SCIENTIFIC ABSTRACT FEDEROVICI, C. - FEDIN, I.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000412610003-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FEMOVICI#C... ing.
"""--WNMW
Optimun structure of the transportimg technological process
in read mploitationo Col hirtle 11 no.2t4l-48 F'062.

FEDEROWICZ, Wladyslaw,, W., inz.
Methods of combating accidents in servicing electric installations in
Poland. Viad slaktroteah 28 no.11/12-1330-334 N-D 161.
1. Przewodniczacy Centralnej Komisji Oohrony Pracy, Stowarz7ozenis
Blektrykow Folskich, Warazawa,

FRDEROWICZ, - -
Modern methods for Indizetrial safety at electric Installations.
Wlad elektrot 30 ro.3:70-73 162.
1. Przewodniczacy CeDtralnej Komisji Techniczuej Ochrany Pracy
Stownrzys2enia Elektrykm Polskich.

wWages for work connected with the reconstruction of agricultural system." p. 47
PrZeR,W Geodez' Vol 9, No 20 Fab 1953, Warszawa)
2 9 Sept 53
SO: MonthIv -List gf Eut ZuroRgaa AMsojollej Vol 1,, No 1,, Library of CongressIMMM Unal

-4~--EDISW,-,~SKII W.
KMIUY,%'SKI,, W., Supplementary surveying of state farms. p. 181.
Vol. 11, no. 6j June 1955) Warszawa., Poland. SCIME
SO.' Monthly,Lisb of East European Accessions (EkAL)j LC,, Vol. 5j, No-ZFeb. '-. 1956

USSR/Human and Animal Physiology - (Normal and Pathological). T
Nervous System. Electroencephalogram of Man.
Abs Jour : Ref Zhur Biol., No 4, 1919, 1-7922
Author : Peymer, N.A., Fedeyeva, A.A.
Inst : Kilitary-Medical Academy
.itle ; Changes of Electroencephalogram in the Process of Con-
ditioned-Reflectory Activity in Patients with Closed
Trauma of the Brain.
Orig Pub. : Tr. Voyen-med. akad., 1957, 74, 286-293
Abstract : In comparison with healthy people, patients with tratum.-
tic encephalopathy had n reaction to an indifferent sti-
mulus that was more prolonged (10 see) and stable (extin-
guishes by 8-10 test). The transformation of the stimu-
lus into a conditioned stimulus induced the same changes
as well no the appearance of high-amplitude slow waves
Card 1/2
UsSR/Ifuz-an and Animal Physiology - (Normal and Pathological). T
Nervous System. Electroencephalogram of Man.
Abs J)ur Ref Zhur Biol., No 4., 1959., 17922
and "ejections", especially strongly expressed in diffe-
rentiated stimuli. To the3e changes corresponded a lar-
ge latent period and prolonGed character of motor reac-
tion, intersignal reaction and a frequently encountered
inability to produce differentiation. -- T.G. Beteleva
Card 2/2
- 91 -

KATBICHUA, MaNe, TULIN, N.A. , BASTRIKOV, N- 7- 1 JOBTRA, N- I-
Wall blocks of electric steel-smelting furnaces made of mWesits-
chromite brioic wastes# Ognsupory 25 no.4:186-188 160. (Y1IRA 1318)
(Firebrick-Testing) (Chelyabinsk--Smelting furnaces)

FZDICEMN. G~.Ya-
WAVALt
Xethods of growing hemp and ambary In the zone of light Slororems
of the Chu Valley. Trudy Otd.pochv.AN Kir.SSR no.5:63-71 '55.
(XLRL 9:11)
(Chu Valley--Sierozem soils) (Hemp) (Ambary hemp)

~~' Iclaill" J.. K - ,
30'676. Fediclikin, 1. K.'
sloye razzhizliennogo ila.
plotirj m r
Opyt stroite~stva zemlyanoy ioshchnom
Oldrotelchnika i melioratsVa, 1949, no. 5, c. 50-59
SO: Letooist Zhurmllyr*h Statey, Vol, 50, lioskva, 1949

FEDICHKXN,,J,K., prof.; OVCHARENK02 I.M., Inzh.; AVTONOMOV# B.P., lnzh.;.
KONOCHKINVF.G., inzh.
Features of water intake from a river during the low-water period
by port-type water intakes. Izv. vys. ucheb. zav.; energ. 6
no.6:111-114 -Te 163. (MIRA 16-11)
1. Novocherkasskiy inzhenerno-meliorativnyy inutitut.
Predstavlena nauchno-tekhnicheskoy konferentsiyey.

red.; GOLIN, A.. tekhn. red.
(Use polymers in production; collection of materials of
'.he Scientific and Technological Conference on the Use of
Polymors in Industry held in Penza) Polimery - v proizvod-
stvo,- sbornik materialov. Penza, Sovet, nar. khez. Pen-
zensk,3go ekon. administrativnogo raiona, 1962. 110 p.
(YETRA 170)
1. Nauchno-tekhnichaskiwa.konferentsiya po voprosu primene-
niya polimerov v prosyshlenncsti, Penza.

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SUBJECTt USSR/Agricultural Schooling 27-8-12/32
AUTHORt Fedik, A., . Deputy Direotor of Agricultural Mechanization
*_0`5WF01-#-4 t (Vinnitaa Oblase)
TITLEt Large Training Farms are Required (Nuzhny Xrupnyye Uchabnyye
Khozyaystva)
PERIODTCALt Professionallno - Takhnichookoye Obrazovaniye, Aug 1957, #8
pp 19-2U kUSSR)
ABSTRACT: The article deals with questions of training students in agri-
cultural mechanization schools and supports the assignment
of larger training farms, the size depending on the number of
students and the kind of soil.
INSTITUTIONt Uchilishche Mekhanizataiyi Sellskogo Khozyaystva # 4 (Vinnits-
kaya Oblast') (Agrioultural Mechanization School #4 (Vinnitoa
Province).
PRESENTED BY3
SUBMITTED:
AVAILABLE: At the Librai-y of Congress
Card 1/1

S/258,/62/002/002/009/018
1028/1228
AUTHOR: adikL_L_(Moscow)__.__
TITLE: Tension of discs of a plastically non-uniform material
PERIODICAL: lrtzhenernyy zhurnal, v. 2, no. 2, 1962, 324-331
TEXT:. A disc or a material having a yield-point which is a function of the distance from the surface is
considered. As plasticity condition is taken St-Venant's condition. The equilibrium equation for discs of
variable thickness and the equation of consistency of deformations are determined. The set of equations is then
integrated for discs of uniform and variat!e thickness: the cases of elastic, plastic-elastic, and plastic zones
are treated separately. The load P.,, at which elastic deformations disappear completely can be determined
from the equations obtained. Tables of P.. for both fixed and variable yield-point are givt:n. There are 2
figures and 2 tables.
ASSOCIATION: Institut mckhaniki AN SSSR (institute of Mechanics AS USSR)
SUBMITTED: November 28, 1961
Card 1/1

8/879,/62/000/000/012/088
D234/D308
AUTHORS 1$-- 1. (Mosoow)
TITLEs Momentleas orthotroplo shells of re,
-to large deformations
--PlaSt
Teeloriya. In li:Lobolochek;. trudy
rdntaii L$vovs.-15-21-aeatyabrya 19
AN U53Rq 19621-111-414
7TEXT: The author formulates the-equation3 of eq
n
000?
olution subject
)yumoy-, kb
:1 Vae
1 g. Kiev -.Iz
d vo
ilibrium

FEDIK,_;,I-~Xoakva)
Stressed state of disks made of plastically nonhomogeneous mater-
ial. Inzh.zhur, 2 no.2024-331 162. (WRA l5s6)
1. Institut mekhaniki AN SSM.
(Strains and stresses)

MIKOV, N.Y.
Stand for washing samples of deep-s-ea bottom fauna. Trudy Inst.
okean. 41:254-256 160o (MIRA 13:9)
(fteific Ocean-Dredging (Biology))

- --- --------
YBDIN, AoA-
Improving the radio circuit for recording the instance of explosion.
Geofits rasvede noo2sllg-120 160s
(Radio'in prospectim)

FEDINO A. A.
FEDINO A. A.: "The effect of autoclave processing on the proper-
ties of lime-clay materials of plastic rormation". Moscow, 1955.
Min Higher Education USSR. Moscow Order of Labor Red Banner C.,n-
struction Engineering Inst imeni V* V. ,Kuybyshev. (Dissertations
for the Degree of Candidate of Technical Sciences)
SO: KnizhnUa letopisl., No. 52, 24 December, 1955. Moscow.

-FE)IN A A kand.takhnonauk; BIMSM, S.Ko, iuzh,; KAUSHNIEDV, A.T.,
KUZNMOTA. L.S., inzh.
Iarge aerated silicate blocks. Stroi. mat. 6 noi,12:22-23 D 160.
. (MIRA 13 ill)
(Sand-lime produots)

J~DIN, A.A., kand. tekhn.nault; MVMXSHOV, ye.M., jb&.
IWroving techniques. and eliminating f1avB in the manufacture of
air-entrained silicate products, Stroi, mat. 8 no-4:25-28 Ap
t62. (MIRA 150)
(dw4-lime produc to)

VL&SYUK, P.A., akademik, red. ; ROJ4kJMW, I.N., akademik, red.; RODIODDY,
S.P., red.; TTUIMT",,.rGd.; psoulam, P.D., akademik, red,;
DAVrMY, kand.ekon.nauk, red*; XUGUXAW, I.Ao, icand.ekon.nauk;
BEREMOV, V.S.. red. red.; KOZAMICH, T.A.. red.
izd-val SIVACHENXD, Yo.K., takhn.red.
I
[Proceadinge of the Conference an Problems in Developing Production
in Polesy~J Konferentsita po Yoproosm rawyltiia proisvoditellmfth
:11 Polestia USSR. Kier, 1955. Pt.3 (Problems In the development
f agriculture in Polosys; stac'xbrooding and feed supply, land
improyement and reclamation of swamps] Voproor razy1tila sel'skogo
khottaistva, Poles'la; zbivotnovodstvo I kormovala baza, mello-
ratsila i osvoenis bolot. Kiev, Izd-vo Akad. nauk USSR, 1938,
208 p. (W RA 12 0. 1)
1. AN USSR; Ukrainskays, akademiya sallskokhos.nauk I Voesoyusnaya
skedomiya, aellskokhoz.nauk Im. V.1. Lenina (for Vlasyuk), 2a Ukrain-
okays. akademiya sellskokhos.nauk, chlon-korrespondent 7sesoyusnoy
akadeali seltakokbos. nauk Im. V.I. Lenin& (for Romanenko). 3.Chlon-
korrosTmnd"nt AN USSR (for Rodionov. Tyulonev). 4. Institut fisto-
logii rasteniy I agrokbimil, .43 USSR (for Tyulenev). 5. Ukrainskaya
akadomiya sel'skokh. nauk (for Pshenichnyy)o 6. Zamestitell Uachall-
Mks. otdola svodrorkh perspektivay1ch planov Gooplana USSR (for
Berisikov). 7. Nachal'alk pedotdola sel'skogo khozyaystva otdols,
evodrykh perspektIVnykh planov Gooplana, USSR (for 7edin).
tPolosys-Agriculture)
MS

LUKIYANOVI V.B.; MAKAROV,
Mathematical statistics in the control of radiometric apparatus.
Zav.lab. 29 no.7:844-849 163. (MIRA 160)
1. Moskovskiy josudarstvannyy universitet im. M.V.Lomonosova.
Radiometry) (Mathematical statistics)

I
SEGEYEV) N.N.; IVANOV, K.V.; FEDIN A P ; KRASOVSKIY, Yu.P.; TKAGIIENKO, A.P.
Rapid building of the Pervomayskiy open-pit mine in the Severnoy-3
Mining and Ore Dressing 6ombine. Met. i gornorud. prom. no*3:73-74
MY-Je 163- (MDU 3-7: 1)

0 ~gll 0 ~06
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FMlN,, A. Kh.
"Maintaining the Viability of Preserved Potato Berries,," Usp. sovr. biol.,,
33, No.2, 1952

- A.- n-
If
"A Rew Genus of Fossil Conifers Papaninia Involucrate. redin,
Dokl. Ak. Nauk SSSRI 41, .fo. 8, 1943 -

MIN, ASTOO
- nee. Izobr. v SSSR 2 no.6:37-38 Jo 157.
(Inv*ntions) (Ifficiancy,* Induetrial) (Km 1018)

. - - ~ - 1
3M)U,,, A.Ye.
Visiting Innovators. Izobr.v SSSR 3 no.1:34-35 Ja '58. (MIRA 11--l)
1. Nachallnik Byuro sodaystviya ratsionplizataii I isobrotatellet-re
Mo9kovskogo savoda *Fraser."
(Inventors)

POIN, A* U. I
1C. k.IN
-work of theinvention section of the factory comittes. Isobr. v
SOM 3 no*'2s4l_42.7 .158. (MM 1333)
I* Nwhallulk Byuro sodaystviya ratsionalizateii i isobretatellutvu
savoda "Pnsmr. 91
(InventionO

SOV/117-58-11-6/36
AUTHORSs Braginakiy, Ye.O., Engineer, Fedin, A.Ye.
TITLE: The Modernization of the Semi-Automatic Milling Machine Model
6V-1 (Modernizatsiya frezernogo poluavtomata modeli 6V-1)
PERIODICALi Mashinostroitelf, 1958, Nr 11, p 8 (USSR)
ABSTRACT; The oemi-automatic milling machine model 6B-1 is used for
milling screw grooves. In the regulation of the spindlet
there were several drawbacks. The modernized spindle has
been mounted on rolling bearings. The longitudinal stresses
are absorbed by support bearings. In the front support of
the spindle, a two-range roller bearing AZ182116 has been
inserted which ensures the rigidity of the spindle and the
exactness of.the revolutions. The clearances between bear-
lngs have been abolished. There is I diagram.
1. Milling machines--Performance 2. Milling machines.-.Design
Card 1/1

---A~ I P ^- bJ-j, V. LA.,, LVJWVYj A. M. aUQ Zzwl", b. V.
Institute of Aircraft Matatials.
"Vacuum Arc Malting of Refractory Metals
paper presented at Second Symposium on the Application of Vacuum in Metal3urgy.

IT
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FM i
's I?

ZAKHAROVA~ Galina Vasillyevna,, kand. tektm. rAuk; POPOV, Ivan Aleksoyevichp
kand, tekhn, nauk; ZKOROVA., Liliana Pavl=4- FEDIN, Boris
'Ila r z E."eyatell
~11; Prinimali uchastiyes MUKMA"~ ~"Z&~
njaukJ i tekbn, RSFSR; POPWAj-I A- 0 zasl. doatell nauki i tel:hn.
RSFSR; YHGtlROVA$ N.D.p zaal. de;at:ll nauki i tekhn.RSFBR; NIKITINA,
Ye#I.p zaal. deyatell mmilki :1 tekhn. RUSR; ZMCHU2MIAYA, Ye.A.p
zaal. deyatell tauki. i tekbn. FMSR; ZHABINA., V.A.; SAVITSKIX j 79.14.
red,j STROM, A.S,, red*; ARKWGELISKAYA, M.S.,, red. izd-Tal
KARASEVI A.1.9 tekhn. red.
[Nioblum and ito alloyo) Niobii i ego ap2avy. By G.V,Ukharoya i
dr. Moskva, Goes naucbno-tokhn, izd-vo lit-r7 po chernoi i timet-
noi metaLlurgii., 1961. 368 (MIRA 3J+: 12)
(NiobiuJe

PRUE I BOOK EXPLOITATION SOV/5934
Zakharovaj Galina Vasillyevna., Ivan AlekseyeVIch Popov.. Liliana PIVIOVna 7-hOrOVa.,
and BorLs Vladimirovich Fedin
,Niobiy i yego splavy (Niobium and its Alloys) Moscovp Metallurgizdat., 1961.
368 P. Errata slip inserted, 3700 copies yrinted.
Eds.: Ye. ~. Savitskiy and A '. S. Stroyev; Ed, of Publishing House: M, 3,
Arkhangellskaya; Tech. Ed.: A. 1. YjLrasev.
PURPON: This book is intended for scientific research workers., netalIvrgidal'erginet-.-
and designers concerned vith the production or utilization of niobiun. It
may also be useful to students at metallurgical schools of higher edur-&tion.
COVERAGE: The book reviews the physicochemical and mechanical properties of
niobi= and niobium All yo, methods of obtaining niobium. in powder and can-
solidated:
f0=,, the effect of gases on the properties of nibbium, the
process of. niobium oxidation in air,, the machining and beat treatment of
niobium. and its deformationj, welding., metallography., and fields of ayplication,
Card 1/9 :

Nioblum and Its Alloys SOV/5934
k large volume of material relating to equilibrium, diagrams and the proper-
ties of niobium alloys is 0yotematized, Chs. 1't II, Sedtion 1 Of
Ch. ITI.,and Cha. 17 an& X wej!6 vrittell.bY.G.V" ZakharoVa., "Candidate of
Alm,- Ch: VI and VII, by I.A. Popov
Teennical Sciences; Sh. IIIv by B. V. ?e
and L.P. Zhorova., Candidate of Technical Sciences; Ch, VIIIp by L,P, Zhoroy
Secti(n 1 of Ch. IX.9 by G.V. Zakharova, Section 2 of Ch, IX., b:r Z.S*
Mukhin~, I.A. Popovap N,D, Yegorova., Ye. I. Nikitina., and Ye. A, Zhemebubir
and Section 3 of Ch. IX., by V.A. Zhabina. Each chapter is accaqwzded by
references., Soviet and non-Soviet,
TAM OF CONTENTS:
Ch. I. Niobium Minergas-and Their Sources 9
1. Characteristics of niabium mim rals 9
2. Rav-material sources 10
Ch. 31. Production of Nibbium Powder and the Processing
of Ore Concentrates 13
lo, Beneficiation of niobium ores 13
2. Separation of titanium., tantalum., and niobium l6
3- Extraction of pawderlike tiobium metal 19
Card 2/8

ZHOROVA, Liliana Pavlovna; KURGANOV, Ge^rgiy Vladimirovich;
FUM,_Bar1a,,V mlrovichi FISHER, A.Ya., red.;
BRYUKHACWIA~ V.V.0 vei. red.
[Modern niobium all cys., the technology of their produc-
tion and usa; review of foreign techniques] Sovremenriye
niobievye splavy, tekbnologiia ikh proizvodstva i pr!.-
meneniej obzor zarubezlinoi tekhniki. Moskvap WSINTL,
1962. 27 p. (MIRA 170)

AUTHOR: Fedin, E. I.
SOV/30-58-7-14/49
TITLE: A Quadrupole Radiospectroscope (Kyadrupollny:r radiospektrookop)

PERIODICAL: Vestnik Akademii nauk SSSR9 1958A 7, pp. 79 - 81 (USSR)
A
ABSTRACT: In 19501 the German scientists G.Demelt, G.ErUeer (G.Kryuger)
discovered the phenomenon of nuclear quadrupole resonance. The
frequency of the quadrupole resonance is sensitive with respect
to changes of the chemical properties of the atoms to be inves-
tigated and extremely sensitive with respect to insignificant
modificatione.of the crystal lattice. The(Fiadrupole resonance
must be considered as the most sensitive amongst all physical
methods of investigation with respect to chemical properties.
The character of the chemical compound may be concluded from
no
the intensity of the absorption line. In the Soviet Union
-
work has hitherto been carried out in this field. Recently, the
Scientific Council of the Institute0f ElaMeUtal-Orgw4p j;'=FouWU)
AS USSR (Uchonyy covet Inatituta elementoorganichoskikh noyedi-
neniy Akademii nauk SSSR) decided to start the investigations
Card 1/3 in this field. The author of this article - in collaboration with

A Quadrupole Radiospectroncope SOV/130-58-7-14/49
.G.K.Semin - inveriti,-ated a series of the schenes in the
Laboratory of Organic Chemistry of Crystals and X-Illay Structural
Analysia(Laboratoriya org-anichookoy kristalldhi-iii i rentE;eno-
strukturnogo analiza) which is under the supervision of A.I.
Kitaygorodskiy. A signal of nuclear quadrupole resonance wag
obtained in the USSR for the first time JJ.n sunner 1957. After
thin succous, the author - in collaborat'Lon with Yu.S.Konstantinov
began to desian a quadrupole radioupectroacipe. The blocK
scheme of this device is given. in Ligure I.and explained. The
method of recording EbsDiption. lines of MZ in sodium chlorate at mom tempera-
juLm is ahown inf ieure 2. Ti,41116 aCCUuzit of the sencitiveness of
the quadrupole resonance for any structural c.han,,I,e.-,, it will
moot probably be poosiblo to appl~.This method to the control
of chemical procesoco. An a concluoion, the .,,,zthor findo t!;--t the
time has cone to coordinate the work carried out in this fieldl
idhereby development would be accelerated. T.'iere are 2 fieures.
Card 2/3

AUTHOR: Fe-lin, E. I. SOV/53-66-1-7/11
~
TrTLE--~ Phjsioal Methods of the Investigation of Molecule Structure
(Fizicheskiye metody issledovaniya stroyeniya molekul)
PERIODICAL: Uspekhi-fizicheskikh nauk, 1950# V01- 66, Nr 1,
PP.- 131 - 139 (USSR)
ABSTRACT.- On May 14 .and 15, :1958 at the Institut khimichaskoy fiziki
AN SSSR (Institute of Chemical Physics,AS USSR) an extended
sension of the Scientific Council took place dealing with
the subject: "Thecry of Chemical Structure, Kinetics, and
Reactivity". The session was summ:)ned by 'the Otdeloniye khimi-
a,hoskikh nauk AN SSSR (Department of Chemical Sciencea,AS USSR).
ItIms attended by mate 1hEn3O0 acienti3ts. V.N.Kondratlyev, Member,
Academy of Scie.ices, USSR, gave the openint~ address. The
followin.w lectures were heard; A.I. Ki taygorodskiy, Prof easor,spOke M
radlogmphic4 electronographical, and neutronographical methods
fo=- the determination of the molecule structure. B.S.Neporent
reported on electron spectroscopical methods of investigating
eii:iple and complicated molecules. E. V.Shpollskiy made a report
Card 1/4 on the spectroscopical investigation of polyatomic organic

Physical Methods of the Investigation of Molecule SOV/53-66-1-7/11
Structure
molecules and M.M.Sushchinakiy on "Methods of Oscillation
S,pectroscopy" (historical review: Since the discovery of
0.)mbination scattering 30 years ago spectra of combination
scattering of more than 2000 substances have baun investigated
and since the discovery of infrared spectroscopy 50 years, ,
ago more than 20 000 substances have been examined by means of
the infrared spectra). V.I.Dianov-Klokov reported on infra-
red spectra of condensed gases: An animated discussion followed
the first 5 lectures. M.A.Yellyashevich, the comrades
Hakarov, Zamkov and Levin, further E.V.Shpollskiy, N.D.
Sokolov, B.S. Neporent, Ya.L.Golldfarb and G.L.Slonimgkiy
participated in this discussion. A.A.Braadt held the following
lecture on electrical methods of the investigation of
structure, properties, and interaction of the molecules,
and comrade Ivar4ov made a vu,-,Uezition on a device for the
measurement of electrical characteristico in a wide frequency
and temperature ranje. The session on May 15 was opened
by A.M.Prokhorov with a lecture on radiospectroscopy and
Card 2/4 paramagnetic electron resonance (investication of gases at

Physical Methods of the Investigation of Molecule SO-1/53-66-1-7/11
Structure
10- 12 torr).Further-L.A.Blyumenfelld made an -1 account of
the application,of the paramagnetic electron resonance in
biology and in investigations of organic metal compounds
(investigations in the laboratory of V.V.Voyevodakiy at
the IKhF AN SSSR (Institut khimicheakoy fiziki AN USSR -
Institute of Chemical Physics,AS USSR) and in the laboratory of
Blyumenfelld). N*D.Sokolov spoke on the work of the research
group Kazan' (Kazanskiy Gosudarstvennyy universitet i Kazanskiy
filial AN SSSR - Kazan' State University and Kazan' Branch,
AS USSR). B.IA.Kozyrev reported on the work performed by the
staff of the Laboratory of Paramagnetic Electron Resonance,
Sokolov on the application of the nuclear magnetic resonance
for chemical investigatLons of molecules; X.M.Iyevskaya spoke
on the same subject. Y.L.Tallroze gave an account of radio-
spectroscopic devices, E.I.Fedin reviewed new methods to
investigate the molecular and the crystalline structure of
solids (inv;stirtions in the laboratory of Kitaygorodakiy
I(INEOS AN 5 SR) , K.V.7ladimirskiy reported on investieations
Card 3/4 of the chemical displacements in hydroL;en and fluorine as well

Physical Methods of the Investij,,atIon of Molecule SO7/53-66 -1 -7/11
Structure
as in other nuclei which exhibit a4 nat-,7ictic moinoot, M It,
Yellyanhevieh reported an the developmeiit of spectroscopical
methods, E.T. Shpollskiy on the investi.,-ation of weak effects
by means of methods basing upon the marnetic resonance,
L.L. Dakabrun on "spin-echo" i,,iethods, Ya.G.Dorfman on ria4pieto-
chemistry, M.A.Yellyashevich on the contiact between various
branches of reaearch., and V.L.Tal'rQ,.,. on mass spectrometrical
methada for the invoistiGation of the molecule structure.
FiriallyI.N.Kondratlyev, Member, Academy of Sciences, gave the
concluding address.
l.-Molecules-Structwal ana4sis 2. Laboratory equipment
Card 4/4

LAZARET. Petr Petrovich, nkadamik Cdoceaaod). Prinimali uohastiye:
BAHSHTWN. L.B.; YOINO B.I.; SHMIDT, T.T.. NITATOCRODMT,
A.I., prof., otv,rAq",",*l- ~b-&-Ap T.P., takhn.red.
[Energy# its sources on the earth and its origin] Snarglia,
as istochi;Ud no zemle i so prolakhoshdania. Moskva# Ind-vo
Akad.nauk SM. 19.59. 274 p. (KMA 13t2)
(Yorce and energy)

SOV120-59-2-7/50
-AUTHORS: Z2di
jjwA.141-and Konstantinov, Yu.S.
TITLE: Apparatus for Observing Nuclear Quadrupole Resonance
(Api)aratura dlya nablyudeniya yadernogo kvadrupollnogo
relzonunsa)
PERIODICALs UPribbr I tekhnika eksperimentat 1959, Nr 2t pp 27-30
( 8SR),
ABSTRAM A 'sensitive quadrupole spectrometer is described; the
second,derivative of the signal is recorded by using a
phase-fiensitive system to detect the second harmonic of
a small-amplitude frequency modulation (double frequency
modulation Is used) Eq (1) definos the interaction
4' energies of.the nuciear quadrupole moment. The system
is-a' modification of those described by Livingston et al
-(Refs-8 and 9). Eq (2) defines the voltage change in
the:oircuit in terms of the (small) frequency deviation,
-et(.,. from which it follows that the second harmonic has
an.' inten'sity given, by Eq (3). Then Eq (4) gives the
waplitude if the signal has the usual dispersion shape.
Eq (5) gives the optimal frequency deviation (that which
I:esults in only 5% contribution from the fourth
,Card 1/2 derivative). The next section deals with frequency
:deviations that exceed the line width; Eqs (6a) ajad
40

SOV/120-59-2-7/50
Apparatus for Observing Nuclear Quadrupole Resonance
(6b) then give the output. This method gives better
sensitivity in detecting the line, but cannot give the
line -width. - The circuit is that of Ref 10 (Hopkins')
modified to,suit Soviet valves. Fig 5 shows the
signals recorded from the 35 C1 in 3 cc of
polycrystalline sodium perchlorate at 29.9 Mc/s with
scan amplitudes respectively smallar (left) and larger
(right) than the line width.
Card 2/2 There are 5 figures and 12 references, of which 1 is
German, 1 French, 7 are English and 3 are Soviet.
ASSOCIATION: Institut elementoorganicheskikh noyedineniy AN SSSR
(Institute of-~'-Biemental_organic Compounds, Ac.Sc.
'USSR)
S
"UBMITTED: July 12, 1958

SOV/109-4-1-17/30
AUTHORS: _FAdin,__JLa___and Semin, G.K.
TITLE: A Nuclear Quadrupole Radio-spectrometer (Yadernyy
kvadrupo12.1nyy radiospektrometr)
PERIODICAL: Radiotokhnika i Elektronika, 1959, Vol 4, Nr 1~
pp 127 -128 (USSR)
ABSTRACT: The authors tried to devise an equipment for determining
the quadrupole resonance, such that it could be
constructed by using the standard available elements.
It was finally found that satisfactory results could be
obtained by employing a quadrupole radio-spectro 'meter
of the type shown in the block schematic of Figure 1. In
this, the investigated substance was situated in's-brass
container at the end of a coaxial line. The container
housed the coil of the o3cillator tank; a Hopkins-type
oscillator-detector (Refs 1 and 2) was employed as the
source of the radio-frequency energy and the detector of
the nuclear signal. The variable capacitors of the te4ik
ircuit were such as to permit the coverage of a range
irom. 25 to 3? Mcls, while using the same coil. The anode
cirauit was supplied from a battery, while the heater was
Cardl/3 fed from an accumulator. In order to obtain an oscillo-

A Nuclear Quadrupole Radio-spectrometer SOV/109-4-1-1?/30
graphic display of the signal the frequency of the tank
circuit was varied b means ol an electrodynamic
vibrating; capacitor ftype RV-1); this type of modulator
resulted in a high resolving power of the s'pectrometer;
this was of the order of 10-6, which was better than thi
minimum' required in the experiment. The equipment was
.3 used for many months and p-&oved successful in operation.
An oscillogram of the signal and noise for the absorption
line of 0135 in sodium chlorate is shown in Figure 2.
The work described in this paper represents only the first
stage of the investigations which are being carried out
under the leadership of Professor A.I. Kitaygorodskiy
in the Laboratory of X-ray Analysis of the IMOS'
of the Soviet Academy of Sciences.
There are 2 figures and 2 English references.
Card 2/3

A Nuclear Quadrupole Radio-spectrometer SOV/109-4-1-17/30
ASSOCIATION: Institut elementoorganicheskikh soyedineniy AN SS
(Institute of Organic Elm-nolital Contpoui,.ds., PUS US311
SUBMITTED: May 26, 1958
Card 3/3

24(4) SOV/25-59-11-14/38
AUTHORS: Kitaygorodskiy, A..L., Professor, Doctor of Physico-
Mathematical Sciences,-Fedin, E.I., Scientific
Worker
TITLE: New Spectroscopy
PERIODICAL: Nauka i zhizn' 1959, Nr 11, P 35 - 40 (USSR)
ABSTRACT: The article deals with radiospectroscopy - a new field
of science by which the finest properties of matter can
be analyzed. The author describes spectral analysis,
the energetic structure of molecules and why atomic
spectra are mainly studied in ultra-violet and visible
rays. He explains the difficulties arising when stu-
dying the spectra of complex molecules, stating that
the atom itself has a rich optic spectrum which con-
sists of several e.ozens of lines. On the spectrogram.
of the molecule, these spectra are superimposed one
on the-other, thos complicating "ie deciphering.
Moreover,-the spectral analysis in visible and ultra-
Card 1/5 violet rays is too rough an instrument for investi_,~

SOV/25-59-11-14/38
New Spectroscopy
gating the closely arranged energetic levels of com-
plex molecules. The author illustrates by an example
the possibilities offered by infra-red spectroscopy
which iire also limited. For studying complex molecules
containing not only fluorine, but also many elements
which are widely used by modern chemistry, it is ne-
cessary to find new more closely-arranged energy
levels. The author writes about two resonances: 1)
the electronic paramagnetic resonance (EPR) and 2)
the nuclear magnetic resonance (YaMR). The electronic
paramagnetic resonance was discovered by the Soviet
physicist Ye.K. Zavoyskiy in 1944, the nuclear magne-
tic resonance by two American phy3iCiStS in 1946. The
combined application of infrared spectroscopy and nu-
clear magnetic resonance make it possible to fully
determine the structure of a molecule. The discovery
of Ye.K. Zavoyskiy made it possible to at once notice
even small concentrations of molecular particles, the
Card 2/5 so-called free radicals, which is very important for
L-11*1

SOV/25-59-11-14/38
New Spectroscopy
.many chemical reactions. The method BFR was success-
fully employed in the laboratory of the Corresponding
Member of the AS USSR V.V. Voyevodskiy of the Institut
khimicheskoy fiziki (Institute of Chemical Physics)
for studying reactions caused by radioactive radiation.
In 1950, the YaMR was followed by the appearance of
the nuclear quadrupole resonance (YaKR). The main
difficulty in the study of the quadrupole resonance
is the separation of very weak signals from noises.
At the Laboratory of Professor A.I. Kitaygorodskiy,
the vrork is in progress to increase the sensitivity
of quadrupole spectrometers. Much experimental ma-
terial has a137eady been collected which makes it pos-
sible to compare the characteristics of chemical com-
bination of the nucleus of chloride in hundreds of
different compounds. Equal work is being done with
the nuclei of bromine, iodine, nitrogen, sulfum and
antimony. It must be mentioned that these interest-
Card 3/5 ing data have been obtained without screening with

SOV/25-59-11-14/38
New Spectroscopy
a magnetic fieldi the stabilization of which creates so
many difficulties in the YaMR (nuclear magnetic re-
sonance). The second important property of the YaKR con-
sists in the fact that its lines are narrow and legible
only if the substance is in a solid state. The YAMR
shows a reverse situation; its lines can be observed
cleexly and easily in fluids, but they expand and be-
come dim in a solid state. A nuclear magnetic radio-
spectrometer of super-high efficiency as shown in a
picture is used for the investigation of chemical
shifts of the proton resonance and permits in many
cases to determine exactly the structure of the com-
pound within 10 - 15 minutes. The laboratory of
roentgenostructural analysis of the Institute of
Elemental Organic Compounds of the AS USSR under the
Card 4/5 heading of Professor A.I. Kitaygorodskiy has created
Ll/'

SOV/25-59-11-14/38
.New Spectroscopy
a new scientific direction - the organic crystallo-
chemistry. There are 1 photograph, 9 drawings and
1 drawing on the centerfold.
ASSOCIATION:Institut elementoorganicheskikh soyedineniy Akademii
nauk SGSR (Institute for Elemental-Organic Compounds
of the AS USSR) V-11"
Card 5/5

S/058/6 1/000/0 10/105~/I 00
AOOI/A1OI
AUTHORt Fedin, R.I.
TMXj Observation of nuclear quadrupole resonance in chlorine inotopos
PMUODICALl Referativnyy zhumal.Fizika, no.10 1961, 1660 abstract 1OV375 (V
sb.-".kramAgnitnv rezonans", Kazan Kazansk. un-t, 196o, 162-164)
TEXTk The author describes tho work conducted by him in the laboratory.of
the-.4nstitute ofj,El,ement~.Organio.Compounds, AS USSR, on'oonstruoting an installa-
tioj~. for, observations of nuclear quodrupole.resonanae in chlorine. The last_._,
version of the installation has ayegenerati~i-and a superregenerative sensorso
Signals are registeied by means of a synahrenous detector. The second~derivative
of -the signal is registerdd. k a:rgftal from 5 am3 of polyorystalline para-d1w
chloro~)enzene-c;tn be reoorde&with eiielt a.signa-1-to-noise ratio which assures-
detection,. at extended search,r.~ times more than weak absorption.
N, Pomarantnev
(Abstracter's notel Complete translation]
Card Y/I

13. 1
t .. -
Nuclear quoArnpole resonance -spectrum of 1,2,3-trichlorobenzars.
Zlw. etrj:kt, khIme I noel:-124-10-jo 160* (NIBA 13:8)
le Institut alementoorganichaskikh soyedinenly AN SSSR#
(Benzene-Spectra) (Idelear magnetic resonance)

SIMIN, G.K.;-JXDIN&-X
I -J. ,
Applications of nu-clear quadrupole resonance to crystallochemical
investigations. Zhur. struk. khim. 1 no.2125z-267 ji-Ag 6o*
(MIRA 13:9)
1. Institut elementoorganichookikh soyedinaniy AN SSSR.
(Crystals-Spectra)

57 _0 O~
.2*421 ~ql
AlfiHbRg: Kitaygorodakiy.-A. I aW
TITLE: Variation in.the Intensity of Nuclear
a Molecular Grystah IrraAiated ~Z
7
PERIODICAL: Doklady Akademii nauk SSSR, 1960,
(USSR) -
686o5
3/020/60/130/05/014/061
10014
QuadrRole Resonance in
Fast Electrons
11
Vol 130, Nr 5, PP 1005-1001'
ABSTRACT: The author of the paper under review made use of nuclear quadru-
pole resonance for indicating radiation damages of polyorystal-
line samples of n-diohlordbenzene which were exposed to dif-
ferent doses of.750-kov electron radiation.-Reaonance was de.-
termined by means of a frequenoy-modulated quadrupole radio-
spectrometer with synchronous detection and signal recording
by means of a recording millivoltmeter. The quadrupole resonance
line was recorded several times for each sample (of Fig 2).
These lines have a "saturation region" when the increase in the
irradiation does no longer influences the intensity of the
quadrupole resonance signal. This region corresponds to an
unexpectedly low diminution of the signal intensity compared
to the signal intensity of the nonirradiated sample (A/i - 13-75).
Card 1/4 A considerable decrease of the signal (A/AoM 0-3) was acRieved ~/

68605
Variation in the Intensity of Nuclear Quadrupole S/020J60/130/05/014/061
Resonance in a Molecular Crystal Irradiated by B013/BO14
Fast Electrons
for a sample vhioh had been cooled insufficiently during ir-
.adiation. Thuag fusion centers developed. In this case, the
quadrupole resonance frequency remained unchanged. This fact
and earlier obtained results are easily explained by the aesump-'
tion that the chemical transformation ooourring under the so..
tion of I- and P-radiation can proceed inversely only at the
crystal sites where the packing density is lower than in a
perfect lattice.. At sites of normal packing the position of
molecule fragments obtained by the disrupture of the chemical
bond remains strictly fixed, and the bond is immediately re-
established. After the rTleculea in the thin surface layer
of'tbe.blockep at the crack boundaries, etc have been destroyad,
a further increase of the raiiation dose has no effect on tho
..intensity of the quadrupole.r-inonance signal. When the samplo
is heatedg A/A0 decreases because the nuiAer of insufficiently -packed
Card 2/4 and completely free molecules increases the fusion centers.

68605
Variation in the Intensity of Nuclear Quadrupole 8/020/60/130/05/014/061
Resonance in a Molecular Crystal Irradiated by B013/BO14
Fast Electrons
(A 0 - A)/A - 'H,/N holds. NIdenotes the number of molecules
at loosely packed siteaq and N is the number of normally packed
molecules. Reasonable valueg are obtained by estimating the
block sizes (asp 6*999 4e1O'4 molecules per block). Cavities,
cracks, etc. are a little more than 4% of the crystal volume.
This is in close agreement with data obtained from X-ray struc-
tural analyses. A carefully bred single-orystal BaMP19 with
a fairly perfect lattice must have a considerably higher
stability against ionizing y- and P-radiation than has a
polycrystalline sample. It is suggested to verify this problem
by the same method. The authors thank B. L. Teetlin, A. P.
Bayev, and P. Ya. Glazunov for their assistance in the Irradia-
tion of samples. There are 2 figures and 4 references, 1 of
which is Soviet.
ASSOCIATION: Inetitut elementorganicheakikh soyedineniy Akademii nauk SSSR
(Institute of Elemental-organic Compounds of the Academy of,j
-Card 3/4 Sciences of the USSR)

63605
Variation in the Intensity of Nuclear Quadrupole S/020/60/130/05/014/061
Resonance in a Molecular Crystal Irradiated by B013/BO14
Fast Eleotrons
PRESENTED: October 6, 1959, by 1. V. Obrelmov, Academician
SUBMITTED: October 2, 1959 ~A/
Card 4/4

FEDIN, E. I.
Cand Phys-Math Sci - (diss) "Study of' molecular crystals by the
nuclear quadripole resonance method." Moscow, 1961. 12 P;
(Inst of Chemical Physics of the Academy of Sciences USSR5; 200
copies; free; bibliography at end of text (15 entries); (KL,
5-61 sup, 1?4)

FEDIN, E.I.j KITAYGORODSKIY, A.I.
-----------
Investigation of oolid.oolutiona of certain organic c a
tho.-nuclear quadimpole resonance method. Kristal.10 afiia 6 no#
3:406-412 MY-Je 161. 14; 8)
1. Institut elementoorganicheskikh soyedineniy AN SSSR.
(Wolear magnetic resonance and relaxation)
(Solid solutions) (Or&nic compounds)

KITAYOGRODSXIYI A.I., prot.; FEDIII, E.J.
Molecular radio signals. Friroda 50 no.ns44-52 N 161.
(KCRA 14:10)
le-Institut elementroorganicbeakikh soyedinsay AN SSSR (~bskv&),
(microvave apectroocopy) (Molecular opectra)
-V

FEDIN, E.I.j PETROVSXIYO P.V.j REVENKO, O.M.; YURITEV, Yu.K.
Nuclear magnetic resonance spectra of homologs of thiophane and
pentamethylene sulfide. Neftekhimiia 2 no.3:270-274 *.(-Je
162. (MRA 15:8)
1. Institut elementoorganicheskikh sojedineniy AN SSSR i
Moskovskiy gosudarstvenrVy universitet,
(Thiophene--Spectra) (Thiopyran--Spectra)

$ D.Xa-.;-YE-D-.TN$ E.I.
Second moment of the nuclear magnetic resonance line in a sample
with an axial texture, Zhur.strukt.khim. 3 no.1:101-102 Ja-I 162.
(MIRA 150)
I* Institut olementoorganichookikh soyedineniy AN SSSR,
(Miclear magnetic resonance and relaxation)

39982
-7dO 8/181/62/004/008/027/041
B108/B102
AUTHORSs Waugh, J. S., and Pedin-I E. I.
TITLE: Determination of the barriers of delayed rotatio6 in solids
PERiODICAL; Fizika~tverdogo tela, v. 4, no. 8,.1962,.2233 2237
TNXTs The potential barrier V d9laying the rotation (reorientation),Of-
0
molecules or ions is calculated appruximately. The frequency of reorient&-
tion is usually assumed as 4j exp(-v /kT ). The experimental part
a 00 0 0
can be considerably reduced if the temper4ture dependence of the nuclear
magnetic resonance line width is employed in the theory, for 41 at
a
T "excess" line width). Therefore, Atn fV-"7-eoxp(-v /kT from
c 0 0 c
which V0 can be determined. One has only to determine the temperature Tc
at which the lines start to contraot, and the amount by which the line
width changes. The results obtained in this way agree well with those of
other 6athodso In particular, the relation V (kcal/mole) c~:37T (00 can
0 c
Card 1/2

3/181/62/004/068/027/041
Determination of the barriers ... BIOB/B102
be used with an accuracy of about 10%. There is 1-tabld.
ASSOCIITIONt Institut alementoorganicheakikh aoyedinaniy AN SSSR Uookva
.'(Institute of Elemental Organic Compounds AS USSR Moscow)
1962'
ZIUBMITTEDs April 11,

KITAYGORODSKIY, Alekaandr Isaakovich; FEDIN, Erl S_;1UO_j SHUSTOVA,
I.B., red.1 RAKITIN, I.T., takhn. red.
[Atomic structure and the properties of solids] Atomnoe
stroenie i evoistva tvardykh tel. Moskva, Izd-vo "Znanis,"
1963. 47 p. (Narodnyi universitet kulltury: Eatestve=o-
nauchnyi fakul'tat, no.6) (MIRA 160)
(Matter-Constitution) (Solids)

LYIIBIMDV, A.N.; VARE111K, A.F.; FEDIN, E.I.
Nuclear magnetic resonance spectromoter of high resolution of
the central automation,lAboratory. Zhur.strukt.khim. 4 no.6:
919-923 H-D 163. (MIRA 17:4)
1. TSentrnllnaya laboratoriya avtonatiki, Institut elementoorga-
nicheskikh soyedineniy AN =R.

NESMEYANOV, A.H., akademik;.KOCHETKOVA, H,S.; PETROVSKIYp P.V.; FEDIN E I
Pentaethanodiferrocene, Dokl. AN SSSR 152 no.4:875-878 0 163.
(KMA 16sli)
1. Instutut ele.mentoorganichesk,ikh soyedineniy AN SSSR. -

T.
WJIF
L 1783E -65 -_.qT(1)/EEG(t) -~eb IJP(CJ/
8v0030/6h/rM/OlI/W 43
T,CUMS:.WNRt A.F50002.59
AU'j"HOR3i Pavl9-v-A. B. N.; Saf Jn'~ I. -&t; J~
Ya.
mst,~od f or Unvestj(;a'Ing ~uqjq
41-
P--
tv
OPIC TAGS 7 1, 1 --- - -
T
4C." 711-le adv-.ntages of puls e tnet~ods for ii w e A g a t- i No, nuclear quadrupolo
over L'toady-taz-e met.hode iwt.- dJscussid. itciadv-sLaLe !wUlad-4
Fuck:essfuliy only for -wLmple,-
these cases the aquj~vaient Q of tne lirte er t, vj~.
AV it
'I-)C-; and is the line Width. RrcyadGning of ;he f4O.R line, aeused by
a -h '- oftor u-iro-~vabla. -aLiq ot '~rL:- to a
2-,,, ix
oc t S v I t a t tie, A r (Ai -n i
~~O . A.3 a r c~ i.
---v, tho iensitIv'Ity A ,,j
L
Card 113

L 1793P -615
JLCK-)SIDN NR, AP~>000259
4i~i- li,-e wldtrn, since the irit-iial amplit-lMiR 0" the -mr,'j"r irxl-nt~r),-
".9 ',,;X
jmLuti ajapiltude of trie quad-rupole Spin ecno
I., .'r 9-1 NQR 3irnal intenntty and ar-3 ondy ,;! .7-fit' ;3-)(Iert i~q
aB botn snuw!. tnat '.lie Fa~ - ',n senai'-'~
U
V
where r is the spin-lattice rel&%ation tiisois T! is the parameter of the Uo4R line
1 2
width, 6-)qs is the pass band of the steady-state spectromter amplifier,
nd a,-Id a!-9 "e
tnR -,asn hand of tho pulse spectrometer receiver, a F
i 7P-r no:.se f actors. Ls ar. exaliple a f t re ;;L
nuckel in A8251 1!
i a ac!'O Signai from the Aa
~~i WhA-n ilging -,he steady-state method. Several exarzipl.-5 axe a,Ls,- c.,ven
Praq;ie-icy TrIe&A'.Lrqments aW r'scl~;t4lnr,
"0' r-'PA "Y -'S' ne. tn 8 9 * Ua4y
nasi w equaLions and I diagrame
Card !13

T, l7fi3M5
ACCOM-SION IIR: U50=159
ia '~itut radioelekt-r"iki Kazanskiy fis;i ko-Aqkkinii c-hoskiv i ngtitut.
t 11 t
_o, liatan lrot,ltute cf Phpii-r anc (I-
In v. it ut
~K. A 1( V$~O'I- jr, !
SUBMITTOD t 00
NO REF SOV. OCO
EML 00
IOTH&R 000
Card 3/3

Hydrogen isotopo exchan& 3n hc-.xa-Eijbsti!,ufF0 lx!rizcrr-,i. All SSSR
158 no.3.-672-674 S '64. MiRA 1-1-10)
I. Institut el-ementoorganich-aikikh soyezdinenly IAM SS~]R. .-,. Chler.~-
korrespondent AN SSSR ~fc-r Kur:?anrjv).

- - ---------
PAVLOV, B N.; SAFINV I.A.; SEMIN, G.K.; FEDIN, E.I.;.SHTERN, D.Ya.
Pulse method of nuclear quadrupole resonance study. Vest. AN
SSSR 34 no.11:40-43 N 164. (MIRA 17:12)
1. Kazanskiy fizika.-takhnicheskiy institut IInstitut elementa-
organicheakikh soyedineniy AN SSSR.

BRAMRt L, j PLITROVSKIYj ~I~FED~IN
.~L ~El
Dimensionality units in high-moolution spin-flamiltonian nuclear
magnetic resonallosa Zhurs struka khims 6 no~32456-457 MY-Je 165,
Determination of the transfer number in high-resolution naolear
magnetic resonance spectra* Md.1451.-456 (MIRA 181t8)
I# Institut alementoorganioheakikh soyedinenly AN SSSR*
q

62-
AL17-i'P: *,esrr1!vanov, A. N. (Academician) 'e,l I,,) E, 1
Nog ina. 0.
Dubovitsk~,y, V.;
-he nu-~Iear magnetic resonance m(tthod fcr s t,idy i rl~; t h eratare of
I wm - 21-i~ntadi enyl borlding In t'le -:yc t;iq
Ij f5
iSOURCE: PW SSSR, Doklady v. 163, no. 3, 1963, 659-662
T ferrocene, titanimn, cyclopentadiene, nuclear magnetic re-sonance
Th.- effect of chlorine atom;
2, 1) v.
-!i n
I h,,, high resolution NMR tecinique. The NMrk 5pe, zi
(I I F r, r 1~ hy I
Abi LUY
.,r,th Fe2 co-.T-plates w-tn the prnt-on chem.;--al shif-t in nigh
Card 1/2

ACCE~,SIIC~,, UR- AD rr' 11 U431

#, K11TRELH, I.V.
.kadj
lUgh-rcsolution protnn m;grietlo regonant:e of organocyclosilazaneo,
Okl. JiDl SSSR 163 no.4'.-877-879 Ag 165.
(MIRA 1818)
1. 111stitut voyedtneniy AN SSSR.

NESMEY/J1111V A.N.p ttkjdnmik$ KRITOKAYA, 1.1.1 FFDirl, f,-I-
7 - - - , .. ~ I. .
Synthesis and propertiec ofj(-allylearbonyl complozfls of iron*
Doki. AN SSSR 164 no&51lO58-3,061 0 165, (MIRA 18:10)
1, Institut elementLorganicheskikh soyedirienly All SSSR.

PSTROVSKAYA, L.I.1 BURLACHENKO, G.S.LFED~~N,'.~tT._.; BAUKOV, Tu.I.;
LUTSHNKOV LF,
Proton magnetic resonance of eaters of metalated (Si, Go, Sn)
acetic acid and O-silyl-;4~alkylketene acetals. Zhur.strukt.khim.
6 no.5S781-783- S-0,165, (MIRA 18:12)
1. Institut elementoorganicheakikh soyedineniy AN SSSR i
Moskovskiy gosudarstvennyy universitat imeni M.V.Lomonosova.
Submitted April 29, 1965o

BABAREp L.V.; ?ETROVSKIT~ P,V.1 FLDIX) S,I.
Determination -of - the. strueture -of orgitnosilicon derivatives
of ferrocene by +.he nuclear sagnatie'resonance method..Zhuro
I istruk-tikhiiu,.6-xei&5s7g3-785 S-0 165,
- (MIRA 3.8932)
10 rnatitut elementaoi-ganichesUkh soyedineniy AN SSSR. Sub-
mitted April 14, 1965-

SH-1YRUN, T.F.; DCONER, A~D.; WFSKAYA, HII
H-TRO1,13FTY, P.V.; FED171, B.T.
Program of compuLlIng n-ur0ehr .m;x Ja rejonarr.,e, ~F,,~ctra of hIgh
resolutioii in the case of siv-9 SPlr'---pl-Tj 1--Leractlorl. 'Zhur.
strukt. khIm. 6 Yin. ll-Ag '65 (MIRA 19t!)
1. Nnuchnn- I Fis I odt,,r lri.Sti W L rez
I InstlAuL ejf~me- jorgraAcheAlkh soyvdlnem~iy AN 50~-Ff. SAMIttr-d
4ril 14, 19--"-
...........

)L O-F,173. 6; E-Mr mW94P .3,L
RR_,~A ---9JVffa7&766'5/00
P 00072
ff P 103111038'
X
!~O
IWIMNTS I. L. -'CIEEBURKOV. Yu. A., M'RGPJ/,OVA M. D.
V., rnatitute of Kviteroorganic Compounds, Academy of Sciences USSR =nsfu'l-
- S
'OYWZT~topr anlenes"RUT soyedlneW AIT
'Perfluoro"thylketSiae Communication 7- Structure of the Dimer"
OGCOWI Izvestiya Akarlpm Acade
It Nauk SSSR, Seriya Khimichoskaya (Vews of the rqr
iof Sciences =M, C#emical Series)., No 6, 1966, PP 1031-1038
'Abstract.: Perfl-aorodimethylketene, in contract to other known ketenes, foring a j
linear dimer itAnde'r the action of triethylamine. Tho dimar was also produced by
tVo other methodo:-~) the reaction of an equimol4r wi.xture of liexafluoroisobuty-
ryl 6hloride and qthylamine; 2) by the action of t~iethylaminelor cesium fluo-*
on perfluoromethacrylyl fluoride. In the latter case theireaction mixture
w6s treated -r~ith rrke-~~anol, yielding the methanolysis product of t1-.-:! dimer and
also the known n*thrl ester of hexafluoroisobutyric acid and the methyl eater
of alphc~-Ttrifluoromqthyl-beta) beta-difluoro-beta-methoxypropionic acid. The
structure-oi t~p di=,?r of perfluorodl.mothylketeng an the bin-fluoride of per-
fluoro-(~lpha) alphal ganm-trimthylglutaconic) acid was confirmed by its re-
actions and infrared spectrum. The reaction mechanism proposed for the dimeri-
zation includes isomerizatioh of the ketene to the more stable perfluoromethacry-
lyl fluoride. 'A pew reaction was discovered: linear - dimerization of functional de-
rivatives of Verf~uqromethacrylic and difluoromethylenemalonic acids. Orige art6
has: 1 figuro, '9 formulas and 2 tables. fJPRS: 37,02ff
I oS: fl o . F.,ard co
riO&MMET 8%8c 5' 2
4'_ W V +,546.16J

CODEs
AUTBDRI Andrianov, K#A* (Academician); _!!#n I.L Lavygino I.A.; Gorska
Lavrukhin) B*D.
ORG2 Institute of Oreanoelamental Com22gWa. AM-SSSR Unstitut elemenU rgaaclieskikh
nerdy AN WSR)
soyedi
TITIJ,z Reaction of 8-hydriqxyguinoline tribulo2gtitaniuml.with
SOURCE.- AN SSSR. Doldady, v. 166., no* 2j, 19661 349-352
MPIC TAGS% spectrometers reaction mechanism, titanium compound, silane, esterifica-
tiOnj chendcal stability
ABSTIULL-7r: A nuclear magnetio resonance spectrometer was used for studying the
mechanism of the reaction between 8-hydro.Vquinoline tributoxytitanium and
triiatbyl hydroxysilane. Spootra are given for various reagent concentrations*
-The first event in the reaction in apparantly coordination of the oxygen in
the hydroxyl radical of the triethyl bydroxysilano with a titanium atom
which rosults in transesterification by the mechanism of bimolecular
nucleopidlic substitution. Substitution of a single butoxyl group probably
results in such an unstable molecule that disproportionation takes place
vith the formation of stable compounds having tetracovalent and hwmao-
ordinate saturated titanium atoms. The rimental procedure is described.
-eve
Orig, art,,hass 1 figure and I table. MMs 36, 4557
SUB CODEs 07 SUBM DAM 21Ju165 7 ORIG Mz 1 W2
Card 1/1 LMCj %6*82h
CMMUMM

ACC NRI AP7003534 SOURCE CODE: uR/0386/67/005/00VO016/0017
.AU71(OR: Fedin, E. I.; Gorskaya, N. V.
ORG: Institute of Organoelemental Compounds) Academy of Sciences SSSR (Institut
elementoorganicheskildi soyedineniy Akademii nauk SSSR)
TITLE: Irreversibility of transition of NMR signals through a weak field in some
molecular crystals
SOURCE: Zhurnal eksperimentallnoy.i teoreticheskoy fiziki. Pi,;1ma v redaktsiyu.
Prilozheniye, v- 5,, no. 1,, 1967o 16-17
TOPIC TAGS; nuclear msgnetic resonancep naphthalenep anthraceneo spin relaxation,
spin system, spin lattice relaxation
ABSTRACT: The authors performed an experiment with naphthalene single crystals, sim-
ilarto the experiment of R. V. Pound (Phys. Rev. v. 81, 156, 1951), wherein the
sample was demagnetized in a weak (terrestrini) field. Unlike the earlier results..
which shoed reversibility of the transition through a weak field and demonstrated
the existence of a spin temperature,in LiF crystals, in naphthalene the transition
through the weak field turned out to be irreversible for the NMR signal: a time
t - 1 see turned out to be sufficient for total disorientation of the nuclear spins
in these.crystals; subseqx~e~n~ e~~ta'~lishment of the equilibrium magnetization and a
corresponding growth of the MM signal occurred, as in the initial magnetization,
with a time constant T sec'. Neither var'iation of the intensity of the rf field
Card 1/2

ACC Wt
over a wide range) nor defects in the crystal lattice, have any influence on this-
effect. The behavior of the NMR signal in antbracene and biphenyl was similar. Con-
trol experiments with molecular crystals and polymers whose molecules contain no
closed electron delocalization loops or have additional intramolecular degrees of
freedon (paradichlorobenzenep hexamethylbenzene, o)cyacetate of berylliumo paraffin)
polyethylene, etc.) di6closed full ieversibility of the transition of the NMR signal
through a weak field. This irreversibility is qualitatively treated as an indication
that in the tested naphthalene,, biphenyl, and anthracene., energy is effectively
pumped out from the nuclear-spin system Into the lattice when H < Hloc. A theoret-
ical and experimental study of this effect is being continued. The authors thank
A. 1. Kitaygorodskiy for continuous interest) A. P. Amitonp B. A. Kvasov) N. 0.
Okulevich., and N. I. Okhlobystin for help-with the measurements, and R. M. Wasnikov
and L. A. Fedorov for supplying the samples.
SUB CODE: 20/ SUBM DATE: OlOct66 OTH RM -003
-2

DAVYDOVy,A.S.p polkovnik; KORSHUNOV, V.N., polkovnilt; KDZLOV,
N.D.p podpolkovnik; LUKANIN, Ye.A., polkovnik; NESIN,
A.A., polkovnik; POZKOGOV, A.S.) polkovnik; FUTINTSEV,
A.I., podpolkovnik; SIDORENKO'Vp P.I.) polkovnik,- SYTOV,
L.G.,, polkovnik FF G- ... po
_ J) ovnikj CHEREDNICHEFKO..
V.T. p polkovaik; F. I.$ kontr-admiral zapasa;
SHAMMY, A.N.p polkovnik; ROMOV, I.M.,. red.
(Methodological materials for political instruction] me-
todichaskie ma6erialy k politicheskim zaniatiiam. Mo-
skvap Voenizdat, 1965. 240 (MIRA-18:7)
1. Russia (1923- U. S.S.R.) Glavnoye politicheskaye upravle-
niye Sovetakoy Armii i Voye=c-Morskogo Flota. Upravleniye
propagandy i agitateii.
. . . . . . . . . .

MOSKALTVV AWN., kand. tekhn. "ukj FIIATOV# N.V.p ksM. tekhn. naukl
POPOV$ VXV insh.1 MINp I.Asp inzh.
Machines for jet pieraing with a ring system of cooling.
Gor. zhur, no*5t45-46 My 164o (KMA 17t6)

MOSKAIXV, A.11%, dotsent; FILATOV, N.V., dotsent.; POPOV, V.I.%. inzh.; FEDIN. 1.A.,
,Lnzh. ~
Efficiency of jet t rches in the jet piereing of rock. %kv.vys.ucheb.
zav.;gorahur. 7 nc.9:6&-1/2 164. (MIRA 18:1)
1. Sibirskly metallurgicheskiy institut imeni S. Ordzhonikidze, Re-
a
komandovana kafedroy gornykh mashin i rudnichnogo transporta.

(t) Pf J
T,-578-31-45. VDIM
ACCESSION UR- APiO12645 jjR/wir, irr, I rnn
AUTH1__1F _- M.Q~i~alev. A. H. (Candidate of technical sciences); Filatov d i -
date of tecJinical sciences); Plopov, V. M. (Engineer): F,-"i"
T"M__~UlKfng -openingg-in 200 4 irn _h
-thick metal wir a rocket-type torch
SGURCE: Svarochnoye proizvodstvo, ni). 5, 19GS, 34
TOPIC TACS: flame cutting .4rutting torch, cast Iron torch cutting
k
AFk"TR,ACT; Results are given of tests on burning openings in mo-il
qhafts , mr ld~,, etc) wi tn thicknesce-, of 200 tv tst)o mm '11 tth a
;-r, 3nd '-~f vhf- 7-VP1
1')7) 11, 2 i to 50% less than i i oxygen t-rl_r', 1: igs an be
-ills with a diameter of 300-400 mm. and ir. -~is, ;T-n
',-00 rmn wilh the torch maintainel i n -~r.
-cc-
~RIIMW.
pawr
FREN4,

NO REF SOV: 001 GTHER: 000
I--
'Card 2/2

MOSKAISVI A.H., kand. tekhn. nauk; FILATGV, N,V.,, kand, tokhn. nauk; POPOV,
V.M., irLzh.; BURLO, Ta.A., inzh.
Cast iron cutting without flux. Lit. proizvo no.9t22-23 S 165#
(MIRA 18110)

MOSKAIEV, A.N.., kand, tekhn. nauk; FILATOV, N.V.., kand. tekhn. nauk;
FEDINp I.A. inzh.; POPOV, V.M., inzh.; BURLO, Ye.A., inzh.
Tests in cutting high-mlloyed ateels without flux. Svar.
proizv. no.9:26-27 S 165. (MIRA 18:9)
1, Dnepropetrovskiy filial im. AN UkrSSR (for Moskalev).
2. Sibirskiy metallurgicheBkiy Institut (for all except
Moskalev).

11 1 1 Q.
. RUYUKO 0 t. I -
~1~ 'l '. FOINt I.M,
-,it-udy of thft Int.-raclAcri of ank-0'I
with qllyl ard bon?,),Iem4rn,;. "Mr. M.. 0-ilm. 3:~
1 1
.3 165. (ml,:,V. ittlc)
2.. 1,1ronsidy F.,)widarstveppyy meOU-;I--nk--Y lantlUto

MKOLUaXy A.F,., kandl*tvA:n,,naW:j RUNAVISMIKOV, ';.V.,
inch.
Reducing gear with power takaroff for DT-34A tractorn. Strol.
i dor, wash@ 6 no19:23-2.4 S 161o (EMU 14:10)
(Tr.,.,ctors---Engines)
99N1

NIKOIAMV, i.11., kand.takhn.nauk,- RUUVIMHIIIKOV, S.V.., kand.tekbn.nauk;
, inzho
The M-WI-38 cutting trencher. Stroi. i dor. maeb. 7 no.7:5-8 Jl
t62. (HIRA 15:7)
(Excavating machinery)