SCIENTIFIC ABSTRACT ORLOVA, YE.M. - ORLOVSKAYA, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238230007-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV/1 24- 58-11-1280Q
On the Role of Fronts in the Formation of Showery Precipitation
convective activity is determined by the length of time of the effective heating
action upon the stratification. A high moisture content and low-level wind-%-elocity
convergence are the fundamental conditions for the formation of intense frontal
precipitation. The magnitude of the temperature contrast across the front does not
exert a direct influence on the precipitation. Inasmuch as it appears imposs:ble
to account for the vertical movements and the turbulent heat and moisture flow
occasioned by the microtopography and the properties of the underlying ground
surface, the changes in stratification due to these factors are not considered.
Therefore, the proposed method of the construction of the stratification prior to
the inception of convection cannot serve for the assessment of the probability of
showers in areas with sharply pronounced orographic features.
1. M. She y n is
Card 3/3

AUTHOR- Orlova, Ye. M. 30V/ 5o-58-7-1 /2o
TITLE: Nonperiodic Altitude Fluctuations of the Tropopauee in
Connection With Synoptic Processes (Neperiodicheakiye
kolebaniya vysoty tropopauzy v svyazi a sinopticheakimi
protsessami)
PERIODICAL: Meteorologiya i gidrologiya, 1958, Nr 7, PP. 3-10 (USSR)
ABSTRACT: The author shows in the present paper to which extent the
altitude fluctuations of the tropopause depend on the pro-
cesses in the lower troposphere and rhen it is possible ti
draw conclusions concerning the signs and the amount of
the changes of height of the tropopause on the strength of
these processes. loo cases of changes of the stratification
of temperature and the distribution of moisture in the
troposphere and lower stratosphere analyzed by the author
showed that smaller altitude fluctuations of the tropopause
0,0 - 0,5 km) are usually observed under maintenance of the
character of development of the synoptic processes in the
lower troposphere. Greater altitude fluctuations of the
tropopause (1 - 5 km in the course of 12 hours) took place
Card 1/4 in the case of the change of the synoptic processes or in

3UV/ 50-58-7-1,/'2o
Nonperiodic Altitude Fluctuations of the Tropopetee in Connection With
Synoptic ProcesEes
the case of the change of their development intensity. In
most cases the !coal reductions of the altitude of the tropo-
peuse were found to occur on principle in the case of a
temperature reduction in the troposphere. In the casse of
a temperature rise, the repiacement of the reverse side of
the cyclones by the center or the eastern part of the anti-
cyclones as well as in the case of the filling up of cycloner,
an increaae of the altitude of the tropopause took place.
However, in individual cases contrary phenomena were observed.
Though theses case2 are rare they are very important for the
weather conditions in the upper layers (Ref 2). ?rom table I
follows that the local reduction of the altitude of the tropo-
pause takes place in the case of three types of' distribution
with res;zpect to the amount of the local changes of tempera-
ture. n. the case of all three types of reduction of altitude
,D' 0- iropopause the same course of temperature charge is
a cooling down in the upper troposliiere and a warm-
ing a relative one) in the lower strFitospherf.. In tne
nRce ~-,f a local increase of the altitude of the tropopause
Card ALc: three types of the distribution of the local ch!inge of

3OV/ 5o-56-7-1/2o
Nonperiodic Altitude Fluctuations of the Tropopause In Connection With
Synoptic Processes
temperature according to height are observed (Table 1). The
analysis of the data given in table I shown that the changes
of temperature in the lower troposphere do not influence
at all the altitude fluctuations of the tropopause. It was
shown already earlier (Ref 1) that the local changes of
altitude of the tropopause are proportional to the greatest
difference of the changes of temperature in the upper tropos-
phere and lower stratosphere. They can be calculated accord-
ing to the following formula:
at k at
N, )j
Data on the local changes of the altitude of the tropopause,
on the changes of the near-the-ground pressure and the ab-
solute geopetential, on the vertical velocities and the
changes of temperature dependent on various factors i,re P-iven
Nall e 'I). There are 2 tables and ^- Soviet refemuces.
i ov~%wtj~;4
Card 3/4

SOV/ 50-58-7-1/2o
Nonperiodic Altitude Fluctuations of the Tropopause in Connection With
Oynoptic Processes
1. Meteorology--USSR 2. Atmosphere--Ana4sis 3. Atmosphere--Temperature
factors 4. Mathematics
Card 4.;A

ORLOVAP Yelm.
Analysis of the vind field and the geopotential of 850 and 700
mb mwfaces and local wind forecasting. Meteor. i gidrol. no.9:
13-18 S 162. (KRA 15:8)
1. TSentrallnyy institut prognozov.
(Winds)

ORLOVAP Ye.m.
1. ----------
Accuracy of calculating the effect of distant zones on the
height of the quasigeoid by expanding the K and Q coefficients.
Trudy TSH11GAIK no.145.-61-70 162. (MIFLA 15;L1)
(Earth-Figure)

'r GO
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M
PM- ATWMOl
L 24 L
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41
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lcolmidA
so L
]cosadadr.'
a th h N - The first
01:ft thleI ii"+ Of am mnduwwe B 4popopme mm"No
iorms cobddes With the Vamdog-Molnes formda. sftmd terra in dtfflmlt to
Tw
idf M fistUfted t1ke, numericol imlegradon formada by Gaws
for-do at UND funumme id topopq*10 Ames altitades
a
ft form of *ebb@- dwy were vwMed an
do= 'am propm."
byWM~MAMMW pmmr
Wd by AL'L TUddwL 'Us.-'n
orlt.

VCSFIESENSKlY. ~.A.; FRIDIAND, 6.V,; OF.1kjVA, Ye.M.; BYI YE"', V.-A,
3owe means of inc-rfjas!ng trie stabilitv k.!' ti(-!zation
Izv.vys.ucheb.zav.; khin. I khiu,. tekh~ ; no. 1:,3 -136
(WO], 17:
I . Kazanskiv inzhenerzio-s* ru; tel- ln*,,y rzjtitu* , kafelra Id. J:T

CHISTYAKOV, A.D.; BURKOVA. M.V.: QakgVA
Ye,,,M.; GIAZOVA, O.P.;
FED! p D.A.; LORLYLl"D, M.'Ye.; )~Rfdk, K.G.; POPOVA,
T.P.; MATUTEV, L.T.; BACHIMINA, A.A.; LEBEDEVA, N.V.;
FESKOV, B.Ye.-, R(WLANOV, N.N.; VOLEVAKFiApN.M.j PCHEIZO,
I.G.; PETRENKO. 14 IT - KnqRFLF-llKO. I.V.-. PINUS. N.Z.;
METER, S.M. WEXIEVA, T.F.; MININA, L.S.; BELISKAYA,
N.N., nauchn. red.; ZVEREVA, N.I., nauchn. red.;
KURGANSKAYA, V,~-- nauchn. red.; tMTSAIDVA, A.N., nauchn.
red.; T01,1ASHI-XICH; L.V., nwachn. rod.; SAGATOVSKIY, N.V.j.
otv. red..; K. 11KOVSKAYA, A.D., rd.
(Manual of tzhorl-range weathev f',,,- iWkovodstvo
p,.--, krl,! i~ .,-:-ochWm prognozan popoci:,. i,eri-nUrad, Gidro-
meteoizcn-t. Pt.2. lzd.2. 196'. .r,~,
(MIRA 18:8)
2. Moscow. TSentrallnyy institut prognozov.

DLCMMMI, k.J6$ CWWAj, UJI8
SUXIW of the dbWna WjUtlm of twpwatAv wd bz:ddity.
TmxV 23IP naU6053-& 1165. (UM 32131)

ORIOVA) ye.ma
Tables for uac In allaw'..ng far the n:zllnearltv of the affect of
altitudes cf a topnpTaphl,~ mamllf c,n v,-'umb line defloutions. Trudy
T'iNlIOA-,Y no.357.101--l.06 165. (MiRt 18tlO)

BOGDANOVA, G.S.; ORLOVA, Ye.M.; LEVIN, L.S.
I I
Phase composition of procerams in the system cc - 1, " --
BaO - TiO 2- Izv. AN SSSR. Neorg. mat. 1 no..ji:20~f,,- ".-13
N 165. (MIPA ip-*Il
j. Gusudarstvenyqy nauctLno-issledovatel ls~ly in.-Allul qteh.ii.
S
,iihmitted june 2, 1965.

SOPROB: AN SSSR. Izvestlya. Neorganicheskiye materialyl, v.2, no.29 1964
380'383,
X AA-~
VOPIO..- TAGS glass props t
CT:~~ The:~ article reports a study of the dependence on heat treat-
ment- con'ditions of the amount-of the crystalline phase In microcrystal-
labses of several different compositions, In which the product of
lization; Is on.17 beta celslan, and the properties of 'these micro-,
crystal
crystalli The composition of the glasses cor esponded to 65-:
Sses. r
As 6 A
85 &elsian. Them aim :of -the, work vas.1uyestigation of the
ibility.6f contro"lliDg'th"rokerties of microorystalline glasses in a
Given. system. The conteni or, 6,6-ta-~C-ilsian in the microcrystalline
glasses wad determined by quantitative x-ray analysis. A figure shows
the-dependence of the amount of beta celsimu on the heat treatmiut temp-
L! cwj: 1 /2 Una:

22283-66
ACC NRs ~AP60OT262
For all- comipomitlonso.: the amount' of.beta celsian at first Increases
Ually -attains a-
blowlyl~- -then ~.r _ando'fi oonstant-value. At a temp-
-,:tho--ttount,of-.tho'-Or$itillj~# phase and the val-
USM:0 is:rtiekh-
AV f the proper., e pra tically-constant-values. Further In-
.".-creaw-In temperature leads to a growth in the size of the crystals
formed ~. frok _about, 0.2 to about 0.5,microns,.but does not exert any
111inificanv. effect- on.Ahe ~propertiege,.~ Orig.'art. has: 3 figures.
3 25Ju165/ U 000~'OM "P: 001
-OODZ*- 11 20/ SUBK DATZ ORIG: P
=
i 4,-, MB-ZI
7,z
M_
US,
iN
t
v
V"
2:`
C

YEGOROV, VV.; ZIMOVETS, B.A.; BONDAREV, A.G~j SLAVNYT, YU,A , ORLOVA,
Te.M.; KAURICHEVA, Z.N.
Effect of the complex of soil cover on the effectiveness )~
saturation irrigation on large checka. Pochvovedenle nn.10~
6-15 0 165. (MINA
1. Pochvennyy institut imeni Dokuchayeva.

OP%L OVA, ~e.o.
SOIDLOV. A.K.. redaktor; H&MOVA. A.F.,
r , "'
[Where the Ob flows; geographical outline for the general reader] Us.
gde protekset Obl; popularnyt geograficheakiy ocherk. Izd. 2-e. ispr.
i dop. [Novosibirsk] Bovosibirskoe knizhnoe izd-vo. 1954. 294 p.
(OblValley-Description and travel) (MLRA 8:4)

ORLOVA, Te.P.
School evening meeting devoted to the toDic OI.P.Fkvlov and his
doctrine.* Ibt. v shkole no.6:78-79 N-D 154. (MLH& 7:12)
1. Uchitellnitea shkoly So. 32 g. Orla.
(Pavlov, Ivan Petrovich, 1849-1936) (Physiology-Study and
teaching)

z
CRIIOVA, Te.P.
Sketches of the Chukchi Peninsula by IAkov Lindensu and Timofei
Perevalov. VoD.geog.Dall-Vost.no-3:120-129 '57. (KnU 10:12)
(Chukchi Peninsula-Discovery and e3mloration)
(Lindenau, IAkov, fl. 18th cent.)
(Perevalov, Timofei, fl. 18th cent.)

KWCffTK',, , A. K. , ~okl-or teki.i.. nau~,, r *v.
cAv. red.; T.YAGI,", F,Z., ~-
of.,
red.
[Ilew developmontzi in the ecaric.,rnic!3 or am~ ore
mJ,ningj Novoo v i,xur);.u.1kfo gc,-'r.ykL r,idliYO,
mestorozlicter.; i .Mo.4vaf Nedra, P-4t-5. ")i. P.
1. Mobcou. Jn,,,t--.I.ut go;?-o~!o a--3la

HAVYAZHSKAYA . E.A. ; _2g~DA
Determination of cobalt and Iron in cobalt naphthenate solutions
in styrene and polyester lacquers. Lakokrasomate i ikheprim.
no.2:48-49 160. (MIRA 14:4)
(Cobalt-Analysis) (Iron-Analysis) (Faint materials)

ORLOVA, Ye.V.
Some characteristics in the distribution and the types of toron
deposits in the Alpine fold area of Western Asia. Min.syrle no.8i
23-33 163. (KRA 17:9)

KOROBC'V, S.S.; ORT,(""'A, Ye-V-
I -i t 4 1 A. -,try ! )r,s . It n. 3;(r 'e r,,~ F:
Fvo I Lon :," r, .9 e 41: M-,;~ 11 ' AAA 1719)
""~_47 10.

6AWA, JE. V.
Phosphorite-yielding basins of foreign countries Moskva, Goa. izd-vo geol. lit-Up
1951. 182 p. maps. (Mingrallnye remmay za-rubezhnykh Btran, v7p. 19) (54-22450)
TN7.M53 vyp.19

ROZIN. M.5.; ORLQVA---Ta6JL; MVUSHNIN, S.A.; SYROYA. Ye.l.;
AVEHMOmmmmmow
B
MSX . N.V.. redaktor, VASTUTIR. V.F.. redaktor; SMIUOVA,
V.I., redaktor; fiMMWA. N.V.. redaktor; BORISOV. A.S..
tokhnichookikh rodaktor.
[Mineral resources of the United States) Xineral'ays resursy
Soedinennykh Shtatov Ameriki . Moskva, Go. izd-vo geol. lit-ry,
1952. 407 P. (Mineral'nye resursy zarabashnykh stran, no. 20).
(KLHA 9: 5)
(United States--Mines and mineral resourees)

OFWVA, Yelens Vladimirovna; BOZIN. Mark Solomonovich; POPOV, K. M..
ivdaktor; a-MWITIVAJ9.T., redaktor; XaSHZ6XWA, S.M..
tekhnicheskiy redaktor
[India's mineral resources] Bogatstva nedr Indil. Moskva. Goo.
Isd-vo geogr. lit-ry, 1955. 114 p. (MIRA 8:10)
(India-Mines and mineral resources)

MAUOVA. To. I.; T.AU-AA-- -.V~- - vASSOVSKIY, A.B.. redsk-tor; NINANOVA. G.F..
redaktor izdatelletva; AVIIRKIYIVA, T.A., tekbnIcheskiy redsk-tor
[mineral resources of Indonesia, Malaya. and Thailand) MineralInys
reoursy Indonesii, Kslaii i Tailanda. Mosirva. Goo. nauchno-tekhn.
isd-vo lit-ry po geol. i oichrane nedr. 1956. 105 p. (NWA 9:12)
(Asia. Southaeastern--Kines and mineral resources)

A Telena, Vladimiroypa; MMOVA, Tekaterina Ivanovna; KOTLYAR.?.N.,
a
w a& x
ral ~,714~F redaktor izdatellstva, GYROVA, O.A., takh-
uIchesidy redaktor.
LCopper, lead and zinc resources of capitalist countries] Resurey
medi, evintsm, i tainks v kapitalistichookikh stranakh. Noskya, Uos.
nsuchno-tekhnAzd-vo lit-ry po geol. i okhrane nedr. 1957. 227 p.
(WAA 10-6)
(Copper) (lead) (Zint)

nuat I.M.1 HEL#NrTam, V.V.;- UYTSZVv L.S.; HELINITSKAYAp Ye.F.; 0 9
Yo*Y,.i Prlnlz&U ucbastiyo;~ OKNIIIAg V.A.; XORYAKOVv G.Yaq D", -
SHUGINt A.A. 0 rod. I AFANASIYEIJAp U.N. p red. izd-va;
rMWSALIV.SKUA, U.S., tekhn. red.
(Prospecting for boroul Poinki i raxwodke bornago eyrlia. Pod obsbobei
red. T0IM,DaMamsp I.M.Runmm i A.A.Slwgina. MookTaq Goo. nauchno-
tokba. isd-vo lit-ry po pol. I okhraw nedrt 1960. 102 p. (MM 14M.
1. Hoocov. VsesoyuM#y vkitwbnb-issl*dovatel'skiy Inotitut minerallnogo
myrlya, 2, Gomdarbtveii~ nouchno-iseledovatellskiy in8titut gorno-
khisiebookogo syrlya Goondaretyennogo komiteta Saysta Ministrov SSSR
(for MellidtoWa, Okiwo loryakov). 3. YmpoyuxMy mauebuo-isoledova-
tollskiy inotitut mfterallnogo.oyrlya Kinioterotva geologii i okhrany
nedr (for Orlova). '(Dorop)

ORLOVA Ye V - YEZDROVAP V.I., nauchnyy red.
[Geological COnditionB in areas of volcanic sedimentary deposits
of boron as revealed by the studies of boron-bearing regions
In North and South Americ)&j. Opobennoatt goologicheakoy obetanovki
vulkanogenno-onadoohrqkb mestorozMenii bora na primere boronoo-
nykh provintait Severnoi i IUshnoi Aneriki. Moskva, 1961. 29 p.
(Moscow. Vessoiuznyi nauchno-iseledovatellskii institut minerall-
nogg syrlia. Otdal nauchno-takhnichookoi informatsii. Seriia
goologicheakaia, no.13). (MIRA 16:4)
(America-Boron)

GALKINP B.I.; BIRYUKOV, V.I.; KREYTER, V.M.; KULICHIKHIN, S.N.;
ORLDVA, Ye,,V ; POMERANTSEV, V.V.; RUSETSKAYA, G.G.;
YARMLOVICH, N.V.; MAKEYEV, V.I., red. izd-va; BYKOVA,
V. V. . tekhn . red.
(Prospecting for stockwork deposits of nonferrous and rare
metal ores] Razvedka shtokverkovykh mestoroshdonii tsvqtnykh
redkikh metallov. (By] B.I.Galkin i dr. Moskva, Goageoltakh-
izdat, 1962. 233 P. (MIRA 16W
1. Moscow. Vsesoyuznyy nauchno-issledovatellskiy institut mine-
rallnogo syr1ya.
(Prospecting)

MIANA, Ye.V.
Ggolog:Lc&l prerequisites for prospecting for borates of volcanic
"dimentary origin. Jxv.vys,ucheb.mav.; geol. i razve 5 no.5:3-20
My 162. (MIRA 15;6)
1. Vaesoyuznyy inotitut minerallnogO ByrIya.
(Borates)

ORLOVA, Ye.Ye.
-------------
Improve ifi7e--work is managing drug diBtribution centers. Apt. delo
10 no.3:63-65 MY-Je 161. OU RA 14: 7)
1. Aptechnoye upravlenLye Tyumenskoy oblasti.
(TYIDENI PROVDICE-ZRUGSTORM)

ORWU. To.Yu.; RDMANDVA, B.S.
Investigation of a by-product of toluene nitration. Zhur. prikl. kh1m.
)I no.10:1541-1547 0 158. (KIRA 12:1)
I.Mookovskly khimilo-tokhnologichookiy inatitut imni D.I.
Houdeloyeva.
(Toluene) (Nitrosyloulfuric said) (Nitration)

PHASE I B00K EXPLOITAXION SOV/4722
Orloval, Yevgeniya Yulianovns, Doctor of Technical Sciences, Professor
Khimiya i tekhnologiya brizantnvkh vzr-yvchatykh veshchestv (Chemistr7 and
Technology of High Explosives) Moscow, Oborongiz, 1960. 392 p. Errata slip
inserted. 3,060 copies printed
Reviewers: I. Ye. Moyeak, Professor, and S.L. Simon*nko,- Candidate of Technical
Sciences; Eds,: G.A. Avakyan, Candidate of Technical Sciences, Docent, and
T.M. Kunyavskaya; Managing Ed.: A.S. Zaynovskaya, Engineer; Tech. Ed.: V.P.
Rozhin.
PURPOSE: This book is intended as a text for students of schools of chemical
technology in the system of higher education. It my also be used as a hand-
book tor technical and scientific personnel.
COVERAGE: The book presents systematized material on the properties and production
of high explosives. The theoretical principles of the industrial processes are
examined and the state of high explosive production outside the Soviet Union is
reviewed. The book is divided into three parts dealing with nitrocampounds,
altrommines, and nitric acid esters. The kinetics of the nitration process under
Card 4/69-

SHUTOV, G.M.; ZBARSKIY. V.L.; ZHILIN, V.F.; QRLOVA. Ye.Yu.
Nucleophilic substitution of halogon for a riltro group in
aromatic nitro comp-)unds. Fart 1: Interaction of tetranitro
derivatives of benzene with halogen acids and phosphoryl
chloride. Zhur.ob.khim. 33 no.10:3210-321-1 0 163.
(Mmil 16:11)
1. Moukovokiy k1A-miio-tekhno1ogic1ioskiy instiLut Diteni D.I.
14ondoleyevu

EWA
V, -1,
_77
"triAitto A
War
6und
iitt' I -L2; -
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yy
;thc
~~-to- sho on

4t7

ZBARSKIY, V.L.; SHUTOV, G.M.; ZHILIN, V.F.; ORLOVA, YeeYve
Some particular features of nitration in the diphanylamirie
series. Zhur. org. khIs. I no.7&1237-1239 Tl IC5.
( Ml '(A -_i " * -' ~
I
1. Moskovskiy khimiko-tekhnologicheakiy institut imeni V.,
Hendeleyeve,.

AP6M9328
~..:41dz-:1WV Witfi''POC In. ihii il~i 0'
3 6 aw df,pyridlne,,but react
J Ad yielding.,p4Xpro derivatives
41 PLO
'An the c-
(2,4,,'6-;triitltro-3~~ohioroaniline ase bf,.tetranltroanlliniT."~,
"Ifitiinit h' 1 reacted with POM In the'absence of pyridine,
top eno
3
-trl ltro-3-ohlorophenol but-the reaction took
n
mixture. was diluted.*iWwater. Apparently,.
-by,hydrolysis of POC1
titrani tr6ohinol- reao ted with HCl formed
-Addltlon,~:Of ::p yridino to tetranitro derivatives-re tic
quired cau
Cibecaued pyridlne was lpited by them. The'reaotion of styphnio
sold I'. (I.. 3-dlhyd1Xoxv-2 . 4, 6-benzene.) with POCI In the presence of
~.,~pyrldlne.hydrochlorlde resulted In the formahon-of 2,4,6-trinltro,
~`3-chlorophainol. This indloated:that electrophilio substitution
stage of:~thii i-eaotion'..' n1trophenols with
of
apparently qubstittitl n:,of'
-In-34H.Wlth a POC12 group
Odd H
-A reac ion -of monap,yridine: t hnate with POM in
the primence ~,of water did, not-, take - place, while In the absence of
3-4i6hloko'~-29496-tr nitrobenz ne,formeds, Addition of py-
pr.,
uspenslosi of styphialo, old, in"POC1 resulted in Igni-
tlid Vof t~* tot- thlo -."&son MOXIOPIrldine.styphnate was
-prepared al't bro Into reaction with POM
3'
2 fornius 6
SUB VOE ~'cRja
07."-- SM DATS t REFt 003 OM REFt 002

L 30402-66~__~~P(J)/P!~(m),,-~-rf-(~ 7 RM/DS/ih"W/,AV/JWD/WE
ACC NR,
AP6008099 ,(A)RCE CODE: UR/0076/66/040/002/0504/0506
AUTHOR: Zhilin V. F ; Zbarskiy, V. L.; Shutov, G. M.; Orlova, Ye. Yu.
ORG: (Moskovskiy khImiko-
tekhnologichesidy Institut)
TITLE: Methods of studying the kinetics%f fast exothermicireactions
SOURCE: Zhurnal fizicheskly khimil, v. 40, no. 2. 1966, 504-506
TOPIC TAGS: chemical reaction kinetics, heat of reaction, ewthermic reaction, tertiary
amine, nitric acid
ABSTRACT: An attempt was made to work out a technique which would make It possible
to minimize the error introduced by the period of mixing of the reagents in exothermic
'am'n
reactions. To this end, use was made of the reaction of hexamethylenetetrit in r its
dinitrate with anhydrous nitric acid (which yields cyclotrimethylenetrinitro ine) The heat
amine)
L.7 kc
of reaction is 88. 0 kcal/mole when hexamethylenetetramine is used, and 41. 7 kc /mole
when its dinitrate is employed; to eliminate the overheating jwhich would raise the reaction
temperature to 160C for hexamethylenetetrarnine), the reagents -* were first cooled. A
method is given for calculating the "equivalent time of mixing" I eq, i.e.' the reaction time
at a constant temperature T, required for the desired concentration of the product c,
UDQ 541/. 54

ACC N% AP6008099
to be formed, and it is shown that this method can Indeed be used for reducing the errors
introduced by the period of mixing of the components in studies of the kinetics of fast
exothermic reactions Ii Orig. art. has: 5 figures and 4 formulas.
SUB CODE: 07 / SUBM DATE: OINov64 / OTH REY: 004
1
.-CCd 2/2 V, _

CRUVA ) YU. D.
Fishery Prcducts - Preservaticn
PackinE; pickled fish products in lry 'barrels with pclyvinyl cl.iorld- "n-n-r vra-,~ ln,~. ;~Jt-
khoz. 28 no. 7, 1952.
9. Monthl List of Russian Accessions, Library of Congress, 195A, '.'ne".
2

1. ORLOVA, YU.D.
2. U33R (600)
4. Coopers and Cooperage
7. Progressive work methods in barrel factories of the Azov-Black ;ea basin, Ityb.
khoz. 29 no. 3, 1953.
9. Monthl List of Russian Accessions, Library of Congress, AP IIIL 1953, Uncl.

5 (2)
AUTHORS: Bovoselova, A. V., Correspon 'ding Member SOV/20-12C-1-25/62
AS USSR, 04jova, Yu. V., Simanov, Yu. P.,
Kovba, L. M.
TITLE: A New Series of Polymorphous Transformations of Na 2BeF4
(0 novom ryade polimorfnykh prevrashcheniy Na 2BeF 4)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 126, Nr 1, pp 93 - 96
(USSR)
LBSTRACT: After a survey of publications (Refs 1-8) concerning srdium-
-fluoro-beryllate the authors found that the ieedlelike Na 2BeF4
crystals obtained from an aqueous solution represent an inde-
pendent modification of this compound. They call the latter
6-Na2BeF 4' The authors drew this conclusion on the strength of
a thermographic and X-ray investigation. Figure 1 shows the rt-
0, - I -therno-
dioeram at 20,360,410,470 and 510 figure 2 thc neatinU
gram and fiL-ure 3 the thermogram of the mentioned modification.
The diffraction class of the crystals could not be determined
Card 1/2 sincd the latte .r is not complete. The comparison of all "cold"

A New Series of Polymorphous Transformations of SOV/20-126-1-21/62
Na2BeF4
and "hot" radiograms -confirms the phase transformations shown
in figure 2, furthermore their irreversibility. The 6-phase can
be considered as an initial phase of a series of polymorphous
varieties formed by it. These latter do not agree with t1iose of
the series t.-Na2BeF4 (Table 1). The transformation series des-
cribed here is not similar at all to the transformations ~-f
Ca2Sio 4' There are 3 fieures, 1 table, and 12 references, 3 c,f
which are Soviet.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. M. V. Lomon'~scva
(Moscow State University imeni 14. V. Lomonosov)
SUBMITTED: January 21, 1959
Card 2/2

GRIGOR'YEV, A.I.; ORLOVA, YU.V.; SIPACH9V, V.A.; NOVOSELOVA, A.V.
Vibration spectra of alkali metal fluoberyllateB of the type
"F,4. Dokl. AN SSSR 152 no.1:134-136 S '63. (MIRA 16:9)
1. Moskovskiy gosudaratirennyy universitet im. M.V.Lomonosova.
2. Chlen-korrespondent AN SSSR (for Novoselova).
(Fluoberyllates-Spectra)

~Wlovos:alo".~,
SSSR 159
~ 1, ~- 3 K. ~ V.-
s SS !" ( f

OWN
410 -t
0 0,
ff~ Mill&
Y4 ya
ism rbe6spawinowk Down0jes" of some im Imes
wed %MAL Tu, 1. ulawam and TIL Y'k.
No, 2485, 6
190, P. I
13M.
A-
IN w

T~
7 7
VORONTSW,p U4 1 ORLOVA, ~u.Ya.-; TVOROGOVA, M.M.; IMMOVA, N.A.
Changes in the ornlthofauna of the forest section of the Pwtynt
Mological Station of Gorlkii University. Omitologila no.4:1.17-121
162o OMRA 16:4)
(Ghemukha District-Birds)

OB140VA, Z.A.. assistent
Treatment of eczema and neurodermatitis with electric sleep.
Vest.derm. 1, ven. 33 no.3:19-22 MY-Je '59. (MIM 12:9)
1. Is kliniki kozhnykh I venerichaskikh bO182ney (zav.kafedroy -
prof.14.M.Zholtakov) II Kookovskogo maditainskogo inetituts, (dir.
H-G-Sirotklua) i is kliniki kozhnykh 1. venericheakikh bolemney
(zav.Wedroy prof.D.L.Voronov) Rya2anskogo meditainskogo Inatituta
imeni I-P-Pavlova (dir. - prof.L.S.Sutulov).
(F,CZHM. ther.
electric sleep (Rue))
(NMRODAW&TITIS. ther.
same)
(FMCTRONAACOSIS
electric sleep in eczema & nei=odermatitis (Rue))

ORWYA, Z. 1.
Blood chAngeB in eczema and neuroderentitis patienta uder cleep
therapy, Obor.nauch.rab.Bel.nruch.-Iiial.koshno-ven.inst. 4:20-22
154 (MIRA 11:7)
(SLIW--TMWPEWIG UBI)
(BWOD--ANALTSIS AND CIMMISTRY)

FROLMHUX. A.Ta., prof., CRIA)VA M., YEDCROVA, S*G*
*Yirnl" etiology of peorinals. 5bor.nAvch.r*b.3el.nmwh.-Je81.
koshno-ven,inst. W47-49 '54 (MMA 11:7)
(PSORIASIS)

GMULVI, S.S., SHDWOVICH, A.N., MOROVA. L.G.. ORLOT.A._~~l
Prognnstic significance of eostriophilia in fibe opecifle treatment
of syphilie. Sbor.nauch.rRb.Bal.nauch.-inal.koshno-ven.insto
4:247-250 154 (MIRA 11:7)
(SYPHILIS)
(NOS INOPH ILES)

DYLO, P.V,,
IWrovIng the dleenosio of Droutatitis. Sbor.anucb.rab.Bel.npuch.
-isal.kozhno-ven.inst. W261-266 154 (MIRA 11:7)
(PROSTATZ GIAND-DISRASES)

ORLOVA, Z.I.
Influence of cortisone on the course of experimental Candida infection.
Sbor.naueh.rab.Bel.nauch.-issl.kozhno-ven.inst. 6:145-149 159.
(MIRA 13:11)
(CORTISONE)
(MONILIASIS)

SOSNOVSKIY, A.T.; T~LOVA, Z.1.
Study of the copper trace element content in X-ray dermatitis.
Zdrav.Bel. 8 no.l2s45-47 D 162. (MIRA 16:1)
1. Iz laboratoril blokhixii (sav. - kand,med,nauk N.A.
Nuntsevich (deceased]) Belorusekogo nauchno-issledovateltakogo
kozhno-venerologicheakogo institute (dir. - akademik AN BSSR
A.Ya. Prokopebuk).
(SKIN-DISEASES) (COFFM IN THE BODY)
(X RAYS-PHYSIOLOGICAL MZCT)

SOBNOVSKIY, A.T.; ORLOVA, Z.I.; UGOVDIK, V.Z. (Minsk)
Cobalt -nd nickel in radiation dermatitis. Vrach. delo no.9z
155-15b 04~3. NIRA 16 t 10)
11 BOTdrusskiy nauchno-issledovatellskiy kozhno-venerologi-
cheskiy institut.
(SKIN - DISEASES) (COBALT 0 THE BODY)
(NICKEL IN THE BODY) (RADIATION - PHYSIOIDGIGAL En%GT)

I
'. h-" . li .I ~ I- ~ : .1 . -I . " . . - . -
. . . a . .
.- - 77; r,,!' ' -- . . - -, -- 1, t, - , , - I ; .. I -.. . -
,,, e n - F~ -. "i., . .. ., , , . .1 - I ;f I. I

MWTA, Z.H., kand. takhn. nauk, dote.; TALWMOVSKAYA, T.T., kand. toldm.
Increasing the evenness of silver from LYS-305 drawing frames.
Isv. rys. ucheb. zav.; t ekh. taket, prom. no,1 978-82 138,
(MIRA 11:5)
1. Ivanovskly taketilluyy Institut.
(Spiming machinery)

ORLOTA, Z.H.; TALEPOROVSXAYA, V.V.
?-WW,9 Istablishing opernting cycles for verticol and horizontal openers
used In processing machine-gathered cotton. Izv.vys.ucheb.zmv.;
tekh.teket.prom. no.2:67-74 158. (MIRA 11: 5 )
1. Ivanavskly tekstilInyy Institut.
(Cotton machinery)

--ORWVA, Z. M.
Investigating the parameters of flyer frame winding in
processing staple fibers* Irvevy9ouchebosav.; takh.tsicot.
prom. no.1:60-69 16o. (MIRA 13:6)
1. Ivanowskly tekstillnyy institut.
(Textile fibers, Synthetic) (Winding machines)

ORLOVA Z M., dots.; TALEPOAOVSKAYA, V.V., dots.; MOhAKHOVA, L.A.,
YURKOVA, V.A., inzh.; CRAYANOV, rt.A., red.;
VASILENKO, A.U., red.
[Manufacture of dress and suit fabrics of mdxtures of
lavsan with cotton and viscose fibers] Proizvodstvo pla-
tellnykh i kostiumrWkh tkanei iz smesei lavsana s khlop-
kom i viskoznym voloknom. Moskvap 1963. 31 P.
(t,I,IRA 170)
1. Moscow. TSentrallnyy institut nauchno-tekhnicheskay
informatsii legkoy promyshlemosti.

ORLOVA, Z. M.
ORLOVA, Z. M. -- "Tuberculin Therapy UslinE Electrophoresis.11 Kharlkov
Medical Inst. Kharlirov, 1955.
(Dissertations for the Degree of Candidate in Medical Sciences).
SO: Knithnaya LetqEisl, No 9, 1956

EMLIBITS11Y, B.M., professor; BUNIM. B.Z.; PINSKAYA, R.N.; IJMH. R.I.;
CRIOVA, 2.
~ ---M.; UY110. A.F.
Treatment of early forms of tuberculosis. Probl.tub. 34 no.4:23-28
J1-Ag 156. (MIRA 9:11)
1. Is Ukrainakogo Instituta tubarkale2a I kafedr tuberkuless,
Keditsinskogo instituta t Instituta usovershoustvovanlya vrachey
Y Xharl kove.
(TUBMUU)SIS. PULMOMART, ther.
in early develop.)

~~~ kand,zed.nauk
Tubercullo therapy by means of oUctrophoreals. Pat.klln.l t*rap.
tub. no.8tl4&151 058. (MIRA 13:?)
1. Is kafedry tuborkulosa (sav. - p"f. S.N. lhisellnitskly)
Mwlkovskogo seditainskogo Instituta.
(Tou=111) MxMPHOUSIS)

ORWVA nd. mod. nank
Tuberculosis of the tb7roid gland. Probl. tub. 36 no.8:93-95
158. (MIRA 12:7)
1. 1z Imfedry tubarkuleza (zav. - prof. B. M. Khmelinitskiy)
Kharlkovskogo meditainskogo inatituta (dir. - dotsent I. F.
Kononenko).
(TUBARCUICSIS) (THYROID GIAND)

Al!
POSE I Bl';,-Z ROWITATICM 80v/4w
Leningrad. VGsqayuzjMy7 nauchno-isslednvatellskly inStitlat sinteticheakogo
kauchuka
Metody analiza produktov proizvodot-va, slateticheek4o kwAhMkA (Methods for
Aual*ilft Products Obtained in the Kw,UfSt#" a BynUetic Rvbber)
LenUgrad., GoeVAMIRdAkto 196o. 121 P. grrate, sup inserted. 4,000 copies
printed.
Sponeoring kgency: VsesoyuzM nsuchno-jagladamtel'skly izBtitut mintatichaskogo
imeni &kAd. B-V- joebeftva,-
kauchulr&
Ed.: T.k. FCM]dD&-
ft.: 1. Shur; Tech.
4 cc i of chmi(Al
This bo-A is intended for scienti-sts and technical Psrs
b6iiioriio Of tb6 GYnthstic rubber, resin, petrOlsus, natural gas '- textile,
-iAL
tsming, and, other industriss- It my also be used as a textboa for ebandst:97,
students in bigber educational institutions and takhaikuss.
COVEMM: The book contains 2D articles reviewing methods for easlylling r" motor'-
als era intermediate products used in the manufacture Of synthetic rubbers udL
Xethods for Ana4zing Products (Cont.)
s1wtM0r1c substances &ad that Vera
search institute for SYnthstic Rubber dmloped at the AU-Union ScIeutifte Re_
rubber plants. imeri S.V. L*bed0v Md at Soviet synthetic
also. No Par'son&l."i" ft" mentioned. References accompany the
UBLE Or C
Isakova, N. A,Jq A.M. Rammftina
of Norval structuxe in Kiz Md.;--L-0r1MA-- Deterldn&tian CC gydroejatoM
tu" With BYdrocarbons of loogtrufture (por the
Fractlon C5)
3
Isakova, N.A., A.M. Rabhuanina, ead 1-3- OrlOva- COUrlmetr1c Dsteruji&tion
or Isoprene In the Presence Of PiperYIMM by Reaction Acetate. of Kgraury 10
Dworyanchikova
Byproducts of So V*N. Determination of D'eUyl MOr and AAWlSDes In
Yntheti4 Rubber Production
14
N. RefractoRstrill Nethcd of Determining Pipsrylone 19
Dvoryunchikove, V.N.
p1peryiew in the Res -jDetazM'nat10D Of 41tbYl Ifther, AjWj&M aAjL
the Distillatim or jL"3.;Bvt8dji,, 27
Colorinstric determination of nekal in rubber.
no*448-49 Ap 162.
Kauoh.i rez. 21
(MIRL 15:4)
-I* VBOBOYUZMY nauchno--iosledovatellskiy inetitut sinteticheskogo
kauebuka.
(Nekalo) (Rubber)

GOLTJBBVA. Zinaida Sergeyevna; KGROBANOV. Tevgeniy Zalrharovich -, _q1W Aop
.n!yjpjA&.-._T-SI1MGE1X, R.L. speteradektor; KUZMINA. V.S.. red.;
CMTSHZVA, Te.A., tekhn. red.
[Hydraulic engineering and improvements in fish cultural Rybo-
khozielstvennats gidrotekhnUm i melioratsiia. Moskva, Pishche-
promizdat 1957. 299 p. (MIRA 11:6)
?Hydraulic engineering) (Fish culture)

9'r~lcv
L 02 3 2-
S/16 62/000/007/086/149
D228YD307
AUTHORS: Shteyn, N'. I. and Orlova, Z. P.
TITLE: Investigating the regime of ultra8hort-wave radio-
transmitters of the type flP6-1.Y(PRB-1-5)
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 7, 1962, 10, ab:-
stract 7B54 (Tr. N.-i. in-ta gidrometeorol. pribo-
rostr., no. 7, 1959p 85-91)
T.,XTz The authors state the results of investigations of radio-
sonde USW-radiotransmitters, emitting self-modulated oacillationa
on a carrier frequency of about 215 Mc/s at radio-impulse tracking
frequencies from 200 to 3000 cls and more. It was established that
the objective characteristics of the investigated radiotranamitt-
ters testify to the insufficient perfection of their defign, the
form of the connection of the emitter with the oscillatory circuit
being especially unsatisfactorily decided. The stability of the
transmitters frequency in relation to changes in the power-Bupply
Card 112

8/169/62/000/007/086/1149
Investigating the regime ... D228/D307
conditions was also found to be totally inadequate for ensuring
that the signals of a contemporarily coded radiosonde are accurate-
ly transmitted when it is at a considerable.dietance from the site
of discharge. In conclusion it is stated that this type of trans-
mitter, which was formerly applied together with radiosondes of
Professor Molchanov's system, cannot in its actual parameters
guarantee high-quality atmospheric sounding if the device is used
for more perfect radiosondes of the A-2,J-(A-22) type. Steps must,
therefore, be taken to perfect substantially this t pe of trans-
mitter. / Abstracter"s' note! Complete translation.3
Card 2/2

fly dr a u~ i
nicheski e 7,1. C. T, 4 1 El vyk
z i a I st vbj( 1.

M~ATTISU , Anatoliy Ernstovich; MARTYSHEV, F.G., prof., doktor
seltkhoz. nauk, retsenzentl_~C..,LOVA nauchn. rea.;
[F,ydraulic engineering and land improvement in f!sh
culture] GIdrotekhnIka i melloratsiia, v rybDvodstve.
Moskva, Vysshaia shkola, 1965. 299 p. (MIRA 19-1)

ORLOVA, Z. V.
"Biological Characteristics of Ery61pelatous Microbes Cbtaine(i 14-a-S,",-, ;- i .
Cultures of erysipelatous and similar microbes in ordinary grow-tn i,,iediaM'WA
and Miri are basically indistinguishable. Atypical strains were also isclate-i.
SO: Veterinariya; No. "; July 148, Unclassified.
Head of Epizootic Departnraant, Sci. Practical Vet. ;,ab.) "Mcssovet,"

DUBROVIN, G.D.-, BILTATZV, M.G.; ORLOVA, Z.V.; EklMnOV, S.T.; SIRGYM, A, T.Ya.
FUSHKARRVA, V. I -
Unrefined biomycin in otockbreeding. Voterinariia 36 no.12:55-58
D 159. (MIRA 13:3)
l.Kauchno-proisvodetyanna" laborstori7a po bor'be 9 bolezn"mi
molodnyaka sellskokhozyaretvennykh zhivotnykh Ministerstva ael'skogo
khozya"tva RSFSR.
(Aursomycin) (Stock and atockbreeding)

SHIM. N.A.j_ORLOVA,_j._V_,__
Middle Qwternary glacial spore-pollen complox from the alluvium in
the Kolyma River. Sov. geol. 3 no-8-115-119 Ag 160. (MIRA 13:9)
1. Veesovuzn3ry nauchno-lusledovatellskiy, institut zolots, i redkikh
metallov.
(Rolyma River--Alluvium) (Phlynoloar)

ORLOVA, Z.V.
Facies structure, lithological characteristics, and age of alluvial
sediments in the Ichuveyam basin. Trudy SVKMII no.3:12-36 163.
(MIRA 17.,11)

KARTASHOV, I.P.; ORLOVA, Z.V.
Geology of the fluvial plains in the western Chukchi Penin-
oula. Dokl. AN SSSR 153 no.6:1400-1403 D 163.
(MIRA 17:1)
1. Severo-Vostochnyy komplek,-myy nauchno-iseledovatellakiy
institut Sibirskogo otdeleniya AN SSSR. Predstavleno akademi-
km A.A. Grigorlyevym.

ORWVA, Z-S.,
Spore pollen spectra of the alluvium of recent fluvial plains
in vestern Chukchi and their stratigraphic importance.
Dokl. 0 MR 154 no.2044-347 J&164. (MIRA 17:2)
1. Severo-Vostochnyy kbWlekanyy nauchno-issladovatellskiy
institut Sibirskogo otdeleniya, AN SSSR. Predstavleno
akademikom A.A. Grigorlyevym.

qa-,~g-- Of t-n-3 EL 13 M -'I at, ~ P, L tcn
g7els cl tne cen-.ral nervcus svt~~.,n In 6 frogs Naucl. tr.V~~ r:. 1z
med.
1. Kai'elra n3rrRj'noy kE-fedroy pr-f,
nstituta brkn4 javlrvf~
Ryazanskogc md~-tr9k-)f- I

ORLWIC, Q,
The attack tit !.Icko 5rAr, ',.n AwIfinmer l.)i,2. i , 7',,.
(GLASNIK, lol. 11, No. ;l, Fob. 1'157-
80. Monthiy List uf -'-'ast &-ro-a%n Acc,,s i. :is .-' i I. , No. 1", Dec. 135?
Uncl.

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88642
S/110/61/000/001/008/023
E194/E455
AUTHORS: Biryukova, A.I., Engineer,. Orlovich, T.M., Engineer
and Solomonik, S.S.
TITLE: Characteristics of Winding Wires With Oxide Insulation
PERIODICAL: Vestnik elektropromyshiennosti, 1961, No.1, pp.25-31
TEXT: In recent years there has been a considerable increase in
the demand for winding wires that can operate at a temperature of
4oo to 5006C. None of the available types of organic insulation
can work at this temperature even'for a short time. Hence, wires
insulated with aluminium oxide film 10 to 20 microns thick produced
by anodizing are of particular interest. This method of
insulation was suggested long ago but only recently has been
developed satisfactorily. Engineers V.Akulichev and P.Gavrilin
have*built a laboratory equipment for continuous oxidation of
aluminium and tri-metallic wires. This article gives the results
of investigations of the electrical, insulating and mechanical
properties of aluminium and tri-metallic wires with oxide
insulation. The structure of oxide insulation is first discussed.
If the electrolyte is one that does not dissolve, the oxide, as is
the case with boric acid, a thin, non-porous, so-called barrier
Card 1/7

88642
s/iio/61/000/001/008/023
E194/E455
Characteristics of Winding Wires With Oxide Insulation
layer is formed, its thickness depending on the forming voltage.
This barrier layer has good dielectric properties and is used in
capacitors but it is not suitable for wire insulation because it
is too brittle. However, the oxidizing electrolyte may be one
that dissolves the oxide. Various acids, including boric acid,
have this action. The process of film formation is then more
complicated. Pores are formed in the barrier layer through
which current passes and locally increases the temperature, so
increasing the rate of solution. The pores penetrate into the
metal and a cylindrical cell of oxide is formed around them. The
aluminium remaining between the cylindrital cells is gradually
converted into oxide. The structure of the oxide film obtained
depends on the type of electrolyte and the value of the forming
voltage; formulae have been given for calculating the size of the
pores. The film formed by anodizing at voltages greater than
100 V is yA120 Under normal conditions the oxide film is of
l
amorphous struciu
re and only at 12000C is it converted into
corundum, aA1203. On hydration (formation of a film in water at a
Card 2/ 7 I'T

88642
S/110/61/000/001/008/023
E194/E455
Characteristics of Winding Wires With Oxide Insulation
temperature of 80 to 100'C) part of the oxide is converted into
the mono-hydrate yA1203, which is of large volume and fills up
the pores, giving the film all the advantages of a low-porosity
coating. Tests were made on wires with impregnated and
unimpregnated oxide insulation of the following types:
aluminium wires of 0.3 to I mm diameter, trimetallic wires of
0.3 to 0.6 mm diameter. On both types of wire the oxide coating
was of the porous-cellular structure and was produced by continuous
anodizing in baths of sulphuric or oxalic acid using alternating
current. Various methods of measuring the thickness of oxide
films are described and a method is recommended which gives errors
not greater than 20 to 25%. The thickness of the oxide films on
the wires investigated by this method ranged from 12 to 20 microns.
The layer of oxide, being porous, acts as a matrix of air
insulation round the aluminium wire. Breakdown of the oxide film
should, therefore, be considered as discharge along the internal
urface of the pores. If the relative humidity is low, the
:
urface breakdown voltage coincides with the breakdown voltage of
Card 3/7

88642
S/110/61/000/001/008/023
E194/E455
Characteristics of Winding Wires With Oxide Insulation
the air. However, even normal roim humidity considerably reduces
the surface discharge voltage and when wires with oxide insulation
are placed in surroundings of 95 to 98% relative humidity, the
breakdown voltage is reduced by 30% in 48 hours. The method of
determining the breakdown voltage ie described. Instantaneous
breakdown voltages were of the order of 600 V, falling after
9 hours to about 400 V. The phenomenon of restoration of
electric strength after breakdown is discussed. It occurs because
the oxide film itself is not damaged unless a heavy breakdown
current is allowed to flow for some 'time. Whereas the electric
strength of enamelled wire falls off rapidly in the temperature
range of 120 to 2500C, the electric strength of wire with oxide
insulation falls by only 30% at a temperature of 500*C. In
practice, the breakdown voltage is independent of temperature and
the resistance of the oxide to corona in not reduced at
temperatures up to 5009C. The electric strength of the wires
tested was every bit an good as that of corresponding wires of
foreign manufacture. Insulation resistance was difficult to
measure and the value obtained at room temperature depends very
Card 4/7

88642
S/110/61/000/001/008/023
9194/E455
Characteristics of Winding Wires With qxide Insulation
ipuch on the humidity of the air. The insulation resistance of
unhydrated specimens is 2 or 3 times less than that of hydrated
specimens under normal ambient conditions. though the two kinds of
wire behave identically when tested at high temperatures where no
moisture in present. At temperatures of the order of 300% the
insulation resistance of oxide insulated wir whether with
in of the order of megohms/metre.
ailicone varnish or not, 1 3
A method of checking the continuity of the oxide layer is
described; it was frequently used during production. Bending
tests are also described. Bending wires around rods which stretch
the film by 10 to 25% reduces the breakdown strength to 20% of its
initial value. Stretching by 10 to 25% after holding at a
temperature of 300 to 5000C reduces the breakdown strength to 30%.
Repeated bending tests showed that the elasticity and mechanical
trength of oxidized conductors are not so good as those of
:
namelled types, but are not bad enough to prevent their use as
winding wires. When using oxide-insulated conductors the
insulation way be stretched up to 25% depending on the electrical
Card 5/7

88642
S/110/61/000/001/008/023
E194/E455
Characteristics of Winding Wires With Oxide Insulation
requirements. Tests of resistance to wear are described; wires
with oxide insulation were as good in this respect as enamelled
wires. The main disadvantage of winding wires with oxide
insulation is the porosity and brittleness of the oxide layer.
When used in the manufacture of motors. the wires are protected
against mechanical damage, and their resistance to moisture is
improved, by applying a protective coating. Silicone varnish is
used for this purpose. At room temperature the insulation
resistance of the varnished wires is much better than that of the
unvarnished oxide insulation, but as higher temperatures are
reached the two come to have similar properties. If, after
holding for some hours at 4000C, the temperature is reduced to the
normal ambient value, the insulation resistance gradually recovers
its initial value. Anodized wires varnished with silicone also
have high breakdown strength and good resistance to moisture.
Accordingly, electric strength tests on these wires can be made in
water. After holding for 50 hours at 4000C, the value of the
breakdown strength an tested in water was the same an before ageing.
Card 6/7

88W
s/1.10/61/000/001/008/023
E.L94/E455
Characteristics of Winding Wires With Oxide Insulation
For further improvement of oxide-insulated wires it in necessary
to develop a varnish for an operating temperature of 400 to 500*C.
There are 8 figures, 3 tables and 6 references: 4 Soviet and
2 non-Soviet.
SUBMITTED: June 11, 1960
L/
Card 7/7

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ORIO. M. I Del lost Pulliam Isal, 3. as 3-4.. 271-260 (1957)
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Determination of lines of influence in frame systema with
T structure* Rev transport 10 no,6z"7-253 Js 963.

ORLOVSCHI, Nicolae, lector-Ing.
Remarkable progress -if science and ediientiDn. G---rstr
Buc 16 no.759:1 25 Jl 164.
1. Depar-tment of Constr-tiction, Iasi Polytechnic institute.

KULKRZIN, Gerolld Terentlyevich; 14ULDAGULOV, i3rimzhan Abrubakirovich,
inzh.-mekbanik; ORIDVSKAYA, A., rsd.; NAGIBIN, P., tekhn.
red.
[Mechanized growing of potatoes and vegetables] Mekhanizi-
rovamoo vo,-dtllyvanie kartofelia i ovoshchei. Alma-Ata,
Kazsellkhozgiz, 1963. 63 p. (MIRA 17t2)