SCIENTIFIC ABSTRACT OLEYNIK, A.P. - OLEYNIK, I.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238010011-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

NOVITMIT, X.Yu.; 7URIY37. Tu.K.; AWWA 'TEVA, Tu.A.; BDL'3BOV, I.G.;
I ~ - It_v_
Foran series. Part 6: A-Chloroetb7lamines of the furan
series. Zhur.ob.kbin. 30 no.7:2199-2202 JI 160.
(MM 3-3:7)
1. *skovskly gosudarstvenW UniTersitet.
(hrftn7lamine), (Thiomyl chloride)
(yuran)

XOROBITSM, I.K.; _~IFB JR 11M. Tu. X.
_j~, A.Y.; T13
Ac7lhydrazoneB of 2.2,5,5-tetraalk7l-3,1~-furanidine-liories. Zhur.
ob. khim. 30 no.9;2820-2825 5 160. (MIR& 13:9)
1. -Moskovskiy gopudarstvennyy universitet.
(Ywandione)

NOVITSKIY2 K.7u.; YURITEV, YueK.; OLEEYNIH, A.F.; ARAVAZIYEVA, YU.A.
Fm-an series. Part 16: N-( A-Dvethyl) furfurylamines in the
syntbOBIS of piperazinaB and etbylenediamineB containing a furan
ringo Zbur.obakhim. 31 no,5:1445-141+8 M7 161. (HM 14:5)
1. lioakovakiy gonu4pzstvennyy universitat imeni MN.Lomonosova.
(Fafurylamina) (Piperazine) (Ethylenediamins)

NOVITSKIry K. "ft.j YUMM, Yu. 1.1 OLEMKI A. F.
lluran mries. Part 241 H-( /2 -morcavtoqtl7l)fmTarylAaL-,.aa
and Awiluryl-thiazolldines. Zhur. ob, khim. 33 no.1-169-72
163. (MIRA 3.6:1)
2. Moskovokly goeudarstyenrqy =iversitet Imeni N. V.
Lemonoaova.
(Purfurylazine) (Tbiazo3idits)

NOVITSM, Mrul; OIZYNIKI A.F.; YURI. YEV~, lu.X,
I .. oxide. Zbur.ob.khim. 33 mD.3:3.01+3--101+4 Hr '63.
(NM 16:3)
1. Molikovskiy gosudaTstyennyy universitet.
(-h=an)

TICIVITSKU, !Ou.; YURIMV, Yu.K.; GIJ,"YNLK, A.F.; HODINA, N.D.
Furen seriRs. Part 34: Synthesis based on (4 -(2-furyl) ethylanine.
Zhir. org. khirn. 1 no.1:160-162 Ura '65. (MIRA 18: 5)
~- MoBkcvoI~7. vomidarstlienrVy uni-ternittit im-ni M.V.Lomonosova.

NWIT1,7Kly K.Yu.; YURIYEV~ Yu,.K.; 01ji,Y,11:~, i%.F.; OVA, G.V.
p I .. ;.,_
F u r a n E e r -- e s . 'r- ar, " 3 5 . z~ 1 1 e'-! ~: s :; r- j .-, r, ~ - z: e -, i- -7 -- 2. - b r =, s a 3 e ty -, !"L -. r -- n .
- . ~ I
I no.22386-388 F 165.
(M-Iftiv 18-4)
1. Moskov~kly f,'0r,%ArJ,5rntven-)yy Utll'V0V.3Jt.G-t iZnF,~Ill M.V.l-0M0no'-;0v"l.

NOVITSIdy3i R.Yu.; ~LEYN K# A.F.; NAYDEEN V.A, N.M.; YURIYEV, Yu.K.
L_ NO
Furan seri-~s. Part 37: Paactions of 2-vinylfuran oxide with a=onia
and amines. Zhur.org.khim. 1 no.33541-545 mr 165.
(MIRA 1824)
1. Moskovsldy gosudarstvennyy univeraitet.

96-66 ___ZW.MNnV_Eff_((4
M
4x3 A?6006981 num rom: tiR/019f)/66/008/002/0272/0277
AUTHOR: Braz, G. I ; Kardash, 1. Ye.; Yakubovich, V. S.; My2Mikova G. V.;
_Ardas Yakubovich-, A.-
hnikov, A. YjLj ~Ie YR.
ORG: Phyaical Chtnistry Institute Ito. L. Ya. KaMov_(Fiziko-khim1cbzsk~Y Institut)
TITLE: Polybenzoxazoles: preparation and thermal degradationl~
SOURCE: Vysokomolekulyarnyye soyedinentya, v. 8, no. 2, 1966, 272-277
TOPIC TAGS: beat resistant polymer, pnlyoxnridde, polybenzoxazole
ABSTRACT: Wew high-thermal-stability polybenzoxazoles have been prepared which
withstand temperatures up to 520-53DC In vacuum. Folyoxazoldelintermediate products!
(1, a-e) were prepared by low-temperatere (1w, OC) polycondensation of 3, 3'-dihydro)zm--
benzidine with isophthaloyl, terephthaloyl, 2,5-furandicarbonyl, 3,5-pyridine-
dicarbonyl, and fumacyl chlorides in dimethylacetamide. The polyoxamides were con-
verted to the pD1ybeDZVX8Z0leB (110 a-a) by thermal cyclodphydration. In addition,
polycondensation of bis(4-hydroxy-3-aminophenyl) sulfone with isophthloyl chloride
producedpolyoxamide III which was converted to polybenzoxazole IV.
21-

ACC Nits AP6D06981
HO OH
vxx~(X fill'0310C;
Vhere H
C: T-1 sk; -C MCH-
V
rajo oil
0 0
[H
All the polyoxamides except III were colored materials, and all were soluble in
cone. H2SO4 and in some amide solvents. Polybenzoxazoles Ila and Ilb are soluble
In cone. H2 S04 and InBoluble in amide solvents, even in the presence of LiC11,
11 c-e are inBoluble In conc. 112SO4, apparently owing to.croBa-linking. 7bepoly-
2

benzoxazoles show bright lumIneacence. Structures were cvnflrmed by IR spectro-
gropy and elemental analyzing. DrIg. art. has: 3 tables, 3 figures, and 4 formu-
las.
SUB CODE: II/ SUBM DATE: Marb'5/ DRIC REY: DDI/ 001 REFs OD9/ ATD PRESS,.
'q 2 13 1

DENISOV, V.I.; SULINENKO, P.P.,- ~~LEYZIIX I.; OLEMX, I.I.
LL,
Machine for proeBsing glass eages. Stek.i ker. 19 no.9:31
S I&* (MIRA 15:9)
1. Stekollnyy zavoa "Proletariym.
(Glass factories-Equipment and supplies)

. ". 7.:
S ~"7~ ZI ml '~ 67 n . S... --. T-
Mine Sanitation
Prevention of silicosis in mining. Gig. i san.., no. 12, 1951.
9. Monthl List of Russian Accessions, Library of Congress, Rea -195 1)
,J, Uncl.

BOYIN, G.M.; IVASTIKOV. I.I.; OLW.NjK,,-AjM,: TSIMWVM!PSKIY, N.V.,
lnzbmner, retsenzent; GOIDVIB, S.Ta., radaktor; HODIL', B.I.
tekbnlcbezkiy 7-adaktor.
(3scalatoral Bskalatory. Moskva, Gos.maucbno-tekhn.iztl-Tc
?mshimstroit.llt-ry, 1955. 351 P. (mm A 8: 10)
(Bacalators)

01MYNIX, A.M.
~;-
Development of the camn1mg lmdustry of HDIdavla from
3.959 through 1965. long. I ova Proms 14 mo*6:37-39 aTe 159a
(MIRK 12:8)
I.MDIdR'72kiY fili2a A-if SSSR.
(MDldu-7is-C=ming lnduBtrv)

BARAT., 1.7e.; DIXACHKOV,, V-X.3 MLER., A.G.; NIKOIZEUX17j, G.M.; OUTHIK.,
A.M SEEGALIJ~ 10sa T, SPITSINA, 1.0.; PLAVINSMY., V.L., red.; GiiN-r-=-,-
1-6101 red.j OSIPOV15 1.A., rod. lzd--gaj TIXWUV~ A.7a.,, teklm. redo
[3~resent state of the bolsting and conveying machinoey itdUsixyl Say-
remennoe Boatoianie poame=o-transportnogo masbinoBtroeniia. By Kollek-
ti-7 sovetskikb, chekhoslovatskikh i nometskikh avtorov. Floskma.,
Hasbgi2,. Prague, SNTL,- Berlin., VT, 1961. 420 P. (MIM 14: 11)
(Hoisting machinery) (Conveying naohinery)

DLXINIK., A.M,
aw
Spectral ana3yaiB 6f tdtani= al.IcTa and titani= concantrates
b7 tho motbod of b:104mg the teat Powder into the arc Zav.
3alb, 28 zo.q*.2078-208D t62. (MIRA li: 6)
.1. Xl~mohevAdy InTod farrosplavcv.
(Titani= alloys-spectra)

OL,zf-,,IK
j, -, -4.-14.
Dissertation defended for the degree of Candidate of Lconomic Ociences
at the Institute of Economics
"Technical Progres5 as the basis for an Increai3e in Labor elodactivity
in the Canning Indu5tr-j of the Moldavian
Vestnik.Akad. Nauk, No. 4, 1963, pp 119-145

OIZYNIX, A.M.
Dei~ ation of the moisture content of
its electric conduetiVity. -Zav. lab. 29
chromium oxide
no.9:1059 163.
(MIRA
fron
17:1)
1. Klyuchevskiy zavod ferrosplavov.

Hj)char,Ivm of the action of chololithin. Vrach. dolo
88-J)1 W64 (MRA V!-I)
1. Kafedra farmakologii ( zav. - prof. II.P. Skahm) Ternopol I-
skogo meditsinskogo instituta.

OLEYNIK, A.N.
Effect of pituitrin P on the tonus of the temminal apparatus cf
the comaon bile duct in dog. Farm. i toks. 27 no-4:475-478 JI-
Ag 164. (MlRA 17:11)
1. Kafedra farmakologii (zav. - prof. N.P. Skakun) Ternopol'-
skogo neditsinskogo Instituta.

CLEINIX,) A.F.p dorozhnrj master (otantslya Kupyansk~ Yuzhnoy dorogi)
This is not the best work organizatiol", Nt I I pUt. kho::. 1:
nno.3:18-oI9 k-f- 263.* CM~ -` 3f',
(Pla.~oud-.-Maintenavne and x-opalr)

OLEYNIX, A.T.-, XJABLONSKIY, Z.1.
Experience in operating the KRR-30/60 apparatus. Vest. eviazi
23 no.5:15-16 ljy 163. (YI-RA 17:4)
1. Starshiye inzhenery Volgogradskoy gorodskoy telefonnoy seti.

s/bai/62/000/024/023/073
BiW/B186
'AUTHORS3 Oleynikp A. V.~ Korshunovt Is A9
:TITLE3 Effect of the shape and the swellingipower of resin on the
kinetics of ion exchange sorptio,n,.
PERIODICAt3 Referativnyy zhurnals '.Khimiya, Ito. 24, 1962,.-156,'
abstract 24BI064 (Tr. po-kJfiimii i khim. tekhnol., (Go'rlkiy)
no-4, 1961, 691-697)
:TITLE: The shape of the kinetic.curves of the ion exchange adsorption of
2- 2+ 3+
'HPO4 ) Zn and y ions van studied in ~(Y-2 (XU-2)vAH-2~b (AN-2F) resins
of different shapes --nd on the CAS (SDV) resin'with different swelling
,powers. It is stated that the results obtained e.?e not specific fol- the
small number of resins and iono, rAbstraoter's notes Conplete transilation.
Card 1/1

OLLYMIFI, A.V*
D.~namics of soms oxidative enzymes in the emr-se of schizol)hrenia.
Vrach. d3lo --o.6.77-79 Ja 161. (1'11%A 15:1)
1. Kafedra psikhiatrii (zaveduyushchiy - prof. I.A.Polishchulc)
Kiyovskogo instituta usovershonstvovaniva vrachey.
(CATAUSO (FB.'60XIDASS)
(SCHIZOPHRU"JA)

OUMMI) A.Y. [Oliinyk5 A.V.1
Some data on the dyzamics of the proteolytic and trypsin-
in'aibiting activity of the blood oar= in schizophrenia.
Fi2iol. zhur. [M=.] 8 no.3:405-409 MY-Jo 42. (MPA 15:6)
1. Kafedra psikhiatrli KiyovskoBo iwtituta usovershon-
stvovaniya wachey.
(SCHIZOPHRENIA) (TRYMIII) (PRMEASES)

.-Alculoltir,4 the cut-Off mt~ rock~rlll rainforcenont b*hlAd P
Evitb mwx;xrl*x in Ijusnign *ntl Tayltsbj. Pop. AN VASII no.1.256-20
'57. (MmA lo., 9)
1. Kiivzlkly gidramellorqti7~ily Institut, Prodstavlano akndemikm
AkAdanii mik UbSil

oj_r_~N,K,
22-4-9/24
AUTEM 0113%yk OsTa, (Russian Equivalent - Olaynik A&Ya)
TITLE2 computation of the Thickness of am Apron before a Toothed Bill
ana the Thickness of a Peixforo*xett of Concrete Plates behind
It, (Rozrakhunok iDyshohM Yodoboyu pared zu'Dobastym porohim i
tovahchyny kriplannya z betonpykb plyt za zym)
PERIOMCALa Dopoviti Akadenii Nauk RSR, 1957, #4, PP 354-358 (USSR)
ABSTRACT: 12 results of laboratory investigations carxied out by the author
some relatiorshipH were, derived for determination of the values
of pressure drop behind a spillway dam in case a toothed sill
ia on tbo apron.
Thass xelationships are to be used for calculation of tho thick-
ness of a massive apron plate before the sill and the thickness
of a concrete reinforcement consisting of separaze platej3
behind the sill.
The article contains I figure and 3 graphs and oltes 4 Slavic
references.
Cara 1/2

SHUTS, G.J. [:Shvets', H.J.]; ZIL113AII, M.S.; X031MIK, S.G. [KobenWk, S.H.];
CMINIX, A-Ta. Dlilnyk, O.IA.3; PIVOYAR, N.G. 13'yvovar. H.H.);
~7--td Ti.-TZ. [Rozovelkyi, I.L.]; SWBODUN, H.T.; DnEOVZZIT,
M.N, Didkovelkyi, M.N.], kand.tekhn.nauk, otv.rad.; rMTMI. Sh.G.
[Krentsell. Sh.E.], red.-leksikogref; SHIKAN, V.L., red.12d-ve;
BUNIT, R.O., tekbm.red.
[Russian-Ukrainian hydraulic-angirieering dictionary; 13000 terms]
Russko-ukrainskii gidrotekhnicheskii slo-var'. 13000 terminov. Kiev,
12d-vo Xmd.nauk USS, 196D. XIV, 192 p. (HIRA 13:7)
(Hydraulic engineering-Dictionaries)
(Russian langu;3ge--3)ictionaries--Ukrainian)

SOV/124-58-7-7643 D
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 7, p 44 (USSR)
AUTHOR: Oleynik, A.Ya.
TITLE: The Spillway Flow and the Calculation of the Bracing Needed
Behind an Overfall Spillway Darn Having a Jagged Sill at the
Base of its Scour -protection Apron (Sopryazheniye Wyefov i
raschet krepleniya za vodo5livnymi plotinami pri nalichii zub-
chatogo poroga na vocloboye)
ABSTRACT: Bibliographic entry on the author's dissertation for the de-
gree of Candidate of Technical Sciences, presented to the
Kiyevsk. in-t inzh. vodn. kh-va (Kiyev Institute of Hydrolo~ical
Engineering), Kiyev, 1958
ASSOCIATION: Kiyevsk. in-t inzh. vodn. kh-va (Kiyev Institute of Hydro-
logical Engineering), Kiyev
1. Dams--Design
Card I/ I

OIXnIX., A.7a. [0-Iiin3rk., O.-TA.1
Calculation of filtration in earth dams vith a disccmtim=B
arrangement of drainage structwes. DDp. AN MSR no.1:31-
36 162. (MIRA 15:2)
1. Institut gidrologii i gidrotekh-niki AN USSR. P=ad5tavlemo
ak&demikom AN USSR G.I.Sukhomelom [Sukbomel., H.I.]
(Dams)
(seepage)

OLETNIX A Ya kana.tekhn.nauk; SIODDDYANO, R.T.., kana.tekhn.nauk,
Z=~~
Some reBults of-actual obummtions of seepage at the Xakhava
bydroel~ectrlc development. Gidr.stroi. 32 no.9:lv-? S 162.
(MIRA 1622)
(Nakbova Hydroelectric Ybwer Station-Soil percolation)

CAL-O'll"', A.Ya. [Oliir-,yl'-, 0.1-.]
walculatior, o-f L~n earth-jor.: dr---. Imillt or. an
imixeri,acablo ba,~e and havinE a see~x-;e section on the dowistra=
Doll. All U!Ui 10-3:349-353 163. diu 1,/: 10)
1. liril;rolo~jil i fj~'rotcldmilil ;J'
I:o,.a SL~dlomelo.l [Swdlwucl~

OLEYNIX, A.Ya..-[Oliiny~i, O.IA.]
Calculation of the percolation through an earth dan, situated on
a permeable honogeneoun foundation with an oozing section on the
downstream slope. Dops Ali UPSER no.4:465-468 164. (MIRA 17-5)
1. Institut gidromekhaniki AN UkrSSR. Predstavleno akademikon
AN U'ArSSR G.I.Sukhomelom [Sukhomel, II.I.].

LINYRIX, V.I. Wyev); OLEYNIX A.Ya. Wyev)
Calculating percolation througb an earth epm cr a pa:-~~,~blp
bed of fJnite capacity and with an intarmal drainage. Przkl.
Twkb. I no.lOS93-102 f65. 0111RA 18JR)
1. InstJltut matematiki AN tj'kr,3SR. SuhAtted Nf,,rch 27, i965.

GOYNIRIUMP A.sh.; NOSOV, M.F.; TIWTIYANOV, Yu.N.;
Stretch mechzr-nlism of capron fibers. Ilyst;kc-s. coed, 7 no.!]:
1877-1893 N 165. (MIRA 19:1)
1. Kiyevskiy filial Nauclino-isslodovatelInkogo instituta iskusst-
vennogo volokna. -S~Andtted December 1. 1962j.

a,,6YA11A~,t,C, AI.
D TNTr- -R-11-"XOMYRY, P.W., reclaktvr; PROZORDYSKAYA, V.I.. takhnicheakiy
-xedaktDr
,[Catting machines and cutter-loaders] Yrubovye mashimy i gorn7e
kom'bainy. Xoskva, Uglatekhisdat. Pt-1. (Cutting machines] Vrubovya
mashiny. 2954. 168 p. (MLU 8:4)
(Coal-Mining machinery)

OLWNU '3t),-Js NikolayeTich; KDRNWEV, P.N.. redaktor-, ZAPRgTIWA. K.A.
y
red TA, Te.A., tekhnicheskiy redaktor; AM YXV,
9
G.G., tekbmdcbeskiy redaktor.
Dutting naebines and cutter-loaders) Yrybovye masbimy i gorm7e
kombaim,v. Moskva, Ugletekhizdat. Pt. 2.[Hine cutter-loaders]
Gornya kombai37. 1955. 261 p. (MLRA 8:11)
(Hining maebinery)

~MEYNU, B. N.
wBew Methods and lnstrmenU for the 1mvestigation of the Thermal PropertieB ct
Construction Materials." Cand Tech Sci, LenizSrad Inst of Precision Mechanics
and Optics, Min Higher Education USSR, Leningrad, 1954. (KL, Ro 1, Jan 55)
Suryey of Scientific and Technical Dissertations Defended at USSR Higher
Idueatimal. Institutions (12)
SO: SUM. 30. 556, 24 Jun 55

Category : USSR/Atomic and Molecular Physics - Beat
Abs Jour : Ref Zhur - Fizika, No 2) 1957 No .3500
Author : Olenik, L.N., Yenchenko. M.P.
Title : Thermal Properties of Gypsum
Orig Pub : lavledovanlyn v obl. teplovykh izmereniy. M.-L., Mashgiz-, 1956,
108-Lu
Abstract No abstract
D-4
Card 1/1

24(0); 5(4); 6(2) PHASE I BOOK EXPLOITATION ZIOV/2215
VOO$Oyuznyy nauchno-18919dovatel'skly Institut met-ologli Iz*n1
D.I. kandeleyova
Raferaty naulthno-18516d0vottel'Skikh ratot; abornLk go. 2 (Scientific
Research Abstracts; Collection of Articles. Hr 2) Moscow.
Stand4trtgIZ, 1958. 139 P. 1.000 copies Printed-
Additional ~,,tonsoring Agencyi ISSR. X=Ltwt standartov, vier I
lzmantev,qkh priborov.
Rd.1 S. V. Roah#tina; Tech. Md.: M. L. Kondratlyeva.

PURPOISt None reports are Intended for scientists, r*2earcho",
and engineers engaged In developing standards, measures, rind
gages for the various Industries.

COVERACIZi The volume contains 129 reports on xtandards of measure.
sent and control. The reports w9re prepared by scientists of
Institutes of the Komitet standartov. mer I lzmeritelIrtykh
pr1borov prl Scrota Xlnlatrov SSSJ? (Con'51solon on Standards.

Measures. ind M-n-lirl"g Tnatrtments under the USSR Cout
nel-I of
Ministers). The participating inez.-tutes grot VWIjH -
Vessoyuznyy nauchr--o-18810dovatel-sitlLy metrologil Jmen.L D.I.
.Mendeloyevot (All-UnIon SclontLftc ngs#,=h institute of Rot-
rology Imani D.J.-MondelpyN) in Loningradi Sverdlovsk branch
Or this Institute; VHIIK - VsQsoyuznyy nauchno-isalodava-zel'skly
InStitut Kosiltota standartov, mer I L=merIt*l'r%ykh priborov
(All-Union Scientific n2sDarch institute or the comm4salon
On Standards, Resource, and Xo4surlng InatmTents), cr*ated
from MaIKIP - K031covskly gosudnrstv*nnyy 'natit,4t nor 4.
I=Orltollnykh prIboror (Moscow State Institute of Measures
and Xcacurlln& ::nz-.r=~-tjtsj occube- ~, 1~55; w=Rj -
V$Gmoyuznyy nauchno-lsolodovatollx~,17 institut fjz'.ko--ekjn_--
Chodklkh I radio tokhn I che 3kikh llzmazenly (All-Union
Research Institute Of PhYalcotechnIcal and Andlo-onglnverlng
Measurements) In Moscow; KhGIRIP - Kharl1kovskly gosudarstv"nyy
Institut mer I ImerItol'nykh pr-lborcv (Khar-kov State
or Measures and Xeasurlng Instruxetts); and NOIMIP - Favosi-
blrakly gosudaretvenyy Inatitut nor 4. I=eritol'nYkh pribcrcv
(Wovasibirsk State Institute of Measures and Monsuring Inst-u.
NO personalltioa are ment-loned. There are so reff-ronces.
Pormula f8r a Platinum Resistance Themonster In the Interval
-183 - 0 C 72
A]4y-QyA_2-Z.. JI-IL-02a3mik, and 11-Z-=^1ZiY. (Doestsed3 (VIMZM).
Producing and -tadrT"g-tftw-TrIpl9 PoInt or Water 73
P..". Allyova, A.U--Gardav Q~Z.
-
m
national Com-
nisi
yU--?--2AjLbere. and A.A. Dolinakaga (VwtjM5. X
_
parison of Rosista.0c -ris 74
RWjaaya--A-Z- (Sverdlovsk Branch or vulix). Developing a Method
and Studying tho Apparatus for Cal,-trating and Checking P-a4l-ative
Pyrometers In the 150-8000C Tomperaturv Interval 74
K=tor,--2,U.p and Ye.3 6 Shplrellvwt~ Cn- G' 111U). Studying F-r-ors
-
-
l
"
onal
C Intw~sl of the Intern4t
-2U0Q
gOG
in Reproducing the7
Scale, of Temperatures and Improving the Accuracy or the C2trcs:!nZ
System 75
Pjt!k,ql,'9Lhteyr.-YA-Xe.. and Ye.S,_SJnp!&e1'-msn (KhOlPITF). D~exlgnl~g
Card 25/27

24(o); 50h 6(2) PHASE I BOOK EXPL401TLTZON SOV/2215

Vassoyurnyy nauahno-isaledovatellskly Institut motrologlL Imeni
D.I. Mandeloyeva
mareraty nauohno-insledovatellskikh robot; abornik No.2 (Scientific
Research Abstracts; Collection or Articles. Wr 2) Moscow.
Standartaiz, 1W. 139 V. 2,000 copies OrInted.
Additional Sponsoring Agency: USSR. Xomltst standartov.. nor I
Itworitel-nyAdt priborov.
Id.t S. V. Rashotinal Tacit. Ed.s M. A. Kondratlyeva.
PURPOSts Those reports are Intended for scientists, researchers,
and engineers engaged In developing standards, measures, and
gages ror the various industries.
CO VOWEs The volume contains 128 reports on standards of mpasur*-
5t*nt and cant ro 1. The reports were prepared by Scientists of
.institutes of the KomItet standartov, mar I lzmerttal-nykit
prIborov pri 3ovete HInIstrov 5 SR (Commission on Standards.
Measures, and Moasuring Instruments under the USSR Council or
Ministers). The participating Institutes aret VYIIM -
VdasoYurnyy n~uchno-louledovatel-xkly m9trologil ImqnI D.I.
Mandeleyeva, 411-Unlon Scientific Rosetrch Institute of Not.

'
roln" Imeni D.1 Xcndsle5vv) in Leningrad; Sverdlovsk branch
or this instltut;
; vNIIK - vs#aoyurnyy n4uchno_IsajqdovAtpl,sk_jy
Institut Xomitota standartav, mar I Imnorltollnykh prloorov
(All-Uni" Scientific Research Institute*cr the Commission
im Standards, Xoasures, and Measuring Instruments). created
from MOIXIF - Xoskovokly gosudirarvennyy InstItut mar I
12maritel-Ilykh priborov (Moscow State Institute of Moasures
and Measuring _nztru=n1a) Octoovr 1. 1955; VIIIIPMI -
Vs*soyu-.nyy nauchno-loalledovatell'skly .4not.1tut fIziko-tekhnI-
cheskikh I radlotakh~lchosklkh lzmorenly (All-Union Scientific
Research In
tItute of Physic at echnic al and Radio-onginoerlng
:
Measurement ) In HOOCOW; KhOIRIP - KhAr'kC73kly gonudarstvennyy
InstItut nor I lzmerital-nykh priborov (Yh4r'k"v 3 t"c Institute
or Measures and Measuring Ins truments); and NOINIP - Novosi-
birskly gosuderetvenyy inatitut mar I I=er1_tel'nykh priborov
(Novosibirsk State Inatitute of Measul-va and Measuring Instru-
No personalities are mentioned. There are no refor4nces.
Gordov, A.W., I.I. F.Irenkov, and E.A. Lavine (VNIXN). Construct-
ing a Set of Standard Tungsten Pyromoter Lamps Calibrated ror
Color Temperature so

V
C
gardt 11 structing Standard %whersoccuples of
'
'
"
'
y.
X)
'n
'
~
'
l
'
I
al
iTtd
-
u
rl
t
Kat
~
r
l
*
,udying Their Cal--bration Character.
iIL
p
y
Istice
V.V., V.A..Kovalovnkly, V.Yo. Pinkal'shteyn# and O.L.
Designing and Studying an SPK-l ObjuctfiTa
for the Calibration or Tungsten ftromater Lamps 132
Ik R~ ?
Z. Allyova, N,A_DaIziy [Decoasodj, Z.V. Dmitri-
-
'ytirl, Yu val -berg- (Vj;IZYQ. 1nve3tlg,%-i'jjg

y niermSmetera of a New Type With ValuQ of DIvIalon
,.;to
O.CloC
a in the 0-60 0 Temperature Range 54
jungu_rqv, V.I., and T.V. Lapshina (Svordlova;t Branch of 111111H).
_
nVoafij&t1:6n of Sovf-cV-TV-nkst5n
Pyrometor Lamps S5
Card 17/27

011MUI., B. N., (Cand. Tech. Sci.)
"The Cooling of an ~Lrchlmedian Cylinder,"
report prSBanted at an inter-vuz conference on the Re6mlar Thermal Condition, Leningred
18-20 Marob 1958.
Inst. of Meteorology.

SOV/58-59-9-20023
Translation from: ReferativWj Zhurnal, Fizika, 1959, Nr 9, p 85 (USSR)
AUTHOR: Oleynik, B.N.
TITLE: The Triple Point of Benzoic Acid as a Secondary Reference-Point for the
Temperature Scale
ME?JODICAL: Tr_ Vses. n.-i. In-ta metrol., 1958, Nr 35(95), Pp 11 - 15
ABSTRACT: The triple point of benzoic acid (122.360C) can serve aS a convenient
secondary reference-point which does not require barometric measurements
of atmo.9pheric prazsure. The purification of the commercial acid was
carried out by means of double sublimation at 1950 to 2050C under a
pressure of 100 inm Hg. The amount of admixture in the purified acid came
to e-10.005%. The sealea glass vessel for bringing about the triple point
contained 400 to 450 g of the liquid acid and 50 cm3 of its saturated vapors.
There was a central pit to hold the thermometers which were to be calibrated.
The0vessel was first heated in a furnace up to a temperature of 1301 to
Card 1/2 140 C and then was left to coal off In the air. At the Instant that

SOV/58-59-8-17635
Translated from: Referativnyy Zhurnal Fizika, 1959, Nr 8, p 95 (USSR)
AUTHDR:
TISM Regularization of Thermal Processes
PERIODICAL: Tr. Vses, n.-i. in-ta metrol., 1958, Nr 35 (95), pp 121-128
ABSTRACT: This article proposes a method of analyzing thermal processes by means
of the Rr criterion of regular conditions (RC), and the sequence of entry
into RC Is determined for points of an unbounded cylinder, sheet and
sphere, which. are cooled (or heated) in a medium with a constant
temperature (1), with a linear variation in temperature (II), and with
an exponential variation In temperature (111). It Is shown that the
duration of Irregular conditions depends on the coordinate of the point
wider conalderntlon. For I and 11 the values of Rr are cited for the
two limiting cases of 131 (0, oa ) . In I the burfnao poInto q - 49(Rr - 0)
also exist'which enter into RC earlier than all the others, and the
position of the regular surface depends on the Bi value. For II, in-
dependently of Bi, the regular surface coincides with the body surface,
Card 1/2 while the centers of the bodies under consideration enter into RC later

SOV/58-59-8-17635
Regularization of Thermal Processes
tJ= all the points. For 1111, depending on the conditions of heat transfer (Bi) and
on the intensity of the variation in temperature of the external medium (Pd), either
all the points of the body enter into HC (Pd< w,2), where w is a parameter dependent
on BI, or (Pd > w2 ) RC do not set in at all for some points. It is noted that this
method can be used in those cases where the initial distribution of body temperature
Is a function of coordinates.
L.P. Kholpanov
Card 2/2

PROSTMOT, T.P.; AIMA, 7.2.; OLSTNIK B 3
~
Marcury glass Vv=ometlorm dIvIdad into eqnal ,arts. Tra,-47
TNIIX no.36:6-8 $58, (MIRA 11:11)
(Thermometerm)

S/14 61/004/006/016/020
D221YD301
AUTHORS: Dullnev, G. V., Oleynik, B. V. and Platunov, Ye. S.
TITLE: The present state of and the main problems in therma-'
instrument design
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Priborostrr,,
yeniye, v. 4, no. 6, 1961, 124-131
TEXT: According to the suitability of a method for obtaining the
temperature from one experiment, the existing methods can be di--
vided into two categories. The first comprises practically all
stationary methods of measuring the heat conductivity except the
axial flow in metals; all methods of the regular regime of the
first kind (but not the microcalorimeter method); all methods of
temperature waves; pulse, probe, mixing and other methods. These
are not generally suitable for mass measurements. The second ca-
tegory includes experiments with continuous heating or cooling of
specimens over a wide range of temperatures, and may be subdivided
into two groups. One embraces tests with a rigorously linear law
Card 1/4

S/146/61/004/006/0116/1320
The present state of ... D221/D301
of heating and cooling; these are designated as regular regime me-
thods of the second kind or quasi-stationary methods. The other
group contains investigations in conditions of monotonic heating cr
cooling, and these are designated as dynamic methods or methodF r--"
continuous heating. The theoretical investigations of G, P. Ivar-
tsov, A. V. Lykov and G. M. Kondratlyev form the basis of the
group. These methods were studied by M. Sh. Yagfarov and L. 1. Sel-
menov. The methods of the second group were developed at the te--
ginning of 1950. Yu. P. Barskiy at NIIstroykeramika has worked
since 1950 on determining the thermophysical properties of maT,e
rials by measuring the variable heat flow with a diathermal she-7:.
These methods are now mastered for temperatures up to 12000C. 0. A.
Krayev at MIFI developed, during 1954-1958, methods of measurjr~g
the thermal conductivity of metallic and granulated heat insu'la-
ing materials and the heat conductivity of fluids. These are based
on simplified laws of monotonic heating of the specimen between
20 - 7000C. From 1953, the Leningradkiy institut tochnoy mekhan4~:
i optiki (Leningrad Institute of Precision Mechanics and Oplk-JS)
carried out investigations on transient temperature fields. Th-_
Card 2/4

S/146/61/004/006/016/020
The present state of D221/D301
Institute developed methods for measuring the ideal heat capac'_~Ty
and for determining thermal conductivity of hard insulators and
thin films. The authors stress the lack of industrial instrumen-cs
for the above. The absence of unified measurements is a major
drawback in perfecting instruments. The Vsesoyuznyy nauchno-issle-
dovatellskiy institut metrologii im. D. 1. Mendeleyeva (All-Union
Scientific Research Institute of Metrology im. D. I. Mendeleev) Is
at present engaged in solving this problem. A reference is made
to USA and England where the National Laboratories offer standard
samples of substances. The Leningrad Institute of Precision Me-
chanics and Optics organized in December 1960 the second confer-
ence of schools of higher education to examine methods and insturu-
ments for measuring the thermophysical properties of materials.
The conference made the following resolutions: 1) Concentrate at
the Mendeleyev Institute work on prototypes; 2) subject to a state
examinatim the instruments intended for industrial manufacture;
3) form a commission for thermophysical measurements as the co-
ordinating center; 4) establish a design office and prototype pro-
duction for instruments; 5) foster research in the field of high
Card 3/4

DS/14 61/004/0006/0106,/020
The present state of ... 221 YD301
temperatures;.6) convene an All-Union conference no later than in
19063 to debate the methods and instruments for thermophysical ex-,
periments. This article was recommended by the Kafedra teplovykh
i konbrollno-.izmeritellnykh priborov (Department of Thermal. and
Cont-rol-Measuring Instruments). There are 56 referenceo.- 42 Soviel
bloc and 14 non-.Soviet-blac. The references to the 4 most recent
English-language publications read as follows: 1-1. H, Sutton-, J.
Amer. Ceram. SOC., v. 43, no. 2, (1960); C. L. Langmuire, Rev.
Sclent. Instrum., v. 98, no. 11, (1957); W. E. laupin, A-mer Cer,,_,n.
30c. Bull 9 v 39, no. 3, (1960); Taga Masao, ,,-ans. Japan Soi-,
Mech. Eng:, /ki959), 25., no. 160, 1274-1281. '
ASSOCIATION: lleningradskiy institut tochnoy mekhaniki i
(Leningrad Institute of Precision Mechanics and'6p
tics)
SUBMITTED: June 19, 1961
Card 4/4

OLEYNIX., B.P.
Hew regalatiom on am international practical te;~perature scale.
lzm. takh. no.7:20-23 JI 161. (HIRA W-6)
(7bemometry-Standards)

=MK B. N.
Units for the meamzmment of the quantity of beat. Mrudy inzt.
Xom. stand., Ter i i2m. prib. no-5-1:6742 '61.
(YLMA 16: 3.)
1. VassoyuzW nauchno-lBaledovatellskly institut metrologii
in. D. 1. Mendeleyeva.
(CalorimetTY)

C-/058/62/000/005/003/119
A J.&VA
AUTH,0?S: Leylcam, V. i., 01eynik, B. N., _Sozinov, G. Ya.
TI'4T'LE: The measurement of the heat conductivity of semiconductors
PERIODICAL: Referativnyy zhurnal, Fizika, no. 5, 1962, 12, a:0stract 5A1`31
("Tr. in-tov Kom-ta standartov, iner i izmerit. priborov pri Sov.
M
in. SS3R", 1961, no, 51 (111), 131-137)
M
TEXT; An analysis of the methods of measuring the heat conductivity of
.;emiconductors leads to the conclusion that "he best developed methods are the
stat ionary- f 1 ow- type ones. A description Is given of an Ins'.killation de:.--igned
for measurinr~ the heat conductivity and based on the mathoa of "two plates". A
flat hea-.,er is placed between the two test ;Nieces which are 2C) mm long and 10 mm.
in diar;;eter. of diffza,ential tliert~,OcOuple.5 aVe mounted in the
Pieces. The -;y_,te..- '--, placed in an updraft furnace. Two measuring units
were designed. one for temperatures from -180 to +20 0C, and the other for tempera-
tures -from '7' _~ :. 4 - 60hours.
-3-' C. The temprrature in the units is set for
The installat'-on wa., tested within a temperature range of -180 to +500 C. The
Card 1/2

S/0 58/62/000/005AX) 3/119
The .~~;,-,,remerit Of the heat conductivity ... Ai6o/Aioi
r
cs,,i -,-.s on -~he nea-z. conductivity /'~ of melted quartz at temperatures from_~18~~ to
I
+20C. C are expressed by the forimula 0.264 + 5. 11 - 10- T -4.00 - 10 T~
w,att/m - degrees. The mean deviations of experimental points from this curve are
There are 21 references.
L. Filippov
FAbstracter's note: Complete translation]
L
Card 212

GLE-..%X, B. N.
"Substances de referenre en calorimtrie"
Report presented at (,th Session of the Advisory Conmittee
on Thermometr~y to the International Cormitteci on Weights and
heasures, Sevres, France , 25-27 Sep 62
institut de Metrologie D. I. Mendeleev (U. P. S. S.)

s/589/62/000/063/001/02
E032/2514
AUTHOR: Oleynilt, B.Nt-
TITLEi Temperature-curves for a calorimetric experiment
SOURCB.' USSR. Komitat standartov, mer i.izmeritellnykh
priborov. Trudy institutov Kamiteta. no.63(123).
Moscows 1962. Issledovaniya v oblasti teplovy4h i
temperaturnykh izmereniy, 5-24
TEXT: It is noted that a further increase in the accuracy of
calorimetric mepsurements -..7ill be achieved not only by experimental,~
improvements but also with further theoretical developments. This
paper is a first communication reporting 3~esn'lts of theoretical
studies of calorimetric'systems of the form indicated in the figurei.
The body under investigation A-(calarirfietric bomb) is given a
certain amount of heat at some initial instant of time. The.onorgy
from A flows into the surrounding body B (-s,7ater or metal) frhich is
in good thermal contact with A and has no temperature gradients
within it throughout the*experiment. The body B is surrounded by,
an isothermal or adiabatic enclosure C and may have uniformly
distributed internal heat sources. In the present analysis A is
Card 1/3
A'. 7~.'

s/589/62/000/063/010/021
B032/E514
AUTHORS: Oleynk1j, 3,N. and Platunov, Ye.s.
TITLE: Local heat-transter coefficients for bodies of simple
geometrical form
souncB: USSR. Komitet standartov, me~ i izraeritellnylth
priborov. Trudy ~nstitutov Komiteta, no.63(123).
moscow, !962. Issledovaniya v oblasti teplo'vykh i
temperaturnykh izmereniy; 131-142.
TEXT: It is pointed out that because of mathematical
diffic ulties most heat-transfer problems pre at present solved
on the assumption that the licat-transfer'coefficient is
independent of the coordinates of points-on the surface of the
body under investigation. However, in special Simple Cases it is
possible to imp3-ove the accuracy of the ninthemntical ontilysitj by
introducing local hent-trannfor coofficients (razdelInyye
hoeffitsienty teploobinena). These coefficients were originally
used by Konratlyev (Regulyarnyy toplovoy rezhim [Regular heat
transfer], Gostekhizdt, 19511). The aim of the present paper was
to produce a systematic account of studies of the local heat-
Card 1/3

Local heat-tran.5fer coefficients ... 5/589/62/000/063/010/021
E032/Z514
transfer coofficients i'or sij,iple geometrical forms and to
consider their practical application to experimental methods of
determination of the thermophysical properties of isotropic and
ani5otropic materials. In the first section a derivation is givm
cf expressions for the local heat-transfer coefficients in the
case of a parallelepiped, assuning that they remain constant over
each individual face btit differ from face to face. Moreover,
the local heat-transfer coefficients are assumed to be independent
of the temperature difference between the parallelepiped and the
wirrounding medium. To do this, the solution of the heat-transfer
equation is sought in the form
= AU (x,y,z) .-m1r, (4)
subject to the boundary conditions
a U + L U(X'Y'z) 0 (6)
where N is the theri.ial conductivity, ai are the local beat-
transfer coefficients and 3/ark, represents differentiation along
the inward normal of the facesi _x, yv _y. z, _Z. It is
Card 2/3

Local hant-transfer coefficin:it., S/589/62/000/063/010/021
E032/E514
found that tile local lloat-tran5fer coefficients f6r the six faces
of the parallelepiped are proportional to the thermal conductivity
and inversely proportiunal to the lengths of the corresponding
sides of the body. In addition, tile expressions for the
coefficients involve six constants of integration. A procedure is
then outlined of how these constants can be determined experi-
mentally. The analysis is repeated for a cylinder of circular
cross-section. In the second part of ihis work the theoretical
expressions were verified for specially prepared gypsum specimens
in the form of rectangular parallelepipeds and finite cylinders.
The mean heat-transfer coefficients were 'determined with the aid
of brass Kondrattyev a-calorimeter5. The local hoat-transfer
coefficients were determined at room temperature under conditions
of natural convection and also in a forced air stream. Detaiied
numerical results are reproduced in the form of tables. There
.are 2 figures and 2 tables.
ASSOCIATION: VINIM
SUBMITTED: December 30, 1960
Card 3/3

1PATCY, 7u.5.; MEM, V.I.; OlEYNIK, B.1h; PATOVSKAYA, Z.K.
*------
Instruments for measuring heat conductivity. Trudy inst.Koz.
stand., mer i izm.prib. no.63:143-150 1612. (YJRA 15:8)
1. Vsesoyuznyy nauchno-lssledovate2lskly institut metrologii
imni. D. I.Pzndeleye7a.
(lieat--Condilotion-l-leasurement)

BOGgSLIVSM, Moisey Grig=ITpv:I-ab., kands tekhn,xtauk; KREMMSM'.0-
Panteleymn-Petrovich,, kand. tekhn. mauk; OLMEIK ris
P IAO
Niko3ayevich., kand. Ukbn. nauk; CBEVMIN V e IFI&~-
kand. tekbn. nauk; SHIROKOV., Konstantin
Pavlovich, kand. te3dm. nauk; BMUIJ, G.D.., prof.., doktor
tA3kbn. nauk., retsenzent;-RYEKO, SeTaa-y x9d.izd-va;
MVEDFV~ L.Ya.~ tokhn. red.
[Tables for the conversion of measurement units] Tablitsy pe-
re-goda edinits izmerenii. [By] II.G.Boguslavskii i dr. Moskva,
Standartgiz., 1963. 116 p. (MIRA 16:3.2)
(Weights and mea6ureo-Tables, etc.)

BOGUSLAVSKIY, MOiBey-GrIgorlyevicb, kand. t--kbn.muk; KRDEMSKIY,
Pantele.pnom Petrovicb, kand. tekbn. naukj OVMMIK., Boris
Niko2ayevicb3 kand. tekhn. nauk; CAECEMITA, Yekaterlra
a, kand. tekhn.nwak; SHIROXOV., Konstantin
Ilavlovich, kand. tekbr..nauk; PURDUN, G.D., doktor takhn.
nauk, retsenzent; RYSKO, S.7a., red.lmd-va; HEDVEDEV, L.Ya.,
tekhn. red.
[Tables for the conversion of mewwrement units] Tablitay
perevoda edinits I=erenii. [By] II.G.Boguglavskii i dr.
Moskva, Stapdartgiz, 1963. 126 p. (MIRA -17:1)
1. Vsesoyuznyy nauchno-issledovatellskiy institut metrologii
im. D.I.Fier-deleyeva (far Bogualavski7, Kremlevskiy, Oleynilk,
Chechurina, Shirokov).

NAI)GOLINYKH, I.V.; OLEYNIK, B.N.
Tenperature conditions of a calorineter. Nov. nauch.-Issl.
rab. po matr. MIN no.1;3-7 163. (MIRA 17:9)

OIEYNIK2 B.N.
Ecri.mlizing the readings of a calorimetric thernozater.
Nov. nauch.-issl. rab. po metr. VNIIM no.1:7-12 163.
Effect of the thermal inertia of a calorimetric thermo-
meter on the precision of measurenents. Ibid.:12-17
New calorimetric methode for the determination of therMD-
physical coefficients. lbdd.:21-24 (MIRA 17:9)

KIRICHENKO, Yu.A.; OLEYNIKV B.N.; CHADOVICH, T.Z.
lbermophysical characteristics of polymethyl nethacrylate.
Nov. nauch.-Issl. rab. po metr. VNIIM no.l-.24-28 163. (MMA 17.9)

OLEYM3 BON,
Uniformity of measurements of enthalpy (heat capacity) and heat cor*-
ductivity of solids. Teplofiz. vys. temp. 2 no.1:109-117 Ja-F 164,
(MJM 3.7 -.3)
1. Vsesoyuznyy nauchno-issledovatellskiy institut metrologii im. D.I.
Mendeleyeva.

USKOV, V.S.; - GIMMIK, B.I., "
Benzoic acid for calorinetrie determinntions. T=. tekho no*3:
31-33 Mr 164 (MM 17:6)

ACCESSION M3 04038000 S/01?0164/ODO/00510070/00
73
ATJTHORi Xirlchenlco, Yu. A.; Maynik, B* 14; Cbadovicb, T, 2,
TIMs Thermal charaoteristics of polymers
SOURCE3 limbenerno-fi zicbssU7 zhurnal, no. 5, 1964, 70-73
TOPIC TAGS: poaymethyl methacrylate, polytotrafluoroetbylbne, p63,ystyrane, thernal
tonductivity, the=al diffusivI-by
ABSTRACT: The thermal diffusivity and thermal conduotivity~ot some polymers
(polymethyl methacrylate, polytetrafluoroethylene, polystyrene, and high-
pressure polyethylene) were meRsured over a wide temperature range, and were
-expressed by analytical relations. 7he neasurements3 carried out by using the.
temperature wave and amlorimeter methods for thermal diffusivity and steady-
state radial heat flow, for tbarzaal conduotivity a" in good agreement with
the experimental data of other authors. Polymethyl motaorylato is "oomendvd,
for use as stwidard material In graduating apparatus and instruments used Sor
zoasuringthermal diffusivity and thermal oozduotiviV betwoom 20.and 80oCe.
bast 4 figures and I tab'l a
Orig art
C~vrd 1/2

OIXMK~ ~.N.~ U~SSKOV, V.S,
Benzoic acid ea tle ztsndard subotan~e in calorlvatr"c m-nasl enentst
A I
Zhur. fiz, khim. 38 no,942162-2165 S '64. (KIRA 17~12)
1~ Vaesovuznyy nauchn-c-l's-:1edovatel'skly institut metrologil
iment Mend,leyeva, Ieningrarl,

OLVE El r1l, B. 11 S,
International System of Units for thermal measurements. lzn,.
telkh. no.10:57-U 0 16/1 (MIRA 18:2)

GLETYVIK, Boris Il dkolayervich; ~~. ~ , E. i . p rez~ I
(Lxact c.-rlorimF-,try] livoc+mi,, ; , - .
lzd-vo otar-c artov, 1 5c', ! 1. ('~ ~ 2 ~ ~.', I R . , 'I

L 1-1326-67 WQ)/AgL:L)jWZN)__. W(0
ICU NR. _-ARW7629 SOURCA
'AUVIOR: Oleyni%, B. N,
i S _50
=TL*E: 'WorX in-the field of meas4ing _thermal quantities
IVA
SOURCE: Bet. zh. Metrol. i izmerit. tekhn., AD. 1.32.BD3
~F SOURCE: Tr. in-tov Goa. kom-ta standaTtov, ner i izmerit. priborov SSSH. vyp.
"6 (3-36), 3.965, 12~-129
IFIC TAGS: tbermometry, thermemechanical property, inethy1metbacrylate, heat condue-
.vity
PSTRACT: A report is given on work done at V14IIM in the field of thermometry: re-,
bearth to find standard materials for therniophysical measurement, determination of the
hermapbysical coefficientsAof pol-ymethy1methacn,late4in cooperation with the Leningrad
Chemical Engineering Institute im. Lensovet and the Le~ingrad Institute of Precision
Optics. The method of radial temperature waves in a cylinder was de-
~eloped at W11M for measuring the coefficient of thermal conductivity as a function of
temperature in the interval betveen -3.80 and +700'OC*together Vith W;perimental equip-
8 -6 m2/sec range with an error of :!13%. Equip-
for teBting zaterials in the 10 _10
ent. based on the 2oetbod of stationary heat flux was developed for measuring the co-ef-
Ocient of thermal conductivity in poor beat conductors in the interval from 0.05 to,
Card

OLM.11.7K,E.F.
Rotameri-c forms of the polyhydroxymethylene chaL.2 and the-ir
manife-Station In infrared spectra. Vysolkam. coed. 6 no.11:
2103-2104 N 161, (MIRA 18:2)

16.- LI'S-.o 0
67553
SOV/20-130,1-2e/6q
AUTEORS3 Razuvayevq G*Aop Corresponding Momter AS USSR, I~asileyskaya, N.S-
Oleynik, E. F.
TITLEs 'WaYB of Esiachloroethane Formation in rhotoreactions Between
a~_
CaAom Tetrachlor do and 1100hola
PERIODICAL: Doklady Ak~de=~i nwak -SSSR9 1960, Yol. 1*30, Nr 19 pp t02-'~04 (USSR)
ABSTUICT3 X. Pfordt-8 (Ref 6) indicated a soheze for the process mentioned
im the title (3). He assumed the forPation,of C 2C16 to be a
Consequence of the dimarization of eel, radicals, The auth-)rsq
however, consider another :way of 01 2016 formation Possilble.
At firBtq the same prcoess occuiring in the thermal action may
ovotT in the photoreaction (Equation 1). But then, CHCI 3 rea,*-As
vrith eel4 aoeordir-.9 to the formula CECI3+eel 4241 C 2C1 6+HCI (4).
This happens really when irradiating the mixture of 46.5 9 of
eel4 and 17-9 9 c-f CHCl .3 by means of the mero-Lu7-quartz lamp of
Card 1/3 type FRK-2- 4-0 9 of 09CI6 are formed within I month.

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Card 21/31

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SUBMITTED: septez~y
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~
50
AUTHOR: Forzhitskiy, 1. 1, SOV/64-59-4-25/27
TITLE: Conference of the Workers of" the Plastics Industry
(Soveshchaniye rabotnikov promyshlennosti plastmass)
PERIODICAL: Khimicheskaya promyshlennosti, 1959, Nr 4t pp 68-89 (USSR)
ABSTRACT: From June Q to!4,tie branch conference of the workers in the
plastics industry was hold in Moscow. It was organized by the
following institutions: Gosudarstvennyy komitet Soveta Ministrov
SSSR po khimii (State Committee of the Council of Ministers of
the USSR for Chemistry), TsK profsoyuza rabochikh neftyanoy i
khimicheskoy promyshlennosti (central committee of the Trade
Union of the Workers of the Petrcleum- and Chemical Industry),
Tsentralnoye pravleniye VKhO im~ D. 1. Mendeleyeva (central
Ad-ministration VX110 imeni D. I. Mendeleyev) and Sovet,-narodnooo
khozyaystva Yoskovskogo oblastnogo i gorodsk-ooo ekonomicheskikh
rayonov',GNTK SSSR I RSSFSR (councils of the National Economy of
the Moscow Oblastf- and To-an E-,onomic Districts)GNTK USSR and
RSFSn . 1000 persons took part in the Conference. The tasks
,which were set the plastics industry by the XXI Congress of
the CPS3 and the May Plenum of the TsK CPSS 1958 viere discussed.
Card 1/3 Beside the Plenary Session, sessions of four different sections

Conference of the Workers of tbe Plastics Industz7 SOV/6,4-59- 4 -25/27
took place. In the session of the section for polymerization
-plastics and cellulose-ester 16 lectures were beld. Among them
the folloring: F. A,-Ole;., ~'Kuskovskiy khimicheskiy zavod)
(Knsko Chemical Works) - Research Work With Polyformaldehyde,
A. V. Golubeva (N11PP) - Styrene copolymers, IT. S. Lebedov
(Yerevanskiy zavod im. S. N. Kirova) (Yerevan Works imeni
S.M. Kilov) - Production of Vinyl Chloride With !!,ercury-f -roe
Catalysts. In the section of condensation plastics P.S. Ivano7
(Nizhne-Tarillsk-.1y zavod plastmqss)(Nizhr-iy Tag-~" Works for
Plastics) spoke on "The Technoloey of the Phenol Formaldehyde
Resins According to the Continuous Mlethod". In the session of
the section glass plastics 12 lectures and 9 communications of
research institutes concerning the results obtained at the
production of glass plasticB were delivered. The following
lectures were held in the cection for final processin- of
plastics. K. S. Strelttsov (11odeltno-konstruktorskiye masterskiye
Leningradskogo sovnarkhoza)(Model Constructing Workshop of the
Leningrad Sovnarkhoz) "on the Processing of Thermo-plas tics to
Final Products According t3 the Pneumatic Method",
Z.P. Mitskovich (Kiyovskiy ekonomi,.heskiy rayon)(Kiyev Econcr.'c
Card 2/3 Rayon), "On Manufacturiiu_- Complicated Final Products of

Conference of the '57orkers of the Plastics Industry SOV/64-59-4-25/27
Polyamides by Casting at Lor Pressure Directly From the Fusion
Kettle Without the Use of Casting Implements", G. V. Struminskiy
(11111U) "On the Production and Final Processing of Transparent
Soft and Hard Polyvinyl Chloride 1lixtures". The congress
delegates criticized the.work- of the Upravleniye plasticheskikh
mass i sinteticheskikh smol Gosudarstvennogo komiteta Soveta
Ministrov SSSR po khimii (Administration for Plastic Masses and
Synthetic Resins of the State Committee of the Council of
Ministers of tile USSR for Chemistry), and some institutes
because of insufficient coordination. Furthermore the insuffi-
cient supply 77ith projecting plans of the plastics industry by
the Giproplast was criticized. The unsatisfactory development
of some Districts of National Economy (Kemerovc~ Lenincrad,
Armenia, et al) was pointed out. The conference supported the
decisioncrL'tim br&mch conference of the nitrogen industry
concerning the introduction of a holiday to be called "Day of
Chemistn".
Card 3/3

YEZIIIKOV, N.N., inzh.; SIZIONOV, L.V., inzh.: OLEYNIK, F.A., Fornyy teklinik
PHL-9 loader. Gor. zbur. ro.11:56 N 161. (MIRA 1r:2)
1. Nauchno-issledovatel'skly Fornorudnyy institut, Krivoy Rog.
(Mining machinery)

OLEY-,,TIK, 1-. m'.
OLEVIIH., F. M.: "Investigation of -the. technological process of plol-dng
a lucerne cover.'~ Min Agriculture USSR. Moscow Inst of Mschaniaa-
tion and Electrification of Agriculture. 1956. (Disrerta-
tion for the Degrtp of Candidate in Technical "-3ciences.)
Source: KnJzhnaya letopis' 1,10 140 19~56 Moscow

'Dow -nyk, F.P.10 dotsent; BELDUS~ P.G. (Bilausp P.H.],
,.OLE VANIN )a 11, [0111 V
--- . 'dotsent
What the Xherson method proves. Mekh. sill, hosp. 14 no.3:
14-17 Mr 163. (MIRA 17:1)
1. Khersonskly sellskokliozyaystvennyy institut.

NIKOLAYEV, L., lnzh.; qj~;YI~I& 11141SHEII, P., Inzh.; LUKASHEVSKIY,
,J~; DRUST, V.; F
L. , inzh.
Adopted at the &hibition of the Achievements of the National
Economy and introduced into industrial production. Inform.biul.
WITM no.11:11-12 N 164. (MIRA 18:2)
1. TSentrallnoye byuro tekhnicheskoy informatsii Privolzhskogo
soveta riarodnogo '-hozyayst,.ra (for 01eynik). 2. Latviyskiy
inatitut nauchno-tekhnicheskoy informatsii (for Drust).

i( .
ULC-~No