SCIENTIFIC ABSTRACT NIKOLAYEV, I.N. - NIKOLAYEV, L.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001137110011-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

jigg 1~.N.
lbree ea"s of cbjrieuotbell~ of tho stwm. tan.sed.shur. 40
se.418446 J146 99. (KIIA 1312)
1. to gt%ekslWtcbe~kqp otdolealya (savedvrwbebiy - A.Do Daftws)
Wheb*ssrskWa radam tgUvvmb - I.S. flimlayev).
(UTMWS--CANCIR)

UUMAUT I.N. (Stantaiya GatC-hir-, Cktyabrvakay da-mil); LIUDWiLly V.*fu.;
9 0
(SUatelya GatcMm, Cktwbr Iskoy domgt)
WNW ~ It trsO -~W aLlpm" ammU~ Ow intarlsed?
NO I pstJdws. 5 wo.7s23 A 061. (XLHA ljtlO)
Is S~UWI modMI'sibe CaUblookey dbtmtall Gktyatrldkoy
dw"l Ow K~Dlqw)-
OkAboaft vqulp~% ad surplles)

0/d 0
AUTHORS: Kikoin, I. K., Nikolayev, I. ff.
26722
3/056J61/041/005/037/038
B10913102
TITLB: The pbotomagnotic effect in a p-a junction
PBRIODICAL: Zhurnal sksportmentallnoy I toorttlaheekol figlki, v. 41,
no. 501), 1961, 1692-1694
TEXT: Studies of the photomagnstic effect in semiconductor@ suggested a
photomagu*tIo effect In the blocking layer between semiconductor and metal
contact when the contacts are Illuminated. In order to elucidate this,
the following experiment has been made: A piece of a-type germanium
(10 by 4 by 4 mm) had a diffusional p-n junction(dus to diffusion of
indium) an the one front fee* (4 by 4), and an ohmic contact (tin) on the
other. The photomagnotic o.n.f. see measured botaten these contact@ while
the sample was Illuminated and exposed to a magnetic field. This *.m.f.
consists of the voltage along the homogeneous part of the sample and of
the potential difference at the p-n juncti4n. Those too portions can be
distinguished because the voltage along the homogeneous part depends on
the area of the illuminat*4 surface, which, e.g., may nor* or lose be
Card 1/3

11 Lj~,17, ft M 4 3/191/61/000/ W110041007
1 15 Ig tj 6 o2 2. 0 ci B11O/B218
Aola
AUTHORSt Popov, I yov, 6mirnov, R. N.v
Kondr v V. A.
TITLEs Production of heat-resistant polymers by pyrolysis. Foaz
cokes
PERIODICALs Plasticheskiye massy, no. 9, 1961, 26-28
TEM The authors produced heat-resistant foamed materials by coking
various gas-filled plastics. Initial foamod-matorial specimens were
placed in a special mixture, [Abstracter's notes not indontified] and
uniformly heated to a temperature exceeding that of their pyrolysis; then
they were again uniformly cooled to room temperature. The material did not
come in contact with air, and the volatile products were removed. The
authors found that the original configuration of the initial specimen say be
preserved with uniform reduction of all dimensions in an oriented position
with respect to the thermal field. The relations between chemical structure,
behavior in pyrolysing ind properties of foam cokes were determined. Foamed
materials of linear thermoplastic (polystyrene, polyvinyl chloride) and
linear, weakly thermosetting polymers (polyurethan*, epoxy r*sins) were
Card 1/5

16"4 S/1?1/(1/G30/G0'I4/004/007
Production of heat-resistant ... BIIOIB218
latter (particularly C-containing fillers, such as gra-hite, carbon black,
coke) change the yield in volatile pyrolysis products ~onsi4erably. They
improve the stability of geometric dimensions, mechanical strength, and
electrodynamic parameters of foam cokes but reduce their compressive strength
at high temperatures.) Finely diaperse Al powder added in supposed to react
with radicals f.)rmqd In tqrolyDis. Al, Al 0 11 SIO do not affect the yield
in volatile products, tut c~,juce the compriab IV e airength at high tempera-
tures. Carbon-containing fillers increase the yield in foam c,)kes, qnd
reduce the heat r*sistance to deformation. Metal salts of orthosilicic
acid (ZrSiO 4# C95io4) incre-,se the strength at high te=peratures. FK-20
foam cokes with and without fillers preserve, during pyrolysis, their
original structure. Microphotographic studies have shown that the
characteristic features of the foam structure ouch an distribution of unit
cells, presence or absence of cavities and cracks, etc., remaln practicall
unchanged in pyrolysis. The authors suggest the use of foam cokes no
light, highly heat-resistant, hef,t-insulating materials chemically resistant
and heat-resistant sorbentn, electrical engineering materials and catalyst
supporters, There are 5 fipures, 4 tables, and 8 reforence3i 7 Soviet
and I non-Soviet.
Cprd 3/5

26994 S/191/(1/000/J09/COA/'G07
Production of heat-resistant ... BIIO/B2,fJ
Table 4. Physicomechanical properties of FK-20 foamed rlaz~ticn contRininp
different fillers, before and afte coking. Lefenit (1) filler, (2) filler
amount, ~, (3) volume weight, e/cmS, (4) specimen weight. gt (5) loss in
weight, (6) yield in foam coke, % by weight. (7) specimen dimensionj after
cokingr, mm, (8) compressive at-ength limit after 1 hr heating to ;1009C.
kg/cm2t (9) before coking, (10) after coking, (11) without filler, (12)
without filler, (15) Al powder, (14) industrial Al,o 3' (15) A1120 3' SiO29
(16) chemically pure S102 (no.171), (1'1) ZrSIO, mineral, (16) ditto, (19)
Casio4 minersl, (20) industrial graphite. (21) acetylene black, (22) carbon
black no. 157, (2,11) coke of foamed plastic FK-20.

GRBMGO &.U; NumumI, I.N.
a ew - bompous strost an a ps jumUm. ftid. M ~
U7 0%5620W-2060 9 #62. (KFM 2682)
I* Mmkontly miversit*t in. ILL I ~I
ftsfto-UMmlWmMy ImUtut In. A.?. bM M MML ftoftt&Vl~
abododkm I.E. nkel"s.
(Imtompotle off"t) (awnum t~lstsm)

RKOIAMO I.M.
PhotomWetic effects In gerownium In high mVwtlc fields. Zhur.
okap, I tooro fix. 45 no.5sl67&1680 X 16). (KIRA 1711)

IN go low "aftlimmimt
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. A! 441101011)a
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o Ir
a" wMaIrli to 'A414my 4 I
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16*0
too

~0,111 Nvfttogwn 1.11940061100 tt"$"Olwa -s ~411
goo
a -,S- T i-9 i �r. 6 0 t 4 al 0 a a i a q

00000 0 0*1000-0090 000 4 0 0 **:ogle* M oi

0 W-
'North Caucasian Coal arA the Production of Coket
fna Ito' T. it. Ifikolaer, 6 pp
*Ikzvodka Node No 3
tzp&rlmnt-9 vere conduct94 on coals of the Bol-ehe-
Lembin, Tolato-Dugar, ani rruw&rlr bods to detaz in*
their pr~Tartles. "Ale of the Toloto-BAgar be4
appeam& to be the- boot. f cr produc ing c eke . Coal
how th,99o beds must be ccmderzed for use in a-fur-

CA" p4NW"N 40 mob so
now. 1. 406mv. lpVto Olin"
IW rAlrvmwlwspp-rm I , , r.".6 I ~
. - 4- A q 51, of CTW bwb
TWO& WANOW. ondo" ban -- POW* of ISO
cmw Immma am ewdftmw %W 66. on" am hy #46M
wd4bdnmw mob is aw 1-" in tow
r44 ~ Of 6M*p brs, tow 40sky d rwk
so "Grow "awn p6wp *eprwwa4 bw a
comon %pow pappawKslive 40 Ift ON po =4060m, -4 thr
man of ~46R to at 40 ml W, moqq hT iqs
ftmbdow I* S. Um"M = em bw n".
do go. of fm~ a- ~ ---- I loom ~l
!. fli;
low. -an b-" of -66. flow beime I%w o4%"
Moo. -be W4 a MAW. "MV, b*-
It"al of ~iwlw am do lima "mo. wwwwal Im I%r
owmation Go a am D%mk pkmw faw "04 "*r
few in bm" Wed In 6~. ho. ~C--Mll"
Inst. Combustlble F~Wls, Aced. Scl/ usm
f,

r E 'r f r F r
_ww 14"A. *4 a a"). two iaw-vw-
.T~rr~x.. to". rd6. Ms" ~
i- - -aimed by me. Go ovabeam" i mopmimo am a Own.
6PMO 6 6=P Of 001110 im mwmfdmg W" IOM A 9
1 .0.6.
AN) obwe & - (9 + HMvWv + MMv and 0 a im,
(T + ONOWST Par a fear ed quan, pkm ouladows I be.
0 Is 00 meam 40 oft plow" Mae v is Iler V84 a# Ibw ft"
own f710 A OW 0 ~ be wll~
#I" co" "tow
a"**, Tlopopwiliftfoo
f~wk6m" to VIN"Or
_96i7hporth ad AV 60" Iw__ -i"," aimma. -
fts Gove, W f p 0. 6 IbmwIwM d"0, wwom onalwoub in
a quo to law 40 map "noted Amoso 0o lopervie onemob
spd*w of *a 446F Ato *a wom b do Ammo-
amr- so fowwqoqw. a" Quilr6w amwerv.
I#w "Mob od 40 febr, w4eirb on" he ewkd boom 6" a
ftf f6ems" in arl"a sonip 4 1 Rmoiro
Vol 36, 1949

M&I Tdlb ft** Me 3
sowlb" moth" luck mosaw provid" ror softuffs
#AdW4rW PFOCOW = Ubwstwl SO*"- MAbd Oftis-
as= wame sepwity at Os" disletly w Imutr dr
oft *"do& r"m 61"m coat I.e. 0 IW qmufAr of
fftl NOMMS dt OdUft pmm. WM PMIbLUUU
go rod"Ift thmml cool"" 4c rwome a" ~
Mill fri

'7 7.: 1~7
Zir

New teebmiqu4s for cleaning parabolic bunkers v
grew. 3 20.5132 It 159. WU 1218)
ftawary maktanik %vo-(~rjshwws" obootttellmoy fabrM.
(coal stereo)

BWW, L.re.. Laiscumed); L&MU. T.E.; NIMILLIXT. L.K.
Prospects for Ow atilimation of'k-mlmk ftels coals for the
preparation of welallurgical fuel. TrWW IN 10:66-73 1".
OUM 12:12)
Mmiwk N"Ivp--Cwd) te4m)

K"URIAM. V.&. (n"kwa), KUSUMA, m-1- (K"kva)o ZINGIAUT, I.N. (Moskva).
SUFANaUMM, A-A- (Moskva)
Imestioting the therad 40960mottlem of coals &@A their Ist 0
I�Ve M SOM *Me t4kbe Blake Ilet. I jimple WAIW-160 V-D 160.
(=A INV)
(0862-cknealoatlem)

4 I-K-; STIFAACHIKOTs A A.; DATTDOTA. X.I.; XOZW-YA, iF.I.;
KAWAW A*
Zvowg" V.A.; SNEUMA. &I.
lb"M rw tkw dire" dese"Imsies at *be aktag depwity of co"s
md chwome Kdm I kkift no*U19~43 06& (MINA U Ill)
~o
le hwtltut go y bikb lakqpmymrft AN UM
(CMI-TwIS4 (cae)

NIKOL4M- Tal-, KMWVA, U.I.; KALINTURAO V.A.1 SMAINUMKOVO A.A,
Bmt eap"Ity of cools and cml aLatt"a s6 dotavmlmwd bF the
tompentwo of their Matins Koko. I Wao as, 3sl2-15 IQ,
(WA U0.0
le ImUtut gw7u4bikh LskapsyomWM AN SM.
(Cml-Tborml properties)

DAVMVAO K.I.; HIKOUYLV. I
-L. &
Chmalma wd tesbaleal properties of Oni frow the TunCjy Depression.
InvAlb.otd.ANXU moWS-37 061. (KIRA Us 6)
I* Inetitut garnykb Iskopaymykb AN S&UP Neskvu.
(Tunguy Te iley-Scal)

NIKOLLYEV, I.M.
Ibehudzing the samplift and preparation of solid fuel apecimuse
StandarUnstalla 25 nos 501 Mr 161. (KU 14:5)
(Coma T"ting--S tambrds)

MINOIARY, I.H.
--- - - -- -----
Taking fuel sampl" from cow--.vers.
44-45 N 161.
(ccol-Testift-atandanu)
Stsmartintelis 25 no.11,
(KMA 14 s U)

Nix --- #. J.P.; KOZLOVAV It. 1.
Irfoot of the Morsel prwtrest~t at emls an their ea"
wrAcitr. TrW IGI l7sU6-VO '62. (NM 25,10)
(Cv&l-4Lrb=dsatl=)

COUSATTISp B. Aq NIUL&Ud,-I. V.1 DATWiA, KI I.; KULIMSKATA, A. T.j
PBTROVICHg A. r.
Manoterlstlas or omme &stern Siberian omle. Wuft 101 17&
221-128 962. (Nm 15 s 20)
(Siberlap ftetors-Cftl)

NNOLAMO I.N. - ...
- - __
Fachantsed
062.
tooting of coal. Stodartlastaila 26
no.4i 34-36 Ap
(KM 1513)
(Goal--Testing)

NIKOLAYEV, I.M.
--
Peat matibriqimets. Stomdartizatolia 26 mo.6144-46 Jo 162.
(Briquets (FM 1) -Standards) (KRA 150)

141KOlAYE;V lvan.hikitich; ~,ANZF,111KOV, LAM.# otv. rel.
(Using co&l from regions of the U.S.S.R. ns ^ porsible
raw icaterial for the production of :zat&llurgical coke]
Ugll vostochMkh ralonov SSI( kak voz=ozhnoa i7rle dha
proizvodigtva retallurglehaskogo kokan. I-'cr;kva# ll';auknv
19 64. 8 6 p. 1,7:9)
1, Chlen-korre3pondent M S351 (for fArozhnikov).

i , 1.
h - .1, 0 :A O1.# .11,
~,frc.t if ci-A"n met~rA3 of Frejix~rtrir7 ofal ";arat,A o,,n on
t~W r0tirg pl-jrs~38. "t"udy lrI 20.,17&.1E9 16). (KIFA 1718)

alroLATZT I.P.
cowelstom am structure of Ww ftVOGIM ftehirs, beds Is Us
TurwY oil fields- Uch-SOP-LIG-90- 115 so-160-11 '56~
wa& io: i)
1. free$ %romseseft'.
(I*mar--Qeeloff. Stratigmphic)

AMEM: Zbelculda, A. I., and Molayev, 1. P. 93-58-3-10/17
2mw: QLL4f ftysidal PropertUs of lbservair Cvu& med V&Ur amd their
V&AaUom to tJw D1 lbrom lam of Uw TW=W CLIfteJA (Ommommyys flzlckw-
dd3m PwuwtrY PlmftwmY VISM 1 W047 1 IM lmbmdY* PO Pbwtu D1
vattlemV watorosbimulya)
MUCOM: lbftymop khozymystvo,, 1958,, Rr 3. pp 42-45 (=ON)
AMOMM: So irticIs describes a stv4y of us OL fo~%Icm at the TqmuW oIU1*2A.
Mw &tW vMch wea carried out by thm Vft Selmtlflo ftmeareh &AUtvW
labftlfto" (Labormtorlya, V=) uWWr t1w urecuom or is. A. adammA
mA by the Ontral Scientific Nesserth laboratory (To=) of Mw TqpmM
fttrol~ AMW~tr*Um (MV TnUMMft#), GOAMILMS that tAW
mmervaIr metwatlow proem a vIth the dtat*Aw. rnm the couter
as sbown on tjw Isobar mV. TWA 1 idmm that the eentr*W loeatowd
v*IU bave a kt& saturattom pressure weaqpmded by a blot Ww factor,
a blo reserivir vol., a bl& ebrUMV,, and a bl& theiml e3weastow.
fte vwUs loeet*4 an tAw perlowry of the ronotIon have & asturatiom
pmovin ftleh deemems w1th the d1stam" fram the eemUr sad the Aecromm
aut 1/2

ChIst ftysIcal Properties of beer"Ar Cmit (Coat.) 93-5&3-10/17
In the "LuraLlom pivasuiv Is vocrwanled by a decrasm in the S" factor,
reservoir valumv,, abrinkm4p and thenial expezision. Table 2 obwa tho depe e
of this eampositIon ead quentity vZ the Via diluted In the zweervxdr oU an the
OU vall, distaxwe from tha eenter of the fonatim. Itim wAthor states UA D1
ftmwUon of the Tvqsnzy c&lfteld has been InsdaTiately studied wA thot tkw
pressat study will aid In the further explcdtat4on or this oilfield. Them are
2 taUes and I inotar amr.
AVAUAXA: Ltlwmny o." Congress
Card 2/2

Nuaums I.&.
U~ cc the fo~ In taborw4ow 8~1tif by the tr~-
=
appromb, Qr%optmmml pmw& see6ed-12 0619 (I= 2418)
2. is owoww"" ou"Um" --IA4 _iNftoklon"o &SIM -
(gUvW vim* - A.Zao lbon4dravadep rWwwodi#AdO - wA.
p
dsplkdt muld Prot* BOA. twdw).
1--"=CUUNU)

NIKOLAIVro I.$. laahmer-polkovulk; KUrM.19=0 D.1o, lasherm-
--c.- .1
PIMIPS-1151aft
Me am be dome at every flem motoorele4ad statlaso Vest.
Tooden* we6s" Je 161. (Him 1418)
(Owtowslow in ow~uoo)

14MKNDvp L. G* 40 gmde ArMitiskUryp IVAPOT,, To T,,,, AM&,g BEM.Y.U.- 11 9 Mo.
Kom* Akaftwl &Mdtdftry Son DA Arkhtdditwy Fftr", WAMWO V, W."rofft"
Nwdm-ls&lsdmt*lldd,y Tn*Utu ArkhiukUry Id. I PrmWshlamW
600"absuly Abodudl AMItdMary SM
of Scientific RAinearch '4ork on Conn
ftgo 62
cow, 1951

vrx~'I,r FVr r r . 1,
4WY-z.T %Zo
arkh. I 5"ray, L..S. - Wa. - karr. AkbdMU
arthisomwT proto
ImMAtat ArkwakuLry i lprw4oblewjkk sowushmiy
olmolwas poloubmir pe romwe"hadys klao"auw v owaft"aftyuk odlymk
dMEM O"kvyo
904 9damum 21 &Mlabtf~ at bkdjzu bamuk mot m Amb-
dk" is 1=9 %~v 19%

STFXLCTSXIY. M.5.. prof., daktor tokhn.rtauk; GRISHIS. K.K.. prof*, doktor
tektineasuk; VIKOLATIV, I.S., prof., doktor arkbitektury
Development of comtrwtloa erWineering to the ftelA.af lattilding
and strwture dosign (1917-1957). strOls
.(NM 1211)
2. Chlea-knrras"Ment AX SSSR (for ft"Istakir)o 2o fty9tvlt*l'Vy
eblen kkadmall strettol f6tTa I AIMIkeftlerr ftor all).
(Outialr4g)

Tladialrowtchg SAYMOM, A.A.& KAPIVY. I.T.: WTUTO
1.7.1 INTUN. I.N.g P~~ I-Ir-I YWICIR, VA., SMMAKOV, V.A.j
I , O.A.; G~ICW. IN.C. redektorl CRIMMUT.
Veto* rodafter: EXXIMO V.A., teMalchooktr rodaktor
Eftwmi sewm* sa-mormdal obehoul kore sholoww" daTep I".
2-eq peftro fteftes ftse tromports" shol-der. tod-wo, 1"k, 316 pe
(ftilroAs) (WM 813)

NOMLSTAIT. Igorl fladialrovIch. lash.; BARSEM. A.A.; KAMM# I.T.;
KAMM. I.?.; KWTWV. N.M.; NIKOZAM. I.T., WFICS, V.I.;
8WTAKQW. V.A.; 81MM. O.Jr.--.-CXMF9' A.L: OUSAINVA. N.7..
rod.; BOMMA. U.N.. tekbo.re4.
[General course In railroad engineering] ObshchIl kare shelesnykh
dorog, Isd,3.9 parer, Fad obahchal red. I.T.Modsolovskoge,
Moskva. Tees. lade tol I sko-poligr.obaodismale N-va petal soobahchmalls,
1960. 290 p. (KLU 13:12)
(Railroad onglamering)

3/135/63/000/OW/009/015
AOO&/AIOI
AMOMS Shapiroo 1. S., Antokhina, R. L, -01kolayew, 1. Ve# 1Wneers
TITIZt Underwater gas aro cutting of metaIs
PMUODICALs Svarocbmy* proizvodstvo, no. 2o 1963,, 27 - 28
TEXT: Spealal tests have been carried out at VNIXAV70GEN in ig6i. to
tudy the possibility of uning gas are cutting for underwater metal cutting.
;: YAP -2M (UM-2N) cutting device was used in a 140-11ter water container.
;
The auallimV are was excited. after immersing tne cutter into the water, or In
the air. The second method proved more satisfactory, since the service life of
insulation bushings was increased. Visual observation* showed that the burning
of the are was sufficiently stable. However, the cutting ability of the we was
less efficient In water than in air. The velocity of the process was reduced
by 40 - WO when cutting up to 30 ma steels in water. The effect of the S"
upon the cut surface was studied with several gas** --sn4 mixtures. The cutting
speed was 57 smAin for argm; 295 for argon with lWdrogon; 255 for argon with
nitrogen; 275 for nitrogen mid 255 mm/nin for nitrogen with hydrogen. Alt1wrigh
hI*wst cutting offlelancy is obtained with an argon-fWdrogen mixture, Uw qual-
Card 1/2

NIXOLAIZ In.-,:.
Uehnolngical nr: i , r - .. -.r,,~&jurations in trae ofArati-m, off
converter sysum-. i j -o. , wirg .V, no.'h;1-4 3 16). (KIRA

GO -0/ 0 2 3 FI-0-0 STTO-0-5
ACC Hki AI'TQQ2566
1,V*j Firshisp Z*Ve
Opal sees
TITUt Light modulator, Class 219 Wes 1690,65
SOUNCEs Isobratenlya, promyebloselye obrasioy, towarsyys easki. no.
239 1966, 54
TOPIC TAM light modulator, light communication, interference light
modulator, %odulater, 00ne CA1'1VM't-
ANSTRACTsAn Author Cawtiftcat* has been issv*4 for an istowfacence-type light
'mod"Istor costalsim a V*14rlsero reflecting mirrors. sad tratevorsely-
Icut olectro-eptical crystals stick are plwod Is the At resonator. To
.ompamoste for temperature OW webasical effects, the crystals are
,placed along a closed curvel the Astasce bel- crystal cestato to
equal to A(20-012 * A128, Wwre A to the At Wavelength in &lei at the
positive late"" 10 2, 3 ... 1 10 cryetal leasthl and 80 werfactive 126M.
Afteff paf!lft I" light "Wider the 1140t bepme an req at" to on"Age

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- ,
. z - - - z ! -

307/84-58-1C-7/54
A = ON: Nikolayev, K., Nikitin, Yu.
%UMMOO~- NW_
TITIA: On Min Air Routes (Na magistralinykh vozdushnykh trassakh)
FMODICAL: Grazhdanskaya avlatelya. 1958, Nr 10, p 5 (USSR)
ABSTPACT: The authors review the progress made by jet paesenger air-
craft since 15 September 1956, when a Tu-104 left Vnukovo aIrfield
on Its first transiontinental flight. 'Today the Tu-104 exclusively
~*rvlces passenger transportation on the Moscow-Khabarovsk and
Moscow - Tashkent routes and will soon begin making rogular flights
to Vladivostok. Jot passenger airciaft also maintain regular
schedules, on several international air routes - (Moscow - PokIng,
Moscow - Prague), andbeginning 191,*8vhave included fUghts to
Albania, Dermark, Belgium, France, HollanA, and India. A W shown
the cities visited by Tu-.104 since It went Into operation two
Card 1/1

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MICM* *A.* kwAl"t takhatchookUft 71KOLURT, K.G.. kazAt4at
tabbse MO&O mteemsest: 8AGAMICN, V-5.0'
we FASO te"alchookir so" or
Eftu" ~ mA istme ta ship buttal amme dwy i ss"i~jja
ke"am 40MM6 NOWM4 6"o sandme-tafts. to&-" o"him"Mu.
I smied"Iss 11"y 19". 12) P. (UM all)
impbalutmal ivoul")

Subject MR/Ingineering
Card 1/1 Pub. 107-a - 3/18
A ID P - 5267
Authors t K. 0., Kand. of Tech. Scl. and B. A. Gololobov,
J4218
Title Detection of possible cracks In welded joints of vessels
Periodical 3var. proizv., 9. 9-120 3 1956
Abstract t The authors describe the methods and tests developed by
the Central Scientific Research Institute of Ship-
building Technique for detormInAtIon of thickness of
welded steel, number of welding travels,, rigidity of
welded shoots, thermal processes, Initial temperature in
base metal, etc. Pony of those methods now are adapted In
the shipbuilding Industry, Two tables, 2 photos, 2 drawings,
2 graphs. 1 Russian reference.
Institution t TWITS (Central Scientific Research Institute of Ship-
building Technology probable expanded translation).
Submitted No date

Golkl.~Iii)7, ~I'o,-13 hry4-eyeii':h; hnstantiti rpiarFlyevich-,
bELICKUK, G.A., kand. tekhri. nauk,, n3tsenzont; 621"TIOY!"o',
A.A., karA. tekhn. mi riftuchn. red.;
red .
(Proroirtles 'it' wnl~lu-l JUIT,tfl In hu'll rteels", Ivar-
rWkh voredinrmil k~~rpusriykh stalol. Lenir4,-rrA,, 1W, untrcenAe,
11)(4. 239 T,. (I jjl,~ 17:0,

T
Li gm pim-',~f)46z5l
L r
I b II tab I I d
e a* a
4 bob -*No
f wu I (41A en to-f - carb ola a~d low 1-tilar hulT. zuw-~~14 -a
tanprrmturm, anrl the thickness of the bass
n ri
u a a q
TA BIJ; OF CONTENTS Cabridgadli
',-rd 1/2.

I Moth ad ~-% of d a tarmi ni it; t he proper t -~,f v4 1 dnt~n t a 10
1 Pr up art i -Ito 0 f arcanary cArbrn stooi and low alloy
we i dn
PTOT,-ertlar, of dmnntv ~)f new '-,j3 1 nt9w II&
Properties of waldmentm mi-Ae by now vejd.-n;7 methodm -- 10
V Ajj:pIng of weldment zetril -- W
V I Well3ent strength in dynRroic load-'ng -- Q0
II: Fatlg~je atrength of weldmvntr -- 124
VI I Corroalon resiatance of weldmente in arn water -131
I IIJ rer t of a I I Ov Ing 1 on t hq ve~-hant cn 1 vroper v i o f the
1- r-Ittal -- 156
T gffeot of w4lding regim~-ms qrpj faLlt-ore on tht t-ech*nical
pro-pnriiiiDn of tho waldment -- 17,~
a
TI. RIfect of temperstu-r,% of tte me' dnztnjk i~~Ieling on e propirties
JI' ihe w4ldment -- IA6
SUDY11"Mi Oz)Ap,-64 NP REF P)VI 087
2,(;!

f,&., y
?aKOIATEWv K.19 Cud Tech Sci (dtaa) 14AW660-46 &MAORLUC
WKA aftoll
woLve structures ftip-the a6fisaft of 90i=dc fOm ft Ash)diabadq
1956 13 pp 22 cm. ~- Last I Indust NIP,),
100 conies
M6 11-57, 98)
25

, Z , i - -IVor-- \ - , 4 f
~4. I - ~r,-1 ~/. - "- - ; 4v n 4 'f- .
I
x1sawsys Cole
-
of smisave strueswes with reford to Moir "lots
swility. low. 0 %wk. M 86,6116-22 157. (an lift)
1, Imtlfmt antlear"abo"s, strolseleseve a fwtmmaop oft
(2w%%qmMw~ &o& 'buIMIrg)

XW/269-W-3-V24
TrmolaUso, f~s PAf*mt1vOvv durual. Geoftalka, 1%9, Wr 3, p 23 (us=)
AVMs 1.
2TRJ9# Ow AMIlostion of N.D. Golltsyn's Froblow to Ow Calculation of
Solid ftrmtores for Ow Action of Salsolo Pam
MTCMC&t Tv. In-ta antlogroislah. sU-va AS %r%mM IM. Val 2, pp, 344
ANOWMts Solid strustares owslat of a tOwdstlan and an Met structure.
Aeow0w to B.S. Golltan's wthod,, the oqpdllbrlm of the
upper structure to examIned In respect to the fowidation at th*
wasmt idion the tilting beglim. The mviltims am established
widev oftlah a tilting cannot begin. 71w problem Is solved
watimatloolly In a g4moral, form for a solid structure of
&Mtra? sontlewstlon havlog an arbitrary type of elastic be",
pwided the wtion of Ww base am be expressed In Uw form of
a theoratteal rolatlow6lp. AsvAMM a bwe wadel according to
" brpot1wels of Uw bed ecieffleloRt wid t1w grmcA notion as
a dwpond slas cove, the author gives numerical exmolcts, showing
Card 1/2 t"t solid structures am no" earthQuakeproof an pliable ground

Fq!KC,!A:T:E'Vt t-on-stawntin G-UUNIO B.S.8 red.; SALGCOVA, i.Vef
KOSHUYEV, G., tekba. rode
[Sams principles of construction In oartbquake districts] go-
keterye poloWwalia straltalletva v salmicheALM relonakh,
AaMdabad, ledeve Ahad. amuk TuHmmdat Mg 1959. 49 p.
(KIRA 1515)
(9&Abquakes and baUdIM)

NIKOUYEWt K.I.
. . . .............. ---
Problem in estimating massive structures for the action of 9*10de
forces. Trudy last. antissism. stroi. AN Turk, SSR aodt)-" 158.
(KM 17t6)

LITTIMMI, V.M.; MMKHIKOVICH~ L.R.j NIKOLAMi, K. I.
I -- -~ -------- -- -
Beack for testing t1w parts of dri.Ulng pumps. Mssh* L c*','t. obar.
na.&21-23 164.. (ICRA 17ill)
1e Grommebtly neftyanoy asubmw-isslodoyawl'ohy tastituto

-- NIKO&AUT, K. 1..
-a""F44MM Swooft" -
.1 leporlmiental , atlow of the effect, of short cylindrical
r*Woreo&cq=,t4n
#A -bell a on an evenly distrijal" lea. Sber.
trud. LIIW ne.192&253-266 162. (KIRA 16:9)
-P of,
i~

NIKO1AYFVP V.I.
4perimiental InvesUgation cr prestressed ro!nllorced co-crets
shells in the form of hyperbolic parabolc!ds, Sbor. tr-id.
LI17JfT no.229il3l-137 164. (PIRA 18ig)

NMOIATSTO 9.K..[dscamsQ41,-UTKN, A.T., TURCKUKO. I.T*61nzhor*4*; OmmmuRTO
- -- Eel saw&. Tejo t9khaorode
[VM~o of workers molayed an rallropd epra) OpIpitst truda robotnikow
vaVanot slushbr; surwwochnik. Pod obahchel red. 1-1r. Turchenko~
Novokwas Gov. trnnep. shol-dor, lad-vo, 1958e 121 P, (MIRA 1119)
wages)
611roptd)
8

VOL 44 1b. 4
hb. -250 19%
mm!~
ANAMIF
d". by
two
sm" ~ Ow. WWm%
O&M Wk.
soA
wow 6~d w ON&
xr!
(M AM sm dw am saw Or
AXOON%
NO. Rwe I
le f~ Akq
a6= a vedo am
vm hen&
bdm 14mv
~V%=
eobmm it .T
funow 6 do two@" d
6

AUTHORSt Nikolayev, ~ U., Dubinin, U. U. sov/62-r(3-10-2 '25
j
TITLEs The Adsorption Properties of the Carbon A4sorbents
(Ob admorbtsionnykh evoyetyakh uglerodnykh adsorbentov)
Infornation 3.- Investigation of the Adsorption Isothermal
Lines of Games and Vapours on Activated Charcoal Within a
Wide Temperature Range Including the Critical Range
(Socbshcheniye 3. Issledovaniya izoterm adsorbtaii gazov i
parov n& aktivnykh uglyakh v shirokom intervale temperatur,
vkly,uchayushchom kriticheakuyu oblast')
PF-1qIODICALs Izveatiya Akademii natik SSSR. Otdeleniye khimicheakikh nauk,
1958, Hr 10, pp 116r-1174 (USSR)
ABSTRAM As only ooze of the data worked out in this field contributed
to the solution of the problem of the physical adsorption of
substances in gas or vapor phase on adsorbenti; of diverse
porous structuret the authors of this japer investigated the
wide temperature range including the critical range with
respect to the adsorption isothermal lines of nitrogen,
krypton, xenont tetrafliorethylenet and hexafluoropropylene on
two types of activated charcoal that belong to the outer
Card 1/3 members of the series) of acti-iated charcoal of the first

,rhe Adsorption kroportion of the 'Carbon Adsorbents. SOIV/62-cl-10-2/21:
Information 3, Investigation of the Adsorption Isotherzal Lines of Cases
and Vapours on Activated Charcoal Within a Wide Temperature Range Including
the Critical Range
structural typo. As a result of the analysis of the
experimental data and the investigation of the properties of
the state of the adsorbed substances within the range of
critical temperaturon the authors proposed rational methods
of determining the characteristic adsorption isothermal
lines of substances in vapor or gas phase. In agreement with
the potential theory of adsorption the coefficients of the
affinity of the characteristic curves do not depend on the
carbon structurel the volunes of the adsorptivn space have
to be regarded as constant quantities for each activated
charcoal if no ultra-porosity effect is present. Equations
for the adsorption isother=al lines for the vapor and gag
state of the substance to be adsorbed in the phase of
equilibrium volumes were proposed for the activated charcoal
of the first structural typel these equations correspond to
one and the came equation of the characteristic curve. These
equations of the adsorption isothermal lines are
Card 2/3 experimentally founded. There are 9 figures, 2 tables, and

The Adsorption Properties of the Carbon Adsorbents. SOY/62-56-10-2/25
Inforsation 39- Investigation of the Adsorption Isothermal Lines of Gazoes
and Upoure on Activated Charcoal Within a Wide Temperature Range Including
the Critical Range
23 ref*renosso 8 of which are Soviet.
ASSOCIATION9 Institut fizicheskoy khimit Akademii nauk SSSR
(Institute of Physical Chemistry of the Academy of Sciences,
USSR)
SUBVITTEDs May 17, 1957
Card 3/3

76-32-5-33/47
AVTWORS: Publain, X. N., likolay*vt X. X. .1 Barakhove As 1.
TITU: Using the a.-Ionization Xanonoter in Sorption Investigations
(Primen:nlye 6--ionizatsionnogo manosetra v sorbtsionnykh
issl*do aniyakh)
MIODICAL: Zhurnal fitichoskoy khImit, 1958, Vol. 32, Nr 5, PP-1155-1159
(USSR)
ABSTRACT: In order to avoid the =a" disadvantages of corcury manometers
in measurements of sorption investigations a variant of the
&-ionization mmomoter was developed under collaboration of
the R&Aiua Institute of the AS USS11 this manometer was pro-
ducod and used in the present investigations. From the dis-
grams and the description can be soon that radius was used
as radioactive souroot which was laid in a thin layer on a
plate-shapod bass of gold# this production having been sad*
by the RIAX of the USSIs The dimensions of the ionisation
chamber depended on the field of the pressure moasuresentog
'With tjo chambers present for a wide field of pressure
Card 1/2 (1.10- to 1000 torr), ons, for high and another for low

Using the a-Ionization Manometer in Sorption Investigations
76-32-5-53/47
pressures. A @chose of the amplifior plant which is an altera-
tion of that described by Downing and Mellon (Rof 7) to also
given. Th:Picribed, manometer has a measuring sensitivity
of 2.o . A/ torr in the Interval from 1.10-2 to
150 torr and is calibrated according to an BC-manometor,
with a measuring accuracy of a mean value of I - 2 ~ being
achieved. The measurements carried out with nitrogen, krypton
xenon and totrafluorethylons on coal showed, compared with
measurements by means of Hg-mano2oterag a good applicability
of the a-ionia&tion manometer for investigations of adsorp-
tion phenomena. The described manometer is an *xperisental
apparatus and still has to be further developed. Finally the
authors thank Professor V. X. Vdovenko and D. V. Ziv, an well
as Ta. Tu. Rib. Thor@ ars,6 figures and 11 references, 8 of
which are Soviet.
,LSSOCIATION: Akademiya nauk sssmnntitut fizichookoy khinli Moskva
(MoscoW.Institute of Physics wd Chemistry,, AS i-Z_S'R)
SUBMITM: July,17. 1957
Card 2/2 1. MRnoix-tera--Deolgn 2. Alphaparticlea--lonization
effects 3. Tonization cha-mbers--Performnee

, mf .. ..
- . , , - i6. " , " . -
"Inv,-stlt:ation or hy-Jrstes by the hy-Jrl--'e m#-~thcy;." Artak!iov, K. 7., A. ~.,
N,ikgl4ev.-K,_N. (P. 1754)
d I 'Is. 21, ;--. ll~.
SO: glirg&I of jeneral ~htmint (Zhurnal CbshcYPI Kh4;!!l

,JIMOLATIV, K.B.'148h.
Automatic 1productlom Ilan for muldry Golding of sebostoo COUNDS
Men. Stral, I dor.mebtaostr. 3 so. 7:23-26 A 150. (OLZA 11:6)
(Tiles)

GALYSHEV,
Jkpvrimnt&2 otudy of the effectiveness of sessur" under-
taken in increasing the life of a crawler treek, Trudy LPI
no.228tU5-151 163. (MM 2712)

Ni
Un I rg Tnlypt'r In '~rf, pr 1r, of ra --F -
prmunta. . rpt. 1',
I. N (tch a I In I kII o rm*.;c~.r. -,-I r
!n,qt1tu1,n r,2~ M.Aq~.!rtn 11pt
(for
11,tk -F-i ine, t! r,.In
troi rykh nn Ite r! 14 ( 0 ~,aya

'Wot-kyfT gorW lnzh.; KUL)RYAVrJFV, M.V., gornyy Inth.; KlKfJVKA,
f0-.1,,,,gornyy Insh.
Simultaneous permanent and cross trenching. Gor. shur. no.2s
21-24 F162. (MIRA 170)
1. Movo-Krivorosbakly gorno-obogatltellnyy kombinat.

fnzh,l KIKOVKA, Te.'., g~-Ir,y M&M;7~. q,,rfW ingh.1
CHUM,
SpoodIng up strippirg or..i dqveir,~~nz t,*.) 9.015se level cf
the otrip mdn*- at tne Vl!tlifig C-re D.-c-sirg C.-Abino.
Sbor. nau-~h. f.-Ael. KGRI no.1`0 I-,'- e 1~3. ~M:RA 1700t)

*-~, KWMIN, K.I., kwA. tAdm. sauk, rod.; DOM rXM,. T-Lv,
town, 14WLO
tg&%-qp"A
avtow"O. Hodma. Gemorgelsdat. 1951. 225 p. 1119)
Obtda cutuve)

IIKGFArrv"r.r*.
CuttlWaff tools dselgwd for rapid automatic mwblaiwg. St&m.
Isstr. 26 no.BtIS-17 Ag,55. (emu a.- 12)
(Outtles tools)

AUTHOR:
TITUS:
Nikolayev, K.Ye. and Lukin, M.R.
94-3-5/26
An Apparatus for "Burning-out'* HiE;h-voltage Power Cables
(Apparat dlya prozhiga kabeley vysokogo rapryazreniya)
PERIODICAL: Promyshlennaya 9norgetika, 1958 0l 13 ho ,
pp. io'- H ?USSi3'
ABSTRACT: This device is used in faultlocation to develop a partial
fault by applying a steadily rising d.c. voltage to a cable
until metallic short-circuit occurs between the cable core and
sheath. In the half-wave rectifier form, the apparatus can
be used to test 3 - 6 kV cables at high voltage; a micro-
ammeter measures the leakaEe current. The circuit of the
equipment, given In Fig.1, lnclu~es a power transformer,
voltage regulator, valve filament transformer, rectifying valves
and measuring equipment. The high-voltage winding of the
transformer is illustrated diagram-natically in Fig.2 and the
construction is described. The half-wave rectifier circuit
shown in Fig.1 has two paralleled valves, type KPM-110, in
series with a limiting resistance of 30 to 40 Q and gives up
to 40 kV. With the full-wave rectifier circuit of Fig-3, the
apparatus can give 3-5 A at 15 kv. These values are always
Cardl/I sufficient for cables of 3 - 10 kv. There are 3 figures.
AVAILABIR: Library of uongress

86770
S/094/CO/000/005/002/003
E073/E535
Mobile Apparatus for Cable Testing
,h the insulation
of the cable armour provide a leakage circuit throue
of the cable being tested. Before starting the testa, the lover
of the switch is turned into tho' onitio- "hertlng" (contact 1-1
closed, contacts 2-2 and 3-3 oPen3 and tile reg-lulator hend Is turned
anticlockwise up to the stop position (corrrosponding to the extreme
left position in the diagram). On turning the Lead clockwise, the
filament voltage increases. Tl-.e filament is Eolatf~d for I min.
By turning the head into the "working" position, the heni is
disconnected from the filament circuit and connected to the primary
circuit of the step-up transformer (without breaking the. filament
circuit: contacts 1-1 open, contacts 2-2 an'l 3-3 closed). By
turning the head anticlockwise, the voltnt7e In the tect ctible Is
increased. The sketch, Fig-3, allows the layout of the components of
the test apparatus. The step-up transformer 1 13 placed into a
bakelite cylinder 2 which.togother with itj lid,i6 embedled into
paraffin, heating at 150 to 1700C. During this op-3ration, humidity
is elWnated from the transformer winding anl f1ro:a the bakelite.
The magnetic core Is of the rod typt, 1~nrl rAnde lip of 50 x 30 x 0.5 mm
sheets. The high voltage winding is sub-divided Into sections of
Card 2/5

kW7UI
S/094/60/000/005/002/003
3073/3535
Mobile Apparatus for Cable Testing
30 000 turns each (0.18 mm enamelled wire) with an interlayer
insulation consisting of impregnated fabric. The low voltage
windings have 525 turns of 1 mm diameter enamelled wire. The main
insulation of the core in formed by a double bakelite cylinder.
The two-stage filament transformer has the transformer ration
250/12 and 12/12 V. c ~he 250/12 V transformer is a dry one and
has a rod core of 8 m cross-section. The primary windings
consist of 1000 turns of enamel wire of 0.25mm, the secondary
windings consist of 50 turns of 1.5 mm enamel wire. The second
transformer is a voltage dividing transformer and is designed to
withstand the full kenotron voltage, i.e. 50 kV. Here again the
insulation consists of a paraffin and bakelite tube; the core is
cylindrical, has a cross-section of 7.5 cm and is made of 0.5 mm
thick sheets, The step-up transformer, the filament transformer
nd the kenotron are inside a bakelite cylinder with a wall
ekness of 5 mm.. A bushing passes through this cylinder to which
thv cable lmder test is connected. The tilament current arA the
high voltage are regulated by an autotransformer with tap-changing
Card 3/5

867
S/0 60/00Q/C05/002,/0C3
B073/E535
Mobile Apparatus for Cable Testing
gear housed in a separate bakelite housjn~. The test instrument
can be operated with supply voltages of 1 7-220 V. Terminals are
provided-for arounding, for connecting the electrostatic
voltmeter and for connecting the regulator with the other parts of
the instrument. There are 3 figures.
Card 4/5
Fac. .1 Q110-nope"04 Oro 411"Poll A" mcnidjamme
:&&mL

Mobile Apparatus for Cable Testing
Card 5/5
667 710
8/094/60/000/005/002/003
E073rz535

HIRDLAYEV, Y.Ye.
Weter-coolinp flexible c.,blps of an electric-arc furn;ce. kra!,.
onerp. 16 no.12olli-If D '(1. (ViRA 14:12)
(Electric furnaces--Coolinp.,)

HIKOLAYU L. lnzh.; 01EVNIK, G.1 DPJ-S-1, V.; X1111SHEl, P., lnzh.; LUFAZHVv*Z;FJT,
i"~~~h.
Adopt*dat the Exbibition of the Achlevoments of the National
EconwW and introduced into Industrial production. lnform.biul.
VDMW no.11ill-12 N 164. (MRA 18t2)
1. TSentrallnoya by-aro takhnic~Askoy informatsil PrIvolihakogo
eaveta narodnogo '-hozyayot,.ra (for 01*ynik). 2. 1,at-.r1ysk17
institut nauchno-takhnichaskoy inL^ormatsli (for Drust).

SIMAYST, L., ivah.
0009-M.-
-- ~14 for the from for hanging swusaWs. Was, Ind. SM 29
00.31" 159. (mm u,6)
I* smalversd*17 sekhmoleglobeskly lwslto wholoullser prewshle*-
"oil
Omews) Making houses-sqsIpmet MA M&PPHOG)

ImrATIV, L., Lash.
beloWng Uw Itfo of f reaw for hsWvg osmsqW, ut". lad*
~ 29 "06149 156. (NIVA Ili 12)
lelosisgradiddr tokbool"tabookly Iseliftt kbolodillmy pvwvhlo~ott.
(&ddag bouooe-41qulp~% &9d supplios)

LMR11f. A.; roUw.=. T.;
8MV of boat exabomp Is thivilaM tutelar bmt ezcfmmW*ro
wIfAb retwy twudest ruw mopiaeount tarn". imee. ina.
~ 30 80*3:22-24 1". (KIM 12t9)
lJod"Faukly $dAmelealowskir imetitat kholadillsor
weqpwl~qtle (Oil* and fate. adible)
Mat-4ruesiestes)

NIKOIATV g L.
Device for cantrolaing the stroke of an apportl=lag piston
in autassitic cutlet cutters. Mae. ind. SSSR 32 n0.114&47
061, (MINA U:7)
2e ImalngradaMy tekhnologichaskiy institut kbolodiltuay
pramysh2ennoetlo
(Neat lAftGU76-lqulPmmt, " OuPP1166)

- I r L.
lwtlft Uw TiUm fas ovolwo A14wolMd4MU 32 wo2*1243 1".
(=A 2487)
lo I - imu"t IN-AAqk;lw prmwmum~tlq
(aus od fate
(serruwaties md rettuamtift =ddm7 too")

MWITSTp A. I.t kwd. tokba. naukll ~QUM~L.~Aj Coroyy inth.1
~Mwo IL S. 0 a" My Imb.
a WI& tram& to m qm pit. 6w. dwr. w, Us
"Ir, (=u 151101
I. - -- -- -- immtot Irw Ammtoy").
as watell kmblmt (ter ftlwlf~pv,
(Swp slain)

1
17 ";.
L. ,
"j,as Cozrposes Complexes et its IVdcles des Formnts," a pnper
presented at the Interratlorial SymV)sium on tl-e Origin of Llfc, Ilkscov, 19-24
Aug 1957.

dhftf so budidat tokbalebookikk mmki GOSCUNIM, A.Do
Fm noitle starting dowtoes assiol In SIZP-151 autamobIlms. Avt,l Orekt,
PrOG6 00-4-14-16 AP '57. (OMA 10-.5)
(Ausombilso-Starting devices)

AUTHORj Nikolayev, L.A., Candilmte of Technical 3ciences
TITLEs Semiconductor Resistance Thermometers for Tnvostigating En-
gines (Poluprovodnikovyye tersometry soprotivl*niye 41ya Lee-
I*dovaniya dvigateley)
PEPIODICALt Avtomobillnays promyshlonnost', 1956, Nr 10, p ~l -
ABSTRAM Semiconductor resistance thermozeters Are suitable for mose-
uring temperatures of combustion engines during tests, since
they have an accuracy of !0.5 C. The author briefly describes
two aqmi--onductor temperature measuring devices. Figure I
shown a temperature megmuring device for temperatures rang-
ing from - 4C to + 121 C. It can be used for subsequent
texpernture mersur"Monts at 10 different positionn. There
are 10 temperrture transducers consisting of the thermometer
"MMT-4" of w)-ich the baoic part is the semiconductor thermo-
resistor TUT-l". Figure 2 Is a crocs section of the trans-
ducer, while Figure 3 shows the circuit arrangement. A micro-
ammeter and &nuntnlanced bridge "NU-31" are used as measur-
ing Instruments. Figure 4 shows a surfgco tezperature meas-
uring device with a range from 0 to 3CO C. it consists also
Card 1/2 of the measuring bridge "NY-31" AM a microammetor but has

-117- 11 5-5P-10- 10/1-6
Semiconductor Resistance Thormocetere for Investigating Engines
only one rod-shaped transducer. It Is possible to measure
with this device, within 3 - 4 minutes, the temperatures at
30 - 40 different spots. The trAnaducor contains A semicon-
ductor micro-thermoresistor "UT-54". The disetivantsee of
semiconductor temperature transducers is their low mechanical
strength which leads to failure of the elements when subject@8
to higher vibrational loads. Therefore it is better to uLi-
lize, thermocouples for measuring the temperature of parts sub-
jected to impact stresses or vibrational loads. Figure 6
shows the circuit arranrem*nt of such a 2easuring device
with automatic compensation. The device may be us 11d0for
measuring temperatures in the range from -50 to +150 C-
Semiconductor thermoresiators "MUT-4" are used as compon-
sators. The device receives power from % "YBS-C.5" battery.
There Pre 2 photos And 4 diagrams.
.L. Intei-rial CCLM"* tion engiw9-Teqper&ture factora 2. Temperature
-Pipasuremen'. '.. R,~,slstance ttermometers- -Per fon"nee 4. Semi-
conduc tors--Appllcat Ions
Card 212