SCIENTIFIC ABSTRACT SIMANOV, V.A. - SIMANOVSKIY, M.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550620009-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

'07
10 4 f) Y11.1 4' 2
of tho
nwiti-IL117.,k] tho InhIbIti.iij, offect of the nhon,)t, tind t',1,)
Ll el 5 n f he ab3 rmc, n of th Is 4 , n T1 q~ In 0 719
It.odl tho oxitlat; loit c', 13o~rn-),.,lb-inzonq insl thall 1111IM01 1-11., It-$
I'f o (7, 1; tivrons,31 in Ulu pra-unticti of !AOH. Thin -L; af;trib,itod to th(7
of conpoililds n1milro, to 1-juille neld. Tho addillon of 1-5
i-itophrinona 11110 110 Offect oil tho rnte of but In the
'la 011 1
ie:n-.1, of , tho weto.,henoyio rwlhcod thp rf): , of oxidnt~,on In
stagen of' inci procoss. This ii tittr i-0,9.d to t1vt
11.lor, ~f t1l', -1(~ot-)I~innonci to bnnzole acid,
fhe and Oili ~-nntrotlun 1r. 1-Jin
3 1'1411COZI tho froo-rildirq]
mixtorn. Tho-ci are 7 f1grurozi and 2 tnblo:j.
n,,,7; nw-ichno sledointn2lil,
t1ch,fv'&cgo kRuchlikn Imani S. V. LobM_nva All-
n1oil ~',,.-.1untific llaivarch Inst Iti-ite for .113yrithe'Un.
Rubber !m. S. V. Lobednv)
11 ITT EI 1) A C, t 6 1.
21,2

5/070/62/)32/009/006/011
10413/1242
A P -'Imrtnov VOA. rind Nornteov) M.S,
Invontigntion of thq alkaline oxidntion of iso,ropyl-
p
benzene. V. The affeat of sulf.ur-contnining im.)urities
-/Jhi)rnnl obshchoy khimil, v,32, no.(), 119620 29125-292V
This Is the f ifth part of a papar whose provio,is purt.!j appear-
"T
0,-~] In Zbornn], ob,,jbchuy khimli (v. :50, 1960, pp. 1420 nnd 2153; v. 32.,
1'102, pp. 2914 nnd 2925). This pRrt deals with the nffec'. of ;lilfur-
rontnining Impuritios on tho rate of oxidation of' the inopropylben-
zono a Procipitntion of the 5-contnining Impuritlaa -nith a ninrcurous
sqlt (1),)n!g) renront) yielded a complex s6lid 3alf which Ceeotnpo3ed
,)X,')Jos1ve1y an hontinC,; decomposition of this coriplex (by troating
wL~h H(31) yielded qn orgRnIc pbaso which was ana:Lysad nnd found to
I)o 2,-Isopropylthiophone. Treatment with tho morCurolia 3nlt soltition.
r-Ouced bothe the concontrntion of S-containing compm,indo (from 040.3
,-;t ;4' S) and the iodine numbor (from 1.19 to Os6g-0*70); this
Miovi,t thnt tha morourous salt - 2-isopropylthiopheno proclpttate

S/107C)/62/03 2/00 21006,,1011
104Q/ 12421
ton of tho alkaline.
3opip iinontlArrAted compmuids too. Tho rvkts) of oxI60-1cn of
trio tzioppol)-71banzona purified fvom S-crntalning conprrinds vi-.; mvich
i "toll'
thrin thnt of the non-trontod n!ntnr1nl; the '3opropylt-onzono
priro.y1do content of thn purified materisl nfter 6 ld,s of oxJdntion
i y 4"';
1"";" %,11110 thAt of tho untr,3ated Isopropylbonzone vmz3 onl- P
r,:m,oov(-r, tho) poroxide content of the purified Isolropylbon:,-Ino in-
11-ronnoil on r1irthor oxiclation, while thst of th-, iinfr-r4od mit-,orl-il
to about 3% rlftar 10 lirs of oxldntlon. Thf. ~nhlbltlng effoet
1!3opropylthiophon.0 to attrib'It-A to t1-,Q stro-n- ricidl It
on oxidrition; In fnct, thin Inhibiting offect was c omp .,It e, 1"'
o1j,;:1J-,mtnd If Oo.3 wt of Na stoaroto woo nddod to tho
th I,; I'll 9110-Contn in ing toopropylbenzanoo The rate of oxicintulon of Iso-
Ibonzfir" iiirifind of S-containing impuritin-u by troatment with
!12S04- was oliGhtly higher than that of Isopropylbonzene
p)iv I f ied b., ;r-, r-bmont -,-.,*,.tb the rerourous salt; thia is Rttributod to
!"il"Oval of Int-gor Fmounts of unsaturated compomrdo In the oulfurIc
q~~ 16 trantmont, There In I figur,3 Rnd 2 tablo3a

,/62/,332/000/006/011
8/079
1048/1242
nvij tlrvit ton of tho Etlknltnee..
~jCP-, V~T I o 111 Vuesoyuznyy nauchno-isslodovatollulAy Inatitlit
aintoticheakogo kauohuka imeni SV. Lebedava (The
All-Union Scientific Remenrch InatItuto for,Synthetlo
Rubber im S.V. Lobedev)
5 T J J 17 Z'D AuCxst 7, 1061
"fin)

S/079/(2/032/010/002/008
D214/X07
AUTHORSt Simanovv V.A.-,, and Nemtsovo M.S.
TITLE: The study of the alkaline oxidation of iso-propylben-.
zene, VI. The influence of organic acids
PERIODICAL: Zhurnal obshchey khimii, V. 32#.nos 10f 1962#
3179 - 3163
TEXT; The aim of this work waa to study the influence of organic
acids on the rate and path of the oxidation reaction of iso-propyl-
benzene by H 202* Snall quantities of HCOOH did not affecT-the rate
of this process; higher concentration (1.05 % Hj'b0H) noticeably re-
tarded the reaction, This is thought to be due to the destruction
of H202 by HCOOH with the formation of CO 2# Acetic acid did nA in-,
fluence the oxidation process but gallic and salicylic acids retar-
ded the oxidation while stearic and benzoic-acide accelerated the
reaction, The retardation effect of the hydroxy-acide is attributed
to their inhibiting action and to their ability to catalyze the de-
composition of H 202" The acceleration of the ri.-actionby stearic
Card 112

SIMNOV, V. A.
Dissertation defended for the degree of Candidate of Biological
Sclences at thpi Institute of High-Holemaar Compounds in 1962:
"Study of Alkaline Oxidation of Isopropylbenzene.0
Vast. Akad. Nauk SSSR, No. 4, Moscow, 1963, pages 119-145

r'L 43116-65 M-1T(m)/j;pF(p)/zwp
p0.,4/#pr..4 SU.
ACCE=ON RR: AP5005735 S/0318/65, '000/00i/0023/0026
AUMOR: Seratova, S". D.; Slenoy V. A.; 0020yaneolm B. I
.j_
TME: Chromatographic sn%4ais of tetEj~~n mdUtIon P2 oducts
SOURCE: Neftepererabatka i 2-j-26
neft*khimiya, no. i,, i9651V
TOPIC TAGS: chromatographic anaiois,- tetr&Un,- tetrali--i oxidation_ product,
pol^-thyiene glycol adipate, diatomite carrier- helium ca=ier A
ABSTRA.CT: The purpose of this study was to investigate the chromatographic se nara
I tion conditions for mixtures of liquid-phase tetralin o;,idation products and to
qualitatively determine the IwUvidual prodvcts. The 6eparation was carried cut
with a chromatograpbic colu= in the fam of a steel tdie 4-5 M In length and --Ath~
an inside diameter of 6 =,, using 24 polyethylene glycol adipate on diatomi-
Heli= served as the gas carrier. The chromatogram of tetralin disclosed 4 dla-
tAnct Peaks corresponding to cis- and trans-dieceMn, tetralin, and na*thalene.
The chrmatog= or llq~ull-phmse tetraIln mddatioa Prc ducts disclosed the pres-
ence of cis- and trans-decalla I
., teta-alin, naphthalene, 1,2-AlhYA-maphthalene and,
tetralone-1. The empmente were ideatified by compax--son vith reference coir Dn-.
J

L 43116-63
ACCEWXON MR., AP5005735
enta and verification-by an infrared spectrograph. It was found that in chroma-
tographle separation at 1700 the tatralol-l-and tetralit.hydroperomide components
-can be determined by their decomposition products. The quaztitative detemllra-
tions were made byzaeans of a~a_lnternal-standar&_axa thf.. content at tetralin
in the oxiddt:Lotl--products.-vas-,detdradned by.-thr-~iodcz6-tric method,
'I ta ble.;'-
Orig. art. 3 figures and
ASSWiATION: Nnnaftekbimicheskikh proizvodstv.. Vfa (Nil of Petrochemical Xn-
dustries)
SUONXTTED.- 00 ENCL: 0 0 SO CODE: CC, OC

=W
RM
ALt; MR, AP5W6530 S=CZ CMZs UA/021~165/0W/019/0070/007
#11 0 ev
AUTHORSs Golovananko, B. I ; Loychuk.-V.-B~; Liakmoviaby A. Gol Sifflonovi To AL'sl
TeTelenokp L. Y&.; Muunianov,_T.
ORO t none fy
TITLEs Method for obtaining synthetic rubber# Class 39, No. 172228 Lranumced by
�cientific Research Institute for Petrochemical Pr2ftato (A-Z-bno-ineledovateVokir
inatitut neftekhimichookikh proizYodotV17 ff
BOURCEt Byulleten' isobrateniy i tovarrokh zaakovo nos 199 1965P 70
TOPIC TAGSz rubber# synthetic rubber~Ltadisno# notlWletar:7enep dualin peroxidet
copolymer
ABSTRACTt This Author CartifVLoate presents a metho"or obtaining synthetic rubber by
copolyzerizatiorPof buUtdionewith cc-ze!Nr1s!gEen&11.n an alueous emiulsion at low
tenperatures in the presence of known exulsifierep buffers, rogulatorop stabilizerej
and peroxide initiators, To increase the variety of peroxide initiators, domain
peroxide io used as initiator.19The docalin eroxide in usod in the form of oxidation
e
products of domainoxydemain containing 3;?deoalin peroxid*.
SUB CODEs OT/ SM DAM 31Aug64
C.'d 1/1 LILA? =C8 670-762.2-134-6=
-71

SIMANOV, V.G., inzh.
Mining with pneumatic blasthole chargirkr. Izv.v,-.rQ..uch.Cb.7av.
r,or.zhur. no.4:53-56 159. WIRA 13:5)
1. Sverdlovskiy gornvy institut imeni Vj.Vakhrusheva.
Rokomendovana ka?edroy ghakhtnogo stroltel'stva,
(Mining anginearinp)
(Pneumatic tools)

S INA ADY, V. 0. , insh,
Jiffact of the diameter of the bore bit on the efficiency
of boring operations. Izv.vyo.ucheb.z#Lvo: gor,zhurs no*7:
40-52 1.59. (MIRI. 13:4)
I* Sverdlovskiy gornyy inutitut iment I.T.Vakhrushava. Rekomendovana
kidedroy shakhtnogo stroiXelletva.
(Boring machinsi7)

SDIAIIOV,_~ inzh.
Nomogram for determining the optimum diameter and number of blasting
holes in cuttIng drifts. Izv. vys. ucheb. zav.; gor. zhur. no. 12:29-
37 159. (MIFA 14:5)
1. Svordlovskiy gornyy in3titut imeni V.V. Vakhrusheva.
Rokomendovana kafedroy shakhtnogo stroitel'stva.
(Mining engineering) (Blasting)
(Nomography (Mathematics))

SIMANOV, VIGG
Iffect of the diameter of the bit on the rate of boring. Ugoll
35 no.llt49 1 160. (MIRA.13il2)
1. Sverdlovskly gonVy lustitut finent T.T. Takhrushevae
(Boring machinery)

F I
J. J. ka.-d.tc 1-'ir..rauk;
7i
starchly
V a3aistent; A.I., a3oistent;
liullding i;-,akht strol

SIMANOV, V. G.
Carv~,~ctlon f xtor in detcradnin,-, -h'j j~(~c-d ~f drillirg during
tho chan-pe In the c1l,iroter of a boret,ole. T.1-udy Instogor,,ifala
UFAN SSSH no.'ItI13-11t) 163.
v ,
Ditrability of borj bits In optimil boreholes. Ibid.:
117-119 (MIRA 17:3)

H-WROVf S.A.t doktor takha. nauk; SIMMU, V.G., gorn~7 inzh.;
101MIM, V.A., gurnly POLYAKOV, A.A., gr:.rnyy inzh.
Air spuce as a means of controlling the effectE of blasting.
Vzryv. delo no.54/11:153-157 164. (MIRA 17:9)
1. Sverdlovskly gornyy institut.

G i
'4*.h-.--7. ne-,rg.

SIM&MV, Yu. P. (Mcusm)
of 1962
PHYSICAL CHEMISTRY
1963/2
me 114

SVEC, J.; Technicka $Poluprace: SIMANOVA, J.
Methods and results of check-upe on sterility in health
institutions. Cask. hY9- 8 no-3:171-174 Ap 163.
1. Kra ska hygionicko-apidemiologicka stanice, Plzen.
~STERILIZATION) (HOSPITAL NUIPMMT AND 3UPPLIES)

KUBTGEK, Vladimir; SVEC, Jaroslar. Technicka sFoluprace: SDIMOVA, J, .
KOWAROVA, 14, --.aj
Clinical experiences with a saponate washing emulsion and hexa-
chlorophene in preoperative hand care. Plzen. lek. aborn. 239
91-96 164
1. Chirurgiska klinika lekarske fakulty University Karlovy se
sidlem v PlznI (prednostat doe. dr. J. Spinka) Krajska hygIencko-
epidemiologicks, stanice (reditelt 14UDIr. P*141ksl).

-1 W. W.W;Jwtw M' W -as arl - - - - - - - - - - - -
girl is 41 of Is of is IF !Rla SUN At -a is 33 Ad a a
11 a
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126"(IW).-A blM W18~16; fin tkt)ugh a swes,
Soo
00, froomilloarval Wpid in a cyUm&v siod tbr those rrquirrol so Soo
rorworlo btattom Im men . Tlar op is coskol. by cumporemoom

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;

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alm-14.4 assail 0w69 colleatunt c I &%%VIC &low 44~.% -r.
so- 401P.&RIF
o v.. dot est. &I am save Ito

Is 0 &1 so is rd a a
it waste plan a 07W i

0 0 0 0000 0 0 0-f-CO-9 0 0 0 0 0 0

060o
(Abrasives--Standards)

Odda
MIA
tionolAs"bet"Myn ncY3&u4lS(ormedbYthG(m.")M-
z action and In Irradiation Ylate. Me armlate.
a, M=tudied. Thersdio-
and AhO. and dhwoln. In 111.0
active As(IIII formed by the Ullard-Chalmers reaction is'
mtkilited to Api(V) art standing or by boiflu&in eq. alk. soln.
This oxhWlou is prohably owing to the on isingsninUnces
liresent in trnces in the soln. In the boilln; coned. IICI
milln. a rcvrt.ibk- excIrAnt rtuctinn between AW and AO* -
takes pl;wr. IT - FW Lft-
. ... .......

-.1
VIERER, A.; SVEC, J.; technicU spolupraces-SIWOVA, Tacnor
Considerations on a new culture medi= for gonacocci. Cook. dorm.
36 no.7:475-478 161.
1. Mi - kosni klinika v Plzni
, prednosta prof. MUDr. VlaBt. Rool
Kmjska bygien.-apides. stanice v Plsni, reditel MUDr. V1. Stastny.
(N3IMERIA GONORRHM culture)

BZRKZOV, Te.L.; SIMANOVICH, A.N.
Medical procedure in profuse gastroduodenal hemorrhages. Xhirurgiia,
Moskva No.12:18-21 Doe 51. (CIML 21:4)
1. Honored Worker In Science Prof. Beresow; Assistant Simanovich.
2. Gorlkiy.

w '.~ C'.'. . Y E . T . ; ' . 1:
- -L L~ r.- i .
Hemorrhure
Medical procedure In profuse gastroduodenal hemorrhages.
Khirurgiia, No. 12, 1951.
9. Monthl List of 14-issian Accessions, Library of Congress, I'larch 1952. MCLASSIFIED.

SOV/ 124-58-5-5020
Translation from- Fieff-rativnyy zhurnal, 111.1ekbawka, 1958, ";r 5, p 11 -USSR)
AUTHOR
'r vr t-. i., On Some Problems of a Flexible Coupling in the Case of Spin-
ning-machine SpindIvs JO lwkotor~kh voprosakh gibko~ Svyazi
k veretenam pryadil'i-tykh niashin)
PERIODICAL Nauch.-issled. tr. Kostrornsk. tvkFt. in-ta, 1955, Nr 9,
pp 140-145
ABSTRAC,r Ali effort is madc to rutine the c al( kilation oi it flexible
coupling t ransini S Slott.
A.S. Pet rov
Card 1/1

KUBILYUS, Yu.Yu., IKubillus, J.] starshiy nauchnyy sotrudnik; �TMANOV1CH,_Q._4.
Discussing the problems of the application of ultrasa~c waves,
Tekst.prom. 22 no.6s69-74 Je 162. (MIRA 160)
1. Litovskiy nauchno-issledovatellskiy institut tek tilloy,
promyshlennosti (LitNIITP) (for Kubilyus). 2. Star:hiy insh.
tekhnologichaskogo otdela Grodnenskogo tonkosukonnogo,
(for Simanovich).
(Dyes and dyeing)
(Ultrasonic waves--Industrial applications)

SIMAINOVICH, I. [Symonovycix. I.], inzh.
The SKK-l camera. Znan. ta pratsia no.3;21-22 Mr 160.
(MIRA 13:10)
(Motion-picture cameras)

sli-iAli(. `111GH )I . P ! .
Two stages in the metamorphism. of krehean crys~-alline rocks on
Olik-hon Island. Trudy VSGI Ser.geol. no.,"::129-136 162.
(IMIRA 1-5:9)
1. Guologicheskiy institut A14 SSSR, '.Ioskva.
(011khon Island-Rocks, Crystalline and metammorphic)

KOPF, 11,10'i ICH 1, A,V:~ Im
Struct,ire of differential sliding in quartzite 5and!jtones of
Jbtner strata in the LAke Onega region. DokI. AN SSSR 151
no.3%675..673 JI 163. D-M 16:9)
1. Predstavleno akademikom N.M.Strakhovym.
(Onega Lake region-Sandstone)

~ I I ~ L . 1. .., 1. .. I I , 1 , .
..'t 1,~ '' -; -'r: 3f labo , cri,c),)vs fi,
)r .
.y
[I., r )U4 -,I ),,,'y:,. V )1. 21, pp I'lt,, 1)52.

SALIKHODZHAYEV, S.S.; SDWOVICH, T.D.; ARUTTUNINA, N.V.
Hygienic characteristics of sulfur and osocerite production.
Gig. i san. 28 no.7:97 Jl 163. (MIRA 17:1)
1. 1z Uzbekskogo nauchno-issiodovatellskogo instituta eani-
tarii, gigiyeny I professionalInykh zabolevaniy.

S [IMLANOV I* CHUS, L.E. (SirrAnov! dus, I..; A.M. ( Ipvins I I ene, A. 1;
KAPPAVTrTILIS, A.P. [Karpavicius, A.)
Electrodeponition of aluminLm from formam-ide solutions. Elektro-
2 no.1:87-88 Ja 166. (MIRA 19:1)
1. Vlllnyu5Dkiy gomudarstvennyy universitet Imeni. V. Yapqukasa,
Litovskoy SSR. Submitted November 5, 1964.

ACC NRI Al'7005.".6 I SOURCE CODE: uA/0371/661000/006/0084/0090
AUTHOR: Nayur, V. it.-Naers, V.; Riman, M. L.-Ramans, M.; Simanovskaya, A. Ye.-
Sinuinovska, A.; Stafetskiy, L. P.-Stafeckis, L.; Shalenyy, E. G. -Salonijo, E.
ORG: Institute of Physics and Power Engineering of the Academy of Sciences ILatvian
SSR (Fiziko-energeticheskly institut AN Lat
TITLE: Investigation of semiconductor thermopiles for cooling and heating of air
SOURCE: AN LatSSR. Izvestiya. Seriya fizicheskikh i tekhnicheskikh nauk, no. 6,
1966, 84-90
TOPIC TAGS: semiconductor device, refrigeration equipment. thermoelectric cooling,
thermoelectric equipment IV I Aln V AJ 7- 7 /9
ABSTRACT:
The design and development of a semiconductor thermopile which is the basis
of a prospective all-year-round air conditioner for passenAer railroad cars
is described. The thermopile is made f rom materials whose z is in the
range of (2--2.2).10-3 11K. The basic materials for its positive side are
Sb Te and B12Te3; for the negative side they are B'2Te3 and Bi Se It
2 2 3'
is zlJe from 96 thermocouple elements (20 x 20 x 3.8 mm each) connected in
a series circuit with copper commutational plates which are finned on the
cold and hot sides. The fins are 40 and 60 mm high on the cold and hot sides,
respectively, and their thickness and the spacing between them are 0.5 mm,
-UDC-L-noa

'4CC N'~- Ai'760526_1
i~ and I twa. The hot junction is cooled by forced air circulation. The
thermpile was bench-tested under simulated enviroumntal conditions to
deternine its cooling and heating capacities. The maximum obtained cooling
capacity was 425 w at a cooling factor of 0.57 for an airflow rate of
150 kg/hr. The heating capacity ranged fron. 170 to 600 w at a heating
factor from 3.2 to 1.5 for an airflow rate of 222 kg/hr and an operating
current range from 50 to 150 amps. A disadvantage of the thermopile is its
low cooling factor in comparison to that of compression-type coolers.
The thermpile heater is more efficient than electrical heaters, however.
Since air conditioners on railroad cars operate as heaters for prolonged
periods of time, It is economically advantageous to use semiconductor heat
sources rather than conventional electric heaters. OrJLg. art. has: 4 figures.
and 19 formulas.
SUB CODE: 09, 13/ SUBM DATE: l4May65/ SOV REF: 003/ ATD PRESS: 5115
L Card 2/2

ACC NR:
SOURCE CODE: UR/0371/66/000/006/0084/0090
AUTHOR: Nayer, V. i%.-Naers, V.; Raman, M. L.-Ramans, M.; Simanovskaya, A. Yes-
41"
Simanovska, A.; Stafetskiy, L. P.-Stafeckis, L.; Shalenyy, E. G.-Salonije, E.
ORG: Institute of Physics and Power Engineering of the Academy of Sciences Latvian
SSR (Fiziko-energeticheakiy institut AN Lat
TITLE: Investigation of semiconductor the. piles for cooling and heating of air
SOURCE: AN LatSSR. Izvestiya. Seriya fizicheskikh i tekhnicheskikh nauk, no. 6,
1966, 84-90
TOPIC TAGS: semiconductor device, refrigeration equipment, thermoelectric cooling,
thermoelectric equipment A11Z qv j Arn V A~ 7- /9 1 R AfC,9 rgc'e
ABSTRACT;
The design and development of a semiconductor thermopile which is the basis
of a prospective all-year-round air conditioner for passenAcr railroad cars
is described. The thermopile is made from materials whose z is in the
range of (2-2.2)-10
-3 I/K. The basic materials for its positive side are
Sb2Te and B12Te3; for the negative side they are B'2Te3 and Bi,3e36 It
is maie from 96 thermocouple elements (20 x 20 x 3.8 mm each) connected in
a series circuit with copper commutational plates which are finned on the
cold and hot sides. The fins are 40 and 60 mm high on the cold and hot sides,
respectively, and their thickness and the spacing between them are 0.5 mm
C
Ord UDG! none
L

ACC NR' AP7005267
ij and I mm. The hot junction is cooled by forced air circulation. The
thermopile was bench-tested under simulated environmental conditions to
determine its cooling and heating capacities. The maximum obtained cooling
capacity was 425 w at a cooling factor of 0.57 for an airflow rate of
150 kg/hr. The heating capacity ranged from 170 to 600 w at a heating
factor from 3.2 to 1.5 for an airflow rate of 222 kg/hr and an operating
cxirrent range from 50 to 150 amps. A disadvantage of the thermopile is its
,low cooling factor in comparison to that of compression-type coolers.
The thermopile heater is more efficient than electrical heaters, however.
Since air conditioners on railroad cars operate as heaters for prolonged
periods of time, it is economically advantageous to use semiconductor heat
sources rather tham conventional electric heaters. Orig. art. has: 4 figures
and 19 formulas. [IV]
SUB CODE: 09, 13/ SUBM DATE: 14may65/ SOV REF: 003/ ATD PMS; 5115

DOBRYKIN, I.; SIANOVSKAYA, B.
Strengthening steel trusses. Prom. stro i inzh. score 4 nool:27-28
ja,-F 163. 1- . (MIRA 16s3)
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Determination of the composit .ion-(aromadc- c- Wi
content of perfumes and eAu do Colt9ves. L. N. etwn,
It. N. Novikt;va. P. A. Sisnanovskiya, and A. P. Lkvdi-
knvi- Maylabolno-Zhiroraya Prom. 16. No. 7. 26-7
(19---ul).-Twn methods are dc-vnl)ed. One is based an the
-r%in. of thearomatic principle with CIICI: and the removal!
of the solvent aS An azeotrapic mixt. with MeOll. This
mpthod can be tjqed for the analysis of all perfume