SCIENTIFIC ABSTRACT IRIKHIMOVICH, M. I. - IRISOVA, N. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000518730004-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACC NRt
APW04795 (A 'SOURCE CODE: Ufi/0.413/67/000/001/0131/0131
!NVENTOR: Irikhimovich, M. I.; Nazarov, I. I.; Semenov, M. N.
IORG: None
I TLE: A method for making food loaves. Class.53, No. 190196
IOURCE: Izobreteniya, proWshlennyye-obraztey, tovarnyye znaki, no. 1, 1967, i31
PIC TAGS: food technology, food ration'
ABSTRACT: This Author's Certificate introduces: 1. A method for making loaves from'
Ifood substances such as Jelly by filling hollow tubes with a paste to make the loaf,
1cooling.the tubes, and subacquent reheating with simultaneous melting of the upper
Ilayer of the -resultant loaf and emergence under its own weight. In order to produce
[loaves with a gelatinous crust and'various types of paste fillers, an agar-sugar-
molasses syrup is poured into the hollow tubes before filling them with the paste and
the tubes are then cooled with continuous rotation. 2. A modification of this method
# which the agar-sugar-molisses syrup is introduced In a quantity sufficient to form
~a crust with a thickness of 3-5 m.
IsuB com o6/ Sum nATz: z5octO
1 Card 664.143

nulu, T.Y.,,vaterinarayy vrach; 92LROM'SXIT, I-s-
prm the work practice in eliminating sterility in towi. Toteri-
mailla 31 slo.11:2346 1 154'. (Km 7: 11)
2. Uchmatalk ohlrokqp pdass Tooscynsacy Sol'skokbosyaystwouney
Vystavko.'
(CON) (V=XJTT IN ANIMUS)

Im .- -F
- ~ I --_ _.-. ~ , - ... . I , -

- IRMES, Mircea, ing.
-
We Runanians must ImoV the now Route Guide. Rev cailor for 11
no.ga4gi-495 S 163.
1e Directia regionala, CluJo

00 0006090000 Os 00
0,0 :0 0: :OFA
0*009*000 0
x N 9 S it

4, is. 1'l it ~u m u 1" 41 40 a 4
PA A I ! 'IV
K_ ms c
f10

.
.ft
-"AIRY

too
so

-zi s
No
'
MOO
4AIUMATOGN

Mill OW 40MY 3t4
-
I V
TA
fir 09
01"'D 0
I
A . . , ,.404
Cc t,
O-N on 0, 0, oo 0" 0 0
0
0 0 0 a a 0 0 0 _0 I W 0 ~0- W 0 0

? lk
'll

'

11111
1
all L~%. 307A3637 Alp* to
01
1
0
11 ausi-Aggs
,
1
,
1
.
00 A'
'
-
-
-
- 0
I V
901 4i~I
Wiii
wof i
Ifs:s c i I 74
of wAgw Im astpok maigggrWas by Lee

h
w
hi
l
is arre
la
11
h
"
01t
ill
w a
i
zwi; I. icizfim
-00
-00
04D a
sad is With .00

Id
I&* 111ir Lapp. W~Afflgv_-d cimuctift".
so*
The
pt
1
1
=00
11114 .
111
Ott (OK
On of iiame
men
ris
6
00.3 .
Mg.
p
IWO 48. In somw MWS. The coo
000 fWalmW9106twi... ~ 090
4d
do C WOO ampmw US k. - It wAme be rvvivVAd. 9 '
00
It b go to
a little WW MMM to tbr
C in so drpamitol in The
dw a Waneft6tvar, as in ClLqto-
amp. it b p to shmig ther Us I. . NOW.
Come, a lmmw~mm III N08111101 1111011 After the by.
".00
the Amda. and det, the es.
4' b
A
A coo
r, t
w titratim. Full dirwtims an
p
giv
-MOP Gilt the CROAT 4L"Y%k SPAI the rftUlt4
ZOO
withaignt

wow
i: mvp rev" With Amfirfawn a Fmal
JIV T" ovw 04% km do splith., W. T. JkU use

9 a Sal-SLA 811111st
- see
l"1" JIM* "! -'- I law B44 V%V
-
g
10"Apa MAP O.T O
g
41L&l~
6 6
,
U AV_ -" Aft A 111"d0 110 %ITUSAI
; 0
a
X4
1
0 0 0 0 0 0 0 0 0 0 0 0 0.0

7-7'
0 6 04 0 0-0,411 9.4i 0.
.00
oi -0
00
vim~ awe lw*" tor dolonsialm carbon, and e0
"mpwmbb. ton Irinkelcu anti Barba
tAliginmelso Ckm
00 M). The sultirmed ru_
pruvratenctsholivol. Ithme 061"Ciw 91 r. . elilled . be:
,W a (Ij the useo(ja fWudug valve attac ed ton stagicylindtf
0: couts. (h instesil of tho sumutter and pre"Um regulator.'
(2) weighing the Hj0- and CO.-als"Ption vessels filled
~with (h- (3) Im Mentim of N c-mp&.. Me use of highly
0 ,e W imp"S"timl With a "a. of 411.
40 embustion lube emlo. it
we*
(it 14 tes" with varicto mmp&. 66*ed antistilclury
go"mmi. with he tbmq. , samplev of 2-3 g were
***Ad to 4 =t,igwm W. T~ iiall
qe
t*
Mai
AIN-SLA 0416LLUMGICAL 1.11111ATWIll CLAIWICATOU
so
fascaq Mir sof del
U AT 00 MI;. 0 0 4F 0 Wrl .49 4, 112~ ItUR04 1940AL %low a 4 9 1 If IN 9 dj,.
fill
41
00 0,0.00 0000 00 a 4

lpotrou,&. lc
ro
i1nirg'-Va nnttox
ii~ wed in tto

Determination of the value of antioxidants for inhibiting oxidation.
p. 421. Vol. 6, no. 9. Sept. 1955. PETROL SI GAZE. Bucuresti.
MRCE: East European Accessions List (MEAL), LC, Vol. 51 No. 2. Feb. 1956.

iL
-Mass
Relative Motion of a Solid of Tariabli
I hiloakfuc N Sur e inaouvement relatif du solide dont I& I.F\W
MAM est yMbfe. But. Lost. Politchn. la�i (N.S.) 4(8)
(1958),11.13-420.1 (Romanian. Russian and French sum-
maries)
"Darts cette note sont eicposds les thdIoNmes g4ndraux
et les dquations de aiouviment.dun solide -dont la masse
est. varkhle par rapport A u.-3 rep6re, mobile & son four
11; envers un syst6me -absolu, dans les hypoth6ses que 1e
centre derniss6 cbange de position dans le solide, et que
1e syst6me Waxes de coordonn6es, invariablement lid au
solide, soit, quelconque," Dos ordsund de P4111eur

PHASZ BOOK EMLOITATICK RUM/6332
Irlmescu,, Paul,, Lieutenant Colonel,, Engineer.
4,
Telecomanda in tehniea militard (Remote Control in.Military Tech-
[Bucharest] Editura militaro [1962]. 162 p. (Series:
niques). a
41 tehnico-ytiin~ifice)_ No. of copies printed not given.,
No0a
Editor: Gheorghe Ardeleanu, Major, Engineer, Candidate of Technical.
Sciences; Reap. Ed D. Andreescu., Master in Engineering; Tech.
Ed.: D. Andrei.
PURPOSE: This booklet in intended to convey to the reader some gen-,
eral.idea about the use of remote control in military technique.
COVERAGE: The three chaptersof this work cover the problems of aut
matic guidance, and the telecommunications employed in antiaircraft
artilleryand in the guidance of rockets and unmanned aircraft, re-
spectively. There are 74 figures and 3 references.
-.Card l/#

RLNCU, N.; IRIMIE, V.s- BOMIU, 0.
Direoting the Mawacturing proesoses of assembling parts by
statiotical. mathematical methods, Metrologia apl 10 no.7:289-
297 Jl 163.

Y 9 V.K.~ AIRIMMSA, C.X.~ MOYSHANISEV, G.?.~
BULANOVY V.Ya.- GRUMNO
-
A.V..,
PI.UZHNIKOV,. V.A.~, STN-YDKHYN
TFMAKOT., P.T.
L ,
Pisparing Iron pw4der from allc7ad ecale reduced by con-fert'ad
natural gas, Foroah. me'.. 5 no,'C-2-4 0 '165.
(MTRA 18-.1-1)
1. Orenburgskiy filial Kayirysbawskago pol~tekhnicheskogo
instituta.

29180 IRINARKHOV, G. S. I TOXAR~,,V, N. M.
Regul-trovanie zalchoda pro-.;zvcditeley na estesl.vennye nerestilishcha. Ryb.
Ichoz-vo, 1949, No. 9, s. 27-28.
SO: Leto4lll Zhurnalinykh Statey, Vol. 39, Moskov, 1949

IRINARKHOV, G. S.
Fisheries
Volga-Caspian fishermen in the struggle for fulfillment of the plans Ryb. khoz.,
28 No. 3,,1952.
Monthly List of 111ussian Accessions, Library of Congress, JOly 10/52. UNCLASSIFIED.

k461M W144-Ma gloom
IRINARIODY, N.S., inshener,
Types of electric motors used as drive for the main equipment at
cement mills.,25ement 22 zo.2:15-16 Kr-Ap 156. (KM 9:9),
-(Cement Industries) (Blectric driving)

ZOTOV, V.P.; SILUYANOVp V.G.; GUGINA, Ye.F.; BERMAN, LIU.; ALEKHINA, M.S.;
BEZWBOV, A.D.; BODROV, V.A.; BUDNYY, A.V.; BURTSEV, Ye.L.;
VAYNSHTEYN, V.O.; GAVRILOVI A.N.; GORBATOV, VIM.; GRITSEENNO, N.N.;
DOILUSHEVA, L.I.; YEDYGENOV, K.Y.e.; ZHURAVLEVA, S.S.; ZACHEESIUN,
Ya.A.; IVKIN, A.P.; N.A.; IRINARKHOVA,
-AA; KARPENK9,#,A.~ LYWR".P.M.; LUPISH,.A..T.; OIZY Ovo IV.;
OWZHWMlEVA4"'V,Fj; PETROV, N'l.;.PYATIBRATOV, M.A.; ROMANOV,
AIN.; RAUEE, ~'.V.; RYZHENKO, L:P.; SEMYKIN, A.A.; SHEFER, A.P.
GIIA.Ivanov; 6bituar7. NTO 4 no-10:39 0 162. (MIRA 15:9)
(, - 1897-1962)
vanov, Georgii lAkovlevich,

BUKHARIN, Viktor Vladimirovich; IRINARKHOVA, A.M.; retsenzent;
YEVSEYEV, N.F., retsehEeWtl,"SAZYXlr,*-A-iN.-i~--retsenzent;
SERIK, A.F., red.
[Safe-ty measures in the oils and fats industry] Tekhnika
bezopasnosti v maslozhirovni Dromyshlennonti., Moskva,
Pishchevaia. P-
(MIRA 18;4)
I TSentrallnyy komitet Profsayuza rabochikh pishchevoy
~raouyshlcnnosti (for Yevseyev). 2. ZaveduyuBbehiy labo-
ratorii tekhnikl bezopasnosti Vseso)mznogo nauclmo-
issledovateliskogo instituta zhirov (for Sazykin).

IRINARKHOVA, A.M.; KLYUYKO, V.I.,- KISELEV~ A.P., otv. red.;
~SATAROVA, A.M., tekhn. red.
[Manual on labor prIotection, safely engineering and
Industrial hygiene in the food industry; qollection of
decreeso regulations and norms in three volumes] Spravoch-
nik po okhrane truda, tekhnike bezopasnosti I proizvodst-
vennoi sanitarii v pishchevoi promyahlennosti; sbornik po-
atanovlenii, pravil I norm v trekh tomakh. Moskva, Piahche-
promizdat. Vols.2-3. 1963. (MIRA 16:11)
(Food industry~--Safety measures)
(Food industry-Sanitation)

IRINARKHOY M KLYUYKO, V.I.; KISELEVp A.P., otv. red.;
A-A- a
SATAROVA, A.M., tekhn. red. -
(manual on labor protection, safety engineering and
industrial sanitation in the food industry; collection
of resolutions, regulations and.nome. In three volumes]
Spravochnik po okhrane truda, tekhnike bezopasnosti i
proizvodstyennoi sanitarii-Y piahchevoi promyshlennoati;
abornik postanovlenii, pravil i norm. V trekh tomakh. Mo-
skva, Pishchepromizdat. Vol.l. 1963. 569 p.
(MIRA 16:9)
(Food industry-Safety measures)
(Food industry-Hygienic aspects)

MOM
N W-0
IRINAMOVAP-m u.
Complex teams of efficiency promoters. Izobr.v SSSR 3 no-1:39-0
Js 15 8. (MIRA 11: 1)
(Sumestion, systems)

"Selection of silkworms for producing healthy silkworm seed."
IZKA PRCIIISHIMOST. TEKS7VIL., Sofiia, Bulgaria., Vol. 7, No. 1-1. 1958
Monthly list of FJOT EUROPEAN ACCESSIONS (EEAI), IC, Vol. 8, Vo. July 1959, Unclas

IRINCHEV, If. Khr.; MAZHDRAKOV, P. D.
Pz-Unuo lauroceraous L..and its aromatic properties. Priroda
Bu-Ig 12 imo. 5: 78-80 S-0 163o

IRINCHEV,, Iv.Khr.; MAZHDRAKOVp P. Do
Garlic and its oils'Prir i znanie 16 no,9t2O-21 N '63,

IRINCA-MA, S. S.: master med sci (dise) -- "The histological picture of the
nervous elements of the heart in myocardial infarct". Leningrad, 1958. 15 pp
(Leningrad Pediatric Mad Inst), 250 copies (KL, No 5, 1959, 156)

--7
30996. IR3MVA, N. G. AND ZOBNDIA. K. S.
Ki6lotTWe gidrolizaty kak pitatellrkve sybstraty v proizvodstve
dizenteriynogo bakterioraga, Gbornik nauche Trudor (Kazamk. In-t opidemiologii
i mikrobiologii), Vyp. 1, 1949 na obl: 1948, s. 153-58 Bibliof7r. 13 nazv.

IRINEVICH, P.I., inzh.
Durability of asphalt concrete. Avt. dor. 24 no.7:31 J1 '61.
(MIRA l4s7)
(Asphalt conorete)

Mibmvicll nzh~
Fine-grained owd in asphalt concrete. kvt. dor. 24 no.8:
12 Ag 161. (MIN. 14:9)
(Asphalt concrete) (Sand)

IRINEVICH zh.
Laying cement-concrete pav exent at low temperatureffi. Ayt.doro
25 noJ2tl8-19.D 162, (MIRA 1W)
(Pavements, Concrete)

IRINEVIGHP P.IO
The crew In striving-,for high 140or productivity. Avt.dor. 26
no.4:8-9 AP 163. *I (MIRA 16:4)
(Road.construction--Labor productivity)

IRINEVICH, F.L., inzh.
Safety white concrete borders. Avt.dor. 26 163.
(MIRA 16210)

MING
M., (Iringp Margit) (BWapent L,, Fshervari ut 120);
TYUDIESH, F LTudooplerene dr,(-.,( -Ot,.tTl.p Puoztaszori ut
TEL~KII, P. [Telek.i.. Firoska ipestp Ij., Puoztaszeri
Pol~merlzation of stMne initiated bry sAlphinic acid. I.
Acta chimica Hung 35 n0,3%281-296 163.
1. Chle v Radakts~onnaya koUegiya, *Acta Chimica, Academias
SciqDntl;;p=lHungaricae,,8 (for Tudos

TRINI, Rezsono; qJDOS, Ferenc; Piroska
initiated polymeriiation of styrol, by sulfinic acid. 1. Polymerization of
styrol in the presence of p-toluolsulfinic acid as well as of benzoyl
peroxide-p-toluolsulfinic acid system. Nagy kem folyoir 66- no. 10:415-422
o 6o.
1. Kabel- es 11-fluanyaegyar Kozponti Laboratorium, Budapest; Magyar Tudomanyos
Akademia Kozponti Kemiai Kutato Intezete, Budapest; es Budapesti
Mus?aki Egyetem.Mua.Vag- es Uumiipari Tanszeke.

33407
H/005/62/000/002/001/001
D283/D304
AUTHORS*. Iringq Reza0and TUd6s, Forenc
TITLE: Polymerization of styrene initiated with sulfinic acid.
II. Polymerization in the presence of a system of benzoyl-
peroxide-intermetallie compound of different valencies-
p-toluene sulfinic acid
PERIODICAL: Magyar k6miai foly8irat no. 29 19629 86-92
V~
TEXT: After a brief review -of data contained in the first article of the
seriesq the autbars de2-iribe t6eir experiments with polymerization of
styrene carried ottif. t.v iet,eraline the suitability of p-toluene sulfinic acid
as a reducing agent In A system of benzoyl-peroxide and an intermetallic
compound of different val enciese D ta contained in the article have been
taken from Mrs. Iring0o dissertation for the degree of Candidate. The
authors examined the polymerization of styrene with benzoyl-peroxide,+
copper acetyl acetonate + p-toluene sulfinic acid and with benzoyl-peroxide
+ iron acetyl acetonate + p-toluene sulfinic acid. The experiments proved
Card 1/3

33407
H/005/62/000/002/001/001
Polymerization of styrene ooo D283/D304
that polymerization when initiated with the benzoyl-peroxide + copper-
acetyl acetonate + p-toluene sulfinic acid does not depend on the concen-
tration of p-toluene sulfinie acid. In case of variable p-toluene sulfinic
acid concentration, the kinetic curves show the typical form of the "dead
end" polymerization after a constant initial velocity, while the limit of
conversion (x,,., ) is in direct ratio to the square root of the p-toluene
sulfinic acid concentration. The square of the initial velocity of poly-
merization is also in direct ratio to the copper acetyl acetonate concen-
tration. The experimental results.also proved that while the polymeriza-
tion velocity increases with an increase of catalyst concentration, the
limit of the obtainable final conversion decreases at the same time.
k-ccording to k' 1
log(X%, - X) = log :X1,1- 4.6 t (8)
the value of log (x u,, - x) decreases linearily with the time. The di-
rectionsil tangent of the set of curves i& in direct ratio to the initial
concentration of the catalyst.
k,7 i kiLcopper acetyl acetonate-
tg eL -1 -a = - - do (9) which indioates that
4o6
Card 2/3

3307
H/005/62/000/002/001/001
Polymerization of styrene D283/0304
the process of initiation is bimolecular. in case of the benzoyl-peroxide
4 iron acetyl acetonate + p-toluene sulfinic acid system the increase of
polymerization velocity is noticeable which is not the case with the ben-
zoyl-peroxide + copper acetyl acetonate + p-toluene sulfinic acid system.
The polymerization velocity decreases with the increase of the ]Lron acetyl
acetonate concentrations while the molecular weight increases. The inter-
metallic compounds used in the experiments viere supplied by the Kbzponti
k6miai kutat6 int9zet polimer'izaciS kinetikai csoportja (Polymerization
Kinetics Team of the Central Chemical Research Institute). There are 14
figures, 5 tables and 5 references. 2 Soviet-bloc, I non-Soviet-bloc and
2 unidentified. The reference to the Lnglish-language publication reads
as follows, A~V.Tobolsky: J.Amer.Soc., 80, 5927, 1958. s note;
LAbstracter 4
2 unidentified references refer to German-I.Anguage publications; it was
not possible to establish whether they are East or 'West German~'
ASSOCIATION,. Kfibel - t'!s mUanyaggyfir, k6zponti laborat6rium ICable and
1 4
Synthetic Material Plant, Central Laboratory) (Iring) ; Mag-
yar tudomfinyos akadimia k6zponti k9miai kutat6 int9zete
(Central Chemical Research-Institute of the Hungarian Aca-
Card 3/3 demy of Sciences) MdUs)

2
H/005/62/000/UU4/001/001-
D249/D302
AUTHORS: Iringt Rezsdn6o and TiAdbst Ferene
TITLE: Polymerization of styrenev initiated by sulphinic
acid. III
PERIODICAL: Magyar k6miai foly61ratt no. 4, 1962p 149 151
TEXT: The effect of ethanol was investigated on the polymerization
of styrene, initiated 'by the system p-toluene-sulphinic acid + ben-
zoyl peroxide. It was found that a relatively small quantity of al-
cohol (3 - 5 ~-), which would not effect the rate of thermal or ben-
zoyl peroxidep initiated polymerizatioii and increased the rate of
polymerization to a considerable extent. The curve indicating the
rate of polymerization as a function of the concentration of alco-
hol passes through a maximum. This phenomenon is interpreted as
due to the association of p-toluene-sulphinic acid when dissolved
in alcohol. As a result of-association the rate of monomolecular
decomposition of k-toluene-sulphinio acid increases# Simultaneous-
ly the rate of reaction between k-toluene-sulphinic acid and ben-
zoyl peroxide increases as well . The experimental data are presen-
Card 1/2

ALEKSEYEVp I.; IRININ A
Factory of pretty smiles.., Tekh.mol. 31 no.5:16 163.
(KM 16:6)
(Dentistry, operative) (Transplantation of organs, tissues, etc.)

MININ, A.M.; GRECHIN, V.P.; TUCMWICH, N.M.
Effect of the rate'of Metal flow during vacum are refining
on the properties of heat-resistant alloys. Stall 23
1630
no.2:.13j- (MIRA 1612)
r
knea resistant alloys-Eleotrometallurgy)
(Vacuum metallurgy)

JACCE'SS-iON' Nis _AP4001631
AUTROi: Irinin, A* H..; Crechis, V. P.
TITLE: Effect of magnetic and electric Conditions in vacuum are
melting on the quality of beat-resistant allay ingots
SOURCE3 Stall, no. 12919639 1091-1093
TOPIC TACS: vacuum arc melting, ~eot-resistant allay, alloy ingot,
ingot macrostructure, ingot surface qualityo magnetic stirring,
vacuum degassing
no
ABSTRACTs A study has beenuado of the effect of melting couditi
'in vacuu*-arc salting on the quality of heat-resistant nickel-bas:
alloys. Conditions tested included current, which was varied-fr
1200 to 2300 amp and intensity of magnetic stirrings, which was
by changing the super* turns of the solenoid from 0 to 200. It was
found that under all conditions tested the application of a magnetic,
field Lnereases-the salting rate, At 120 amp and 200 amp-turns/cut
it reaches 13J~: g/s6c . (compared. to ~9 g1sec ):ith 'no f Leld) 9 Angots
f
elt*4.wiekout.~a.masnetie':fiild amCwitb 1200 amp current word ou,4
cold .1/

ACCESSION NRs AP4001631
to have an unsatisfactory surfacso while those malted with a
field of moderate intensity had a good surface* At 1600 or 2300 amp,.
the difference in surface quality was less pronounced. Ingo to. me I ted;
without a magnetic field had4 columnar macrostructure, while those
malted with a moderate (100 amp-turno/cm) or strong (200 amp-turne/cm)..-
field had a fine-grained structure. However, ingots made at 1200 or
1600 amp and 200 amp
-turns/cm were porous, especially in the lower
sections* No defects were observed Lim Ingots melted at 2300 amp. ln:~*"
All Lngots the application of a magnetic field of 100 amp-turno/cm.'
Uproved the rupture life by~ 25-80Z# * The effect of a strong f Leld
(200 amp_ turns/cm) was found to depend upon the amperaget at 1200 am'
the strong field had a detrimental effect; at 1600 amp, no effect;,"-,,,-~,,-
and at 2300 amp, a beneficial effect. The moderate and strong fields,!,..:.
did not affect-the tensile-and,yield strengths at 200 and 900C but
reduced ductilityby approx 1.20Z.: Pouring-the metal in vacuum had a-.-
beneficial effect-on rupture'lift 4nd -ductility, Orige art# has;
4 figures- and I tablee
4,
'I COrd 21P-

IRININ, 1.
-S, 3--30"
True 9torioa. i n M.,

KAPLAN, M. (Sevastopol'); IRININ, Yu. (Moscow).
Notes of participants in the 6th All-Union competition of short-wave oper-
ators, members of the All-Union Volunteer Society for Assistance to the
Army, Aviation an(I Navy. Hadio no,'6:21-22 Je 153., 00-RA 6:6)
(Radio, Short-wave--Competitions) '

nif,mv, S.
IRINYICIVI S. Normal work of the SE-3 dredge in our open raines. c.. 42.
Vol. 11, 14c. 5, Sept./Cet. 1956.
IPELO
TECHNOLCGY
Sofiia, Bulgaria
So: &at Evuropean Accession, Vol. 6, No. 3, March 1957

IRM40111 S.
"Electric-imchines automation in the nining Influstry."
ITRIO DELO, Sof iia, Bulgaria; Vol. 14, No. .1, Jan./Feb., 1959
Monthly list of EAST EUROPEM? AGCE.-qsio!,,,s rna (EEAI), Library of Congreess,
Vol. 8, No. 8, August, 1959
Unclassified

IRINKOV, St., Inzh-
Load of & aingle-ladled excavator during the operation# and
1569sibilities of increasing size of the ladles. Min delo 17
no.1:25-Z7 Ja 162.
1. Gl. mekhanik na Durzhavno minno predpriiatie "Bolshevik,"
Sofia region.

IRINKOV., St., inzh.
Computation of electric loads for open pit mining, Min delo 18
no.3sl3-17 063,

IRI"YI, Janos,okl,vegveszmernok
Calculation of lime quantity necessary for the decarbonization of
raw water. I~nergia es atom 15 no.2:75-82 F 162.

.I=iqumW~E-W-VA,,-F.K.,(Tashkent 20, Ullmas proyezd, d.13); MIRZOYEVA, I.I.,
. starshiy nauchnyy sotrudnik
Change in the angle of deviation of the femoral neck following
treatment of congenital hip dislocation by the P!xci-Lorentz
method. Ortop., travm. i protez. 26 no.1:64-70 Ja 165. (MIRA 18:5)
~1. Iz Detskogo ortopedicheskogo instituta imeni G.I. Turnera
(dir. - prof. M.N. Goncharova).

IRISOV, ~~rofessor.
-vWWWxWMMMMM~
New gasoline* for automobiles. Avt.transp. 35 no.4:16-17 Ap '57.
(MLU 10:5)
Notor fuels)

*a a 4 Ss y 1 9 a It -u is u is t6 11 u t 131 xv m-m- A-M n a it uUmmaluummalm it a a go
A, L. C A A 0 A it L Al, K-% AW-K JLA 4 IL &--A-
0# A O"Of"S t7~
go
;-40
jwwdko of st"llea 44squism 11. "ARVIIIIN AM93 A. q
Couffliow got". MOhw rml 'Reww.h. 11. S, .1. R. T'4.1, v'j, A oamm.6dr.
f Z-1mil. I motor a I. .. - I M 111611). - -4'nwkrtl aim 1 411 a III h I full saw 411W It 1"'m C Inu nul
*1101 Itaku &l"1 thfir Illista, weev illwallaolt4l, 'i-hr vain* Irlish"I was by thr
(cf 19, 1107; 20, 2572), Ifuller diou. charts sipi thrd
so a i: KIM. TIw dynsmkil "Antility nwawjml in a Zenith cacbugvt..r
6 1,. -Tir-pp. wwd is tit-imbed in cirtall. 71W voialility of m"Wine mw Cji.
is aim ahcumorli
A. A. Ruminumnit
too
at*
Ar
60
A. ILA 44TALLUROKALIit1*001CLASWKAVON
9-11
0 All;.
0
00 0 0000
0
'o 0~0 0 * 0000 00000000 So
: : 1
ass
2 see
gas
be*
"I M
An I I a 04 0 1 Of A 4 3
0 0 0 4 0 0 0 0 0
41
0 0 0 0 Q 0 0 a Le C# 4 0 0 So 0

IRISOV) A. S. Prof.
"K?k-Resistant Fuel and Engine Efficiency," Avto. Prom.,, No.h., 1948
Dir Physics Dept., Faculty Engineering., Sov. Air Engineering Acad. Jm.-
Zhukovs~iy.
Fuels,ond Lubricants Lab., Airj Force Sci. Res. Inst.

IRISOV, A. 1 -11 : J, - - --
42377: IRISOV, A. Novye avtomobil'nye benziny. Avtomobil', 1948, No. 11 s. 17-18
-- I
SOt Letopial Zhurnallnykh Statey, Vol. 47, 1948
~ .1

-w
0 0 0 0 4 04 O'e, O's 0 0 OhK.
a it a u m a a a it a $I a *to
Al 1 1 6 1 1 1 It is a 11 m 14 14 11 to w Ho F~A' * '
it A---
1-0 ",l 4 1- C4vl.qi
fm Olway of forestation of moloculem and knmli 19146t -
so -041
mw* el dkeimi, alltmes, and alkynot. A. S. Ifisov.
so Xfpyamop Khm. 26, No. 12, -00
am. In the bomplopus mks of alkatics, alkenes, uld
alltrim are ccerdated With their fftv enct9y of fix MOM -001
(as) fromitheakusentset29S.WK. Thchisherthe"
the lower the octane no., but thi! dvttvit~e is lem twotiounctA
sea .001
for mom highly branched tnols. Umplis atul tAks
showing this relation iuv presented. ThC4Xtl%l%CUU,VAlUft .0b
ilvill. [roll the paphs ale Chmef to cit4l. valum Min thow
valol. by the timbixts of Frawis. w
00,3 Milt"kan. Por imnerk- heplAur. owl octaties, the 4x,.
lArpt noil. (I-C ttWlitkt) alUl Indell tilki, (3,C n*tllAhl) .00
00-3
am plotted topther with as of the i-oturn tended with 3 ago
.00,3 vid.o(PbEtipergal. TlieUVIUSUAllYlowactantrimolthe
09" 3lowast ll~lkrrws and atkynes we reflecUd hyrtwt"Imutt-
IngmummUtsintheir.U. roe
et""twesslim ratio mull at of the lower alkell" th%
I age
al 10111ta. of the mirr of *10'K. sw 111611vir. I . I
00 roe
1:0 0
roe
X90
d wee
ties
woo
t7-
tto 0
110-4 M11.1mv WOO
ldw imlo.j Hit 44T 049,
a" a.. lit. 00
to a, is ii 8 Od 0 0 0 1 UP IN *~A~ll
'*.
000009000004044
60 of*** o 0 0.4 o 006 04 00 0 0 0
iss 000000 0: 0, 0 0 ~0' 0 0 a so 00 0 6 0 0 0 * 0 0 0 0 0 0 0 0 000 1 00 10
so 0 0

Pff= I BW SN/3824
Irlsovo Alaksandr Sergeyevich, and Nadezhda 1YaWT& Itinska"
Toplivo I samochnyp saterisly (Awl and Lubricants) Moscow., Selfkho&gIz, 1959.
~-59 p. (Series: Uchebdki I uchebnM. posobiya d3,ya vyoshikh sellskokbazyayst-
vennykh uchebnykh zwedenly) 10.9000 copies printed,
Eds.: B.Ta. Letney and G.V. Krzhizhanovskna; Tech. 9d.: E.P. Zub-111ina.
PERPOSE: This book Is intends& for stAidents concerned vith the mcb-4 stion of
agriculture. It may also be useful to agricultural engineers and technicians
engaged in the uti3lzation,, storage and transportation of petroleum products.
COVERAM: The book reviews basic rtles of solid and sqmeous fuels used in
agriculture and describes methods of refining petroleum to produce antowbilejo
tractor and diesel fuels and lubricants. Straight-run distillation and chemdeal
conversion of petralem are briefly covered, The fractional cmposition of
various petroleum products Is given. Codbustion of fuel in carburetor and
diesel engines is explained with stress laid on the prevention of gun formation
and elimination of knock. The use of gaseous fuels and liquefied gases is discuseed.
Card 1/9

Fuel and Lubricants ON/3824
There In a chapter on the production of lubricants.. their viscosity., aging and
reclad-in . Another chapter covers the range of comercial. fuels,, lubricants
and greases along vith their additives and special fluids used as cooling agents.
The handling of petroleum products in agricultural organizaticos is described and
measures taken to reduce the lose of petroleum products during their storage.,
transportation and use are outlined. The chapter "Special Fluids" discusses the
properties of vater wed-for technical purposes and liquids used in hydrwalic
jacks,, brakes and shock absorbers and In cooling internal combustion engines.
No personalitlegr'.ate~ndhtiened. There are 41 Soviet references.
TAME OF COMISM:
Introduction 3
Ch. I. General Information on Fuel T
1. Classification of fuels T
2. Uti3ization of various types of fuels in agriculture 9
3. Combustible and incombustible fuel fractt=s 9
4. Selection,of an average fuel sample .3-1
5. Calorific value of different types of fuel 14
60 Analysis of the composition of combustion products 22
Card 2/ 9

IRISOVP E.A.
Sandpiperm in the upper BaSMmilis Valley (southeastern Altai)*
ornitoicgiia no,7470-471 9650 (MIRA ISCLO)

IRISOV., E.A.
Recent data on the distribution of some birds in the south-
eastern Altai. Izv. Alt. otd. Geog. ob-va SSSR no.5:154.156
165. (MIRA 18:12)
1. Biyskiy krayevedcheskiy muzey.

IRISOV, YO.A.
mmomm
Solf-oacillations in a reflex klystron equipped with an additional
high-q resonator. Niucb.dok1.vys.sbko1y-, radiotekh. i elektrone no.2:
74-83 1 58. (MIRA 12t1)
1. Kafedra fiziki Udmurtskogo pedagogichookogo instituta.
(Kiyetrons)

9M
AUTHOR-'~ Khokhlov, R.V. SOV/55-58-2-1.8/35.-
TITLEj On an lutogenerator ':Lftkel~y 'DwIpled-ito -a - 1?RigliA
(0b avtogeneratore, slabo s*!yazanxiom s
vysokodobrotnym konturom)
PERIODICAL: Vestnik Moskovei,togo ;Iniversiteta, Seriya sitimt1kip sekhmilrip
alstrbnbdij, fizildt kh1AdV,, . 1058,Nr 2,pp 137-143 (USSR)
ABSTRACTs The behavior of an autogenerator loaded by-a circuit is des-
cribed by-a system of equations which cannot be solved in
the general case. For the determination of the-phugoid motions
of the considered system the authors propose a method which
can be appliedt if the connection (in the sense of
Metropoll-skiy) between the circuits is weak and, if the ex-
ternal circuit (loading the generator) is of essenti*~,Ily
higher quality than the internal circuit. Under these
suppositions the general system-changes into a system
possessing small parameters for the derivatives and which
can be solved acoirding to the methode-of A.N. Tikhonovq
I.S. Gradahteyn,-L.S. Pontryagin etc..
The first investigations of phugoid motions of the considered
systems are due to B.Mi Rytov, A,M.- Prokhorov, M.Ye.
Card 1/2 Zhabotinskiy CRef 1] and Yu.B. i:obzarev [Ref 21 -

On an Autogenerator Lobsdly ,0oupI*d, to:.: a SOV/55-58-2-18/35
migu-q Circuit 7
There are 2 figures, ana 8 Soviet references.
ASSOCIATIONt Kaf edra teorii kolebaniy (Ghair of Oscillation Theory) [Moscow Univ.
SUBMITTEDt June 26, 1957

soll/58-59-9-20830
Translation from: Referativnyy Zhurnal Fizika, 1959, Nr 9, pp 198 - 199 (USSR)'
AUTHOR: Irisov, Ye.A.
TITLE- On Self-Oscillations in a Reflex Klystron That is Weakly Coupled With
a High q-Factor Resonator
PERIODICAL: Uch. zap. Udmurtsk. gos. ped. in-ta, 1958, Nr 12, pp 72 - 82
ABSTRACT: A theoretical study is made of self-oscillations In a reflex klystron
that is weakly coupled with a high Q,-factor resonator, The specified
system is treated as a system with two degrees of freedom. The steady
states and their stabilities are analyzed by the method of slowly- -
varying amplitudes. The author studies the mistuning dependence and the
transit-angle dependence of the frequency and amplitude of the oscilla-
tions that are being generated.
From the author's r6sum6
Card 1/1

IRISOV, Ye. A.0 Candidate Phys-Wth Sci (dies) -- "Autooscillatiom in a reflex - .
klystron with a supplement=7 high-Q resomtor". 1zhevsk., 1959. 11 pp (Min
HiSher Eduo USSR, Moscow order of Lenin and order of IAbor Red Bannew State U
Im M. Ve Lomonosov., Pbys Faculty),, 200 copies (XL.. No 24, 1959, 125)

r~' I
V%
USSRMlectronics Klystrons -FD--2441
Card 1/1 Pub 90-3/11
Author : Irisova, N..A., 11 Zhabotinskiy, M. Ye., Veselago, V. G.
Title : Frequency stabilization of a three-centimeter klystron with the aid
of a spectrum line
Periodical : Radiotekhnika, 10, 26-35, Apr 55
Abstract : A system for stabilizing klystron oscillator frequencies with the
aid of the absorption spectrum line of some gae is explained. Gases
used for this purpose should have an absorption line which is reso-
nant,vith the frequency of waves generated by klystrons (centimeter
and millimeter). The most effective absorption lines in the centi-
meter frequency range are those of ammonia gas. Frequency stabiliza-
tion can be carried either in the region of the fundamental spectrum
line, or In the region of its second and third harmonics. Theoreti-
cal analysis of this system, basic formulas for calculations; and the
characteristics of the experimental model are discussed. The research
van conducted at the Physics Institute, Academy of Sciezc*s UBSR in
1950-1951. M. A. Leontovich and A. M. Prokhorov are given thanks for
adVice.
Institution: --
Submitted June 1, 1954

-1, 1' ~T 'r-,T
tc I
i15 j
~~INSKIY, M.Ye.4 IRISOVA, N.A.; RYTOV,S.M.
Affect of variable-freqixency signals on a linear resonance systen.
ThAy Tizoinsto 823-12 ~156* (MM 100)
(ftdio frejusucy2modulation)

AU THOR: Veselago, V.G. and Irisova, ILA, 1109-4-13/20
TITIZ: A Modulation System for Stabilizing the Frequency of .a
Reflex Klystron by means of a-Cavity Wavemeter. (Modul-
yatsionnaya skhema stabilizatsii chastoty otrazhatel!nogo
klistrona pri pomosh6hi o*emn -go volnomera)
IWIODICAL: Radiotekhnika i Blektronika, 1957, Vol.2 iio.4
SR)~
pp. 484 - a7 (us, .
ABSTRACT: The-system described can be operated at a constant fre-
quency or a variable frequency (a sweep generator). It con-
sists of a klystron, a modulator operating at 900 ke/sq a
waveguide section, a Iresonant 900 kc/s amplifier a synchronous
1 detector and a cavity wavemet
detector a arysta ter (with a
small motor revolving at 2 r.p.m.). Some of the power from
the klystron is fed to the cavity resonator and a small signal
(0.01 V) of 900 kc/s is applied to the reflector of the klystron
which is thus frequency-modulated. If the klystron.output
signal lies within the paBs-band of the cavity wavemeter, the
crystal detector will pick up an amplitude-modulated (900 kc/s)
signal, except when the klystron frequency is equal to the
resonant frequency of the cavity. Output signal of the deteetor
is a3plied to the synchronous detector (via the resonant ampli-
.-rdlZ2- f i g-P - where 'oroduces an "error signal". The "error" voltage

109-4-13/20
A Modulation System for Stabilising the-Yrequency of a Reflex
Klystron by means of a Cavity Wavemeter.*
'this way
is applied to.the reflector of the klystron and in
its frequency is locked-in with the wavemeter. The motor is
employed to tune the cavity wavemeter, so that its frequency
will change periodically and thus.re-tune the klystron. The
tuning ranges (with a stable klystron frequency) of up to
60 Mc/s could be obtained without any mechanical adjustments
of the klystron. The system had a stabilisation coefficient
of about 100. A detailed circuit diagram of the synchronous
detector (with amplifier) is given (Fig-5) and its operation.
is discussed in detail.
There are 6 figures (1 block schematic) and 4 references, of
which 3 are Slavic.
SUBMITTED: August 6, 1956.
.AVAILABLB: Library of Congress.
Card 2/2

AUTHOR: Iri.sova, N.A. Sov/51-4-4-24/2-4
TITLE: Radio spectroscopic Study of CH7,GeCl- (R..WiOST~Oktroskopi-
cheskoye iss ledova niye CH3Ge(;l3
PERIODICAL: Optika i Spektroskopiya, 1958, Vol IV, nr 4,
pp, 543-546 (USSR).
ABSTRACT: The author obtained the absorption spectrum of methyl-
trichlorogermane,(CH GeC3l ) in the region from 9 000 to
3 3
26 000 Mc/s. Measurements were made using a radiospectroscope
with electrical molecular modulation. Stabilisation of the
klystron frequency was described in Ref 2. Absorption was
observed at 0 and -30 oc at saturation vapour pressures of
CH GeCl- corresponding to these temperatures.. The radiowave
3 3
spectrum of CH GeCl is rich in lines due to a large number of
3 3 0135 C137
isotopic combinations (e.g. due to and ieotopes) aLd.
due to complex hyperfine structure Caused by the presence of
three chlorine atoms, which posses3 quadrupole el~ectric moments.
Spectrograms of the transitions J = 2 --P 3 , J 4 -> 5 ,
J = 5 --> 6 J -7 8 were obtained. Separate components
f
Card 1/3

Sov/51-4-4-24/24
Radiospectroscopic Study of CH GeCl
3 3
due to the fine structure due to the isotopes of Ge and
the hyperfine structure of the Cl atoms were not resolved.
Figure 1 shows the spectrogram for the J = 4 ->5 transition
for CH GeCIL35 . Figure 2 shows the spectrum of the same
3 3
transition for CH GeC1350137 and CH GeC135C13? For the
3 2 3 2
absorption lines of the symmetrical-top molecule CH GeC135
3 3
the mean frequencies and line widths were measured. They
are giveja ija the table on p 545 - This table gives also
values-'of the rotational constant B calculated from the
measured absorption frequencies. These values were found to
differ from the mean 'Value of B by not:.more than 0.4 Mc/s.
From this, the author deduces that the asymmetry in line
splitting and the effect of centrifugal perturbation are not
very great. The frequencies calculated using the mean value
of B differ from the measured frequencies by no more than
+ 5 Me/s.
Card 2/3

Radiospectroscopic Study of CH 3GeOl3 Sov/51-4-4-24/24
There are 2 figures, 1 table and 2 Soviet references
ASSOCIATION: Fizicheskiy institut imeni P.N. Lebedeva AN SSSR
(Physics Inst-itute imeni P.N. Lebedev, Ac.Sc.USSR)
SUBMITTED -. October 8, 195r/
Card 3/3 1. Chlorides-Spectrographic analysis II I

.ei,erminatiOn of the Rotation CC-TiStfin~S 01' V4 GeUi rom frs
"PiT U,
Super-Hign-Prequency Ab~iorption ~;peetrum (Opreaeieniye
vrawicnatelln,ykii postoyannykh CH GeuiA1.-,& yego
sverKhvysokochastotnogo spextra po,
'glo91jvh;inj.Ya)
IA R1 0 r, I. ICA 1, TZVe3CAYa ikqdemii nauk fiz-ictiesKaya, Voi 22,
Nr 1 1 , pp 1507 - 1507 ('U,-,--',R
A*b~',TR4~CT; In the lecture, data of' tne preliminary investigation of the ab-
sorption spectrum of CH GeCl published in reference 1 were ex-
plained Together viith nK r4ulrs of deter-mina"tion of the roLa-
tion con.9tansts A and 0. In order to I. ind A and C, the absorp-,
tion spectra of the compoands CH (;ec.L 5-, U1 37 and C11 GeCl 55 Cl 37
5 2 3 2
were taken. The conditions under anien the experiment was car-
ried oat vere the same as in a Drevious experiment (Ref 1). Be-
cause of low line intensity of P-11 GeC133) C.137 tne accuracy of
5 2
Card 1/2 measuring amounted to only � 15 Me. In order to determine the

!'0V/48-22-11-5/33
Determination of the Rotution Constants of CH 3(" e C 13From Its "juper-High-
Frequency 1~bsorption --pectrum
rotation constants, the frequencies and intensitie.9 of all
(2,T + 1) components of each J-transltlon examined were plotted.
The diagrams showed that the average frequencies of the lines
observed agree with the frequenciea of the foliuwing components
of the transiiions within tlhe limits of experimental errors:
212 --- w 322Y 414-41"2V 514-lo6 26P ~f26__"56 . Thereupon, by the
method of series expansion, those %, B, (;-values i~ere found the
calculated frequency values of corresponaing tranbitions of
which agreed with experimental values. For the compound
C12 H Ge74Cl35C137 the following values were obtained:
5 2
1585 1 2 Me, B . 1567 '! 2 Me, C -= 1192 1 2j h1c. The !n-
accurate determination of C is due to the fact that the 4truc-
ture of the molecule is similar to the symmetric gyroscope. The
author thanks k. 14. ?rokhorov for discussino the ioroblem. Tnere
arf, I table ana I rei erence, hich is "ioviet.
2
One
Oey - . f A'~

a

L 2688-66 EWT(1)/tWA(h)
ACCESSION R: A~5021'349 UR/0120/6~~000/00,/014 /01 5
:621-315'
621.372.8 061
AUTHORv Disnov Ye. M. ;1risova, N A, - Karlov N.N.
1 - .
i TITLE:. Use of the dctric'_1vaveguid6 mi meter-b d
s -..in 11i an spectrostopy
--SOURCE:' Pr tekhnika: eksperlyle'nta, no. h, 1965, lhh 1h5
ibor
ayegid-A-7~"d Cg;~ ctA`d,-_--. ave e-i---iE
kod"- itcular wavtguide;. microwa:ye spec,,.
y
S,
avegui e9- e-,, ylene--4rod9'--,b
Isol omogeneous- e 4~~4 1_~~
ABSTRAM W fl Abli--.`~o1jeth
circular cross section- were -used ~tbiek6it6:.EPRre~o'niitdria:,sxibiiq~9Ld,,in.zli'q,di~
lium and to conduct.energy toreceiving elements based Gn sekiconductof_photocbri-~-,.,
ductivity at liquid helium temperatures. The real and imaginary parts of the poly-
ethylene refractive index vere,n 1.51 and k ;~ 3-10-4 (at A mm), Use of t~ie
to conduct tests with a single vell-aligntd, rJ
waveguide made.it possible' [gidly
fixed emission -source in- aeVe,je%al experimental arrangements. The focal bpot (,,h mn,01,
of the quasi-optical system excited a conical horn whose Inlet aperture somewhat.
LCIM, _l/2

Gqjx: URI U~>00/ DW UW/ UVIIUX)f lj>~O:
ACC NRt' -AP5U27994
A, UTHOR vinogradoy, Ye- A-; Dianov, Ye. AM.
ORG: jftygies Institute im. P. L. Lebeday, Acadery of Sciences. 883R (rizicheskiy in-
stitut Akademii-nauk.SSSR)
TITIE: rabry-Perot interf&ometer~for the short, miUimetar and submillimeter bands
'with metallic grids having, periods smaller then the wavelength
SOURCE: Zhurnal eksperimentallrjoy ileoreticheskoy.fizikis- Pistma v redaktsiyu*:
(Prilozheniye)p y. 2. no-Js,196%.~23-N6
TOPIC TAGS: interterometer'.1-millimeter vavej submillimeter imve, microwave componentp
-diffraction grating
ABSTRACT: The:authors report the-devel opment'of elements which have . a periodic struc.-
ture with a period smaller than -the wavelength for use as.mirrors in a Fab;V-Perot
interferometer (rigo 1).. . There grids were made of parallel metal wirer. x~retchedorer
metal rings. One grid of tbe-interferometer was rigidly secured, and the other could
.be moved- slowly) with the aid of.. a, special precision mechanism) so that both grids' re-
mained, parallel:to - each othere The. Interferometer could operate both I in reflection
and tranpmlision ;regimes.-, - ...Such, ,an- interferometers has an ',unu~;ualT~, ldrge.,
~mo de used :for ~measuremen a, , a the. .en-
andviAth. '.Thus.~. 6,. -single--; 1 bL t. i
~-Qo5: mnj~-.--.The- ds ad-
tire range from-, _gri usecL 6i i~irturea Ja,) 100.ALnC1-:
50,mm, vire 8 adng~ 1 (1)-~-vfrdJ1501W, * tbn~ 40: and v1're Ithickn6igs`
p
15- to il. When - operating' 41th ~~tun -n' grids, s. Q-factor
gate of approxi-
Card. 1/3

5 44-66 MIT (1) /~;Rk(s)!-~2/ZPF (c
)/E,ge (k) -?/FCZ (k)/EVIA (h) IJP(c) WWIWM~
ACCESSION NR: AP502)6899 ~0/0109/65/010/010/1604/1606
535-854
49
AUTHOR*, Vinogradov) Ye. A Dianov,' Ye. M.; Irisova, No A*.
TITLE: Michelson Interferometer for measuring the refractive index of dielectrics
~In the 2-mm band
:-SOURCg,..Rad1otekhn1.ka I elektronika 1. 10, no. 10, 1965, 1804-1808
t "ima
TOPIC TAOS s -Ahterterdmia ea r ma-er
The.development -for measuring the refractive'- _'nd....
ABSTRACT. of a; new. instrument.
.of low-loss dielectrics' in the-2-mm band U reportedl the instrument Is in' 0. 5~
:to the well-kilownMichelson optical Interferometer. Two readings, with and without'
the specimen in one of the instrument arms, are taken; the flat 50-mm diameter-
-specimen is placed between the radiating horn and the movable mirror. Standard:
waveguide c onGnts and polystyrene lenses Are used in the interferometer.
OMP
.;Actual values of the,, refractive index measured by the new Instrument at a
wavelength of 2.31 = are, reported for tenLon, alkathene , polystyrene, plexiglass,
ebony, fused quartz, common salt-and glassesl these values (from 1.4 to 3.2) are-
compared with the data published elsewhere. Various errors Involved amount,to
--.Card
_J/

iRs AP6025266 SOURCE CODE: UR/0057/
1007/131911320
AUTHOR: Vinogradov, Ye. A.; Dianov, Ye. M.: Irisova, N. A.
ORG: Physics Institute im. P. N. Lebedev, Moscow (Fixicheskiy Institut) 5
TITLE: Measurement of dielectric characteristics of liquid nitrogen at wavelength
A - 2.3 mm -?/ I
SOURCE: Zhurnal tekhnicheakoy fiziki, v. 36, no. 7, 1319-1320
TOPIC TAGS: liquid nitrogen, dielectric constant, absorption coefficient
ABSTRACT: Measurements of dielectric characteristics of liquid nitrogen were made
at wavelength A - 2.3 mm to study the properties of solids immersed in liquid
nitrogen. The liquid nitrogen was kept in a polystyrene cryostat and a Michelson
interferometer was used to obtain the refraction index by measuring the mono-
chromatic wavelength in free space and in liquid nitrogen. The transmittance T of's
layer of nitrogen with thickness d was measured to determine the coefficient-of
absorption K from the relationship T - e-4,,k d/). The_ following results were cbtaLne4
coefficient. of. refraction, n - 1.196 t 0.007; coefficient of abaorbtion,
K - (1.6 1 0.3).10-4 forA 2 m, neglecting boiling of nitrogen at the walls of the
.Dewar. If the boiling layer at the walls is not neglected, then K can be as high as*
4.10-4. [IV]
SUB CODE: .?0/ -SUBM DATE: 20Nov65/ ORIG REF: 002/ ATD PRESS: 1150,43 -

SOURCE CODE:
AUTHOR: Vinogradoyp Yet As; Irisova., N. A.; VAndellahtam, T, S.; Drrkhorov# A* )(4j,
Shmaonovp T. A.
ORG.- Physics Distitute im, Po N. Lebedevp Acadeqr of Sciences SSSR (Micheskly ID-
stitut Akademii nauk SSSR)
TITLE: Resonance absorption of the-V3+ ion in corundum at 1.21 veyelergth
SOURCE: zhurnal eksperimenta-11noy i teoreticheekoy,fiziki. PisIms Y redaktaiyu.
Prilozheniye., Y. 4p no- 9j, 1W* 373-376
TOPIC TAGS: corundump-vanadium# resonance absorptionp low te.-aperature research#
microwave spectroscopy,# hyperfine structure
t
ABSTRACT: The authors report an experimental invesiigation of jesonance absorption of
the V,4* ion in corundum'st wavelength X - 1.21 mm *and at liquidI-helium temperature in
magnetic fields from O,to 5 k0e. The.observed absorption corresponded to transiti;a
*om the lower level corresponding to the singlet state 5 , - 0 to the levels of the
higher doublet (SZ# - �1)s The resonance absorption of tie V3+ (-0.1%) in corundum
was measured with a q"sioytical feed-through spectroscope without cavity, vhich was
c9natructed by the authors. The radiation source was a backward-vave tube generating
afi average of -3 MW in the range from 0-83 to 1.35 mm. The microwave power was fed
q4asioptically to a woWle placed in a helium er-yostat via teflon, windows in the c","
i4e helium cryoxtat, could be p2aced between the poles of an electromagnet. TV0 seriem

XCC NR. AP7000401
of measurements were made. In the firstp the absorption Line was investigateC in clif-
ferent constant magnetic fields., including zero field, with the microwave-oscillator
frequency continuously variable. In a zero field) two closely-spaced absorption
lines were observed., corresponding to transitions from the lower singlet level of the
V3+ ion to the levels of the doublet Sv - tl. The frequencies of the transitions '
from the lower level to each of the doublet levels were found to be D, - (24T.3 � o.3)
and D2 = (P-48.9 � o.3) GHz.. and the initial splitting of the doublet was 2E - 1
(1.6 � o.6) GHz. 1-be calculated coefficient of resonance absorption of V3+ in
corundum was m > 0.3 c~-,,r3L. 7he second series of measurements was made at a number of
fixed frequenci7es with tht -magnetic field varied from 0 to 5 kOe. The absorption - '
line observed in this case consisted of eight hfs components. The splitting between''
the singlet and the doublet.. ejual to 247.8 GM, coincides within the limits of ex-
perimental error with D - (D.,-+ D2)/2 determined in the first measurement, series.
When the external magnetic field tends to zerop the distance between the outermost
components yields the upper limit of the initial doublet splitting, 2E < 2.1 GHz*
The authors are grateful to Ve Khe Sarkisovp director of the Corundun aboratory of
Kirivokanskly Wakambinstp fbr #W3,ying the Investigated aWles Orig. exte h":.
3 figures.
MM CODE: 2D/ SM DM: Mjul66/ MaG RM 002/ ON[ MW: 005
MD nESS: 5107.'
.Card 2/2

'-A I
"r1~4WWRi, Disnavp Ii. No I Irisavag No As,
I none
-oil
TITLE s Determination of the absorption coefficient 'of solids In the shortwave
part
of the millimeter region -
'SOMIs 71an=1 Prikiedoor spekLrookopug v. 50 no. 29 1966g 252-254
TOPIC TAGSs absorption coefficient# millimeter vayep dielectric material, Masun-
sent# radiation intensityp spectroscopy -Sp4io %T7o9re_
jUWRACT: I now technique for the determination of the absorption coefficient of
solids in described. The principle of this technique in to mehe'ure the extreme value
of the transmission coefficient T by varying the magnitude of a
V i.e. # the rati;"
of the maple thickness d to the wavelength R. The absorption coefficients of NaClP
-CoJj, plexiglass, fused quartz# teflon; and K4 glam; were determined by this techni-
quo at, TA -2:mm for tal d now ~e
zwhich.the Oxperimen error did not excee 0.61 . The ch-
'nique :r6-intended for measurl]ng in'tbe presence of a clearly expressed interference
image and can be applied to a wider range of substances without lowering the secure-
cy of the measurement results. -The authors thank A. M. Prokhorov,, Academician
AN SSSR, for the use of his laboratory# constant attentions-and interest In this work,
r
ror. alsu.
Ccwa:IZ2 535-3

~T IJK0 GG
ACC Nk.__AF66~V508 ---SOURCE CODE: URIO181166100810OV19- 51
AUTHOR: Dianov, Ye. M.;,Irisava, N. A.
WNWMWWW
ORG: ;aics Institute im. P. N. LebedM, AN SSSRI Moscow (Fizicheskiy institut All
SSSR)
TITLE. Measurement of the refracti ve index of crystals with structures of the NMCI
and CsCl type
SOURCE: Fizika tverdogo telap v. 8, no. 7, 1966, 2,.,65-2266
TOPIC TAGS: ionic crystalp refractive index, dielectric constant, temperature depen-,
dence) crystal lattice struct e
AMTRACT: To check whether the temperature coefficient of the dielectric constant
depends on the type of crystal structure, the authors measured the refractive index
o~ the ionic crystals LiFj FaCl (NaC1 structure), CsBr and Csl (CsC1 structure) at
r6'om. and nitrogen temperatures., at 2 mmwavelength, using a Michelson interferometer
described by them earlier (Radiotekhn. i elektron. v. 10, 1604, 1965). In calculating
the refractive index, allrcraance was made for the temperature variation of their thick-
ness. The results showed that at 2 =n wavelength the dielectric constants are close
to-the published static values, with the exception of CsI (6-30), which is higher than,
the published value (5.70) (Landolt-Bornstein, Zahlewerte und Funktionen v. 6, 452,
1959), but is close to the value obtained by others experimentally at 30 cm, wavelength
(6.42). Th.'s suggests that the value published in the standard tables is in error*
Card a/2

AP60245o8
The change of the ret'ractive index on going from room temperature to nitrogen temper-
ature is larger by almost a factor of 3 in NACI-type crystals than in CsCI-type*crys-
tals. This agrees with results by E. E. Havinga and A. J. Bosman (fts. Rev. V. 140P
2A, A292, 1965) obtained at a different wavelength, and can be attributed to the dif-
ference in the coordination numbers of the two types of crystal structure. The au-
thors thank A. M. Prokhorov for interest in the work and a discussion of the results,,
and V. N. Tin-Reyev fo-r-Ta-king part in the work. Orig. art.' has: 1 table.
SUB CODE: 20/ Sum DATE: 12Feb66/ ORIG Rut 003/ oni REF: 006
2

- / -ZW L
ACC NRt AP6030962 SOURCE CODES UR/01811661008/009/2643/2W
AUTHORS Dianovp Ye. X.; Timofeyevp V. N.; Irisovaq N. A.
ORO: Physics Institute im. P. N. Lebedev, AN SSSRg Moscow (Fizichaskiy institut AN
TITLES Yzasurement of the absorption coefficient of glasses In the submillimeter
range
SOURCES Fizika tverdogo tela, ve 8t no* gg 1966j 2643-2648
TOPIC TAGS1 absorption coefficient, glass property, refractive index
ABSTRACT$ The absorption coefficient of two types of glass (window and type 203) was
measured in the 2-0.5 mm range using a monochromatic radiation source. The device
employed is described in dotail. The f indings are compared with those of M. D. Mash-
kovich and A. I. Domeshina (FTT, 7, 1634, 1965), obtained by using nonmonochromatic
radiation, and with other published data. A monotonic increase of the absorption
coefficient with decreasing wavelength was observed. The ~~perature dependence of
the absorption of the glasses and of their refractive indexfwas deternined; the ab-
sorption coefficients were found to decrease linearly ITy-a factor of approximately 2
as the samples were cooled from room to nitrogen temperature. Authors thank M. D.
Mashkovich for kindly supplying the glass samples, A. M. Prokhorov for his attention
1/2

L -Jb~i,76-67
ACC NM 4W6()30962
and interest in the work,, and Ye, A. Vinarado for his assistance. Orig. art. hast
3 figures.
SUB CODES 20 SUBM DATM nj&M61 ORIG RM 008