SCIENTIFIC ABSTRACT KUSHLIN, B. F. - KUSHNAREV, I. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927820015-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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of f aun a tht, t the I owe r hoar ,, onj c, 1, ~ hc! ~- 1-f~ on*;,? _` = rg, 1-imy
suite are Lower and Middle Trlass`.o and d_-,rided th.1s 3uite .`.ntco
5 packages. The Triassic sedimentus oan 'r,,- I.-i-,-Ided lntc,
2 ouites no3ording to "heir lithologic
classification is p:~opcsed by the authcrs:
(gravel-containing, limy 3,aito) su~.te, and 2. istykekaya (Ref 4)
sands tone- shale su_-~e. Ancording to the fauna found, n~
Kobriganskaya SU4 tr2 embraces 3.idim~--nts from. the LDwe- Tr~aE!3`p.
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up to thp Cam-14an Stago-, :tE: va:--.-;
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described by P. 1). Vinograd,)v be
J ndo v
,pendently). The Is tykskaya s1-1 irie -,vor-ies bhis
t-ntircly ~;oncordantly. A fauna was ft;und ;,nly -'.n the PIT't
L ~ _ a 'n ps t
3f tho Iabykskaya suite. ThJa fvana indf .. _ th,
beds belong at 11 past t.-, t1he unp.~rz, - s ', Parts of -,he C~-"
Stage , if no lu already to tho Trias 31' ~- No ` (t Stai,7e
Istykskaya, ri.;itjp an,i Stag-t; .-f th-,
Upper Trias since ro.~mer;.-,zs ~tic chiefly f
j1haetix, age, were found in the upl;ez- part of the 13ty4skaya
suite i1n. Pamir (Ref 4). Ac3 a res-.-It, it -'s jossi'ble that the
2 vel.y uppermost. paZtS of t1j4s riu-1.") be
- , j , .1onz to the L.~as.

S'~-ratllgraphy of -

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ASSOCIATION;
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Of .1leral Wealth ou~u:e a
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Leningradski
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ESENTED- -
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. June 28, 1958, by D
V

S7EMITTED .
. -i; llcadlcmi--ian
, jun,-i 26
1956
C 7~ ,

KUSHLIN, B.K.
Ifew data on the age of the Istykskaya and Chechekt7 series. Sov.,
geol. 2 no.12:124-126 D 159. (MIRA 13:5)
1. Upravleniye geologii i okhrany nedr pri Sovete Ministrov
Tadzhikskoy SSR. Pamirskaya ekspeditsiya.
(Pamirs-Geology, Stratigraphic)

B.K.
r, A.
,; ~raight Triags ic AmTrcno i deq frorr. the Panni rn . Fe eont. zhur.
no.3il39-141 1654 (,MJRA 18:9)
1. Ul)ravleniyc- reinlo~,'H 1 okliviny mtdr pri .:r)v6tp Ministrov
Tadzijikgkoy

KUSHMN, T.V.
~ -
Finishing chrome calfskin. Leg.prom. 16 no,2:42-43 F '56.
(Imather industry) WaA 9:7)

KUSIMIN, T.V.
Use highij Productive equipment and Inprove production tecbnology.
Koz'i.-obuvonrom. no.?:6-, F '59. (MIR-k 12:6)
(Shoo ma;~facture)

KUSHLIN, T.V.; FEDULOV, I-1-
organization of flavleso production In the Kuznetsk Shoo Faotoryo
Kozh.-obuv. prom. 7 no. lOt24-27 0 165 (mIRA 1911)
1. Direktor Kutnetskoy obuvnoy fabriki (for Kushlin). 2. Glavnyy
inzhener Kuznetskoy obuvnoy fabriki (for Fedulov).

SHMUSHKOVIOH, Yes# insh,; KUSHLIN, V,O inzh,
Turn out itemo meeting higher standards. Rech. transp. 24 no.8t26-28
165. (MIRA IM)
16 Moskovrkiy audoetroitallno-sudoremontnyy zavod.

VEDENEYEV, Nikolay Petrovich; j~U4LYAN, iiafail,Ya~ovlevich;
VEROMAN, V.Yu., red.; ALABYSIMU, N.A., red.izd-va;
GVIRTS, V.L., tekhn. red.
[Standard designs and modern methods for making hard-
alloy dies] Tipovye konstruktsii I sovremennye metody Iz-
gotovleniia tverdosplavnykh shtanpov. Leningrad, 1963.
29 p. (Leningradskii dom nauchno-tekhnicheskoi propagandy.
Seriia: Goriachala i kholodnaia obrabotka metallov, no.5)
(MIRA 17:4)

TAYTS, Ye..M d7,kL!,r i.,-kbn. tiauk; SHWTS.. S.A,, kand. takhn.
nau~fdeceaoedji FEYSAKIIZOIN, 1.13,, 'Inzb, , GELIFM, M.L.,
inzh."' D!-'w.1qp.IYf2fKO, M.T.. inzh,..-, DORFIAXi, G.A., --'nzh..-
TZRAELIT. Ye.11.. in7h..; kULAKOV', N,K., inzh.; K'USIIIYANSKIY,
'Z I ' L.V, jnzb.[decca,-)cdj5 a"dim,
BA5.1 in 'h,~ I-IENKSON;
SIA'Aiil'S G.A., inzh.~ SlIVARTa-IA1.1, I.Ya., inzh.:-.
InzP., - 7 1
YATSE-iKO, !i.Ya., inzh..- BABB", P.P., -inz-..? KHANO, I.M.,
dOkII-r'r tekhn~ nauk, prcf., red.,, F',OZYhEV, V.P., inzh.,
red., P.L., inzh.,, red.~ LGALOV; K.I.. inzh.,
red.; LEYTES: V.A. IrizIj., r"A'.; 12-1,10JE-i" B.Z., inzh.:,red.,-,
Y'01'A'L"O'V% A.G.. red.- SHEUIN. A.K., red.
[R-f-prodlic-, industry worker'-s handbook in sLx volumes]
Sprav,-~.hnt-k i,,-.,ksckhImika v -hesti torrakh. Moskva.. N-ital...
lurgiia. Vol.2. 1965. 288 p. (IJIHA 18:8)

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Kusluvl~ ~ I. v.
L
lljn,jestj~,a _oji of lulie Elodulation Method for Lew;!,xim, o'iectr4c r~n5 oft
- . - -:. 4_
'rr 7czroe of Cand, Technical Sci. Sub 27 Apr 50, ,.oscow _~-'Iectrlc _-'rlgineoring Tris t
of CoiviLLLcAions.
SL,l,uaary 71, b Sep 52, Di sertations Presented for Degrees in Sc~ence and ',xigineerLing
in 1-ioscow in 1950. From VechejT~Xaya hos'kva. Jan-Dec 11,;50

KUSHMMV, I.. kandidat tekhnicheek:ikh nauk.
Phase inverter circuits for lov frequenc7 amplifiers. RMIo
no.1:24-27 Ja 155. (MURA 8:3)
(Amplifiers. Electron-tube)

KUSHMANOV,I., kandidat tokhnicheakikh nauk
Design calculations for Input and output transformerR for
radio receivers and amplifiers. Radio no.6:(Insert) Je 155.
(Radio--Transformern) (MLRA 8:8)

----------

'A- L
4 1 L-V

KUSIMNOVJ LV. , dotsent
Dissertations for thadegree of:candidate of technical sciences.
Izv. vys. ucheb. zav.; radiotekh. 4 no.1$115-117 Ja-F f6j,,
(MIIU 14:4)
(Bibliography-Electronics)
V,

A-e.'j -, " ".0 "V'riv i Al.
USM/ Electronics - Low-frequency amplifiers
Card Pub. 89 12/27
Authors i Kushmanov, If., Candidate of Technical Sciences
Title s Phaae-inversion circuits in low-frequency amplifiers
Periodical t Radio 1, 24-27. Jan 1955
Abstract I An analysis of phase inversion'nirauits used in low-frerjuency amplifiers
is given. -The amplifiers are two-step( c-scide amplifiers. Sample
ielculations of a cascade are presented. Circuit diagrams.
Institution z ..........
Submitted ..........

KUSHMOVA. O.D.
I
Change In the amount of acme mineral elements in rabbits'
muscles following temporary loosening of a tourniquet Ucb.
zap. 2-go MGKI 173127-130 158. iMIRA 13:7)
(BLOOD-CIRCUTATION, DISORDERS 07)
(14IMMALS IN THE BODY) (kUSCLI)

MUSHMANOVA, O.D.; KHOVAICKAYA, M.G.; SHITLIGAl V.A.
Modified content of ascorbic acid In the adrenal glands I- rate
during the development of tourniquet shock In the presence of
various physiological states of the central nervous system.
Pat. fiziol. i ekap. terap. 8 no.4:64-65 Jl-Ag 164. (MIRA 18:2)
1. Kafedra biokhimii (zav.- chlen-korrespondent AMN SSSR prof.
A.A. Pokrovskly) 11 Moskovskogo meditsinskogo inatituta Imeni
Pirogova.

GORODNICHE7, V.M... kand. tekhn. nriuk; Al'-DRIXEV, V.Ye.; KLADOV,
G.M.,-, JUSWET.'.., V.G..; RELIKSETOV, S.S., retsenzent;
liovikov'-'~E.-I-,.. r,eisenzent;
p
(Construction of buildings aiul other structures for coal
mines] Stroltellstvo zdtinil i sooruzhenii ugollnykli
shakht. Mozqkva, Nedra, 1961,. 207 1). (MIRA 16:7)

i . KUSPJ-IIRI Ill. 'Y"j.
2. u3sR (6oo)
4. Stomach
7- Secretory .and excretory function of the stomach in certain organic
diseases of the brain, Klin. med., 30, No. 11, 1952-
9. Monthly List of Russian Accessions, Library of Congress, April, 1953, Uncl.

;jASKAYM, P.P., doktor geol,r.~inur. maWc, i-ed.; "AM W'~ , ...A.,
red.; I3YJTDA:-kV, E., red.; G., red.
UZIIIKOVA, red. - M UBET SKAYA J, 1.1 rpd. ; GO;,. I KOVAYA,
Z.F.Y toklm. red.
[Froblc,T.v of the geoloa of Central Asir., and Kazakhotanj
Voprosy goologii 3r,dnei Azil i Kazakhotana. TasHcent. Izd-
vo AN UzSSIR, 1963. 148 1). (1.',BiA 16:12)
1. Akader;.iya nauk Uzbekskoy SSR, Tashkent, Otdeleniye geologo-
khimicheskikh nalik.
(Soviet Central Asia-Geology) (K--zaI:h3tarI--GeoloQr)

to
IkPin"IT.
-~ruclc from Si'P.6a vat
and of au~!t
U-S' Il amd Ac-Ci gave the 0--uuf~j if;fr m-) rm
c". 1 w3i, FOMKI faye tu i?,';- 9'
ja:f, ru. 1 L7 ja~~, vcf,-
tr~ Thic III Liled aty)ve" Wrti!
tru,;a~neat of the sohin. d tl ba~,2;s Nlij. C, M i,.

SADYKOV, A.S.; KUSHKJRADOV, Yu.K.
.. .....
Alkaloids of the C15 series. Part 8: Separation of alkalcids
of Sophora pachyearpa. Zhur..ob.khim. 32 no.4sl345-1349 Ap
162. (MIRA 1534)
1. Tashkentskiy gosudarstvennyy universitet imeni V.I.Lenina.
(Alkaloids) (Sophora)

KUSIR4=GV, Yu. -K-.-;-SADYKOV, A.S.
Alkalolds of the C15 serieo. Part 9: Structure of inosophoramine.
Zhur.obokhim. 32 noo5tl699-1703 Fq 162. (MMA 15:5)
1. Tashkentokiy gosudaretve=,yy univeraltet imai Y.I.Lenina.
(Sophoramin )

SADYKOV,, A.S., akademikk Klj~]#!Wov, Yu.K.; ASIANOV, M.A.
Structure of isosophoramine. Dokl.AN WSR 145 no.4:829-830
Ag I U. (IMU 15:7)
1. Tashkentakiy gosudarstvannyy universitat im. M.Lenins.
2. AN Uzbekskoy SSR (for Sadykov).
(Sophoramine)

KUSHKURADOV, Yu.K.1 SADYKOV, A.S.; ASLAWOV, Kh.A.
Alkaloids of the CIS series. Part 13: Structure of laoaophorn-
mine. Zhur. ob. khim. 33 no.5:1683-1685 My 163.
(MIRA 16:6)
1. Tashkontakiy gosudars tvannyy universitet imeni V.I. Lanina.
(Sophoramine)

KUSHNARI, L. V*
I
Upper Paloozole Polanypods in southern Yergana and their stratigraphic
importance. Vast. LGU 14 no.24:69-75 '59. (MIRA 12:12)
(7argana-4amellibranchlata, Yossil)

MIKLUtJiC,-FdKLAY, A.D.; PORSHNUKOVA, Ya.F.; YAGMINN, t,.V.
Recent stratigraphic dat2 on the lower Cartoniferous of siuthern
Ferpana. Dokl. All SSSR 140 no-3:673-676 5 '61. (MIRA 14:9)
1. Leningradskiy rosudarstvennyy universitet im. A.A. Zhdanova.
Predstavleno akademikom. D.I.Shcherbakovym.
~'Fergana--Geororj, Stratigraphic)

MIS HKA R IIL.V.
Some Aviculopectinidae from Car-Ix)niferous tied-iments in southern
Fergana. Vest. ILU 18 no.18:36-45 163. (MIRA 161ll)

MHNAR, H.M.
Method for preparation of pure barium alkalies. Zhur.prikl.khim.
30 no.7:1115-1116 J1 157. (MIRA 10:10)
(Barium compounds)

KOTSYUMAKHA, P.A.; KUSHRAR, Ya.I.,- PMMYGINj A.T.
Temperature dependence of electroccnductivitu and the Hall
effect in copper oxid". Izv. AN SSSR. Bar. fiz. 28 no.St
1328-1330 Ag t64 (MIRA 17:8)

- KUSITIAMINKOP A,, CBMIM, Voy inzh.
DIfficulties that can be overcome,
Ap 162.
(Akrports-Equipment and supplies)
Grazhd. av. 19 no,4:25
(MIRA 15-5)

,~PSM-,',ARENKO, G.D.. inzh.
Mechanical feeder used for raw cotton. Takst. prom. 18
no.9:11-13 S 158, (MIRA 11:10)
(Cotton machinery)

I ~ ~-t I ~c i- kit, co!Auk'll
15 0 on
T 1"0 ';o:d."~- I j I ~0-1' 1! 1 '20)

KRUGLOV,, B.I. (Kruhlov, B.I.Ij SOFIOVAp Z.V.j KUSMAMKOF GIII
[Xuahm nka, H.J.]
Fat,T,omolybdenum cata2ypts for the oxidation of zethanol in
formaldehyde. Khim. prom. [Ukr.] no,30-8 JI-SS 163.
(MIRA 1718)

ATROSHCHENKOt V.I.; KUSIINARENKO, I.P.
Kinetics of the contact oxidation of methyl alcohol to formaldehyde
on a silver catalyst. IZv.vyS.ixch9b.zav.;khim.i khim.tekh. 6
no.5074-780 163. (MIRA 1.6t12)
1. Kharlkovskiy politekhnicheskiy Institut imeni V.I.Lenina,
kafedra tokhnologii neorganicheskikh V-3.9110103tV.

KUSIINARENKO~ 1,1%~
Contar,'-, w4datfor, k-!re'V-, of me,,hanol to f orria-Idt,"ry ill On a
silv-ir catalirs", uridur prasl~ure. 17-~. vY2. u;-Iieb. zav.~ khIm.
khtm. tekh. 8 no.'.14't'---.4 165. (MIRA 18,6)
Kharlko-~-skiy pc,:.i i.:3knn'.,,hesk'-y ltn3titul, lnmtn--
Kafedra TekhnpLc-,'!. rqor,,!..;ttn!-heqkikh -vo3hc~,I.-,~v.
95

,L 41060-65 EWC;(J)/EWA(h)/EWP(j) -)/T -A(1) Pc-4/Peb PM
/EWT(r /09
:ACCESSION N14 AM-07138 8/0303/o/000/001/0008/0011
AUTHOR: (~jelltnova, 74.9,;~ Bagatyray, P.Dff.o, Kushnareako-, N.A.
TITLE: Effect of some Pluminum chelate~~ the resistance of 4k)l coatings to ul6aviolet
radiation
SOURCE: 1ak-okrasq,,,hnyye- matorialy i 1kh primenenlye, no. 1, 1965, 6-11.
TOPIC TAGS: alkyd resin, alkyd coating, aluminum chelate, polymer radlation resistance,
tdtra. viol et radiation, acetoacetic eater, salicylic acid, d1hydroxybenzophenone, glyphthalic
resin, pot'Miphth~Ue resin, polymer oxida-tion
ABSTRACT: The authors studied the strengthening effect of Al-monoebelates with aceto-
acelic ester (1), salicylic acid (2), 2, 4-dihydrox-Acnzophenone (3) and the phenyl 0,ster of
sallcyllic acid (4), as. well as of mixed Al -bichelates with acetoacefle ester and salicylla
acidi (5), and with acatoacetic ester and 2,4-dihydro?q!jcnzophenone (6), on the U`V resis-
Laacc of FL-501~lyphthalic and pentaphthalic resin films with Linseed oil Pdditions. The
I of the Facloaure) were prepared by the addlLion of the corres-ponding
'~Gjohor G
c`,,elal- - es t solid alun3Jnum isobutylate (7) Y,*itb subsequent parUrd disti1lation of the
I-lberated isobutyl, alcohol and solvent at bath temperatures tip to 140-160C. The peroidde
nuwbcrf-~ 9;' the blends indicating the content of active oxygeu, and the copper numbers,
C'r4

L 41060-65
'ACCESSION NR: "5007138
chara~ct'evi7ing the abiffty to form tomple compotmdo, were, (to' rmined by Bogatyrov's
x
and Sedlaeekfs methods, respectively, as the principal c haracteris ties of the o~ddatloa
xneehanis,ax in film formation. 1%e cholates were found to blend waLl with aalkyd resins
cuiltairdng lin-seed oil without affecUng film drying, ~Lnd to increase the UV resistance of
na,-vrally and forcibly aged coatings. A suggestion Is made. 11hat the protective action L;
t7
li-riked with Ule absorptloa of UV rays by the chelatea and With the interaction of AL vAth
thte oxidatioa producLa of oil-containing alkyd resins. 11R. V. Anokh1na and G. V. Rudnaya
assisted in the c7periments. Orig. art. has: 7 ffgurbY, -2-tablea-*-
A
X>SOCUTION: none
SUBMITTEDC 00 ENCL:' 01 SUB CODE: UT
No px. r 60vt 008; OTHERv O~8
C'ed 2/3

KONONENKOY V., kand.tekhn.naLLk. izobretatell (Khartkov); KU'fhL'IJ!iWV, V., -mZLI.
(Kharikov); ZAYTSzV, X., inzh. (Kharlkov);.f~Y~IIIUJGAW. S., izizh.
(Kharlkov)
Controlled explosion. Izobr.i rats. no.12:4-6 D 262. (Wil 15.1.2)
(Explosioni)

22984
S/182/61/000/007/002/006
D038/DI13
AUTHORS% Kononenko, V.G., Kushnarenko. S.G.p Chiftv# v.G.
TITLE: Research into the plasticity of structural materials at high
deformation speeds
PERIODICALt Kuznechno-shtampovochnoye proizvodetvo, no. 7, 1961, 4-6
TEXT: Because of the lack of information on the plasticity of different
alloys at high speeds of hot deformation and the resultant lack of forging
machines with a tool speed of more than 8 m/sec, investigations were conduc-
ted on the plasticity of metal during hot deformation at impact speeds of up
to 150 M/sec. Specimens 20 mm in diam and 30 1 from the 45 3o)(rCA
mm
(30K' 18X;T is, the6T_3-tVT3-1)
hGSA), 29, 2 X 13(2Khl3) and i K 16H 9T (lKh n~ stee
Ti-alloy, 'the Affl,-3 (AMg-~) a
AH-Z -VAMg-7), AUZ-6(AMg_6) nd ~K_8 (AK-8) Al-
alloys, and t hel;j 827 (EI827~ low-plasticity, heat-resistant alloy were
tested lander a single~troke gunpowder pile driver designed by the Khar1kovddy
aviatsionnyy institut (Kharlkov Aviation Institute), The investigations
were aimed at finding the limit of deformation in the upsetting of specimens
and at determining the features of hot deformation during fast forging. The
Card 112

2 2 9 'Ell
S/182/61/000/007/00~/006
Research into the plasticity ..... D038/Dll3
forging tool was driven by the explosion of ordinary gunpowder placed in a
chamber. The metal malleability was determined by a special die with an in-
tricate impression which, as a rule, is not filled with metal in hammer
forging. The die punch was attached to the ram rod. Impact speeds of 30,
50, 90, 130 and 150 m/sec were tried. The plasticity of the above-mentioned
steels and of the VT3-1 Ti-alloy was unlimited, however cross-shaped cracks
formed on the latter at 10-75% deformation. Hot forging of 40 mm diam, 28
mm long specimens with a very intricate impression from 45 steel and AM9-3
Al-alloy was carried out. The following conclusions are drawn: 1) Carbon
and alloy structural steels and non-ferrous alloys had an unlimited degree
of deformation, with high quality forgings. 2) Good filling of dies with
intricate impressions was observed. 3) No increase in the plasticity of
metals and alloys with low plastic properties had occured. 4) Gunpowder
pile driver installations are recommended on account of their specific power,
lightness, small dimensions and operational reliability. There are 4 figure!
1 table and I Soviet reference.
Card 2/2

L i~giw~,63 EWP(r)/Wr(ji)/BDS--A=
ACCESSION FH:. AP3000081 S/0182/63/000/005/()027/003t-~--~,
V. a.; S. G.; Kotel nikov~ V. I.; Ray=an, D. A.;
AUMCR: XQnggggko Kushnarenko
chechetaj I. A,
TME: New impact testing machines for high-rate mechqnical testing of materials
SOURCE: Kuznechno-shtampovochnoye proizvodstvo, no. 5. 1963, 27-31
TOPIC TAGS: impact testing machinesp explosion-actuated machineso high
deformation rates., vide.tempemture range.. subzero tests
ABSTRAM The Kharlkovsk:Ly aNlatsionrwy institut (Khar'~Qy Ayj ion lutt-tute)
has built and tested two new explosion-actuated machines for high-rate tension
tests of various materials over a wide temperature range. - The first, a
telescopic-type machinep is capable of testing at deformation rates of 15 to
300 m/sec and temperatures of -196 to +1200C. The second, a lever-type machine,
was successfully tested in the same. temperature range at deforvation rates of
10 to 50 m/sec. At higher deformation rates the telescopic-type machine gives
better results than the lever type. In both, loading is effected by detonating
.Card 1/2

L 10"487-63
ACCESSION NR: AP3000081
a measured explosivacharge. -At-rairAis measured by a wire strain gauge,
registered on the screen of an oscillograph, and recorded photographically.
In high-temperature tests the specimens are heated by a furnace which is quickly
removed just before the explosive charge is detonated. In subzero testing the
specimens are cooled in liquid nitrogen or a mixture of liquid nitrogen and
benzene. Orig. art. has: 0 figures.
ASSOCIATION: none
,UBMrr=: , 00 DATE ACQ: 17Jun63 ENM: 00
SO CME: 00 NO REF SOV: oo4 OTHER; 002
Card 212 phl,,"-

STULIY, M., kand.tekhn.nauk; KUSHNARENKO, V., inzh.
Increasing concrete strength by brief early loading. Bud. mat.
i konstr. 4 no.2:48-50 Mr-Ap '62. (MIRA 15;9)
(Concrete--Testing)

SOV/68-58--10-15/25
AUTHORS: Kushn&renko, IA,_~d Shevchenko, L.I.
TITLE: A Rapid Method of Analysis of Phenolates Obtained by
Dephenolising Effluent Waters (Uskorennyy metod analiza
fenolyatov ot obeafenolivaniya stochnykh vod)
PERIODICAL: Koks i Xhimiya, 1958, Nr 10, PP 4? - 50 (USSR)
ABSTRACT: A refractometric method of determining phenolates obtained
by dephenolis-ing effluent waters wa8 deyeloped. The
analys-4s conBists of the determination of alkali according
to ChMTU 5r,734-.5r? and refractiiie ind--x of the sample tested,
with bubsequent calculation of the content of phenols from
the preliminary prepared table. The table of the dependence
of the mfractive index of phenolates on the content of
phenols at various alkali concentrations should be prepared
on the basis of data obtained by calculations from "empirical"
efractiTe indices of phenols, alkalis and admixtures.
it all 1-hanges in the process of dephenolising which could
change the content of admixtures., the table should be
Card j./2

SOV/68-58-10-15/2
A Rapid Method of Analysis of Phenolates Obtained by De-ohezioLsing
Effluent Watera
recalibrated. A comparison of a number of results obtained
by the proposed method with those obtained by the conven-
tional bromine method is given in Table 3. A satisfactory
agreement (over rl-,~ of tlie determinations within a range
of + 0.2%) is-claimed. There are 3 -tables.
ASSOCIATION: Gubakhinskiy koksokhimio~heskiy zavoA-
(Gubakha, -Coking Works)
Card 2/2

NOVIKOV2 V.N.; TOLSTOV, L.K.; SERFBRYAKOVA,, Ye.K.; SOKOLOV, MI.; Prini-
mal uchrintlye: 14plentlyev, Yti.I.; KAMER, V.S.; ZORCMKO, I.F.;
V.S.; SIFIVCHENKO, L.I.; TRIFONQVA, 11.
KARPCV F.Fq-~jp-
I.; PODZHUNAS, V.A.; I-IASLITSKAYA, M.P.
Obtaining industrial naphthalene from the centrifugal naphthalene
of ~,he Gubakha Coke and Coal Chemicals Plant. Koks i khim. no.8.-
35-38 162. (HIRA 17:2)
1. Vostochnyy uglekhimicheakiy institut (for Novikov, Tolstov,
Serebryakova). 2. Gubakhinskiy koksokhimicheskiy zavod (for Soko-
lov).

KUSHNMNKO Ye. starshayn apparatchites,
New rolls for corn-harvesting rzchinery* Izobrol ratn, no.12119
1) 158. (MIRA lItl2)
1. Dizelletrottelltqy zavod im. S.14.Kirova, g.Bollshoy Tokmik, Zapo-
roxhakoy oblasti. (Harvesting machiney7)

KUSHNARENKO, Ya.K., kand. takhn. muk
I I I ilroblmme of strength connect-A with toleranco c~.Angms in friction
parts of rolling stock. Zhel. dor. trannp. 40 no. 7:64-65 Jl-'58.
I
I (MIRA 11:7)
(RAilrondo--Rolling stock)
(gmt,bant(ml venr)

kand.tekhn.naukj NUSHNARENKO Ye.M., kand.tekha.mauk
SHESTAKOV) VONOI
Perfor=nce of axle box drivers with rubber-metal hinges. Vest,
TSNIIq~ MB 20 no.3:42-46 161. (MMA 14:5)
(Damping (Mechanics))

KUSMRIV, A., podpolkovulk; FADSY-SV, I., myor.
1,
The rifle company in a recunnaissanco detachment dnring the attack.
Voen. vast. 35 no.8:45-52 Ag 155. (MIRA 1113)
(Military reconnaissance)
(Attack and defanse (Military science))

h1J3111AREV, A. T-
UOSSR/Metals Oct 48
Steel Ingots
Metallurgy, i'errous
"Influence of Gas Evolution on the Formation on a 6.5-Ton Ingot From Foiling Steel,"
Docent A. A. BezdenezhnyRh1 V. F. Agapov, A. M. Rigevev, 1. A. Tkachenko, V. Y1.
Mitryukovskiy, A. L. Kushnarev, Engineers, Magnitogorsk Fining Metal Inst, 7 pp
"Sial 111 No 10
Use of new method for collecting gases evolved from a solidifying boiling steel ingot
(under positive pressure) indicated inaccuracy of vast majority of results of foreign
researchers, who worked with a vacu-Lun and extracted gases from metal and fettling
simultaneously, using containers for taking samples. Main constituent of gases
evolved is carbon monoxide (90%:), not hydrogen. Vigorous boiling of the metal in the
mold causes vertical circulation, which improves ingot structure. Manganese has
considerable effect on rate of gas evolution. When content exceeds 0.40%, amount
of gas decreases and ingot structure deteriorates.
PA 19A9T78

BABIY, A.A.; STARSHINOV, B.N.; V.P.~ RE21WOV, G.N.; 1~!SMAREV,
KONAREVA, N.V.; Prin-imh1i ur-haitips, FLOROV,
BUDIFSKIY, G.M.; VYSOCHIN, OKCii-FLOV, A.N.; S-IRYGM, V.I.;
AFANASTYEV, A.A.; SAPRONOV; P.V.
Desulfurizing and dophosphorl.tin;! c.-ot !ron Jn tho ladle.
Sbor.trud. UNIIM no.11:90 9~ 1;~,:
C
(MIRA -,8:11)

KUSHNAREV, A.S., inzh.; DATSENKO, N.V., Inzh.
Experimental determination of the t4ffj of the stroke of elastic rods
against a soil lump. Tral-t. i sellkhozmash. no.7:22-23 J1 165.
(MITIA 18:7)
1. Molitopollskiy institut mekhFtnIzntqii selInkogo khozynystva.

"--.XUSHNAREV# B.P.t insh.; Afi=SVj VoKpq prof*j otv.red.; ZMMOVA, V.I.p
red,j NADZZHINAp A*M,p tekbn.redo
[NometaIlic chemically-resistant coatings for equipment and
structures in electroplating sbops] Nemets.1licheskis, khizi-
cheski, stoikie pokrytiis. apparatury i stroitellmykh konstraktoii
gall vanicbe ski'kh teekbov. laningrado 1952* 15 P. (Informatsionno-
tekbnichealdi listok, no,94(4j-5JI-- (KML 34& 6)
1. laningriadeldy Dom cauebao-tokhnicheBkoy propagandys 2s Proyektno-
koubtruktorskoys bywo-trenta, wMontambkbimwebehits," (for lusbuarev).
10
3* Mel novoy tekbnol ii. Laningradakogo Dom& nauebno-tekbn1ohaskoy
propagandy (for Mmkovaj.
(Protective coatings)

VATM, Takov Vullfoviahk_ SMUM, B.P., inzh., rateensent; TTACHNSIAVOT,
P.Me. dote., -, GRILEUM, S.Ta., kand. takhn.
nauk, red.; YAMMISKIT, A.M., inzh., red.; SIROMNSM, N,Z,, red.
isd-va; SOKOIoOTAq L.T., tekhn, red.
[squipment of electroplating shops] Obarudovaute gallvanichaskikh
teekhov. Pod red. P.M. Viacheslavova. Xoskya, Gba. nauchno-tekhn.
iad-vo m'shinostrolt, lit-ry, 1958. 77 P. (Bibliotechka gallvano-
takhnika, no.11). (Blectroplating) (MIRA 11:10)

VATNZ4 Talcov Vallfo-vioh;,XU�EPFABST..-B.P.0 IUSh., retsenzent; VYIDEINSLAYOT,
.P.M., kand.khim.uauk, dots6nt, red.; TAKMiSlIT, A.M., jD2,a.'
red.yypuaim; GRILEMS, S.Ta., lmad.telchn.nauk, red.; YOKICM,
A.G.. red.lzd-va: BARDINA, A.A.. takhm.red.
Dquipment of electroplating Plants] Oboradovanie gal'Tanichasirikh
teekhov. Izd.2., dop. i parer. Pod red. P.M.Tiacbeelavoya.
Moskva, Yasbglz, 1961. 93 P. (Bibliot6chka gall-ranotekhnika,
t4.11) (MIRA 141:12)
(Ileetroplatitg-Squipment and supplies)

FROLOV, Mikhail Yermilovich; KU,,;1R;,!L,0,iy B.F.f ~-ej.
[M,ultLple-process automatic AG-18 unit tor re P--,~c7,rc-
plating of parts] Agregatny! av-LO::dt
dlia gall vaniche5kat obrabotkL detals:!-' AG-18. Len-An-
grad, 1964. 26 p. (NIP A -1?, 1 1)

MUNICH, P.Ye.; KUSIMM D A red.
'. F
(Beat grain crop variatieu] Wchahio aorta zernovykh kulltur.
Moskvaq Glav. impr. sollkhoz. nauklq 1958. 152 p.
(YIRA 24:8)
(Grain-Varieties)

KIISIRIMEV9 D.A.
Now Btaff mombers of the All-Union Academy of Agricultural Sciencos.
Agroblologia 51794,795 S-0 164. OURA 17111)

F-111L, ", I N ~l :~ i~, I! i ~1-~ ~,.,"11 .
F" ? -- -F~a .: (W"metl ta -) ,, - -, ,~ i -,rx ~. - , (-,- J,~; :--,
.: .. , I - ".
-1.1 1
VI ,,, D ~MIRA 18t,.)

USSR/Engineering - Hydraulics, Canals Jun 53.
"Removing Earth Mass by -Explosions During Con-
struction of Canals,"A. A. Shurayev, D. M. Kush-
narev, Engineers
"Gidrotekh Stroi" No 6, pp-11-16
Describes blasting as most efficient method for
throving ground material from proposed canal bed.
Discusses combination of this method with hydrau-
lic removal of ground and application of dynammon
u-more effective and economical explosive than
amatol. Blasting costs are 25-30% above cost of
199T50
USSR/Englneering - Hydraulics, Canals Jun 51
(Contd)
excavator use, but method is recommended in cer-
tain cases, since it requires considerably less
manpower.
~O

1. KUSM11-=11 I). III.
2. (600)
4. Blastinr~
7. Mechanization of op--f-ations in the construction of canah anA trenches by means of
ejection bl4stin~x. Diekh. stroi. Q, no. 11, 1-152.
9. Month],)r List of ,Russian Accessicns, Id:brary of Con:j-rriss, Mirch 1953. Unclassified,

).f)
Of
un tttud. ll~fLu'!Cxk- Q;'
Y L 1 ~l 0 k-Ij, (lo.-:;;l oull nilt: I I ?w vilti
I. n ol c~,rl-'-:.'
'n~tt-"~ C"..~'rEP t f,
':I I r~,,~rz :,j, j, 1 -4: j ~--t c t f ~, J* - t 1, 0 f I . 06 t A
-ii t f r - mi a r s~,vv, ir r.-.~e
filtz d n,3 of ;~~v,slvo i o
by 'ew~ of ojt-,(:U~-a t',f rth. 'lm'ilo ;n!t illt tG
."~-aiflcvr~'t III(' T.'r3rA i:',,.CI't,--Lt A ij ~ i C~ I r c,- r rf
both ~t de tjIr :n(k at the !Aues frora tho ci
is int-ro;se purotAty ;-na m iotuxel iz at~crt,
-, (I
I , -1
inrLy 2-11 nn:i
, I I -, U ~j
7 Cc t 55

U, 51 Lu, r, I I D . r. IF 7" orol11. S.
"Packinf-. (Settlinr) and DreakdoTn of Bound Grounds undcr the Influence of
E!xplosions"
Gidrotekhn. str-vo, No 11, 25-29, 1953
The authors exmound the results of an investiration into the influence ex-
ertcd by an explosion upon the struct.ural properties of Fround. Durinr an
explosion the ejection of the elastic rase. of the exnlonive caiiccs the pack-
in,r, of the Fround located under the explosive and the drawing fo the Fround
toward the side of the zone of the broken stn3cture of the rround. In
the experiments a bore pit in clayey pround war, used, 1.2 x 1.2 meterr~ in
cross section and 10.1 meters deep. (RZhCool, Vo 3, 19510
SO: 1-11-31187, 8 Mar 55

KUSHNAW, D.M., kandidat tAhnicheskikh nauk.
1-- -
Dyu-aics of the perviousness to water of soil in pits formed by
blatiting. Gidr.stroi. 23 no.7:17-20 154. (KI-RA 7:11';
(soil mechanics.)

KUSMURBY, D.M., kandidat teldmicheskikh nauk; YARUSHIN, M.I., inzhoner.
Control of water filtration from channels by discharge of explosives*
Gidr.strol.25 no*6:33-36 Jl '56. (KM 9:9)
(Soil percolation) (Soil stabilization)

. kandidat te'~:hnlclies!dl~h naul-.
~m
Results of core charge blanting with short-delay action electric
detonators. Gor,rhur. no.614-37 Jo '57. (nm 10. ~)
I.Gosudarstvennyy nauchno-inaledovatellakiy inatitut rorro-
khi-Ichos!:oeo s.,.-rlya.
( Blast ing)

Idat takhnichookikh nquk; PANASUNO, A.S., )MndidAt
tokhnichaskikh nauk.
Over-all mechanization of canal construction. Makh.trud.rab.
11 n0-5:37-40 My 137. (MMA 10:7)
(Ganals) (Dredging machinery)

D.'-., I , T - " v -.. .
'1 1, , K] I'U, 9
L n .,( i- ". ., ; - -1R I . ".,4
9-r~ r*,-n,,,--,r,-o
(Do t n.,,t o, o )

SOV-127-55-8-16/27
AUTHOR: Kushnarev, D.*''.., Candidate of Technical Sciences
TITLIE: Result of Testing New Electric Igniters (Rezul'taty ispytaniy
novykh elektrozazhigatellnykh trubok)
PERICDICAL: Gornyy zhurral, 1958, Nr 8, pp 67-68 (U,JSR)
ABSTRACT: The author describes new electric igniters EZT-2 for under-
ground blasting devised by the Gosudarstvennyy institut gornc-
khimicheskogo syr1ya (The State Institute of .'ined Chemical
Raw T~aterial). It consists of a copper cartridge in one side
of which a fuse is fixed, and on the other side an electro-
igniter. The fuse contacts an ignition point in the cartridge
and another igniter is attacl:ed in the middle of the cartridge.
The electro-igriter contains a bridge made from a nichrome,
0.03 mm-thick vire. The detorator is attached on the other
end of the fuse. Tilese igniters were tested 1,600 times at
the Solikamsk mine and gave excellent results,
ASSMATIOM Gosudarstveniiyy Institut Gorro-Khinicheskoeo syr'~7a (The State
Institute of 11:ined Chemical Raw Yaterials)
1. Electric igniters--Test results 2. Blasting--Equipment
Card 1/1

SOV/127-59-1-16/26
AUTHOR: Kushnax_s~*,r--Di-M., Candidate of Technical Sciences
TITLE: Short-Delayed Blasting in Potassium Mines (Korotkozamed-
lennoye vzryvaniye na kaliynykh rudnikakh)
PERIODICAL: Gornyy zhurnal 1959, Nr 1, Pp 55-58 (USSR)
ABSTRACT: Short-delayed blasting in Solikamak and Bereznil:i Potassium
Combines is here studied. :Sketches of the blast hole arrange-
ment, and the consecutive order of blasting are presented.
Results of the fire and blastings in a rock salt layer are
compared in table 1; results of instant and electric blast-
ings are compared in table 2. Table 3 illustrates the results
of delayed and short-delayed electric blastings in a sylvinite
layer. There are 3 tables, 3 diagrams, 1 graph and 2 refer-
ences, oneof which is Soviet and 1 German.
ASSOCIATION: Gosydarstvenikyy institute gorno-khimicheakogo syr1ya,
g. Lyubertsy (The State Institute of Mining-Chemical Raw
Materials, JWubertsy).
Card 1/1

SOV/1 1
8 (1)
AUTHOR: Kushnarev, D.M., Candidate of Technical Sciences
TITLE: Effectiveness of Mining by Means of Large Diameter Bore-
holes (Effektivnost' otboyki skvazhinami bol'shogo diam-
etra)
PERIODICAL: Mekhanizatsiya I avtomatisatsiya proizvodstva, lJ59,
Nr 3, pp 56-57 (USSR)
ABSTRACT: Recently, the method of drilling boreholes by si.ecial
drilling machines has widely been employed in GDR pot-
assium plants. The new method differs from the old one
by the fact that one borehole with a diametcr of 420 mm
is drilled, instead of four smaller ones. The whole
method is analyzed In detail. For thc drilling of holes
in GDR potassium mines, two types of drilling machines
are used; machine type SSV 115, manufactured by Salzgit-
termaschinen and the type of drill;ng machine produced
in the USSR by the factory It Konotop, and dcsigned for
drilling large diameter horizontal holes. Experience
Card 1/2 in the potassium mines showed, that the application of

SOV/'j 8-5J-3-19/.L~
Effectiveness of Mining by Means of Large bi-ameter Boreholes
the drilling machine for drilling such hoies improvcs
the technical-economic cocfficii-nt of preparatory and
stoping mining. Compared with the usual method it
enables increasing the forward motion speed of mining
of one nhift by 1.4 tiipe5, th(-, oi.itput of I,otasslum for
one shift by 1.7 times, and further Ercatly dccreases
the expenses for explosives needen for lm 0 hole.
There are 1 photograph, I. diagrams and 1 table.
Card ~,/2

-2 1/28
AUTHORS j Dck',tyarev, A. N., KushnT.,rf-
Z:~~
IT L Experii.-,cntal Application of !Jilliseccnd in thc-. zfinin:-
Industry
P~,Ii IODICAL: Kh i m i c h es kaya p r omys h I c n n os tNr 5 p 6 ( Js ,, a)
ABSTitACT: The oxploziv(~ ehur6cs ('NiLh 01' dL'layed explosion))
as applied nowadays, exhibit several disadvanta.-fLs. A more
complete explosion -may be attainEd by usir.'~ millisecond ex-
-plosions as was shown b,, experiments I-n tlne Kara Tlaa,
Solikai.isk and Berezniki (potauh und in the open-Nork
mining in the apatite mine of the Kc:.,Ibinat Apatit. The new me K -
od consists of explosions that follow each other with a retar'-
dation of milliseconds, so that additional planes in the rock
art, exposed. The interval of retardation :rist be selected ir. tha"
way, that the explosions take place in tlne mo:~Ient c-f =aximum
strain in the rock or at the beginning of crack for::ation. Films
taker, showed, that the interval of rr-,tardation betwc-en the ex-
plosion sequences ought to be abo,~t 25-4o milliscconds. A re,'-ark.-
able deviation of this val-ae leads to normally retarted or i~stan-
Card 1/2 taneous exploslons. An electrc-expl~-sive charge E;D-KZ (Fig)

Experi,.,,,ental Application of ~'illisenord -Eyplosion:~,; SOV/64-59-5-21/28
the Mining Industry
with short r(-Aarded actinn is jU-anufac:'-a---cd by the dome--tic
industry, to carry out descrilund The explos-i,;e
chart;es ar-2 j)rod-iced for intervals of retardation of 25 -mi11J
seconds (in sta-es cf 25, 5c, 75, '10o, 15,a and 25c miiliseconds~
An increase of mir,'ng 0 j r~ 0 mini ni~
g cap-ici ty f 1 Or - I f r r p -. -a r k U,
and, under certain condil,ior,3, ar, incroaase of 15-2c,;; for und1r-r-
ground minin-, was attal-rieO 1),v the of tl.hk: ncw 7x-
f,!-.ar6ou. For wLrk 1,-, Cr ~r~ck~d rocks
"Yara Tau" and in soue parts of 'Lh.! ai~atitle min.:) a possible
decrease of mining capacity is to be vxpocted. There is I
ASSOCIATION: Gos Lida rs tvennyy institut gornokhi.,:iichesko,-,o syrly-- (Stalle 7.,,--
stitute of Chemical Raw Materials for :,Unin,3)
Card 2/2

KUSUARZT, D.M., kand.tekhn.nauk; BARMTSKIT, Y.F.
Increasing the productive capacity of an excavator in obort-delay
blasting. lbim.prom. no.8:686-688 V 160, (MlU 1): 12)
(Mining engineering) (ftcavation)

SHLYA.141111 A.T., kand.tekhn.nauk; DUBOVA, T.N., kand.tekhn.nauk;
Prin.imali uchastiyet MADAMV, N.M. , inzh.; TREFOV, P.V. t inzh.;
KUSHNAREVj_-P*M.., kandetekbn.nauk, KOGAII, YU.A., 1nzh.
Semiautomatic underwater welding, Svar, proizv. no.7:25-28
'Ti 161. - (14Mk 14:6)
(Werwater welding and cutting)

KUSHNAREV, D.M., kand.tekhn.nauk; BARTNOVSKIY, V.V., gornyy inzh.
Increasing the productivity of an excavator in short-delay bla3tin
Vzryv. delo no.47/4:93-99 '61. (MA 15:2~1
1. Gosudarstvennyy institut gornokhimicheskogo syr'ya.
(Excavating machinery) (Blasting)

KUSMRLTO
PHASE I BOOK ETWITATION scrv/f6~98
Assonov, V. A., and L.,A. Paporotskiy, Respe Edo.
Novoye v sredstvakh, I sposobakh vzry-vaniya (New,DeVelopmqnts in
Blasting Means and Methods). Noscow, Googortekhizdat, 1962.
124 p. (SqrIes: Vzrrmoye delo; St-nik no. 48/5) Errata
slip inserted. 3000 copies printed.
Sponsoring Agency: Nauohno-tekhnichookoye gornoys obehohostvo.
Ed. of Publishing Hous93 A. Ya. Kostonlyan; Tech. Edo.: L. 1.
Minsker and G. M. Illinskays.
PURPOSEi The book is Intended for mining engine ro, Qorkers
In scientific research and planning organizattono,,and'also
for teachers and students of minIng and technical schools.
COVMGE: Thii collection of articles describes now blasting
means and mothodw, means of prote4ting electric do~onators
from-vtray,ourr*nts, and.improv~d methods of short-delay
detonation.
Card I/IS

New Developments in Blasting Means (Cont.) sov/6o98
Azarkovich, A. Ye. Connecting Electric Detonators in Parallel
When Detonating With A Condenser 44
Strausman, R. Ya. Network 1,:tyouts When Blasting With a Current
of Limited Capacity 51
Azarkovich, V. Ye. Doubling Electric 'A.:'.onating Networks
(With Backup Yetwork] 59
Ozernoy, M. 1. Protecting Electric Detonators From Premature
Firing by Stray Current3 66
Ruchkin, N. M., and R, Ya. Strausman. Electric Detonating in
Stray-Current Danger Zones 87
.9ushnarev, D.--k., and V. P. Pavlov. Investigktion of the
banger~-bf_Stray Currents When Using Electric Detonators
With Nichrome Incandescent Bridges 92
Card 4/6

KUSIMAREV, D.M., kand.takhn.nauk; PAVLOVp V.P.,, inzh.
UplosivaB with the aimplast composition. Shakht.stroi. 6 no.Ilt
24-25 N 162. - (KMA 15112)
1e Inetitut gornokhimichaakogo, oyrlya.
Mplosives)

KUSHNAREV,__D_,M., kand.tekhn.nauk; PAVLOV, V.P., inzh.; ZELITSER, Yu.I.j
CHEREPANOV, G.S.
Industrial testing of a maohine for charging a hole with "igdapit,"
Gor. zhur. no.9346-47 S 162. (KRA 15*9)
1. Gosudarstvannvy"Anstitut gornokhimicheakogo ayr1ya (for
Kuzhnarev, Pavlov). 2. GosudarBtvennyy proyektno-konstruktorskiy
institut avtomatizataii rabot v ugollnoy promyahlonnosti (for
Zelltser). 3. Institut gornogo dela iz~ Skochinskogo (for
Cherepa~nov).
(Xxplosives) (Blasting-Equipment and supplies)

KUSHNAREV, D.M.; PAVLOV, V.P.
Study of the danger of stray currents in using electric detonators
with nichrome filament bridges. Vzryv. delo, no.48/5:92-98 162..
(MIRA 15:9)
1. Cosudarstvannvy nauchno-issladovatellskiy inatitut gornokhimi-
cheskogo syrIya (GIMS).
(Blasting)
I

KUSIRIAREV) D.M., kand. tekhn. nauk
Short-delay detone-tion of charges separated by air spaces In
o.pen-pit-workingo of the mining, ore dressing and chemical
processing industries. Vzryv. delo no.51/8tl92-199 163.
(MIRA 16%6)
1. Gosudarstvennyy nauchno-iseledovatelliskiy Institut gormokhi-
micheskogo syrtyao (Blasting)

KUSHNAREV, D.M., kand. tekbn. nauk; PAVLOV, V.P., gornyy inzh.
Using igdanite and water-containing explosives in strip mines
of the "Apatit" Combine. Vzr-yv. delo 110.54/11:35().-362 164.
(MIRA 17:9)
1. Gosudarstvennyy institut gornokbimiclieskogo syrIya.

1ACCEssroq im j nsovm:
SOURCE: Ref. Zh. Khlrfily'a Abs. IONS82
)A(JTHOR: Andreichev, A. N.; Kushn
~;TITLEE.-. On simple explosives
;CITED SOURCE: Bezopasnost' truda v prom-sti, v. 6, no. 8, 1964, 4-6
'TOPIC TAGS: explosive, igdanite, aquatol, granulite, zernogonulite, az-4-nonite
TRANSUMON: A comparison Is given of explosive properties, the amount of.toxic
:gases in the products of an explosion, and the cost of blasting oper~ations using
.simple explosives: igdanites, aquatol, granulite AS and zernogonulite 80120, and
:ammonite No 6. The authors, propose to-allow the use of simple explosives at mining-,,
chemical enterpris
es with the exception of mines which are dangerous because of,gas
land dust. V, Zhilin
SUB CODE: WA 00
lyn
C a r d-lm,

S=iOvA h9-~!
Jrt
Quartz
*Ccmditions &.ArrorAnding the For-cation of Pis-su=w--s
Z,nc3os:Lng IALdder Veins of the Berezovskiy Depoalt
In %,be Urals," I. P. Ku-sh- eT, 10 PP
01z Ak Nauk SSSR, Ser Geol" No 5
Discussea mechanism of formation of fault fiow.=,es
vbIch encloEe IAdder velns in dJIL--s of the. Berezov-
sk:ty deposit. Credits pre-velt teectonic clsys vhich
de-ftlop &I-.g conta-ts of dikees witli a major role in
tozmtlou of these fise a.. Presumis tbat they
SOrft W& *:Lubrlc=tw in dero=A~ti=s.
By
Ing ftctu&l AiLt--, -explains Peculiarities in posit
02d strya-'-tJxe Of quartz Veins and concludes that
forces vere exerted in latitudinal tangential di-.
SIM= :in preezining deformation period.
17~

KUSItIIIiA;Z--'V? 1. P.
USSR/Geophysics - Cleavage Nov/Dec 52
"The Term 'Cleavage"', L. 1. Lukin and I. P.
Kushnarev
"1z Ak Rauk SSSR, Ser Geol" No 6, pp 118-121
A brief report on the order of a discussion of the
term '!cleavage". Cleavage is classified as primary
and secondary as determined from meanings given the
term by such prominent geologists as M. P. Billings,
Ch. K. Liza, B. Willie, M. A. Usov, C. K. Leith and
S. K. Van-Hise-
PP, 21-1,r50
241T50

i)ha rc.--~- -/-- 1]I>,
MIN,L.L. ffS-HNAUV,I.P.; CHXMSM,V.Y.
WAMIOOW)"~J'
Frequency of the course of differently aged Interstitial systems.
Trudy Inst.geol.nauk no.162:25-35 155. (Kw 8:11)
(Ore deposits)

KUSHNAREV,I.P.
Characteristics of fracture tectonics of two granitoid massifs Of
different ages. Trudy Inst.geol.nauk no.162:94-108 155.
(Geology, Structural) (MLRA 8:11)

AUTHORSt Kushnarev, I.P.f and Kazhdan,A.B. 11-58-5-8/16
TITLE: On Stratigraphy of Effusive Suitesof the Middle- and Upper
Paleozcic of the Southwestern Spurs of Northern TyarP-Shan?.
1K strauigrafii effuzivnykh svit srednego i verkhnego
paleozoya y-ugo-zapadnykh otrogov Severnogo Tyan'-Shanya)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Seriya Geologicheskaya, 1956,
fir 5, pp 95-115 (USSR)
ABSTRACT: In the light of latest surveys/the authors of this article
consider the questions of the stratigraphy of the Middle-
and Upper Paleozoyan effusive deposits of the south-western
spurs of Northern Tyan-Shan and propose changes in the.
scheme elaborated by N.P. Vasillkovskiy, whose book fRef. 4-/
is considered by all geologist as a valuable contribution.
According to N.P. Vasillkovskiy, the atratigraphic scheme
of the Upper-Paleozoy begins from the columnar section of
sedimentary-effusive rocks deposited unevenl)r on the lime-
stone of the Upper-Visean stage. This scheme is as follows
(taken from the bottom up): Lower Carboniferous Periodt
1) Arkut-Say effusive suite, magnitude 200 m; 2) Kyzyl-Su
effusive suite, magnitude about 1,150 m; *3) Uya effusive-
Card- 1/5 sedimentary suite, magnitude 1,000 m. Middle Carboni-

11-58-5-6/16
On Stratigrapby of Effusive Suites of the Middle and Upper Paleozcicof the
Southwestern Spurs of Northern Tyad-Shan'-
ferous Period: 4) Mynbulak effusive suite, magnitude more
than 3,600 m. Upper Carboniferous Period$ 5) Akcha ef-
fusive suite, magnitude 2,500 m; 6) Sary-Syun effusive-
sedimentary suite, magnitude 500 m; 7)Oya-Say effusive
suite, magnitude 2,500 m; 8) Karzhan-Say effunive-sedi-
mentary suite, magnitude approximately 140 m. The last
four suites are united into the Aktash volcanogenous com-
plex. Lower Permian Period: 9) Shurab-Say effusive-sedi-
mentary suite, magnitude approximately 1,500 m- 5uPPos-
able Upper Permian Period: 10) Ravash effusive-sedimentary
suite, magnitude approximately 1,200 m. Supposable Lower
Triassic Period: 11) Kyzyl-Nura effusive suite, magnitude
approximately 1,000 m. The three last suites are united
into the Aksakata effusive complex. Recent and more de-
tailed studies showed that: The Arkut-Say effusive suite
cannot be considered as an independent suite, because the
containing porfyrites are only a facial variety of the rocks
of the lower part of Uya suite. The Kyzyl-Su effusive-
sedimentary suite, in the light of latest surveys lie oom-
Card 2/5 posed of layers of rocks which could be traced to the basin

11-58-5-6/16
On Stratifraphy of Effusive Suitesof the Middle- and Upper Paleozcicof the
South western "'purs of Northern Tyar?-Shan).
of the Oya river and are reully the continuation of the
layers composing the Oya-Say suite. N.P. Vasillkov3kiy,
7 does not conoider the
in his latest article Z-Ref. 5-,,
Kyzyl-Su suite as an independent unit, but that the Uya
effusive-eedimentary suite and the Mynbulak effusive suite
are parts of the same suite, as has been stated recently
by many geologists working in this region. The deposits
containing Namurian fauna form the lower part of the suite
and their magnitude is from 50-70 m to 450 m. This stratum
is covered with rocks of various formations. Their general
magnitude in the suite reaches 2,000 m. Both suites are
of similar structure. The Uya and the Mynbulak effusive
suites belong most likely to the Middle Carboniferous Period.
Naumurian faunal deposits were found in the lower part of
the suite. The upper part was of much greater magnitude.
The Karzhan-Say effusive-sodimontary suite is of little
importance and occupies an area of a few sq km. Its colum-
nar section is identical with the section of the upper part
of the Oya-Say suite. It could be said, that this suite
Card 3/5 forms a part of the Dya-Say suite. In his latest work/

11--18-5-8/16
On Stratigraphy of Effusive Suitesof the Middle- and Upper Paleozoicof the
SoutI, western ',purs of Northern TyantShanl.
N.P. Vasillkovskiy Z-Ref. 5-7comes to the same conclusion.
The Ravash suite has been surveyed in detail by many Ceo-
logists and it was found, that the lower basal level of
the Ravash suite ccrresporls to third effusive-sedimentary
block of rocks of t,,e Shu..tb-Say suite. This level was
later traced far beyond the limits of the Ravash suite.
As a result, a constant conformable occurrence of this
block on the second block of Shurab-Say suite only was as-
certained. Angular or other nonconformities between the
second and third blocks of rocks were not found, which, ac-
cording to S.F. Va8illkovskiy, formed the boundary between
the Ravash and Shurab-Say suites. More geologic studies
showed that there are no reasons to Isolate the Ravaah
suite as a separate stratigraphic unit. Taking into con-
sideration 'the new factual material on the strati6;raphy
of the sedimentary-effucive deposits of the Middle- and
Upper Paleozoy of the south-western spurs of Northern Tyan-
Shan, the authors conclude that the stratigraphic scheme
Card 4/5 propoooed by N.P. Vaoillkovskiy must be changed. The

11-56-5-8/16
On Stratigraphy of Effusive Suites of the Middle and Upj,er Paleozoy of the
Sou t~. western -,pura of Nurthern yantthanl
authors eliminated 5 out of 11 suites from this scheme and
"lie summit of Lower ('arboni-
oet up the scheme az~ follows; A
ferouu Period and Middle Carboniferous Period: 1) the
Mynbulak (or Uya) suite - Namurian fltaf'-e of Lower Carboni-
ferous and Kiddle Carboniferou3 Pexiod; Upper Carboni-
ferous Period: 2) Akcha cuito (probably the upper part
of N'Liddle Carboniferous Period - Lower purt of Upper Car-
boniferous Period; 3) Sary-Syun ouite (probably the middle
of the Upper Carboniferous Period); 4) Dy---Say suite
(Upper Carboniferouc Period); Lower Permi4n Period: 5)
Shurab-3ay suite; Supposable Upper Permian Period:
Xyzyl-Nura suite.
There is 1 figure and 13 `*)oviet referenceo.
A C 1 A T i C.. . I n s t i t u t j,-c o I o,y i i rud ny kh n c.,! t o ro, n i
mineralol-ii i geokhimii, .1o~;co% Geological Institute
of Ore J,posits, Petr4-,t-rnphy, .,iizieralo,y tna ,;eochc1ri'-,-
try, Mos~;ow)
11 T T ."', D 13 June 1957
I I,% B L F Library f Congreso
Card 5/5 1. Geophysicrl surve-aying

A
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94
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