SCIENTIFIC ABSTRACT TIMPKO, V.A. - TIMUSHEV, G.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001755810004-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TIMPKO, V.A.
Use of alpine pla-ts in landscaping. Biul. Glav. bot. sada no.51;56-58
163. (MIRA 17t2)
1. Glavnyy botanlche3kly sad AN 33F)P.

T'L,.'2KO, V. A,
25462 NECUIEVA, !,. T. i TILf?Lf.O,_V. A. F letni''h och cdp~trikuv
som,aystva Eup,.olbriacaae rjuotyni kara-!,,um. zhur-al 194p,
z
No. 1, S 113-15.
SO: Let;,pis' Zhurnal SLatey, No. 30, !!oscow, 19/,",

TM'PKO V A PA 36/49T39
USMASedicine - Ralnfall Jan/Feb 48
Medicine - Plants
"The Biology of the Sui3mer Annuals of the Family
Euphobriaceae in the Khra-Kim Desert," N. T.
'Nechayeva, V. A. Timpko, Ashkhabad, 3 PP
"Botan Zhur" Vol =II, No I
Describes distribution of subject plants accord-
ing to relief characteristics and amount of
humidity and precipitation. Table shows rain-
fall data for 1941 - 1944.; Much depends an
precipitation during the Wing.
3

PAVLOVICH, N.V., kand. tekhn. nauk; TIMPOT, D.Lo, doktor takhn. nauk.
Experimental investigation of p.v.t. values of gaseous and liquid
methane. Teplocuergetika 5 no.4:69-75 AP 158. (MIRA 110)
1. Hoskawskiy anargaticheakiy inatitut.
(Thermodynamics) (Methane)

V
AID P - 1245
Subject USSR/Engineering
Card 1/1 Pub. 110-a - 6/17
Author Timpot, D. L., Doc. of Tech. Sci.
Title Concerning the problem of the dependence of viscosity of
steam on pressure
Periodical Teploenergetika, 1, 27-31, Ja 1955
Abstract The experimental data obtained by American researchers
concerning the viscosity of steam are critically appraised.
Sources of error in processing the results of those tests
are indicated and it is shown that conclusions reached oW
about the great dependence of viscosity on pressure are
not correct. Charts, table, 6 Russian references (1934-50).
Institution : All-Union Heat Technical Institute
Submitted : No date

Troatnitint or oatilftr heirpos with attroomycin. Caak. of th.
13 no.2:114-116 Apr 57.
1. Ocni oddeleni KUNZ nem. v Ceskych Budejovicich, primar
MUDr. J. Pitter.
(CHLORTNrRACYCLINE, ther. use
herpetic keratitis (Cz))
(MATITIS. tber.
chlortetracycline in herpatic keratitis (Cz))

TIMR, Alois, !)Dr
Aniline pe#cile and the eye. Cook. ofth. 10 no-3:178-181 Je 1.54.
1. Z ocniho oddeloni KUNZ v Caskych Budejovicich. primar KUDr
Jaroolav Pitter.
(Ml, wounds and injuries,
*aniline pencil inj,)
(WOUNDS AND INJURIES,
* e, aniline pencil inj.)
ey
(AKILINX DYXS,
*mailine pencil causing eye Inj.)

ZX,CEPZI'A '-`DTCA S.- .12 Vcl.12/2 OphthaLmoloZ:v Feb
274. TREATMENT OFHERPETIC KERATITIS EYCHLORTETRACYCLINE.Ldde-
nf herpetickdho onemocnZ~ni oka aureomycinem. Timr A. CSL.OFTIHAL.
1957, 13/2 (114-116)
Twenty-six cases treated by local and oral application of chlortetra-cycline. 61.5-p
healed within 3-8 days, 30.876 up to 22 days while 7.773 viere without result. Com-
bination of chlortetracycline and cortisone yields better results.
Zahn Prague ()CIl. 50)

TIMROT, Aleksandr Dmitriyevich BALABANOVICH, Ye.Z.; DUDOROVA, L., red,,;
-SFMTK-,-M-.
,, tekhn. red.
[Prishvin in Moscow region] Prishvin v Mskovskom k-me.
14oskva, Moskovskii rabochii, 1963. 135 P. (MIRA 16a6)
(Priohvin, Mikhail Mikbailbvich, 1873-1954)

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0 it 11161411:6411 V1.1141. A III will$$ VwPW lbas lsivawlifii 1., 16 W I ii'll"I V ind Al, It, I I, 1 4 *1 1.7
owiluxt of lichkievinselivi fon piresburvo W & NO Itirn. Its "I nic d illerriwo 11.1 to# loblilile, lh~ -Ilr~ Ihm I"I ilk,
ond Scalps. III all -U&P. In order to ethninate efrors that If' P- If at the Pt wire Is -I1W1iIe,,1 In detail. Tfir
Arim from the cooling of the messurinji wires at the ends vaimpe tcmp. to or the artiml Irmil. at which mesetirrments
and its the resIdt of convection (9wh effors are discussed are made is then cakd. from the relation: in - 1w + ().U
a iruilth). measuring vevvis of different learlis &11,1 ,1. The valuri of )k obtahood are Independent of prrwuv
width. were itwif. In arsv"I with the mEthAd of FMCkenr 4t "Milt. temp.- a' rrqtlitC'l fly tile Itm.-fir fbvo~-y of Staw%.
111vae vrh-wln Wine placed Its an 441 helb. 'fliv citieftial 41111 ilk"e&W Willi ith'frAOC -if truilo. In order Ili trqt thr
ICHIP. Of tile It"% liAll wax dold. with the use of b1filisf "hittlity of tile equatiolt ietpikett fly the il~ory uf saw,
ke.9 (where 4 Is a "Mal., 1. file .11, Itral at "M.S. V.,I
resistam-c eIrtnents of the same Pt wire as that used for the q tile vipLosity), Vvicel of 9 were ujWd Which Were vak-d
measuring elements. From this temp. AM the known (Irrni the rollli'lts of &-hugaJew and of Speyercr using the
themial cond. of the glass (DA) the temp. of the inntr wall .1kiiherland formula. For t. the Knoblauch fortistila was
Sir was cak d. In order to asoure a definite Vapor pri"Ure usal. In this way a nicort valibe of I.Ml was obtaint4f
00 the App. was connected with a water coutaina also placed (tic IS as against tile valiw,4 I 22A obtained froin the above
iniscanst-truip.hath. Iliecur"tit in.avA the resistance valibe for 9 wild vallws io, I. iron, tile okict data of jjowr
0 0, the measuring elements were measured and from tbc.%e -rho curve showing the relitlion of A to tenill. caled. front
0 values the total isrut. of heat transferred was obtAithed. thin mean value of k nits that expily. fatind, thus ind"t-
Liktwiw. (foro trinp.-resistancectirvre for the Pt wire used tile that b is uot "jiliplet0v Indeterulent of trmit. tkwrse
t
I r lenil). ad the nicamoring eleme,sits ~ daid. From he nl~ 1q,orl'A 4 tile 11"final if sit at
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SUA::;V:Z, Given slataea
Countr-1: Czechoslovakia
Academic Degreess
Affiliationt
sources Praguep Prakticky Lekar, Vol 41p No 14t 1961, pp 650-651.
D&t#LI "A New-Gonoopt of the Tasks of the Clinioal lliodioAl Photography."
b' e
Autho TIDIR, Alois MD B De3artmeO, FNZ /Krajaky ustav narodniho,
Z~ erit of Public nealth/ (Ocn*i
li~avU-. Kiaj
oddeleni KUNZ), Ceske Budejovice; Director: J. PITTER,
VID.
SEBEK, Alois, MD, Department of Pathological Anatomy, KUNZ
~Patologicko-anatomicke oddeleni), Ceske Budejovice
14f w 9a1643

$UidIIM2,, Given lamou
Countrys Czechoslovakia
Academic Dogreest
Affiliationt
source, Prague, Prakticky Lekar, Vol 41, No 14, 1961, pp 650-651.
Datal "A New Concept of the Tasks of the Clinical I'ledical Photography."
Authorar" TI1DIR,,,)Aloie, IM, Eye DepbxtmBp~,, KUNZ /Krajsky ustav narodniho
zdr -Mj N7ptii:~ffiee*n'*t of Public liea th/ (Ocni
oddeleni KUNZ), Ceske Budejovice; Director: J. PITTER,
MD.
SEBEK,, Alois, MD,, Department of Pathological Ariatomy,, KUNZ
(Patologicko-anatomicke oddeleni), Ceske Budejovice

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TIMROI!,D.L.. doktor tekhnicheskikh itauk
Relationship of the viscosity of steam to pressure. Teplo-
energetika 2 no.1:27-31 Ja '55. W2A 8:9)
1. Vaesoyuznyy teplotekhnicheskiy institut
(Viscosity) (Steam)

TIMRDT, D.L.,doktor tekhnicheskikh nauk, professor.
,-~_ ~ ~
Distribution of densities of substances at near-critical temperatures.
Trudy MICI no.25:8-12 155. (MLIU 9:7 )
(Specific gravity)

TIMROT, D. L.; TSEDERBERG, N. V.,
Experimental Determination of the Coefficient of Thermal Conductivity for 94%
Ethyl Alcohol in the Temperature Range of -75 to 200 C," Zhurnal Te-IL-I-nicheskay
Fiziki., Vol XXV, No 14. d6 - llvs-g - e-~ A? ~r ~-
In the past conve~.:tion currents prevented the accurate determination of the
coefficient of thermal conductivity; the authors therefore developed a special
apparatus equipped with baffles which -tend to minimize the convection in t-he
test sample.
The results of the experiment are presented in the form of ttibles, graphs, and
formulas. The conculsion made by the authors is that the therwal conductivity
of ethyl alcohol, 94~ by volume, in solution with water, increases by 5.3% at
-700C and by 6.6% at 700C with a pressure increRse of 100 atmospheres.

Category : USSP/Atomic and molecular Physics - Statistical Physics D-3
Thermodynamics
Abs Jour : Ref Zhur - Fizika, No-2, 1957 No 3477
Author :Sirota, A.M " ZIM-nolt , DI.L.
Inst :All-Union Heat Engin-FUTVQ& Institute
Title Experimental Investigation of the Specific Heat of Water Vapor in the
Precritical Region
Orig Fab Teploenergetika, 1956, No 7, 16-23
Abstract Description of a new experimental setup for the determination of Cp
of wLvter vapor at precritical pressures.2 Measurement resulU fire
given for pressures from 20 to 120 kg/cm and for tEtmperatures from
the saturation curve to 3800. An analysis of the measurement accuracy
is given.
Card 1/1

"Experimental Determination of the Heat Conductivity of Liquj-d Oxygen," Zhurnal
Tekhnicheskoy Fiziki/1"To 8, Aug 1116, pp 1849-18t;6.
In this article the authors describe an experimental setup for determining Lhe
heat conductivity of liquid and gaseous oxygen. They list the results of their
work and compare them with other published data.
The authors report that their data generally conform with those of BOROVIK (Ye.
BOROVIK, Zhurnal Eksperimentallnoy i teoreticheskoy Fiziki, No 171 1947, P 328)
WHEREAS Hamman's figures are in error by as much as 301% FG. Hamman, Annal. d.
Phys., 32, 7, 1938, p 593)
The article presents a detailed description of the experimental methodology
and includes several drawings and tables.

Tj1LRW._A.L#, doktor tekhn.nauk; RIVKIII, S.L., kand.tekhn.nauk; SIROTA, A.M.,
kand.tekhn.nauk; VARGAFTIK. N.B.. doktor tekhn.nauk: ITIKOIAYEV, V.V.,
red. IGWVEDBV, L.Ya., tekhn.red.
[Tables-of thermodynamic properties of water and steam] Tablitsy
termodinamicheBkikh avoistv vody i vodianogo oara. Izd. 2-oe. dop.
Koskva, Gos. energ. izd-vo, 1958. 106 p. (MIRA 11:4)
1. Moscow. Vseecyuznyy toplotekhaicheakiy institut.
(Steam--Tables, calculations, etc.)

BURGESS, Eric; KUZNHTSOV, S.I. [translator]; ZAKS, N.A. [translator];
404k%QT D red.
[Irrontier to space] K granitsam prostranstva. [Translated from
the Inglishl Perevod 9 angliiskago S.I.Kuzneteova i N.A.Zakna.
Pod red. D.L.Timrota. Moskva. Izd-vo inostrannoi lit-ry, 1957.
221 p. (MIRA 12:3)
(Itmosphers, Upper-Rocket observation)

(,end,.'_Iech.Sc. an,! D T,
AUTHOM: Pavlovich, 1T. V't
Dr.Tach,.Sc,
TITLE: An en-erimental investir7ation of the p-v-t relationships
for f,~-aseous and liquld i.,iethanc. E' h- Sp c r j. T'.1 e ni i o ye
ics1edovaniye zavisimo~;ti I)-V-t Q',tZOOI)PFL~MO.~O i
zhidh_o.o _.ietana.).
',T o
P '-'IODICAL: Tenloencri~c`iha, I'D1581
A B S0 AIA C T i~.z 3 hydrocarbon t-hat has -vcceivod. -,. _rcL-It dcal
of study, A nulliber of worl-, linve, bcII.,i-j (If . U JJ I - -)
. _~vo L o 0),
:v_-J,-L7;.Or,.,-.IIip.,; For i,;..o ot, 11-hf,,!~;(_,~
;Altdl: IA, G(IM;10
I)Oill-, ill,-U.10 Of
-hi and re-liable
ch consi_,Lc; lav,lcly of
tobia2 _-~nd of Vcrfaal-rhy~,ical
proporLies of ~iethane and natainal ---as nequired at
~O-
lov: teiii
-)eraturcs of Ghe order of _ 0 C Lnrl. of T-,recsures
u~,n -~O 200 1 -L'- was, 'U'-tereforcl (-lecid.-,_~",
k , I -_ tG study
thesse -etterf~. Divcsti~,L-tion of
consii~ts in ;,ienF;uri_nr.- thc cnecific r-ravit- of 4-he,
L;
sub.,_,t~7,,nce at Icnovai tc!i,-tT)craUurcr_~ ond T'his
i.,, accurate for liquid.-I atu Tio"erate, te:-,,~v3rn tures
Card 1/4 Ltnd Drescures. Detenninations oii Lr,,,a,IE 'i ar,_, usually made

-4 - 13/24
An e,--rxrimentai invp_,,;ti~::_.tj.on of t'_r,.e p-v-t- for
L~,aseous and liquid- metharie.
Piezometer.,.;,
,vith boin~:- of t1,.a volume
of t'he -p:Lez,3,-,OtCr m-ld 11-1-1c of subc~t~li~co equired
,;o fill it at jvull _,!110
I ' - tuin~~
E:~:J s
:~:cthod2- h:.-,ve been ev.-_luatod clsr_--.-.,hero. Li t-.0 -2:-C~2cnt
worl: ;U'l"hod of 1%.,-Idro~;talic vi*C-ij,;j.1,v U,~;f_,J luo
ul j k,
clot rl.-r-~aine- _~np)Dcific v;ci~-,!!t of bo!.1i ~-i_!d liquid
i e t, a:.,- e at 11ij ccnsider-
able e,,-Periiaental dif'iculties,
rartli(~Ul::a-110- low
4- 7,
ljaiaperauurec. A t,3chi,~icue via-,
overcc:ae difficulties. The hydrosL~tic ~~O:L;
--ic'-hor! `hen beco- s a ver-~ 0-10. An J--)o-7_,-'a_T1t
,. u -At" - __ .- - -u
Dart of tl~,c 'U-';,ic strain-ralu. bal-,-_nce, ,,,hich
iS illUotratod 4r
an' described. 1-n t',. It
cor,~~ists of a s- ez-c.' aria of
electric brid~,~?,
consists of E_ rc--sistar-co- vrhen -:.,ci .-'it
~11__
chan-cs, uensiO-L
inc-reaSes on one nair of nnd
docrea,---f~~; on tii,c. o tlkor p:?.I.,r , -,o. "'JI.-I 1; 7)11 A, i I-! cc)
;,orkill'- t-libc.
Tli-*L.~: .;i; 1h,_ flush

c,.(-,-'; -13/24
An c~moriment;r 1 of t')(-, P-v-t
f or
&;,-A s o 0 U S a n dliquid "Le'th'ane
in -..ihich -the requisite temperature is maintained I)-- a
of liquid. nitror7-en. The method of operabin tl-r-.
is described. ThO e.-c.-perimental result.- are plotted in
Fis.zi- in th-_ for.Ii of -_,-)-v dia,-,ra::is for methanie atu
L,
UT
fferent te:.-.-,)era"UurDs, 71ith a coy,,,p-crative ~me 1--od of
-measuroaent tli,e error of detor.~l -ination of the Ej~ecif ic
vol-nae of -,tiethane includec. ai-Ly eri.-ors in tLe data ort the
dens't- of the calibratin- .9 ub s t an (- e
_L j I-) vihic,, in the
present case is nitrogen. The errors for nitro-en reach
0 1 0 0
0.1 - C.15% md. at sub-critical ter.-iper,~',-urcs (-1111-7 C) they
i,-o.y be 0.2%. Tht~~ method of preparin- pure J2.--J, -,.,---Uhane
U I
and of -aeasurin- te,%r~erature and T)rescura are &,-scribed.
The eri~ors in the :-deaSILre;A,:-nt of s-oecific vere not
-ter t1hr-r, :2:-c nuic acce,)table in c-Icula ns
ti
on indu~-ti-ial proces'-es and
are in ~:ood. af--rect.ic-at %vitlh those of Xv--lnec ;a:ad C-addy,
,..,hicli are the o-vily fi--,jxS-- v.:itt,. roc-~,?ect -to 0
t,_,I.-Xner,_i.tures of -70 to 0 C; au" temperaUurcs abrve 0 C
Mae obtained are cunsistent
data. A -,)-v-1) for !aot"tane i:-.~ ,ivon in Fi,,.5 -,Lnd
Lj
Card 314 p-v val-,.ieo for iaetIlano atu different te~merature,,~ -_-,nd

in-vezti-,Zaticil of t'l--c D-,j--t
pressurcs arc tabuilate.-fl.
There are 5 fi-,ures, 1 table and 10 ruferences
C--, Russi,-n, 72 wid 1 Ger:--tan.
ASSOCIIIII01-i: Joscow Po-,.-.er
Eiier-etlichesl,-i-
AVJIILABLi~: Librzli-y of Congress.
Card 4/4-

i, ,
SG'T/~ 6- 5:'~--2~-13/2 2
AUTHORS: Pavlovic'a, N.V. (Candidate of Tec'an-icL Science) ana
I- Tiiarot, D.L. (Doctor oil Tocanical Science)
TITLB An a,"Hpo"rimental Investigation of the Viscosity of Methane
(Ek'speril,,iontallnoye issledlovaniyo vyazkosti r.,ietana)
PERIODICAL: Toploenergetika, 1958, Hr 81 pp 61-6" (USSR)
ABSTRACT: In designing equipment for the U'reall-ment and handlin- of
0 U
natural -as, whicli consis-11-s largely of mothane, a I.MouledGe
I?
of the Viscos--i-ty of me'l-hane over a wide range of
temperature is required. Many deterninations have been
made at atmospheric pressure but the data at high pressures
and low tempera t-.,.ire s. is inadequate. Yxrecver, available
nethods of viscosity measuremient are riot suitable for
establishing such data, The pro-cadure that was developed
for this purpose is based on that usod for determinations
of the viscosity of water and steam,. A diagram of the
aDparat~ls is given in Fi. I and a photograph in Fig 2.
1~ consists of three main parts: an annular balance
one-thi--d filled wi t1i morcury, a capillary tube and a
Card 1/3 cryostat. The annular balani,-e is used tc maintain a
pressure-drop across ~;Iae ends of t!ic capillary and to

so vlr;,)r-.. 13 /2 2
-y of lethane
An Experimental Inves 6--ation of thu, Vi scosi L- ,
measure the flow of substance, The capillary is made of
stainless steel EYa--_!T. A detailed description of the
equipment is given. The capillary was O.L~726 mm diameter
and 500 rpra long. Elost of the tests were made with
Reynolds numbers below 1,000, so that flow in the
capillary was laminar. It was therefore necessary to work
with low loads ranging from 150 to 10 grams, but as the
installation was well-balanced and sensitive this did not'
interfere with the accuracy. The experimental pro3edure
is then doscribed2 particularly the adjustmentu and
balancing of the equipment'. With change in the gas
pressure, even at coristar-11- tem-perature, the balance was
disturbed and rE~.quired a special c:)rre,-.toj-. The magnitude
of the ppessure drop on tl,~e ca-,,)illary depends only on the
geomelry of the balance and on the torque applied by the
load. The rate of flov of liquid was determined from th~~
rate of displacement of a uniformly divided scale fixed
to the tube of the annular balance. As it was difficult
'to onsure a perfect bal;i,_n,_,o, each test waS made at three
diff'erent, loads. The formula used -to calculate 'the
Gard 2/3 viscosity from the test result3 is given; typical test

SOV,)6-58-8-13/22
An Experimental Investigation of the Viscosity of Methane
results and calculated values ai)pear in Table 1. The
dynamic viscosities of gaseous and liquid methane that
were obtained are recorded in Table 2 and Figs 3 and Lt-.
In Fig 3 the viscosity is given as a function of density
and in Fig 1+ as a function of pressure and temporature.
These graphs include test results of a number of other
authors. The maximum error of viscosity determination
did not exceed 3l'o'. Recommended values for the viscosity
of methane as a function of density are given in Table 3.
This table covers the tem.nerature range - 161.4 to
+ 1000C at Pressuver, of 1 - 200 at?.qs and includes resu:~ts
on the saturation livi-).
There are 4 figures, 3 tables, 17 literature referencos
(Soviet)
ASSOCIATION:
Moskovskiy oner-et:L(,.hcs1,-.Jy injti~11u-
U
(Moscow Power In:3'L_-i'LU'UO)
1. Methane--Viscosity 2. Methane--Temperature factors 3. Natural
Card 3/3 gas--Propetties

TIMROT, D.L.; PAVWVICII, N.V.
Thermod3,namic properties of riethanp at low temperatures and
low pressures. Aauch.dokl.vys.shkoly; energ. no.1:137-148
'59. (MIRA 12:5)
1. Rokomendovana kafedroy inzhnnernoy teplofiziki 14oakovskogo
energetichankogo inatituta.
(Methane--Thermal properties)

S/096/60/000/010/015/022
E191+/E13 5
AUTHORS. Timrot D.L., and Babushkina M.V,,
TITLE: The Design of an Equipment for Determination of the
Thermal Conductivity of Materials
PERIODICAL: Teploenergetika, 1960, No 10, p 95
TEXT: The equipment uses the method of Eger and Disselhorst
to determine the thermal conductivity of electrical conductors
over the temperature range 100 to 1100 OC. The equipment can
also be used to determine electrical conductivity in the same
temperature range. The procedure for measuring thermal
conductivity is described.
ASSOCIATION: Moskovskiy energeticheski.y institut
(Moscow Power Institute)
Card 1/1

83332
AUTHORS;
TITLE;
Timrot, D.L.,
Determination
Wide Range of
S/o96/6o/oOO/010/017/022
E194/E135
and Borlsoglabskly,-V.P.
of the Density of Liquid Oxygen over a
Temperatures and Vre-s-sures
PERIODICAL$ Teploenergetika, 1960, No 10, P 95
TEXT: An experimental .study.of thelthermal properties of
liquid oxygen was carried out by the method of an unloaded
plewmeter. The quantity of oxygen evolved from the plezometer
during the course of the experiment was measured (in gaseous form)
by a volumetric method. A precision experimental equipment was
constructed to suit the procedure selected. The rig was used to
make investigations of the density of liquid oxygen in the 2
temperature range of -190 to +120 OC at pressures up to 200 kg/cm
and also the density of liquid oxygen on the saturation curve over
the same temperature range. The experimental data were worked out
by analytical and graphical-analytical methods so that the thermal
properties of liquid oxygen could be represented in the form of
detailed tables over the entire range of parameters of state
investigated.
ASSOCIATION: Moskovskiy energet.ichesk'Ly institut
Card 1/1 (Moscow Power Institute)

81668
S/056/60/036/06/03/012
0 B006/BO56
AUTHORS: Timrot, D. L,, Borieoglebskiy, V. P.
M"--, -
TITLEi Density of Liquid Oxygen~~on the Saturation Curve
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1960,
Vol- 38, No. 6, pp. 1729-1732
TEXT: In the introduction it is criticized that the density of liquid
oxygen on the saturation curve has been insufficiently well investigated
and that the results obtained by the various authors differ by up to %-
Therefore, the temperature and pressure dependence of this density was
once again measured by the authors by means of a constant-volume
piezometer and a gasometer which were located in a cryostat and/or a
thermostat. The arrangement of the devices and their construction is
shown in detail in Fig. 1. The oxygen pressure in the piezometer was
measured by means of a piston manometer; its temperature by means of a
resistance thermometer of spectrally pure platinum. Liquid nitrogen
and Freon-12 served as thermostat liquids; the temperature field in the
cryostat was controlled by means of copper-constantan thermocouples.
Card 1/3 11K

L L I .,I i
!,iii 6"d iit Lha 6aauwuLar Lit room temperature und a pres-
sure of not more than 3-5 k9/cm 2 behaves nearly like a perfect gas and
has been experimentally sufficiently well investigated, so that the
(for
curve +0.15%). The data of measurement of the saturation curve are shown
- WO
in a table within the range from -194.03 to -119-700C. Within this range
2
the pressures are between 0.27 and 49-14 k9/cM , and the densities be-
tween 1.1879 and 0.5795 g/cm3. In Fig. 2 the results of measurement of
the two experimental series are compared with the results obtained by
other authors; the best agreement is obtained by me-ns of data from Ref. 6,
where the deviation is not more than 0,25%. There are 2 figures, 1 table,
and 9 referenceag 2 Soviet, 2 German, 3 British, and 1 Dutch.
ASSOCIATIONt Moskovskiy energeticheskiy institut (Moscow Institute of
Power Engineering)
Card 2/3
errors in measurements may be described as negligible
the saturation
LK

88263
S117o 6 1 /00, /,~L i L
BOI~/BO56
AUTHORS: Timrot~ D.-L-l-, Borisoglebskiy, V. P.
AN
r)i f
A d I I Li u
fiziki MBI (Department of Heat Engineei-ing oi bit-,!). Tw, o,-iicu
periments were made. The first series was carried out in a range of
state parameters, where pressure does not produce any essential effect
upon density. The pressure measurements were carried out by a spring
r
V3-

Experimental Investigation of the Density of S/170/61/0114/001/0G1/02C
Liquid Oxygen at Temperatures From -190 to B019/BO56
-1200C and Pressures up to 200 kg/cm2,
Including the Saturation Curve
manometer. The second series was carried out within a wider range of
state parameters, which also comprisedthe saturation curve. Viithin the
range of lower densities, pressure measurements were done with a piston
manometer. A semi-empirical. formula for the oxygen density as a tempera-
ture function along the saturation curve is obtained:
- 2 3
Q9 . 0.4300 + 0.1 1/0~77r+l) - 1 g1cm , where
6.103 = 5.5 + 1.637(-r--5-5) 9.41 - (r--5.5 )2 r - t - t . The i4so-
9.41 + 'r 5-5)2 cr s
chores and isothermal lines shown in Figs- 3 and 4 may, in the authors'
opinion, be considered to be improved Mathias and Ornes curves (Ref-4)-
N, V. Tsederberg, I. Ishkin.; and P. Buro are mentioned. There are
5 figures, 1 table, and 15 references: 5 Soviet, 4 US, 3 British,
2 r,,i-inaii, nrid I Dutoh,
EXperimental Investigation of the Density of S/170/61/004/CO1/001/020
Liquid oxygen at Temperatures From -J90 to B019/Bo56
-1200C and Pressures up to 200 kg/cm
Including the Saturation Curve
ASSOCIATION: Energetioheakiy institut, 9. Moskva (Institute of Power
Engineering, Moscow)
SUBMITTED: July 7, 1960
ILI
Z
Card 31YA Fig. 1

L, 21985-66 O/KiVACo) IJP(c)
ACCESSION NR:AP5025989
UR/0294/65/003/005/0740/0746
536.23.083:546.31, ji -1~1
A07MOR: Timrot, D. L.; Totskiy, Ye. Ye.
~j;il 1011'..~t iA~ i~~ iliot UIL; Iii-ik"j i'd 1141,ij Qwi4i'ACA (J~Ily v; i L I
matevials which are reEilstant to It and there is no need for electric insulating
materials. The method has two main -features: measurement of the temperature
difference in the gas layer by thernial expansion of the walls enclosing the lay .er;,l
and experimental elimbiation of end effects by varying the depth of insertion of 1_
the heater. In the experimental apparatus, two coaxial cylinders forin an annular
space filled with the malerial tinder Investigation. The upper ends of the cylin.-

L 21985-66
ACCESSION NR: AP5025989
ders are welded together, while the lower ends are joined by a thin walled beL-
lows and can be displaced one relative to the other by thermal expansion, The
unit is placed inside a furnace in which the experimental temperaLure is maintain-
ed. A long heater, whose depth of insertion can be adjusted,' Is locaLed inside i
the experimental tubes. The difference in the expansion of the tubes is ineasured
by a length meter at the bottom of the t ubes; from this difference the therinal
conductivity of the gas between the cylinders 'is computed. The article gives
a sample calculation, based on experiinental data on the thermal conductivity of
helium in the temperature interval from 442 to 1015 C, at atmospheric pressure.'
The temperature difference in the experiments was oithe order of 10-30C. The
portion of the heat flux transferred by radiation rec-iched 1.616 at high temperatureg.
The authorsdata are compared with dat.a from G-.e literature, with good agree- i
ment. It is claimed that in the investigation o~ gases'with a thermal conductivity I
of from 0. 01 to 0. 05 kcal/ m- hour- degree, the error of the method reaches 15-
,10%, the largent Part of which In due to orror in the Introduction of a correction
bit, vilt1hilloll, Tht' 4millormotii matwotwo iu-,or otitt ho wo,tritwotl %Vm, in orl'(w

i;J14 (I r, M'fl! MN toL
to! N C! J 1)
..,ABSTRACT: The effect of adding air to carbon dioxide on the critical properties
of carbon dioxide was studied. The density distribution of carbon dioxide at the
critical point was investigated as a function of the concentration of additives
and of the distance along the height of the experimental vessel. The work'supple-
ments the results of Is V. Zavalin and Yl:,- 7. Shimanskiy (Ukrainskiy fizicheskiy
- installa a
zhurnal, IX, No. 10, 1964). A achemaj... of-the experimental tion is pr
bented, and the experimental results are shown graphically (see Fig. 1). It was
found that the density distribution depends primarily on the concentration of
admixtures.
'532.5

~L 26649-66
ACC Ngs . Ap6oon83
Fig. 1. Graph for the change in
density of carbon dioxide
along the height (h) of tho experi-
mental vessel, a,b,,o,d,e,f - at
temperatures of 30,11s 30,882 31,58,,
41
32.16~ 32.84,, and 33.30C respectively,,,
and at 3*1+6% of air; g,i,j,h,k - at
.temperatures of 3107j, 32.61,, 33.010 2
35o19# and 38.100 respoctivelyp and
at 0. 12% of air.
OHM
OrIg. art. haul 4 91-apho.
3U pO7/ SUBM DATE: VMay65/ om Ruis oo3/ oTH REFS 003
rT COMIVO
L_ Lar 2, 2

i2 -66
AP6008835 SOURCE CODE: UR/0294/66/004/001/0141/0142
AUTIJOR: Stefanov, B. L 1mrQ
-.2. L4 Totskiy, Ye. Ye.; Chu Wen-hao
T !,
ORG: Scientific-Research Institute of High Temperatures (Nauchno-issledovatellskly
vysokilifi-temperatur)
Institut
TITLE: Experimen~al investigation of the viscosity and thermal conductivity of sodium and
po tassium. vapors
1~k
SOURCE: Teplofizika vysokikh temperatur, v. 4, no. 1, 19661 141-142
TOPIC TAGS: sodium, potassium, vapor, heat conductivity, viscosity
ABSTRACT: The NII of High Temperatures (NH vysokikh temperatur) during the period of 1960
-1964 performed experimental investigations of the viscosity and heat conductivity of sodium
and potassium vapors. The results of the measurements and extrapolation of viscosity were
discussed in detail earlier (D. L. Timrot, B. L Stefanov. Nauchnyy otchet NII vysokikh tem-
peratur, 1962). An experimental investigation of heat conductivity was performed by the
dilatometric method, developed by the present authors, and described elsewhere. In accord-
ance with this method, the temperature difference between two coaxial cylindrical surfaces is
measured according to the difference of the thermal expansion of the cylinders. Measurements
of the degree of blackness are performed on the same apparatus in the intervals between the
series of heat conductivity measurements. The error for radiation reaches 35-70% of the
total heat flux in tests with sodium and 50-80% with potassium. The maximum relative error
UDC r)46.:12i.546.33:533.164636.2.022
Card 1/2

A(,( fills
Illiloullill to 20% oil tho avol-litro. Tho fIXI)I'villivilta allowoll it Illibiltillitfill dopoildvilco of livat
voildtlutivity of tho Vaportl of tiodium will potaissiuni oil pressure. rho resultE of the investi-
gation are tabulated. A detailed description of the design of the experimental apparatus, data
processing methods, results, and a comparison of the results with available data in the liter-
ature will be published. Orig. art. has: 3 tables.
SUB CODE- 11, 20 SUBM DATE: OlJul65 ORIG REF: 004

L 32839-66 F,NT(1)/E'NT(m)/E',VP(t)/ET1 , IJP(c) JDIWV
ACC NR: AP6008827 SOURCE CODE- IJR/0294/66/004/001/0046/00
AUTHOR: Voskresenskiy, V. Yu.; Peletskiy, V. E.; Timrot D. L.
ORG: Scientific Research Institute of High Temperatures (Nauchno-issledovatellskiy
institut;7ysokikh temperatur)
TITLE: Thermal conductivity and degree of blackness of nloblum at temperatures
above 1000C T)
SOMWE: Telflofizilm vynolclith temperatur, v. 4, no. 1, 1966, 46-49
TOPIC TAGS- niobium, optic black body, themal conductivity
ABSTRACT: An experimental study of the temperature dependence of the thermal con-
ductivity coefficient and integral degree of blackness of fflobium was carried out. The
fipeelmenn were first fired for 4 lir at 2000-22001C. The temperatures were measured
in the 1,100-2500K range with tin OMII-043M optical pyi-ometer. The integrral degree of
blackness was calculated from the formula
c = qrad /8T av4
Card 1/3 UDC: 636.2.212-t636.3.006.5

L 32839-66
ACC NR: AP6008827
where q VI/F; V) I are respectively the potential difference between the anode and
rad
cathode and the anode current; F Is the total surface area of specimen; TIs the average
av
temperature to which the specific radiation qra(! and degree of blackness pertain. The
thermal conductivity coefficient was calculated from the formula
L
X = [4 eff X) dxl/[D IdT/dx
I qrad~
x
Leff
where f q (x) dx corresponds to the flux scattered by the radiation on the x-L,f
rad f
x
portion of the specimen, and hence, to the heat transfer brought to Llits portion via section a
x; (dT/'dx)xis the gradient in section x; Leff is the effective length of the specimen,
allowing for the contribution of losses from end surfaces, LL + .2, and D is the
eff 2
Card 2/3

L 32839-66
ACC NR: AP6008827
diameter of the specimen. The data obtained are extensively compared with those of other
authors. The discrepancies fou-nd show the need for further studies of the thermal con-
ductivity of niobium and Its alloys. Members of the laborator staff 1. M. Mindova
y
G. D. Kiselev, and L. A. Olimplyeva participated in this work. Or:g. art. has- I figure,
Z tables, and 2 formulas.
SUB CODE: 11 / SUBM DATE: 10MarG5 / ORIG REF: 007 / OTH REF: 004

L 33670-66 EWI (1)/HiiT,(m)/ !/Esir ~t)/ r-T11 i IJF k f- j414/ j,-,, M-L
ACC NRI AP6014079 SOURCE CODE: UR/0294/66,/004/002/0289/0292
NUTHO~: Timrot, D. L.; Umanskiy, A. S. 76
7:1
)RG-\ Hi b e Scientific Research Institute (Naucbno-
.&~~Temperatur
L -L-alt-Ly -L1jUt,-LUUU Vysokikh tomperotur)
PITLE: Invostigation of tho-hoat coxjdu4?t-1v1ty of hydrogon and argon
3OURCE: Teplofizika vysokikh temperatur, v- 4, noi 2, 1966, 289-292
OPIC TAGS: beer conductivity, hydrogen, argon
ABSTRACT: The a.rticle gives the results of an exurimental determination
of the beat conductivlty co dropenjohd argon up to a
efficients gf-bj4X-.g_
temperature of 20000K. In the experiments the method used was a heated
filament with a cold oylinder wall. The beat" conductivity coefficient,
referred to the temperature of the filament, was calculated by the
formula
In
2n dT.
here R and r. are the diameters of the cylinder and tbo filament,
espectivtely; Tn is the temperature of the filament; Wpr is the power
UDC:

L 33670-66
ACC NR: AP60lkO79
3]
evolved by the filament due to heat conductivity, with a correction for
the temperature jump. A comperison of the data of other authors with
those of the present authors shows good agreement in the region from
800-12000K. The limiting possible error of the data evaluated by the
authors was 5% for hydrogen and 7% for argon. "In conclusion, we thank
G. F. Sokol, V. V. Korolev, and I. L. Kostrovskov for their aid in
carrying out tN-e experiments." Orig. art. bas: 4 figures.
CODE: 20/ SUBM DATE: 13Sep65/ ORIG REF: 0051 OTH REF: 009

ACC NRi AP7003170 ~V SOURCE CODE: UR/0294/66/001&/006/0874/0875
.AUTHOR: Timrot, D.L.; Peletskiy, V.E.; Voskresenskiy, V.Yu.
ORG: Scientific Research Institute of High Temperatures (Nanchno-
issledovatellskiy inatitut vyeokikh temperatur)
TITLE: Thermal conductivity and emissivity of iodide hafnium
SOURCE: Teplofizika vysokikh temperatur, V. 4, no. 6, 19669 874-875
TOPIC TAGS: iodide hafnium, -1 V. . i
thermal conduction, black body radiation M *110 1 M E4
T
temperature dependence, emissivity
ABSTRACT:
The total hemispherical emissivity of a high-purity c-lindej
12 mm in diameter and 65 mm long, was found to increa'se
linearly.Mith increasing temperature (solid line in Fig.]).
The coefficient of thermal conductivity of hafnium was found
'to increase linearly from 23.2 w-m-1-degree-1 at 1300K to
28.8 w-m-'odegree-I at 2000K. Oiig. art. has: 2 figures.
CTD3
1/2 UDC: 536.21+536-3:535-34

AdC~URI AP7003170
aj
d*epen-d-ence of total
hemispherical emiBsivity (E) of iodide hafnium
SUB CODE: ~7 , 20/ SUBM DATE:
OTH REF:- 002/ ATD PRESS: 5114

3lJan66/ ORIG REFt 001/
Card 2/2

j, .~f ~ ~ -0(3 &Tj 1) /Wn m~ /NTF( n)-2/&4P(t)/z)iP(b)/&WA(l) LJ P (C) JD~WIJW , _
ACC MR: 7W5016603- SOURCE CODE: UR/0294/65/003/003/0381/0388
94, ~;-) j/ V, 5- ;_ '? -'1 i
AUTHOR: Timrot D. L - Umanskiv. A. S.
3
4
ORG: Scientific &search Institute of High Temperatures (Nauchno-issledovatellskiy
institut vysokikh temperatur)
TITLE: Investigation of the heat conductivity of helium in the 4000-24000K tempera-
ture range IVI
SOURM Teplofizika vysokikh temperatur, v, 3, no* 3, lj650 381-368
TOPIC TAGS: helium, temperature measurement, temperature transducer, heat conduc-
tivity Z 1, 1111 i-(>
ABSTRAM The heat conductivity of He in a range 400 to 24000K is studied using the
method of phase change fin shot w] res. Very small diameter wires are used to minimize
the effect of surface radiation. The experimental tube, described in detail, has a
specially designed geometry for minimizing the convection effects and eliminating the
cooling effects at the ends of the wire. The measurement errors from various sources
are discussed in detail. The wire temperature errors are estimated to be less than
4.6%. The errors in heat conductivity are more complex, requiring a comparison of
results both with measurements of other authors and with theoretical values for all
temperatures. At temperatures below 12000K, published data is within the experiment-
al errors, but at higher temperatures deviations of 12% occur. Orig. art. has: 4
figures, 10 formulas.
SUB CODE: 20/ SUBH DATE: 26Jun64/ ORIG RM 003/ OTH REF: 007
UM 535.23 546.291

A~CESLS'ION-ih~~ AP501o46i UR/02-~4/6c/l 3/002/0-2- 10227
,; ~O -
546. .33 i -. c5,36. 21. 022 +
r U-4 TP ~ c
AUTHORS: Timrot, D. L.; Peletskiy, V. E.
i7ETLE: Investigation of the integral degree of blackness and
iof the coefficient of thermal conductlykt
-y ff zirconium
I. ---i- Y
SOUROE: Teplofizika vysoki.kh temperatur, v. 5, no. 2, 1965,
223-227
iTOPIC TAGS: zirconium, ~lacl~ da r
---aLL1&fjQn,--integral blackness,
Ithermal conductivity coefficient, t--ppeMture variation
ABSTRACT: The article describes an investigation of the thermal,-,j
conductivity and the integral degree of blackness of zirconium Iodide,
carried out at temperatures above 1,OOOK F~t the Nauchno-issleloi-ra ~el
sk-iy institut vysokikh temperatur (Scien t4fjC Research Institute of
A.
'High Temperatures). The experiments were carried out wi~~-, ar.
variant of the eriectranic hf=~ating
,wok1k.r, temnperatur v. 1, )3,
ai-d 1/3
C
L

21
ACCESSION NR: AP5010461
Ification of the apparatus was such that only one sample had to be
lused for both stages of the experiment. The measurements were made
iin -the temperature interval 1200 --- 1900K. The results are presentle-d
in Fig. I of the-Enclosure. The data obtained for the integral
dcgree of blackness. deviate noticeably from the resultL of I. H, Boer
a,nd J. D. Fast (Ind. chim. v. 19, low tempera!,-ires,
p ro ba b I Y !:.e c a ij s o ) f I n s 1~i c 1- e i+ fP 11 r 1aho ma r! a a
~Te re a r*- n oru. t, 11 sdri a t- a~~nthec ~71 C I
lr~~onlum abcve 1,000K. Griginal article has. 1) figures, 4 form-
julas, and ltable
1ASSOCIATION: Nauchno-issledovatellskiy institut v,fsokikh temperatur
;(Scientific Research Institute of High Temperatures)
I

L 6 2.1 7'-~-65
ACCESSIOU MR: AP5010461
MCLOSURT: 01
M. er,
r 'pr
Fig. 1. Tntegral degree of blackness (left) and ccefficient of thermi
conductivity of zirconium iodide.
/j
0
0
Card
..----3/3- ~---

TP-POT, D.L.; PFLEZ~Kl'-4, V.E.
USe o-f slectronic heating in detemining the lic-al,
conductivity coefficient of high-mel Ling alloys and
compounds. Teplofiz. vys. ternp. I no.2:168-172
S-0163. (MIRA 17,5.)
1. Nauchno-issledovatellskiy inet-ftut vysokikli temperatur.

DMJ
rillljic"T, 1). L. , PELE -1:31M , V. E. , and VUSKRUSM _Y3 V. Yu.
"'Ae application of elec4-.rr-;n beam h~eating in t-he investiration of lintegral
ness of heat-resistant alloys and compounds"
Seminar on production methods, ohysical properties, and electron structure of
refractory metals, compounds, and alloys, organized by tfic Institute of Powder
Metallurgy and Special Alloys AS Ukr SSR, Ydev, 25-2) April. P-1163.
('Teplofizika vysokikh temperatur, lio. 1, 1963, P. 156)

KAZAVCHINSKIY, Ya.Z.,, prof.; KESSELIM, P.M., kand. tekhn. nauk;
KIRILLIP, V.A., akademik; IIIVY,114, S.L., kand. tekhn.
nauk; SYCHEV, V.V., kand. tekhn. nauk; MUM, D.L.,
prof.; SHMIDLIN, A.Ye., prof.; SHPILIRAYN, E.E., dots.;
BULIDYAYEV, N.A., tekhn. red.
[Heavy water; its thermophysical properties] Tiazhelaia
voda; Teplofizicheskie svoistva. Moskva, Gosenergoizdat,
1963. 255 P. (MIRA 17:2)
1. Ilauchno-issledovatellskiy U-sfit7db vysokikh tepp&'Aui- pri
Moskovskom energeticheskom institute (for Kiri-Uin, Sychev,
Timrot, Sheyndlin, 8hpillrayn). 2. Vt3esoyuznyy nauchno-
issledovateltskiy teplotekhnicheskiy institut imeni F.E.
Dzerzhinskogo (for Rivkin). 3. Odesskiy institut Inzhenerov
morskogo flota (for Kazavchinskiy). 4. Odesskiy tekhnologi-
cheskiy institut (for Kessellman).

ACCESSION NR: AP4004135 S/0294/63/001/002/0168/0172
AUTHORS: Timrot, D. L.; Peletskiy, V. E.
TITLE: Use of electron beam heating in determination of thermal
conductivity of refractory,alloys and compounds
SOURCE: Teplofizika vy*sokikh temperatur, v. 1, no. 2, 1963, 168-
172
TOPIC TAGS: refractory alloy, thermal co ductivity,,refractory
P
alloy thermal conductivity,.tungsten thermal conduct.1vity, electron
beam heating, refractorypaterial, refractory compouhq, thermal
conductivity measurement, thermal conductivity deterT~nation, elec-
'-'tron beam
ABSTRACT: A method is described for electronic heatjrjg of refrac-
tory metal alloys and compounds to extremely high tepiperatures so As
to permit measurements of the coefficient,pf thermalloonductivity.
Card -1/3

ACC~SSPDN NR: AP4004135
This quantity cannot be qalculated theoretically for most materials
employed in technology, and even most modern experimental methods
are frequently inapplicable. The theory of electronic beam heating
isfirst developed and it is shown that the calculation of the ther-
mal conductivity coefficient calls for the experimental determination
of the specific,radiation and for a plotting of temperature fields
in a cylindrical specimen heated on one end under different heat con-
ditions. it is then shown that such an experiment is made feasible
by electronic heating, which yields high temperature limited only by
the properties of the tested material itself. The experimental set-
up is described and the various experimental errors discussed. The
method was tested with pure tungsten containing not more than 0.1%
impurities. In the tempezature range 1500--2500*K the data agree
with those of Forsythe and Worthyng (Astrophysics Journal, v. 61,
152, 1925). It is concluded that the method is quite effective and
the simple geometry of the working samples makes it particularly
suitable for materials obtained by power metallurgy. The smoothed
Card 2/3

ACCESSION NR: AP4004135
values of the thermal conductivity coefficients are;
T,'OK"'-- 1200 14(X) lira i8M 2nM 2200 24nn'2600 2800 -10M'
WCM.0 IJ2 1,10 1,08 1,00 1,03, 1,013 0,99 0,97 0,00 0,938
Orig. art. has: 3 figures and 8 formulas.
ASSOCIATION: Nauchno-issledovatel'skiy institut vy*sokikh tempera-
tur (Scientific Research Institut of High Temperatures).
SUBMITTED: 28Jun63 DATE ACQ: 26Dec63 ENCL: 00
SUB CODE: PH, MA NO REF SOV: 001 OTHER: 005
Card 3/3

Ti.mr, D.L,j doktor tekhn. ?muk, prof.; KHLOPKINA, A.V., kand.
I-- tekhn. nauk
Experimental determination of viscosity of water and steam at
high parameters. Teploenergetika 10 no.7:64-67 Jl 163.
(MIRA 16:7)
lo Moskovskiy energeticheskly institut i Moskovskiy tekhnu.-
logicheskiy institut pishchevoy romyshlennosti.
(BoileW

SHLENOVA, M.F.; HIMCROVA, A.V.; TUROT, S.D.
Protecting workers In the peat industx7 from Insects. Ned.parax.
i paraz.bol. 27 no-1:57-62 JR-F 158. (MIRA 11-4)
1. 1z entomologichookogo otdala Institute malyarii, meditsinskoy
pa--azitologii I gal Imintologii Hinisterstva zdravookhraneniva '-
SSSR I parazitologicheskovo otdele Orekhovo-Zuyevskoy sanitarno-
epidemiologicheskoy stantsti.
(KOSqUITOES'
control measures in neat industry, protection of
workers (RUN))

21T~ROT Y~elena ~er Qy-e-=, kand. tekhn. nauk; FEDOTOV, G.N.,, red.;
GAVALOV, O.V., red. izd-va; KASIMOV, D.Ya., tekhn.red.
[Descriptive gdometry]llachW*Ut*Maaia geometriia. Moskva.,
Gosstroiizdats 1962. 278 p. (MRA 15:11)
(Geometry, Descriptive)

CEKULINA, A.. ~, LP.Sl S, A. SKARDS', V.; TIUKS, S.; INTAITIS, B.i
K PFT Il"
I.. A:
ABOLIUS, J KU
KLAVINS, E.1,
[Overal'a -if dairy farmal Piona lopu farmu
k,omplaksa mehanizac-~ja. 111ga;, Latvijas Valsts lzdov-
nieciba, 1961,, 30ct p. [in Latvian] (IIJRA 18:7)

USSIR/Chemilcal TechnoloMr. Chemical Products and Their Application.
Electrochemical Manufactures. Electrical Precipitation.
Cheiu.cal Sources of Current.
Abe Jour: Referat Zh.-Kh., No 8, 1957~ 27557
Author : V.M. Yancon, E.A. Toeske, -S.Ya. Timshanr;L-
Inst :Iatvian Academy of Agriculture.
Title :Prepamtion of Deposits vith Increased Toughness at Elce-
trolytical Steeling.
Orig Pub: Latv. lauksairmiecibas akad. raksti, Tr. Iatv. s.-kh. akad.,
1956, -k-jp- 5, 97-106.
Abstract: Iron plating was carried aut with hot chloride electrolytes
with the addition of MnC1 .7H,O (10 g per lit) and phenol
(C H-OH) (30 g per lit). The composition of the electrolyte
ims (in g per lit): Fe C1 AH-0 - P30, NaCi - 200, Tin - o-6
to 2, temperature - 85 to 950, D was determined by the equa-
tion D = 0.04 K, vhere K was the concentration of Fe in g
Card 1/3 -5-

USSR/Chemical Technology. Chemical Products and Their Application. J-11
Electrochemical Manufactures. Electrical Precipitation.
Chemical Sources of Current.
Abs Jour., Referat Zh.-Kh... No 8. 1957., 27557
per lit. The anodes were of low-carbon sheet steel, the anodes
were enclosed in capronp cases in order to protect the electro-
lyte from anode mud. The electrolyte is filtered periodically
through Class wool. Before the iron plating details are pickled
with HC1 (1 to 2D min) and dipped anodically in a steeling bath
(D = 5 to 30 a/dm ) for 0-5 to 2 min. The microhardness of
deposits was measured with a PMT-3 instrument. Deposits from
the electrolyte., which did not contain additions of YmCl and
phenol, were the microscopically hardest (up to 446 kg per sq.
mm). The introduction of MnC1 and phenol results in a decrease
of the microhardness of deposits. The deposits are fine grained;
if there was some phenol in the electrolyte, the produced depo-
sits are strained and with many microscopic cracks. The snaly-
sis of deposits showed that the C content was 0.05 to 0.08%Y
Card 2/3 -6-

USSR/Chemical Technology. Chemical Pr-.'~ducts and Their Application.
Electrochemical MantLfactures. Electrical Precipitation.
Chemical Sources of Current.
J-11
Abs Jour: Referat Zh.-Rh., No 8, 1957, 27557
which corresponded to steels
of phenol does not result in
sits. The most plastic deposits
taining electrolyte, and t'he
from the electrolyte without
of the 0.8; 10 brands. Addition
an increase of C content in depo-
were produced from MaCl- con-
most brittle ones were produced
any additions.
Card 3/3 -7-

L 41077-65
ACCESSION NR: AP5005836 S/0114/65/00r/002/0023/0026
AUTHOR: Serikov, S. S. (Engineer). Timshin, A. 1. (Engineer)
TITLE: New impellers of feed pumps having a continuously falling shape of
?ressure characteristic
SOURCE: Energornashinostroyeniye, no. 2, 1965, 23-26
TOPIC TAGS: feed pump, centrifugal pump
---.-ABSTRACT: ~:-The-pararneters and-geometrical- data of newly--m-d6signed feed-04inp,
impellers- are given._:and a qualitative analysis of some factors affecting the shape
fji the pressure characteristic of low-speed centrifugal pumps is presented. The
"Feed-Pump SKB" (town of Surny) has developed a line of 3000 and 6000 rprn
pump impellers for 240- and 315-a-tm stearn power statons, respectively; the
line hae a specific speed of 75-105, a continuously falling (at 18-20%) pressure
characteristic, and an efficiency of 78-80%. External ch.--racteristica of a pump
Card

L 41077-65
ACCF.SSION NR: APS005836
model with special -profile blades were determined in a closed-circulation experi-
mental outfit. It was found that: (1) The shape of the front real (packing) has an
essential effect on the pressure characteristic under partial-load conditions;
(2) Sweptback stationary blades that reach the impeller entrance funnel stabilize
the flow at paitial loads without essentially affecting the efficiency; (3) The size
of the irapelle:- entrance funnel has an effect on the press,- re -characteristic
shape, the irdet coefficient should be under 4. Orig. art. has: 3 figures and
I table.
ASSOCIATION; n ne:;-
________L=SUB-C0DE*.-1E_ --,PR-
-SUBMTTED 'A)
NO REF SOV: 002 OTHM- 000
Cafd

ZHURAVLEVA, V.P.;_T11~_q~1_0je*
Sherry yeast ia Turkn~-nia. Ivr. iUi Tu
40 165. (MI IU 18: 5)
I., InctItut boLanlki AN TLtrkmonvk(~yr .'Sli.

TBIUKS. A.
Development of the production of,12eat-insulating materialB in
Latvian S.S.R. Vestis Latv ak n6.8-0-12 161.
L Latvijas PSR Zinatnu akademija, Ekonamikas institute,

T.
oi, ,o
~4
I-on-I Procc..-~;
LL-L, T,*~,_Ol. Of
Le I..
'ci Li
1954. (.,'L,
ob 55)
J10: Sum. -.0. b,T, 2~' ~Jurv;--,-
J.0r1r,
In: t 1 C n

USSR / Farm Animals. Cattle. Q-2
A
bs Jour Ref Zhur - Biol., No 14,
1 1958, No 64437
Author :-Timukas, L. I., Stabinskene, U. I.
Inst :LithuanfanScientific Research Institute of Animal Husbandry
and Veterinary Medicine
Title :Effect of the Frequency of Milking on Milk Production in
Cows
Orig Pub :Byul. nauchno-tekhn. inform. Lit. n.-i. in-t zhivotnovodstva
i veterinarii, 1957, No 1, 45-48
Abstract :When shifted to two-fold milking and feeding, the cows of
the Lithuanian Black-Spotted breed, with a daily mil1k yield
of 10-17 kg., decreased the production of milk by 4.5% as com-
pared with four-fold mi]J-.ing and three-fold feeding, but
the amount of work deareased by 22%. In the high-producing
cows (rdlk yield from 20 to 26 kg.), which were shifted from
four-fold to two-fold milking, the milk yield decreased, on.
Card 1/2
19

USSR / Farm Animals. Cattle. Q-2
Abs Jour : Ref Zhur - Biol., No 14, 1958., No 64437
on the average, by 11.6% (with variations from 3.2 to 16%).
In cows in which the intra-udder pressure increased to a
eroater extent, in connection with such change a nore con-
siderable decrease of milk yield was also observed.
Card 2/2

Country U F
Cator
,ory
A_ilmaLs.
P,
i~a. TGur Roll zlim.- B i0l I ~To 1- 1 1
LU ~hor
,
Xtimskas Yu. T. ; `irukrts li 1.4
,
F
Institut. I it U. a of*
~P
lu ~.tbu an. a. P.ri Sc:~eht-~.
_ ~
T i t 1r,, 'Zhi-,~ Effects of 77-ir' OIJG Ration,' UT)on tuh~~ Gro-,TLh-~
and De,,7elonme.-IA oC v uric &CICk of the,
rill,' Brood awl 11,
T'ithu, -.n 31, pon the**
or1r., Tub. inform. Lit. r,.-i. in-t
:;ki_ivo`.-,nc,,vo.lstva 1 1957 -To 2 11-1
,
*
*
,
,
,
L
;ibs bract cilves Of T,?,-. L:L
l
L.,he group 0-
U
.
P.,Aa
n
Y -,,as planeJ on concentrated
-I ratio,-,, I J-0I.Cy
Scoom" o., L In whic.
-.c)cldpr At thc ,.)f 12 moriths7
.'-Ihc. Y-)lla-lin,,,:~; of ~-,hc s.,~ccp_d ~,roup surpassed
the in4jcatuorr of the lst 9vour in th,- rela-
.6 percent 'd
of the heart by 16 1 k.-
1
vs b-
6.2, paticrean by :ornen. by 20.3
Card:
*An-j.mal Fusbardry and Veterinary Sciena
**Riturn Productivity of Adialt Cow3.

Country Us SR
Rns. JIUr e
r7A O~:,r
Au t I-j.,) r
InItItut.
TI.tIc-
Orij-, P,,lb
Rv.;tract pprceii~ )I-,r] F~u -,e-tjcul-v..Lj 'uy
Y -o-~I!clnt P-nd -,,;he meta,
bolism by 4.4 pereent, Ipo
U of
~rr na,, VvIls of +,h~' 2rid groli!) at the of 14.
1'1~107',W- that ejaculrv~ ~d in a 2.6
2rerm ccmr,--p-tra!;icn -,vi-, 2.). ti-.i,3j s--jp~-I.Or ~ha
1~ bullz of th-, ist -TIE11-11t
of Y'~-,Izrlin X, 11-if-rel md-1k n115 Inilk?
CIF fat I - col-vo of tl~(. 2110
?.~ir.-ar than of thr. lit.
,aM: 2/2

TIMUKENE, G. I.
Cand Biol Scl - (diso) "Effect of cobalt auxjIjDr-y nukrition
on the physiological and biochemical indices of the swine or-
ganism of the white variety group." Vil'nyus, 1c)61. 15 pp;
(Ministry of Higher and Secondary Specialist Education USSR,
Vil'nyus State Univ imeni V. Kapsukns)i 250 capilos; price not
given; (KL, 6-61 sup, 209)

CHIJNTYZBEV, Kh.O.; PRONIN, S.V.; LISOVSKII, Yu.P.; MARTYNOV, V.D.;
MARKARYAN) S.B.; FARIZOV, 1.0.; ALEKSANDROVSKAYA, L.I.;
USOV, G.A.: T114UR, M.; YURWVt P.F.; AFAIIPSIYEV, L.A.,
0tv. IVQ.' -M-TH, ", U." -.; DARONYAN, V., mladshiy red.;
NOGINA, N., tekhn. red.
[Agricultural cooperation imder the conditions of capitalism]
Sellskokhoziaistvennaia kooperataiia v usloviiakh kapitaliz-
ma. Moskva, Sotsekgiz, 1963. 350 P. (MIRA 16:9)
1. Akademiya nauk SSSR. Institut mirovoy ekonomiki i mezhdu-
narodnykh otnosheniy.
(Agriculture, Copperative) (Capitalism)

JI MU RDZHI,,V,.G.; LOBANOVA, L.S.; MUSATOV, I.Kh.; GORDEYEV, R.I.
Dynamic voltampere characteristics of silicon power rectifiers.
Sbor. nauch. trud. EWII 3.142-150 163. (NIRA 17:4)

TIWJRDZHI, V.G.
-- ...... - ~ - " f.- - -
Determination of the overload capacity of silicon rectifiers.
Sbor. nauch. trud. ElNII 31151-15,5 '63. OCRA 17:4)
!- - . ." I

ti f-,
P, '2 r t kh
f eJi.::~ t, vo, Dgc)
J.r.'s

GUI I.; C.-IJOCAPIU, 1.
.11 . 1 -2
I
Technique of ginning and removing flax dodder seeds. I. P. 370.
INDUSTRIA TEXTILA. (Asociatia StUntifica a Inginerilor si Tehnicienilor
din Rominia si Minister-Lilui Tndustriei Uaoare) Iucure.,3ti. Vol. "~, no, 11,
Nov. 1955.
So. East European Accessions Urt Vol. 5. No. 9 September, 1956

TIMS, A.
Technique of ginning and removing flax dodder seeds. II P- 430
INDUSTRIA TEXTILE) Bucureati, Vol 6., No. 12, Dec., 1955
SO: East European Accessions Ust (MU) Idbrary of Congress, Vol 5,0 No - 7, July, 1956

TIMUS, M.,ing.; BOLD'A&SCU, Gh., ing,
Modern methods in determining antiknock power. Fetrol sJ L,- ze 1~
. 1. ~ 'R
no.7:317-324 Jl 161.

TD-lus I N. ) ing. ; BOLDESCU , G... ing.
Modern techniques in manufacturing high quality gasolines
and their economic efficiency. Petrol si gaze 14 no- 5:
255-260 My 163.

TIMUS
Consideratime on the ouperlor p-roceFiskip of omde oil. Pftr,-,!
21- gaze 15 no.8t413-4212 Ag'64

TIMIUS, M., ing.; BOLDESCU, Gh.,Ing.
Cortrollinf., technological proct-gses in refining by modern
analytic mr-thods. Petrol. 9i gaze 12 no.12:556-568 D 161.

TIMUSH, Aj ---- -- -
(For high Ejugar beet yieldal Za vysokii urozhai sakharnoi
svekly. Kishinev, Partiinoe izd-vo TsK KP Eoldavii, 1962.
14 P. (MIRA 15.7)
(Moldavia-Sugar beets)

MEPTISHIKOV, S.F.;, TIMUSH.-A.V.
Cretaceous in the Ili Depres!;ion. I7-;.,,rfo-ucheb.zav.; geo7, '
7 no-3:138-140 Mr 164. , 18:3)
1. Yuzhno-Kazakhstanskoye geologicheskoye upravieniye.

GRITSZNKO, Ya.K,,, gornyy inzh.; TIMUS11, M.M.,--gornyy inzh.
Efficiency of the mechanization of mining operations in steeply
dipping seams of the Donets Basin. Ugoll Ukr- 5 no.12:30-31
D 61. (MIRA 14:12.)
1. Trost Gorlovskugoll, Donbass.
(Donets Ba~sin-Coal mines and mining)

TIKJSHF,V, A.., (Komi ASSR, Ust'-Kulomskiy rayon, 9. Kerchemlya); Sonin,
I., (Irkutsk); TATICHEV, G. (Poe. Tanovo, Smolenskaya obl.);
BYROV. F. (Rogacbevskiy rayon, Gonel'skaya obl.); DANIIDY, M.,
(Moskva); CHUMAKOV, V. (S. Orlovka, Frunzenskaya obl.); IMVIKOV,
V. (SenlValatinak); TRIFONDV. A. (Yegor'yevskiy rayon, Moskovakaya.
obl.); MVOSBLITBEV, V. (Debal'to6vo, Stalinakaya obl.);
MUNASYNOV,-N. (Krasnoye, Llvovskaya obl.)
Letters to the editor..Sov.foto 18 n0-11:83-85 N 158.
(MIRA 11:12)
(Photography)

ZAVALISIIIN, A.: HAIMYEV, S.: VOINOV. YU.; 1FADOROV, S.; OV, N.;
KLYK
ANISIMOV, V.;KOLICE[UGIN, M.P., redaktor; PULIN. L.I.,tekhnichesidy
redaktor.
[Chairman of collective farms speak about their experientes] Predoodateli
kolkhozov o evoem opyte [Tula] Tullskoe knizhnoe Iz&-vo, 1956. 79 p.
[Microfilm] (MIaA 10:5)
(Collective farms)

VASILIYEV,, S.S.; ROMANOVSKIY) Ye.A.; TIMUSHEV, G.F.
Absorption cross--vection of 6.6 Mev. protons by F19 nuclei.
Vest. Moak.un.Ser.3:Fiz,astron. 17 no.4:93 Jl-Ag 162.
(MM 15-9)
1. Hwaehno-issledovatellskiy institut yadernoy fiziki
Moskovakogo gosudarstvennogo universiteta.
(Fluorine) (Protons)

VASILIYEV, S.S.; ROMANOVSKIYY Ye.A.; U.1us-HE-W.G.F.
Inelastic scattering of 6.6 Mev. protons on nickel and copper
ruclei. Izv. AN SSSR. Ser. fiz. 26 no.9:1143-1149 S 162.
(MIRA 15:9)
I* Nauchno-issledovatellskiy institut yadernoy fiziki I-Toskovskogo
gosudarstvennogo univursiteta im. M.V. Lomonsova.
(Protons-Scattering) (Ifickel-Isotopes)
(Copper-Isotopes)

-V
iid PL,.U'
"i'tudy of Inelastic Scattering of Detiterons 1~,, TA
Nuclei,"
V scow Stato UIAV.
.40
ptipers sub-LUted at the A-U '~~onf, on -uclear in. 'Ciediu- and Low i1weru
'hysics, .1(,scow, 19-27 1957.

;ACCESSION NR: AP4043803
S/0188/64/000/004/0087/0087
AUTHOR: Grancha, 1. 9 Romanovskiy, Ye. A., Timushav, 0. F., Khaaani, M. H.
7ITLE: Polarization of protons during scattering on carbon
SOUR(jE-. Moscow. Universitet. Vestn1k. Seriya 3. Fizika, astronomiya, no. 4, 1964,87
TOPIC TAGS: proton polarization, proton, carbon target, cyclotron, proton scattering,
polystyrene film target
J
ADSTRACT: The polarization of elastically scattered protons with an energy Ep = 6.6 Mev
was measured at the NIIYaF MGU during scattering on carbon. A beam of prothns was
accelerated to an energy of 6.6 Mov in the Instituto's 120-cm cyclotron. After exit from
the acceleration chamber the beam was focused by a deflecting magnet and quadrupole
lenses onto a target in the room adjacent to the cyclotron. Individual groups of particles,
emanating from the target, were separated by a magnetic analyzer with a uniform field
and terminals In the form of a circular ring. The central anglo of the ring was 90% The
ring was 200 mm thick and had a mean radius of 70 cm. The carbon target consisted of I
a polystyrene film with a thickness of 7-1o mg/cm2. The analyzer was a polarimeter,
also with a polystyrene film. After double scattering tho protons were recorded by MK
1/2

ACCESSION N14 AP4043803
nuclear photoplates with an emulsion thicimess of 15-20 microns. Tho polarimeter used
has been described earlier (L Grancha et al., Vestn. Mosk. un-ta, eor. flziki,
astronumii, No. 4, 62, 1963). The results of the measurements are giveii in a table.
Orig. art. has: I table.
ASSOCIATION: N1rYaF MGU
SUBbUTTED: 10Jan64
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ACCESSION NRt AM41443 S/0188/64/000/003/0100/0100
AUTHOR: Grancha, 1-; Romanovakiyp Ye. As; T1muaheTj,._0._.,_Fo
TITLE: Measurement of the polarization of protons with an energy of 6.6 Mev
during elastic scattering on Li seven
SOURCE: Moscow. Universitat. Vestillk. Scriya 3. Flzlka, astronomiya, no. 3, 1
1964, 100
TOPIC TAGS: proton polarization, proton scattering, lit,hium, elastic scattering
ABSTRACT: By use of a magnetic analyzer and polarimeters'described earlier, the,
auLhors measured the polarization of protons elastically scattered on Li7, with
an energy of 6.6 Mev. Protons were accelerated to an ener'by of 6.6 Mev in the
I 120-cm cyclotron of the NIlYaF MGU. Tile targets were made of metallic lithium of
natural isotopic composition by spraying in a vacuum oil a backing of gold lear.
The thickness of lithium on the backing was about 1.5 mg/cn,2. The targets measur-'
ad 35 x 70 mm, The magnetic analyzer made It possible to detect protons scattered
on L17 and focus them onto targets. Tile results of the measurements are given In
a table, In'tho original. The angular distributloq of elastic scattering or pro-
tons on LJ7 also was measured, making It possible to'compare the character of the
Curve of angular distribution of polarization and the Rodberg theory (Nuclear
Card 1/2

ACCESS ION'--NR*:--AP4041443
Physics, 15, 72, 1960).*.The agreement was very good. Origa' art. has: I table.
ASSOCIATION: NIIYaF MGU
SUBMITTED: OlJan64 ENCL: 00
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