SCIENTIFIC ABSTRACT TEMNYY, V.P. - TEMPER, B.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001755220016-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Tzr4luy, V. P: IAT A:, SSSR)
"'Ilie Scheme and the Principle of the Gp,~,ratlon eff A Hydraulic Ubsu;~-iati~z,
Mortor."
WX
rejort presonted at the Scientific Seminar on Pnoumo-Ilydraulic Automation,
28-29 May 1957, at the Inst. for Automation and Remote Control (IAT), Acad. Sci. USSR
Avtomika i Telemekhanika, 1957, Vol. 18, No. 12, pp. 1148-1150, (author
SEMIKOVA, A. I.

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ACCESSION NR: AP4011727 S/0119/64/000/001/0030/0031
AUTHOR: Tagayevskayat A. A.; Temn
TITLE: All-Union Conference on pneumatic and hydraulic automatic devices
SOURCE: Priborostroyeniye, no. 1. 1964, 30-31
TOPIC TAGS: automatic device, automatic control, USEPPA component.
pneumatic automatic control, hydraulic automatic control, pneumatic hydraulic
device conference, GRK-l hydraulic regulator
ABSTRACT: The Sixth All-Union Conference on pneumatic and hydraulic auto-
matic devices took place in Baku on October 14-17, 1963. The Conference
was attended by 450 representatives of 202 organizations from 43 Soviet cities.
Seventy reports were delivered. Universal USEPPA components were adopted at
the Tizpribor plant, Moscow, for manufacturing over 20 various control devices
made up from these components. Also, the Ust'-Kamenogorok J=trurient pl=t
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ACCESSION NR: AP4011727
has begun producing the above components and control devices. Previous types
of hydraulic jet-type regulators are considered unsatisfactory. Now control
systems, such as the GRK-l hydraulic regulator, developed by the Institute of
Automation and Telemechanics, AN SSSR, are based on unitized components.
Sluggishness in introducing now components and "opposition +o the introduction"
are noted. Orig. art. has: no figure, no formula. and no table.
ASSOCIATION: none
SUBMITTED: 00 DATE ACQ: 102ab64 ENCL: 00
SUB CODE: CGIP IE NO REF SOV: 000 OTHER: 000
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FWi (d) /0dr (m
' __ 7 M)
ACC NR, AT6021730 SOURCE CODE: UR/0000/66/000/000/00al/0088
AU'rHOR: Dvoretskiy, V. M.; Molchanov, G. G.; Temnyy, V. P.; Titov, S. M.
ORG: none
TITLE- System of elements for automatic hydraulic control0
!S'OURCE*: AN SSSR. Institut avtomatiki i telemckhaniki. Pne.vmoavtomatika (Pneumatic
automation)-.-koscow, Izd-vo Nauka, 1966, 81-08
OPIC TAGS: automatic control syntem, hydraulic device, hydraulic engineering, hydraul-
ic equipment, hydraulic logic device, hydraulic pressure amplifier, hydraulic resis-
tance, hydraulics
A
ABSTRACT- Modules comprising a hy!~r4Rlic control system are described. 71he opera-
ional amplifier consists of a resistance-membrane summation amplifier and a power amp-
lifier. The operational amplifier, shown in figure 1; operates as follows: The elas-
c mem ranes 2 and 3 in the body of the summation amplifier 2 are connected by rod 4.
Supply pressure P a enters through choke (resistance) 8 into first amplification stage
I, and simultaneously through channel 26 into pressure nozzle 12 of second amplifica-
tion stage IL The input pressure is fed through chokes 5 into amplifier I, causing
an average pressure of the inputs to be generated in the membrane chamber. The pres-
sure difference forces the membrane to move flap 6 with respect to nozzle 7. The size
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L 078BL-67
ktd-Rk, AT6021
S Fig. 1.
A 01.
0
of the valve opening eatablishes a certain
17 value of pressure within the middle chanber
a of amplifier I. This pressure serves as in-1
01 put PI to second stage IL The displacements
of the membrane 10 is transfered to valve gate
11 through rod 14. The membrane is preload-
ed by spring 15. Valve chamber 12 and 23 1
connected to output channel 17 and valve 13
leads to the pressure sink. The output pressure is determined by the position of valve
!gate 11. The hydraulic differentiator is constructed using two operational amplifiers$
Ian inertial element, and chokes (resistances). The first operational amplifier with
the Inertial element works as a ropeater of the logging signal and Is connected to one
f the chambers of the.second amplifier which operates as a su=ation unit. The in-
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L 07885-67
ACC NR, AT6021730"'-'-'
put pressure is fed into the choke of the Inertial element; the preaoure difference
across this choke serves an tho Input to the second amplifier. The transfer function
of the differentiator is
W (P)
The hydraulic integrator is very similar to the differentiator except that the iner-
tial element and the corresponding choke are contained in the feedback loop. The hy-
draulic capacitor is a single outlet chamber which can have either a flexible membrane
1
?r a spring-loaded bellowss such that the internal volume changes with respect to the
input pressure. The hydraulic chokes can either be of the laminar or turbulent flow
!type. The fonner is usually in the form of a tube with a small bore. An elcctro-hy-
draulic converter was designed for the performance analysis of the hydraulic modules.
It is based on displacement measurement of a membrane by means of a linear differen-'--
tial transformer. The bandwidth of this instrument in 0.1 to 100 cps, Each of the
described modules is shown by a block diagram and fairlX extensive performance data
are included. Origo art. has: 10 figures,
ODDEt 13,14/ SUBM DATEs 03feb66/ ORIG REn oos
Card

S/049/62/000/007/001/001
D207/D304
AUTHORS: Pletnev, V.D. and Temnvy, V.V.
TITLEs Interaction of a solar oorpusoular stream with
the external geomagnetic field in the first
stage of a magnetic storm
PE14IODICAL: Akademiya nauk SSSR. Izvestiya. Seriya geofizi-
cheskaya, no. 7, 1962, 976 - 980
TEXTt A mathematical dissertation on the interaction
of particles in a solar stream with the earth's magnetic field. it
is assumed that during the first 1 1/2- hours of a magnetic storm,
the solar stream compresses the geomagnetic field from 10 a to 4 a,
where a is the earth's radius, until the magnetic-field energy is
equal to the energy density of the stream particles. It is shown that
solar protons in front of the stream are accelerated and enter the
atmosphere at about 9-5 a having acquired energies of several million
electron,-volts. Similarly, solar electrons increase their energy from
1/2
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S/049/62/000/007/001/001
Interaction of-a solar corpuscular ... D207/D308
the initial 2.5 6V (correspondihg to a velocity of 1000 km/sec) to
2 keTat 9.5 a where they enter the atmosphere.
ASSOCIAMON: Institut fiziki atmosfery, Akademiya nauk SSSR
(Institute of Physics of the AtmosOere,.Academy
of Sciences, USSR)
SUBMITTED: February 3, 1962
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Talim, V.V.
Puzzle of the radiation belts of the earth. Priroda 51 no,7:116-
118 J1 162, 041RA .15:9)
1. Institut fiziki atmosfery AN SSSR.
(Van Allen radiation belts)

TE?jNrrq V.V.
High-Snergy Corpuscular Radiation
Report to be submitted for the hth International Space Science Symposium
(COSPAR) Warsaw 2-12 June 63

GALIPERIN, Yu.I.; KRASOVSKIY, V.I.; DZHORDZHIO, N.V.; MULYARCHIK, T.M.;
BOLYUNQVAJ, A.D.; TEMNYY, V.V.; MAROV, M.Ya.
Studying the upper~atmosphere with the aid of the satellites
"Kosmos-30 and wKosmos-5." Koam. issl. 1 no.1:126-146
Jl-Ag 163. (MIRA 17:4)

L 1 a94Z-&3 EWT~1),'EWT(m)/FCC(w)/FS(v)-2/bDS/tEC.-2/Eg(v) AF"G/ASD/
AFMC/ESD-3 PGrG Pe--4/P-1-4Pc~-4/`Pcj~~4_ G~
P
ACCESSION NR: AP3007342 S/0293/63/001/001/0139/0143
AUTHORs Temny*y, V. V.
~VTITLEt Study of the upper atmosphere by means of Cosmos _3
,YAn d
Cosmos 5 satellites. 3.High-energy particleW, N
SOURCEt Kosmicheskiye issledovaniya, v. 1, no. 1, 1963, 139-143
TOPIC TAGSi particle, ionospheric particle, charged particle,
high energy particle, high energy proton, proton, counter,
particle counter, geiger counter, satellite, Cosmos 3, Cosmos 5
ABSTRACTs The third of four articles on results of recordings of
N geoactive varticlep in the atmosphere by Cosmos 3 and Cosmos 5
describes the high-energy particles registered by geiger counters.
A type STS-5 halogen-filled counter was used which had 3.4 g/CM2
of lead shielding and was further shielded by the satellite's
aluminum skin, so that electrons below 0.4 Mev and protons below
50 Hev were effectively eliminated. A laboratory calibration of
counter effectiveness was made which enabled particle flux density
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ACCESSION NRt AP3007342
to be deduced,,from the count rate, providing the approximate i
energy level of the particles was known. Counter response was
somewhat influenced by spurious bramestrahlung caused by particles
penetrating the vehicle skin and striking the apparatus within. On,
the basis of-th 8 g9tLger counts two regions of hLgh-energy-charged
particles were' .1oundt 1) The first was a region near the earth
where the Q0.un't varied fr-om I.S./:Bec at,.the g'e,omagnetLc
equator to*15-20/see at latitudes 60*.---These counts are too
high to result from primary cosmic rays alone, but may be due to
secondary particle showers caused by cosmic ray impacts. Also,
no systematic change in count rate occurred as a function of ve-
hicle motion along geomagnetLc force lines; thus these particles
were evidently not trapped in the field. 2) The second region
was higher (500-1000 km) * with a sharply defined lower boundary,
lying between latitudes 50*N and 50*S; count rates here varied
from 25 to 500/sec. These count rates were modulated by satel-
lite rotation and also varied systematically along magnetic force
lines, showing that the particles must be trapped in the geomagnetic
field. After comparing these count rates to simultaneous readings
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ACCESSION NR; AP3007342
of other type counters o n board it was concluded that the particles
in question were high-en ergy protons. The rower boundary of this
capture region is below 500 km in the 15-20* latitudes and at
higher latitudes tends t o conform to equipotential magnetic force
lines. Plots are given which locate the points of high-energy
particle count with resp ect to magnetic field intensity and geo-
magnetic latitude. "In conclusion I express thanks to V. I. Krasov
skiy for guidance and to Yu. 1. Gal'perin for his most direct par-
-
E-1-Upation." Orig. art. has: 3 figures.
ASSOCIATION: none
SUBMITTED: 09May63 DATE ACQ: 210ct63 ENCL: 00
SUB CODE: CE, AS NO REP SOV: 003 OTHERt 004

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ACCESS, S/b2i)7/5j/003/00--/=l/C
~ :
4
AUMM: !~_-asovskdy, V. I.; Gal'rn-rin, Yu. i.; Tie=
T, D7_.)-4ordz_Iiio,, Y. V.; R!arcrv, Ya.; Bo ~_V-;* 4isbar~;, L.;
potaaovP B. P.; Bragim,
TIT!!.;: Scme characteristicz e. 6eoactive particle.3
SOTRICE: Gecmafraeti= i aeronomiya, v- 3, no- 3, 1963, 401-407
TOIPIC MG_~: Zcoa-ctivity, Cosmos-3, Cosmos-5, satellite, particle cowiter,
icno3yheric particles , Nos-m-05-3, Kownos-5
f,A3STP,kGT: Three tym-es of charzed-Particlaq srznsor:~used on the Cosmo3-3'and
,
r
N Coomos-~ flights are described cmd scme recordecl results are discussed. (~_-e
tyr,~~ ,rac an al=inum tub-- which housed a fluoraseLnt screen whose Photoenissian
frcm particle immpac-~ vaaz; recoded by a photmultiplier. The screcn wwi faced
with al~i:-ainlxm foil of 0.4 to 1.1 m,-/'c=' thichmesf, to prevent pazsaze Of
la.r-ener- r-nrticles. Gridz placed at the tubo entrance included an
Grid for apDlicd ctcpp,--d volg,-al-e.3 of u2 to 11 1-.v and a bias grid at -40 v to
p_-:vent ~in,,:oact of thc.-Lral electrons or the foil. The fluore~;ceat :;cree.-, *;aL
made, thin (1.4 mG/=-2) so ans not to re3p=id to x-ray radiation. E.'acL ~;,ic_
Cord 111*4 1
,opz_.

L 11112-63
ACCESSION IM: P.?14000792
indicator cubtended about 1/12 istaradian and had its axis normal to the
satellite rotatioaal axis; each satellite had :,everal indicatorzj. It second
tubular device, acting as a trap for hi~~h-zp~ed protons and electrons, vaz
similar in canstz%c-tion but had wn a=alar coillectinZ electrode placed in a
per=ent-ra,,met field ra;ther than a scrcan. The bias grid in this case
eliminatod electrons of leass than 5 kev. Angular coveraze of the tra-D coun.,er
,was about 1 steradian. Me third collector used was a slandc_rd Geiger co:_Znter,
tYPe STS-5, which waas inside the satellite slain tLn,.d had a 3-a:a lead [;hield ,,D
ninimize x-ray effects. This coiziter responded only to electrons above O.LI
Mev end protons above 50 Mlev but is described an too prJmitivc to
their relative contribut ions. Results -Lrc--i the three ty-Pus of recorders r-i-2
discussed as functionz of satellite altitude, latitudeP and day/night expszare.
Three general energy groupinZs aprXIar to exist: 1)electr=3 of 102-104 ev
at =_%in,= flux density of 10" el/am-/sec/ster, ob-3erved at lcve~lr above 500
over the USSR (50-55' 111); 2) electrc--, off about 100 kev, vitIa a
density oil 2 107 el/r-11-1/acc/ster, noted =inly in srout:aern latitudes at
altitudes of 600-700 Iza over t"Ine Sauth arld 3) the very high cner~f
proton3 and electrons r(~~.-iztcrad by the Geiger counter at of 100
Zot as--ociated t4th any -,articuJ~,.- ZcoZra',r~,_Ecal regioz].
I~rl t
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L 10799-63 E~r' (l)/nCW/F3 (7)/BDS,ES /AFFTC/ASD/AFMDC /ESD-3/ ~~q-
AFOG--P6-4/P(!-J4/pi-J4/pi-4/po-4/Pq-4--TT/C-4
G4,0VC-4. I'~ ~/
3/0203/63/03/C6 '0/
.j: FrasovsIdy, V. I.; Gallparin, )Cu. I.; Te.=X~X, N.J.; Mulyarchik, T
Ya.; D_O"")amOya,
om
,L_rTM, : S=c new results of geop4ysical stuaies =do Iri Xo==3-3 and K cz-
satellite[;
SCU,:,,m : Gema,,nietizm i aeroncmiya, v. 5, no. 3.. 19-53j, 403-416
VE
To.~JC T4S-. 4-,imw-3, F=mos-5, radllatiriL belt, pq*Aticle comter, upper
atmo.sphero radiation, radiatioat upper atmoaphere C=oz-3, Corsmw-5
IC3'T7;VtrCT: Coacentratiow and intensities of qh_ar,jed jrj&jgjP_r? an me~murad by
Vic KO~zlo:,--3 amad Kosmos-5 satellites are aaalyzzedq 'The satellIter. Used
ccr.ibinationz of three types ot_r_Qqo-_ ~~_l) a collector tube with fluorescent
Ecreen sensor arA 1~hotmultipllerf 2) an ion trap with a ring electrode
collector located in a pei-marent ma,~petlc fiell, md 3) a Geiger co=ter vith
a -=. lead sbIeld, wb~ich registex-ed =ly electro= above 0.4 Mav ana protcns
above 50 Ile",. -Partieles rQcordeA by these sensors fell into tbzs-xe energy
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L 10799-63
ACCESSIC5 1: PR: -A--~130007-93
groups: 1) high-energy protons and electrona recorded by the Geiger counter,
2) elect-rons of about 100 Kev; and 7) electrms of the order of 1-10 Frl*v. 11o
ebser,,able cor2-elation- appears to exist mong these groujo. Isoline contours
in earth coordinates are given for groups 1 and 2 Gh(7.1mS their energy
distribution over the South Atlantic region, where intensity was maxi==.
T~jcse data are in the 650-bm altitude region and 3hcF; that the coordinates o'
7-aximw,i intensity areas shifted -.-ith succeedin3 passes of the satellite. SMI:-
possible explanations for this shift are sugaeste,.31, which are postulated oa
the lifespan of the particles relative to satellite orbit time. In equatorial
latitudes at a 200--1100-1= altitude the 1.3reiger count did not averar;e over 1.8
pulses/sec. In contrast, the Geiger count record-2d by Ko:;moG-5 in the vicirLity
of apogee (1600 I=) exceeded 1500 pu.1-ses/sec and ahwed a strong periodicity
with satellite rotation.. indicating that these hi3h-energy particles are trapped
in the gea~,agnetic field and movina normal to its lines of force. Group 3
electrcnsP which were sporadic in appearance and located mainly in the polar
latitudes, varied in intensity proportionally vith. altitude. The rotarding of
due to particle friction at the parigees, (200 In 'or Kozzioz-5)
vaj noted to be less than for the 1953 sputniks, Ahich indicates less
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ACCESSIal NIR: A23000793
ge=,agrietic activity during thc,pros4mt observati=3 (Ap-,il-May 1962).
Orig. ax-t. has; 10 figtuns mid I table.
41
ASSOCIAT17-1- Institut fiziki atmosfery All SSSRj (I ##e__oA--4,,.h.e
2 2 2 119 r 0- fa as B
SLY-M=D: Wan63 DttT"-,, ACQ: 21jun63 ENCL: 00
SUB CODE: SP, AS TO BET SGV: 010 0=: 010
Card

GALPERIN, Yu. I.;
'Atmospheric scale height In the 200-400 km range according to radiation belt data.O(USSR)
Report submitted for the COSPAR Fifth International Space Science Symposinm, Florence,
Italy, 8-20 May 1964.

L 1276-66 EV,'A(h)/EIYT(I)/FS(V)-3/FCC/Ellil(d)/F,zS-2 TT/Gil/GS
ACCESSION HR: ATS023585
AUTHOR: Temnyy, V. V.
UR/0000/65/000/000/0209/0213
;TITLE: Spatial distribution of various groups of trappg_d
i --partiples according to
'data from the "Kosmos-311 and "Kosmos-511 satellites
,SOURCE., Ysesoyuznqya konferentalya 00 finike koamicheakago prostranstva. Moscow,
1965. Issle-do-waniya kosmR1_es-kogo prostranstva (Space research); tr_u_(Fj_W&nferent9ii.~1
Moscow, Izd-vo Nauka, 1965, 209-213
TOPIC TAGS: electron distribution, particle distribution, artificial earth satel-
4ite, satellite data analysis
ABSTRACT: The author uses data obtained by the "Kosmos-3" and "Kosmos-5" satellite
~to 4etermine the distribution of protons with E > 40 Nev and electrons trapped by
'the geomagnetic field before the American high-altitude explosion of 9 July 1963.
'Graphs are given for the distribution of high-energy protons in Hellwain's B, L
coordinates. Envelopes are plotted for studying the distribution of electron
,stveams according to maximum current signals modulated by rotation of the satellite
,about the axis perpendicular to the axes of the Indicator. These envelopes define
I Card
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L 1276-66
ACCESSION NR: ATS023565
;continuous variation In the fluxes of captured electrons alonR the orbit of the sat-
,ellite recorded In a direction perpendicular to the field line. An analysis of the
t~
relectron spectrum shows that these signals are basically due to trapped eleotmns
I
~with E > 40 kev. An attempt to graph the distribution of equal electron intensities!
:'In B, L coordinates showed a considerable scatter In experimental data. The nature
Pf this scatter was determined by plotting the camidirectional intensity as a func-
;,tion of B for seven fixed 15 from 1.2 to 2.0. If hmin above the surface of the ear-th,
4s substituted for B, then the first approximation for intensities less than 5-107
Tarticles-cm-2.sec_l gives functiona Mmin) which are nearly identical for all L,
J. e. it may be assumed that the distribution of intensities depends only on h
+n
land longitude A. Experimental curves are given for h=n as a function of AA (313
'tance in degrees along the drift trajectory from the point where the given magnetic
L shelf sinks most deeply into the atmosphere) for various stream intensities. A
~comparison of these curves is used as a basis for constructing a model for the dis-
1tribution of trapped electrons In H, 1; coordinates. This model shows a maximto flux!,
I
iof captured electrons close to L = 1.6. "In conclusion, I thank V. H. Smirnav for
assistance in analyzing the results," Orig. art6 has: S figures, [141
ASSOCIATION!' none
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,ACCESSION KR.' AT5023585
!SUBMITTED: 02Sep65 ENCLi 00
110 REF SOV: 007 OTHERi 004
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SUB CODE, Es re
ATD PR=

L 3107-66 FSS-2/EWT(I)/'FS(4.-)-3/FC~/--EiVA(d)/F-;VA.(h) TT/
JACCESSION NR: AT5023611 UR/0000/65/000/000/0406/0417
r
AUTHOR: 'Bo yunovd. a,-, VWborg,'_Q~L Gal perin Yu. I E51~ov B - f~.
St~ka ~a,_ F - K
iTITLE:' Preliminary results of particle studies using the "Elektron-l" satellite
SOURCE: Vsesovuznava konferentsiva po fizike kosmicheskogq_ppr1sranstva. Moscow
1965. Issledovaniya kosmicheskogo prostranstva (Space research); trudy konfeventsii.
Moscow, Izd-vo Nauka, 1965, 406-417
TOPIC TAGS: particle physics, artificial earth satellite, satellite data analysis,
electron, proton
ABSTRACT: The authprs analyze data from "Elektron-l" to determine the disstribu-~
-fi n of the satellite in Janu-
,tion of radiation~~In the Z~qomqrnntic trap along + ;_;~r;R
ary-March 1964. At lower 2) close to the equator, the dominating
particle flux ig from electrons of natural origin with bnergies of ZO:-2m, kev and an
intensity of up to 2-109 particlea-cm-2.sec-i, an-) from electrons artificially in-
jected by the high-altitude explosion of 9 July 19G2 with energies of several flev
and a flux of up to 2-108 particles.cm-2.sec-l
There are also trapped protons in
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L 3107-66
;ACCESSION NR: ATS023611
Ith;~; same region with eneriies of tens and hundreds of Mev and an intensity of up td
7n-5-10 If pa-ticles-cm-2.sec- (E > 50 Mev). At middle latitudes (2 < L < 4) 'here is':
,a sharp increase in the flux of soft pro-tons with eni-rgies of a few hundred kev to
I -cm-2.sec-l at latitudes of 30-500 and api
lintensities of no less than ^~108 particles
parently to no less than 'Q-108 close to the plane of the equator at L - 3. Their
spectrum is softer at higher latitudes. Both protons and electrons are observed am,
higher latitudes, the low energy electron component (E > 20 kev) being extremely
~
variable, especially during increased geomagnetic activity. The boundary of the
I
Icapture zone in the geomagnetic field during magnetic calm matches the outlines of
the "momentary" polar aurora zone which reflects the diurnal asymmetry of the mag-
netosphere. "In conclusion, we are sincerely grateful to V. I. Krasovski , T. M.
G. N. Zlotin, 1. N. Kjknadze, I. D.
Mulvarchik. M. V. Dzhordzfiio,
Dmitriy_tva, T. N. Z~~Llyadimova, A. K. Nazar6Va iii~CG- T. Bordovskiy for great as-
__~~istance in_Fh_~ _wor;~ an"d for- useful discussions." Orig. art. has: 8 figures and
1 table. [14)
ASSOCIATION: none
~SUBMITTED: 02Sep65 ENCb: 00 SUB CODE: rs, NP
RJM' '0V 1' 009 OTHER: 008 ATD PRESS
2/2_

77,
TEMOFEYEVA, A.N.; LIPSFAYA, L.A.
Barbamyl-tofranil test in thf-- evaluation of depressive states.
Zhur. nevr. i psikh. 63 no.10:1549-1553 163, (MIRA 17:5)
1. Laboratoriya patologii rr33hey nervnoy doyatellnosti cheloveka
(zav. - Prof. V.1. Butorin) In3tituta fiziologii imeni Pavlova AN
SSSR,, Leningrad.
4

TEMOSHUM-, A,
Constructine sliding iforms. Strcitell no.7:18 JI 157. (MLRA
(Corcrete construction-Formwork)

SOPOVA, A;S.; -TFI.IP-9- LA.
Reaction of acetoacetic eater vith /4-nitrostyrenes. Zhur.ob.khim,
31 no*5:1532-1534 Mq 161. (MIRA 14-3)
1. Leningradskiy pedagogicheekiy institut imeni A.I.Garteenas
(Acetoacetic aoid) (Styrene)

ie 06*41100006 Soo So 6 4 00 0000 0 so a
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14 16 to it it v a )d is a v a to a n It a id a ig v a ir a it a III:*
I AA It Cc
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so
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00
0
SO
SO The Odu&im of reactions, between the chlorides of
sulfur sad ethyl akoW. I., N. I'mrient'rv And A. N
ogo G.Vaddrit. Vale
R.J.1 Kkim. IS, I 31111619)-ftwing t1b tile digictrist
Ivacli'M'4 Eltill with them
0 a p"wilvati- of S ~hllwulv~ the
:0 j. a %~mniticx llrntv%- a hich pewredviinjullanvoli4v ill ild-
1, vnt 4brt"im4- On the hasi* of the performed exilts.
air
lti ojmrvmjiwm% it lcliq di-ed. that the reaction lirlwrrll
1, jll.l Hj()II j. fqwrwjjjvI by =WI, + 2Etoll
-f L1.1ilcl -4- 211cl + Mi.. The fivinalkwo 44 tile ill$. zoo
per.-
00
vul .- i, formed It, it bratins 14-f. actinding ill (1) SCI, 4- 0
so Ltoli - SMI, + P'tCI + MI, and (2) 40CIt + Moll
08(01KOt + 211CI. At kjw temps. this reaction does zoo
not proceed to complIetion, but stops at the intermediate
stage according to SOCI, + EtOH - HC1 + WSW. 00
The effect of high temps. is nwrifested in Facilitating the
mmple6wo( the reaction. Thi% incTesics the yield of Ett-
SAJ%. Four I eferrureii. W. R. Ifenn
see
04 we 0
iwo a r
c:0 0
S 4 - I L a ARTALLO(ICAL LITERA 1641t CLASSIO'KADOW
64 did.- %1. 01.1.
74 -7- , ill-3.3 .1. C- Q.(
u 9 At .0 is , %--I . . -F t- -4
N Or it It it K It It n Im An A 1 4
0 0 0 0 0 e of of 0004
Oros, 0 & o 0 o 0 see 0 o %, 9 0 0 0 0 0 0 0 0 Ole 0 0 * 0 0 0 0 0 S, 0 0 0 0 00
to

0 see

U 0
U
mums 41
v ruft uawo&x
A
L-
0 0
A 909f,1 )or. .-:1 ".--Ppol
NO
-7
d dill"DJUAtIOU 6f nit"Cea by
III* top
lKjgkW jw&od. A. N. Ternp and G. A, Alvk%andmv
-00
I-QY Sbarmik Rat-1
Xhim. IS, 4-4(im).-The proposed directions arc
similar to thow commnnly Used ru"t that it is rMom.
-99
mended to take away the furnes developed by the digvs.
.00
tion P"XT" by me&= of a water PlImp. R. if.

00 At w
4!0
04
not
*0

too
of
6*0

0 - A C A &ITALLUNCKAL UTC44turg cL&%sw*c&joas
obo"- I'V1414V4
Idnova .4 ~41 age jog

'i 111.~ - " - v v-
U a AV 10 It ( I I I .--i 'j Y -
611111 OA 4.,

An A I I W 0 N v I or As 2 a 4
It it of 'I t fin Ilo wn I'm
0 0000 0 0 0 0 0 0 *so*
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 so 0 00,
0

0 As 0 0 a Aso 0 gi 0 0

649646
- 0 0
0:8 0-6 (a 0 6

is is a ti
I,j a is of U

4
so I i, L
I

4-0 cuas) 60

t 6
X
00

Tke "inat am a an
V details of the

A
Warts and i rrdv I Lb,k
Tr
P=
(;4#w&rj4. va... .4~wik 9,44 Kum. 15. tit 2-N
9XIIJ). -The vipts. gwfortard ronfirrit the "nirlalhsl~i-
lk-tthest4by nwsinso(whichit tipt~qIvIr toundn.

a
0
8 Kwms taking place during the Wofts and
Prc
Fittig r"clion and to expWo the inechanism of the foruts-
00
tion of free radicals and the anoinaluits phrnoutens of the
reaction. In the Investigation% the effects of Na an a mixt.
of PhICO with (Oll8r)l and of Na on a mixt. of (011-
9r), with PhBr and PhCI were investigated according to
the fwtkw" (CH,Br), + 2PhCO + Wit - PhtC(ON&)-
0 j CHvCH#C(ONa)Pbe + 2NARr. PbBr + (CH,Br), +
R
l
C
O, 4-
2NAs - PhRr + CsHo + 2NaHr. and Ph
l + (C
Iv

'a - PhCl + C,114 + 'NsHr. resp. The extits. .1towrd
%
2
j hat M.C0, lhl1r and PhCl can 1w u-ird a% rataly-i- Gw
00 w fritioving the halide atoms by weans of Na from a,#-4bhahtk
00 der!". There is no definite tiplaution of the nature or
the blue substances Which arm always formed during the
0
Wtirts-Fittig syntheses. The "metalWorenrl" by-
Zs- g
8 potheds agrees with the view that the blue sul"lancet

o
tis
with
etallic N
and It is
saim
i
.
m
s
n Orr. C
emp
mp
po
that the blue substances art the initial products of the
0, addn. of Na to the halide derivs. No special invvstiga-
tions of these substances were carried out. Five reler-
J
,7 enreq. W. R. lienn
21'
i4

A I a. S L A NIULLUROICAL LiTtRATU'RI CLASSIFKATMOS

41 If,
U fA AV so -T- -,~ A V-11
I v W 0
o OF P(TO 01,6( on it a K M IT It 01 No n I u
00 a 0 0 0 0 0 0 0 0 a 0 0 0 0
0 & 04 0 0 0 0 0 0 0 a 0 0 0 0, 0 0 0 0 0 0 0 0 0o 0 0
0 0 0:0 0 0 0 0 0 o
0 0 0 0 6 0 0 0
0 0 0 4 0 0 0 0 0 ~ 0 0
AS bill 169 nM!j,1 vii aAS ro
1 t
-00
0
-00
-00
-00
11:
=
40 0
=00
zoo
71
lie*
zoo
x00
No 0
.. 90
too
too
.:m
1 a 04 13 At a
311
0 0 0 9 0 0 0 0 0 0
e
a o 0 0 0 0 0 e 0 0 o 0

a It I I "T".-LL OA Met go to.
so
00 Pool .IIQ, --it-so . 1.

A, The scoot of
0410 (A
GAMAR-P rop"I I N. limill, Lod R. lismit'IL41,1v Awl 61K 4.4.94.4 lto.( 4
I
rsedy L&t4A,A,, 1;4W.. Ifie Usse
kW Pt(IlliSh 'L'A.". Alice the d-mitm and
AS IrrAtment an (A) Was ubtailled Itex" which toeVilo-
S&wvsk Xjk~,: Nksom. 13. VS--7(IW9). -T. and G. re- p0"
~-4110
So at joralr4l 'tic rNpi, ~,l Logriev (C. A. 3j,,"W) in order to brd,? -ter and small items. 4 In-n:,)Ph,,noxir wri,
'
_
l
t
h
,
vrn
its vinw
hr IrIMAMIng lJoAtl
j t%). I
iminto that the Griguard marlim be. ON& (a3 animnalmis prixlut
y
and Iwimphamigger is acermpoinigrel got the (lit it a ".1111ki 114lutil inist. Uhl. it lvtvtl~ locivicell

0 411
.1 an inlrelsivv red coolkor anki that he wide Irml, IMUl- t(62 N,- At Ul MM I Atilt Wilkie -.1-1
1
a
d
0
d
rtain4r
cm.
11.1 rtp(, a
craloir mints.
betwopbeoucte and lmn&Q. ISO( tic WS'd. flot" %(- Ill it[, 2
mps I jjy~jt,o lit. V11,141flis fjjlq ft"Itectigign of cartomyl ctictile,14. d6ruble &evil. 'of I.P.1110 seat IAL'n its ARJ,f (" dcr it. so
1 0111-, ptim,,o, Awl "w,"uLty 41,-* hr flisr (act that liorte'ra. tif".1 eal the 4 lit.- tra, INPIS I It, .4,111 - 4 lorns" XOO
so I)Ilen.'M And Met JILIStel. for
$ -4-4 mrigpdo. whielo new plirn-mir app-I IorotjAjlr.Ir,4 rsirr Imura-4 it) im,l-olloths

*0 ;
U11-1111olt 4134 4t%U1%lUIAtr Ito '00o"t"I Milit.) 410CUMP.
11, T. .911110. .001 ILS& 111A JJJV jv~.J~jl IlIg 111I.C.-I tolkle jolit'i,
.**
0 limit tile A,Imll ,I 041,f kill. 14-Itt'-phel"ic slid benju. without An rstvs4 44 Stit And thAt tile tr&6 tuot I- twt
I
: hydrul ac,wolitill I,, ~.
pji,CU + Mt - PbrCUMs0CFh,, to coempletiort under the influcom td the im-c- 11 the 0
i i halide saItt col Ms. lout 1rad4 ta the tominAtion of lwnsu-
I llboc() 4- J,h,cli(jll + hv.lrL4 riter. The gwit.griaw.1 expi.. are n,,t cutsiplet.1
&it,$ it I. I,, the m-hAsil,m .4 tli-
(Temb"ItlAti"It, lh,. 1. glut th~
AISM1111 At 4 I'l-4 "I oil, It A 111.66(t I 1"41tlq I .. ...... 0"
ItAit, 41,01 "1 - '40.0flyl . ..... 1A. t. d"I'l ~ml* I-v the
flifid4t that see
4 file, 'all-Ityl And 11"I Ak-1.10 "'. Ill,
*64 towittel (mily whro all vagA.. ,I %!I Wis. IdLcll. 111 1
smonxi-
i
b
1**
r ri
r a
14.111,
phyp. 1
their rep, V ogre-1 0. 1,nictJ thAl tile visible, claurw 'of Ill'*
Irest-Is."I lerf-ril stoco-PIN11cl And N-Imn,hervomer 1. utell- I
Most it 11 JUSIAIJ Mrloil 14 1.1-I'llol 1% Pitsellit VVISM-11 iS 11MC41-
l
f M
ff
ri -
ove the .,"wiplete dit-olving o
il. The gotly tli
1000

sme IL A ct*o

-,t
U 0 AV 03 As,; to re It a 49 01 a It M 9 a it It 4111 4ml 1 411 1 An I S N

0 0 0 0 0 0 0 0 0 so see a 0
0 0 0 0 0 0 0 0 0 0 0 is 0 0 0 a 6 0 0 o1

..'06*000*0000**0600
A A,f-A t .t a
RZ I,. MITI: a
I
Ty

00 Kriallitit" and days from the frkiaity of Samarkand
rrift -
C
Deb
t
sl
t
f
r dt* d
h
dr
tift
f Akabels
U
V I .
.
a
i
o
e
a
o
s
Ys
j
y
tim at lwpV, IeA*qI and Iflawstyl &kebab. A . N.
I
d
n
y
Temp, Vul. . . Shyabe anil K. A. Agantiva.
Vshekiketo Girs"AriC ~Qloeaik R4" Kkoxi Is,
A 197-AMM.-Itio-PrOff and iM~-BUO)i art llC1lY11rA(l,11
nearly compWrty with the Agalyk kittifinitev. Fill,
mirawid can he used (at the prorluctilm 4 pl,,twne and
*
:
O
l
O
livet
Ilf(
,tpt,, with i.)-Am
l
huiykile in large amis. I-,
Ir" *41fiJarl"ry rr~ult. into the taribiwl i. nits millable
'
_ I '
0
1
1

6 r-
*
M
P%1)
SO)Y
he Pfndik'tkM 44 lAtjV *11318. (1
,i
e lik.
i
4 fi
r
f
l
le vitIMMS L
.
ssed o
liatimnit f
through a tithe fined with Isieces of the cataly4t and
*31 heated to a definite temp. In the r%pts. with ilo-AmOll
the amirle" were produced in the pure state by di~tn.
A liquid b. W-40'. conu.,itins of a mist. of i"rrssylrn~,
trimethy5elityk7w, and etbylinopykne. we* ilbtfuried.
The untold. nature of this mixt. was dttd. qualitatively
by firrolorizing fit water find Wk. KMW. sain. The
ytrld~ of the products of The dehydrstino o( k,,o-Proll
with AWyk kAxiliniors &I "f. 4-M, 4.511, 4011, 410f, 4M,
W) slid 5*0 tit, mp -.,.41, MI-fit?. 140.17.
0, 49.42, A1.1111 and The yield- o( the
j it~ products of the dehydration of tio-BuOlf at 4441, 401.
515. XV. %4 and 511 * were, vesp.: 49.07, 94.1411, 94-04.

:fi
1fi INS,72. 7RAI lind 79.10%. The yieldi of the products of

S
O
the dehydration of 14o-AttiOll at VJO, 4fOs 4%). NO. A
ill
fill
441011 And
71)
10
31
14
d
-
-
.
an
were. ",p.:
,
.
.
40 4 It I-
R
lierm
W
,
,
,

ko
L-2 -" 8'12.~__ i
if 40 is';
1 0 a rw to CO X x a It a R 't it Is Of UP
.00
-4141
*0
-00
014141
ZOO*
0
coo
a**
000
a**
I ;
I !see
-01090000!0000000000000* 000000*0
WO-0-0-0 WO 0909009000 000 109 0 0 0 0 00 so

TW, A.H. Q. Gomel I )
Simplified soldering burner for glass blowing work.
61-62 MY-Je 153.
Khim. v shkole n0-3:
(MLRA 6:7)
(Burnes)

TW, A.N. (g. Gomell)
Improved apparatus for the dry distillation of wood. Xhin.v shkole
9 no-3:54-55 My-Je 154. (NM 7:6)
(Distillation, Destructive)

Gomel,
TW, A. N -
Homemade high-temperature kerosene burner. Zhiz.v shkole 10 no.3:
55-57 yw-Je '56. (KLRA 9:8)
(Burners)

. I , 5~ I. 1 11,,, , il- ; 'i " 51 "l -~;- ~ - --, ,
" .~ F~I; J, . -:~; -
TIMPA.A.2"LaF, Ye.v. (Gomel').
Decomposition of live in chemistry classes. Ehim.v shkole 11
no.6:33 11-D 156. (NLRA 9:53)
(Line)

Time A.N.,(g,GomelQ; TEMP. Ue.V., (g.Gomell)
Nov apparatus for studying cracking of petroleum products in chemistry
classes. Khim. v shkole 12 n?.2:46-48 Mr-Ap 157. (MLRA 10:3)
(Cracking process

TW, A.N.; TW, Te.V. (Gomel').
Decomposition of line In chemistry classes. XhIv.v shkole 11
no.6:33 W-D 156. MU 9:33)
(Line)

TW. A.N.,(g.Gomell); TJW. e.V., (g.Gozelk)
e.V.. g.'Go
Kov apparatus for studying cracking of petroleum products in chemistry
classes* Ihim. v shkole 12 ny.2:46-48 Mr-Ap 157. (KT.RA 10:3)
(CrackiM process

TEMMY, M.; OBI-F.OL-, S.
For n correct detc v!nI nz: tion of tb(, effiviency rf p. 51. (Pr7.Pj',lP-?
.1
Budour3any, Vol. 20, No. 12, Feh l-,57, %nrsaw, Poland)
SO: Monthly Lint of E3-.-tt Furon-an Aceeqrionx IC, Vol.. 6, No. 8, Lug 1057. Uncl.

T-t,%Tr,zyy, F.
For improvement in the trnnsportntlon of nrtlcles of frmipht lnrVer than
frnlrht cars. n. (PRZFOLAD Vol. f, No. Is, Arr. 1954, 'dnrB7.AV!,-.,
Polind)
,50: Monthly List of T-?--i-t European Accessi-ns, ("TAL), W, Vol. 3, ~'n- 1~', Dec.
JP54, Uncl.

Fuc I co n 3~ I.; If c- cnc~- ofi- stc.~-n r,!- ovc`
Vol. 2~1, No. Juric ioi~-iid)
.0: Li:-,- o" st Ic-cco-orin, OAL), 1-?" V-1. 1Y.C.
1~ - u
1954, unci.

TMUM-M-
For a reasonable management of lubricants used in heavy building machinery, P. hl.
(PRZEGLAD BUDOWLANY, Warszawa, Vol. 27, no. 2, Feb. 1955.)
SO r Monthly List of East European Accessions, (EEAL), LC, Vol. h, No. -6. -41026- 1555,
Uncl.
Is ~ - -' U, -z
-
~: '. ~

m4l,cZYK, m.
Utilization of liquid fuel in the excavatinf,, And pushinj- M-2chines. P. 27
FRZEGLAD IFUDavIA111Y. (Ilaczclna Oreanizacja Techniczna i Polski Zwiazek
Inzyniermr i Technikow Budownictwa) Warszawa.
Vol. 28, no. 1, Jan. 1956
SOURCE: MT LC Vol. 5, no. 7, July 1956

TEMICZYK, Marian - -
Typization and industrialization of the apartment Wilding
industry. FrzegI techn no.48:4 X N 160.

TUPCZYK, Marian
Not 80 thousand bu+ 86.5 thouaand dwelling rooma to be built
during the period 1961-1965. Przegl techn no-51-s4 21 D 160.

TEKPr,ZY'K, H.
BkUlding machiners. P-5
PpasmAD TMNICZIIY. (Naczelna organisacja Techicina) Warszawa, Poland
Vol.00, no.41, Oct. 1959
Monthly list of East European Accessions (FEAI) LC, Vol.9, no.1, Jan. 1960
Uncl.

TR,IPCZY9, Marian (Warszawa)
Trade Union of Construction workers and the %ildirigy Ma t~-- r Ia! s
Industry, and the Polish Union of Constructi(,rx &elnee-3 and
Technicians, the problem of their cooporation. Przogle budowl.
i bud. mieszk. 33 no-5t269-274 RyI61

TF2,UPCZYK, Marian (Warszawa)
Development, organization, and technical progress of
apartment building In the Czachoslovak Socialist Ropublic.
Przegl budovi i bud mieszlc 33 no. 10:,594-602 0 161.

7714FCZYK. Marian
MDvement of employee inventiveness on the basis of typical cases
in the construction Indu try. FrzegI techn n0-35:5 2 S 162.

TEMPCZYK, Marian (Warszawa)
Realization prospects of the plan of transportation and Icading works
during the years 1961-1965; machinery and equipment for mechardzation.
Przegl budowl i bud mieszk 34 no.2394-101 F 162.

STACHOLIIAK.-Ye%imierm (Szczecin)j TEINZYKp Varian (Warsmawa)
The eleven-grade public school in Szczecin-Klucsj a building
placed on a spot of very difficult geological conditions. Prwgl
budovl i bud mietzk 34 no*8s467-473 Ag 162o

TIN M V. [Tempea, V.]
Diseases of interest to the oculist and otorhinolaryngologist.
Vest.otorin. 22 no.2:36-46 mr.-Ap 16o. (KIRA 13:12)
1. Is otdaleniya bolezzxey ukha, gorla i nosa klinicheakoy bol'aitay
imani I.K.Fri= (Bukharest).
(OTMRINMUYMPLOGY)

FLORIAN, Petru, prof. (Dej); MARUSTERU I St., (Baia Mare); HERLING, C.,
student; PIRSAN, L.C., student (Ducuresti); IMSCU-TIU, C.;
COSTACHESCU, C.V.; LA-MBA, Stellan (Constants.); LIVIU, Petre
(Pucioasa) STRATESCU, Ion I student; BRINZANESCU, V., elev
(Constantai KLIM, Bratu, student (Bucuresti); TEMPEANU, C.
Ofunedorara~; CALINESCU, Aurelian (Braswr); MUNTEANU, Valentin
(Cluj); OPREA, Miron (Ploiesti); MIHAILEANU N.; TIGANOIU, Al.,
Inginerl Moliu, Gh.; POPA, Eugen 1. (Iasi~
Proposed problems. Gaz mat B 14 no.8t481-485 Ag 163
1. Institutul Politehnic Bucuresti (for Herling).

TZIU3SLIt"YoGe (L'vov)
mi,61 ~--
Determination of maximal production of gas wells. lash.ebor. 15:191-194
153. (ML" 7: 1 )
(Gas, Natural)

111.1 ~r

TEMPSLI, F.4.
I Method for calculating storRge capacity of gas mains* Gazoprowe
no*3:29-32 Mr '56* (KIRA 10:1)
(Gas pipes) (Gas--Stornge)

~- 1'f /'- - C"-
Modeling the process of gas accumlation In a long pipeline. Uz
prom. no.7:32-36 Ji 156. (MIRA 11;1)
(Us, Natural-Pipelines-Models)
(Gas flow)

TZMMI, F.G.
Method for calculating bottom water drive and pressure changes in a
dome gas pool during exploitation. Gas.prom. no.4:5-7 '57.
(MLRA 10:5)
(Gas, Natural)

r
)r
T",P7,T,l -1
P. CF. 3 - i ;~O, 4-i
in.-!t of
1.70

TY.M. L', F.G.; FILIPPOV, N.V.; KARFIY, MT.; BOBAK, V.11.
-1
Apparatus for odorizing gas undar conditions of varying rate r--f
flow. Gaz. prom. no.3:51-53 Mr '58. (MIRA 11:3)
(Gas, Natural)

TEMPUI, FIG.,
Rffect of the location of the connection of a loop system on the
storage capacity of the main gas pipeline. (kz. prom. no.5.-45-W
MY '58. (MM M7)
(ftes Natural--Pipelines)

fit

TJDMI, F.G.; KHODANOVICH, I-To.
Calculations for gas mine under nonotationary conditions of gas
flov; discussion. "z9 proms 4'no*2:49-54 I t5g..
, (MIRA 12:3)
(Gas pipes)

KHODANOVICH, I..Ye.; TIMM', Y.G.
Model analysis of noustationary processes of gas flow in a main
pipeline. Gas.prom. 4 no.8:34-39 Ag 159. (KIRA 12:11)
(Gas, latural-Pipeliues) (Gas flow)

TE M LIP F.G.; KHODANOVICH, I.Ye.
Self-"lar drop 31quid flow in pipelines. Trudy VNIIGAZ
no.8:50-58 160. (KIRA 15:5)
(Pipelines.-Hydrodynamics)
1,111 1. - - I- , .. - I
9 L.--hir . -11 - -1C... . . . ': - 7-c,,N. ` --, -
.-. - . r, : " - !",~- - -

KHODANOVICHP I.Ye.; TEMLIP F.G.
Approximate computation for high pressure circular system of gas
pipelines. Gaz. prm. 5 no. 12:39-42 D 160. (KMA 14: 1)
(Gasp Natural-Pipelines)

TEMM I p F.G,
Exploitation of a gas pool with a eonstant ntmber of wells. Trudy
VNIIGAZ no.llsl7l-174 161. (MMA 15:2)
(Gas wells)

KHODAIIOVICH) LY9.; TEMLI, F.G.
Metbod of calculating the acci=ulatim capacity of a gas pipelins-,
taking Into account the propagation rate of a pressure wave froW..
Trudy VIIIIGAZ no.13:50-56 161. (141RA 14:12)
(Gas, Natural--Pipelines)

AUTH (;R:
S/167/62/000/002/002/002
D237/D302
TITLE: A method of solving a class of non-linear partial dif-
ferential equations
I'M IODICAL: Akademiya nauk UzSSR. Izvestiya. Seria teklinicheskikh
naulcp no. 2, 1962, 81 - 82 -
TEXT: The author proposes a method, called by him the method o'k,
cliaracteristic indices, for solving the following class of non-li-
near partial differential equ,-.tions:
azn a* m
Ox C,
dz t, ,,
3-t 67
where a* and n, m are constants, and m, n Replacin.-I some
terms by their mean value integrals, and introducing a new variabie
and introducing necessary and sufficient conditions for the system
Card 1/2

-0/167/62/000/002/(O~/W)~
A method of solving a class of ... D237/D302
io be reducible to the parabolic type system, the author succeeds
in transforming (1) into
66)
Fy
06)
N
OY
which can be solved by known methods. The author notes 'hat when
'the time interval (-r 2 - Ir1) ---~,O, the solution of (8) --- ~- tile Golu-
tion*of (1). Solutions of (8) compared with computed oolutions of
(1) deviate by not more than 5
ASSOCIATION: Sredneaziatskiy filial VNIIG aza (Central Asia Branch
of VIIIIGaz)
SUBMITTED: December 15, 1961
Card 2/2

f S/167/62/000/006/002/003
~~ ~ 4 D234/0308
AUT HORS Abutaliyev, F.B., BW-.hantseva, R.S.
and I-',osolov, B.
TITLE: Some self-modeling problems of gas motion in a
pipeline
PERIODIOt~L: .1-tademiya nailk UzSSR. Jzvestiya. Seriya telchniches-
kilch nauk, no. 6,Z'1962, 35-40
T;D-(.T: The authors give self-modeling solutions of the
equations of motion for a semi-infinite.pipeline for the case of
constant presGure and that of constant flow rate at the beginning
of the line. The self-modeling transformation is
2a xt _2/3 (5)
02
V
The solutions.were obtained with the aid of a c6mputer. Graphs and
Card 1/2 .

S/167,/62/000/006/002/003
Oome self-modeling problems ... D234./D308
numerical results are given for several values of Pn/po. There are
3 figures.
ASSOOLVION: Institut matematiki M UzSSR (institute of Mathem-
atics %.S UzSSR)
SUBMITTED: June 21, 1961
g ~
Card 2/2

a6005014 SOURCE COLE : UR/0208A6/oo6/001/0175/0178
AUTHOR t ~Lemp2l Ij F. G. (Tashkent)
ORG: none
TITLE: Method for solving certain quaaillnoar equations of mathematical P-qnics
SOURCE: Zhurnal vychislitellnoy matemati~i i matomaticheskoy Mikip v. 6, no. 1,
1966) 175-178
TOPIC TAGSz parabolic differential equation, differential equation, approximation
calculation, separation of variables~ analoguo computer, mathematic physics
ABSTRACTt Tho author treate
0z" == TKI'. -
ax <
8z d(P
ax
using separation of variabloa on separate intervals, on each of which tho problem
is appro.-c3zately reduced to the solution of a system of linear partial differential
equations and a functional equation. He claim that this method has been found ex-
perimentally to yield correct results and that it is suitable for analogue machines.
Orige art has: 6 formulas and I table*
Card l/:V?UB CODE: -12/ SUBH DAM 16Dec64/ CRIG REFi 003 'JDC: 517.9:53

Private and branch transportation in the buiading industy.
p. 276 (Motoryzacja) Vol. 12, No. 11-!, Oct. 1957, Warsza,.,a, Poland
SO: FIONTHLY INDEX OF EAST EUROPEAN ACCESSIONS (EEAI) LC, VOL. 7, 110. 1, M. 1958

ROJEEK, Karol; TEMPELHOF JeKZI.7
Trends of tealwological. and organizational progress in the
automotive transport of the construction industry. Przegl
techn no.43:4 26 0 160.

ROJEKY K.; IVIPELHOF.,_ %J~.-I,
Mechanization of loading in the transportation of building
materlals. PrzegI techn no.51s..I+ 21 D 160.

TEfeELHOF, Jerpy (Waz- ~- ra-~%)
-......-
UtilIzation of bazf,. bu~Iding ma:h~.rerj ~m enterpr-fis rf
-- 0 -4:
the building admJnjstra~lon in 1960. Przogl Wdo;..' .' bud
m1o~izk 2's Aj?3f,7.

TEMPELHOF, Jerv-(Warszawa); MODRAKOWSKI, Aleksander (Warszawa)
Tasks and development of branch transportation in the construction
industry. Przegl budowl i bud nieszk 34 no.7084-388 Jl 162.

.TEMPELHOF,,qe~F;T_(Warszawa)
Linear programming in tranaportation, Przegl budavl i bud
miessk 34 no.7;399-401 Jl 162s
N 06

A
A
Transactions of the Sixth Conference (cont.) SOV/6371
47. Rayevsk4y, S. Ya. Analogue of A. Ya. Kh~nah~Als'*Theorem on
the Spectral Representation of the Correlation Function for
Nonstationary Random Processes 239
48, Raybman, N. S. Correlation Methods for Determining the
Approximate Characteristics of Automatic Lines 245
49. 'Sveshidkov*'A. A.- Probability,Methods foi, Investigating
the Swell of the Sea,and the Rolling of a Ship 251
50, Tempellman., A. A. Ergodic.Properties of Homogeneous
IMMM'FI-61do-Over, Groups 253
51, Tfmofeyev, D. V., and A. S. Frolov. Application of a
Method for Statiatical Tests to the Calculation of Certain.
Regimes of Electric Systems 257
TraMjaCtiorx of tho 6th Conf on Probability Theory and I-flat-hematical statiz-,,ics and
Of the Sympo6ium on Distributions in Infinita-Dimensional Spaces held in Villnyus,
5
-10 sap 6o. Villnyus Mospolitizdat Lit 5SR, 1962. 493 pi. 250C) copics printed

AUTHORt Tempellman -A. A.
S/020/62/144/004/005/024
B172/BII~2
TITLE: An ergodic theorem for random fields homogeneous in a broad
sense
PERIODICALs Akademiya nauk SSSR. Doklady, v. 144, no. 4, 1962, 730-733
TEXT: Von Neumann's ergodic theorem in the theory of random processes
states that a mean value which is invariant with respect to'displacement 8
exists for each continuous process and is st3tionary in a broad sense.
(1) for random fields,'
Here this theorem is generalized in two directional
homogeneous in a broad sense, over the Euclidean space Rm and (2) for
random fields, homogeneous and continuous in a broad sense ovcr groups.
For this purpose the author defines the concepts Ilp-ergodic generalized
sequence" (for functions from the space K of the finite functions
differentiable any number of times) and "left-hand ergodic generalized
sequence" (for functions over a local bicompact group G or for measurable
sets over G). Left-hand ergodic sequences are a generalization of the
ergodic sequences of sets as defined for unimodular groups by BocI6 and
Card 1/2

S102 62/144/004/005/024
An ergodic theorem for... B172%112
Calderon. Varioua examples for p-ergodic and left-hand ergodic sequences
are given. The theorems fDrmulated in the paper generalize the results
obtained by Wiener, Calderon, Lyubarskiy and Struble.
PRESENTEDs January 19, 1962, by A. H. Kolmogorov, Academician
SUBMITTEDi September 25, 1961
Card 212

GOLOSOV, Yu,le; TEMFELI,~4~_A.:A,
Likelihood ratio for the hypotheses covering the trend of
certain Gaimmian processes. DokI. All MR 153 no.6s.1242-
12" D 163. (MIRA 1731)
1. Institut fiziki i matematiki AN Utovskoy SSR. Predstav-
leno akademikom A.N. Kolmogorovym.
7 T

N Ct
ZhuravLev, ~7. F. , ly~sokli-i, 1. 6. ~.,nd T--~mp--Lnan, Kinoluics of th,a fonnation
reaction3 of slumin.t;s -..nd tfv~ rol-~ of tho minerali.-er-3 in this r--ocass. !~. eC7
The p,='po3e of this work was to investlg--e 1) the rate of binding in li-me in
the process of caking of the mixture of calcium carbonate and aluminum oxide;
2) the nicroscople and x-ray determination of the character of the compounds which
form initially hrin- calcination of the mixture of calclum carbonate and aluniniza
oxide, indepenlently from the ratio of the components of the in-'tial batch;
the influence of the addition of CaF 2 upon the foraiatLon rat-? of calci,un alLiminla-tes
in the process of caking of lime and aluminum o4lde.
The Lensoviet Technologic:-.1 Institute, Leningra4.
February 9, 19LVD
SO: Journal o" 'wlied Ohe.-niist-r,
y (U,'39.Z) 21, No. 9 (11~47~)

1jz1),':,VL%emistry j1u:minates
AlurAM;m
4-?
"Problem of tho Chemiotry of Some Ifigh-Aluminum Content Aluminateal" V. F. Zhuravlev,
R. G. Tempellmanp Uningrad Technol Inat imeni Lensovet, 4 PP
"Zhur Prik Khim" vol XXII, No 7
Clinkering of alumina with fluorides of soditmpotassium, caleftim, magnesium, barium,
calcium chloride, and cryolite at 900-1,2000 C along with a change In the ration of
the components of the original mixture from 1s4 to 1;9 results in the formation of
aluminates with a high aluminum content. Includes a table of such sluminates.
Submitted 23 Nov 48.
PA66/49T17
'N

C
USX 07 PEOMTAWINO TO DWORATS GLASS UAM WITI CURV
$MACAO* ad A. 1. fikhowwo LeCkWa FM*# U[4]26-29
methods for copying an image directly &M by mesue of a fler-
Itle film, for conicals spherical, and cylindrical obqwo "a described*
A device with mirror strips Insures uniform exposure of shape to the
light* Illustrated*
So Zo Ks

U14PELIMAN, R.G.
Effect of titanium dioxide on characteristics of silicate glasses.
Legkaya From. 12, No.8, 34-6 '52. (MI-RA 5:7)
(CA 47 no.18:9581 '53)

21,4TER, A.S., mayor meditsinskoy sluzhby; BOKHA110v) 10. , mayor meditsingkoy
-------------oluzhby; ZAGRANICHM, L.A.,, mayor moditsinskoy oluzhby; YEZHOV, A.S.,
podpolkovnik meditainBkoy aluzhby; KATASONOV, S.T., podp6lkornik
meditsinskoy sluzhby
Role-of prophylactic additions of vitamins to food in the decrease
of.morbidity. Voen.-med.zhur. no-3:49-51 Mr 161, (MIRA 14:7)
(VITAMINS) (SOLDIERS-DISEASES AND HY%IENE)

USSR / Pharmacology, Toxicology. Analeptics. V
Abs Jour: Ref Zhur-Biol., No 18, 1958, 85128.
Author : Temper B A Sukhanova., G. I.
Inst :"t g I ~ e
Title : The Use of Ginseng in Hypoacidic and Anacidic Forms
of Chronic Gastritis.
Orig Pub: In the collection, Materialy k izuch. zhen'shenya
t limonnika, No 3, Leningrad, 1958, 100-103.
Abstract: 40 patients aged 20-50 years and over were studied
for the influence of a liquid extract of the gin-
seng root (G) on the course of chron.jc ga3ti~ltis.
G was given in doses of 10-20 drops 2-3 times a
day. A course of therapy lasted an average of 20
days. in chronic hypo- and anac1dic gastriti5, G
facilitated elimination of pain, increase in ap-
petite, and normalization of the stool. Less con-
Card 1/2

TZKPIM, B.A., prof.; MOROZ, R.I., kand.med.nauk; CREWSHEYA, A.V. (Ehabarovsk)
Course of Botkinle disease in pregnanc7 (with sMwl&z7 in Nnglighlo
Klin.med- 37 no.2:67-n F 159. (KIRA 12:3)
1. Is kafedry goopitallnoy terspii (zav. - prof. B.A. Temper) lhaba-
rovskogo seclitsinskogo inatituta (dirc- dots. 8.K. lechapayeva).
(HEPATITIS. INYECTIOUS in pregn.
case reports (Rusb
(PMNANCY, compl.
infect. hepatitis (Rus))

TEMPERY B.A.
Lambliasis; based on clinical materials for a five-year period.
Trudy Khab.med.inst. no.20:49-56 160. (MIRA 15:10)
1. Iz kliniki gospitallnoy terapii (zav. prof. B.A.Temper)
Khabarovskogo meditsinskogo instituta.
(GIARDIASIS)

TEMPER, B.A.; VASILEVSKAYA, N.P.; MOROZ, R.I.; SHYSHLYAYEVA, A.P.
Characteristics of the arterial pressure in young people in the
city of Khabarovsk; report No. 1. Trudy Khab.med,inst. no.20:162-
170 160. (MIRA .1-5.-10)
1. Iz kafedry gospitallnoy terapii (zav. prof. B.A.Temper)
Khabarovskogo meditsinskogo instituta.
(KHABAROVSK-BIDOD PRESSURE)