SCIENTIFIC ABSTRACT ANDRIANOV, D. G. - ANDRIANOV, K.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101410016-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

.ACCESSION NR: APLO13506
Vation with the principal axes of rotation along the alid I
ZT31-7 axes remains v
;in higl-ay doped specimens. Computations were made on the effective parameter
of anisotropy K n all/mL - T11 on the assump-
XMIK-C -, where K. and 11,
ttion that K does not depend on energy. The value of K was found to decline with
ease in impurity concentration to some value and then to increase again. "The
ncr
i
thank V. P. Kasatkina for her careful determination of the cr7stallographic"
;directions of the investigated sampless" Orig, art. hast 9 figures and 5 formulaa~:
,ASSOCIATION: Gosudarstvenny*y nauohno-issledovateliskiy i proyektrW*y institut
redkometallicheskoy prorny*shlemosti (State Scientific, Research and Planning
!Institute for the Rare4ietal Industry)
i J
SUMMED: 10Aug63. DAZE AGQ t 03Mar6h FML: 00
SO CODE: PH no REF'SM-,003 (RIM: 007
Card 2/2

WT (m) /54; (t),/EWT' (b !JF I D
ACCESSION NR-. AP5006884 S/0181/65/0(Y7/003/0796/080.
AUTHOR: Andrianav. D. G.; Fiatull, V. 1.
TITLE: Planar Hall e fee-in strongly dopedgermanlum
SOURCE: F-4zik3 tverdogo tela, V- 7. no- 3, 1965, 796-8o1
TOPIC TAGS: HaU effect, planar Hall. effect, n type germanium, doping, i3emicon-
ductor band, galvanomagnetic effect
AMTRACT: Theoretical e-xpressions etre presented for the kinetic coefficients of
the planar liall effect vith account of the anisotropy of the effective mAsses of
4h,7 carriei,- wA the reiaxation time. The i,lanai itiio' -,-,oct ccmq,1fzts in. the prc-
i~,r of' &ii 7i,- Celd per-pendicii1eir, t') th~ thro"4-J. 11 crys-
'al T,laced :0) R lna~~Tie'.Ir field, with al:L three voc'(-- (rxwretic field, t-llentrlc
f'4rJd, current) iylr)g In it single plarc. Me cri7-u1F,1i-i, is based on a iocdel. 'In
i t 1 s rr ~-;iuv~,d th-4'. the aurface representlng tho- cftrrier energy J.n qi)asi-
mkmientum ,7pace bas a ce-toin number of minim sitc! ov, thf, assuinption that the ener-
gy aw-face cf the electrons In germaniur, coji be dcscrlb~-d by a GYE;tem of four
-ryvtELUagraphicwUy equivalent energy surfaces. In F~ddltlon, the planw- TI&I-1.
Card 1/2

L b9029-65
ACCESsioN ?;R.- Anoo6884
effect vas measured In n-Ge with electron density C~16_6 x 1018 cm73. The meas-
urements were made at 77 and 300K in samples oriented in the directions (1001 and
[1101. A standard de compensation method was used In the measurements. The de-
pendence of the planar Hal.1 effect signal on the magnetic field Intensity was
quadratic In all samples. The results demonstrate that an investigation of the
planar H&LI effect yields. the same information concerring the structure of the
band and the character of scattering as an investigation of magnctoresi stance.
Orig. art. has: 7 figures and 9 formulas.
ASSOCLkTITON: GosudarstyenrWy nauchno-issledovatellskiy I proektrWy institut
redkometallicheskoy pronVahlennosti, Moscow (State Scientific Research and Desig-
Institute for the Rare Met&l Industry)
MWTTED: 05SepC-4 EWLi 00 MM CODE: SSEM
NR RU GOVt 005 OTHERt 005

ACC NRs AP70045 79 5OURCS COM
d/64f A1666
INWhUlts Andrianov, Do Go; Fistull, Ve Is
ORGt none
TITIZi I-Tothod for determining orientation of a n~janRtic field and angles of rotation*
Class 42, No. 186154 W
SOURCEt Izobrotoniyal proMahlenrWe obraztuyp tovarnyyo tnaki, no* 3.8, 1966,' Ill
TOPIC TAGS: magnetic field, magnetic field masuromont
ABS7-,,ACT.- Author's Certificate No. 186154, datod 11 August 1964, has boon isouod to
Do G~ Andrianov and V. I. Fistull for a rothod described as follows: "A mothod for
detorr-aning the orientation of the impetic field and the angles of rotation, using
a HaU omf sodconductor sensors It differs in that for the purposo of increasing
the response tho sensor is situated in tho magnetic field in such a way that the
vectors of current density, the rAgnotic field and the wasured transverse oaf lie in
a single plano. CJPRSt 38t9
SUB CODEt 20 SUEM DATF4 none
UDC
Card I 621.21Z.444.ol.3.24-.538.632
9,-* -

ANDRTANOV, D. M.
32489. Sushka elektricheskikh mashin odnovitk,3vym*metodom. ICIektr, stantaii, 1949,
No. 10, B. 37-38.
SOt Letopis' ZhurnalInykh Statey,Vol. 50, Moskva, 1949

19 ANDRIANOVs D. Me. Enge
2. WSR (6oo)
4. Electric Transformers
7. Organizing the installation of powerful transformer groups*
Rabe onerg. 2 Mo. 10t 1952.
Monthly List of Russian Accessions, Library of Congress, January 1953. Unclassified.

NJ) R I A N OV, I.
1. ANDIRYM40, D. 11*4 1
2. us,su (60o)
1,. Electric Transformers
7. Insta:.Iing manholes in transformer tanis for inspecting the core. ilab. energ.
2 no. '"', 1952.
9. Monthly List 2f I~usqian Accew-,Ic~ns, Library of Congress, Mlarch 1953. Unclassified.

ANMIABDV, D.M., inzhe
-----------
Reinforced foundation bolts for metal piles. Biul. stroi. tekh. 12
no.7-.20 Jl 155. (NIRA 11:12)
(Bolts and nuts)

ANDRIaOV, D.)(., inshenpre
Ivaluating industrial methods of elootrioal installation work.
Prom. energ. 12 no.4;24-26 Ap 157. (KEBA 10:5)
(Ileotric engineering)

ANDRIANOV, D*Mv I inzhe
Cost of eleotric installation work- From- energ. 13 no.5-.23-26'
my 158, (Slactric engineering-Iftimates and cost.) (MIRA 11:8)

11,A
3-2-11/32
AUTHORt Andrianov, D_tP., Doctor of Economics,
Shershov, S.F., Dotsent, Candidate of Technical Sciences
TITLE: In Search-of,-Means to Improve the Economic Training of Future
Engineers (V poiskakh putey uluchaheniya ekonomicheskoy pod-
gotovki budushchikh in.zheneroy)
PERIODICAL: Vestnik vys~hsyshkoly,_ .Feb 1957, 11 2, P 41-40 .(USSR)
ABSTRACTs In.general the.article deals 'with deficiencies in the teaching
ofeconomics at the Ural Polytechnical Institute and with the
measures adopted to " el'imina.te them., This ineti.tuts, the 'big-
gest in'the Ural.rWon, trains metallurgical engineers, build-
ing engineers, chemipta,,mechanics, electrical engineers, radio-
technicians,,eoonomisto and.other specialists. The article
tells of the liaison between the Chair of Economics and Soviet
Industry, and on the inadequacy of the means of instruction.
In dievel7opihg measures to improve t 'he trainingin economics
the, Administration of.the Institute was guided by,the direct-
ives o -f t 20th Congress of the Soviet Cc mmunist Party. Some
of the measures arei ' In all 'faculties, exceptivd, the phy-
sico-te6haical and power Angineering, instruction courses In
"Economics of the Individual Branches" and "Organization and
Card 1/3 Planning of,-Production" were introduced'. Attention was also,

3-2-11/32
In Search of Means to Improve the Economic Training of Future Engineers
Some teachers of the Chair of Economics and Production Organ-
ization, for instance Professor A.S. Osintsev, Dotsents V.I.
Ganshtak, P.A. Zhukov, I.A. Rozenberg, A.M. Vershinin and
others, regularly publish their works on these subjects. In
Nov/Dee 1956, practical training for the students of the
metallurgical, mechanical and radio-technical faculties in
Sverdlovsk was proyided for at the Uralmashzavod, the Ural
Turbo-Motor Works (Urallskiy turbomotornyy za'vod), the Verkh-
1setsk%r[Sverdlovs1iJ M eta nvrg1cal Works (Verkh-Isetskiy metaUurgi-
cheskiy zavod), and in the Verkhnaya Pyshma Works. This ar-
ticle is based on the results of a study by the Commission of
the Chief Administration for Polytechnical and Machine Con-
struction Educational Institutions of the Ural Polytechnical
Institute, on the economio.training of students.
ASSOCIATION: Ural P'olytechnical Institute (Urallskiy politekhnicheskiy
institut)
AVAILABLEi Library of Congress
Card 3/3

SOV-3-58-9-24/36
,AUTHORt Sarkisyanf S.A.# Candidate of Economics Moscow Avi-
ation Institute imeni S. Ordzhonikidze
TITLEt To Improve the Economical Training of Engineers for the Air-
craft Industry (Uluchshit' ekonomicheskuyu podgotovku in-
zhenerov dlya aviatsionnoy promyshlennosti)
PERIODICAL: Vestnik vysshey shkoly, 1958, Nr 9, PP 70-72 (USSR)
ABSTRACT. On the initiative of the Engineering-Economic Faculty of the
Mookovskiy aviatsionnyy institut imeni Ordzhonikidze (Moscow
Aviation Institute imeni Ordzhonikidze) (MAI) an inter-vuz
scientific-methodical conference of instructors of the chairs
of economics and of production organization from aviation
institutes took place in the summer of 1958. Representatives
of the Kazan', Kuybyshev, Moscow, Ufa and Kharlko'v aviation
institutes, of the Moskovskiy aviatsionnyy tekhnologicheakiy
institut (Moscow Aviation and Technological Institute)p wor-
kers of the USSR Gosplan, the Gortkiy and Moscow City Sov-
narkhozes, the Gosudarstvennyy komitet po aviatsionnoy tekh-
nike (State Committee on Aeronautical Engineering), the Nauch-
Card 1/3 no-iseledovatellskiy institut tekhnologii i organizataii

SOV-3-58-9-24/36
To Improve the Economical Training of Engineers for the Aircraft Industry
proizvodstva aviatsionnoy promyshlennosti (NIAT) (Scientific-
Researoh Institute of Technology and Organization of Pro-
duction in the Aviation Industry) and the workers of air-
craft enterprises participated in the conference works, The
following.persons delivered reports: Professor N.A, Orlov -
Chief of the Upravleniye spetsializataii i kooperirovaniya.
promyshlennosti Gosplana SSSR (Administration for the Special-
ization and Cooperation of the USSR Gosplan Industry and
Head of the MAI Chair for the Organization of Aircraft Pro-
duction) on "The*Fundamental Problems of Developing Special-
ization. and Cooperation in Soviet Industry"; V.P* Sovetov -
Chief of.the Upravleniye aviatsionnoy promyshlennosti,Gort-
kovskogo sovnarkhoza (Administration of the Aircraft In-
dustry of the GorlkiySovnarkhom) on "Questions of Improving
Planning in the Aircraft Industry"; Professor D.P, Andriangy
Read of the MAI Chair of Economics of Aircraft fiau .wt-ry, on
"The Effectiveness of 'Now Capital Investments"; N.P. Ternov
Chief of NIAT Laboratory, on the prospective plan of the
soientifio-research works in the field of economics and or-
ganization of aircraft productioni Docent S.I. Didenko (MAI)
Card 2/3 and the instructor of the Kazan' Aviation Institute Yu.T.
Card 3/3

ANDRIANOV Dmitriy Prokoflyevich, Prof.; BROYDE, I., red.; TEIMINAq T.
tekbno red.
[Methodolbgy for analyzing the efficiency of expenditures for new
machinery]Effektivnosti zatrat na vovuiu takhniku,- metokika sknaliza.
MosWap Gosfinizdat, 1961. 91 p. (MIELA 14:7)
(Machinery in industry)

ANDRIANOV, D.P., doktor ekonomiehookikh nauk, prof.
Some initial conditions for preliminary determination of the
cost of automatic pilots. Trudy MAI no-151:8-22 162.
(MIRA 15:12)
(Automatio pilot (Airplanes)~44ost)

PHASE I BOOK EXPLOITATION SOV/6558
Andrianov, D. P., M. Z. Gendel'man, A,. V. Glichev, S. I. Didenko,
We- -N.- Zhuravlev, K. D. Zakharov, S.' V. Moiseyev, L. M. Ol'shevets,
N. A. Orlov, P. C. Popov, S. A. Sarkisyan, D. E. Starik, A. N.
Ter-Markaryan, V. I. Tikhomirov, V. V, Chesnokov, Ye. 1. Sherman,
and L. It. El"bert.
Organizatsiya, planirovaniye i ekonomika aviat&ionnogo proizvodstva
(Organization, Planning, and Economics of the Aircraft Industry)
Moscow, Oborongiz, 1963. 694 p. Errata slip inserted. 5000 copies
printed.
Ed. (Title page): L. M. Olfshevets, Candidate of Technical Sciences,
Docent and N. A. Orlov, Professor; Reviewer: A. A. Lapshin, Docent;
Ei.: V. F. Novatskiy, Candidate of Economical Sciences; Ed. of
Publishing House: F. G. Tubyanskaya; Tech, Ed.: 1. 1. Karpov;
Managing Ed.: L. A. Gil'berg.
PURPOSE: This textbook is intended for students of aircraft engineering
schools of higher education. It may also be useful to engineering
personnel of aircraft industry.
C a rd--t".-6-

organization, Planning (Cont.) SOV/6558
COVERAGE: The book presents a comprehensive review of problems con-
nected with economics of the aircraft industry and with the organ-
ization and planning of aircraft production. Concrete problems of
organization of work at aircraft enterprises are analyzed as they
apply to various types of aircraft plants, e4g., aircraft construc-
tion plants, engine manufacturing plants, instrument-making plants.
Specific features of the organization and planning of production in
industrial and experimental plants are outlined. The Introduction
and Ch. 1, 11, and XI were written by Professor N. A, Orlov; Ch. III
by Docent S. V. Hoiseyev, Cand. of Techn. Sciences; Ch. IV and XIX
by Docent S. A. Sarkisyan, Cand. of Econ. Sciences; Ch. V and X by
Docent D. E. Starik, Cand. of Techn. Sciences; Ch. VI by Docent P. G.
Popov; Ch. VII by Docents Ye. I. Sherman, Cand. of Econ. Sciences,
and K. D. Zakharov, Cand. of Techn. Sciences; Ch. VIII by Docent
M. Z. Gendellman, Cand. of Techn. Sciences, Docent A. V. Glichev,
Cand. of Economic Sciences, and Professor A. N. Ter-Markaryan, Cand.
of Techn. Sciences; Ch. IX by Professor A.-N. Zhuravlev, Cand. of Tech.
Sciences; Ch. XII and XIII by Professor D. P. Andrianov, Doctor of
Econ. Sciences; Ch. XIV by Professor V. 1. Tikhomirov, Cand. of
Card 2/16

Organization, Planning (Cont.)
SOV/6558
Techn. Sciences; Ch. XV, XVI, XVII, XXII by Docent L. H. Ol'shevets,
Cand. of Techn. Sciences; Ch. XVIII and XXI by Docent S. I. Didenko,
Cand. of Econ. Sciences; Ch. XX and XXIV by Docent L. M. Ellbert,
Cand, of Econ. Sciences; Ch. XXIII by Docent V. V. Chesnokov, Cand. of
Econ. Sciences. L. A. 01'shovets and N. A. Orlov supervised the group
of authors and completed the scientific editing. Each part of the
book is accompanied by references, all Soviet, and in addition there
are 9 Soviet references relating to the whole book.
TABLE OF CONTENTS:
Foreword
3
Introduction. Purpose and Content of the Course 5
PART 1. FUNDAMENTALS OF ORGANIZATION AND ADMINISTRATION OF AIRCRAFT
INDUSTRY
C a r d 37r6

Organization, Planning- -SOV-/6558--
Ch. I. Aircraft Industry and Its Enterprises. Basic Pirinciples
of Organization of Aircraft Industy
1, Creation and development of,pi-rcraft industry as a branch
of the national economy
2. Aircraft enterprises, their characteristics and tvnes
3. Basic principles of organization of production and economic
activity in aircraft enterpris3s and branches 18
Ch. II. Production Process in Aircraft Building 23
1. Structure of production proepoq 23
2. Basic type of production 29
3. Production cycle and methods of shortening it 32
Ch. III. Organization of Continuous Production 37
1. Basic features and effectiveness of continuous
production 38
2. Types of continuous lines And conditions of their application
to aircraft production 40
3. Basic calculations in planning of continuous lines 51
Card *A4

PIIDRIP140V D.P*)- TILLES, S.A.) kand. tekhn. nauk, retsenzent
c ); EROYDE, I.M.) kand. ekons naukp red.;
SALYANSKIY) A.A.# red.izd-va; SKIRNOVAJ,, G.V., tekhn. red.
(Economic efficiency of capital investments in machinery
manufacturing] Ekonomichaskaia effektivnost' kapital'rWkh
vlozhanii v mashinostroenii, Moskva, Mashgiz, 1963. 190 p.
(MIRA 17:3)

ACCESSION: AT4031060
S/2535/63/000/154/0003/0019
A~THOR: Andrianov, D.P. (Doctor of Economics Science)
TITLE1 some general positions for determining the economic efficiency of aeronautical
engineering
SOURCE: Moscow. Aviatsionny*y institut. Trudy*, no.154, 1963. Ekonomichaskaya
effektivnost'"iatsionnoy tekhniki (economic efficiency in aeronautical engineering),
3-19
TOPIC TAGS: capital investment, expenditure, earning capacity, economic efficiency,
not cost I
ABSTRACT% The economic evaluation of military aircraft represents a complex problem
requiring independent investigation. The author discussed the comparative and ab-
solute efficiency of capital investments and new technology, determining the com-
parative efficiency of new aircraft. He presented a method for obtaining the least
total of expenditures, the characteristica and the value of earning capacity in de-
termining the efficiency of aeronautical engineering, and showed the principle diff-
erence in methods of computing the efficiency of the.new technology (now aircraft)
in the Soviet Union.and in capitalist countries. The capitalist, in calculating
Card 1/2

ACCESSION NR: A%031060
the efficiency of the new technology, operates by real values of income and outgo,
computing its earning capacity from the viewpoint of what degree it contributes to
the increase of the profit norm per capital engaged; in the socialist countries
the efficiency of introducing new technology must contribute to the earning capacity
of production and the production fund engaged in it. Orig. art. has; 11 formulas.
ASSOCIATION: Moscow Aviatsionny*y institut (Moscow Institute of Aviation)
SUBMITTED: 00, DATE ACQ-. 16Apr64 ENCL-. 00
SUB CODE: AD NO REP SOV: 005 OTHER: 000
Card 2/2

GYANDZHUNTSEV, Yervand Tatevosovich, kand. ekon. nauk, dots.;
NEDUMOV, Boris Ivanovich) inzh.; SHTRUKj G.G.;
POMORIIXfSKIY, N.N.. ANDRIANOV, D.P., doktor ekon. nauk,
prof., retsenzent; KULIBERG, l7r.-,-Mots., kand. tekhn.
nauk, retsenzent; GORDON, A.L., red.
[Economics and organization of radio productionj Ekono-
mika i organizatsiia radiotekhnichoskogo proizvodstva.
Moskva, Energiia, 1964. 359 p. (MIRA 17:10)
1. Zaveduyushchiy kafedroy ekonomiki pron7shlennosti Mo-
skovskogo aviatsionnogo institute. (for Andrianov).
2. Kafedra ekonomiki promyshlennosti Moskovskogo aviatsion-
nogo instituta (for Kullberg),

-KC--CNRt AT6027524 SOURCE CODE: UR/2690/65/008/000/0137/0142
AUTHOM Andrianov, E. M.
ORG: Institute of Electronics and Computer Technology AN IAtSSR, Rip (Institut eleWonlid.
I vychislitel'noy tekhnlld AN LatSSR)
TITLE: Some methods for the automatic recording of tunnel diode parameters
SOURCE: AN LatSSR. Institut elektroniki t Yyohislitelluoy tekhnild. Trudy, v. 8, 1965.
Avtomatika I vychislitelluaya teldmika, 137-142
TOPIC TAGS: tunnel diode, semicofidoAdjordevice, auto recorder data recording, circuit
theory
ABSTRACT: The author studies methods for the automatic registratioA "el diode currintg
I and I., and of voltages U,. U , and USp as Indicated in Fig. 1.
2
Fig. I
The five bado parameters determinin
the important Points of the tunnel diode
volt amps" characterinUce.
Cwd 1/2 4 UDC- 621.382.233.014.21

L 8510-66
ACC Nits AT6027624

The two basicsolutions are shown In PIgs. 2 and 3.
(a)
(a)
Ucontr
flucontrol
c0

Uin ,

U
Ui
n PaWROVA
(a)

Fig. 2 Basic circuit for the measurement Fig.3 Basic scheme for the -measure-
of the five semiconductor diode parameters ment of the five semiconductor diode
using DC conversion (for I I and 12) and parameters using the differential
differential compensation (for U1, U2- and US). compensation method for all the quantitied
(a) - automatic bridge compensator. (a) - automatic bridge compensator.
1: The article also presents theoretical error estimates for the two cases. Orig. art. has:
6 formulas and 4 tables.
SUBCODE: EC,IE/SUBMDATE: none/ORIGRE P. 002

2j

KHOLINOVA. V.I.; KOVRIZHNYKH, V.G.; YELAGBA, Z.A,; Prinimali uchastiye:
V321OKUROv., N.D.; ANI)RIANQV,__?,?.j ZALITSMI, I.Ya.; VOLKOV,,
Ye.S.; VASILEVSKAYA, M.A.; KOMAROVA, N.K.
Investigating large-sizo forgings made of the B93 alloy.
Alium. splavy no-3:136-144 164. (MIRA 17.-6)

L 58BOD-65 Drr (d)/EBC (~r)-2/EBG-4 Po4/Pq4/PR-h/Pk-h/P1-jj
ACCESSION KR: AP5017816 UR/0286/65/000/011/0,(~44/DO44
621.317.757
1AUTHOR: Andrianov ..L- N Klyavin'sh, 1. Ya.
:TITLE: A device for automatically measuring the parameters of tunnel diodes.,M
lClass 21, No. 171449
SOURCE: Byulleten' izobreteniy i tovarnykh zndkov, no. 11, 1965, 44
TOPIC TAGS. measuring device, tunnel diode, parameter measurement
f
ARSTRAM This Author Certificate introduces a device which automatical-ty mea-
sures the parameters of tunnel diodes. The instrument contains a unit which con-
verts the measured values of maximum and minimum current to a dc voltage. A digi-
tal Printout attachuent for recording the converter parameters and a unit which
measures diode voltages which correspond to the values of maximum and minimum cur-
rent are connected through commutators to the conversion unit. The device also
contains a control unit and a power supply. Accuracy during automatic meansurvment
of diode parameters is improved by using an automatic compensator in the voltage
measurement unit. The compensator is connected to the control unit. The conversion
C,.,d 1/3

L 58800-6.5
,ACCESSION NR: AP5017816
unit has a variable voltage supply connecved to its input and a pulse shaper con-
!nected to its output. The Dulse shaper generates signals which control switching
of the measurement and recording instruments. Orig. art. has: 1 figure. [141
ASSOCIATION: Institut elektroniki i vychislitel'noy tekhniki AN Latviyskoy SSR
(Institute of Electronics and Computing Technology AN Latvian SSR)
SUBMITTED: 03May63 ENCL: 01 SUB CODE: EC,1E-
INO REF SOV: 000
OTHER: 000 ATD PRESS: 4054
'Card
2/

--MICL
40S
0 1-7 816
Fig. 1. Device for measuring TD pam
tmeters
I - Voltage measurement unit vith
automatic compensator; 2 - control
unit, 3 - conversion unit; 4 source
of linear variable voltage; pulse
shaper; 6 printout attachment.
f

ANDRIANOY,,,,A.; BUKHACHARSKIY, P.
Application of mathematical methods and electronic calculating
machines to machinery manufacturing planning. Vop. ekon. no.6t
114-120 Je 163. (MIRA 16.-6)
(Machinery industry--Management)
(Electronic data processing)
(Economics, Mathematical)

ANDRIA1,10", 0. Ya.,- "ONESERSYff, V. A.; KVISHANO A. N-)- Wiff3SAW!, L- A.1
OMPIMV11,111TO.A.; LUNIN, G. L.1 5MSWV,, V. 13.,o KNALIM) V- T.
"Study of the Physical Properties of the Coree of the Voronezh Atomic Power
station Using Critical Assemblies."
Report presented at the IAEA Symposium on Exponential and Critical Experiments,
Amsterdam, Netharlandsj, 2-6 sap 63-

6n n-q", N T f
: ,V ..Ld 4 1
AP ~~041-37667666-/6-o~7(565-~/(56-57~-
K-90-063-34 SOURCE CODE:
AIMTOR: P_aton,_B. e.; Dudko D A 1~ovqr, Do I.; LI!j~qyuknKhu4n V. A.;
Sn enko V.-YQ.; K~PVshj L Ijo;%n lanov, Go Go; F.; Dovzhenko' 14. F.;-
It Kuzema I D
ORG. none
TIME: Method of producing coinpoGite rolled stock. Class 21, No. I.T79,15 [announced
i!jaji~ ilte im. Ye. 0. Paton (Institut Mektronvarki)],
'rOURCE: Izobreteniya, promyshlennyye obrnztf;y, tovarnyye znakil, no. 2, 1966, 57
TOPIC TAGS: welding, metal rolling, candwich rolling
AWrIMMI: An Author Certificate has been issuc4 foc n method of producing componite
rolled metal by usinien billet consisting of ingots or plates welded together by
clectroslag wcL4n 5%eavo on stainless steel, lower the thickness of the clad
All
layer, and simplify the elding procedure, it is suggested that the process be begun
with a heterogeneous plate made from prevelaed an4 prerolled smaller billeta having
been a carbon steel and clad layero and tban'adding additional ingots or plates to
produce sandwich rolled stock, ILD]
SUB CODE: 13/ SUBM DATE: IlApr63 OHIO: none/ OM REF: none/
Card 1/1 L) ux: 621.79-1.793:621.771.2-419.5

The third shift is for preparation. Sote.trud.no-3193-95 Wr 136.
(KM 917)
1.Zamestitell nachallnika otdela organizataii truda i sarabotnoy
platy Haskovskogo avtozavoda.
(Hosoow--Automobile industry) (Shift systems)

AmmT OT, 1.
-Ok"MMANAI
Seven-hour day in.& foundry section. Sate, trud no,4:95-103 Ap 157
(MIRA lot65
I' tamestitel, Wballniks.otdala truda I sarabotnoy platy Mookovskogo
;;tomobilluogo' zavoda.imeni I.A. Likhachava.
(Moscow--foundries) (Hours of labor)

V I.; DMITSKIT. 3,
CoMetition to decrease the labor cost of each article, Sots. trud
no.5:97-107 Yq 1580* (MM& 11W
1. Zampstitell mehallnika otdela truda i xambotnoy, platy
Mookwokogo aytomobillnogo zavoda in. Tdldmheva (for Andrianov).
2. Yadballaik otdola truA& i sarebotnoy platy Moskovskogo
elaktrolwqwogo savodaL (for DoUtBkiy).
(Ifficiency, Industrial)

---ANIRIANOV, 1.
Brigades and shock workers of communint labor in the Moscow
automobile factory. Sots.trud 4 no.7199-105 J1 159.
(MBA 13W
1. Zamestitell naichallni'Ka otdela truda I zarabotnoy platy
Moskovskogo avtomobillnoM, zavoda im. I.A.Likhachava.
(Moscov--Automobile Industry) (Socialist competition)

AKDRIANOV, I.
In the pressing shops of the Moscov Automotive Plant. Sots.trud
4 no.?t111-11q J1 160. (MIRA i3'.8)
1. Zamestitell nachallaika otdola truda i zarabotnoy platy
Xoskovskogo avtozavods, im. Likhacheva.
(Moscow-Automobile industry)

ANDRIANOV, I.
Paying bonuses to workers for reducing costs In the Moscow
Automobile Plant. Sots. trud 6 no.6:103-110 Je t61.
(MIRA 16:8)
1. Zamestitell nachalinika otdola truds. I zarabotnoy platy
Moskovskogo avtozavoda im. I.A. Likhacheva.

ANDRIANOV, I., inzh. (Moskva)
Elevator car stdp piece. Zhil.-kom. khoz. 12 no.10sll 0 162.
(MIRA 16.2)
(Elevators-Equipment and supplies)

ANDRIANOV, I.
Blectrio system for elevator oontrol, Sov. torg. 36 no.4:48-49
Ap 163. (MM 160)
1. Naohallnik elektrobnwo Karacharovskogo meManicheskogo zavoda.
(Elevators)'

ANDR
Mauffv
An hour3y-bonus wage system in experimental production.
8 no.909-46 S 163.

Socilalist, col-Inetition, fcrU,e rf-ductlen of the cost of j,ower flie C itml ~ieat
and Power Station. Rub. ezierg. 2 No.
SO: HLRA, August, 1911:2

AID P - 3322
Subject USSR/Power Engineering
Card 1/1 Pub. 26 - 8/28
Author Andrianov, 1. 1., Eng.
Title t Some problems of operating electrical equipment at
steam power plants
Periodical : Blek, eta., 8, 28-30, Ag 1955
Abstract : The system of fuel supply to generating units by
means of five conveyors and three crushing installa-
tions equipped with various devices is described.
The processing of coal is described. The use of
certain types of wires and their protection is
discussed. The maintenance of electric filters is
described.
Institution None
Submitted No date

MALYSHEV, Anatolly Ivanovich: HIKOlAYMV. Grigoriy Hikolayevich, SHUVALOV,
Yully Avramovich: ANDU"UY, -.", inzhener, retsenzent;
XUITAVSKLY. M.N.. kanlida-i-f-eFF-ult-hankLy nank, red,&L-tor Cdeceased];
RZHAVINSKIT, V.V., inzhener, redaktar; SHEMSHMIN/s, Ye.A.,
redaktor izdatelletva; SOKULOVA, T.F., tekhnicheskiy redaktor;
UVAROVA. A.F., takhnichookiy redaktor
[Tachnolog3r of metals) Takhnologita metellov. Mook-fe, Gos.
nauchno-tekbn. isd-vo-mashinostrolt.lit-ry, 1957. 371 u
(Metals) (Metalwork) (MIRA*iO-ll)
(metallurgy)

UMIN, Vladimir Semenovla~,~-&]~!jgqTo I.I.,
U.S., rod.; PRUMKIN, P.S., tekhn--.---r-;o-d,
nauehnyy red.: ZHELTOUKROVA,
I
CXethods of computing voltage changes in synchronous marine
generators) Hatody rasobetov ismeneniia napriatheniia sudovykh
stakhronnykh generatorov. Leningrad, Goo. sojutnoe izd-vo
eudostroit. promyshlej 1958~ 123 0. (MIRA 11:12)
(Blectric generators)
(Electricity on ships)

MILINE'R, Bentsion Zakharovichl ANDIUANOV, I.I. inzh., retsenzent; VIASOV,
---------- -~A I Ii.M.
B.V., kand. ekonom.;Iulk-~O ~re red. izd-va; CHER-
NOVA, Z.I.., tekhn. red.
[Saving of labor in auxiliary work in the machinery industry;
practice of machine shopsl Ekonomiia truda na vspomogatelInykh
rabotakh v mashinastroonii; na primere mekhanicheskikh tsekbov.
Moskva, Gos,nauchno-tekhn.izd-vo mashinostroit.lit-rv, 1961. 173 p.
(Machine-shop practice) (MIRA 14:12)

6HINA/Medicine - Veterinary, Sep 53
Org~inizational
Development of Veterin:-xy Work in New China,"
J-I. M. Andrianov
Vetcrinariya, Vol 30, Ro 9, pp 9-10
Chinese vetcrin.-,xy workers are studying USSR r--zthcd--
The Second Anll.=;l Husbandry Conferencc of north-
e,-,stcrn -orovinces, held in Apr 50, adoPted a
plan for ircre%sinr~ the number of ni,tLla and fo-- re-
duction of opizootic infections amonf~ th=. DuxLng
270T67
the T,cta-:~cn 1949 and 1951 cluse -to 1.0 nilli-%n
inocul,,.tiorm ,..nthr-,,x and mox-:! tl-.-,n 2 million
inocul.-Aicrir ag-;inst other diseases 10ra -,.-rforme'a
In thc pa%-t of China. An n...1.1-out effort,
-!.c-.,; PsL 'c, ii; 1,950 and 1951 , reoulle,_l in z:-.11r.Ost
c3-.:1`;.caticn of' th-t diseazo. C.inese veter-
1n-.rJ,:.n,_ h'v2 bcen sent to Tibet to in con-
trolll.P7 cr ',,Lle epizcALcs. In 7600 kg of
antic%- iz,,)o;%4 c serif. L-.nd vat.,c;n-~s wer:! u::ecl in Chin::
in 1950, C-5J.c-: 119; and in Ule UrPt 11,13-f of 3-951,
6oir- iw,.
270T617

MDRIANOVI I.M., inzh.j VASILIM, Yu.N., inzh.
Changing the load limit of the BKSM-5-5A tower crane.
Mekb. str-0i, 19 no.10:18-19 0 162. (MULA 15;12)
(Cranes, derricks, ate.)

-1 ?A I I x irl-rv -E' I I t .
_7
IWLENNIKOVv A. P. ; ANDRYANOV.- 1. 0.
Sugar - Manufaicture and Refining
Control of sugar losses in arometric water. Sakh. ppom. 26 No. 5 1952.
Hont44y List of Bussian Accessions, Library of Congress, October 1952. UNCLASSIFIED.

wi Naomi T i 1 Oh;,1UZ'N1RA, V.S.. reclaktor; OMMIYA, Te.A.,
tokhnichookiity!oreudia~orl"?.~
[Repair and Installation of equipment in sugar beat factories]
Renont I sontasb*obarvAovenitis evoklomakharnykh zavodov. Noskys,
Pishchopri%dsdat. 1957. 414 p. (nu 10-.9)
($iugar industry-Aquipment and supplies)

FARLM PUBLICATION FM THIS AUTHOR ARE AVAILAME IN THE INAMVE FIM -- WE
W= KU THM4 UPON REQUER.

1 9 IS it Q 4 to to 1? 0 2 1 b I Is v u Id it It 111.9 41 C-41 move
A- 111 1" a 1. L v V- 1. 1 AA n (C UP (f 41 b d' 1, 1
-Ttv 0
!W1-
00 vass of "beamarmaie" MISS lot the Production of 00
00 a varalabast and plaadca. B. V. Itakmaev and K. A.
Andrianov. Pkadilws"O MaitW 19M. No. 0. t-12;
0 Mmk'-.- vdm,k Us 4114-A.-Slarrh tstm con 11c VIM-
skkrtd as ormi-tyntbetic realmus, which cam for sutstlMdrd
into: (1) ark-tied nxA. ttdm (highef c0lislose citers).
q2) ormi-twicnittl oust. m4us (lamt ortluk"r emett,
higher mamh "sstrs); (3) ma-mieniml P"4- "ns, Oo-,v
maith tstrits). lttiu~slxlicsn ptuduct% of istatch having it .00
Ilse betuylsilk-tipittd.
icis of loure starrh must am lot ixmiluved with thosse 44
ixtaturs. floor. bran and othtt statchy products *hk-li as 0
contain twissylaikso prisducts not only of carbohydratess
but also if litutrins. j%Jyjwptldvs. anitou atidss, tic.. They
shimid lot thisifird it% a slxvW poup under the gvnetic
j name tat "twisolatuyluinc resstuss.' Them Int-doicib Ce 0
pL*wm all the cheracttroaks of arut, rmins, have hish
dickc. cuosts. and enotitimble them. viability and. when
guitable Plat'lififts. powts high 1441411% ity and
a '00
*00
1,00
t I.-
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0 41 0 0 0 a 0 0 41 0 4 0 0 9 Ss
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0 0 0 0 0 rf 74 -0- 70
0 4 ~19 4
sits 'I .")JU111411 1, 17 to to a I It 22 a it IS
It v
so CL go U

fisA Leather subsOtates. P, V. Mak-rov anst K, A -00
00.4 -Atuldwy- Rom. 33. 16:1.1%larch3l, IM4, Wimml -04111

09 f 1-tieh as sawdutil, 14 treated with N-tipyl chlocide its flit-
lk
f
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d
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fi

00 a
a
.
r
to 14 111
presence o
r
priti
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100
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00 -00
00 417 It, -00
0 Jr,
'

'1
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'1934. 1W
t
&
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v.
out.
1, material cantaintlair starch, such at coo
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001

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I
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mort.31.1934, Cellulosic" =
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,
,,d.
Is rhinijulrd, dIwAved In alkali and ,
no*
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so VI ',Cth'mnr Is treated .00
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6 COO
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roe
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' f
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Th
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m
by besting rethild. glyxvlol at 2704' for 36 hra
late of Oundcuss" was measured at intervals J 1 bf.
1'y diet j. The acid, aspon. and Ac not.. moll. wts.. vism-dtirs

s
of drop falling (Utibeb")
(ktw
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1:1 co 0
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,
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The rate of Glyptal formalkin decresses in the following );; 0 0
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tirdtirr: U I'dlyctrol Ilie Selation step h attained in

ALI the Glyptais are soi. in jitcCO, Lk-.-Cjfo (1.1).
sk., 10% N&OH, and aristly insol. in CHCI, wW CCL.
Ch". Blanc
Zoe
zoo
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of furodaT. Fabri-
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RWO. kA tbO PrOdWft d UM04WMI WMICIM60D
prWwu of am mW CHO wW the effects of vwiws (at.
tore 4q.the pbya. Irroperticit of the rmdt Ing "as are dt-
wribed Twenty Metetom. Cites. Blaw
u It At -0.a_I,V t a
W A I IM
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Rulkovakil. K-Auirisnov and A.
C
how. Ind. (U.S. S. R.) 4. lf4-P(Isu7). 00
The treatment of Mant-recliqld. furttentive with acti.
0 ? vated CISVIS bY the method of Tishchroko and Rudakov
i
0 C. A. 2
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0
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.
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work is being C'satilturd. C113%. Blanc 00
00

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vapm at MO' thmith 3 calumns with 500 man. of Ph It -00
a rate of 100-2M g./br.. 10% Ph, was formed in I he firAt
" -00
and atm. pressure and 1.%% at 7aam. Alter-
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l 1:101111.
s
c
y
tuaterial cannot be purified by fractions! Pon. Resite
roe
00 -a nmA from this substance still contains Oil poups, since
can ter Kvtvlatrd.

It
OCIALLU06KALLATINAT1101 CLASSWK&TKk
%Wv7 '- * :- -1
WOOD 16101J -it a.. jet
!400
See
zoo
in 41
! .00
ch: t,
to
-i vi
b Us AV 10 As
0 An 1 0 be 0 4
Osage 0 am SK
-ge~ee a 0 '"n n a 0 46 0 to r 0
0 0 0 0 0 0 0 0 0 0 0 0 : * 0 0 0 0 0 0 : : oio 0 0 0 to & o 0 o e 0 0

... . - .. m. . .. 'To 4 6 1
0 0 0 0 0 0 0 0 0 0 0 0 0-
'
*!
G
*
o 0906t000000
of 06 0 06 6 too 0 0
'
' ' I 'I I ' st " Q a m %
ft v a p
I, to f I't v v v
I a
A I I A 111- A ll A -1 1 A- a r a a I , -il- I-j --k-
1
i a a
4"A"P,
"mvf -00
-
,.
NOOC41416 Afto 0#040141,11 'Not.
is!
if7l towcom of corthomincic acid. K.A.Atsdw-
-tilmi-va acid M. A

,
4 jUly 31 IM8 Melbyl Ortbolvalicale a- Irt,aW
06 an aryl balkle in the prevracre 14 1
w i willot &14 aml an alkyl tot -00
as a catalyst. .00
0 a
-00

40 %1 =00
b* 4*0

: 000
0 too
0
00
: :
0 f 0 0

goo
Soo
goo

9 1 WOO
I '$lava q!4%1 oo~&Mv

-
woo
%$logo to 041 lot 1
91 0

w
*
1
u it At 10 0 IA a I a
9 Is & IF 1
0 .
,
t
0 0
0 0
0
O 0
* 0 0 0 0 0

0 0 0 * 0 * 0 0 0 0 0 0 0 0 0 0,0 0 0
*
:1
7
0
0 N
0 0 0 Go 0
0 0 0 0
* 0 0 0 0 0 0 0 0 * Ao 0 0 a 0 0 0
0
0 0

0 0
0 00 0 0 0 9 0 11111111 - I i :
... JA 0 0 0 0 0 0 4 0 0 . 0 0 0 0
03 a it v to 4 is to to to to a of 19 M a 30 it 11 U u Id a It At a is #IQ
am " 0 "
o 0 t-1 ro.
to so 1.,.%
00, 00
0o..
f GIFF.W 111-116ALAN. G. S. Ifetrov, The ettv" I -a- 1-no-A IlY treating 2 3 K- fit Plod
00 t it Sol '00) till. t4 C1411 water for IS ;!t) lim &wt .00
nRd Sj !;I'll,henclitel-Ailya. oft. r"i with
00 a ~; 14). -. 4 .5 wa-hinv -4 Ill.- fillcird residue. I in the united
IVt
00 MIMI was field bv the 41WIn.vuale tilrillod. loretax~
u glycerol it) and phihalk bee% 11, ItW tv-h- fit I'll till, 1101 was gently txkd
00 Z T or 2 :~ ittin., lite pto,hict A&. wash,4 with hol 1101.) bv
anb= thur) vollveethrut "I'Mitation khartivaing) rate of 11 .00
00 (UYPIAI- Vaills. 4 1 arldrilin"the 111(j, rolicia of 1:1. 1 - decantation and iturn dried tit a %acurtin &-veraim u- a .00
heatiml ot 1141- (tw 4 lus. under a reflut, ."'i- cousc wt. It was shown first under thr%e covidillims nn
460 ittriart. The rate was judi"I by cliatiall tvillovaloffiev to" '00
04 aV, The "MOrs of in-etvats tit 0,6-1 tit. find evt"patild with 11 iriclraw~ the rairtA Givinal Ifteltd. with '00
00 Ohl 31MIMC111 oblaillril after the remo%-al 411 czeess I arld IL ",".% 44 either I . IL The tivildmation ItIMIl't itith
41 I.."s I 01(firs a ~--" far,- 'd t.airlitelirAtoll, l"'Itife stiff fit 0
All rr ss-linx. I han I )lot a it It vxrv%% 11. Aftert'Wrtrilovall
0 -4 vx~-% I and 11. the visti.ity and rmfl. wt. art iticle"A. 800
0: 1fie acitt and Ac are ihviva"l Awl the sA"i. and "let
410 Orr 11111104t CoMt. F4411bef VVkltfXV #4 lite Irldidina
RO.
I.flect 4-f Imalivird 1 all't If ..If tile lialdcullis role of Ins-P& woo
0b ('.IVP141 iffi. 1-V hudlillor a I J-1. '00
at INI, If" ;., Ill-, And Illtu v%Ij. "lilt INIVV0 (..I I Ill
%%'fill (IsIVIIIIIII. II(CINI. 1111111 An Clitilk'. 111111. 14 1 4104 If. '00
tile 1-40"Istit 44 111~4 MAItt-V %As 1-(Olt WA hinjo I Al'~ '00
*tt,f after "441iflic Chat. Illopw
'00
06
IJIII 11(~;, iii v WOO
1 10
141101113 .10 ass oil 01-11 I'm 0-0 All
Do AA a -i;--c a I 1 0
I to 0 it of %p a I - a a a 3- 2
3`116 0 40,60*1;0*000111111110000
10 0 0 00 fie 0 0 0 00 04 0 0 0 40 0 0 0 0 0,014 -9 a 0 0 o4 00 0 oolif 0 o

0 3 0 0 0 O'o 0 0 0 0 * 0 0 111 111 0 0 0 * 0 0 0 *1
0 0 0 0 0 0 Ole j 0 0 0 0 0 0 0 0 0 * 0 0 * 0 0 *is
xx 1 30 it 41 4
v n
so
00
go
goo go
roe
a 'Val --so
P!ql ~'Vllyu$wtj 'U I I'llit Al'awlit'llit, 'V Imm.%il
94P.
-Jolla Ril'a Alli-iml xq IVISSJ splieww"i
lousild 10 vollw3vull
"03'"S pill Iltolum *lip qlPA
kIvIowil will 111141%va it pawlim At mIv tlvt 110161
illm-lid m)v pil Ilwq Pull QN&I so
I- lillu
41,04AVII
'l.)11 lljjAk ()111,) -10111 1 pull Illpi'l -woltu
I,- i",ii"ttapium Ali -p&i. 4IIIIIIIA011 441 111011 PAIIIIII'll'
IIIII Ilm". till I I - -(Mjj&j a I
it :W.lii
-1j -t) .19pai 31VID go
to I IF
J.-F M-7- I I r x
IF
0 R to v dot 401111111 lip, I If 411 It n 11 to 6 1 irT I 1 20
4 000 04,
40 0 0 1 0 a 0 0 a 0 : 111 0 :
0 AS 0 0 0 goo 0 0 9 0 0 0:

0 0'0
It It It It 04 It m It Is Js P -re
r Q V f '1 1, AA I* Lt LV
0 1 "Soo
lot "Its
C
am of beaticly.1 4dodde. K. Andrianow mild
0 V DOl1(nKJ1OV. OFC. ( JIM. 1011. (t. S.-S. R.) 3. 511 .5 .00
i Mh)~--lt is shown That lkCl is formed liont HoOll slid ~00
SO. by the rtamion: 4 PaUlf + .1404 - 5willi). +
4 110, "AtU110i + SiClt- 4 IJIVI + 2 Svtt),. and not by .0 0
the Fraction: 4 HEOH -i- 81c1. - NMIJ). + 4 lilcl~ .0 0
&U., It. .14'. if. 1 Z27, As% piefid. hous (momficuti With
0 Cl at 44W. Coin. DWI. It. lir-1-6% Was o6taiiii-d it, piv;i
vicld fly irciluxuls. With stirring. 1 11101. 111011 Willi ~1' 131.44.
NO, until the entitir Itsoll is disti4ml (4-6 his.). Thr
0 :ield of MCI d4vIvAscs Uith decivaloula txtvu of &C1. 0
lot in clar ime-tice 'a a fta.4mi lxvkllr)~ C. It.
0
Log
-00
'00
to
"0
Sig-ILA 011ALLUINGICAL UltNOW1 CLASSIFKATIC
00 jj to 0
00 Itl %.A.349 .4-1- .49 a- ast Ollil ~Pa- Lt, ;0
Ild0 ij
A, so A Is No (I I X4 Ono
or
O'l -0-9- A, Its v 0
00 0 66 0 0 0 0 4 0 so* 0 * 0 0 0 0 0 0 6 0

00 O'D
-*-*-A Vff ~*w
0
0 0 10 1
0a a I t F
A 1 0 1. it 11 11 4 11 411 4 1, 1 u a m h id R 't
Rk

0
OO
0
4
_
F .1
'Z
t,:, p.04*1

1
0
0
~
OfICISSIS -1. 00

,6
*
:
f
1
i -00

0o iscM With SlYcefol and Pon-
mul S. 1.
0
4juditl l'y h"lins in an
;zI both equintal. qrlacic "1 (1) 41"t SITCV101 fill and
*
and frnw", Jig IAMPIVA at
thdtol JUI) &I IfU)
intervals for testing. The WIT- 1A 9114iti'mi
brent with 11 in 12 hm. AM with III in *I ht,%. The
0a Tilt final r4wuct sit c$%1. fft"11
*
0 11"t
11 Is white and that Ismid. trim 11114 Pak )TM'w- 1

J air MA. In ale.. sk-. + C.H., AlrX0 anil 1111'r AOIII
'
t
l
h
rd use

:: e
-m
t
ism o
lir a
mM pfactic-ally Inwil. Its CCI.. I
.00
"
i lKmds (unsaid. empils.) Oested b littatiun with 110
N
roe
00 and t1w rcmverref 99,6% 1 and USC
mad III by satmn.
4 the alkyd resins show that the t,awth,matimi in slit-
coo
0
0 (A a Catalyst prtic-ords by e%tt-tificatitin 'Althintl
00 1he 4,titutpanying licamsts of 4w 10H.
clut. Maw
a00
00j
0
~p
SOO
;Foe

6-
, age 0
IkkIt
41 A

ff" Me 0
It so 0
fbUw Aw to
An I CW0 a -
"
o o 0 *1* j
1"0111014 on 11111 111"ll tiff 0 114
0 0 o 0 o 0 0 0 0 0 0 09 0 00000000
0
0 0 0 0 0 0 0 0 0 6 0 9

'i ii"Illi fig P a it M n i s a is it a ju itij -n-us -W-s?-b I V a ad isfe
AA 08 CL 90 tj 4 s
-1,00
4 1 4,0010t
00 0
A I
11, and Al)l substituted 'Athoselsle W silicle suit.
pustion ol oWsomagnesium compounds Wl"I
Aouirknoy
4
9 a to the presence K
00 ,
Simi 0, Glituithiva.
brontitle(chl,41410 Slid 1144. Itu 12s.
-AILYJ " Aryl kalwel; react with .06
onsalfil..~r: Ntic f RX t. I - 'i-
oo Nit in The I"Ttieniv tit a little (1) Catalyst. giving N.SeWhill title" )%1,11. It. VUS 441 11.92M. ollt

0 lots &A R-Mg-N (.X - hookosen). The tit ttirmic

.1.1 41"
Ivied
rtiermis tit the absence of HW slid Is C49"O
1'.1W. Iol. H. 441.114 1631i M-T? do'Pot GPIJ to
1
I
p
in toy dist-filing at 40-14) lion a
Withemill tooletual 14VAIIII
(Itillil; li".11m d'Pol. (01, '11
"
0 1
I;
1l
b
1
A l
11
b
I"
I mi? ~A- ow-Avi ditie. T
6 0 a; .
s to
e to
ilt.
.111t
tiesu
settler loath
.4 V
Y %,%*
01 17J
W d
o
11 of the
I
1:1
lil
I
t
t
[
d he"' %J. R, 10 %,1
.
imot
.
wit
n
4
s
t[ Nth
ont
a.
a qr Jeft W do... 4"O'A'; 1. 1. 'Ill) ~1%1% At
It, and all.
SILY1 WO IIAIuIV it kill ItAlinvil dis.J."Jor dilml
%I R. I'S 4 0.11 '1 kila,o Walk
uthri boll diukAvvil Ili 4-A mot al l1blele nor sylene. In
00 j
this way evrer (Attained We Ed W 8 all, isio-HUMIC7
"' '4%~
it
h
i
04, jisto-AMPAI(fir. 1WK
' l
) ft.,
j
58.A% ;' (
tif (tenon III-q-1 ImIltilkic) ..dlzlrj
M
ki
Al
b
WX t ell
)
1111141 h
i
r
'o
.
it
b% I'll AIC As '% Intel. .4 711.11. 426. 840'solml Mull. 4
00 2~ elly 110.1or Ila* dillroolvil not 0 evolift twill lit .1 luee., living
l-
111
nthotailso W elk
t 2,1
4
Il
zWl
It
S
42% C
00
a otou
,
1.
.
.
11
y
y
q
W-4W
subefitutsid artboesten of ailicic add
IbW go

Sol .
.
(in Flemb can tic peeled. in
400
the shim iuv #Attie I Ili (1) Int-lig, Joel k%ttX Its NtKWt lint],
S
alert "Jilts 10& it JIMI)J
(I)WIllrovewl mintleit..distiet- '00
lhrv
~IuJr ~%n a "Aire twill low .1 1114
alml ditill. at mine
"410
I .
1'
Iteroomoin kilt 4 -Is - R IsIlt + - R.
(0110a + UtU)4gllr ; (2) adding drietitsise a sniat. of alkyl 9 0

09 IF
&%0 it A W&M41,11.4t 1,1110411,111 CtAMPICATION
91,

-

q to CW 0 1 eff lit 11 a a 1
1
It ft It ft -1 IN
11 Of U ft it ft 19 111 13 ft 1 14
4
0 0 0 0 0 0 0 0 & 0 a 0 0 0 0 0 0 0 in 0 0
;4
F!
4 0 0 0000 0 0 0 4 0 0 0 0 0 0 0 g 0 if 0006000400064 0 0 0 1111 0

"Recherches dans 1e domains des orthoesters do l1acide silicique, contenant do
substituanto alcoyles et arytes. Communication 1.0 AndriMov. K. et Gribanova, 0.
(p. 577)
SO: Journal of 402ral Chemiltr (Zhurnal Obehchei Xhimii) Volume 8, No. 61 1~ M

,.6,00 0#6*o00

"
11
W66609*90
0
0

. a I$ Is
o
o
0 .. 11
9
0
F
S.
o

V Ajq;h)%I VU MIS
1 14 &
M V a
-1
- AA 0 IX IV It b I a f I i b - - , j , -a-# 0
-pi- 04. OW 84
OSE411111 #.,V .4t0,0404% ~Wl

Alk I- If
as -substifuled ordto men of Adc Add.

00 rA
and N17KIAZIskarm. J. t;m. 66m. R.) 8
g(M-TItIOU); et. C. A. 31. "my;*-The 1-orisn, by the
00 a, pgrvkxn FM4htMl Of On &lkYItIk-llMUVUlKVDC With 60
d

0 anut
. Irs4kol in the abIevc, of Ftjo watt stuj". Ile
cond"MOILOW oll &Uyl bromide antl cb)orWr with lEtO).%i
:
0 in the Preor-ft of %Ig pre &5,1 and lkj% Cl(,:CjjCjj,.
*
"1

go S110HOo. nw.. b. 172-8% d:
U.Sm
9, mV I-3W%2, 161. R.
W 67 (calrd. MAY Chat. IIIALIC

&tVALtVVGK*I. Utt I
a!`111! CCASSWICATOck ft- tie 0

6.104-1 .4,41! aw a.. 14
u 49 .0 PAL Istwo "alw
44 a a it 9 u ft it It KW it 1 Nss)(131V
Is Is

W w Ili 0 0 0 0 0 0 0 0-0 0 * 0 0
-
-
0-04-6-44
of*** 0 0-0-0--o-O 0_4 -
- 0
s-90-6 0-
0 0 0 a 0 0 0
I
1
1 11
1
1 -
4
0
o
1 11 W 1) 4 to 0 11 a tab'" P,
0
it I I I I kat IN
I
h p
W 0
0
,It Vol id I, is it is 4 4 4~ 4; of .1,41

1-A-
6
L
A 6
-4
S %
U
s
got

00 AlV -
Alkyl- and arylloolOOMMOG -.~tM at IWOC and.

IV. Notchouolm of Me foil"don *I b1drdysis ad do.
A hYdrat" of 9, A, Audd-
h",
Ch
U
S
J
G
R
12W62 Ott pri
$
) I
isassle,-
eol.
Dc
.
em. (
.
.
.
.
.
I:AJ) OW); cli-C. A. 33. 12W~The hydrolysis of
i
t i
H
i
OH
di
d b
d
66g so-
uS
Os was stu
e
HtSi(ORt)s &p
igest
ng
(
y
ukangmth Ob4 mob. HIO at &,~-704 and 90* for -00
to 41 ric. MR mmovicing samples at tatm-scis of 2 ties. lot
rialivivi/. Wbile the m&%. sapon. 0(93-6% of ORt groults
bedi bel 2hroo bevishorsolloandpliolthe
1
l
=
11
Iinv;~
to rise. The hydrolysis Is
=
LRE
E
nied by dehydratinin of the tonvositicants and isci
T
aretatit at the vombined reaction there are formed not the
"
"

900 siliear* "a
(RSiOjJl) as was clainted by Friedel acid
Isdenburt (COM14. reRl. 0. M18 1 but vivnipiri
h-mell
flid
Is f
il
ti
t
onar
atio
d b
l
f i
00 "l
s. o
1w
le
le
s
, cr
ur
m
n p
y
g
Oulator busub: ksi(olit OlIkIWORO.O."Alt%0RO, %"d
th
H - Ht and h
T
th
h
h
i
l
f
f
)
04
0 so
or
u
e c
a
n
.
e
o
t
eng
, (
citpendsch"y on theanit. of HrO and the thennal conih-
licull In the sispon. The probable schenot tit reaction i,: 6

, I.N(OM), + %11,0 - ONJOH0,011 + alitOll: 0
0 ot ) is ftmamowd
m is e
rdjt;;;~: abill the entire 11
4
Th
00 .
o
e Pnv
.
to the rewtion. to the prepenoe of Imullkient HO.

0 armsuming that The water reacts chiefly with the torisinal
t
d
l
h
i 0
A
ie
mil"ne mob.. the en
uct of t
e react
oris can
proc
re led by the formula: R5i(OKth~Q,(SjRjOFtj.-
h
l
i
i
Th 0
on
n t
e
e risee
vanhim ( the resset
lirewoom of a " excess of 140 and the ebeciii. and pbys.
00 nature of the resmous producu art bting investigated. 0
00f Chu. Diane
no 0
Ats-Its "'A"O'Kill ' C"WORKA""
. L"'It"O
00 r
ad 99 to 14 'A -4 To IT it 04 It I ,1. AA A t 0 Ni 0

0 0 0 9 4111~11111 0 a 0 a 0 0 a 0 0
*
TO ~00
0 9 0 0 sit 9 0 0 0 0 0 0 4.0 0 0 a 0 0 0 * oie 0 0 0 0 0 0 0 0 9 a 0 v 0 0

0

I I L
A_A_ ?" Ak JO ix OR &E I

00 A -
tit "1t!J%P1snl!V '_ - , I
at I --- 011MOM* 6"D -'#

-
1
monfollanutulble Itonds"I Uquill 41ir we 11 "s still MKM firspil A. to
1"11 Id OW lighlirs fill. 'I'll"Inal
1
I'Moyss while
Oily will It. IL lildoreve. 'Fiq it asilk
l IM"
5-1911
"W
nl
sli
htl
z
h
d S
l
13
100 d
N
~-oo

jr I
on.
c
ange
ovo
o
o. .
r
&y% a
y;
1 . sells 0
y
1938,
.
s
l
i
1
.-Two new catalyst- Me achl no. was Inctirsised front 41.401 to 0.414 mg. awl
1941.1, 416-10. cl. C. A. 341. I(M
1
11M
M
i
0
S
l
I
hi
h b *0
ore
toin 1
to
.
.
0
c
r
ng lite mlitin. no. was inerrawd
i vviv dewt1upt-d for the pyrolysis of bentene. w
-
t
Int
t
nd fibr
it
l
td
f
i
f
l I
ff
h -0
a a
s a
ou~
o hai
nit me
l
te
wasm
m,& e
ect t
an itan%
ormt
v t
libsn the Vn%.rrkM of up to
% o
--
eratilms at 8m" and Alto
nt-MvIe O
eriod.
The refs.
r lon
l In
l
t
i
wh
I f
bi
l
l
h
t
.0
A o
~
a
es
"
ma
er
a
s. even
en
ieny
. P
p
g p
p
p
t
% used as mtaly*t in be chlorination of thr tkin between tetri
,,k
and b
lvm "stance of both
*
jj~
F
A ~ mat.
i 1
h ,
v
a
p.
e
chlorination products con1g. 0-43 sell li
uids was sharply Influenced by the pir'Wrice of esues
Th
l
ro
0
-o" e
.
.
q
The
Products the effect bring of the "nit nature In INO cas"
l a lemicavy Io cryMallize
b
CI
-00
of . .
.
owrA
s
'
while those with lirvitkdown strength of thin Qn% (OA ol 3 tmi allowird
67"
Cl were olass-clear "mi
it ,
,
A
'
Cl .., liquido wtilch did not crysWilse. In
J 11* addn. tit Sovu; to transturn," L4,
order to study the influence of cistallYsts on the it normal valum.
'O.""
Piroilucedo. ',,,desirable Omit, while the
of LODr
97% NAM I having a d
l
h
f
S
'of
.
.
ovo
t
o
e
.
'
'
Of the Y a few % of oil to SQ,,GI lowered lite resi'tLac
th
KWV
r
k
l
t
d I
l
.
,
tla
n
C
ie
e
. was c
i
e P
, b. 24,%-W
71
W and a tal i about 40%. Clk1dT Of CUSHIM-W Paper* imPirgeated with
-
C's
of
o with a temp
tal
ll
i
f
r* 0
so 3 .
s
ng ca
o
ow
)
A
FeCl, and Y;; '-us" 'if or
;itl &I'll l1whaved the atur. The
b -r. The conm
P
A 'bC[.
~
of 0
1 %: 1
tscrn

00 v .
.
.
.
specific resistance S
'
WN dcCersived more rapidly with
,
!.
into pentachlorobiplitayl puked 16 bts. with Fe. VA lin culp. ban that 0l, trat
If0mler 01 Ji
d
f
d
i
bi

i

i;! . u
m he o
ucts
Pro
1.
b
with I will 36 lin. with Sb 4. The chlorinate
g
Viscosity At low temps. lu.~ Its relatively high I. p., SOVIA
were most satisfactorily purified with a special alumina, i
s not suitable for use Jloue a lr&n n 5, E t ic
Up to 70" the vi%cwty of tbt SM4 was gresster thu that ruhts. with products 0( the chlor,"j, it rmer is ect
on of n
l be m
i
Tb
a
e, c. 9
etancent
11 ad oilorolAmericariPyranal.
,, =rfightly only above 9D'. Mth Sov-01 a till. tekid0robm"ne. are suitable. A M,xt. of 4 mill ~ Sovol
I values for ihi% quantitv vreve the same as them Of F-yM,,A W-76%) and I nuil. trichlorobenjear (1-1.24%) has the
The Values -'re lower for Sold A. The Values for - -em -lame VisCollity 111% transfornict ()if sind I, entirely
(AC1,WY foe U- j" satis-
The li
f
l
t
il
f
b
ft
u
ne" o
e et
f
rst 6
lowest for Sovol It. (The A and B refer to (
tWically not rell"'ted to the Comtruttlen Of tra SoVol
nsformers and
i
l S
l
b
h
J
ore
e
av
ora
was p
,) The
used for pwoy coodensers. as it is useful as a
same as t t of transformer oil toward atm. atoisture softening agent for cellulow,
$Iw to 0
r
lacqutn. the inflommishility of which it sharply rMuces.
And in the formation at emulsions with water. to contmit
f th
M
l
G
d
h
e
.
e va
ue o
oore
t
to olls, the preserler of water bwcnww
tkvauw of the high d. of the Sovol,
tartist 8 of Bovol.
A I It. A &1TALtL44CAL Littealoof CtiststKAlloa
flow 11"131TO
0;' lit
U t
JA 0
If w As a

6 ' -
6 Ole 6 0 0 0 9 'D 0 0 0 0 0 6 0 0 0
~
0 0 0;
a A A I a mob a 0 0 0 0 0 0 0 * * a-& -&-& * 0 0 0 0 1. 0 0 0 too so 0

0 o 0 0 a 6 0 a 0 0 0
091 1 1 6 4 10 11 It a A IS A P A .4 1, V I: V .4 k Is 0
1 1 &A
IJ
0 h A I If
4T a a
.
410 1
09
$ilfrof ways of obtaining resinous Alai film-forming ma-
lerials (loin e-g1knogilicou compounds,
j%tull 1.4111.V.
K
A
.,
.
,
it was shown that the rvitibijk-d reartion III firdrigriss &ad
C'.M.
.49
t I I A3. 10-4-1 11" 0- I.C. .00
.4 #if '"IC -h.w, IN ~4- 1,-, 0,-, f-),
111111,14'. ..0 11-4. sit 1-11i 1.1up. 11"It 'U""
1. tlkf

) '
IWIIW . VAll IW 111-01114A 11% IN' All-III A
1,.::
'11
El III M I In- fivii. fill, 11 mlwd isfill A-N 'I... ..I
.
l
~%M,
h
I
l
l
hl
_00
-
1'l
I.. Anw
'
.-w
l4 111o
'N1 as a
11,411. cliff
fit IIM-11 4114141.. ~Iftllgkh And 11'I'laint I,, b-1 ;.I,.l .411.1.
L4 0

00
awn I'liklut 1, 44 I'M Ill. 1,11NIII still Cl "fill 01,41
and II.C.1%1,141 1-11m. I Im It( I tsvt 11-1 1. all-I 1... 0
09
00
jr

I r -
jug*

4R tie
a I a I L a
its

0 1
1 fie
4
4
a tw It FM
3
it it IV at a a 4 a Is 1, x ~,J:f 5 1 to

0 9 0 0 o # * 0 o o o 0 : 4 0
01 , 1 '914 a 0 0 9 0 q 0 0 0
0
0 0 0 a : :,o a 0 0 0 0 0 0 0 0 0 -0 0 0;0 0 0 9 9 0 0 0 0

000000 00 0 0 900 00 0 0 0 0 GF07JI 0
,
*I**
1
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.
[000:9
0
98000 0000*09*90
f I
A I old to #11fiU1164" 16 of Is Is 0 $9 111 is POX 11 U CA )I a
x f 4 a
a
1
,
1
11" 11 , is cc is b? a 0 a 41 Go a a isto

A _
-
-
-
-,
,,-)
fil f.t, iko 0611M '-p a b , 4 ~ 0 1 0 _11. L V
t. ~4046%

I%wltcb ode with levo cafbook Nine&

930.
Vatedr,11,416.
4ist A
K
.
.
%
%ult of I fit
i
it
d
i
h
C
c
# A
a
c
o
on in sw
23-b.-
format
rax touch a% &)% after the otiv
we* rWuc
d b
lec
am
.
v
.
e
f
Tho, C
with 16SO
velinin
i
a
id
b
d
..
t
.
to an
n
*we su
jorte
g
f
J
t
1
1
-
WAttf (W p4fA
4
114. q
JT W
(of Mifflin IMS SW joIJUCUMd
iw%eawd rarMly when N1 was lub.
sioutw Is* Cu as the vl"tnxlr vortifl. This 1% lw%,A"14T
title to the catalytic Ithyj",%cn4f~%t 44 list -"I all tht
IR~wwv fit lite N& 41 111411 Irivil" catowil I)v lbrA"% &it-,,
It or K41111ch

90 .3
coo
sop
coo
00
00
A, so
If
coo
coo
ago
ISO*
WOO
ISO
ISO
------ WOO
v1,411
...... ...
00
C, An 1 1 4 fW 0 IN
0.
0;0 U0 ON
0 0 a 0 0 q 0 0 0 v 0 0 o 0
0 0 :i,0 09000040609 :10 0 91 go 0 0 0 0 0
: : 0000

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40 A
00 ;
is
so
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00
The rwe"I" al ad ';I6 low itali" IM"ll" liff
. - F. .'. I I .Mil R, 04",
~ IF
Olt"); CAW-.
MITil-1411tv It hati 1Wvo also*" V%Iwlf.
1-1610 the$ I"ItZift wan tit is 10141041 in lit toolt"t
.4 Ile " thr drin. of the andint point red be
ovirdivid". I* -C comm," In tb*OU. Forthbrurpt"es
2-cc. mm* d The oil is mixed with 2 te. d aniline avid
heated mid 916"d on the water both until The turbidity
dipappow, It Is then Immoillately vottled while bv1v4F
othrisad said the temp. at wkkb turtsidity reappearts, is rv&4
On a thiffmosillef the buth d which is at the level of the 1
line 1141111 - aniline and all. Another 11.4 tv. ell aniline is
Sewl &W the dots, is r"Isd Until the "One value% 1Uv
On thrhdA&.4 tki% two%
Obs anilltv pawl) the wral at W."llal C Immalkin &
the ma W obtalmd. altim tht 2 vWum WOW it, a
VM=hPj i"W93 991111kaft. Aftlytksl firiaths ate
teporied for a no. of Rasselen mi. Oda boa sulted fair use
in 11611 istmWW b1kvT 111111 AOWW POW of about K The
=116a ad an ad am be __ -.ed by appropriat, purifi.
(vwducing the C:H rratro of its cossmituesus).
M. G. Mars"
-00
*0 0
1111140
1111104111
009
6111411
411104111
fee
we*
4:21111111
41111114111
woo
woo
tg* 0
use
SLA I Invite
a
%DOW 64"Iftv
SIS111 am 0.. all
lit sim 1 0
-9 -
.... q, -
Z1111 I I I its 0 Is 9 1 V �1 A 1 31 1 T
U
AV Oli
dh a a 00

* ~60
It hj$j?mA&jfv It it a A. it IS N 4. .1 Ai it a is
A A L L a 01 P to _J.

A
New nouleflantiluble lartulal UqUid foe trandurmers.
'a. - -
and A. X - Va 11. 1*111001k /Urtirp

00 lWul,-A JWW IMMindA111"Will!
id hor Itatnitsin"S
d
h
l

00 inta
4
ris
qu
gild somA (chiefly witlachhWO14jhenyll atmi has dir
i
o*
W"
l
W
'l
t - I -
- tbll
. at
followills r4owtivit; cvkxlcsq, d
0 to ibbi ovef i(l CrUtIlKAIL-0. at tkl* A"t 4 crnliwim-P. h. I,.
ve emIT. of cilmusion Otxxkl. heat valucily 0-25
'
1
61
1
1
Y.
Cal./m.
C' hr., U.
Ill. C., beef mid. alit 02
11* 0
I '.V-.IU*. arid no. 0.014) (4), dielec- Permeability
I(I%W%
IM
4 41
f
1
V 1
K
.
4111
JII 01% t5flStill O
I.he el"r
d lit lot.
20'
11012
0
1

j -
.
,
an
%s;44 (1
1
at
rcsi-tAncv of the liquid was divreatmi alict 1wing Irraird at
as 0
00
1 I W * Me 31 clay% with varlijus niat"kah. iji-13 as stiagnems
~ -uo off. Itaki life, rnatywkd imn, which we uscil in tvanit. -0 0
of a! ltmoijrf tionviturtion. Kams"ll
ago
as
4-0 0
4p 0=9
00
00
96

too

Ai It' W" At 070 PAI Or (t -$Sit K I Kh
Itoo
3-! -14
v AA I 1 6 rv 0
w is 0 'A a it a u K it r( It of a

1
0
r0
goo
lk P-AS-16 0 0 0 0 & 0 000 :
0
: 0 0 0 0 0 0 0;

ANDRIANOV, K. A.
"New Electric Insulating Resins, Varnishes, Pastes and Compounds," Elektrichestvo.,
NO.4, pp 19-22, 1940

- 0000
,

1 v a is a is 31
1
fly I u U131! it 0 a
44 0 214AMI
i , tot al
r ~Smi sooolditli wwa
OOA
ftc
000 , -
*40
008 Poo

see
rA 400
, goo

I
qi. lot
.
goo
sea , , '
'
iw-, I
Awi !
g
oo

see

see

ASO.JLA ARTALLVISICAL LkMRAIM tLAMOKAT", No*
WNW o"Ifif logo
(a 04V &it

u an 03 a a am If IN 6

: g

e-0 * 0 0 goo
1
all 0 0 0,0
0 0 a 41 a 0 0 0 0 0 a

0 0 0 0 All 0 0 0 0 0
I I v is it U %I m is 16 it to Is a 21 a a As N 11 U uJ4akvxIl:dl Q 0 0 at*
A a I I k- A.-R,-r- a a 1.1 A Cc M a I t It ~ I
00 A lar
.c-CRIM 1.0
HeryIPASM-lormaillehyde relling of low Solubility lot
Alladdcall Wulatlock. K. A, Amirimmor and 0. 1. Grilm.
00
IOWA. Ore. iJwm. Ind. W. S. S. R. 1 7. -PM) M10,11)).
00 Cndititmi for Abe swepn. of briM chlarith- Ity the chimina. -00
tion (it a fiengittv fisc6m Wfing within IN) wl' wrtr
0 a .0 All,
mildi"I.
:0 0111111int-41 When Abe Millf 1-1`401104-1 O(ChIMMA11114111AII a -11,
mt. of O.FAL%. Furilict inctraw in ~11. KT. 14,1111ell in 111mv
00 ljolyrithwillm. The lx~l vivi,14 hrxYllAirnol ime-ohlaim-d 0
w1wil Sim ralk.44 IN Mto the chImidr a% A 117.`%.j,,*,-6,,ss
00 all'i C4lAlV'J "( AlCI,L 11~11,jjj
to" #h, pirst-ON't. of 110 RIM mllic '10 "'.1 Kit..
-1i.laelAWW tvmlh~. hut ill the lilt"wil't, .4 Nil, k zoo
talskIVO it AAMIttmilde lot tillfAill 4111-4. rv%ill% I % to 1, 1
00 a* 0
ttl IV%iu OW tAll-I
ZOO
For
plititig ralkn ill I "" I I he yij.ljI U A. I I e"L; ~ 4 too
Raj)
0o twxylithruol and t1;. p. was 143" ithil, fow ratio.4 2,1 Ow
*0 yprkl wm% 117% arml drop forni,,,tirm was 4mi 10k)". kt,in4
"I'VIXI with Abe 2:1 mlio, easily Nvinte, injol. in oil uht-n 6
*0 S rttd* wW clut into insid. and infusible %late. These 0
WO 9 n, were miseyd.1th polymeti" littAK"I M (I ~ I I heateml ::**
at 220-249'. dild. with tolume or white spiTit and O.LA-~
of Pts oAr Mn minattv we% a,141M. Thew lacqttrfs thiril
00
Cf A 1" 94 1 hCW Jj1k'fJ1#Cf- 0 IVR' %N1 V high illit Will' AM VhA II&A
the film Isjul I-vu iii water m inItlO%t,l.%-
OC a- litr Intillkliev. It. Z. Ritlitivil
4 a a I L A 01144LO'stmC&L LIVIS AILMI, ct*111PSCAT101.
J.L ad Q%V Ill
it
-r 4' p 6 jam!
sp U a I W SO 9 a 4 2 1 1
19 If it to 4 11 U n It m (I I to
0 0 0 0 * 0 9 0 0
0 9 0 10 * 0 0 0 0 0 0 All, 0 ,0 0' 0 0 0 0 0 0 of 909 0 0 QIA

ANDRIANOV, Kuz'ma
"Moisture-Resistant Insulation and Spithatic
Khim. Ref. Zhur.l. Vo-12, p. 75, 1940

0 0 0 as a 0 0 0 a 0 0 0 0 9 ~ 9 0 0 0 0-

v
OOA i;7 i
*a

0
A Preparation os amcm totte"riat sail its use as's"Wats
:
toe obtaissimS allicic acid qmtore. K.A-Aiukm
read. atud. its. U. X. S. S. 35. tki tit HIM (tit Lngh,h~-
00 MCI, (1) was prelod. in yields U 91% toy the chitirmat" tal
l
f
ili lee
errism
cass at 6su
. me. Ht. Lou-Iju and Du tsters (So.
k-
W W'
(ORM wm
i
i
d
ld
A 144
i
h
'so
.
e
% 4
t
a
s.
prep
n y
% w
CUNIC'U. 1. C. Lu Ckvru'L Woo
00 '00

fee

0 0
ago
0.3 L* Cleo
0
Woo
go
g

mass ee
400
ji
5-c9 goo

~
I goo
Woo
Ai
-
W-p" No*
I
~ boo
b

IA LMGKAL UTINAU411 CLAIWOCATION
A I oo
.0.
O
is~i
ki Idnool 06 1 S41043 .10 GkI 644 SIAL110-1 sliiiT i1i,
'5-T r 717
1
,
,
4
19--
4n A S v fW 0 A 9 1 Is
, ;
AV 10 a
a, .
9 a, a
a km A I Is
to it $,I a
; 84 0 a a 3 1
l
0 0 0 0 0 0 41 0 0 0 4 o4110 06

ANDRUNOV, K. A.
"Chemical Stability of Electric Insulating Varnishes,," Trudy Vses Elektrotekh.
last... No.38, pp 70-71, 19h0

0 0
So o
f of a 41
41 a 43 a c-po
oat 8 1 1
A A 1. 4 AL-1
90 v It I., to to 4 $1 If to a
fA a A-L it a 4 It I I V 6
looctsul ..v
oo
60 Al ormildshyde ridus. K.
~M -00
*06
A. Anfifis
,,
-Onfl 0. 1- -fitAl"Ove. J. Ckrom. /Rd.
371
No
P
17-2f)(104 1)
f
P
C
A
33
41
.00
o0 .
.
.
.
.-
,
; c
.
1 (
,
Hydrozybiphenyls. (1). b. 270-49W. contlenme with C"
()
it:
00 ,
and an alk. catalyst to ghv a tesift Iftsw. In ou. 'Airn an
0 "M catalyst Is uDed- an 00-101. "it is 'Afthmi. The
i
r
0
d
f CH
I
id
b
:
0 o, o
to
s
a
m
not
.
e Jrqx than 1.2: 1. ne
rate of poirvirrisatim and m, p. 01 the pmluc, inemw

66 With InCTM-int Unit. Of CligO, If the pr"Jue, is
I
i
h
b
d
i
tair
at
l
tel"P.,
g
t fornis an invC bixh4u%lnjr resin,
w]
1
n
th
I
d
fee
0 norn
e con
.
AMe
ptr1
enowiton fmxitlct are staljk
-
to If
O and sit and show
ml
i
ier
t
il zo

00 v
t
. p
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l
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r
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M
J~
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m
- ------a--4
USAT evan, SPA ad 11111 olaft it,
o 04 0 0 o o 0 o * q 0 0 0 0 0 0 4
0 910 0 0 * go******* 0-0-4
L S a fW 0 to a of 61 1 a a 3 0 1
LIDO
0 0
XOO
01940
Cleo

Eleddeal Inouiado Without
yj x ~nd
AL IOA, ~e ,
fil
r r4iclio. Marerjals-I
I&IMIMit [on atingq and impregnation v; p

K* A*
thyda rosin. X A. Agskilpava,
an Dam u lb.b.R. I
It. Ot tat geld %Ii
94 "t'' TPb zh. a n d t h e v
is trea u
can en 11 or the acIRTs-c-p-Menned vrith CrT
MrIc, &.I rr-.,,
.'and the condes"j. ions Fir not treated with PhNHj,
M, Hmh
for 0 OM*w A.
,,yA. and A. G. IWIk-j-
W9, July 31. . cifto-urem candm--
jj,*j jIF%ljwt,j. IWIC41 "ith IWIVII. I-Alp"tIbAC
hr Iltila. ib sit #,,I. gl %millid. Sold lwt%WJ w hot Im Is.

0900 oso 0 1,,I r,
#0 * 0 *of I 1 1- 00
I) It 9% 1,4 "x", N b No J027NIV,04, Ulf UNUL-1110,441
a I I i I A AA N 4.4. M U 4 % A 0
ymers and
,=jjjcOn compoullds for making
oil, K, A, Ail-11j,"..v.
wrwvw
104% NO
'J"Al it- I- diwit-
Will
OR .... ...... t.l. If,- I's th's, bltt I.-W
Ifuv rhv
J, If
00 J
00 1)
604
00-
004
i f
A S 01 L A*ItAiLMKAk LITIGht"I CL&MOPKA110%
i
!
iw; . .4 1 -- -
a 'or T-
0 to 0 044 wit Nil WOR it 1116
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a
0 0-0i0 *-* a --- *-e 0 0 0 0 0 0 0 0 so
1 1 's
-00
see
coo
1.00
0
wool
c
so*
0
Igo
FAID 0
"I
0
Ittoo
tie
Ow a" is,
'imoi -Y 'i- _i fi;
43 At to
0 0 0 0 0 9 0 o 6 o 0 0 0 0 0 o 0 0 0 0 01
Doole 000000000000 060 0 0 0 faA

A*,'I)RIA',',OV, Yuz-n Andrinnovich.
Practical wor!~-r in ~-ynthetic rerin and plastics. Dopushcheno v Ifarhestve
ucheb. pocobiiR dlin khim. vu-,ov Mnskvn, Gos. nnuc-hno-tekhn. 17d-vo khim.
lit-ry, ICA6. ?'--,9 1). (~)l -I ',1~15)
TP986.A-r-A6 19A6

ANDRIANOV, K. A., DZHENCHELISKAYA, S. 1. " PRELKOVA, A. 0.
"Composition for Extinguishing A:'lectric Arco," Patent 64,909, July 31, 1946
low
V.&SX. " w a" 4w wyl
twl&U we tmww %ith = I
aftbamotes; do-'a WC
1
b

Of" poungs. V. -lFeTsRij of 'Alk- i - and'
ny (All-U
In I -cit. 1110. rn. le"I.
s4,1,'T-'T rR; 7r.-F-A. 33, 41931-Mg (12 g.) was
Y
trealrd with se-m-ral drop, N (I'MiSA an4 thcn dropwiw
With 10 g, litlir, niter which Z,' g. snore UtItr wa!, added in
Imiuctic and the mbt. %t-t% rOuxed 1.5 hts, to yield
Fti\frllr soln. which w ;,. Anwly treated with RF) g.
SiCl;in I(K) ce. benzette avid m-fluxed 3-4 Isrs. to yield 65 t.
EISWIj, 1). Similarly i,vs-SuCl pvc iia-ilu-
SiClj,iih. Miilc iso-Atain, his,
(1. 1061); wic I)( Ilexyl btomide gam C41111sicil,
(42%).b. 160-70',
d. 1.2&14, iii a sintilar procedime. I-Clillyfir (13q g.)
and 10,'-' g. Mg I'misteiied with a little (EtO),5i in 2 v,,N.'
betimic was heated 3 firs. until the Lorignard rcagent w2%
prejul. avid this was added to 113.5 g, SiCl, and licaled
several lits. oil .1 Stmill bat It: (it- MgClltr wt-. fil(cred off
still] the firg. In*%'cr wn,; Ikid. in racna to yield I-'
6.11'siCh. hit MI-A', ~L 1.37(j. The ptrim. or dialkyl
ilciivs. "a,tNindticictl a,abiwc t%itlt theamt. of Sicl, Iii-ing
liziNud, i.e. 2101glIr + SiCl, Its thii mrsimer the fnJI-%--
ilig %%-Crc iltepti.: N.31,",-, b. 1*-,S-:Q,;
SiOr. It. V47-05' g, 110111 W g. C,ll,)Ci)-.
10 (R)* flum -19 C. 1111cf).
G. hl.

0
4
T, old it 1) t-11-tio a Q
? ~Tfllll C1 RU 4'
.4. ~ -4 1 AP V.2--j, 0
14. 4-prtas
0-fte.
1R - - --a 'Its ..o 4`41441-14s
4 V1 "I'di"ll'irlit M"brors-
1! PM _,k
00 A ISM Alfflift A
GON. Ah, tim m
.1 L. A~ Mdria ov *0111
WAWI mills 411JR11-
I.. qfl,.t m.1 qw,lv thor liv. 1111. Un%ald Ki'"Op. Ilvdi'llso- low It#
e On. 1:141 glomp,1411 M- I,- k mlllvll~ ltl~ 141 illi-, 111illit 1~1011 41 It'l' I Atilll -4 -4111 1111V
1-11.1%i'4, Ill OW glilliAl 1%1~ I It .4 Ill, 1411.1 . 1, ill it.,
tojilt tile .110 ill tilt- illAill I'(111C ilvi'vildvill 11,%skol,
r-1111milly Air- thir AirM. of via(vt 11~0- I'llm. 44 K. 1-1c,. woul, to,". JIU4 10 0
Vlovol 411141 169 X. "17, V101 I Ilvatt"I 14, hi,,, W Is, h, 117S -!Q'; %, ith -1 -.:%1,%4. 11 41 '.1% 4ti-P161
0 1 1 alth .1orritig yirl-IM princilWIV M,31111) Ill, - 192 A" , tilt 0 ~C'l "'.4, 'No. '00
of FlOll Ili W12 1c. ga%v
so 1-- 217 -4 /-1., yrf'I'lls"I Yfit. No 0
Ill. - ill.-ti 3m. I., U X. .1 Arr 411. 19.1 LN a I V#.I.,., 1 g.4%4 "tilt
tt;lll klilli'l In, A 41' *"; =00
imtl. 11,41 71 '. is, K',
mol-I ill IV it N'. 111.11.4t lAtt-- d 11,( 1 Ill OW -4 to 1111'. 0 list 11'.4 11 11 K,S%, ON %J, - I )Fil,. r0
191 !SQ'. 0111C
V11'soll"% 11 -Iklx.
mill' x4t.. 'wh it #11. 1,
7 1
.4 So at ... 11,l it. 14
It! 1'. I~ _ It-$ ~S,V.
4 1 m-4 - 1~ t.141,A Ill the imil, (in, tp-ii ,I is-I I. ~'Ilol _., 1110"OrIk". V'olmlf
.9 Alf. volivic j i~ Or lh gi%.-.4 I`- 14V - %1s, 11" ll it IILI.~to, 41"* 1 ;~;*,_11 A:~tvv tilt I$ "N ut-4
.... . 11-1. a ... I if too
1114 1 I'At pill. i,, I li~ 1 -1-11 W-1 A 11W.4, "t. 'of
i. It" . ..... .4 11,4 its-4 VI . Influence of the radical an 7S." i1r, 4; atom' I'd i.1 Ih, .~k.4 ititit. 111.4. 10, FS%r
the sn"ItAnism of hydrolysis and anhyridditation of a ll tilt -4 mA 1 .4!6 -1 %%lilt 7 Q4 almn4 IKr tmof. 400
6 Ill it"- mitt. mimh N" a*
lilt go-A
See
ill thr I- It I gj,lotj-~ is, 44-A-1 it %ill I'll 11 A- .4 mm
Jill-AlksoltAdli-Al A %nid. I A4111-011 41!% N Ill d illilut-114V 111C
is gl-tiliAl IIKIIW A It-jo.lj.111 V111101 %%lilt 1-14111461011 we 0
is
uhttv not
fall* .^1 .61 11 4111 1-' I"ItiAl I-4V1ti4tl1.l6--T1 littlillgh
-0V&t&V-MK.L t'11114111solit CLAOMPKATION lose
]'ll owl
U a AT 0) lq~; l 7;-i; -,n- r -v
to at to K a III If it 01 .50 it I In I W as Is a 4 3 1 1 Ong

0 0 0 0-0-0-0 a-*-* 0-0 o-0
00000*oooeow** _

0
0
4 a I u J H to 10
A. it IL A JL -k- -I-
'Foo A
0

000 from ishessyltrichlofasuanis and shilbestryl.-l-
K, A. Andrianov atilt If. M. lissirtilliall. dot curve. Ptk%Cls altoafris the sluallest illefrAw Of
s
l brittl
Ku
Ph~4cl
( -00
-00
00 AJ. Ufa. Chlim. WSISIRI 17. mj- (1947him ku-4all); l
a
e
s wa
10111
vileamilty. The imilyiner
RU-7'
emls. 11).81% v;i and I.Aylverizing
in
reAn
.
as a0. CA. 41. I2smld.%-I1ydlAjyViV 411 Phzqclsaml 1111'~Ucl
to the clarrmlsooding Oil derivit
Still the .
.
.
in 6 mlo. at I(W. The Isolymer front Phocl. was a
" 00
.
.
t
00 Ito", the 1211irf were studied.
PbACh. cc thch
visms resinous mass which an beating I hr. lit 130-40
IOAC~~
!U
W
t
d
i 0
0

00 1:1 lostirs. were hydrolyzeil by passing joloi*t Air itit4l .
. con
e.
res
n. in.
k,
gave a tmnspwen( Issur
'
, o
A-
which
iwom
a
i
b
so
go 441170 FhQ mqlls. at 'oj.tNj* and st, iture pbSCl,
-
1
h %t. law,
u
l
v
e vn
,
,
litt VO."Iyum Itolln %
I Go
-
10 t
e eklesit of 0.2% in M h". at &)
o0 ; their inixt., The vi4etulty 01
heated 0.5 hr. at 130-400. gives a hard Fe%irl. in. 95"
0*0
I he rmaidt
tfins imroducts varies asi follows (under the above
,
00
cismill. 12.96% St. while heating A5 min. at I(Wl* gave a
.00
condit
)
. PhSlCls shows a tallid rise of viscosity am
it the fit few lirs.. after which tile curve flattenq out and rubbery umm, still a complete tiollyrrier after 4 Ill%. 10
"
-
0r
th
44
l
i
h
i
was
0 s
Aill-romiches a l1ruillot value very slowly; the toj%t~ of t
4 ll
or"It
or) w
;. Polls.
t
inin. at Iful
. I
l,
CII (1
t 6-r-wal" save a Imetiamr-m4. 1-voiluet. rvalsil.
00
I'll0~4CIii-JUS40, fill the other hAnd shows a very slow tit the milvirsil, a yellow sticky erv,t. ollich by
00 31 mitiAl YN"k-ity dw. but after W-70 hr%. a very 1al4J rixr 111411. with Mt-0II Islual twolrov, was 4-14 itito ZA'.'4 COO
99 310 010,0111fed. VAIlls, wills I'liNCI, and it. Illist. with
k
solid, an. 41% still 44!'; off; file lpt lilt
aillwal" 10 for
hll"l goo
IIISC14 save Cly'At. lqll$. 013 CONLAilig. The lifuthlicts after

,
'0410
sh
l
l
d
h s
_a r the loof"I
l
isillyiner of the diol, the 2m1 all:~ar see
e
cyc
e were
r~Alr
to hig
er lersip'l.: I
bNclg
0 a V
to :Nkl* I.fi lin., Altro it coagillatf4i Ill 4 solid (josdii .. efle diol - fix- I%t cWtuct i% thermally sitol-Ir up to
'l
-
"
i
l
i
l
i
I
W
d

..
411 Wf%r-iW): llhg4lCl, 1~, I-W Z'U* 40 hill nil than 0 If
',
'
.l
I'mi
Wived
e
l too
N14-ii
li
f
II l
twitiv a utf
rr%
n lilt
t
wst
it I
ii
ic .
lwtu th
ng
to 140'. Ijigher hydrolystis trolls. and a6dio sur-fi.& lavor

re 0
.
l
ml
lls
log. so
fit.
. In
X
SS
"
6 bra. ill I U0. then a Istrit. at Lw*' no Chdo 't otillesivelf
the ndzl
tualmin
ri
cis
r
s
h
:
t the formation of the myst. I t The -ALUIWI-IU"I-
I l"'e" Ue '*
ubwDw Ifoin the hylltolyfiell.polyintristatiossis VT good
'490
.
s
e
"
ostri
sefferstuat Wit
s
wild sue
0
iended taxti
r
M
i
t
i
h
d
l
i M. Komicillilsoff
e
.
o
s
a
to
l
r
s at 180
ys
gave gener.
y
-
11111!1511
ally sissidlar traults the % hydrolysis Imi-ing 02
.7. 04-2. and
ft
WA re
M b
41
A
l
goo
er
ell.;
W-
ep.. a
ume" were -41filltur
y c
Is athicr: -'s fairly ISIALL lollial title, follo"d by a
Pit Ilse
ties
a Igoe
killa
slifill BOO
.
14 1 klsi;~ I In 11-1 k I is itli. 44!~t~'
it Pistilli tillsoij is Car abi
0
0 U0
Vs 0 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0 o1: 0 0 0 0 0 0 0 0 0 0 41111 0 0 0 0 0 a
a 0 0 0 0 0 0 0 0 0 0 0 0 O.AL 111L 00000000000000 0
0 L,

--VILRIANOVR--Kusfiii6:-Andrian6vich
Yamanov, So Asp jt, au,
Organic dielectries and their application in the industry of means of communication.
Moskva, Goo, energ. izd-vo, 1949. 138 P. (50-218C,t7,),
QC5e5.A62

ANDRIAROV, K. A. and SOBOLMIaY, M. V.
"High-Molecular Silicon Organic Compounds," (Vysokomolekulyarnyye kremniyorgani-
cheskiye soyedineniya), Oborongiz, 1949, 320 PP.

USM/Chenistry - S134cm Mhr/Apr 45
Chemistry - Organic Compounds
Silicon Organic Compounds," K. A. AndrianoY, A'.
A. Zhdanov, S. A. Golubtsov, M. V. Sobolevskiy,
Mloscow, 40 pp
"Uarpekhi 13:xim-Vol XVIII, No 2
Discusses: chemical bonds, halide derivatives,
orthosilicic acid eaters, alkyl- and arylbalido-*
silaves, hydrolysis and condensation of orZanic
sil4con monomers, polysiloxanes, use of silicon
~wganic compounds, preparation of hydrophobic
f-42ni, tthe=ostable resins and lacquers,
-USd/Cbem:Lotry - bilicon (Contd) nar/"~pr 49
polysiloxane fluids and lubricants, and poly-
ziloxane rubber.
TI.

ANDRIANOVP K. A.
"Progress Made in the Field of Chemistry of Organo-Silicon Compoundsn by K. A*
Andrianov and A. A. Zhdamv., Progress in Chemistry USSR 21, pp 207-236., No 2.s 1952.
This appears to be a good article of the review type and seems to be fairly
thorough. There are a great many references,, mostly from the Journal of the American
Chemical Society., but also Soviet and others, K. A. Andrianov, apparently the senior
author., has published considerable work on the subject of silicones and other resins,
especially their use in the electrical and insulition field, during the past 20 years
or so, judging by titles under his name in Chemical Abstracts. A number of the refer-
ences he quotes as to silicone chemistry are to his own experimental work. We do not find
A. A. Zhdanov in Chemical Abstracts. rerhaps he was a student.
CA 48 no.2:565 154

MR/Cbwdstry - Organosiliect Compoomda 91 Feb 52
"Chwdstry of the 7brustion of Orpnopolysilox-
me$," X, A. Andrianor, 1. 1. Sokolar
PDa Ak Nank SSSR- Vol LM=I., No 6, vp 909-912
fte formation of the following previously unknown
dWAylsilszonex during the decomn of organo-
pd2ysilaxane was established using a mass spectro-
graph. Dimetbylsilanone (Xe2Si a 0), diphenylsila-
, dibutylenesilanone and diexylsilanone. , Di-
saftylsilazione, Al thylsilanediol, andNdinetbyl-
eblorosilanol, were fo=d after bydriolysis of di-
metby1dieblorosilane. The new data ft&tburs
P714PO
kwwledge of the mechanism. of formation of organo-
Valysilaxanes by hydrolysis of organosilica mono--
awn in an aq medium. They also prov de a general
sebeme for the reactiona tAMn place. Offers a
-xww condensation-Vo2ymerization mechanism for the
.Tonwtion of organopolysilowmes.

USSR/Ele(ctricity Dielectrics ism 65
"Petroleum Oils And Eydrocarbon Polymers as
C>
Dielectrics," Docent V. A. Golubtsova, Cand Tech -4
Sci, and K. A. Andrianov, Dr Tech Sci, Moscow
Elektrichestvo, No 1, PP 51-56
Cites results of investigation of elec properties
of mixtures of petroleum oils and hydrocarbon
polymers. Demonstrates positive influence of
rosin on stablitiy of elec properties of the mix-
turee under action of beat and voltage. S,,~bmitted
10 Se-P 52 -
253T20

K. A.
Basis of nomenclature and clamillicallon of the lower
----- - v 1plat. Mad.
a 4%4-7-The nomeuttature of the mLano-Si
coultlds. Is summarited. 711e use of the SImple unit Stmc-
titteol bit-ard on sitarc Inr SH14. bydroxysilanm for the 140
tirtlvs., and itilmne for corapdS, with Si-O-SI-O strue-
turts, Is explained with munemis cumpirs, For challm (it
C and SI atcAus It 13 suggested that 1ILLITICS Of file pro,
pri4te org. radimis be used with the silane
------- G. -M. Kosulapoff

,"'Foundatims of nomenclature and clsisiLftAtion of high-
tnoIe;:ular.gZjAnQLjjQ=cvmpounds
A. %'.I r jev- Irrest. .4kad. N&4-0-ft"Wn"
tj J! I
KA v" ' 1953. '435 it; tf. ( A 48, P(?09,7 - A cystern of
4M
nomeuelature of polymeric nrgwio-Si comjyds. is propwied.
This is based on the strurture of the Imlymer ehain: the
fundamental stTo C: ture of a patvnt sAtbstanLv i% taken to be
11,81fSHII).Sillf, T,pwal ow.,, that Joe 'aiggeste-I for
Various cluts are ct~ Wlm~- it I - n~ m the folio-ing
t.satuplrs rchrs to tbv Ist and nth (terminal) SI atoms.
re%p,, and hexamethyl indicating a tot-.%I t-J 6 Me groups
(41 the Si Atoms in (111,-Molil %le3Si(,;iNIcj).qiMrs.
I - %)hex;m%vtjjVlj- pulv-
hrnyIn-.vthyWI,.,.. xf~,S,;
OSI,W~, (I ......
n ilo,xaln,01,1; ... h
Ittexalueth 11-1.1 donctIlyllilummiloxane.
NIISiNle;.(I
Nt Kolol."off
--7

ANDRIANOVO K.A. 11 Feb 53
USSR/Chemistry - Silicon Organic Compounds
"The Heat Effect of Hydrolysis on Alkyl- and Arylehlorosilanes," K.A. Andrianov
and S.A. Pavlov; All-union Elee Eng Inst im V.I. Lenin
DAN SSSR, Vol 88, No 5, pp 811-814
Detd the heat effect of hydrolysis of BiCl4v methyltrichlorosilane, dimethyl
dichlorosilane, trimethylchlorosilane, ethyltrichlorosilanep and
phenyltrichlorosilane in the presence of an excess of H20. Established that the
heat effect of the reaction depends on the functional character of the above
alkyl-arylchlorosilanes.. and is practically independent of the nature of the org
radical. The reaction rate of the hydrolysis is high and is commensurate with
the rate of ionic reactions. Presented by Acad A.V, Topchiyev 13 Dec 52.
Source #264T22

USM/ebeadetry - Slastomers) Silicon 1 mar 53
Organic Compounds
"Molecular Weight and Characteristic Viscosity of
ftlydimethylsiloxane Fractions," A. Ya. Korolev,
~-'K. A. Andrianovyl. S. Utesheva, ana,T. Ye. Veden-
sitaya
DAN SSSRj Vol 89, No 1, pp 65-68
Investigated carefully fractionated samples of
polydimethyloiloxane, using osmotic and viscosi-
meti!ic methods for the purpose of measuring the mol
vt of the fractions and to det the consts in the
259T1
exponential eq relating mol vt vith characteristic
viscosity. Concluded from the results that the de-
gree of branching of the chain in the low mol frac-
tions of polydimethyloiloyAne is somewhat greater
than'that of low mol fractions. Presented by Acad
A. V. ToPchiyev 12 Jan 53.