SCIENTIFIC ABSTRACT KOLYADENKO, G.I. - KOLYADNYY, S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824010019-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


KOLYADENKO, Z.
-,.- ~ -"f
On the occasion of a seminar. Prof.-tekh. obr. 20 no.7:27 JI
163. (KIRA 16:10)
1, Zamestitell direktora po uchabno-proizvodstvennoy rabote
mookovskogo khudozhestvenno-remeslennogo uchilishcha No,,64,
0

Name: KOLYADBIKOV, Mikhail Nikitich
Dissertation: Structure of the simple sentence in
Mordvinian languages (the sentence and
its principal members)
Degree: Doe Philological Sci
Affiliation: Mordvinian, Bei. Res Inst of Language,
Literature, History, and Economics
under the Council of Ministers
Mordvinian Autonomous SSR
Defense Date, Place: 22 Mar 57, Council of Inat of Lin-
guistics, Acad Sci USSR
Certification Date: 21 Sep 57
Sourcel BMVO 22/57
48

KOLYADICH, NOS*
Standardization of casting equipment. Standardizataiia
28 no.3:41 Mr'64. (MIRA 17:5) .-I
-- - . .. I .., - 4 ,, . -

KOLYADICH, N.S.
Crane ladles for metal pouring. Standartizataiia 28 no.8:37-38
Ag 164. (MIRA 17:11)

KOLYADIN, A., kapitan; MMINOV, B., starshiy
leytenant
Mastery is forged in work. Ko=. Vooruzh. Sil 4
no.22:56-59
N 163, (MIRA 17:1)

GAICHAj, T-.D.; YEGOROV, A.I.; KAMM, D.M.;_jgJ_4Pgjm,.AAO-
KONOPLEV., X.A.; SAYKOV, Yu.P.; SHAROV, V.T.
Electrophoretic filter for purifying reactor water. Atm.
energ. 19 no-0350-354 0 165. (MIRA 181l1)

gill M
f
A~~.-_ S 01-7RCE C ODE: U R0 69 6 5. 1) 10 0 40 3 5 00354
AUPHOR: Ganzha,_V._D.,, Ya&qZ2yj_A, I._- Kaminker,l). M, Kolyadinj A. B.
Konoplev, K. A.; qaykov, Yu. P.; Sharov, V..T.
ORG:
TITIS: Eleetrophoretio filter for reactor water purif ication
SOURCE-. Atomnaya energiya, v. 19, no. 4, 1965, 550-354
TO-010 TAGS: nuclear reseapah rea9tor nualeap reactor C water
purif ication equipment, umi-q.--cca" wxjM~
ABSTRACT., In January,, 1962, a formation of turbidity in the primary
loop of the VVR-M reactor of the Physicotechnical Institute il. A. F.
loffe, AN MR, was observed. In June, the turbidity was so strong that
a special electrophoretia filter for water purificationwas installed.
The turbid Nvater contained a 54-patt-suspension of hydrate aluminum
oxide which was originated.bythe corrosion of aluininum reactor 'Vessel
and fuel-element cans. A daily amount of about 2 g/1%,q of suspen(isd
particles was discharged into the water. The installed filter was
equipped with the, plat inized. t itanimanodeplatess while the-cathode
MG: 6216' 039. 566:
Card
01
M
�='_ - Man, ON=

L 259,66-66

ACC NR: AP5026440,

plates were Made of.1!-W.0T_dt-aj'fil_
t- el A
0057 a a
"bylindrical- protot -of
ypus 4

experiihentally- tested and the results. were explained and,
the f ilter was

''
-
d. The'te ta -showed that
graphically Illustrate a
to
the chemical composizadn

of turbid and filtered water was as follows:

Turbid
Filter d

A1203 in mlkg- -3.-O
0

F8+3 It it
0.4

0.18

Si02
1.3

02 01,96,
2,96

Optical density 0.065
0.003

The selected
filter design data are summarized
to-the follow!Lng tab*181~1

Wat e r
flow rate in kg/hr
-2501-500

Effective water f low in au m1hr
0.5-

'Electrode voltage -in: v
110-2p.0-

Distance between electrodes in. am

Contact tlzein min. (at 250 1/hr)
2

Total filter volume in liter
10*7

Interelectrode volume in, liter, -
7.5

'Electro-de size in mm
170x572-

Number of anode Plates
4

Number.of cathode -alates

5

Filter dimensions in Mm.

Card 2/3

F., podpoIku7nik; FOLYADIV, A.9 mayor
Mth a pilot-engineer license. Ave i Kosm* 4-7 no,135-10 Ja16.4
(MIRA 18,.,1)

USSR / Physical Chemistry. Liquids and Amorphous Bodies. B-6
Gases,
Abs Jour s Ref Zhur Xhimiya, No 8., 1957, 26026
Author A.I. KoAy2tdin
Title 'IM aj:oui Light Diffusion in Glas
Orig Pub t Optika i spektroBkopiya, 1956~ 1, No 7j 907 916
Abstract i The indicatriales of Rayleigh diffusion of 6 specimens of
sodium-borosilioat.e. glass were studied,, an anomalously
high grade dependence of the diffusion intensity on the
wave'len,g,th of. the incident- light- having been observed in
them. 'the specimens differed mor'O than lpOOO times by
.the opalescence maenitude. The diffusion was measured at
wave lengths of the incident light of 546, 578 and 436,m;x
and at tyro orientations of the polarization of the initial
beam. When the initial beam is polarized in the diffusion
plane, the indioatrices increase monotonously Yrith the
angle. Men it is polarized perpendicularly to the dif-
fusion plane, the indicatrices havo a minimum,. which is
Card 1 1/2

USSR/Optics Physical Optics K-5
Abs Jour Referat Zhur Fizika, No 5, 1957, 12918
Author Kolyadin, A.I.)
Inst
Title Anomalous Scattering of Light in Glass.
Orig Pub Dokl. AN SSSR,-l956,-l0j No 1, 64-67
Abstract The author has determined the scattering indicatrices
of
light at ,various7wavelengths,,\ -of the visible spectrum
in specimens of opalescent sodium borosilicate glass with
an opalescence that-differs by afactor of mDre than 1000.
The observed anomaly lies in.the fact that Ln all cases
the intensity of the backward scattered light has excee-
ded by a factor of many times the intensity of the light
scattered forward., The corresponding ratios of the brigh-
tness varied-from-5-5 to 55, reaching a maxim= in speci-
mens with a medium degree of opalescence. These results,
vhich contradict the classical theory of Rayleigh
Card 1/2

Yzczoyuzn~;r covealichaniye 1.0 sLckIMW--j
doutovjully~- ;.!, Lenin-0.. 1959.
Stekloobruznoys oostoyanlye, truly Tretlye,:o
vscaq,~=noro -,-.tchchanlya te,=n~vad,
16-0 cybrys. 1959 (Vitramz State; Tmnsa~ti-n
of L- ThInI All-U-_'cc, Con
fe"nee on the Vitreous State, Held In
Unlu6radoi?lv~~-!(-~O, 19451) MD$cw~
cople*
lzd-%v AN SSSR, lVjO. ~34 p. Errata clip
inzerted.
(Seric.: Its. Trudy)
Sponsoring Agencies: I.stitut khtil Ilikatov
Aksl-lt nx=k Vs.-7-~%ncye
khizIchcskqre obahche3tvo Iment D.I.
X-ailey.,. -4 crdean
r9ains, orti.heakly in~tit.t 1-1 3.1. V-11~..
Editorial Board: A.I. AvLnatlaik, V.P.
b4maXovskly, 11.1. 1~%`norodoy, O.K.
BotvInk1a,
V.V.Vw-gin, A.G. Vlazov, X.S. Yovatrop'yev,
A.A. I.abe-' M.A. Mst-Y_' V.S.
Kolch--, R.L. My.Iler, Y..A.. Pomy-Y~hit.,
Cml--, I.A. T.ropre, T-A.
rlarl..kaya, A.K. Ukhkind-; Ed. or PublishlnZ
flo~e: I.T. Zuy.mv; Tee-1. Ed.z
V.T. Bachaver.
RnIKOL: Thin bc~ok is intended for
reses,rcher. I. the science end t.et-loIy of
glasses.
CMUJLCE: The book contains the report. and
die.,osiona ed' U1,e Thirl All-~:rdcun
Comfervace ca the Vitmaae StAtev held in
Un!ngr&i on 7ce=bcr 16-19, 2$A9.
They deal Ith too methods and results or
atuAving Us &-_~=tum of the
relation betwea the structum and proiertles or
ciesecs, to. cats of z1b.
Chemical bond and. glass structure, and the
crysta2lochoxistry of &Issa. ftoel
silica, mechanism or vitrification, optical
pmperticz -1 slass stnzzu~, sod
th electrical pmpert.Ses or glasses am ease
discussed- A t=ber of vle ~
po~v deal vith the dependence of SIszs
propertits On ccum,4sitica, the tinting of
glaseas and radiation effects, aid
acchnalcal., techain", cad ch=Ical T~s r.
ties of glw5es. Other pmpera treat glass
seniccaduct~ -A sod. borcailleat.
classes. The Cmftmuce ~ attended by mom than
~M dnlcCAte. front S.~4-t and
Fast GOrman scientific orgaaltations. A~F the
In the d!ac~assjoaa
we" N.V. SoUnin, Ye. V. ruvahinskly, TUA.
Ciastev, V.P. ?-yaa1ahnLkv,, 'ru. I&.
Gotl1b, O.P. H.b.4.Iov-P.trwyza, G.P.
kikt-ylov, S.M. A.H. IAzs~~cv. D.I.
Uvin, A.Y. Shatiloy. N.T. Ploskxhi"kiy, A.Y..
K=n.txv" Z.V. D-Zty_~' G.V.
By-gan-skAy., A.A. Xml~n-, M.H. Skornyakov,
P.Y.. Eat!=, E.K. Keller, T..A.
K--t.w. V.P. rozdney, R.S. She%rel'ticb, Z.G.
ri-xc" ~1 O.S. modc:~_Ova.
The final esaim of the Coaf~mn" ~ ddm.scd by
rmee-jor I.I. ;It&Y9QrN0d5k%y,
Zonoml Scientist and Fneintar, Doctor t
Tembalcal ScLvazez. The fall--Ing
Institutes vem citee !or their contriWtIon to
vm d.~L-,mcnt of gjn~z science
~1 tcz.'-Ol-a: Gc4.d.r.t-nxyy opticheakly
in.titut (St4t~ CTLIcal Iast.:%4tQ)j
InAtItut 0111L%tov AU SSSR (InstIt.tt or
Stli-te C--latry, An C=tj),
TIZIC"okly Inat itut AJ; SSSR (physics
Institute. AS U.SSR), F.'riko-teklin.' --r%Xty
I -It.t fl.lkl AS B=R.
Institut )LI SSSR MYsIcotechnical Inztitutt AS
WSR), Iz.-
wifist (institute or FhyKicA' Acadeny of
Zelencem, ssn'
LebGrAtOrY Of rhYdical Chentatry of Silicates
of t-la InIt-l"t obviacheT
cb..ko~f W.Ii AN DSSH, Mialk (Inatitute cxf
General and I-zrj:uic Chmalztxy,
Acftd~AY Of Science& SSR Kin.ak), lastItur
v7_-0Locolckjjy-yLbj
.oy.di-ray &4 Of EIgh'K-I.c-1-r Coap-dx. AL
=R), C4aw4-rstvcn-
nY7 Itotitut atekla (St4te Institute for
01*3.), Gwudx~-ve-yy Ia3titLt atek. ,
(Stnt~ Inrtiv3tc for GI~7~ Fite,a), Inrut"..
'_'t"rotex-__
n1chroloZo atakla (State lartlt~tc for
ElectrickI. Glan f-lbirskAy flz_lk~
t.cb..'.h-ktY' iu-tlwt, T--. (Siberian
Fny.lcot~ehnjc. _~tltute' Tcms]~).Ieningrae..
sidy Uni~tr4ttet (IA~In6r`Ld State
UAITersi:7), Mozko-kly k~_Wko-
tekhoolz~ich~shiy Institut (Ho-w Institute Of
Chemle-l
i-UWt I- 1~n-vet& (E~rln4r~l Trc-~:Ozlcal
Inat-.tzt I.tal
1-10rct), Belomaskly poIgteY_hajc!.eakjy
Inatitut Minsk Fol,,-ce~jnjc
Institute, MirAk), NcYmhtr)-.kjy
p.IIt.12%~iche.kjy laat-,~- (Ijovochcrk~~k
Polytcch-~tc Ir,atitatt), nai Sverdlovg)ay
POlitekh"IcheaklY InLtItut (S":--lovsk
Folyt-h.lc In'titut.). The C.nf.re.c. ." ty
tn. 2..%it.te Of SIIA~%t#
Ch~lrtry AS USSR (Antln,, Director - A.S.
Gotl1b), the Vjtsv~.-nvye khtnErheskoye
ob-hohe,t- In. D.Z. Hcni~l,y-. (AU-rJ.t-
Ch,.Lcal S-!t-.y lrc.t D.t.
zr'_1 t,.z wr'--- e-'.
3.1. Vayll- (St.te."Ord6r of Xenin" Optical
Institute !~%i 6.1. Vae~l~).
The 15 reeolutl- of %he Conrerence in-jude
mco-nd^.I~_r to ori:ant~
Center for the purpoee or cmrdimtln& via
mbeftreh an to pbll.!~ ~.v
under the title ~Fiziku I khIntya ateklaw
(Y-_y4-- and Chenistry a.-
Glass), and to join the Intemmtiona.).
Cw_~Ittee On Oltas. Tre Conferear-r Uanks
". Lebediv, Academician, rmfe-or, and Cn&I~i
of t-,e r C-
m1ttte; T..A, F~-Y-Komhlt., D-ctor of P.yaica
-1 MAth-~Ice, ft.btr of %,h4
Organizational Co-Itt"; zo! H.L. )~yuller,
D~.tor of Ct~,fcal Sel-act-, W-mbar
Of the Coa-mitt.e. The tditorlal boartl th"~
G.H. Ii.rt-..
M ;-Vo L-7. Dezktnn, D.r. 1~cbychln, S.K.
D--~mo, V.A. Iaff~, WIA
.:VT. roly.t,. FW,nu-.. ace-rany I.Alvid%..l
repoms.

vltfto~ Rat. (Cc'.~ 5055

parte.ev, C.H. DA
Vitrification

Disc"-Ion
153

p.1,
f~.r ;"
Optical ?-;~rtlta e.nd Str=turc of Clx~Aes

.

Florinx1aya, V.A., ~A fi.s. remoukiv&. study Of
cia~a cryotaum-iom
*
'

g" g'
Product. c" the lf*2r-Si0, 6y,%.. Ly t
- infrared Sjtttz03t*,-
c Method
157

TWrinakAys, V.A. Inlr6~zd. Cj~.tm of
Soda-StUcUt Glass"

and Their Relation to Stru.tam
177

41ekAcycvo A.G. Study of 01"s Cryzt4I11:vt1on
Products of t-%e

ga~b-$02 Siatem br tut %-Pay
DIffra.ctloo Httho,1.
191,

"obovlch, U.S.. &n1 T.P.
TuU~L.. Cmbication Scattering of Light

[R-"
SIectrm) and Structurc or S=e Silica Classes
193

Koleamm, V.A. Study or v'o Struzturt of Alkall
Alu=inazilicate GlAsscrz

by Their Infrared
Ateo~tton SjOctra
2D3

Card 9/22

vit"Ous state (cont.)
Karkin, YO.P., V.V. Ob-kho'-D"-01, T.A. SidGrOW,
IT-11- Sobc'lev, sad V-P-
C~ercmizlacv. viii~ixLdsi~wctr. ownd Ot~tum of
GlXJi--FQrm1hS Cmle--z Is,
Cryat&W.e and Vitreous St4l,.* 207
!Ido T.A. Molttlnr Etm-tur~ and kr";-rtl-- of
Cry-tA1.11c. q'-rt- 213
Imkbon,okikh, S.M., and V.P. Cheresto-I.O.. Sto~:Y
of th'a S-V~tarw of Lc~l
Borate and Bismuth Berate ClAkbcs With t~ie Aid of
Infrared C;dOtrOACO.~,j 219
Tlazov, A.G. QaaO,tlt-tiw CormlAtion Of the
Crdlemd aaADI"rdared P'.r.900 222
1. Glass,
Aagdykly?"to, G.D., axid A.G. Al*kscytv. Electron
Dlf!racti= Study of
vit"O'" sluch, and L"4 Silicate GIADACO 225
Kolyad1n, A.I. Ancr;ALO~ Sc&ttcrl=Z ct Light In
Class 230
Vitrec-4o State (Ccj~-..) 80715035
Andzeyevo U.S., y.l. aj.A jj.A. V,rchvillo. (~n
th* R,24 of zzt~~.
molecular Interre"-e In Optijal Fhcbw~hs, JO,
Sol,& Bora.jjje~tk
234
Discussion 238
t1tttri-I Prc,~Ytje4 of Gj"3es,
Kyuller, R.L. (Doc-~ of rtjr~jrtj Z Cz~i~a =4 In.
Dogma of Dl.aocl.tlcr, a ;clar Orojis Az a
YvactSco or the ;go-Athm
Cocl,caittoa of Gjac* -- 245
Presnov, V.A.. V.1. G~n, and L,X. Xr=1I-rAkm,.
tlecerlcalCacdoctl vle4
of Glaaaes In Jjij,~ Strergth Electric Vjel4s ,~d
pralcm, of C.3"s StrwLu,,a r~,l
bt2YAV3knYAo L-M- StUJY Of 1:11A~trLCAI
CCUdAC'lYIt;f of GIA48" bjr the
Atthod of Hon~lform EUctric F1.11 254
Car& 11/22

S/058/61/000/007/033/066
AOO1/A1O1
AUTHORj Kolyadin, A.I,
-----------
TITLF-s Anomalous scattering of.l.1ght,in glass
PERIODICAL: 'Referativnyy zhurnal. fio.' It 1961, 163, abstract
7016 (V sh
"Stekloobrazn'. soatoyaniyeti Kdo'cow-Leningrad, AN SSSR, 1,960,
230-
233, Discus,, 238 242)
TEXT, Anomalous scattering in oppleso-ent sodium-boron-silicate
glasses
and.some other glasses consists in the.following phenomenal at the
absence of
absorption and smallrefraction index of-tho-separated phase,
Intensity of back
scattering oflight in optical range exceeds forward scattering by
a factor of
several scores, the exponent of wavelength-dependence of scattered
light,inten-
sitY is close to 7, and.the exponent of an analogous dependence of
integrated,.
scattering coefficient varies-betwoen 4and 8. This anomalous
geattering is ex-
plained by that the element of scattering particle, being excited
later, oscil-
lates in this case relative to the -element of the same particle
excited earlier
with a phase lead. The author con';'iders a simple model of two
coupled oscilla-
Card 1/2

AtC Nih AP6036967 SOM COWS W0011661008/011/3254/3
259.
AuTHoRt Kolyadinq -A. I.#- Agayerat L Ye. I Tyutikovst L. Pe
4L
ORG I none
and leud'odspphift single
Tnut Small-angle scattering of light In ruby crystals
SOURCES Mika tverdJ90 t9]A9 To Be 110o It, 1966. i*4-3259
---- -- TOPIC TAGSV Mall anglo scatteriago rubye sapphire# light
scattering
ABSTRACTS Small-angle scattering of light was studied in one
laucosapphire and one
ruby ample of cylindricid shape with zero orientation of the axis,
I. a.p in which
the optic axis of the crystal was parallel to the geometric axis-of
the cylinder and
was at the came time Vie growth axisand also in two laucosapphire
samples and
several ruby samples with a 900 orientation of the optic axis. The
measurements were
made with a miall-angle nephelmeter, It was found that in both types
of orientation
-scattering takes place mainly In the direction perpendicular to the
electric vactorg
the ordinary ray being scattered at larger angles than the
extraordinary ray, For
both types of rays$ the scattering coefficients in the plans of the
electric-vector
are one order of ugnitude nuaUr than the comsponding coefficients in
the perpon.-
dioular pUme Ze'scattering coefficients in the plane perpendicular,
to the elso-
trio vector for the rar decrease more slowly v4th Increasing ange
than
1/2

-coDr- -/013T,
ACC 14Rt- __AP 035898 SOURCE . -Wo413166/oOO/020
INVENTOR: Mukhina, T. I.; Klyuchnikov, V. V.
ORG: None
TITLE: A device for measuring the scattering coafficient of
radiation. Class 42,
No. 187~56
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki,
no. 20, 1966, 137
TOPIC TAGS: light scattering, radiation, measuring instrument,
optic system
ABSTRACT: This Author's.Certificate introduces: 1. A Uvice for
measuring the scat.
tering coefficient of radiation. The installation contains a
radiation source and
receiver, monochromator and optical system for projecting the
stream of radiation on
the input slit.. The range of angles at which the scattering
coefficient can be
measured in radiation of fixed wavelengths is expanded by using
an optical system
consisting of a parabolic and a spherical mirror or two spherical
mirrors withthe
specimen between them in the form of a plane-parallel plate. The
output slit of the
monochromator is located at the main focus of the first mirror,
while the radiation.
receiver is placed at the focus of the second. This receiver is
mounted so that it
may be moved in the focal plane. 2. A modification of this device
for measuring
radiation scattering coefficients at an angle of 900 to the
surface of the specimen.
Card

ACC NR% AP6035898
The unit has a traD mouhted in the main channel and an auxiliary
optical system made
up of plane and spherical mirrors directing the given stream of
radiation toward the
receiver.
1-spherical or parabolic mirror; 2-spherical mirror; 3-specimen;
4--output alit;
5-receiver; 6-trap; 7-plane mirror;'8--spherical mirror
SIUB CODE: 20/ SUBIM DATE; UJUn6

STROGANOV, Te.V-; KOZHIRA. I.1.; ANDREM. S.Y.;
KOLYADIN. A.B.
---
I
Crystal structure of crystal hydrate salts of
transition metals*
Part 2: Structure of the crystal HIC12.4%0. Vest. UM
15 no,4:
130-137 '60- (NIHA 13:2)
(Nickel chloride crystals)

ANDROOIKOV, K.S.; BALAKOT. V.V.; BUZHINSKIT, A.N.; BURAGO,
A.N.; VIUTKI5,
L.A.; VISHNIVSKIY. A.A.; VOLOSOV, D.S.; GASSOVSKIT, L.N.,
professor;
GXR~HUN, A.A.. professor; TALOYASHZVICH. N.A.;
YMYSTROPOYNT, X.S.;
GURIVICH, M.M.. professor; X014rADU,-A.I,.; KORYAKDI. B.M.;
KURITS-
KIY. 4.L.; PAPIYARS. K.A.; PROKOFIYIV, V.K., profet3sor;
PUTSIYKO,
TaJ.; RIMOT, N.A.; RITTHI, N.A., SAVOSTITANOTA, N.Y.,
professor;
SXVCMKO, A.H.; SMOV, N.I..- STOZHAROV. A.I.; FAYMMU. G.P..
profaecor; FX&ILOV. P.P.; TSARUSKIT, Ye.N., professor;
GHXKHUTAYXV,
D.P.; TUDIN. Ye.Y.; KAVRAYSKIT, V-V.. professor; VAVILOT,
S.I.,
akademik, redaktor
Loptics in military science] Optiks. v voennom dale;
abornik statel.
Pod red. S.I.Vavilova i N.Y.Savoettlanovoi. Izd- 3-e,
sanovo parer,
t dop. Moskva, Tols2s 1948. 387 P. (KLRA 9.9)
1. Akademiya nauk SSSR, 2. Sostaviteli - sotrudniki
Gosudarstvan-
nogo Opticheekogo instituta (for all except Vavilov and
Kavrayskiy)
3. Toyanno-morskaya,akademiya (for Kavrayakiy)
(optics)

KDLTADIN, G.I. [Koliadin, H.IJ (Kharlkov)
Vibrations of shafts of Internal coaftstion engines taking into
connideration the changeability of the moment of inertia. Pr3rkl.
makh. 4 no.4-.411-420 158. (MIRA 11:12)
8
l.Kharikovskiy politakhnicheakir institut.
(Cranks and crankshafts--Vibrations)

KOLYALDIN, G. I., Candidate Tech Sci (diss) -- "Induced
oscillations in Inter-
nal-combustion engines taking into account variability of the
moment of inertia".
Kharlkovj, 1959. 11 yp (Min Higher Educ Ukr SSR, Xharlkov
Polytech Inat Im V. I.
Eenin), 120 copies NL, go 24, 1959, 137)

KOLYADIN, G.I., inah,
Analyzing forced vibrations in engine shafts with consideration
of the
Instability of Inertia moments. Inargonashinostroanie 5
no.3:23-25
Mr 159. (KIRK 12:3)
Oranka and crankshafts-Vibration)

KOLYADIN G~J-..i_k=d,tqkhn.nauk . I
I
Forced vibrations in a system having a periodidaUy varying
inartia moment. Izv.vys.ucheb.zav.; mashinostr* no,,6:78-83 162.
(MIRA 15:32)
1, Alchavokiy gorno-mataUtirgicheskiy institut.
: (Shafting-Vibration)

KOLYADIN9 G.T., kand.tekhn.nauk
be-sign and calculation of a resonance grate whoBe fundamental
frequency does not change according to the degree of wear.
Izv.vys.ucheb.zav.;gor.zhur. 6 no.1-1-109-113 163. (MIRA 17:4)-
1. Kommunarskiy gornametallurgicheskiy institut. Rekomendovana
kafedroy teoreticliesh-oy i stroitellnoy mekhaniki.

KOLYADIN, G.I..
Resilient resonance grate for a vibration grizzly.
Gor. zhur.
no.9:75 S 164. (MIRA 17:12)

KOLYADTN G I kand. tekhn. nauk; LITVINENKO, V.P.
Manufacture of conical casings for 6500-P-1 tYpe exhausters
by roller knurling. Met. i gornorud. prom. no.6t72-73
N-D 165. (MIRA 18:12)
1

KOLYADIN, I.K., podpolkovnik mod. oluzhby
Capffl~H.scopic observations in chronic gaetritis and peptic ulcer.
Voen.-med. zhur no.5:89 W 157 (HIM 12-.?)
(CAPILWIIES) (STONAGH--DISIASM)
(Pznlc UMIM)

KOLYADIN. I.K.
Mothyltastosterone for treating boachial eathma. Klin.med.35
li-es341 n0-1 SupPlecoat:15 .1a 157. (MIRA 11:2)
(MTOSTSROUP,) (ASTHMA)

83228
8/0 51/60/009/002/004/006
5310 B201/1691
AUTHORS; Gurevich, X.M. and Kolyadin, K01.
-----------
TITLEs A "Spoetrovigor"
PMUCDICAL s Optika I spektroskopiya, l9e0, Vol, 9, ,qo~ 2, ppl
253-256
TEXTs The authors describe a fast spectrophotometer (shown
sehematically
in Fig. 1) which traces gimultansously the traism-ission coefficient
spectra
of a test and a standard sample on the screen of a cathodo-ray tube.
The
spectrophotometer is suitable for the visible region and Its speed
can be
judged from the fact that each transmission- curve is traced in 0.01
soc.
Twelve photographic records can be made in one second andthis makes
it
possible to study fast chemical reactions, such as the reaction
between
solutions of furfurol and aniline in acetone (Fig. 2). There are 2
figures.
SUNI TTED s March 223 1960
Cara 1/1
~~66 EWT(l)
Acc NR: AR60olU8 SOURCE CODE: UR/0272/65/000/009/0118/OLIS
AUTHORS: -Gurevich,_M. Me; Kolyadin, K. L
O.ii - 1.0
TITLE. High-speed two-cell.8 ectrophotometer for the spectral region
micron
SOURCE- Ref. zh. Motrologiya I izmeriteltnaya tekhnikas Abs. 9.32.833
PEF SOURCE: Tr. Komiz. po spektroskopii. AN SSSR, vyp. lp 19641
643-649
TOPIC TAGS: spectrophotometer, spectropliotonetryi 41
ical scanning of
ABSTRACT: A high-speed two-cell spectrophotometer with mechan
nt
the spectrum is described. The curve of the spectral transatssion
coefficie
3duced on
of the investigated object, the 100% line, and the zero line can be
pn
the screen of an oscillograph. The spectral rango of the device of
0.23-1o0 ~L
0,05 see*
is divided Into three spectral segments. The spectral transit time
is
Recording is produced with a movie camora with a rate of 24
frameS/see. The
kinetics of chimical and photochemical reactions can be investigated
with the
device. High-spoed spectrophotometx7 of investigated objects can
also be pro-
duced. Illustr-lted. Bibliography of 2 citations. �ranslation of
abstrac!7
SUB CODE: 20
Card 1/1 UDO: 389t535.853.673

KOLYADIN, L. B., Cand Chem Sai -- (diss) "Gonditions of
Existence
of Uraniumlin Oxane Water." Len, 1957. 14 pp (Acad Sci USSR,
Radium Inst Im V. G. Khlopin),', 100 copies (KL, 48-57, 105)
10

.3 7~ w. oqu A n tia 3~
-7
.33 1
,tt gilv-, a tatiomm. Dd ail anioditt vras dizul, lfp. pli 2
-U
0 f Tom WAI - Xff -Ji.1C Cmn
fb' a
-d. A,

STARIK, I.Ye.; KOLYADIN, L.B.- NMOLAUV, D.S.
Conditions under whicb micro quantitlqs of uraniur7 exist in
solutioneRadlokbintlal no.3:317-320 '59. (HIRA 12:10)
(uranium)

SOT/20-122-5-50164
AUTEORSi SlArik. 1. U., Corresponding
Itzb..-,,L3 033. To T
likoll-Y-1, D. S., K.,
rITIJ: Distribution ofjAjL2_jljzl2jjyz the
scalments of th
MIODICAL: Dakl.dy Akadwail n.uk 333H, 1959.
Val 129. rr 5. " .2-1145
(Va3s)
L33TUCT: The r.dlo"tlvity of the ..aiws.t. I.
the soal".4 smas is I
most uniAll.ligatod. Tom Stack Sam shows
chs.~torislla hydro
h ......i It 18 also lzt.A.t.vty red
th sty material . ror IUL* rsaa~ its
sedimentation
strongly differs from that in lazo. acasuxlz
M.Imrs (let 5). In
this Concoction the authors sented to
OL-plata the Influsac. of
"be po
I Wane an the -41meaLatt" and on the "p. 7-
*If :.*:a'
. di.Irlbt I %he "410 1. Vw Slack Sea bat
osdisuints. Th. rat u1 to &:hl*'*3 - an"
""'111"at 'a draw final
Ganolusia.4 *par this re an MIX :me
ams-ze;tIan. arm Xwso.;.4.
The authors studied the vartlual
filmlr1ballas at uranlaus, radial.
INALM. tharlm, iron, and 042.1" is . A.diamat
Coz. ablah .42
ta from the Central Wt of it. W..k 3" from a
depth of
2137 a. It as 227 am lose end conalst-4
mainly of SrAY hamo
CA" 1/3 coneous clay with 5 Interao4lat. mead
strata. The UPW 16 am
consist*& of extremely fins-dispezvo Wad Ilk
USA .6proval LA_
441109diale strata. fteurs I szkows the
TZst"l 41SIX0.11an of
be abo-e-mamtl4o4 Ila
responding figures. Prda act in the CUrb.
TAII. t dtl.*a %b* Car-
those data It &or be concluded that
In the NP96V J'ArIffi0al, Of She acre the
raJIas*%Av* squilibri
14 the-uraAla's aeries is Slaty 4-alurbas.
the lonju& a M"
at
Is almost 4 %In*& high r then Us secouxll
acrr.opendIng an the
4411111%rius' vith.ursalums the realm
4.01011%.
tutes only 1/4 or this amount. ?us ~redjam
o=%"% in water
or 1". ,lack des Is only 15% at It. oqUtXft,k
sales, of a,renjun
dissolved in the star. Th" the r&gl= son%"%
in the mad1man%
As hardly one rosth or the 40*val galm&
abasli be asam="A if
0% of the 9641M IOC4 001WOUS-4 trCX W.4
water. A&Azing that
40 Tedium migration takes Place I& t1b *Cre#
at meria, sediments
(16 t 1) the disorspauck in the z&41m %sli-s
In the w&%sr AJ
in thom:odiasns of the Black Sea may to
ex..'JaInsd by r .1n;%
ad
.104ohl from the @$almost In sib u"or layers.
0. %be tbax
hand. she upper horizons are Q*8ol4*z'k3'r
carlaud wish out"
&Ad or nine. -heir aow~~swjqm to AZ-44 all
rapid.
17 am practically roolin. 4".t"t. .Aaa�" Log
to 1. 1.
cir4 26 straEv"'.-G-re than 50A of _C4CO3
were swilzoata.tod by 12`8111.41
methods. The main bulk of Iran, havever# 1.
tzsnapar%at Into the
'lop-coaled es-312onto with the riv&7 sa%ax.
authors 4~ncluim
therefrom that the Vertical reflects x..
Chace.
I
a' the Chemical a.-, rtio-i In th6 cour.. of
%.-. G.-
lic.1 di.Irlbtion . too " wn~j agree. Ith V
~f
that the '. aa._~ of
the o.j.tj*.. 0. the
Concluded from the parallel change In "a
%-rluz -Ith
that of Iron that the "jQr paxt of tharlum Is
of Urri-a
origin. The authors O.W.I.t.4 the "to of
sealum.AlatLo. 1.
111:ok 5*,,fr,*:.Ih; late I... table I- It 1.
12-13 M within
'h U..nd as t I 1 1. h-.,.r ....,.ad the- 1.
the h.rl..U
100-106 on the equilibrium bot:,O.n 1-1-We -1
o1rAlum Is .1111
at ft In.4 (fig 2) the rate of a Low-c%ati-
Is only 0.4-0.5 ..
per 1000 years. Th* problon as to h.Lah of
Ine too valmami Is
.orr.at has hitherto not boon definitely
solved. The" are 2
figures, I table, and 6 references. 4 of
which are savles.
SUBVIT7ED I August 22. 1959
card 3/5

GRASHCHINKO, S.K.; NIKOrAYNT, B.S. LAOLYADIN, L.B.; KUZMSDV,
Tu.T.;
TAU=, L. 1.
Radium cowentration In waters of the Black Serj.e, DokI.Aff
SSSR
132 n0-5-.1171-1172 Je 160. (KM 13:6)
(Black Sm~-Radium)

KOLYADIII, L TIFOLAYEV, D.S.; GRASFICIMMO, S.M.;
FTJZIWSOT, ru.v.;
-,- -Lt3I-;-j
Gzarev, X.F.
Forms of the occurrence of uranium in waters of the
Black Sea.
DoId.AN SSSR 132 no.4:915-917 Je '60. (MIRA 13:5)
1. Predstavleno akaiemikom N M.Strakhovym.
(Black Sea--Uranium3
I .

AUTHORS:
TITLE:
81418
5/02OJ60/132/06/52/068
BO11/B126
Nikolayevg Do Bog Korn, 09 P.9 Lazarevg Ko Fog
Koly!j,~n Yu. V., Grashchenko, S. H.
,,.L.,,,Auznetsov
The Concentration of Uranium in the Waters of the
Black Sea
PERIODICAL: Doklady kkademii nauk SSSR, 1960y Vol. 132, No. 6,
PP. 1411 -1412
TEXT: It follows from an introductory survey publication that a
fairly
equal distribution is to be found in the oceans, an average of
2-7-10-6 g/1. Strong deviations from this concentration can occur
in
coastal waters and inland seas. The Black Sea has a special
position
among those that are related to the ocean. The exchange of water
with
the ocean is limitedg mineralization is diminished, and the water
is
contaminated with H2S up to the upper 125-175 m- It is to be
assumed
that under these conditionag hexavalent uranium is reduced to a
state
of pentavalency. This should lead to active uranium sedimentation
and
Card 1/3

61418
The Concentration.of Uranium in the Waters
of the Black Sea
S/020160/132/016/52/068
BOIIIB126
a change in concentration in the depths. Table I
correlates data from
1951 and 1958 (central and western parts of the
Sea).Uranium was de-
termined by a luminescence method from 0-3 - I I samples
with an &a-
curacy of + 20%. The authors draw the following
conclusions from
Table 1: 17 the 6uranium conogntration fluctuates in the
samples examined
between I .5.10 and 2.8-10 'D g11. 2) These variations
occur on the
surface as well as in the depths. No regularity in these
conoentrat 'ion
changes could be detected. Thus the specific reductive
milieu of the
Black Sea from 125-175 m upwards remains without
influence on the dia-
tribution of the uranium concentration. According to
approximate cal-
culations, the average concentration of uranium in the
part of the
Black Sea examined is 2*0 + 0.3)-10-6 g11, which
approaches the average
value in the ocean. The decline in concentration in the
Black Sea does
not exceed 30-35%, while the mineralization is lowered
bY 54% in com-
parison to the ocean. The authors thank I. Ye. Starik,
Corresponding
Member AS USSR, in whose laboratory the work wan carried
out. There are
1 table and 16 references: 2 Sovisto 7 American, 1
Swedish, I Japanesev
and 3 Austrian.
Card 2/3

81418
The Concentration of Uranium in the Waters S/020V60/132/06/52/068
of the Black Sea B011/ n1 26
PRESEUTED: February 16, 1960, by N. M. Strakhov, Academician
SUBMITTED: August 22, 1959
Card 3/3

K0TYtJ^j-7', T- T).-
STARIK, I.T
Conditions for the presence of uranium in ocean water
[with
summary In Ruglishl. Geokhimlla no.3:204-213 157. (KWU
10:7)
1. Radiyevyy Institut Ali SSSR. Leningrad.
(Uranl=) (Sea water)

KOLYADIN# P.B., inzh.
Gompressed air and electric are plAnning of metal.
Sudoetroonis
25 no.12:53-54 D' 159. (MIRA 13.-4) ~
. (Metals--Finishing) (Electric metalaitting)

MANUKOVSM, N.F., Geroy Sotsialistichoskogo Truda,
brigadir;LEBEDEVA,A.T.,zven'ev,
Geroy Sotsialisticheskogo Truda;,K01YADITNA. A.A., GUSEVAI
N.F.; GUBANO_
VAy M*T9; GURENKO, A.G.., svinar'; S-VIRIDOV, I.G.~ svinarl;
SHERSHOVA,'
14N., zootekhnik; GORTN, D.P.; TA1,230VT M, P.K.; ULIN, I.;
SAYTANIDT,
L.D., tekbn. red.
(Leaders of socialist competition'from Voronezh tell their
stories]
Rasskazyvalut peredoviki-voronezhtsy~ Moskva, Izd-vo Y-va
sellkhoz.
RsFsR, 1960. 54 p. , . (MIRA 14: U)
1. Brigada komplekanoy'inekhan izat-sii kolkhoza imeni
Kirova Voronezhskny
oblasti (for MBnukovskiy).-2.KolJcboz HRossiya" Voronezhskoy
oblasti (for
Lebedeva, Shershova). 3,_*Ryadov.~y6 zvena yysokoy
proizvoditellnosti kol-
khoza imeni Stalind Voronezhok6y oblasti(for Kolyadina,
Guseva). /+. Zvent-
yevaya, kolkhoza imbni-S.M.Kiio-Va'Vo.-Onezhskoy oblasti
(for Gubanova).
5. Sovkhoz nVorobIyevskiy"'Vordnezhskoy oblasti (for
Gurenko). 6. Sovkhos
"Maslovskiy" Voronezhakoy oblasti (for Svirldov). 7.
Predsedatell kolkhoza
"Podgornoye"~Voronezhskoy oblasti (for Gorin). 8. Direktor
sovkhoza "Vto-
rays. pyatiletlca" Voronezbakoy oblasti (for Tambovtsev).
(Voronezh Province-Stock and stockbreeding)
(Socialist competition)

1. 10,976-67 Eo'IT(1) SM.-
A1160359-13 SOUnCE, CO*DL-: U11/041,
3/66/000/020/0204/0204
1\,V1;.NTO11: Tyiirin, V. 1. Klepatskiy, A. G. Kolyadina, L.A.;
Kitayev, Yu. V.;,'
sapogov, S. V.
ORG: none
TITLE,: Breathin(y device for divers working at constant depths.
Class 65.
No.
SOURCE: Izobreteniya, promyshlennyyc obraztsy, tovarnyye znaki,
no. 20, 1966,
204
TOPICTAGS: water, air, respirator, divingmask, navalphysiology
ABSTRACT: An Author Certificate has been issued for a breathing
device for
divers working at constant depths. It consists of a housing with a
mask and
inhaling and exhaling valves; it is connected to the breathing bag
of the device
regulatingt the required gas volume. The breathing bag has a
bleeder valve Joined
to a regenerative cartridge containing a chemical substance, and
to a cartridge
containina a chemical absorbent. To insure that the diver can
remain under water
at constant depths for a long period, th~ component regulating the
required gas
C01%A- 1/2 UDC: 629. 128. 2/7 614. 894

L 10876-67
~CC N-R; AP 35943
volume in the breathing bag is in the form of a housing with
channels. The housing
is joined to the exhalation tube by a regenerative cartridge and
a cartridge
containing a chemical absorbent. The housing contains a valve
rest contacting an
elasticized membrane mounted inside the housing and attached to
the elastic walls
of the breathing bag by flexible trip rods. The housing
automatically distributes
-he flow of exhaled gas to the regenerative and absorbent
cartridges. Orig. art.
has: I figure. [Translation) [N-67-2)
Fig. 1. Breathing device for divers.
C:Z) 1-Housing of device regulating
required gas volume; 2-valve
2 2
rest; 3-membrane; 4-spring;
5-breathing bag,; 6-elastic trip
rods
12 Y
VI
SUB CODE: 06 /SUBM DATE: 13Jan6 5
S113BV601000101010051008
A051/AO29
AUTHORSt Bartenevp G.M.p Kolyadinat N.G,
TITLEs On the Packing-Mechanism of Flange Joints Using Rubber
Linings
PERIODICAL: Kauchuk i Rezina, 196.0, No. 10j pp. 29-34
TEXT: The author 'atonducted a study of the packing ability of
ring-
shaped linings with a rectangular cross-section compressed
between groove
flanges in sharp pressure drops. The loss of airtightness of
these linings in
the hange grooves takes place by the contact mechanism but,
according to the
authorsy this phenomenon has not been dealt with sufficiently.
Comparisons
were also made by studying ring-shaped linings of rectangular
oross-section
compressed between flat flanges. Tests were made on linings with
the following
dimensionst internal diameter d `2 24 mm, external diameter D =
44 mm, height
of lining h - 9 mm. The form factor(P(P) caloulated according to
the formula
(D-d)4h was 0.55. The linings were prepared from 4 types of
rabbet with the
following compositions: 1)CRG (SKB), carbon black (60 weight
parts to 100
weight parts of raw rubber) , captax, sulfur; 2) CkC-30
(SKS-30), carbon black
(30 w.p. to 100 w.p. of raw rubber)t thiuram; 3) SKS-30, carbon
black (100 W.
p. to 100 w.p. of raw rubber) , altax A(b1_(DFG) , sulfur; 4)
CkH -26 (SKN-26)
Card 1/8

S/138/60/000/010/005/006
A051/AO29
On the Packing Mechanism of Flange Joints Using Rubber-Linings
carbon black ( 110 w.p. to 160 w.p. of raw rubber), thiuram,
sulfur. Fig. 1
represents the relationship of the actual tension to the degree
of compression
of the tested rubbers in static deformation. The tension was
measured every
3 minutes from the moment the given value of compression was
reach ad. The
obtained measurement data were used to calculate the-static
rubber modulus E
and lining modulus E I according to the f ormula: E I - E ( 1 +
- (XF) where Ot - =O-5
(Ref, 6). Table 1 gives the values of the moduli of the rubbers
and the linings
and also the rubber hardness according to Shore. The linings
were tested on
a stand at air pressure of 200 atm and 200C. The attachments
containing the
linings were placed into a water bath. The lack of airtightness
was noted by
the appearance of air bubbles. Fig. 3 gives the data on the
effect of the
degree of compression of the linings located between the flat
flanges --in the
value of the critical working pressures (i.e.# the pressure
whereby the lining
loses its airtightness). The Packing ability of the linings
compressed between
the flat flanges depends on the degree of compression an& the
rubber modulus.
If the lining modulus Ef and the degree of compression 6 are
known, the speci-
fic compression load can be calculated f= El S 6) (Ref. 6). The
conclusion
Card 2/8

60/000/010/005/008
$113Y 0
A051 A 29
On the Packing Mechanism of Flange Joints Using Fdxbber Linings
is drawn that.the specific compression load of the lining is a
function of the
modulus and degree of compression of the lining and therefore
determines its
packing ability. By changing the hardness of the rubber or the
degree of
compression of the lining the necessary flange tension can be
obtained which
would determine the value of the critical working pressure in
the system of
flat flanges. The critical nature of the loss of airtightness is
explained
by the decreasing dependence of the lining's resistance on the
radial shift.
Since the resilient resistance force of the lining in the first
moment of the
radial shift is equal to zero, therefore the loss of stability
is determined
by the value of the friction force. This explains the reason for
increasing
the friction coefficient in using flange linings. Experimental
findings are
listed to confirm the conclusions drawn and to explain the
effect of certain
factors on the self-packing phenomenon of-rubber lining. The
size of the
clearance between the lining and internal wall of the caliber
was determined
mathematically. Obtained data lead to these conclusions: 1)
self-packing
occurs in the presence of any clearance betwoon the lining and
the limiting
ring, but the value of the critical compression Sk depends on
the size of the
clearance. 2) With an increase in'the clearance the critical
compression
Card 3/8

S/13 60 00/010/005/008
A051 YA02/90
On the Packing Mechanism of Flange Joints Using Rubber Linings
increases (or the critical specific load of self-paoking f ).
With an increase
in the hardness of the rubber the critical compression load fk
increases and
at zero clearance the self-packing takes place at a load fk on
the flanges
which differs from zero and is the higher, the harder the
rubber (Fig 7). It
is stated that for linings between flat flanges under high
pressure one should
apply high-modulus rubbers. For linings in groove flanges the
low-modulus
rubbers should be used, since it is important that the packing
begin at as low
a pressure as possible on the flanges. Summarizing the
experimental results
the authors conclude that the packing of the rubber linings
compressed between
groove flanges (or with a look) at low compressions takes place
according to
the same mechanism as that of the flat flanges (loss of
stability). In high
compressions increasing with the hardness of the rubber,
self-packing occurs.
The magnitude of the diameter clearance between the lining and
the wall of the
groove on the side opposite to the pressure has a significant
effect on the
packing ability of the linings located between the groove
flanges. The greater
the clearance, the more the self-packing phenomenon is noted at
high
compressions. For linings located between flat flanges the
critical hydraulic
Card 4/ 8

S/138/61/000/009/007/011
A051/A129
AUTHORS: Kolyadina, N. Q.,'Bartenev, G.. M.
TITLE: Effect of low temperatures on the hermetic sealing
pgpacity of rubber
linings
PMODICAL: Kauchuk i rezina, no. 9, 1961, 27 - 31
TEXT: A study was conducted on the effects of low temperatures
on the ori-
tic4l pressure of loss of sealing and on the contact tension of
compression of
the linings. It was noted that with a drop in temperature the
hardness of the
rubber sharply.increases (Fig. 1). The contact tension (i.e.,
the resilient re-
sistance of the lining relqtive ~o a,unit area of the rubber
contact with the
metal) drops.with a drop in the temperature, whereas the
hardness of the rubber
increases (Fig. 2) due to the fact that the measured contact
tension is the equi-
librium tension of the compressed rubber or close to it. It
decreases with a
drop in the temperature, Rubber linings of CK6(SKB) showed an
increase in the
compression module with a drop in temperature from, 20 to
-600C, i.e., by 6 times;
a drop in the contact tension in the same interval by a factor
of about 2 and an
increase in the critical pressure of loss of sealing by about 6
- 7 times (Fig. 4).
Card 1153

288o2
S/138/61/000/009/007/011
Effect of low temperatures on the... A051/A129
The sealing properties of the linings are not characterized by the
magnitude of
the contact tension, which is explained by an increase in the
friction force and
hardness. Experiments to test the relative role played by these two
factors in
elevating the stability of the rubber linings at low temperatures
using lubricat-
ed surfaces of contact between the rubber lining and the flange
indicated that a
drop in the friction reduces the critical pressure of sealing loss.
An increase
in the critical pressure with a drop in the temperature for linings
with non-lub-
ricated sue-aces is explained by the increase in friction. Linings
compressed
between flat flanges with a.loss in the sealing capacity, have a
critical pressure
which Increases with a drop in 'the temperature, since the magnitude
of the con-
tact tension also drops. An increase of the critical pressure with a
dx4)p in the
temperature is noted up to_a certain critical temperature Ter ,
below which the
lining loses its sealing capacity. The critical pressure drops to
zero at tempe-
rat~res of vitrification T9. Lubrication of the contact surfaces
with low-temper-
ature lubricants causes the temperature dependence on the critical
pressure to
drop sharply, which indicates the important role played by the
friction force in
the stability of the lining. The increase in the critical pressure
within the re-
gion of low temperatures, up to Ter., is explained by an increase in
the fricti .on
Card 2/,5,-'

288CL*
S/138/61/006/009/007/011
Effect of low temperatures on the... A051/A129
coeffi*cient (which is sharper than the drop of the contact
tensi on); and partial-
ly by the increase in the lining hardness. All the obtained
results indicate
that the contact tension in itself does not determine the
critical pressure of
sealing loss, neither at low nor at elevated temperatures.
There are 7 figures
and 7 references: 6 Soviet-bloc and 1 non-Sov iet -bloc. The
reference to the
English-language publication reads as follows: R. E. Morris,
J. W. Hollister,
A. E. Barrott, Ind. Eng. Chem., 42, no. 8, 1581 (1955).
ASSOCIATION: Nauchno-issledovateltakiy inatitut rezinovoy
promyshlennosti i Lenin-
gradskly filial NIIRP (Scientific Research Institute of the
Rubber
Industry and the Leningrad Branch of the NIIRP)
Caird

_'~/62,/000/005/008/0
10
A051A126
AUTHORS: Bartenev, G.M.; Kolyadina, N.G.
TITLE. The self-sealing phenomenon in hermetic-sealing units witli
rubber
linings
PERIODICAL; Kauchuk i rezina, no. 5, 1962, 29 - 33
TEXT: A study is made of the change in contact tension of a rubber
liniIA6
during its application in flanges with restricting rings which, in
turn, take
the place of a lining in'the sealing units with groove or lock. An
attachment
was designed for this purpose (Fig. 1), where the contact tension
can be meas-
ured directly in the sealing unit under any pressure. The
attachment has two
flanges (1, 2), connected 'through bolts. A restricting caliber (3)
is placed
into the lower flange, serving as a wall of the groove or lock. The
working i
pressure is applied through the lower flange (compressed air). In
the upper
flange, at the.point of contact with the lining, there is an
aperture into which I
. The free motion of the rod,
a rod (4) is placed, with a base area of.0.07 CM2
within a range of 0.01 mm, is limited above by a metal screw (5),
and below, by
Card 1/3

S/138/62/000/005/008/010
The self-sealing phenomenon in hermetic-sealing A051/A126-
contact (6), installed with-'a textolite screw (7), so that it is
electro-insu-
lated from the upper plate. The tension is measured by the
compensation method.
The effect of the lining under lubrication was studied. The
pertinent parame-
ters are then treated. The following general conclusions were drawn:
Beginning
at a certain critical value of the pressure of the sealing medium, a
phenomenon
is noted which is self-sealing with a transfer of the excess
pressure of the
working medium to the flanges, according to Pascal's law. When
working with
groove-type flanges, the friction force should be reduced by
lubricating the
contact surfaces, since this promotes the occurrence of the
self-sealing effect
at lower working pressures of the sealing medium.
ASSOCIATION: Leningradskiy filial NII rezinovoy promyshlennosti,
kafedra fiziki
tverdogo tela MGFI im, V,I. Lenina (Leningrad Branch of the,NII of
the.Rubber Industry, Department of Physics of Solid Bodies MGPI
im, V.I. Lenin)
Card Z/3

S/138/62/000/005/008/010
The self-sealing phenomenon In hermetIc-sealing .... A051/A126
Figure 1: Diagram of the'attachment, for measuring contact tenuion.
IJ. 2
flanges; 3 - restricting caliber; 4
5 - metal strew; 6 - contact;
rod;
7 5 6
7 - textolite screw; 8 lining;
flat spring.
2-

S/138/62/000/010/003/MB
A051A126
AUTHORS: Kolyadina, N.G., Bartenev, G.M., Abrushchenko, B..Kh.
TITLE; Effect of residual deformation on highly-elastic
regeneration of
rubber at low temperatures
PERIODICALi Kauchuk i rezina, no. 10, 1962, 28 31
TEXT* A study was made of rubber properties affected by
accumulation of
resiLal deformation, namely, the effect on the highly-elastic
regeneration of
rubber samples or rubber sealing parts. The causes of residual
deformation ac-
cumulation are not analyzed. Both accumulation of residual
deformation at high
temperatures and "freezing" of the highly-elastic aeformation
at low tempera-
tures cause the negative effect of a decrease of the
highly-elastic regeneration.
The mathematical calculation of various parameters and graphs
plotted from ex-
perimental results are presented. It was found that the
experimental data agree
well with the computed values. The-authors conclude that the
frost-resistance
'of commercial rubber sealing parts depends not only on the
frost-resistance of
the rubber, but also on the degree of accumulation of residual
deformation dur-
Card 1/2

S/138/62/000/010/003/008
Effect of'residual deformation on .... A051A126
ing storage or usage of the parts under tensio n, at temperatures
over OOC. Them
are 5 figures and 1 table.
ASSOCIATIM Leningradskiy filial nauchno-issledovatel'skogo instituta
rezino-
voy promyshlennosti. Problemnaya laboratoriya fiziki polymerov
MGPI im. V.I. Lenina. (Leningrad Branch of the Scientific Research
Institute of~the Rubber Industry, Laboratory for Problems-of Fo-
Physics MOPI imo V.I% Lenin)
Card ~/2

BARTEMV, G.M.; KOLYADINA 11
Mechanism of self-packing in packing assemblies with
rubber linings. lauch.i rez. 21 no.5:29,-33 My t62. (1,9RA 15:5)
1. Leningradskiy filial Ilauchno-isoledovatel',skogo instituta
razinovoy promyshlennosti., kafbdra fiziki, tverdogo tela
MoBkovskogo gosudaratvennago pedagogichesko,-o instituta.1m.,
V,I* Leninae
(Packing (Mechanical engineering))
(Rubber goods)

NOVIKOVA, L.A., prof.; KOLYADINA. ?.I.; MUSINA, T.M.
~-- - -- .
dhemotherapy of malignant tumors- of- the female-
genitalla. Akush.
i gin. 40 no.4t6-13 Jl-Ag 164. (MIRA 18t4)
,1. Ginekologicheakaya klinika (zav. - prof. L.A.Novikc7)
Instituta
skeperimentaVno.v i klinichaskoy- onkologil (diz--. -
prof. N.N.Blokhin)
AMN SSSR, Moskva#

NOVIKOVAq L.A.; XOLYADINAp P.I.
I Primary results of the use of the antibiotic
chr7somallin
in compound treatment of malignant neoplasms of the
ovaries.
Vest. AMN SSSR 19 no.llt67-69 164. (MIRA 180)
1. Institut sksperimentallnoy i klinicheakoy
onkologii ANN SSSRI
Moskva.

KOLYADINTSEVA , N. V.
Expansion of functions into continued fiactions of a special
type.
Naueb. zap.IOd. ped. inst. 25 no.2:17-24 161. (MIRA 18:2)

FOLYADITSKAYA, L.S., MMMOSON, H.S. and S&KYEINKO, F.E.
ItOn the problem aoncerning the miethod of tmnufacturing valuable
preparation ooff ddry
rv
), ~ 6.
dysenteric bacte.-iorhage on solid cultur medium," o~h))PnAl
?UkrohinInhi 10, rp '~-79 1946.
J)P .1--% 1941
From the Central Institute of Epidemiolog-,;- and lficrobiolog7 of the
USSR Anistr7 of
Health.

KOLYADITaAYA,L--3-, MIKIIa'SON, 1. S. and S11',-IUUYOrINA) 1%.
1#A CompavativO Study of tile Lytic Activity Of Dry and Liquid
Bacterlopharr-o")
Zhur Irlikrobiol) Epidemiol i Immunobiol, No. 4, pp 96-102,
1950-

KOLYADITSKAYAs L. S.
USSR/Yedicine - Modification of Microorganisms; Dysentery Nov 53
"Investigation of Filterable Forms of Bacteria Isolated From
Dysentary Phage
Filtrates," V. D. Timakov, R. S. Mikhellson, L. S. Kolyaditskaya,
A. A. Shmurygina,
Inst of Epidem and Microbiol Am 11. F. Gamaleya, Acad Med Sci Ussr.
Zhur Mikro, Epid, i Immun, No 11, pp 5-32
Secondary cultures obtained from phagolysates of dysentery bacilli
were not very
active. They could be regenerated by repeated culturing on a
nutrient medium. Sec-
ondary culture No 23 exhibited a commonantigenic structure with
the initial strin.
By cross-aggultination, the mutual resemblance of antigenic
structures of different
secondary cultures as well as of secondU Initial strains could
be.shown. The immune
serum obtained by imr-unizing rabbits with a secondary culture
protected mice from
lethal doses of the culture and of the initial strain. Animals
immunized with the
initial strain were more resistant to a homologous culture than to
secondary cultures.
Immunization with secondary cultures did not assure complete
protection against the
initial strain, while there was pronounced resistance to
honologous cultures.
ZnT33

KOLYADITSKATA)_L. Sy YEIAEL'YANOVA, 0. S.,, OLSW-YEVs N. G.
"Results of Work on Preparing Live Tularemia Vaccines by a New
Tecbnique
and From Nev Strains." (Paper read at a session of the institute's
Scientific Council held during the first balf of 1955.1 Proceedings
of Inst. Epidem and Hicrobiol. im. Gewleys 1954-56.
Division of Parasitology and Ybdiv)l Zoology, Pavlovskiy, Yevgeniyl
Nikenorovich, Active Wmber of Acodemy of Yedical Sciences, USSR,
head.
Inst. Epidem and Microbiol im. Gemleys AM USSR.
so: sum 1186,,11 Jan 57.

KOLYADITMAYA. L.So: SHHURYGINA.,A.A.
IWroving a dry living tularemia vaccine preparation.
Zhur.mikrobiol.
epid. i i*mmun, 28 no,10:84-89 0 157o (MIRA 10:12)
1. Is Institute epidemiologii i mikrobiologii iment Gamalei AKN
SSSR.
(TULAMIA. immunology.
vaccine. dry living (Rus))

ZOLYADITSUUI L.,Soi RUCHIM. X.Y.; SDfWGINA, A.A.
T!, Tularemia bacteriophage; preliminary report. Zhur.wdkrobiol.
epid. i immm. 30 no-3:13-17 Kr '59. (KM 12:5)
1. Iz Instituta, epidemiologii I mikrobiologil Imeni Oamalel
ANN SSSR.
(PAS70TMZA TUIARMIS.
bacteriophage (Rue))
(BAGMIM%Gv,
of Pasteurells tularenalfs (Rus))

MMMTSIV, S.N.; KOLYADITSXATA, L.S.; VINGaRMTA, I.N.
Results of using aerated deep cultivation for the production
of br'acel-
loois vaccine. Zhur.mtkroblol.epid.i immm. 30 n0-10-976-78 0
159.
(KM 13:2)
1. It Instituta spidemiologit i mikrobiologii iment Gamalet
AMR SSSR.
(BRUCKWSIS Immunol.

SHIPITSUbl, G.K.; SAVELIYEVA, R.A.; RODIOINM, I.Y.;
KOLYADITSKAYA, L.S.
Fux,thor study of the spoeific substances of the tularemia
microbe provoking a rapid allergie reaction. Biul. eksp.
biol. i med. 52 no.9.1'83-88 3 161. O-EIRA 15:6)
1. Iz otdela biakhimii (zaveduyushchiy - kimd.b--olog.nauk
V.A. Blagoveshchenskiy) i laboratorii tulyaremii (zaveduyushchiy
Prof. N.G. Olsuflyev) Instituta apidemiologii i mikrobiologii
imeni, N.F. Gamalei AHN SSSR, Moskva. Predstavleria
deyztvitelln~%
chIenom alll SSSR.N.N. Zhukovym-Vere.zhnikovym.
(PASTEURELLA TUIAMILSIS)
.(ALLERGY)

Ko-,YPLDITSKAYA,
ticable method for ha d1ing Jabara*GrY utenails~
Simple and prac n (MITRA117-3-2),
Lab. delo no*9074 '64- j m1krilbiologli i1ft. C-amalel, Iyosk,7a.
1. Institut Opitiamiologli

T
KOLYADISS,KAYA, Ye. A.
Kolyadiss!!5 "A chart of the white b1dod cells in epidemic grippe",
ta, Ye, A,
Voprosy med. virusologii, Issue 1, 1948s P. 245-54s - Bibliogs 9
items. I I
80s U-30420 11 March 53, (Intopis 1zhurnal IrWkh Statey, No. 10,
1949).

KCRYADITSKAYA, Ye. A.
42674. KOLYADITOLIUM, Ye. A. Tsitologichaskiye Oqobennootl
Nosovogo Sekre-,ta Fri
C' ologil,. Epidamlologil, i
,,rJ.ppe i K,-tarrakh Dyldiatellnykh Putal,. Zhurnal Mlikro-Pi
Irm-anobiologii, 1948, No 12, s. 39-43--Pibliogr: 6 Nazv.
*KONOV&, K. P.-sm. No 42685'
SO- latopis' Zhurnallnykh Statey,"Iol. 7, 1949

KOLYADITSrAU, Te.A. kandidat meditsinakikh nauk; KNIM, M.S..
profesaor,* doktor
Cellular composition of secretion and its diagnostic value In
cases of bleed-
Ing xamwy glands. Milrurglia no,10:413-52 0 153. (MLYA 6:21)
1. Is Institute. khirurgil U6 A.T.Tihonevskogo (direktor -
chloin-kerrespondent
Akademit meditsinskikh nank SSSR professor A.A.Vibenevokly.
sayeduquahchly
kliniki-diapostichaskay laboratoriyay - kandidat meditainskikh
nauk Ye.A.
R~ruehcheya) Akadamli neditsinskikh nank SWIR. (Nanmary
glands-Diseases

MMUSHCHNVA, ToA.; ZOLTADITSKATA, Te.A. (Koakva)
Korphological composition of blood in lung cancer berfors and
after
surgery..Xlin_moda .15 nb.4:.?A-77'Ap 157. (KLRA 10: 7)
1. Isklin.ichaskoy laborptoril Instituta kh'trurgii imenI.A.Y.
Vishneve,kogo ANN SSSR (d1ri'.ft Chlen-korrespondent AN SSSR
prof.
A.A.Vishnevokly)
(I~NG RIOPIASMS. blood in
off.,of-saft. on number of erythrocy~ae)
OMYTHROOTTIS. In various die.
.cancerIof lungs, off. of surg. on nunber of erythrocytes)

1~o L 114,0
KOLTADITS"YA. Ye.A., kand.med.nauk (Koakva)
Cytological examination of sputtin in lung cancer.
Klinaed. 35 no.11:
65-69 N '570 (MIRA 11:2)
1. Is kliniko-diagnostichookoy laboratorii (zav. -
starshly wuc~rqy
sotrudnik Ye.A Ahruahcheva) Institute khirurgii Imeni
A.T.Vishna~qkogo
AHM SSSR (dir. - chlen-korrespondent AHN SSSR prof.
A.A.Vishnevskty
(LUNG ISOPIOMS. diag.
cytole-exam, of sputum)
(SPUZUK
cytol. in diag. of lung cancer)

KOLTADITSrATA, Ye.A., kand.med.nauk; YNGOROVA, Ye.K. (Noskva)
Co prological data on patients following radical surgery In
cancer of
the cardial, end of the stomach. Klin.med. 37 no.11:59-63 N
'59-
. (Knu 13:3)
1. Ix klinicheakor laboratoril (xaveduyuehohiy - stiLrobty
nauchn"
sotrudulk Te,A, Xhrushohava) I 3-go khIrurgicheekogo
otdolenlys, (ruko-
voditall klinicheakoy chasti raboty - starshly nauchnyy
sotrudulk
Tc,A. Peahatulkovs.) InatItuta khirurgii imeni A.V.
Vishnevokogo AMUSSR
(direktor - daystvltellnn chlen ANN SSSR prof. A.A.
Viahnevskiy).
(STIMCH neoplasms)
(GASTUCTOKY)
(FMS chemistry)

KOLYADITSKAYA# Ye.AqI KRUSHCWAj Ye.A.
i3matological data on heart surgery with artificial
circulation.
Mcsp.khirai anest. 6.**#b22-26 161. (MM W-20)
(FEMSION RW (EMT)) (EMOD)

MIROSUICHMO, Vitaliy aeorgiyevich (Kiroohnychanko, V.H.I;
XCLYAIKIU. V., red.; HEMOVICH. S. [Heierovych. SJ,
ETwo Years in Vietnam; engineer's notes] Dva roky u
Vistuami; notatky insheners. XyLv, Derzh.vyd-vo polit.
lit-ry MM, 1959. 42,p. (MIRA 14:2)
(Vietnam, North-Description and travel)

KOLTADKO T M.; NIKITINAp U.S.
Litexature on the proteotion of legumes. Zashch.
rast, ot vred,
i bol. 7 no.9.663 S 162. (MIRA 16%8)
(Bibliography-Peas--Diseases and pests)

KOLYADKOF T.M.
List of works by staff members of the All-Union Institute
of Plant Protection published in 1957. Trudy VIZR no.21:
101-11-1 pt.2 164. (MIRA 18:12)

WLY4DKOF T.M.
[-!E-t of works publiahed by the contributora of tile
All-Unlon
Institute of Plant Protection in 1955. Trudy V1ZR no.171
392-399 163.
List of works published by the contributors of the
All-Union
Institute of Plant Protection in 19156, IbidoOrC-411-
(YJfLk 18j9)

KOLYADKO, T.M.; NIKITINA, N.S.
- -- -------------
Literature on corn protection (to be continued). Za3hch. rast,
ot vred. ibol. 6 no.3:62 Mr 161. (MIWI 15: 6)
(Bibliography-Corn (Maize)-Di3eases and pest3)

-KOLYADKO, T.M.; -- ITIKITINA, U.S.
Id.terature on corn protection; corn diseases and their control
(to be continued). Zas'bch. rast. ot vred. i bol. 6 no.5:61-62
My 161. (MA 15:6)
(Bib3iography--Corn (Maize)-Diseasos and posts)
..m

KOLYADKOp T.M.; NIKITINAy N.S.
Literature on the protoction of corn. Zashch. rasto
ot vred.
i bol. 7 no.1:60-61 162. :(MM 15':6)
(Bibliography-gorn (14aize)).

KOLYADKO, T.M.; NIKITINA, N.S.
------
Bibliography on the protection of pulse crops. &tshch.rast.ot
.
vredA bol. 7 no,W"l Je t62o OM 15,12)
(Bibliography-lagmeo-Diseases and posts)

KOLYADKO, T.M.; NIKITINA, N.S.
Literature on corn protection (continuation). Zashch,
rast. ot vred.-i bol. 6 no.8:62-63 Ag '161. (MIRA 15:12)
(Bibliography-Corn (Maize)-Diseasea and P"to)

KOLYADKO, T.M.; NINITINA, N.S.
Bibliography on the protection of corn
(continuation).
Zashch. rest-. ot vred. i bol. 7 no.2%62 F 162.
(MM 15:12)
(Bibliography-Corn (Maize)-Diseases and pests)

KOLYkDKOv T.M.; NIKITINAp H.S.
Literature on corn protection. Zashch. rast. ot vred. i
bol. 6
no.961-63 3 161. (miRk 1615)
(Bibliography-Corn (Maize)-Diaeases and posts)

KOLrADKO, TM,j NIKI17NA; 8,
1. . 1. 1
Literature on the protectibn*of pulse crops (to be continued).
Ushoh. mat. ot vred. i bol. 7 no.10862 0 162,
(MIRA 16W
(Bibliograpiq-tagmes-kaeases and pests)

.KOLYADNYY,, 'S.
"Gas fields of the U.S.S.R." by K.A.Belov and others.
Reviewed
by S.Koliadnyi, Neft. khoz, no.6:68-69 Je 162. (MIRA 15:6)
(Gas, Natural)

KOLTAUNTY, S. N.
v~
The stratigraphic Significance of the
Straptocerella sokolovi
Andruseow mollusk. Geol.sbor. no.3:165-166 '55.
(MWA 8:6)
(Cheleken-Hollusks,3rossil)

. KOLYADNTT, S.N.
"--
Determining the vertical movements of the sea shore by
indications
found in boring mollusk holes. Geol.sbor. no-3:228-230 155.
(Choleken--Kolluska. I?ossil) OUM 8:6)
(Geology, Structural)

Vtl,t.'
USSIk-/ Geology Paleontologr
Card I /-
Nb- 22 - 34/49
S. N.; and Forsh, N. N.
Au t,~~ C r '3 Kara-Murza, E. N. Kolyadrrr
7.nc- 'Lora frow. ~.he red-coloreo stxa7~,,= of *,,~,e
-',ne'Let(en pen-insula
Plor'lodical i Dok. AN SSSR 102/1, 137-139, MAY 1, 1955
tr.-j c t I Geological data are presented on the flora fram the
red colored strata
-:~e C~~eleken per-Insvia Ln wres%er7
-ileum Sc. Res. Geol. Explor. inst.
ki" Union Petrc
Academician D. V. Nalivkin, januar7 3, 1955

TJDLTADNYT, S.N.
1-
.,3"w
~J-
Lithological and stratigraphic study of the red formation on the
Cheleken Peninsula. Avtoref. nauch. trud. VNIGRI no.17,.257-259
156. (MIRA 11:6)
(Cheleken Peninsula-Rocks, Sedimentary)

d~li~iloz- ~f-i4a,-Colored deposits of the Neogene in Tukmnlatam,
'GiAs, a4ftl I no'VIO-32 7 157 (MM 100)
(Takissulatan.'.~lsology, Straticraphic)

ADBLIBZRG, LM.; KAPW, Z.G~-;V-qAPN~~_S
Lithology of Neogene red bade In Turkmenistan.
Geol.vefti I
gaza 3 no.10:40-43 0 159. (14IRA. M12)
1. Vaeooyuzr47 neftyanoy nauchno-looledovatellskiy
goologo-
ranve4ochM7 Ingt1tuto
(Turkmenistan-4lay)

KOLYANTY, S.N.
Analogs of the red series within the Balkhan Depression.
Izv. AN
Turk. SSIL no.$:61-64 159. (MIRA 13:3)
I.Veasoyuznyy neftyanoy nauchno-issledovatellskly
geologo-
razvedochuy7 institut.
(Balkhan Depression-,-Geology, Stratigraphic)

B/009/60/000/004/004/004
B027/BO76
AUTHOR: Kolyidnyy, S.
TITLEi On the Book "Gas Resources of the USSR"
PERIODICAM Geologiya nefti. i gaza, 1960, No, 4, PP- 56-57
TEXTs The author writes a critique of the book "Gazovyye
resursy SSSR11
('Gas Resources of the USSR"), to which A. K. Kortunov, P.
Ya..Antropov,
and V. A. Kalamkarov contributed in addition to the main
authors, Yu. 1.
Bokserman, A. A. Borisov, 1. 0. Brod, V. G. Vasillyev, N.
D. Yelint N. S.
Yerofeyev, N. M. Kudryashova, 11. S. Llvov, M. F.
Mirchink, A. T. Muratova,
N. V. Nevolin, V. L. Sokolov, and A. A. Trofimuk. In the
introduction,
A. N. Kortunov gives a grand picture of the planned gas
supply to the most
important industrial areas of the USSR; this will
influence the fuel
balance of the country during the next few years
decisively. P. Ya.
Antropov describes the successes and the future tasks of
geological ex-
ploration and prospecting during 1959-1965. V. A.
Kalamkarov describes the
role of natural gas and oil in the fuel balance of the
USSR and deals with
the necessity to develop various branches of industry and
their conversion
Card 1/2