SCIENTIFIC ABSTRACT KOKSHAROVA, L.M. - KOKURIN, A.D.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723710016-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BOTVINIK., M.Ma; FWVUZNrXp~!--P-JYOE 'Ap_k.M. __ ...
Synthesis of N- and N,O-peptide series of serine IM. Zhurob.
khim. 32 uo,5d6l9-1622 It 162. (KM 1515)
(Serine) (peptides)

u3m/Forestry - Forest Culture.
Abs Jour Referat Zhur BiologiYal No 16, 25 Aug 1957, 69133
Author Leontey, A*A,,p Stepanov, A.M., leborak, A.N.p Koksharova,
N.R., Kukoreki N.A.
Inst
Title Most Effective lGethods of Bind and Affor-isting Shifting
Sands.
Orig Pub Byul. nauchn.-tekhn. inform. Sredneaz. A.-i. in-ta lesn.
kh-va, 1955 , No 1, .6-16
Abstract Based on experiments conducted on sands of Turkmen and
Uzbek SGR, reconmendations are suggested on rationaliza-
tion of sand consolidation measures. Instead of mechani-
cal protection vith.plantings of shoots and seedlings, es-,
Pecially ii districts vith.comWatively light winds, the
use of a li&tened spread of mechanical protection is re-
commended: Antskj reeds mace and wormwood in conjunc-
tion with combined sovinge and plantings. In furrowed
Card 1/2 57 -

..USSR/Forestry -,Forest Culture*- J-4
Abs Jour Referat Zhur - Biologiya, No 16, 25 Aug 1957, 69133
grooves a mechanized soving of*haloxylon is suggested
vithout mepha"icAl protection. Data are given on pro-
tective construction) agrotechnique of cultivations
and assortment of spoies.
Card 2/2 58

Phenolocr of ilaak (solonchak) saksaul (Raloxylon apbyn=).
Uzb.biol.shur. no.3:57-62 158. (WA 1l: 12)
1. Brodueastatskiy nauchno-iseledovatellakiy institut leenogo
khosyayotva.

Phonologloal obomations ou the Wmiaul Halw7lon. sphyllum (Ninkvff
Iljin. Bot.shur. 45 no.2-254-259 7 160. (MIRA 13:6)
1. Srodusasiatekly nauchno-tooledovatellekly lustitut lesnop
khozywetvae
(bovief Otntral Asisi-Ukaaul.' (Phonology)

809h
5/056/60/039/004/012/048
MOON
0
AUTHORS: .8. $.p K
Vasilenko, M-"skiy, M. G. Kaminskiy, D-L.,
Koksharova S. Pe
TITLE:- The Problem of the Formation of Monoenergetic Poettrons
in the Decay of Eu'5.'J!f
PERIODICAL: Zhurnal eksperimentalinoy i teoreticheekoy fiziki, 1960,
Vol. 39, No. 400), iv- 970- 972
TEXT: According to the calculations of Professor L, A. Sliv (Ref. 1),
an electron - positron pair may be formed when an excited nucleus in
whose electron shell an electron la missing makes a transition from a
level with E > 2 m02 to the normal state. The electron occupies the
vacancy in the shell, only the positron is emitted. All positrons
produced in this process must have the same energy Em a E? 2MC2 + E
(1) (Z transition Ienergyj B sh
sh - binding energy of the electron in the
shell). The probability of the formation of monoenergetic-positrons is
Card 113

:84394
The Problem,of the,Pormation of~,' 8/056/60/039/004/012/048*
Monoenergetio Poeitrone in the Decay of4052 B004/BO70
expressed by W Ic (2) (w probability of the formation of
. ' m w.Dwi ~/r D
a pair with monoenergetio positron, w probability of the formation of
~an unocoupied level In the:eleotron-ihell of the~excited atom, rk
n
width of the atomic levels- r, ~:width of the excited nuclear level).
The lifetime of nuclei in an excite-1 state with E > 2mc2 may be
calculated from (2). The author's attempted to establish the appearance of
monoenergetio positrons,in the deoNr of EU152. Fig. I shows the decay
scheme Bu152 -~sml,52. The transiti-3n energy leading to the excitation of
1531-kev level .of sm152 Is nearly 3,50'kav. Therefore, the authors,looked
for those monoenergetio positrons w:2ioh are emitted on the capture of the
electron ofthe 'pair in the X-~shelland whose energy must be 434 kev
aeqor,*.Ing to equation (1). The,radioactive source was europium oxide in
the "'atural isotropic proportion and Irradiated by thermal neutrons.
Fi,,, 2 above the' positron opeotrum of E052054 decay; Fig. 3 shows tho
spectral region in which the line o:! monoonergetiopositrons must lie.
No well defined effect could be established. However, an estimate of the
upper limit of the intensity may be made from the experimental data.
Card 2/3
Card 3/3

V), &4~
S./048/61/025/001/011/031
0 BO?9/B06O
AUTHORS: Vasilenko, S. S., Kaganakiy, M. G., Kaminskiy, D. L., and
Koksharova, S. F.
TITLE: Internal converaion %ith pair production in the Ta'62 decay
PERIODICAL: Tzvestlya Akademit nauk SSSR. Seriya fizicheskaya, v. 25,
no. 1, 1961, 61-67
TEXT! A study han been made of transitions aith an energy of over 2mc2
using data of internal conversion vita pair formation. As may be seen
from Fig. 1, trannitiona with ouch erkergloo take place through the energy
gap, Transitions between the rotational banda with K - 2- and X _ 04 are
of particular interest (see Fig. 1),, Experimental data do not contradict
an emisvion of the type E3, El f M2 (pr,,-dominantly El), and even mixture
E' -* M? 4 E
I ~ in admiaoible. The oultipolarity v6aj determined by the
method devviijed by S. F. Antonara et al. (Ref. 8). In jomp, cases, also
mixed transitions can -be analyzed, by thir; method. rr, FB and HB
transitions emissiono of the El, M2, and E3 are p-csslble, In agreement
Card 03

89245
S/048/61/025/001/01 1/031
Internal conversion with pair produntion B029/BO60
with the selection rules for spin and parity. In this case, the
composition of radiation cannot be determi;ed unequivocally from the
intonsity values of gamma transliicna or from the conversion line data.
The composition of radiation can be, however, determined from the data
of internal conversion with pair formation. Three formulas are written
down for this purpose. The authorr determined the spectrum of the
positrons cf the pair conversion aLd the 3pectrum of the conversion
electrons. The data of the relatfVe Inienalty of gamma rays were taken
from the paper by 11. Voynova, B. S. Dzholepov, N'. R. ZhUko~skiy (Ref. 9).
The internal conversion with pair formation is very weak in the TaI82
decay. Fig. 2 illustratee the spectrum of the positron3. If E+ denotes
the energy corresponding to half the drop of the positron spectrum curves,
Ey = E+ + 2mo2. The energies of ga.=a transitions established in this
maTiner are listed In a Table. The intensity of the positron spectra of
Individual gamma transitions must Ve known In order to be able to
determine the multipolarity of transitions. In case of a low transition
energy the distribution of the posJtrons is equally large for the
tranalticno of the El, E2, and MI types. As an example, Fig. 2 shows the
Card 218

89245
S/04SJ6'1/025/00i/011-/031
Internal conversion With pair production ... B029/Bo6o,
partiaV spectra oaused-by -tralreitione with 11229' 11880 1222, and 1231-kov
energies. Fig. ~ 'shows thetsp'e'otra of conversion electrons of T0629
The relative intensities, of the X conversion linen and the corresponding
partial speotra tf,reitroneire.,listed in a Table. The lines of
oonversion.eleot2!0 a X1256 and (M+11)1189 are not separated. The
multipolarities found for the.t,ranijitions are as follows: 1122 kev,"t the
value of (r/ak)exp correspond's to it, radiation of the E2 typee The M1
admixture must 'be small..The 1M-kev transition is a mixed one. An El
radiation mIust take p4rt in the,FB transition- 75% El + (25-10% 92 is
found. The,-1222-kev transition haav-aocording to data available in the
literatuie, an E2 multipolarity. Furthermore: 1231 kev - S2 witla slight
M1 A~mizturio. 1256,,kov .'probably El, 1275 kev.i aacording to
exp6i,imentall. data, avii1a"ble, 80%'El 1+ 20% M2 f its 'beat, The multipolarity
of the,1290,-kev transition'can-be of-the M2, E3, or )f an even higher
type. The probabifi:t~ bf'M transitions froui thq F level is considerably
smaller than the proba~llit of the aingle-protop transition according to
Y.
Weladcopf. The portion of E3 radiation in the FB transition amounts to no
Card -3/8

STOLETOV, V.N.1 BUDNITSKAYA, Ye.V.- AGAMOIDVA, S.R.s KgU I TWA,
0 UROVL4.!;!:
Nature of variation of the nucleic acid content in the embryos
of seeds of different wheaT. varieties. Dokl. AN SSSR 158 no.4t
963-966 0 164. (MIRA 17111)
I. Hookovskiy gosudarstyannyy universitet im. Lomonosova i
Institut biokhimil im. A.N. Bakha Ali SSSR. Predstavleno aka-
demikom A.N. Belozerskim.

STOLETOVV VbN*a prof.,* dakt-.. mallskukhez.
AGWL07A# Mai_MMLA:R~
~11~
. 'L _7.k
Content of moleta acids "-t tha aued embryoc of 2prirg, wint-irl,
&M tranisitional fame of TAM
.(M
1. Wedm genaUAI i -solik'-tIA ze-OwrAh 'Kul Itur MG-1kav!%xa;r
eel 'akakh--,amys+,v*=ojr c-Men-s Lenint ak,Le-,~nll i"M Tlr,'ryszova.
SUIWAted Mar 7j 1965o

STOUTOV, V.N.; BUDBMKAYA,,,Ye.V.; AGARALOVA, SA.; NOYSHAROVA, T.AO;
RIKITINA, YO.T.
Charaoteristica of the changes in mtcleio aoM metaboli= In
ontogeny of various wheat rome. lay. AN SSSR. Ser. b1ol, no.61
836-847 " 165, (MIRA 18t11)
1. Gosudarstvannyy univerettet im. M.T. Lomonosova I Institut,
biokhWi in, A,N, Bakba AN SSSR,

KOESHMEAU2 L.B.., stirshiy agronom po zashchite raateniy
Poisoned baits against tlxo Ukut mwlik Citellus undulatus
ijacutenais Br, Zashche rasto ot vredo i bole 4 no*2:51 Mr-Ap 1394
(MIU 16:5)
(IS= vallv-- Sralike-aftermination)

G He xaslushemVy vrach RSFSR I Takatskoy ASSR
larly extropleural olsotborax In the treatment of cavernous
tuberculosiso Proble tube not3t43-47 IV-JG t54, (MIRA 7:11)
Is Is Yakutskogo filiale, (dir. Te.Ne Andreyev Institute, tuberkuless,
Akadmall medetsinskikh nauk-SSSR (dir. Z.A.Lebedeva)
(COLLOn TMA"S,
oleothorazo oxtraploural)
'WW~- -
W-M
mt., - - awj. Iq, ao p-

koKS11ARSKIYO N.

MW

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tr

IF
,

PA-7 /49T18

DZHURINSKIT, G.1.1 XOKSHARSKIY. otv. red.; GALICHIRSKATA,
V. V. , taih*"~.-~
[Organization of long-distance telephone communication
enterprises) Organizateiia predpriiatii nesbdugorodnoi to-
lefonnoi eviasi; whabno-metodichaskos posobie dlia vy-
polneniia kuroovoi raboty. Leningrad, Leningr. elektr. In-t
avlasiq .1962. 71 p, (MIRA 16:10)
(Telephone)

LOGDOV I Anatoliy Oeorgiyevich. Prinimal uchastlye KARASIK, V.S.;
KOKSJURSKIY,,-,N.S. dots.., retsenzent; SMDLOVA., I.S., red.
(Organization, plannings and.design of rural telephone
systems] Organizataiial planircivanie i proektirovanie
sellskoi telefonnoi sviazi. Moskva, Izd-vo "SMazIt"
-1964. .147 p. 17:7)
1. Leningradskiy elektrotekhnicheskiy institut avyazi im.
M.A.Bonch-BriVevlcha (for Koksharskiy). 2. Starshly inzbe-
ner Glavnogo upravleniya gorodakoy i cellskoy telefor.- -
svyazi i radiofikatail Ministerstva avyazi SSM (foi Karasik).

170)
AUTHOR: Kokshayokiys N#IV. SOY/20-124-4-64/67
TITLEs On Certain Differenoseq Connected With Flightq Between the Spoonbill
Platalea Ze*corodis, W ana7the Plegadis Talcinellus L.
0 nekotorykh evyazannykh a poletom razlichiyakh mezhdu kolpitsey
~Platalea leucorodia, L.) i karavaykoy (Plegadis faloinellue L.))
PERIODICALs Doklady Akademii nauk SSSR, 1959, Vol 124, Nr 4, PP 949-952-(USSR)
ABSTRACT: In order to maintain itself in the air, an actively flying bird
(that does not make use of lae.euergy of the motion of air masses)
must not fall short of a cartain speed (as is the case with an air-'
plane). This minim", speed value rises proportionally to the square
root of any given linear dinqnsion of the bird. The larger the bird
the more difficulty it will encounter in flying, as flight will
necessitate g higher amount of energy. The correctness of the pure- 4
1y physical aspect of 'this ionsideration is beyond any doubt (Refil 4
Therefore it is to be expected in the analysis of groups of related
birds that in the larger species the flying muscles should be more
strongly developed than -in the small species. In actual life,
however, this is hot quite the case. It is understandable that bird
flight, as a biological piemomenon, is more complex than the above
Card 113 simplified patterzi. 'There are two methods by which birds can overame

SOY/20-124-4-64/67
On Certain Differences, Connected With Flightv Between the Spoolibill (Platalea
Leucorodia L.) and the Plegadis Faloinelluo L.
the amount of work dispropartionally rising with increasing body
size,- required for flights (1) Passive flight (Refs 118) and
(2) progressive adaptation 0 other types of motion, besides do-
creasin of the flying apparatus leading to total inability
to fly fu,;81), There are, however, several bird groups the larger
representatives.of which neither resort to passive flight nor make
use.of any.other type of-motion detrimental to their flying ability.
By way of illustrationt the two representatives mentioned in the
title-of the Threakio=ithidae,family,(o;der Ciconiiformea) sre
quoted. With a significant ]phylogenatio relationship the flying
apparatus an well as the flight types of the two species are fairly
similar. Howeverg there is a great difference with regard to bill
.(a) bill x anded at the tip in the shape of a spoon, an
'a fb) bill v~ftcjer and downwardly curved, as in
in the spoossbill;
Plegadis. The spoonbill is W-fas large again as Plegadis, and
three times as heavy. Howevor, tho flying apparatus of the spoon
bill in relatively less devoloped than in Plegadis (Table 1). In
Plegadis, however, the:searc~ for food necessitates greater motili-
ty than in the spoonbill, &a this latter bird can spend hours in
Card 2/3 one and the same place, filtering with its spoon-shaped bill small

SIDV/20-124-4-64/67
On Certain Differencesp Connected With FILght, Between the Spoonbill (Platalea
Leucorodia. W and the'Plegadis Valoinell-as L.
, crayfish and insect larvae:from the shallow water. Consequently,.
the'spoonbill, as compared .with Plegadis, is far less often forced
i
i of.pla6ap and its flying apparatus
to chaziga
is less strongly do-
'
velooed than in Plegadis. In the analysis of the physical aspect
of flight, differences of this kind between individual bird species,
w6re'not taken into'consideration, as In the prevent case flight
must be consideredo-not as a purely physical phenomenonj but-as
a ph~no~enon-in temporal developifient. It is'not only the aero-
dyz~am'ic but Also the,biologipal asiect of flight that-must be taken
into account.-There are I tible and 8 references, 3 of which are
Soviet.
.ASSOCIATIONs Institut morfologii zhivotriylch im, A* No 5evertsova Akadeaii nauk
SSSR (Institute of Morphology imeni A. N. Severtsov of the
Academy.of Solenoes, USSR)
PRESENTED: September 5# 19569 by Ao N., Bakulev' Academician.
SUBMITTEDt A,ugust 29, 1958
Card 3/3

KONSHArSKIrt N.V.
Pli!ht characteristics of herons. Trudy,Astr. sap. no 5s269-277
'61 iKMA l6t8)
(FUght) (Herons)

YAKOBI, V.E.1 KOK V.; BORODULINAO T.L.1 SHESTAKOVA,
G.S.S do or biol. naukp prof., otv. red.; HWXINA,, Ye.T.,
red,izd-vaj KHENOXH, F.M,p tAkhn. red,
(Functional morphology of Idrds] FunktsionalInaia morfolo-
glia ptits. Moskva# Izd-vo "Naukap" 1964. 91 p.
(MIRA-17:4)

KOKSOM, BIG,; SOLOVITN' T.N.
Checking formation of too-tearing earth cylinders in shaft
sinking by the froesing method. Ugoll 30 no.11:7-11 N 135.
(AZA 9:2)
IdYsevoynsay nauchno-Ionledovatel'skly institut organizatell
a shaIthtoatroitelletva (for Koksh*uw).2.DorogotwLh-
t~;sttrqyuprxvleuIyo tresta 8hakhtspetent'roy (for Solowlyev).
.I (Shaft sinking) (Froven ground)

VITR IK, D.I., red;j BZSSKWNTY, A.H., red.j DOROSHMO, G.N., red.:
21LINSKIY, V.M. red:*. MW.J.G., red.; SUTUTSKIY, S.M..
red.1 SHISWT, ie.L. red.; MK Jwa;-W.N., doktor geolog.-
mineral.nauk, red.1 VMNIMI, K.Z., redAzd-va; BIMLAVSKATI.
L.Sh., tekhn.redeg NAMNMYA, A.1aj takhn',red,
[Studies in mine construction] Issledovanila po shakhtnomy
stroitelletyu. Noskya, Ugletakhisdat, 1958. 213 po (MIRA-12:3)
I* Miarkove Yeesoyusnyy nauchno-ineledovatellskiy inatitut
orkenizatsil, shakhtiogo strottellstya.
(Minizig engineering)

14(5)
AUTHOR:
TITLE;
PERIODICAL:
ABSTRACT:
Card 1/2
SOV/127-59-2-13/21
Kokshenev, B.G.Candidate of Technical Sciences
The Calculation of the Wall Thickness of an lee-Rook
Cylinder, if Rook is to be Frozen to Great Depth(Ra-
sch#t tolshchiny stenki ledoporodnogo tsilindra pri
Zamora Advana Porod na bol'shiye glubiny)
Gornyy zhurnal, 1959, Nr 2, pp 56-59 (USSR)
The author derives a more valuable formula for calou-
lating the ioe-coal thickness of a mine shaft which
must be stiffened by freezing. The exactness of the
improved formula is + 5%, These experiments were
carried out in a spe-cial thermo-baro-chamber instal-
led in the freezing laboratory of the Ukrainian
NIIOMShS. A model of a frozen-rook cylinder was used.
Scale: 1 to 160. The material used was fine sand
having a.volumetria,weight 1.58 to 1.619 a stability
38 to 42%9 a volumetric humidity 18 to 20%. The cham-
ber had a shea'the.in which the refrigerating brine
circulated. Blocks made of the same sand were prepared
and their resistance. to pressure was tested. The
dimensions of the blocks were 7x7x7 cu cm. Fifteen

BOV/127-59-2-13/21
The Calculation of the Wall Thickness of an Ice-Rock Cylinder, if
Rock is to be Prozen to Great Depth.
experiments were carried out. The results were tabu-
lated. The firmness of the blooks is proportional to
the stage of water-saiuration of the pores. Engineer
M. Sovestr had stated that the deformation of the
frozen cylinder walls becomes smaller if the distance
between single "links" (fastening arches of the shaft)
diminishes, and.the freezing temperature of the rock
is lowered. A practical example of the calculation
is shown 9 taken from a.9 m diameter mine at Yakov-
levo whftre water pressure at 600 m depth is aboi4t
50kG/cm-ce There are 3 tables, 2 g:raphB and-2 Soviet
references
ASSOCIATION: Ukrainskiy nauchno-issledovatellskiy institut organi-
zatsii i mekhanizati3ii shakhtnogo stroitellstva, Kha-
r1kov (The Ukrainian Scientific-Research Institute
for the' Organization and Mechanization of Mine Con-
struction, Kharikov)
Card 2/2

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KOKS HT
Mr L
J. Kq*;n$A Icu 1) qdy
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tn."" frogw1i
amon'"o C34 ptabsu? t* awalmled LM3 the tm~lo at t~A
d!Patveco of tu'84emo pmpord" %ble" ozolsoula. IS
MAY CLso, the dMorsoft bd*ma lb
*w"A milckol W~114 of ja 41"Vent") Vast lh~ solov We
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TW djffQlVAo* in t
lbov"a bd -
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I" dAlvi-na U-Rmd(4 -datattmes ad tho solumitly if OG -
E-, Z Yii-r i1

NAUMOVA, le.K., dots.; SHAMOUTDINOV, N*Sw, amietwt; FEDOROVA,S.A*t
AeDo ~.(Kazmn
RYABOVAON.I.1 COMOVAp V.P.1 ~AC%KA
Figbtink diphtheria in the countryl abstract. Kar-med-sbur.
no.IM3 JU-7261 (KM 16M)

akr-n4
Pappallmardw des 4T*-
=ff--L -or
rft
theotern, in wnich tb - rnncf-l A
'S d11 lrlj)ft;%eTT)tW Ofl 'hl- -F
Hartman rColloqui -Pft&
aff "-i I 004W,
kov 12. 9071 in %,Lf-h fK ~t--
it ako ihtm-l, 1~at 1~-,
p
mathowidal Re-views. Vol I 0,fHA
Li

KOKSOSZKOJ M.
Is thw; organization of the sale of.the means of protecting plants correct?
P. 5- (RMNIK SPOUYZIEWA) (War5miat Poland) Vol. 10, Noo 6j Fabs. 1958
SO: Monthly Index of East European Accession (EEAI) W Vol. 7. No. 5. 1958-

KOKTA, A# Ta* Cand Mod Soi (diss) "Poptolytes of the brainltd their
*h I with I
bioohemical Riga# 1957. l8QVVpp32-O "oMmo. cWin of Health Latvian am
Riga Mod Inst), 300 oopies (KL, 24-57,, 121)

CZECHOSLOVAKIA
K0lQTAj J; KUDELAS-EKq V.
Higher Institute of Balneology (Vysoka skola banska), Ostrava
(for both)
Prague Casopis pro mineralogii a geologii, No 1, 19659 pp
39-~7
I'llickel-Containing Minerals of Polanka."

KOKTA, Jaroslar, prof. dr.; MLICKYp J.
Contribution to-the methods c~ measuring the light refracl.!=
index. Sbor VSB Ostrava 9 no,.4013-61? 163.

8/273/63/000/0011009/00
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137-58-6-11337
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p I I (USSR)
AUTHORS: Koktashev, A.Ye., Zaspa, N.K.
TITLE: Info~rmlS`nNote on the Results of an Assignment to Plant Nr
418 of the Yana and Ore Mining Administration (Informatsion-
naya zapiska o rezul'tatakh komandirovki na fabriku Nr 418
Yanskogo i gornopromyshlennogo upravleniya)
PERIODICAL: Tr. Vses. Nagadansk. n.-i. in-ta za 1956 g. Magadan,
1957, pp 135-138
ABSTRACT: The following recommendations are made toward improving
perfo ,rmance indices. Tailingg of primary and secondary flo-
tation 6oncentrates and the middlings of the reflotation concen-
trates should go to Nr 8 mill for additional fine grinding, then
to be combined with the second fine gravitational concentrate
for joint treatment. All the fine middlings of concentration in
the fining department should also be combined with the second
fine gravitational concentrate. The slimes of the fining depart-
ment should be removed from the sulfide -concentrate repurifi-
cation operation. The thickenad slimes should be subjected to
Card 1/1 flotation for the purpose of removing the sulfides. A.Sh.
1-~OtTh-.-Processing 2. Ores-Flotation 3. Industrial plants--Performanco

137- 1958-2-2248
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 2, p 5 (USSR)
AUTHOR: Kokta
TITLE: How to Set up a Technological Control Procedure on the Washing
of Sands (Organi2atsiya tekhnolcogicheekogo kontrolya na promyvke
peskov)
f
PERIODICAL, Kolyma, 19570 Nr 6,'pp 15-21
ABSTRACT: The basic control problem in the sand-washing operation is
the one arising from the loss of precious metals during the various
stages of the operation and in the products that result from it.
Losses were analyzed by establishing a metal balance on the
volumes of the wach products and on their precious-metals con-
tents. Samples were taken systematically during the operation in
order to maintain a check on operating conditions and on the magni-
tude of the losses during the sand-washing process. Samples were
taken at random, the aim being to determine why, where, and in
what amount metal was being loift. To this end the aforementioned
balance of metal and sands was worked out. A description is given
of operational and general sampling procedures and of methods of
Card 1/1 establishing the balance of metals and sands. A.Sh.
1.9 Sand washing-Processes

I-T I
BA 1OV, A.N.; KAGAN, Tt4B.; KOKTW, SoMe; SUCHIKIN, T.T.; GOLIDIX, BoA.;
MOROZOT, N.G. ............ ..
Activating characteristics of moLten Iron catalysts used In the
synthesis based on carbon monoxi-le and hydrogen, and reduced at
high temperaturese TrW Insto nefti. 10:247-261 '57.
(Xin 11:4)
(CrAtalysts) Mrdrocarbons)
L w

1,~ierrnanfiq, E, M.
Y
q, Yq- a
TATTI-i.. itv-,1ponse of the einitter follower toxvoltage drop in its output circuit
SOURCE: AIN LatSSR. rxia-cltut elu'kit~iki i~'ychinlitel'noy tekhnild. Trudy, V-" 6;~
R-,ga, Avton-Latika i vychislftel'nava le khnika (Automation and computer
technology), Z43-Z53
TOPIC TAGS. emitter [0116906i'T't nd1Cji0di,'I0'g1c9 dement
RACT., A knowie4gia-af Vii~-Voltapd-p f A-;xLesponse is important for: handli
ABST
ci cuits XThe response of the--Ioa-d-ctx~-Tre~a-
042e txEe rx
ex erimentally wi
-p_
--fil-a-Irk t
I I i U P F, a-ad 1,,. IF capac-ttors c;~~eT tlx~'the transiator ~to
tJlaraLteri3tica. A theoretical analysis of he output-current response yie a
f )rrn.~ila for the load currentl 1, [A7 RL - R.) e-' whe r e symbols refer to an
RL RIC
Card 117,

OTRERi )4
Card

USSR/Ihman and Animal Physiology (Normal and Pathological) -
Internal Secretion. Thyroid GlarA.
Abe Jour; Ref Zhur4iol.) No 17, 1958, 79740.
Author Millm, Shtefan; Lupuleskup A.;'Keeoycsku) I.;
Doehineaku) Al; Koku) F.L.
Inst wz_-, (Il3l)
Title Change of Absorption 31oactive Icdino
Under the Influence of Thyrotropic Hormone and Methyl-
thicuracil in Animals Subjected to Iodine Starvation.
0riG Pub: Zh. med. nauk, Akad. M, 1956p 1, No 2, 49-60.
Abstract: For 3 months, adult rats (80) got a ration with a low
I content (rats with a weight of 100 g obtained o.66 v
I a day). The veight of the thyroid gland (TG) in-
creased almost twice; microfolUcular hVerplasia
Card 1/3
USSR/Raw and Aniwl'Phyajoloe7 (Ncrml VAA p%tholoalcal).
Abe Jour: Ref Zhur-Diol., ~P ;7) MOP 797~O -
and broadenina..of.the veaOS15 Of the TG vere found.
T.he:ab--Or ti-6h"bf""1131''of"'TO'docreasM. -With the
adminiitinti6i'lto'theli~&t rig a'&~ 6f
iiithYl 6uidC__AJt), the weight of TG increased
I almost 4 -timesp while.the absorption of 1131 of TC;
decreased sharply; ado'nOmtous' hyperplasia and
broadening of.the vessels of the TO were found.
,he thy_
With simultaneous -introduction of I and cf t
riotropic hormone (TU, 40 units for 10 days to the
end of the test)., the w6iLtt of TG increased stin
nOre sharply than with the introduction of I alone;
the absorption of 1131 of.TG increased somewhat.
In the TG., a form'of nodular goitre vue found.
Card- 2/3
C, 7

:V,

PTO 8, .p
Barsuk-': A ~':aj neers

i-ix -,.,the org
60jrtsb~'_ i~6~ie4`ift jini ti n of industrial processes
tai r* " ri
pos commirdest Owen 0
ejej

Feriodica . ......
"ovyaz :.'12~~
est
.
Th i6b eme., o1V*d'IIC*4V ""ifie~ibigatii xational -and working~-procwm6_~

r i476UU
Poe of Coe_ a 0
t
'
4
'
6 d~:
own'g -'-an'd-~'OiAgOing regular- and xegiitoire
-,
m' ho'k
are discussedv '-'TabIes4
p
4
,
Of
In ution MAin,P69t

~..,.Sitbmitted

KWTIN, SOPO
Reierence data on vork u4p categorlesp quallficatlons, and other
characteirstics of covimmleation.workerso Tests oviasl 20 nooloi24-26
0 160s, (miRA um)
is Starshly lusbater-skonoidels Otdola trudA I sarabotuoy platy
ftla imau"I"114 em* 4&xft.-Iwml Avon is

KOKUIN., S.P... starshiy in zhi,~ek.ancaiat
Wee governing the bonus payments to supervisory, engineering,,
and speoisUzed-personnal, Vast. eviazi 21 no.400-31 AP 161*
(KMk 14W
1, Otdel truda I-ss:rabotuoy"platy'14inisteretva avyisi SM.
(Bonus system:)

maiNiN, o-i- rmainin, O*It]g prof.; KOKULMHO# I.Re. assistant
Use of Isoverin and promedol In relatively difficult labor* Pod.,
akumb. I gin. 20 to,5;59 '58. (MIRA 1311)
1, Akusherelco-gluokologiohaskaya kliniks (direktor - zaaluzhennyy
deptell nauki prof, Aolo Kalinin) Odemakogo gosudaretvannogo medi-
tsinikogo lnatltU%a JMqL Majo PIrogova (direktor - prof* InThe Deyueka)o
(OADMIND) (PIPERDINS) (LABOR, COMPLICAUD)

Qlgy~E~~
Combined uoo of isoverin -and promedole in labor* Say, mod#
24 no. 71117-M J'I 160. (MM 13: 8)
1. is k'I 4 "4 lej akusherstva- i ginakologU (dir. - zaslushennyy
deyatell nm,kJ pro:V..A*,I. MalLdn) Odeoskogo meditainskogo
Wtituta im, N.I, Pirogom (dir, usluzhemW dayatell
nauki of& I.Yao Deyneka),
rANESTHESIA IN OBSTEMCS (OXYTOCINS) (PIPMUDINE)

KOKULENK0 N.R.
Course of the puszTerium in labor pathology with the use of some
maicilual subotameo. Fed., akush.; i gin. Z4 w.1: 6-48162.
I = 16:8)
1. Kafedra akush6iotva i gliwkologii (zav. - sasluzhemW deya-
tell nould Prof. O.I*Kslini i (Hialyninp 0.1.] Odeaskogo medi-
tainskogo instituta'(rektor - z&v1uzhenW dayatell inailki Prof.
I'Aa.Dayneka. [DeJmmkaj. I.IlLP.-
(PUERFERM) tLABORP COMPLICATED)

520/5
KOKULIN I., I.
755-41
Sokrashcheniya prostoya vagonov pod, vsemi vidami operatsiyp pochin 22 stantsiy
donbassa (Reduction of idle standing of railroad care under seven kinds of
operation) Moskva, Tranesheldorizdatt 1955.
30 P. Tables.

AH5012691 -EM M tOTTATrOff TV

i~~&oda, Boris Alekseyevichl Kokun'ka UlintIn, ~re"Yich

Y leta:tellUkh aiparatov) Moscow, Vo-van4rA-mt 9-ve ober.
U%ntena.
copiza prule4.
'
T
D~PIC TAGS
i i
t
d

: a
rcraft ant
tenna mut onna 0
t ngnawing 1e an
ei
ua
, mi"
Communication equipimtm(~ air vcvu-ticatiIon
AND COVMGEt nAS book: "P*r-tO (W *nte=a ayStOMS of hig -volo'e-ity air-
Azl'ennafi of mrious bands, their ~mda;mental --'~Ar&c ter-isitcts and some
of alrr--aft an!enn". us-o.-d '7~ the dense layers of the
~n apace a-ra deacribad in Luffirient "I-,e book La written
"aterial which naz appeared -n the Soriot. and
-d
"I, z oam.ara wbu awe ijzdIx8Lr tUh the principles of radio siainsering,
TABLE OF 00N7EM (abridged);
Introduction.-

-29
Qrd I Ip

IrOEMYO N.A4 (kskva)
I Maltiple soleroolo, ?*I'd, i ak-ush, 23 no*2835-39 7 160,
(mmma -samosis) (mm 13t5)

Effect of .3odjjjL- stilfata wd freolli Lrewer*, on keto-
genesip in mis. Or. 36 ric.1-113-118 164.
ill I RA 1.702)
1. T stituts of of '%IH Amdamy of Se2ienn;,-I ce Lhe
in

KOWNOV~ N.D.; KONMIN, I.A.
out MMM wft~ MM-
Well equipment for carrying out cb;ervations of un-jorgrourA,
waters under conditions in permafrost. Razved. i okh, nedr
30 no.7:52-54 J1 164. (.1,M 17:12)
1. Vorkutinskaya geologorarvodoclazyn ekspediteiya.

KOKUN070 V. A.
"Study-of the Technique of Barriar'Glearing In 11044eter
Hurdle Race, and Wyas of Its Improvement*6 State Central Order of
Lenin List of Physical Culture imeni 1. V. Stalin, Moscow., 1955.
(Dissertation for the Degrwof CAndidate in Pedagogical Sciences)
SO: M-955s, 26 Feb 56

SHISHIGIN* 8.1.1 KOKUNOVt V.L.
.Reservoir properties of the -Turaonic and Valanginian sandy
siltatones in the middle ObI Valley. Geol. nefti.i. pza 5
uo,640-" Je 161, (MM 14:6)
Tomakiy politekhnich'ankly, institut.
(ObI Valley- Siltetoug)

prof., doktor veter-nauk; XUZIHIN, V.V., red.;
KOKURICHEV ~&X ~,
===;tOAI-YZVAp Z.V.j tekbn. rpA.
[Turbeculosis in farm animals and measures for its control]
Tuberkule's sallskokhosiais-tyennykh shivotnykh i mez7 bor'by
a nim. Moskva.. Seltkhosgis, 1954. 105 p. (MIRA 16:8)

COU" "TRY
CAT2"'ZOjRY DIC0.1r,0S Of Fartr AnLraals. R
Dis,jur~w~ Cmised by Brt,~,turi.-, ijid Atnei.
ABS. JOUR. 1959, 110- 1-2-132'
I RZhBiol., 110. -,
1
AUTHOR 1;plmrichev, V. 7. - Karbainov, E. A.
-

17.`3T, -ff
for th,' Adwinc2d Training*
T IT L`4' Spacl.fic '1'uberc!-1,Au Refictions in Cattle Infe-
stated %vith Fssci-:~liaais.
ORIG. FUB 81). rutuchn. t4r. Laningr. .4i-t usover.-Iti. vrA.
vrachey, 1917, VYP. 11 31-85
AB5TRACT It was, shown that Cattle afflicted by fascio-
U It, ..
liujis but not by .;iy o" -:-r disease zeacts to
tuborculin negatively.. Incidences of doubt fU
Intracutancous rw-wtions in rtormally fat
Cattle are explained by a non-speolfto Inoreased
reaotivity of tho skin.
CARD:
*of Veterinarians.

KOKURICIW. P.1.
ftweptibility of heng to diffeTOUt tMs of tuberculosis bacteria.
Dokl. Mad, sellkhot. 22 A0,3145-48 '57. (KM 10:-6)
I, leningradskiy I.natitut usavershenstvowanlya. vaterinarrql&
vraohe7,
(Tuberculosis in poultv),

XOKURICM, Pavel Ivanavi*1 ROTOT, Tyacheslav Ivanovichg GOLIDSHEM,
S.I., red.; CMNAWA, Z,V., takhn,rode
[Tuberculosis In poultry] Tuberimles domshalkh ptits. Koskvao
Gos.isd-vo sellkhos.lit-ry, 1959, 131 P. (KIM 13t4)
(tuberculosis in poultry)

KOKURICHAV, P~.L, prof. ;IaK"75STA, V.I., starchly zauchrqy notradalk
Xtiology of white meal@ disease in laube, Tatorluorlia no. 111
30-33 1 159 (XIM 13t3r
1, Ioningradekly votorimrrqy inatitut i Vologodskeya lauchno-
issledorstal'skoiL voterimrmya stantmiya.
(lambs-DIseases and posts) Obcopherol)
(RuanUr dystropby)
mm~- MEN
" ,"I ~'-'
amm , ~- ~' . Is- -W

KOKURICHEVI, P. T,= prof, 1 LAMKIN2 8.1.9 dotsont; MIXHAYLOV, H.P., vaterl-
narn"vrach; MAKRANCHEYAV,, ](.V,,, voterinarnyyTracb,
Use of sodium.sel6nits in the prophylaxis and therapy of vhite
musals disease in lambs. VIstorinarila. 39 no.600-51 Jo 162
1. toningradskiy vaterinarnyy inatitut i Baryatakiy seltako-
khozyaystver,myy instituto

CHERNYAK, Valentin Zekharovichl DOBIN, Mendell Aronoviahl ROKURIGIMV
Pa"I-ImpoyUb; POLYAKOV, 11. Ta. . red. 1 BARAHOVA 9 L. G.
tokhn. red.
[Legal veterinary expertise) Sudeboo-voterinarnaia ekBpartiza.
ispr. t dop. isd. Leningrad, Selikhosizdat, 1963. 254 p.
(MIRA 16:7)
(Vateriaary jurioprudence)

KOKURICIIEV, 11.1., prof.; MIKHAYIDV, veterinarnyy vrach
Fropby actic affect of sodlum sc~lenitc In treating white =sale
disease in lambs. Veterimarlia 40 no.8:63 Ag 163.
(MIRA 17:10)
le Leningradskiy YeterInamyy institut (for Kokurichev). 2. Kho-
rinukiy aymakj, Buryatskoy LSSR (for Mikilaylov).

_UZ=XML P.I., prof.$ MIKHAYLOY, N,F,, voterinarnyy vrachl KAMYj V#P,p
MYSIWA, le,Gd,-,, veterin&My tekhnik; VOLKOVA, A.S., veterimiT4ik.,
tekhnikl MASHUKOVO,M.I.
Selenium prepamtions in -the prophyl"is of diseaaes in lambs
and young pigs, VaterinarJta 41 no,8:65-67 Ag 164,
(MIRA 18i4)
1, Leningradakiy veterinaim" inatitut (for Kokurichev,, Mikhaylov).
2, Glavnyy veterinarnyy vrach sovkhoza "Laninekiy Irkutskoy oblasti
(for Moskalevav Volkova). 4. Glavnyy zootekhnik sovkhoza "Le-
ninskiy" Irkutakoy oblasti (for Manhukov).

KOKURICHEVj P.Is, prof.1 MIKHAYWV, N.P,p voterinarnn Yrachl KARPOVj VOPO;
______XO_9XAVEVA, To,G*., voterinsruy7 tekhn1k; VMZOVA" A.S., voter
tekhnikl MASHUX6V, HsL
Selenium preparations in -the prophylaxis of diseases in lambs
and young pigs. VaterinarLia 41 no.8t65-67 Ag 164.
(MI Rk IS:
1. Laningradskiy voterinarnyy institut (for Kokurichev, Mikhaylrv).
2. Glavnyy veterinarny7 vrach sovkhoza Vlaninskiy Irkutskoy oblasti
(for Mookalevap Volkora). 4. Glavnyy zootakhnik sovkhoza "Le-
ninskiy" Irkubskoy oblasti (for Mashukov).

Effect of tbyroidectoav arul 6-mothylthiouraell on the developj~ent
of experimental gastric ulners. Pat. fisiol, I eksp. terap, 8
no.4t6l.62 Jl_Ag 164. -(MIRA 18o2)
1. Laboratorlya gastroonterologii (riAwoditell- chlen-korrespondent
AMN 53SR prof, S,M, Ryss) jW SSSR i kafedra patologicheakoy
fisiologii. (zav,. prof, L.H. Perallman) Leningradskogo sanitarno-
giglyanicho5kogo zeditainalcogo inatituta,

000*0q0;;;;;OwOq, w
a IN AS of a
0 0
MOW
00 jk 11 $294. 09COM41TICs CW SIVAOCUP Mm IX ILACTEC ACIL Dobrywu
i! I
4141* As F.-and Sokurin 0 Do kJoAPPIs Melee Mesoxer 194'7& Tole 208
'Aboilres 10% JVlY# 1948o Tole 42, 4737 (1)
997010041 a
C
4141a., i g4rosaw (Daus d bogtWaS bo 1914 fraction up to 200
2 ii mad of boi. Iding AW),was.doomposed In the electric arej 100 C. of
0 a I I
0
.3 kerosene 6 on the aversip Ws4 go soot and 7293 go gas of the averse* 14141
com"itio:162h2m.000 -h249.0, -C% GAP CgH, 7*5, C %+C44 3o0, CO 000
0.0st weight of I Is 0*029-OA94 got the ou;OsItIO; of thi gas v%ries meq
'but little with the sitent of -ths decomposition (frm 10 to 60% or the
keromone)o The malytioal balance of the products (moot*gas), C 86
ee-3 01 and H 12% 99%# checks sattaftotorily with the composition or the
#0W kerosene# 0 48*20 it 16*8"a Mw equation of the decomposition Is too
06 .0 ee~~ x )I CH4 can be formwid either from C2H,
hydrogenation of 02H2. The Cam obtained .940
or M the elsimeats I at, bj1 I
from on ally mendtar of 1.1.7 of 00945, viscosity 160 So at 100*0 490
was average) OSE, 35#60 X, 6:1.10 CRA 3.7, 0 4 o 7, C 36+ 0416 L 1 660
CO 0!5, C-41i Me'. A shale PIU419 density 222f begian"I be am". tractI4 VOO
OUOIS,,NW ketones gave a gas considerably 00
risher Ow-Wore, #j4 i7-Abe-441iteimt-of 00 &W CO in the PS-48
I -TIMt- -6-1--imumvet. tber -row, sta3rialL.- eogs -&
too" 60409
a Ago Q -
go&&
'A
V od 0 4j 8_'% V O's do 1$ 39-9
do 'M do MrM &,a dk_~M M.,~

Now

Diiel fractions a she Is pitoh, and 'a poet pitch with 01.2, 6,2, and 12*0 04
%. respectively* gave CO 3age 6.6s and 8.6, CO 0.4, O.G. and 1.1$ respectively,
lZ 01*
00 ined undtooaposedl the
in ~ftll experionts, 'UP to 6% of the material 100
Ot d*481ty'of the residue is the higher-, the deeper the decomposition# seess 90
00 ketasons. decom position 10p 16, 20, &W 30%o density of residue 0.0364, 0*6383, 09
00 Oef382, and 0.8 3371 the t4spMture at beginning boiling of the residue Is
'
00 that of the initial kerosene, but the fractional oomposition
4-90 higher than 00
010 raim'ns - j thuse the change of density Is due solely to removal of the *0
00 Iiihtest fractions# without any arsaking of the main matte taking place. (2) 00
00 SW (94%) gave a gas 0 89 14 4 H 63,03. CH 6.2, C it 4.7, C N6 04H8 0,
- ' W CHO v
;;4�
d
4
d
d
l
l
Q
h
0 0
f
M
1% 00

00 un
ac
a
co
o
e
oun
poso
Os o
6
, no
j
Cq 22.7 0
0
that
oteworth
deWration to C
to v
N
r
low
J It L
g
id *9
*4 .
e
s n
.
o
uno
o
y
y
-4
$40t to formed* , The reaction oonsitsta in the min in 9 ItOH --A 3CO # OHS
00 02&04. (3) 021g to a prismil produot mid Its high yield is deternLnod
:0
04
6 t
V Its fast remoal from the " $iompsraturs sme *Are it might suffer
'
00
4
0
0 _
d6compositiono
Its formatt".1a poitsibly the result of the recombination 00
0_ free radicals* ,
00 09

04
00

_
-
4
0-6 0 0 A *
4_"_AL9 _040 0 CO 0 *_2 0 0 2 2 0 2 6 6 1

~F~yj,-4I,R"
Max mm~A Lg
ItUsToy, V.7., JUMM# A.D., 718=0s, ILL
I--------------
Production of synthesis 06 from wStOr fuisl suspensions. ftudy
wi no.51sl4-18 159. (-coal on if leation) (=A 13:8)

NOMIN, A.D.; DrULLWAt Isy-
19
Detersdnation of the r"OtIvIty of brown coals from the nort*7
western .region.. Trudy ZfflI no.5LL:26-29. 159, (KIRA 13:8)
(Russia. irorthvesterro-Cola P~Lflc&tlcn)

URD, A.D., ARTTMOV., I.W, ZTrAGIU, ILY.
Contimum iron wd st"a wthod for ~hs production. of brdroput
Trudy Z&Z no.3100-38 059- (XIRA 13t8)
v4r Uron- oras) (coal)
(M ogen

irmRA A.D., CHIMMA. ?.I.
linstics of the. retwtion.avA oxi"tion of Iron ores TruAy Wl
n0-510" 0390 (=A 13t8)
(Iroa or*s)

KUMUO A- P4a RDEWAI i D.A.
Reactfon of ozygen with the ca.Tbon of the fuel* Trudy IMI no-5106-
51 159. (MIU 13$8)
(0,sygen) (Carboa)