SCIENTIFIC ABSTRACT NOZDREV, F.F. - NOZDRINA, Z.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001237620007-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

'Ci,itical Phenozacna and Fluctuatlon3
7/5469
SIAlram-,kaya, Yc. T., Yu. I. an,J A. Z. Colik [iab-
ci,:,rory of 1-11olecular Phy3ic~, of luyav
State University imcni T. G. Shcvc~-.J~nkoj. Inve!;tigation of
the Critical State of Pure SUb3tanC03 by T~~plerla 1!3thod 171
Rr,-2olution of the Conference on Critical rhonomens. and Fluc-
tuations In Solutions 189
AVAILABLE: Library of Congress (QD5115.S73)
JP/df k/jit
10-28-61
Card 9/9

PHASE I BOOK MCPLOITATION SOV/52D7
VBerossiyskqa konferentslya professorov t prepodavateley pedagogicheakikh Institutoy.
Primeneniye ul!bra&kLLstiki k issledovaniyu veshchestva (Utilization of Ultrasonics
for the Investigation of Matter) Moscow, Izd. KOPI, 196o. 267 p. 1,000 copies
printed. (Series: Its Trudy, vyp. 11)
-Ed. (Title page): V.F. Nozdrev, Professor and B.B.Kudr-javtsev, Professor.
PURPOSE: This collection of articles is intended for physicists specializing
in the physics of ultrasound.
COVMWE: The collection of articles conedtutes the transactions of the VII Con-
ference on the Applications of UltrasonLca to the Study of Materials, which was
held at the Moscow Oblast Pedagogical Institute imeni N.K. KrupskxLya. Individual
articles of the collection discuss various problems in the wave mechanics of
ultrasound, the absorption and the propagation mechanics of ultrasonic waves in
various media., the operating principle and design of generators and receivers of
ultrasonic wavesp the speed of sound and methods for its determination. Other
articles deal with the applications of ultrasonics to investigations of the
properties of materials. No personalities axe mentioned. References acconpany
each article.
car&-117-

Utilization or Ultrasonics (Cont.) SOV/5207
TABLE OF CONTENTS
Hozdrev' V.F., and A.A. Glinakiy IMOPI imeai N.K. Krupskoy-Moscow Oblast
-Pidago-gical Institute]. Problems or Anomalous Absorption of Ultrasonic
Waves In Liquids
Kviek, M., Z. Looinska-Prusava, and S. Prus (University of Poznal~, Poland).
Application of the Kinetic-Molecular Theory or Gases to the Problem or Waves
or Finite Amplitude 17
Zipir, A.D., and V.F. Yakovlev (Moscow Oblast Pedagogical Institute imeni
N.K. Krupskaya]. Elementary Theory or the Crystal Transformer Operating as
a Receiver 29
Kallyanov, B.I. (Tambovskiy pedinstitut-Tambov Pedagogical Institute]. Sane
Problems of the Theory of Crystal Transformers 41
Kudryavtoey, B.B. (Moscow Oblast Pedagogical Institute imeni N.K. Krupskays].
Calculation of Speeds of Sound in Binary Mixtures 63
Card-2/7

44~zae6v'
PHASE I BOOK EXPLOITATION SOV/5644
Vserossiyskaya konferentsiya professorov i prepodavateley pedagogicheskikh
institutov
Prime*neniye ull traakustiki k issledovaniyu veshchestva. vyp. 10. (Utilization
of Ultrasonics for the Investigation of Materials. no. 10) Moscow, Izd-vo
MOPI, 1960. 321 p. 1000 copies printed.
Eds. : V. F. Nozdrev, Professor, and B. B. Kudryavtsev, Professor.
PURPOSE: This book is intended for physicists and engineers interested in
ultrasonic engineering.
CO'VERAGE: The collection of articles reviews present-day research in the
application of ultrasound in medicine, chemistry, physics, metallurgy, ce-
ramics, petroleum and mining engineering, defectoscopy, and other fields.
No personalities are mentioned. References accompany individual articles.
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Utilization of Ultrasonics (Cont. SOV/5644
TABLE OF CONTENTS:
Nozdrev, V. F. Physical Principles of the Engineering and
Technical Use of Low-Amplitude Molecular Acoustics 3
Larionov, N. I. , G. V. Goryachko, N. A. Dmitriyeva, and
B. E. Geller [Kalininsk pedinstitut im. M. 1. Kalinina,
Kalininsk. filial VNIIV-Kalinin Pedagogical Institute imeni
TM. ". Kalinin, Kalinin Branch of the All-Union Scientific
Research Institute for High Polymers]. Investigation of
Degradation Processes in High Polymers Under the Action
of an Ultrasonic Field 23
Kogan, 1. N. , L. 1. Menes, and N. 1. Parlashkevich (N. -i. in-
t plastmass - Scientific Research Institute for Plastics 1.
Continuous Measurement of Viscosity With the Aid of an
Ultrasonic Viscometer 33
Card 2/ 10

26250
ICS1, IL01 S/194/61/000/001/017/038
2LI Ig DO D216/D304
AUTHOR: Nozdrev, V.P.
TITLE: Physical foundations of engineering and technologi-
cal applications of small amplitude ultrasonics
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 1, 1961, 13, abstract 1 E118 (V Sb. krimeneniye
ul'traakust. k issled. veshchestva, no. 10, M.,
1960, 3-12)
TEXT: Basic practical possibilities of the use of small amplitude
ultrasonics are suggested. The fundamentals of operation are given
of ultrasonic instruments for determination of compressibility and
thermal capacity of liquids, for determination of temperature,
crystallization point of paraffins, of viscosity and of impurities
in liquids and gases. The problem of application of small ampli-
tude ultrasonics to the mechanization of industrial processes is
discussed.
Card 1/1

-Q""" 5 81621000,10r, 4/.- 82/163
A0911A,lol
AUTHORS: Nozdrev, V. P., Glinskiy. A. A.
TI=: Similarity between the coefficients of absorption and ultrasonic
velocities and the thermal capacity ratio, measured by the satura-
tion characteristic In organic liquids and their auperheated vapor8
in the critical region
?L-RIODICAT Referativnyy zhurnal, Fizika, no, 4, 1962, 39, abstract 4G326 (Sb.
"Primeneniye ul'traakust. k issled. veshchestva", no. 12, Moscow,
196o, 81-85)
TE~~-.: Tt is shown that the ratio of similitude x/xn - f (T/Tcr; A), where
T/~-`cr is the reduced temperature and A is the determining criterion, is satis-
fied for the sound velocity absorption coefficient and for the thermal capacity
ratio near the critical temperature. However, a similarity of Cv is not
observed.
rAbstracter's note: Complete translation]
Card 1/1

S/058/6 1/000/tO9/049/'05()
A001/A101
AUTHORS: Nozdrev,-.V.F., Kal'yanov, B.I., Shirkevich, M.G.
TI TIE Ultra-acoustic studies in organic liquids at a constant density near
crAtical state
FMIODICALS Referativnyy zhurnal. Fizika, no. 9, 1961, 294, abstract gZh437 (V
ab. "Kritich. yavlenlya i fluktuatsil v rastvoraW , Moscow, AN SM,
1960, 93 - 101)
TEXT: The authors measured the velocity a of ultrasound and absorptionat
in methyl alcohol at/-j6 Me and in ethyl acetate at 10-33 Me at a constant densi-
ty. It follows from the measurement results that at p a const T = const, func-
tion o = o(p) (p is pressure) has a minimum and function o(,/v ~ . Sp(p) has a
maximum at the pressure of saturated vapor. AtjP --oonst near the saturation
line, there is- a pretransition region in which 4 a/ 6T dnd A 0,/ & T change their
signs. On the basis of experimental results, heat capacity of methyl alcohol
is determined. In the subcr~,tical region at the pressurie of saturated vapor, cp,
Card 1/2

S/058/61/000/009/049A50
Ultra-acoustic studies ... A001/A101
cv, and cp/cv show discontinuities. In ethyl acetate relaxation frequency (r,14
Me) does not change in the temperature range from 20 to 1600C if .9 - aonat. Dis-
persion is calculated to be o., - co - 0.1 - 0.2 m/sec.
L. Zarembo
[Abstracter's note: Complete translation]
Card 2/2

MALYAVIN, I.G.; YAKOVLEV, V.F.; NOZDREV, V.F.
Investigation of the temperature dependence of the kinematic
viscosity of cprtain organic liquids and their saturated vapors
in the critical region. Uch. 7ap. YOPI 92:3-23 16c. (VdRA 14:9)
(Organic compounds) (Viscosity)

VQZPAU.,-7Vaailiy--edorovicjh; PEUKOVSKAYA, G.Ye., red.; GARINA, T.D.,
tekhn. red.
(Course in tbermodynamics) Kurs ternodinamiki. Moskva, Gos.
izd-vo "Vysshaia shkola," 1961. 250 OTIRA 15:1)
(Thermodynamics'*

NOZDREV, V.F.; OSADCHIY, A.P ; RUBTSOV, A.S.
Investigation of ultra:-,onic velocity in vater along the saturation
line, including the critical region. Akust. zhur. 7 no.3:383-384
161. (MIRA 14:9)
1. Stalingradskiy sellskokhozyuystvennyy institut i Moskovskiy
abla.stnoy pedagogicheakiy inztitut imeni N.K. Krupskoy.
(U;Lrasonic waves--3peed)
(Underwater acoustics)

i -, - I . ~
. ~ 0 ,
! , li , " 6

MC)ZMIEV, V.F.,;,SHIVA~WC~, M.G.
Calculatine-Se heat capacity of the liquid phase of metbrI
alcohol on U4'baais or acoustic data. Prilm. ulltraalmt. k
isel. yeshch. no*13:27-34 161. (MIM 1616)
Nothanol-Thermal properties)
trasonic waves--Speed)
t

t .
NOVALSTA, VK.; N VMY, V.F.
Determining the ultrasonic wave absorption coefficient in
acetic acid eaters by the method of multiple signal trans-
formations. Prim. ulltraakust. k issl. veshch. no.13:35-44
161. (MIRA 16:6)
(Aboorption. of sound)
(Acetic acid)
(Pkilse techniques(Electronics))

KOVALEVA, V.M.; NOZDM, V.F.
--.- 'I-, ......
Study of the absorption coefficient of ultrasonic waves in
formic acid eaters at low frequencies. Prim. ul'traakust. k
isal. veshch. no.13:329-332 161. (MIRA 16W
(Absorption of sound)
(Formic acid-Acoustic properties)

I
1-100101 V ?. AND GOR'3,*','D'lp M.A.
"Untersuchung der absoprtion der unltra.9challs auf dem
schmelzungsgebet der molePularen crystal.
Paper nresented at Fourth Intl. Congress on Acoustics
Copenhagen, 21-28 Aug 1962

GORBUNOV, M.A.; KOSHKIN, N.I.; NOZDRFV,_ V.F.; SHELOPUT, D.V.
Use of ultra-acoustic methods in studying organic substances
in the liquid w polycrystal transition region. Ukr. fiz. zhur.
7 no.8:898-90'5 S 162. (MIRA 16:1)
1. Moskovskiy oblastnoy pedagogicheskiy institut im. N.K.Krupskov.
(Absorption of sound) (organic matter)

Z
GUSEVA, O.N.; NOUREN, V.F.
Use of the optical method in measuring the absorption of ultrasonic
waves bv superheated saturated hydrocarbons. Prim.ulltraaakust.k
isel.veshch. no.16:69-82 162. (KMA 16:4)
(HydrocArbons-Acoustic properties)
(Ultrasonic waves)

KOVALEVA, V.M.9 ff9PRKi.,_V.F.
Relaxation phenomena in formates. Prim.ulitraakust.k issl.veshch.
no.16s83-90 162. \ (KRA 16z4)
(Formates-Acoustic properties)

TARAMOVA, G.D.; NDZDRKVv V.F.
Law of corresponding states as applied to binary liquid mixtures.
Prim.ulitraakust.k isal.veshch. no.l6jl47-154 162.
(MIRA 16:4)
(Sound-Zpeed) (Liquids-Acoustic properties)

BFLINSAIY, ~.A.; UABIBIJUA*!~/, P,K.
'Jltrasonic wave :n a '.I;i,E!r - acll--~
Izv, AIN flz. 3,',q. 3er.tiz.-mat.naii-k 7 no, 6-149-1C! 't~3.
,'ICRA 1'7-6',
1, -a~-rk~ntskiy

ACCESSION NR: AR4022455 S/0058/64/000/001/HO56/HO56
SOURCE: RZh. Fizika, Abs. 1H355
AUTHORS: Belinskiy, B. A.; Karevskiy, V. A.; Nozdrev, V. F.;
Savinikhina, A. V.
TITLE: Possibilities of measuring the absorption coefficient and
ultrasound wave propagation velocity in a liquid by the method of
irregularly shaped delay line
CITED SOURCEs Sb. Primeneniye ul'traakust. k issled. veshchestva.
M., vy*p. 17, 1963, 107-112
TOPIC TAGS: liquid absorption coefficient, ultrasound propagation
velocity, ultrasonic delay line, irregular ultrasonic delay line,
beam splitting method, single probe measurement, double probe mea-
suremant
C.M. 1/3

ACCESSION NR: AR4022455
TRANSIATION: It is proposed to measure the coefficient of absorp-
tion of a liquid and the ultrasound wave propagation velocity as
functions of p, V, T, with the aid of irregularly shaped acoustic
delay lines. The acoustic system consists of two cylindrical de-
lays with precision-polished ends to ensure reliable acoustic con-
tact. One of the delays has a step-like cut with a cross section
area equal to half the area of the cylinder. The delay with the
cut splits the ultrasound beam into two equal halves. The measure-
ments are based on the fact that each half of the ultrasound beam in
the liquid covers a different path length. This leads to a time
separation of the radio pulses at the output of the acoustic system
and to a difference in their magnitude, owing to the inequality of
the absorption coefficients of the liquid and of the delay-line ma-
terial. The measurements are made with either a single or a double
probe. In the former case the quartz slabs must be strictly coaxial.
The delays are made of fused quartz, aluminum, or some other materi-
al with known absorption coefficient. Simple calculations show that
Card

ACCESSION NR: AR4022455
by knowing the ratio of the radio pulses at the output of the
acoustic system, the depth of the cut, and the coefficient of ab-
sorption of the delay line, it is possible to determine the absorp-
tion coefficient of the investigated liquid when using two probes;
when a single probe is used, it is necessary to have the same data,
except for the absorption coefficient of the delay. However, with
a single probe scheme it is necessary to calculate more accurately
the geometrical parameters of the autoclave. The ultrasound propa-
gation velocity in the liquid can be roughly determined by the me-
thod of irregularly-shaped delay lines from the known delay time of
a pulse passing through the longer path in the liquid. Formulas are
derived for the absorption coefficient and for the ultrasound propa-
gation velocity in the liquid. V. Bashkirov.
,DATE ACQ:
03Mar64 SUB CODEs PH ENCL: 00
Cc.rd 3/3

ACCESSION NR: AR4014762 S/0058/63/000/012/EO07/EO07
SOURCE: RZh. Fizika, Abs. 12E64
AUTHOR: Tarantova, G. D.; Nozdrev, V. F.
TITLE: Concerning the linear "diameter" of the velocity of ultra-
sound and the wave resistance in the critical region of a mixture
of benzene and methyl alcohol
CITED SOURCE: Sb. Primeneniye ul'traakust. k issled. veshchestva.
Vy*p. 17. M., 1963, 271-276
TOPIC TAGS: benzene, methyl alcohol, benzene methyl alcohol mix-
ture, ultrasonics, velocity of ultrasound, linear diameter, wave
resistance
TRANSLATION: It is established on the basis of an analysis of the
previously published experimental data on the velocity of ultra-
Card 1/2

ACCESSION NR: AR4014762
sound in a benzene methyl alcohol mixture that the law of linear
diameter for the ultrasound velocity is satisfied in an interval
-20' about the critical point, while the law of linear diameter for
the wave resistance is satisfied in an interval -150.
DATE ACQ: 24Jan64 SUB CODE: PH ENCL: 00
Card 2/2

1,CCESSIOU MR. Ap3oo5630 S1004616310091003103T910381
AUTHORS: Grachkint V. I.; No;drev, V. F.
TITLZ: Ultrasound velocity in the critical region of the ternary system benzene-
methanol-toluene
SOURCE: Akusticheakiy zhurnals v. 9, no. 3, 1963, 379-381
TOPIC TAGS: ternary, system, benzene-rothanol-toluene system, benzene, methanol,
toluene, ultrasounds acoustics, ultrasound velocity, ternary systems acoustics,
critical region
ABSTRACT: The velocity of ultrasound propagation in ternaz7 liquids was studied in
order to provide data missing in the literature. The liquids used in this investi-
gation consisted or the previously studied binary benzene-methanol mixtures (V. F.
Nozdrev, 0. D. Tarantovao Skorost' zvuka v sistema benzol-metilovy*y spirt v
kritiche.skoy oblasti* Akusto she# 1961# 7.. 4., 496-497) diluted with various amounts
of toluene. The velocity of the ultrasonic wave propagation was determined optical.
ly. Z-Abstracter's notes- hereafter the determinations are referred to by the
authors as "acc4oticenj rn the critical range the behavior of the mixtures was
Card A

ACCESSION NR.- Ap3oo563o
found to be analogous to the behavior of their separate components. Throughout the
entire range of temperatures tested the ultrasound propagation velocities in the
liquid phase exceeded tto velocities in the saturated vapors. In both media the
velocities decreased sharply near the critical point and incroa.7ed rapidly beyond
this point. The minimal velocities at the critical points were measured with a
fair isgres of accuracy. Using the data on the 4ansities of the ternary mixture
and on the ultrasound propagation velocitiess the authors have calculated the co-
efficientus of adiabatic compressibility for awe of these mixtures. Figure 1 of
to the temperatures and
the Enclosure shows the relation of those coefficients V
the compositions. The coefficients P. for the ternary mixtures were found to ex-
ceed those for the separate componenti and for the binary mixtures. The acoustical
method of investigation provided other data useful in practical and theoretical
studies dealing with the physicochemical properties of complex mixtures. As an
example, the authors present a table showing critical temperatures and pressures
for aU the mixtures investigated in this work* Orig, art. hast 2 graphs and 1
table.
ASSOCIATION: Moskovskiy oblaotnoy pedagagicheakly in3titut im. N. K. Krupskoy
(' Moscox District Teachers institute)
r.arcj 2/4

NOWREV, V.P.; BELINSKIY, B.A.; KIIABIBUI"YEV, P.K.
Absorption and rate of propagation of high frequency ultrar-,nic
waves in binary mixtures. Zhur. fiz. khim. 37 no.12:2714P--
2800 D '63. (MIRA 17 ~ L)
1. Mookovskty oblustnoy pedagogicheskiy institut limen! Krklj-;K(-,y.

BFLINSKIY, B.A.; NOZDM, V.F.~ KHABIBIJLU.Yr-V,, P.K.
Absorption coefficient and rate of propagation of ultrae,,nIc
waves in t:4.nary mixtures of formic acid - ethyl formate.
Akust. zhur. 10 no.1:112-114 164. (MIRA 17.5)
1. Moskovskly oblastnoy pedagogicheskiy institut imeni
Krup,gkoy.

141-j(HANIKOP I.G.; IICZDUVA VQF.,
111trUBound abeorption In thr, bI,,.ttz7 imlYture berzere - 1-noth7l
alcohol along Ule suturation lina including the critical rc:glo,-,.
Akust. zhur. 10 no.2;249-251 164. (MIRA 17-6)
1. Moskovs~.iy obla:,,tnoy pediAgoi-,iches~Ay in.,ititut imeni N.K.
Kmpskoy.

BELINSKIY~ B.A, INOZD,~El. 71T.F.- K'tA31!)TJLLAYEV. P,A.
Absorption an.-; *ra le,-)ci-y of n M-7-
t,artia wtilf~r rorial j. Guot.. 7~,,,,. cl
J RA 3.)
Mc. s x o,%~ y )b n;~

NOZDREV, Vasiliy Fedorovich,. zasl. deyatell nauki, doktor fiziko-
matim. n~uki FArIBOYM, I.B., red.
rMolecular acousticsl Molekuliarmia akustika. Moskva,
Znanieg 1964. 31 p. (Novoe v zhiml, nauke, tekhnike.
IX Seriia: Fizika, matematika, astronomiia., no.24)
(MIRA 17:11)

NOZDREV V.F ; GFECHKIN, V.I.
Deterr4ration of tfie critical curves of ternary mixtures by the
ultra ac)ustic method. Zhur.fiz.khim. 318 no.11:2663-2664 11 164.
(MIRA 18:2)
1. Moskovskiy oblastnoy ~*dagogicheskiy ln80tut.

NOZDRU, Vasill Fe ; SENKMGH, Arkadiy Aleksandrovich;
S Af G.Ye., red.
[Statistical pbysics course) Kurs statisticheskoi fiziki.
Moskva, Vysshaia shkola, 1965. 287 p. (MIRA 18:7)

NAZIRCIV Kt, Nol- Dfwi
A bs cq I~Jl o- F~ n rn r%i tL2 res -r- e-71 E
3,'P
nc L
lzv. AN Uz r, 7
ns t-*t

A(-C NKi 16267 SOURCE CODE: uH/oo58/65/OOO/Ol1/w6i/w61
AUMOR: Ka~yrov, T. Noz z ev V.
TITIY,: Concentration dependence of the ahsnrT~tfon coefficient of ultrasound and cal-
culation of the energy characteristics oi processes in an ethyl formatel- formic acid
binary mixture
SOURCE: Ref. zh. Fizika, Abs. LLZh424
REF SOURCE: Uch. zap. Mosk. obl. yed. 147, 1964, 123-128
TOPIC TAGS: ultrasound absorption, absorption coefficient, light diffraction, solu-
tion concentration, formic acid, activation energy, relaxation process
ABSTRACT: An optical-diffraction method using a photomultiplier was used to investi-
gate the concentration dependence of the absorption of an ultrasound wave in an
ethyl formate - formic acid binary mixture. The concentration dependence of M/v2
(m - absorption coefficient, Y - frequency) for all the investigated frequencies and
ter,-,peratures are similar, so that only the concentration dependence CL/V 2 for 10 M1c
and 20C is given. The experimental data compared with the empirical formula. 7he
activation energy is calculated from the value of the relaxation frequency. I. Chaban~~
[Translation of abstract]
SUB CODE: 20 U

6 1 N1:7, L . I . ; L4-,~ L "IS F. III, !j . '. . ; _ _.N ~~- Ml~. ~- V, 7. F o
Me -,hod.9 four detarmir.-'ng the phame r,~-.mc ml t'-cn !~f -' 1-ou '.r,
ayatAms ~-.q a ,-cr,:;ur, rwdiun. 7,av.lzib. ~! no#41467-46,9, 165.
(np,A it", !/- )
1, MoakOVOkiy Ob!ASLnc7 peiagoglcbt:5k-.17 Inet.1tut Im. M.F.,
Krurakcry,

L L55OL-66 DJT(1)/T/R-TP(k) JW
ACC NR.AR60233o6 SOURCE CODE: UR/0058/66/000/003/HO71/HO72
AUTHOR: Normatov, A.; Nozdrev V. F.- Belinskiy, B. A. ?
TITLE: Investigation of the coefficient of absorption and Prolpagation y_elocltv or
in the quaternary system acetic acid -- et.hyl acetate, ethyl alco-
hol water
S Ref zh. Fizika, Abs. 3Zh499
REF. SOURCE: Tr. l-y Mezhvuz. nauchn. konferentsii po primeneniyu molekul. akust. k.
issled. veshchestva i v
TOPIC TAGS: ultrasoric velocity, ultrasound absorption, aqueous solution, absorption,
coefficient, temperature dependence, acetic acid, frequency characteristic, relaxa-
tion process
ABSTRACT: An investigation was made of the coefficient of absorption and the velo-
city of ultrasound in a system consisting of acetic acid (79.2%), ethyl acetate (0'8%),
ethyl alcohol (20%), and 1 - 80% water added. The component liquids were subjected
to chemical purification. The accuracy of measurement of the absorption coefficient
was from 5 to 2% at frequencies 5 -- 85 Mcs, that of the velocity was 0.3%, and that
1/2

ACC NR, AR6023306
ot' the 'errPerature G.IC. Felaxat4on absorption was observed in the mixtures regard-
1;ss of"the nature of the relaxation processes in the comDonents. 7he absorption 14
mixtures with 23% water increases with temperature . At frequency '%, 20 Mcs, the absor-
ption os ultrasound in the mixtures does not depend on the water concentration (at 10
50% water). A minimum of the temperature dependence of the coefficient of absorj~t-~
ion is observed at 80% water concentration. At large water concentrations, the fre4
quency dependence of the coefficient of absorption and the velocity of ultrasound in
the mixture are determined by the behavior of the acetic acid -- water mixture. Th4
relaxation parameters and the velocity of ultrasound are given for different water t.,
concentrations at 20C. The-frequency of the relaxation does not depend on the con-
centration of the water within the limits of experimental error. L. Dikarev. (Tran-
slation of abstract]
SUB CODE: 20
2/2

ACC NR& AR6013652 SOURCE CODE: UR/0058/65/000/010/EO07/EO07
AUTHOR: Nozdrev, V. F.; Makhan1ko, I. G.; Nalyavin, I. G.
TITLE: Study of the temperature dependence of the shear and second viscosities of
binary mixtures of benzene and methyl alcohol over a wide temperature range including
the critical region
SOURCE: Ref. zh. Fizika, Abs. 10E42
REF SOURCE: Uch. zap. Moak. obl. pod. in-ta, v. 147, 1964, 23-26
TOPIC TAGS: fluid viscosity, fluid property, fluid friction, ultrasonic absorption,
temperature dependence , benzene, methyl alcohol
TWSLATION: An experimental study was made of the shear and second viscosities of a
binary mixture at various temperatures. The shear viscosity coefficient was measured
directly.while the second viscosity coefficient was calculated from the ultrasonic
absorption coefficient in a liquid in terms of the shear viscosity coefficient. A
characteristic of the second viscosity was observed in the critical temperature re-
gion. It is hypothesized that this in due to the decay of associated complexes close
to the critical point.
SUB CODE: 20

NOZDREVATM, V.
,"_
New developments coma to life. Sov. profsoiuzy 16 no.24:22-24 D
160., (MM 14:1)
1. Predsedatell komiteta profsoyuza Ulan-Udenskoy fabriki Imeni
25-letiya Burystakoy ASSR.
(Ulan-Ude--Wool industry)
(Socialist competition) (Trade unions)

PGTAPOV, V.P., redaktor; KA HIU~ H.D.; LIVITSYN, N.Y.; RASTUITSYN, M.N.;
W PAMA, V.A.; RIM', Z.I.; FZRAPOM-
MIKITM, A.P.;
TOY, G.V.; SHAKAYZV, M.Y.; SHATSKAYA, N.P.; GULEY, Ya,F., redaktor,-
VIRINA, G.P., tekhnicheakiy redaktor.
[Advanced methods for workers in material handling) Persdovye metody
truda kommercheskikh rabotaikov. 14oskva, Goa. transp. zhel-dor. izd-vo,
1953. 262 p. [Kicrofilml (MI-RA 7:11)
(Katerial handliag)

/YO -2- 0 firi H)6.4-
BZLINA, T.G. -. HOZI)RM, A.A.; PRASOLOV, K.A.; SMEYEV. S.A., ROOMMLYA,
Te.F.; M W,17.31..- Whener. redaktor; KHITROT. ?.A., tekhalcho-
skiy redaktor.
(Uperience In closer loading of railroad cars; accounts by young
weighers] Opyt uplotnennoi sagruski vagonov; ramakazy molodykh
vasovshchikov. Koskva. Goo. transportnoe shol.-dor. isd-vo, 1954.
45 P. (KLELL 8:1)
(Railroads-4reight)

POrAPOV,V.P.;BARKAN,I.ff.; DEMIYANKOV,li.V.; KANSHIN.M.D.; LIVITSYN,N.F.;
14ASTERITSTII,N.U.; IIOZDRIIIA.A.; PADNYA.V.A.; RIDELI,E. I.; FHWON-
TOV,G.V.; SHAMATZV7rF; 9f6.ftKAYA,&P.; SHAVM.G.B., inzhener,
redaktor; KHITROV,P.A.. tekhnicheskiy redaktor
[Advanced methods in shipment and commercial handling of goods]
Peredovye metody truda gruzovykh i kommercheBkikh rabotnikov. Izd.
2-oe. Moskva, Gos.transp.zhel-dor. izd-vo, 1955. 286 p.
(KLM 9: 2
(Msterial handling) (Transportation--Equipment and supplies)

KAPLUN, Fayvell Shmuylovich; GALLE, Aron Grigorlyevich,- MAKAROV,
Anatoliy 14atveyevich; NOZDRIIJv Aleksa -Apdr i~h;
ndr M,~~
PIATOV, V. G. # inzh Y-el ~sefizei ~, -- ~AV~ V.V.V inzh.,
retsenzent; TKACIIENKO, A.A., inzh., red.; KHITROV, P.A.9
tekhn. red.
[Manual on containers and the pac'r.ing of freight] Spravoch-
nik po tare i upako-wke gruzov. Moskva, Transzheldorizdat,
1961. 393 P. (MIRA 15:7)
(Packing for shipment)

GROSHIKOV, Aleksandr Ivanovich; GORBUNOV, M.N., doktor tekhn.
nauk, retsenzent;__~O:T~U._, A.M., inzh.,, retsenzent;
KOLOSOV, M.A., inzh., red.
[Fundamentals of the mechanization and automation of
technological processes in the manufacture of airplanes)
Osnovy mekhanizatsii i avtomatizatsii tekhnologicheskikh
protsessov v saroletostroenii. Moskva, Mashinostroenie,
1965. 347 p. (MIRA AzO

9
NA"w'-.1
A
Selflessness and courage of Soviet seamen. 31ok.agit.vod.
transp. no.15:16-24 Ag 855. (MIRA 8:9)
(Seamen)

oz
KUZHZMV. A.; NOURIN, D,
Educational duties of the commanding officers of a vessel.
Nor.flot 15 no.512'1-28 My'55. (JCLJU 816)
(Kera;;~t narins-Officers)

fiuz~1446~~
Friendship, comradeship. and autLzal assistance to the tradition of
Soviet sailors. Blok.agit.vod.tranap. no.16:8-15 5 '56.(mLaA 9:n)
(Merchant seamen)

NOZDRIN, D.
On a pro&rresidvc bbip ,,vAnned 17f young people of the Cou=,uniFt
Youth Leagrue. Mor. qot 21 no.9:5-7 3 161. (Ml.-il.;-
1. Starshiy inspektor Upravleniya kadrov Kinisterstva morukogo
flota.
(Ships-Manning) (Communist Youth *ague)

NOZORINI D.
t
Kbr.flot 22 no.12t46 D 162.
captains.
(MIRk 15:12)
1. Starshiy inspektor Upravleniya kadrov Ministeretva morskago
flotaL.
Brothers Fomin are
(Merchant Warine-Officers)

NOURIN, F.
. Knife for removing intestines from beef carcaases. Mias. Ind. SSSR
29 no.2:47 158. (KIRA 11: 5)
(PbLek.lng houses--Xquipment and supplies)

1. ITOZERIN, G.
2. USSR (600)
4. Moving-Picture Projection
?. Improving the construction of the housing for the
knife switch in an arc lamp.
Kinamokhanik. No.9, 1952
9. Monthly List of Russian Accessions, Library of Congress, jammea;j, -1953. Unclassified.

MOSDRIN. G. (gorod Riga).
Comments on automatic shutters. Kinomekhanik no.5:45 W 153. OaJU 6:6)
(Moving-picture projectors)

KANMOV. I.H., iuzhoner; MOZDRIm , I.L. 1whener.
- . ~ - - LL
Prestressed concrete latticed poles for coatact systems. Transt). stroi.
6 no.7:11-13 J1 156. (M1RA 9:10)
(Electric lines--Pelee) (Prestressed concrete)

ZAGORULIKIN. Vasiliy Afanaslyevich; NIZINA.-Ustaliya Y8v8tigtL&Y8Vna;
MOZMUM, Ivan Tikhonovich; NOTOSPASSM. T-V.- red.; RMOV,
a.j -1 i , -- takhmTed-i
(Wages In construction industry] Kak oplachivastais trud
rabochikh v stroitalletve. Noskva, Izd-vo VT90S Proflzdat,
1958. 142 P. (MIn 1227)
(wages) (Construction industry)

ZYUZIN, Grigoriy Vasillyevich; NOZDRIN, Ivan Tikhonovich, HAKAROVA,
___ r* - red. 0
E.A., red.; ANDRMVA, L-111-1
[Wages in the construction induatrylOplata truda v stroitall-
Ave. Moskva, Profizdat, 1962. 175 p. (MIRA 16W
(Wages--Construction workers)

NOZDRIIJ, N. " . -. ~ I . -1;, ,
!-i" ~ I' - .,
AutomtIc control of pasteurizers. Moloch. prov. 18 no.6:34-35
157. (KLPA 10: 6 )
(Nateurizars) (AutomtIc crntral)

NOZDRIN, N.S.
Problems in training specialized workers for municipal services.
Gor.khoz.Mbsk. 34 no.6:31-33 Je 16o. (KI3A 13:7)
1. Zamestitell nachallnika Upravleni7a kadrov i uch%~Tqkh zavedeniy
Mosgorispolkoma.
(Moscow-Municipal services-Study and teaching)

NOEDRIN. N.S,
Technical work by students. Gor.khoz.Mak. 35 no.4:28&-28d Ap
161, (MIRA 14;5)
(Technical education-Exhibitlow)

NOZDRIN, H.S.
Training personnel for apartment-house vork. Gor.khoz.Mbsk.
36 no.7t9-10 J1 162. (KUM 16 % 1)
1. Zamatitell nacW'rdIm--Vpr&vleniy& kadrov I uohobnykh
saviedeniy Mookovskogo goroftkogo ispolnitallnego k0miteta
Mookovskogo gorodskogo soveta deputatov trudyashchikhmolt-
J10OUent houees-4ftintenance and repafrT-

NOZDRIN, N.T., inzh. (Bryansk)
Winged assistants. 7hahch. rast. ot vred. i bol. 6 no.7t7-8
i1 161. OCRA 16: 5)
(Bryansk Province-Aeronautics in agriculture)
(Bryansk Pr$vincei-Plants, Protection of)

3 (5)
SOV/11-59-4-1C/16
AUTHOR: Nozdrin, P. I.
TITLE: New Data on the Diocovery of Mesozoic Bauxites on the
Eastern Slope of the Southern Ural (Novyye dannyye o
nakhozhdenii mezozoyskikh boksitov na vostochnom sklone
Yuzhnogo Urala)
PERIODICALt Izvestiya Akademii nauk SSSR, Seriya, geologicheskaya, 1959,
Nr 4, pp 106 - 107 (USSR)
ABSTRACT: Deposits of bauxites were found in two points of the eastern
slope of the Southern Ural. Prospecting bore holes showed
that they occured in sink holes or depressions and overlying
limestone rocks of the lower Carboniferous period. The
friable rocks which fill the hole or the depression belong
partly to the Cretaceous and partly to the Tertiary and
Quaternary periods. As analogous geological conditions
exist in the region between the towns of Magnitogorsk and
Orsk, the author suggests a careful prospecting of the
Card 112 region for other bauxites.

C70V/11-59-4-10/16
I
New Data on the Diocovery of "llesozoir. Bauxites on the r,astern :;lope of
the Southern Ural.
There is I prAile and I table.
ASSOCIATION: Yuzhno-Ura1'Sk,,yS ge-~logicheskoye upravleniye Ministerstva
reologii i okhrany nedi. SSSR, Ufa (The South-Ural Geological
Afhtlilsty4rlM of the Mini ~try ~f Geology and Conservation of
Mineral Resources of USSR)
SUBMITTED! June 13, 195)7
CARD 212

NOZDRIN,, P.I.; MUSINA, G.V.
Permian sediments of' the eastern 31(jpe of the Southern Urals.
Dokl. AN SSSR 150 no.6:1330-130 Je 163. (AURA 16:8)
1. Bashkirskoye torritoriallnoye geologicheskoye upravleniye.
Predstavleno aksVemikcza D.V.Nalivkinym.
(Ural Mountains-Geology, Stratigraphioc)

MKIKIN, A., prof.; YOURIN. S., Inph.
Investigating the heat-insulation properties of the FKhV-1 foam
product in frozen meat storage* Hiasoind.SSSR 30 no.6:47-49
'59. OWIRL 13:4)
(Cold storage--Insulation) (Resins, Sy-nthetic)

LEPILKIN, A., prof.; NOURIN, S.,_
Thermal insulation of machinery of the meat industry. Mias.
ind. SSO 32 no.3:54-57 162. (MIRA 14:7)
1. Moskovskiy tekhnologicheskiy institut myasnoy i molochnoy
promyshlennosti.
(Meat industry-Equipment and supplies)
(Insulations (Heat))

IZ?ILKIN, A., prof.; S. , imh.; -1170TU1,07, 1. , in7h.
Utilization of foan r- 3.ics for lower'm- te-meratire -Joz~:
in rj,~zt conbines. V- s. Jnd. SSSR 32 no.5:4?-51 '61.
(:'I: --A~ 14:10)
1. I.-Sookovsk' 4, ".-ald-aologicheskiy institut myasnoy i molochnoy
promphlorm A (frx Lenilkin, flozdrin).
2. lloslcovs' 'inat (for Izot-lov).
aterials)
Fa c*:ing houses-Ecuipment and supplies)

LEPILKIN, A.N.; NOZDRIN, S.I.
Investigation of thermal and physical properties of foam plastics by
the nonstationary method. Izv. vys. ucheb. zav.; pishch. tekh. no.5:
122-130 '61. (MIRA 15:1)
1. Moskovskiy tekhnoloAcheskiy institut myasnoy i molochnoy
promyshlennosti. Kafedra teplotekhniki.
(Plastics)

S/08 6110001005/0121024
B1 1 0;~'2 3 5
AUTHORS: Nozdrina, E. V., Sergiyenko, S. R.
TITLE: Application of methods of selective catalytic hydrogenation
and dehydrogenation for the purpose of clarifying the struc-
ture of high-molecular aromatic hydrocarbons of petroleum
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 5, 1961, 532, abstract
5M146 (5M146) ("Tr. In-ta nefti AN SSSR", 1959, 13, 127-144)
20 20
TEXT: Attempts to hydrogenate the fraction (d 4 1.0146; n D = 1.5813;
molecular weight =435; C =85-50 %; H -10,03 %; S =4.43 %) of condensed,
bicyclic, arom.tic hydrocarbons which had been separated chromatographi-
cally on silica gel from the resin-free residue of Romashki petroleum,
have been made in a rotary autoclave, in the presence of the commercial
catalyst WS 2- NiS-Al20Y at 250 and 3000C, and at 180 atm for 40 hr. The
hydrogenated substances were subjected to a chromatographic analysis.
Single hydrogenation at 2500C (100 % catalyst per raw material) resulted
in 85 % desulfurization and double hydrogenation (200 % catalyst in two
Card 1/2

s/oai/61/000/005/012/'024
Application of methods of selective... B110/B205
hydrogenation processes) in 95 %, desulfurization. The hydrocarbon molecule
was not very strongly affected. Single hydrogenation at 3000C (60 % cata-
lys t ) re au 1 t a i n 94.5 % desulfurization, und the spoond hydrogenatiun
removes practically all the sulfur. Under the oonlitions of hydu,)p,,enutI-,r,
at 3000C, which leu(i to complete deoulfurimitirin, the conderiac-J, bif-Y-11,-.,
aromatic systems practically vanish. tAbstracter's n,,)te: Complete
translation.)
Card 2/2

1, 1
AUTHORS: Sadykh-Zade, S. I., Nozdrina, L. V., 20-118 -4-2 -7,;" ID
Petrov, &. D., Correapondin-g-Te-mTe-r of the AS USSR
TITLE; Production of Silicon Olefine Oxides From Chlorhydrines
(Sintez okisey kremneolefinov iz khlorgidrinov)
PERIODICAL: Doklady AN SSSR, 1958, Vol- 118, Nr 4, PP. 723-726 (USSR"
ABSTRACT: L silicon olefine oxide was produced only lately (reference 1)
as first oxide of this kind (Tb-secondary-primary oxide) by
interaction between the reagent of Grinlyar (Grignard) and
epichlorhydrin. The reaction passed according to a very com-
plicated scheme, the yields of the organic silicon chlor-y-
drin as well as of its oxide did not surpass 25-3o;'.. In the
present investigation it was found that the interaction ")et-
ween the reagents of Grinlyar from silicon-halides
&)-Si-(CH 2)nMgX] and monochloroacetone takes a clear course.
This made possible a production of the P- t- and 6- C-oxides
already with a high yield (8o-9o~-). It is emarkable that the
A-1-haloidhydrins, in contrast to the t-6-haloidhydrins, yield
no oxide, under the NaOH action but quantitatively unsaturated
Card 1/2 halides. The authors sweeeded in leading the reaction into the

Production of Silicon Olefine Oxides From Clorhydrines 20-118-4 -2 7/6 -
direction of the oxides. NaOH could be substituted by Ca'OH'
~ ']2'
or the alkyl radical R by R3S'O; thus two divergent reactions
were conducted. In the attempt to produce a-~-bromohydrin by
affiliation of hypobromous acid to triethylvinylailane the re-
action took an anomalous course, and instead of bromohydrin
dibromide was formed (analogously to ref. 2). The attempt to
produce an oxide from R2 '-C11Cl-CH3 failed, too. The bond Si-C
Olt
was hydrolyzed here under the influence of NaOH. R2Si(OH)2 was
formed here, the initial compound did not suffer any chani.,-es
under the action of Ca(OH)2 and regained its original 3t3te.
6-E -oxide also absorbed the hydride silane and formed mono-
ethers (no alcohol). This was determined from the negative
value of the hydroxyl content. In the experimental part the
usual data are given on; 3-trimethyl-ailyl-l-chloro-2--.nethyl-
propanol-2 (I), oxide of the 5-dimethyl-ethyl-silyl-2-methyl-
pentene-1-2, and 1-chloro-2-methyl-triethyl-silyl-methyl-
propene-1-2 together with some further analogous compounds.
There are 2 tables and 2 references, 1 of which is Soviet.
SUBMITTED: July 5, 1957
AVAILABLE.' Library of Congress
Card 2/2

ARTEMIYEV, Ye.A.; VOLCHENKO, V.V.; NOZDRINA, M.S.; BRUNIIEfl, YU.N., dotsent;
MILLERUK, G.Ta.
Readers' letters. Zashch. rast. ot v-red. t bol. 8 no.2:34-15
F 163. (MIRA 16:7)
1. Agronom po zashchite rasteniy Krasnosel'skogo rayons. Kostromskoy
oblasti (for Artemlyev). 2. Obshchestvennrf korrespondent zhurnala
"Zashchita rasterdy ot vrediteley i bolezney" (for Volchenko).
3. Agronom po zashchite rasteniy Kharlkovskogo rayona (for Nozdrina.).
4. Poltavskiy sellskokhozyaystvennyy institut (for Brunner).
5. Zamestitell predsedatelya Soveta rayonnogo otdeleniya Obshchestva
okhrany prirody, Cherkasskaya obl. (for Ydlleruk).
(Plants, Protection of)

NOZDRINA, T.M.; ISMAIUN, M.G.; TIMCHEUKO, V.I., aspirant; A-
Ya.M., aspirmy ; KOROSTEL&VA, Z.G., entomoiog;
AGARKGV, V.A., kand.sellskokhoz.nauk
Brief reports. Zashch. rast,. ot vred. i bol. 7 no.2:53-54
F 162. (MIRA 15:12)
1. Agronom po zashchitA3 rasteniy Kharlkovskogo rayoM (fc-r
Nozdrina). 2. Azerbaydzhanskiy institut zashchity rasteniy,
KlrovlOad (for Isumi-lov). 3. Ukrainskiy institut ovoshchevodstva
i kartofelia, Kharlko,7 (for Timehenko). *4. Azerbaydzhqnqkiy
institut khlopkovodstva, Kirovabad, (for Abbasov). 5. Tambavskiy
entomofitouchastok, Sovkhoz "KomBomolets" (for Korosteleva).
6. Kamenets-Podollskiy sel"-skokhozyaystvennyy institut,
Khmel?nitskaya obl. (for Agarkov).
(Plantog Proterdtion of)

KRF~AKIN, A.C'.;
rt; ~7p_ r;Ze DT;
prof,, retsenzent;
NOZDRINAP V.A., rea.
c- lot- 1,1 zt nor,, z r.er.-
[,,echnology of fr,. zer ~i:Tcnevu ja j, r(-[:,'YShl.,
nv.kh pmiuktOV. '!():-kv 12:3)
I r'-/, F .

SHISHKIVA, Nina Nlkolayevaa-, NAZAROV, Arkadiy Stepanovich;
ARTSTOV, D.T., retsenzent; GULI, V.Ye.. retsenzent;
D'YAKONOVA,'-.L., spess. re-J.; 1107,DRINA, V.A... red.
[Use of pol~vmeric fi-Ims for the packaging of meat prod-
ucts] Primeilenie pohAerrrykh plenok dlia upakovki miaso-
produktov, Moskva, Pishchevata prorryshlennost' , 1965.
13-L p. (VillLA 18-7)

BUTNIKOV, Nikolay Danilovich; PRITYKO, V.P., retsenzent;
SHEVCHENKOP N.S.p retsenzent; NOZDRINA, V.A., red.
[Safety engineering in the dairy industry] Tekhnika bez-
opasnosti v molochnoi prou7shlennosti. Moskva, Pishche-
vaia prouqshlonnost', 1965. 200 p. (MIRA 18:12)

S/.()61//62/1000/010/012/0,35
B138/B101
AUTHOR: Nowiriria, V. G.
TITLE: The effect of Al and Ge impurities in synthetic quartz on ti-.e
transformation temperature
I CAL: RefereiLivnyy zhurnal. Khim iya, ng. 10, 1962, abstract 10B'~Z
1,"ir. '.18es. n.-i. in-ta plyezooptich. mineralln. syr'ya, v.
no. 2., 1q60, 105 - 111)
TEX'2: Us in.- the method of dAifferential thermal analysis the cc trans -
foryti-,lon Lemperatures have been .ieasured in specimens of monocrystalline
s,,ntheLic qp_:~,rtz containing Al and Ge impurities. At an Al concentration
of 0.1'~26 there is a reduction of 4 - 4.50C in the (x.~~(~ transfornation
temoerature below that for natural quartz which was used as the standard.
Ge increases the ~)olymorphous transformation point of quartz, the increase
in the te.-..oerature beinE )roportional to the Ge concentration in the
quartz. ~Abstracterls notet Complete translation.-'
Card 1/1

L 36395-66 EV1T(~)/E'11T(m)/T/EWP.(t)/ETI IJP(c) GG/JDJ"H
ACC Nts AP6018781 SOME COIDE: W/0070/66/011/003/0475/0476
AUTHOR: Nozdrina, V. G.. Tainober L. I.
ORG: none
7
TITLE: Spontaneous crystallization of corundum under hydrothermal conditions
SOURCE: Kirstallografiya, v. 11, no. 3, 1966. 475-476
TOPIC TAGS: corundum, metal crystallization, crystal growth rate, crystal formation,
radiation effect, thermoluminescence Cma radiation
'I/
ABSTRACT: Spontaneous qRstallizatioz corundum crystals was studied under various
physical and chemical conditions. The form of the crystals was a function of solution
composition (10 to 20% Na2CO3 or 10% NaHC03), autoclave temperature and pressure, and
supercooling. Both platelets and isometrical crystals were formed from the Na2CO3 sOlu
tions while prismatic shaped crystals were grown from NaHC03 solutions. This was the
result of the relative growth rates of habit planes in the respective solutions: in
Ma2CO3 solutions V(0001)/V(1120) x 1, while in NaHC03 solutions V(0001)/V(1120) > I-
These data were obtained under varying autoclave conditions of pressure, temperature
and supercooling. The action of Co6O gamma radiation/gn these crystals was also stud-
ied. Under exposure to the zadiation the isometric and prismatic crystals turned gree
ish-brown while the platelets acquired a greenish-yellow color. The optical spectra o
UDC: 548.51

L 36395-66
ACC NRs AP6018781
-the irradiated samples were measured before and after annealing at 4000C. Annealing
lowered the absorption closer to its preirradiated state. Maxima were observed in the
thermoluminescence curves (intensity as a function of temperature) for the differently
colored samples at temperatures of 110, 150, 290 and 5300C. The mtio of intensities
at 110 and 1500C were different: the greenish-brown specimens had lower maxima at
1100C and higher maxima at 1500C. The greenish-brown samples turned grienish-yellow
when heated to 2000C; above 3500C, the color weakened and at 6600C the color faded in
all samples. This explained the similar maxima observed for both types of samplea at
5300C. Orig. art. has: 3 figures, 1 table.
SUB CODE: 07,20/ SUBM DATE: 14Jun65/ ORIG REF: 001

/I SDUHCI~ CODEs UR/0413 000/015/013'/0134
1661
Nozdrint V. R.; 'D,-e?rOv, A.
Bu~-~ov, Jil. S.;
V. 1,
o nov,
none
and inspecting for the
'~n automati line for continuous adjusting, cutting
% '-ourf-aco Aof cc' a and for the type of steel or the hardness ofl-e=al ~icr6d:a..
No. '.84589 ounced by Moscow Metallur(7ical Plant "Sickle and H.-nmer" of
-'Uorkero -tied Banner
dor o Lanin-and.tho-Ordar o.f the. (I~okovakiy- ordena, Lonina,
ordcna TrudovoGo Xra3nogo Znameni metallurgichookiy zavod "Serp i molot"Y
:zobrot prom obraz tov zn, no. 15, 1966, 133-134
metalworking, automation, industrial automation, automatic control
This Author Certificate presents an autonLitic line for continuous ad 4UGt_
-j, cutt.nj, and inspecting for the presence of surface defects and for the type of
o or -.~.rdnos3 of metallic rods. To improve its efficiency and the quality of
:-ns~,ection, t',-,o 1-4ne contains a combination of consecutively mounted (alon6, the course
C- zac!-~nolo&iic-01 process): an asseirColy for adjunting and cutting the ends of the
z~n aG5c,7.bly for a simultaneous inspection of the rods for the presence of
A.
de'ects and for the ty-pe of steel or for the hardnesa Oby a defectoscop~c
Card _1h UDC: 620.179.6-422-.2

L g,9258-~7
A C C Nil. AP6029954
assembly); and an assembly for sorting the usable and the defective rods (see Fig. I).
j
a3sembly for adjustuing and
2 aisembly 'or diz;mount.4Lng and
de.fectoscopic asseably;
for sorting the usable and
-..,o dc.--ect--'ve Products; 5 - movable blade;
fin,~;cr; 7 - knuckled drum; 8 -
9 - roller; 10 - lever; 11 - movable
12 - rod; 13 - semiclutch;
14
zprocket
U
114
13 n
2,

Con' a
~y r au "1:" of t'- rods
Ti-ic: ~;he.,Lr cont,-.JI.'I a finL~or, LL (,r%;Li
~---coj3 for fi,-,,,Or of the
bindo, a clutch mounted cne
a zy~,'~om of levcr~i connected to a bearing carriage and absorbing the forco of
a blo,-,; from the moving rod being inspected and transmitting the movement to ono of
The assembly for adjusting and cutting the inspected rods may also
ccn ta` r, a mocnanism for collecting the cut rods. This mechanism is made in the form
o-~ a !over kinematically connocted to a sprocket mounted on the roller which also
cl~.=.03 tho knuckled drum and the clutch. Orig. art. hass I figure.
SU3 00:2E: /0 46- Mill DATE: 1ODec63

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NOMMA, YE. V.
PA 214 3T6
USSR/Chemistry -Polymerization, Liquid Fuels Jul 52
flInvestigation of the Interaction of Diolefins With Alkyl Halides in the Presence of
Oxide Catalysts," S. Li. Sergiyenko, A. A. Mikhnovskaya, Ye. V. Nozdrina
"TrLdy Inst Neftill Vol 2, pp 22-32
At 2500 and 36-37 atm, isopropyl chloride in the presenca of zinc oxide is convertod into
a gas contg up to 99A of propene, some butene, and the following products of the pol,,,rmer-
ization of propene: trimer (34.1%) and higher polymers (204v). Branched nlrr/lenes
prodominate in the trimer fraction. Isoprene under the condit'.ons described abov-
subjected principally to cjclic dimerization. Alkylation of isoprene with isopropyl
chloride did not take place under the cond tions oC the expt. Methylations of olefins
were successfully carried out, however (cf. A. P. Elitekov's work which led to the
tf
synthesis of triptane and B. L. Moldavskiy's research, "Zhur Obshch Khimii, Vol 16, No
3; p 427; 1946).
PA 243T6

SMISHKO, S.R.; NDMOVSKATA. A.Ae; MOMMINA Ye.T.
Kochanism of the conversion of loopropyl chloride on zinc oxide. Doklady
Akad. loak S.S.S.R. 87, 427-30 152. ()ff.RA 5:11)
(CA 47 no.22:12208 '53)

~~, 0,-
--'Ie. - V.
IlConversions of All-,rl Chlorides and Their R,--~actions With Urisat,~Lrated
in the Presence of Calc4~tlm 0...-ide and Zinc Ox-ide." Cand 3C-iY List of P.
Acad Sci USSR, I'oscow, o 17, .11pr 5.5)
SO: Sum. '10. 704, 2 I'lov ~'5 - ~)urvey of 3cienti~ic and Technical Dissertations Deferilled
at US5'R HiCher :-:ducatioml L-isti.tutions (16.).

SKRGIYENKO, S.R.; IIOZHKINA, I.A.; IMDRINA. Te.V.
Study of the chemical nature of high-molecular-weight bicyclic aromatic
condensation compounds of Romashkino petroleum by the method of cataly-
tic hydrogenation in the presence of Raney nickel. Article No.20.
Trudy Inst.nefti 12:147-155 158. (MIRA 12:3)
(Aromatic compounds) (Hydrogenation) (Catalysis)

SERGIYENKO, S.R.; NOZDRINA, Te.V.; IIOZHKINA, I.A.
Hydrogenation of high-molecular-weight bicyclic aromatic coadermation
compounds of Romashkino petroleum carried out under mild conditions
in the presence of the Catalyst W32-NiS-A1203. Article B16.21. Trudy
Inat.nefti 12:156-167 158. (MIRA 12:3)
(Hydrogenation) (Gatalysts) (Hydrocarbon)

SERGITENKO, S.R.: UDZHKINA, I.A.; ROURINA. Te.T.
Hydrogenation of tare extracted from Romashkino petroleum. Article No.
22. Tzildy Inst.nefti 12:168-174 158. (MIRA 12:3)
(Hydrogenation) (Tar)

Ale
ra
'THM,
oil.
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v Vill!' 1? hu~~
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jffix 43 Nali lei
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pliali
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BDZIRIKA, To.T.-. SIRGITIM0. S.R.
Selectric catalytic hydrogenation and dehydrac9natIon. methods used
for the purpose of elacidatiM the structure of high molecular weight
aromatic petroleum b7drocarbons. Tkudy Inst.nefti 13SIL27-144 159.
(KIRA 13:12)
4drocarbons) (Hydrogenation) (Dehydrogenation)

-V0=TIJA,_7~~aovna-_KANDTBIH, K., red.; IVAHOV, H., takhn.red.
[Our goals; efforts to fulfill the seven-year plan of the
collective farm in four years] Nashi rubashi: is opyta borsby
za vypolneale kolkhoznoi semilatkI v chetyre gods. Kaluga,
Kalushakoe knizhnee Izd-vo, 1960. 54 p. (KIRA 14:2)
1. ftedsodatell kolkhoss imeni Kutuzova Kaloyaroslavetskogo
rayons Kaluzhakoy oblesti (for Nozdrina).
(Misloyaroslavets District--Collective farms)