SCIENTIFIC ABSTRACT KVLIVIDZE, V. A. - KVYAT, E. I.

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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AC=SIOR Mi AP5005309 5/0181/651001 /002/06191'0621
AUMORt Xvlividze, V, A&; Mhobkoya, Ye, S %.lcban=& V , A.
T1 ME: Concerning the-ncatte -by -netallic surfaces
5~i 9~;
"W -ilk tVerdogo tela #406-
--i ~JMPIC T_405r:- ion- scatterin zeW,spiAt16r1z* ~Dclitteirlng' angle, angular distrib
A- tion, sputteringcoefficient or.
-Opp.
-AMTRAM Results are presented--of a nunterical calculation of the dependence of
th-t scattering angle on the impact ptrameter over a wide range of energies, i;i;ing
thit potential of L. B. Firsov MEW v. 33, 6960 1957). It is assumeed in this
ap*roach that the incoming particle Interacts vith the lattice etms like Vith
fri?e particles, Tbe calculations, accueate io,5%, vere made at the VTs 1-M. (Com-
pWUtion Center, Wscow State University). The number of fast. Wattered particlias
In experiments on the angular dintribution of scattered particle3 is es"Urnated on
thi., basis Of this calculattion, An estimate is &lffo given of the sputtering coef-
fit.-ient of polycrystalline copper bombarded by 30 keV argon ions, using the for-
1 2

AS150CIATION: l6bskovakiy gosudaratyennyy universitet in, 14, V. L,=oLoz;civn 01~oscau-
S
tmte University)
SU13MITTED: 1 u-,jun6 h
ENCL: 00 SLI CODE: SS, -,P
REF SOVt 006

AUTHOR: Pomerantsev, N. M., and Kvlividze V. 1. 120-2-16/37
THEO: A Sensitive Arrangement for the CYbservation of Nuclear
Magnetic Resonance Signals. (ChuvstvitelInaya Skhema
dlya Nablyudeniya Signalov Yadernogo Magnitnogo Rezonansa).
PERIODIO.AT,: Pribory i Tekhnika -Eksperimenta, 195?, No.2,
pp. 56 - 59 (USSR).
ABSTRACT: The main experimental problem in ruclear magnetic
resonance work is how to increase the sensitivity (signal
to noise ratio) of the apparatus. Besides the use of low
noise installations it is usually necessary to apply
other methods of increasing this ratio. In the present
article the description is given of an arrangement
incorporating the full compensation of the signal of the
amplifying channel input (Ref. 4) as compared to the partial
compensation method described in references 1 and 2.
The "resistive voltaGell as frequency carrier is introduced
in this case after the amplification of a nuclear magnetic
resonance signal. An improvement in the SIN ratio is
obtained and although the relative noise cannot be reduced
during the compensation process, its absolute value is made
smaller, so that for a constant value of the magnetic
Cardl/4 resonance signal the S/N ratio is improved. If I for the

120-2-16/37
A-Sensitive Arrangement for the observation of Nuclear Magnetic
Resonance Signals.
partial compensation, the resistive voltaea is of the order
of mV, for a complete balance it may become of the order
of one or a fraction of a microvolt. It is then smaller
than the noise level and in principle the SIN ratio will
be determined solely by the receiver noise and the pure
absorption or dispersion observed. The resistive voltage
of correct phase is fed into the mixer where detection
occurs (as opposed to Reference 4.). The mixer is a
multiplying circuit with integration. The integration
constant is so chosen so as to pass low frequency components
without distortion, the high fre quency noise is reduced
considerably in the same manner as in a high frequency
phase sensitive detector with the frequency pass band
reduced to the required value. The experimental arrange-
ment consists of a generator with a power amplifier, the
output voltage of which is fed into the compensator.
The latter consists of a coil with a sample placed in its
constant magnetic field. The signal of the magnetic nuclear
resonance from the compensator is applied to a high
frequency amplifier, then to a multiplier where it is
multiplied by the generator voltage with a proper phase
Card 2/4 shift, obtained with a phase inverter (variable). After

120-2-16/3'17
-A Sensitive Arrangement for the Observation of Nuclear Magnetic
Resonance Signals.
multiplication and filtering of high frequency components,
the sigaal is amplified and applied to the deflecting
plates of an oscilloscope. The generator works at
12.933Y,.cls, in Colpitts circuit, using a triode connected
6ZhlP (6WITT,-) tubel the output voltage range is 0-12V.
The com ensating element is a double-T bridge network
(Ref. 61. The high frequency amplifier has 11.8-14Mc/s
band width and a gain of 80c1b. A valve volt-meter measures
the output of the high frequency amplifier down to .01V.
The multiplier is based on 6X6C tubes (Ref. ?). The
constant magnetic field is 3,000 oersted. The modulating
vcItage is taken from the type 3G-10 (3r-10) generator.
The arrangement sensitivity was compared with that of an
autodyne system. The latter gave the signal to noise ratio
1:1 for the same conditions for which the described
instrument prod-aced the oscillogiam as shovn in Figure 3,
A block diagram of the apparatus, a circuit diagram of the
amplifying circuit with inverters, phase shifters, differen-
tial amplifier and all the integrating network are given.
Card 3/4 There are ? references, 2 of which are Slavic.

120-2-1-0/37
A Sensitive Arrangement for the Observation of Nuclear Magnetic
Resonance Signals.
SUBMITTED: Aug)ist, 8, 1956.
ASSOCIATION: Faculty of Physics of the Moscow State University
imeni M. V. Lomonosov. (Fizicheskiy Fakulltet JdGU im.
M. V. Lomonosova.)
AVAILABLE: Library of Congress.
Card 4/4

33207
s/141/61/oo4/oo5/009/021
E032/E.114
AUTHORS~ IYevskayav N.M.o Kvlividzeg V.I., and
Umarkhodzhayev, R.M.
TITLEi On the observation of nutation in nuclear magneti~_-
resonance experimenti
PERIODICALg Izvestiya vysshikh uchebnykh zavedeniy,
Radiofizika, v.4, no.5, 1961o 903-911
TEXTs The authors report a study of the form of the
absorption and dispersion signals which are produced in a strong
high-frequency magnetic field. Explicit expressions are derived
for the z-component of the magnetization vector and the fcrm of
the absorption and dispersion signals in the special case of
equal relaxation times. An approximate solution is also obtained
for the case of linear modulation of the magnetic field.
Conditions are derived for the appearance of the nutation of the
magnetization vector. It is pointed out that the thecretical and
experimental work carried out by the present authors indicates
that great care must be exercised in distinguishing between fine
structure of NMR signals and the nutation effect. The rate at
Card 1/3

On the observation of nutation in s/l~I~Ji/oo4/oo'4/009/021
E032/F,114
which resonance position is traversed must be such that
where 2 2
~ = a/y H. (2)
1jyj dHm/dt, and H.1 is the amplitude of the high-frequew~y
magnetic field, When JXI 4 1 and the relaxation times are
comparable or greater than the resonance value Tr the form of
the signal is distorted and oscillations appear on passing
throligh resonance. It is pointed out that the phenomenon of
nutation can be used to determine the amplitude of the bigb-
freq~aency magnetic field by measuring the period of the
oscillations at resonancs~ The period is given by;
1/f1 =- 2 07/ .1 -(1 HI
There are 4 figures and 9 referencas' 5 Soviet-blo~ and 4 non-
Soviet-bloc, The English language references read as followsi
Ref.l~ B~A. Jacobsohn, R.K. Wanganess,
Phys. Rev., v-73. 942 (1948),
Card 2/3

33207
On the observation of nutation s/141/61/004/005/009/021
E032/E114
Ref.4s F. Bloch, Phys, Revol v.70, 46o (1946).
Ref.6i H.C. Torrey, Phys. Rev., v.76, 1059 (iq4q)~
Ref.91 A.G. Redfield, Phys. Rev., v.98, 1787 (1955).
ASSOCIATION& Moskovskiy gosudarstliennyy universitet
(Moscow State University)
SUBMITTED: September 16, 1960
Card 3/3

35065
s/195/62/003/001/oo6/olo
E071/E136
AUTI-IORS Lvlivid--re, Y.J., Iyevskaya, 4egorova, T.S.,
Kiselev, V.F., and Sokolov, N.D.
TITLE: NYR studies of water vapour adsorption on the surface
of silica gel
YERIUDICAL; Kinetika i kataliz, v.3, no.1, 196~-, 91-98
TBXT: The mechanism of adsorption and the state of the
-adsorbed molecules on the surface of an adsorbent cannot be
elucidated on the basis of purely adsorptive rneasurerent. For
this purpose some additional data on the system adsorbed
substance - adsorbent obtained by physical methods are necessary.
As a first stage in the inve.-itigations the authors studied signals
of nuclear magnetic resonance from protons of hydroxyl groups of
water adsorbed on the surface of silica gel. The results obtained
were compared with adsorption properties of silica gel, with
measurements of heats of adsorption and available spectroscopic
data. Silica gels k-2 (K-2) and K-4 (1~-h) obtained by the
hydrolysis of SiC14 and a purified sample of technical silica gel
Card 1/3

NINIR studies of water vapour ... S/195/62/003/001/006/0'LU
E071/E136
KCK-3 (KSK-3) were used for the investigation. The NIR measure-
ments were carried out at room temperature on a sample of
0.2-0.3 S. The width of the lines was measured as the distance
between maxima on "he differential curve. The second moment was
calculated from the differential curve of the signal absorption.
Additions.of uratev vapour in the ampule with silica gel for N.Kk
and adsorption measurements were carried out by means of a
spring balance. Heats of adsorption were determined either
directly from calorimetric measurements or by the differentiation
of the curve relating the heat of wetting and the amount of water
adsorbed on the specimen. From the adsorption data and heat of
wetting curves, differential curves of the changes in free energy
and entropy of adsorption were calculated. It was shown that
molecules of water are absent on the surface of the samples
evacuated at 200 OC. In the initial stage of adsorption a sharp
decrease in the width of the line of the second moment was
observed. These changes in the h-MR signals agrz)e with the
trends of the curves of differential heat and entropy of
adsorption. The possibility of interaction of water molecules
Card 2/3

INE-41 studies of water vapour ... S/195/62/003/001/oo6/olo
E071/E136
with the surface of silica gel through the coordination and
hydrogen bonds is discussed.
There are 5 figures and 1 table.
ASSOCIATION: 'Yoskovskiy gosudarstvennyy universitet irli.
M.V. Lomonosova, Fizicheskiy fakulltet
(Moscow State University imeni Y..V. Lomonosov,
Physics Division)
SUBMITTED: July 3, 1961
Card 3/3

KVLIVIDZE., V.I.; KWILINIKOV, K.G.
State of water sorbed on calcium bydrosilicate studied by means of
nuclear magnetic resonance. Dok1.AN SSSR -145 no.6:1305-1307
Ag 62. (MA 15:-8)
1. ~bskovskiy gosudarstvenmyy universitet in. M.V.Lomonosova.
kredstavleno, akademikom F.A.Rebinderom.
(Water) (Sorption) (Nuclear magnetic resonance and
relaxation)

S/020/62/146/006/009/016
B104/B186
AUTUORS: Kvlividze, V. I., Rashkovich, L. N.
TITLE: The magnetic nuclear resonance in some hydrosilicates and
c'
in calcium hydroxide
PERIODICAL: Akademiya nauk SSSR.' Doklady, v. 146, no. 6, 19621 1322-1325
TEXT: Synthetic Ca(01i) 2 crystals having an order of magnitude 3~i-were
dried for four hours in vacuo (, 1 mm Hg) at a temperature of 2500C and
then enclosed in glass anpoules~ A spectrometer made in the Kafedra
obshchey i khimicheskoy liziki Moskovskogo gosudarBtvennogo universiteta
(Department of ueneral and Chemical Physics of the Moscow State
University) was used to observe the signals of the macnetic nuclear
resonance of hydroGren. A permanent ma-net produced the magnetic field
,strength of 2950 gauss, the inhomogeneity of which was less than
0.03 L;auss. An analysis of the curves recorded showed that alm.)st any
of them'can be described by a sum of three Gauss curves having
respectively a wide, a mean and a narrow half-width. This implies
Card 1/3

S/020/62/1'46/006/009/016
The macnetic nuclear resonance in... B1041Dia6
that hydrogen nuclei in crystals are characterized by 3 different types
of bond. Evidently, the narro%,i curves appertain to adsorbed water and
the other two curves to protons bonded relatively strongly or weakly in
the lattice of the hydrosilicrtes. The parameters of the unit cell
given in Table 2 were calculated on the basis of the structure model
(Fig. 2) proposed by J. D. Bernal and H. D. Megaw (Proc. Roy. Soc.,
A 151, 873, 364 (1935)). A comparison showed that the results arree with
those obtained by D. M. Henderson and H. S. Gutowsky (Bull. Geol. Soc.
Am., 67, 12/2, 1705 (1956)). There are 3 figures and 2 tables.
A3SOCIATION: Moskovskiy -,--osudarstvennyy universitet im. M. V. Lomonosova
(Iloscov, State University imeni M. V. Lomonosov). Institut
mestnykh czroitellnykh materialov pri VSNKh RSFSR (institute
of Local Building Materials at the VSNKh RSFSR)
PRESENTED: . March 24, 111,62, by N.-V. Belov, Academician
SUBMITTED: 'March V5, 1962
Card 2/3

Kv31Iv1,,DZ-19 V.I.; ZARIFIYANTS, Yu.A.; KISFLEV, V.F.
Properties of a freshly cleft graphite. Part 6. Zhur. fiz.
khim. 39 no.2:461-462 F 165. (NJRA 18s4)
1. Moskovskiy gosudarstvennyy universitet imeni Loinanovova.

?:VLIVIDZE VA14.1----
Nuclear magnetic resonance of protons at 930K in water
adsorbed on silica gal. Dokl. AN SSSR 157 no.1:158-161-
Jl t64 (MIRA 17:8)
1. Moskovski7 gosudarstvennyy universitet im. M.V. Lomonosova.
Predstavleno akademikom M.M. Dubininym.

I-
I
. i_. _
i- - I
11

KREJCI, Zdenek; 1~1'.~~#slav; SGMJSTER, Otto
Mechanical processing of data for establiebment of output
standards. Prace mzda 11 no.91408-415 S'63.
I. Vyzkumny ustav v1narsky.

K Vi;CV-r+ndtSrI av
How to improve technical standardization, Prace mzda 13 no.2-
56-58 F 165,
1. V1na Fconomic Unit, Brno.

f
the par -Peter-s of 1'i r. d. non the
tWCI-Cil'~;Ld t 22OKv . e 1--c tr i c pude r tran smi. ss i '.,) r, -2 -J ne 5lek.
st-P. 35 no.6:47-51 je 1-2, IF:I)

~, ~, ;:, -- ~-, t-- , -~ , ~~ -'. ,
KVOGHKIN, A*F.
Yast-e-n-ri%F'eZjFper tube grids to flange joints of heat exchangers and
'evaporators. Gidroliz. I lesokhIm. prom. 10 no.8:22-23 '57.
- (Heat exchanges) (MIR& 10:12)
(Hydrolysis-Iquipment and supplies)

KAMYSH6V, Sevastlyan Filippovich; QALIKHIN, Viktor Dmitriyevich; IARIN.
Vasiliy III ich; MIKHAYLOV, Ieonid leonido7ich, FILONOVA, Lidlya
Ivanovna; YASNITS. Mikhail Grigorlyevich; dog-Abramovich:
IA)ZBYAKOVA, Ye.S., vedushchiy red.; POLOSINA, A.So, tekhn.r~_
[Petroleum industry of Groznyy Province] Groznenskaia neftianaia
promyshlennost'. Moskva, Goo.nauchno-tekhn.ir-d-vo neft. i gorno-
toplivnoi lit-ry. 1957, 57 p- (MIRA 11:2)
(Grozmy Province-Petroleum industry)

J J
BASHIWV, Arseniy Aleksandrovicb, kand.tekbn.nauk: STOIDV. Allbert
Izrailevich; KVOCIIKIN, Fedor Abramovich; KOUSITIKOV, P.M.,
red.; BABICHSVA, V.V., tekhn-,red. '---
[Ways of reducing losses of petroleum products in refineries)
Putt sokraebebaniia poter' nefteproduktov na neftepereraba-
tyvatushchikh zavodakh. [Grozriyil Groznenskoe knizhnDe izd-vo.
1957. 125 P. (MIRL 12:1)
(Petroleum--Refining)

PHASE I BOOK EXPIDITATION 1094
Bashilov, Arseniy Aleksandrovich, Kvochkin Fedor Abramovich.. and Stolov, Allbert
Izrailevich
Kompa,.%ndirovaniye motornykh topliv (Blending of Motor Fuels) Moscow, Gostopte&i-
zdat, 1958. 138 p. 2,500 copies printed.
Ed.: Sukhanov, V.P.; Exec. Ed.: Yefremova, T,D.: Tech. Ed.: Mukhina, E.A.
PURPOSE: This book is intended for the engineers and other technical vorkers em-
ployed in petroleum refining plants.,commodity transportatioL officeolpetroleum
supply and storage enterprises of various branches of industry., automotive, vater
and air tvqns~ortation., and in agriculture.
COVERAGE:' This book,gives theories and methods for blending fuels and the chArac-
teristics of basic components of automobile and aviation gasolines, tractor
kerosener.,and diesel and reactive fuels. Problems of ethylating and inhibiting
motor fuels, practical calculation and indusirial e*xamples of blended fuels ob-
tained from slightly sulfurous and sulfurous petroletm.. automation problems, and
safety techniques during blending are also discussed.
Card 1/3

Blending of Motor Fuels 1094
TABLE OF CONTEVTS:
Introduction 3
Ch. I. Quality Requirements for Motor Fuels 7
Ch. II. The Layout of a Modern Petroleum Refining Plant for Profte1bg-ftel- 23
Ch. III. Principles'and Methods of Blending 26
Ch. IV. Components of Motor Fuels 39
Basic components 39
Components of aviation and automobile fuels 40
Components of tractor kerosenes 69
Diesel fuel and its components 70
Reactive fuel and its components 78
Ch. V. Ethylation and Inhibition of Motor Fuels 84
Ethylation of motor fuels 84
The technique of ethylating motor fuels 85
Card 2/3

Blending of Motor Fuels 1094
Sulfur compounds and their Influence on fuel quality 87
Chemical stability of fuels 89
Inhibiting fuels 89
Ch. VI. The Practice of Blending 94
Industrial conditions for blending 97
Practical calculations of the blending processes 100
The use of light components for preparing gasolines 108
Rule for cross and triangular diagrams 118
Ch.'VII. Problems of the Automation Process in Blending 126
Ch. VIII. Safety Techniques During Blending
ANAIIAM: Idbrary of Congress
7M/sft
1-12-59
137
Card 3/3

EVOCH"KIN, L.P.
V.
Evaporation of solutions and drying of Wroligneous powder. Gidroliz.
illeaoWm. prom. 11 n0,2:15-16 158, (MIM 110)
1. TSontralInyy nauchno-isaledovatel'skiy IeBokhimicheekiy institut.
(Galcium acetate) (Drying apparatus)

KHAYK-IN., Abrwri
r DYADYTI'llloV. jr,l
inzb', retrienv
e n y j: v G N'.%'
KVOCHKINA G~F,S, rv h e
[Automa t,.,_~ f
pitch ~Ontl-vij all! e.
body sud~:~v VySt." ra-
P.

EELOTISITKo-t)~KIf r
-, Irlg,~- "Z-Y 13ents!,mc-v:jcyj- KALMITAPov Jnzh.,
"Otz*~:nzena,; Fi ~,, I
-ST k,
arwi. nauk,
-se-nzent; f;KUN' red.; KVOCHKIIIA,
G.P., red.
[Oscillatory r
.ircjj~-tR
I aTd fill ers
fIlItIT. J.,enijjgr&j ' KC-IEII-','AeIIr7e konto-,,y
1965. - a35 p.
(MB-4 18. 8)

KURNGS3T. Anatoliy Ivanoviih; YUDO, Vladimir Vasillyevich;
~Imov, Zh-I.j kand. tekhn. nauk, retsenzent:
MITROFANUP V.V.s, inzh., retsenzent; PASYNKOV, V.V.,
prof., doktor takhn. nauk, nauchn. red.; CHFAS, M.A.,
red.
red.~J,v
'~GgjNfi' P
[Technology of the manufacture of semiconductor devices]
Tekhnoir;giia proizvodstva poluprovodnikov-ykh priborov.
Leningradp Sudostroenle, 1965, 247 p. (MIRA 18.8)

BEREZNIKOVSYTv SerReY Fedwrov-T-11. dots., kand. teklui. nauk;
BESDIMSKIVY, V.A., doktor tekhn.nauk., ratDo"Zont;
VASILIYEV, D.V., doktor tekhn. nauk; retsenzent;
BLAZIIKIN, A.T., prof.pied.; MOCHKINA, G.P., red.
[Automatic regulation and control of electrical machines;
some theory problems and elements of control systems] Av-
tomaticheskoe regulirovanie i upravlanie elektricheskini
mashinami; nekotorye voprosy toorii i elemonty sistem uj).-
ravleiiiia. Leningrad, Sudoutroonie, 1964. 418 p.
(MIRA 17:9)

XUDRUICH, Boris Ivanovich zas 1. deyatell nauki i telrhniki RSFSR,
prof., doktor tekhn. nauk[deceased]; FORMAKOVSKIY, S.F.,
doktor tekha. nauk, otv. red.; RIVKIN, S.S.,, doktor tekhn.
nauk, nauchnyy red.; OSTRIA'WHOV, Ya.G., doktortokhn, nauk,
nauchnYY redo SHAPIRD, M.V., kand. tekhn.nauk, naucbW red.;
KVOCHKTNA,--L red.f.SR1=0VA, L.M., tekhm. redo,
(Theory of gyroscopic instruments] Teoriia giroskopichaskikh
priborov; lzbrannye trudy. Leningrad, Sudpromgiz. V61,1, 1963.
327 p. (HIRk 16:5)
(Gyroscopic instruments)

OIKUNI, Yevsey Llvovich; KALANTAROV, M.N.j, retsenzent; STRELIVIKOV,
I-II.T.J. retsenzent; SHALIVIKOV, G.I., nauchn. red.;
NIKITITA, M. I., red.; KLIMINA, Ye.V. , red.; SACIJUK, N.A. ~
red.; KVOCHKINA, G.P., red.
[Radio trwismitting devices] Radiaperedaiushchie ustroistva.
Izd.2.j perer. i dop. Leningrad, Sudostroenieo 1964. 539 P.
(MIRA 17: 5)

ZADONTSEV, Vladimir Ivanovich; KORSMUKO., Anatoliy Afanaslyevich;
NIKOLAYEV., Boris Nikolayevich; WKOV, Mikhail Ivanovich;
ZHILITSOV., I.F., kand. mad. nauk, retsenzent; GORSHKOV,
G.V., doktor takhns naukj, nauchn. red.; KVOCHKINA, G.P.p
red.; NIKITINA, H,L, red,
[rosimetry of radioactive gases and aerosols on ships] Do-
zimetriia radioaktivrWkh gazov i aerozolei na sudakh. Le-
ningrad, Sudostroonies 1965. 202 p. (MIRA 18:4)

V.1.1 YKRSFIOV, p.j.; ELyjKKIN, V.N.; KVQjQ I.I.; LEVINA, D~S.I
iWIEVA., R.G.
Charaottristics of the morphogenesis of the cultux-es of the line of
transplantable CA-SV40-6-'~-l calls. Vop. virus. 10 no.3.-323-32c) MY-
je 165. (MIRA 18%7)
1. Inatitut virusologil imeni Ivanovskogo ANN SSSR, Moskva.

MMVI K*GS