SCIENTIFIC ABSTRACT SHUYKIN, N.I. - SHUVALOVA, T.A.

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• Collection: Scientific Abstracts
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• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

68816
~Iion of oil ti. -1/020/60/131/01/030/060
L-Al C~,taj.~~-st ul 1/ i3oc.6
the V,..-!Or -1;;1,-1.:;e Alail.-a- to tilat of nickel CUtV1yStS, but
1.11c], 1,orc :-:'iw:,~d hl-~:h activit-y and
::Clectivity ~-n ru(*It-c~,_i(,;~ .;i1- ctonc- and
to 61-C, Ondin:;
A t 12 0 - I A 0 c, o(- ICU 1%, "..k C,*'. 110 1 a r d :) -a 1 k y 1 - f u ry 1 -
,.-,rozw.nO1c-! cilt, ii-1-0 in yioldc of 9U-55i. and 75-1,5,:,'
and --Ctllyl-
were obtained in yields of 12 - 2 01,"',
f.roil the -,:roC.1tcts of 0(-acryi-~-furylacrolcins.
:.n of L0.1 th(-,.;c coi.v.-)oumls -re tiven in
The U- t, 11 t,
table 1. 'P,~ x.;,~toi-n incntlion A. A. Pono.,..,~rcv (Ref ()). There
are I taldc- ~nd C- reforencen. 5. of w7!J.c1,- ;-.re Soviet.
In--titut cj-,. jp. "Z, D.
inelli J. C j,
C
y
of tlic A(::-.'
Docor!" C.I.

AUTHORS: Shuykin, N, 1. Corresponding Member S/020/60/131/02/035/071
AS USSR, VtVii-div, B. L., Pozdnyak, N. A. poll/BO05
TITLEs Synthesis of 6-Alkyltetralineal
PERIODICALs Doklady Akademit nauk SSSR, 1960, Vol 131, Nr 2, PP 335-337 (USSR)
ABSTRACT: The authors synthesized 6-alkyltetralines. This was necessary for
the synthesis of some standard 6-alkyltetralines required for the
analysis of catalyzates by means of IR spectroscopy. As pure
6-alkyltetralin*s could practically not be produced by other
methods, the authors followed reference 4. A mixture of 2-alkyl-
and 6-alkyltetralines at a ratio of 1:2 develops by hydrogenation
of 2-alkylnaphthalones. The enclosed diagram shown the method of
synthesis used by the authors. Totralins was acylated in nitro-
benzene medium according to Priedel-Crafts since in this sodium
the substitution occurs in the A-position only (Ref 5)- By reaction
of the tetraline with acid chlorides of corresponding acids in the
presence of AIC13 at 00, the authors obtained the following coa-
poundst 1,2,394-tetrahydro-6-naphthylbutyl-, n-amyl-, n-hoptyl-,
and n-nonylketono (Table 1). Tertiary alcohols were synthesized by
Grignard's method. 8-(6-tetralyl)-nonanol-8 with the boiling point
Card 1/2 180-5-182-5 (3mm) was first produced by the action of CB3Ngj on

Synthesis of 6-Alkyltetralines
3/020/60/131/02/035/071
BO11/BO05
6-tetral lbeptylketono. 6-(6-tetralyl)-nonanol-6 (boiling point
162-1630~ was first produced by the action of n-C3H7Br on 6-
tatralyl-n-amylk*tone. Figures 1 and 2 show the IR spectra (re-
corded by Is. D. Lubuzh) of the alcohols synthesized. The tertiary
alcohols were reduced in the autoclave in the presence of copper
chromite (at 120 atm and 2400). They may undergo partial dehydration
under these conditions. Therefore, the hydrogenizat* with nickel of
Raney was additionally hydrogenized at 500 and 70 atm of hydrofen
pressure. Table 2 indicates the roperties of 6-(1-sethyloctyl)-
tetraline and 6-(1-n-propylhoxyl~_tetraline produced for the first
time. The authors produced normal 6.....amyltetraline, 6-hoptyltotra-
line, and 6-decyltetraline by reduction of corresponding ketones
by means of the modified method (Ref 7), i.e. by decomposition of
the hydrazonee with sodium in diethyleno-glycol medium. There are
2 figures, 2 tables, and 9 references.
ASSOCIATION: Inatitut organicheakoy khimii im. N. D. Zelinskogo Akademli nauk
SSSR (Institute of Organic Chemistry imeni N. D. Zolinskiy of the
Academy of Sciences, USSR)
SUBMITTED: December 17, 1959
Card 2/2

80007
"r. I? Y 10 0
AUTHORS: Shuykin, N. I., Corresponding Alember S102 60/1.311/05/037/069
I. F~ B01 1YB1 17
A
TITLE: Catalytic_Hydrogenationlof Furan Compounds Under Pressure in a
Flow System
PERIODICAL: Doklady Akademii nauk SSSR, 1960, Vol 131, Nr 5, PP 1117-1119 (USSR)
TEXT: It was established by the authors that an increased hydrogen pressure
during the hydrogenation in a continuous flow system favors the hydrogenation
of the multiple bonds in the furan ring at any rate. This was most obviously
shown with the reaction on platinized carbon, and the least effect was found on
nickel catalyst (skeleton Ni-Zn and Ni-Al catalysts). Moreover, increased pressuxe
involves the fact that the reduction of hydroxyl and carbonyl groups on Pt-C
taking place prior to hydrogenation of the furan ring becomes the most
important, or even the only primary reaction when alkyl furyl carbinols and alkyl
furyl ketones are hydrogenized or hydrogenolyzed. Thereby the influence of
pressure on the liability of the furan ring to hydrogenation to give a tetrahydro-
furan ring, or to hydrolysis has been clarified. Moreover, this influence exerted
upon the order and the selectivity of the reduction of various unsaturated
bonds in a furan compound has been clarified. 1) The furan ring in silvan is
completely hydrolyzed at normal pressure and 2750- Methyl propyl ketone'l
Card 1/3

80007
Catalytic Hydrogenation of Furan Corapounds Under S/020J60/131/05/037/069
Pressure in a Flow System B011/BI17
(reaction II) forms. At 50 at hyd.-.-,~.7en pressure, chiefly tetrahydrosilvan M
results. Hydrogenolysis of the furan ring takes place to a yield of about 25%.
2) At normal pressure, hydrogenolysis of the ring at the C-0 bond represents, in
addition to the carbonyl group, the primary hydrogenation reaction of 2-methyl-
5-acetyl-furan on Pt-C. About 20% is due to the primary reduction of the carbonyl
group. With hydrogenation at 50 at pressure and 230-2500, the latter reaction
practically becomes the only one to proceed. 3) Under the latter conditions, the
hydroxyl group in alkyl furyl carbinols is reduced prior to the hydrogenation of
the furan ring- 4) From silvan, 20% tetrahydrosilvan is formed at most when a
skeleton Ni-Zn catalyst at 1500 is used. By elevated pressure, the multiple tlK
bonds in the furan ring are hydrogenated, and hydrogenolysis is suppressed.
This effect is less pronounced on Ni-Zn than on Ft catalysts- 5) The skeleton
Ni-Al catalyst has, unlike other Ni catalysts, a specific capacity to effect the
so-called "conjugated" hydrogenolysis of the furan ring when hydrogenation is
performed in continuous systems and at normal pressure. The furan ring in a-alkyl
furans is completely split at 235-2500 with three ketone series being formed:
alkanones-2, -3, and -4. The elevated hydrogen pressure (50 at) used to
hydrogenate silvan leads to the formation of about 50% tetrahydrosilvan6
45Vo aliphatic ketones and alcohols, and about 5% hepta-compounds at 270
Card 2/3

800C 7
Catalytic Hydrogenation of Furan Compounds Under S/02 60/131/05/037/069
Pressure in a Flow System B011YB117
There are 4 Soviet references.,
ASSOCIATION: Institut organicheskoy khimii im. N. D. Zelinskogo Akademii nauk
SSSR (Institute of Organic Chemistry imeni N. D. Zelinskiy of the
Academy of Sciences,USSR)
SUBMITTED: November 23, 1959
Card 3/3

3/020/60/132/03/26/066
115-J.200 BO11./BOO8
AUTHORS. BellskiXg I. F.9 Shuykin, Na gorresponding Member
I -J-1
AS USSR9 Karakhaii-ov, R. A.
TITLE: Thermal Dehydrogenation of 2,5-Dibydrofuransi
PERIODICAL: Doklady Akademii nauk SSSRj 1960, Vol. 132, No. 3,
pp. 585-586
TEXT. The authors produced 2--methyl-, 2-ethyl- and 2-isopropyl-295-di-
hydrofuran under such conditions and investigated their transformations,
under which 2-methyl-4,5--dihydrofuran is. isomerized to methyl-cyclo-
propyl-ketone. The vapors of the qompounds mentioned in the introduction
were passed over crushed quartz or activated carbon at 470-4800 -
It turned out that 2-alkyl-2,5-dihydrofurana are very easily de-
hydrogenated to corresponding furan-homologues (see Scheme). The reaction
proceeds equally easily over quartz and activated carbon. The authors
conclude therefrom that this dehydrogenation io not a catalytic reaction.
but is only caused by temperature which must be fairly high; 3500 , -for
instance, are insufficient for this purpose. At 470-4800 the tetra-
Card 1/2

S/020/60/132/04/35/o64
6_0 t1 00 B011/B003
AUTHORS: Shuykin, N. I.? Corresponding Member of the AS USSR,
B-511axlyg 1, XF69 Vasilevskayag G. K.
TITLE: -Catalytic Conversion of 2-Alkyl-5-aeylfurans Into
.Alkylphenolal
PERIODICAL: Doklady Akademii nauk SSSR, 19609 Vol. 132, Ko- 49
pp. 861-663
TEXT: The authors investigated the catalytic hydrogenation of the
following alkylacylfurans on Pt-C in a continuous system and at usual
pressure: 2-acetylfuran, 2-ethyl-5-acetylfurang 2-methyl-5-propionyl-
furan, and 2-n-propyl-5-acetylfuran. Hydrogenation occurred at 300 -
3100. In all cases the furan ring was hydrogenated on the C - 0 bond
which is adjacent to the carbonyl group. The resulting intermediates
(195-diketones) were cyclized in the vapor phase in hydrogenation.
Homologs of cyclohexenone formed, which were subsequently dehydrogenated
to the corresponding phenol homologs. Carbocyclization of nonsymmetrical
Card 1/3

Catalytic Conversion of 2-Alkyl-5-acyl- S/020/60/132/04/35/064
furans Into Alkylphenols BO11/BOO3
holds a special position among the compounds investigated. By its
hydrogenolysis on the C-0 bond adjacent to the carbonyl group a
ketoaldehyde forms. It may not be hydrogenated like a diketone, but
is completely decarbonylated to form pentanone-2. There are 4
references, 3 of which are Soviet.
ASSOCIATION: Institut organicheskoy khimii im. N. D. Zelinskogo
Akademii nauk SSSR (Institute of organic Chemistry imeni
N. D. Zelinskiy'of the Academy of Sciences, USSR)
SUBMITTED: February 22, 1960
Card 3/3

84652
AUTHORS:
S/020/60/133/005/033/034,/XX
B016/Bo6o
_Shuy~~ Corresponding Member AS USSR, Erivanskaya,
L. A., and Yan Ay-si
TITLE: Catalytic Dehydrocyclization of A-n-Butyl Naphthalene
PERIODICAL: Doklady Akademii nauk SSSR, 196o, vol. 133, No. 5,
pp. 1125 - 1127
TEXT: Of late, N. I, Shuykin (Refs. 4, 5) has proved that high-mclebular
alkanes of normal structure (eog,, hexa-, hepta-, and octadecanes) undergo
dehydrocyclization under certain conditions. Condensed systems of ,
naphthalene, phenanthrene, benzanthracene and chrysene are then formed. In
the work under consideration, the authors carried out the dehydrocycli-
zation of j3-n-butyl naphthalene to phenanthrene and anthracene. They
established that, under the conditions applied here, a cyclization takes
place at the o(-carbon atom of the naphthalene ring, which is nearest to the
butyl groups Phenanthrene is preferably tormed in this case. The authors,
experiments took place at 40e, 4501 5001 and 5500C, aluminum chromium
(gG%cfchromiumoxide) being used as a catalyst. The catalyst was regenerated
L~
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ACCESSION NR: AT5004756 S/3132/63/000/056/018
P N Lebedev" deals with the existence of light pressure -and
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ast difficulties of-'it de ec on The 'second 6ectiont Photograv
s ti
p I - -. .. I ; -11, d. . 1.._-1'~i-:]-.`,;2
rgy iht'egral._-is:devote t za-
tational problem of'two bodies. Ene
derivation of the laws governing thei" int6rAction~*betweien._ two
~g er J _F,
with account taken of both the gravitation: al... and the 1i ht. 'ht ac
bare, attracted..
tion. The generalized interaction'of ~,tvo,_bo.dies-._t,hat-
A
gravitationally and are either attracted or repelled~by virtue of--:
g with:the dase-When one.'.,
the radiation interaction i streated# alon
of the-bodies has vanishingly small.mass.-:The third, section,- "The.
Poynting-Robertson effect and:the planetocentric ef fect- of radiation
in
deceleration"*deals with some effects due to radiation pressure'
-the solar system, and shows, that, radiation effects cannot,produce.
ci~l
art
noticeable influence on the.perturbation,of the motion.of iri
earth satellites. Section 4'.is'entitled"Osculat nq elements. 'Ael-~J~-`~__.
Krylov-Bog'olyubov method." This efedtion'deals with the- lanetocieh
p
tric motion of a particle along a s iral,_ which,within-.a short t ime
p
interval can be described.byla circle. The periodic changes in; the
oscillating elements due to the main-force of light pressure can...
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eliij-~._-
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lead to appreciable secular or:.long-period~terms:in th e of,

i-
tic planetocentric motion, and-the.*resultant perturbations*
are 6val~:
uated by using the approximate Krylov Bogolyubov'-integiation'- miethod.;.,I,~
The fifth section, "Theorem on the mean weight of element perturba-

tion," deals with the case of a spiral-trajectory approximated~by
an ellipse with a perigee that follows.tbe.radius vector at appioxi.-l-
Since this problem cannot be solved
mately equal angular velocity.
by.the method of the preceding section, the author proves the f017;;,
alo-
:lowing theorem. If the product of, the instantaneous positive vL
is equal to unity, then the product of the mean, velocities
!Xa er than or equal,to unit This theorem can begeneralized in.-
rg
the case when the product of the instantaneous velocities is equal.
an
to any constant qu titty. -*The articular-application of the theorem
P
is dealt with-in later chapters of the paper. Orig. art.-'has: .33.'.~i
formulas

ASSOCIATIONs Yaroslavskiy gosudar6tvennyy pedagogicheikiy" institui.;..,~~_i . . . . . . . . . . . . .

-F-
C rd
a

~iWr- - I I
-.1- - ~ I I . I a . . : . .
"Principles of Topo--apby " Sovetslsaya Kniga (Soviet Books), 128 p., Pravda Publ.
J)
House, 1c)'12.

SH(TVAI.OV., YA. A.
Geography & Geology
Fundamentals of topography, A'.'.Oskva, Gros. uchebno-pedagog., Izd-vo, 1951.
0
Monthly List of Russian Accessl2ap, Library of Congress, Yarch 1952. Unclassified.

S-HRALOY. ov Arkadlyevich; GRYUNBUG,G.Tu.. redaktor; XAXHOVA.N.N..
flegg,"Olv"'iedak t or
[Surveying by night; an aid for geograpkw teachorl Glasomernau
s*esdm; Y pamoshch' uchitallu geografli. Nookwa. Goa.uehebno-
pedagog. tzd-vo Ministorstva proeveshchenlia RVO. 1955. 52 p.
(Topographical drswia;) (KLRA 9:3)

~L'
SMNAWV, Yakov Arkadlyevich; GALKIN, P.D., redaktor; 14AKROVA, N.H.,
t~*V9nIOcW'e~Vy'*"'~e dakt or.
[Fundaientals of topograpbyl Onnovy topografti. Izd. 2-os,
Moskva. Goe.uchabno-pedagog. Izd-vo Mintsterstva prosveshchonlia
RSIPSR. 1955. 343 p. (MLRA 9:1)
(Topographical stirveying)

MOSETIRIJ, Aleksandr Mikhaylovich; OLENEV, A.; SIMALOV, Ye.
[Sverdlovsk Province] Sverdlovskaia oblast". Sverd-lovsk,
Sverdlovskoe knizhnoe izd-vo, 1962. 210 p.
19:4)

SHUVAWV, Ye.A.; YIRGIYMVA, E.V.; VBGM, M.I,
- ------
New method of determining the ash content of coals. Koks i khim.
no.1:10-11 160. (MIU 13:6)
1. Ugleobogatitellnays fabrika im. Kostenko.
(Coal-Analysia)

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SHUVALOV, YR. F.
Shuvalov, Ye. F. - "The determination of antimony by the permanganate method,, and the
effect of iron on the analysis". Trudy "ovocherkas. politekhn. in-ta im. Ordzhonikidze,
Vol. XIX, 19489 P. 133-37, - Bibliog: 5 item.
SO: U-411, 17 July 53, (letopis 'Zhurnal Inykh Statey, No. 20, 1949).

SHUVALOV, Ye.L., kand.geogr. nauk, dotusent
Changes in the distribution of agriculture in the Urals.
Zap.Ural fil. Croog. ob-va SS,"R no-4:129-140 161. (MIRA 18:12)

SHUVALOV, Ye.L.
Bibliography. Zap.Ural fil. Geog. ob-va SSSR no-4:185-189
161. (,MIRA 18:12)

"Geot~ray)hy of ACriculbivc- of the Mortheastern 'It-gions of Dseestfin
ASSR. SWU Jan 52, Moscow State Inst Imerii 7. 1. Lenin.
DI qrertat Ions prec.,r~n'pd for qcleice and em,71neering degrees in
Moscow durinF, 1951.
SC: Sum. Jo. 1.,80, ptay .55

L
1; 1 /1 41, 1. // ~ " i, /I-
SHUVALOV. Ye.L.
, -
Present economic statuB of the Urals. Geog. v shkole 20
no.5:23-31 S-0 157. (MIRA 10:12)
(Ural.Hountain region--Zconomic conditions)

SHWALOV, Yefim. Lukich; RODIONOVA, F.A., red.
[Economic geography of the U.S.S.R.; a general survey.
Textbook for the 8th grade] Ekonomicheskaia geografiia
SSSR; obshchii obzor. Uchebnoe posobie dlia VIII klassa.
Moskvao Prosveshchenie, 1965. 93 p. (MIRA 18:7)

KOSHKIN, P.P., krayeved; SHUVALOV,-Ye.L., dotsent; KOLOSIMSYN, V.,
red.; PALIYJNA, N., tahii. red.
Karyshlov. Sverdlovsk, Sverdlovskoe knizhnoe izd-vo 1961. 134 P.
Wra 15:8)
(Kaxqshlav)

SHUVALOV, Ye.L. (Svnrdlovsk)
Ural. Geoa. v shkole 26 no.4:5-12 il-Ag 163. (MIRA 17:1)
0

A~M ', nots~ i CUIENEV, Al-',, .1 dr,-Ls.~~ SHIUVALOV Ye,L,,
, ~.r-
dote -, PEKAitkVICH VJ-1- ret*aenzeif ~,~Vm -7
fSvei-d-'L;-.vsk Province) Sverdlavskaia rblast'. Sverdlovsk,
Sredne.-Urallskoe knizhnoe izd-vo, 1964. 225 p.
(MIRA 1710-U)

9(4) SOV/ 112-59-5-9833
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 5, p 200 (USSR)
AUTHOR: Kobyshev-Kuz'min, G. M. , and
TITLE: Noise Properties of Soviet Junction Transistors
PERIODICAL: Tr. Vses. n.-i. in-t radioveshchat. priyema i akust., 1957,
Nr 8, up 3 - 3 3
ABSTRACT: Results of an experimental investigation of the noise factor F of Soviet
junction transistors in a grounded -emitter circuit are reported. The integral
value of F was determined for two bands: ZO-10,000 cps and 300-10,000 cps.
The noise factor was calculated from the formula
F a U Z (4kTRoA fK 2 ) I
sh/ E
where Ush is the noise voltage at the transistorized amplifier output, R. is the
input resistor, Af is the effective pass band that can be determined by a
numerical integration, KE is the voltage gain measured by a sine-wave
Card 1/3

SOV/117.-59-5-9833
Noise Properties of Soviet Junction Traasistors
oscillator. A spectrum analyzer was used for the spectral analysis of F. The
dependence of F on the frequency, ROD emitter current Ies and the collector
voltage Uk was investigated. Investigation of three samples of the low-noise
PID transistor showed that the semiconductor noise extends up to 700-1,000
cps; at frequencies over 3,000 cps, the noise factor F grows because KE
decreases. An expression for F in a grounded -emitter circuit (accounting for
thermal and schrot effects) was derived from an analysis of T-type equivalent
circuit containing three noise generators. By differentiating the F expression
with respect to ROD a formula for the optimum value of the internal source
resistance Ro opt can be found. Experimental curves for 16 samples of Pl and
PZ transistors are presented; a blunt minimum of F with Ro = 100-600 ohms
was obtained. A deviation of the experimental minimum from the calculated
one (200 - 1, 000 ohms) is due to the semiconductor noise. With a different
emitter current, the calculated noise factor has a minimum at Ie = 0. 5 ma.
Card Z/ 3

SOY/11Z-59-5-9833
Noise Properties of Soviet Junction Transistors
Experimental curves F(Ie) for three PlD transistors are presented; they
clearly show the minimum F at Ie 0 0. 5 ma. Curves F(Uk) for three samples
of PID are presented. With (UR) < 10-15 v, F in almost independent of Uk;
however, F increases sharply if Uk grows further. Expressions for F and
Ro 0 t for the three fundamental circuits are submitted. A comparison showed
that for a minimum F, with KE - KE max, the common-emitter circuit should
be used.
N. V. B.
Card 3/3

'~j H J /~4 I-- r ~' i I - o
SIAVIIJ, D. 0.; SOKOLOV, Y. If.; GAVRILKIN, N. N.; POPIAVKO, M. V.; SHUVALOV, Yu. A.
Tekhnologiya Metallov, pi-blished by Mashgiz, Moscow, 1949
Lnx swm #148

V, A/
~iYUKHANO L A K XIV ILN;~ ,Yu.H.; KALYSHEV, A.I.; NIKOIAYIV, G.N.; kliU
V. A. N
VALOV, Yu.A.; SHISHKOV. P.P., kandidat tekhnicheskikh nauk; doteent,
- WC-9
r a *~iflwARSHINOV, V.A., kandidat tekhnicheskikh nauk, reteenzent;
ZAARY, I.S., inzhener, retsenzent; YIGORNOV, A.M., professor, redaktor;
VTDRIN, P.G., inzhener, redaktor; SOKOWVA, T.Y., tekhnicheskiy redaktor.
[The technology of metals] Tekbuologiia metallov. Moskva, Goa. nauchno-
tekhn. izd-vo mashinostroit. lit-ry, 1954. 624 p. (KLEA 7:11)
(Metau)

XALYSH2V. Anatolly Ivanovich; NIKOlAYEV, Grigoriy Nikolayevich- 510
V..1 A- : ANDRIAHUY, I.I., inzqenar, reteenzent.;
KLhfYATISKIY~ M.N., kandidat tek-hnir-Keakiy wuk, redak-tor [deceased'.
RZRAVINSKIY, V.V.. inzhoner, radektar; SHAMSHURINA. Ye.A.,
tviatelletva; SOKOLOV.A. T.Y., tekhnicheaki7 redektor-,
UVAROVA. A.F.. tekhnIcheski7 redmictor
[Technology of metals] Takhnologila metallov. Xosk7,a, Goo.
nauchno-tekhn. izd-vo-mashinostroit.lit-ry, 1957. 371 u.-
(Metals) (Metalwork) Nvu 10:11)
(Metallurgy)

L
PHASE I BOOK EXPLOITATION 477
.Shuvalov,, Yuliy Avraamovich and Vedenskiy, Viktor Alek3androvich
metallorezWu-sh-c-Elye -stanki; kinematicheskiye i gidravlicheskiye
skhemy (Metal-cutting Machine Tools; Kinematic and Hydraulic
Diagrams) Moscow, Mashgiz, 1958. 242 p. 25,000 cople!3 piinted
Reviewers: Nalchan, A.G Candidate of Technical Sciences;
Ed.: Vladziyevskiy, I.P., Doctor of Technical Sciences;
Managing Ed.:of General Technical Literature and Catalogues:
Ponomarev,- K.A., Engineer; Tech. Eds.: Matveyeva, Ye. N. and
ElIkind, V.D.
PURPOSE: This book is a textbook for students of mechanical
engineering and polytechnical vuzes.
COVERAGE: The book contains diagrams of speed and feed mechanisms
and assemblies and mechanisms for special and aukiliary-movement.
Kinematic and hydraulic diagrams for some metal-cutting machines
are presented. Technical char.,,octeristics of the most widely
used modern metal-cutting machines are briefly given.
G&Pd-- V-44-

V
L ~14, 3-58-3-16/32
AUTHOR: Annenkova, Ye.G., Nikulin, N.S., Shashkin, A.S., Shuvilov
Yu.A., Do,tsents and Candidates of Technical Sciences -
TITLE: Ways of Improving the feaching Process (Puti sovershenst-
vovaniya uchebnogo protsessa) SomeConsiderations on the
Training Course in bletal-Cutting Machine Tools (Nekotoryye
soobrazheniya o kurse metallorezhushchikh stankov)
PERIODICAL: Vestnik Vysshey Shkoly, 1958, Nr 3, pp 63 - 65 (USSR)
ABSTRACTs For the purpose of rationalizing the teaching process, the
above named authors have made the attempt to utilize a maximum
of generalizations in lectures on metal-cutting machi4e tools.
The trial proved successful. New, methodical and scientific
principles for preparing lectures permit the study of machine
tools according to a unified plan. The structural analysis -
the basis of a course - defines the structure of every lecture.
Visual aids are not excluded, but they serve only as auxili-
ary material for the lecturer. Principally the lecture is
built on maximum generalizations. These are: kinematical
shaping of surfaces, the theory of kinematic chains, schematiz-
ing the work of mechanisms, explaining the hydraulic outfit
Card 1/2 of machine tools by means of structural sweep, and the appli-

3-58-3-16/32
Ways of Improving the Teaching Process. Some Considerations on the Train-
ing Course in Metal-Cutting Machine Tools
cation of structural kinematic schemes.
ASSOCIATION: Moskovskiy poligraficheakiy institut (Moscow Polygraphic
Institute) Moskovskiy avtomekhanicheskiy institut (Moscow
Automechanic Institute) Moskovskiy vecherniy mashinostroitell
nyy institut (Moscow Evening tiachine,Building Institute)
AVAILABLEj Library of Congress
Card 212

BRYUKHANGV, Andrey Nikolayevich; I-A IN, Yuriy Mikhaylovich; MALYSHEV,
Anato3dy Ivanovich; NIKOIAYEV9 Grigoriy Nikolayevich; SH~~,
Yuliy Avraamovich; RYBIN, V.V.p inzh., retsenzent; GLUM, N.M.9
-~.~t6klm-;-nsak-q -red.; RZHAVINSKIY, V.V., red. izd-va; MODILIv
B.I., tekbn. red. -
[Technology of metals] Tekhnologiia-metallov. Izd.2.,perer. i dop.
Moskvap Gos. naucbzio-tekbn* iad-vo mashinostroit. lit-ry, 1959-
599 p. (Metallurgy) (KIRA 24:7)

PHASE I BOOK EULOITATION SOV/4525
Terekhav, Georgiy Aleksandrovich, Docento and Yully Avramavich Shuvalov, Candi-
date of Technical Sciences
Avtomatizatsiya tekhnologicheskikh protsessav mekhanicheskoy obrabotki I xborki
v mashinostroyenti (Automation of Mechanical Working and Assmbly Processes in
Machine Building) Moscow, Mashgili, 1960- 320 p. Errata slip inserted.
202000 copies printed.
Reviewer: A.V. Ettell, Engineer; Ed.: P.A. Kunin, Engineer; Managing Ed. for
Literature on Metal Vlorking and Machine-Tool Making '(Mashgiz): V.I. Mitin,
Engineer; Tech. Ed.: T.F. Sokolova.
PURPOSE: This book is intended as a textbook for students in machine-building
tekhnikums.
COVERAGE: Basic information Is given on the automation of machining or blank
and the assembling of machine parts. The authors present the :Mandamentals of
feeding of automatic machines, clamping of blanks,and dimensional control of
blanks and finished parts. Problems of designing mechanized system with
Cards::.l

Automation of Mechanical Working (Cont.) sov/4525
copying and other types of automatic program control are discussed briefly
inasmuch as they are treated in the course "Metal- Cutting Machine-Tools".
Information on planning the processing of parts on the transfer machines and
hoisting, conveying and reloading devices is also discussed. The contri-
butiow to automation made by I.N. Voznesenskiy, Corresponding Member of the
Academy of Sciences USSN and A.A. Andronaw, Academician, are mentioned. There
are 40 references., all Soviet.
TABLE OF CONTENTS:
Preface
3
Introduction 5
Ch. 1. Automation System of Metal-Cutting Machine Tools and Schematic
Layouts of the Autmatic-Cycle Control 15
1. Cyclic and non-cyclic system in automation of metal-cutting
machine tools 15
2. Schematic Layouts of automatic cycle control 16
Ch. II. Automation of Feeding of Metal-Cutting Machine Tools 26
1. PurposeP classification and field of application of feeding
devices 26
Card--a*-

TEPINKICHIYEV, Vladimir Karpovich, prof., doktor tekhn. nauk;
SHUVALOV Yu A., kand. tekhn, nauk,, dotes# retsenzent;
*141idK'~ Z *
.. red. izd-va; GHERNOVA,, Z.I., tekhn. red.
[14achine tools In the agricultural machinery industry] Metal-
lorezhushchie stanki v sellskokhoziaistvennom mashinostroenii,
Moskva, Mashgiz, 1962. 424 p (MIRA 15:3)
(Machine tools) jAgricultural machinery)

SHASHEO, Aleksandr Semenovich;=-V-AW-V,-Iu.A.-, prof.,, retsenzent;
bAIAN'DIN,, A.F.., red. izd-va; SJIRNOVA, G.V., tekhn. red.
[Structural analysis of the elements of metal-cutting machine
tools]Strukturrvi analiz elementov metallorezhushchikh stankov.
Moskva, Mashgiz, 1962. 262 p. (MIRA 15:12)
(Machinery, Kinematics of) (Machine tools)

DFZ.IEIITIYEV, V-1 , kand. tekhn. nauk; OGRINCHUK, A.U.9 kand, tekhn, nm*;
TEREKHOV, G.A., dots.; SHLYAR41KOV, A.I.0 dotB*; SHUVALOV Yu.A.
P ~~
kand. tekbn. nauk; YVE21IR, Ya.A., kand. tekhn.-n-eu-F.,-r-e-fb--enzent;
PANTELEYEV, V.V., inzh., reteenzent; BAZIMIOV, D.V., red. izd-
va; UVAROVA, A.F., tel-hr- red.
[1-'~eans for the autoration of machining processes; manual] Sred-
stva avtomatizatsii mekhanicheskoi obrabotki; spravocbnoe po-
sobie. Moskva, Mashgiz, 1962. 520 p. (MIRA 150)
(Metalcutting) (Automation)

MALYSHEV, A.I.; NIKOLAYEV, G.N.- SHUVALOV Yu.A.; SAMOICHOTSKIY,
jp
, reaH'-1-5zWiNA, R.K., tekhn.
A.I., red.; VOLKOVA, N.A. -
red.
(Technology of metals and building materials] TekhnologRa
metallov i konstruktsionnye materialy. Moskva, Vysshaia
shkola., 1963. 429 P. (MIRA 16:7)
(Metalwork) (Building materials)

A
AJI.V, Yu....--
Age a-' tile Fyry-.,:,cLLIW,. iatrusion ia 'Laza'chst,.m. j)o*Ll. A."
(..I.
1317 :io. ):397-31,1-.-' -':r '61.
1. Vocoo,;-amyy -eolc-,,-Ic"icsk-iy kistitut.
Pred.;tavlono a*:,idemiko,-
(ly-,yL-,:Up-,I*- Ig:i ous)

A!U'P',OV, Yu.N.
IJ3 t 'F.F trucl - e h, c a f
of zhe vitelline nbrana z: c c, rllver
fluviettllis Dokl. 1:77-SR 2t,,~~
2714 Ja 16t.,
1. pediatricheskiy madttsinsk;y Insti-,ut.. fNb-
mItted Februai-
y 22, 1965.

Io j k
Studyin,_- the toxicity of pot-atoes '.rea-ted -,,iQ--. 'he pr~,-pa ration
''TB." Vetorinariia 42 no.11:58-60 N 165.
1. lCrizariAly veterinarny-y insUtut.

Yu.
of e s
'uc 'r I.
-en :~Prr-itura- xi
L:n. un. 7, Nlo- :), 19"
llonthl.y Li:it of Russian :,ccessions, L`bnary of Ccn '7re June 1953- Uncl

_:iE "NA P.T. T..
jF.iTVAIJjV, IU. i.. -- "The ,onnection between the Distribution of
Electronic Density and t~~ Electric Conductivity of Cadmium Sulfide
Cr-jstals." Leningrad OrJer of Lenin State University imeni A. A. Zhrjanov,
Leningrad, 1956. (Dissertation for the Degree of Candidate of Physicomathematical.
Sciences)
SO: Knizhnaya Letoois' No 44, October 1956, r7i.,oscow

~-Ov,
VIUV I V,N
d
Y,
W
111 4414
-bution the elect&
tow
f ARdL m4ab 1
.31 G Fit; 1950 d. '1022e,
qe
The etec V11
- US deul by our-
n d. of hbragoosil, St was
xy
ler analysis of Weissenberg x-m r9dectl4v kir 7be re-
tol to 4h.
0 the COSULLS V&dtd OAR
. ..... ere Is,& cousl4cruible change in reflected Intensities
.44
from high ohmic Wkvv obink cr -Calcus, on a high',
ystals.
's
a ellec"
AdIstfibutlon. lit abithohmJ0 crpW theelec-
Ii it In-ill d1ractios; 6tVt the nearest
APPM*. ett"
'!-dOAnce bod-virru atonim, whereAt U low, W a low Owe
crystal the 61e6tran- da is Urge W the 41rection ut the atows
t
and small, bc wun t!iiin. locming qlactrft bridges between

USSR / Physical Chemistry. Crystals. B-5
Abs Jour ; Ref Zhur - Khimiya, No 88 19570 25952
Aua-or :Yu.N. Shuvalov
Titl e :Connec ~cn B~etween Electrical Conductivity and Redistribu-
tion of Electron Density in Cadmium Sulfide Crystals.
Orig Pub :Zh. takhn. fiziki, 1956, 26, No 9, 1870 - 1879
Abstract 3Hexagonal synthetic monocrystals of CdS of various conduc-
tivity and photosensitivity were investigated roentge-
nographically. A one-way alteration of the intensity of
most important reflexes was established, this alteration
occurring at the transition to specimens with gL greater e-
lectroconductivity, or at an increase of the specimen con-
ductivity by the action of light or by heating.. Using I.-he
synthesis of Fourier, tuo-dimensional projections of the e-
lectron density (ED) in crystals were plotted for various
specimens, and the redistribution of the ED was obserTed.
Card 2 1/2

A 0 V)
USSR/ElectricAy - Semiconductors G-3
Abs Jour : Referat Zhur - Fizika, No 5, 1957, 12202
Author : Shuvalov, YU.N.
Inst :-L~n ad State University, USSR.
Title : Redistribution of Electron Density in a Crystal of
Cadmium Sulphate in Connection with the Changes of Its
Electric Conductivity.
Orig Pub : Dokl- AN SSSR. 1956, log, No 4, 753-756
Abstract : The author explains the connection between the electric
conductivity of well bounded hexagonal sixfole crystals
of CdS and the distribution of the electron density in
such crystals, by comparing the ratio of the intensities
of the neighboring reflexes of rotation X-ray patterns
of specimens with different conductivity. It turns out
that as the crystal conductivity increases, certain of
Card 1/2

NU'Nol 54-1-5/17
R: Shuvalov, Yu. N.
TITLE: On the Investi~~ation of the Distribution of Electron
Density in Crystals (K igsledovaniyu raspredeleniya
elektronnoy plotnosti v kristalle)
FERI:-1DICAL: Ve3tnik LeninCradskogo Universiteta Seriya Fiziki i
1-hi mii (Nr 1) , 1958, Nr. 4,
.M'2RACT; A comparison of the distribution of electron d---nsity computed
by means of the Fourier development accordinC to the
inten:3ities of the X-ray reflexes of hexagonal crystals of
cadmium sulfide made it posslible to discover a certain
churacter of the redistribution of electron density with an
increased conductivity of the crystals (Ref. 1). The
modifications of the distribution of electron donsity observed
were, however, found to be of little importance and were of
the maCnitude of Ceneral errors. 'With an increased scale
errors incr,~ased accordingly. Methods for the determination
of smaller modifications of electron denslity, by the
!Ilication of ',,hich relative errors of calculation are
re-duced or untirely _-liminatcd (Ref. 2) ther*Jfore deserve
Card 1/)

On the lnvesti,.ation ~,f th--~ Distribl.ition of Elt-ectron 54-1 -5/17
Density in Crystals
more attention. In the course of this paper the author
-maintains that all characteristic modifications of the
intenoity of reflexes accompanyinj-, the increase of crystal
conductivity "operate" in the same direction without being
contradictory to one anoth6r: they form electron bridges
between the nearest atomic projections, i.e. between the
hetero!'-eneous atoms along & base line of chemical b4nding
and -aiden the gap of electron density between analoE7ous atoms.
For the C~3timation of the strength or the weakness of
electron bridees it is not necessary to build up a complete
constr!iction of electron density distribution in the crystal.
It is possible to confine oneself to detcrmining the relative
modifications of intensity of ck.,rtain individual types of
re-flexes. The fact that no complete construction is built up
also fully eliminates errors in com-putation which occur mainly
as a result of the effect produced by the disruption of
ser-'es. 2he methods worked out can not be employed for direct
investii..*ation. They merely serve the purpose of bringing about
a more distinct and more clear demonstration of the meaning
Card 2/3 and the character of the re-distribution Processes of electron

On the Investii.ation of the Distribution of Electron 54-1-5/17
Density in Crystals
S"BIMITTED:
AVAILA3LE:
density, wi-,h which, by means of the Fourier development,
certain modifications of the intensity of X-ray reflexes
can be connected if these modifications represent
experimental facts. By these methods it is also not possible
to obtain a solution in advance concernine the connection
existing between the modification of intensity of reflexes
and other properties of the crystal, nor do they exercise
any influence upon the thi~oretical interpretation of this
phenomenon.
There are 5 fiCures, and 3 references, 3 of which are Slavic.
January 30, 1957
Library of Congress
1. Crystals-Electrons-Density 2. Cr7stals-Conductivity
3. Cr7stals-Theory
Card 3/3

SMNAWV, Yu. N.
Relationship between electric conductivity and electron density,
distribution in germanium crystals. Fis. tver. tale. i no.2:208-215
F '59. (MIRA 12:5)
l.Loningradskly gosudaretvanay universitat im...AqA. Xhdanova.
. A
tGermnium crystals)

RUMSE, M.A.; JhUVALOV, YU.N.; SIMIRIJOV, L.A.
i;ffect of illumination on the intensity of X-ray reflections
from cadmium sulfide crystals. Fiz. tver. tela 2 no.2:369-370
F 6o. (MIRA 14:8)
1. Leningradskiy gosudarstvennyy universitet imeni A.A.
Zhdanova i Ilauclino-issladovatellskiy fizichoskiy inatitut.
(Cadmium sulfide crystals) (X rays)

r 7
'rv'
-,f
5 LA tmpn
ljAelt~ ne
milam-, r
Tv,.bu~an rct,-.J. b,.-,. r s&r.,,-lizu. uchr. -..rcf-sr--;uzov
134 39 M." P"',
vrech

S/191/63/00()/003/W
B.101/B1136
AUTHORSt Sorokin, M. F. 9 Lyalyushko, K. A. iiijdakova, R. A. VReil"Yev#
V. B6# lhuvalova. A. N.
TITLE: Copplym repf, unsaturated, Flycldal eaters. ~Gopolymertsatloo of-
e . I .- - .
~glycidyl methadr%ylhte41t'h'meth.Vl m,~thae-i-ylate in solvents i.
PERIODICALt Plaoticheakiye,massy, n6. 3, 1(1,65, 3
TEXTs The copolymerization of - glycidyl methacrylate (GUA) with metbyl Wethew
crylate (MMA) was conducted-in a solution of toluene;'dioxane, or cyclo-
hexanone under an atmosphere of nitrogen.with 0.1 mole% benzoyl peroxide as
initiator, the purpose of this study being to produce polymers containIng
epoxy group96 GMA was synthesized from epichlorohydr ine and sodium metha-
crylate. Optimum reaction was reached at 90 0C and 30% concentration of
components. At higher concentrations, Ahe reaction went too fast and the.
mass became too viscous, making it very difficult to take samples. Lower
concentration decelerated the reaction considerably. Copolymerization did
not occur at 600C and 30% concentration. At 50% it was too slow but could
be accelerated by increasing the benzoyl peroxide addition.to 1%. The re-
Card 112

S/191/63/000/003/002/022
Copolymers of.unsaturated-.... BIOI/B186
action was slowest in toluene Yielding 77-89%1 in dioxane and cyclohexanone
it was equally alow yielding 83 - 96~k. Reduced viscosity in diornae was
5.55 - 5.79, in toluene 2.48 - 2.64. The ratio GVA s VVA was varied between
1 1 4 and 4 1 1. The resulting copolymers were white, solid substances
sollible in acetone, acetates, dioxane, dirhloro ethane, and'cyclohexanons.
The polydispersion of the copolymers was determined by turbidimetric titra-
tion. Pure polyglycidyl' methacrylat6 had the lowest p olydispe'relon, whereas
pure polymeLbyl. methacrylate had the highest. The.'values for the copolymers
ranged in between, depending on 'the o1olar ratio of components and on the
aXount of initiator added.. Fractionate precipitation showed*all fractions
to contain equal nmounts of glycide groups: approximately 23,% at a ratio
10,11, ~. 1 2 1 1 ---ii,'-at 1 1 4,
,18~, at I 1 2, -29FA at 2 1 1, and
A t J1 : 1 .The copolymers were somewhat enriched with,GMA and their fractio-
n,il composition differed'from that of a mechanical mixture of components.
TI-.e copolymerization constants were determined by U. Fineman's and U. D.
Ro!--zl method (J. PIolymer 259 (1950))1 rr.UA ' 0.94; r... -.0-75-
'Mere are 6 figures ancl 3 tables.
rivra- 2/2

86678
5/064/60/000/008/006/008
B02O/BO6O
AUTHORS: Sorokin, M. F., Angarskaya, E. Ya., Shuvalovat_k--R-
TITLE: Mechanism of the Formation of Epoxy Resins From Epichloro
Hydrin and Dioxy Diphenyl Propane
PERIODICAL: Khimicheskaya promyshlennost', 1960, No. 8, pp. 25-34
TEXT: The formation of epoxy resins from dihydric phenol and epichloro
hydrin is theoretically possible in two wayst 1) phenyl ether of glycerin
monochloro hydrin forms first, which is dehydrochlorinated to the
respective diglycide ethers which, by reaction with the hydroxyl groups
of the free phenol molecules, give rise to resins, or 2) the diglycide
ethers of bivalent phenol are obtained in one stage in the reaction of
epichloro hydrin with the sodium phenolate of a bivalent phenol and their
further reaction proceeds as above. The former theory seems to be more
probable. The reactions of epichloro hydrin, of glycerin dichloro hydrin,
and of 1-phenoxy-3-chloropropanol-2 with phenols and with lye were examined.
The respective reaction products were identified, the kinetics was studied
at 30, 40, 50, and 600C. and the rate constants were calculated. The
Card 1/3

M678
Mechanism of the Formation of Epoxy.Resins S/064/60/000/008/oo6fto
From Epichloro Hydrin and Dioxy Diphenyl B020/BO60
Propane
hydrolysis of chloro hydrins in NaOH solution was studied (Table 1), the
reaction products identified being given in Table 2, and the course of
hydrolysis in time at 400 being illustrated in Fig. 1. The same data for
the reaction of chloro hydrins with sodium phenolate in water are given
in Tables 3 and 4. The reaction of chloro hydrin with phenol and NaOH in
water (Fig. 2) and with sodium phenolate in water at 400 (Fig. 3) is
illustrated graphically. The comparative reactivity of the chloro,
hydrins concerned for different reactions is illustrated by the data
given in Table 5. The rate constant of the reaction of phenyl glycide
ether with different phenols shows a linear dependence on the catalyst
concentration (Fig- 4). The dependence of the reaction rate constants
K1and K 2 of phenyl glycide ether with dioxy diphenyl propane on the
catalyst (NaOH) concentration at 900 (Figs- 5,6) is linear, but different
from the linear dependence in the reaction of p4dnyl glycide ether with
phenols. The rate constants K2 and K1 of the reaction of phenyl glycide
ether with dioxy diphenyl propane in bulk are given ini Table 7. Fig. 7 is
a graph depicting the dependence of the rate constant K1 of the reaction
Card 2/3

86678
Mechanism of the Formation of Epoxy Resins From S/064/60/000/008/006/008
Epichloro Hydrin and Dioxy Diphenyl Propane B020/BO60
of diphenyl ester of glycerin with phenyl glycide ether on the catalyst
(NaOH) concentration at 900. The reactivity of the seconda hydroxyl is
considerably lower than that of phenolic hydroxyle (Table 87. The effect
of the ratio of the components upon the properties of synthesized resins
was investigated using a) dioxy phenyl propane - epichloro hydrin - NaOH
- 111-111-32, and b) dioxy phenyl propane - epichloro-hydrin - WaOff
= IsI-521-8- Conditions in the synthesis of resins (Table 9) and the main
factors of resins synthesized at 90 and 1000 (Table 10) are also given
V. 6upler, M. Lidafik, I. Kincl, and V. Ulbrich are mentio'hed (Refs- 5:6).
There are 7 figures, 10 tables, and 11 referencess 2 Soviet, 1 US,
3 British, 3 German, and 4 Czech.
Card 3/3

- SOROKIN, M.F.; ANGARSKMA, N.Ya.; ~W~A
Ghemistr7 of the formation of epoxide resins from epichlorokqdrin
and dibydro3y diphonylpropanso lhinoproso no*8:643-652 D 160o
(MRA 13; 12)
(Spoxy resins) (Propane)

CMnANOWSKly, V. M-1 BULA-11-31, )L 0.) DEXISOV, G. S.; and GLR~
~Tftf-md Abserption S;-t- or s- T- ..d jh". CoWpooant aolutj~ wtth
report *utmitW 4t the 4th lateroattooal Pketi" of Molecular Spctrmcayy, BologrA,
Italy, 7-12 Sept 1959.
Phy.1c.1 r_tjt.~ of tb. Untro-Ity, L..lngm4.

JIUVAII)VA)
Dtft-nded h-,,.5 CandidatC5 -Ji.-Zertation in the anti Nath-matics facult
of ll~ -7cow Stati Univtrilty on 7 MaY 1952.
10
Di5.-crtation- "On the Abfolute Convergence of S-,rie!! of Polynomials."
.X: Vc~tzrak ll-lamkovmkogo Urdlvcr~iteta, Scrly,-. FLAko-Matematichenkikh i
I.estt,!Avelmykh Nauk, Nc. 1, ,'oscow, Feb 1953, PP 17-11-157: trnn3l. in
,J-29712, 1-~ ll,-,ril 54, For off. usc- only.

UNR/1kthemtics - Convergence, Jul/Aug 52
Polynomial Sequence
ttUpper Convergence of a Sequence of Polynomials,"
E. Z. Shuvalova, Moscow
"Mtemat Sbor" Vol XXXI (73), No 1, PP 76-87
In many problems of mathematics a large role is
played by polynomials which approximate a function
analytical in a certain set S with accuracy./f(z)-
pn(z)/~