SCIENTIFIC ABSTRACT KRYLOV, M. P. - KRYLOV, N. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000826820018-6
• Release Decision: RIF
• Original Classification: S
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• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

D01','KIK, It M- M1,11i, LA, FIMA)V, XJ,~,
I . nauk
:vperience In planning the cons tructi un work. Prom. strol. 43 no.9;
-37 165. K1 RA M9)

BURMISTROY, Pavel Ivenovich; IYANOVSKIT, lonstantin Taygenlyevich;
NIKOLATIVSKIT, Georgiy Katveyevich; CHANCLI. I.1., red.;
ZOLYGIN, S.A., insh., reteensent; EMOT. M.?., lnzh., red.;
OSIPOVA, L,A., red.isd-va; XODXL','BJ.;-tekhn.red.
(Hoisting and conveying equipmout] Podwomno-transportnoo
-mashinostroanie. Moskva. Gos.ujmchno-takhn.izd-vo mashinostroit.
lit-ry, 1960. 91 P. (KIRA 13:6)
(Hoisting machinery) (Conveying machinery)

KML.OV, Mikhail Platonovich [Krylou) M.P.1; DOMASMICH, 0., red.;
-RiffC5HYTSf ~Go~icb)rtsp Holm telelmo riede
[How we reduce pork costs] IAk my znizhaem Babekoaht evininy.
Minekt Dziarzh.Vd-va BSSR. Red. seltakahaspadarchai lit-ry, 1960.
30 P. (MIRA 1012)
1. Predsedatell kolkhoza *Iskra* Volkovyokogo rayons, Grodnenskoy
oblasti (for Krylov). (White Russia-Swine)

-JMYLOV, M.T,-,-,.JMHUMV, N.D.; SHIPULIM, N.A.
Interruption of direct current transwisaion b7 means of special
cutout devices during norml operation. Izv. IMPT no.5t64-79
160, WRA 14si)
(Blectric cutouts)
Olectric pover distribution-Direct current)

IRYLOV, X.Y.0 inzhanor; RUYIZISXIT, I.A., inzhener; SHAUFLER. N.G., Inzhener.
illillillomm
Maintenance and repair of highways in mountain and taige.
regions. Avtodor. 20 no.3:10-12 Mr 157. (MLRA 10:5)
(Roads --fti nte nance arA repair)

KRYLOV M.V ; KOZELL, K*Yu.
Modernizing the brake system of an Alectrically operated telpher
Ma3hinostroltell no.lltll N 161. (MIRA 14;11)
(Cabloways.-Brakes)
Wm.

KRYLOV., H*V.j XOZEU# Is Yu.
Moderni3wtion of slectrotelpher brakso, Ratoionalizatolia no.5s26
1629

MOROZOV, Y.K., rod.: POLI. V.G.j red.; WAONOV. T.A., red.-, KRYWY,
M.V., inzhoner-podpolkovnik, red.; STRELINIKOVI,
(Transmission of measurements by radio from rockets and
missiles; translations on telemetering from foreign Journals]
Tekhnika peredaohi lzmarenii po, radio a rnket i snariadov;
abornik perevodov inostrannykh sshurnalInykh statei po radio-
talemetrii. Moskva, Voan.izd-vo M-va obor.SSM, 1959. 126 p.
(MIRA 13:1)
(Telemetering)
54
i~R
N 'b
0 AM
7 1

KOSTYKOV, Turiy Vasillyevich; KRTZHANOYMIT, Vladimir Dmitriyevich;
EMOV, X.Y.; ZUDINA, M.P., tekhnaed,
Eyundamentals of television] Oenovy tolovideniia, Moskva,
Toon.lid-vo K-va obor.S=, 1959, 389 pe (MIRA 13:2)
(Television)

LMOV, Tevpaniy Alakeendrovich; IRCHIN, Georgiy Sargeyevich; 114YLOTI,
lnsh.-podpolkovaik, red.; STRELINIKOVA, H.A..tbkhn.r-~-ff-.-
[Fundamentals of radar engineering] Osuovy radioloketsionnoi
takhniki. Moskva, Voan.izd-vo H-ve oborony SSSR. Pt.2.
[Elements and systems of radar intallational Blementy i sistemy
radiolokatsionnykh stantsil. 1959. 477 p. (KIRA 12sll)
(Radar)

DAVYDENKO, Yulriy Illich, kand. tekhn. nauk, inzh.-podpolkovnik;
XHYLOV. M.V., red.; MEDHIXOVA, A.H., tekbn. red.
(Propagation of ultrashort radio waves and radio relay lines]
Rasprostranenie UKV i radioreleinye linii. Moak", Voonisdat,
1963. 133 P. (MIRA 16t6)
(Radio waves) (Radio relay systems)

GORDEYEN, Anatoliy Ivanovich, kand. tekhn. nauk, inzh.-polkovnik;
~~J~qy, M..V., red.j SIZPTSOVA, Ye.14.p tekhn. red.
[Self-guided control systems for ballistic rockets) Avto-
nomrWe sistemy upravleniia ballistichookikh raket. Mo-
skva, Voenizdatp 1964. 78 p. (MIRA 170)
--P

GORDZYEV, G.G.. prof.; YAKUSHKIN, D.I.. Prinimali uchastiye; GORSKAYA, N.Y.;
GRANOVSKAYA, A.Ye.; YZVSTIGNEUVA, Yu.G.; KRN&Y-__.MV ; LEYKIN, D.I.;
KAKHOVICTSKIY, V.B.; MZYBUWHY, A.L.; NAZEMM-0, V.I.; NIMIPOMIK,
O.K.; PAVLOV, L.I.; RUNTANTSEVA, N.V.; BOSENSKIY, I.I.; CHERNITSKIT,
Yu.V., TULUPNIKOV, A.I., red.; SOLOVIYEV, A.V., prof., red.;
RAKITINA, Ye.D., red.; ZUBRILIRA, Z.P., takhn.red.
[Agriculture In capitalist countries; a statistical manual] Sol'skoe
khoslaistvo kapitalisticheskikh stran; statisitchapkii abornik.
Moskva, Gos.isd-vo sallkhoz.lit-ry, 1958. 247 p. WRA 12:3)
1. Moscow. Yeasoyusnyy nouchno-ionledovatellskiy institut skonomiki
sallskogo khozvayostva. 2. Otdal nauchnoy informateli po ekonomike I
organizataii sel'skogo kh02y9y8BtVa sarabashnykh stran Voesoyasnogo
nauchno-issledowatel'skogo instituta skonomiki sel'skogo khosysystys
(for all except Tulupnikov, Solovtyev, Rakitina, Zubrilins). 3.
Direktor Vaesoyuznogo nauchno-inaledovateltakogo inetituta skonomiki
sel'skogo khozynystva (for Tulupnikov). 4. Zamestitell direktora
Viesoyuznogo nauchno-ineledovatellskogo institute ekonomiki sel'skogo
khozyaystya (for Solov'yev).
(Agriculture--Statistics)

Fu-
Nx.parlance in studying the Meat qualities of chicke of several
American broad@. Ptitseyodstvo 8 n0.12:29-31 D 158.
(KIRA 11:12)
(United States--Poultry broods)
-PT J;4
05=0

Coccidiosis in
KRYLOV, M. V., Cand of Bio Sci - (diss) Sheep of Tadzhikistan (Extwrml
Appearance, Certain Biological Peculiarities, and the Epizootology of Coccidiosis),"
Leningrad) 1,9591 16 PP (Leningrad 3tato Univeralty Im MdAnov) (KLj 5-60, 125)

YI(YLOV, P1. V.
"Specificity of Sheep and Goat Cocciolum."
Tenth Conference on Parasitological Problems and Diseases with Natural
Reservoirs, 22-29 October 1959, Vol- II, Publishing Hause of Academy of
Sciences, USSR, Moscow-Leningradp 1959.
Institute of Zoology and Parasitology of the Tadjik Academy of Sciences,
Stalinabad Aar)

KRTLOV. H.V.
Length of the sporogony of 08cratR of ovine Coccidia In
easonal pastures of Tajikistan. Dokl,AN Tadzh.SSR 2 no-3:
~,~h
41-43 159. .0-1. (MINA 13:4)
1. Institut soologli I parasitologit AN Tadzhikokoy SSR.
Prodstavlono chlown-korreepondenton AN Tadzhikel-.oy SSR M.N.
Narsikulovyin,
(Tajikistan-4occidia)

xErnoov, H.V.
Relation of age to Infestation of sheep with Coccidia, Dokl,
AN 7MZh.SSR 2 no.4*.41-44 '59. . (XM 13 t 4)
1. Institut soologli I perasitologii AN Twishikekoy SSR.
Predstavleno chlenom-karrespondentom AN Tadshikskoy SSR
M.N.Narsikulovym
(Coccidiosin) (Sheep-DierAson)
lp
77

KRYLOV 14. V.
Occurr(:nce of Toxoplasma in the red-tailed gerUl MerioneB orvthro-
urus Gray, 1842. Trudy Inst. zool. I paraz. AN Tadzh. SSR 24:157-
158 163. (MIRA 17:11)
1. Institut zoologii i parazitologil Imani akademika Favlovskogo
All Tadzhikskoy SSR.

KRYLOV, N.V.; ZIAEKA, Z.L.
Smltljla tadzhikistanica op.n. frovi the red-talled gorbfl MorioneB
erythrouru8 Gray, 1842. Trudy Inst. zool. i pnraz. Ali' Tr,(Izh. SSR.
24:169-170 163. 1; -.,1 17: 11
I.In3titut zoologli i parazitologli !nc:ni alkaiom!~;t
AN Tadzhlkakoy 3311.

KRYLOV Mj,, Vnnd.blolof,,.nauk
Animal uned for the study of plroplavmcri:3. Votcrinitril'a 41 no.302
Mr 165. (MIM 1814)
1, Leningradskly nauchno-issledovatell-kly vf)tq!rInarnyy inctitut.
I Ing
li-TH REV, - IMP
.5p
.3,
n, -~ $4m, r

Kliylllv, M.Yfl.
Green frillowa In Gorkiy Province. 7emledelie 26 no.P:18-19
Ag 16,.. (MIRA 17:11)
1. Glimyy agronom kolkhoza "Krasnyy mayak" Corodetvkogo rayona
Gorlkovskoy oblasti.

-------KfiiLOV N~~tarqhiy rAdchnyy so
Readers' comento on the state of physical therapeutic aid in
health resorts. Vop. kur., fixioter. i loch. fiz. kul't. 26 no~5:
458-459 S-0 161. (MIRA 1431-1)
1. TSentralInyy institut kurortologii I fisioterapii.
(MaTII RESOMS, WATERDIG-PLAUS, ETC.)

GLUKHOVSKOY, K., inzh.; KRYLOV, N., kand.tekhn,nauk; MALYSILFV, V., inzh.
Acoustical and radiometric methody of inspecting the quality of
building materials and structural elements. Na strol. Ros.
no.11:16-18 N 161. (MIRA 160)
(Building materials-Testing)

KRrLOV, N..
Device for grounding current collectore of electric locomotives.
Bezope truda Y promo 11 no.1000-51 0 164. (,MIRA 171ll)
1. Nachallnik gornogeologiohaskogo otdola Upravlonlya TSelinnogo
okruga GosWarst-tennogo komitata pri Sovate Ministrov Kazakhskoy
SSR po nadzoru za bazopasnym vedeniyum rabot Y promyahlennosti i
gornomu, nadzoru.

KULOVP N.A. (Kalinin)
Let's establish ornamental plantations on livestock fax=,
Priroda 56 no,n:125 N 161. MRA 34:10)
(landscape gardening)

AVDASHIV, A.N.; KRA&J.A~--
Our f-equirements presented to instrument designers. Izm.tekh. no.2:88
Kr-Ap WaA 9:7)
(Instrument industry)

NXIALIN, N.D.; GOLYSHWA, M.G.; R023MXW. 1.S.; AMYLOV, N.A.; XZPMI,
V.A. ";, o :,--"
Oxidation of morbItol of sorbItol Into morbosa In a liquid-gam
uYstem'. sunmarY. TrudY VMVI 5:66-73 '54. (K= 9:3)
(BORDOGN) (SORDITOL)
'IN p, j~~

"roblon of oU md gm 6ostorA in mosdo do"lits in un mm
-of the M
AbdmcL The authan Atom As prindpal leown of
lectaft;" in " Sm*b UUL The Dawal 19OWN Is " I
alod Ol " 4a " so dwAvrom 0 Ow *0 mem"k
.6" wUh 04 #ad dW~dfftfl" Of "
=
r$#WWAM tow of 60 04 gas occmw*l;" so WA a
*0 $IAOIO ROWS an dow%4 00 Wpmiwifia In
= UUN
*4 M"O"k. real W" " now" (A 04
be,~N "W"
ropost #A be ftbdti" for tka "M p&Uv2sm (jonp 0, rrgmktmn,
OormW, 10),

KRYLOV, vu,
Corkitions of formation of the Sadavoye.-Sarpa group of
structuras (nouthern Stalingrad Provinco). Trudy YI1.M11GP
no.25:2n-244 159- (MIRA 15:5)
(Volgograd Province.-Petrolown geology)
(Volgograd Prcvin~-e-Gas, Natural-Geology)

AUTHORS: Letavinp A. I.p Krylov, N..A. BOV/2o-125-4-49/74
TITLE: On the Transition Complex 01 Ciscaucasia (0 perekhodnom. kom-
plekse Predkavkaz'ya)
PERIODICAL: Doklady Akademii nauk SSSR9 1959, Vol 125, Nr 4, pp 862-865
(USSR)
ABSTRACT: The lower tectonic level - the fundament - consisting of dia-
located and metamorphized Paleozoic rock, lying under the
plate complex was,uncovered.in,Ciacaucasia by-boring. In the
most recent time a iew.red complex.-was.uncovered which
neither belongs to the fundamental rock nor to the plate
envelope. This was the case in the eastern, central and
western part of Ciscaucasia. Lithalogically-thia.complex13
rather monotonoust with.red sandy-loamy rocks on several
places which partly go.ovar into.conglomeratas., The.grains
are badly distributad...1a &.imle..the.rock is-massive and
struatureless. Only in indivPual cores strata were found
with an inclination of 15-45 . Tho.stratification is quite
likely to be due to both tectonia.zaasons and.Bloping atruc-
ture of the strata. These recently discovered rocks are con-
sidered ao*oadiments of a tectonic transition complex. Already
Card 113 several research workers (Refs 2, 3, 8, 9) had uncovered this

On the Transition Complex of Ciscaucasia BOV/2o-125-4-49/74
complex in the regions bordering to:--the Epihercynian pla es
The thickness of the uncovered complex was between 10 an'l
00 m. The mentioned complex lies in a sharp angular discordance
on fundamental rocks of the Lower Carboniferous time (wastern
Ciscaucasia up to the Upper Carboniferous time (eastern
Ciscauoasia~ differing with respect to age and composition;
they are covered by plate nedimenta.of the Lower Jurassic (Eaat)
up to Lower Cretaoeous.(West) that are normal with respect
to their age. With more or less greatprobability this complex
may be regarded as belonging.to the Permian-Trias. 'There is
a close relation between its distribution and the erosion-
tectonic relief of the fun 'dament.(Fig 2). This distribution
gives evidence of a very early.formation of at least several
plate structures in Ciscaucasia, i.e. of a formation that had
already taken place before the begiwdng of--& gene al down-
w4rping and sedimentation.of the.enveloping rock. Canclusione
from analogy are drawn with other regions-The uncovering of
the complex confIrma the certain exiatence.of an Epihercynian
plate. Thus, it is necessary to revise the theories set up
by several soientistis (Refs 1, 6) as to the early Mesozoic
age of the fundament of a great part of Ciscaucasia. The limit
Card 2/3 with respect to time between the Ilercynian and the Mesozoic

On the Transition Complex of Ciscaucasia ' SOV/2o-125-4-49/74
age was in this region marked by a general elevation.an th 'a
background of which plate structures began to form. It is
quite likely that "bfaccia mGvementalf (glybovyye dvisheniya
Pl.) had taken place in thia region, Thus, fosse-like de-
pressions d6veloped which are very characteristic of the
stage of transition within the region of the Epihercynian
plates (Refe 5# 8), There are 2 figures and 9 Soviet references.
ASSOCIATION; Moskovskiy inatitut neftekhimiahaskoy i gazovoy promyshlennosti
im. 1. 11. Gubkina
(Moscow Institute of Petrochemical-and Gas Industry imeni
I. M. Gu6kin) *
PRESENTED: November 18, 1958, by A. L. Tanahing Academician
SUBMITTED: Noyember 179 1958
Card 3/3

3(5)
AqHORS I Krylov U A ~etavin A. I.., CJOV/20-125-6-41/61
ia-17ov 4"a. P.
TITLEt On the Geological Development of Ciscaucasia and the Southern
Borderline of the Russian Platform (0 geologicheakom razvitii
Predkavkazlya I yuzhnoy okrainy Rusakoy platformy)
PERIODICALt Doklady Akademii nauk SSSR, 1959, Vol 125, Nr 6, pp 1319-1322
(USSR)
ABSTRLM By means of drilling work in the region mentioned in the title
it was found (Refs 3,6) that a Predkavkazskaya (Ciscaucasian)
Epihercynian platform Is developed in the south of the European
USSR. It has a younger folded basis than the Prepaleozoic
Russian platform. The boundary between these two platforms runs
along a line of faults which form the northern boundary of the
folds of the Donbass (Donets basin The eastern boundary is
not so distinctly marked (Refs 2,8~.- The authors compiled a
scheme of the predominating development of stratigraphic com-
plexes of the Paleozoic and a map or the transgressive super-
impositions (naleganiye) of the Mesozoic complex. By putting
one map over the other (Fig 1) it was possible to draw several
Card 1/3 conclusions and to indicate the dependence of the depressions

On the Geologioal Development of Ciscaucasia and SOY/20-125-06-41/61
the Southern Borderline of the Russian Platform
of the Mesozoic on tectonic tend*ncies of the Hercynian cycle.
The authors drew the following conclusions from the results
obtained by the application of the two afore-mentioned methods%
Submaridional waves of fluctuations were very important in the
course of the Hercynian and Mesozoic. The main traits of the
Heroynian structure influenced to a certain extent the
development at the beginning of the Resozoici the regions of
eastern Ciscaucaria which were depressed to the greatest extent
at the and of the Faleozoio were earlier involved into the
depression. They 4ere subjected to a transgression already
during the Jurassic. The regions of western Ciscaucasia, which
attained the highest altitude at the end of the Paleozoic, were
subjected to the transgression as late as at the end of the
Lower and at the beginning of the UppGr Cretaceous. Ciscaucasia
as well as the adjacent southern part of the Russian platform
were subjected to these meridional large depressions. These
data confirmed the known hypothesis of N. S. Shatskiy (Ref 7)
that an anticaucaoian gigantic structure existed in Ciscaucasia
and in the south of the Russian platform which contained various
Card 2/3 tectonic zones. Its Paleozoic origin as well as the perpetua-

On the Geological Development of Ciscaucasia and SOV/20-125-6-41/61
the Southern Borderline of the Russian Platform
tion, of the main rules governing the tectonic development of
the Hercynian cycle in the Mesocenozoic were confirmed.
There are 1 figurm and 9 Soviet references.
ASSOCIATIONt Moskovskiy institut neftakhimicheakoy i gazovoy promfahlennosti
(Moscow Institute of Petr0c*-I----.`ca.! mnC
PRESENTEDs December 16, 1958, by N. S. Shatskiy, Academicinn
SUBMITTEDi December 13, 1958
Card 3/3

3(5) SOV/2o-127-5-43/58
AUTHORSt Mirchink, M. F., Corresponding Member AS USSR, Kryloy, N. L.,
Letavinp A. I., Malovitskiy, Ya. P. --------- -
TITLE: 14ain Features of the Mesocenozoic Development of the South of
the European Part of the USS'R
PERIODICALs Doklady Akademii nauk SSSH, 1959, Vol 127, Nr 5,
Pp 1089 - 1091 (USSR)
ABSTRACTt The authors analyzed the distribution of the thickness of large
stratigraphic complexes in the area mentionpd in the title
which correspond to the main stages of the geotectonic deve-
lopment of this vast area. The purpose was to determine the
rules governing the development in Mesocenozoii. The following
atages were identifiedt a) Lower Jurassic, b) Upper Jurassic,
c) Lower Cretaceous, d) Upper Cretaceous, e) Paleocone-Eocene,
Oligocene - Lower Miocene (Maykop), L:iddle `4'iocene " Middle
Fliocene and Upper Pliocene -- quaternary. For the purpose of
determining paleostructural interrelations schematical. =aps
were compiled. The following conclusions may be drawn fro= the
resultas 1) Afteragereral elevation towards thE- end of Palec-
Card 1/3 zoic the mentioned area 'was subjected to aheet-like de;ressions

Mair, Features of the Mesocenozoic Development of the SOV/2o -127-15 -4 AW/58
South of the European Part of the USSR
beginning with the Jurassic. In each stage until the Upper
Cretaceous (Ref 6) always new sheets wore included. The oequence
of transgressionand regression which followed the forL:cr was
complicated as was found already in 1891l by A. F. Karpinskiy
(Ref 5). 2) This gradual development took place in Mesozoic
beginning in the East and in the South. 3~ The waves of the
depressions are the total background of the fluctuations whichwas
rendered complicated by the development (,~f the tiercynian stage)
of genetic structures in the range of the platfcrm.
4) The tectonic differentiation by Prod-Kavkazlye (Cis-01auca-
sia) on the one hand, and of the southern edge of the Russian
Platform on the other, differed in Mesocenozoict in the range
of the pro-Paleozoic platform the structures of the I and the
II order developed which are still slightly expressed in the
Paleozoic, whereas the sheet-like structural elements in the
area of the Epihercynian platform were only at the beginning
of their formation at that time- 5) The alpine pre-downwarpings
to which earlier the entire area of Cis-Caucasia to the Ua-*,ch
valley was counted (Ref 1) occupy relatively small local
Card 2/3 sections (Refs 3,4 ,9) and are separated into 2 basinst a)Kubano-

Kain Features of -the Ihesooenozoic Development of the SO-1/2o-127-5-43/55
South of the European Part of the USSR
Indollakaya and b) Terj3ko-1avpiyskaya. The Belomechetakiy
(East Kuban') downwarping may not be counted to the pre-down-
warpings. It is a pure sheet-like formation I.e. part of the
Central Kuban' depression. The formation of the pre-downwarpings
a) and b) began in the Oligocene and was especially intense
in the Middle and Upper Miocene; it still continues. 6) In the
Mesocenozoic history of Cis-Caucasia a combination of (in a
larger sense) genetic development and the formation of newly
formed stracture may be observed. There are 10 Soviet refer-
ences,
ASSOCIATIONs Moskovskiy institut neftekhimicheakoy i gazovoy promyshlennosti
im. I. M. Gubkina (Moscow institute of Petrochemical and Petro-
leum Gas Industry imeni I. M. Gubkin)
SUBMITTEDs April 11, 1959
Card 3/3
-gg ..... ~,.t

KRYLOV, N. A., Cand Geol Mineral jel -- (di2s) "Conlitionij of t"Ir, Formation of Local
Structures in the Area alon,q, the Volga from jtalln~,rad to Astrakhan anti in the
Eastern Pre-Caucasus." Uoscow, 1960, 18 pp, (Mini3try of Ceology and the Frotection of
Mineral :resources U331t; All-Union Jcientific-fiesearch Geological- ~',~xplo ration Institute.
Academy of Sciences U53R. Institute of Geology and DeveloTnent of Fuel Minerals)
120 copies, no price given (KL,21-60, 120)
'J41j-

XRYLOV, if. A.
Types of local platform structures In eastern Ciscaucasia and
the lower Volga Valley In connection with their oil and gas
potentials, Trudy X11WGP no@27:43-32 160*
(MIRA 130)
(Caucasus, Northern-Geoloa, Structural)
(Volga Valley-Geology, Structural)

MIRMINK, M.F.; -KRYLO,V.,__N.,A.; LETAVINP Me
Upper Permian and lower Triassic deposits of the Ciscaucaslan
Platform and adjacent regiotts, Dokl,AN SMR 138 no.4016-919
is 161. (KMA 1425)
le Institut geologii i razmbotki goryuchM Iskopayea7kh AN SSSR.
2~ ChleD-korrespondent AN SSSR (for Mirchink). .
(RuBsia,, Soutkvrn-Geologyp Stratig*phic)

MIRCHINK, M.F.; KRYLOVI N.A.; LETAVIN, A.I.; MAWVITSKIY, Ya.P.
The Manych--Kara.,*Tau graben. Dokl. AN SSSR 141 no.4:938-91+1
D 161. (MIRA 14:11)
1. Institut geologii i rasrabotki goryuchikh iokopayemyM AN
SM. 2. Chlon-korrompondent AN SSSR (for Mirchink).
(Caspian Sea region-4dologyp Structural)

MIRCHINK, M.F.;Jq -NA.-_IETAVIN, A.I.; MAIDVITSKIY, Ta.P.
Distribution and conditions of occurrence of the transitional
complex in regions of the lpiheroynian platform adjoining
the Caspian Sea. DAL AN SSSR 146 no.,4:884-U6 0 162.
(MIRA 15:11)
1. Institut geologii i, razrabotki goryuchikh
iskopayemykh. 2. Chlen-korreopondent AN SSSR (for Mirobink).
(Caspian Sea region-~eology)

BORISOV# A.A.1 4YWV, N.A.; IZTAV,TN, A.I.1 MALOVITSKIY,, Ya.P.
Boundary of platforms of different age in the northern Caspian
Sea region. Dokl.AN SSSRUS no.4#896-.899 F 163. (MIRA 164)
1. Vooooyuxnyy nauchno-isslodovatel'skiy institut geotisichookikh
motodav razvedki i Institut goologii i rairabotki goryuchikh.
15k6paywqkh. Prodstavlono akedemikom D.I.Shcherbakovym.
(Caspian Sea region-Zoology, Structural)

MIRCHINK, X.F.,-.XffWVI N.A.-.-LETAVIN, A.I.; MArDVITSKIY, Ya.p.;
IONELI, A.G., ved. red.; VORONoVA, V.V., takhn. red.
;(Tectonics of Ciscaucasia] Tektonika Predkavkazlia. Mo-
skva, Gostoptekhizdat, 1%3. 237 p. (HaRA 16:7)
(Caucasus, Northern-Geology, Structural)

MIRCHINK, M.F.; BOBIJKH, V.A.; KRYLOV, N.A.; LETAVIN, A.I.
I
Now data on the geology of the Karpinskogo Range and adjacent areas.
Dokl. AN SSSR 154 no.6tl340-1343 F 164. (MIRA 1712)
1. Institut geologii i razrabotki garyuchikh iskopayemykh i Volgo-Donskoye
geologicheskoys upravlaniye. 2. Chlem-korrespondent AN SSSR (for Hirchink).

KRYIDV, N. A.; DITMAR, V. I.; LETAVIN, A. I.
Characteristics of the transitional complexes of th(L_Q.aledonian
and Hercynian consolidation. Izv AN SSSR Ser geoj'"'29,nu-. 5i9-16
My 164. (MIRA 17:5)
1. Institut geologii i razrabotki goryuchikh iskopayemykh,
Moskva.

CX

pi,~ r
i'l U- ~-!,r o ta f f Vit k L

MIRCHINK, M.F.; KRYLOV) N.A.; LETAVIIII, A.I.; Ya.F.
New data on the geology of the .1.4angy:;hlak threr-.i-.ol~i. Dckl. I.,
SSSR 166 no.3t681-684 Ja 166. Wi!u 101:1,
1. Inntitut geolopli i razrabotki goryuchlkh irkopLv,--C;kh
i VBesoyuznyy nauchno-issledovatellsi%-iy inst-Itut getfizicheskikh
metodov razvedki. 2. Chlen-korrespondent AN SSSR (for Mirchink).
Submitted October 21, 1965.

IMYWVO_ N.A.v kand. takhn. rdoik; DURABOY, A.S., inzb.
Vibration method of determining the physical and mmehanical proper-
ties of reinforced and prestressed concrete stritatures, Biul, t*kh,
inform. 3 no.IU24-26 N 157. (MIRA 11.61)
(Vibration) (Precast concrete-Testing)

8h158
L)oo
5/112/59/000/10 13/t67/ID67
AOO 2./AOO 1
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1959, No. 13, P. 269,
1 28264
AUTHORS, wMaUk" ".A. Durasov, A.S.
TITIEi An Electronic-Acoustical Method of Estimating Physical-Mechanioal
Properties of Construction Materials
PERIODICAL: Byul. tekhn. Inform. Olavleningradstroy, 1957, No. 9, pp.16-21
TEXTi An eleotronic-acoustical method of testing construction material
is described. The method makes it possible to estimate the physical-mecbanleal
properties of materials (in the first place strength and elasticity) from the
value of sound wave propagation in the specimens or in building construction
elements. The NnB-l (IPV-l) device was built. It consists cf an electromechani-
cal or an ele,.,trohydraulical vibrator, a vibration receiver, a vibrator ccntrol
unit, a time marker unit, a beam scanning unit, and a power supply un1t. -1he
vibrator produces sound waves in the material to be tested by unit impact pulses
whose frequency Is set in dependence on their attenuation time. The operation
of the vibrator is synchronized with the start of the horizontal scanning of the
Card 1/2

84158
8/'112/59/000/013/067/D67
A002/A001
An Electronic-Acoustical Method of Estimating Physical-Mechanical Properties of
Construction Materials
oscilloscope beam, which make3 it possible to measure the time ^-f travel of sound
waves from the vibration source to the piezoelectric receiver. 7he weight of the
device is 30 kg. The device is operated by one man. Measurement data of the
sound wave propagation velocity in concrete specimens of different c,:~mpositlon
are given. It was established that the velocity of sound wave propagation changes
considerably in dependence on structural peculiarities cf concrete. This provides
the basis for assuming that the electronic-acoustical method is a very effective
means of checking the composition of concrete and the process of its hardening.
It can be used to deteot such factors as moistening,corrosion, satu.-ation with
sea salts, cyclic freezing and thawing.
Ye.Ya,Yu.
TranslaTor's notai This is the full translation of the original Russian abatract.
Card 2/2

S/112/59/000/012/078/097
A052/AO01
Translation from. Referativnyy zhurnal, Elektrotekhnika, 1959, No. 12, pp. 2-21-
222, 1 25439
AUMORS: Krylov, N.A., Zhukov, V.S,
T=- Application of Gamma-Ra s to the Quality Control of Building Materi-
&Is
FMIODICAL, Byul. tekhn. inform. po str-vu. Glavleningradstroy pri Lengorispol-
kome, 1958, No. 1, PP. 17-19
TEXT: A combined use of acoustic, vibration and radiometrical methods of
control enables one to widen essentially their 6 ield of application. The measure-
rent of attenuation of a collimated beam of CO gamma-rays with an activity of
12 millicuries (at all measurements the energy of gamma-quanta must be Within 0.5-'/
2.0 mev) passing through material enables one to Judge on the quality of concrete
filling of structures as well as to control physico-chemical processes taking
place in conCrete during its hardening, The intensity of gamma-beam changes es-
5entially during the first 6-8 days (due to dehydration) and afterwards it ch%nge5
Card 112
71777777

S/112/59/000/012/078/'097
A052/AO01
Appli:ation of Gamma-Rays to the Quality Control of Building Materials
slightly (due, as assumed, to the formation of crystalline lattice). Prom the
attenuation of radiation a notlon~as to the compozition of concrete can be formed.
A tlock diagram., graphs and a photo of the Installation are given.
L.A.R.
Translator's note- This is the full translation of the original Russian abstract.
Card 2/2

PHASE I BOOK EXPLOITATION SOV/5195
Durasov, Arkadiy Semenovich, and Nikolay Alekseyevich Krylov
Fizicheskiya metody kontrolya kachestva betona (Physical Methods In
the Quality Testing of Concrete) Leningrad, Gosstroyizdat, 1959.
101 p. 6,000 copies printed.
Scientific Ed.: V. S. Sbitnev, Candidate of Technical Sciences; Ed.
of Publishing House: M. Ya. Kaplan; Tech. Ed.: L. V. Voronetakaya.
PURPOSE: This book is Intended for technical personnel In construc-
tion organizations, concrete and ferroconcrete plants, and scien-
tific research institutes and laboratories engaged In the testing
of building materials.
-COVERAOEt The authors discuss physical or nondestructive methods
for testing concrete structures. Included is concise the-
oretical information on impulse, vibrational, and radiometric
testing methods. The designs and operational principles of test-
Ing apparatus are considered and laboratory and production
Card,-_I/J~_

Physical Methods (Cont.)
SOV/5195
experience In the operation of this equipment is discussed.
According to the authors, their objective was to describe the
present stage in the development of methods for testing build-
ing materials, and to consider the area of the possible applica-
tion of these methods for research purposes and for solving
engineering problems during construction. In their opinion,
these methods may be used in the future as a means for the con-
trol, automation, and mechanization of production processes.
No personalities are mentioned. There are 9 references, all
Soviet.
TABLE OF CONTENTS:
Introduction 5
Ch. I. Theoretical Principles of Physical Methods for
Quality Testing of Concrete
1. Types of compressional waves 13
Card-a7l-4-

y USSR
Porestry. Genar--il Probtagns.
'r -3,olo~iya, 1140. 9, X.).20110
Gul-cova, Ife. 14.1 Krylov, N. A.
*viie -,froct oC Differont Valence Carions on
Electric ConductIvity Ja Wood.
O"Irt. [U-9 Nauchu. dokl. vys,3h. shkoly. Leho-inzii. delo,
1958, No. 2, 183-185
D -'~ T(A* No abstract
C J% R D

SO'V19 7-59-3-5/Y 5
AUTHORS: Candidate of Te-lh%ical Sni~-n7.es anl
Durasov, A. S., Engineer
TITLE: Presont Methods of Contrelling the Quality of Conolreta
PMODICAL: Deton i zhelezobeton, 1959, Nr 3, pp 1-13-117 (ITSSR)
ABSTRACT: During recent years increasing att6a-"(_,u has been paid to
the pulse, vibration and radicinetrj'--~ metbods of 1~;r-troaa-irag
t-he quality of concrete. All th9se moth;.-ds are desaribsd
aa physical. They are all. based on the latest developmeLtrs
in anousti3s, ela,~,tronics aad radlometry, and do not.
require the d3struction of the concrete testling samples.
The development of ultrasonic puYse methnda was doscribed
by A. Savchuk and A. Fillpohizskiy IL Bcton i zlholezobotaa
.19581 Nr 2. This method is base6 ot the exploiltatic,_- of
the theory of elasticity and d5velopmenL of acoustics. The
process of the distribution of elaEtlf, waves in aow~rete
car, be expressed by given differential formu.2ae. Utliislng
the deductions from the theory of elasticity, related to
dopendence of the phase velocity of slast! -o waves on
Card 1/5 basic physical -and mechanical properties of coa-.trate. wp

SOV/97-59-3..5/15
Present Methods of Controlling lt'-he Qaulity of Concrete
can determine mathematically the elastic constants of con-
crete. As concrete is not an ideally elastic material
the ultrasonic pulse method of controlling its quality
requires,in practice, the use of empirical coefficients
allowing for non-elastic and structural. properties of
concrete. The quality of concrete can be also tested by
a radiometric method which is based on the attenuation of
the intensity of X-rays after they have passed through the
testing material, This attenuation follows a given ex-
ponential law. The X-ray attenuation can be expre3sed by
a mass attenuation coefficient, which appears to be constant
for the majority of building materials. For general evalua-
tion of the physical and mechanical properi;ies of con,,,rete,
complioated pulse, vibrating and raUometric apparatus is
required. It can be assumed that the distribution of
velocities of a compound acoustio pulsq and the degree of
distortion of its original form are funWons of the same
properties of concrete which determine its strength. The
problem is to construct such an apparatus which will allow
Card 215 us not only to measure the disCribution of velocity ot a

SOV/99-59-3-5/15
Presont Methodu of Controlling the Quelltjr of Ccn(.T'.)te
eomplex soand pulse but also to evaluate the dogree of its
distortion. For this pu:-pose ar. apparatus t-alled an
a,.,oustiaal miaro3econdmet,3:- (ALI) was designed (spo Fig, 2).
Tne method of investigatJon nf v~Aza-Aor. pr801IDPOSes, a
different definition of alastio', a.-iA_ rica-f.-lastic, proper-
V purp-,,se.. an apparatus
ties of the tested element. F,~r t~As
was designed to measure damping %'DkzI,, F~g 3). A3 a result
,- ; 4 4, j
of tests, the rela"Vionship 'Ijetwe9:71 41'04i? 701 ', ,. uf -ompcand
auoustic signals, the frequan%,.y of c~*,qn vlbraticna, the
oharacteristies of their attPauat-Ion azd detcumation. anti
the strensth of concrete. was det-a!mIned. Fig 4 gives
graphs, showing the relatlon!!hip 'between the ar,,Gus*,i-_ai_
characte-'riatics of connrete and its age itime aftnr casting).
Fig 5 illustrates "blo-.k-sOheme" radioxetrte aPparatits for
radiometric investigations of oon~.-reLe. This method was
used in tests durring the harde.Ang prwes3 of con,,%rete when
the orystalline str~.'cture of con,.-7,ete is prcdang~id. Ths
graph in Fig 6 shows the intera,,,tlon of X-rays with ?,on-
crete in relation to the lattcr;s age (time afte:7 :astAng).
Card 3/5 The radiometric method is used also V-) a,3certain the

SOV/97-59-3-5/15
Present Methods of Controlling the Qaulity of Concrete
specific weight of the concrete. With this method the pro-
cess of the consolidation of concrete during casting of
the construction can be ascertained. Fig 7 gives a graph
showing the relationship between the penetrability of
X-rays and specific weight of the concrete during the
process of its consolidation. Fig 8 gives graphs showing
the relationship between the acoustical characteristics
of concrete and its mechanical strength. The vibration
method of testing can be used for determination of the
magnitude of prestress in the reinforcement. By this method
moments of inertia of various complicated cross-sections
can also be found. The pulse method can be used to evaluate
the quality of concrete and reinforced concrete of various
building constructions such as the products of Factory for
Concrete and Reinforced Concrete in Avtov% near Leningrad,
where an acoustical microsecondometer AM'-aas used. Graph
In Fig 9 shows results of these tests. Practical applioa-
tion of pulse vibration and radiometric methods of tuesting
concrete is widely used in manufacturing processes. The
pulse method appears to be sufficiently sensitive for the
Card 4/5 physical and mechanical control of properties of concrete
_04
4
7

SOV97-59-3..5/15
Present Methods of Controlling the Quality of Concrete
subjected to repeated freezing and defreezing, and satura-
t-Jon with sea salts. Fig 10 gives a graph illustrating
the above tests. The authors of this article in oonjuncticn
with technicians of the Leningrad Branch of ASLA USSR
Glavleningradstroy used these methods of -ontrolling the
quality of concrete in factories for con--rete and reinf&%~rced
conorete products. There are 10 figures and I table.
Card 5/5

KIITLOV, II.A., kand. takhn. nauk
Controlling and diracting technological processes in the construction
industry. -diul. tekh. inform. po stroi. 5 no-7:15-17 JI '59.
(MIRA 12:10)
(Construction industry--(bmlity control)

J,jj.A,.__k&nd- takhn.nuuk:
DURASOY, A.S., kRnd.takhn.n&ukj__WW
BTSTHTAKOV, V.Tas, lush.; TMROV, W.I., lnzb.; SAUND, G.I.,
Insh.
Mobile electronic acoustical and radionatric laboratory.
Biul.takh.inform. po stroi. 5 no.M14-16 N 159.
(14IRIL 13: 4)
(Building materials-Testing) (Radiometer)
(Ilectronic instruments)
kj:

K V. Nikol!y Allekkoeyevichl kand. tekhn. nauk; SHIRMOV I N.1.1
prof., red.i.FREGER, D.P., red.izd-va; BELOGUROVA, I.A.,
tekhn. red.k
[Electronic-acouotical, magnetic, and radio methods for
quality control of materials, elements, and structures)
Elektronno-akuatichaskie, radiometrichoskie i magnitnys
metody kontrolia kachestva, materialov, konstruktaii i
,soorushenil. Pod obahchei reo. N.A.Smirnova. Leningrad,
Leningr. dom nauchno-tekhn.,propagandy, 1961. 21 p.
(Bibliotechka stroitelia po mekhanizataii i av-tomatiza-
taii stroitel'stva, no.8) (MIRA 16:5)
(Building--Quality control)
77P

ALEKSANDROV, Vladimir Mikhaylovich. Prinimall uchantlye: JULILOV, N.A.#
kand. tekhn. naukj ~AWWOV, V.11., inzh.1 RUSAXOV,
YAKKERp N,I.,, arkbLts; SHIN, M.S.,kand, takhn. nauk., nauchzvy red*,-
MAKS314OVj K,G,p rc4* izd-va; PULIKINAt Ye.A., tekhn. red.
[IALrge silicate blocks made of quicklimal KniprWa silikatrqe bloki
na negashemoi izvestij opyt Leningrada. Leningrad, GoIj.izd-vo lit-
x7 po otroit.p arkhit.., i Btroit.materialam,, 1961. 103 p.
(Building blocks) (Sand-lime products) (MIRA 14til)

S/081/62/000/006/062/117
B149/B108
AUTHORBi ~glov, Glukhovskoy, K. A.
TITLE: Methods of non-destructive testing of concrete
PERIODICAL% Rellerativnyy zhurnal. Khimiya, no. 6, 1962, 437, abstract
6K429 (Beton I zhelezoboton, no. 7, 1961, 319 - 323)
TEXT: Some theoretical aspects are given, as well as the results of ex-
periments on the joint application of the electronacoustic and radiometri-
cal methods of non-destructive concrete testing. The processes of inter-
action of various impulses with inertiag elastic# plastic, and structural
elements of a wave-guide were chocked experimentally by electrical simula-
tion. Three empirical methods of determining the'strength of materials
and structural elements, viz. the standard, static, and comparative metbcda
are described as viell as the results of practical application of these
mt.thods. It is noted that the electron-acoustic and radiometrical methods
of non-destruotivo teating can be successfully used in solving problems
connected with the automation of fundamental technical processes in the
vworksj~roduaing reinforced concrete elements. The essential schemes of
Card 2

S/081/62/000/006/062/117
Methods of non-destruotive ... B149/BI08
automation are given for preparation of concrete mixtures with a constant
water-to-cement ratio, compaction of concrete mixtures, prestressing of
reinforcomentpand treatment of materials in autoclaves. fAbstracterla
notes Complete translation
Card 2/2
4~4

GLUKHOVSKOY, K.A. ;,jQ6gjajj6A.; KFIGMFCD, A.A., inzh., nauchn. red.;
MAMUS, B.R-., N.V.p takhn. red.
(Nondestructive methods of testing materials] Nerazru-
shaiushchie metody ispytaniia materialov; materialy k
Voerossitakomu soveshohanilu po proetranstvennym kon-
struktaiiam. Leningrad, Izd. ot-la tekhn.informatsii tes-
ata "Leningradorgstroi," 1962. 71 p. (MIRA 16:8)
1. Leningrad. 11pravlaniye po shilishchnomu i grazhdanskomu
stroitel'stvu.
(Nondestructive testing)

SFIR14OV, Nikolay Aleksandrovich., prof.; KRYLOU,_W %,
.,._rod.; YFEGE
D.P., rod.izd-va; BELOGUROVA, I.A., toklin. rod.
[Objectives and prospects of the development of the construc-
tion industry In tber U.S.S.R.] Zadachi I perapektivy ra-.Yitiia
stroltellnoi industrii SSSH; stenograirma lektsii. Leningrad,
1963. 17 P. (MIRA 16:12)
(Construction industry)

M021237
BOOK EXPWITATION
S/
Kry*lov, Nikolay Aleks~~!Lc~,, Honored Inventor of RSFSR,, Doctor of Technical
sciences
Electronic-acoustio and radiometric mothods of testing matorials and structuros
(Elektronno-akustichaskiyo I radiometricheakiyu matody* ispy*twdya materialov
I konstrukteiy), Uningrad,,-Gosstroyizdat., 1963., 239 p.,, illus.,, biblio.,,
3.,200 copies printed,
TOPIC TAGS: nondestructive testing, eleotronic-acoustic testing, irPU130 t03tings
vibration testing, radio.-wtrio testing, testing equipment, concrete, reinforW
concrete, silicate material, ices airport., construction
PURPOSE AND COVERAM This book is devoted to an examination of the theory and
practice of nondestructive testing methods for materials and structures. The theo-
retical principles of impulse, vibration, and radiometric methods of testing, the
special electronic equipment used for these purposes, and the results of practical
use of nondestructive testing methods In various researb and practical problems
are considered. The book is intended for researchers and engineers working in the
construction industry,

FOLISHCHUK, Allbert hikhaylovich; KRYLOV, N.A., red.
W.Ani, mechanical vibrations to improve tho quality of
buildiN! materiale and products] IspolIzovuMe mekhani-
chopkikh kolobanil d1in povyshoniln ktichestva stroitoll-
nykh materialov i izdolli. Loningrad, 1964. 17 p.
(MIRA 17:9)

KLYAGHKO, A.L., inzh.; ODBiOV, inzh.; GLXK!;OVSK1Y, K.A.,
kand. tekhn. nauk, inzh., red.; G'iOZDFV, A.A., doktor
tekhn. nauk,, prof.0 red.; GORENSIITEYN, B.V., kand.
tekhn. nauks red.; KOMUKOVSKIY, M.G.9 kand. tekhn.
nauko red.; MLOV N.Ad doktor Lekhn. nauk,, red.;
L" 4z
KUREK, N.M.-, kand. tekhn. Kauk, red.; LEVINSKrY, L.G.,
inzh., red.; 1A)BANOV, N.D., inzh.j, red.; MOROZOV, A.P.,
inzh., red.; ONIASHVILI, O.D.t doktor tekhn. nauk, prof.,
red.; SAKHNOVSKIY, K.V.p doktor tekhn. nauk, prof., red.;
FILIN, A.P.p doktor tekhn. nauk, prof., red.; YEFIFOV,
A.D., inzh.p nauchn. red.
[Three-dimensiom' structural elements in the U.S.S.R.;
materials of the All-Union Conference on Precast
Reinforced Concrete Three-Dimensional Elements held in
November 13-17p 1962 in Leningrad) Prostranstvennye kon-
struktsii v SSSR; po materialam pervogo Vsesoiuznogo so-
veshchanlia po, sbornym zhelezobetonnym pros trans tvennym
konstruktsiiamp oostoiavshegosia 13-17 noiabria 1962 g.
v Leningrade. Leningrad, Stroiizdat, 1964. 461 p.
(MIRA 17:1-1)
1. Nauchno-tekhnicheakoye obshchestvo stroitellnoy indu-
strii SSSR. Loningradskoyo otdoloniye.

nl.. lzobretritoll, doktcr. toklin.
~~jj) za.
nauk; DURASOV, Arkedly SemenovIch, zanl. Jv-brptatell, kand
tekhzi. nauk
(Hadlo ongIneering methods of controlling the 2tructural
strength of concrete and reinforced concre".e.; experience of
the Houselng Construction Combine No.3 of the'Aal-i Mr-ini.9tra-
tion for Housing and Industrial Construction of the city of
Leningrad] Radiotekhnicheskie metody kontro.1-la konstruktiv-
noi prochnosti betana i zNlnzobetona., opyl raboty Dorx.-
stroitellnogo kombinata No.3 Glfivlenl~grads4trolla. Mo--kva,
Stx(,iizdat,, 1964. 41 p. (MIRA 18:8)

L 2301-o" EWT(1)/ETC/I-;Pf(n)-2/M(E)/.-,PA(w)-2 IJP(c) AT
ACCOSION Wilt AP5020730 1-11 UR/0057/65/035/008/1423/1421
416 70
AUTHOR: Vagnortj. D.1 Krylov, N. A. (. Y
TITLE: Influence of a magnetic field an the paramoters of a high frequency dia-
charge
SOURCE: Zhurnal toklinicheskoy fiziki, vo 35, no. S. 19650 1423-1427
TOPIC TAGS: discharge 131mgmit, high frequency dtacharge, argon, noon, plasma in-
stnbility, longitudinal magnetic field, electron temperature, electric discharge
ionization, plasma diffusion S~'
ABSTIMN Tito authors have investigated with probes the plasma of a high-fre-
quency discharge in a longitudinal magnetic field in order to determine whether
there occurs anomalous diffusion analogous -to that observed in do discharge plas-
ma-i (B."linert, Nuovo cimento, Suppl. .13, No.1, 59, 1959). Similarly directed
Investigations of several other authors are mentioned and that of Moller (Phys.
nev. Let., 9, 248, 1902) is criticized; Geller is said not to have taken Into ac-
count the thickness of the space charge layer at the probe and its variation with
magnetic field gtrength6 The diochargen were excited in 25 on long 2.5-3 on die-
Card 1/3

L 2307-66
ACCESSION NR: ~AP5020730
01
meter molybdenum glass tubes by external ring electrodes connected to a 4.2 Mc/seo
o9cilIntor. Each discharge tube contained two 4 mm long 0.2 = diameter cylindri-
ical probes on the axis antl two 4.5 mm diameter plane probes diametrically oppo-nite
each otlv.-r at the wall. The tubes were filled with argon at 0.01 or 0.05 min lig or
with neon at 0.02 or 0.04 mm 116r, and the longitudinal magnetic field was varied
from 0 to 500 Oe. The electron temperature, the mean ionization frequency per
electron, njid the radial electric field strength decreased with increaning magno-
tic field -3trength at low magnetic field strengths, and Increased with increasing
Mngtiutir field strungUt at magnetic field strongthn above a certain critical value.
Ine criticnI. inngnotic field strength incron:iod with Incrowning gas pregsure. An
Incl-01190 III tile low frequoncy (1-100 kc/iec) noloo in the probo circuit wwj oh-
~;vrvod at magnetic field strengths above the critical value. The Ionization fro-
quencles calculated from the measured electron temperatures were In reasonable
agreement with the mem
-;ured values except for the heavy discharge in argon; in
this cnne the calculnted Ionization frequency wag name two orders of magnitude
greater than the measured. It is suggested that this way be due to escape of
chnrged particles in the axial direction. The behavior of the plasmas above the
1critIcnl longitudinal magnetic field strength Indicates the presence of anomalou
logaas. These losses are ascribed to an instability, the nature of whioh Is not
2/3
I Card

L 2307-66
ACCESSION HURt AP5020730
entirely clear. The theory of the Instability of a dc dtschnrge plasma (S.D.
Kadomtsev aW A.W*Nedospasovt J, Nuclear Energy, ll 230,1960) Is not directly op-
PlIcable. "In conclusion, the authors than V. Khrustalev for assistance in per-
forming the measurementas" Orig. art. hass 6 figures
ASSOCIATION: Karellskly pedagogicheskly inatitut, Petrozovodak (Karelian
gical Institute)
SUBMITTED., 310atU4 EITCL, 00 SUB =91 ME
Hn RL?F 5071 003 MUM 004
Card 3/3 lk_~r

. ... ;,". .-, , " : :, 'j- 7 , ;. , --- ",
I 1 1 1
BERKIN,, N.G.1 KRYLOV, N.G.
Calculating the parameters of a machine for building b1c Is
tire casings. KauchA rez. 21 no.2:28-34 F 162. (;RA 15:2)
L'Yaroslavskly tekhnologicheskiy institut i Nauchno-issledovatel'skly
konstruk-torsko-.tekhnologicheskiy institut shinnoy promyshlennosti.,
OmBk.
(Bicycles and tricycles-Tires)

a s t dt i nc
N ('e 10 1 Pn Ve obal-ve hp v I ekhri he A k 4 irr i icen 4d -

si

YRYLCV, ".. 1.
Kr-,YLOV, 11. 1. "The Design and Levelopment of Planetary Flying
Shears." Min Heavy Machine Building ULSR. Central
Sci Rea Inst, of Technology and Yachine Building
(TSNIMash)o ~Ioscow, 1956. (Dissertation for
the Degree of Candidate in,,Sciencas)
7ECHNICAL
So: Knizhaya Letopial, No. 170 1956.

Subject USSR/Engineering AID P 5079
Card 11A Pub. 128 - 8/26
Author Krylov N I Eng.
Title Planetary flying shears
Periodical ; Vest. mash., 5, 26-28, MY 1956
Abstract : The Increased speeds of rolling on continuously running
mills made necessary the use of a new type of high-speed
flying shears, which could cut the rolled metal during
its high-speed motion. The author jointly with A. I.
Tselikov and Ye. A. Stosha, designed the new continuous
rolling mills at the Central Scientific Research
Institute of Technology and Machine Building (TsNIITMASh).
They also designed the planetary flying shears. Their
design and performance are described in detail, and
demonstrated by an illustration and 2 diagrams.

vest. mash., 5, 26-28, MY 1956 AID P - 5079
. Card 2/2 Pub. 128 - 8/26
Institution : None
Submitted . No date

KRYIDY# N.r., kand.tokhn.nauk
New blooming mill. Nauka I zhizn' 27 no.7:65 JI 160.
(KM 13:7)
(Rolling mills)

KRYWVF N.1.1 marshal Savetakogo Soyuza
Strategic rockets alvays In combat readiness. Komm. Vooruzh.
Sil 5 no.lt'18-23 A 165~ OURA 8; 3)

"Investigations of tho Pontov Geophysical 01)sernratory on the
horizontal and Vertical Visibility,"
Iz. Ak. 11auk SSSR, Sor. Geograf. i Geofiz., No3. 1-6, 1942

Physics-Study and Teaching
Excursions for the observation of physical phencmena in nature. N. K. Krylov. Fiz. v
no. 5, 1952.
9. Monthl List of Russian Accessions, Library of Congress, DecembAr 195)r, Unci.
2

KRYLOV, H. L.
Case of Crohnin disease. Klin. mod. 40 no.7:116-117 Jl 162.
(MIRA 1517)
(REGIONAL ILEITIS)

KRYWV, N.L. (Leningrad K-160,9 KraBnodarakaya u1., d. 11,
Fractures of the tibial tuberoisity and their treatment. Ortop.
travm. I protez. 25 no,4:59 Ap 164 (HIRA l8tl~
11 Iz kafedry travnntologil I ortopedii (nachaltnik - prof,
I.L. Krupko) Voyenno-meditsinskoy ordena Lenina akademii imeni
S.M. Kirova.

~U T,
MOD20LITSKIY, Igor$ VladWrovich: PAMOOV, A.A.; KARPOV. 1.T.: WTSEVO
I.T.: XRTWV' N.M.; NIKOLAYST., I.T.; RIVICH, V.I.; SHETTAXOT, T.A.;
SH O.A.: CHUBOT, A.I.; GOROD?IICFW, N.G., redaktor; CHmN1
V.I., redaktorl KHI 070 P.Ao, tekhnicheekty redaktor
(General course on-railroads] Obshchii kurs zhelaznykh dorog. Isd.
Z-o, perer. Moskva, Goso transportmos -shel-dor, txd-vo, 1954. 316 p,
(Railroads) (MIft 8:3)

HCMLEV.SKIT, Igor' Vladimirovich. inzh.; RARSEGOT, A.A.; KARPOV. I.T.:
KARTSET, I.T: MLOT N X ; RIKOIAYZT. I.T.; RETICH, T. I.;
WMAKOV, T A.; MICKEMI, 6.A.,. CHUSOV, A.I.; GURAWA, N.T.,
red.; BOBROVA, U.N., takhn.red.
[General course in railroad anginearingj Obahchii kurs shelesnykh
dorog. Izd.3., Parer. Pod obahchel red. I.V.Xodzolovskogo.
Koekvn. Yeas.izdatellsko-poligr.ob"adinania H-va putei soobahcheniia,
1960. 290 p. (HIRA 13:12)
(Railroad engineering)

110) SOV/71-59-3-13/23
1UTHORt Krylovp N#M.
TITM Necessity for the Alcohol Industry to Utilize More Peat us ruel
In the Rystanskays, Oblast'(Shire ispol'zovat' torf~anoye top-
livo v spirtovoy promyshlennosti Ryazanskoy oblasti,
PERIODICALI SpIrtovaya promyshlonnoet'l 1959, Nr 39 pp 33-34 (USSR)
ABSTRAM Sovlet*peat industry, which Party and Government are in favor
of dovolopinglolains to be the largest in the world. Since the
October revolution post production has increased 25 times
throughout the USSR, Peat deposits in the Ryazarskays Oblasts ar*
estimated to exceed 500 million tons, The alcohol industry is
using at present annually, in this part of-the countryt 509000
C tons of peat. Although a great deal has been done to modernize
peat production by the use of dredging slavat.ors, spreading &a-
ohines and harvesting machines of the TUNKAR-3 type, *to, which
reduce production cost of peat considerably, the majority of
peat producing establishments are doomed to failure, unless
steps are being taken to introduce compensators in the alcohol
plants of the oblast'. In 1957, 38% of the peat production was
Card 1/2 done by the dredging elevator method, 16% by the scraper eleva-

~L~. I ~ .. 0
~--T*,
Globoidal
toor.wwh.
gearing at arbitrary angles of the orcesing axes. Trudy 8m
13 no.26-49 153, (MM 711)
(Osarbs, Worm)
- 1
:, t'!

AUTHORS: Krylov, N.N. anti Yegorov, V.N. SOV-132-58-9-12/18
TITLE: A !Iydraijlic Core Splitter (Gidravlicheskiy kernokol)
PERIODICAL: Razvedka i dkhrana nedr, 1958, Nr 9, pp 45-47 (U33R)
ABSTRACTa The Taentrallnoye konstruktorskoye byuro - TsK3 (The Central
Designing,Bureau-TsKB) of the Ministry of Geology and Con-
servation ~of Mineral Resources of US3R, decigned and con-
structed a hydraulic core splittert which already has been
industrially tested. It is used to split the core sample
lengthwise and crosowiae. The characteristics and details
of the device are given.
There are 2 diagrams and 1 photo.
A'OSOCIATIONs TaKB Ministerstva geologii i okhrany nedr SSSR (TsKB of the
Ministry of Geology and Conservation of Zineral Resources
of the USSR)
1. Minerals--Sampling 2. Machines--DeBign
Card 1/1
Ti.

KRTIDV, N.U., kand.tokhn.nauk
Improving th4 dynamic characteristics of paseengor cars. Zhel.
dor.tran"p. 40 no.4:59-62 Ap '58- (MIRA l3s4)
(Railroads-PAssongor earn)

KRYTDV, N,N.. kand.toVhn.wtuk, dots.
Allowable imbalances In passenger-car wheel pairs. Trudy HIIT
no.102:20-35 159. (14IRk '12:10)
(Car wheals) (Railroads-Panner4ger cars)
7"'
'IY

XHTLfjVg NoNe, doteent
......... ......
Recommendations for the preparation of technical upecifications
for dynamic car whool balancing. Trudy MIIT no.128-.53-65 160,
(MIRA 13:7)
(Car wheels) (Balancing of mchinary)
OV";

KRYLOV, N.N.
Curvature of ourfaces huvlyjg a linear contact. Tear. msob.
I makho no.94/95:119-126 163. (WRA 3.611l)

"Superregenerative Reception and Fulse Signals," Radiotekhnika, No 3, 1947.
Military Electrical Engineering (Red Banner) Academy of Commin ic at ions imeni S. M.
Budenniy (VKAS)