
tube; (5) vessel for polymer dissolution; (6) Schott filter; (7) contact
thermometer; (3) control thermometer; (9) heating coil; (10) aluminuta
shell; (11) column.
Card 3/6

OKUNEV, P.A.) TARAMANOV, U.G.
Fractionation of cellulose triscatate in a modified column. Ehin.volck
no.6:44-46 163. (WRA'17:1)
1. Nauchno-Issledovatel'skiy Institut sintatiches'kikh spirtov i, orga-
nicheskikh proluktov, g. Vladimir.

YOCHUM, I.F,.j ~OKUJL~VP X,.,_starshiy mekhanik; TOLMOEV, V. P. , Inzh.;
BYCIMOVSK.IY, A.V., kand.tekhn.nauk; GORBATM, V.A., I=h.;
LWUN, 7a,L, qUxshly inzh.; 8HALMOV, V.S., inzh.,- DANITJ V,
V.I. , inzb.
Replies to the inquiries of our readers. Elek. i tepl. tiagr-.
5 no.6:41-43 Ja 161. (MIRA 14: 10)
1. Eachallnik. Upravloniya truda, marabotnoy pluty i tekhniki
bezopasnoBti HinistDrBtVa putey soDbshchaniya (for Yurchenko).
2. Otdoleni7e avtoto=oznogo khozyaystva Vsesoyuznogo nauchno-
issledovatel3skogo instituta zholeznodorozhnogo transporta Min-
isterstva putey soobahcheniya (for Okunev). 3. Otdel Clavnogo
tek2mologa Perovskogo zavoda po rBmonty elektropodvizhnogo
aostava (for Lagun).
. (Diesel locomotives)
(Wi.roads-Rolling stock)

1OZED7. M.M., prof., doktor biolog.nauk; NISMIS. X.1., dotnent, kw;d.
blolog.nauk. 31rimimall uchaBti7a**. TOMILOY, I.-A.. kand.'biolog.zauk;
POPOY. Y.Y., kand.blolog.nauk; TZGOR07, A.G., kamd.biolog.nauk;
TUUM.A, P.Ta., kand. bi clog'. nmik; TTONMPIM, S.T., nauchn7y
9'otrddnik; ASMMU. M.G., nauchn7y sotruanik; NUMAT371, Te.P..
naucbnyy qotradnik-, XARTUSHIN, A.I., naucbny7 sotruanik;,.T=TAGDVJ,
M.A., nauchnyy sotTudnik; KORYAX07, Te.A.; SMIT, X.X., inzh.;
1?2MII, IA., in%h.-"OKUM* P.M.; SWM, R.I.,ITabotnIk&
SWIROVA, A.S.,-Ted.; takhn.red.
17ishas and commercial fishing In Lake Baikal] Ryby I rybnoe
khosinistvo Y basBelne oxera 3BIkal, Irkutakoe, knishnos isd-vo.
3.9.58. 745 p. (MIRA 12:4)
I* Sotrudniki Irkutzkogo gosunivarsitata (for Hisharin. Tomilov,
Popov, Tegorov, TagaTina). 2. Sotrudnik Esykalskoy litmologichookoy
stantsii lkndemii nauk SSSR (for Koryako-v). 3. Baykalrybtrest (for
Spelit, Art7unin). 4. Gosplan Buryat-Mongol I skoy ASSR (for Mmipar).
(:Baikal. Uke--7isheries)

GIUMV, Y.F.
Geographical distribution and deBtrurtiTe Zone Of tbO IwCh
spinner. Geog.sbor. no-5:210-222 255. (MMA 936)
(Moths)

rr-6 Sjr,~ir~ onlr,ey. "no-c-4-s
Abs Jour Pal' Zhur 131vl., ~4o, 6, 19')B, No -25PC7
,luther Oln-mcv P
oo
It 4"~
Inst Ct ivcn
Title 7hc Use of ~lrnos cf Incrorsed Lord Lifting Crprcity md cf
Or.arnic Syrthctic Foiannc In the Ccntrol of the Sibcrirn
'i
j lk-.-iom. (krimneniye smclotrw rovyohonnni gruzopcd"yernomti
I orgrno-rinteticheskikh yrdov dly- bor'by s sibirsk-im Shol-
kopryrdom).
Orig Fub V sb.*- -'1cst1izhcniyr nruki I peredov. opytc v lccncm kh-ve, vyp.
L', -
1, '-L. 0-slcsbu:r)izd~t, 1956, 177-188
Lbstr-ct DDT is the r-nst effective poison for the silkworn lervre. HC
ductc rro only r little 1cs3 tnxic thrn DDT dusts, rnd tnry
rcplrcc their. Oil sclutisns cf rDT rnd lir wcrc :7,Dre affcctivc
thm their dusts ccntrining the ormo rmnurt of -etive
Yetrphos prop-rrticns md, -pp-rontly, thoso of thicphos
night, trl:o thfj p1rce of DDT. The tcxicitY of 5.5% of DDT ws
insufficient for Irrvre of the older hrtchings even Pt rn

C
U"SR/Cloncrrl rnd Spcei-I 1cology. Insects
&Ibn Jour 1~cf Zhur - biol., No 6, 1956, No 25607
cutiry of 3o-40 kg/hectrro. ~n oxpenditvro of %* 1)J7 in 2C
kd7hoctrre 7grinst the first throe h-tchings of the lrrv~e
w - s h! gh. The use vf 10% DDT du3t in 7-18 kgjhr--ct-re rgrinst
lrrvre of the first thrc6 hrteMngs rrd in 18-30 kg/hoctrre
-Frinut lrrvrc of tht, third md fourth hr-tchings or of 121, IiC
dust in 15-25 kg md 25-50 kg per hectrrc respectively wrs
rccor=ended. The width of oporrting grip (50 m rnd 30 m) md
-nd the productivity (41'_6 tines) were Irrger in the plmt-
AN-2 thrr. In the plrne Fo-2. The width of the nporpting
grip darendad upon the rrridity of the p1ma -nd the dirchrrge
in socondq nf the chezierl poisons. The height mf tho flight
incrorned inovitrbly with fn Incro-so In the rrpdity of tha
flight, rnd this Vormittod to diaregrrd the rnrll relief Ir-
ragulrrition rnd tn rrocced into brcrking up tho opcrrtinr
section riot -long horizont-1 lines, but r1ong righting l1nes
md clenrings. In the control of the silkworn one mry uso
pl:,,nes of gre-ter lo!,d lifting orpecity. A tcchnicrl vignrli-
z~-ticn vhich vrs not hervily lorded (utiliz-ticnof rrdio) -nd
O-rd 2/2 tho machrnizption of dust lording wore r4ccoss-ry.
C,

USSR / G6neral and Specialized Zoology. Ineecto. P
Abs Jour Ref Zhur - biol., No 17, 19580 No 78344
10itbor 01,11-10y,
1;16LP -~-L-eninsr'ad Scientific Reseal,,!i In6tu AL L ut o u I' -V-
Economy
Title : Improvement of the Control of the Gypoy Moth by
Using Airplanes and Chal,11cala
Orig Pub : Byul. nauchno-tekhn. inform. Leningr. n~-i. In-ta
lesn. -kh-va, 1957, 3, 3-10
Ab(3t-.,act A g,~,neralization Is given of the advanced experi-
mento In the control of the Gypsy moth by using
airplanes and chemicals in West Siberia In the
years 1954-56. Technical and economomical effec-
tiveness of usin6 control by al'rplanos and chE;m-
ionic. Success of using 10~~ Vnd 20~~, dusting
with DDT (20-40 kG./ha.) and 4.8~o emulsions and
suspensions of DDT (15-25 1 '/ha. of acting mater-
Ial). The toxicity of aldrin vnd dielcrin is
Card 1/2

USSR / General and Speclalj.zcd Zoology. Insects P
Abe jour Ref Zhur - Biol., No 17, 1958, No '18344
2.5 times greater than that of DDT. It Ic DoG-
sible to carry out the control of thf, moth at
any age, but it Is proferable with caterpillars
of younger age. In West Siberia, only one gon-
eration Is typical of the Gypsy moth. The devel-
op-,ient of th~) mcth is determined by the therotil
balanca, feeding factor and vitality expressed
in a complex bioecological Index (quantity, age
composition, qualitative condition of the pest,
infected condition of the pupae and eggs with
parasites and di&eases). -- A. P Adrianov.
Card 2/2

LBO / General a-ad Specialized Zoology. Ins3ects. Genaral h-o'blero. P
Aba Jour : Rof Zhur - 31ologlya, No 161 1958, No. 73497
Author : Okunev, P. P.
Inst TOT -g 5 -On
Title A Fast ~bthod for Determining Whether Insect J~ggs are
Infested with Parasites
Crig Pub : Lean. kh-vo, 1957, 11o 9, 59-60
Abstract : Special nolda can be used to determine vhother Insect
aW are infestod with parasites. On a piece of pl4vocd
jo x 20 cm.) five holes are nado, the depth of which
should be approximately half the diameter of the egg-3;
the area of the holes, in which about 100 eMs should be
placed, depends on the size of the eggs (for the Siberian
all-kworm moth and pine moth 18 :x 120 mm.). After the eggs
have been leveled in the boles.1 they are spread with a
paraffin-vax zixturo (Ill) and covered until they harden
Card 1/2

USSR/General and Specialized zoology - insects. 11arraul
Insects and Acarids, Fodder Plants.
Abs Jour Ref Zhur Biol., No 6, 1959, 25518
The larva and caterpillars develop in one cone (C)
without er:xrging outwards. Only the coniferou-i n.Ah
uornotimes pasoes from one C into another. Only the
ceedeater and partly the gall midge and the lea 'froller
hibernate in C. The larch fly, gall midge and the coni-
ferous moth, on the whole, hibernate in litter or in
soil; the leafroller, under the bark. Contm 1 wasures.
RiGht after snow-raelting, dusting of the rover and of the
litter witli 12% BHC powder (50 kg/ha) and nellovinG the
soil to 10-12 cn. with turnover. At the end of June., dlwst-
inG, the cover and 11tter without mellowing In the control
of the mth during its emerGence from the litter. At the
end of the larch blossoninG, clusting of the trees against
the larch fly and the gpll midge; and still in another
2-3 weeks, against the noth and the seedeater. The outlay
rate of the 12% BHC powdzr is 20 kg/ha and of the 5.5p^'
Card 2/3
L;_qM/Gcneral and Specialized Zoology - Insects. Harrff'ul p
Insects and Acarids. Fodder plants.
Abs Jour Ref Zhur Biol., No 6) 1959, 25518
mri powder is 25 kd,3u. DL:_,,ting my be substituted by
sz)rayin[; with erjulsions of B71-1 and DDT- When great "Lu:1-
1~ro of the coniferous-moth catterpillars are present in
Ule Cathered cones for seeds - sprayille then, (by ohove!in[,,)
with 12% BHC powder (I kCVt) or with 5.5% DDT powder (2
kg/t). __ A.p. Adrianov
Card 3/3
- 51
SKMOY, Alukoey Anaxa78viCh;__grM PR~a~~ 'YBkq, -y-
-.A_- TSCHKRSUIA, takhnered.

OEMV, R.A,
Thar.macological pre7ontiom and theTap,7 Of MDtIOn SiOMBSS' !I'-- med.
36 nD.9372-76 S158 (;nl I'l.:Io)
(MOTICN SICEMS,
Pbnrmacol. Prev. & tbar. (Rus))

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