SCIENTIFIC ABSTRACT GUMENSKIY, B.M. - GUMENYUK, V.S.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
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• Document Creation Date: November 2, 2016
• Document Release Date: September 21, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GUW21SKIY, Boris Mikhuylivich. professor, doktor goologo-mineralogiche-
kundidat tekhnicheakikh nauk, reduktor;
KHITROV,P.A., tekhnicheukiy redaktor
[Principles of geology, for railroad builders] Oanovy goolcq,,ii
dlia stroitelai zhelezn;vkh dorog. Houkva, Gos.trausp. zhel-
dor. ird-vo. 1955. 260 p (KLRA 9:3)
(Geologyj (Railroads-Construction)

15-57-10-13471
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 10~_'
p 1 (U53R)
AUTHORS: G-umenskiv. B. M., Komarov, N. S., Voronin,
TITLE: History of Geological Investigations Related to th~,
Construction of Roads in Russia from 1817 to 1870.
(K istorii geologicheskikh issledovani d1ya stroi-
tellstva dorog v Rossii v 1817-1870 gg~
PERIODICAL: Tr. In-ta istorii yestestvozn. i tekhn. AN SSSR, 1956,
Nr 7) Pp 3-22
ABSTRACT: The origin of that branch of' Russian engineering geol-
ogy which serves in the construction of roads can be
traced to the very beginning of the nineteenth century.
First efforts of the engineering-geological nature in
this realm were made by the builders of highways and
railroads -- the students and professors of the St.
Card l/ e3 Petersburg Institute of Means of Communication of the

15-57-10-13471
History of Geological Investigations (Cont.)
Corps of Engineers, established in 1810. Even before that time a
large amount of experience had been collected in dealing with tile
soils in various phases of construction work. Earliest theoretical
engineering-geological works of a general nature and pertaining to
road construction were presented in the textbooks of this Institute
(starting with 1818). Intensification of this activity can be ob-
served between 1817 and 1834 and was related to the construction of
the St. Petersburg-Moscow highway. Such intensification recurred
at the end of the 1820's in relation to the construction of other
Russian highways. The author notes the part played in these inves-
tigation by M. S. Volkov, professor of the Institute of Means of
Communicdtion at the Corps of Engineers, the author of "A Course of
Constructions" and of "Notes on Soils Investigations to be Conducted
in Structural Work" (1836). During the surveys along the course of
the St. Petersburg-Moscow highway, excavation, drilling and con-
struction of engineering-geologicalcross sections were broadly
applie With the acceleration of high%,iay building in Russia, more
Card 2~3-
b

History of Geological Investigations (Cont-) 15-57-10-13471
and more attention was being paid to ~-eology and mineralogy in the
curriculum of the Institute within 01c, yrorgJ'am of its "Construction
Course" (particularly after the 1830's), Theoretical knowledge of
construction and engineering geology was further developed during
the building of the first main railroadr, in Ruqsia. Construction of
the St. Petersburg-Moscow railroad (1842-1851) represented a fine
source of learning for the Russian erigineers of' Means of Communica-
tion. During the explorations along this right-of-way a contract
was established between the engineers of' 1,10ans of Communi cations and
the geologists and mining engineers (Millev, Pander, "Jarnoylov). In
1843 a field course in geology was introduced at the Institute for
the engineers of Means of Communications. In 1,81c'-)2 11, 1, Koksharov
was invited to lecture in mineralogy and geology at this Institute;
starting with 1884, the course of geology was Laught by 1. V. Mush-
ketov. Toward the end of the nineteenth century engineering geology
became recognized as an altogether necessary Faft o~ the qualifica-
tions for construction engineering.
Card 3/3 D,, 1. Gordeyev

T
GUMSKIYe' B.M., doktor geol.-mineral. nauk, T)rof,
"Deformations of clayey soils in antilandslide workings."'B.I.
Nechaev. Revieved by B.M. Mumnskii. Test. TSKII MPS 16 no.7.,
62-63 0 '57. (MIRA 10:11)
1. Laningradakiy inatitut inzhenerov zhelesnodorozhnogo transport&
imeni akademika V.N. Obralteova.
(Soil mechanics)
(Nechaev, R.I. )

.22~~XSKIT-Roria Iliklulylovich, prof., doktor geol-ogo-nineral.nauk;
IKOWIROV, =ikolay Stepanovich, dotsent, kand.-Ieolol~o-mineral.
nauk; POPOV, V.V., prof., doktor geologo-mineralo-g.nauk, red.;
SHNNY-AROV, S.A., red.izd-va; SIMIKHT, A.A., telchn.red.
(Vibrational drilling of soils] Vibroburenia gruntov. Moskva.
12d-vo M-va kommun.khoz.RSFSR, 1959. 129 P- (MIRA 12:12)
(Boring)

GUMMNSKIY, B.M.
Geolog7 at leningrad Institute of Railroad Engineering.
IZVO VYS, ucheb. xav.; geol. i rsov. 2 no.1:116-121 A '59-
(MIRA 12i10)
(Geology) (Railroad engineering)

GUMENSKIT. B.M. (g.Leningrad)
Taking Into account organic materials In fills in calculat-
Ing the settlement of atructures. 09n.. fundA mokh.grun.
no.,5:23-25 '59. (MIRA 12:12)
(Foundations) (Soil mechanics)
11~1 ~~:- A -
w . .:I I I , . ;z

GUMENSKIT, B.M..prof.,doktor geol.mineral-nauk
Further trends in the investigation of clay soil compaction.
Transp.strot. 9 no-3:47-4 Mr '59. (NM 12:4)
(Railroads-3arthwork) (Soil stabilization) (ClaY)

(Gool

GUI-~~IIZ;Krf, Borio 1,11khaylovich, prof.; NOVOWILOV, Gonnadly Fedorovich,
adsistent; KOVRIZENYKH, L.P., red.; DONSKAYA, G.D., tekhn.
red.
[Thi.xotropy of soil and its calculation in the construction of
roads and road bridges] Tiksotropiia gruntov i ee uchet pri
stroitellstTe avtomobjllnykh dorog i mostov. Moskva, Nauchno-
tekhn.izd-vo M-va avtomobillnogo transp. i shosseinykh doro
RSFSR~ 1961. 106 p. (MIRA 15:25
(Soil Diechanics~ftesearch) (Road construction)
(Bridge construction)

GUMENSKIY, B.M. Ueningrad); NOVOZHILOV, G.F. (Leningrad)
Increase in the bearing capacity of pileB during the "resting"
process. Osn., fund. i mekh. grun. 3 n3.4:1-6-17 '61, (MIM 14:8)
(Piling (Civil engineering))

GUFFNSKIY B.M., ciolctov gk, o log O-iilntl.- ~ ;, ik, h nauk, Prof.
Y
History of the geologiral edliration of r,,tilway engineers. Sbor.
trud. LIIZHT no.196:3-20 162. (WRA 16:9)

GUMENSK .. doktor geologo-aineralogicheskikh nauk.prof.
AITY-3-A.-m-
Coating piles with tbixotropic pastes as a method of lowering
the cost and Increasing the rate of pile sinldng. Gidr.stroi.
32 no.9221-23 S 162. (MMA 16%2)
(Piling (Civil engineering))

GUMENSK,IY ?,- B.M.; KWAROV, N.S.
Training students of construction speciallAIHni in rai.Ir-Oad
institutes from the viewpoint of engincerin ongineering
geology. Izv.vys.ucheb.zav.; geol. i razv, ~ no.10%W-148
0 163. (MIRA 18:4)
1. IRningradskiy institut inzhenerov zboIv.-,r-,nd,~roz)inc)go transporta.

GUI,L,,I!SKIYJ, B.M... prof .
Accotinting for the thixotrnpic i tall! I )~ ciaycy soils.
Avt.dor. 26 no.10:20., 24,. 30 0 '(13. (,~M 16:11.)

GUMENSHY, Boris -1,11khaylovich, dijktor geol.-miner. nalik, prof.;
-Vand-. geol.-miner. nauks dota., nauchn.
re~
(Principles of the physical chendstry of clay soils and
their utilization in construction] Osnovy fizilto-khimii
glinistykh gruntov i ikh ispollzovanie v stroitellstve,
Leningrad, Stroilzdat, 1965. 254 P~ (MIRA 18:7)

3- ,
III 1=7171!5i-ll~14m!;,I;Y,!4.~l'!~,~ ,
I_7 -- -- .-

MMMK, A.
Saving in large and small mattero. Mashinostroitell Do.12:32 I
t6o. (MIRA 13:12)
(Nonferrous metals)

GUI,ENYUK~p As -
Hydraulic milling cutter for removing scale from pipes.
MaBhinostroitell no. 4;34 AP 161. OAIRA lz,:4)-
(Boilers-Maintance and repair)

GUI-MIM, A. D.
Selection of early r-ipeninC sunflower. Maal.-zhir.prom. 26 no.7:
10-12 Jl '60. (MIU 13:7)
1. Ukrainskiy nauchno-isslodovatellskiy institut rasteniyevodstva,
selektdii i gemtiki.
(Swlover)

'rVANCHENKO O.N., P JMEN- I n z'-
P inzh.; PETRMOSKAYA, M.I., ftrzh. Gib NK, A.D., I L-
Heat treatment of fastenings. Maehino5troenie no.4a?2-
73 Jl-Ag 164. (MIRA

ACC NRt A16037013 (A,W) SOURCE CODE: up/oil; 11/31124/~426,
AUTHOR: Gorbant, I. S.; Gumenyuk, A. F.;Suleymanov, Yu. 14.
i ORG: Kiev State University im. T. G. Shevchenko (kiyevskly gosudarrtvennyij universi-
tet)
TITLE: Energy and kinetic parameters of impurity nitrogen in silicon CUrbide crys-
tals
SOURCE: Fizika tverdogo tela, V. 8, no. 11, 1966, 31124-3426
TOPIC TAGS: silicon carbide, crystal impurity, nitrogen, impurity lerel, electron
capture, capture cross section, thermoluminescence, luminescence &pectnim, semicon-
ductor band structure
ABSTRACT: This is a continuation of earlier investigations of the line spectrum of
luminescent crystals cr,-SiC (6N) (FTT v. 7, 3694, 1965) where it was established that
nitrogen forms three donor levels corresponding to three nonequivalenz Dositions of
the nitrogen atoms in the lattice. The present paper is devoted to an investigation
of the energy and kinetic parameters of these levels, and to kinetic pal-ameters such
as cross sections for the capture of electrons by these levels. The required rela-
tions are determined from the variation of the tbefmoluminescence of these crystals
0
as the nitrogen content is varied, and comparison 'f the changes in the thermo-
luminescence with the changes in the luminescence spectrum, which was shown in the
earlier investigation to change from a band spectrum into a line spectrum with de-
Card 1/2

ACC NRs AP6037013
creasing nitrogen concentration. Low temperature thermoluminescence was investigeed;
for three crystals, one containing nitrogen with a concentration (1016 CM-3) for
which the luminescence has a band spectrum, and two containing a lower concentration
(1017 CM-3), with a line spectrum. At low nitrog,!n concentration., the low-temperature
thern,oluminescence curves consisted of three bands, which can be related to thermal
release of electrons from the different types of centers. 'The individual elementarj
thermoluminescence bands were spearated by special heat treatment. This has made it
possible to have the thermoluminescence intensity variation governed by only one of
the elementary bands. This yielled for the distances of the three types of nitrogen
levels to the bottom of the conduction band values 0.18, 0.21, and 0.24 ev, which
coincided with those obtained earlier for the energy distances between the exciton
width of the forbidden band and the spectrall positions of the front lines of the
spectrum. The corresponding values obtained for the cross section for the capture of!
electrons from the conduction band by the nitrogen centers are 5 x 10-19, 2 x 10-19,
and 2 x 10-19 cm2. Orig. art. has: 1 figure.
SUB CODE: 2o/
suBm DATE: o4jun66/ OIRIG IREF: '003/ OM REF: 004

GUMENYUK, A.I.
SOil tyPes in the Western Ukrainian Opolye. Pochvovedienie no.-I:
35-45 ja 165. OEM 18.7)
1. Institut zemledeliya i zhivotnovodstva zapadnykh rayonov UkrSSR,
Llvov.

GUMEMM, A, G, C/1961~ 15901
PI-MOMOTICAL DECEASED

-I ~ 1, -1 - -- I t I : ~A
V F . ~:
, . ) .~ /1. .1 1.;" 11rcV
"Inve-stiplation therv,al expansif-)n of tungsten,
and zirconiumi at high temperatures"
Seminar on production methods, physical properties, and electron structure of re-
fractory vietals, compounds, and alloys, organized by the Institute of Powder
Me t a,-lurgy and Special Alloys AS LJIrr SSR, Kiev, 25-2,,) Api-L.' k"A_- 1 L)v i Z;a
vysr)i--.il,,,h temperatur, No. 1, 1963, P. 156)
0

SHALAY, K.M., podpolkovnik meditai-askov aluzhbv; GUMENTUK, A.S., podpolkov-nik
meditsinskoy Bluzhby; SPWOR, M.N.. podpoTVaVhtW1d4diioWinskoy sluzhb.V
Remarks on Professor D.A.Rozenblium's article on the 'Kain problems
in the field of acceleration physiology.0 Voen.-med. thur. no.5:
91 My 156. (MIRA 9:9)
(AVIATION MWICINN)

NOVIKOV, I.T.; PAVLENKO, A.S.; SMIIUIOV, M.S.; CHIZHOV, D.G.; LAYBENEIIKO,
X.D.; IMMSOV, A.M.; NOSOV, R.P.; TARASOV, N.Ta.; ZHIMnIN, D.G.
UGORETS, I.I.; DMITRIYIV, I.I.; DROBYSHZV, A.I.; YJ2XMV. V:S.;
SAFOZHNIKOV, F.T.; BOROVOT, A.A.; WINIK, V.P.; DASKOVSKIY, U.K.;
RMVIN, N.A.; MMOV. A.N.; MILINIKOV, B.V.; LATTSH, -D.I.;
XONIN, F.P.; DYDYKIN. P.Ye.-, BONDARU, I.I.1 GUMM, D.L.-,
POEBGAYW. K.M.
Ollga Sergeevna Kalashnikova; obituary. llek.ata. 30 no.2:95
IP '59. (141RA - 12:3)
(Kalashnlkova, Ollga Sergeevnx, 1914)

GTJI,E1f,;IJK, G,.N.; NALDVIAN, V.V.; NC;,;KGV, N.I.; 1I.A.,
Determining the strength of rocks usin~g irregu.LiLrl,,( shaped samples.
Nauch. trudy KNIIII no,14:165-168 164.
Properties of coRl and enclosing rock of som Karaganda Basin
seams. Ibid.:176-183 (MIRIA 18:4)
~,, ", -, II
1";:;,1! - 'A

STELIMM N.I. gornyy tekhnik- GUMERUK G Ye gornyy tekhaik;
NkF~kKO' L.Ky gornyy in'zu.
0
Rapid development of blocka. Met. i gornorud. Om no.l.,
75-77 --A-F 162. FNM 16: 6)
(Mining engineering)

Ch G-O/\1F-NY(4N-,
Effect of vegetative nervous system on the recoil reflex
SAste Viliv.). Y111,q.
lhip~4. w"Wr%k &W1-7(ItW).- Depr~itim% of sk NaCt
VfVStAI 00 the AhAtAMiC rrgiun of the brain causes the dl~t.

v
jwa'ance of the recoil fcfkx. csitmA by Faradic stimulation
of the centrul end of "lie netve. The plitnomesou is re-
Vergible. Urgatoxin In I: IMO covert. does not after the
rellez but it renjoves the blocking effect of the lbalansic ir-
lion on ibis rellex. The NaCl tffect is m;sniffttvd throuxh
the -tympathetic nervous system. G. M. KD%012poff

USSR / Farm Animals. Cattle.
Abs Jour: Ref Zhur-D'Lol., 1~jo 9, 1956, 404'.-7)Z.
Author : Gumenyuk 1. G., Sirotkina A., Vybornov IM.
Inst :-N-5T-_g'1_v-en--
Title The Effect of the Vlarming of the Udders of Cows
Upon the Fat Content in the Milk.
Orig Pub: Sb. tr. Penzensk. s.-kh. in-ta, 1956, vyp. 1,
237-247.
Abstract: Experiments were conducted on 4 cows of the
Simmenthal breed at the Experiinental Training
Farm of the Penza Agricultural Institute.
Viater baths (5-6 liters) at a tef-i'iperature of
350, 450, and 500C for 4-5 min. before the
lst and 3rd milking were administered. The av-
erage amount of fat in the milk yield of three
cows during initial milking increased by 0.1%-
Card 1/2
Abs Jour: Ref -IJhur-Biol., NO 9, 1.956, 40,162,
Abstract: :-O:.28%,_and in complementary mil~Jng out, by
0.51%-4.25%. one cow exhibited a negative re-
action to warming. The administration of the
warm bath before the 3rd milking also produced
a negative effect. The warming of the udder ex-
erted a positive reflex influence on Gows of
the mobile type of higher nervous activity.
Card 2/2
GUKRUM, I.G.
Subordinatory changes in this accommodation of peripheral motoneurons
following proprloceptive Impulses [with su ary in Anglish]. Biul.
eksp.biol. i med. 43 no-5:25-27 MY '57. (KIRA 10:10)
1. Iz kBfedry anatomii I fiziologii zhivotnykh (zav. - prof. Aleksan-
drovskiy) Sell skokho2yaystvannogo institute, Penza, Fredstavlens
deystvitellnym chlenom AMN SSSR Y.N.Chernigovskim.
(NMONS, physiol.
subordinatory alteration of accomociation of peripheral
motoneuronB following prop;ioceptive impulses. in
frogs (Rua))

Arin Animals.
Cat t1q.
A 3 TQU~~.
V :?dnBiol., No. t 1059, ,4o. 25829
I
AUTHOF :rXIMenyuk, I. G,,i Naumova, Ye. IM.
3T
P-enza
Agriculture.

T IT L The Influence of Milking and Feeding Frequen-
cies upon the Cows' Milk Production mid Physio-
logicai Condition.
ORIG. -PUB. :Sb. tr. Penzensk. s.-Ikh. in-ta, 1958, 'v-j-_o, 2,
318-324
AB!3TRACT :One gri~up of cows was kept on a 4-interval
daily regimen (control), and the other on a
2-interval feeding and milking regimen (A-xpe-
rim-antal.). Within the t~jue s pan Qf the experi-
ment (fTom 10 May to 5 Augus t), the milk
yields increased in 6o percent of the cows of
the experimental group and decreased in 7 per-
ceat. There was no differenee in pulse a-rid
respiration rates,, Rb and erythrocyte, contents.
T'he bibliography consists of 11 titles. --
F. M. Kazantsev
(M ID -
31
"14,
'-':-irm Anbrals.
Ca. t t I
A BS J 0!1-, RZhBiol., lio. 6~ 1959, i1o. 25834
A U T i 10-:1, Gumanyuk, I. G.; Vasina, S. P,
-Penza InstiUute' of Agriculture.
T K7 L The Effect of the Milking Machine's Working
Rhythm upon Milk Ilow.
0 R 1,,", PUB. : Sb. tr. Penzensk. s.-kh. in-ta, 1958, vyp. 2.
312 5-339
AB3TR.~%GT : Cows with characteristic e_xternal sympt-oms of
an excitable unbalanced higher nervous acti-
vity type decreased their yields by 23 percent
as comDared to controls when the milking ma-
chine had a rhythm of 35 compressions per mi-
nute, by 27 percent when there were 110 com-
Dressions, but when 75 COMDreasions were anDlied,
the cows maintained high l-evel yields. cow-s-of
a well balanced type reacted analogously to the
various rhythms, but adapted themselves to them
~Q'! (D 1/3
Cou'.4-i'li
CATEGORY
ABS. JOUR. Ip~ZhBio,,, No. 1-959, 110,
AUTHOR
111-0T - I
T ME
ORLIG . PUB.
ABSTRACT more. ,~,apj(12 y, At a rhytku of ',5 oorapTc,,-!jjc;.R,
the ruilk yields, o--(* cows ~,hich ntpproaoh~-id the
iahibited, poorly bslanced t-ypc increased by
8 percen.111-; at 110 (;ompressi.).as thcy dsove-ased
by 10 perce&., a-rid at. 75: thcy in-
creased by 11 percent, coars of tile Control
group (oxcitable and inh.1bitod. typ,~,) decrea-
sed their yields b7 6.2 percont. at t'v,(-
-4 - erld of
tho i-.4-Meriment, but cows of t1v:- well b,_~,)_ancad.
tvDe did not changU- t ~qqjjj, Wj:Lh a higher rhythm
di-0 the t-We 1~fxp(3nded for mIL11-
Card: 2/3
rIBS. jou_-e.
TTTL~
ORIG. 'PUB.
AD3TTuwT jaig inert,,ased Sharply irl a0lls &Pf1*r0a.QM.1-r,9 c!;r-
" 'k, ~11 y
citable and ivihibited types utvi I-
4n cows of a viell balanct--d, '1'vp,!:, A. D. VaisLn
L
CA,:M: 3/3
CATEGORY FariA ADAM-Zas

GUMMMJK. L. 1.
Arterial changes of the type of periarteritis nodosa, in rats.
Arkh.pat. 21 no.11&78-82 159- (MIRA 13812)
(MMTENSION) (AMERILS.-DISLUES)

GUMENYUK9 L.
Comparative studies on changes in the small arteries during
various forms of experimental hypertension. Arkh. pat. 22
no, 32:68-72 160. (MIRA 14:1)
(HYPERTENSION)

GUUL~i'YuK, L. I., Gand. Med. 5ci., - (di,-;F) "P-()mr~iriti-ve-mc)rphologicE,.l qtuc~i
of arteries duringvarious forms of experimental hypertonia," Leningrad, 1961,
1.7 pp (Leningrad Scardtary Hygiene isedical Institute), 300 copies (M-Supp 9-61, 189)
-rl~s~[-'T~vi~-lr
w;
'; I" i, ~. .1
I ~. ~ ;- : , ; 1-1:~
: ;: '~A'

GUMENYUK, M.P. [HumenIvk, H.P.]
Bibliography of Academician F.A. Tutkovsklllo ani.
geographical investigations. Geol. zhur. 24 no.2,-98-1,00 16L
U1111A I&-")

BORULINIK, A.K.; 4LL?1~11YUK
, N.&.
Special cutting-tool holders for lathes. Stan.1 instr. 29 n0-12: 36
D 158. (MIRA 11:12)
(Lathes--Attachments)

GUW,NYUK, N.A.; SMIRNOV, N.I.
Use of G.K. Dtlakonov's equation for the extraction from single
drops. Zhur. prikl. khim. 38 no.4:890-895 Ap 165.
(MIRA 18:6)
1. Leningradskiy tekhnologicheskiy institut imeni Lensoveta.

fTuf-lr.Ny,;.;K, N,,I.,; tiele
F
ztvinll~:atir,n nf G.K. Djakt-mvIs equatIcn to the ext.rr;vlti~;r rl-ca
drop group. Zhur. p.-ikl. khir.. 38 mo.5.-I05E-1063 RY '~5,
)
1. Lenj-Wadskiy tekhnologiahaskiy institut imeni Lenf;rv,:t-n,,

GUMENYUK, Nikpkay PenispVich; ZOSIYOV, Ye.A., retsenzent; ORLOV , V.M.
inzh., retsenzent; TSARMO, A.P., inzh., red.; MTROVA, N.A.,
tekhn. red.
[Work organization in ticket offices] Organizatsiia raboty bilet-
nykh kass. Moskvao Vees. izdatellsko-poligr. ob"edinenie M-va
putei soobshcheniiap 1961. 67 p. (MIU 14:10)
1. Zaveduyushchiy Byaro zakazov na vokzale stantsii Moskva-Pass.-
Xurskaya (for Gumenyuk).
(Railroads-Tickets)

PAMFIWV. A.V.; GUMENYUK, N.N.
Chronium chloride hydrates. Zhur.ob.khim. 23 n0-7:1065-1068 Jl 153.
(KLRA 6:7)
(Chronium chloride)

ABRAMOV, B.A.; GIR4ENM, N.U., inzh.; HALTER, A.L., kand.tekhn.nauk.
n1lap raising on woolen fabrican by S. B. Sallidiova. Reviewed
by B.A. Abramov, N.U. Gumeniuk, A.L. Balter. Tekst.prom. 17
no.12:64-66 D '57. (MIRA 11:1)
l.Glavny7 inzhener Kupavinskoy fabriki (for Abramov)
(Woolen and worsted manufacture)
(Salikova, S.B.)

Soma -wcrk prdc. c-nn ne T,) k.
prom. 25 no.318l-8.2: M.: 1615
M, RIA 8 y 5 1'
1. lfauhalln~k
Kuparinakoy tonkosukommy

GUMENnKi P.P. (Humeniuk, P.P.], kand.istor.nauk, dottsent
Great power of the Soviet society. Nauka i zhyttia 10 no. 10:1-4
o l6o. (MIRA 14:4)
(Russia)

USSR/ Chemistry -Ahemicaf technology
Card 1/1 Pub. 116 - 26/30
Authors I Karavayev, N. M.; Zykov, D. D.; Garber, Yu. N.; Gumenyuk, T. D.; and
Sandul, T. V.
Title I Phase equilibriums of naphthalin with coal tar fractions
Periodical t Ukr. khim. zhur. 21/3,, 410-415, June 1955
Abstract t The phase conversions of naphthalin with various coal:tar fractions was
investigated on a laboratory rectification column to determine the effect
of low boiling components (heavy fractions) on the phase equilibrium curve.
The fact that coal tar and oil form a polyazeotropic mixture was taleen into
consideration and the results are evaluated. One USUt reference (1955).
Tables; graphs.
Institution : The 1. V. Stalin Metallurgical Inst., Dnepropetrovsk 2%nd the InSt. of
Chem. Machine Constr., Moscow
Submitted : December 24, 1953 and January 14,, 1955
t;.J
7,

GUIENYUK, T. G.
K. Izueheniyu Gel'mintofaurwy Koahek, Sobak, Domovykh Krys i Myshey
G. Chemovitsy, "Works on Helminthology," on the 75th Birthday of K. I.
Shryabin, Izdat. Akad. Nauk. SSSR, hoskva. 1953. p. 184
Chair General Biology, Chernovits Medical Inst.
J, 11t. I. - :I ;
~~ I r :4, : j

GUM~=, T. 1.
Efficiency promoters of the "Rabochii metallist" Plant. Stroi. i dor.
mashinostr 2 no.12:29 D 157. (MIRA 11:2)
(Excavating machinery)

!1z
24(o), 5(4), 6(2) PHASE I BOOK EXPLOITATION SCV~12215
Veasoyu=yy nauchno-lasladovAtel-skly institut metrologil imeni
D.Z. Mendeleyeva
Reraraty nauchno-la3ledavatellskikh rabot; sbornik No.2 (Scientiric
ReStArCh Abstracts; Collection of Articles, Nr 2) Moscow.
Standartgiz, 1958. 139 p. 1.000 copies printud.
Additional Sponsoring Agency. USSR. Kozitet standarzov, mar I
lzmefttol-nykh priborov.
Ed.% S. V. RashetinL; Tech, Ed.-. K. A. Kondratlyeva.
PURPOSE2 These reports are Intended for scientists, researchers,
and engineers engaged In developing atandard3p meas~rvs, and
gages for the various Industries.
COVERAOZ: The volume contains 128 reports on standards of' measure-
ment and control. The reports were prepared by scier-.13ts or
Institutes of the Xomitet standartov, mer I I=eri'el,nYkh
priborov prI Sovate Kinlacro v SSSR (Commission on Standards,
Measurtts, aild Measuring Instrumenta under the USSR C_-ancil of
Ministers). The Participating Institutes a": VNIIX -
Vaeacyurnyy nauchno-In3ledovatellakly metrologli imeni. D.I.
MendolaYeva (All-Umlon Scientific RenearCh Institute Of Met-
rolog3, imehl D.I..9end-leym) In Leningrad; Sverdlovsk branch
of this Institute; VNlr1X - Vae3oyuznyy naucftnO-135.4~~OVAtOl'bkly
Instit~t Kondtata 3tandarzov, mer I _3=er'tel'nykh pr_10orov
(L21-Union Scientific Research Institute Of the Cc==!.Z=4-cn
on Standards, Measures, and Measuring Instr=ents), created
from KQTKIP - Koakovskly gosudarstvennyy Inatitut =er 4.
Izmerizel-nylch priborov (Hoscow State Institute of Xes.sums
and Measuring Instruments) October 1. 1955; V.411PTR.: -
Tatzoyuznyy nauchno-lealtdovat.11skiy ir.3"Itut
aheak~lkh I radio t ekhnlchvaklkh I=ereniy (All-Union SOlentific
Research Institute or Physic otechni c &I and Radjo-nFlneoring
Naasure,ments) in Xoscow; KhalKIP - Khar-kovskly gabudarstvennyy
lnstltut mer I I=erit*lInykh priborov (Marlkov State Institute
or M4&aurea and Measuring in3truments); and NOIXI? - Xavosl-
birskly gosudarstvenYy lnslltut =er I I==eritel'nykh priborov
(Novosibirsk Statp. Inatitut. or Pcasure3 and Measuring Inatru-
No personalities are.mentioned. "here are.no referen4ea.
Tavchismanko, 3.s. (VNITM). 3tudylrlg Recurrvnz Error, or
MIcromauric Screw& of !~,.l Tners 45
Study-,ng the Curvature or th- -.be
4'r-a-Veli
UX~Ann- j,V., V~F. Wbnt~~.y, 3-X- OkhOtInA, And P.A. -np.n,
(KhGIKIP). - d.dcnj`n,-;-iT~-e-S`pcc_
F J_ ----------- -- on
~an U.,trequenj.-es
pProduced ty th' KhGI~UP StOndArd Frequency to 10 ' cyclea
*r Second
-Satan, -~uartx Resonator w
or a Q!ja2.*-y Factor
,arIncnkQ, 1-V., Yw.D. Novgorodov, x M Be Arlda., T.S, _,,4m
yjL_x_ -d-
Div ll-~~14me
quo cu.
49
Bryzxhevt L.D.. V-D. 3%DC_"n1kov, %, X Tito, p.p. y..t.flyev,
I
C
-
and V~X. _Tuj~nko ~Plng And S
t -I DvvelO
3~1 abl. Coe _11azars and Convertors of Big), Stt~dY!mg anJ
Card lo/W abil-tY for Time and
---------- -

GUMRMM, T. Ye.: Master Tech Sci (diss) -- "InvestIF
. _nation of ventilation by
means of underground auxiliary section fans-vfthout bracing". Leningrad, 1958.
21 pp (Min Higher Educ USFR, Leningrad order of Lenin enal Order of Labor Red Banner
Mining Inst im G. V. Plekhanov, Chair of Mine Ventilation and Pafety Engineering),
120 copies (KL, No 14, 1959, 120)
12

KREMENCRTSHrf, il.F., kand. telchn. riawk; QUIENOK, T.Ye., Y-9,nd. t khn.
W
nauk; IVANOV, II.A., Inzh.; YATSMIKO, I.S... inzh.
Preventing spontaneous fires in mines of the Promyshlennyy
Section of the Karaganda Basin. Izv. vye. ucheb. zav.; gar.
zhur. no.12:61-67 961. (MIRA 16:7)
1. Karagandinskiy politekhnicheskiy institut (for Kremenchutskiy,
Gumenyuk). 2. Karagandinskiy sovet narodnogo khozyaystva, (for
Ivanov). 3. Kombinat "Karagandaugoll" (for Yatsenko). Reko-
mendovana kafedroy rudnichnoy ventilyatsii i tekhniki beze-
pasnosti Karagandinskogo politekhnicheskogo instituta.
(Karaganda Basin--Coal mines and mining-Fires
and fire prevention)

GUMENYUK, T,Ye. p kand. tek-ftn. neLuk
Design and selection of an underground auxiliary fan for
operation without a jimper. Izv. vys. ucheb. zav.; pr. jhur.
ne.12ilOS-111 161. (MIRA 16171
1. Karagandinskiy politakhnichoskiy Imstitut. Rokomendavema
kafedrey rudnichnoy ventiXvataii I takhniki bezopasnouti.
(Zmna, Mechanical)

OIUIATSKIY, Ni-kolay Vasillyevich, prof., doktor tekhn. nauk; FOPOV, I.V.,
prof. , dok-tor geologo-miner. nauk, retsenzent; GUMEIT*
prof., doktor geol.-miner. nauk) retsenzent; MSII-Iov, S.11.0
red.; GEORGIYEXA, G.I., tekhn. red.
[Soil mochanieslMokhanika gruntov. Voskvaj Izd-vo Moolf, univ.,
1962. 446 p. 04IRA 1519)
(Soil mechanics)

BIJTENKO, A.N.; GUWNUYK, V.S.
Acoustical device for ultrasonic testing of wirea. Zav. lab.
31 no.11-14(Y7-1408 165. (MIRA 19-1)
1. Fiziko-tekhnicheakiy institut AN UkrSSR.

Threshold value 'of 'the - _hn ....... WI-P,
Ifu IM, 1 0 _11!
eryl m. K. 11. Sii 121,11.1
b
Guill Ilk and A. V-
rips
) 8, 1224i U. 'R
S. 5,. Closse sci, nialh. wil., Mr. phyt. 1938,
11'31;t clectrons obtained by At"Celeration in a discharge.
lubc fell by an clectrostalic Relierator were used to pro-
(Itice X-rays with which tile 1111111. M tile mtelear photocffmt
W.Lq detd. 'Cite lifulti " miergy w:t% found to lie 1.7(1(1 ~t~
0.015 lit. (!. V. The autrioc, believe that tile lictile-I'vielk
(Itcory for flit! deuterium phat.cleflect is tint applicable, to
the ofintort (1Htilvzration of Be. F. H. Hathmilm
4-
I~d P11,41 TL

AUTFCR- Gumenyuk, V.S. 32-12-Q/71
TITLE: Short Report3 (6) (Korotkiye soobshcheniya).
PERIODICAL: Zavodskaya Laboratoriya, 1957, Vol. 23, Ur 12, pp. 1520-1522-0 (USSR)
ABSTRACT: For the purpose of eliminating the disturbing phenomena of the
occurrence of high frequency in the network circuit of ionization
manometers of the types "B"1 -Y and 934T" which, when measuring the
vacuum, consist in continuous deviations of the pointer of these
apparatus to7mrds the left from zero, it is recommended here that a
special resistance 'IBC-0.5" for 100-500 ohms be switched into the
network. This resistance is introduced in the outlet of the collec-
tor of the tube 'ILM-211 before the lid which protects this outlet.
This modification of the scheme of the ionization manometer is said
to exercise no influence whatever on the normal operation of vacuum
measuring.
ASSOCIATION: Khar1kov Physical-Technical Institute (Kharlkovskiy fiziko-
tekhnicheskiy institut).
AVAILABLE: Library of Congress
Card 1/1 1. Manometers-Operetion 2. Vacuum-Measurements

&I L
AUTHOR Mill ONAN,Ld., and GU1MN'YUK,V.S.__ PA - 2663
TITLE Emission of liegativ-e-T-ons from Metallic Surfaces Bombarded
with Positive Hydrogen Ions. (Emissiya otriteatellnykh
ionov a poverkhnosti metallov pri bombardirovke polozhitell
nymi ionami vodoroda, Russian)
PERIODICAL Zhurnal Eksperim. i Teoret. Fiziki, 1957, Vol 32, 1Tr 2,
pp 214 - 222 (U.S.S.R.)
Received: 5/ 1957 Reviewed- 6 / 1957
ABSTRACT It is the aim of the present work to determine the
coefficient of the knocking out of secondary negative ions
and its dependence of the energy of primary hydrogen ions.
The authors determine this coefficient on those metals which
are used for the construction of high voltage accelerator
tubes in laboratory practice. Besides, the authors carried
out a mass spectroscopic analysis of the negative ions formed.
First the apparatus and the measuring method are discussed.
The hydrogen ions were accelerated by means of an electro-
static generator fitted with a mass analyzer at its output.
Summary of results. The coefficient of the knocking-out
of negative iops decreases monotonously with the increase
of the energy of the primary hyarogen ions. The probability
Card 1/2 of the production of negative ions on the occasion of the

PA - 2663
bombarding of metal surfaces depends on the velocity
of the primary ions, but obviously not on its mass. Secondary
negative ion emission depends on the type of the target.
The degassing of the target decreases the "emitting co-
efficient" K , and the number of emitted negative ions can
become lower than the number of the fast primary positive
ions scattered in the Coulomb field. The coefficient of the
knocked out negative ions, the energy of which does not ex-
ceed 10 eV, is of the same order of magnitude as in the case
of slow positive ions. (10 illustrations)
ASSOCIATION PSysidal-Technical Institute of the Academy of Science of the
Ukrainian U.S.S.R.
PRESENTED BY
SUBMITTED 23.7-1956
AVAILABLE: Library of Congress.
Card 2/2

AUTHORS: Mitropan, I. M., Grumenyuk, V. S. 56-1-39/56
TITLE: On the Dependence of the Secondary Emission of Negative Ions
From the AMU of Glide of Primary Protons on Collision With
a Metallic Target (0 zavisimosti vtorichnoy emissii
otritsatellnyl:h ionov ot ugla skollzheniya pervichnykh
protonov pri vstreche a motallicheakoy mishen'ju)
PERIODICAL: Zhurnal Eksperimentallnoy i Teoreticheolko, Fiziki, 1958,
Vol. 34, Nr 1, pp. 235-236 (USSR)
ABSTRACT: The present paper attempts the estimation of the
modification of the coefficient X of the secondary emission
of negative ions in dependence on the angle of glide of the
proton beam on collision with a target. For their tests the
authors used a beam of 5o keV-protone and a method already
earlier described by them (referencel). The modifications
made in this method are shortly described. The dependence
obtained here for the coefficient of the secondary negative
ion emission on the an,,;Ie of Slide of th;~ beam are
illustrated in a diaa-ram. For copper and stinless steal
-)~i- 1 this coefficient in the entire -.!oma-in of the angles

Card 1/3 of glide investigated ha., a pouitive aign. In the case of
C,

On the Dependence of the Secondary J~M188i0n, Of NegiLtiVe 56-1-39/56
Ions Prom the Angle of Glide of Primary Protons on Collision With
a 71etallic Target
a tar8et of aluminum and beryllium the coefficient of
secondary ion emission at large an6les of glide is negative,
but at angles of glide below 30 - 4o it passes through the
value zero and 0beco~,ies positive. Previous heating of the
targets to 900 C (for 2o minutes) made possible a reduction
of tile coefficient K- for beryllium tar,olets and an increase
in the coefficient K+ for copper. The results obtained here
may be understood by the followint,,- considerations: The
secondary ion emission containn real secondary negative iona
as well as prot 8ns of the primary beam which are scattered
by more than go by the Coulomb field of the nuclei of the
targets. The sign of the observed coefficient of secondary
emission is t',len dependent on tile relative portion of these
two com,~onents. At an energy of the protone of 5o keV in the
cane of a target of copper and stainless steel the number of
scattered protons is at all an-les of plide hieher than the
number of the secondary negative ions. Por tar.-ets of
aluminum and beryllium in tha case of angleF smaller than
40 - 300 the number of secondary neg-,tive ions is hi her
Card 2/3 than the number of scattere,! protons. The arithmetical errorS

OA the Depencence of the Secondary Emission of begative 506-1-39/56
Ions From the Angle of Glide of Primary Protons on Collision
With a Metallic Target
tire not fewer than the experimental errors and therefore
the authors did not succeed in exactly determining the
coefficients of the knocking out of negative ions from the
difference of current intensities. There are I figure and
2 references, I of which is Slavic.
ASSOCIATION: Physical-Technical Institute AN Ukrainian SSR
(Fiziko-tekhnicheskiy institut Akademii nauk Ukrainskoy SSR)
SUBMITTED: October 5, 1957
AVAUABLE: Library of Congress
Card 3/3

0 67660
,sov/l 26 - 6-6 -7/211
AUTHORS: -Gumenyuk, V.S. and Lebedev? V.V.
_
TITLE ;0
~l
El
t
i
l
i
i
: ec
r
ca
Conduct
v
of Iron at Temperatures
ty
PERIODICAL: Fizika metallov i metallovedeniye, 1M, Vol 8, Nr 6,
pp 847-850 (USSR)
ABSTRACT: The object of this work was to measure tile resistivity
of high-purity iron in tile range 20 -to 1450'C. A
compensating method with a PPTV-l potentiometer arid M-21
galvanometer was used, current stabilization being secured
at 1A with the aid of a barretter. Tile test pieces (Fig 1)
of the type proposed by Kan and Lazarev (Ref 4),trere in
the form of 3 to 6 mm diameter and 50 to 100 mm long
cylinders with slivers bent back at either end (for
voltage tappings). The test-pieces were suspended in the
hot zone of a special ceramic-less resistance furnace
(Ref 5). This (Fig 2) had a system of horizontal spiral
heaters supported by tungsten rods enclosed in a system of
molybdenum-sheet cylinders. Its working space was 200 mm
high by 35 mm in diameter, giving a temperature up to
2500.C at 6 W. Temperature was measured with platinum/
Card 1/2 platinum-rhodium and chromel-alumel thermocouples and a

C, 7 t,60
SOV/126-6-6-7/24
Electrical Conductivity of Iron at High Temperatures
type PP instrument. The furnace with the test piece was
placed in a vacuum chamber at io-5 to 10-6 mm Hg. The
results for distilled iron (Ref 6) are shown in Table 2
and in Fig 3 (curve 5). For comparison Fig 3 also shows
the resistivity vs temperature curves for armco iron
(curve 2), the corresponding curve (3) obtained by
Mokrovskiy and Regell (Ref 3) and by Salldau (Ref 1).
In contrast to the results of Molcrovskiy and Regell
the present investigation showed that the resistivity of
iron in the delta-range rose with temperature and more
rapidly than in the gamma-range. There are 3 figures,
2 tables and 6 references, 5 of which are Soviet and
1 German.
ASSOCIATION;Fiziko-tekhnicheskiy institut AN USSR (PhySiCo-Technical
Institute,AS UkrSSR
SUBMITTED: June 26, 1959
Card 2/2
j;tj
HIP 'N' fl, '3 , '11P
ifilfll' 111PIRM111,1111.

AZHLZHA, Y.M.; GUMANTUK, V.S.; POPOV, B.Te.
Ibrpanding the use of the 102-10 high frequency oscillators
Prib.i. takh.ekep. no.12102-103 A-1 '60.
(MIBA 13:6)
1. Finiko-takhnichaskiy institut AN USSR.
(Oscillators, Iloctric)

WHOM, Y. (Kharlkov)
Increasing the operating reliability of stabilitron circuits.
Radio no.6:44 Je 160. (MIRA 13:7)
(Voltage regulators)

S/120/61/000/004/013/034
E111/E58O
AUTHORa Gumenyuk S.
'5~~
TITLE., Vacuum contact dilatometer
PERIODICAL, Pribory i tekhnika eksperimenta,I no.4, 1961, 101-103
ABSTRACT: The author describes a vacuum dilatometer for tempera-
tures up to 15000C (mainly 500-15000C). The electric contact
arrangement in linked with the adjustable table of a comparator.
The layout is shown in Fig.l. The slides 4, 9, 14, 20 are
connected in pairs to pull-rods 7 and 18 and the strip 10,
and they move as an assembly along guides 6 And 13. The
strip 10 is rigidly connected to the moving part of the length-
measuring comparator 12. A metal thread (indicated by a dotted
line) is stretched between the slides with the aid of a weight 19.
When the carriage moves, the thread touches contact rods 15 or 17
attached to the specimen 16. The furnace 3 bonsists of two
identical halves (only one shown) separated slightly by distance
pieces 2 so that the thread moves freely. The thread and
specimen, electrically connected to the furnace casing, are
connected to a contact indicator I (Ref.6: B. Mills, Rev.Scient.
Card 1/1 "'t,

Vacuum contact dilatometer S/120/61/000/004/013/034
Elll/R580
Instrum., 1941, 12, 105)~ To find the length of the specimen at a
given temperature the carriage is moved until contact is indicated
between the thread and contact-rods 15 and 17 in turn, the
corresponding readings of the comparator being noted. The diameter
of the thread is added to the difference in readings (in very
accurate work the changes in thread diameter due to expansion are
allowed for). The general accuracy is higher than that obtainable
with a dilatometer based on optical length measurement. Vertical
construction is preferable and this was used for a vacuum
installation in which the dilatometer was located in a vacuum
chamber 800 mm diamiter and 850 mm long. An absolute pressure of
2 x 10-6 to I x 10- mm Hg was maintained during operation,
temperature was measured by a thermocouple or by an optical pyro-
meter through special windows. Coarse and fine movement of the
carriage was provided for. The comparator was held in a vertical
position, a counter-weight taking most of the weight of its table.
The furnace has already been described by the author and V.V.Lebedev
(Ref.7% Fiz.metallov i metallovedeniye, 1959, 8, No.6, 847). Sonic
an well an visual contact indication was provided, The error due
to deflec 'tion of the thread was found to be under 5 microns and can
Card 2A
W OT

t
Vacuum contact dilatometer S/120/61/000/004/013/034
Elll/E58O -
be neglected in practice. The coefficient of expansion for
tungsten did not differ by more than 1!10 from published values
(Ref.8: A. G. Worthing, Phys.Rev.. 1917, io, 638; Ref.9:K.D.Smittel's,
Vol'fram, 1958. Metallurgizdat). When working with ceramic
materials, a tubular test piece is held between two molybdenum
holders with contact rods. The maximum working temperature of the
apparatus depends on the thread material and could, the author
considers. be raised to 2000-21000C. There are 2 figures and
9 references, 6 Soviet and 3 non-Soviet. The English references
have been quoted in the text.
ASSOCIATION: Fiziko-teklinicheakiy institut AN UkrSSR
(Physico-Technical Institute AS UkrSSR)
SUBMITTED: juiy 14, iL96o
Card 3/4

kV/
S/19 6!/007/001/007/'C-08
D205YD305
AUTHOR: Humenyuk, V.S.
TITLE: The resolutions of the coordinating conference on the
question: "The strength of thin-walled constructions"
PERIODICAL; Prykladna mekhanika, v. 7, no. 1, 1961, 110 - 113
TEXT: The article is a report of the proceedings of the coordinat-
ing conference, summoned by the coordinating council, in Dnipro-
petrovelk on May 23-24P 1960. 75 leading scientists from various
parts of the Ukrainian SSR took part. H.M. Savin, (Academician of
the AS TTkrSSR)made the opening speech dealing with basic trends of
resea,,_ii in mechanics in Ukraine over the next 15 years. He then
spoke on current research into stress concentration around holes
in shells. This problem was also considered in the speech of Doc-
tor Yu.A. Shevlyakov (Doctor of Technical Sciences). In the spee-
ches of V.I. Mossakovs1kyy (Doctor of Physical and Mathematical
Sciences), Aspirants Petelin and L,I. Manyevych, V~I~ Merkulov
Card 1/3

S/19 61/007/001/007/008
The resolutions of the ... D205%305
(Docent), B.N. Bublyk (Aspirant),and S*D. Leytesq research into the
stability of shells was discussed, both from the rigidity of "ribs"
and in the plane case. Ya.S. Podstryhach spoke on the state of
elastic deformation in shells arising from the action of internal
forces and unequal heating M.Ya. Leonov (Doctor of Technical Scien-
ces) spoke on the approximation theory of torsion in thin-walled
stems with closed-and open profiles. V.A. Lazaryan (Doctor of Tech-
nical Sciences) spoke on various dynamical problems of systems of
stems. P,M. Kychayev (Candidate of Technical Sciences) spoke on the
stressed state in an elliptical disc under the action of central
forces. There were speeches on problems of rigid bodies by M.Ya.
Leonov (Candidate of Physico-Mathematical Sciences), V.V. Panasyuk
Candidate of Physico-Mathmatical Sciences) and P.M. Vitvytslkyy
Nspirant). The conference recognized that basic research on the
strength of thin-walled constructions over the next 15 years must
follow the resolutions of the Scientific Council, AS UkrSSR, en-
titled "Scientific Bnquiry into Strength and Plasticity". To faci-
litate the successful caxrying out of these plans, the coordinating
Card 2/3

S./I 98/61 /007/001/007/008
The resolutions of the ... D205/D305
conference made various recommendatlons, the most noteworthy being
the establishment of scientific research institutes based on the
present departments of mechanics In the univeraities of Kyyiv,
L'viv, and Ihiipropetrovs;k.
Card 3/3

104r, It-Iii, '.'~g S/.126/6 I/ol j/00 i/002/019
0 il 3/ 1) 10, n E032/E3 14
AUTHORS.* Gumeny~,
_Y.S. -and Lebedev.. V.V.
TITLE.- Study of the Thermal and Electrical Conductivity
of Tungsten and Graphite at High Temperatures
PERIODICAL,, Fizika metallov I metallovedeniye, 1961,
Vol~ 11., No. 1, PP. 29 - 33
TEXT., A descript�on is given of an apparatus for the
determination of the thermal and electrical conductivity
and their ratio for metals and alloys in the temperature
region 900-2 200 0C. Data on the temperature dependence of
the thermal and elec~trical conductivity of tungsten and
graphite are reported as well as the values of the
Wiedemann-Franz ratio In a wide temperature interval..
Empirical formulae are put forward to represent the thermal
conductivity of tungsten and grnphite as i~ function of
temperature. The thermal conductivity was determined by
the method described in a previous paper (Ref, 5) and is
based on the following considerations, If a short and a
long rod of the same diameter and chemi~:al composition
Card 1/9
.11111`11NII :1u

89939
S/126/61/oli/ool/00'.1/019
E-032/E314
Study of the Thermal and Electrical Conductivity of Tungsten
and Graphite at High Temperatures
are heated in a vacuu m by an electric current to the same
temperature, then the shorter rod wi.11 require a lixg:fier
current owing to addi tional heat losses at the ends. The
thermal conductivity of the material can than be -:alculated
from the formula
Ox 2 (12 _ 12)

2S2 T
where X is the
is the
S is the
.,8 T is t1:1e
I is the
I is the
thermal conductivity.
resistivityv
cross--.sectional area of the sI)ecimen,
temperature drop over a Ivng0i x ,
current necessary to heat the short specimen,
current necessary to heat the long specimen,
Card 2/9

89939
S/126/61/011/001/002/019
E032/E314
Study of the Thermal and Electrical Conductivity of Tungsten
and Graphite at High Temperatures
Thus, in order to determine X it is necessary to measure
P and I I on the long specimen and 1 and ~_% T on the
short specimen. These quantities were measured with the aid
of a special device. The specimens were placed in water-
cooled holders, one of which was free to move when the
specimen expanded so that no stresses were applied to the
specimen. The distance between the holders could be varied
between 0 and 150 mm and the potential difference across
defined sections of the specimen were measured by means of
molybdenum or tungsten contacts. The whole system was placed
in the vacuum chamber in a vertical position, the vacuum being
of the order of 10-5 mm Hg. The potential differences were
measured with the AC potentiometer
%,_, (R-56), while the
temperature was measured by the optical pyrometer
(OPPIR-09) which was attached to the telescope
of the catfietombcerKM-6. In this way, the temperature and the
Card 3/9

89939
S/126/61/011/001/002/019
E032/E314
Study of the Thermal and Electrical Conductivity of Tungsten
and Graphite at High Temperatures
distance vue measured at the same time. In order to increase
the accuracy of temperature measurement, the pyrometer was
designed so that the potential difference across the
pyrometer lamp was measured by a potentiometer. Careful
calibration was also carried out against a p1 tinum-~latinum
rhodium thermocouple (up to 1 500 C) and by AVII-It-A-1
(TsNIIChM-l) thermocouple. In the case of the short specimen,
the temperature distribution near its centre is given by
I
6T - f(X)x
2
Hence, in order to determine the thermal conductivity it is
suf f ic ient to plot L\.T vs X;r and hence determi.ne f(%) from
the slope of the straight line. Fig. 2 shows such plots
at 1 6oo0 C (Curve 1), 1 400 OC (Curve 2) and 1 600 0C (Curve 3)
Card 4/9

89939
S/126/61/011/001/002/019
E032/E314
Study of the Thermal and Electrical Conductivity of Tungsten
and Graphite at High Temperatures
for a tungsten specimen. The experiments were carried out on
spectrally pure graphite and tungsten specimens which were
heated to 1.700 C for one hour before the measurements.
Fig. 3 shows the thermal conductivity (Curve 1) (cal/cm deg see)
and the resistivity (Curve 2) (-fLcmxlO6) as functions of
the temperature (OC) for tungsten. A similar plot for graphite
is shown in Fig. 4. The therma I conductivity of tungsten is
in approximate agreement with the date reported by Osborn
(Ref. 2). The results are not in agreement with those reported
by Filyand and Semenova in Ref. 4g which are said to be
incorrect. The Wiedemann-Franz ratio was calculated from these
data. It was found that the Lorentz number obtained exceeds
the theoretical value and is not very dependent on the
temperature. In the case of graphite, the results obtained
are in good agreement with published data. The temperature
dependence of X for tungsten was found to be
Card 5/9

89939
S/126/61/011/001/002/019
E032/E314
Study of the Thermal and Electrical Conductivity of Tungsten
and Graphite at High Temperatures
X = 0.361 - 1.17- 10- 4 T + 2.32- 10- a T2
and for graphite
X = 0.12 - 0.547~ 10-4 T +, 1. 42 - 10-8 T2
where the temperature interval is 900 - 2 200 0C.
There are 4 figures, 3 tables and 6 referenceal 3 Soviet
and 3 non-Soviet.
ASSOCIATIONs Fiziko-tekhnicheskiy inatitut AN UkrSSR
(Physicotechnical Institute of the AS Ukrainian
SSR)
SUBMITTED: July 22, 1960
Card 6/9
FTV 'iM

S/862/62/COI/000/005/012
E202/9492
AUTHORS: -Gumextyuk,_ V_,~_._, Ivanov, V.Ye., Lobedev, V.V.
TITLE; Determination of the thermal conductivity of metals at
temperatures in excess of IOOO*C
SOURCE: Teplo- i ma.-4aoperenos. t.l: Teplofiricheakiya
kharakteri.qtiki materialov i metody ikh opredeleniya.
'Ed. by A.V.I,ylcov anti B.M.Smollskiy. Minsk, Izd-vo
AN BSSRI 1962, 94-101
TEXT: A method and apparatus developed in the Fiziko-tekhnichoddy
institut AS USSR (Physico-Technical Institute AS UkrSSR.) for
measurement of the thermal conductivity of metals and alloys up to
their melting point are described. Calculation of the thermal
conductivity requires determination of the specific electrical
resistancel the amount of current and the distribution of -
temperature along the samples, which are in the form of right
circular cylinders (e.g. wires). The apparatus comprises a
vacuum chamber with'the sample placed between two water-cooled
clamps and connected to the electrical supply. Surface
temperature measurements are carried out by means of a micro-
Card 1/2

S/862/62/001/000/005/012
Determination of the thermal ... E202/E492
pyrometer of the disappearing filantent type, mounted on a
cathetometer so that the measurements may be taken along the whole
,length of the sample. The samples used were within 0.5 to 5 mis
in diameter and the distance between1he clamps co"d be varied up
to 250 nun. As an example, the authors carr)ied out measurement of
electrical resistivity and conductivity of Mo, Ta ahd W wires and
developed from first principles the heat'balance equations,
considering the loss due to radiation and conductivity only.
The method in recommended on account -of the relatively simple
apparatus and relatively high accuracy, and was tried within the
range from 0 to 12000C. It was found that within the above range,
.the thermal conductivities of all the metals studied decrease with
t,emperature,., There are 7 figures.
ASSOCIATION: Flziko-tekhnicheskiy institut AN UkrSSR
(Physico-Technical Institute AS UkrSSR)
C-ard 2/2

S/12o/62/ooo/ool/o48/061
E039/E485
AUTHORS: Gunienyuk, V.S., Ivanov, V.Ye., Lebedev, V.V.
TITLE; The dQterniination oC the ther-mal and elet-Lrical
conductivity of metals at temperatures h:LS;her than
looooc
PERIODICAL: Pribory i telrlinika eksperimenta, no.1, 1962, 185-189
TEXT: The investigation of the thermal properties of metals and
alloys at high temperatures is of considerable interest in the
theory of metals and for practical applications. There is no
published data in the Soviet literature on the theri-.ial
conductivity of refractory materials and only a limited number
of non-Soviet papers. In the method described the sample in rod
form is heated by an eiectric current in a vacuum. Differel~tial
equations are set up, taking into account the Stefan-Boltzinan
radiation law, and formulae are derived for determining the
coefficient of thermal conductivity and electrical conductivity
of the sample material. In order to obtain the required data
it is necessary to measure -the potential difference on the worl~ing
length of the sample and also the temperature distribution over the
Card 1/2

S/120/62/000/001/048/061
The determination of the thermal ... E039/E485
same length. This must be done for two samples differing
either in length or diameter. The samples are held in water
cooled clamps in the vacuum chamber and the potential difference
along them is measured by means of two tungsten or molybdenum
probes and a potentiometer. The temperature is measured by means
of a micro-optical pyrometer omn-oiq (omp-619), fastened to the
moving carriage of a cathetometer, which enables an accurate
temperature distribution to be obtained. The theri.,ial
conductivity X and specific resistance P for tantalum is
shourn to vary from X = 0.1129 cal/cm sec OC and
F = 50.50 micro ohms cm at 900'C to X = 0,0904 cal/cm sec OC
and 0 = 108.112 micro ohms cm at 25000C. There are 4 figures
and 1 table.
ASSOCIATION: Fiziko-tekhnicheskiy institut AN b1crSSR
(Phym1cotechnIcal Inst�tute AS USSR)
SUBMITTED: May 11, 1961
Card 2/2

ACCESSION NR: AP4024186 S/0294/64/000/001/0029/0031
AUTHOR: Amonenko, V. M.; Vlyugov, P. N.; Gumenyuk, V. S.
TITLE: Investigation of thermal expansion of tungsten, molybdenum,
tantalum, niobium, and zirconium at high temperatures.
SOURCE: Teplofizika vy*sokikh temperatur, no. 1, 1964, 29-31
TOPIC TAGS: tungsten, molybdenum, tantalum, niobium, zirconium,
thermal expansion, high temperature thermal expansion, relative elon-!
gation, thermal expansion coefficient, zirconium allotropic transfor-1
mation
ABSTRACT: The relative elongation of the metals was measured with an'
improved contact-making vacuum dilatometer (V. S. Gumenyuk, Pribory*
I tekhnika eksperimenta, no. 4, 1961) used in conjunction with an
optical pyrometer (800-2000C range) or a Pt-PtRh thermocouple (200-
1200C). The length measurements were accurate to +I~L.(l per cent at
bigh and 3 per cent at low temperaturea , and the
temperature was uniform within 50C- A 2ung8ten resistance furnace
was used to heat the tested metals (zirconium to 1450C and the others'
Card 1/1',?-

ACCESSION NR: AP4024186
to 2000C). Empirical formulas are derived to fit the temperature-
vs. relative elongation curves obtained, differentiation of which
yields the-temperature variation of the linear expansion coefficients'.
The kink in the curve for zirconium (beginning with 8650) is due to
its allotropic transformation. Orig. art. has: 3 figures and 5
formulas.
ASSOCIATION: Fizko-tekhnicbeskiy institut AN UkrSSR (Phymicotecbni-
cal Institute, AN UkrSSR)
SIMMITTED: 27May63 DATE ACQ: 16Apr64 ENCL: 01
SUB CODE: PH, ML NO REF SOV: 004 OTHER: 003

Koar"hw, K.A., glav. red.; SIIEVL~ithOV, A.S., red.;
L.L., red.; SI-TTAI;'KD,A, N.P., red.; YEGOi,T!, 'Yu.P.,
red.; FrlCNANKENICH, '.,'.Ya., red.; rMINETSOVA, '.F., re1j.;
FAMIKO, Z.N.., red.; KACHAN, A.A., red.; VGYTSEKHCVSKIY,
R.V.~ rod.; GREKOV, A.P., red., DIDIANSKrI, I.A., red.;
AVDAKOVA, I.L., red.; V,,*O'(,'TSKIY, Z.Z., red.;
V.S., red.; MELINIK, A.F., I,ed.
(synthesis and physical chemistry of polymers; articles
on the results of scientific research] Sintez i fiziko-
khimiia polLmerov; sbornik statei po rezulltatwf,
tiriuc lino-isslodova Lol I ski kh rabot. Klcw, Naukova duruka.
1964- 171 P. (MIRA 17: 111)
1. Akader..iya nauk URSR, Kiev. Ipstitut khimii vysokorroleku-
Iyarnykh soyedireniy. 2. Institut fizicheskay kl~inii ijr,. L.V.
Pisarzhevskogo P11 USSR (for Vysotskiy). 3. Institut khimii
vysokomolekulyarnykh soyedineniy Ali US&t (for Ramankevich,
Cherviatsova, Voytsekhovskiy).

1 -7
P~i 7 ~!T'
isT
j_-E
A 1. 11-
L 257~-3-65 F*Wr'r-' iLPF", WT 11,ii7`j f 4rl /WF.
ACCESSION NR: A15002670
S/()000/641'Ot)O/(;firDfOI6~101~17
AUDIOR. Bessonov, V. G,,; GUMEnyUk, V, S.; Ty$11keViCh, 0. ik.
;7 -.:7T7-
J7
TITLE: Me effect of Mlers Gat the modulus of eLasticity ,if' glaiiei plasticil
SOURCE: AN MrSSR. Institut khUmft V sakcMalckulvarnykh sove~dLnnrtiye SLitte* f
U_F~_a
f :' ztko-khiniya polimerov; sbornik statey p0 rez 17~a_ nam: -Nno- iA i Ledavn te 1-' clk. fuh
rabot (Synthesis and physical che=istry of polX~!ers;fcollectton od artLcles (In the
results of scientific research work). Kievq Haukova dumcka, 1964, I.fiZ-167
TOPICTAGS: glass plastic, glans plastic elasticity, pollmn.
polymer density,
ABSTRACT: The modulus of elasticLty$ E, of viniortented a 0.es 'cif glans pli I;tic*
was determined experimentally in order to study its dependence (6 'gertility mnif
the amount of filler. Experimental values of E ~mre derived front the def orl.4ftiott
of f tat and annular samples under loads measured with tempoiaetecii and the STJ)
statistical deformation meter, and from frne vibration measarements. 9 wall shown
to depend linearly upon the ratio of the cross sectional aTea of t%e filler to ehe
total cross sectiewl area. An,empiricalformula derived deftnen 8, in units a
bars, as
2 .8t
E 1,107
Card
1 RIM
HP14M

L 25769-65
~.!.ACCESSION NR-. ATS002670
fbeing density and e:Q and Q
't being Qn.10M./Ost, wher are,* e weight'of
filler and glass plastic$ respectively. The deviation:of caJculmtO;d Ef r(x~ Oxet'
experim-antal values was shown not to exceed 8% jand the fdojula 6aa be used: for
the design of machines and apparatus containing glass plastic catipcinents. OU&' I
art. has: 5 figures$ 2 tables and tO formulas.,
ASSOMMON.t Institut atakhafliki AN Mr-959 (Wobadoo rdatOute,
SIJMIIMZD-. W=64 ENCL: 00 M MIIE: RT
110 RET SOV: 004
Cc-rd 2/2
000

_7 Tj I (Ai

L 610150'j-65 EPF(c )/FPA(,-, )-12'/El, I Pt' j W serf (m)/T N-,-r'j/Fr-bf/Pa-4 Wi/d~l
ACCESSION NR-. w%17127
A. (fUev); Lositnkiyj 7. 1.
AUTH0Fu3-. oujra,,jyu1,,j V. S. (Kiov),-
TITLEt Effect of to-,werature on mechanical properties of ribell-lass rod'mforc'-d I', j
Plastics
SOURCE: Prikladnaya makhanika, v. 1~ no. 6~ 1965j 132-96
I propeity, jield ,itrouglith, teim)
TOPIC TAGS-. ftberglass, stress load, mechaiuc-q
ature dependence, Poisson coefficient, compression streng-th, el'atiticity mod-m-lus,
tensile strength/ GMS 50 machind, M 4 epoxy, 0 30 nia-ahine, MF ",;2 3Q1 Textolite~
ABSTRACT: The mechanical properties of several fiberglass
were investigated under normal and elevated tenTerature conditionij. 2111") Mochanicoll
tests included coriwres~sion, tension, and impact deflecti-Qn betilretan teripe-ratures o6
233 and h23K. Them unidirectional specimens were tension teste,4 in a Gkl.13-50 rmc~lilic~~
and the elasticity, in 30-ton universal -machine RN-30, Tito sj)(*,jamen.,;-,,:1m,e oinall. ;Ln!;
size, avoragrin,-, 10 x 10 x 15 rim and 15 %r 15 x h0 mit. Strain were
made by wire strain gauge3 and by inductive detectors, The boiledi irstits, '16t34ud
were epoxy-phznolics M-4. The test results are given in t~i;~.*a-r ais w-oll as in

L 61057-65
... ...... . ------
ACUSSION NR: AP5017127
graphic form. The first table listo the properties of, unid ire ifiburgla 4J;
reinforced plastil-s and the scco,,42, Vic propartler, oUplaso livdtiatwio Analyt 0
expressions are quoted for yield strength, elabticity modulus, aiNl Poitiaon, 5
couffjcj.ent Cox, the fiborgi.-jes, reinforcod plastic spnimeno, Tkio remillo shaj thati
under elo,~--tod teilweratures the tensile strenGth dooraawa'q slilykitly blit. U10
compressive strength falls sharply~--by about 1OA& of its value, al. the 119~Lteiaper- I
ature. Orig. art. has e 4 figures, 3 formulas, and 2 tables.
ASSOCIATION- Institut mekhaniki, All U?xSSR (~msiitute of klachalAas, All Ukr=.),~,)~i.510.
SUBUITTED -. O40ct64 ENCL: 00 SIM GODII-30 DIr
NO REP SOV*. 000 OTH&Rt COO
~-Card 212
F
'Mift W-
1111"I'll TR 11,4141111 UP -T'.I;f~
a In 11
'13M 1''M 41,11; 1 1

L ij.898-66 qrru),~
4ra W/EY'T
_N' UR/0294/65/003/oo6/0936/o937
ke Ap6oo 1920
AUTHOR: V'yugov, P.N.; Gumenyuk, V.S.
ORG: Physicotechnical Institute AN Uii~SSR (Fiziko-tekhnicheskiy
institut 1k-ademii nauk UkrSSR)
t f 1 M-In the 1500-300000
TITLE: Thermal expansion of tungsten and tanta u1
temperature region
SOURCE: Teplofizika vysokikh temperatur, v.3, no.6, 1965, 936-937
TOPIC TAGS: tungsten, tantalum, thermal expansion, high temperature
metal
ABSTRACT: Up to the present time, the thermal expansion of tungsten
has been studied only up to a temperature of 20000 and that of tantalu
up to 27000. The present study exptnds the limit up to 30000 (in vac-
uum) for technical grade tungsten4~Lnd tantalum. The experiments were
carried out in a high-temperaturelvacuum' dilatometer and the samples
were heated by an-ele-etrIZ our-rent. The samples were in the form of
rods 2 mm. in diameter and 200-240 mm long. The experimental results
are shown graphically. It was found that the relative thermal expansi
as a function of temperature, within the limits investigated, can be
expressed by the following empirical formulae:
.41

L 11898-66
ACC NRt AP6001920
for tungsten: L/Lo = -6.6 x jo-5 + 3.7 x 10-6 T + 8.7 x 10-10 T2
for tantalum: LAO = -1 x 10-4 + 6.5 x jo-6 T + 7.45 x 10-10 T2
Where Lo is the length of the sample at 200; T Is the temperature ofj~
a
the sample. The values of the true coefficients of linear 2ApansLon in
the temperature Interval Investigated can be expreneed by the following
relationships:
for tungsten: alpha = (3-7 + 1.74 x io-3 T) x 10-6/degree
for tantalum: alpha = (6-5 + 1.49 x io-3 T)""ic 10-6/degree.
Orig. art. has: I figure.
SUB OODE: 20,11/ SUBM DATE: 06Feb65/ ORIG REP: 003/ OTH REP: 002
Card 2/2

J. 8952-65 k;E0-2/E1-J1T(d)/aik(s) -2/&JT.(n)/EFF(n)
/aip
E
P b)
ff-_JP b) M(h) Pm-4/Pab-24/Pac-h/Pt-IO/Feb/Pu-4 ASD( Mi
7
ACCESSION M AP4043096 S/0185/6~ 076 !G 7613
4100',toon I
AUTHOR: Vf.yugov, P. He; Gumenyuk# V, S;
-temperature ultrasont I
TITLEi High, 10
SOURCE: Ukrayinalkyfey fizy*,chny*y zhurnal, V 90 !'no* 7,j 1964 7 6-'
:6
768
TOPIC TAGS.* ultrasound, ultrasound velocity measti-remdItt, high ~t~amp-
erature ultrasonic interferometert liquid, met&10'11L~01.jFie till a' 0"u, n d
velocity
ABSTRACT: Figure 1 of the Enclosure shows a scihema~ic dl.agram, of 'a
hLgh-temperature ultrasonic Lnterferometer for MeiiaurAng the
velocity of sound in liquid metals and alloys. A~ivpoqlr.94c faa~:uxa
of the interferometer to that It conducts sound 4: it the ma ta I ba~L'ug-
studied through a solid bar of the same Metali rtczoe~ewent 4 'a,
X
the ultrasonic transducer to held against the bottiom ffime of se'lId
bar 6 of the-metal being invastigatod. The lovl$r~jjorfl'on of-the:.
bar to water cooled in chamber So Tha remainder di f thi; bar paciiis
Card

L 8952-65
-ACCESSION HR: AP4043096
through tubular electrically.heated crucible I in,;,,Whic~~:a length 6
of thebar from the top face down is Miettldd &nd.kiipt 4t~t~tha requlreii'
temperature. The botton portion of the molten bar Mol'it4ifieff, sthus.
preventing the liquid metal from leaktng out. Reftect,411, 9. Maaa cf~,
a refractory metal which can be positioned a ~reqitired humber of h a ljr-~
waves from the,oolidified layer of,the -melt. detarwinti,4i ~the distancol
along which 'the velocity oksound to measured by* CA~e c4iri*in tionlai
method. X barium titanate Lezoplement, 2 Mm En I thickoesa and V,8 mizw
In diametei; operates at a current frequency of U00 qlia.3 k. C. T120
maximum operating temperature Is limited only by tilia Ell.-Sit rmais~tjzacqil
of the material of the furnace sa4 reflectors and.'Tcan $0 raimed ta
1500-2000C. The measurement error is about 0.2-4 .3%. The veli:~aitllj
of sound in liquid tin in t4e 260--600C temperature r&#&P. wma foludd
to be 2841 t 7 m1sec.1; whi.,:h agream wel'I with tbel ttal~zi;ture daitil*
The velocity of sound In liquid dlumLaum at 750C sks totild to bh1t
-several per cent lower than in the solid metal. Ott r, !art, has~t' 1,
figum and I table.
HIS.
ASSOCIATION:' FLZYfto-tekhntch*y,* u
,y Ina tit t AN UktSS IRv K. a ~W
cotochmical Inatituteg AN UkrBSR)'
Card

it
11. 1 Mill I IT, 7 7 ED Hl MI,4

Gunc. &Jr -V
law wk,~,
Determining the frequency of free vibrations in orthotropic plates. Dep.AN
URSR no.1:39-41 '56. (HLRA 9:7)
l.Institut budivelinoi mekhaniki AN URSR. Predstaviv diyaniy chlen AN
URSR M.V.Kornoukhov.
(Elastic plates and shells) (Vibrittion)

GUMENTUX, V.S.
I
Free vibrations in Plates of variabli thickness. -Dop.UX URSR
no*2-.130-133 156, (MLOA 9:12)
1. Institut budivellnoi mekhaniki Akademii nauk URSR. Pfedstavleno
akademikom Akademii nauk USSR N.V. Kornoukhovym.
(Elastic Plates and shells)

GURRIYUK, V.S. (KIIv)
Determining the lowest (basic) frequency of free vibrations in
rectangular orthotropic plates. Prikl.makh. 2 no.2:224-226 '56.
. (HLRA 9:10)
1.1natitut budivellnoi mml-haniki Akademli nauk URSR.
(Vibration) (Blastic plates and shells)