SCIENTIFIC ABSTRACT NIKOLSKIY, K. K. - NIKOLSKIY, N. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001137210018-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

UrKOWSKIr, K.K,
Protection against corrozion of uAdorCround metal structures in
F~qncoo Zasheb.asto I no.W33-134 JT&-F 065o
(MIRA 1815)

K KOVSKlY K astantinovich;- FROLOV, a7evel llekseyevich;
-A~~BAT=AKOVA~,T..A.~,r ~.
[Uss, of polymerle naterlals In the equipawnt, of communica-
tion systems) PrImnenie polimarrgrkh saterialov v tekhnike
dallnol sylast, Moskva, 3vlasl. 1965, 107 p.
(YTRA At12)

Tr
ACC AW3U360 Mcmograph UR
sikollskiyo Konstantin KoOtantinov-'ch; KrOlov, Pa-vel AlWweyevich
Use of polymeric materials in lonx distance communicationN(Priaenenve Polimerny
materialoy v takhnike dallney avyazi) Moscow, lzd-vo "'SvY&Z"', 65- 0109 P. illua--
biblio, (At head of titles Kinisterstvo avyazi S4yuza SSR. Tekhnicheakoyo
upraylenlye) 12,000 copies printed. Series notes Lektaii po takhaike avyazi
TM.IC TAGSs polymer chemical, oottmiunication equiprent, comunication industry,
coraunications wire, polymer chemistry, plastic
PTiNSE A5D COVELUGE:s Application of polymer materials (plastics and others) to long
distance oocamication technology is presented in a considerable detail. Starting
with a general explanation of polymer chemistry, the authors proceed to the pro;ertiW
and characteristics of polymer materials used in co==unications. They then continue !
by describing the individual polymer materials and their uses and point the direction-I
for future research and development. The book is intended for engineers and techni-
cians wor1king in the design, construction, and utilization of the coz=mications
enterprises.
TABLE OF CXMTENTSo
Foreword - - 3
Introduction - - 4
Ch. 1. Basic concepts pertainLig to polymer materials
UW8 678.06s621*5954

- -- --T f~ ~y
L 01994-51
ACC NR AM6023689
Ch. 2. Properties of -in polymer materials used in long distanoe commmication
technology
2.1. General information - - 13
2.2. Polyethylene 16
2.3. Polypropylene 22
2-4- Polyinobutylene - 24
2-5. Polyvinyl chloride - - 25
2.6. Polystyrole andAtyrorkoz 28
2-7. FluoroplastiOMIL - 29
2.8. VinylplastLa-- - 53 15-111
2.9. Fiber-glaso reinforced plastics - - 35
2.10. Foamed plastics - 36
2.11. Electrot Cal sheet LLSinate (resin-saturated paper) 38
2-12. Kipor-N 9
2:13: r--AO5
40
2.14 Classes 41
2.15* Pressed powders and proceed materials 42
2.16. Epoxy resin& - - 44
2.17. Epoxy compourids - - 4,5
2.18* Polyester rosin PW-,IP- - 49
20190 Synthetic clue ---30
2.20. Bitumen 56
CWd

ALr1il0a;
Nikollaki~-, K. N.,
1C)

TITLE: C- G ".G I
the Pecaliaritiez 04" thf-' il,tLr ,%r C
tiva :tutono.~ou- Oblwt zi"nQ,;o te;,pf.-ral
6 j r i.
rezhima Tavinakoj avtonoiano.; obla.-Ai)
PERIODICALi Meteorologivai Gic1rologiya, 1957, ;ir 12, i;,,. 22-27
ABSTRAM The orographic influencea are of dv.-at i:.port,iixe for tht:
Uent of synoptic processes an"' for th,.- clvLracter of thf.. i.-'
the Tuvin district. In this district ii-. --inter the prcdo;Ar"tii-.g
of the little cloudy weather with lii;4t wii.da in ob.ic~rved aa re-
sult of the frequent fomation of the aroaa of hi,~h prenoarti.
fact, as well as the low teLiperatu're cause a hit;*h deneity ai.(;
steadyness of this air layer. The nataral protection by thf-
tain chains contributes to the atability of thi3 air layer, Vv!re-
fore it is wheather destroyed under the inflaence of t!ie tarbulant
air nixture in the adjoinini, ground layer of the air, nor accur-
ding to the passaj;e of fro;.its V;rGj6h th13 nrea.
As from the tables I and 2 In to 'Uc seen, no -;-iLdj (> 10 acc) nre
observed in Yyzyll in winter. Here, an abaolutv cnlz iz
Theanaliais of the cloud formation ahov3 that in vinter hc;:c ;.0
oloadineas is obaerved below 6oo ;.. The lac*~-.inr, of the thavin;
Card I/ weather daring the viriter and of thu iieavy flactiationo ir. te_;pe-

On the Peculiarities -1 the 4inter Tcmijerature Conuitions of the 50-12-4;~l
TW& kutonomouu qbj"t. L
rature points to th-it here realli dous not takc placc ar-,
change of the air Lzones (in arv case ziot in the adjoinin._- :;,-G-,A;-.d
layer in a certain height) and a "otatiorali Air zksa" "illa i., t""f_
mountain-fa-alt. As from table 3 is to lie seen, i!. tnin dintrict A':.
winter as cooential teL;Veraturc invor3ion is ulb:iorvud, -xh.:ch,
beginning on the ground surface, is preserved durin-, the
period, in the course of 3 wint#!r Loaths. Thle cozijlr.,te deiitractllc'.~
of the winter inversion takes place in thL- first dais of Apri",
;j o la r
cause the increasing heating of eroand und air by the
diation predominates the ni6ht refri,;eration.
The anal.,,sis of the aerological ana synoptic data a~ioxa t",iat th-t
height of the upper inversion b_undar.~ decreasea in the pre,-;c;i~;c
of the pasuage of cold air ;.,asst_s over the cointry of thc
autonomous district and of the follo,-in.,- infiltration of c~'2,_' arc-
tio or coatinental (Siberian) air ::~asscs. Th(- infor-.ationj a'.J1-.it
the huight of the upper inversion and the con"itiol'.3 of
Its alterition a.re of great practical i%;~ort,;ncr, for ti,,c ;iir
traffic. The presence oila, considerablt, air lajer (1,3-2 in th~:
Tuvin ~iountain-faultj which Lis ~;enural2.( a low
Card 2/3 pared to the surrounding do;aain3, in the valuc3 of

On the Peculiarities of the Winter Temperature Conditions of the 5o-12-4/11?
Tuva Autonomous Oblast.
of the average temperature of the lower 5-km air layer above the
domin concez-ned. There are 3 figures, 3 tables, arA 2 Slavic ref-
erences.
AVAILABLE: Library of Congress
1. Meteorology 2. Temperature 3. Density
Carl 313

AUTEORSo Filimonov, V. P., Nikollskiy, X. 11. 50- 5-18- -4 - 14/2
TITM On the Scale of Fire Susceptibility ani the Forecast of Fire~
Danger in forests (0 shkale gortmosti I prognotakh
potharoopasnoott v lesu)
PERIODICALs Meteorologiya I GidroloGiya, 1958, Nr 4, pr 38-59 (J'JSR)
ABSTRACT# For the determination of the probability of the rising of
forest fires is used, as is known, such a scale. It is base4
upon a oomplex index of the susceptibility for fire, which
was worked out by professor Neaterov. This index is a prodlict
of the air temperature at 1300 hours multiplied by the
saturation deficit. The s= of such indices for a number of
days, at which no rain has brought more than 3 am precipitation
characterize the degree of fire susceptibility, which
according to the value of this su2 belongs to one of the
fire susceptibility classes. The computation of this
coefficient together with the specialized fire susceptibility
forecast in a big step forward In the forest fire prevention,
though this method also has some deficiencies. Above all there
Is no good correlation between the repetition frequency of
Card 1/3 the forest fires and the corresponding fire susceptibility

Ic
On the Scale of Fire Susceptibility and the Forecast of Fire 50-58-4-14/'6
Danger In Forest*
classes, which are determined by means of the mentioned
method. Season particularities of the rising of fire@ are
not considered, especially not In springt when they arise
at a low value of the fire susceptibility index. The wird
velocity, which plays a role in the fire expansion, is not
ooasiderod. The fixed criterion of the removal of the fire
danger - the precipitation quantity of 3 an, Is not brought
Into connection with a precedent period of ari4ity. Besides
preotpit a! ion,juantities above 3 = are not considered. B, L.
Dandre (r f. suggests a fire susceptibility scale and
fire danger classes of a somewhat different types, Instead
of the product here the sum of the air temperature and the
saturation deficit is used. The class-sc&le here is based
upon the season principle. Separated for spring and au=er.
Thereby the forest fire danger to to increase with a con-
siderably lower fire susceptibility index, A special
coefficient is introduced, by which the fallen precipitations
(in an) are multiplied. Also a so called negative fire
susceptibility was introduced, which charaoterites the
moisture degree of the litter of leaves. A scale of the
Card 2/3 extinguishing of the negative fire susceptibility is worked

On the Scale of Fire Su3ceptibility and the Forecast of Fire 50-50-4-14/2~
Danger In Forests
out. It indicates the day on which, aft.r the ri3ing of the
neeative susoptibility, a fire can rise. Corrections for tl.o
wind velocity are introduced. Therefore the scale by Dandre
comes much closer to the conditions, which really prevail
in forests. By several exacplee of application In the voois
of the Tuvinskiy autonomous district the author could
convince himself of the advanta(;ee of the method by Dandre.
There are 1 table and 1 reference, which to Soviet.
AVAILABLEs Library of Congress
1. Forest fires - Statistical analysis
Card 3/3

519.(JLISUT. K.N. .--
formation of secoodmy cyclones over the seuthera regions of
Krasnoyarsk ferritorys Trady 00 so.WsUS-132 I"
(MM 1316)
(Krasnoyarsk Torritory-CVoloses)

AFAII&SIYEVA, P.A.; VANTLMOV, E.S.; NIKOVSKU, Kb.Sh.; EXELINUOV,
D.Yee# doktor tat, nauk, red.; BACKNIV, G.I., red.;
CHATSKATAl, M.G.t tekhn. red.
[Ruhr Vall6y as the economic basis of Weet4wman militarism]
Rur - okonomicheskaia baza zapadnogermanskogo =111tar1wao
(MIRA 170)

:;7
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NIKGLISKII, K. V.
(;~xantum processes. tloakva, Goa. lzd. teklin.-taoret. I.it-ryg 1940. 348 p.

9=?SKIY, K. V.
"Relativistic ForwAlatIon of Quantun Interaction," Zhur. Ekapgr. I Tooret. Fiz.,
13, ". 7-So 1943-
Physios bot. In. P. M. Lebedev, Dept. Phygico-ftth. get., AS.

HIMM'SYCILI, K. V.
"On tho Them of Meows," DOk- AN, A ". 5-6, 1543.
Physics Inst. is. P. 14. Letwdev, Dept. Physico-Hath. Sci., AS.

KIM-"-'SKrf , K. V.
,On a ftv Tbacry of Slectrozognetic Field," Dok. AN, 41), No. 8, 1943.
Mysics Inst. im. P. N. TAb*dev, Dept. Phystao-Hath. gel., AS.

rr
it

I SKIT, K. 1.
L.MW go
'Concerning Infinite Matrices That Are Used. in the
Theory of Secondazy Quantization,,* X. V. Nikolskly,
" Inst Izeni Lebeder, Acad Sci USn
"Dok Ak Nauk WISr Vol =I, No 1, P 39-W,
Discusses certairx possible determinations of unzaturul
mathematical entities which can be tioeful in forwala-
tiorL of quantum-mechanical lave. Thus, it A. is a ma-
trix of range 5 with a certain Odlagonalw with numbers
a, b, c, d, and one, then A5 becomes abcd.-I, where 9 is
a unit matrix. This to then generalized for an Infi-
nite matrix. Submitted 6 W 50 by Ac&d S. 1. Vaviloy.
4W
169f%

.1) Ak4d
Yh4 muthar r4isn tLe qw-olian ro', thf,-Y,-f
o Id lio bwed or- 21 thiM cw6" -rn rerms
die ofdiaA. y (%14tr-c ~-oj)d
ll~Alrlmll l4junliollo antlarle'u,
if O~Oiw 4", l0lislu fix P'. t~ois-n~"
1.1r.. It TF43thOrO t ICA I U%Vt

IM,
1 6 EN T'r d

irm o Abol
"teim-ticbeA"i j)AL%V-, v. 19, 5 CIL
12,3~.ja

vw"*Mtlt matri--C, algabim
l,b* &to or thic artielm to t-n ah- thnt simplo 'vr-MAlifts In Ole-

I gitibre eftn be ~x pro &cod i n R a az n j ri ous a t v R
a-Pw roco ror.
f, -4. Jolag the extricws r) 41 1
n (I I ~j

'h 1, expreavea the

IS or
In general,
I'A JO + 6~' -

L
A K9j AJP,;O~
properti e4 of bi nomtpl c,,off i c pots mrsA thet r oquivs-
o a 1.0 ~14 LA eel pi-opertf os caa bp oxprveoat~ I n torus of tbo r4el ationolhipm
~Pll 3Pn1*O"wmtOLtiv0 Ont I t i'0 rf n6trtsf, t0d tyT mt'O%n* v f tha matri coo D Lad
r e a u i t a i mc i %, ii r p o q r, t) ro, Kfimmo fk4e,,~tton in tna
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t~a a D e 9 pi a P, a I o n e j- ti I ii 1 f f c- ijt
LLA 4 r q I i,k rl
ulpod to Pxprese eqmstjon tn the form
(S.
~wre n too w positivy intager. x and are arbi travy n, be.-m and
~i (,o 4, r r ic i on ts whi rh. 1100 ~WAA 1~0*n 01 11,11 41 Cl -Ilpf veac'd
-IV . I t i s a- t~d th a t th o r v t m cp p rsm mi p t. w e r3 r~l Ui a
A ja of f I DI to d iffervncps v rh a P. I an Lt n ! arwij i LoA i a f ri 0 v rk4;
V v ! r 113 f o m I i , si v Fk,4 via i )n r o r a ,, r, , m i p i p.7'rpr
C"d ILA

tirpr*smed ia "v form
loo the idqpnti'- metrix of ranu a?
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In .11~ gist 1 14 Z 4
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gig,

Alokut-ndrovich; SOWNEV, I.G.p kand.tokhn. rAuk,
retsoRz-e-nX-;SfX red.lad-ve; CUSMINA, V.I.p
takhn,, red*
[Forging titanium alloy blanks) GoriacWa shtampovks c.4o-
tovok ts titftnovykh splavov. Koskvs, Mashinostroenia,, 1964.
227 p. (HIRA 170)

AN4036543 UFMCM
Mal
DM forging of pro&wto US& of titwdm alloys (Garywhera shtanpo*& Sagotowak
is t1tanow7eft ~A&Vw), modems MM"hinostiole ilsof 196hp M p. inse., I
biblie. brat& slip lrmrW~ W00 coWs VrIAW6
'TOPIC TWSs drop forgift, t1twd= &Uor# twat tmtmft
PRP039 W COMMIts The book deals with the basic problaw at On Udmlaact
producing (trap fbrod blanks froat titanivet alloys. The thervAl-4machamical rfttmsi
of forging, structural elements and, accuracr of the blanksp equipimant selection$
!calculation of tolersweve detarmination of forces for forging, mas r1wwwalg eta,
.are considatad. The book in intended for wginews and toohniciazis In plants &%A
'design bw"vA* It will. also be ussfva to teachers, students in bIgher educational
institutions and gz%dmato students speciallaing in drap faging of setals,
,TAKE OF COMM (AbAdV411
3
Ch, 11 ftlet Information as Utselm
Card

AIW36543
!ch, ir. Gamma Wtwlegleal properties 20
Ch* III* Ther~hmwdcda pw&UU" of p~dw" r9ce Xg In Uw bet GWA 37
Ch, IV. Dfdtgn 010VAntf of forged biUete - 96
th. V. Tolawme - US
lCho V14 lpwgln sed " forgift - 137
'Cho TM, Nnt tnataint of blaMus frm titudm allop - IS?
'ch.. vin. rrAtima baut - too
'Ch. IX, Owtalis feataw at the dootgng mwhisd v md wo of dl" - 86
ch. x. scau rawwa rrm rwgea bulau - nS
Ch. 11, WOW nuawas - ra
KbUopift US
SUB Wat NX SUMM901 2406463 N W Offs 034
IAIZ AOQs 26Apt4k
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. 1.
jyi I-'r; I i,~; A,, . I? .
TOLKOT. N.A.; KALLIS?OV, S.D.; MkOL.IsKlye L.I.
.0-w a. -- mimvldmftw~
Aractless of lba Worker F.Umoviov factory* Tokstoprow.,16 w*12:W-
143 r566, (pan 10: 1)
(l,wamvo--Teztllo factarles)

cr a;,ro r!crc-.' re a r, I rns ;)r(du,-*
D JK I A N w ~ I I
(MIRA 16110)
Is K-,vknvpk!,T goffuljrf;T.-7firxQr! Lr,lve.-P!tAto 5tatr.,,*,*Ad December 22,
196i,o

IIIKOLIUIT. L.K., tasbwmer; BOROMIT. T.G.. ingherter.
low mtMd of *nxrLmwnt&I ttattag of dvauxle proccages La the aparattam of
Dtes*l hers. Ikkh.strot. 10 no.6:16-20 AC 153. OM" 6:8)
(File driving)

-NIKOWSUT L .H fush.; OZMSV*t L.V.P inah.
gall for" of blian " prelfAinary operation to press forgi
(11such. tr%dY] EUMU-34 3811-37 160. (mm uglie
VrOrgin,60

rulo"IL(mt, L#. Wo
The theory m0 design of railrced care
ut-ryp 1947- 2" pe (49-15194)
Mookft, Got. much,-tokhn. lcd-vo mashincotroLt.
TM5.15

112-57-7-14903
Translation from: Referativnyy zhurnal, Elektratekhaika, 1957, Nr 7, p 157 (USSR)
AUTHOR: Nikolskiy, L. N.. and Methevoy, Yu. T.
TITLE: Method for Determining Amplitude -Frequency Characteristics of
Electrical Equipment Used for Recording Dynamic PrG--esses in Machines and
Installations (Metod opredeleniya amplitudno-chastatnykh kharakteristik
elektro-apparatury, primenyayemoy dlya, registrataii dinamicheskikh
protsessov v mashinakh i moorusheniyakh)
PERIODICAL: Tr. Dezhitsk. in-ta transp. mashinostr. , 19S5, Nr 13, pp 107 -1 It
ABSTRACT: An electromechanical generator is used for electric oscillations. It
consists of a disk rotating at various speeds and provided with sinusoidal teeth
and a console plate with pasted-on wire tenso-pickups.
F.Ye.T.
Card 1/1

123 - 1 - 97
Impact of the force which is changing in tipe
according to a definite law; 5) the method based
an the wave theory of Impact. The author eites
various formulations of impact phenomena,
(14. N. Bukhgol'ts, Ye. L. NikolaL, L. G. LoyateanakLy,
A. 1. Lur'ye, at al.), determines their diversity
which makes the study of this problem difficult.
For the appraisal of structure's stress conditions
under Impact stresses the following four criteria
are established: 1) the comparison of the elastic
line, of a beau under impact stresses with the
elastic line under static loading with a force nu-
merically equal to the force of impact; 2) the
comparison of theAA-t. value, where q I sigmal is a
streseg and t(Lat.) tLm with Its value for which
the change of mechanical propordes of metal be-
card 2/3 come substantial; 3) the evaluation of sizes and

POM. Alokmay Alsksan4rorteh, toktar takhnichtskikh aamk, profaaaar:
IT19OLGKIT, L.N., doktor takhntckegkikb mauk, ratesucent; WRIKIN.
seek, retsousestj AFAUSITST, A.X.~
ImadUnt takhmickookIkk make rodaktor; rATVXTWA, U.Noo tekbAt-
cheekly redaktor
[Strefttk of materials; tkeery and practice) SopretivIonte mtertalow;
toortia a sad&eJdo Moskva, Go*. muchoo-t4kha. tat-we amebtaostrott.
lit-rye 1956* 475 p. (MI" 10:2)
(Stranth of "tertals)

ra-.k
FIT
Matt"C' I for (4T"
for rn I

prefeaver, doktor takhatchoskikk simuk,
Noterstning offlateat parameters for frtattom appwatus of wOmt1a
couple" and calmlattft the forces of inacte Taidt.,atiolotor$15
Jo 156. (WAA 919)
loleaft1taidy lastItut trmwportnoge owhinastroysslys.
(Car caupltmp)

MUDDLISKIT. L.N.. profess-3r, daktar takhideheskikh seak.
Notbods of detersdaing Ow rated wagoltuds, of Impact force
delivered to the car through automatic coupling. feet.?SNII
"s 16 no-3:39-43 YT 157. (KLM 10 5
(Car couplings) (Impact)

ZIIDLISXIY. L.L. prof.. doktor takha.cauk
CalcuUtinc tho fore* of Impacts paegtaC to railroad care thmugb
automatic coupltMq. frudr BITM w.1793-12 157. (MINA IMO)
(Car caupltua) (Impact)

.,,!~~~toktor tekbn. awk, prof.
NgVkSd Of OftlaUlAtod delendUASIOU of oyofttl*Ml ft"llity of
Motion units in automtis qoVltW. rgBt. tMI of 17 W.4t
26-28 is 158, (car COWUNCO) (UK Ut6)

JUXUL'Alf doktor takhm. nauk. prof.; E!'4LX1TCbGV. 1.T., Irth.
Shock absorbers for autametto catzplqro vtth rubber-metal um1ts.
Test. TSVII MPS IS no95t36-39 Ag '59. MU 131l)
1,ftanshy institat transportnogo wahinostroyenlya.
(Car COMP11"ge)

ThatWINGLIT, Ser&sy fasillyevich. doktar takbn.n&uk-. KIEWSLIT, Tavonir
911colayeviche praf.9 dattor tekhn.nauk; *IKOLOSEIT, Lev likols-
jkjrof.g doktor teklm.neak; PONTo A)Ak"YVO "~FOV~CK-
praf,O daktor tokbu.nauk; WAMM, Leauld Abramovicho rraf., doktar
tekhn.asuk; SARANIM, ru.S., red.; IMOIA. U.N.~ takhn.red.
EDestep or rallroad care ror stmacthl zeschat vaccmov no proch-
nostO. Pod red. A.A.Pop*vs. Xoskwa, Yme.lidatellsko-pollero
obledInanis 19-ve putol soobehahmalta, 1960. 359 p. (NUA 1411)
(RallreaU-Cars-Coustructlan)

SWURg Leonid lbrawvichg doktor tokhn. nauko prof.; ChWOKCV,, Ivan
1,vanovich, daktor takhao mmuk,, prof.; NUCL16W. lay
IS . doktor takhtte nauk,, pror.; 1113RUTip GsorcU
RUTYX"ClUetht k&W. toUn.naukt KOGAN, Libor ArzlkoTichp
1
kando tokba, nauk; DIVYATKOVp VWimir F*doravlch,, kaM*
tokbne nauk; CHMIIR,, Viktor Vasilljovichp kande tokbn. nauk;
MOEMVINKINt X.A.g insh., roteenz-ant; &-JMWVSW, N.G., rod.;
lllllAlWA#.XeA~# tekhn, rtdo
(Dealps of rallmad care] Konstruktall vapnov, Moskva, Wes.
IsdatiolOoko-pollgre obwodinmde H-vw yet*L soobabehonliag
1%2. 415 P. (MM 1514)
(RaUroade-Care-Dealp and construWan)

NIKOWS AJ[wv-doktor t4khn.nauk, prof. 1 OZMOVv inzh.j
LK9
-z-- - DUDIXKOVO V.G. 0 Inshe
CharacterIsUce of the changes In the forces and straws*@ of
the car structure due to impacts on the automt1c couplers
Vest. TSN1J M 21 na.10-7 162o (KIRA 15:2)
1. Bryansitly instItut tranapartnogo mashinostroysmi3m.
(Railroads- Car"outruction)

NIMLISKITr L.M., doktcr tekhn. nauk, pmf.; SE;LIIWV, I.V., kcid. tekhn.
Vw.,ffTqv Mop lnzho
Wark of friotion matorfals In a ahoak aboorber. Tosto wshinostr,
43 no.1003-37 0 163o (PaRA 16oll)

4,N.O doktor tekla-,. rialiko Prof.; LAM-~YCi, V.A. p
dcktor tekhn. rauk, reta-enzent; SL-Alt-,X~, Yv,*.,
lnzh., red.
[Fricti,-n shock abmorborD; i,l.#,Ir de:!Ign and conatruc-
tion] Friktilonme az--ortizatory iv~ara; ranci-AA i
kcit.strulrovante. Movkvi, Mrishinontro(mle, 19f.4. 170 p.
(111 il 17; j ~ )

V.- 'r--h - Inthe
-10 wo
Nev forging rolls wltb a eontinuo-,.-n roll fcrgirg prccesa.
[Ifauch. trudyl PIMMSha 110-13 '65. (KIPA, 1616)

IIIXOLISY,IY,_L.11., prof.; S-ELINK"'V, I,V., dut~,er~,-
Effect of changer! In ths, I)nr-,ic goometr!cal pAramt4rB of friction
shook aboorbers on t~-eir efflclon--7. Tri;dy, PITIJ no.;'113-9 164.
(Y,lRk 1e,8)

okcc NRI
Shadurp Leonid AtawovIch (Doctor of Technical Sciencea; Profesaar); Chelnikov, Ivan
Ivenovich (Doctor of Technical Sciences; Professor); NikoLlsklyp Law 91kolarevich
(Doctor of Technical Sclencee, Profe'suor), Nikollckiy-,-%ieW'14iYritliji4ii6(b6ctor
of Technical Sciences; Professor); Proakurnev, Petr Grigarlyevich (Candidate of Web-
nical Gciencesp Docent); Kazanskly, Georgiy Alekseyevich (Candidate of Technical.
Sciences); Devyatkovp Vladimir Fedorovich (Candidate of TechnIcal Sciences)
Railroad cars; constructiong theory, mid design (Vagony; konstruktalys teorlys i
raschet) Moscow, lade-va "Tiansport", 1965. 459 p. illus.0 biblloo 60000 copies
printed. Textbook for r*Jlrwd transportation Institutes@
TOPIC TAGS% railway equipmentp railway rolling stock, railway tramportationp rail-
way vehicle data
rURMSE AND COURAGM The book deals with the construction,, strength calculationsp
dynsinics, choice of technical-econoodc parameters, and sizes of railroad care. It
to Intended for courses on "Railroad Cars" (construction, theory, calculation) for
those specializing In "Railroad CGX Construction and RalLroed Car Management" of
higher tachnical. institutes for railway transport. It Is designed to be a basic
course for further specialization to special-purpose cars such as refrigerator carap
electric equlpowat of railroad carsp technoloa of construction and rvpalr of mLL-
roa4 carep ad other qwcWtlose It Is des4pe4 for students wbe bave saw *14meat-
ary laormtIon = ow construction and am strength.
UDC2 625f23/-24

ACC MRs Ak